Document ID: 1YHT904258A
| IEC 61850 | Function IEC 61850 name |
| IEC 60617 | Function IEC 60617 name |
| ANSI | of function ANSI name |
| Category | INP=input; OUT=Output; CFG=Configuration; SET=Settings; MON=Monitoring; CTR=Control; TES=Test; INF=Information; VER=Version |
| IECName | Complete 61850 name of the data attribute (excluding the IED name) |
| CDC | Common data class of the data object according the IEC 61850-7-3 |
| Type | Data attribute type (maximum length for strings) |
| FC | Functional constraint acording the IEC 61850: ST=Status, MX=Measurement, CO=Control, SP=Setting; SG=Setting group, CF=Configuration, EX=Extension |
| Access | B=Basic, A=Advanced, P=Protocol only, H=LHMI only, O=Operator R/W, E=Engineer R/W, A=Administrator R/W, C=Coldboot, I=Application parameter re-init, #=Dependent on the product variant |
| Default | Default value of settings, inputs and version data, settings are in pu level |
| Dataset | Event handling default dataset |
| Event | Event handling: P=Protocol, H=LHMI, T=transient (no deactivation events) |
| Parameter name | Parameter name in menus |
| Parameter desc | Parameter help in menus/ tooltip in PCM |
| Parameter range | Enumeration values; minimum and maximum in pu level |
| Menu path | Complete menu path |
| Channel relation | Relation to analog channel (if defined) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| Protection LLN0 | INP | LD0.LLN0.Act2SG.stVal | SPC | BOOLEAN | ST | B | 0 | SG_2_ACT | Setting group 2 is active | Monitoring\Setting group\Outputs | ||||||
| Protection LLN0 | INP | LD0.LLN0.Act3SG.stVal | SPC | BOOLEAN | ST | B | 0 | SG_3_ACT | Setting group 3 is active | Monitoring\Setting group\Outputs | ||||||
| Protection LLN0 | INP | LD0.LLN0.Act4SG.stVal | SPC | BOOLEAN | ST | B | 0 | SG_4_ACT | Setting group 4 is active | Monitoring\Setting group\Outputs | ||||||
| Protection LLN0 | INP | LD0.LLN0.Act5SG.stVal | SPC | BOOLEAN | ST | B | 0 | SG_5_ACT | Setting group 5 is active | Monitoring\Setting group\Outputs | ||||||
| Protection LLN0 | INP | LD0.LLN0.Act6SG.stVal | SPC | BOOLEAN | ST | B | 0 | SG_6_ACT | Setting group 6 is active | Monitoring\Setting group\Outputs | ||||||
| Protection LLN0 | OUT | LD0.LLN0.Act1SG.stVal | SPC | BOOLEAN | ST | B | SG_1_ACT | Setting group 1 is active | Monitoring\Setting group\Outputs | |||||||
| Protection LLN0 | OUT | LD0.LLN0.Act2SG.stVal | SPC | BOOLEAN | ST | B | 0 | SG_2_ACT | Setting group 2 is active | Monitoring\Setting group\Outputs | ||||||
| Protection LLN0 | OUT | LD0.LLN0.Act3SG.stVal | SPC | BOOLEAN | ST | B | 0 | SG_3_ACT | Setting group 3 is active | Monitoring\Setting group\Outputs | ||||||
| Protection LLN0 | OUT | LD0.LLN0.Act4SG.stVal | SPC | BOOLEAN | ST | B | 0 | SG_4_ACT | Setting group 4 is active | Monitoring\Setting group\Outputs | ||||||
| Protection LLN0 | OUT | LD0.LLN0.Act5SG.stVal | SPC | BOOLEAN | ST | B | 0 | SG_5_ACT | Setting group 5 is active | Monitoring\Setting group\Outputs | ||||||
| Protection LLN0 | OUT | LD0.LLN0.Act6SG.stVal | SPC | BOOLEAN | ST | B | 0 | SG_6_ACT | Setting group 6 is active | Monitoring\Setting group\Outputs | ||||||
| Protection LLN0 | OUT | LD0.LLN0.LgcSelSG.stVal | SPC | BOOLEAN | ST | B | SG_LOGIC_SEL | Logic selection for setting group | Monitoring\Setting group\Outputs | |||||||
| Protection LLN0 | CTR | LD0.LLN0.LEDRs1.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Indications and LEDs | Clear indication LEDs and texts | 0=Cancel; 1=Clear | Clear\Clear | |||||
| Protection LLN0 | CTR | LD0.LLN0.LEDRs2.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Programmable LEDs | Clear programmable LEDs | 0=Cancel; 1=Clear | Clear\Clear | |||||
| Protection LLN0 | CTR | LD0.LLN0.MtrRecRs.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Metering records | Reset meterering minimum and maximum recorded data | 0=Cancel; 1=Clear | Clear\Clear | |||||
| Protection LLN0 | CTR | LD0.LLN0.PQRs.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Power quality data | Reset all power quality data | 0=Cancel; 1=Clear | Clear\Clear | |||||
| Protection LLN0 | CTR | LD0.LLN0.ActSG.Oper.ctlVal | INC | INT32 | CO | (Active setting group) | ||||||||||
| Physical device | CTR | LD0.LPHD1.ChgFlg.Oper.ctlVal | INC | INT32 | CO | (Composition has changed) | ||||||||||
| Physical device | CTR | LD0.LPHD1.RsDev.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Software reset | Reset of IED | 0=Cancel; 1=Activate | Configuration\General | |||||
| Physical device | CTR | LD0.LPHD1.FacSet.Oper.ctlVal | SPC | BOOLEAN | CO | B,H | 0 | Factory setting | Restore Factory settings | 0=Cancel; 1=Activate | Configuration\General | |||||
| Device | CTR | LD0.IHMI1.DisTest.Oper.ctlVal | SPC | BOOLEAN | CO | (Display test) | ||||||||||
| Device | CTR | LD0.IHMI1.EvClr.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Events | Clear events in HMI | 0=Cancel; 1=Clear | Clear\Clear | |||||
| Protection LLN0 | MON | LD0.LLN0.Beh.stVal | INS | Enum | ST | StatIed | P,H | (Behaviour) | ||||||||
| Protection LLN0 | MON | LD0.LLN0.NamPlt.paramRev | LPL | INT32 | ST | StatIed | P,H | (Name plate) | ||||||||
| Protection LLN0 | MON | LD0.LLN0.NamPlt.ldNs | LPL | VisString255 (20) | EX | (Name plate) | ||||||||||
| Protection LLN0 | MON | LD0.LLN0.NamPlt.cdcNs | LPL | VisString255 (20) | EX | (Name plate) | ||||||||||
| Protection LLN0 | MON | LD0.LLN0.NamPlt.eIp | LPL | VisString255 (20) | EX | B,C | 192.168.2.10 | IP address | IP address for rear port(s) | Configuration\Communication\Ethernet\Rear port(s) | ||||||
| Protection LLN0 | MON | LD0.LLN0.NamPlt.eIpSubNet | LPL | VisString255 (20) | EX | B,C | 255.255.255.0 | Subnet mask | Subnet mask for rear port(s) | Configuration\Communication\Ethernet\Rear port(s) | ||||||
| Protection LLN0 | MON | LD0.LLN0.NamPlt.eIpGateWay | LPL | VisString255 (20) | EX | B,C | 192.168.2.1 | Default gateway | Default gateway for rear port(s) | Configuration\Communication\Ethernet\Rear port(s) | ||||||
| Protection LLN0 | MON | LD0.LLN0.NamPlt.eIpFront | LPL | VisString255 (20) | EX | B | 192.168.0.254 | IP address | IP address for front port (fixed) | Configuration\Communication\Ethernet\Front port | ||||||
| Protection LLN0 | MON | LD0.LLN0.NamPlt.eIpSNTPpri | LPL | VisString255 (20) | EX | B,C | 10.58.125.165 | IP SNTP primary | IP address for SNTP primary server | Configuration\Time\Synchronization | ||||||
| Protection LLN0 | MON | LD0.LLN0.NamPlt.eIpSNTPsec | LPL | VisString255 (20) | EX | B,C | 192.168.2.165 | IP SNTP secondary | IP address for SNTP secondary server | Configuration\Time\Synchronization | ||||||
| Protection LLN0 | MON | LD0.LLN0.NamPlt.eLang | LPL | VisString255 (20) | EX | (Name plate) | ||||||||||
| Protection LLN0 | MON | LD0.LLN0.NamPlt.eFD | LPL | VisString255 | EX | (Name plate) | ||||||||||
| Protection LLN0 | MON | LD0.LLN0.SetSeld.stVal | SPS | BOOLEAN | ST | StatIed | P,H | (Settings reservation) | ||||||||
| Protection LLN0 | MON | LD0.LLN0.SetChg.stVal | SPS | BOOLEAN | ST | StatIed | P,H | (Settings change) | ||||||||
| Physical device | MON | LD0.LPHD1.PhyHealth.stVal | INS | Enum | ST | StatIed | P,H | (General state) | ||||||||
| Physical device | MON | LD0.LPHD1.PhyHealth1.stVal | INS | Enum | ST | B | StatIed | P,H | Warning | IED warning | 1=All ok; 2=System; 5=Time synch error; 6=Over temperature; 10=Watchdog reset; 11=Power down det.; 20=IEC 61850 error; 21=Modbus error; 22=DNP3 error; 23=PNIO error; 24=Dataset error; 25=Report cont. error; 26=GOOSE contr. error; 27=SCL config error; 28=Logic error; 29=SMT logic error; 30=GOOSE input error; 31=ACT error; 32=GOOSE rec. error; 33=AFL error; 40=Unack card comp.; 85=ARC1 cont. light; 86=ARC2 cont. light; 87=ARC3 cont. light; 50=Protection comm.; 96=RTD card error,X130; 106=RTD meas. error,X130; 112=UPD voltage low,X115; 113=UPS comm. error,X115; 114=UPS cmd fail,X115; 115=Breaker oper. fail; 90=RTD card error,X105; 91=RTD card error,X115; 92=RTD card error,X000; 93=RTD card error,X100; 94=RTD card error,X110; 95=RTD card error,X120; 100=RTD meas. error,X105; 101=RTD meas. error,X115; 102=RTD meas. error,X000; 103=RTD meas. error,X100; 104=RTD meas. error,X110; 105=RTD meas. error,X120 | Monitoring\IED status\Self-supervision | ||||
| Physical device | MON | LD0.LPHD1.PhyHealth2.stVal | INS | Enum | ST | B | StatIed | P,H | Internal Fault | IED internal fault | 1=All ok; 2=System error; 3=Runtime app. error; 4=Runtime exec error; 7=File system error; 8=Test; 10=SW watchdog error; 11=Uaux error; 32=Settings error; 43=SO-relay(s),X100; 44=SO-relay(s),X110; 46=SO-relay(s),X130; 53=PO-relay(s),X100; 54=PO-relay(s),X110; 56=PO-relay(s),X130; 57=Light sensor error; 62=Conf.error,X000; 63=Conf.error,X100; 64=Conf.error,X110; 65=Conf.error,X120; 66=Conf.error,X130; 72=Card error,X000; 73=Card error,X100; 74=Card error,X110; 75=Card error,X120; 76=Card error,X130; 79=LHMI module; 80=RAM error; 81=ROM error; 82=EEPROM error; 83=FPGA error; 84=RTC error; 96=RTD card error,X130; 110=UPD card error,X115; 111=UPD self check,X115; 40=SO-relay(s),X105; 41=SO-relay(s),X115; 45=SO-relay(s),X120; 50=PO-relay(s),X105; 51=PO-relay(s),X115; 55=PO-relay(s),X120; 60=Conf.error,X105; 61=Conf.error,X115; 70=Card error,X105; 71=Card error,X115; 90=RTD card error,X105; 91=RTD card error,X115; 92=RTD card error,X000; 93=RTD card error,X100; 94=RTD card error,X110 | Monitoring\IED status\Self-supervision | ||||
| Physical device | MON | LD0.LPHD1.PwrUp.stVal | SPS | BOOLEAN | ST | StatIed | P,H | (Power up detected) | ||||||||
| Physical device | MON | LD0.LPHD1.PwrDn.stVal | SPS | BOOLEAN | ST | StatIed | P,H | (Warm start detected) | ||||||||
| Physical device | MON | LD0.LPHD1.PwrDn1.stVal | SPS | BOOLEAN | ST | StatIed | P,H | (Watchdog reset detected) | ||||||||
| Physical device | MON | LD0.LPHD1.NumCmpChg.stVal | INS | INT32 | ST | A | No of comp. changes | Number of composition changes | 0...100000 | Monitoring\IED status\Composition changes | ||||||
| Physical device | MON | LD0.LPHD1.RsDev.t | SPC | Timestamp | ST | B | Boot up time | IED boot up time | Monitoring\IED status\Self-supervision | |||||||
| Physical device | MON | LD0.LPHD1.FacSet.Oper.ctlVal | SPC | BOOLEAN | CO | B,H | 0 | Factory setting | Restore Factory settings | 0=Cancel; 1=Activate | Configuration\General | |||||
| Physical device | MON | LD0.LPHD1.FacSet.Oper.origin.orCat | SPC | Enum | CO | (Factory Setting) | ||||||||||
| Physical device | MON | LD0.LPHD1.FacSet.Oper.origin.orIdent | SPC | Octet64 | CO | (Factory Setting) | ||||||||||
| Physical device | MON | LD0.LPHD1.FacSet.Oper.ctlNum | SPC | INT8U | CO | (Factory Setting) | ||||||||||
| Physical device | MON | LD0.LPHD1.FacSet.Oper.Test | SPC | BOOLEAN | CO | (Factory Setting) | ||||||||||
| Physical device | MON | LD0.LPHD1.FacSet.Oper.Check | SPC | Bstring2 | CO | (Factory Setting) | ||||||||||
| Physical device | MON | LD0.LPHD1.FacSet.stVal | SPC | BOOLEAN | ST | StatIed | P,H | (Factory Setting) | ||||||||
| Physical device | MON | LD0.LPHD1.FacSet.ctlModel | SPC | Enum | CF | (Factory Setting) | ||||||||||
| Device | MON | LD0.IHMI1.LocClk.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | Synch status | External synch ok | 0=Bad; 1=Good | Monitoring\IED status\Time synchronization | ||||
| Device | MON | LD0.IHMI1.TmSrc.stVal | INS | Enum | ST | B | StatIed | P,H | Synch source | Time synchronization source | 0=Not defined; 1=SNTP primary; 2=SNTP secondary; 3=SNTP tertiary or further; 4=IEEE 1588 primary; 5=IEEE 1588 secondary; 6=IEEE 1588 tertiary or further; 7=IRIG-B; 8=DNP 3.0; 9=Modbus; 14=Minute pulse; 16=IEC60870-5-101; 17=IEC60870-5-103; 18=IEC60870-5-104; 19=EXT; 99=Free running, locally generated; 21=Line differential | Monitoring\IED status\Time synchronization | ||||
| Protection LLN0 | CFG | LD0.LLN0.NamPlt.eIp | LPL | VisString255 (20) | EX | B,C | 192.168.2.10 | IP address | IP address for rear port(s) | Configuration\Communication\Ethernet\Rear port(s) | ||||||
| Protection LLN0 | CFG | LD0.LLN0.NamPlt.eIpSubNet | LPL | VisString255 (20) | EX | B,C | 255.255.255.0 | Subnet mask | Subnet mask for rear port(s) | Configuration\Communication\Ethernet\Rear port(s) | ||||||
| Protection LLN0 | CFG | LD0.LLN0.NamPlt.eIpGateWay | LPL | VisString255 (20) | EX | B,C | 192.168.2.1 | Default gateway | Default gateway for rear port(s) | Configuration\Communication\Ethernet\Rear port(s) | ||||||
| Protection LLN0 | CFG | LD0.LLN0.NamPlt.eIpFront | LPL | VisString255 (20) | EX | B | 192.168.0.254 | IP address | IP address for front port (fixed) | Configuration\Communication\Ethernet\Front port | ||||||
| Protection LLN0 | CFG | LD0.LLN0.NamPlt.eIpSNTPpri | LPL | VisString255 (20) | EX | B,C | 10.58.125.165 | IP SNTP primary | IP address for SNTP primary server | Configuration\Time\Synchronization | ||||||
| Protection LLN0 | CFG | LD0.LLN0.NamPlt.eIpSNTPsec | LPL | VisString255 (20) | EX | B,C | 192.168.2.165 | IP SNTP secondary | IP address for SNTP secondary server | Configuration\Time\Synchronization | ||||||
| Protection LLN0 | CFG | LD0.LLN0.BlkMode.setVal | ING | Enum | SP | B | 1 | Blocking mode | Behaviour for function BLOCK inputs | 1=Freeze timer; 2=Block all; 3=Block OPERATE output | Configuration\System | |||||
| Protection LLN0 | CFG | LD0.LLN0.HzSetE.setVal | ING | Enum | SP | B,I | 1 | Rated frequency | Rated frequency of the network | 1=50Hz; 2=60Hz | Configuration\System | |||||
| Protection LLN0 | CFG | LD0.LLN0.PhRotSet.setVal | ING | Enum | SP | B,I | 1 | Phase rotation | Phase rotation order | 1=ABC; 2=ACB | Configuration\System | |||||
| Protection LLN0 | CFG | LD0.LLN0.DiVThres.setVal | ING | INT32 | SP | B,I | 18 | Threshold voltage | Binary input threshold voltage | 18...176 Vdc | Configuration\I/O modules\Common settings | |||||
| Protection LLN0 | CFG | LD0.LLN0.DiOscThres.setVal | ING | INT32 | SP | B,I | 30 | Input osc. level | Binary input oscillation suppression threshold | 2...50 events/s | Configuration\I/O modules\Common settings | |||||
| Protection LLN0 | CFG | LD0.LLN0.DiOscHyst.setVal | ING | INT32 | SP | B,I | 10 | Input osc. hyst | Binary input oscillation suppression hysteresis | 2...50 events/s | Configuration\I/O modules\Common settings | |||||
| Protection LLN0 | CFG | LD0.LLN0.OpModSG.setVal | ING | Enum | SP | B | 0 | SG operation mode | Operation mode for setting group change | 0=Operator; 1=Logic mode 1; 2=Logic mode 2 | Configuration\Setting group | |||||
| Protection LLN0 | CFG | LD0.LLN0.PhOrdMod.setVal | ING | Enum | SP | B,# | 1 | Phase order mode | Selection for phase connection order | 1=ABC; 2=BCA; 3=CAB; 4=ACB; 5=CBA; 6=BAC | Configuration\System | |||||
| Protection LLN0 | CFG | LD0.LLN0.ACrvSatPnt.setMag.f | ASG | FLOAT32 | SP | B,I | 50 | IDMT Sat point | Overcurrent IDMT saturation point | 10...50 I/I> | Configuration\System | |||||
| Protection LLN0 | CFG | LD0.LLN0.ADmdAvMod.setVal | ING | Enum | SP | B,I | 1 | A demand Av mode | Current demand calculation method | 1=Linear; 2=Logarithmic | Configuration\Measurements\Demand metering | |||||
| Protection LLN0 | CFG | LD0.LLN0.MtrDmdItrv.setVal | ING | Enum | SP | B,I | 0 | Demand interval | Interval for demand calculation | 0=1 minute; 1=5 minutes; 2=10 minutes; 3=15 minutes; 4=30 minutes; 5=60 minutes; 6=180 minutes | Configuration\Measurements\Demand metering | |||||
| Physical device | CFG | LD0.LPHD1.PhyNam.tmOffset | DPL | INT16 | DC | B | 0 | Local time offset | Local time offset in minutes | -840...840 min | Configuration\Time\System time | |||||
| Physical device | CFG | LD0.LPHD1.PhyNam.eBayName | DPL | VisString255 (20) | EX | B | REx620 | Bay name | Bay name in system | Configuration\System | ||||||
| Physical device | CFG | LD0.LPHD1.PhyNam.eMacAddr | DPL | VisString255 (20) | EX | B | XX-XX-XX-XX-XX-XX | Mac address | Mac address for rear port(s) | Configuration\Communication\Ethernet\Rear port(s) | ||||||
| Physical device | CFG | LD0.LPHD1.PhyNam.eMacAddr1 | DPL | VisString255 (20) | EX | B | XX-XX-XX-XX-XX-XX | Mac address | Mac address for front port | Configuration\Communication\Ethernet\Front port | ||||||
| Physical device | CFG | LD0.LPHD1.RsDev.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Software reset | Reset of IED | 0=Cancel; 1=Activate | Configuration\General | |||||
| Physical device | CFG | LD0.LPHD1.FacSet.Oper.ctlVal | SPC | BOOLEAN | CO | B,H | 0 | Factory setting | Restore Factory settings | 0=Cancel; 1=Activate | Configuration\General | |||||
| Device | CFG | LD0.IHMI1.BackLight.setVal | ING | INT32 | SP | B | 3 | Backlight timeout | LHMI backlight timeout | 1...60 min | Configuration\HMI | |||||
| Device | CFG | LD0.IHMI1.EFrmT.setVal | ING | Enum | SP | B | 1 | Time format | Time format | 1=24H:MM:SS:MS; 2=12H:MM:SS:MS | Configuration\Time\System time | |||||
| Device | CFG | LD0.IHMI1.EFrmD.setVal | ING | Enum | SP | B | 1 | Date format | Date format | 1=DD.MM.YYYY; 2=DD/MM/YYYY; 3=DD-MM-YYYY; 4=MM.DD.YYYY; 5=MM/DD/YYYY; 6=YYYY-MM-DD; 7=YYYY-DD-MM; 8=YYYY/DD/MM | Configuration\Time\System time | |||||
| Device | CFG | LD0.IHMI1.NamCnv.setVal | ING | Enum | SP | B | 1 | FB naming convention | FB naming convention used in IED | 1=IEC61850; 2=IEC60617; 3=IEC-ANSI | Configuration\HMI | |||||
| Device | CFG | LD0.IHMI1.DefView.setVal | ING | Enum | SP | B | 1 | Default view | LHMI default view | 1=Measurements; 2=Main menu; 3=SLD page 1; 4=SLD page 2 | Configuration\HMI | |||||
| Device | CFG | LD0.IHMI1.WhmiMod.setVal | ING | Enum | SP | B,H,C | 3 | Web HMI mode | Web HMI functionality | 1=Active read only; 2=Active; 3=Disabled | Configuration\HMI | |||||
| Device | CFG | LD0.IHMI1.WhmiTout.setVal | ING | INT32 | SP | B | 3 | Web HMI timeout | Web HMI login timeout | 1...60 min | Configuration\HMI | |||||
| Device | CFG | LD0.IHMI1.LocClk.time | SPS | VisString255 (20) | EX | B | 0 | Time | Time | Configuration\Time\System time | ||||||
| Device | CFG | LD0.IHMI1.LocClk.date | SPS | VisString255 (20) | EX | B | 0 | Date | Date | Configuration\Time\System time | ||||||
| Device | CFG | LD0.IHMI1.LocClk.timeSpring | SPS | VisString255 (20) | EX | B | 02:00 | DST on time | Daylight savings time on, time (hh:mm) | Configuration\Time\Daylight saving time | ||||||
| Device | CFG | LD0.IHMI1.LocClk.dateSpring | SPS | VisString255 (20) | EX | B | 01.05. | DST on date | Daylight savings time on, date (dd:mm) | Configuration\Time\Daylight saving time | ||||||
| Device | CFG | LD0.IHMI1.LocClk.offsetSpring | SPS | INT16 | EX | B | 60 | DST offset | Daylight savings time offset, in minutes | -720...720 min | Configuration\Time\Daylight saving time | |||||
| Device | CFG | LD0.IHMI1.LocClk.daySpring | SPS | Enum | EX | B | 0 | DST on day | Daylight savings time on, day of week | 0=Not in use; 1=Mon; 2=Tue; 3=Wed; 4=Thu; 5=Fri; 6=Sat; 7=Sun | Configuration\Time\Daylight saving time | |||||
| Device | CFG | LD0.IHMI1.LocClk.timeAutumn | SPS | VisString255 (20) | EX | B | 02:00 | DST off time | Daylight savings time off, time (hh:mm) | Configuration\Time\Daylight saving time | ||||||
| Device | CFG | LD0.IHMI1.LocClk.dateAutumn | SPS | VisString255 (20) | EX | B | 25.09. | DST off date | Daylight savings time off, date (dd:mm) | Configuration\Time\Daylight saving time | ||||||
| Device | CFG | LD0.IHMI1.LocClk.dayAutumn | SPS | Enum | EX | B | 0 | DST off day | Daylight savings time off, day of week | 0=Not in use; 1=Mon; 2=Tue; 3=Wed; 4=Thu; 5=Fri; 6=Sat; 7=Sun | Configuration\Time\Daylight saving time | |||||
| Device | CFG | LD0.IHMI1.SyncSrc.setVal | ING | Enum | SP | B | 1 | Synch source | Time synchronization source | 0=None; 1=SNTP; 2=Modbus; 5=IRIG-B; 9=DNP; 17=IEC60870-5-103 | Configuration\Time\Synchronization | |||||
| Device | CFG | LD0.IHMI1.ESldSymFor.setVal | ING | Enum | SP | B | 1 | SLD symbol format | Single Line Diagram symbol format | 1=IEC; 2=ANSI | Configuration\HMI | |||||
| Device | CFG | LD0.IHMI1.ScrDlTms.setVal | ING | INT32 | SP | B | 0 | Autoscroll delay | Autoscroll delay for Measurements view | 0...30 s | Configuration\HMI | |||||
| Device | CFG | LD0.IHMI1.CBClsDlMod.setVal | ING | Enum | SP | B | 2 | CB close delay mode | Selection for using delayed LHMI CB close | 1=In use; 2=Not in use | Configuration\Control\LHMI | |||||
| Device | CFG | LD0.IHMI1.CBClsDlTms.setVal | ING | INT32 | SP | B | 60 | CB close delay | Delay for CB close done from LHMI | 5...900 s | Configuration\Control\LHMI | |||||
| Security application | CFG | LD0.GSAL1.AuthLoc.setVal | SPG | BOOLEAN | SP | B,H,OR,ER,AW | 1 | Local override | Disable authority | Configuration\Authorization | ||||||
| Security application | CFG | LD0.GSAL1.AuthLoc.pwdAdmin | SPG | VisString255 (64) | EX | B,H,OR,ER,AW | 0 | Local administrator | Set password | Configuration\Authorization | ||||||
| Security application | CFG | LD0.GSAL1.AuthLoc.pwdEng | SPG | VisString255 (64) | EX | B,H,OR,ER,AW | 0 | Local engineer | Set password | Configuration\Authorization | ||||||
| Security application | CFG | LD0.GSAL1.AuthLoc.pwdOper | SPG | VisString255 (64) | EX | B,H,OR,ER,AW | 0 | Local operator | Set password | Configuration\Authorization | ||||||
| Security application | CFG | LD0.GSAL1.AuthLoc.pwdView | SPG | VisString255 (64) | EX | B,H,OR,ER,AW | 0 | Local viewer | Set password | Configuration\Authorization | ||||||
| Security application | CFG | LD0.GSAL1.AuthRem.setVal | SPG | BOOLEAN | SP | B,OR,ER,AW | 1 | Remote override | Disable authority | Configuration\Authorization | ||||||
| Security application | CFG | LD0.GSAL1.AuthRem.pwdAdmin | SPG | VisString255 (64) | EX | B,OR,ER,AW | 0 | Remote administrator | Set password | Configuration\Authorization | ||||||
| Security application | CFG | LD0.GSAL1.AuthRem.pwdEng | SPG | VisString255 (64) | EX | B,OR,ER,AW | 0 | Remote engineer | Set password | Configuration\Authorization | ||||||
| Security application | CFG | LD0.GSAL1.AuthRem.pwdOper | SPG | VisString255 (64) | EX | B,OR,ER,AW | 0 | Remote operator | Set password | Configuration\Authorization | ||||||
| Security application | CFG | LD0.GSAL1.AuthRem.pwdView | SPG | VisString255 (64) | EX | B,OR,ER,AW | 0 | Remote viewer | Set password | Configuration\Authorization | ||||||
| Security application | CFG | LD0.GSAL1.AuthAcsLev.setVal | ING | Enum | SP | B | 4 | Authority logging | Authority logging level | 1=None; 2=Configuration change; 3=Setting group; 4=Setting group, control; 5=Settings edit; 6=All | Configuration\Authorization | |||||
| Protection LLN0 | SET | LD0.LLN0.SGCB.ActSG | SGCB | INT8U | SP | B | 1 | Active group | Selected active group | - | - | |||||
| Protection LLN0 | SET | LD0.LLN0.SGCB.EditSG | SGCB | INT8U | SP | B,A | 1 | Edit group | Selected edit group | - | - | |||||
| Protection LLN0 | SET | LD0.LLN0.SGCB.CnfEdit | SGCB | BOOLEAN | SP | B,A | 0 | Commit settings | Commit or reject the edit copy | - | - | |||||
| Protection LLN0 | SET | LD0.LLN0.CpySG.Oper.ctlVal | INC | Enum | CO | B,H | 1 | Copy group 1 | Copy setting group 1 values into selected group | 1=Cancel; 2=Copy 1 into 2; 3=Copy 1 into 3; 4=Copy 1 into 4; 5=Copy 1 into 5; 6=Copy 1 into 6; 99=Copy 1 into all | Settings\Setting group | |||||
| Protection LLN0 | TES | LD0.LLN0.Mod.Oper.ctlVal | INC | Enum | CO | B,H,I | 1 | Test mode | Test mode | 1=Test off; 3=Test on | Tests\IED test | |||||
| Physical device | TES | LD0.LPHD1.IrfTst.Oper.ctlVal | SPC | BOOLEAN | CO | B,H | 0 | Internal fault test | Internal fault test mode | 0=Test off; 1=Test on | Tests\IED test | |||||
| Physical device | INF | LD0.LPHD1.PhyNam.hwRev | DPL | VisString255 (20) | DC | B | X | HW revision | IED HW revision | Information\Product identifiers | ||||||
| Physical device | INF | LD0.LPHD1.PhyNam.swRev | DPL | VisString255 (20) | DC | B | X.X | SW version | IED SW version | Information\Product identifiers | ||||||
| Physical device | INF | LD0.LPHD1.PhyNam.serNum | DPL | VisString255 (20) | DC | B | 1XXXXXXXXXXX | Serial number | IED serial number | Information\Product identifiers | ||||||
| Physical device | INF | LD0.LPHD1.PhyNam.model | DPL | VisString255 (20) | DC | B | REx620 | Type | IED type | Information\Product identifiers | ||||||
| Physical device | INF | LD0.LPHD1.PhyNam.eSwDate | DPL | VisString255 (20) | EX | B | YYYY-MM-DD | SW date | IED SW date | Information\Product identifiers | ||||||
| Physical device | INF | LD0.LPHD1.PhyNam.eSwNum | DPL | VisString255 (20) | EX | B | 2RXXXXXXXXX | SW number | IED SW number | Information\Product identifiers | ||||||
| Physical device | INF | LD0.LPHD1.PhyNam.eProdDate | DPL | VisString255 (20) | EX | B | YYYY-MM-DD | Production date | IED production date | Information\Product identifiers | ||||||
| Physical device | INF | LD0.LPHD1.PhyNam.eOrdNum | DPL | VisString255 (64) | EX | B | XXXXXXXXXXXXXXXXXX | Order code | IED order code | Information\Product identifiers | ||||||
| Physical device | INF | LD0.LPHD1.PhyNam.eConfName | DPL | VisString255 (20) | EX | B | PC15 | Configuration name | IED configuration name | Information\Product identifiers | ||||||
| Physical device | INF | LD0.LPHD1.PhyNam.eIedName | DPL | VisString255 (64) | EX | B | TIGER | Technical key | Technical key set by tool | Information\System identifiers | ||||||
| Physical device | INF | LD0.LPHD1.PhyNam.eCustomer | DPL | VisString255 (64) | EX | B | 0 | Customer name | Name of the customer | Information\Site identifiers | ||||||
| Physical device | INF | LD0.LPHD1.PhyNam.eStreet | DPL | VisString255 (64) | EX | B | 0 | Street | Name of the street | Information\Site identifiers | ||||||
| Physical device | INF | LD0.LPHD1.PhyNam.eHouseNum | DPL | VisString255 (64) | EX | B | 0 | House number | Number of the house | Information\Site identifiers | ||||||
| Physical device | INF | LD0.LPHD1.PhyNam.eZip | DPL | VisString255 (20) | EX | B | 0 | ZIP/Postal code | ZIP/Postal code | Information\Site identifiers | ||||||
| Physical device | INF | LD0.LPHD1.PhyNam.eCity | DPL | VisString255 (64) | EX | B | 0 | City/Province | City/Province | Information\Site identifiers | ||||||
| Physical device | INF | LD0.LPHD1.PhyNam.eState | DPL | VisString255 (64) | EX | B | 0 | State | Name of state | Information\Site identifiers | ||||||
| Physical device | INF | LD0.LPHD1.PhyNam.eCountry | DPL | VisString255 (64) | EX | B | 0 | Country | Name of the country | Information\Site identifiers | ||||||
| Physical device | INF | LD0.LPHD1.EEName.hwRev | DPL | VisString255 (20) | DC | B | X | HW revision | Card HW revision | Information\HW modules\Main board | ||||||
| Physical device | INF | LD0.LPHD1.EEName.serNum | DPL | VisString255 (20) | DC | B | 1XXXXXXXXXXX | Serial number | Card serial number | Information\HW modules\Main board | ||||||
| Physical device | INF | LD0.LPHD1.EEName.eArtNum | DPL | VisString255 (20) | EX | B | 2RAAXXXXXX | Article number | IED article number | Information\HW modules\Main board | ||||||
| Physical device | INF | LD0.LPHD1.EEName.eManDate | DPL | VisString255 (20) | EX | B | YYYY-MM-DD | Manufacturing date | Card manufacturing date | Information\HW modules\Main board | ||||||
| Physical device | INF | LD0.LPHD1.EEName.eTestDate | DPL | VisString255 (20) | EX | B | YYYY-MM-DD | Test date | Card test date | Information\HW modules\Main board | ||||||
| Device | INF | LD0.IHMI1.EEName.hwRev | DPL | VisString255 (20) | DC | B | X | HW revision | Card HW revision | Information\HW modules\LHMI | ||||||
| Device | INF | LD0.IHMI1.EEName.swRev | DPL | VisString255 (20) | DC | B | A | SW version | Card SW version | Information\HW modules\LHMI | ||||||
| Device | INF | LD0.IHMI1.EEName.serNum | DPL | VisString255 (20) | DC | B | 1XXXXXXXXXXX | Serial number | Card serial number | Information\HW modules\LHMI | ||||||
| Device | INF | LD0.IHMI1.EEName.eArtNum | DPL | VisString255 (20) | EX | B | 2RAAXXXXXX | Article number | LHMI article number | Information\HW modules\LHMI | ||||||
| Device | INF | LD0.IHMI1.EEName.eManDate | DPL | VisString255 (20) | EX | B | YYYY-MM-DD | Manufacturing date | Card manufacturing date | Information\HW modules\LHMI | ||||||
| Device | INF | LD0.IHMI1.EEName.eTestDate | DPL | VisString255 (20) | EX | B | YYYY-MM-DD | Test date | Card test date | Information\HW modules\LHMI | ||||||
| Protection LLN0 | VER | LD0.LLN0.NamPlt.swRev | LPL | VisString255 (20) | DC | F | (Name plate) | |||||||||
| Physical device | VER | LD0.LPHD1.PhyNam.swRev | DPL | VisString255 (20) | DC | B | X.X | SW version | IED SW version | Information\Product identifiers | ||||||
| Physical device | VER | LD0.LPHD1.EEName.swRev | DPL | VisString255 (20) | DC | - | (Card information) | |||||||||
| Device | VER | LD0.IHMI1.EEName.swRev | DPL | VisString255 (20) | DC | B | A | SW version | Card SW version | Information\HW modules\LHMI |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| X100 (PSM) | X100 (PSM) | X100 (PSM) | INP | LD0.XGGIO100.SPCSO1.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X100-PO1 | Connectors 6-7 | Monitoring\I/O status\Binary output values\X100 (PSM) | ||
| X100 (PSM) | X100 (PSM) | X100 (PSM) | INP | LD0.XGGIO100.SPCSO2.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X100-PO2 | Connectors 8-9 | Monitoring\I/O status\Binary output values\X100 (PSM) | ||
| X100 (PSM) | X100 (PSM) | X100 (PSM) | INP | LD0.XGGIO100.SPCSO3.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X100-SO1 | Connectors 10c-11nc-12no | Monitoring\I/O status\Binary output values\X100 (PSM) | ||
| X100 (PSM) | X100 (PSM) | X100 (PSM) | INP | LD0.XGGIO100.SPCSO4.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X100-SO2 | Connectors 13c-14no | Monitoring\I/O status\Binary output values\X100 (PSM) | ||
| X100 (PSM) | X100 (PSM) | X100 (PSM) | INP | LD0.XGGIO100.SPCSO5.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X100-PO3 | Connectors 15-17/18-19 | Monitoring\I/O status\Binary output values\X100 (PSM) | ||
| X100 (PSM) | X100 (PSM) | X100 (PSM) | INP | LD0.XGGIO100.SPCSO6.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X100-PO4 | Connectors 20-22/23-24 | Monitoring\I/O status\Binary output values\X100 (PSM) | ||
| X100 (PSM) | X100 (PSM) | X100 (PSM) | CTR | LD0.XGGIO100.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||
| X100 (PSM) | X100 (PSM) | X100 (PSM) | TES | LD0.XGGIO100.SPCSO1.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X100-PO1 | Connectors 6-7 | Tests\Binary outputs\X100 (PSM) | ||||
| X100 (PSM) | X100 (PSM) | X100 (PSM) | TES | LD0.XGGIO100.SPCSO2.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X100-PO2 | Connectors 8-9 | Tests\Binary outputs\X100 (PSM) | ||||
| X100 (PSM) | X100 (PSM) | X100 (PSM) | TES | LD0.XGGIO100.SPCSO3.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X100-SO1 | Connectors 10c-11nc-12no | Tests\Binary outputs\X100 (PSM) | ||||
| X100 (PSM) | X100 (PSM) | X100 (PSM) | TES | LD0.XGGIO100.SPCSO4.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X100-SO2 | Connectors 13c-14no | Tests\Binary outputs\X100 (PSM) | ||||
| X100 (PSM) | X100 (PSM) | X100 (PSM) | TES | LD0.XGGIO100.SPCSO5.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X100-PO3 | Connectors 15-17/18-19 | Tests\Binary outputs\X100 (PSM) | ||||
| X100 (PSM) | X100 (PSM) | X100 (PSM) | TES | LD0.XGGIO100.SPCSO6.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X100-PO4 | Connectors 20-22/23-24 | Tests\Binary outputs\X100 (PSM) | ||||
| X100 (PSM) | X100 (PSM) | X100 (PSM) | INF | LD0.XGGIO100.EEName.hwRev | DPL | VisString255 (20) | DC | B | 0 | HW revision | Card HW revision | Information\HW modules\X100 (PSM) | ||||
| X100 (PSM) | X100 (PSM) | X100 (PSM) | INF | LD0.XGGIO100.EEName.serNum | DPL | VisString255 (20) | DC | B | 0 | Serial number | Card serial number | Information\HW modules\X100 (PSM) | ||||
| X100 (PSM) | X100 (PSM) | X100 (PSM) | INF | LD0.XGGIO100.EEName.eArtNum | DPL | VisString255 (20) | EX | B | 0 | Article number | Card article number | Information\HW modules\X100 (PSM) | ||||
| X100 (PSM) | X100 (PSM) | X100 (PSM) | INF | LD0.XGGIO100.EEName.eManDate | DPL | VisString255 (20) | EX | B | 0 | Manufacturing date | Card manufacturing date | Information\HW modules\X100 (PSM) | ||||
| X100 (PSM) | X100 (PSM) | X100 (PSM) | INF | LD0.XGGIO100.EEName.eTestDate | DPL | VisString255 (20) | EX | B | 0 | Test date | Card test date | Information\HW modules\X100 (PSM) | ||||
| X100 (PSM) | X100 (PSM) | X100 (PSM) | VER | LD0.XGGIO100.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) | |||||||
| X100 (PSM) | X100 (PSM) | X100 (PSM) | VER | LD0.XGGIO100.EEName.swRev | DPL | VisString255 (20) | DC | - | (Card information) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| Programmable LEDs | INP | LD0.LEDGGIO1.Ind1.stVal | SPS | BOOLEAN | ST | B | 0 | OK | Ok input for LED 1 | Monitoring\Programmable LEDs\Inputs\LED 1 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.Ind2.stVal | SPS | BOOLEAN | ST | B | 0 | OK | Ok input for LED 2 | Monitoring\Programmable LEDs\Inputs\LED 2 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.Ind3.stVal | SPS | BOOLEAN | ST | B | 0 | OK | Ok input for LED 3 | Monitoring\Programmable LEDs\Inputs\LED 3 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.Ind4.stVal | SPS | BOOLEAN | ST | B | 0 | OK | Ok input for LED 4 | Monitoring\Programmable LEDs\Inputs\LED 4 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.Ind5.stVal | SPS | BOOLEAN | ST | B | 0 | OK | Ok input for LED 5 | Monitoring\Programmable LEDs\Inputs\LED 5 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.Ind6.stVal | SPS | BOOLEAN | ST | B | 0 | OK | Ok input for LED 6 | Monitoring\Programmable LEDs\Inputs\LED 6 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.Ind7.stVal | SPS | BOOLEAN | ST | B | 0 | OK | Ok input for LED 7 | Monitoring\Programmable LEDs\Inputs\LED 7 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.Ind8.stVal | SPS | BOOLEAN | ST | B | 0 | OK | Ok input for LED 8 | Monitoring\Programmable LEDs\Inputs\LED 8 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.Ind9.stVal | SPS | BOOLEAN | ST | B | 0 | OK | Ok input for LED 9 | Monitoring\Programmable LEDs\Inputs\LED 9 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.Ind10.stVal | SPS | BOOLEAN | ST | B | 0 | OK | Ok input for LED 10 | Monitoring\Programmable LEDs\Inputs\LED 10 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.Ind11.stVal | SPS | BOOLEAN | ST | B | 0 | OK | Ok input for LED 11 | Monitoring\Programmable LEDs\Inputs\LED 11 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.Alm1.stVal | SPS | BOOLEAN | ST | B | 0 | ALARM | Alarm input for LED 1 | Monitoring\Programmable LEDs\Inputs\LED 1 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.Alm2.stVal | SPS | BOOLEAN | ST | B | 0 | ALARM | Alarm input for LED 2 | Monitoring\Programmable LEDs\Inputs\LED 2 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.Alm3.stVal | SPS | BOOLEAN | ST | B | 0 | ALARM | Alarm input for LED 3 | Monitoring\Programmable LEDs\Inputs\LED 3 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.Alm4.stVal | SPS | BOOLEAN | ST | B | 0 | ALARM | Alarm input for LED 4 | Monitoring\Programmable LEDs\Inputs\LED 4 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.Alm5.stVal | SPS | BOOLEAN | ST | B | 0 | ALARM | Alarm input for LED 5 | Monitoring\Programmable LEDs\Inputs\LED 5 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.Alm6.stVal | SPS | BOOLEAN | ST | B | 0 | ALARM | Alarm input for LED 6 | Monitoring\Programmable LEDs\Inputs\LED 6 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.Alm7.stVal | SPS | BOOLEAN | ST | B | 0 | ALARM | Alarm input for LED 7 | Monitoring\Programmable LEDs\Inputs\LED 7 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.Alm8.stVal | SPS | BOOLEAN | ST | B | 0 | ALARM | Alarm input for LED 8 | Monitoring\Programmable LEDs\Inputs\LED 8 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.Alm9.stVal | SPS | BOOLEAN | ST | B | 0 | ALARM | Alarm input for LED 9 | Monitoring\Programmable LEDs\Inputs\LED 9 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.Alm10.stVal | SPS | BOOLEAN | ST | B | 0 | ALARM | Alarm input for LED 10 | Monitoring\Programmable LEDs\Inputs\LED 10 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.Alm11.stVal | SPS | BOOLEAN | ST | B | 0 | ALARM | Alarm input for LED 11 | Monitoring\Programmable LEDs\Inputs\LED 11 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.InRsLED1.stVal | SPS | BOOLEAN | ST | B | 0 | RESET | Reset input for LED 1 | Monitoring\Programmable LEDs\Inputs\LED 1 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.InRsLED2.stVal | SPS | BOOLEAN | ST | B | 0 | RESET | Reset input for LED 2 | Monitoring\Programmable LEDs\Inputs\LED 2 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.InRsLED3.stVal | SPS | BOOLEAN | ST | B | 0 | RESET | Reset input for LED 3 | Monitoring\Programmable LEDs\Inputs\LED 3 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.InRsLED4.stVal | SPS | BOOLEAN | ST | B | 0 | RESET | Reset input for LED 4 | Monitoring\Programmable LEDs\Inputs\LED 4 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.InRsLED5.stVal | SPS | BOOLEAN | ST | B | 0 | RESET | Reset input for LED 5 | Monitoring\Programmable LEDs\Inputs\LED 5 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.InRsLED6.stVal | SPS | BOOLEAN | ST | B | 0 | RESET | Reset input for LED 6 | Monitoring\Programmable LEDs\Inputs\LED 6 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.InRsLED7.stVal | SPS | BOOLEAN | ST | B | 0 | RESET | Reset input for LED 7 | Monitoring\Programmable LEDs\Inputs\LED 7 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.InRsLED8.stVal | SPS | BOOLEAN | ST | B | 0 | RESET | Reset input for LED 8 | Monitoring\Programmable LEDs\Inputs\LED 8 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.InRsLED9.stVal | SPS | BOOLEAN | ST | B | 0 | RESET | Reset input for LED 9 | Monitoring\Programmable LEDs\Inputs\LED 9 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.InRsLED10.stVal | SPS | BOOLEAN | ST | B | 0 | RESET | Reset input for LED 10 | Monitoring\Programmable LEDs\Inputs\LED 10 | ||||||
| Programmable LEDs | INP | LD0.LEDGGIO1.InRsLED11.stVal | SPS | BOOLEAN | ST | B | 0 | RESET | Reset input for LED 11 | Monitoring\Programmable LEDs\Inputs\LED 11 | ||||||
| Programmable LEDs | CTR | LD0.LEDGGIO1.ISCSO1.Oper.ctlVal | INC | INT32 | CO | (LED 1) | ||||||||||
| Programmable LEDs | CTR | LD0.LEDGGIO1.ISCSO2.Oper.ctlVal | INC | INT32 | CO | (LED 2) | ||||||||||
| Programmable LEDs | CTR | LD0.LEDGGIO1.ISCSO3.Oper.ctlVal | INC | INT32 | CO | (LED 3) | ||||||||||
| Programmable LEDs | CTR | LD0.LEDGGIO1.ISCSO4.Oper.ctlVal | INC | INT32 | CO | (LED 4) | ||||||||||
| Programmable LEDs | CTR | LD0.LEDGGIO1.ISCSO5.Oper.ctlVal | INC | INT32 | CO | (LED 5) | ||||||||||
| Programmable LEDs | CTR | LD0.LEDGGIO1.ISCSO6.Oper.ctlVal | INC | INT32 | CO | (LED 6) | ||||||||||
| Programmable LEDs | CTR | LD0.LEDGGIO1.ISCSO7.Oper.ctlVal | INC | INT32 | CO | (LED 7) | ||||||||||
| Programmable LEDs | CTR | LD0.LEDGGIO1.ISCSO8.Oper.ctlVal | INC | INT32 | CO | (LED 8) | ||||||||||
| Programmable LEDs | CTR | LD0.LEDGGIO1.ISCSO9.Oper.ctlVal | INC | INT32 | CO | (LED 9) | ||||||||||
| Programmable LEDs | CTR | LD0.LEDGGIO1.ISCSO10.Oper.ctlVal | INC | INT32 | CO | (LED 10) | ||||||||||
| Programmable LEDs | CTR | LD0.LEDGGIO1.ISCSO11.Oper.ctlVal | INC | INT32 | CO | (LED 11) | ||||||||||
| Programmable LEDs | MON | LD0.LEDGGIO1.ISCSO1.stVal | INC | Enum | ST | B | StatIO | P | Programmable LED 1 | Status of programmable LED 1 | 0=None; 1=Ok; 3=Alarm | Monitoring\Programmable LEDs\Monitored data | ||||
| Programmable LEDs | MON | LD0.LEDGGIO1.ISCSO2.stVal | INC | Enum | ST | B | StatIO | P | Programmable LED 2 | Status of programmable LED 2 | 0=None; 1=Ok; 3=Alarm | Monitoring\Programmable LEDs\Monitored data | ||||
| Programmable LEDs | MON | LD0.LEDGGIO1.ISCSO3.stVal | INC | Enum | ST | B | StatIO | P | Programmable LED 3 | Status of programmable LED 3 | 0=None; 1=Ok; 3=Alarm | Monitoring\Programmable LEDs\Monitored data | ||||
| Programmable LEDs | MON | LD0.LEDGGIO1.ISCSO4.stVal | INC | Enum | ST | B | StatIO | P | Programmable LED 4 | Status of programmable LED 4 | 0=None; 1=Ok; 3=Alarm | Monitoring\Programmable LEDs\Monitored data | ||||
| Programmable LEDs | MON | LD0.LEDGGIO1.ISCSO5.stVal | INC | Enum | ST | B | StatIO | P | Programmable LED 5 | Status of programmable LED 5 | 0=None; 1=Ok; 3=Alarm | Monitoring\Programmable LEDs\Monitored data | ||||
| Programmable LEDs | MON | LD0.LEDGGIO1.ISCSO6.stVal | INC | Enum | ST | B | StatIO | P | Programmable LED 6 | Status of programmable LED 6 | 0=None; 1=Ok; 3=Alarm | Monitoring\Programmable LEDs\Monitored data | ||||
| Programmable LEDs | MON | LD0.LEDGGIO1.ISCSO7.stVal | INC | Enum | ST | B | StatIO | P | Programmable LED 7 | Status of programmable LED 7 | 0=None; 1=Ok; 3=Alarm | Monitoring\Programmable LEDs\Monitored data | ||||
| Programmable LEDs | MON | LD0.LEDGGIO1.ISCSO8.stVal | INC | Enum | ST | B | StatIO | P | Programmable LED 8 | Status of programmable LED 8 | 0=None; 1=Ok; 3=Alarm | Monitoring\Programmable LEDs\Monitored data | ||||
| Programmable LEDs | MON | LD0.LEDGGIO1.ISCSO9.stVal | INC | Enum | ST | B | StatIO | P | Programmable LED 9 | Status of programmable LED 9 | 0=None; 1=Ok; 3=Alarm | Monitoring\Programmable LEDs\Monitored data | ||||
| Programmable LEDs | MON | LD0.LEDGGIO1.ISCSO10.stVal | INC | Enum | ST | B | StatIO | P | Programmable LED 10 | Status of programmable LED 10 | 0=None; 1=Ok; 3=Alarm | Monitoring\Programmable LEDs\Monitored data | ||||
| Programmable LEDs | MON | LD0.LEDGGIO1.ISCSO11.stVal | INC | Enum | ST | B | StatIO | P | Programmable LED 11 | Status of programmable LED 11 | 0=None; 1=Ok; 3=Alarm | Monitoring\Programmable LEDs\Monitored data | ||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.ISCSO1.d | INC | VisString255 (64) | DC | B | Programmable LEDs LED 1 | Description | Programmable LED description | Configuration\Programmable LEDs\LED 1 | ||||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.ISCSO2.d | INC | VisString255 (64) | DC | B | Programmable LEDs LED 2 | Description | Programmable LED description | Configuration\Programmable LEDs\LED 2 | ||||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.ISCSO3.d | INC | VisString255 (64) | DC | B | Programmable LEDs LED 3 | Description | Programmable LED description | Configuration\Programmable LEDs\LED 3 | ||||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.ISCSO4.d | INC | VisString255 (64) | DC | B | Programmable LEDs LED 4 | Description | Programmable LED description | Configuration\Programmable LEDs\LED 4 | ||||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.ISCSO5.d | INC | VisString255 (64) | DC | B | Programmable LEDs LED 5 | Description | Programmable LED description | Configuration\Programmable LEDs\LED 5 | ||||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.ISCSO6.d | INC | VisString255 (64) | DC | B | Programmable LEDs LED 6 | Description | Programmable LED description | Configuration\Programmable LEDs\LED 6 | ||||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.ISCSO7.d | INC | VisString255 (64) | DC | B | Programmable LEDs LED 7 | Description | Programmable LED description | Configuration\Programmable LEDs\LED 7 | ||||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.ISCSO8.d | INC | VisString255 (64) | DC | B | Programmable LEDs LED 8 | Description | Programmable LED description | Configuration\Programmable LEDs\LED 8 | ||||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.ISCSO9.d | INC | VisString255 (64) | DC | B | Programmable LEDs LED 9 | Description | Programmable LED description | Configuration\Programmable LEDs\LED 9 | ||||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.ISCSO10.d | INC | VisString255 (64) | DC | B | Programmable LEDs LED 10 | Description | Programmable LED description | Configuration\Programmable LEDs\LED 10 | ||||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.ISCSO11.d | INC | VisString255 (64) | DC | B | Programmable LEDs LED 11 | Description | Programmable LED description | Configuration\Programmable LEDs\LED 11 | ||||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.LEDSeq1.setVal | ING | Enum | SP | B,I | 0 | Alarm mode | Alarm mode for programmable LED 1 | 0=Follow-S; 1=Follow-F; 2=Latched-S; 3=LatchedAck-F-S | Configuration\Programmable LEDs\LED 1 | |||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.LEDSeq2.setVal | ING | Enum | SP | B,I | 0 | Alarm mode | Alarm mode for programmable LED 2 | 0=Follow-S; 1=Follow-F; 2=Latched-S; 3=LatchedAck-F-S | Configuration\Programmable LEDs\LED 2 | |||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.LEDSeq3.setVal | ING | Enum | SP | B,I | 0 | Alarm mode | Alarm mode for programmable LED 3 | 0=Follow-S; 1=Follow-F; 2=Latched-S; 3=LatchedAck-F-S | Configuration\Programmable LEDs\LED 3 | |||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.LEDSeq4.setVal | ING | Enum | SP | B,I | 0 | Alarm mode | Alarm mode for programmable LED 4 | 0=Follow-S; 1=Follow-F; 2=Latched-S; 3=LatchedAck-F-S | Configuration\Programmable LEDs\LED 4 | |||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.LEDSeq5.setVal | ING | Enum | SP | B,I | 0 | Alarm mode | Alarm mode for programmable LED 5 | 0=Follow-S; 1=Follow-F; 2=Latched-S; 3=LatchedAck-F-S | Configuration\Programmable LEDs\LED 5 | |||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.LEDSeq6.setVal | ING | Enum | SP | B,I | 0 | Alarm mode | Alarm mode for programmable LED 6 | 0=Follow-S; 1=Follow-F; 2=Latched-S; 3=LatchedAck-F-S | Configuration\Programmable LEDs\LED 6 | |||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.LEDSeq7.setVal | ING | Enum | SP | B,I | 0 | Alarm mode | Alarm mode for programmable LED 7 | 0=Follow-S; 1=Follow-F; 2=Latched-S; 3=LatchedAck-F-S | Configuration\Programmable LEDs\LED 7 | |||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.LEDSeq8.setVal | ING | Enum | SP | B,I | 0 | Alarm mode | Alarm mode for programmable LED 8 | 0=Follow-S; 1=Follow-F; 2=Latched-S; 3=LatchedAck-F-S | Configuration\Programmable LEDs\LED 8 | |||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.LEDSeq9.setVal | ING | Enum | SP | B,I | 0 | Alarm mode | Alarm mode for programmable LED 9 | 0=Follow-S; 1=Follow-F; 2=Latched-S; 3=LatchedAck-F-S | Configuration\Programmable LEDs\LED 9 | |||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.LEDSeq10.setVal | ING | Enum | SP | B,I | 0 | Alarm mode | Alarm mode for programmable LED 10 | 0=Follow-S; 1=Follow-F; 2=Latched-S; 3=LatchedAck-F-S | Configuration\Programmable LEDs\LED 10 | |||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.LEDSeq11.setVal | ING | Enum | SP | B,I | 0 | Alarm mode | Alarm mode for programmable LED 11 | 0=Follow-S; 1=Follow-F; 2=Latched-S; 3=LatchedAck-F-S | Configuration\Programmable LEDs\LED 11 | |||||
| Programmable LEDs | CFG | LD0.LEDGGIO1.AlmColr.setVal | ING | Enum | SP | B,I | 2 | Alarm colour | Colour for the alarm state of the LED | 1=Green; 2=Red | Configuration\Programmable LEDs\General | |||||
| Programmable LEDs | VER | LD0.LEDGGIO1.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| GSEGGIO1 | GSE | GSE | OUT | LD0.GSEGGIO1.Alm.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | ALARM | Receiver Alarm general | Monitoring\I/O status\Communication\GSEGGIO1\Outputs | |||
| GSEGGIO1 | GSE | GSE | CTR | LD0.GSEGGIO1.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||
| GSEGGIO1 | GSE | GSE | CTR | LD0.GSEGGIO1.RstCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counters | Resets GOOSE diagnostics counters | Monitoring\I/O status\Communication\GSEGGIO1\Monitoring | ||||
| GSEGGIO1 | GSE | GSE | MON | LD0.GSEGGIO1.IntIn1.stVal | INS | INT32 | ST | B | Received msgs | Received GOOSE messages. | 0...10000000 | Monitoring\I/O status\Communication\GSEGGIO1\Monitoring | ||||
| GSEGGIO1 | GSE | GSE | MON | LD0.GSEGGIO1.IntIn2.stVal | INS | INT32 | ST | B | Transmitted msgs | Transmitted GOOSE messages. | 0...10000000 | Monitoring\I/O status\Communication\GSEGGIO1\Monitoring | ||||
| GSEGGIO1 | GSE | GSE | MON | LD0.GSEGGIO1.IntIn3.stVal | INS | INT32 | ST | B | State changes | Received GOOSE state changes. | 0...10000000 | Monitoring\I/O status\Communication\GSEGGIO1\Monitoring | ||||
| GSEGGIO1 | GSE | GSE | MON | LD0.GSEGGIO1.IntIn4.stVal | INS | INT32 | ST | B | SeqNum changes | Received GOOSE sequence number changes. | 0...10000000 | Monitoring\I/O status\Communication\GSEGGIO1\Monitoring | ||||
| GSEGGIO1 | GSE | GSE | MON | LD0.GSEGGIO1.IntIn5.stVal | INS | INT32 | ST | B | Test msgs | Received GOOSE messages with test bit set to TRUE. | 0...10000000 | Monitoring\I/O status\Communication\GSEGGIO1\Monitoring | ||||
| GSEGGIO1 | GSE | GSE | MON | LD0.GSEGGIO1.IntIn6.stVal | INS | INT32 | ST | B | State warnings | State number miss or disorder in GOOSE message reception. | 0...10000000 | Monitoring\I/O status\Communication\GSEGGIO1\Monitoring | ||||
| GSEGGIO1 | GSE | GSE | MON | LD0.GSEGGIO1.IntIn7.stVal | INS | INT32 | ST | B | Seq. warnings | Sequence number miss or disorder in GOOSE message reception. | 0...10000000 | Monitoring\I/O status\Communication\GSEGGIO1\Monitoring | ||||
| GSEGGIO1 | GSE | GSE | MON | LD0.GSEGGIO1.IntIn8.stVal | INS | INT32 | ST | B | Recv. timeouts | Receiver timeouts. Goose messages were not received in defined time. | 0...10000000 | Monitoring\I/O status\Communication\GSEGGIO1\Monitoring | ||||
| GSEGGIO1 | GSE | GSE | MON | LD0.GSEGGIO1.IntIn9.stVal | INS | INT32 | ST | B | ConfRev errors | Received configuration revision mismatched GOOSE messages. | 0...10000000 | Monitoring\I/O status\Communication\GSEGGIO1\Monitoring | ||||
| GSEGGIO1 | GSE | GSE | MON | LD0.GSEGGIO1.IntIn10.stVal | INS | INT32 | ST | B | NdsComm errors | Received GOOSE messages with Needs Commissioning bit set to TRUE. | 0...10000000 | Monitoring\I/O status\Communication\GSEGGIO1\Monitoring | ||||
| GSEGGIO1 | GSE | GSE | MON | LD0.GSEGGIO1.IntIn11.stVal | INS | INT32 | ST | B | Dataset errors | Received dataset mismatched GOOSE messages. | 0...10000000 | Monitoring\I/O status\Communication\GSEGGIO1\Monitoring | ||||
| GSEGGIO1 | GSE | GSE | MON | LD0.GSEGGIO1.RstCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counters | Resets GOOSE diagnostics counters | Monitoring\I/O status\Communication\GSEGGIO1\Monitoring | ||||
| GSEGGIO1 | GSE | GSE | VER | LD0.GSEGGIO1.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| 61850-8-1 MMS | CTR | LD0.MMSGGIO1.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||||
| 61850-8-1 MMS | CTR | LD0.MMSGGIO1.SGConfMod.Oper.ctlVal | SPC | BOOLEAN | CO | I | (Setting group editing mode) | |||||||||
| 61850-8-1 MMS | CTR | LD0.MMSGGIO1.RstCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counters | MMSGGIO counters reset | Monitoring\Communication\MMSGGIO1 | ||||||
| 61850-8-1 MMS | MON | LD0.MMSGGIO1.IntIn1.stVal | INS | INT32 | ST | B | Successful conn. | MMS successful connections | 0...10000000 | Monitoring\Communication\MMSGGIO1 | ||||||
| 61850-8-1 MMS | MON | LD0.MMSGGIO1.IntIn2.stVal | INS | INT32 | ST | B | Failed conn. | MMS failed connections | 0...10000000 | Monitoring\Communication\MMSGGIO1 | ||||||
| 61850-8-1 MMS | MON | LD0.MMSGGIO1.IntIn3.stVal | INS | INT32 | ST | B | Concludes | MMS concludes | 0...10000000 | Monitoring\Communication\MMSGGIO1 | ||||||
| 61850-8-1 MMS | MON | LD0.MMSGGIO1.IntIn4.stVal | INS | INT32 | ST | B | Sent aborts | MMS sent aborts | 0...10000000 | Monitoring\Communication\MMSGGIO1 | ||||||
| 61850-8-1 MMS | MON | LD0.MMSGGIO1.IntIn5.stVal | INS | INT32 | ST | B | Recv. aborts | MMS received aborts | 0...10000000 | Monitoring\Communication\MMSGGIO1 | ||||||
| 61850-8-1 MMS | MON | LD0.MMSGGIO1.IntIn6.stVal | INS | INT32 | ST | B | Sent rejects | MMS sent rejects | 0...10000000 | Monitoring\Communication\MMSGGIO1 | ||||||
| 61850-8-1 MMS | MON | LD0.MMSGGIO1.IntIn7.stVal | INS | INT32 | ST | B | Recv. requests | MMS received requests | 0...10000000 | Monitoring\Communication\MMSGGIO1 | ||||||
| 61850-8-1 MMS | MON | LD0.MMSGGIO1.IntIn8.stVal | INS | INT32 | ST | B | Failed requests | MMS failed requests | 0...10000000 | Monitoring\Communication\MMSGGIO1 | ||||||
| 61850-8-1 MMS | MON | LD0.MMSGGIO1.IntIn9.stVal | INS | INT32 | ST | B | Reads | MMS successful reads | 0...10000000 | Monitoring\Communication\MMSGGIO1 | ||||||
| 61850-8-1 MMS | MON | LD0.MMSGGIO1.IntIn10.stVal | INS | INT32 | ST | B | Failed reads | MMS failed reads | 0...10000000 | Monitoring\Communication\MMSGGIO1 | ||||||
| 61850-8-1 MMS | MON | LD0.MMSGGIO1.IntIn11.stVal | INS | INT32 | ST | B | Writes | MMS successful writes | 0...10000000 | Monitoring\Communication\MMSGGIO1 | ||||||
| 61850-8-1 MMS | MON | LD0.MMSGGIO1.IntIn12.stVal | INS | INT32 | ST | B | Failed writes | MMS failed writes | 0...10000000 | Monitoring\Communication\MMSGGIO1 | ||||||
| 61850-8-1 MMS | MON | LD0.MMSGGIO1.IntIn13.stVal | INS | INT32 | ST | B | Reports | MMS Information reports | 0...10000000 | Monitoring\Communication\MMSGGIO1 | ||||||
| 61850-8-1 MMS | MON | LD0.MMSGGIO1.IntIn14.stVal | INS | INT32 | ST | B | Active conn. | MMS active connections | 0...10000000 | Monitoring\Communication\MMSGGIO1 | ||||||
| 61850-8-1 MMS | MON | LD0.MMSGGIO1.RstCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counters | MMSGGIO counters reset | Monitoring\Communication\MMSGGIO1 | ||||||
| 61850-8-1 MMS | CFG | LD0.MMSGGIO1.UnitMod.setVal | ING | Enum | SP | B,C | 0 | Unit mode | IEC 61850-8-1 unit mode | 1=Primary; 0=Nominal; 2=Primary-Nominal | Configuration\Communication\MMSGGIO1 | |||||
| 61850-8-1 MMS | VER | LD0.MMSGGIO1.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | INP | LD0.PHLPTOC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\PHLPTOC1\Inputs | ||||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | INP | LD0.PHLPTOC1.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable signal for current multiplier | Monitoring\I/O status\Current protection\PHLPTOC1\Inputs | ||||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | OUT | LD0.PHLPTOC1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | (A,B,C) | Monitoring\I/O status\Current protection\PHLPTOC1\Outputs | ||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | OUT | LD0.PHLPTOC1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | (A,B,C) | Monitoring\I/O status\Current protection\PHLPTOC1\Outputs | ||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | MON | LD0.PHLPTOC1.Beh.stVal | INS | Enum | ST | B | PHLPTOC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | MON | LD0.PHLPTOC1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\PHLPTOC1\Monitored data | ||||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | SET | LD0.PHLPTOC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\PHLPTOC1 | |||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | SET | LD0.PHLPTOC1.NumPh.setVal | ING | Enum | SP | B | 1 | Num of start phases | Number of phases required for operate activation | 1=1 out of 3; 2=2 out of 3; 3=3 out of 3 | Settings\Settings\Current protection\PHLPTOC1 | |||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | SET | LD0.PHLPTOC1.StrValMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Start value Mult | Multiplier for scaling the start value | 0.8...10.0 | Settings\Settings\Current protection\PHLPTOC1 | |||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | SET | LD0.PHLPTOC1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.05 | Start value | Start value | 0.05...5.00 xIn | Settings\Settings\Current protection\PHLPTOC1 | IL1TCTR1 | ||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | SET | LD0.PHLPTOC1.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.0 | Settings\Settings\Current protection\PHLPTOC1 | |||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | SET | LD0.PHLPTOC1.TypRsCrv.setVal | ING | Enum | SG | B | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; 3=Inverse reset | Settings\Settings\Current protection\PHLPTOC1 | |||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | SET | LD0.PHLPTOC1.TmACrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 1=ANSI Ext. inv.; 2=ANSI Very inv.; 3=ANSI Norm. inv.; 4=ANSI Mod. inv.; 5=ANSI Def. Time; 6=L.T.E. inv.; 7=L.T.V. inv.; 8=L.T. inv.; 9=IEC Norm. inv.; 10=IEC Very inv.; 11=IEC inv.; 12=IEC Ext. inv.; 13=IEC S.T. inv.; 14=IEC L.T. inv.; 15=IEC Def. Time; 17=Programmable; 18=RI type; 19=RD type | Settings\Settings\Current protection\PHLPTOC1 | |||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | SET | LD0.PHLPTOC1.TmACrv.setParA | CURVE | FLOAT32 | SP | B,I | 28.2000 | Curve parameter A | Parameter A for customer programmable curve | 0.0086...120.0000 | Settings\Settings\Current protection\PHLPTOC1 | |||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | SET | LD0.PHLPTOC1.TmACrv.setParB | CURVE | FLOAT32 | SP | B,I | 0.1217 | Curve parameter B | Parameter B for customer programmable curve | 0.0000...0.7120 | Settings\Settings\Current protection\PHLPTOC1 | |||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | SET | LD0.PHLPTOC1.TmACrv.setParC | CURVE | FLOAT32 | SP | B,I | 2.00 | Curve parameter C | Parameter C for customer programmable curve | 0.02...2.00 | Settings\Settings\Current protection\PHLPTOC1 | |||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | SET | LD0.PHLPTOC1.TmACrv.setParD | CURVE | FLOAT32 | SP | B,I | 29.10 | Curve parameter D | Parameter D for customer programmable curve | 0.46...30.00 | Settings\Settings\Current protection\PHLPTOC1 | |||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | SET | LD0.PHLPTOC1.TmACrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.0 | Curve parameter E | Parameter E for customer programmable curve | 0.0...1.0 | Settings\Settings\Current protection\PHLPTOC1 | |||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | SET | LD0.PHLPTOC1.MinOpTmms.setVal | ING | INT32 | SP | B | 20 | Minimum operate time | Minimum operate time for IDMT curves | 20...60000 ms | Settings\Settings\Current protection\PHLPTOC1 | |||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | SET | LD0.PHLPTOC1.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...200000 ms | Settings\Settings\Current protection\PHLPTOC1 | |||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | SET | LD0.PHLPTOC1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\PHLPTOC1 | |||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | SET | LD0.PHLPTOC1.AMeasMod.setVal | ING | Enum | SP | B | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT; 3=Peak-to-Peak | Settings\Settings\Current protection\PHLPTOC1 | |||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | TES | LD0.PHLPTOC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | PHLPTOC1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| PHLPTOC1 | 3I> (1) | 51P-1 (1) | VER | LD0.PHLPTOC1.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PHIPTOC1 | 3I>>> (1) | 50P/51P (1) | INP | LD0.PHIPTOC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\PHIPTOC1\Inputs | ||||
| PHIPTOC1 | 3I>>> (1) | 50P/51P (1) | INP | LD0.PHIPTOC1.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable signal for current multiplier | Monitoring\I/O status\Current protection\PHIPTOC1\Inputs | ||||
| PHIPTOC1 | 3I>>> (1) | 50P/51P (1) | OUT | LD0.PHIPTOC1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | (A,B,C) | Monitoring\I/O status\Current protection\PHIPTOC1\Outputs | ||
| PHIPTOC1 | 3I>>> (1) | 50P/51P (1) | OUT | LD0.PHIPTOC1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | (A,B,C) | Monitoring\I/O status\Current protection\PHIPTOC1\Outputs | ||
| PHIPTOC1 | 3I>>> (1) | 50P/51P (1) | MON | LD0.PHIPTOC1.Beh.stVal | INS | Enum | ST | B | PHIPTOC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| PHIPTOC1 | 3I>>> (1) | 50P/51P (1) | MON | LD0.PHIPTOC1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\PHIPTOC1\Monitored data | ||||
| PHIPTOC1 | 3I>>> (1) | 50P/51P (1) | SET | LD0.PHIPTOC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\PHIPTOC1 | |||
| PHIPTOC1 | 3I>>> (1) | 50P/51P (1) | SET | LD0.PHIPTOC1.NumPh.setVal | ING | Enum | SP | B | 1 | Num of start phases | Number of phases required for operate activation | 1=1 out of 3; 2=2 out of 3; 3=3 out of 3 | Settings\Settings\Current protection\PHIPTOC1 | |||
| PHIPTOC1 | 3I>>> (1) | 50P/51P (1) | SET | LD0.PHIPTOC1.StrValMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Start value Mult | Multiplier for scaling the start value | 0.8...10.0 | Settings\Settings\Current protection\PHIPTOC1 | |||
| PHIPTOC1 | 3I>>> (1) | 50P/51P (1) | SET | LD0.PHIPTOC1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Start value | Start value | 1.00...40.00 xIn | Settings\Settings\Current protection\PHIPTOC1 | IL1TCTR1 | ||
| PHIPTOC1 | 3I>>> (1) | 50P/51P (1) | SET | LD0.PHIPTOC1.OpDlTmms.setVal | ING | INT32 | SG | B | 20 | Operate delay time | Operate delay time | 20...200000 ms | Settings\Settings\Current protection\PHIPTOC1 | |||
| PHIPTOC1 | 3I>>> (1) | 50P/51P (1) | SET | LD0.PHIPTOC1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\PHIPTOC1 | |||
| PHIPTOC1 | 3I>>> (1) | 50P/51P (1) | TES | LD0.PHIPTOC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | PHIPTOC1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| PHIPTOC1 | 3I>>> (1) | 50P/51P (1) | VER | LD0.PHIPTOC1.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | INP | LD0.DPHLPTOC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\DPHLPDOC1\Inputs | ||||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | INP | LD0.DPHLPTOC1.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable signal for current multiplier | Monitoring\I/O status\Current protection\DPHLPDOC1\Inputs | ||||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | INP | LD0.DPHLPTOC1.NonDir.stVal | SPS | BOOLEAN | ST | A | 0 | NON_DIR | Forces protection to non-directional | Monitoring\I/O status\Current protection\DPHLPDOC1\Inputs | ||||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | OUT | LD0.DPHLPTOC1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | (A,B,C) | Monitoring\I/O status\Current protection\DPHLPDOC1\Outputs | ||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | OUT | LD0.DPHLPTOC1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | (A,B,C) | Monitoring\I/O status\Current protection\DPHLPDOC1\Outputs | ||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | MON | LD0.DPHLPTOC1.Beh.stVal | INS | Enum | ST | B | DPHLPDOC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | MON | LD0.DPHLPTOC1.Str.dirGeneral | ACD | Enum | ST | B | StatNrml | P,H | FAULT_DIR | Detected fault direction | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DPHLPDOC1\Monitored data | ||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | MON | LD0.DPHLPTOC1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\DPHLPDOC1\Monitored data | ||||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | MON | LD0.DPHLRDIR1.Dir.dirGeneral | ACD | Enum | ST | B | DIRECTION | Direction information | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DPHLPDOC1\Monitored data | ||||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | MON | LD0.DPHLRDIR1.Dir.dirPhsA | ACD | Enum | ST | B | DIR_A | Direction phase A | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DPHLPDOC1\Monitored data | ||||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | MON | LD0.DPHLRDIR1.Dir.dirPhsB | ACD | Enum | ST | B | DIR_B | Direction phase B | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DPHLPDOC1\Monitored data | ||||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | MON | LD0.DPHLRDIR1.Dir.dirPhsC | ACD | Enum | ST | B | DIR_C | Direction phase C | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DPHLPDOC1\Monitored data | ||||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | MON | LD0.DPHLRDIR1.OpCrhAngA.mag.f | MV | FLOAT32 | MX | B | ANGLE_A | Calculated angle difference, Phase A | -180.00...180.00 deg | Monitoring\I/O status\Current protection\DPHLPDOC1\Monitored data | ||||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | MON | LD0.DPHLRDIR1.OpCrhAngB.mag.f | MV | FLOAT32 | MX | B | ANGLE_B | Calculated angle difference, Phase B | -180.00...180.00 deg | Monitoring\I/O status\Current protection\DPHLPDOC1\Monitored data | ||||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | MON | LD0.DPHLRDIR1.OpCrhAngC.mag.f | MV | FLOAT32 | MX | B | ANGLE_C | Calculated angle difference, Phase C | -180.00...180.00 deg | Monitoring\I/O status\Current protection\DPHLPDOC1\Monitored data | ||||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLPTOC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLPTOC1.NumPh.setVal | ING | Enum | SP | B | 1 | Num of start phases | Number of phases required for operate activation | 1=1 out of 3; 2=2 out of 3; 3=3 out of 3 | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLPTOC1.StrValMult.setMag.f | ASG | FLOAT32 | SG | A | 1.0 | Start value Mult | Multiplier for scaling the start value | 0.8...10.0 | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLPTOC1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.05 | Start value | Start value | 0.05...5.00 xIn | Settings\Settings\Current protection\DPHLPDOC1 | IL1TCTR1 | ||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLPTOC1.TmMult.setMag.f | ASG | FLOAT32 | SG | A | 1.0 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.0 | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLPTOC1.TypRsCrv.setVal | ING | Enum | SG | A | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; 3=Inverse reset | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLPTOC1.TmACrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 1=ANSI Ext. inv.; 2=ANSI Very inv.; 3=ANSI Norm. inv.; 4=ANSI Mod. inv.; 5=ANSI Def. Time; 6=L.T.E. inv.; 7=L.T.V. inv.; 8=L.T. inv.; 9=IEC Norm. inv.; 10=IEC Very inv.; 11=IEC inv.; 12=IEC Ext. inv.; 13=IEC S.T. inv.; 14=IEC L.T. inv.; 15=IEC Def. Time; 17=Programmable; 18=RI type; 19=RD type | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLPTOC1.TmACrv.setParA | CURVE | FLOAT32 | SP | B,I | 28.2000 | Curve parameter A | Parameter A for customer programmable curve | 0.0086...120.0000 | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLPTOC1.TmACrv.setParB | CURVE | FLOAT32 | SP | B,I | 0.1217 | Curve parameter B | Parameter B for customer programmable curve | 0.0000...0.7120 | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLPTOC1.TmACrv.setParC | CURVE | FLOAT32 | SP | B,I | 2.00 | Curve parameter C | Parameter C for customer programmable curve | 0.02...2.00 | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLPTOC1.TmACrv.setParD | CURVE | FLOAT32 | SP | B,I | 29.10 | Curve parameter D | Parameter D for customer programmable curve | 0.46...30.00 | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLPTOC1.TmACrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.0 | Curve parameter E | Parameter E for customer programmable curve | 0.0...1.0 | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLPTOC1.MinOpTmms.setVal | ING | INT32 | SP | A | 20 | Minimum operate time | Minimum operate time for IDMT curves | 20...60000 ms | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLPTOC1.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...200000 ms | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLPTOC1.RsDlTmms.setVal | ING | INT32 | SP | A | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLPTOC1.AMeasMod.setVal | ING | Enum | SP | A | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT; 3=Peak-to-Peak | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLPTOC1.DirMod.setVal | ING | Enum | SG | B | 2 | Directional mode | Directional mode | 1=Non-directional; 2=Forward; 3=Reverse | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLPTOC1.AllwNonDir.setVal | SPG | BOOLEAN | SP | B | 0 | Allow Non Dir | Allows prot activation as non-dir when dir info is invalid | Settings\Settings\Current protection\DPHLPDOC1 | ||||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLRDIR1.ChrAng.setMag.f | ASG | FLOAT32 | SG | B | +60 | Characteristic angle | Characteristic angle | -179...180 deg | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLRDIR1.MaxFwdAng.setMag.f | ASG | FLOAT32 | SG | A | 80 | Max forward angle | Maximum phase angle in forward direction | 0...90 deg | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLRDIR1.MinFwdAng.setMag.f | ASG | FLOAT32 | SG | A | 80 | Min forward angle | Minimum phase angle in forward direction | 0...90 deg | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLRDIR1.MaxRvAng.setMag.f | ASG | FLOAT32 | SG | A | 80 | Max reverse angle | Maximum phase angle in reverse direction | 0...90 deg | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLRDIR1.MinRvAng.setMag.f | ASG | FLOAT32 | SG | A | 80 | Min reverse angle | Minimum phase angle in reverse direction | 0...90 deg | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLRDIR1.BlkValA.setMag.f | ASG | FLOAT32 | SP | A | 0.01 | Min operate current | Minimum operating current | 0.01...1.00 xIn | Settings\Settings\Current protection\DPHLPDOC1 | IL1TCTR1 | ||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLRDIR1.BlkValV.setMag.f | ASG | FLOAT32 | SP | A | 0.01 | Min operate voltage | Minimum operating voltage | 0.01...1.00 xUn | Settings\Settings\Current protection\DPHLPDOC1 | UL1TVTR1 | ||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLRDIR1.PolQty.setVal | ING | Enum | SG | B | 5 | Pol quantity | Reference quantity used to determine fault direction | -2=Pos. seq. volt.; 1=Self pol; 4=Neg. seq. volt.; 5=Cross pol | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | SET | LD0.DPHLRDIR1.FicTmms.setVal | ING | INT32 | SG | B | 40 | Voltage Mem time | Voltage memory time | 0...3000 ms | Settings\Settings\Current protection\DPHLPDOC1 | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | TES | LD0.DPHLPTOC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | DPHLPDOC1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| DPHLPDOC1 | 3I> -> (1) | 67-1 (1) | VER | LD0.DPHLPTOC1.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | INP | LD0.DPHHPTOC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\DPHHPDOC1\Inputs | ||||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | INP | LD0.DPHHPTOC1.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable signal for current multiplier | Monitoring\I/O status\Current protection\DPHHPDOC1\Inputs | ||||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | INP | LD0.DPHHPTOC1.NonDir.stVal | SPS | BOOLEAN | ST | B | 0 | NON_DIR | Forces protection to non-directional | Monitoring\I/O status\Current protection\DPHHPDOC1\Inputs | ||||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | OUT | LD0.DPHHPTOC1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | (A,B,C) | Monitoring\I/O status\Current protection\DPHHPDOC1\Outputs | ||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | OUT | LD0.DPHHPTOC1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | (A,B,C) | Monitoring\I/O status\Current protection\DPHHPDOC1\Outputs | ||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | MON | LD0.DPHHPTOC1.Beh.stVal | INS | Enum | ST | B | DPHHPDOC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | MON | LD0.DPHHPTOC1.Str.dirGeneral | ACD | Enum | ST | B | StatNrml | P,H | FAULT_DIR | Detected fault direction | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DPHHPDOC1\Monitored data | ||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | MON | LD0.DPHHPTOC1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\DPHHPDOC1\Monitored data | ||||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | MON | LD0.DPHHRDIR1.Dir.dirGeneral | ACD | Enum | ST | B | DIRECTION | Direction information | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DPHHPDOC1\Monitored data | ||||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | MON | LD0.DPHHRDIR1.Dir.dirPhsA | ACD | Enum | ST | B | DIR_A | Direction phase A | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DPHHPDOC1\Monitored data | ||||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | MON | LD0.DPHHRDIR1.Dir.dirPhsB | ACD | Enum | ST | B | DIR_B | Direction phase B | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DPHHPDOC1\Monitored data | ||||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | MON | LD0.DPHHRDIR1.Dir.dirPhsC | ACD | Enum | ST | B | DIR_C | Direction phase C | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DPHHPDOC1\Monitored data | ||||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | MON | LD0.DPHHRDIR1.OpCrhAngA.mag.f | MV | FLOAT32 | MX | B | ANGLE_A | Calculated angle difference, Phase A | -180.00...180.00 deg | Monitoring\I/O status\Current protection\DPHHPDOC1\Monitored data | ||||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | MON | LD0.DPHHRDIR1.OpCrhAngB.mag.f | MV | FLOAT32 | MX | B | ANGLE_B | Calculated angle difference, Phase B | -180.00...180.00 deg | Monitoring\I/O status\Current protection\DPHHPDOC1\Monitored data | ||||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | MON | LD0.DPHHRDIR1.OpCrhAngC.mag.f | MV | FLOAT32 | MX | B | ANGLE_C | Calculated angle difference, Phase C | -180.00...180.00 deg | Monitoring\I/O status\Current protection\DPHHPDOC1\Monitored data | ||||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHPTOC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHPTOC1.NumPh.setVal | ING | Enum | SP | B | 1 | Num of start phases | Number of phases required for operate activation | 1=1 out of 3; 2=2 out of 3; 3=3 out of 3 | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHPTOC1.StrValMult.setMag.f | ASG | FLOAT32 | SG | A | 1.0 | Start value Mult | Multiplier for scaling the start value | 0.8...10.0 | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHPTOC1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.10 | Start value | Start value | 0.10...40.00 xIn | Settings\Settings\Current protection\DPHHPDOC1 | IL1TCTR1 | ||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHPTOC1.TmMult.setMag.f | ASG | FLOAT32 | SG | A | 1.00 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.00 | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHPTOC1.TypRsCrv.setVal | ING | Enum | SG | A | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; 3=Inverse reset | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHPTOC1.TmACrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 1=ANSI Ext. inv.; 3=ANSI Norm. inv.; 5=ANSI Def. Time; 9=IEC Norm. inv.; 10=IEC Very inv.; 12=IEC Ext. inv.; 15=IEC Def. Time; 17=Programmable | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHPTOC1.TmACrv.setParA | CURVE | FLOAT32 | SP | B,I | 28.2000 | Curve parameter A | Parameter A for customer programmable curve | 0.0086...120.0000 | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHPTOC1.TmACrv.setParB | CURVE | FLOAT32 | SP | B,I | 0.1217 | Curve parameter B | Parameter B for customer programmable curve | 0.0000...0.7120 | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHPTOC1.TmACrv.setParC | CURVE | FLOAT32 | SP | B,I | 2.00 | Curve parameter C | Parameter C for customer programmable curve | 0.02...2.00 | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHPTOC1.TmACrv.setParD | CURVE | FLOAT32 | SP | B,I | 29.10 | Curve parameter D | Parameter D for customer programmable curve | 0.46...30.00 | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHPTOC1.TmACrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.0 | Curve parameter E | Parameter E for customer programmable curve | 0.0...1.0 | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHPTOC1.MinOpTmms.setVal | ING | INT32 | SP | A | 20 | Minimum operate time | Minimum operate time for IDMT curves | 20...60000 ms | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHPTOC1.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...200000 ms | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHPTOC1.RsDlTmms.setVal | ING | INT32 | SP | A | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHPTOC1.AMeasMod.setVal | ING | Enum | SP | A | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT; 3=Peak-to-Peak | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHPTOC1.DirMod.setVal | ING | Enum | SG | B | 2 | Directional mode | Directional mode | 1=Non-directional; 2=Forward; 3=Reverse | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHPTOC1.AllwNonDir.setVal | SPG | BOOLEAN | SP | B | 0 | Allow Non Dir | Allows prot activation as non-dir when dir info is invalid | Settings\Settings\Current protection\DPHHPDOC1 | ||||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHRDIR1.ChrAng.setMag.f | ASG | FLOAT32 | SG | B | +60 | Characteristic angle | Characteristic angle | -179...180 deg | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHRDIR1.MaxFwdAng.setMag.f | ASG | FLOAT32 | SG | A | 80 | Max forward angle | Maximum phase angle in forward direction | 0...90 deg | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHRDIR1.MinFwdAng.setMag.f | ASG | FLOAT32 | SG | A | 80 | Min forward angle | Minimum phase angle in forward direction | 0...90 deg | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHRDIR1.MaxRvAng.setMag.f | ASG | FLOAT32 | SG | A | 80 | Max reverse angle | Maximum phase angle in reverse direction | 0...90 deg | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHRDIR1.MinRvAng.setMag.f | ASG | FLOAT32 | SG | A | 80 | Min reverse angle | Minimum phase angle in reverse direction | 0...90 deg | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHRDIR1.BlkValA.setMag.f | ASG | FLOAT32 | SP | A | 0.01 | Min operate current | Minimum operating current | 0.01...1.00 xIn | Settings\Settings\Current protection\DPHHPDOC1 | IL1TCTR1 | ||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHRDIR1.BlkValV.setMag.f | ASG | FLOAT32 | SP | A | 0.01 | Min operate voltage | Minimum operating voltage | 0.01...1.00 xUn | Settings\Settings\Current protection\DPHHPDOC1 | UL1TVTR1 | ||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHRDIR1.FicTmms.setVal | ING | INT32 | SG | B | 40 | Voltage Mem time | Voltage memory time | 0...3000 ms | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | SET | LD0.DPHHRDIR1.PolQty.setVal | ING | Enum | SG | B | 5 | Pol quantity | Reference quantity used to determine fault direction | -2=Pos. seq. volt.; 1=Self pol; 4=Neg. seq. volt.; 5=Cross pol | Settings\Settings\Current protection\DPHHPDOC1 | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | TES | LD0.DPHHPTOC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | DPHHPDOC1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| DPHHPDOC1 | 3I>> -> (1) | 67-2 (1) | VER | LD0.DPHHPTOC1.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| EFLPTOC1 | Io> (1) | 51N-1 (1) | INP | LD0.EFLPTOC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\EFLPTOC1\Inputs | ||||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | INP | LD0.EFLPTOC1.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable signal for current multiplier | Monitoring\I/O status\Current protection\EFLPTOC1\Inputs | ||||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | OUT | LD0.EFLPTOC1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\EFLPTOC1\Outputs | |||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | OUT | LD0.EFLPTOC1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\EFLPTOC1\Outputs | |||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | MON | LD0.EFLPTOC1.Beh.stVal | INS | Enum | ST | B | EFLPTOC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | MON | LD0.EFLPTOC1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\EFLPTOC1\Monitored data | ||||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | SET | LD0.EFLPTOC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\EFLPTOC1 | |||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | SET | LD0.EFLPTOC1.AMeasMod.setVal | ING | Enum | SP | B | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT; 3=Peak-to-Peak | Settings\Settings\Current protection\EFLPTOC1 | |||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | SET | LD0.EFLPTOC1.StrValMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Start value Mult | Multiplier for scaling the start value | 0.8...10.0 | Settings\Settings\Current protection\EFLPTOC1 | |||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | SET | LD0.EFLPTOC1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.010 | Start value | Start value | 0.010...5.000 xIn | Settings\Settings\Current protection\EFLPTOC1 | RESTCTR1 | ||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | SET | LD0.EFLPTOC1.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.00 | Settings\Settings\Current protection\EFLPTOC1 | |||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | SET | LD0.EFLPTOC1.TmACrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 1=ANSI Ext. inv.; 2=ANSI Very inv.; 3=ANSI Norm. inv.; 4=ANSI Mod. inv.; 5=ANSI Def. Time; 6=L.T.E. inv.; 7=L.T.V. inv.; 8=L.T. inv.; 9=IEC Norm. inv.; 10=IEC Very inv.; 11=IEC inv.; 12=IEC Ext. inv.; 13=IEC S.T. inv.; 14=IEC L.T. inv.; 15=IEC Def. Time; 17=Programmable; 18=RI type; 19=RD type | Settings\Settings\Current protection\EFLPTOC1 | |||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | SET | LD0.EFLPTOC1.TmACrv.setParA | CURVE | FLOAT32 | SP | B,I | 28.2000 | Curve parameter A | Parameter A for customer programmable curve | 0.0086...120.0000 | Settings\Settings\Current protection\EFLPTOC1 | |||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | SET | LD0.EFLPTOC1.TmACrv.setParB | CURVE | FLOAT32 | SP | B,I | 0.1217 | Curve parameter B | Parameter B for customer programmable curve | 0.0000...0.7120 | Settings\Settings\Current protection\EFLPTOC1 | |||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | SET | LD0.EFLPTOC1.TmACrv.setParC | CURVE | FLOAT32 | SP | B,I | 2.00 | Curve parameter C | Parameter C for customer programmable curve | 0.02...2.00 | Settings\Settings\Current protection\EFLPTOC1 | |||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | SET | LD0.EFLPTOC1.TmACrv.setParD | CURVE | FLOAT32 | SP | B,I | 29.10 | Curve parameter D | Parameter D for customer programmable curve | 0.46...30.00 | Settings\Settings\Current protection\EFLPTOC1 | |||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | SET | LD0.EFLPTOC1.TmACrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.0 | Curve parameter E | Parameter E for customer programmable curve | 0.0...1.0 | Settings\Settings\Current protection\EFLPTOC1 | |||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | SET | LD0.EFLPTOC1.MinOpTmms.setVal | ING | INT32 | SP | B | 20 | Minimum operate time | Minimum operate time for IDMT curves | 20...60000 ms | Settings\Settings\Current protection\EFLPTOC1 | |||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | SET | LD0.EFLPTOC1.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...200000 ms | Settings\Settings\Current protection\EFLPTOC1 | |||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | SET | LD0.EFLPTOC1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\EFLPTOC1 | |||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | SET | LD0.EFLPTOC1.TypRsCrv.setVal | ING | Enum | SG | B | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; 3=Inverse reset | Settings\Settings\Current protection\EFLPTOC1 | |||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | SET | LD0.EFLPTOC1.AResSigSel.setVal | ING | Enum | SP | B,I | 1 | Io signal Sel | Selection for used Io signal | 1=Measured Io; 2=Calculated Io | Settings\Settings\Current protection\EFLPTOC1 | |||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | TES | LD0.EFLPTOC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | EFLPTOC1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| EFLPTOC1 | Io> (1) | 51N-1 (1) | VER | LD0.EFLPTOC1.NamPlt.swRev | LPL | VisString255 (20) | DC | E | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | INP | LD0.EFHPTOC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\EFHPTOC1\Inputs | ||||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | INP | LD0.EFHPTOC1.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable signal for current multiplier | Monitoring\I/O status\Current protection\EFHPTOC1\Inputs | ||||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | OUT | LD0.EFHPTOC1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\EFHPTOC1\Outputs | |||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | OUT | LD0.EFHPTOC1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\EFHPTOC1\Outputs | |||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | MON | LD0.EFHPTOC1.Beh.stVal | INS | Enum | ST | B | EFHPTOC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | MON | LD0.EFHPTOC1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\EFHPTOC1\Monitored data | ||||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | SET | LD0.EFHPTOC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\EFHPTOC1 | |||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | SET | LD0.EFHPTOC1.AMeasMod.setVal | ING | Enum | SP | B | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT; 3=Peak-to-Peak | Settings\Settings\Current protection\EFHPTOC1 | |||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | SET | LD0.EFHPTOC1.StrValMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Start value Mult | Multiplier for scaling the start value | 0.8...10.0 | Settings\Settings\Current protection\EFHPTOC1 | |||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | SET | LD0.EFHPTOC1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.10 | Start value | Start value | 0.10...40.00 xIn | Settings\Settings\Current protection\EFHPTOC1 | RESTCTR1 | ||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | SET | LD0.EFHPTOC1.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.00 | Settings\Settings\Current protection\EFHPTOC1 | |||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | SET | LD0.EFHPTOC1.TmACrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 1=ANSI Ext. inv.; 3=ANSI Norm. inv.; 5=ANSI Def. Time; 9=IEC Norm. inv.; 10=IEC Very inv.; 12=IEC Ext. inv.; 15=IEC Def. Time; 17=Programmable | Settings\Settings\Current protection\EFHPTOC1 | |||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | SET | LD0.EFHPTOC1.TmACrv.setParA | CURVE | FLOAT32 | SP | B,I | 28.2000 | Curve parameter A | Parameter A for customer programmable curve | 0.0086...120.0000 | Settings\Settings\Current protection\EFHPTOC1 | |||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | SET | LD0.EFHPTOC1.TmACrv.setParB | CURVE | FLOAT32 | SP | B,I | 0.1217 | Curve parameter B | Parameter B for customer programmable curve | 0.0000...0.7120 | Settings\Settings\Current protection\EFHPTOC1 | |||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | SET | LD0.EFHPTOC1.TmACrv.setParC | CURVE | FLOAT32 | SP | B,I | 2.00 | Curve parameter C | Parameter C for customer programmable curve | 0.02...2.00 | Settings\Settings\Current protection\EFHPTOC1 | |||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | SET | LD0.EFHPTOC1.TmACrv.setParD | CURVE | FLOAT32 | SP | B,I | 29.10 | Curve parameter D | Parameter D for customer programmable curve | 0.46...30.00 | Settings\Settings\Current protection\EFHPTOC1 | |||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | SET | LD0.EFHPTOC1.TmACrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.0 | Curve parameter E | Parameter E for customer programmable curve | 0.0...1.0 | Settings\Settings\Current protection\EFHPTOC1 | |||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | SET | LD0.EFHPTOC1.MinOpTmms.setVal | ING | INT32 | SP | B | 20 | Minimum operate time | Minimum operate time for IDMT curves | 20...60000 ms | Settings\Settings\Current protection\EFHPTOC1 | |||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | SET | LD0.EFHPTOC1.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...200000 ms | Settings\Settings\Current protection\EFHPTOC1 | |||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | SET | LD0.EFHPTOC1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\EFHPTOC1 | |||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | SET | LD0.EFHPTOC1.TypRsCrv.setVal | ING | Enum | SG | B | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; 3=Inverse reset | Settings\Settings\Current protection\EFHPTOC1 | |||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | SET | LD0.EFHPTOC1.AResSigSel.setVal | ING | Enum | SP | B,I | 1 | Io signal Sel | Selection for used Io signal | 1=Measured Io; 2=Calculated Io | Settings\Settings\Current protection\EFHPTOC1 | |||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | TES | LD0.EFHPTOC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | EFHPTOC1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| EFHPTOC1 | Io>> (1) | 51N-2 (1) | VER | LD0.EFHPTOC1.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | INP | LD0.DEFLPTOC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\DEFLPDEF1\Inputs | ||||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | INP | LD0.DEFLPTOC1.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable signal for current multiplier | Monitoring\I/O status\Current protection\DEFLPDEF1\Inputs | ||||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | INP | LD0.DEFLRDIR1.InRcaCtl.stVal | SPS | BOOLEAN | ST | B | 0 | RCA_CTL | Relay characteristic angle control | Monitoring\I/O status\Current protection\DEFLPDEF1\Inputs | ||||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | OUT | LD0.DEFLPTOC1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\DEFLPDEF1\Outputs | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | OUT | LD0.DEFLPTOC1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\DEFLPDEF1\Outputs | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | MON | LD0.DEFLPTOC1.Beh.stVal | INS | Enum | ST | B | DEFLPDEF1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | MON | LD0.DEFLPTOC1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\DEFLPDEF1\Monitored data | ||||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | MON | LD0.DEFLPTOC1.Str.dirGeneral | ACD | Enum | ST | B | StatNrml | P,H | FAULT_DIR | Detected fault direction | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DEFLPDEF1\Monitored data | ||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | MON | LD0.DEFLRDIR1.OpAEF.mag.f | MV | FLOAT32 | MX | B | I_OPER | Calculated operating current | 0.00...40.00 | Monitoring\I/O status\Current protection\DEFLPDEF1\Monitored data | ||||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | MON | LD0.DEFLRDIR1.OpPolAng.mag.f | MV | FLOAT32 | MX | B | ANGLE | Angle between polarizing and operating quantity | -180.00...180.00 deg | Monitoring\I/O status\Current protection\DEFLPDEF1\Monitored data | ||||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | MON | LD0.DEFLRDIR1.OpChrAng.mag.f | MV | FLOAT32 | MX | B | ANGLE_RCA | Angle between operating angle and characteristic angle | -180.00...180.00 deg | Monitoring\I/O status\Current protection\DEFLPDEF1\Monitored data | ||||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | MON | LD0.DEFLRDIR1.Dir.dirGeneral | ACD | Enum | ST | B | DIRECTION | Direction information | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DEFLPDEF1\Monitored data | ||||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLPTOC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLPTOC1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.010 | Start value | Start value | 0.010...5.000 xIn | Settings\Settings\Current protection\DEFLPDEF1 | RESTCTR1 | ||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLPTOC1.StrValMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Start value Mult | Multiplier for scaling the start value | 0.8...10.0 | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLPTOC1.DirMod.setVal | ING | Enum | SG | B | 2 | Directional mode | Directional mode | 1=Non-directional; 2=Forward; 3=Reverse | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLPTOC1.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.00 | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLPTOC1.TmACrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 1=ANSI Ext. inv.; 2=ANSI Very inv.; 3=ANSI Norm. inv.; 4=ANSI Mod. inv.; 5=ANSI Def. Time; 6=L.T.E. inv.; 7=L.T.V. inv.; 8=L.T. inv.; 9=IEC Norm. inv.; 10=IEC Very inv.; 11=IEC inv.; 12=IEC Ext. inv.; 13=IEC S.T. inv.; 14=IEC L.T. inv.; 15=IEC Def. Time; 17=Programmable; 18=RI type; 19=RD type | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLPTOC1.TmACrv.setParA | CURVE | FLOAT32 | SP | B,I | 28.2000 | Curve parameter A | Parameter A for customer programmable curve | 0.0086...120.0000 | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLPTOC1.TmACrv.setParB | CURVE | FLOAT32 | SP | B,I | 0.1217 | Curve parameter B | Parameter B for customer programmable curve | 0.0000...0.7120 | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLPTOC1.TmACrv.setParC | CURVE | FLOAT32 | SP | B,I | 2.00 | Curve parameter C | Parameter C for customer programmable curve | 0.02...2.00 | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLPTOC1.TmACrv.setParD | CURVE | FLOAT32 | SP | B,I | 29.10 | Curve parameter D | Parameter D for customer programmable curve | 0.46...30.00 | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLPTOC1.TmACrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.0 | Curve parameter E | Parameter E for customer programmable curve | 0.0...1.0 | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLPTOC1.TypRsCrv.setVal | ING | Enum | SG | B | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; 3=Inverse reset | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLPTOC1.OpDlTmms.setVal | ING | INT32 | SG | B | 60 | Operate delay time | Operate delay time | 60...200000 ms | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLPTOC1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLPTOC1.MinOpTmms.setVal | ING | INT32 | SP | B | 60 | Minimum operate time | Minimum operate time for IDMT curves | 60...60000 ms | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLPTOC1.AllwNonDir.setVal | SPG | BOOLEAN | SP | B | 0 | Allow Non Dir | Allows prot activation as non-dir when dir info is invalid | Settings\Settings\Current protection\DEFLPDEF1 | ||||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLPTOC1.AMeasMod.setVal | ING | Enum | SP | B | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT; 3=Peak-to-Peak | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLPTOC1.VStr.setMag.f | ASG | FLOAT32 | SG | B | 0.010 | Voltage start value | Voltage start value | 0.010...1.000 xUn | Settings\Settings\Current protection\DEFLPDEF1 | RESTVTR1 | ||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLPTOC1.EnaVLim.setVal | SPG | BOOLEAN | SG | B | 1 | Enable voltage limit | Enable voltage limit | Settings\Settings\Current protection\DEFLPDEF1 | ||||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLPTOC1.AResSigSel.setVal | ING | Enum | SP | B,I | 1 | Io signal Sel | Selection for used Io signal | 1=Measured Io; 2=Calculated Io | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLRDIR1.OpModEF.setVal | ING | Enum | SG | B | 1 | Operation mode | Operation criteria | 1=Phase angle; 2=IoSin; 3=IoCos; 4=Phase angle 80; 5=Phase angle 88 | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLRDIR1.ChrAng.setMag.f | ASG | FLOAT32 | SG | B | -90 | Characteristic angle | Characteristic angle | -179...180 deg | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLRDIR1.MaxFwdAng.setMag.f | ASG | FLOAT32 | SG | B | 80 | Max forward angle | Maximum phase angle in forward direction | 0...180 deg | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLRDIR1.MaxRvAng.setMag.f | ASG | FLOAT32 | SG | B | 80 | Max reverse angle | Maximum phase angle in reverse direction | 0...180 deg | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLRDIR1.MinFwdAng.setMag.f | ASG | FLOAT32 | SG | B | 80 | Min forward angle | Minimum phase angle in forward direction | 0...180 deg | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLRDIR1.MinRvAng.setMag.f | ASG | FLOAT32 | SG | B | 80 | Min reverse angle | Minimum phase angle in reverse direction | 0...180 deg | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLRDIR1.BlkValA.setMag.f | ASG | FLOAT32 | SP | B | 0.005 | Min operate current | Minimum operating current | 0.005...1.000 xIn | Settings\Settings\Current protection\DEFLPDEF1 | RESTCTR1 | ||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLRDIR1.BlkValV.setMag.f | ASG | FLOAT32 | SP | B | 0.01 | Min operate voltage | Minimum operating voltage | 0.01...1.00 xUn | Settings\Settings\Current protection\DEFLPDEF1 | RESTVTR1 | ||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLRDIR1.CorAng.setMag.f | ASG | FLOAT32 | SP | B | 0.0 | Correction angle | Angle correction | 0.0...10.0 deg | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLRDIR1.RevPol.setVal | SPG | BOOLEAN | SP | B | 0 | Pol reversal | Rotate polarizing quantity | Settings\Settings\Current protection\DEFLPDEF1 | ||||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | SET | LD0.DEFLRDIR1.PolSigSel.setVal | ING | Enum | SP | B,I | 1 | Pol signal Sel | Selection for used polarization signal | 1=Measured Uo; 2=Calculated Uo; 3=Neg. seq. volt. | Settings\Settings\Current protection\DEFLPDEF1 | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | TES | LD0.DEFLPTOC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | DEFLPDEF1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| DEFLPDEF1 | Io> -> (1) | 67N-1 (1) | VER | LD0.DEFLPTOC1.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | INP | LD0.DEFHPTOC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\DEFHPDEF1\Inputs | ||||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | INP | LD0.DEFHPTOC1.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable signal for current multiplier | Monitoring\I/O status\Current protection\DEFHPDEF1\Inputs | ||||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | INP | LD0.DEFHRDIR1.InRcaCtl.stVal | SPS | BOOLEAN | ST | B | 0 | RCA_CTL | Relay characteristic angle control | Monitoring\I/O status\Current protection\DEFHPDEF1\Inputs | ||||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | OUT | LD0.DEFHPTOC1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\DEFHPDEF1\Outputs | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | OUT | LD0.DEFHPTOC1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\DEFHPDEF1\Outputs | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | MON | LD0.DEFHPTOC1.Beh.stVal | INS | Enum | ST | B | DEFHPDEF1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | MON | LD0.DEFHPTOC1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\DEFHPDEF1\Monitored data | ||||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | MON | LD0.DEFHPTOC1.Str.dirGeneral | ACD | Enum | ST | B | StatNrml | P,H | FAULT_DIR | Detected fault direction | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DEFHPDEF1\Monitored data | ||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | MON | LD0.DEFHRDIR1.OpAEF.mag.f | MV | FLOAT32 | MX | B | I_OPER | Calculated operating current | 0.00...40.00 | Monitoring\I/O status\Current protection\DEFHPDEF1\Monitored data | ||||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | MON | LD0.DEFHRDIR1.OpPolAng.mag.f | MV | FLOAT32 | MX | B | ANGLE | Angle between polarizing and operating quantity | -180.00...180.00 deg | Monitoring\I/O status\Current protection\DEFHPDEF1\Monitored data | ||||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | MON | LD0.DEFHRDIR1.OpChrAng.mag.f | MV | FLOAT32 | MX | B | ANGLE_RCA | Angle between operating angle and characteristic angle | -180.00...180.00 deg | Monitoring\I/O status\Current protection\DEFHPDEF1\Monitored data | ||||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | MON | LD0.DEFHRDIR1.Dir.dirGeneral | ACD | Enum | ST | B | DIRECTION | Direction information | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DEFHPDEF1\Monitored data | ||||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHPTOC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHPTOC1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.10 | Start value | Start value | 0.10...40.00 xIn | Settings\Settings\Current protection\DEFHPDEF1 | RESTCTR1 | ||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHPTOC1.StrValMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Start value Mult | Multiplier for scaling the start value | 0.8...10.0 | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHPTOC1.DirMod.setVal | ING | Enum | SG | B | 2 | Directional mode | Directional mode | 1=Non-directional; 2=Forward; 3=Reverse | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHPTOC1.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.00 | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHPTOC1.TmACrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 1=ANSI Ext. inv.; 3=ANSI Norm. inv.; 5=ANSI Def. Time; 15=IEC Def. Time; 17=Programmable | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHPTOC1.TmACrv.setParA | CURVE | FLOAT32 | SP | B,I | 28.2000 | Curve parameter A | Parameter A for customer programmable curve | 0.0086...120.0000 | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHPTOC1.TmACrv.setParB | CURVE | FLOAT32 | SP | B,I | 0.1217 | Curve parameter B | Parameter B for customer programmable curve | 0.0000...0.7120 | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHPTOC1.TmACrv.setParC | CURVE | FLOAT32 | SP | B,I | 2.00 | Curve parameter C | Parameter C for customer programmable curve | 0.02...2.00 | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHPTOC1.TmACrv.setParD | CURVE | FLOAT32 | SP | B,I | 29.10 | Curve parameter D | Parameter D for customer programmable curve | 0.46...30.00 | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHPTOC1.TmACrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.0 | Curve parameter E | Parameter E for customer programmable curve | 0.0...1.0 | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHPTOC1.TypRsCrv.setVal | ING | Enum | SG | B | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; 3=Inverse reset | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHPTOC1.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...200000 ms | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHPTOC1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHPTOC1.MinOpTmms.setVal | ING | INT32 | SP | B | 40 | Minimum operate time | Minimum operate time for IDMT curves | 40...60000 ms | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHPTOC1.AllwNonDir.setVal | SPG | BOOLEAN | SP | B | 0 | Allow Non Dir | Allows prot activation as non-dir when dir info is invalid | Settings\Settings\Current protection\DEFHPDEF1 | ||||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHPTOC1.AMeasMod.setVal | ING | Enum | SP | B | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT; 3=Peak-to-Peak | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHPTOC1.VStr.setMag.f | ASG | FLOAT32 | SG | B | 0.010 | Voltage start value | Voltage start value | 0.010...1.000 xUn | Settings\Settings\Current protection\DEFHPDEF1 | RESTVTR1 | ||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHPTOC1.EnaVLim.setVal | SPG | BOOLEAN | SG | B | 1 | Enable voltage limit | Enable voltage limit | Settings\Settings\Current protection\DEFHPDEF1 | ||||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHPTOC1.AResSigSel.setVal | ING | Enum | SP | B,I | 1 | Io signal Sel | Selection for used Io signal | 1=Measured Io; 2=Calculated Io | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHRDIR1.OpModEF.setVal | ING | Enum | SG | B | 1 | Operation mode | Operation criteria | 1=Phase angle; 2=IoSin; 3=IoCos; 4=Phase angle 80; 5=Phase angle 88 | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHRDIR1.ChrAng.setMag.f | ASG | FLOAT32 | SG | B | -90 | Characteristic angle | Characteristic angle | -179...180 deg | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHRDIR1.MaxFwdAng.setMag.f | ASG | FLOAT32 | SG | B | 80 | Max forward angle | Maximum phase angle in forward direction | 0...180 deg | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHRDIR1.MaxRvAng.setMag.f | ASG | FLOAT32 | SG | B | 80 | Max reverse angle | Maximum phase angle in reverse direction | 0...180 deg | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHRDIR1.MinFwdAng.setMag.f | ASG | FLOAT32 | SG | B | 80 | Min forward angle | Minimum phase angle in forward direction | 0...180 deg | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHRDIR1.MinRvAng.setMag.f | ASG | FLOAT32 | SG | B | 80 | Min reverse angle | Minimum phase angle in reverse direction | 0...180 deg | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHRDIR1.BlkValA.setMag.f | ASG | FLOAT32 | SP | B | 0.005 | Min operate current | Minimum operating current | 0.005...1.000 xIn | Settings\Settings\Current protection\DEFHPDEF1 | RESTCTR1 | ||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHRDIR1.BlkValV.setMag.f | ASG | FLOAT32 | SP | B | 0.01 | Min operate voltage | Minimum operating voltage | 0.01...1.00 xUn | Settings\Settings\Current protection\DEFHPDEF1 | RESTVTR1 | ||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHRDIR1.CorAng.setMag.f | ASG | FLOAT32 | SP | B | 0.0 | Correction angle | Angle correction | 0.0...10.0 deg | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHRDIR1.RevPol.setVal | SPG | BOOLEAN | SP | B | 0 | Pol reversal | Rotate polarizing quantity | Settings\Settings\Current protection\DEFHPDEF1 | ||||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | SET | LD0.DEFHRDIR1.PolSigSel.setVal | ING | Enum | SP | B,I | 1 | Pol signal Sel | Selection for used polarization signal | 1=Measured Uo; 2=Calculated Uo; 3=Neg. seq. volt. | Settings\Settings\Current protection\DEFHPDEF1 | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | TES | LD0.DEFHPTOC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | DEFHPDEF1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| DEFHPDEF1 | Io>> -> (1) | 67N-2 (1) | VER | LD0.DEFHPTOC1.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| ROVPTOV1 | Uo> (1) | 59G (1) | INP | LD0.ROVPTOV1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Voltage protection\ROVPTOV1\Inputs | ||||
| ROVPTOV1 | Uo> (1) | 59G (1) | OUT | LD0.ROVPTOV1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Voltage protection\ROVPTOV1\Outputs | |||
| ROVPTOV1 | Uo> (1) | 59G (1) | OUT | LD0.ROVPTOV1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Voltage protection\ROVPTOV1\Outputs | |||
| ROVPTOV1 | Uo> (1) | 59G (1) | MON | LD0.ROVPTOV1.Beh.stVal | INS | Enum | ST | B | ROVPTOV1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| ROVPTOV1 | Uo> (1) | 59G (1) | MON | LD0.ROVPTOV1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Voltage protection\ROVPTOV1\Monitored data | ||||
| ROVPTOV1 | Uo> (1) | 59G (1) | SET | LD0.ROVPTOV1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Voltage protection\ROVPTOV1 | |||
| ROVPTOV1 | Uo> (1) | 59G (1) | SET | LD0.ROVPTOV1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.030 | Start value | Residual overvoltage start value | 0.010...1.000 xUn | Settings\Settings\Voltage protection\ROVPTOV1 | RESTVTR1 | ||
| ROVPTOV1 | Uo> (1) | 59G (1) | SET | LD0.ROVPTOV1.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...300000 ms | Settings\Settings\Voltage protection\ROVPTOV1 | |||
| ROVPTOV1 | Uo> (1) | 59G (1) | SET | LD0.ROVPTOV1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Voltage protection\ROVPTOV1 | |||
| ROVPTOV1 | Uo> (1) | 59G (1) | SET | LD0.ROVPTOV1.VResSigSel.setVal | ING | Enum | SP | B,I | 1 | Uo signal Sel | Selection for used Uo signal | 1=Measured Uo; 2=Calculated Uo | Settings\Settings\Voltage protection\ROVPTOV1 | |||
| ROVPTOV1 | Uo> (1) | 59G (1) | TES | LD0.ROVPTOV1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | ROVPTOV1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Voltage protection | |||
| ROVPTOV1 | Uo> (1) | 59G (1) | VER | LD0.ROVPTOV1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| ROVPTOV2 | Uo> (2) | 59G (2) | INP | LD0.ROVPTOV2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Voltage protection\ROVPTOV2\Inputs | ||||
| ROVPTOV2 | Uo> (2) | 59G (2) | OUT | LD0.ROVPTOV2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Voltage protection\ROVPTOV2\Outputs | |||
| ROVPTOV2 | Uo> (2) | 59G (2) | OUT | LD0.ROVPTOV2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Voltage protection\ROVPTOV2\Outputs | |||
| ROVPTOV2 | Uo> (2) | 59G (2) | MON | LD0.ROVPTOV2.Beh.stVal | INS | Enum | ST | B | ROVPTOV2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| ROVPTOV2 | Uo> (2) | 59G (2) | MON | LD0.ROVPTOV2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Voltage protection\ROVPTOV2\Monitored data | ||||
| ROVPTOV2 | Uo> (2) | 59G (2) | SET | LD0.ROVPTOV2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Voltage protection\ROVPTOV2 | |||
| ROVPTOV2 | Uo> (2) | 59G (2) | SET | LD0.ROVPTOV2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.030 | Start value | Residual overvoltage start value | 0.010...1.000 xUn | Settings\Settings\Voltage protection\ROVPTOV2 | RESTVTR1 | ||
| ROVPTOV2 | Uo> (2) | 59G (2) | SET | LD0.ROVPTOV2.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...300000 ms | Settings\Settings\Voltage protection\ROVPTOV2 | |||
| ROVPTOV2 | Uo> (2) | 59G (2) | SET | LD0.ROVPTOV2.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Voltage protection\ROVPTOV2 | |||
| ROVPTOV2 | Uo> (2) | 59G (2) | SET | LD0.ROVPTOV2.VResSigSel.setVal | ING | Enum | SP | B,I | 1 | Uo signal Sel | Selection for used Uo signal | 1=Measured Uo; 2=Calculated Uo | Settings\Settings\Voltage protection\ROVPTOV2 | |||
| ROVPTOV2 | Uo> (2) | 59G (2) | TES | LD0.ROVPTOV2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | ROVPTOV2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Voltage protection | |||
| ROVPTOV2 | Uo> (2) | 59G (2) | VER | LD0.ROVPTOV2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| ROVPTOV3 | Uo> (3) | 59G (3) | INP | LD0.ROVPTOV3.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Voltage protection\ROVPTOV3\Inputs | ||||
| ROVPTOV3 | Uo> (3) | 59G (3) | OUT | LD0.ROVPTOV3.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Voltage protection\ROVPTOV3\Outputs | |||
| ROVPTOV3 | Uo> (3) | 59G (3) | OUT | LD0.ROVPTOV3.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Voltage protection\ROVPTOV3\Outputs | |||
| ROVPTOV3 | Uo> (3) | 59G (3) | MON | LD0.ROVPTOV3.Beh.stVal | INS | Enum | ST | B | ROVPTOV3 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| ROVPTOV3 | Uo> (3) | 59G (3) | MON | LD0.ROVPTOV3.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Voltage protection\ROVPTOV3\Monitored data | ||||
| ROVPTOV3 | Uo> (3) | 59G (3) | SET | LD0.ROVPTOV3.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Voltage protection\ROVPTOV3 | |||
| ROVPTOV3 | Uo> (3) | 59G (3) | SET | LD0.ROVPTOV3.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.030 | Start value | Residual overvoltage start value | 0.010...1.000 xUn | Settings\Settings\Voltage protection\ROVPTOV3 | RESTVTR1 | ||
| ROVPTOV3 | Uo> (3) | 59G (3) | SET | LD0.ROVPTOV3.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...300000 ms | Settings\Settings\Voltage protection\ROVPTOV3 | |||
| ROVPTOV3 | Uo> (3) | 59G (3) | SET | LD0.ROVPTOV3.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Voltage protection\ROVPTOV3 | |||
| ROVPTOV3 | Uo> (3) | 59G (3) | SET | LD0.ROVPTOV3.VResSigSel.setVal | ING | Enum | SP | B,I | 1 | Uo signal Sel | Selection for used Uo signal | 1=Measured Uo; 2=Calculated Uo | Settings\Settings\Voltage protection\ROVPTOV3 | |||
| ROVPTOV3 | Uo> (3) | 59G (3) | TES | LD0.ROVPTOV3.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | ROVPTOV3 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Voltage protection | |||
| ROVPTOV3 | Uo> (3) | 59G (3) | VER | LD0.ROVPTOV3.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PHPTUV1 | 3U< (1) | 27 (1) | INP | LD0.PHPTUV1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Voltage protection\PHPTUV1\Inputs | ||||
| PHPTUV1 | 3U< (1) | 27 (1) | OUT | LD0.PHPTUV1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | (A,B,C) | Monitoring\I/O status\Voltage protection\PHPTUV1\Outputs | ||
| PHPTUV1 | 3U< (1) | 27 (1) | OUT | LD0.PHPTUV1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | (A,B,C) | Monitoring\I/O status\Voltage protection\PHPTUV1\Outputs | ||
| PHPTUV1 | 3U< (1) | 27 (1) | MON | LD0.PHPTUV1.Beh.stVal | INS | Enum | ST | B | PHPTUV1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| PHPTUV1 | 3U< (1) | 27 (1) | MON | LD0.PHPTUV1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Voltage protection\PHPTUV1\Monitored data | ||||
| PHPTUV1 | 3U< (1) | 27 (1) | SET | LD0.PHPTUV1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Voltage protection\PHPTUV1 | |||
| PHPTUV1 | 3U< (1) | 27 (1) | SET | LD0.PHPTUV1.NumPh.setVal | ING | Enum | SP | B | 1 | Num of start phases | Number of phases required for operate activation | 1=1 out of 3; 2=2 out of 3; 3=3 out of 3 | Settings\Settings\Voltage protection\PHPTUV1 | |||
| PHPTUV1 | 3U< (1) | 27 (1) | SET | LD0.PHPTUV1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.90 | Start value | Start value | 0.05...1.20 xUn | Settings\Settings\Voltage protection\PHPTUV1 | UL1TVTR1 | ||
| PHPTUV1 | 3U< (1) | 27 (1) | SET | LD0.PHPTUV1.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.0 | Settings\Settings\Voltage protection\PHPTUV1 | |||
| PHPTUV1 | 3U< (1) | 27 (1) | SET | LD0.PHPTUV1.TypRsCrv.setVal | ING | Enum | SG | B | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; -1=DT Lin decr rst | Settings\Settings\Voltage protection\PHPTUV1 | |||
| PHPTUV1 | 3U< (1) | 27 (1) | SET | LD0.PHPTUV1.TmVCrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 5=ANSI Def. Time; 15=IEC Def. Time; 21=Inv. Curve A; 22=Inv. Curve B; 23=Programmable | Settings\Settings\Voltage protection\PHPTUV1 | |||
| PHPTUV1 | 3U< (1) | 27 (1) | SET | LD0.PHPTUV1.TmVCrv.setParA | CURVE | FLOAT32 | SP | B,I | 1.000 | Curve parameter A | Parameter A for customer programmable curve | 0.005...200.000 | Settings\Settings\Voltage protection\PHPTUV1 | |||
| PHPTUV1 | 3U< (1) | 27 (1) | SET | LD0.PHPTUV1.TmVCrv.setParB | CURVE | FLOAT32 | SP | B,I | 1.00 | Curve parameter B | Parameter B for customer programmable curve | 0.50...100.00 | Settings\Settings\Voltage protection\PHPTUV1 | |||
| PHPTUV1 | 3U< (1) | 27 (1) | SET | LD0.PHPTUV1.TmVCrv.setParC | CURVE | FLOAT32 | SP | B,I | 0.0 | Curve parameter C | Parameter C for customer programmable curve | 0.0...1.0 | Settings\Settings\Voltage protection\PHPTUV1 | |||
| PHPTUV1 | 3U< (1) | 27 (1) | SET | LD0.PHPTUV1.TmVCrv.setParD | CURVE | FLOAT32 | SP | B,I | 0.000 | Curve parameter D | Parameter D for customer programmable curve | 0.000...60.000 | Settings\Settings\Voltage protection\PHPTUV1 | |||
| PHPTUV1 | 3U< (1) | 27 (1) | SET | LD0.PHPTUV1.TmVCrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.000 | Curve parameter E | Parameter E for customer programmable curve | 0.000...3.000 | Settings\Settings\Voltage protection\PHPTUV1 | |||
| PHPTUV1 | 3U< (1) | 27 (1) | SET | LD0.PHPTUV1.MinOpTmms.setVal | ING | INT32 | SP | B | 60 | Minimum operate time | Minimum operate time for IDMT curves | 60...60000 ms | Settings\Settings\Voltage protection\PHPTUV1 | |||
| PHPTUV1 | 3U< (1) | 27 (1) | SET | LD0.PHPTUV1.OpDlTmms.setVal | ING | INT32 | SG | B | 60 | Operate delay time | Operate delay time | 60...300000 ms | Settings\Settings\Voltage protection\PHPTUV1 | |||
| PHPTUV1 | 3U< (1) | 27 (1) | SET | LD0.PHPTUV1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Voltage protection\PHPTUV1 | |||
| PHPTUV1 | 3U< (1) | 27 (1) | SET | LD0.PHPTUV1.CrvSatRl.setMag.f | ASG | FLOAT32 | SP | B,I | 2.0 | Curve Sat Relative | Tuning parameter to avoid curve discontinuities | 0.0...3.0 | Settings\Settings\Voltage protection\PHPTUV1 | |||
| PHPTUV1 | 3U< (1) | 27 (1) | SET | LD0.PHPTUV1.VSel.setVal | ING | Enum | SP | B | 2 | Voltage selection | Parameter to select phase or phase-to-phase voltages | 1=phase-to-earth; 2=phase-to-phase | Settings\Settings\Voltage protection\PHPTUV1 | |||
| PHPTUV1 | 3U< (1) | 27 (1) | SET | LD0.PHPTUV1.BlkVal.setMag.f | ASG | FLOAT32 | SP | B | 0.20 | Voltage block value | Low level blocking for undervoltage mode | 0.05...1.00 xUn | Settings\Settings\Voltage protection\PHPTUV1 | UL1TVTR1 | ||
| PHPTUV1 | 3U< (1) | 27 (1) | SET | LD0.PHPTUV1.EnaBlkVal.setVal | SPG | BOOLEAN | SP | B | 1 | Enable block value | Enable internal blocking | Settings\Settings\Voltage protection\PHPTUV1 | ||||
| PHPTUV1 | 3U< (1) | 27 (1) | SET | LD0.PHPTUV1.HysRl.setMag.f | ASG | FLOAT32 | SP | B,I | 4.0 | Relative hysteresis | Relative hysteresis for operation | 1.0...5.0 % | Settings\Settings\Voltage protection\PHPTUV1 | |||
| PHPTUV1 | 3U< (1) | 27 (1) | TES | LD0.PHPTUV1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | PHPTUV1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Voltage protection | |||
| PHPTUV1 | 3U< (1) | 27 (1) | VER | LD0.PHPTUV1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PHPTUV2 | 3U< (2) | 27 (2) | INP | LD0.PHPTUV2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Voltage protection\PHPTUV2\Inputs | ||||
| PHPTUV2 | 3U< (2) | 27 (2) | OUT | LD0.PHPTUV2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | (A,B,C) | Monitoring\I/O status\Voltage protection\PHPTUV2\Outputs | ||
| PHPTUV2 | 3U< (2) | 27 (2) | OUT | LD0.PHPTUV2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | (A,B,C) | Monitoring\I/O status\Voltage protection\PHPTUV2\Outputs | ||
| PHPTUV2 | 3U< (2) | 27 (2) | MON | LD0.PHPTUV2.Beh.stVal | INS | Enum | ST | B | PHPTUV2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| PHPTUV2 | 3U< (2) | 27 (2) | MON | LD0.PHPTUV2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Voltage protection\PHPTUV2\Monitored data | ||||
| PHPTUV2 | 3U< (2) | 27 (2) | SET | LD0.PHPTUV2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Voltage protection\PHPTUV2 | |||
| PHPTUV2 | 3U< (2) | 27 (2) | SET | LD0.PHPTUV2.NumPh.setVal | ING | Enum | SP | B | 1 | Num of start phases | Number of phases required for operate activation | 1=1 out of 3; 2=2 out of 3; 3=3 out of 3 | Settings\Settings\Voltage protection\PHPTUV2 | |||
| PHPTUV2 | 3U< (2) | 27 (2) | SET | LD0.PHPTUV2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.90 | Start value | Start value | 0.05...1.20 xUn | Settings\Settings\Voltage protection\PHPTUV2 | UL1TVTR1 | ||
| PHPTUV2 | 3U< (2) | 27 (2) | SET | LD0.PHPTUV2.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.0 | Settings\Settings\Voltage protection\PHPTUV2 | |||
| PHPTUV2 | 3U< (2) | 27 (2) | SET | LD0.PHPTUV2.TypRsCrv.setVal | ING | Enum | SG | B | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; -1=DT Lin decr rst | Settings\Settings\Voltage protection\PHPTUV2 | |||
| PHPTUV2 | 3U< (2) | 27 (2) | SET | LD0.PHPTUV2.TmVCrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 5=ANSI Def. Time; 15=IEC Def. Time; 21=Inv. Curve A; 22=Inv. Curve B; 23=Programmable | Settings\Settings\Voltage protection\PHPTUV2 | |||
| PHPTUV2 | 3U< (2) | 27 (2) | SET | LD0.PHPTUV2.TmVCrv.setParA | CURVE | FLOAT32 | SP | B,I | 1.000 | Curve parameter A | Parameter A for customer programmable curve | 0.005...200.000 | Settings\Settings\Voltage protection\PHPTUV2 | |||
| PHPTUV2 | 3U< (2) | 27 (2) | SET | LD0.PHPTUV2.TmVCrv.setParB | CURVE | FLOAT32 | SP | B,I | 1.00 | Curve parameter B | Parameter B for customer programmable curve | 0.50...100.00 | Settings\Settings\Voltage protection\PHPTUV2 | |||
| PHPTUV2 | 3U< (2) | 27 (2) | SET | LD0.PHPTUV2.TmVCrv.setParC | CURVE | FLOAT32 | SP | B,I | 0.0 | Curve parameter C | Parameter C for customer programmable curve | 0.0...1.0 | Settings\Settings\Voltage protection\PHPTUV2 | |||
| PHPTUV2 | 3U< (2) | 27 (2) | SET | LD0.PHPTUV2.TmVCrv.setParD | CURVE | FLOAT32 | SP | B,I | 0.000 | Curve parameter D | Parameter D for customer programmable curve | 0.000...60.000 | Settings\Settings\Voltage protection\PHPTUV2 | |||
| PHPTUV2 | 3U< (2) | 27 (2) | SET | LD0.PHPTUV2.TmVCrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.000 | Curve parameter E | Parameter E for customer programmable curve | 0.000...3.000 | Settings\Settings\Voltage protection\PHPTUV2 | |||
| PHPTUV2 | 3U< (2) | 27 (2) | SET | LD0.PHPTUV2.MinOpTmms.setVal | ING | INT32 | SP | B | 60 | Minimum operate time | Minimum operate time for IDMT curves | 60...60000 ms | Settings\Settings\Voltage protection\PHPTUV2 | |||
| PHPTUV2 | 3U< (2) | 27 (2) | SET | LD0.PHPTUV2.OpDlTmms.setVal | ING | INT32 | SG | B | 60 | Operate delay time | Operate delay time | 60...300000 ms | Settings\Settings\Voltage protection\PHPTUV2 | |||
| PHPTUV2 | 3U< (2) | 27 (2) | SET | LD0.PHPTUV2.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Voltage protection\PHPTUV2 | |||
| PHPTUV2 | 3U< (2) | 27 (2) | SET | LD0.PHPTUV2.CrvSatRl.setMag.f | ASG | FLOAT32 | SP | B,I | 2.0 | Curve Sat Relative | Tuning parameter to avoid curve discontinuities | 0.0...3.0 | Settings\Settings\Voltage protection\PHPTUV2 | |||
| PHPTUV2 | 3U< (2) | 27 (2) | SET | LD0.PHPTUV2.VSel.setVal | ING | Enum | SP | B | 2 | Voltage selection | Parameter to select phase or phase-to-phase voltages | 1=phase-to-earth; 2=phase-to-phase | Settings\Settings\Voltage protection\PHPTUV2 | |||
| PHPTUV2 | 3U< (2) | 27 (2) | SET | LD0.PHPTUV2.BlkVal.setMag.f | ASG | FLOAT32 | SP | B | 0.20 | Voltage block value | Low level blocking for undervoltage mode | 0.05...1.00 xUn | Settings\Settings\Voltage protection\PHPTUV2 | UL1TVTR1 | ||
| PHPTUV2 | 3U< (2) | 27 (2) | SET | LD0.PHPTUV2.EnaBlkVal.setVal | SPG | BOOLEAN | SP | B | 1 | Enable block value | Enable internal blocking | Settings\Settings\Voltage protection\PHPTUV2 | ||||
| PHPTUV2 | 3U< (2) | 27 (2) | SET | LD0.PHPTUV2.HysRl.setMag.f | ASG | FLOAT32 | SP | B,I | 4.0 | Relative hysteresis | Relative hysteresis for operation | 1.0...5.0 % | Settings\Settings\Voltage protection\PHPTUV2 | |||
| PHPTUV2 | 3U< (2) | 27 (2) | TES | LD0.PHPTUV2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | PHPTUV2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Voltage protection | |||
| PHPTUV2 | 3U< (2) | 27 (2) | VER | LD0.PHPTUV2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PHPTUV3 | 3U< (3) | 27 (3) | INP | LD0.PHPTUV3.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Voltage protection\PHPTUV3\Inputs | ||||
| PHPTUV3 | 3U< (3) | 27 (3) | OUT | LD0.PHPTUV3.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | (A,B,C) | Monitoring\I/O status\Voltage protection\PHPTUV3\Outputs | ||
| PHPTUV3 | 3U< (3) | 27 (3) | OUT | LD0.PHPTUV3.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | (A,B,C) | Monitoring\I/O status\Voltage protection\PHPTUV3\Outputs | ||
| PHPTUV3 | 3U< (3) | 27 (3) | MON | LD0.PHPTUV3.Beh.stVal | INS | Enum | ST | B | PHPTUV3 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| PHPTUV3 | 3U< (3) | 27 (3) | MON | LD0.PHPTUV3.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Voltage protection\PHPTUV3\Monitored data | ||||
| PHPTUV3 | 3U< (3) | 27 (3) | SET | LD0.PHPTUV3.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Voltage protection\PHPTUV3 | |||
| PHPTUV3 | 3U< (3) | 27 (3) | SET | LD0.PHPTUV3.NumPh.setVal | ING | Enum | SP | B | 1 | Num of start phases | Number of phases required for operate activation | 1=1 out of 3; 2=2 out of 3; 3=3 out of 3 | Settings\Settings\Voltage protection\PHPTUV3 | |||
| PHPTUV3 | 3U< (3) | 27 (3) | SET | LD0.PHPTUV3.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.90 | Start value | Start value | 0.05...1.20 xUn | Settings\Settings\Voltage protection\PHPTUV3 | UL1TVTR1 | ||
| PHPTUV3 | 3U< (3) | 27 (3) | SET | LD0.PHPTUV3.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.0 | Settings\Settings\Voltage protection\PHPTUV3 | |||
| PHPTUV3 | 3U< (3) | 27 (3) | SET | LD0.PHPTUV3.TypRsCrv.setVal | ING | Enum | SG | B | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; -1=DT Lin decr rst | Settings\Settings\Voltage protection\PHPTUV3 | |||
| PHPTUV3 | 3U< (3) | 27 (3) | SET | LD0.PHPTUV3.TmVCrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 5=ANSI Def. Time; 15=IEC Def. Time; 21=Inv. Curve A; 22=Inv. Curve B; 23=Programmable | Settings\Settings\Voltage protection\PHPTUV3 | |||
| PHPTUV3 | 3U< (3) | 27 (3) | SET | LD0.PHPTUV3.TmVCrv.setParA | CURVE | FLOAT32 | SP | B,I | 1.000 | Curve parameter A | Parameter A for customer programmable curve | 0.005...200.000 | Settings\Settings\Voltage protection\PHPTUV3 | |||
| PHPTUV3 | 3U< (3) | 27 (3) | SET | LD0.PHPTUV3.TmVCrv.setParB | CURVE | FLOAT32 | SP | B,I | 1.00 | Curve parameter B | Parameter B for customer programmable curve | 0.50...100.00 | Settings\Settings\Voltage protection\PHPTUV3 | |||
| PHPTUV3 | 3U< (3) | 27 (3) | SET | LD0.PHPTUV3.TmVCrv.setParC | CURVE | FLOAT32 | SP | B,I | 0.0 | Curve parameter C | Parameter C for customer programmable curve | 0.0...1.0 | Settings\Settings\Voltage protection\PHPTUV3 | |||
| PHPTUV3 | 3U< (3) | 27 (3) | SET | LD0.PHPTUV3.TmVCrv.setParD | CURVE | FLOAT32 | SP | B,I | 0.000 | Curve parameter D | Parameter D for customer programmable curve | 0.000...60.000 | Settings\Settings\Voltage protection\PHPTUV3 | |||
| PHPTUV3 | 3U< (3) | 27 (3) | SET | LD0.PHPTUV3.TmVCrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.000 | Curve parameter E | Parameter E for customer programmable curve | 0.000...3.000 | Settings\Settings\Voltage protection\PHPTUV3 | |||
| PHPTUV3 | 3U< (3) | 27 (3) | SET | LD0.PHPTUV3.MinOpTmms.setVal | ING | INT32 | SP | B | 60 | Minimum operate time | Minimum operate time for IDMT curves | 60...60000 ms | Settings\Settings\Voltage protection\PHPTUV3 | |||
| PHPTUV3 | 3U< (3) | 27 (3) | SET | LD0.PHPTUV3.OpDlTmms.setVal | ING | INT32 | SG | B | 60 | Operate delay time | Operate delay time | 60...300000 ms | Settings\Settings\Voltage protection\PHPTUV3 | |||
| PHPTUV3 | 3U< (3) | 27 (3) | SET | LD0.PHPTUV3.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Voltage protection\PHPTUV3 | |||
| PHPTUV3 | 3U< (3) | 27 (3) | SET | LD0.PHPTUV3.CrvSatRl.setMag.f | ASG | FLOAT32 | SP | B,I | 2.0 | Curve Sat Relative | Tuning parameter to avoid curve discontinuities | 0.0...3.0 | Settings\Settings\Voltage protection\PHPTUV3 | |||
| PHPTUV3 | 3U< (3) | 27 (3) | SET | LD0.PHPTUV3.VSel.setVal | ING | Enum | SP | B | 2 | Voltage selection | Parameter to select phase or phase-to-phase voltages | 1=phase-to-earth; 2=phase-to-phase | Settings\Settings\Voltage protection\PHPTUV3 | |||
| PHPTUV3 | 3U< (3) | 27 (3) | SET | LD0.PHPTUV3.BlkVal.setMag.f | ASG | FLOAT32 | SP | B | 0.20 | Voltage block value | Low level blocking for undervoltage mode | 0.05...1.00 xUn | Settings\Settings\Voltage protection\PHPTUV3 | UL1TVTR1 | ||
| PHPTUV3 | 3U< (3) | 27 (3) | SET | LD0.PHPTUV3.EnaBlkVal.setVal | SPG | BOOLEAN | SP | B | 1 | Enable block value | Enable internal blocking | Settings\Settings\Voltage protection\PHPTUV3 | ||||
| PHPTUV3 | 3U< (3) | 27 (3) | SET | LD0.PHPTUV3.HysRl.setMag.f | ASG | FLOAT32 | SP | B,I | 4.0 | Relative hysteresis | Relative hysteresis for operation | 1.0...5.0 % | Settings\Settings\Voltage protection\PHPTUV3 | |||
| PHPTUV3 | 3U< (3) | 27 (3) | TES | LD0.PHPTUV3.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | PHPTUV3 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Voltage protection | |||
| PHPTUV3 | 3U< (3) | 27 (3) | VER | LD0.PHPTUV3.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PHPTOV1 | 3U> (1) | 59 (1) | INP | LD0.PHPTOV1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Voltage protection\PHPTOV1\Inputs | ||||
| PHPTOV1 | 3U> (1) | 59 (1) | OUT | LD0.PHPTOV1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | (A,B,C) | Monitoring\I/O status\Voltage protection\PHPTOV1\Outputs | ||
| PHPTOV1 | 3U> (1) | 59 (1) | OUT | LD0.PHPTOV1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | (A,B,C) | Monitoring\I/O status\Voltage protection\PHPTOV1\Outputs | ||
| PHPTOV1 | 3U> (1) | 59 (1) | MON | LD0.PHPTOV1.Beh.stVal | INS | Enum | ST | B | PHPTOV1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| PHPTOV1 | 3U> (1) | 59 (1) | MON | LD0.PHPTOV1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Voltage protection\PHPTOV1\Monitored data | ||||
| PHPTOV1 | 3U> (1) | 59 (1) | SET | LD0.PHPTOV1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Voltage protection\PHPTOV1 | |||
| PHPTOV1 | 3U> (1) | 59 (1) | SET | LD0.PHPTOV1.NumPh.setVal | ING | Enum | SP | B | 1 | Num of start phases | Number of phases required for operate activation | 1=1 out of 3; 2=2 out of 3; 3=3 out of 3 | Settings\Settings\Voltage protection\PHPTOV1 | |||
| PHPTOV1 | 3U> (1) | 59 (1) | SET | LD0.PHPTOV1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 1.10 | Start value | Start value | 0.05...1.60 xUn | Settings\Settings\Voltage protection\PHPTOV1 | UL1TVTR1 | ||
| PHPTOV1 | 3U> (1) | 59 (1) | SET | LD0.PHPTOV1.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.0 | Settings\Settings\Voltage protection\PHPTOV1 | |||
| PHPTOV1 | 3U> (1) | 59 (1) | SET | LD0.PHPTOV1.TypRsCrv.setVal | ING | Enum | SG | B | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; -1=DT Lin decr rst | Settings\Settings\Voltage protection\PHPTOV1 | |||
| PHPTOV1 | 3U> (1) | 59 (1) | SET | LD0.PHPTOV1.TmVCrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 5=ANSI Def. Time; 15=IEC Def. Time; 17=Inv. Curve A; 18=Inv. Curve B; 19=Inv. Curve C; 20=Programmable | Settings\Settings\Voltage protection\PHPTOV1 | |||
| PHPTOV1 | 3U> (1) | 59 (1) | SET | LD0.PHPTOV1.TmVCrv.setParA | CURVE | FLOAT32 | SP | B,I | 1.000 | Curve parameter A | Parameter A for customer programmable curve | 0.005...200.000 | Settings\Settings\Voltage protection\PHPTOV1 | |||
| PHPTOV1 | 3U> (1) | 59 (1) | SET | LD0.PHPTOV1.TmVCrv.setParB | CURVE | FLOAT32 | SP | B,I | 1.00 | Curve parameter B | Parameter B for customer programmable curve | 0.50...100.00 | Settings\Settings\Voltage protection\PHPTOV1 | |||
| PHPTOV1 | 3U> (1) | 59 (1) | SET | LD0.PHPTOV1.TmVCrv.setParC | CURVE | FLOAT32 | SP | B,I | 0.0 | Curve parameter C | Parameter C for customer programmable curve | 0.0...1.0 | Settings\Settings\Voltage protection\PHPTOV1 | |||
| PHPTOV1 | 3U> (1) | 59 (1) | SET | LD0.PHPTOV1.TmVCrv.setParD | CURVE | FLOAT32 | SP | B,I | 0.000 | Curve parameter D | Parameter D for customer programmable curve | 0.000...60.000 | Settings\Settings\Voltage protection\PHPTOV1 | |||
| PHPTOV1 | 3U> (1) | 59 (1) | SET | LD0.PHPTOV1.TmVCrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.000 | Curve parameter E | Parameter E for customer programmable curve | 0.000...3.000 | Settings\Settings\Voltage protection\PHPTOV1 | |||
| PHPTOV1 | 3U> (1) | 59 (1) | SET | LD0.PHPTOV1.MinOpTmms.setVal | ING | INT32 | SP | B | 40 | Minimum operate time | Minimum operate time for IDMT curves | 40...60000 ms | Settings\Settings\Voltage protection\PHPTOV1 | |||
| PHPTOV1 | 3U> (1) | 59 (1) | SET | LD0.PHPTOV1.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...300000 ms | Settings\Settings\Voltage protection\PHPTOV1 | |||
| PHPTOV1 | 3U> (1) | 59 (1) | SET | LD0.PHPTOV1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Voltage protection\PHPTOV1 | |||
| PHPTOV1 | 3U> (1) | 59 (1) | SET | LD0.PHPTOV1.CrvSatRl.setMag.f | ASG | FLOAT32 | SP | B,I | 2.0 | Curve Sat Relative | Tuning parameter to avoid curve discontinuities | 0.0...3.0 | Settings\Settings\Voltage protection\PHPTOV1 | |||
| PHPTOV1 | 3U> (1) | 59 (1) | SET | LD0.PHPTOV1.VSel.setVal | ING | Enum | SP | B | 2 | Voltage selection | Parameter to select phase or phase-to-phase voltages | 1=phase-to-earth; 2=phase-to-phase | Settings\Settings\Voltage protection\PHPTOV1 | |||
| PHPTOV1 | 3U> (1) | 59 (1) | SET | LD0.PHPTOV1.HysRl.setMag.f | ASG | FLOAT32 | SP | B,I | 4.0 | Relative hysteresis | Relative hysteresis for operation | 1.0...5.0 % | Settings\Settings\Voltage protection\PHPTOV1 | |||
| PHPTOV1 | 3U> (1) | 59 (1) | TES | LD0.PHPTOV1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | PHPTOV1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Voltage protection | |||
| PHPTOV1 | 3U> (1) | 59 (1) | VER | LD0.PHPTOV1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PHPTOV2 | 3U> (2) | 59 (2) | INP | LD0.PHPTOV2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Voltage protection\PHPTOV2\Inputs | ||||
| PHPTOV2 | 3U> (2) | 59 (2) | OUT | LD0.PHPTOV2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | (A,B,C) | Monitoring\I/O status\Voltage protection\PHPTOV2\Outputs | ||
| PHPTOV2 | 3U> (2) | 59 (2) | OUT | LD0.PHPTOV2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | (A,B,C) | Monitoring\I/O status\Voltage protection\PHPTOV2\Outputs | ||
| PHPTOV2 | 3U> (2) | 59 (2) | MON | LD0.PHPTOV2.Beh.stVal | INS | Enum | ST | B | PHPTOV2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| PHPTOV2 | 3U> (2) | 59 (2) | MON | LD0.PHPTOV2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Voltage protection\PHPTOV2\Monitored data | ||||
| PHPTOV2 | 3U> (2) | 59 (2) | SET | LD0.PHPTOV2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Voltage protection\PHPTOV2 | |||
| PHPTOV2 | 3U> (2) | 59 (2) | SET | LD0.PHPTOV2.NumPh.setVal | ING | Enum | SP | B | 1 | Num of start phases | Number of phases required for operate activation | 1=1 out of 3; 2=2 out of 3; 3=3 out of 3 | Settings\Settings\Voltage protection\PHPTOV2 | |||
| PHPTOV2 | 3U> (2) | 59 (2) | SET | LD0.PHPTOV2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 1.10 | Start value | Start value | 0.05...1.60 xUn | Settings\Settings\Voltage protection\PHPTOV2 | UL1TVTR1 | ||
| PHPTOV2 | 3U> (2) | 59 (2) | SET | LD0.PHPTOV2.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.0 | Settings\Settings\Voltage protection\PHPTOV2 | |||
| PHPTOV2 | 3U> (2) | 59 (2) | SET | LD0.PHPTOV2.TypRsCrv.setVal | ING | Enum | SG | B | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; -1=DT Lin decr rst | Settings\Settings\Voltage protection\PHPTOV2 | |||
| PHPTOV2 | 3U> (2) | 59 (2) | SET | LD0.PHPTOV2.TmVCrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 5=ANSI Def. Time; 15=IEC Def. Time; 17=Inv. Curve A; 18=Inv. Curve B; 19=Inv. Curve C; 20=Programmable | Settings\Settings\Voltage protection\PHPTOV2 | |||
| PHPTOV2 | 3U> (2) | 59 (2) | SET | LD0.PHPTOV2.TmVCrv.setParA | CURVE | FLOAT32 | SP | B,I | 1.000 | Curve parameter A | Parameter A for customer programmable curve | 0.005...200.000 | Settings\Settings\Voltage protection\PHPTOV2 | |||
| PHPTOV2 | 3U> (2) | 59 (2) | SET | LD0.PHPTOV2.TmVCrv.setParB | CURVE | FLOAT32 | SP | B,I | 1.00 | Curve parameter B | Parameter B for customer programmable curve | 0.50...100.00 | Settings\Settings\Voltage protection\PHPTOV2 | |||
| PHPTOV2 | 3U> (2) | 59 (2) | SET | LD0.PHPTOV2.TmVCrv.setParC | CURVE | FLOAT32 | SP | B,I | 0.0 | Curve parameter C | Parameter C for customer programmable curve | 0.0...1.0 | Settings\Settings\Voltage protection\PHPTOV2 | |||
| PHPTOV2 | 3U> (2) | 59 (2) | SET | LD0.PHPTOV2.TmVCrv.setParD | CURVE | FLOAT32 | SP | B,I | 0.000 | Curve parameter D | Parameter D for customer programmable curve | 0.000...60.000 | Settings\Settings\Voltage protection\PHPTOV2 | |||
| PHPTOV2 | 3U> (2) | 59 (2) | SET | LD0.PHPTOV2.TmVCrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.000 | Curve parameter E | Parameter E for customer programmable curve | 0.000...3.000 | Settings\Settings\Voltage protection\PHPTOV2 | |||
| PHPTOV2 | 3U> (2) | 59 (2) | SET | LD0.PHPTOV2.MinOpTmms.setVal | ING | INT32 | SP | B | 40 | Minimum operate time | Minimum operate time for IDMT curves | 40...60000 ms | Settings\Settings\Voltage protection\PHPTOV2 | |||
| PHPTOV2 | 3U> (2) | 59 (2) | SET | LD0.PHPTOV2.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...300000 ms | Settings\Settings\Voltage protection\PHPTOV2 | |||
| PHPTOV2 | 3U> (2) | 59 (2) | SET | LD0.PHPTOV2.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Voltage protection\PHPTOV2 | |||
| PHPTOV2 | 3U> (2) | 59 (2) | SET | LD0.PHPTOV2.CrvSatRl.setMag.f | ASG | FLOAT32 | SP | B,I | 2.0 | Curve Sat Relative | Tuning parameter to avoid curve discontinuities | 0.0...3.0 | Settings\Settings\Voltage protection\PHPTOV2 | |||
| PHPTOV2 | 3U> (2) | 59 (2) | SET | LD0.PHPTOV2.VSel.setVal | ING | Enum | SP | B | 2 | Voltage selection | Parameter to select phase or phase-to-phase voltages | 1=phase-to-earth; 2=phase-to-phase | Settings\Settings\Voltage protection\PHPTOV2 | |||
| PHPTOV2 | 3U> (2) | 59 (2) | SET | LD0.PHPTOV2.HysRl.setMag.f | ASG | FLOAT32 | SP | B,I | 4.0 | Relative hysteresis | Relative hysteresis for operation | 1.0...5.0 % | Settings\Settings\Voltage protection\PHPTOV2 | |||
| PHPTOV2 | 3U> (2) | 59 (2) | TES | LD0.PHPTOV2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | PHPTOV2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Voltage protection | |||
| PHPTOV2 | 3U> (2) | 59 (2) | VER | LD0.PHPTOV2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PHPTOV3 | 3U> (3) | 59 (3) | INP | LD0.PHPTOV3.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Voltage protection\PHPTOV3\Inputs | ||||
| PHPTOV3 | 3U> (3) | 59 (3) | OUT | LD0.PHPTOV3.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | (A,B,C) | Monitoring\I/O status\Voltage protection\PHPTOV3\Outputs | ||
| PHPTOV3 | 3U> (3) | 59 (3) | OUT | LD0.PHPTOV3.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | (A,B,C) | Monitoring\I/O status\Voltage protection\PHPTOV3\Outputs | ||
| PHPTOV3 | 3U> (3) | 59 (3) | MON | LD0.PHPTOV3.Beh.stVal | INS | Enum | ST | B | PHPTOV3 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| PHPTOV3 | 3U> (3) | 59 (3) | MON | LD0.PHPTOV3.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Voltage protection\PHPTOV3\Monitored data | ||||
| PHPTOV3 | 3U> (3) | 59 (3) | SET | LD0.PHPTOV3.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Voltage protection\PHPTOV3 | |||
| PHPTOV3 | 3U> (3) | 59 (3) | SET | LD0.PHPTOV3.NumPh.setVal | ING | Enum | SP | B | 1 | Num of start phases | Number of phases required for operate activation | 1=1 out of 3; 2=2 out of 3; 3=3 out of 3 | Settings\Settings\Voltage protection\PHPTOV3 | |||
| PHPTOV3 | 3U> (3) | 59 (3) | SET | LD0.PHPTOV3.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 1.10 | Start value | Start value | 0.05...1.60 xUn | Settings\Settings\Voltage protection\PHPTOV3 | UL1TVTR1 | ||
| PHPTOV3 | 3U> (3) | 59 (3) | SET | LD0.PHPTOV3.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.0 | Settings\Settings\Voltage protection\PHPTOV3 | |||
| PHPTOV3 | 3U> (3) | 59 (3) | SET | LD0.PHPTOV3.TypRsCrv.setVal | ING | Enum | SG | B | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; -1=DT Lin decr rst | Settings\Settings\Voltage protection\PHPTOV3 | |||
| PHPTOV3 | 3U> (3) | 59 (3) | SET | LD0.PHPTOV3.TmVCrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 5=ANSI Def. Time; 15=IEC Def. Time; 17=Inv. Curve A; 18=Inv. Curve B; 19=Inv. Curve C; 20=Programmable | Settings\Settings\Voltage protection\PHPTOV3 | |||
| PHPTOV3 | 3U> (3) | 59 (3) | SET | LD0.PHPTOV3.TmVCrv.setParA | CURVE | FLOAT32 | SP | B,I | 1.000 | Curve parameter A | Parameter A for customer programmable curve | 0.005...200.000 | Settings\Settings\Voltage protection\PHPTOV3 | |||
| PHPTOV3 | 3U> (3) | 59 (3) | SET | LD0.PHPTOV3.TmVCrv.setParB | CURVE | FLOAT32 | SP | B,I | 1.00 | Curve parameter B | Parameter B for customer programmable curve | 0.50...100.00 | Settings\Settings\Voltage protection\PHPTOV3 | |||
| PHPTOV3 | 3U> (3) | 59 (3) | SET | LD0.PHPTOV3.TmVCrv.setParC | CURVE | FLOAT32 | SP | B,I | 0.0 | Curve parameter C | Parameter C for customer programmable curve | 0.0...1.0 | Settings\Settings\Voltage protection\PHPTOV3 | |||
| PHPTOV3 | 3U> (3) | 59 (3) | SET | LD0.PHPTOV3.TmVCrv.setParD | CURVE | FLOAT32 | SP | B,I | 0.000 | Curve parameter D | Parameter D for customer programmable curve | 0.000...60.000 | Settings\Settings\Voltage protection\PHPTOV3 | |||
| PHPTOV3 | 3U> (3) | 59 (3) | SET | LD0.PHPTOV3.TmVCrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.000 | Curve parameter E | Parameter E for customer programmable curve | 0.000...3.000 | Settings\Settings\Voltage protection\PHPTOV3 | |||
| PHPTOV3 | 3U> (3) | 59 (3) | SET | LD0.PHPTOV3.MinOpTmms.setVal | ING | INT32 | SP | B | 40 | Minimum operate time | Minimum operate time for IDMT curves | 40...60000 ms | Settings\Settings\Voltage protection\PHPTOV3 | |||
| PHPTOV3 | 3U> (3) | 59 (3) | SET | LD0.PHPTOV3.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...300000 ms | Settings\Settings\Voltage protection\PHPTOV3 | |||
| PHPTOV3 | 3U> (3) | 59 (3) | SET | LD0.PHPTOV3.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Voltage protection\PHPTOV3 | |||
| PHPTOV3 | 3U> (3) | 59 (3) | SET | LD0.PHPTOV3.CrvSatRl.setMag.f | ASG | FLOAT32 | SP | B,I | 2.0 | Curve Sat Relative | Tuning parameter to avoid curve discontinuities | 0.0...3.0 | Settings\Settings\Voltage protection\PHPTOV3 | |||
| PHPTOV3 | 3U> (3) | 59 (3) | SET | LD0.PHPTOV3.VSel.setVal | ING | Enum | SP | B | 2 | Voltage selection | Parameter to select phase or phase-to-phase voltages | 1=phase-to-earth; 2=phase-to-phase | Settings\Settings\Voltage protection\PHPTOV3 | |||
| PHPTOV3 | 3U> (3) | 59 (3) | SET | LD0.PHPTOV3.HysRl.setMag.f | ASG | FLOAT32 | SP | B,I | 4.0 | Relative hysteresis | Relative hysteresis for operation | 1.0...5.0 % | Settings\Settings\Voltage protection\PHPTOV3 | |||
| PHPTOV3 | 3U> (3) | 59 (3) | TES | LD0.PHPTOV3.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | PHPTOV3 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Voltage protection | |||
| PHPTOV3 | 3U> (3) | 59 (3) | VER | LD0.PHPTOV3.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PSPTUV1 | U1< (1) | 47U+ (1) | INP | LD0.PSPTUV1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Voltage protection\PSPTUV1\Inputs | ||||
| PSPTUV1 | U1< (1) | 47U+ (1) | OUT | LD0.PSPTUV1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Voltage protection\PSPTUV1\Outputs | |||
| PSPTUV1 | U1< (1) | 47U+ (1) | OUT | LD0.PSPTUV1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Voltage protection\PSPTUV1\Outputs | |||
| PSPTUV1 | U1< (1) | 47U+ (1) | MON | LD0.PSPTUV1.Beh.stVal | INS | Enum | ST | B | PSPTUV1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| PSPTUV1 | U1< (1) | 47U+ (1) | MON | LD0.PSPTUV1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Voltage protection\PSPTUV1\Monitored data | ||||
| PSPTUV1 | U1< (1) | 47U+ (1) | SET | LD0.PSPTUV1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Voltage protection\PSPTUV1 | |||
| PSPTUV1 | U1< (1) | 47U+ (1) | SET | LD0.PSPTUV1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.500 | Start value | Start value | 0.010...1.200 xUn | Settings\Settings\Voltage protection\PSPTUV1 | UL1TVTR1 | ||
| PSPTUV1 | U1< (1) | 47U+ (1) | SET | LD0.PSPTUV1.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...120000 ms | Settings\Settings\Voltage protection\PSPTUV1 | |||
| PSPTUV1 | U1< (1) | 47U+ (1) | SET | LD0.PSPTUV1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Voltage protection\PSPTUV1 | |||
| PSPTUV1 | U1< (1) | 47U+ (1) | SET | LD0.PSPTUV1.BlkVal.setMag.f | ASG | FLOAT32 | SG | B | 0.20 | Voltage block value | Internal blocking level | 0.01...1.00 xUn | Settings\Settings\Voltage protection\PSPTUV1 | UL1TVTR1 | ||
| PSPTUV1 | U1< (1) | 47U+ (1) | SET | LD0.PSPTUV1.EnaBlkVal.setVal | SPG | BOOLEAN | SG | B | 1 | Enable block value | Enable Internal Blocking | Settings\Settings\Voltage protection\PSPTUV1 | ||||
| PSPTUV1 | U1< (1) | 47U+ (1) | SET | LD0.PSPTUV1.HysRl.setMag.f | ASG | FLOAT32 | SP | B,I | 4.0 | Relative hysteresis | Relative hysteresis for operation | 1.0...5.0 % | Settings\Settings\Voltage protection\PSPTUV1 | |||
| PSPTUV1 | U1< (1) | 47U+ (1) | TES | LD0.PSPTUV1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | PSPTUV1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Voltage protection | |||
| PSPTUV1 | U1< (1) | 47U+ (1) | VER | LD0.PSPTUV1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PSPTUV2 | U1< (2) | 47U+ (2) | INP | LD0.PSPTUV2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Voltage protection\PSPTUV2\Inputs | ||||
| PSPTUV2 | U1< (2) | 47U+ (2) | OUT | LD0.PSPTUV2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Voltage protection\PSPTUV2\Outputs | |||
| PSPTUV2 | U1< (2) | 47U+ (2) | OUT | LD0.PSPTUV2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Voltage protection\PSPTUV2\Outputs | |||
| PSPTUV2 | U1< (2) | 47U+ (2) | MON | LD0.PSPTUV2.Beh.stVal | INS | Enum | ST | B | PSPTUV2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| PSPTUV2 | U1< (2) | 47U+ (2) | MON | LD0.PSPTUV2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Voltage protection\PSPTUV2\Monitored data | ||||
| PSPTUV2 | U1< (2) | 47U+ (2) | SET | LD0.PSPTUV2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Voltage protection\PSPTUV2 | |||
| PSPTUV2 | U1< (2) | 47U+ (2) | SET | LD0.PSPTUV2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.500 | Start value | Start value | 0.010...1.200 xUn | Settings\Settings\Voltage protection\PSPTUV2 | UL1TVTR1 | ||
| PSPTUV2 | U1< (2) | 47U+ (2) | SET | LD0.PSPTUV2.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...120000 ms | Settings\Settings\Voltage protection\PSPTUV2 | |||
| PSPTUV2 | U1< (2) | 47U+ (2) | SET | LD0.PSPTUV2.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Voltage protection\PSPTUV2 | |||
| PSPTUV2 | U1< (2) | 47U+ (2) | SET | LD0.PSPTUV2.BlkVal.setMag.f | ASG | FLOAT32 | SG | B | 0.20 | Voltage block value | Internal blocking level | 0.01...1.00 xUn | Settings\Settings\Voltage protection\PSPTUV2 | UL1TVTR1 | ||
| PSPTUV2 | U1< (2) | 47U+ (2) | SET | LD0.PSPTUV2.EnaBlkVal.setVal | SPG | BOOLEAN | SG | B | 1 | Enable block value | Enable Internal Blocking | Settings\Settings\Voltage protection\PSPTUV2 | ||||
| PSPTUV2 | U1< (2) | 47U+ (2) | SET | LD0.PSPTUV2.HysRl.setMag.f | ASG | FLOAT32 | SP | B,I | 4.0 | Relative hysteresis | Relative hysteresis for operation | 1.0...5.0 % | Settings\Settings\Voltage protection\PSPTUV2 | |||
| PSPTUV2 | U1< (2) | 47U+ (2) | TES | LD0.PSPTUV2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | PSPTUV2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Voltage protection | |||
| PSPTUV2 | U1< (2) | 47U+ (2) | VER | LD0.PSPTUV2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| NSPTOV1 | U2> (1) | 47O- (1) | INP | LD0.NSPTOV1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Voltage protection\NSPTOV1\Inputs | ||||
| NSPTOV1 | U2> (1) | 47O- (1) | OUT | LD0.NSPTOV1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Voltage protection\NSPTOV1\Outputs | |||
| NSPTOV1 | U2> (1) | 47O- (1) | OUT | LD0.NSPTOV1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Voltage protection\NSPTOV1\Outputs | |||
| NSPTOV1 | U2> (1) | 47O- (1) | MON | LD0.NSPTOV1.Beh.stVal | INS | Enum | ST | B | NSPTOV1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| NSPTOV1 | U2> (1) | 47O- (1) | MON | LD0.NSPTOV1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Voltage protection\NSPTOV1\Monitored data | ||||
| NSPTOV1 | U2> (1) | 47O- (1) | SET | LD0.NSPTOV1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Voltage protection\NSPTOV1 | |||
| NSPTOV1 | U2> (1) | 47O- (1) | SET | LD0.NSPTOV1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.030 | Start value | Start value | 0.010...1.000 xUn | Settings\Settings\Voltage protection\NSPTOV1 | UL1TVTR1 | ||
| NSPTOV1 | U2> (1) | 47O- (1) | SET | LD0.NSPTOV1.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...120000 ms | Settings\Settings\Voltage protection\NSPTOV1 | |||
| NSPTOV1 | U2> (1) | 47O- (1) | SET | LD0.NSPTOV1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Voltage protection\NSPTOV1 | |||
| NSPTOV1 | U2> (1) | 47O- (1) | TES | LD0.NSPTOV1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | NSPTOV1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Voltage protection | |||
| NSPTOV1 | U2> (1) | 47O- (1) | VER | LD0.NSPTOV1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| NSPTOV2 | U2> (2) | 47O- (2) | INP | LD0.NSPTOV2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Voltage protection\NSPTOV2\Inputs | ||||
| NSPTOV2 | U2> (2) | 47O- (2) | OUT | LD0.NSPTOV2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Voltage protection\NSPTOV2\Outputs | |||
| NSPTOV2 | U2> (2) | 47O- (2) | OUT | LD0.NSPTOV2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Voltage protection\NSPTOV2\Outputs | |||
| NSPTOV2 | U2> (2) | 47O- (2) | MON | LD0.NSPTOV2.Beh.stVal | INS | Enum | ST | B | NSPTOV2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| NSPTOV2 | U2> (2) | 47O- (2) | MON | LD0.NSPTOV2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Voltage protection\NSPTOV2\Monitored data | ||||
| NSPTOV2 | U2> (2) | 47O- (2) | SET | LD0.NSPTOV2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Voltage protection\NSPTOV2 | |||
| NSPTOV2 | U2> (2) | 47O- (2) | SET | LD0.NSPTOV2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.030 | Start value | Start value | 0.010...1.000 xUn | Settings\Settings\Voltage protection\NSPTOV2 | UL1TVTR1 | ||
| NSPTOV2 | U2> (2) | 47O- (2) | SET | LD0.NSPTOV2.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...120000 ms | Settings\Settings\Voltage protection\NSPTOV2 | |||
| NSPTOV2 | U2> (2) | 47O- (2) | SET | LD0.NSPTOV2.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Voltage protection\NSPTOV2 | |||
| NSPTOV2 | U2> (2) | 47O- (2) | TES | LD0.NSPTOV2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | NSPTOV2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Voltage protection | |||
| NSPTOV2 | U2> (2) | 47O- (2) | VER | LD0.NSPTOV2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | INP | LD0.FRPTRC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Frequency protection\FRPFRQ1\Inputs | ||||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | OUT | LD0.FRPTRC1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Frequency protection\FRPFRQ1\Outputs | |||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | OUT | LD0.FRPTRC1.Op.general | ACT | BOOLEAN | ST | B | OPERATE | Operate | Monitoring\I/O status\Frequency protection\FRPFRQ1\Outputs | |||||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | OUT | LD0.FRPTOF1.Str.general | ACD | BOOLEAN | ST | B | ST_OFRQ | Start signal for overfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ1\Outputs | |||||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | OUT | LD0.FRPTOF1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_OFRQ | Operate signal for overfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ1\Outputs | |||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | OUT | LD0.FRPTUF1.Str.general | ACD | BOOLEAN | ST | B | ST_UFRQ | Start signal for underfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ1\Outputs | |||||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | OUT | LD0.FRPTUF1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_UFRQ | Operate signal for underfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ1\Outputs | |||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | OUT | LD0.FRPFRC1.Str.general | ACD | BOOLEAN | ST | B | ST_FRG | Start signal for frequency gradient | Monitoring\I/O status\Frequency protection\FRPFRQ1\Outputs | |||||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | OUT | LD0.FRPFRC1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_FRG | Operate signal for frequency gradient | Monitoring\I/O status\Frequency protection\FRPFRQ1\Outputs | |||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | MON | LD0.FRPTRC1.Beh.stVal | INS | Enum | ST | B | FRPFRQ1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | MON | LD0.FRPTRC1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ1\Monitored data | ||||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | MON | LD0.FRPTOF1.StrDur.mag.f | MV | FLOAT32 | MX | B | ST_DUR_OFRQ | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ1\Monitored data | ||||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | MON | LD0.FRPTUF1.StrDur.mag.f | MV | FLOAT32 | MX | B | ST_DUR_UFRQ | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ1\Monitored data | ||||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | MON | LD0.FRPFRC1.StrDur.mag.f | MV | FLOAT32 | MX | B | ST_DUR_FRG | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ1\Monitored data | ||||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | SET | LD0.FRPTRC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Frequency protection\FRPFRQ1 | |||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | SET | LD0.FRPTRC1.OpModProHz.setVal | ING | Enum | SG | B | 1 | Operation mode | Frequency protection operation mode selection | 1=Freq<; 2=Freq>; 3=df/dt; 4=Freq< + df/dt; 5=Freq> + df/dt; 6=Freq< OR df/dt; 7=Freq> OR df/dt | Settings\Settings\Frequency protection\FRPFRQ1 | |||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | SET | LD0.FRPTOF1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 1.050 | Start value Freq> | Frequency start value overfrequency | 0.900...1.200 xFn | Settings\Settings\Frequency protection\FRPFRQ1 | |||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | SET | LD0.FRPTOF1.OpDlTmms.setVal | ING | INT32 | SG | B | 200 | Operate Tm Freq | Operate delay time for frequency | 80...200000 ms | Settings\Settings\Frequency protection\FRPFRQ1 | |||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | SET | LD0.FRPTOF1.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay Tm Freq | Reset delay time for frequency | 0...60000 ms | Settings\Settings\Frequency protection\FRPFRQ1 | |||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | SET | LD0.FRPTUF1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.950 | Start value Freq< | Frequency start value underfrequency | 0.800...1.100 xFn | Settings\Settings\Frequency protection\FRPFRQ1 | |||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | SET | LD0.FRPFRC1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.010 | Start value df/dt | Frequency start value rate of change | -0.200...0.200 xFn /s | Settings\Settings\Frequency protection\FRPFRQ1 | |||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | SET | LD0.FRPFRC1.OpDlTmms.setVal | ING | INT32 | SG | B | 400 | Operate Tm df/dt | Operate delay time for frequency rate of change | 120...200000 ms | Settings\Settings\Frequency protection\FRPFRQ1 | |||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | SET | LD0.FRPFRC1.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay Tm df/dt | Reset delay time for rate of change | 0...60000 ms | Settings\Settings\Frequency protection\FRPFRQ1 | |||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | TES | LD0.FRPTRC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | FRPFRQ1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; -21=Activate OPR_UFRQ; -22=Deactive OPR_UFRQ; -23=Activate OPR_OFRQ; -24=Deactive OPR_OFRQ; -25=Activate OPR_FRG; -26=Deactive OPR_FRG; -27=Activate ST_UFRQ; -28=Deactive ST_UFRQ; -29=Activate ST_OFRQ; -30=Deactive ST_OFRQ; -31=Activate ST_FRG; -32=Deactive ST_FRG | Tests\Function tests\Frequency protection | |||
