Explanations of tables

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 ED2=Edition 2 only, ED1 edition 1 only, 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)
CMT MB=Modbus, DN=DNP, I1=IEC101, I3=IEC103
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)

Protection LLN0

IEC 61850-7-4:2007
IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
Protection LLN0 INP LD0.LLN0.Act2SetGr.stVal SPC BOOLEAN ST B 0 SG_2_ACT Setting group 2 is active Monitoring\Setting group\Outputs
Protection LLN0 INP LD0.LLN0.Act3SetGr.stVal SPC BOOLEAN ST B 0 SG_3_ACT Setting group 3 is active Monitoring\Setting group\Outputs
Protection LLN0 INP LD0.LLN0.Act4SetGr.stVal SPC BOOLEAN ST B 0 SG_4_ACT Setting group 4 is active Monitoring\Setting group\Outputs
Protection LLN0 INP LD0.LLN0.Act5SetGr.stVal SPC BOOLEAN ST B 0 SG_5_ACT Setting group 5 is active Monitoring\Setting group\Outputs
Protection LLN0 INP LD0.LLN0.Act6SetGr.stVal SPC BOOLEAN ST B 0 SG_6_ACT Setting group 6 is active Monitoring\Setting group\Outputs
Protection LLN0 OUT LD0.LLN0.Act1SetGr.stVal SPC BOOLEAN ST B SG_1_ACT Setting group 1 is active Monitoring\Setting group\Outputs
Protection LLN0 OUT LD0.LLN0.Act2SetGr.stVal SPC BOOLEAN ST B 0 SG_2_ACT Setting group 2 is active Monitoring\Setting group\Outputs
Protection LLN0 OUT LD0.LLN0.Act3SetGr.stVal SPC BOOLEAN ST B 0 SG_3_ACT Setting group 3 is active Monitoring\Setting group\Outputs
Protection LLN0 OUT LD0.LLN0.Act4SetGr.stVal SPC BOOLEAN ST B 0 SG_4_ACT Setting group 4 is active Monitoring\Setting group\Outputs
Protection LLN0 OUT LD0.LLN0.Act5SetGr.stVal SPC BOOLEAN ST B 0 SG_5_ACT Setting group 5 is active Monitoring\Setting group\Outputs
Protection LLN0 OUT LD0.LLN0.Act6SetGr.stVal SPC BOOLEAN ST B 0 SG_6_ACT Setting group 6 is active Monitoring\Setting group\Outputs
Protection LLN0 OUT LD0.LLN0.LgcSelSetGr.stVal SPC BOOLEAN ST ED2,B SG_LOGIC_SEL Logic selection for setting group Monitoring\Setting group\Outputs
Protection LLN0 OUT LD0.LLN0.LgcSelGr.stVal SPC BOOLEAN ST ED1 SG_LOGIC_SEL Logic selection for setting group Monitoring\Setting group\Outputs
Protection LLN0 CTR LD0.LLN0.IndLEDRs.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN,I3,I1 Indications and LEDs Clear indication LEDs and texts 0=Cancel; 1=Clear Clear\Clear
Protection LLN0 CTR LD0.LLN0.ProgLEDRs.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN,I3,I1 Programmable LEDs Clear programmable LEDs 0=Cancel; 1=Clear Clear\Clear
Protection LLN0 CTR LD0.LLN0.MeasStatRs.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN 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 MB,DN Power quality data Reset all power quality data 0=Cancel; 1=Clear Clear\Clear
Protection LLN0 CTR LD0.LLN0.ActSetGr.Oper.ctlVal INC INT32 CO MB,DN (Active setting group)
Device CTR LD0.LDEV1.ChgFlg.Oper.ctlVal INC INT32 CO (Composition has changed)
Device CTR LD0.LDEV1.WrmStrCmd.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN Software reset Reset of IED 0=Cancel; 1=Activate Configuration\General
Device CTR BOOLEAN B,H 0 Factory setting Restore Factory settings 0=Cancel; 1=Activate Configuration\General
Device CTR LD0.LDEV1.EvtLstClr.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 ENS Enum ST StatIed P,H I3 (Behaviour) 1=on2=blocked3=test4=test/blocked5=off
Protection LLN0 MON LD0.LLN0.NamPlt.paramRev LPL INT32 ST StatIed P,H (Name plate)
Protection LLN0 MON LD0.LLN0.NamPlt.valRev LPL INT32 ST StatIed P,H (Name plate)
Protection LLN0 MON LD0.LLN0.SvMaxDl.mag.f MV FLOAT32 MX B,# Max delay Maximum SMV delay during last minute -1000.00...1000.00 ms Monitoring\IED status\SMV traffic
Protection LLN0 MON LD0.LLN0.SvAvDl.mag.f MV FLOAT32 MX B,# Average delay Average SMV delay during last minute -1000.00...1000.00 ms Monitoring\IED status\SMV traffic
Protection LLN0 MON LD0.LLN0.ParChgCnt.stVal INS INT32 ST B MB,DN Setting changes Number of setting changes 0...20000 Monitoring\IED status\Setting changes
Protection LLN0 MON LD0.LLN0.ParChgCnt.t INS Timestamp ST B Setting time Latest setting time Monitoring\IED status\Setting changes
Physical device MON LD0.LPHD1.PhyHealth.stVal ENS Enum ST StatIed P,H MB,DN (General state) -2=Waiting-1=Test1=Ok2=Warning3=Alarm
Physical device MON LD0.LPHD1.PwrUp.stVal SPS BOOLEAN ST StatIed P,H (Power up detected)
Device MON LD0.LDEV1.WrmStrDet.stVal SPS BOOLEAN ST StatIed P,H (Warm start detected)
Device MON LD0.LDEV1.WacTrgDet.stVal SPS BOOLEAN ST StatIed P,H (Watchdog reset detected)
Device MON LD0.LDEV1.DevWrn.stVal ENS Enum ST B StatIed P,H MB,DN 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; 34=SMV error; 35=Comm. channel down; 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
Device MON LD0.LDEV1.DevFail.stVal ENS Enum ST B StatIed P,H MB,DN,I3 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; 95=RTD card error,X120; 116=COM card error Monitoring\IED status\Self-supervision
Device MON LD0.LDEV1.ChgAckCnt.stVal INS INT32 ST A MB,DN No of comp. changes Number of composition changes 0...100000 Monitoring\IED status\Composition changes
Device MON LD0.LDEV1.WrmStrCmd.t SPC Timestamp ST B Boot up time IED boot up time Monitoring\IED status\Self-supervision
Protection LLN0 CFG LD0.LLN0.OpModSetGr.setVal ENG 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.SetSvMaxDl.setVal ENG Enum SP B,I,# 1 SMV Max Delay SMV Maximum allowed delay 0=1.90 1.58 ms; 1=3.15 2.62 ms; 2=4.40 3.67 ms; 3=5.65 4.71 ms; 4=6.90 5.75 ms Configuration\System
Customer information CFG LD0.LINF1.BayNam.setVal VSG VisString255 (20) SP ED2,B REx615 Bay name Bay name in system Configuration\System
Customer information CFG LD0.LINF1.NamPlt.eBayName LPL VisString255 (20) EX ED1 REx615 Bay name Bay name in system Configuration\System
Device CFG LD0.LDEV1.IPAddr.setVal VSG VisString255 (20) SP ED2,B,C 192.168.2.10 IP address IP address for rear port(s) Configuration\Communication\Ethernet\Rear port(s)
Device CFG LD0.LDEV1.NamPlt.eIp LPL VisString255 (20) EX ED1,C 192.168.2.10 IP address IP address for rear port(s) Configuration\Communication\Ethernet\Rear port(s)
Device CFG LD0.LDEV1.IPAddrSubNtw.setVal VSG VisString255 (20) SP ED2,B,C 255.255.255.0 Subnet mask Subnet mask for rear port(s) Configuration\Communication\Ethernet\Rear port(s)
Device CFG LD0.LDEV1.NamPlt.eIpSubNet LPL VisString255 (20) EX ED1,C 255.255.255.0 Subnet mask Subnet mask for rear port(s) Configuration\Communication\Ethernet\Rear port(s)
Device CFG LD0.LDEV1.IPAddrGtw.setVal VSG VisString255 (20) SP ED2,B,C 192.168.2.1 Default gateway Default gateway for rear port(s) Configuration\Communication\Ethernet\Rear port(s)
Device CFG LD0.LDEV1.NamPlt.eIpGateWay LPL VisString255 (20) EX ED1,C 192.168.2.1 Default gateway Default gateway for rear port(s) Configuration\Communication\Ethernet\Rear port(s)
Device CFG LD0.LDEV1.IPAddrFrt.setVal VSG VisString255 (20) SP ED2,B 192.168.0.254 IP address IP address for front port (fixed) Configuration\Communication\Ethernet\Front port
Device CFG LD0.LDEV1.NamPlt.eIpFront LPL VisString255 (20) EX ED1 192.168.0.254 IP address IP address for front port (fixed) Configuration\Communication\Ethernet\Front port
Device CFG LD0.LDEV1.Mac1.setVal VSG VisString255 (20) SP ED2,B XX-XX-XX-XX-XX-XX Mac address Mac address for rear port(s) Configuration\Communication\Ethernet\Rear port(s)
Device CFG LD0.LDEV1.NamPlt.eMacAddr LPL VisString255 (20) EX ED1 XX-XX-XX-XX-XX-XX Mac address Mac address for rear port(s) Configuration\Communication\Ethernet\Rear port(s)
Device CFG LD0.LDEV1.Mac2.setVal VSG VisString255 (20) SP ED2,B XX-XX-XX-XX-XX-XX Mac address Mac address for front port Configuration\Communication\Ethernet\Front port
Device CFG LD0.LDEV1.NamPlt.eMacAddr1 LPL VisString255 (20) EX ED1 XX-XX-XX-XX-XX-XX Mac address Mac address for front port Configuration\Communication\Ethernet\Front port
Device CFG LD0.LDEV1.WrmStrCmd.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN Software reset Reset of IED 0=Cancel; 1=Activate Configuration\General
Device CFG BOOLEAN B,H 0 Factory setting Restore Factory settings 0=Cancel; 1=Activate Configuration\General
Device CFG LD0.LDEV1.BlkMod.setVal ENG Enum SP B 1 Blocking mode Behaviour for function BLOCK inputs 1=Freeze timer; 2=Block all; 3=Block OPERATE output Configuration\System
Device CFG LD0.LDEV1.HzSetSel.setVal ENG Enum SP B,I 1 Rated frequency Rated frequency of the network 1=50Hz; 2=60Hz Configuration\System
Device CFG LD0.LDEV1.PhRotSet.setVal ENG Enum SP B,I 1 Phase rotation Phase rotation order 1=ABC; 2=ACB Configuration\System
Device CFG LD0.LDEV1.DiVThres.setVal ING INT32 SP B,I 16 Threshold voltage Binary input threshold voltage 16...176 Vdc Configuration\I/O modules\Common settings
Device CFG LD0.LDEV1.DiOscThres.setVal ING INT32 SP A,I 30 Input osc. level Binary input oscillation suppression threshold 2...50 events/s Configuration\I/O modules\Common settings
Device CFG LD0.LDEV1.DiOscHys.setVal ING INT32 SP A,I 10 Input osc. hyst Binary input oscillation suppression hysteresis 2...50 events/s Configuration\I/O modules\Common settings
Device CFG LD0.LDEV1.PhOrdMod.setVal ENG 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
Device CFG LD0.LDEV1.ACrvSatPnt.setMag.f ASG FLOAT32 SP A,I 50 IDMT Sat point Overcurrent IDMT saturation point 10...50 I/I> Configuration\System
Device CFG LD0.LDEV1.ADmdAvMod.setVal ENG Enum SP B,I 1 A demand Av mode Current demand calculation method 1=Linear; 2=Logarithmic Configuration\Measurements\Demand metering
Device CFG LD0.LDEV1.MtrDmdItrv.setVal ENG 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
Device CFG LD0.LDEV1.HzAdpEna.setVal SPG BOOLEAN SP A,I,# 0 Frequency adaptivity Enabling frequency adaptivity 0=Disable; 1=Enable Configuration\System
Device CFG LD0.LDEV1.LgtLivTm.setVal ING INT32 SP B 3 Backlight timeout LHMI backlight timeout 1...60 min Configuration\HMI
Device CFG LD0.LDEV1.TmFrm.setVal ENG 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.LDEV1.DateFrm.setVal ENG 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.LDEV1.NamConvn.setVal ENG 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.LDEV1.DftVw.setVal ENG Enum SP B 1 Default view LHMI default view 1=Measurements; 2=Main menu; 3=SLD Configuration\HMI
Device CFG LD0.LDEV1.AcsMod.setVal ENG 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.LDEV1.ConnExpTm.setVal ING INT32 SP B 3 Web HMI timeout Web HMI login timeout 1...60 min Configuration\HMI
Device CFG LD0.LDEV1.SLDSymFrm.setVal ENG Enum SP B 1 SLD symbol format Single Line Diagram symbol format 1=IEC; 2=ANSI Configuration\HMI
Device CFG LD0.LDEV1.ScrDlTms.setVal ING INT32 SP B 0 Autoscroll delay Autoscroll delay for Measurements view 0...30 s Configuration\HMI
Device CFG LD0.LDEV1.ClsDlMod.setVal ENG Enum SP B 2 Close delay mode Selection for using delayed LHMI close 1=In use; 2=Not in use Configuration\Control\LHMI
Device CFG LD0.LDEV1.ClsDlTms.setVal ING INT32 SP B 60 Close delay Delay for close done from LHMI 5...900 s Configuration\Control\LHMI
Device CFG LD0.LDEV1.SetVsb.setVal ENG Enum SP B,H 2 Setting visibility Setting visibility for HMI 1=Basic; 2=Advanced Configuration\HMI
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 Enum 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 ENC Enum CO B,I 1 Test mode Test mode 1=Normal mode; 2=IED blocked; 3=IED test; 4=IED test and blocked Tests\IED test
Device TES LD0.LDEV1.FailTest.Oper.ctlVal SPC BOOLEAN CO B,H 0 Internal fault test Internal fault test mode 0=Test off; 1=Test on Tests\IED test
Device TES LD0.LDEV1.ModRemCtl.setVal ENG Enum SP A,H 1 Remote test mode Authority for remote activation of test mode 1=Off; 2=Maintenance; 3=All levels 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 REx615 Type IED type Information\Product identifiers
Physical device INF LD0.LPHD1.PhyNam.name DPL VisString64 DC B TIGER Technical key Technical key set by tool Information\System identifiers
Customer information INF LD0.LINF1.CfgNam.setVal VSG VisString255 (20) SP ED2,B FE+DE+ME+TE+UE+VE+GE Configuration name IED configuration name Information\Product identifiers
Customer information INF LD0.LINF1.NamPlt.eConfName LPL VisString255 (20) EX ED1 FE+DE+ME+TE+UE+VE+GE Configuration name IED configuration name Information\Product identifiers
Customer information INF LD0.LINF1.DevRev.setVal VSG VisString255 (64) SP ED2,B 0 Product version Product version number Information\Product identifiers
Customer information INF LD0.LINF1.NamPlt.eDevRev LPL VisString255 (64) EX ED1 0 Product version Product version number Information\Product identifiers
Customer information INF LD0.LINF1.CstNam.setVal VSG VisString255 (64) SP ED2,B 0 Customer name Name of the customer Information\Site identifiers
Customer information INF LD0.LINF1.NamPlt.eCustomer LPL VisString255 (64) EX ED1 0 Customer name Name of the customer Information\Site identifiers
Customer information INF LD0.LINF1.CstStNam.setVal VSG VisString255 (64) SP ED2,B 0 State Name of state Information\Site identifiers
Customer information INF LD0.LINF1.NamPlt.eState LPL VisString255 (64) EX ED1 0 State Name of state Information\Site identifiers
Customer information INF LD0.LINF1.CstStreNam.setVal VSG VisString255 (64) SP ED2,B 0 Street Name of the street Information\Site identifiers
Customer information INF LD0.LINF1.NamPlt.eStreet LPL VisString255 (64) EX ED1 0 Street Name of the street Information\Site identifiers
Customer information INF LD0.LINF1.CstHouNum.setVal VSG VisString255 (64) SP ED2,B 0 House number Number of the house Information\Site identifiers
Customer information INF LD0.LINF1.NamPlt.eHouseNum LPL VisString255 (64) EX ED1 0 House number Number of the house Information\Site identifiers
Customer information INF LD0.LINF1.CstZip.setVal VSG VisString255 (20) SP ED2,B 0 ZIP/Postal code ZIP/Postal code Information\Site identifiers
Customer information INF LD0.LINF1.NamPlt.eZip LPL VisString255 (20) EX ED1 0 ZIP/Postal code ZIP/Postal code Information\Site identifiers
Customer information INF LD0.LINF1.CstCityNam.setVal VSG VisString255 (64) SP ED2,B 0 City/Province City/Province Information\Site identifiers
Customer information INF LD0.LINF1.NamPlt.eCity LPL VisString255 (64) EX ED1 0 City/Province City/Province Information\Site identifiers
Customer information INF LD0.LINF1.CstCntyNam.setVal VSG VisString255 (64) SP ED2,B 0 Country Name of the country Information\Site identifiers
Customer information INF LD0.LINF1.NamPlt.eCountry LPL VisString255 (64) EX ED1 0 Country Name of the country Information\Site identifiers
Customer information INF LD0.LINF1.CardNam.hwRev DPL VisString255 (20) DC B X HW revision Card HW revision Information\HW modules\Main board
Customer information INF LD0.LINF1.CardNam.swRev DPL VisString255 (20) DC B A SW version Card SW version Information\HW modules\Main board
Customer information INF LD0.LINF1.CardNam.serNum DPL VisString255 (20) DC B 1XXXXXXXXXXX Serial number Card serial number Information\HW modules\Main board
Customer information INF LD0.LINF1.CardNam.model DPL VisString255 (20) DC B 2RAAXXXXXX Article number IED article number Information\HW modules\Main board
Customer information INF LD0.LINF1.TestStaId.t VSS Timestamp ST ED2,B Test date Card test date Information\HW modules\Main board
Customer information INF LD0.LINF1.CardNam.eTestDate DPL VisString255 (20) EX ED1 Test date Card test date Information\HW modules\Main board
Customer information INF LD0.LINF1.HwId.t VSS Timestamp ST ED2,B Manufacturing date Card manufacturing date Information\HW modules\Main board
Customer information INF LD0.LINF1.CardNam.eManDate DPL VisString255 (20) EX ED1 Manufacturing date Card manufacturing date Information\HW modules\Main board
Device INF LD0.LDEV1.SwrNum.stVal VSS VisString255 (20) ST ED2,B SW number IED SW number Information\Product identifiers
Device INF LD0.LDEV1.NamPlt.eSwNum LPL VisString255 (20) EX ED1 SW number IED SW number Information\Product identifiers
Device INF LD0.LDEV1.SwrNum.t VSS Timestamp ST ED2,B SW date IED SW date Information\Product identifiers
Device INF LD0.LDEV1.NamPlt.eSwDate LPL VisString255 (20) EX ED1 SW date IED SW date Information\Product identifiers
Device INF LD0.LDEV1.OrdrNum.stVal VSS VisString255 (20) ST ED2,B Order code IED order code Information\Product identifiers
Device INF LD0.LDEV1.NamPlt.eOrdNum LPL VisString255 (64) EX ED1 Order code IED order code Information\Product identifiers
Device INF LD0.LDEV1.OrdrNum.t VSS Timestamp ST ED2,B Production date IED production date Information\Product identifiers
Device INF LD0.LDEV1.NamPlt.eProdDate LPL VisString255 (20) EX ED1 Production date IED production date Information\Product identifiers
Protection LLN0 VER LD0.LLN0.NamPlt.swRev LPL VisString255 (20) DC G (Name plate)
Protection LLN0 VER LD0.LLN0.NamPlt.ldNs LPL VisString255 (20) EX IEC 61850-7-4:2003 (Name plate)
Physical device VER LD0.LPHD1.PhyNam.swRev DPL VisString255 (20) DC B X.X SW version IED SW version Information\Product identifiers
Customer information VER LD0.LINF1.CardNam.swRev DPL VisString255 (20) DC B A SW version Card SW version Information\HW modules\Main board

Security application

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
Security application CFG BOOLEAN B,H,OR,ER,AW 1 Local override Disable authority Configuration\Authorization\Passwords
Security application CFG LD0.GSAL1.AuthRem.setVal SPG BOOLEAN SP B,OR,ER,AW 1 Remote override Disable authority Configuration\Authorization\Passwords
Security application CFG LD0.GSAL1.AuthAcsLev.setVal ENG Enum SP A 1 Authority logging Authority logging level 1=None; 2=Configuration change; 3=Setting group; 4=Setting group, control; 5=Settings edit; 6=All Configuration\Authorization\Security
Security application CFG BOOLEAN A,H,OR,ER,AW 1 Secure Communication Secure Communication Configuration\Authorization\Security
Security application CFG LD0.GSAL1.RemUpdEna.setVal SPG BOOLEAN SP B,OR,ER,AW 0 Remote Update Remote update 0=Disable; 1=Enable Configuration\Authorization\Security
Security application CFG VisString255 (64) ED2,B,H 0 Local administrator Set password Configuration\Authorization\Passwords
Security application CFG LD0.GSAL1.AuthLoc.pwdAdmin VisString255 (64) ED1,OR,ER,AW 0 Local administrator Set password Configuration\Authorization\Passwords
Security application CFG VisString255 (64) ED2,B,H 0 Local engineer Set password Configuration\Authorization\Passwords
Security application CFG LD0.GSAL1.AuthLoc.pwdEng VisString255 (64) ED1,OR,ER,AW 0 Local engineer Set password Configuration\Authorization\Passwords
Security application CFG VisString255 (64) ED2,B,H 0 Local operator Set password Configuration\Authorization\Passwords
Security application CFG LD0.GSAL1.AuthLoc.pwdOper VisString255 (64) ED1,OR,ER,AW 0 Local operator Set password Configuration\Authorization\Passwords
Security application CFG VisString255 (64) ED2,B,H 0 Local viewer Set password Configuration\Authorization\Passwords
Security application CFG LD0.GSAL1.AuthLoc.pwdView VisString255 (64) ED1,OR,ER,AW 0 Local viewer Set password Configuration\Authorization\Passwords
Security application CFG LD0.GSAL1.AuthRemAdm.setVal VSG VisString255 (64) SP ED2,B 0 Remote administrator Set password Configuration\Authorization\Passwords
Security application CFG LD0.GSAL1.AuthRem.pwdAdmin SPG VisString255 (64) EX ED1,OR,ER,AW 0 Remote administrator Set password Configuration\Authorization\Passwords
Security application CFG LD0.GSAL1.AuthRemEng.setVal VSG VisString255 (64) SP ED2,B 0 Remote engineer Set password Configuration\Authorization\Passwords
Security application CFG LD0.GSAL1.AuthRem.pwdEng SPG VisString255 (64) EX ED1,OR,ER,AW 0 Remote engineer Set password Configuration\Authorization\Passwords
Security application CFG LD0.GSAL1.AuthRemOpr.setVal VSG VisString255 (64) SP ED2,B 0 Remote operator Set password Configuration\Authorization\Passwords
Security application CFG LD0.GSAL1.AuthRem.pwdOper SPG VisString255 (64) EX ED1,OR,ER,AW 0 Remote operator Set password Configuration\Authorization\Passwords
Security application CFG LD0.GSAL1.AuthRemVw.setVal VSG VisString255 (64) SP ED2,B 0 Remote viewer Set password Configuration\Authorization\Passwords
Security application CFG LD0.GSAL1.AuthRem.pwdView SPG VisString255 (64) EX ED1,OR,ER,AW 0 Remote viewer Set password Configuration\Authorization\Passwords
Security application VER LD0.GSAL1.NamPlt.swRev LPL VisString255 (20) DC ED1 H (Name plate)

Device

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
Device INF LD0.IHMI1.CardNam.hwRev DPL VisString255 (20) DC B X HW revision Card HW revision Information\HW modules\LHMI
Device INF LD0.IHMI1.CardNam.swRev DPL VisString255 (20) DC B A SW version Card SW version Information\HW modules\LHMI
Device INF LD0.IHMI1.CardNam.serNum DPL VisString255 (20) DC B 1XXXXXXXXXXX Serial number Card serial number Information\HW modules\LHMI
Device INF LD0.IHMI1.CardNam.model DPL VisString255 (20) DC B 2RAAXXXXXX Article number LHMI article number Information\HW modules\LHMI
Device INF LD0.IHMI1.TestStaId.t VSS Timestamp ST ED2,B Test date Card test date Information\HW modules\LHMI
Device INF LD0.IHMI1.CardNam.eTestDate DPL VisString255 (20) EX ED1 Test date Card test date Information\HW modules\LHMI
Device INF LD0.IHMI1.HwId.t VSS Timestamp ST ED2,B Manufacturing date Card manufacturing date Information\HW modules\LHMI
Device INF LD0.IHMI1.CardNam.eManDate DPL VisString255 (20) EX ED1 Manufacturing date Card manufacturing date Information\HW modules\LHMI
Device VER LD0.IHMI1.NamPlt.swRev LPL VisString255 (20) DC ED1 H (Name plate)
Device VER LD0.IHMI1.CardNam.swRev DPL VisString255 (20) DC B A SW version Card SW version Information\HW modules\LHMI

INRPHAR1: Three-phase inrush detector

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
INRPHAR1 3I2f>(1) 68(1) INP LD0.INRPHAR1.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 ENS 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 ENC 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 A 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 ENC 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 ED1 C (Name plate)

CBPSOF1: Switch on to fault

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
CBPSOF1 SOTF(1) SOTF(1) INP LD0.CBPSOF1.Blk.stVal SPS BOOLEAN ST B 0 BLOCK Block of function Monitoring\I/O status\Other protection\CBPSOF1\Inputs
CBPSOF1 SOTF(1) SOTF(1) INP LD0.CBPSOF1.InStr.stVal SPS BOOLEAN ST B 0 START Start from function to be accelerated by SOTF Monitoring\I/O status\Other protection\CBPSOF1\Inputs
CBPSOF1 SOTF(1) SOTF(1) INP LD0.CBPSOF1.InDlStr.stVal SPS BOOLEAN ST B 0 START_DLYD Start from function to be accelerated with delay by SOTF Monitoring\I/O status\Other protection\CBPSOF1\Inputs
CBPSOF1 SOTF(1) SOTF(1) INP LD0.CBPSOF1.InCBCls.stVal SPS BOOLEAN ST B 0 CB_CL_CMD External enabling of SOTF by CB close command Monitoring\I/O status\Other protection\CBPSOF1\Inputs
CBPSOF1 SOTF(1) SOTF(1) OUT LD0.CBPSOF1.Op.general ACT BOOLEAN ST B StatNrml P,H,T MB,DN,I3 OPERATE Operate Monitoring\I/O status\Other protection\CBPSOF1\Outputs
CBPSOF1 SOTF(1) SOTF(1) MON LD0.CBPSOF1.Beh.stVal ENS Enum ST B CBPSOF1 Status 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off Monitoring\FB status
CBPSOF1 SOTF(1) SOTF(1) SET LD0.CBPSOF1.Mod.Oper.ctlVal ENC Enum CO B,I 1 Operation Operation Off / On 1=on; 5=off Settings\Settings\Other protection\CBPSOF1
CBPSOF1 SOTF(1) SOTF(1) SET LD0.CBPSOF1.RsDlTmms.setVal ING INT32 SG A 1000 SOTF reset time SOTF detection period after initialization 0...60000 ms Settings\Settings\Other protection\CBPSOF1
CBPSOF1 SOTF(1) SOTF(1) SET LD0.CBPSOF1.OpDlTmms.setVal ING INT32 SG B 0 Operate delay time Time delay for start input 0...60000 ms Settings\Settings\Other protection\CBPSOF1
CBPSOF1 SOTF(1) SOTF(1) TES LD0.CBPSOF1.TstOutCmd.Oper.ctlVal ENC Enum CO B 0 CBPSOF1 Test control for outputs 0=Reset; 9=Activate OPERATE; 10=Deactive OPERATE Tests\Function tests\Other protection
CBPSOF1 SOTF(1) SOTF(1) VER LD0.CBPSOF1.NamPlt.swRev LPL VisString255 (20) DC B (Name plate)

X100 (PSM)

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 X100-PO4 Connectors 20-22/23-24 Monitoring\I/O status\Binary output values\X100 (PSM)
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.CardNam.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.CardNam.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.CardNam.model DPL VisString255 (20) DC B 0 Article number Card article number Information\HW modules\X100 (PSM)
X100 (PSM) X100 (PSM) X100 (PSM) INF LD0.XGGIO100.HwId.t VSS Timestamp ST ED2,B Manufacturing date Card manufacturing date Information\HW modules\X100 (PSM)
X100 (PSM) X100 (PSM) X100 (PSM) INF LD0.XGGIO100.CardNam.eManDate DPL VisString255 (20) EX ED1 Manufacturing date Card manufacturing date Information\HW modules\X100 (PSM)
X100 (PSM) X100 (PSM) X100 (PSM) INF LD0.XGGIO100.TestStaId.t VSS Timestamp ST ED2,B Test date Card test date Information\HW modules\X100 (PSM)
X100 (PSM) X100 (PSM) X100 (PSM) INF LD0.XGGIO100.CardNam.eTestDate DPL VisString255 (20) EX ED1 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 ED1 D (Name plate)
X100 (PSM) X100 (PSM) X100 (PSM) VER LD0.XGGIO100.CardNam.swRev DPL VisString255 (20) DC (Card information)

Programmable LEDs

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
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.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.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.LEDSt1.Oper.ctlVal ENC INT32 CO (LED 1)
Programmable LEDs CTR LD0.LEDGGIO1.LEDSt2.Oper.ctlVal ENC INT32 CO (LED 2)
Programmable LEDs CTR LD0.LEDGGIO1.LEDSt3.Oper.ctlVal ENC INT32 CO (LED 3)
Programmable LEDs CTR LD0.LEDGGIO1.LEDSt4.Oper.ctlVal ENC INT32 CO (LED 4)
Programmable LEDs CTR LD0.LEDGGIO1.LEDSt5.Oper.ctlVal ENC INT32 CO (LED 5)
Programmable LEDs CTR LD0.LEDGGIO1.LEDSt6.Oper.ctlVal ENC INT32 CO (LED 6)
Programmable LEDs CTR LD0.LEDGGIO1.LEDSt7.Oper.ctlVal ENC INT32 CO (LED 7)
Programmable LEDs CTR LD0.LEDGGIO1.LEDSt8.Oper.ctlVal ENC INT32 CO (LED 8)
Programmable LEDs CTR LD0.LEDGGIO1.LEDSt9.Oper.ctlVal ENC INT32 CO (LED 9)
Programmable LEDs CTR LD0.LEDGGIO1.LEDSt10.Oper.ctlVal ENC INT32 CO (LED 10)
Programmable LEDs CTR LD0.LEDGGIO1.LEDSt11.Oper.ctlVal ENC INT32 CO (LED 11)
Programmable LEDs MON LD0.LEDGGIO1.LEDSt1.stVal ENC Enum ST B StatIO P MB,DN,I3,I1 Programmable LED 1 Status of programmable LED 1 0=None; 1=Ok; 3=Alarm Monitoring\Programmable LEDs\Monitored data
Programmable LEDs MON LD0.LEDGGIO1.LEDSt2.stVal ENC Enum ST B StatIO P MB,DN,I3,I1 Programmable LED 2 Status of programmable LED 2 0=None; 1=Ok; 3=Alarm Monitoring\Programmable LEDs\Monitored data
Programmable LEDs MON LD0.LEDGGIO1.LEDSt3.stVal ENC Enum ST B StatIO P MB,DN,I3,I1 Programmable LED 3 Status of programmable LED 3 0=None; 1=Ok; 3=Alarm Monitoring\Programmable LEDs\Monitored data
Programmable LEDs MON LD0.LEDGGIO1.LEDSt4.stVal ENC Enum ST B StatIO P MB,DN,I3,I1 Programmable LED 4 Status of programmable LED 4 0=None; 1=Ok; 3=Alarm Monitoring\Programmable LEDs\Monitored data
Programmable LEDs MON LD0.LEDGGIO1.LEDSt5.stVal ENC Enum ST B StatIO P MB,DN,I3,I1 Programmable LED 5 Status of programmable LED 5 0=None; 1=Ok; 3=Alarm Monitoring\Programmable LEDs\Monitored data
Programmable LEDs MON LD0.LEDGGIO1.LEDSt6.stVal ENC Enum ST B StatIO P MB,DN,I3,I1 Programmable LED 6 Status of programmable LED 6 0=None; 1=Ok; 3=Alarm Monitoring\Programmable LEDs\Monitored data
Programmable LEDs MON LD0.LEDGGIO1.LEDSt7.stVal ENC Enum ST B StatIO P MB,DN,I3,I1 Programmable LED 7 Status of programmable LED 7 0=None; 1=Ok; 3=Alarm Monitoring\Programmable LEDs\Monitored data
Programmable LEDs MON LD0.LEDGGIO1.LEDSt8.stVal ENC Enum ST B StatIO P MB,DN,I3,I1 Programmable LED 8 Status of programmable LED 8 0=None; 1=Ok; 3=Alarm Monitoring\Programmable LEDs\Monitored data
Programmable LEDs MON LD0.LEDGGIO1.LEDSt9.stVal ENC Enum ST B StatIO P MB,DN,I3,I1 Programmable LED 9 Status of programmable LED 9 0=None; 1=Ok; 3=Alarm Monitoring\Programmable LEDs\Monitored data
Programmable LEDs MON LD0.LEDGGIO1.LEDSt10.stVal ENC Enum ST B StatIO P MB,DN,I3,I1 Programmable LED 10 Status of programmable LED 10 0=None; 1=Ok; 3=Alarm Monitoring\Programmable LEDs\Monitored data
Programmable LEDs MON LD0.LEDGGIO1.LEDSt11.stVal ENC Enum ST B StatIO P MB,DN,I3,I1 Programmable LED 11 Status of programmable LED 11 0=None; 1=Ok; 3=Alarm Monitoring\Programmable LEDs\Monitored data
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt1.dU ENC Unicode255 DC ED2,B Programmable LEDs LED 1 Description Programmable LED description Configuration\Programmable LEDs\LED 1
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt1.d ENC VisString255 (64) DC Programmable LEDs LED 1 Description Programmable LED description Configuration\Programmable LEDs\LED 1
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt2.dU ENC Unicode255 DC ED2,B Programmable LEDs LED 2 Description Programmable LED description Configuration\Programmable LEDs\LED 2
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt2.d ENC VisString255 (64) DC Programmable LEDs LED 2 Description Programmable LED description Configuration\Programmable LEDs\LED 2
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt3.dU ENC Unicode255 DC ED2,B Programmable LEDs LED 3 Description Programmable LED description Configuration\Programmable LEDs\LED 3
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt3.d ENC VisString255 (64) DC Programmable LEDs LED 3 Description Programmable LED description Configuration\Programmable LEDs\LED 3
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt4.dU ENC Unicode255 DC ED2,B Programmable LEDs LED 4 Description Programmable LED description Configuration\Programmable LEDs\LED 4
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt4.d ENC VisString255 (64) DC Programmable LEDs LED 4 Description Programmable LED description Configuration\Programmable LEDs\LED 4
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt5.dU ENC Unicode255 DC ED2,B Programmable LEDs LED 5 Description Programmable LED description Configuration\Programmable LEDs\LED 5
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt5.d ENC VisString255 (64) DC Programmable LEDs LED 5 Description Programmable LED description Configuration\Programmable LEDs\LED 5
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt6.dU ENC Unicode255 DC ED2,B Programmable LEDs LED 6 Description Programmable LED description Configuration\Programmable LEDs\LED 6
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt6.d ENC VisString255 (64) DC Programmable LEDs LED 6 Description Programmable LED description Configuration\Programmable LEDs\LED 6
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt7.dU ENC Unicode255 DC ED2,B Programmable LEDs LED 7 Description Programmable LED description Configuration\Programmable LEDs\LED 7
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt7.d ENC VisString255 (64) DC Programmable LEDs LED 7 Description Programmable LED description Configuration\Programmable LEDs\LED 7
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt8.dU ENC Unicode255 DC ED2,B Programmable LEDs LED 8 Description Programmable LED description Configuration\Programmable LEDs\LED 8
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt8.d ENC VisString255 (64) DC Programmable LEDs LED 8 Description Programmable LED description Configuration\Programmable LEDs\LED 8
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt9.dU ENC Unicode255 DC ED2,B Programmable LEDs LED 9 Description Programmable LED description Configuration\Programmable LEDs\LED 9
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt9.d ENC VisString255 (64) DC Programmable LEDs LED 9 Description Programmable LED description Configuration\Programmable LEDs\LED 9
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt10.dU ENC Unicode255 DC ED2,B Programmable LEDs LED 10 Description Programmable LED description Configuration\Programmable LEDs\LED 10
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt10.d ENC VisString255 (64) DC Programmable LEDs LED 10 Description Programmable LED description Configuration\Programmable LEDs\LED 10
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt11.dU ENC Unicode255 DC ED2,B Programmable LEDs LED 11 Description Programmable LED description Configuration\Programmable LEDs\LED 11
Programmable LEDs CFG LD0.LEDGGIO1.LEDSt11.d ENC VisString255 (64) DC Programmable LEDs LED 11 Description Programmable LED description Configuration\Programmable LEDs\LED 11
Programmable LEDs CFG LD0.LEDGGIO1.LEDSeq1.setVal ENG 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 ENG 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 ENG 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 ENG 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 ENG 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 ENG 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 ENG 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 ENG 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 ENG 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 ENG 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 ENG 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 ENG 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 ED1 F (Name plate)

