Document ID: 1MRS756606E

Supported product release information

REF615 3.0 IEC

RED615 3.0 IEC

REM615 3.0 IEC

RET615 3.0 IEC

REU615 3.0 IEC

Note: This parameter list is the maximum set of parameters available for 615 series IED products. Parameter shown here are not available in each variant. Always use the parameter list deliverred with the corresponding product connectivity package to see which parameters are available in each release and product. Please see the Application Manual for more information about the functions used in the products.

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	O=Operator R/W, E=Engineer R/W, A=Administrator R/W, C=Coldboot, #=Dependent on the product variant
Default	Default value of settings, inputs and version data, settings are in pu level
Dataset	Event handling default dataset
Event	Event handling: P=Protocol, H=LHMI, T=transient (no deactivation events)
Parameter name	Parameter name in menus
Parameter desc	Parameter help in menus/ tooltip in PCM
Parameter range	Enumeration values; minimum and maximum in pu level
Menu path	Complete menu path
Channel relation	Relation to analog channel (if defined)

Protection LLN0

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

Protection LLN0

INP

LD0.LLN0.Act2SG.stVal

SPC

BOOLEAN

SG_2_ACT

Setting group 2 is active

Monitoring\Setting group\Outputs

Protection LLN0

INP

LD0.LLN0.Act3SG.stVal

SPC

BOOLEAN

SG_3_ACT

Setting group 3 is active

Monitoring\Setting group\Outputs

Protection LLN0

INP

LD0.LLN0.Act4SG.stVal

SPC

BOOLEAN

SG_4_ACT

Setting group 4 is active

Monitoring\Setting group\Outputs

Protection LLN0

INP

LD0.LLN0.Act5SG.stVal

SPC

BOOLEAN

SG_5_ACT

Setting group 5 is active

Monitoring\Setting group\Outputs

Protection LLN0

INP

LD0.LLN0.Act6SG.stVal

SPC

BOOLEAN

SG_6_ACT

Setting group 6 is active

Monitoring\Setting group\Outputs

Protection LLN0

OUT

LD0.LLN0.Act1SG.stVal

SPC

BOOLEAN

SG_1_ACT

Setting group 1 is active

Monitoring\Setting group\Outputs

Protection LLN0

OUT

LD0.LLN0.Act2SG.stVal

SPC

BOOLEAN

SG_2_ACT

Setting group 2 is active

Monitoring\Setting group\Outputs

Protection LLN0

OUT

LD0.LLN0.Act3SG.stVal

SPC

BOOLEAN

SG_3_ACT

Setting group 3 is active

Monitoring\Setting group\Outputs

Protection LLN0

OUT

LD0.LLN0.Act4SG.stVal

SPC

BOOLEAN

SG_4_ACT

Setting group 4 is active

Monitoring\Setting group\Outputs

Protection LLN0

OUT

LD0.LLN0.Act5SG.stVal

SPC

BOOLEAN

SG_5_ACT

Setting group 5 is active

Monitoring\Setting group\Outputs

Protection LLN0

OUT

LD0.LLN0.Act6SG.stVal

SPC

BOOLEAN

SG_6_ACT

Setting group 6 is active

Monitoring\Setting group\Outputs

Protection LLN0

CTR

LD0.LLN0.LEDRs1.Oper.ctlVal

SPC

BOOLEAN

Indications and LEDs

Clear indication LEDs and texts

0=Cancel; 1=Clear

Clear\Clear

Protection LLN0

CTR

LD0.LLN0.LEDRs2.Oper.ctlVal

SPC

BOOLEAN

Programmable LEDs

Clear programmable LEDs

0=Cancel; 1=Clear

Clear\Clear

Device

CTR

LD0.IHMI1.EvClr.Oper.ctlVal

SPC

BOOLEAN

Events

Clear events in HMI

0=Cancel; 1=Clear

Clear\Clear

Physical device

MON

LD0.LPHD1.PhyHealth1.stVal

INS

Enum

StatIed

Warning

IED warning

1=All ok; 2=System; 5=Time synch error; 6=Over temperature; 10=Watchdog reset; 11=Power down det.; 20=IEC 61850 error; 21=Modbus error; 22=DNP3 error; 23=PNIO error; 24=Dataset error; 25=Report cont. error; 26=GOOSE contr. error; 27=SCL config error; 28=Logic error; 29=SMT logic error; 30=GOOSE input error; 31=ACT error; 32=GOOSE rec. error; 33=AFL error; 40=Unack card comp.; 85=ARC1 cont. light; 86=ARC2 cont. light; 87=ARC3 cont. light; 50=Protection comm.; 96=RTD card error,X130; 106=RTD meas. error,X130; 112=UPD voltage low,X115; 113=UPS comm. error,X115; 114=UPS cmd fail,X115; 115=Breaker oper. fail

Monitoring\IED status\Self-supervision

Physical device

MON

LD0.LPHD1.PhyHealth2.stVal

INS

Enum

StatIed

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

Monitoring\IED status\Self-supervision

Physical device

MON

LD0.LPHD1.NumCmpChg.stVal

INS

INT32

No of comp. changes

Number of composition changes

0...100000

Monitoring\IED status\Composition changes

Physical device

MON

LD0.LPHD1.RsDev.t

SPC

Timestamp

Boot up time

IED boot up time

Monitoring\IED status\Self-supervision

Device

MON

LD0.IHMI1.LocClk.stVal

SPS

BOOLEAN

StatIed

Synch status

External synch ok

0=Bad; 1=Good

Monitoring\IED status\Time synchronization

Device

MON

LD0.IHMI1.TmSrc.stVal

INS

Enum

StatIed

Synch source

Time synchronization source

0=Not defined; 1=SNTP primary; 2=SNTP secondary; 3=SNTP tertiary or further; 4=IEEE 1588 primary; 5=IEEE 1588 secondary; 6=IEEE 1588 tertiary or further; 7=IRIG-B; 8=DNP 3.0; 9=Modbus; 14=Minute pulse; 16=IEC60870-5-101; 17=IEC60870-5-103; 18=IEC60870-5-104; 19=EXT; 99=Free running, locally generated; 21=Line differential

Monitoring\IED status\Time synchronization

Protection LLN0

CFG

LD0.LLN0.NamPlt.eIp

LPL

VisString255 (20)

192.168.2.10

IP address

IP address for rear port(s)

Configuration\Communication\Ethernet\Rear port(s)

Protection LLN0

CFG

LD0.LLN0.NamPlt.eIpSubNet

LPL

VisString255 (20)

255.255.255.0

Subnet mask

Subnet mask for rear port(s)

Configuration\Communication\Ethernet\Rear port(s)

Protection LLN0

CFG

LD0.LLN0.NamPlt.eIpGateWay

LPL

VisString255 (20)

192.168.2.1

Default gateway

Default gateway for rear port(s)

Configuration\Communication\Ethernet\Rear port(s)

Protection LLN0

CFG

LD0.LLN0.NamPlt.eIpFront

LPL

VisString255 (20)

192.168.0.254

IP address

IP address for front port (fixed)

Configuration\Communication\Ethernet\Front port

Protection LLN0

CFG

LD0.LLN0.NamPlt.eIpSNTPpri

LPL

VisString255 (20)

10.58.125.165

IP SNTP primary

IP address for SNTP primary server

Configuration\Time\Synchronization

Protection LLN0

CFG

LD0.LLN0.NamPlt.eIpSNTPsec

LPL

VisString255 (20)

192.168.2.165

IP SNTP secondary

IP address for SNTP secondary server

Configuration\Time\Synchronization

Protection LLN0

CFG

LD0.LLN0.BlkMode.setVal

ING

Enum

Blocking mode

Behaviour for function BLOCK inputs

1=Freeze timer; 2=Block all; 3=Block OPERATE output

Configuration\System

Protection LLN0

CFG

LD0.LLN0.HzSetE.setVal

ING

Enum

Rated frequency

Rated frequency of the network

1=50Hz; 2=60Hz

Configuration\System

Protection LLN0

CFG

LD0.LLN0.PhRotSet.setVal

ING

Enum

Phase rotation

Phase rotation order

1=ABC; 2=ACB

Configuration\System

Protection LLN0

CFG

LD0.LLN0.DiVThres.setVal

ING

INT32

Threshold voltage

Binary input threshold voltage

18...176 Vdc

Configuration\I/O modules\Common settings

Protection LLN0

CFG

LD0.LLN0.DiOscThres.setVal

ING

INT32

Input osc. level

Binary input oscillation suppression threshold

2...50 events/s

Configuration\I/O modules\Common settings

Protection LLN0

CFG

LD0.LLN0.DiOscHyst.setVal

ING

INT32

Input osc. hyst

Binary input oscillation suppression hysteresis

2...50 events/s

Configuration\I/O modules\Common settings

Protection LLN0

CFG

LD0.LLN0.OpModSG.setVal

ING

Enum

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.ACrvSatPnt.setMag.f

ASG

FLOAT32

IDMT Sat point

Overcurrent IDMT saturation point

10...50 I/I>

Configuration\System

Physical device

CFG

LD0.LPHD1.PhyNam.tmOffset

DPL

INT16

Local time offset

Local time offset in minutes

-720...720 min

Configuration\Time\System time

Physical device

CFG

LD0.LPHD1.PhyNam.eBayName

DPL

VisString255 (20)

REx615

Bay name

Bay name in system

Configuration\System

Physical device

CFG

LD0.LPHD1.PhyNam.eMacAddr

DPL

VisString255 (20)

XX-XX-XX-XX-XX-XX

Mac address

Mac address for rear port(s)

Configuration\Communication\Ethernet\Rear port(s)

Physical device

CFG

LD0.LPHD1.PhyNam.eMacAddr1

DPL

VisString255 (20)

XX-XX-XX-XX-XX-XX

Mac address

Mac address for front port

Configuration\Communication\Ethernet\Front port

Physical device

CFG

LD0.LPHD1.RsDev.Oper.ctlVal

SPC

BOOLEAN

Software reset

Reset of IED

0=Cancel; 1=Activate

Configuration\General

Physical device

CFG

LD0.LPHD1.FacSet.Oper.ctlVal

SPC

BOOLEAN

Factory setting

Restore Factory settings

0=Cancel; 1=Activate

Configuration\General

Device

CFG

LD0.IHMI1.BackLight.setVal

ING

INT32

Backlight timeout

LHMI backlight timeout

1...60 min

Configuration\HMI

Device

CFG

LD0.IHMI1.EFrmT.setVal

ING

Enum

Time format

1=24H:MM:SS:MS; 2=12H:MM:SS:MS

Configuration\Time\System time

Device

CFG

LD0.IHMI1.EFrmD.setVal

ING

Enum

Date format

1=DD.MM.YYYY; 2=DD/MM/YYYY; 3=DD-MM-YYYY; 4=MM.DD.YYYY; 5=MM/DD/YYYY; 6=YYYY-MM-DD; 7=YYYY-DD-MM; 8=YYYY/DD/MM

Configuration\Time\System time

Device

CFG

LD0.IHMI1.NamCnv.setVal

ING

Enum

FB naming convention

FB naming convention used in IED

1=IEC61850; 2=IEC60617; 3=IEC-ANSI

Configuration\HMI

Device

CFG

LD0.IHMI1.DefView.setVal

ING

Enum

Default view

LHMI default view

1=Measurements; 2=Main menu; 3=SLD

Configuration\HMI

Device

CFG

LD0.IHMI1.WhmiMod.setVal

ING

Enum

Web HMI mode

Web HMI functionality

1=Active read only; 2=Active; 3=Disabled

Configuration\HMI

Device

CFG

LD0.IHMI1.WhmiTout.setVal

ING

INT32

Web HMI timeout

Web HMI login timeout

1...60 min

Configuration\HMI

Device

CFG

LD0.IHMI1.LocClk.time

SPS

VisString255 (20)

Time

Configuration\Time\System time

Device

CFG

LD0.IHMI1.LocClk.date

SPS

VisString255 (20)

Date

Configuration\Time\System time

Device

CFG

LD0.IHMI1.LocClk.timeSpring

SPS

VisString255 (20)

02:00

DST on time

Daylight savings time on, time (hh:mm)

Configuration\Time\Daylight saving time

Device

CFG

LD0.IHMI1.LocClk.dateSpring

SPS

VisString255 (20)

01.05.