| FRPFRQ1 | f>/f<,df/dt (1) | 81 (1) | VER | LD0.FRPTRC1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | INP | LD0.FRPTRC2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Frequency protection\FRPFRQ2\Inputs | ||||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | OUT | LD0.FRPTRC2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Frequency protection\FRPFRQ2\Outputs | |||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | OUT | LD0.FRPTRC2.Op.general | ACT | BOOLEAN | ST | B | OPERATE | Operate | Monitoring\I/O status\Frequency protection\FRPFRQ2\Outputs | |||||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | OUT | LD0.FRPTOF2.Str.general | ACD | BOOLEAN | ST | B | ST_OFRQ | Start signal for overfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ2\Outputs | |||||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | OUT | LD0.FRPTOF2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_OFRQ | Operate signal for overfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ2\Outputs | |||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | OUT | LD0.FRPTUF2.Str.general | ACD | BOOLEAN | ST | B | ST_UFRQ | Start signal for underfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ2\Outputs | |||||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | OUT | LD0.FRPTUF2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_UFRQ | Operate signal for underfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ2\Outputs | |||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | OUT | LD0.FRPFRC2.Str.general | ACD | BOOLEAN | ST | B | ST_FRG | Start signal for frequency gradient | Monitoring\I/O status\Frequency protection\FRPFRQ2\Outputs | |||||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | OUT | LD0.FRPFRC2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_FRG | Operate signal for frequency gradient | Monitoring\I/O status\Frequency protection\FRPFRQ2\Outputs | |||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | MON | LD0.FRPTRC2.Beh.stVal | INS | Enum | ST | B | FRPFRQ2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | MON | LD0.FRPTRC2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ2\Monitored data | ||||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | MON | LD0.FRPTOF2.StrDur.mag.f | MV | FLOAT32 | MX | B | ST_DUR_OFRQ | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ2\Monitored data | ||||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | MON | LD0.FRPTUF2.StrDur.mag.f | MV | FLOAT32 | MX | B | ST_DUR_UFRQ | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ2\Monitored data | ||||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | MON | LD0.FRPFRC2.StrDur.mag.f | MV | FLOAT32 | MX | B | ST_DUR_FRG | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ2\Monitored data | ||||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | SET | LD0.FRPTRC2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Frequency protection\FRPFRQ2 | |||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | SET | LD0.FRPTRC2.OpModProHz.setVal | ING | Enum | SG | B | 1 | Operation mode | Frequency protection operation mode selection | 1=Freq<; 2=Freq>; 3=df/dt; 4=Freq< + df/dt; 5=Freq> + df/dt; 6=Freq< OR df/dt; 7=Freq> OR df/dt | Settings\Settings\Frequency protection\FRPFRQ2 | |||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | SET | LD0.FRPTOF2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 1.050 | Start value Freq> | Frequency start value overfrequency | 0.900...1.200 xFn | Settings\Settings\Frequency protection\FRPFRQ2 | |||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | SET | LD0.FRPTOF2.OpDlTmms.setVal | ING | INT32 | SG | B | 200 | Operate Tm Freq | Operate delay time for frequency | 80...200000 ms | Settings\Settings\Frequency protection\FRPFRQ2 | |||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | SET | LD0.FRPTOF2.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay Tm Freq | Reset delay time for frequency | 0...60000 ms | Settings\Settings\Frequency protection\FRPFRQ2 | |||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | SET | LD0.FRPTUF2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.950 | Start value Freq< | Frequency start value underfrequency | 0.800...1.100 xFn | Settings\Settings\Frequency protection\FRPFRQ2 | |||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | SET | LD0.FRPFRC2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.010 | Start value df/dt | Frequency start value rate of change | -0.200...0.200 xFn /s | Settings\Settings\Frequency protection\FRPFRQ2 | |||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | SET | LD0.FRPFRC2.OpDlTmms.setVal | ING | INT32 | SG | B | 400 | Operate Tm df/dt | Operate delay time for frequency rate of change | 120...200000 ms | Settings\Settings\Frequency protection\FRPFRQ2 | |||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | SET | LD0.FRPFRC2.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay Tm df/dt | Reset delay time for rate of change | 0...60000 ms | Settings\Settings\Frequency protection\FRPFRQ2 | |||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | TES | LD0.FRPTRC2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | FRPFRQ2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; -21=Activate OPR_UFRQ; -22=Deactive OPR_UFRQ; -23=Activate OPR_OFRQ; -24=Deactive OPR_OFRQ; -25=Activate OPR_FRG; -26=Deactive OPR_FRG; -27=Activate ST_UFRQ; -28=Deactive ST_UFRQ; -29=Activate ST_OFRQ; -30=Deactive ST_OFRQ; -31=Activate ST_FRG; -32=Deactive ST_FRG | Tests\Function tests\Frequency protection | |||
| FRPFRQ2 | f>/f<,df/dt (2) | 81 (2) | VER | LD0.FRPTRC2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | INP | LD0.FRPTRC3.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Frequency protection\FRPFRQ3\Inputs | ||||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | OUT | LD0.FRPTRC3.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Frequency protection\FRPFRQ3\Outputs | |||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | OUT | LD0.FRPTRC3.Op.general | ACT | BOOLEAN | ST | B | OPERATE | Operate | Monitoring\I/O status\Frequency protection\FRPFRQ3\Outputs | |||||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | OUT | LD0.FRPTOF3.Str.general | ACD | BOOLEAN | ST | B | ST_OFRQ | Start signal for overfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ3\Outputs | |||||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | OUT | LD0.FRPTOF3.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_OFRQ | Operate signal for overfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ3\Outputs | |||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | OUT | LD0.FRPTUF3.Str.general | ACD | BOOLEAN | ST | B | ST_UFRQ | Start signal for underfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ3\Outputs | |||||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | OUT | LD0.FRPTUF3.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_UFRQ | Operate signal for underfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ3\Outputs | |||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | OUT | LD0.FRPFRC3.Str.general | ACD | BOOLEAN | ST | B | ST_FRG | Start signal for frequency gradient | Monitoring\I/O status\Frequency protection\FRPFRQ3\Outputs | |||||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | OUT | LD0.FRPFRC3.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_FRG | Operate signal for frequency gradient | Monitoring\I/O status\Frequency protection\FRPFRQ3\Outputs | |||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | MON | LD0.FRPTRC3.Beh.stVal | INS | Enum | ST | B | FRPFRQ3 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | MON | LD0.FRPTRC3.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ3\Monitored data | ||||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | MON | LD0.FRPTOF3.StrDur.mag.f | MV | FLOAT32 | MX | B | ST_DUR_OFRQ | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ3\Monitored data | ||||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | MON | LD0.FRPTUF3.StrDur.mag.f | MV | FLOAT32 | MX | B | ST_DUR_UFRQ | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ3\Monitored data | ||||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | MON | LD0.FRPFRC3.StrDur.mag.f | MV | FLOAT32 | MX | B | ST_DUR_FRG | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ3\Monitored data | ||||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | SET | LD0.FRPTRC3.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Frequency protection\FRPFRQ3 | |||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | SET | LD0.FRPTRC3.OpModProHz.setVal | ING | Enum | SG | B | 1 | Operation mode | Frequency protection operation mode selection | 1=Freq<; 2=Freq>; 3=df/dt; 4=Freq< + df/dt; 5=Freq> + df/dt; 6=Freq< OR df/dt; 7=Freq> OR df/dt | Settings\Settings\Frequency protection\FRPFRQ3 | |||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | SET | LD0.FRPTOF3.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 1.050 | Start value Freq> | Frequency start value overfrequency | 0.900...1.200 xFn | Settings\Settings\Frequency protection\FRPFRQ3 | |||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | SET | LD0.FRPTOF3.OpDlTmms.setVal | ING | INT32 | SG | B | 200 | Operate Tm Freq | Operate delay time for frequency | 80...200000 ms | Settings\Settings\Frequency protection\FRPFRQ3 | |||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | SET | LD0.FRPTOF3.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay Tm Freq | Reset delay time for frequency | 0...60000 ms | Settings\Settings\Frequency protection\FRPFRQ3 | |||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | SET | LD0.FRPTUF3.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.950 | Start value Freq< | Frequency start value underfrequency | 0.800...1.100 xFn | Settings\Settings\Frequency protection\FRPFRQ3 | |||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | SET | LD0.FRPFRC3.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.010 | Start value df/dt | Frequency start value rate of change | -0.200...0.200 xFn /s | Settings\Settings\Frequency protection\FRPFRQ3 | |||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | SET | LD0.FRPFRC3.OpDlTmms.setVal | ING | INT32 | SG | B | 400 | Operate Tm df/dt | Operate delay time for frequency rate of change | 120...200000 ms | Settings\Settings\Frequency protection\FRPFRQ3 | |||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | SET | LD0.FRPFRC3.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay Tm df/dt | Reset delay time for rate of change | 0...60000 ms | Settings\Settings\Frequency protection\FRPFRQ3 | |||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | TES | LD0.FRPTRC3.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | FRPFRQ3 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; -21=Activate OPR_UFRQ; -22=Deactive OPR_UFRQ; -23=Activate OPR_OFRQ; -24=Deactive OPR_OFRQ; -25=Activate OPR_FRG; -26=Deactive OPR_FRG; -27=Activate ST_UFRQ; -28=Deactive ST_UFRQ; -29=Activate ST_OFRQ; -30=Deactive ST_OFRQ; -31=Activate ST_FRG; -32=Deactive ST_FRG | Tests\Function tests\Frequency protection | |||
| FRPFRQ3 | f>/f<,df/dt (3) | 81 (3) | VER | LD0.FRPTRC3.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| CCBRBRF1 | 3I>/Io>BF (1) | 51BF/51NBF (1) | INP | LD0.CCBRBRF1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block CBFP operation | Monitoring\I/O status\Other protection\CCBRBRF1\Inputs | ||||
| CCBRBRF1 | 3I>/Io>BF (1) | 51BF/51NBF (1) | INP | LD0.CCBRBRF1.InStr.stVal | SPS | BOOLEAN | ST | B | 0 | START | CBFP start command | Monitoring\I/O status\Other protection\CCBRBRF1\Inputs | ||||
| CCBRBRF1 | 3I>/Io>BF (1) | 51BF/51NBF (1) | INP | LD0.CCBRBRF1.InPosCls.stVal | SPS | BOOLEAN | ST | B | 0 | POSCLOSE | CB in closed position | Monitoring\I/O status\Other protection\CCBRBRF1\Inputs | ||||
| CCBRBRF1 | 3I>/Io>BF (1) | 51BF/51NBF (1) | INP | LD0.CCBRBRF1.InCBFlt.stVal | SPS | BOOLEAN | ST | B | 0 | CB_FAULT | CB faulty and unable to trip | Monitoring\I/O status\Other protection\CCBRBRF1\Inputs | ||||
| CCBRBRF1 | 3I>/Io>BF (1) | 51BF/51NBF (1) | OUT | LD0.CCBRBRF1.Str.general | ACD | BOOLEAN | ST | B | StatIed | P,H | CB_FAULT_AL | Delayed CB failure alarm | Monitoring\I/O status\Other protection\CCBRBRF1\Outputs | |||
| CCBRBRF1 | 3I>/Io>BF (1) | 51BF/51NBF (1) | OUT | LD0.CCBRBRF1.OpEx.general | ACT | BOOLEAN | ST | B | StatIed | P,H,T | TRBU | Backup trip | Monitoring\I/O status\Other protection\CCBRBRF1\Outputs | |||
| CCBRBRF1 | 3I>/Io>BF (1) | 51BF/51NBF (1) | OUT | LD0.CCBRBRF1.OpIn.general | ACT | BOOLEAN | ST | B | StatIed | P,H,T | TRRET | Retrip | Monitoring\I/O status\Other protection\CCBRBRF1\Outputs | |||
| CCBRBRF1 | 3I>/Io>BF (1) | 51BF/51NBF (1) | MON | LD0.CCBRBRF1.Beh.stVal | INS | Enum | ST | B | CCBRBRF1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| CCBRBRF1 | 3I>/Io>BF (1) | 51BF/51NBF (1) | SET | LD0.CCBRBRF1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Other protection\CCBRBRF1 | |||
| CCBRBRF1 | 3I>/Io>BF (1) | 51BF/51NBF (1) | SET | LD0.CCBRBRF1.DetValA.setMag.f | ASG | FLOAT32 | SP | B | 0.30 | Current value | Operating phase current | 0.05...1.00 xIn | Settings\Settings\Other protection\CCBRBRF1 | IL1TCTR1 | ||
| CCBRBRF1 | 3I>/Io>BF (1) | 51BF/51NBF (1) | SET | LD0.CCBRBRF1.FailTmms.setVal | ING | INT32 | SP | B | 150 | CB failure delay | Delay timer for backup trip | 0...60000 ms | Settings\Settings\Other protection\CCBRBRF1 | |||
| CCBRBRF1 | 3I>/Io>BF (1) | 51BF/51NBF (1) | SET | LD0.CCBRBRF1.TPTrTmms.setVal | ING | INT32 | SP | B | 20 | Retrip time | Delay timer for retrip | 0...60000 ms | Settings\Settings\Other protection\CCBRBRF1 | |||
| CCBRBRF1 | 3I>/Io>BF (1) | 51BF/51NBF (1) | SET | LD0.CCBRBRF1.ReTrMod.setVal | ING | Enum | SP | B | 1 | CB fail retrip mode | Operating mode of retrip logic | 1=Off; 2=Without Check; 3=Current check | Settings\Settings\Other protection\CCBRBRF1 | |||
| CCBRBRF1 | 3I>/Io>BF (1) | 51BF/51NBF (1) | SET | LD0.CCBRBRF1.FailMod.setVal | ING | Enum | SP | B | 1 | CB failure mode | Operating mode of function | 1=Current; 2=Breaker status; 3=Both | Settings\Settings\Other protection\CCBRBRF1 | |||
| CCBRBRF1 | 3I>/Io>BF (1) | 51BF/51NBF (1) | SET | LD0.CCBRBRF1.DetValARes.setMag.f | ASG | FLOAT32 | SP | B | 0.30 | Current value Res | Operating residual current | 0.05...1.00 xIn | Settings\Settings\Other protection\CCBRBRF1 | RESTCTR1 | ||
| CCBRBRF1 | 3I>/Io>BF (1) | 51BF/51NBF (1) | SET | LD0.CCBRBRF1.AMeasMod.setVal | ING | Enum | SP | B | 2 | Measurement mode | Phase current measurement mode of function | 2=DFT; 3=Peak-to-Peak | Settings\Settings\Other protection\CCBRBRF1 | |||
| CCBRBRF1 | 3I>/Io>BF (1) | 51BF/51NBF (1) | SET | LD0.CCBRBRF1.CBAlmTmms.setVal | ING | INT32 | SP | B | 5000 | CB fault delay | Circuit breaker faulty delay | 0...60000 ms | Settings\Settings\Other protection\CCBRBRF1 | |||
| CCBRBRF1 | 3I>/Io>BF (1) | 51BF/51NBF (1) | SET | LD0.CCBRBRF1.OpExMod.setVal | ING | Enum | SP | B | 1 | CB failure trip mode | Backup trip current check mode | 1=2 out of 4; 2=1 out of 3; 3=1 out of 4 | Settings\Settings\Other protection\CCBRBRF1 | |||
| CCBRBRF1 | 3I>/Io>BF (1) | 51BF/51NBF (1) | SET | LD0.CCBRBRF1.TrPlsTmms.setVal | ING | INT32 | SP | B | 150 | Trip pulse time | Pulse length of retrip and backup trip outputs | 0...60000 ms | Settings\Settings\Other protection\CCBRBRF1 | |||
| CCBRBRF1 | 3I>/Io>BF (1) | 51BF/51NBF (1) | TES | LD0.CCBRBRF1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | CCBRBRF1 | Test control for outputs | 0=Reset; 25=Activate CB_FAULT_AL; 26=Deactive CB_FAULT_AL; 27=Activate TRBU; 28=Deactive TRBU; 29=Activate TRRET; 30=Deactive TRRET | Tests\Function tests\Other protection | |||
| CCBRBRF1 | 3I>/Io>BF (1) | 51BF/51NBF (1) | VER | LD0.CCBRBRF1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| CCBRBRF2 | 3I>/Io>BF (2) | 51BF/51NBF (2) | INP | LD0.CCBRBRF2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block CBFP operation | Monitoring\I/O status\Other protection\CCBRBRF2\Inputs | ||||
| CCBRBRF2 | 3I>/Io>BF (2) | 51BF/51NBF (2) | INP | LD0.CCBRBRF2.InStr.stVal | SPS | BOOLEAN | ST | B | 0 | START | CBFP start command | Monitoring\I/O status\Other protection\CCBRBRF2\Inputs | ||||
| CCBRBRF2 | 3I>/Io>BF (2) | 51BF/51NBF (2) | INP | LD0.CCBRBRF2.InPosCls.stVal | SPS | BOOLEAN | ST | B | 0 | POSCLOSE | CB in closed position | Monitoring\I/O status\Other protection\CCBRBRF2\Inputs | ||||
| CCBRBRF2 | 3I>/Io>BF (2) | 51BF/51NBF (2) | INP | LD0.CCBRBRF2.InCBFlt.stVal | SPS | BOOLEAN | ST | B | 0 | CB_FAULT | CB faulty and unable to trip | Monitoring\I/O status\Other protection\CCBRBRF2\Inputs | ||||
| CCBRBRF2 | 3I>/Io>BF (2) | 51BF/51NBF (2) | OUT | LD0.CCBRBRF2.Str.general | ACD | BOOLEAN | ST | B | StatIed | P,H | CB_FAULT_AL | Delayed CB failure alarm | Monitoring\I/O status\Other protection\CCBRBRF2\Outputs | |||
| CCBRBRF2 | 3I>/Io>BF (2) | 51BF/51NBF (2) | OUT | LD0.CCBRBRF2.OpEx.general | ACT | BOOLEAN | ST | B | StatIed | P,H,T | TRBU | Backup trip | Monitoring\I/O status\Other protection\CCBRBRF2\Outputs | |||
| CCBRBRF2 | 3I>/Io>BF (2) | 51BF/51NBF (2) | OUT | LD0.CCBRBRF2.OpIn.general | ACT | BOOLEAN | ST | B | StatIed | P,H,T | TRRET | Retrip | Monitoring\I/O status\Other protection\CCBRBRF2\Outputs | |||
| CCBRBRF2 | 3I>/Io>BF (2) | 51BF/51NBF (2) | MON | LD0.CCBRBRF2.Beh.stVal | INS | Enum | ST | B | CCBRBRF2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| CCBRBRF2 | 3I>/Io>BF (2) | 51BF/51NBF (2) | SET | LD0.CCBRBRF2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Other protection\CCBRBRF2 | |||
| CCBRBRF2 | 3I>/Io>BF (2) | 51BF/51NBF (2) | SET | LD0.CCBRBRF2.DetValA.setMag.f | ASG | FLOAT32 | SP | B | 0.30 | Current value | Operating phase current | 0.05...1.00 xIn | Settings\Settings\Other protection\CCBRBRF2 | IL1TCTR2 | ||
| CCBRBRF2 | 3I>/Io>BF (2) | 51BF/51NBF (2) | SET | LD0.CCBRBRF2.FailTmms.setVal | ING | INT32 | SP | B | 150 | CB failure delay | Delay timer for backup trip | 0...60000 ms | Settings\Settings\Other protection\CCBRBRF2 | |||
| CCBRBRF2 | 3I>/Io>BF (2) | 51BF/51NBF (2) | SET | LD0.CCBRBRF2.TPTrTmms.setVal | ING | INT32 | SP | B | 20 | Retrip time | Delay timer for retrip | 0...60000 ms | Settings\Settings\Other protection\CCBRBRF2 | |||
| CCBRBRF2 | 3I>/Io>BF (2) | 51BF/51NBF (2) | SET | LD0.CCBRBRF2.ReTrMod.setVal | ING | Enum | SP | B | 1 | CB fail retrip mode | Operating mode of retrip logic | 1=Off; 2=Without Check; 3=Current check | Settings\Settings\Other protection\CCBRBRF2 | |||
| CCBRBRF2 | 3I>/Io>BF (2) | 51BF/51NBF (2) | SET | LD0.CCBRBRF2.FailMod.setVal | ING | Enum | SP | B | 1 | CB failure mode | Operating mode of function | 1=Current; 2=Breaker status; 3=Both | Settings\Settings\Other protection\CCBRBRF2 | |||
| CCBRBRF2 | 3I>/Io>BF (2) | 51BF/51NBF (2) | SET | LD0.CCBRBRF2.DetValARes.setMag.f | ASG | FLOAT32 | SP | B | 0.30 | Current value Res | Operating residual current | 0.05...1.00 xIn | Settings\Settings\Other protection\CCBRBRF2 | RESTCTR2 | ||
| CCBRBRF2 | 3I>/Io>BF (2) | 51BF/51NBF (2) | SET | LD0.CCBRBRF2.AMeasMod.setVal | ING | Enum | SP | B | 2 | Measurement mode | Phase current measurement mode of function | 2=DFT; 3=Peak-to-Peak | Settings\Settings\Other protection\CCBRBRF2 | |||
| CCBRBRF2 | 3I>/Io>BF (2) | 51BF/51NBF (2) | SET | LD0.CCBRBRF2.CBAlmTmms.setVal | ING | INT32 | SP | B | 5000 | CB fault delay | Circuit breaker faulty delay | 0...60000 ms | Settings\Settings\Other protection\CCBRBRF2 | |||
| CCBRBRF2 | 3I>/Io>BF (2) | 51BF/51NBF (2) | SET | LD0.CCBRBRF2.OpExMod.setVal | ING | Enum | SP | B | 1 | CB failure trip mode | Backup trip current check mode | 1=2 out of 4; 2=1 out of 3; 3=1 out of 4 | Settings\Settings\Other protection\CCBRBRF2 | |||
| CCBRBRF2 | 3I>/Io>BF (2) | 51BF/51NBF (2) | SET | LD0.CCBRBRF2.TrPlsTmms.setVal | ING | INT32 | SP | B | 150 | Trip pulse time | Pulse length of retrip and backup trip outputs | 0...60000 ms | Settings\Settings\Other protection\CCBRBRF2 | |||
| CCBRBRF2 | 3I>/Io>BF (2) | 51BF/51NBF (2) | TES | LD0.CCBRBRF2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | CCBRBRF2 | Test control for outputs | 0=Reset; 25=Activate CB_FAULT_AL; 26=Deactive CB_FAULT_AL; 27=Activate TRBU; 28=Deactive TRBU; 29=Activate TRRET; 30=Deactive TRRET | Tests\Function tests\Other protection | |||
| CCBRBRF2 | 3I>/Io>BF (2) | 51BF/51NBF (2) | VER | LD0.CCBRBRF2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TRPPTRC1 | Master Trip (1) | 94/86 (1) | INP | LD0.TRPPTRC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block of function | Monitoring\I/O status\Trip logic\TRPPTRC1\Inputs | ||||
| TRPPTRC1 | Master Trip (1) | 94/86 (1) | INP | LD0.TRPPTRC1.Op.general | ACT | BOOLEAN | ST | B | 0 | StatIO | P | OPERATE | Operate | Monitoring\I/O status\Trip logic\TRPPTRC1\Inputs | ||
| TRPPTRC1 | Master Trip (1) | 94/86 (1) | INP | LD0.TRPPTRC1.LORs.stVal | SPC | BOOLEAN | ST | B | 0 | RST_LKOUT | Input for resetting the circuit breaker lockout function | Monitoring\I/O status\Trip logic\TRPPTRC1\Inputs | ||||
| TRPPTRC1 | Master Trip (1) | 94/86 (1) | OUT | LD0.TRPPTRC1.Tr.general | ACT | BOOLEAN | ST | B | StatNrml | P,H | TRIP | General trip output signal | Monitoring\I/O status\Trip logic\TRPPTRC1\Outputs | |||
| TRPPTRC1 | Master Trip (1) | 94/86 (1) | OUT | LD0.TRPPTRC1.ClsLO.stVal | SPS | BOOLEAN | ST | B | CL_LKOUT | Circuit breaker lockout output (set until reset) | Monitoring\I/O status\Trip logic\TRPPTRC1\Outputs | |||||
| TRPPTRC1 | Master Trip (1) | 94/86 (1) | CTR | LD0.TRPPTRC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Trip logic\TRPPTRC1 | |||
| TRPPTRC1 | Master Trip (1) | 94/86 (1) | CTR | LD0.TRPPTRC1.LORs.Oper.ctlVal | SPC | BOOLEAN | CO | B,H | 0 | TRPPTRC1 | Reset TRPPTRC1 lockout and latch | 0=Cancel; 1=Clear | Clear\Clear | |||
| TRPPTRC1 | Master Trip (1) | 94/86 (1) | CTR | LD0.TRPPTRC1.TrRs.Oper.ctlVal | SPC | BOOLEAN | CO | (Reset latched trip) | ||||||||
| TRPPTRC1 | Master Trip (1) | 94/86 (1) | MON | LD0.TRPPTRC1.Beh.stVal | INS | Enum | ST | B | TRPPTRC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| TRPPTRC1 | Master Trip (1) | 94/86 (1) | CFG | LD0.TRPPTRC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Trip logic\TRPPTRC1 | |||
| TRPPTRC1 | Master Trip (1) | 94/86 (1) | CFG | LD0.TRPPTRC1.TrPlsTmms.setVal | ING | INT32 | SP | B | 150 | Trip pulse time | Minimum duration of trip output signal | 20...60000 ms | Configuration\Trip logic\TRPPTRC1 | |||
| TRPPTRC1 | Master Trip (1) | 94/86 (1) | CFG | LD0.TRPPTRC1.TrOutMod.setVal | ING | Enum | SP | B | 1 | Trip output mode | Select the operation mode for trip output | 1=Non-latched; 2=Latched; 3=Lockout | Configuration\Trip logic\TRPPTRC1 | |||
| TRPPTRC1 | Master Trip (1) | 94/86 (1) | VER | LD0.TRPPTRC1.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TRPPTRC2 | Master Trip (2) | 94/86 (2) | INP | LD0.TRPPTRC2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block of function | Monitoring\I/O status\Trip logic\TRPPTRC2\Inputs | ||||
| TRPPTRC2 | Master Trip (2) | 94/86 (2) | INP | LD0.TRPPTRC2.Op.general | ACT | BOOLEAN | ST | B | 0 | StatIO | P | OPERATE | Operate | Monitoring\I/O status\Trip logic\TRPPTRC2\Inputs | ||
| TRPPTRC2 | Master Trip (2) | 94/86 (2) | INP | LD0.TRPPTRC2.LORs.stVal | SPC | BOOLEAN | ST | B | 0 | RST_LKOUT | Input for resetting the circuit breaker lockout function | Monitoring\I/O status\Trip logic\TRPPTRC2\Inputs | ||||
| TRPPTRC2 | Master Trip (2) | 94/86 (2) | OUT | LD0.TRPPTRC2.Tr.general | ACT | BOOLEAN | ST | B | StatNrml | P,H | TRIP | General trip output signal | Monitoring\I/O status\Trip logic\TRPPTRC2\Outputs | |||
| TRPPTRC2 | Master Trip (2) | 94/86 (2) | OUT | LD0.TRPPTRC2.ClsLO.stVal | SPS | BOOLEAN | ST | B | CL_LKOUT | Circuit breaker lockout output (set until reset) | Monitoring\I/O status\Trip logic\TRPPTRC2\Outputs | |||||
| TRPPTRC2 | Master Trip (2) | 94/86 (2) | CTR | LD0.TRPPTRC2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Trip logic\TRPPTRC2 | |||
| TRPPTRC2 | Master Trip (2) | 94/86 (2) | CTR | LD0.TRPPTRC2.LORs.Oper.ctlVal | SPC | BOOLEAN | CO | B,H | 0 | TRPPTRC2 | Reset TRPPTRC2 lockout and latch | 0=Cancel; 1=Clear | Clear\Clear | |||
| TRPPTRC2 | Master Trip (2) | 94/86 (2) | CTR | LD0.TRPPTRC2.TrRs.Oper.ctlVal | SPC | BOOLEAN | CO | (Reset latched trip) | ||||||||
| TRPPTRC2 | Master Trip (2) | 94/86 (2) | MON | LD0.TRPPTRC2.Beh.stVal | INS | Enum | ST | B | TRPPTRC2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| TRPPTRC2 | Master Trip (2) | 94/86 (2) | CFG | LD0.TRPPTRC2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Trip logic\TRPPTRC2 | |||
| TRPPTRC2 | Master Trip (2) | 94/86 (2) | CFG | LD0.TRPPTRC2.TrPlsTmms.setVal | ING | INT32 | SP | B | 150 | Trip pulse time | Minimum duration of trip output signal | 20...60000 ms | Configuration\Trip logic\TRPPTRC2 | |||
| TRPPTRC2 | Master Trip (2) | 94/86 (2) | CFG | LD0.TRPPTRC2.TrOutMod.setVal | ING | Enum | SP | B | 1 | Trip output mode | Select the operation mode for trip output | 1=Non-latched; 2=Latched; 3=Lockout | Configuration\Trip logic\TRPPTRC2 | |||
| TRPPTRC2 | Master Trip (2) | 94/86 (2) | VER | LD0.TRPPTRC2.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| Global conditioning | INP | LD0.LEDPTRC1.Mod.blockIn | INC | BOOLEAN | EX | 0 | (Mode) | |||||||||
| Global conditioning | INP | LD0.LEDPTRC1.Op.general | ACT | BOOLEAN | ST | 0 | StatIed | P,H | (Operate) | (A,B,C,N) | ||||||
| Global conditioning | INP | LD0.LEDPTRC1.Str.general | ACD | BOOLEAN | ST | 0 | StatIed | P,H | (Start) | (A,B,C,N) | ||||||
| Global conditioning | OUT | LD0.LEDPTRC1.Op.general | ACT | BOOLEAN | ST | 0 | StatIed | P,H | (Operate) | (A,B,C,N) | ||||||
| Global conditioning | OUT | LD0.LEDPTRC1.Op.phsA | ACT | BOOLEAN | ST | StatIed | P,H | (Operate) | ||||||||
| Global conditioning | OUT | LD0.LEDPTRC1.Op.phsB | ACT | BOOLEAN | ST | StatIed | P,H | (Operate) | ||||||||
| Global conditioning | OUT | LD0.LEDPTRC1.Op.phsC | ACT | BOOLEAN | ST | StatIed | P,H | (Operate) | ||||||||
| Global conditioning | OUT | LD0.LEDPTRC1.Op.neut | ACT | BOOLEAN | ST | StatIed | P,H | (Operate) | ||||||||
| Global conditioning | OUT | LD0.LEDPTRC1.Str.general | ACD | BOOLEAN | ST | 0 | StatIed | P,H | (Start) | (A,B,C,N) | ||||||
| Global conditioning | OUT | LD0.LEDPTRC1.Str.phsA | ACD | BOOLEAN | ST | StatIed | P,H | (Start) | ||||||||
| Global conditioning | OUT | LD0.LEDPTRC1.Str.phsB | ACD | BOOLEAN | ST | StatIed | P,H | (Start) | ||||||||
| Global conditioning | OUT | LD0.LEDPTRC1.Str.phsC | ACD | BOOLEAN | ST | StatIed | P,H | (Start) | ||||||||
| Global conditioning | OUT | LD0.LEDPTRC1.Str.neut | ACD | BOOLEAN | ST | StatIed | P,H | (Start) | ||||||||
| Global conditioning | CTR | LD0.LEDPTRC1.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||||
| Global conditioning | MON | LD0.LEDPTRC1.Str.dirGeneral | ACD | Enum | ST | StatIed | P,H | (Start) | ||||||||
| Global conditioning | MON | LD0.LEDPTRC1.Str.dirPhsA | ACD | Enum | ST | StatIed | P,H | (Start) | ||||||||
| Global conditioning | MON | LD0.LEDPTRC1.Str.dirPhsB | ACD | Enum | ST | StatIed | P,H | (Start) | ||||||||
| Global conditioning | MON | LD0.LEDPTRC1.Str.dirPhsC | ACD | Enum | ST | StatIed | P,H | (Start) | ||||||||
| Global conditioning | MON | LD0.LEDPTRC1.Str.dirNeut | ACD | Enum | ST | StatIed | P,H | (Start) | ||||||||
| Global conditioning | VER | LD0.LEDPTRC1.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MAPGAPC1 | MAP (1) | MAP (1) | INP | LD0.MAPGAPC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Other protection\MAPGAPC1\Inputs | ||||
| MAPGAPC1 | MAP (1) | MAP (1) | INP | LD0.MAPGAPC1.AnIn.mag.f | MV | FLOAT32 | MX | B | 0.0 | AI_VALUE | Analogue input value | -10000.0...10000.0 | Monitoring\I/O status\Other protection\MAPGAPC1\Inputs | |||
| MAPGAPC1 | MAP (1) | MAP (1) | INP | LD0.MAPGAPC1.InEnaAdd.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_ADD | Enable start added | Monitoring\I/O status\Other protection\MAPGAPC1\Inputs | ||||
| MAPGAPC1 | MAP (1) | MAP (1) | OUT | LD0.MAPGAPC1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Other protection\MAPGAPC1\Outputs | |||
| MAPGAPC1 | MAP (1) | MAP (1) | OUT | LD0.MAPGAPC1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Other protection\MAPGAPC1\Outputs | |||
| MAPGAPC1 | MAP (1) | MAP (1) | MON | LD0.MAPGAPC1.Beh.stVal | INS | Enum | ST | B | MAPGAPC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| MAPGAPC1 | MAP (1) | MAP (1) | MON | LD0.MAPGAPC1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Other protection\MAPGAPC1\Monitored data | ||||
| MAPGAPC1 | MAP (1) | MAP (1) | SET | LD0.MAPGAPC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Other protection\MAPGAPC1 | |||
| MAPGAPC1 | MAP (1) | MAP (1) | SET | LD0.MAPGAPC1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value | Start value | -10000.0...10000.0 | Settings\Settings\Other protection\MAPGAPC1 | |||
| MAPGAPC1 | MAP (1) | MAP (1) | SET | LD0.MAPGAPC1.OpModComp.setVal | ING | Enum | SP | B,I | 1 | Operation mode | Operation mode | 1=Over; 2=Under | Settings\Settings\Other protection\MAPGAPC1 | |||
| MAPGAPC1 | MAP (1) | MAP (1) | SET | LD0.MAPGAPC1.OpDlTmms.setVal | ING | INT32 | SG | B | 0 | Operate delay time | Operate delay time | 0...200000 ms | Settings\Settings\Other protection\MAPGAPC1 | |||
| MAPGAPC1 | MAP (1) | MAP (1) | SET | LD0.MAPGAPC1.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Other protection\MAPGAPC1 | |||
| MAPGAPC1 | MAP (1) | MAP (1) | SET | LD0.MAPGAPC1.HysAbs.setMag.f | ASG | FLOAT32 | SP | B,I | 0.10 | Absolute hysteresis | Absolute hysteresis for operation | 0.01...100.00 | Settings\Settings\Other protection\MAPGAPC1 | |||
| MAPGAPC1 | MAP (1) | MAP (1) | SET | LD0.MAPGAPC1.StrValAdd.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value Add | Start value Add | -100.0...100.0 | Settings\Settings\Other protection\MAPGAPC1 | |||
| MAPGAPC1 | MAP (1) | MAP (1) | TES | LD0.MAPGAPC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | MAPGAPC1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Other protection | |||
| MAPGAPC1 | MAP (1) | MAP (1) | VER | LD0.MAPGAPC1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MAPGAPC2 | MAP (2) | MAP (2) | INP | LD0.MAPGAPC2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Other protection\MAPGAPC2\Inputs | ||||
| MAPGAPC2 | MAP (2) | MAP (2) | INP | LD0.MAPGAPC2.AnIn.mag.f | MV | FLOAT32 | MX | B | 0.0 | AI_VALUE | Analogue input value | -10000.0...10000.0 | Monitoring\I/O status\Other protection\MAPGAPC2\Inputs | |||
| MAPGAPC2 | MAP (2) | MAP (2) | INP | LD0.MAPGAPC2.InEnaAdd.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_ADD | Enable start added | Monitoring\I/O status\Other protection\MAPGAPC2\Inputs | ||||
| MAPGAPC2 | MAP (2) | MAP (2) | OUT | LD0.MAPGAPC2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Other protection\MAPGAPC2\Outputs | |||
| MAPGAPC2 | MAP (2) | MAP (2) | OUT | LD0.MAPGAPC2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Other protection\MAPGAPC2\Outputs | |||
| MAPGAPC2 | MAP (2) | MAP (2) | MON | LD0.MAPGAPC2.Beh.stVal | INS | Enum | ST | B | MAPGAPC2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| MAPGAPC2 | MAP (2) | MAP (2) | MON | LD0.MAPGAPC2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Other protection\MAPGAPC2\Monitored data | ||||
| MAPGAPC2 | MAP (2) | MAP (2) | SET | LD0.MAPGAPC2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Other protection\MAPGAPC2 | |||
| MAPGAPC2 | MAP (2) | MAP (2) | SET | LD0.MAPGAPC2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value | Start value | -10000.0...10000.0 | Settings\Settings\Other protection\MAPGAPC2 | |||
| MAPGAPC2 | MAP (2) | MAP (2) | SET | LD0.MAPGAPC2.OpModComp.setVal | ING | Enum | SP | B,I | 1 | Operation mode | Operation mode | 1=Over; 2=Under | Settings\Settings\Other protection\MAPGAPC2 | |||
| MAPGAPC2 | MAP (2) | MAP (2) | SET | LD0.MAPGAPC2.OpDlTmms.setVal | ING | INT32 | SG | B | 0 | Operate delay time | Operate delay time | 0...200000 ms | Settings\Settings\Other protection\MAPGAPC2 | |||
| MAPGAPC2 | MAP (2) | MAP (2) | SET | LD0.MAPGAPC2.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Other protection\MAPGAPC2 | |||
| MAPGAPC2 | MAP (2) | MAP (2) | SET | LD0.MAPGAPC2.HysAbs.setMag.f | ASG | FLOAT32 | SP | B,I | 0.10 | Absolute hysteresis | Absolute hysteresis for operation | 0.01...100.00 | Settings\Settings\Other protection\MAPGAPC2 | |||
| MAPGAPC2 | MAP (2) | MAP (2) | SET | LD0.MAPGAPC2.StrValAdd.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value Add | Start value Add | -100.0...100.0 | Settings\Settings\Other protection\MAPGAPC2 | |||
| MAPGAPC2 | MAP (2) | MAP (2) | TES | LD0.MAPGAPC2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | MAPGAPC2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Other protection | |||
| MAPGAPC2 | MAP (2) | MAP (2) | VER | LD0.MAPGAPC2.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MAPGAPC3 | MAP (3) | MAP (3) | INP | LD0.MAPGAPC3.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Other protection\MAPGAPC3\Inputs | ||||
| MAPGAPC3 | MAP (3) | MAP (3) | INP | LD0.MAPGAPC3.AnIn.mag.f | MV | FLOAT32 | MX | B | 0.0 | AI_VALUE | Analogue input value | -10000.0...10000.0 | Monitoring\I/O status\Other protection\MAPGAPC3\Inputs | |||
| MAPGAPC3 | MAP (3) | MAP (3) | INP | LD0.MAPGAPC3.InEnaAdd.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_ADD | Enable start added | Monitoring\I/O status\Other protection\MAPGAPC3\Inputs | ||||
| MAPGAPC3 | MAP (3) | MAP (3) | OUT | LD0.MAPGAPC3.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Other protection\MAPGAPC3\Outputs | |||
| MAPGAPC3 | MAP (3) | MAP (3) | OUT | LD0.MAPGAPC3.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Other protection\MAPGAPC3\Outputs | |||
| MAPGAPC3 | MAP (3) | MAP (3) | MON | LD0.MAPGAPC3.Beh.stVal | INS | Enum | ST | B | MAPGAPC3 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| MAPGAPC3 | MAP (3) | MAP (3) | MON | LD0.MAPGAPC3.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Other protection\MAPGAPC3\Monitored data | ||||
| MAPGAPC3 | MAP (3) | MAP (3) | SET | LD0.MAPGAPC3.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Other protection\MAPGAPC3 | |||
| MAPGAPC3 | MAP (3) | MAP (3) | SET | LD0.MAPGAPC3.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value | Start value | -10000.0...10000.0 | Settings\Settings\Other protection\MAPGAPC3 | |||
| MAPGAPC3 | MAP (3) | MAP (3) | SET | LD0.MAPGAPC3.OpModComp.setVal | ING | Enum | SP | B,I | 1 | Operation mode | Operation mode | 1=Over; 2=Under | Settings\Settings\Other protection\MAPGAPC3 | |||
| MAPGAPC3 | MAP (3) | MAP (3) | SET | LD0.MAPGAPC3.OpDlTmms.setVal | ING | INT32 | SG | B | 0 | Operate delay time | Operate delay time | 0...200000 ms | Settings\Settings\Other protection\MAPGAPC3 | |||
| MAPGAPC3 | MAP (3) | MAP (3) | SET | LD0.MAPGAPC3.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Other protection\MAPGAPC3 | |||
| MAPGAPC3 | MAP (3) | MAP (3) | SET | LD0.MAPGAPC3.HysAbs.setMag.f | ASG | FLOAT32 | SP | B,I | 0.10 | Absolute hysteresis | Absolute hysteresis for operation | 0.01...100.00 | Settings\Settings\Other protection\MAPGAPC3 | |||
| MAPGAPC3 | MAP (3) | MAP (3) | SET | LD0.MAPGAPC3.StrValAdd.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value Add | Start value Add | -100.0...100.0 | Settings\Settings\Other protection\MAPGAPC3 | |||
| MAPGAPC3 | MAP (3) | MAP (3) | TES | LD0.MAPGAPC3.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | MAPGAPC3 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Other protection | |||
| MAPGAPC3 | MAP (3) | MAP (3) | VER | LD0.MAPGAPC3.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MAPGAPC4 | MAP (4) | MAP (4) | INP | LD0.MAPGAPC4.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Other protection\MAPGAPC4\Inputs | ||||
| MAPGAPC4 | MAP (4) | MAP (4) | INP | LD0.MAPGAPC4.AnIn.mag.f | MV | FLOAT32 | MX | B | 0.0 | AI_VALUE | Analogue input value | -10000.0...10000.0 | Monitoring\I/O status\Other protection\MAPGAPC4\Inputs | |||
| MAPGAPC4 | MAP (4) | MAP (4) | INP | LD0.MAPGAPC4.InEnaAdd.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_ADD | Enable start added | Monitoring\I/O status\Other protection\MAPGAPC4\Inputs | ||||
| MAPGAPC4 | MAP (4) | MAP (4) | OUT | LD0.MAPGAPC4.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Other protection\MAPGAPC4\Outputs | |||
| MAPGAPC4 | MAP (4) | MAP (4) | OUT | LD0.MAPGAPC4.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Other protection\MAPGAPC4\Outputs | |||
| MAPGAPC4 | MAP (4) | MAP (4) | MON | LD0.MAPGAPC4.Beh.stVal | INS | Enum | ST | B | MAPGAPC4 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| MAPGAPC4 | MAP (4) | MAP (4) | MON | LD0.MAPGAPC4.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Other protection\MAPGAPC4\Monitored data | ||||
| MAPGAPC4 | MAP (4) | MAP (4) | SET | LD0.MAPGAPC4.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Other protection\MAPGAPC4 | |||
| MAPGAPC4 | MAP (4) | MAP (4) | SET | LD0.MAPGAPC4.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value | Start value | -10000.0...10000.0 | Settings\Settings\Other protection\MAPGAPC4 | |||
| MAPGAPC4 | MAP (4) | MAP (4) | SET | LD0.MAPGAPC4.OpModComp.setVal | ING | Enum | SP | B,I | 1 | Operation mode | Operation mode | 1=Over; 2=Under | Settings\Settings\Other protection\MAPGAPC4 | |||
| MAPGAPC4 | MAP (4) | MAP (4) | SET | LD0.MAPGAPC4.OpDlTmms.setVal | ING | INT32 | SG | B | 0 | Operate delay time | Operate delay time | 0...200000 ms | Settings\Settings\Other protection\MAPGAPC4 | |||
| MAPGAPC4 | MAP (4) | MAP (4) | SET | LD0.MAPGAPC4.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Other protection\MAPGAPC4 | |||
| MAPGAPC4 | MAP (4) | MAP (4) | SET | LD0.MAPGAPC4.HysAbs.setMag.f | ASG | FLOAT32 | SP | B,I | 0.10 | Absolute hysteresis | Absolute hysteresis for operation | 0.01...100.00 | Settings\Settings\Other protection\MAPGAPC4 | |||
| MAPGAPC4 | MAP (4) | MAP (4) | SET | LD0.MAPGAPC4.StrValAdd.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value Add | Start value Add | -100.0...100.0 | Settings\Settings\Other protection\MAPGAPC4 | |||
| MAPGAPC4 | MAP (4) | MAP (4) | TES | LD0.MAPGAPC4.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | MAPGAPC4 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Other protection | |||
| MAPGAPC4 | MAP (4) | MAP (4) | VER | LD0.MAPGAPC4.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MAPGAPC5 | MAP (5) | MAP (5) | INP | LD0.MAPGAPC5.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Other protection\MAPGAPC5\Inputs | ||||
| MAPGAPC5 | MAP (5) | MAP (5) | INP | LD0.MAPGAPC5.AnIn.mag.f | MV | FLOAT32 | MX | B | 0.0 | AI_VALUE | Analogue input value | -10000.0...10000.0 | Monitoring\I/O status\Other protection\MAPGAPC5\Inputs | |||
| MAPGAPC5 | MAP (5) | MAP (5) | INP | LD0.MAPGAPC5.InEnaAdd.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_ADD | Enable start added | Monitoring\I/O status\Other protection\MAPGAPC5\Inputs | ||||
| MAPGAPC5 | MAP (5) | MAP (5) | OUT | LD0.MAPGAPC5.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Other protection\MAPGAPC5\Outputs | |||
| MAPGAPC5 | MAP (5) | MAP (5) | OUT | LD0.MAPGAPC5.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Other protection\MAPGAPC5\Outputs | |||
| MAPGAPC5 | MAP (5) | MAP (5) | MON | LD0.MAPGAPC5.Beh.stVal | INS | Enum | ST | B | MAPGAPC5 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| MAPGAPC5 | MAP (5) | MAP (5) | MON | LD0.MAPGAPC5.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Other protection\MAPGAPC5\Monitored data | ||||
| MAPGAPC5 | MAP (5) | MAP (5) | SET | LD0.MAPGAPC5.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Other protection\MAPGAPC5 | |||
| MAPGAPC5 | MAP (5) | MAP (5) | SET | LD0.MAPGAPC5.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value | Start value | -10000.0...10000.0 | Settings\Settings\Other protection\MAPGAPC5 | |||
| MAPGAPC5 | MAP (5) | MAP (5) | SET | LD0.MAPGAPC5.OpModComp.setVal | ING | Enum | SP | B,I | 1 | Operation mode | Operation mode | 1=Over; 2=Under | Settings\Settings\Other protection\MAPGAPC5 | |||
| MAPGAPC5 | MAP (5) | MAP (5) | SET | LD0.MAPGAPC5.OpDlTmms.setVal | ING | INT32 | SG | B | 0 | Operate delay time | Operate delay time | 0...200000 ms | Settings\Settings\Other protection\MAPGAPC5 | |||
| MAPGAPC5 | MAP (5) | MAP (5) | SET | LD0.MAPGAPC5.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Other protection\MAPGAPC5 | |||
| MAPGAPC5 | MAP (5) | MAP (5) | SET | LD0.MAPGAPC5.HysAbs.setMag.f | ASG | FLOAT32 | SP | B,I | 0.10 | Absolute hysteresis | Absolute hysteresis for operation | 0.01...100.00 | Settings\Settings\Other protection\MAPGAPC5 | |||
| MAPGAPC5 | MAP (5) | MAP (5) | SET | LD0.MAPGAPC5.StrValAdd.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value Add | Start value Add | -100.0...100.0 | Settings\Settings\Other protection\MAPGAPC5 | |||
| MAPGAPC5 | MAP (5) | MAP (5) | TES | LD0.MAPGAPC5.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | MAPGAPC5 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Other protection | |||
| MAPGAPC5 | MAP (5) | MAP (5) | VER | LD0.MAPGAPC5.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MAPGAPC6 | MAP (6) | MAP (6) | INP | LD0.MAPGAPC6.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Other protection\MAPGAPC6\Inputs | ||||
| MAPGAPC6 | MAP (6) | MAP (6) | INP | LD0.MAPGAPC6.AnIn.mag.f | MV | FLOAT32 | MX | B | 0.0 | AI_VALUE | Analogue input value | -10000.0...10000.0 | Monitoring\I/O status\Other protection\MAPGAPC6\Inputs | |||
| MAPGAPC6 | MAP (6) | MAP (6) | INP | LD0.MAPGAPC6.InEnaAdd.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_ADD | Enable start added | Monitoring\I/O status\Other protection\MAPGAPC6\Inputs | ||||
| MAPGAPC6 | MAP (6) | MAP (6) | OUT | LD0.MAPGAPC6.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Other protection\MAPGAPC6\Outputs | |||
| MAPGAPC6 | MAP (6) | MAP (6) | OUT | LD0.MAPGAPC6.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Other protection\MAPGAPC6\Outputs | |||
| MAPGAPC6 | MAP (6) | MAP (6) | MON | LD0.MAPGAPC6.Beh.stVal | INS | Enum | ST | B | MAPGAPC6 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| MAPGAPC6 | MAP (6) | MAP (6) | MON | LD0.MAPGAPC6.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Other protection\MAPGAPC6\Monitored data | ||||
| MAPGAPC6 | MAP (6) | MAP (6) | SET | LD0.MAPGAPC6.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Other protection\MAPGAPC6 | |||
| MAPGAPC6 | MAP (6) | MAP (6) | SET | LD0.MAPGAPC6.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value | Start value | -10000.0...10000.0 | Settings\Settings\Other protection\MAPGAPC6 | |||
| MAPGAPC6 | MAP (6) | MAP (6) | SET | LD0.MAPGAPC6.OpModComp.setVal | ING | Enum | SP | B,I | 1 | Operation mode | Operation mode | 1=Over; 2=Under | Settings\Settings\Other protection\MAPGAPC6 | |||
| MAPGAPC6 | MAP (6) | MAP (6) | SET | LD0.MAPGAPC6.OpDlTmms.setVal | ING | INT32 | SG | B | 0 | Operate delay time | Operate delay time | 0...200000 ms | Settings\Settings\Other protection\MAPGAPC6 | |||
| MAPGAPC6 | MAP (6) | MAP (6) | SET | LD0.MAPGAPC6.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Other protection\MAPGAPC6 | |||
| MAPGAPC6 | MAP (6) | MAP (6) | SET | LD0.MAPGAPC6.HysAbs.setMag.f | ASG | FLOAT32 | SP | B,I | 0.10 | Absolute hysteresis | Absolute hysteresis for operation | 0.01...100.00 | Settings\Settings\Other protection\MAPGAPC6 | |||
| MAPGAPC6 | MAP (6) | MAP (6) | SET | LD0.MAPGAPC6.StrValAdd.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value Add | Start value Add | -100.0...100.0 | Settings\Settings\Other protection\MAPGAPC6 | |||
| MAPGAPC6 | MAP (6) | MAP (6) | TES | LD0.MAPGAPC6.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | MAPGAPC6 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Other protection | |||
| MAPGAPC6 | MAP (6) | MAP (6) | VER | LD0.MAPGAPC6.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MAPGAPC7 | MAP (7) | MAP (7) | INP | LD0.MAPGAPC7.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Other protection\MAPGAPC7\Inputs | ||||
| MAPGAPC7 | MAP (7) | MAP (7) | INP | LD0.MAPGAPC7.AnIn.mag.f | MV | FLOAT32 | MX | B | 0.0 | AI_VALUE | Analogue input value | -10000.0...10000.0 | Monitoring\I/O status\Other protection\MAPGAPC7\Inputs | |||
| MAPGAPC7 | MAP (7) | MAP (7) | INP | LD0.MAPGAPC7.InEnaAdd.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_ADD | Enable start added | Monitoring\I/O status\Other protection\MAPGAPC7\Inputs | ||||
| MAPGAPC7 | MAP (7) | MAP (7) | OUT | LD0.MAPGAPC7.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Other protection\MAPGAPC7\Outputs | |||
| MAPGAPC7 | MAP (7) | MAP (7) | OUT | LD0.MAPGAPC7.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Other protection\MAPGAPC7\Outputs | |||
| MAPGAPC7 | MAP (7) | MAP (7) | MON | LD0.MAPGAPC7.Beh.stVal | INS | Enum | ST | B | MAPGAPC7 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| MAPGAPC7 | MAP (7) | MAP (7) | MON | LD0.MAPGAPC7.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Other protection\MAPGAPC7\Monitored data | ||||
| MAPGAPC7 | MAP (7) | MAP (7) | SET | LD0.MAPGAPC7.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Other protection\MAPGAPC7 | |||
| MAPGAPC7 | MAP (7) | MAP (7) | SET | LD0.MAPGAPC7.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value | Start value | -10000.0...10000.0 | Settings\Settings\Other protection\MAPGAPC7 | |||
| MAPGAPC7 | MAP (7) | MAP (7) | SET | LD0.MAPGAPC7.OpModComp.setVal | ING | Enum | SP | B,I | 1 | Operation mode | Operation mode | 1=Over; 2=Under | Settings\Settings\Other protection\MAPGAPC7 | |||
| MAPGAPC7 | MAP (7) | MAP (7) | SET | LD0.MAPGAPC7.OpDlTmms.setVal | ING | INT32 | SG | B | 0 | Operate delay time | Operate delay time | 0...200000 ms | Settings\Settings\Other protection\MAPGAPC7 | |||
| MAPGAPC7 | MAP (7) | MAP (7) | SET | LD0.MAPGAPC7.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Other protection\MAPGAPC7 | |||
| MAPGAPC7 | MAP (7) | MAP (7) | SET | LD0.MAPGAPC7.HysAbs.setMag.f | ASG | FLOAT32 | SP | B,I | 0.10 | Absolute hysteresis | Absolute hysteresis for operation | 0.01...100.00 | Settings\Settings\Other protection\MAPGAPC7 | |||
| MAPGAPC7 | MAP (7) | MAP (7) | SET | LD0.MAPGAPC7.StrValAdd.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value Add | Start value Add | -100.0...100.0 | Settings\Settings\Other protection\MAPGAPC7 | |||
| MAPGAPC7 | MAP (7) | MAP (7) | TES | LD0.MAPGAPC7.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | MAPGAPC7 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Other protection | |||
| MAPGAPC7 | MAP (7) | MAP (7) | VER | LD0.MAPGAPC7.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MAPGAPC8 | MAP (8) | MAP (8) | INP | LD0.MAPGAPC8.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Other protection\MAPGAPC8\Inputs | ||||
| MAPGAPC8 | MAP (8) | MAP (8) | INP | LD0.MAPGAPC8.AnIn.mag.f | MV | FLOAT32 | MX | B | 0.0 | AI_VALUE | Analogue input value | -10000.0...10000.0 | Monitoring\I/O status\Other protection\MAPGAPC8\Inputs | |||
| MAPGAPC8 | MAP (8) | MAP (8) | INP | LD0.MAPGAPC8.InEnaAdd.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_ADD | Enable start added | Monitoring\I/O status\Other protection\MAPGAPC8\Inputs | ||||
| MAPGAPC8 | MAP (8) | MAP (8) | OUT | LD0.MAPGAPC8.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Other protection\MAPGAPC8\Outputs | |||
| MAPGAPC8 | MAP (8) | MAP (8) | OUT | LD0.MAPGAPC8.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Other protection\MAPGAPC8\Outputs | |||
| MAPGAPC8 | MAP (8) | MAP (8) | MON | LD0.MAPGAPC8.Beh.stVal | INS | Enum | ST | B | MAPGAPC8 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| MAPGAPC8 | MAP (8) | MAP (8) | MON | LD0.MAPGAPC8.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Other protection\MAPGAPC8\Monitored data | ||||
| MAPGAPC8 | MAP (8) | MAP (8) | SET | LD0.MAPGAPC8.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Other protection\MAPGAPC8 | |||
| MAPGAPC8 | MAP (8) | MAP (8) | SET | LD0.MAPGAPC8.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value | Start value | -10000.0...10000.0 | Settings\Settings\Other protection\MAPGAPC8 | |||
| MAPGAPC8 | MAP (8) | MAP (8) | SET | LD0.MAPGAPC8.OpModComp.setVal | ING | Enum | SP | B,I | 1 | Operation mode | Operation mode | 1=Over; 2=Under | Settings\Settings\Other protection\MAPGAPC8 | |||
| MAPGAPC8 | MAP (8) | MAP (8) | SET | LD0.MAPGAPC8.OpDlTmms.setVal | ING | INT32 | SG | B | 0 | Operate delay time | Operate delay time | 0...200000 ms | Settings\Settings\Other protection\MAPGAPC8 | |||
| MAPGAPC8 | MAP (8) | MAP (8) | SET | LD0.MAPGAPC8.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Other protection\MAPGAPC8 | |||
| MAPGAPC8 | MAP (8) | MAP (8) | SET | LD0.MAPGAPC8.HysAbs.setMag.f | ASG | FLOAT32 | SP | B,I | 0.10 | Absolute hysteresis | Absolute hysteresis for operation | 0.01...100.00 | Settings\Settings\Other protection\MAPGAPC8 | |||
| MAPGAPC8 | MAP (8) | MAP (8) | SET | LD0.MAPGAPC8.StrValAdd.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value Add | Start value Add | -100.0...100.0 | Settings\Settings\Other protection\MAPGAPC8 | |||
| MAPGAPC8 | MAP (8) | MAP (8) | TES | LD0.MAPGAPC8.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | MAPGAPC8 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Other protection | |||
| MAPGAPC8 | MAP (8) | MAP (8) | VER | LD0.MAPGAPC8.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MAPGAPC9 | MAP (9) | MAP (9) | INP | LD0.MAPGAPC9.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Other protection\MAPGAPC9\Inputs | ||||
| MAPGAPC9 | MAP (9) | MAP (9) | INP | LD0.MAPGAPC9.AnIn.mag.f | MV | FLOAT32 | MX | B | 0.0 | AI_VALUE | Analogue input value | -10000.0...10000.0 | Monitoring\I/O status\Other protection\MAPGAPC9\Inputs | |||
| MAPGAPC9 | MAP (9) | MAP (9) | INP | LD0.MAPGAPC9.InEnaAdd.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_ADD | Enable start added | Monitoring\I/O status\Other protection\MAPGAPC9\Inputs | ||||
| MAPGAPC9 | MAP (9) | MAP (9) | OUT | LD0.MAPGAPC9.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Other protection\MAPGAPC9\Outputs | |||
| MAPGAPC9 | MAP (9) | MAP (9) | OUT | LD0.MAPGAPC9.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Other protection\MAPGAPC9\Outputs | |||
| MAPGAPC9 | MAP (9) | MAP (9) | MON | LD0.MAPGAPC9.Beh.stVal | INS | Enum | ST | B | MAPGAPC9 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| MAPGAPC9 | MAP (9) | MAP (9) | MON | LD0.MAPGAPC9.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Other protection\MAPGAPC9\Monitored data | ||||
| MAPGAPC9 | MAP (9) | MAP (9) | SET | LD0.MAPGAPC9.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Other protection\MAPGAPC9 | |||
| MAPGAPC9 | MAP (9) | MAP (9) | SET | LD0.MAPGAPC9.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value | Start value | -10000.0...10000.0 | Settings\Settings\Other protection\MAPGAPC9 | |||
| MAPGAPC9 | MAP (9) | MAP (9) | SET | LD0.MAPGAPC9.OpModComp.setVal | ING | Enum | SP | B,I | 1 | Operation mode | Operation mode | 1=Over; 2=Under | Settings\Settings\Other protection\MAPGAPC9 | |||
| MAPGAPC9 | MAP (9) | MAP (9) | SET | LD0.MAPGAPC9.OpDlTmms.setVal | ING | INT32 | SG | B | 0 | Operate delay time | Operate delay time | 0...200000 ms | Settings\Settings\Other protection\MAPGAPC9 | |||
| MAPGAPC9 | MAP (9) | MAP (9) | SET | LD0.MAPGAPC9.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Other protection\MAPGAPC9 | |||
| MAPGAPC9 | MAP (9) | MAP (9) | SET | LD0.MAPGAPC9.HysAbs.setMag.f | ASG | FLOAT32 | SP | B,I | 0.10 | Absolute hysteresis | Absolute hysteresis for operation | 0.01...100.00 | Settings\Settings\Other protection\MAPGAPC9 | |||
| MAPGAPC9 | MAP (9) | MAP (9) | SET | LD0.MAPGAPC9.StrValAdd.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value Add | Start value Add | -100.0...100.0 | Settings\Settings\Other protection\MAPGAPC9 | |||
| MAPGAPC9 | MAP (9) | MAP (9) | TES | LD0.MAPGAPC9.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | MAPGAPC9 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Other protection | |||
| MAPGAPC9 | MAP (9) | MAP (9) | VER | LD0.MAPGAPC9.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MAPGAPC10 | MAP (10) | MAP (10) | INP | LD0.MAPGAPC10.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Other protection\MAPGAPC10\Inputs | ||||
| MAPGAPC10 | MAP (10) | MAP (10) | INP | LD0.MAPGAPC10.AnIn.mag.f | MV | FLOAT32 | MX | B | 0.0 | AI_VALUE | Analogue input value | -10000.0...10000.0 | Monitoring\I/O status\Other protection\MAPGAPC10\Inputs | |||
| MAPGAPC10 | MAP (10) | MAP (10) | INP | LD0.MAPGAPC10.InEnaAdd.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_ADD | Enable start added | Monitoring\I/O status\Other protection\MAPGAPC10\Inputs | ||||
| MAPGAPC10 | MAP (10) | MAP (10) | OUT | LD0.MAPGAPC10.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Other protection\MAPGAPC10\Outputs | |||
| MAPGAPC10 | MAP (10) | MAP (10) | OUT | LD0.MAPGAPC10.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Other protection\MAPGAPC10\Outputs | |||
| MAPGAPC10 | MAP (10) | MAP (10) | MON | LD0.MAPGAPC10.Beh.stVal | INS | Enum | ST | B | MAPGAPC10 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| MAPGAPC10 | MAP (10) | MAP (10) | MON | LD0.MAPGAPC10.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Other protection\MAPGAPC10\Monitored data | ||||
| MAPGAPC10 | MAP (10) | MAP (10) | SET | LD0.MAPGAPC10.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Other protection\MAPGAPC10 | |||
| MAPGAPC10 | MAP (10) | MAP (10) | SET | LD0.MAPGAPC10.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value | Start value | -10000.0...10000.0 | Settings\Settings\Other protection\MAPGAPC10 | |||
| MAPGAPC10 | MAP (10) | MAP (10) | SET | LD0.MAPGAPC10.OpModComp.setVal | ING | Enum | SP | B,I | 1 | Operation mode | Operation mode | 1=Over; 2=Under | Settings\Settings\Other protection\MAPGAPC10 | |||
| MAPGAPC10 | MAP (10) | MAP (10) | SET | LD0.MAPGAPC10.OpDlTmms.setVal | ING | INT32 | SG | B | 0 | Operate delay time | Operate delay time | 0...200000 ms | Settings\Settings\Other protection\MAPGAPC10 | |||
| MAPGAPC10 | MAP (10) | MAP (10) | SET | LD0.MAPGAPC10.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Other protection\MAPGAPC10 | |||
| MAPGAPC10 | MAP (10) | MAP (10) | SET | LD0.MAPGAPC10.HysAbs.setMag.f | ASG | FLOAT32 | SP | B,I | 0.10 | Absolute hysteresis | Absolute hysteresis for operation | 0.01...100.00 | Settings\Settings\Other protection\MAPGAPC10 | |||
| MAPGAPC10 | MAP (10) | MAP (10) | SET | LD0.MAPGAPC10.StrValAdd.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value Add | Start value Add | -100.0...100.0 | Settings\Settings\Other protection\MAPGAPC10 | |||
| MAPGAPC10 | MAP (10) | MAP (10) | TES | LD0.MAPGAPC10.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | MAPGAPC10 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Other protection | |||
| MAPGAPC10 | MAP (10) | MAP (10) | VER | LD0.MAPGAPC10.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MAPGAPC11 | MAP (11) | MAP (11) | INP | LD0.MAPGAPC11.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Other protection\MAPGAPC11\Inputs | ||||
| MAPGAPC11 | MAP (11) | MAP (11) | INP | LD0.MAPGAPC11.AnIn.mag.f | MV | FLOAT32 | MX | B | 0.0 | AI_VALUE | Analogue input value | -10000.0...10000.0 | Monitoring\I/O status\Other protection\MAPGAPC11\Inputs | |||
| MAPGAPC11 | MAP (11) | MAP (11) | INP | LD0.MAPGAPC11.InEnaAdd.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_ADD | Enable start added | Monitoring\I/O status\Other protection\MAPGAPC11\Inputs | ||||
| MAPGAPC11 | MAP (11) | MAP (11) | OUT | LD0.MAPGAPC11.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Other protection\MAPGAPC11\Outputs | |||
| MAPGAPC11 | MAP (11) | MAP (11) | OUT | LD0.MAPGAPC11.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Other protection\MAPGAPC11\Outputs | |||
| MAPGAPC11 | MAP (11) | MAP (11) | MON | LD0.MAPGAPC11.Beh.stVal | INS | Enum | ST | B | MAPGAPC11 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| MAPGAPC11 | MAP (11) | MAP (11) | MON | LD0.MAPGAPC11.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Other protection\MAPGAPC11\Monitored data | ||||
| MAPGAPC11 | MAP (11) | MAP (11) | SET | LD0.MAPGAPC11.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Other protection\MAPGAPC11 | |||
| MAPGAPC11 | MAP (11) | MAP (11) | SET | LD0.MAPGAPC11.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value | Start value | -10000.0...10000.0 | Settings\Settings\Other protection\MAPGAPC11 | |||
| MAPGAPC11 | MAP (11) | MAP (11) | SET | LD0.MAPGAPC11.OpModComp.setVal | ING | Enum | SP | B,I | 1 | Operation mode | Operation mode | 1=Over; 2=Under | Settings\Settings\Other protection\MAPGAPC11 | |||
| MAPGAPC11 | MAP (11) | MAP (11) | SET | LD0.MAPGAPC11.OpDlTmms.setVal | ING | INT32 | SG | B | 0 | Operate delay time | Operate delay time | 0...200000 ms | Settings\Settings\Other protection\MAPGAPC11 | |||
| MAPGAPC11 | MAP (11) | MAP (11) | SET | LD0.MAPGAPC11.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Other protection\MAPGAPC11 | |||
| MAPGAPC11 | MAP (11) | MAP (11) | SET | LD0.MAPGAPC11.HysAbs.setMag.f | ASG | FLOAT32 | SP | B,I | 0.10 | Absolute hysteresis | Absolute hysteresis for operation | 0.01...100.00 | Settings\Settings\Other protection\MAPGAPC11 | |||
| MAPGAPC11 | MAP (11) | MAP (11) | SET | LD0.MAPGAPC11.StrValAdd.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value Add | Start value Add | -100.0...100.0 | Settings\Settings\Other protection\MAPGAPC11 | |||
| MAPGAPC11 | MAP (11) | MAP (11) | TES | LD0.MAPGAPC11.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | MAPGAPC11 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Other protection | |||
| MAPGAPC11 | MAP (11) | MAP (11) | VER | LD0.MAPGAPC11.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MAPGAPC12 | MAP (12) | MAP (12) | INP | LD0.MAPGAPC12.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Other protection\MAPGAPC12\Inputs | ||||
| MAPGAPC12 | MAP (12) | MAP (12) | INP | LD0.MAPGAPC12.AnIn.mag.f | MV | FLOAT32 | MX | B | 0.0 | AI_VALUE | Analogue input value | -10000.0...10000.0 | Monitoring\I/O status\Other protection\MAPGAPC12\Inputs | |||
| MAPGAPC12 | MAP (12) | MAP (12) | INP | LD0.MAPGAPC12.InEnaAdd.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_ADD | Enable start added | Monitoring\I/O status\Other protection\MAPGAPC12\Inputs | ||||
| MAPGAPC12 | MAP (12) | MAP (12) | OUT | LD0.MAPGAPC12.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Other protection\MAPGAPC12\Outputs | |||
| MAPGAPC12 | MAP (12) | MAP (12) | OUT | LD0.MAPGAPC12.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Other protection\MAPGAPC12\Outputs | |||
| MAPGAPC12 | MAP (12) | MAP (12) | MON | LD0.MAPGAPC12.Beh.stVal | INS | Enum | ST | B | MAPGAPC12 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| MAPGAPC12 | MAP (12) | MAP (12) | MON | LD0.MAPGAPC12.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Other protection\MAPGAPC12\Monitored data | ||||
| MAPGAPC12 | MAP (12) | MAP (12) | SET | LD0.MAPGAPC12.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Other protection\MAPGAPC12 | |||
| MAPGAPC12 | MAP (12) | MAP (12) | SET | LD0.MAPGAPC12.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value | Start value | -10000.0...10000.0 | Settings\Settings\Other protection\MAPGAPC12 | |||
| MAPGAPC12 | MAP (12) | MAP (12) | SET | LD0.MAPGAPC12.OpModComp.setVal | ING | Enum | SP | B,I | 1 | Operation mode | Operation mode | 1=Over; 2=Under | Settings\Settings\Other protection\MAPGAPC12 | |||
| MAPGAPC12 | MAP (12) | MAP (12) | SET | LD0.MAPGAPC12.OpDlTmms.setVal | ING | INT32 | SG | B | 0 | Operate delay time | Operate delay time | 0...200000 ms | Settings\Settings\Other protection\MAPGAPC12 | |||
| MAPGAPC12 | MAP (12) | MAP (12) | SET | LD0.MAPGAPC12.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Other protection\MAPGAPC12 | |||
| MAPGAPC12 | MAP (12) | MAP (12) | SET | LD0.MAPGAPC12.HysAbs.setMag.f | ASG | FLOAT32 | SP | B,I | 0.10 | Absolute hysteresis | Absolute hysteresis for operation | 0.01...100.00 | Settings\Settings\Other protection\MAPGAPC12 | |||
| MAPGAPC12 | MAP (12) | MAP (12) | SET | LD0.MAPGAPC12.StrValAdd.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Start value Add | Start value Add | -100.0...100.0 | Settings\Settings\Other protection\MAPGAPC12 | |||
| MAPGAPC12 | MAP (12) | MAP (12) | TES | LD0.MAPGAPC12.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | MAPGAPC12 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Other protection | |||
| MAPGAPC12 | MAP (12) | MAP (12) | VER | LD0.MAPGAPC12.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| SSCBR1 | CBCM (1) | CBCM (1) | INP | LD0.SSCBR1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block input status | Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | INP | LD0.SSCBR1.InSprChStr.stVal | SPS | BOOLEAN | ST | B | 0 | SPR_CHR_ST | CB spring charging started input | Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | INP | LD0.SSCBR1.InSprCha.stVal | SPS | BOOLEAN | ST | B | 0 | SPR_CHR | CB spring charged input | Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | INP | LD0.SSCBR1.InPresAlm.stVal | SPS | BOOLEAN | ST | B | 0 | PRES_ALM_IN | Binary pressure alarm input | Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | INP | LD0.SSCBR1.InPresLO.stVal | SPS | BOOLEAN | ST | B | 0 | PRES_LO_IN | Binary pressure input for lockout indication | Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | INP | LD0.SSCBR1.InPosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | POSOPEN | Signal for open position of apparatus from I/O | Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | INP | LD0.SSCBR1.InPosCls.stVal | SPS | BOOLEAN | ST | B | 0 | POSCLOSE | Signal for closeposition of apparatus from I/O | Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | INP | LD0.SSCBR1.RsAccAPwr.stVal | SPC | BOOLEAN | ST | B | 0 | RST_IPOW | Reset accumulation energy | Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | INP | LD0.SSCBR1.RsCBWear.stVal | SPC | BOOLEAN | ST | B | 0 | RST_CB_WEAR | Reset input for CB remaining life and operation counter | Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | INP | LD0.SSCBR1.RsTrvTm.stVal | SPC | BOOLEAN | ST | B | 0 | RST_TRV_T | Reset input for CB closing and opening travel times | Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | INP | LD0.SSCBR1.RsSprChaTm.stVal | SPC | BOOLEAN | ST | B | 0 | RST_SPR_T | Reset input for the charging time of the CB spring | Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | OUT | LD0.SSCBR1.OpnAlm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | TRV_T_OP_ALM | CB open travel time exceeded set value | Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs | |||
| SSCBR1 | CBCM (1) | CBCM (1) | OUT | LD0.SSCBR1.ClsAlm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | TRV_T_CL_ALM | CB close travel time exceeded set value | Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs | |||
| SSCBR1 | CBCM (1) | CBCM (1) | OUT | LD0.SSCBR1.SprChaAlm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | SPR_CHR_ALM | Spring charging time has crossed the set value | Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs | |||
| SSCBR1 | CBCM (1) | CBCM (1) | OUT | LD0.SSCBR1.OpNumAlm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | OPR_ALM | Number of CB operations exceeds alarm limit | Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs | |||
| SSCBR1 | CBCM (1) | CBCM (1) | OUT | LD0.SSCBR1.OpNumLO.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | OPR_LO | Number of CB operations exceeds lockout limit | Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs | |||
| SSCBR1 | CBCM (1) | CBCM (1) | OUT | LD0.SSCBR1.LonTmAlm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | MON_ALM | CB 'not operated for long time' alarm | Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs | |||
| SSCBR1 | CBCM (1) | CBCM (1) | OUT | LD0.SSCBR1.PresAlm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | PRES_ALM | Pressure below alarm level | Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs | |||
| SSCBR1 | CBCM (1) | CBCM (1) | OUT | LD0.SSCBR1.PresLO.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | PRES_LO | Pressure below lockout level | Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs | |||
| SSCBR1 | CBCM (1) | CBCM (1) | OUT | LD0.SSCBR1.PosOpn.stVal | SPS | BOOLEAN | ST | B | OPENPOS | CB is in open position | Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs | |||||
| SSCBR1 | CBCM (1) | CBCM (1) | OUT | LD0.SSCBR1.PosIvd.stVal | SPS | BOOLEAN | ST | B | INVALIDPOS | CB is in invalid position (not positively open or closed) | Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs | |||||
| SSCBR1 | CBCM (1) | CBCM (1) | OUT | LD0.SSCBR1.PosCls.stVal | SPS | BOOLEAN | ST | B | CLOSEPOS | CB is in closed position | Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs | |||||
| SSCBR1 | CBCM (1) | CBCM (1) | OUT | LD0.SSCBR1.APwrAlm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | IPOW_ALM | Accumulated currents power (Iyt),exceeded alarm limit | Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs | |||
| SSCBR1 | CBCM (1) | CBCM (1) | OUT | LD0.SSCBR1.APwrLO.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | IPOW_LO | Accumulated currents power (Iyt),exceeded lockout limit | Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs | |||
| SSCBR1 | CBCM (1) | CBCM (1) | OUT | LD0.SSCBR1.CBLifAlm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | CB_LIFE_ALM | Remaining life of CB exceeded alarm limit | Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CTR | LD0.SSCBR1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CTR | LD0.SSCBR1.RsAccAPwr.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | SSCBR1 acc.energy | Resets SSCBR1 accumulation energy | 0=Cancel; 1=Clear | Clear\Clear | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CTR | LD0.SSCBR1.RsCBWear.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | SSCBR1 rem.life | Reset SSCBR1 CB remaining life and operation counter | 0=Cancel; 1=Clear | Clear\Clear | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CTR | LD0.SSCBR1.RsTrvTm.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | SSCBR1 travel times | Reset CB closing and opening travel times | 0=Cancel; 1=Clear | Clear\Clear | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CTR | LD0.SSCBR1.RsSprChaTm.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | SSCBR1 spr.charge t | Reset the charging time of the CB spring | 0=Cancel; 1=Clear | Clear\Clear | |||
| SSCBR1 | CBCM (1) | CBCM (1) | MON | LD0.SSCBR1.Beh.stVal | INS | Enum | ST | B | SSCBR1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | MON | LD0.SSCBR1.OpCnt.stVal | INS | INT32 | ST | B | StatIed | P,H | NO_OPR | Number of CB operation cycle | 0...99999 | Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data | ||
| SSCBR1 | CBCM (1) | CBCM (1) | MON | LD0.SSCBR1.InaTmdCnt.stVal | INS | INT32 | ST | B | INA_DAYS | The number of days CB has been inactive | 0...9999 | Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | MON | LD0.SSCBR1.TmmsOpn.mag.f | MV | FLOAT32 | MX | B | T_TRV_OP | Travel time of the CB during opening operation | 0...60000 ms | Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | MON | LD0.SSCBR1.TmmsCls.mag.f | MV | FLOAT32 | MX | B | T_TRV_CL | Travel time of the CB during closing operation | 0...60000 ms | Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | MON | LD0.SSCBR1.TmsSprCha.mag.f | MV | FLOAT32 | MX | B | T_SPR_CHR | The charging time of the CB spring | 0.00...99.99 s | Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | MON | LD0.SSCBR1.RmnLifPhA.stVal | INS | INT32 | ST | B | CB_LIFE_A | CB Remaining life phase A | -9999...9999 | Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | MON | LD0.SSCBR1.RmnLifPhB.stVal | INS | INT32 | ST | B | CB_LIFE_B | CB Remaining life phase B | -9999...9999 | Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | MON | LD0.SSCBR1.RmnLifPhC.stVal | INS | INT32 | ST | B | CB_LIFE_C | CB Remaining life phase C | -9999...9999 | Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | MON | LD0.SSCBR1.AccAPwrPhA.mag.f | MV | FLOAT32 | MX | B | IPOW_A | Accumulated currents power (Iyt), phase A | 0.000...30000.000 | Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | MON | LD0.SSCBR1.AccAPwrPhB.mag.f | MV | FLOAT32 | MX | B | IPOW_B | Accumulated currents power (Iyt), phase B | 0.000...30000.000 | Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | MON | LD0.SSCBR1.AccAPwrPhC.mag.f | MV | FLOAT32 | MX | B | IPOW_C | Accumulated currents power (Iyt), phase C | 0.000...30000.000 | Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data | ||||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.CorOpnTmms.setVal | ING | INT32 | SP | B | 10 | Opening time Cor | Correction factor for open travel time in ms | 0...100 ms | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.OpnAlmTmms.setVal | ING | INT32 | SP | B | 40 | Open alarm time | Alarm level setting for open travel time in ms | 0...200 ms | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.ClsAlmTmms.setVal | ING | INT32 | SP | B | 40 | Close alarm time | Alarm level Setting for close travel time in ms | 0...200 ms | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.CorClsTmms.setVal | ING | INT32 | SP | B | 10 | Closing time Cor | Correction factor for CB close travel time in ms | 0...100 ms | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.AlmOpNum.setVal | ING | INT32 | SP | B | 200 | Alarm Op number | Alarm limit for number of operations | 0...9999 | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.LOOpNum.setVal | ING | INT32 | SP | B | 300 | Lockout Op number | Lock out limit for number of operations | 0...9999 | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.AlmAccAPwr.setMag.f | ASG | FLOAT32 | SP | B | 2500.00 | Alm Acc currents Pwr | Setting of alarm level for accumulated currents power | 0.00...20000.00 | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.SprChaTmms.setVal | ING | INT32 | SP | B | 1000 | Spring charge time | Setting of alarm for spring charging time of CB in ms | 0...60000 ms | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.CorDifTmms.setVal | ING | INT32 | SP | B | 5 | Difference Cor time | Corr. factor for time dif in aux. and main contacts open time | -10...10 ms | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.AccStopA.setMag.f | ASG | FLOAT32 | SP | B | 10.00 | Acc stop current | RMS current setting below which engy acm stops | 5.00...500.00 A | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.LOAccAPwr.setMag.f | ASG | FLOAT32 | SP | B | 2500.00 | LO Acc currents Pwr | Lockout limit setting for accumulated currents power | 0.00...20000.00 | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.OpNumRtg.setVal | ING | INT32 | SP | B | 10000 | Op number rated | Number of operations possible at rated current | 1...99999 | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.DirCoef.setMag.f | ASG | FLOAT32 | SP | B,I | -1.50 | Directional Coef | Directional coefficient for CB life calculation | -3.00...-0.50 | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.PresAlTmms.setVal | ING | INT32 | SP | B | 10 | Pressure alarm time | Time delay for gas pressure alarm in ms | 0...60000 ms | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.LifAlmLev.setVal | ING | INT32 | SP | B | 500 | Life alarm level | Alarm level for CB remaining life | 0...99999 | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.OpNumFlt.setVal | ING | INT32 | SP | B | 1000 | Op number fault | Number of operations possible at rated fault current | 1...10000 | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.PresLOTmms.setVal | ING | INT32 | SP | B | 10 | Pres lockout time | Time delay for gas pressure lockout in ms | 0...60000 ms | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.CntIniVal.setVal | ING | INT32 | SP | B,I | 0 | Counter initial Val | The operation numbers counter initialization value | 0...9999 | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.InaAlmTmd.setVal | ING | INT32 | SP | B,I | 2000 | Inactive Alm days | Alarm limit value of the inactive days counter | 0...9999 | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.IniInaTmd.setVal | ING | INT32 | SP | B,I | 0 | Ini inactive days | Initial value of the inactive days counter | 0...9999 | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.InaAlmTmh.setVal | ING | INT32 | SP | B,I | 0 | Inactive Alm hours | Alarm time of the inactive days counter in hours | 0...23 h | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.IniRmnLif.setMag.f | ASG | FLOAT32 | SP | B,I | 5000 | Initial CB Rmn life | Initial value for the CB remaining life | 0...9999 | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.AExpn.setMag.f | ASG | FLOAT32 | SP | B,I | 2.00 | Current exponent | Current exponent setting for energy calculation | 0.00...2.00 | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.AOpRtg.setMag.f | ASG | FLOAT32 | SP | B | 1000.00 | Rated Op current | Rated operating current of the breaker | 100.00...5000.00 A | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.AFltRtg.setMag.f | ASG | FLOAT32 | SP | B | 5000.00 | Rated fault current | Rated fault current of the breaker | 500.00...75000.00 A | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | CFG | LD0.SSCBR1.IniAccAPwr.setMag.f | ASG | FLOAT32 | SP | B | 0.00 | Ini Acc currents Pwr | Initial value for accumulation energy (Iyt) | 0.00...20000.00 | Configuration\Condition monitoring\SSCBR1 | |||
| SSCBR1 | CBCM (1) | CBCM (1) | TES | LD0.SSCBR1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | SSCBR1 | Test control for outputs | 0=Reset; 63=Act. TRV_T_OP_ALM; 64=Deact. TRV_T_OP_ALM; 65=Act. TRV_T_CL_ALM; 66=Deact. TRV_T_CL_ALM; 71=Activate SPR_CHR_ALM; 72=Deactive SPR_CHR_ALM; 73=Activate OPR_ALM; 74=Deactive OPR_ALM; 75=Activate OPR_LO; 76=Deactive OPR_LO; 77=Activate IPOW_ALM; 78=Deactive IPOW_ALM; 79=Activate IPOW_LO; 80=Deactive IPOW_LO; 81=Activate CB_LIFE_ALM; 82=Deactive CB_LIFE_ALM; 83=Activate MON_ALM; 84=Deactive MON_ALM; 85=Activate PRES_ALM; 86=Deactive PRES_ALM; 87=Activate PRES_LO; 88=Deactive PRES_LO; 89=Activate OPENPOS; 90=Deactive OPENPOS; 91=Activate INVALIDPOS; 92=Deactive INVALIDPOS; 93=Activate CLOSEPOS; 94=Deactive CLOSEPOS | Tests\Function tests\Condition monitoring | |||
| SSCBR1 | CBCM (1) | CBCM (1) | VER | LD0.SSCBR1.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| SSCBR2 | CBCM (2) | CBCM (2) | INP | LD0.SSCBR2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block input status | Monitoring\I/O status\Condition monitoring\SSCBR2\Inputs | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | INP | LD0.SSCBR2.InSprChStr.stVal | SPS | BOOLEAN | ST | B | 0 | SPR_CHR_ST | CB spring charging started input | Monitoring\I/O status\Condition monitoring\SSCBR2\Inputs | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | INP | LD0.SSCBR2.InSprCha.stVal | SPS | BOOLEAN | ST | B | 0 | SPR_CHR | CB spring charged input | Monitoring\I/O status\Condition monitoring\SSCBR2\Inputs | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | INP | LD0.SSCBR2.InPresAlm.stVal | SPS | BOOLEAN | ST | B | 0 | PRES_ALM_IN | Binary pressure alarm input | Monitoring\I/O status\Condition monitoring\SSCBR2\Inputs | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | INP | LD0.SSCBR2.InPresLO.stVal | SPS | BOOLEAN | ST | B | 0 | PRES_LO_IN | Binary pressure input for lockout indication | Monitoring\I/O status\Condition monitoring\SSCBR2\Inputs | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | INP | LD0.SSCBR2.InPosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | POSOPEN | Signal for open position of apparatus from I/O | Monitoring\I/O status\Condition monitoring\SSCBR2\Inputs | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | INP | LD0.SSCBR2.InPosCls.stVal | SPS | BOOLEAN | ST | B | 0 | POSCLOSE | Signal for closeposition of apparatus from I/O | Monitoring\I/O status\Condition monitoring\SSCBR2\Inputs | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | INP | LD0.SSCBR2.RsAccAPwr.stVal | SPC | BOOLEAN | ST | B | 0 | RST_IPOW | Reset accumulation energy | Monitoring\I/O status\Condition monitoring\SSCBR2\Inputs | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | INP | LD0.SSCBR2.RsCBWear.stVal | SPC | BOOLEAN | ST | B | 0 | RST_CB_WEAR | Reset input for CB remaining life and operation counter | Monitoring\I/O status\Condition monitoring\SSCBR2\Inputs | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | INP | LD0.SSCBR2.RsTrvTm.stVal | SPC | BOOLEAN | ST | B | 0 | RST_TRV_T | Reset input for CB closing and opening travel times | Monitoring\I/O status\Condition monitoring\SSCBR2\Inputs | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | INP | LD0.SSCBR2.RsSprChaTm.stVal | SPC | BOOLEAN | ST | B | 0 | RST_SPR_T | Reset input for the charging time of the CB spring | Monitoring\I/O status\Condition monitoring\SSCBR2\Inputs | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | OUT | LD0.SSCBR2.OpnAlm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | TRV_T_OP_ALM | CB open travel time exceeded set value | Monitoring\I/O status\Condition monitoring\SSCBR2\Outputs | |||
| SSCBR2 | CBCM (2) | CBCM (2) | OUT | LD0.SSCBR2.ClsAlm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | TRV_T_CL_ALM | CB close travel time exceeded set value | Monitoring\I/O status\Condition monitoring\SSCBR2\Outputs | |||
| SSCBR2 | CBCM (2) | CBCM (2) | OUT | LD0.SSCBR2.SprChaAlm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | SPR_CHR_ALM | Spring charging time has crossed the set value | Monitoring\I/O status\Condition monitoring\SSCBR2\Outputs | |||
| SSCBR2 | CBCM (2) | CBCM (2) | OUT | LD0.SSCBR2.OpNumAlm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | OPR_ALM | Number of CB operations exceeds alarm limit | Monitoring\I/O status\Condition monitoring\SSCBR2\Outputs | |||
| SSCBR2 | CBCM (2) | CBCM (2) | OUT | LD0.SSCBR2.OpNumLO.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | OPR_LO | Number of CB operations exceeds lockout limit | Monitoring\I/O status\Condition monitoring\SSCBR2\Outputs | |||
| SSCBR2 | CBCM (2) | CBCM (2) | OUT | LD0.SSCBR2.LonTmAlm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | MON_ALM | CB 'not operated for long time' alarm | Monitoring\I/O status\Condition monitoring\SSCBR2\Outputs | |||
| SSCBR2 | CBCM (2) | CBCM (2) | OUT | LD0.SSCBR2.PresAlm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | PRES_ALM | Pressure below alarm level | Monitoring\I/O status\Condition monitoring\SSCBR2\Outputs | |||
| SSCBR2 | CBCM (2) | CBCM (2) | OUT | LD0.SSCBR2.PresLO.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | PRES_LO | Pressure below lockout level | Monitoring\I/O status\Condition monitoring\SSCBR2\Outputs | |||
| SSCBR2 | CBCM (2) | CBCM (2) | OUT | LD0.SSCBR2.PosOpn.stVal | SPS | BOOLEAN | ST | B | OPENPOS | CB is in open position | Monitoring\I/O status\Condition monitoring\SSCBR2\Outputs | |||||
| SSCBR2 | CBCM (2) | CBCM (2) | OUT | LD0.SSCBR2.PosIvd.stVal | SPS | BOOLEAN | ST | B | INVALIDPOS | CB is in invalid position (not positively open or closed) | Monitoring\I/O status\Condition monitoring\SSCBR2\Outputs | |||||
| SSCBR2 | CBCM (2) | CBCM (2) | OUT | LD0.SSCBR2.PosCls.stVal | SPS | BOOLEAN | ST | B | CLOSEPOS | CB is in closed position | Monitoring\I/O status\Condition monitoring\SSCBR2\Outputs | |||||
| SSCBR2 | CBCM (2) | CBCM (2) | OUT | LD0.SSCBR2.APwrAlm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | IPOW_ALM | Accumulated currents power (Iyt),exceeded alarm limit | Monitoring\I/O status\Condition monitoring\SSCBR2\Outputs | |||
| SSCBR2 | CBCM (2) | CBCM (2) | OUT | LD0.SSCBR2.APwrLO.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | IPOW_LO | Accumulated currents power (Iyt),exceeded lockout limit | Monitoring\I/O status\Condition monitoring\SSCBR2\Outputs | |||
| SSCBR2 | CBCM (2) | CBCM (2) | OUT | LD0.SSCBR2.CBLifAlm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | CB_LIFE_ALM | Remaining life of CB exceeded alarm limit | Monitoring\I/O status\Condition monitoring\SSCBR2\Outputs | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CTR | LD0.SSCBR2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CTR | LD0.SSCBR2.RsAccAPwr.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | SSCBR2 acc.energy | Resets SSCBR2 accumulation energy | 0=Cancel; 1=Clear | Clear\Clear | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CTR | LD0.SSCBR2.RsCBWear.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | SSCBR2 rem.life | Reset SSCBR2 CB remaining life and operation counter | 0=Cancel; 1=Clear | Clear\Clear | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CTR | LD0.SSCBR2.RsTrvTm.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | SSCBR2 travel times | Reset CB closing and opening travel times | 0=Cancel; 1=Clear | Clear\Clear | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CTR | LD0.SSCBR2.RsSprChaTm.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | SSCBR2 spr.charge t | Reset the charging time of the CB spring | 0=Cancel; 1=Clear | Clear\Clear | |||
| SSCBR2 | CBCM (2) | CBCM (2) | MON | LD0.SSCBR2.Beh.stVal | INS | Enum | ST | B | SSCBR2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | MON | LD0.SSCBR2.OpCnt.stVal | INS | INT32 | ST | B | StatIed | P,H | NO_OPR | Number of CB operation cycle | 0...99999 | Monitoring\I/O status\Condition monitoring\SSCBR2\Monitored data | ||
| SSCBR2 | CBCM (2) | CBCM (2) | MON | LD0.SSCBR2.InaTmdCnt.stVal | INS | INT32 | ST | B | INA_DAYS | The number of days CB has been inactive | 0...9999 | Monitoring\I/O status\Condition monitoring\SSCBR2\Monitored data | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | MON | LD0.SSCBR2.TmmsOpn.mag.f | MV | FLOAT32 | MX | B | T_TRV_OP | Travel time of the CB during opening operation | 0...60000 ms | Monitoring\I/O status\Condition monitoring\SSCBR2\Monitored data | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | MON | LD0.SSCBR2.TmmsCls.mag.f | MV | FLOAT32 | MX | B | T_TRV_CL | Travel time of the CB during closing operation | 0...60000 ms | Monitoring\I/O status\Condition monitoring\SSCBR2\Monitored data | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | MON | LD0.SSCBR2.TmsSprCha.mag.f | MV | FLOAT32 | MX | B | T_SPR_CHR | The charging time of the CB spring | 0.00...99.99 s | Monitoring\I/O status\Condition monitoring\SSCBR2\Monitored data | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | MON | LD0.SSCBR2.RmnLifPhA.stVal | INS | INT32 | ST | B | CB_LIFE_A | CB Remaining life phase A | -9999...9999 | Monitoring\I/O status\Condition monitoring\SSCBR2\Monitored data | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | MON | LD0.SSCBR2.RmnLifPhB.stVal | INS | INT32 | ST | B | CB_LIFE_B | CB Remaining life phase B | -9999...9999 | Monitoring\I/O status\Condition monitoring\SSCBR2\Monitored data | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | MON | LD0.SSCBR2.RmnLifPhC.stVal | INS | INT32 | ST | B | CB_LIFE_C | CB Remaining life phase C | -9999...9999 | Monitoring\I/O status\Condition monitoring\SSCBR2\Monitored data | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | MON | LD0.SSCBR2.AccAPwrPhA.mag.f | MV | FLOAT32 | MX | B | IPOW_A | Accumulated currents power (Iyt), phase A | 0.000...30000.000 | Monitoring\I/O status\Condition monitoring\SSCBR2\Monitored data | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | MON | LD0.SSCBR2.AccAPwrPhB.mag.f | MV | FLOAT32 | MX | B | IPOW_B | Accumulated currents power (Iyt), phase B | 0.000...30000.000 | Monitoring\I/O status\Condition monitoring\SSCBR2\Monitored data | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | MON | LD0.SSCBR2.AccAPwrPhC.mag.f | MV | FLOAT32 | MX | B | IPOW_C | Accumulated currents power (Iyt), phase C | 0.000...30000.000 | Monitoring\I/O status\Condition monitoring\SSCBR2\Monitored data | ||||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.CorOpnTmms.setVal | ING | INT32 | SP | B | 10 | Opening time Cor | Correction factor for open travel time in ms | 0...100 ms | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.OpnAlmTmms.setVal | ING | INT32 | SP | B | 40 | Open alarm time | Alarm level setting for open travel time in ms | 0...200 ms | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.ClsAlmTmms.setVal | ING | INT32 | SP | B | 40 | Close alarm time | Alarm level Setting for close travel time in ms | 0...200 ms | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.CorClsTmms.setVal | ING | INT32 | SP | B | 10 | Closing time Cor | Correction factor for CB close travel time in ms | 0...100 ms | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.AlmOpNum.setVal | ING | INT32 | SP | B | 200 | Alarm Op number | Alarm limit for number of operations | 0...9999 | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.LOOpNum.setVal | ING | INT32 | SP | B | 300 | Lockout Op number | Lock out limit for number of operations | 0...9999 | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.AlmAccAPwr.setMag.f | ASG | FLOAT32 | SP | B | 2500.00 | Alm Acc currents Pwr | Setting of alarm level for accumulated currents power | 0.00...20000.00 | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.SprChaTmms.setVal | ING | INT32 | SP | B | 1000 | Spring charge time | Setting of alarm for spring charging time of CB in ms | 0...60000 ms | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.CorDifTmms.setVal | ING | INT32 | SP | B | 5 | Difference Cor time | Corr. factor for time dif in aux. and main contacts open time | -10...10 ms | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.AccStopA.setMag.f | ASG | FLOAT32 | SP | B | 10.00 | Acc stop current | RMS current setting below which engy acm stops | 5.00...500.00 A | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.LOAccAPwr.setMag.f | ASG | FLOAT32 | SP | B | 2500.00 | LO Acc currents Pwr | Lockout limit setting for accumulated currents power | 0.00...20000.00 | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.OpNumRtg.setVal | ING | INT32 | SP | B | 10000 | Op number rated | Number of operations possible at rated current | 1...99999 | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.DirCoef.setMag.f | ASG | FLOAT32 | SP | B,I | -1.50 | Directional Coef | Directional coefficient for CB life calculation | -3.00...-0.50 | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.PresAlTmms.setVal | ING | INT32 | SP | B | 10 | Pressure alarm time | Time delay for gas pressure alarm in ms | 0...60000 ms | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.LifAlmLev.setVal | ING | INT32 | SP | B | 500 | Life alarm level | Alarm level for CB remaining life | 0...99999 | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.OpNumFlt.setVal | ING | INT32 | SP | B | 1000 | Op number fault | Number of operations possible at rated fault current | 1...10000 | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.PresLOTmms.setVal | ING | INT32 | SP | B | 10 | Pres lockout time | Time delay for gas pressure lockout in ms | 0...60000 ms | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.CntIniVal.setVal | ING | INT32 | SP | B,I | 0 | Counter initial Val | The operation numbers counter initialization value | 0...9999 | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.InaAlmTmd.setVal | ING | INT32 | SP | B,I | 2000 | Inactive Alm days | Alarm limit value of the inactive days counter | 0...9999 | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.IniInaTmd.setVal | ING | INT32 | SP | B,I | 0 | Ini inactive days | Initial value of the inactive days counter | 0...9999 | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.InaAlmTmh.setVal | ING | INT32 | SP | B,I | 0 | Inactive Alm hours | Alarm time of the inactive days counter in hours | 0...23 h | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.IniRmnLif.setMag.f | ASG | FLOAT32 | SP | B,I | 5000 | Initial CB Rmn life | Initial value for the CB remaining life | 0...9999 | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.AExpn.setMag.f | ASG | FLOAT32 | SP | B,I | 2.00 | Current exponent | Current exponent setting for energy calculation | 0.00...2.00 | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.AOpRtg.setMag.f | ASG | FLOAT32 | SP | B | 1000.00 | Rated Op current | Rated operating current of the breaker | 100.00...5000.00 A | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.AFltRtg.setMag.f | ASG | FLOAT32 | SP | B | 5000.00 | Rated fault current | Rated fault current of the breaker | 500.00...75000.00 A | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | CFG | LD0.SSCBR2.IniAccAPwr.setMag.f | ASG | FLOAT32 | SP | B | 0.00 | Ini Acc currents Pwr | Initial value for accumulation energy (Iyt) | 0.00...20000.00 | Configuration\Condition monitoring\SSCBR2 | |||
| SSCBR2 | CBCM (2) | CBCM (2) | TES | LD0.SSCBR2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | SSCBR2 | Test control for outputs | 0=Reset; 63=Act. TRV_T_OP_ALM; 64=Deact. TRV_T_OP_ALM; 65=Act. TRV_T_CL_ALM; 66=Deact. TRV_T_CL_ALM; 71=Activate SPR_CHR_ALM; 72=Deactive SPR_CHR_ALM; 73=Activate OPR_ALM; 74=Deactive OPR_ALM; 75=Activate OPR_LO; 76=Deactive OPR_LO; 77=Activate IPOW_ALM; 78=Deactive IPOW_ALM; 79=Activate IPOW_LO; 80=Deactive IPOW_LO; 81=Activate CB_LIFE_ALM; 82=Deactive CB_LIFE_ALM; 83=Activate MON_ALM; 84=Deactive MON_ALM; 85=Activate PRES_ALM; 86=Deactive PRES_ALM; 87=Activate PRES_LO; 88=Deactive PRES_LO; 89=Activate OPENPOS; 90=Deactive OPENPOS; 91=Activate INVALIDPOS; 92=Deactive INVALIDPOS; 93=Activate CLOSEPOS; 94=Deactive CLOSEPOS | Tests\Function tests\Condition monitoring | |||
| SSCBR2 | CBCM (2) | CBCM (2) | VER | LD0.SSCBR2.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TCSSCBR1 | TCS (1) | TCM (1) | INP | LD0.TCSSCBR1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block input status | Monitoring\I/O status\Condition monitoring\TCSSCBR1\Inputs | ||||
| TCSSCBR1 | TCS (1) | TCM (1) | OUT | LD0.TCSSCBR1.CirAlm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | ALARM | Alarm output | Monitoring\I/O status\Condition monitoring\TCSSCBR1\Outputs | |||
| TCSSCBR1 | TCS (1) | TCM (1) | CTR | LD0.TCSSCBR1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Condition monitoring\TCSSCBR1 | |||
| TCSSCBR1 | TCS (1) | TCM (1) | MON | LD0.TCSSCBR1.Beh.stVal | INS | Enum | ST | B | TCSSCBR1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| TCSSCBR1 | TCS (1) | TCM (1) | CFG | LD0.TCSSCBR1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Condition monitoring\TCSSCBR1 | |||
| TCSSCBR1 | TCS (1) | TCM (1) | CFG | LD0.TCSSCBR1.OpDlTmms.setVal | ING | INT32 | SP | B | 3000 | Operate delay time | Operate delay time | 20...300000 ms | Configuration\Condition monitoring\TCSSCBR1 | |||
| TCSSCBR1 | TCS (1) | TCM (1) | CFG | LD0.TCSSCBR1.RsDlTmms.setVal | ING | INT32 | SP | B | 1000 | Reset delay time | Reset delay time | 20...60000 ms | Configuration\Condition monitoring\TCSSCBR1 | |||
| TCSSCBR1 | TCS (1) | TCM (1) | TES | LD0.TCSSCBR1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | TCSSCBR1 | Test control for outputs | 0=Reset; 17=Activate ALARM; 18=Deactive ALARM | Tests\Function tests\Condition monitoring | |||
| TCSSCBR1 | TCS (1) | TCM (1) | VER | LD0.TCSSCBR1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TCSSCBR2 | TCS (2) | TCM (2) | INP | LD0.TCSSCBR2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block input status | Monitoring\I/O status\Condition monitoring\TCSSCBR2\Inputs | ||||
| TCSSCBR2 | TCS (2) | TCM (2) | OUT | LD0.TCSSCBR2.CirAlm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | ALARM | Alarm output | Monitoring\I/O status\Condition monitoring\TCSSCBR2\Outputs | |||
| TCSSCBR2 | TCS (2) | TCM (2) | CTR | LD0.TCSSCBR2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Condition monitoring\TCSSCBR2 | |||
| TCSSCBR2 | TCS (2) | TCM (2) | MON | LD0.TCSSCBR2.Beh.stVal | INS | Enum | ST | B | TCSSCBR2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| TCSSCBR2 | TCS (2) | TCM (2) | CFG | LD0.TCSSCBR2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Condition monitoring\TCSSCBR2 | |||
| TCSSCBR2 | TCS (2) | TCM (2) | CFG | LD0.TCSSCBR2.OpDlTmms.setVal | ING | INT32 | SP | B | 3000 | Operate delay time | Operate delay time | 20...300000 ms | Configuration\Condition monitoring\TCSSCBR2 | |||
| TCSSCBR2 | TCS (2) | TCM (2) | CFG | LD0.TCSSCBR2.RsDlTmms.setVal | ING | INT32 | SP | B | 1000 | Reset delay time | Reset delay time | 20...60000 ms | Configuration\Condition monitoring\TCSSCBR2 | |||
| TCSSCBR2 | TCS (2) | TCM (2) | TES | LD0.TCSSCBR2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | TCSSCBR2 | Test control for outputs | 0=Reset; 17=Activate ALARM; 18=Deactive ALARM | Tests\Function tests\Condition monitoring | |||
| TCSSCBR2 | TCS (2) | TCM (2) | VER | LD0.TCSSCBR2.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| CCRDIF1 | MCS 3I (1) | MCS 3I (1) | INP | LD0.CCRDIF1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for all binary outputs | Monitoring\I/O status\Condition monitoring\CCRDIF1\Inputs | ||||
| CCRDIF1 | MCS 3I (1) | MCS 3I (1) | OUT | LD0.CCRDIF1.Op.general | ACT | BOOLEAN | ST | B | StatIed | P,H | FAIL | Fail output | Monitoring\I/O status\Condition monitoring\CCRDIF1\Outputs | |||
| CCRDIF1 | MCS 3I (1) | MCS 3I (1) | OUT | LD0.CCRDIF1.Alm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | ALARM | Alarm output | Monitoring\I/O status\Condition monitoring\CCRDIF1\Outputs | |||
| CCRDIF1 | MCS 3I (1) | MCS 3I (1) | CTR | LD0.CCRDIF1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation On / Off | 1=on; 5=off | Configuration\Condition monitoring\CCRDIF1 | |||
| CCRDIF1 | MCS 3I (1) | MCS 3I (1) | MON | LD0.CCRDIF1.Beh.stVal | INS | Enum | ST | B | CCRDIF1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| CCRDIF1 | MCS 3I (1) | MCS 3I (1) | MON | LD0.CCRDIF1.DifAClc.res.cVal.mag.f | WYE | FLOAT32 | MX | B | IDIFF | Differential current | 0.00...40.00 xIn | Monitoring\I/O status\Condition monitoring\CCRDIF1\Monitored data | ||||
| CCRDIF1 | MCS 3I (1) | MCS 3I (1) | CFG | LD0.CCRDIF1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation On / Off | 1=on; 5=off | Configuration\Condition monitoring\CCRDIF1 | |||
| CCRDIF1 | MCS 3I (1) | MCS 3I (1) | CFG | LD0.CCRDIF1.StrVal.setMag.f | ASG | FLOAT32 | SP | B | 0.05 | Start value | Minimum operate current differential level | 0.05...0.20 xIn | Configuration\Condition monitoring\CCRDIF1 | IL1TCTR1 | ||
| CCRDIF1 | MCS 3I (1) | MCS 3I (1) | CFG | LD0.CCRDIF1.MaxOpA.setMag.f | ASG | FLOAT32 | SP | B | 1.5 | Max operate current | Block of the function at high phase current | 1.00...5.00 xIn | Configuration\Condition monitoring\CCRDIF1 | IL1TCTR1 | ||
| CCRDIF1 | MCS 3I (1) | MCS 3I (1) | TES | LD0.CCRDIF1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | CCRDIF1 | Test control for outputs | 0=Reset; 17=Activate ALARM; 18=Deactive ALARM; 113=Activate FAIL; 114=Deactive FAIL | Tests\Function tests\Condition monitoring | |||
| CCRDIF1 | MCS 3I (1) | MCS 3I (1) | VER | LD0.CCRDIF1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| SEQRFUF1 | FUSEF (1) | 60 (1) | INP | LD0.SEQRFUF1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block of function | Monitoring\I/O status\Condition monitoring\SEQRFUF1\Inputs | ||||
| SEQRFUF1 | FUSEF (1) | 60 (1) | INP | LD0.SEQRFUF1.InPosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CB_CLOSED | Active when circuit breaker is closed | Monitoring\I/O status\Condition monitoring\SEQRFUF1\Inputs | ||||
| SEQRFUF1 | FUSEF (1) | 60 (1) | INP | LD0.SEQRFUF1.InDCPosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | DISCON_OPEN | Active when line disconnector is open | Monitoring\I/O status\Condition monitoring\SEQRFUF1\Inputs | ||||
| SEQRFUF1 | FUSEF (1) | 60 (1) | INP | LD0.SEQRFUF1.InMCBPsOpn.stVal | SPS | BOOLEAN | ST | B | 0 | MINCB_OPEN | Active when external MCB opens protected voltage circuit | Monitoring\I/O status\Condition monitoring\SEQRFUF1\Inputs | ||||
| SEQRFUF1 | FUSEF (1) | 60 (1) | OUT | LD0.SEQRFUF1.Str.general | ACD | BOOLEAN | ST | B | StatIed | P,H | FUSEF_U | General start of function | Monitoring\I/O status\Condition monitoring\SEQRFUF1\Outputs | |||
| SEQRFUF1 | FUSEF (1) | 60 (1) | OUT | LD0.SEQRFUF1.Str3Ph.general | ACD | BOOLEAN | ST | B | StatIed | P,H | FUSEF_3PH | Three-phase start of function | Monitoring\I/O status\Condition monitoring\SEQRFUF1\Outputs | |||
| SEQRFUF1 | FUSEF (1) | 60 (1) | CTR | LD0.SEQRFUF1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Condition monitoring\SEQRFUF1 | |||
| SEQRFUF1 | FUSEF (1) | 60 (1) | MON | LD0.SEQRFUF1.Beh.stVal | INS | Enum | ST | B | SEQRFUF1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| SEQRFUF1 | FUSEF (1) | 60 (1) | CFG | LD0.SEQRFUF1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Condition monitoring\SEQRFUF1 | |||
| SEQRFUF1 | FUSEF (1) | 60 (1) | CFG | LD0.SEQRFUF1.BlkValA.setMag.f | ASG | FLOAT32 | SP | B | 0.10 | Min Op current delta | Minimum operate level of phase current for delta calculation | 0.01...1.00 xIn | Configuration\Condition monitoring\SEQRFUF1 | IL1TCTR1 | ||
| SEQRFUF1 | FUSEF (1) | 60 (1) | CFG | LD0.SEQRFUF1.NgSeqLevA.setMag.f | ASG | FLOAT32 | SP | B | 0.03 | Neg Seq current Lev | Operate level of neg seq undercurrent element | 0.03...0.20 xIn | Configuration\Condition monitoring\SEQRFUF1 | IL1TCTR1 | ||
| SEQRFUF1 | FUSEF (1) | 60 (1) | CFG | LD0.SEQRFUF1.ChgRteA.setMag.f | ASG | FLOAT32 | SP | B | 0.15 | Current change rate | Operate level of change in phase current | 0.01...0.50 xIn | Configuration\Condition monitoring\SEQRFUF1 | IL1TCTR1 | ||
| SEQRFUF1 | FUSEF (1) | 60 (1) | CFG | LD0.SEQRFUF1.ChgRteEna.setVal | SPG | BOOLEAN | SP | B | 0 | Change rate enable | Enabling operation of change based function | Configuration\Condition monitoring\SEQRFUF1 | ||||
| SEQRFUF1 | FUSEF (1) | 60 (1) | CFG | LD0.SEQRFUF1.ChgRteV.setMag.f | ASG | FLOAT32 | SP | B | 0.60 | Voltage change rate | Operate level of change in phase voltage | 0.50...0.90 xUn | Configuration\Condition monitoring\SEQRFUF1 | UL1TVTR1 | ||
| SEQRFUF1 | FUSEF (1) | 60 (1) | CFG | LD0.SEQRFUF1.EnaSealIn.setVal | SPG | BOOLEAN | SP | B | 0 | Enable seal in | Enabling seal in functionality | Configuration\Condition monitoring\SEQRFUF1 | ||||
| SEQRFUF1 | FUSEF (1) | 60 (1) | CFG | LD0.SEQRFUF1.BlkValV.setMag.f | ASG | FLOAT32 | SP | B | 0.70 | Min Op voltage delta | Minimum operate level of phase voltage for delta calculation | 0.01...1.00 xUn | Configuration\Condition monitoring\SEQRFUF1 | UL1TVTR1 | ||
| SEQRFUF1 | FUSEF (1) | 60 (1) | CFG | LD0.SEQRFUF1.SealInV.setMag.f | ASG | FLOAT32 | SP | B | 0.70 | Seal in voltage | Operate level of seal-in phase voltage | 0.01...1.00 xUn | Configuration\Condition monitoring\SEQRFUF1 | UL1TVTR1 | ||
| SEQRFUF1 | FUSEF (1) | 60 (1) | CFG | LD0.SEQRFUF1.NgSeqLevV.setMag.f | ASG | FLOAT32 | SP | B | 0.10 | Neg Seq voltage Lev | Operate level of neg seq overvoltage element | 0.03...0.20 xUn | Configuration\Condition monitoring\SEQRFUF1 | UL1TVTR1 | ||
| SEQRFUF1 | FUSEF (1) | 60 (1) | CFG | LD0.SEQRFUF1.DeaLinValA.setMag.f | ASG | FLOAT32 | SP | B | 0.05 | Current dead Lin Val | Operate level for open phase current detection | 0.05...1.00 xIn | Configuration\Condition monitoring\SEQRFUF1 | IL1TCTR1 | ||
| SEQRFUF1 | FUSEF (1) | 60 (1) | TES | LD0.SEQRFUF1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | SEQRFUF1 | Test control for outputs | 0=Reset; 117=Activate FUSEF_3PH; 118=Deactive FUSEF_3PH; 119=Activate FUSEF_U; 120=Deactive FUSEF_U | Tests\Function tests\Condition monitoring | |||
| SEQRFUF1 | FUSEF (1) | 60 (1) | VER | LD0.SEQRFUF1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| CMMXU1 | 3I (1) | 3I (1) | INP | LD0.CMMXU1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for all binary outputs | Monitoring\I/O status\Measurements\CMMXU1\Inputs | ||||
| CMMXU1 | 3I (1) | 3I (1) | OUT | LD0.CMMXU1.HiAlm.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | HIGH_ALARM | High alarm | Monitoring\I/O status\Measurements\CMMXU1\Outputs | |||
| CMMXU1 | 3I (1) | 3I (1) | OUT | LD0.CMMXU1.HiWrn.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | HIGH_WARN | High warning | Monitoring\I/O status\Measurements\CMMXU1\Outputs | |||
| CMMXU1 | 3I (1) | 3I (1) | OUT | LD0.CMMXU1.LoWrn.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | LOW_WARN | Low warning | Monitoring\I/O status\Measurements\CMMXU1\Outputs | |||
| CMMXU1 | 3I (1) | 3I (1) | OUT | LD0.CMMXU1.LoAlm.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | LOW_ALARM | Low alarm | Monitoring\I/O status\Measurements\CMMXU1\Outputs | |||
| CMMXU1 | 3I (1) | 3I (1) | CTR | LD0.CMMXU1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\CMMXU1 | |||
| CMMXU1 | 3I (1) | 3I (1) | CTR | LD0.CMSTA1.RecRs.Oper.ctlVal | SPC | BOOLEAN | CO | (CMMXU1 demands) | ||||||||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMMXU1.A.phsA.instCVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | IL1-A | Measured current amplitude phase A | 0.00...40.00 xIn | Measurements\CMMXU1 | ||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMMXU1.A.phsA.instCVal.ang.f | WYE | FLOAT32 | MX | B | MeasFlt | P | I_ANGL_A | IL1 current angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\CMMXU1\Monitored data | ||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMMXU1.A.phsA.cVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | I_DB_A | IL1 Amplitude, magnitude of reported value | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\CMMXU1\Monitored data | ||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMMXU1.A.phsA.range | WYE | Enum | MX | B | MeasFlt | P | I_RANGE_A | IL1 Amplitude range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\CMMXU1\Monitored data | ||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMMXU1.A.phsB.instCVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | IL2-A | Measured current amplitude phase B | 0.00...40.00 xIn | Measurements\CMMXU1 | ||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMMXU1.A.phsB.instCVal.ang.f | WYE | FLOAT32 | MX | B | MeasFlt | P | I_ANGL_B | IL2 current angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\CMMXU1\Monitored data | ||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMMXU1.A.phsB.cVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | I_DB_B | IL2 Amplitude, magnitude of reported value | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\CMMXU1\Monitored data | ||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMMXU1.A.phsB.range | WYE | Enum | MX | B | MeasFlt | P | I_RANGE_B | IL2 Amplitude range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\CMMXU1\Monitored data | ||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMMXU1.A.phsC.instCVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | IL3-A | Measured current amplitude phase C | 0.00...40.00 xIn | Measurements\CMMXU1 | ||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMMXU1.A.phsC.instCVal.ang.f | WYE | FLOAT32 | MX | B | MeasFlt | P | I_ANGL_C | IL3 current angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\CMMXU1\Monitored data | ||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMMXU1.A.phsC.cVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | I_DB_C | IL3 Amplitude, magnitude of reported value | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\CMMXU1\Monitored data | ||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMMXU1.A.phsC.range | WYE | Enum | MX | B | MeasFlt | P | I_RANGE_C | IL3 Amplitude range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\CMMXU1\Monitored data | ||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMSTA1.AvAmpsA.mag.f | MV | FLOAT32 | MX | B | I_DMD_A | Demand value of IL1 current | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\CMMXU1\Monitored data | IL1TCTR1 | |||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMSTA1.MaxAmpsA.mag.f | MV | FLOAT32 | MX | B | Max demand IL1 | Maximum demand for Phase A | 0.00...40.00 xIn | Monitoring\Recorded data\Measurements\CMMXU1 | IL1TCTR1 | |||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMSTA1.MaxAmpsA.t | MV | Timestamp | MX | B | Time max demand IL1 | Time of maximum demand phase A | Monitoring\Recorded data\Measurements\CMMXU1 | |||||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMSTA1.MinAmpsA.mag.f | MV | FLOAT32 | MX | B | Min demand IL1 | Minimum demand for Phase A | 0.00...40.00 xIn | Monitoring\Recorded data\Measurements\CMMXU1 | IL1TCTR1 | |||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMSTA1.MinAmpsA.t | MV | Timestamp | MX | B | Time min demand IL1 | Time of minimum demand phase A | Monitoring\Recorded data\Measurements\CMMXU1 | |||||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMSTA1.AvAmpsB.mag.f | MV | FLOAT32 | MX | B | I_DMD_B | Demand value of IL2 current | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\CMMXU1\Monitored data | IL1TCTR1 | |||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMSTA1.MaxAmpsB.mag.f | MV | FLOAT32 | MX | B | Max demand IL2 | Maximum demand for Phase B | 0.00...40.00 xIn | Monitoring\Recorded data\Measurements\CMMXU1 | IL1TCTR1 | |||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMSTA1.MaxAmpsB.t | MV | Timestamp | MX | B | Time max demand IL2 | Time of maximum demand phase B | Monitoring\Recorded data\Measurements\CMMXU1 | |||||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMSTA1.MinAmpsB.mag.f | MV | FLOAT32 | MX | B | Min demand IL2 | Minimum demand for Phase B | 0.00...40.00 xIn | Monitoring\Recorded data\Measurements\CMMXU1 | IL1TCTR1 | |||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMSTA1.MinAmpsB.t | MV | Timestamp | MX | B | Time min demand IL2 | Time of minimum demand phase B | Monitoring\Recorded data\Measurements\CMMXU1 | |||||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMSTA1.AvAmpsC.mag.f | MV | FLOAT32 | MX | B | I_DMD_C | Demand value of IL3 current | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\CMMXU1\Monitored data | IL1TCTR1 | |||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMSTA1.MaxAmpsC.mag.f | MV | FLOAT32 | MX | B | Max demand IL3 | Maximum demand for Phase C | 0.00...40.00 xIn | Monitoring\Recorded data\Measurements\CMMXU1 | IL1TCTR1 | |||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMSTA1.MaxAmpsC.t | MV | Timestamp | MX | B | Time max demand IL3 | Time of maximum demand phase C | Monitoring\Recorded data\Measurements\CMMXU1 | |||||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMSTA1.MinAmpsC.mag.f | MV | FLOAT32 | MX | B | Min demand IL3 | Minimum demand for Phase C | 0.00...40.00 xIn | Monitoring\Recorded data\Measurements\CMMXU1 | IL1TCTR1 | |||
| CMMXU1 | 3I (1) | 3I (1) | MON | LD0.CMSTA1.MinAmpsC.t | MV | Timestamp | MX | B | Time min demand IL3 | Time of minimum demand phase C | Monitoring\Recorded data\Measurements\CMMXU1 | |||||
| CMMXU1 | 3I (1) | 3I (1) | CFG | LD0.CMMXU1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\CMMXU1 | |||
| CMMXU1 | 3I (1) | 3I (1) | CFG | LD0.CMMXU1.A.phsA.db | WYE | INT32U | CF | B,I | 2500 | A deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\Measurements\CMMXU1 | |||
| CMMXU1 | 3I (1) | 3I (1) | CFG | LD0.CMMXU1.A.phsA.rangeC.hhLim.f | WYE | FLOAT32 | CF | B,I | 1.40 | A high high limit | High alarm current limit | 0.00...40.00 xIn | Configuration\Measurements\CMMXU1 | |||
| CMMXU1 | 3I (1) | 3I (1) | CFG | LD0.CMMXU1.A.phsA.rangeC.hLim.f | WYE | FLOAT32 | CF | B,I | 1.20 | A high limit | High warning current limit | 0.00...40.00 xIn | Configuration\Measurements\CMMXU1 | |||
| CMMXU1 | 3I (1) | 3I (1) | CFG | LD0.CMMXU1.A.phsA.rangeC.lLim.f | WYE | FLOAT32 | CF | B,I | 0.00 | A low limit | Low warning current limit | 0.00...40.00 xIn | Configuration\Measurements\CMMXU1 | |||
| CMMXU1 | 3I (1) | 3I (1) | CFG | LD0.CMMXU1.A.phsA.rangeC.llLim.f | WYE | FLOAT32 | CF | B,I | 0.00 | A low low limit | Low alarm current limit | 0.00...40.00 xIn | Configuration\Measurements\CMMXU1 | |||
| CMMXU1 | 3I (1) | 3I (1) | CFG | LD0.CMMXU1.AMeasMod.setVal | ING | Enum | SP | B | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT | Configuration\Measurements\CMMXU1 | |||
| CMMXU1 | 3I (1) | 3I (1) | CFG | LD0.CMMXU1.NumPh.setVal | ING | Enum | SP | B | 1 | Num of phases | Number of phases required by limit supervision | 1=1 out of 3; 2=2 out of 3; 3=3 out of 3 | Configuration\Measurements\CMMXU1 | |||
| CMMXU1 | 3I (1) | 3I (1) | VER | LD0.CMMXU1.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) | |||||||
| CMMXU1 | 3I (1) | 3I (1) | VER | LD0.CMSTA1.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | CTR | LD0.CSMSQI1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\CSMSQI1 | |||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | MON | LD0.CSMSQI1.SeqA.c1.instCVal.mag.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | PsSeq-A | Measured positive sequence current | 0.00...40.00 xIn | Measurements\CSMSQI1 | ||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | MON | LD0.CSMSQI1.SeqA.c1.instCVal.ang.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | I1_ANGL | Positive sequence current angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\CSMSQI1\Monitored data | ||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | MON | LD0.CSMSQI1.SeqA.c1.cVal.mag.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | I1_DB | Positive sequence current amplitude, reported value | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\CSMSQI1\Monitored data | ||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | MON | LD0.CSMSQI1.SeqA.c1.range | SEQ | Enum | MX | B | MeasFlt | P | I1_RANGE | Positive sequence current amplitude range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\CSMSQI1\Monitored data | ||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | MON | LD0.CSMSQI1.SeqA.c2.instCVal.mag.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | NgSeq-A | Measured negative sequence current | 0.00...40.00 xIn | Measurements\CSMSQI1 | ||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | MON | LD0.CSMSQI1.SeqA.c2.instCVal.ang.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | I2_ANGL | Negative sequence current angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\CSMSQI1\Monitored data | ||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | MON | LD0.CSMSQI1.SeqA.c2.cVal.mag.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | I2_DB | Negative sequence current amplitude, reported value | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\CSMSQI1\Monitored data | ||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | MON | LD0.CSMSQI1.SeqA.c2.range | SEQ | Enum | MX | B | MeasFlt | P | I2_RANGE | Negative sequence current amplitude range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\CSMSQI1\Monitored data | ||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | MON | LD0.CSMSQI1.SeqA.c3.instCVal.mag.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | ZroSeq-A | Measured zero sequence current | 0.00...40.00 xIn | Measurements\CSMSQI1 | ||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | MON | LD0.CSMSQI1.SeqA.c3.instCVal.ang.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | I0_ANGL | Zero sequence current angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\CSMSQI1\Monitored data | ||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | MON | LD0.CSMSQI1.SeqA.c3.cVal.mag.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | I0_DB | Zero sequence current amplitude, reported value | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\CSMSQI1\Monitored data | ||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | MON | LD0.CSMSQI1.SeqA.c3.range | SEQ | Enum | MX | B | MeasFlt | P | I0_RANGE | Zero sequence current amplitude range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\CSMSQI1\Monitored data | ||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | CFG | LD0.CSMSQI1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\CSMSQI1 | |||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | CFG | LD0.CSMSQI1.SeqA.c1.db | SEQ | INT32U | CF | B,I | 2500 | Ps Seq A deadband | Deadband configuration value for positive sequence current for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\Measurements\CSMSQI1 | |||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | CFG | LD0.CSMSQI1.SeqA.c1.rangeC.hhLim.f | SEQ | FLOAT32 | CF | B,I | 1.40 | Ps Seq A Hi high Lim | High alarm current limit for positive sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI1 | |||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | CFG | LD0.CSMSQI1.SeqA.c1.rangeC.hLim.f | SEQ | FLOAT32 | CF | B,I | 1.20 | Ps Seq A high limit | High warning current limit for positive sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI1 | |||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | CFG | LD0.CSMSQI1.SeqA.c1.rangeC.lLim.f | SEQ | FLOAT32 | CF | B,I | 0.00 | Ps Seq A low limit | Low warning current limit for positive sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI1 | |||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | CFG | LD0.CSMSQI1.SeqA.c1.rangeC.llLim.f | SEQ | FLOAT32 | CF | B,I | 0.00 | Ps Seq A low low Lim | Low alarm current limit for positive sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI1 | |||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | CFG | LD0.CSMSQI1.SeqA.c2.db | SEQ | INT32U | CF | B,I | 2500 | Ng Seq A deadband | Deadband configuration value for negative sequence current for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\Measurements\CSMSQI1 | |||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | CFG | LD0.CSMSQI1.SeqA.c2.rangeC.hhLim.f | SEQ | FLOAT32 | CF | B,I | 0.20 | Ng Seq A Hi high Lim | High alarm current limit for negative sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI1 | |||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | CFG | LD0.CSMSQI1.SeqA.c2.rangeC.hLim.f | SEQ | FLOAT32 | CF | B,I | 0.05 | Ng Seq A High limit | High warning current limit for negative sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI1 | |||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | CFG | LD0.CSMSQI1.SeqA.c2.rangeC.lLim.f | SEQ | FLOAT32 | CF | B,I | 0.00 | Ng Seq A low limit | Low warning current limit for negative sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI1 | |||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | CFG | LD0.CSMSQI1.SeqA.c2.rangeC.llLim.f | SEQ | FLOAT32 | CF | B,I | 0.00 | Ng Seq A low low Lim | Low alarm current limit for negative sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI1 | |||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | CFG | LD0.CSMSQI1.SeqA.c3.db | SEQ | INT32U | CF | B,I | 2500 | Zro A deadband | Deadband configuration value for zero sequence current for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\Measurements\CSMSQI1 | |||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | CFG | LD0.CSMSQI1.SeqA.c3.rangeC.hhLim.f | SEQ | FLOAT32 | CF | B,I | 0.20 | Zro A Hi high Lim | High alarm current limit for zero sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI1 | |||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | CFG | LD0.CSMSQI1.SeqA.c3.rangeC.hLim.f | SEQ | FLOAT32 | CF | B,I | 0.05 | Zro A High limit | High warning current limit for zero sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI1 | |||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | CFG | LD0.CSMSQI1.SeqA.c3.rangeC.lLim.f | SEQ | FLOAT32 | CF | B,I | 0.00 | Zro A low limit | Low warning current limit for zero sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI1 | |||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | CFG | LD0.CSMSQI1.SeqA.c3.rangeC.llLim.f | SEQ | FLOAT32 | CF | B,I | 0.00 | Zro A low low Lim | Low alarm current limit for zero sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI1 | |||
| CSMSQI1 | I1, I2, I0 (1) | I1, I2, I0 (1) | VER | LD0.CSMSQI1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PEMMXU1 | P, E (1) | P, E (1) | INP | LD0.PEMMTR1.SupDmdRs.stVal | SPC | BOOLEAN | ST | B | 0 | RSTACM | Reset of accumulated energy reading | Monitoring\I/O status\Measurements\PEMMXU1\Inputs | ||||
| PEMMXU1 | P, E (1) | P, E (1) | CTR | LD0.PEMMXU1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\PEMMXU1 | |||
| PEMMXU1 | P, E (1) | P, E (1) | CTR | LD0.PEMMTR1.SupDmdRs.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | PEMMXU1 acc.energy | Reset of accumulated energy reading | 0=Cancel; 1=Clear | Clear\Clear | |||
| PEMMXU1 | P, E (1) | P, E (1) | CTR | LD0.PEMSTA1.RecRs.Oper.ctlVal | SPC | BOOLEAN | CO | (PEMMXU1 demands) | ||||||||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMMXU1.TotW.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | P-kW | Total Active Power | -999999.9...999999.9 kW | Measurements\PEMMXU1 | ||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMMXU1.TotW.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | P_DB | Active power, magnitude of reported value | -999999.9...999999.9 kW | Monitoring\I/O status\Measurements\PEMMXU1\Monitored data | ||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMMXU1.TotVAr.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | Q-kVAr | Total Reactive Power | -999999.9...999999.9 kVAr | Measurements\PEMMXU1 | ||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMMXU1.TotVAr.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | Q_DB | Reactive power, magnitude of reported value | -999999.9...999999.9 kVAr | Monitoring\I/O status\Measurements\PEMMXU1\Monitored data | ||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMMXU1.TotVA.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | S-kVA | Total Apparent Power | -999999.9...999999.9 kVA | Measurements\PEMMXU1 | ||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMMXU1.TotVA.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | S_DB | Apparent power, magnitude of reported value | -999999.9...999999.9 kVA | Monitoring\I/O status\Measurements\PEMMXU1\Monitored data | ||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMMXU1.TotPF.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | PF | Average Power factor | -1.00...1.00 | Measurements\PEMMXU1 | ||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMMXU1.TotPF.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | PF_DB | Power factor, magnitude of reported value | -1.00...1.00 | Monitoring\I/O status\Measurements\PEMMXU1\Monitored data | ||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMMTR1.SupWh.actVal | BCR | INT128 | ST | B | EA_RV_ACM | Accumulated reverse active energy value | 0...999999999 kWh | Monitoring\I/O status\Measurements\PEMMXU1\Monitored data | ||||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMMTR1.SupVArh.actVal | BCR | INT128 | ST | B | ER_RV_ACM | Accumulated reverse reactive energy value | 0...999999999 kVArh | Monitoring\I/O status\Measurements\PEMMXU1\Monitored data | ||||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMMTR1.DmdWh.actVal | BCR | INT128 | ST | B | EA_FWD_ACM | Accumulated forward active energy value | 0...999999999 kWh | Monitoring\I/O status\Measurements\PEMMXU1\Monitored data | ||||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMMTR1.DmdVArh.actVal | BCR | INT128 | ST | B | ER_FWD_ACM | Accumulated forward reactive energy value | 0...999999999 kVArh | Monitoring\I/O status\Measurements\PEMMXU1\Monitored data | ||||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMSTA1.AvVA.mag.f | MV | FLOAT32 | MX | B | S_DMD | Demand value of apparent power | -999999.9...999999.9 kVA | Monitoring\I/O status\Measurements\PEMMXU1\Monitored data | ||||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMSTA1.MaxVA.mag.f | MV | FLOAT32 | MX | B | Max demand S | Maximum demand value of apparent power | -999999.9...999999.9 kVA | Monitoring\Recorded data\Measurements\PEMMXU1 | ||||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMSTA1.MaxVA.t | MV | Timestamp | MX | B | Time max dmd S | Time of maximum demand | Monitoring\Recorded data\Measurements\PEMMXU1 | |||||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMSTA1.MinVA.mag.f | MV | FLOAT32 | MX | B | Min demand S | Minimum demand value of apparent power | -999999.9...999999.9 kVA | Monitoring\Recorded data\Measurements\PEMMXU1 | ||||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMSTA1.MinVA.t | MV | Timestamp | MX | B | Time min dmd S | Time of minimum demand | Monitoring\Recorded data\Measurements\PEMMXU1 | |||||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMSTA1.AvW.mag.f | MV | FLOAT32 | MX | B | P_DMD | Demand value of active power | -999999.9...999999.9 kW | Monitoring\I/O status\Measurements\PEMMXU1\Monitored data | ||||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMSTA1.MaxW.mag.f | MV | FLOAT32 | MX | B | Max demand P | Maximum demand value of active power | -999999.9...999999.9 kW | Monitoring\Recorded data\Measurements\PEMMXU1 | ||||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMSTA1.MaxW.t | MV | Timestamp | MX | B | Time max dmd P | Time of maximum demand | Monitoring\Recorded data\Measurements\PEMMXU1 | |||||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMSTA1.MinW.mag.f | MV | FLOAT32 | MX | B | Min demand P | Minimum demand value of active power | -999999.9...999999.9 kW | Monitoring\Recorded data\Measurements\PEMMXU1 | ||||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMSTA1.MinW.t | MV | Timestamp | MX | B | Time min dmd P | Time of minimum demand | Monitoring\Recorded data\Measurements\PEMMXU1 | |||||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMSTA1.AvVAr.mag.f | MV | FLOAT32 | MX | B | Q_DMD | Demand value of reactive power | -999999.9...999999.9 kVAr | Monitoring\I/O status\Measurements\PEMMXU1\Monitored data | ||||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMSTA1.MaxVAr.mag.f | MV | FLOAT32 | MX | B | Max demand Q | Maximum demand value of reactive power | -999999.9...999999.9 kVAr | Monitoring\Recorded data\Measurements\PEMMXU1 | ||||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMSTA1.MaxVAr.t | MV | Timestamp | MX | B | Time max dmd Q | Time of maximum demand | Monitoring\Recorded data\Measurements\PEMMXU1 | |||||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMSTA1.MinVAr.mag.f | MV | FLOAT32 | MX | B | Min demand Q | Minimum demand value of reactive power | -999999.9...999999.9 kVAr | Monitoring\Recorded data\Measurements\PEMMXU1 | ||||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMSTA1.MinVAr.t | MV | Timestamp | MX | B | Time min dmd Q | Time of minimum demand | Monitoring\Recorded data\Measurements\PEMMXU1 | |||||
| PEMMXU1 | P, E (1) | P, E (1) | MON | LD0.PEMSTA1.AvPF.mag.f | MV | FLOAT32 | MX | B | PF_DMD | Demand value of power factor | -1.00...1.00 | Monitoring\I/O status\Measurements\PEMMXU1\Monitored data | ||||
| PEMMXU1 | P, E (1) | P, E (1) | CFG | LD0.PEMMXU1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\PEMMXU1 | |||
| PEMMXU1 | P, E (1) | P, E (1) | CFG | LD0.PEMMXU1.TotW.units.multiplier | MV | Enum | CF | B,I | 3 | Power unit Mult | Unit multiplier for presentation of the power related values | 3=Kilo; 6=Mega | Configuration\Measurements\PEMMXU1 | |||
| PEMMXU1 | P, E (1) | P, E (1) | CFG | LD0.PEMMXU1.WhDir.setVal | ING | Enum | SP | B | 1 | Active power Dir | Direction of active power flow: Forward, Reverse | 1=Forward; 2=Reverse | Configuration\Measurements\PEMMXU1 | |||
| PEMMXU1 | P, E (1) | P, E (1) | CFG | LD0.PEMMXU1.VArhDir.setVal | ING | Enum | SP | B | 1 | Reactive power Dir | Direction of reactive power flow: Forward, Reverse | 1=Forward; 2=Reverse | Configuration\Measurements\PEMMXU1 | |||
| PEMMXU1 | P, E (1) | P, E (1) | CFG | LD0.PEMMTR1.SupWh.units.multiplier | BCR | Enum | CF | B,I | 3 | Energy unit Mult | Unit multiplier for presentation of the energy related values | 3=Kilo; 6=Mega | Configuration\Measurements\PEMMXU1 | |||
| PEMMXU1 | P, E (1) | P, E (1) | CFG | LD0.PEMMTR1.IniDmdWh.setVal | ING | INT32 | SP | B | 0 | Forward Wh Initial | Preset Initial value for forward active energy | 0...999999999 | Configuration\Measurements\PEMMXU1 | |||
| PEMMXU1 | P, E (1) | P, E (1) | CFG | LD0.PEMMTR1.IniSupWh.setVal | ING | INT32 | SP | B | 0 | Reverse Wh Initial | Preset Initial value for reverse active energy | 0...999999999 | Configuration\Measurements\PEMMXU1 | |||
| PEMMXU1 | P, E (1) | P, E (1) | CFG | LD0.PEMMTR1.IniDmdVArh.setVal | ING | INT32 | SP | B | 0 | Forward VArh Initial | Preset Initial value for forward reactive energy | 0...999999999 | Configuration\Measurements\PEMMXU1 | |||
| PEMMXU1 | P, E (1) | P, E (1) | CFG | LD0.PEMMTR1.IniSupVArh.setVal | ING | INT32 | SP | B | 0 | Reverse VArh Initial | Preset Initial value for reverse reactive energy | 0...999999999 | Configuration\Measurements\PEMMXU1 | |||
| PEMMXU1 | P, E (1) | P, E (1) | VER | LD0.PEMMXU1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) | |||||||
| PEMMXU1 | P, E (1) | P, E (1) | VER | LD0.PEMMTR1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) | |||||||
| PEMMXU1 | P, E (1) | P, E (1) | VER | LD0.PEMSTA1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | INP | LD0.LDPMSTA1.RecRs.stVal | SPC | BOOLEAN | ST | 0 | (Reset load profile rec.) | |||||||
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | OUT | LD0.LDPMSTA1.MemWrn.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | MEM_WARN | Recording memory warning status | Monitoring\Load profile record | |||
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | OUT | LD0.LDPMSTA1.MemAlm.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | MEM_ALARM | Recording memory alarm status | Monitoring\Load profile record | |||
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | CTR | LD0.LDPMSTA1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Load profile record | |||
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | CTR | LD0.LDPMSTA1.RecRs.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load Profile record | Reset load profile record | 0=Cancel; 1=Clear | Clear\Clear | |||
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | MON | LD0.LDPMSTA1.MemUsed.stVal | INS | INT32 | ST | B | Rec. memory used | How much recording memory is currently used | 0...100 % | Monitoring\Load profile record | ||||
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | CFG | LD0.LDPMSTA1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Load profile record | |||
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | CFG | LD0.LDPMSTA1.QtySel1.setVal | ING | Enum | SP | B,I | 0 | Quantity Sel 1 | Select quantity to be recorded | 0=Disabled; 1=IL1; 2=IL2; 3=IL3; 4=Io; 5=IL1B; 6=IL2B; 7=IL3B; 8=IoB; 9=U12; 10=U23; 11=U31; 12=UL1; 13=UL2; 14=UL3; 21=S; 22=P; 23=Q; 24=PF | Configuration\Load profile record | |||
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | CFG | LD0.LDPMSTA1.QtySel2.setVal | ING | Enum | SP | B,I | 0 | Quantity Sel 2 | Select quantity to be recorded | 0=Disabled; 1=IL1; 2=IL2; 3=IL3; 4=Io; 5=IL1B; 6=IL2B; 7=IL3B; 8=IoB; 9=U12; 10=U23; 11=U31; 12=UL1; 13=UL2; 14=UL3; 21=S; 22=P; 23=Q; 24=PF | Configuration\Load profile record | |||
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | CFG | LD0.LDPMSTA1.QtySel3.setVal | ING | Enum | SP | B,I | 0 | Quantity Sel 3 | Select quantity to be recorded | 0=Disabled; 1=IL1; 2=IL2; 3=IL3; 4=Io; 5=IL1B; 6=IL2B; 7=IL3B; 8=IoB; 9=U12; 10=U23; 11=U31; 12=UL1; 13=UL2; 14=UL3; 21=S; 22=P; 23=Q; 24=PF | Configuration\Load profile record | |||
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | CFG | LD0.LDPMSTA1.QtySel4.setVal | ING | Enum | SP | B,I | 0 | Quantity Sel 4 | Select quantity to be recorded | 0=Disabled; 1=IL1; 2=IL2; 3=IL3; 4=Io; 5=IL1B; 6=IL2B; 7=IL3B; 8=IoB; 9=U12; 10=U23; 11=U31; 12=UL1; 13=UL2; 14=UL3; 21=S; 22=P; 23=Q; 24=PF | Configuration\Load profile record | |||
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | CFG | LD0.LDPMSTA1.QtySel5.setVal | ING | Enum | SP | B,I | 0 | Quantity Sel 5 | Select quantity to be recorded | 0=Disabled; 1=IL1; 2=IL2; 3=IL3; 4=Io; 5=IL1B; 6=IL2B; 7=IL3B; 8=IoB; 9=U12; 10=U23; 11=U31; 12=UL1; 13=UL2; 14=UL3; 21=S; 22=P; 23=Q; 24=PF | Configuration\Load profile record | |||
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | CFG | LD0.LDPMSTA1.QtySel6.setVal | ING | Enum | SP | B,I | 0 | Quantity Sel 6 | Select quantity to be recorded | 0=Disabled; 1=IL1; 2=IL2; 3=IL3; 4=Io; 5=IL1B; 6=IL2B; 7=IL3B; 8=IoB; 9=U12; 10=U23; 11=U31; 12=UL1; 13=UL2; 14=UL3; 21=S; 22=P; 23=Q; 24=PF | Configuration\Load profile record | |||
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | CFG | LD0.LDPMSTA1.QtySel7.setVal | ING | Enum | SP | B,I | 0 | Quantity Sel 7 | Select quantity to be recorded | 0=Disabled; 1=IL1; 2=IL2; 3=IL3; 4=Io; 5=IL1B; 6=IL2B; 7=IL3B; 8=IoB; 9=U12; 10=U23; 11=U31; 12=UL1; 13=UL2; 14=UL3; 21=S; 22=P; 23=Q; 24=PF | Configuration\Load profile record | |||
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | CFG | LD0.LDPMSTA1.QtySel8.setVal | ING | Enum | SP | B,I | 0 | Quantity Sel 8 | Select quantity to be recorded | 0=Disabled; 1=IL1; 2=IL2; 3=IL3; 4=Io; 5=IL1B; 6=IL2B; 7=IL3B; 8=IoB; 9=U12; 10=U23; 11=U31; 12=UL1; 13=UL2; 14=UL3; 21=S; 22=P; 23=Q; 24=PF | Configuration\Load profile record | |||
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | CFG | LD0.LDPMSTA1.QtySel9.setVal | ING | Enum | SP | B,I | 0 | Quantity Sel 9 | Select quantity to be recorded | 0=Disabled; 1=IL1; 2=IL2; 3=IL3; 4=Io; 5=IL1B; 6=IL2B; 7=IL3B; 8=IoB; 9=U12; 10=U23; 11=U31; 12=UL1; 13=UL2; 14=UL3; 21=S; 22=P; 23=Q; 24=PF | Configuration\Load profile record | |||
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | CFG | LD0.LDPMSTA1.QtySel10.setVal | ING | Enum | SP | B,I | 0 | Quantity Sel 10 | Select quantity to be recorded | 0=Disabled; 1=IL1; 2=IL2; 3=IL3; 4=Io; 5=IL1B; 6=IL2B; 7=IL3B; 8=IoB; 9=U12; 10=U23; 11=U31; 12=UL1; 13=UL2; 14=UL3; 21=S; 22=P; 23=Q; 24=PF | Configuration\Load profile record | |||
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | CFG | LD0.LDPMSTA1.QtySel11.setVal | ING | Enum | SP | B,I | 0 | Quantity Sel 11 | Select quantity to be recorded | 0=Disabled; 1=IL1; 2=IL2; 3=IL3; 4=Io; 5=IL1B; 6=IL2B; 7=IL3B; 8=IoB; 9=U12; 10=U23; 11=U31; 12=UL1; 13=UL2; 14=UL3; 21=S; 22=P; 23=Q; 24=PF | Configuration\Load profile record | |||
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | CFG | LD0.LDPMSTA1.QtySel12.setVal | ING | Enum | SP | B,I | 0 | Quantity Sel 12 | Select quantity to be recorded | 0=Disabled; 1=IL1; 2=IL2; 3=IL3; 4=Io; 5=IL1B; 6=IL2B; 7=IL3B; 8=IoB; 9=U12; 10=U23; 11=U31; 12=UL1; 13=UL2; 14=UL3; 21=S; 22=P; 23=Q; 24=PF | Configuration\Load profile record | |||
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | CFG | LD0.LDPMSTA1.MemWrnLev.setVal | ING | INT32 | SP | B | 0 | Mem. warning level | Set memory warning level | 0...100 % | Configuration\Load profile record | |||
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | CFG | LD0.LDPMSTA1.MemAlmLev.setVal | ING | INT32 | SP | B | 0 | Mem. alarm level | Set memory alarm level | 0...100 % | Configuration\Load profile record | |||
| LDPMSTA1 | LOADPROF (1) | LOADPROF (1) | VER | LD0.LDPMSTA1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| FMMXU1 | f (1) | f (1) | CTR | LD0.FMMXU1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\FMMXU1 | |||
| FMMXU1 | f (1) | f (1) | MON | LD0.FMMXU1.Hz.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | f-Hz | Measured frequency | 35.00...75.00 Hz | Measurements\FMMXU1 | ||
| FMMXU1 | f (1) | f (1) | MON | LD0.FMMXU1.Hz.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | F_DB | Frequency, reported value | 35.00...75.00 Hz | Monitoring\I/O status\Measurements\FMMXU1\Monitored data | ||
| FMMXU1 | f (1) | f (1) | MON | LD0.FMMXU1.Hz.range | MV | Enum | MX | B | MeasFlt | P | F_RANGE | Measured frequency range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\FMMXU1\Monitored data | ||
| FMMXU1 | f (1) | f (1) | CFG | LD0.FMMXU1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\FMMXU1 | |||
| FMMXU1 | f (1) | f (1) | CFG | LD0.FMMXU1.Hz.db | MV | INT32U | CF | B,I | 1000 | F deadband | Deadband configuration value for integral calculation (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\Measurements\FMMXU1 | |||
| FMMXU1 | f (1) | f (1) | CFG | LD0.FMMXU1.Hz.rangeC.hhLim.f | MV | FLOAT32 | CF | B,I | 60.00 | F high high limit | High alarm frequency limit | 35.00...75.00 Hz | Configuration\Measurements\FMMXU1 | |||
| FMMXU1 | f (1) | f (1) | CFG | LD0.FMMXU1.Hz.rangeC.hLim.f | MV | FLOAT32 | CF | B,I | 55.00 | F high limit | High warning frequency limit | 35.00...75.00 Hz | Configuration\Measurements\FMMXU1 | |||
| FMMXU1 | f (1) | f (1) | CFG | LD0.FMMXU1.Hz.rangeC.lLim.f | MV | FLOAT32 | CF | B,I | 45.00 | F low limit | Low warning frequency limit | 35.00...75.00 Hz | Configuration\Measurements\FMMXU1 | |||
| FMMXU1 | f (1) | f (1) | CFG | LD0.FMMXU1.Hz.rangeC.llLim.f | MV | FLOAT32 | CF | B,I | 40.00 | F low low limit | Low alarm frequency limit | 35.00...75.00 Hz | Configuration\Measurements\FMMXU1 | |||
| FMMXU1 | f (1) | f (1) | VER | LD0.FMMXU1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TPGAPC1 | TP (1) | TP (1) | INP | LD0.TPGAPC1.Str.general | ACD | BOOLEAN | ST | B | 0 | OUT1 | Output 1 status | Monitoring\I/O status\Generic timers\TPGAPC1\Outputs | ||||
| TPGAPC1 | TP (1) | TP (1) | INP | LD0.TPGAPC1.Op.general | ACT | BOOLEAN | ST | B | 0 | OUT2 | Output 2 status | Monitoring\I/O status\Generic timers\TPGAPC1\Outputs | ||||
| TPGAPC1 | TP (1) | TP (1) | OUT | LD0.TPGAPC1.Str.general | ACD | BOOLEAN | ST | B | 0 | OUT1 | Output 1 status | Monitoring\I/O status\Generic timers\TPGAPC1\Outputs | ||||
| TPGAPC1 | TP (1) | TP (1) | OUT | LD0.TPGAPC1.Op.general | ACT | BOOLEAN | ST | B | 0 | OUT2 | Output 2 status | Monitoring\I/O status\Generic timers\TPGAPC1\Outputs | ||||
| TPGAPC1 | TP (1) | TP (1) | CFG | LD0.TPGAPC1.PlsTmms.setVal | ING | INT32 | SP | B | 150 | Pulse time | Minimum pulse time | 0...60000 ms | Configuration\Generic timers\TPGAPC1 | |||
| TPGAPC1 | TP (1) | TP (1) | VER | LD0.TPGAPC1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TPGAPC2 | TP (2) | TP (2) | INP | LD0.TPGAPC2.Str.general | ACD | BOOLEAN | ST | B | 0 | OUT1 | Output 1 status | Monitoring\I/O status\Generic timers\TPGAPC2\Outputs | ||||
| TPGAPC2 | TP (2) | TP (2) | INP | LD0.TPGAPC2.Op.general | ACT | BOOLEAN | ST | B | 0 | OUT2 | Output 2 status | Monitoring\I/O status\Generic timers\TPGAPC2\Outputs | ||||
| TPGAPC2 | TP (2) | TP (2) | OUT | LD0.TPGAPC2.Str.general | ACD | BOOLEAN | ST | B | 0 | OUT1 | Output 1 status | Monitoring\I/O status\Generic timers\TPGAPC2\Outputs | ||||
| TPGAPC2 | TP (2) | TP (2) | OUT | LD0.TPGAPC2.Op.general | ACT | BOOLEAN | ST | B | 0 | OUT2 | Output 2 status | Monitoring\I/O status\Generic timers\TPGAPC2\Outputs | ||||
| TPGAPC2 | TP (2) | TP (2) | CFG | LD0.TPGAPC2.PlsTmms.setVal | ING | INT32 | SP | B | 150 | Pulse time | Minimum pulse time | 0...60000 ms | Configuration\Generic timers\TPGAPC2 | |||
| TPGAPC2 | TP (2) | TP (2) | VER | LD0.TPGAPC2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TPGAPC3 | TP (3) | TP (3) | INP | LD0.TPGAPC3.Str.general | ACD | BOOLEAN | ST | B | 0 | OUT1 | Output 1 status | Monitoring\I/O status\Generic timers\TPGAPC3\Outputs | ||||
| TPGAPC3 | TP (3) | TP (3) | INP | LD0.TPGAPC3.Op.general | ACT | BOOLEAN | ST | B | 0 | OUT2 | Output 2 status | Monitoring\I/O status\Generic timers\TPGAPC3\Outputs | ||||
| TPGAPC3 | TP (3) | TP (3) | OUT | LD0.TPGAPC3.Str.general | ACD | BOOLEAN | ST | B | 0 | OUT1 | Output 1 status | Monitoring\I/O status\Generic timers\TPGAPC3\Outputs | ||||
| TPGAPC3 | TP (3) | TP (3) | OUT | LD0.TPGAPC3.Op.general | ACT | BOOLEAN | ST | B | 0 | OUT2 | Output 2 status | Monitoring\I/O status\Generic timers\TPGAPC3\Outputs | ||||
| TPGAPC3 | TP (3) | TP (3) | CFG | LD0.TPGAPC3.PlsTmms.setVal | ING | INT32 | SP | B | 150 | Pulse time | Minimum pulse time | 0...60000 ms | Configuration\Generic timers\TPGAPC3 | |||
| TPGAPC3 | TP (3) | TP (3) | VER | LD0.TPGAPC3.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TPGAPC4 | TP (4) | TP (4) | INP | LD0.TPGAPC4.Str.general | ACD | BOOLEAN | ST | B | 0 | OUT1 | Output 1 status | Monitoring\I/O status\Generic timers\TPGAPC4\Outputs | ||||
| TPGAPC4 | TP (4) | TP (4) | INP | LD0.TPGAPC4.Op.general | ACT | BOOLEAN | ST | B | 0 | OUT2 | Output 2 status | Monitoring\I/O status\Generic timers\TPGAPC4\Outputs | ||||
| TPGAPC4 | TP (4) | TP (4) | OUT | LD0.TPGAPC4.Str.general | ACD | BOOLEAN | ST | B | 0 | OUT1 | Output 1 status | Monitoring\I/O status\Generic timers\TPGAPC4\Outputs | ||||
| TPGAPC4 | TP (4) | TP (4) | OUT | LD0.TPGAPC4.Op.general | ACT | BOOLEAN | ST | B | 0 | OUT2 | Output 2 status | Monitoring\I/O status\Generic timers\TPGAPC4\Outputs | ||||
| TPGAPC4 | TP (4) | TP (4) | CFG | LD0.TPGAPC4.PlsTmms.setVal | ING | INT32 | SP | B | 150 | Pulse time | Minimum pulse time | 0...60000 ms | Configuration\Generic timers\TPGAPC4 | |||
| TPGAPC4 | TP (4) | TP (4) | VER | LD0.TPGAPC4.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TPSGAPC1 | TPS (1) | TPS (1) | INP | LD0.TPSGAPC1.Str.general | ACD | BOOLEAN | ST | B | 0 | OUT1 | Output 1 status | Monitoring\I/O status\Generic timers\TPSGAPC1\Outputs | ||||
| TPSGAPC1 | TPS (1) | TPS (1) | INP | LD0.TPSGAPC1.Op.general | ACT | BOOLEAN | ST | B | 0 | OUT2 | Output 2 status | Monitoring\I/O status\Generic timers\TPSGAPC1\Outputs | ||||
| TPSGAPC1 | TPS (1) | TPS (1) | OUT | LD0.TPSGAPC1.Str.general | ACD | BOOLEAN | ST | B | 0 | OUT1 | Output 1 status | Monitoring\I/O status\Generic timers\TPSGAPC1\Outputs | ||||
| TPSGAPC1 | TPS (1) | TPS (1) | OUT | LD0.TPSGAPC1.Op.general | ACT | BOOLEAN | ST | B | 0 | OUT2 | Output 2 status | Monitoring\I/O status\Generic timers\TPSGAPC1\Outputs | ||||
| TPSGAPC1 | TPS (1) | TPS (1) | CFG | LD0.TPSGAPC1.PlsTms.setVal | ING | INT32 | SP | B | 0 | Pulse time | Minimum pulse time | 0...300 s | Configuration\Generic timers\TPSGAPC1 | |||
| TPSGAPC1 | TPS (1) | TPS (1) | VER | LD0.TPSGAPC1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TPSGAPC2 | TPS (2) | TPS (2) | INP | LD0.TPSGAPC2.Str.general | ACD | BOOLEAN | ST | B | 0 | OUT1 | Output 1 status | Monitoring\I/O status\Generic timers\TPSGAPC2\Outputs | ||||
| TPSGAPC2 | TPS (2) | TPS (2) | INP | LD0.TPSGAPC2.Op.general | ACT | BOOLEAN | ST | B | 0 | OUT2 | Output 2 status | Monitoring\I/O status\Generic timers\TPSGAPC2\Outputs | ||||
| TPSGAPC2 | TPS (2) | TPS (2) | OUT | LD0.TPSGAPC2.Str.general | ACD | BOOLEAN | ST | B | 0 | OUT1 | Output 1 status | Monitoring\I/O status\Generic timers\TPSGAPC2\Outputs | ||||
| TPSGAPC2 | TPS (2) | TPS (2) | OUT | LD0.TPSGAPC2.Op.general | ACT | BOOLEAN | ST | B | 0 | OUT2 | Output 2 status | Monitoring\I/O status\Generic timers\TPSGAPC2\Outputs | ||||
| TPSGAPC2 | TPS (2) | TPS (2) | CFG | LD0.TPSGAPC2.PlsTms.setVal | ING | INT32 | SP | B | 0 | Pulse time | Minimum pulse time | 0...300 s | Configuration\Generic timers\TPSGAPC2 | |||
| TPSGAPC2 | TPS (2) | TPS (2) | VER | LD0.TPSGAPC2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TPMGAPC1 | TPM (1) | TPM (1) | INP | LD0.TPMGAPC1.Str.general | ACD | BOOLEAN | ST | B | 0 | OUT1 | Output 1 status | Monitoring\I/O status\Generic timers\TPMGAPC1\Outputs | ||||
| TPMGAPC1 | TPM (1) | TPM (1) | INP | LD0.TPMGAPC1.Op.general | ACT | BOOLEAN | ST | B | 0 | OUT2 | Output 2 status | Monitoring\I/O status\Generic timers\TPMGAPC1\Outputs | ||||
| TPMGAPC1 | TPM (1) | TPM (1) | OUT | LD0.TPMGAPC1.Str.general | ACD | BOOLEAN | ST | B | 0 | OUT1 | Output 1 status | Monitoring\I/O status\Generic timers\TPMGAPC1\Outputs | ||||
| TPMGAPC1 | TPM (1) | TPM (1) | OUT | LD0.TPMGAPC1.Op.general | ACT | BOOLEAN | ST | B | 0 | OUT2 | Output 2 status | Monitoring\I/O status\Generic timers\TPMGAPC1\Outputs | ||||
| TPMGAPC1 | TPM (1) | TPM (1) | CFG | LD0.TPMGAPC1.PlsTmm.setVal | ING | INT32 | SP | B | 0 | Pulse time | Minimum pulse time | 0...300 min | Configuration\Generic timers\TPMGAPC1 | |||
| TPMGAPC1 | TPM (1) | TPM (1) | VER | LD0.TPMGAPC1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TPMGAPC2 | TPM (2) | TPM (2) | INP | LD0.TPMGAPC2.Str.general | ACD | BOOLEAN | ST | B | 0 | OUT1 | Output 1 status | Monitoring\I/O status\Generic timers\TPMGAPC2\Outputs | ||||
| TPMGAPC2 | TPM (2) | TPM (2) | INP | LD0.TPMGAPC2.Op.general | ACT | BOOLEAN | ST | B | 0 | OUT2 | Output 2 status | Monitoring\I/O status\Generic timers\TPMGAPC2\Outputs | ||||
| TPMGAPC2 | TPM (2) | TPM (2) | OUT | LD0.TPMGAPC2.Str.general | ACD | BOOLEAN | ST | B | 0 | OUT1 | Output 1 status | Monitoring\I/O status\Generic timers\TPMGAPC2\Outputs | ||||
| TPMGAPC2 | TPM (2) | TPM (2) | OUT | LD0.TPMGAPC2.Op.general | ACT | BOOLEAN | ST | B | 0 | OUT2 | Output 2 status | Monitoring\I/O status\Generic timers\TPMGAPC2\Outputs | ||||
| TPMGAPC2 | TPM (2) | TPM (2) | CFG | LD0.TPMGAPC2.PlsTmm.setVal | ING | INT32 | SP | B | 0 | Pulse time | Minimum pulse time | 0...300 min | Configuration\Generic timers\TPMGAPC2 | |||
| TPMGAPC2 | TPM (2) | TPM (2) | VER | LD0.TPMGAPC2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PTGAPC1 | PT (1) | PT (1) | INP | LD0.PTGAPC1.In1.stVal | SPS | BOOLEAN | ST | B | 0 | IN1 | Input 1 status | Monitoring\I/O status\Generic timers\PTGAPC1\Inputs | ||||
| PTGAPC1 | PT (1) | PT (1) | INP | LD0.PTGAPC1.In2.stVal | SPS | BOOLEAN | ST | B | 0 | IN2 | Input 2 status | Monitoring\I/O status\Generic timers\PTGAPC1\Inputs | ||||
| PTGAPC1 | PT (1) | PT (1) | INP | LD0.PTGAPC1.In3.stVal | SPS | BOOLEAN | ST | B | 0 | IN3 | Input 3 status | Monitoring\I/O status\Generic timers\PTGAPC1\Inputs | ||||
| PTGAPC1 | PT (1) | PT (1) | INP | LD0.PTGAPC1.In4.stVal | SPS | BOOLEAN | ST | B | 0 | IN4 | Input 4 status | Monitoring\I/O status\Generic timers\PTGAPC1\Inputs | ||||
| PTGAPC1 | PT (1) | PT (1) | INP | LD0.PTGAPC1.In5.stVal | SPS | BOOLEAN | ST | B | 0 | IN5 | Input 5 status | Monitoring\I/O status\Generic timers\PTGAPC1\Inputs | ||||
| PTGAPC1 | PT (1) | PT (1) | INP | LD0.PTGAPC1.In6.stVal | SPS | BOOLEAN | ST | B | 0 | IN6 | Input 6 status | Monitoring\I/O status\Generic timers\PTGAPC1\Inputs | ||||
| PTGAPC1 | PT (1) | PT (1) | INP | LD0.PTGAPC1.In7.stVal | SPS | BOOLEAN | ST | B | 0 | IN7 | Input 7 status | Monitoring\I/O status\Generic timers\PTGAPC1\Inputs | ||||
| PTGAPC1 | PT (1) | PT (1) | INP | LD0.PTGAPC1.In8.stVal | SPS | BOOLEAN | ST | B | 0 | IN8 | Input 8 status | Monitoring\I/O status\Generic timers\PTGAPC1\Inputs | ||||
| PTGAPC1 | PT (1) | PT (1) | OUT | LD0.PTGAPC1.Q1.stVal | SPS | BOOLEAN | ST | B | Q1 | Output 1 status | Monitoring\I/O status\Generic timers\PTGAPC1\Outputs | |||||
| PTGAPC1 | PT (1) | PT (1) | OUT | LD0.PTGAPC1.Q2.stVal | SPS | BOOLEAN | ST | B | Q2 | Output 2 status | Monitoring\I/O status\Generic timers\PTGAPC1\Outputs | |||||
| PTGAPC1 | PT (1) | PT (1) | OUT | LD0.PTGAPC1.Q3.stVal | SPS | BOOLEAN | ST | B | Q3 | Output 3 status | Monitoring\I/O status\Generic timers\PTGAPC1\Outputs | |||||
| PTGAPC1 | PT (1) | PT (1) | OUT | LD0.PTGAPC1.Q4.stVal | SPS | BOOLEAN | ST | B | Q4 | Output 4 status | Monitoring\I/O status\Generic timers\PTGAPC1\Outputs | |||||
| PTGAPC1 | PT (1) | PT (1) | OUT | LD0.PTGAPC1.Q5.stVal | SPS | BOOLEAN | ST | B | Q5 | Output 5 status | Monitoring\I/O status\Generic timers\PTGAPC1\Outputs | |||||
| PTGAPC1 | PT (1) | PT (1) | OUT | LD0.PTGAPC1.Q6.stVal | SPS | BOOLEAN | ST | B | Q6 | Output 6 status | Monitoring\I/O status\Generic timers\PTGAPC1\Outputs | |||||
| PTGAPC1 | PT (1) | PT (1) | OUT | LD0.PTGAPC1.Q7.stVal | SPS | BOOLEAN | ST | B | Q7 | Output 7 status | Monitoring\I/O status\Generic timers\PTGAPC1\Outputs | |||||
| PTGAPC1 | PT (1) | PT (1) | OUT | LD0.PTGAPC1.Q8.stVal | SPS | BOOLEAN | ST | B | Q8 | Output 8 status | Monitoring\I/O status\Generic timers\PTGAPC1\Outputs | |||||
| PTGAPC1 | PT (1) | PT (1) | CFG | LD0.PTGAPC1.PlsTmms1.setVal | ING | INT32 | SP | B | 0 | Pulse delay time 1 | Pulse delay time | 0...3600000 ms | Configuration\Generic timers\PTGAPC1 | |||
| PTGAPC1 | PT (1) | PT (1) | CFG | LD0.PTGAPC1.PlsTmms2.setVal | ING | INT32 | SP | B | 0 | Pulse delay time 2 | Pulse delay time | 0...3600000 ms | Configuration\Generic timers\PTGAPC1 | |||
| PTGAPC1 | PT (1) | PT (1) | CFG | LD0.PTGAPC1.PlsTmms3.setVal | ING | INT32 | SP | B | 0 | Pulse delay time 3 | Pulse delay time | 0...3600000 ms | Configuration\Generic timers\PTGAPC1 | |||
| PTGAPC1 | PT (1) | PT (1) | CFG | LD0.PTGAPC1.PlsTmms4.setVal | ING | INT32 | SP | B | 0 | Pulse delay time 4 | Pulse delay time | 0...3600000 ms | Configuration\Generic timers\PTGAPC1 | |||
| PTGAPC1 | PT (1) | PT (1) | CFG | LD0.PTGAPC1.PlsTmms5.setVal | ING | INT32 | SP | B | 0 | Pulse delay time 5 | Pulse delay time | 0...3600000 ms | Configuration\Generic timers\PTGAPC1 | |||
| PTGAPC1 | PT (1) | PT (1) | CFG | LD0.PTGAPC1.PlsTmms6.setVal | ING | INT32 | SP | B | 0 | Pulse delay time 6 | Pulse delay time | 0...3600000 ms | Configuration\Generic timers\PTGAPC1 | |||
| PTGAPC1 | PT (1) | PT (1) | CFG | LD0.PTGAPC1.PlsTmms7.setVal | ING | INT32 | SP | B | 0 | Pulse delay time 7 | Pulse delay time | 0...3600000 ms | Configuration\Generic timers\PTGAPC1 | |||
| PTGAPC1 | PT (1) | PT (1) | CFG | LD0.PTGAPC1.PlsTmms8.setVal | ING | INT32 | SP | B | 0 | Pulse delay time 8 | Pulse delay time | 0...3600000 ms | Configuration\Generic timers\PTGAPC1 | |||
| PTGAPC1 | PT (1) | PT (1) | VER | LD0.PTGAPC1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PTGAPC2 | PT (2) | PT (2) | INP | LD0.PTGAPC2.In1.stVal | SPS | BOOLEAN | ST | B | 0 | IN1 | Input 1 status | Monitoring\I/O status\Generic timers\PTGAPC2\Inputs | ||||
| PTGAPC2 | PT (2) | PT (2) | INP | LD0.PTGAPC2.In2.stVal | SPS | BOOLEAN | ST | B | 0 | IN2 | Input 2 status | Monitoring\I/O status\Generic timers\PTGAPC2\Inputs | ||||
| PTGAPC2 | PT (2) | PT (2) | INP | LD0.PTGAPC2.In3.stVal | SPS | BOOLEAN | ST | B | 0 | IN3 | Input 3 status | Monitoring\I/O status\Generic timers\PTGAPC2\Inputs | ||||
| PTGAPC2 | PT (2) | PT (2) | INP | LD0.PTGAPC2.In4.stVal | SPS | BOOLEAN | ST | B | 0 | IN4 | Input 4 status | Monitoring\I/O status\Generic timers\PTGAPC2\Inputs | ||||
| PTGAPC2 | PT (2) | PT (2) | INP | LD0.PTGAPC2.In5.stVal | SPS | BOOLEAN | ST | B | 0 | IN5 | Input 5 status | Monitoring\I/O status\Generic timers\PTGAPC2\Inputs | ||||
| PTGAPC2 | PT (2) | PT (2) | INP | LD0.PTGAPC2.In6.stVal | SPS | BOOLEAN | ST | B | 0 | IN6 | Input 6 status | Monitoring\I/O status\Generic timers\PTGAPC2\Inputs | ||||
| PTGAPC2 | PT (2) | PT (2) | INP | LD0.PTGAPC2.In7.stVal | SPS | BOOLEAN | ST | B | 0 | IN7 | Input 7 status | Monitoring\I/O status\Generic timers\PTGAPC2\Inputs | ||||
| PTGAPC2 | PT (2) | PT (2) | INP | LD0.PTGAPC2.In8.stVal | SPS | BOOLEAN | ST | B | 0 | IN8 | Input 8 status | Monitoring\I/O status\Generic timers\PTGAPC2\Inputs | ||||
| PTGAPC2 | PT (2) | PT (2) | OUT | LD0.PTGAPC2.Q1.stVal | SPS | BOOLEAN | ST | B | Q1 | Output 1 status | Monitoring\I/O status\Generic timers\PTGAPC2\Outputs | |||||
| PTGAPC2 | PT (2) | PT (2) | OUT | LD0.PTGAPC2.Q2.stVal | SPS | BOOLEAN | ST | B | Q2 | Output 2 status | Monitoring\I/O status\Generic timers\PTGAPC2\Outputs | |||||
| PTGAPC2 | PT (2) | PT (2) | OUT | LD0.PTGAPC2.Q3.stVal | SPS | BOOLEAN | ST | B | Q3 | Output 3 status | Monitoring\I/O status\Generic timers\PTGAPC2\Outputs | |||||
| PTGAPC2 | PT (2) | PT (2) | OUT | LD0.PTGAPC2.Q4.stVal | SPS | BOOLEAN | ST | B | Q4 | Output 4 status | Monitoring\I/O status\Generic timers\PTGAPC2\Outputs | |||||
| PTGAPC2 | PT (2) | PT (2) | OUT | LD0.PTGAPC2.Q5.stVal | SPS | BOOLEAN | ST | B | Q5 | Output 5 status | Monitoring\I/O status\Generic timers\PTGAPC2\Outputs | |||||
| PTGAPC2 | PT (2) | PT (2) | OUT | LD0.PTGAPC2.Q6.stVal | SPS | BOOLEAN | ST | B | Q6 | Output 6 status | Monitoring\I/O status\Generic timers\PTGAPC2\Outputs | |||||
| PTGAPC2 | PT (2) | PT (2) | OUT | LD0.PTGAPC2.Q7.stVal | SPS | BOOLEAN | ST | B | Q7 | Output 7 status | Monitoring\I/O status\Generic timers\PTGAPC2\Outputs | |||||
| PTGAPC2 | PT (2) | PT (2) | OUT | LD0.PTGAPC2.Q8.stVal | SPS | BOOLEAN | ST | B | Q8 | Output 8 status | Monitoring\I/O status\Generic timers\PTGAPC2\Outputs | |||||
| PTGAPC2 | PT (2) | PT (2) | CFG | LD0.PTGAPC2.PlsTmms1.setVal | ING | INT32 | SP | B | 0 | Pulse delay time 1 | Pulse delay time | 0...3600000 ms | Configuration\Generic timers\PTGAPC2 | |||
| PTGAPC2 | PT (2) | PT (2) | CFG | LD0.PTGAPC2.PlsTmms2.setVal | ING | INT32 | SP | B | 0 | Pulse delay time 2 | Pulse delay time | 0...3600000 ms | Configuration\Generic timers\PTGAPC2 | |||
| PTGAPC2 | PT (2) | PT (2) | CFG | LD0.PTGAPC2.PlsTmms3.setVal | ING | INT32 | SP | B | 0 | Pulse delay time 3 | Pulse delay time | 0...3600000 ms | Configuration\Generic timers\PTGAPC2 | |||
| PTGAPC2 | PT (2) | PT (2) | CFG | LD0.PTGAPC2.PlsTmms4.setVal | ING | INT32 | SP | B | 0 | Pulse delay time 4 | Pulse delay time | 0...3600000 ms | Configuration\Generic timers\PTGAPC2 | |||
| PTGAPC2 | PT (2) | PT (2) | CFG | LD0.PTGAPC2.PlsTmms5.setVal | ING | INT32 | SP | B | 0 | Pulse delay time 5 | Pulse delay time | 0...3600000 ms | Configuration\Generic timers\PTGAPC2 | |||
| PTGAPC2 | PT (2) | PT (2) | CFG | LD0.PTGAPC2.PlsTmms6.setVal | ING | INT32 | SP | B | 0 | Pulse delay time 6 | Pulse delay time | 0...3600000 ms | Configuration\Generic timers\PTGAPC2 | |||
| PTGAPC2 | PT (2) | PT (2) | CFG | LD0.PTGAPC2.PlsTmms7.setVal | ING | INT32 | SP | B | 0 | Pulse delay time 7 | Pulse delay time | 0...3600000 ms | Configuration\Generic timers\PTGAPC2 | |||
| PTGAPC2 | PT (2) | PT (2) | CFG | LD0.PTGAPC2.PlsTmms8.setVal | ING | INT32 | SP | B | 0 | Pulse delay time 8 | Pulse delay time | 0...3600000 ms | Configuration\Generic timers\PTGAPC2 | |||
| PTGAPC2 | PT (2) | PT (2) | VER | LD0.PTGAPC2.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TOFGAPC1 | TOF (1) | TOF (1) | INP | LD0.TOFGAPC1.In1.stVal | SPS | BOOLEAN | ST | B | 0 | IN1 | Input 1 status | Monitoring\I/O status\Generic timers\TOFGAPC1\Inputs | ||||
| TOFGAPC1 | TOF (1) | TOF (1) | INP | LD0.TOFGAPC1.In2.stVal | SPS | BOOLEAN | ST | B | 0 | IN2 | Input 2 status | Monitoring\I/O status\Generic timers\TOFGAPC1\Inputs | ||||
| TOFGAPC1 | TOF (1) | TOF (1) | INP | LD0.TOFGAPC1.In3.stVal | SPS | BOOLEAN | ST | B | 0 | IN3 | Input 3 status | Monitoring\I/O status\Generic timers\TOFGAPC1\Inputs | ||||
| TOFGAPC1 | TOF (1) | TOF (1) | INP | LD0.TOFGAPC1.In4.stVal | SPS | BOOLEAN | ST | B | 0 | IN4 | Input 4 status | Monitoring\I/O status\Generic timers\TOFGAPC1\Inputs | ||||
| TOFGAPC1 | TOF (1) | TOF (1) | INP | LD0.TOFGAPC1.In5.stVal | SPS | BOOLEAN | ST | B | 0 | IN5 | Input 5 status | Monitoring\I/O status\Generic timers\TOFGAPC1\Inputs | ||||
| TOFGAPC1 | TOF (1) | TOF (1) | INP | LD0.TOFGAPC1.In6.stVal | SPS | BOOLEAN | ST | B | 0 | IN6 | Input 6 status | Monitoring\I/O status\Generic timers\TOFGAPC1\Inputs | ||||
| TOFGAPC1 | TOF (1) | TOF (1) | INP | LD0.TOFGAPC1.In7.stVal | SPS | BOOLEAN | ST | B | 0 | IN7 | Input 7 status | Monitoring\I/O status\Generic timers\TOFGAPC1\Inputs | ||||
| TOFGAPC1 | TOF (1) | TOF (1) | INP | LD0.TOFGAPC1.In8.stVal | SPS | BOOLEAN | ST | B | 0 | IN8 | Input 8 status | Monitoring\I/O status\Generic timers\TOFGAPC1\Inputs | ||||
| TOFGAPC1 | TOF (1) | TOF (1) | OUT | LD0.TOFGAPC1.Q1.stVal | SPS | BOOLEAN | ST | B | Q1 | Output 1 status | Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs | |||||
| TOFGAPC1 | TOF (1) | TOF (1) | OUT | LD0.TOFGAPC1.Q2.stVal | SPS | BOOLEAN | ST | B | Q2 | Output 2 status | Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs | |||||
| TOFGAPC1 | TOF (1) | TOF (1) | OUT | LD0.TOFGAPC1.Q3.stVal | SPS | BOOLEAN | ST | B | Q3 | Output 3 status | Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs | |||||
| TOFGAPC1 | TOF (1) | TOF (1) | OUT | LD0.TOFGAPC1.Q4.stVal | SPS | BOOLEAN | ST | B | Q4 | Output 4 status | Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs | |||||
| TOFGAPC1 | TOF (1) | TOF (1) | OUT | LD0.TOFGAPC1.Q5.stVal | SPS | BOOLEAN | ST | B | Q5 | Output 5 status | Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs | |||||
| TOFGAPC1 | TOF (1) | TOF (1) | OUT | LD0.TOFGAPC1.Q6.stVal | SPS | BOOLEAN | ST | B | Q6 | Output 6 status | Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs | |||||
| TOFGAPC1 | TOF (1) | TOF (1) | OUT | LD0.TOFGAPC1.Q7.stVal | SPS | BOOLEAN | ST | B | Q7 | Output 7 status | Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs | |||||
| TOFGAPC1 | TOF (1) | TOF (1) | OUT | LD0.TOFGAPC1.Q8.stVal | SPS | BOOLEAN | ST | B | Q8 | Output 8 status | Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs | |||||
| TOFGAPC1 | TOF (1) | TOF (1) | CFG | LD0.TOFGAPC1.OffDlTmms1.setVal | ING | INT32 | SP | B | 0 | Off delay time 1 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC1 | |||
| TOFGAPC1 | TOF (1) | TOF (1) | CFG | LD0.TOFGAPC1.OffDlTmms2.setVal | ING | INT32 | SP | B | 0 | Off delay time 2 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC1 | |||
| TOFGAPC1 | TOF (1) | TOF (1) | CFG | LD0.TOFGAPC1.OffDlTmms3.setVal | ING | INT32 | SP | B | 0 | Off delay time 3 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC1 | |||
| TOFGAPC1 | TOF (1) | TOF (1) | CFG | LD0.TOFGAPC1.OffDlTmms4.setVal | ING | INT32 | SP | B | 0 | Off delay time 4 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC1 | |||
| TOFGAPC1 | TOF (1) | TOF (1) | CFG | LD0.TOFGAPC1.OffDlTmms5.setVal | ING | INT32 | SP | B | 0 | Off delay time 5 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC1 | |||
| TOFGAPC1 | TOF (1) | TOF (1) | CFG | LD0.TOFGAPC1.OffDlTmms6.setVal | ING | INT32 | SP | B | 0 | Off delay time 6 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC1 | |||
| TOFGAPC1 | TOF (1) | TOF (1) | CFG | LD0.TOFGAPC1.OffDlTmms7.setVal | ING | INT32 | SP | B | 0 | Off delay time 7 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC1 | |||
| TOFGAPC1 | TOF (1) | TOF (1) | CFG | LD0.TOFGAPC1.OffDlTmms8.setVal | ING | INT32 | SP | B | 0 | Off delay time 8 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC1 | |||
| TOFGAPC1 | TOF (1) | TOF (1) | VER | LD0.TOFGAPC1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TOFGAPC2 | TOF (2) | TOF (2) | INP | LD0.TOFGAPC2.In1.stVal | SPS | BOOLEAN | ST | B | 0 | IN1 | Input 1 status | Monitoring\I/O status\Generic timers\TOFGAPC2\Inputs | ||||
| TOFGAPC2 | TOF (2) | TOF (2) | INP | LD0.TOFGAPC2.In2.stVal | SPS | BOOLEAN | ST | B | 0 | IN2 | Input 2 status | Monitoring\I/O status\Generic timers\TOFGAPC2\Inputs | ||||
| TOFGAPC2 | TOF (2) | TOF (2) | INP | LD0.TOFGAPC2.In3.stVal | SPS | BOOLEAN | ST | B | 0 | IN3 | Input 3 status | Monitoring\I/O status\Generic timers\TOFGAPC2\Inputs | ||||
| TOFGAPC2 | TOF (2) | TOF (2) | INP | LD0.TOFGAPC2.In4.stVal | SPS | BOOLEAN | ST | B | 0 | IN4 | Input 4 status | Monitoring\I/O status\Generic timers\TOFGAPC2\Inputs | ||||
| TOFGAPC2 | TOF (2) | TOF (2) | INP | LD0.TOFGAPC2.In5.stVal | SPS | BOOLEAN | ST | B | 0 | IN5 | Input 5 status | Monitoring\I/O status\Generic timers\TOFGAPC2\Inputs | ||||
| TOFGAPC2 | TOF (2) | TOF (2) | INP | LD0.TOFGAPC2.In6.stVal | SPS | BOOLEAN | ST | B | 0 | IN6 | Input 6 status | Monitoring\I/O status\Generic timers\TOFGAPC2\Inputs | ||||
| TOFGAPC2 | TOF (2) | TOF (2) | INP | LD0.TOFGAPC2.In7.stVal | SPS | BOOLEAN | ST | B | 0 | IN7 | Input 7 status | Monitoring\I/O status\Generic timers\TOFGAPC2\Inputs | ||||
| TOFGAPC2 | TOF (2) | TOF (2) | INP | LD0.TOFGAPC2.In8.stVal | SPS | BOOLEAN | ST | B | 0 | IN8 | Input 8 status | Monitoring\I/O status\Generic timers\TOFGAPC2\Inputs | ||||
| TOFGAPC2 | TOF (2) | TOF (2) | OUT | LD0.TOFGAPC2.Q1.stVal | SPS | BOOLEAN | ST | B | Q1 | Output 1 status | Monitoring\I/O status\Generic timers\TOFGAPC2\Outputs | |||||
| TOFGAPC2 | TOF (2) | TOF (2) | OUT | LD0.TOFGAPC2.Q2.stVal | SPS | BOOLEAN | ST | B | Q2 | Output 2 status | Monitoring\I/O status\Generic timers\TOFGAPC2\Outputs | |||||
| TOFGAPC2 | TOF (2) | TOF (2) | OUT | LD0.TOFGAPC2.Q3.stVal | SPS | BOOLEAN | ST | B | Q3 | Output 3 status | Monitoring\I/O status\Generic timers\TOFGAPC2\Outputs | |||||
| TOFGAPC2 | TOF (2) | TOF (2) | OUT | LD0.TOFGAPC2.Q4.stVal | SPS | BOOLEAN | ST | B | Q4 | Output 4 status | Monitoring\I/O status\Generic timers\TOFGAPC2\Outputs | |||||
| TOFGAPC2 | TOF (2) | TOF (2) | OUT | LD0.TOFGAPC2.Q5.stVal | SPS | BOOLEAN | ST | B | Q5 | Output 5 status | Monitoring\I/O status\Generic timers\TOFGAPC2\Outputs | |||||
| TOFGAPC2 | TOF (2) | TOF (2) | OUT | LD0.TOFGAPC2.Q6.stVal | SPS | BOOLEAN | ST | B | Q6 | Output 6 status | Monitoring\I/O status\Generic timers\TOFGAPC2\Outputs | |||||
| TOFGAPC2 | TOF (2) | TOF (2) | OUT | LD0.TOFGAPC2.Q7.stVal | SPS | BOOLEAN | ST | B | Q7 | Output 7 status | Monitoring\I/O status\Generic timers\TOFGAPC2\Outputs | |||||
| TOFGAPC2 | TOF (2) | TOF (2) | OUT | LD0.TOFGAPC2.Q8.stVal | SPS | BOOLEAN | ST | B | Q8 | Output 8 status | Monitoring\I/O status\Generic timers\TOFGAPC2\Outputs | |||||
| TOFGAPC2 | TOF (2) | TOF (2) | CFG | LD0.TOFGAPC2.OffDlTmms1.setVal | ING | INT32 | SP | B | 0 | Off delay time 1 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC2 | |||
| TOFGAPC2 | TOF (2) | TOF (2) | CFG | LD0.TOFGAPC2.OffDlTmms2.setVal | ING | INT32 | SP | B | 0 | Off delay time 2 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC2 | |||
| TOFGAPC2 | TOF (2) | TOF (2) | CFG | LD0.TOFGAPC2.OffDlTmms3.setVal | ING | INT32 | SP | B | 0 | Off delay time 3 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC2 | |||
| TOFGAPC2 | TOF (2) | TOF (2) | CFG | LD0.TOFGAPC2.OffDlTmms4.setVal | ING | INT32 | SP | B | 0 | Off delay time 4 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC2 | |||
| TOFGAPC2 | TOF (2) | TOF (2) | CFG | LD0.TOFGAPC2.OffDlTmms5.setVal | ING | INT32 | SP | B | 0 | Off delay time 5 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC2 | |||
| TOFGAPC2 | TOF (2) | TOF (2) | CFG | LD0.TOFGAPC2.OffDlTmms6.setVal | ING | INT32 | SP | B | 0 | Off delay time 6 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC2 | |||
| TOFGAPC2 | TOF (2) | TOF (2) | CFG | LD0.TOFGAPC2.OffDlTmms7.setVal | ING | INT32 | SP | B | 0 | Off delay time 7 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC2 | |||
| TOFGAPC2 | TOF (2) | TOF (2) | CFG | LD0.TOFGAPC2.OffDlTmms8.setVal | ING | INT32 | SP | B | 0 | Off delay time 8 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC2 | |||
| TOFGAPC2 | TOF (2) | TOF (2) | VER | LD0.TOFGAPC2.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TOFGAPC3 | TOF (3) | TOF (3) | INP | LD0.TOFGAPC3.In1.stVal | SPS | BOOLEAN | ST | B | 0 | IN1 | Input 1 status | Monitoring\I/O status\Generic timers\TOFGAPC3\Inputs | ||||
| TOFGAPC3 | TOF (3) | TOF (3) | INP | LD0.TOFGAPC3.In2.stVal | SPS | BOOLEAN | ST | B | 0 | IN2 | Input 2 status | Monitoring\I/O status\Generic timers\TOFGAPC3\Inputs | ||||
| TOFGAPC3 | TOF (3) | TOF (3) | INP | LD0.TOFGAPC3.In3.stVal | SPS | BOOLEAN | ST | B | 0 | IN3 | Input 3 status | Monitoring\I/O status\Generic timers\TOFGAPC3\Inputs | ||||
| TOFGAPC3 | TOF (3) | TOF (3) | INP | LD0.TOFGAPC3.In4.stVal | SPS | BOOLEAN | ST | B | 0 | IN4 | Input 4 status | Monitoring\I/O status\Generic timers\TOFGAPC3\Inputs | ||||
| TOFGAPC3 | TOF (3) | TOF (3) | INP | LD0.TOFGAPC3.In5.stVal | SPS | BOOLEAN | ST | B | 0 | IN5 | Input 5 status | Monitoring\I/O status\Generic timers\TOFGAPC3\Inputs | ||||
| TOFGAPC3 | TOF (3) | TOF (3) | INP | LD0.TOFGAPC3.In6.stVal | SPS | BOOLEAN | ST | B | 0 | IN6 | Input 6 status | Monitoring\I/O status\Generic timers\TOFGAPC3\Inputs | ||||
| TOFGAPC3 | TOF (3) | TOF (3) | INP | LD0.TOFGAPC3.In7.stVal | SPS | BOOLEAN | ST | B | 0 | IN7 | Input 7 status | Monitoring\I/O status\Generic timers\TOFGAPC3\Inputs | ||||
| TOFGAPC3 | TOF (3) | TOF (3) | INP | LD0.TOFGAPC3.In8.stVal | SPS | BOOLEAN | ST | B | 0 | IN8 | Input 8 status | Monitoring\I/O status\Generic timers\TOFGAPC3\Inputs | ||||
| TOFGAPC3 | TOF (3) | TOF (3) | OUT | LD0.TOFGAPC3.Q1.stVal | SPS | BOOLEAN | ST | B | Q1 | Output 1 status | Monitoring\I/O status\Generic timers\TOFGAPC3\Outputs | |||||
| TOFGAPC3 | TOF (3) | TOF (3) | OUT | LD0.TOFGAPC3.Q2.stVal | SPS | BOOLEAN | ST | B | Q2 | Output 2 status | Monitoring\I/O status\Generic timers\TOFGAPC3\Outputs | |||||
| TOFGAPC3 | TOF (3) | TOF (3) | OUT | LD0.TOFGAPC3.Q3.stVal | SPS | BOOLEAN | ST | B | Q3 | Output 3 status | Monitoring\I/O status\Generic timers\TOFGAPC3\Outputs | |||||