GSELPRT1

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
GSELPRT1 GSE GSE OUT LD0.GSELPRT1.Alm.stVal SPS BOOLEAN ST B StatUrg P,H MB,DN,I3 ALARM Receiver Alarm general Monitoring\I/O status\Communication\GSELPRT1\Outputs
GSELPRT1 GSE GSE CTR LD0.GSELPRT1.CntRs.Oper.ctlVal SPC BOOLEAN CO B 0 Reset counters Resets GOOSE diagnostics counters Monitoring\I/O status\Communication\GSELPRT1\Monitoring
GSELPRT1 GSE GSE MON LD0.GSELPRT1.FrRxCnt.stVal INS INT32 ST B Received msgs Received GOOSE messages. 0...10000000 Monitoring\I/O status\Communication\GSELPRT1\Monitoring
GSELPRT1 GSE GSE MON LD0.GSELPRT1.FrTxCnt.stVal INS INT32 ST B Transmitted msgs Transmitted GOOSE messages. 0...10000000 Monitoring\I/O status\Communication\GSELPRT1\Monitoring
GSELPRT1 GSE GSE MON LD0.GSELPRT1.RxStCnt.stVal INS INT32 ST B State changes Received GOOSE state changes. 0...10000000 Monitoring\I/O status\Communication\GSELPRT1\Monitoring
GSELPRT1 GSE GSE MON LD0.GSELPRT1.RxSeqCnt.stVal INS INT32 ST B SeqNum changes Received GOOSE sequence number changes. 0...10000000 Monitoring\I/O status\Communication\GSELPRT1\Monitoring
GSELPRT1 GSE GSE MON LD0.GSELPRT1.RxTestCnt.stVal INS INT32 ST B Test msgs Received GOOSE messages with test bit set to TRUE. 0...10000000 Monitoring\I/O status\Communication\GSELPRT1\Monitoring
GSELPRT1 GSE GSE MON LD0.GSELPRT1.StWrnCnt.stVal INS INT32 ST B State warnings State number miss or disorder in GOOSE message reception. 0...10000000 Monitoring\I/O status\Communication\GSELPRT1\Monitoring
GSELPRT1 GSE GSE MON LD0.GSELPRT1.SeqWrnCnt.stVal INS INT32 ST B Seq. warnings Sequence number miss or disorder in GOOSE message reception. 0...10000000 Monitoring\I/O status\Communication\GSELPRT1\Monitoring
GSELPRT1 GSE GSE MON LD0.GSELPRT1.RxTmOutCnt.stVal INS INT32 ST B Recv. timeouts Receiver timeouts. Goose messages were not received in defined time. 0...10000000 Monitoring\I/O status\Communication\GSELPRT1\Monitoring
GSELPRT1 GSE GSE MON LD0.GSELPRT1.ConfErrCnt.stVal INS INT32 ST B ConfRev errors Received configuration revision mismatched GOOSE messages. 0...10000000 Monitoring\I/O status\Communication\GSELPRT1\Monitoring
GSELPRT1 GSE GSE MON LD0.GSELPRT1.NdsComCnt.stVal INS INT32 ST B NdsComm errors Received GOOSE messages with Needs Commissioning bit set to TRUE. 0...10000000 Monitoring\I/O status\Communication\GSELPRT1\Monitoring
GSELPRT1 GSE GSE MON LD0.GSELPRT1.DSErrCnt.stVal INS INT32 ST B Dataset errors Received dataset mismatched GOOSE messages. 0...10000000 Monitoring\I/O status\Communication\GSELPRT1\Monitoring
GSELPRT1 GSE GSE MON LD0.GSELPRT1.CntRs.Oper.ctlVal SPC BOOLEAN CO B 0 Reset counters Resets GOOSE diagnostics counters Monitoring\I/O status\Communication\GSELPRT1\Monitoring
GSELPRT1 GSE GSE VER LD0.GSELPRT1.NamPlt.swRev LPL VisString255 (20) DC D (Name plate)

61850-8-1 MMS

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
61850-8-1 MMS OUT LD0.MMSLPRT1.ChLiv.stVal SPS BOOLEAN ST B CHLIV MMS Communication status (True = OK, False = No connections) Monitoring\Communication\MMSLPRT1
61850-8-1 MMS CTR LD0.MMSLPRT1.SetCnfMod.Oper.ctlVal SPC BOOLEAN CO I (Setting group editing mode)
61850-8-1 MMS CTR LD0.MMSLPRT1.CntRs.Oper.ctlVal SPC BOOLEAN CO B 0 Reset counters Reset MMS counters Monitoring\Communication\MMSLPRT1
61850-8-1 MMS MON LD0.MMSLPRT1.SucConn.stVal INS INT32 ST B Successful conn. MMS successful connections 0...10000000 Monitoring\Communication\MMSLPRT1
61850-8-1 MMS MON LD0.MMSLPRT1.FailConn.stVal INS INT32 ST B Failed conn. MMS failed connections 0...10000000 Monitoring\Communication\MMSLPRT1
61850-8-1 MMS MON LD0.MMSLPRT1.ConcCnt.stVal INS INT32 ST B Concludes MMS concludes 0...10000000 Monitoring\Communication\MMSLPRT1
61850-8-1 MMS MON LD0.MMSLPRT1.TxAbtCnt.stVal INS INT32 ST B Sent aborts MMS sent aborts 0...10000000 Monitoring\Communication\MMSLPRT1
61850-8-1 MMS MON LD0.MMSLPRT1.RxAbtCnt.stVal INS INT32 ST B Recv. aborts MMS received aborts 0...10000000 Monitoring\Communication\MMSLPRT1
61850-8-1 MMS MON LD0.MMSLPRT1.TxRejCnt.stVal INS INT32 ST B Sent rejects MMS sent rejects 0...10000000 Monitoring\Communication\MMSLPRT1
61850-8-1 MMS MON LD0.MMSLPRT1.RxRqCnt.stVal INS INT32 ST B Recv. requests MMS received requests 0...10000000 Monitoring\Communication\MMSLPRT1
61850-8-1 MMS MON LD0.MMSLPRT1.FailRqCnt.stVal INS INT32 ST B Failed requests MMS failed requests 0...10000000 Monitoring\Communication\MMSLPRT1
61850-8-1 MMS MON LD0.MMSLPRT1.SucReaCnt.stVal INS INT32 ST B Reads MMS successful reads 0...10000000 Monitoring\Communication\MMSLPRT1
61850-8-1 MMS MON LD0.MMSLPRT1.FailReaCnt.stVal INS INT32 ST B Failed reads MMS failed reads 0...10000000 Monitoring\Communication\MMSLPRT1
61850-8-1 MMS MON LD0.MMSLPRT1.SucWrCnt.stVal INS INT32 ST B Writes MMS successful writes 0...10000000 Monitoring\Communication\MMSLPRT1
61850-8-1 MMS MON LD0.MMSLPRT1.FailWrCnt.stVal INS INT32 ST B Failed writes MMS failed writes 0...10000000 Monitoring\Communication\MMSLPRT1
61850-8-1 MMS MON LD0.MMSLPRT1.InfRpCnt.stVal INS INT32 ST B Reports MMS Information reports 0...10000000 Monitoring\Communication\MMSLPRT1
61850-8-1 MMS MON LD0.MMSLPRT1.ActConnCnt.stVal INS INT32 ST B Active conn. MMS active connections 0...10000000 Monitoring\Communication\MMSLPRT1
61850-8-1 MMS MON LD0.MMSLPRT1.CntRs.Oper.ctlVal SPC BOOLEAN CO B 0 Reset counters Reset MMS counters Monitoring\Communication\MMSLPRT1
61850-8-1 MMS CFG LD0.MMSLPRT1.UnitMod.setVal ENG Enum SP B,C 0 Unit mode IEC 61850-8-1 unit mode 1=Primary; 0=Nominal Configuration\Communication\MMSLPRT1
61850-8-1 MMS INF LD0.MMSLPRT1.NamPlt.d LPL VisString255 (64) DC B Edition 2 IEC 61850 version IEC 61850 version selection Information\System identifiers
61850-8-1 MMS VER LD0.MMSLPRT1.NamPlt.swRev LPL VisString255 (20) DC E (Name plate)

GNRLLTMS1

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
GNRLLTMS1 TSYNC(1) TSYNC(1) OUT LD0.GNRLLTMS1.Alm.stVal SPS BOOLEAN ST ED2 (Alarm)
GNRLLTMS1 TSYNC(1) TSYNC(1) OUT LD0.GNRLLTMM1.Alm.stVal SPS BOOLEAN ST ED1 (Alarm)
GNRLLTMS1 TSYNC(1) TSYNC(1) OUT LD0.GNRLLTMS1.Wrn.stVal SPS BOOLEAN ST ED2 (Warning)
GNRLLTMS1 TSYNC(1) TSYNC(1) OUT LD0.GNRLLTMM1.Wrn.stVal SPS BOOLEAN ST ED1 (Warning)
GNRLLTMS1 TSYNC(1) TSYNC(1) MON LD0.GNRLLTMS1.TmAcc.stVal INS INT32 ST ED2,B Synch accuracy Number of significant bits in the Fraction Of Second in the time accuracy part of the time stamp. 0...128 Monitoring\IED status\Time synchronization
GNRLLTMS1 TSYNC(1) TSYNC(1) MON LD0.GNRLLTMM1.TmAcc.stVal INS INT32 ST ED1 Synch accuracy Number of significant bits in the Fraction Of Second in the time accuracy part of the time stamp. 0...128 Monitoring\IED status\Time synchronization
GNRLLTMS1 TSYNC(1) TSYNC(1) MON LD0.GNRLLTMS1.TmSyn.stVal ENS Enum ST ED2,B,# StatIed P,H MB,DN SMV Synch accuracy Time synchronized according to IEC 61850-9-2 0=No sync; 1=Local clock; 2=Global clock Monitoring\IED status\SMV accuracy
GNRLLTMS1 TSYNC(1) TSYNC(1) MON LD0.GNRLLTMM1.TmSyn.stVal ENS Enum ST ED1 StatIed P,H MB,DN SMV Synch accuracy Time synchronized according to IEC 61850-9-2 0=No sync; 1=Local clock; 2=Global clock Monitoring\IED status\SMV accuracy
GNRLLTMS1 TSYNC(1) TSYNC(1) MON LD0.GNRLLTMS1.TmChSt1.stVal SPS BOOLEAN ST ED2,B StatIed P,H MB,DN,I3 Synch status Time channel status (up/down) 0=Down; 1=Up Monitoring\IED status\Time synchronization
GNRLLTMS1 TSYNC(1) TSYNC(1) MON LD0.GNRLLTMM1.TmChSt1.stVal SPS BOOLEAN ST ED1 StatIed P,H MB,DN,I3 Synch status Time channel status (up/down) 0=Down; 1=Up Monitoring\IED status\Time synchronization
GNRLLTMS1 TSYNC(1) TSYNC(1) MON LD0.GNRLLTMS1.TmSrcSt.stVal ENS Enum ST ED2,B StatIed P,H MB,DN Synch source Current time source 0=Not defined; 1=SNTP primary; 2=SNTP secondary; 3=SNTP tertiary or further; 4=IEEE 1588 master; 5=IEEE 1588 slave; 6=IEEE 1588 further; 7=IRIG-B; 8=DNP 3.0; 9=Modbus; 10=SPA; 11=LON VATS; 12=LON other; 13=PPS; 14=Minute pulse; 15=local GPS; 16=IEC60870-5-101; 17=IEC60870-5-103; 18=IEC60870-5-104; 19=EXT; 20=LHMI; 21=Line differential; 99=Free running, locally generated Monitoring\IED status\Time synchronization
GNRLLTMS1 TSYNC(1) TSYNC(1) MON LD0.GNRLLTMM1.TmSrcSt.stVal ENS Enum ST ED1 StatIed P,H MB,DN Synch source Current time source 0=Not defined; 1=SNTP primary; 2=SNTP secondary; 3=SNTP tertiary or further; 4=IEEE 1588 master; 5=IEEE 1588 slave; 6=IEEE 1588 further; 7=IRIG-B; 8=DNP 3.0; 9=Modbus; 10=SPA; 11=LON VATS; 12=LON other; 13=PPS; 14=Minute pulse; 15=local GPS; 16=IEC60870-5-101; 17=IEC60870-5-103; 18=IEC60870-5-104; 19=EXT; 20=LHMI; 21=Line differential; 99=Free running, locally generated Monitoring\IED status\Time synchronization
GNRLLTMS1 TSYNC(1) TSYNC(1) MON LD0.GNRLLTMS1.PTPTmSrc.stVal ENS Enum ST ED2,B,# Grandmaster time Src GrandMaster timeSource enum according to PTPv2 1=Atomic clock; 2=GPS; 3=Terrestial radio; 4=PTP; 5=NTP; 6=Hand set; 7=Other; 8=Internal oscil. Monitoring\IED status\Time synchronization\IEEE 1588
GNRLLTMS1 TSYNC(1) TSYNC(1) MON LD0.GNRLLTMM1.PTPTmSrc.stVal ENS Enum ST ED1 Grandmaster time Src GrandMaster timeSource enum according to PTPv2 1=Atomic clock; 2=GPS; 3=Terrestial radio; 4=PTP; 5=NTP; 6=Hand set; 7=Other; 8=Internal oscil. Monitoring\IED status\Time synchronization\IEEE 1588
GNRLLTMS1 TSYNC(1) TSYNC(1) MON LD0.GNRLLTMS1.PTPClkAcc.stVal ENS Enum ST ED2,B,# Grandmaster accuracy Grandmaster clockAccuracy enum according to PTPv2 1=25 ns; 2=100 ns; 3=250 ns; 4=1 us; 5=2.5 us; 6=10 us; 7=25 us; 8=100 us; 9=250 us; 10=1 ms; 11=2.5 ms; 12=10 ms; 13=25 ms; 14=100 ms; 15=250 ms; 16=1 s; 17=10 s; 18=more than 10 s Monitoring\IED status\Time synchronization\IEEE 1588
GNRLLTMS1 TSYNC(1) TSYNC(1) MON LD0.GNRLLTMM1.PTPClkAcc.stVal ENS Enum ST ED1 Grandmaster accuracy Grandmaster clockAccuracy enum according to PTPv2 1=25 ns; 2=100 ns; 3=250 ns; 4=1 us; 5=2.5 us; 6=10 us; 7=25 us; 8=100 us; 9=250 us; 10=1 ms; 11=2.5 ms; 12=10 ms; 13=25 ms; 14=100 ms; 15=250 ms; 16=1 s; 17=10 s; 18=more than 10 s Monitoring\IED status\Time synchronization\IEEE 1588
GNRLLTMS1 TSYNC(1) TSYNC(1) MON LD0.GNRLLTMS1.LocClkAcc.stVal INS INT32 ST ED2,B,# Local synch accuracy Local clock accuracy (master + IED synch accuracy)[us] 0...1000000000 us Monitoring\IED status\SMV accuracy
GNRLLTMS1 TSYNC(1) TSYNC(1) MON LD0.GNRLLTMM1.LocClkAcc.stVal INS INT32 ST ED1 Local synch accuracy Local clock accuracy (master + IED synch accuracy)[us] 0...1000000000 us Monitoring\IED status\SMV accuracy
GNRLLTMS1 TSYNC(1) TSYNC(1) MON LD0.GNRLLTMS1.MaxDevAcc.stVal INS INT32 ST ED2,B,# Max Dev synch Acc Maximum deviation of the Local synch accuracy [us] 0...1000000000 us Monitoring\IED status\SMV accuracy
GNRLLTMS1 TSYNC(1) TSYNC(1) MON LD0.GNRLLTMM1.MaxDevAcc.stVal INS INT32 ST ED1 Max Dev synch Acc Maximum deviation of the Local synch accuracy [us] 0...1000000000 us Monitoring\IED status\SMV accuracy
GNRLLTMS1 TSYNC(1) TSYNC(1) MON LD0.GNRLLTMS1.MstrId.setVal VSG VisString255 (20) SP ED2,B,# ------------------- Grandmaster identity Grandmaster Identity octet string according to PTPv2 Monitoring\IED status\Time synchronization\IEEE 1588
GNRLLTMS1 TSYNC(1) TSYNC(1) MON LD0.GNRLLTMS1.NamPlt.mstrId LPL VisString255 (20) EX ED1 ------------------- Grandmaster identity Grandmaster Identity octet string according to PTPv2 Monitoring\IED status\Time synchronization\IEEE 1588
GNRLLTMS1 TSYNC(1) TSYNC(1) CFG LD0.GNRLLTMS1.TmSrcSel1.setVal ENG Enum SP ED2,B,I 1 Synch source Time synchronization source 0=None; 1=SNTP; 2=Modbus; 3=IEEE 1588; 5=IRIG-B; 8=Line differential; 9=DNP; 16=IEC60870-5-101; 17=IEC60870-5-103; 18=IEC60870-5-104 Configuration\Time\Synchronization
GNRLLTMS1 TSYNC(1) TSYNC(1) CFG LD0.GNRLLTMM1.TmSrcSel1.setVal ENG Enum SP ED1 1 Synch source Time synchronization source 0=None; 1=SNTP; 2=Modbus; 3=IEEE 1588; 5=IRIG-B; 8=Line differential; 9=DNP; 16=IEC60870-5-101; 17=IEC60870-5-103; 18=IEC60870-5-104 Configuration\Time\Synchronization
GNRLLTMS1 TSYNC(1) TSYNC(1) CFG LD0.GNRLLTMS1.DomId.setVal ING INT32 SP ED2,B,# 0 PTP domain ID The domain is identified by an integer, the domainNumber, in the range of 0 to 255. 0...255 Configuration\Time\Synchronization
GNRLLTMS1 TSYNC(1) TSYNC(1) CFG LD0.GNRLLTMM1.DomId.setVal ING INT32 SP ED1 0 PTP domain ID The domain is identified by an integer, the domainNumber, in the range of 0 to 255. 0...255 Configuration\Time\Synchronization
GNRLLTMS1 TSYNC(1) TSYNC(1) CFG LD0.GNRLLTMS1.PTPPrio1.setVal ING INT32 SP ED2,B,# 128 PTP priority 1 PTP priority 1, in the range of 0 to 255. 0...255 Configuration\Time\Synchronization
GNRLLTMS1 TSYNC(1) TSYNC(1) CFG LD0.GNRLLTMM1.PTPPrio1.setVal ING INT32 SP ED1 128 PTP priority 1 PTP priority 1, in the range of 0 to 255. 0...255 Configuration\Time\Synchronization
GNRLLTMS1 TSYNC(1) TSYNC(1) CFG LD0.GNRLLTMS1.PTPPrio2.setVal ING INT32 SP ED2,B,# 128 PTP priority 2 PTP priority 2, in the range of 0 to 255. 0...255 Configuration\Time\Synchronization
GNRLLTMS1 TSYNC(1) TSYNC(1) CFG LD0.GNRLLTMM1.PTPPrio2.setVal ING INT32 SP ED1 128 PTP priority 2 PTP priority 2, in the range of 0 to 255. 0...255 Configuration\Time\Synchronization
GNRLLTMS1 TSYNC(1) TSYNC(1) CFG LD0.GNRLLTMS1.IPAddrSNTP1.setVal VSG VisString255 (20) SP ED2,B,C 10.58.125.165 IP SNTP primary IP address for SNTP primary server Configuration\Time\SNTP
GNRLLTMS1 TSYNC(1) TSYNC(1) CFG LD0.GNRLLTMS1.NamPlt.eIpSNTPpri LPL VisString255 (20) EX ED1,C 10.58.125.165 IP SNTP primary IP address for SNTP primary server Configuration\Time\SNTP
GNRLLTMS1 TSYNC(1) TSYNC(1) CFG LD0.GNRLLTMS1.IPAddrSNTP2.setVal VSG VisString255 (20) SP ED2,B,C 192.168.2.165 IP SNTP secondary IP address for SNTP secondary server Configuration\Time\SNTP
GNRLLTMS1 TSYNC(1) TSYNC(1) CFG LD0.GNRLLTMS1.NamPlt.eIpSNTPsec LPL VisString255 (20) EX ED1,C 192.168.2.165 IP SNTP secondary IP address for SNTP secondary server Configuration\Time\SNTP
GNRLLTMS1 TSYNC(1) TSYNC(1) CFG LD0.GNRLLTMS1.PTPAnncMod.setVal ENG Enum SP ED2,B,# 1 PTP announce mode PTP announce frame mode 1=Basic IEEE1588; 2=Power Profile Configuration\Time\Synchronization
GNRLLTMS1 TSYNC(1) TSYNC(1) CFG LD0.GNRLLTMM1.PTPAnncMod.setVal ENG Enum SP ED1 1 PTP announce mode PTP announce frame mode 1=Basic IEEE1588; 2=Power Profile Configuration\Time\Synchronization
GNRLLTIM1 CFG LD0.GNRLLTIM1.TmOfsTmm.setVal ING INT32 SP B 0 Local time offset Local time offset in minutes -840...840 min Configuration\Time\System time
GNRLLTIM1 CFG LD0.GNRLLTIM1.TmUseDT.setVal SPG BOOLEAN SP B 1 DST in use DST in use setting Configuration\Time\Daylight saving time
GNRLLTIM1 CFG LD0.GNRLLTIM1.TmChgDT.setCal.weekDay TSG Enum SP ED2,B 0 DST on day (weekday) Daylight saving time on, day of week 0=reserved; 1=Monday; 2=Tuesday; 3=Wednesday; 4=Thursday; 5=Friday; 6=Saturday; 7=Sunday Configuration\Time\Daylight saving time
GNRLLTIM1 CFG LD0.GNRLLTIM1.NamPlt.weekDayDT LPL Enum EX ED1 0 DST on day (weekday) Daylight saving time on, day of week 0=reserved; 1=Monday; 2=Tuesday; 3=Wednesday; 4=Thursday; 5=Friday; 6=Saturday; 7=Sunday Configuration\Time\Daylight saving time
GNRLLTIM1 CFG LD0.GNRLLTIM1.TmChgDT.setCal.month TSG Enum SP ED2,B 5 DST on date (month) Daylight saving time on, date (dd:mm) 1=January; 2=February; 3=March; 4=April; 5=May; 6=June; 7=July; 8=August; 9=September; 10=October; 11=November; 12=December Configuration\Time\Daylight saving time
GNRLLTIM1 CFG LD0.GNRLLTIM1.NamPlt.monthDT LPL Enum EX ED1 5 DST on date (month) Daylight saving time on, date (dd:mm) 1=January; 2=February; 3=March; 4=April; 5=May; 6=June; 7=July; 8=August; 9=September; 10=October; 11=November; 12=December Configuration\Time\Daylight saving time
GNRLLTIM1 CFG LD0.GNRLLTIM1.TmChgDT.setCal.day TSG INT8U SP ED2,B 1 DST on date (day) Daylight saving time on, date (dd:mm) 1...31 Configuration\Time\Daylight saving time
GNRLLTIM1 CFG LD0.GNRLLTIM1.NamPlt.dayDT LPL INT8U EX ED1 1 DST on date (day) Daylight saving time on, date (dd:mm) 1...31 Configuration\Time\Daylight saving time
GNRLLTIM1 CFG LD0.GNRLLTIM1.TmChgDT.setCal.hr TSG INT8U SP ED2,B 2 DST on time (hours) Daylight saving time on, time (hh) 0...23 h Configuration\Time\Daylight saving time
GNRLLTIM1 CFG LD0.GNRLLTIM1.NamPlt.hrDT LPL INT8U EX ED1 2 DST on time (hours) Daylight saving time on, time (hh) 0...23 h Configuration\Time\Daylight saving time
GNRLLTIM1 CFG LD0.GNRLLTIM1.TmChgDT.setCal.mn TSG INT8U SP ED2,B 0 DST on time (minutes) Daylight saving time on, time (mm) 0...59 min Configuration\Time\Daylight saving time
GNRLLTIM1 CFG LD0.GNRLLTIM1.NamPlt.mnDT LPL INT8U EX ED1 0 DST on time (minutes) Daylight saving time on, time (mm) 0...59 min Configuration\Time\Daylight saving time
GNRLLTIM1 CFG LD0.GNRLLTIM1.TmChgST.setCal.weekDay TSG Enum SP ED2,B 0 DST off day (weekday) Daylight saving time off, day of week 0=reserved; 1=Monday; 2=Tuesday; 3=Wednesday; 4=Thursday; 5=Friday; 6=Saturday; 7=Sunday Configuration\Time\Daylight saving time
GNRLLTIM1 CFG LD0.GNRLLTIM1.NamPlt.weekDayST LPL Enum EX ED1 0 DST off day (weekday) Daylight saving time off, day of week 0=reserved; 1=Monday; 2=Tuesday; 3=Wednesday; 4=Thursday; 5=Friday; 6=Saturday; 7=Sunday Configuration\Time\Daylight saving time
GNRLLTIM1 CFG LD0.GNRLLTIM1.TmChgST.setCal.month TSG Enum SP ED2,B 9 DST off date (month) Daylight saving time off, date (dd:mm) 1=January; 2=February; 3=March; 4=April; 5=May; 6=June; 7=July; 8=August; 9=September; 10=October; 11=November; 12=December Configuration\Time\Daylight saving time
GNRLLTIM1 CFG LD0.GNRLLTIM1.NamPlt.monthST LPL Enum EX ED1 9 DST off date (month) Daylight saving time off, date (dd:mm) 1=January; 2=February; 3=March; 4=April; 5=May; 6=June; 7=July; 8=August; 9=September; 10=October; 11=November; 12=December Configuration\Time\Daylight saving time
GNRLLTIM1 CFG LD0.GNRLLTIM1.TmChgST.setCal.day TSG INT8U SP ED2,B 25 DST off date (day) Daylight saving time off, date (dd:mm) 1...31 Configuration\Time\Daylight saving time
GNRLLTIM1 CFG LD0.GNRLLTIM1.NamPlt.dayST LPL INT8U EX ED1 25 DST off date (day) Daylight saving time off, date (dd:mm) 1...31 Configuration\Time\Daylight saving time
GNRLLTIM1 CFG LD0.GNRLLTIM1.TmChgST.setCal.hr TSG INT8U SP ED2,B 2 DST off time (hours) Daylight saving time off, time (hh) 0...23 h Configuration\Time\Daylight saving time
GNRLLTIM1 CFG LD0.GNRLLTIM1.NamPlt.hrST LPL INT8U EX ED1 2 DST off time (hours) Daylight saving time off, time (hh) 0...23 h Configuration\Time\Daylight saving time
GNRLLTIM1 CFG LD0.GNRLLTIM1.TmChgST.setCal.mn TSG INT8U SP ED2,B 0 DST off time (minutes) Daylight saving time off, time (mm) 0...59 min Configuration\Time\Daylight saving time
GNRLLTIM1 CFG LD0.GNRLLTIM1.NamPlt.mnST LPL INT8U EX ED1 0 DST off time (minutes) Daylight saving time off, time (mm) 0...59 min Configuration\Time\Daylight saving time
GNRLLTIM1 CFG LD0.GNRLLTIM1.TmSys.setVal VSG VisString255 (20) SP ED2,B 0 Time Time Configuration\Time\System time
GNRLLTIM1 CFG LD0.GNRLLTIM1.NamPlt.tmSys LPL VisString255 (20) EX ED1 0 Time Time Configuration\Time\System time
GNRLLTIM1 CFG LD0.GNRLLTIM1.DateSys.setVal VSG VisString255 (20) SP ED2,B 0 Date Date Configuration\Time\System time
GNRLLTIM1 CFG LD0.GNRLLTIM1.NamPlt.dateSys LPL VisString255 (20) EX ED1 0 Date Date Configuration\Time\System time
GNRLLTIM1 CFG LD0.GNRLLTIM1.TmOfsDT.setVal ING INT32 SP B 60 DST offset Daylight saving time offset -720...720 min Configuration\Time\Daylight saving time
GNRLLTMS1 TSYNC(1) TSYNC(1) VER LD0.GNRLLTMS1.NamPlt.swRev LPL VisString255 (20) DC ED2,ED1 C (Name plate)
GNRLLTMS1 TSYNC(1) TSYNC(1) VER LD0.GNRLLTMM1.NamPlt.swRev LPL VisString255 (20) DC ED1 C (Name plate)

CMMXU1: Three-phase current measurement

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
CMMXU1 3I(1) 3I(1) INP LD0.CMMXU1.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3,I1 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 MB,DN,I3,I1 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 MB,DN,I3,I1 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 MB,DN,I3,I1 LOW_ALARM Low alarm Monitoring\I/O status\Measurements\CMMXU1\Outputs
CMMXU1 3I(1) 3I(1) CTR LD0.CMMXU1.RcdRs.Oper.ctlVal SPC BOOLEAN CO MB,DN,I3 (CMMXU1 demands)
CMMXU1 3I(1) 3I(1) MON LD0.CMMXU1.A.phsA.instCVal.mag.f WYE FLOAT32 MX B MeasFlt P MB,DN,I3,I1 IL1-A Measured current amplitude phase A 0.00...40.00 xIn Measurements\CMMXU1 IL1TCTR1
CMMXU1 3I(1) 3I(1) MON LD0.CMMXU1.A.phsA.instCVal.ang.f WYE FLOAT32 MX B MeasFlt P I1 I_ANGL_A IL1 current angle -180.00...180.00 deg Monitoring\I/O status\Measurements\CMMXU1\Monitored data IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
CMMXU1 3I(1) 3I(1) MON LD0.CMMXU1.A.phsB.instCVal.mag.f WYE FLOAT32 MX B MeasFlt P MB,DN,I3,I1 IL2-A Measured current amplitude phase B 0.00...40.00 xIn Measurements\CMMXU1 IL1TCTR1
CMMXU1 3I(1) 3I(1) MON LD0.CMMXU1.A.phsB.instCVal.ang.f WYE FLOAT32 MX B MeasFlt P I1 I_ANGL_B IL2 current angle -180.00...180.00 deg Monitoring\I/O status\Measurements\CMMXU1\Monitored data IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
CMMXU1 3I(1) 3I(1) MON LD0.CMMXU1.A.phsC.instCVal.mag.f WYE FLOAT32 MX B MeasFlt P MB,DN,I3,I1 IL3-A Measured current amplitude phase C 0.00...40.00 xIn Measurements\CMMXU1 IL1TCTR1
CMMXU1 3I(1) 3I(1) MON LD0.CMMXU1.A.phsC.instCVal.ang.f WYE FLOAT32 MX B MeasFlt P I1 I_ANGL_C IL3 current angle -180.00...180.00 deg Monitoring\I/O status\Measurements\CMMXU1\Monitored data IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
CMMXU1 3I(1) 3I(1) MON LD0.CAVMMXU1.A.phsA.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 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.CAVMMXU1.A.phsB.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 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.CAVMMXU1.A.phsC.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 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.CMAMMXU1.A.phsA.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 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.CMAMMXU1.A.phsA.t WYE Timestamp MX B Time max demand IL1 Time of maximum demand phase A Monitoring\Recorded data\Measurements\CMMXU1 IL1TCTR1
CMMXU1 3I(1) 3I(1) MON LD0.CMAMMXU1.A.phsB.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 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.CMAMMXU1.A.phsB.t WYE Timestamp MX B Time max demand IL2 Time of maximum demand phase B Monitoring\Recorded data\Measurements\CMMXU1 IL1TCTR1
CMMXU1 3I(1) 3I(1) MON LD0.CMAMMXU1.A.phsC.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 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.CMAMMXU1.A.phsC.t WYE Timestamp MX B Time max demand IL3 Time of maximum demand phase C Monitoring\Recorded data\Measurements\CMMXU1 IL1TCTR1
CMMXU1 3I(1) 3I(1) MON LD0.CMIMMXU1.A.phsA.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 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.CMIMMXU1.A.phsA.t WYE Timestamp MX B Time min demand IL1 Time of minimum demand phase A Monitoring\Recorded data\Measurements\CMMXU1 IL1TCTR1
CMMXU1 3I(1) 3I(1) MON LD0.CMIMMXU1.A.phsB.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 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.CMIMMXU1.A.phsB.t WYE Timestamp MX B Time min demand IL2 Time of minimum demand phase B Monitoring\Recorded data\Measurements\CMMXU1 IL1TCTR1
CMMXU1 3I(1) 3I(1) MON LD0.CMIMMXU1.A.phsC.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 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.CMIMMXU1.A.phsC.t WYE Timestamp MX B Time min demand IL3 Time of minimum demand phase C Monitoring\Recorded data\Measurements\CMMXU1 IL1TCTR1
CMMXU1 3I(1) 3I(1) CFG LD0.CMMXU1.Mod.Oper.ctlVal ENC 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 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
CMMXU1 3I(1) 3I(1) CFG LD0.CMMXU1.AMeasMod.setVal ENG Enum SP A 2 Measurement mode Selects used measurement mode 1=RMS; 2=DFT Configuration\Measurements\CMMXU1
CMMXU1 3I(1) 3I(1) CFG LD0.CMMXU1.NumPh.setVal ENG 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 ED1 E (Name plate)

RESCMMXU1: Residual current measurement

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
RESCMMXU1 Io(1) In(1) INP LD0.RESCMMXU1.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 HIGH_WARN High warning Monitoring\I/O status\Measurements\RESCMMXU1\Outputs
RESCMMXU1 Io(1) In(1) CTR LD0.RESCMMXU1.RcdRs.Oper.ctlVal SPC BOOLEAN CO MB,DN,I3 (RESCMMXU1 demands)
RESCMMXU1 Io(1) In(1) MON LD0.RESCMMXU1.A.res.instCVal.mag.f WYE FLOAT32 MX B MeasFlt P MB,DN,I3 Io-A Measured residual current 0.00...40.00 xIn Measurements\RESCMMXU1 RESTCTR1
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 RESTCTR1
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 RESTCTR1
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 RESTCTR1
RESCMMXU1 Io(1) In(1) MON LD0.RCAVMMXU1.A.res.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 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.RCMAMMXU1.A.res.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 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.RCMAMMXU1.A.res.t WYE Timestamp MX B Time max demand Io Time of maximum demand residual current Monitoring\Recorded data\Measurements\RESCMMXU1 RESTCTR1
RESCMMXU1 Io(1) In(1) MON LD0.RCMIMMXU1.A.res.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 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.RCMIMMXU1.A.res.t WYE Timestamp MX B Time min demand Io Time of minimum demand residual current Monitoring\Recorded data\Measurements\RESCMMXU1 RESTCTR1
RESCMMXU1 Io(1) In(1) CFG LD0.RESCMMXU1.Mod.Oper.ctlVal ENC 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 RESTCTR1
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 RESTCTR1
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 RESTCTR1
RESCMMXU1 Io(1) In(1) CFG LD0.RESCMMXU1.AMeasMod.setVal ENG Enum SP A 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 ED1 E (Name plate)

CSMSQI1: Sequence current measurement

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
CSMSQI1 I1,I2,I0(1) I1,I2,I0(1) MON LD0.CSMSQI1.SeqA.c1.instCVal.mag.f SEQ FLOAT32 MX B MeasFlt P MB,DN,I3 PsSeq-A Measured positive sequence current 0.00...40.00 xIn Measurements\CSMSQI1 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
CSMSQI1 I1,I2,I0(1) I1,I2,I0(1) MON LD0.CSMSQI1.SeqA.c2.instCVal.mag.f SEQ FLOAT32 MX B MeasFlt P MB,DN,I3 NgSeq-A Measured negative sequence current 0.00...40.00 xIn Measurements\CSMSQI1 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
CSMSQI1 I1,I2,I0(1) I1,I2,I0(1) MON LD0.CSMSQI1.SeqA.c3.instCVal.mag.f SEQ FLOAT32 MX B MeasFlt P MB,DN,I3 ZroSeq-A Measured zero sequence current 0.00...40.00 xIn Measurements\CSMSQI1 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
CSMSQI1 I1,I2,I0(1) I1,I2,I0(1) CFG LD0.CSMSQI1.Mod.Oper.ctlVal ENC 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 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
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 IL1TCTR1
CSMSQI1 I1,I2,I0(1) I1,I2,I0(1) VER LD0.CSMSQI1.NamPlt.swRev LPL VisString255 (20) DC ED1 C (Name plate)

PHIPTOC1: Three phase non-directional OC, inst. stage

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
PHIPTOC1 3I>>>(1) 50P/51P(1) INP LD0.PHIPTOC1.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 OPERATE Operate (A,B,C) Monitoring\I/O status\Current protection\PHIPTOC1\Outputs
PHIPTOC1 3I>>>(1) 50P/51P(1) MON LD0.PHIPTOC1.Beh.stVal ENS 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 ENC 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.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 A 20 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Current protection\PHIPTOC1
PHIPTOC1 3I>>>(1) 50P/51P(1) SET LD0.PHIPTOC1.NumPh.setVal ENG 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) TES LD0.PHIPTOC1.TstOutCmd.Oper.ctlVal ENC 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 ED1 E (Name plate)

CCBRBRF1: Circuit breaker failure protection

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
CCBRBRF1 3I>/Io>BF(1) 51BF/51NBF(1) INP LD0.CCBRBRF1.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 TRRET Retrip Monitoring\I/O status\Other protection\CCBRBRF1\Outputs
CCBRBRF1 3I>/Io>BF(1) 51BF/51NBF(1) MON LD0.CCBRBRF1.Beh.stVal ENS 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 ENC 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.FailMod.setVal ENG 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.FailTmms.setVal ING INT32 SP B 240 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 120 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.DetValA.setMag.f ASG FLOAT32 SP B 0.30 Current value Operating phase current 0.05...2.00 xIn Settings\Settings\Other protection\CCBRBRF1 IL1TCTR1
CCBRBRF1 3I>/Io>BF(1) 51BF/51NBF(1) SET LD0.CCBRBRF1.ReTrMod.setVal ENG 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.TrPlsTmms.setVal ING INT32 SP A 200 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) SET LD0.CCBRBRF1.DetValARes.setMag.f ASG FLOAT32 SP B 0.30 Current value Res Operating residual current 0.05...2.00 xIn Settings\Settings\Other protection\CCBRBRF1 RESTCTR1
CCBRBRF1 3I>/Io>BF(1) 51BF/51NBF(1) SET LD0.CCBRBRF1.AMeasMod.setVal ENG Enum SP A 3 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 A 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 ENG Enum SP B 2 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.StrLtcMod.setVal ENG Enum SP A 1 Start latching mode Start reset delayed or immediately 1=Rising edge; 2=Level sensitive Settings\Settings\Other protection\CCBRBRF1
CCBRBRF1 3I>/Io>BF(1) 51BF/51NBF(1) TES LD0.CCBRBRF1.TstOutCmd.Oper.ctlVal ENC 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 ED1 E (Name plate)