DST on date

Daylight savings time on, date (dd:mm)

Configuration\Time\Daylight saving time

Device

CFG

LD0.IHMI1.LocClk.offsetSpring

SPS

INT16

DST offset

Daylight savings time offset, in minutes

-720...720 min

Configuration\Time\Daylight saving time

Device

CFG

LD0.IHMI1.LocClk.daySpring

SPS

Enum

DST on day

Daylight savings time on, day of week

0=Not in use; 1=Mon; 2=Tue; 3=Wed; 4=Thu; 5=Fri; 6=Sat; 7=Sun

Configuration\Time\Daylight saving time

Device

CFG

LD0.IHMI1.LocClk.timeAutumn

SPS

VisString255 (20)

02:00

DST off time

Daylight savings time off, time (hh:mm)

Configuration\Time\Daylight saving time

Device

CFG

LD0.IHMI1.LocClk.dateAutumn

SPS

VisString255 (20)

25.09.

DST off date

Daylight savings time off, date (dd:mm)

Configuration\Time\Daylight saving time

Device

CFG

LD0.IHMI1.LocClk.dayAutumn

SPS

Enum

DST off day

Daylight savings time off, day of week

0=Not in use; 1=Mon; 2=Tue; 3=Wed; 4=Thu; 5=Fri; 6=Sat; 7=Sun

Configuration\Time\Daylight saving time

Device

CFG

LD0.IHMI1.SyncSrc.setVal

ING

Enum

Synch source

Time synchronization source

0=None; 1=SNTP; 2=Modbus; 5=IRIG-B; 8=Line differential; 9=DNP; 17=IEC60870-5-103

Configuration\Time\Synchronization

Device

CFG

LD0.IHMI1.ESldSymFor.setVal

ING

Enum

SLD symbol format

Single Line Diagram symbol format

1=IEC; 2=ANSI

Configuration\HMI

Device

CFG

LD0.IHMI1.ScrDlTms.setVal

ING

INT32

Autoscroll delay

Autoscroll delay for Measurements view

0...30 s

Configuration\HMI

Security application

CFG

LD0.GSAL1.AuthLoc.setVal

SPG

BOOLEAN

ORERAW

Local override

Disable authority

Configuration\Authorization

Security application

CFG

LD0.GSAL1.AuthLoc.pwdAdmin

SPG

VisString255 (64)

ORERAW

Local administrator

Set password

Configuration\Authorization

Security application

CFG

LD0.GSAL1.AuthLoc.pwdEng

SPG

VisString255 (64)

ORERAW

Local engineer

Set password

Configuration\Authorization

Security application

CFG

LD0.GSAL1.AuthLoc.pwdOper

SPG

VisString255 (64)

ORERAW

Local operator

Set password

Configuration\Authorization

Security application

CFG

LD0.GSAL1.AuthLoc.pwdView

SPG

VisString255 (64)

ORERAW

Local viewer

Set password

Configuration\Authorization

Security application

CFG

LD0.GSAL1.AuthRem.setVal

SPG

BOOLEAN

ORERAW

Remote override

Disable authority

Configuration\Authorization

Security application

CFG

LD0.GSAL1.AuthRem.pwdAdmin

SPG

VisString255 (64)

ORERAW

Remote administrator

Set password

Configuration\Authorization

Security application

CFG

LD0.GSAL1.AuthRem.pwdEng

SPG

VisString255 (64)

ORERAW

Remote engineer

Set password

Configuration\Authorization

Security application

CFG

LD0.GSAL1.AuthRem.pwdOper

SPG

VisString255 (64)

ORERAW

Remote operator

Set password

Configuration\Authorization

Security application

CFG

LD0.GSAL1.AuthRem.pwdView

SPG

VisString255 (64)

ORERAW

Remote viewer

Set password

Configuration\Authorization

Protection LLN0

SET

LD0.LLN0.CpySG.Oper.ctlVal

INC

Enum

Copy group 1

Copy setting group 1 values into selected group

1=Cancel; 2=Copy 1 into 2; 3=Copy 1 into 3; 4=Copy 1 into 4; 5=Copy 1 into 5; 6=Copy 1 into 6; 99=Copy 1 into all

Settings\Setting group

Protection LLN0

TES

LD0.LLN0.Mod.Oper.ctlVal

INC

Enum

Test mode

1=Test off; 3=Test on

Tests\IED test

Physical device

TES

LD0.LPHD1.IrfTst.Oper.ctlVal

SPC

BOOLEAN

Internal fault test

Internal fault test mode

0=Test off; 1=Test on

Tests\IED test

Physical device

INF

LD0.LPHD1.PhyNam.hwRev

DPL

VisString255 (20)

HW revision

IED HW revision

Information\Product identifiers

Physical device

INF

LD0.LPHD1.PhyNam.swRev

DPL

VisString255 (20)

X.X

SW version

IED SW version

Information\Product identifiers

Physical device

INF

LD0.LPHD1.PhyNam.serNum

DPL

VisString255 (20)

1XXXXXXXXXXX

Serial number

IED serial number

Information\Product identifiers

Physical device

INF

LD0.LPHD1.PhyNam.model

DPL

VisString255 (20)

REx615

Type

IED type

Information\Product identifiers

Physical device

INF

LD0.LPHD1.PhyNam.eSwDate

DPL

VisString255 (20)

YYYY-MM-DD

SW date

IED SW date

Information\Product identifiers

Physical device

INF

LD0.LPHD1.PhyNam.eSwNum

DPL

VisString255 (20)

XXXX

SW number

IED SW number

Information\Product identifiers

Physical device

INF

LD0.LPHD1.PhyNam.eProdDate

DPL

VisString255 (20)

YYYY-MM-DD

Production date

IED production date

Information\Product identifiers

Physical device

INF

LD0.LPHD1.PhyNam.eOrdNum

DPL

VisString255 (64)

#BDA############XD

Order code

IED order code

Information\Product identifiers

Physical device

INF

LD0.LPHD1.PhyNam.eConfName

DPL

VisString255 (20)

FE0X+DE0X+ME0X+TE0X

Configuration name

IED configuration name

Information\Product identifiers

Physical device

INF

LD0.LPHD1.PhyNam.eIedName

DPL

VisString255 (64)

TIGER

Technical key

Technical key set by tool

Information\System identifiers

Physical device

INF

LD0.LPHD1.PhyNam.eCustomer

DPL

VisString255 (64)

Customer name

Name of the customer

Information\Site identifiers

Physical device

INF

LD0.LPHD1.PhyNam.eStreet

DPL

VisString255 (64)

Street

Name of the street

Information\Site identifiers

Physical device

INF

LD0.LPHD1.PhyNam.eHouseNum

DPL

VisString255 (64)

House number

Number of the house

Information\Site identifiers

Physical device

INF

LD0.LPHD1.PhyNam.eZip

DPL

VisString255 (20)

ZIP/Postal code

Information\Site identifiers

Physical device

INF

LD0.LPHD1.PhyNam.eCity

DPL

VisString255 (64)

City/Province

Information\Site identifiers

Physical device

INF

LD0.LPHD1.PhyNam.eState

DPL

VisString255 (64)

State

Name of state

Information\Site identifiers

Physical device

INF

LD0.LPHD1.PhyNam.eCountry

DPL

VisString255 (64)

Country

Name of the country

Information\Site identifiers

Physical device

INF

LD0.LPHD1.EEName.hwRev

DPL

VisString255 (20)

HW revision

Card HW revision

Information\HW modules\Main board

Physical device

INF

LD0.LPHD1.EEName.serNum

DPL

VisString255 (20)

1XXXXXXXXXXX

Serial number

Card serial number

Information\HW modules\Main board

Physical device

INF

LD0.LPHD1.EEName.eArtNum

DPL

VisString255 (20)

2RAAXXXXXX

Article number

IED article number

Information\HW modules\Main board

Physical device

INF

LD0.LPHD1.EEName.eManDate

DPL

VisString255 (20)

YYYY-MM-DD

Manufacturing date

Card manufacturing date

Information\HW modules\Main board

Physical device

INF

LD0.LPHD1.EEName.eTestDate

DPL

VisString255 (20)

YYYY-MM-DD

Test date

Card test date

Information\HW modules\Main board

Device

INF

LD0.IHMI1.EEName.hwRev

DPL

VisString255 (20)

HW revision

Card HW revision

Information\HW modules\LHMI

Device

INF

LD0.IHMI1.EEName.swRev

DPL

VisString255 (20)

SW version

Card SW version

Information\HW modules\LHMI

Device

INF

LD0.IHMI1.EEName.serNum

DPL

VisString255 (20)

1XXXXXXXXXXX

Serial number

Card serial number

Information\HW modules\LHMI

Device

INF

LD0.IHMI1.EEName.eArtNum

DPL

VisString255 (20)

2RAAXXXXXX

Article number

LHMI article number

Information\HW modules\LHMI

Device

INF

LD0.IHMI1.EEName.eManDate

DPL

VisString255 (20)

YYYY-MM-DD

Manufacturing date

Card manufacturing date

Information\HW modules\LHMI

Device

INF

LD0.IHMI1.EEName.eTestDate

DPL

VisString255 (20)

YYYY-MM-DD

Test date

Card test date

Information\HW modules\LHMI

Protection LLN0

VER

LD0.LLN0.NamPlt.swRev

LPL

VisString255 (20)

Physical device

VER

LD0.LPHD1.PhyNam.swRev

DPL

VisString255 (20)

X.X

SW version

IED SW version

Information\Product identifiers

Physical device

VER

LD0.LPHD1.EEName.swRev

DPL

VisString255 (20)

Device

VER

LD0.IHMI1.EEName.swRev

DPL

VisString255 (20)

SW version

Card SW version

Information\HW modules\LHMI

INRPHAR1: Three-phase inrush detector

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

INRPHAR1

3I2f>

INP

LD0.INRPHAR1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block input status

Monitoring\I/O status\Current protection\INRPHAR1\Inputs

INRPHAR1

3I2f>

OUT

LD0.INRPHAR1.Str.general

ACD

BOOLEAN

StatIO

BLK2H

Second harmonic based block

Monitoring\I/O status\Current protection\INRPHAR1\Outputs

INRPHAR1

3I2f>

MON

LD0.INRPHAR1.Beh.stVal

INS

Enum

INRPHAR1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

INRPHAR1

3I2f>

SET

LD0.INRPHAR1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\INRPHAR1

INRPHAR1

3I2f>

SET

LD0.INRPHAR1.PhStr.setMag.f

ASG

FLOAT32

Start value

Ratio of the 2. to the 1. harmonic leading to restraint

5...100 %

Settings\Settings\Current protection\INRPHAR1

INRPHAR1

3I2f>

SET

LD0.INRPHAR1.OpDlTmms.setVal

ING

INT32

Operate delay time

20...60000 ms

Settings\Settings\Current protection\INRPHAR1

INRPHAR1

3I2f>

SET

LD0.INRPHAR1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\INRPHAR1

INRPHAR1

3I2f>

TES

LD0.INRPHAR1.TstOutCmd.Oper.ctlVal

INC

Enum

INRPHAR1

Test control for outputs

0=Reset; 35=Activate BLK2H; 36=Deactive BLK2H

Tests\Function tests\Current protection

INRPHAR1

3I2f>

VER

LD0.INRPHAR1.NamPlt.swRev

LPL

VisString255 (20)