| TOFGAPC3 | TOF (3) | TOF (3) | OUT | LD0.TOFGAPC3.Q4.stVal | SPS | BOOLEAN | ST | B | Q4 | Output 4 status | Monitoring\I/O status\Generic timers\TOFGAPC3\Outputs | |||||
| TOFGAPC3 | TOF (3) | TOF (3) | OUT | LD0.TOFGAPC3.Q5.stVal | SPS | BOOLEAN | ST | B | Q5 | Output 5 status | Monitoring\I/O status\Generic timers\TOFGAPC3\Outputs | |||||
| TOFGAPC3 | TOF (3) | TOF (3) | OUT | LD0.TOFGAPC3.Q6.stVal | SPS | BOOLEAN | ST | B | Q6 | Output 6 status | Monitoring\I/O status\Generic timers\TOFGAPC3\Outputs | |||||
| TOFGAPC3 | TOF (3) | TOF (3) | OUT | LD0.TOFGAPC3.Q7.stVal | SPS | BOOLEAN | ST | B | Q7 | Output 7 status | Monitoring\I/O status\Generic timers\TOFGAPC3\Outputs | |||||
| TOFGAPC3 | TOF (3) | TOF (3) | OUT | LD0.TOFGAPC3.Q8.stVal | SPS | BOOLEAN | ST | B | Q8 | Output 8 status | Monitoring\I/O status\Generic timers\TOFGAPC3\Outputs | |||||
| TOFGAPC3 | TOF (3) | TOF (3) | CFG | LD0.TOFGAPC3.OffDlTmms1.setVal | ING | INT32 | SP | B | 0 | Off delay time 1 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC3 | |||
| TOFGAPC3 | TOF (3) | TOF (3) | CFG | LD0.TOFGAPC3.OffDlTmms2.setVal | ING | INT32 | SP | B | 0 | Off delay time 2 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC3 | |||
| TOFGAPC3 | TOF (3) | TOF (3) | CFG | LD0.TOFGAPC3.OffDlTmms3.setVal | ING | INT32 | SP | B | 0 | Off delay time 3 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC3 | |||
| TOFGAPC3 | TOF (3) | TOF (3) | CFG | LD0.TOFGAPC3.OffDlTmms4.setVal | ING | INT32 | SP | B | 0 | Off delay time 4 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC3 | |||
| TOFGAPC3 | TOF (3) | TOF (3) | CFG | LD0.TOFGAPC3.OffDlTmms5.setVal | ING | INT32 | SP | B | 0 | Off delay time 5 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC3 | |||
| TOFGAPC3 | TOF (3) | TOF (3) | CFG | LD0.TOFGAPC3.OffDlTmms6.setVal | ING | INT32 | SP | B | 0 | Off delay time 6 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC3 | |||
| TOFGAPC3 | TOF (3) | TOF (3) | CFG | LD0.TOFGAPC3.OffDlTmms7.setVal | ING | INT32 | SP | B | 0 | Off delay time 7 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC3 | |||
| TOFGAPC3 | TOF (3) | TOF (3) | CFG | LD0.TOFGAPC3.OffDlTmms8.setVal | ING | INT32 | SP | B | 0 | Off delay time 8 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC3 | |||
| TOFGAPC3 | TOF (3) | TOF (3) | VER | LD0.TOFGAPC3.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TOFGAPC4 | TOF (4) | TOF (4) | INP | LD0.TOFGAPC4.In1.stVal | SPS | BOOLEAN | ST | B | 0 | IN1 | Input 1 status | Monitoring\I/O status\Generic timers\TOFGAPC4\Inputs | ||||
| TOFGAPC4 | TOF (4) | TOF (4) | INP | LD0.TOFGAPC4.In2.stVal | SPS | BOOLEAN | ST | B | 0 | IN2 | Input 2 status | Monitoring\I/O status\Generic timers\TOFGAPC4\Inputs | ||||
| TOFGAPC4 | TOF (4) | TOF (4) | INP | LD0.TOFGAPC4.In3.stVal | SPS | BOOLEAN | ST | B | 0 | IN3 | Input 3 status | Monitoring\I/O status\Generic timers\TOFGAPC4\Inputs | ||||
| TOFGAPC4 | TOF (4) | TOF (4) | INP | LD0.TOFGAPC4.In4.stVal | SPS | BOOLEAN | ST | B | 0 | IN4 | Input 4 status | Monitoring\I/O status\Generic timers\TOFGAPC4\Inputs | ||||
| TOFGAPC4 | TOF (4) | TOF (4) | INP | LD0.TOFGAPC4.In5.stVal | SPS | BOOLEAN | ST | B | 0 | IN5 | Input 5 status | Monitoring\I/O status\Generic timers\TOFGAPC4\Inputs | ||||
| TOFGAPC4 | TOF (4) | TOF (4) | INP | LD0.TOFGAPC4.In6.stVal | SPS | BOOLEAN | ST | B | 0 | IN6 | Input 6 status | Monitoring\I/O status\Generic timers\TOFGAPC4\Inputs | ||||
| TOFGAPC4 | TOF (4) | TOF (4) | INP | LD0.TOFGAPC4.In7.stVal | SPS | BOOLEAN | ST | B | 0 | IN7 | Input 7 status | Monitoring\I/O status\Generic timers\TOFGAPC4\Inputs | ||||
| TOFGAPC4 | TOF (4) | TOF (4) | INP | LD0.TOFGAPC4.In8.stVal | SPS | BOOLEAN | ST | B | 0 | IN8 | Input 8 status | Monitoring\I/O status\Generic timers\TOFGAPC4\Inputs | ||||
| TOFGAPC4 | TOF (4) | TOF (4) | OUT | LD0.TOFGAPC4.Q1.stVal | SPS | BOOLEAN | ST | B | Q1 | Output 1 status | Monitoring\I/O status\Generic timers\TOFGAPC4\Outputs | |||||
| TOFGAPC4 | TOF (4) | TOF (4) | OUT | LD0.TOFGAPC4.Q2.stVal | SPS | BOOLEAN | ST | B | Q2 | Output 2 status | Monitoring\I/O status\Generic timers\TOFGAPC4\Outputs | |||||
| TOFGAPC4 | TOF (4) | TOF (4) | OUT | LD0.TOFGAPC4.Q3.stVal | SPS | BOOLEAN | ST | B | Q3 | Output 3 status | Monitoring\I/O status\Generic timers\TOFGAPC4\Outputs | |||||
| TOFGAPC4 | TOF (4) | TOF (4) | OUT | LD0.TOFGAPC4.Q4.stVal | SPS | BOOLEAN | ST | B | Q4 | Output 4 status | Monitoring\I/O status\Generic timers\TOFGAPC4\Outputs | |||||
| TOFGAPC4 | TOF (4) | TOF (4) | OUT | LD0.TOFGAPC4.Q5.stVal | SPS | BOOLEAN | ST | B | Q5 | Output 5 status | Monitoring\I/O status\Generic timers\TOFGAPC4\Outputs | |||||
| TOFGAPC4 | TOF (4) | TOF (4) | OUT | LD0.TOFGAPC4.Q6.stVal | SPS | BOOLEAN | ST | B | Q6 | Output 6 status | Monitoring\I/O status\Generic timers\TOFGAPC4\Outputs | |||||
| TOFGAPC4 | TOF (4) | TOF (4) | OUT | LD0.TOFGAPC4.Q7.stVal | SPS | BOOLEAN | ST | B | Q7 | Output 7 status | Monitoring\I/O status\Generic timers\TOFGAPC4\Outputs | |||||
| TOFGAPC4 | TOF (4) | TOF (4) | OUT | LD0.TOFGAPC4.Q8.stVal | SPS | BOOLEAN | ST | B | Q8 | Output 8 status | Monitoring\I/O status\Generic timers\TOFGAPC4\Outputs | |||||
| TOFGAPC4 | TOF (4) | TOF (4) | CFG | LD0.TOFGAPC4.OffDlTmms1.setVal | ING | INT32 | SP | B | 0 | Off delay time 1 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC4 | |||
| TOFGAPC4 | TOF (4) | TOF (4) | CFG | LD0.TOFGAPC4.OffDlTmms2.setVal | ING | INT32 | SP | B | 0 | Off delay time 2 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC4 | |||
| TOFGAPC4 | TOF (4) | TOF (4) | CFG | LD0.TOFGAPC4.OffDlTmms3.setVal | ING | INT32 | SP | B | 0 | Off delay time 3 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC4 | |||
| TOFGAPC4 | TOF (4) | TOF (4) | CFG | LD0.TOFGAPC4.OffDlTmms4.setVal | ING | INT32 | SP | B | 0 | Off delay time 4 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC4 | |||
| TOFGAPC4 | TOF (4) | TOF (4) | CFG | LD0.TOFGAPC4.OffDlTmms5.setVal | ING | INT32 | SP | B | 0 | Off delay time 5 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC4 | |||
| TOFGAPC4 | TOF (4) | TOF (4) | CFG | LD0.TOFGAPC4.OffDlTmms6.setVal | ING | INT32 | SP | B | 0 | Off delay time 6 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC4 | |||
| TOFGAPC4 | TOF (4) | TOF (4) | CFG | LD0.TOFGAPC4.OffDlTmms7.setVal | ING | INT32 | SP | B | 0 | Off delay time 7 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC4 | |||
| TOFGAPC4 | TOF (4) | TOF (4) | CFG | LD0.TOFGAPC4.OffDlTmms8.setVal | ING | INT32 | SP | B | 0 | Off delay time 8 | Off delay time | 0...3600000 ms | Configuration\Generic timers\TOFGAPC4 | |||
| TOFGAPC4 | TOF (4) | TOF (4) | VER | LD0.TOFGAPC4.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TONGAPC1 | TON (1) | TON (1) | INP | LD0.TONGAPC1.In1.stVal | SPS | BOOLEAN | ST | B | 0 | IN1 | Input 1 | Monitoring\I/O status\Generic timers\TONGAPC1\Inputs | ||||
| TONGAPC1 | TON (1) | TON (1) | INP | LD0.TONGAPC1.In2.stVal | SPS | BOOLEAN | ST | B | 0 | IN2 | Input 2 | Monitoring\I/O status\Generic timers\TONGAPC1\Inputs | ||||
| TONGAPC1 | TON (1) | TON (1) | INP | LD0.TONGAPC1.In3.stVal | SPS | BOOLEAN | ST | B | 0 | IN3 | Input 3 | Monitoring\I/O status\Generic timers\TONGAPC1\Inputs | ||||
| TONGAPC1 | TON (1) | TON (1) | INP | LD0.TONGAPC1.In4.stVal | SPS | BOOLEAN | ST | B | 0 | IN4 | Input 4 | Monitoring\I/O status\Generic timers\TONGAPC1\Inputs | ||||
| TONGAPC1 | TON (1) | TON (1) | INP | LD0.TONGAPC1.In5.stVal | SPS | BOOLEAN | ST | B | 0 | IN5 | Input 5 | Monitoring\I/O status\Generic timers\TONGAPC1\Inputs | ||||
| TONGAPC1 | TON (1) | TON (1) | INP | LD0.TONGAPC1.In6.stVal | SPS | BOOLEAN | ST | B | 0 | IN6 | Input 6 | Monitoring\I/O status\Generic timers\TONGAPC1\Inputs | ||||
| TONGAPC1 | TON (1) | TON (1) | INP | LD0.TONGAPC1.In7.stVal | SPS | BOOLEAN | ST | B | 0 | IN7 | Input 7 | Monitoring\I/O status\Generic timers\TONGAPC1\Inputs | ||||
| TONGAPC1 | TON (1) | TON (1) | INP | LD0.TONGAPC1.In8.stVal | SPS | BOOLEAN | ST | B | 0 | IN8 | Input 8 | Monitoring\I/O status\Generic timers\TONGAPC1\Inputs | ||||
| TONGAPC1 | TON (1) | TON (1) | OUT | LD0.TONGAPC1.Q1.stVal | SPS | BOOLEAN | ST | B | Q1 | Output 1 | Monitoring\I/O status\Generic timers\TONGAPC1\Outputs | |||||
| TONGAPC1 | TON (1) | TON (1) | OUT | LD0.TONGAPC1.Q2.stVal | SPS | BOOLEAN | ST | B | Q2 | Output 2 | Monitoring\I/O status\Generic timers\TONGAPC1\Outputs | |||||
| TONGAPC1 | TON (1) | TON (1) | OUT | LD0.TONGAPC1.Q3.stVal | SPS | BOOLEAN | ST | B | Q3 | Output 3 | Monitoring\I/O status\Generic timers\TONGAPC1\Outputs | |||||
| TONGAPC1 | TON (1) | TON (1) | OUT | LD0.TONGAPC1.Q4.stVal | SPS | BOOLEAN | ST | B | Q4 | Output 4 | Monitoring\I/O status\Generic timers\TONGAPC1\Outputs | |||||
| TONGAPC1 | TON (1) | TON (1) | OUT | LD0.TONGAPC1.Q5.stVal | SPS | BOOLEAN | ST | B | Q5 | Output 5 | Monitoring\I/O status\Generic timers\TONGAPC1\Outputs | |||||
| TONGAPC1 | TON (1) | TON (1) | OUT | LD0.TONGAPC1.Q6.stVal | SPS | BOOLEAN | ST | B | Q6 | Output 6 | Monitoring\I/O status\Generic timers\TONGAPC1\Outputs | |||||
| TONGAPC1 | TON (1) | TON (1) | OUT | LD0.TONGAPC1.Q7.stVal | SPS | BOOLEAN | ST | B | Q7 | Output 7 | Monitoring\I/O status\Generic timers\TONGAPC1\Outputs | |||||
| TONGAPC1 | TON (1) | TON (1) | OUT | LD0.TONGAPC1.Q8.stVal | SPS | BOOLEAN | ST | B | Q8 | Output 8 | Monitoring\I/O status\Generic timers\TONGAPC1\Outputs | |||||
| TONGAPC1 | TON (1) | TON (1) | CFG | LD0.TONGAPC1.OnDlTmms1.setVal | ING | INT32 | SP | B | 0 | On delay time 1 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC1 | |||
| TONGAPC1 | TON (1) | TON (1) | CFG | LD0.TONGAPC1.OnDlTmms2.setVal | ING | INT32 | SP | B | 0 | On delay time 2 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC1 | |||
| TONGAPC1 | TON (1) | TON (1) | CFG | LD0.TONGAPC1.OnDlTmms3.setVal | ING | INT32 | SP | B | 0 | On delay time 3 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC1 | |||
| TONGAPC1 | TON (1) | TON (1) | CFG | LD0.TONGAPC1.OnDlTmms4.setVal | ING | INT32 | SP | B | 0 | On delay time 4 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC1 | |||
| TONGAPC1 | TON (1) | TON (1) | CFG | LD0.TONGAPC1.OnDlTmms5.setVal | ING | INT32 | SP | B | 0 | On delay time 5 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC1 | |||
| TONGAPC1 | TON (1) | TON (1) | CFG | LD0.TONGAPC1.OnDlTmms6.setVal | ING | INT32 | SP | B | 0 | On delay time 6 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC1 | |||
| TONGAPC1 | TON (1) | TON (1) | CFG | LD0.TONGAPC1.OnDlTmms7.setVal | ING | INT32 | SP | B | 0 | On delay time 7 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC1 | |||
| TONGAPC1 | TON (1) | TON (1) | CFG | LD0.TONGAPC1.OnDlTmms8.setVal | ING | INT32 | SP | B | 0 | On delay time 8 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC1 | |||
| TONGAPC1 | TON (1) | TON (1) | VER | LD0.TONGAPC1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TONGAPC2 | TON (2) | TON (2) | INP | LD0.TONGAPC2.In1.stVal | SPS | BOOLEAN | ST | B | 0 | IN1 | Input 1 | Monitoring\I/O status\Generic timers\TONGAPC2\Inputs | ||||
| TONGAPC2 | TON (2) | TON (2) | INP | LD0.TONGAPC2.In2.stVal | SPS | BOOLEAN | ST | B | 0 | IN2 | Input 2 | Monitoring\I/O status\Generic timers\TONGAPC2\Inputs | ||||
| TONGAPC2 | TON (2) | TON (2) | INP | LD0.TONGAPC2.In3.stVal | SPS | BOOLEAN | ST | B | 0 | IN3 | Input 3 | Monitoring\I/O status\Generic timers\TONGAPC2\Inputs | ||||
| TONGAPC2 | TON (2) | TON (2) | INP | LD0.TONGAPC2.In4.stVal | SPS | BOOLEAN | ST | B | 0 | IN4 | Input 4 | Monitoring\I/O status\Generic timers\TONGAPC2\Inputs | ||||
| TONGAPC2 | TON (2) | TON (2) | INP | LD0.TONGAPC2.In5.stVal | SPS | BOOLEAN | ST | B | 0 | IN5 | Input 5 | Monitoring\I/O status\Generic timers\TONGAPC2\Inputs | ||||
| TONGAPC2 | TON (2) | TON (2) | INP | LD0.TONGAPC2.In6.stVal | SPS | BOOLEAN | ST | B | 0 | IN6 | Input 6 | Monitoring\I/O status\Generic timers\TONGAPC2\Inputs | ||||
| TONGAPC2 | TON (2) | TON (2) | INP | LD0.TONGAPC2.In7.stVal | SPS | BOOLEAN | ST | B | 0 | IN7 | Input 7 | Monitoring\I/O status\Generic timers\TONGAPC2\Inputs | ||||
| TONGAPC2 | TON (2) | TON (2) | INP | LD0.TONGAPC2.In8.stVal | SPS | BOOLEAN | ST | B | 0 | IN8 | Input 8 | Monitoring\I/O status\Generic timers\TONGAPC2\Inputs | ||||
| TONGAPC2 | TON (2) | TON (2) | OUT | LD0.TONGAPC2.Q1.stVal | SPS | BOOLEAN | ST | B | Q1 | Output 1 | Monitoring\I/O status\Generic timers\TONGAPC2\Outputs | |||||
| TONGAPC2 | TON (2) | TON (2) | OUT | LD0.TONGAPC2.Q2.stVal | SPS | BOOLEAN | ST | B | Q2 | Output 2 | Monitoring\I/O status\Generic timers\TONGAPC2\Outputs | |||||
| TONGAPC2 | TON (2) | TON (2) | OUT | LD0.TONGAPC2.Q3.stVal | SPS | BOOLEAN | ST | B | Q3 | Output 3 | Monitoring\I/O status\Generic timers\TONGAPC2\Outputs | |||||
| TONGAPC2 | TON (2) | TON (2) | OUT | LD0.TONGAPC2.Q4.stVal | SPS | BOOLEAN | ST | B | Q4 | Output 4 | Monitoring\I/O status\Generic timers\TONGAPC2\Outputs | |||||
| TONGAPC2 | TON (2) | TON (2) | OUT | LD0.TONGAPC2.Q5.stVal | SPS | BOOLEAN | ST | B | Q5 | Output 5 | Monitoring\I/O status\Generic timers\TONGAPC2\Outputs | |||||
| TONGAPC2 | TON (2) | TON (2) | OUT | LD0.TONGAPC2.Q6.stVal | SPS | BOOLEAN | ST | B | Q6 | Output 6 | Monitoring\I/O status\Generic timers\TONGAPC2\Outputs | |||||
| TONGAPC2 | TON (2) | TON (2) | OUT | LD0.TONGAPC2.Q7.stVal | SPS | BOOLEAN | ST | B | Q7 | Output 7 | Monitoring\I/O status\Generic timers\TONGAPC2\Outputs | |||||
| TONGAPC2 | TON (2) | TON (2) | OUT | LD0.TONGAPC2.Q8.stVal | SPS | BOOLEAN | ST | B | Q8 | Output 8 | Monitoring\I/O status\Generic timers\TONGAPC2\Outputs | |||||
| TONGAPC2 | TON (2) | TON (2) | CFG | LD0.TONGAPC2.OnDlTmms1.setVal | ING | INT32 | SP | B | 0 | On delay time 1 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC2 | |||
| TONGAPC2 | TON (2) | TON (2) | CFG | LD0.TONGAPC2.OnDlTmms2.setVal | ING | INT32 | SP | B | 0 | On delay time 2 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC2 | |||
| TONGAPC2 | TON (2) | TON (2) | CFG | LD0.TONGAPC2.OnDlTmms3.setVal | ING | INT32 | SP | B | 0 | On delay time 3 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC2 | |||
| TONGAPC2 | TON (2) | TON (2) | CFG | LD0.TONGAPC2.OnDlTmms4.setVal | ING | INT32 | SP | B | 0 | On delay time 4 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC2 | |||
| TONGAPC2 | TON (2) | TON (2) | CFG | LD0.TONGAPC2.OnDlTmms5.setVal | ING | INT32 | SP | B | 0 | On delay time 5 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC2 | |||
| TONGAPC2 | TON (2) | TON (2) | CFG | LD0.TONGAPC2.OnDlTmms6.setVal | ING | INT32 | SP | B | 0 | On delay time 6 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC2 | |||
| TONGAPC2 | TON (2) | TON (2) | CFG | LD0.TONGAPC2.OnDlTmms7.setVal | ING | INT32 | SP | B | 0 | On delay time 7 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC2 | |||
| TONGAPC2 | TON (2) | TON (2) | CFG | LD0.TONGAPC2.OnDlTmms8.setVal | ING | INT32 | SP | B | 0 | On delay time 8 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC2 | |||
| TONGAPC2 | TON (2) | TON (2) | VER | LD0.TONGAPC2.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TONGAPC3 | TON (3) | TON (3) | INP | LD0.TONGAPC3.In1.stVal | SPS | BOOLEAN | ST | B | 0 | IN1 | Input 1 | Monitoring\I/O status\Generic timers\TONGAPC3\Inputs | ||||
| TONGAPC3 | TON (3) | TON (3) | INP | LD0.TONGAPC3.In2.stVal | SPS | BOOLEAN | ST | B | 0 | IN2 | Input 2 | Monitoring\I/O status\Generic timers\TONGAPC3\Inputs | ||||
| TONGAPC3 | TON (3) | TON (3) | INP | LD0.TONGAPC3.In3.stVal | SPS | BOOLEAN | ST | B | 0 | IN3 | Input 3 | Monitoring\I/O status\Generic timers\TONGAPC3\Inputs | ||||
| TONGAPC3 | TON (3) | TON (3) | INP | LD0.TONGAPC3.In4.stVal | SPS | BOOLEAN | ST | B | 0 | IN4 | Input 4 | Monitoring\I/O status\Generic timers\TONGAPC3\Inputs | ||||
| TONGAPC3 | TON (3) | TON (3) | INP | LD0.TONGAPC3.In5.stVal | SPS | BOOLEAN | ST | B | 0 | IN5 | Input 5 | Monitoring\I/O status\Generic timers\TONGAPC3\Inputs | ||||
| TONGAPC3 | TON (3) | TON (3) | INP | LD0.TONGAPC3.In6.stVal | SPS | BOOLEAN | ST | B | 0 | IN6 | Input 6 | Monitoring\I/O status\Generic timers\TONGAPC3\Inputs | ||||
| TONGAPC3 | TON (3) | TON (3) | INP | LD0.TONGAPC3.In7.stVal | SPS | BOOLEAN | ST | B | 0 | IN7 | Input 7 | Monitoring\I/O status\Generic timers\TONGAPC3\Inputs | ||||
| TONGAPC3 | TON (3) | TON (3) | INP | LD0.TONGAPC3.In8.stVal | SPS | BOOLEAN | ST | B | 0 | IN8 | Input 8 | Monitoring\I/O status\Generic timers\TONGAPC3\Inputs | ||||
| TONGAPC3 | TON (3) | TON (3) | OUT | LD0.TONGAPC3.Q1.stVal | SPS | BOOLEAN | ST | B | Q1 | Output 1 | Monitoring\I/O status\Generic timers\TONGAPC3\Outputs | |||||
| TONGAPC3 | TON (3) | TON (3) | OUT | LD0.TONGAPC3.Q2.stVal | SPS | BOOLEAN | ST | B | Q2 | Output 2 | Monitoring\I/O status\Generic timers\TONGAPC3\Outputs | |||||
| TONGAPC3 | TON (3) | TON (3) | OUT | LD0.TONGAPC3.Q3.stVal | SPS | BOOLEAN | ST | B | Q3 | Output 3 | Monitoring\I/O status\Generic timers\TONGAPC3\Outputs | |||||
| TONGAPC3 | TON (3) | TON (3) | OUT | LD0.TONGAPC3.Q4.stVal | SPS | BOOLEAN | ST | B | Q4 | Output 4 | Monitoring\I/O status\Generic timers\TONGAPC3\Outputs | |||||
| TONGAPC3 | TON (3) | TON (3) | OUT | LD0.TONGAPC3.Q5.stVal | SPS | BOOLEAN | ST | B | Q5 | Output 5 | Monitoring\I/O status\Generic timers\TONGAPC3\Outputs | |||||
| TONGAPC3 | TON (3) | TON (3) | OUT | LD0.TONGAPC3.Q6.stVal | SPS | BOOLEAN | ST | B | Q6 | Output 6 | Monitoring\I/O status\Generic timers\TONGAPC3\Outputs | |||||
| TONGAPC3 | TON (3) | TON (3) | OUT | LD0.TONGAPC3.Q7.stVal | SPS | BOOLEAN | ST | B | Q7 | Output 7 | Monitoring\I/O status\Generic timers\TONGAPC3\Outputs | |||||
| TONGAPC3 | TON (3) | TON (3) | OUT | LD0.TONGAPC3.Q8.stVal | SPS | BOOLEAN | ST | B | Q8 | Output 8 | Monitoring\I/O status\Generic timers\TONGAPC3\Outputs | |||||
| TONGAPC3 | TON (3) | TON (3) | CFG | LD0.TONGAPC3.OnDlTmms1.setVal | ING | INT32 | SP | B | 0 | On delay time 1 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC3 | |||
| TONGAPC3 | TON (3) | TON (3) | CFG | LD0.TONGAPC3.OnDlTmms2.setVal | ING | INT32 | SP | B | 0 | On delay time 2 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC3 | |||
| TONGAPC3 | TON (3) | TON (3) | CFG | LD0.TONGAPC3.OnDlTmms3.setVal | ING | INT32 | SP | B | 0 | On delay time 3 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC3 | |||
| TONGAPC3 | TON (3) | TON (3) | CFG | LD0.TONGAPC3.OnDlTmms4.setVal | ING | INT32 | SP | B | 0 | On delay time 4 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC3 | |||
| TONGAPC3 | TON (3) | TON (3) | CFG | LD0.TONGAPC3.OnDlTmms5.setVal | ING | INT32 | SP | B | 0 | On delay time 5 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC3 | |||
| TONGAPC3 | TON (3) | TON (3) | CFG | LD0.TONGAPC3.OnDlTmms6.setVal | ING | INT32 | SP | B | 0 | On delay time 6 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC3 | |||
| TONGAPC3 | TON (3) | TON (3) | CFG | LD0.TONGAPC3.OnDlTmms7.setVal | ING | INT32 | SP | B | 0 | On delay time 7 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC3 | |||
| TONGAPC3 | TON (3) | TON (3) | CFG | LD0.TONGAPC3.OnDlTmms8.setVal | ING | INT32 | SP | B | 0 | On delay time 8 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC3 | |||
| TONGAPC3 | TON (3) | TON (3) | VER | LD0.TONGAPC3.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TONGAPC4 | TON (4) | TON (4) | INP | LD0.TONGAPC4.In1.stVal | SPS | BOOLEAN | ST | B | 0 | IN1 | Input 1 | Monitoring\I/O status\Generic timers\TONGAPC4\Inputs | ||||
| TONGAPC4 | TON (4) | TON (4) | INP | LD0.TONGAPC4.In2.stVal | SPS | BOOLEAN | ST | B | 0 | IN2 | Input 2 | Monitoring\I/O status\Generic timers\TONGAPC4\Inputs | ||||
| TONGAPC4 | TON (4) | TON (4) | INP | LD0.TONGAPC4.In3.stVal | SPS | BOOLEAN | ST | B | 0 | IN3 | Input 3 | Monitoring\I/O status\Generic timers\TONGAPC4\Inputs | ||||
| TONGAPC4 | TON (4) | TON (4) | INP | LD0.TONGAPC4.In4.stVal | SPS | BOOLEAN | ST | B | 0 | IN4 | Input 4 | Monitoring\I/O status\Generic timers\TONGAPC4\Inputs | ||||
| TONGAPC4 | TON (4) | TON (4) | INP | LD0.TONGAPC4.In5.stVal | SPS | BOOLEAN | ST | B | 0 | IN5 | Input 5 | Monitoring\I/O status\Generic timers\TONGAPC4\Inputs | ||||
| TONGAPC4 | TON (4) | TON (4) | INP | LD0.TONGAPC4.In6.stVal | SPS | BOOLEAN | ST | B | 0 | IN6 | Input 6 | Monitoring\I/O status\Generic timers\TONGAPC4\Inputs | ||||
| TONGAPC4 | TON (4) | TON (4) | INP | LD0.TONGAPC4.In7.stVal | SPS | BOOLEAN | ST | B | 0 | IN7 | Input 7 | Monitoring\I/O status\Generic timers\TONGAPC4\Inputs | ||||
| TONGAPC4 | TON (4) | TON (4) | INP | LD0.TONGAPC4.In8.stVal | SPS | BOOLEAN | ST | B | 0 | IN8 | Input 8 | Monitoring\I/O status\Generic timers\TONGAPC4\Inputs | ||||
| TONGAPC4 | TON (4) | TON (4) | OUT | LD0.TONGAPC4.Q1.stVal | SPS | BOOLEAN | ST | B | Q1 | Output 1 | Monitoring\I/O status\Generic timers\TONGAPC4\Outputs | |||||
| TONGAPC4 | TON (4) | TON (4) | OUT | LD0.TONGAPC4.Q2.stVal | SPS | BOOLEAN | ST | B | Q2 | Output 2 | Monitoring\I/O status\Generic timers\TONGAPC4\Outputs | |||||
| TONGAPC4 | TON (4) | TON (4) | OUT | LD0.TONGAPC4.Q3.stVal | SPS | BOOLEAN | ST | B | Q3 | Output 3 | Monitoring\I/O status\Generic timers\TONGAPC4\Outputs | |||||
| TONGAPC4 | TON (4) | TON (4) | OUT | LD0.TONGAPC4.Q4.stVal | SPS | BOOLEAN | ST | B | Q4 | Output 4 | Monitoring\I/O status\Generic timers\TONGAPC4\Outputs | |||||
| TONGAPC4 | TON (4) | TON (4) | OUT | LD0.TONGAPC4.Q5.stVal | SPS | BOOLEAN | ST | B | Q5 | Output 5 | Monitoring\I/O status\Generic timers\TONGAPC4\Outputs | |||||
| TONGAPC4 | TON (4) | TON (4) | OUT | LD0.TONGAPC4.Q6.stVal | SPS | BOOLEAN | ST | B | Q6 | Output 6 | Monitoring\I/O status\Generic timers\TONGAPC4\Outputs | |||||
| TONGAPC4 | TON (4) | TON (4) | OUT | LD0.TONGAPC4.Q7.stVal | SPS | BOOLEAN | ST | B | Q7 | Output 7 | Monitoring\I/O status\Generic timers\TONGAPC4\Outputs | |||||
| TONGAPC4 | TON (4) | TON (4) | OUT | LD0.TONGAPC4.Q8.stVal | SPS | BOOLEAN | ST | B | Q8 | Output 8 | Monitoring\I/O status\Generic timers\TONGAPC4\Outputs | |||||
| TONGAPC4 | TON (4) | TON (4) | CFG | LD0.TONGAPC4.OnDlTmms1.setVal | ING | INT32 | SP | B | 0 | On delay time 1 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC4 | |||
| TONGAPC4 | TON (4) | TON (4) | CFG | LD0.TONGAPC4.OnDlTmms2.setVal | ING | INT32 | SP | B | 0 | On delay time 2 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC4 | |||
| TONGAPC4 | TON (4) | TON (4) | CFG | LD0.TONGAPC4.OnDlTmms3.setVal | ING | INT32 | SP | B | 0 | On delay time 3 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC4 | |||
| TONGAPC4 | TON (4) | TON (4) | CFG | LD0.TONGAPC4.OnDlTmms4.setVal | ING | INT32 | SP | B | 0 | On delay time 4 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC4 | |||
| TONGAPC4 | TON (4) | TON (4) | CFG | LD0.TONGAPC4.OnDlTmms5.setVal | ING | INT32 | SP | B | 0 | On delay time 5 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC4 | |||
| TONGAPC4 | TON (4) | TON (4) | CFG | LD0.TONGAPC4.OnDlTmms6.setVal | ING | INT32 | SP | B | 0 | On delay time 6 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC4 | |||
| TONGAPC4 | TON (4) | TON (4) | CFG | LD0.TONGAPC4.OnDlTmms7.setVal | ING | INT32 | SP | B | 0 | On delay time 7 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC4 | |||
| TONGAPC4 | TON (4) | TON (4) | CFG | LD0.TONGAPC4.OnDlTmms8.setVal | ING | INT32 | SP | B | 0 | On delay time 8 | On delay time | 0...3600000 ms | Configuration\Generic timers\TONGAPC4 | |||
| TONGAPC4 | TON (4) | TON (4) | VER | LD0.TONGAPC4.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| SRGAPC1 | SR (1) | SR (1) | INP | LD0.SRGAPC1.Set1.stVal | SPS | BOOLEAN | ST | B | 0 | S1 | Set Q1 output when set | Monitoring\I/O status\Generic logic\SRGAPC1\Inputs | ||||
| SRGAPC1 | SR (1) | SR (1) | INP | LD0.SRGAPC1.Set2.stVal | SPS | BOOLEAN | ST | B | 0 | S2 | Set Q2 output when set | Monitoring\I/O status\Generic logic\SRGAPC1\Inputs | ||||
| SRGAPC1 | SR (1) | SR (1) | INP | LD0.SRGAPC1.Set3.stVal | SPS | BOOLEAN | ST | B | 0 | S3 | Set Q3 output when set | Monitoring\I/O status\Generic logic\SRGAPC1\Inputs | ||||
| SRGAPC1 | SR (1) | SR (1) | INP | LD0.SRGAPC1.Set4.stVal | SPS | BOOLEAN | ST | B | 0 | S4 | Set Q4 output when set | Monitoring\I/O status\Generic logic\SRGAPC1\Inputs | ||||
| SRGAPC1 | SR (1) | SR (1) | INP | LD0.SRGAPC1.Set5.stVal | SPS | BOOLEAN | ST | B | 0 | S5 | Set Q5 output when set | Monitoring\I/O status\Generic logic\SRGAPC1\Inputs | ||||
| SRGAPC1 | SR (1) | SR (1) | INP | LD0.SRGAPC1.Set6.stVal | SPS | BOOLEAN | ST | B | 0 | S6 | Set Q6 output when set | Monitoring\I/O status\Generic logic\SRGAPC1\Inputs | ||||
| SRGAPC1 | SR (1) | SR (1) | INP | LD0.SRGAPC1.Set7.stVal | SPS | BOOLEAN | ST | B | 0 | S7 | Set Q7 output when set | Monitoring\I/O status\Generic logic\SRGAPC1\Inputs | ||||
| SRGAPC1 | SR (1) | SR (1) | INP | LD0.SRGAPC1.Set8.stVal | SPS | BOOLEAN | ST | B | 0 | S8 | Set Q8 output when set | Monitoring\I/O status\Generic logic\SRGAPC1\Inputs | ||||
| SRGAPC1 | SR (1) | SR (1) | INP | LD0.SRGAPC1.Rs1.stVal | SPC | BOOLEAN | ST | B | 0 | R1 | Resets Q1 output when set | Monitoring\I/O status\Generic logic\SRGAPC1\Inputs | ||||
| SRGAPC1 | SR (1) | SR (1) | INP | LD0.SRGAPC1.Rs2.stVal | SPC | BOOLEAN | ST | B | 0 | R2 | Resets Q2 output when set | Monitoring\I/O status\Generic logic\SRGAPC1\Inputs | ||||
| SRGAPC1 | SR (1) | SR (1) | INP | LD0.SRGAPC1.Rs3.stVal | SPC | BOOLEAN | ST | B | 0 | R3 | Resets Q3 output when set | Monitoring\I/O status\Generic logic\SRGAPC1\Inputs | ||||
| SRGAPC1 | SR (1) | SR (1) | INP | LD0.SRGAPC1.Rs4.stVal | SPC | BOOLEAN | ST | B | 0 | R4 | Resets Q4 output when set | Monitoring\I/O status\Generic logic\SRGAPC1\Inputs | ||||
| SRGAPC1 | SR (1) | SR (1) | INP | LD0.SRGAPC1.Rs5.stVal | SPC | BOOLEAN | ST | B | 0 | R5 | Resets Q5 output when set | Monitoring\I/O status\Generic logic\SRGAPC1\Inputs | ||||
| SRGAPC1 | SR (1) | SR (1) | INP | LD0.SRGAPC1.Rs6.stVal | SPC | BOOLEAN | ST | B | 0 | R6 | Resets Q6 output when set | Monitoring\I/O status\Generic logic\SRGAPC1\Inputs | ||||
| SRGAPC1 | SR (1) | SR (1) | INP | LD0.SRGAPC1.Rs7.stVal | SPC | BOOLEAN | ST | B | 0 | R7 | Resets Q7 output when set | Monitoring\I/O status\Generic logic\SRGAPC1\Inputs | ||||
| SRGAPC1 | SR (1) | SR (1) | INP | LD0.SRGAPC1.Rs8.stVal | SPC | BOOLEAN | ST | B | 0 | R8 | Resets Q8 output when set | Monitoring\I/O status\Generic logic\SRGAPC1\Inputs | ||||
| SRGAPC1 | SR (1) | SR (1) | OUT | LD0.SRGAPC1.Q1.stVal | SPS | BOOLEAN | ST | B | Q1 | Q1 status | Monitoring\I/O status\Generic logic\SRGAPC1\Outputs | |||||
| SRGAPC1 | SR (1) | SR (1) | OUT | LD0.SRGAPC1.Q2.stVal | SPS | BOOLEAN | ST | B | Q2 | Q2 status | Monitoring\I/O status\Generic logic\SRGAPC1\Outputs | |||||
| SRGAPC1 | SR (1) | SR (1) | OUT | LD0.SRGAPC1.Q3.stVal | SPS | BOOLEAN | ST | B | Q3 | Q3 status | Monitoring\I/O status\Generic logic\SRGAPC1\Outputs | |||||
| SRGAPC1 | SR (1) | SR (1) | OUT | LD0.SRGAPC1.Q4.stVal | SPS | BOOLEAN | ST | B | Q4 | Q4 status | Monitoring\I/O status\Generic logic\SRGAPC1\Outputs | |||||
| SRGAPC1 | SR (1) | SR (1) | OUT | LD0.SRGAPC1.Q5.stVal | SPS | BOOLEAN | ST | B | Q5 | Q5 status | Monitoring\I/O status\Generic logic\SRGAPC1\Outputs | |||||
| SRGAPC1 | SR (1) | SR (1) | OUT | LD0.SRGAPC1.Q6.stVal | SPS | BOOLEAN | ST | B | Q6 | Q6 status | Monitoring\I/O status\Generic logic\SRGAPC1\Outputs | |||||
| SRGAPC1 | SR (1) | SR (1) | OUT | LD0.SRGAPC1.Q7.stVal | SPS | BOOLEAN | ST | B | Q7 | Q7 status | Monitoring\I/O status\Generic logic\SRGAPC1\Outputs | |||||
| SRGAPC1 | SR (1) | SR (1) | OUT | LD0.SRGAPC1.Q8.stVal | SPS | BOOLEAN | ST | B | Q8 | Q8 status | Monitoring\I/O status\Generic logic\SRGAPC1\Outputs | |||||
| SRGAPC1 | SR (1) | SR (1) | CTR | LD0.SRGAPC1.Rs1.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q1 | Resets Q1 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC1 | |||
| SRGAPC1 | SR (1) | SR (1) | CTR | LD0.SRGAPC1.Rs2.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q2 | Resets Q2 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC1 | |||
| SRGAPC1 | SR (1) | SR (1) | CTR | LD0.SRGAPC1.Rs3.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q3 | Resets Q3 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC1 | |||
| SRGAPC1 | SR (1) | SR (1) | CTR | LD0.SRGAPC1.Rs4.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q4 | Resets Q4 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC1 | |||
| SRGAPC1 | SR (1) | SR (1) | CTR | LD0.SRGAPC1.Rs5.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q5 | Resets Q5 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC1 | |||
| SRGAPC1 | SR (1) | SR (1) | CTR | LD0.SRGAPC1.Rs6.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q6 | Resets Q6 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC1 | |||
| SRGAPC1 | SR (1) | SR (1) | CTR | LD0.SRGAPC1.Rs7.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q7 | Resets Q7 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC1 | |||
| SRGAPC1 | SR (1) | SR (1) | CTR | LD0.SRGAPC1.Rs8.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q8 | Resets Q8 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC1 | |||
| SRGAPC1 | SR (1) | SR (1) | CFG | LD0.SRGAPC1.Rs1.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q1 | Resets Q1 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC1 | |||
| SRGAPC1 | SR (1) | SR (1) | CFG | LD0.SRGAPC1.Rs2.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q2 | Resets Q2 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC1 | |||
| SRGAPC1 | SR (1) | SR (1) | CFG | LD0.SRGAPC1.Rs3.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q3 | Resets Q3 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC1 | |||
| SRGAPC1 | SR (1) | SR (1) | CFG | LD0.SRGAPC1.Rs4.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q4 | Resets Q4 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC1 | |||
| SRGAPC1 | SR (1) | SR (1) | CFG | LD0.SRGAPC1.Rs5.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q5 | Resets Q5 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC1 | |||
| SRGAPC1 | SR (1) | SR (1) | CFG | LD0.SRGAPC1.Rs6.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q6 | Resets Q6 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC1 | |||
| SRGAPC1 | SR (1) | SR (1) | CFG | LD0.SRGAPC1.Rs7.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q7 | Resets Q7 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC1 | |||
| SRGAPC1 | SR (1) | SR (1) | CFG | LD0.SRGAPC1.Rs8.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q8 | Resets Q8 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC1 | |||
| SRGAPC1 | SR (1) | SR (1) | VER | LD0.SRGAPC1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| SRGAPC2 | SR (2) | SR (2) | INP | LD0.SRGAPC2.Set1.stVal | SPS | BOOLEAN | ST | B | 0 | S1 | Set Q1 output when set | Monitoring\I/O status\Generic logic\SRGAPC2\Inputs | ||||
| SRGAPC2 | SR (2) | SR (2) | INP | LD0.SRGAPC2.Set2.stVal | SPS | BOOLEAN | ST | B | 0 | S2 | Set Q2 output when set | Monitoring\I/O status\Generic logic\SRGAPC2\Inputs | ||||
| SRGAPC2 | SR (2) | SR (2) | INP | LD0.SRGAPC2.Set3.stVal | SPS | BOOLEAN | ST | B | 0 | S3 | Set Q3 output when set | Monitoring\I/O status\Generic logic\SRGAPC2\Inputs | ||||
| SRGAPC2 | SR (2) | SR (2) | INP | LD0.SRGAPC2.Set4.stVal | SPS | BOOLEAN | ST | B | 0 | S4 | Set Q4 output when set | Monitoring\I/O status\Generic logic\SRGAPC2\Inputs | ||||
| SRGAPC2 | SR (2) | SR (2) | INP | LD0.SRGAPC2.Set5.stVal | SPS | BOOLEAN | ST | B | 0 | S5 | Set Q5 output when set | Monitoring\I/O status\Generic logic\SRGAPC2\Inputs | ||||
| SRGAPC2 | SR (2) | SR (2) | INP | LD0.SRGAPC2.Set6.stVal | SPS | BOOLEAN | ST | B | 0 | S6 | Set Q6 output when set | Monitoring\I/O status\Generic logic\SRGAPC2\Inputs | ||||
| SRGAPC2 | SR (2) | SR (2) | INP | LD0.SRGAPC2.Set7.stVal | SPS | BOOLEAN | ST | B | 0 | S7 | Set Q7 output when set | Monitoring\I/O status\Generic logic\SRGAPC2\Inputs | ||||
| SRGAPC2 | SR (2) | SR (2) | INP | LD0.SRGAPC2.Set8.stVal | SPS | BOOLEAN | ST | B | 0 | S8 | Set Q8 output when set | Monitoring\I/O status\Generic logic\SRGAPC2\Inputs | ||||
| SRGAPC2 | SR (2) | SR (2) | INP | LD0.SRGAPC2.Rs1.stVal | SPC | BOOLEAN | ST | B | 0 | R1 | Resets Q1 output when set | Monitoring\I/O status\Generic logic\SRGAPC2\Inputs | ||||
| SRGAPC2 | SR (2) | SR (2) | INP | LD0.SRGAPC2.Rs2.stVal | SPC | BOOLEAN | ST | B | 0 | R2 | Resets Q2 output when set | Monitoring\I/O status\Generic logic\SRGAPC2\Inputs | ||||
| SRGAPC2 | SR (2) | SR (2) | INP | LD0.SRGAPC2.Rs3.stVal | SPC | BOOLEAN | ST | B | 0 | R3 | Resets Q3 output when set | Monitoring\I/O status\Generic logic\SRGAPC2\Inputs | ||||
| SRGAPC2 | SR (2) | SR (2) | INP | LD0.SRGAPC2.Rs4.stVal | SPC | BOOLEAN | ST | B | 0 | R4 | Resets Q4 output when set | Monitoring\I/O status\Generic logic\SRGAPC2\Inputs | ||||
| SRGAPC2 | SR (2) | SR (2) | INP | LD0.SRGAPC2.Rs5.stVal | SPC | BOOLEAN | ST | B | 0 | R5 | Resets Q5 output when set | Monitoring\I/O status\Generic logic\SRGAPC2\Inputs | ||||
| SRGAPC2 | SR (2) | SR (2) | INP | LD0.SRGAPC2.Rs6.stVal | SPC | BOOLEAN | ST | B | 0 | R6 | Resets Q6 output when set | Monitoring\I/O status\Generic logic\SRGAPC2\Inputs | ||||
| SRGAPC2 | SR (2) | SR (2) | INP | LD0.SRGAPC2.Rs7.stVal | SPC | BOOLEAN | ST | B | 0 | R7 | Resets Q7 output when set | Monitoring\I/O status\Generic logic\SRGAPC2\Inputs | ||||
| SRGAPC2 | SR (2) | SR (2) | INP | LD0.SRGAPC2.Rs8.stVal | SPC | BOOLEAN | ST | B | 0 | R8 | Resets Q8 output when set | Monitoring\I/O status\Generic logic\SRGAPC2\Inputs | ||||
| SRGAPC2 | SR (2) | SR (2) | OUT | LD0.SRGAPC2.Q1.stVal | SPS | BOOLEAN | ST | B | Q1 | Q1 status | Monitoring\I/O status\Generic logic\SRGAPC2\Outputs | |||||
| SRGAPC2 | SR (2) | SR (2) | OUT | LD0.SRGAPC2.Q2.stVal | SPS | BOOLEAN | ST | B | Q2 | Q2 status | Monitoring\I/O status\Generic logic\SRGAPC2\Outputs | |||||
| SRGAPC2 | SR (2) | SR (2) | OUT | LD0.SRGAPC2.Q3.stVal | SPS | BOOLEAN | ST | B | Q3 | Q3 status | Monitoring\I/O status\Generic logic\SRGAPC2\Outputs | |||||
| SRGAPC2 | SR (2) | SR (2) | OUT | LD0.SRGAPC2.Q4.stVal | SPS | BOOLEAN | ST | B | Q4 | Q4 status | Monitoring\I/O status\Generic logic\SRGAPC2\Outputs | |||||
| SRGAPC2 | SR (2) | SR (2) | OUT | LD0.SRGAPC2.Q5.stVal | SPS | BOOLEAN | ST | B | Q5 | Q5 status | Monitoring\I/O status\Generic logic\SRGAPC2\Outputs | |||||
| SRGAPC2 | SR (2) | SR (2) | OUT | LD0.SRGAPC2.Q6.stVal | SPS | BOOLEAN | ST | B | Q6 | Q6 status | Monitoring\I/O status\Generic logic\SRGAPC2\Outputs | |||||
| SRGAPC2 | SR (2) | SR (2) | OUT | LD0.SRGAPC2.Q7.stVal | SPS | BOOLEAN | ST | B | Q7 | Q7 status | Monitoring\I/O status\Generic logic\SRGAPC2\Outputs | |||||
| SRGAPC2 | SR (2) | SR (2) | OUT | LD0.SRGAPC2.Q8.stVal | SPS | BOOLEAN | ST | B | Q8 | Q8 status | Monitoring\I/O status\Generic logic\SRGAPC2\Outputs | |||||
| SRGAPC2 | SR (2) | SR (2) | CTR | LD0.SRGAPC2.Rs1.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q1 | Resets Q1 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC2 | |||
| SRGAPC2 | SR (2) | SR (2) | CTR | LD0.SRGAPC2.Rs2.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q2 | Resets Q2 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC2 | |||
| SRGAPC2 | SR (2) | SR (2) | CTR | LD0.SRGAPC2.Rs3.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q3 | Resets Q3 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC2 | |||
| SRGAPC2 | SR (2) | SR (2) | CTR | LD0.SRGAPC2.Rs4.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q4 | Resets Q4 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC2 | |||
| SRGAPC2 | SR (2) | SR (2) | CTR | LD0.SRGAPC2.Rs5.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q5 | Resets Q5 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC2 | |||
| SRGAPC2 | SR (2) | SR (2) | CTR | LD0.SRGAPC2.Rs6.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q6 | Resets Q6 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC2 | |||
| SRGAPC2 | SR (2) | SR (2) | CTR | LD0.SRGAPC2.Rs7.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q7 | Resets Q7 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC2 | |||
| SRGAPC2 | SR (2) | SR (2) | CTR | LD0.SRGAPC2.Rs8.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q8 | Resets Q8 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC2 | |||
| SRGAPC2 | SR (2) | SR (2) | CFG | LD0.SRGAPC2.Rs1.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q1 | Resets Q1 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC2 | |||
| SRGAPC2 | SR (2) | SR (2) | CFG | LD0.SRGAPC2.Rs2.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q2 | Resets Q2 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC2 | |||
| SRGAPC2 | SR (2) | SR (2) | CFG | LD0.SRGAPC2.Rs3.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q3 | Resets Q3 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC2 | |||
| SRGAPC2 | SR (2) | SR (2) | CFG | LD0.SRGAPC2.Rs4.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q4 | Resets Q4 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC2 | |||
| SRGAPC2 | SR (2) | SR (2) | CFG | LD0.SRGAPC2.Rs5.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q5 | Resets Q5 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC2 | |||
| SRGAPC2 | SR (2) | SR (2) | CFG | LD0.SRGAPC2.Rs6.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q6 | Resets Q6 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC2 | |||
| SRGAPC2 | SR (2) | SR (2) | CFG | LD0.SRGAPC2.Rs7.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q7 | Resets Q7 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC2 | |||
| SRGAPC2 | SR (2) | SR (2) | CFG | LD0.SRGAPC2.Rs8.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q8 | Resets Q8 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC2 | |||
| SRGAPC2 | SR (2) | SR (2) | VER | LD0.SRGAPC2.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| SRGAPC3 | SR (3) | SR (3) | INP | LD0.SRGAPC3.Set1.stVal | SPS | BOOLEAN | ST | B | 0 | S1 | Set Q1 output when set | Monitoring\I/O status\Generic logic\SRGAPC3\Inputs | ||||
| SRGAPC3 | SR (3) | SR (3) | INP | LD0.SRGAPC3.Set2.stVal | SPS | BOOLEAN | ST | B | 0 | S2 | Set Q2 output when set | Monitoring\I/O status\Generic logic\SRGAPC3\Inputs | ||||
| SRGAPC3 | SR (3) | SR (3) | INP | LD0.SRGAPC3.Set3.stVal | SPS | BOOLEAN | ST | B | 0 | S3 | Set Q3 output when set | Monitoring\I/O status\Generic logic\SRGAPC3\Inputs | ||||
| SRGAPC3 | SR (3) | SR (3) | INP | LD0.SRGAPC3.Set4.stVal | SPS | BOOLEAN | ST | B | 0 | S4 | Set Q4 output when set | Monitoring\I/O status\Generic logic\SRGAPC3\Inputs | ||||
| SRGAPC3 | SR (3) | SR (3) | INP | LD0.SRGAPC3.Set5.stVal | SPS | BOOLEAN | ST | B | 0 | S5 | Set Q5 output when set | Monitoring\I/O status\Generic logic\SRGAPC3\Inputs | ||||
| SRGAPC3 | SR (3) | SR (3) | INP | LD0.SRGAPC3.Set6.stVal | SPS | BOOLEAN | ST | B | 0 | S6 | Set Q6 output when set | Monitoring\I/O status\Generic logic\SRGAPC3\Inputs | ||||
| SRGAPC3 | SR (3) | SR (3) | INP | LD0.SRGAPC3.Set7.stVal | SPS | BOOLEAN | ST | B | 0 | S7 | Set Q7 output when set | Monitoring\I/O status\Generic logic\SRGAPC3\Inputs | ||||
| SRGAPC3 | SR (3) | SR (3) | INP | LD0.SRGAPC3.Set8.stVal | SPS | BOOLEAN | ST | B | 0 | S8 | Set Q8 output when set | Monitoring\I/O status\Generic logic\SRGAPC3\Inputs | ||||
| SRGAPC3 | SR (3) | SR (3) | INP | LD0.SRGAPC3.Rs1.stVal | SPC | BOOLEAN | ST | B | 0 | R1 | Resets Q1 output when set | Monitoring\I/O status\Generic logic\SRGAPC3\Inputs | ||||
| SRGAPC3 | SR (3) | SR (3) | INP | LD0.SRGAPC3.Rs2.stVal | SPC | BOOLEAN | ST | B | 0 | R2 | Resets Q2 output when set | Monitoring\I/O status\Generic logic\SRGAPC3\Inputs | ||||
| SRGAPC3 | SR (3) | SR (3) | INP | LD0.SRGAPC3.Rs3.stVal | SPC | BOOLEAN | ST | B | 0 | R3 | Resets Q3 output when set | Monitoring\I/O status\Generic logic\SRGAPC3\Inputs | ||||
| SRGAPC3 | SR (3) | SR (3) | INP | LD0.SRGAPC3.Rs4.stVal | SPC | BOOLEAN | ST | B | 0 | R4 | Resets Q4 output when set | Monitoring\I/O status\Generic logic\SRGAPC3\Inputs | ||||
| SRGAPC3 | SR (3) | SR (3) | INP | LD0.SRGAPC3.Rs5.stVal | SPC | BOOLEAN | ST | B | 0 | R5 | Resets Q5 output when set | Monitoring\I/O status\Generic logic\SRGAPC3\Inputs | ||||
| SRGAPC3 | SR (3) | SR (3) | INP | LD0.SRGAPC3.Rs6.stVal | SPC | BOOLEAN | ST | B | 0 | R6 | Resets Q6 output when set | Monitoring\I/O status\Generic logic\SRGAPC3\Inputs | ||||
| SRGAPC3 | SR (3) | SR (3) | INP | LD0.SRGAPC3.Rs7.stVal | SPC | BOOLEAN | ST | B | 0 | R7 | Resets Q7 output when set | Monitoring\I/O status\Generic logic\SRGAPC3\Inputs | ||||
| SRGAPC3 | SR (3) | SR (3) | INP | LD0.SRGAPC3.Rs8.stVal | SPC | BOOLEAN | ST | B | 0 | R8 | Resets Q8 output when set | Monitoring\I/O status\Generic logic\SRGAPC3\Inputs | ||||
| SRGAPC3 | SR (3) | SR (3) | OUT | LD0.SRGAPC3.Q1.stVal | SPS | BOOLEAN | ST | B | Q1 | Q1 status | Monitoring\I/O status\Generic logic\SRGAPC3\Outputs | |||||
| SRGAPC3 | SR (3) | SR (3) | OUT | LD0.SRGAPC3.Q2.stVal | SPS | BOOLEAN | ST | B | Q2 | Q2 status | Monitoring\I/O status\Generic logic\SRGAPC3\Outputs | |||||
| SRGAPC3 | SR (3) | SR (3) | OUT | LD0.SRGAPC3.Q3.stVal | SPS | BOOLEAN | ST | B | Q3 | Q3 status | Monitoring\I/O status\Generic logic\SRGAPC3\Outputs | |||||
| SRGAPC3 | SR (3) | SR (3) | OUT | LD0.SRGAPC3.Q4.stVal | SPS | BOOLEAN | ST | B | Q4 | Q4 status | Monitoring\I/O status\Generic logic\SRGAPC3\Outputs | |||||
| SRGAPC3 | SR (3) | SR (3) | OUT | LD0.SRGAPC3.Q5.stVal | SPS | BOOLEAN | ST | B | Q5 | Q5 status | Monitoring\I/O status\Generic logic\SRGAPC3\Outputs | |||||
| SRGAPC3 | SR (3) | SR (3) | OUT | LD0.SRGAPC3.Q6.stVal | SPS | BOOLEAN | ST | B | Q6 | Q6 status | Monitoring\I/O status\Generic logic\SRGAPC3\Outputs | |||||
| SRGAPC3 | SR (3) | SR (3) | OUT | LD0.SRGAPC3.Q7.stVal | SPS | BOOLEAN | ST | B | Q7 | Q7 status | Monitoring\I/O status\Generic logic\SRGAPC3\Outputs | |||||
| SRGAPC3 | SR (3) | SR (3) | OUT | LD0.SRGAPC3.Q8.stVal | SPS | BOOLEAN | ST | B | Q8 | Q8 status | Monitoring\I/O status\Generic logic\SRGAPC3\Outputs | |||||
| SRGAPC3 | SR (3) | SR (3) | CTR | LD0.SRGAPC3.Rs1.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q1 | Resets Q1 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC3 | |||
| SRGAPC3 | SR (3) | SR (3) | CTR | LD0.SRGAPC3.Rs2.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q2 | Resets Q2 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC3 | |||
| SRGAPC3 | SR (3) | SR (3) | CTR | LD0.SRGAPC3.Rs3.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q3 | Resets Q3 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC3 | |||
| SRGAPC3 | SR (3) | SR (3) | CTR | LD0.SRGAPC3.Rs4.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q4 | Resets Q4 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC3 | |||
| SRGAPC3 | SR (3) | SR (3) | CTR | LD0.SRGAPC3.Rs5.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q5 | Resets Q5 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC3 | |||
| SRGAPC3 | SR (3) | SR (3) | CTR | LD0.SRGAPC3.Rs6.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q6 | Resets Q6 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC3 | |||
| SRGAPC3 | SR (3) | SR (3) | CTR | LD0.SRGAPC3.Rs7.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q7 | Resets Q7 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC3 | |||
| SRGAPC3 | SR (3) | SR (3) | CTR | LD0.SRGAPC3.Rs8.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q8 | Resets Q8 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC3 | |||
| SRGAPC3 | SR (3) | SR (3) | CFG | LD0.SRGAPC3.Rs1.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q1 | Resets Q1 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC3 | |||
| SRGAPC3 | SR (3) | SR (3) | CFG | LD0.SRGAPC3.Rs2.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q2 | Resets Q2 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC3 | |||
| SRGAPC3 | SR (3) | SR (3) | CFG | LD0.SRGAPC3.Rs3.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q3 | Resets Q3 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC3 | |||
| SRGAPC3 | SR (3) | SR (3) | CFG | LD0.SRGAPC3.Rs4.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q4 | Resets Q4 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC3 | |||
| SRGAPC3 | SR (3) | SR (3) | CFG | LD0.SRGAPC3.Rs5.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q5 | Resets Q5 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC3 | |||
| SRGAPC3 | SR (3) | SR (3) | CFG | LD0.SRGAPC3.Rs6.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q6 | Resets Q6 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC3 | |||
| SRGAPC3 | SR (3) | SR (3) | CFG | LD0.SRGAPC3.Rs7.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q7 | Resets Q7 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC3 | |||
| SRGAPC3 | SR (3) | SR (3) | CFG | LD0.SRGAPC3.Rs8.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q8 | Resets Q8 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC3 | |||
| SRGAPC3 | SR (3) | SR (3) | VER | LD0.SRGAPC3.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| SRGAPC4 | SR (4) | SR (4) | INP | LD0.SRGAPC4.Set1.stVal | SPS | BOOLEAN | ST | B | 0 | S1 | Set Q1 output when set | Monitoring\I/O status\Generic logic\SRGAPC4\Inputs | ||||
| SRGAPC4 | SR (4) | SR (4) | INP | LD0.SRGAPC4.Set2.stVal | SPS | BOOLEAN | ST | B | 0 | S2 | Set Q2 output when set | Monitoring\I/O status\Generic logic\SRGAPC4\Inputs | ||||
| SRGAPC4 | SR (4) | SR (4) | INP | LD0.SRGAPC4.Set3.stVal | SPS | BOOLEAN | ST | B | 0 | S3 | Set Q3 output when set | Monitoring\I/O status\Generic logic\SRGAPC4\Inputs | ||||
| SRGAPC4 | SR (4) | SR (4) | INP | LD0.SRGAPC4.Set4.stVal | SPS | BOOLEAN | ST | B | 0 | S4 | Set Q4 output when set | Monitoring\I/O status\Generic logic\SRGAPC4\Inputs | ||||
| SRGAPC4 | SR (4) | SR (4) | INP | LD0.SRGAPC4.Set5.stVal | SPS | BOOLEAN | ST | B | 0 | S5 | Set Q5 output when set | Monitoring\I/O status\Generic logic\SRGAPC4\Inputs | ||||
| SRGAPC4 | SR (4) | SR (4) | INP | LD0.SRGAPC4.Set6.stVal | SPS | BOOLEAN | ST | B | 0 | S6 | Set Q6 output when set | Monitoring\I/O status\Generic logic\SRGAPC4\Inputs | ||||
| SRGAPC4 | SR (4) | SR (4) | INP | LD0.SRGAPC4.Set7.stVal | SPS | BOOLEAN | ST | B | 0 | S7 | Set Q7 output when set | Monitoring\I/O status\Generic logic\SRGAPC4\Inputs | ||||
| SRGAPC4 | SR (4) | SR (4) | INP | LD0.SRGAPC4.Set8.stVal | SPS | BOOLEAN | ST | B | 0 | S8 | Set Q8 output when set | Monitoring\I/O status\Generic logic\SRGAPC4\Inputs | ||||
| SRGAPC4 | SR (4) | SR (4) | INP | LD0.SRGAPC4.Rs1.stVal | SPC | BOOLEAN | ST | B | 0 | R1 | Resets Q1 output when set | Monitoring\I/O status\Generic logic\SRGAPC4\Inputs | ||||
| SRGAPC4 | SR (4) | SR (4) | INP | LD0.SRGAPC4.Rs2.stVal | SPC | BOOLEAN | ST | B | 0 | R2 | Resets Q2 output when set | Monitoring\I/O status\Generic logic\SRGAPC4\Inputs | ||||
| SRGAPC4 | SR (4) | SR (4) | INP | LD0.SRGAPC4.Rs3.stVal | SPC | BOOLEAN | ST | B | 0 | R3 | Resets Q3 output when set | Monitoring\I/O status\Generic logic\SRGAPC4\Inputs | ||||
| SRGAPC4 | SR (4) | SR (4) | INP | LD0.SRGAPC4.Rs4.stVal | SPC | BOOLEAN | ST | B | 0 | R4 | Resets Q4 output when set | Monitoring\I/O status\Generic logic\SRGAPC4\Inputs | ||||
| SRGAPC4 | SR (4) | SR (4) | INP | LD0.SRGAPC4.Rs5.stVal | SPC | BOOLEAN | ST | B | 0 | R5 | Resets Q5 output when set | Monitoring\I/O status\Generic logic\SRGAPC4\Inputs | ||||
| SRGAPC4 | SR (4) | SR (4) | INP | LD0.SRGAPC4.Rs6.stVal | SPC | BOOLEAN | ST | B | 0 | R6 | Resets Q6 output when set | Monitoring\I/O status\Generic logic\SRGAPC4\Inputs | ||||
| SRGAPC4 | SR (4) | SR (4) | INP | LD0.SRGAPC4.Rs7.stVal | SPC | BOOLEAN | ST | B | 0 | R7 | Resets Q7 output when set | Monitoring\I/O status\Generic logic\SRGAPC4\Inputs | ||||
| SRGAPC4 | SR (4) | SR (4) | INP | LD0.SRGAPC4.Rs8.stVal | SPC | BOOLEAN | ST | B | 0 | R8 | Resets Q8 output when set | Monitoring\I/O status\Generic logic\SRGAPC4\Inputs | ||||
| SRGAPC4 | SR (4) | SR (4) | OUT | LD0.SRGAPC4.Q1.stVal | SPS | BOOLEAN | ST | B | Q1 | Q1 status | Monitoring\I/O status\Generic logic\SRGAPC4\Outputs | |||||
| SRGAPC4 | SR (4) | SR (4) | OUT | LD0.SRGAPC4.Q2.stVal | SPS | BOOLEAN | ST | B | Q2 | Q2 status | Monitoring\I/O status\Generic logic\SRGAPC4\Outputs | |||||
| SRGAPC4 | SR (4) | SR (4) | OUT | LD0.SRGAPC4.Q3.stVal | SPS | BOOLEAN | ST | B | Q3 | Q3 status | Monitoring\I/O status\Generic logic\SRGAPC4\Outputs | |||||
| SRGAPC4 | SR (4) | SR (4) | OUT | LD0.SRGAPC4.Q4.stVal | SPS | BOOLEAN | ST | B | Q4 | Q4 status | Monitoring\I/O status\Generic logic\SRGAPC4\Outputs | |||||
| SRGAPC4 | SR (4) | SR (4) | OUT | LD0.SRGAPC4.Q5.stVal | SPS | BOOLEAN | ST | B | Q5 | Q5 status | Monitoring\I/O status\Generic logic\SRGAPC4\Outputs | |||||
| SRGAPC4 | SR (4) | SR (4) | OUT | LD0.SRGAPC4.Q6.stVal | SPS | BOOLEAN | ST | B | Q6 | Q6 status | Monitoring\I/O status\Generic logic\SRGAPC4\Outputs | |||||
| SRGAPC4 | SR (4) | SR (4) | OUT | LD0.SRGAPC4.Q7.stVal | SPS | BOOLEAN | ST | B | Q7 | Q7 status | Monitoring\I/O status\Generic logic\SRGAPC4\Outputs | |||||
| SRGAPC4 | SR (4) | SR (4) | OUT | LD0.SRGAPC4.Q8.stVal | SPS | BOOLEAN | ST | B | Q8 | Q8 status | Monitoring\I/O status\Generic logic\SRGAPC4\Outputs | |||||
| SRGAPC4 | SR (4) | SR (4) | CTR | LD0.SRGAPC4.Rs1.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q1 | Resets Q1 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC4 | |||
| SRGAPC4 | SR (4) | SR (4) | CTR | LD0.SRGAPC4.Rs2.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q2 | Resets Q2 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC4 | |||
| SRGAPC4 | SR (4) | SR (4) | CTR | LD0.SRGAPC4.Rs3.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q3 | Resets Q3 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC4 | |||
| SRGAPC4 | SR (4) | SR (4) | CTR | LD0.SRGAPC4.Rs4.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q4 | Resets Q4 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC4 | |||
| SRGAPC4 | SR (4) | SR (4) | CTR | LD0.SRGAPC4.Rs5.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q5 | Resets Q5 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC4 | |||
| SRGAPC4 | SR (4) | SR (4) | CTR | LD0.SRGAPC4.Rs6.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q6 | Resets Q6 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC4 | |||
| SRGAPC4 | SR (4) | SR (4) | CTR | LD0.SRGAPC4.Rs7.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q7 | Resets Q7 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC4 | |||
| SRGAPC4 | SR (4) | SR (4) | CTR | LD0.SRGAPC4.Rs8.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q8 | Resets Q8 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC4 | |||
| SRGAPC4 | SR (4) | SR (4) | CFG | LD0.SRGAPC4.Rs1.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q1 | Resets Q1 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC4 | |||
| SRGAPC4 | SR (4) | SR (4) | CFG | LD0.SRGAPC4.Rs2.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q2 | Resets Q2 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC4 | |||
| SRGAPC4 | SR (4) | SR (4) | CFG | LD0.SRGAPC4.Rs3.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q3 | Resets Q3 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC4 | |||
| SRGAPC4 | SR (4) | SR (4) | CFG | LD0.SRGAPC4.Rs4.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q4 | Resets Q4 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC4 | |||
| SRGAPC4 | SR (4) | SR (4) | CFG | LD0.SRGAPC4.Rs5.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q5 | Resets Q5 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC4 | |||
| SRGAPC4 | SR (4) | SR (4) | CFG | LD0.SRGAPC4.Rs6.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q6 | Resets Q6 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC4 | |||
| SRGAPC4 | SR (4) | SR (4) | CFG | LD0.SRGAPC4.Rs7.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q7 | Resets Q7 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC4 | |||
| SRGAPC4 | SR (4) | SR (4) | CFG | LD0.SRGAPC4.Rs8.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset Q8 | Resets Q8 output when set | 0=Cancel; 1=Reset | Configuration\Generic logic\SRGAPC4 | |||
| SRGAPC4 | SR (4) | SR (4) | VER | LD0.SRGAPC4.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MVGAPC1 | MV (1) | MV (1) | INP | LD0.MVGAPC1.Q1.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q1 | Q1 status | Monitoring\I/O status\Generic logic\MVGAPC1\Outputs | ||
| MVGAPC1 | MV (1) | MV (1) | INP | LD0.MVGAPC1.Q2.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q2 | Q2 status | Monitoring\I/O status\Generic logic\MVGAPC1\Outputs | ||
| MVGAPC1 | MV (1) | MV (1) | INP | LD0.MVGAPC1.Q3.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q3 | Q3 status | Monitoring\I/O status\Generic logic\MVGAPC1\Outputs | ||
| MVGAPC1 | MV (1) | MV (1) | INP | LD0.MVGAPC1.Q4.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q4 | Q4 status | Monitoring\I/O status\Generic logic\MVGAPC1\Outputs | ||
| MVGAPC1 | MV (1) | MV (1) | INP | LD0.MVGAPC1.Q5.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q5 | Q5 status | Monitoring\I/O status\Generic logic\MVGAPC1\Outputs | ||
| MVGAPC1 | MV (1) | MV (1) | INP | LD0.MVGAPC1.Q6.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q6 | Q6 status | Monitoring\I/O status\Generic logic\MVGAPC1\Outputs | ||
| MVGAPC1 | MV (1) | MV (1) | INP | LD0.MVGAPC1.Q7.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q7 | Q7 status | Monitoring\I/O status\Generic logic\MVGAPC1\Outputs | ||
| MVGAPC1 | MV (1) | MV (1) | INP | LD0.MVGAPC1.Q8.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q8 | Q8 status | Monitoring\I/O status\Generic logic\MVGAPC1\Outputs | ||
| MVGAPC1 | MV (1) | MV (1) | OUT | LD0.MVGAPC1.Q1.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q1 | Q1 status | Monitoring\I/O status\Generic logic\MVGAPC1\Outputs | ||
| MVGAPC1 | MV (1) | MV (1) | OUT | LD0.MVGAPC1.Q2.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q2 | Q2 status | Monitoring\I/O status\Generic logic\MVGAPC1\Outputs | ||
| MVGAPC1 | MV (1) | MV (1) | OUT | LD0.MVGAPC1.Q3.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q3 | Q3 status | Monitoring\I/O status\Generic logic\MVGAPC1\Outputs | ||
| MVGAPC1 | MV (1) | MV (1) | OUT | LD0.MVGAPC1.Q4.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q4 | Q4 status | Monitoring\I/O status\Generic logic\MVGAPC1\Outputs | ||
| MVGAPC1 | MV (1) | MV (1) | OUT | LD0.MVGAPC1.Q5.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q5 | Q5 status | Monitoring\I/O status\Generic logic\MVGAPC1\Outputs | ||
| MVGAPC1 | MV (1) | MV (1) | OUT | LD0.MVGAPC1.Q6.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q6 | Q6 status | Monitoring\I/O status\Generic logic\MVGAPC1\Outputs | ||
| MVGAPC1 | MV (1) | MV (1) | OUT | LD0.MVGAPC1.Q7.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q7 | Q7 status | Monitoring\I/O status\Generic logic\MVGAPC1\Outputs | ||
| MVGAPC1 | MV (1) | MV (1) | OUT | LD0.MVGAPC1.Q8.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q8 | Q8 status | Monitoring\I/O status\Generic logic\MVGAPC1\Outputs | ||
| MVGAPC1 | MV (1) | MV (1) | CFG | LD0.MVGAPC1.Q1.d | SPS | VisString255 (64) | DC | B | MVGAPC1 Q1 | Description | Output description | Configuration\Generic logic\MVGAPC1\Output 1 | ||||
| MVGAPC1 | MV (1) | MV (1) | CFG | LD0.MVGAPC1.Q2.d | SPS | VisString255 (64) | DC | B | MVGAPC1 Q2 | Description | Output description | Configuration\Generic logic\MVGAPC1\Output 2 | ||||
| MVGAPC1 | MV (1) | MV (1) | CFG | LD0.MVGAPC1.Q3.d | SPS | VisString255 (64) | DC | B | MVGAPC1 Q3 | Description | Output description | Configuration\Generic logic\MVGAPC1\Output 3 | ||||
| MVGAPC1 | MV (1) | MV (1) | CFG | LD0.MVGAPC1.Q4.d | SPS | VisString255 (64) | DC | B | MVGAPC1 Q4 | Description | Output description | Configuration\Generic logic\MVGAPC1\Output 4 | ||||
| MVGAPC1 | MV (1) | MV (1) | CFG | LD0.MVGAPC1.Q5.d | SPS | VisString255 (64) | DC | B | MVGAPC1 Q5 | Description | Output description | Configuration\Generic logic\MVGAPC1\Output 5 | ||||
| MVGAPC1 | MV (1) | MV (1) | CFG | LD0.MVGAPC1.Q6.d | SPS | VisString255 (64) | DC | B | MVGAPC1 Q6 | Description | Output description | Configuration\Generic logic\MVGAPC1\Output 6 | ||||
| MVGAPC1 | MV (1) | MV (1) | CFG | LD0.MVGAPC1.Q7.d | SPS | VisString255 (64) | DC | B | MVGAPC1 Q7 | Description | Output description | Configuration\Generic logic\MVGAPC1\Output 7 | ||||
| MVGAPC1 | MV (1) | MV (1) | CFG | LD0.MVGAPC1.Q8.d | SPS | VisString255 (64) | DC | B | MVGAPC1 Q8 | Description | Output description | Configuration\Generic logic\MVGAPC1\Output 8 | ||||
| MVGAPC1 | MV (1) | MV (1) | VER | LD0.MVGAPC1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MVGAPC2 | MV (2) | MV (2) | INP | LD0.MVGAPC2.Q1.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q1 | Q1 status | Monitoring\I/O status\Generic logic\MVGAPC2\Outputs | ||
| MVGAPC2 | MV (2) | MV (2) | INP | LD0.MVGAPC2.Q2.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q2 | Q2 status | Monitoring\I/O status\Generic logic\MVGAPC2\Outputs | ||
| MVGAPC2 | MV (2) | MV (2) | INP | LD0.MVGAPC2.Q3.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q3 | Q3 status | Monitoring\I/O status\Generic logic\MVGAPC2\Outputs | ||
| MVGAPC2 | MV (2) | MV (2) | INP | LD0.MVGAPC2.Q4.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q4 | Q4 status | Monitoring\I/O status\Generic logic\MVGAPC2\Outputs | ||
| MVGAPC2 | MV (2) | MV (2) | INP | LD0.MVGAPC2.Q5.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q5 | Q5 status | Monitoring\I/O status\Generic logic\MVGAPC2\Outputs | ||
| MVGAPC2 | MV (2) | MV (2) | INP | LD0.MVGAPC2.Q6.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q6 | Q6 status | Monitoring\I/O status\Generic logic\MVGAPC2\Outputs | ||
| MVGAPC2 | MV (2) | MV (2) | INP | LD0.MVGAPC2.Q7.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q7 | Q7 status | Monitoring\I/O status\Generic logic\MVGAPC2\Outputs | ||
| MVGAPC2 | MV (2) | MV (2) | INP | LD0.MVGAPC2.Q8.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q8 | Q8 status | Monitoring\I/O status\Generic logic\MVGAPC2\Outputs | ||
| MVGAPC2 | MV (2) | MV (2) | OUT | LD0.MVGAPC2.Q1.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q1 | Q1 status | Monitoring\I/O status\Generic logic\MVGAPC2\Outputs | ||
| MVGAPC2 | MV (2) | MV (2) | OUT | LD0.MVGAPC2.Q2.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q2 | Q2 status | Monitoring\I/O status\Generic logic\MVGAPC2\Outputs | ||
| MVGAPC2 | MV (2) | MV (2) | OUT | LD0.MVGAPC2.Q3.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q3 | Q3 status | Monitoring\I/O status\Generic logic\MVGAPC2\Outputs | ||
| MVGAPC2 | MV (2) | MV (2) | OUT | LD0.MVGAPC2.Q4.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q4 | Q4 status | Monitoring\I/O status\Generic logic\MVGAPC2\Outputs | ||
| MVGAPC2 | MV (2) | MV (2) | OUT | LD0.MVGAPC2.Q5.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q5 | Q5 status | Monitoring\I/O status\Generic logic\MVGAPC2\Outputs | ||
| MVGAPC2 | MV (2) | MV (2) | OUT | LD0.MVGAPC2.Q6.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q6 | Q6 status | Monitoring\I/O status\Generic logic\MVGAPC2\Outputs | ||
| MVGAPC2 | MV (2) | MV (2) | OUT | LD0.MVGAPC2.Q7.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q7 | Q7 status | Monitoring\I/O status\Generic logic\MVGAPC2\Outputs | ||
| MVGAPC2 | MV (2) | MV (2) | OUT | LD0.MVGAPC2.Q8.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q8 | Q8 status | Monitoring\I/O status\Generic logic\MVGAPC2\Outputs | ||
| MVGAPC2 | MV (2) | MV (2) | CFG | LD0.MVGAPC2.Q1.d | SPS | VisString255 (64) | DC | B | MVGAPC2 Q1 | Description | Output description | Configuration\Generic logic\MVGAPC2\Output 1 | ||||
| MVGAPC2 | MV (2) | MV (2) | CFG | LD0.MVGAPC2.Q2.d | SPS | VisString255 (64) | DC | B | MVGAPC2 Q2 | Description | Output description | Configuration\Generic logic\MVGAPC2\Output 2 | ||||
| MVGAPC2 | MV (2) | MV (2) | CFG | LD0.MVGAPC2.Q3.d | SPS | VisString255 (64) | DC | B | MVGAPC2 Q3 | Description | Output description | Configuration\Generic logic\MVGAPC2\Output 3 | ||||
| MVGAPC2 | MV (2) | MV (2) | CFG | LD0.MVGAPC2.Q4.d | SPS | VisString255 (64) | DC | B | MVGAPC2 Q4 | Description | Output description | Configuration\Generic logic\MVGAPC2\Output 4 | ||||
| MVGAPC2 | MV (2) | MV (2) | CFG | LD0.MVGAPC2.Q5.d | SPS | VisString255 (64) | DC | B | MVGAPC2 Q5 | Description | Output description | Configuration\Generic logic\MVGAPC2\Output 5 | ||||
| MVGAPC2 | MV (2) | MV (2) | CFG | LD0.MVGAPC2.Q6.d | SPS | VisString255 (64) | DC | B | MVGAPC2 Q6 | Description | Output description | Configuration\Generic logic\MVGAPC2\Output 6 | ||||
| MVGAPC2 | MV (2) | MV (2) | CFG | LD0.MVGAPC2.Q7.d | SPS | VisString255 (64) | DC | B | MVGAPC2 Q7 | Description | Output description | Configuration\Generic logic\MVGAPC2\Output 7 | ||||
| MVGAPC2 | MV (2) | MV (2) | CFG | LD0.MVGAPC2.Q8.d | SPS | VisString255 (64) | DC | B | MVGAPC2 Q8 | Description | Output description | Configuration\Generic logic\MVGAPC2\Output 8 | ||||
| MVGAPC2 | MV (2) | MV (2) | VER | LD0.MVGAPC2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MVGAPC3 | MV (3) | MV (3) | INP | LD0.MVGAPC3.Q1.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q1 | Q1 status | Monitoring\I/O status\Generic logic\MVGAPC3\Outputs | ||
| MVGAPC3 | MV (3) | MV (3) | INP | LD0.MVGAPC3.Q2.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q2 | Q2 status | Monitoring\I/O status\Generic logic\MVGAPC3\Outputs | ||
| MVGAPC3 | MV (3) | MV (3) | INP | LD0.MVGAPC3.Q3.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q3 | Q3 status | Monitoring\I/O status\Generic logic\MVGAPC3\Outputs | ||
| MVGAPC3 | MV (3) | MV (3) | INP | LD0.MVGAPC3.Q4.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q4 | Q4 status | Monitoring\I/O status\Generic logic\MVGAPC3\Outputs | ||
| MVGAPC3 | MV (3) | MV (3) | INP | LD0.MVGAPC3.Q5.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q5 | Q5 status | Monitoring\I/O status\Generic logic\MVGAPC3\Outputs | ||
| MVGAPC3 | MV (3) | MV (3) | INP | LD0.MVGAPC3.Q6.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q6 | Q6 status | Monitoring\I/O status\Generic logic\MVGAPC3\Outputs | ||
| MVGAPC3 | MV (3) | MV (3) | INP | LD0.MVGAPC3.Q7.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q7 | Q7 status | Monitoring\I/O status\Generic logic\MVGAPC3\Outputs | ||
| MVGAPC3 | MV (3) | MV (3) | INP | LD0.MVGAPC3.Q8.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q8 | Q8 status | Monitoring\I/O status\Generic logic\MVGAPC3\Outputs | ||
| MVGAPC3 | MV (3) | MV (3) | OUT | LD0.MVGAPC3.Q1.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q1 | Q1 status | Monitoring\I/O status\Generic logic\MVGAPC3\Outputs | ||
| MVGAPC3 | MV (3) | MV (3) | OUT | LD0.MVGAPC3.Q2.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q2 | Q2 status | Monitoring\I/O status\Generic logic\MVGAPC3\Outputs | ||
| MVGAPC3 | MV (3) | MV (3) | OUT | LD0.MVGAPC3.Q3.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q3 | Q3 status | Monitoring\I/O status\Generic logic\MVGAPC3\Outputs | ||
| MVGAPC3 | MV (3) | MV (3) | OUT | LD0.MVGAPC3.Q4.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q4 | Q4 status | Monitoring\I/O status\Generic logic\MVGAPC3\Outputs | ||
| MVGAPC3 | MV (3) | MV (3) | OUT | LD0.MVGAPC3.Q5.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q5 | Q5 status | Monitoring\I/O status\Generic logic\MVGAPC3\Outputs | ||
| MVGAPC3 | MV (3) | MV (3) | OUT | LD0.MVGAPC3.Q6.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q6 | Q6 status | Monitoring\I/O status\Generic logic\MVGAPC3\Outputs | ||
| MVGAPC3 | MV (3) | MV (3) | OUT | LD0.MVGAPC3.Q7.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q7 | Q7 status | Monitoring\I/O status\Generic logic\MVGAPC3\Outputs | ||
| MVGAPC3 | MV (3) | MV (3) | OUT | LD0.MVGAPC3.Q8.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q8 | Q8 status | Monitoring\I/O status\Generic logic\MVGAPC3\Outputs | ||
| MVGAPC3 | MV (3) | MV (3) | CFG | LD0.MVGAPC3.Q1.d | SPS | VisString255 (64) | DC | B | MVGAPC3 Q1 | Description | Output description | Configuration\Generic logic\MVGAPC3\Output 1 | ||||
| MVGAPC3 | MV (3) | MV (3) | CFG | LD0.MVGAPC3.Q2.d | SPS | VisString255 (64) | DC | B | MVGAPC3 Q2 | Description | Output description | Configuration\Generic logic\MVGAPC3\Output 2 | ||||
| MVGAPC3 | MV (3) | MV (3) | CFG | LD0.MVGAPC3.Q3.d | SPS | VisString255 (64) | DC | B | MVGAPC3 Q3 | Description | Output description | Configuration\Generic logic\MVGAPC3\Output 3 | ||||
| MVGAPC3 | MV (3) | MV (3) | CFG | LD0.MVGAPC3.Q4.d | SPS | VisString255 (64) | DC | B | MVGAPC3 Q4 | Description | Output description | Configuration\Generic logic\MVGAPC3\Output 4 | ||||
| MVGAPC3 | MV (3) | MV (3) | CFG | LD0.MVGAPC3.Q5.d | SPS | VisString255 (64) | DC | B | MVGAPC3 Q5 | Description | Output description | Configuration\Generic logic\MVGAPC3\Output 5 | ||||
| MVGAPC3 | MV (3) | MV (3) | CFG | LD0.MVGAPC3.Q6.d | SPS | VisString255 (64) | DC | B | MVGAPC3 Q6 | Description | Output description | Configuration\Generic logic\MVGAPC3\Output 6 | ||||
| MVGAPC3 | MV (3) | MV (3) | CFG | LD0.MVGAPC3.Q7.d | SPS | VisString255 (64) | DC | B | MVGAPC3 Q7 | Description | Output description | Configuration\Generic logic\MVGAPC3\Output 7 | ||||
| MVGAPC3 | MV (3) | MV (3) | CFG | LD0.MVGAPC3.Q8.d | SPS | VisString255 (64) | DC | B | MVGAPC3 Q8 | Description | Output description | Configuration\Generic logic\MVGAPC3\Output 8 | ||||
| MVGAPC3 | MV (3) | MV (3) | VER | LD0.MVGAPC3.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MVGAPC4 | MV (4) | MV (4) | INP | LD0.MVGAPC4.Q1.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q1 | Q1 status | Monitoring\I/O status\Generic logic\MVGAPC4\Outputs | ||
| MVGAPC4 | MV (4) | MV (4) | INP | LD0.MVGAPC4.Q2.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q2 | Q2 status | Monitoring\I/O status\Generic logic\MVGAPC4\Outputs | ||
| MVGAPC4 | MV (4) | MV (4) | INP | LD0.MVGAPC4.Q3.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q3 | Q3 status | Monitoring\I/O status\Generic logic\MVGAPC4\Outputs | ||
| MVGAPC4 | MV (4) | MV (4) | INP | LD0.MVGAPC4.Q4.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q4 | Q4 status | Monitoring\I/O status\Generic logic\MVGAPC4\Outputs | ||
| MVGAPC4 | MV (4) | MV (4) | INP | LD0.MVGAPC4.Q5.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q5 | Q5 status | Monitoring\I/O status\Generic logic\MVGAPC4\Outputs | ||
| MVGAPC4 | MV (4) | MV (4) | INP | LD0.MVGAPC4.Q6.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q6 | Q6 status | Monitoring\I/O status\Generic logic\MVGAPC4\Outputs | ||
| MVGAPC4 | MV (4) | MV (4) | INP | LD0.MVGAPC4.Q7.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q7 | Q7 status | Monitoring\I/O status\Generic logic\MVGAPC4\Outputs | ||
| MVGAPC4 | MV (4) | MV (4) | INP | LD0.MVGAPC4.Q8.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q8 | Q8 status | Monitoring\I/O status\Generic logic\MVGAPC4\Outputs | ||
| MVGAPC4 | MV (4) | MV (4) | OUT | LD0.MVGAPC4.Q1.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q1 | Q1 status | Monitoring\I/O status\Generic logic\MVGAPC4\Outputs | ||
| MVGAPC4 | MV (4) | MV (4) | OUT | LD0.MVGAPC4.Q2.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q2 | Q2 status | Monitoring\I/O status\Generic logic\MVGAPC4\Outputs | ||
| MVGAPC4 | MV (4) | MV (4) | OUT | LD0.MVGAPC4.Q3.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q3 | Q3 status | Monitoring\I/O status\Generic logic\MVGAPC4\Outputs | ||
| MVGAPC4 | MV (4) | MV (4) | OUT | LD0.MVGAPC4.Q4.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q4 | Q4 status | Monitoring\I/O status\Generic logic\MVGAPC4\Outputs | ||
| MVGAPC4 | MV (4) | MV (4) | OUT | LD0.MVGAPC4.Q5.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q5 | Q5 status | Monitoring\I/O status\Generic logic\MVGAPC4\Outputs | ||
| MVGAPC4 | MV (4) | MV (4) | OUT | LD0.MVGAPC4.Q6.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q6 | Q6 status | Monitoring\I/O status\Generic logic\MVGAPC4\Outputs | ||
| MVGAPC4 | MV (4) | MV (4) | OUT | LD0.MVGAPC4.Q7.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q7 | Q7 status | Monitoring\I/O status\Generic logic\MVGAPC4\Outputs | ||
| MVGAPC4 | MV (4) | MV (4) | OUT | LD0.MVGAPC4.Q8.stVal | SPS | BOOLEAN | ST | B | 0 | StatIed | P,H | Q8 | Q8 status | Monitoring\I/O status\Generic logic\MVGAPC4\Outputs | ||
| MVGAPC4 | MV (4) | MV (4) | CFG | LD0.MVGAPC4.Q1.d | SPS | VisString255 (64) | DC | B | MVGAPC4 Q1 | Description | Output description | Configuration\Generic logic\MVGAPC4\Output 1 | ||||
| MVGAPC4 | MV (4) | MV (4) | CFG | LD0.MVGAPC4.Q2.d | SPS | VisString255 (64) | DC | B | MVGAPC4 Q2 | Description | Output description | Configuration\Generic logic\MVGAPC4\Output 2 | ||||
| MVGAPC4 | MV (4) | MV (4) | CFG | LD0.MVGAPC4.Q3.d | SPS | VisString255 (64) | DC | B | MVGAPC4 Q3 | Description | Output description | Configuration\Generic logic\MVGAPC4\Output 3 | ||||
| MVGAPC4 | MV (4) | MV (4) | CFG | LD0.MVGAPC4.Q4.d | SPS | VisString255 (64) | DC | B | MVGAPC4 Q4 | Description | Output description | Configuration\Generic logic\MVGAPC4\Output 4 | ||||
| MVGAPC4 | MV (4) | MV (4) | CFG | LD0.MVGAPC4.Q5.d | SPS | VisString255 (64) | DC | B | MVGAPC4 Q5 | Description | Output description | Configuration\Generic logic\MVGAPC4\Output 5 | ||||
| MVGAPC4 | MV (4) | MV (4) | CFG | LD0.MVGAPC4.Q6.d | SPS | VisString255 (64) | DC | B | MVGAPC4 Q6 | Description | Output description | Configuration\Generic logic\MVGAPC4\Output 6 | ||||
| MVGAPC4 | MV (4) | MV (4) | CFG | LD0.MVGAPC4.Q7.d | SPS | VisString255 (64) | DC | B | MVGAPC4 Q7 | Description | Output description | Configuration\Generic logic\MVGAPC4\Output 7 | ||||
| MVGAPC4 | MV (4) | MV (4) | CFG | LD0.MVGAPC4.Q8.d | SPS | VisString255 (64) | DC | B | MVGAPC4 Q8 | Description | Output description | Configuration\Generic logic\MVGAPC4\Output 8 | ||||
| MVGAPC4 | MV (4) | MV (4) | VER | LD0.MVGAPC4.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | INP | LD0.SPCGGIO1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Generic logic\SPCGGIO1\Inputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | INP | LD0.SPCGGIO1.SPCSO1.stVal | SPC | BOOLEAN | ST | B | 0 | O1 | Output 1 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | INP | LD0.SPCGGIO1.SPCSO2.stVal | SPC | BOOLEAN | ST | B | 0 | O2 | Output 2 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | INP | LD0.SPCGGIO1.SPCSO3.stVal | SPC | BOOLEAN | ST | B | 0 | O3 | Output 3 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | INP | LD0.SPCGGIO1.SPCSO4.stVal | SPC | BOOLEAN | ST | B | 0 | O4 | Output 4 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | INP | LD0.SPCGGIO1.SPCSO5.stVal | SPC | BOOLEAN | ST | B | 0 | O5 | Output 5 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | INP | LD0.SPCGGIO1.SPCSO6.stVal | SPC | BOOLEAN | ST | B | 0 | O6 | Output 6 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | INP | LD0.SPCGGIO1.SPCSO7.stVal | SPC | BOOLEAN | ST | B | 0 | O7 | Output 7 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | INP | LD0.SPCGGIO1.SPCSO8.stVal | SPC | BOOLEAN | ST | B | 0 | O8 | Output 8 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | INP | LD0.SPCGGIO1.SPCSO9.stVal | SPC | BOOLEAN | ST | B | 0 | O9 | Output 9 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | INP | LD0.SPCGGIO1.SPCSO10.stVal | SPC | BOOLEAN | ST | B | 0 | O10 | Output 10 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | INP | LD0.SPCGGIO1.SPCSO11.stVal | SPC | BOOLEAN | ST | B | 0 | O11 | Output 11 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | INP | LD0.SPCGGIO1.SPCSO12.stVal | SPC | BOOLEAN | ST | B | 0 | O12 | Output 12 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | INP | LD0.SPCGGIO1.SPCSO13.stVal | SPC | BOOLEAN | ST | B | 0 | O13 | Output 13 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | INP | LD0.SPCGGIO1.SPCSO14.stVal | SPC | BOOLEAN | ST | B | 0 | O14 | Output 14 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | INP | LD0.SPCGGIO1.SPCSO15.stVal | SPC | BOOLEAN | ST | B | 0 | O15 | Output 15 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | INP | LD0.SPCGGIO1.SPCSO16.stVal | SPC | BOOLEAN | ST | B | 0 | O16 | Output 16 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | OUT | LD0.SPCGGIO1.SPCSO1.stVal | SPC | BOOLEAN | ST | B | 0 | O1 | Output 1 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | OUT | LD0.SPCGGIO1.SPCSO2.stVal | SPC | BOOLEAN | ST | B | 0 | O2 | Output 2 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | OUT | LD0.SPCGGIO1.SPCSO3.stVal | SPC | BOOLEAN | ST | B | 0 | O3 | Output 3 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | OUT | LD0.SPCGGIO1.SPCSO4.stVal | SPC | BOOLEAN | ST | B | 0 | O4 | Output 4 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | OUT | LD0.SPCGGIO1.SPCSO5.stVal | SPC | BOOLEAN | ST | B | 0 | O5 | Output 5 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | OUT | LD0.SPCGGIO1.SPCSO6.stVal | SPC | BOOLEAN | ST | B | 0 | O6 | Output 6 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | OUT | LD0.SPCGGIO1.SPCSO7.stVal | SPC | BOOLEAN | ST | B | 0 | O7 | Output 7 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | OUT | LD0.SPCGGIO1.SPCSO8.stVal | SPC | BOOLEAN | ST | B | 0 | O8 | Output 8 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | OUT | LD0.SPCGGIO1.SPCSO9.stVal | SPC | BOOLEAN | ST | B | 0 | O9 | Output 9 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | OUT | LD0.SPCGGIO1.SPCSO10.stVal | SPC | BOOLEAN | ST | B | 0 | O10 | Output 10 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | OUT | LD0.SPCGGIO1.SPCSO11.stVal | SPC | BOOLEAN | ST | B | 0 | O11 | Output 11 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | OUT | LD0.SPCGGIO1.SPCSO12.stVal | SPC | BOOLEAN | ST | B | 0 | O12 | Output 12 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | OUT | LD0.SPCGGIO1.SPCSO13.stVal | SPC | BOOLEAN | ST | B | 0 | O13 | Output 13 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | OUT | LD0.SPCGGIO1.SPCSO14.stVal | SPC | BOOLEAN | ST | B | 0 | O14 | Output 14 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | OUT | LD0.SPCGGIO1.SPCSO15.stVal | SPC | BOOLEAN | ST | B | 0 | O15 | Output 15 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | OUT | LD0.SPCGGIO1.SPCSO16.stVal | SPC | BOOLEAN | ST | B | 0 | O16 | Output 16 status | Monitoring\I/O status\Generic logic\SPCGGIO1\Outputs | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CTR | LD0.SPCGGIO1.SPCSO1.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 1 | Trig output 1 | Control\SPCGGIO1 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CTR | LD0.SPCGGIO1.SPCSO2.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 2 | Trig output 2 | Control\SPCGGIO1 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CTR | LD0.SPCGGIO1.SPCSO3.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 3 | Trig output 3 | Control\SPCGGIO1 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CTR | LD0.SPCGGIO1.SPCSO4.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 4 | Trig output 4 | Control\SPCGGIO1 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CTR | LD0.SPCGGIO1.SPCSO5.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 5 | Trig output 5 | Control\SPCGGIO1 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CTR | LD0.SPCGGIO1.SPCSO6.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 6 | Trig output 6 | Control\SPCGGIO1 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CTR | LD0.SPCGGIO1.SPCSO7.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 7 | Trig output 7 | Control\SPCGGIO1 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CTR | LD0.SPCGGIO1.SPCSO8.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 8 | Trig output 8 | Control\SPCGGIO1 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CTR | LD0.SPCGGIO1.SPCSO9.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 9 | Trig output 9 | Control\SPCGGIO1 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CTR | LD0.SPCGGIO1.SPCSO10.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 10 | Trig output 10 | Control\SPCGGIO1 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CTR | LD0.SPCGGIO1.SPCSO11.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 11 | Trig output 11 | Control\SPCGGIO1 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CTR | LD0.SPCGGIO1.SPCSO12.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 12 | Trig output 12 | Control\SPCGGIO1 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CTR | LD0.SPCGGIO1.SPCSO13.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 13 | Trig output 13 | Control\SPCGGIO1 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CTR | LD0.SPCGGIO1.SPCSO14.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 14 | Trig output 14 | Control\SPCGGIO1 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CTR | LD0.SPCGGIO1.SPCSO15.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 15 | Trig output 15 | Control\SPCGGIO1 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CTR | LD0.SPCGGIO1.SPCSO16.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 16 | Trig output 16 | Control\SPCGGIO1 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO1.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO1\Output 1 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO1.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO1\Output 1 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO1.d | SPC | VisString255 (64) | DC | B | SPCGGIO1 Output 1 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO1\Output 1 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO2.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO1\Output 2 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO2.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO1\Output 2 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO2.d | SPC | VisString255 (64) | DC | B | SPCGGIO1 Output 2 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO1\Output 2 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO3.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO1\Output 3 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO3.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO1\Output 3 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO3.d | SPC | VisString255 (64) | DC | B | SPCGGIO1 Output 3 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO1\Output 3 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO4.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO1\Output 4 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO4.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO1\Output 4 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO4.d | SPC | VisString255 (64) | DC | B | SPCGGIO1 Output 4 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO1\Output 4 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO5.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO1\Output 5 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO5.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO1\Output 5 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO5.d | SPC | VisString255 (64) | DC | B | SPCGGIO1 Output 5 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO1\Output 5 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO6.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO1\Output 6 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO6.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO1\Output 6 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO6.d | SPC | VisString255 (64) | DC | B | SPCGGIO1 Output 6 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO1\Output 6 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO7.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO1\Output 7 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO7.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO1\Output 7 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO7.d | SPC | VisString255 (64) | DC | B | SPCGGIO1 Output 7 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO1\Output 7 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO8.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO1\Output 8 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO8.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO1\Output 8 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO8.d | SPC | VisString255 (64) | DC | B | SPCGGIO1 Output 8 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO1\Output 8 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO9.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO1\Output 9 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO9.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO1\Output 9 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO9.d | SPC | VisString255 (64) | DC | B | SPCGGIO1 Output 9 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO1\Output 9 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO10.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO1\Output 10 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO10.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO1\Output 10 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO10.d | SPC | VisString255 (64) | DC | B | SPCGGIO1 Output 10 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO1\Output 10 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO11.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO1\Output 11 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO11.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO1\Output 11 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO11.d | SPC | VisString255 (64) | DC | B | SPCGGIO1 Output 11 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO1\Output 11 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO12.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO1\Output 12 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO12.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO1\Output 12 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO12.d | SPC | VisString255 (64) | DC | B | SPCGGIO1 Output 12 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO1\Output 12 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO13.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO1\Output 13 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO13.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO1\Output 13 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO13.d | SPC | VisString255 (64) | DC | B | SPCGGIO1 Output 13 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO1\Output 13 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO14.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO1\Output 14 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO14.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO1\Output 14 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO14.d | SPC | VisString255 (64) | DC | B | SPCGGIO1 Output 14 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO1\Output 14 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO15.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO1\Output 15 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO15.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO1\Output 15 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO15.d | SPC | VisString255 (64) | DC | B | SPCGGIO1 Output 15 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO1\Output 15 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO16.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO1\Output 16 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO16.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO1\Output 16 | |||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.SPCSO16.d | SPC | VisString255 (64) | DC | B | SPCGGIO1 Output 16 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO1\Output 16 | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | CFG | LD0.SPCGGIO1.LocRemRst.setVal | SPG | BOOLEAN | SP | B | 1 | Loc Rem restriction | Local remote switch restriction | Configuration\Generic logic\SPCGGIO1\General | ||||
| SPCGGIO1 | SPCGGIO (1) | SPCGGIO (1) | VER | LD0.SPCGGIO1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | INP | LD0.SPCGGIO2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Generic logic\SPCGGIO2\Inputs | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | INP | LD0.SPCGGIO2.SPCSO1.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O1 | Output 1 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | INP | LD0.SPCGGIO2.SPCSO2.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O2 | Output 2 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | INP | LD0.SPCGGIO2.SPCSO3.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O3 | Output 3 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | INP | LD0.SPCGGIO2.SPCSO4.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O4 | Output 4 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | INP | LD0.SPCGGIO2.SPCSO5.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O5 | Output 5 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | INP | LD0.SPCGGIO2.SPCSO6.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O6 | Output 6 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | INP | LD0.SPCGGIO2.SPCSO7.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O7 | Output 7 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | INP | LD0.SPCGGIO2.SPCSO8.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O8 | Output 8 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | INP | LD0.SPCGGIO2.SPCSO9.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O9 | Output 9 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | INP | LD0.SPCGGIO2.SPCSO10.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O10 | Output 10 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | INP | LD0.SPCGGIO2.SPCSO11.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O11 | Output 11 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | INP | LD0.SPCGGIO2.SPCSO12.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O12 | Output 12 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | INP | LD0.SPCGGIO2.SPCSO13.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O13 | Output 13 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | INP | LD0.SPCGGIO2.SPCSO14.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O14 | Output 14 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | INP | LD0.SPCGGIO2.SPCSO15.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O15 | Output 15 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | INP | LD0.SPCGGIO2.SPCSO16.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O16 | Output 16 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | OUT | LD0.SPCGGIO2.SPCSO1.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O1 | Output 1 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | OUT | LD0.SPCGGIO2.SPCSO2.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O2 | Output 2 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | OUT | LD0.SPCGGIO2.SPCSO3.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O3 | Output 3 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | OUT | LD0.SPCGGIO2.SPCSO4.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O4 | Output 4 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | OUT | LD0.SPCGGIO2.SPCSO5.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O5 | Output 5 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | OUT | LD0.SPCGGIO2.SPCSO6.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O6 | Output 6 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | OUT | LD0.SPCGGIO2.SPCSO7.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O7 | Output 7 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | OUT | LD0.SPCGGIO2.SPCSO8.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O8 | Output 8 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | OUT | LD0.SPCGGIO2.SPCSO9.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O9 | Output 9 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | OUT | LD0.SPCGGIO2.SPCSO10.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O10 | Output 10 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | OUT | LD0.SPCGGIO2.SPCSO11.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O11 | Output 11 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | OUT | LD0.SPCGGIO2.SPCSO12.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O12 | Output 12 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | OUT | LD0.SPCGGIO2.SPCSO13.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O13 | Output 13 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | OUT | LD0.SPCGGIO2.SPCSO14.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O14 | Output 14 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | OUT | LD0.SPCGGIO2.SPCSO15.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O15 | Output 15 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | OUT | LD0.SPCGGIO2.SPCSO16.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O16 | Output 16 status | Monitoring\I/O status\Generic logic\SPCGGIO2\Outputs | ||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CTR | LD0.SPCGGIO2.SPCSO1.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 1 | Trig output 1 | Control\SPCGGIO2 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CTR | LD0.SPCGGIO2.SPCSO2.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 2 | Trig output 2 | Control\SPCGGIO2 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CTR | LD0.SPCGGIO2.SPCSO3.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 3 | Trig output 3 | Control\SPCGGIO2 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CTR | LD0.SPCGGIO2.SPCSO4.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 4 | Trig output 4 | Control\SPCGGIO2 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CTR | LD0.SPCGGIO2.SPCSO5.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 5 | Trig output 5 | Control\SPCGGIO2 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CTR | LD0.SPCGGIO2.SPCSO6.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 6 | Trig output 6 | Control\SPCGGIO2 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CTR | LD0.SPCGGIO2.SPCSO7.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 7 | Trig output 7 | Control\SPCGGIO2 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CTR | LD0.SPCGGIO2.SPCSO8.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 8 | Trig output 8 | Control\SPCGGIO2 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CTR | LD0.SPCGGIO2.SPCSO9.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 9 | Trig output 9 | Control\SPCGGIO2 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CTR | LD0.SPCGGIO2.SPCSO10.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 10 | Trig output 10 | Control\SPCGGIO2 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CTR | LD0.SPCGGIO2.SPCSO11.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 11 | Trig output 11 | Control\SPCGGIO2 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CTR | LD0.SPCGGIO2.SPCSO12.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 12 | Trig output 12 | Control\SPCGGIO2 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CTR | LD0.SPCGGIO2.SPCSO13.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 13 | Trig output 13 | Control\SPCGGIO2 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CTR | LD0.SPCGGIO2.SPCSO14.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 14 | Trig output 14 | Control\SPCGGIO2 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CTR | LD0.SPCGGIO2.SPCSO15.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 15 | Trig output 15 | Control\SPCGGIO2 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CTR | LD0.SPCGGIO2.SPCSO16.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 16 | Trig output 16 | Control\SPCGGIO2 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO1.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO2\Output 1 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO1.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO2\Output 1 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO1.d | SPC | VisString255 (64) | DC | B | SPCGGIO2 Output 1 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO2\Output 1 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO2.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO2\Output 2 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO2.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO2\Output 2 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO2.d | SPC | VisString255 (64) | DC | B | SPCGGIO2 Output 2 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO2\Output 2 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO3.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO2\Output 3 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO3.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO2\Output 3 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO3.d | SPC | VisString255 (64) | DC | B | SPCGGIO2 Output 3 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO2\Output 3 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO4.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO2\Output 4 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO4.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO2\Output 4 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO4.d | SPC | VisString255 (64) | DC | B | SPCGGIO2 Output 4 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO2\Output 4 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO5.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO2\Output 5 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO5.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO2\Output 5 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO5.d | SPC | VisString255 (64) | DC | B | SPCGGIO2 Output 5 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO2\Output 5 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO6.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO2\Output 6 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO6.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO2\Output 6 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO6.d | SPC | VisString255 (64) | DC | B | SPCGGIO2 Output 6 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO2\Output 6 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO7.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO2\Output 7 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO7.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO2\Output 7 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO7.d | SPC | VisString255 (64) | DC | B | SPCGGIO2 Output 7 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO2\Output 7 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO8.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO2\Output 8 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO8.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO2\Output 8 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO8.d | SPC | VisString255 (64) | DC | B | SPCGGIO2 Output 8 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO2\Output 8 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO9.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO2\Output 9 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO9.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO2\Output 9 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO9.d | SPC | VisString255 (64) | DC | B | SPCGGIO2 Output 9 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO2\Output 9 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO10.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO2\Output 10 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO10.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO2\Output 10 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO10.d | SPC | VisString255 (64) | DC | B | SPCGGIO2 Output 10 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO2\Output 10 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO11.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO2\Output 11 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO11.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO2\Output 11 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO11.d | SPC | VisString255 (64) | DC | B | SPCGGIO2 Output 11 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO2\Output 11 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO12.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO2\Output 12 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO12.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO2\Output 12 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO12.d | SPC | VisString255 (64) | DC | B | SPCGGIO2 Output 12 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO2\Output 12 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO13.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO2\Output 13 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO13.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO2\Output 13 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO13.d | SPC | VisString255 (64) | DC | B | SPCGGIO2 Output 13 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO2\Output 13 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO14.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO2\Output 14 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO14.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO2\Output 14 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO14.d | SPC | VisString255 (64) | DC | B | SPCGGIO2 Output 14 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO2\Output 14 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO15.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO2\Output 15 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO15.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO2\Output 15 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO15.d | SPC | VisString255 (64) | DC | B | SPCGGIO2 Output 15 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO2\Output 15 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO16.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO2\Output 16 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO16.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO2\Output 16 | |||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.SPCSO16.d | SPC | VisString255 (64) | DC | B | SPCGGIO2 Output 16 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO2\Output 16 | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | CFG | LD0.SPCGGIO2.LocRemRst.setVal | SPG | BOOLEAN | SP | B | 1 | Loc Rem restriction | Local remote switch restriction | Configuration\Generic logic\SPCGGIO2\General | ||||
| SPCGGIO2 | SPCGGIO (2) | SPCGGIO (2) | VER | LD0.SPCGGIO2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | INP | LD0.SPCGGIO3.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Generic logic\SPCGGIO3\Inputs | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | INP | LD0.SPCGGIO3.SPCSO1.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O1 | Output 1 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | INP | LD0.SPCGGIO3.SPCSO2.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O2 | Output 2 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | INP | LD0.SPCGGIO3.SPCSO3.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O3 | Output 3 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | INP | LD0.SPCGGIO3.SPCSO4.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O4 | Output 4 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | INP | LD0.SPCGGIO3.SPCSO5.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O5 | Output 5 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | INP | LD0.SPCGGIO3.SPCSO6.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O6 | Output 6 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | INP | LD0.SPCGGIO3.SPCSO7.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O7 | Output 7 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | INP | LD0.SPCGGIO3.SPCSO8.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O8 | Output 8 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | INP | LD0.SPCGGIO3.SPCSO9.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O9 | Output 9 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | INP | LD0.SPCGGIO3.SPCSO10.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O10 | Output 10 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | INP | LD0.SPCGGIO3.SPCSO11.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O11 | Output 11 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | INP | LD0.SPCGGIO3.SPCSO12.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O12 | Output 12 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | INP | LD0.SPCGGIO3.SPCSO13.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O13 | Output 13 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | INP | LD0.SPCGGIO3.SPCSO14.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O14 | Output 14 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | INP | LD0.SPCGGIO3.SPCSO15.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O15 | Output 15 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | INP | LD0.SPCGGIO3.SPCSO16.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O16 | Output 16 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | OUT | LD0.SPCGGIO3.SPCSO1.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O1 | Output 1 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | OUT | LD0.SPCGGIO3.SPCSO2.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O2 | Output 2 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | OUT | LD0.SPCGGIO3.SPCSO3.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O3 | Output 3 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | OUT | LD0.SPCGGIO3.SPCSO4.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O4 | Output 4 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | OUT | LD0.SPCGGIO3.SPCSO5.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O5 | Output 5 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | OUT | LD0.SPCGGIO3.SPCSO6.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O6 | Output 6 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | OUT | LD0.SPCGGIO3.SPCSO7.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O7 | Output 7 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | OUT | LD0.SPCGGIO3.SPCSO8.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O8 | Output 8 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | OUT | LD0.SPCGGIO3.SPCSO9.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O9 | Output 9 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | OUT | LD0.SPCGGIO3.SPCSO10.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O10 | Output 10 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | OUT | LD0.SPCGGIO3.SPCSO11.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O11 | Output 11 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | OUT | LD0.SPCGGIO3.SPCSO12.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O12 | Output 12 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | OUT | LD0.SPCGGIO3.SPCSO13.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O13 | Output 13 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | OUT | LD0.SPCGGIO3.SPCSO14.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O14 | Output 14 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | OUT | LD0.SPCGGIO3.SPCSO15.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O15 | Output 15 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | OUT | LD0.SPCGGIO3.SPCSO16.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | O16 | Output 16 status | Monitoring\I/O status\Generic logic\SPCGGIO3\Outputs | ||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CTR | LD0.SPCGGIO3.SPCSO1.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 1 | Trig output 1 | Control\SPCGGIO3 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CTR | LD0.SPCGGIO3.SPCSO2.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 2 | Trig output 2 | Control\SPCGGIO3 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CTR | LD0.SPCGGIO3.SPCSO3.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 3 | Trig output 3 | Control\SPCGGIO3 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CTR | LD0.SPCGGIO3.SPCSO4.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 4 | Trig output 4 | Control\SPCGGIO3 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CTR | LD0.SPCGGIO3.SPCSO5.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 5 | Trig output 5 | Control\SPCGGIO3 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CTR | LD0.SPCGGIO3.SPCSO6.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 6 | Trig output 6 | Control\SPCGGIO3 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CTR | LD0.SPCGGIO3.SPCSO7.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 7 | Trig output 7 | Control\SPCGGIO3 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CTR | LD0.SPCGGIO3.SPCSO8.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 8 | Trig output 8 | Control\SPCGGIO3 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CTR | LD0.SPCGGIO3.SPCSO9.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 9 | Trig output 9 | Control\SPCGGIO3 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CTR | LD0.SPCGGIO3.SPCSO10.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 10 | Trig output 10 | Control\SPCGGIO3 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CTR | LD0.SPCGGIO3.SPCSO11.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 11 | Trig output 11 | Control\SPCGGIO3 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CTR | LD0.SPCGGIO3.SPCSO12.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 12 | Trig output 12 | Control\SPCGGIO3 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CTR | LD0.SPCGGIO3.SPCSO13.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 13 | Trig output 13 | Control\SPCGGIO3 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CTR | LD0.SPCGGIO3.SPCSO14.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 14 | Trig output 14 | Control\SPCGGIO3 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CTR | LD0.SPCGGIO3.SPCSO15.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 15 | Trig output 15 | Control\SPCGGIO3 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CTR | LD0.SPCGGIO3.SPCSO16.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 16 | Trig output 16 | Control\SPCGGIO3 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO1.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO3\Output 1 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO1.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO3\Output 1 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO1.d | SPC | VisString255 (64) | DC | B | SPCGGIO3 Output 1 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO3\Output 1 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO2.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO3\Output 2 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO2.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO3\Output 2 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO2.d | SPC | VisString255 (64) | DC | B | SPCGGIO3 Output 2 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO3\Output 2 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO3.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO3\Output 3 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO3.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO3\Output 3 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO3.d | SPC | VisString255 (64) | DC | B | SPCGGIO3 Output 3 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO3\Output 3 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO4.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO3\Output 4 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO4.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO3\Output 4 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO4.d | SPC | VisString255 (64) | DC | B | SPCGGIO3 Output 4 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO3\Output 4 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO5.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO3\Output 5 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO5.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO3\Output 5 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO5.d | SPC | VisString255 (64) | DC | B | SPCGGIO3 Output 5 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO3\Output 5 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO6.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO3\Output 6 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO6.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO3\Output 6 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO6.d | SPC | VisString255 (64) | DC | B | SPCGGIO3 Output 6 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO3\Output 6 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO7.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO3\Output 7 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO7.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO3\Output 7 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO7.d | SPC | VisString255 (64) | DC | B | SPCGGIO3 Output 7 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO3\Output 7 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO8.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO3\Output 8 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO8.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO3\Output 8 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO8.d | SPC | VisString255 (64) | DC | B | SPCGGIO3 Output 8 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO3\Output 8 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO9.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO3\Output 9 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO9.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO3\Output 9 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO9.d | SPC | VisString255 (64) | DC | B | SPCGGIO3 Output 9 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO3\Output 9 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO10.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO3\Output 10 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO10.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO3\Output 10 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO10.d | SPC | VisString255 (64) | DC | B | SPCGGIO3 Output 10 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO3\Output 10 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO11.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO3\Output 11 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO11.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO3\Output 11 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO11.d | SPC | VisString255 (64) | DC | B | SPCGGIO3 Output 11 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO3\Output 11 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO12.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO3\Output 12 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO12.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO3\Output 12 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO12.d | SPC | VisString255 (64) | DC | B | SPCGGIO3 Output 12 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO3\Output 12 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO13.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO3\Output 13 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO13.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO3\Output 13 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO13.d | SPC | VisString255 (64) | DC | B | SPCGGIO3 Output 13 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO3\Output 13 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO14.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO3\Output 14 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO14.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO3\Output 14 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO14.d | SPC | VisString255 (64) | DC | B | SPCGGIO3 Output 14 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO3\Output 14 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO15.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO3\Output 15 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO15.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO3\Output 15 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO15.d | SPC | VisString255 (64) | DC | B | SPCGGIO3 Output 15 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO3\Output 15 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO16.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCGGIO3\Output 16 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO16.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCGGIO3\Output 16 | |||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.SPCSO16.d | SPC | VisString255 (64) | DC | B | SPCGGIO3 Output 16 | Description | Generic control point description | Configuration\Generic logic\SPCGGIO3\Output 16 | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | CFG | LD0.SPCGGIO3.LocRemRst.setVal | SPG | BOOLEAN | SP | B | 1 | Loc Rem restriction | Local remote switch restriction | Configuration\Generic logic\SPCGGIO3\General | ||||
| SPCGGIO3 | SPCGGIO (3) | SPCGGIO (3) | VER | LD0.SPCGGIO3.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | INP | LD0.SPCRGGIO1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Generic logic\SPCRGGIO1\Inputs | ||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | OUT | LD0.SPCRGGIO1.SPCSO1.stVal | SPC | BOOLEAN | ST | B | StatUrg | P,H | O1 | Output 1 status | Monitoring\I/O status\Generic logic\SPCRGGIO1\Outputs | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | OUT | LD0.SPCRGGIO1.SPCSO2.stVal | SPC | BOOLEAN | ST | B | StatUrg | P,H | O2 | Output 2 status | Monitoring\I/O status\Generic logic\SPCRGGIO1\Outputs | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | OUT | LD0.SPCRGGIO1.SPCSO3.stVal | SPC | BOOLEAN | ST | B | StatUrg | P,H | O3 | Output 3 status | Monitoring\I/O status\Generic logic\SPCRGGIO1\Outputs | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | OUT | LD0.SPCRGGIO1.SPCSO4.stVal | SPC | BOOLEAN | ST | B | StatUrg | P,H | O4 | Output 4 status | Monitoring\I/O status\Generic logic\SPCRGGIO1\Outputs | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | OUT | LD0.SPCRGGIO1.SPCSO5.stVal | SPC | BOOLEAN | ST | B | StatUrg | P,H | O5 | Output 5 status | Monitoring\I/O status\Generic logic\SPCRGGIO1\Outputs | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | OUT | LD0.SPCRGGIO1.SPCSO6.stVal | SPC | BOOLEAN | ST | B | StatUrg | P,H | O6 | Output 6 status | Monitoring\I/O status\Generic logic\SPCRGGIO1\Outputs | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | OUT | LD0.SPCRGGIO1.SPCSO7.stVal | SPC | BOOLEAN | ST | B | StatUrg | P,H | O7 | Output 7 status | Monitoring\I/O status\Generic logic\SPCRGGIO1\Outputs | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | OUT | LD0.SPCRGGIO1.SPCSO8.stVal | SPC | BOOLEAN | ST | B | StatUrg | P,H | O8 | Output 8 status | Monitoring\I/O status\Generic logic\SPCRGGIO1\Outputs | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | OUT | LD0.SPCRGGIO1.SPCSO9.stVal | SPC | BOOLEAN | ST | B | StatUrg | P,H | O9 | Output 9 status | Monitoring\I/O status\Generic logic\SPCRGGIO1\Outputs | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | OUT | LD0.SPCRGGIO1.SPCSO10.stVal | SPC | BOOLEAN | ST | B | StatUrg | P,H | O10 | Output 10 status | Monitoring\I/O status\Generic logic\SPCRGGIO1\Outputs | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | OUT | LD0.SPCRGGIO1.SPCSO11.stVal | SPC | BOOLEAN | ST | B | StatUrg | P,H | O11 | Output 11 status | Monitoring\I/O status\Generic logic\SPCRGGIO1\Outputs | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | OUT | LD0.SPCRGGIO1.SPCSO12.stVal | SPC | BOOLEAN | ST | B | StatUrg | P,H | O12 | Output 12 status | Monitoring\I/O status\Generic logic\SPCRGGIO1\Outputs | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | OUT | LD0.SPCRGGIO1.SPCSO13.stVal | SPC | BOOLEAN | ST | B | StatUrg | P,H | O13 | Output 13 status | Monitoring\I/O status\Generic logic\SPCRGGIO1\Outputs | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | OUT | LD0.SPCRGGIO1.SPCSO14.stVal | SPC | BOOLEAN | ST | B | StatUrg | P,H | O14 | Output 14 status | Monitoring\I/O status\Generic logic\SPCRGGIO1\Outputs | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | OUT | LD0.SPCRGGIO1.SPCSO15.stVal | SPC | BOOLEAN | ST | B | StatUrg | P,H | O15 | Output 15 status | Monitoring\I/O status\Generic logic\SPCRGGIO1\Outputs | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | OUT | LD0.SPCRGGIO1.SPCSO16.stVal | SPC | BOOLEAN | ST | B | StatUrg | P,H | O16 | Output 16 status | Monitoring\I/O status\Generic logic\SPCRGGIO1\Outputs | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CTR | LD0.SPCRGGIO1.SPCSO1.Oper.ctlVal | SPC | BOOLEAN | CO | (Output 1) | ||||||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CTR | LD0.SPCRGGIO1.SPCSO2.Oper.ctlVal | SPC | BOOLEAN | CO | (Output 2) | ||||||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CTR | LD0.SPCRGGIO1.SPCSO3.Oper.ctlVal | SPC | BOOLEAN | CO | (Output 3) | ||||||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CTR | LD0.SPCRGGIO1.SPCSO4.Oper.ctlVal | SPC | BOOLEAN | CO | (Output 4) | ||||||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CTR | LD0.SPCRGGIO1.SPCSO5.Oper.ctlVal | SPC | BOOLEAN | CO | (Output 5) | ||||||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CTR | LD0.SPCRGGIO1.SPCSO6.Oper.ctlVal | SPC | BOOLEAN | CO | (Output 6) | ||||||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CTR | LD0.SPCRGGIO1.SPCSO7.Oper.ctlVal | SPC | BOOLEAN | CO | (Output 7) | ||||||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CTR | LD0.SPCRGGIO1.SPCSO8.Oper.ctlVal | SPC | BOOLEAN | CO | (Output 8) | ||||||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CTR | LD0.SPCRGGIO1.SPCSO9.Oper.ctlVal | SPC | BOOLEAN | CO | (Output 9) | ||||||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CTR | LD0.SPCRGGIO1.SPCSO10.Oper.ctlVal | SPC | BOOLEAN | CO | (Output 10) | ||||||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CTR | LD0.SPCRGGIO1.SPCSO11.Oper.ctlVal | SPC | BOOLEAN | CO | (Output 11) | ||||||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CTR | LD0.SPCRGGIO1.SPCSO12.Oper.ctlVal | SPC | BOOLEAN | CO | (Output 12) | ||||||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CTR | LD0.SPCRGGIO1.SPCSO13.Oper.ctlVal | SPC | BOOLEAN | CO | (Output 13) | ||||||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CTR | LD0.SPCRGGIO1.SPCSO14.Oper.ctlVal | SPC | BOOLEAN | CO | (Output 14) | ||||||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CTR | LD0.SPCRGGIO1.SPCSO15.Oper.ctlVal | SPC | BOOLEAN | CO | (Output 15) | ||||||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CTR | LD0.SPCRGGIO1.SPCSO16.Oper.ctlVal | SPC | BOOLEAN | CO | (Output 16) | ||||||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO1.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCRGGIO1\Output 1 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO1.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCRGGIO1\Output 1 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO1.d | SPC | VisString255 (64) | DC | B | SPCRGGIO1 Output 1 | Description | Generic control point description | Configuration\Generic logic\SPCRGGIO1\Output 1 | ||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO2.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCRGGIO1\Output 2 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO2.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCRGGIO1\Output 2 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO2.d | SPC | VisString255 (64) | DC | B | SPCRGGIO1 Output 2 | Description | Generic control point description | Configuration\Generic logic\SPCRGGIO1\Output 2 | ||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO3.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCRGGIO1\Output 3 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO3.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCRGGIO1\Output 3 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO3.d | SPC | VisString255 (64) | DC | B | SPCRGGIO1 Output 3 | Description | Generic control point description | Configuration\Generic logic\SPCRGGIO1\Output 3 | ||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO4.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCRGGIO1\Output 4 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO4.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCRGGIO1\Output 4 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO4.d | SPC | VisString255 (64) | DC | B | SPCRGGIO1 Output 4 | Description | Generic control point description | Configuration\Generic logic\SPCRGGIO1\Output 4 | ||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO5.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCRGGIO1\Output 5 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO5.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCRGGIO1\Output 5 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO5.d | SPC | VisString255 (64) | DC | B | SPCRGGIO1 Output 5 | Description | Generic control point description | Configuration\Generic logic\SPCRGGIO1\Output 5 | ||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO6.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCRGGIO1\Output 6 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO6.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCRGGIO1\Output 6 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO6.d | SPC | VisString255 (64) | DC | B | SPCRGGIO1 Output 6 | Description | Generic control point description | Configuration\Generic logic\SPCRGGIO1\Output 6 | ||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO7.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCRGGIO1\Output 7 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO7.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCRGGIO1\Output 7 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO7.d | SPC | VisString255 (64) | DC | B | SPCRGGIO1 Output 7 | Description | Generic control point description | Configuration\Generic logic\SPCRGGIO1\Output 7 | ||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO8.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCRGGIO1\Output 8 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO8.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCRGGIO1\Output 8 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO8.d | SPC | VisString255 (64) | DC | B | SPCRGGIO1 Output 8 | Description | Generic control point description | Configuration\Generic logic\SPCRGGIO1\Output 8 | ||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO9.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCRGGIO1\Output 9 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO9.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCRGGIO1\Output 9 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO9.d | SPC | VisString255 (64) | DC | B | SPCRGGIO1 Output 9 | Description | Generic control point description | Configuration\Generic logic\SPCRGGIO1\Output 9 | ||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO10.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCRGGIO1\Output 10 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO10.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCRGGIO1\Output 10 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO10.d | SPC | VisString255 (64) | DC | B | SPCRGGIO1 Output 10 | Description | Generic control point description | Configuration\Generic logic\SPCRGGIO1\Output 10 | ||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO11.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCRGGIO1\Output 11 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO11.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCRGGIO1\Output 11 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO11.d | SPC | VisString255 (64) | DC | B | SPCRGGIO1 Output 11 | Description | Generic control point description | Configuration\Generic logic\SPCRGGIO1\Output 11 | ||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO12.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCRGGIO1\Output 12 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO12.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCRGGIO1\Output 12 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO12.d | SPC | VisString255 (64) | DC | B | SPCRGGIO1 Output 12 | Description | Generic control point description | Configuration\Generic logic\SPCRGGIO1\Output 12 | ||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO13.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCRGGIO1\Output 13 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO13.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCRGGIO1\Output 13 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO13.d | SPC | VisString255 (64) | DC | B | SPCRGGIO1 Output 13 | Description | Generic control point description | Configuration\Generic logic\SPCRGGIO1\Output 13 | ||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO14.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCRGGIO1\Output 14 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO14.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCRGGIO1\Output 14 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO14.d | SPC | VisString255 (64) | DC | B | SPCRGGIO1 Output 14 | Description | Generic control point description | Configuration\Generic logic\SPCRGGIO1\Output 14 | ||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO15.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCRGGIO1\Output 15 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO15.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCRGGIO1\Output 15 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO15.d | SPC | VisString255 (64) | DC | B | SPCRGGIO1 Output 15 | Description | Generic control point description | Configuration\Generic logic\SPCRGGIO1\Output 15 | ||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO16.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCRGGIO1\Output 16 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO16.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCRGGIO1\Output 16 | |||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.SPCSO16.d | SPC | VisString255 (64) | DC | B | SPCRGGIO1 Output 16 | Description | Generic control point description | Configuration\Generic logic\SPCRGGIO1\Output 16 | ||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | CFG | LD0.SPCRGGIO1.LocRemRst.setVal | SPG | BOOLEAN | SP | B | 1 | Loc Rem restriction | Local remote switch restriction | Configuration\Generic logic\SPCRGGIO1\General | ||||
| SPCRGGIO1 | SPCRGGIO (1) | SPCRGGIO (1) | VER | LD0.SPCRGGIO1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | INP | LD0.SPCLGGIO1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Generic logic\SPCLGGIO1\Inputs | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | OUT | LD0.SPCLGGIO1.SPCSO1.stVal | SPC | BOOLEAN | ST | B | O1 | Output 1 status | Monitoring\I/O status\Generic logic\SPCLGGIO1\Outputs | |||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | OUT | LD0.SPCLGGIO1.SPCSO2.stVal | SPC | BOOLEAN | ST | B | O2 | Output 2 status | Monitoring\I/O status\Generic logic\SPCLGGIO1\Outputs | |||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | OUT | LD0.SPCLGGIO1.SPCSO3.stVal | SPC | BOOLEAN | ST | B | O3 | Output 3 status | Monitoring\I/O status\Generic logic\SPCLGGIO1\Outputs | |||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | OUT | LD0.SPCLGGIO1.SPCSO4.stVal | SPC | BOOLEAN | ST | B | O4 | Output 4 status | Monitoring\I/O status\Generic logic\SPCLGGIO1\Outputs | |||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | OUT | LD0.SPCLGGIO1.SPCSO5.stVal | SPC | BOOLEAN | ST | B | O5 | Output 5 status | Monitoring\I/O status\Generic logic\SPCLGGIO1\Outputs | |||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | OUT | LD0.SPCLGGIO1.SPCSO6.stVal | SPC | BOOLEAN | ST | B | O6 | Output 6 status | Monitoring\I/O status\Generic logic\SPCLGGIO1\Outputs | |||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | OUT | LD0.SPCLGGIO1.SPCSO7.stVal | SPC | BOOLEAN | ST | B | O7 | Output 7 status | Monitoring\I/O status\Generic logic\SPCLGGIO1\Outputs | |||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | OUT | LD0.SPCLGGIO1.SPCSO8.stVal | SPC | BOOLEAN | ST | B | O8 | Output 8 status | Monitoring\I/O status\Generic logic\SPCLGGIO1\Outputs | |||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | OUT | LD0.SPCLGGIO1.SPCSO9.stVal | SPC | BOOLEAN | ST | B | O9 | Output 9 status | Monitoring\I/O status\Generic logic\SPCLGGIO1\Outputs | |||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | OUT | LD0.SPCLGGIO1.SPCSO10.stVal | SPC | BOOLEAN | ST | B | O10 | Output 10 status | Monitoring\I/O status\Generic logic\SPCLGGIO1\Outputs | |||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | OUT | LD0.SPCLGGIO1.SPCSO11.stVal | SPC | BOOLEAN | ST | B | O11 | Output 11 status | Monitoring\I/O status\Generic logic\SPCLGGIO1\Outputs | |||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | OUT | LD0.SPCLGGIO1.SPCSO12.stVal | SPC | BOOLEAN | ST | B | O12 | Output 12 status | Monitoring\I/O status\Generic logic\SPCLGGIO1\Outputs | |||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | OUT | LD0.SPCLGGIO1.SPCSO13.stVal | SPC | BOOLEAN | ST | B | O13 | Output 13 status | Monitoring\I/O status\Generic logic\SPCLGGIO1\Outputs | |||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | OUT | LD0.SPCLGGIO1.SPCSO14.stVal | SPC | BOOLEAN | ST | B | O14 | Output 14 status | Monitoring\I/O status\Generic logic\SPCLGGIO1\Outputs | |||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | OUT | LD0.SPCLGGIO1.SPCSO15.stVal | SPC | BOOLEAN | ST | B | O15 | Output 15 status | Monitoring\I/O status\Generic logic\SPCLGGIO1\Outputs | |||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | OUT | LD0.SPCLGGIO1.SPCSO16.stVal | SPC | BOOLEAN | ST | B | O16 | Output 16 status | Monitoring\I/O status\Generic logic\SPCLGGIO1\Outputs | |||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CTR | LD0.SPCLGGIO1.SPCSO1.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 1 | Trig output 1 | Control\SPCLGGIO1 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CTR | LD0.SPCLGGIO1.SPCSO2.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 2 | Trig output 2 | Control\SPCLGGIO1 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CTR | LD0.SPCLGGIO1.SPCSO3.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 3 | Trig output 3 | Control\SPCLGGIO1 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CTR | LD0.SPCLGGIO1.SPCSO4.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 4 | Trig output 4 | Control\SPCLGGIO1 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CTR | LD0.SPCLGGIO1.SPCSO5.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 5 | Trig output 5 | Control\SPCLGGIO1 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CTR | LD0.SPCLGGIO1.SPCSO6.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 6 | Trig output 6 | Control\SPCLGGIO1 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CTR | LD0.SPCLGGIO1.SPCSO7.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 7 | Trig output 7 | Control\SPCLGGIO1 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CTR | LD0.SPCLGGIO1.SPCSO8.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 8 | Trig output 8 | Control\SPCLGGIO1 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CTR | LD0.SPCLGGIO1.SPCSO9.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 9 | Trig output 9 | Control\SPCLGGIO1 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CTR | LD0.SPCLGGIO1.SPCSO10.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 10 | Trig output 10 | Control\SPCLGGIO1 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CTR | LD0.SPCLGGIO1.SPCSO11.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 11 | Trig output 11 | Control\SPCLGGIO1 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CTR | LD0.SPCLGGIO1.SPCSO12.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 12 | Trig output 12 | Control\SPCLGGIO1 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CTR | LD0.SPCLGGIO1.SPCSO13.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 13 | Trig output 13 | Control\SPCLGGIO1 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CTR | LD0.SPCLGGIO1.SPCSO14.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 14 | Trig output 14 | Control\SPCLGGIO1 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CTR | LD0.SPCLGGIO1.SPCSO15.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 15 | Trig output 15 | Control\SPCLGGIO1 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CTR | LD0.SPCLGGIO1.SPCSO16.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | TRIG 16 | Trig output 16 | Control\SPCLGGIO1 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO1.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCLGGIO1\Output 1 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO1.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCLGGIO1\Output 1 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO1.d | SPC | VisString255 (64) | DC | B | SPCLGGIO1 Output 1 | Description | Generic control point description | Configuration\Generic logic\SPCLGGIO1\Output 1 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO2.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCLGGIO1\Output 2 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO2.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCLGGIO1\Output 2 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO2.d | SPC | VisString255 (64) | DC | B | SPCLGGIO1 Output 2 | Description | Generic control point description | Configuration\Generic logic\SPCLGGIO1\Output 2 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO3.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCLGGIO1\Output 3 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO3.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCLGGIO1\Output 3 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO3.d | SPC | VisString255 (64) | DC | B | SPCLGGIO1 Output 3 | Description | Generic control point description | Configuration\Generic logic\SPCLGGIO1\Output 3 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO4.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCLGGIO1\Output 4 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO4.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCLGGIO1\Output 4 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO4.d | SPC | VisString255 (64) | DC | B | SPCLGGIO1 Output 4 | Description | Generic control point description | Configuration\Generic logic\SPCLGGIO1\Output 4 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO5.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCLGGIO1\Output 5 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO5.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCLGGIO1\Output 5 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO5.d | SPC | VisString255 (64) | DC | B | SPCLGGIO1 Output 5 | Description | Generic control point description | Configuration\Generic logic\SPCLGGIO1\Output 5 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO6.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCLGGIO1\Output 6 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO6.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCLGGIO1\Output 6 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO6.d | SPC | VisString255 (64) | DC | B | SPCLGGIO1 Output 6 | Description | Generic control point description | Configuration\Generic logic\SPCLGGIO1\Output 6 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO7.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCLGGIO1\Output 7 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO7.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCLGGIO1\Output 7 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO7.d | SPC | VisString255 (64) | DC | B | SPCLGGIO1 Output 7 | Description | Generic control point description | Configuration\Generic logic\SPCLGGIO1\Output 7 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO8.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCLGGIO1\Output 8 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO8.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCLGGIO1\Output 8 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO8.d | SPC | VisString255 (64) | DC | B | SPCLGGIO1 Output 8 | Description | Generic control point description | Configuration\Generic logic\SPCLGGIO1\Output 8 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO9.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCLGGIO1\Output 9 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO9.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCLGGIO1\Output 9 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO9.d | SPC | VisString255 (64) | DC | B | SPCLGGIO1 Output 9 | Description | Generic control point description | Configuration\Generic logic\SPCLGGIO1\Output 9 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO10.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCLGGIO1\Output 10 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO10.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCLGGIO1\Output 10 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO10.d | SPC | VisString255 (64) | DC | B | SPCLGGIO1 Output 10 | Description | Generic control point description | Configuration\Generic logic\SPCLGGIO1\Output 10 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO11.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCLGGIO1\Output 11 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO11.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCLGGIO1\Output 11 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO11.d | SPC | VisString255 (64) | DC | B | SPCLGGIO1 Output 11 | Description | Generic control point description | Configuration\Generic logic\SPCLGGIO1\Output 11 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO12.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCLGGIO1\Output 12 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO12.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCLGGIO1\Output 12 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO12.d | SPC | VisString255 (64) | DC | B | SPCLGGIO1 Output 12 | Description | Generic control point description | Configuration\Generic logic\SPCLGGIO1\Output 12 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO13.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCLGGIO1\Output 13 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO13.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCLGGIO1\Output 13 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO13.d | SPC | VisString255 (64) | DC | B | SPCLGGIO1 Output 13 | Description | Generic control point description | Configuration\Generic logic\SPCLGGIO1\Output 13 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO14.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCLGGIO1\Output 14 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO14.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCLGGIO1\Output 14 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO14.d | SPC | VisString255 (64) | DC | B | SPCLGGIO1 Output 14 | Description | Generic control point description | Configuration\Generic logic\SPCLGGIO1\Output 14 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO15.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCLGGIO1\Output 15 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO15.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCLGGIO1\Output 15 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO15.d | SPC | VisString255 (64) | DC | B | SPCLGGIO1 Output 15 | Description | Generic control point description | Configuration\Generic logic\SPCLGGIO1\Output 15 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO16.pulseConfig.cmdQual | SPC | Enum | CF | B,I | -1 | Operation mode | Operation mode for generic control point | 0=Pulsed; 1=Toggle; -1=Off | Configuration\Generic logic\SPCLGGIO1\Output 16 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO16.pulseConfig.onDur | SPC | INT32U | CF | B,I | 1000 | Pulse length | Pulse length for pulsed operation mode | 10...3600000 ms | Configuration\Generic logic\SPCLGGIO1\Output 16 | |||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.SPCSO16.d | SPC | VisString255 (64) | DC | B | SPCLGGIO1 Output 16 | Description | Generic control point description | Configuration\Generic logic\SPCLGGIO1\Output 16 | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | CFG | LD0.SPCLGGIO1.LocRemRst.setVal | SPG | BOOLEAN | SP | B | 1 | Loc Rem restriction | Local remote switch restriction | Configuration\Generic logic\SPCLGGIO1\General | ||||
| SPCLGGIO1 | SPCLGGIO (1) | SPCLGGIO (1) | VER | LD0.SPCLGGIO1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| UDFCNT1 | UDCNT (1) | UDCNT (1) | INP | LD0.UDFCNT1.InUpCnt.stVal | SPS | BOOLEAN | ST | B | 0 | UP_CNT | Input for up counting | Monitoring\I/O status\Generic logic\UDFCNT1\Inputs | ||||
| UDFCNT1 | UDCNT (1) | UDCNT (1) | INP | LD0.UDFCNT1.InDnCnt.stVal | SPS | BOOLEAN | ST | B | 0 | DOWN_CNT | Input for down counting | Monitoring\I/O status\Generic logic\UDFCNT1\Inputs | ||||
| UDFCNT1 | UDCNT (1) | UDCNT (1) | INP | LD0.UDFCNT1.RsCnt.stVal | SPC | BOOLEAN | ST | B | 0 | RESET | Reset input for counter | Monitoring\I/O status\Generic logic\UDFCNT1\Inputs | ||||
| UDFCNT1 | UDCNT (1) | UDCNT (1) | INP | LD0.UDFCNT1.LodCnt.stVal | SPC | BOOLEAN | ST | B | 0 | LOAD | Load input for counter | Monitoring\I/O status\Generic logic\UDFCNT1\Inputs | ||||
| UDFCNT1 | UDCNT (1) | UDCNT (1) | OUT | LD0.UDFCNT1.UpCntSt.stVal | SPS | BOOLEAN | ST | B | UPCNT_STS | Status of the up counting | Monitoring\I/O status\Generic logic\UDFCNT1\Outputs | |||||
| UDFCNT1 | UDCNT (1) | UDCNT (1) | OUT | LD0.UDFCNT1.DnCntSt.stVal | SPS | BOOLEAN | ST | B | DNCNT_STS | Status of the down counting | Monitoring\I/O status\Generic logic\UDFCNT1\Outputs | |||||
| UDFCNT1 | UDCNT (1) | UDCNT (1) | CTR | LD0.UDFCNT1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT1 | |||
| UDFCNT1 | UDCNT (1) | UDCNT (1) | CTR | LD0.UDFCNT1.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT1 | |||
| UDFCNT1 | UDCNT (1) | UDCNT (1) | CTR | LD0.UDFCNT1.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT1 | |||
| UDFCNT1 | UDCNT (1) | UDCNT (1) | MON | LD0.UDFCNT1.CntRs.actVal | BCR | INT128 | ST | B | CNT_VAL | Output counter value | 0...2147483647 | Monitoring\I/O status\Generic logic\UDFCNT1\Monitored data | ||||
| UDFCNT1 | UDCNT (1) | UDCNT (1) | CFG | LD0.UDFCNT1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT1 | |||
| UDFCNT1 | UDCNT (1) | UDCNT (1) | CFG | LD0.UDFCNT1.CntLodVal.setVal | ING | INT32 | SP | B | 10000 | Counter load value | Preset counter value | 0...2147483647 | Configuration\Generic logic\UDFCNT1 | |||
| UDFCNT1 | UDCNT (1) | UDCNT (1) | CFG | LD0.UDFCNT1.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT1 | |||
| UDFCNT1 | UDCNT (1) | UDCNT (1) | CFG | LD0.UDFCNT1.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT1 | |||
| UDFCNT1 | UDCNT (1) | UDCNT (1) | VER | LD0.UDFCNT1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| UDFCNT2 | UDCNT (2) | UDCNT (2) | INP | LD0.UDFCNT2.InUpCnt.stVal | SPS | BOOLEAN | ST | B | 0 | UP_CNT | Input for up counting | Monitoring\I/O status\Generic logic\UDFCNT2\Inputs | ||||
| UDFCNT2 | UDCNT (2) | UDCNT (2) | INP | LD0.UDFCNT2.InDnCnt.stVal | SPS | BOOLEAN | ST | B | 0 | DOWN_CNT | Input for down counting | Monitoring\I/O status\Generic logic\UDFCNT2\Inputs | ||||
| UDFCNT2 | UDCNT (2) | UDCNT (2) | INP | LD0.UDFCNT2.RsCnt.stVal | SPC | BOOLEAN | ST | B | 0 | RESET | Reset input for counter | Monitoring\I/O status\Generic logic\UDFCNT2\Inputs | ||||
| UDFCNT2 | UDCNT (2) | UDCNT (2) | INP | LD0.UDFCNT2.LodCnt.stVal | SPC | BOOLEAN | ST | B | 0 | LOAD | Load input for counter | Monitoring\I/O status\Generic logic\UDFCNT2\Inputs | ||||
| UDFCNT2 | UDCNT (2) | UDCNT (2) | OUT | LD0.UDFCNT2.UpCntSt.stVal | SPS | BOOLEAN | ST | B | UPCNT_STS | Status of the up counting | Monitoring\I/O status\Generic logic\UDFCNT2\Outputs | |||||
| UDFCNT2 | UDCNT (2) | UDCNT (2) | OUT | LD0.UDFCNT2.DnCntSt.stVal | SPS | BOOLEAN | ST | B | DNCNT_STS | Status of the down counting | Monitoring\I/O status\Generic logic\UDFCNT2\Outputs | |||||
| UDFCNT2 | UDCNT (2) | UDCNT (2) | CTR | LD0.UDFCNT2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT2 | |||
| UDFCNT2 | UDCNT (2) | UDCNT (2) | CTR | LD0.UDFCNT2.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT2 | |||
| UDFCNT2 | UDCNT (2) | UDCNT (2) | CTR | LD0.UDFCNT2.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT2 | |||
| UDFCNT2 | UDCNT (2) | UDCNT (2) | MON | LD0.UDFCNT2.CntRs.actVal | BCR | INT128 | ST | B | CNT_VAL | Output counter value | 0...2147483647 | Monitoring\I/O status\Generic logic\UDFCNT2\Monitored data | ||||
| UDFCNT2 | UDCNT (2) | UDCNT (2) | CFG | LD0.UDFCNT2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT2 | |||
| UDFCNT2 | UDCNT (2) | UDCNT (2) | CFG | LD0.UDFCNT2.CntLodVal.setVal | ING | INT32 | SP | B | 10000 | Counter load value | Preset counter value | 0...2147483647 | Configuration\Generic logic\UDFCNT2 | |||
| UDFCNT2 | UDCNT (2) | UDCNT (2) | CFG | LD0.UDFCNT2.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT2 | |||
| UDFCNT2 | UDCNT (2) | UDCNT (2) | CFG | LD0.UDFCNT2.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT2 | |||
| UDFCNT2 | UDCNT (2) | UDCNT (2) | VER | LD0.UDFCNT2.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| UDFCNT3 | UDCNT (3) | UDCNT (3) | INP | LD0.UDFCNT3.InUpCnt.stVal | SPS | BOOLEAN | ST | B | 0 | UP_CNT | Input for up counting | Monitoring\I/O status\Generic logic\UDFCNT3\Inputs | ||||
| UDFCNT3 | UDCNT (3) | UDCNT (3) | INP | LD0.UDFCNT3.InDnCnt.stVal | SPS | BOOLEAN | ST | B | 0 | DOWN_CNT | Input for down counting | Monitoring\I/O status\Generic logic\UDFCNT3\Inputs | ||||
| UDFCNT3 | UDCNT (3) | UDCNT (3) | INP | LD0.UDFCNT3.RsCnt.stVal | SPC | BOOLEAN | ST | B | 0 | RESET | Reset input for counter | Monitoring\I/O status\Generic logic\UDFCNT3\Inputs | ||||
| UDFCNT3 | UDCNT (3) | UDCNT (3) | INP | LD0.UDFCNT3.LodCnt.stVal | SPC | BOOLEAN | ST | B | 0 | LOAD | Load input for counter | Monitoring\I/O status\Generic logic\UDFCNT3\Inputs | ||||
| UDFCNT3 | UDCNT (3) | UDCNT (3) | OUT | LD0.UDFCNT3.UpCntSt.stVal | SPS | BOOLEAN | ST | B | UPCNT_STS | Status of the up counting | Monitoring\I/O status\Generic logic\UDFCNT3\Outputs | |||||
| UDFCNT3 | UDCNT (3) | UDCNT (3) | OUT | LD0.UDFCNT3.DnCntSt.stVal | SPS | BOOLEAN | ST | B | DNCNT_STS | Status of the down counting | Monitoring\I/O status\Generic logic\UDFCNT3\Outputs | |||||
| UDFCNT3 | UDCNT (3) | UDCNT (3) | CTR | LD0.UDFCNT3.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT3 | |||
| UDFCNT3 | UDCNT (3) | UDCNT (3) | CTR | LD0.UDFCNT3.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT3 | |||
| UDFCNT3 | UDCNT (3) | UDCNT (3) | CTR | LD0.UDFCNT3.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT3 | |||
| UDFCNT3 | UDCNT (3) | UDCNT (3) | MON | LD0.UDFCNT3.CntRs.actVal | BCR | INT128 | ST | B | CNT_VAL | Output counter value | 0...2147483647 | Monitoring\I/O status\Generic logic\UDFCNT3\Monitored data | ||||
| UDFCNT3 | UDCNT (3) | UDCNT (3) | CFG | LD0.UDFCNT3.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT3 | |||
| UDFCNT3 | UDCNT (3) | UDCNT (3) | CFG | LD0.UDFCNT3.CntLodVal.setVal | ING | INT32 | SP | B | 10000 | Counter load value | Preset counter value | 0...2147483647 | Configuration\Generic logic\UDFCNT3 | |||
| UDFCNT3 | UDCNT (3) | UDCNT (3) | CFG | LD0.UDFCNT3.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT3 | |||
| UDFCNT3 | UDCNT (3) | UDCNT (3) | CFG | LD0.UDFCNT3.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT3 | |||
| UDFCNT3 | UDCNT (3) | UDCNT (3) | VER | LD0.UDFCNT3.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| UDFCNT4 | UDCNT (4) | UDCNT (4) | INP | LD0.UDFCNT4.InUpCnt.stVal | SPS | BOOLEAN | ST | B | 0 | UP_CNT | Input for up counting | Monitoring\I/O status\Generic logic\UDFCNT4\Inputs | ||||
| UDFCNT4 | UDCNT (4) | UDCNT (4) | INP | LD0.UDFCNT4.InDnCnt.stVal | SPS | BOOLEAN | ST | B | 0 | DOWN_CNT | Input for down counting | Monitoring\I/O status\Generic logic\UDFCNT4\Inputs | ||||
| UDFCNT4 | UDCNT (4) | UDCNT (4) | INP | LD0.UDFCNT4.RsCnt.stVal | SPC | BOOLEAN | ST | B | 0 | RESET | Reset input for counter | Monitoring\I/O status\Generic logic\UDFCNT4\Inputs | ||||
| UDFCNT4 | UDCNT (4) | UDCNT (4) | INP | LD0.UDFCNT4.LodCnt.stVal | SPC | BOOLEAN | ST | B | 0 | LOAD | Load input for counter | Monitoring\I/O status\Generic logic\UDFCNT4\Inputs | ||||
| UDFCNT4 | UDCNT (4) | UDCNT (4) | OUT | LD0.UDFCNT4.UpCntSt.stVal | SPS | BOOLEAN | ST | B | UPCNT_STS | Status of the up counting | Monitoring\I/O status\Generic logic\UDFCNT4\Outputs | |||||
| UDFCNT4 | UDCNT (4) | UDCNT (4) | OUT | LD0.UDFCNT4.DnCntSt.stVal | SPS | BOOLEAN | ST | B | DNCNT_STS | Status of the down counting | Monitoring\I/O status\Generic logic\UDFCNT4\Outputs | |||||
| UDFCNT4 | UDCNT (4) | UDCNT (4) | CTR | LD0.UDFCNT4.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT4 | |||
| UDFCNT4 | UDCNT (4) | UDCNT (4) | CTR | LD0.UDFCNT4.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT4 | |||
| UDFCNT4 | UDCNT (4) | UDCNT (4) | CTR | LD0.UDFCNT4.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT4 | |||
| UDFCNT4 | UDCNT (4) | UDCNT (4) | MON | LD0.UDFCNT4.CntRs.actVal | BCR | INT128 | ST | B | CNT_VAL | Output counter value | 0...2147483647 | Monitoring\I/O status\Generic logic\UDFCNT4\Monitored data | ||||
| UDFCNT4 | UDCNT (4) | UDCNT (4) | CFG | LD0.UDFCNT4.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT4 | |||
| UDFCNT4 | UDCNT (4) | UDCNT (4) | CFG | LD0.UDFCNT4.CntLodVal.setVal | ING | INT32 | SP | B | 10000 | Counter load value | Preset counter value | 0...2147483647 | Configuration\Generic logic\UDFCNT4 | |||
| UDFCNT4 | UDCNT (4) | UDCNT (4) | CFG | LD0.UDFCNT4.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT4 | |||
| UDFCNT4 | UDCNT (4) | UDCNT (4) | CFG | LD0.UDFCNT4.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT4 | |||
| UDFCNT4 | UDCNT (4) | UDCNT (4) | VER | LD0.UDFCNT4.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| UDFCNT5 | UDCNT (5) | UDCNT (5) | INP | LD0.UDFCNT5.InUpCnt.stVal | SPS | BOOLEAN | ST | B | 0 | UP_CNT | Input for up counting | Monitoring\I/O status\Generic logic\UDFCNT5\Inputs | ||||
| UDFCNT5 | UDCNT (5) | UDCNT (5) | INP | LD0.UDFCNT5.InDnCnt.stVal | SPS | BOOLEAN | ST | B | 0 | DOWN_CNT | Input for down counting | Monitoring\I/O status\Generic logic\UDFCNT5\Inputs | ||||
| UDFCNT5 | UDCNT (5) | UDCNT (5) | INP | LD0.UDFCNT5.RsCnt.stVal | SPC | BOOLEAN | ST | B | 0 | RESET | Reset input for counter | Monitoring\I/O status\Generic logic\UDFCNT5\Inputs | ||||
| UDFCNT5 | UDCNT (5) | UDCNT (5) | INP | LD0.UDFCNT5.LodCnt.stVal | SPC | BOOLEAN | ST | B | 0 | LOAD | Load input for counter | Monitoring\I/O status\Generic logic\UDFCNT5\Inputs | ||||
| UDFCNT5 | UDCNT (5) | UDCNT (5) | OUT | LD0.UDFCNT5.UpCntSt.stVal | SPS | BOOLEAN | ST | B | UPCNT_STS | Status of the up counting | Monitoring\I/O status\Generic logic\UDFCNT5\Outputs | |||||
| UDFCNT5 | UDCNT (5) | UDCNT (5) | OUT | LD0.UDFCNT5.DnCntSt.stVal | SPS | BOOLEAN | ST | B | DNCNT_STS | Status of the down counting | Monitoring\I/O status\Generic logic\UDFCNT5\Outputs | |||||
| UDFCNT5 | UDCNT (5) | UDCNT (5) | CTR | LD0.UDFCNT5.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT5 | |||
| UDFCNT5 | UDCNT (5) | UDCNT (5) | CTR | LD0.UDFCNT5.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT5 | |||
| UDFCNT5 | UDCNT (5) | UDCNT (5) | CTR | LD0.UDFCNT5.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT5 | |||
| UDFCNT5 | UDCNT (5) | UDCNT (5) | MON | LD0.UDFCNT5.CntRs.actVal | BCR | INT128 | ST | B | CNT_VAL | Output counter value | 0...2147483647 | Monitoring\I/O status\Generic logic\UDFCNT5\Monitored data | ||||
| UDFCNT5 | UDCNT (5) | UDCNT (5) | CFG | LD0.UDFCNT5.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT5 | |||
| UDFCNT5 | UDCNT (5) | UDCNT (5) | CFG | LD0.UDFCNT5.CntLodVal.setVal | ING | INT32 | SP | B | 10000 | Counter load value | Preset counter value | 0...2147483647 | Configuration\Generic logic\UDFCNT5 | |||
| UDFCNT5 | UDCNT (5) | UDCNT (5) | CFG | LD0.UDFCNT5.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT5 | |||
| UDFCNT5 | UDCNT (5) | UDCNT (5) | CFG | LD0.UDFCNT5.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT5 | |||
| UDFCNT5 | UDCNT (5) | UDCNT (5) | VER | LD0.UDFCNT5.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| UDFCNT6 | UDCNT (6) | UDCNT (6) | INP | LD0.UDFCNT6.InUpCnt.stVal | SPS | BOOLEAN | ST | B | 0 | UP_CNT | Input for up counting | Monitoring\I/O status\Generic logic\UDFCNT6\Inputs | ||||
| UDFCNT6 | UDCNT (6) | UDCNT (6) | INP | LD0.UDFCNT6.InDnCnt.stVal | SPS | BOOLEAN | ST | B | 0 | DOWN_CNT | Input for down counting | Monitoring\I/O status\Generic logic\UDFCNT6\Inputs | ||||
| UDFCNT6 | UDCNT (6) | UDCNT (6) | INP | LD0.UDFCNT6.RsCnt.stVal | SPC | BOOLEAN | ST | B | 0 | RESET | Reset input for counter | Monitoring\I/O status\Generic logic\UDFCNT6\Inputs | ||||
| UDFCNT6 | UDCNT (6) | UDCNT (6) | INP | LD0.UDFCNT6.LodCnt.stVal | SPC | BOOLEAN | ST | B | 0 | LOAD | Load input for counter | Monitoring\I/O status\Generic logic\UDFCNT6\Inputs | ||||
| UDFCNT6 | UDCNT (6) | UDCNT (6) | OUT | LD0.UDFCNT6.UpCntSt.stVal | SPS | BOOLEAN | ST | B | UPCNT_STS | Status of the up counting | Monitoring\I/O status\Generic logic\UDFCNT6\Outputs | |||||
| UDFCNT6 | UDCNT (6) | UDCNT (6) | OUT | LD0.UDFCNT6.DnCntSt.stVal | SPS | BOOLEAN | ST | B | DNCNT_STS | Status of the down counting | Monitoring\I/O status\Generic logic\UDFCNT6\Outputs | |||||
| UDFCNT6 | UDCNT (6) | UDCNT (6) | CTR | LD0.UDFCNT6.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT6 | |||
| UDFCNT6 | UDCNT (6) | UDCNT (6) | CTR | LD0.UDFCNT6.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT6 | |||
| UDFCNT6 | UDCNT (6) | UDCNT (6) | CTR | LD0.UDFCNT6.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT6 | |||
| UDFCNT6 | UDCNT (6) | UDCNT (6) | MON | LD0.UDFCNT6.CntRs.actVal | BCR | INT128 | ST | B | CNT_VAL | Output counter value | 0...2147483647 | Monitoring\I/O status\Generic logic\UDFCNT6\Monitored data | ||||
| UDFCNT6 | UDCNT (6) | UDCNT (6) | CFG | LD0.UDFCNT6.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT6 | |||
| UDFCNT6 | UDCNT (6) | UDCNT (6) | CFG | LD0.UDFCNT6.CntLodVal.setVal | ING | INT32 | SP | B | 10000 | Counter load value | Preset counter value | 0...2147483647 | Configuration\Generic logic\UDFCNT6 | |||
| UDFCNT6 | UDCNT (6) | UDCNT (6) | CFG | LD0.UDFCNT6.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT6 | |||
| UDFCNT6 | UDCNT (6) | UDCNT (6) | CFG | LD0.UDFCNT6.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT6 | |||
| UDFCNT6 | UDCNT (6) | UDCNT (6) | VER | LD0.UDFCNT6.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| UDFCNT7 | UDCNT (7) | UDCNT (7) | INP | LD0.UDFCNT7.InUpCnt.stVal | SPS | BOOLEAN | ST | B | 0 | UP_CNT | Input for up counting | Monitoring\I/O status\Generic logic\UDFCNT7\Inputs | ||||
| UDFCNT7 | UDCNT (7) | UDCNT (7) | INP | LD0.UDFCNT7.InDnCnt.stVal | SPS | BOOLEAN | ST | B | 0 | DOWN_CNT | Input for down counting | Monitoring\I/O status\Generic logic\UDFCNT7\Inputs | ||||
| UDFCNT7 | UDCNT (7) | UDCNT (7) | INP | LD0.UDFCNT7.RsCnt.stVal | SPC | BOOLEAN | ST | B | 0 | RESET | Reset input for counter | Monitoring\I/O status\Generic logic\UDFCNT7\Inputs | ||||
| UDFCNT7 | UDCNT (7) | UDCNT (7) | INP | LD0.UDFCNT7.LodCnt.stVal | SPC | BOOLEAN | ST | B | 0 | LOAD | Load input for counter | Monitoring\I/O status\Generic logic\UDFCNT7\Inputs | ||||
| UDFCNT7 | UDCNT (7) | UDCNT (7) | OUT | LD0.UDFCNT7.UpCntSt.stVal | SPS | BOOLEAN | ST | B | UPCNT_STS | Status of the up counting | Monitoring\I/O status\Generic logic\UDFCNT7\Outputs | |||||
| UDFCNT7 | UDCNT (7) | UDCNT (7) | OUT | LD0.UDFCNT7.DnCntSt.stVal | SPS | BOOLEAN | ST | B | DNCNT_STS | Status of the down counting | Monitoring\I/O status\Generic logic\UDFCNT7\Outputs | |||||
| UDFCNT7 | UDCNT (7) | UDCNT (7) | CTR | LD0.UDFCNT7.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT7 | |||
| UDFCNT7 | UDCNT (7) | UDCNT (7) | CTR | LD0.UDFCNT7.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT7 | |||
| UDFCNT7 | UDCNT (7) | UDCNT (7) | CTR | LD0.UDFCNT7.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT7 | |||
| UDFCNT7 | UDCNT (7) | UDCNT (7) | MON | LD0.UDFCNT7.CntRs.actVal | BCR | INT128 | ST | B | CNT_VAL | Output counter value | 0...2147483647 | Monitoring\I/O status\Generic logic\UDFCNT7\Monitored data | ||||
| UDFCNT7 | UDCNT (7) | UDCNT (7) | CFG | LD0.UDFCNT7.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT7 | |||
| UDFCNT7 | UDCNT (7) | UDCNT (7) | CFG | LD0.UDFCNT7.CntLodVal.setVal | ING | INT32 | SP | B | 10000 | Counter load value | Preset counter value | 0...2147483647 | Configuration\Generic logic\UDFCNT7 | |||
| UDFCNT7 | UDCNT (7) | UDCNT (7) | CFG | LD0.UDFCNT7.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT7 | |||
| UDFCNT7 | UDCNT (7) | UDCNT (7) | CFG | LD0.UDFCNT7.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT7 | |||