MDSOPT1: Generic operation time supervision for machines and devices

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MDSOPT1 OPTS(1) OPTM(1) INP LD0.MDSOPT1.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 ALARM Alarm accumulated operation time exceeds Alarm value Monitoring\I/O status\Condition monitoring\MDSOPT1\Outputs
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 ENS 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 MB,DN 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 ENC 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 A 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 A 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 ENG Enum SP A 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 ENC 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 D (Name plate)

NSPTOC1: Negative Phase sequence current protection

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
NSPTOC1 I2>(1) 46(1) INP LD0.NSPTOC1.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 OPERATE Operate Monitoring\I/O status\Current protection\NSPTOC1\Outputs
NSPTOC1 I2>(1) 46(1) MON LD0.NSPTOC1.Beh.stVal ENS 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 ENC 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.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.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.MinOpTmms.setVal ING INT32 SP A 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.TypRsCrv.setVal ENG 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\NSPTOC1
NSPTOC1 I2>(1) 46(1) SET LD0.NSPTOC1.RsDlTmms.setVal ING INT32 SP A 20 Reset delay time Reset delay time 0...60000 ms 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) TES LD0.NSPTOC1.TstOutCmd.Oper.ctlVal ENC 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 ED1 E (Name plate)

NSPTOC2: Negative Phase sequence current protection

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
NSPTOC2 I2>(2) 46(2) INP LD0.NSPTOC2.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 OPERATE Operate Monitoring\I/O status\Current protection\NSPTOC2\Outputs
NSPTOC2 I2>(2) 46(2) MON LD0.NSPTOC2.Beh.stVal ENS 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 ENC 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.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.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.MinOpTmms.setVal ING INT32 SP A 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.TypRsCrv.setVal ENG 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\NSPTOC2
NSPTOC2 I2>(2) 46(2) SET LD0.NSPTOC2.RsDlTmms.setVal ING INT32 SP A 20 Reset delay time Reset delay time 0...60000 ms 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) TES LD0.NSPTOC2.TstOutCmd.Oper.ctlVal ENC 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 ED1 E (Name plate)

MVGAPC1

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MVGAPC1 MV(1) MV(1) INP LD0.MVGAPC1.Ind1.stVal SPS BOOLEAN ST B 0 MB,I1 IN1 IN1 status Monitoring\I/O status\Generic logic\MVGAPC1\Inputs
MVGAPC1 MV(1) MV(1) INP LD0.MVGAPC1.Ind2.stVal SPS BOOLEAN ST B 0 MB,I1 IN2 IN2 status Monitoring\I/O status\Generic logic\MVGAPC1\Inputs
MVGAPC1 MV(1) MV(1) INP LD0.MVGAPC1.Ind3.stVal SPS BOOLEAN ST B 0 MB,I1 IN3 IN3 status Monitoring\I/O status\Generic logic\MVGAPC1\Inputs
MVGAPC1 MV(1) MV(1) INP LD0.MVGAPC1.Ind4.stVal SPS BOOLEAN ST B 0 MB,I1 IN4 IN4 status Monitoring\I/O status\Generic logic\MVGAPC1\Inputs
MVGAPC1 MV(1) MV(1) INP LD0.MVGAPC1.Ind5.stVal SPS BOOLEAN ST B 0 MB,I1 IN5 IN5 status Monitoring\I/O status\Generic logic\MVGAPC1\Inputs
MVGAPC1 MV(1) MV(1) INP LD0.MVGAPC1.Ind6.stVal SPS BOOLEAN ST B 0 MB,I1 IN6 IN6 status Monitoring\I/O status\Generic logic\MVGAPC1\Inputs
MVGAPC1 MV(1) MV(1) INP LD0.MVGAPC1.Ind7.stVal SPS BOOLEAN ST B 0 MB,I1 IN7 IN7 status Monitoring\I/O status\Generic logic\MVGAPC1\Inputs
MVGAPC1 MV(1) MV(1) INP LD0.MVGAPC1.Ind8.stVal SPS BOOLEAN ST B 0 MB,I1 IN8 IN8 status Monitoring\I/O status\Generic logic\MVGAPC1\Inputs
MVGAPC1 MV(1) MV(1) OUT LD0.MVGAPC1.SPCSO1.stVal SPC BOOLEAN ST B StatIed P,H MB,DN,I3 Q1 Q1 status Monitoring\I/O status\Generic logic\MVGAPC1\Outputs
MVGAPC1 MV(1) MV(1) OUT LD0.MVGAPC1.SPCSO2.stVal SPC BOOLEAN ST B StatIed P,H MB,DN,I3 Q2 Q2 status Monitoring\I/O status\Generic logic\MVGAPC1\Outputs
MVGAPC1 MV(1) MV(1) OUT LD0.MVGAPC1.SPCSO3.stVal SPC BOOLEAN ST B StatIed P,H MB,DN,I3 Q3 Q3 status Monitoring\I/O status\Generic logic\MVGAPC1\Outputs
MVGAPC1 MV(1) MV(1) OUT LD0.MVGAPC1.SPCSO4.stVal SPC BOOLEAN ST B StatIed P,H MB,DN,I3 Q4 Q4 status Monitoring\I/O status\Generic logic\MVGAPC1\Outputs
MVGAPC1 MV(1) MV(1) OUT LD0.MVGAPC1.SPCSO5.stVal SPC BOOLEAN ST B StatIed P,H MB,DN,I3 Q5 Q5 status Monitoring\I/O status\Generic logic\MVGAPC1\Outputs
MVGAPC1 MV(1) MV(1) OUT LD0.MVGAPC1.SPCSO6.stVal SPC BOOLEAN ST B StatIed P,H MB,DN,I3 Q6 Q6 status Monitoring\I/O status\Generic logic\MVGAPC1\Outputs
MVGAPC1 MV(1) MV(1) OUT LD0.MVGAPC1.SPCSO7.stVal SPC BOOLEAN ST B StatIed P,H MB,DN,I3 Q7 Q7 status Monitoring\I/O status\Generic logic\MVGAPC1\Outputs
MVGAPC1 MV(1) MV(1) OUT LD0.MVGAPC1.SPCSO8.stVal SPC BOOLEAN ST B StatIed P,H MB,DN,I3 Q8 Q8 status Monitoring\I/O status\Generic logic\MVGAPC1\Outputs
MVGAPC1 MV(1) MV(1) CFG LD0.MVGAPC1.SPCSO1.d SPC VisString255 (64) DC B MVGAPC1 Q1 Description Output description Configuration\Generic logic\MVGAPC1\Output 1
MVGAPC1 MV(1) MV(1) CFG LD0.MVGAPC1.SPCSO2.d SPC VisString255 (64) DC B MVGAPC1 Q2 Description Output description Configuration\Generic logic\MVGAPC1\Output 2
MVGAPC1 MV(1) MV(1) CFG LD0.MVGAPC1.SPCSO3.d SPC VisString255 (64) DC B MVGAPC1 Q3 Description Output description Configuration\Generic logic\MVGAPC1\Output 3
MVGAPC1 MV(1) MV(1) CFG LD0.MVGAPC1.SPCSO4.d SPC VisString255 (64) DC B MVGAPC1 Q4 Description Output description Configuration\Generic logic\MVGAPC1\Output 4
MVGAPC1 MV(1) MV(1) CFG LD0.MVGAPC1.SPCSO5.d SPC VisString255 (64) DC B MVGAPC1 Q5 Description Output description Configuration\Generic logic\MVGAPC1\Output 5
MVGAPC1 MV(1) MV(1) CFG LD0.MVGAPC1.SPCSO6.d SPC VisString255 (64) DC B MVGAPC1 Q6 Description Output description Configuration\Generic logic\MVGAPC1\Output 6
MVGAPC1 MV(1) MV(1) CFG LD0.MVGAPC1.SPCSO7.d SPC VisString255 (64) DC B MVGAPC1 Q7 Description Output description Configuration\Generic logic\MVGAPC1\Output 7
MVGAPC1 MV(1) MV(1) CFG LD0.MVGAPC1.SPCSO8.d SPC 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 ED1 C (Name plate)

MVGAPC2

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MVGAPC2 MV(2) MV(2) INP LD0.MVGAPC2.Ind1.stVal SPS BOOLEAN ST B 0 IN1 IN1 status Monitoring\I/O status\Generic logic\MVGAPC2\Inputs
MVGAPC2 MV(2) MV(2) INP LD0.MVGAPC2.Ind2.stVal SPS BOOLEAN ST B 0 IN2 IN2 status Monitoring\I/O status\Generic logic\MVGAPC2\Inputs
MVGAPC2 MV(2) MV(2) INP LD0.MVGAPC2.Ind3.stVal SPS BOOLEAN ST B 0 IN3 IN3 status Monitoring\I/O status\Generic logic\MVGAPC2\Inputs
MVGAPC2 MV(2) MV(2) INP LD0.MVGAPC2.Ind4.stVal SPS BOOLEAN ST B 0 IN4 IN4 status Monitoring\I/O status\Generic logic\MVGAPC2\Inputs
MVGAPC2 MV(2) MV(2) INP LD0.MVGAPC2.Ind5.stVal SPS BOOLEAN ST B 0 IN5 IN5 status Monitoring\I/O status\Generic logic\MVGAPC2\Inputs
MVGAPC2 MV(2) MV(2) INP LD0.MVGAPC2.Ind6.stVal SPS BOOLEAN ST B 0 IN6 IN6 status Monitoring\I/O status\Generic logic\MVGAPC2\Inputs
MVGAPC2 MV(2) MV(2) INP LD0.MVGAPC2.Ind7.stVal SPS BOOLEAN ST B 0 IN7 IN7 status Monitoring\I/O status\Generic logic\MVGAPC2\Inputs
MVGAPC2 MV(2) MV(2) INP LD0.MVGAPC2.Ind8.stVal SPS BOOLEAN ST B 0 IN8 IN8 status Monitoring\I/O status\Generic logic\MVGAPC2\Inputs
MVGAPC2 MV(2) MV(2) OUT LD0.MVGAPC2.SPCSO1.stVal SPC BOOLEAN ST B StatIed P,H MB,DN,I3 Q1 Q1 status Monitoring\I/O status\Generic logic\MVGAPC2\Outputs
MVGAPC2 MV(2) MV(2) OUT LD0.MVGAPC2.SPCSO2.stVal SPC BOOLEAN ST B StatIed P,H MB,DN,I3 Q2 Q2 status Monitoring\I/O status\Generic logic\MVGAPC2\Outputs
MVGAPC2 MV(2) MV(2) OUT LD0.MVGAPC2.SPCSO3.stVal SPC BOOLEAN ST B StatIed P,H MB,DN,I3 Q3 Q3 status Monitoring\I/O status\Generic logic\MVGAPC2\Outputs
MVGAPC2 MV(2) MV(2) OUT LD0.MVGAPC2.SPCSO4.stVal SPC BOOLEAN ST B StatIed P,H MB,DN,I3 Q4 Q4 status Monitoring\I/O status\Generic logic\MVGAPC2\Outputs
MVGAPC2 MV(2) MV(2) OUT LD0.MVGAPC2.SPCSO5.stVal SPC BOOLEAN ST B StatIed P,H MB,DN,I3 Q5 Q5 status Monitoring\I/O status\Generic logic\MVGAPC2\Outputs
MVGAPC2 MV(2) MV(2) OUT LD0.MVGAPC2.SPCSO6.stVal SPC BOOLEAN ST B StatIed P,H MB,DN,I3 Q6 Q6 status Monitoring\I/O status\Generic logic\MVGAPC2\Outputs
MVGAPC2 MV(2) MV(2) OUT LD0.MVGAPC2.SPCSO7.stVal SPC BOOLEAN ST B StatIed P,H MB,DN,I3 Q7 Q7 status Monitoring\I/O status\Generic logic\MVGAPC2\Outputs
MVGAPC2 MV(2) MV(2) OUT LD0.MVGAPC2.SPCSO8.stVal SPC BOOLEAN ST B StatIed P,H MB,DN,I3 Q8 Q8 status Monitoring\I/O status\Generic logic\MVGAPC2\Outputs
MVGAPC2 MV(2) MV(2) CFG LD0.MVGAPC2.SPCSO1.d SPC VisString255 (64) DC B MVGAPC2 Q1 Description Output description Configuration\Generic logic\MVGAPC2\Output 1
MVGAPC2 MV(2) MV(2) CFG LD0.MVGAPC2.SPCSO2.d SPC VisString255 (64) DC B MVGAPC2 Q2 Description Output description Configuration\Generic logic\MVGAPC2\Output 2
MVGAPC2 MV(2) MV(2) CFG LD0.MVGAPC2.SPCSO3.d SPC VisString255 (64) DC B MVGAPC2 Q3 Description Output description Configuration\Generic logic\MVGAPC2\Output 3
MVGAPC2 MV(2) MV(2) CFG LD0.MVGAPC2.SPCSO4.d SPC VisString255 (64) DC B MVGAPC2 Q4 Description Output description Configuration\Generic logic\MVGAPC2\Output 4
MVGAPC2 MV(2) MV(2) CFG LD0.MVGAPC2.SPCSO5.d SPC VisString255 (64) DC B MVGAPC2 Q5 Description Output description Configuration\Generic logic\MVGAPC2\Output 5
MVGAPC2 MV(2) MV(2) CFG LD0.MVGAPC2.SPCSO6.d SPC VisString255 (64) DC B MVGAPC2 Q6 Description Output description Configuration\Generic logic\MVGAPC2\Output 6
MVGAPC2 MV(2) MV(2) CFG LD0.MVGAPC2.SPCSO7.d SPC VisString255 (64) DC B MVGAPC2 Q7 Description Output description Configuration\Generic logic\MVGAPC2\Output 7
MVGAPC2 MV(2) MV(2) CFG LD0.MVGAPC2.SPCSO8.d SPC 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 ED1 C (Name plate)

SRGAPC1

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
SRGAPC1 SR(1) SR(1) INP LD0.SRGAPC1.Ind1.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.Ind2.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.Ind3.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.Ind4.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.Ind5.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.Ind6.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.Ind7.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.Ind8.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.SPCSO1.stVal SPC BOOLEAN ST B Q1 Q1 status Monitoring\I/O status\Generic logic\SRGAPC1\Outputs
SRGAPC1 SR(1) SR(1) OUT LD0.SRGAPC1.SPCSO2.stVal SPC BOOLEAN ST B Q2 Q2 status Monitoring\I/O status\Generic logic\SRGAPC1\Outputs
SRGAPC1 SR(1) SR(1) OUT LD0.SRGAPC1.SPCSO3.stVal SPC BOOLEAN ST B Q3 Q3 status Monitoring\I/O status\Generic logic\SRGAPC1\Outputs
SRGAPC1 SR(1) SR(1) OUT LD0.SRGAPC1.SPCSO4.stVal SPC BOOLEAN ST B Q4 Q4 status Monitoring\I/O status\Generic logic\SRGAPC1\Outputs
SRGAPC1 SR(1) SR(1) OUT LD0.SRGAPC1.SPCSO5.stVal SPC BOOLEAN ST B Q5 Q5 status Monitoring\I/O status\Generic logic\SRGAPC1\Outputs
SRGAPC1 SR(1) SR(1) OUT LD0.SRGAPC1.SPCSO6.stVal SPC BOOLEAN ST B Q6 Q6 status Monitoring\I/O status\Generic logic\SRGAPC1\Outputs
SRGAPC1 SR(1) SR(1) OUT LD0.SRGAPC1.SPCSO7.stVal SPC BOOLEAN ST B Q7 Q7 status Monitoring\I/O status\Generic logic\SRGAPC1\Outputs
SRGAPC1 SR(1) SR(1) OUT LD0.SRGAPC1.SPCSO8.stVal SPC 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 ED1 B (Name plate)

SRGAPC2

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
SRGAPC2 SR(2) SR(2) INP LD0.SRGAPC2.Ind1.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.Ind2.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.Ind3.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.Ind4.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.Ind5.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.Ind6.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.Ind7.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.Ind8.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.SPCSO1.stVal SPC BOOLEAN ST B Q1 Q1 status Monitoring\I/O status\Generic logic\SRGAPC2\Outputs
SRGAPC2 SR(2) SR(2) OUT LD0.SRGAPC2.SPCSO2.stVal SPC BOOLEAN ST B Q2 Q2 status Monitoring\I/O status\Generic logic\SRGAPC2\Outputs
SRGAPC2 SR(2) SR(2) OUT LD0.SRGAPC2.SPCSO3.stVal SPC BOOLEAN ST B Q3 Q3 status Monitoring\I/O status\Generic logic\SRGAPC2\Outputs
SRGAPC2 SR(2) SR(2) OUT LD0.SRGAPC2.SPCSO4.stVal SPC BOOLEAN ST B Q4 Q4 status Monitoring\I/O status\Generic logic\SRGAPC2\Outputs
SRGAPC2 SR(2) SR(2) OUT LD0.SRGAPC2.SPCSO5.stVal SPC BOOLEAN ST B Q5 Q5 status Monitoring\I/O status\Generic logic\SRGAPC2\Outputs
SRGAPC2 SR(2) SR(2) OUT LD0.SRGAPC2.SPCSO6.stVal SPC BOOLEAN ST B Q6 Q6 status Monitoring\I/O status\Generic logic\SRGAPC2\Outputs
SRGAPC2 SR(2) SR(2) OUT LD0.SRGAPC2.SPCSO7.stVal SPC BOOLEAN ST B Q7 Q7 status Monitoring\I/O status\Generic logic\SRGAPC2\Outputs
SRGAPC2 SR(2) SR(2) OUT LD0.SRGAPC2.SPCSO8.stVal SPC 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 ED1 B (Name plate)

SRGAPC3

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
SRGAPC3 SR(3) SR(3) INP LD0.SRGAPC3.Ind1.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.Ind2.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.Ind3.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.Ind4.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.Ind5.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.Ind6.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.Ind7.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.Ind8.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.SPCSO1.stVal SPC BOOLEAN ST B Q1 Q1 status Monitoring\I/O status\Generic logic\SRGAPC3\Outputs
SRGAPC3 SR(3) SR(3) OUT LD0.SRGAPC3.SPCSO2.stVal SPC BOOLEAN ST B Q2 Q2 status Monitoring\I/O status\Generic logic\SRGAPC3\Outputs
SRGAPC3 SR(3) SR(3) OUT LD0.SRGAPC3.SPCSO3.stVal SPC BOOLEAN ST B Q3 Q3 status Monitoring\I/O status\Generic logic\SRGAPC3\Outputs
SRGAPC3 SR(3) SR(3) OUT LD0.SRGAPC3.SPCSO4.stVal SPC BOOLEAN ST B Q4 Q4 status Monitoring\I/O status\Generic logic\SRGAPC3\Outputs
SRGAPC3 SR(3) SR(3) OUT LD0.SRGAPC3.SPCSO5.stVal SPC BOOLEAN ST B Q5 Q5 status Monitoring\I/O status\Generic logic\SRGAPC3\Outputs
SRGAPC3 SR(3) SR(3) OUT LD0.SRGAPC3.SPCSO6.stVal SPC BOOLEAN ST B Q6 Q6 status Monitoring\I/O status\Generic logic\SRGAPC3\Outputs
SRGAPC3 SR(3) SR(3) OUT LD0.SRGAPC3.SPCSO7.stVal SPC BOOLEAN ST B Q7 Q7 status Monitoring\I/O status\Generic logic\SRGAPC3\Outputs
SRGAPC3 SR(3) SR(3) OUT LD0.SRGAPC3.SPCSO8.stVal SPC 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 ED1 B (Name plate)

SRGAPC4

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
SRGAPC4 SR(4) SR(4) INP LD0.SRGAPC4.Ind1.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.Ind2.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.Ind3.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.Ind4.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.Ind5.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.Ind6.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.Ind7.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.Ind8.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.SPCSO1.stVal SPC BOOLEAN ST B Q1 Q1 status Monitoring\I/O status\Generic logic\SRGAPC4\Outputs
SRGAPC4 SR(4) SR(4) OUT LD0.SRGAPC4.SPCSO2.stVal SPC BOOLEAN ST B Q2 Q2 status Monitoring\I/O status\Generic logic\SRGAPC4\Outputs
SRGAPC4 SR(4) SR(4) OUT LD0.SRGAPC4.SPCSO3.stVal SPC BOOLEAN ST B Q3 Q3 status Monitoring\I/O status\Generic logic\SRGAPC4\Outputs
SRGAPC4 SR(4) SR(4) OUT LD0.SRGAPC4.SPCSO4.stVal SPC BOOLEAN ST B Q4 Q4 status Monitoring\I/O status\Generic logic\SRGAPC4\Outputs
SRGAPC4 SR(4) SR(4) OUT LD0.SRGAPC4.SPCSO5.stVal SPC BOOLEAN ST B Q5 Q5 status Monitoring\I/O status\Generic logic\SRGAPC4\Outputs
SRGAPC4 SR(4) SR(4) OUT LD0.SRGAPC4.SPCSO6.stVal SPC BOOLEAN ST B Q6 Q6 status Monitoring\I/O status\Generic logic\SRGAPC4\Outputs
SRGAPC4 SR(4) SR(4) OUT LD0.SRGAPC4.SPCSO7.stVal SPC BOOLEAN ST B Q7 Q7 status Monitoring\I/O status\Generic logic\SRGAPC4\Outputs
SRGAPC4 SR(4) SR(4) OUT LD0.SRGAPC4.SPCSO8.stVal SPC 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 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 ED1 B (Name plate)

TONGAPC1

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
TONGAPC1 TON(1) TON(1) INP LD0.TONGAPC1.Ind1.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.Ind2.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.Ind3.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.Ind4.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.Ind5.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.Ind6.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.Ind7.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.Ind8.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.SPCSO1.stVal SPC BOOLEAN ST B Q1 Output 1 Monitoring\I/O status\Generic timers\TONGAPC1\Outputs
TONGAPC1 TON(1) TON(1) OUT LD0.TONGAPC1.SPCSO2.stVal SPC BOOLEAN ST B Q2 Output 2 Monitoring\I/O status\Generic timers\TONGAPC1\Outputs
TONGAPC1 TON(1) TON(1) OUT LD0.TONGAPC1.SPCSO3.stVal SPC BOOLEAN ST B Q3 Output 3 Monitoring\I/O status\Generic timers\TONGAPC1\Outputs
TONGAPC1 TON(1) TON(1) OUT LD0.TONGAPC1.SPCSO4.stVal SPC BOOLEAN ST B Q4 Output 4 Monitoring\I/O status\Generic timers\TONGAPC1\Outputs
TONGAPC1 TON(1) TON(1) OUT LD0.TONGAPC1.SPCSO5.stVal SPC BOOLEAN ST B Q5 Output 5 Monitoring\I/O status\Generic timers\TONGAPC1\Outputs
TONGAPC1 TON(1) TON(1) OUT LD0.TONGAPC1.SPCSO6.stVal SPC BOOLEAN ST B Q6 Output 6 Monitoring\I/O status\Generic timers\TONGAPC1\Outputs
TONGAPC1 TON(1) TON(1) OUT LD0.TONGAPC1.SPCSO7.stVal SPC BOOLEAN ST B Q7 Output 7 Monitoring\I/O status\Generic timers\TONGAPC1\Outputs
TONGAPC1 TON(1) TON(1) OUT LD0.TONGAPC1.SPCSO8.stVal SPC 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 ED1 B (Name plate)

TONGAPC2

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
TONGAPC2 TON(2) TON(2) INP LD0.TONGAPC2.Ind1.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.Ind2.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.Ind3.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.Ind4.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.Ind5.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.Ind6.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.Ind7.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.Ind8.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.SPCSO1.stVal SPC BOOLEAN ST B Q1 Output 1 Monitoring\I/O status\Generic timers\TONGAPC2\Outputs
TONGAPC2 TON(2) TON(2) OUT LD0.TONGAPC2.SPCSO2.stVal SPC BOOLEAN ST B Q2 Output 2 Monitoring\I/O status\Generic timers\TONGAPC2\Outputs
TONGAPC2 TON(2) TON(2) OUT LD0.TONGAPC2.SPCSO3.stVal SPC BOOLEAN ST B Q3 Output 3 Monitoring\I/O status\Generic timers\TONGAPC2\Outputs
TONGAPC2 TON(2) TON(2) OUT LD0.TONGAPC2.SPCSO4.stVal SPC BOOLEAN ST B Q4 Output 4 Monitoring\I/O status\Generic timers\TONGAPC2\Outputs
TONGAPC2 TON(2) TON(2) OUT LD0.TONGAPC2.SPCSO5.stVal SPC BOOLEAN ST B Q5 Output 5 Monitoring\I/O status\Generic timers\TONGAPC2\Outputs
TONGAPC2 TON(2) TON(2) OUT LD0.TONGAPC2.SPCSO6.stVal SPC BOOLEAN ST B Q6 Output 6 Monitoring\I/O status\Generic timers\TONGAPC2\Outputs
TONGAPC2 TON(2) TON(2) OUT LD0.TONGAPC2.SPCSO7.stVal SPC BOOLEAN ST B Q7 Output 7 Monitoring\I/O status\Generic timers\TONGAPC2\Outputs
TONGAPC2 TON(2) TON(2) OUT LD0.TONGAPC2.SPCSO8.stVal SPC 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 ED1 B (Name plate)

TONGAPC3

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
TONGAPC3 TON(3) TON(3) INP LD0.TONGAPC3.Ind1.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.Ind2.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.Ind3.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.Ind4.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.Ind5.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.Ind6.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.Ind7.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.Ind8.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.SPCSO1.stVal SPC BOOLEAN ST B Q1 Output 1 Monitoring\I/O status\Generic timers\TONGAPC3\Outputs
TONGAPC3 TON(3) TON(3) OUT LD0.TONGAPC3.SPCSO2.stVal SPC BOOLEAN ST B Q2 Output 2 Monitoring\I/O status\Generic timers\TONGAPC3\Outputs
TONGAPC3 TON(3) TON(3) OUT LD0.TONGAPC3.SPCSO3.stVal SPC BOOLEAN ST B Q3 Output 3 Monitoring\I/O status\Generic timers\TONGAPC3\Outputs
TONGAPC3 TON(3) TON(3) OUT LD0.TONGAPC3.SPCSO4.stVal SPC BOOLEAN ST B Q4 Output 4 Monitoring\I/O status\Generic timers\TONGAPC3\Outputs
TONGAPC3 TON(3) TON(3) OUT LD0.TONGAPC3.SPCSO5.stVal SPC BOOLEAN ST B Q5 Output 5 Monitoring\I/O status\Generic timers\TONGAPC3\Outputs
TONGAPC3 TON(3) TON(3) OUT LD0.TONGAPC3.SPCSO6.stVal SPC BOOLEAN ST B Q6 Output 6 Monitoring\I/O status\Generic timers\TONGAPC3\Outputs
TONGAPC3 TON(3) TON(3) OUT LD0.TONGAPC3.SPCSO7.stVal SPC BOOLEAN ST B Q7 Output 7 Monitoring\I/O status\Generic timers\TONGAPC3\Outputs
TONGAPC3 TON(3) TON(3) OUT LD0.TONGAPC3.SPCSO8.stVal SPC 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 ED1 B (Name plate)

TONGAPC4

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
TONGAPC4 TON(4) TON(4) INP LD0.TONGAPC4.Ind1.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.Ind2.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.Ind3.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.Ind4.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.Ind5.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.Ind6.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.Ind7.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.Ind8.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.SPCSO1.stVal SPC BOOLEAN ST B Q1 Output 1 Monitoring\I/O status\Generic timers\TONGAPC4\Outputs
TONGAPC4 TON(4) TON(4) OUT LD0.TONGAPC4.SPCSO2.stVal SPC BOOLEAN ST B Q2 Output 2 Monitoring\I/O status\Generic timers\TONGAPC4\Outputs
TONGAPC4 TON(4) TON(4) OUT LD0.TONGAPC4.SPCSO3.stVal SPC BOOLEAN ST B Q3 Output 3 Monitoring\I/O status\Generic timers\TONGAPC4\Outputs
TONGAPC4 TON(4) TON(4) OUT LD0.TONGAPC4.SPCSO4.stVal SPC BOOLEAN ST B Q4 Output 4 Monitoring\I/O status\Generic timers\TONGAPC4\Outputs
TONGAPC4 TON(4) TON(4) OUT LD0.TONGAPC4.SPCSO5.stVal SPC BOOLEAN ST B Q5 Output 5 Monitoring\I/O status\Generic timers\TONGAPC4\Outputs
TONGAPC4 TON(4) TON(4) OUT LD0.TONGAPC4.SPCSO6.stVal SPC BOOLEAN ST B Q6 Output 6 Monitoring\I/O status\Generic timers\TONGAPC4\Outputs
TONGAPC4 TON(4) TON(4) OUT LD0.TONGAPC4.SPCSO7.stVal SPC BOOLEAN ST B Q7 Output 7 Monitoring\I/O status\Generic timers\TONGAPC4\Outputs
TONGAPC4 TON(4) TON(4) OUT LD0.TONGAPC4.SPCSO8.stVal SPC 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 ED1 B (Name plate)

TOFGAPC1

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
TOFGAPC1 TOF(1) TOF(1) INP LD0.TOFGAPC1.Ind1.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.Ind2.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.Ind3.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.Ind4.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.Ind5.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.Ind6.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.Ind7.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.Ind8.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.SPCSO1.stVal SPC BOOLEAN ST B Q1 Output 1 status Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs
TOFGAPC1 TOF(1) TOF(1) OUT LD0.TOFGAPC1.SPCSO2.stVal SPC BOOLEAN ST B Q2 Output 2 status Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs
TOFGAPC1 TOF(1) TOF(1) OUT LD0.TOFGAPC1.SPCSO3.stVal SPC BOOLEAN ST B Q3 Output 3 status Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs
TOFGAPC1 TOF(1) TOF(1) OUT LD0.TOFGAPC1.SPCSO4.stVal SPC BOOLEAN ST B Q4 Output 4 status Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs
TOFGAPC1 TOF(1) TOF(1) OUT LD0.TOFGAPC1.SPCSO5.stVal SPC BOOLEAN ST B Q5 Output 5 status Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs
TOFGAPC1 TOF(1) TOF(1) OUT LD0.TOFGAPC1.SPCSO6.stVal SPC BOOLEAN ST B Q6 Output 6 status Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs
TOFGAPC1 TOF(1) TOF(1) OUT LD0.TOFGAPC1.SPCSO7.stVal SPC BOOLEAN ST B Q7 Output 7 status Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs
TOFGAPC1 TOF(1) TOF(1) OUT LD0.TOFGAPC1.SPCSO8.stVal SPC 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 ED1 B (Name plate)

TOFGAPC2

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
TOFGAPC2 TOF(2) TOF(2) INP LD0.TOFGAPC2.Ind1.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.Ind2.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.Ind3.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.Ind4.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.Ind5.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.Ind6.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.Ind7.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.Ind8.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.SPCSO1.stVal SPC BOOLEAN ST B Q1 Output 1 status Monitoring\I/O status\Generic timers\TOFGAPC2\Outputs
TOFGAPC2 TOF(2) TOF(2) OUT LD0.TOFGAPC2.SPCSO2.stVal SPC BOOLEAN ST B Q2 Output 2 status Monitoring\I/O status\Generic timers\TOFGAPC2\Outputs
TOFGAPC2 TOF(2) TOF(2) OUT LD0.TOFGAPC2.SPCSO3.stVal SPC BOOLEAN ST B Q3 Output 3 status Monitoring\I/O status\Generic timers\TOFGAPC2\Outputs
TOFGAPC2 TOF(2) TOF(2) OUT LD0.TOFGAPC2.SPCSO4.stVal SPC BOOLEAN ST B Q4 Output 4 status Monitoring\I/O status\Generic timers\TOFGAPC2\Outputs
TOFGAPC2 TOF(2) TOF(2) OUT LD0.TOFGAPC2.SPCSO5.stVal SPC BOOLEAN ST B Q5 Output 5 status Monitoring\I/O status\Generic timers\TOFGAPC2\Outputs
TOFGAPC2 TOF(2) TOF(2) OUT LD0.TOFGAPC2.SPCSO6.stVal SPC BOOLEAN ST B Q6 Output 6 status Monitoring\I/O status\Generic timers\TOFGAPC2\Outputs
TOFGAPC2 TOF(2) TOF(2) OUT LD0.TOFGAPC2.SPCSO7.stVal SPC BOOLEAN ST B Q7 Output 7 status Monitoring\I/O status\Generic timers\TOFGAPC2\Outputs
TOFGAPC2 TOF(2) TOF(2) OUT LD0.TOFGAPC2.SPCSO8.stVal SPC 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 ED1 B (Name plate)

TOFGAPC3

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
TOFGAPC3 TOF(3) TOF(3) INP LD0.TOFGAPC3.Ind1.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.Ind2.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.Ind3.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.Ind4.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.Ind5.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.Ind6.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.Ind7.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.Ind8.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.SPCSO1.stVal SPC BOOLEAN ST B Q1 Output 1 status Monitoring\I/O status\Generic timers\TOFGAPC3\Outputs
TOFGAPC3 TOF(3) TOF(3) OUT LD0.TOFGAPC3.SPCSO2.stVal SPC BOOLEAN ST B Q2 Output 2 status Monitoring\I/O status\Generic timers\TOFGAPC3\Outputs
TOFGAPC3 TOF(3) TOF(3) OUT LD0.TOFGAPC3.SPCSO3.stVal SPC BOOLEAN ST B Q3 Output 3 status Monitoring\I/O status\Generic timers\TOFGAPC3\Outputs
TOFGAPC3 TOF(3) TOF(3) OUT LD0.TOFGAPC3.SPCSO4.stVal SPC BOOLEAN ST B Q4 Output 4 status Monitoring\I/O status\Generic timers\TOFGAPC3\Outputs
TOFGAPC3 TOF(3) TOF(3) OUT LD0.TOFGAPC3.SPCSO5.stVal SPC BOOLEAN ST B Q5 Output 5 status Monitoring\I/O status\Generic timers\TOFGAPC3\Outputs
TOFGAPC3 TOF(3) TOF(3) OUT LD0.TOFGAPC3.SPCSO6.stVal SPC BOOLEAN ST B Q6 Output 6 status Monitoring\I/O status\Generic timers\TOFGAPC3\Outputs
TOFGAPC3 TOF(3) TOF(3) OUT LD0.TOFGAPC3.SPCSO7.stVal SPC BOOLEAN ST B Q7 Output 7 status Monitoring\I/O status\Generic timers\TOFGAPC3\Outputs
TOFGAPC3 TOF(3) TOF(3) OUT LD0.TOFGAPC3.SPCSO8.stVal SPC 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 ED1 B (Name plate)

TOFGAPC4

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
TOFGAPC4 TOF(4) TOF(4) INP LD0.TOFGAPC4.Ind1.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.Ind2.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.Ind3.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.Ind4.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.Ind5.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.Ind6.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.Ind7.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.Ind8.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.SPCSO1.stVal SPC BOOLEAN ST B Q1 Output 1 status Monitoring\I/O status\Generic timers\TOFGAPC4\Outputs
TOFGAPC4 TOF(4) TOF(4) OUT LD0.TOFGAPC4.SPCSO2.stVal SPC BOOLEAN ST B Q2 Output 2 status Monitoring\I/O status\Generic timers\TOFGAPC4\Outputs
TOFGAPC4 TOF(4) TOF(4) OUT LD0.TOFGAPC4.SPCSO3.stVal SPC BOOLEAN ST B Q3 Output 3 status Monitoring\I/O status\Generic timers\TOFGAPC4\Outputs
TOFGAPC4 TOF(4) TOF(4) OUT LD0.TOFGAPC4.SPCSO4.stVal SPC BOOLEAN ST B Q4 Output 4 status Monitoring\I/O status\Generic timers\TOFGAPC4\Outputs
TOFGAPC4 TOF(4) TOF(4) OUT LD0.TOFGAPC4.SPCSO5.stVal SPC BOOLEAN ST B Q5 Output 5 status Monitoring\I/O status\Generic timers\TOFGAPC4\Outputs
TOFGAPC4 TOF(4) TOF(4) OUT LD0.TOFGAPC4.SPCSO6.stVal SPC BOOLEAN ST B Q6 Output 6 status Monitoring\I/O status\Generic timers\TOFGAPC4\Outputs
TOFGAPC4 TOF(4) TOF(4) OUT LD0.TOFGAPC4.SPCSO7.stVal SPC BOOLEAN ST B Q7 Output 7 status Monitoring\I/O status\Generic timers\TOFGAPC4\Outputs
TOFGAPC4 TOF(4) TOF(4) OUT LD0.TOFGAPC4.SPCSO8.stVal SPC 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 ED1 B (Name plate)