X100 (PSM)

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

X100 (PSM)

INP

LD0.XGGIO100.SPCSO1.stVal

SPC

BOOLEAN

StatIO

X100-PO1

Connectors 6-7

Monitoring\I/O status\Binary output values\X100 (PSM)

X100 (PSM)

INP

LD0.XGGIO100.SPCSO2.stVal

SPC

BOOLEAN

StatIO

X100-PO2

Connectors 8-9

Monitoring\I/O status\Binary output values\X100 (PSM)

X100 (PSM)

INP

LD0.XGGIO100.SPCSO3.stVal

SPC

BOOLEAN

StatIO

X100-SO1

Connectors 10c-11nc-12no

Monitoring\I/O status\Binary output values\X100 (PSM)

X100 (PSM)

INP

LD0.XGGIO100.SPCSO4.stVal

SPC

BOOLEAN

StatIO

X100-SO2

Connectors 13c-14no

Monitoring\I/O status\Binary output values\X100 (PSM)

X100 (PSM)

INP

LD0.XGGIO100.SPCSO5.stVal

SPC

BOOLEAN

StatIO

X100-PO3

Connectors 15-17/18-19

Monitoring\I/O status\Binary output values\X100 (PSM)

X100 (PSM)

INP

LD0.XGGIO100.SPCSO6.stVal

SPC

BOOLEAN

StatIO

X100-PO4

Connectors 20-22/23-24

Monitoring\I/O status\Binary output values\X100 (PSM)

X100 (PSM)

TES

LD0.XGGIO100.SPCSO1.Oper.ctlVal

SPC

BOOLEAN

X100-PO1

Connectors 6-7

Tests\Binary outputs\X100 (PSM)

X100 (PSM)

TES

LD0.XGGIO100.SPCSO2.Oper.ctlVal

SPC

BOOLEAN

X100-PO2

Connectors 8-9

Tests\Binary outputs\X100 (PSM)

X100 (PSM)

TES

LD0.XGGIO100.SPCSO3.Oper.ctlVal

SPC

BOOLEAN

X100-SO1

Connectors 10c-11nc-12no

Tests\Binary outputs\X100 (PSM)

X100 (PSM)

TES

LD0.XGGIO100.SPCSO4.Oper.ctlVal

SPC

BOOLEAN

X100-SO2

Connectors 13c-14no

Tests\Binary outputs\X100 (PSM)

X100 (PSM)

TES

LD0.XGGIO100.SPCSO5.Oper.ctlVal

SPC

BOOLEAN

X100-PO3

Connectors 15-17/18-19

Tests\Binary outputs\X100 (PSM)

X100 (PSM)

TES

LD0.XGGIO100.SPCSO6.Oper.ctlVal

SPC

BOOLEAN

X100-PO4

Connectors 20-22/23-24

Tests\Binary outputs\X100 (PSM)

X100 (PSM)

INF

LD0.XGGIO100.EEName.hwRev

DPL

VisString255 (20)

HW revision

Card HW revision

Information\HW modules\X100 (PSM)

X100 (PSM)

INF

LD0.XGGIO100.EEName.serNum

DPL

VisString255 (20)

Serial number

Card serial number

Information\HW modules\X100 (PSM)

X100 (PSM)

INF

LD0.XGGIO100.EEName.eArtNum

DPL

VisString255 (20)

Article number

Card article number

Information\HW modules\X100 (PSM)

X100 (PSM)

INF

LD0.XGGIO100.EEName.eManDate

DPL

VisString255 (20)

Manufacturing date

Card manufacturing date

Information\HW modules\X100 (PSM)

X100 (PSM)

INF

LD0.XGGIO100.EEName.eTestDate

DPL

VisString255 (20)

Test date

Card test date

Information\HW modules\X100 (PSM)

X100 (PSM)

VER

LD0.XGGIO100.NamPlt.swRev

LPL

VisString255 (20)

X100 (PSM)

VER

LD0.XGGIO100.EEName.swRev

DPL

VisString255 (20)

Programmable LEDs

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

Programmable LEDs

INP

LD0.LEDGGIO1.SPCSO1.stVal

SPC

BOOLEAN

StatIO

Programmable LED 1

Status of programmable LED 1

Monitoring\Programmable LEDs

Programmable LEDs

INP

LD0.LEDGGIO1.SPCSO2.stVal

SPC

BOOLEAN

StatIO

Programmable LED 2

Status of programmable LED 2

Monitoring\Programmable LEDs

Programmable LEDs

INP

LD0.LEDGGIO1.SPCSO3.stVal

SPC

BOOLEAN

StatIO

Programmable LED 3

Status of programmable LED 3

Monitoring\Programmable LEDs

Programmable LEDs

INP

LD0.LEDGGIO1.SPCSO4.stVal

SPC

BOOLEAN

StatIO

Programmable LED 4

Status of programmable LED 4

Monitoring\Programmable LEDs

Programmable LEDs

INP

LD0.LEDGGIO1.SPCSO5.stVal

SPC

BOOLEAN

StatIO

Programmable LED 5

Status of programmable LED 5

Monitoring\Programmable LEDs

Programmable LEDs

INP

LD0.LEDGGIO1.SPCSO6.stVal

SPC

BOOLEAN

StatIO

Programmable LED 6

Status of programmable LED 6

Monitoring\Programmable LEDs

Programmable LEDs

INP

LD0.LEDGGIO1.SPCSO7.stVal

SPC

BOOLEAN

StatIO

Programmable LED 7

Status of programmable LED 7

Monitoring\Programmable LEDs

Programmable LEDs

INP

LD0.LEDGGIO1.SPCSO8.stVal

SPC

BOOLEAN

StatIO

Programmable LED 8

Status of programmable LED 8

Monitoring\Programmable LEDs

Programmable LEDs

INP

LD0.LEDGGIO1.SPCSO9.stVal

SPC

BOOLEAN

StatIO

Programmable LED 9

Status of programmable LED 9

Monitoring\Programmable LEDs

Programmable LEDs

INP

LD0.LEDGGIO1.SPCSO10.stVal

SPC

BOOLEAN

StatIO

Programmable LED 10

Status of programmable LED 10

Monitoring\Programmable LEDs

Programmable LEDs

INP

LD0.LEDGGIO1.SPCSO11.stVal

SPC

BOOLEAN

StatIO

Programmable LED 11

Status of programmable LED 11

Monitoring\Programmable LEDs

Programmable LEDs

CFG

LD0.LEDGGIO1.SPCSO1.d

SPC

VisString255 (64)

Programmable LED 1

Description

Programmable LED description

Configuration\Programmable LEDs\LED 1

Programmable LEDs

CFG

LD0.LEDGGIO1.SPCSO2.d

SPC

VisString255 (64)

Programmable LED 2

Description

Programmable LED description

Configuration\Programmable LEDs\LED 2

Programmable LEDs

CFG

LD0.LEDGGIO1.SPCSO3.d

SPC

VisString255 (64)

Programmable LED 3

Description

Programmable LED description

Configuration\Programmable LEDs\LED 3

Programmable LEDs

CFG

LD0.LEDGGIO1.SPCSO4.d

SPC

VisString255 (64)

Programmable LED 4

Description

Programmable LED description

Configuration\Programmable LEDs\LED 4

Programmable LEDs

CFG

LD0.LEDGGIO1.SPCSO5.d

SPC

VisString255 (64)

Programmable LED 5

Description

Programmable LED description

Configuration\Programmable LEDs\LED 5

Programmable LEDs

CFG

LD0.LEDGGIO1.SPCSO6.d

SPC

VisString255 (64)

Programmable LED 6

Description

Programmable LED description

Configuration\Programmable LEDs\LED 6

Programmable LEDs

CFG

LD0.LEDGGIO1.SPCSO7.d

SPC

VisString255 (64)

Programmable LED 7

Description

Programmable LED description

Configuration\Programmable LEDs\LED 7

Programmable LEDs

CFG

LD0.LEDGGIO1.SPCSO8.d

SPC

VisString255 (64)

Programmable LED 8

Description

Programmable LED description

Configuration\Programmable LEDs\LED 8

Programmable LEDs

CFG

LD0.LEDGGIO1.SPCSO9.d

SPC

VisString255 (64)

Programmable LED 9

Description

Programmable LED description

Configuration\Programmable LEDs\LED 9

Programmable LEDs

CFG

LD0.LEDGGIO1.SPCSO10.d

SPC

VisString255 (64)

Programmable LED 10

Description

Programmable LED description

Configuration\Programmable LEDs\LED 10

Programmable LEDs

CFG

LD0.LEDGGIO1.SPCSO11.d

SPC

VisString255 (64)

Programmable LED 11

Description

Programmable LED description

Configuration\Programmable LEDs\LED 11

Programmable LEDs

CFG

LD0.LEDGGIO1.LEDSeq1.setVal

ING

Enum

Alarm mode

Alarm mode for programmable LED 1

0=Follow-S; 1=Follow-F; 2=Latched-S; 3=LatchedAck-F-S

Configuration\Programmable LEDs\LED 1

Programmable LEDs

CFG

LD0.LEDGGIO1.LEDSeq2.setVal

ING

Enum

Alarm mode

Alarm mode for programmable LED 2

0=Follow-S; 1=Follow-F; 2=Latched-S; 3=LatchedAck-F-S

Configuration\Programmable LEDs\LED 2

Programmable LEDs

CFG

LD0.LEDGGIO1.LEDSeq3.setVal

ING

Enum

Alarm mode

Alarm mode for programmable LED 3

0=Follow-S; 1=Follow-F; 2=Latched-S; 3=LatchedAck-F-S

Configuration\Programmable LEDs\LED 3

Programmable LEDs

CFG

LD0.LEDGGIO1.LEDSeq4.setVal

ING

Enum

Alarm mode

Alarm mode for programmable LED 4

0=Follow-S; 1=Follow-F; 2=Latched-S; 3=LatchedAck-F-S

Configuration\Programmable LEDs\LED 4

Programmable LEDs

CFG

LD0.LEDGGIO1.LEDSeq5.setVal

ING

Enum

Alarm mode

Alarm mode for programmable LED 5

0=Follow-S; 1=Follow-F; 2=Latched-S; 3=LatchedAck-F-S

Configuration\Programmable LEDs\LED 5

Programmable LEDs

CFG

LD0.LEDGGIO1.LEDSeq6.setVal

ING

Enum

Alarm mode

Alarm mode for programmable LED 6

0=Follow-S; 1=Follow-F; 2=Latched-S; 3=LatchedAck-F-S

Configuration\Programmable LEDs\LED 6

Programmable LEDs

CFG

LD0.LEDGGIO1.LEDSeq7.setVal

ING

Enum

Alarm mode

Alarm mode for programmable LED 7

0=Follow-S; 1=Follow-F; 2=Latched-S; 3=LatchedAck-F-S

Configuration\Programmable LEDs\LED 7

Programmable LEDs

CFG

LD0.LEDGGIO1.LEDSeq8.setVal

ING

Enum

Alarm mode

Alarm mode for programmable LED 8

0=Follow-S; 1=Follow-F; 2=Latched-S; 3=LatchedAck-F-S

Configuration\Programmable LEDs\LED 8

Programmable LEDs

CFG

LD0.LEDGGIO1.LEDSeq9.setVal

ING

Enum

Alarm mode

Alarm mode for programmable LED 9

0=Follow-S; 1=Follow-F; 2=Latched-S; 3=LatchedAck-F-S

Configuration\Programmable LEDs\LED 9

Programmable LEDs

CFG

LD0.LEDGGIO1.LEDSeq10.setVal

ING

Enum

Alarm mode

Alarm mode for programmable LED 10

0=Follow-S; 1=Follow-F; 2=Latched-S; 3=LatchedAck-F-S

Configuration\Programmable LEDs\LED 10

Programmable LEDs

CFG

LD0.LEDGGIO1.LEDSeq11.setVal

ING

Enum

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

VER

LD0.LEDGGIO1.NamPlt.swRev

LPL

VisString255 (20)

GSEGGIO1

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

GSEGGIO1

GSE

OUT

LD0.GSEGGIO1.Alm.stVal

SPS

BOOLEAN

StatUrg

ALARM

Receiver Alarm general

Monitoring\I/O status\Communication\GSEGGIO1\Outputs

GSEGGIO1

GSE

MON

LD0.GSEGGIO1.IntIn1.stVal

INS

INT32

Received msgs

Received GOOSE messages.