| UDFCNT7 | UDCNT (7) | UDCNT (7) | VER | LD0.UDFCNT7.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| UDFCNT8 | UDCNT (8) | UDCNT (8) | INP | LD0.UDFCNT8.InUpCnt.stVal | SPS | BOOLEAN | ST | B | 0 | UP_CNT | Input for up counting | Monitoring\I/O status\Generic logic\UDFCNT8\Inputs | ||||
| UDFCNT8 | UDCNT (8) | UDCNT (8) | INP | LD0.UDFCNT8.InDnCnt.stVal | SPS | BOOLEAN | ST | B | 0 | DOWN_CNT | Input for down counting | Monitoring\I/O status\Generic logic\UDFCNT8\Inputs | ||||
| UDFCNT8 | UDCNT (8) | UDCNT (8) | INP | LD0.UDFCNT8.RsCnt.stVal | SPC | BOOLEAN | ST | B | 0 | RESET | Reset input for counter | Monitoring\I/O status\Generic logic\UDFCNT8\Inputs | ||||
| UDFCNT8 | UDCNT (8) | UDCNT (8) | INP | LD0.UDFCNT8.LodCnt.stVal | SPC | BOOLEAN | ST | B | 0 | LOAD | Load input for counter | Monitoring\I/O status\Generic logic\UDFCNT8\Inputs | ||||
| UDFCNT8 | UDCNT (8) | UDCNT (8) | OUT | LD0.UDFCNT8.UpCntSt.stVal | SPS | BOOLEAN | ST | B | UPCNT_STS | Status of the up counting | Monitoring\I/O status\Generic logic\UDFCNT8\Outputs | |||||
| UDFCNT8 | UDCNT (8) | UDCNT (8) | OUT | LD0.UDFCNT8.DnCntSt.stVal | SPS | BOOLEAN | ST | B | DNCNT_STS | Status of the down counting | Monitoring\I/O status\Generic logic\UDFCNT8\Outputs | |||||
| UDFCNT8 | UDCNT (8) | UDCNT (8) | CTR | LD0.UDFCNT8.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT8 | |||
| UDFCNT8 | UDCNT (8) | UDCNT (8) | CTR | LD0.UDFCNT8.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT8 | |||
| UDFCNT8 | UDCNT (8) | UDCNT (8) | CTR | LD0.UDFCNT8.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT8 | |||
| UDFCNT8 | UDCNT (8) | UDCNT (8) | MON | LD0.UDFCNT8.CntRs.actVal | BCR | INT128 | ST | B | CNT_VAL | Output counter value | 0...2147483647 | Monitoring\I/O status\Generic logic\UDFCNT8\Monitored data | ||||
| UDFCNT8 | UDCNT (8) | UDCNT (8) | CFG | LD0.UDFCNT8.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT8 | |||
| UDFCNT8 | UDCNT (8) | UDCNT (8) | CFG | LD0.UDFCNT8.CntLodVal.setVal | ING | INT32 | SP | B | 10000 | Counter load value | Preset counter value | 0...2147483647 | Configuration\Generic logic\UDFCNT8 | |||
| UDFCNT8 | UDCNT (8) | UDCNT (8) | CFG | LD0.UDFCNT8.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT8 | |||
| UDFCNT8 | UDCNT (8) | UDCNT (8) | CFG | LD0.UDFCNT8.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT8 | |||
| UDFCNT8 | UDCNT (8) | UDCNT (8) | VER | LD0.UDFCNT8.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| UDFCNT9 | UDCNT (9) | UDCNT (9) | INP | LD0.UDFCNT9.InUpCnt.stVal | SPS | BOOLEAN | ST | B | 0 | UP_CNT | Input for up counting | Monitoring\I/O status\Generic logic\UDFCNT9\Inputs | ||||
| UDFCNT9 | UDCNT (9) | UDCNT (9) | INP | LD0.UDFCNT9.InDnCnt.stVal | SPS | BOOLEAN | ST | B | 0 | DOWN_CNT | Input for down counting | Monitoring\I/O status\Generic logic\UDFCNT9\Inputs | ||||
| UDFCNT9 | UDCNT (9) | UDCNT (9) | INP | LD0.UDFCNT9.RsCnt.stVal | SPC | BOOLEAN | ST | B | 0 | RESET | Reset input for counter | Monitoring\I/O status\Generic logic\UDFCNT9\Inputs | ||||
| UDFCNT9 | UDCNT (9) | UDCNT (9) | INP | LD0.UDFCNT9.LodCnt.stVal | SPC | BOOLEAN | ST | B | 0 | LOAD | Load input for counter | Monitoring\I/O status\Generic logic\UDFCNT9\Inputs | ||||
| UDFCNT9 | UDCNT (9) | UDCNT (9) | OUT | LD0.UDFCNT9.UpCntSt.stVal | SPS | BOOLEAN | ST | B | UPCNT_STS | Status of the up counting | Monitoring\I/O status\Generic logic\UDFCNT9\Outputs | |||||
| UDFCNT9 | UDCNT (9) | UDCNT (9) | OUT | LD0.UDFCNT9.DnCntSt.stVal | SPS | BOOLEAN | ST | B | DNCNT_STS | Status of the down counting | Monitoring\I/O status\Generic logic\UDFCNT9\Outputs | |||||
| UDFCNT9 | UDCNT (9) | UDCNT (9) | CTR | LD0.UDFCNT9.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT9 | |||
| UDFCNT9 | UDCNT (9) | UDCNT (9) | CTR | LD0.UDFCNT9.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT9 | |||
| UDFCNT9 | UDCNT (9) | UDCNT (9) | CTR | LD0.UDFCNT9.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT9 | |||
| UDFCNT9 | UDCNT (9) | UDCNT (9) | MON | LD0.UDFCNT9.CntRs.actVal | BCR | INT128 | ST | B | CNT_VAL | Output counter value | 0...2147483647 | Monitoring\I/O status\Generic logic\UDFCNT9\Monitored data | ||||
| UDFCNT9 | UDCNT (9) | UDCNT (9) | CFG | LD0.UDFCNT9.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT9 | |||
| UDFCNT9 | UDCNT (9) | UDCNT (9) | CFG | LD0.UDFCNT9.CntLodVal.setVal | ING | INT32 | SP | B | 10000 | Counter load value | Preset counter value | 0...2147483647 | Configuration\Generic logic\UDFCNT9 | |||
| UDFCNT9 | UDCNT (9) | UDCNT (9) | CFG | LD0.UDFCNT9.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT9 | |||
| UDFCNT9 | UDCNT (9) | UDCNT (9) | CFG | LD0.UDFCNT9.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT9 | |||
| UDFCNT9 | UDCNT (9) | UDCNT (9) | VER | LD0.UDFCNT9.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| UDFCNT10 | UDCNT (10) | UDCNT (10) | INP | LD0.UDFCNT10.InUpCnt.stVal | SPS | BOOLEAN | ST | B | 0 | UP_CNT | Input for up counting | Monitoring\I/O status\Generic logic\UDFCNT10\Inputs | ||||
| UDFCNT10 | UDCNT (10) | UDCNT (10) | INP | LD0.UDFCNT10.InDnCnt.stVal | SPS | BOOLEAN | ST | B | 0 | DOWN_CNT | Input for down counting | Monitoring\I/O status\Generic logic\UDFCNT10\Inputs | ||||
| UDFCNT10 | UDCNT (10) | UDCNT (10) | INP | LD0.UDFCNT10.RsCnt.stVal | SPC | BOOLEAN | ST | B | 0 | RESET | Reset input for counter | Monitoring\I/O status\Generic logic\UDFCNT10\Inputs | ||||
| UDFCNT10 | UDCNT (10) | UDCNT (10) | INP | LD0.UDFCNT10.LodCnt.stVal | SPC | BOOLEAN | ST | B | 0 | LOAD | Load input for counter | Monitoring\I/O status\Generic logic\UDFCNT10\Inputs | ||||
| UDFCNT10 | UDCNT (10) | UDCNT (10) | OUT | LD0.UDFCNT10.UpCntSt.stVal | SPS | BOOLEAN | ST | B | UPCNT_STS | Status of the up counting | Monitoring\I/O status\Generic logic\UDFCNT10\Outputs | |||||
| UDFCNT10 | UDCNT (10) | UDCNT (10) | OUT | LD0.UDFCNT10.DnCntSt.stVal | SPS | BOOLEAN | ST | B | DNCNT_STS | Status of the down counting | Monitoring\I/O status\Generic logic\UDFCNT10\Outputs | |||||
| UDFCNT10 | UDCNT (10) | UDCNT (10) | CTR | LD0.UDFCNT10.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT10 | |||
| UDFCNT10 | UDCNT (10) | UDCNT (10) | CTR | LD0.UDFCNT10.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT10 | |||
| UDFCNT10 | UDCNT (10) | UDCNT (10) | CTR | LD0.UDFCNT10.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT10 | |||
| UDFCNT10 | UDCNT (10) | UDCNT (10) | MON | LD0.UDFCNT10.CntRs.actVal | BCR | INT128 | ST | B | CNT_VAL | Output counter value | 0...2147483647 | Monitoring\I/O status\Generic logic\UDFCNT10\Monitored data | ||||
| UDFCNT10 | UDCNT (10) | UDCNT (10) | CFG | LD0.UDFCNT10.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT10 | |||
| UDFCNT10 | UDCNT (10) | UDCNT (10) | CFG | LD0.UDFCNT10.CntLodVal.setVal | ING | INT32 | SP | B | 10000 | Counter load value | Preset counter value | 0...2147483647 | Configuration\Generic logic\UDFCNT10 | |||
| UDFCNT10 | UDCNT (10) | UDCNT (10) | CFG | LD0.UDFCNT10.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT10 | |||
| UDFCNT10 | UDCNT (10) | UDCNT (10) | CFG | LD0.UDFCNT10.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT10 | |||
| UDFCNT10 | UDCNT (10) | UDCNT (10) | VER | LD0.UDFCNT10.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| UDFCNT11 | UDCNT (11) | UDCNT (11) | INP | LD0.UDFCNT11.InUpCnt.stVal | SPS | BOOLEAN | ST | B | 0 | UP_CNT | Input for up counting | Monitoring\I/O status\Generic logic\UDFCNT11\Inputs | ||||
| UDFCNT11 | UDCNT (11) | UDCNT (11) | INP | LD0.UDFCNT11.InDnCnt.stVal | SPS | BOOLEAN | ST | B | 0 | DOWN_CNT | Input for down counting | Monitoring\I/O status\Generic logic\UDFCNT11\Inputs | ||||
| UDFCNT11 | UDCNT (11) | UDCNT (11) | INP | LD0.UDFCNT11.RsCnt.stVal | SPC | BOOLEAN | ST | B | 0 | RESET | Reset input for counter | Monitoring\I/O status\Generic logic\UDFCNT11\Inputs | ||||
| UDFCNT11 | UDCNT (11) | UDCNT (11) | INP | LD0.UDFCNT11.LodCnt.stVal | SPC | BOOLEAN | ST | B | 0 | LOAD | Load input for counter | Monitoring\I/O status\Generic logic\UDFCNT11\Inputs | ||||
| UDFCNT11 | UDCNT (11) | UDCNT (11) | OUT | LD0.UDFCNT11.UpCntSt.stVal | SPS | BOOLEAN | ST | B | UPCNT_STS | Status of the up counting | Monitoring\I/O status\Generic logic\UDFCNT11\Outputs | |||||
| UDFCNT11 | UDCNT (11) | UDCNT (11) | OUT | LD0.UDFCNT11.DnCntSt.stVal | SPS | BOOLEAN | ST | B | DNCNT_STS | Status of the down counting | Monitoring\I/O status\Generic logic\UDFCNT11\Outputs | |||||
| UDFCNT11 | UDCNT (11) | UDCNT (11) | CTR | LD0.UDFCNT11.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT11 | |||
| UDFCNT11 | UDCNT (11) | UDCNT (11) | CTR | LD0.UDFCNT11.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT11 | |||
| UDFCNT11 | UDCNT (11) | UDCNT (11) | CTR | LD0.UDFCNT11.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT11 | |||
| UDFCNT11 | UDCNT (11) | UDCNT (11) | MON | LD0.UDFCNT11.CntRs.actVal | BCR | INT128 | ST | B | CNT_VAL | Output counter value | 0...2147483647 | Monitoring\I/O status\Generic logic\UDFCNT11\Monitored data | ||||
| UDFCNT11 | UDCNT (11) | UDCNT (11) | CFG | LD0.UDFCNT11.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT11 | |||
| UDFCNT11 | UDCNT (11) | UDCNT (11) | CFG | LD0.UDFCNT11.CntLodVal.setVal | ING | INT32 | SP | B | 10000 | Counter load value | Preset counter value | 0...2147483647 | Configuration\Generic logic\UDFCNT11 | |||
| UDFCNT11 | UDCNT (11) | UDCNT (11) | CFG | LD0.UDFCNT11.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT11 | |||
| UDFCNT11 | UDCNT (11) | UDCNT (11) | CFG | LD0.UDFCNT11.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT11 | |||
| UDFCNT11 | UDCNT (11) | UDCNT (11) | VER | LD0.UDFCNT11.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| UDFCNT12 | UDCNT (12) | UDCNT (12) | INP | LD0.UDFCNT12.InUpCnt.stVal | SPS | BOOLEAN | ST | B | 0 | UP_CNT | Input for up counting | Monitoring\I/O status\Generic logic\UDFCNT12\Inputs | ||||
| UDFCNT12 | UDCNT (12) | UDCNT (12) | INP | LD0.UDFCNT12.InDnCnt.stVal | SPS | BOOLEAN | ST | B | 0 | DOWN_CNT | Input for down counting | Monitoring\I/O status\Generic logic\UDFCNT12\Inputs | ||||
| UDFCNT12 | UDCNT (12) | UDCNT (12) | INP | LD0.UDFCNT12.RsCnt.stVal | SPC | BOOLEAN | ST | B | 0 | RESET | Reset input for counter | Monitoring\I/O status\Generic logic\UDFCNT12\Inputs | ||||
| UDFCNT12 | UDCNT (12) | UDCNT (12) | INP | LD0.UDFCNT12.LodCnt.stVal | SPC | BOOLEAN | ST | B | 0 | LOAD | Load input for counter | Monitoring\I/O status\Generic logic\UDFCNT12\Inputs | ||||
| UDFCNT12 | UDCNT (12) | UDCNT (12) | OUT | LD0.UDFCNT12.UpCntSt.stVal | SPS | BOOLEAN | ST | B | UPCNT_STS | Status of the up counting | Monitoring\I/O status\Generic logic\UDFCNT12\Outputs | |||||
| UDFCNT12 | UDCNT (12) | UDCNT (12) | OUT | LD0.UDFCNT12.DnCntSt.stVal | SPS | BOOLEAN | ST | B | DNCNT_STS | Status of the down counting | Monitoring\I/O status\Generic logic\UDFCNT12\Outputs | |||||
| UDFCNT12 | UDCNT (12) | UDCNT (12) | CTR | LD0.UDFCNT12.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT12 | |||
| UDFCNT12 | UDCNT (12) | UDCNT (12) | CTR | LD0.UDFCNT12.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT12 | |||
| UDFCNT12 | UDCNT (12) | UDCNT (12) | CTR | LD0.UDFCNT12.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT12 | |||
| UDFCNT12 | UDCNT (12) | UDCNT (12) | MON | LD0.UDFCNT12.CntRs.actVal | BCR | INT128 | ST | B | CNT_VAL | Output counter value | 0...2147483647 | Monitoring\I/O status\Generic logic\UDFCNT12\Monitored data | ||||
| UDFCNT12 | UDCNT (12) | UDCNT (12) | CFG | LD0.UDFCNT12.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Generic logic\UDFCNT12 | |||
| UDFCNT12 | UDCNT (12) | UDCNT (12) | CFG | LD0.UDFCNT12.CntLodVal.setVal | ING | INT32 | SP | B | 10000 | Counter load value | Preset counter value | 0...2147483647 | Configuration\Generic logic\UDFCNT12 | |||
| UDFCNT12 | UDCNT (12) | UDCNT (12) | CFG | LD0.UDFCNT12.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Reset counter | Resets counter value | 0=Cancel; 1=Reset | Configuration\Generic logic\UDFCNT12 | |||
| UDFCNT12 | UDCNT (12) | UDCNT (12) | CFG | LD0.UDFCNT12.LodCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Load counter | Loads the counter to preset value | 0=Cancel; 1=Load | Configuration\Generic logic\UDFCNT12 | |||
| UDFCNT12 | UDCNT (12) | UDCNT (12) | VER | LD0.UDFCNT12.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| FKEYGGIO1 | FKEY (1) | FKEY (1) | INP | LD0.FKEYGGIO1.SPCSO1.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | L1 | LED 1 | Monitoring\Function keys\LED status | ||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | INP | LD0.FKEYGGIO1.SPCSO2.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | L2 | LED 2 | Monitoring\Function keys\LED status | ||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | INP | LD0.FKEYGGIO1.SPCSO3.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | L3 | LED 3 | Monitoring\Function keys\LED status | ||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | INP | LD0.FKEYGGIO1.SPCSO4.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | L4 | LED 4 | Monitoring\Function keys\LED status | ||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | INP | LD0.FKEYGGIO1.SPCSO5.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | L5 | LED 5 | Monitoring\Function keys\LED status | ||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | INP | LD0.FKEYGGIO1.SPCSO6.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | L6 | LED 6 | Monitoring\Function keys\LED status | ||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | INP | LD0.FKEYGGIO1.SPCSO7.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | L7 | LED 7 | Monitoring\Function keys\LED status | ||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | INP | LD0.FKEYGGIO1.SPCSO8.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | L8 | LED 8 | Monitoring\Function keys\LED status | ||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | INP | LD0.FKEYGGIO1.SPCSO9.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | L9 | LED 9 | Monitoring\Function keys\LED status | ||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | INP | LD0.FKEYGGIO1.SPCSO10.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | L10 | LED 10 | Monitoring\Function keys\LED status | ||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | INP | LD0.FKEYGGIO1.SPCSO11.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | L11 | LED 11 | Monitoring\Function keys\LED status | ||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | INP | LD0.FKEYGGIO1.SPCSO12.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | L12 | LED 12 | Monitoring\Function keys\LED status | ||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | INP | LD0.FKEYGGIO1.SPCSO13.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | L13 | LED 13 | Monitoring\Function keys\LED status | ||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | INP | LD0.FKEYGGIO1.SPCSO14.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | L14 | LED 14 | Monitoring\Function keys\LED status | ||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | INP | LD0.FKEYGGIO1.SPCSO15.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | L15 | LED 15 | Monitoring\Function keys\LED status | ||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | INP | LD0.FKEYGGIO1.SPCSO16.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | L16 | LED 16 | Monitoring\Function keys\LED status | ||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | OUT | LD0.FKEYGGIO1.Ind1.stVal | SPS | BOOLEAN | ST | B | StatIO | P | K1 | KEY 1 | Monitoring\Function keys\KEY status | |||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | OUT | LD0.FKEYGGIO1.Ind2.stVal | SPS | BOOLEAN | ST | B | StatIO | P | K2 | KEY 2 | Monitoring\Function keys\KEY status | |||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | OUT | LD0.FKEYGGIO1.Ind3.stVal | SPS | BOOLEAN | ST | B | StatIO | P | K3 | KEY 3 | Monitoring\Function keys\KEY status | |||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | OUT | LD0.FKEYGGIO1.Ind4.stVal | SPS | BOOLEAN | ST | B | StatIO | P | K4 | KEY 4 | Monitoring\Function keys\KEY status | |||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | OUT | LD0.FKEYGGIO1.Ind5.stVal | SPS | BOOLEAN | ST | B | StatIO | P | K5 | KEY 5 | Monitoring\Function keys\KEY status | |||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | OUT | LD0.FKEYGGIO1.Ind6.stVal | SPS | BOOLEAN | ST | B | StatIO | P | K6 | KEY 6 | Monitoring\Function keys\KEY status | |||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | OUT | LD0.FKEYGGIO1.Ind7.stVal | SPS | BOOLEAN | ST | B | StatIO | P | K7 | KEY 7 | Monitoring\Function keys\KEY status | |||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | OUT | LD0.FKEYGGIO1.Ind8.stVal | SPS | BOOLEAN | ST | B | StatIO | P | K8 | KEY 8 | Monitoring\Function keys\KEY status | |||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | OUT | LD0.FKEYGGIO1.Ind9.stVal | SPS | BOOLEAN | ST | B | StatIO | P | K9 | KEY 9 | Monitoring\Function keys\KEY status | |||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | OUT | LD0.FKEYGGIO1.Ind10.stVal | SPS | BOOLEAN | ST | B | StatIO | P | K10 | KEY 10 | Monitoring\Function keys\KEY status | |||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | OUT | LD0.FKEYGGIO1.Ind11.stVal | SPS | BOOLEAN | ST | B | StatIO | P | K11 | KEY 11 | Monitoring\Function keys\KEY status | |||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | OUT | LD0.FKEYGGIO1.Ind12.stVal | SPS | BOOLEAN | ST | B | StatIO | P | K12 | KEY 12 | Monitoring\Function keys\KEY status | |||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | OUT | LD0.FKEYGGIO1.Ind13.stVal | SPS | BOOLEAN | ST | B | StatIO | P | K13 | KEY 13 | Monitoring\Function keys\KEY status | |||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | OUT | LD0.FKEYGGIO1.Ind14.stVal | SPS | BOOLEAN | ST | B | StatIO | P | K14 | KEY 14 | Monitoring\Function keys\KEY status | |||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | OUT | LD0.FKEYGGIO1.Ind15.stVal | SPS | BOOLEAN | ST | B | StatIO | P | K15 | KEY 15 | Monitoring\Function keys\KEY status | |||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | OUT | LD0.FKEYGGIO1.Ind16.stVal | SPS | BOOLEAN | ST | B | StatIO | P | K16 | KEY 16 | Monitoring\Function keys\KEY status | |||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | CTR | LD0.FKEYGGIO1.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||
| FKEYGGIO1 | FKEY (1) | FKEY (1) | VER | LD0.FKEYGGIO1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| FLTMSTA1 | INP | LD0.FLTMSTA1.Mod.blockIn | INC | BOOLEAN | EX | 0 | (Mode) | |||||||||
| FLTMSTA1 | INP | LD0.FLTMSTA1.InOp.stVal | SPS | BOOLEAN | ST | 0 | (Operate input for triggering) | |||||||||
| FLTMSTA1 | INP | LD0.FLTMSTA1.InStr.stVal | SPS | BOOLEAN | ST | 0 | (Start input for triggering) | |||||||||
| FLTMSTA1 | INP | LD0.FLTMSTA1.InCBClr.stVal | SPS | BOOLEAN | ST | 0 | (Breaker open status) | |||||||||
| FLTMSTA1 | CTR | LD0.FLTMSTA1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Fault record | |||||
| FLTMSTA1 | CTR | LD0.FLTMSTA1.RecRs.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Fault records | Reset fault records | 0=Cancel; 1=Clear | Clear\Clear | |||||
| FLTMSTA1 | CTR | LD0.FLTMSTA1.SelRow.Oper.ctlVal | INC | INT32 | CO | (Select recording) | ||||||||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.OpCnt.stVal | INS | INT32 | ST | B | MeasReg | P | Fault number | Fault record number | 0...999999 | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.OpCnt.t | INS | Timestamp | ST | B | MeasReg | P | Time and date | Fault record time stamp | Monitoring\Recorded data\Fault record | |||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.ProFcn.stVal | INS | Enum | ST | B | MeasReg | P | Protection | Protection function | 0=Unknown; 1=PHLPTOC1; 2=PHLPTOC2; 6=PHHPTOC1; 7=PHHPTOC2; 8=PHHPTOC3; 9=PHHPTOC4; 12=PHIPTOC1; 13=PHIPTOC2; 17=EFLPTOC1; 18=EFLPTOC2; 19=EFLPTOC3; 22=EFHPTOC1; 23=EFHPTOC2; 24=EFHPTOC3; 25=EFHPTOC4; 30=EFIPTOC1; 31=EFIPTOC2; 32=EFIPTOC3; 35=NSPTOC1; 36=NSPTOC2; -7=INTRPTEF1; -5=STTPMSU1; -3=JAMPTOC1; 41=PDNSPTOC1; 44=T1PTTR1; 46=T2PTTR1; 48=MPTTR1; 50=DEFLPDEF1; 51=DEFLPDEF2; 53=DEFHPDEF1; 56=EFPADM1; 57=EFPADM2; 58=EFPADM3; 59=FRPFRQ1; 60=FRPFRQ2; 61=FRPFRQ3; 62=FRPFRQ4; 63=FRPFRQ5; 64=FRPFRQ6; 65=LSHDPFRQ1; 66=LSHDPFRQ2; 67=LSHDPFRQ3; 68=LSHDPFRQ4; 69=LSHDPFRQ5; 71=DPHLPDOC1; 72=DPHLPDOC2; 74=DPHHPDOC1; 77=MAPGAPC1; 78=MAPGAPC2; 79=MAPGAPC3; 85=MNSPTOC1; 86=MNSPTOC2; 88=LOFLPTUC1; 90=TR2PTDF1; 91=LNPLDF1; 92=LREFPNDF1; 94=MPDIF1; 96=HREFPDIF1; 100=ROVPTOV1; 101=ROVPTOV2; 102=ROVPTOV3; 104=PHPTOV1; 105=PHPTOV2; 106=PHPTOV3; 108=PHPTUV1; 109=PHPTUV2; 110=PHPTUV3; 112=NSPTOV1; 113=NSPTOV2; 116=PSPTUV1; 118=ARCSARC1; 119=ARCSARC2; 120=ARCSARC3; -96=SPHIPTOC1; -93=SPHLPTOC2; -92=SPHLPTOC1; -89=SPHHPTOC2; -88=SPHHPTOC1; -86=SPHPTUV3; -85=SPHPTUV2; -84=SPHPTUV1; -82=SPHPTOV3; -81=SPHPTOV2; -80=SPHPTOV1; -25=OEPVPH4; -24=OEPVPH3; -23=OEPVPH2; -22=OEPVPH1; -19=PSPTOV2; -18=PSPTOV1; -15=PREVPTOC1; -12=PHPTUC2; -11=PHPTUC1; -9=PHIZ1; 5=PHLTPTOC1; 20=EFLPTOC4; 26=EFHPTOC5; 27=EFHPTOC6; 37=NSPTOC3; 38=NSPTOC4; 45=T1PTTR2; 54=DEFHPDEF2; 75=DPHHPDOC2; 89=LOFLPTUC2; 103=ROVPTOV4; 117=PSPTUV2; -13=PHPTUC3; 3=PHLPTOC3; 10=PHHPTOC5; 11=PHHPTOC6; 28=EFHPTOC7; 29=EFHPTOC8; 107=PHPTOV4; 111=PHPTUV4; 114=NSPTOV3; 115=NSPTOV4; -30=PHDSTPDIS1; -29=TR3PTDF1; -28=HIPDIF3; -27=HIPDIF2; -26=HIPDIF1; -102=MAPGAPC12; -101=MAPGAPC11; -100=MAPGAPC10; -99=MAPGAPC9; -98=RESCPSCH1; -57=FDEFLPDEF2; -56=FDEFLPDEF1; -54=FEFLPTOC1; -53=FDPHLPDOC2; -52=FDPHLPDOC1; -50=FPHLPTOC1; -47=MAP12GAPC8; -46=MAP12GAPC7; -45=MAP12GAPC6; -44=MAP12GAPC5; -43=MAP12GAPC4; -42=MAP12GAPC3; -41=MAP12GAPC2; -40=MAP12GAPC1; -37=HAEFPTOC1; -35=WPWDE3; -34=WPWDE2; -33=WPWDE1; -32=LSHDPFRQ8; -31=LSHDPFRQ7; 52=DEFLPDEF3; 70=LSHDPFRQ6; 80=MAPGAPC4; 81=MAPGAPC5; 82=MAPGAPC6; 83=MAPGAPC7; 84=MAPGAPC8; 93=LREFPNDF2; 97=HREFPDIF2 | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.StrDur.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Start duration | Maximum start duration of all stages during the fault | 0.00...100.00 % | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.OpTm.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Operate time | Operate time | 0.000...999999.999 s | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.FltZ.cVal.mag.f | CMV | FLOAT32 | MX | B,# | MeasReg | P | Fault resistance | Fault resistance | 0.00...999.99 ohm | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.FltDiskm.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Fault distance | Distance to fault measured in pu | 0.00...9999.99 pu | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.ActSG.stVal | INC | INT32 | ST | B | MeasReg | P | Active group | Active setting group | 1...6 | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.ShotPntr.stVal | INS | INT32 | ST | B | MeasReg | P | Shot pointer | Autoreclosing shot pointer value | 0...7 | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.MxDifAClcA.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Max diff current IL1 | Maximum phase A differential current | 0.000...80.000 pu | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.MxDifAClcB.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Max diff current IL2 | Maximum phase B differential current | 0.000...80.000 pu | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.MxDifAClcC.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Max diff current IL3 | Maximum phase C differential current | 0.000...80.000 pu | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.MxRstAClcA.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Max bias current IL1 | Maximum phase A bias current | 0.000...50.000 pu | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.MxRstAClcB.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Max bias current IL2 | Maximum phase B bias current | 0.000...50.000 pu | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.MxRstAClcC.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Max bias current IL3 | Maximum phase C bias current | 0.000...50.000 pu | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.DifAmpsA.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Diff current IL1 | Differential current phase A | 0.000...80.000 pu | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.DifAmpsB.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Diff current IL2 | Differential current phase B | 0.000...80.000 pu | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.DifAmpsC.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Diff current IL3 | Differential current phase C | 0.000...80.000 pu | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.RstAmpsA.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Bias current IL1 | Bias current phase A | 0.000...50.000 pu | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.RstAmpsB.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Bias current IL2 | Bias current phase B | 0.000...50.000 pu | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.RstAmpsC.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Bias current IL3 | Bias current phase C | 0.000...50.000 pu | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.DifAmpsN.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Diff current Io | Differential current residual | 0.000...80.000 pu | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.RstAmpsN.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Bias current Io | Bias current residual | 0.000...50.000 pu | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.MaxAmpsA.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Max current IL1 | Maximum phase A current | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR1 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.MaxAmpsB.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Max current IL2 | Maximum phase B current | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR1 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.MaxAmpsC.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Max current IL3 | Maximum phase C current | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR1 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.MaxAmpsN.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Max current Io | Maximum residual current | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | RESTCTR1 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.AmpsA.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Current IL1 | Phase A current | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR1 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.AmpsB.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Current IL2 | Phase B current | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR1 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.AmpsC.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Current IL3 | Phase C current | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR1 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.AmpsN.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Current Io | Residual current | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | RESTCTR1 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.AmpsNClc.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Current Io-Calc | Calculated residual current | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR1 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.AmpsPsSeq.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Current Ps-Seq | Positive sequence current | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR1 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.AmpsNgSeq.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Current Ng-Seq | Negative sequence current | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR1 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.MaxAmpsAb.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Max current IL1B | Maximum phase A current (b) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR2 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.MaxAmpsBb.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Max current IL2B | Maximum phase B current (b) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR2 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.MaxAmpsCb.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Max current IL3B | Maximum phase C current (b) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR2 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.MaxAmpsNb.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Max current IoB | Maximum residual current (b) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | RESTCTR2 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.AmpsAb.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Current IL1B | Phase A current (b) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR2 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.AmpsBb.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Current IL2B | Phase B current (b) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR2 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.AmpsCb.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Current IL3B | Phase C current (b) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR2 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.AmpsNb.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Current IoB | Residual current (b) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | RESTCTR2 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.AmpsNClcb.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Current Io-CalcB | Calculated residual current (b) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR2 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.AmpsPsSeqb.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Current Ps-SeqB | Positive sequence current (b) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR2 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.AmpsNgSeqb.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Current Ng-SeqB | Negative sequence current (b) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR2 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.MaxAmpsAc.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Max current IL1C | Maximum phase A current (c) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR3 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.MaxAmpsBc.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Max current IL2C | Maximum phase B current (c) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR3 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.MaxAmpsCc.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Max current IL3C | Maximum phase C current (c) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR3 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.MaxAmpsNc.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Max current IoC | Maximum residual current (c) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | RESTCTR3 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.AmpsAc.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Current IL1C | Phase A current (c) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR3 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.AmpsBc.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Current IL2C | Phase B current (c) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR3 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.AmpsCc.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Current IL3C | Phase C current (c) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR3 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.AmpsNc.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Current IoC | Residual current (c) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | RESTCTR3 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.AmpsNClcc.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Current Io-CalcC | Calculated residual current (c) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR3 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.AmpsPsSeqc.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Current Ps-SeqC | Positive sequence current (c) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR3 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.AmpsNgSeqc.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Current Ng-SeqC | Negative sequence current (c) | 0.000...50.000 xIn | Monitoring\Recorded data\Fault record | IL1TCTR3 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.VoltsA.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Voltage UL1 | Phase A voltage | 0.000...4.000 xUn | Monitoring\Recorded data\Fault record | UL1TVTR1 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.VoltsB.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Voltage UL2 | Phase B voltage | 0.000...4.000 xUn | Monitoring\Recorded data\Fault record | UL1TVTR1 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.VoltsC.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Voltage UL3 | Phase C voltage | 0.000...4.000 xUn | Monitoring\Recorded data\Fault record | UL1TVTR1 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.VoltsAB.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Voltage U12 | Phase A to phase B voltage | 0.000...4.000 xUn | Monitoring\Recorded data\Fault record | UL1TVTR1 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.VoltsBC.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Voltage U23 | Phase B to phase C voltage | 0.000...4.000 xUn | Monitoring\Recorded data\Fault record | UL1TVTR1 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.VoltsCA.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Voltage U31 | Phase C to phase A voltage | 0.000...4.000 xUn | Monitoring\Recorded data\Fault record | UL1TVTR1 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.VoltsN.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Voltage Uo | Residual voltage | 0.000...4.000 xUn | Monitoring\Recorded data\Fault record | RESTVTR1 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.VZroSeq.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Voltage Zro-Seq | Zero sequence voltage | 0.000...4.000 xUn | Monitoring\Recorded data\Fault record | UL1TVTR1 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.VPsSeq.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Voltage Ps-Seq | Positive sequence voltage | 0.000...4.000 xUn | Monitoring\Recorded data\Fault record | UL1TVTR1 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.VNgSeq.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Voltage Ng-Seq | Negative sequence voltage | 0.000...4.000 xUn | Monitoring\Recorded data\Fault record | UL1TVTR1 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.VoltsAb.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Voltage UL1B | Phase A voltage (b) | 0.000...4.000 xUn | Monitoring\Recorded data\Fault record | UL1TVTR2 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.VoltsBb.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Voltage UL2B | Phase B voltage (b) | 0.000...4.000 xUn | Monitoring\Recorded data\Fault record | UL1TVTR2 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.VoltsCb.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Voltage UL3B | Phase B voltage (b) | 0.000...4.000 xUn | Monitoring\Recorded data\Fault record | UL1TVTR2 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.VoltsABb.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Voltage U12B | Phase A to phase B voltage (b) | 0.000...4.000 xUn | Monitoring\Recorded data\Fault record | UL1TVTR2 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.VoltsBCb.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Voltage U23B | Phase B to phase C voltage (b) | 0.000...4.000 xUn | Monitoring\Recorded data\Fault record | UL1TVTR2 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.VoltsCAb.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Voltage U31B | Phase C to phase A voltage (b) | 0.000...4.000 xUn | Monitoring\Recorded data\Fault record | UL1TVTR2 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.VoltsNb.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Voltage UoB | Residual voltage (b) | 0.000...4.000 xUn | Monitoring\Recorded data\Fault record | RESTVTR2 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.VZroSeqb.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Voltage Zro-SeqB | Zero sequence voltage (b) | 0.000...4.000 xUn | Monitoring\Recorded data\Fault record | UL1TVTR2 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.VPsSeqb.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Voltage Ps-SeqB | Positive sequence voltage (b) | 0.000...4.000 xUn | Monitoring\Recorded data\Fault record | UL1TVTR2 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.VNgSeqb.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Voltage Ng-SeqB | Negative sequence voltage (b) | 0.000...4.000 xUn | Monitoring\Recorded data\Fault record | UL1TVTR2 | |||
| FLTMSTA1 | MON | LD0.FLTMSTA1.MaxTmpRl.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | PTTR thermal level | PTTR calculated temperature of the protected object relative to the operate level | 0.00...99.99 | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.PDNS1MxRat.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | PDNSPTOC1 rat. I2/I1 | PDNSPTOC1 ratio I2/I1 | 0.00...999.99 % | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.DifNAngN.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Angle Uo - Io | Angle residual voltage - residual current | -180.00...180.00 deg | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.DifAAngBC.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Angle U23 - IL1 | Angle phase B to phase C voltage - phase A current | -180.00...180.00 deg | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.DifBAngCA.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Angle U31 - IL2 | Angle phase C to phase A voltage - phase B current | -180.00...180.00 deg | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.DifCAngAB.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Angle U12 - IL3 | Angle phase A to phase B voltage - phase C current | -180.00...180.00 deg | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.DifNAngNb.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Angle UoB - IoB | Angle residual voltage - residual current (b) | -180.00...180.00 deg | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.DifAAngBCb.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Angle U23B - IL1B | Angle phase B to phase C voltage - phase A current (b) | -180.00...180.00 deg | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.DifBAngCAb.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Angle U31B - IL2B | Angle phase C to phase A voltage - phase B current (b) | -180.00...180.00 deg | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.DifCAngABb.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Angle U12B - IL3B | Angle phase A to phase B voltage - phase C current (b) | -180.00...180.00 deg | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.Hz.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Frequency | Frequency | 30.00...80.00 Hz | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.HzS.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Frequency gradient | Frequency gradient | -10.00...10.00 Hz/s | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.CondN.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Conductance Yo | Conductance Yo | -1000.00...1000.00 mS | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.SusN.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Susceptance Yo | Susceptance Yo | -1000.00...1000.00 mS | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.PPLoopRis.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Fault loop Ris | Resistance of fault loop, PHDSTPDIS1 | -1000.00...1000.00 ohm | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.PPLoopReac.mag.f | MV | FLOAT32 | MX | B,# | MeasReg | P | Fault loop React | Reactance of fault loop, PHDSTPDIS1 | -1000.00...1000.00 ohm | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | MON | LD0.FLTMSTA1.CBClrTm.mag.f | MV | FLOAT32 | MX | B | MeasReg | P | Breaker clear time | Breaker clear time | 0.000...999999.999 s | Monitoring\Recorded data\Fault record | ||||
| FLTMSTA1 | CFG | LD0.FLTMSTA1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Fault record | |||||
| FLTMSTA1 | CFG | LD0.FLTMSTA1.TrgSet.setVal | ING | Enum | SP | B | 0 | Trig mode | Triggering mode | 0=From all faults; 1=From operate; 2=From only start | Configuration\Fault record | |||||
| FLTMSTA1 | CFG | LD0.FLTMSTA1.AMeasMod.setVal | ING | Enum | SP | B | 2 | A measurement mode | Selects used measurement mode phase currents and residual current | 1=RMS; 2=DFT; 3=Peak-to-Peak | Configuration\Fault record | |||||
| FLTMSTA1 | VER | LD0.FLTMSTA1.NamPlt.swRev | LPL | VisString255 (20) | DC | F2 | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | INP | LD0.PHHPTOC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\PHHPTOC1\Inputs | ||||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | INP | LD0.PHHPTOC1.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable signal for current multiplier | Monitoring\I/O status\Current protection\PHHPTOC1\Inputs | ||||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | OUT | LD0.PHHPTOC1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | (A,B,C) | Monitoring\I/O status\Current protection\PHHPTOC1\Outputs | ||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | OUT | LD0.PHHPTOC1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | (A,B,C) | Monitoring\I/O status\Current protection\PHHPTOC1\Outputs | ||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | MON | LD0.PHHPTOC1.Beh.stVal | INS | Enum | ST | B | PHHPTOC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | MON | LD0.PHHPTOC1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\PHHPTOC1\Monitored data | ||||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | SET | LD0.PHHPTOC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\PHHPTOC1 | |||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | SET | LD0.PHHPTOC1.NumPh.setVal | ING | Enum | SP | B | 1 | Num of start phases | Number of phases required for operate activation | 1=1 out of 3; 2=2 out of 3; 3=3 out of 3 | Settings\Settings\Current protection\PHHPTOC1 | |||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | SET | LD0.PHHPTOC1.StrValMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Start value Mult | Multiplier for scaling the start value | 0.8...10.0 | Settings\Settings\Current protection\PHHPTOC1 | |||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | SET | LD0.PHHPTOC1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.10 | Start value | Start value | 0.10...40.00 xIn | Settings\Settings\Current protection\PHHPTOC1 | IL1TCTR1 | ||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | SET | LD0.PHHPTOC1.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.0 | Settings\Settings\Current protection\PHHPTOC1 | |||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | SET | LD0.PHHPTOC1.TypRsCrv.setVal | ING | Enum | SG | B | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; 3=Inverse reset | Settings\Settings\Current protection\PHHPTOC1 | |||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | SET | LD0.PHHPTOC1.TmACrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 1=ANSI Ext. inv.; 3=ANSI Norm. inv.; 5=ANSI Def. Time; 9=IEC Norm. inv.; 10=IEC Very inv.; 12=IEC Ext. inv.; 15=IEC Def. Time; 17=Programmable | Settings\Settings\Current protection\PHHPTOC1 | |||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | SET | LD0.PHHPTOC1.TmACrv.setParA | CURVE | FLOAT32 | SP | B,I | 28.2000 | Curve parameter A | Parameter A for customer programmable curve | 0.0086...120.0000 | Settings\Settings\Current protection\PHHPTOC1 | |||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | SET | LD0.PHHPTOC1.TmACrv.setParB | CURVE | FLOAT32 | SP | B,I | 0.1217 | Curve parameter B | Parameter B for customer programmable curve | 0.0000...0.7120 | Settings\Settings\Current protection\PHHPTOC1 | |||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | SET | LD0.PHHPTOC1.TmACrv.setParC | CURVE | FLOAT32 | SP | B,I | 2.00 | Curve parameter C | Parameter C for customer programmable curve | 0.02...2.00 | Settings\Settings\Current protection\PHHPTOC1 | |||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | SET | LD0.PHHPTOC1.TmACrv.setParD | CURVE | FLOAT32 | SP | B,I | 29.10 | Curve parameter D | Parameter D for customer programmable curve | 0.46...30.00 | Settings\Settings\Current protection\PHHPTOC1 | |||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | SET | LD0.PHHPTOC1.TmACrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.0 | Curve parameter E | Parameter E for customer programmable curve | 0.0...1.0 | Settings\Settings\Current protection\PHHPTOC1 | |||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | SET | LD0.PHHPTOC1.MinOpTmms.setVal | ING | INT32 | SP | B | 20 | Minimum operate time | Minimum operate time for IDMT curves | 20...60000 ms | Settings\Settings\Current protection\PHHPTOC1 | |||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | SET | LD0.PHHPTOC1.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...200000 ms | Settings\Settings\Current protection\PHHPTOC1 | |||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | SET | LD0.PHHPTOC1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\PHHPTOC1 | |||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | SET | LD0.PHHPTOC1.AMeasMod.setVal | ING | Enum | SP | B | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT; 3=Peak-to-Peak | Settings\Settings\Current protection\PHHPTOC1 | |||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | TES | LD0.PHHPTOC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | PHHPTOC1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| PHHPTOC1 | 3I>> (1) | 51P-2 (1) | VER | LD0.PHHPTOC1.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | INP | LD0.PHHPTOC2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\PHHPTOC2\Inputs | ||||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | INP | LD0.PHHPTOC2.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable signal for current multiplier | Monitoring\I/O status\Current protection\PHHPTOC2\Inputs | ||||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | OUT | LD0.PHHPTOC2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | (A,B,C) | Monitoring\I/O status\Current protection\PHHPTOC2\Outputs | ||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | OUT | LD0.PHHPTOC2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | (A,B,C) | Monitoring\I/O status\Current protection\PHHPTOC2\Outputs | ||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | MON | LD0.PHHPTOC2.Beh.stVal | INS | Enum | ST | B | PHHPTOC2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | MON | LD0.PHHPTOC2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\PHHPTOC2\Monitored data | ||||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | SET | LD0.PHHPTOC2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\PHHPTOC2 | |||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | SET | LD0.PHHPTOC2.NumPh.setVal | ING | Enum | SP | B | 1 | Num of start phases | Number of phases required for operate activation | 1=1 out of 3; 2=2 out of 3; 3=3 out of 3 | Settings\Settings\Current protection\PHHPTOC2 | |||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | SET | LD0.PHHPTOC2.StrValMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Start value Mult | Multiplier for scaling the start value | 0.8...10.0 | Settings\Settings\Current protection\PHHPTOC2 | |||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | SET | LD0.PHHPTOC2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.10 | Start value | Start value | 0.10...40.00 xIn | Settings\Settings\Current protection\PHHPTOC2 | IL1TCTR1 | ||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | SET | LD0.PHHPTOC2.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.0 | Settings\Settings\Current protection\PHHPTOC2 | |||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | SET | LD0.PHHPTOC2.TypRsCrv.setVal | ING | Enum | SG | B | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; 3=Inverse reset | Settings\Settings\Current protection\PHHPTOC2 | |||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | SET | LD0.PHHPTOC2.TmACrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 1=ANSI Ext. inv.; 3=ANSI Norm. inv.; 5=ANSI Def. Time; 9=IEC Norm. inv.; 10=IEC Very inv.; 12=IEC Ext. inv.; 15=IEC Def. Time; 17=Programmable | Settings\Settings\Current protection\PHHPTOC2 | |||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | SET | LD0.PHHPTOC2.TmACrv.setParA | CURVE | FLOAT32 | SP | B,I | 28.2000 | Curve parameter A | Parameter A for customer programmable curve | 0.0086...120.0000 | Settings\Settings\Current protection\PHHPTOC2 | |||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | SET | LD0.PHHPTOC2.TmACrv.setParB | CURVE | FLOAT32 | SP | B,I | 0.1217 | Curve parameter B | Parameter B for customer programmable curve | 0.0000...0.7120 | Settings\Settings\Current protection\PHHPTOC2 | |||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | SET | LD0.PHHPTOC2.TmACrv.setParC | CURVE | FLOAT32 | SP | B,I | 2.00 | Curve parameter C | Parameter C for customer programmable curve | 0.02...2.00 | Settings\Settings\Current protection\PHHPTOC2 | |||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | SET | LD0.PHHPTOC2.TmACrv.setParD | CURVE | FLOAT32 | SP | B,I | 29.10 | Curve parameter D | Parameter D for customer programmable curve | 0.46...30.00 | Settings\Settings\Current protection\PHHPTOC2 | |||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | SET | LD0.PHHPTOC2.TmACrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.0 | Curve parameter E | Parameter E for customer programmable curve | 0.0...1.0 | Settings\Settings\Current protection\PHHPTOC2 | |||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | SET | LD0.PHHPTOC2.MinOpTmms.setVal | ING | INT32 | SP | B | 20 | Minimum operate time | Minimum operate time for IDMT curves | 20...60000 ms | Settings\Settings\Current protection\PHHPTOC2 | |||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | SET | LD0.PHHPTOC2.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...200000 ms | Settings\Settings\Current protection\PHHPTOC2 | |||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | SET | LD0.PHHPTOC2.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\PHHPTOC2 | |||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | SET | LD0.PHHPTOC2.AMeasMod.setVal | ING | Enum | SP | B | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT; 3=Peak-to-Peak | Settings\Settings\Current protection\PHHPTOC2 | |||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | TES | LD0.PHHPTOC2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | PHHPTOC2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| PHHPTOC2 | 3I>> (2) | 51P-2 (2) | VER | LD0.PHHPTOC2.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | INP | LD0.DPHLPTOC2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\DPHLPDOC2\Inputs | ||||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | INP | LD0.DPHLPTOC2.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable signal for current multiplier | Monitoring\I/O status\Current protection\DPHLPDOC2\Inputs | ||||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | INP | LD0.DPHLPTOC2.NonDir.stVal | SPS | BOOLEAN | ST | A | 0 | NON_DIR | Forces protection to non-directional | Monitoring\I/O status\Current protection\DPHLPDOC2\Inputs | ||||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | OUT | LD0.DPHLPTOC2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | (A,B,C) | Monitoring\I/O status\Current protection\DPHLPDOC2\Outputs | ||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | OUT | LD0.DPHLPTOC2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | (A,B,C) | Monitoring\I/O status\Current protection\DPHLPDOC2\Outputs | ||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | MON | LD0.DPHLPTOC2.Beh.stVal | INS | Enum | ST | B | DPHLPDOC2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | MON | LD0.DPHLPTOC2.Str.dirGeneral | ACD | Enum | ST | B | StatNrml | P,H | FAULT_DIR | Detected fault direction | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DPHLPDOC2\Monitored data | ||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | MON | LD0.DPHLPTOC2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\DPHLPDOC2\Monitored data | ||||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | MON | LD0.DPHLRDIR2.Dir.dirGeneral | ACD | Enum | ST | B | DIRECTION | Direction information | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DPHLPDOC2\Monitored data | ||||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | MON | LD0.DPHLRDIR2.Dir.dirPhsA | ACD | Enum | ST | B | DIR_A | Direction phase A | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DPHLPDOC2\Monitored data | ||||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | MON | LD0.DPHLRDIR2.Dir.dirPhsB | ACD | Enum | ST | B | DIR_B | Direction phase B | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DPHLPDOC2\Monitored data | ||||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | MON | LD0.DPHLRDIR2.Dir.dirPhsC | ACD | Enum | ST | B | DIR_C | Direction phase C | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DPHLPDOC2\Monitored data | ||||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | MON | LD0.DPHLRDIR2.OpCrhAngA.mag.f | MV | FLOAT32 | MX | B | ANGLE_A | Calculated angle difference, Phase A | -180.00...180.00 deg | Monitoring\I/O status\Current protection\DPHLPDOC2\Monitored data | ||||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | MON | LD0.DPHLRDIR2.OpCrhAngB.mag.f | MV | FLOAT32 | MX | B | ANGLE_B | Calculated angle difference, Phase B | -180.00...180.00 deg | Monitoring\I/O status\Current protection\DPHLPDOC2\Monitored data | ||||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | MON | LD0.DPHLRDIR2.OpCrhAngC.mag.f | MV | FLOAT32 | MX | B | ANGLE_C | Calculated angle difference, Phase C | -180.00...180.00 deg | Monitoring\I/O status\Current protection\DPHLPDOC2\Monitored data | ||||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLPTOC2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLPTOC2.NumPh.setVal | ING | Enum | SP | B | 1 | Num of start phases | Number of phases required for operate activation | 1=1 out of 3; 2=2 out of 3; 3=3 out of 3 | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLPTOC2.StrValMult.setMag.f | ASG | FLOAT32 | SG | A | 1.0 | Start value Mult | Multiplier for scaling the start value | 0.8...10.0 | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLPTOC2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.05 | Start value | Start value | 0.05...5.00 xIn | Settings\Settings\Current protection\DPHLPDOC2 | IL1TCTR1 | ||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLPTOC2.TmMult.setMag.f | ASG | FLOAT32 | SG | A | 1.0 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.0 | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLPTOC2.TypRsCrv.setVal | ING | Enum | SG | A | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; 3=Inverse reset | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLPTOC2.TmACrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 1=ANSI Ext. inv.; 2=ANSI Very inv.; 3=ANSI Norm. inv.; 4=ANSI Mod. inv.; 5=ANSI Def. Time; 6=L.T.E. inv.; 7=L.T.V. inv.; 8=L.T. inv.; 9=IEC Norm. inv.; 10=IEC Very inv.; 11=IEC inv.; 12=IEC Ext. inv.; 13=IEC S.T. inv.; 14=IEC L.T. inv.; 15=IEC Def. Time; 17=Programmable; 18=RI type; 19=RD type | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLPTOC2.TmACrv.setParA | CURVE | FLOAT32 | SP | B,I | 28.2000 | Curve parameter A | Parameter A for customer programmable curve | 0.0086...120.0000 | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLPTOC2.TmACrv.setParB | CURVE | FLOAT32 | SP | B,I | 0.1217 | Curve parameter B | Parameter B for customer programmable curve | 0.0000...0.7120 | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLPTOC2.TmACrv.setParC | CURVE | FLOAT32 | SP | B,I | 2.00 | Curve parameter C | Parameter C for customer programmable curve | 0.02...2.00 | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLPTOC2.TmACrv.setParD | CURVE | FLOAT32 | SP | B,I | 29.10 | Curve parameter D | Parameter D for customer programmable curve | 0.46...30.00 | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLPTOC2.TmACrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.0 | Curve parameter E | Parameter E for customer programmable curve | 0.0...1.0 | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLPTOC2.MinOpTmms.setVal | ING | INT32 | SP | A | 20 | Minimum operate time | Minimum operate time for IDMT curves | 20...60000 ms | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLPTOC2.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...200000 ms | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLPTOC2.RsDlTmms.setVal | ING | INT32 | SP | A | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLPTOC2.AMeasMod.setVal | ING | Enum | SP | A | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT; 3=Peak-to-Peak | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLPTOC2.DirMod.setVal | ING | Enum | SG | B | 2 | Directional mode | Directional mode | 1=Non-directional; 2=Forward; 3=Reverse | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLPTOC2.AllwNonDir.setVal | SPG | BOOLEAN | SP | B | 0 | Allow Non Dir | Allows prot activation as non-dir when dir info is invalid | Settings\Settings\Current protection\DPHLPDOC2 | ||||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLRDIR2.ChrAng.setMag.f | ASG | FLOAT32 | SG | B | +60 | Characteristic angle | Characteristic angle | -179...180 deg | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLRDIR2.MaxFwdAng.setMag.f | ASG | FLOAT32 | SG | A | 80 | Max forward angle | Maximum phase angle in forward direction | 0...90 deg | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLRDIR2.MinFwdAng.setMag.f | ASG | FLOAT32 | SG | A | 80 | Min forward angle | Minimum phase angle in forward direction | 0...90 deg | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLRDIR2.MaxRvAng.setMag.f | ASG | FLOAT32 | SG | A | 80 | Max reverse angle | Maximum phase angle in reverse direction | 0...90 deg | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLRDIR2.MinRvAng.setMag.f | ASG | FLOAT32 | SG | A | 80 | Min reverse angle | Minimum phase angle in reverse direction | 0...90 deg | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLRDIR2.BlkValA.setMag.f | ASG | FLOAT32 | SP | A | 0.01 | Min operate current | Minimum operating current | 0.01...1.00 xIn | Settings\Settings\Current protection\DPHLPDOC2 | IL1TCTR1 | ||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLRDIR2.BlkValV.setMag.f | ASG | FLOAT32 | SP | A | 0.01 | Min operate voltage | Minimum operating voltage | 0.01...1.00 xUn | Settings\Settings\Current protection\DPHLPDOC2 | UL1TVTR1 | ||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLRDIR2.FicTmms.setVal | ING | INT32 | SG | B | 40 | Voltage Mem time | Voltage memory time | 0...3000 ms | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | SET | LD0.DPHLRDIR2.PolQty.setVal | ING | Enum | SG | B | 5 | Pol quantity | Reference quantity used to determine fault direction | -2=Pos. seq. volt.; 1=Self pol; 4=Neg. seq. volt.; 5=Cross pol | Settings\Settings\Current protection\DPHLPDOC2 | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | TES | LD0.DPHLPTOC2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | DPHLPDOC2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| DPHLPDOC2 | 3I> -> (2) | 67-1 (2) | VER | LD0.DPHLPTOC2.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | INP | LD0.DPHHPTOC2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\DPHHPDOC2\Inputs | ||||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | INP | LD0.DPHHPTOC2.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable signal for current multiplier | Monitoring\I/O status\Current protection\DPHHPDOC2\Inputs | ||||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | INP | LD0.DPHHPTOC2.NonDir.stVal | SPS | BOOLEAN | ST | B | 0 | NON_DIR | Forces protection to non-directional | Monitoring\I/O status\Current protection\DPHHPDOC2\Inputs | ||||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | OUT | LD0.DPHHPTOC2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | (A,B,C) | Monitoring\I/O status\Current protection\DPHHPDOC2\Outputs | ||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | OUT | LD0.DPHHPTOC2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | (A,B,C) | Monitoring\I/O status\Current protection\DPHHPDOC2\Outputs | ||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | MON | LD0.DPHHPTOC2.Beh.stVal | INS | Enum | ST | B | DPHHPDOC2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | MON | LD0.DPHHPTOC2.Str.dirGeneral | ACD | Enum | ST | B | StatNrml | P,H | FAULT_DIR | Detected fault direction | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DPHHPDOC2\Monitored data | ||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | MON | LD0.DPHHPTOC2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\DPHHPDOC2\Monitored data | ||||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | MON | LD0.DPHHRDIR2.Dir.dirGeneral | ACD | Enum | ST | B | DIRECTION | Direction information | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DPHHPDOC2\Monitored data | ||||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | MON | LD0.DPHHRDIR2.Dir.dirPhsA | ACD | Enum | ST | B | DIR_A | Direction phase A | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DPHHPDOC2\Monitored data | ||||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | MON | LD0.DPHHRDIR2.Dir.dirPhsB | ACD | Enum | ST | B | DIR_B | Direction phase B | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DPHHPDOC2\Monitored data | ||||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | MON | LD0.DPHHRDIR2.Dir.dirPhsC | ACD | Enum | ST | B | DIR_C | Direction phase C | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DPHHPDOC2\Monitored data | ||||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | MON | LD0.DPHHRDIR2.OpCrhAngA.mag.f | MV | FLOAT32 | MX | B | ANGLE_A | Calculated angle difference, Phase A | -180.00...180.00 deg | Monitoring\I/O status\Current protection\DPHHPDOC2\Monitored data | ||||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | MON | LD0.DPHHRDIR2.OpCrhAngB.mag.f | MV | FLOAT32 | MX | B | ANGLE_B | Calculated angle difference, Phase B | -180.00...180.00 deg | Monitoring\I/O status\Current protection\DPHHPDOC2\Monitored data | ||||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | MON | LD0.DPHHRDIR2.OpCrhAngC.mag.f | MV | FLOAT32 | MX | B | ANGLE_C | Calculated angle difference, Phase C | -180.00...180.00 deg | Monitoring\I/O status\Current protection\DPHHPDOC2\Monitored data | ||||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHPTOC2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHPTOC2.NumPh.setVal | ING | Enum | SP | B | 1 | Num of start phases | Number of phases required for operate activation | 1=1 out of 3; 2=2 out of 3; 3=3 out of 3 | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHPTOC2.StrValMult.setMag.f | ASG | FLOAT32 | SG | A | 1.0 | Start value Mult | Multiplier for scaling the start value | 0.8...10.0 | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHPTOC2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.10 | Start value | Start value | 0.10...40.00 xIn | Settings\Settings\Current protection\DPHHPDOC2 | IL1TCTR1 | ||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHPTOC2.TmMult.setMag.f | ASG | FLOAT32 | SG | A | 1.00 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.00 | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHPTOC2.TypRsCrv.setVal | ING | Enum | SG | A | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; 3=Inverse reset | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHPTOC2.TmACrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 1=ANSI Ext. inv.; 3=ANSI Norm. inv.; 5=ANSI Def. Time; 9=IEC Norm. inv.; 10=IEC Very inv.; 12=IEC Ext. inv.; 15=IEC Def. Time; 17=Programmable | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHPTOC2.TmACrv.setParA | CURVE | FLOAT32 | SP | B,I | 28.2000 | Curve parameter A | Parameter A for customer programmable curve | 0.0086...120.0000 | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHPTOC2.TmACrv.setParB | CURVE | FLOAT32 | SP | B,I | 0.1217 | Curve parameter B | Parameter B for customer programmable curve | 0.0000...0.7120 | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHPTOC2.TmACrv.setParC | CURVE | FLOAT32 | SP | B,I | 2.00 | Curve parameter C | Parameter C for customer programmable curve | 0.02...2.00 | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHPTOC2.TmACrv.setParD | CURVE | FLOAT32 | SP | B,I | 29.10 | Curve parameter D | Parameter D for customer programmable curve | 0.46...30.00 | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHPTOC2.TmACrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.0 | Curve parameter E | Parameter E for customer programmable curve | 0.0...1.0 | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHPTOC2.MinOpTmms.setVal | ING | INT32 | SP | A | 20 | Minimum operate time | Minimum operate time for IDMT curves | 20...60000 ms | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHPTOC2.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...200000 ms | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHPTOC2.RsDlTmms.setVal | ING | INT32 | SP | A | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHPTOC2.AMeasMod.setVal | ING | Enum | SP | A | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT; 3=Peak-to-Peak | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHPTOC2.DirMod.setVal | ING | Enum | SG | B | 2 | Directional mode | Directional mode | 1=Non-directional; 2=Forward; 3=Reverse | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHPTOC2.AllwNonDir.setVal | SPG | BOOLEAN | SP | B | 0 | Allow Non Dir | Allows prot activation as non-dir when dir info is invalid | Settings\Settings\Current protection\DPHHPDOC2 | ||||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHRDIR2.ChrAng.setMag.f | ASG | FLOAT32 | SG | B | +60 | Characteristic angle | Characteristic angle | -179...180 deg | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHRDIR2.MaxFwdAng.setMag.f | ASG | FLOAT32 | SG | A | 80 | Max forward angle | Maximum phase angle in forward direction | 0...90 deg | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHRDIR2.MinFwdAng.setMag.f | ASG | FLOAT32 | SG | A | 80 | Min forward angle | Minimum phase angle in forward direction | 0...90 deg | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHRDIR2.MaxRvAng.setMag.f | ASG | FLOAT32 | SG | A | 80 | Max reverse angle | Maximum phase angle in reverse direction | 0...90 deg | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHRDIR2.MinRvAng.setMag.f | ASG | FLOAT32 | SG | A | 80 | Min reverse angle | Minimum phase angle in reverse direction | 0...90 deg | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHRDIR2.BlkValA.setMag.f | ASG | FLOAT32 | SP | A | 0.01 | Min operate current | Minimum operating current | 0.01...1.00 xIn | Settings\Settings\Current protection\DPHHPDOC2 | IL1TCTR1 | ||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHRDIR2.BlkValV.setMag.f | ASG | FLOAT32 | SP | A | 0.01 | Min operate voltage | Minimum operating voltage | 0.01...1.00 xUn | Settings\Settings\Current protection\DPHHPDOC2 | UL1TVTR1 | ||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHRDIR2.FicTmms.setVal | ING | INT32 | SG | B | 40 | Voltage Mem time | Voltage memory time | 0...3000 ms | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | SET | LD0.DPHHRDIR2.PolQty.setVal | ING | Enum | SG | B | 5 | Pol quantity | Reference quantity used to determine fault direction | -2=Pos. seq. volt.; 1=Self pol; 4=Neg. seq. volt.; 5=Cross pol | Settings\Settings\Current protection\DPHHPDOC2 | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | TES | LD0.DPHHPTOC2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | DPHHPDOC2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| DPHHPDOC2 | 3I>> -> (2) | 67-2 (2) | VER | LD0.DPHHPTOC2.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| EFLPTOC2 | Io> (2) | 51N-1 (2) | INP | LD0.EFLPTOC2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\EFLPTOC2\Inputs | ||||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | INP | LD0.EFLPTOC2.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable signal for current multiplier | Monitoring\I/O status\Current protection\EFLPTOC2\Inputs | ||||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | OUT | LD0.EFLPTOC2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\EFLPTOC2\Outputs | |||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | OUT | LD0.EFLPTOC2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\EFLPTOC2\Outputs | |||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | MON | LD0.EFLPTOC2.Beh.stVal | INS | Enum | ST | B | EFLPTOC2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | MON | LD0.EFLPTOC2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\EFLPTOC2\Monitored data | ||||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | SET | LD0.EFLPTOC2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\EFLPTOC2 | |||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | SET | LD0.EFLPTOC2.AMeasMod.setVal | ING | Enum | SP | B | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT; 3=Peak-to-Peak | Settings\Settings\Current protection\EFLPTOC2 | |||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | SET | LD0.EFLPTOC2.StrValMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Start value Mult | Multiplier for scaling the start value | 0.8...10.0 | Settings\Settings\Current protection\EFLPTOC2 | |||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | SET | LD0.EFLPTOC2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.010 | Start value | Start value | 0.010...5.000 xIn | Settings\Settings\Current protection\EFLPTOC2 | RESTCTR1 | ||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | SET | LD0.EFLPTOC2.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.00 | Settings\Settings\Current protection\EFLPTOC2 | |||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | SET | LD0.EFLPTOC2.TmACrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 1=ANSI Ext. inv.; 2=ANSI Very inv.; 3=ANSI Norm. inv.; 4=ANSI Mod. inv.; 5=ANSI Def. Time; 6=L.T.E. inv.; 7=L.T.V. inv.; 8=L.T. inv.; 9=IEC Norm. inv.; 10=IEC Very inv.; 11=IEC inv.; 12=IEC Ext. inv.; 13=IEC S.T. inv.; 14=IEC L.T. inv.; 15=IEC Def. Time; 17=Programmable; 18=RI type; 19=RD type | Settings\Settings\Current protection\EFLPTOC2 | |||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | SET | LD0.EFLPTOC2.TmACrv.setParA | CURVE | FLOAT32 | SP | B,I | 28.2000 | Curve parameter A | Parameter A for customer programmable curve | 0.0086...120.0000 | Settings\Settings\Current protection\EFLPTOC2 | |||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | SET | LD0.EFLPTOC2.TmACrv.setParB | CURVE | FLOAT32 | SP | B,I | 0.1217 | Curve parameter B | Parameter B for customer programmable curve | 0.0000...0.7120 | Settings\Settings\Current protection\EFLPTOC2 | |||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | SET | LD0.EFLPTOC2.TmACrv.setParC | CURVE | FLOAT32 | SP | B,I | 2.00 | Curve parameter C | Parameter C for customer programmable curve | 0.02...2.00 | Settings\Settings\Current protection\EFLPTOC2 | |||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | SET | LD0.EFLPTOC2.TmACrv.setParD | CURVE | FLOAT32 | SP | B,I | 29.10 | Curve parameter D | Parameter D for customer programmable curve | 0.46...30.00 | Settings\Settings\Current protection\EFLPTOC2 | |||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | SET | LD0.EFLPTOC2.TmACrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.0 | Curve parameter E | Parameter E for customer programmable curve | 0.0...1.0 | Settings\Settings\Current protection\EFLPTOC2 | |||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | SET | LD0.EFLPTOC2.MinOpTmms.setVal | ING | INT32 | SP | B | 20 | Minimum operate time | Minimum operate time for IDMT curves | 20...60000 ms | Settings\Settings\Current protection\EFLPTOC2 | |||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | SET | LD0.EFLPTOC2.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...200000 ms | Settings\Settings\Current protection\EFLPTOC2 | |||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | SET | LD0.EFLPTOC2.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\EFLPTOC2 | |||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | SET | LD0.EFLPTOC2.TypRsCrv.setVal | ING | Enum | SG | B | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; 3=Inverse reset | Settings\Settings\Current protection\EFLPTOC2 | |||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | SET | LD0.EFLPTOC2.AResSigSel.setVal | ING | Enum | SP | B,I | 1 | Io signal Sel | Selection for used Io signal | 1=Measured Io; 2=Calculated Io | Settings\Settings\Current protection\EFLPTOC2 | |||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | TES | LD0.EFLPTOC2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | EFLPTOC2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| EFLPTOC2 | Io> (2) | 51N-1 (2) | VER | LD0.EFLPTOC2.NamPlt.swRev | LPL | VisString255 (20) | DC | E | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| EFIPTOC1 | Io>>> (1) | 50N/51N (1) | INP | LD0.EFIPTOC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\EFIPTOC1\Inputs | ||||
| EFIPTOC1 | Io>>> (1) | 50N/51N (1) | INP | LD0.EFIPTOC1.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable signal for current multiplier | Monitoring\I/O status\Current protection\EFIPTOC1\Inputs | ||||
| EFIPTOC1 | Io>>> (1) | 50N/51N (1) | OUT | LD0.EFIPTOC1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\EFIPTOC1\Outputs | |||
| EFIPTOC1 | Io>>> (1) | 50N/51N (1) | OUT | LD0.EFIPTOC1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\EFIPTOC1\Outputs | |||
| EFIPTOC1 | Io>>> (1) | 50N/51N (1) | MON | LD0.EFIPTOC1.Beh.stVal | INS | Enum | ST | B | EFIPTOC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| EFIPTOC1 | Io>>> (1) | 50N/51N (1) | MON | LD0.EFIPTOC1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\EFIPTOC1\Monitored data | ||||
| EFIPTOC1 | Io>>> (1) | 50N/51N (1) | SET | LD0.EFIPTOC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\EFIPTOC1 | |||
| EFIPTOC1 | Io>>> (1) | 50N/51N (1) | SET | LD0.EFIPTOC1.StrValMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Start value Mult | Multiplier for scaling the start value | 0.8...10.0 | Settings\Settings\Current protection\EFIPTOC1 | |||
| EFIPTOC1 | Io>>> (1) | 50N/51N (1) | SET | LD0.EFIPTOC1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Start value | Start value | 1.00...40.00 xIn | Settings\Settings\Current protection\EFIPTOC1 | RESTCTR1 | ||
| EFIPTOC1 | Io>>> (1) | 50N/51N (1) | SET | LD0.EFIPTOC1.OpDlTmms.setVal | ING | INT32 | SG | B | 20 | Operate delay time | Operate delay time | 20...200000 ms | Settings\Settings\Current protection\EFIPTOC1 | |||
| EFIPTOC1 | Io>>> (1) | 50N/51N (1) | SET | LD0.EFIPTOC1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\EFIPTOC1 | |||
| EFIPTOC1 | Io>>> (1) | 50N/51N (1) | SET | LD0.EFIPTOC1.AResSigSel.setVal | ING | Enum | SP | B,I | 1 | Io signal Sel | Selection for used Io signal | 1=Measured Io; 2=Calculated Io | Settings\Settings\Current protection\EFIPTOC1 | |||
| EFIPTOC1 | Io>>> (1) | 50N/51N (1) | TES | LD0.EFIPTOC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | EFIPTOC1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| EFIPTOC1 | Io>>> (1) | 50N/51N (1) | VER | LD0.EFIPTOC1.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | INP | LD0.DEFLPTOC2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\DEFLPDEF2\Inputs | ||||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | INP | LD0.DEFLPTOC2.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable signal for current multiplier | Monitoring\I/O status\Current protection\DEFLPDEF2\Inputs | ||||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | INP | LD0.DEFLRDIR2.InRcaCtl.stVal | SPS | BOOLEAN | ST | B | 0 | RCA_CTL | Relay characteristic angle control | Monitoring\I/O status\Current protection\DEFLPDEF2\Inputs | ||||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | OUT | LD0.DEFLPTOC2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\DEFLPDEF2\Outputs | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | OUT | LD0.DEFLPTOC2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\DEFLPDEF2\Outputs | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | MON | LD0.DEFLPTOC2.Beh.stVal | INS | Enum | ST | B | DEFLPDEF2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | MON | LD0.DEFLPTOC2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\DEFLPDEF2\Monitored data | ||||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | MON | LD0.DEFLPTOC2.Str.dirGeneral | ACD | Enum | ST | B | StatNrml | P,H | FAULT_DIR | Detected fault direction | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DEFLPDEF2\Monitored data | ||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | MON | LD0.DEFLRDIR2.OpAEF.mag.f | MV | FLOAT32 | MX | B | I_OPER | Calculated operating current | 0.00...40.00 | Monitoring\I/O status\Current protection\DEFLPDEF2\Monitored data | ||||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | MON | LD0.DEFLRDIR2.OpPolAng.mag.f | MV | FLOAT32 | MX | B | ANGLE | Angle between polarizing and operating quantity | -180.00...180.00 deg | Monitoring\I/O status\Current protection\DEFLPDEF2\Monitored data | ||||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | MON | LD0.DEFLRDIR2.OpChrAng.mag.f | MV | FLOAT32 | MX | B | ANGLE_RCA | Angle between operating angle and characteristic angle | -180.00...180.00 deg | Monitoring\I/O status\Current protection\DEFLPDEF2\Monitored data | ||||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | MON | LD0.DEFLRDIR2.Dir.dirGeneral | ACD | Enum | ST | B | DIRECTION | Direction information | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DEFLPDEF2\Monitored data | ||||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLPTOC2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLPTOC2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.010 | Start value | Start value | 0.010...5.000 xIn | Settings\Settings\Current protection\DEFLPDEF2 | RESTCTR1 | ||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLPTOC2.StrValMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Start value Mult | Multiplier for scaling the start value | 0.8...10.0 | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLPTOC2.DirMod.setVal | ING | Enum | SG | B | 2 | Directional mode | Directional mode | 1=Non-directional; 2=Forward; 3=Reverse | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLPTOC2.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.00 | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLPTOC2.TmACrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 1=ANSI Ext. inv.; 2=ANSI Very inv.; 3=ANSI Norm. inv.; 4=ANSI Mod. inv.; 5=ANSI Def. Time; 6=L.T.E. inv.; 7=L.T.V. inv.; 8=L.T. inv.; 9=IEC Norm. inv.; 10=IEC Very inv.; 11=IEC inv.; 12=IEC Ext. inv.; 13=IEC S.T. inv.; 14=IEC L.T. inv.; 15=IEC Def. Time; 17=Programmable; 18=RI type; 19=RD type | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLPTOC2.TmACrv.setParA | CURVE | FLOAT32 | SP | B,I | 28.2000 | Curve parameter A | Parameter A for customer programmable curve | 0.0086...120.0000 | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLPTOC2.TmACrv.setParB | CURVE | FLOAT32 | SP | B,I | 0.1217 | Curve parameter B | Parameter B for customer programmable curve | 0.0000...0.7120 | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLPTOC2.TmACrv.setParC | CURVE | FLOAT32 | SP | B,I | 2.00 | Curve parameter C | Parameter C for customer programmable curve | 0.02...2.00 | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLPTOC2.TmACrv.setParD | CURVE | FLOAT32 | SP | B,I | 29.10 | Curve parameter D | Parameter D for customer programmable curve | 0.46...30.00 | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLPTOC2.TmACrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.0 | Curve parameter E | Parameter E for customer programmable curve | 0.0...1.0 | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLPTOC2.TypRsCrv.setVal | ING | Enum | SG | B | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; 3=Inverse reset | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLPTOC2.OpDlTmms.setVal | ING | INT32 | SG | B | 60 | Operate delay time | Operate delay time | 60...200000 ms | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLPTOC2.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLPTOC2.MinOpTmms.setVal | ING | INT32 | SP | B | 60 | Minimum operate time | Minimum operate time for IDMT curves | 60...60000 ms | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLPTOC2.AllwNonDir.setVal | SPG | BOOLEAN | SP | B | 0 | Allow Non Dir | Allows prot activation as non-dir when dir info is invalid | Settings\Settings\Current protection\DEFLPDEF2 | ||||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLPTOC2.AMeasMod.setVal | ING | Enum | SP | B | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT; 3=Peak-to-Peak | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLPTOC2.VStr.setMag.f | ASG | FLOAT32 | SG | B | 0.010 | Voltage start value | Voltage start value | 0.010...1.000 xUn | Settings\Settings\Current protection\DEFLPDEF2 | RESTVTR1 | ||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLPTOC2.EnaVLim.setVal | SPG | BOOLEAN | SG | B | 1 | Enable voltage limit | Enable voltage limit | Settings\Settings\Current protection\DEFLPDEF2 | ||||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLPTOC2.AResSigSel.setVal | ING | Enum | SP | B,I | 1 | Io signal Sel | Selection for used Io signal | 1=Measured Io; 2=Calculated Io | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLRDIR2.OpModEF.setVal | ING | Enum | SG | B | 1 | Operation mode | Operation criteria | 1=Phase angle; 2=IoSin; 3=IoCos; 4=Phase angle 80; 5=Phase angle 88 | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLRDIR2.ChrAng.setMag.f | ASG | FLOAT32 | SG | B | -90 | Characteristic angle | Characteristic angle | -179...180 deg | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLRDIR2.MaxFwdAng.setMag.f | ASG | FLOAT32 | SG | B | 80 | Max forward angle | Maximum phase angle in forward direction | 0...180 deg | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLRDIR2.MaxRvAng.setMag.f | ASG | FLOAT32 | SG | B | 80 | Max reverse angle | Maximum phase angle in reverse direction | 0...180 deg | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLRDIR2.MinFwdAng.setMag.f | ASG | FLOAT32 | SG | B | 80 | Min forward angle | Minimum phase angle in forward direction | 0...180 deg | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLRDIR2.MinRvAng.setMag.f | ASG | FLOAT32 | SG | B | 80 | Min reverse angle | Minimum phase angle in reverse direction | 0...180 deg | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLRDIR2.BlkValA.setMag.f | ASG | FLOAT32 | SP | B | 0.005 | Min operate current | Minimum operating current | 0.005...1.000 xIn | Settings\Settings\Current protection\DEFLPDEF2 | RESTCTR1 | ||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLRDIR2.BlkValV.setMag.f | ASG | FLOAT32 | SP | B | 0.01 | Min operate voltage | Minimum operating voltage | 0.01...1.00 xUn | Settings\Settings\Current protection\DEFLPDEF2 | RESTVTR1 | ||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLRDIR2.CorAng.setMag.f | ASG | FLOAT32 | SP | B | 0.0 | Correction angle | Angle correction | 0.0...10.0 deg | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLRDIR2.RevPol.setVal | SPG | BOOLEAN | SP | B | 0 | Pol reversal | Rotate polarizing quantity | Settings\Settings\Current protection\DEFLPDEF2 | ||||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | SET | LD0.DEFLRDIR2.PolSigSel.setVal | ING | Enum | SP | B,I | 1 | Pol signal Sel | Selection for used polarization signal | 1=Measured Uo; 2=Calculated Uo; 3=Neg. seq. volt. | Settings\Settings\Current protection\DEFLPDEF2 | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | TES | LD0.DEFLPTOC2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | DEFLPDEF2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| DEFLPDEF2 | Io> -> (2) | 67N-1 (2) | VER | LD0.DEFLPTOC2.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | INP | LD0.DEFLPTOC3.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\DEFLPDEF3\Inputs | ||||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | INP | LD0.DEFLPTOC3.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable signal for current multiplier | Monitoring\I/O status\Current protection\DEFLPDEF3\Inputs | ||||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | INP | LD0.DEFLRDIR3.InRcaCtl.stVal | SPS | BOOLEAN | ST | B | 0 | RCA_CTL | Relay characteristic angle control | Monitoring\I/O status\Current protection\DEFLPDEF3\Inputs | ||||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | OUT | LD0.DEFLPTOC3.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\DEFLPDEF3\Outputs | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | OUT | LD0.DEFLPTOC3.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\DEFLPDEF3\Outputs | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | MON | LD0.DEFLPTOC3.Beh.stVal | INS | Enum | ST | B | DEFLPDEF3 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | MON | LD0.DEFLPTOC3.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\DEFLPDEF3\Monitored data | ||||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | MON | LD0.DEFLPTOC3.Str.dirGeneral | ACD | Enum | ST | B | StatNrml | P,H | FAULT_DIR | Detected fault direction | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DEFLPDEF3\Monitored data | ||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | MON | LD0.DEFLRDIR3.OpAEF.mag.f | MV | FLOAT32 | MX | B | I_OPER | Calculated operating current | 0.00...40.00 | Monitoring\I/O status\Current protection\DEFLPDEF3\Monitored data | ||||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | MON | LD0.DEFLRDIR3.OpPolAng.mag.f | MV | FLOAT32 | MX | B | ANGLE | Angle between polarizing and operating quantity | -180.00...180.00 deg | Monitoring\I/O status\Current protection\DEFLPDEF3\Monitored data | ||||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | MON | LD0.DEFLRDIR3.OpChrAng.mag.f | MV | FLOAT32 | MX | B | ANGLE_RCA | Angle between operating angle and characteristic angle | -180.00...180.00 deg | Monitoring\I/O status\Current protection\DEFLPDEF3\Monitored data | ||||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | MON | LD0.DEFLRDIR3.Dir.dirGeneral | ACD | Enum | ST | B | DIRECTION | Direction information | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\DEFLPDEF3\Monitored data | ||||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLPTOC3.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLPTOC3.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.010 | Start value | Start value | 0.010...5.000 xIn | Settings\Settings\Current protection\DEFLPDEF3 | RESTCTR1 | ||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLPTOC3.StrValMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Start value Mult | Multiplier for scaling the start value | 0.8...10.0 | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLPTOC3.DirMod.setVal | ING | Enum | SG | B | 2 | Directional mode | Directional mode | 1=Non-directional; 2=Forward; 3=Reverse | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLPTOC3.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.00 | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLPTOC3.TmACrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 1=ANSI Ext. inv.; 2=ANSI Very inv.; 3=ANSI Norm. inv.; 4=ANSI Mod. inv.; 5=ANSI Def. Time; 6=L.T.E. inv.; 7=L.T.V. inv.; 8=L.T. inv.; 9=IEC Norm. inv.; 10=IEC Very inv.; 11=IEC inv.; 12=IEC Ext. inv.; 13=IEC S.T. inv.; 14=IEC L.T. inv.; 15=IEC Def. Time; 17=Programmable; 18=RI type; 19=RD type | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLPTOC3.TmACrv.setParA | CURVE | FLOAT32 | SP | B,I | 28.2000 | Curve parameter A | Parameter A for customer programmable curve | 0.0086...120.0000 | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLPTOC3.TmACrv.setParB | CURVE | FLOAT32 | SP | B,I | 0.1217 | Curve parameter B | Parameter B for customer programmable curve | 0.0000...0.7120 | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLPTOC3.TmACrv.setParC | CURVE | FLOAT32 | SP | B,I | 2.00 | Curve parameter C | Parameter C for customer programmable curve | 0.02...2.00 | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLPTOC3.TmACrv.setParD | CURVE | FLOAT32 | SP | B,I | 29.10 | Curve parameter D | Parameter D for customer programmable curve | 0.46...30.00 | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLPTOC3.TmACrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.0 | Curve parameter E | Parameter E for customer programmable curve | 0.0...1.0 | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLPTOC3.TypRsCrv.setVal | ING | Enum | SG | B | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; 3=Inverse reset | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLPTOC3.OpDlTmms.setVal | ING | INT32 | SG | B | 60 | Operate delay time | Operate delay time | 60...200000 ms | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLPTOC3.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLPTOC3.MinOpTmms.setVal | ING | INT32 | SP | B | 60 | Minimum operate time | Minimum operate time for IDMT curves | 60...60000 ms | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLPTOC3.AllwNonDir.setVal | SPG | BOOLEAN | SP | B | 0 | Allow Non Dir | Allows prot activation as non-dir when dir info is invalid | Settings\Settings\Current protection\DEFLPDEF3 | ||||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLPTOC3.AMeasMod.setVal | ING | Enum | SP | B | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT; 3=Peak-to-Peak | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLPTOC3.VStr.setMag.f | ASG | FLOAT32 | SG | B | 0.010 | Voltage start value | Voltage start value | 0.010...1.000 xUn | Settings\Settings\Current protection\DEFLPDEF3 | RESTVTR1 | ||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLPTOC3.EnaVLim.setVal | SPG | BOOLEAN | SG | B | 1 | Enable voltage limit | Enable voltage limit | Settings\Settings\Current protection\DEFLPDEF3 | ||||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLPTOC3.AResSigSel.setVal | ING | Enum | SP | B,I | 1 | Io signal Sel | Selection for used Io signal | 1=Measured Io; 2=Calculated Io | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLRDIR3.OpModEF.setVal | ING | Enum | SG | B | 1 | Operation mode | Operation criteria | 1=Phase angle; 2=IoSin; 3=IoCos; 4=Phase angle 80; 5=Phase angle 88 | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLRDIR3.ChrAng.setMag.f | ASG | FLOAT32 | SG | B | -90 | Characteristic angle | Characteristic angle | -179...180 deg | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLRDIR3.MaxFwdAng.setMag.f | ASG | FLOAT32 | SG | B | 80 | Max forward angle | Maximum phase angle in forward direction | 0...180 deg | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLRDIR3.MaxRvAng.setMag.f | ASG | FLOAT32 | SG | B | 80 | Max reverse angle | Maximum phase angle in reverse direction | 0...180 deg | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLRDIR3.MinFwdAng.setMag.f | ASG | FLOAT32 | SG | B | 80 | Min forward angle | Minimum phase angle in forward direction | 0...180 deg | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLRDIR3.MinRvAng.setMag.f | ASG | FLOAT32 | SG | B | 80 | Min reverse angle | Minimum phase angle in reverse direction | 0...180 deg | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLRDIR3.BlkValA.setMag.f | ASG | FLOAT32 | SP | B | 0.005 | Min operate current | Minimum operating current | 0.005...1.000 xIn | Settings\Settings\Current protection\DEFLPDEF3 | RESTCTR1 | ||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLRDIR3.BlkValV.setMag.f | ASG | FLOAT32 | SP | B | 0.01 | Min operate voltage | Minimum operating voltage | 0.01...1.00 xUn | Settings\Settings\Current protection\DEFLPDEF3 | RESTVTR1 | ||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLRDIR3.CorAng.setMag.f | ASG | FLOAT32 | SP | B | 0.0 | Correction angle | Angle correction | 0.0...10.0 deg | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLRDIR3.RevPol.setVal | SPG | BOOLEAN | SP | B | 0 | Pol reversal | Rotate polarizing quantity | Settings\Settings\Current protection\DEFLPDEF3 | ||||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | SET | LD0.DEFLRDIR3.PolSigSel.setVal | ING | Enum | SP | B,I | 1 | Pol signal Sel | Selection for used polarization signal | 1=Measured Uo; 2=Calculated Uo; 3=Neg. seq. volt. | Settings\Settings\Current protection\DEFLPDEF3 | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | TES | LD0.DEFLPTOC3.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | DEFLPDEF3 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| DEFLPDEF3 | Io> -> (3) | 67N-1 (3) | VER | LD0.DEFLPTOC3.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| EFPADM1 | Yo> -> (1) | 21YN (1) | INP | LD0.EFPADM1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\EFPADM1\Inputs | ||||
| EFPADM1 | Yo> -> (1) | 21YN (1) | INP | LD0.EFPADM1.TrgSt.stVal | SPS | BOOLEAN | ST | B | 0 | RELEASE | External trigger to release neutral admittance protection | Monitoring\I/O status\Current protection\EFPADM1\Inputs | ||||
| EFPADM1 | Yo> -> (1) | 21YN (1) | OUT | LD0.EFPADM1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\EFPADM1\Outputs | |||
| EFPADM1 | Yo> -> (1) | 21YN (1) | OUT | LD0.EFPADM1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\EFPADM1\Outputs | |||
| EFPADM1 | Yo> -> (1) | 21YN (1) | MON | LD0.EFPADM1.Beh.stVal | INS | Enum | ST | B | EFPADM1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| EFPADM1 | Yo> -> (1) | 21YN (1) | MON | LD0.EFPADM1.Str.dirGeneral | ACD | Enum | ST | B | StatNrml | P,H | FAULT_DIR | Detected fault direction | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\EFPADM1\Monitored data | ||
| EFPADM1 | Yo> -> (1) | 21YN (1) | MON | LD0.EFPADM1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\EFPADM1\Monitored data | ||||
| EFPADM1 | Yo> -> (1) | 21YN (1) | MON | LD0.EFPADM1.Cond.mag.f | MV | FLOAT32 | MX | B | COND_RES | Real part of calculated neutral admittance | -1000.00...1000.00 mS | Monitoring\I/O status\Current protection\EFPADM1\Monitored data | ||||
| EFPADM1 | Yo> -> (1) | 21YN (1) | MON | LD0.EFPADM1.Sus.mag.f | MV | FLOAT32 | MX | B | SUS_RES | Imaginary part of calculated neutral admittance | -1000.00...1000.00 mS | Monitoring\I/O status\Current protection\EFPADM1\Monitored data | ||||
| EFPADM1 | Yo> -> (1) | 21YN (1) | SET | LD0.EFPADM1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\EFPADM1 | |||
| EFPADM1 | Yo> -> (1) | 21YN (1) | SET | LD0.EFPADM1.VStr.setMag.f | ASG | FLOAT32 | SG | B | 0.05 | Voltage start value | Voltage start value | 0.05...5.00 xUn | Settings\Settings\Current protection\EFPADM1 | RESTVTR1 | ||
| EFPADM1 | Yo> -> (1) | 21YN (1) | SET | LD0.EFPADM1.OpDlTmms.setVal | ING | INT32 | SG | B | 60 | Operate delay time | Operate delay time | 60...200000 ms | Settings\Settings\Current protection\EFPADM1 | |||
| EFPADM1 | Yo> -> (1) | 21YN (1) | SET | LD0.EFPADM1.DirMod.setVal | ING | Enum | SG | B | 2 | Directional mode | Directional mode | 1=Non-directional; 2=Forward; 3=Reverse | Settings\Settings\Current protection\EFPADM1 | |||
| EFPADM1 | Yo> -> (1) | 21YN (1) | SET | LD0.EFPADM1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\EFPADM1 | |||
| EFPADM1 | Yo> -> (1) | 21YN (1) | SET | LD0.EFPADM1.OpModAdm.setVal | ING | Enum | SG | B | 1 | Operation mode | Operation criteria | 1=Yo; 2=Go; 3=Bo; 4=Yo, Go; 5=Yo, Bo; 6=Go, Bo; 7=Yo, Go, Bo | Settings\Settings\Current protection\EFPADM1 | |||
| EFPADM1 | Yo> -> (1) | 21YN (1) | SET | LD0.EFPADM1.BlkValA.setMag.f | ASG | FLOAT32 | SP | A | 0.01 | Min operate current | Minimum operating current | 0.01...1.00 xIn | Settings\Settings\Current protection\EFPADM1 | RESTCTR1 | ||
| EFPADM1 | Yo> -> (1) | 21YN (1) | SET | LD0.EFPADM1.BlkValV.setMag.f | ASG | FLOAT32 | SP | A | 0.01 | Min operate voltage | Minimum operating voltage | 0.01...1.00 xUn | Settings\Settings\Current protection\EFPADM1 | RESTVTR1 | ||
| EFPADM1 | Yo> -> (1) | 21YN (1) | SET | LD0.EFPADM1.CondTltAng.setMag.f | ASG | FLOAT32 | SG | A | 0 | Conductance tilt Ang | Tilt angle of conductance boundary line | -30...30 deg | Settings\Settings\Current protection\EFPADM1 | |||
| EFPADM1 | Yo> -> (1) | 21YN (1) | SET | LD0.EFPADM1.CondFwd.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Conductance forward | Conductance threshold in forward direction | -500.00...500.00 mS | Settings\Settings\Current protection\EFPADM1 | |||
| EFPADM1 | Yo> -> (1) | 21YN (1) | SET | LD0.EFPADM1.CondRv.setMag.f | ASG | FLOAT32 | SG | B | -1.0 | Conductance reverse | Conductance threshold in reverse direction | -500.00...500.00 mS | Settings\Settings\Current protection\EFPADM1 | |||
| EFPADM1 | Yo> -> (1) | 21YN (1) | SET | LD0.EFPADM1.SusTltAng.setMag.f | ASG | FLOAT32 | SG | A | 0 | Susceptance tilt Ang | Tilt angle of susceptance boundary line | -30...30 deg | Settings\Settings\Current protection\EFPADM1 | |||
| EFPADM1 | Yo> -> (1) | 21YN (1) | SET | LD0.EFPADM1.SusFwd.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Susceptance forward | Susceptance threshold in forward direction | -500.00...500.00 mS | Settings\Settings\Current protection\EFPADM1 | |||
| EFPADM1 | Yo> -> (1) | 21YN (1) | SET | LD0.EFPADM1.SusRv.setMag.f | ASG | FLOAT32 | SG | B | -1.00 | Susceptance reverse | Susceptance threshold in reverse direction | -500.00...500.00 mS | Settings\Settings\Current protection\EFPADM1 | |||
| EFPADM1 | Yo> -> (1) | 21YN (1) | SET | LD0.EFPADM1.CirclRd.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Circle radius | Admittance circle radius | 0.05...500.00 mS | Settings\Settings\Current protection\EFPADM1 | |||
| EFPADM1 | Yo> -> (1) | 21YN (1) | SET | LD0.EFPADM1.CirclCond.setMag.f | ASG | FLOAT32 | SG | A | 0.00 | Circle conductance | Admittance circle midpoint, conductance | -500.00...500.00 mS | Settings\Settings\Current protection\EFPADM1 | |||
| EFPADM1 | Yo> -> (1) | 21YN (1) | SET | LD0.EFPADM1.CirclSus.setMag.f | ASG | FLOAT32 | SG | A | 0.00 | Circle susceptance | Admittance circle midpoint, susceptance | -500.00...500.00 mS | Settings\Settings\Current protection\EFPADM1 | |||
| EFPADM1 | Yo> -> (1) | 21YN (1) | SET | LD0.EFPADM1.RevPol.setVal | SPG | BOOLEAN | SP | B | 0 | Pol reversal | Rotate polarizing quantity | Settings\Settings\Current protection\EFPADM1 | ||||
| EFPADM1 | Yo> -> (1) | 21YN (1) | SET | LD0.EFPADM1.AResSigSel.setVal | ING | Enum | SP | B,I | 1 | Io signal Sel | Selection for used Io signal | 1=Measured Io; 2=Calculated Io | Settings\Settings\Current protection\EFPADM1 | |||
| EFPADM1 | Yo> -> (1) | 21YN (1) | SET | LD0.EFPADM1.VResSigSel.setVal | ING | Enum | SP | B,I | 1 | Uo signal Sel | Selection for used Uo signal | 1=Measured Uo; 2=Calculated Uo | Settings\Settings\Current protection\EFPADM1 | |||
| EFPADM1 | Yo> -> (1) | 21YN (1) | SET | LD0.EFPADM1.AdmClcMod.setVal | ING | Enum | SP | A | 1 | Admittance Clc mode | Admittance calculation mode | 1=Normal; 2=Delta | Settings\Settings\Current protection\EFPADM1 | |||
| EFPADM1 | Yo> -> (1) | 21YN (1) | TES | LD0.EFPADM1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | EFPADM1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| EFPADM1 | Yo> -> (1) | 21YN (1) | VER | LD0.EFPADM1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| EFPADM2 | Yo> -> (2) | 21YN (2) | INP | LD0.EFPADM2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\EFPADM2\Inputs | ||||
| EFPADM2 | Yo> -> (2) | 21YN (2) | INP | LD0.EFPADM2.TrgSt.stVal | SPS | BOOLEAN | ST | B | 0 | RELEASE | External trigger to release neutral admittance protection | Monitoring\I/O status\Current protection\EFPADM2\Inputs | ||||
| EFPADM2 | Yo> -> (2) | 21YN (2) | OUT | LD0.EFPADM2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\EFPADM2\Outputs | |||
| EFPADM2 | Yo> -> (2) | 21YN (2) | OUT | LD0.EFPADM2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\EFPADM2\Outputs | |||
| EFPADM2 | Yo> -> (2) | 21YN (2) | MON | LD0.EFPADM2.Beh.stVal | INS | Enum | ST | B | EFPADM2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| EFPADM2 | Yo> -> (2) | 21YN (2) | MON | LD0.EFPADM2.Str.dirGeneral | ACD | Enum | ST | B | StatNrml | P,H | FAULT_DIR | Detected fault direction | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\EFPADM2\Monitored data | ||
| EFPADM2 | Yo> -> (2) | 21YN (2) | MON | LD0.EFPADM2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\EFPADM2\Monitored data | ||||
| EFPADM2 | Yo> -> (2) | 21YN (2) | MON | LD0.EFPADM2.Cond.mag.f | MV | FLOAT32 | MX | B | COND_RES | Real part of calculated neutral admittance | -1000.00...1000.00 mS | Monitoring\I/O status\Current protection\EFPADM2\Monitored data | ||||
| EFPADM2 | Yo> -> (2) | 21YN (2) | MON | LD0.EFPADM2.Sus.mag.f | MV | FLOAT32 | MX | B | SUS_RES | Imaginary part of calculated neutral admittance | -1000.00...1000.00 mS | Monitoring\I/O status\Current protection\EFPADM2\Monitored data | ||||
| EFPADM2 | Yo> -> (2) | 21YN (2) | SET | LD0.EFPADM2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\EFPADM2 | |||
| EFPADM2 | Yo> -> (2) | 21YN (2) | SET | LD0.EFPADM2.VStr.setMag.f | ASG | FLOAT32 | SG | B | 0.05 | Voltage start value | Voltage start value | 0.05...5.00 xUn | Settings\Settings\Current protection\EFPADM2 | RESTVTR1 | ||
| EFPADM2 | Yo> -> (2) | 21YN (2) | SET | LD0.EFPADM2.OpDlTmms.setVal | ING | INT32 | SG | B | 60 | Operate delay time | Operate delay time | 60...200000 ms | Settings\Settings\Current protection\EFPADM2 | |||
| EFPADM2 | Yo> -> (2) | 21YN (2) | SET | LD0.EFPADM2.DirMod.setVal | ING | Enum | SG | B | 2 | Directional mode | Directional mode | 1=Non-directional; 2=Forward; 3=Reverse | Settings\Settings\Current protection\EFPADM2 | |||
| EFPADM2 | Yo> -> (2) | 21YN (2) | SET | LD0.EFPADM2.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\EFPADM2 | |||
| EFPADM2 | Yo> -> (2) | 21YN (2) | SET | LD0.EFPADM2.OpModAdm.setVal | ING | Enum | SG | B | 1 | Operation mode | Operation criteria | 1=Yo; 2=Go; 3=Bo; 4=Yo, Go; 5=Yo, Bo; 6=Go, Bo; 7=Yo, Go, Bo | Settings\Settings\Current protection\EFPADM2 | |||
| EFPADM2 | Yo> -> (2) | 21YN (2) | SET | LD0.EFPADM2.BlkValA.setMag.f | ASG | FLOAT32 | SP | A | 0.01 | Min operate current | Minimum operating current | 0.01...1.00 xIn | Settings\Settings\Current protection\EFPADM2 | RESTCTR1 | ||
| EFPADM2 | Yo> -> (2) | 21YN (2) | SET | LD0.EFPADM2.BlkValV.setMag.f | ASG | FLOAT32 | SP | A | 0.01 | Min operate voltage | Minimum operating voltage | 0.01...1.00 xUn | Settings\Settings\Current protection\EFPADM2 | RESTVTR1 | ||
| EFPADM2 | Yo> -> (2) | 21YN (2) | SET | LD0.EFPADM2.CondTltAng.setMag.f | ASG | FLOAT32 | SG | A | 0 | Conductance tilt Ang | Tilt angle of conductance boundary line | -30...30 deg | Settings\Settings\Current protection\EFPADM2 | |||
| EFPADM2 | Yo> -> (2) | 21YN (2) | SET | LD0.EFPADM2.CondFwd.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Conductance forward | Conductance threshold in forward direction | -500.00...500.00 mS | Settings\Settings\Current protection\EFPADM2 | |||
| EFPADM2 | Yo> -> (2) | 21YN (2) | SET | LD0.EFPADM2.CondRv.setMag.f | ASG | FLOAT32 | SG | B | -1.0 | Conductance reverse | Conductance threshold in reverse direction | -500.00...500.00 mS | Settings\Settings\Current protection\EFPADM2 | |||
| EFPADM2 | Yo> -> (2) | 21YN (2) | SET | LD0.EFPADM2.SusTltAng.setMag.f | ASG | FLOAT32 | SG | A | 0 | Susceptance tilt Ang | Tilt angle of susceptance boundary line | -30...30 deg | Settings\Settings\Current protection\EFPADM2 | |||
| EFPADM2 | Yo> -> (2) | 21YN (2) | SET | LD0.EFPADM2.SusFwd.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Susceptance forward | Susceptance threshold in forward direction | -500.00...500.00 mS | Settings\Settings\Current protection\EFPADM2 | |||
| EFPADM2 | Yo> -> (2) | 21YN (2) | SET | LD0.EFPADM2.SusRv.setMag.f | ASG | FLOAT32 | SG | B | -1.00 | Susceptance reverse | Susceptance threshold in reverse direction | -500.00...500.00 mS | Settings\Settings\Current protection\EFPADM2 | |||
| EFPADM2 | Yo> -> (2) | 21YN (2) | SET | LD0.EFPADM2.CirclRd.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Circle radius | Admittance circle radius | 0.05...500.00 mS | Settings\Settings\Current protection\EFPADM2 | |||
| EFPADM2 | Yo> -> (2) | 21YN (2) | SET | LD0.EFPADM2.CirclCond.setMag.f | ASG | FLOAT32 | SG | A | 0.00 | Circle conductance | Admittance circle midpoint, conductance | -500.00...500.00 mS | Settings\Settings\Current protection\EFPADM2 | |||
| EFPADM2 | Yo> -> (2) | 21YN (2) | SET | LD0.EFPADM2.CirclSus.setMag.f | ASG | FLOAT32 | SG | A | 0.00 | Circle susceptance | Admittance circle midpoint, susceptance | -500.00...500.00 mS | Settings\Settings\Current protection\EFPADM2 | |||
| EFPADM2 | Yo> -> (2) | 21YN (2) | SET | LD0.EFPADM2.RevPol.setVal | SPG | BOOLEAN | SP | B | 0 | Pol reversal | Rotate polarizing quantity | Settings\Settings\Current protection\EFPADM2 | ||||
| EFPADM2 | Yo> -> (2) | 21YN (2) | SET | LD0.EFPADM2.AResSigSel.setVal | ING | Enum | SP | B,I | 1 | Io signal Sel | Selection for used Io signal | 1=Measured Io; 2=Calculated Io | Settings\Settings\Current protection\EFPADM2 | |||
| EFPADM2 | Yo> -> (2) | 21YN (2) | SET | LD0.EFPADM2.VResSigSel.setVal | ING | Enum | SP | B,I | 1 | Uo signal Sel | Selection for used Uo signal | 1=Measured Uo; 2=Calculated Uo | Settings\Settings\Current protection\EFPADM2 | |||
| EFPADM2 | Yo> -> (2) | 21YN (2) | SET | LD0.EFPADM2.AdmClcMod.setVal | ING | Enum | SP | A | 1 | Admittance Clc mode | Admittance calculation mode | 1=Normal; 2=Delta | Settings\Settings\Current protection\EFPADM2 | |||
| EFPADM2 | Yo> -> (2) | 21YN (2) | TES | LD0.EFPADM2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | EFPADM2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| EFPADM2 | Yo> -> (2) | 21YN (2) | VER | LD0.EFPADM2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| EFPADM3 | Yo> -> (3) | 21YN (3) | INP | LD0.EFPADM3.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\EFPADM3\Inputs | ||||
| EFPADM3 | Yo> -> (3) | 21YN (3) | INP | LD0.EFPADM3.TrgSt.stVal | SPS | BOOLEAN | ST | B | 0 | RELEASE | External trigger to release neutral admittance protection | Monitoring\I/O status\Current protection\EFPADM3\Inputs | ||||
| EFPADM3 | Yo> -> (3) | 21YN (3) | OUT | LD0.EFPADM3.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\EFPADM3\Outputs | |||
| EFPADM3 | Yo> -> (3) | 21YN (3) | OUT | LD0.EFPADM3.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\EFPADM3\Outputs | |||
| EFPADM3 | Yo> -> (3) | 21YN (3) | MON | LD0.EFPADM3.Beh.stVal | INS | Enum | ST | B | EFPADM3 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| EFPADM3 | Yo> -> (3) | 21YN (3) | MON | LD0.EFPADM3.Str.dirGeneral | ACD | Enum | ST | B | StatNrml | P,H | FAULT_DIR | Detected fault direction | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\EFPADM3\Monitored data | ||
| EFPADM3 | Yo> -> (3) | 21YN (3) | MON | LD0.EFPADM3.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\EFPADM3\Monitored data | ||||
| EFPADM3 | Yo> -> (3) | 21YN (3) | MON | LD0.EFPADM3.Cond.mag.f | MV | FLOAT32 | MX | B | COND_RES | Real part of calculated neutral admittance | -1000.00...1000.00 mS | Monitoring\I/O status\Current protection\EFPADM3\Monitored data | ||||
| EFPADM3 | Yo> -> (3) | 21YN (3) | MON | LD0.EFPADM3.Sus.mag.f | MV | FLOAT32 | MX | B | SUS_RES | Imaginary part of calculated neutral admittance | -1000.00...1000.00 mS | Monitoring\I/O status\Current protection\EFPADM3\Monitored data | ||||
| EFPADM3 | Yo> -> (3) | 21YN (3) | SET | LD0.EFPADM3.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\EFPADM3 | |||
| EFPADM3 | Yo> -> (3) | 21YN (3) | SET | LD0.EFPADM3.VStr.setMag.f | ASG | FLOAT32 | SG | B | 0.05 | Voltage start value | Voltage start value | 0.05...5.00 xUn | Settings\Settings\Current protection\EFPADM3 | RESTVTR1 | ||
| EFPADM3 | Yo> -> (3) | 21YN (3) | SET | LD0.EFPADM3.OpDlTmms.setVal | ING | INT32 | SG | B | 60 | Operate delay time | Operate delay time | 60...200000 ms | Settings\Settings\Current protection\EFPADM3 | |||
| EFPADM3 | Yo> -> (3) | 21YN (3) | SET | LD0.EFPADM3.DirMod.setVal | ING | Enum | SG | B | 2 | Directional mode | Directional mode | 1=Non-directional; 2=Forward; 3=Reverse | Settings\Settings\Current protection\EFPADM3 | |||
| EFPADM3 | Yo> -> (3) | 21YN (3) | SET | LD0.EFPADM3.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\EFPADM3 | |||
| EFPADM3 | Yo> -> (3) | 21YN (3) | SET | LD0.EFPADM3.OpModAdm.setVal | ING | Enum | SG | B | 1 | Operation mode | Operation criteria | 1=Yo; 2=Go; 3=Bo; 4=Yo, Go; 5=Yo, Bo; 6=Go, Bo; 7=Yo, Go, Bo | Settings\Settings\Current protection\EFPADM3 | |||
| EFPADM3 | Yo> -> (3) | 21YN (3) | SET | LD0.EFPADM3.BlkValA.setMag.f | ASG | FLOAT32 | SP | A | 0.01 | Min operate current | Minimum operating current | 0.01...1.00 xIn | Settings\Settings\Current protection\EFPADM3 | RESTCTR1 | ||
| EFPADM3 | Yo> -> (3) | 21YN (3) | SET | LD0.EFPADM3.BlkValV.setMag.f | ASG | FLOAT32 | SP | A | 0.01 | Min operate voltage | Minimum operating voltage | 0.01...1.00 xUn | Settings\Settings\Current protection\EFPADM3 | RESTVTR1 | ||
| EFPADM3 | Yo> -> (3) | 21YN (3) | SET | LD0.EFPADM3.CondTltAng.setMag.f | ASG | FLOAT32 | SG | A | 0 | Conductance tilt Ang | Tilt angle of conductance boundary line | -30...30 deg | Settings\Settings\Current protection\EFPADM3 | |||
| EFPADM3 | Yo> -> (3) | 21YN (3) | SET | LD0.EFPADM3.CondFwd.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Conductance forward | Conductance threshold in forward direction | -500.00...500.00 mS | Settings\Settings\Current protection\EFPADM3 | |||
| EFPADM3 | Yo> -> (3) | 21YN (3) | SET | LD0.EFPADM3.CondRv.setMag.f | ASG | FLOAT32 | SG | B | -1.0 | Conductance reverse | Conductance threshold in reverse direction | -500.00...500.00 mS | Settings\Settings\Current protection\EFPADM3 | |||
| EFPADM3 | Yo> -> (3) | 21YN (3) | SET | LD0.EFPADM3.SusTltAng.setMag.f | ASG | FLOAT32 | SG | A | 0.0 | Susceptance tilt Ang | Tilt angle of susceptance boundary line | -30...30 deg | Settings\Settings\Current protection\EFPADM3 | |||
| EFPADM3 | Yo> -> (3) | 21YN (3) | SET | LD0.EFPADM3.SusFwd.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Susceptance forward | Susceptance threshold in forward direction | -500.00...500.00 mS | Settings\Settings\Current protection\EFPADM3 | |||
| EFPADM3 | Yo> -> (3) | 21YN (3) | SET | LD0.EFPADM3.SusRv.setMag.f | ASG | FLOAT32 | SG | B | -1.00 | Susceptance reverse | Susceptance threshold in reverse direction | -500.00...500.00 mS | Settings\Settings\Current protection\EFPADM3 | |||
| EFPADM3 | Yo> -> (3) | 21YN (3) | SET | LD0.EFPADM3.CirclRd.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Circle radius | Admittance circle radius | 0.05...500.00 mS | Settings\Settings\Current protection\EFPADM3 | |||
| EFPADM3 | Yo> -> (3) | 21YN (3) | SET | LD0.EFPADM3.CirclCond.setMag.f | ASG | FLOAT32 | SG | A | 0.00 | Circle conductance | Admittance circle midpoint, conductance | -500.00...500.00 mS | Settings\Settings\Current protection\EFPADM3 | |||
| EFPADM3 | Yo> -> (3) | 21YN (3) | SET | LD0.EFPADM3.CirclSus.setMag.f | ASG | FLOAT32 | SG | A | 0.00 | Circle susceptance | Admittance circle midpoint, susceptance | -500.00...500.00 mS | Settings\Settings\Current protection\EFPADM3 | |||
| EFPADM3 | Yo> -> (3) | 21YN (3) | SET | LD0.EFPADM3.RevPol.setVal | SPG | BOOLEAN | SP | B | 0 | Pol reversal | Rotate polarizing quantity | Settings\Settings\Current protection\EFPADM3 | ||||
| EFPADM3 | Yo> -> (3) | 21YN (3) | SET | LD0.EFPADM3.AResSigSel.setVal | ING | Enum | SP | B,I | 1 | Io signal Sel | Selection for used Io signal | 1=Measured Io; 2=Calculated Io | Settings\Settings\Current protection\EFPADM3 | |||
| EFPADM3 | Yo> -> (3) | 21YN (3) | SET | LD0.EFPADM3.VResSigSel.setVal | ING | Enum | SP | B,I | 1 | Uo signal Sel | Selection for used Uo signal | 1=Measured Uo; 2=Calculated Uo | Settings\Settings\Current protection\EFPADM3 | |||
| EFPADM3 | Yo> -> (3) | 21YN (3) | SET | LD0.EFPADM3.AdmClcMod.setVal | ING | Enum | SP | A | 1 | Admittance Clc mode | Admittance calculation mode | 1=Normal; 2=Delta | Settings\Settings\Current protection\EFPADM3 | |||
| EFPADM3 | Yo> -> (3) | 21YN (3) | TES | LD0.EFPADM3.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | EFPADM3 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| EFPADM3 | Yo> -> (3) | 21YN (3) | VER | LD0.EFPADM3.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| WPWDE1 | Po> -> (1) | 32N (1) | INP | LD0.WPSDE1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\WPWDE1\Inputs | ||||
| WPWDE1 | Po> -> (1) | 32N (1) | INP | LD0.WRDIR1.InRcaCtl.stVal | SPS | BOOLEAN | ST | B | 0 | RCA_CTL | Relay characteristic angle control | Monitoring\I/O status\Current protection\WPWDE1\Inputs | ||||
| WPWDE1 | Po> -> (1) | 32N (1) | OUT | LD0.WPSDE1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\WPWDE1\Outputs | |||
| WPWDE1 | Po> -> (1) | 32N (1) | OUT | LD0.WPSDE1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\WPWDE1\Outputs | |||
| WPWDE1 | Po> -> (1) | 32N (1) | MON | LD0.WPSDE1.Beh.stVal | INS | Enum | ST | B | WPWDE1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| WPWDE1 | Po> -> (1) | 32N (1) | MON | LD0.WPSDE1.Str.dirGeneral | ACD | Enum | ST | B | StatNrml | P,H | FAULT_DIR | Detected fault direction | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\WPWDE1\Monitored data | ||
| WPWDE1 | Po> -> (1) | 32N (1) | MON | LD0.WPSDE1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\WPWDE1\Monitored data | ||||
| WPWDE1 | Po> -> (1) | 32N (1) | MON | LD0.WRDIR1.Dir.dirGeneral | ACD | Enum | ST | B | DIRECTION | Direction information | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\WPWDE1\Monitored data | ||||
| WPWDE1 | Po> -> (1) | 32N (1) | MON | LD0.WRDIR1.OpPolAng.mag.f | MV | FLOAT32 | MX | B | ANGLE | Angle between polarizing and operating quantity | -180.00...180.00 deg | Monitoring\I/O status\Current protection\WPWDE1\Monitored data | ||||
| WPWDE1 | Po> -> (1) | 32N (1) | MON | LD0.WRDIR1.OpChrAng.mag.f | MV | FLOAT32 | MX | B | ANGLE_RCA | Angle between operating angle and characteristic angle | -180.00...180.00 deg | Monitoring\I/O status\Current protection\WPWDE1\Monitored data | ||||
| WPWDE1 | Po> -> (1) | 32N (1) | MON | LD0.WMMXU1.W.res.cVal.mag.f | WYE | FLOAT32 | MX | A | RES_POWER | Calculated residual active power | -160.000...160.000 xPn | Monitoring\I/O status\Current protection\WPWDE1\Monitored data | ||||
| WPWDE1 | Po> -> (1) | 32N (1) | SET | LD0.WPSDE1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\WPWDE1 | |||
| WPWDE1 | Po> -> (1) | 32N (1) | SET | LD0.WPSDE1.GndStr.setMag.f | ASG | FLOAT32 | SG | B | 0.010 | Voltage start value | Start value for residual voltage | 0.010...1.000 xUn | Settings\Settings\Current protection\WPWDE1 | RESTCTR1 | ||
| WPWDE1 | Po> -> (1) | 32N (1) | SET | LD0.WPSDE1.GndOp.setMag.f | ASG | FLOAT32 | SG | B | 0.010 | Current start value | Minimum operate residual current for deciding fault direction | 0.010...5.000 xIn | Settings\Settings\Current protection\WPWDE1 | RESTCTR1 | ||
| WPWDE1 | Po> -> (1) | 32N (1) | SET | LD0.WPSDE1.OpDlTmms.setVal | ING | INT32 | SG | B | 60 | Operate delay time | Operate delay time for definite time | 60...200000 ms | Settings\Settings\Current protection\WPWDE1 | |||
| WPWDE1 | Po> -> (1) | 32N (1) | SET | LD0.WPSDE1.DirMod.setVal | ING | Enum | SG | B | 2 | Directional mode | Directional mode | 2=Forward; 3=Reverse | Settings\Settings\Current protection\WPWDE1 | |||
| WPWDE1 | Po> -> (1) | 32N (1) | SET | LD0.WPSDE1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.003 | Power start value | Start value for residual active power | 0.003...1.000 xPn | Settings\Settings\Current protection\WPWDE1 | |||
| WPWDE1 | Po> -> (1) | 32N (1) | SET | LD0.WPSDE1.TmACrv.setCharact | CURVE | Enum | SG | B | 15 | Operating curve type | Selection of time delay curve type | 5=ANSI Def. Time; 15=IEC Def. Time; 20=Wattmetric IDMT | Settings\Settings\Current protection\WPWDE1 | |||
| WPWDE1 | Po> -> (1) | 32N (1) | SET | LD0.WPSDE1.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1 | Time multiplier | Time multiplier for Wattmetric IDMT curves | 0.05...2.00 | Settings\Settings\Current protection\WPWDE1 | |||
| WPWDE1 | Po> -> (1) | 32N (1) | SET | LD0.WPSDE1.RsDlTmms.setVal | ING | INT32 | SP | A | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\WPWDE1 | |||
| WPWDE1 | Po> -> (1) | 32N (1) | SET | LD0.WPSDE1.RefW.setMag.f | ASG | FLOAT32 | SG | B | 0.150 | Reference power | Reference value of residual power for Wattmetric IDMT curves | 0.050...1.000 xPn | Settings\Settings\Current protection\WPWDE1 | |||
| WPWDE1 | Po> -> (1) | 32N (1) | SET | LD0.WPSDE1.AMeasMod.setVal | ING | Enum | SP | A | 2 | Measurement mode | Selects used current measurement mode | 1=RMS; 2=DFT; 3=Peak-to-Peak | Settings\Settings\Current protection\WPWDE1 | |||
| WPWDE1 | Po> -> (1) | 32N (1) | SET | LD0.WPSDE1.AResSigSel.setVal | ING | Enum | SP | B,I | 1 | Io signal Sel | Selection for used Io signal | 1=Measured Io; 2=Calculated Io | Settings\Settings\Current protection\WPWDE1 | |||
| WPWDE1 | Po> -> (1) | 32N (1) | SET | LD0.WRDIR1.ChrAng.setMag.f | ASG | FLOAT32 | SG | B | -90 | Characteristic angle | Characteristic angle | -179...180 deg | Settings\Settings\Current protection\WPWDE1 | |||
| WPWDE1 | Po> -> (1) | 32N (1) | SET | LD0.WRDIR1.BlkValA.setMag.f | ASG | FLOAT32 | SP | A | 0.010 | Min operate current | Minimum operating current | 0.010...1.000 xIn | Settings\Settings\Current protection\WPWDE1 | RESTCTR1 | ||
| WPWDE1 | Po> -> (1) | 32N (1) | SET | LD0.WRDIR1.BlkValV.setMag.f | ASG | FLOAT32 | SP | A | 0.01 | Min operate voltage | Minimum operating voltage | 0.01...1.00 xUn | Settings\Settings\Current protection\WPWDE1 | RESTCTR1 | ||
| WPWDE1 | Po> -> (1) | 32N (1) | SET | LD0.WRDIR1.CorAng.setMag.f | ASG | FLOAT32 | SP | A | 2.0 | Correction angle | Angle correction | 0.0...10.0 deg | Settings\Settings\Current protection\WPWDE1 | |||
| WPWDE1 | Po> -> (1) | 32N (1) | SET | LD0.WRDIR1.RevPol.setVal | SPG | BOOLEAN | SP | A | 0 | Pol reversal | Rotate polarizing quantity | Settings\Settings\Current protection\WPWDE1 | ||||
| WPWDE1 | Po> -> (1) | 32N (1) | SET | LD0.WRDIR1.PolSigSel.setVal | ING | Enum | SP | B,I | 1 | Pol signal Sel | Selection for used polarization signal | 1=Measured Uo; 2=Calculated Uo | Settings\Settings\Current protection\WPWDE1 | |||
| WPWDE1 | Po> -> (1) | 32N (1) | TES | LD0.WPSDE1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | WPWDE1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| WPWDE1 | Po> -> (1) | 32N (1) | VER | LD0.WPSDE1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| WPWDE2 | Po> -> (2) | 32N (2) | INP | LD0.WPSDE2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\WPWDE2\Inputs | ||||
| WPWDE2 | Po> -> (2) | 32N (2) | INP | LD0.WRDIR2.InRcaCtl.stVal | SPS | BOOLEAN | ST | B | 0 | RCA_CTL | Relay characteristic angle control | Monitoring\I/O status\Current protection\WPWDE2\Inputs | ||||
| WPWDE2 | Po> -> (2) | 32N (2) | OUT | LD0.WPSDE2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\WPWDE2\Outputs | |||
| WPWDE2 | Po> -> (2) | 32N (2) | OUT | LD0.WPSDE2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\WPWDE2\Outputs | |||
| WPWDE2 | Po> -> (2) | 32N (2) | MON | LD0.WPSDE2.Beh.stVal | INS | Enum | ST | B | WPWDE2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| WPWDE2 | Po> -> (2) | 32N (2) | MON | LD0.WPSDE2.Str.dirGeneral | ACD | Enum | ST | B | StatNrml | P,H | FAULT_DIR | Detected fault direction | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\WPWDE2\Monitored data | ||
| WPWDE2 | Po> -> (2) | 32N (2) | MON | LD0.WPSDE2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\WPWDE2\Monitored data | ||||
| WPWDE2 | Po> -> (2) | 32N (2) | MON | LD0.WRDIR2.Dir.dirGeneral | ACD | Enum | ST | B | DIRECTION | Direction information | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\WPWDE2\Monitored data | ||||
| WPWDE2 | Po> -> (2) | 32N (2) | MON | LD0.WRDIR2.OpPolAng.mag.f | MV | FLOAT32 | MX | B | ANGLE | Angle between polarizing and operating quantity | -180.00...180.00 deg | Monitoring\I/O status\Current protection\WPWDE2\Monitored data | ||||
| WPWDE2 | Po> -> (2) | 32N (2) | MON | LD0.WRDIR2.OpChrAng.mag.f | MV | FLOAT32 | MX | B | ANGLE_RCA | Angle between operating angle and characteristic angle | -180.00...180.00 deg | Monitoring\I/O status\Current protection\WPWDE2\Monitored data | ||||
| WPWDE2 | Po> -> (2) | 32N (2) | MON | LD0.WMMXU2.W.res.cVal.mag.f | WYE | FLOAT32 | MX | A | RES_POWER | Calculated residual active power | -160.000...160.000 xPn | Monitoring\I/O status\Current protection\WPWDE2\Monitored data | ||||
| WPWDE2 | Po> -> (2) | 32N (2) | SET | LD0.WPSDE2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\WPWDE2 | |||
| WPWDE2 | Po> -> (2) | 32N (2) | SET | LD0.WPSDE2.GndStr.setMag.f | ASG | FLOAT32 | SG | B | 0.010 | Voltage start value | Start value for residual voltage | 0.010...1.000 xUn | Settings\Settings\Current protection\WPWDE2 | RESTCTR1 | ||
| WPWDE2 | Po> -> (2) | 32N (2) | SET | LD0.WPSDE2.GndOp.setMag.f | ASG | FLOAT32 | SG | B | 0.010 | Current start value | Minimum operate residual current for deciding fault direction | 0.010...5.000 xIn | Settings\Settings\Current protection\WPWDE2 | RESTCTR1 | ||
| WPWDE2 | Po> -> (2) | 32N (2) | SET | LD0.WPSDE2.OpDlTmms.setVal | ING | INT32 | SG | B | 60 | Operate delay time | Operate delay time for definite time | 60...200000 ms | Settings\Settings\Current protection\WPWDE2 | |||
| WPWDE2 | Po> -> (2) | 32N (2) | SET | LD0.WPSDE2.DirMod.setVal | ING | Enum | SG | B | 2 | Directional mode | Directional mode | 2=Forward; 3=Reverse | Settings\Settings\Current protection\WPWDE2 | |||
| WPWDE2 | Po> -> (2) | 32N (2) | SET | LD0.WPSDE2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.003 | Power start value | Start value for residual active power | 0.003...1.000 xPn | Settings\Settings\Current protection\WPWDE2 | |||
| WPWDE2 | Po> -> (2) | 32N (2) | SET | LD0.WPSDE2.TmACrv.setCharact | CURVE | Enum | SG | B | 15 | Operating curve type | Selection of time delay curve type | 5=ANSI Def. Time; 15=IEC Def. Time; 20=Wattmetric IDMT | Settings\Settings\Current protection\WPWDE2 | |||
| WPWDE2 | Po> -> (2) | 32N (2) | SET | LD0.WPSDE2.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1 | Time multiplier | Time multiplier for Wattmetric IDMT curves | 0.05...2.00 | Settings\Settings\Current protection\WPWDE2 | |||
| WPWDE2 | Po> -> (2) | 32N (2) | SET | LD0.WPSDE2.RsDlTmms.setVal | ING | INT32 | SP | A | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\WPWDE2 | |||
| WPWDE2 | Po> -> (2) | 32N (2) | SET | LD0.WPSDE2.RefW.setMag.f | ASG | FLOAT32 | SG | B | 0.150 | Reference power | Reference value of residual power for Wattmetric IDMT curves | 0.050...1.000 xPn | Settings\Settings\Current protection\WPWDE2 | |||
| WPWDE2 | Po> -> (2) | 32N (2) | SET | LD0.WPSDE2.AMeasMod.setVal | ING | Enum | SP | A | 2 | Measurement mode | Selects used current measurement mode | 1=RMS; 2=DFT; 3=Peak-to-Peak | Settings\Settings\Current protection\WPWDE2 | |||
| WPWDE2 | Po> -> (2) | 32N (2) | SET | LD0.WPSDE2.AResSigSel.setVal | ING | Enum | SP | B,I | 1 | Io signal Sel | Selection for used Io signal | 1=Measured Io; 2=Calculated Io | Settings\Settings\Current protection\WPWDE2 | |||
| WPWDE2 | Po> -> (2) | 32N (2) | SET | LD0.WRDIR2.ChrAng.setMag.f | ASG | FLOAT32 | SG | B | -90 | Characteristic angle | Characteristic angle | -179...180 deg | Settings\Settings\Current protection\WPWDE2 | |||
| WPWDE2 | Po> -> (2) | 32N (2) | SET | LD0.WRDIR2.BlkValA.setMag.f | ASG | FLOAT32 | SP | A | 0.010 | Min operate current | Minimum operating current | 0.010...1.000 xIn | Settings\Settings\Current protection\WPWDE2 | RESTCTR1 | ||
| WPWDE2 | Po> -> (2) | 32N (2) | SET | LD0.WRDIR2.BlkValV.setMag.f | ASG | FLOAT32 | SP | A | 0.01 | Min operate voltage | Minimum operating voltage | 0.01...1.00 xUn | Settings\Settings\Current protection\WPWDE2 | RESTCTR1 | ||
| WPWDE2 | Po> -> (2) | 32N (2) | SET | LD0.WRDIR2.CorAng.setMag.f | ASG | FLOAT32 | SP | A | 2.0 | Correction angle | Angle correction | 0.0...10.0 deg | Settings\Settings\Current protection\WPWDE2 | |||
| WPWDE2 | Po> -> (2) | 32N (2) | SET | LD0.WRDIR2.RevPol.setVal | SPG | BOOLEAN | SP | A | 0 | Pol reversal | Rotate polarizing quantity | Settings\Settings\Current protection\WPWDE2 | ||||
| WPWDE2 | Po> -> (2) | 32N (2) | SET | LD0.WRDIR2.PolSigSel.setVal | ING | Enum | SP | B,I | 1 | Pol signal Sel | Selection for used polarization signal | 1=Measured Uo; 2=Calculated Uo | Settings\Settings\Current protection\WPWDE2 | |||
| WPWDE2 | Po> -> (2) | 32N (2) | TES | LD0.WPSDE2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | WPWDE2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| WPWDE2 | Po> -> (2) | 32N (2) | VER | LD0.WPSDE2.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| WPWDE3 | Po> -> (3) | 32N (3) | INP | LD0.WPSDE3.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\WPWDE3\Inputs | ||||
| WPWDE3 | Po> -> (3) | 32N (3) | INP | LD0.WRDIR3.InRcaCtl.stVal | SPS | BOOLEAN | ST | B | 0 | RCA_CTL | Relay characteristic angle control | Monitoring\I/O status\Current protection\WPWDE3\Inputs | ||||
| WPWDE3 | Po> -> (3) | 32N (3) | OUT | LD0.WPSDE3.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\WPWDE3\Outputs | |||
| WPWDE3 | Po> -> (3) | 32N (3) | OUT | LD0.WPSDE3.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\WPWDE3\Outputs | |||
| WPWDE3 | Po> -> (3) | 32N (3) | MON | LD0.WPSDE3.Beh.stVal | INS | Enum | ST | B | WPWDE3 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| WPWDE3 | Po> -> (3) | 32N (3) | MON | LD0.WPSDE3.Str.dirGeneral | ACD | Enum | ST | B | StatNrml | P,H | FAULT_DIR | Detected fault direction | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\WPWDE3\Monitored data | ||
| WPWDE3 | Po> -> (3) | 32N (3) | MON | LD0.WPSDE3.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\WPWDE3\Monitored data | ||||
| WPWDE3 | Po> -> (3) | 32N (3) | MON | LD0.WRDIR3.Dir.dirGeneral | ACD | Enum | ST | B | DIRECTION | Direction information | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\WPWDE3\Monitored data | ||||
| WPWDE3 | Po> -> (3) | 32N (3) | MON | LD0.WRDIR3.OpPolAng.mag.f | MV | FLOAT32 | MX | B | ANGLE | Angle between polarizing and operating quantity | -180.00...180.00 deg | Monitoring\I/O status\Current protection\WPWDE3\Monitored data | ||||
| WPWDE3 | Po> -> (3) | 32N (3) | MON | LD0.WRDIR3.OpChrAng.mag.f | MV | FLOAT32 | MX | B | ANGLE_RCA | Angle between operating angle and characteristic angle | -180.00...180.00 deg | Monitoring\I/O status\Current protection\WPWDE3\Monitored data | ||||
| WPWDE3 | Po> -> (3) | 32N (3) | MON | LD0.WMMXU3.W.res.cVal.mag.f | WYE | FLOAT32 | MX | A | RES_POWER | Calculated residual active power | -160.000...160.000 xPn | Monitoring\I/O status\Current protection\WPWDE3\Monitored data | ||||
| WPWDE3 | Po> -> (3) | 32N (3) | SET | LD0.WPSDE3.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\WPWDE3 | |||
| WPWDE3 | Po> -> (3) | 32N (3) | SET | LD0.WPSDE3.GndStr.setMag.f | ASG | FLOAT32 | SG | B | 0.010 | Voltage start value | Start value for residual voltage | 0.010...1.000 xUn | Settings\Settings\Current protection\WPWDE3 | RESTCTR1 | ||
| WPWDE3 | Po> -> (3) | 32N (3) | SET | LD0.WPSDE3.GndOp.setMag.f | ASG | FLOAT32 | SG | B | 0.010 | Current start value | Minimum operate residual current for deciding fault direction | 0.010...5.000 xIn | Settings\Settings\Current protection\WPWDE3 | RESTCTR1 | ||
| WPWDE3 | Po> -> (3) | 32N (3) | SET | LD0.WPSDE3.OpDlTmms.setVal | ING | INT32 | SG | B | 60 | Operate delay time | Operate delay time for definite time | 60...200000 ms | Settings\Settings\Current protection\WPWDE3 | |||
| WPWDE3 | Po> -> (3) | 32N (3) | SET | LD0.WPSDE3.DirMod.setVal | ING | Enum | SG | B | 2 | Directional mode | Directional mode | 2=Forward; 3=Reverse | Settings\Settings\Current protection\WPWDE3 | |||
| WPWDE3 | Po> -> (3) | 32N (3) | SET | LD0.WPSDE3.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.003 | Power start value | Start value for residual active power | 0.003...1.000 xPn | Settings\Settings\Current protection\WPWDE3 | |||
| WPWDE3 | Po> -> (3) | 32N (3) | SET | LD0.WPSDE3.TmACrv.setCharact | CURVE | Enum | SG | B | 15 | Operating curve type | Selection of time delay curve type | 5=ANSI Def. Time; 15=IEC Def. Time; 20=Wattmetric IDMT | Settings\Settings\Current protection\WPWDE3 | |||
| WPWDE3 | Po> -> (3) | 32N (3) | SET | LD0.WPSDE3.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1 | Time multiplier | Time multiplier for Wattmetric IDMT curves | 0.05...2.00 | Settings\Settings\Current protection\WPWDE3 | |||
| WPWDE3 | Po> -> (3) | 32N (3) | SET | LD0.WPSDE3.RsDlTmms.setVal | ING | INT32 | SP | A | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\WPWDE3 | |||
| WPWDE3 | Po> -> (3) | 32N (3) | SET | LD0.WPSDE3.RefW.setMag.f | ASG | FLOAT32 | SG | B | 0.150 | Reference power | Reference value of residual power for Wattmetric IDMT curves | 0.050...1.000 xPn | Settings\Settings\Current protection\WPWDE3 | |||
| WPWDE3 | Po> -> (3) | 32N (3) | SET | LD0.WPSDE3.AMeasMod.setVal | ING | Enum | SP | A | 2 | Measurement mode | Selects used current measurement mode | 1=RMS; 2=DFT; 3=Peak-to-Peak | Settings\Settings\Current protection\WPWDE3 | |||
| WPWDE3 | Po> -> (3) | 32N (3) | SET | LD0.WPSDE3.AResSigSel.setVal | ING | Enum | SP | B,I | 1 | Io signal Sel | Selection for used Io signal | 1=Measured Io; 2=Calculated Io | Settings\Settings\Current protection\WPWDE3 | |||
| WPWDE3 | Po> -> (3) | 32N (3) | SET | LD0.WRDIR3.ChrAng.setMag.f | ASG | FLOAT32 | SG | B | -90 | Characteristic angle | Characteristic angle | -179...180 deg | Settings\Settings\Current protection\WPWDE3 | |||
| WPWDE3 | Po> -> (3) | 32N (3) | SET | LD0.WRDIR3.BlkValA.setMag.f | ASG | FLOAT32 | SP | A | 0.010 | Min operate current | Minimum operating current | 0.010...1.000 xIn | Settings\Settings\Current protection\WPWDE3 | RESTCTR1 | ||
| WPWDE3 | Po> -> (3) | 32N (3) | SET | LD0.WRDIR3.BlkValV.setMag.f | ASG | FLOAT32 | SP | A | 0.01 | Min operate voltage | Minimum operating voltage | 0.01...1.00 xUn | Settings\Settings\Current protection\WPWDE3 | RESTCTR1 | ||
| WPWDE3 | Po> -> (3) | 32N (3) | SET | LD0.WRDIR3.CorAng.setMag.f | ASG | FLOAT32 | SP | A | 2.0 | Correction angle | Angle correction | 0.0...10.0 deg | Settings\Settings\Current protection\WPWDE3 | |||
| WPWDE3 | Po> -> (3) | 32N (3) | SET | LD0.WRDIR3.RevPol.setVal | SPG | BOOLEAN | SP | A | 0 | Pol reversal | Rotate polarizing quantity | Settings\Settings\Current protection\WPWDE3 | ||||
| WPWDE3 | Po> -> (3) | 32N (3) | SET | LD0.WRDIR3.PolSigSel.setVal | ING | Enum | SP | B,I | 1 | Pol signal Sel | Selection for used polarization signal | 1=Measured Uo; 2=Calculated Uo | Settings\Settings\Current protection\WPWDE3 | |||
| WPWDE3 | Po> -> (3) | 32N (3) | TES | LD0.WPSDE3.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | WPWDE3 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| WPWDE3 | Po> -> (3) | 32N (3) | VER | LD0.WPSDE3.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | INP | LD0.HAEFPTOC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\HAEFPTOC1\Inputs | ||||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | INP | LD0.HAEFPTOC1.HRmsARef.res.cVal.mag.f | WYE | FLOAT32 | MX | B | 0.0 | I_REF_RES | Reference current | 0.0...30000.0 A | Monitoring\I/O status\Current protection\HAEFPTOC1\Inputs | |||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | OUT | LD0.HAEFPTOC1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\HAEFPTOC1\Outputs | |||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | OUT | LD0.HAEFPTOC1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\HAEFPTOC1\Outputs | |||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | MON | LD0.HAEFPTOC1.Beh.stVal | INS | Enum | ST | B | HAEFPTOC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | MON | LD0.HAEFPTOC1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\HAEFPTOC1\Monitored data | ||||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | MON | LD0.HAEFPTOC1.BlkARef.stVal | SPS | BOOLEAN | ST | B | BLKD_I_REF | Current comparison status indicator | Monitoring\I/O status\Current protection\HAEFPTOC1\Monitored data | |||||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | MON | LD0.HAEFMHAI1.HRmsA.res.cVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | I_HARM_RES | Calculated harmonics current | 0.0...30000.0 A | Monitoring\I/O status\Current protection\HAEFPTOC1\Monitored data | ||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | SET | LD0.HAEFPTOC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\HAEFPTOC1 | |||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | SET | LD0.HAEFPTOC1.TmACrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 1=ANSI Ext. inv.; 2=ANSI Very inv.; 3=ANSI Norm. inv.; 4=ANSI Mod. inv.; 5=ANSI Def. Time; 6=L.T.E. inv.; 7=L.T.V. inv.; 8=L.T. inv.; 9=IEC Norm. inv.; 10=IEC Very inv.; 11=IEC inv.; 12=IEC Ext. inv.; 13=IEC S.T. inv.; 14=IEC L.T. inv.; 15=IEC Def. Time; 17=Programmable; 18=RI type; 19=RD type | Settings\Settings\Current protection\HAEFPTOC1 | |||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | SET | LD0.HAEFPTOC1.TmACrv.setParA | CURVE | FLOAT32 | SP | B,I | 28.2000 | Curve parameter A | Parameter A for customer programmable curve | 0.0086...120.0000 | Settings\Settings\Current protection\HAEFPTOC1 | |||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | SET | LD0.HAEFPTOC1.TmACrv.setParB | CURVE | FLOAT32 | SP | B,I | 0.1217 | Curve parameter B | Parameter B for customer programmable curve | 0.0000...0.7120 | Settings\Settings\Current protection\HAEFPTOC1 | |||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | SET | LD0.HAEFPTOC1.TmACrv.setParC | CURVE | FLOAT32 | SP | B,I | 2.00 | Curve parameter C | Parameter C for customer programmable curve | 0.02...2.00 | Settings\Settings\Current protection\HAEFPTOC1 | |||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | SET | LD0.HAEFPTOC1.TmACrv.setParD | CURVE | FLOAT32 | SP | B,I | 29.10 | Curve parameter D | Parameter D for customer programmable curve | 0.46...30.00 | Settings\Settings\Current protection\HAEFPTOC1 | |||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | SET | LD0.HAEFPTOC1.TmACrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.0 | Curve parameter E | Parameter E for customer programmable curve | 0.0...1.0 | Settings\Settings\Current protection\HAEFPTOC1 | |||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | SET | LD0.HAEFPTOC1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.10 | Start value | Start value | 0.05...5.00 xIn | Settings\Settings\Current protection\HAEFPTOC1 | RESTCTR1 | ||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | SET | LD0.HAEFPTOC1.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.00 | Settings\Settings\Current protection\HAEFPTOC1 | |||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | SET | LD0.HAEFPTOC1.MinOpTmms.setVal | ING | INT32 | SG | B | 500 | Minimum operate time | Minimum operate time for IDMT curves | 100...200000 ms | Settings\Settings\Current protection\HAEFPTOC1 | |||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | SET | LD0.HAEFPTOC1.OpDlTmms.setVal | ING | INT32 | SG | B | 600 | Operate delay time | Operate delay time | 100...200000 ms | Settings\Settings\Current protection\HAEFPTOC1 | |||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | SET | LD0.HAEFPTOC1.TypRsCrv.setVal | ING | Enum | SG | B | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; 3=Inverse reset | Settings\Settings\Current protection\HAEFPTOC1 | |||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | SET | LD0.HAEFPTOC1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\HAEFPTOC1 | |||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | SET | LD0.HAEFPTOC1.EnaRef.setVal | SPG | BOOLEAN | SG | B,I | 0 | Enable reference use | Enable using current reference from other IEDs instead of stand-alone | Settings\Settings\Current protection\HAEFPTOC1 | ||||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | TES | LD0.HAEFPTOC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | HAEFPTOC1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| HAEFPTOC1 | Io>HA (1) | 51NHA (1) | VER | LD0.HAEFPTOC1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| NSPTOC1 | I2> (1) | 46 (1) | INP | LD0.NSPTOC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\NSPTOC1\Inputs | ||||
| NSPTOC1 | I2> (1) | 46 (1) | INP | LD0.NSPTOC1.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable signal for current multiplier | Monitoring\I/O status\Current protection\NSPTOC1\Inputs | ||||
| NSPTOC1 | I2> (1) | 46 (1) | OUT | LD0.NSPTOC1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\NSPTOC1\Outputs | |||
| NSPTOC1 | I2> (1) | 46 (1) | OUT | LD0.NSPTOC1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\NSPTOC1\Outputs | |||
| NSPTOC1 | I2> (1) | 46 (1) | MON | LD0.NSPTOC1.Beh.stVal | INS | Enum | ST | B | NSPTOC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| NSPTOC1 | I2> (1) | 46 (1) | MON | LD0.NSPTOC1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\NSPTOC1\Monitored data | ||||
| NSPTOC1 | I2> (1) | 46 (1) | SET | LD0.NSPTOC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\NSPTOC1 | |||
| NSPTOC1 | I2> (1) | 46 (1) | SET | LD0.NSPTOC1.StrValMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Start value Mult | Multiplier for scaling the start value | 0.8...10.0 | Settings\Settings\Current protection\NSPTOC1 | |||
| NSPTOC1 | I2> (1) | 46 (1) | SET | LD0.NSPTOC1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.30 | Start value | Start value | 0.01...5.00 xIn | Settings\Settings\Current protection\NSPTOC1 | IL1TCTR1 | ||
| NSPTOC1 | I2> (1) | 46 (1) | SET | LD0.NSPTOC1.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.0 | Settings\Settings\Current protection\NSPTOC1 | |||
| NSPTOC1 | I2> (1) | 46 (1) | SET | LD0.NSPTOC1.TypRsCrv.setVal | ING | Enum | SG | B | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; 3=Inverse reset | Settings\Settings\Current protection\NSPTOC1 | |||
| NSPTOC1 | I2> (1) | 46 (1) | SET | LD0.NSPTOC1.TmACrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 1=ANSI Ext. inv.; 2=ANSI Very inv.; 3=ANSI Norm. inv.; 4=ANSI Mod. inv.; 5=ANSI Def. Time; 6=L.T.E. inv.; 7=L.T.V. inv.; 8=L.T. inv.; 9=IEC Norm. inv.; 10=IEC Very inv.; 11=IEC inv.; 12=IEC Ext. inv.; 13=IEC S.T. inv.; 14=IEC L.T. inv.; 15=IEC Def. Time; 17=Programmable; 18=RI type; 19=RD type | Settings\Settings\Current protection\NSPTOC1 | |||
| NSPTOC1 | I2> (1) | 46 (1) | SET | LD0.NSPTOC1.TmACrv.setParA | CURVE | FLOAT32 | SP | B,I | 28.2000 | Curve parameter A | Parameter A for customer programmable curve | 0.0086...120.0000 | Settings\Settings\Current protection\NSPTOC1 | |||
| NSPTOC1 | I2> (1) | 46 (1) | SET | LD0.NSPTOC1.TmACrv.setParB | CURVE | FLOAT32 | SP | B,I | 0.1217 | Curve parameter B | Parameter B for customer programmable curve | 0.0000...0.7120 | Settings\Settings\Current protection\NSPTOC1 | |||
| NSPTOC1 | I2> (1) | 46 (1) | SET | LD0.NSPTOC1.TmACrv.setParC | CURVE | FLOAT32 | SP | B,I | 2.00 | Curve parameter C | Parameter C for customer programmable curve | 0.02...2.00 | Settings\Settings\Current protection\NSPTOC1 | |||
| NSPTOC1 | I2> (1) | 46 (1) | SET | LD0.NSPTOC1.TmACrv.setParD | CURVE | FLOAT32 | SP | B,I | 29.10 | Curve parameter D | Parameter D for customer programmable curve | 0.46...30.00 | Settings\Settings\Current protection\NSPTOC1 | |||
| NSPTOC1 | I2> (1) | 46 (1) | SET | LD0.NSPTOC1.TmACrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.0 | Curve parameter E | Parameter E for customer programmable curve | 0.0...1.0 | Settings\Settings\Current protection\NSPTOC1 | |||
| NSPTOC1 | I2> (1) | 46 (1) | SET | LD0.NSPTOC1.MinOpTmms.setVal | ING | INT32 | SP | B | 20 | Minimum operate time | Minimum operate time for IDMT curves | 20...60000 ms | Settings\Settings\Current protection\NSPTOC1 | |||
| NSPTOC1 | I2> (1) | 46 (1) | SET | LD0.NSPTOC1.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...200000 ms | Settings\Settings\Current protection\NSPTOC1 | |||
| NSPTOC1 | I2> (1) | 46 (1) | SET | LD0.NSPTOC1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\NSPTOC1 | |||
| NSPTOC1 | I2> (1) | 46 (1) | TES | LD0.NSPTOC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | NSPTOC1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| NSPTOC1 | I2> (1) | 46 (1) | VER | LD0.NSPTOC1.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| NSPTOC2 | I2> (2) | 46 (2) | INP | LD0.NSPTOC2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\NSPTOC2\Inputs | ||||
| NSPTOC2 | I2> (2) | 46 (2) | INP | LD0.NSPTOC2.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable signal for current multiplier | Monitoring\I/O status\Current protection\NSPTOC2\Inputs | ||||
| NSPTOC2 | I2> (2) | 46 (2) | OUT | LD0.NSPTOC2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\NSPTOC2\Outputs | |||
| NSPTOC2 | I2> (2) | 46 (2) | OUT | LD0.NSPTOC2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\NSPTOC2\Outputs | |||
| NSPTOC2 | I2> (2) | 46 (2) | MON | LD0.NSPTOC2.Beh.stVal | INS | Enum | ST | B | NSPTOC2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| NSPTOC2 | I2> (2) | 46 (2) | MON | LD0.NSPTOC2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\NSPTOC2\Monitored data | ||||
| NSPTOC2 | I2> (2) | 46 (2) | SET | LD0.NSPTOC2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\NSPTOC2 | |||
| NSPTOC2 | I2> (2) | 46 (2) | SET | LD0.NSPTOC2.StrValMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Start value Mult | Multiplier for scaling the start value | 0.8...10.0 | Settings\Settings\Current protection\NSPTOC2 | |||
| NSPTOC2 | I2> (2) | 46 (2) | SET | LD0.NSPTOC2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.30 | Start value | Start value | 0.01...5.00 xIn | Settings\Settings\Current protection\NSPTOC2 | IL1TCTR1 | ||
| NSPTOC2 | I2> (2) | 46 (2) | SET | LD0.NSPTOC2.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.0 | Settings\Settings\Current protection\NSPTOC2 | |||
| NSPTOC2 | I2> (2) | 46 (2) | SET | LD0.NSPTOC2.TypRsCrv.setVal | ING | Enum | SG | B | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; 3=Inverse reset | Settings\Settings\Current protection\NSPTOC2 | |||
| NSPTOC2 | I2> (2) | 46 (2) | SET | LD0.NSPTOC2.TmACrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 1=ANSI Ext. inv.; 2=ANSI Very inv.; 3=ANSI Norm. inv.; 4=ANSI Mod. inv.; 5=ANSI Def. Time; 6=L.T.E. inv.; 7=L.T.V. inv.; 8=L.T. inv.; 9=IEC Norm. inv.; 10=IEC Very inv.; 11=IEC inv.; 12=IEC Ext. inv.; 13=IEC S.T. inv.; 14=IEC L.T. inv.; 15=IEC Def. Time; 17=Programmable; 18=RI type; 19=RD type | Settings\Settings\Current protection\NSPTOC2 | |||
| NSPTOC2 | I2> (2) | 46 (2) | SET | LD0.NSPTOC2.TmACrv.setParA | CURVE | FLOAT32 | SP | B,I | 28.2000 | Curve parameter A | Parameter A for customer programmable curve | 0.0086...120.0000 | Settings\Settings\Current protection\NSPTOC2 | |||
| NSPTOC2 | I2> (2) | 46 (2) | SET | LD0.NSPTOC2.TmACrv.setParB | CURVE | FLOAT32 | SP | B,I | 0.1217 | Curve parameter B | Parameter B for customer programmable curve | 0.0000...0.7120 | Settings\Settings\Current protection\NSPTOC2 | |||
| NSPTOC2 | I2> (2) | 46 (2) | SET | LD0.NSPTOC2.TmACrv.setParC | CURVE | FLOAT32 | SP | B,I | 2.00 | Curve parameter C | Parameter C for customer programmable curve | 0.02...2.00 | Settings\Settings\Current protection\NSPTOC2 | |||
| NSPTOC2 | I2> (2) | 46 (2) | SET | LD0.NSPTOC2.TmACrv.setParD | CURVE | FLOAT32 | SP | B,I | 29.10 | Curve parameter D | Parameter D for customer programmable curve | 0.46...30.00 | Settings\Settings\Current protection\NSPTOC2 | |||
| NSPTOC2 | I2> (2) | 46 (2) | SET | LD0.NSPTOC2.TmACrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.0 | Curve parameter E | Parameter E for customer programmable curve | 0.0...1.0 | Settings\Settings\Current protection\NSPTOC2 | |||
| NSPTOC2 | I2> (2) | 46 (2) | SET | LD0.NSPTOC2.MinOpTmms.setVal | ING | INT32 | SP | B | 20 | Minimum operate time | Minimum operate time for IDMT curves | 20...60000 ms | Settings\Settings\Current protection\NSPTOC2 | |||
| NSPTOC2 | I2> (2) | 46 (2) | SET | LD0.NSPTOC2.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...200000 ms | Settings\Settings\Current protection\NSPTOC2 | |||
| NSPTOC2 | I2> (2) | 46 (2) | SET | LD0.NSPTOC2.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\NSPTOC2 | |||
| NSPTOC2 | I2> (2) | 46 (2) | TES | LD0.NSPTOC2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | NSPTOC2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| NSPTOC2 | I2> (2) | 46 (2) | VER | LD0.NSPTOC2.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PDNSPTOC1 | I2/I1> (1) | 46PD (1) | INP | LD0.PDNSPTOC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\PDNSPTOC1\Inputs | ||||
| PDNSPTOC1 | I2/I1> (1) | 46PD (1) | OUT | LD0.PDNSPTOC1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\PDNSPTOC1\Outputs | |||
| PDNSPTOC1 | I2/I1> (1) | 46PD (1) | OUT | LD0.PDNSPTOC1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\PDNSPTOC1\Outputs | |||
| PDNSPTOC1 | I2/I1> (1) | 46PD (1) | MON | LD0.PDNSPTOC1.Beh.stVal | INS | Enum | ST | B | PDNSPTOC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| PDNSPTOC1 | I2/I1> (1) | 46PD (1) | MON | LD0.PDNSPTOC1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\PDNSPTOC1\Monitored data | ||||
| PDNSPTOC1 | I2/I1> (1) | 46PD (1) | MON | LD0.PDNSPTOC1.ImbNgA.mag.f | MV | FLOAT32 | MX | B | RATIO_I2_I1 | Measured current ratio I2 / I1 | 0.00...999.99 % | Monitoring\I/O status\Current protection\PDNSPTOC1\Monitored data | ||||
| PDNSPTOC1 | I2/I1> (1) | 46PD (1) | SET | LD0.PDNSPTOC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\PDNSPTOC1 | |||
| PDNSPTOC1 | I2/I1> (1) | 46PD (1) | SET | LD0.PDNSPTOC1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 10 | Start value | Start value | 10...100 % | Settings\Settings\Current protection\PDNSPTOC1 | |||
| PDNSPTOC1 | I2/I1> (1) | 46PD (1) | SET | LD0.PDNSPTOC1.OpDlTmms.setVal | ING | INT32 | SG | B | 100 | Operate delay time | Operate delay time | 100...30000 ms | Settings\Settings\Current protection\PDNSPTOC1 | |||
| PDNSPTOC1 | I2/I1> (1) | 46PD (1) | SET | LD0.PDNSPTOC1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\PDNSPTOC1 | |||
| PDNSPTOC1 | I2/I1> (1) | 46PD (1) | SET | LD0.PDNSPTOC1.MinPhA.setMag.f | ASG | FLOAT32 | SP | B | 0.10 | Min phase current | Minimum phase current | 0.05...0.30 xIn | Settings\Settings\Current protection\PDNSPTOC1 | IL1TCTR1 | ||
| PDNSPTOC1 | I2/I1> (1) | 46PD (1) | TES | LD0.PDNSPTOC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | PDNSPTOC1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| PDNSPTOC1 | I2/I1> (1) | 46PD (1) | VER | LD0.PDNSPTOC1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | INP | LD0.FRPTRC4.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Frequency protection\FRPFRQ4\Inputs | ||||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | OUT | LD0.FRPTRC4.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Frequency protection\FRPFRQ4\Outputs | |||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | OUT | LD0.FRPTRC4.Op.general | ACT | BOOLEAN | ST | B | OPERATE | Operate | Monitoring\I/O status\Frequency protection\FRPFRQ4\Outputs | |||||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | OUT | LD0.FRPTOF4.Str.general | ACD | BOOLEAN | ST | B | ST_OFRQ | Start signal for overfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ4\Outputs | |||||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | OUT | LD0.FRPTOF4.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_OFRQ | Operate signal for overfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ4\Outputs | |||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | OUT | LD0.FRPTUF4.Str.general | ACD | BOOLEAN | ST | B | ST_UFRQ | Start signal for underfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ4\Outputs | |||||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | OUT | LD0.FRPTUF4.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_UFRQ | Operate signal for underfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ4\Outputs | |||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | OUT | LD0.FRPFRC4.Str.general | ACD | BOOLEAN | ST | B | ST_FRG | Start signal for frequency gradient | Monitoring\I/O status\Frequency protection\FRPFRQ4\Outputs | |||||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | OUT | LD0.FRPFRC4.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_FRG | Operate signal for frequency gradient | Monitoring\I/O status\Frequency protection\FRPFRQ4\Outputs | |||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | MON | LD0.FRPTRC4.Beh.stVal | INS | Enum | ST | B | FRPFRQ4 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | MON | LD0.FRPTRC4.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ4\Monitored data | ||||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | MON | LD0.FRPTOF4.StrDur.mag.f | MV | FLOAT32 | MX | B | ST_DUR_OFRQ | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ4\Monitored data | ||||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | MON | LD0.FRPTUF4.StrDur.mag.f | MV | FLOAT32 | MX | B | ST_DUR_UFRQ | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ4\Monitored data | ||||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | MON | LD0.FRPFRC4.StrDur.mag.f | MV | FLOAT32 | MX | B | ST_DUR_FRG | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ4\Monitored data | ||||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | SET | LD0.FRPTRC4.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Frequency protection\FRPFRQ4 | |||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | SET | LD0.FRPTRC4.OpModProHz.setVal | ING | Enum | SG | B | 1 | Operation mode | Frequency protection operation mode selection | 1=Freq<; 2=Freq>; 3=df/dt; 4=Freq< + df/dt; 5=Freq> + df/dt; 6=Freq< OR df/dt; 7=Freq> OR df/dt | Settings\Settings\Frequency protection\FRPFRQ4 | |||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | SET | LD0.FRPTOF4.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 1.050 | Start value Freq> | Frequency start value overfrequency | 0.900...1.200 xFn | Settings\Settings\Frequency protection\FRPFRQ4 | |||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | SET | LD0.FRPTOF4.OpDlTmms.setVal | ING | INT32 | SG | B | 200 | Operate Tm Freq | Operate delay time for frequency | 80...200000 ms | Settings\Settings\Frequency protection\FRPFRQ4 | |||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | SET | LD0.FRPTOF4.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay Tm Freq | Reset delay time for frequency | 0...60000 ms | Settings\Settings\Frequency protection\FRPFRQ4 | |||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | SET | LD0.FRPTUF4.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.950 | Start value Freq< | Frequency start value underfrequency | 0.800...1.100 xFn | Settings\Settings\Frequency protection\FRPFRQ4 | |||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | SET | LD0.FRPFRC4.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.010 | Start value df/dt | Frequency start value rate of change | -0.200...0.200 xFn /s | Settings\Settings\Frequency protection\FRPFRQ4 | |||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | SET | LD0.FRPFRC4.OpDlTmms.setVal | ING | INT32 | SG | B | 400 | Operate Tm df/dt | Operate delay time for frequency rate of change | 120...200000 ms | Settings\Settings\Frequency protection\FRPFRQ4 | |||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | SET | LD0.FRPFRC4.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay Tm df/dt | Reset delay time for rate of change | 0...60000 ms | Settings\Settings\Frequency protection\FRPFRQ4 | |||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | TES | LD0.FRPTRC4.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | FRPFRQ4 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; -21=Activate OPR_UFRQ; -22=Deactive OPR_UFRQ; -23=Activate OPR_OFRQ; -24=Deactive OPR_OFRQ; -25=Activate OPR_FRG; -26=Deactive OPR_FRG; -27=Activate ST_UFRQ; -28=Deactive ST_UFRQ; -29=Activate ST_OFRQ; -30=Deactive ST_OFRQ; -31=Activate ST_FRG; -32=Deactive ST_FRG | Tests\Function tests\Frequency protection | |||
| FRPFRQ4 | f>/f<,df/dt (4) | 81 (4) | VER | LD0.FRPTRC4.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | INP | LD0.FRPTRC5.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Frequency protection\FRPFRQ5\Inputs | ||||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | OUT | LD0.FRPTRC5.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Frequency protection\FRPFRQ5\Outputs | |||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | OUT | LD0.FRPTRC5.Op.general | ACT | BOOLEAN | ST | B | OPERATE | Operate | Monitoring\I/O status\Frequency protection\FRPFRQ5\Outputs | |||||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | OUT | LD0.FRPTOF5.Str.general | ACD | BOOLEAN | ST | B | ST_OFRQ | Start signal for overfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ5\Outputs | |||||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | OUT | LD0.FRPTOF5.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_OFRQ | Operate signal for overfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ5\Outputs | |||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | OUT | LD0.FRPTUF5.Str.general | ACD | BOOLEAN | ST | B | ST_UFRQ | Start signal for underfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ5\Outputs | |||||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | OUT | LD0.FRPTUF5.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_UFRQ | Operate signal for underfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ5\Outputs | |||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | OUT | LD0.FRPFRC5.Str.general | ACD | BOOLEAN | ST | B | ST_FRG | Start signal for frequency gradient | Monitoring\I/O status\Frequency protection\FRPFRQ5\Outputs | |||||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | OUT | LD0.FRPFRC5.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_FRG | Operate signal for frequency gradient | Monitoring\I/O status\Frequency protection\FRPFRQ5\Outputs | |||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | MON | LD0.FRPTRC5.Beh.stVal | INS | Enum | ST | B | FRPFRQ5 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | MON | LD0.FRPTRC5.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ5\Monitored data | ||||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | MON | LD0.FRPTOF5.StrDur.mag.f | MV | FLOAT32 | MX | B | ST_DUR_OFRQ | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ5\Monitored data | ||||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | MON | LD0.FRPTUF5.StrDur.mag.f | MV | FLOAT32 | MX | B | ST_DUR_UFRQ | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ5\Monitored data | ||||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | MON | LD0.FRPFRC5.StrDur.mag.f | MV | FLOAT32 | MX | B | ST_DUR_FRG | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ5\Monitored data | ||||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | SET | LD0.FRPTRC5.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Frequency protection\FRPFRQ5 | |||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | SET | LD0.FRPTRC5.OpModProHz.setVal | ING | Enum | SG | B | 1 | Operation mode | Frequency protection operation mode selection | 1=Freq<; 2=Freq>; 3=df/dt; 4=Freq< + df/dt; 5=Freq> + df/dt; 6=Freq< OR df/dt; 7=Freq> OR df/dt | Settings\Settings\Frequency protection\FRPFRQ5 | |||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | SET | LD0.FRPTOF5.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 1.050 | Start value Freq> | Frequency start value overfrequency | 0.900...1.200 xFn | Settings\Settings\Frequency protection\FRPFRQ5 | |||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | SET | LD0.FRPTOF5.OpDlTmms.setVal | ING | INT32 | SG | B | 200 | Operate Tm Freq | Operate delay time for frequency | 80...200000 ms | Settings\Settings\Frequency protection\FRPFRQ5 | |||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | SET | LD0.FRPTOF5.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay Tm Freq | Reset delay time for frequency | 0...60000 ms | Settings\Settings\Frequency protection\FRPFRQ5 | |||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | SET | LD0.FRPTUF5.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.950 | Start value Freq< | Frequency start value underfrequency | 0.800...1.100 xFn | Settings\Settings\Frequency protection\FRPFRQ5 | |||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | SET | LD0.FRPFRC5.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.010 | Start value df/dt | Frequency start value rate of change | -0.200...0.200 xFn /s | Settings\Settings\Frequency protection\FRPFRQ5 | |||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | SET | LD0.FRPFRC5.OpDlTmms.setVal | ING | INT32 | SG | B | 400 | Operate Tm df/dt | Operate delay time for frequency rate of change | 120...200000 ms | Settings\Settings\Frequency protection\FRPFRQ5 | |||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | SET | LD0.FRPFRC5.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay Tm df/dt | Reset delay time for rate of change | 0...60000 ms | Settings\Settings\Frequency protection\FRPFRQ5 | |||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | TES | LD0.FRPTRC5.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | FRPFRQ5 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; -21=Activate OPR_UFRQ; -22=Deactive OPR_UFRQ; -23=Activate OPR_OFRQ; -24=Deactive OPR_OFRQ; -25=Activate OPR_FRG; -26=Deactive OPR_FRG; -27=Activate ST_UFRQ; -28=Deactive ST_UFRQ; -29=Activate ST_OFRQ; -30=Deactive ST_OFRQ; -31=Activate ST_FRG; -32=Deactive ST_FRG | Tests\Function tests\Frequency protection | |||