PTGAPC1

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
PTGAPC1 PT(1) PT(1) INP LD0.PTGAPC1.Ind1.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.Ind2.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.Ind3.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.Ind4.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.Ind5.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.Ind6.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.Ind7.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.Ind8.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.SPCSO1.stVal SPC BOOLEAN ST B Q1 Output 1 status Monitoring\I/O status\Generic timers\PTGAPC1\Outputs
PTGAPC1 PT(1) PT(1) OUT LD0.PTGAPC1.SPCSO2.stVal SPC BOOLEAN ST B Q2 Output 2 status Monitoring\I/O status\Generic timers\PTGAPC1\Outputs
PTGAPC1 PT(1) PT(1) OUT LD0.PTGAPC1.SPCSO3.stVal SPC BOOLEAN ST B Q3 Output 3 status Monitoring\I/O status\Generic timers\PTGAPC1\Outputs
PTGAPC1 PT(1) PT(1) OUT LD0.PTGAPC1.SPCSO4.stVal SPC BOOLEAN ST B Q4 Output 4 status Monitoring\I/O status\Generic timers\PTGAPC1\Outputs
PTGAPC1 PT(1) PT(1) OUT LD0.PTGAPC1.SPCSO5.stVal SPC BOOLEAN ST B Q5 Output 5 status Monitoring\I/O status\Generic timers\PTGAPC1\Outputs
PTGAPC1 PT(1) PT(1) OUT LD0.PTGAPC1.SPCSO6.stVal SPC BOOLEAN ST B Q6 Output 6 status Monitoring\I/O status\Generic timers\PTGAPC1\Outputs
PTGAPC1 PT(1) PT(1) OUT LD0.PTGAPC1.SPCSO7.stVal SPC BOOLEAN ST B Q7 Output 7 status Monitoring\I/O status\Generic timers\PTGAPC1\Outputs
PTGAPC1 PT(1) PT(1) OUT LD0.PTGAPC1.SPCSO8.stVal SPC 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 time 1 Pulse time 0...3600000 ms Configuration\Generic timers\PTGAPC1
PTGAPC1 PT(1) PT(1) CFG LD0.PTGAPC1.PlsTmms2.setVal ING INT32 SP B 0 Pulse time 2 Pulse time 0...3600000 ms Configuration\Generic timers\PTGAPC1
PTGAPC1 PT(1) PT(1) CFG LD0.PTGAPC1.PlsTmms3.setVal ING INT32 SP B 0 Pulse time 3 Pulse time 0...3600000 ms Configuration\Generic timers\PTGAPC1
PTGAPC1 PT(1) PT(1) CFG LD0.PTGAPC1.PlsTmms4.setVal ING INT32 SP B 0 Pulse time 4 Pulse time 0...3600000 ms Configuration\Generic timers\PTGAPC1
PTGAPC1 PT(1) PT(1) CFG LD0.PTGAPC1.PlsTmms5.setVal ING INT32 SP B 0 Pulse time 5 Pulse time 0...3600000 ms Configuration\Generic timers\PTGAPC1
PTGAPC1 PT(1) PT(1) CFG LD0.PTGAPC1.PlsTmms6.setVal ING INT32 SP B 0 Pulse time 6 Pulse time 0...3600000 ms Configuration\Generic timers\PTGAPC1
PTGAPC1 PT(1) PT(1) CFG LD0.PTGAPC1.PlsTmms7.setVal ING INT32 SP B 0 Pulse time 7 Pulse time 0...3600000 ms Configuration\Generic timers\PTGAPC1
PTGAPC1 PT(1) PT(1) CFG LD0.PTGAPC1.PlsTmms8.setVal ING INT32 SP B 0 Pulse time 8 Pulse time 0...3600000 ms Configuration\Generic timers\PTGAPC1
PTGAPC1 PT(1) PT(1) VER LD0.PTGAPC1.NamPlt.swRev LPL VisString255 (20) DC ED1 C (Name plate)

PTGAPC2

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
PTGAPC2 PT(2) PT(2) INP LD0.PTGAPC2.Ind1.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.Ind2.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.Ind3.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.Ind4.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.Ind5.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.Ind6.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.Ind7.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.Ind8.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.SPCSO1.stVal SPC BOOLEAN ST B Q1 Output 1 status Monitoring\I/O status\Generic timers\PTGAPC2\Outputs
PTGAPC2 PT(2) PT(2) OUT LD0.PTGAPC2.SPCSO2.stVal SPC BOOLEAN ST B Q2 Output 2 status Monitoring\I/O status\Generic timers\PTGAPC2\Outputs
PTGAPC2 PT(2) PT(2) OUT LD0.PTGAPC2.SPCSO3.stVal SPC BOOLEAN ST B Q3 Output 3 status Monitoring\I/O status\Generic timers\PTGAPC2\Outputs
PTGAPC2 PT(2) PT(2) OUT LD0.PTGAPC2.SPCSO4.stVal SPC BOOLEAN ST B Q4 Output 4 status Monitoring\I/O status\Generic timers\PTGAPC2\Outputs
PTGAPC2 PT(2) PT(2) OUT LD0.PTGAPC2.SPCSO5.stVal SPC BOOLEAN ST B Q5 Output 5 status Monitoring\I/O status\Generic timers\PTGAPC2\Outputs
PTGAPC2 PT(2) PT(2) OUT LD0.PTGAPC2.SPCSO6.stVal SPC BOOLEAN ST B Q6 Output 6 status Monitoring\I/O status\Generic timers\PTGAPC2\Outputs
PTGAPC2 PT(2) PT(2) OUT LD0.PTGAPC2.SPCSO7.stVal SPC BOOLEAN ST B Q7 Output 7 status Monitoring\I/O status\Generic timers\PTGAPC2\Outputs
PTGAPC2 PT(2) PT(2) OUT LD0.PTGAPC2.SPCSO8.stVal SPC 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 time 1 Pulse time 0...3600000 ms Configuration\Generic timers\PTGAPC2
PTGAPC2 PT(2) PT(2) CFG LD0.PTGAPC2.PlsTmms2.setVal ING INT32 SP B 0 Pulse time 2 Pulse time 0...3600000 ms Configuration\Generic timers\PTGAPC2
PTGAPC2 PT(2) PT(2) CFG LD0.PTGAPC2.PlsTmms3.setVal ING INT32 SP B 0 Pulse time 3 Pulse time 0...3600000 ms Configuration\Generic timers\PTGAPC2
PTGAPC2 PT(2) PT(2) CFG LD0.PTGAPC2.PlsTmms4.setVal ING INT32 SP B 0 Pulse time 4 Pulse time 0...3600000 ms Configuration\Generic timers\PTGAPC2
PTGAPC2 PT(2) PT(2) CFG LD0.PTGAPC2.PlsTmms5.setVal ING INT32 SP B 0 Pulse time 5 Pulse time 0...3600000 ms Configuration\Generic timers\PTGAPC2
PTGAPC2 PT(2) PT(2) CFG LD0.PTGAPC2.PlsTmms6.setVal ING INT32 SP B 0 Pulse time 6 Pulse time 0...3600000 ms Configuration\Generic timers\PTGAPC2
PTGAPC2 PT(2) PT(2) CFG LD0.PTGAPC2.PlsTmms7.setVal ING INT32 SP B 0 Pulse time 7 Pulse time 0...3600000 ms Configuration\Generic timers\PTGAPC2
PTGAPC2 PT(2) PT(2) CFG LD0.PTGAPC2.PlsTmms8.setVal ING INT32 SP B 0 Pulse time 8 Pulse time 0...3600000 ms Configuration\Generic timers\PTGAPC2
PTGAPC2 PT(2) PT(2) VER LD0.PTGAPC2.NamPlt.swRev LPL VisString255 (20) DC ED1 C (Name plate)

SCA4GAPC1

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
SCA4GAPC1 SCA4(1) SCA4(1) INP LD0.SCA4GAPC1.AnIn1.mag.f MV FLOAT32 MX B 0.0 AI1_VALUE Analog input value of channel 1 -10000.0...10000.0 Monitoring\I/O status\Generic logic\SCA4GAPC1\Inputs
SCA4GAPC1 SCA4(1) SCA4(1) INP LD0.SCA4GAPC1.AnIn2.mag.f MV FLOAT32 MX B 0.0 AI2_VALUE Analog input value of channel 2 -10000.0...10000.0 Monitoring\I/O status\Generic logic\SCA4GAPC1\Inputs
SCA4GAPC1 SCA4(1) SCA4(1) INP LD0.SCA4GAPC1.AnIn3.mag.f MV FLOAT32 MX B 0.0 AI3_VALUE Analog input value of channel 3 -10000.0...10000.0 Monitoring\I/O status\Generic logic\SCA4GAPC1\Inputs
SCA4GAPC1 SCA4(1) SCA4(1) INP LD0.SCA4GAPC1.AnIn4.mag.f MV FLOAT32 MX B 0.0 AI4_VALUE Analog input value of channel 4 -10000.0...10000.0 Monitoring\I/O status\Generic logic\SCA4GAPC1\Inputs
SCA4GAPC1 SCA4(1) SCA4(1) OUT LD0.SCA4GAPC1.AnValOut1.mag.f MV FLOAT32 MX B MeasFlt P MB,DN,I3 AO1_VALUE Analog value 1 after scaling -2000000.0...2000000.0 Monitoring\I/O status\Generic logic\SCA4GAPC1\Outputs
SCA4GAPC1 SCA4(1) SCA4(1) OUT LD0.SCA4GAPC1.AnValOut2.mag.f MV FLOAT32 MX B MeasFlt P MB,DN,I3 AO2_VALUE Analog value 2 after scaling -2000000.0...2000000.0 Monitoring\I/O status\Generic logic\SCA4GAPC1\Outputs
SCA4GAPC1 SCA4(1) SCA4(1) OUT LD0.SCA4GAPC1.AnValOut3.mag.f MV FLOAT32 MX B MeasFlt P MB,DN,I3 AO3_VALUE Analog value 3 after scaling -2000000.0...2000000.0 Monitoring\I/O status\Generic logic\SCA4GAPC1\Outputs
SCA4GAPC1 SCA4(1) SCA4(1) OUT LD0.SCA4GAPC1.AnValOut4.mag.f MV FLOAT32 MX B MeasFlt P MB,DN,I3 AO4_VALUE Analog value 4 after scaling -2000000.0...2000000.0 Monitoring\I/O status\Generic logic\SCA4GAPC1\Outputs
SCA4GAPC1 SCA4(1) SCA4(1) CFG LD0.SCA4GAPC1.ScaleAnIn1.setMag.f ASG FLOAT32 SP B 1.000 Scale ratio 1 Scale ratio for analog value 1 0.001...1000.000 Configuration\Generic logic\SCA4GAPC1
SCA4GAPC1 SCA4(1) SCA4(1) CFG LD0.SCA4GAPC1.ScaleAnIn2.setMag.f ASG FLOAT32 SP B 1.000 Scale ratio 2 Scale ratio for analog value 2 0.001...1000.000 Configuration\Generic logic\SCA4GAPC1
SCA4GAPC1 SCA4(1) SCA4(1) CFG LD0.SCA4GAPC1.ScaleAnIn3.setMag.f ASG FLOAT32 SP B 1.000 Scale ratio 3 Scale ratio for analog value 3 0.001...1000.000 Configuration\Generic logic\SCA4GAPC1
SCA4GAPC1 SCA4(1) SCA4(1) CFG LD0.SCA4GAPC1.ScaleAnIn4.setMag.f ASG FLOAT32 SP B 1.000 Scale ratio 4 Scale ratio for analog value 4 0.001...1000.000 Configuration\Generic logic\SCA4GAPC1
SCA4GAPC1 SCA4(1) SCA4(1) VER LD0.SCA4GAPC1.NamPlt.swRev LPL VisString255 (20) DC ED1 B (Name plate)

SCA4GAPC2

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
SCA4GAPC2 SCA4(2) SCA4(2) INP LD0.SCA4GAPC2.AnIn1.mag.f MV FLOAT32 MX B 0.0 AI1_VALUE Analog input value of channel 1 -10000.0...10000.0 Monitoring\I/O status\Generic logic\SCA4GAPC2\Inputs
SCA4GAPC2 SCA4(2) SCA4(2) INP LD0.SCA4GAPC2.AnIn2.mag.f MV FLOAT32 MX B 0.0 AI2_VALUE Analog input value of channel 2 -10000.0...10000.0 Monitoring\I/O status\Generic logic\SCA4GAPC2\Inputs
SCA4GAPC2 SCA4(2) SCA4(2) INP LD0.SCA4GAPC2.AnIn3.mag.f MV FLOAT32 MX B 0.0 AI3_VALUE Analog input value of channel 3 -10000.0...10000.0 Monitoring\I/O status\Generic logic\SCA4GAPC2\Inputs
SCA4GAPC2 SCA4(2) SCA4(2) INP LD0.SCA4GAPC2.AnIn4.mag.f MV FLOAT32 MX B 0.0 AI4_VALUE Analog input value of channel 4 -10000.0...10000.0 Monitoring\I/O status\Generic logic\SCA4GAPC2\Inputs
SCA4GAPC2 SCA4(2) SCA4(2) OUT LD0.SCA4GAPC2.AnValOut1.mag.f MV FLOAT32 MX B MeasFlt P MB,DN,I3 AO1_VALUE Analog value 1 after scaling -2000000.0...2000000.0 Monitoring\I/O status\Generic logic\SCA4GAPC2\Outputs
SCA4GAPC2 SCA4(2) SCA4(2) OUT LD0.SCA4GAPC2.AnValOut2.mag.f MV FLOAT32 MX B MeasFlt P MB,DN,I3 AO2_VALUE Analog value 2 after scaling -2000000.0...2000000.0 Monitoring\I/O status\Generic logic\SCA4GAPC2\Outputs
SCA4GAPC2 SCA4(2) SCA4(2) OUT LD0.SCA4GAPC2.AnValOut3.mag.f MV FLOAT32 MX B MeasFlt P MB,DN,I3 AO3_VALUE Analog value 3 after scaling -2000000.0...2000000.0 Monitoring\I/O status\Generic logic\SCA4GAPC2\Outputs
SCA4GAPC2 SCA4(2) SCA4(2) OUT LD0.SCA4GAPC2.AnValOut4.mag.f MV FLOAT32 MX B MeasFlt P MB,DN,I3 AO4_VALUE Analog value 4 after scaling -2000000.0...2000000.0 Monitoring\I/O status\Generic logic\SCA4GAPC2\Outputs
SCA4GAPC2 SCA4(2) SCA4(2) CFG LD0.SCA4GAPC2.ScaleAnIn1.setMag.f ASG FLOAT32 SP B 1.000 Scale ratio 1 Scale ratio for analog value 1 0.001...1000.000 Configuration\Generic logic\SCA4GAPC2
SCA4GAPC2 SCA4(2) SCA4(2) CFG LD0.SCA4GAPC2.ScaleAnIn2.setMag.f ASG FLOAT32 SP B 1.000 Scale ratio 2 Scale ratio for analog value 2 0.001...1000.000 Configuration\Generic logic\SCA4GAPC2
SCA4GAPC2 SCA4(2) SCA4(2) CFG LD0.SCA4GAPC2.ScaleAnIn3.setMag.f ASG FLOAT32 SP B 1.000 Scale ratio 3 Scale ratio for analog value 3 0.001...1000.000 Configuration\Generic logic\SCA4GAPC2
SCA4GAPC2 SCA4(2) SCA4(2) CFG LD0.SCA4GAPC2.ScaleAnIn4.setMag.f ASG FLOAT32 SP B 1.000 Scale ratio 4 Scale ratio for analog value 4 0.001...1000.000 Configuration\Generic logic\SCA4GAPC2
SCA4GAPC2 SCA4(2) SCA4(2) VER LD0.SCA4GAPC2.NamPlt.swRev LPL VisString255 (20) DC ED1 B (Name plate)

SCA4GAPC3

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
SCA4GAPC3 SCA4(3) SCA4(3) INP LD0.SCA4GAPC3.AnIn1.mag.f MV FLOAT32 MX B 0.0 AI1_VALUE Analog input value of channel 1 -10000.0...10000.0 Monitoring\I/O status\Generic logic\SCA4GAPC3\Inputs
SCA4GAPC3 SCA4(3) SCA4(3) INP LD0.SCA4GAPC3.AnIn2.mag.f MV FLOAT32 MX B 0.0 AI2_VALUE Analog input value of channel 2 -10000.0...10000.0 Monitoring\I/O status\Generic logic\SCA4GAPC3\Inputs
SCA4GAPC3 SCA4(3) SCA4(3) INP LD0.SCA4GAPC3.AnIn3.mag.f MV FLOAT32 MX B 0.0 AI3_VALUE Analog input value of channel 3 -10000.0...10000.0 Monitoring\I/O status\Generic logic\SCA4GAPC3\Inputs
SCA4GAPC3 SCA4(3) SCA4(3) INP LD0.SCA4GAPC3.AnIn4.mag.f MV FLOAT32 MX B 0.0 AI4_VALUE Analog input value of channel 4 -10000.0...10000.0 Monitoring\I/O status\Generic logic\SCA4GAPC3\Inputs
SCA4GAPC3 SCA4(3) SCA4(3) OUT LD0.SCA4GAPC3.AnValOut1.mag.f MV FLOAT32 MX B MeasFlt P MB,DN,I3 AO1_VALUE Analog value 1 after scaling -2000000.0...2000000.0 Monitoring\I/O status\Generic logic\SCA4GAPC3\Outputs
SCA4GAPC3 SCA4(3) SCA4(3) OUT LD0.SCA4GAPC3.AnValOut2.mag.f MV FLOAT32 MX B MeasFlt P MB,DN,I3 AO2_VALUE Analog value 2 after scaling -2000000.0...2000000.0 Monitoring\I/O status\Generic logic\SCA4GAPC3\Outputs
SCA4GAPC3 SCA4(3) SCA4(3) OUT LD0.SCA4GAPC3.AnValOut3.mag.f MV FLOAT32 MX B MeasFlt P MB,DN,I3 AO3_VALUE Analog value 3 after scaling -2000000.0...2000000.0 Monitoring\I/O status\Generic logic\SCA4GAPC3\Outputs
SCA4GAPC3 SCA4(3) SCA4(3) OUT LD0.SCA4GAPC3.AnValOut4.mag.f MV FLOAT32 MX B MeasFlt P MB,DN,I3 AO4_VALUE Analog value 4 after scaling -2000000.0...2000000.0 Monitoring\I/O status\Generic logic\SCA4GAPC3\Outputs
SCA4GAPC3 SCA4(3) SCA4(3) CFG LD0.SCA4GAPC3.ScaleAnIn1.setMag.f ASG FLOAT32 SP B 1.000 Scale ratio 1 Scale ratio for analog value 1 0.001...1000.000 Configuration\Generic logic\SCA4GAPC3
SCA4GAPC3 SCA4(3) SCA4(3) CFG LD0.SCA4GAPC3.ScaleAnIn2.setMag.f ASG FLOAT32 SP B 1.000 Scale ratio 2 Scale ratio for analog value 2 0.001...1000.000 Configuration\Generic logic\SCA4GAPC3
SCA4GAPC3 SCA4(3) SCA4(3) CFG LD0.SCA4GAPC3.ScaleAnIn3.setMag.f ASG FLOAT32 SP B 1.000 Scale ratio 3 Scale ratio for analog value 3 0.001...1000.000 Configuration\Generic logic\SCA4GAPC3
SCA4GAPC3 SCA4(3) SCA4(3) CFG LD0.SCA4GAPC3.ScaleAnIn4.setMag.f ASG FLOAT32 SP B 1.000 Scale ratio 4 Scale ratio for analog value 4 0.001...1000.000 Configuration\Generic logic\SCA4GAPC3
SCA4GAPC3 SCA4(3) SCA4(3) VER LD0.SCA4GAPC3.NamPlt.swRev LPL VisString255 (20) DC ED1 B (Name plate)

SCA4GAPC4

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
SCA4GAPC4 SCA4(4) SCA4(4) INP LD0.SCA4GAPC4.AnIn1.mag.f MV FLOAT32 MX B 0.0 AI1_VALUE Analog input value of channel 1 -10000.0...10000.0 Monitoring\I/O status\Generic logic\SCA4GAPC4\Inputs
SCA4GAPC4 SCA4(4) SCA4(4) INP LD0.SCA4GAPC4.AnIn2.mag.f MV FLOAT32 MX B 0.0 AI2_VALUE Analog input value of channel 2 -10000.0...10000.0 Monitoring\I/O status\Generic logic\SCA4GAPC4\Inputs
SCA4GAPC4 SCA4(4) SCA4(4) INP LD0.SCA4GAPC4.AnIn3.mag.f MV FLOAT32 MX B 0.0 AI3_VALUE Analog input value of channel 3 -10000.0...10000.0 Monitoring\I/O status\Generic logic\SCA4GAPC4\Inputs
SCA4GAPC4 SCA4(4) SCA4(4) INP LD0.SCA4GAPC4.AnIn4.mag.f MV FLOAT32 MX B 0.0 AI4_VALUE Analog input value of channel 4 -10000.0...10000.0 Monitoring\I/O status\Generic logic\SCA4GAPC4\Inputs
SCA4GAPC4 SCA4(4) SCA4(4) OUT LD0.SCA4GAPC4.AnValOut1.mag.f MV FLOAT32 MX B MeasFlt P MB,DN,I3 AO1_VALUE Analog value 1 after scaling -2000000.0...2000000.0 Monitoring\I/O status\Generic logic\SCA4GAPC4\Outputs
SCA4GAPC4 SCA4(4) SCA4(4) OUT LD0.SCA4GAPC4.AnValOut2.mag.f MV FLOAT32 MX B MeasFlt P MB,DN,I3 AO2_VALUE Analog value 2 after scaling -2000000.0...2000000.0 Monitoring\I/O status\Generic logic\SCA4GAPC4\Outputs
SCA4GAPC4 SCA4(4) SCA4(4) OUT LD0.SCA4GAPC4.AnValOut3.mag.f MV FLOAT32 MX B MeasFlt P MB,DN,I3 AO3_VALUE Analog value 3 after scaling -2000000.0...2000000.0 Monitoring\I/O status\Generic logic\SCA4GAPC4\Outputs
SCA4GAPC4 SCA4(4) SCA4(4) OUT LD0.SCA4GAPC4.AnValOut4.mag.f MV FLOAT32 MX B MeasFlt P MB,DN,I3 AO4_VALUE Analog value 4 after scaling -2000000.0...2000000.0 Monitoring\I/O status\Generic logic\SCA4GAPC4\Outputs
SCA4GAPC4 SCA4(4) SCA4(4) CFG LD0.SCA4GAPC4.ScaleAnIn1.setMag.f ASG FLOAT32 SP B 1.000 Scale ratio 1 Scale ratio for analog value 1 0.001...1000.000 Configuration\Generic logic\SCA4GAPC4
SCA4GAPC4 SCA4(4) SCA4(4) CFG LD0.SCA4GAPC4.ScaleAnIn2.setMag.f ASG FLOAT32 SP B 1.000 Scale ratio 2 Scale ratio for analog value 2 0.001...1000.000 Configuration\Generic logic\SCA4GAPC4
SCA4GAPC4 SCA4(4) SCA4(4) CFG LD0.SCA4GAPC4.ScaleAnIn3.setMag.f ASG FLOAT32 SP B 1.000 Scale ratio 3 Scale ratio for analog value 3 0.001...1000.000 Configuration\Generic logic\SCA4GAPC4
SCA4GAPC4 SCA4(4) SCA4(4) CFG LD0.SCA4GAPC4.ScaleAnIn4.setMag.f ASG FLOAT32 SP B 1.000 Scale ratio 4 Scale ratio for analog value 4 0.001...1000.000 Configuration\Generic logic\SCA4GAPC4
SCA4GAPC4 SCA4(4) SCA4(4) VER LD0.SCA4GAPC4.NamPlt.swRev LPL VisString255 (20) DC ED1 B (Name plate)

MVI4GAPC1

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MVI4GAPC1 MVI4(1) MVI4(1) INP LD0.MVI4GAPC1.IntIn1.stVal INS INT32 ST B 0 IN1 Integer input value 1 -2147483648...2147483647 Monitoring\I/O status\Generic logic\MVI4GAPC1\Inputs
MVI4GAPC1 MVI4(1) MVI4(1) INP LD0.MVI4GAPC1.IntIn2.stVal INS INT32 ST B 0 IN2 Integer input value 2 -2147483648...2147483647 Monitoring\I/O status\Generic logic\MVI4GAPC1\Inputs
MVI4GAPC1 MVI4(1) MVI4(1) INP LD0.MVI4GAPC1.IntIn3.stVal INS INT32 ST B 0 IN3 Integer input value 3 -2147483648...2147483647 Monitoring\I/O status\Generic logic\MVI4GAPC1\Inputs
MVI4GAPC1 MVI4(1) MVI4(1) INP LD0.MVI4GAPC1.IntIn4.stVal INS INT32 ST B 0 IN4 Integer input value 4 -2147483648...2147483647 Monitoring\I/O status\Generic logic\MVI4GAPC1\Inputs
MVI4GAPC1 MVI4(1) MVI4(1) OUT LD0.MVI4GAPC1.ISCSO1.stVal INC INT32 ST B MeasFlt P MB,DN OUT1 Integer output value 1 -2147483648...2147483647 Monitoring\I/O status\Generic logic\MVI4GAPC1\Outputs
MVI4GAPC1 MVI4(1) MVI4(1) OUT LD0.MVI4GAPC1.ISCSO2.stVal INC INT32 ST B MeasFlt P MB,DN OUT2 Integer output value 2 -2147483648...2147483647 Monitoring\I/O status\Generic logic\MVI4GAPC1\Outputs
MVI4GAPC1 MVI4(1) MVI4(1) OUT LD0.MVI4GAPC1.ISCSO3.stVal INC INT32 ST B MeasFlt P MB,DN OUT3 Integer output value 3 -2147483648...2147483647 Monitoring\I/O status\Generic logic\MVI4GAPC1\Outputs
MVI4GAPC1 MVI4(1) MVI4(1) OUT LD0.MVI4GAPC1.ISCSO4.stVal INC INT32 ST B MeasFlt P MB,DN OUT4 Integer output value 4 -2147483648...2147483647 Monitoring\I/O status\Generic logic\MVI4GAPC1\Outputs
MVI4GAPC1 MVI4(1) MVI4(1) VER LD0.MVI4GAPC1.NamPlt.swRev LPL VisString255 (20) DC ED1 B (Name plate)

TRPPTRC1: Trip logic

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
TRPPTRC1 Master Trip(1) 94/86(1) INP LD0.TRPPTRC1.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 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.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 ENS 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 ENC 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 250 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 ENG 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 ED1 F (Name plate)

TRPPTRC2: Trip logic

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
TRPPTRC2 Master Trip(2) 94/86(2) INP LD0.TRPPTRC2.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 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.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 ENS 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 ENC Enum CO B,I 1 Operation Operation Off / On 1=on; 5=off Configuration\Trip logic\TRPPTRC2 IL1TCTR1
TRPPTRC2 Master Trip(2) 94/86(2) CFG LD0.TRPPTRC2.TrPlsTmms.setVal ING INT32 SP B 250 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 ENG 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 ED1 F (Name plate)

Global conditioning

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
Global conditioning INP LD0.LEDPTRC1.InRs.stVal SPS BOOLEAN ST 0 (Reset)
Global conditioning INP LD0.LEDPTRC1.InOp.stVal SPS BOOLEAN ST 0 (Input operate)
Global conditioning INP LD0.LEDPTRC1.InStr.stVal SPS BOOLEAN ST 0 (Input start)
Global conditioning OUT LD0.LEDPTRC1.Op.general ACT BOOLEAN ST StatIed P,H MB,DN,I3,I1 (Operate) (A,B,C,N)
Global conditioning OUT LD0.LEDPTRC1.Op.phsA ACT BOOLEAN ST StatIed P,H MB,DN,I3,I1 (Operate)
Global conditioning OUT LD0.LEDPTRC1.Op.phsB ACT BOOLEAN ST StatIed P,H MB,DN,I3,I1 (Operate)
Global conditioning OUT LD0.LEDPTRC1.Op.phsC ACT BOOLEAN ST StatIed P,H MB,DN,I3,I1 (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 StatIed P,H MB,DN,I3,I1 (Start) (A,B,C,N)
Global conditioning OUT LD0.LEDPTRC1.Str.phsA ACD BOOLEAN ST StatIed P,H MB,DN,I3,I1 (Start)
Global conditioning OUT LD0.LEDPTRC1.Str.phsB ACD BOOLEAN ST StatIed P,H MB,DN,I3,I1 (Start)
Global conditioning OUT LD0.LEDPTRC1.Str.phsC ACD BOOLEAN ST StatIed P,H MB,DN,I3,I1 (Start)
Global conditioning OUT LD0.LEDPTRC1.Str.neut ACD BOOLEAN ST StatIed P,H (Start)
Global conditioning MON LD0.LEDPTRC1.Str.dirGeneral ACD Enum ST StatIed P,H MB,DN,I3,I1 (Start) 0=unknown1=forward2=backward3=both
Global conditioning MON LD0.LEDPTRC1.Str.dirPhsA ACD Enum ST StatIed P,H MB,DN,I3,I1 (Start) -1=both0=unknown1=forward2=backward
Global conditioning MON LD0.LEDPTRC1.Str.dirPhsB ACD Enum ST StatIed P,H MB,DN,I3,I1 (Start) -1=both0=unknown1=forward2=backward
Global conditioning MON LD0.LEDPTRC1.Str.dirPhsC ACD Enum ST StatIed P,H (Start) -1=both0=unknown1=forward2=backward
Global conditioning MON LD0.LEDPTRC1.Str.dirNeut ACD Enum ST StatIed P,H (Start) -1=both0=unknown1=forward2=backward
Global conditioning VER LD0.LEDPTRC1.NamPlt.swRev LPL VisString255 (20) DC ED1 G (Name plate)

TCSSCBR1: Trip circuit supervision

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
TCSSCBR1 TCS(1) TCM(1) INP LD0.TCSSCBR1.Blk.stVal SPS BOOLEAN ST B 0 BLOCK Block input status Monitoring\I/O status\Condition monitoring\TCSSCBR1\Inputs
TCSSCBR1 TCS(1) TCM(1) OUT LD0.TCSSCBR1.CircAlm.stVal SPS BOOLEAN ST B StatIed P,H MB,DN,I3 ALARM Alarm output Monitoring\I/O status\Condition monitoring\TCSSCBR1\Outputs
TCSSCBR1 TCS(1) TCM(1) MON LD0.TCSSCBR1.Beh.stVal ENS 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 ENC 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 A 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 ENC 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 ED1 C (Name plate)

TCSSCBR2: Trip circuit supervision

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
TCSSCBR2 TCS(2) TCM(2) INP LD0.TCSSCBR2.Blk.stVal SPS BOOLEAN ST B 0 BLOCK Block input status Monitoring\I/O status\Condition monitoring\TCSSCBR2\Inputs
TCSSCBR2 TCS(2) TCM(2) OUT LD0.TCSSCBR2.CircAlm.stVal SPS BOOLEAN ST B StatIed P,H MB,DN,I3 ALARM Alarm output Monitoring\I/O status\Condition monitoring\TCSSCBR2\Outputs
TCSSCBR2 TCS(2) TCM(2) MON LD0.TCSSCBR2.Beh.stVal ENS 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 ENC 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 A 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 ENC 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 ED1 C (Name plate)

TPGAPC1

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
TPGAPC1 TP(1) TP(1) INP LD0.TPGAPC1.Ind1.stVal SPS BOOLEAN ST B 0 IN1 Input 1 Monitoring\I/O status\Generic timers\TPGAPC1\Inputs
TPGAPC1 TP(1) TP(1) INP LD0.TPGAPC1.Ind2.stVal SPS BOOLEAN ST B 0 IN2 Input 2 Monitoring\I/O status\Generic timers\TPGAPC1\Inputs
TPGAPC1 TP(1) TP(1) OUT LD0.TPGAPC1.SPCSO1.stVal SPC BOOLEAN ST B OUT1 Output 1 status Monitoring\I/O status\Generic timers\TPGAPC1\Outputs
TPGAPC1 TP(1) TP(1) OUT LD0.TPGAPC1.SPCSO2.stVal SPC BOOLEAN ST B 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 ED1 C (Name plate)

TPGAPC2

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
TPGAPC2 TP(2) TP(2) INP LD0.TPGAPC2.Ind1.stVal SPS BOOLEAN ST B 0 IN1 Input 1 Monitoring\I/O status\Generic timers\TPGAPC2\Inputs
TPGAPC2 TP(2) TP(2) INP LD0.TPGAPC2.Ind2.stVal SPS BOOLEAN ST B 0 IN2 Input 2 Monitoring\I/O status\Generic timers\TPGAPC2\Inputs
TPGAPC2 TP(2) TP(2) OUT LD0.TPGAPC2.SPCSO1.stVal SPC BOOLEAN ST B OUT1 Output 1 status Monitoring\I/O status\Generic timers\TPGAPC2\Outputs
TPGAPC2 TP(2) TP(2) OUT LD0.TPGAPC2.SPCSO2.stVal SPC BOOLEAN ST B 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 ED1 C (Name plate)

TPGAPC3

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
TPGAPC3 TP(3) TP(3) INP LD0.TPGAPC3.Ind1.stVal SPS BOOLEAN ST B 0 IN1 Input 1 Monitoring\I/O status\Generic timers\TPGAPC3\Inputs
TPGAPC3 TP(3) TP(3) INP LD0.TPGAPC3.Ind2.stVal SPS BOOLEAN ST B 0 IN2 Input 2 Monitoring\I/O status\Generic timers\TPGAPC3\Inputs
TPGAPC3 TP(3) TP(3) OUT LD0.TPGAPC3.SPCSO1.stVal SPC BOOLEAN ST B OUT1 Output 1 status Monitoring\I/O status\Generic timers\TPGAPC3\Outputs
TPGAPC3 TP(3) TP(3) OUT LD0.TPGAPC3.SPCSO2.stVal SPC BOOLEAN ST B 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 ED1 C (Name plate)

TPGAPC4

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
TPGAPC4 TP(4) TP(4) INP LD0.TPGAPC4.Ind1.stVal SPS BOOLEAN ST B 0 IN1 Input 1 Monitoring\I/O status\Generic timers\TPGAPC4\Inputs
TPGAPC4 TP(4) TP(4) INP LD0.TPGAPC4.Ind2.stVal SPS BOOLEAN ST B 0 IN2 Input 2 Monitoring\I/O status\Generic timers\TPGAPC4\Inputs
TPGAPC4 TP(4) TP(4) OUT LD0.TPGAPC4.SPCSO1.stVal SPC BOOLEAN ST B OUT1 Output 1 status Monitoring\I/O status\Generic timers\TPGAPC4\Outputs
TPGAPC4 TP(4) TP(4) OUT LD0.TPGAPC4.SPCSO2.stVal SPC BOOLEAN ST B 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 ED1 C (Name plate)

TPSGAPC1

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
TPSGAPC1 TPS(1) TPS(1) INP LD0.TPSGAPC1.Ind1.stVal SPS BOOLEAN ST B 0 IN1 Input 1 Monitoring\I/O status\Generic timers\TPSGAPC1\Inputs
TPSGAPC1 TPS(1) TPS(1) INP LD0.TPSGAPC1.Ind2.stVal SPS BOOLEAN ST B 0 IN2 Input 2 Monitoring\I/O status\Generic timers\TPSGAPC1\Inputs
TPSGAPC1 TPS(1) TPS(1) OUT LD0.TPSGAPC1.SPCSO1.stVal SPC BOOLEAN ST B OUT1 Output 1 status Monitoring\I/O status\Generic timers\TPSGAPC1\Outputs
TPSGAPC1 TPS(1) TPS(1) OUT LD0.TPSGAPC1.SPCSO2.stVal SPC BOOLEAN ST B 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 ED1 C (Name plate)

TPMGAPC1

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
TPMGAPC1 TPM(1) TPM(1) INP LD0.TPMGAPC1.Ind1.stVal SPS BOOLEAN ST B 0 IN1 Input 1 Monitoring\I/O status\Generic timers\TPMGAPC1\Inputs
TPMGAPC1 TPM(1) TPM(1) INP LD0.TPMGAPC1.Ind2.stVal SPS BOOLEAN ST B 0 IN2 Input 2 Monitoring\I/O status\Generic timers\TPMGAPC1\Inputs
TPMGAPC1 TPM(1) TPM(1) OUT LD0.TPMGAPC1.SPCSO1.stVal SPC BOOLEAN ST B OUT1 Output 1 status Monitoring\I/O status\Generic timers\TPMGAPC1\Outputs
TPMGAPC1 TPM(1) TPM(1) OUT LD0.TPMGAPC1.SPCSO2.stVal SPC BOOLEAN ST B 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 ED1 C (Name plate)