0...10000000

Monitoring\I/O status\Communication\GSEGGIO1\Monitoring

GSEGGIO1

GSE

MON

LD0.GSEGGIO1.IntIn2.stVal

INS

INT32

Transmitted msgs

Transmitted GOOSE messages.

0...10000000

Monitoring\I/O status\Communication\GSEGGIO1\Monitoring

GSEGGIO1

GSE

MON

LD0.GSEGGIO1.IntIn3.stVal

INS

INT32

State changes

Received GOOSE state changes.

0...10000000

Monitoring\I/O status\Communication\GSEGGIO1\Monitoring

GSEGGIO1

GSE

MON

LD0.GSEGGIO1.IntIn4.stVal

INS

INT32

SeqNum changes

Received GOOSE sequence number changes.

0...10000000

Monitoring\I/O status\Communication\GSEGGIO1\Monitoring

GSEGGIO1

GSE

MON

LD0.GSEGGIO1.IntIn5.stVal

INS

INT32

Test msgs

Received GOOSE messages with test bit set to TRUE.

0...10000000

Monitoring\I/O status\Communication\GSEGGIO1\Monitoring

GSEGGIO1

GSE

MON

LD0.GSEGGIO1.IntIn6.stVal

INS

INT32

State errors

State number miss in GOOSE message reception.

0...10000000

Monitoring\I/O status\Communication\GSEGGIO1\Monitoring

GSEGGIO1

GSE

MON

LD0.GSEGGIO1.IntIn7.stVal

INS

INT32

Sequence errors

Sequence number miss in GOOSE message reception.

0...10000000

Monitoring\I/O status\Communication\GSEGGIO1\Monitoring

GSEGGIO1

GSE

MON

LD0.GSEGGIO1.IntIn8.stVal

INS

INT32

Recv. timeouts

Receiver timeouts. Goose messages were not received in defined time.

0...10000000

Monitoring\I/O status\Communication\GSEGGIO1\Monitoring

GSEGGIO1

GSE

MON

LD0.GSEGGIO1.IntIn9.stVal

INS

INT32

ConfRev errors

Received configuration revision mismatched GOOSE messages.

0...10000000

Monitoring\I/O status\Communication\GSEGGIO1\Monitoring

GSEGGIO1

GSE

MON

LD0.GSEGGIO1.IntIn10.stVal

INS

INT32

NdsComm errors

Received GOOSE messages with Needs Commissioning bit set to TRUE.

0...10000000

Monitoring\I/O status\Communication\GSEGGIO1\Monitoring

GSEGGIO1

GSE

MON

LD0.GSEGGIO1.IntIn11.stVal

INS

INT32

Dataset errors

Received dataset mismatched GOOSE messages.

0...10000000

Monitoring\I/O status\Communication\GSEGGIO1\Monitoring

GSEGGIO1

GSE

MON

LD0.GSEGGIO1.RstCnt.Oper.ctlVal

SPC

BOOLEAN

Reset counters

Resets GOOSE diagnostics counters

Monitoring\I/O status\Communication\GSEGGIO1\Monitoring

GSEGGIO1

GSE

VER

LD0.GSEGGIO1.NamPlt.swRev

LPL

VisString255 (20)

61850-8-1 MMS

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

61850-8-1 MMS

MON

LD0.MMSGGIO1.IntIn1.stVal

INS

INT32

Successful conn.

MMS successful connections

0...10000000

Monitoring\Communication\MMSGGIO1

61850-8-1 MMS

MON

LD0.MMSGGIO1.IntIn2.stVal

INS

INT32

Failed conn.

MMS failed connections

0...10000000

Monitoring\Communication\MMSGGIO1

61850-8-1 MMS

MON

LD0.MMSGGIO1.IntIn3.stVal

INS

INT32

Concludes

MMS concludes

0...10000000

Monitoring\Communication\MMSGGIO1

61850-8-1 MMS

MON

LD0.MMSGGIO1.IntIn4.stVal

INS

INT32

Sent aborts

MMS sent aborts

0...10000000

Monitoring\Communication\MMSGGIO1

61850-8-1 MMS

MON

LD0.MMSGGIO1.IntIn5.stVal

INS

INT32

Recv. aborts

MMS received aborts

0...10000000

Monitoring\Communication\MMSGGIO1

61850-8-1 MMS

MON

LD0.MMSGGIO1.IntIn6.stVal

INS

INT32

Sent rejects

MMS sent rejects

0...10000000

Monitoring\Communication\MMSGGIO1

61850-8-1 MMS

MON

LD0.MMSGGIO1.IntIn7.stVal

INS

INT32

Recv. requests

MMS received requests

0...10000000

Monitoring\Communication\MMSGGIO1

61850-8-1 MMS

MON

LD0.MMSGGIO1.IntIn8.stVal

INS

INT32

Failed requests

MMS failed requests

0...10000000

Monitoring\Communication\MMSGGIO1

61850-8-1 MMS

MON

LD0.MMSGGIO1.IntIn9.stVal

INS

INT32

Reads

MMS successful reads

0...10000000

Monitoring\Communication\MMSGGIO1

61850-8-1 MMS

MON

LD0.MMSGGIO1.IntIn10.stVal

INS

INT32

Failed reads

MMS failed reads

0...10000000

Monitoring\Communication\MMSGGIO1

61850-8-1 MMS

MON

LD0.MMSGGIO1.IntIn11.stVal

INS

INT32

Writes

MMS successful writes

0...10000000

Monitoring\Communication\MMSGGIO1

61850-8-1 MMS

MON

LD0.MMSGGIO1.IntIn12.stVal

INS

INT32

Failed writes

MMS failed writes

0...10000000

Monitoring\Communication\MMSGGIO1

61850-8-1 MMS

MON

LD0.MMSGGIO1.IntIn13.stVal

INS

INT32

Reports

MMS Information reports

0...10000000

Monitoring\Communication\MMSGGIO1

61850-8-1 MMS

MON

LD0.MMSGGIO1.IntIn14.stVal

INS

INT32

Active conn.

MMS active connections

0...10000000

Monitoring\Communication\MMSGGIO1

61850-8-1 MMS

MON

LD0.MMSGGIO1.RstCnt.Oper.ctlVal

SPC

BOOLEAN

Reset counters

MMSGGIO counters reset

Monitoring\Communication\MMSGGIO1

61850-8-1 MMS

CFG

LD0.MMSGGIO1.UnitMod.setVal

ING

Enum

Unit mode

IEC 61850-8-1 unit mode

1=Primary; 0=Nominal; 2=Primary-Nominal

Configuration\Communication\MMSGGIO1

61850-8-1 MMS

VER

LD0.MMSGGIO1.NamPlt.swRev

LPL

VisString255 (20)

CMMXU1: Three-phase current measurement

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

CMMXU1

INP

LD0.CMMXU1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for all binary outputs

Monitoring\I/O status\Measurements\CMMXU1\Inputs

CMMXU1

OUT

LD0.CMMXU1.HiAlm.stVal

SPS

BOOLEAN

StatUrg

HIGH_ALARM

High alarm

Monitoring\I/O status\Measurements\CMMXU1\Outputs

CMMXU1

OUT

LD0.CMMXU1.HiWrn.stVal

SPS

BOOLEAN

StatUrg

HIGH_WARN

High warning

Monitoring\I/O status\Measurements\CMMXU1\Outputs

CMMXU1

OUT

LD0.CMMXU1.LoWrn.stVal

SPS

BOOLEAN

StatUrg

LOW_WARN

Low warning

Monitoring\I/O status\Measurements\CMMXU1\Outputs

CMMXU1

OUT

LD0.CMMXU1.LoAlm.stVal

SPS

BOOLEAN

StatUrg

LOW_ALARM

Low alarm

Monitoring\I/O status\Measurements\CMMXU1\Outputs

CMMXU1

CTR

LD0.CMSTA1.RecRs.Oper.ctlVal

SPC

BOOLEAN

CMMXU1 max.demands

Clear CMMXU1 maximum demands

0=Cancel; 1=Clear

Clear\Clear

CMMXU1

MON

LD0.CMMXU1.A.phsA.instCVal.mag.f

WYE

FLOAT32

MeasFlt

I_INST_A

IL1 Amplitude, magnitude of instantaneous value

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CMMXU1\Monitored data

CMMXU1

MON

LD0.CMMXU1.A.phsA.cVal.mag.f

WYE

FLOAT32

MeasFlt

I_DB_A

IL1 Amplitude, magnitude of reported value

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CMMXU1\Monitored data

CMMXU1

MON

LD0.CMMXU1.A.phsA.range

WYE

Enum

MeasFlt

I_RANGE_A

IL1 Amplitude range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Measurements\CMMXU1\Monitored data

CMMXU1

MON

LD0.CMMXU1.A.phsB.instCVal.mag.f

WYE

FLOAT32

MeasFlt

I_INST_B

IL2 Amplitude, magnitude of instantaneous value

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CMMXU1\Monitored data

CMMXU1

MON

LD0.CMMXU1.A.phsB.cVal.mag.f

WYE

FLOAT32

MeasFlt

I_DB_B

IL2 Amplitude, magnitude of reported value

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CMMXU1\Monitored data

CMMXU1

MON

LD0.CMMXU1.A.phsB.range

WYE

Enum

MeasFlt

I_RANGE_B

IL2 Amplitude range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Measurements\CMMXU1\Monitored data

CMMXU1

MON

LD0.CMMXU1.A.phsC.instCVal.mag.f

WYE

FLOAT32

MeasFlt

I_INST_C

IL3 Amplitude, magnitude of instantaneous value

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CMMXU1\Monitored data

CMMXU1

MON

LD0.CMMXU1.A.phsC.cVal.mag.f

WYE

FLOAT32

MeasFlt

I_DB_C

IL3 Amplitude, magnitude of reported value

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CMMXU1\Monitored data

CMMXU1

MON

LD0.CMMXU1.A.phsC.range

WYE

Enum

MeasFlt

I_RANGE_C

IL3 Amplitude range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Measurements\CMMXU1\Monitored data