| FRPFRQ5 | f>/f<,df/dt (5) | 81 (5) | VER | LD0.FRPTRC5.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | INP | LD0.FRPTRC6.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Frequency protection\FRPFRQ6\Inputs | ||||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | OUT | LD0.FRPTRC6.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Frequency protection\FRPFRQ6\Outputs | |||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | OUT | LD0.FRPTRC6.Op.general | ACT | BOOLEAN | ST | B | OPERATE | Operate | Monitoring\I/O status\Frequency protection\FRPFRQ6\Outputs | |||||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | OUT | LD0.FRPTOF6.Str.general | ACD | BOOLEAN | ST | B | ST_OFRQ | Start signal for overfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ6\Outputs | |||||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | OUT | LD0.FRPTOF6.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_OFRQ | Operate signal for overfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ6\Outputs | |||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | OUT | LD0.FRPTUF6.Str.general | ACD | BOOLEAN | ST | B | ST_UFRQ | Start signal for underfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ6\Outputs | |||||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | OUT | LD0.FRPTUF6.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_UFRQ | Operate signal for underfrequency | Monitoring\I/O status\Frequency protection\FRPFRQ6\Outputs | |||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | OUT | LD0.FRPFRC6.Str.general | ACD | BOOLEAN | ST | B | ST_FRG | Start signal for frequency gradient | Monitoring\I/O status\Frequency protection\FRPFRQ6\Outputs | |||||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | OUT | LD0.FRPFRC6.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_FRG | Operate signal for frequency gradient | Monitoring\I/O status\Frequency protection\FRPFRQ6\Outputs | |||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | MON | LD0.FRPTRC6.Beh.stVal | INS | Enum | ST | B | FRPFRQ6 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | MON | LD0.FRPTRC6.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ6\Monitored data | ||||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | MON | LD0.FRPTOF6.StrDur.mag.f | MV | FLOAT32 | MX | B | ST_DUR_OFRQ | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ6\Monitored data | ||||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | MON | LD0.FRPTUF6.StrDur.mag.f | MV | FLOAT32 | MX | B | ST_DUR_UFRQ | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ6\Monitored data | ||||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | MON | LD0.FRPFRC6.StrDur.mag.f | MV | FLOAT32 | MX | B | ST_DUR_FRG | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\FRPFRQ6\Monitored data | ||||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | SET | LD0.FRPTRC6.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Frequency protection\FRPFRQ6 | |||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | SET | LD0.FRPTRC6.OpModProHz.setVal | ING | Enum | SG | B | 1 | Operation mode | Frequency protection operation mode selection | 1=Freq<; 2=Freq>; 3=df/dt; 4=Freq< + df/dt; 5=Freq> + df/dt; 6=Freq< OR df/dt; 7=Freq> OR df/dt | Settings\Settings\Frequency protection\FRPFRQ6 | |||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | SET | LD0.FRPTOF6.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 1.050 | Start value Freq> | Frequency start value overfrequency | 0.900...1.200 xFn | Settings\Settings\Frequency protection\FRPFRQ6 | |||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | SET | LD0.FRPTOF6.OpDlTmms.setVal | ING | INT32 | SG | B | 200 | Operate Tm Freq | Operate delay time for frequency | 80...200000 ms | Settings\Settings\Frequency protection\FRPFRQ6 | |||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | SET | LD0.FRPTOF6.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay Tm Freq | Reset delay time for frequency | 0...60000 ms | Settings\Settings\Frequency protection\FRPFRQ6 | |||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | SET | LD0.FRPTUF6.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.950 | Start value Freq< | Frequency start value underfrequency | 0.800...1.100 xFn | Settings\Settings\Frequency protection\FRPFRQ6 | |||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | SET | LD0.FRPFRC6.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.010 | Start value df/dt | Frequency start value rate of change | -0.200...0.200 xFn /s | Settings\Settings\Frequency protection\FRPFRQ6 | |||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | SET | LD0.FRPFRC6.OpDlTmms.setVal | ING | INT32 | SG | B | 400 | Operate Tm df/dt | Operate delay time for frequency rate of change | 120...200000 ms | Settings\Settings\Frequency protection\FRPFRQ6 | |||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | SET | LD0.FRPFRC6.RsDlTmms.setVal | ING | INT32 | SP | B | 0 | Reset delay Tm df/dt | Reset delay time for rate of change | 0...60000 ms | Settings\Settings\Frequency protection\FRPFRQ6 | |||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | TES | LD0.FRPTRC6.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | FRPFRQ6 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; -21=Activate OPR_UFRQ; -22=Deactive OPR_UFRQ; -23=Activate OPR_OFRQ; -24=Deactive OPR_OFRQ; -25=Activate OPR_FRG; -26=Deactive OPR_FRG; -27=Activate ST_UFRQ; -28=Deactive ST_UFRQ; -29=Activate ST_OFRQ; -30=Deactive ST_OFRQ; -31=Activate ST_FRG; -32=Deactive ST_FRG | Tests\Function tests\Frequency protection | |||
| FRPFRQ6 | f>/f<,df/dt (6) | 81 (6) | VER | LD0.FRPTRC6.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| T1PTTR1 | 3Ith>F (1) | 49F (1) | INP | LD0.T1PTTR1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLK_OPR | Block signal for operate outputs | Monitoring\I/O status\Current protection\T1PTTR1\Inputs | ||||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | INP | LD0.T1PTTR1.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable Current multiplier | Monitoring\I/O status\Current protection\T1PTTR1\Inputs | ||||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | INP | LD0.T1PTTR1.TmpUsed.mag.f | MV | FLOAT32 | MX | B | 0 | TEMP_AMB | The ambient temperature used in the calculation | -99...999 °C | Monitoring\I/O status\Current protection\T1PTTR1\Monitored data | |||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | OUT | LD0.T1PTTR1.AlmThm.general | ACT | BOOLEAN | ST | B | StatUrg | P,H | ALARM | Thermal Alarm | Monitoring\I/O status\Current protection\T1PTTR1\Outputs | |||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | OUT | LD0.T1PTTR1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\T1PTTR1\Outputs | |||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | OUT | LD0.T1PTTR1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\T1PTTR1\Outputs | |||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | OUT | LD0.T1PTTR1.InhRec.stVal | SPS | BOOLEAN | ST | B | BLK_CLOSE | Thermal overload indicator. To inhibite reclose. | Monitoring\I/O status\Current protection\T1PTTR1\Outputs | |||||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | CTR | LD0.T1PTTR1.RsTmp.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | T1PTTR1 temperature | Reset T1PTTR1 tempetature | 0=Cancel; 1=Clear | Clear\Clear | |||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | MON | LD0.T1PTTR1.Beh.stVal | INS | Enum | ST | B | T1PTTR1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | MON | LD0.T1PTTR1.Tmp.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | TEMP | The calculated temperature of the protected object | -100.0...9999.9 °C | Monitoring\I/O status\Current protection\T1PTTR1\Monitored data | ||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | MON | LD0.T1PTTR1.TmpRl.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | TEMP_RL | The calculated temperature of the protected object relative to the operate level | 0.00...99.99 | Monitoring\I/O status\Current protection\T1PTTR1\Monitored data | ||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | MON | LD0.T1PTTR1.TmsOp.stVal | INS | INT32 | ST | B | T_OPERATE | Estimated time to operate | 0...60000 s | Monitoring\I/O status\Current protection\T1PTTR1\Monitored data | ||||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | MON | LD0.T1PTTR1.TmsRecEna.stVal | INS | INT32 | ST | B | T_ENA_CLOSE | Estimated time to deactivate BLK_CLOSE | 0...60000 s | Monitoring\I/O status\Current protection\T1PTTR1\Monitored data | ||||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | SET | LD0.T1PTTR1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\T1PTTR1 | |||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | SET | LD0.T1PTTR1.TmpMax.setMag.f | ASG | FLOAT32 | SG | B | 90.0 | Maximum temperature | Temperature level for operate | 20.0...200.0 °C | Settings\Settings\Current protection\T1PTTR1 | |||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | SET | LD0.T1PTTR1.AlmVal.setMag.f | ASG | FLOAT32 | SG | B | 80.0 | Alarm value | Temperature level for start (alarm) | 20.0...150.0 °C | Settings\Settings\Current protection\T1PTTR1 | |||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | SET | LD0.T1PTTR1.ConsTms.setVal | ING | INT32 | SG | B | 2700 | Time constant | Time constant of the line in seconds. | 60...60000 s | Settings\Settings\Current protection\T1PTTR1 | |||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | SET | LD0.T1PTTR1.AMult.setVal | ING | INT32 | SG | B | 1 | Current multiplier | Current multiplier when function is used for parallel lines | 1...5 | Settings\Settings\Current protection\T1PTTR1 | |||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | SET | LD0.T1PTTR1.ARef.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Current reference | The load current leading to Temperature raise temperature | 0.05...4.00 xIn | Settings\Settings\Current protection\T1PTTR1 | IL1TCTR1 | ||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | SET | LD0.T1PTTR1.EnvTmpSet.setMag.f | ASG | FLOAT32 | SG | B | 40 | Env temperature Set | Ambient temperature used when no external temperature measurement available | -50...100 °C | Settings\Settings\Current protection\T1PTTR1 | |||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | SET | LD0.T1PTTR1.IniTmp.setMag.f | ASG | FLOAT32 | SP | B | 0.0 | Initial temperature | Temperature raise above ambient temperature at startup | -50.0...100.0 °C | Settings\Settings\Current protection\T1PTTR1 | |||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | SET | LD0.T1PTTR1.RecTmpSet.setMag.f | ASG | FLOAT32 | SG | B | 70.0 | Reclose temperature | Temperature for reset of block reclose after operate | 20.0...150.0 °C | Settings\Settings\Current protection\T1PTTR1 | |||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | SET | LD0.T1PTTR1.TmpR.setMag.f | ASG | FLOAT32 | SG | B | 75.0 | Temperature rise | End temperature rise above ambient | 0.0...200.0 °C | Settings\Settings\Current protection\T1PTTR1 | |||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | TES | LD0.T1PTTR1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | T1PTTR1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; 17=Activate ALARM; 18=Deactive ALARM; 21=Activate BLK_CLOSE; 22=Deactive BLK_CLOSE | Tests\Function tests\Current protection | |||
| T1PTTR1 | 3Ith>F (1) | 49F (1) | VER | LD0.T1PTTR1.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PHPTUC1 | 3I< (1) | 37F (1) | INP | LD0.PHPTUC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block all binary outputs by resetting timers | Monitoring\I/O status\Current protection\PHPTUC1\Inputs | ||||
| PHPTUC1 | 3I< (1) | 37F (1) | OUT | LD0.PHPTUC1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | (A,B,C) | Monitoring\I/O status\Current protection\PHPTUC1\Outputs | ||
| PHPTUC1 | 3I< (1) | 37F (1) | OUT | LD0.PHPTUC1.Str.phsA | ACD | BOOLEAN | ST | B | StatNrml | P,H | ST_A | Start phase A | Monitoring\I/O status\Current protection\PHPTUC1\Outputs | |||
| PHPTUC1 | 3I< (1) | 37F (1) | OUT | LD0.PHPTUC1.Str.phsB | ACD | BOOLEAN | ST | B | StatNrml | P,H | ST_B | Start phase B | Monitoring\I/O status\Current protection\PHPTUC1\Outputs | |||
| PHPTUC1 | 3I< (1) | 37F (1) | OUT | LD0.PHPTUC1.Str.phsC | ACD | BOOLEAN | ST | B | StatNrml | P,H | ST_C | Start phase C | Monitoring\I/O status\Current protection\PHPTUC1\Outputs | |||
| PHPTUC1 | 3I< (1) | 37F (1) | OUT | LD0.PHPTUC1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | (A,B,C) | Monitoring\I/O status\Current protection\PHPTUC1\Outputs | ||
| PHPTUC1 | 3I< (1) | 37F (1) | OUT | LD0.PHPTUC1.Op.phsA | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_A | Operate phase A | Monitoring\I/O status\Current protection\PHPTUC1\Outputs | |||
| PHPTUC1 | 3I< (1) | 37F (1) | OUT | LD0.PHPTUC1.Op.phsB | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_B | Operate phase B | Monitoring\I/O status\Current protection\PHPTUC1\Outputs | |||
| PHPTUC1 | 3I< (1) | 37F (1) | OUT | LD0.PHPTUC1.Op.phsC | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_C | Operate phase C | Monitoring\I/O status\Current protection\PHPTUC1\Outputs | |||
| PHPTUC1 | 3I< (1) | 37F (1) | MON | LD0.PHPTUC1.Beh.stVal | INS | Enum | ST | B | PHPTUC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| PHPTUC1 | 3I< (1) | 37F (1) | MON | LD0.PHPTUC1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\PHPTUC1\Monitored data | ||||
| PHPTUC1 | 3I< (1) | 37F (1) | SET | LD0.PHPTUC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\PHPTUC1 | |||
| PHPTUC1 | 3I< (1) | 37F (1) | SET | LD0.PHPTUC1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.50 | Start value | Current setting to start | 0.01...1.00 xIn | Settings\Settings\Current protection\PHPTUC1 | IL1TCTR1 | ||
| PHPTUC1 | 3I< (1) | 37F (1) | SET | LD0.PHPTUC1.OpDlTmms.setVal | ING | INT32 | SG | B | 2000 | Operate delay time | Operate delay time | 50...200000 ms | Settings\Settings\Current protection\PHPTUC1 | |||
| PHPTUC1 | 3I< (1) | 37F (1) | SET | LD0.PHPTUC1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\PHPTUC1 | |||
| PHPTUC1 | 3I< (1) | 37F (1) | SET | LD0.PHPTUC1.BlkValA.setMag.f | ASG | FLOAT32 | SG | B | 0.10 | Current block value | Low current setting to block internally | 0.00...0.50 xIn | Settings\Settings\Current protection\PHPTUC1 | IL1TCTR1 | ||
| PHPTUC1 | 3I< (1) | 37F (1) | SET | LD0.PHPTUC1.OpModPh.setVal | ING | Enum | SP | B | 1 | Operation mode | Number of phases needed to start | 1=Three Phase; 2=Single Phase | Settings\Settings\Current protection\PHPTUC1 | |||
| PHPTUC1 | 3I< (1) | 37F (1) | TES | LD0.PHPTUC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | PHPTUC1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| PHPTUC1 | 3I< (1) | 37F (1) | VER | LD0.PHPTUC1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| INRPHAR1 | 3I2f> (1) | 68 (1) | INP | LD0.INRPHAR1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block input status | Monitoring\I/O status\Current protection\INRPHAR1\Inputs | ||||
| INRPHAR1 | 3I2f> (1) | 68 (1) | OUT | LD0.INRPHAR1.Str.general | ACD | BOOLEAN | ST | B | StatIO | P | BLK2H | Second harmonic based block | (A,B,C) | Monitoring\I/O status\Current protection\INRPHAR1\Outputs | ||
| INRPHAR1 | 3I2f> (1) | 68 (1) | MON | LD0.INRPHAR1.Beh.stVal | INS | Enum | ST | B | INRPHAR1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| INRPHAR1 | 3I2f> (1) | 68 (1) | SET | LD0.INRPHAR1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\INRPHAR1 | |||
| INRPHAR1 | 3I2f> (1) | 68 (1) | SET | LD0.INRPHAR1.PhStr.setMag.f | ASG | FLOAT32 | SG | B | 20 | Start value | Ratio of the 2. to the 1. harmonic leading to restraint | 5...100 % | Settings\Settings\Current protection\INRPHAR1 | |||
| INRPHAR1 | 3I2f> (1) | 68 (1) | SET | LD0.INRPHAR1.OpDlTmms.setVal | ING | INT32 | SG | B | 20 | Operate delay time | Operate delay time | 20...60000 ms | Settings\Settings\Current protection\INRPHAR1 | |||
| INRPHAR1 | 3I2f> (1) | 68 (1) | SET | LD0.INRPHAR1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\INRPHAR1 | |||
| INRPHAR1 | 3I2f> (1) | 68 (1) | TES | LD0.INRPHAR1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | INRPHAR1 | Test control for outputs | 0=Reset; 35=Activate BLK2H; 36=Deactive BLK2H | Tests\Function tests\Current protection | |||
| INRPHAR1 | 3I2f> (1) | 68 (1) | VER | LD0.INRPHAR1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | INP | LD0.LSHDPTRC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Inputs | ||||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | INP | LD0.LSHDPTRC1.ManRest.stVal | SPC | BOOLEAN | ST | B | 0 | MAN_RESTORE | Manual restore signal | Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Inputs | ||||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | INP | LD0.LSHDPTRC1.BlkRest.stVal | SPC | BOOLEAN | ST | B | 0 | BLK_REST | Block restore | Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Inputs | ||||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | OUT | LD0.LSHDPTRC1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Outputs | |||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | OUT | LD0.LSHDPTRC1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operation of load shedding | Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Outputs | |||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | OUT | LD0.LSHDPTRC1.RestLodStr.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | ST_REST | Restore frequency attained and restore timer started | Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Outputs | |||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | OUT | LD0.LSHDPTRC1.RestLodOp.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | RESTORE | Restore signal for load restoring purposes | Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Outputs | |||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | OUT | LD0.LSHDPTUF1.Str.general | ACD | BOOLEAN | ST | B | ST_FRQ | Pick-Up signal for under frequency detection | Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Outputs | |||||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | OUT | LD0.LSHDPTUF1.Op.general | ACT | BOOLEAN | ST | B | OPR_FRQ | Operate signal for under frequency | Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Outputs | |||||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | OUT | LD0.LSHDPFRC1.Str.general | ACD | BOOLEAN | ST | B | ST_FRG | Pick-Up signal for high df/dt detection | Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Outputs | |||||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | OUT | LD0.LSHDPFRC1.Op.general | ACT | BOOLEAN | ST | B | OPR_FRG | Operate signal for high df/dt | Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Outputs | |||||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | CTR | LD0.LSHDPTRC1.ManRest.Oper.ctlVal | SPC | BOOLEAN | CO | (Manual restore command) | ||||||||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | CTR | LD0.LSHDPTRC1.BlkRest.Oper.ctlVal | SPC | BOOLEAN | CO | (Cancel restore) | ||||||||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | MON | LD0.LSHDPTRC1.Beh.stVal | INS | Enum | ST | B | LSHDPFRQ1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | MON | LD0.LSHDPTRC1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Monitored data | ||||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | SET | LD0.LSHDPTRC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Frequency protection\LSHDPFRQ1 | |||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | SET | LD0.LSHDPTRC1.LodShdMod.setVal | ING | Enum | SG | B | 1 | Load shed mode | Set the operation mode for load shedding function | 1=Freq<; 6=Freq< OR df/dt; 8=Freq< AND df/dt | Settings\Settings\Frequency protection\LSHDPFRQ1 | |||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | SET | LD0.LSHDPTRC1.RestStrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.998 | Restore start Val | Restore frequency setting value | 0.800...1.200 xFn | Settings\Settings\Frequency protection\LSHDPFRQ1 | |||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | SET | LD0.LSHDPTRC1.OpDlTmms.setVal | ING | INT32 | SG | B | 300 | Restore delay time | Time delay to restore | 80...200000 ms | Settings\Settings\Frequency protection\LSHDPFRQ1 | |||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | SET | LD0.LSHDPTRC1.RestMod.setVal | ING | Enum | SG | B | 1 | Restore mode | Mode of operation of restore functionality | 1=Disabled; 2=Auto; 3=Manual | Settings\Settings\Frequency protection\LSHDPFRQ1 | |||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | SET | LD0.LSHDPTRC1.RsDlTmms.setVal | ING | INT32 | SP | B | 50 | Reset delay time | Time delay after which the definite timers will reset | 0...60000 ms | Settings\Settings\Frequency protection\LSHDPFRQ1 | |||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | SET | LD0.LSHDPTUF1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.975 | Start value Freq | Frequency setting/start value | 0.800...1.200 xFn | Settings\Settings\Frequency protection\LSHDPFRQ1 | |||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | SET | LD0.LSHDPTUF1.OpDlTmms.setVal | ING | INT32 | SG | B | 200 | Operate Tm Freq | Time delay to operate for under frequency stage | 80...200000 ms | Settings\Settings\Frequency protection\LSHDPFRQ1 | |||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | SET | LD0.LSHDPFRC1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | -0.010 | Start value df/dt | Setting of frequency gradient for df/dt detection | -0.200...-0.005 xFn /s | Settings\Settings\Frequency protection\LSHDPFRQ1 | |||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | SET | LD0.LSHDPFRC1.OpDlTmms.setVal | ING | INT32 | SG | B | 200 | Operate Tm df/dt | Time delay to operate for df/dt stage | 120...200000 ms | Settings\Settings\Frequency protection\LSHDPFRQ1 | |||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | TES | LD0.LSHDPTRC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | LSHDPFRQ1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; -21=Activate OPR_UFRQ; -22=Deactive OPR_UFRQ; -25=Activate OPR_FRG; -26=Deactive OPR_FRG; -27=Activate ST_UFRQ; -28=Deactive ST_UFRQ; -31=Activate ST_FRG; -32=Deactive ST_FRG; 115=Activate RESTORE; 116=Deactive RESTORE; -55=Activate ST_REST; -56=Deactive ST_REST | Tests\Function tests\Frequency protection | |||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | VER | LD0.LSHDPTRC1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | VER | LD0.LSHDPTUF1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| LSHDPFRQ1 | UFLS/R (1) | 81LSH (1) | VER | LD0.LSHDPFRC1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | INP | LD0.LSHDPTRC2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Inputs | ||||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | INP | LD0.LSHDPTRC2.ManRest.stVal | SPC | BOOLEAN | ST | B | 0 | MAN_RESTORE | Manual restore signal | Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Inputs | ||||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | INP | LD0.LSHDPTRC2.BlkRest.stVal | SPC | BOOLEAN | ST | B | 0 | BLK_REST | Block restore | Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Inputs | ||||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | OUT | LD0.LSHDPTRC2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Outputs | |||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | OUT | LD0.LSHDPTRC2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operation of load shedding | Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Outputs | |||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | OUT | LD0.LSHDPTRC2.RestLodStr.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | ST_REST | Restore frequency attained and restore timer started | Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Outputs | |||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | OUT | LD0.LSHDPTRC2.RestLodOp.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | RESTORE | Restore signal for load restoring purposes | Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Outputs | |||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | OUT | LD0.LSHDPTUF2.Str.general | ACD | BOOLEAN | ST | B | ST_FRQ | Pick-Up signal for under frequency detection | Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Outputs | |||||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | OUT | LD0.LSHDPTUF2.Op.general | ACT | BOOLEAN | ST | B | OPR_FRQ | Operate signal for under frequency | Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Outputs | |||||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | OUT | LD0.LSHDPFRC2.Str.general | ACD | BOOLEAN | ST | B | ST_FRG | Pick-Up signal for high df/dt detection | Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Outputs | |||||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | OUT | LD0.LSHDPFRC2.Op.general | ACT | BOOLEAN | ST | B | OPR_FRG | Operate signal for high df/dt | Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Outputs | |||||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | CTR | LD0.LSHDPTRC2.ManRest.Oper.ctlVal | SPC | BOOLEAN | CO | (Manual restore command) | ||||||||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | CTR | LD0.LSHDPTRC2.BlkRest.Oper.ctlVal | SPC | BOOLEAN | CO | (Cancel restore) | ||||||||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | MON | LD0.LSHDPTRC2.Beh.stVal | INS | Enum | ST | B | LSHDPFRQ2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | MON | LD0.LSHDPTRC2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Monitored data | ||||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | SET | LD0.LSHDPTRC2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Frequency protection\LSHDPFRQ2 | |||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | SET | LD0.LSHDPTRC2.LodShdMod.setVal | ING | Enum | SG | B | 1 | Load shed mode | Set the operation mode for load shedding function | 1=Freq<; 6=Freq< OR df/dt; 8=Freq< AND df/dt | Settings\Settings\Frequency protection\LSHDPFRQ2 | |||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | SET | LD0.LSHDPTRC2.RestStrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.998 | Restore start Val | Restore frequency setting value | 0.800...1.200 xFn | Settings\Settings\Frequency protection\LSHDPFRQ2 | |||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | SET | LD0.LSHDPTRC2.OpDlTmms.setVal | ING | INT32 | SG | B | 300 | Restore delay time | Time delay to restore | 80...200000 ms | Settings\Settings\Frequency protection\LSHDPFRQ2 | |||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | SET | LD0.LSHDPTRC2.RestMod.setVal | ING | Enum | SG | B | 1 | Restore mode | Mode of operation of restore functionality | 1=Disabled; 2=Auto; 3=Manual | Settings\Settings\Frequency protection\LSHDPFRQ2 | |||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | SET | LD0.LSHDPTRC2.RsDlTmms.setVal | ING | INT32 | SP | B | 50 | Reset delay time | Time delay after which the definite timers will reset | 0...60000 ms | Settings\Settings\Frequency protection\LSHDPFRQ2 | |||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | SET | LD0.LSHDPTUF2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.975 | Start value Freq | Frequency setting/start value | 0.800...1.200 xFn | Settings\Settings\Frequency protection\LSHDPFRQ2 | |||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | SET | LD0.LSHDPTUF2.OpDlTmms.setVal | ING | INT32 | SG | B | 200 | Operate Tm Freq | Time delay to operate for under frequency stage | 80...200000 ms | Settings\Settings\Frequency protection\LSHDPFRQ2 | |||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | SET | LD0.LSHDPFRC2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | -0.010 | Start value df/dt | Setting of frequency gradient for df/dt detection | -0.200...-0.005 xFn /s | Settings\Settings\Frequency protection\LSHDPFRQ2 | |||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | SET | LD0.LSHDPFRC2.OpDlTmms.setVal | ING | INT32 | SG | B | 200 | Operate Tm df/dt | Time delay to operate for df/dt stage | 120...200000 ms | Settings\Settings\Frequency protection\LSHDPFRQ2 | |||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | TES | LD0.LSHDPTRC2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | LSHDPFRQ2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; -21=Activate OPR_UFRQ; -22=Deactive OPR_UFRQ; -25=Activate OPR_FRG; -26=Deactive OPR_FRG; -27=Activate ST_UFRQ; -28=Deactive ST_UFRQ; -31=Activate ST_FRG; -32=Deactive ST_FRG; 115=Activate RESTORE; 116=Deactive RESTORE; -55=Activate ST_REST; -56=Deactive ST_REST | Tests\Function tests\Frequency protection | |||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | VER | LD0.LSHDPTRC2.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | VER | LD0.LSHDPTUF2.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| LSHDPFRQ2 | UFLS/R (2) | 81LSH (2) | VER | LD0.LSHDPFRC2.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | INP | LD0.LSHDPTRC3.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Inputs | ||||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | INP | LD0.LSHDPTRC3.ManRest.stVal | SPC | BOOLEAN | ST | B | 0 | MAN_RESTORE | Manual restore signal | Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Inputs | ||||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | INP | LD0.LSHDPTRC3.BlkRest.stVal | SPC | BOOLEAN | ST | B | 0 | BLK_REST | Block restore | Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Inputs | ||||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | OUT | LD0.LSHDPTRC3.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Outputs | |||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | OUT | LD0.LSHDPTRC3.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operation of load shedding | Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Outputs | |||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | OUT | LD0.LSHDPTRC3.RestLodStr.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | ST_REST | Restore frequency attained and restore timer started | Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Outputs | |||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | OUT | LD0.LSHDPTRC3.RestLodOp.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | RESTORE | Restore signal for load restoring purposes | Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Outputs | |||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | OUT | LD0.LSHDPTUF3.Str.general | ACD | BOOLEAN | ST | B | ST_FRQ | Pick-Up signal for under frequency detection | Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Outputs | |||||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | OUT | LD0.LSHDPTUF3.Op.general | ACT | BOOLEAN | ST | B | OPR_FRQ | Operate signal for under frequency | Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Outputs | |||||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | OUT | LD0.LSHDPFRC3.Str.general | ACD | BOOLEAN | ST | B | ST_FRG | Pick-Up signal for high df/dt detection | Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Outputs | |||||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | OUT | LD0.LSHDPFRC3.Op.general | ACT | BOOLEAN | ST | B | OPR_FRG | Operate signal for high df/dt | Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Outputs | |||||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | CTR | LD0.LSHDPTRC3.ManRest.Oper.ctlVal | SPC | BOOLEAN | CO | (Manual restore command) | ||||||||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | CTR | LD0.LSHDPTRC3.BlkRest.Oper.ctlVal | SPC | BOOLEAN | CO | (Cancel restore) | ||||||||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | MON | LD0.LSHDPTRC3.Beh.stVal | INS | Enum | ST | B | LSHDPFRQ3 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | MON | LD0.LSHDPTRC3.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Monitored data | ||||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | SET | LD0.LSHDPTRC3.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Frequency protection\LSHDPFRQ3 | |||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | SET | LD0.LSHDPTRC3.LodShdMod.setVal | ING | Enum | SG | B | 1 | Load shed mode | Set the operation mode for load shedding function | 1=Freq<; 6=Freq< OR df/dt; 8=Freq< AND df/dt | Settings\Settings\Frequency protection\LSHDPFRQ3 | |||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | SET | LD0.LSHDPTRC3.RestStrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.998 | Restore start Val | Restore frequency setting value | 0.800...1.200 xFn | Settings\Settings\Frequency protection\LSHDPFRQ3 | |||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | SET | LD0.LSHDPTRC3.OpDlTmms.setVal | ING | INT32 | SG | B | 300 | Restore delay time | Time delay to restore | 80...200000 ms | Settings\Settings\Frequency protection\LSHDPFRQ3 | |||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | SET | LD0.LSHDPTRC3.RestMod.setVal | ING | Enum | SG | B | 1 | Restore mode | Mode of operation of restore functionality | 1=Disabled; 2=Auto; 3=Manual | Settings\Settings\Frequency protection\LSHDPFRQ3 | |||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | SET | LD0.LSHDPTRC3.RsDlTmms.setVal | ING | INT32 | SP | B | 50 | Reset delay time | Time delay after which the definite timers will reset | 0...60000 ms | Settings\Settings\Frequency protection\LSHDPFRQ3 | |||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | SET | LD0.LSHDPTUF3.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.975 | Start value Freq | Frequency setting/start value | 0.800...1.200 xFn | Settings\Settings\Frequency protection\LSHDPFRQ3 | |||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | SET | LD0.LSHDPTUF3.OpDlTmms.setVal | ING | INT32 | SG | B | 200 | Operate Tm Freq | Time delay to operate for under frequency stage | 80...200000 ms | Settings\Settings\Frequency protection\LSHDPFRQ3 | |||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | SET | LD0.LSHDPFRC3.StrVal.setMag.f | ASG | FLOAT32 | SG | B | -0.010 | Start value df/dt | Setting of frequency gradient for df/dt detection | -0.200...-0.005 xFn /s | Settings\Settings\Frequency protection\LSHDPFRQ3 | |||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | SET | LD0.LSHDPFRC3.OpDlTmms.setVal | ING | INT32 | SG | B | 200 | Operate Tm df/dt | Time delay to operate for df/dt stage | 120...200000 ms | Settings\Settings\Frequency protection\LSHDPFRQ3 | |||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | TES | LD0.LSHDPTRC3.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | LSHDPFRQ3 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; -21=Activate OPR_UFRQ; -22=Deactive OPR_UFRQ; -25=Activate OPR_FRG; -26=Deactive OPR_FRG; -27=Activate ST_UFRQ; -28=Deactive ST_UFRQ; -31=Activate ST_FRG; -32=Deactive ST_FRG; 115=Activate RESTORE; 116=Deactive RESTORE; -55=Activate ST_REST; -56=Deactive ST_REST | Tests\Function tests\Frequency protection | |||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | VER | LD0.LSHDPTRC3.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | VER | LD0.LSHDPTUF3.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| LSHDPFRQ3 | UFLS/R (3) | 81LSH (3) | VER | LD0.LSHDPFRC3.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | INP | LD0.LSHDPTRC4.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Inputs | ||||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | INP | LD0.LSHDPTRC4.ManRest.stVal | SPC | BOOLEAN | ST | B | 0 | MAN_RESTORE | Manual restore signal | Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Inputs | ||||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | INP | LD0.LSHDPTRC4.BlkRest.stVal | SPC | BOOLEAN | ST | B | 0 | BLK_REST | Block restore | Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Inputs | ||||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | OUT | LD0.LSHDPTRC4.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Outputs | |||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | OUT | LD0.LSHDPTRC4.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operation of load shedding | Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Outputs | |||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | OUT | LD0.LSHDPTRC4.RestLodStr.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | ST_REST | Restore frequency attained and restore timer started | Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Outputs | |||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | OUT | LD0.LSHDPTRC4.RestLodOp.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | RESTORE | Restore signal for load restoring purposes | Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Outputs | |||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | OUT | LD0.LSHDPTUF4.Str.general | ACD | BOOLEAN | ST | B | ST_FRQ | Pick-Up signal for under frequency detection | Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Outputs | |||||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | OUT | LD0.LSHDPTUF4.Op.general | ACT | BOOLEAN | ST | B | OPR_FRQ | Operate signal for under frequency | Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Outputs | |||||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | OUT | LD0.LSHDPFRC4.Str.general | ACD | BOOLEAN | ST | B | ST_FRG | Pick-Up signal for high df/dt detection | Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Outputs | |||||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | OUT | LD0.LSHDPFRC4.Op.general | ACT | BOOLEAN | ST | B | OPR_FRG | Operate signal for high df/dt | Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Outputs | |||||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | CTR | LD0.LSHDPTRC4.ManRest.Oper.ctlVal | SPC | BOOLEAN | CO | (Manual restore command) | ||||||||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | CTR | LD0.LSHDPTRC4.BlkRest.Oper.ctlVal | SPC | BOOLEAN | CO | (Cancel restore) | ||||||||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | MON | LD0.LSHDPTRC4.Beh.stVal | INS | Enum | ST | B | LSHDPFRQ4 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | MON | LD0.LSHDPTRC4.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Monitored data | ||||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | SET | LD0.LSHDPTRC4.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Frequency protection\LSHDPFRQ4 | |||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | SET | LD0.LSHDPTRC4.LodShdMod.setVal | ING | Enum | SG | B | 1 | Load shed mode | Set the operation mode for load shedding function | 1=Freq<; 6=Freq< OR df/dt; 8=Freq< AND df/dt | Settings\Settings\Frequency protection\LSHDPFRQ4 | |||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | SET | LD0.LSHDPTRC4.RestStrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.998 | Restore start Val | Restore frequency setting value | 0.800...1.200 xFn | Settings\Settings\Frequency protection\LSHDPFRQ4 | |||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | SET | LD0.LSHDPTRC4.OpDlTmms.setVal | ING | INT32 | SG | B | 300 | Restore delay time | Time delay to restore | 80...200000 ms | Settings\Settings\Frequency protection\LSHDPFRQ4 | |||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | SET | LD0.LSHDPTRC4.RestMod.setVal | ING | Enum | SG | B | 1 | Restore mode | Mode of operation of restore functionality | 1=Disabled; 2=Auto; 3=Manual | Settings\Settings\Frequency protection\LSHDPFRQ4 | |||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | SET | LD0.LSHDPTRC4.RsDlTmms.setVal | ING | INT32 | SP | B | 50 | Reset delay time | Time delay after which the definite timers will reset | 0...60000 ms | Settings\Settings\Frequency protection\LSHDPFRQ4 | |||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | SET | LD0.LSHDPTUF4.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.975 | Start value Freq | Frequency setting/start value | 0.800...1.200 xFn | Settings\Settings\Frequency protection\LSHDPFRQ4 | |||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | SET | LD0.LSHDPTUF4.OpDlTmms.setVal | ING | INT32 | SG | B | 200 | Operate Tm Freq | Time delay to operate for under frequency stage | 80...200000 ms | Settings\Settings\Frequency protection\LSHDPFRQ4 | |||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | SET | LD0.LSHDPFRC4.StrVal.setMag.f | ASG | FLOAT32 | SG | B | -0.010 | Start value df/dt | Setting of frequency gradient for df/dt detection | -0.200...-0.005 xFn /s | Settings\Settings\Frequency protection\LSHDPFRQ4 | |||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | SET | LD0.LSHDPFRC4.OpDlTmms.setVal | ING | INT32 | SG | B | 200 | Operate Tm df/dt | Time delay to operate for df/dt stage | 120...200000 ms | Settings\Settings\Frequency protection\LSHDPFRQ4 | |||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | TES | LD0.LSHDPTRC4.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | LSHDPFRQ4 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; -21=Activate OPR_UFRQ; -22=Deactive OPR_UFRQ; -25=Activate OPR_FRG; -26=Deactive OPR_FRG; -27=Activate ST_UFRQ; -28=Deactive ST_UFRQ; -31=Activate ST_FRG; -32=Deactive ST_FRG; 115=Activate RESTORE; 116=Deactive RESTORE; -55=Activate ST_REST; -56=Deactive ST_REST | Tests\Function tests\Frequency protection | |||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | VER | LD0.LSHDPTRC4.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | VER | LD0.LSHDPTUF4.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| LSHDPFRQ4 | UFLS/R (4) | 81LSH (4) | VER | LD0.LSHDPFRC4.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | INP | LD0.LSHDPTRC5.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Inputs | ||||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | INP | LD0.LSHDPTRC5.ManRest.stVal | SPC | BOOLEAN | ST | B | 0 | MAN_RESTORE | Manual restore signal | Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Inputs | ||||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | INP | LD0.LSHDPTRC5.BlkRest.stVal | SPC | BOOLEAN | ST | B | 0 | BLK_REST | Block restore | Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Inputs | ||||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | OUT | LD0.LSHDPTRC5.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Outputs | |||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | OUT | LD0.LSHDPTRC5.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operation of load shedding | Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Outputs | |||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | OUT | LD0.LSHDPTRC5.RestLodStr.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | ST_REST | Restore frequency attained and restore timer started | Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Outputs | |||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | OUT | LD0.LSHDPTRC5.RestLodOp.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | RESTORE | Restore signal for load restoring purposes | Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Outputs | |||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | OUT | LD0.LSHDPTUF5.Str.general | ACD | BOOLEAN | ST | B | ST_FRQ | Pick-Up signal for under frequency detection | Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Outputs | |||||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | OUT | LD0.LSHDPTUF5.Op.general | ACT | BOOLEAN | ST | B | OPR_FRQ | Operate signal for under frequency | Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Outputs | |||||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | OUT | LD0.LSHDPFRC5.Str.general | ACD | BOOLEAN | ST | B | ST_FRG | Pick-Up signal for high df/dt detection | Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Outputs | |||||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | OUT | LD0.LSHDPFRC5.Op.general | ACT | BOOLEAN | ST | B | OPR_FRG | Operate signal for high df/dt | Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Outputs | |||||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | CTR | LD0.LSHDPTRC5.ManRest.Oper.ctlVal | SPC | BOOLEAN | CO | (Manual restore command) | ||||||||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | CTR | LD0.LSHDPTRC5.BlkRest.Oper.ctlVal | SPC | BOOLEAN | CO | (Cancel restore) | ||||||||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | MON | LD0.LSHDPTRC5.Beh.stVal | INS | Enum | ST | B | LSHDPFRQ5 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | MON | LD0.LSHDPTRC5.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Monitored data | ||||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | SET | LD0.LSHDPTRC5.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Frequency protection\LSHDPFRQ5 | |||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | SET | LD0.LSHDPTRC5.LodShdMod.setVal | ING | Enum | SG | B | 1 | Load shed mode | Set the operation mode for load shedding function | 1=Freq<; 6=Freq< OR df/dt; 8=Freq< AND df/dt | Settings\Settings\Frequency protection\LSHDPFRQ5 | |||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | SET | LD0.LSHDPTRC5.RestStrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.998 | Restore start Val | Restore frequency setting value | 0.800...1.200 xFn | Settings\Settings\Frequency protection\LSHDPFRQ5 | |||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | SET | LD0.LSHDPTRC5.OpDlTmms.setVal | ING | INT32 | SG | B | 300 | Restore delay time | Time delay to restore | 80...200000 ms | Settings\Settings\Frequency protection\LSHDPFRQ5 | |||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | SET | LD0.LSHDPTRC5.RestMod.setVal | ING | Enum | SG | B | 1 | Restore mode | Mode of operation of restore functionality | 1=Disabled; 2=Auto; 3=Manual | Settings\Settings\Frequency protection\LSHDPFRQ5 | |||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | SET | LD0.LSHDPTRC5.RsDlTmms.setVal | ING | INT32 | SP | B | 50 | Reset delay time | Time delay after which the definite timers will reset | 0...60000 ms | Settings\Settings\Frequency protection\LSHDPFRQ5 | |||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | SET | LD0.LSHDPTUF5.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.975 | Start value Freq | Frequency setting/start value | 0.800...1.200 xFn | Settings\Settings\Frequency protection\LSHDPFRQ5 | |||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | SET | LD0.LSHDPTUF5.OpDlTmms.setVal | ING | INT32 | SG | B | 200 | Operate Tm Freq | Time delay to operate for under frequency stage | 80...200000 ms | Settings\Settings\Frequency protection\LSHDPFRQ5 | |||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | SET | LD0.LSHDPFRC5.StrVal.setMag.f | ASG | FLOAT32 | SG | B | -0.010 | Start value df/dt | Setting of frequency gradient for df/dt detection | -0.200...-0.005 xFn /s | Settings\Settings\Frequency protection\LSHDPFRQ5 | |||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | SET | LD0.LSHDPFRC5.OpDlTmms.setVal | ING | INT32 | SG | B | 200 | Operate Tm df/dt | Time delay to operate for df/dt stage | 120...200000 ms | Settings\Settings\Frequency protection\LSHDPFRQ5 | |||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | TES | LD0.LSHDPTRC5.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | LSHDPFRQ5 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; -21=Activate OPR_UFRQ; -22=Deactive OPR_UFRQ; -25=Activate OPR_FRG; -26=Deactive OPR_FRG; -27=Activate ST_UFRQ; -28=Deactive ST_UFRQ; -31=Activate ST_FRG; -32=Deactive ST_FRG; 115=Activate RESTORE; 116=Deactive RESTORE; -55=Activate ST_REST; -56=Deactive ST_REST | Tests\Function tests\Frequency protection | |||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | VER | LD0.LSHDPTRC5.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | VER | LD0.LSHDPTUF5.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| LSHDPFRQ5 | UFLS/R (5) | 81LSH (5) | VER | LD0.LSHDPFRC5.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | INP | LD0.LSHDPTRC6.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Frequency protection\LSHDPFRQ6\Inputs | ||||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | INP | LD0.LSHDPTRC6.ManRest.stVal | SPC | BOOLEAN | ST | B | 0 | MAN_RESTORE | Manual restore signal | Monitoring\I/O status\Frequency protection\LSHDPFRQ6\Inputs | ||||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | INP | LD0.LSHDPTRC6.BlkRest.stVal | SPC | BOOLEAN | ST | B | 0 | BLK_REST | Block restore | Monitoring\I/O status\Frequency protection\LSHDPFRQ6\Inputs | ||||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | OUT | LD0.LSHDPTRC6.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Frequency protection\LSHDPFRQ6\Outputs | |||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | OUT | LD0.LSHDPTRC6.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operation of load shedding | Monitoring\I/O status\Frequency protection\LSHDPFRQ6\Outputs | |||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | OUT | LD0.LSHDPTRC6.RestLodStr.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | ST_REST | Restore frequency attained and restore timer started | Monitoring\I/O status\Frequency protection\LSHDPFRQ6\Outputs | |||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | OUT | LD0.LSHDPTRC6.RestLodOp.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | RESTORE | Restore signal for load restoring purposes | Monitoring\I/O status\Frequency protection\LSHDPFRQ6\Outputs | |||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | OUT | LD0.LSHDPTUF6.Str.general | ACD | BOOLEAN | ST | B | ST_FRQ | Pick-Up signal for under frequency detection | Monitoring\I/O status\Frequency protection\LSHDPFRQ6\Outputs | |||||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | OUT | LD0.LSHDPTUF6.Op.general | ACT | BOOLEAN | ST | B | OPR_FRQ | Operate signal for under frequency | Monitoring\I/O status\Frequency protection\LSHDPFRQ6\Outputs | |||||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | OUT | LD0.LSHDPFRC6.Str.general | ACD | BOOLEAN | ST | B | ST_FRG | Pick-Up signal for high df/dt detection | Monitoring\I/O status\Frequency protection\LSHDPFRQ6\Outputs | |||||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | OUT | LD0.LSHDPFRC6.Op.general | ACT | BOOLEAN | ST | B | OPR_FRG | Operate signal for high df/dt | Monitoring\I/O status\Frequency protection\LSHDPFRQ6\Outputs | |||||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | CTR | LD0.LSHDPTRC6.ManRest.Oper.ctlVal | SPC | BOOLEAN | CO | (Manual restore command) | ||||||||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | CTR | LD0.LSHDPTRC6.BlkRest.Oper.ctlVal | SPC | BOOLEAN | CO | (Cancel restore) | ||||||||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | MON | LD0.LSHDPTRC6.Beh.stVal | INS | Enum | ST | B | LSHDPFRQ6 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | MON | LD0.LSHDPTRC6.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Start duration | 0.00...100.00 % | Monitoring\I/O status\Frequency protection\LSHDPFRQ6\Monitored data | ||||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | SET | LD0.LSHDPTRC6.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Frequency protection\LSHDPFRQ6 | |||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | SET | LD0.LSHDPTRC6.LodShdMod.setVal | ING | Enum | SG | B | 1 | Load shed mode | Set the operation mode for load shedding function | 1=Freq<; 6=Freq< OR df/dt; 8=Freq< AND df/dt | Settings\Settings\Frequency protection\LSHDPFRQ6 | |||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | SET | LD0.LSHDPTRC6.RestStrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.998 | Restore start Val | Restore frequency setting value | 0.800...1.200 xFn | Settings\Settings\Frequency protection\LSHDPFRQ6 | |||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | SET | LD0.LSHDPTRC6.OpDlTmms.setVal | ING | INT32 | SG | B | 300 | Restore delay time | Time delay to restore | 80...200000 ms | Settings\Settings\Frequency protection\LSHDPFRQ6 | |||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | SET | LD0.LSHDPTRC6.RestMod.setVal | ING | Enum | SG | B | 1 | Restore mode | Mode of operation of restore functionality | 1=Disabled; 2=Auto; 3=Manual | Settings\Settings\Frequency protection\LSHDPFRQ6 | |||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | SET | LD0.LSHDPTRC6.RsDlTmms.setVal | ING | INT32 | SP | B | 50 | Reset delay time | Time delay after which the definite timers will reset | 0...60000 ms | Settings\Settings\Frequency protection\LSHDPFRQ6 | |||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | SET | LD0.LSHDPTUF6.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.975 | Start value Freq | Frequency setting/start value | 0.800...1.200 xFn | Settings\Settings\Frequency protection\LSHDPFRQ6 | |||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | SET | LD0.LSHDPTUF6.OpDlTmms.setVal | ING | INT32 | SG | B | 200 | Operate Tm Freq | Time delay to operate for under frequency stage | 80...200000 ms | Settings\Settings\Frequency protection\LSHDPFRQ6 | |||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | SET | LD0.LSHDPFRC6.StrVal.setMag.f | ASG | FLOAT32 | SG | B | -0.010 | Start value df/dt | Setting of frequency gradient for df/dt detection | -0.200...-0.005 xFn /s | Settings\Settings\Frequency protection\LSHDPFRQ6 | |||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | SET | LD0.LSHDPFRC6.OpDlTmms.setVal | ING | INT32 | SG | B | 200 | Operate Tm df/dt | Time delay to operate for df/dt stage | 120...200000 ms | Settings\Settings\Frequency protection\LSHDPFRQ6 | |||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | TES | LD0.LSHDPTRC6.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | LSHDPFRQ6 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; -21=Activate OPR_UFRQ; -22=Deactive OPR_UFRQ; -25=Activate OPR_FRG; -26=Deactive OPR_FRG; -27=Activate ST_UFRQ; -28=Deactive ST_UFRQ; -31=Activate ST_FRG; -32=Deactive ST_FRG; 115=Activate RESTORE; 116=Deactive RESTORE; -55=Activate ST_REST; -56=Deactive ST_REST | Tests\Function tests\Frequency protection | |||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | VER | LD0.LSHDPTRC6.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | VER | LD0.LSHDPTUF6.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| LSHDPFRQ6 | UFLS/R (6) | 81LSH (6) | VER | LD0.LSHDPFRC6.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| DARREC1 | O -> I (1) | 79 (1) | INP | LD0.DARREC1.InInhRec.stVal | SPS | BOOLEAN | ST | A | 0 | INHIBIT_RECL | Interrupts and inhibits reclosing sequence | Monitoring\I/O status\Control\DARREC1\Inputs | ||||
| DARREC1 | O -> I (1) | 79 (1) | INP | LD0.DARREC1.InBlkThm.stVal | SPS | BOOLEAN | ST | A | 0 | BLK_THERM | Blocks and holds the reclose shot from the thermal overload | Monitoring\I/O status\Control\DARREC1\Inputs | ||||
| DARREC1 | O -> I (1) | 79 (1) | INP | LD0.DARREC1.InReClsOn.stVal | SPS | BOOLEAN | ST | A | 0 | RECL_ON | Level sensitive signal for allowing (high) / not allowing (low) reclosing | Monitoring\I/O status\Control\DARREC1\Inputs | ||||
| DARREC1 | O -> I (1) | 79 (1) | INP | LD0.DARREC1.InBlkRclTm.stVal | SPS | BOOLEAN | ST | A | 0 | BLK_RCLM_T | Blocks and resets reclaim time | Monitoring\I/O status\Control\DARREC1\Inputs | ||||
| DARREC1 | O -> I (1) | 79 (1) | INP | LD0.DARREC1.InCBPos.stVal | SPS | BOOLEAN | ST | A | 0 | CB_POS | Circuit breaker position input | Monitoring\I/O status\Control\DARREC1\Inputs | ||||
| DARREC1 | O -> I (1) | 79 (1) | INP | LD0.DARREC1.InCBRdy.stVal | SPS | BOOLEAN | ST | A | 1 | CB_READY | Circuit breaker status signal | Monitoring\I/O status\Control\DARREC1\Inputs | ||||
| DARREC1 | O -> I (1) | 79 (1) | INP | LD0.DARREC1.InSynChk.stVal | SPS | BOOLEAN | ST | A | 0 | SYNC | Synchronizing check fulfilled | Monitoring\I/O status\Control\DARREC1\Inputs | ||||
| DARREC1 | O -> I (1) | 79 (1) | INP | LD0.DARREC1.InIncrPntr.stVal | SPS | BOOLEAN | ST | A | 0 | INC_SHOTP | A zone sequence coordination signal | Monitoring\I/O status\Control\DARREC1\Inputs | ||||
| DARREC1 | O -> I (1) | 79 (1) | INP | LD0.DARREC1.InIni1.stVal | SPS | BOOLEAN | ST | A | 0 | INIT_1 | AR initialization / blocking signal 1 | Monitoring\I/O status\Control\DARREC1\Inputs | ||||
| DARREC1 | O -> I (1) | 79 (1) | INP | LD0.DARREC1.InIni2.stVal | SPS | BOOLEAN | ST | A | 0 | INIT_2 | AR initialization / blocking signal 2 | Monitoring\I/O status\Control\DARREC1\Inputs | ||||
| DARREC1 | O -> I (1) | 79 (1) | INP | LD0.DARREC1.InIni3.stVal | SPS | BOOLEAN | ST | A | 0 | INIT_3 | AR initialization / blocking signal 3 | Monitoring\I/O status\Control\DARREC1\Inputs | ||||
| DARREC1 | O -> I (1) | 79 (1) | INP | LD0.DARREC1.InIni4.stVal | SPS | BOOLEAN | ST | A | 0 | INIT_4 | AR initialization / blocking signal 4 | Monitoring\I/O status\Control\DARREC1\Inputs | ||||
| DARREC1 | O -> I (1) | 79 (1) | INP | LD0.DARREC1.InIni5.stVal | SPS | BOOLEAN | ST | A | 0 | INIT_5 | AR initialization / blocking signal 5 | Monitoring\I/O status\Control\DARREC1\Inputs | ||||
| DARREC1 | O -> I (1) | 79 (1) | INP | LD0.DARREC1.InIni6.stVal | SPS | BOOLEAN | ST | B | 0 | INIT_6 | AR initialization / blocking signal 6 | Monitoring\I/O status\Control\DARREC1\Inputs | ||||
| DARREC1 | O -> I (1) | 79 (1) | INP | LD0.DARREC1.InDlIni2.stVal | SPS | BOOLEAN | ST | A | 0 | DEL_INIT_2 | Delayed AR initialization / blocking signal 2 | Monitoring\I/O status\Control\DARREC1\Inputs | ||||
| DARREC1 | O -> I (1) | 79 (1) | INP | LD0.DARREC1.InDlIni3.stVal | SPS | BOOLEAN | ST | A | 0 | DEL_INIT_3 | Delayed AR initialization / blocking signal 3 | Monitoring\I/O status\Control\DARREC1\Inputs | ||||
| DARREC1 | O -> I (1) | 79 (1) | INP | LD0.DARREC1.InDlIni4.stVal | SPS | BOOLEAN | ST | A | 0 | DEL_INIT_4 | Delayed AR initialization / blocking signal 4 | Monitoring\I/O status\Control\DARREC1\Inputs | ||||
| DARREC1 | O -> I (1) | 79 (1) | INP | LD0.DARREC1.InBlkRecTm.stVal | SPS | BOOLEAN | ST | A | 0 | BLK_RECL_T | Blocks and resets reclose time | Monitoring\I/O status\Control\DARREC1\Inputs | ||||
| DARREC1 | O -> I (1) | 79 (1) | OUT | LD0.DARREC1.Op.general | ACT | BOOLEAN | ST | A | StatNrml | P,H,T | CLOSE_CB | Close (reclose) command for circuit breaker | (A,B,C) | Monitoring\I/O status\Control\DARREC1\Outputs | ||
| DARREC1 | O -> I (1) | 79 (1) | OUT | LD0.DARREC1.OpOpn.general | ACT | BOOLEAN | ST | A | StatNrml | P,H | OPEN_CB | Open command for circuit breaker | (A,B,C) | Monitoring\I/O status\Control\DARREC1\Outputs | ||
| DARREC1 | O -> I (1) | 79 (1) | OUT | LD0.DARREC1.LO.stVal | SPS | BOOLEAN | ST | A | StatNrml | P,H | LOCKED | Signal indicating that AR is locked out | Monitoring\I/O status\Control\DARREC1\Outputs | |||
| DARREC1 | O -> I (1) | 79 (1) | OUT | LD0.DARREC1.RdyRec.stVal | SPS | BOOLEAN | ST | A | StatIed | P,H | READY | Indicates that the AR is ready for a new sequence | Monitoring\I/O status\Control\DARREC1\Outputs | |||
| DARREC1 | O -> I (1) | 79 (1) | OUT | LD0.DARREC1.UnsRec.stVal | SPS | BOOLEAN | ST | A | StatNrml | P,H | UNSUC_RECL | Indicates an unsuccessful reclosing sequence | Monitoring\I/O status\Control\DARREC1\Outputs | |||
| DARREC1 | O -> I (1) | 79 (1) | OUT | LD0.DARREC1.PrgRec.stVal | SPS | BOOLEAN | ST | A | StatNrml | P,H | INPRO | Reclosing shot in progress, activated during dead time | Monitoring\I/O status\Control\DARREC1\Outputs | |||
| DARREC1 | O -> I (1) | 79 (1) | OUT | LD0.DARREC1.WtMstr.stVal | SPS | BOOLEAN | ST | A | StatIed | P,H | CMD_WAIT | Wait for master command | Monitoring\I/O status\Control\DARREC1\Outputs | |||
| DARREC1 | O -> I (1) | 79 (1) | OUT | LD0.DARREC1.ProCrd.stVal | SPS | BOOLEAN | ST | A | PROT_CRD | A signal for coordination between the AR and the protection | Monitoring\I/O status\Control\DARREC1\Outputs | |||||
| DARREC1 | O -> I (1) | 79 (1) | OUT | LD0.DARREC1.AROn.stVal | SPS | BOOLEAN | ST | A | StatIed | P,H | AR_ON | Autoreclosing allowed | Monitoring\I/O status\Control\DARREC1\Outputs | |||
| DARREC1 | O -> I (1) | 79 (1) | CTR | LD0.DARREC1.RsRec.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | DARREC1 reset | DARREC1 reset to initial condition | 0=Cancel; 1=Clear | Clear\Clear | |||
| DARREC1 | O -> I (1) | 79 (1) | CTR | LD0.DARREC1.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | DARREC1 counters | DARREC1 all counters reset | 0=Cancel; 1=Clear | Clear\Clear | |||
| DARREC1 | O -> I (1) | 79 (1) | CTR | LD0.DARREC1.DsaCnt.Oper.ctlVal | SPC | BOOLEAN | CO | (Signal for counter disabling) | ||||||||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.Beh.stVal | INS | Enum | ST | B | DARREC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.AutoRecSt.stVal | INS | Enum | ST | A | StatIed | P,H | STATUS | AR status signal for IEC61850 | -2=Unsuccessful; -1=Not defined; 1=Ready; 2=In progress; 3=Successful | Monitoring\I/O status\Control\DARREC1\Monitored data | ||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.ActRec.stVal | SPS | BOOLEAN | ST | A | StatIed | P,H | ACTIVE | Reclosing sequence is in progress | Monitoring\I/O status\Control\DARREC1\Monitored data | |||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.SucRec.stVal | SPS | BOOLEAN | ST | A | StatNrml | P,H | SUC_RECL | Indicates a successful reclosing sequence | Monitoring\I/O status\Control\DARREC1\Monitored data | |||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.UnsCBCls.stVal | SPS | BOOLEAN | ST | A | StatIed | P,H | UNSUC_CB | Indicates an unsuccessful CB closing | Monitoring\I/O status\Control\DARREC1\Monitored data | |||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.PrgRec1.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | INPRO_1 | Reclosing shot in progress, shot 1 | Monitoring\I/O status\Control\DARREC1\Monitored data | |||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.PrgRec2.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | INPRO_2 | Reclosing shot in progress, shot 2 | Monitoring\I/O status\Control\DARREC1\Monitored data | |||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.PrgRec3.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | INPRO_3 | Reclosing shot in progress, shot 3 | Monitoring\I/O status\Control\DARREC1\Monitored data | |||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.PrgRec4.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | INPRO_4 | Reclosing shot in progress, shot 4 | Monitoring\I/O status\Control\DARREC1\Monitored data | |||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.PrgRec5.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | INPRO_5 | Reclosing shot in progress, shot 5 | Monitoring\I/O status\Control\DARREC1\Monitored data | |||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.PrgDsr.stVal | SPS | BOOLEAN | ST | A | StatIed | P,H | DISCR_INPRO | Signal indicating that discrimination time is in progress | Monitoring\I/O status\Control\DARREC1\Monitored data | |||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.PrgCutOut.stVal | SPS | BOOLEAN | ST | A | StatIed | P,H | CUTOUT_INPRO | Signal indicating that cut-out time is in progress | Monitoring\I/O status\Control\DARREC1\Monitored data | |||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.OpCntRs.stVal | INC | INT32 | ST | A | COUNTER | Resetable operation counter, all shots | 0...2147483647 | Monitoring\I/O status\Control\DARREC1\Monitored data | ||||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.OpCnt1.stVal | INS | INT32 | ST | A | CNT_SHOT1 | Resetable operation counter, shot 1 | 0...2147483647 | Monitoring\I/O status\Control\DARREC1\Monitored data | ||||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.OpCnt2.stVal | INS | INT32 | ST | A | CNT_SHOT2 | Resetable operation counter, shot 2 | 0...2147483647 | Monitoring\I/O status\Control\DARREC1\Monitored data | ||||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.OpCnt3.stVal | INS | INT32 | ST | A | CNT_SHOT3 | Resetable operation counter, shot 3 | 0...2147483647 | Monitoring\I/O status\Control\DARREC1\Monitored data | ||||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.OpCnt4.stVal | INS | INT32 | ST | A | CNT_SHOT4 | Resetable operation counter, shot 4 | 0...2147483647 | Monitoring\I/O status\Control\DARREC1\Monitored data | ||||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.OpCnt5.stVal | INS | INT32 | ST | A | CNT_SHOT5 | Resetable operation counter, shot 5 | 0...2147483647 | Monitoring\I/O status\Control\DARREC1\Monitored data | ||||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.FrqOpCnt.stVal | INS | INT32 | ST | A | FRQ_OPR_CNT | Frequent operation counter | 0...2147483647 | Monitoring\I/O status\Control\DARREC1\Monitored data | ||||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.FrqOpAlm.stVal | SPS | BOOLEAN | ST | A | StatIed | P,H | FRQ_OPR_AL | Frequent operation counter alarm | Monitoring\I/O status\Control\DARREC1\Monitored data | |||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.DsaCnt.stVal | SPC | BOOLEAN | ST | B | DISA_COUNT | Signal for counter disabling | Monitoring\I/O status\Control\DARREC1\Monitored data | |||||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.RclTmStr.stVal | SPS | BOOLEAN | ST | StatIed | P,H | (Reclaim time started) | ||||||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.CBManCls.stVal | SPS | BOOLEAN | ST | A | StatIed | P,H | MAN_CB_CL | Indicates CB manual closing during reclosing sequence | Monitoring\I/O status\Control\DARREC1\Monitored data | |||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.ShotPntr.stVal | INS | INT32 | ST | A | StatIed | P,H | SHOT_PTR | Shot pointer value | 0...7 | Monitoring\I/O status\Control\DARREC1\Monitored data | ||
| DARREC1 | O -> I (1) | 79 (1) | MON | LD0.DARREC1.SOF.stVal | SPS | BOOLEAN | ST | A | SOTF | Switch-onto-fault | Monitoring\I/O status\Control\DARREC1\Monitored data | |||||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off/On | 1=on; 5=off | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.AutoIni.setVal | ING | INT32 | SP | B,I | 0 | Auto init | Defines INIT lines that are activated at auto initiation | 0...63 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.RecOp.setVal | ING | Enum | SP | B | 1 | Reclosing operation | Reclosing operation (Off, External Ctl / On) | 1=Off; 2=External Ctl; 3=On | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.ManClsMod.setVal | SPG | BOOLEAN | SP | A | 0 | Manual close mode | Manual close mode | Settings\Settings\Control\DARREC1 | ||||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.WtClsTmms.setVal | ING | INT32 | SP | A | 250 | Wait close time | Allowed CB closing time after reclose command | 50...10000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.MaxWtTmms.setVal | ING | INT32 | SP | A | 10000 | Max wait time | Maximum wait time for haltDeadTime release | 100...1800000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.PlsTmms.setVal | ING | INT32 | SP | B | 200 | Close pulse time | CB close pulse time | 10...10000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.MaxBlkTmms.setVal | ING | INT32 | SP | A | 10000 | Max Thm block time | Maximum wait time for thermal blocking signal deactivation | 100...1800000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.CutOutTmms.setVal | ING | INT32 | SP | A | 10000 | Cut-out time | Cutout time for protection coordination | 0...1800000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.RclTmms.setVal | ING | INT32 | SP | B | 10000 | Reclaim time | Reclaim time | 100...1800000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.DsrTmms1.setVal | ING | INT32 | SP | A | 0 | Dsr time shot 1 | Discrimination time for first reclosing | 0...10000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.DsrTmms2.setVal | ING | INT32 | SP | A | 0 | Dsr time shot 2 | Discrimination time for second reclosing | 0...10000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.DsrTmms3.setVal | ING | INT32 | SP | A | 0 | Dsr time shot 3 | Discrimination time for third reclosing | 0...10000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.DsrTmms4.setVal | ING | INT32 | SP | A | 0 | Dsr time shot 4 | Discrimination time for fourth reclosing | 0...10000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.TermPrio.setVal | ING | Enum | SP | B | 1 | Terminal priority | Terminal priority | 1=None; 2=Low (follower); 3=High (master) | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.SynSet.setVal | ING | INT32 | SP | B | 0 | Synchronisation set | Selection for synchronizing requirement for reclosing | 0...127 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.AutoWtTmms.setVal | ING | INT32 | SP | A | 2000 | Auto wait time | Wait time for reclosing condition fullfilling | 0...60000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.AutoLORst.setVal | SPG | BOOLEAN | SP | A | 1 | Auto lockout reset | Automatic lockout reset | Settings\Settings\Control\DARREC1 | ||||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.ProtCrdLim.setVal | ING | INT32 | SP | A | 1 | Protection crd limit | Protection coordination shot limit | 1...5 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.ProtCrdMod.setVal | ING | Enum | SP | A | 4 | Protection crd mode | Protection coordination mode | 1=No condition; 2=AR inoperative; 3=CB close manual; 4=AR inop, CB man; 5=Always | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.AutoIniCnd.setVal | ING | Enum | SP | B | 2 | Auto initiation cnd | Auto initiation condition | 1=Not allowed; 2=When sync fails; 3=CB doesn't close; 4=Both | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.TrLin.setVal | ING | INT32 | SP | A | 0 | Tripping line | Tripping line, defines INIT inputs which cause OPEN_CB activation | 0...63 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.CtlLin.setVal | ING | INT32 | SP | A | 63 | Control line | Control line, defines INIT inputs which are protection signals | 0...63 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.EnaShotJmp.setVal | SPG | BOOLEAN | SP | A | 1 | Enable shot jump | Enable shot jumping | Settings\Settings\Control\DARREC1 | ||||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.CBClsPosSt.setVal | SPG | BOOLEAN | SP | A | 0 | CB closed Pos status | Circuit breaker closed position status | Settings\Settings\Control\DARREC1 | ||||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.Ena4DISOF.setVal | SPG | BOOLEAN | SP | B,I | 0 | Fourth delay in SOTF | Sets 4th delay into use for all DEL_INIT signals during SOTF | Settings\Settings\Control\DARREC1 | ||||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.Rec1Tmms.setVal | ING | INT32 | SP | B | 5000 | First reclose time | Dead time for CBB1 | 0...300000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.Rec2Tmms.setVal | ING | INT32 | SP | B | 5000 | Second reclose time | Dead time for CBB2 | 0...300000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.Rec3Tmms.setVal | ING | INT32 | SP | B | 5000 | Third reclose time | Dead time for CBB3 | 0...300000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.Rec4Tmms.setVal | ING | INT32 | SP | B | 5000 | Fourth reclose time | Dead time for CBB4 | 0...300000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.Rec5Tmms.setVal | ING | INT32 | SP | B | 5000 | Fifth reclose time | Dead time for CBB5 | 0...300000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.Rec6Tmms.setVal | ING | INT32 | SP | B | 5000 | Sixth reclose time | Dead time for CBB6 | 0...300000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.Rec7Tmms.setVal | ING | INT32 | SP | B | 5000 | Seventh reclose time | Dead time for CBB7 | 0...300000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.IniSigCBB1.setVal | ING | INT32 | SP | B | 0 | Init signals CBB1 | Initiation lines for CBB1 | 0...63 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.IniSigCBB2.setVal | ING | INT32 | SP | B | 0 | Init signals CBB2 | Initiation lines for CBB2 | 0...63 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.IniSigCBB3.setVal | ING | INT32 | SP | B | 0 | Init signals CBB3 | Initiation lines for CBB3 | 0...63 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.IniSigCBB4.setVal | ING | INT32 | SP | B | 0 | Init signals CBB4 | Initiation lines for CBB4 | 0...63 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.IniSigCBB5.setVal | ING | INT32 | SP | B | 0 | Init signals CBB5 | Initiation lines for CBB5 | 0...63 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.IniSigCBB6.setVal | ING | INT32 | SP | B | 0 | Init signals CBB6 | Initiation lines for CBB6 | 0...63 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.IniSigCBB7.setVal | ING | INT32 | SP | B | 0 | Init signals CBB7 | Initiation lines for CBB7 | 0...63 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.BlkSigCBB1.setVal | ING | INT32 | SP | A | 0 | Blk signals CBB1 | Blocking lines for CBB1 | 0...63 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.BlkSigCBB2.setVal | ING | INT32 | SP | A | 0 | Blk signals CBB2 | Blocking lines for CBB2 | 0...63 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.BlkSigCBB3.setVal | ING | INT32 | SP | A | 0 | Blk signals CBB3 | Blocking lines for CBB3 | 0...63 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.BlkSigCBB4.setVal | ING | INT32 | SP | A | 0 | Blk signals CBB4 | Blocking lines for CBB4 | 0...63 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.BlkSigCBB5.setVal | ING | INT32 | SP | A | 0 | Blk signals CBB5 | Blocking lines for CBB5 | 0...63 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.BlkSigCBB6.setVal | ING | INT32 | SP | A | 0 | Blk signals CBB6 | Blocking lines for CBB6 | 0...63 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.BlkSigCBB7.setVal | ING | INT32 | SP | A | 0 | Blk signals CBB7 | Blocking lines for CBB7 | 0...63 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.ShotNum1.setVal | ING | INT32 | SP | A | 0 | Shot number CBB1 | Shot number for CBB1 | 0...5 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.ShotNum2.setVal | ING | INT32 | SP | A | 0 | Shot number CBB2 | Shot number for CBB2 | 0...5 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.ShotNum3.setVal | ING | INT32 | SP | B | 0 | Shot number CBB3 | Shot number for CBB3 | 0...5 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.ShotNum4.setVal | ING | INT32 | SP | B | 0 | Shot number CBB4 | Shot number for CBB4 | 0...5 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.ShotNum5.setVal | ING | INT32 | SP | B | 0 | Shot number CBB5 | Shot number for CBB5 | 0...5 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.ShotNum6.setVal | ING | INT32 | SP | A | 0 | Shot number CBB6 | Shot number for CBB6 | 0...5 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.ShotNum7.setVal | ING | INT32 | SP | A | 0 | Shot number CBB7 | Shot number for CBB7 | 0...5 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.Str2Tmms1.setVal | ING | INT32 | SP | A | 0 | Str 2 delay shot 1 | Delay time for start2, 1st reclose | 0...300000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.Str2Tmms2.setVal | ING | INT32 | SP | A | 0 | Str 2 delay shot 2 | Delay time for start2 2nd reclose | 0...300000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.Str2Tmms3.setVal | ING | INT32 | SP | A | 0 | Str 2 delay shot 3 | Delay time for start2 3rd reclose | 0...300000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.Str2Tmms4.setVal | ING | INT32 | SP | A | 0 | Str 2 delay shot 4 | Delay time for start2, 4th reclose | 0...300000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.Str3Tmms1.setVal | ING | INT32 | SP | A | 0 | Str 3 delay shot 1 | Delay time for start3, 1st reclose | 0...300000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.Str3Tmms2.setVal | ING | INT32 | SP | A | 0 | Str 3 delay shot 2 | Delay time for start3 2nd reclose | 0...300000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.Str3Tmms3.setVal | ING | INT32 | SP | A | 0 | Str 3 delay shot 3 | Delay time for start3 3rd reclose | 0...300000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.Str3Tmms4.setVal | ING | INT32 | SP | A | 0 | Str 3 delay shot 4 | Delay time for start3, 4th reclose | 0...300000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.Str4Tmms1.setVal | ING | INT32 | SP | A | 0 | Str 4 delay shot 1 | Delay time for start4, 1st reclose | 0...300000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.Str4Tmms2.setVal | ING | INT32 | SP | A | 0 | Str 4 delay shot 2 | Delay time for start4 2nd reclose | 0...300000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.Str4Tmms3.setVal | ING | INT32 | SP | A | 0 | Str 4 delay shot 3 | Delay time for start4 3rd reclose | 0...300000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.Str4Tmms4.setVal | ING | INT32 | SP | A | 0 | Str 4 delay shot 4 | Delay time for start4, 4th reclose | 0...300000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.FrqCntLim.setVal | ING | INT32 | SP | B | 0 | Frq Op counter limit | Frequent operation counter lockout limit | 0...250 | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.FrqCntTmm.setVal | ING | INT32 | SP | B | 1 | Frq Op counter time | Frequent operation counter time | 1...250 min | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.FrqRcvTmm.setVal | ING | INT32 | SP | B | 1 | Frq Op recovery time | Frequent operation counter recovery time | 1...250 min | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | SET | LD0.DARREC1.MaxTrTmms.setVal | ING | INT32 | SP | A | 10000 | Max trip time | Maximum wait time for deactivation of protection signals | 100...10000 ms | Settings\Settings\Control\DARREC1 | |||
| DARREC1 | O -> I (1) | 79 (1) | TES | LD0.DARREC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | DARREC1 | Test control for outputs | 0=Reset; 47=Activate OPEN_CB; 48=Deactive OPEN_CB; 49=Activate CLOSE_CB; 50=Deactive CLOSE_CB; 51=Activate CMD_WAIT; 52=Deactive CMD_WAIT; 53=Activate PROT_CRD; 54=Deactive PROT_CRD; 55=Activate INPRO; 56=Deactive INPRO; 57=Activate LOCKED; 58=Deactive LOCKED; 59=Activate UNSUC_RECL; 60=Deactive UNSUC_RECL; 61=Activate AR_ON; 62=Deactive AR_ON; 121=Activate READY; 122=Deactive READY | Tests\Function tests\Control | |||
| DARREC1 | O -> I (1) | 79 (1) | VER | LD0.DARREC1.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| DARREC2 | O -> I (2) | 79 (2) | INP | LD0.DARREC2.InInhRec.stVal | SPS | BOOLEAN | ST | A | 0 | INHIBIT_RECL | Interrupts and inhibits reclosing sequence | Monitoring\I/O status\Control\DARREC2\Inputs | ||||
| DARREC2 | O -> I (2) | 79 (2) | INP | LD0.DARREC2.InBlkThm.stVal | SPS | BOOLEAN | ST | A | 0 | BLK_THERM | Blocks and holds the reclose shot from the thermal overload | Monitoring\I/O status\Control\DARREC2\Inputs | ||||
| DARREC2 | O -> I (2) | 79 (2) | INP | LD0.DARREC2.InReClsOn.stVal | SPS | BOOLEAN | ST | A | 0 | RECL_ON | Level sensitive signal for allowing (high) / not allowing (low) reclosing | Monitoring\I/O status\Control\DARREC2\Inputs | ||||
| DARREC2 | O -> I (2) | 79 (2) | INP | LD0.DARREC2.InBlkRclTm.stVal | SPS | BOOLEAN | ST | A | 0 | BLK_RCLM_T | Blocks and resets reclaim time | Monitoring\I/O status\Control\DARREC2\Inputs | ||||
| DARREC2 | O -> I (2) | 79 (2) | INP | LD0.DARREC2.InCBPos.stVal | SPS | BOOLEAN | ST | A | 0 | CB_POS | Circuit breaker position input | Monitoring\I/O status\Control\DARREC2\Inputs | ||||
| DARREC2 | O -> I (2) | 79 (2) | INP | LD0.DARREC2.InCBRdy.stVal | SPS | BOOLEAN | ST | A | 1 | CB_READY | Circuit breaker status signal | Monitoring\I/O status\Control\DARREC2\Inputs | ||||
| DARREC2 | O -> I (2) | 79 (2) | INP | LD0.DARREC2.InSynChk.stVal | SPS | BOOLEAN | ST | A | 0 | SYNC | Synchronizing check fulfilled | Monitoring\I/O status\Control\DARREC2\Inputs | ||||
| DARREC2 | O -> I (2) | 79 (2) | INP | LD0.DARREC2.InIncrPntr.stVal | SPS | BOOLEAN | ST | A | 0 | INC_SHOTP | A zone sequence coordination signal | Monitoring\I/O status\Control\DARREC2\Inputs | ||||
| DARREC2 | O -> I (2) | 79 (2) | INP | LD0.DARREC2.InIni1.stVal | SPS | BOOLEAN | ST | A | 0 | INIT_1 | AR initialization / blocking signal 1 | Monitoring\I/O status\Control\DARREC2\Inputs | ||||
| DARREC2 | O -> I (2) | 79 (2) | INP | LD0.DARREC2.InIni2.stVal | SPS | BOOLEAN | ST | A | 0 | INIT_2 | AR initialization / blocking signal 2 | Monitoring\I/O status\Control\DARREC2\Inputs | ||||
| DARREC2 | O -> I (2) | 79 (2) | INP | LD0.DARREC2.InIni3.stVal | SPS | BOOLEAN | ST | A | 0 | INIT_3 | AR initialization / blocking signal 3 | Monitoring\I/O status\Control\DARREC2\Inputs | ||||
| DARREC2 | O -> I (2) | 79 (2) | INP | LD0.DARREC2.InIni4.stVal | SPS | BOOLEAN | ST | A | 0 | INIT_4 | AR initialization / blocking signal 4 | Monitoring\I/O status\Control\DARREC2\Inputs | ||||
| DARREC2 | O -> I (2) | 79 (2) | INP | LD0.DARREC2.InIni5.stVal | SPS | BOOLEAN | ST | A | 0 | INIT_5 | AR initialization / blocking signal 5 | Monitoring\I/O status\Control\DARREC2\Inputs | ||||
| DARREC2 | O -> I (2) | 79 (2) | INP | LD0.DARREC2.InIni6.stVal | SPS | BOOLEAN | ST | B | 0 | INIT_6 | AR initialization / blocking signal 6 | Monitoring\I/O status\Control\DARREC2\Inputs | ||||
| DARREC2 | O -> I (2) | 79 (2) | INP | LD0.DARREC2.InDlIni2.stVal | SPS | BOOLEAN | ST | A | 0 | DEL_INIT_2 | Delayed AR initialization / blocking signal 2 | Monitoring\I/O status\Control\DARREC2\Inputs | ||||
| DARREC2 | O -> I (2) | 79 (2) | INP | LD0.DARREC2.InDlIni3.stVal | SPS | BOOLEAN | ST | A | 0 | DEL_INIT_3 | Delayed AR initialization / blocking signal 3 | Monitoring\I/O status\Control\DARREC2\Inputs | ||||
| DARREC2 | O -> I (2) | 79 (2) | INP | LD0.DARREC2.InDlIni4.stVal | SPS | BOOLEAN | ST | A | 0 | DEL_INIT_4 | Delayed AR initialization / blocking signal 4 | Monitoring\I/O status\Control\DARREC2\Inputs | ||||
| DARREC2 | O -> I (2) | 79 (2) | INP | LD0.DARREC2.InBlkRecTm.stVal | SPS | BOOLEAN | ST | A | 0 | BLK_RECL_T | Blocks and resets reclose time | Monitoring\I/O status\Control\DARREC2\Inputs | ||||
| DARREC2 | O -> I (2) | 79 (2) | OUT | LD0.DARREC2.Op.general | ACT | BOOLEAN | ST | A | StatNrml | P,H,T | CLOSE_CB | Close (reclose) command for circuit breaker | (A,B,C) | Monitoring\I/O status\Control\DARREC2\Outputs | ||
| DARREC2 | O -> I (2) | 79 (2) | OUT | LD0.DARREC2.OpOpn.general | ACT | BOOLEAN | ST | A | StatNrml | P,H | OPEN_CB | Open command for circuit breaker | (A,B,C) | Monitoring\I/O status\Control\DARREC2\Outputs | ||
| DARREC2 | O -> I (2) | 79 (2) | OUT | LD0.DARREC2.LO.stVal | SPS | BOOLEAN | ST | A | StatNrml | P,H | LOCKED | Signal indicating that AR is locked out | Monitoring\I/O status\Control\DARREC2\Outputs | |||
| DARREC2 | O -> I (2) | 79 (2) | OUT | LD0.DARREC2.RdyRec.stVal | SPS | BOOLEAN | ST | A | StatIed | P,H | READY | Indicates that the AR is ready for a new sequence | Monitoring\I/O status\Control\DARREC2\Outputs | |||
| DARREC2 | O -> I (2) | 79 (2) | OUT | LD0.DARREC2.UnsRec.stVal | SPS | BOOLEAN | ST | A | StatNrml | P,H | UNSUC_RECL | Indicates an unsuccessful reclosing sequence | Monitoring\I/O status\Control\DARREC2\Outputs | |||
| DARREC2 | O -> I (2) | 79 (2) | OUT | LD0.DARREC2.PrgRec.stVal | SPS | BOOLEAN | ST | A | StatNrml | P,H | INPRO | Reclosing shot in progress, activated during dead time | Monitoring\I/O status\Control\DARREC2\Outputs | |||
| DARREC2 | O -> I (2) | 79 (2) | OUT | LD0.DARREC2.WtMstr.stVal | SPS | BOOLEAN | ST | A | StatIed | P,H | CMD_WAIT | Wait for master command | Monitoring\I/O status\Control\DARREC2\Outputs | |||
| DARREC2 | O -> I (2) | 79 (2) | OUT | LD0.DARREC2.ProCrd.stVal | SPS | BOOLEAN | ST | A | PROT_CRD | A signal for coordination between the AR and the protection | Monitoring\I/O status\Control\DARREC2\Outputs | |||||
| DARREC2 | O -> I (2) | 79 (2) | OUT | LD0.DARREC2.AROn.stVal | SPS | BOOLEAN | ST | A | StatIed | P,H | AR_ON | Autoreclosing allowed | Monitoring\I/O status\Control\DARREC2\Outputs | |||
| DARREC2 | O -> I (2) | 79 (2) | CTR | LD0.DARREC2.RsRec.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | DARREC2 reset | DARREC2 reset to initial condition | 0=Cancel; 1=Clear | Clear\Clear | |||
| DARREC2 | O -> I (2) | 79 (2) | CTR | LD0.DARREC2.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | DARREC2 counters | DARREC2 all counters reset | 0=Cancel; 1=Clear | Clear\Clear | |||
| DARREC2 | O -> I (2) | 79 (2) | CTR | LD0.DARREC2.DsaCnt.Oper.ctlVal | SPC | BOOLEAN | CO | (Signal for counter disabling) | ||||||||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.Beh.stVal | INS | Enum | ST | B | DARREC2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.AutoRecSt.stVal | INS | Enum | ST | A | StatIed | P,H | STATUS | AR status signal for IEC61850 | -2=Unsuccessful; -1=Not defined; 1=Ready; 2=In progress; 3=Successful | Monitoring\I/O status\Control\DARREC2\Monitored data | ||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.ActRec.stVal | SPS | BOOLEAN | ST | A | StatIed | P,H | ACTIVE | Reclosing sequence is in progress | Monitoring\I/O status\Control\DARREC2\Monitored data | |||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.SucRec.stVal | SPS | BOOLEAN | ST | A | StatNrml | P,H | SUC_RECL | Indicates a successful reclosing sequence | Monitoring\I/O status\Control\DARREC2\Monitored data | |||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.UnsCBCls.stVal | SPS | BOOLEAN | ST | A | StatIed | P,H | UNSUC_CB | Indicates an unsuccessful CB closing | Monitoring\I/O status\Control\DARREC2\Monitored data | |||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.PrgRec1.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | INPRO_1 | Reclosing shot in progress, shot 1 | Monitoring\I/O status\Control\DARREC2\Monitored data | |||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.PrgRec2.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | INPRO_2 | Reclosing shot in progress, shot 2 | Monitoring\I/O status\Control\DARREC2\Monitored data | |||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.PrgRec3.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | INPRO_3 | Reclosing shot in progress, shot 3 | Monitoring\I/O status\Control\DARREC2\Monitored data | |||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.PrgRec4.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | INPRO_4 | Reclosing shot in progress, shot 4 | Monitoring\I/O status\Control\DARREC2\Monitored data | |||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.PrgRec5.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | INPRO_5 | Reclosing shot in progress, shot 5 | Monitoring\I/O status\Control\DARREC2\Monitored data | |||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.PrgDsr.stVal | SPS | BOOLEAN | ST | A | StatIed | P,H | DISCR_INPRO | Signal indicating that discrimination time is in progress | Monitoring\I/O status\Control\DARREC2\Monitored data | |||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.PrgCutOut.stVal | SPS | BOOLEAN | ST | A | StatIed | P,H | CUTOUT_INPRO | Signal indicating that cut-out time is in progress | Monitoring\I/O status\Control\DARREC2\Monitored data | |||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.OpCntRs.stVal | INC | INT32 | ST | A | COUNTER | Resetable operation counter, all shots | 0...2147483647 | Monitoring\I/O status\Control\DARREC2\Monitored data | ||||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.OpCnt1.stVal | INS | INT32 | ST | A | CNT_SHOT1 | Resetable operation counter, shot 1 | 0...2147483647 | Monitoring\I/O status\Control\DARREC2\Monitored data | ||||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.OpCnt2.stVal | INS | INT32 | ST | A | CNT_SHOT2 | Resetable operation counter, shot 2 | 0...2147483647 | Monitoring\I/O status\Control\DARREC2\Monitored data | ||||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.OpCnt3.stVal | INS | INT32 | ST | A | CNT_SHOT3 | Resetable operation counter, shot 3 | 0...2147483647 | Monitoring\I/O status\Control\DARREC2\Monitored data | ||||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.OpCnt4.stVal | INS | INT32 | ST | A | CNT_SHOT4 | Resetable operation counter, shot 4 | 0...2147483647 | Monitoring\I/O status\Control\DARREC2\Monitored data | ||||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.OpCnt5.stVal | INS | INT32 | ST | A | CNT_SHOT5 | Resetable operation counter, shot 5 | 0...2147483647 | Monitoring\I/O status\Control\DARREC2\Monitored data | ||||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.FrqOpCnt.stVal | INS | INT32 | ST | A | FRQ_OPR_CNT | Frequent operation counter | 0...2147483647 | Monitoring\I/O status\Control\DARREC2\Monitored data | ||||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.FrqOpAlm.stVal | SPS | BOOLEAN | ST | A | StatIed | P,H | FRQ_OPR_AL | Frequent operation counter alarm | Monitoring\I/O status\Control\DARREC2\Monitored data | |||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.DsaCnt.stVal | SPC | BOOLEAN | ST | B | DISA_COUNT | Signal for counter disabling | Monitoring\I/O status\Control\DARREC2\Monitored data | |||||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.RclTmStr.stVal | SPS | BOOLEAN | ST | StatIed | P,H | (Reclaim time started) | ||||||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.CBManCls.stVal | SPS | BOOLEAN | ST | A | StatIed | P,H | MAN_CB_CL | Indicates CB manual closing during reclosing sequence | Monitoring\I/O status\Control\DARREC2\Monitored data | |||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.ShotPntr.stVal | INS | INT32 | ST | A | StatIed | P,H | SHOT_PTR | Shot pointer value | 0...7 | Monitoring\I/O status\Control\DARREC2\Monitored data | ||
| DARREC2 | O -> I (2) | 79 (2) | MON | LD0.DARREC2.SOF.stVal | SPS | BOOLEAN | ST | A | SOTF | Switch-onto-fault | Monitoring\I/O status\Control\DARREC2\Monitored data | |||||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off/On | 1=on; 5=off | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.AutoIni.setVal | ING | INT32 | SP | B,I | 0 | Auto init | Defines INIT lines that are activated at auto initiation | 0...63 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.RecOp.setVal | ING | Enum | SP | B | 1 | Reclosing operation | Reclosing operation (Off, External Ctl / On) | 1=Off; 2=External Ctl; 3=On | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.ManClsMod.setVal | SPG | BOOLEAN | SP | A | 0 | Manual close mode | Manual close mode | Settings\Settings\Control\DARREC2 | ||||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.WtClsTmms.setVal | ING | INT32 | SP | A | 250 | Wait close time | Allowed CB closing time after reclose command | 50...10000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.MaxWtTmms.setVal | ING | INT32 | SP | A | 10000 | Max wait time | Maximum wait time for haltDeadTime release | 100...1800000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.PlsTmms.setVal | ING | INT32 | SP | B | 200 | Close pulse time | CB close pulse time | 10...10000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.MaxBlkTmms.setVal | ING | INT32 | SP | A | 10000 | Max Thm block time | Maximum wait time for thermal blocking signal deactivation | 100...1800000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.CutOutTmms.setVal | ING | INT32 | SP | A | 10000 | Cut-out time | Cutout time for protection coordination | 0...1800000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.RclTmms.setVal | ING | INT32 | SP | B | 10000 | Reclaim time | Reclaim time | 100...1800000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.DsrTmms1.setVal | ING | INT32 | SP | A | 0 | Dsr time shot 1 | Discrimination time for first reclosing | 0...10000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.DsrTmms2.setVal | ING | INT32 | SP | A | 0 | Dsr time shot 2 | Discrimination time for second reclosing | 0...10000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.DsrTmms3.setVal | ING | INT32 | SP | A | 0 | Dsr time shot 3 | Discrimination time for third reclosing | 0...10000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.DsrTmms4.setVal | ING | INT32 | SP | A | 0 | Dsr time shot 4 | Discrimination time for fourth reclosing | 0...10000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.TermPrio.setVal | ING | Enum | SP | B | 1 | Terminal priority | Terminal priority | 1=None; 2=Low (follower); 3=High (master) | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.SynSet.setVal | ING | INT32 | SP | B | 0 | Synchronisation set | Selection for synchronizing requirement for reclosing | 0...127 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.AutoWtTmms.setVal | ING | INT32 | SP | A | 2000 | Auto wait time | Wait time for reclosing condition fullfilling | 0...60000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.AutoLORst.setVal | SPG | BOOLEAN | SP | A | 1 | Auto lockout reset | Automatic lockout reset | Settings\Settings\Control\DARREC2 | ||||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.ProtCrdLim.setVal | ING | INT32 | SP | A | 1 | Protection crd limit | Protection coordination shot limit | 1...5 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.ProtCrdMod.setVal | ING | Enum | SP | A | 4 | Protection crd mode | Protection coordination mode | 1=No condition; 2=AR inoperative; 3=CB close manual; 4=AR inop, CB man; 5=Always | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.AutoIniCnd.setVal | ING | Enum | SP | B | 2 | Auto initiation cnd | Auto initiation condition | 1=Not allowed; 2=When sync fails; 3=CB doesn't close; 4=Both | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.TrLin.setVal | ING | INT32 | SP | A | 0 | Tripping line | Tripping line, defines INIT inputs which cause OPEN_CB activation | 0...63 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.CtlLin.setVal | ING | INT32 | SP | A | 63 | Control line | Control line, defines INIT inputs which are protection signals | 0...63 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.EnaShotJmp.setVal | SPG | BOOLEAN | SP | A | 1 | Enable shot jump | Enable shot jumping | Settings\Settings\Control\DARREC2 | ||||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.CBClsPosSt.setVal | SPG | BOOLEAN | SP | A | 0 | CB closed Pos status | Circuit breaker closed position status | Settings\Settings\Control\DARREC2 | ||||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.Ena4DISOF.setVal | SPG | BOOLEAN | SP | B,I | 0 | Fourth delay in SOTF | Sets 4th delay into use for all DEL_INIT signals during SOTF | Settings\Settings\Control\DARREC2 | ||||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.Rec1Tmms.setVal | ING | INT32 | SP | B | 5000 | First reclose time | Dead time for CBB1 | 0...300000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.Rec2Tmms.setVal | ING | INT32 | SP | B | 5000 | Second reclose time | Dead time for CBB2 | 0...300000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.Rec3Tmms.setVal | ING | INT32 | SP | B | 5000 | Third reclose time | Dead time for CBB3 | 0...300000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.Rec4Tmms.setVal | ING | INT32 | SP | B | 5000 | Fourth reclose time | Dead time for CBB4 | 0...300000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.Rec5Tmms.setVal | ING | INT32 | SP | B | 5000 | Fifth reclose time | Dead time for CBB5 | 0...300000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.Rec6Tmms.setVal | ING | INT32 | SP | B | 5000 | Sixth reclose time | Dead time for CBB6 | 0...300000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.Rec7Tmms.setVal | ING | INT32 | SP | B | 5000 | Seventh reclose time | Dead time for CBB7 | 0...300000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.IniSigCBB1.setVal | ING | INT32 | SP | B | 0 | Init signals CBB1 | Initiation lines for CBB1 | 0...63 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.IniSigCBB2.setVal | ING | INT32 | SP | B | 0 | Init signals CBB2 | Initiation lines for CBB2 | 0...63 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.IniSigCBB3.setVal | ING | INT32 | SP | B | 0 | Init signals CBB3 | Initiation lines for CBB3 | 0...63 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.IniSigCBB4.setVal | ING | INT32 | SP | B | 0 | Init signals CBB4 | Initiation lines for CBB4 | 0...63 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.IniSigCBB5.setVal | ING | INT32 | SP | B | 0 | Init signals CBB5 | Initiation lines for CBB5 | 0...63 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.IniSigCBB6.setVal | ING | INT32 | SP | B | 0 | Init signals CBB6 | Initiation lines for CBB6 | 0...63 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.IniSigCBB7.setVal | ING | INT32 | SP | B | 0 | Init signals CBB7 | Initiation lines for CBB7 | 0...63 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.BlkSigCBB1.setVal | ING | INT32 | SP | A | 0 | Blk signals CBB1 | Blocking lines for CBB1 | 0...63 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.BlkSigCBB2.setVal | ING | INT32 | SP | A | 0 | Blk signals CBB2 | Blocking lines for CBB2 | 0...63 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.BlkSigCBB3.setVal | ING | INT32 | SP | A | 0 | Blk signals CBB3 | Blocking lines for CBB3 | 0...63 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.BlkSigCBB4.setVal | ING | INT32 | SP | A | 0 | Blk signals CBB4 | Blocking lines for CBB4 | 0...63 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.BlkSigCBB5.setVal | ING | INT32 | SP | A | 0 | Blk signals CBB5 | Blocking lines for CBB5 | 0...63 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.BlkSigCBB6.setVal | ING | INT32 | SP | A | 0 | Blk signals CBB6 | Blocking lines for CBB6 | 0...63 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.BlkSigCBB7.setVal | ING | INT32 | SP | A | 0 | Blk signals CBB7 | Blocking lines for CBB7 | 0...63 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.ShotNum1.setVal | ING | INT32 | SP | A | 0 | Shot number CBB1 | Shot number for CBB1 | 0...5 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.ShotNum2.setVal | ING | INT32 | SP | A | 0 | Shot number CBB2 | Shot number for CBB2 | 0...5 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.ShotNum3.setVal | ING | INT32 | SP | B | 0 | Shot number CBB3 | Shot number for CBB3 | 0...5 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.ShotNum4.setVal | ING | INT32 | SP | B | 0 | Shot number CBB4 | Shot number for CBB4 | 0...5 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.ShotNum5.setVal | ING | INT32 | SP | B | 0 | Shot number CBB5 | Shot number for CBB5 | 0...5 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.ShotNum6.setVal | ING | INT32 | SP | A | 0 | Shot number CBB6 | Shot number for CBB6 | 0...5 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.ShotNum7.setVal | ING | INT32 | SP | A | 0 | Shot number CBB7 | Shot number for CBB7 | 0...5 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.Str2Tmms1.setVal | ING | INT32 | SP | A | 0 | Str 2 delay shot 1 | Delay time for start2, 1st reclose | 0...300000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.Str2Tmms2.setVal | ING | INT32 | SP | A | 0 | Str 2 delay shot 2 | Delay time for start2 2nd reclose | 0...300000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.Str2Tmms3.setVal | ING | INT32 | SP | A | 0 | Str 2 delay shot 3 | Delay time for start2 3rd reclose | 0...300000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.Str2Tmms4.setVal | ING | INT32 | SP | A | 0 | Str 2 delay shot 4 | Delay time for start2, 4th reclose | 0...300000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.Str3Tmms1.setVal | ING | INT32 | SP | A | 0 | Str 3 delay shot 1 | Delay time for start3, 1st reclose | 0...300000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.Str3Tmms2.setVal | ING | INT32 | SP | A | 0 | Str 3 delay shot 2 | Delay time for start3 2nd reclose | 0...300000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.Str3Tmms3.setVal | ING | INT32 | SP | A | 0 | Str 3 delay shot 3 | Delay time for start3 3rd reclose | 0...300000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.Str3Tmms4.setVal | ING | INT32 | SP | A | 0 | Str 3 delay shot 4 | Delay time for start3, 4th reclose | 0...300000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.Str4Tmms1.setVal | ING | INT32 | SP | A | 0 | Str 4 delay shot 1 | Delay time for start4, 1st reclose | 0...300000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.Str4Tmms2.setVal | ING | INT32 | SP | A | 0 | Str 4 delay shot 2 | Delay time for start4 2nd reclose | 0...300000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.Str4Tmms3.setVal | ING | INT32 | SP | A | 0 | Str 4 delay shot 3 | Delay time for start4 3rd reclose | 0...300000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.Str4Tmms4.setVal | ING | INT32 | SP | A | 0 | Str 4 delay shot 4 | Delay time for start4, 4th reclose | 0...300000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.FrqCntLim.setVal | ING | INT32 | SP | B | 0 | Frq Op counter limit | Frequent operation counter lockout limit | 0...250 | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.FrqCntTmm.setVal | ING | INT32 | SP | B | 1 | Frq Op counter time | Frequent operation counter time | 1...250 min | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.FrqRcvTmm.setVal | ING | INT32 | SP | B | 1 | Frq Op recovery time | Frequent operation counter recovery time | 1...250 min | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | SET | LD0.DARREC2.MaxTrTmms.setVal | ING | INT32 | SP | A | 10000 | Max trip time | Maximum wait time for deactivation of protection signals | 100...10000 ms | Settings\Settings\Control\DARREC2 | |||
| DARREC2 | O -> I (2) | 79 (2) | TES | LD0.DARREC2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | DARREC2 | Test control for outputs | 0=Reset; 47=Activate OPEN_CB; 48=Deactive OPEN_CB; 49=Activate CLOSE_CB; 50=Deactive CLOSE_CB; 51=Activate CMD_WAIT; 52=Deactive CMD_WAIT; 53=Activate PROT_CRD; 54=Deactive PROT_CRD; 55=Activate INPRO; 56=Deactive INPRO; 57=Activate LOCKED; 58=Deactive LOCKED; 59=Activate UNSUC_RECL; 60=Deactive UNSUC_RECL; 61=Activate AR_ON; 62=Deactive AR_ON; 121=Activate READY; 122=Deactive READY | Tests\Function tests\Control | |||
| DARREC2 | O -> I (2) | 79 (2) | VER | LD0.DARREC2.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| CMHAI1 | PQM3I (1) | PQM3I (1) | INP | LD0.CMHAI1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for all binary outputs | Monitoring\I/O status\Power quality\CMHAI1\Inputs | ||||
| CMHAI1 | PQM3I (1) | PQM3I (1) | OUT | LD0.CMHAI1.Alm.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | ALARM | Alarm signal for TDD | Monitoring\I/O status\Power quality\CMHAI1\Outputs | |||
| CMHAI1 | PQM3I (1) | PQM3I (1) | CTR | LD0.CMHAI1.RecRs.Oper.ctlVal | SPC | BOOLEAN | CO | (CMHAI1 max.demands) | ||||||||
| CMHAI1 | PQM3I (1) | PQM3I (1) | MON | LD0.CMHAI1.TddA.phsA.cVal.mag.f | WYE | FLOAT32 | MX | B | 3SMHTDD_A | 3 second mean value of TDD for phase A | 0.00...500.00 % | Monitoring\I/O status\Power quality\CMHAI1\Monitored data | ||||
| CMHAI1 | PQM3I (1) | PQM3I (1) | MON | LD0.CMHAI1.TddA.phsB.cVal.mag.f | WYE | FLOAT32 | MX | B | 3SMHTDD_B | 3 second mean value of TDD for phase B | 0.00...500.00 % | Monitoring\I/O status\Power quality\CMHAI1\Monitored data | ||||
| CMHAI1 | PQM3I (1) | PQM3I (1) | MON | LD0.CMHAI1.TddA.phsC.cVal.mag.f | WYE | FLOAT32 | MX | B | 3SMHTDD_C | 3 second mean value of TDD for phase C | 0.00...500.00 % | Monitoring\I/O status\Power quality\CMHAI1\Monitored data | ||||
| CMHAI1 | PQM3I (1) | PQM3I (1) | MON | LD0.CMHAI1.DmdTddA.phsA.cVal.mag.f | WYE | FLOAT32 | MX | B | DMD_TDD_A | Demand value for TDD for phase A | 0.00...500.00 % | Monitoring\I/O status\Power quality\CMHAI1\Monitored data | ||||
| CMHAI1 | PQM3I (1) | PQM3I (1) | MON | LD0.CMHAI1.DmdTddA.phsB.cVal.mag.f | WYE | FLOAT32 | MX | B | DMD_TDD_B | Demand value for TDD for phase B | 0.00...500.00 % | Monitoring\I/O status\Power quality\CMHAI1\Monitored data | ||||
| CMHAI1 | PQM3I (1) | PQM3I (1) | MON | LD0.CMHAI1.DmdTddA.phsC.cVal.mag.f | WYE | FLOAT32 | MX | B | DMD_TDD_C | Demand value for TDD for phase C | 0.00...500.00 % | Monitoring\I/O status\Power quality\CMHAI1\Monitored data | ||||
| CMHAI1 | PQM3I (1) | PQM3I (1) | MON | LD0.CMHAI1.MaxDmdTddA.phsA.cVal.mag.f | WYE | FLOAT32 | MX | B | Max demand TDD IL1 | Maximum demand TDD for phase A | 0.00...500.00 % | Monitoring\Recorded data\Power quality\CMHAI1 | ||||
| CMHAI1 | PQM3I (1) | PQM3I (1) | MON | LD0.CMHAI1.MaxDmdTddA.phsA.t | WYE | Timestamp | MX | B | Time max dmd TDD IL1 | Time of maximum demand TDD phase A | Monitoring\Recorded data\Power quality\CMHAI1 | |||||
| CMHAI1 | PQM3I (1) | PQM3I (1) | MON | LD0.CMHAI1.MaxDmdTddA.phsB.cVal.mag.f | WYE | FLOAT32 | MX | B | Max demand TDD IL2 | Maximum demand TDD for phase B | 0.00...500.00 % | Monitoring\Recorded data\Power quality\CMHAI1 | ||||
| CMHAI1 | PQM3I (1) | PQM3I (1) | MON | LD0.CMHAI1.MaxDmdTddA.phsB.t | WYE | Timestamp | MX | B | Time max dmd TDD IL2 | Time of maximum demand TDD phase B | Monitoring\Recorded data\Power quality\CMHAI1 | |||||
| CMHAI1 | PQM3I (1) | PQM3I (1) | MON | LD0.CMHAI1.MaxDmdTddA.phsC.cVal.mag.f | WYE | FLOAT32 | MX | B | Max demand TDD IL3 | Maximum demand TDD for phase C | 0.00...500.00 % | Monitoring\Recorded data\Power quality\CMHAI1 | ||||
| CMHAI1 | PQM3I (1) | PQM3I (1) | MON | LD0.CMHAI1.MaxDmdTddA.phsC.t | WYE | Timestamp | MX | B | Time max dmd TDD IL3 | Time of maximum demand TDD phase C | Monitoring\Recorded data\Power quality\CMHAI1 | |||||
| CMHAI1 | PQM3I (1) | PQM3I (1) | SET | LD0.CMHAI1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Power quality\CMHAI1 | |||
| CMHAI1 | PQM3I (1) | PQM3I (1) | SET | LD0.CMHAI1.DmdItrv.setVal | ING | Enum | SP | B | 2 | Demand interval | Time interval for demand calculation | 0=1 minute; 1=5 minutes; 2=10 minutes; 3=15 minutes; 4=30 minutes; 5=60 minutes; 6=180 minutes | Settings\Settings\Power quality\CMHAI1 | |||
| CMHAI1 | PQM3I (1) | PQM3I (1) | SET | LD0.CMHAI1.NomA.setMag.f | ASG | FLOAT32 | SP | B | 1.0 | Initial Dmd current | Initial demand current | 0.10...1.0 xIn | Settings\Settings\Power quality\CMHAI1 | IL1TCTR1 | ||
| CMHAI1 | PQM3I (1) | PQM3I (1) | SET | LD0.CMHAI1.TddAVal.setMag.f | ASG | FLOAT32 | SP | B | 50.0 | TDD alarm limit | TDD alarm limit | 1.0...100.0 % | Settings\Settings\Power quality\CMHAI1 | |||
| CMHAI1 | PQM3I (1) | PQM3I (1) | SET | LD0.CMHAI1.DmdWinMod.setVal | ING | Enum | SP | B | 1 | Demand window | Demand calculation window type | 1=Sliding; 2=Non-sliding | Settings\Settings\Power quality\CMHAI1 | |||
| CMHAI1 | PQM3I (1) | PQM3I (1) | VER | LD0.CMHAI1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| VMHAI1 | PQM3U (1) | PQM3V (1) | INP | LD0.VMHAI1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for all binary outputs | Monitoring\I/O status\Power quality\VMHAI1\Inputs | ||||
| VMHAI1 | PQM3U (1) | PQM3V (1) | OUT | LD0.VMHAI1.Alm.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | ALARM | Alarm signal for THD | Monitoring\I/O status\Power quality\VMHAI1\Outputs | |||
| VMHAI1 | PQM3U (1) | PQM3V (1) | CTR | LD0.VMHAI1.RecRs.Oper.ctlVal | SPC | BOOLEAN | CO | (CMHAI1 max.demands) | ||||||||
| VMHAI1 | PQM3U (1) | PQM3V (1) | MON | LD0.VMHAI1.ThdPhV.phsA.cVal.mag.f | WYE | FLOAT32 | MX | B | 3SMHTHD_A | 3 second mean value of THD for phase A | 0.00...500.00 % | Monitoring\I/O status\Power quality\VMHAI1\Monitored data | ||||
| VMHAI1 | PQM3U (1) | PQM3V (1) | MON | LD0.VMHAI1.ThdPhV.phsB.cVal.mag.f | WYE | FLOAT32 | MX | B | 3SMHTHD_B | 3 second mean value of THD for phase B | 0.00...500.00 % | Monitoring\I/O status\Power quality\VMHAI1\Monitored data | ||||
| VMHAI1 | PQM3U (1) | PQM3V (1) | MON | LD0.VMHAI1.ThdPhV.phsC.cVal.mag.f | WYE | FLOAT32 | MX | B | 3SMHTHD_C | 3 second mean value of THD for phase C | 0.00...500.00 % | Monitoring\I/O status\Power quality\VMHAI1\Monitored data | ||||
| VMHAI1 | PQM3U (1) | PQM3V (1) | MON | LD0.VMHAI1.DmdThdPhV.phsA.cVal.mag.f | WYE | FLOAT32 | MX | B | DMD_THD_A | Demand value for THD for phase A | 0.00...500.00 % | Monitoring\I/O status\Power quality\VMHAI1\Monitored data | ||||
| VMHAI1 | PQM3U (1) | PQM3V (1) | MON | LD0.VMHAI1.DmdThdPhV.phsB.cVal.mag.f | WYE | FLOAT32 | MX | B | DMD_THD_B | Demand value for THD for phase B | 0.00...500.00 % | Monitoring\I/O status\Power quality\VMHAI1\Monitored data | ||||
| VMHAI1 | PQM3U (1) | PQM3V (1) | MON | LD0.VMHAI1.DmdThdPhV.phsC.cVal.mag.f | WYE | FLOAT32 | MX | B | DMD_THD_C | Demand value for THD for phase C | 0.00...500.00 % | Monitoring\I/O status\Power quality\VMHAI1\Monitored data | ||||
| VMHAI1 | PQM3U (1) | PQM3V (1) | MON | LD0.VMHAI1.MaxDmdThdV.phsA.cVal.mag.f | WYE | FLOAT32 | MX | B | Max demand THD UL1 | Maximum demand THD for phase A | 0.00...500.00 % | Monitoring\Recorded data\Power quality\VMHAI1 | ||||
| VMHAI1 | PQM3U (1) | PQM3V (1) | MON | LD0.VMHAI1.MaxDmdThdV.phsA.t | WYE | Timestamp | MX | B | Time max dmd THD UL1 | Time of maximum demand THD phase A | Monitoring\Recorded data\Power quality\VMHAI1 | |||||
| VMHAI1 | PQM3U (1) | PQM3V (1) | MON | LD0.VMHAI1.MaxDmdThdV.phsB.cVal.mag.f | WYE | FLOAT32 | MX | B | Max demand THD UL2 | Maximum demand THD for phase B | 0.00...500.00 % | Monitoring\Recorded data\Power quality\VMHAI1 | ||||
| VMHAI1 | PQM3U (1) | PQM3V (1) | MON | LD0.VMHAI1.MaxDmdThdV.phsB.t | WYE | Timestamp | MX | B | Time max dmd THD UL2 | Time of maximum demand THD phase B | Monitoring\Recorded data\Power quality\VMHAI1 | |||||
| VMHAI1 | PQM3U (1) | PQM3V (1) | MON | LD0.VMHAI1.MaxDmdThdV.phsC.cVal.mag.f | WYE | FLOAT32 | MX | B | Max demand THD UL3 | Maximum demand THD for phase C | 0.00...500.00 % | Monitoring\Recorded data\Power quality\VMHAI1 | ||||
| VMHAI1 | PQM3U (1) | PQM3V (1) | MON | LD0.VMHAI1.MaxDmdThdV.phsC.t | WYE | Timestamp | MX | B | Time max dmd THD UL3 | Time of maximum demand THD phase C | Monitoring\Recorded data\Power quality\VMHAI1 | |||||
| VMHAI1 | PQM3U (1) | PQM3V (1) | SET | LD0.VMHAI1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Power quality\VMHAI1 | |||
| VMHAI1 | PQM3U (1) | PQM3V (1) | SET | LD0.VMHAI1.DmdItrv.setVal | ING | Enum | SP | B | 2 | Demand interval | Time interval for demand calculation | 0=1 minute; 1=5 minutes; 2=10 minutes; 3=15 minutes; 4=30 minutes; 5=60 minutes; 6=180 minutes | Settings\Settings\Power quality\VMHAI1 | |||
| VMHAI1 | PQM3U (1) | PQM3V (1) | SET | LD0.VMHAI1.ThdVVal.setMag.f | ASG | FLOAT32 | SP | B | 50.0 | THD alarm limit | THD alarm limit | 1.0...100.0 % | Settings\Settings\Power quality\VMHAI1 | |||
| VMHAI1 | PQM3U (1) | PQM3V (1) | SET | LD0.VMHAI1.DmdWinMod.setVal | ING | Enum | SP | B | 1 | Demand window | Demand calculation window type | 1=Sliding; 2=Non-sliding | Settings\Settings\Power quality\VMHAI1 | |||
| VMHAI1 | PQM3U (1) | PQM3V (1) | VER | LD0.VMHAI1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PHQVVR1 | PQMU (1) | PQMV (1) | INP | LD0.PH1QVVR1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Power quality\PHQVVR1\Inputs | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | OUT | LD0.PH1QVVR1.DipStr.stVal | SPS | BOOLEAN | ST | B | DIPST | Voltage dip active | Monitoring\I/O status\Power quality\PHQVVR1\Outputs | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | OUT | LD0.PH1QVVR1.SwlStr.stVal | SPS | BOOLEAN | ST | B | SWELLST | Voltage swell active | Monitoring\I/O status\Power quality\PHQVVR1\Outputs | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | OUT | LD0.PH1QVVR1.IntrStr.stVal | SPS | BOOLEAN | ST | B | INTST | Voltage interruption active | Monitoring\I/O status\Power quality\PHQVVR1\Outputs | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | OUT | LD0.PH1QVVR1.VarOp.stVal | SPS | BOOLEAN | ST | B | OPERATE | Voltage variation detected | Monitoring\I/O status\Power quality\PHQVVR1\Outputs | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | OUT | LD0.PH1QVVR1.VarStrGen.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | START | Voltage variation present | Monitoring\I/O status\Power quality\PHQVVR1\Outputs | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | CTR | LD0.PH1QVVR1.OpCntRs.Oper.ctlVal | INC | INT32 | CO | (Resettable operation counter) | ||||||||
| PHQVVR1 | PQMU (1) | PQMV (1) | CTR | LD0.PH1QVVR1.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | (Counters reset) | ||||||||
| PHQVVR1 | PQMU (1) | PQMV (1) | CTR | LD0.PH1QVVR1.RecRs.Oper.ctlVal | SPC | BOOLEAN | CO | (Recorded data reset) | ||||||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.PH1QVVR1.Beh.stVal | INS | Enum | ST | B | PHQVVR1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.PH1QVVR1.VarStr.stVal | SPS | BOOLEAN | ST | B | ST_A | Start Phase A (Voltage Variation Event in progress) | Monitoring\I/O status\Power quality\PHQVVR1\Monitored data | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.PH1QVVR1.SwlInstCnt.stVal | INS | INT32 | ST | B | INSTSWELLCNT | Instantaneous swell operation counter | 0...2147483647 | Monitoring\I/O status\Power quality\PHQVVR1\Monitored data | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.PH1QVVR1.SwlMomCnt.stVal | INS | INT32 | ST | B | MOMSWELLCNT | Momentary swell operation counter | 0...2147483647 | Monitoring\I/O status\Power quality\PHQVVR1\Monitored data | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.PH1QVVR1.SwlTmpCnt.stVal | INS | INT32 | ST | B | TEMPSWELLCNT | Temporary swell operation counter | 0...2147483647 | Monitoring\I/O status\Power quality\PHQVVR1\Monitored data | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.PH1QVVR1.SwlMaxCnt.stVal | INS | INT32 | ST | B | MAXDURSWELLCNT | Maximum duration swell operation counter | 0...2147483647 | Monitoring\I/O status\Power quality\PHQVVR1\Monitored data | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.PH1QVVR1.DipInstCnt.stVal | INS | INT32 | ST | B | INSTDIPCNT | Instantaneous dip operation counter | 0...2147483647 | Monitoring\I/O status\Power quality\PHQVVR1\Monitored data | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.PH1QVVR1.DipTmpCnt.stVal | INS | INT32 | ST | B | TEMPDIPCNT | Temporary dip operation counter | 0...2147483647 | Monitoring\I/O status\Power quality\PHQVVR1\Monitored data | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.PH1QVVR1.DipMomCnt.stVal | INS | INT32 | ST | B | MOMDIPCNT | Momentary dip operation counter | 0...2147483647 | Monitoring\I/O status\Power quality\PHQVVR1\Monitored data | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.PH1QVVR1.DipMaxCnt.stVal | INS | INT32 | ST | B | MAXDURDIPCNT | Maximum duration dip operation counter | 0...2147483647 | Monitoring\I/O status\Power quality\PHQVVR1\Monitored data | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.PH1QVVR1.IntrMomCnt.stVal | INS | INT32 | ST | B | MOMINTCNT | Momentary interruption operation counter | 0...2147483647 | Monitoring\I/O status\Power quality\PHQVVR1\Monitored data | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.PH1QVVR1.IntrTmpCnt.stVal | INS | INT32 | ST | B | TEMPINTCNT | Temporary interruption operation counter | 0...2147483647 | Monitoring\I/O status\Power quality\PHQVVR1\Monitored data | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.PH1QVVR1.IntrSstCnt.stVal | INS | INT32 | ST | B | SUSTINTCNT | Sustained interruption operation counter | 0...2147483647 | Monitoring\I/O status\Power quality\PHQVVR1\Monitored data | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.PH1QVVR1.IntrMaxCnt.stVal | INS | INT32 | ST | B | MAXDURINTCNT | Maximum duration interruption operation counter | 0...2147483647 | Monitoring\I/O status\Power quality\PHQVVR1\Monitored data | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.PH2QVVR1.VarStr.stVal | SPS | BOOLEAN | ST | B | ST_B | Start Phase B (Voltage Variation Event in progress) | Monitoring\I/O status\Power quality\PHQVVR1\Monitored data | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.PH3QVVR1.VarStr.stVal | SPS | BOOLEAN | ST | B | ST_C | Start Phase C (Voltage Variation Event in progress) | Monitoring\I/O status\Power quality\PHQVVR1\Monitored data | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV1MSTA1.VVaTyp.stVal | INS | Enum | ST | B | Variation type | Variation type | 0=No variation; 1=Swell; 2=Dip; 3=Swell + dip; 4=Interruption; 5=Swell + Int; 6=Dip + Int; 7=Swell+dip+Int | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 1 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV1MSTA1.VVaTyp.t | INS | Timestamp | ST | B | Time | Time | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 1 | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV1MSTA1.VVaA.mag.f | MV | FLOAT32 | MX | B | Variation Ph A | Variation magnitude Phase A | 0.00...5.00 xUn | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 1 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV1MSTA1.VVaA.t | MV | Timestamp | MX | B | Var Ph A rec time | Variation magnitude Phase A time stamp | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 1 | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV1MSTA1.VVaB.mag.f | MV | FLOAT32 | MX | B | Variation Ph B | Variation magnitude Phase B | 0.00...5.00 xUn | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 1 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV1MSTA1.VVaB.t | MV | Timestamp | MX | B | Var Ph B rec time | Variation magnitude Phase B time stamp | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 1 | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV1MSTA1.VVaC.mag.f | MV | FLOAT32 | MX | B | Variation Ph C | Variation magnitude Phase C | 0.00...5.00 xUn | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 1 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV1MSTA1.VVaC.t | MV | Timestamp | MX | B | Var Ph C rec time | Variation magnitude Phase C time stamp | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 1 | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV1MSTA1.VVaTmA.mag.f | MV | FLOAT32 | MX | B | Variation Dur Ph A | Variation duration Phase A | 0.000...3600.000 s | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 1 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV1MSTA1.VVaTmA.t | MV | Timestamp | MX | B | Var Dur Ph A time | Variation Ph A start time stamp | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 1 | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV1MSTA1.VVaTmB.mag.f | MV | FLOAT32 | MX | B | Variation Dur Ph B | Variation duration Phase B | 0.000...3600.000 s | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 1 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV1MSTA1.VVaTmB.t | MV | Timestamp | MX | B | Var Dur Ph B time | Variation Ph B start time stamp | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 1 | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV1MSTA1.VVaTmC.mag.f | MV | FLOAT32 | MX | B | Variation Dur Ph C | Variation duration Phase C | 0.000...3600.000 s | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 1 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV1MSTA1.VVaTmC.t | MV | Timestamp | MX | B | Var Dur Ph C time | Variation Ph C start time stamp | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 1 | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV1MSTA1.APreVaA.mag.f | MV | FLOAT32 | MX | B | Var current Ph A | Current magnitude Phase A preceding variation | 0.00...60.00 xIn | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 1 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV1MSTA1.APreVaB.mag.f | MV | FLOAT32 | MX | B | Var current Ph B | Current magnitude Phase B preceding variation | 0.00...60.00 xIn | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 1 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV1MSTA1.APreVaC.mag.f | MV | FLOAT32 | MX | B | Var current Ph C | Current magnitude Phase C preceding variation | 0.00...60.00 xIn | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 1 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV2MSTA1.VVaTyp.stVal | INS | Enum | ST | B | Variation type | Variation type | 0=No variation; 1=Swell; 2=Dip; 3=Swell + dip; 4=Interruption; 5=Swell + Int; 6=Dip + Int; 7=Swell+dip+Int | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 2 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV2MSTA1.VVaTyp.t | INS | Timestamp | ST | B | Time | Time | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 2 | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV2MSTA1.VVaA.mag.f | MV | FLOAT32 | MX | B | Variation Ph A | Variation magnitude Phase A | 0.00...5.00 xUn | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 2 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV2MSTA1.VVaA.t | MV | Timestamp | MX | B | Var Ph A rec time | Variation magnitude Phase A time stamp | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 2 | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV2MSTA1.VVaB.mag.f | MV | FLOAT32 | MX | B | Variation Ph B | Variation magnitude Phase B | 0.00...5.00 xUn | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 2 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV2MSTA1.VVaB.t | MV | Timestamp | MX | B | Var Ph B rec time | Variation magnitude Phase B time stamp | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 2 | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV2MSTA1.VVaC.mag.f | MV | FLOAT32 | MX | B | Variation Ph C | Variation magnitude Phase C | 0.00...5.00 xUn | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 2 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV2MSTA1.VVaC.t | MV | Timestamp | MX | B | Var Ph C rec time | Variation magnitude Phase C time stamp | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 2 | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV2MSTA1.VVaTmA.mag.f | MV | FLOAT32 | MX | B | Variation Dur Ph A | Variation duration Phase A | 0.000...3600.000 s | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 2 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV2MSTA1.VVaTmA.t | MV | Timestamp | MX | B | Var Dur Ph A time | Variation Ph A start time stamp | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 2 | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV2MSTA1.VVaTmB.mag.f | MV | FLOAT32 | MX | B | Variation Dur Ph B | Variation duration Phase B | 0.000...3600.000 s | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 2 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV2MSTA1.VVaTmB.t | MV | Timestamp | MX | B | Var Dur Ph B time | Variation Ph B start time stamp | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 2 | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV2MSTA1.VVaTmC.mag.f | MV | FLOAT32 | MX | B | Variation Dur Ph C | Variation duration Phase C | 0.000...3600.000 s | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 2 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV2MSTA1.VVaTmC.t | MV | Timestamp | MX | B | Var Dur Ph C time | Variation Ph C start time stamp | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 2 | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV2MSTA1.APreVaA.mag.f | MV | FLOAT32 | MX | B | Var current Ph A | Current magnitude Phase A preceding variation | 0.00...60.00 xIn | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 2 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV2MSTA1.APreVaB.mag.f | MV | FLOAT32 | MX | B | Var current Ph B | Current magnitude Phase B preceding variation | 0.00...60.00 xIn | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 2 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV2MSTA1.APreVaC.mag.f | MV | FLOAT32 | MX | B | Var current Ph C | Current magnitude Phase C preceding variation | 0.00...60.00 xIn | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 2 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV3MSTA1.VVaTyp.stVal | INS | Enum | ST | B | Variation type | Variation type | 0=No variation; 1=Swell; 2=Dip; 3=Swell + dip; 4=Interruption; 5=Swell + Int; 6=Dip + Int; 7=Swell+dip+Int | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 3 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV3MSTA1.VVaTyp.t | INS | Timestamp | ST | B | Time | Time | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 3 | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV3MSTA1.VVaA.mag.f | MV | FLOAT32 | MX | B | Variation Ph A | Variation magnitude Phase A | 0.00...5.00 xUn | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 3 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV3MSTA1.VVaA.t | MV | Timestamp | MX | B | Var Ph A rec time | Variation magnitude Phase A time stamp | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 3 | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV3MSTA1.VVaB.mag.f | MV | FLOAT32 | MX | B | Variation Ph B | Variation magnitude Phase B | 0.00...5.00 xUn | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 3 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV3MSTA1.VVaB.t | MV | Timestamp | MX | B | Var Ph B rec time | Variation magnitude Phase B time stamp | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 3 | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV3MSTA1.VVaC.mag.f | MV | FLOAT32 | MX | B | Variation Ph C | Variation magnitude Phase C | 0.00...5.00 xUn | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 3 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV3MSTA1.VVaC.t | MV | Timestamp | MX | B | Var Ph C rec time | Variation magnitude Phase C time stamp | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 3 | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV3MSTA1.VVaTmA.mag.f | MV | FLOAT32 | MX | B | Variation Dur Ph A | Variation duration Phase A | 0.000...3600.000 s | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 3 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV3MSTA1.VVaTmA.t | MV | Timestamp | MX | B | Var Dur Ph A time | Variation Ph A start time stamp | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 3 | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV3MSTA1.VVaTmB.mag.f | MV | FLOAT32 | MX | B | Variation Dur Ph B | Variation duration Phase B | 0.000...3600.000 s | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 3 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV3MSTA1.VVaTmB.t | MV | Timestamp | MX | B | Var Dur Ph B time | Variation Ph B start time stamp | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 3 | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV3MSTA1.VVaTmC.mag.f | MV | FLOAT32 | MX | B | Variation Dur Ph C | Variation duration Phase C | 0.000...3600.000 s | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 3 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV3MSTA1.VVaTmC.t | MV | Timestamp | MX | B | Var Dur Ph C time | Variation Ph C start time stamp | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 3 | |||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV3MSTA1.APreVaA.mag.f | MV | FLOAT32 | MX | B | Var current Ph A | Current magnitude Phase A preceding variation | 0.00...60.00 xIn | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 3 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV3MSTA1.APreVaB.mag.f | MV | FLOAT32 | MX | B | Var current Ph B | Current magnitude Phase B preceding variation | 0.00...60.00 xIn | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 3 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | MON | LD0.QVV3MSTA1.APreVaC.mag.f | MV | FLOAT32 | MX | B | Var current Ph C | Current magnitude Phase C preceding variation | 0.00...60.00 xIn | Monitoring\Recorded data\Power quality\PHQVVR1\Variation 3 | ||||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Power quality\PHQVVR1 | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.DipStrVal1.setMag.f | ASG | FLOAT32 | SG | B | 80.0 | Voltage dip set 1 | Dip limit 1 in % of reference voltage | 10.0...100.0 % | Settings\Settings\Power quality\PHQVVR1 | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.DipStrVal2.setMag.f | ASG | FLOAT32 | SG | B | 80.0 | Voltage dip set 2 | Dip limit 2 in % of reference voltage | 10.0...100.0 % | Settings\Settings\Power quality\PHQVVR1 | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.DipStrVal3.setMag.f | ASG | FLOAT32 | SG | B | 80.0 | Voltage dip set 3 | Dip limit 3 in % of reference voltage | 10.0...100.0 % | Settings\Settings\Power quality\PHQVVR1 | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.SwlStrVal1.setMag.f | ASG | FLOAT32 | SG | B | 120.0 | Voltage swell set 1 | Swell limit 1 in % of reference voltage | 100.0...140.0 % | Settings\Settings\Power quality\PHQVVR1 | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.SwlStrVal2.setMag.f | ASG | FLOAT32 | SG | B | 120.0 | Voltage swell set 2 | Swell limit 2 in % of reference voltage | 100.0...140.0 % | Settings\Settings\Power quality\PHQVVR1 | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.SwlStrVal3.setMag.f | ASG | FLOAT32 | SG | B | 120.0 | Voltage swell set 3 | Swell limit 3 in % of reference voltage | 100.0...140.0 % | Settings\Settings\Power quality\PHQVVR1 | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.IntrStrVal.setMag.f | ASG | FLOAT32 | SG | B | 10.0 | Voltage Int set | Interruption limit in % of reference voltage | 0.0...100.0 % | Settings\Settings\Power quality\PHQVVR1 | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.RefV.setMag.f | ASG | FLOAT32 | SG | B | 57.7 | Reference voltage | Reference supply voltage in % | 10.0...200.0 %Un | Settings\Settings\Power quality\PHQVVR1 | UL1TVTR1 | ||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.DipCyc1.setMag.f | ASG | FLOAT32 | SG | B | 3.0 | VVa dip time 1 | Voltage variation dip duration 1 | 0.5...54.0 cycles | Settings\Settings\Power quality\PHQVVR1 | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.DipCyc2.setMag.f | ASG | FLOAT32 | SG | B | 30.0 | VVa dip time 2 | Voltage variation dip duration 2 | 10.0...180.0 cycles | Settings\Settings\Power quality\PHQVVR1 | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.DipTmms3.setVal | ING | INT32 | SG | B | 3000 | VVa dip time 3 | Voltage variation dip duration 3 | 2000...60000 ms | Settings\Settings\Power quality\PHQVVR1 | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.SwlCyc1.setMag.f | ASG | FLOAT32 | SG | B | 0.5 | VVa swell time 1 | Voltage variation swell duration 1 | 0.5...54.0 cycles | Settings\Settings\Power quality\PHQVVR1 | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.SwlCyc2.setMag.f | ASG | FLOAT32 | SG | B | 10.0 | VVa swell time 2 | Voltage variation swell duration 2 | 10.0...80.0 cycles | Settings\Settings\Power quality\PHQVVR1 | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.SwlTmms3.setVal | ING | INT32 | SG | B | 2000 | VVa swell time 3 | Voltage variation swell duration 3 | 2000...60000 ms | Settings\Settings\Power quality\PHQVVR1 | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.IntrCyc1.setMag.f | ASG | FLOAT32 | SG | B | 3.0 | VVa Int time 1 | Voltage variation Int duration 1 | 0.5...30.0 cycles | Settings\Settings\Power quality\PHQVVR1 | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.IntrCyc2.setMag.f | ASG | FLOAT32 | SG | B | 30.0 | VVa Int time 2 | Voltage variation Int duration 2 | 10.0...180.0 cycles | Settings\Settings\Power quality\PHQVVR1 | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.IntrTmms3.setVal | ING | INT32 | SG | B | 3000 | VVa Int time 3 | Voltage variation interruption duration 3 | 2000...60000 ms | Settings\Settings\Power quality\PHQVVR1 | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.MaxDurTmms.setVal | ING | INT32 | SG | B | 60000 | VVa Dur Max | Maximum voltage variation duration | 100...3600000 ms | Settings\Settings\Power quality\PHQVVR1 | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.PhSv.setVal | ING | Enum | SP | B | 7 | Phase supervision | Monitored voltage phase | 1=Ph A; 2=Ph B; 3=Ph A + B; 4=Ph C; 5=Ph A + C; 6=Ph B + C; 7=Ph A + B + C | Settings\Settings\Power quality\PHQVVR1 | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.OpModPh.setVal | ING | Enum | SP | B | 2 | Phase mode | Three/Single phase mode | 1=Three Phase; 2=Single Phase | Settings\Settings\Power quality\PHQVVR1 | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | SET | LD0.PH1QVVR1.VVaEna.setVal | ING | Enum | SP | B | 7 | Variation enable | Enable variation type | 1=Swell; 2=Dip; 3=Swell + dip; 4=Interruption; 5=Swell + Int; 6=Dip + Int; 7=Swell+dip+Int | Settings\Settings\Power quality\PHQVVR1 | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | TES | LD0.PH1QVVR1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | PHQVVR1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; -59=Activate SWELLST; -60=Deactive SWELLST; -61=Activate DIPST; -62=Deactive DIPST; -63=Activate INTST; -64=Deactive INTST | Tests\Function tests\Power quality | |||
| PHQVVR1 | PQMU (1) | PQMV (1) | VER | LD0.PH1QVVR1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| VSQVUB1 | PQUUB (1) | PQVUB (1) | INP | LD0.VSQVUB1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block all outputs except measured values | Monitoring\I/O status\Power quality\VSQVUB1\Inputs | ||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | OUT | LD0.VSQVUB1.VarStr.stVal | SPS | BOOLEAN | ST | B | StatNrml | P,H | MN_UNB_AL | Alarm active when 3 sec voltage unbalance exceeds the limit | Monitoring\I/O status\Power quality\VSQVUB1\Outputs | |||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | OUT | LD0.VSQVUB1.HiPctVUnb.stVal | SPS | BOOLEAN | ST | B | StatNrml | P,H | PCT_UNB_AL | Alarm active when percentile unbalance exceeds the limit | Monitoring\I/O status\Power quality\VSQVUB1\Outputs | |||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | OUT | LD0.VSQVUB1.ObsPerAct.stVal | SPS | BOOLEAN | ST | B | OBS_PR_ACT | Observation period is active | Monitoring\I/O status\Power quality\VSQVUB1\Outputs | |||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | CTR | LD0.VSQVUB1.TrgObsPer.Oper.ctlVal | SPC | BOOLEAN | CO | (Trigger for observation period) | ||||||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | CTR | LD0.VSQVUB1.RecRs.Oper.ctlVal | SPC | BOOLEAN | CO | (Recorded data reset) | ||||||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | MON | LD0.VSQVUB1.Beh.stVal | INS | Enum | ST | B | VSQVUB1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | MON | LD0.VSQVUB1.MaxVVa.mag.f | MV | FLOAT32 | MX | B | MAX_UNB_VAL | Maximum voltage unbalance measured in the observation period | 0.00...100.00 % | Monitoring\I/O status\Power quality\VSQVUB1\Monitored data | ||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | MON | LD0.VSQVUB1.MaxVVa.t | MV | Timestamp | MX | B | MAX_UNB_TIME | Time stamp at which maximum voltage unbalance measured in the observation period | Monitoring\I/O status\Power quality\VSQVUB1\Monitored data | |||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | MON | LD0.VSQVUB1.PctUnbVal.mag.f | MV | FLOAT32 | MX | B | PCT_UNB_VAL | Limit below which percentile unbalance of the values lie | 0.00...100.00 % | Monitoring\I/O status\Power quality\VSQVUB1\Monitored data | ||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | MON | LD0.VSQVUB1.VUnb3sMn.mag.f | MV | FLOAT32 | MX | B | 3S_MN_UNB | Non sliding 3 second mean value of voltage unbalance | 0.00...100.00 % | Monitoring\I/O status\Power quality\VSQVUB1\Monitored data | ||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | MON | LD0.VSQVUB1.VUnb10mMn.mag.f | MV | FLOAT32 | MX | B | 10MIN_MN_UNB | Sliding 10 minutes mean value of voltage unbalance | 0.00...100.00 % | Monitoring\I/O status\Power quality\VSQVUB1\Monitored data | ||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | MON | LD0.VSQVUB1.ObsPerStr.t | SPS | Timestamp | ST | B | PR_STR_TIME | Time stamp of starting of the previous observation period | Monitoring\I/O status\Power quality\VSQVUB1\Monitored data | |||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | MON | LD0.VSQVUB1.ObsPerEnd.t | SPS | Timestamp | ST | B | PR_END_TIME | Time stamp of end of previous observation period | Monitoring\I/O status\Power quality\VSQVUB1\Monitored data | |||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | MON | LD0.QVU1MSTA1.MaxVVa.mag.f | MV | FLOAT32 | MX | B | Max unbalance Volt | Maximum 3 sec voltage | 0.00...100.00 % | Monitoring\Recorded data\Power quality\VSQVUB1\Unbalance 1 | ||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | MON | LD0.QVU1MSTA1.MaxVVa.t | MV | Timestamp | MX | B | Time Max Unb Volt | Time stamp of voltage unbalance | Monitoring\Recorded data\Power quality\VSQVUB1\Unbalance 1 | |||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | MON | LD0.QVU1MSTA1.VVaTm.mag.f | MV | FLOAT32 | MX | B | Alarm high mean Dur | Time duration for alarm high mean unbalance | 0.000...3600.000 s | Monitoring\Recorded data\Power quality\VSQVUB1\Unbalance 1 | ||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | MON | LD0.QVU2MSTA1.MaxVVa.mag.f | MV | FLOAT32 | MX | B | Max unbalance Volt | Maximum 3 sec voltage | 0.00...100.00 % | Monitoring\Recorded data\Power quality\VSQVUB1\Unbalance 2 | ||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | MON | LD0.QVU2MSTA1.MaxVVa.t | MV | Timestamp | MX | B | Time Max Unb Volt | Time stamp of voltage unbalance | Monitoring\Recorded data\Power quality\VSQVUB1\Unbalance 2 | |||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | MON | LD0.QVU2MSTA1.VVaTm.mag.f | MV | FLOAT32 | MX | B | Alarm high mean Dur | Time duration for alarm high mean unbalance | 0.000...3600.000 s | Monitoring\Recorded data\Power quality\VSQVUB1\Unbalance 2 | ||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | MON | LD0.QVU3MSTA1.MaxVVa.mag.f | MV | FLOAT32 | MX | B | Max unbalance Volt | Maximum 3 sec voltage | 0.00...100.00 % | Monitoring\Recorded data\Power quality\VSQVUB1\Unbalance 3 | ||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | MON | LD0.QVU3MSTA1.MaxVVa.t | MV | Timestamp | MX | B | Time Max Unb Volt | Time stamp of voltage unbalance | Monitoring\Recorded data\Power quality\VSQVUB1\Unbalance 3 | |||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | MON | LD0.QVU3MSTA1.VVaTm.mag.f | MV | FLOAT32 | MX | B | Alarm high mean Dur | Time duration for alarm high mean unbalance | 0.000...3600.000 s | Monitoring\Recorded data\Power quality\VSQVUB1\Unbalance 3 | ||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | SET | LD0.VSQVUB1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation On/Off | 1=on; 5=off | Settings\Settings\Power quality\VSQVUB1 | |||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | SET | LD0.VSQVUB1.UnbDetMth.setVal | ING | Enum | SP | B | 3 | Unb detection method | Set the operation mode for voltage unbalance calculation | 1=Neg Seq; 2=Zero Seq; 3=Neg to Pos Seq; 4=Zero to Pos Seq; 5=Ph vectors Comp | Settings\Settings\Power quality\VSQVUB1 | |||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | SET | LD0.VSQVUB1.StrVal.setMag.f | ASG | FLOAT32 | SP | B | 1 | Unbalance start Val | Voltage unbalance start value | 1...100 % | Settings\Settings\Power quality\VSQVUB1 | |||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | SET | LD0.VSQVUB1.TrgModPQ.setVal | ING | Enum | SP | B | 3 | Trigger mode | Specifies the observation period triggering mode | 1=Single; 2=Periodic; 3=Continuous | Settings\Settings\Power quality\VSQVUB1 | |||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | SET | LD0.VSQVUB1.ObsPerSel.setVal | ING | Enum | SP | B | 5 | Obs period selection | Observation period for unbalance calculation | 1=1 Hour; 2=12 Hours; 3=1 Day; 4=7 Days; 5=User defined | Settings\Settings\Power quality\VSQVUB1 | |||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | SET | LD0.VSQVUB1.ObsPerUsr.setVal | ING | INT32 | SP | B | 168 | User Def Obs period | User define observation period for statistic calculation | 1...168 h | Settings\Settings\Power quality\VSQVUB1 | |||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | SET | LD0.VSQVUB1.PctUnb.setMag.f | ASG | FLOAT32 | SP | B | 95 | Percentile unbalance | The percent to which percentile value PCT_UNB_VAL is calculated | 1...100 % | Settings\Settings\Power quality\VSQVUB1 | |||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | SET | LD0.VSQVUB1.PerStrDteh.setVal | ING | INT32 | SP | B | 2011010101 | Obs period Str time | Calendar time for observation period start given as YYYYMMDDhh | 2008010100...2076010100 | Settings\Settings\Power quality\VSQVUB1 | |||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | TES | LD0.VSQVUB1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | VSQVUB1 | Test control for outputs | 0=Reset; -67=Activate MN_UNB_AL; -68=Deactive MN_UNB_AL; -69=Activate PCT_UNB_AL; -70=Deactive PCT_UNB_AL; -77=Activate OBS_PR_ACT; -78=Deactive OBS_PR_ACT | Tests\Function tests\Power quality | |||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | VER | LD0.VSQVUB1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | VER | LD0.QVU1MSTA1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name Plate) | |||||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | VER | LD0.QVU2MSTA1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name Plate) | |||||||
| VSQVUB1 | PQUUB (1) | PQVUB (1) | VER | LD0.QVU3MSTA1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name Plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| RESCMMXU1 | Io (1) | In (1) | INP | LD0.RESCMMXU1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for all binary outputs | Monitoring\I/O status\Measurements\RESCMMXU1\Inputs | ||||
| RESCMMXU1 | Io (1) | In (1) | OUT | LD0.RESCMMXU1.HiAlm.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | HIGH_ALARM | High alarm | Monitoring\I/O status\Measurements\RESCMMXU1\Outputs | |||
| RESCMMXU1 | Io (1) | In (1) | OUT | LD0.RESCMMXU1.HiWrn.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | HIGH_WARN | High warning | Monitoring\I/O status\Measurements\RESCMMXU1\Outputs | |||
| RESCMMXU1 | Io (1) | In (1) | CTR | LD0.RESCMMXU1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\RESCMMXU1 | |||
| RESCMMXU1 | Io (1) | In (1) | CTR | LD0.RESCMSTA1.RecRs.Oper.ctlVal | SPC | BOOLEAN | CO | (RESCMMXU1 demands) | ||||||||
| RESCMMXU1 | Io (1) | In (1) | MON | LD0.RESCMMXU1.A.res.instCVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | Io-A | Measured residual current | 0.00...40.00 xIn | Measurements\RESCMMXU1 | ||
| RESCMMXU1 | Io (1) | In (1) | MON | LD0.RESCMMXU1.A.res.instCVal.ang.f | WYE | FLOAT32 | MX | B | MeasFlt | P | I_ANGL_RES | Residual current angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\RESCMMXU1\Monitored data | ||
| RESCMMXU1 | Io (1) | In (1) | MON | LD0.RESCMMXU1.A.res.cVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | I_DB_RES | Residual current Amplitude, magnitude of reported value | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\RESCMMXU1\Monitored data | ||
| RESCMMXU1 | Io (1) | In (1) | MON | LD0.RESCMMXU1.A.res.range | WYE | Enum | MX | B | MeasFlt | P | I_RANGE_RES | Residual current Amplitude range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\RESCMMXU1\Monitored data | ||
| RESCMMXU1 | Io (1) | In (1) | MON | LD0.RESCMSTA1.AvAmps.mag.f | MV | FLOAT32 | MX | B | I_DMD_RES | Demand value of residual current | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\RESCMMXU1\Monitored data | RESTCTR1 | |||
| RESCMMXU1 | Io (1) | In (1) | MON | LD0.RESCMSTA1.MaxAmps.mag.f | MV | FLOAT32 | MX | B | Max demand Io | Maximum demand for residual current | 0.00...40.00 xIn | Monitoring\Recorded data\Measurements\RESCMMXU1 | RESTCTR1 | |||
| RESCMMXU1 | Io (1) | In (1) | MON | LD0.RESCMSTA1.MaxAmps.t | MV | Timestamp | MX | B | Time max demand Io | Time of maximum demand residual current | Monitoring\Recorded data\Measurements\RESCMMXU1 | |||||
| RESCMMXU1 | Io (1) | In (1) | MON | LD0.RESCMSTA1.MinAmps.mag.f | MV | FLOAT32 | MX | B | Min demand Io | Minimum demand for residual current | 0.00...40.00 xIn | Monitoring\Recorded data\Measurements\RESCMMXU1 | RESTCTR1 | |||
| RESCMMXU1 | Io (1) | In (1) | MON | LD0.RESCMSTA1.MinAmps.t | MV | Timestamp | MX | B | Time min demand Io | Time of minimum demand residual current | Monitoring\Recorded data\Measurements\RESCMMXU1 | |||||
| RESCMMXU1 | Io (1) | In (1) | CFG | LD0.RESCMMXU1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\RESCMMXU1 | |||
| RESCMMXU1 | Io (1) | In (1) | CFG | LD0.RESCMMXU1.A.res.db | WYE | INT32U | CF | B,I | 2500 | A deadband res | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\Measurements\RESCMMXU1 | |||
| RESCMMXU1 | Io (1) | In (1) | CFG | LD0.RESCMMXU1.A.res.rangeC.hhLim.f | WYE | FLOAT32 | CF | B,I | 0.20 | A Hi high limit res | High alarm current limit | 0.00...40.00 xIn | Configuration\Measurements\RESCMMXU1 | |||
| RESCMMXU1 | Io (1) | In (1) | CFG | LD0.RESCMMXU1.A.res.rangeC.hLim.f | WYE | FLOAT32 | CF | B,I | 0.05 | A high limit res | High warning current limit | 0.00...40.00 xIn | Configuration\Measurements\RESCMMXU1 | |||
| RESCMMXU1 | Io (1) | In (1) | CFG | LD0.RESCMMXU1.AMeasMod.setVal | ING | Enum | SP | B | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT | Configuration\Measurements\RESCMMXU1 | |||
| RESCMMXU1 | Io (1) | In (1) | VER | LD0.RESCMMXU1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) | |||||||
| RESCMMXU1 | Io (1) | In (1) | VER | LD0.RESCMSTA1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| INTRPTEF1 | Io> -> IEF (1) | 67NIEF (1) | INP | LD0.INTRPTEF1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\INTRPTEF1\Inputs | ||||
| INTRPTEF1 | Io> -> IEF (1) | 67NIEF (1) | OUT | LD0.INTRPTEF1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\INTRPTEF1\Outputs | |||
| INTRPTEF1 | Io> -> IEF (1) | 67NIEF (1) | OUT | LD0.INTRPTEF1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\INTRPTEF1\Outputs | |||
| INTRPTEF1 | Io> -> IEF (1) | 67NIEF (1) | OUT | LD0.INTRPTEF1.InhEF.stVal | SPS | BOOLEAN | ST | B | BLK_EF | Block signal for EF to indicate opposite direction peaks | Monitoring\I/O status\Current protection\INTRPTEF1\Outputs | |||||
| INTRPTEF1 | Io> -> IEF (1) | 67NIEF (1) | MON | LD0.INTRPTEF1.Beh.stVal | INS | Enum | ST | B | INTRPTEF1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| INTRPTEF1 | Io> -> IEF (1) | 67NIEF (1) | MON | LD0.INTRPTEF1.Str.dirGeneral | ACD | Enum | ST | B | StatNrml | P,H | FAULT_DIR | Detected fault direction | 0=unknown; 1=forward; 2=backward; 3=both | Monitoring\I/O status\Current protection\INTRPTEF1\Monitored data | ||
| INTRPTEF1 | Io> -> IEF (1) | 67NIEF (1) | MON | LD0.INTRPTEF1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\INTRPTEF1\Monitored data | ||||
| INTRPTEF1 | Io> -> IEF (1) | 67NIEF (1) | SET | LD0.INTRPTEF1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\INTRPTEF1 | |||
| INTRPTEF1 | Io> -> IEF (1) | 67NIEF (1) | SET | LD0.INTRPTEF1.DirMod.setVal | ING | Enum | SG | B | 2 | Directional mode | Directional mode | 1=Non-directional; 2=Forward; 3=Reverse | Settings\Settings\Current protection\INTRPTEF1 | |||
| INTRPTEF1 | Io> -> IEF (1) | 67NIEF (1) | SET | LD0.INTRPTEF1.OpDlTmms.setVal | ING | INT32 | SG | B | 500 | Operate delay time | Operate delay time | 40...1200000 ms | Settings\Settings\Current protection\INTRPTEF1 | |||
| INTRPTEF1 | Io> -> IEF (1) | 67NIEF (1) | SET | LD0.INTRPTEF1.RsDlTmms.setVal | ING | INT32 | SP | B | 500 | Reset delay time | Reset delay time | 40...60000 ms | Settings\Settings\Current protection\INTRPTEF1 | |||
| INTRPTEF1 | Io> -> IEF (1) | 67NIEF (1) | SET | LD0.INTRPTEF1.PkCntLim.setVal | ING | INT32 | SP | B | 2 | Peak counter limit | Min requirement for peak counter before start in IEF mode | 2...20 | Settings\Settings\Current protection\INTRPTEF1 | |||
| INTRPTEF1 | Io> -> IEF (1) | 67NIEF (1) | SET | LD0.INTRPTEF1.OpModTEF.setVal | ING | Enum | SP | B | 1 | Operation mode | Operation criteria | 1=Intermittent EF; 2=Transient EF | Settings\Settings\Current protection\INTRPTEF1 | |||
| INTRPTEF1 | Io> -> IEF (1) | 67NIEF (1) | SET | LD0.INTRPTEF1.GndStr.setMag.f | ASG | FLOAT32 | SG | B | 0.20 | Voltage start value | Voltage start value | 0.10...0.50 xUn | Settings\Settings\Current protection\INTRPTEF1 | RESTVTR1 | ||
| INTRPTEF1 | Io> -> IEF (1) | 67NIEF (1) | SET | LD0.INTRPTEF1.BlkValA.setMag.f | ASG | FLOAT32 | SP | A | 0.01 | Min operate current | Minimum operating current for transient detector | 0.01...1.00 xIn | Settings\Settings\Current protection\INTRPTEF1 | RESTCTR1 | ||
| INTRPTEF1 | Io> -> IEF (1) | 67NIEF (1) | TES | LD0.INTRPTEF1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | INTRPTEF1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; 31=Activate BLK_EF; 32=Deactive BLK_EF | Tests\Function tests\Current protection | |||
| INTRPTEF1 | Io> -> IEF (1) | 67NIEF (1) | VER | LD0.INTRPTEF1.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| SECRSYN1 | SYNC (1) | 25 (1) | INP | LD0.SECRSYN1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Blocking signal of the synchro check and voltage check function | Monitoring\I/O status\Control\SECRSYN1\Inputs | ||||
| SECRSYN1 | SYNC (1) | 25 (1) | INP | LD0.SECRSYN1.ClsRq.stVal | SPS | BOOLEAN | ST | B | 0 | CL_COMMAND | External closing request | Monitoring\I/O status\Control\SECRSYN1\Inputs | ||||
| SECRSYN1 | SYNC (1) | 25 (1) | INP | LD0.SECRSYN1.ByPss.stVal | SPS | BOOLEAN | ST | B | 0 | BYPASS | Request to bypass synchronism check and voltage check | Monitoring\I/O status\Control\SECRSYN1\Inputs | ||||
| SECRSYN1 | SYNC (1) | 25 (1) | OUT | LD0.SECRSYN1.Rel.stVal | SPS | BOOLEAN | ST | B | SYNC_OK | Systems in synchronism | Monitoring\I/O status\Control\SECRSYN1\Outputs | |||||
| SECRSYN1 | SYNC (1) | 25 (1) | OUT | LD0.SECRSYN1.SynPrg.stVal | SPS | BOOLEAN | ST | B | StatNrml | P,H | SYNC_INPRO | Synchronizing in progress | Monitoring\I/O status\Control\SECRSYN1\Outputs | |||
| SECRSYN1 | SYNC (1) | 25 (1) | OUT | LD0.SECRSYN1.FailCmd.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | CMD_FAIL_AL | CB closing request failed | Monitoring\I/O status\Control\SECRSYN1\Outputs | |||
| SECRSYN1 | SYNC (1) | 25 (1) | OUT | LD0.SECRSYN1.FailSyn.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | CL_FAIL_AL | CB closing failed | Monitoring\I/O status\Control\SECRSYN1\Outputs | |||
| SECRSYN1 | SYNC (1) | 25 (1) | OUT | LD0.SECRSYN1.LLDBInd.stVal | SPS | BOOLEAN | ST | B | LLDB | Live Line, Dead Bus | Monitoring\I/O status\Control\SECRSYN1\Outputs | |||||
| SECRSYN1 | SYNC (1) | 25 (1) | OUT | LD0.SECRSYN1.LLLBInd.stVal | SPS | BOOLEAN | ST | B | LLLB | Live Line, Live Bus | Monitoring\I/O status\Control\SECRSYN1\Outputs | |||||
| SECRSYN1 | SYNC (1) | 25 (1) | OUT | LD0.SECRSYN1.DLLBInd.stVal | SPS | BOOLEAN | ST | B | DLLB | Dead Line, Live Bus | Monitoring\I/O status\Control\SECRSYN1\Outputs | |||||
| SECRSYN1 | SYNC (1) | 25 (1) | OUT | LD0.SECRSYN1.DLDBInd.stVal | SPS | BOOLEAN | ST | B | DLDB | Dead Line, Dead Bus | Monitoring\I/O status\Control\SECRSYN1\Outputs | |||||
| SECRSYN1 | SYNC (1) | 25 (1) | MON | LD0.SECRSYN1.Beh.stVal | INS | Enum | ST | B | SECRSYN1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| SECRSYN1 | SYNC (1) | 25 (1) | MON | LD0.SECRSYN1.VInd.stVal | SPS | BOOLEAN | ST | B | U_DIFF_SYNC | Voltage difference out of limit for synchronizing | Monitoring\I/O status\Control\SECRSYN1\Monitored data | |||||
| SECRSYN1 | SYNC (1) | 25 (1) | MON | LD0.SECRSYN1.AngInd.stVal | SPS | BOOLEAN | ST | B | PH_DIF_SYNC | Phase angle difference out of limit for synchronizing | Monitoring\I/O status\Control\SECRSYN1\Monitored data | |||||
| SECRSYN1 | SYNC (1) | 25 (1) | MON | LD0.SECRSYN1.HzInd.stVal | SPS | BOOLEAN | ST | B | FR_DIFF_SYNC | Frequency difference out of limit for synchronizing | Monitoring\I/O status\Control\SECRSYN1\Monitored data | |||||
| SECRSYN1 | SYNC (1) | 25 (1) | MON | LD0.SECRSYN1.DifVClc.mag.f | MV | FLOAT32 | MX | B | U_DIFF_MEAS | Calculated voltage amplitude difference | 0.00...1.00 xUn | Monitoring\I/O status\Control\SECRSYN1\Monitored data | ||||
| SECRSYN1 | SYNC (1) | 25 (1) | MON | LD0.SECRSYN1.DifHzClc.mag.f | MV | FLOAT32 | MX | B | FR_DIFF_MEAS | Calculated voltage frequency difference | 0.000...0.100 xFn | Monitoring\I/O status\Control\SECRSYN1\Monitored data | ||||
| SECRSYN1 | SYNC (1) | 25 (1) | MON | LD0.SECRSYN1.DifAngClc.mag.f | MV | FLOAT32 | MX | B | PH_DIFF_MEAS | Calculated voltage phase angle difference | 0.00...180.00 deg | Monitoring\I/O status\Control\SECRSYN1\Monitored data | ||||
| SECRSYN1 | SYNC (1) | 25 (1) | MON | LD0.SECRSYN1.EnSt.stVal | INS | Enum | ST | B | StatUrg | P,H | ENERG_STATE | Energization state of Line and Bus | 0=Unknown; 1=Both Live; 2=Live L, Dead B; 3=Dead L, Live B; 4=Both Dead | Monitoring\I/O status\Control\SECRSYN1\Monitored data | ||
| SECRSYN1 | SYNC (1) | 25 (1) | SET | LD0.SECRSYN1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Control\SECRSYN1 | |||
| SECRSYN1 | SYNC (1) | 25 (1) | SET | LD0.SECRSYN1.DifV.setMag.f | ASG | FLOAT32 | SG | B | 0.05 | Difference voltage | Maximum voltage difference limit | 0.01...0.50 xUn | Settings\Settings\Control\SECRSYN1 | |||
| SECRSYN1 | SYNC (1) | 25 (1) | SET | LD0.SECRSYN1.DifHz.setMag.f | ASG | FLOAT32 | SG | B | 0.001 | Difference frequency | Maximum frequency difference limit | 0.001...0.100 xFn | Settings\Settings\Control\SECRSYN1 | |||
| SECRSYN1 | SYNC (1) | 25 (1) | SET | LD0.SECRSYN1.DifAng.setMag.f | ASG | FLOAT32 | SG | B | 5 | Difference angle | Maximum angle difference limit | 5...90 deg | Settings\Settings\Control\SECRSYN1 | |||
| SECRSYN1 | SYNC (1) | 25 (1) | SET | LD0.SECRSYN1.LivDeaMod.setVal | ING | Enum | SG | B | 1 | Live dead mode | Energizing check mode | -1=Off; 1=Both Dead; 2=Live L, Dead B; 3=Dead L, Live B; 4=Dead Bus, L Any; 5=Dead L, Bus Any; 6=One Live, Dead; 7=Not Both Live | Settings\Settings\Control\SECRSYN1 | |||
| SECRSYN1 | SYNC (1) | 25 (1) | SET | LD0.SECRSYN1.DeaLinVal.setMag.f | ASG | FLOAT32 | SP | B | 0.2 | Dead line value | Voltage low limit line for energizing check | 0.1...0.8 xUn | Settings\Settings\Control\SECRSYN1 | UL1TVTR2 | ||
| SECRSYN1 | SYNC (1) | 25 (1) | SET | LD0.SECRSYN1.LivLinVal.setMag.f | ASG | FLOAT32 | SP | B | 0.5 | Live line value | Voltage high limit line for energizing check | 0.2...1.0 xUn | Settings\Settings\Control\SECRSYN1 | UL1TVTR2 | ||
| SECRSYN1 | SYNC (1) | 25 (1) | SET | LD0.SECRSYN1.DeaBusVal.setMag.f | ASG | FLOAT32 | SP | B | 0.2 | Dead bus value | Voltage low limit bus for energizing check | 0.1...0.8 xUn | Settings\Settings\Control\SECRSYN1 | UL1TVTR1 | ||
| SECRSYN1 | SYNC (1) | 25 (1) | SET | LD0.SECRSYN1.LivBusVal.setMag.f | ASG | FLOAT32 | SP | B | 0.5 | Live bus value | Voltage high limit bus for energizing check | 0.2...1.0 xUn | Settings\Settings\Control\SECRSYN1 | UL1TVTR1 | ||
| SECRSYN1 | SYNC (1) | 25 (1) | SET | LD0.SECRSYN1.PlsTmms.setVal | ING | INT32 | SP | B | 200 | Close pulse | Breaker closing pulse duration | 200...60000 ms | Settings\Settings\Control\SECRSYN1 | |||
| SECRSYN1 | SYNC (1) | 25 (1) | SET | LD0.SECRSYN1.BkrTmms.setVal | ING | INT32 | SP | B | 60 | Closing time of CB | Closing time of the breaker | 40...250 ms | Settings\Settings\Control\SECRSYN1 | |||
| SECRSYN1 | SYNC (1) | 25 (1) | SET | LD0.SECRSYN1.OpModSC.setVal | ING | Enum | SP | B | 2 | Synchro check mode | Synchro check operation mode | 1=Off; 2=Synchronous; 3=Asynchronous | Settings\Settings\Control\SECRSYN1 | |||
| SECRSYN1 | SYNC (1) | 25 (1) | SET | LD0.SECRSYN1.OpModCtl.setVal | ING | Enum | SP | B | 1 | Control mode | Selection of synchro check command or Continuous control mode | 1=Continuous; 2=Command | Settings\Settings\Control\SECRSYN1 | |||
| SECRSYN1 | SYNC (1) | 25 (1) | SET | LD0.SECRSYN1.MaxVEn.setMag.f | ASG | FLOAT32 | SP | B | 1.05 | Max energizing V | Maximum voltage for energizing | 0.50...1.15 xUn | Settings\Settings\Control\SECRSYN1 | |||
| SECRSYN1 | SYNC (1) | 25 (1) | SET | LD0.SECRSYN1.PhSht.setMag.f | ASG | FLOAT32 | SP | B | 180 | Phase shift | Correction of phase difference between measured U_BUS and U_LINE | -180...180 deg | Settings\Settings\Control\SECRSYN1 | |||
| SECRSYN1 | SYNC (1) | 25 (1) | SET | LD0.SECRSYN1.EnTmms.setVal | ING | INT32 | SP | B | 100 | Energizing time | Time delay for energizing check | 100...60000 ms | Settings\Settings\Control\SECRSYN1 | |||
| SECRSYN1 | SYNC (1) | 25 (1) | SET | LD0.SECRSYN1.MaxSynTmms.setVal | ING | INT32 | SP | B | 2000 | Maximum Syn time | Maximum time to accept synchronizing | 100...6000000 ms | Settings\Settings\Control\SECRSYN1 | |||
| SECRSYN1 | SYNC (1) | 25 (1) | SET | LD0.SECRSYN1.MinSynTmms.setVal | ING | INT32 | SP | B | 0 | Minimum Syn time | Minimum time to accept synchronizing | 0...60000 ms | Settings\Settings\Control\SECRSYN1 | |||
| SECRSYN1 | SYNC (1) | 25 (1) | TES | LD0.SECRSYN1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | SECRSYN1 | Test control for outputs | 0=Reset; -39=Activate SYNC_INPRO; -40=Deactive SYNC_INPRO; -41=Activate SYNC_OK; -42=Deactive SYNC_OK; -43=Activate CL_FAIL_AL; -44=Deactive CL_FAIL_AL; -45=Activate CMD_FAIL_AL; -46=Deactive CMD_FAIL_AL; -47=Activate LLDB; -48=Deactive LLDB; -49=Activate LLLB; -50=Deactive LLLB; -51=Activate DLLB; -52=Deactive DLLB; -53=Activate DLDB; -54=Deactive DLDB | Tests\Function tests\Control | |||
| SECRSYN1 | SYNC (1) | 25 (1) | VER | LD0.SECRSYN1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MNSPTOC1 | I2>M (1) | 46M (1) | INP | LD0.MNSPTOC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\MNSPTOC1\Inputs | ||||