FLTRFRC1: Fault record

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
FLTRFRC1 FaultRec1 FaultRec1 INP LD0.FLTRFRC1.Blk.stVal SPS BOOLEAN ST 0 (Block signal for all binary outputs)
FLTRFRC1 FaultRec1 FaultRec1 INP LD0.FLTRFRC1.InOp.stVal SPS BOOLEAN ST 0 (Operate input for triggering)
FLTRFRC1 FaultRec1 FaultRec1 INP LD0.FLTRFRC1.InStr.stVal SPS BOOLEAN ST 0 (Start input for triggering)
FLTRFRC1 FaultRec1 FaultRec1 INP LD0.FLTRFRC1.InCBClr.stVal SPS BOOLEAN ST 0 (Breaker open status)
FLTRFRC1 FaultRec1 FaultRec1 CTR LD0.FLTRFRC1.RcdRs.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN Fault records Reset fault records 0=Cancel; 1=Clear Clear\Clear
FLTRFRC1 FaultRec1 FaultRec1 CTR LD0.FLTRFRC1.SelRow.Oper.ctlVal INC INT32 CO DN (Select recording)
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Hz.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Frequency Frequency 30.00...80.00 Hz Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.FltPtR.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Fault resistance Fault resistance 0.00...1000000.00 ohm Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.FltDiskm.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Fault distance Distance to fault measured in pu 0.00...3000.00 pu Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.OpCnt.stVal INS INT32 ST B MeasReg P MB,DN Fault number Fault record number 0...999999 Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.OpCnt.t INS Timestamp ST B MeasReg P DN Time and date Fault record time stamp Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.ProFcn.stVal ENS Enum ST B MeasReg P MB,DN 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; -87=SPHPTUV4; -86=SPHPTUV3; -85=SPHPTUV2; -84=SPHPTUV1; -83=SPHPTOV4; -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=HICPDIF1; -27=HIBPDIF1; -26=HIAPDIF1; -32=LSHDPFRQ8; -31=LSHDPFRQ7; 70=LSHDPFRQ6; 80=MAPGAPC4; 81=MAPGAPC5; 82=MAPGAPC6; 83=MAPGAPC7; -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; 52=DEFLPDEF3; 84=MAPGAPC8; 93=LREFPNDF2; 97=HREFPDIF2; -117=XDEFLPDEF2; -116=XDEFLPDEF1; -115=SDPHLPDOC2; -114=SDPHLPDOC1; -113=XNSPTOC2; -112=XNSPTOC1; -111=XEFIPTOC2; -110=XEFHPTOC4; -109=XEFHPTOC3; -108=XEFLPTOC3; -107=XEFLPTOC2; -66=DQPTUV1; -65=VVSPPAM1; -64=PHPVOC1; -63=H3EFPSEF1; -60=HCUBPTOC1; -59=CUBPTOC1; -72=DOPPDPR1; -69=DUPPDPR1; -61=COLPTOC1; -106=MAPGAPC16; -105=MAPGAPC15; -104=MAPGAPC14; -103=MAPGAPC13; -76=MAPGAPC18; -75=MAPGAPC17; -62=SRCPTOC1; -74=DOPPDPR3; -73=DOPPDPR2; -70=DUPPDPR2; -58=UZPDIS1; -36=UEXPDIS1; 14=MFADPSDE1; -10=LVRTPTUV1; -8=LVRTPTUV2; -6=LVRTPTUV3; -122=DPH3LPDOC1; -121=DPH3HPDOC2; -120=DPH3HPDOC1; -119=PH3LPTOC2; -118=PH3LPTOC1; -79=PH3HPTOC2; -78=PH3HPTOC1; -77=PH3IPTOC1; -127=PHAPTUV1; -124=PHAPTOV1; -123=DPH3LPDOC2; -68=PHPVOC2; -67=DQPTUV2; -39=UEXPDIS2; 98=MHZPDIF1; -4=MREFPTOC1 Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.StrDur.mag.f MV FLOAT32 MX B MeasReg P MB,DN Start duration Maximum start duration of all stages during the fault 0.00...100.00 % Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.StrOpTm.mag.f MV FLOAT32 MX B MeasReg P MB,DN Operate time Operate time 0.000...999999.999 s Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.ActSetGr.stVal INC INT32 ST B MeasReg P MB,DN Active group Active setting group 1...6 Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.ShotPntr.stVal INS INT32 ST B MeasReg P MB,DN Shot pointer Autoreclosing shot pointer value 1...7 Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50DifAA.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Max diff current IL1 Maximum phase A differential current 0.000...80.000 pu Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50DifAB.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Max diff current IL2 Maximum phase B differential current 0.000...80.000 pu Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50DifAC.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Max diff current IL3 Maximum phase C differential current 0.000...80.000 pu Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50RstAA.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Max bias current IL1 Maximum phase A bias current 0.000...50.000 pu Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50RstAB.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Max bias current IL2 Maximum phase B bias current 0.000...50.000 pu Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50RstAC.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Max bias current IL3 Maximum phase C bias current 0.000...50.000 pu Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.DifAPhsA.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Diff current IL1 Differential current phase A 0.000...80.000 pu Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.DifAPhsB.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Diff current IL2 Differential current phase B 0.000...80.000 pu Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.DifAPhsC.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Diff current IL3 Differential current phase C 0.000...80.000 pu Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.RstAPhsA.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Bias current IL1 Bias current phase A 0.000...50.000 pu Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.RstAPhsB.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Bias current IL2 Bias current phase B 0.000...50.000 pu Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.RstAPhsC.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Bias current IL3 Bias current phase C 0.000...50.000 pu Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.DifARes.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Diff current Io Differential current residual 0.000...80.000 pu Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.RstARes.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Bias current Io Bias current residual 0.000...50.000 pu Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50APhsA1.mag.f MV FLOAT32 MX ED2,B MeasReg P MB,DN,I3 Max current IL1 Maximum phase A current 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50APhA1.mag.f MV FLOAT32 MX ED1 MeasReg P MB,DN,I3 Max current IL1 Maximum phase A current 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50APhsB1.mag.f MV FLOAT32 MX ED2,B MeasReg P MB,DN,I3 Max current IL2 Maximum phase B current 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50APhB1.mag.f MV FLOAT32 MX ED1 MeasReg P MB,DN,I3 Max current IL2 Maximum phase B current 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50APhsC1.mag.f MV FLOAT32 MX ED2,B MeasReg P MB,DN,I3 Max current IL3 Maximum phase C current 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50APhC1.mag.f MV FLOAT32 MX ED1 MeasReg P MB,DN,I3 Max current IL3 Maximum phase C current 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50ARes1.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Max current Io Maximum residual current 0.000...50.000 xIn Monitoring\Recorded data\Fault record RESTCTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.APhsA1.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Current IL1 Phase A current 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.APhsB1.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Current IL2 Phase B current 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.APhsC1.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Current IL3 Phase C current 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.ARes1.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Current Io Residual current 0.000...50.000 xIn Monitoring\Recorded data\Fault record RESTCTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.AResClc1.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Current Io-Calc Calculated residual current 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.APsSeq1.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Current Ps-Seq Positive sequence current 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.ANgSeq1.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Current Ng-Seq Negative sequence current 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50APhsA2.mag.f MV FLOAT32 MX ED2,B MeasReg P MB,DN,I3 Max current IL1B Maximum phase A current (b) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50APhA2.mag.f MV FLOAT32 MX ED1 MeasReg P MB,DN,I3 Max current IL1B Maximum phase A current (b) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50APhsB2.mag.f MV FLOAT32 MX ED2,B MeasReg P MB,DN,I3 Max current IL2B Maximum phase B current (b) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50APhB2.mag.f MV FLOAT32 MX ED1 MeasReg P MB,DN,I3 Max current IL2B Maximum phase B current (b) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50APhsC2.mag.f MV FLOAT32 MX ED2,B MeasReg P MB,DN,I3 Max current IL3B Maximum phase C current (b) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50APhC2.mag.f MV FLOAT32 MX ED1 MeasReg P MB,DN,I3 Max current IL3B Maximum phase C current (b) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50ARes2.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Max current IoB Maximum residual current (b) 0.000...50.000 xIn Monitoring\Recorded data\Fault record RESTCTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.APhsA2.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Current IL1B Phase A current (b) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.APhsB2.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Current IL2B Phase B current (b) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.APhsC2.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Current IL3B Phase C current (b) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.ARes2.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Current IoB Residual current (b) 0.000...50.000 xIn Monitoring\Recorded data\Fault record RESTCTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.AResClc2.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Current Io-CalcB Calculated residual current (b) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.APsSeq2.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Current Ps-SeqB Positive sequence current (b) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.ANgSeq2.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Current Ng-SeqB Negative sequence current (b) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50APhsA3.mag.f MV FLOAT32 MX ED2,B MeasReg P MB,DN,I3 Max current IL1C Maximum phase A current (c) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR3
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50APhA3.mag.f MV FLOAT32 MX ED1 MeasReg P MB,DN,I3 Max current IL1C Maximum phase A current (c) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR3
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50APhsB3.mag.f MV FLOAT32 MX ED2,B MeasReg P MB,DN,I3 Max current IL2C Maximum phase B current (c) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR3
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50APhB3.mag.f MV FLOAT32 MX ED1 MeasReg P MB,DN,I3 Max current IL2C Maximum phase B current (c) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR3
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50APhsC3.mag.f MV FLOAT32 MX ED2,B MeasReg P MB,DN,I3 Max current IL3C Maximum phase C current (c) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR3
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50APhC3.mag.f MV FLOAT32 MX ED1 MeasReg P MB,DN,I3 Max current IL3C Maximum phase C current (c) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR3
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.Max50ARes3.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Max current IoC Maximum residual current (c) 0.000...50.000 xIn Monitoring\Recorded data\Fault record RESTCTR3
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.APhsA3.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Current IL1C Phase A current (c) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR3
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.APhsB3.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Current IL2C Phase B current (c) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR3
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.APhsC3.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Current IL3C Phase C current (c) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR3
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.ARes3.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Current IoC Residual current (c) 0.000...50.000 xIn Monitoring\Recorded data\Fault record RESTCTR3
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.AResClc3.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Current Io-CalcC Calculated residual current (c) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR3
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.APsSeq3.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Current Ps-SeqC Positive sequence current (c) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR3
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.ANgSeq3.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Current Ng-SeqC Negative sequence current (c) 0.000...50.000 xIn Monitoring\Recorded data\Fault record IL1TCTR3
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.PhVPhsA1.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Voltage UL1 Phase A voltage 0.000...4.000 xUn Monitoring\Recorded data\Fault record UL1TVTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.PhVPhsB1.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Voltage UL2 Phase B voltage 0.000...4.000 xUn Monitoring\Recorded data\Fault record UL1TVTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.PhVPhsC1.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Voltage UL3 Phase C voltage 0.000...4.000 xUn Monitoring\Recorded data\Fault record UL1TVTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.PPVPhsAB1.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Voltage U12 Phase A to phase B voltage 0.000...4.000 xUn Monitoring\Recorded data\Fault record UL1TVTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.PPVPhsBC1.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Voltage U23 Phase B to phase C voltage 0.000...4.000 xUn Monitoring\Recorded data\Fault record UL1TVTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.PPVPhsCA1.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Voltage U31 Phase C to phase A voltage 0.000...4.000 xUn Monitoring\Recorded data\Fault record UL1TVTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.VRes1.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Voltage Uo Residual voltage 0.000...4.000 xUn Monitoring\Recorded data\Fault record RESTVTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.VZro1.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Voltage Zro-Seq Zero sequence voltage 0.000...4.000 xUn Monitoring\Recorded data\Fault record UL1TVTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.VPsSeq1.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Voltage Ps-Seq Positive sequence voltage 0.000...4.000 xUn Monitoring\Recorded data\Fault record UL1TVTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.VNgSeq1.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Voltage Ng-Seq Negative sequence voltage 0.000...4.000 xUn Monitoring\Recorded data\Fault record UL1TVTR1
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.PhVPhsA2.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Voltage UL1B Phase A voltage (b) 0.000...4.000 xUn Monitoring\Recorded data\Fault record UL1TVTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.PhVPhsB2.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Voltage UL2B Phase B voltage (b) 0.000...4.000 xUn Monitoring\Recorded data\Fault record UL1TVTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.PhVPhsC2.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Voltage UL3B Phase B voltage (b) 0.000...4.000 xUn Monitoring\Recorded data\Fault record UL1TVTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.PPVPhsAB2.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Voltage U12B Phase A to phase B voltage (b) 0.000...4.000 xUn Monitoring\Recorded data\Fault record UL1TVTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.PPVPhsBC2.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Voltage U23B Phase B to phase C voltage (b) 0.000...4.000 xUn Monitoring\Recorded data\Fault record UL1TVTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.PPVPhsCA2.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Voltage U31B Phase C to phase A voltage (b) 0.000...4.000 xUn Monitoring\Recorded data\Fault record UL1TVTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.VRes2.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Voltage UoB Residual voltage (b) 0.000...4.000 xUn Monitoring\Recorded data\Fault record RESTVTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.VZro2.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Voltage Zro-SeqB Zero sequence voltage (b) 0.000...4.000 xUn Monitoring\Recorded data\Fault record UL1TVTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.VPsSeq2.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Voltage Ps-SeqB Positive sequence voltage (b) 0.000...4.000 xUn Monitoring\Recorded data\Fault record UL1TVTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.VNgSeq2.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Voltage Ng-SeqB Negative sequence voltage (b) 0.000...4.000 xUn Monitoring\Recorded data\Fault record UL1TVTR2
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.MaxTmpRl.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 PTTR thermal level PTTR calculated temperature of the protected object relative to the operate level 0.00...99.99 Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.AMaxNgPs.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 PDNSPTOC1 rat. I2/I1 PDNSPTOC1 ratio I2/I1 0.00...999.99 % Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.DifANAngVN1.mag.f MV FLOAT32 MX ED2,B MeasReg P MB,DN,I3 Angle Uo - Io Angle residual voltage - residual current -180.00...180.00 deg Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.DifNAngVN1.mag.f MV FLOAT32 MX ED1 MeasReg P MB,DN,I3 Angle Uo - Io Angle residual voltage - residual current -180.00...180.00 deg Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.DifAAAngVBC1.mag.f MV FLOAT32 MX ED2,B MeasReg P MB,DN,I3 Angle U23 - IL1 Angle phase B to phase C voltage - phase A current -180.00...180.00 deg Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.DifAAngBC1.mag.f MV FLOAT32 MX ED1 MeasReg P MB,DN,I3 Angle U23 - IL1 Angle phase B to phase C voltage - phase A current -180.00...180.00 deg Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.DifABAngVCA1.mag.f MV FLOAT32 MX ED2,B MeasReg P MB,DN,I3 Angle U31 - IL2 Angle phase C to phase A voltage - phase B current -180.00...180.00 deg Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.DifBAngCA1.mag.f MV FLOAT32 MX ED1 MeasReg P MB,DN,I3 Angle U31 - IL2 Angle phase C to phase A voltage - phase B current -180.00...180.00 deg Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.DifACAngVAB1.mag.f MV FLOAT32 MX ED2,B MeasReg P MB,DN,I3 Angle U12 - IL3 Angle phase A to phase B voltage - phase C current -180.00...180.00 deg Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.DifCAngAB1.mag.f MV FLOAT32 MX ED1 MeasReg P MB,DN,I3 Angle U12 - IL3 Angle phase A to phase B voltage - phase C current -180.00...180.00 deg Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.DifANAngVN2.mag.f MV FLOAT32 MX ED2,B MeasReg P MB,DN,I3 Angle UoB - IoB Angle residual voltage - residual current (b) -180.00...180.00 deg Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.DifNAngVN2.mag.f MV FLOAT32 MX ED1 MeasReg P MB,DN,I3 Angle UoB - IoB Angle residual voltage - residual current (b) -180.00...180.00 deg Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.DifAAAngVBC2.mag.f MV FLOAT32 MX ED2,B MeasReg P MB,DN,I3 Angle U23B - IL1B Angle phase B to phase C voltage - phase A current (b) -180.00...180.00 deg Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.DifAAngBC2.mag.f MV FLOAT32 MX ED1 MeasReg P MB,DN,I3 Angle U23B - IL1B Angle phase B to phase C voltage - phase A current (b) -180.00...180.00 deg Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.DifABAngVCA2.mag.f MV FLOAT32 MX ED2,B MeasReg P MB,DN,I3 Angle U31B - IL2B Angle phase C to phase A voltage - phase B current (b) -180.00...180.00 deg Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.DifBAngCA2.mag.f MV FLOAT32 MX ED1 MeasReg P MB,DN,I3 Angle U31B - IL2B Angle phase C to phase A voltage - phase B current (b) -180.00...180.00 deg Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.DifACAngVAB2.mag.f MV FLOAT32 MX ED2,B MeasReg P MB,DN,I3 Angle U12B - IL3B Angle phase A to phase B voltage - phase C current (b) -180.00...180.00 deg Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.DifCAngAB2.mag.f MV FLOAT32 MX ED1 MeasReg P MB,DN,I3 Angle U12B - IL3B Angle phase A to phase B voltage - phase C current (b) -180.00...180.00 deg Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.HzRteChg.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Frequency gradient Frequency gradient -10.00...10.00 Hz/s Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.CondNeut.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Conductance Yo Conductance Yo -1000.00...1000.00 mS Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.SusNeut.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Susceptance Yo Susceptance Yo -1000.00...1000.00 mS Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.PPLoopRis.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Fault loop Ris Resistance of fault loop, PHDSTPDIS1 -1000.00...1000.00 ohm Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.PPLoopReact.mag.f MV FLOAT32 MX ED2,B MeasReg P MB,DN,I3 Fault loop React Reactance of fault loop, PHDSTPDIS1 -1000.00...1000.00 ohm Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.PPLoopReac.mag.f MV FLOAT32 MX ED1 MeasReg P MB,DN,I3 Fault loop React Reactance of fault loop, PHDSTPDIS1 -1000.00...1000.00 ohm Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 MON LD0.FLTRFRC1.CBClrTm.mag.f MV FLOAT32 MX B MeasReg P MB,DN,I3 Breaker clear time Breaker clear time 0.000...3.000 s Monitoring\Recorded data\Fault record
FLTRFRC1 FaultRec1 FaultRec1 CFG LD0.FLTRFRC1.Mod.Oper.ctlVal ENC Enum CO B,I 1 Operation Operation Off / On 1=on; 5=off Configuration\Fault record
FLTRFRC1 FaultRec1 FaultRec1 CFG LD0.FLTRFRC1.TrgSet.setVal ENG Enum SP B 0 Trig mode Triggering mode 0=From all faults; 1=From operate; 2=From only start Configuration\Fault record
FLTRFRC1 FaultRec1 FaultRec1 CFG LD0.FLTRFRC1.AMeasMod.setVal ENG Enum SP A 2 A measurement mode Selects used measurement mode phase currents and residual current 1=RMS; 2=DFT; 3=Peak-to-Peak Configuration\Fault record
FLTRFRC1 FaultRec1 FaultRec1 VER LD0.FLTRFRC1.NamPlt.swRev LPL VisString255 (20) DC H1 (Name plate)

SPCGAPC1

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
SPCGAPC1 SPC(1) SPC(1) INP LD0.SPCGAPC1.Blk.stVal SPS BOOLEAN ST B 0 BLOCK Block signal for activating the blocking mode Monitoring\I/O status\Generic logic\SPCGAPC1\Inputs
SPCGAPC1 SPC(1) SPC(1) INP LD0.SPCGAPC1.Ind1.stVal SPS BOOLEAN ST B 0 IN1 Input of control point 1 Monitoring\I/O status\Generic logic\SPCGAPC1\Inputs
SPCGAPC1 SPC(1) SPC(1) INP LD0.SPCGAPC1.Ind2.stVal SPS BOOLEAN ST B 0 IN2 Input of control point 2 Monitoring\I/O status\Generic logic\SPCGAPC1\Inputs
SPCGAPC1 SPC(1) SPC(1) INP LD0.SPCGAPC1.Ind3.stVal SPS BOOLEAN ST B 0 IN3 Input of control point 3 Monitoring\I/O status\Generic logic\SPCGAPC1\Inputs
SPCGAPC1 SPC(1) SPC(1) INP LD0.SPCGAPC1.Ind4.stVal SPS BOOLEAN ST B 0 IN4 Input of control point 4 Monitoring\I/O status\Generic logic\SPCGAPC1\Inputs
SPCGAPC1 SPC(1) SPC(1) INP LD0.SPCGAPC1.Ind5.stVal SPS BOOLEAN ST B 0 IN5 Input of control point 5 Monitoring\I/O status\Generic logic\SPCGAPC1\Inputs
SPCGAPC1 SPC(1) SPC(1) INP LD0.SPCGAPC1.Ind6.stVal SPS BOOLEAN ST B 0 IN6 Input of control point 6 Monitoring\I/O status\Generic logic\SPCGAPC1\Inputs
SPCGAPC1 SPC(1) SPC(1) INP LD0.SPCGAPC1.Ind7.stVal SPS BOOLEAN ST B 0 IN7 Input of control point 7 Monitoring\I/O status\Generic logic\SPCGAPC1\Inputs
SPCGAPC1 SPC(1) SPC(1) INP LD0.SPCGAPC1.Ind8.stVal SPS BOOLEAN ST B 0 IN8 Input of control point 8 Monitoring\I/O status\Generic logic\SPCGAPC1\Inputs
SPCGAPC1 SPC(1) SPC(1) INP LD0.SPCGAPC1.Ind9.stVal SPS BOOLEAN ST B 0 IN9 Input of control point 9 Monitoring\I/O status\Generic logic\SPCGAPC1\Inputs
SPCGAPC1 SPC(1) SPC(1) INP LD0.SPCGAPC1.Ind10.stVal SPS BOOLEAN ST B 0 IN10 Input of control point 10 Monitoring\I/O status\Generic logic\SPCGAPC1\Inputs
SPCGAPC1 SPC(1) SPC(1) INP LD0.SPCGAPC1.Ind11.stVal SPS BOOLEAN ST B 0 IN11 Input of control point 11 Monitoring\I/O status\Generic logic\SPCGAPC1\Inputs
SPCGAPC1 SPC(1) SPC(1) INP LD0.SPCGAPC1.Ind12.stVal SPS BOOLEAN ST B 0 IN12 Input of control point 12 Monitoring\I/O status\Generic logic\SPCGAPC1\Inputs
SPCGAPC1 SPC(1) SPC(1) INP LD0.SPCGAPC1.Ind13.stVal SPS BOOLEAN ST B 0 IN13 Input of control point 13 Monitoring\I/O status\Generic logic\SPCGAPC1\Inputs
SPCGAPC1 SPC(1) SPC(1) INP LD0.SPCGAPC1.Ind14.stVal SPS BOOLEAN ST B 0 IN14 Input of control point 14 Monitoring\I/O status\Generic logic\SPCGAPC1\Inputs
SPCGAPC1 SPC(1) SPC(1) INP LD0.SPCGAPC1.Ind15.stVal SPS BOOLEAN ST B 0 IN15 Input of control point 15 Monitoring\I/O status\Generic logic\SPCGAPC1\Inputs
SPCGAPC1 SPC(1) SPC(1) INP LD0.SPCGAPC1.Ind16.stVal SPS BOOLEAN ST B 0 IN16 Input of control point 16 Monitoring\I/O status\Generic logic\SPCGAPC1\Inputs
SPCGAPC1 SPC(1) SPC(1) OUT LD0.SPCGAPC1.SPCSO1.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O1 Output 1 status Monitoring\I/O status\Generic logic\SPCGAPC1\Outputs
SPCGAPC1 SPC(1) SPC(1) OUT LD0.SPCGAPC1.SPCSO2.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O2 Output 2 status Monitoring\I/O status\Generic logic\SPCGAPC1\Outputs
SPCGAPC1 SPC(1) SPC(1) OUT LD0.SPCGAPC1.SPCSO3.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O3 Output 3 status Monitoring\I/O status\Generic logic\SPCGAPC1\Outputs
SPCGAPC1 SPC(1) SPC(1) OUT LD0.SPCGAPC1.SPCSO4.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O4 Output 4 status Monitoring\I/O status\Generic logic\SPCGAPC1\Outputs
SPCGAPC1 SPC(1) SPC(1) OUT LD0.SPCGAPC1.SPCSO5.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O5 Output 5 status Monitoring\I/O status\Generic logic\SPCGAPC1\Outputs
SPCGAPC1 SPC(1) SPC(1) OUT LD0.SPCGAPC1.SPCSO6.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O6 Output 6 status Monitoring\I/O status\Generic logic\SPCGAPC1\Outputs
SPCGAPC1 SPC(1) SPC(1) OUT LD0.SPCGAPC1.SPCSO7.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O7 Output 7 status Monitoring\I/O status\Generic logic\SPCGAPC1\Outputs
SPCGAPC1 SPC(1) SPC(1) OUT LD0.SPCGAPC1.SPCSO8.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O8 Output 8 status Monitoring\I/O status\Generic logic\SPCGAPC1\Outputs
SPCGAPC1 SPC(1) SPC(1) OUT LD0.SPCGAPC1.SPCSO9.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O9 Output 9 status Monitoring\I/O status\Generic logic\SPCGAPC1\Outputs
SPCGAPC1 SPC(1) SPC(1) OUT LD0.SPCGAPC1.SPCSO10.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O10 Output 10 status Monitoring\I/O status\Generic logic\SPCGAPC1\Outputs
SPCGAPC1 SPC(1) SPC(1) OUT LD0.SPCGAPC1.SPCSO11.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O11 Output 11 status Monitoring\I/O status\Generic logic\SPCGAPC1\Outputs
SPCGAPC1 SPC(1) SPC(1) OUT LD0.SPCGAPC1.SPCSO12.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O12 Output 12 status Monitoring\I/O status\Generic logic\SPCGAPC1\Outputs
SPCGAPC1 SPC(1) SPC(1) OUT LD0.SPCGAPC1.SPCSO13.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O13 Output 13 status Monitoring\I/O status\Generic logic\SPCGAPC1\Outputs
SPCGAPC1 SPC(1) SPC(1) OUT LD0.SPCGAPC1.SPCSO14.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O14 Output 14 status Monitoring\I/O status\Generic logic\SPCGAPC1\Outputs
SPCGAPC1 SPC(1) SPC(1) OUT LD0.SPCGAPC1.SPCSO15.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O15 Output 15 status Monitoring\I/O status\Generic logic\SPCGAPC1\Outputs
SPCGAPC1 SPC(1) SPC(1) OUT LD0.SPCGAPC1.SPCSO16.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O16 Output 16 status Monitoring\I/O status\Generic logic\SPCGAPC1\Outputs
SPCGAPC1 SPC(1) SPC(1) CTR LD0.SPCGAPC1.SPCSO1.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN,I1 TRIG 1 Trig output 1 Control\SPCGAPC1
SPCGAPC1 SPC(1) SPC(1) CTR LD0.SPCGAPC1.SPCSO2.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN,I1 TRIG 2 Trig output 2 Control\SPCGAPC1
SPCGAPC1 SPC(1) SPC(1) CTR LD0.SPCGAPC1.SPCSO3.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN,I1 TRIG 3 Trig output 3 Control\SPCGAPC1
SPCGAPC1 SPC(1) SPC(1) CTR LD0.SPCGAPC1.SPCSO4.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN,I1 TRIG 4 Trig output 4 Control\SPCGAPC1
SPCGAPC1 SPC(1) SPC(1) CTR LD0.SPCGAPC1.SPCSO5.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN,I1 TRIG 5 Trig output 5 Control\SPCGAPC1
SPCGAPC1 SPC(1) SPC(1) CTR LD0.SPCGAPC1.SPCSO6.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN,I1 TRIG 6 Trig output 6 Control\SPCGAPC1
SPCGAPC1 SPC(1) SPC(1) CTR LD0.SPCGAPC1.SPCSO7.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN,I1 TRIG 7 Trig output 7 Control\SPCGAPC1
SPCGAPC1 SPC(1) SPC(1) CTR LD0.SPCGAPC1.SPCSO8.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN,I1 TRIG 8 Trig output 8 Control\SPCGAPC1
SPCGAPC1 SPC(1) SPC(1) CTR LD0.SPCGAPC1.SPCSO9.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN,I1 TRIG 9 Trig output 9 Control\SPCGAPC1
SPCGAPC1 SPC(1) SPC(1) CTR LD0.SPCGAPC1.SPCSO10.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN,I1 TRIG 10 Trig output 10 Control\SPCGAPC1
SPCGAPC1 SPC(1) SPC(1) CTR LD0.SPCGAPC1.SPCSO11.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN,I1 TRIG 11 Trig output 11 Control\SPCGAPC1
SPCGAPC1 SPC(1) SPC(1) CTR LD0.SPCGAPC1.SPCSO12.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN,I1 TRIG 12 Trig output 12 Control\SPCGAPC1
SPCGAPC1 SPC(1) SPC(1) CTR LD0.SPCGAPC1.SPCSO13.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN,I1 TRIG 13 Trig output 13 Control\SPCGAPC1
SPCGAPC1 SPC(1) SPC(1) CTR LD0.SPCGAPC1.SPCSO14.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN,I1 TRIG 14 Trig output 14 Control\SPCGAPC1
SPCGAPC1 SPC(1) SPC(1) CTR LD0.SPCGAPC1.SPCSO15.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN,I1 TRIG 15 Trig output 15 Control\SPCGAPC1
SPCGAPC1 SPC(1) SPC(1) CTR LD0.SPCGAPC1.SPCSO16.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN,I1 TRIG 16 Trig output 16 Control\SPCGAPC1
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO1.pulseConfig.cmdQual SPC Enum CF B,I 0 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC1\Output 1
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO1.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC1\Output 1
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO1.dU SPC Unicode255 DC ED2,B OLATCC1.RAISE_LOCAL Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 1
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO1.d SPC VisString255 (64) DC OLATCC1.RAISE_LOCAL Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 1
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO2.pulseConfig.cmdQual SPC Enum CF B,I 0 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC1\Output 2
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO2.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC1\Output 2
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO2.dU SPC Unicode255 DC ED2,B OLATCC1.LOWER_LOCAL Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 2
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO2.d SPC VisString255 (64) DC OLATCC1.LOWER_LOCAL Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 2
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO3.pulseConfig.cmdQual SPC Enum CF B,I 1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC1\Output 3
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO3.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC1\Output 3
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO3.dU SPC Unicode255 DC ED2,B OLATCC1.PARALLEL Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 3
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO3.d SPC VisString255 (64) DC OLATCC1.PARALLEL Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 3
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO4.pulseConfig.cmdQual SPC Enum CF B,I 1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC1\Output 4
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO4.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC1\Output 4
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO4.dU SPC Unicode255 DC ED2,B OLATCC1.AUTO Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 4
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO4.d SPC VisString255 (64) DC OLATCC1.AUTO Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 4
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO5.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC1\Output 5
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO5.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC1\Output 5
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO5.dU SPC Unicode255 DC ED2,B SPCGAPC1 Output 5 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 5
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO5.d SPC VisString255 (64) DC SPCGAPC1 Output 5 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 5
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO6.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC1\Output 6
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO6.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC1\Output 6
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO6.dU SPC Unicode255 DC ED2,B SPCGAPC1 Output 6 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 6
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO6.d SPC VisString255 (64) DC SPCGAPC1 Output 6 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 6
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO7.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC1\Output 7
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO7.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC1\Output 7
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO7.dU SPC Unicode255 DC ED2,B SPCGAPC1 Output 7 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 7
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO7.d SPC VisString255 (64) DC SPCGAPC1 Output 7 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 7
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO8.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC1\Output 8
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO8.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC1\Output 8
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO8.dU SPC Unicode255 DC ED2,B SPCGAPC1 Output 8 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 8
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO8.d SPC VisString255 (64) DC SPCGAPC1 Output 8 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 8
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO9.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC1\Output 9
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO9.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC1\Output 9
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO9.dU SPC Unicode255 DC ED2,B SPCGAPC1 Output 9 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 9
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO9.d SPC VisString255 (64) DC SPCGAPC1 Output 9 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 9
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO10.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC1\Output 10
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO10.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC1\Output 10
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO10.dU SPC Unicode255 DC ED2,B SPCGAPC1 Output 10 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 10
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO10.d SPC VisString255 (64) DC SPCGAPC1 Output 10 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 10
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO11.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC1\Output 11
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO11.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC1\Output 11
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO11.dU SPC Unicode255 DC ED2,B SPCGAPC1 Output 11 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 11
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO11.d SPC VisString255 (64) DC SPCGAPC1 Output 11 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 11
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO12.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC1\Output 12
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO12.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC1\Output 12
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO12.dU SPC Unicode255 DC ED2,B SPCGAPC1 Output 12 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 12
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO12.d SPC VisString255 (64) DC SPCGAPC1 Output 12 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 12
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO13.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC1\Output 13
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO13.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC1\Output 13
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO13.dU SPC Unicode255 DC ED2,B SPCGAPC1 Output 13 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 13
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO13.d SPC VisString255 (64) DC SPCGAPC1 Output 13 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 13
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO14.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC1\Output 14
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO14.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC1\Output 14
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO14.dU SPC Unicode255 DC ED2,B SPCGAPC1 Output 14 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 14
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO14.d SPC VisString255 (64) DC SPCGAPC1 Output 14 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 14
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO15.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC1\Output 15
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO15.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC1\Output 15
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO15.dU SPC Unicode255 DC ED2,B SPCGAPC1 Output 15 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 15
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO15.d SPC VisString255 (64) DC SPCGAPC1 Output 15 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 15
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO16.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC1\Output 16
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO16.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC1\Output 16
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO16.dU SPC Unicode255 DC ED2,B SPCGAPC1 Output 16 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 16
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.SPCSO16.d SPC VisString255 (64) DC SPCGAPC1 Output 16 Description Generic control point description Configuration\Generic logic\SPCGAPC1\Output 16
SPCGAPC1 SPC(1) SPC(1) CFG LD0.SPCGAPC1.LocRemRst.setVal SPG BOOLEAN SP B 1 Loc Rem restriction Local remote switch restriction Configuration\Generic logic\SPCGAPC1\General
SPCGAPC1 SPC(1) SPC(1) VER LD0.SPCGAPC1.NamPlt.swRev LPL VisString255 (20) DC ED1 D (Name plate)