CMMXU1

MON

LD0.CMSTA1.AvAmps1.mag.f

FLOAT32

I_DMD_A

Demand value of IL1 current

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CMMXU1\Monitored data

IL1TCTR1

CMMXU1

MON

LD0.CMSTA1.MaxAmps1.mag.f

FLOAT32

Max demand IL1

Maximum demand for Phase A

0.00...40.00 xIn

Monitoring\Recorded data\CMMXU1

IL1TCTR1

CMMXU1

MON

LD0.CMSTA1.MaxAmps1.t

Timestamp

Time max demand IL1

Time of maximum demand phase A

Monitoring\Recorded data\CMMXU1

CMMXU1

MON

LD0.CMSTA1.AvAmps2.mag.f

FLOAT32

I_DMD_B

Demand value of IL2 current

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CMMXU1\Monitored data

IL1TCTR1

CMMXU1

MON

LD0.CMSTA1.MaxAmps2.mag.f

FLOAT32

Max demand IL2

Maximum demand for Phase B

0.00...40.00 xIn

Monitoring\Recorded data\CMMXU1

IL1TCTR1

CMMXU1

MON

LD0.CMSTA1.MaxAmps2.t

Timestamp

Time max demand IL2

Time of maximum demand phase B

Monitoring\Recorded data\CMMXU1

CMMXU1

MON

LD0.CMSTA1.AvAmps3.mag.f

FLOAT32

I_DMD_C

Demand value of IL3 current

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CMMXU1\Monitored data

IL1TCTR1

CMMXU1

MON

LD0.CMSTA1.MaxAmps3.mag.f

FLOAT32

Max demand IL3

Maximum demand for Phase C

0.00...40.00 xIn

Monitoring\Recorded data\CMMXU1

IL1TCTR1

CMMXU1

MON

LD0.CMSTA1.MaxAmps3.t

Timestamp

Time max demand IL3

Time of maximum demand phase C

Monitoring\Recorded data\CMMXU1

CMMXU1

CFG

LD0.CMMXU1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Configuration\Measurements\CMMXU1

CMMXU1

CFG

LD0.CMMXU1.A.phsA.db

WYE

INT32U

2500

A deadband

Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s)

100...100000

Configuration\Measurements\CMMXU1

CMMXU1

CFG

LD0.CMMXU1.A.phsA.rangeC.hhLim.f

WYE

FLOAT32

1.40

A high high limit

High alarm current limit

0.00...40.00 xIn

Configuration\Measurements\CMMXU1

CMMXU1

CFG

LD0.CMMXU1.A.phsA.rangeC.hLim.f

WYE

FLOAT32

1.20

A high limit

High warning current limit

0.00...40.00 xIn

Configuration\Measurements\CMMXU1

CMMXU1

CFG

LD0.CMMXU1.A.phsA.rangeC.lLim.f

WYE

FLOAT32

0.00

A low limit

Low warning current limit

0.00...40.00 xIn

Configuration\Measurements\CMMXU1

CMMXU1

CFG

LD0.CMMXU1.A.phsA.rangeC.llLim.f

WYE

FLOAT32

0.00

A low low limit

Low alarm current limit

0.00...40.00 xIn

Configuration\Measurements\CMMXU1

CMMXU1

CFG

LD0.CMMXU1.AMeasMod.setVal

ING

Enum

Measurement mode

Selects used measurement mode

1=RMS; 2=DFT

Configuration\Measurements\CMMXU1

CMMXU1

CFG

LD0.CMMXU1.NumPh.setVal

ING

Enum

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

CFG

LD0.CMSTA1.DmdItrv.setVal

ING

Enum

Demand interval

Time interval for demand calculation

0=1 minute; 1=5 minutes; 2=10 minutes; 3=15 minutes; 4=30 minutes; 5=60 minutes; 6=180 minutes

Configuration\Measurements\CMMXU1

CMMXU1

VER

LD0.CMMXU1.NamPlt.swRev

LPL

VisString255 (20)

CMMXU1

VER

LD0.CMSTA1.NamPlt.swRev

LPL

VisString255 (20)

RESCMMXU1: Residual current measurement

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

RESCMMXU1

INP

LD0.RESCMMXU1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for all binary outputs

Monitoring\I/O status\Measurements\RESCMMXU1\Inputs

RESCMMXU1

OUT

LD0.RESCMMXU1.HiAlm.stVal

SPS

BOOLEAN

StatUrg

HIGH_ALARM

High alarm

Monitoring\I/O status\Measurements\RESCMMXU1\Outputs

RESCMMXU1

OUT

LD0.RESCMMXU1.HiWrn.stVal

SPS

BOOLEAN

StatUrg

HIGH_WARN

High warning

Monitoring\I/O status\Measurements\RESCMMXU1\Outputs

RESCMMXU1

MON

LD0.RESCMMXU1.A.res.instCVal.mag.f

WYE

FLOAT32

MeasFlt

I_INST_RES

Residual current Amplitude, magnitude of instantaneous value

0.00...40.00 xIn

Monitoring\I/O status\Measurements\RESCMMXU1\Monitored data

RESCMMXU1

MON

LD0.RESCMMXU1.A.res.cVal.mag.f

WYE

FLOAT32

MeasFlt

I_DB_RES

Residual current Amplitude, magnitude of reported value

0.00...40.00 xIn

Monitoring\I/O status\Measurements\RESCMMXU1\Monitored data

RESCMMXU1

MON

LD0.RESCMMXU1.A.res.range

WYE

Enum

MeasFlt

I_RANGE_RES

Residual current Amplitude range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Measurements\RESCMMXU1\Monitored data

RESCMMXU1

CFG

LD0.RESCMMXU1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Configuration\Measurements\RESCMMXU1

RESCMMXU1

CFG

LD0.RESCMMXU1.A.res.db

WYE

INT32U

2500

A deadband res

Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s)

100...100000

Configuration\Measurements\RESCMMXU1

RESCMMXU1

CFG

LD0.RESCMMXU1.A.res.rangeC.hhLim.f

WYE

FLOAT32

0.20

A Hi high limit res

High alarm current limit

0.00...40.00 xIn

Configuration\Measurements\RESCMMXU1

RESCMMXU1

CFG

LD0.RESCMMXU1.A.res.rangeC.hLim.f

WYE

FLOAT32

0.05

A high limit res

High warning current limit

0.00...40.00 xIn

Configuration\Measurements\RESCMMXU1

RESCMMXU1

CFG

LD0.RESCMMXU1.AMeasMod.setVal

ING

Enum

Measurement mode

Selects used measurement mode

1=RMS; 2=DFT

Configuration\Measurements\RESCMMXU1

RESCMMXU1

VER

LD0.RESCMMXU1.NamPlt.swRev

LPL

VisString255 (20)

CSMSQI1: Sequence current measurement

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

CSMSQI1

I1,I2,I0

MON

LD0.CSMSQI1.SeqA.c1.instCVal.mag.f

SEQ

FLOAT32

MeasFlt

I1_INST

Positive sequence current amplitude, instantaneous value

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CSMSQI1\Monitored data

CSMSQI1

I1,I2,I0

MON

LD0.CSMSQI1.SeqA.c1.cVal.mag.f

SEQ

FLOAT32

MeasFlt

I1_DB

Positive sequence current amplitude, reported value

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CSMSQI1\Monitored data

CSMSQI1

I1,I2,I0

MON

LD0.CSMSQI1.SeqA.c1.range

SEQ

Enum

MeasFlt

I1_RANGE

Positive sequence current amplitude range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Measurements\CSMSQI1\Monitored data

CSMSQI1

I1,I2,I0

MON

LD0.CSMSQI1.SeqA.c2.instCVal.mag.f

SEQ

FLOAT32

MeasFlt

I2_INST

Negative sequence current amplitude, instantaneous value

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CSMSQI1\Monitored data

CSMSQI1

I1,I2,I0

MON

LD0.CSMSQI1.SeqA.c2.cVal.mag.f

SEQ

FLOAT32

MeasFlt

I2_DB

Negative sequence current amplitude, reported value

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CSMSQI1\Monitored data

CSMSQI1

I1,I2,I0

MON

LD0.CSMSQI1.SeqA.c2.range

SEQ

Enum

MeasFlt

I2_RANGE

Negative sequence current amplitude range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Measurements\CSMSQI1\Monitored data

CSMSQI1

I1,I2,I0

MON

LD0.CSMSQI1.SeqA.c3.instCVal.mag.f

SEQ

FLOAT32

MeasFlt

I0_INST

Zero sequence current amplitude, instantaneous value

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CSMSQI1\Monitored data

CSMSQI1

I1,I2,I0

MON

LD0.CSMSQI1.SeqA.c3.cVal.mag.f

SEQ

FLOAT32

MeasFlt

I0_DB

Zero sequence current amplitude, reported value

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CSMSQI1\Monitored data

CSMSQI1

I1,I2,I0

MON

LD0.CSMSQI1.SeqA.c3.range

SEQ

Enum

MeasFlt

I0_RANGE

Zero sequence current amplitude range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Measurements\CSMSQI1\Monitored data

CSMSQI1

I1,I2,I0

CFG

LD0.CSMSQI1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Configuration\Measurements\CSMSQI1

CSMSQI1

I1,I2,I0

CFG

LD0.CSMSQI1.SeqA.c1.db

SEQ

INT32U

2500

Ps Seq A deadband

Deadband configuration value for positive sequence current for integral calculation. (percentage of difference between min and max as 0,001 % s)

100...100000

Configuration\Measurements\CSMSQI1

CSMSQI1

I1,I2,I0

CFG

LD0.CSMSQI1.SeqA.c1.rangeC.hhLim.f

SEQ

FLOAT32

1.40

Ps Seq A Hi high Lim

High alarm current limit for positive sequence current

0.00...40.00 xIn

Configuration\Measurements\CSMSQI1

CSMSQI1

I1,I2,I0

CFG

LD0.CSMSQI1.SeqA.c1.rangeC.hLim.f

SEQ

FLOAT32

1.20

Ps Seq A high limit

High warning current limit for positive sequence current

0.00...40.00 xIn

Configuration\Measurements\CSMSQI1

CSMSQI1

I1,I2,I0

CFG

LD0.CSMSQI1.SeqA.c1.rangeC.lLim.f

SEQ

FLOAT32

0.00

Ps Seq A low limit

Low warning current limit for positive sequence current

0.00...40.00 xIn

Configuration\Measurements\CSMSQI1

CSMSQI1

I1,I2,I0

CFG

LD0.CSMSQI1.SeqA.c1.rangeC.llLim.f

SEQ

FLOAT32

0.00

Ps Seq A low low Lim

Low alarm current limit for positive sequence current

0.00...40.00 xIn

Configuration\Measurements\CSMSQI1

CSMSQI1

I1,I2,I0

CFG

LD0.CSMSQI1.SeqA.c2.db

SEQ

INT32U

2500

Ng Seq A deadband

Deadband configuration value for negative sequence current for integral calculation. (percentage of difference between min and max as 0,001 % s)