| MNSPTOC1 | I2>M (1) | 46M (1) | OUT | LD0.MNSPTOC1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\MNSPTOC1\Outputs | |||
| MNSPTOC1 | I2>M (1) | 46M (1) | OUT | LD0.MNSPTOC1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\MNSPTOC1\Outputs | |||
| MNSPTOC1 | I2>M (1) | 46M (1) | OUT | LD0.MNSPTOC1.StrInh.stVal | SPS | BOOLEAN | ST | B | BLK_RESTART | Overheated machine reconnection blocking | Monitoring\I/O status\Current protection\MNSPTOC1\Outputs | |||||
| MNSPTOC1 | I2>M (1) | 46M (1) | MON | LD0.MNSPTOC1.Beh.stVal | INS | Enum | ST | B | MNSPTOC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| MNSPTOC1 | I2>M (1) | 46M (1) | MON | LD0.MNSPTOC1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\MNSPTOC1\Monitored data | ||||
| MNSPTOC1 | I2>M (1) | 46M (1) | MON | LD0.MNSPTOC1.TmsRecEna.mag.f | MV | FLOAT32 | MX | B | T_ENARESTART | Estimated time to reset of block restart | 0.00...7200.00 s | Monitoring\I/O status\Current protection\MNSPTOC1\Monitored data | ||||
| MNSPTOC1 | I2>M (1) | 46M (1) | SET | LD0.MNSPTOC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\MNSPTOC1 | |||
| MNSPTOC1 | I2>M (1) | 46M (1) | SET | LD0.MNSPTOC1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.20 | Start value | Start value | 0.01...0.50 xIn | Settings\Settings\Current protection\MNSPTOC1 | IL1TCTR1 | ||
| MNSPTOC1 | I2>M (1) | 46M (1) | SET | LD0.MNSPTOC1.OpDlTmms.setVal | ING | INT32 | SG | B | 1000 | Operate delay time | Operate delay time | 100...120000 ms | Settings\Settings\Current protection\MNSPTOC1 | |||
| MNSPTOC1 | I2>M (1) | 46M (1) | SET | LD0.MNSPTOC1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\MNSPTOC1 | |||
| MNSPTOC1 | I2>M (1) | 46M (1) | SET | LD0.MNSPTOC1.TmACrv.setCharact | CURVE | Enum | SG | B | 15 | Operating curve type | Selection of time delay curve type | 5=ANSI Def. Time; 15=IEC Def. Time; 17=Inv. Curve A; 18=Inv. Curve B | Settings\Settings\Current protection\MNSPTOC1 | |||
| MNSPTOC1 | I2>M (1) | 46M (1) | SET | LD0.MNSPTOC1.MinOpTmms.setVal | ING | INT32 | SP | B | 100 | Minimum operate time | Minimum operate time for IDMT curves | 100...120000 ms | Settings\Settings\Current protection\MNSPTOC1 | |||
| MNSPTOC1 | I2>M (1) | 46M (1) | SET | LD0.MNSPTOC1.MaxOpTmms.setVal | ING | INT32 | SP | B | 1000000 | Maximum operate time | Max operate time regardless of the inverse characteristic | 500000...7200000 ms | Settings\Settings\Current protection\MNSPTOC1 | |||
| MNSPTOC1 | I2>M (1) | 46M (1) | SET | LD0.MNSPTOC1.CoolTms.setVal | ING | INT32 | SP | B | 50 | Cooling time | Time required to cool the machine | 5...7200 s | Settings\Settings\Current protection\MNSPTOC1 | |||
| MNSPTOC1 | I2>M (1) | 46M (1) | SET | LD0.MNSPTOC1.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 5.0 | Machine time Mult | Machine related time constant | 5.0...100.0 | Settings\Settings\Current protection\MNSPTOC1 | |||
| MNSPTOC1 | I2>M (1) | 46M (1) | SET | LD0.MNSPTOC1.ARtg.setMag.f | ASG | FLOAT32 | SP | B | 1.00 | Rated current | Rated current (Ir) of the machine (used only in the IDMT) | 0.30...2.00 xIn | Settings\Settings\Current protection\MNSPTOC1 | IL1TCTR1 | ||
| MNSPTOC1 | I2>M (1) | 46M (1) | TES | LD0.MNSPTOC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | MNSPTOC1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; -9=Activate BLK_RESTART; -10=Deactive BLK_RESTART | Tests\Function tests\Current protection | |||
| MNSPTOC1 | I2>M (1) | 46M (1) | VER | LD0.MNSPTOC1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MNSPTOC2 | I2>M (2) | 46M (2) | INP | LD0.MNSPTOC2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\MNSPTOC2\Inputs | ||||
| MNSPTOC2 | I2>M (2) | 46M (2) | OUT | LD0.MNSPTOC2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\MNSPTOC2\Outputs | |||
| MNSPTOC2 | I2>M (2) | 46M (2) | OUT | LD0.MNSPTOC2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\MNSPTOC2\Outputs | |||
| MNSPTOC2 | I2>M (2) | 46M (2) | OUT | LD0.MNSPTOC2.StrInh.stVal | SPS | BOOLEAN | ST | B | BLK_RESTART | Overheated machine reconnection blocking | Monitoring\I/O status\Current protection\MNSPTOC2\Outputs | |||||
| MNSPTOC2 | I2>M (2) | 46M (2) | MON | LD0.MNSPTOC2.Beh.stVal | INS | Enum | ST | B | MNSPTOC2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| MNSPTOC2 | I2>M (2) | 46M (2) | MON | LD0.MNSPTOC2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\MNSPTOC2\Monitored data | ||||
| MNSPTOC2 | I2>M (2) | 46M (2) | MON | LD0.MNSPTOC2.TmsRecEna.mag.f | MV | FLOAT32 | MX | B | T_ENARESTART | Estimated time to reset of block restart | 0.00...7200.00 s | Monitoring\I/O status\Current protection\MNSPTOC2\Monitored data | ||||
| MNSPTOC2 | I2>M (2) | 46M (2) | SET | LD0.MNSPTOC2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\MNSPTOC2 | |||
| MNSPTOC2 | I2>M (2) | 46M (2) | SET | LD0.MNSPTOC2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.20 | Start value | Start value | 0.01...0.50 xIn | Settings\Settings\Current protection\MNSPTOC2 | IL1TCTR1 | ||
| MNSPTOC2 | I2>M (2) | 46M (2) | SET | LD0.MNSPTOC2.OpDlTmms.setVal | ING | INT32 | SG | B | 1000 | Operate delay time | Operate delay time | 100...120000 ms | Settings\Settings\Current protection\MNSPTOC2 | |||
| MNSPTOC2 | I2>M (2) | 46M (2) | SET | LD0.MNSPTOC2.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\MNSPTOC2 | |||
| MNSPTOC2 | I2>M (2) | 46M (2) | SET | LD0.MNSPTOC2.TmACrv.setCharact | CURVE | Enum | SG | B | 15 | Operating curve type | Selection of time delay curve type | 5=ANSI Def. Time; 15=IEC Def. Time; 17=Inv. Curve A; 18=Inv. Curve B | Settings\Settings\Current protection\MNSPTOC2 | |||
| MNSPTOC2 | I2>M (2) | 46M (2) | SET | LD0.MNSPTOC2.MinOpTmms.setVal | ING | INT32 | SP | B | 100 | Minimum operate time | Minimum operate time for IDMT curves | 100...120000 ms | Settings\Settings\Current protection\MNSPTOC2 | |||
| MNSPTOC2 | I2>M (2) | 46M (2) | SET | LD0.MNSPTOC2.MaxOpTmms.setVal | ING | INT32 | SP | B | 1000000 | Maximum operate time | Max operate time regardless of the inverse characteristic | 500000...7200000 ms | Settings\Settings\Current protection\MNSPTOC2 | |||
| MNSPTOC2 | I2>M (2) | 46M (2) | SET | LD0.MNSPTOC2.CoolTms.setVal | ING | INT32 | SP | B | 50 | Cooling time | Time required to cool the machine | 5...7200 s | Settings\Settings\Current protection\MNSPTOC2 | |||
| MNSPTOC2 | I2>M (2) | 46M (2) | SET | LD0.MNSPTOC2.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 5.0 | Machine time Mult | Machine related time constant | 5.0...100.0 | Settings\Settings\Current protection\MNSPTOC2 | |||
| MNSPTOC2 | I2>M (2) | 46M (2) | SET | LD0.MNSPTOC2.ARtg.setMag.f | ASG | FLOAT32 | SP | B | 1.00 | Rated current | Rated current (Ir) of the machine (used only in the IDMT) | 0.30...2.00 xIn | Settings\Settings\Current protection\MNSPTOC2 | IL1TCTR1 | ||
| MNSPTOC2 | I2>M (2) | 46M (2) | TES | LD0.MNSPTOC2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | MNSPTOC2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; -9=Activate BLK_RESTART; -10=Deactive BLK_RESTART | Tests\Function tests\Current protection | |||
| MNSPTOC2 | I2>M (2) | 46M (2) | VER | LD0.MNSPTOC2.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| LOFLPTUC1 | 3I< (1) | 37M (1) | INP | LD0.LOFLPTUC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block all binary outputs by resetting timers | Monitoring\I/O status\Current protection\LOFLPTUC1\Inputs | ||||
| LOFLPTUC1 | 3I< (1) | 37M (1) | OUT | LD0.LOFLPTUC1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\LOFLPTUC1\Outputs | |||
| LOFLPTUC1 | 3I< (1) | 37M (1) | OUT | LD0.LOFLPTUC1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\LOFLPTUC1\Outputs | |||
| LOFLPTUC1 | 3I< (1) | 37M (1) | MON | LD0.LOFLPTUC1.Beh.stVal | INS | Enum | ST | B | LOFLPTUC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| LOFLPTUC1 | 3I< (1) | 37M (1) | MON | LD0.LOFLPTUC1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\LOFLPTUC1\Monitored data | ||||
| LOFLPTUC1 | 3I< (1) | 37M (1) | SET | LD0.LOFLPTUC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\LOFLPTUC1 | |||
| LOFLPTUC1 | 3I< (1) | 37M (1) | SET | LD0.LOFLPTUC1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.50 | Start value high | Current setting/Start value high | 0.01...1.00 xIn | Settings\Settings\Current protection\LOFLPTUC1 | IL1TCTR1 | ||
| LOFLPTUC1 | 3I< (1) | 37M (1) | SET | LD0.LOFLPTUC1.OpDlTmms.setVal | ING | INT32 | SG | B | 2000 | Operate delay time | Operate delay time | 400...600000 ms | Settings\Settings\Current protection\LOFLPTUC1 | |||
| LOFLPTUC1 | 3I< (1) | 37M (1) | SET | LD0.LOFLPTUC1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\LOFLPTUC1 | |||
| LOFLPTUC1 | 3I< (1) | 37M (1) | SET | LD0.LOFLPTUC1.BlkValA.setMag.f | ASG | FLOAT32 | SG | B | 0.10 | Start value low | Current setting/Start value low | 0.01...0.50 xIn | Settings\Settings\Current protection\LOFLPTUC1 | IL1TCTR1 | ||
| LOFLPTUC1 | 3I< (1) | 37M (1) | TES | LD0.LOFLPTUC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | LOFLPTUC1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| LOFLPTUC1 | 3I< (1) | 37M (1) | VER | LD0.LOFLPTUC1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| LOFLPTUC2 | 3I< (2) | 37M (2) | INP | LD0.LOFLPTUC2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block all binary outputs by resetting timers | Monitoring\I/O status\Current protection\LOFLPTUC2\Inputs | ||||
| LOFLPTUC2 | 3I< (2) | 37M (2) | OUT | LD0.LOFLPTUC2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\LOFLPTUC2\Outputs | |||
| LOFLPTUC2 | 3I< (2) | 37M (2) | OUT | LD0.LOFLPTUC2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\LOFLPTUC2\Outputs | |||
| LOFLPTUC2 | 3I< (2) | 37M (2) | MON | LD0.LOFLPTUC2.Beh.stVal | INS | Enum | ST | B | LOFLPTUC2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| LOFLPTUC2 | 3I< (2) | 37M (2) | MON | LD0.LOFLPTUC2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\LOFLPTUC2\Monitored data | ||||
| LOFLPTUC2 | 3I< (2) | 37M (2) | SET | LD0.LOFLPTUC2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\LOFLPTUC2 | |||
| LOFLPTUC2 | 3I< (2) | 37M (2) | SET | LD0.LOFLPTUC2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.50 | Start value high | Current setting/Start value high | 0.01...1.00 xIn | Settings\Settings\Current protection\LOFLPTUC2 | IL1TCTR1 | ||
| LOFLPTUC2 | 3I< (2) | 37M (2) | SET | LD0.LOFLPTUC2.OpDlTmms.setVal | ING | INT32 | SG | B | 2000 | Operate delay time | Operate delay time | 400...600000 ms | Settings\Settings\Current protection\LOFLPTUC2 | |||
| LOFLPTUC2 | 3I< (2) | 37M (2) | SET | LD0.LOFLPTUC2.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\LOFLPTUC2 | |||
| LOFLPTUC2 | 3I< (2) | 37M (2) | SET | LD0.LOFLPTUC2.BlkValA.setMag.f | ASG | FLOAT32 | SG | B | 0.10 | Start value low | Current setting/Start value low | 0.01...0.50 xIn | Settings\Settings\Current protection\LOFLPTUC2 | IL1TCTR1 | ||
| LOFLPTUC2 | 3I< (2) | 37M (2) | TES | LD0.LOFLPTUC2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | LOFLPTUC2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| LOFLPTUC2 | 3I< (2) | 37M (2) | VER | LD0.LOFLPTUC2.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| JAMPTOC1 | Ist> (1) | 51LR (1) | INP | LD0.JAMPTOC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\JAMPTOC1\Inputs | ||||
| JAMPTOC1 | Ist> (1) | 51LR (1) | OUT | LD0.JAMPTOC1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | (A,B,C) | Monitoring\I/O status\Current protection\JAMPTOC1\Outputs | ||
| JAMPTOC1 | Ist> (1) | 51LR (1) | MON | LD0.JAMPTOC1.Beh.stVal | INS | Enum | ST | B | JAMPTOC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| JAMPTOC1 | Ist> (1) | 51LR (1) | MON | LD0.JAMPTOC1.Str.general | ACD | BOOLEAN | ST | B | START | Start | (A,B,C) | Monitoring\I/O status\Current protection\JAMPTOC1\Monitored data | ||||
| JAMPTOC1 | Ist> (1) | 51LR (1) | MON | LD0.JAMPTOC1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\JAMPTOC1\Monitored data | ||||
| JAMPTOC1 | Ist> (1) | 51LR (1) | SET | LD0.JAMPTOC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\JAMPTOC1 | |||
| JAMPTOC1 | Ist> (1) | 51LR (1) | SET | LD0.JAMPTOC1.StrVal.setMag.f | ASG | FLOAT32 | SP | B | 2.50 | Start value | Start value | 0.10...10.00 xIn | Settings\Settings\Current protection\JAMPTOC1 | IL1TCTR1 | ||
| JAMPTOC1 | Ist> (1) | 51LR (1) | SET | LD0.JAMPTOC1.OpDlTmms.setVal | ING | INT32 | SP | B | 2000 | Operate delay time | Operate delay time | 100...120000 ms | Settings\Settings\Current protection\JAMPTOC1 | |||
| JAMPTOC1 | Ist> (1) | 51LR (1) | SET | LD0.JAMPTOC1.RsDlTmms.setVal | ING | INT32 | SP | B | 100 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\JAMPTOC1 | |||
| JAMPTOC1 | Ist> (1) | 51LR (1) | TES | LD0.JAMPTOC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | JAMPTOC1 | Test control for outputs | 0=Reset; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| JAMPTOC1 | Ist> (1) | 51LR (1) | VER | LD0.JAMPTOC1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | INP | LD0.STTPMSS1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block of function | Monitoring\I/O status\Current protection\STTPMSU1\Inputs | ||||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | INP | LD0.STTPMSS1.EnaEmgStr.stVal | SPS | BOOLEAN | ST | B | 0 | ST_EMERG_ENA | Enable emergency start to disable lock of start of motor | Monitoring\I/O status\Current protection\STTPMSU1\Inputs | ||||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | INP | LD0.STTPMSS1.StlInd.stVal | SPS | BOOLEAN | ST | B | 0 | STALL_IND | Input signal for showing the motor is not stalling | Monitoring\I/O status\Current protection\STTPMSU1\Inputs | ||||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | INP | LD0.STTPMSS1.BlkLOStr.stVal | SPS | BOOLEAN | ST | B | 0 | BLK_LK_ST | Blocks lock out condition for restart of motor | Monitoring\I/O status\Current protection\STTPMSU1\Inputs | ||||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | INP | LD0.STTPMSS1.InPosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CB_CLOSED | Input showing the status of motor circuit breaker | Monitoring\I/O status\Current protection\STTPMSU1\Inputs | ||||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | OUT | LD0.STTPMSS1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | MOT_START | Signal to show that motor startup is in progress | Monitoring\I/O status\Current protection\STTPMSU1\Outputs | |||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | OUT | LD0.STTPMSS1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_IIT | Operate/trip signal for thermal stress. | Monitoring\I/O status\Current protection\STTPMSU1\Outputs | |||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | OUT | LD0.STTPMRI1.StrInh.stVal | SPS | BOOLEAN | ST | B | StatNrml | P,H | LOCK_START | Lock out condition for restart of motor. | Monitoring\I/O status\Current protection\STTPMSU1\Outputs | |||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | OUT | LD0.STTPMRI1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_STALL | Operate/trip signal for stalling protection. | Monitoring\I/O status\Current protection\STTPMSU1\Outputs | |||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | CTR | LD0.STTPMRI1.RsStUpCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | STTPMSU1 counter | Reset number of motor start-ups counter | 0=Cancel; 1=Clear | Clear\Clear | |||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | MON | LD0.STTPMSS1.Beh.stVal | INS | Enum | ST | B | STTPMSU1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | MON | LD0.STTPMSS1.StrDur.mag.f | MV | FLOAT32 | MX | B | STALL_RL | Start time relative to the operate time for stall condition | 0.00...100.00 % | Monitoring\I/O status\Current protection\STTPMSU1\Monitored data | ||||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | MON | LD0.STTPMRI1.StrInhTmm.stVal | INS | INT32 | ST | B | T_RST_ENA | Time left for restart when lockstart is enabled in minutes | 0...999 min | Monitoring\I/O status\Current protection\STTPMSU1\Monitored data | ||||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | MON | LD0.STTPMRI1.StUpCnt.stVal | INS | INT32 | ST | B | START_CNT | Number of motor start-ups occurred | 0...999999 | Monitoring\I/O status\Current protection\STTPMSU1\Monitored data | ||||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | MON | LD0.STTPMRI1.ThmStsPct.mag.f | MV | FLOAT32 | MX | B | IIT_RL | Thermal stress relative to set maximum thermal stress | 0.00...100.00 % | Monitoring\I/O status\Current protection\STTPMSU1\Monitored data | ||||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | MON | LD0.STTPMRI1.TmsCumStUp.mag.f | MV | FLOAT32 | MX | B | T_ST_CNT | Cumulated start-up time in sec | 0.0...99999.9 s | Monitoring\I/O status\Current protection\STTPMSU1\Monitored data | ||||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | MON | LD0.STTPMRI1.TmsStUp.mag.f | MV | FLOAT32 | MX | B | START_TIME | Measured motor latest startup time in sec | 0.0...999.9 s | Monitoring\I/O status\Current protection\STTPMSU1\Monitored data | ||||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | SET | LD0.STTPMSS1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\STTPMSU1 | |||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | SET | LD0.STTPMSS1.MotStr.setMag.f | ASG | FLOAT32 | SG | B | 1.5 | Start detection A | Current value for detecting starting of motor. | 0.1...10.0 xIn | Settings\Settings\Current protection\STTPMSU1 | IL1TCTR1 | ||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | SET | LD0.STTPMSS1.OpModStUp.setVal | ING | Enum | SP | B | 1 | Operation mode | Motor start-up operation mode | 1=IIt; 2=IIt, CB; 3=IIt + stall; 4=IIt + stall, CB | Settings\Settings\Current protection\STTPMSU1 | |||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | SET | LD0.STTPMSS1.StOvDlTmms.setVal | ING | INT32 | SG | B | 100 | Str over delay time | Time delay to check for completion of motor startup period | 0...60000 ms | Settings\Settings\Current protection\STTPMSU1 | |||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | SET | LD0.STTPMSS1.LokRotTms.setVal | ING | INT32 | SG | B | 10 | Lock rotor time | Permitted stalling time | 2...120 s | Settings\Settings\Current protection\STTPMSU1 | |||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | SET | LD0.STTPMSS1.MotStop.setMag.f | ASG | FLOAT32 | SP | B | 0.12 | Motor standstill A | Current limit to check for motor standstill condition | 0.05...0.20 xIn | Settings\Settings\Current protection\STTPMSU1 | IL1TCTR1 | ||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | SET | LD0.STTPMRI1.SetA.setMag.f | ASG | FLOAT32 | SG | B | 2.0 | Motor start-up A | Motor starting current | 1.0...10.0 xIn | Settings\Settings\Current protection\STTPMSU1 | IL1TCTR1 | ||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | SET | LD0.STTPMRI1.SetTms.setVal | ING | INT32 | SG | B | 5 | Motor start-up time | Motor starting time | 1...80 s | Settings\Settings\Current protection\STTPMSU1 | |||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | SET | LD0.STTPMRI1.InhTmm.setVal | ING | INT32 | SP | B | 30 | Restart inhibit time | Time delay between consecutive startups | 0...250 min | Settings\Settings\Current protection\STTPMSU1 | |||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | SET | LD0.STTPMRI1.CntRedRte.setMag.f | ASG | FLOAT32 | SP | B | 60.0 | Counter Red rate | Start time counter reduction rate | 2.0...250.0 s/h | Settings\Settings\Current protection\STTPMSU1 | |||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | SET | LD0.STTPMRI1.EmgRedRte.setMag.f | ASG | FLOAT32 | SP | B | 20.00 | Emg start Red rate | Start time reduction factor when emergency start is On | 0.00...100.00 % | Settings\Settings\Current protection\STTPMSU1 | |||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | SET | LD0.STTPMRI1.CumLimTms.setVal | ING | INT32 | SP | B | 10 | Cumulative time Lim | Cumulative time based restart inhibit limit | 1...500 s | Settings\Settings\Current protection\STTPMSU1 | |||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | TES | LD0.STTPMSS1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | STTPMSU1 | Test control for outputs | 0=Reset; -1=Activate OPR_IIT; -2=Deactive OPR_IIT; -3=Activate OPR_STALL; -4=Deactive OPR_STALL; -5=Activate MOT_START; -6=Deactive MOT_START; -7=Activate LOCK_START; -8=Deactive LOCK_START | Tests\Function tests\Current protection | |||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | VER | LD0.STTPMSS1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| STTPMSU1 | Is2t n< (1) | 49,66,48,51LR (1) | VER | LD0.STTPMRI1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PREVPTOC1 | I2>> (1) | 46R (1) | INP | LD0.PREVPTOC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\PREVPTOC1\Inputs | ||||
| PREVPTOC1 | I2>> (1) | 46R (1) | OUT | LD0.PREVPTOC1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\PREVPTOC1\Outputs | |||
| PREVPTOC1 | I2>> (1) | 46R (1) | OUT | LD0.PREVPTOC1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\PREVPTOC1\Outputs | |||
| PREVPTOC1 | I2>> (1) | 46R (1) | MON | LD0.PREVPTOC1.Beh.stVal | INS | Enum | ST | B | PREVPTOC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| PREVPTOC1 | I2>> (1) | 46R (1) | MON | LD0.PREVPTOC1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\PREVPTOC1\Monitored data | ||||
| PREVPTOC1 | I2>> (1) | 46R (1) | SET | LD0.PREVPTOC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\PREVPTOC1 | |||
| PREVPTOC1 | I2>> (1) | 46R (1) | SET | LD0.PREVPTOC1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.75 | Start value | Start value | 0.05...1.00 xIn | Settings\Settings\Current protection\PREVPTOC1 | IL1TCTR1 | ||
| PREVPTOC1 | I2>> (1) | 46R (1) | SET | LD0.PREVPTOC1.OpDlTmms.setVal | ING | INT32 | SG | B | 100 | Operate delay time | Operate delay time | 100...60000 ms | Settings\Settings\Current protection\PREVPTOC1 | |||
| PREVPTOC1 | I2>> (1) | 46R (1) | TES | LD0.PREVPTOC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | PREVPTOC1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| PREVPTOC1 | I2>> (1) | 46R (1) | VER | LD0.PREVPTOC1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MPTTR1 | 3Ith>M (1) | 49M (1) | INP | LD0.MPTTR1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\MPTTR1\Inputs | ||||
| MPTTR1 | 3Ith>M (1) | 49M (1) | INP | LD0.MPTTR1.EnaEmgStr.stVal | SPS | BOOLEAN | ST | B | 0 | START_EMERG | Signal for indicating the need for emergency start | Monitoring\I/O status\Current protection\MPTTR1\Inputs | ||||
| MPTTR1 | 3Ith>M (1) | 49M (1) | INP | LD0.MPTTR1.TmpUsed.mag.f | MV | FLOAT32 | MX | B | 0 | TEMP_AMB | The ambient temperature used in the calculation | -99...999 °C | Monitoring\I/O status\Current protection\MPTTR1\Monitored data | |||
| MPTTR1 | 3Ith>M (1) | 49M (1) | OUT | LD0.MPTTR1.AlmThm.general | ACT | BOOLEAN | ST | B | StatUrg | P,H | ALARM | Thermal Alarm | Monitoring\I/O status\Current protection\MPTTR1\Outputs | |||
| MPTTR1 | 3Ith>M (1) | 49M (1) | OUT | LD0.MPTTR1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\MPTTR1\Outputs | |||
| MPTTR1 | 3Ith>M (1) | 49M (1) | OUT | LD0.MPTTR1.StrInh.stVal | SPS | BOOLEAN | ST | B | StatNrml | P,H | BLK_RESTART | Thermal overload indicator, to inhibit restart | Monitoring\I/O status\Current protection\MPTTR1\Outputs | |||
| MPTTR1 | 3Ith>M (1) | 49M (1) | CTR | LD0.MPTTR1.RsTmp.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | MPTTR1 temperature | Reset MPTTR1 tempetature | 0=Cancel; 1=Clear | Clear\Clear | |||
| MPTTR1 | 3Ith>M (1) | 49M (1) | MON | LD0.MPTTR1.Beh.stVal | INS | Enum | ST | B | MPTTR1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| MPTTR1 | 3Ith>M (1) | 49M (1) | MON | LD0.MPTTR1.TmpRl.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | TEMP_RL | The calculated temperature of the protected object relative to the operate level | 0.00...9.99 | Monitoring\I/O status\Current protection\MPTTR1\Monitored data | ||
| MPTTR1 | 3Ith>M (1) | 49M (1) | MON | LD0.MPTTR1.ThmLevSt.mag.f | MV | FLOAT32 | MX | B | THERMLEV_ST | Thermal level at beginning of motor startup | 0.00...9.99 | Monitoring\I/O status\Current protection\MPTTR1\Monitored data | ||||
| MPTTR1 | 3Ith>M (1) | 49M (1) | MON | LD0.MPTTR1.ThmLevEnd.mag.f | MV | FLOAT32 | MX | B | THERMLEV_END | Thermal level at the end of motor startup situation | 0.00...9.99 | Monitoring\I/O status\Current protection\MPTTR1\Monitored data | ||||
| MPTTR1 | 3Ith>M (1) | 49M (1) | MON | LD0.MPTTR1.StrInhTms.stVal | INS | INT32 | ST | B | T_ENARESTART | Estimated time to reset of block restart | 0...99999 s | Monitoring\I/O status\Current protection\MPTTR1\Monitored data | ||||
| MPTTR1 | 3Ith>M (1) | 49M (1) | SET | LD0.MPTTR1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\MPTTR1 | |||
| MPTTR1 | 3Ith>M (1) | 49M (1) | SET | LD0.MPTTR1.ARtg.setMag.f | ASG | FLOAT32 | SP | B | 1.00 | Rated current | Rated current (FLC) of the motor | 0.30...2.00 xIn | Settings\Settings\Current protection\MPTTR1 | IL1TCTR1 | ||
| MPTTR1 | 3Ith>M (1) | 49M (1) | SET | LD0.MPTTR1.AlmVal.setMag.f | ASG | FLOAT32 | SG | B | 95.0 | Alarm thermal value | Thermal level above which function gives an alarm | 50.0...100.0 % | Settings\Settings\Current protection\MPTTR1 | |||
| MPTTR1 | 3Ith>M (1) | 49M (1) | SET | LD0.MPTTR1.ReStThmVal.setMag.f | ASG | FLOAT32 | SG | B | 40.0 | Restart thermal Val | Thermal level above which function inhibits motor restarting | 20.0...80.0 % | Settings\Settings\Current protection\MPTTR1 | |||
| MPTTR1 | 3Ith>M (1) | 49M (1) | SET | LD0.MPTTR1.ConsTms1.setVal | ING | INT32 | SG | B | 320 | Time constant normal | Motor time constant during the normal operation of motor | 80...4000 s | Settings\Settings\Current protection\MPTTR1 | |||
| MPTTR1 | 3Ith>M (1) | 49M (1) | SET | LD0.MPTTR1.ConsTms2.setVal | ING | INT32 | SG | B | 320 | Time constant start | Motor time constant during the start of motor | 80...4000 s | Settings\Settings\Current protection\MPTTR1 | |||
| MPTTR1 | 3Ith>M (1) | 49M (1) | SET | LD0.MPTTR1.ConsTms3.setVal | ING | INT32 | SG | B | 500 | Time constant stop | Motor time constant during the standstill condition of motor | 80...8000 s | Settings\Settings\Current protection\MPTTR1 | |||
| MPTTR1 | 3Ith>M (1) | 49M (1) | SET | LD0.MPTTR1.WghFact.setMag.f | ASG | FLOAT32 | SG | B | 50.0 | Weighting factor p | Weighting factor (p) | 20.0...100.0 % | Settings\Settings\Current protection\MPTTR1 | |||
| MPTTR1 | 3Ith>M (1) | 49M (1) | SET | LD0.MPTTR1.OvLodFact.setMag.f | ASG | FLOAT32 | SG | B | 1.05 | Overload factor | Overload factor (k) | 1.00...1.20 | Settings\Settings\Current protection\MPTTR1 | |||
| MPTTR1 | 3Ith>M (1) | 49M (1) | SET | LD0.MPTTR1.NgSeqFact.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Negative Seq factor | Heating effect factor for negative sequence current | 0.0...10.0 | Settings\Settings\Current protection\MPTTR1 | |||
| MPTTR1 | 3Ith>M (1) | 49M (1) | SET | LD0.MPTTR1.EnvTmpSet.setMag.f | ASG | FLOAT32 | SG | B | 40.0 | Env temperature Set | Ambient temperature used when no external temperature measurement available | -20.0...70.0 °C | Settings\Settings\Current protection\MPTTR1 | |||
| MPTTR1 | 3Ith>M (1) | 49M (1) | SET | LD0.MPTTR1.IniTmp.setMag.f | ASG | FLOAT32 | SP | B | 74.0 | Initial thermal Val | Initial thermal level of the motor | 0.0...100.0 % | Settings\Settings\Current protection\MPTTR1 | |||
| MPTTR1 | 3Ith>M (1) | 49M (1) | SET | LD0.MPTTR1.EnvTmpMod.setVal | ING | Enum | SG | B | 1 | Env temperature mode | Mode of measuring ambient temperature | 1=FLC Only; 2=Use input; 3=Set Amb Temp | Settings\Settings\Current protection\MPTTR1 | |||
| MPTTR1 | 3Ith>M (1) | 49M (1) | TES | LD0.MPTTR1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | MPTTR1 | Test control for outputs | 0=Reset; 9=Activate OPERATE; 10=Deactive OPERATE; 17=Activate ALARM; 18=Deactive ALARM; -9=Activate BLK_RESTART; -10=Deactive BLK_RESTART | Tests\Function tests\Current protection | |||
| MPTTR1 | 3Ith>M (1) | 49M (1) | VER | LD0.MPTTR1.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MPDIF1 | 3dI>M (1) | 87M (1) | INP | LD0.MPDIF1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Differential prot\MPDIF1\Inputs | ||||
| MPDIF1 | 3dI>M (1) | 87M (1) | INP | LD0.MPDIF1.InBlkLo.stVal | SPS | BOOLEAN | ST | B | 0 | BLK_OPR_LS | Blocks operate outputs from biased stage | Monitoring\I/O status\Differential prot\MPDIF1\Inputs | ||||
| MPDIF1 | 3dI>M (1) | 87M (1) | INP | LD0.MPDIF1.InBlkHi.stVal | SPS | BOOLEAN | ST | B | 0 | BLK_OPR_HS | Blocks operate outputs from instantaneous stage | Monitoring\I/O status\Differential prot\MPDIF1\Inputs | ||||
| MPDIF1 | 3dI>M (1) | 87M (1) | OUT | LD0.MPDIF1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | (A,B,C) | Monitoring\I/O status\Differential prot\MPDIF1\Outputs | ||
| MPDIF1 | 3dI>M (1) | 87M (1) | OUT | LD0.MPDIF1.OpLoSet.general | ACT | BOOLEAN | ST | B | OPR_LS | Operate from low set | Monitoring\I/O status\Differential prot\MPDIF1\Outputs | |||||
| MPDIF1 | 3dI>M (1) | 87M (1) | OUT | LD0.MPDIF1.OpHiSet.general | ACT | BOOLEAN | ST | B | OPR_HS | Operate from high set | Monitoring\I/O status\Differential prot\MPDIF1\Outputs | |||||
| MPDIF1 | 3dI>M (1) | 87M (1) | OUT | LD0.MPDIF1.BlkInSt.general | ACT | BOOLEAN | ST | B | INT_BLKD | Internal block status | (A,B,C) | Monitoring\I/O status\Differential prot\MPDIF1\Outputs | ||||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.Beh.stVal | INS | Enum | ST | B | MPDIF1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.Op.phsA | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_A | Operate phase A | Monitoring\I/O status\Differential prot\MPDIF1\Monitored data | |||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.Op.phsB | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_B | Operate phase B | Monitoring\I/O status\Differential prot\MPDIF1\Monitored data | |||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.Op.phsC | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_C | Operate phase C | Monitoring\I/O status\Differential prot\MPDIF1\Monitored data | |||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.BlkInSt.phsA | ACT | BOOLEAN | ST | B | INT_BLKD_A | Internal block status phase A | Monitoring\I/O status\Differential prot\MPDIF1\Monitored data | |||||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.BlkInSt.phsB | ACT | BOOLEAN | ST | B | INT_BLKD_B | Internal block status phase B | Monitoring\I/O status\Differential prot\MPDIF1\Monitored data | |||||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.BlkInSt.phsC | ACT | BOOLEAN | ST | B | INT_BLKD_C | Internal block status phase C | Monitoring\I/O status\Differential prot\MPDIF1\Monitored data | |||||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.DifAClc.phsA.cVal.mag.f | WYE | FLOAT32 | MX | ID_A | Differential current phase A | 0.00...80.00 xIr | Monitoring\I/O status\Differential prot\MPDIF1\Monitored data | |||||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.DifAClc.phsB.cVal.mag.f | WYE | FLOAT32 | MX | ID_B | Differential current phase B | 0.00...80.00 xIr | Monitoring\I/O status\Differential prot\MPDIF1\Monitored data | |||||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.DifAClc.phsC.cVal.mag.f | WYE | FLOAT32 | MX | ID_C | Differential current phase C | 0.00...80.00 xIr | Monitoring\I/O status\Differential prot\MPDIF1\Monitored data | |||||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.RstA.phsA.cVal.mag.f | WYE | FLOAT32 | MX | IB_A | Biasing current phase A | 0.00...80.00 xIr | Monitoring\I/O status\Differential prot\MPDIF1\Monitored data | |||||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.RstA.phsB.cVal.mag.f | WYE | FLOAT32 | MX | IB_B | Biasing current phase B | 0.00...80.00 xIr | Monitoring\I/O status\Differential prot\MPDIF1\Monitored data | |||||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.RstA.phsC.cVal.mag.f | WYE | FLOAT32 | MX | IB_C | Biasing current phase C | 0.00...80.00 xIr | Monitoring\I/O status\Differential prot\MPDIF1\Monitored data | |||||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.AngLinAB.mag.f | MV | FLOAT32 | MX | B | I_ANGL_A1_B1 | Current phase angle phase A to B, line side | -180.00...180.00 deg | Monitoring\I/O status\Differential prot\MPDIF1\Monitored data | ||||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.AngLinBC.mag.f | MV | FLOAT32 | MX | B | I_ANGL_B1_C1 | Current phase angle phase B to C, line side | -180.00...180.00 deg | Monitoring\I/O status\Differential prot\MPDIF1\Monitored data | ||||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.AngLinCA.mag.f | MV | FLOAT32 | MX | B | I_ANGL_C1_A1 | Current phase angle phase C to A, line side | -180.00...180.00 deg | Monitoring\I/O status\Differential prot\MPDIF1\Monitored data | ||||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.AngNeutAB.mag.f | MV | FLOAT32 | MX | B | I_ANGL_A2_B2 | Current phase angle phase A to B, neutral side | -180.00...180.00 deg | Monitoring\I/O status\Differential prot\MPDIF1\Monitored data | ||||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.AngNeutBC.mag.f | MV | FLOAT32 | MX | B | I_ANGL_B2_C2 | Current phase angle phase B to C, neutral side | -180.00...180.00 deg | Monitoring\I/O status\Differential prot\MPDIF1\Monitored data | ||||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.AngNeutCA.mag.f | MV | FLOAT32 | MX | B | I_ANGL_C2_A2 | Current phase angle phase C to A, neutral side | -180.00...180.00 deg | Monitoring\I/O status\Differential prot\MPDIF1\Monitored data | ||||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.AngLinNeuA.mag.f | MV | FLOAT32 | MX | B | I_ANGL_A1_A2 | Current phase angle diff between line and neutral side, Phase A | -180.00...180.00 deg | Monitoring\I/O status\Differential prot\MPDIF1\Monitored data | ||||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.AngLinNeuB.mag.f | MV | FLOAT32 | MX | B | I_ANGL_B1_B2 | Current phase angle diff between line and neutral side, Phase B | -180.00...180.00 deg | Monitoring\I/O status\Differential prot\MPDIF1\Monitored data | ||||
| MPDIF1 | 3dI>M (1) | 87M (1) | MON | LD0.MPDIF1.AngLinNeuC.mag.f | MV | FLOAT32 | MX | B | I_ANGL_C1_C2 | Current phase angle diff between line and neutral side, Phase C | -180.00...180.00 deg | Monitoring\I/O status\Differential prot\MPDIF1\Monitored data | ||||
| MPDIF1 | 3dI>M (1) | 87M (1) | SET | LD0.MPDIF1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Differential prot\MPDIF1 | |||
| MPDIF1 | 3dI>M (1) | 87M (1) | SET | LD0.MPDIF1.LoSet.setVal | ING | INT32 | SG | B | 5 | Low operate value | Basic setting for the stabilized stage start | 5...30 %Ir | Settings\Settings\Differential prot\MPDIF1 | |||
| MPDIF1 | 3dI>M (1) | 87M (1) | SET | LD0.MPDIF1.HiSet.setVal | ING | INT32 | SG | B | 500 | High operate value | Instantaneous stage operate value | 100...1000 %Ir | Settings\Settings\Differential prot\MPDIF1 | |||
| MPDIF1 | 3dI>M (1) | 87M (1) | SET | LD0.MPDIF1.SpeScn2.setMag.f | ASG | FLOAT32 | SG | B | 30 | Slope section 2 | Slope of the second line of the operating characteristics | 10...50 % | Settings\Settings\Differential prot\MPDIF1 | |||
| MPDIF1 | 3dI>M (1) | 87M (1) | SET | LD0.MPDIF1.EndScn1.setMag.f | ASG | FLOAT32 | SG | B | 50 | End section 1 | Turn-point between the first and the second line of the operating characteristics | 0...100 %Ir | Settings\Settings\Differential prot\MPDIF1 | |||
| MPDIF1 | 3dI>M (1) | 87M (1) | SET | LD0.MPDIF1.EndScn2.setMag.f | ASG | FLOAT32 | SG | B | 150 | End section 2 | Turn-point between the second and the third line of the operating characteristics | 100...300 %Ir | Settings\Settings\Differential prot\MPDIF1 | |||
| MPDIF1 | 3dI>M (1) | 87M (1) | SET | LD0.MPDIF1.CTConnTyp.setVal | ING | Enum | SP | B | 1 | CT connection type | CT connection type. Determined by the directions of the connected current transformers | 1=Type 1; 2=Type 2 | Settings\Settings\Differential prot\MPDIF1 | |||
| MPDIF1 | 3dI>M (1) | 87M (1) | SET | LD0.MPDIF1.EnaDCBias.setVal | SPG | BOOLEAN | SG | B | 0 | DC restrain enable | Setting for enabling DC restrain feature | Settings\Settings\Differential prot\MPDIF1 | ||||
| MPDIF1 | 3dI>M (1) | 87M (1) | SET | LD0.MPDIF1.CTRatCor1.setMag.f | ASG | FLOAT32 | SP | B | 1.00 | CT ratio Cor Line | CT ratio correction, line side | 0.40...4.00 | Settings\Settings\Differential prot\MPDIF1 | |||
| MPDIF1 | 3dI>M (1) | 87M (1) | SET | LD0.MPDIF1.CTRatCor2.setMag.f | ASG | FLOAT32 | SP | B | 1.00 | CT ratio Cor Neut | CT ratio correction, neutral side | 0.40...4.00 | Settings\Settings\Differential prot\MPDIF1 | |||
| MPDIF1 | 3dI>M (1) | 87M (1) | TES | LD0.MPDIF1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | MPDIF1 | Test control for outputs | 0=Reset; 9=Activate OPERATE; 10=Deactive OPERATE; -11=Activate OPR_LS; -12=Deactive OPR_LS; -13=Activate OPR_HS; -14=Deactive OPR_HS; -57=Activate INT_BLKD; -58=Deactive INT_BLKD | Tests\Function tests\Differential prot | |||
| MPDIF1 | 3dI>M (1) | 87M (1) | VER | LD0.MPDIF1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| ESMGAPC1 | ESTART (1) | ESTART (1) | INP | LD0.ESMGAPC1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Control\ESMGAPC1\Inputs | ||||
| ESMGAPC1 | ESTART (1) | ESTART (1) | INP | LD0.ESMGAPC1.RqEmgStr.stVal | SPS | BOOLEAN | ST | B | 0 | ST_EMERG_RQ | Emergency start input | Monitoring\I/O status\Control\ESMGAPC1\Inputs | ||||
| ESMGAPC1 | ESTART (1) | ESTART (1) | OUT | LD0.ESMGAPC1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | ST_EMERG_ENA | Emergency start | Monitoring\I/O status\Control\ESMGAPC1\Outputs | |||
| ESMGAPC1 | ESTART (1) | ESTART (1) | MON | LD0.ESMGAPC1.Beh.stVal | INS | Enum | ST | B | ESMGAPC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| ESMGAPC1 | ESTART (1) | ESTART (1) | MON | LD0.ESMGAPC1.Op.t | ACT | Timestamp | ST | B | T_ST_EMERG | Emergency start activation timestamp | Monitoring\I/O status\Control\ESMGAPC1\Monitored data | |||||
| ESMGAPC1 | ESTART (1) | ESTART (1) | SET | LD0.ESMGAPC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Control\ESMGAPC1 | |||
| ESMGAPC1 | ESTART (1) | ESTART (1) | SET | LD0.ESMGAPC1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.12 | Motor standstill A | Current limit to check for motor standstill condition | 0.05...0.20 xIn | Settings\Settings\Control\ESMGAPC1 | IL1TCTR1 | ||
| ESMGAPC1 | ESTART (1) | ESTART (1) | TES | LD0.ESMGAPC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | ESMGAPC1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START | Tests\Function tests\Control | |||
| ESMGAPC1 | ESTART (1) | ESTART (1) | VER | LD0.ESMGAPC1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MDSOPT1 | OPTS (1) | OPTM (1) | INP | LD0.MDSOPT1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block input status | Monitoring\I/O status\Condition monitoring\MDSOPT1\Inputs | ||||
| MDSOPT1 | OPTS (1) | OPTM (1) | INP | LD0.MDSOPT1.OpTmRs.stVal | SPC | BOOLEAN | ST | B | 0 | RESET | Resets the accumulated operation time to initial value | Monitoring\I/O status\Condition monitoring\MDSOPT1\Inputs | ||||
| MDSOPT1 | OPTS (1) | OPTM (1) | INP | LD0.MDSOPT1.TmOp.stVal | SPS | BOOLEAN | ST | B | 0 | POS_ACTIVE | When active indicates the equipment is running | Monitoring\I/O status\Condition monitoring\MDSOPT1\Inputs | ||||
| MDSOPT1 | OPTS (1) | OPTM (1) | OUT | LD0.MDSOPT1.OpTmWrn.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | WARNING | Warning accumulated operation time exceeds Warning value | Monitoring\I/O status\Condition monitoring\MDSOPT1\Outputs | |||
| MDSOPT1 | OPTS (1) | OPTM (1) | OUT | LD0.MDSOPT1.OpTmAlm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | ALARM | Alarm accumulated operation time exceeds Alarm value | Monitoring\I/O status\Condition monitoring\MDSOPT1\Outputs | |||
| MDSOPT1 | OPTS (1) | OPTM (1) | CTR | LD0.MDSOPT1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Condition monitoring\MDSOPT1 | |||
| MDSOPT1 | OPTS (1) | OPTM (1) | CTR | LD0.MDSOPT1.OpTmRs.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | MDSOPT1 operation t | Resets the accumulated operation time to initial value | 0=Cancel; 1=Clear | Clear\Clear | |||
| MDSOPT1 | OPTS (1) | OPTM (1) | MON | LD0.MDSOPT1.Beh.stVal | INS | Enum | ST | B | MDSOPT1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| MDSOPT1 | OPTS (1) | OPTM (1) | MON | LD0.MDSOPT1.OpTmh.stVal | INS | INT32 | ST | B | OPR_TIME | Total operation time in hours | 0...299999 h | Monitoring\I/O status\Condition monitoring\MDSOPT1\Monitored data | ||||
| MDSOPT1 | OPTS (1) | OPTM (1) | CFG | LD0.MDSOPT1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Condition monitoring\MDSOPT1 | |||
| MDSOPT1 | OPTS (1) | OPTM (1) | CFG | LD0.MDSOPT1.OpWrnTmh.setVal | ING | INT32 | SP | B | 8000 | Warning value | Warning value for operation time supervision | 0...299999 h | Configuration\Condition monitoring\MDSOPT1 | |||
| MDSOPT1 | OPTS (1) | OPTM (1) | CFG | LD0.MDSOPT1.OpAlmTmh.setVal | ING | INT32 | SP | B | 10000 | Alarm value | Alarm value for operation time supervision | 0...299999 h | Configuration\Condition monitoring\MDSOPT1 | |||
| MDSOPT1 | OPTS (1) | OPTM (1) | CFG | LD0.MDSOPT1.IniOpTmh.setVal | ING | INT32 | SP | B | 0 | Initial value | Initial value for operation time supervision | 0...299999 h | Configuration\Condition monitoring\MDSOPT1 | |||
| MDSOPT1 | OPTS (1) | OPTM (1) | CFG | LD0.MDSOPT1.OpActTmh.setVal | ING | INT32 | SP | B | 0 | Operating time hour | Time of day when alarm and warning will occur | 0...23 h | Configuration\Condition monitoring\MDSOPT1 | |||
| MDSOPT1 | OPTS (1) | OPTM (1) | CFG | LD0.MDSOPT1.OpActMod.setVal | ING | Enum | SP | B | 1 | Operating time mode | Operating time mode for warning and alarm | 1=Immediate; 2=Timed Warn; 3=Timed Warn Alm | Configuration\Condition monitoring\MDSOPT1 | |||
| MDSOPT1 | OPTS (1) | OPTM (1) | TES | LD0.MDSOPT1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 1 | MDSOPT1 | Operation Off / On | 0=Reset; 17=Activate ALARM; 18=Deactive ALARM; 19=Activate WARNING; 20=Deactive WARNING | Tests\Function tests\Condition monitoring | |||
| MDSOPT1 | OPTS (1) | OPTM (1) | VER | LD0.MDSOPT1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| MDSOPT2 | OPTS (2) | OPTM (2) | INP | LD0.MDSOPT2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block input status | Monitoring\I/O status\Condition monitoring\MDSOPT2\Inputs | ||||
| MDSOPT2 | OPTS (2) | OPTM (2) | INP | LD0.MDSOPT2.OpTmRs.stVal | SPC | BOOLEAN | ST | B | 0 | RESET | Resets the accumulated operation time to initial value | Monitoring\I/O status\Condition monitoring\MDSOPT2\Inputs | ||||
| MDSOPT2 | OPTS (2) | OPTM (2) | INP | LD0.MDSOPT2.TmOp.stVal | SPS | BOOLEAN | ST | B | 0 | POS_ACTIVE | When active indicates the equipment is running | Monitoring\I/O status\Condition monitoring\MDSOPT2\Inputs | ||||
| MDSOPT2 | OPTS (2) | OPTM (2) | OUT | LD0.MDSOPT2.OpTmWrn.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | WARNING | Warning accumulated operation time exceeds Warning value | Monitoring\I/O status\Condition monitoring\MDSOPT2\Outputs | |||
| MDSOPT2 | OPTS (2) | OPTM (2) | OUT | LD0.MDSOPT2.OpTmAlm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | ALARM | Alarm accumulated operation time exceeds Alarm value | Monitoring\I/O status\Condition monitoring\MDSOPT2\Outputs | |||
| MDSOPT2 | OPTS (2) | OPTM (2) | CTR | LD0.MDSOPT2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Condition monitoring\MDSOPT2 | |||
| MDSOPT2 | OPTS (2) | OPTM (2) | CTR | LD0.MDSOPT2.OpTmRs.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | MDSOPT2 operation t | Resets the accumulated operation time to initial value | 0=Cancel; 1=Clear | Clear\Clear | |||
| MDSOPT2 | OPTS (2) | OPTM (2) | MON | LD0.MDSOPT2.Beh.stVal | INS | Enum | ST | B | MDSOPT2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| MDSOPT2 | OPTS (2) | OPTM (2) | MON | LD0.MDSOPT2.OpTmh.stVal | INS | INT32 | ST | B | OPR_TIME | Total operation time in hours | 0...299999 h | Monitoring\I/O status\Condition monitoring\MDSOPT2\Monitored data | ||||
| MDSOPT2 | OPTS (2) | OPTM (2) | CFG | LD0.MDSOPT2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Condition monitoring\MDSOPT2 | |||
| MDSOPT2 | OPTS (2) | OPTM (2) | CFG | LD0.MDSOPT2.OpWrnTmh.setVal | ING | INT32 | SP | B | 8000 | Warning value | Warning value for operation time supervision | 0...299999 h | Configuration\Condition monitoring\MDSOPT2 | |||
| MDSOPT2 | OPTS (2) | OPTM (2) | CFG | LD0.MDSOPT2.OpAlmTmh.setVal | ING | INT32 | SP | B | 10000 | Alarm value | Alarm value for operation time supervision | 0...299999 h | Configuration\Condition monitoring\MDSOPT2 | |||
| MDSOPT2 | OPTS (2) | OPTM (2) | CFG | LD0.MDSOPT2.IniOpTmh.setVal | ING | INT32 | SP | B | 0 | Initial value | Initial value for operation time supervision | 0...299999 h | Configuration\Condition monitoring\MDSOPT2 | |||
| MDSOPT2 | OPTS (2) | OPTM (2) | CFG | LD0.MDSOPT2.OpActTmh.setVal | ING | INT32 | SP | B | 0 | Operating time hour | Time of day when alarm and warning will occur | 0...23 h | Configuration\Condition monitoring\MDSOPT2 | |||
| MDSOPT2 | OPTS (2) | OPTM (2) | CFG | LD0.MDSOPT2.OpActMod.setVal | ING | Enum | SP | B | 1 | Operating time mode | Operating time mode for warning and alarm | 1=Immediate; 2=Timed Warn; 3=Timed Warn Alm | Configuration\Condition monitoring\MDSOPT2 | |||
| MDSOPT2 | OPTS (2) | OPTM (2) | TES | LD0.MDSOPT2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 1 | MDSOPT2 | Operation Off / On | 0=Reset; 17=Activate ALARM; 18=Deactive ALARM; 19=Activate WARNING; 20=Deactive WARNING | Tests\Function tests\Condition monitoring | |||
| MDSOPT2 | OPTS (2) | OPTM (2) | VER | LD0.MDSOPT2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | INP | LD0.CMMXU2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for all binary outputs | Monitoring\I/O status\Measurements\CMMXU2\Inputs | ||||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | OUT | LD0.CMMXU2.HiAlm.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | HIGH_ALARM | High alarm | Monitoring\I/O status\Measurements\CMMXU2\Outputs | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | OUT | LD0.CMMXU2.HiWrn.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | HIGH_WARN | High warning | Monitoring\I/O status\Measurements\CMMXU2\Outputs | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | OUT | LD0.CMMXU2.LoWrn.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | LOW_WARN | Low warning | Monitoring\I/O status\Measurements\CMMXU2\Outputs | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | OUT | LD0.CMMXU2.LoAlm.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | LOW_ALARM | Low alarm | Monitoring\I/O status\Measurements\CMMXU2\Outputs | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | CTR | LD0.CMMXU2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\CMMXU2 | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | CTR | LD0.CMSTA2.RecRs.Oper.ctlVal | SPC | BOOLEAN | CO | (CMMXU2 demands) | ||||||||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMMXU2.A.phsA.instCVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | IL1B-A | Measured current amplitude phase A | 0.00...40.00 xIn | Measurements\CMMXU2 | ||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMMXU2.A.phsA.instCVal.ang.f | WYE | FLOAT32 | MX | B | MeasFlt | P | I_ANGL_A | IL1 current angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\CMMXU2\Monitored data | ||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMMXU2.A.phsA.cVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | I_DB_A | IL1 Amplitude, magnitude of reported value | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\CMMXU2\Monitored data | ||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMMXU2.A.phsA.range | WYE | Enum | MX | B | MeasFlt | P | I_RANGE_A | IL1 Amplitude range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\CMMXU2\Monitored data | ||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMMXU2.A.phsB.instCVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | IL2B-A | Measured current amplitude phase B | 0.00...40.00 xIn | Measurements\CMMXU2 | ||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMMXU2.A.phsB.instCVal.ang.f | WYE | FLOAT32 | MX | B | MeasFlt | P | I_ANGL_B | IL2 current angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\CMMXU2\Monitored data | ||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMMXU2.A.phsB.cVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | I_DB_B | IL2 Amplitude, magnitude of reported value | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\CMMXU2\Monitored data | ||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMMXU2.A.phsB.range | WYE | Enum | MX | B | MeasFlt | P | I_RANGE_B | IL2 Amplitude range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\CMMXU2\Monitored data | ||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMMXU2.A.phsC.instCVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | IL3B-A | Measured current amplitude phase C | 0.00...40.00 xIn | Measurements\CMMXU2 | ||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMMXU2.A.phsC.instCVal.ang.f | WYE | FLOAT32 | MX | B | MeasFlt | P | I_ANGL_C | IL3 current angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\CMMXU2\Monitored data | ||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMMXU2.A.phsC.cVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | I_DB_C | IL3 Amplitude, magnitude of reported value | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\CMMXU2\Monitored data | ||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMMXU2.A.phsC.range | WYE | Enum | MX | B | MeasFlt | P | I_RANGE_C | IL3 Amplitude range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\CMMXU2\Monitored data | ||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMSTA2.AvAmpsA.mag.f | MV | FLOAT32 | MX | B | I_DMD_A | Demand value of IL1 current | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\CMMXU2\Monitored data | IL1TCTR2 | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMSTA2.MaxAmpsA.mag.f | MV | FLOAT32 | MX | B | Max demand IL1B | Maximum demand for Phase A | 0.00...40.00 xIn | Monitoring\Recorded data\Measurements\CMMXU2 | IL1TCTR2 | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMSTA2.MaxAmpsA.t | MV | Timestamp | MX | B | Time max demand IL1B | Time of maximum demand phase A | Monitoring\Recorded data\Measurements\CMMXU2 | |||||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMSTA2.MinAmpsA.mag.f | MV | FLOAT32 | MX | B | Min demand IL1B | Minimum demand for Phase A | 0.00...40.00 xIn | Monitoring\Recorded data\Measurements\CMMXU2 | IL1TCTR2 | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMSTA2.MinAmpsA.t | MV | Timestamp | MX | B | Time min demand IL1B | Time of minimum demand phase A | Monitoring\Recorded data\Measurements\CMMXU2 | |||||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMSTA2.AvAmpsB.mag.f | MV | FLOAT32 | MX | B | I_DMD_B | Demand value of IL2 current | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\CMMXU2\Monitored data | IL1TCTR2 | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMSTA2.MaxAmpsB.mag.f | MV | FLOAT32 | MX | B | Max demand IL2B | Maximum demand for Phase B | 0.00...40.00 xIn | Monitoring\Recorded data\Measurements\CMMXU2 | IL1TCTR2 | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMSTA2.MaxAmpsB.t | MV | Timestamp | MX | B | Time max demand IL2B | Time of maximum demand phase B | Monitoring\Recorded data\Measurements\CMMXU2 | |||||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMSTA2.MinAmpsB.mag.f | MV | FLOAT32 | MX | B | Min demand IL2B | Minimum demand for Phase B | 0.00...40.00 xIn | Monitoring\Recorded data\Measurements\CMMXU2 | IL1TCTR2 | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMSTA2.MinAmpsB.t | MV | Timestamp | MX | B | Time min demand IL2B | Time of minimum demand phase A | Monitoring\Recorded data\Measurements\CMMXU2 | |||||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMSTA2.AvAmpsC.mag.f | MV | FLOAT32 | MX | B | I_DMD_C | Demand value of IL3 current | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\CMMXU2\Monitored data | IL1TCTR2 | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMSTA2.MaxAmpsC.mag.f | MV | FLOAT32 | MX | B | Max demand IL3B | Maximum demand for Phase C | 0.00...40.00 xIn | Monitoring\Recorded data\Measurements\CMMXU2 | IL1TCTR2 | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMSTA2.MaxAmpsC.t | MV | Timestamp | MX | B | Time max demand IL3B | Time of maximum demand phase C | Monitoring\Recorded data\Measurements\CMMXU2 | |||||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMSTA2.MinAmpsC.mag.f | MV | FLOAT32 | MX | B | Min demand IL3B | Minimum demand for Phase C | 0.00...40.00 xIn | Monitoring\Recorded data\Measurements\CMMXU2 | IL1TCTR2 | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | MON | LD0.CMSTA2.MinAmpsC.t | MV | Timestamp | MX | B | Time min demand IL3B | Time of minimum demand phase A | Monitoring\Recorded data\Measurements\CMMXU2 | |||||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | CFG | LD0.CMMXU2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\CMMXU2 | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | CFG | LD0.CMMXU2.A.phsA.db | WYE | INT32U | CF | B,I | 2500 | A deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\Measurements\CMMXU2 | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | CFG | LD0.CMMXU2.A.phsA.rangeC.hhLim.f | WYE | FLOAT32 | CF | B,I | 1.40 | A high high limit | High alarm current limit | 0.00...40.00 xIn | Configuration\Measurements\CMMXU2 | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | CFG | LD0.CMMXU2.A.phsA.rangeC.hLim.f | WYE | FLOAT32 | CF | B,I | 1.20 | A high limit | High warning current limit | 0.00...40.00 xIn | Configuration\Measurements\CMMXU2 | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | CFG | LD0.CMMXU2.A.phsA.rangeC.lLim.f | WYE | FLOAT32 | CF | B,I | 0.00 | A low limit | Low warning current limit | 0.00...40.00 xIn | Configuration\Measurements\CMMXU2 | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | CFG | LD0.CMMXU2.A.phsA.rangeC.llLim.f | WYE | FLOAT32 | CF | B,I | 0.00 | A low low limit | Low alarm current limit | 0.00...40.00 xIn | Configuration\Measurements\CMMXU2 | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | CFG | LD0.CMMXU2.AMeasMod.setVal | ING | Enum | SP | B | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT | Configuration\Measurements\CMMXU2 | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | CFG | LD0.CMMXU2.NumPh.setVal | ING | Enum | SP | B | 1 | Num of phases | Number of phases required by limit supervision | 1=1 out of 3; 2=2 out of 3; 3=3 out of 3 | Configuration\Measurements\CMMXU2 | |||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | VER | LD0.CMMXU2.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) | |||||||
| CMMXU2 | 3I(B) (1) | 3I(B) (1) | VER | LD0.CMSTA2.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| RESVMMXU1 | Uo (1) | Vn (1) | INP | LD0.RESVMMXU1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for all binary outputs | Monitoring\I/O status\Measurements\RESVMMXU1\Inputs | ||||
| RESVMMXU1 | Uo (1) | Vn (1) | OUT | LD0.RESVMMXU1.HiAlm.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | HIGH_ALARM | High alarm | Monitoring\I/O status\Measurements\RESVMMXU1\Outputs | |||
| RESVMMXU1 | Uo (1) | Vn (1) | OUT | LD0.RESVMMXU1.HiWrn.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | HIGH_WARN | High warning | Monitoring\I/O status\Measurements\RESVMMXU1\Outputs | |||
| RESVMMXU1 | Uo (1) | Vn (1) | CTR | LD0.RESVMMXU1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\RESVMMXU1 | |||
| RESVMMXU1 | Uo (1) | Vn (1) | CTR | LD0.RESVMSTA1.RecRs.Oper.ctlVal | SPC | BOOLEAN | CO | (RESVMMXU1 demands) | ||||||||
| RESVMMXU1 | Uo (1) | Vn (1) | MON | LD0.RESVMMXU1.PhV.res.instCVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | Uo-kV | Measured residual voltage | 0.00...4.00 xUn | Measurements\RESVMMXU1 | ||
| RESVMMXU1 | Uo (1) | Vn (1) | MON | LD0.RESVMMXU1.PhV.res.instCVal.ang.f | WYE | FLOAT32 | MX | B | MeasFlt | P | U_ANGL_RES | Residual voltage angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\RESVMMXU1\Monitored data | ||
| RESVMMXU1 | Uo (1) | Vn (1) | MON | LD0.RESVMMXU1.PhV.res.cVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | U_DB_RES | Residual voltage Amplitude, magnitude of reported value | 0.00...4.00 xUn | Monitoring\I/O status\Measurements\RESVMMXU1\Monitored data | ||
| RESVMMXU1 | Uo (1) | Vn (1) | MON | LD0.RESVMMXU1.PhV.res.range | WYE | Enum | MX | B | MeasFlt | P | U_RANGE_RES | Residual voltage Amplitude range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\RESVMMXU1\Monitored data | ||
| RESVMMXU1 | Uo (1) | Vn (1) | MON | LD0.RESVMSTA1.AvVolts.mag.f | MV | FLOAT32 | MX | B | U_DMD_RES | Demand value of residual voltage | 0.00...4.00 xUn | Monitoring\I/O status\Measurements\RESVMMXU1\Monitored data | RESTVTR1 | |||
| RESVMMXU1 | Uo (1) | Vn (1) | CFG | LD0.RESVMMXU1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\RESVMMXU1 | |||
| RESVMMXU1 | Uo (1) | Vn (1) | CFG | LD0.RESVMMXU1.PhV.res.db | WYE | INT32U | CF | B,I | 10000 | V deadband res | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\Measurements\RESVMMXU1 | |||
| RESVMMXU1 | Uo (1) | Vn (1) | CFG | LD0.RESVMMXU1.PhV.res.rangeC.hhLim.f | WYE | FLOAT32 | CF | B,I | 0.20 | V Hi high limit res | High alarm voltage limit | 0.00...4.00 xUn | Configuration\Measurements\RESVMMXU1 | |||
| RESVMMXU1 | Uo (1) | Vn (1) | CFG | LD0.RESVMMXU1.PhV.res.rangeC.hLim.f | WYE | FLOAT32 | CF | B,I | 0.05 | V high limit res | High warning voltage limit | 0.00...4.00 xUn | Configuration\Measurements\RESVMMXU1 | |||
| RESVMMXU1 | Uo (1) | Vn (1) | CFG | LD0.RESVMMXU1.VMeasMod.setVal | ING | Enum | SP | B | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT | Configuration\Measurements\RESVMMXU1 | |||
| RESVMMXU1 | Uo (1) | Vn (1) | VER | LD0.RESVMMXU1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) | |||||||
| RESVMMXU1 | Uo (1) | Vn (1) | VER | LD0.RESVMSTA1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | INP | LD0.PHLPTOC2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\PHLPTOC2\Inputs | ||||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | INP | LD0.PHLPTOC2.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable signal for current multiplier | Monitoring\I/O status\Current protection\PHLPTOC2\Inputs | ||||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | OUT | LD0.PHLPTOC2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | (A,B,C) | Monitoring\I/O status\Current protection\PHLPTOC2\Outputs | ||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | OUT | LD0.PHLPTOC2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | (A,B,C) | Monitoring\I/O status\Current protection\PHLPTOC2\Outputs | ||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | MON | LD0.PHLPTOC2.Beh.stVal | INS | Enum | ST | B | PHLPTOC2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | MON | LD0.PHLPTOC2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\PHLPTOC2\Monitored data | ||||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | SET | LD0.PHLPTOC2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\PHLPTOC2 | |||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | SET | LD0.PHLPTOC2.NumPh.setVal | ING | Enum | SP | B | 1 | Num of start phases | Number of phases required for operate activation | 1=1 out of 3; 2=2 out of 3; 3=3 out of 3 | Settings\Settings\Current protection\PHLPTOC2 | |||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | SET | LD0.PHLPTOC2.StrValMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Start value Mult | Multiplier for scaling the start value | 0.8...10.0 | Settings\Settings\Current protection\PHLPTOC2 | |||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | SET | LD0.PHLPTOC2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.05 | Start value | Start value | 0.05...5.00 xIn | Settings\Settings\Current protection\PHLPTOC2 | IL1TCTR1 | ||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | SET | LD0.PHLPTOC2.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.0 | Settings\Settings\Current protection\PHLPTOC2 | |||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | SET | LD0.PHLPTOC2.TypRsCrv.setVal | ING | Enum | SG | B | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; 3=Inverse reset | Settings\Settings\Current protection\PHLPTOC2 | |||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | SET | LD0.PHLPTOC2.TmACrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 1=ANSI Ext. inv.; 2=ANSI Very inv.; 3=ANSI Norm. inv.; 4=ANSI Mod. inv.; 5=ANSI Def. Time; 6=L.T.E. inv.; 7=L.T.V. inv.; 8=L.T. inv.; 9=IEC Norm. inv.; 10=IEC Very inv.; 11=IEC inv.; 12=IEC Ext. inv.; 13=IEC S.T. inv.; 14=IEC L.T. inv.; 15=IEC Def. Time; 17=Programmable; 18=RI type; 19=RD type | Settings\Settings\Current protection\PHLPTOC2 | |||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | SET | LD0.PHLPTOC2.TmACrv.setParA | CURVE | FLOAT32 | SP | B,I | 28.2000 | Curve parameter A | Parameter A for customer programmable curve | 0.0086...120.0000 | Settings\Settings\Current protection\PHLPTOC2 | |||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | SET | LD0.PHLPTOC2.TmACrv.setParB | CURVE | FLOAT32 | SP | B,I | 0.1217 | Curve parameter B | Parameter B for customer programmable curve | 0.0000...0.7120 | Settings\Settings\Current protection\PHLPTOC2 | |||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | SET | LD0.PHLPTOC2.TmACrv.setParC | CURVE | FLOAT32 | SP | B,I | 2.00 | Curve parameter C | Parameter C for customer programmable curve | 0.02...2.00 | Settings\Settings\Current protection\PHLPTOC2 | |||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | SET | LD0.PHLPTOC2.TmACrv.setParD | CURVE | FLOAT32 | SP | B,I | 29.10 | Curve parameter D | Parameter D for customer programmable curve | 0.46...30.00 | Settings\Settings\Current protection\PHLPTOC2 | |||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | SET | LD0.PHLPTOC2.TmACrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.0 | Curve parameter E | Parameter E for customer programmable curve | 0.0...1.0 | Settings\Settings\Current protection\PHLPTOC2 | |||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | SET | LD0.PHLPTOC2.MinOpTmms.setVal | ING | INT32 | SP | B | 20 | Minimum operate time | Minimum operate time for IDMT curves | 20...60000 ms | Settings\Settings\Current protection\PHLPTOC2 | |||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | SET | LD0.PHLPTOC2.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...200000 ms | Settings\Settings\Current protection\PHLPTOC2 | |||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | SET | LD0.PHLPTOC2.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\PHLPTOC2 | |||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | SET | LD0.PHLPTOC2.AMeasMod.setVal | ING | Enum | SP | B | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT; 3=Peak-to-Peak | Settings\Settings\Current protection\PHLPTOC2 | |||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | TES | LD0.PHLPTOC2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | PHLPTOC2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| PHLPTOC2 | 3I> (2) | 51P-1 (2) | VER | LD0.PHLPTOC2.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PHIPTOC2 | 3I>>> (2) | 50P/51P (2) | INP | LD0.PHIPTOC2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\PHIPTOC2\Inputs | ||||
| PHIPTOC2 | 3I>>> (2) | 50P/51P (2) | INP | LD0.PHIPTOC2.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable signal for current multiplier | Monitoring\I/O status\Current protection\PHIPTOC2\Inputs | ||||
| PHIPTOC2 | 3I>>> (2) | 50P/51P (2) | OUT | LD0.PHIPTOC2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | (A,B,C) | Monitoring\I/O status\Current protection\PHIPTOC2\Outputs | ||
| PHIPTOC2 | 3I>>> (2) | 50P/51P (2) | OUT | LD0.PHIPTOC2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | (A,B,C) | Monitoring\I/O status\Current protection\PHIPTOC2\Outputs | ||
| PHIPTOC2 | 3I>>> (2) | 50P/51P (2) | MON | LD0.PHIPTOC2.Beh.stVal | INS | Enum | ST | B | PHIPTOC2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| PHIPTOC2 | 3I>>> (2) | 50P/51P (2) | MON | LD0.PHIPTOC2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\PHIPTOC2\Monitored data | ||||
| PHIPTOC2 | 3I>>> (2) | 50P/51P (2) | SET | LD0.PHIPTOC2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\PHIPTOC2 | |||
| PHIPTOC2 | 3I>>> (2) | 50P/51P (2) | SET | LD0.PHIPTOC2.NumPh.setVal | ING | Enum | SP | B | 1 | Num of start phases | Number of phases required for operate activation | 1=1 out of 3; 2=2 out of 3; 3=3 out of 3 | Settings\Settings\Current protection\PHIPTOC2 | |||
| PHIPTOC2 | 3I>>> (2) | 50P/51P (2) | SET | LD0.PHIPTOC2.StrValMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Start value Mult | Multiplier for scaling the start value | 0.8...10.0 | Settings\Settings\Current protection\PHIPTOC2 | |||
| PHIPTOC2 | 3I>>> (2) | 50P/51P (2) | SET | LD0.PHIPTOC2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Start value | Start value | 1.00...40.00 xIn | Settings\Settings\Current protection\PHIPTOC2 | IL1TCTR1 | ||
| PHIPTOC2 | 3I>>> (2) | 50P/51P (2) | SET | LD0.PHIPTOC2.OpDlTmms.setVal | ING | INT32 | SG | B | 20 | Operate delay time | Operate delay time | 20...200000 ms | Settings\Settings\Current protection\PHIPTOC2 | |||
| PHIPTOC2 | 3I>>> (2) | 50P/51P (2) | SET | LD0.PHIPTOC2.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\PHIPTOC2 | |||
| PHIPTOC2 | 3I>>> (2) | 50P/51P (2) | TES | LD0.PHIPTOC2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | PHIPTOC2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| PHIPTOC2 | 3I>>> (2) | 50P/51P (2) | VER | LD0.PHIPTOC2.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | INP | LD0.EFHPTOC2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\EFHPTOC2\Inputs | ||||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | INP | LD0.EFHPTOC2.InEnaMult.stVal | SPS | BOOLEAN | ST | B | 0 | ENA_MULT | Enable signal for current multiplier | Monitoring\I/O status\Current protection\EFHPTOC2\Inputs | ||||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | OUT | LD0.EFHPTOC2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\EFHPTOC2\Outputs | |||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | OUT | LD0.EFHPTOC2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\EFHPTOC2\Outputs | |||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | MON | LD0.EFHPTOC2.Beh.stVal | INS | Enum | ST | B | EFHPTOC2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | MON | LD0.EFHPTOC2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\EFHPTOC2\Monitored data | ||||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | SET | LD0.EFHPTOC2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\EFHPTOC2 | |||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | SET | LD0.EFHPTOC2.AMeasMod.setVal | ING | Enum | SP | B | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT; 3=Peak-to-Peak | Settings\Settings\Current protection\EFHPTOC2 | |||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | SET | LD0.EFHPTOC2.StrValMult.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Start value Mult | Multiplier for scaling the start value | 0.8...10.0 | Settings\Settings\Current protection\EFHPTOC2 | |||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | SET | LD0.EFHPTOC2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.10 | Start value | Start value | 0.10...40.00 xIn | Settings\Settings\Current protection\EFHPTOC2 | RESTCTR1 | ||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | SET | LD0.EFHPTOC2.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Time multiplier | Time multiplier in IEC/ANSI IDMT curves | 0.05...15.00 | Settings\Settings\Current protection\EFHPTOC2 | |||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | SET | LD0.EFHPTOC2.TmACrv.setCharact | CURVE | Enum | SG | B,I | 15 | Operating curve type | Selection of time delay curve type | 1=ANSI Ext. inv.; 3=ANSI Norm. inv.; 5=ANSI Def. Time; 9=IEC Norm. inv.; 10=IEC Very inv.; 12=IEC Ext. inv.; 15=IEC Def. Time; 17=Programmable | Settings\Settings\Current protection\EFHPTOC2 | |||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | SET | LD0.EFHPTOC2.TmACrv.setParA | CURVE | FLOAT32 | SP | B,I | 28.2000 | Curve parameter A | Parameter A for customer programmable curve | 0.0086...120.0000 | Settings\Settings\Current protection\EFHPTOC2 | |||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | SET | LD0.EFHPTOC2.TmACrv.setParB | CURVE | FLOAT32 | SP | B,I | 0.1217 | Curve parameter B | Parameter B for customer programmable curve | 0.0000...0.7120 | Settings\Settings\Current protection\EFHPTOC2 | |||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | SET | LD0.EFHPTOC2.TmACrv.setParC | CURVE | FLOAT32 | SP | B,I | 2.00 | Curve parameter C | Parameter C for customer programmable curve | 0.02...2.00 | Settings\Settings\Current protection\EFHPTOC2 | |||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | SET | LD0.EFHPTOC2.TmACrv.setParD | CURVE | FLOAT32 | SP | B,I | 29.10 | Curve parameter D | Parameter D for customer programmable curve | 0.46...30.00 | Settings\Settings\Current protection\EFHPTOC2 | |||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | SET | LD0.EFHPTOC2.TmACrv.setParE | CURVE | FLOAT32 | SP | B,I | 1.0 | Curve parameter E | Parameter E for customer programmable curve | 0.0...1.0 | Settings\Settings\Current protection\EFHPTOC2 | |||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | SET | LD0.EFHPTOC2.MinOpTmms.setVal | ING | INT32 | SP | B | 20 | Minimum operate time | Minimum operate time for IDMT curves | 20...60000 ms | Settings\Settings\Current protection\EFHPTOC2 | |||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | SET | LD0.EFHPTOC2.OpDlTmms.setVal | ING | INT32 | SG | B | 40 | Operate delay time | Operate delay time | 40...200000 ms | Settings\Settings\Current protection\EFHPTOC2 | |||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | SET | LD0.EFHPTOC2.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\EFHPTOC2 | |||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | SET | LD0.EFHPTOC2.TypRsCrv.setVal | ING | Enum | SG | B | 1 | Type of reset curve | Selection of reset curve type | 1=Immediate; 2=Def time reset; 3=Inverse reset | Settings\Settings\Current protection\EFHPTOC2 | |||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | SET | LD0.EFHPTOC2.AResSigSel.setVal | ING | Enum | SP | B,I | 1 | Io signal Sel | Selection for used Io signal | 1=Measured Io; 2=Calculated Io | Settings\Settings\Current protection\EFHPTOC2 | |||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | TES | LD0.EFHPTOC2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | EFHPTOC2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| EFHPTOC2 | Io>> (2) | 51N-2 (2) | VER | LD0.EFHPTOC2.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| OEPVPH1 | U/f> (1) | 24 (1) | INP | LD0.OEPVPH1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal | Monitoring\I/O status\Voltage protection\OEPVPH1\Inputs | ||||
| OEPVPH1 | U/f> (1) | 24 (1) | OUT | LD0.OEPVPH1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Started | Monitoring\I/O status\Voltage protection\OEPVPH1\Outputs | |||
| OEPVPH1 | U/f> (1) | 24 (1) | OUT | LD0.OEPVPH1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operated | Monitoring\I/O status\Voltage protection\OEPVPH1\Outputs | |||
| OEPVPH1 | U/f> (1) | 24 (1) | OUT | LD0.OEPVPH1.StrInh.stVal | SPS | BOOLEAN | ST | B | BLK_RESTART | Signal for blocking reconnection of an overheated machine | Monitoring\I/O status\Voltage protection\OEPVPH1\Outputs | |||||
| OEPVPH1 | U/f> (1) | 24 (1) | OUT | LD0.OEPVPH1.CoolAct.stVal | SPS | BOOLEAN | ST | B | COOL_ACTIVE | Signal to indicate machine is in cooling process | Monitoring\I/O status\Voltage protection\OEPVPH1\Outputs | |||||
| OEPVPH1 | U/f> (1) | 24 (1) | MON | LD0.OEPVPH1.Beh.stVal | INS | Enum | ST | B | OEPVPH1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| OEPVPH1 | U/f> (1) | 24 (1) | MON | LD0.OEPVPH1.VHzRat.mag.f | MV | FLOAT32 | MX | B | VOLTPERHZ | Excitation level, i.e U/f ratio or Volts/Hertz | 0.00...10.00 pu | Monitoring\I/O status\Voltage protection\OEPVPH1\Monitored data | ||||
| OEPVPH1 | U/f> (1) | 24 (1) | MON | LD0.OEPVPH1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time (in %) | 0.00...100.00 % | Monitoring\I/O status\Voltage protection\OEPVPH1\Monitored data | ||||
| OEPVPH1 | U/f> (1) | 24 (1) | MON | LD0.OEPVPH1.TmsRecEna.stVal | INS | INT32 | ST | B | T_ENARESTART | Estimated time to reset of block restart | 0...10000 s | Monitoring\I/O status\Voltage protection\OEPVPH1\Monitored data | ||||
| OEPVPH1 | U/f> (1) | 24 (1) | SET | LD0.OEPVPH1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Mode Off / On | 1=on; 5=off | Settings\Settings\Voltage protection\OEPVPH1 | |||
| OEPVPH1 | U/f> (1) | 24 (1) | SET | LD0.OEPVPH1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 100 | Start value | Over excitation start value | 100...200 % | Settings\Settings\Voltage protection\OEPVPH1 | |||
| OEPVPH1 | U/f> (1) | 24 (1) | SET | LD0.OEPVPH1.VHzCrv.setCharact | CURVE | Enum | SG | B | 15 | Operating curve type | Selection of time delay curve type | 5=ANSI Def. Time; 15=IEC Def. Time; 17=OvExt IDMT Crv1; 18=OvExt IDMT Crv2; 19=OvExt IDMT Crv3; 20=OvExt IDMT Crv4 | Settings\Settings\Voltage protection\OEPVPH1 | |||
| OEPVPH1 | U/f> (1) | 24 (1) | SET | LD0.OEPVPH1.OpDlTmms.setVal | ING | INT32 | SG | B | 500 | Operate delay time | Operate delay time in definite- time mode | 200...200000 ms | Settings\Settings\Voltage protection\OEPVPH1 | |||
| OEPVPH1 | U/f> (1) | 24 (1) | SET | LD0.OEPVPH1.RsDlTmms.setVal | ING | INT32 | SP | B | 100 | Reset delay time | Resetting time of the operate time counter in DT mode | 0...60000 ms | Settings\Settings\Voltage protection\OEPVPH1 | |||
| OEPVPH1 | U/f> (1) | 24 (1) | SET | LD0.OEPVPH1.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 3.0 | Time multiplier | Time multiplier for Overexcitation IDMT curves | 0.1...100.0 | Settings\Settings\Voltage protection\OEPVPH1 | |||
| OEPVPH1 | U/f> (1) | 24 (1) | SET | LD0.OEPVPH1.MinOpTmms.setVal | ING | INT32 | SP | B | 200 | Minimum operate time | Minimum operate time for IDMT curves | 200...60000 ms | Settings\Settings\Voltage protection\OEPVPH1 | |||
| OEPVPH1 | U/f> (1) | 24 (1) | SET | LD0.OEPVPH1.MaxOpTmms.setVal | ING | INT32 | SP | B | 1000000 | Maximum operate time | Maximum operate time for IDMT curves | 500000...10000000 ms | Settings\Settings\Voltage protection\OEPVPH1 | |||
| OEPVPH1 | U/f> (1) | 24 (1) | SET | LD0.OEPVPH1.MaxVCont.setMag.f | ASG | FLOAT32 | SP | B | 110 | Voltage Max Cont | Maximum allowed continuous operating voltage ratio | 80...160 % | Settings\Settings\Voltage protection\OEPVPH1 | |||
| OEPVPH1 | U/f> (1) | 24 (1) | SET | LD0.OEPVPH1.RecEnaLev.setMag.f | ASG | FLOAT32 | SP | B | 0 | Restart Ena level | Determines the level in % when block restart is released | 0...100 % | Settings\Settings\Voltage protection\OEPVPH1 | |||
| OEPVPH1 | U/f> (1) | 24 (1) | SET | LD0.OEPVPH1.CoolTms.setVal | ING | INT32 | SP | B | 600 | Cooling time | Time required to cool the machine | 5...10000 s | Settings\Settings\Voltage protection\OEPVPH1 | |||
| OEPVPH1 | U/f> (1) | 24 (1) | SET | LD0.OEPVPH1.ConsDlTmms.setVal | ING | INT32 | SP | B | 800 | Constant delay | Parameter constant delay | 100...120000 ms | Settings\Settings\Voltage protection\OEPVPH1 | |||
| OEPVPH1 | U/f> (1) | 24 (1) | SET | LD0.OEPVPH1.XLea.setMag.f | ASG | FLOAT32 | SP | B | 0.0 | Leakage React | Leakage reactance of the machine | 0.0...50.0 % | Settings\Settings\Voltage protection\OEPVPH1 | |||
| OEPVPH1 | U/f> (1) | 24 (1) | SET | LD0.OEPVPH1.VSel.setVal | ING | Enum | SP | B | 3 | Voltage selection | Selection of phase / phase-to-phase / pos sequence voltages | 1=phase-to-earth; 2=phase-to-phase; 3=pos sequence | Settings\Settings\Voltage protection\OEPVPH1 | |||
| OEPVPH1 | U/f> (1) | 24 (1) | SET | LD0.OEPVPH1.VPhSel.setVal | ING | Enum | SP | B | 1 | Phase selection | Parameter for phase selection | 1=A or AB; 2=B or BC; 3=C or CA | Settings\Settings\Voltage protection\OEPVPH1 | |||
| OEPVPH1 | U/f> (1) | 24 (1) | TES | LD0.OEPVPH1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | OEPVPH1 | Test | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; -9=Activate BLK_RESTART; -10=Deactive BLK_RESTART; -65=Activate COOL_ACTIVE; -66=Deactive COOL_ACTIVE | Tests\Function tests\Voltage protection | |||
| OEPVPH1 | U/f> (1) | 24 (1) | VER | LD0.OEPVPH1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| OEPVPH2 | U/f> (2) | 24 (2) | INP | LD0.OEPVPH2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal | Monitoring\I/O status\Voltage protection\OEPVPH2\Inputs | ||||
| OEPVPH2 | U/f> (2) | 24 (2) | OUT | LD0.OEPVPH2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Started | Monitoring\I/O status\Voltage protection\OEPVPH2\Outputs | |||
| OEPVPH2 | U/f> (2) | 24 (2) | OUT | LD0.OEPVPH2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operated | Monitoring\I/O status\Voltage protection\OEPVPH2\Outputs | |||
| OEPVPH2 | U/f> (2) | 24 (2) | OUT | LD0.OEPVPH2.StrInh.stVal | SPS | BOOLEAN | ST | B | BLK_RESTART | Signal for blocking reconnection of an overheated machine | Monitoring\I/O status\Voltage protection\OEPVPH2\Outputs | |||||
| OEPVPH2 | U/f> (2) | 24 (2) | OUT | LD0.OEPVPH2.CoolAct.stVal | SPS | BOOLEAN | ST | B | COOL_ACTIVE | Signal to indicate machine is in cooling process | Monitoring\I/O status\Voltage protection\OEPVPH2\Outputs | |||||
| OEPVPH2 | U/f> (2) | 24 (2) | MON | LD0.OEPVPH2.Beh.stVal | INS | Enum | ST | B | OEPVPH2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| OEPVPH2 | U/f> (2) | 24 (2) | MON | LD0.OEPVPH2.VHzRat.mag.f | MV | FLOAT32 | MX | B | VOLTPERHZ | Excitation level, i.e U/f ratio or Volts/Hertz | 0.00...10.00 pu | Monitoring\I/O status\Voltage protection\OEPVPH2\Monitored data | ||||
| OEPVPH2 | U/f> (2) | 24 (2) | MON | LD0.OEPVPH2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time (in %) | 0.00...100.00 % | Monitoring\I/O status\Voltage protection\OEPVPH2\Monitored data | ||||
| OEPVPH2 | U/f> (2) | 24 (2) | MON | LD0.OEPVPH2.TmsRecEna.stVal | INS | INT32 | ST | B | T_ENARESTART | Estimated time to reset of block restart | 0...10000 s | Monitoring\I/O status\Voltage protection\OEPVPH2\Monitored data | ||||
| OEPVPH2 | U/f> (2) | 24 (2) | SET | LD0.OEPVPH2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Mode Off / On | 1=on; 5=off | Settings\Settings\Voltage protection\OEPVPH2 | |||
| OEPVPH2 | U/f> (2) | 24 (2) | SET | LD0.OEPVPH2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 100 | Start value | Over excitation start value | 100...200 % | Settings\Settings\Voltage protection\OEPVPH2 | |||
| OEPVPH2 | U/f> (2) | 24 (2) | SET | LD0.OEPVPH2.VHzCrv.setCharact | CURVE | Enum | SG | B | 15 | Operating curve type | Selection of time delay curve type | 5=ANSI Def. Time; 15=IEC Def. Time; 17=OvExt IDMT Crv1; 18=OvExt IDMT Crv2; 19=OvExt IDMT Crv3; 20=OvExt IDMT Crv4 | Settings\Settings\Voltage protection\OEPVPH2 | |||
| OEPVPH2 | U/f> (2) | 24 (2) | SET | LD0.OEPVPH2.OpDlTmms.setVal | ING | INT32 | SG | B | 500 | Operate delay time | Operate delay time in definite- time mode | 200...200000 ms | Settings\Settings\Voltage protection\OEPVPH2 | |||
| OEPVPH2 | U/f> (2) | 24 (2) | SET | LD0.OEPVPH2.RsDlTmms.setVal | ING | INT32 | SP | B | 100 | Reset delay time | Resetting time of the operate time counter in DT mode | 0...60000 ms | Settings\Settings\Voltage protection\OEPVPH2 | |||
| OEPVPH2 | U/f> (2) | 24 (2) | SET | LD0.OEPVPH2.TmMult.setMag.f | ASG | FLOAT32 | SG | B | 3.0 | Time multiplier | Time multiplier for Overexcitation IDMT curves | 0.1...100.0 | Settings\Settings\Voltage protection\OEPVPH2 | |||
| OEPVPH2 | U/f> (2) | 24 (2) | SET | LD0.OEPVPH2.MinOpTmms.setVal | ING | INT32 | SP | B | 200 | Minimum operate time | Minimum operate time for IDMT curves | 200...60000 ms | Settings\Settings\Voltage protection\OEPVPH2 | |||
| OEPVPH2 | U/f> (2) | 24 (2) | SET | LD0.OEPVPH2.MaxOpTmms.setVal | ING | INT32 | SP | B | 1000000 | Maximum operate time | Maximum operate time for IDMT curves | 500000...10000000 ms | Settings\Settings\Voltage protection\OEPVPH2 | |||
| OEPVPH2 | U/f> (2) | 24 (2) | SET | LD0.OEPVPH2.MaxVCont.setMag.f | ASG | FLOAT32 | SP | B | 110 | Voltage Max Cont | Maximum allowed continuous operating voltage ratio | 80...160 % | Settings\Settings\Voltage protection\OEPVPH2 | |||
| OEPVPH2 | U/f> (2) | 24 (2) | SET | LD0.OEPVPH2.RecEnaLev.setMag.f | ASG | FLOAT32 | SP | B | 0 | Restart Ena level | Determines the level in % when block restart is released | 0...100 % | Settings\Settings\Voltage protection\OEPVPH2 | |||
| OEPVPH2 | U/f> (2) | 24 (2) | SET | LD0.OEPVPH2.CoolTms.setVal | ING | INT32 | SP | B | 600 | Cooling time | Time required to cool the machine | 5...10000 s | Settings\Settings\Voltage protection\OEPVPH2 | |||
| OEPVPH2 | U/f> (2) | 24 (2) | SET | LD0.OEPVPH2.ConsDlTmms.setVal | ING | INT32 | SP | B | 800 | Constant delay | Parameter constant delay | 100...120000 ms | Settings\Settings\Voltage protection\OEPVPH2 | |||
| OEPVPH2 | U/f> (2) | 24 (2) | SET | LD0.OEPVPH2.XLea.setMag.f | ASG | FLOAT32 | SP | B | 0.0 | Leakage React | Leakage reactance of the machine | 0.0...50.0 % | Settings\Settings\Voltage protection\OEPVPH2 | |||
| OEPVPH2 | U/f> (2) | 24 (2) | SET | LD0.OEPVPH2.VSel.setVal | ING | Enum | SP | B | 3 | Voltage selection | Selection of phase / phase-to-phase / pos sequence voltages | 1=phase-to-earth; 2=phase-to-phase; 3=pos sequence | Settings\Settings\Voltage protection\OEPVPH2 | |||
| OEPVPH2 | U/f> (2) | 24 (2) | SET | LD0.OEPVPH2.VPhSel.setVal | ING | Enum | SP | B | 1 | Phase selection | Parameter for phase selection | 1=A or AB; 2=B or BC; 3=C or CA | Settings\Settings\Voltage protection\OEPVPH2 | |||
| OEPVPH2 | U/f> (2) | 24 (2) | TES | LD0.OEPVPH2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | OEPVPH2 | Test | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; -9=Activate BLK_RESTART; -10=Deactive BLK_RESTART; -65=Activate COOL_ACTIVE; -66=Deactive COOL_ACTIVE | Tests\Function tests\Voltage protection | |||
| OEPVPH2 | U/f> (2) | 24 (2) | VER | LD0.OEPVPH2.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| T2PTTR1 | 3Ith>T (1) | 49T (1) | INP | LD0.T2PTTR1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Current protection\T2PTTR1\Inputs | ||||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | INP | LD0.T2PTTR1.TmpUsed.mag.f | MV | FLOAT32 | MX | B | 0 | TEMP_AMB | The ambient temperature used in the calculation | -99...999 °C | Monitoring\I/O status\Current protection\T2PTTR1\Monitored data | |||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | OUT | LD0.T2PTTR1.AlmThm.general | ACT | BOOLEAN | ST | B | StatUrg | P,H | ALARM | Thermal Alarm | Monitoring\I/O status\Current protection\T2PTTR1\Outputs | |||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | OUT | LD0.T2PTTR1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Current protection\T2PTTR1\Outputs | |||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | OUT | LD0.T2PTTR1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Current protection\T2PTTR1\Outputs | |||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | OUT | LD0.T2PTTR1.InhRec.stVal | SPS | BOOLEAN | ST | B | BLK_CLOSE | Thermal overload indicator. To inhibite reclose. | Monitoring\I/O status\Current protection\T2PTTR1\Outputs | |||||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | CTR | LD0.T2PTTR1.RsTmp.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | T2PTTR1 | Reset T2PTTR1 temperature | 0=Cancel; 1=Clear | Clear\Clear | |||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | MON | LD0.T2PTTR1.Beh.stVal | INS | Enum | ST | B | T2PTTR1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | MON | LD0.T2PTTR1.Tmp.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | TEMP | The calculated temperature of the protected object | -100.0...9999.9 °C | Monitoring\I/O status\Current protection\T2PTTR1\Monitored data | ||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | MON | LD0.T2PTTR1.TmpRl.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | TEMP_RL | The calculated temperature of the protected object relative to the operate level | 0.00...99.99 | Monitoring\I/O status\Current protection\T2PTTR1\Monitored data | ||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | MON | LD0.T2PTTR1.TmsOp.stVal | INS | INT32 | ST | B | T_OPERATE | Estimated time to operate | 0...60000 s | Monitoring\I/O status\Current protection\T2PTTR1\Monitored data | ||||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | MON | LD0.T2PTTR1.TmsRecEna.stVal | INS | INT32 | ST | B | T_ENA_CLOSE | Estimated time to deactivate BLK_CLOSE in seconds | 0...60000 s | Monitoring\I/O status\Current protection\T2PTTR1\Monitored data | ||||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | SET | LD0.T2PTTR1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\T2PTTR1 | |||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | SET | LD0.T2PTTR1.TmpMax.setMag.f | ASG | FLOAT32 | SG | B | 105.0 | Max temperature | Maximum temperature allowed for the transformer | 0.0...200.0 °C | Settings\Settings\Current protection\T2PTTR1 | |||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | SET | LD0.T2PTTR1.AlmVal.setMag.f | ASG | FLOAT32 | SG | B | 90.0 | Alarm temperature | Alarm temperature, percent value | 40.0...100.0 % | Settings\Settings\Current protection\T2PTTR1 | |||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | SET | LD0.T2PTTR1.ARef.setMag.f | ASG | FLOAT32 | SG | B | 1.00 | Current reference | The load current leading to Temperature raise temperature | 0.05...4.00 xIn | Settings\Settings\Current protection\T2PTTR1 | IL1TCTR1 | ||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | SET | LD0.T2PTTR1.EnvTmpSet.setMag.f | ASG | FLOAT32 | SG | B | 40 | Env temperature Set | Ambient temperature used when no external temperature measurement available | -50...100 °C | Settings\Settings\Current protection\T2PTTR1 | |||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | SET | LD0.T2PTTR1.IniTmp.setMag.f | ASG | FLOAT32 | SP | B | 80.0 | Initial temperature | Initial temperature, percent value | 0.0...100.0 % | Settings\Settings\Current protection\T2PTTR1 | |||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | SET | LD0.T2PTTR1.RecTmpSet.setMag.f | ASG | FLOAT32 | SG | B | 60.0 | Reclose temperature | Temperature for reset of block reclose after operate | 40.0...100.0 % | Settings\Settings\Current protection\T2PTTR1 | |||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | SET | LD0.T2PTTR1.TmpR.setMag.f | ASG | FLOAT32 | SG | B | 78.0 | Temperature rise | End temperature rise above ambient | 0.0...200.0 °C | Settings\Settings\Current protection\T2PTTR1 | |||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | SET | LD0.T2PTTR1.ConsTms1.setVal | ING | INT32 | SG | B | 450 | Short time constant | Short time constant in seconds | 6...60000 s | Settings\Settings\Current protection\T2PTTR1 | |||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | SET | LD0.T2PTTR1.ConsTms2.setVal | ING | INT32 | SG | B | 7200 | Long time constant | Long time constant in seconds | 60...60000 s | Settings\Settings\Current protection\T2PTTR1 | |||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | SET | LD0.T2PTTR1.WghFact.setMag.f | ASG | FLOAT32 | SG | B | 0.40 | Weighting factor p | Weighting factor of the short time constant | 0.00...1.00 | Settings\Settings\Current protection\T2PTTR1 | |||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | SET | LD0.T2PTTR1.OpTmp.setMag.f | ASG | FLOAT32 | SG | B | 100.0 | Operate temperature | Operate temperature, percent value | 80.0...120.0 % | Settings\Settings\Current protection\T2PTTR1 | |||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | TES | LD0.T2PTTR1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | T2PTTR1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; 17=Activate ALARM; 18=Deactive ALARM; 21=Activate BLK_CLOSE; 22=Deactive BLK_CLOSE | Tests\Function tests\Current protection | |||
| T2PTTR1 | 3Ith>T (1) | 49T (1) | VER | LD0.T2PTTR1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PHPTUC2 | 3I< (2) | 37F (2) | INP | LD0.PHPTUC2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block all binary outputs by resetting timers | Monitoring\I/O status\Current protection\PHPTUC2\Inputs | ||||
| PHPTUC2 | 3I< (2) | 37F (2) | OUT | LD0.PHPTUC2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | (A,B,C) | Monitoring\I/O status\Current protection\PHPTUC2\Outputs | ||
| PHPTUC2 | 3I< (2) | 37F (2) | OUT | LD0.PHPTUC2.Str.phsA | ACD | BOOLEAN | ST | B | StatNrml | P,H | ST_A | Start phase A | Monitoring\I/O status\Current protection\PHPTUC2\Outputs | |||
| PHPTUC2 | 3I< (2) | 37F (2) | OUT | LD0.PHPTUC2.Str.phsB | ACD | BOOLEAN | ST | B | StatNrml | P,H | ST_B | Start phase B | Monitoring\I/O status\Current protection\PHPTUC2\Outputs | |||
| PHPTUC2 | 3I< (2) | 37F (2) | OUT | LD0.PHPTUC2.Str.phsC | ACD | BOOLEAN | ST | B | StatNrml | P,H | ST_C | Start phase C | Monitoring\I/O status\Current protection\PHPTUC2\Outputs | |||
| PHPTUC2 | 3I< (2) | 37F (2) | OUT | LD0.PHPTUC2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | (A,B,C) | Monitoring\I/O status\Current protection\PHPTUC2\Outputs | ||
| PHPTUC2 | 3I< (2) | 37F (2) | OUT | LD0.PHPTUC2.Op.phsA | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_A | Operate phase A | Monitoring\I/O status\Current protection\PHPTUC2\Outputs | |||
| PHPTUC2 | 3I< (2) | 37F (2) | OUT | LD0.PHPTUC2.Op.phsB | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_B | Operate phase B | Monitoring\I/O status\Current protection\PHPTUC2\Outputs | |||
| PHPTUC2 | 3I< (2) | 37F (2) | OUT | LD0.PHPTUC2.Op.phsC | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_C | Operate phase C | Monitoring\I/O status\Current protection\PHPTUC2\Outputs | |||
| PHPTUC2 | 3I< (2) | 37F (2) | MON | LD0.PHPTUC2.Beh.stVal | INS | Enum | ST | B | PHPTUC2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| PHPTUC2 | 3I< (2) | 37F (2) | MON | LD0.PHPTUC2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Current protection\PHPTUC2\Monitored data | ||||
| PHPTUC2 | 3I< (2) | 37F (2) | SET | LD0.PHPTUC2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Current protection\PHPTUC2 | |||
| PHPTUC2 | 3I< (2) | 37F (2) | SET | LD0.PHPTUC2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.50 | Start value | Current setting to start | 0.01...1.00 xIn | Settings\Settings\Current protection\PHPTUC2 | IL1TCTR1 | ||
| PHPTUC2 | 3I< (2) | 37F (2) | SET | LD0.PHPTUC2.OpDlTmms.setVal | ING | INT32 | SG | B | 2000 | Operate delay time | Operate delay time | 50...200000 ms | Settings\Settings\Current protection\PHPTUC2 | |||
| PHPTUC2 | 3I< (2) | 37F (2) | SET | LD0.PHPTUC2.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Current protection\PHPTUC2 | |||
| PHPTUC2 | 3I< (2) | 37F (2) | SET | LD0.PHPTUC2.BlkValA.setMag.f | ASG | FLOAT32 | SG | B | 0.10 | Current block value | Low current setting to block internally | 0.00...0.50 xIn | Settings\Settings\Current protection\PHPTUC2 | IL1TCTR1 | ||
| PHPTUC2 | 3I< (2) | 37F (2) | SET | LD0.PHPTUC2.OpModPh.setVal | ING | Enum | SP | B | 1 | Operation mode | Number of phases needed to start | 1=Three Phase; 2=Single Phase | Settings\Settings\Current protection\PHPTUC2 | |||
| PHPTUC2 | 3I< (2) | 37F (2) | TES | LD0.PHPTUC2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | PHPTUC2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Current protection | |||
| PHPTUC2 | 3I< (2) | 37F (2) | VER | LD0.PHPTUC2.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TR2PTDF1 | 3dI>T (1) | 87T (1) | INP | LD0.TR2PDIF1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block | Monitoring\I/O status\Differential prot\TR2PTDF1\Inputs | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | INP | LD0.TR2PDIF1.InBlkLo.stVal | SPS | BOOLEAN | ST | B | 0 | BLK_OPR_LS | Blocks operate outputs from biased stage | Monitoring\I/O status\Differential prot\TR2PTDF1\Inputs | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | INP | LD0.TR2PDIF1.InBlkHi.stVal | SPS | BOOLEAN | ST | B | 0 | BLK_OPR_HS | Blocks operate outputs from instantaneous stage | Monitoring\I/O status\Differential prot\TR2PTDF1\Inputs | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | OUT | LD0.TR2PDIF1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate combined | (A,B,C) | Monitoring\I/O status\Differential prot\TR2PTDF1\Outputs | ||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | OUT | LD0.TR2PDIF1.OpLoSet.general | ACT | BOOLEAN | ST | B | OPR_LS | Operate from low set | Monitoring\I/O status\Differential prot\TR2PTDF1\Outputs | |||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | OUT | LD0.TR2PDIF1.OpHiSet.general | ACT | BOOLEAN | ST | B | OPR_HS | Operate from high set | Monitoring\I/O status\Differential prot\TR2PTDF1\Outputs | |||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | OUT | LD0.TR2PDIF1.BlkWavSt.general | ACT | BOOLEAN | ST | B | BLKDWAV | Waveform blocking status | (A,B,C) | Monitoring\I/O status\Differential prot\TR2PTDF1\Outputs | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | OUT | LD0.TR2PDIF1.Blk2HSt.general | ACT | BOOLEAN | ST | B | StatNrml | P,H | BLKD2H | 2nd harmonic restraint block status | (A,B,C) | Monitoring\I/O status\Differential prot\TR2PTDF1\Outputs | ||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | OUT | LD0.TR2PDIF1.Blk5HSt.general | ACT | BOOLEAN | ST | B | BLKD5H | 5th harmonic restraint block status | (A,B,C) | Monitoring\I/O status\Differential prot\TR2PTDF1\Outputs | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.Beh.stVal | INS | Enum | ST | B | TR2PTDF1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.Op.phsA | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_A | Operate phase A | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.Op.phsB | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_B | Operate phase B | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.Op.phsC | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPR_C | Operate phase C | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.BlkWavSt.phsA | ACT | BOOLEAN | ST | B | BLKDWAV_A | Waveform blocking phase A status | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | |||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.BlkWavSt.phsB | ACT | BOOLEAN | ST | B | BLKDWAV_B | Waveform blocking phase B status | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | |||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.BlkWavSt.phsC | ACT | BOOLEAN | ST | B | BLKDWAV_C | Waveform blocking phase C status | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | |||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.Blk2HSt.phsA | ACT | BOOLEAN | ST | B | StatNrml | P,H | BLKD2H_A | 2nd harmonic restraint block phase A status | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.Blk2HSt.phsB | ACT | BOOLEAN | ST | B | StatNrml | P,H | BLKD2H_B | 2nd harmonic restraint block phase B status | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.Blk2HSt.phsC | ACT | BOOLEAN | ST | B | StatNrml | P,H | BLKD2H_C | 2nd harmonic restraint block phase C status | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.Blk5HSt.phsA | ACT | BOOLEAN | ST | B | BLKD5H_A | 5th harmonic restraint block phase A status | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | |||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.Blk5HSt.phsB | ACT | BOOLEAN | ST | B | BLKD5H_B | 5th harmonic restraint block phase B status | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | |||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.Blk5HSt.phsC | ACT | BOOLEAN | ST | B | BLKD5H_C | 5th harmonic restraint block phase C status | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | |||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.SecnACom.phsA.cVal.mag.f | WYE | FLOAT32 | MX | B | I_AMPL_A2 | Connection group compensated secondary current phase A | 0.00...40.00 xIr | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.SecnACom.phsB.cVal.mag.f | WYE | FLOAT32 | MX | B | I_AMPL_B2 | Connection group compensated secondary current phase B | 0.00...40.00 xIr | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.SecnACom.phsC.cVal.mag.f | WYE | FLOAT32 | MX | B | I_AMPL_C2 | Connection group compensated secondary current phase C | 0.00...40.00 xIr | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.PriACom.phsA.cVal.mag.f | WYE | FLOAT32 | MX | B | I_AMPL_A1 | Connection group compensated primary current phase A | 0.00...40.00 xIr | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.PriACom.phsB.cVal.mag.f | WYE | FLOAT32 | MX | B | I_AMPL_B1 | Connection group compensated primary current phase B | 0.00...40.00 xIr | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.PriACom.phsC.cVal.mag.f | WYE | FLOAT32 | MX | B | I_AMPL_C1 | Connection group compensated primary current phase C | 0.00...40.00 xIr | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.DifAClc.phsA.cVal.mag.f | WYE | FLOAT32 | MX | B | ID_A | Differential Current phase A | 0.00...80.00 xIr | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.DifAClc.phsB.cVal.mag.f | WYE | FLOAT32 | MX | B | ID_B | Differential Current phase B | 0.00...80.00 xIr | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.DifAClc.phsC.cVal.mag.f | WYE | FLOAT32 | MX | B | ID_C | Differential Current phase C | 0.00...80.00 xIr | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.RstA.phsA.cVal.mag.f | WYE | FLOAT32 | MX | B | IB_A | Biasing current phase A | 0.00...80.00 xIr | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.RstA.phsB.cVal.mag.f | WYE | FLOAT32 | MX | B | IB_B | Biasing current phase B | 0.00...80.00 xIr | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.RstA.phsC.cVal.mag.f | WYE | FLOAT32 | MX | B | IB_C | Biasing current phase C | 0.00...80.00 xIr | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.A2HRat.phsA.cVal.mag.f | WYE | FLOAT32 | MX | B | I_2H_RAT_A | Differential current second harmonic ratio, phase A | 0.00...1.00 | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.A2HRat.phsB.cVal.mag.f | WYE | FLOAT32 | MX | B | I_2H_RAT_B | Differential current second harmonic ratio, phase B | 0.00...1.00 | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.A2HRat.phsC.cVal.mag.f | WYE | FLOAT32 | MX | B | I_2H_RAT_C | Differential current second harmonic ratio, phase C | 0.00...1.00 | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.AngPriAB.mag.f | MV | FLOAT32 | MX | B | I_ANGL_A1_B1 | Current phase angle phase A to B, winding 1 | -180.00...180.00 deg | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.AngPriBC.mag.f | MV | FLOAT32 | MX | B | I_ANGL_B1_C1 | Current phase angle phase B to C, winding 1 | -180.00...180.00 deg | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.AngPriCA.mag.f | MV | FLOAT32 | MX | B | I_ANGL_C1_A1 | Current phase angle phase C to A, winding 1 | -180.00...180.00 deg | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.AngScyAB.mag.f | MV | FLOAT32 | MX | B | I_ANGL_A2_B2 | Current phase angle phase A to B, winding 2 | -180.00...180.00 deg | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.AngScyBC.mag.f | MV | FLOAT32 | MX | B | I_ANGL_B2_C2 | Current phase angle phase B to C, winding 2 | -180.00...180.00 deg | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.AngScyCA.mag.f | MV | FLOAT32 | MX | B | I_ANGL_C2_A2 | Current phase angle phase C to A, winding 2 | -180.00...180.00 deg | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.AngPriScyA.mag.f | MV | FLOAT32 | MX | B | I_ANGL_A1_A2 | Current phase angle diff between winding 1 and 2, phase A | -180.00...180.00 deg | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.AngPriScyB.mag.f | MV | FLOAT32 | MX | B | I_ANGL_B1_B2 | Current phase angle diff between winding 1 and 2, phase B | -180.00...180.00 deg | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.AngPriScyC.mag.f | MV | FLOAT32 | MX | B | I_ANGL_C1_C2 | Current phase angle diff between winding 1 and 2, phase C | -180.00...180.00 deg | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.A5HRat.phsA.cVal.mag.f | WYE | FLOAT32 | MX | B | I_5H_RAT_A | Differential current fifth harmonic ratio, phase A | 0.00...1.00 | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.A5HRat.phsB.cVal.mag.f | WYE | FLOAT32 | MX | B | I_5H_RAT_B | Differential current fifth harmonic ratio, phase B | 0.00...1.00 | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2PDIF1.A5HRat.phsC.cVal.mag.f | WYE | FLOAT32 | MX | B | I_5H_RAT_C | Differential current fifth harmonic ratio, phase C | 0.00...1.00 | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2HPHAR1.Str.general | ACD | BOOLEAN | ST | B | BLKD2HPHAR | 2nd harmonic restraint blocking for PHAR LN, combined | (A,B,C) | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2HPHAR1.Str.phsA | ACD | BOOLEAN | ST | B | BLKD2HPHAR_A | 2nd harmonic restraint blocking for PHAR LN, phase A | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | |||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2HPHAR1.Str.phsB | ACD | BOOLEAN | ST | B | BLKD2HPHAR_B | 2nd harmonic restraint blocking for PHAR LN, phase B | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | |||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR2HPHAR1.Str.phsC | ACD | BOOLEAN | ST | B | BLKD2HPHAR_C | 2nd harmonic restraint blocking for PHAR LN, phase C | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | |||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR5HPHAR1.Str.general | ACD | BOOLEAN | ST | B | BLKD5HPHAR | 5th harmonic restraint blocking for PHAR LN, combined | (A,B,C) | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR5HPHAR1.Str.phsA | ACD | BOOLEAN | ST | B | BLKD5HPHAR_A | 5th harmonic restraint blocking for PHAR LN, phase A | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | |||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR5HPHAR1.Str.phsB | ACD | BOOLEAN | ST | B | BLKD5HPHAR_B | 5th harmonic restraint blocking for PHAR LN, phase B | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | |||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | MON | LD0.TR5HPHAR1.Str.phsC | ACD | BOOLEAN | ST | B | BLKD5HPHAR_C | 5th harmonic restraint blocking for PHAR LN, phase C | Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data | |||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR2PDIF1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off/On | 1=on; 5=off | Settings\Settings\Differential prot\TR2PTDF1 | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR2PDIF1.HiSet.setVal | ING | INT32 | SG | B | 1000 | High operate value | Instantaneous stage setting | 500...3000 %Ir | Settings\Settings\Differential prot\TR2PTDF1 | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR2PDIF1.EnaHiSet.setVal | SPG | BOOLEAN | SG | B | 1 | Enable high set | Enable high set stage | Settings\Settings\Differential prot\TR2PTDF1 | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR2PDIF1.LoSet.setVal | ING | INT32 | SG | B | 20 | Low operate value | Basic setting for biased operation | 5...50 %Ir | Settings\Settings\Differential prot\TR2PTDF1 | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR2PDIF1.SpeScn2.setMag.f | ASG | FLOAT32 | SG | B | 30 | Slope section 2 | Slope of the second line of the operating characteristics | 10...50 % | Settings\Settings\Differential prot\TR2PTDF1 | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR2PDIF1.EndScn2.setMag.f | ASG | FLOAT32 | SG | B | 150 | End section 2 | Turn-point between the second and the third line of the operating characteristics | 100...500 %Ir | Settings\Settings\Differential prot\TR2PTDF1 | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR2PDIF1.RstMod.setVal | ING | Enum | SG | B | -1 | Restraint mode | Restraint mode | -1=2.h + 5.h + wav; 5=Waveform; 6=2.h + waveform; 7=5.h + waveform | Settings\Settings\Differential prot\TR2PTDF1 | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR2PDIF1.CTConnTyp.setVal | ING | Enum | SP | B | 1 | CT connection type | CT connection type. Determined by the directions of the connected current transformers | 1=Type 1; 2=Type 2 | Settings\Settings\Differential prot\TR2PTDF1 | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR2PDIF1.Wnd1Typ.setVal | ING | Enum | SP | B | 1 | Winding 1 type | Connection of the HV side windings | 1=Y; 2=YN; 3=D; 4=Z; 5=ZN | Settings\Settings\Differential prot\TR2PTDF1 | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR2PDIF1.Wnd2Typ.setVal | ING | Enum | SP | B | 1 | Winding 2 type | Connection of the LV side windings | 1=y; 2=yn; 3=d; 4=z; 5=zn | Settings\Settings\Differential prot\TR2PTDF1 | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR2PDIF1.ClkNum.setVal | ING | Enum | SP | B | 0 | Clock number | Setting the phase shift between HV and LV with clock number for connection group compensation (e.g. Dyn11 -> 11) | 0=Clk Num 0; 1=Clk Num 1; 2=Clk Num 2; 4=Clk Num 4; 5=Clk Num 5; 6=Clk Num 6; 7=Clk Num 7; 8=Clk Num 8; 10=Clk Num 10; 11=Clk Num 11 | Settings\Settings\Differential prot\TR2PTDF1 | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR2PDIF1.ZroAElm.setVal | ING | Enum | SP | B | 1 | Zro A elimination | Elimination of the zero-sequence current | 1=Not eliminated; 2=Winding 1; 3=Winding 2; 4=Winding 1 and 2 | Settings\Settings\Differential prot\TR2PTDF1 | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR2PDIF1.MinWndTap.setVal | ING | INT32 | SP | B | 36 | Min winding tap | The tap position number resulting the minimum number of effective winding turns on the side of the transformer where the tap changer is. | -36...36 | Settings\Settings\Differential prot\TR2PTDF1 | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR2PDIF1.MaxWndTap.setVal | ING | INT32 | SP | B | 0 | Max winding tap | The tap position number resulting the maximum number of effective winding turns on the side of the transformer where the tap changer is. | -36...36 | Settings\Settings\Differential prot\TR2PTDF1 | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR2PDIF1.TapNomLTC1.setVal | ING | INT32 | SP | B,I | 18 | Tap nominal | The nominal position of the tap changer resulting the default transformation ratio of the transformer (as if there was no tap changer) | -36...36 | Settings\Settings\Differential prot\TR2PTDF1 | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR2PDIF1.TapWnd.setVal | ING | Enum | SP | B | 1 | Tapped winding | The winding where the tap changer is connected to | 1=Not in use; 2=Winding 1; 3=Winding 2 | Settings\Settings\Differential prot\TR2PTDF1 | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR2PDIF1.STap1.setMag.f | ASG | FLOAT32 | SP | B | 1.50 | Step of tap | The percentage change in voltage corresponding one step of the tap changer | 0.60...9.00 % | Settings\Settings\Differential prot\TR2PTDF1 | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR2PDIF1.HDBlk.setVal | SPG | BOOLEAN | SG | B | 1 | Harmonic deblock 2. | 2. harmonic deblocking in case of switch on to fault | Settings\Settings\Differential prot\TR2PTDF1 | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR2PDIF1.CTRatCor1.setMag.f | ASG | FLOAT32 | SP | B | 1.00 | CT ratio Cor Wnd 1 | CT ratio correction, winding 1 | 0.40...4.00 | Settings\Settings\Differential prot\TR2PTDF1 | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR2PDIF1.CTRatCor2.setMag.f | ASG | FLOAT32 | SP | B | 1.00 | CT ratio Cor Wnd 2 | CT ratio correction, winding 2 | 0.40...4.00 | Settings\Settings\Differential prot\TR2PTDF1 | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR2HPHAR1.PhStr.setMag.f | ASG | FLOAT32 | SG | B | 15 | Start value 2.H | 2. harmonic blocking ratio | 7...20 % | Settings\Settings\Differential prot\TR2PTDF1 | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR5HPHAR1.PhStr.setMag.f | ASG | FLOAT32 | SG | B | 35 | Start value 5.H | 5. harmonic blocking ratio | 10...50 % | Settings\Settings\Differential prot\TR2PTDF1 | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR5HPHAR1.PhStop.setMag.f | ASG | FLOAT32 | SG | B | 35 | Stop value 5.H | 5. harmonic deblocking ratio | 10...50 % | Settings\Settings\Differential prot\TR2PTDF1 | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | SET | LD0.TR5HPHAR1.HDBlk.setVal | SPG | BOOLEAN | SG | B | 0 | Harmonic deblock 5. | 5. harmonic deblocking in case of severe overvoltage | Settings\Settings\Differential prot\TR2PTDF1 | ||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | TES | LD0.TR2PDIF1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | TR2PTDF1 | Test control for outputs | 0=Reset; 9=Activate OPERATE; 10=Deactive OPERATE; -11=Activate OPR_LS; -12=Deactive OPR_LS; -13=Activate OPR_HS; -14=Deactive OPR_HS; -15=Activate BLKD2H; -16=Deactive BLKD2H; -17=Activate BLKD5H; -18=Deactive BLKD5H; -19=Activate BLKDWAV; -20=Deactive BLKDWAV | Tests\Function tests\Differential prot | |||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | VER | LD0.TR2PDIF1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | VER | LD0.TR2HPHAR1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| TR2PTDF1 | 3dI>T (1) | 87T (1) | VER | LD0.TR5HPHAR1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| LREFPNDF1 | dIoLo> (1) | 87NL (1) | INP | LD0.LREFPDIF1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Differential prot\LREFPNDF1\Inputs | ||||
| LREFPNDF1 | dIoLo> (1) | 87NL (1) | OUT | LD0.LREFPDIF1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Differential prot\LREFPNDF1\Outputs | |||
| LREFPNDF1 | dIoLo> (1) | 87NL (1) | OUT | LD0.LREFPDIF1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Differential prot\LREFPNDF1\Outputs | |||
| LREFPNDF1 | dIoLo> (1) | 87NL (1) | OUT | LD0.LREFPDIF1.Blk2Hst.general | ACT | BOOLEAN | ST | B | BLK2H | 2nd harmonic block | Monitoring\I/O status\Differential prot\LREFPNDF1\Outputs | |||||
| LREFPNDF1 | dIoLo> (1) | 87NL (1) | CTR | LD0.LREFPHAR1.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||
| LREFPNDF1 | dIoLo> (1) | 87NL (1) | MON | LD0.LREFPDIF1.Beh.stVal | INS | Enum | ST | B | LREFPNDF1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| LREFPNDF1 | dIoLo> (1) | 87NL (1) | MON | LD0.LREFPDIF1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Differential prot\LREFPNDF1\Monitored data | ||||
| LREFPNDF1 | dIoLo> (1) | 87NL (1) | MON | LD0.LREFPDIF1.DifAClc.res.cVal.mag.f | WYE | FLOAT32 | MX | B | ID_COSPHI | Directional differential current Id cosphi | 0.00...80.00 xIn | Monitoring\I/O status\Differential prot\LREFPNDF1\Monitored data | ||||
| LREFPNDF1 | dIoLo> (1) | 87NL (1) | MON | LD0.LREFPDIF1.RstA.res.cVal.mag.f | WYE | FLOAT32 | MX | B | IB | Bias current | 0.00...80.00 xIn | Monitoring\I/O status\Differential prot\LREFPNDF1\Monitored data | ||||
| LREFPNDF1 | dIoLo> (1) | 87NL (1) | MON | LD0.LREFPHAR1.Str.general | ACD | BOOLEAN | ST | B | RES2H | 2nd harmonic restraint | Monitoring\I/O status\Differential prot\LREFPNDF1\Monitored data | |||||
| LREFPNDF1 | dIoLo> (1) | 87NL (1) | SET | LD0.LREFPDIF1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Differential prot\LREFPNDF1 | |||
| LREFPNDF1 | dIoLo> (1) | 87NL (1) | SET | LD0.LREFPDIF1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Differential prot\LREFPNDF1 | |||
| LREFPNDF1 | dIoLo> (1) | 87NL (1) | SET | LD0.LREFPDIF1.LoSet.setVal | ING | INT32 | SG | B | 5 | Operate value | Operate value | 5...50 %In | Settings\Settings\Differential prot\LREFPNDF1 | |||
| LREFPNDF1 | dIoLo> (1) | 87NL (1) | SET | LD0.LREFPDIF1.CTConnTyp.setVal | ING | Enum | SP | B | 2 | CT connection type | CT connection type | 1=Type 1; 2=Type 2 | Settings\Settings\Differential prot\LREFPNDF1 | |||
| LREFPNDF1 | dIoLo> (1) | 87NL (1) | SET | LD0.LREFPDIF1.RstMod.setVal | ING | Enum | SG | B | 1 | Restraint mode | Restraint mode | 1=None; 2=Harmonic2 | Settings\Settings\Differential prot\LREFPNDF1 | |||
| LREFPNDF1 | dIoLo> (1) | 87NL (1) | SET | LD0.LREFPDIF1.MinOpTmms.setVal | ING | INT32 | SG | B | 40 | Minimum operate time | Minimum operate time | 40...300000 ms | Settings\Settings\Differential prot\LREFPNDF1 | |||
| LREFPNDF1 | dIoLo> (1) | 87NL (1) | SET | LD0.LREFPHAR1.PhStr.setMag.f | ASG | FLOAT32 | SG | B | 50 | Start value 2.H | The ratio of the 2. harmonic to fundamental component required for blocking | 10...50 %In | Settings\Settings\Differential prot\LREFPNDF1 | |||
| LREFPNDF1 | dIoLo> (1) | 87NL (1) | TES | LD0.LREFPDIF1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | LREFPNDF1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; 35=Activate BLK2H; 36=Deactive BLK2H | Tests\Function tests\Differential prot | |||
| LREFPNDF1 | dIoLo> (1) | 87NL (1) | VER | LD0.LREFPDIF1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| LREFPNDF1 | dIoLo> (1) | 87NL (1) | VER | LD0.LREFPHAR1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| LREFPNDF2 | dIoLo> (2) | 87NL (2) | INP | LD0.LREFPDIF2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Differential prot\LREFPNDF2\Inputs | ||||
| LREFPNDF2 | dIoLo> (2) | 87NL (2) | OUT | LD0.LREFPDIF2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Differential prot\LREFPNDF2\Outputs | |||
| LREFPNDF2 | dIoLo> (2) | 87NL (2) | OUT | LD0.LREFPDIF2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Differential prot\LREFPNDF2\Outputs | |||
| LREFPNDF2 | dIoLo> (2) | 87NL (2) | OUT | LD0.LREFPDIF2.Blk2Hst.general | ACT | BOOLEAN | ST | B | BLK2H | 2nd harmonic block | Monitoring\I/O status\Differential prot\LREFPNDF2\Outputs | |||||
| LREFPNDF2 | dIoLo> (2) | 87NL (2) | CTR | LD0.LREFPHAR2.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||
| LREFPNDF2 | dIoLo> (2) | 87NL (2) | MON | LD0.LREFPDIF2.Beh.stVal | INS | Enum | ST | B | LREFPNDF2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| LREFPNDF2 | dIoLo> (2) | 87NL (2) | MON | LD0.LREFPDIF2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Differential prot\LREFPNDF2\Monitored data | ||||
| LREFPNDF2 | dIoLo> (2) | 87NL (2) | MON | LD0.LREFPDIF2.DifAClc.res.cVal.mag.f | WYE | FLOAT32 | MX | B | ID_COSPHI | Directional differential current Id cosphi | 0.00...80.00 xIn | Monitoring\I/O status\Differential prot\LREFPNDF2\Monitored data | ||||
| LREFPNDF2 | dIoLo> (2) | 87NL (2) | MON | LD0.LREFPDIF2.RstA.res.cVal.mag.f | WYE | FLOAT32 | MX | B | IB | Bias current | 0.00...80.00 xIn | Monitoring\I/O status\Differential prot\LREFPNDF2\Monitored data | ||||
| LREFPNDF2 | dIoLo> (2) | 87NL (2) | MON | LD0.LREFPHAR2.Str.general | ACD | BOOLEAN | ST | B | RES2H | 2nd harmonic restraint | Monitoring\I/O status\Differential prot\LREFPNDF2\Monitored data | |||||
| LREFPNDF2 | dIoLo> (2) | 87NL (2) | SET | LD0.LREFPDIF2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Differential prot\LREFPNDF2 | |||
| LREFPNDF2 | dIoLo> (2) | 87NL (2) | SET | LD0.LREFPDIF2.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Differential prot\LREFPNDF2 | |||
| LREFPNDF2 | dIoLo> (2) | 87NL (2) | SET | LD0.LREFPDIF2.LoSet.setVal | ING | INT32 | SG | B | 5 | Operate value | Operate value | 5...50 %In | Settings\Settings\Differential prot\LREFPNDF2 | |||
| LREFPNDF2 | dIoLo> (2) | 87NL (2) | SET | LD0.LREFPDIF2.CTConnTyp.setVal | ING | Enum | SP | B | 2 | CT connection type | CT connection type | 1=Type 1; 2=Type 2 | Settings\Settings\Differential prot\LREFPNDF2 | |||
| LREFPNDF2 | dIoLo> (2) | 87NL (2) | SET | LD0.LREFPDIF2.RstMod.setVal | ING | Enum | SG | B | 1 | Restraint mode | Restraint mode | 1=None; 2=Harmonic2 | Settings\Settings\Differential prot\LREFPNDF2 | |||
| LREFPNDF2 | dIoLo> (2) | 87NL (2) | SET | LD0.LREFPDIF2.MinOpTmms.setVal | ING | INT32 | SG | B | 40 | Minimum operate time | Minimum operate time | 40...300000 ms | Settings\Settings\Differential prot\LREFPNDF2 | |||
| LREFPNDF2 | dIoLo> (2) | 87NL (2) | SET | LD0.LREFPHAR2.PhStr.setMag.f | ASG | FLOAT32 | SG | B | 50 | Start value 2.H | The ratio of the 2. harmonic to fundamental component required for blocking | 10...50 %In | Settings\Settings\Differential prot\LREFPNDF2 | |||
| LREFPNDF2 | dIoLo> (2) | 87NL (2) | TES | LD0.LREFPDIF2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | LREFPNDF2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; 35=Activate BLK2H; 36=Deactive BLK2H | Tests\Function tests\Differential prot | |||
| LREFPNDF2 | dIoLo> (2) | 87NL (2) | VER | LD0.LREFPDIF2.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| LREFPNDF2 | dIoLo> (2) | 87NL (2) | VER | LD0.LREFPHAR2.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| HREFPDIF1 | dIoHi> (1) | 87NH (1) | INP | LD0.HREFPDIF1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Differential prot\HREFPDIF1\Inputs | ||||
| HREFPDIF1 | dIoHi> (1) | 87NH (1) | OUT | LD0.HREFPDIF1.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Differential prot\HREFPDIF1\Outputs | |||
| HREFPDIF1 | dIoHi> (1) | 87NH (1) | OUT | LD0.HREFPDIF1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Differential prot\HREFPDIF1\Outputs | |||
| HREFPDIF1 | dIoHi> (1) | 87NH (1) | MON | LD0.HREFPDIF1.Beh.stVal | INS | Enum | ST | B | HREFPDIF1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| HREFPDIF1 | dIoHi> (1) | 87NH (1) | MON | LD0.HREFPDIF1.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Differential prot\HREFPDIF1\Monitored data | ||||
| HREFPDIF1 | dIoHi> (1) | 87NH (1) | SET | LD0.HREFPDIF1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Differential prot\HREFPDIF1 | |||
| HREFPDIF1 | dIoHi> (1) | 87NH (1) | SET | LD0.HREFPDIF1.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Operate value | Low operate value, percentage of the nominal current | 1.0...50.0 %In | Settings\Settings\Differential prot\HREFPDIF1 | RESTCTR1 | ||
| HREFPDIF1 | dIoHi> (1) | 87NH (1) | SET | LD0.HREFPDIF1.MinOpTmms.setVal | ING | INT32 | SG | B | 40 | Minimum operate time | Minimum operate time | 40...300000 ms | Settings\Settings\Differential prot\HREFPDIF1 | |||
| HREFPDIF1 | dIoHi> (1) | 87NH (1) | SET | LD0.HREFPDIF1.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Differential prot\HREFPDIF1 | |||
| HREFPDIF1 | dIoHi> (1) | 87NH (1) | TES | LD0.HREFPDIF1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | HREFPDIF1 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Differential prot | |||
| HREFPDIF1 | dIoHi> (1) | 87NH (1) | VER | LD0.HREFPDIF1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| HREFPDIF2 | dIoHi> (2) | 87NH (2) | INP | LD0.HREFPDIF2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Differential prot\HREFPDIF2\Inputs | ||||
| HREFPDIF2 | dIoHi> (2) | 87NH (2) | OUT | LD0.HREFPDIF2.Str.general | ACD | BOOLEAN | ST | B | StatNrml | P,H | START | Start | Monitoring\I/O status\Differential prot\HREFPDIF2\Outputs | |||
| HREFPDIF2 | dIoHi> (2) | 87NH (2) | OUT | LD0.HREFPDIF2.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Differential prot\HREFPDIF2\Outputs | |||
| HREFPDIF2 | dIoHi> (2) | 87NH (2) | MON | LD0.HREFPDIF2.Beh.stVal | INS | Enum | ST | B | HREFPDIF2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| HREFPDIF2 | dIoHi> (2) | 87NH (2) | MON | LD0.HREFPDIF2.StrDur.mag.f | MV | FLOAT32 | MX | B | START_DUR | Ratio of start time / operate time | 0.00...100.00 % | Monitoring\I/O status\Differential prot\HREFPDIF2\Monitored data | ||||
| HREFPDIF2 | dIoHi> (2) | 87NH (2) | SET | LD0.HREFPDIF2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Differential prot\HREFPDIF2 | |||
| HREFPDIF2 | dIoHi> (2) | 87NH (2) | SET | LD0.HREFPDIF2.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 1.0 | Operate value | Low operate value, percentage of the nominal current | 1.0...50.0 %In | Settings\Settings\Differential prot\HREFPDIF2 | RESTCTR1 | ||
| HREFPDIF2 | dIoHi> (2) | 87NH (2) | SET | LD0.HREFPDIF2.MinOpTmms.setVal | ING | INT32 | SG | B | 40 | Minimum operate time | Minimum operate time | 40...300000 ms | Settings\Settings\Differential prot\HREFPDIF2 | |||
| HREFPDIF2 | dIoHi> (2) | 87NH (2) | SET | LD0.HREFPDIF2.RsDlTmms.setVal | ING | INT32 | SP | B | 20 | Reset delay time | Reset delay time | 0...60000 ms | Settings\Settings\Differential prot\HREFPDIF2 | |||
| HREFPDIF2 | dIoHi> (2) | 87NH (2) | TES | LD0.HREFPDIF2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | HREFPDIF2 | Test control for outputs | 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Differential prot | |||
| HREFPDIF2 | dIoHi> (2) | 87NH (2) | VER | LD0.HREFPDIF2.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| TPOSSLTC1 | TPOSM (1) | 84M (1) | INP | LD0.TPOSSLTC1.TapPos.valWTr.posVal | ISC | INT8 | ST | B | 0 | StatUrg | P,H | TAP_POS | Tap position indication | -63...63 | Monitoring\I/O status\Measurements\TPOSSLTC1\Monitored data | |
| TPOSSLTC1 | TPOSM (1) | 84M (1) | INP | LD0.TPOSGGIO1.Ind1.stVal | SPS | BOOLEAN | ST | B | 0 | BI0 | Binary input 1 | Monitoring\I/O status\Measurements\TPOSSLTC1\Inputs | ||||
| TPOSSLTC1 | TPOSM (1) | 84M (1) | INP | LD0.TPOSGGIO1.Ind2.stVal | SPS | BOOLEAN | ST | B | 0 | BI1 | Binary input 2 | Monitoring\I/O status\Measurements\TPOSSLTC1\Inputs | ||||
| TPOSSLTC1 | TPOSM (1) | 84M (1) | INP | LD0.TPOSGGIO1.Ind3.stVal | SPS | BOOLEAN | ST | B | 0 | BI2 | Binary input 3 | Monitoring\I/O status\Measurements\TPOSSLTC1\Inputs | ||||
| TPOSSLTC1 | TPOSM (1) | 84M (1) | INP | LD0.TPOSGGIO1.Ind4.stVal | SPS | BOOLEAN | ST | B | 0 | BI3 | Binary input 4 | Monitoring\I/O status\Measurements\TPOSSLTC1\Inputs | ||||
| TPOSSLTC1 | TPOSM (1) | 84M (1) | INP | LD0.TPOSGGIO1.Ind5.stVal | SPS | BOOLEAN | ST | B | 0 | BI4 | Binary input 5 | Monitoring\I/O status\Measurements\TPOSSLTC1\Inputs | ||||
| TPOSSLTC1 | TPOSM (1) | 84M (1) | INP | LD0.TPOSGGIO1.Ind6.stVal | SPS | BOOLEAN | ST | B | 0 | BI5 | Binary input 6 | Monitoring\I/O status\Measurements\TPOSSLTC1\Inputs | ||||
| TPOSSLTC1 | TPOSM (1) | 84M (1) | INP | LD0.TPOSGGIO1.Ind7.stVal | SPS | BOOLEAN | ST | B | 0 | SIGN_BIT | Binary input sign bit | Monitoring\I/O status\Measurements\TPOSSLTC1\Inputs | ||||
| TPOSSLTC1 | TPOSM (1) | 84M (1) | CTR | LD0.TPOSSLTC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\TPOSSLTC1 | |||
| TPOSSLTC1 | TPOSM (1) | 84M (1) | CFG | LD0.TPOSSLTC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\TPOSSLTC1 | |||
| TPOSSLTC1 | TPOSM (1) | 84M (1) | CFG | LD0.TPOSGGIO1.BinCdMod.setVal | ING | Enum | SP | B | 2 | Operation mode | Operation mode selection | 1=NAT2INT; 2=BCD2INT; 3=GRAY2INT | Configuration\Measurements\TPOSSLTC1 | |||
| TPOSSLTC1 | TPOSM (1) | 84M (1) | VER | LD0.TPOSSLTC1.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| CCRDIF2 | MCS 3I (2) | MCS 3I (2) | INP | LD0.CCRDIF2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for all binary outputs | Monitoring\I/O status\Condition monitoring\CCRDIF2\Inputs | ||||
| CCRDIF2 | MCS 3I (2) | MCS 3I (2) | OUT | LD0.CCRDIF2.Op.general | ACT | BOOLEAN | ST | B | StatIed | P,H | FAIL | Fail output | Monitoring\I/O status\Condition monitoring\CCRDIF2\Outputs | |||
| CCRDIF2 | MCS 3I (2) | MCS 3I (2) | OUT | LD0.CCRDIF2.Alm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | ALARM | Alarm output | Monitoring\I/O status\Condition monitoring\CCRDIF2\Outputs | |||
| CCRDIF2 | MCS 3I (2) | MCS 3I (2) | CTR | LD0.CCRDIF2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation On / Off | 1=on; 5=off | Configuration\Condition monitoring\CCRDIF2 | |||
| CCRDIF2 | MCS 3I (2) | MCS 3I (2) | MON | LD0.CCRDIF2.Beh.stVal | INS | Enum | ST | B | CCRDIF2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| CCRDIF2 | MCS 3I (2) | MCS 3I (2) | MON | LD0.CCRDIF2.DifAClc.res.cVal.mag.f | WYE | FLOAT32 | MX | B | IDIFF | Differential current | 0.00...40.00 xIn | Monitoring\I/O status\Condition monitoring\CCRDIF2\Monitored data | ||||
| CCRDIF2 | MCS 3I (2) | MCS 3I (2) | CFG | LD0.CCRDIF2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation On / Off | 1=on; 5=off | Configuration\Condition monitoring\CCRDIF2 | |||
| CCRDIF2 | MCS 3I (2) | MCS 3I (2) | CFG | LD0.CCRDIF2.StrVal.setMag.f | ASG | FLOAT32 | SP | B | 0.05 | Start value | Minimum operate current differential level | 0.05...0.20 xIn | Configuration\Condition monitoring\CCRDIF2 | IL1TCTR1 | ||
| CCRDIF2 | MCS 3I (2) | MCS 3I (2) | CFG | LD0.CCRDIF2.MaxOpA.setMag.f | ASG | FLOAT32 | SP | B | 1.5 | Max operate current | Block of the function at high phase current | 1.00...5.00 xIn | Configuration\Condition monitoring\CCRDIF2 | IL1TCTR1 | ||
| CCRDIF2 | MCS 3I (2) | MCS 3I (2) | TES | LD0.CCRDIF2.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | CCRDIF2 | Test control for outputs | 0=Reset; 17=Activate ALARM; 18=Deactive ALARM; 113=Activate FAIL; 114=Deactive FAIL | Tests\Function tests\Condition monitoring | |||
| CCRDIF2 | MCS 3I (2) | MCS 3I (2) | VER | LD0.CCRDIF2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| CTSRCTF1 | MCS 3I, I2 (1) | MCS 3I, I2 (1) | INP | LD0.CTSRCTF1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Condition monitoring\CTSRCTF1\Inputs | ||||
| CTSRCTF1 | MCS 3I, I2 (1) | MCS 3I, I2 (1) | OUT | LD0.CTSRCTF1.Alm.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | ALARM | Alarm | Monitoring\I/O status\Condition monitoring\CTSRCTF1\Outputs | |||
| CTSRCTF1 | MCS 3I, I2 (1) | MCS 3I, I2 (1) | OUT | LD0.CTSRCTF1.Op.general | ACT | BOOLEAN | ST | B | StatIed | P,H | FAIL | CT secondary failure | Monitoring\I/O status\Condition monitoring\CTSRCTF1\Outputs | |||
| CTSRCTF1 | MCS 3I, I2 (1) | MCS 3I, I2 (1) | OUT | LD0.CTSRCTF1.OpGrp1.general | ACT | BOOLEAN | ST | B | FAIL_CTGRP1 | CT secondary failure group 1 | Monitoring\I/O status\Condition monitoring\CTSRCTF1\Outputs | |||||
| CTSRCTF1 | MCS 3I, I2 (1) | MCS 3I, I2 (1) | OUT | LD0.CTSRCTF1.OpGrp2.general | ACT | BOOLEAN | ST | B | FAIL_CTGRP2 | CT secondary failure group 2 | Monitoring\I/O status\Condition monitoring\CTSRCTF1\Outputs | |||||
| CTSRCTF1 | MCS 3I, I2 (1) | MCS 3I, I2 (1) | OUT | LD0.CTSRCTF1.OpGrp3.general | ACT | BOOLEAN | ST | B | FAIL_CTGRP3 | CT secondary failure group 3 | Monitoring\I/O status\Condition monitoring\CTSRCTF1\Outputs | |||||
| CTSRCTF1 | MCS 3I, I2 (1) | MCS 3I, I2 (1) | CTR | LD0.CTSRCTF1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Condition monitoring\CTSRCTF1 | |||
| CTSRCTF1 | MCS 3I, I2 (1) | MCS 3I, I2 (1) | MON | LD0.CTSRCTF1.Beh.stVal | INS | Enum | ST | B | CTSRCTF1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| CTSRCTF1 | MCS 3I, I2 (1) | MCS 3I, I2 (1) | MON | LD0.CTSRCTF1.BlkInSt.general | ACT | BOOLEAN | ST | B | INT_BLKD | Function blocked internally | Monitoring\I/O status\Condition monitoring\CTSRCTF1\Monitored data | |||||
| CTSRCTF1 | MCS 3I, I2 (1) | MCS 3I, I2 (1) | CFG | LD0.CTSRCTF1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Condition monitoring\CTSRCTF1 | |||
| CTSRCTF1 | MCS 3I, I2 (1) | MCS 3I, I2 (1) | CFG | LD0.CTSRCTF1.BlkValA.setMag.f | ASG | FLOAT32 | SP | B | 0.02 | Min operate current | Minimum operate current | 0.01...0.50 xIn | Configuration\Condition monitoring\CTSRCTF1 | IL1TCTR1 | ||
| CTSRCTF1 | MCS 3I, I2 (1) | MCS 3I, I2 (1) | CFG | LD0.CTSRCTF1.MaxOpA.setMag.f | ASG | FLOAT32 | SP | B | 1.30 | Max operate current | Maximum operate current | 1.00...5.00 xIn | Configuration\Condition monitoring\CTSRCTF1 | IL1TCTR1 | ||
| CTSRCTF1 | MCS 3I, I2 (1) | MCS 3I, I2 (1) | CFG | LD0.CTSRCTF1.MaxNgSeqA.setMag.f | ASG | FLOAT32 | SP | B | 0.10 | Max Ng Seq current | Maximum I2 current in healthy set | 0.01...1.00 xIn | Configuration\Condition monitoring\CTSRCTF1 | IL1TCTR1 | ||
| CTSRCTF1 | MCS 3I, I2 (1) | MCS 3I, I2 (1) | TES | LD0.CTSRCTF1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | CTSRCTF1 | Test control for outputs | 0=Reset; 17=Activate ALARM; 18=Deactive ALARM; 113=Activate FAIL; 114=Deactive FAIL; -71=Activate FAIL_CTGRP1; -72=Deactive FAIL_CTGRP1; -73=Activate FAIL_CTGRP2; -74=Deactive FAIL_CTGRP2; -75=Activate FAIL_CTGRP3; -76=Deactive FAIL_CTGRP3 | Tests\Function tests\Condition monitoring | |||
| CTSRCTF1 | MCS 3I, I2 (1) | MCS 3I, I2 (1) | VER | LD0.CTSRCTF1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| Current (3I,CT) | CFG | LD0.IL1TCTR1.Cor.setMag.f | ASG | FLOAT32 | SP | B,I | 1.000 | Amplitude corr. A | Phase A amplitude correction factor | 0.900...1.100 | Configuration\Analog inputs\Current (3I,CT) | |||||
| Current (3I,CT) | CFG | LD0.IL1TCTR1.ARtg.setMag.f | ASG | FLOAT32 | SP | B,I | 80.0 | Primary current | Rated primary current | 1.0...6000.0 A | Configuration\Analog inputs\Current (3I,CT) | |||||
| Current (3I,CT) | CFG | LD0.IL1TCTR1.ARtgSec.setVal | ING | Enum | SP | B,I,# | 2 | Secondary current | Rated secondary current | 2=1A; 3=5A | Configuration\Analog inputs\Current (3I,CT) | |||||
| Current (3I,CT) | CFG | LD0.IL1TCTR1.ARtgNom.setMag.f | ASG | FLOAT32 | SP | B,I,# | 80 | Nominal Current | Network Nominal Current (In) | 39...4000 A | Configuration\Analog inputs\Current (3I,CT) | |||||
| Current (3I,CT) | CFG | LD0.IL1TCTR1.VRtgSec.setMag.f | ASG | FLOAT32 | SP | B,I,# | 3.000 | Rated Secondary Value | Rated Secondary Value (RSV) ratio | 1.000...50.000 mV/Hz | Configuration\Analog inputs\Current (3I,CT) | |||||
| Current (3I,CT) | CFG | LD0.IL1TCTR1.RevPol.setVal | SPG | BOOLEAN | SP | B,I | 0 | Reverse polarity | Reverse the polarity of the phase CTs | Configuration\Analog inputs\Current (3I,CT) | ||||||
| Current (3I,CT) | CFG | LD0.IL2TCTR1.Cor.setMag.f | ASG | FLOAT32 | SP | B,I | 1.000 | Amplitude corr. B | Phase B amplitude correction factor | 0.900...1.100 | Configuration\Analog inputs\Current (3I,CT) | |||||
| Current (3I,CT) | CFG | LD0.IL3TCTR1.Cor.setMag.f | ASG | FLOAT32 | SP | B,I | 1.000 | Amplitude corr. C | Phase C amplitude correction factor | 0.900...1.100 | Configuration\Analog inputs\Current (3I,CT) | |||||
| Current (3I,CT) | VER | LD0.IL1TCTR1.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| Current (Io,CT) | CTR | LD0.RESTCTR1.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||||
| Current (Io,CT) | CFG | LD0.RESTCTR1.Cor.setMag.f | ASG | FLOAT32 | SP | B,I | 1.000 | Amplitude corr. | Amplitude correction | 0.900...1.100 | Configuration\Analog inputs\Current (Io,CT) | |||||
| Current (Io,CT) | CFG | LD0.RESTCTR1.ARtg.setMag.f | ASG | FLOAT32 | SP | B,I | 100.0 | Primary current | Primary current | 1.0...6000.0 A | Configuration\Analog inputs\Current (Io,CT) | |||||
| Current (Io,CT) | CFG | LD0.RESTCTR1.ARtgSec.setVal | ING | Enum | SP | B,I | 2 | Secondary current | Secondary current | 1=0.2A; 2=1A; 3=5A | Configuration\Analog inputs\Current (Io,CT) | |||||
| Current (Io,CT) | CFG | LD0.RESTCTR1.RevPol.setVal | SPG | BOOLEAN | SP | B,I | 0 | Reverse polarity | Reverse the polarity of the residual CT | Configuration\Analog inputs\Current (Io,CT) | ||||||
| Current (Io,CT) | VER | LD0.RESTCTR1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| X120 (AIM) | X120 (AIM) | X120 (AIM) | OUT | LD0.XGGIO120.Ind1.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X120-Input 1 | Connectors 1-2c | Monitoring\I/O status\Binary input values\X120 (AIM) | |||
| X120 (AIM) | X120 (AIM) | X120 (AIM) | OUT | LD0.XGGIO120.Ind2.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X120-Input 2 | Connectors 3-2c | Monitoring\I/O status\Binary input values\X120 (AIM) | |||
| X120 (AIM) | X120 (AIM) | X120 (AIM) | OUT | LD0.XGGIO120.Ind3.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X120-Input 3 | Connectors 4-2c | Monitoring\I/O status\Binary input values\X120 (AIM) | |||
| X120 (AIM) | X120 (AIM) | X120 (AIM) | OUT | LD0.XGGIO120.Ind4.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X120-Input 4 | Connectors 5-6 | Monitoring\I/O status\Binary input values\X120 (AIM) | |||
| X120 (AIM) | X120 (AIM) | X120 (AIM) | CTR | LD0.XGGIO120.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||
| X120 (AIM) | X120 (AIM) | X120 (AIM) | CFG | LD0.XGGIO120.OpDlTmms1.setVal | ING | INT32 | SP | B,I | 5 | Input 1 filter time | Connectors 1-2c | 5...1000 ms | Configuration\I/O modules\X120 (AIM)\Input filtering | |||
| X120 (AIM) | X120 (AIM) | X120 (AIM) | CFG | LD0.XGGIO120.OpDlTmms2.setVal | ING | INT32 | SP | B,I | 5 | Input 2 filter time | Connectors 3-2c | 5...1000 ms | Configuration\I/O modules\X120 (AIM)\Input filtering | |||
| X120 (AIM) | X120 (AIM) | X120 (AIM) | CFG | LD0.XGGIO120.OpDlTmms3.setVal | ING | INT32 | SP | B,I | 5 | Input 3 filter time | Connectors 4-2c | 5...1000 ms | Configuration\I/O modules\X120 (AIM)\Input filtering | |||
| X120 (AIM) | X120 (AIM) | X120 (AIM) | CFG | LD0.XGGIO120.OpDlTmms4.setVal | ING | INT32 | SP | B,I | 5 | Input 4 filter time | Connectors 5-6 | 5...1000 ms | Configuration\I/O modules\X120 (AIM)\Input filtering | |||
| X120 (AIM) | X120 (AIM) | X120 (AIM) | CFG | LD0.XGGIO120.DiInvert1.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 1 inversion | Connectors 1-2c | Configuration\I/O modules\X120 (AIM)\Input inversion | ||||
| X120 (AIM) | X120 (AIM) | X120 (AIM) | CFG | LD0.XGGIO120.DiInvert2.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 2 inversion | Connectors 3-2c | Configuration\I/O modules\X120 (AIM)\Input inversion | ||||
| X120 (AIM) | X120 (AIM) | X120 (AIM) | CFG | LD0.XGGIO120.DiInvert3.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 3 inversion | Connectors 4-2c | Configuration\I/O modules\X120 (AIM)\Input inversion | ||||
| X120 (AIM) | X120 (AIM) | X120 (AIM) | CFG | LD0.XGGIO120.DiInvert4.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 4 inversion | Connectors 5-6 | Configuration\I/O modules\X120 (AIM)\Input inversion | ||||
| X120 (AIM) | X120 (AIM) | X120 (AIM) | INF | LD0.XGGIO120.EEName.hwRev | DPL | VisString255 (20) | DC | B | 0 | HW revision | Card HW revision | Information\HW modules\X120 (AIM) | ||||
| X120 (AIM) | X120 (AIM) | X120 (AIM) | INF | LD0.XGGIO120.EEName.serNum | DPL | VisString255 (20) | DC | B | 0 | Serial number | Card serial number | Information\HW modules\X120 (AIM) | ||||
| X120 (AIM) | X120 (AIM) | X120 (AIM) | INF | LD0.XGGIO120.EEName.eArtNum | DPL | VisString255 (20) | EX | B | 0 | Article number | Card article number | Information\HW modules\X120 (AIM) | ||||
| X120 (AIM) | X120 (AIM) | X120 (AIM) | INF | LD0.XGGIO120.EEName.eManDate | DPL | VisString255 (20) | EX | B | 0 | Manufacturing date | Card manufacturing date | Information\HW modules\X120 (AIM) | ||||
| X120 (AIM) | X120 (AIM) | X120 (AIM) | INF | LD0.XGGIO120.EEName.eTestDate | DPL | VisString255 (20) | EX | B | 0 | Test date | Card test date | Information\HW modules\X120 (AIM) | ||||
| X120 (AIM) | X120 (AIM) | X120 (AIM) | VER | LD0.XGGIO120.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) | |||||||
| X120 (AIM) | X120 (AIM) | X120 (AIM) | VER | LD0.XGGIO120.EEName.swRev | DPL | VisString255 (20) | DC | - | (Card information) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| Voltage (3U,VT) | CFG | LD0.UL1TVTR1.Cor.setMag.f | ASG | FLOAT32 | SP | B,I | 1.000 | Amplitude corr. A | Phase A Voltage phasor magnitude correction of an external voltage transformer | 0.900...1.100 | Configuration\Analog inputs\Voltage (3U,VT) | |||||
| Voltage (3U,VT) | CFG | LD0.UL1TVTR1.VRtg.setMag.f | ASG | FLOAT32 | SP | B,I | 20.000 | Primary voltage | Primary rated voltage | 0.100...440.000 kV | Configuration\Analog inputs\Voltage (3U,VT) | |||||
| Voltage (3U,VT) | CFG | LD0.UL1TVTR1.VRtgScy.setMag.f | ASG | FLOAT32 | SP | B,I | 100 | Secondary voltage | Secondary rated voltage | 60...210 V | Configuration\Analog inputs\Voltage (3U,VT) | |||||
| Voltage (3U,VT) | CFG | LD0.UL1TVTR1.VConnType.setVal | ING | Enum | SP | B,I | 1 | VT connection | Voltage transducer measurement connection | 1=Wye; 2=Delta | Configuration\Analog inputs\Voltage (3U,VT) | |||||
| Voltage (3U,VT) | CFG | LD0.UL1TVTR1.Rat.setMag.f | ASG | FLOAT32 | SP | B,I,# | 10000 | Division ratio | Voltage sensor division ratio | 1000...20000 | Configuration\Analog inputs\Voltage (3U,VT) | |||||
| Voltage (3U,VT) | CFG | LD0.UL1TVTR1.VInType.setVal | ING | Enum | SP | B,I | 3 | Voltage input type | Type of the voltage input | 1=Voltage trafo; 3=CVD sensor | Configuration\Analog inputs\Voltage (3U,VT) | |||||
| Voltage (3U,VT) | CFG | LD0.UL2TVTR1.Cor.setMag.f | ASG | FLOAT32 | SP | B,I | 1.000 | Amplitude corr. B | Phase B Voltage phasor magnitude correction of an external voltage transformer | 0.900...1.100 | Configuration\Analog inputs\Voltage (3U,VT) | |||||
| Voltage (3U,VT) | CFG | LD0.UL3TVTR1.Cor.setMag.f | ASG | FLOAT32 | SP | B,I | 1.000 | Amplitude corr. C | Phase C Voltage phasor magnitude correction of an external voltage transformer | 0.900...1.100 | Configuration\Analog inputs\Voltage (3U,VT) | |||||
| Voltage (3U,VT) | VER | LD0.UL1TVTR1.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| Voltage (Uo,VT) | CTR | LD0.RESTVTR1.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||||
| Voltage (Uo,VT) | CFG | LD0.RESTVTR1.Cor.setMag.f | ASG | FLOAT32 | SP | B,I | 1.000 | Amplitude corr. | Amplitude correction | 0.900...1.100 | Configuration\Analog inputs\Voltage (Uo,VT) | |||||
| Voltage (Uo,VT) | CFG | LD0.RESTVTR1.VRtg.setMag.f | ASG | FLOAT32 | SP | B,I | 11.547 | Primary voltage | Primary voltage | 0.1...440.000 kV | Configuration\Analog inputs\Voltage (Uo,VT) | |||||
| Voltage (Uo,VT) | CFG | LD0.RESTVTR1.VRtgScy.setMag.f | ASG | FLOAT32 | SP | B,I | 100 | Secondary voltage | Secondary voltage | 60...210 V | Configuration\Analog inputs\Voltage (Uo,VT) | |||||
| Voltage (Uo,VT) | VER | LD0.RESTVTR1.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| VMMXU1 | 3U (1) | 3V (1) | INP | LD0.VMMXU1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for all binary outputs | Monitoring\I/O status\Measurements\VMMXU1\Inputs | ||||
| VMMXU1 | 3U (1) | 3V (1) | OUT | LD0.VMMXU1.HiAlm.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | HIGH_ALARM | High alarm | Monitoring\I/O status\Measurements\VMMXU1\Outputs | |||
| VMMXU1 | 3U (1) | 3V (1) | OUT | LD0.VMMXU1.HiWrn.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | HIGH_WARN | High warning | Monitoring\I/O status\Measurements\VMMXU1\Outputs | |||
| VMMXU1 | 3U (1) | 3V (1) | OUT | LD0.VMMXU1.LoWrn.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | LOW_WARN | Low warning | Monitoring\I/O status\Measurements\VMMXU1\Outputs | |||
| VMMXU1 | 3U (1) | 3V (1) | OUT | LD0.VMMXU1.LoAlm.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | LOW_ALARM | Low alarm | Monitoring\I/O status\Measurements\VMMXU1\Outputs | |||
| VMMXU1 | 3U (1) | 3V (1) | CTR | LD0.VMMXU1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\VMMXU1 | |||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMMXU1.PhV.phsA.cVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | U_INST_A | UL1 Amplitude, magnitude of instantaneous value | 0.00...5.00 xUn | Monitoring\I/O status\Measurements\VMMXU1\Monitored data | ||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMMXU1.PhV.phsA.cVal.ang.f | WYE | FLOAT32 | MX | B | MeasFlt | P | U_ANGL_A | UL1 angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\VMMXU1\Monitored data | ||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMMXU1.PhV.phsB.cVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | U_INST_B | UL2 Amplitude, magnitude of instantaneous value | 0.00...5.00 xUn | Monitoring\I/O status\Measurements\VMMXU1\Monitored data | ||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMMXU1.PhV.phsB.cVal.ang.f | WYE | FLOAT32 | MX | B | MeasFlt | P | U_ANGL_B | UL2 angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\VMMXU1\Monitored data | ||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMMXU1.PhV.phsC.cVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | U_INST_C | UL3 Amplitude, magnitude of instantaneous value | 0.00...5.00 xUn | Monitoring\I/O status\Measurements\VMMXU1\Monitored data | ||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMMXU1.PhV.phsC.cVal.ang.f | WYE | FLOAT32 | MX | B | MeasFlt | P | U_ANGL_C | UL3 angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\VMMXU1\Monitored data | ||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMMXU1.PPV.phsAB.instCVal.mag.f | DEL | FLOAT32 | MX | B | MeasFlt | P | U12-kV | Measured phase to phase voltage amplitude phase AB | 0.00...4.00 xUn | Measurements\VMMXU1 | ||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMMXU1.PPV.phsAB.instCVal.ang.f | DEL | FLOAT32 | MX | B | MeasFlt | P | U_ANGL_AB | U12 angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\VMMXU1\Monitored data | ||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMMXU1.PPV.phsAB.cVal.mag.f | DEL | FLOAT32 | MX | B | MeasFlt | P | U_DB_AB | U12 Amplitude, magnitude of reported value | 0.00...4.00 xUn | Monitoring\I/O status\Measurements\VMMXU1\Monitored data | ||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMMXU1.PPV.phsAB.range | DEL | Enum | MX | B | MeasFlt | P | U_RANGE_AB | U12 Amplitude range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\VMMXU1\Monitored data | ||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMMXU1.PPV.phsBC.instCVal.mag.f | DEL | FLOAT32 | MX | B | MeasFlt | P | U23-kV | Measured phase to phase voltage amplitude phase BC | 0.00...4.00 xUn | Measurements\VMMXU1 | ||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMMXU1.PPV.phsBC.instCVal.ang.f | DEL | FLOAT32 | MX | B | MeasFlt | P | U_ANGL_BC | U23 angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\VMMXU1\Monitored data | ||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMMXU1.PPV.phsBC.cVal.mag.f | DEL | FLOAT32 | MX | B | MeasFlt | P | U_DB_BC | U23 Amplitude, magnitude of reported value | 0.00...4.00 xUn | Monitoring\I/O status\Measurements\VMMXU1\Monitored data | ||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMMXU1.PPV.phsBC.range | DEL | Enum | MX | B | MeasFlt | P | U_RANGE_BC | U23 Amplitude range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\VMMXU1\Monitored data | ||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMMXU1.PPV.phsCA.instCVal.mag.f | DEL | FLOAT32 | MX | B | MeasFlt | P | U31-kV | Measured phase to phase voltage amplitude phase CA | 0.00...4.00 xUn | Measurements\VMMXU1 | ||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMMXU1.PPV.phsCA.instCVal.ang.f | DEL | FLOAT32 | MX | B | MeasFlt | P | U_ANGL_CA | U31 angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\VMMXU1\Monitored data | ||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMMXU1.PPV.phsCA.cVal.mag.f | DEL | FLOAT32 | MX | B | MeasFlt | P | U_DB_CA | U31 Amplitude, magnitude of reported value | 0.00...4.00 xUn | Monitoring\I/O status\Measurements\VMMXU1\Monitored data | ||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMMXU1.PPV.phsCA.range | DEL | Enum | MX | B | MeasFlt | P | U_RANGE_CA | U31 Amplitude range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\VMMXU1\Monitored data | ||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMSTA1.AvVPhsA.mag.f | MV | FLOAT32 | MX | B | U_DMD_A | Demand value of UL1 voltage | 0.00...5.00 xUn | Monitoring\I/O status\Measurements\VMMXU1\Monitored data | UL1TVTR1 | |||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMSTA1.AvVPhsB.mag.f | MV | FLOAT32 | MX | B | U_DMD_B | Demand value of UL2 voltage | 0.00...5.00 xUn | Monitoring\I/O status\Measurements\VMMXU1\Monitored data | UL1TVTR1 | |||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMSTA1.AvVPhsC.mag.f | MV | FLOAT32 | MX | B | U_DMD_C | Demand value of UL3 voltage | 0.00...5.00 xUn | Monitoring\I/O status\Measurements\VMMXU1\Monitored data | UL1TVTR1 | |||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMSTA1.AvVPhsAB.mag.f | MV | FLOAT32 | MX | B | U_DMD_AB | Demand value of U12 voltage | 0.00...4.00 xUn | Monitoring\I/O status\Measurements\VMMXU1\Monitored data | UL1TVTR1 | |||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMSTA1.AvVPhsBC.mag.f | MV | FLOAT32 | MX | B | U_DMD_BC | Demand value of U23 voltage | 0.00...4.00 xUn | Monitoring\I/O status\Measurements\VMMXU1\Monitored data | UL1TVTR1 | |||
| VMMXU1 | 3U (1) | 3V (1) | MON | LD0.VMSTA1.AvVPhsCA.mag.f | MV | FLOAT32 | MX | B | U_DMD_CA | Demand value of U31 voltage | 0.00...4.00 xUn | Monitoring\I/O status\Measurements\VMMXU1\Monitored data | UL1TVTR1 | |||
| VMMXU1 | 3U (1) | 3V (1) | CFG | LD0.VMMXU1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\VMMXU1 | |||
| VMMXU1 | 3U (1) | 3V (1) | CFG | LD0.VMMXU1.PPV.phsAB.db | DEL | INT32U | CF | B,I | 10000 | V deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\Measurements\VMMXU1 | |||
| VMMXU1 | 3U (1) | 3V (1) | CFG | LD0.VMMXU1.PPV.phsAB.rangeC.hhLim.f | DEL | FLOAT32 | CF | B,I | 1.40 | V high high limit | High alarm voltage limit | 0.00...4.00 xUn | Configuration\Measurements\VMMXU1 | |||
| VMMXU1 | 3U (1) | 3V (1) | CFG | LD0.VMMXU1.PPV.phsAB.rangeC.hLim.f | DEL | FLOAT32 | CF | B,I | 1.20 | V high limit | High warning voltage limit | 0.00...4.00 xUn | Configuration\Measurements\VMMXU1 | |||
| VMMXU1 | 3U (1) | 3V (1) | CFG | LD0.VMMXU1.PPV.phsAB.rangeC.lLim.f | DEL | FLOAT32 | CF | B,I | 0.00 | V low limit | Low warning voltage limit | 0.00...4.00 xUn | Configuration\Measurements\VMMXU1 | |||
| VMMXU1 | 3U (1) | 3V (1) | CFG | LD0.VMMXU1.PPV.phsAB.rangeC.llLim.f | DEL | FLOAT32 | CF | B,I | 0.00 | V low low limit | Low alarm voltage limit | 0.00...4.00 xUn | Configuration\Measurements\VMMXU1 | |||
| VMMXU1 | 3U (1) | 3V (1) | CFG | LD0.VMMXU1.VMeasMod.setVal | ING | Enum | SP | B | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT | Configuration\Measurements\VMMXU1 | |||
| VMMXU1 | 3U (1) | 3V (1) | CFG | LD0.VMMXU1.NumPh.setVal | ING | Enum | SP | B | 1 | Num of phases | Number of phases required by limit supervision | 1=1 out of 3; 2=2 out of 3; 3=3 out of 3 | Configuration\Measurements\VMMXU1 | |||
| VMMXU1 | 3U (1) | 3V (1) | VER | LD0.VMMXU1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) | |||||||
| VMMXU1 | 3U (1) | 3V (1) | VER | LD0.VMSTA1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | CTR | LD0.VSMSQI1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\VSMSQI1 | |||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | MON | LD0.VSMSQI1.SeqV.c1.instCVal.mag.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | PsSeq-kV | Measured positive sequence voltage | 0.00...4.00 xUn | Measurements\VSMSQI1 | ||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | MON | LD0.VSMSQI1.SeqV.c1.instCVal.ang.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | U1_ANGL | Positive sequence voltage angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\VSMSQI1\Monitored data | ||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | MON | LD0.VSMSQI1.SeqV.c1.cVal.mag.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | U1_DB | Positive sequence voltage amplitude, reported value | 0.00...4.00 xUn | Monitoring\I/O status\Measurements\VSMSQI1\Monitored data | ||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | MON | LD0.VSMSQI1.SeqV.c1.range | SEQ | Enum | MX | B | MeasFlt | P | U1_RANGE | Positive sequence voltage amplitude range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\VSMSQI1\Monitored data | ||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | MON | LD0.VSMSQI1.SeqV.c2.instCVal.mag.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | NgSeq-kV | Measured negative sequence voltage | 0.00...4.00 xUn | Measurements\VSMSQI1 | ||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | MON | LD0.VSMSQI1.SeqV.c2.instCVal.ang.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | U2_ANGL | Negative sequence voltage angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\VSMSQI1\Monitored data | ||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | MON | LD0.VSMSQI1.SeqV.c2.cVal.mag.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | U2_DB | Negative sequence voltage amplitude, reported value | 0.00...4.00 xUn | Monitoring\I/O status\Measurements\VSMSQI1\Monitored data | ||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | MON | LD0.VSMSQI1.SeqV.c2.range | SEQ | Enum | MX | B | MeasFlt | P | U2_RANGE | Negative sequence voltage amplitude range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\VSMSQI1\Monitored data | ||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | MON | LD0.VSMSQI1.SeqV.c3.instCVal.mag.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | ZroSeq-kV | Measured zero sequence voltage | 0.00...4.00 xUn | Measurements\VSMSQI1 | ||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | MON | LD0.VSMSQI1.SeqV.c3.instCVal.ang.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | U0_ANGL | Zero sequence voltage angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\VSMSQI1\Monitored data | ||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | MON | LD0.VSMSQI1.SeqV.c3.cVal.mag.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | U0_DB | Zero sequence voltage amplitude, reported value | 0.00...4.00 xUn | Monitoring\I/O status\Measurements\VSMSQI1\Monitored data | ||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | MON | LD0.VSMSQI1.SeqV.c3.range | SEQ | Enum | MX | B | MeasFlt | P | U0_RANGE | Zero sequence voltage amplitude range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\VSMSQI1\Monitored data | ||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | CFG | LD0.VSMSQI1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\VSMSQI1 | |||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | CFG | LD0.VSMSQI1.SeqV.c1.db | SEQ | INT32U | CF | B,I | 10000 | Ps Seq V deadband | Deadband configuration value for positive sequence voltage for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\Measurements\VSMSQI1 | |||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | CFG | LD0.VSMSQI1.SeqV.c1.rangeC.hhLim.f | SEQ | FLOAT32 | CF | B,I | 1.40 | Ps Seq V Hi high Lim | High alarm voltage limit for positive sequence voltage | 0.00...4.00 xUn | Configuration\Measurements\VSMSQI1 | |||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | CFG | LD0.VSMSQI1.SeqV.c1.rangeC.hLim.f | SEQ | FLOAT32 | CF | B,I | 1.20 | Ps Seq V high limit | High warning voltage limit for positive sequence voltage | 0.00...4.00 xUn | Configuration\Measurements\VSMSQI1 | |||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | CFG | LD0.VSMSQI1.SeqV.c1.rangeC.lLim.f | SEQ | FLOAT32 | CF | B,I | 0.00 | Ps Seq V low limit | Low warning voltage limit for positive sequence voltage | 0.00...4.00 xUn | Configuration\Measurements\VSMSQI1 | |||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | CFG | LD0.VSMSQI1.SeqV.c1.rangeC.llLim.f | SEQ | FLOAT32 | CF | B,I | 0.00 | Ps Seq V low low Lim | Low alarm voltage limit for positive sequence voltage | 0.00...4.00 xUn | Configuration\Measurements\VSMSQI1 | |||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | CFG | LD0.VSMSQI1.SeqV.c2.db | SEQ | INT32U | CF | B,I | 10000 | Ng Seq V deadband | Deadband configuration value for negative sequence voltage for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\Measurements\VSMSQI1 | |||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | CFG | LD0.VSMSQI1.SeqV.c2.rangeC.hhLim.f | SEQ | FLOAT32 | CF | B,I | 0.20 | Ng Seq V Hi high Lim | High alarm voltage limit for negative sequence voltage | 0.00...4.00 xUn | Configuration\Measurements\VSMSQI1 | |||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | CFG | LD0.VSMSQI1.SeqV.c2.rangeC.hLim.f | SEQ | FLOAT32 | CF | B,I | 0.05 | Ng Seq V High limit | High warning voltage limit for negative sequence voltage | 0.00...4.00 xUn | Configuration\Measurements\VSMSQI1 | |||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | CFG | LD0.VSMSQI1.SeqV.c2.rangeC.lLim.f | SEQ | FLOAT32 | CF | B,I | 0.00 | Ng Seq V low limit | Low warning voltage limit for negative sequence voltage | 0.00...4.00 xUn | Configuration\Measurements\VSMSQI1 | |||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | CFG | LD0.VSMSQI1.SeqV.c2.rangeC.llLim.f | SEQ | FLOAT32 | CF | B,I | 0.00 | Ng Seq V low low Lim | Low alarm voltage limit for negative sequence voltage | 0.00...4.00 xUn | Configuration\Measurements\VSMSQI1 | |||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | CFG | LD0.VSMSQI1.SeqV.c3.db | SEQ | INT32U | CF | B,I | 10000 | Zro V deadband | Deadband configuration value for zero sequence voltage for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\Measurements\VSMSQI1 | |||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | CFG | LD0.VSMSQI1.SeqV.c3.rangeC.hhLim.f | SEQ | FLOAT32 | CF | B,I | 0.20 | Zro V Hi high Lim | High alarm voltage limit for zero sequence voltage | 0.00...4.00 xUn | Configuration\Measurements\VSMSQI1 | |||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | CFG | LD0.VSMSQI1.SeqV.c3.rangeC.hLim.f | SEQ | FLOAT32 | CF | B,I | 0.05 | Zro V High limit | High warning voltage limit for zero sequence voltage | 0.00...4.00 xUn | Configuration\Measurements\VSMSQI1 | |||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | CFG | LD0.VSMSQI1.SeqV.c3.rangeC.lLim.f | SEQ | FLOAT32 | CF | B,I | 0.00 | Zro V low limit | Low warning voltage limit for zero sequence voltage | 0.00...4.00 xUn | Configuration\Measurements\VSMSQI1 | |||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | CFG | LD0.VSMSQI1.SeqV.c3.rangeC.llLim.f | SEQ | FLOAT32 | CF | B,I | 0.00 | Zro V low low Lim | Low alarm voltage limit for zero sequence voltage | 0.00...4.00 xUn | Configuration\Measurements\VSMSQI1 | |||
| VSMSQI1 | U1, U2, U0 (1) | V1, V2, V0 (1) | VER | LD0.VSMSQI1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| Voltage (3UB,VT) | CFG | LD0.UL1TVTR2.Cor.setMag.f | ASG | FLOAT32 | SP | B,I | 1.000 | Amplitude corr. A | Phase A Voltage phasor magnitude correction of an external voltage transformer | 0.900...1.100 | Configuration\Analog inputs\Voltage (3UB,VT) | |||||
| Voltage (3UB,VT) | CFG | LD0.UL1TVTR2.VRtg.setMag.f | ASG | FLOAT32 | SP | B,I | 20.000 | Primary voltage | Primary rated voltage | 0.100...440.000 kV | Configuration\Analog inputs\Voltage (3UB,VT) | |||||
| Voltage (3UB,VT) | CFG | LD0.UL1TVTR2.VRtgScy.setMag.f | ASG | FLOAT32 | SP | B,I | 100 | Secondary voltage | Secondary rated voltage | 60...210 V | Configuration\Analog inputs\Voltage (3UB,VT) | |||||
| Voltage (3UB,VT) | CFG | LD0.UL1TVTR2.VConnType.setVal | ING | Enum | SP | B,I | 3 | VT connection | Voltage transducer measurement connection | 3=U12 | Configuration\Analog inputs\Voltage (3UB,VT) | |||||
| Voltage (3UB,VT) | CFG | LD0.UL1TVTR2.VInType.setVal | ING | Enum | SP | B,I | 1 | Voltage input type | Type of the voltage input | 1=Voltage trafo | Configuration\Analog inputs\Voltage (3UB,VT) | |||||
| Voltage (3UB,VT) | VER | LD0.UL1TVTR2.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| X130 (AIM) | X130 (AIM) | X130 (AIM) | OUT | LD0.XAGGIO130.Ind1.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X130-Input 1 | Connectors 1-2 | Monitoring\I/O status\Binary input values\X130 (AIM) | |||
| X130 (AIM) | X130 (AIM) | X130 (AIM) | OUT | LD0.XAGGIO130.Ind2.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X130-Input 2 | Connectors 3-4 | Monitoring\I/O status\Binary input values\X130 (AIM) | |||
| X130 (AIM) | X130 (AIM) | X130 (AIM) | OUT | LD0.XAGGIO130.Ind3.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X130-Input 3 | Connectors 5-6 | Monitoring\I/O status\Binary input values\X130 (AIM) | |||
| X130 (AIM) | X130 (AIM) | X130 (AIM) | OUT | LD0.XAGGIO130.Ind4.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X130-Input 4 | Connectors 7-8 | Monitoring\I/O status\Binary input values\X130 (AIM) | |||
| X130 (AIM) | X130 (AIM) | X130 (AIM) | CTR | LD0.XAGGIO130.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||
| X130 (AIM) | X130 (AIM) | X130 (AIM) | CFG | LD0.XAGGIO130.OpDlTmms1.setVal | ING | INT32 | SP | B,I | 5 | Input 1 filter time | Connectors 1-2 | 5...1000 ms | Configuration\I/O modules\X130 (AIM)\Input filtering | |||
| X130 (AIM) | X130 (AIM) | X130 (AIM) | CFG | LD0.XAGGIO130.OpDlTmms2.setVal | ING | INT32 | SP | B,I | 5 | Input 2 filter time | Connectors 3-4 | 5...1000 ms | Configuration\I/O modules\X130 (AIM)\Input filtering | |||
| X130 (AIM) | X130 (AIM) | X130 (AIM) | CFG | LD0.XAGGIO130.OpDlTmms3.setVal | ING | INT32 | SP | B,I | 5 | Input 3 filter time | Connectors 5-6 | 5...1000 ms | Configuration\I/O modules\X130 (AIM)\Input filtering | |||
| X130 (AIM) | X130 (AIM) | X130 (AIM) | CFG | LD0.XAGGIO130.OpDlTmms4.setVal | ING | INT32 | SP | B,I | 5 | Input 4 filter time | Connectors 7-8 | 5...1000 ms | Configuration\I/O modules\X130 (AIM)\Input filtering | |||
| X130 (AIM) | X130 (AIM) | X130 (AIM) | CFG | LD0.XAGGIO130.DiInvert1.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 1 inversion | Connectors 1-2 | Configuration\I/O modules\X130 (AIM)\Input inversion | ||||
| X130 (AIM) | X130 (AIM) | X130 (AIM) | CFG | LD0.XAGGIO130.DiInvert2.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 2 inversion | Connectors 3-4 | Configuration\I/O modules\X130 (AIM)\Input inversion | ||||
| X130 (AIM) | X130 (AIM) | X130 (AIM) | CFG | LD0.XAGGIO130.DiInvert3.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 3 inversion | Connectors 5-6 | Configuration\I/O modules\X130 (AIM)\Input inversion | ||||
| X130 (AIM) | X130 (AIM) | X130 (AIM) | CFG | LD0.XAGGIO130.DiInvert4.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 4 inversion | Connectors 7-8 | Configuration\I/O modules\X130 (AIM)\Input inversion | ||||
| X130 (AIM) | X130 (AIM) | X130 (AIM) | INF | LD0.XAGGIO130.EEName.hwRev | DPL | VisString255 (20) | DC | B | 0 | HW revision | Card HW revision | Information\HW modules\X130 (AIM) | ||||
| X130 (AIM) | X130 (AIM) | X130 (AIM) | INF | LD0.XAGGIO130.EEName.serNum | DPL | VisString255 (20) | DC | B | 0 | Serial number | Card serial number | Information\HW modules\X130 (AIM) | ||||