SPCGAPC2

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
SPCGAPC2 SPC(2) SPC(2) INP LD0.SPCGAPC2.Blk.stVal SPS BOOLEAN ST B 0 BLOCK Block signal for activating the blocking mode Monitoring\I/O status\Generic logic\SPCGAPC2\Inputs
SPCGAPC2 SPC(2) SPC(2) INP LD0.SPCGAPC2.Ind1.stVal SPS BOOLEAN ST B 0 IN1 Input of control point 1 Monitoring\I/O status\Generic logic\SPCGAPC2\Inputs
SPCGAPC2 SPC(2) SPC(2) INP LD0.SPCGAPC2.Ind2.stVal SPS BOOLEAN ST B 0 IN2 Input of control point 2 Monitoring\I/O status\Generic logic\SPCGAPC2\Inputs
SPCGAPC2 SPC(2) SPC(2) INP LD0.SPCGAPC2.Ind3.stVal SPS BOOLEAN ST B 0 IN3 Input of control point 3 Monitoring\I/O status\Generic logic\SPCGAPC2\Inputs
SPCGAPC2 SPC(2) SPC(2) INP LD0.SPCGAPC2.Ind4.stVal SPS BOOLEAN ST B 0 IN4 Input of control point 4 Monitoring\I/O status\Generic logic\SPCGAPC2\Inputs
SPCGAPC2 SPC(2) SPC(2) INP LD0.SPCGAPC2.Ind5.stVal SPS BOOLEAN ST B 0 IN5 Input of control point 5 Monitoring\I/O status\Generic logic\SPCGAPC2\Inputs
SPCGAPC2 SPC(2) SPC(2) INP LD0.SPCGAPC2.Ind6.stVal SPS BOOLEAN ST B 0 IN6 Input of control point 6 Monitoring\I/O status\Generic logic\SPCGAPC2\Inputs
SPCGAPC2 SPC(2) SPC(2) INP LD0.SPCGAPC2.Ind7.stVal SPS BOOLEAN ST B 0 IN7 Input of control point 7 Monitoring\I/O status\Generic logic\SPCGAPC2\Inputs
SPCGAPC2 SPC(2) SPC(2) INP LD0.SPCGAPC2.Ind8.stVal SPS BOOLEAN ST B 0 IN8 Input of control point 8 Monitoring\I/O status\Generic logic\SPCGAPC2\Inputs
SPCGAPC2 SPC(2) SPC(2) INP LD0.SPCGAPC2.Ind9.stVal SPS BOOLEAN ST B 0 IN9 Input of control point 9 Monitoring\I/O status\Generic logic\SPCGAPC2\Inputs
SPCGAPC2 SPC(2) SPC(2) INP LD0.SPCGAPC2.Ind10.stVal SPS BOOLEAN ST B 0 IN10 Input of control point 10 Monitoring\I/O status\Generic logic\SPCGAPC2\Inputs
SPCGAPC2 SPC(2) SPC(2) INP LD0.SPCGAPC2.Ind11.stVal SPS BOOLEAN ST B 0 IN11 Input of control point 11 Monitoring\I/O status\Generic logic\SPCGAPC2\Inputs
SPCGAPC2 SPC(2) SPC(2) INP LD0.SPCGAPC2.Ind12.stVal SPS BOOLEAN ST B 0 IN12 Input of control point 12 Monitoring\I/O status\Generic logic\SPCGAPC2\Inputs
SPCGAPC2 SPC(2) SPC(2) INP LD0.SPCGAPC2.Ind13.stVal SPS BOOLEAN ST B 0 IN13 Input of control point 13 Monitoring\I/O status\Generic logic\SPCGAPC2\Inputs
SPCGAPC2 SPC(2) SPC(2) INP LD0.SPCGAPC2.Ind14.stVal SPS BOOLEAN ST B 0 IN14 Input of control point 14 Monitoring\I/O status\Generic logic\SPCGAPC2\Inputs
SPCGAPC2 SPC(2) SPC(2) INP LD0.SPCGAPC2.Ind15.stVal SPS BOOLEAN ST B 0 IN15 Input of control point 15 Monitoring\I/O status\Generic logic\SPCGAPC2\Inputs
SPCGAPC2 SPC(2) SPC(2) INP LD0.SPCGAPC2.Ind16.stVal SPS BOOLEAN ST B 0 IN16 Input of control point 16 Monitoring\I/O status\Generic logic\SPCGAPC2\Inputs
SPCGAPC2 SPC(2) SPC(2) OUT LD0.SPCGAPC2.SPCSO1.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O1 Output 1 status Monitoring\I/O status\Generic logic\SPCGAPC2\Outputs
SPCGAPC2 SPC(2) SPC(2) OUT LD0.SPCGAPC2.SPCSO2.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O2 Output 2 status Monitoring\I/O status\Generic logic\SPCGAPC2\Outputs
SPCGAPC2 SPC(2) SPC(2) OUT LD0.SPCGAPC2.SPCSO3.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O3 Output 3 status Monitoring\I/O status\Generic logic\SPCGAPC2\Outputs
SPCGAPC2 SPC(2) SPC(2) OUT LD0.SPCGAPC2.SPCSO4.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O4 Output 4 status Monitoring\I/O status\Generic logic\SPCGAPC2\Outputs
SPCGAPC2 SPC(2) SPC(2) OUT LD0.SPCGAPC2.SPCSO5.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O5 Output 5 status Monitoring\I/O status\Generic logic\SPCGAPC2\Outputs
SPCGAPC2 SPC(2) SPC(2) OUT LD0.SPCGAPC2.SPCSO6.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O6 Output 6 status Monitoring\I/O status\Generic logic\SPCGAPC2\Outputs
SPCGAPC2 SPC(2) SPC(2) OUT LD0.SPCGAPC2.SPCSO7.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O7 Output 7 status Monitoring\I/O status\Generic logic\SPCGAPC2\Outputs
SPCGAPC2 SPC(2) SPC(2) OUT LD0.SPCGAPC2.SPCSO8.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O8 Output 8 status Monitoring\I/O status\Generic logic\SPCGAPC2\Outputs
SPCGAPC2 SPC(2) SPC(2) OUT LD0.SPCGAPC2.SPCSO9.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O9 Output 9 status Monitoring\I/O status\Generic logic\SPCGAPC2\Outputs
SPCGAPC2 SPC(2) SPC(2) OUT LD0.SPCGAPC2.SPCSO10.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O10 Output 10 status Monitoring\I/O status\Generic logic\SPCGAPC2\Outputs
SPCGAPC2 SPC(2) SPC(2) OUT LD0.SPCGAPC2.SPCSO11.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O11 Output 11 status Monitoring\I/O status\Generic logic\SPCGAPC2\Outputs
SPCGAPC2 SPC(2) SPC(2) OUT LD0.SPCGAPC2.SPCSO12.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O12 Output 12 status Monitoring\I/O status\Generic logic\SPCGAPC2\Outputs
SPCGAPC2 SPC(2) SPC(2) OUT LD0.SPCGAPC2.SPCSO13.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O13 Output 13 status Monitoring\I/O status\Generic logic\SPCGAPC2\Outputs
SPCGAPC2 SPC(2) SPC(2) OUT LD0.SPCGAPC2.SPCSO14.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O14 Output 14 status Monitoring\I/O status\Generic logic\SPCGAPC2\Outputs
SPCGAPC2 SPC(2) SPC(2) OUT LD0.SPCGAPC2.SPCSO15.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O15 Output 15 status Monitoring\I/O status\Generic logic\SPCGAPC2\Outputs
SPCGAPC2 SPC(2) SPC(2) OUT LD0.SPCGAPC2.SPCSO16.stVal SPC BOOLEAN ST B StatUrg P,H MB,DN,I3 O16 Output 16 status Monitoring\I/O status\Generic logic\SPCGAPC2\Outputs
SPCGAPC2 SPC(2) SPC(2) CTR LD0.SPCGAPC2.SPCSO1.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN TRIG 1 Trig output 1 Control\SPCGAPC2
SPCGAPC2 SPC(2) SPC(2) CTR LD0.SPCGAPC2.SPCSO2.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN TRIG 2 Trig output 2 Control\SPCGAPC2
SPCGAPC2 SPC(2) SPC(2) CTR LD0.SPCGAPC2.SPCSO3.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN TRIG 3 Trig output 3 Control\SPCGAPC2
SPCGAPC2 SPC(2) SPC(2) CTR LD0.SPCGAPC2.SPCSO4.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN TRIG 4 Trig output 4 Control\SPCGAPC2
SPCGAPC2 SPC(2) SPC(2) CTR LD0.SPCGAPC2.SPCSO5.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN TRIG 5 Trig output 5 Control\SPCGAPC2
SPCGAPC2 SPC(2) SPC(2) CTR LD0.SPCGAPC2.SPCSO6.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN TRIG 6 Trig output 6 Control\SPCGAPC2
SPCGAPC2 SPC(2) SPC(2) CTR LD0.SPCGAPC2.SPCSO7.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN TRIG 7 Trig output 7 Control\SPCGAPC2
SPCGAPC2 SPC(2) SPC(2) CTR LD0.SPCGAPC2.SPCSO8.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN TRIG 8 Trig output 8 Control\SPCGAPC2
SPCGAPC2 SPC(2) SPC(2) CTR LD0.SPCGAPC2.SPCSO9.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN TRIG 9 Trig output 9 Control\SPCGAPC2
SPCGAPC2 SPC(2) SPC(2) CTR LD0.SPCGAPC2.SPCSO10.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN TRIG 10 Trig output 10 Control\SPCGAPC2
SPCGAPC2 SPC(2) SPC(2) CTR LD0.SPCGAPC2.SPCSO11.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN TRIG 11 Trig output 11 Control\SPCGAPC2
SPCGAPC2 SPC(2) SPC(2) CTR LD0.SPCGAPC2.SPCSO12.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN TRIG 12 Trig output 12 Control\SPCGAPC2
SPCGAPC2 SPC(2) SPC(2) CTR LD0.SPCGAPC2.SPCSO13.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN TRIG 13 Trig output 13 Control\SPCGAPC2
SPCGAPC2 SPC(2) SPC(2) CTR LD0.SPCGAPC2.SPCSO14.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN TRIG 14 Trig output 14 Control\SPCGAPC2
SPCGAPC2 SPC(2) SPC(2) CTR LD0.SPCGAPC2.SPCSO15.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN TRIG 15 Trig output 15 Control\SPCGAPC2
SPCGAPC2 SPC(2) SPC(2) CTR LD0.SPCGAPC2.SPCSO16.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN TRIG 16 Trig output 16 Control\SPCGAPC2
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO1.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC2\Output 1
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO1.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC2\Output 1
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO1.dU SPC Unicode255 DC ED2,B SPCGAPC2 Output 1 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 1
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO1.d SPC VisString255 (64) DC SPCGAPC2 Output 1 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 1
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO2.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC2\Output 2
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO2.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC2\Output 2
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO2.dU SPC Unicode255 DC ED2,B SPCGAPC2 Output 2 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 2
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO2.d SPC VisString255 (64) DC SPCGAPC2 Output 2 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 2
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO3.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC2\Output 3
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO3.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC2\Output 3
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO3.dU SPC Unicode255 DC ED2,B SPCGAPC2 Output 3 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 3
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO3.d SPC VisString255 (64) DC SPCGAPC2 Output 3 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 3
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO4.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC2\Output 4
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO4.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC2\Output 4
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO4.dU SPC Unicode255 DC ED2,B SPCGAPC2 Output 4 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 4
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO4.d SPC VisString255 (64) DC SPCGAPC2 Output 4 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 4
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO5.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC2\Output 5
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO5.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC2\Output 5
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO5.dU SPC Unicode255 DC ED2,B SPCGAPC2 Output 5 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 5
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO5.d SPC VisString255 (64) DC SPCGAPC2 Output 5 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 5
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO6.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC2\Output 6
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO6.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC2\Output 6
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO6.dU SPC Unicode255 DC ED2,B SPCGAPC2 Output 6 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 6
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO6.d SPC VisString255 (64) DC SPCGAPC2 Output 6 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 6
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO7.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC2\Output 7
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO7.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC2\Output 7
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO7.dU SPC Unicode255 DC ED2,B SPCGAPC2 Output 7 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 7
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO7.d SPC VisString255 (64) DC SPCGAPC2 Output 7 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 7
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO8.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC2\Output 8
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO8.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC2\Output 8
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO8.dU SPC Unicode255 DC ED2,B SPCGAPC2 Output 8 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 8
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO8.d SPC VisString255 (64) DC SPCGAPC2 Output 8 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 8
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO9.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC2\Output 9
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO9.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC2\Output 9
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO9.dU SPC Unicode255 DC ED2,B SPCGAPC2 Output 9 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 9
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO9.d SPC VisString255 (64) DC SPCGAPC2 Output 9 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 9
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO10.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC2\Output 10
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO10.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC2\Output 10
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO10.dU SPC Unicode255 DC ED2,B SPCGAPC2 Output 10 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 10
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO10.d SPC VisString255 (64) DC SPCGAPC2 Output 10 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 10
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO11.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC2\Output 11
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO11.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC2\Output 11
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO11.dU SPC Unicode255 DC ED2,B SPCGAPC2 Output 11 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 11
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO11.d SPC VisString255 (64) DC SPCGAPC2 Output 11 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 11
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO12.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC2\Output 12
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO12.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC2\Output 12
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO12.dU SPC Unicode255 DC ED2,B SPCGAPC2 Output 12 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 12
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO12.d SPC VisString255 (64) DC SPCGAPC2 Output 12 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 12
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO13.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC2\Output 13
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO13.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC2\Output 13
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO13.dU SPC Unicode255 DC ED2,B SPCGAPC2 Output 13 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 13
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO13.d SPC VisString255 (64) DC SPCGAPC2 Output 13 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 13
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO14.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC2\Output 14
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO14.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC2\Output 14
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO14.dU SPC Unicode255 DC ED2,B SPCGAPC2 Output 14 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 14
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO14.d SPC VisString255 (64) DC SPCGAPC2 Output 14 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 14
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO15.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC2\Output 15
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO15.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC2\Output 15
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO15.dU SPC Unicode255 DC ED2,B SPCGAPC2 Output 15 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 15
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO15.d SPC VisString255 (64) DC SPCGAPC2 Output 15 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 15
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO16.pulseConfig.cmdQual SPC Enum CF B,I -1 Operation mode Operation mode for generic control point 0=Pulsed; 1=Toggle/Persistent; -1=Off Configuration\Generic logic\SPCGAPC2\Output 16
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO16.pulseConfig.onDur SPC INT32U CF B,I 1000 Pulse length Pulse length for pulsed operation mode 10...3600000 ms Configuration\Generic logic\SPCGAPC2\Output 16
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO16.dU SPC Unicode255 DC ED2,B SPCGAPC2 Output 16 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 16
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.SPCSO16.d SPC VisString255 (64) DC SPCGAPC2 Output 16 Description Generic control point description Configuration\Generic logic\SPCGAPC2\Output 16
SPCGAPC2 SPC(2) SPC(2) CFG LD0.SPCGAPC2.LocRemRst.setVal SPG BOOLEAN SP B 1 Loc Rem restriction Local remote switch restriction Configuration\Generic logic\SPCGAPC2\General
SPCGAPC2 SPC(2) SPC(2) VER LD0.SPCGAPC2.NamPlt.swRev LPL VisString255 (20) DC ED1 D (Name plate)

MAPGAPC1: Multipurpose analogue protection function

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MAPGAPC1 MAP(1) MAP(1) INP LD0.MAPGAPC1.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 OPERATE Operate Monitoring\I/O status\Other protection\MAPGAPC1\Outputs
MAPGAPC1 MAP(1) MAP(1) MON LD0.MAPGAPC1.Beh.stVal ENS 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 ENC 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.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 A 0 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Other protection\MAPGAPC1
MAPGAPC1 MAP(1) MAP(1) SET LD0.MAPGAPC1.OpModCom.setVal ENG 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.HysAbs.setMag.f ASG FLOAT32 SP A,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 ENC 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 ED1 C (Name plate)

MAPGAPC2: Multipurpose analogue protection function

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MAPGAPC2 MAP(2) MAP(2) INP LD0.MAPGAPC2.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 OPERATE Operate Monitoring\I/O status\Other protection\MAPGAPC2\Outputs
MAPGAPC2 MAP(2) MAP(2) MON LD0.MAPGAPC2.Beh.stVal ENS 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 ENC 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.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 A 0 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Other protection\MAPGAPC2
MAPGAPC2 MAP(2) MAP(2) SET LD0.MAPGAPC2.OpModCom.setVal ENG 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.HysAbs.setMag.f ASG FLOAT32 SP A,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 ENC 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 ED1 C (Name plate)

MAPGAPC3: Multipurpose analogue protection function

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MAPGAPC3 MAP(3) MAP(3) INP LD0.MAPGAPC3.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 OPERATE Operate Monitoring\I/O status\Other protection\MAPGAPC3\Outputs
MAPGAPC3 MAP(3) MAP(3) MON LD0.MAPGAPC3.Beh.stVal ENS 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 ENC 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.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 A 0 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Other protection\MAPGAPC3
MAPGAPC3 MAP(3) MAP(3) SET LD0.MAPGAPC3.OpModCom.setVal ENG 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.HysAbs.setMag.f ASG FLOAT32 SP A,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 ENC 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 ED1 C (Name plate)

MAPGAPC4: Multipurpose analogue protection function

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MAPGAPC4 MAP(4) MAP(4) INP LD0.MAPGAPC4.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 OPERATE Operate Monitoring\I/O status\Other protection\MAPGAPC4\Outputs
MAPGAPC4 MAP(4) MAP(4) MON LD0.MAPGAPC4.Beh.stVal ENS 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 ENC 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.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 A 0 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Other protection\MAPGAPC4
MAPGAPC4 MAP(4) MAP(4) SET LD0.MAPGAPC4.OpModCom.setVal ENG 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.HysAbs.setMag.f ASG FLOAT32 SP A,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 ENC 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 ED1 C (Name plate)

MAPGAPC5: Multipurpose analogue protection function

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MAPGAPC5 MAP(5) MAP(5) INP LD0.MAPGAPC5.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 OPERATE Operate Monitoring\I/O status\Other protection\MAPGAPC5\Outputs
MAPGAPC5 MAP(5) MAP(5) MON LD0.MAPGAPC5.Beh.stVal ENS 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 ENC 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.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 A 0 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Other protection\MAPGAPC5
MAPGAPC5 MAP(5) MAP(5) SET LD0.MAPGAPC5.OpModCom.setVal ENG 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.HysAbs.setMag.f ASG FLOAT32 SP A,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 ENC 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 ED1 C (Name plate)

MAPGAPC6: Multipurpose analogue protection function

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MAPGAPC6 MAP(6) MAP(6) INP LD0.MAPGAPC6.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 OPERATE Operate Monitoring\I/O status\Other protection\MAPGAPC6\Outputs
MAPGAPC6 MAP(6) MAP(6) MON LD0.MAPGAPC6.Beh.stVal ENS 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 ENC 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.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 A 0 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Other protection\MAPGAPC6
MAPGAPC6 MAP(6) MAP(6) SET LD0.MAPGAPC6.OpModCom.setVal ENG 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.HysAbs.setMag.f ASG FLOAT32 SP A,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 ENC 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 ED1 C (Name plate)

MAPGAPC7: Multipurpose analogue protection function

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MAPGAPC7 MAP(7) MAP(7) INP LD0.MAPGAPC7.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 OPERATE Operate Monitoring\I/O status\Other protection\MAPGAPC7\Outputs
MAPGAPC7 MAP(7) MAP(7) MON LD0.MAPGAPC7.Beh.stVal ENS 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 ENC 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.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 A 0 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Other protection\MAPGAPC7
MAPGAPC7 MAP(7) MAP(7) SET LD0.MAPGAPC7.OpModCom.setVal ENG 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.HysAbs.setMag.f ASG FLOAT32 SP A,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 ENC 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 ED1 C (Name plate)

MAPGAPC8: Multipurpose analogue protection function

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MAPGAPC8 MAP(8) MAP(8) INP LD0.MAPGAPC8.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 OPERATE Operate Monitoring\I/O status\Other protection\MAPGAPC8\Outputs
MAPGAPC8 MAP(8) MAP(8) MON LD0.MAPGAPC8.Beh.stVal ENS 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 ENC 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.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 A 0 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Other protection\MAPGAPC8
MAPGAPC8 MAP(8) MAP(8) SET LD0.MAPGAPC8.OpModCom.setVal ENG 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.HysAbs.setMag.f ASG FLOAT32 SP A,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 ENC 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 ED1 C (Name plate)

MAPGAPC9: Multipurpose analogue protection function

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MAPGAPC9 MAP(9) MAP(9) INP LD0.MAPGAPC9.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 OPERATE Operate Monitoring\I/O status\Other protection\MAPGAPC9\Outputs
MAPGAPC9 MAP(9) MAP(9) MON LD0.MAPGAPC9.Beh.stVal ENS 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 ENC 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.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 A 0 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Other protection\MAPGAPC9
MAPGAPC9 MAP(9) MAP(9) SET LD0.MAPGAPC9.OpModCom.setVal ENG 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.HysAbs.setMag.f ASG FLOAT32 SP A,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 ENC 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 ED1 C (Name plate)

MAPGAPC10: Multipurpose analogue protection function

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MAPGAPC10 MAP(10) MAP(10) INP LD0.MAPGAPC10.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 OPERATE Operate Monitoring\I/O status\Other protection\MAPGAPC10\Outputs
MAPGAPC10 MAP(10) MAP(10) MON LD0.MAPGAPC10.Beh.stVal ENS 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 ENC 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.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 A 0 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Other protection\MAPGAPC10
MAPGAPC10 MAP(10) MAP(10) SET LD0.MAPGAPC10.OpModCom.setVal ENG 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.HysAbs.setMag.f ASG FLOAT32 SP A,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 ENC 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 ED1 C (Name plate)

MAPGAPC11: Multipurpose analogue protection function

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MAPGAPC11 MAP(11) MAP(11) INP LD0.MAPGAPC11.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 OPERATE Operate Monitoring\I/O status\Other protection\MAPGAPC11\Outputs
MAPGAPC11 MAP(11) MAP(11) MON LD0.MAPGAPC11.Beh.stVal ENS 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 ENC 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.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 A 0 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Other protection\MAPGAPC11
MAPGAPC11 MAP(11) MAP(11) SET LD0.MAPGAPC11.OpModCom.setVal ENG 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.HysAbs.setMag.f ASG FLOAT32 SP A,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 ENC 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 ED1 C (Name plate)

MAPGAPC12: Multipurpose analogue protection function

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MAPGAPC12 MAP(12) MAP(12) INP LD0.MAPGAPC12.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 OPERATE Operate Monitoring\I/O status\Other protection\MAPGAPC12\Outputs
MAPGAPC12 MAP(12) MAP(12) MON LD0.MAPGAPC12.Beh.stVal ENS 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 ENC 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.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 A 0 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Other protection\MAPGAPC12
MAPGAPC12 MAP(12) MAP(12) SET LD0.MAPGAPC12.OpModCom.setVal ENG 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.HysAbs.setMag.f ASG FLOAT32 SP A,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 ENC 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 ED1 C (Name plate)

MAPGAPC13: Multipurpose analogue protection function

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MAPGAPC13 MAP(13) MAP(13) INP LD0.MAPGAPC13.Blk.stVal SPS BOOLEAN ST B 0 BLOCK Block signal for activating the blocking mode Monitoring\I/O status\Other protection\MAPGAPC13\Inputs
MAPGAPC13 MAP(13) MAP(13) INP LD0.MAPGAPC13.AnIn.mag.f MV FLOAT32 MX B 0.0 AI_VALUE Analogue input value -10000.0...10000.0 Monitoring\I/O status\Other protection\MAPGAPC13\Inputs
MAPGAPC13 MAP(13) MAP(13) INP LD0.MAPGAPC13.InEnaAdd.stVal SPS BOOLEAN ST B 0 ENA_ADD Enable start added Monitoring\I/O status\Other protection\MAPGAPC13\Inputs
MAPGAPC13 MAP(13) MAP(13) OUT LD0.MAPGAPC13.Str.general ACD BOOLEAN ST B StatNrml P,H MB,DN,I3 START Start Monitoring\I/O status\Other protection\MAPGAPC13\Outputs
MAPGAPC13 MAP(13) MAP(13) OUT LD0.MAPGAPC13.Op.general ACT BOOLEAN ST B StatNrml P,H,T MB,DN,I3 OPERATE Operate Monitoring\I/O status\Other protection\MAPGAPC13\Outputs
MAPGAPC13 MAP(13) MAP(13) MON LD0.MAPGAPC13.Beh.stVal ENS Enum ST B MAPGAPC13 Status 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off Monitoring\FB status
MAPGAPC13 MAP(13) MAP(13) MON LD0.MAPGAPC13.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\MAPGAPC13\Monitored data
MAPGAPC13 MAP(13) MAP(13) SET LD0.MAPGAPC13.Mod.Oper.ctlVal ENC Enum CO B,I 1 Operation Operation Off / On 1=on; 5=off Settings\Settings\Other protection\MAPGAPC13
MAPGAPC13 MAP(13) MAP(13) SET LD0.MAPGAPC13.StrVal.setMag.f ASG FLOAT32 SG B 0.0 Start value Start value -10000.0...10000.0 Settings\Settings\Other protection\MAPGAPC13
MAPGAPC13 MAP(13) MAP(13) SET LD0.MAPGAPC13.OpDlTmms.setVal ING INT32 SG B 0 Operate delay time Operate delay time 0...200000 ms Settings\Settings\Other protection\MAPGAPC13
MAPGAPC13 MAP(13) MAP(13) SET LD0.MAPGAPC13.RsDlTmms.setVal ING INT32 SP A 0 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Other protection\MAPGAPC13
MAPGAPC13 MAP(13) MAP(13) SET LD0.MAPGAPC13.OpModCom.setVal ENG Enum SP B,I 1 Operation mode Operation mode 1=Over; 2=Under Settings\Settings\Other protection\MAPGAPC13
MAPGAPC13 MAP(13) MAP(13) SET LD0.MAPGAPC13.HysAbs.setMag.f ASG FLOAT32 SP A,I 0.10 Absolute hysteresis Absolute hysteresis for operation 0.01...100.00 Settings\Settings\Other protection\MAPGAPC13
MAPGAPC13 MAP(13) MAP(13) SET LD0.MAPGAPC13.StrValAdd.setMag.f ASG FLOAT32 SG B 0.0 Start value Add Start value Add -100.0...100.0 Settings\Settings\Other protection\MAPGAPC13
MAPGAPC13 MAP(13) MAP(13) TES LD0.MAPGAPC13.TstOutCmd.Oper.ctlVal ENC Enum CO B 0 MAPGAPC13 Test control for outputs 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE Tests\Function tests\Other protection
MAPGAPC13 MAP(13) MAP(13) VER LD0.MAPGAPC13.NamPlt.swRev LPL VisString255 (20) DC ED1 C (Name plate)

MAPGAPC14: Multipurpose analogue protection function

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MAPGAPC14 MAP(14) MAP(14) INP LD0.MAPGAPC14.Blk.stVal SPS BOOLEAN ST B 0 BLOCK Block signal for activating the blocking mode Monitoring\I/O status\Other protection\MAPGAPC14\Inputs
MAPGAPC14 MAP(14) MAP(14) INP LD0.MAPGAPC14.AnIn.mag.f MV FLOAT32 MX B 0.0 AI_VALUE Analogue input value -10000.0...10000.0 Monitoring\I/O status\Other protection\MAPGAPC14\Inputs
MAPGAPC14 MAP(14) MAP(14) INP LD0.MAPGAPC14.InEnaAdd.stVal SPS BOOLEAN ST B 0 ENA_ADD Enable start added Monitoring\I/O status\Other protection\MAPGAPC14\Inputs
MAPGAPC14 MAP(14) MAP(14) OUT LD0.MAPGAPC14.Str.general ACD BOOLEAN ST B StatNrml P,H MB,DN,I3 START Start Monitoring\I/O status\Other protection\MAPGAPC14\Outputs
MAPGAPC14 MAP(14) MAP(14) OUT LD0.MAPGAPC14.Op.general ACT BOOLEAN ST B StatNrml P,H,T MB,DN,I3 OPERATE Operate Monitoring\I/O status\Other protection\MAPGAPC14\Outputs
MAPGAPC14 MAP(14) MAP(14) MON LD0.MAPGAPC14.Beh.stVal ENS Enum ST B MAPGAPC14 Status 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off Monitoring\FB status
MAPGAPC14 MAP(14) MAP(14) MON LD0.MAPGAPC14.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\MAPGAPC14\Monitored data
MAPGAPC14 MAP(14) MAP(14) SET LD0.MAPGAPC14.Mod.Oper.ctlVal ENC Enum CO B,I 1 Operation Operation Off / On 1=on; 5=off Settings\Settings\Other protection\MAPGAPC14
MAPGAPC14 MAP(14) MAP(14) SET LD0.MAPGAPC14.StrVal.setMag.f ASG FLOAT32 SG B 0.0 Start value Start value -10000.0...10000.0 Settings\Settings\Other protection\MAPGAPC14
MAPGAPC14 MAP(14) MAP(14) SET LD0.MAPGAPC14.OpDlTmms.setVal ING INT32 SG B 0 Operate delay time Operate delay time 0...200000 ms Settings\Settings\Other protection\MAPGAPC14
MAPGAPC14 MAP(14) MAP(14) SET LD0.MAPGAPC14.RsDlTmms.setVal ING INT32 SP A 0 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Other protection\MAPGAPC14
MAPGAPC14 MAP(14) MAP(14) SET LD0.MAPGAPC14.OpModCom.setVal ENG Enum SP B,I 1 Operation mode Operation mode 1=Over; 2=Under Settings\Settings\Other protection\MAPGAPC14
MAPGAPC14 MAP(14) MAP(14) SET LD0.MAPGAPC14.HysAbs.setMag.f ASG FLOAT32 SP A,I 0.10 Absolute hysteresis Absolute hysteresis for operation 0.01...100.00 Settings\Settings\Other protection\MAPGAPC14
MAPGAPC14 MAP(14) MAP(14) SET LD0.MAPGAPC14.StrValAdd.setMag.f ASG FLOAT32 SG B 0.0 Start value Add Start value Add -100.0...100.0 Settings\Settings\Other protection\MAPGAPC14
MAPGAPC14 MAP(14) MAP(14) TES LD0.MAPGAPC14.TstOutCmd.Oper.ctlVal ENC Enum CO B 0 MAPGAPC14 Test control for outputs 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE Tests\Function tests\Other protection
MAPGAPC14 MAP(14) MAP(14) VER LD0.MAPGAPC14.NamPlt.swRev LPL VisString255 (20) DC ED1 C (Name plate)

MAPGAPC15: Multipurpose analogue protection function

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MAPGAPC15 MAP(15) MAP(15) INP LD0.MAPGAPC15.Blk.stVal SPS BOOLEAN ST B 0 BLOCK Block signal for activating the blocking mode Monitoring\I/O status\Other protection\MAPGAPC15\Inputs
MAPGAPC15 MAP(15) MAP(15) INP LD0.MAPGAPC15.AnIn.mag.f MV FLOAT32 MX B 0.0 AI_VALUE Analogue input value -10000.0...10000.0 Monitoring\I/O status\Other protection\MAPGAPC15\Inputs
MAPGAPC15 MAP(15) MAP(15) INP LD0.MAPGAPC15.InEnaAdd.stVal SPS BOOLEAN ST B 0 ENA_ADD Enable start added Monitoring\I/O status\Other protection\MAPGAPC15\Inputs
MAPGAPC15 MAP(15) MAP(15) OUT LD0.MAPGAPC15.Str.general ACD BOOLEAN ST B StatNrml P,H MB,DN,I3 START Start Monitoring\I/O status\Other protection\MAPGAPC15\Outputs
MAPGAPC15 MAP(15) MAP(15) OUT LD0.MAPGAPC15.Op.general ACT BOOLEAN ST B StatNrml P,H,T MB,DN,I3 OPERATE Operate Monitoring\I/O status\Other protection\MAPGAPC15\Outputs
MAPGAPC15 MAP(15) MAP(15) MON LD0.MAPGAPC15.Beh.stVal ENS Enum ST B MAPGAPC15 Status 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off Monitoring\FB status
MAPGAPC15 MAP(15) MAP(15) MON LD0.MAPGAPC15.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\MAPGAPC15\Monitored data
MAPGAPC15 MAP(15) MAP(15) SET LD0.MAPGAPC15.Mod.Oper.ctlVal ENC Enum CO B,I 1 Operation Operation Off / On 1=on; 5=off Settings\Settings\Other protection\MAPGAPC15
MAPGAPC15 MAP(15) MAP(15) SET LD0.MAPGAPC15.StrVal.setMag.f ASG FLOAT32 SG B 0.0 Start value Start value -10000.0...10000.0 Settings\Settings\Other protection\MAPGAPC15
MAPGAPC15 MAP(15) MAP(15) SET LD0.MAPGAPC15.OpDlTmms.setVal ING INT32 SG B 0 Operate delay time Operate delay time 0...200000 ms Settings\Settings\Other protection\MAPGAPC15
MAPGAPC15 MAP(15) MAP(15) SET LD0.MAPGAPC15.RsDlTmms.setVal ING INT32 SP A 0 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Other protection\MAPGAPC15
MAPGAPC15 MAP(15) MAP(15) SET LD0.MAPGAPC15.OpModCom.setVal ENG Enum SP B,I 1 Operation mode Operation mode 1=Over; 2=Under Settings\Settings\Other protection\MAPGAPC15
MAPGAPC15 MAP(15) MAP(15) SET LD0.MAPGAPC15.HysAbs.setMag.f ASG FLOAT32 SP A,I 0.10 Absolute hysteresis Absolute hysteresis for operation 0.01...100.00 Settings\Settings\Other protection\MAPGAPC15
MAPGAPC15 MAP(15) MAP(15) SET LD0.MAPGAPC15.StrValAdd.setMag.f ASG FLOAT32 SG B 0.0 Start value Add Start value Add -100.0...100.0 Settings\Settings\Other protection\MAPGAPC15
MAPGAPC15 MAP(15) MAP(15) TES LD0.MAPGAPC15.TstOutCmd.Oper.ctlVal ENC Enum CO B 0 MAPGAPC15 Test control for outputs 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE Tests\Function tests\Other protection
MAPGAPC15 MAP(15) MAP(15) VER LD0.MAPGAPC15.NamPlt.swRev LPL VisString255 (20) DC ED1 C (Name plate)

MAPGAPC16: Multipurpose analogue protection function

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MAPGAPC16 MAP(16) MAP(16) INP LD0.MAPGAPC16.Blk.stVal SPS BOOLEAN ST B 0 BLOCK Block signal for activating the blocking mode Monitoring\I/O status\Other protection\MAPGAPC16\Inputs
MAPGAPC16 MAP(16) MAP(16) INP LD0.MAPGAPC16.AnIn.mag.f MV FLOAT32 MX B 0.0 AI_VALUE Analogue input value -10000.0...10000.0 Monitoring\I/O status\Other protection\MAPGAPC16\Inputs
MAPGAPC16 MAP(16) MAP(16) INP LD0.MAPGAPC16.InEnaAdd.stVal SPS BOOLEAN ST B 0 ENA_ADD Enable start added Monitoring\I/O status\Other protection\MAPGAPC16\Inputs
MAPGAPC16 MAP(16) MAP(16) OUT LD0.MAPGAPC16.Str.general ACD BOOLEAN ST B StatNrml P,H MB,DN,I3 START Start Monitoring\I/O status\Other protection\MAPGAPC16\Outputs
MAPGAPC16 MAP(16) MAP(16) OUT LD0.MAPGAPC16.Op.general ACT BOOLEAN ST B StatNrml P,H,T MB,DN,I3 OPERATE Operate Monitoring\I/O status\Other protection\MAPGAPC16\Outputs
MAPGAPC16 MAP(16) MAP(16) MON LD0.MAPGAPC16.Beh.stVal ENS Enum ST B MAPGAPC16 Status 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off Monitoring\FB status
MAPGAPC16 MAP(16) MAP(16) MON LD0.MAPGAPC16.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\MAPGAPC16\Monitored data
MAPGAPC16 MAP(16) MAP(16) SET LD0.MAPGAPC16.Mod.Oper.ctlVal ENC Enum CO B,I 1 Operation Operation Off / On 1=on; 5=off Settings\Settings\Other protection\MAPGAPC16
MAPGAPC16 MAP(16) MAP(16) SET LD0.MAPGAPC16.StrVal.setMag.f ASG FLOAT32 SG B 0.0 Start value Start value -10000.0...10000.0 Settings\Settings\Other protection\MAPGAPC16
MAPGAPC16 MAP(16) MAP(16) SET LD0.MAPGAPC16.OpDlTmms.setVal ING INT32 SG B 0 Operate delay time Operate delay time 0...200000 ms Settings\Settings\Other protection\MAPGAPC16
MAPGAPC16 MAP(16) MAP(16) SET LD0.MAPGAPC16.RsDlTmms.setVal ING INT32 SP A 0 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Other protection\MAPGAPC16
MAPGAPC16 MAP(16) MAP(16) SET LD0.MAPGAPC16.OpModCom.setVal ENG Enum SP B,I 1 Operation mode Operation mode 1=Over; 2=Under Settings\Settings\Other protection\MAPGAPC16
MAPGAPC16 MAP(16) MAP(16) SET LD0.MAPGAPC16.HysAbs.setMag.f ASG FLOAT32 SP A,I 0.10 Absolute hysteresis Absolute hysteresis for operation 0.01...100.00 Settings\Settings\Other protection\MAPGAPC16
MAPGAPC16 MAP(16) MAP(16) SET LD0.MAPGAPC16.StrValAdd.setMag.f ASG FLOAT32 SG B 0.0 Start value Add Start value Add -100.0...100.0 Settings\Settings\Other protection\MAPGAPC16
MAPGAPC16 MAP(16) MAP(16) TES LD0.MAPGAPC16.TstOutCmd.Oper.ctlVal ENC Enum CO B 0 MAPGAPC16 Test control for outputs 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE Tests\Function tests\Other protection
MAPGAPC16 MAP(16) MAP(16) VER LD0.MAPGAPC16.NamPlt.swRev LPL VisString255 (20) DC ED1 C (Name plate)

MAPGAPC17: Multipurpose analogue protection function

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MAPGAPC17 MAP(17) MAP(17) INP LD0.MAPGAPC17.Blk.stVal SPS BOOLEAN ST B 0 BLOCK Block signal for activating the blocking mode Monitoring\I/O status\Other protection\MAPGAPC17\Inputs
MAPGAPC17 MAP(17) MAP(17) INP LD0.MAPGAPC17.AnIn.mag.f MV FLOAT32 MX B 0.0 AI_VALUE Analogue input value -10000.0...10000.0 Monitoring\I/O status\Other protection\MAPGAPC17\Inputs
MAPGAPC17 MAP(17) MAP(17) INP LD0.MAPGAPC17.InEnaAdd.stVal SPS BOOLEAN ST B 0 ENA_ADD Enable start added Monitoring\I/O status\Other protection\MAPGAPC17\Inputs
MAPGAPC17 MAP(17) MAP(17) OUT LD0.MAPGAPC17.Str.general ACD BOOLEAN ST B StatNrml P,H MB,DN,I3 START Start Monitoring\I/O status\Other protection\MAPGAPC17\Outputs
MAPGAPC17 MAP(17) MAP(17) OUT LD0.MAPGAPC17.Op.general ACT BOOLEAN ST B StatNrml P,H,T MB,DN,I3 OPERATE Operate Monitoring\I/O status\Other protection\MAPGAPC17\Outputs
MAPGAPC17 MAP(17) MAP(17) MON LD0.MAPGAPC17.Beh.stVal ENS Enum ST B MAPGAPC17 Status 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off Monitoring\FB status
MAPGAPC17 MAP(17) MAP(17) MON LD0.MAPGAPC17.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\MAPGAPC17\Monitored data
MAPGAPC17 MAP(17) MAP(17) SET LD0.MAPGAPC17.Mod.Oper.ctlVal ENC Enum CO B,I 1 Operation Operation Off / On 1=on; 5=off Settings\Settings\Other protection\MAPGAPC17
MAPGAPC17 MAP(17) MAP(17) SET LD0.MAPGAPC17.StrVal.setMag.f ASG FLOAT32 SG B 0.0 Start value Start value -10000.0...10000.0 Settings\Settings\Other protection\MAPGAPC17
MAPGAPC17 MAP(17) MAP(17) SET LD0.MAPGAPC17.OpDlTmms.setVal ING INT32 SG B 0 Operate delay time Operate delay time 0...200000 ms Settings\Settings\Other protection\MAPGAPC17
MAPGAPC17 MAP(17) MAP(17) SET LD0.MAPGAPC17.RsDlTmms.setVal ING INT32 SP A 0 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Other protection\MAPGAPC17
MAPGAPC17 MAP(17) MAP(17) SET LD0.MAPGAPC17.OpModCom.setVal ENG Enum SP B,I 1 Operation mode Operation mode 1=Over; 2=Under Settings\Settings\Other protection\MAPGAPC17
MAPGAPC17 MAP(17) MAP(17) SET LD0.MAPGAPC17.HysAbs.setMag.f ASG FLOAT32 SP A,I 0.10 Absolute hysteresis Absolute hysteresis for operation 0.01...100.00 Settings\Settings\Other protection\MAPGAPC17
MAPGAPC17 MAP(17) MAP(17) SET LD0.MAPGAPC17.StrValAdd.setMag.f ASG FLOAT32 SG B 0.0 Start value Add Start value Add -100.0...100.0 Settings\Settings\Other protection\MAPGAPC17
MAPGAPC17 MAP(17) MAP(17) TES LD0.MAPGAPC17.TstOutCmd.Oper.ctlVal ENC Enum CO B 0 MAPGAPC17 Test control for outputs 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE Tests\Function tests\Other protection
MAPGAPC17 MAP(17) MAP(17) VER LD0.MAPGAPC17.NamPlt.swRev LPL VisString255 (20) DC ED1 C (Name plate)

MAPGAPC18: Multipurpose analogue protection function

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
MAPGAPC18 MAP(18) MAP(18) INP LD0.MAPGAPC18.Blk.stVal SPS BOOLEAN ST B 0 BLOCK Block signal for activating the blocking mode Monitoring\I/O status\Other protection\MAPGAPC18\Inputs
MAPGAPC18 MAP(18) MAP(18) INP LD0.MAPGAPC18.AnIn.mag.f MV FLOAT32 MX B 0.0 AI_VALUE Analogue input value -10000.0...10000.0 Monitoring\I/O status\Other protection\MAPGAPC18\Inputs
MAPGAPC18 MAP(18) MAP(18) INP LD0.MAPGAPC18.InEnaAdd.stVal SPS BOOLEAN ST B 0 ENA_ADD Enable start added Monitoring\I/O status\Other protection\MAPGAPC18\Inputs
MAPGAPC18 MAP(18) MAP(18) OUT LD0.MAPGAPC18.Str.general ACD BOOLEAN ST B StatNrml P,H MB,DN,I3 START Start Monitoring\I/O status\Other protection\MAPGAPC18\Outputs
MAPGAPC18 MAP(18) MAP(18) OUT LD0.MAPGAPC18.Op.general ACT BOOLEAN ST B StatNrml P,H,T MB,DN,I3 OPERATE Operate Monitoring\I/O status\Other protection\MAPGAPC18\Outputs
MAPGAPC18 MAP(18) MAP(18) MON LD0.MAPGAPC18.Beh.stVal ENS Enum ST B MAPGAPC18 Status 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off Monitoring\FB status
MAPGAPC18 MAP(18) MAP(18) MON LD0.MAPGAPC18.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\MAPGAPC18\Monitored data
MAPGAPC18 MAP(18) MAP(18) SET LD0.MAPGAPC18.Mod.Oper.ctlVal ENC Enum CO B,I 1 Operation Operation Off / On 1=on; 5=off Settings\Settings\Other protection\MAPGAPC18
MAPGAPC18 MAP(18) MAP(18) SET LD0.MAPGAPC18.StrVal.setMag.f ASG FLOAT32 SG B 0.0 Start value Start value -10000.0...10000.0 Settings\Settings\Other protection\MAPGAPC18
MAPGAPC18 MAP(18) MAP(18) SET LD0.MAPGAPC18.OpDlTmms.setVal ING INT32 SG B 0 Operate delay time Operate delay time 0...200000 ms Settings\Settings\Other protection\MAPGAPC18
MAPGAPC18 MAP(18) MAP(18) SET LD0.MAPGAPC18.RsDlTmms.setVal ING INT32 SP A 0 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Other protection\MAPGAPC18
MAPGAPC18 MAP(18) MAP(18) SET LD0.MAPGAPC18.OpModCom.setVal ENG Enum SP B,I 1 Operation mode Operation mode 1=Over; 2=Under Settings\Settings\Other protection\MAPGAPC18
MAPGAPC18 MAP(18) MAP(18) SET LD0.MAPGAPC18.HysAbs.setMag.f ASG FLOAT32 SP A,I 0.10 Absolute hysteresis Absolute hysteresis for operation 0.01...100.00 Settings\Settings\Other protection\MAPGAPC18
MAPGAPC18 MAP(18) MAP(18) SET LD0.MAPGAPC18.StrValAdd.setMag.f ASG FLOAT32 SG B 0.0 Start value Add Start value Add -100.0...100.0 Settings\Settings\Other protection\MAPGAPC18
MAPGAPC18 MAP(18) MAP(18) TES LD0.MAPGAPC18.TstOutCmd.Oper.ctlVal ENC Enum CO B 0 MAPGAPC18 Test control for outputs 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE Tests\Function tests\Other protection
MAPGAPC18 MAP(18) MAP(18) VER LD0.MAPGAPC18.NamPlt.swRev LPL VisString255 (20) DC ED1 C (Name plate)