100...100000

Configuration\Measurements\CSMSQI1

CSMSQI1

I1,I2,I0

CFG

LD0.CSMSQI1.SeqA.c2.rangeC.hhLim.f

SEQ

FLOAT32

0.20

Ng Seq A Hi high Lim

High alarm current limit for negative sequence current

0.00...40.00 xIn

Configuration\Measurements\CSMSQI1

CSMSQI1

I1,I2,I0

CFG

LD0.CSMSQI1.SeqA.c2.rangeC.hLim.f

SEQ

FLOAT32

0.05

Ng Seq A High limit

High warning current limit for negative sequence current

0.00...40.00 xIn

Configuration\Measurements\CSMSQI1

CSMSQI1

I1,I2,I0

CFG

LD0.CSMSQI1.SeqA.c2.rangeC.lLim.f

SEQ

FLOAT32

0.00

Ng Seq A low limit

Low warning current limit for negative sequence current

0.00...40.00 xIn

Configuration\Measurements\CSMSQI1

CSMSQI1

I1,I2,I0

CFG

LD0.CSMSQI1.SeqA.c2.rangeC.llLim.f

SEQ

FLOAT32

0.00

Ng Seq A low low Lim

Low alarm current limit for negative sequence current

0.00...40.00 xIn

Configuration\Measurements\CSMSQI1

CSMSQI1

I1,I2,I0

CFG

LD0.CSMSQI1.SeqA.c3.db

SEQ

INT32U

2500

Zro A deadband

Deadband configuration value for zero sequence current for integral calculation. (percentage of difference between min and max as 0,001 % s)

100...100000

Configuration\Measurements\CSMSQI1

CSMSQI1

I1,I2,I0

CFG

LD0.CSMSQI1.SeqA.c3.rangeC.hhLim.f

SEQ

FLOAT32

0.20

Zro A Hi high Lim

High alarm current limit for zero sequence current

0.00...40.00 xIn

Configuration\Measurements\CSMSQI1

CSMSQI1

I1,I2,I0

CFG

LD0.CSMSQI1.SeqA.c3.rangeC.hLim.f

SEQ

FLOAT32

0.05

Zro A High limit

High warning current limit for zero sequence current

0.00...40.00 xIn

Configuration\Measurements\CSMSQI1

CSMSQI1

I1,I2,I0

CFG

LD0.CSMSQI1.SeqA.c3.rangeC.lLim.f

SEQ

FLOAT32

0.00

Zro A low limit

Low warning current limit for zero sequence current

0.00...40.00 xIn

Configuration\Measurements\CSMSQI1

CSMSQI1

I1,I2,I0

CFG

LD0.CSMSQI1.SeqA.c3.rangeC.llLim.f

SEQ

FLOAT32

0.00

Zro A low low Lim

Low alarm current limit for zero sequence current

0.00...40.00 xIn

Configuration\Measurements\CSMSQI1

CSMSQI1

I1,I2,I0

VER

LD0.CSMSQI1.NamPlt.swRev

LPL

VisString255 (20)

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

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

PHIPTOC1

3I>>>(1)

50P/51P(1)

INP

LD0.PHIPTOC1.Mod.blockIn

INC

BOOLEAN

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

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

StatNrml

START

Start

Monitoring\I/O status\Current protection\PHIPTOC1\Outputs

PHIPTOC1

3I>>>(1)

50P/51P(1)

OUT

LD0.PHIPTOC1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\PHIPTOC1\Outputs

PHIPTOC1

3I>>>(1)

50P/51P(1)

MON

LD0.PHIPTOC1.Beh.stVal

INS

Enum

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

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\PHIPTOC1\Monitored data

PHIPTOC1

3I>>>(1)

50P/51P(1)

SET

LD0.PHIPTOC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\PHIPTOC1

PHIPTOC1

3I>>>(1)

50P/51P(1)

SET

LD0.PHIPTOC1.NumPh.setVal

ING

Enum

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

1.0

Start value Mult

Multiplier for scaling the start value

0.8...10.0

Settings\Settings\Current protection\PHIPTOC1

PHIPTOC1

3I>>>(1)

50P/51P(1)

SET

LD0.PHIPTOC1.StrVal.setMag.f

ASG

FLOAT32

1.00

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

Operate delay time

20...200000 ms

Settings\Settings\Current protection\PHIPTOC1

PHIPTOC1

3I>>>(1)

50P/51P(1)

SET

LD0.PHIPTOC1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\PHIPTOC1

PHIPTOC1

3I>>>(1)

50P/51P(1)

TES

LD0.PHIPTOC1.TstOutCmd.Oper.ctlVal

INC

Enum

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)

CCBRBRF1: Circuit breaker failure protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

CCBRBRF1

3I>/Io>BF

51BF/51NBF

INP

LD0.CCBRBRF1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block CBFP operation

Monitoring\I/O status\Other protection\CCBRBRF1\Inputs

CCBRBRF1

3I>/Io>BF

51BF/51NBF

INP

LD0.CCBRBRF1.InStr.stVal

SPS

BOOLEAN

START

CBFP start command

Monitoring\I/O status\Other protection\CCBRBRF1\Inputs

CCBRBRF1

3I>/Io>BF

51BF/51NBF

INP

LD0.CCBRBRF1.InPosCls.stVal

SPS

BOOLEAN

POSCLOSE

CB in closed position

Monitoring\I/O status\Other protection\CCBRBRF1\Inputs

CCBRBRF1

3I>/Io>BF

51BF/51NBF

INP

LD0.CCBRBRF1.InCBFlt.stVal

SPS

BOOLEAN

CB_FAULT

CB faulty and unable to trip

Monitoring\I/O status\Other protection\CCBRBRF1\Inputs

CCBRBRF1

3I>/Io>BF

51BF/51NBF

OUT

LD0.CCBRBRF1.Str.general

ACD

BOOLEAN

StatIed

CB_FAULT_AL

Delayed CB failure alarm

Monitoring\I/O status\Other protection\CCBRBRF1\Outputs

CCBRBRF1

3I>/Io>BF

51BF/51NBF

OUT

LD0.CCBRBRF1.OpEx.general

ACT

BOOLEAN

StatIed

PHT

TRBU

Backup trip

Monitoring\I/O status\Other protection\CCBRBRF1\Outputs

CCBRBRF1

3I>/Io>BF

51BF/51NBF

OUT

LD0.CCBRBRF1.OpIn.general

ACT

BOOLEAN

StatIed

PHT

TRRET

Retrip

Monitoring\I/O status\Other protection\CCBRBRF1\Outputs

CCBRBRF1

3I>/Io>BF

51BF/51NBF

MON

LD0.CCBRBRF1.Beh.stVal

INS

Enum

CCBRBRF1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

CCBRBRF1

3I>/Io>BF

51BF/51NBF

SET

LD0.CCBRBRF1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Other protection\CCBRBRF1

CCBRBRF1

3I>/Io>BF

51BF/51NBF

SET

LD0.CCBRBRF1.DetValA.setMag.f

ASG

FLOAT32

0.30

Current value

Operating phase current

0.05...1.00 xIn

Settings\Settings\Other protection\CCBRBRF1

IL1TCTR1

CCBRBRF1

3I>/Io>BF

51BF/51NBF

SET

LD0.CCBRBRF1.FailTmms.setVal

ING

INT32

150

CB failure delay

Delay timer for backup trip

0...60000 ms

Settings\Settings\Other protection\CCBRBRF1

CCBRBRF1

3I>/Io>BF

51BF/51NBF

SET

LD0.CCBRBRF1.TPTrTmms.setVal

ING

INT32

Retrip time

Delay timer for retrip

0...60000 ms

Settings\Settings\Other protection\CCBRBRF1

CCBRBRF1

3I>/Io>BF

51BF/51NBF

SET

LD0.CCBRBRF1.ReTrMod.setVal

ING

Enum

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

51BF/51NBF

SET

LD0.CCBRBRF1.FailMod.setVal

ING

Enum

CB failure mode

Operating mode of function

1=Current; 2=Breaker status; 3=Both

Settings\Settings\Other protection\CCBRBRF1

CCBRBRF1

3I>/Io>BF

51BF/51NBF

SET

LD0.CCBRBRF1.DetValARes.setMag.f

ASG

FLOAT32

0.30

Current value Res

Operating residual current

0.05...1.00 xIn

Settings\Settings\Other protection\CCBRBRF1

RESTCTR1

CCBRBRF1

3I>/Io>BF

51BF/51NBF

SET

LD0.CCBRBRF1.AMeasMod.setVal

ING

Enum

Measurement mode

Phase current measurement mode of function

2=DFT; 3=Peak-to-Peak

Settings\Settings\Other protection\CCBRBRF1

CCBRBRF1

3I>/Io>BF

51BF/51NBF

SET

LD0.CCBRBRF1.CBAlmTmms.setVal

ING

INT32

5000

CB fault delay

Circuit breaker faulty delay

0...60000 ms

Settings\Settings\Other protection\CCBRBRF1

CCBRBRF1

3I>/Io>BF

51BF/51NBF

SET

LD0.CCBRBRF1.OpExMod.setVal

ING

Enum

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

51BF/51NBF

SET

LD0.CCBRBRF1.TrPlsTmms.setVal

ING

INT32

150

Trip pulse time

Pulse length of retrip and backup trip outputs

0...60000 ms

Settings\Settings\Other protection\CCBRBRF1

CCBRBRF1

3I>/Io>BF

51BF/51NBF

TES

LD0.CCBRBRF1.TstOutCmd.Oper.ctlVal

INC

Enum

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

51BF/51NBF

VER

LD0.CCBRBRF1.NamPlt.swRev

LPL

VisString255 (20)

NSPTOC1: Negative Phase sequency current protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

NSPTOC1

I2>(1)

46(1)

INP

LD0.NSPTOC1.Mod.blockIn

INC

BOOLEAN

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

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

StatNrml

START

Start

Monitoring\I/O status\Current protection\NSPTOC1\Outputs

NSPTOC1

I2>(1)

46(1)

OUT

LD0.NSPTOC1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\NSPTOC1\Outputs

NSPTOC1

I2>(1)

46(1)

MON

LD0.NSPTOC1.Beh.stVal

INS

Enum

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

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\NSPTOC1\Monitored data

NSPTOC1

I2>(1)

46(1)

SET

LD0.NSPTOC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\NSPTOC1

NSPTOC1

I2>(1)

46(1)

SET

LD0.NSPTOC1.StrValMult.setMag.f

ASG

FLOAT32

1.0

Start value Mult

Multiplier for scaling the start value

0.8...10.0

Settings\Settings\Current protection\NSPTOC1

NSPTOC1

I2>(1)

46(1)

SET

LD0.NSPTOC1.StrVal.setMag.f

ASG

FLOAT32

0.30

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

1.0

Time multiplier

Time multiplier in IEC/ANSI IDMT curves

0.05...15.0

Settings\Settings\Current protection\NSPTOC1

NSPTOC1

I2>(1)

46(1)

SET

LD0.NSPTOC1.TypRsCrv.setVal

ING

Enum

Type of reset curve

Selection of reset curve type

1=Immediate; 2=Def time reset; 3=Inverse reset

Settings\Settings\Current protection\NSPTOC1

NSPTOC1

I2>(1)

46(1)

SET

LD0.NSPTOC1.TmACrv.setCharact

CURVE

Enum

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

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

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

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

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

1.0

Curve parameter E

Parameter E for customer programmable curve

0.0...1.0

Settings\Settings\Current protection\NSPTOC1

NSPTOC1

I2>(1)

46(1)

SET

LD0.NSPTOC1.MinOpTmms.setVal

ING

INT32

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

Operate delay time

40...200000 ms

Settings\Settings\Current protection\NSPTOC1

NSPTOC1

I2>(1)

46(1)

SET

LD0.NSPTOC1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\NSPTOC1

NSPTOC1

I2>(1)

46(1)