| X130 (AIM) | X130 (AIM) | X130 (AIM) | INF | LD0.XAGGIO130.EEName.eArtNum | DPL | VisString255 (20) | EX | B | 0 | Article number | Card article number | Information\HW modules\X130 (AIM) | ||||
| X130 (AIM) | X130 (AIM) | X130 (AIM) | INF | LD0.XAGGIO130.EEName.eManDate | DPL | VisString255 (20) | EX | B | 0 | Manufacturing date | Card manufacturing date | Information\HW modules\X130 (AIM) | ||||
| X130 (AIM) | X130 (AIM) | X130 (AIM) | INF | LD0.XAGGIO130.EEName.eTestDate | DPL | VisString255 (20) | EX | B | 0 | Test date | Card test date | Information\HW modules\X130 (AIM) | ||||
| X130 (AIM) | X130 (AIM) | X130 (AIM) | VER | LD0.XAGGIO130.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| X130 (AIM) | X130 (AIM) | X130 (AIM) | VER | LD0.XAGGIO130.EEName.swRev | DPL | VisString255 (20) | DC | - | (Card information) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| X130 (SIM) | X130 (SIM) | X130 (SIM) | CTR | LD0.XSGGIO130.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||
| X130 (SIM) | X130 (SIM) | X130 (SIM) | INF | LD0.XSGGIO130.EEName.hwRev | DPL | VisString255 (20) | DC | B | 0 | HW revision | Card HW revision | Information\HW modules\X130 (SIM) | ||||
| X130 (SIM) | X130 (SIM) | X130 (SIM) | INF | LD0.XSGGIO130.EEName.serNum | DPL | VisString255 (20) | DC | B | 0 | Serial number | Card serial number | Information\HW modules\X130 (SIM) | ||||
| X130 (SIM) | X130 (SIM) | X130 (SIM) | INF | LD0.XSGGIO130.EEName.eArtNum | DPL | VisString255 (20) | EX | B | 0 | Article number | Card article number | Information\HW modules\X130 (SIM) | ||||
| X130 (SIM) | X130 (SIM) | X130 (SIM) | INF | LD0.XSGGIO130.EEName.eManDate | DPL | VisString255 (20) | EX | B | 0 | Manufacturing date | Card manufacturing date | Information\HW modules\X130 (SIM) | ||||
| X130 (SIM) | X130 (SIM) | X130 (SIM) | INF | LD0.XSGGIO130.EEName.eTestDate | DPL | VisString255 (20) | EX | B | 0 | Test date | Card test date | Information\HW modules\X130 (SIM) | ||||
| X130 (SIM) | X130 (SIM) | X130 (SIM) | VER | LD0.XSGGIO130.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) | |||||||
| X130 (SIM) | X130 (SIM) | X130 (SIM) | VER | LD0.XSGGIO130.EEName.swRev | DPL | VisString255 (20) | DC | - | (Card information) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| Current (3IB,CT) | CFG | LD0.IL1TCTR2.Cor.setMag.f | ASG | FLOAT32 | SP | B,I | 1.000 | Amplitude corr. A | Phase A amplitude correction factor | 0.900...1.100 | Configuration\Analog inputs\Current (3IB,CT) | |||||
| Current (3IB,CT) | CFG | LD0.IL1TCTR2.ARtg.setMag.f | ASG | FLOAT32 | SP | B,I | 100.0 | Primary current | Rated primary current | 1.0...6000.0 A | Configuration\Analog inputs\Current (3IB,CT) | |||||
| Current (3IB,CT) | CFG | LD0.IL1TCTR2.ARtgSec.setVal | ING | Enum | SP | B,I | 2 | Secondary current | Rated secondary current | 2=1A; 3=5A | Configuration\Analog inputs\Current (3IB,CT) | |||||
| Current (3IB,CT) | CFG | LD0.IL1TCTR2.RevPol.setVal | SPG | BOOLEAN | SP | B,I | 0 | Reverse polarity | Reverse the polarity of the phase CTs | Configuration\Analog inputs\Current (3IB,CT) | ||||||
| Current (3IB,CT) | CFG | LD0.IL2TCTR2.Cor.setMag.f | ASG | FLOAT32 | SP | B,I | 1.000 | Amplitude corr. B | Phase B amplitude correction factor | 0.900...1.100 | Configuration\Analog inputs\Current (3IB,CT) | |||||
| Current (3IB,CT) | CFG | LD0.IL3TCTR2.Cor.setMag.f | ASG | FLOAT32 | SP | B,I | 1.000 | Amplitude corr. C | Phase C amplitude correction factor | 0.900...1.100 | Configuration\Analog inputs\Current (3IB,CT) | |||||
| Current (3IB,CT) | VER | LD0.IL1TCTR2.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| X120 (AIM2) | (X120 (AIM2)) | (X120 (AIM2)) | CTR | LD0.XAGGIO120.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||
| X120 (AIM2) | (X120 (AIM2)) | (X120 (AIM2)) | INF | LD0.XAGGIO120.EEName.hwRev | DPL | VisString255 (20) | DC | B | 0 | HW revision | Card HW revision | Information\HW modules\X120 (AIM2) | ||||
| X120 (AIM2) | (X120 (AIM2)) | (X120 (AIM2)) | INF | LD0.XAGGIO120.EEName.serNum | DPL | VisString255 (20) | DC | B | 0 | Serial number | Card serial number | Information\HW modules\X120 (AIM2) | ||||
| X120 (AIM2) | (X120 (AIM2)) | (X120 (AIM2)) | INF | LD0.XAGGIO120.EEName.eArtNum | DPL | VisString255 (20) | EX | B | 0 | Article number | Card article number | Information\HW modules\X120 (AIM2) | ||||
| X120 (AIM2) | (X120 (AIM2)) | (X120 (AIM2)) | INF | LD0.XAGGIO120.EEName.eManDate | DPL | VisString255 (20) | EX | B | 0 | Manufacturing date | Card manufacturing date | Information\HW modules\X120 (AIM2) | ||||
| X120 (AIM2) | (X120 (AIM2)) | (X120 (AIM2)) | INF | LD0.XAGGIO120.EEName.eTestDate | DPL | VisString255 (20) | EX | B | 0 | Test date | Card test date | Information\HW modules\X120 (AIM2) | ||||
| X120 (AIM2) | (X120 (AIM2)) | (X120 (AIM2)) | VER | LD0.XAGGIO120.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) | |||||||
| X120 (AIM2) | (X120 (AIM2)) | (X120 (AIM2)) | VER | LD0.XAGGIO120.EEName.swRev | DPL | VisString255 (20) | DC | - | (Card information) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| X115 (AIM3) | X115 (AIM3) | X115 (AIM3) | CTR | LD0.XAGGIO115.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||
| X115 (AIM3) | X115 (AIM3) | X115 (AIM3) | INF | LD0.XAGGIO115.EEName.hwRev | DPL | VisString255 (20) | DC | B | 0 | HW revision | Card HW revision | Information\HW modules\X115 (AIM3) | ||||
| X115 (AIM3) | X115 (AIM3) | X115 (AIM3) | INF | LD0.XAGGIO115.EEName.serNum | DPL | VisString255 (20) | DC | B | 0 | Serial number | Card serial number | Information\HW modules\X115 (AIM3) | ||||
| X115 (AIM3) | X115 (AIM3) | X115 (AIM3) | INF | LD0.XAGGIO115.EEName.eArtNum | DPL | VisString255 (20) | EX | B | 0 | Article number | Card article number | Information\HW modules\X115 (AIM3) | ||||
| X115 (AIM3) | X115 (AIM3) | X115 (AIM3) | INF | LD0.XAGGIO115.EEName.eManDate | DPL | VisString255 (20) | EX | B | 0 | Manufacturing date | Card manufacturing date | Information\HW modules\X115 (AIM3) | ||||
| X115 (AIM3) | X115 (AIM3) | X115 (AIM3) | INF | LD0.XAGGIO115.EEName.eTestDate | DPL | VisString255 (20) | EX | B | 0 | Test date | Card test date | Information\HW modules\X115 (AIM3) | ||||
| X115 (AIM3) | X115 (AIM3) | X115 (AIM3) | VER | LD0.XAGGIO115.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| X115 (AIM3) | X115 (AIM3) | X115 (AIM3) | VER | LD0.XAGGIO115.EEName.swRev | DPL | VisString255 (20) | DC | - | (Card information) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| Current (IoB,CT) | CTR | LD0.RESTCTR2.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||||
| Current (IoB,CT) | CFG | LD0.RESTCTR2.Cor.setMag.f | ASG | FLOAT32 | SP | B,I | 1.000 | Amplitude corr. | Amplitude correction | 0.900...1.100 | Configuration\Analog inputs\Current (IoB,CT) | |||||
| Current (IoB,CT) | CFG | LD0.RESTCTR2.ARtg.setMag.f | ASG | FLOAT32 | SP | B,I | 100.0 | Primary current | Primary current | 1.0...6000.0 A | Configuration\Analog inputs\Current (IoB,CT) | |||||
| Current (IoB,CT) | CFG | LD0.RESTCTR2.ARtgSec.setVal | ING | Enum | SP | B,I | 2 | Secondary current | Secondary current | 2=1A; 3=5A | Configuration\Analog inputs\Current (IoB,CT) | |||||
| Current (IoB,CT) | CFG | LD0.RESTCTR2.RevPol.setVal | SPG | BOOLEAN | SP | B,I | 0 | Reverse polarity | Reverse the polarity of the residual CT | Configuration\Analog inputs\Current (IoB,CT) | ||||||
| Current (IoB,CT) | VER | LD0.RESTCTR2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| Voltage (3UC,VT) | CFG | LD0.UL1TVTR3.Cor.setMag.f | ASG | FLOAT32 | SP | B,I | 1.000 | Amplitude corr. A | Phase A Voltage phasor magnitude correction of an external voltage transformer | 0.900...1.100 | Configuration\Analog inputs\Voltage (3UC,VT) | |||||
| Voltage (3UC,VT) | CFG | LD0.UL1TVTR3.VRtg.setMag.f | ASG | FLOAT32 | SP | B,I | 20.000 | Primary voltage | Primary rated voltage | 0.100...440.000 kV | Configuration\Analog inputs\Voltage (3UC,VT) | |||||
| Voltage (3UC,VT) | CFG | LD0.UL1TVTR3.VRtgScy.setMag.f | ASG | FLOAT32 | SP | B,I | 100 | Secondary voltage | Secondary rated voltage | 60...210 V | Configuration\Analog inputs\Voltage (3UC,VT) | |||||
| Voltage (3UC,VT) | CFG | LD0.UL1TVTR3.VConnType.setVal | ING | Enum | SP | B,I | 3 | VT connection | Voltage transducer measurement connection | 3=U12 | Configuration\Analog inputs\Voltage (3UC,VT) | |||||
| Voltage (3UC,VT) | CFG | LD0.UL1TVTR3.Rat.setMag.f | ASG | FLOAT32 | SP | B,I,# | 10000 | Division ratio | Voltage sensor division ratio | 1000...20000 | Configuration\Analog inputs\Voltage (3UC,VT) | |||||
| Voltage (3UC,VT) | CFG | LD0.UL1TVTR3.VInType.setVal | ING | Enum | SP | B,I | 1 | Voltage input type | Type of the voltage input | 1=Voltage trafo | Configuration\Analog inputs\Voltage (3UC,VT) | |||||
| Voltage (3UC,VT) | CFG | LD0.UL2TVTR3.Cor.setMag.f | ASG | FLOAT32 | SP | B,I,# | 1.000 | Amplitude corr. B | Phase B Voltage phasor magnitude correction of an external voltage transformer | 0.900...1.100 | Configuration\Analog inputs\Voltage (3UC,VT) | |||||
| Voltage (3UC,VT) | CFG | LD0.UL3TVTR3.Cor.setMag.f | ASG | FLOAT32 | SP | B,I,# | 1.000 | Amplitude corr. C | Phase C Voltage phasor magnitude correction of an external voltage transformer | 0.900...1.100 | Configuration\Analog inputs\Voltage (3UC,VT) | |||||
| Voltage (3UC,VT) | VER | LD0.UL1TVTR3.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | CTR | LD0.CSMSQI2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\CSMSQI2 | |||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | MON | LD0.CSMSQI2.SeqA.c1.instCVal.mag.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | PsSeqB-A | Measured positive sequence current | 0.00...40.00 xIn | Measurements\CSMSQI2 | ||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | MON | LD0.CSMSQI2.SeqA.c1.instCVal.ang.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | I1_ANGL | Positive sequence current angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\CSMSQI2\Monitored data | ||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | MON | LD0.CSMSQI2.SeqA.c1.cVal.mag.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | I1_DB | Positive sequence current amplitude, reported value | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\CSMSQI2\Monitored data | ||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | MON | LD0.CSMSQI2.SeqA.c1.range | SEQ | Enum | MX | B | MeasFlt | P | I1_RANGE | Positive sequence current amplitude range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\CSMSQI2\Monitored data | ||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | MON | LD0.CSMSQI2.SeqA.c2.instCVal.mag.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | NgSeqB-A | Measured negative sequence current | 0.00...40.00 xIn | Measurements\CSMSQI2 | ||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | MON | LD0.CSMSQI2.SeqA.c2.instCVal.ang.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | I2_ANGL | Negative sequence current angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\CSMSQI2\Monitored data | ||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | MON | LD0.CSMSQI2.SeqA.c2.cVal.mag.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | I2_DB | Negative sequence current amplitude, reported value | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\CSMSQI2\Monitored data | ||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | MON | LD0.CSMSQI2.SeqA.c2.range | SEQ | Enum | MX | B | MeasFlt | P | I2_RANGE | Negative sequence current amplitude range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\CSMSQI2\Monitored data | ||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | MON | LD0.CSMSQI2.SeqA.c3.instCVal.mag.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | ZroSeqB-A | Measured zero sequence current | 0.00...40.00 xIn | Measurements\CSMSQI2 | ||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | MON | LD0.CSMSQI2.SeqA.c3.instCVal.ang.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | I0_ANGL | Zero sequence current angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\CSMSQI2\Monitored data | ||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | MON | LD0.CSMSQI2.SeqA.c3.cVal.mag.f | SEQ | FLOAT32 | MX | B | MeasFlt | P | I0_DB | Zero sequence current amplitude, reported value | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\CSMSQI2\Monitored data | ||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | MON | LD0.CSMSQI2.SeqA.c3.range | SEQ | Enum | MX | B | MeasFlt | P | I0_RANGE | Zero sequence current amplitude range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\CSMSQI2\Monitored data | ||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | CFG | LD0.CSMSQI2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\CSMSQI2 | |||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | CFG | LD0.CSMSQI2.SeqA.c1.db | SEQ | INT32U | CF | B,I | 2500 | Ps Seq A deadband | Deadband configuration value for positive sequence current for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\Measurements\CSMSQI2 | |||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | CFG | LD0.CSMSQI2.SeqA.c1.rangeC.hhLim.f | SEQ | FLOAT32 | CF | B,I | 1.40 | Ps Seq A Hi high Lim | High alarm current limit for positive sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI2 | |||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | CFG | LD0.CSMSQI2.SeqA.c1.rangeC.hLim.f | SEQ | FLOAT32 | CF | B,I | 1.20 | Ps Seq A high limit | High warning current limit for positive sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI2 | |||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | CFG | LD0.CSMSQI2.SeqA.c1.rangeC.lLim.f | SEQ | FLOAT32 | CF | B,I | 0.00 | Ps Seq A low limit | Low warning current limit for positive sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI2 | |||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | CFG | LD0.CSMSQI2.SeqA.c1.rangeC.llLim.f | SEQ | FLOAT32 | CF | B,I | 0.00 | Ps Seq A low low Lim | Low alarm current limit for positive sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI2 | |||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | CFG | LD0.CSMSQI2.SeqA.c2.db | SEQ | INT32U | CF | B,I | 2500 | Ng Seq A deadband | Deadband configuration value for negative sequence current for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\Measurements\CSMSQI2 | |||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | CFG | LD0.CSMSQI2.SeqA.c2.rangeC.hhLim.f | SEQ | FLOAT32 | CF | B,I | 0.20 | Ng Seq A Hi high Lim | High alarm current limit for negative sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI2 | |||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | CFG | LD0.CSMSQI2.SeqA.c2.rangeC.hLim.f | SEQ | FLOAT32 | CF | B,I | 0.05 | Ng Seq A High limit | High warning current limit for negative sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI2 | |||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | CFG | LD0.CSMSQI2.SeqA.c2.rangeC.lLim.f | SEQ | FLOAT32 | CF | B,I | 0.00 | Ng Seq A low limit | Low warning current limit for negative sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI2 | |||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | CFG | LD0.CSMSQI2.SeqA.c2.rangeC.llLim.f | SEQ | FLOAT32 | CF | B,I | 0.00 | Ng Seq A low low Lim | Low alarm current limit for negative sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI2 | |||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | CFG | LD0.CSMSQI2.SeqA.c3.db | SEQ | INT32U | CF | B,I | 2500 | Zro A deadband | Deadband configuration value for zero sequence current for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\Measurements\CSMSQI2 | |||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | CFG | LD0.CSMSQI2.SeqA.c3.rangeC.hhLim.f | SEQ | FLOAT32 | CF | B,I | 0.20 | Zro A Hi high Lim | High alarm current limit for zero sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI2 | |||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | CFG | LD0.CSMSQI2.SeqA.c3.rangeC.hLim.f | SEQ | FLOAT32 | CF | B,I | 0.05 | Zro A High limit | High warning current limit for zero sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI2 | |||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | CFG | LD0.CSMSQI2.SeqA.c3.rangeC.lLim.f | SEQ | FLOAT32 | CF | B,I | 0.00 | Zro A low limit | Low warning current limit for zero sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI2 | |||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | CFG | LD0.CSMSQI2.SeqA.c3.rangeC.llLim.f | SEQ | FLOAT32 | CF | B,I | 0.00 | Zro A low low Lim | Low alarm current limit for zero sequence current | 0.00...40.00 xIn | Configuration\Measurements\CSMSQI2 | |||
| CSMSQI2 | I1, I2, I0 (B) (1) | I1, I2, I0 (B) (1) | VER | LD0.CSMSQI2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| RESCMMXU2 | Io(B) (1) | In(B) (1) | INP | LD0.RESCMMXU2.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for all binary outputs | Monitoring\I/O status\Measurements\RESCMMXU2\Inputs | ||||
| RESCMMXU2 | Io(B) (1) | In(B) (1) | OUT | LD0.RESCMMXU2.HiAlm.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | HIGH_ALARM | High alarm | Monitoring\I/O status\Measurements\RESCMMXU2\Outputs | |||
| RESCMMXU2 | Io(B) (1) | In(B) (1) | OUT | LD0.RESCMMXU2.HiWrn.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | HIGH_WARN | High warning | Monitoring\I/O status\Measurements\RESCMMXU2\Outputs | |||
| RESCMMXU2 | Io(B) (1) | In(B) (1) | CTR | LD0.RESCMMXU2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\RESCMMXU2 | |||
| RESCMMXU2 | Io(B) (1) | In(B) (1) | CTR | LD0.RESCMSTA2.RecRs.Oper.ctlVal | SPC | BOOLEAN | CO | (RESCMMXU2 demands) | ||||||||
| RESCMMXU2 | Io(B) (1) | In(B) (1) | MON | LD0.RESCMMXU2.A.res.instCVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | IoB-A | Measured residual current | 0.00...40.00 xIn | Measurements\RESCMMXU2 | ||
| RESCMMXU2 | Io(B) (1) | In(B) (1) | MON | LD0.RESCMMXU2.A.res.instCVal.ang.f | WYE | FLOAT32 | MX | B | MeasFlt | P | I_ANGL_RES | Residual current angle | -180.00...180.00 deg | Monitoring\I/O status\Measurements\RESCMMXU2\Monitored data | ||
| RESCMMXU2 | Io(B) (1) | In(B) (1) | MON | LD0.RESCMMXU2.A.res.cVal.mag.f | WYE | FLOAT32 | MX | B | MeasFlt | P | I_DB_RES | Residual current Amplitude, magnitude of reported value | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\RESCMMXU2\Monitored data | ||
| RESCMMXU2 | Io(B) (1) | In(B) (1) | MON | LD0.RESCMMXU2.A.res.range | WYE | Enum | MX | B | MeasFlt | P | I_RANGE_RES | Residual current Amplitude range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Measurements\RESCMMXU2\Monitored data | ||
| RESCMMXU2 | Io(B) (1) | In(B) (1) | MON | LD0.RESCMSTA2.AvAmps.mag.f | MV | FLOAT32 | MX | B | I_DMD_RES | Demand value of residual current | 0.00...40.00 xIn | Monitoring\I/O status\Measurements\RESCMMXU2\Monitored data | RESTCTR2 | |||
| RESCMMXU2 | Io(B) (1) | In(B) (1) | MON | LD0.RESCMSTA2.MaxAmps.mag.f | MV | FLOAT32 | MX | B | Max demand Io | Maximum demand for residual current | 0.00...40.00 xIn | Monitoring\Recorded data\Measurements\RESCMMXU2 | RESTCTR2 | |||
| RESCMMXU2 | Io(B) (1) | In(B) (1) | MON | LD0.RESCMSTA2.MaxAmps.t | MV | Timestamp | MX | B | Time max demand Io | Time of maximum demand residual current | Monitoring\Recorded data\Measurements\RESCMMXU2 | |||||
| RESCMMXU2 | Io(B) (1) | In(B) (1) | MON | LD0.RESCMSTA2.MinAmps.mag.f | MV | FLOAT32 | MX | B | Min demand Io | Minimum demand for residual current | 0.00...40.00 xIn | Monitoring\Recorded data\Measurements\RESCMMXU2 | RESTCTR2 | |||
| RESCMMXU2 | Io(B) (1) | In(B) (1) | MON | LD0.RESCMSTA2.MinAmps.t | MV | Timestamp | MX | B | Time min demand Io | Time of minimum demand residual current | Monitoring\Recorded data\Measurements\RESCMMXU2 | |||||
| RESCMMXU2 | Io(B) (1) | In(B) (1) | CFG | LD0.RESCMMXU2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Configuration\Measurements\RESCMMXU2 | |||
| RESCMMXU2 | Io(B) (1) | In(B) (1) | CFG | LD0.RESCMMXU2.A.res.db | WYE | INT32U | CF | B,I | 2500 | A deadband res | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\Measurements\RESCMMXU2 | |||
| RESCMMXU2 | Io(B) (1) | In(B) (1) | CFG | LD0.RESCMMXU2.A.res.rangeC.hhLim.f | WYE | FLOAT32 | CF | B,I | 0.20 | A Hi high limit res | High alarm current limit | 0.00...40.00 xIn | Configuration\Measurements\RESCMMXU2 | |||
| RESCMMXU2 | Io(B) (1) | In(B) (1) | CFG | LD0.RESCMMXU2.A.res.rangeC.hLim.f | WYE | FLOAT32 | CF | B,I | 0.05 | A high limit res | High warning current limit | 0.00...40.00 xIn | Configuration\Measurements\RESCMMXU2 | |||
| RESCMMXU2 | Io(B) (1) | In(B) (1) | CFG | LD0.RESCMMXU2.AMeasMod.setVal | ING | Enum | SP | B | 2 | Measurement mode | Selects used measurement mode | 1=RMS; 2=DFT | Configuration\Measurements\RESCMMXU2 | |||
| RESCMMXU2 | Io(B) (1) | In(B) (1) | VER | LD0.RESCMMXU2.NamPlt.swRev | LPL | VisString255 (20) | DC | B1 | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| X110 (BIO) | X110 (BIO) | X110 (BIO) | INP | LD0.XGGIO110.SPCSO1.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X110-SO1 | Connectors 14c-15no-16nc | Monitoring\I/O status\Binary output values\X110 (BIO) | ||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | INP | LD0.XGGIO110.SPCSO2.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X110-SO2 | Connectors 17c-18no-19nc | Monitoring\I/O status\Binary output values\X110 (BIO) | ||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | INP | LD0.XGGIO110.SPCSO3.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X110-SO3 | Connectors 20c-21no-22nc | Monitoring\I/O status\Binary output values\X110 (BIO) | ||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | INP | LD0.XGGIO110.SPCSO4.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X110-SO4 | Connectors 23-24 | Monitoring\I/O status\Binary output values\X110 (BIO) | ||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | OUT | LD0.XGGIO110.Ind1.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X110-Input 1 | Connectors 1-2 | Monitoring\I/O status\Binary input values\X110 (BIO) | |||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | OUT | LD0.XGGIO110.Ind2.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X110-Input 2 | Connectors 3-4 | Monitoring\I/O status\Binary input values\X110 (BIO) | |||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | OUT | LD0.XGGIO110.Ind3.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X110-Input 3 | Connectors 5-6c | Monitoring\I/O status\Binary input values\X110 (BIO) | |||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | OUT | LD0.XGGIO110.Ind4.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X110-Input 4 | Connectors 7-6c | Monitoring\I/O status\Binary input values\X110 (BIO) | |||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | OUT | LD0.XGGIO110.Ind5.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X110-Input 5 | Connectors 8-9c | Monitoring\I/O status\Binary input values\X110 (BIO) | |||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | OUT | LD0.XGGIO110.Ind6.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X110-Input 6 | Connectors 10-9c | Monitoring\I/O status\Binary input values\X110 (BIO) | |||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | OUT | LD0.XGGIO110.Ind7.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X110-Input 7 | Connectors 11-12c | Monitoring\I/O status\Binary input values\X110 (BIO) | |||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | OUT | LD0.XGGIO110.Ind8.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X110-Input 8 | Connectors 13-12c | Monitoring\I/O status\Binary input values\X110 (BIO) | |||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | CTR | LD0.XGGIO110.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | CFG | LD0.XGGIO110.OpDlTmms1.setVal | ING | INT32 | SP | B,I | 5 | Input 1 filter time | Connectors 1-2 | 5...1000 ms | Configuration\I/O modules\X110 (BIO)\Input filtering | |||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | CFG | LD0.XGGIO110.OpDlTmms2.setVal | ING | INT32 | SP | B,I | 5 | Input 2 filter time | Connectors 3-4 | 5...1000 ms | Configuration\I/O modules\X110 (BIO)\Input filtering | |||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | CFG | LD0.XGGIO110.OpDlTmms3.setVal | ING | INT32 | SP | B,I | 5 | Input 3 filter time | Connectors 5-6c | 5...1000 ms | Configuration\I/O modules\X110 (BIO)\Input filtering | |||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | CFG | LD0.XGGIO110.OpDlTmms4.setVal | ING | INT32 | SP | B,I | 5 | Input 4 filter time | Connectors 7-6c | 5...1000 ms | Configuration\I/O modules\X110 (BIO)\Input filtering | |||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | CFG | LD0.XGGIO110.OpDlTmms5.setVal | ING | INT32 | SP | B,I | 5 | Input 5 filter time | Connectors 8-9c | 5...1000 ms | Configuration\I/O modules\X110 (BIO)\Input filtering | |||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | CFG | LD0.XGGIO110.OpDlTmms6.setVal | ING | INT32 | SP | B,I | 5 | Input 6 filter time | Connectors 10-9c | 5...1000 ms | Configuration\I/O modules\X110 (BIO)\Input filtering | |||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | CFG | LD0.XGGIO110.OpDlTmms7.setVal | ING | INT32 | SP | B,I | 5 | Input 7 filter time | Connectors 11-12c | 5...1000 ms | Configuration\I/O modules\X110 (BIO)\Input filtering | |||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | CFG | LD0.XGGIO110.OpDlTmms8.setVal | ING | INT32 | SP | B,I | 5 | Input 8 filter time | Connectors 13-12c | 5...1000 ms | Configuration\I/O modules\X110 (BIO)\Input filtering | |||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | CFG | LD0.XGGIO110.DiInvert1.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 1 inversion | Connectors 1-2 | Configuration\I/O modules\X110 (BIO)\Input inversion | ||||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | CFG | LD0.XGGIO110.DiInvert2.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 2 inversion | Connectors 3-4 | Configuration\I/O modules\X110 (BIO)\Input inversion | ||||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | CFG | LD0.XGGIO110.DiInvert3.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 3 inversion | Connectors 5-6c | Configuration\I/O modules\X110 (BIO)\Input inversion | ||||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | CFG | LD0.XGGIO110.DiInvert4.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 4 inversion | Connectors 7-6c | Configuration\I/O modules\X110 (BIO)\Input inversion | ||||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | CFG | LD0.XGGIO110.DiInvert5.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 5 inversion | Connectors 8-9c | Configuration\I/O modules\X110 (BIO)\Input inversion | ||||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | CFG | LD0.XGGIO110.DiInvert6.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 6 inversion | Connectors 10-9c | Configuration\I/O modules\X110 (BIO)\Input inversion | ||||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | CFG | LD0.XGGIO110.DiInvert7.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 7 inversion | Connectors 11-12c | Configuration\I/O modules\X110 (BIO)\Input inversion | ||||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | CFG | LD0.XGGIO110.DiInvert8.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 8 inversion | Connectors 13-12c | Configuration\I/O modules\X110 (BIO)\Input inversion | ||||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | TES | LD0.XGGIO110.SPCSO1.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X110-SO1 | Connectors 14c-15no-16nc | Tests\Binary outputs\X110 (BIO) | ||||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | TES | LD0.XGGIO110.SPCSO2.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X110-SO2 | Connectors 17c-18no-19nc | Tests\Binary outputs\X110 (BIO) | ||||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | TES | LD0.XGGIO110.SPCSO3.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X110-SO3 | Connectors 20c-21no-22nc | Tests\Binary outputs\X110 (BIO) | ||||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | TES | LD0.XGGIO110.SPCSO4.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X110-SO4 | Connectors 23-24 | Tests\Binary outputs\X110 (BIO) | ||||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | INF | LD0.XGGIO110.EEName.hwRev | DPL | VisString255 (20) | DC | B | 0 | HW revision | Card HW revision | Information\HW modules\X110 (BIO) | ||||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | INF | LD0.XGGIO110.EEName.serNum | DPL | VisString255 (20) | DC | B | 0 | Serial number | Card serial number | Information\HW modules\X110 (BIO) | ||||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | INF | LD0.XGGIO110.EEName.eArtNum | DPL | VisString255 (20) | EX | B | 0 | Article number | Card article number | Information\HW modules\X110 (BIO) | ||||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | INF | LD0.XGGIO110.EEName.eManDate | DPL | VisString255 (20) | EX | B | 0 | Manufacturing date | Card manufacturing date | Information\HW modules\X110 (BIO) | ||||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | INF | LD0.XGGIO110.EEName.eTestDate | DPL | VisString255 (20) | EX | B | 0 | Test date | Card test date | Information\HW modules\X110 (BIO) | ||||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | VER | LD0.XGGIO110.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) | |||||||
| X110 (BIO) | X110 (BIO) | X110 (BIO) | VER | LD0.XGGIO110.EEName.swRev | DPL | VisString255 (20) | DC | - | (Card information) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| X115 (BIO) | X115 (BIO) | X115 (BIO) | INP | LD0.XBGGIO115.SPCSO1.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X115-SO1 | Connectors 14c-15no-16nc | Monitoring\I/O status\Binary output values\X115 (BIO) | ||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | INP | LD0.XBGGIO115.SPCSO2.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X115-SO2 | Connectors 17c-18no-19nc | Monitoring\I/O status\Binary output values\X115 (BIO) | ||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | INP | LD0.XBGGIO115.SPCSO3.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X115-SO3 | Connectors 20c-21no-22nc | Monitoring\I/O status\Binary output values\X115 (BIO) | ||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | INP | LD0.XBGGIO115.SPCSO4.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X115-SO4 | Connectors 23-24 | Monitoring\I/O status\Binary output values\X115 (BIO) | ||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | OUT | LD0.XBGGIO115.Ind1.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X115-Input 1 | Connectors 1-2 | Monitoring\I/O status\Binary input values\X115 (BIO) | |||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | OUT | LD0.XBGGIO115.Ind2.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X115-Input 2 | Connectors 3-4 | Monitoring\I/O status\Binary input values\X115 (BIO) | |||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | OUT | LD0.XBGGIO115.Ind3.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X115-Input 3 | Connectors 5-6c | Monitoring\I/O status\Binary input values\X115 (BIO) | |||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | OUT | LD0.XBGGIO115.Ind4.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X115-Input 4 | Connectors 7-6c | Monitoring\I/O status\Binary input values\X115 (BIO) | |||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | OUT | LD0.XBGGIO115.Ind5.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X115-Input 5 | Connectors 8-9c | Monitoring\I/O status\Binary input values\X115 (BIO) | |||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | OUT | LD0.XBGGIO115.Ind6.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X115-Input 6 | Connectors 10-9c | Monitoring\I/O status\Binary input values\X115 (BIO) | |||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | OUT | LD0.XBGGIO115.Ind7.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X115-Input 7 | Connectors 11-12c | Monitoring\I/O status\Binary input values\X115 (BIO) | |||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | OUT | LD0.XBGGIO115.Ind8.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X115-Input 8 | Connectors 13-12c | Monitoring\I/O status\Binary input values\X115 (BIO) | |||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | CTR | LD0.XBGGIO115.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | CFG | LD0.XBGGIO115.OpDlTmms1.setVal | ING | INT32 | SP | B,I | 5 | Input 1 filter time | Connectors 1-2 | 5...1000 ms | Configuration\I/O modules\X115 (BIO)\Input filtering | |||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | CFG | LD0.XBGGIO115.OpDlTmms2.setVal | ING | INT32 | SP | B,I | 5 | Input 2 filter time | Connectors 3-4 | 5...1000 ms | Configuration\I/O modules\X115 (BIO)\Input filtering | |||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | CFG | LD0.XBGGIO115.OpDlTmms3.setVal | ING | INT32 | SP | B,I | 5 | Input 3 filter time | Connectors 5-6c | 5...1000 ms | Configuration\I/O modules\X115 (BIO)\Input filtering | |||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | CFG | LD0.XBGGIO115.OpDlTmms4.setVal | ING | INT32 | SP | B,I | 5 | Input 4 filter time | Connectors 7-6c | 5...1000 ms | Configuration\I/O modules\X115 (BIO)\Input filtering | |||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | CFG | LD0.XBGGIO115.OpDlTmms5.setVal | ING | INT32 | SP | B,I | 5 | Input 5 filter time | Connectors 8-9c | 5...1000 ms | Configuration\I/O modules\X115 (BIO)\Input filtering | |||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | CFG | LD0.XBGGIO115.OpDlTmms6.setVal | ING | INT32 | SP | B,I | 5 | Input 6 filter time | Connectors 10-9c | 5...1000 ms | Configuration\I/O modules\X115 (BIO)\Input filtering | |||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | CFG | LD0.XBGGIO115.OpDlTmms7.setVal | ING | INT32 | SP | B,I | 5 | Input 7 filter time | Connectors 11-12c | 5...1000 ms | Configuration\I/O modules\X115 (BIO)\Input filtering | |||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | CFG | LD0.XBGGIO115.OpDlTmms8.setVal | ING | INT32 | SP | B,I | 5 | Input 8 filter time | Connectors 13-12c | 5...1000 ms | Configuration\I/O modules\X115 (BIO)\Input filtering | |||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | CFG | LD0.XBGGIO115.DiInvert1.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 1 inversion | Connectors 1-2 | Configuration\I/O modules\X115 (BIO)\Input inversion | ||||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | CFG | LD0.XBGGIO115.DiInvert2.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 2 inversion | Connectors 3-4 | Configuration\I/O modules\X115 (BIO)\Input inversion | ||||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | CFG | LD0.XBGGIO115.DiInvert3.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 3 inversion | Connectors 5-6c | Configuration\I/O modules\X115 (BIO)\Input inversion | ||||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | CFG | LD0.XBGGIO115.DiInvert4.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 4 inversion | Connectors 7-6c | Configuration\I/O modules\X115 (BIO)\Input inversion | ||||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | CFG | LD0.XBGGIO115.DiInvert5.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 5 inversion | Connectors 8-9c | Configuration\I/O modules\X115 (BIO)\Input inversion | ||||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | CFG | LD0.XBGGIO115.DiInvert6.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 6 inversion | Connectors 10-9c | Configuration\I/O modules\X115 (BIO)\Input inversion | ||||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | CFG | LD0.XBGGIO115.DiInvert7.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 7 inversion | Connectors 11-12c | Configuration\I/O modules\X115 (BIO)\Input inversion | ||||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | CFG | LD0.XBGGIO115.DiInvert8.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 8 inversion | Connectors 13-12c | Configuration\I/O modules\X115 (BIO)\Input inversion | ||||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | TES | LD0.XBGGIO115.SPCSO1.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X115-SO1 | Connectors 14c-15no-16nc | Tests\Binary outputs\X115 (BIO) | ||||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | TES | LD0.XBGGIO115.SPCSO2.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X115-SO2 | Connectors 17c-18no-19nc | Tests\Binary outputs\X115 (BIO) | ||||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | TES | LD0.XBGGIO115.SPCSO3.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X115-SO3 | Connectors 20c-21no-22nc | Tests\Binary outputs\X115 (BIO) | ||||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | TES | LD0.XBGGIO115.SPCSO4.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X115-SO4 | Connectors 23-24 | Tests\Binary outputs\X115 (BIO) | ||||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | INF | LD0.XBGGIO115.EEName.hwRev | DPL | VisString255 (20) | DC | B | 0 | HW revision | Card HW revision | Information\HW modules\X115 (BIO) | ||||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | INF | LD0.XBGGIO115.EEName.serNum | DPL | VisString255 (20) | DC | B | 0 | Serial number | Card serial number | Information\HW modules\X115 (BIO) | ||||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | INF | LD0.XBGGIO115.EEName.eArtNum | DPL | VisString255 (20) | EX | B | 0 | Article number | Card article number | Information\HW modules\X115 (BIO) | ||||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | INF | LD0.XBGGIO115.EEName.eManDate | DPL | VisString255 (20) | EX | B | 0 | Manufacturing date | Card manufacturing date | Information\HW modules\X115 (BIO) | ||||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | INF | LD0.XBGGIO115.EEName.eTestDate | DPL | VisString255 (20) | EX | B | 0 | Test date | Card test date | Information\HW modules\X115 (BIO) | ||||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | VER | LD0.XBGGIO115.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) | |||||||
| X115 (BIO) | X115 (BIO) | X115 (BIO) | VER | LD0.XBGGIO115.EEName.swRev | DPL | VisString255 (20) | DC | - | (Card information) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| X105 (BIO) | X105 (BIO) | X105 (BIO) | INP | LD0.XGGIO105.SPCSO1.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X105-SO1 | Connectors 14c-15no-16nc | Monitoring\I/O status\Binary output values\X105 (BIO) | ||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | INP | LD0.XGGIO105.SPCSO2.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X105-SO2 | Connectors 17c-18no-19nc | Monitoring\I/O status\Binary output values\X105 (BIO) | ||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | INP | LD0.XGGIO105.SPCSO3.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X105-SO3 | Connectors 20c-21no-22nc | Monitoring\I/O status\Binary output values\X105 (BIO) | ||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | INP | LD0.XGGIO105.SPCSO4.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X105-SO4 | Connectors 23-24 | Monitoring\I/O status\Binary output values\X105 (BIO) | ||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | OUT | LD0.XGGIO105.Ind1.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X105-Input 1 | Connectors 1-2 | Monitoring\I/O status\Binary input values\X105 (BIO) | |||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | OUT | LD0.XGGIO105.Ind2.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X105-Input 2 | Connectors 3-4 | Monitoring\I/O status\Binary input values\X105 (BIO) | |||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | OUT | LD0.XGGIO105.Ind3.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X105-Input 3 | Connectors 5-6c | Monitoring\I/O status\Binary input values\X105 (BIO) | |||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | OUT | LD0.XGGIO105.Ind4.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X105-Input 4 | Connectors 7-6c | Monitoring\I/O status\Binary input values\X105 (BIO) | |||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | OUT | LD0.XGGIO105.Ind5.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X105-Input 5 | Connectors 8-9c | Monitoring\I/O status\Binary input values\X105 (BIO) | |||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | OUT | LD0.XGGIO105.Ind6.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X105-Input 6 | Connectors 10-9c | Monitoring\I/O status\Binary input values\X105 (BIO) | |||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | OUT | LD0.XGGIO105.Ind7.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X105-Input 7 | Connectors 11-12c | Monitoring\I/O status\Binary input values\X105 (BIO) | |||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | OUT | LD0.XGGIO105.Ind8.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X105-Input 8 | Connectors 13-12c | Monitoring\I/O status\Binary input values\X105 (BIO) | |||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | CTR | LD0.XGGIO105.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | CFG | LD0.XGGIO105.OpDlTmms1.setVal | ING | INT32 | SP | B,I | 5 | Input 1 filter time | Connectors 1-2 | 5...1000 ms | Configuration\I/O modules\X105 (BIO)\Input filtering | |||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | CFG | LD0.XGGIO105.OpDlTmms2.setVal | ING | INT32 | SP | B,I | 5 | Input 2 filter time | Connectors 3-4 | 5...1000 ms | Configuration\I/O modules\X105 (BIO)\Input filtering | |||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | CFG | LD0.XGGIO105.OpDlTmms3.setVal | ING | INT32 | SP | B,I | 5 | Input 3 filter time | Connectors 5-6c | 5...1000 ms | Configuration\I/O modules\X105 (BIO)\Input filtering | |||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | CFG | LD0.XGGIO105.OpDlTmms4.setVal | ING | INT32 | SP | B,I | 5 | Input 4 filter time | Connectors 7-6c | 5...1000 ms | Configuration\I/O modules\X105 (BIO)\Input filtering | |||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | CFG | LD0.XGGIO105.OpDlTmms5.setVal | ING | INT32 | SP | B,I | 5 | Input 5 filter time | Connectors 8-9c | 5...1000 ms | Configuration\I/O modules\X105 (BIO)\Input filtering | |||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | CFG | LD0.XGGIO105.OpDlTmms6.setVal | ING | INT32 | SP | B,I | 5 | Input 6 filter time | Connectors 10-9c | 5...1000 ms | Configuration\I/O modules\X105 (BIO)\Input filtering | |||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | CFG | LD0.XGGIO105.OpDlTmms7.setVal | ING | INT32 | SP | B,I | 5 | Input 7 filter time | Connectors 11-12c | 5...1000 ms | Configuration\I/O modules\X105 (BIO)\Input filtering | |||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | CFG | LD0.XGGIO105.OpDlTmms8.setVal | ING | INT32 | SP | B,I | 5 | Input 8 filter time | Connectors 13-12c | 5...1000 ms | Configuration\I/O modules\X105 (BIO)\Input filtering | |||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | CFG | LD0.XGGIO105.DiInvert1.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 1 inversion | Connectors 1-2 | Configuration\I/O modules\X105 (BIO)\Input inversion | ||||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | CFG | LD0.XGGIO105.DiInvert2.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 2 inversion | Connectors 3-4 | Configuration\I/O modules\X105 (BIO)\Input inversion | ||||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | CFG | LD0.XGGIO105.DiInvert3.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 3 inversion | Connectors 5-6c | Configuration\I/O modules\X105 (BIO)\Input inversion | ||||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | CFG | LD0.XGGIO105.DiInvert4.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 4 inversion | Connectors 7-6c | Configuration\I/O modules\X105 (BIO)\Input inversion | ||||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | CFG | LD0.XGGIO105.DiInvert5.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 5 inversion | Connectors 8-9c | Configuration\I/O modules\X105 (BIO)\Input inversion | ||||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | CFG | LD0.XGGIO105.DiInvert6.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 6 inversion | Connectors 10-9c | Configuration\I/O modules\X105 (BIO)\Input inversion | ||||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | CFG | LD0.XGGIO105.DiInvert7.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 7 inversion | Connectors 11-12c | Configuration\I/O modules\X105 (BIO)\Input inversion | ||||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | CFG | LD0.XGGIO105.DiInvert8.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 8 inversion | Connectors 13-12c | Configuration\I/O modules\X105 (BIO)\Input inversion | ||||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | TES | LD0.XGGIO105.SPCSO1.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X105-SO1 | Connectors 14c-15no-16nc | Tests\Binary outputs\X105 (BIO) | ||||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | TES | LD0.XGGIO105.SPCSO2.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X105-SO2 | Connectors 17c-18no-19nc | Tests\Binary outputs\X105 (BIO) | ||||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | TES | LD0.XGGIO105.SPCSO3.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X105-SO3 | Connectors 20c-21no-22nc | Tests\Binary outputs\X105 (BIO) | ||||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | TES | LD0.XGGIO105.SPCSO4.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X105-SO4 | Connectors 23-24 | Tests\Binary outputs\X105 (BIO) | ||||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | INF | LD0.XGGIO105.EEName.hwRev | DPL | VisString255 (20) | DC | B | 0 | HW revision | Card HW revision | Information\HW modules\X105 (BIO) | ||||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | INF | LD0.XGGIO105.EEName.serNum | DPL | VisString255 (20) | DC | B | 0 | Serial number | Card serial number | Information\HW modules\X105 (BIO) | ||||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | INF | LD0.XGGIO105.EEName.eArtNum | DPL | VisString255 (20) | EX | B | 0 | Article number | Card article number | Information\HW modules\X105 (BIO) | ||||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | INF | LD0.XGGIO105.EEName.eManDate | DPL | VisString255 (20) | EX | B | 0 | Manufacturing date | Card manufacturing date | Information\HW modules\X105 (BIO) | ||||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | INF | LD0.XGGIO105.EEName.eTestDate | DPL | VisString255 (20) | EX | B | 0 | Test date | Card test date | Information\HW modules\X105 (BIO) | ||||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | VER | LD0.XGGIO105.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) | |||||||
| X105 (BIO) | X105 (BIO) | X105 (BIO) | VER | LD0.XGGIO105.EEName.swRev | DPL | VisString255 (20) | DC | - | (Card information) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | INP | LD0.XHBGGIO105.SPCSO1.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X105-HSO1 | Connectors 15no-16no | Monitoring\I/O status\Binary output values\X105 (BIO-H) | ||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | INP | LD0.XHBGGIO105.SPCSO2.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X105-HSO2 | Connectors 19no-20no | Monitoring\I/O status\Binary output values\X105 (BIO-H) | ||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | INP | LD0.XHBGGIO105.SPCSO3.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X105-HSO3 | Connectors 23no-24no | Monitoring\I/O status\Binary output values\X105 (BIO-H) | ||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | OUT | LD0.XHBGGIO105.Ind1.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X105-Input 1 | Connectors 1-5c | Monitoring\I/O status\Binary input values\X105 (BIO-H) | |||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | OUT | LD0.XHBGGIO105.Ind2.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X105-Input 2 | Connectors 2-5c | Monitoring\I/O status\Binary input values\X105 (BIO-H) | |||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | OUT | LD0.XHBGGIO105.Ind3.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X105-Input 3 | Connectors 3-5c | Monitoring\I/O status\Binary input values\X105 (BIO-H) | |||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | OUT | LD0.XHBGGIO105.Ind4.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X105-Input 4 | Connectors 4-5c | Monitoring\I/O status\Binary input values\X105 (BIO-H) | |||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | OUT | LD0.XHBGGIO105.Ind5.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X105-Input 5 | Connectors 6-10c | Monitoring\I/O status\Binary input values\X105 (BIO-H) | |||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | OUT | LD0.XHBGGIO105.Ind6.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X105-Input 6 | Connectors 7-10c | Monitoring\I/O status\Binary input values\X105 (BIO-H) | |||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | OUT | LD0.XHBGGIO105.Ind7.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X105-Input 7 | Connectors 8-10c | Monitoring\I/O status\Binary input values\X105 (BIO-H) | |||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | OUT | LD0.XHBGGIO105.Ind8.stVal | SPS | BOOLEAN | ST | B | StatIO | P | X105-Input 8 | Connectors 9-10c | Monitoring\I/O status\Binary input values\X105 (BIO-H) | |||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | CTR | LD0.XHBGGIO105.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | CFG | LD0.XHBGGIO105.OpDlTmms1.setVal | ING | INT32 | SP | B,I | 5 | Input 1 filter time | Connectors 1-2 | 5...1000 ms | Configuration\I/O modules\X105 (BIO-H)\Input filtering | |||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | CFG | LD0.XHBGGIO105.OpDlTmms2.setVal | ING | INT32 | SP | B,I | 5 | Input 2 filter time | Connectors 3-4 | 5...1000 ms | Configuration\I/O modules\X105 (BIO-H)\Input filtering | |||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | CFG | LD0.XHBGGIO105.OpDlTmms3.setVal | ING | INT32 | SP | B,I | 5 | Input 3 filter time | Connectors 5-6c | 5...1000 ms | Configuration\I/O modules\X105 (BIO-H)\Input filtering | |||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | CFG | LD0.XHBGGIO105.OpDlTmms4.setVal | ING | INT32 | SP | B,I | 5 | Input 4 filter time | Connectors 7-6c | 5...1000 ms | Configuration\I/O modules\X105 (BIO-H)\Input filtering | |||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | CFG | LD0.XHBGGIO105.OpDlTmms5.setVal | ING | INT32 | SP | B,I | 5 | Input 5 filter time | Connectors 8-9c | 5...1000 ms | Configuration\I/O modules\X105 (BIO-H)\Input filtering | |||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | CFG | LD0.XHBGGIO105.OpDlTmms6.setVal | ING | INT32 | SP | B,I | 5 | Input 6 filter time | Connectors 10-9c | 5...1000 ms | Configuration\I/O modules\X105 (BIO-H)\Input filtering | |||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | CFG | LD0.XHBGGIO105.OpDlTmms7.setVal | ING | INT32 | SP | B,I | 5 | Input 7 filter time | Connectors 11-12c | 5...1000 ms | Configuration\I/O modules\X105 (BIO-H)\Input filtering | |||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | CFG | LD0.XHBGGIO105.OpDlTmms8.setVal | ING | INT32 | SP | B,I | 5 | Input 8 filter time | Connectors 13-12c | 5...1000 ms | Configuration\I/O modules\X105 (BIO-H)\Input filtering | |||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | CFG | LD0.XHBGGIO105.DiInvert1.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 1 inversion | Connectors 1-2 | Configuration\I/O modules\X105 (BIO-H)\Input inversion | ||||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | CFG | LD0.XHBGGIO105.DiInvert2.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 2 inversion | Connectors 3-4 | Configuration\I/O modules\X105 (BIO-H)\Input inversion | ||||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | CFG | LD0.XHBGGIO105.DiInvert3.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 3 inversion | Connectors 5-6c | Configuration\I/O modules\X105 (BIO-H)\Input inversion | ||||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | CFG | LD0.XHBGGIO105.DiInvert4.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 4 inversion | Connectors 7-6c | Configuration\I/O modules\X105 (BIO-H)\Input inversion | ||||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | CFG | LD0.XHBGGIO105.DiInvert5.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 5 inversion | Connectors 8-9c | Configuration\I/O modules\X105 (BIO-H)\Input inversion | ||||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | CFG | LD0.XHBGGIO105.DiInvert6.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 6 inversion | Connectors 10-9c | Configuration\I/O modules\X105 (BIO-H)\Input inversion | ||||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | CFG | LD0.XHBGGIO105.DiInvert7.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 7 inversion | Connectors 11-12c | Configuration\I/O modules\X105 (BIO-H)\Input inversion | ||||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | CFG | LD0.XHBGGIO105.DiInvert8.setVal | SPG | BOOLEAN | SP | B,I | 0 | Input 8 inversion | Connectors 13-12c | Configuration\I/O modules\X105 (BIO-H)\Input inversion | ||||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | TES | LD0.XHBGGIO105.SPCSO1.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X105-HSO1 | Connectors 15no-16no | Tests\Binary outputs\X105 (BIO-H) | ||||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | TES | LD0.XHBGGIO105.SPCSO2.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X105-HSO2 | Connectors 19no-20no | Tests\Binary outputs\X105 (BIO-H) | ||||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | TES | LD0.XHBGGIO105.SPCSO3.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X105-HSO3 | Connectors 23no-24no | Tests\Binary outputs\X105 (BIO-H) | ||||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | INF | LD0.XHBGGIO105.EEName.hwRev | DPL | VisString255 (20) | DC | B | 0 | HW revision | Card HW revision | Information\HW modules\X105 (BIO-H) | ||||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | INF | LD0.XHBGGIO105.EEName.serNum | DPL | VisString255 (20) | DC | B | 0 | Serial number | Card serial number | Information\HW modules\X105 (BIO-H) | ||||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | INF | LD0.XHBGGIO105.EEName.eArtNum | DPL | VisString255 (20) | EX | B | 0 | Article number | Card article number | Information\HW modules\X105 (BIO-H) | ||||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | INF | LD0.XHBGGIO105.EEName.eManDate | DPL | VisString255 (20) | EX | B | 0 | Manufacturing date | Card manufacturing date | Information\HW modules\X105 (BIO-H) | ||||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | INF | LD0.XHBGGIO105.EEName.eTestDate | DPL | VisString255 (20) | EX | B | 0 | Test date | Card test date | Information\HW modules\X105 (BIO-H) | ||||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | VER | LD0.XHBGGIO105.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| X105 (BIO-H) | X105 (BIO-H) | X105 (BIO-H) | VER | LD0.XHBGGIO105.EEName.swRev | DPL | VisString255 (20) | DC | - | (Card information) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| X110 (RTD) | X110 (RTD) | X110 (RTD) | OUT | LD0.XRGGIO110.Alm.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | ALARM | General alarm | Monitoring\I/O status\Analog input values\X110 (RTD)\Outputs | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | OUT | LD0.XRGGIO110.Wrn.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | WARNING | General warning | Monitoring\I/O status\Analog input values\X110 (RTD)\Outputs | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | OUT | LD0.XRGGIO110.AnIn1.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_VAL1 | mA input, Connectors 1-2, instantaneous value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X110 (RTD)\Outputs | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | OUT | LD0.XRGGIO110.AnIn2.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_VAL2 | mA input, Connectors 3-4, instantaneous value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X110 (RTD)\Outputs | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | OUT | LD0.XRGGIO110.AnIn3.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_VAL3 | RTD input, Connectors 5-6-11c, instantaneous value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X110 (RTD)\Outputs | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | OUT | LD0.XRGGIO110.AnIn4.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_VAL4 | RTD input, Connectors 7-8-11c, instantaneous value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X110 (RTD)\Outputs | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | OUT | LD0.XRGGIO110.AnIn5.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_VAL5 | RTD input, Connectors 9-10-11c, instantaneous value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X110 (RTD)\Outputs | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | OUT | LD0.XRGGIO110.AnIn6.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_VAL6 | RTD input, Connectors 13-14-12c, instantaneous value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X110 (RTD)\Outputs | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | OUT | LD0.XRGGIO110.AnIn7.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_VAL7 | RTD input, Connectors 15-16-12c, instantaneous value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X110 (RTD)\Outputs | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | OUT | LD0.XRGGIO110.AnIn8.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_VAL8 | RTD input, Connectors 17-18-12c, instantaneous value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X110 (RTD)\Outputs | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CTR | LD0.XRGGIO110.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | MON | LD0.XRGGIO110.AnIn1.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_DB1 | mA input, Connectors 1-2, reported value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X110 (RTD)\Monitored data | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | MON | LD0.XRGGIO110.AnIn1.range | MV | Enum | MX | B | MeasFlt | P | AI_RANGE1 | mA input, Connectors 1-2, range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Analog input values\X110 (RTD)\Monitored data | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | MON | LD0.XRGGIO110.AnIn2.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_DB2 | mA input, Connectors 3-4, reported value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X110 (RTD)\Monitored data | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | MON | LD0.XRGGIO110.AnIn2.range | MV | Enum | MX | B | MeasFlt | P | AI_RANGE2 | mA input, Connectors 3-4, range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Analog input values\X110 (RTD)\Monitored data | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | MON | LD0.XRGGIO110.AnIn3.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_DB3 | RTD input, Connectors 5-6-11c, reported value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X110 (RTD)\Monitored data | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | MON | LD0.XRGGIO110.AnIn3.range | MV | Enum | MX | B | MeasFlt | P | AI_RANGE3 | RTD input, Connectors 5-6-11c, range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Analog input values\X110 (RTD)\Monitored data | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | MON | LD0.XRGGIO110.AnIn4.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_DB4 | RTD input, Connectors 7-8-11c, reported value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X110 (RTD)\Monitored data | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | MON | LD0.XRGGIO110.AnIn4.range | MV | Enum | MX | B | MeasFlt | P | AI_RANGE4 | RTD input, Connectors 7-8-11c, range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Analog input values\X110 (RTD)\Monitored data | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | MON | LD0.XRGGIO110.AnIn5.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_DB5 | RTD input, Connectors 9-10-11c, reported value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X110 (RTD)\Monitored data | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | MON | LD0.XRGGIO110.AnIn5.range | MV | Enum | MX | B | MeasFlt | P | AI_RANGE5 | RTD input, Connectors 9-10-11c, range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Analog input values\X110 (RTD)\Monitored data | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | MON | LD0.XRGGIO110.AnIn6.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_DB6 | RTD input, Connectors 13-14-12c, reported value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X110 (RTD)\Monitored data | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | MON | LD0.XRGGIO110.AnIn6.range | MV | Enum | MX | B | MeasFlt | P | AI_RANGE6 | RTD input, Connectors 13-14-12c, range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Analog input values\X110 (RTD)\Monitored data | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | MON | LD0.XRGGIO110.AnIn7.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_DB7 | RTD input, Connectors 15-16-12c, reported value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X110 (RTD)\Monitored data | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | MON | LD0.XRGGIO110.AnIn7.range | MV | Enum | MX | B | MeasFlt | P | AI_RANGE7 | RTD input, Connectors 15-16-12c, range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Analog input values\X110 (RTD)\Monitored data | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | MON | LD0.XRGGIO110.AnIn8.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_DB8 | RTD input, Connectors 17-18-12c, reported value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X110 (RTD)\Monitored data | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | MON | LD0.XRGGIO110.AnIn8.range | MV | Enum | MX | B | MeasFlt | P | AI_RANGE8 | RTD input, Connectors 17-18-12c, range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Analog input values\X110 (RTD)\Monitored data | ||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn1.units.SIUnit | MV | Enum | CF | B,I | 1 | Value unit | Selected unit for output value format | 1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm | Configuration\I/O modules\X110 (RTD)\Input 1 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn1.db | MV | INT32U | CF | B,I | 1000 | Value deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\I/O modules\X110 (RTD)\Input 1 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn1.rangeC.hhLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Val high high limit | Output value high alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 1 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn1.rangeC.hLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value high limit | Output value high warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 1 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn1.rangeC.lLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low limit | Output value low warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 1 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn1.rangeC.llLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low low limit | Output value low alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 1 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn1.rangeC.min.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value minimum | Minimum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 1 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn1.rangeC.max.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value maximum | Maximum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 1 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn2.units.SIUnit | MV | Enum | CF | B,I | 1 | Value unit | Selected unit for output value format | 1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm | Configuration\I/O modules\X110 (RTD)\Input 2 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn2.db | MV | INT32U | CF | B,I | 1000 | Value deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\I/O modules\X110 (RTD)\Input 2 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn2.rangeC.hhLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Val high high limit | Output value high alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 2 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn2.rangeC.hLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value high limit | Output value high warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 2 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn2.rangeC.lLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low limit | Output value low warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 2 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn2.rangeC.llLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low low limit | Output value low alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 2 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn2.rangeC.min.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value minimum | Minimum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 2 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn2.rangeC.max.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value maximum | Maximum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 2 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn3.units.SIUnit | MV | Enum | CF | B,I | 1 | Value unit | Selected unit for output value format | 1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm | Configuration\I/O modules\X110 (RTD)\Input 3 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn3.db | MV | INT32U | CF | B,I | 1000 | Value deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\I/O modules\X110 (RTD)\Input 3 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn3.rangeC.hhLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Val high high limit | Output value high alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 3 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn3.rangeC.hLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value high limit | Output value high warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 3 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn3.rangeC.lLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low limit | Output value low warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 3 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn3.rangeC.llLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low low limit | Output value low alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 3 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn3.rangeC.min.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value minimum | Minimum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 3 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn3.rangeC.max.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value maximum | Maximum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 3 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn4.units.SIUnit | MV | Enum | CF | B,I | 1 | Value unit | Selected unit for output value format | 1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm | Configuration\I/O modules\X110 (RTD)\Input 4 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn4.db | MV | INT32U | CF | B,I | 1000 | Value deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\I/O modules\X110 (RTD)\Input 4 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn4.rangeC.hhLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Val high high limit | Output value high alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 4 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn4.rangeC.hLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value high limit | Output value high warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 4 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn4.rangeC.lLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low limit | Output value low warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 4 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn4.rangeC.llLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low low limit | Output value low alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 4 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn4.rangeC.min.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value minimum | Minimum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 4 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn4.rangeC.max.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value maximum | Maximum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 4 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn5.units.SIUnit | MV | Enum | CF | B,I | 1 | Value unit | Selected unit for output value format | 1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm | Configuration\I/O modules\X110 (RTD)\Input 5 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn5.db | MV | INT32U | CF | B,I | 1000 | Value deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\I/O modules\X110 (RTD)\Input 5 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn5.rangeC.hhLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Val high high limit | Output value high alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 5 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn5.rangeC.hLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value high limit | Output value high warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 5 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn5.rangeC.lLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low limit | Output value low warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 5 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn5.rangeC.llLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low low limit | Output value low alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 5 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn5.rangeC.min.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value minimum | Minimum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 5 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn5.rangeC.max.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value maximum | Maximum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 5 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn6.units.SIUnit | MV | Enum | CF | B,I | 1 | Value unit | Selected unit for output value format | 1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm | Configuration\I/O modules\X110 (RTD)\Input 6 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn6.db | MV | INT32U | CF | B,I | 1000 | Value deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\I/O modules\X110 (RTD)\Input 6 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn6.rangeC.hhLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Val high high limit | Output value high alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 6 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn6.rangeC.hLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value high limit | Output value high warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 6 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn6.rangeC.lLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low limit | Output value low warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 6 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn6.rangeC.llLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low low limit | Output value low alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 6 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn6.rangeC.min.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value minimum | Minimum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 6 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn6.rangeC.max.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value maximum | Maximum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 6 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn7.units.SIUnit | MV | Enum | CF | B,I | 1 | Value unit | Selected unit for output value format | 1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm | Configuration\I/O modules\X110 (RTD)\Input 7 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn7.db | MV | INT32U | CF | B,I | 1000 | Value deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\I/O modules\X110 (RTD)\Input 7 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn7.rangeC.hhLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Val high high limit | Output value high alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 7 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn7.rangeC.hLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value high limit | Output value high warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 7 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn7.rangeC.lLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low limit | Output value low warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 7 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn7.rangeC.llLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low low limit | Output value low alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 7 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn7.rangeC.min.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value minimum | Minimum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 7 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn7.rangeC.max.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value maximum | Maximum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 7 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn8.units.SIUnit | MV | Enum | CF | B,I | 1 | Value unit | Selected unit for output value format | 1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm | Configuration\I/O modules\X110 (RTD)\Input 8 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn8.db | MV | INT32U | CF | B,I | 1000 | Value deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\I/O modules\X110 (RTD)\Input 8 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn8.rangeC.hhLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Val high high limit | Output value high alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 8 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn8.rangeC.hLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value high limit | Output value high warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 8 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn8.rangeC.lLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low limit | Output value low warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 8 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn8.rangeC.llLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low low limit | Output value low alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 8 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn8.rangeC.min.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value minimum | Minimum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 8 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.AnIn8.rangeC.max.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value maximum | Maximum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X110 (RTD)\Input 8 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMinVal1.setMag.f | ASG | FLOAT32 | SP | B,I | 0 | Input minimum | Minimum analogue input value for mA or resistance scaling | 0...20 | Configuration\I/O modules\X110 (RTD)\Input 1 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMinVal2.setMag.f | ASG | FLOAT32 | SP | B,I | 0 | Input minimum | Minimum analogue input value for mA or resistance scaling | 0...20 | Configuration\I/O modules\X110 (RTD)\Input 2 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMinVal3.setMag.f | ASG | FLOAT32 | SP | B,I | 0 | Input minimum | Minimum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X110 (RTD)\Input 3 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMinVal4.setMag.f | ASG | FLOAT32 | SP | B,I | 0 | Input minimum | Minimum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X110 (RTD)\Input 4 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMinVal5.setMag.f | ASG | FLOAT32 | SP | B,I | 0 | Input minimum | Minimum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X110 (RTD)\Input 5 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMinVal6.setMag.f | ASG | FLOAT32 | SP | B,I | 0 | Input minimum | Minimum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X110 (RTD)\Input 6 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMinVal7.setMag.f | ASG | FLOAT32 | SP | B,I | 0 | Input minimum | Minimum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X110 (RTD)\Input 7 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMinVal8.setMag.f | ASG | FLOAT32 | SP | B,I | 0 | Input minimum | Minimum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X110 (RTD)\Input 8 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMaxVal1.setMag.f | ASG | FLOAT32 | SP | B,I | 20 | Input maximum | Maximum analogue input value for mA or resistance scaling | 0...20 | Configuration\I/O modules\X110 (RTD)\Input 1 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMaxVal2.setMag.f | ASG | FLOAT32 | SP | B,I | 20 | Input maximum | Maximum analogue input value for mA or resistance scaling | 0...20 | Configuration\I/O modules\X110 (RTD)\Input 2 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMaxVal3.setMag.f | ASG | FLOAT32 | SP | B,I | 2000 | Input maximum | Maximum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X110 (RTD)\Input 3 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMaxVal4.setMag.f | ASG | FLOAT32 | SP | B,I | 2000 | Input maximum | Maximum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X110 (RTD)\Input 4 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMaxVal5.setMag.f | ASG | FLOAT32 | SP | B,I | 2000 | Input maximum | Maximum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X110 (RTD)\Input 5 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMaxVal6.setMag.f | ASG | FLOAT32 | SP | B,I | 2000 | Input maximum | Maximum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X110 (RTD)\Input 6 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMaxVal7.setMag.f | ASG | FLOAT32 | SP | B,I | 2000 | Input maximum | Maximum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X110 (RTD)\Input 7 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMaxVal8.setMag.f | ASG | FLOAT32 | SP | B,I | 2000 | Input maximum | Maximum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X110 (RTD)\Input 8 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMod1.setVal | ING | Enum | SP | B,I | 1 | Input mode | Analogue input mode | 1=Not in use; 5=0..20mA | Configuration\I/O modules\X110 (RTD)\Input 1 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMod2.setVal | ING | Enum | SP | B,I | 1 | Input mode | Analogue input mode | 1=Not in use; 5=0..20mA | Configuration\I/O modules\X110 (RTD)\Input 2 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMod3.setVal | ING | Enum | SP | B,I | 1 | Input mode | Analogue input mode | 1=Not in use; 2=Resistance; 10=Pt100; 11=Pt250; 20=Ni100; 21=Ni120; 22=Ni250; 30=Cu10 | Configuration\I/O modules\X110 (RTD)\Input 3 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMod4.setVal | ING | Enum | SP | B,I | 1 | Input mode | Analogue input mode | 1=Not in use; 2=Resistance; 10=Pt100; 11=Pt250; 20=Ni100; 21=Ni120; 22=Ni250; 30=Cu10 | Configuration\I/O modules\X110 (RTD)\Input 4 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMod5.setVal | ING | Enum | SP | B,I | 1 | Input mode | Analogue input mode | 1=Not in use; 2=Resistance; 10=Pt100; 11=Pt250; 20=Ni100; 21=Ni120; 22=Ni250; 30=Cu10 | Configuration\I/O modules\X110 (RTD)\Input 5 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMod6.setVal | ING | Enum | SP | B,I | 1 | Input mode | Analogue input mode | 1=Not in use; 2=Resistance; 10=Pt100; 11=Pt250; 20=Ni100; 21=Ni120; 22=Ni250; 30=Cu10 | Configuration\I/O modules\X110 (RTD)\Input 6 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMod7.setVal | ING | Enum | SP | B,I | 1 | Input mode | Analogue input mode | 1=Not in use; 2=Resistance; 10=Pt100; 11=Pt250; 20=Ni100; 21=Ni120; 22=Ni250; 30=Cu10 | Configuration\I/O modules\X110 (RTD)\Input 7 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | CFG | LD0.XRGGIO110.InMod8.setVal | ING | Enum | SP | B,I | 1 | Input mode | Analogue input mode | 1=Not in use; 2=Resistance; 10=Pt100; 11=Pt250; 20=Ni100; 21=Ni120; 22=Ni250; 30=Cu10 | Configuration\I/O modules\X110 (RTD)\Input 8 | |||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | INF | LD0.XRGGIO110.EEName.hwRev | DPL | VisString255 (20) | DC | B | 0 | HW revision | Card HW revision | Information\HW modules\X110 (RTD) | ||||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | INF | LD0.XRGGIO110.EEName.serNum | DPL | VisString255 (20) | DC | B | 0 | Serial number | Card serial number | Information\HW modules\X110 (RTD) | ||||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | INF | LD0.XRGGIO110.EEName.eArtNum | DPL | VisString255 (20) | EX | B | 0 | Article number | Card article number | Information\HW modules\X110 (RTD) | ||||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | INF | LD0.XRGGIO110.EEName.eManDate | DPL | VisString255 (20) | EX | B | 0 | Manufacturing date | Card manufacturing date | Information\HW modules\X110 (RTD) | ||||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | INF | LD0.XRGGIO110.EEName.eTestDate | DPL | VisString255 (20) | EX | B | 0 | Test date | Card test date | Information\HW modules\X110 (RTD) | ||||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | VER | LD0.XRGGIO110.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| X110 (RTD) | X110 (RTD) | X110 (RTD) | VER | LD0.XRGGIO110.EEName.swRev | DPL | VisString255 (20) | DC | - | (Card information) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| X105 (RTD) | X105 (RTD) | X105 (RTD) | OUT | LD0.XRGGIO105.Alm.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | ALARM | General alarm | Monitoring\I/O status\Analog input values\X105 (RTD)\Outputs | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | OUT | LD0.XRGGIO105.Wrn.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | WARNING | General warning | Monitoring\I/O status\Analog input values\X105 (RTD)\Outputs | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | OUT | LD0.XRGGIO105.AnIn1.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_VAL1 | mA input, Connectors 1-2, instantaneous value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X105 (RTD)\Outputs | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | OUT | LD0.XRGGIO105.AnIn2.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_VAL2 | mA input, Connectors 3-4, instantaneous value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X105 (RTD)\Outputs | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | OUT | LD0.XRGGIO105.AnIn3.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_VAL3 | RTD input, Connectors 5-6-11c, instantaneous value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X105 (RTD)\Outputs | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | OUT | LD0.XRGGIO105.AnIn4.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_VAL4 | RTD input, Connectors 7-8-11c, instantaneous value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X105 (RTD)\Outputs | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | OUT | LD0.XRGGIO105.AnIn5.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_VAL5 | RTD input, Connectors 9-10-11c, instantaneous value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X105 (RTD)\Outputs | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | OUT | LD0.XRGGIO105.AnIn6.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_VAL6 | RTD input, Connectors 13-14-12c, instantaneous value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X105 (RTD)\Outputs | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | OUT | LD0.XRGGIO105.AnIn7.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_VAL7 | RTD input, Connectors 15-16-12c, instantaneous value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X105 (RTD)\Outputs | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | OUT | LD0.XRGGIO105.AnIn8.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_VAL8 | RTD input, Connectors 17-18-12c, instantaneous value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X105 (RTD)\Outputs | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CTR | LD0.XRGGIO105.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | MON | LD0.XRGGIO105.AnIn1.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_DB1 | mA input, Connectors 1-2, reported value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X105 (RTD)\Monitored data | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | MON | LD0.XRGGIO105.AnIn1.range | MV | Enum | MX | B | MeasFlt | P | AI_RANGE1 | mA input, Connectors 1-2, range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Analog input values\X105 (RTD)\Monitored data | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | MON | LD0.XRGGIO105.AnIn2.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_DB2 | mA input, Connectors 3-4, reported value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X105 (RTD)\Monitored data | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | MON | LD0.XRGGIO105.AnIn2.range | MV | Enum | MX | B | MeasFlt | P | AI_RANGE2 | mA input, Connectors 3-4, range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Analog input values\X105 (RTD)\Monitored data | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | MON | LD0.XRGGIO105.AnIn3.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_DB3 | RTD input, Connectors 5-6-11c, reported value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X105 (RTD)\Monitored data | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | MON | LD0.XRGGIO105.AnIn3.range | MV | Enum | MX | B | MeasFlt | P | AI_RANGE3 | RTD input, Connectors 5-6-11c, range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Analog input values\X105 (RTD)\Monitored data | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | MON | LD0.XRGGIO105.AnIn4.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_DB4 | RTD input, Connectors 7-8-11c, reported value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X105 (RTD)\Monitored data | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | MON | LD0.XRGGIO105.AnIn4.range | MV | Enum | MX | B | MeasFlt | P | AI_RANGE4 | RTD input, Connectors 7-8-11c, range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Analog input values\X105 (RTD)\Monitored data | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | MON | LD0.XRGGIO105.AnIn5.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_DB5 | RTD input, Connectors 9-10-11c, reported value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X105 (RTD)\Monitored data | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | MON | LD0.XRGGIO105.AnIn5.range | MV | Enum | MX | B | MeasFlt | P | AI_RANGE5 | RTD input, Connectors 9-10-11c, range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Analog input values\X105 (RTD)\Monitored data | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | MON | LD0.XRGGIO105.AnIn6.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_DB6 | RTD input, Connectors 13-14-12c, reported value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X105 (RTD)\Monitored data | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | MON | LD0.XRGGIO105.AnIn6.range | MV | Enum | MX | B | MeasFlt | P | AI_RANGE6 | RTD input, Connectors 13-14-12c, range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Analog input values\X105 (RTD)\Monitored data | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | MON | LD0.XRGGIO105.AnIn7.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_DB7 | RTD input, Connectors 15-16-12c, reported value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X105 (RTD)\Monitored data | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | MON | LD0.XRGGIO105.AnIn7.range | MV | Enum | MX | B | MeasFlt | P | AI_RANGE7 | RTD input, Connectors 15-16-12c, range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Analog input values\X105 (RTD)\Monitored data | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | MON | LD0.XRGGIO105.AnIn8.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_DB8 | RTD input, Connectors 17-18-12c, reported value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X105 (RTD)\Monitored data | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | MON | LD0.XRGGIO105.AnIn8.range | MV | Enum | MX | B | MeasFlt | P | AI_RANGE8 | RTD input, Connectors 17-18-12c, range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Analog input values\X105 (RTD)\Monitored data | ||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn1.units.SIUnit | MV | Enum | CF | B,I | 1 | Value unit | Selected unit for output value format | 1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm | Configuration\I/O modules\X105 (RTD)\Input 1 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn1.db | MV | INT32U | CF | B,I | 1000 | Value deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\I/O modules\X105 (RTD)\Input 1 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn1.rangeC.hhLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Val high high limit | Output value high alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 1 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn1.rangeC.hLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value high limit | Output value high warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 1 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn1.rangeC.lLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low limit | Output value low warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 1 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn1.rangeC.llLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low low limit | Output value low alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 1 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn1.rangeC.min.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value minimum | Minimum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 1 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn1.rangeC.max.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value maximum | Maximum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 1 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn2.units.SIUnit | MV | Enum | CF | B,I | 1 | Value unit | Selected unit for output value format | 1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm | Configuration\I/O modules\X105 (RTD)\Input 2 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn2.db | MV | INT32U | CF | B,I | 1000 | Value deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\I/O modules\X105 (RTD)\Input 2 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn2.rangeC.hhLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Val high high limit | Output value high alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 2 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn2.rangeC.hLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value high limit | Output value high warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 2 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn2.rangeC.lLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low limit | Output value low warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 2 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn2.rangeC.llLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low low limit | Output value low alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 2 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn2.rangeC.min.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value minimum | Minimum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 2 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn2.rangeC.max.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value maximum | Maximum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 2 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn3.units.SIUnit | MV | Enum | CF | B,I | 1 | Value unit | Selected unit for output value format | 1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm | Configuration\I/O modules\X105 (RTD)\Input 3 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn3.db | MV | INT32U | CF | B,I | 1000 | Value deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\I/O modules\X105 (RTD)\Input 3 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn3.rangeC.hhLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Val high high limit | Output value high alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 3 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn3.rangeC.hLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value high limit | Output value high warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 3 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn3.rangeC.lLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low limit | Output value low warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 3 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn3.rangeC.llLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low low limit | Output value low alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 3 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn3.rangeC.min.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value minimum | Minimum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 3 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn3.rangeC.max.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value maximum | Maximum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 3 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn4.units.SIUnit | MV | Enum | CF | B,I | 1 | Value unit | Selected unit for output value format | 1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm | Configuration\I/O modules\X105 (RTD)\Input 4 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn4.db | MV | INT32U | CF | B,I | 1000 | Value deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\I/O modules\X105 (RTD)\Input 4 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn4.rangeC.hhLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Val high high limit | Output value high alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 4 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn4.rangeC.hLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value high limit | Output value high warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 4 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn4.rangeC.lLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low limit | Output value low warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 4 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn4.rangeC.llLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low low limit | Output value low alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 4 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn4.rangeC.min.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value minimum | Minimum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 4 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn4.rangeC.max.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value maximum | Maximum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 4 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn5.units.SIUnit | MV | Enum | CF | B,I | 1 | Value unit | Selected unit for output value format | 1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm | Configuration\I/O modules\X105 (RTD)\Input 5 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn5.db | MV | INT32U | CF | B,I | 1000 | Value deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\I/O modules\X105 (RTD)\Input 5 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn5.rangeC.hhLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Val high high limit | Output value high alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 5 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn5.rangeC.hLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value high limit | Output value high warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 5 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn5.rangeC.lLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low limit | Output value low warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 5 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn5.rangeC.llLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low low limit | Output value low alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 5 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn5.rangeC.min.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value minimum | Minimum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 5 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn5.rangeC.max.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value maximum | Maximum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 5 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn6.units.SIUnit | MV | Enum | CF | B,I | 1 | Value unit | Selected unit for output value format | 1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm | Configuration\I/O modules\X105 (RTD)\Input 6 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn6.db | MV | INT32U | CF | B,I | 1000 | Value deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\I/O modules\X105 (RTD)\Input 6 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn6.rangeC.hhLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Val high high limit | Output value high alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 6 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn6.rangeC.hLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value high limit | Output value high warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 6 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn6.rangeC.lLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low limit | Output value low warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 6 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn6.rangeC.llLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low low limit | Output value low alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 6 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn6.rangeC.min.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value minimum | Minimum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 6 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn6.rangeC.max.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value maximum | Maximum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 6 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn7.units.SIUnit | MV | Enum | CF | B,I | 1 | Value unit | Selected unit for output value format | 1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm | Configuration\I/O modules\X105 (RTD)\Input 7 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn7.db | MV | INT32U | CF | B,I | 1000 | Value deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\I/O modules\X105 (RTD)\Input 7 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn7.rangeC.hhLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Val high high limit | Output value high alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 7 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn7.rangeC.hLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value high limit | Output value high warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 7 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn7.rangeC.lLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low limit | Output value low warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 7 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn7.rangeC.llLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low low limit | Output value low alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 7 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn7.rangeC.min.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value minimum | Minimum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 7 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn7.rangeC.max.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value maximum | Maximum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 7 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn8.units.SIUnit | MV | Enum | CF | B,I | 1 | Value unit | Selected unit for output value format | 1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm | Configuration\I/O modules\X105 (RTD)\Input 8 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn8.db | MV | INT32U | CF | B,I | 1000 | Value deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\I/O modules\X105 (RTD)\Input 8 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn8.rangeC.hhLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Val high high limit | Output value high alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 8 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn8.rangeC.hLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value high limit | Output value high warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 8 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn8.rangeC.lLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low limit | Output value low warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 8 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn8.rangeC.llLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low low limit | Output value low alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 8 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn8.rangeC.min.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value minimum | Minimum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 8 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.AnIn8.rangeC.max.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value maximum | Maximum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X105 (RTD)\Input 8 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMinVal1.setMag.f | ASG | FLOAT32 | SP | B,I | 0 | Input minimum | Minimum analogue input value for mA or resistance scaling | 0...20 | Configuration\I/O modules\X105 (RTD)\Input 1 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMinVal2.setMag.f | ASG | FLOAT32 | SP | B,I | 0 | Input minimum | Minimum analogue input value for mA or resistance scaling | 0...20 | Configuration\I/O modules\X105 (RTD)\Input 2 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMinVal3.setMag.f | ASG | FLOAT32 | SP | B,I | 0 | Input minimum | Minimum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X105 (RTD)\Input 3 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMinVal4.setMag.f | ASG | FLOAT32 | SP | B,I | 0 | Input minimum | Minimum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X105 (RTD)\Input 4 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMinVal5.setMag.f | ASG | FLOAT32 | SP | B,I | 0 | Input minimum | Minimum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X105 (RTD)\Input 5 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMinVal6.setMag.f | ASG | FLOAT32 | SP | B,I | 0 | Input minimum | Minimum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X105 (RTD)\Input 6 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMinVal7.setMag.f | ASG | FLOAT32 | SP | B,I | 0 | Input minimum | Minimum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X105 (RTD)\Input 7 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMinVal8.setMag.f | ASG | FLOAT32 | SP | B,I | 0 | Input minimum | Minimum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X105 (RTD)\Input 8 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMaxVal1.setMag.f | ASG | FLOAT32 | SP | B,I | 20 | Input maximum | Maximum analogue input value for mA or resistance scaling | 0...20 | Configuration\I/O modules\X105 (RTD)\Input 1 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMaxVal2.setMag.f | ASG | FLOAT32 | SP | B,I | 20 | Input maximum | Maximum analogue input value for mA or resistance scaling | 0...20 | Configuration\I/O modules\X105 (RTD)\Input 2 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMaxVal3.setMag.f | ASG | FLOAT32 | SP | B,I | 2000 | Input maximum | Maximum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X105 (RTD)\Input 3 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMaxVal4.setMag.f | ASG | FLOAT32 | SP | B,I | 2000 | Input maximum | Maximum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X105 (RTD)\Input 4 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMaxVal5.setMag.f | ASG | FLOAT32 | SP | B,I | 2000 | Input maximum | Maximum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X105 (RTD)\Input 5 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMaxVal6.setMag.f | ASG | FLOAT32 | SP | B,I | 2000 | Input maximum | Maximum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X105 (RTD)\Input 6 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMaxVal7.setMag.f | ASG | FLOAT32 | SP | B,I | 2000 | Input maximum | Maximum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X105 (RTD)\Input 7 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMaxVal8.setMag.f | ASG | FLOAT32 | SP | B,I | 2000 | Input maximum | Maximum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X105 (RTD)\Input 8 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMod1.setVal | ING | Enum | SP | B,I | 1 | Input mode | Analogue input mode | 1=Not in use; 5=0..20mA | Configuration\I/O modules\X105 (RTD)\Input 1 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMod2.setVal | ING | Enum | SP | B,I | 1 | Input mode | Analogue input mode | 1=Not in use; 5=0..20mA | Configuration\I/O modules\X105 (RTD)\Input 2 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMod3.setVal | ING | Enum | SP | B,I | 1 | Input mode | Analogue input mode | 1=Not in use; 2=Resistance; 10=Pt100; 11=Pt250; 20=Ni100; 21=Ni120; 22=Ni250; 30=Cu10 | Configuration\I/O modules\X105 (RTD)\Input 3 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMod4.setVal | ING | Enum | SP | B,I | 1 | Input mode | Analogue input mode | 1=Not in use; 2=Resistance; 10=Pt100; 11=Pt250; 20=Ni100; 21=Ni120; 22=Ni250; 30=Cu10 | Configuration\I/O modules\X105 (RTD)\Input 4 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMod5.setVal | ING | Enum | SP | B,I | 1 | Input mode | Analogue input mode | 1=Not in use; 2=Resistance; 10=Pt100; 11=Pt250; 20=Ni100; 21=Ni120; 22=Ni250; 30=Cu10 | Configuration\I/O modules\X105 (RTD)\Input 5 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMod6.setVal | ING | Enum | SP | B,I | 1 | Input mode | Analogue input mode | 1=Not in use; 2=Resistance; 10=Pt100; 11=Pt250; 20=Ni100; 21=Ni120; 22=Ni250; 30=Cu10 | Configuration\I/O modules\X105 (RTD)\Input 6 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMod7.setVal | ING | Enum | SP | B,I | 1 | Input mode | Analogue input mode | 1=Not in use; 2=Resistance; 10=Pt100; 11=Pt250; 20=Ni100; 21=Ni120; 22=Ni250; 30=Cu10 | Configuration\I/O modules\X105 (RTD)\Input 7 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | CFG | LD0.XRGGIO105.InMod8.setVal | ING | Enum | SP | B,I | 1 | Input mode | Analogue input mode | 1=Not in use; 2=Resistance; 10=Pt100; 11=Pt250; 20=Ni100; 21=Ni120; 22=Ni250; 30=Cu10 | Configuration\I/O modules\X105 (RTD)\Input 8 | |||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | INF | LD0.XRGGIO105.EEName.hwRev | DPL | VisString255 (20) | DC | B | 0 | HW revision | Card HW revision | Information\HW modules\X105 (RTD) | ||||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | INF | LD0.XRGGIO105.EEName.serNum | DPL | VisString255 (20) | DC | B | 0 | Serial number | Card serial number | Information\HW modules\X105 (RTD) | ||||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | INF | LD0.XRGGIO105.EEName.eArtNum | DPL | VisString255 (20) | EX | B | 0 | Article number | Card article number | Information\HW modules\X105 (RTD) | ||||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | INF | LD0.XRGGIO105.EEName.eManDate | DPL | VisString255 (20) | EX | B | 0 | Manufacturing date | Card manufacturing date | Information\HW modules\X105 (RTD) | ||||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | INF | LD0.XRGGIO105.EEName.eTestDate | DPL | VisString255 (20) | EX | B | 0 | Test date | Card test date | Information\HW modules\X105 (RTD) | ||||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | VER | LD0.XRGGIO105.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| X105 (RTD) | X105 (RTD) | X105 (RTD) | VER | LD0.XRGGIO105.EEName.swRev | DPL | VisString255 (20) | DC | - | (Card information) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | INP | LD0.XBRGGIO130.SPCSO1.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X130-SO1 | Connectors 9c-10nc-11no | Monitoring\I/O status\Binary output values\X130 (BIO+RTD) | ||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | INP | LD0.XBRGGIO130.SPCSO2.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X130-SO2 | Connectors 12c-13nc-14no | Monitoring\I/O status\Binary output values\X130 (BIO+RTD) | ||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | INP | LD0.XBRGGIO130.SPCSO3.stVal | SPC | BOOLEAN | ST | B | 0 | StatIO | P | X130-SO3 | Connectors 16-17 | Monitoring\I/O status\Binary output values\X130 (BIO+RTD) | ||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | OUT | LD0.XBRGGIO130.Alm.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | ALARM | General alarm | Monitoring\I/O status\Analog input values\X130 (BIO+RTD)\Outputs | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | OUT | LD0.XBRGGIO130.Wrn.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | WARNING | General warning | Monitoring\I/O status\Analog input values\X130 (BIO+RTD)\Outputs | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | OUT | LD0.XBRGGIO130.AnIn1.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_VAL1 | mA input, Connectors 1-2, instantaneous value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X130 (BIO+RTD)\Outputs | ||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | OUT | LD0.XBRGGIO130.AnIn2.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_VAL2 | RTD input, Connectors 3-5, instantaneous value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X130 (BIO+RTD)\Outputs | ||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | OUT | LD0.XBRGGIO130.AnIn3.instMag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_VAL3 | RTD input, Connectors 6-8, instantaneous value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X130 (BIO+RTD)\Outputs | ||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CTR | LD0.XBRGGIO130.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | MON | LD0.XBRGGIO130.AnIn1.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_DB1 | mA input, Connectors 1-2, reported value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X130 (BIO+RTD)\Monitored data | ||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | MON | LD0.XBRGGIO130.AnIn1.range | MV | Enum | MX | B | MeasFlt | P | AI_RANGE1 | mA input, Connectors 1-2, range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Analog input values\X130 (BIO+RTD)\Monitored data | ||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | MON | LD0.XBRGGIO130.AnIn2.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_DB2 | RTD input, Connectors 3-5, reported value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X130 (BIO+RTD)\Monitored data | ||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | MON | LD0.XBRGGIO130.AnIn2.range | MV | Enum | MX | B | MeasFlt | P | AI_RANGE2 | RTD input, Connectors 3-5, range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Analog input values\X130 (BIO+RTD)\Monitored data | ||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | MON | LD0.XBRGGIO130.AnIn3.mag.f | MV | FLOAT32 | MX | B | MeasFlt | P | AI_DB3 | RTD input, Connectors 6-8, reported value | -10000.0...10000.0 | Monitoring\I/O status\Analog input values\X130 (BIO+RTD)\Monitored data | ||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | MON | LD0.XBRGGIO130.AnIn3.range | MV | Enum | MX | B | MeasFlt | P | AI_RANGE3 | RTD input, Connectors 6-8, range | 0=normal; 1=high; 2=low; 3=high-high; 4=low-low | Monitoring\I/O status\Analog input values\X130 (BIO+RTD)\Monitored data | ||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn1.units.SIUnit | MV | Enum | CF | B,I | 1 | Value unit | Selected unit for output value format | 1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm | Configuration\I/O modules\X130 (BIO+RTD)\Input 1 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn1.db | MV | INT32U | CF | B,I | 1000 | Value deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\I/O modules\X130 (BIO+RTD)\Input 1 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn1.rangeC.hhLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Val high high limit | Output value high alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X130 (BIO+RTD)\Input 1 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn1.rangeC.hLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value high limit | Output value high warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X130 (BIO+RTD)\Input 1 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn1.rangeC.lLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low limit | Output value low warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X130 (BIO+RTD)\Input 1 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn1.rangeC.llLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low low limit | Output value low alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X130 (BIO+RTD)\Input 1 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn1.rangeC.min.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value minimum | Minimum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X130 (BIO+RTD)\Input 1 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn1.rangeC.max.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value maximum | Maximum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X130 (BIO+RTD)\Input 1 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn2.units.SIUnit | MV | Enum | CF | B,I | 1 | Value unit | Selected unit for output value format | 1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm | Configuration\I/O modules\X130 (BIO+RTD)\Input 2 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn2.db | MV | INT32U | CF | B,I | 1000 | Value deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\I/O modules\X130 (BIO+RTD)\Input 2 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn2.rangeC.hhLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Val high high limit | Output value high alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X130 (BIO+RTD)\Input 2 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn2.rangeC.hLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value high limit | Output value high warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X130 (BIO+RTD)\Input 2 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn2.rangeC.lLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low limit | Output value low warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X130 (BIO+RTD)\Input 2 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn2.rangeC.llLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low low limit | Output value low alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X130 (BIO+RTD)\Input 2 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn2.rangeC.min.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value minimum | Minimum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X130 (BIO+RTD)\Input 2 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn2.rangeC.max.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value maximum | Maximum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X130 (BIO+RTD)\Input 2 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn3.units.SIUnit | MV | Enum | CF | B,I | 1 | Value unit | Selected unit for output value format | 1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm | Configuration\I/O modules\X130 (BIO+RTD)\Input 3 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn3.db | MV | INT32U | CF | B,I | 1000 | Value deadband | Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s) | 100...100000 | Configuration\I/O modules\X130 (BIO+RTD)\Input 3 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn3.rangeC.hhLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Val high high limit | Output value high alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X130 (BIO+RTD)\Input 3 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn3.rangeC.hLim.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value high limit | Output value high warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X130 (BIO+RTD)\Input 3 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn3.rangeC.lLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low limit | Output value low warning limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X130 (BIO+RTD)\Input 3 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn3.rangeC.llLim.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value low low limit | Output value low alarm limit for supervision | -10000.0...10000.0 | Configuration\I/O modules\X130 (BIO+RTD)\Input 3 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn3.rangeC.min.f | MV | FLOAT32 | CF | B,I | -10000.0 | Value minimum | Minimum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X130 (BIO+RTD)\Input 3 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.AnIn3.rangeC.max.f | MV | FLOAT32 | CF | B,I | 10000.0 | Value maximum | Maximum output value for scaling and supervision | -10000.0...10000.0 | Configuration\I/O modules\X130 (BIO+RTD)\Input 3 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.InMinVal1.setMag.f | ASG | FLOAT32 | SP | B,I | 0 | Input minimum | Minimum analogue input value for mA or resistance scaling | 0...20 | Configuration\I/O modules\X130 (BIO+RTD)\Input 1 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.InMinVal2.setMag.f | ASG | FLOAT32 | SP | B,I | 0 | Input minimum | Minimum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X130 (BIO+RTD)\Input 2 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.InMinVal3.setMag.f | ASG | FLOAT32 | SP | B,I | 0 | Input minimum | Minimum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X130 (BIO+RTD)\Input 3 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.InMaxVal1.setMag.f | ASG | FLOAT32 | SP | B,I | 20 | Input maximum | Maximum analogue input value for mA or resistance scaling | 0...20 | Configuration\I/O modules\X130 (BIO+RTD)\Input 1 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.InMaxVal2.setMag.f | ASG | FLOAT32 | SP | B,I | 2000 | Input maximum | Maximum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X130 (BIO+RTD)\Input 2 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.InMaxVal3.setMag.f | ASG | FLOAT32 | SP | B,I | 2000 | Input maximum | Maximum analogue input value for mA or resistance scaling | 0...2000 | Configuration\I/O modules\X130 (BIO+RTD)\Input 3 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.InMod1.setVal | ING | Enum | SP | B,I | 1 | Input mode | Analogue input mode | 1=Not in use; 5=0..20mA | Configuration\I/O modules\X130 (BIO+RTD)\Input 1 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.InMod2.setVal | ING | Enum | SP | B,I | 1 | Input mode | Analogue input mode | 1=Not in use; 2=Resistance; 10=Pt100; 11=Pt250; 20=Ni100; 21=Ni120; 22=Ni250; 30=Cu10 | Configuration\I/O modules\X130 (BIO+RTD)\Input 2 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | CFG | LD0.XBRGGIO130.InMod3.setVal | ING | Enum | SP | B,I | 1 | Input mode | Analogue input mode | 1=Not in use; 2=Resistance; 10=Pt100; 11=Pt250; 20=Ni100; 21=Ni120; 22=Ni250; 30=Cu10 | Configuration\I/O modules\X130 (BIO+RTD)\Input 3 | |||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | TES | LD0.XBRGGIO130.SPCSO1.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X130-SO1 | Connectors 9c-10nc-11no | Tests\Binary outputs\X130 (BIO+RTD) | ||||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | TES | LD0.XBRGGIO130.SPCSO2.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X130-SO2 | Connectors 12c-13nc-14no | Tests\Binary outputs\X130 (BIO+RTD) | ||||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | TES | LD0.XBRGGIO130.SPCSO3.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | X130-SO3 | Connectors 16-17 | Tests\Binary outputs\X130 (BIO+RTD) | ||||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | INF | LD0.XBRGGIO130.EEName.hwRev | DPL | VisString255 (20) | DC | B | 0 | HW revision | Card HW revision | Information\HW modules\X130 (BIO+RTD) | ||||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | INF | LD0.XBRGGIO130.EEName.serNum | DPL | VisString255 (20) | DC | B | 0 | Serial number | Card serial number | Information\HW modules\X130 (BIO+RTD) | ||||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | INF | LD0.XBRGGIO130.EEName.eArtNum | DPL | VisString255 (20) | EX | B | 0 | Article number | Card article number | Information\HW modules\X130 (BIO+RTD) | ||||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | INF | LD0.XBRGGIO130.EEName.eManDate | DPL | VisString255 (20) | EX | B | 0 | Manufacturing date | Card manufacturing date | Information\HW modules\X130 (BIO+RTD) | ||||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | INF | LD0.XBRGGIO130.EEName.eTestDate | DPL | VisString255 (20) | EX | B | 0 | Test date | Card test date | Information\HW modules\X130 (BIO+RTD) | ||||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | VER | LD0.XBRGGIO130.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| X130 (BIO+RTD) | X130 (BIO+RTD) | X130 (BIO+RTD) | VER | LD0.XBRGGIO130.EEName.swRev | DPL | VisString255 (20) | DC | - | (Card information) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| X000 (COM) | OUT | LD0.XGGIO90.EthLnkLiv1.stVal | SPS | BOOLEAN | ST | B,# | ETHLNK1 | Link status of the Ethernet port 1 | 0=Down; 1=Up | Monitoring\Communication\Ethernet\Link statuses | ||||||
| X000 (COM) | OUT | LD0.XGGIO90.EthLnkLiv2.stVal | SPS | BOOLEAN | ST | B,# | ETHLNK2 | Link status of the Ethernet port 2 | 0=Down; 1=Up | Monitoring\Communication\Ethernet\Link statuses | ||||||
| X000 (COM) | OUT | LD0.XGGIO90.EthLnkLiv3.stVal | SPS | BOOLEAN | ST | B,# | ETHLNK3 | Link status of the Ethernet port 3 | 0=Down; 1=Up | Monitoring\Communication\Ethernet\Link statuses | ||||||
| X000 (COM) | CTR | LD0.XGGIO90.Mod.Oper.ctlVal | INC | Enum | CO | I | (X90 on/off) | |||||||||
| X000 (COM) | CTR | LD0.XGGIO90.Status1.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Link status | Link status | 0=Down; 1=Up | Monitoring\Communication\COM1 | |||||
| X000 (COM) | CTR | LD0.XGGIO90.Status2.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Link status | Link status | 0=Down; 1=Up | Monitoring\Communication\COM2 | |||||
| X000 (COM) | MON | LD0.XGGIO90.ChrsRcv1.stVal | INS | INT32 | ST | A | Characters received | Characters received | -1...2147483646 | Monitoring\Communication\COM1 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.LnkFrOk1.stVal | INS | INT32 | ST | A | Frames received | Number of successfully received frames | -1...2147483646 | Monitoring\Communication\COM1 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.LnkFrErr1.stVal | INS | INT32 | ST | A | Frames discarded | Number of discarded frames | -1...2147483646 | Monitoring\Communication\COM1 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.LnkFrTrm1.stVal | INS | INT32 | ST | A | Frames trasmitted | Number of transmitted frames | -1...2147483646 | Monitoring\Communication\COM1 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.CDLost1.stVal | INS | INT32 | ST | A | CD lost | CD lost | -1...2147483646 | Monitoring\Communication\COM1 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.Collision1.stVal | INS | INT32 | ST | A | Collision | Collision | -1...2147483646 | Monitoring\Communication\COM1 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.CTSTmOut1.stVal | INS | INT32 | ST | A | CTS Timeout | CTS Timeout | -1...2147483646 | Monitoring\Communication\COM1 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.TxTmOut1.stVal | INS | INT32 | ST | A | Transmission timeout | Transmission timeout | -1...2147483646 | Monitoring\Communication\COM1 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.ParErr1.stVal | INS | INT32 | ST | A | Parity errors | Number of parity errors | -1...2147483646 | Monitoring\Communication\COM1 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.OvrErr1.stVal | INS | INT32 | ST | A | Overrun errors | Number of overrun errors | -1...2147483646 | Monitoring\Communication\COM1 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.FrmErr1.stVal | INS | INT32 | ST | A | Framing errors | Number of framing errors | -1...2147483646 | Monitoring\Communication\COM1 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.Status1.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Link status | Link status | 0=Down; 1=Up | Monitoring\Communication\COM1 | |||||
| X000 (COM) | MON | LD0.XGGIO90.ChrsRcv2.stVal | INS | INT32 | ST | A | Characters received | Characters received | -1...2147483646 | Monitoring\Communication\COM2 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.LnkFrOk2.stVal | INS | INT32 | ST | A | Frames received | Number of successfully received frames | -1...2147483646 | Monitoring\Communication\COM2 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.LnkFrErr2.stVal | INS | INT32 | ST | A | Frames discarded | Number of discarded frames | -1...2147483646 | Monitoring\Communication\COM2 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.LnkFrTrm2.stVal | INS | INT32 | ST | A | Frames trasmitted | Number of transmitted frames | -1...2147483646 | Monitoring\Communication\COM2 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.CDLost2.stVal | INS | INT32 | ST | A | CD lost | CD lost | -1...2147483646 | Monitoring\Communication\COM2 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.Collision2.stVal | INS | INT32 | ST | A | Collision | Collision | -1...2147483646 | Monitoring\Communication\COM2 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.CTSTmOut2.stVal | INS | INT32 | ST | A | CTS Timeout | CTS Timeout | -1...2147483646 | Monitoring\Communication\COM2 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.TxTmOut2.stVal | INS | INT32 | ST | A | Transmission timeout | Transmission timeout | -1...2147483646 | Monitoring\Communication\COM2 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.ParErr2.stVal | INS | INT32 | ST | A | Parity errors | Number of parity errors | -1...2147483646 | Monitoring\Communication\COM2 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.OvrErr2.stVal | INS | INT32 | ST | A | Overrun errors | Number of overrun errors | -1...2147483646 | Monitoring\Communication\COM2 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.FrmErr2.stVal | INS | INT32 | ST | A | Framing errors | Number of framing errors | -1...2147483646 | Monitoring\Communication\COM2 | ||||||
| X000 (COM) | MON | LD0.XGGIO90.Status2.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Link status | Link status | 0=Down; 1=Up | Monitoring\Communication\COM2 | |||||
| X000 (COM) | CFG | LD0.XGGIO90.FibMod1.setVal | ING | Enum | SP | B | 0 | Fiber mode | Fiber mode for COM1 | 0=No fiber; 2=Fiber optic | Configuration\Communication\COM1 | |||||
| X000 (COM) | CFG | LD0.XGGIO90.SerMod1.setVal | ING | Enum | SP | B | 1 | Serial mode | Serial mode for COM1 | 1=RS485 2Wire; 2=RS485 4Wire; 3=RS232 no handshake; 4=RS232 with handshake | Configuration\Communication\COM1 | |||||
| X000 (COM) | CFG | LD0.XGGIO90.CtsDlTmms1.setVal | ING | INT32 | SP | B | 0 | CTS delay | CTS delay for COM1 | 0...60000 | Configuration\Communication\COM1 | |||||
| X000 (COM) | CFG | LD0.XGGIO90.RtsDlTmms1.setVal | ING | INT32 | SP | B | 0 | RTS delay | RTS delay for COM1 | 0...60000 | Configuration\Communication\COM1 | |||||
| X000 (COM) | CFG | LD0.XGGIO90.SerBaud1.setVal | ING | Enum | SP | B | 6 | Baudrate | Baudrate for COM1 | 1=300; 2=600; 3=1200; 4=2400; 5=4800; 6=9600; 7=19200; 8=38400; 9=57600; 10=115200 | Configuration\Communication\COM1 | |||||
| X000 (COM) | CFG | LD0.XGGIO90.FibMod2.setVal | ING | Enum | SP | B | 0 | Fiber mode | Fiber mode for COM2 | 0=No fiber; 2=Fiber optic | Configuration\Communication\COM2 | |||||
| X000 (COM) | CFG | LD0.XGGIO90.SerMod2.setVal | ING | Enum | SP | B | 1 | Serial mode | Serial mode for COM2 | 1=RS485 2Wire; 2=RS485 4Wire; 3=RS232 no handshake; 4=RS232 with handshake | Configuration\Communication\COM2 | |||||
| X000 (COM) | CFG | LD0.XGGIO90.CtsDlTmms2.setVal | ING | INT32 | SP | B | 0 | CTS delay | CTS delay for COM2 | 0...60000 | Configuration\Communication\COM2 | |||||
| X000 (COM) | CFG | LD0.XGGIO90.RtsDlTmms2.setVal | ING | INT32 | SP | B | 0 | RTS delay | RTS delay for COM2 | 0...60000 | Configuration\Communication\COM2 | |||||
| X000 (COM) | CFG | LD0.XGGIO90.SerBaud2.setVal | ING | Enum | SP | B | 6 | Baudrate | Baudrate for COM2 | 1=300; 2=600; 3=1200; 4=2400; 5=4800; 6=9600; 7=19200; 8=38400; 9=57600; 10=115200 | Configuration\Communication\COM2 | |||||
| X000 (COM) | CFG | LD0.XGGIO90.EthSwMod.setVal | ING | Enum | SP | B,# | 1 | Switch mode | Ethernet switch mode | 1=Normal; 2=HSR; 3=PRP | Configuration\Communication\Ethernet\Redundancy | |||||
| X000 (COM) | INF | LD0.XGGIO90.EEName.hwRev | DPL | VisString255 (20) | DC | B | 0 | HW revision | Card HW revision | Information\HW modules\X000 (COM) | ||||||
| X000 (COM) | INF | LD0.XGGIO90.EEName.swRev | DPL | VisString255 (20) | DC | B | - | SW version | Card SW version | Information\HW modules\X000 (COM) | ||||||
| X000 (COM) | INF | LD0.XGGIO90.EEName.serNum | DPL | VisString255 (20) | DC | B | 0 | Serial number | Card serial number | Information\HW modules\X000 (COM) | ||||||
| X000 (COM) | INF | LD0.XGGIO90.EEName.eArtNum | DPL | VisString255 (20) | EX | B | 0 | Article number | Card article number | Information\HW modules\X000 (COM) | ||||||
| X000 (COM) | INF | LD0.XGGIO90.EEName.eManDate | DPL | VisString255 (20) | EX | B | 0 | Manufacturing date | Card manufacturing date | Information\HW modules\X000 (COM) | ||||||
| X000 (COM) | INF | LD0.XGGIO90.EEName.eTestDate | DPL | VisString255 (20) | EX | B | 0 | Test date | Card test date | Information\HW modules\X000 (COM) | ||||||
| X000 (COM) | VER | LD0.XGGIO90.EEName.swRev | DPL | VisString255 (20) | DC | B | - | SW version | Card SW version | Information\HW modules\X000 (COM) | ||||||
| X000 (COM) | VER | LD0.XGGIO90.NamPlt.swRev | LPL | VisString255 (20) | DC | D | (X90) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| Ethernet supervision | OUT | LD0.DIAGLCCH1.ChLiv.stVal | SPS | BOOLEAN | ST | A,# | StatIed | P,H | CHLIV | Ethernet channel live | Monitoring\Communication\Ethernet\Activity | |||||
| Ethernet supervision | OUT | LD0.DIAGLCCH1.RedChLiv.stVal | SPS | BOOLEAN | ST | A,# | StatIed | P,H | REDCHLIV | Ethernet redundant channel live | Monitoring\Communication\Ethernet\Activity | |||||
| Ethernet supervision | VER | LD0.DIAGLCCH1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (DIAGLCCH1) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| Modbus | OUT | LD0.MBSGGIO1.Status01.stVal | SPC | BOOLEAN | ST | (Communication status) | ||||||||||
| Modbus | OUT | LD0.MBSGGIO1.Status02.stVal | SPC | BOOLEAN | ST | (Communication status) | ||||||||||
| Modbus | OUT | LD0.MBSGGIO1.Status11.stVal | SPC | BOOLEAN | ST | (Status 1) | ||||||||||
| Modbus | OUT | LD0.MBSGGIO1.Status12.stVal | SPC | BOOLEAN | ST | (Status 2) | ||||||||||
| Modbus | OUT | LD0.MBSGGIO1.Status13.stVal | SPC | BOOLEAN | ST | (Status 3) | ||||||||||
| Modbus | OUT | LD0.MBSGGIO1.Status14.stVal | SPC | BOOLEAN | ST | (Status 4) | ||||||||||
| Modbus | OUT | LD0.MBSGGIO1.Status15.stVal | SPC | BOOLEAN | ST | (Status 5) | ||||||||||
| Modbus | CTR | LD0.MBSGGIO1.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||||
| Modbus | CTR | LD0.MBSGGIO1.Status01.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Status 1 | Communication status: 1:active, 0:inactive | Monitoring\Communication\Modbus\Serial | ||||||
| Modbus | CTR | LD0.MBSGGIO1.Status02.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Status 2 | Communication status: 1:active, 0:inactive | Monitoring\Communication\Modbus\Serial | ||||||
| Modbus | CTR | LD0.MBSGGIO1.Status11.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Status 1 | Communication status: 1:active, 0:inactive | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | CTR | LD0.MBSGGIO1.Status12.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Status 2 | Communication status: 1:active, 0:inactive | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | CTR | LD0.MBSGGIO1.Status13.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Status 3 | Communication status: 1:active, 0:inactive | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | CTR | LD0.MBSGGIO1.Status14.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Status 4 | Communication status: 1:active, 0:inactive | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | CTR | LD0.MBSGGIO1.Status15.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Status 5 | Communication status: 1:active, 0:inactive | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | CTR | LD0.MBSGGIO1.CnRejNoSck.Oper.ctlVal | INC | INT32 | CO | B | -1 | CnReject No Sockets | Connections rejected due to unavailable sockets | -1...2147483647 | Monitoring\Communication\Modbus\Ethernet | |||||
| Modbus | CTR | LD0.MBSGGIO1.CnRejUnReg.Oper.ctlVal | INC | INT32 | CO | B | -1 | CnReject Unregistered | Connections rejected for unregistered client | -1...2147483647 | Monitoring\Communication\Modbus\Ethernet | |||||
| Modbus | MON | LD0.MBSGGIO1.RcvFrms01.stVal | INS | INT32 | ST | A | Received frames 1 | Received frames | -1...2147483646 | Monitoring\Communication\Modbus\Serial | ||||||
| Modbus | MON | LD0.MBSGGIO1.ChksErr01.stVal | INS | INT32 | ST | A | Checksum errors 1 | Checksum errors | -1...2147483646 | Monitoring\Communication\Modbus\Serial | ||||||
| Modbus | MON | LD0.MBSGGIO1.TrmFrms01.stVal | INS | INT32 | ST | A | Transmitted frames 1 | Transmitted frames | -1...2147483646 | Monitoring\Communication\Modbus\Serial | ||||||
| Modbus | MON | LD0.MBSGGIO1.TrmExcA01.stVal | INS | INT32 | ST | A | Transmitted exc A 1 | Transmitted exceptions 01 and 02 | -1...2147483646 | Monitoring\Communication\Modbus\Serial | ||||||
| Modbus | MON | LD0.MBSGGIO1.TrmExcB01.stVal | INS | INT32 | ST | A | Transmitted exc B 1 | Transmitted exceptions 03 | -1...2147483646 | Monitoring\Communication\Modbus\Serial | ||||||
| Modbus | MON | LD0.MBSGGIO1.Status01.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Status 1 | Communication status: 1:active, 0:inactive | Monitoring\Communication\Modbus\Serial | ||||||
| Modbus | MON | LD0.MBSGGIO1.RcvFrms02.stVal | INS | INT32 | ST | A | Received frames 2 | Received frames | -1...2147483646 | Monitoring\Communication\Modbus\Serial | ||||||
| Modbus | MON | LD0.MBSGGIO1.ChksErr02.stVal | INS | INT32 | ST | A | Checksum errors 2 | Checksum errors | -1...2147483646 | Monitoring\Communication\Modbus\Serial | ||||||
| Modbus | MON | LD0.MBSGGIO1.TrmFrms02.stVal | INS | INT32 | ST | A | Transmitted frames 2 | Transmitted frames | -1...2147483646 | Monitoring\Communication\Modbus\Serial | ||||||
| Modbus | MON | LD0.MBSGGIO1.TrmExcA02.stVal | INS | INT32 | ST | A | Transmitted exc A 2 | Transmitted exceptions 01 and 02 | -1...2147483646 | Monitoring\Communication\Modbus\Serial | ||||||
| Modbus | MON | LD0.MBSGGIO1.TrmExcB02.stVal | INS | INT32 | ST | A | Transmitted exc B 2 | Transmitted exceptions 03 | -1...2147483646 | Monitoring\Communication\Modbus\Serial | ||||||
| Modbus | MON | LD0.MBSGGIO1.Status02.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Status 2 | Communication status: 1:active, 0:inactive | Monitoring\Communication\Modbus\Serial | ||||||
| Modbus | MON | LD0.MBSGGIO1.RcvFrms11.stVal | INS | INT32 | ST | A | Received frames 1 | Received frames | -1...2147483646 | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.TrmFrms11.stVal | INS | INT32 | ST | A | Transmitted frames 1 | Transmitted frames | -1...2147483646 | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.TrmExcA11.stVal | INS | INT32 | ST | A | Transmitted exc A 1 | Transmitted exceptions 01 and 02 | -1...2147483646 | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.TrmExcB11.stVal | INS | INT32 | ST | A | Transmitted exc B 1 | Transmitted exceptions 03 | -1...2147483646 | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.Status11.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Status 1 | Communication status: 1:active, 0:inactive | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.RcvFrms12.stVal | INS | INT32 | ST | A | Received frames 2 | Received frames | -1...2147483646 | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.TrmFrms12.stVal | INS | INT32 | ST | A | Transmitted frames 2 | Transmitted frames | -1...2147483646 | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.TrmExcA12.stVal | INS | INT32 | ST | A | Transmitted exc A 2 | Transmitted exceptions 01 and 02 | -1...2147483646 | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.TrmExcB12.stVal | INS | INT32 | ST | A | Transmitted exc B 2 | Transmitted exceptions 03 | -1...2147483646 | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.Status12.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Status 2 | Communication status: 1:active, 0:inactive | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.RcvFrms13.stVal | INS | INT32 | ST | A | Received frames 3 | Received frames | -1...2147483646 | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.TrmFrms13.stVal | INS | INT32 | ST | A | Transmitted frames 3 | Transmitted frames | -1...2147483646 | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.TrmExcA13.stVal | INS | INT32 | ST | A | Transmitted exc A 3 | Transmitted exceptions 01 and 02 | -1...2147483646 | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.TrmExcB13.stVal | INS | INT32 | ST | A | Transmitted exc B 3 | Transmitted exceptions 03 | -1...2147483646 | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.Status13.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Status 3 | Communication status: 1:active, 0:inactive | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.RcvFrms14.stVal | INS | INT32 | ST | A | Received frames 4 | Received frames | -1...2147483646 | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.TrmFrms14.stVal | INS | INT32 | ST | A | Transmitted frames 4 | Transmitted frames | -1...2147483646 | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.TrmExcA14.stVal | INS | INT32 | ST | A | Transmitted exc A 4 | Transmitted exceptions 01 and 02 | -1...2147483646 | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.TrmExcB14.stVal | INS | INT32 | ST | A | Transmitted exc B 4 | Transmitted exceptions 03 | -1...2147483646 | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.Status14.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Status 4 | Communication status: 1:active, 0:inactive | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.RcvFrms15.stVal | INS | INT32 | ST | A | Received frames 5 | Received frames | -1...2147483646 | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.TrmFrms15.stVal | INS | INT32 | ST | A | Transmitted frames 5 | Transmitted frames | -1...2147483646 | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.TrmExcA15.stVal | INS | INT32 | ST | A | Transmitted exc A 5 | Transmitted exceptions 01 and 02 | -1...2147483646 | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.TrmExcB15.stVal | INS | INT32 | ST | A | Transmitted exc B 5 | Transmitted exceptions 03 | -1...2147483646 | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.Status15.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Status 5 | Communication status: 1:active, 0:inactive | Monitoring\Communication\Modbus\Ethernet | ||||||
| Modbus | MON | LD0.MBSGGIO1.CnRejNoSck.Oper.ctlVal | INC | INT32 | CO | B | -1 | CnReject No Sockets | Connections rejected due to unavailable sockets | -1...2147483647 | Monitoring\Communication\Modbus\Ethernet | |||||
| Modbus | MON | LD0.MBSGGIO1.CnRejUnReg.Oper.ctlVal | INC | INT32 | CO | B | -1 | CnReject Unregistered | Connections rejected for unregistered client | -1...2147483647 | Monitoring\Communication\Modbus\Ethernet | |||||
| Modbus | CFG | LD0.MBSGGIO1.NamPlt.clientIP1 | LPL | VisString255 (20) | EX | B | 000.000.000.000 | ClientIP1 | Modbus Registered Client 1 | Configuration\Communication\Modbus | ||||||
| Modbus | CFG | LD0.MBSGGIO1.NamPlt.clientIP2 | LPL | VisString255 (20) | EX | B | 000.000.000.000 | ClientIP2 | Modbus Registered Client 2 | Configuration\Communication\Modbus | ||||||
| Modbus | CFG | LD0.MBSGGIO1.NamPlt.clientIP3 | LPL | VisString255 (20) | EX | B | 000.000.000.000 | ClientIP3 | Modbus Registered Client 3 | Configuration\Communication\Modbus | ||||||
| Modbus | CFG | LD0.MBSGGIO1.NamPlt.clientIP4 | LPL | VisString255 (20) | EX | B | 000.000.000.000 | ClientIP4 | Modbus Registered Client 4 | Configuration\Communication\Modbus | ||||||
| Modbus | CFG | LD0.MBSGGIO1.NamPlt.clientIP5 | LPL | VisString255 (20) | EX | B | 000.000.000.000 | ClientIP5 | Modbus Registered Client 5 | Configuration\Communication\Modbus | ||||||
| Modbus | CFG | LD0.MBSGGIO1.NamPlt.maxMBTCPClients | LPL | INT32 | EX | B | 5 | MaxTCPClients | Maximum number of Modbus TCP/IP clients | 0...5 | Configuration\Communication\Modbus | |||||
| Modbus | CFG | LD0.MBSGGIO1.NamPlt.tcpClientWrAuth | LPL | Enum | EX | B | 2 | TCPWriteAuthority | Write authority setting for Modbus TCP/IP clients | 0=No clients; 1=Reg. clients; 2=All clients | Configuration\Communication\Modbus | |||||
| Modbus | CFG | LD0.MBSGGIO1.NamPlt.ctrlStructPassWd1 | LPL | VisString255 (20) | EX | B | **** | CtlStructPWd1 | Password for Modbus control struct 1 | Configuration\Communication\Modbus | ||||||
| Modbus | CFG | LD0.MBSGGIO1.NamPlt.ctrlStructPassWd2 | LPL | VisString255 (20) | EX | B | **** | CtlStructPWd2 | Password for Modbus control struct 2 | Configuration\Communication\Modbus | ||||||
| Modbus | CFG | LD0.MBSGGIO1.NamPlt.ctrlStructPassWd3 | LPL | VisString255 (20) | EX | B | **** | CtlStructPWd3 | Password for Modbus control struct 3 | Configuration\Communication\Modbus | ||||||
| Modbus | CFG | LD0.MBSGGIO1.NamPlt.ctrlStructPassWd4 | LPL | VisString255 (20) | EX | B | **** | CtlStructPWd4 | Password for Modbus control struct 4 | Configuration\Communication\Modbus | ||||||
| Modbus | CFG | LD0.MBSGGIO1.NamPlt.ctrlStructPassWd5 | LPL | VisString255 (20) | EX | B | **** | CtlStructPWd5 | Password for Modbus control struct 5 | Configuration\Communication\Modbus | ||||||
| Modbus | CFG | LD0.MBSGGIO1.NamPlt.ctrlStructPassWd6 | LPL | VisString255 (20) | EX | B | **** | CtlStructPWd6 | Password for Modbus control struct 6 | Configuration\Communication\Modbus | ||||||
| Modbus | CFG | LD0.MBSGGIO1.NamPlt.ctrlStructPassWd7 | LPL | VisString255 (20) | EX | B | **** | CtlStructPWd7 | Password for Modbus control struct 7 | Configuration\Communication\Modbus | ||||||
| Modbus | CFG | LD0.MBSGGIO1.NamPlt.ctrlStructPassWd8 | LPL | VisString255 (20) | EX | B | **** | CtlStructPWd8 | Password for Modbus control struct 8 | Configuration\Communication\Modbus | ||||||
| Modbus | CFG | LD0.MBSGGIO1.NamPlt.evIDSelection | LPL | Enum | EX | B | 0 | EventID | Event ID selection | 0=Address; 1=UID | Configuration\Communication\Modbus | |||||
| Modbus | CFG | LD0.MBSGGIO1.NamPlt.useLocalTime | LPL | Enum | EX | B | 1 | TimeFormat | Time format for Modbus time stamps | 0=UTC; 1=Local | Configuration\Communication\Modbus | |||||
| Modbus | CFG | LD0.MBSGGIO1.SerPort1.setVal | ING | Enum | SP | B | 0 | Serial port 1 | COM port for Serial interface 1 | 0=Not in use; 1=COM 1; 2=COM 2 | Configuration\Communication\Modbus | |||||
| Modbus | CFG | LD0.MBSGGIO1.UnAddr1.setVal | ING | INT32 | SP | B | 1 | Address 1 | Modbus unit address on Serial interface 1 | 1...255 | Configuration\Communication\Modbus | |||||
| Modbus | CFG | LD0.MBSGGIO1.LnkMod1.setVal | ING | Enum | SP | B | 1 | Link mode 1 | Modbus link mode on Serial interface 1 | 1=RTU; 2=ASCII | Configuration\Communication\Modbus | |||||
| Modbus | CFG | LD0.MBSGGIO1.StrFrmDl1.setVal | ING | INT32 | SP | B | 4 | Start delay 1 | Start frame delay in chars on Serial interface 1 | 0...20 char | Configuration\Communication\Modbus | |||||
| Modbus | CFG | LD0.MBSGGIO1.StopFrmDl1.setVal | ING | INT32 | SP | B | 3 | End delay 1 | End frame delay in chars on Serial interface 1 | 0...20 char | Configuration\Communication\Modbus | |||||
| Modbus | CFG | LD0.MBSGGIO1.SerPort2.setVal | ING | Enum | SP | B | 0 | Serial port 2 | COM port for Serial interface 2 | 0=Not in use; 1=COM 1; 2=COM 2 | Configuration\Communication\Modbus | |||||
| Modbus | CFG | LD0.MBSGGIO1.UnAddr2.setVal | ING | INT32 | SP | B | 2 | Address 2 | Modbus unit address on Serial interface 2 | 1...255 | Configuration\Communication\Modbus | |||||
| Modbus | CFG | LD0.MBSGGIO1.LnkMod2.setVal | ING | Enum | SP | B | 1 | Link mode 2 | Modbus link mode on Serial interface 2 | 1=RTU; 2=ASCII | Configuration\Communication\Modbus | |||||
| Modbus | CFG | LD0.MBSGGIO1.StrFrmDl2.setVal | ING | INT32 | SP | B | 4 | Start delay 2 | Start frame delay in chars on Serial interface 2 | 0...20 | Configuration\Communication\Modbus | |||||
| Modbus | CFG | LD0.MBSGGIO1.StopFrmDl2.setVal | ING | INT32 | SP | B | 3 | End delay 2 | End frame delay in chars on Serial interface 2 | 0...20 | Configuration\Communication\Modbus | |||||
| Modbus | CFG | LD0.MBSGGIO1.InOv.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | Internal Overflow | Modbus Internal Overflow: TRUE-System level overflow occured (indication only) | Configuration\Communication\Modbus | |||||
| Modbus | CFG | LD0.MBSGGIO1.SerPty1.setVal | ING | Enum | SP | B | 2 | Parity 1 | Parity for Serial interface 1 | 0=none; 1=odd; 2=even | Configuration\Communication\Modbus | |||||
| Modbus | CFG | LD0.MBSGGIO1.SerPty2.setVal | ING | Enum | SP | B | 2 | Parity 2 | Parity for Serial interface 2 | 0=none; 1=odd; 2=even | Configuration\Communication\Modbus | |||||
| Modbus | VER | LD0.MBSGGIO1.NamPlt.swRev | LPL | VisString255 (20) | DC | C | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| IEC60870-5-103 | OUT | LD0.I3CGGIO1.Status01.stVal | SPC | BOOLEAN | ST | (Status 1) | ||||||||||
| IEC60870-5-103 | OUT | LD0.I3CGGIO1.Status02.stVal | SPC | BOOLEAN | ST | (Status 2) | ||||||||||
| IEC60870-5-103 | CTR | LD0.I3CGGIO1.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||||
| IEC60870-5-103 | CTR | LD0.I3CGGIO1.Status01.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Status 1 | Status | Monitoring\Communication\IEC60870-5-103\Serial | ||||||
| IEC60870-5-103 | CTR | LD0.I3CGGIO1.Status02.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Status 2 | Status | Monitoring\Communication\IEC60870-5-103\Serial | ||||||
| IEC60870-5-103 | CTR | LD0.I3CGGIO1.ActSG.Oper.ctlVal | INC | INT32 | CO | (Active Setting Group) | ||||||||||
| IEC60870-5-103 | MON | LD0.I3CGGIO1.RcvFrms01.stVal | INS | INT32 | ST | A | Received frames 1 | Received frames | -1...2147483646 | Monitoring\Communication\IEC60870-5-103\Serial | ||||||
| IEC60870-5-103 | MON | LD0.I3CGGIO1.ChksErr01.stVal | INS | INT32 | ST | A | Checksum errors 1 | Checksum errors | -1...2147483646 | Monitoring\Communication\IEC60870-5-103\Serial | ||||||
| IEC60870-5-103 | MON | LD0.I3CGGIO1.TrmFrms01.stVal | INS | INT32 | ST | A | Transmitted frames 1 | Transmitted frames | -1...2147483646 | Monitoring\Communication\IEC60870-5-103\Serial | ||||||
| IEC60870-5-103 | MON | LD0.I3CGGIO1.Status01.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | Status 1 | Status | Monitoring\Communication\IEC60870-5-103\Serial | ||||||
| IEC60870-5-103 | MON | LD0.I3CGGIO1.RcvFrms02.stVal | INS | INT32 | ST | A | Received frames 2 | Received frames | -1...2147483646 | Monitoring\Communication\IEC60870-5-103\Serial | ||||||
| IEC60870-5-103 | MON | LD0.I3CGGIO1.ChksErr02.stVal | INS | INT32 | ST | A | Checksum errors 2 | Checksum errors | -1...2147483646 | Monitoring\Communication\IEC60870-5-103\Serial | ||||||
| IEC60870-5-103 | MON | LD0.I3CGGIO1.TrmFrms02.stVal | INS | INT32 | ST | A | Transmitted frames 2 | Transmitted frames | -1...2147483646 | Monitoring\Communication\IEC60870-5-103\Serial | ||||||
| IEC60870-5-103 | MON | LD0.I3CGGIO1.Status02.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Status 2 | Status | Monitoring\Communication\IEC60870-5-103\Serial | ||||||
| IEC60870-5-103 | MON | LD0.I3CGGIO1.ActSG.Oper.ctlVal | INC | INT32 | CO | (Active Setting Group) | ||||||||||
| IEC60870-5-103 | MON | LD0.I3CGGIO1.ActSG.Oper.origin.orCat | INC | Enum | CO | (Active Setting Group) | ||||||||||
| IEC60870-5-103 | MON | LD0.I3CGGIO1.ActSG.Oper.origin.orIdent | INC | Octet64 | CO | (Active Setting Group) | ||||||||||
| IEC60870-5-103 | MON | LD0.I3CGGIO1.ActSG.Oper.ctlNum | INC | INT8U | CO | (Active Setting Group) | ||||||||||
| IEC60870-5-103 | MON | LD0.I3CGGIO1.ActSG.Oper.Test | INC | BOOLEAN | CO | (Active Setting Group) | ||||||||||
| IEC60870-5-103 | MON | LD0.I3CGGIO1.ActSG.Oper.Check | INC | Bstring2 | CO | (Active Setting Group) | ||||||||||
| IEC60870-5-103 | MON | LD0.I3CGGIO1.ActSG.stVal | INC | INT32 | ST | StatIed | P,H | (Active Setting Group) | ||||||||
| IEC60870-5-103 | MON | LD0.I3CGGIO1.ActSG.ctlModel | INC | Enum | CF | (Active Setting Group) | ||||||||||
| IEC60870-5-103 | MON | LD0.I3CGGIO1.ActSG.minVal | INC | INT32 | CF | (Active Setting Group) | ||||||||||
| IEC60870-5-103 | MON | LD0.I3CGGIO1.ActSG.maxVal | INC | INT32 | CF | (Active Setting Group) | ||||||||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.InOv.stVal | SPS | BOOLEAN | ST | B | Internal Overflow | Internal Overflow: TRUE-System level overflow occured (indication only) | Configuration\Communication\IEC60870-5-103 | |||||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.SerPort1.setVal | ING | Enum | SP | B | 0 | Serial port 1 | COM port for instance 1 | 0=Not in use; 1=COM 1; 2=COM 2 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.UnAddr1.setVal | ING | INT32 | SP | B | 1 | Address 1 | Unit address for instance 1 | 1...255 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.StrFrmDl1.setVal | ING | INT32 | SP | B | 4 | Start delay 1 | Start frame delay in chars for instance 1 | 0...20 char | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.StopFrmDl1.setVal | ING | INT32 | SP | B | 4 | End delay 1 | End frame delay in chars for instance 1 | 0...20 char | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.Cls2Frm1i1.setVal | ING | Enum | SP | B | 6 | Frame1InUse 1 | Active Class2 Frame 1 for instance 1 | -1=Not in use; 0=User frame; 1=Standard frame 1; 2=Standard frame 2; 3=Standard frame 3; 4=Standard frame 4; 5=Standard frame 5; 6=Private frame 6; 7=Private frame 7 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.Cls2Frm2i1.setVal | ING | Enum | SP | B | -1 | Frame2InUse 1 | Active Class2 Frame 2 for instance 1 | -1=Not in use; 0=User frame; 1=Standard frame 1; 2=Standard frame 2; 3=Standard frame 3; 4=Standard frame 4; 5=Standard frame 5; 6=Private frame 6; 7=Private frame 7 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.Cls2Frm3i1.setVal | ING | Enum | SP | B | -1 | Frame3InUse 1 | Active Class2 Frame 3 for instance 1 | -1=Not in use; 0=User frame; 1=Standard frame 1; 2=Standard frame 2; 3=Standard frame 3; 4=Standard frame 4; 5=Standard frame 5; 6=Private frame 6; 7=Private frame 7 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.Cls2Frm4i1.setVal | ING | Enum | SP | B | -1 | Frame4InUse 1 | Active Class2 Frame 4 for instance 1 | -1=Not in use; 0=User frame; 1=Standard frame 1; 2=Standard frame 2; 3=Standard frame 3; 4=Standard frame 4; 5=Standard frame 5; 6=Private frame 6; 7=Private frame 7 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.UsrFnTyp1.setVal | ING | INT32 | SP | A | 10 | UsrFType 1 | Function type for User Class 2 Frame for instance 1 | 0...255 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.UsrInfNo1.setVal | ING | INT32 | SP | A | 230 | UsrInfNo 1 | Information Number for User Class2 Frame for instance 1 | 0...255 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.C1OvInd1.setVal | ING | Enum | SP | A | 2 | Class1OvInd 1 | Overflow Indication for instance 1 | 0=No indication; 1=Both edges; 2=Rising edge | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.C1OvFTyp1.setVal | ING | INT32 | SP | A | 10 | Class1OvFType 1 | Function Type for Class 1 overflow indication for instance 1 | 0...255 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.C1OvINo1.setVal | ING | INT32 | SP | A | 255 | Class1OvInfNo 1 | Information Number for Class 1 overflow indication for instance 1 | 0...255 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.C1OvBkOf1.setVal | ING | INT32 | SP | A | 500 | Class1OvBackOff 1 | Backoff Range for Class1 buffer for instance 1 | 0...500 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.GIOpt1.setVal | ING | Enum | SP | A | 0 | GI Optimize 1 | Optimize GI traffic for instance 1 | 0=Standard behaviour; 1=Skip spontaneous; 2=Only overflown; 3=Combined | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.DevFTyp1.setVal | ING | INT32 | SP | A | 9 | DevFunType 1 | Device Function Type for instance 1 | 0...255 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.SerPort2.setVal | ING | Enum | SP | B | 0 | Serial port 2 | COM port for instance 2 | 0=Not in use; 1=COM 1; 2=COM 2 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.UnAddr2.setVal | ING | INT32 | SP | B | 1 | Address 2 | Unit address for instance 2 | 1...255 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.StrFrmDl2.setVal | ING | INT32 | SP | B | 4 | Start delay 2 | Start frame delay in chars for instance 2 | 0...20 char | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.StopFrmDl2.setVal | ING | INT32 | SP | B | 4 | End delay 2 | End frame delay in chars for instance 2 | 0...20 char | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.Cls2Frm1i2.setVal | ING | Enum | SP | B | 6 | Frame1InUse 2 | Active Class2 Frame 1 for instance 2 | -1=Not in use; 0=User frame; 1=Standard frame 1; 2=Standard frame 2; 3=Standard frame 3; 4=Standard frame 4; 5=Standard frame 5; 6=Private frame 6; 7=Private frame 7 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.Cls2Frm2i2.setVal | ING | Enum | SP | B | -1 | Frame2InUse 2 | Active Class2 Frame 2 for instance 2 | -1=Not in use; 0=User frame; 1=Standard frame 1; 2=Standard frame 2; 3=Standard frame 3; 4=Standard frame 4; 5=Standard frame 5; 6=Private frame 6; 7=Private frame 7 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.Cls2Frm3i2.setVal | ING | Enum | SP | B | -1 | Frame3InUse 2 | Active Class2 Frame 3 for instance 2 | -1=Not in use; 0=User frame; 1=Standard frame 1; 2=Standard frame 2; 3=Standard frame 3; 4=Standard frame 4; 5=Standard frame 5; 6=Private frame 6; 7=Private frame 7 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.Cls2Frm4i2.setVal | ING | Enum | SP | B | -1 | Frame4InUse 2 | Active Class2 Frame 4 for instance 2 | -1=Not in use; 0=User frame; 1=Standard frame 1; 2=Standard frame 2; 3=Standard frame 3; 4=Standard frame 4; 5=Standard frame 5; 6=Private frame 6; 7=Private frame 7 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.UsrFnTyp2.setVal | ING | INT32 | SP | A | 10 | UsrFType 2 | Function type for User Class 2 Frame for instance 2 | 0...255 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.UsrInfNo2.setVal | ING | INT32 | SP | A | 230 | UsrInfNo 2 | Information Number for User Class2 Frame for instance 2 | 0...255 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.C1OvInd2.setVal | ING | Enum | SP | A | 2 | Class1OvInd 2 | Overflow Indication for instance 2 | 0=No indication; 1=Both edges; 2=Rising edge | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.C1OvFTyp2.setVal | ING | INT32 | SP | A | 10 | Class1OvFType 2 | Function Type for Class 1 overflow indication for instance 2 | 0...255 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.C1OvINo2.setVal | ING | INT32 | SP | A | 255 | Class1OvInfNo 2 | Information Number for Class 1 overflow indication for instance 2 | 0...255 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.C1OvBkOf2.setVal | ING | INT32 | SP | A | 500 | Class1OvBackOff 2 | Backoff Range for Class1 buffer for instance 2 | 0...500 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.GIOpt2.setVal | ING | Enum | SP | A | 0 | GI Optimize 2 | Optimize GI traffic for instance 2 | 0=Standard behaviour; 1=Skip spontaneous; 2=Only overflown; 3=Combined | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.DevFTyp2.setVal | ING | INT32 | SP | A | 9 | DevFunType 2 | Device Function Type for instance 2 | 0...255 | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.Cls1Prio1.setVal | ING | Enum | SP | B | 0 | Class1Priority 1 | Class 1 data sending priority relationship between Events and Disturbance Recorder data. | 0=Ev High; 1=Ev/DR Equal; 2=DR High | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.Cls1Prio2.setVal | ING | Enum | SP | B | 0 | Class1Priority 2 | Class 1 data sending priority relationship between Events and Disturbance Recorder data. | 0=Ev High; 1=Ev/DR Equal; 2=DR High | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.DREnabled1.setVal | ING | Enum | SP | A | 0 | DR Notification 1 | Disturbance Recorder spontaneous indications enabled/disabled | 0=Disabled; 1=Enabled | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | CFG | LD0.I3CGGIO1.DREnabled2.setVal | ING | Enum | SP | B | 0 | DR Notification 2 | Disturbance Recorder spontaneous indications enabled/disabled | 0=Disabled; 1=Enabled | Configuration\Communication\IEC60870-5-103 | |||||