CCSPVC1: Current circuit supervision

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
CCSPVC1 MCS 3I(1) MCS 3I(1) INP LD0.CCSPVC1.Blk.stVal SPS BOOLEAN ST B 0 BLOCK Block signal for all binary outputs Monitoring\I/O status\Condition monitoring\CCSPVC1\Inputs
CCSPVC1 MCS 3I(1) MCS 3I(1) OUT LD0.CCSPVC1.FailACirc.general ACT BOOLEAN ST B StatIed P,H MB,DN,I3 FAIL Fail output Monitoring\I/O status\Condition monitoring\CCSPVC1\Outputs
CCSPVC1 MCS 3I(1) MCS 3I(1) OUT LD0.CCSPVC1.SigFailAlm.stVal SPS BOOLEAN ST B StatIed P,H MB,DN,I3 ALARM Alarm output Monitoring\I/O status\Condition monitoring\CCSPVC1\Outputs
CCSPVC1 MCS 3I(1) MCS 3I(1) MON LD0.CCSPVC1.Beh.stVal ENS Enum ST B CCSPVC1 Status 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off Monitoring\FB status
CCSPVC1 MCS 3I(1) MCS 3I(1) MON LD0.CCSPVC1.DifAClc.res.cVal.mag.f WYE FLOAT32 MX B IDIFF Differential current 0.00...40.00 xIn Monitoring\I/O status\Condition monitoring\CCSPVC1\Monitored data IL1TCTR1
CCSPVC1 MCS 3I(1) MCS 3I(1) CFG LD0.CCSPVC1.Mod.Oper.ctlVal ENC Enum CO B,I 1 Operation Operation On / Off 1=on; 5=off Configuration\Condition monitoring\CCSPVC1
CCSPVC1 MCS 3I(1) MCS 3I(1) CFG LD0.CCSPVC1.StrVal.setMag.f ASG FLOAT32 SP B 0.05 Start value Minimum operate current differential level 0.05...0.20 xIn Configuration\Condition monitoring\CCSPVC1 IL1TCTR1
CCSPVC1 MCS 3I(1) MCS 3I(1) CFG LD0.CCSPVC1.MaxOpA.setMag.f ASG FLOAT32 SP A 1.5 Max operate current Block of the function at high phase current 1.00...5.00 xIn Configuration\Condition monitoring\CCSPVC1 IL1TCTR1
CCSPVC1 MCS 3I(1) MCS 3I(1) TES LD0.CCSPVC1.TestSpvn.Oper.ctlVal ENC Enum CO B 0 CCSPVC1 Test control for outputs 0=Reset; 5=Activate ALARM; 6=Deactive ALARM; 41=Activate FAIL; 42=Deactive FAIL Tests\Function tests\Condition monitoring
CCSPVC1 MCS 3I(1) MCS 3I(1) VER LD0.CCSPVC1.NamPlt.swRev LPL VisString255 (20) DC D (Name plate)

BSTGGIO1

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
BSTGGIO1 BST(1) BST(1) INP LD0.BSTGGIO1.Ind1.stVal SPS BOOLEAN ST B 0 StatIO P MB,DN,I3 SEND_SIG_1 Send signal 1 state Monitoring\I/O status\Differential prot\BSTGGIO1\Inputs
BSTGGIO1 BST(1) BST(1) INP LD0.BSTGGIO1.Ind2.stVal SPS BOOLEAN ST B 0 StatIO P MB,DN,I3 SEND_SIG_2 Send signal 2 state Monitoring\I/O status\Differential prot\BSTGGIO1\Inputs
BSTGGIO1 BST(1) BST(1) INP LD0.BSTGGIO1.Ind3.stVal SPS BOOLEAN ST B 0 StatIO P MB,DN,I3 SEND_SIG_3 Send signal 3 state Monitoring\I/O status\Differential prot\BSTGGIO1\Inputs
BSTGGIO1 BST(1) BST(1) INP LD0.BSTGGIO1.Ind4.stVal SPS BOOLEAN ST B 0 StatIO P MB,DN,I3 SEND_SIG_4 Send signal 4 state Monitoring\I/O status\Differential prot\BSTGGIO1\Inputs
BSTGGIO1 BST(1) BST(1) INP LD0.BSTGGIO1.Ind5.stVal SPS BOOLEAN ST B 0 StatIO P MB,DN,I3 SEND_SIG_5 Send signal 5 state Monitoring\I/O status\Differential prot\BSTGGIO1\Inputs
BSTGGIO1 BST(1) BST(1) INP LD0.BSTGGIO1.Ind6.stVal SPS BOOLEAN ST B 0 StatIO P MB,DN,I3 SEND_SIG_6 Send signal 6 state Monitoring\I/O status\Differential prot\BSTGGIO1\Inputs
BSTGGIO1 BST(1) BST(1) INP LD0.BSTGGIO1.Ind7.stVal SPS BOOLEAN ST B 0 StatIO P MB,DN,I3 SEND_SIG_7 Send signal 7 state Monitoring\I/O status\Differential prot\BSTGGIO1\Inputs
BSTGGIO1 BST(1) BST(1) INP LD0.BSTGGIO1.Ind8.stVal SPS BOOLEAN ST B 0 StatIO P MB,DN,I3 SEND_SIG_8 Send signal 8 state Monitoring\I/O status\Differential prot\BSTGGIO1\Inputs
BSTGGIO1 BST(1) BST(1) OUT LD0.BSTGGIO1.SPCSO1.stVal SPC BOOLEAN ST B StatIO P MB,DN,I3 RECV_SIG_1 Receive signal 1 state Monitoring\I/O status\Differential prot\BSTGGIO1\Outputs
BSTGGIO1 BST(1) BST(1) OUT LD0.BSTGGIO1.SPCSO2.stVal SPC BOOLEAN ST B StatIO P MB,DN,I3 RECV_SIG_2 Receive signal 2 state Monitoring\I/O status\Differential prot\BSTGGIO1\Outputs
BSTGGIO1 BST(1) BST(1) OUT LD0.BSTGGIO1.SPCSO3.stVal SPC BOOLEAN ST B StatIO P MB,DN,I3 RECV_SIG_3 Receive signal 3 state Monitoring\I/O status\Differential prot\BSTGGIO1\Outputs
BSTGGIO1 BST(1) BST(1) OUT LD0.BSTGGIO1.SPCSO4.stVal SPC BOOLEAN ST B StatIO P MB,DN,I3 RECV_SIG_4 Receive signal 4 state Monitoring\I/O status\Differential prot\BSTGGIO1\Outputs
BSTGGIO1 BST(1) BST(1) OUT LD0.BSTGGIO1.SPCSO5.stVal SPC BOOLEAN ST B StatIO P MB,DN,I3 RECV_SIG_5 Receive signal 5 state Monitoring\I/O status\Differential prot\BSTGGIO1\Outputs
BSTGGIO1 BST(1) BST(1) OUT LD0.BSTGGIO1.SPCSO6.stVal SPC BOOLEAN ST B StatIO P MB,DN,I3 RECV_SIG_6 Receive signal 6 state Monitoring\I/O status\Differential prot\BSTGGIO1\Outputs
BSTGGIO1 BST(1) BST(1) OUT LD0.BSTGGIO1.SPCSO7.stVal SPC BOOLEAN ST B StatIO P MB,DN,I3 RECV_SIG_7 Receive signal 7 state Monitoring\I/O status\Differential prot\BSTGGIO1\Outputs
BSTGGIO1 BST(1) BST(1) OUT LD0.BSTGGIO1.SPCSO8.stVal SPC BOOLEAN ST B StatIO P MB,DN,I3 RECV_SIG_8 Receive signal 8 state Monitoring\I/O status\Differential prot\BSTGGIO1\Outputs
BSTGGIO1 BST(1) BST(1) OUT LD0.BSTGGIO1.Alm1.stVal SPS BOOLEAN ST B StatNrml P,H MB,DN,I3 SEND_SIG_A Binary signal transfer sending alarm state Monitoring\I/O status\Differential prot\BSTGGIO1\Outputs
BSTGGIO1 BST(1) BST(1) OUT LD0.BSTGGIO1.Alm2.stVal SPS BOOLEAN ST B StatNrml P,H MB,DN,I3 RECV_SIG_A Binary signal transfer receive alarm state Monitoring\I/O status\Differential prot\BSTGGIO1\Outputs
BSTGGIO1 BST(1) BST(1) CTR LD0.BSTGGIO1.SPCSO1.Oper.ctlVal SPC BOOLEAN CO MB,DN (RECV_SIG_1)
BSTGGIO1 BST(1) BST(1) CTR LD0.BSTGGIO1.SPCSO2.Oper.ctlVal SPC BOOLEAN CO MB,DN (RECV_SIG_2)
BSTGGIO1 BST(1) BST(1) CTR LD0.BSTGGIO1.SPCSO3.Oper.ctlVal SPC BOOLEAN CO MB,DN (RECV_SIG_3)
BSTGGIO1 BST(1) BST(1) CTR LD0.BSTGGIO1.SPCSO4.Oper.ctlVal SPC BOOLEAN CO MB,DN (RECV_SIG_4)
BSTGGIO1 BST(1) BST(1) CTR LD0.BSTGGIO1.SPCSO5.Oper.ctlVal SPC BOOLEAN CO MB,DN (RECV_SIG_5)
BSTGGIO1 BST(1) BST(1) CTR LD0.BSTGGIO1.SPCSO6.Oper.ctlVal SPC BOOLEAN CO MB,DN (RECV_SIG_6)
BSTGGIO1 BST(1) BST(1) CTR LD0.BSTGGIO1.SPCSO7.Oper.ctlVal SPC BOOLEAN CO MB,DN (RECV_SIG_7)
BSTGGIO1 BST(1) BST(1) CTR LD0.BSTGGIO1.SPCSO8.Oper.ctlVal SPC BOOLEAN CO MB,DN (RECV_SIG_8)
BSTGGIO1 BST(1) BST(1) SET LD0.BSTGGIO1.PlsTmms1.setVal ING INT32 SG B 0 Pulse time 1 Minimum pulse time for received signal 1 0...60000 ms Settings\Settings\Differential prot\BSTGGIO1
BSTGGIO1 BST(1) BST(1) SET LD0.BSTGGIO1.PlsTmms2.setVal ING INT32 SG B 0 Pulse time 2 Minimum pulse time for received signal 2 0...60000 ms Settings\Settings\Differential prot\BSTGGIO1
BSTGGIO1 BST(1) BST(1) SET LD0.BSTGGIO1.PlsTmms3.setVal ING INT32 SG B 0 Pulse time 3 Minimum pulse time for received signal 3 0...60000 ms Settings\Settings\Differential prot\BSTGGIO1
BSTGGIO1 BST(1) BST(1) SET LD0.BSTGGIO1.PlsTmms4.setVal ING INT32 SG B 0 Pulse time 4 Minimum pulse time for received signal 4 0...60000 ms Settings\Settings\Differential prot\BSTGGIO1
BSTGGIO1 BST(1) BST(1) SET LD0.BSTGGIO1.PlsTmms5.setVal ING INT32 SG B 0 Pulse time 5 Minimum pulse time for received signal 6 0...60000 ms Settings\Settings\Differential prot\BSTGGIO1
BSTGGIO1 BST(1) BST(1) SET LD0.BSTGGIO1.PlsTmms6.setVal ING INT32 SG B 0 Pulse time 6 Minimum pulse time for received signal 6 0...60000 ms Settings\Settings\Differential prot\BSTGGIO1
BSTGGIO1 BST(1) BST(1) SET LD0.BSTGGIO1.PlsTmms7.setVal ING INT32 SG B 0 Pulse time 7 Minimum pulse time for received signal 7 0...60000 ms Settings\Settings\Differential prot\BSTGGIO1
BSTGGIO1 BST(1) BST(1) SET LD0.BSTGGIO1.PlsTmms8.setVal ING INT32 SG B 0 Pulse time 8 Minimum pulse time for received signal 8 0...60000 ms Settings\Settings\Differential prot\BSTGGIO1
BSTGGIO1 BST(1) BST(1) SET LD0.BSTGGIO1.AlmMod.setVal ENG Enum SP B 1 Alarm mode Selects the used alarm logic mode for activating SEND_SIG_A and RECV_SIG_A 1=Any of selected; 2=All of selected Settings\Settings\Differential prot\BSTGGIO1
BSTGGIO1 BST(1) BST(1) SET LD0.BSTGGIO1.SigMod1.setVal ENG Enum SG B 2 Signal 1 mode Operation mode for signal 1 1=In use; 2=In use, alarm sel.; 3=Not in use Settings\Settings\Differential prot\BSTGGIO1
BSTGGIO1 BST(1) BST(1) SET LD0.BSTGGIO1.SigMod2.setVal ENG Enum SG B 2 Signal 2 mode Operation mode for signal 2 1=In use; 2=In use, alarm sel.; 3=Not in use Settings\Settings\Differential prot\BSTGGIO1
BSTGGIO1 BST(1) BST(1) SET LD0.BSTGGIO1.SigMod3.setVal ENG Enum SG B 1 Signal 3 mode Operation mode for signal 3 1=In use; 2=In use, alarm sel.; 3=Not in use Settings\Settings\Differential prot\BSTGGIO1
BSTGGIO1 BST(1) BST(1) SET LD0.BSTGGIO1.SigMod4.setVal ENG Enum SG B 1 Signal 4 mode Operation mode for signal 4 1=In use; 2=In use, alarm sel.; 3=Not in use Settings\Settings\Differential prot\BSTGGIO1
BSTGGIO1 BST(1) BST(1) SET LD0.BSTGGIO1.SigMod5.setVal ENG Enum SG B 1 Signal 5 mode Operation mode for signal 5 1=In use; 2=In use, alarm sel.; 3=Not in use Settings\Settings\Differential prot\BSTGGIO1
BSTGGIO1 BST(1) BST(1) SET LD0.BSTGGIO1.SigMod6.setVal ENG Enum SG B 1 Signal 6 mode Operation mode for signal 6 1=In use; 2=In use, alarm sel.; 3=Not in use Settings\Settings\Differential prot\BSTGGIO1
BSTGGIO1 BST(1) BST(1) SET LD0.BSTGGIO1.SigMod7.setVal ENG Enum SG B 1 Signal 7 mode Operation mode for signal 7 1=In use; 2=In use, alarm sel.; 3=Not in use Settings\Settings\Differential prot\BSTGGIO1
BSTGGIO1 BST(1) BST(1) SET LD0.BSTGGIO1.SigMod8.setVal ENG Enum SG B 1 Signal 8 mode Operation mode for signal 8 1=In use; 2=In use, alarm sel.; 3=Not in use Settings\Settings\Differential prot\BSTGGIO1
BSTGGIO1 BST(1) BST(1) VER LD0.BSTGGIO1.NamPlt.swRev LPL VisString255 (20) DC ED1 C (Name plate)

LNPLDF1: Line differential protection with stabilized and inst. stages

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
LNPLDF1 3dI>L(1) 87L(1) INP LD0.LNPTRC1.Blk.stVal SPS BOOLEAN ST B 0 BLOCK Signal for blocking the function Monitoring\I/O status\Differential prot\LNPLDF1\Inputs
LNPLDF1 3dI>L(1) 87L(1) INP LD0.LNLPDIF1.Blk.stVal SPS BOOLEAN ST B 0 BLOCK_LS Signal for blocking the stab. stage Monitoring\I/O status\Differential prot\LNPLDF1\Inputs
LNPLDF1 3dI>L(1) 87L(1) INP LD0.LNHPDIF1.InEnaMltHi.stVal SPS BOOLEAN ST B 0 ENA_MULT_HS Enables the high stage multiplier Monitoring\I/O status\Differential prot\LNPLDF1\Inputs
LNPLDF1 3dI>L(1) 87L(1) OUT LD0.LNPTRC1.Op.general ACT BOOLEAN ST B StatNrml P,H,T MB,DN,I3 OPERATE Operate, local or remote, stabilized or instantaneous stage (A,B,C) Monitoring\I/O status\Differential prot\LNPLDF1\Outputs
LNPLDF1 3dI>L(1) 87L(1) OUT LD0.LNPTRC1.Str.general ACD BOOLEAN ST B StatNrml P,H MB,DN,I3 START Start, local or remote (A,B,C) Monitoring\I/O status\Differential prot\LNPLDF1\Outputs
LNPLDF1 3dI>L(1) 87L(1) OUT LD0.LNPTRC1.ProAct.stVal SPS BOOLEAN ST B PRO_ACTIVE Status of the protection, true when function is operative Monitoring\I/O status\Differential prot\LNPLDF1\Outputs
LNPLDF1 3dI>L(1) 87L(1) OUT LD0.LNLPDIF1.Str.general ACD BOOLEAN ST B STR_LS_LOC Start stabilized stage local (A,B,C) Monitoring\I/O status\Differential prot\LNPLDF1\Outputs
LNPLDF1 3dI>L(1) 87L(1) OUT LD0.LNLPDIF1.Op.general ACT BOOLEAN ST B OPR_LS_LOC Operate stabilized stage local (A,B,C) Monitoring\I/O status\Differential prot\LNPLDF1\Outputs
LNPLDF1 3dI>L(1) 87L(1) OUT LD0.LNLPDIF1.StrRem.general ACD BOOLEAN ST B STR_LS_REM Start stabilized stage remote (A,B,C) Monitoring\I/O status\Differential prot\LNPLDF1\Outputs
LNPLDF1 3dI>L(1) 87L(1) OUT LD0.LNLPDIF1.OpRem.general ACT BOOLEAN ST B OPR_LS_REM Operate stabilized stage remote (A,B,C) Monitoring\I/O status\Differential prot\LNPLDF1\Outputs
LNPLDF1 3dI>L(1) 87L(1) OUT LD0.LNLPDIF1.Blk2HRemSt.general ACT BOOLEAN ST B BLKD2H_REM Restraint due 2nd harmonics detected remote (A,B,C) Monitoring\I/O status\Differential prot\LNPLDF1\Outputs
LNPLDF1 3dI>L(1) 87L(1) OUT LD0.LNLPDIF1.Blk2HLocSt.general ACT BOOLEAN ST B BLKD2H_LOC Restraint due 2nd harmonics detected local (A,B,C) Monitoring\I/O status\Differential prot\LNPLDF1\Outputs
LNPLDF1 3dI>L(1) 87L(1) OUT LD0.LNHPDIF1.Op.general ACT BOOLEAN ST B OPR_HS_LOC Operate instantaneous stage local (A,B,C) Monitoring\I/O status\Differential prot\LNPLDF1\Outputs
LNPLDF1 3dI>L(1) 87L(1) OUT LD0.LNHPDIF1.OpRem.general ACT BOOLEAN ST B OPR_HS_REM Operate instantaneous stage remote (A,B,C) Monitoring\I/O status\Differential prot\LNPLDF1\Outputs
LNPLDF1 3dI>L(1) 87L(1) MON LD0.LNPTRC1.Beh.stVal ENS Enum ST B LNPLDF1 Status 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off Monitoring\FB status
LNPLDF1 3dI>L(1) 87L(1) MON LD0.LNLPDIF1.DifAClc.phsA.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 ID_A Differential current phase A 0.00...80.00 xIr Monitoring\I/O status\Differential prot\LNPLDF1\Monitored data
LNPLDF1 3dI>L(1) 87L(1) MON LD0.LNLPDIF1.DifAClc.phsB.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 ID_B Differential current phase B 0.00...80.00 xIr Monitoring\I/O status\Differential prot\LNPLDF1\Monitored data
LNPLDF1 3dI>L(1) 87L(1) MON LD0.LNLPDIF1.DifAClc.phsC.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 ID_C Differential current phase C 0.00...80.00 xIr Monitoring\I/O status\Differential prot\LNPLDF1\Monitored data
LNPLDF1 3dI>L(1) 87L(1) MON LD0.LNLPDIF1.RstA.phsA.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 IB_A Stabilization current phase A 0.00...80.00 xIr Monitoring\I/O status\Differential prot\LNPLDF1\Monitored data
LNPLDF1 3dI>L(1) 87L(1) MON LD0.LNLPDIF1.RstA.phsB.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 IB_B Stabilization current phase B 0.00...80.00 xIr Monitoring\I/O status\Differential prot\LNPLDF1\Monitored data
LNPLDF1 3dI>L(1) 87L(1) MON LD0.LNLPDIF1.RstA.phsC.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 IB_C Stabilization current phase C 0.00...80.00 xIr Monitoring\I/O status\Differential prot\LNPLDF1\Monitored data
LNPLDF1 3dI>L(1) 87L(1) MON LD0.LNLPDIF1.AngLocRemA.mag.f MV FLOAT32 MX B I_ANGL_DIFF_A Current phase angle differential between local and remote, phase A -180.00...180.00 deg Monitoring\I/O status\Differential prot\LNPLDF1\Monitored data
LNPLDF1 3dI>L(1) 87L(1) MON LD0.LNLPDIF1.AngLocRemB.mag.f MV FLOAT32 MX B I_ANGL_DIFF_B Current phase angle differential between local and remote, phase B -180.00...180.00 deg Monitoring\I/O status\Differential prot\LNPLDF1\Monitored data
LNPLDF1 3dI>L(1) 87L(1) MON LD0.LNLPDIF1.AngLocRemC.mag.f MV FLOAT32 MX B I_ANGL_DIFF_C Current phase angle differential between local and remote, phase C -180.00...180.00 deg Monitoring\I/O status\Differential prot\LNPLDF1\Monitored data
LNPLDF1 3dI>L(1) 87L(1) MON LD0.LNLPDIF1.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\LNPLDF1\Monitored data
LNPLDF1 3dI>L(1) 87L(1) MON LD0.LNRMXU1.ARem.phsA.cVal.mag.f WYE FLOAT32 MX B I_AMPL_REM_A Remote phase A amplitude after correction 0.00...40.00 xIr Monitoring\I/O status\Differential prot\LNPLDF1\Monitored data
LNPLDF1 3dI>L(1) 87L(1) MON LD0.LNRMXU1.ARem.phsB.cVal.mag.f WYE FLOAT32 MX B I_AMPL_REM_B Remote phase B amplitude after correction 0.00...40.00 xIr Monitoring\I/O status\Differential prot\LNPLDF1\Monitored data
LNPLDF1 3dI>L(1) 87L(1) MON LD0.LNRMXU1.ARem.phsC.cVal.mag.f WYE FLOAT32 MX B I_AMPL_REM_C Remote phase C amplitude after correction 0.00...40.00 xIr Monitoring\I/O status\Differential prot\LNPLDF1\Monitored data
LNPLDF1 3dI>L(1) 87L(1) MON LD0.LNRMXU1.ALoc.phsA.cVal.mag.f WYE FLOAT32 MX B I_AMPL_LOC_A Local phase A amplitude after correction 0.00...40.00 xIr Monitoring\I/O status\Differential prot\LNPLDF1\Monitored data
LNPLDF1 3dI>L(1) 87L(1) MON LD0.LNRMXU1.ALoc.phsB.cVal.mag.f WYE FLOAT32 MX B I_AMPL_LOC_B Local phase B amplitude after correction 0.00...40.00 xIr Monitoring\I/O status\Differential prot\LNPLDF1\Monitored data
LNPLDF1 3dI>L(1) 87L(1) MON LD0.LNRMXU1.ALoc.phsC.cVal.mag.f WYE FLOAT32 MX B I_AMPL_LOC_C Local phase C amplitude after correction 0.00...40.00 xIr Monitoring\I/O status\Differential prot\LNPLDF1\Monitored data
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNPTRC1.Mod.Oper.ctlVal ENC Enum CO B,I 1 Operation Operation mode of the function 1=on; 4=test/blocked; 5=off Settings\Settings\Differential prot\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNLPDIF1.LoSet.setMag.f ASG FLOAT32 SG B 10 Low operate value Basic setting for the stabilized stage start 10...200 %Ir Settings\Settings\Differential prot\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNLPDIF1.MinOpTmms.setVal ING INT32 SP A 45 Minimum operate time Minimum operate time for stabilized stage IDMT curves 45...60000 ms Settings\Settings\Differential prot\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNLPDIF1.RstMod.setVal ENG Enum SP B 1 Restraint mode Selects what restraint modes are in use 1=None; 2=Harmonic2 Settings\Settings\Differential prot\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNLPDIF1.RsDlTmms.setVal ING INT32 SP A 0 Reset delay time Reset delay time for stabilized stage 0...60000 ms Settings\Settings\Differential prot\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNLPDIF1.TmACrv.setCharact CURVE Enum SG B 15 Operating curve type Selection of time delay curve for stabilized stage 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 Settings\Settings\Differential prot\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNLPDIF1.OpDlTmms.setVal ING INT32 SG B 45 Operate delay time Operate delay time for stabilized stage 45...200000 ms Settings\Settings\Differential prot\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNLPDIF1.TmMult.setMag.f ASG FLOAT32 SG B 1.00 Time multiplier Time multiplier in IDMT curves 0.05...15.00 Settings\Settings\Differential prot\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNLPDIF1.EndScn1.setMag.f ASG FLOAT32 SG B 100 End section 1 Turn-point between the first and the second line of the operating characteristics 0...200 %Ir Settings\Settings\Differential prot\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNLPDIF1.SpeScn2.setMag.f ASG FLOAT32 SG B 50 Slope section 2 Slope of the second line of the operating characteristics 10...50 % Settings\Settings\Differential prot\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNLPDIF1.EndScn2.setMag.f ASG FLOAT32 SG B 500 End section 2 Turn-point between the second and the third line of the operating characteristics 200...2000 %Ir Settings\Settings\Differential prot\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNLPDIF1.SpeScn3.setMag.f ASG FLOAT32 SG B 150 Slope section 3 Slope of the third line of the operating characteristics 10...200 % Settings\Settings\Differential prot\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNLPDIF1.CTConnTyp.setVal ENG 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\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNLPDIF1.WndSel.setVal ENG Enum SP B 1 Winding selection IED location respect to transformer, HV (Winding 1) side or LV (Winding 2) side 1=Not in use; 2=Winding 1; 3=Winding 2 Settings\Settings\Differential prot\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNLPDIF1.Wnd1Typ.setVal ENG 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\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNLPDIF1.Wnd2Typ.setVal ENG 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\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNLPDIF1.ClkNum.setVal ENG 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\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNLPDIF1.ZroAElm.setVal ENG 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\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNHPDIF1.HiSet.setMag.f ASG FLOAT32 SG B 2000 High operate value Instantaneous stage operate value 200...4000 %Ir Settings\Settings\Differential prot\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNHPDIF1.HiSetMult.setMag.f ASG FLOAT32 SG B 1.0 High Op value Mult Multiplier for scaling the high stage operate value 0.5...1.0 Settings\Settings\Differential prot\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNPHAR1.PhStr.setMag.f ASG FLOAT32 SG B 20 Start value 2.H The ratio of the 2. harmonic component to fundamental component required for blocking 10...50 % Settings\Settings\Differential prot\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) SET LD0.LNRMXU1.CTRatCor.setMag.f ASG FLOAT32 SP B 1.000 CT ratio correction Local phase current transformer ratio correction 0.200...5.000 Settings\Settings\Differential prot\LNPLDF1
LNPLDF1 3dI>L(1) 87L(1) TES LD0.LNLPDIF1.TestPro.Oper.ctlVal ENC Enum CO B 0 LNPLDF1 Test control for outputs 0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; 27=Activate STR_LS_LOC; 28=Deactive STR_LS_LOC; 29=Activate STR_LS_REM; 30=Deactive STR_LS_REM; 31=Activate OPR_LS_LOC; 32=Deactive OPR_LS_LOC; 33=Activate OPR_LS_REM; 34=Deactive OPR_LS_REM; 35=Activate OPR_HS_LOC; 36=Deactive OPR_HS_LOC; 37=Activate OPR_HS_REM; 38=Deactive OPR_HS_REM; 39=Activate RSTD2H_LOC; 40=Deactive RSTD2H_LOC; 41=Activate RSTD2H_REM; 42=Deactive RSTD2H_REM; 43=Activate PROT_ACTIVE; 44=Deactive PROT_ACTIVE Tests\Function tests\Differential prot
LNPLDF1 3dI>L(1) 87L(1) VER LD0.LNLPDIF1.NamPlt.swRev LPL VisString255 (20) DC ED1 D (Name plate)

PCSITPC1

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
PCSITPC1 PCS(1) PCS(1) OUT LD0.PCSITPC1.HealthWrn.stVal SPS BOOLEAN ST B WARNING Protection communication warning Monitoring\I/O status\Condition monitoring\PCSITPC1\Outputs
PCSITPC1 PCS(1) PCS(1) OUT LD0.PCSITPC1.HealthOk.stVal SPS BOOLEAN ST B OK Protection communication ok Monitoring\I/O status\Condition monitoring\PCSITPC1\Outputs
PCSITPC1 PCS(1) PCS(1) OUT LD0.PCSITPC1.HealthAlm.stVal SPS BOOLEAN ST B StatUrg P,H MB,DN,I3 ALARM Protection communication alarm Monitoring\I/O status\Condition monitoring\PCSITPC1\Outputs
PCSITPC1 PCS(1) PCS(1) OUT LD0.PCSITPC1.Comm.stVal SPS BOOLEAN ST B COMM Communication detected, active when data is received Monitoring\I/O status\Condition monitoring\PCSITPC1\Outputs
PCSITPC1 PCS(1) PCS(1) CTR LD0.PCSITPC1.AlmCntRs.Oper.ctlVal INC INT32 CO A 0 Alarm count Set new alarm count value 0...99999 Configuration\Condition monitoring\PCSITPC1
PCSITPC1 PCS(1) PCS(1) CTR LD0.PCSITPC1.WrnCntRs.Oper.ctlVal INC INT32 CO A 0 Warning count Set new warning count value 0...99999 Configuration\Condition monitoring\PCSITPC1
PCSITPC1 PCS(1) PCS(1) MON LD0.PCSITPC1.EEHealth.stVal ENS Enum ST B HEALTH Communication link health 1=Ok; 2=Warning; 3=Alarm; -2=Waiting Monitoring\I/O status\Condition monitoring\PCSITPC1\Monitored data
PCSITPC1 PCS(1) PCS(1) MON LD0.PCSITPC1.LoopTestTm.mag.f MV FLOAT32 MX B RND_TRIP_DLY Measured round trip delay 0.000...99.999 ms Monitoring\I/O status\Condition monitoring\PCSITPC1\Monitored data
PCSITPC1 PCS(1) PCS(1) MON LD0.PCSITPC1.SmplLty.mag.f MV FLOAT32 MX B SMPL_LATENCY Measured sample latency 0.000...99.999 ms Monitoring\I/O status\Condition monitoring\PCSITPC1\Monitored data
PCSITPC1 PCS(1) PCS(1) MON LD0.PCSITPC1.AlmCntRs.stVal INC INT32 ST A ALARM_CNT Number of alarms detected 0...99999 Monitoring\I/O status\Condition monitoring\PCSITPC1\Monitored data
PCSITPC1 PCS(1) PCS(1) MON LD0.PCSITPC1.AlmCntRs.t INC Timestamp ST A T_ALARM_CNT Time when alarm count was last changed Monitoring\I/O status\Condition monitoring\PCSITPC1\Monitored data
PCSITPC1 PCS(1) PCS(1) MON LD0.PCSITPC1.WrnCntRs.stVal INC INT32 ST A WARN_CNT Number of warnings detected 0...99999 Monitoring\I/O status\Condition monitoring\PCSITPC1\Monitored data
PCSITPC1 PCS(1) PCS(1) MON LD0.PCSITPC1.WrnCntRs.t INC Timestamp ST A T_WARN_CNT Time when warning count was last changed Monitoring\I/O status\Condition monitoring\PCSITPC1\Monitored data
PCSITPC1 PCS(1) PCS(1) MON LD0.PCSITPC1.PropDl.mag.f MV FLOAT32 MX B PROPAGTN_DLY Measured propagation delay 0.000...99.999 ms Monitoring\I/O status\Condition monitoring\PCSITPC1\Monitored data
PCSITPC1 PCS(1) PCS(1) CFG LD0.PCSITPC1.RsDlTmms.setVal ING INT32 SP A 1000 Reset delay time Reset delay time from alarm and warning into ok state 100...300000 ms Configuration\Condition monitoring\PCSITPC1
PCSITPC1 PCS(1) PCS(1) CFG LD0.PCSITPC1.AlmCntRs.Oper.ctlVal INC INT32 CO A 0 Alarm count Set new alarm count value 0...99999 Configuration\Condition monitoring\PCSITPC1
PCSITPC1 PCS(1) PCS(1) CFG LD0.PCSITPC1.WrnCntRs.Oper.ctlVal INC INT32 CO A 0 Warning count Set new warning count value 0...99999 Configuration\Condition monitoring\PCSITPC1
PCSITPC1 PCS(1) PCS(1) TES LD0.PCSITPC1.RxErrGen.Oper.ctlVal INC INT32 CO B 0 Packet loss Test packet loss by missing number of packets 0...10000 Tests\Function tests\Differential prot
PCSITPC1 PCS(1) PCS(1) VER LD0.PCSITPC1.NamPlt.swRev LPL VisString255 (20) DC ED1 E (Name plate)