TES

LD0.NSPTOC1.TstOutCmd.Oper.ctlVal

INC

Enum

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)

NSPTOC2: Negative Phase sequency current protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

NSPTOC2

I2>(2)

46(2)

INP

LD0.NSPTOC2.Mod.blockIn

INC

BOOLEAN

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

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

StatNrml

START

Start

Monitoring\I/O status\Current protection\NSPTOC2\Outputs

NSPTOC2

I2>(2)

46(2)

OUT

LD0.NSPTOC2.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\NSPTOC2\Outputs

NSPTOC2

I2>(2)

46(2)

MON

LD0.NSPTOC2.Beh.stVal

INS

Enum

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

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\NSPTOC2\Monitored data

NSPTOC2

I2>(2)

46(2)

SET

LD0.NSPTOC2.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\NSPTOC2

NSPTOC2

I2>(2)

46(2)

SET

LD0.NSPTOC2.StrValMult.setMag.f

ASG

FLOAT32

1.0

Start value Mult

Multiplier for scaling the start value

0.8...10.0

Settings\Settings\Current protection\NSPTOC2

NSPTOC2

I2>(2)

46(2)

SET

LD0.NSPTOC2.StrVal.setMag.f

ASG

FLOAT32

0.30

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

1.0

Time multiplier

Time multiplier in IEC/ANSI IDMT curves

0.05...15.0

Settings\Settings\Current protection\NSPTOC2

NSPTOC2

I2>(2)

46(2)

SET

LD0.NSPTOC2.TypRsCrv.setVal

ING

Enum

Type of reset curve

Selection of reset curve type

1=Immediate; 2=Def time reset; 3=Inverse reset

Settings\Settings\Current protection\NSPTOC2

NSPTOC2

I2>(2)

46(2)

SET

LD0.NSPTOC2.TmACrv.setCharact

CURVE

Enum

Operating curve type

Selection of time delay curve type

Settings\Settings\Current protection\NSPTOC2

NSPTOC2

I2>(2)

46(2)

SET

LD0.NSPTOC2.TmACrv.setParA

CURVE

FLOAT32

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

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

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

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

1.0

Curve parameter E

Parameter E for customer programmable curve

0.0...1.0

Settings\Settings\Current protection\NSPTOC2

NSPTOC2

I2>(2)

46(2)

SET

LD0.NSPTOC2.MinOpTmms.setVal

ING

INT32

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

Operate delay time

40...200000 ms

Settings\Settings\Current protection\NSPTOC2

NSPTOC2

I2>(2)

46(2)

SET

LD0.NSPTOC2.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\NSPTOC2

NSPTOC2

I2>(2)

46(2)

TES

LD0.NSPTOC2.TstOutCmd.Oper.ctlVal

INC

Enum

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)

PDNSPTOC1: Phase discontinuity protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

PDNSPTOC1

I2/I1>

46PD

INP

LD0.PDNSPTOC1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Current protection\PDNSPTOC1\Inputs

PDNSPTOC1

I2/I1>

46PD

OUT

LD0.PDNSPTOC1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Current protection\PDNSPTOC1\Outputs

PDNSPTOC1

I2/I1>

46PD

OUT

LD0.PDNSPTOC1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\PDNSPTOC1\Outputs

PDNSPTOC1

I2/I1>

46PD

MON

LD0.PDNSPTOC1.Beh.stVal

INS

Enum

PDNSPTOC1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

PDNSPTOC1

I2/I1>

46PD

MON

LD0.PDNSPTOC1.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\PDNSPTOC1\Monitored data

PDNSPTOC1

I2/I1>

46PD

MON

LD0.PDNSPTOC1.ImbNgA.mag.f

FLOAT32

RATIO_I2_I1

Measured current ratio I2 / I1

0.00...999.99 %

Monitoring\I/O status\Current protection\PDNSPTOC1\Monitored data

PDNSPTOC1

I2/I1>

46PD

SET

LD0.PDNSPTOC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\PDNSPTOC1

PDNSPTOC1

I2/I1>

46PD

SET

LD0.PDNSPTOC1.StrVal.setMag.f

ASG

FLOAT32

Start value

10...100 %

Settings\Settings\Current protection\PDNSPTOC1

PDNSPTOC1

I2/I1>

46PD

SET

LD0.PDNSPTOC1.OpDlTmms.setVal

ING

INT32

100

Operate delay time

100...30000 ms

Settings\Settings\Current protection\PDNSPTOC1

PDNSPTOC1

I2/I1>

46PD

SET

LD0.PDNSPTOC1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\PDNSPTOC1

PDNSPTOC1

I2/I1>

46PD

SET

LD0.PDNSPTOC1.MinPhA.setMag.f

ASG

FLOAT32

0.10

Min phase current

Minimum phase current

0.05...0.30 xIn

Settings\Settings\Current protection\PDNSPTOC1

IL1TCTR1

PDNSPTOC1

I2/I1>

46PD

TES

LD0.PDNSPTOC1.TstOutCmd.Oper.ctlVal

INC

Enum

PDNSPTOC1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Current protection

PDNSPTOC1

I2/I1>

46PD

VER

LD0.PDNSPTOC1.NamPlt.swRev

LPL

VisString255 (20)

MVGAPC1

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

MVGAPC1

MV(1)

INP

LD0.MVGAPC1.Q1.stVal

SPS

BOOLEAN

StatIed

Q1 status

Monitoring\I/O status\Generic logic\MVGAPC1\Outputs

MVGAPC1

MV(1)

INP

LD0.MVGAPC1.Q2.stVal

SPS

BOOLEAN

StatIed

Q2 status

Monitoring\I/O status\Generic logic\MVGAPC1\Outputs

MVGAPC1

MV(1)

INP

LD0.MVGAPC1.Q3.stVal

SPS

BOOLEAN

StatIed

Q3 status

Monitoring\I/O status\Generic logic\MVGAPC1\Outputs

MVGAPC1

MV(1)

INP

LD0.MVGAPC1.Q4.stVal

SPS

BOOLEAN

StatIed

Q4 status

Monitoring\I/O status\Generic logic\MVGAPC1\Outputs

MVGAPC1

MV(1)

INP

LD0.MVGAPC1.Q5.stVal

SPS

BOOLEAN

StatIed

Q5 status

Monitoring\I/O status\Generic logic\MVGAPC1\Outputs

MVGAPC1

MV(1)

INP

LD0.MVGAPC1.Q6.stVal

SPS

BOOLEAN

StatIed

Q6 status

Monitoring\I/O status\Generic logic\MVGAPC1\Outputs

MVGAPC1

MV(1)

INP

LD0.MVGAPC1.Q7.stVal

SPS

BOOLEAN

StatIed

Q7 status

Monitoring\I/O status\Generic logic\MVGAPC1\Outputs

MVGAPC1

MV(1)

INP

LD0.MVGAPC1.Q8.stVal

SPS

BOOLEAN

StatIed

Q8 status

Monitoring\I/O status\Generic logic\MVGAPC1\Outputs

MVGAPC1

MV(1)

OUT

LD0.MVGAPC1.Q1.stVal

SPS

BOOLEAN

StatIed

Q1 status

Monitoring\I/O status\Generic logic\MVGAPC1\Outputs

MVGAPC1

MV(1)

OUT

LD0.MVGAPC1.Q2.stVal

SPS

BOOLEAN

StatIed

Q2 status

Monitoring\I/O status\Generic logic\MVGAPC1\Outputs

MVGAPC1

MV(1)

OUT

LD0.MVGAPC1.Q3.stVal

SPS

BOOLEAN

StatIed

Q3 status

Monitoring\I/O status\Generic logic\MVGAPC1\Outputs

MVGAPC1

MV(1)

OUT

LD0.MVGAPC1.Q4.stVal

SPS

BOOLEAN

StatIed

Q4 status

Monitoring\I/O status\Generic logic\MVGAPC1\Outputs

MVGAPC1

MV(1)

OUT

LD0.MVGAPC1.Q5.stVal

SPS

BOOLEAN

StatIed

Q5 status

Monitoring\I/O status\Generic logic\MVGAPC1\Outputs

MVGAPC1

MV(1)

OUT

LD0.MVGAPC1.Q6.stVal

SPS

BOOLEAN

StatIed

Q6 status

Monitoring\I/O status\Generic logic\MVGAPC1\Outputs

MVGAPC1

MV(1)

OUT

LD0.MVGAPC1.Q7.stVal

SPS

BOOLEAN

StatIed

Q7 status

Monitoring\I/O status\Generic logic\MVGAPC1\Outputs

MVGAPC1

MV(1)

OUT

LD0.MVGAPC1.Q8.stVal

SPS

BOOLEAN

StatIed

Q8 status

Monitoring\I/O status\Generic logic\MVGAPC1\Outputs

MVGAPC1

MV(1)

VER

LD0.MVGAPC1.NamPlt.swRev

LPL

VisString255 (20)

SRGAPC1

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

SRGAPC1

SR(1)

INP

LD0.SRGAPC1.Set1.stVal

SPS

BOOLEAN

Set Q1 output when set

Monitoring\I/O status\Generic logic\SRGAPC1\Inputs

SRGAPC1

SR(1)

INP

LD0.SRGAPC1.Set2.stVal

SPS

BOOLEAN

Set Q2 output when set

Monitoring\I/O status\Generic logic\SRGAPC1\Inputs

SRGAPC1

SR(1)

INP

LD0.SRGAPC1.Set3.stVal

SPS

BOOLEAN

Set Q3 output when set

Monitoring\I/O status\Generic logic\SRGAPC1\Inputs

SRGAPC1

SR(1)

INP

LD0.SRGAPC1.Set4.stVal

SPS

BOOLEAN

Set Q4 output when set

Monitoring\I/O status\Generic logic\SRGAPC1\Inputs

SRGAPC1

SR(1)

INP

LD0.SRGAPC1.Set5.stVal

SPS

BOOLEAN

Set Q5 output when set

Monitoring\I/O status\Generic logic\SRGAPC1\Inputs

SRGAPC1

SR(1)

INP

LD0.SRGAPC1.Set6.stVal

SPS

BOOLEAN

Set Q6 output when set

Monitoring\I/O status\Generic logic\SRGAPC1\Inputs

SRGAPC1

SR(1)

INP

LD0.SRGAPC1.Set7.stVal

SPS

BOOLEAN

Set Q7 output when set

Monitoring\I/O status\Generic logic\SRGAPC1\Inputs

SRGAPC1

SR(1)

INP

LD0.SRGAPC1.Set8.stVal

SPS

BOOLEAN

Set Q8 output when set

Monitoring\I/O status\Generic logic\SRGAPC1\Inputs

SRGAPC1

SR(1)

INP

LD0.SRGAPC1.Rs1.stVal

SPC

BOOLEAN

Resets Q1 output when set

Monitoring\I/O status\Generic logic\SRGAPC1\Inputs

SRGAPC1

SR(1)

INP

LD0.SRGAPC1.Rs2.stVal

SPC

BOOLEAN

Resets Q2 output when set

Monitoring\I/O status\Generic logic\SRGAPC1\Inputs

SRGAPC1

SR(1)

INP

LD0.SRGAPC1.Rs3.stVal

SPC

BOOLEAN

Resets Q3 output when set

Monitoring\I/O status\Generic logic\SRGAPC1\Inputs

SRGAPC1

SR(1)

INP

LD0.SRGAPC1.Rs4.stVal

SPC

BOOLEAN

Resets Q4 output when set

Monitoring\I/O status\Generic logic\SRGAPC1\Inputs

SRGAPC1

SR(1)