| IEC60870-5-103 | VER | LD0.I3CGGIO1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| DNP 3.0 | CTR | LD0.DNPGGIO1.Mod.Oper.ctlVal | INC | Enum | CO | I | (Mode) | |||||||||
| DNP 3.0 | CTR | LD0.DNPGGIO1.ActSG1.Oper.ctlVal | SPC | BOOLEAN | CO | (Activate setting group 1) | ||||||||||
| DNP 3.0 | CTR | LD0.DNPGGIO1.ActSG2.Oper.ctlVal | SPC | BOOLEAN | CO | (Activate setting group 2) | ||||||||||
| DNP 3.0 | CTR | LD0.DNPGGIO1.ActSG3.Oper.ctlVal | SPC | BOOLEAN | CO | (Activate setting group 3) | ||||||||||
| DNP 3.0 | CTR | LD0.DNPGGIO1.ActSG4.Oper.ctlVal | SPC | BOOLEAN | CO | (Activate setting group 4) | ||||||||||
| DNP 3.0 | CTR | LD0.DNPGGIO1.ActSG5.Oper.ctlVal | SPC | BOOLEAN | CO | (Activate setting group 5) | ||||||||||
| DNP 3.0 | CTR | LD0.DNPGGIO1.ActSG6.Oper.ctlVal | SPC | BOOLEAN | CO | (Activate setting group 6) | ||||||||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.PhysLayer.setVal | ING | Enum | SP | B | 2 | DNP physical layer | DNP physical layer | 1=Serial; 2=TCP/IP | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.UnitAddr.setVal | ING | INT32 | SP | B | 1 | Unit address | DNP unit address | 1...65519 | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.MastAddr.setVal | ING | INT32 | SP | B | 3 | Master address | DNP master and UR address | 1...65519 | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.SerPort.setVal | ING | Enum | SP | B | 0 | Serial port | COM port for serial interface, when physical layer is serial. | 0=Not in use; 1=COM 1; 2=COM 2 | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.NeedTimeTO.setVal | ING | INT32 | SP | B | 30 | Need time interval | Period to set IIN need time bit | 0...65535 min | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.DnpTimeFmt.setVal | ING | Enum | SP | B | 1 | Time format | UTC or local. Coordinate with master. | 0=UTC; 1=Local | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.CrobSelTO.setVal | ING | INT32 | SP | B | 10 | CROB select timeout | Control Relay Output Block select timeout | 1...65535 sec | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.DLConf.setVal | ING | Enum | SP | B | 0 | Data link confirm | Data link confirm mode | 0=Never; 1=Only Multiframe; 2=Always | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.DLConfTO.setVal | ING | INT32 | SP | B | 3000 | Data link confirm TO | Data link confirm timeout | 100...65535 ms | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.DLRetry.setVal | ING | INT32 | SP | B | 3 | Data link retries | Data link retries count | 0...65535 | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.DLRxToTx.setVal | ING | INT32 | SP | B | 0 | Data link Rx to Tx delay | Turnaround transmission delay | 0...255 ms | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.DLIntChDly.setVal | ING | INT32 | SP | B | 4 | Data link inter char delay | Inter character delay for incoming messages | 0...20 char | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.ALConf.setVal | ING | Enum | SP | B | 1 | App layer confirm | Application layer confirm mode | 1=Disable; 2=Enable | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.ALConfTO.setVal | ING | INT32 | SP | B | 5000 | App confirm TO | Application layer confirm and UR timeout | 100...65535 ms | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.ALFragSize.setVal | ING | INT32 | SP | B | 2048 | App layer fragment | Application layer fragment size | 256...2048 bytes | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.URMode.setVal | ING | Enum | SP | B | 1 | UR mode | Unsolicited responses mode | 1=Disable; 2=Enable | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.URRetry.setVal | ING | INT32 | SP | B | 3 | UR retries | Unsolicited retries before switching to UR offline mode | 0...65535 | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.URRetryTO.setVal | ING | INT32 | SP | B | 5000 | UR TO | Unsolicited response timeout | 0...65535 ms | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.UROffLinTO.setVal | ING | INT32 | SP | B | 15 | UR offline interval | Unsolicited offline interval | 0...65535 min | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.URClass1.setVal | ING | INT32 | SP | B | 2 | UR Class 1 Min events | Min number of class 1 events to generate UR | 0...999 | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.URClass1TO.setVal | ING | INT32 | SP | B | 50 | UR Class 1 TO | Max holding time for class 1 events to generate UR | 0...65535 ms | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.URClass2.setVal | ING | INT32 | SP | B | 2 | UR Class 2 Min events | Min number of class 2 events to generate UR | 0...999 | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.URClass2TO.setVal | ING | INT32 | SP | B | 50 | UR Class 2 TO | Max holding time for class 2 events to generate UR | 0...65535 ms | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.URClass3.setVal | ING | INT32 | SP | B | 2 | UR Class 3 Min events | Min number of class 3 events to generate UR | 0...999 | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.URClass3TO.setVal | ING | INT32 | SP | B | 50 | UR Class 3 TO | Max holding time for class 3 events to generate UR | 0...65535 ms | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.URLgcyMast.setVal | ING | Enum | SP | B | 1 | Legacy master UR | Legacy DNP master unsolicited mode support. When enabled relay does not send initial unsolicited message. | 1=Disable; 2=Enable | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.SBOLgcyMas.setVal | ING | Enum | SP | B | 1 | Legacy master SBO | Legacy DNP Master SBO sequence number relax enable | 1=Disable; 2=Enable | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.DefVar01.setVal | ING | INT32 | SP | B | 1 | Default Var Obj 01 | 1=BI; 2=BI with status. | 1...2 | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.DefVar02.setVal | ING | INT32 | SP | B | 2 | Default Var Obj 02 | 1=BI event; 2=BI event with time. | 1...2 | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.DefVar30.setVal | ING | INT32 | SP | B | 2 | Default Var Obj 30 | 1=32 bit AI; 2=16 bit AI; 3=32 bit AI without flag; 4=16 bit AI without flag. | 1...4 | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | CFG | LD0.DNPGGIO1.DefVar32.setVal | ING | INT32 | SP | B | 4 | Default Var Obj 32 | 1=32 bit AI event; 2=16 bit AI event; 3=32 bit AI event with time; 4=16 bit AI event with time. | 1...4 | Configuration\Communication\DNP3.0 | |||||
| DNP 3.0 | VER | LD0.DNPGGIO1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| ARCSARC1 | ARC (1) | 50L/50NL (1) | INP | LD0.ARCSARC11.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for all binary outputs | Monitoring\I/O status\Other protection\ARCSARC1\Inputs | ||||
| ARCSARC1 | ARC (1) | 50L/50NL (1) | INP | LD0.ARCSARC11.InRemFA.stVal | SPS | BOOLEAN | ST | B | 0 | REM_FLT_ARC | Remote Fault arc detected | Monitoring\I/O status\Other protection\ARCSARC1\Inputs | ||||
| ARCSARC1 | ARC (1) | 50L/50NL (1) | INP | LD0.ARCPTRC11.InOpMod.stVal | SPS | BOOLEAN | ST | B | 0 | OPR_MODE | Operation mode input | Monitoring\I/O status\Other protection\ARCSARC1\Inputs | ||||
| ARCSARC1 | ARC (1) | 50L/50NL (1) | OUT | LD0.ARCSARC11.FADet.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | ARC_FLT_DET | Fault arc detected=light signal output | Monitoring\I/O status\Other protection\ARCSARC1\Outputs | |||
| ARCSARC1 | ARC (1) | 50L/50NL (1) | OUT | LD0.ARCPTRC11.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Other protection\ARCSARC1\Outputs | |||
| ARCSARC1 | ARC (1) | 50L/50NL (1) | CTR | LD0.ARCSARC11.FACntRs.Oper.ctlVal | INC | INT32 | CO | (Fault arc counter) | ||||||||
| ARCSARC1 | ARC (1) | 50L/50NL (1) | MON | LD0.ARCSARC11.Beh.stVal | INS | Enum | ST | B | ARCSARC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| ARCSARC1 | ARC (1) | 50L/50NL (1) | SET | LD0.ARCSARC11.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Other protection\ARCSARC1 | |||
| ARCSARC1 | ARC (1) | 50L/50NL (1) | SET | LD0.ARCPIOC11.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 2.50 | Phase start value | Operating phase current | 0.50...40.00 xIn | Settings\Settings\Other protection\ARCSARC1 | IL1TCTR1 | ||
| ARCSARC1 | ARC (1) | 50L/50NL (1) | SET | LD0.ARCPIOC12.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.20 | Ground start value | Operating residual current | 0.05...8.00 xIn | Settings\Settings\Other protection\ARCSARC1 | RESTCTR1 | ||
| ARCSARC1 | ARC (1) | 50L/50NL (1) | SET | LD0.ARCPTRC11.OpModArc.setVal | ING | Enum | SG | B | 1 | Operation mode | Operation mode | 1=Light+current; 2=Light only; 3=BI controlled | Settings\Settings\Other protection\ARCSARC1 | |||
| ARCSARC1 | ARC (1) | 50L/50NL (1) | TES | LD0.ARCSARC11.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | ARCSARC1 | Test control for outputs | 0=Reset; 9=Activate OPERATE; 10=Deactive OPERATE; 33=Activate ARC_FLT_DET; 34=Deactive ARC_FLT_DET | Tests\Function tests\Other protection | |||
| ARCSARC1 | ARC (1) | 50L/50NL (1) | VER | LD0.ARCSARC11.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| ARCSARC1 | ARC (1) | 50L/50NL (1) | VER | LD0.ARCPIOC11.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (NamPlt) | |||||||
| ARCSARC1 | ARC (1) | 50L/50NL (1) | VER | LD0.ARCPIOC12.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (NamPlt) | |||||||
| ARCSARC1 | ARC (1) | 50L/50NL (1) | VER | LD0.ARCPTRC11.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (NamPlt) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| ARCSARC2 | ARC (2) | 50L/50NL (2) | INP | LD0.ARCSARC21.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for all binary outputs | Monitoring\I/O status\Other protection\ARCSARC2\Inputs | ||||
| ARCSARC2 | ARC (2) | 50L/50NL (2) | INP | LD0.ARCSARC21.InRemFA.stVal | SPS | BOOLEAN | ST | B | 0 | REM_FLT_ARC | Remote Fault arc detected | Monitoring\I/O status\Other protection\ARCSARC2\Inputs | ||||
| ARCSARC2 | ARC (2) | 50L/50NL (2) | INP | LD0.ARCPTRC21.InOpMod.stVal | SPS | BOOLEAN | ST | B | 0 | OPR_MODE | Operation mode input | Monitoring\I/O status\Other protection\ARCSARC2\Inputs | ||||
| ARCSARC2 | ARC (2) | 50L/50NL (2) | OUT | LD0.ARCSARC21.FADet.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | ARC_FLT_DET | Fault arc detected=light signal output | Monitoring\I/O status\Other protection\ARCSARC2\Outputs | |||
| ARCSARC2 | ARC (2) | 50L/50NL (2) | OUT | LD0.ARCPTRC21.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Other protection\ARCSARC2\Outputs | |||
| ARCSARC2 | ARC (2) | 50L/50NL (2) | CTR | LD0.ARCSARC21.FACntRs.Oper.ctlVal | INC | INT32 | CO | (Fault arc counter) | ||||||||
| ARCSARC2 | ARC (2) | 50L/50NL (2) | MON | LD0.ARCSARC21.Beh.stVal | INS | Enum | ST | B | ARCSARC2 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| ARCSARC2 | ARC (2) | 50L/50NL (2) | SET | LD0.ARCSARC21.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Other protection\ARCSARC2 | |||
| ARCSARC2 | ARC (2) | 50L/50NL (2) | SET | LD0.ARCPIOC21.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 2.50 | Phase start value | Operating phase current | 0.50...40.00 xIn | Settings\Settings\Other protection\ARCSARC2 | IL1TCTR1 | ||
| ARCSARC2 | ARC (2) | 50L/50NL (2) | SET | LD0.ARCPIOC22.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.20 | Ground start value | Operating residual current | 0.05...8.00 xIn | Settings\Settings\Other protection\ARCSARC2 | RESTCTR1 | ||
| ARCSARC2 | ARC (2) | 50L/50NL (2) | SET | LD0.ARCPTRC21.OpModArc.setVal | ING | Enum | SG | B | 1 | Operation mode | Operation mode | 1=Light+current; 2=Light only; 3=BI controlled | Settings\Settings\Other protection\ARCSARC2 | |||
| ARCSARC2 | ARC (2) | 50L/50NL (2) | TES | LD0.ARCSARC21.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | ARCSARC2 | Test control for outputs | 0=Reset; 9=Activate OPERATE; 10=Deactive OPERATE; 33=Activate ARC_FLT_DET; 34=Deactive ARC_FLT_DET | Tests\Function tests\Other protection | |||
| ARCSARC2 | ARC (2) | 50L/50NL (2) | VER | LD0.ARCSARC21.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| ARCSARC2 | ARC (2) | 50L/50NL (2) | VER | LD0.ARCPIOC21.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (NamPlt) | |||||||
| ARCSARC2 | ARC (2) | 50L/50NL (2) | VER | LD0.ARCPIOC22.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (NamPlt) | |||||||
| ARCSARC2 | ARC (2) | 50L/50NL (2) | VER | LD0.ARCPTRC21.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (NamPlt) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| ARCSARC3 | ARC (3) | 50L/50NL (3) | INP | LD0.ARCSARC31.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for all binary outputs | Monitoring\I/O status\Other protection\ARCSARC3\Inputs | ||||
| ARCSARC3 | ARC (3) | 50L/50NL (3) | INP | LD0.ARCSARC31.InRemFA.stVal | SPS | BOOLEAN | ST | B | 0 | REM_FLT_ARC | Remote Fault arc detected | Monitoring\I/O status\Other protection\ARCSARC3\Inputs | ||||
| ARCSARC3 | ARC (3) | 50L/50NL (3) | INP | LD0.ARCPTRC31.InOpMod.stVal | SPS | BOOLEAN | ST | B | 0 | OPR_MODE | Operation mode input | Monitoring\I/O status\Other protection\ARCSARC3\Inputs | ||||
| ARCSARC3 | ARC (3) | 50L/50NL (3) | OUT | LD0.ARCSARC31.FADet.stVal | SPS | BOOLEAN | ST | B | StatIed | P,H | ARC_FLT_DET | Fault arc detected=light signal output | Monitoring\I/O status\Other protection\ARCSARC3\Outputs | |||
| ARCSARC3 | ARC (3) | 50L/50NL (3) | OUT | LD0.ARCPTRC31.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Other protection\ARCSARC3\Outputs | |||
| ARCSARC3 | ARC (3) | 50L/50NL (3) | CTR | LD0.ARCSARC31.FACntRs.Oper.ctlVal | INC | INT32 | CO | (Fault arc counter) | ||||||||
| ARCSARC3 | ARC (3) | 50L/50NL (3) | MON | LD0.ARCSARC31.Beh.stVal | INS | Enum | ST | B | ARCSARC3 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| ARCSARC3 | ARC (3) | 50L/50NL (3) | SET | LD0.ARCSARC31.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Other protection\ARCSARC3 | |||
| ARCSARC3 | ARC (3) | 50L/50NL (3) | SET | LD0.ARCPIOC31.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 2.50 | Phase start value | Operating phase current | 0.50...40.00 xIn | Settings\Settings\Other protection\ARCSARC3 | IL1TCTR1 | ||
| ARCSARC3 | ARC (3) | 50L/50NL (3) | SET | LD0.ARCPIOC32.StrVal.setMag.f | ASG | FLOAT32 | SG | B | 0.20 | Ground start value | Operating residual current | 0.05...8.00 xIn | Settings\Settings\Other protection\ARCSARC3 | RESTCTR1 | ||
| ARCSARC3 | ARC (3) | 50L/50NL (3) | SET | LD0.ARCPTRC31.OpModArc.setVal | ING | Enum | SG | B | 1 | Operation mode | Operation mode | 1=Light+current; 2=Light only; 3=BI controlled | Settings\Settings\Other protection\ARCSARC3 | |||
| ARCSARC3 | ARC (3) | 50L/50NL (3) | TES | LD0.ARCSARC31.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | ARCSARC3 | Test control for outputs | 0=Reset; 9=Activate OPERATE; 10=Deactive OPERATE; 33=Activate ARC_FLT_DET; 34=Deactive ARC_FLT_DET | Tests\Function tests\Other protection | |||
| ARCSARC3 | ARC (3) | 50L/50NL (3) | VER | LD0.ARCSARC31.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) | |||||||
| ARCSARC3 | ARC (3) | 50L/50NL (3) | VER | LD0.ARCPIOC31.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (NamPlt) | |||||||
| ARCSARC3 | ARC (3) | 50L/50NL (3) | VER | LD0.ARCPIOC32.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (NamPlt) | |||||||
| ARCSARC3 | ARC (3) | 50L/50NL (3) | VER | LD0.ARCPTRC31.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (NamPlt) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| PHIZ1 | PHIZ (1) | PHIZ (1) | INP | LD0.PHIZ1.Mod.blockIn | INC | BOOLEAN | EX | B | 0 | BLOCK | Block signal for activating the blocking mode | Monitoring\I/O status\Other protection\PHIZ1\Inputs | ||||
| PHIZ1 | PHIZ (1) | PHIZ (1) | OUT | LD0.PHIZ1.Op.general | ACT | BOOLEAN | ST | B | StatNrml | P,H,T | OPERATE | Operate | Monitoring\I/O status\Other protection\PHIZ1\Outputs | |||
| PHIZ1 | PHIZ (1) | PHIZ (1) | MON | LD0.PHIZ1.Beh.stVal | INS | Enum | ST | B | PHIZ1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| PHIZ1 | PHIZ (1) | PHIZ (1) | MON | LD0.PHIZ1.Str.general | ACD | BOOLEAN | ST | StatNrml | P,H | (Start) | ||||||
| PHIZ1 | PHIZ (1) | PHIZ (1) | MON | LD0.PHIZ1.Str.dirGeneral | ACD | Enum | ST | StatNrml | P,H | (Start) | ||||||
| PHIZ1 | PHIZ (1) | PHIZ (1) | MON | LD0.PHIZ1.Pos.stVal | DPS | Dbpos | ST | B | Position | Position | 0=intermediate; 1=open; 2=closed; 3=faulty | Monitoring\I/O status\Other protection\PHIZ1\Monitored data | ||||
| PHIZ1 | PHIZ (1) | PHIZ (1) | SET | LD0.PHIZ1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Other protection\PHIZ1 | |||
| PHIZ1 | PHIZ (1) | PHIZ (1) | SET | LD0.PHIZ1.SysType.setVal | ING | Enum | SP | B,I | 1 | System type | System Type | 1=Grounded; 2=Ungrounded | Settings\Settings\Other protection\PHIZ1 | |||
| PHIZ1 | PHIZ (1) | PHIZ (1) | SET | LD0.PHIZ1.SecLvl.setVal | ING | INT32 | SG | B,I | 5 | Security Level | Security Level | 1...10 | Settings\Settings\Other protection\PHIZ1 | |||
| PHIZ1 | PHIZ (1) | PHIZ (1) | TES | LD0.PHIZ1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 0 | PHIZ1 | Test control for outputs | 0=Reset; 9=Activate OPERATE; 10=Deactive OPERATE | Tests\Function tests\Other protection | |||
| PHIZ1 | PHIZ (1) | PHIZ (1) | VER | LD0.PHIZ1.NamPlt.swRev | LPL | VisString255 (20) | DC | A | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| OLATCC1 | COLTC (1) | 90V (1) | INP | LD0.OLATCC1.ParOp.stVal | SPC | BOOLEAN | ST | B | 0 | StatNrml | P,H | PARALLEL | Parallel or single operation | Monitoring\I/O status\Control\OLATCC1\Monitored data | ||
| OLATCC1 | COLTC (1) | 90V (1) | INP | LD0.OLATCC1.LTCBlk.stVal | SPC | BOOLEAN | ST | B | 0 | LTC_BLOCK | External signal for blocking | Monitoring\I/O status\Control\OLATCC1\Inputs | ||||
| OLATCC1 | COLTC (1) | 90V (1) | INP | LD0.OLATCC1.VRed1.stVal | SPC | BOOLEAN | ST | B | 0 | RSV | Reduce set voltage active | Monitoring\I/O status\Control\OLATCC1\Inputs | ||||
| OLATCC1 | COLTC (1) | 90V (1) | INP | LD0.OLATCC1.Auto.stVal | SPS | BOOLEAN | ST | B | 0 | StatNrml | P,H | AUTO | Auto/Manual indication | Monitoring\I/O status\Control\OLATCC1\Monitored data | ||
| OLATCC1 | COLTC (1) | 90V (1) | INP | LD0.OLATCC1.Tra1TapPos.stVal | INS | INT32 | ST | B | 0 | TR1_TAP_POS | Integer value representing tap changer position of transformer 1 | -36...36 | Monitoring\I/O status\Control\OLATCC1\Inputs | |||
| OLATCC1 | COLTC (1) | 90V (1) | INP | LD0.OLATCC1.Tra2TapPos.stVal | INS | INT32 | ST | B | 0 | TR2_TAP_POS | Integer value representing tap changer position of transformer 2 | -36...36 | Monitoring\I/O status\Control\OLATCC1\Inputs | |||
| OLATCC1 | COLTC (1) | 90V (1) | INP | LD0.OLATCC1.Tra3TapPos.stVal | INS | INT32 | ST | B | 0 | TR3_TAP_POS | Integer value representing tap changer position of transformer 3 | -36...36 | Monitoring\I/O status\Control\OLATCC1\Inputs | |||
| OLATCC1 | COLTC (1) | 90V (1) | INP | LD0.OLATCC1.TapChgFllw.stVal | INS | INT32 | ST | 0 | (Change follower tap position (stop, lower, higher)) | |||||||
| OLATCC1 | COLTC (1) | 90V (1) | INP | LD0.OLATCC1.InConSta.stVal | SPS | BOOLEAN | ST | B | 0 | CON_STATUS | Network connection status of the (own) transformer | Monitoring\I/O status\Control\OLATCC1\Inputs | ||||
| OLATCC1 | COLTC (1) | 90V (1) | INP | LD0.OLATCC1.InLTCOp.stVal | SPS | BOOLEAN | ST | B | 0 | TCO | Tap changer operating input | Monitoring\I/O status\Control\OLATCC1\Inputs | ||||
| OLATCC1 | COLTC (1) | 90V (1) | INP | LD0.OLATCC1.Tra1A.cVal.mag.f | CMV | FLOAT32 | MX | B | 0.00 | TR1_I_AMPL | Received current magnitude from transformer 1 | 0.00...15000.00 A | Monitoring\I/O status\Control\OLATCC1\Inputs | |||
| OLATCC1 | COLTC (1) | 90V (1) | INP | LD0.OLATCC1.Tra1A.cVal.ang.f | CMV | FLOAT32 | MX | B | 0.0 | TR1_I_ANGL | Received current angle from transformer 1 | -180.00...180.00 deg | Monitoring\I/O status\Control\OLATCC1\Inputs | |||
| OLATCC1 | COLTC (1) | 90V (1) | INP | LD0.OLATCC1.Tra2A.cVal.mag.f | CMV | FLOAT32 | MX | B | 0.00 | TR2_I_AMPL | Received current magnitude from transformer 2 | 0.00...15000.00 A | Monitoring\I/O status\Control\OLATCC1\Inputs | |||
| OLATCC1 | COLTC (1) | 90V (1) | INP | LD0.OLATCC1.Tra2A.cVal.ang.f | CMV | FLOAT32 | MX | B | 0.0 | TR2_I_ANGL | Received current angle from transformer 2 | -180.00...180.00 deg | Monitoring\I/O status\Control\OLATCC1\Inputs | |||
| OLATCC1 | COLTC (1) | 90V (1) | INP | LD0.OLATCC1.Tra3A.cVal.mag.f | CMV | FLOAT32 | MX | B | 0.00 | TR3_I_AMPL | Received current magnitude from transformer 3 | 0.00...15000.00 A | Monitoring\I/O status\Control\OLATCC1\Inputs | |||
| OLATCC1 | COLTC (1) | 90V (1) | INP | LD0.OLATCC1.Tra3A.cVal.ang.f | CMV | FLOAT32 | MX | B | 0.0 | TR3_I_ANGL | Received current angle from transformer 3 | -180.00...180.00 deg | Monitoring\I/O status\Control\OLATCC1\Inputs | |||
| OLATCC1 | COLTC (1) | 90V (1) | INP | LD0.OLATCC1.TapChgR.stVal | SPS | BOOLEAN | ST | B | 0 | RAISE_LOCAL | Raise command input from configuration | Monitoring\I/O status\Control\OLATCC1\Inputs | ||||
| OLATCC1 | COLTC (1) | 90V (1) | INP | LD0.OLATCC1.TapChgL.stVal | SPS | BOOLEAN | ST | B | 0 | LOWER_LOCAL | Lower command input from configuration | Monitoring\I/O status\Control\OLATCC1\Inputs | ||||
| OLATCC1 | COLTC (1) | 90V (1) | OUT | LD0.OLATCC1.ParOp.stVal | SPC | BOOLEAN | ST | B | 0 | StatNrml | P,H | PARALLEL | Parallel or single operation | Monitoring\I/O status\Control\OLATCC1\Monitored data | ||
| OLATCC1 | COLTC (1) | 90V (1) | OUT | LD0.OLATCC1.Auto.stVal | SPS | BOOLEAN | ST | B | 0 | StatNrml | P,H | AUTO | Auto/Manual indication | Monitoring\I/O status\Control\OLATCC1\Monitored data | ||
| OLATCC1 | COLTC (1) | 90V (1) | OUT | LD0.OLATCC1.TapOpErr.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | ALARM | Alarm status | Monitoring\I/O status\Control\OLATCC1\Outputs | |||
| OLATCC1 | COLTC (1) | 90V (1) | OUT | LD0.OLATCC1.TapOpR.stVal | SPS | BOOLEAN | ST | B | StatIO | P,T | RAISE_OWN | Raise command for own transformer | Monitoring\I/O status\Control\OLATCC1\Outputs | |||
| OLATCC1 | COLTC (1) | 90V (1) | OUT | LD0.OLATCC1.TapOpL.stVal | SPS | BOOLEAN | ST | B | StatIO | P,T | LOWER_OWN | Lower command for own transformer | Monitoring\I/O status\Control\OLATCC1\Outputs | |||
| OLATCC1 | COLTC (1) | 90V (1) | OUT | LD0.OLATCC1.TapOpFllw1.stVal | INS | INT32 | ST | B | FLLW1_CTL | Lower/Raise command for follower transformer 1 in the Master/Follower operation mode | 0...2 | Monitoring\I/O status\Control\OLATCC1\Outputs | ||||
| OLATCC1 | COLTC (1) | 90V (1) | OUT | LD0.OLATCC1.TapOpFllw2.stVal | INS | INT32 | ST | B | FLLW2_CTL | Lower/Raise command for follower transformer 2 in the Master/Follower operation mode | 0...2 | Monitoring\I/O status\Control\OLATCC1\Outputs | ||||
| OLATCC1 | COLTC (1) | 90V (1) | OUT | LD0.OLATCC1.TapOpFllw3.stVal | INS | INT32 | ST | B | FLLW3_CTL | Lower/Raise command for follower transformer 3 in the Master/Follower operation mode | 0...2 | Monitoring\I/O status\Control\OLATCC1\Outputs | ||||
| OLATCC1 | COLTC (1) | 90V (1) | OUT | LD0.OLATCC1.LTCBlkAHi.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | BLKD_I_LOD | Indication of over current blocking | Monitoring\I/O status\Control\OLATCC1\Monitored data | |||
| OLATCC1 | COLTC (1) | 90V (1) | OUT | LD0.OLATCC1.LTCBlkVLo.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | BLKD_U_UN | Indication of under voltage blocking | Monitoring\I/O status\Control\OLATCC1\Monitored data | |||
| OLATCC1 | COLTC (1) | 90V (1) | OUT | LD0.OLATCC1.LTCRnbk.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | RNBK_U_OV | Indication of raise voltage runback | Monitoring\I/O status\Control\OLATCC1\Monitored data | |||
| OLATCC1 | COLTC (1) | 90V (1) | OUT | LD0.OLATCC1.LTCBlkCirA.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | BLKD_I_CIR | Indication of high circulating current blocking | Monitoring\I/O status\Control\OLATCC1\Monitored data | |||
| OLATCC1 | COLTC (1) | 90V (1) | OUT | LD0.OLATCC1.LTCBlkSt.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | BLKD_LTCBLK | Indication of external blocking | Monitoring\I/O status\Control\OLATCC1\Monitored data | |||
| OLATCC1 | COLTC (1) | 90V (1) | OUT | LD0.OLATCC1.ErrParTra.stVal | SPS | BOOLEAN | ST | B | StatUrg | P,H | PAR_FAIL | Parallel failure detected | Monitoring\I/O status\Control\OLATCC1\Outputs | |||
| OLATCC1 | COLTC (1) | 90V (1) | OUT | LD0.OLATCC1.CtlDlSt.stVal | SPS | BOOLEAN | ST | (Timer on) | ||||||||
| OLATCC1 | COLTC (1) | 90V (1) | CTR | LD0.OLATCC1.TapChg.Oper.ctlVal | BSC | Tcmd | CO | B | 0 | Manual control | Manual control | 0=Cancel; 1=Lower; 2=Raise | Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | CTR | LD0.OLATCC1.RsCnt.Oper.ctlVal | SPC | BOOLEAN | CO | B | 0 | OLATCC1 counter | OLATCC1 counter reset | 0=Cancel; 1=Clear | Clear\Clear | |||
| OLYLTC1 | CTR | LD0.OLYLTC1.TapChg.Oper.ctlVal | BSC | Tcmd | CO | (TAPCHG_LOCAL) | ||||||||||
| OLATCC1 | COLTC (1) | 90V (1) | MON | LD0.OLATCC1.Beh.stVal | INS | Enum | ST | B | OLATCC1 | Status | 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off | Monitoring\FB status | ||||
| OLATCC1 | COLTC (1) | 90V (1) | MON | LD0.OLATCC1.OpCntRs.stVal | INC | INT32 | ST | B | OPR_CNT | Total number of raise and lower commands given in the manual and automatic modes | 0...2147483647 | Monitoring\I/O status\Control\OLATCC1\Monitored data | ||||
| OLATCC1 | COLTC (1) | 90V (1) | MON | LD0.OLATCC1.TapChg.valWTr.posVal | BSC | INT8 | ST | B | StatUrg | P,H | TAP_POS | Integer value representing tap changer position of own transformer | -36...36 | Monitoring\I/O status\Control\OLATCC1\Inputs | ||
| OLATCC1 | COLTC (1) | 90V (1) | MON | LD0.OLATCC1.CtlV.mag.f | MV | FLOAT32 | MX | B | U_CTL | Control voltage, Up, target voltage level | 0.000...3.000 xUn | Monitoring\I/O status\Control\OLATCC1\Monitored data | ||||
| OLATCC1 | COLTC (1) | 90V (1) | MON | LD0.OLATCC1.CircA.mag.f | MV | FLOAT32 | MX | B | I_CIR | Calculated circulating current - calculated in operation modes NRP and MCC | -10.00...10.00 xIn | Monitoring\I/O status\Control\OLATCC1\Monitored data | ||||
| OLATCC1 | COLTC (1) | 90V (1) | MON | LD0.OLATCC1.ALod.cVal.mag.f | CMV | FLOAT32 | MX | B | TR0_I_AMPL | Transmitted current magnitude | 0.00...15000.00 A | Monitoring\I/O status\Control\OLATCC1\Outputs | ||||
| OLATCC1 | COLTC (1) | 90V (1) | MON | LD0.OLATCC1.ALod.cVal.ang.f | CMV | FLOAT32 | MX | B | TR0_I_ANGL | Transmitted current angle | -180.00...180.00 deg | Monitoring\I/O status\Control\OLATCC1\Outputs | ||||
| OLATCC1 | COLTC (1) | 90V (1) | MON | LD0.OLATCC1.VMeas.mag.f | MV | FLOAT32 | MX | B | U_MEAS | Phase-to-phase voltage, average filtered | 0.00...5.00 xUn | Monitoring\I/O status\Control\OLATCC1\Monitored data | UL1TVTR1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | MON | LD0.OLATCC1.AngVAPhA.mag.f | MV | FLOAT32 | MX | B | ANGL_UA_IA | Measured angle value between phase A voltage and current | -180...180 deg | Monitoring\I/O status\Control\OLATCC1\Monitored data | ||||
| OLATCC1 | COLTC (1) | 90V (1) | MON | LD0.OLATCC1.CtlDlOn.stVal | INS | Enum | ST | B | StatIed | P,H | TIMER_STS | Timer T1, T2 or fast lower timer active | 0=Timer off; 1=Lower timer1 on; 2=Raise timer1 on; 3=Lower timer2 on; 4=Raise timer2 on; 5=Fast lower T on | Monitoring\I/O status\Control\OLATCC1\Monitored data | ||
| OLATCC1 | COLTC (1) | 90V (1) | MON | LD0.OLATCC1.CtlOpModSt.stVal | INS | Enum | ST | B | StatNrml | P,H | OPR_MODE_STS | The acting operation mode of the function block | 0=Not in use; 1=Manual; 2=Auto single; 3=Auto master; 4=Auto follower; 5=MCC; 6=NRP | Monitoring\I/O status\Control\OLATCC1\Monitored data | ||
| OLATCC1 | COLTC (1) | 90V (1) | MON | LD0.OLATCC1.CtlVDif.mag.f | MV | FLOAT32 | MX | B | UD_CTL | Voltage difference between Measured voltage - Control Voltage: Um - Up | -2.000...2.000 xUn | Monitoring\I/O status\Control\OLATCC1\Monitored data | ||||
| OLATCC1 | COLTC (1) | 90V (1) | MON | LD0.OLATCC1.ClcLDC.mag.f | MV | FLOAT32 | MX | B | LDC | Calculated line drop compensation | -2.00...2.00 xUn | Monitoring\I/O status\Control\OLATCC1\Monitored data | ||||
| OLATCC1 | COLTC (1) | 90V (1) | MON | LD0.OLATCC1.BlkSt.stVal | INS | INT32 | ST | B | BLK_STATUS | Bit-coded output showing the blocking status for the next operation | 0...127 | Monitoring\I/O status\Control\OLATCC1\Monitored data | ||||
| OLATCC1 | COLTC (1) | 90V (1) | MON | LD0.OLATCC1.AlmReas.stVal | INS | Enum | ST | B | ALARM_REAS | Status and reason for alarm | 0=No alarm; 1=Cmd error; 2=TCO error; 3=Cmd + TCO err; 4=Pump error; 5=Pump + cmd err; 6=Pump + TCO err; 7=Pmp+TCO+cmd err | Monitoring\I/O status\Control\OLATCC1\Monitored data | ||||
| OLATCC1 | COLTC (1) | 90V (1) | MON | LD0.OLATCC1.FllwFlt.stVal | INS | Enum | ST | B | FAIL_FLLW | Failed followers | 0=No failed followers; 1=Follower 1; 2=Follower 2; 3=Followers 1+2; 4=Follower 3; 5=Followers 1+3; 6=Followers 2+3; 7=Followers 1+2+3 | Monitoring\I/O status\Control\OLATCC1\Monitored data | ||||
| OLATCC1 | COLTC (1) | 90V (1) | MON | LD0.OLATCC1.NumParUnit.stVal | INS | Enum | ST | B | PAR_UNIT_MCC | Parallel units included in MCC calculation | 0=No parall units; 1=Trafo 1; 2=Trafo 2; 3=Trafos 1 and 2; 4=Trafo 3; 5=Trafos 1 and 3; 6=Trafos 2 and 3; 7=Trafos 1+2+3 | Monitoring\I/O status\Control\OLATCC1\Monitored data | ||||
| OLATCC1 | COLTC (1) | 90V (1) | MON | LD0.OLATCC1.OpTmhNum.stVal | INS | INT32 | ST | B | OP_TM_NUM_H | Number of controls for own tap changer during last hour | 0...2147483647 | Monitoring\I/O status\Control\OLATCC1\Monitored data | ||||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation Off / On | 1=on; 5=off | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.BndCtr.setMag.f | ASG | FLOAT32 | SG | B | 1.000 | Band center voltage | Band center voltage Us | 0.000...2.000 xUn | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.BndWid.setMag.f | ASG | FLOAT32 | SP | B | 3.00 | Band width voltage | Allowed deviation of the control voltage | 1.20...18.00 %Un | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.CtlDlTmms1.setVal | ING | INT32 | SG | B | 60000 | Control delay time 1 | Control delay time for the first control pulse | 1000...300000 ms | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.CtlDlTmms2.setVal | ING | INT32 | SG | B | 30000 | Control delay time 2 | Control delay time for the following control pulses | 1000...300000 ms | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.LDCR.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Line drop V Ris | Resistive line-drop compensation factor | 0.0...25.0 % | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.LDCX.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Line drop V React | Reactive line-drop compensation factor | 0.0...25.0 % | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.RnbkRV.setMag.f | ASG | FLOAT32 | SP | B | 1.25 | Runback raise V | Voltage limit, where fast lower commands takes place | 0.80...2.40 xUn | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.LimLodA.setMag.f | ASG | FLOAT32 | SP | B | 2.00 | Load current limit | Load current blocking limit | 0.10...5.00 xIn | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.TmDlChr.setVal | SPG | BOOLEAN | SP | B | 1 | Delay characteristic | Selection of delay characteristic | 0=Inverse time; 1=Definite time | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.VRedVal.setMag.f | ASG | FLOAT32 | SG | B | 0.00 | Band reduction | Step size for reduce set voltage (RSV) | 0.00...9.00 %Un | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.TapBlkR.setVal | ING | INT32 | SP | B | 17 | Raise block tap | Tap changer limit position which gives highest voltage on the regulated side | -36...36 | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.TapBlkL.setVal | ING | INT32 | SP | B | 0 | Lower block tap | Tap changer limit position which gives lowest voltage on the regulated side | -36...36 | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.BlkVLo.setMag.f | ASG | FLOAT32 | SP | B | 0.70 | Block lower voltage | Voltage limit, where further voltage lowering commands are blocked | 0.10...1.20 xUn | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.ParTraMod.setVal | ING | Enum | SG | B | 2 | Auto parallel mode | Parallel mode selection | 2=Auto master; 3=Auto follower; 5=NRP; 7=MCC | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.LodPhAng.setMag.f | ASG | FLOAT32 | SG | B | 0 | Load phase angle | Load phase-shift, used only with the negative reactance principle | -89...89 deg | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.StabFact.setMag.f | ASG | FLOAT32 | SG | B | 0.0 | Stability factor | Stability factor in parallel operation | 0.0...70.0 % | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.VCtlOpMod.setVal | ING | Enum | SP | B | 4 | Operation mode | The operation mode | 1=Manual; 2=Auto single; 3=Auto parallel; 4=Input control | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.LTCPlsTmms.setVal | ING | INT32 | SP | B | 1500 | LTC pulse time | Output pulse duration, common for raise and lower pulses | 500...10000 ms | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.ManBlkTyp.setVal | ING | Enum | SP | B | 2 | Custom Man blocking | Customized manual blocking | 1=Custom disabled; 2=OC; 3=UV; 4=OC, UV; 5=EXT; 6=OC, EXT; 7=UV, EXT; 8=OC, UV, EXT | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.LimCircA.setMag.f | ASG | FLOAT32 | SP | B | 0.15 | Cir current limit | Blocking limit for high circulating current | 0.10...5.00 xIn | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.LimLDC.setMag.f | ASG | FLOAT32 | SP | B | 0.10 | LDC limit | Maximum limit for line drop compensation term | 0.00...2.00 xUn | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.LDCEna.setVal | SPG | BOOLEAN | SP | B | 1 | LDC enable | Selection for line drop compensation | Settings\Settings\Control\OLATCC1 | ||||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.RPFAllw.setVal | SPG | BOOLEAN | SP | A | 0 | Rv Pwr flow allowed | Reverse power flow allowed | Settings\Settings\Control\OLATCC1 | ||||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.OpTmhMax.setVal | ING | INT32 | SP | A | 100 | Max operations in 1h | Allowed number of controls per one hour sliding window | 0...10000 | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.CmdErrTms.setVal | ING | INT32 | SP | A | 20 | Cmd error delay time | Time delay before command error will be activated | 10...50 s | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.FllwDlTms.setVal | ING | INT32 | SP | A | 6 | Follower delay time | Time delay between successive follower commands by a master | 6...20 s | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.AlmEna.setVal | SPG | BOOLEAN | SP | A | 1 | Alarms enabled | Alarm selection | Settings\Settings\Control\OLATCC1 | ||||
| OLATCC1 | COLTC (1) | 90V (1) | SET | LD0.OLATCC1.ParTraNum.setVal | ING | INT32 | SP | B,I | 0 | Parallel trafos | Number of parallel transformers in addition to own transformer | 0...10 | Settings\Settings\Control\OLATCC1 | |||
| OLATCC1 | COLTC (1) | 90V (1) | TES | LD0.OLATCC1.TstOutCmd.Oper.ctlVal | INC | Enum | CO | B | 1 | OLATCC1 | Test control for outputs | 0=Reset; -33=Activate RAISE; -34=Deactive RAISE; -35=Activate LOWER; -36=Deactive LOWER; 17=Activate ALARM; 18=Deactive ALARM; -37=Activate PAR_FAIL; -38=Deactive PAR_FAIL | Tests\Function tests\Control | |||
| OLATCC1 | COLTC (1) | 90V (1) | VER | LD0.OLATCC1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) | |||||||
| OLYLTC1 | VER | LD0.OLYLTC1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| Control LLN0 | INP | CTRL.LLN0.LocKeyDis.stVal | SPS | BOOLEAN | ST | 0 | (Control disable) | |||||||||
| Control LLN0 | INP | CTRL.LLN0.LocKeyLoc.stVal | SPS | BOOLEAN | ST | 0 | (Control local) | |||||||||
| Control LLN0 | INP | CTRL.LLN0.LocKeyRem.stVal | SPS | BOOLEAN | ST | 0 | (Control remote) | |||||||||
| Control LLN0 | INP | CTRL.LLN0.LocKeySta.stVal | SPS | BOOLEAN | ST | 0 | (Control station) | |||||||||
| Control LLN0 | OUT | CTRL.LLN0.LocKeyDis.stVal | SPS | BOOLEAN | ST | 0 | (Control disable) | |||||||||
| Control LLN0 | OUT | CTRL.LLN0.LocKeyLoc.stVal | SPS | BOOLEAN | ST | 0 | (Control local) | |||||||||
| Control LLN0 | OUT | CTRL.LLN0.LocKeyRem.stVal | SPS | BOOLEAN | ST | 0 | (Control remote) | |||||||||
| Control LLN0 | OUT | CTRL.LLN0.LocKeySta.stVal | SPS | BOOLEAN | ST | 0 | (Control station) | |||||||||
| Control LLN0 | CTR | CTRL.LLN0.Mod.Oper.ctlVal | INC | Enum | CO | I | (Control) | |||||||||
| Control LLN0 | MON | CTRL.LLN0.Loc.stVal | SPS | BOOLEAN | ST | OW,ER,AW | StatUrg | P,H | (Local / Remote) | |||||||
| Control LLN0 | MON | CTRL.LLN0.CmdRsp.stVal | INS | Enum | ST | B | Command response | Latest command response | 0=No commands; 1=Select open; 2=Select close; 3=Operate open; 4=Operate close; 5=Direct open; 6=Direct close; 7=Cancel; 8=Position reached; 9=Position timeout; 10=Object status only; 11=Object direct; 12=Object select; 13=RL local allowed; 14=RL remote allowed; 15=RL off; 16=Function off; 17=Function blocked; 18=Command progress; 19=Select timeout; 20=Missing authority; 21=Close not enabled; 22=Open not enabled; 23=Internal fault; 24=Already close; 25=Wrong client; 26=RL station allowed; 27=RL change | Monitoring\Control command | ||||||
| Control LLN0 | MON | CTRL.LLN0.LocRem.stVal | INS | Enum | ST | B,OW,ER,AW | StatUrg | P,H | LR state | LR state monitoring for PCM | 0=Off; 1=Local; 2=Remote; 3=Station | Monitoring\Control command | ||||
| Control LLN0 | CFG | CTRL.LLN0.LocRemMod.setVal | ING | Enum | SP | B | 1 | LR control | LR control through LR key or binary input | 1=LR key; 2=Binary input | Configuration\Control\General | |||||
| Control LLN0 | CFG | CTRL.LLN0.StaAuth.setVal | ING | Enum | SP | A | 1 | Station authority | Control command originator category usage | 1=Not used; 2=Station, Remote | Configuration\Control\General | |||||
| Control LLN0 | VER | CTRL.LLN0.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Control) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | INP | CTRL.CBCILO1.EnaOpn.stVal | SPS | BOOLEAN | ST | B | 1 | StatUrg | P,H | ENA_OPEN | Enables opening | Monitoring\I/O status\Control\CBXCBR1\Inputs | ||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | INP | CTRL.CBCILO1.EnaCls.stVal | SPS | BOOLEAN | ST | B | 1 | StatUrg | P,H | ENA_CLOSE | Enables closing | Monitoring\I/O status\Control\CBXCBR1\Inputs | ||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | INP | CTRL.CBCILO1.ItlByPss.stVal | SPS | BOOLEAN | ST | B | 0 | StatUrg | P,H | ITL_BYPASS | Discards ENA_OPEN and ENA_CLOSE interlocking when TRUE | Monitoring\I/O status\Control\CBXCBR1\Inputs | ||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | INP | CTRL.CBCSWI1.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\CBXCBR1\Outputs | ||||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | INP | CTRL.CBCSWI1.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\CBXCBR1\Outputs | ||||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | INP | CTRL.CBCSWI1.OpOpn.general | ACT | BOOLEAN | ST | B | 0 | EXE_OP | Executes the command for open direction | Monitoring\I/O status\Control\CBXCBR1\Outputs | ||||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | INP | CTRL.CBCSWI1.OpCls.general | ACT | BOOLEAN | ST | B | 0 | EXE_CL | Executes the command for close direction | Monitoring\I/O status\Control\CBXCBR1\Outputs | ||||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | INP | CTRL.CBXCBR1.BlkOpn.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | BLK_OPEN | Blocks opening | Monitoring\I/O status\Control\CBXCBR1\Inputs | ||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | INP | CTRL.CBXCBR1.BlkCls.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | BLK_CLOSE | Blocks closing | Monitoring\I/O status\Control\CBXCBR1\Inputs | ||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | OUT | CTRL.CBCSWI1.Pos.stSeld | DPC | BOOLEAN | ST | B | StatUrg | P,H | SELECTED | Object selected | Monitoring\I/O status\Control\CBXCBR1\Outputs | |||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | OUT | CTRL.CBCSWI1.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\CBXCBR1\Outputs | ||||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | OUT | CTRL.CBCSWI1.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\CBXCBR1\Outputs | ||||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | OUT | CTRL.CBCSWI1.PosOk.stVal | SPS | BOOLEAN | ST | B | OKPOS | Apparatus position is ok | Monitoring\I/O status\Control\CBXCBR1\Outputs | |||||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | OUT | CTRL.CBCSWI1.OpOpn.general | ACT | BOOLEAN | ST | B | 0 | EXE_OP | Executes the command for open direction | Monitoring\I/O status\Control\CBXCBR1\Outputs | ||||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | OUT | CTRL.CBCSWI1.OpCls.general | ACT | BOOLEAN | ST | B | 0 | EXE_CL | Executes the command for close direction | Monitoring\I/O status\Control\CBXCBR1\Outputs | ||||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | OUT | CTRL.CBCSWI1.OpnEna.stVal | SPS | BOOLEAN | ST | B | OPEN_ENAD | Opening is enabled based on the input status | Monitoring\I/O status\Control\CBXCBR1\Outputs | |||||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | OUT | CTRL.CBCSWI1.ClsEna.stVal | SPS | BOOLEAN | ST | B | CLOSE_ENAD | Closing is enabled based on the input status | Monitoring\I/O status\Control\CBXCBR1\Outputs | |||||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | CTR | CTRL.CBCSWI1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation mode on/off | 1=on; 5=off | Configuration\Control\CBXCBR1 | |||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | CTR | CTRL.CBCSWI1.Pos.SBOw.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | CTR | CTRL.CBCSWI1.Pos.Oper.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | CTR | CTRL.CBCSWI1.Pos.Cancel.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | CTR | CTRL.CBCSWI1.OpCntRs.Oper.ctlVal | INC | INT32 | CO | B | 0 | Operation counter | Breaker operation cycles | 0...10000 | Configuration\Control\CBXCBR1 | |||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | MON | CTRL.CBCSWI1.Pos.stVal | DPC | Dbpos | ST | B | StatUrg | P,H | POSITION | Apparatus position indication | 0=intermediate; 1=open; 2=closed; 3=faulty | Monitoring\I/O status\Control\CBXCBR1\Monitored data | ||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | CFG | CTRL.CBCSWI1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation mode on/off | 1=on; 5=off | Configuration\Control\CBXCBR1 | |||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | CFG | CTRL.CBCSWI1.Pos.pulseConfig.onDur | DPC | INT32U | CF | B,I | 100 | Pulse length | Open and close pulse length | 10...60000 ms | Configuration\Control\CBXCBR1 | |||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | CFG | CTRL.CBCSWI1.Pos.ctlModel | DPC | Enum | CF | B,I | 4 | Control model | Select control model | 0=status-only; 1=direct-with-normal-security; 4=sbo-with-enhanced-security | Configuration\Control\CBXCBR1 | |||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | CFG | CTRL.CBCSWI1.Pos.sboTimeout | DPC | INT32U | CF | B,I | 60000 | Select timeout | Select timeout in ms | 10000...300000 ms | Configuration\Control\CBXCBR1 | |||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | CFG | CTRL.CBCSWI1.Pos.operTimeout | DPC | INT32U | CF | B,I | 500 | Operation timeout | Timeout for negative termination | 10...60000 ms | Configuration\Control\CBXCBR1 | |||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | CFG | CTRL.CBCSWI1.AutoPls.setVal | SPG | BOOLEAN | SP | B | 1 | Adaptive pulse | Stop in right position | Configuration\Control\CBXCBR1 | ||||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | CFG | CTRL.CBCSWI1.OpDlTmms.setVal | ING | INT32 | SP | B | 100 | Event delay | Event delay of the intermediate position | 0...10000 ms | Configuration\Control\CBXCBR1 | |||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | CFG | CTRL.CBCSWI1.OpCntRs.Oper.ctlVal | INC | INT32 | CO | B | 0 | Operation counter | Breaker operation cycles | 0...10000 | Configuration\Control\CBXCBR1 | |||
| CBXCBR1 | I <-> O CB (1) | I <-> O CB (1) | VER | CTRL.CBCILO1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | INP | CTRL.CBCILO2.EnaOpn.stVal | SPS | BOOLEAN | ST | B | 1 | StatUrg | P,H | ENA_OPEN | Enables opening | Monitoring\I/O status\Control\CBXCBR2\Inputs | ||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | INP | CTRL.CBCILO2.EnaCls.stVal | SPS | BOOLEAN | ST | B | 1 | StatUrg | P,H | ENA_CLOSE | Enables closing | Monitoring\I/O status\Control\CBXCBR2\Inputs | ||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | INP | CTRL.CBCILO2.ItlByPss.stVal | SPS | BOOLEAN | ST | B | 0 | StatUrg | P,H | ITL_BYPASS | Discards ENA_OPEN and ENA_CLOSE interlocking when TRUE | Monitoring\I/O status\Control\CBXCBR2\Inputs | ||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | INP | CTRL.CBCSWI2.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\CBXCBR2\Outputs | ||||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | INP | CTRL.CBCSWI2.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\CBXCBR2\Outputs | ||||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | INP | CTRL.CBCSWI2.OpOpn.general | ACT | BOOLEAN | ST | B | 0 | EXE_OP | Executes the command for open direction | Monitoring\I/O status\Control\CBXCBR2\Outputs | ||||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | INP | CTRL.CBCSWI2.OpCls.general | ACT | BOOLEAN | ST | B | 0 | EXE_CL | Executes the command for close direction | Monitoring\I/O status\Control\CBXCBR2\Outputs | ||||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | INP | CTRL.CBXCBR2.BlkOpn.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | BLK_OPEN | Blocks opening | Monitoring\I/O status\Control\CBXCBR2\Inputs | ||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | INP | CTRL.CBXCBR2.BlkCls.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | BLK_CLOSE | Blocks closing | Monitoring\I/O status\Control\CBXCBR2\Inputs | ||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | OUT | CTRL.CBCSWI2.Pos.stSeld | DPC | BOOLEAN | ST | B | StatUrg | P,H | SELECTED | Object selected | Monitoring\I/O status\Control\CBXCBR2\Outputs | |||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | OUT | CTRL.CBCSWI2.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\CBXCBR2\Outputs | ||||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | OUT | CTRL.CBCSWI2.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\CBXCBR2\Outputs | ||||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | OUT | CTRL.CBCSWI2.PosOk.stVal | SPS | BOOLEAN | ST | B | OKPOS | Apparatus position is ok | Monitoring\I/O status\Control\CBXCBR2\Outputs | |||||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | OUT | CTRL.CBCSWI2.OpOpn.general | ACT | BOOLEAN | ST | B | 0 | EXE_OP | Executes the command for open direction | Monitoring\I/O status\Control\CBXCBR2\Outputs | ||||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | OUT | CTRL.CBCSWI2.OpCls.general | ACT | BOOLEAN | ST | B | 0 | EXE_CL | Executes the command for close direction | Monitoring\I/O status\Control\CBXCBR2\Outputs | ||||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | OUT | CTRL.CBCSWI2.OpnEna.stVal | SPS | BOOLEAN | ST | B | OPEN_ENAD | Opening is enabled based on the input status | Monitoring\I/O status\Control\CBXCBR2\Outputs | |||||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | OUT | CTRL.CBCSWI2.ClsEna.stVal | SPS | BOOLEAN | ST | B | CLOSE_ENAD | Closing is enabled based on the input status | Monitoring\I/O status\Control\CBXCBR2\Outputs | |||||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | CTR | CTRL.CBCSWI2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation mode on/off | 1=on; 5=off | Configuration\Control\CBXCBR2 | |||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | CTR | CTRL.CBCSWI2.Pos.SBOw.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | CTR | CTRL.CBCSWI2.Pos.Oper.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | CTR | CTRL.CBCSWI2.Pos.Cancel.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | CTR | CTRL.CBCSWI2.OpCntRs.Oper.ctlVal | INC | INT32 | CO | B | 0 | Operation counter | Breaker operation cycles | 0...10000 | Configuration\Control\CBXCBR2 | |||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | MON | CTRL.CBCSWI2.Pos.stVal | DPC | Dbpos | ST | B | StatUrg | P,H | POSITION | Apparatus position indication | 0=intermediate; 1=open; 2=closed; 3=faulty | Monitoring\I/O status\Control\CBXCBR2\Monitored data | ||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | CFG | CTRL.CBCSWI2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation mode on/off | 1=on; 5=off | Configuration\Control\CBXCBR2 | |||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | CFG | CTRL.CBCSWI2.Pos.pulseConfig.onDur | DPC | INT32U | CF | B,I | 100 | Pulse length | Open and close pulse length | 10...60000 ms | Configuration\Control\CBXCBR2 | |||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | CFG | CTRL.CBCSWI2.Pos.ctlModel | DPC | Enum | CF | B,I | 4 | Control model | Select control model | 0=status-only; 1=direct-with-normal-security; 4=sbo-with-enhanced-security | Configuration\Control\CBXCBR2 | |||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | CFG | CTRL.CBCSWI2.Pos.sboTimeout | DPC | INT32U | CF | B,I | 60000 | Select timeout | Select timeout in ms | 10000...300000 ms | Configuration\Control\CBXCBR2 | |||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | CFG | CTRL.CBCSWI2.Pos.operTimeout | DPC | INT32U | CF | B,I | 500 | Operation timeout | Timeout for negative termination | 10...60000 ms | Configuration\Control\CBXCBR2 | |||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | CFG | CTRL.CBCSWI2.AutoPls.setVal | SPG | BOOLEAN | SP | B | 1 | Adaptive pulse | Stop in right position | Configuration\Control\CBXCBR2 | ||||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | CFG | CTRL.CBCSWI2.OpDlTmms.setVal | ING | INT32 | SP | B | 100 | Event delay | Event delay of the intermediate position | 0...10000 ms | Configuration\Control\CBXCBR2 | |||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | CFG | CTRL.CBCSWI2.OpCntRs.Oper.ctlVal | INC | INT32 | CO | B | 0 | Operation counter | Breaker operation cycles | 0...10000 | Configuration\Control\CBXCBR2 | |||
| CBXCBR2 | I <-> O CB (2) | I <-> O CB (2) | VER | CTRL.CBCILO2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | INP | CTRL.DCCILO1.EnaOpn.stVal | SPS | BOOLEAN | ST | B | 1 | StatUrg | P,H | ENA_OPEN | Enables opening | Monitoring\I/O status\Control\DCXSWI1\Inputs | ||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | INP | CTRL.DCCILO1.EnaCls.stVal | SPS | BOOLEAN | ST | B | 1 | StatUrg | P,H | ENA_CLOSE | Enables closing | Monitoring\I/O status\Control\DCXSWI1\Inputs | ||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | INP | CTRL.DCCILO1.ItlByPss.stVal | SPS | BOOLEAN | ST | B | 0 | StatUrg | P,H | ITL_BYPASS | Discards ENA_OPEN and ENA_CLOSE interlocking when TRUE | Monitoring\I/O status\Control\DCXSWI1\Inputs | ||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | INP | CTRL.DCCSWI1.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\DCXSWI1\Outputs | ||||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | INP | CTRL.DCCSWI1.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\DCXSWI1\Outputs | ||||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | INP | CTRL.DCCSWI1.OpOpn.general | ACT | BOOLEAN | ST | B | 0 | EXE_OP | Executes the command for open direction | Monitoring\I/O status\Control\DCXSWI1\Outputs | ||||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | INP | CTRL.DCCSWI1.OpCls.general | ACT | BOOLEAN | ST | B | 0 | EXE_CL | Executes the command for close direction | Monitoring\I/O status\Control\DCXSWI1\Outputs | ||||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | INP | CTRL.DCXSWI1.BlkOpn.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | BLK_OPEN | Blocks opening | Monitoring\I/O status\Control\DCXSWI1\Inputs | ||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | INP | CTRL.DCXSWI1.BlkCls.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | BLK_CLOSE | Blocks closing | Monitoring\I/O status\Control\DCXSWI1\Inputs | ||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | OUT | CTRL.DCCSWI1.Pos.stSeld | DPC | BOOLEAN | ST | B | StatUrg | P,H | SELECTED | Object selected | Monitoring\I/O status\Control\DCXSWI1\Outputs | |||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | OUT | CTRL.DCCSWI1.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\DCXSWI1\Outputs | ||||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | OUT | CTRL.DCCSWI1.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\DCXSWI1\Outputs | ||||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | OUT | CTRL.DCCSWI1.PosOk.stVal | SPS | BOOLEAN | ST | B | OKPOS | Apparatus position is ok | Monitoring\I/O status\Control\DCXSWI1\Outputs | |||||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | OUT | CTRL.DCCSWI1.OpOpn.general | ACT | BOOLEAN | ST | B | 0 | EXE_OP | Executes the command for open direction | Monitoring\I/O status\Control\DCXSWI1\Outputs | ||||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | OUT | CTRL.DCCSWI1.OpCls.general | ACT | BOOLEAN | ST | B | 0 | EXE_CL | Executes the command for close direction | Monitoring\I/O status\Control\DCXSWI1\Outputs | ||||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | OUT | CTRL.DCCSWI1.OpnEna.stVal | SPS | BOOLEAN | ST | B | OPEN_ENAD | Opening is enabled based on the input status | Monitoring\I/O status\Control\DCXSWI1\Outputs | |||||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | OUT | CTRL.DCCSWI1.ClsEna.stVal | SPS | BOOLEAN | ST | B | CLOSE_ENAD | Closing is enabled based on the input status | Monitoring\I/O status\Control\DCXSWI1\Outputs | |||||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | CTR | CTRL.DCCSWI1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation mode on/off | 1=on; 5=off | Configuration\Control\DCXSWI1 | |||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | CTR | CTRL.DCCSWI1.Pos.SBOw.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | CTR | CTRL.DCCSWI1.Pos.Oper.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | CTR | CTRL.DCCSWI1.Pos.Cancel.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | CTR | CTRL.DCCSWI1.OpCntRs.Oper.ctlVal | INC | INT32 | CO | B | 0 | Operation counter | Breaker operation cycles | 0...10000 | Configuration\Control\DCXSWI1 | |||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | MON | CTRL.DCCSWI1.Pos.stVal | DPC | Dbpos | ST | B | StatUrg | P,H | POSITION | Apparatus position indication | 0=intermediate; 1=open; 2=closed; 3=faulty | Monitoring\I/O status\Control\DCXSWI1\Monitored data | ||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | CFG | CTRL.DCCSWI1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation mode on/off | 1=on; 5=off | Configuration\Control\DCXSWI1 | |||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | CFG | CTRL.DCCSWI1.Pos.pulseConfig.onDur | DPC | INT32U | CF | B,I | 100 | Pulse length | Open and close pulse length | 10...60000 ms | Configuration\Control\DCXSWI1 | |||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | CFG | CTRL.DCCSWI1.Pos.ctlModel | DPC | Enum | CF | B,I | 4 | Control model | Select control model | 0=status-only; 1=direct-with-normal-security; 4=sbo-with-enhanced-security | Configuration\Control\DCXSWI1 | |||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | CFG | CTRL.DCCSWI1.Pos.sboTimeout | DPC | INT32U | CF | B,I | 60000 | Select timeout | Select timeout in ms | 10000...300000 ms | Configuration\Control\DCXSWI1 | |||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | CFG | CTRL.DCCSWI1.Pos.operTimeout | DPC | INT32U | CF | B,I | 30000 | Operation timeout | Timeout for negative termination | 10...60000 ms | Configuration\Control\DCXSWI1 | |||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | CFG | CTRL.DCCSWI1.AutoPls.setVal | SPG | BOOLEAN | SP | B | 1 | Adaptive pulse | Stop in right position | Configuration\Control\DCXSWI1 | ||||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | CFG | CTRL.DCCSWI1.OpDlTmms.setVal | ING | INT32 | SP | B | 10000 | Event delay | Event delay of the intermediate position | 0...60000 ms | Configuration\Control\DCXSWI1 | |||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | CFG | CTRL.DCCSWI1.OpCntRs.Oper.ctlVal | INC | INT32 | CO | B | 0 | Operation counter | Breaker operation cycles | 0...10000 | Configuration\Control\DCXSWI1 | |||
| DCXSWI1 | I <-> O DCC (1) | I <-> O DCC (1) | VER | CTRL.DCCILO1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | INP | CTRL.DCCILO2.EnaOpn.stVal | SPS | BOOLEAN | ST | B | 1 | StatUrg | P,H | ENA_OPEN | Enables opening | Monitoring\I/O status\Control\DCXSWI2\Inputs | ||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | INP | CTRL.DCCILO2.EnaCls.stVal | SPS | BOOLEAN | ST | B | 1 | StatUrg | P,H | ENA_CLOSE | Enables closing | Monitoring\I/O status\Control\DCXSWI2\Inputs | ||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | INP | CTRL.DCCILO2.ItlByPss.stVal | SPS | BOOLEAN | ST | B | 0 | StatUrg | P,H | ITL_BYPASS | Discards ENA_OPEN and ENA_CLOSE interlocking when TRUE | Monitoring\I/O status\Control\DCXSWI2\Inputs | ||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | INP | CTRL.DCCSWI2.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\DCXSWI2\Outputs | ||||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | INP | CTRL.DCCSWI2.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\DCXSWI2\Outputs | ||||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | INP | CTRL.DCCSWI2.OpOpn.general | ACT | BOOLEAN | ST | B | 0 | EXE_OP | Executes the command for open direction | Monitoring\I/O status\Control\DCXSWI2\Outputs | ||||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | INP | CTRL.DCCSWI2.OpCls.general | ACT | BOOLEAN | ST | B | 0 | EXE_CL | Executes the command for close direction | Monitoring\I/O status\Control\DCXSWI2\Outputs | ||||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | INP | CTRL.DCXSWI2.BlkOpn.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | BLK_OPEN | Blocks opening | Monitoring\I/O status\Control\DCXSWI2\Inputs | ||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | INP | CTRL.DCXSWI2.BlkCls.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | BLK_CLOSE | Blocks closing | Monitoring\I/O status\Control\DCXSWI2\Inputs | ||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | OUT | CTRL.DCCSWI2.Pos.stSeld | DPC | BOOLEAN | ST | B | StatUrg | P,H | SELECTED | Object selected | Monitoring\I/O status\Control\DCXSWI2\Outputs | |||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | OUT | CTRL.DCCSWI2.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\DCXSWI2\Outputs | ||||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | OUT | CTRL.DCCSWI2.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\DCXSWI2\Outputs | ||||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | OUT | CTRL.DCCSWI2.PosOk.stVal | SPS | BOOLEAN | ST | B | OKPOS | Apparatus position is ok | Monitoring\I/O status\Control\DCXSWI2\Outputs | |||||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | OUT | CTRL.DCCSWI2.OpOpn.general | ACT | BOOLEAN | ST | B | 0 | EXE_OP | Executes the command for open direction | Monitoring\I/O status\Control\DCXSWI2\Outputs | ||||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | OUT | CTRL.DCCSWI2.OpCls.general | ACT | BOOLEAN | ST | B | 0 | EXE_CL | Executes the command for close direction | Monitoring\I/O status\Control\DCXSWI2\Outputs | ||||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | OUT | CTRL.DCCSWI2.OpnEna.stVal | SPS | BOOLEAN | ST | B | OPEN_ENAD | Opening is enabled based on the input status | Monitoring\I/O status\Control\DCXSWI2\Outputs | |||||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | OUT | CTRL.DCCSWI2.ClsEna.stVal | SPS | BOOLEAN | ST | B | CLOSE_ENAD | Closing is enabled based on the input status | Monitoring\I/O status\Control\DCXSWI2\Outputs | |||||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | CTR | CTRL.DCCSWI2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation mode on/off | 1=on; 5=off | Configuration\Control\DCXSWI2 | |||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | CTR | CTRL.DCCSWI2.Pos.SBOw.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | CTR | CTRL.DCCSWI2.Pos.Oper.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | CTR | CTRL.DCCSWI2.Pos.Cancel.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | CTR | CTRL.DCCSWI2.OpCntRs.Oper.ctlVal | INC | INT32 | CO | B | 0 | Operation counter | Breaker operation cycles | 0...10000 | Configuration\Control\DCXSWI2 | |||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | MON | CTRL.DCCSWI2.Pos.stVal | DPC | Dbpos | ST | B | StatUrg | P,H | POSITION | Apparatus position indication | 0=intermediate; 1=open; 2=closed; 3=faulty | Monitoring\I/O status\Control\DCXSWI2\Monitored data | ||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | CFG | CTRL.DCCSWI2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation mode on/off | 1=on; 5=off | Configuration\Control\DCXSWI2 | |||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | CFG | CTRL.DCCSWI2.Pos.pulseConfig.onDur | DPC | INT32U | CF | B,I | 100 | Pulse length | Open and close pulse length | 10...60000 ms | Configuration\Control\DCXSWI2 | |||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | CFG | CTRL.DCCSWI2.Pos.ctlModel | DPC | Enum | CF | B,I | 4 | Control model | Select control model | 0=status-only; 1=direct-with-normal-security; 4=sbo-with-enhanced-security | Configuration\Control\DCXSWI2 | |||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | CFG | CTRL.DCCSWI2.Pos.sboTimeout | DPC | INT32U | CF | B,I | 60000 | Select timeout | Select timeout in ms | 10000...300000 ms | Configuration\Control\DCXSWI2 | |||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | CFG | CTRL.DCCSWI2.Pos.operTimeout | DPC | INT32U | CF | B,I | 30000 | Operation timeout | Timeout for negative termination | 10...60000 ms | Configuration\Control\DCXSWI2 | |||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | CFG | CTRL.DCCSWI2.AutoPls.setVal | SPG | BOOLEAN | SP | B | 1 | Adaptive pulse | Stop in right position | Configuration\Control\DCXSWI2 | ||||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | CFG | CTRL.DCCSWI2.OpDlTmms.setVal | ING | INT32 | SP | B | 10000 | Event delay | Event delay of the intermediate position | 0...60000 ms | Configuration\Control\DCXSWI2 | |||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | CFG | CTRL.DCCSWI2.OpCntRs.Oper.ctlVal | INC | INT32 | CO | B | 0 | Operation counter | Breaker operation cycles | 0...10000 | Configuration\Control\DCXSWI2 | |||
| DCXSWI2 | I <-> O DCC (2) | I <-> O DCC (2) | VER | CTRL.DCCILO2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | INP | CTRL.DCCILO3.EnaOpn.stVal | SPS | BOOLEAN | ST | B | 1 | StatUrg | P,H | ENA_OPEN | Enables opening | Monitoring\I/O status\Control\DCXSWI3\Inputs | ||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | INP | CTRL.DCCILO3.EnaCls.stVal | SPS | BOOLEAN | ST | B | 1 | StatUrg | P,H | ENA_CLOSE | Enables closing | Monitoring\I/O status\Control\DCXSWI3\Inputs | ||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | INP | CTRL.DCCILO3.ItlByPss.stVal | SPS | BOOLEAN | ST | B | 0 | StatUrg | P,H | ITL_BYPASS | Discards ENA_OPEN and ENA_CLOSE interlocking when TRUE | Monitoring\I/O status\Control\DCXSWI3\Inputs | ||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | INP | CTRL.DCCSWI3.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\DCXSWI3\Outputs | ||||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | INP | CTRL.DCCSWI3.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\DCXSWI3\Outputs | ||||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | INP | CTRL.DCCSWI3.OpOpn.general | ACT | BOOLEAN | ST | B | 0 | EXE_OP | Executes the command for open direction | Monitoring\I/O status\Control\DCXSWI3\Outputs | ||||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | INP | CTRL.DCCSWI3.OpCls.general | ACT | BOOLEAN | ST | B | 0 | EXE_CL | Executes the command for close direction | Monitoring\I/O status\Control\DCXSWI3\Outputs | ||||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | INP | CTRL.DCXSWI3.BlkOpn.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | BLK_OPEN | Blocks opening | Monitoring\I/O status\Control\DCXSWI3\Inputs | ||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | INP | CTRL.DCXSWI3.BlkCls.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | BLK_CLOSE | Blocks closing | Monitoring\I/O status\Control\DCXSWI3\Inputs | ||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | OUT | CTRL.DCCSWI3.Pos.stSeld | DPC | BOOLEAN | ST | B | StatUrg | P,H | SELECTED | Object selected | Monitoring\I/O status\Control\DCXSWI3\Outputs | |||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | OUT | CTRL.DCCSWI3.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\DCXSWI3\Outputs | ||||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | OUT | CTRL.DCCSWI3.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\DCXSWI3\Outputs | ||||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | OUT | CTRL.DCCSWI3.PosOk.stVal | SPS | BOOLEAN | ST | B | OKPOS | Apparatus position is ok | Monitoring\I/O status\Control\DCXSWI3\Outputs | |||||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | OUT | CTRL.DCCSWI3.OpOpn.general | ACT | BOOLEAN | ST | B | 0 | EXE_OP | Executes the command for open direction | Monitoring\I/O status\Control\DCXSWI3\Outputs | ||||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | OUT | CTRL.DCCSWI3.OpCls.general | ACT | BOOLEAN | ST | B | 0 | EXE_CL | Executes the command for close direction | Monitoring\I/O status\Control\DCXSWI3\Outputs | ||||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | OUT | CTRL.DCCSWI3.OpnEna.stVal | SPS | BOOLEAN | ST | B | OPEN_ENAD | Opening is enabled based on the input status | Monitoring\I/O status\Control\DCXSWI3\Outputs | |||||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | OUT | CTRL.DCCSWI3.ClsEna.stVal | SPS | BOOLEAN | ST | B | CLOSE_ENAD | Closing is enabled based on the input status | Monitoring\I/O status\Control\DCXSWI3\Outputs | |||||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | CTR | CTRL.DCCSWI3.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation mode on/off | 1=on; 5=off | Configuration\Control\DCXSWI3 | |||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | CTR | CTRL.DCCSWI3.Pos.SBOw.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | CTR | CTRL.DCCSWI3.Pos.Oper.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | CTR | CTRL.DCCSWI3.Pos.Cancel.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | CTR | CTRL.DCCSWI3.OpCntRs.Oper.ctlVal | INC | INT32 | CO | B | 0 | Operation counter | Breaker operation cycles | 0...10000 | Configuration\Control\DCXSWI3 | |||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | MON | CTRL.DCCSWI3.Pos.stVal | DPC | Dbpos | ST | B | StatUrg | P,H | POSITION | Apparatus position indication | 0=intermediate; 1=open; 2=closed; 3=faulty | Monitoring\I/O status\Control\DCXSWI3\Monitored data | ||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | CFG | CTRL.DCCSWI3.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation mode on/off | 1=on; 5=off | Configuration\Control\DCXSWI3 | |||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | CFG | CTRL.DCCSWI3.Pos.pulseConfig.onDur | DPC | INT32U | CF | B,I | 100 | Pulse length | Open and close pulse length | 10...60000 ms | Configuration\Control\DCXSWI3 | |||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | CFG | CTRL.DCCSWI3.Pos.ctlModel | DPC | Enum | CF | B,I | 4 | Control model | Select control model | 0=status-only; 1=direct-with-normal-security; 4=sbo-with-enhanced-security | Configuration\Control\DCXSWI3 | |||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | CFG | CTRL.DCCSWI3.Pos.sboTimeout | DPC | INT32U | CF | B,I | 60000 | Select timeout | Select timeout in ms | 10000...300000 ms | Configuration\Control\DCXSWI3 | |||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | CFG | CTRL.DCCSWI3.Pos.operTimeout | DPC | INT32U | CF | B,I | 30000 | Operation timeout | Timeout for negative termination | 10...60000 ms | Configuration\Control\DCXSWI3 | |||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | CFG | CTRL.DCCSWI3.AutoPls.setVal | SPG | BOOLEAN | SP | B | 1 | Adaptive pulse | Stop in right position | Configuration\Control\DCXSWI3 | ||||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | CFG | CTRL.DCCSWI3.OpDlTmms.setVal | ING | INT32 | SP | B | 10000 | Event delay | Event delay of the intermediate position | 0...60000 ms | Configuration\Control\DCXSWI3 | |||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | CFG | CTRL.DCCSWI3.OpCntRs.Oper.ctlVal | INC | INT32 | CO | B | 0 | Operation counter | Breaker operation cycles | 0...10000 | Configuration\Control\DCXSWI3 | |||
| DCXSWI3 | I <-> O DCC (3) | I <-> O DCC (3) | VER | CTRL.DCCILO3.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | INP | CTRL.DCCILO4.EnaOpn.stVal | SPS | BOOLEAN | ST | B | 1 | StatUrg | P,H | ENA_OPEN | Enables opening | Monitoring\I/O status\Control\DCXSWI4\Inputs | ||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | INP | CTRL.DCCILO4.EnaCls.stVal | SPS | BOOLEAN | ST | B | 1 | StatUrg | P,H | ENA_CLOSE | Enables closing | Monitoring\I/O status\Control\DCXSWI4\Inputs | ||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | INP | CTRL.DCCILO4.ItlByPss.stVal | SPS | BOOLEAN | ST | B | 0 | StatUrg | P,H | ITL_BYPASS | Discards ENA_OPEN and ENA_CLOSE interlocking when TRUE | Monitoring\I/O status\Control\DCXSWI4\Inputs | ||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | INP | CTRL.DCCSWI4.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\DCXSWI4\Outputs | ||||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | INP | CTRL.DCCSWI4.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\DCXSWI4\Outputs | ||||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | INP | CTRL.DCCSWI4.OpOpn.general | ACT | BOOLEAN | ST | B | 0 | EXE_OP | Executes the command for open direction | Monitoring\I/O status\Control\DCXSWI4\Outputs | ||||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | INP | CTRL.DCCSWI4.OpCls.general | ACT | BOOLEAN | ST | B | 0 | EXE_CL | Executes the command for close direction | Monitoring\I/O status\Control\DCXSWI4\Outputs | ||||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | INP | CTRL.DCXSWI4.BlkOpn.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | BLK_OPEN | Blocks opening | Monitoring\I/O status\Control\DCXSWI4\Inputs | ||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | INP | CTRL.DCXSWI4.BlkCls.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | BLK_CLOSE | Blocks closing | Monitoring\I/O status\Control\DCXSWI4\Inputs | ||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | OUT | CTRL.DCCSWI4.Pos.stSeld | DPC | BOOLEAN | ST | B | StatUrg | P,H | SELECTED | Object selected | Monitoring\I/O status\Control\DCXSWI4\Outputs | |||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | OUT | CTRL.DCCSWI4.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\DCXSWI4\Outputs | ||||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | OUT | CTRL.DCCSWI4.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\DCXSWI4\Outputs | ||||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | OUT | CTRL.DCCSWI4.PosOk.stVal | SPS | BOOLEAN | ST | B | OKPOS | Apparatus position is ok | Monitoring\I/O status\Control\DCXSWI4\Outputs | |||||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | OUT | CTRL.DCCSWI4.OpOpn.general | ACT | BOOLEAN | ST | B | 0 | EXE_OP | Executes the command for open direction | Monitoring\I/O status\Control\DCXSWI4\Outputs | ||||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | OUT | CTRL.DCCSWI4.OpCls.general | ACT | BOOLEAN | ST | B | 0 | EXE_CL | Executes the command for close direction | Monitoring\I/O status\Control\DCXSWI4\Outputs | ||||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | OUT | CTRL.DCCSWI4.OpnEna.stVal | SPS | BOOLEAN | ST | B | OPEN_ENAD | Opening is enabled based on the input status | Monitoring\I/O status\Control\DCXSWI4\Outputs | |||||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | OUT | CTRL.DCCSWI4.ClsEna.stVal | SPS | BOOLEAN | ST | B | CLOSE_ENAD | Closing is enabled based on the input status | Monitoring\I/O status\Control\DCXSWI4\Outputs | |||||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | CTR | CTRL.DCCSWI4.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation mode on/off | 1=on; 5=off | Configuration\Control\DCXSWI4 | |||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | CTR | CTRL.DCCSWI4.Pos.SBOw.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | CTR | CTRL.DCCSWI4.Pos.Oper.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | CTR | CTRL.DCCSWI4.Pos.Cancel.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | CTR | CTRL.DCCSWI4.OpCntRs.Oper.ctlVal | INC | INT32 | CO | B | 0 | Operation counter | Breaker operation cycles | 0...10000 | Configuration\Control\DCXSWI4 | |||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | MON | CTRL.DCCSWI4.Pos.stVal | DPC | Dbpos | ST | B | StatUrg | P,H | POSITION | Apparatus position indication | 0=intermediate; 1=open; 2=closed; 3=faulty | Monitoring\I/O status\Control\DCXSWI4\Monitored data | ||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | CFG | CTRL.DCCSWI4.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation mode on/off | 1=on; 5=off | Configuration\Control\DCXSWI4 | |||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | CFG | CTRL.DCCSWI4.Pos.pulseConfig.onDur | DPC | INT32U | CF | B,I | 100 | Pulse length | Open and close pulse length | 10...60000 ms | Configuration\Control\DCXSWI4 | |||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | CFG | CTRL.DCCSWI4.Pos.ctlModel | DPC | Enum | CF | B,I | 4 | Control model | Select control model | 0=status-only; 1=direct-with-normal-security; 4=sbo-with-enhanced-security | Configuration\Control\DCXSWI4 | |||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | CFG | CTRL.DCCSWI4.Pos.sboTimeout | DPC | INT32U | CF | B,I | 60000 | Select timeout | Select timeout in ms | 10000...300000 ms | Configuration\Control\DCXSWI4 | |||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | CFG | CTRL.DCCSWI4.Pos.operTimeout | DPC | INT32U | CF | B,I | 30000 | Operation timeout | Timeout for negative termination | 10...60000 ms | Configuration\Control\DCXSWI4 | |||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | CFG | CTRL.DCCSWI4.AutoPls.setVal | SPG | BOOLEAN | SP | B | 1 | Adaptive pulse | Stop in right position | Configuration\Control\DCXSWI4 | ||||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | CFG | CTRL.DCCSWI4.OpDlTmms.setVal | ING | INT32 | SP | B | 10000 | Event delay | Event delay of the intermediate position | 0...60000 ms | Configuration\Control\DCXSWI4 | |||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | CFG | CTRL.DCCSWI4.OpCntRs.Oper.ctlVal | INC | INT32 | CO | B | 0 | Operation counter | Breaker operation cycles | 0...10000 | Configuration\Control\DCXSWI4 | |||
| DCXSWI4 | I <-> O DCC (4) | I <-> O DCC (4) | VER | CTRL.DCCILO4.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| DCSXSWI1 | I <-> O DC (1) | I <-> O DC (1) | INP | CTRL.DCSXSWI1.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\DCSXSWI1\Outputs | ||||
| DCSXSWI1 | I <-> O DC (1) | I <-> O DC (1) | INP | CTRL.DCSXSWI1.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\DCSXSWI1\Outputs | ||||
| DCSXSWI1 | I <-> O DC (1) | I <-> O DC (1) | OUT | CTRL.DCSXSWI1.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\DCSXSWI1\Outputs | ||||
| DCSXSWI1 | I <-> O DC (1) | I <-> O DC (1) | OUT | CTRL.DCSXSWI1.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\DCSXSWI1\Outputs | ||||
| DCSXSWI1 | I <-> O DC (1) | I <-> O DC (1) | OUT | CTRL.DCSXSWI1.PosOk.stVal | SPS | BOOLEAN | ST | B | OKPOS | Apparatus position is ok | Monitoring\I/O status\Control\DCSXSWI1\Outputs | |||||
| DCSXSWI1 | I <-> O DC (1) | I <-> O DC (1) | MON | CTRL.DCSXSWI1.Pos.stVal | DPC | Dbpos | ST | B | StatUrg | P,H | POSITION | Apparatus position indication | 0=intermediate; 1=open; 2=closed; 3=faulty | Monitoring\I/O status\Control\DCSXSWI1\Monitored data | ||
| DCSXSWI1 | I <-> O DC (1) | I <-> O DC (1) | CFG | CTRL.DCSXSWI1.OpDlTmms.setVal | ING | INT32 | SP | B | 30000 | Event delay | Event delay of the intermediate position | 0...60000 ms | Configuration\Control\DCSXSWI1 | |||
| DCSXSWI1 | I <-> O DC (1) | I <-> O DC (1) | VER | CTRL.DCSXSWI1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| DCSXSWI2 | I <-> O DC (2) | I <-> O DC (2) | INP | CTRL.DCSXSWI2.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\DCSXSWI2\Outputs | ||||
| DCSXSWI2 | I <-> O DC (2) | I <-> O DC (2) | INP | CTRL.DCSXSWI2.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\DCSXSWI2\Outputs | ||||
| DCSXSWI2 | I <-> O DC (2) | I <-> O DC (2) | OUT | CTRL.DCSXSWI2.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\DCSXSWI2\Outputs | ||||
| DCSXSWI2 | I <-> O DC (2) | I <-> O DC (2) | OUT | CTRL.DCSXSWI2.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\DCSXSWI2\Outputs | ||||
| DCSXSWI2 | I <-> O DC (2) | I <-> O DC (2) | OUT | CTRL.DCSXSWI2.PosOk.stVal | SPS | BOOLEAN | ST | B | OKPOS | Apparatus position is ok | Monitoring\I/O status\Control\DCSXSWI2\Outputs | |||||
| DCSXSWI2 | I <-> O DC (2) | I <-> O DC (2) | MON | CTRL.DCSXSWI2.Pos.stVal | DPC | Dbpos | ST | B | StatUrg | P,H | POSITION | Apparatus position indication | 0=intermediate; 1=open; 2=closed; 3=faulty | Monitoring\I/O status\Control\DCSXSWI2\Monitored data | ||
| DCSXSWI2 | I <-> O DC (2) | I <-> O DC (2) | CFG | CTRL.DCSXSWI2.OpDlTmms.setVal | ING | INT32 | SP | B | 30000 | Event delay | Event delay of the intermediate position | 0...60000 ms | Configuration\Control\DCSXSWI2 | |||
| DCSXSWI2 | I <-> O DC (2) | I <-> O DC (2) | VER | CTRL.DCSXSWI2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| DCSXSWI3 | I <-> O DC (3) | I <-> O DC (3) | INP | CTRL.DCSXSWI3.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\DCSXSWI3\Outputs | ||||
| DCSXSWI3 | I <-> O DC (3) | I <-> O DC (3) | INP | CTRL.DCSXSWI3.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\DCSXSWI3\Outputs | ||||
| DCSXSWI3 | I <-> O DC (3) | I <-> O DC (3) | OUT | CTRL.DCSXSWI3.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\DCSXSWI3\Outputs | ||||
| DCSXSWI3 | I <-> O DC (3) | I <-> O DC (3) | OUT | CTRL.DCSXSWI3.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\DCSXSWI3\Outputs | ||||
| DCSXSWI3 | I <-> O DC (3) | I <-> O DC (3) | OUT | CTRL.DCSXSWI3.PosOk.stVal | SPS | BOOLEAN | ST | B | OKPOS | Apparatus position is ok | Monitoring\I/O status\Control\DCSXSWI3\Outputs | |||||
| DCSXSWI3 | I <-> O DC (3) | I <-> O DC (3) | MON | CTRL.DCSXSWI3.Pos.stVal | DPC | Dbpos | ST | B | StatUrg | P,H | POSITION | Apparatus position indication | 0=intermediate; 1=open; 2=closed; 3=faulty | Monitoring\I/O status\Control\DCSXSWI3\Monitored data | ||
| DCSXSWI3 | I <-> O DC (3) | I <-> O DC (3) | CFG | CTRL.DCSXSWI3.OpDlTmms.setVal | ING | INT32 | SP | B | 30000 | Event delay | Event delay of the intermediate position | 0...60000 ms | Configuration\Control\DCSXSWI3 | |||
| DCSXSWI3 | I <-> O DC (3) | I <-> O DC (3) | VER | CTRL.DCSXSWI3.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| DCSXSWI4 | I <-> O DC (4) | I <-> O DC (4) | INP | CTRL.DCSXSWI4.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\DCSXSWI4\Outputs | ||||
| DCSXSWI4 | I <-> O DC (4) | I <-> O DC (4) | INP | CTRL.DCSXSWI4.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\DCSXSWI4\Outputs | ||||
| DCSXSWI4 | I <-> O DC (4) | I <-> O DC (4) | OUT | CTRL.DCSXSWI4.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\DCSXSWI4\Outputs | ||||
| DCSXSWI4 | I <-> O DC (4) | I <-> O DC (4) | OUT | CTRL.DCSXSWI4.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\DCSXSWI4\Outputs | ||||
| DCSXSWI4 | I <-> O DC (4) | I <-> O DC (4) | OUT | CTRL.DCSXSWI4.PosOk.stVal | SPS | BOOLEAN | ST | B | OKPOS | Apparatus position is ok | Monitoring\I/O status\Control\DCSXSWI4\Outputs | |||||
| DCSXSWI4 | I <-> O DC (4) | I <-> O DC (4) | MON | CTRL.DCSXSWI4.Pos.stVal | DPC | Dbpos | ST | B | StatUrg | P,H | POSITION | Apparatus position indication | 0=intermediate; 1=open; 2=closed; 3=faulty | Monitoring\I/O status\Control\DCSXSWI4\Monitored data | ||
| DCSXSWI4 | I <-> O DC (4) | I <-> O DC (4) | CFG | CTRL.DCSXSWI4.OpDlTmms.setVal | ING | INT32 | SP | B | 30000 | Event delay | Event delay of the intermediate position | 0...60000 ms | Configuration\Control\DCSXSWI4 | |||
| DCSXSWI4 | I <-> O DC (4) | I <-> O DC (4) | VER | CTRL.DCSXSWI4.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | INP | CTRL.ESCILO1.EnaOpn.stVal | SPS | BOOLEAN | ST | B | 1 | StatUrg | P,H | ENA_OPEN | Enables opening | Monitoring\I/O status\Control\ESXSWI1\Inputs | ||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | INP | CTRL.ESCILO1.EnaCls.stVal | SPS | BOOLEAN | ST | B | 1 | StatUrg | P,H | ENA_CLOSE | Enables closing | Monitoring\I/O status\Control\ESXSWI1\Inputs | ||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | INP | CTRL.ESCILO1.ItlByPss.stVal | SPS | BOOLEAN | ST | B | 0 | StatUrg | P,H | ITL_BYPASS | Discards ENA_OPEN and ENA_CLOSE interlocking when TRUE | Monitoring\I/O status\Control\ESXSWI1\Inputs | ||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | INP | CTRL.ESCSWI1.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\ESXSWI1\Outputs | ||||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | INP | CTRL.ESCSWI1.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\ESXSWI1\Outputs | ||||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | INP | CTRL.ESCSWI1.OpOpn.general | ACT | BOOLEAN | ST | B | 0 | EXE_OP | Executes the command for open direction | Monitoring\I/O status\Control\ESXSWI1\Outputs | ||||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | INP | CTRL.ESCSWI1.OpCls.general | ACT | BOOLEAN | ST | B | 0 | EXE_CL | Executes the command for close direction | Monitoring\I/O status\Control\ESXSWI1\Outputs | ||||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | INP | CTRL.ESXSWI1.BlkOpn.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | BLK_OPEN | Blocks opening | Monitoring\I/O status\Control\ESXSWI1\Inputs | ||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | INP | CTRL.ESXSWI1.BlkCls.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | BLK_CLOSE | Blocks closing | Monitoring\I/O status\Control\ESXSWI1\Inputs | ||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | OUT | CTRL.ESCSWI1.Pos.stSeld | DPC | BOOLEAN | ST | B | StatUrg | P,H | SELECTED | Object selected | Monitoring\I/O status\Control\ESXSWI1\Outputs | |||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | OUT | CTRL.ESCSWI1.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\ESXSWI1\Outputs | ||||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | OUT | CTRL.ESCSWI1.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\ESXSWI1\Outputs | ||||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | OUT | CTRL.ESCSWI1.PosOk.stVal | SPS | BOOLEAN | ST | B | OKPOS | Apparatus position is ok | Monitoring\I/O status\Control\ESXSWI1\Outputs | |||||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | OUT | CTRL.ESCSWI1.OpOpn.general | ACT | BOOLEAN | ST | B | 0 | EXE_OP | Executes the command for open direction | Monitoring\I/O status\Control\ESXSWI1\Outputs | ||||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | OUT | CTRL.ESCSWI1.OpCls.general | ACT | BOOLEAN | ST | B | 0 | EXE_CL | Executes the command for close direction | Monitoring\I/O status\Control\ESXSWI1\Outputs | ||||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | OUT | CTRL.ESCSWI1.OpnEna.stVal | SPS | BOOLEAN | ST | B | OPEN_ENAD | Opening is enabled based on the input status | Monitoring\I/O status\Control\ESXSWI1\Outputs | |||||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | OUT | CTRL.ESCSWI1.ClsEna.stVal | SPS | BOOLEAN | ST | B | CLOSE_ENAD | Closing is enabled based on the input status | Monitoring\I/O status\Control\ESXSWI1\Outputs | |||||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | CTR | CTRL.ESCSWI1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation mode on/off | 1=on; 5=off | Configuration\Control\ESXSWI1 | |||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | CTR | CTRL.ESCSWI1.Pos.SBOw.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | CTR | CTRL.ESCSWI1.Pos.Oper.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | CTR | CTRL.ESCSWI1.Pos.Cancel.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | CTR | CTRL.ESCSWI1.OpCntRs.Oper.ctlVal | INC | INT32 | CO | B | 0 | Operation counter | Breaker operation cycles | 0...10000 | Configuration\Control\ESXSWI1 | |||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | MON | CTRL.ESCSWI1.Pos.stVal | DPC | Dbpos | ST | B | StatUrg | P,H | POSITION | Apparatus position indication | 0=intermediate; 1=open; 2=closed; 3=faulty | Monitoring\I/O status\Control\ESXSWI1\Monitored data | ||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | CFG | CTRL.ESCSWI1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation mode on/off | 1=on; 5=off | Configuration\Control\ESXSWI1 | |||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | CFG | CTRL.ESCSWI1.Pos.pulseConfig.onDur | DPC | INT32U | CF | B,I | 100 | Pulse length | Open and close pulse length | 10...60000 ms | Configuration\Control\ESXSWI1 | |||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | CFG | CTRL.ESCSWI1.Pos.ctlModel | DPC | Enum | CF | B,I | 4 | Control model | Select control model | 0=status-only; 1=direct-with-normal-security; 4=sbo-with-enhanced-security | Configuration\Control\ESXSWI1 | |||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | CFG | CTRL.ESCSWI1.Pos.sboTimeout | DPC | INT32U | CF | B,I | 60000 | Select timeout | Select timeout in ms | 10000...300000 ms | Configuration\Control\ESXSWI1 | |||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | CFG | CTRL.ESCSWI1.Pos.operTimeout | DPC | INT32U | CF | B,I | 30000 | Operation timeout | Timeout for negative termination | 10...60000 ms | Configuration\Control\ESXSWI1 | |||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | CFG | CTRL.ESCSWI1.AutoPls.setVal | SPG | BOOLEAN | SP | B | 1 | Adaptive pulse | Stop in right position | Configuration\Control\ESXSWI1 | ||||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | CFG | CTRL.ESCSWI1.OpDlTmms.setVal | ING | INT32 | SP | B | 10000 | Event delay | Event delay of the intermediate position | 0...60000 ms | Configuration\Control\ESXSWI1 | |||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | CFG | CTRL.ESCSWI1.OpCntRs.Oper.ctlVal | INC | INT32 | CO | B | 0 | Operation counter | Breaker operation cycles | 0...10000 | Configuration\Control\ESXSWI1 | |||
| ESXSWI1 | I <-> O ESC (1) | I <-> O ESC (1) | VER | CTRL.ESCILO1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | INP | CTRL.ESCILO2.EnaOpn.stVal | SPS | BOOLEAN | ST | B | 1 | StatUrg | P,H | ENA_OPEN | Enables opening | Monitoring\I/O status\Control\ESXSWI2\Inputs | ||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | INP | CTRL.ESCILO2.EnaCls.stVal | SPS | BOOLEAN | ST | B | 1 | StatUrg | P,H | ENA_CLOSE | Enables closing | Monitoring\I/O status\Control\ESXSWI2\Inputs | ||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | INP | CTRL.ESCILO2.ItlByPss.stVal | SPS | BOOLEAN | ST | B | 0 | StatUrg | P,H | ITL_BYPASS | Discards ENA_OPEN and ENA_CLOSE interlocking when TRUE | Monitoring\I/O status\Control\ESXSWI2\Inputs | ||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | INP | CTRL.ESCSWI2.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\ESXSWI2\Outputs | ||||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | INP | CTRL.ESCSWI2.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\ESXSWI2\Outputs | ||||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | INP | CTRL.ESCSWI2.OpOpn.general | ACT | BOOLEAN | ST | B | 0 | EXE_OP | Executes the command for open direction | Monitoring\I/O status\Control\ESXSWI2\Outputs | ||||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | INP | CTRL.ESCSWI2.OpCls.general | ACT | BOOLEAN | ST | B | 0 | EXE_CL | Executes the command for close direction | Monitoring\I/O status\Control\ESXSWI2\Outputs | ||||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | INP | CTRL.ESXSWI2.BlkOpn.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | BLK_OPEN | Blocks opening | Monitoring\I/O status\Control\ESXSWI2\Inputs | ||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | INP | CTRL.ESXSWI2.BlkCls.stVal | SPC | BOOLEAN | ST | B | 0 | StatUrg | P,H | BLK_CLOSE | Blocks closing | Monitoring\I/O status\Control\ESXSWI2\Inputs | ||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | OUT | CTRL.ESCSWI2.Pos.stSeld | DPC | BOOLEAN | ST | B | StatUrg | P,H | SELECTED | Object selected | Monitoring\I/O status\Control\ESXSWI2\Outputs | |||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | OUT | CTRL.ESCSWI2.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\ESXSWI2\Outputs | ||||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | OUT | CTRL.ESCSWI2.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\ESXSWI2\Outputs | ||||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | OUT | CTRL.ESCSWI2.PosOk.stVal | SPS | BOOLEAN | ST | B | OKPOS | Apparatus position is ok | Monitoring\I/O status\Control\ESXSWI2\Outputs | |||||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | OUT | CTRL.ESCSWI2.OpOpn.general | ACT | BOOLEAN | ST | B | 0 | EXE_OP | Executes the command for open direction | Monitoring\I/O status\Control\ESXSWI2\Outputs | ||||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | OUT | CTRL.ESCSWI2.OpCls.general | ACT | BOOLEAN | ST | B | 0 | EXE_CL | Executes the command for close direction | Monitoring\I/O status\Control\ESXSWI2\Outputs | ||||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | OUT | CTRL.ESCSWI2.OpnEna.stVal | SPS | BOOLEAN | ST | B | OPEN_ENAD | Opening is enabled based on the input status | Monitoring\I/O status\Control\ESXSWI2\Outputs | |||||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | OUT | CTRL.ESCSWI2.ClsEna.stVal | SPS | BOOLEAN | ST | B | CLOSE_ENAD | Closing is enabled based on the input status | Monitoring\I/O status\Control\ESXSWI2\Outputs | |||||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | CTR | CTRL.ESCSWI2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation mode on/off | 1=on; 5=off | Configuration\Control\ESXSWI2 | |||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | CTR | CTRL.ESCSWI2.Pos.SBOw.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | CTR | CTRL.ESCSWI2.Pos.Oper.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | CTR | CTRL.ESCSWI2.Pos.Cancel.ctlVal | DPC | BOOLEAN | CO | (Switch, general) | ||||||||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | CTR | CTRL.ESCSWI2.OpCntRs.Oper.ctlVal | INC | INT32 | CO | B | 0 | Operation counter | Breaker operation cycles | 0...10000 | Configuration\Control\ESXSWI2 | |||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | MON | CTRL.ESCSWI2.Pos.stVal | DPC | Dbpos | ST | B | StatUrg | P,H | POSITION | Apparatus position indication | 0=intermediate; 1=open; 2=closed; 3=faulty | Monitoring\I/O status\Control\ESXSWI2\Monitored data | ||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | CFG | CTRL.ESCSWI2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Operation mode on/off | 1=on; 5=off | Configuration\Control\ESXSWI2 | |||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | CFG | CTRL.ESCSWI2.Pos.pulseConfig.onDur | DPC | INT32U | CF | B,I | 100 | Pulse length | Open and close pulse length | 10...60000 ms | Configuration\Control\ESXSWI2 | |||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | CFG | CTRL.ESCSWI2.Pos.ctlModel | DPC | Enum | CF | B,I | 0 | Control model | Select control model | 0=status-only; 1=direct-with-normal-security; 4=sbo-with-enhanced-security | Configuration\Control\ESXSWI2 | |||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | CFG | CTRL.ESCSWI2.Pos.sboTimeout | DPC | INT32U | CF | B,I | 60000 | Select timeout | Select timeout in ms | 10000...300000 ms | Configuration\Control\ESXSWI2 | |||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | CFG | CTRL.ESCSWI2.Pos.operTimeout | DPC | INT32U | CF | B,I | 30000 | Operation timeout | Timeout for negative termination | 10...60000 ms | Configuration\Control\ESXSWI2 | |||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | CFG | CTRL.ESCSWI2.AutoPls.setVal | SPG | BOOLEAN | SP | B | 1 | Adaptive pulse | Stop in right position | Configuration\Control\ESXSWI2 | ||||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | CFG | CTRL.ESCSWI2.OpDlTmms.setVal | ING | INT32 | SP | B | 10000 | Event delay | Event delay of the intermediate position | 0...60000 ms | Configuration\Control\ESXSWI2 | |||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | CFG | CTRL.ESCSWI2.OpCntRs.Oper.ctlVal | INC | INT32 | CO | B | 0 | Operation counter | Breaker operation cycles | 0...10000 | Configuration\Control\ESXSWI2 | |||
| ESXSWI2 | I <-> O ESC (2) | I <-> O ESC (2) | VER | CTRL.ESCILO2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| ESSXSWI1 | I <-> O ES (1) | I <-> O ES (1) | INP | CTRL.ESSXSWI1.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\ESSXSWI1\Outputs | ||||
| ESSXSWI1 | I <-> O ES (1) | I <-> O ES (1) | INP | CTRL.ESSXSWI1.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\ESSXSWI1\Outputs | ||||
| ESSXSWI1 | I <-> O ES (1) | I <-> O ES (1) | OUT | CTRL.ESSXSWI1.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\ESSXSWI1\Outputs | ||||
| ESSXSWI1 | I <-> O ES (1) | I <-> O ES (1) | OUT | CTRL.ESSXSWI1.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\ESSXSWI1\Outputs | ||||
| ESSXSWI1 | I <-> O ES (1) | I <-> O ES (1) | OUT | CTRL.ESSXSWI1.PosOk.stVal | SPS | BOOLEAN | ST | B | OKPOS | Apparatus position is ok | Monitoring\I/O status\Control\ESSXSWI1\Outputs | |||||
| ESSXSWI1 | I <-> O ES (1) | I <-> O ES (1) | MON | CTRL.ESSXSWI1.Pos.stVal | DPC | Dbpos | ST | B | StatUrg | P,H | POSITION | Apparatus position indication | 0=intermediate; 1=open; 2=closed; 3=faulty | Monitoring\I/O status\Control\ESSXSWI1\Monitored data | ||
| ESSXSWI1 | I <-> O ES (1) | I <-> O ES (1) | CFG | CTRL.ESSXSWI1.OpDlTmms.setVal | ING | INT32 | SP | B | 30000 | Event delay | Event delay of the intermediate position | 0...60000 ms | Configuration\Control\ESSXSWI1 | |||
| ESSXSWI1 | I <-> O ES (1) | I <-> O ES (1) | VER | CTRL.ESSXSWI1.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| ESSXSWI2 | I <-> O ES (2) | I <-> O ES (2) | INP | CTRL.ESSXSWI2.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\ESSXSWI2\Outputs | ||||
| ESSXSWI2 | I <-> O ES (2) | I <-> O ES (2) | INP | CTRL.ESSXSWI2.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\ESSXSWI2\Outputs | ||||
| ESSXSWI2 | I <-> O ES (2) | I <-> O ES (2) | OUT | CTRL.ESSXSWI2.PosOpn.stVal | SPS | BOOLEAN | ST | B | 0 | OPENPOS | Apparatus open position | Monitoring\I/O status\Control\ESSXSWI2\Outputs | ||||
| ESSXSWI2 | I <-> O ES (2) | I <-> O ES (2) | OUT | CTRL.ESSXSWI2.PosCls.stVal | SPS | BOOLEAN | ST | B | 0 | CLOSEPOS | Apparatus closed position | Monitoring\I/O status\Control\ESSXSWI2\Outputs | ||||
| ESSXSWI2 | I <-> O ES (2) | I <-> O ES (2) | OUT | CTRL.ESSXSWI2.PosOk.stVal | SPS | BOOLEAN | ST | B | OKPOS | Apparatus position is ok | Monitoring\I/O status\Control\ESSXSWI2\Outputs | |||||
| ESSXSWI2 | I <-> O ES (2) | I <-> O ES (2) | MON | CTRL.ESSXSWI2.Pos.stVal | DPC | Dbpos | ST | B | StatUrg | P,H | POSITION | Apparatus position indication | 0=intermediate; 1=open; 2=closed; 3=faulty | Monitoring\I/O status\Control\ESSXSWI2\Monitored data | ||
| ESSXSWI2 | I <-> O ES (2) | I <-> O ES (2) | CFG | CTRL.ESSXSWI2.OpDlTmms.setVal | ING | INT32 | SP | B | 30000 | Event delay | Event delay of the intermediate position | 0...60000 ms | Configuration\Control\ESSXSWI2 | |||
| ESSXSWI2 | I <-> O ES (2) | I <-> O ES (2) | VER | CTRL.ESSXSWI2.NamPlt.swRev | LPL | VisString255 (20) | DC | B | (Name plate) |
| IEC 61850 | IEC 60617 | ANSI | Category | IECName | CDC | Type | FC | Access | Default | Dataset | Event | Parameter name | Parameter desc | Parameter range | Menu path | Channel relation |
| Binary ch 1 | INP | DR.RBDR1.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 2 | INP | DR.RBDR2.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 3 | INP | DR.RBDR3.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 4 | INP | DR.RBDR4.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 5 | INP | DR.RBDR5.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 6 | INP | DR.RBDR6.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 7 | INP | DR.RBDR7.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 8 | INP | DR.RBDR8.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 9 | INP | DR.RBDR9.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 10 | INP | DR.RBDR10.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 11 | INP | DR.RBDR11.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 12 | INP | DR.RBDR12.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 13 | INP | DR.RBDR13.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 14 | INP | DR.RBDR14.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 15 | INP | DR.RBDR15.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 16 | INP | DR.RBDR16.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 17 | INP | DR.RBDR17.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 18 | INP | DR.RBDR18.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 19 | INP | DR.RBDR19.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 20 | INP | DR.RBDR20.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 21 | INP | DR.RBDR21.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 22 | INP | DR.RBDR22.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 23 | INP | DR.RBDR23.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 24 | INP | DR.RBDR24.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 25 | INP | DR.RBDR25.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 26 | INP | DR.RBDR26.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 27 | INP | DR.RBDR27.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 28 | INP | DR.RBDR28.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 29 | INP | DR.RBDR29.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 30 | INP | DR.RBDR30.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 31 | INP | DR.RBDR31.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 32 | INP | DR.RBDR32.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 33 | INP | DR.RBDR33.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 34 | INP | DR.RBDR34.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 35 | INP | DR.RBDR35.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 36 | INP | DR.RBDR36.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 37 | INP | DR.RBDR37.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 38 | INP | DR.RBDR38.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 39 | INP | DR.RBDR39.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 40 | INP | DR.RBDR40.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 41 | INP | DR.RBDR41.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 42 | INP | DR.RBDR42.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 43 | INP | DR.RBDR43.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 44 | INP | DR.RBDR44.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 45 | INP | DR.RBDR45.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 46 | INP | DR.RBDR46.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 47 | INP | DR.RBDR47.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 48 | INP | DR.RBDR48.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 49 | INP | DR.RBDR49.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 50 | INP | DR.RBDR50.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 51 | INP | DR.RBDR51.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 52 | INP | DR.RBDR52.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 53 | INP | DR.RBDR53.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 54 | INP | DR.RBDR54.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 55 | INP | DR.RBDR55.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 56 | INP | DR.RBDR56.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 57 | INP | DR.RBDR57.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 58 | INP | DR.RBDR58.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 59 | INP | DR.RBDR59.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 60 | INP | DR.RBDR60.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 61 | INP | DR.RBDR61.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 62 | INP | DR.RBDR62.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 63 | INP | DR.RBDR63.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Binary ch 64 | INP | DR.RBDR64.EInput.stVal | SPS | BOOLEAN | ST | 0 | (input) | |||||||||
| Disturbance recorder | OUT | DR.RDRE1.RcdStr.stVal | SPS | BOOLEAN | ST | StatDR | P | (Recording started) | ||||||||
| DR LLN0 | CTR | DR.LLN0.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Disturbance recorder on / off | 1=on; 5=off | Configuration\Disturbance recorder\General | |||||
| Disturbance recorder | CTR | DR.RDRE1.RcdTrg.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Trig recording | Manual trigger for the disturbance recorder | 0=Cancel; 1=Trig | Disturbance records\Disturbance records | |||||
| Disturbance recorder | CTR | DR.RDRE1.MemClr.Oper.ctlVal | SPC | BOOLEAN | CO | A | 0 | Disturbance records | Clear all disturbance recordings in the memory | 0=Cancel; 1=Clear | Clear\Clear | |||||
| Binary ch 1 | CTR | DR.RBDR1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 1 | |||||
| Binary ch 2 | CTR | DR.RBDR2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 2 | |||||
| Binary ch 3 | CTR | DR.RBDR3.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 3 | |||||
| Binary ch 4 | CTR | DR.RBDR4.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 4 | |||||
| Binary ch 5 | CTR | DR.RBDR5.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 5 | |||||
| Binary ch 6 | CTR | DR.RBDR6.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 6 | |||||
| Binary ch 7 | CTR | DR.RBDR7.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 7 | |||||
| Binary ch 8 | CTR | DR.RBDR8.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 8 | |||||
| Binary ch 9 | CTR | DR.RBDR9.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 9 | |||||
| Binary ch 10 | CTR | DR.RBDR10.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 10 | |||||
| Binary ch 11 | CTR | DR.RBDR11.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 11 | |||||
| Binary ch 12 | CTR | DR.RBDR12.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 12 | |||||
| Binary ch 13 | CTR | DR.RBDR13.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 13 | |||||
| Binary ch 14 | CTR | DR.RBDR14.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 14 | |||||
| Binary ch 15 | CTR | DR.RBDR15.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 15 | |||||
| Binary ch 16 | CTR | DR.RBDR16.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 16 | |||||
| Binary ch 17 | CTR | DR.RBDR17.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 17 | |||||
| Binary ch 18 | CTR | DR.RBDR18.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 18 | |||||
| Binary ch 19 | CTR | DR.RBDR19.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 19 | |||||
| Binary ch 20 | CTR | DR.RBDR20.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 20 | |||||
| Binary ch 21 | CTR | DR.RBDR21.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 21 | |||||
| Binary ch 22 | CTR | DR.RBDR22.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 22 | |||||
| Binary ch 23 | CTR | DR.RBDR23.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 23 | |||||
| Binary ch 24 | CTR | DR.RBDR24.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 24 | |||||
| Binary ch 25 | CTR | DR.RBDR25.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 25 | |||||
| Binary ch 26 | CTR | DR.RBDR26.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 26 | |||||
| Binary ch 27 | CTR | DR.RBDR27.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 27 | |||||
| Binary ch 28 | CTR | DR.RBDR28.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 28 | |||||
| Binary ch 29 | CTR | DR.RBDR29.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 29 | |||||
| Binary ch 30 | CTR | DR.RBDR30.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 30 | |||||
| Binary ch 31 | CTR | DR.RBDR31.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 31 | |||||
| Binary ch 32 | CTR | DR.RBDR32.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 32 | |||||
| Binary ch 33 | CTR | DR.RBDR33.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 33 | |||||
| Binary ch 34 | CTR | DR.RBDR34.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 34 | |||||
| Binary ch 35 | CTR | DR.RBDR35.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 35 | |||||
| Binary ch 36 | CTR | DR.RBDR36.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 36 | |||||
| Binary ch 37 | CTR | DR.RBDR37.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 37 | |||||
| Binary ch 38 | CTR | DR.RBDR38.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 38 | |||||
| Binary ch 39 | CTR | DR.RBDR39.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 39 | |||||
| Binary ch 40 | CTR | DR.RBDR40.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 40 | |||||
| Binary ch 41 | CTR | DR.RBDR41.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 41 | |||||
| Binary ch 42 | CTR | DR.RBDR42.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 42 | |||||
| Binary ch 43 | CTR | DR.RBDR43.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 43 | |||||
| Binary ch 44 | CTR | DR.RBDR44.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 44 | |||||
| Binary ch 45 | CTR | DR.RBDR45.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 45 | |||||
| Binary ch 46 | CTR | DR.RBDR46.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 46 | |||||
| Binary ch 47 | CTR | DR.RBDR47.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 47 | |||||
| Binary ch 48 | CTR | DR.RBDR48.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 48 | |||||
| Binary ch 49 | CTR | DR.RBDR49.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 49 | |||||
| Binary ch 50 | CTR | DR.RBDR50.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 50 | |||||
| Binary ch 51 | CTR | DR.RBDR51.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 51 | |||||
| Binary ch 52 | CTR | DR.RBDR52.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 52 | |||||
| Binary ch 53 | CTR | DR.RBDR53.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 53 | |||||
| Binary ch 54 | CTR | DR.RBDR54.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 54 | |||||
| Binary ch 55 | CTR | DR.RBDR55.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 55 | |||||
| Binary ch 56 | CTR | DR.RBDR56.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 56 | |||||
| Binary ch 57 | CTR | DR.RBDR57.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 57 | |||||
| Binary ch 58 | CTR | DR.RBDR58.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 58 | |||||
| Binary ch 59 | CTR | DR.RBDR59.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 59 | |||||
| Binary ch 60 | CTR | DR.RBDR60.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 60 | |||||
| Binary ch 61 | CTR | DR.RBDR61.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 61 | |||||
| Binary ch 62 | CTR | DR.RBDR62.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 62 | |||||
| Binary ch 63 | CTR | DR.RBDR63.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 63 | |||||
| Binary ch 64 | CTR | DR.RBDR64.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 64 | |||||
| Analog ch 1 | CTR | DR.RADR1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 1 | |||||
| Analog ch 2 | CTR | DR.RADR2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 2 | |||||
| Analog ch 3 | CTR | DR.RADR3.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 3 | |||||
| Analog ch 4 | CTR | DR.RADR4.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 4 | |||||
| Analog ch 5 | CTR | DR.RADR5.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 5 | |||||
| Analog ch 6 | CTR | DR.RADR6.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 6 | |||||
| Analog ch 7 | CTR | DR.RADR7.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 7 | |||||
| Analog ch 8 | CTR | DR.RADR8.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 8 | |||||
| Analog ch 9 | CTR | DR.RADR9.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 9 | |||||
| Analog ch 10 | CTR | DR.RADR10.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 10 | |||||
| Analog ch 11 | CTR | DR.RADR11.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 11 | |||||
| Analog ch 12 | CTR | DR.RADR12.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 12 | |||||
| Disturbance recorder | MON | DR.RDRE1.RcdMade.stVal | SPS | BOOLEAN | ST | StatDR | P | (Recording made) | ||||||||
| Disturbance recorder | MON | DR.RDRE1.ERcdStored.stVal | SPS | BOOLEAN | ST | StatDR | P | (Recording stored) | ||||||||
| Disturbance recorder | MON | DR.RDRE1.ERcdDelete.stVal | SPS | BOOLEAN | ST | StatDR | P | (Recording deleted) | ||||||||
| Disturbance recorder | MON | DR.RDRE1.EMemFull.stVal | SPS | BOOLEAN | ST | StatDR | P | (Memory full) | ||||||||
| Disturbance recorder | MON | DR.RDRE1.EOwRcd.stVal | SPS | BOOLEAN | ST | StatDR | P | (Overwrite of rec.) | ||||||||
| Disturbance recorder | MON | DR.RDRE1.EPerTrg.stVal | SPS | BOOLEAN | ST | StatDR | P | (Periodic triggering) | ||||||||
| Disturbance recorder | MON | DR.RDRE1.EManTrg.stVal | SPS | BOOLEAN | ST | StatDR | P | (Manual triggering) | ||||||||
| DR LLN0 | CFG | DR.LLN0.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Disturbance recorder on / off | 1=on; 5=off | Configuration\Disturbance recorder\General | |||||
| Disturbance recorder | CFG | DR.RDRE1.PerTrgTms.setVal | ING | INT32 | SP | A | 0 | Periodic trig time | Time between periodic triggerings in seconds | 0...604800 s | Configuration\Disturbance recorder\General | |||||
| Disturbance recorder | CFG | DR.RDRE1.ExclTmms.setVal | ING | INT32 | SP | A | 0 | Exclusion time | Time how long triggerings for the same reason are ignored in milliseconds | 0...1000000 ms | Configuration\Disturbance recorder\General | |||||
| Disturbance recorder | CFG | DR.RDRE1.OpMod.setVal | ING | Enum | SP | A | 1 | Operation mode | Saturation / overwrite | 1=Saturation; 2=Overwrite | Configuration\Disturbance recorder\General | |||||
| Disturbance recorder | CFG | DR.RDRE1.EPreLgt.setVal | ING | INT32 | SP | A | 50 | Pre-trg length | Length of recording preceding the triggering in percent | 0...100 % | Configuration\Disturbance recorder\General | |||||
| Disturbance recorder | CFG | DR.RDRE1.ERcdLgt.setVal | ING | INT32 | SP | A,I | 50 | Record length | Record length in fundamental cycles | 10...500 cycles | Configuration\Disturbance recorder\General | |||||
| Disturbance recorder | CFG | DR.RDRE1.EStoRte.setVal | ING | Enum | SP | A,I | 32 | Storage rate | Storage rate for waveform recordings in samples per cycle | 8=8 samples / cycle; 16=16 samples / cycle; 32=32 samples / cycle | Configuration\Disturbance recorder\General | |||||
| Disturbance recorder | CFG | DR.RDRE1.EStoModPer.setVal | ING | Enum | SP | A,I | 0 | Stor. mode periodic | Storage mode selection (waveform / trend) for periodic trigger | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\General | |||||
| Disturbance recorder | CFG | DR.RDRE1.EStoModMan.setVal | ING | Enum | SP | A,I | 0 | Stor. mode manual | Storage mode selection (waveform / trend) for manual trigger | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\General | |||||
| Binary ch 1 | CFG | DR.RBDR1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 1 | |||||
| Binary ch 1 | CFG | DR.RBDR1.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 1 | |||||
| Binary ch 1 | CFG | DR.RBDR1.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 1 | |||||
| Binary ch 1 | CFG | DR.RBDR1.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 1 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 1 | ||||||
| Binary ch 2 | CFG | DR.RBDR2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 2 | |||||
| Binary ch 2 | CFG | DR.RBDR2.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 2 | |||||
| Binary ch 2 | CFG | DR.RBDR2.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 2 | |||||
| Binary ch 2 | CFG | DR.RBDR2.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 2 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 2 | ||||||
| Binary ch 3 | CFG | DR.RBDR3.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 3 | |||||
| Binary ch 3 | CFG | DR.RBDR3.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 3 | |||||
| Binary ch 3 | CFG | DR.RBDR3.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 3 | |||||
| Binary ch 3 | CFG | DR.RBDR3.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 3 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 3 | ||||||
| Binary ch 4 | CFG | DR.RBDR4.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 4 | |||||
| Binary ch 4 | CFG | DR.RBDR4.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 4 | |||||
| Binary ch 4 | CFG | DR.RBDR4.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 4 | |||||
| Binary ch 4 | CFG | DR.RBDR4.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 4 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 4 | ||||||
| Binary ch 5 | CFG | DR.RBDR5.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 5 | |||||
| Binary ch 5 | CFG | DR.RBDR5.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 5 | |||||
| Binary ch 5 | CFG | DR.RBDR5.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 5 | |||||
| Binary ch 5 | CFG | DR.RBDR5.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 5 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 5 | ||||||
| Binary ch 6 | CFG | DR.RBDR6.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 6 | |||||
| Binary ch 6 | CFG | DR.RBDR6.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 6 | |||||
| Binary ch 6 | CFG | DR.RBDR6.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 6 | |||||
| Binary ch 6 | CFG | DR.RBDR6.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 6 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 6 | ||||||
| Binary ch 7 | CFG | DR.RBDR7.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 7 | |||||
| Binary ch 7 | CFG | DR.RBDR7.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 7 | |||||
| Binary ch 7 | CFG | DR.RBDR7.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 7 | |||||
| Binary ch 7 | CFG | DR.RBDR7.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 7 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 7 | ||||||
| Binary ch 8 | CFG | DR.RBDR8.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 8 | |||||
| Binary ch 8 | CFG | DR.RBDR8.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 8 | |||||
| Binary ch 8 | CFG | DR.RBDR8.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 8 | |||||
| Binary ch 8 | CFG | DR.RBDR8.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 8 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 8 | ||||||
| Binary ch 9 | CFG | DR.RBDR9.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 9 | |||||
| Binary ch 9 | CFG | DR.RBDR9.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 9 | |||||
| Binary ch 9 | CFG | DR.RBDR9.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 9 | |||||
| Binary ch 9 | CFG | DR.RBDR9.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 9 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 9 | ||||||
| Binary ch 10 | CFG | DR.RBDR10.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 10 | |||||
| Binary ch 10 | CFG | DR.RBDR10.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 10 | |||||
| Binary ch 10 | CFG | DR.RBDR10.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 10 | |||||
| Binary ch 10 | CFG | DR.RBDR10.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 10 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 10 | ||||||
| Binary ch 11 | CFG | DR.RBDR11.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 11 | |||||
| Binary ch 11 | CFG | DR.RBDR11.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 11 | |||||
| Binary ch 11 | CFG | DR.RBDR11.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 11 | |||||
| Binary ch 11 | CFG | DR.RBDR11.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 11 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 11 | ||||||
| Binary ch 12 | CFG | DR.RBDR12.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 12 | |||||
| Binary ch 12 | CFG | DR.RBDR12.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 12 | |||||
| Binary ch 12 | CFG | DR.RBDR12.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 12 | |||||
| Binary ch 12 | CFG | DR.RBDR12.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 12 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 12 | ||||||
| Binary ch 13 | CFG | DR.RBDR13.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 13 | |||||
| Binary ch 13 | CFG | DR.RBDR13.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 13 | |||||
| Binary ch 13 | CFG | DR.RBDR13.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 13 | |||||
| Binary ch 13 | CFG | DR.RBDR13.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 13 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 13 | ||||||
| Binary ch 14 | CFG | DR.RBDR14.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 14 | |||||
| Binary ch 14 | CFG | DR.RBDR14.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 14 | |||||
| Binary ch 14 | CFG | DR.RBDR14.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 14 | |||||
| Binary ch 14 | CFG | DR.RBDR14.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 14 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 14 | ||||||
| Binary ch 15 | CFG | DR.RBDR15.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 15 | |||||
| Binary ch 15 | CFG | DR.RBDR15.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 15 | |||||
| Binary ch 15 | CFG | DR.RBDR15.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 15 | |||||
| Binary ch 15 | CFG | DR.RBDR15.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 15 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 15 | ||||||
| Binary ch 16 | CFG | DR.RBDR16.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 16 | |||||
| Binary ch 16 | CFG | DR.RBDR16.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 16 | |||||
| Binary ch 16 | CFG | DR.RBDR16.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 16 | |||||
| Binary ch 16 | CFG | DR.RBDR16.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 16 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 16 | ||||||
| Binary ch 17 | CFG | DR.RBDR17.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 17 | |||||
| Binary ch 17 | CFG | DR.RBDR17.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 17 | |||||
| Binary ch 17 | CFG | DR.RBDR17.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 17 | |||||
| Binary ch 17 | CFG | DR.RBDR17.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 17 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 17 | ||||||
| Binary ch 18 | CFG | DR.RBDR18.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 18 | |||||
| Binary ch 18 | CFG | DR.RBDR18.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 18 | |||||
| Binary ch 18 | CFG | DR.RBDR18.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 18 | |||||
| Binary ch 18 | CFG | DR.RBDR18.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 18 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 18 | ||||||
| Binary ch 19 | CFG | DR.RBDR19.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 19 | |||||
| Binary ch 19 | CFG | DR.RBDR19.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 19 | |||||
| Binary ch 19 | CFG | DR.RBDR19.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 19 | |||||
| Binary ch 19 | CFG | DR.RBDR19.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 19 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 19 | ||||||
| Binary ch 20 | CFG | DR.RBDR20.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 20 | |||||
| Binary ch 20 | CFG | DR.RBDR20.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 20 | |||||
| Binary ch 20 | CFG | DR.RBDR20.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 20 | |||||
| Binary ch 20 | CFG | DR.RBDR20.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 20 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 20 | ||||||
| Binary ch 21 | CFG | DR.RBDR21.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 21 | |||||
| Binary ch 21 | CFG | DR.RBDR21.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 21 | |||||
| Binary ch 21 | CFG | DR.RBDR21.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 21 | |||||
| Binary ch 21 | CFG | DR.RBDR21.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 21 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 21 | ||||||
| Binary ch 22 | CFG | DR.RBDR22.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 22 | |||||
| Binary ch 22 | CFG | DR.RBDR22.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 22 | |||||
| Binary ch 22 | CFG | DR.RBDR22.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 22 | |||||
| Binary ch 22 | CFG | DR.RBDR22.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 22 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 22 | ||||||
| Binary ch 23 | CFG | DR.RBDR23.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 23 | |||||
| Binary ch 23 | CFG | DR.RBDR23.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 23 | |||||
| Binary ch 23 | CFG | DR.RBDR23.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 23 | |||||
| Binary ch 23 | CFG | DR.RBDR23.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 23 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 23 | ||||||
| Binary ch 24 | CFG | DR.RBDR24.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 24 | |||||
| Binary ch 24 | CFG | DR.RBDR24.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 24 | |||||
| Binary ch 24 | CFG | DR.RBDR24.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 24 | |||||
| Binary ch 24 | CFG | DR.RBDR24.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 24 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 24 | ||||||
| Binary ch 25 | CFG | DR.RBDR25.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 25 | |||||
| Binary ch 25 | CFG | DR.RBDR25.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 25 | |||||
| Binary ch 25 | CFG | DR.RBDR25.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 25 | |||||
| Binary ch 25 | CFG | DR.RBDR25.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 25 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 25 | ||||||
| Binary ch 26 | CFG | DR.RBDR26.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 26 | |||||
| Binary ch 26 | CFG | DR.RBDR26.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 26 | |||||
| Binary ch 26 | CFG | DR.RBDR26.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 26 | |||||
| Binary ch 26 | CFG | DR.RBDR26.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 26 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 26 | ||||||
| Binary ch 27 | CFG | DR.RBDR27.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 27 | |||||
| Binary ch 27 | CFG | DR.RBDR27.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 27 | |||||
| Binary ch 27 | CFG | DR.RBDR27.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 27 | |||||
| Binary ch 27 | CFG | DR.RBDR27.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 27 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 27 | ||||||
| Binary ch 28 | CFG | DR.RBDR28.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 28 | |||||
| Binary ch 28 | CFG | DR.RBDR28.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 28 | |||||
| Binary ch 28 | CFG | DR.RBDR28.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 28 | |||||
| Binary ch 28 | CFG | DR.RBDR28.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 28 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 28 | ||||||
| Binary ch 29 | CFG | DR.RBDR29.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 29 | |||||
| Binary ch 29 | CFG | DR.RBDR29.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 29 | |||||
| Binary ch 29 | CFG | DR.RBDR29.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 29 | |||||
| Binary ch 29 | CFG | DR.RBDR29.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 29 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 29 | ||||||
| Binary ch 30 | CFG | DR.RBDR30.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 30 | |||||
| Binary ch 30 | CFG | DR.RBDR30.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 30 | |||||
| Binary ch 30 | CFG | DR.RBDR30.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 30 | |||||
| Binary ch 30 | CFG | DR.RBDR30.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 30 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 30 | ||||||
| Binary ch 31 | CFG | DR.RBDR31.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 31 | |||||
| Binary ch 31 | CFG | DR.RBDR31.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 31 | |||||
| Binary ch 31 | CFG | DR.RBDR31.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 31 | |||||
| Binary ch 31 | CFG | DR.RBDR31.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 31 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 31 | ||||||
| Binary ch 32 | CFG | DR.RBDR32.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 32 | |||||
| Binary ch 32 | CFG | DR.RBDR32.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 32 | |||||
| Binary ch 32 | CFG | DR.RBDR32.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 32 | |||||
| Binary ch 32 | CFG | DR.RBDR32.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 32 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 32 | ||||||
| Binary ch 33 | CFG | DR.RBDR33.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 33 | |||||
| Binary ch 33 | CFG | DR.RBDR33.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 33 | |||||
| Binary ch 33 | CFG | DR.RBDR33.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 33 | |||||
| Binary ch 33 | CFG | DR.RBDR33.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 33 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 33 | ||||||
| Binary ch 34 | CFG | DR.RBDR34.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 34 | |||||
| Binary ch 34 | CFG | DR.RBDR34.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 34 | |||||
| Binary ch 34 | CFG | DR.RBDR34.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 34 | |||||
| Binary ch 34 | CFG | DR.RBDR34.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 34 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 34 | ||||||
| Binary ch 35 | CFG | DR.RBDR35.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 35 | |||||
| Binary ch 35 | CFG | DR.RBDR35.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 35 | |||||
| Binary ch 35 | CFG | DR.RBDR35.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 35 | |||||
| Binary ch 35 | CFG | DR.RBDR35.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 35 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 35 | ||||||
| Binary ch 36 | CFG | DR.RBDR36.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 36 | |||||
| Binary ch 36 | CFG | DR.RBDR36.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 36 | |||||
| Binary ch 36 | CFG | DR.RBDR36.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 36 | |||||
| Binary ch 36 | CFG | DR.RBDR36.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 36 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 36 | ||||||
| Binary ch 37 | CFG | DR.RBDR37.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 37 | |||||
| Binary ch 37 | CFG | DR.RBDR37.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 37 | |||||
| Binary ch 37 | CFG | DR.RBDR37.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 37 | |||||
| Binary ch 37 | CFG | DR.RBDR37.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 37 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 37 | ||||||
| Binary ch 38 | CFG | DR.RBDR38.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 38 | |||||
| Binary ch 38 | CFG | DR.RBDR38.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 38 | |||||
| Binary ch 38 | CFG | DR.RBDR38.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 38 | |||||
| Binary ch 38 | CFG | DR.RBDR38.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 38 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 38 | ||||||
| Binary ch 39 | CFG | DR.RBDR39.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 39 | |||||
| Binary ch 39 | CFG | DR.RBDR39.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 39 | |||||
| Binary ch 39 | CFG | DR.RBDR39.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 39 | |||||
| Binary ch 39 | CFG | DR.RBDR39.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 39 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 39 | ||||||
| Binary ch 40 | CFG | DR.RBDR40.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 40 | |||||
| Binary ch 40 | CFG | DR.RBDR40.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 40 | |||||
| Binary ch 40 | CFG | DR.RBDR40.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 40 | |||||
| Binary ch 40 | CFG | DR.RBDR40.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 40 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 40 | ||||||
| Binary ch 41 | CFG | DR.RBDR41.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 41 | |||||
| Binary ch 41 | CFG | DR.RBDR41.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 41 | |||||
| Binary ch 41 | CFG | DR.RBDR41.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 41 | |||||
| Binary ch 41 | CFG | DR.RBDR41.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 41 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 41 | ||||||
| Binary ch 42 | CFG | DR.RBDR42.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 42 | |||||
| Binary ch 42 | CFG | DR.RBDR42.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 42 | |||||
| Binary ch 42 | CFG | DR.RBDR42.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 42 | |||||
| Binary ch 42 | CFG | DR.RBDR42.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 42 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 42 | ||||||
| Binary ch 43 | CFG | DR.RBDR43.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 43 | |||||
| Binary ch 43 | CFG | DR.RBDR43.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 43 | |||||
| Binary ch 43 | CFG | DR.RBDR43.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 43 | |||||
| Binary ch 43 | CFG | DR.RBDR43.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 43 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 43 | ||||||
| Binary ch 44 | CFG | DR.RBDR44.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 44 | |||||
| Binary ch 44 | CFG | DR.RBDR44.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 44 | |||||
| Binary ch 44 | CFG | DR.RBDR44.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 44 | |||||
| Binary ch 44 | CFG | DR.RBDR44.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 44 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 44 | ||||||
| Binary ch 45 | CFG | DR.RBDR45.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 45 | |||||
| Binary ch 45 | CFG | DR.RBDR45.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 45 | |||||
| Binary ch 45 | CFG | DR.RBDR45.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 45 | |||||
| Binary ch 45 | CFG | DR.RBDR45.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 45 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 45 | ||||||
| Binary ch 46 | CFG | DR.RBDR46.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 46 | |||||
| Binary ch 46 | CFG | DR.RBDR46.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 46 | |||||
| Binary ch 46 | CFG | DR.RBDR46.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 46 | |||||
| Binary ch 46 | CFG | DR.RBDR46.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 46 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 46 | ||||||
| Binary ch 47 | CFG | DR.RBDR47.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 47 | |||||
| Binary ch 47 | CFG | DR.RBDR47.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 47 | |||||
| Binary ch 47 | CFG | DR.RBDR47.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 47 | |||||
| Binary ch 47 | CFG | DR.RBDR47.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 47 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 47 | ||||||
| Binary ch 48 | CFG | DR.RBDR48.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 48 | |||||
| Binary ch 48 | CFG | DR.RBDR48.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 48 | |||||
| Binary ch 48 | CFG | DR.RBDR48.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 48 | |||||
| Binary ch 48 | CFG | DR.RBDR48.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 48 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 48 | ||||||
| Binary ch 49 | CFG | DR.RBDR49.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 49 | |||||
| Binary ch 49 | CFG | DR.RBDR49.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 49 | |||||
| Binary ch 49 | CFG | DR.RBDR49.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 49 | |||||
| Binary ch 49 | CFG | DR.RBDR49.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 49 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 49 | ||||||
| Binary ch 50 | CFG | DR.RBDR50.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 50 | |||||
| Binary ch 50 | CFG | DR.RBDR50.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 50 | |||||
| Binary ch 50 | CFG | DR.RBDR50.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 50 | |||||
| Binary ch 50 | CFG | DR.RBDR50.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 50 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 50 | ||||||
| Binary ch 51 | CFG | DR.RBDR51.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 51 | |||||
| Binary ch 51 | CFG | DR.RBDR51.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 51 | |||||
| Binary ch 51 | CFG | DR.RBDR51.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 51 | |||||
| Binary ch 51 | CFG | DR.RBDR51.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 51 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 51 | ||||||
| Binary ch 52 | CFG | DR.RBDR52.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 52 | |||||
| Binary ch 52 | CFG | DR.RBDR52.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 52 | |||||
| Binary ch 52 | CFG | DR.RBDR52.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 52 | |||||
| Binary ch 52 | CFG | DR.RBDR52.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 52 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 52 | ||||||
| Binary ch 53 | CFG | DR.RBDR53.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 53 | |||||
| Binary ch 53 | CFG | DR.RBDR53.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 53 | |||||
| Binary ch 53 | CFG | DR.RBDR53.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 53 | |||||
| Binary ch 53 | CFG | DR.RBDR53.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 53 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 53 | ||||||
| Binary ch 54 | CFG | DR.RBDR54.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 54 | |||||
| Binary ch 54 | CFG | DR.RBDR54.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 54 | |||||
| Binary ch 54 | CFG | DR.RBDR54.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 54 | |||||
| Binary ch 54 | CFG | DR.RBDR54.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 54 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 54 | ||||||
| Binary ch 55 | CFG | DR.RBDR55.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 55 | |||||
| Binary ch 55 | CFG | DR.RBDR55.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 55 | |||||
| Binary ch 55 | CFG | DR.RBDR55.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 55 | |||||
| Binary ch 55 | CFG | DR.RBDR55.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 55 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 55 | ||||||
| Binary ch 56 | CFG | DR.RBDR56.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 56 | |||||
| Binary ch 56 | CFG | DR.RBDR56.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 56 | |||||
| Binary ch 56 | CFG | DR.RBDR56.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 56 | |||||
| Binary ch 56 | CFG | DR.RBDR56.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 56 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 56 | ||||||
| Binary ch 57 | CFG | DR.RBDR57.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 57 | |||||
| Binary ch 57 | CFG | DR.RBDR57.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 57 | |||||
| Binary ch 57 | CFG | DR.RBDR57.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 57 | |||||
| Binary ch 57 | CFG | DR.RBDR57.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 57 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 57 | ||||||
| Binary ch 58 | CFG | DR.RBDR58.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 58 | |||||
| Binary ch 58 | CFG | DR.RBDR58.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 58 | |||||
| Binary ch 58 | CFG | DR.RBDR58.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 58 | |||||
| Binary ch 58 | CFG | DR.RBDR58.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 58 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 58 | ||||||
| Binary ch 59 | CFG | DR.RBDR59.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 59 | |||||
| Binary ch 59 | CFG | DR.RBDR59.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 59 | |||||
| Binary ch 59 | CFG | DR.RBDR59.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 59 | |||||
| Binary ch 59 | CFG | DR.RBDR59.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 59 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 59 | ||||||
| Binary ch 60 | CFG | DR.RBDR60.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 60 | |||||
| Binary ch 60 | CFG | DR.RBDR60.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 60 | |||||
| Binary ch 60 | CFG | DR.RBDR60.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 60 | |||||
| Binary ch 60 | CFG | DR.RBDR60.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 60 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 60 | ||||||
| Binary ch 61 | CFG | DR.RBDR61.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 61 | |||||
| Binary ch 61 | CFG | DR.RBDR61.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 61 | |||||
| Binary ch 61 | CFG | DR.RBDR61.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 61 | |||||
| Binary ch 61 | CFG | DR.RBDR61.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 61 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 61 | ||||||
| Binary ch 62 | CFG | DR.RBDR62.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 62 | |||||
| Binary ch 62 | CFG | DR.RBDR62.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 62 | |||||
| Binary ch 62 | CFG | DR.RBDR62.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 62 | |||||
| Binary ch 62 | CFG | DR.RBDR62.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 62 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 62 | ||||||
| Binary ch 63 | CFG | DR.RBDR63.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 63 | |||||
| Binary ch 63 | CFG | DR.RBDR63.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 63 | |||||
| Binary ch 63 | CFG | DR.RBDR63.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 63 | |||||
| Binary ch 63 | CFG | DR.RBDR63.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 63 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 63 | ||||||
| Binary ch 64 | CFG | DR.RBDR64.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 5 | Operation | Binary channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Binary channel 64 | |||||
| Binary ch 64 | CFG | DR.RBDR64.LevMod.setVal | ING | Enum | SP | A,I | 1 | Level trigger mode | rising / falling / both / trigger off | 1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off | Configuration\Disturbance recorder\Channel settings\Binary channel 64 | |||||
| Binary ch 64 | CFG | DR.RBDR64.EStoMod.setVal | ING | Enum | SP | A,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Binary channel 64 | |||||
| Binary ch 64 | CFG | DR.RBDR64.EInput.d | SPS | VisString255 (64) | DC | A | Binary ch 64 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Binary channel 64 | ||||||
| Analog ch 1 | CFG | DR.RADR1.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 1 | |||||
| Analog ch 1 | CFG | DR.RADR1.EChNum.setVal | ING | Enum | SP | A,I | 0 | Channel selection | Select a signal, which will be recorded by this channel | 0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 5=IoB; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 14=U1B; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B; 29=U12; 30=U23; 31=U31; 32=UL1; 33=UL2; 34=UL3; 52=U1C | Configuration\Disturbance recorder\Channel settings\Analog channel 1 | |||||
| Analog ch 1 | CFG | DR.RADR1.EChNum.d | ING | VisString255 (64) | DC | A,I | Analog ch 1 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Analog channel 1 | ||||||
| Analog ch 1 | CFG | DR.RADR1.HiTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 10.00 | High trigger level | Over limit | 0.00...60.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 1 | |||||
| Analog ch 1 | CFG | DR.RADR1.LoTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 0.00 | Low trigger level | Under limit | 0.00...2.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 1 | |||||
| Analog ch 1 | CFG | DR.RADR1.EStoMod.setVal | ING | Enum | SP | B,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Analog channel 1 | |||||
| Analog ch 2 | CFG | DR.RADR2.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 2 | |||||
| Analog ch 2 | CFG | DR.RADR2.EChNum.setVal | ING | Enum | SP | A,I | 0 | Channel selection | Select a signal, which will be recorded by this channel | 0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 5=IoB; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 14=U1B; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B; 29=U12; 30=U23; 31=U31; 32=UL1; 33=UL2; 34=UL3; 52=U1C | Configuration\Disturbance recorder\Channel settings\Analog channel 2 | |||||
| Analog ch 2 | CFG | DR.RADR2.EChNum.d | ING | VisString255 (64) | DC | A,I | Analog ch 2 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Analog channel 2 | ||||||
| Analog ch 2 | CFG | DR.RADR2.HiTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 10.00 | High trigger level | Over limit | 0.00...60.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 2 | |||||
| Analog ch 2 | CFG | DR.RADR2.LoTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 0.00 | Low trigger level | Under limit | 0.00...2.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 2 | |||||
| Analog ch 2 | CFG | DR.RADR2.EStoMod.setVal | ING | Enum | SP | B,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Analog channel 2 | |||||
| Analog ch 3 | CFG | DR.RADR3.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 3 | |||||
| Analog ch 3 | CFG | DR.RADR3.EChNum.setVal | ING | Enum | SP | A,I | 0 | Channel selection | Select a signal, which will be recorded by this channel | 0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 5=IoB; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 14=U1B; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B; 29=U12; 30=U23; 31=U31; 32=UL1; 33=UL2; 34=UL3; 52=U1C | Configuration\Disturbance recorder\Channel settings\Analog channel 3 | |||||
| Analog ch 3 | CFG | DR.RADR3.EChNum.d | ING | VisString255 (64) | DC | A,I | Analog ch 3 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Analog channel 3 | ||||||
| Analog ch 3 | CFG | DR.RADR3.HiTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 10.00 | High trigger level | Over limit | 0.00...60.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 3 | |||||
| Analog ch 3 | CFG | DR.RADR3.LoTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 0.00 | Low trigger level | Under limit | 0.00...2.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 3 | |||||
| Analog ch 3 | CFG | DR.RADR3.EStoMod.setVal | ING | Enum | SP | B,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Analog channel 3 | |||||
| Analog ch 4 | CFG | DR.RADR4.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 4 | |||||
| Analog ch 4 | CFG | DR.RADR4.EChNum.setVal | ING | Enum | SP | A,I | 0 | Channel selection | Select a signal, which will be recorded by this channel | 0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 5=IoB; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 14=U1B; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B; 29=U12; 30=U23; 31=U31; 32=UL1; 33=UL2; 34=UL3; 52=U1C | Configuration\Disturbance recorder\Channel settings\Analog channel 4 | |||||
| Analog ch 4 | CFG | DR.RADR4.EChNum.d | ING | VisString255 (64) | DC | A,I | Analog ch 4 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Analog channel 4 | ||||||
| Analog ch 4 | CFG | DR.RADR4.HiTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 10.00 | High trigger level | Over limit | 0.00...60.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 4 | |||||
| Analog ch 4 | CFG | DR.RADR4.LoTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 0.00 | Low trigger level | Under limit | 0.00...2.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 4 | |||||
| Analog ch 4 | CFG | DR.RADR4.EStoMod.setVal | ING | Enum | SP | B,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Analog channel 4 | |||||
| Analog ch 5 | CFG | DR.RADR5.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 5 | |||||
| Analog ch 5 | CFG | DR.RADR5.EChNum.setVal | ING | Enum | SP | A,I | 0 | Channel selection | Select a signal, which will be recorded by this channel | 0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 5=IoB; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 14=U1B; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B; 29=U12; 30=U23; 31=U31; 32=UL1; 33=UL2; 34=UL3; 52=U1C | Configuration\Disturbance recorder\Channel settings\Analog channel 5 | |||||
| Analog ch 5 | CFG | DR.RADR5.EChNum.d | ING | VisString255 (64) | DC | A,I | Analog ch 5 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Analog channel 5 | ||||||
| Analog ch 5 | CFG | DR.RADR5.HiTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 10.00 | High trigger level | Over limit | 0.00...60.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 5 | |||||
| Analog ch 5 | CFG | DR.RADR5.LoTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 0.00 | Low trigger level | Under limit | 0.00...2.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 5 | |||||
| Analog ch 5 | CFG | DR.RADR5.EStoMod.setVal | ING | Enum | SP | B,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Analog channel 5 | |||||
| Analog ch 6 | CFG | DR.RADR6.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 6 | |||||
| Analog ch 6 | CFG | DR.RADR6.EChNum.setVal | ING | Enum | SP | A,I | 0 | Channel selection | Select a signal, which will be recorded by this channel | 0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 5=IoB; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 14=U1B; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B; 29=U12; 30=U23; 31=U31; 32=UL1; 33=UL2; 34=UL3; 52=U1C | Configuration\Disturbance recorder\Channel settings\Analog channel 6 | |||||
| Analog ch 6 | CFG | DR.RADR6.EChNum.d | ING | VisString255 (64) | DC | A,I | Analog ch 6 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Analog channel 6 | ||||||
| Analog ch 6 | CFG | DR.RADR6.HiTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 10.00 | High trigger level | Over limit | 0.00...60.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 6 | |||||
| Analog ch 6 | CFG | DR.RADR6.LoTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 0.00 | Low trigger level | Under limit | 0.00...2.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 6 | |||||
| Analog ch 6 | CFG | DR.RADR6.EStoMod.setVal | ING | Enum | SP | B,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Analog channel 6 | |||||
| Analog ch 7 | CFG | DR.RADR7.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 7 | |||||
| Analog ch 7 | CFG | DR.RADR7.EChNum.setVal | ING | Enum | SP | A,I | 0 | Channel selection | Select a signal, which will be recorded by this channel | 0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 5=IoB; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 14=U1B; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B; 29=U12; 30=U23; 31=U31; 32=UL1; 33=UL2; 34=UL3; 52=U1C | Configuration\Disturbance recorder\Channel settings\Analog channel 7 | |||||
| Analog ch 7 | CFG | DR.RADR7.EChNum.d | ING | VisString255 (64) | DC | A,I | Analog ch 7 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Analog channel 7 | ||||||
| Analog ch 7 | CFG | DR.RADR7.HiTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 10.00 | High trigger level | Over limit | 0.00...60.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 7 | |||||
| Analog ch 7 | CFG | DR.RADR7.LoTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 0.00 | Low trigger level | Under limit | 0.00...2.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 7 | |||||
| Analog ch 7 | CFG | DR.RADR7.EStoMod.setVal | ING | Enum | SP | B,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Analog channel 7 | |||||
| Analog ch 8 | CFG | DR.RADR8.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 8 | |||||
| Analog ch 8 | CFG | DR.RADR8.EChNum.setVal | ING | Enum | SP | A,I | 0 | Channel selection | Select a signal, which will be recorded by this channel | 0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 5=IoB; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 14=U1B; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B; 29=U12; 30=U23; 31=U31; 32=UL1; 33=UL2; 34=UL3; 52=U1C | Configuration\Disturbance recorder\Channel settings\Analog channel 8 | |||||
| Analog ch 8 | CFG | DR.RADR8.EChNum.d | ING | VisString255 (64) | DC | A,I | Analog ch 8 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Analog channel 8 | ||||||
| Analog ch 8 | CFG | DR.RADR8.HiTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 10.00 | High trigger level | Over limit | 0.00...60.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 8 | |||||
| Analog ch 8 | CFG | DR.RADR8.LoTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 0.00 | Low trigger level | Under limit | 0.00...2.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 8 | |||||
| Analog ch 8 | CFG | DR.RADR8.EStoMod.setVal | ING | Enum | SP | B,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Analog channel 8 | |||||
| Analog ch 9 | CFG | DR.RADR9.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 9 | |||||
| Analog ch 9 | CFG | DR.RADR9.EChNum.setVal | ING | Enum | SP | A,I | 0 | Channel selection | Select a signal, which will be recorded by this channel | 0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 5=IoB; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 14=U1B; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B; 29=U12; 30=U23; 31=U31; 32=UL1; 33=UL2; 34=UL3; 52=U1C | Configuration\Disturbance recorder\Channel settings\Analog channel 9 | |||||
| Analog ch 9 | CFG | DR.RADR9.EChNum.d | ING | VisString255 (64) | DC | A,I | Analog ch 9 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Analog channel 9 | ||||||
| Analog ch 9 | CFG | DR.RADR9.HiTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 10.00 | High trigger level | Over limit | 0.00...60.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 9 | |||||
| Analog ch 9 | CFG | DR.RADR9.LoTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 0.00 | Low trigger level | Under limit | 0.00...2.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 9 | |||||
| Analog ch 9 | CFG | DR.RADR9.EStoMod.setVal | ING | Enum | SP | B,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Analog channel 9 | |||||
| Analog ch 10 | CFG | DR.RADR10.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 10 | |||||
| Analog ch 10 | CFG | DR.RADR10.EChNum.setVal | ING | Enum | SP | A,I | 0 | Channel selection | Select a signal, which will be recorded by this channel | 0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 5=IoB; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 14=U1B; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B; 29=U12; 30=U23; 31=U31; 32=UL1; 33=UL2; 34=UL3; 52=U1C | Configuration\Disturbance recorder\Channel settings\Analog channel 10 | |||||
| Analog ch 10 | CFG | DR.RADR10.EChNum.d | ING | VisString255 (64) | DC | A,I | Analog ch 10 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Analog channel 10 | ||||||
| Analog ch 10 | CFG | DR.RADR10.HiTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 10.00 | High trigger level | Over limit | 0.00...60.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 10 | |||||
| Analog ch 10 | CFG | DR.RADR10.LoTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 0.00 | Low trigger level | Under limit | 0.00...2.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 10 | |||||
| Analog ch 10 | CFG | DR.RADR10.EStoMod.setVal | ING | Enum | SP | B,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Analog channel 10 | |||||
| Analog ch 11 | CFG | DR.RADR11.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 11 | |||||
| Analog ch 11 | CFG | DR.RADR11.EChNum.setVal | ING | Enum | SP | A,I | 0 | Channel selection | Select a signal, which will be recorded by this channel | 0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 5=IoB; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 14=U1B; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B; 29=U12; 30=U23; 31=U31; 32=UL1; 33=UL2; 34=UL3; 52=U1C | Configuration\Disturbance recorder\Channel settings\Analog channel 11 | |||||
| Analog ch 11 | CFG | DR.RADR11.EChNum.d | ING | VisString255 (64) | DC | A,I | Analog ch 11 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Analog channel 11 | ||||||
| Analog ch 11 | CFG | DR.RADR11.HiTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 10.00 | High trigger level | Over limit | 0.00...60.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 11 | |||||
| Analog ch 11 | CFG | DR.RADR11.LoTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 0.00 | Low trigger level | Under limit | 0.00...2.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 11 | |||||
| Analog ch 11 | CFG | DR.RADR11.EStoMod.setVal | ING | Enum | SP | B,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Analog channel 11 | |||||
| Analog ch 12 | CFG | DR.RADR12.Mod.Oper.ctlVal | INC | Enum | CO | B,I | 1 | Operation | Analog channel on / off | 1=on; 5=off | Configuration\Disturbance recorder\Channel settings\Analog channel 12 | |||||
| Analog ch 12 | CFG | DR.RADR12.EChNum.setVal | ING | Enum | SP | A,I | 0 | Channel selection | Select a signal, which will be recorded by this channel | 0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 5=IoB; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 14=U1B; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B; 29=U12; 30=U23; 31=U31; 32=UL1; 33=UL2; 34=UL3; 52=U1C | Configuration\Disturbance recorder\Channel settings\Analog channel 12 | |||||
| Analog ch 12 | CFG | DR.RADR12.EChNum.d | ING | VisString255 (64) | DC | A,I | Analog ch 12 input | Channel id text | Channel identifier text | Configuration\Disturbance recorder\Channel settings\Analog channel 12 | ||||||
| Analog ch 12 | CFG | DR.RADR12.HiTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 10.00 | High trigger level | Over limit | 0.00...60.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 12 | |||||
| Analog ch 12 | CFG | DR.RADR12.LoTrgLev.setMag.f | ASG | FLOAT32 | SP | A,I | 0.00 | Low trigger level | Under limit | 0.00...2.00 | Configuration\Disturbance recorder\Channel settings\Analog channel 12 | |||||
| Analog ch 12 | CFG | DR.RADR12.EStoMod.setVal | ING | Enum | SP | B,I | 0 | Storage mode | Storage mode selection (waveform / trend) | 0=Waveform; 1=Trend / cycle | Configuration\Disturbance recorder\Channel settings\Analog channel 12 | |||||
| DR LLN0 | VER | DR.LLN0.NamPlt.swRev | LPL | VisString255 (20) | DC | E | (Name plate) |