LDPRLRC1: Load profile record

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
LDPRLRC1 INP LD0.LDPRLRC1.RcdRs.stVal SPC BOOLEAN ST 0 (Reset load profile rec.)
LDPRLRC1 OUT LD0.LDPRLRC1.MemWrn.stVal SPS BOOLEAN ST B StatUrg P,H MB,DN,I3 MEM_WARN Recording memory warning status Monitoring\Load profile record
LDPRLRC1 OUT LD0.LDPRLRC1.MemAlm.stVal SPS BOOLEAN ST B StatUrg P,H MB,DN,I3 MEM_ALARM Recording memory alarm status Monitoring\Load profile record
LDPRLRC1 CTR LD0.LDPRLRC1.RcdRs.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN Load Profile record Reset load profile record 0=Cancel; 1=Clear Clear\Clear
LDPRLRC1 MON LD0.LDPRLRC1.MemUsed.stVal INS INT32 ST B Rec. memory used How much recording memory is currently used 0...100 % Monitoring\Load profile record
LDPRLRC1 CFG LD0.LDPRLRC1.Mod.Oper.ctlVal ENC Enum CO B,I 1 Operation Operation Off / On 1=on; 5=off Configuration\Load profile record
LDPRLRC1 CFG LD0.LDPRLRC1.QtySel1.setVal ENG 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; 15=U12B; 16=U23B; 17=U31B; 18=UL1B; 19=UL2B; 20=UL3B; 21=S; 22=P; 23=Q; 24=PF; 25=SB; 26=PB; 27=QB; 28=PFB; 29=SL1; 30=SL2; 31=SL3; 32=PL1; 33=PL2; 34=PL3; 35=QL1; 36=QL2; 37=QL3; 38=PFL1; 39=PFL2; 40=PFL3; 41=SL1B; 42=SL2B; 43=SL3B; 44=PL1B; 45=PL2B; 46=PL3B; 47=QL1B; 48=QL2B; 49=QL3B; 50=PFL1B; 51=PFL2B; 52=PFL3B; 53=IL1C; 54=IL2C; 55=IL3C Configuration\Load profile record
LDPRLRC1 CFG LD0.LDPRLRC1.QtySel2.setVal ENG 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; 15=U12B; 16=U23B; 17=U31B; 18=UL1B; 19=UL2B; 20=UL3B; 21=S; 22=P; 23=Q; 24=PF; 25=SB; 26=PB; 27=QB; 28=PFB; 29=SL1; 30=SL2; 31=SL3; 32=PL1; 33=PL2; 34=PL3; 35=QL1; 36=QL2; 37=QL3; 38=PFL1; 39=PFL2; 40=PFL3; 41=SL1B; 42=SL2B; 43=SL3B; 44=PL1B; 45=PL2B; 46=PL3B; 47=QL1B; 48=QL2B; 49=QL3B; 50=PFL1B; 51=PFL2B; 52=PFL3B; 53=IL1C; 54=IL2C; 55=IL3C Configuration\Load profile record
LDPRLRC1 CFG LD0.LDPRLRC1.QtySel3.setVal ENG 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; 15=U12B; 16=U23B; 17=U31B; 18=UL1B; 19=UL2B; 20=UL3B; 21=S; 22=P; 23=Q; 24=PF; 25=SB; 26=PB; 27=QB; 28=PFB; 29=SL1; 30=SL2; 31=SL3; 32=PL1; 33=PL2; 34=PL3; 35=QL1; 36=QL2; 37=QL3; 38=PFL1; 39=PFL2; 40=PFL3; 41=SL1B; 42=SL2B; 43=SL3B; 44=PL1B; 45=PL2B; 46=PL3B; 47=QL1B; 48=QL2B; 49=QL3B; 50=PFL1B; 51=PFL2B; 52=PFL3B; 53=IL1C; 54=IL2C; 55=IL3C Configuration\Load profile record
LDPRLRC1 CFG LD0.LDPRLRC1.QtySel4.setVal ENG 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; 15=U12B; 16=U23B; 17=U31B; 18=UL1B; 19=UL2B; 20=UL3B; 21=S; 22=P; 23=Q; 24=PF; 25=SB; 26=PB; 27=QB; 28=PFB; 29=SL1; 30=SL2; 31=SL3; 32=PL1; 33=PL2; 34=PL3; 35=QL1; 36=QL2; 37=QL3; 38=PFL1; 39=PFL2; 40=PFL3; 41=SL1B; 42=SL2B; 43=SL3B; 44=PL1B; 45=PL2B; 46=PL3B; 47=QL1B; 48=QL2B; 49=QL3B; 50=PFL1B; 51=PFL2B; 52=PFL3B; 53=IL1C; 54=IL2C; 55=IL3C Configuration\Load profile record
LDPRLRC1 CFG LD0.LDPRLRC1.QtySel5.setVal ENG 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; 15=U12B; 16=U23B; 17=U31B; 18=UL1B; 19=UL2B; 20=UL3B; 21=S; 22=P; 23=Q; 24=PF; 25=SB; 26=PB; 27=QB; 28=PFB; 29=SL1; 30=SL2; 31=SL3; 32=PL1; 33=PL2; 34=PL3; 35=QL1; 36=QL2; 37=QL3; 38=PFL1; 39=PFL2; 40=PFL3; 41=SL1B; 42=SL2B; 43=SL3B; 44=PL1B; 45=PL2B; 46=PL3B; 47=QL1B; 48=QL2B; 49=QL3B; 50=PFL1B; 51=PFL2B; 52=PFL3B; 53=IL1C; 54=IL2C; 55=IL3C Configuration\Load profile record
LDPRLRC1 CFG LD0.LDPRLRC1.QtySel6.setVal ENG 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; 15=U12B; 16=U23B; 17=U31B; 18=UL1B; 19=UL2B; 20=UL3B; 21=S; 22=P; 23=Q; 24=PF; 25=SB; 26=PB; 27=QB; 28=PFB; 29=SL1; 30=SL2; 31=SL3; 32=PL1; 33=PL2; 34=PL3; 35=QL1; 36=QL2; 37=QL3; 38=PFL1; 39=PFL2; 40=PFL3; 41=SL1B; 42=SL2B; 43=SL3B; 44=PL1B; 45=PL2B; 46=PL3B; 47=QL1B; 48=QL2B; 49=QL3B; 50=PFL1B; 51=PFL2B; 52=PFL3B; 53=IL1C; 54=IL2C; 55=IL3C Configuration\Load profile record
LDPRLRC1 CFG LD0.LDPRLRC1.QtySel7.setVal ENG 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; 15=U12B; 16=U23B; 17=U31B; 18=UL1B; 19=UL2B; 20=UL3B; 21=S; 22=P; 23=Q; 24=PF; 25=SB; 26=PB; 27=QB; 28=PFB; 29=SL1; 30=SL2; 31=SL3; 32=PL1; 33=PL2; 34=PL3; 35=QL1; 36=QL2; 37=QL3; 38=PFL1; 39=PFL2; 40=PFL3; 41=SL1B; 42=SL2B; 43=SL3B; 44=PL1B; 45=PL2B; 46=PL3B; 47=QL1B; 48=QL2B; 49=QL3B; 50=PFL1B; 51=PFL2B; 52=PFL3B; 53=IL1C; 54=IL2C; 55=IL3C Configuration\Load profile record
LDPRLRC1 CFG LD0.LDPRLRC1.QtySel8.setVal ENG 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; 15=U12B; 16=U23B; 17=U31B; 18=UL1B; 19=UL2B; 20=UL3B; 21=S; 22=P; 23=Q; 24=PF; 25=SB; 26=PB; 27=QB; 28=PFB; 29=SL1; 30=SL2; 31=SL3; 32=PL1; 33=PL2; 34=PL3; 35=QL1; 36=QL2; 37=QL3; 38=PFL1; 39=PFL2; 40=PFL3; 41=SL1B; 42=SL2B; 43=SL3B; 44=PL1B; 45=PL2B; 46=PL3B; 47=QL1B; 48=QL2B; 49=QL3B; 50=PFL1B; 51=PFL2B; 52=PFL3B; 53=IL1C; 54=IL2C; 55=IL3C Configuration\Load profile record
LDPRLRC1 CFG LD0.LDPRLRC1.QtySel9.setVal ENG 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; 15=U12B; 16=U23B; 17=U31B; 18=UL1B; 19=UL2B; 20=UL3B; 21=S; 22=P; 23=Q; 24=PF; 25=SB; 26=PB; 27=QB; 28=PFB; 29=SL1; 30=SL2; 31=SL3; 32=PL1; 33=PL2; 34=PL3; 35=QL1; 36=QL2; 37=QL3; 38=PFL1; 39=PFL2; 40=PFL3; 41=SL1B; 42=SL2B; 43=SL3B; 44=PL1B; 45=PL2B; 46=PL3B; 47=QL1B; 48=QL2B; 49=QL3B; 50=PFL1B; 51=PFL2B; 52=PFL3B; 53=IL1C; 54=IL2C; 55=IL3C Configuration\Load profile record
LDPRLRC1 CFG LD0.LDPRLRC1.QtySel10.setVal ENG 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; 15=U12B; 16=U23B; 17=U31B; 18=UL1B; 19=UL2B; 20=UL3B; 21=S; 22=P; 23=Q; 24=PF; 25=SB; 26=PB; 27=QB; 28=PFB; 29=SL1; 30=SL2; 31=SL3; 32=PL1; 33=PL2; 34=PL3; 35=QL1; 36=QL2; 37=QL3; 38=PFL1; 39=PFL2; 40=PFL3; 41=SL1B; 42=SL2B; 43=SL3B; 44=PL1B; 45=PL2B; 46=PL3B; 47=QL1B; 48=QL2B; 49=QL3B; 50=PFL1B; 51=PFL2B; 52=PFL3B; 53=IL1C; 54=IL2C; 55=IL3C Configuration\Load profile record
LDPRLRC1 CFG LD0.LDPRLRC1.QtySel11.setVal ENG 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; 15=U12B; 16=U23B; 17=U31B; 18=UL1B; 19=UL2B; 20=UL3B; 21=S; 22=P; 23=Q; 24=PF; 25=SB; 26=PB; 27=QB; 28=PFB; 29=SL1; 30=SL2; 31=SL3; 32=PL1; 33=PL2; 34=PL3; 35=QL1; 36=QL2; 37=QL3; 38=PFL1; 39=PFL2; 40=PFL3; 41=SL1B; 42=SL2B; 43=SL3B; 44=PL1B; 45=PL2B; 46=PL3B; 47=QL1B; 48=QL2B; 49=QL3B; 50=PFL1B; 51=PFL2B; 52=PFL3B; 53=IL1C; 54=IL2C; 55=IL3C Configuration\Load profile record
LDPRLRC1 CFG LD0.LDPRLRC1.QtySel12.setVal ENG 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; 15=U12B; 16=U23B; 17=U31B; 18=UL1B; 19=UL2B; 20=UL3B; 21=S; 22=P; 23=Q; 24=PF; 25=SB; 26=PB; 27=QB; 28=PFB; 29=SL1; 30=SL2; 31=SL3; 32=PL1; 33=PL2; 34=PL3; 35=QL1; 36=QL2; 37=QL3; 38=PFL1; 39=PFL2; 40=PFL3; 41=SL1B; 42=SL2B; 43=SL3B; 44=PL1B; 45=PL2B; 46=PL3B; 47=QL1B; 48=QL2B; 49=QL3B; 50=PFL1B; 51=PFL2B; 52=PFL3B; 53=IL1C; 54=IL2C; 55=IL3C Configuration\Load profile record
LDPRLRC1 CFG LD0.LDPRLRC1.MemWrnLev.setVal ING INT32 SP B 0 Mem. warning level Set memory warning level 0...100 % Configuration\Load profile record
LDPRLRC1 CFG LD0.LDPRLRC1.MemAlmLev.setVal ING INT32 SP B 0 Mem. alarm level Set memory alarm level 0...100 % Configuration\Load profile record
LDPRLRC1 VER LD0.LDPRLRC1.NamPlt.swRev LPL VisString255 (20) DC D (Name plate)

PHHPTOC1: Three phase non-directional OC, high stage

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
PHHPTOC1 3I>>(1) 51P-2(1) INP LD0.PHHPTOC1.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 OPERATE Operate (A,B,C) Monitoring\I/O status\Current protection\PHHPTOC1\Outputs
PHHPTOC1 3I>>(1) 51P-2(1) MON LD0.PHHPTOC1.Beh.stVal ENS 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 ENC 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.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.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.MinOpTmms.setVal ING INT32 SP A 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.TypRsCrv.setVal ENG 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\PHHPTOC1
PHHPTOC1 3I>>(1) 51P-2(1) SET LD0.PHHPTOC1.RsDlTmms.setVal ING INT32 SP A 20 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Current protection\PHHPTOC1
PHHPTOC1 3I>>(1) 51P-2(1) SET LD0.PHHPTOC1.NumPh.setVal ENG 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.AMeasMod.setVal ENG Enum SP A 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 ENC 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 ED1 F (Name plate)

PHLPTOC1: Three phase non-directional OC, low stage

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
PHLPTOC1 3I>(1) 51P-1(1) INP LD0.PHLPTOC1.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 OPERATE Operate (A,B,C) Monitoring\I/O status\Current protection\PHLPTOC1\Outputs
PHLPTOC1 3I>(1) 51P-1(1) MON LD0.PHLPTOC1.Beh.stVal ENS 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 ENC 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.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.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.MinOpTmms.setVal ING INT32 SP A 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.TypRsCrv.setVal ENG 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\PHLPTOC1
PHLPTOC1 3I>(1) 51P-1(1) SET LD0.PHLPTOC1.RsDlTmms.setVal ING INT32 SP A 20 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Current protection\PHLPTOC1
PHLPTOC1 3I>(1) 51P-1(1) SET LD0.PHLPTOC1.NumPh.setVal ENG 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.AMeasMod.setVal ENG Enum SP A 2 Measurement mode Selects used measurement mode 1=RMS; 2=DFT; 3=Peak-to-Peak; 5=Wide P-to-P Settings\Settings\Current protection\PHLPTOC1
PHLPTOC1 3I>(1) 51P-1(1) TES LD0.PHLPTOC1.TstOutCmd.Oper.ctlVal ENC 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 ED1 E (Name plate)

PHIPTOC2: Three phase non-directional OC, inst. stage

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
PHIPTOC2 3I>>>(2) 50P/51P(2) INP LD0.PHIPTOC2.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 OPERATE Operate (A,B,C) Monitoring\I/O status\Current protection\PHIPTOC2\Outputs
PHIPTOC2 3I>>>(2) 50P/51P(2) MON LD0.PHIPTOC2.Beh.stVal ENS 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 ENC 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.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 A 20 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Current protection\PHIPTOC2
PHIPTOC2 3I>>>(2) 50P/51P(2) SET LD0.PHIPTOC2.NumPh.setVal ENG 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) TES LD0.PHIPTOC2.TstOutCmd.Oper.ctlVal ENC 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 ED1 E (Name plate)

PHHPTOC2: Three phase non-directional OC, high stage

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
PHHPTOC2 3I>>(2) 51P-2(2) INP LD0.PHHPTOC2.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 OPERATE Operate (A,B,C) Monitoring\I/O status\Current protection\PHHPTOC2\Outputs
PHHPTOC2 3I>>(2) 51P-2(2) MON LD0.PHHPTOC2.Beh.stVal ENS 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 ENC 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.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.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.MinOpTmms.setVal ING INT32 SP A 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.TypRsCrv.setVal ENG 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\PHHPTOC2
PHHPTOC2 3I>>(2) 51P-2(2) SET LD0.PHHPTOC2.RsDlTmms.setVal ING INT32 SP A 20 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Current protection\PHHPTOC2
PHHPTOC2 3I>>(2) 51P-2(2) SET LD0.PHHPTOC2.NumPh.setVal ENG 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.AMeasMod.setVal ENG Enum SP A 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 ENC 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 ED1 F (Name plate)

PHLPTOC2: Three phase non-directional OC, low stage

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
PHLPTOC2 3I>(2) 51P-1(2) INP LD0.PHLPTOC2.Blk.stVal SPS BOOLEAN ST 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 MB,DN,I3 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 MB,DN,I3 OPERATE Operate (A,B,C) Monitoring\I/O status\Current protection\PHLPTOC2\Outputs
PHLPTOC2 3I>(2) 51P-1(2) MON LD0.PHLPTOC2.Beh.stVal ENS 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 ENC 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.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.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.MinOpTmms.setVal ING INT32 SP A 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.TypRsCrv.setVal ENG 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\PHLPTOC2
PHLPTOC2 3I>(2) 51P-1(2) SET LD0.PHLPTOC2.RsDlTmms.setVal ING INT32 SP A 20 Reset delay time Reset delay time 0...60000 ms Settings\Settings\Current protection\PHLPTOC2
PHLPTOC2 3I>(2) 51P-1(2) SET LD0.PHLPTOC2.NumPh.setVal ENG 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.AMeasMod.setVal ENG Enum SP A 2 Measurement mode Selects used measurement mode 1=RMS; 2=DFT; 3=Peak-to-Peak; 5=Wide P-to-P Settings\Settings\Current protection\PHLPTOC2
PHLPTOC2 3I>(2) 51P-1(2) TES LD0.PHLPTOC2.TstOutCmd.Oper.ctlVal ENC 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 ED1 E (Name plate)

SSCBR1: Circuit breaker condition monitoring

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
SSCBR1 CBCM(1) CBCM(1) INP LD0.SSCBR1.Blk.stVal SPS BOOLEAN ST B 0 BLOCK Block input status Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs
SSCBR1 CBCM(1) CBCM(1) INP LD0.SSCBR1.ColOpn.stVal SPS BOOLEAN ST B 0 OPEN_CB_EXE Signal for open command to coil 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.ColCls.stVal SPS BOOLEAN ST B 0 CLOSE_CB_EXE Signal for close command to coil Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs
SSCBR1 CBCM(1) CBCM(1) INP LD0.SSCBR1.RsAccmAPwr.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
SSIMG1 INP LD0.SSIMG1.PresAlm.stVal SPS BOOLEAN ST B 0 PRES_ALM_IN Binary pressure alarm input Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs
SSIMG1 INP LD0.SSIMG1.PresBlk.stVal SPS BOOLEAN ST B 0 PRES_LO_IN Binary pressure input for lockout indication Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs
SSOPM1 INP LD0.SSOPM1.SprChaStr.stVal SPS BOOLEAN ST B 0 SPR_CHR_ST CB spring charging started input Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs
SSOPM1 INP LD0.SSOPM1.SprChaStop.stVal SPS BOOLEAN ST B 0 SPR_CHR CB spring charged input Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs
SSOPM1 INP LD0.SSOPM1.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.OpCntAlm.stVal SPS BOOLEAN ST B StatIed P,H MB,DN,I3 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.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.OpnAlm.stVal SPS BOOLEAN ST B StatIed P,H MB,DN,I3 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 MB,DN,I3 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.OpCntLO.stVal SPS BOOLEAN ST B StatIed P,H MB,DN,I3 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 MB,DN,I3 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.APwrAlm.stVal SPS BOOLEAN ST B StatIed P,H MB,DN,I3 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 MB,DN,I3 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.RmnNumOpAlm.stVal SPS BOOLEAN ST ED2,B StatIed P,H MB,DN,I3 CB_LIFE_ALM Remaining life of CB exceeded alarm limit Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs
SSCBR1 CBCM(1) CBCM(1) OUT LD0.SSCBR1.RmnNumAlm.stVal SPS BOOLEAN ST ED1 StatIed P,H MB,DN,I3 CB_LIFE_ALM Remaining life of CB exceeded alarm limit Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs
SSIMG1 OUT LD0.SSIMG1.InsAlm.stVal SPS BOOLEAN ST B StatIed P,H MB,DN,I3 PRES_ALM Pressure below alarm level Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs
SSIMG1 OUT LD0.SSIMG1.InsBlk.stVal SPS BOOLEAN ST B StatIed P,H MB,DN,I3 PRES_LO Pressure below lockout level Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs
SSOPM1 OUT LD0.SSOPM1.SprChaAlm.stVal SPS BOOLEAN ST B StatIed P,H MB,DN,I3 SPR_CHR_ALM Spring charging time has crossed the set value Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs
SSCBR1 CBCM(1) CBCM(1) CTR LD0.SSCBR1.RsAccmAPwr.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN,I3 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 MB,DN,I3 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 MB,DN,I3 SSCBR1 travel times Reset CB closing and opening travel times 0=Cancel; 1=Clear Clear\Clear
SSOPM1 CTR LD0.SSOPM1.RsSprChaTm.Oper.ctlVal SPC BOOLEAN CO B 0 MB,DN,I3 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 ENS 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.OpTmOpn.mag.f MV FLOAT32 MX B MB,DN 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.OpTmCls.mag.f MV FLOAT32 MX B MB,DN 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.OpCntRs.stVal INC INT32 ST B StatIed P,H MB,DN 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 MB,DN INA_DAYS The number of days CB has been inactive 0...9999 Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data
SPH1SCBR1 MON LD0.SPH1SCBR1.RmnNumOp.stVal INS INT32 ST B MB,DN CB_LIFE_A CB Remaining life phase A -99999...99999 Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data
SPH1SCBR1 MON LD0.SPH1SCBR1.AccmAPwr.mag.f MV FLOAT32 MX B MB,DN IPOW_A Accumulated currents power (Iyt), phase A 0.000...30000.000 Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data
SPH2SCBR1 MON LD0.SPH2SCBR1.RmnNumOp.stVal INS INT32 ST B MB,DN CB_LIFE_B CB Remaining life phase B -99999...99999 Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data
SPH2SCBR1 MON LD0.SPH2SCBR1.AccmAPwr.mag.f MV FLOAT32 MX B MB,DN IPOW_B Accumulated currents power (Iyt), phase B 0.000...30000.000 Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data
SPH3SCBR1 MON LD0.SPH3SCBR1.RmnNumOp.stVal INS INT32 ST B MB,DN CB_LIFE_C CB Remaining life phase C -99999...99999 Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data
SPH3SCBR1 MON LD0.SPH3SCBR1.AccmAPwr.mag.f MV FLOAT32 MX B MB,DN IPOW_C Accumulated currents power (Iyt), phase C 0.000...30000.000 Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data
SSOPM1 MON LD0.SSOPM1.TmsSprCha.mag.f MV FLOAT32 MX B MB,DN 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) CFG LD0.SSCBR1.Mod.Oper.ctlVal ENC 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.OpAlmNum.setVal ING INT32 SP B 200 Alarm Op number Alarm limit for number of operations 0...99999 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.CorOpnTmms.setVal ING INT32 SP A 10 Opening time Cor Correction factor for open travel time in ms -100...100 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 A 10 Closing time Cor Correction factor for CB close travel time in ms -100...100 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.OpLONum.setVal ING INT32 SP B 300 Lockout Op number Lock out limit for number of operations 0...99999 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.NumOpAlmLev.setVal ING INT32 SP ED2,A 500 Life alarm level Alarm level for CB remaining life 0...99999 Configuration\Condition monitoring\SSCBR1
SSCBR1 CBCM(1) CBCM(1) CFG LD0.SSCBR1.NumAlmLev.setVal ING INT32 SP ED1 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.CntIniVal.setVal ING INT32 SP A,I 0 Counter initial Val The operation numbers counter initialization value 0...99999 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 A,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 A,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.TrvClcMod.setVal ENG Enum SP B 2 Travel time Clc mode Travel time calculation mode selection 1=From Cmd to Pos; 2=From Pos to Pos Configuration\Condition monitoring\SSCBR1
SSCBR1 CBCM(1) CBCM(1) CFG LD0.SSCBR1.DirCff.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.IniRmnNumOp.setMag.f ASG FLOAT32 SP ED2,B,I 5000 Initial CB Rmn life Initial value for the CB remaining life 0...99999 Configuration\Condition monitoring\SSCBR1
SSCBR1 CBCM(1) CBCM(1) CFG LD0.SSCBR1.IniRmnNum.setMag.f ASG FLOAT32 SP ED1 5000 Initial CB Rmn life Initial value for the CB remaining life 0...99999 Configuration\Condition monitoring\SSCBR1
SSCBR1 CBCM(1) CBCM(1) CFG LD0.SSCBR1.AlmAccmAPwr.setMag.f ASG FLOAT32 SP ED2,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.AlmAccAPwr.setMag.f ASG FLOAT32 SP ED1 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.AccmStopA.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.LOAccmAPwr.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.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.IniAccmAPwr.setMag.f ASG FLOAT32 SP ED2,A 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) CFG LD0.SSCBR1.IniAccAPwr.setMag.f ASG FLOAT32 SP ED1 0.00 Ini Acc currents Pwr Initial value for accumulation energy (Iyt) 0.00...20000.00 Configuration\Condition monitoring\SSCBR1
SSIMG1 CFG LD0.SSIMG1.InsAlmTmms.setVal ING INT32 SP A 10 Pressure alarm time Time delay for gas pressure alarm in ms 0...60000 ms Configuration\Condition monitoring\SSCBR1
SSIMG1 CFG LD0.SSIMG1.InsBlkTmms.setVal ING INT32 SP A 10 Pres lockout time Time delay for gas pressure lockout in ms 0...60000 ms Configuration\Condition monitoring\SSCBR1
SSOPM1 CFG LD0.SSOPM1.SprChaTmms.setVal ING INT32 SP B 15000 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) TES LD0.SSCBR1.TestSpvn.Oper.ctlVal ENC Enum CO B 0 SSCBR1 Test control for outputs 0=Reset; 9=Act. TRV_T_OP_ALM; 10=Deact. TRV_T_OP_ALM; 11=Act. TRV_T_CL_ALM; 12=Deact. TRV_T_CL_ALM; 17=Activate SPR_CHR_ALM; 18=Deactive SPR_CHR_ALM; 19=Activate OPR_ALM; 20=Deactive OPR_ALM; 21=Activate OPR_LO; 22=Deactive OPR_LO; 23=Activate IPOW_ALM; 24=Deactive IPOW_ALM; 25=Activate IPOW_LO; 26=Deactive IPOW_LO; 27=Activate CB_LIFE_ALM; 28=Deactive CB_LIFE_ALM; 29=Activate MON_ALM; 30=Deactive MON_ALM; 31=Activate PRES_ALM; 32=Deactive PRES_ALM; 33=Activate PRES_LO; 34=Deactive PRES_LO; 35=Activate OPENPOS; 36=Deactive OPENPOS; 37=Activate INVALIDPOS; 38=Deactive INVALIDPOS; 39=Activate CLOSEPOS; 40=Deactive CLOSEPOS Tests\Function tests\Condition monitoring
SSCBR1 CBCM(1) CBCM(1) VER LD0.SSCBR1.NamPlt.swRev LPL VisString255 (20) DC ED1 F (Name plate)

TPOSYLTC1: Tap changer position indication

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
TPOSYLTC1 TPOSM(1) 84M(1) INP LD0.TPOSYLTC1.TapPos.valWTr.posVal ISC INT8 ST B 0 StatUrg P,H MB,DN,I3 TAP_POS Tap position indication -63...63 Monitoring\I/O status\Measurements\TPOSYLTC1\Monitored data
TPOSYLTC1 TPOSM(1) 84M(1) INP LD0.TPOSYLTC1.EndPosR.stVal SPS BOOLEAN ST B 0 END_POS_R End position raise or highest allowed tap position reached Monitoring\I/O status\Measurements\TPOSYLTC1\Inputs
TPOSYLTC1 TPOSM(1) 84M(1) INP LD0.TPOSYLTC1.EndPosL.stVal SPS BOOLEAN ST B 0 END_POS_L End position lower or lowest allowed tap position reached Monitoring\I/O status\Measurements\TPOSYLTC1\Inputs
TPOSYLTC1 TPOSM(1) 84M(1) INP LD0.TPOSYLTC1.InBit1.stVal SPS BOOLEAN ST B 0 BI0 Binary input 1 Monitoring\I/O status\Measurements\TPOSYLTC1\Inputs
TPOSYLTC1 TPOSM(1) 84M(1) INP LD0.TPOSYLTC1.InBit2.stVal SPS BOOLEAN ST B 0 BI1 Binary input 2 Monitoring\I/O status\Measurements\TPOSYLTC1\Inputs
TPOSYLTC1 TPOSM(1) 84M(1) INP LD0.TPOSYLTC1.InBit3.stVal SPS BOOLEAN ST B 0 BI2 Binary input 3 Monitoring\I/O status\Measurements\TPOSYLTC1\Inputs
TPOSYLTC1 TPOSM(1) 84M(1) INP LD0.TPOSYLTC1.InBit4.stVal SPS BOOLEAN ST B 0 BI3 Binary input 4 Monitoring\I/O status\Measurements\TPOSYLTC1\Inputs
TPOSYLTC1 TPOSM(1) 84M(1) INP LD0.TPOSYLTC1.InBit5.stVal SPS BOOLEAN ST B 0 BI4 Binary input 5 Monitoring\I/O status\Measurements\TPOSYLTC1\Inputs
TPOSYLTC1 TPOSM(1) 84M(1) INP LD0.TPOSYLTC1.InBit6.stVal SPS BOOLEAN ST B 0 BI5 Binary input 6 Monitoring\I/O status\Measurements\TPOSYLTC1\Inputs
TPOSYLTC1 TPOSM(1) 84M(1) INP LD0.TPOSYLTC1.InBit7.stVal SPS BOOLEAN ST B 0 SIGN_BIT Binary input sign bit Monitoring\I/O status\Measurements\TPOSYLTC1\Inputs
TPOSYLTC1 TPOSM(1) 84M(1) OUT Channel TAP_POS (ACT output channel)
TPOSYLTC1 TPOSM(1) 84M(1) CFG LD0.TPOSYLTC1.Mod.Oper.ctlVal ENC Enum CO B,I 1 Operation Operation Off / On 1=on; 5=off Configuration\Measurements\TPOSYLTC1
TPOSYLTC1 TPOSM(1) 84M(1) CFG LD0.TPOSYLTC1.BinCdMod.setVal ENG Enum SP B 2 Operation mode Operation mode selection 1=NAT2INT; 2=BCD2INT; 3=GRAY2INT Configuration\Measurements\TPOSYLTC1
TPOSYLTC1 TPOSM(1) 84M(1) VER LD0.TPOSYLTC1.NamPlt.swRev LPL VisString255 (20) DC ED1 D (Name plate)

TR2PTDF1: Transformer differential protection of two winding transformers

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
TR2PTDF1 3dI>T(1) 87T(1) INP Channel TAP_POS (ACT input channel)
TR2PTDF1 3dI>T(1) 87T(1) INP LD0.TR2PTRC1.Blk.stVal SPS BOOLEAN ST B 0 BLOCK Block Monitoring\I/O status\Differential prot\TR2PTDF1\Inputs
TR2PTDF1 3dI>T(1) 87T(1) INP LD0.TR2LPDIF1.Blk.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.TR2HPDIF1.Blk.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.TR2PTRC1.Op.general ACT BOOLEAN ST B StatNrml P,H,T MB,DN,I3 OPERATE Operate combined (A,B,C) Monitoring\I/O status\Differential prot\TR2PTDF1\Outputs
TR2PTDF1 3dI>T(1) 87T(1) OUT LD0.TR2LPDIF1.Op.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.TR2LPDIF1.BlkWavSt.general ACT BOOLEAN ST B StatNrml P,H MB,DN,I3 BLKDWAV Waveform blocking status (A,B,C) Monitoring\I/O status\Differential prot\TR2PTDF1\Outputs
TR2PTDF1 3dI>T(1) 87T(1) OUT LD0.TR2LPDIF1.Blk2HSt.general ACT BOOLEAN ST B StatNrml P,H MB,DN,I3 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.TR2LPDIF1.Blk5HSt.general ACT BOOLEAN ST B StatNrml P,H MB,DN,I3 BLKD5H 5th harmonic restraint block status (A,B,C) Monitoring\I/O status\Differential prot\TR2PTDF1\Outputs
TR2PTDF1 3dI>T(1) 87T(1) OUT LD0.TR2HPDIF1.Op.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) MON LD0.TR2PTRC1.Beh.stVal ENS 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.TR2PTRC1.Op.phsA ACT BOOLEAN ST B StatNrml P,H,T MB,DN OPR_A Operate phase A Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data
TR2PTDF1 3dI>T(1) 87T(1) MON LD0.TR2PTRC1.Op.phsB ACT BOOLEAN ST B StatNrml P,H,T MB,DN OPR_B Operate phase B Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data
TR2PTDF1 3dI>T(1) 87T(1) MON LD0.TR2PTRC1.Op.phsC ACT BOOLEAN ST B StatNrml P,H,T MB,DN OPR_C Operate phase C Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data
TR2PTDF1 3dI>T(1) 87T(1) MON LD0.TR2LPDIF1.DifAClc.phsA.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 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.TR2LPDIF1.DifAClc.phsB.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 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.TR2LPDIF1.DifAClc.phsC.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 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.TR2LPDIF1.RstA.phsA.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 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.TR2LPDIF1.RstA.phsB.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 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.TR2LPDIF1.RstA.phsC.cVal.mag.f WYE FLOAT32 MX B MB,DN,I3 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.TR2LPDIF1.BlkWavSt.phsA ACT BOOLEAN ST B StatNrml P,H MB,DN,I3 BLKDWAV_A Waveform blocking phase A status Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data
TR2PTDF1 3dI>T(1) 87T(1) MON LD0.TR2LPDIF1.BlkWavSt.phsB ACT BOOLEAN ST B StatNrml P,H MB,DN,I3 BLKDWAV_B Waveform blocking phase B status Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data
TR2PTDF1 3dI>T(1) 87T(1) MON LD0.TR2LPDIF1.BlkWavSt.phsC ACT BOOLEAN ST B StatNrml P,H MB,DN,I3 BLKDWAV_C Waveform blocking phase C status Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data
TR2PTDF1 3dI>T(1) 87T(1) MON LD0.TR2LPDIF1.Blk2HSt.phsA ACT BOOLEAN ST B StatNrml P,H MB,DN,I3 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.TR2LPDIF1.Blk2HSt.phsB ACT BOOLEAN ST B StatNrml P,H MB,DN,I3 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.TR2LPDIF1.Blk2HSt.phsC ACT BOOLEAN ST B StatNrml P,H MB,DN,I3 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.TR2LPDIF1.Blk5HSt.phsA ACT BOOLEAN ST B StatNrml P,H MB,DN,I3 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.TR2LPDIF1.Blk5HSt.phsB ACT BOOLEAN ST B StatNrml P,H MB,DN,I3 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.TR2LPDIF1.Blk5HSt.phsC ACT BOOLEAN ST B StatNrml P,H MB,DN,I3 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.TR2LPDIF1.ScyAComp.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.TR2LPDIF1.ScyAComp.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.TR2LPDIF1.ScyAComp.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.TR2LPDIF1.PriAComp.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.TR2LPDIF1.PriAComp.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.TR2LPDIF1.PriAComp.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.TR2LPDIF1.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.TR2LPDIF1.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.TR2LPDIF1.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.TR2LPDIF1.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.TR2LPDIF1.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.TR2LPDIF1.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.TR2LPDIF1.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.TR2LPDIF1.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.TR2LPDIF1.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.TR2H2PHAR1.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.TR2H2PHAR1.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.TR2H2PHAR1.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.TR2H2PHAR1.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.TR2H2PHAR1.AHRat.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.TR2H2PHAR1.AHRat.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.TR2H2PHAR1.AHRat.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.TR2H5PHAR1.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.TR2H5PHAR1.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.TR2H5PHAR1.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.TR2H5PHAR1.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) MON LD0.TR2H5PHAR1.AHRat.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.TR2H5PHAR1.AHRat.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.TR2H5PHAR1.AHRat.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) SET LD0.TR2PTRC1.Mod.Oper.ctlVal ENC 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.TR2LPDIF1.LoSet.setMag.f ASG FLOAT32 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.TR2LPDIF1.RstMod.setVal ENG Enum SG B 9 Restraint mode Restraint mode 5=Waveform; 6=2.h + waveform; 8=5.h + waveform; 9=2.h + 5.h + wav Settings\Settings\Differential prot\TR2PTDF1
TR2PTDF1 3dI>T(1) 87T(1) SET LD0.TR2LPDIF1.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.TR2LPDIF1.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.TR2LPDIF1.SpeScn3.setMag.f ASG FLOAT32 SG A 100 Slope section 3 Slope of the third line of the operating characteristics 10...100 % Settings\Settings\Differential prot\TR2PTDF1
TR2PTDF1 3dI>T(1) 87T(1) SET LD0.TR2LPDIF1.CTConnTyp.setVal ENG 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.TR2LPDIF1.Wnd1Typ.setVal ENG 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.TR2LPDIF1.Wnd2Typ.setVal ENG 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.TR2LPDIF1.ClkNum.setVal ENG 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.TR2LPDIF1.ZroAElm.setVal ENG 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.TR2LPDIF1.MinWndTap.setVal ING INT32 SP A 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.TR2LPDIF1.MaxWndTap.setVal ING INT32 SP A 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.TR2LPDIF1.TapNomLTC1.setVal ING INT32 SP A,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.TR2LPDIF1.TapWnd.setVal ENG Enum SP A 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.TR2LPDIF1.StepTap1.setMag.f ASG FLOAT32 SP A 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.TR2LPDIF1.HDBlk.setVal SPG BOOLEAN SG A 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.TR2LPDIF1.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.TR2LPDIF1.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.TR2H2PHAR1.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.TR2H5PHAR1.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.TR2H5PHAR1.PhStop.setMag.f ASG FLOAT32 SG A 35 Stop value 5.H 5. harmonic deblocking ratio 10...50 % Settings\Settings\Differential prot\TR2PTDF1
TR2PTDF1 3dI>T(1) 87T(1) SET LD0.TR2H5PHAR1.HDBlk.setVal SPG BOOLEAN SG A 0 Harmonic deblock 5. 5. harmonic deblocking in case of severe overvoltage Settings\Settings\Differential prot\TR2PTDF1
TR2PTDF1 3dI>T(1) 87T(1) SET LD0.TR2HPDIF1.HiSet.setMag.f ASG FLOAT32 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.TR2HPDIF1.EnaHiSet.setVal SPG BOOLEAN SG A 1 Enable high set Enable high set stage Settings\Settings\Differential prot\TR2PTDF1
TR2PTDF1 3dI>T(1) 87T(1) TES LD0.TR2LPDIF1.TestPro.Oper.ctlVal ENC Enum CO B 0 TR2PTDF1 Test control for outputs 0=Reset; 9=Activate OPERATE; 10=Deactive OPERATE; 59=Activate OPR_LS; 60=Deactive OPR_LS; 61=Activate OPR_HS; 62=Deactive OPR_HS; 63=Activate BLKD2H; 64=Deactive BLKD2H; 65=Activate BLKD5H; 66=Deactive BLKD5H; 67=Activate BLKDWAV; 68=Deactive BLKDWAV Tests\Function tests\Differential prot
TR2PTDF1 3dI>T(1) 87T(1) VER LD0.TR2LPDIF1.NamPlt.swRev LPL VisString255 (20) DC ED1 C (Name plate)

T2PTTR1: Thermal overload protection, two time constants

IEC 61850 IEC 60617 ANSI Category IECName CDC Type FC Access Default Dataset Event CMT Parameter name Parameter desc Parameter range Menu path Channel relation
T2PTTR1 3Ith>T/G/C(1) 49T/G/C(1) INP LD0.T2PTTR1.Blk.stVal SPS BOOLEAN ST B 0 BLOCK Block signal for activating the blocking mode Monitoring\I/O status\Current protection\T2PTTR1\Inputs
T2PTTR1 3Ith>T/G/C(1) 49T/G/C(1) INP LD0.T2PTTR1.TmpAmb.mag.f MV FLOAT32 MX B 0 AMB_TEMP The ambient temperature used in the calculation -99...999 °C Monitoring\I/O status\Current protection\T2PTTR1\Inputs
T2PTTR1 3Ith>T/G/C(1) 49T/G/C(1) OUT LD0.T2PTTR1.Str.general ACD BOOLEAN ST B StatNrml P,H MB,DN,I3 START Start Monitoring\I/O status\Current protection\T2PTTR1\Outputs
T2PTTR1 3Ith>T/G/C(1) 49T/G/C(1) OUT LD0.T2PTTR1.Op.general ACT BOOLEAN ST B StatNrml P,H,T MB,DN,I3 OPERATE Operate Monitoring\I/O status\Current protection\T2PTTR1\Outputs
T2PTTR1 3Ith>T/G/C(1) 49T/G/C(1) OUT LD0.T2PTTR1.AlmThm.stVal SPS BOOLEAN ST B StatUrg P,H MB,DN,I3 ALARM Thermal Alarm Monitoring\I/O status\Current protection\T2PTTR1\Outputs
T2PTTR1 3Ith>T/G/C(1) 49T/G/C(1) OUT LD0.T2PTTR1.BlkThm.stVal SPS BOOLEAN ST B BLK_CLOSE Thermal overload indicator. To inhibite reclose. Monitoring\I/O status\Current protection\T2PTTR1\Outputs
T2PTTR1 3Ith>T/G/C(1) 49T/G/C(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/G/C(1) 49T/G/C(1) MON LD0.T2PTTR1.Beh.stVal ENS Enum ST B T2PTTR1 Status 1=on; 2=blocked; 3=test; 4=test/blocked; 5=off Monitoring\FB status
T2PTTR1 3Ith>T/G/C(1) 49T/G/C(1) MON LD0.T2PTTR1.Tmp.mag.f MV FLOAT32 MX B MeasFlt P MB,DN,I3 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/G/C(1) 49T/G/C(1) MON LD0.T2PTTR1.TmpRl.mag.f MV FLOAT32 MX B MeasFlt P MB,DN,I3 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/G/C(1) 49T/G/C(1) MON LD0.T2PTTR1.TmpUsed.mag.f MV FLOAT32 MX B TEMP_AMB The ambient temperature used in the calculation -99...999 °C Monitoring\I/O status\Current protection\T2PTTR1\Monitored data
T2PTTR1 3Ith>T/G/C(1) 49T/G/C(1) MON LD0.T2PTTR1.OpTm.stVal INS INT32 ST B MB,DN T_OPERATE Estimated time to operate 0...60000 s Monitoring\I/O status\Current protection\T2PTTR1\Monitored data
T2PTTR1 3Ith>T/G/C(1) 49T/G/C(1) MON LD0.T2PTTR1.BlkThmRsTm.stVal INS INT32 ST B MB,DN 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/G/C(1) 49T/G/C(1) SET LD0.T2PTTR1.Mod.Oper.ctlVal ENC Enum CO B,I 1 Operation Operation Off / On 1=on; 5=off Settings\Settings\Current protection\T2PTTR1
T2PTTR1 3Ith>T/G/C(1) 49T/G/C(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/G/C(1) 49T/G/C(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/G/C(1) 49T/G/C(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/G/C(1) 49T/G/C(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/G/C(1) 49T/G/C(1) SET LD0.T2PTTR1.ARef.setMag.f ASG FLOAT32 SG A 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/G/C(1) 49T/G/C(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/G/C(1) 49T/G/C(1) SET LD0.T2PTTR1.IniTmp.setMag.f ASG FLOAT32 SP A 80.0 Initial temperature Initial temperature, percent value 0.0...100.0 % Settings\Settings\Current protection\T2PTTR1
T2PTTR1 3Ith>T/G/C(1) 49T/G/C(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 <