INP

LD0.SRGAPC1.Rs5.stVal

SPC

BOOLEAN

Resets Q5 output when set

Monitoring\I/O status\Generic logic\SRGAPC1\Inputs

SRGAPC1

SR(1)

INP

LD0.SRGAPC1.Rs6.stVal

SPC

BOOLEAN

Resets Q6 output when set

Monitoring\I/O status\Generic logic\SRGAPC1\Inputs

SRGAPC1

SR(1)

INP

LD0.SRGAPC1.Rs7.stVal

SPC

BOOLEAN

Resets Q7 output when set

Monitoring\I/O status\Generic logic\SRGAPC1\Inputs

SRGAPC1

SR(1)

INP

LD0.SRGAPC1.Rs8.stVal

SPC

BOOLEAN

Resets Q8 output when set

Monitoring\I/O status\Generic logic\SRGAPC1\Inputs

SRGAPC1

SR(1)

OUT

LD0.SRGAPC1.Q1.stVal

SPS

BOOLEAN

Q1 status

Monitoring\I/O status\Generic logic\SRGAPC1\Outputs

SRGAPC1

SR(1)

OUT

LD0.SRGAPC1.Q2.stVal

SPS

BOOLEAN

Q2 status

Monitoring\I/O status\Generic logic\SRGAPC1\Outputs

SRGAPC1

SR(1)

OUT

LD0.SRGAPC1.Q3.stVal

SPS

BOOLEAN

Q3 status

Monitoring\I/O status\Generic logic\SRGAPC1\Outputs

SRGAPC1

SR(1)

OUT

LD0.SRGAPC1.Q4.stVal

SPS

BOOLEAN

Q4 status

Monitoring\I/O status\Generic logic\SRGAPC1\Outputs

SRGAPC1

SR(1)

OUT

LD0.SRGAPC1.Q5.stVal

SPS

BOOLEAN

Q5 status

Monitoring\I/O status\Generic logic\SRGAPC1\Outputs

SRGAPC1

SR(1)

OUT

LD0.SRGAPC1.Q6.stVal

SPS

BOOLEAN

Q6 status

Monitoring\I/O status\Generic logic\SRGAPC1\Outputs

SRGAPC1

SR(1)

OUT

LD0.SRGAPC1.Q7.stVal

SPS

BOOLEAN

Q7 status

Monitoring\I/O status\Generic logic\SRGAPC1\Outputs

SRGAPC1

SR(1)

OUT

LD0.SRGAPC1.Q8.stVal

SPS

BOOLEAN

Q8 status

Monitoring\I/O status\Generic logic\SRGAPC1\Outputs

SRGAPC1

SR(1)

CFG

LD0.SRGAPC1.Rs1.Oper.ctlVal

SPC

BOOLEAN

Reset Q1

Resets Q1 output when set

0=Cancel; 1=Reset

Configuration\Generic logic\SRGAPC1

SRGAPC1

SR(1)

CFG

LD0.SRGAPC1.Rs2.Oper.ctlVal

SPC

BOOLEAN

Reset Q2

Resets Q2 output when set

0=Cancel; 1=Reset

Configuration\Generic logic\SRGAPC1

SRGAPC1

SR(1)

CFG

LD0.SRGAPC1.Rs3.Oper.ctlVal

SPC

BOOLEAN

Reset Q3

Resets Q3 output when set

0=Cancel; 1=Reset

Configuration\Generic logic\SRGAPC1

SRGAPC1

SR(1)

CFG

LD0.SRGAPC1.Rs4.Oper.ctlVal

SPC

BOOLEAN

Reset Q4

Resets Q4 output when set

0=Cancel; 1=Reset

Configuration\Generic logic\SRGAPC1

SRGAPC1

SR(1)

CFG

LD0.SRGAPC1.Rs5.Oper.ctlVal

SPC

BOOLEAN

Reset Q5

Resets Q5 output when set

0=Cancel; 1=Reset

Configuration\Generic logic\SRGAPC1

SRGAPC1

SR(1)

CFG

LD0.SRGAPC1.Rs6.Oper.ctlVal

SPC

BOOLEAN

Reset Q6

Resets Q6 output when set

0=Cancel; 1=Reset

Configuration\Generic logic\SRGAPC1

SRGAPC1

SR(1)

CFG

LD0.SRGAPC1.Rs7.Oper.ctlVal

SPC

BOOLEAN

Reset Q7

Resets Q7 output when set

0=Cancel; 1=Reset

Configuration\Generic logic\SRGAPC1

SRGAPC1

SR(1)

CFG

LD0.SRGAPC1.Rs8.Oper.ctlVal

SPC

BOOLEAN

Reset Q8

Resets Q8 output when set

0=Cancel; 1=Reset

Configuration\Generic logic\SRGAPC1

SRGAPC1

SR(1)

VER

LD0.SRGAPC1.NamPlt.swRev

LPL

VisString255 (20)

TONGAPC1

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

TONGAPC1

TON(1)

INP

LD0.TONGAPC1.In1.stVal

SPS

BOOLEAN

IN1

Input 1

Monitoring\I/O status\Generic timers\TONGAPC1\Inputs

TONGAPC1

TON(1)

INP

LD0.TONGAPC1.In2.stVal

SPS

BOOLEAN

IN2

Input 2

Monitoring\I/O status\Generic timers\TONGAPC1\Inputs

TONGAPC1

TON(1)

INP

LD0.TONGAPC1.In3.stVal

SPS

BOOLEAN

IN3

Input 3

Monitoring\I/O status\Generic timers\TONGAPC1\Inputs

TONGAPC1

TON(1)

INP

LD0.TONGAPC1.In4.stVal

SPS

BOOLEAN

IN4

Input 4

Monitoring\I/O status\Generic timers\TONGAPC1\Inputs

TONGAPC1

TON(1)

INP

LD0.TONGAPC1.In5.stVal

SPS

BOOLEAN

IN5

Input 5

Monitoring\I/O status\Generic timers\TONGAPC1\Inputs

TONGAPC1

TON(1)

INP

LD0.TONGAPC1.In6.stVal

SPS

BOOLEAN

IN6

Input 6

Monitoring\I/O status\Generic timers\TONGAPC1\Inputs

TONGAPC1

TON(1)

INP

LD0.TONGAPC1.In7.stVal

SPS

BOOLEAN

IN7

Input 7

Monitoring\I/O status\Generic timers\TONGAPC1\Inputs

TONGAPC1

TON(1)

INP

LD0.TONGAPC1.In8.stVal

SPS

BOOLEAN

IN8

Input 8

Monitoring\I/O status\Generic timers\TONGAPC1\Inputs

TONGAPC1

TON(1)

OUT

LD0.TONGAPC1.Q1.stVal

SPS

BOOLEAN

Output 1

Monitoring\I/O status\Generic timers\TONGAPC1\Outputs

TONGAPC1

TON(1)

OUT

LD0.TONGAPC1.Q2.stVal

SPS

BOOLEAN

Output 2

Monitoring\I/O status\Generic timers\TONGAPC1\Outputs

TONGAPC1

TON(1)

OUT

LD0.TONGAPC1.Q3.stVal

SPS

BOOLEAN

Output 3

Monitoring\I/O status\Generic timers\TONGAPC1\Outputs

TONGAPC1

TON(1)

OUT

LD0.TONGAPC1.Q4.stVal

SPS

BOOLEAN

Output 4

Monitoring\I/O status\Generic timers\TONGAPC1\Outputs

TONGAPC1

TON(1)

OUT

LD0.TONGAPC1.Q5.stVal

SPS

BOOLEAN

Output 5

Monitoring\I/O status\Generic timers\TONGAPC1\Outputs

TONGAPC1

TON(1)

OUT

LD0.TONGAPC1.Q6.stVal

SPS

BOOLEAN

Output 6

Monitoring\I/O status\Generic timers\TONGAPC1\Outputs

TONGAPC1

TON(1)

OUT

LD0.TONGAPC1.Q7.stVal

SPS

BOOLEAN

Output 7

Monitoring\I/O status\Generic timers\TONGAPC1\Outputs

TONGAPC1

TON(1)

OUT

LD0.TONGAPC1.Q8.stVal

SPS

BOOLEAN

Output 8

Monitoring\I/O status\Generic timers\TONGAPC1\Outputs

TONGAPC1

TON(1)

CFG

LD0.TONGAPC1.OnDlTmms1.setVal

ING

INT32

On delay time 1

On delay time

0...3600000 ms

Configuration\Generic timers\TONGAPC1

TONGAPC1

TON(1)

CFG

LD0.TONGAPC1.OnDlTmms2.setVal

ING

INT32

On delay time 2

On delay time

0...3600000 ms

Configuration\Generic timers\TONGAPC1

TONGAPC1

TON(1)

CFG

LD0.TONGAPC1.OnDlTmms3.setVal

ING

INT32

On delay time 3

On delay time

0...3600000 ms

Configuration\Generic timers\TONGAPC1

TONGAPC1

TON(1)

CFG

LD0.TONGAPC1.OnDlTmms4.setVal

ING

INT32

On delay time 4

On delay time

0...3600000 ms

Configuration\Generic timers\TONGAPC1

TONGAPC1

TON(1)

CFG

LD0.TONGAPC1.OnDlTmms5.setVal

ING

INT32

On delay time 5

On delay time

0...3600000 ms

Configuration\Generic timers\TONGAPC1

TONGAPC1

TON(1)

CFG

LD0.TONGAPC1.OnDlTmms6.setVal

ING

INT32

On delay time 6

On delay time

0...3600000 ms

Configuration\Generic timers\TONGAPC1

TONGAPC1

TON(1)

CFG

LD0.TONGAPC1.OnDlTmms7.setVal

ING

INT32

On delay time 7

On delay time

0...3600000 ms

Configuration\Generic timers\TONGAPC1

TONGAPC1

TON(1)

CFG

LD0.TONGAPC1.OnDlTmms8.setVal

ING

INT32

On delay time 8

On delay time

0...3600000 ms

Configuration\Generic timers\TONGAPC1

TONGAPC1

TON(1)

VER

LD0.TONGAPC1.NamPlt.swRev

LPL

VisString255 (20)

TOFGAPC1

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

TOFGAPC1

TOF(1)

INP

LD0.TOFGAPC1.In1.stVal

SPS

BOOLEAN

IN1

Input 1 status

Monitoring\I/O status\Generic timers\TOFGAPC1\Inputs

TOFGAPC1

TOF(1)

INP

LD0.TOFGAPC1.In2.stVal

SPS

BOOLEAN

IN2

Input 2 status

Monitoring\I/O status\Generic timers\TOFGAPC1\Inputs

TOFGAPC1

TOF(1)

INP

LD0.TOFGAPC1.In3.stVal

SPS

BOOLEAN

IN3

Input 3 status

Monitoring\I/O status\Generic timers\TOFGAPC1\Inputs

TOFGAPC1

TOF(1)

INP

LD0.TOFGAPC1.In4.stVal

SPS

BOOLEAN

IN4

Input 4 status

Monitoring\I/O status\Generic timers\TOFGAPC1\Inputs

TOFGAPC1

TOF(1)

INP

LD0.TOFGAPC1.In5.stVal

SPS

BOOLEAN

IN5

Input 5 status

Monitoring\I/O status\Generic timers\TOFGAPC1\Inputs

TOFGAPC1

TOF(1)

INP

LD0.TOFGAPC1.In6.stVal

SPS

BOOLEAN

IN6

Input 6 status

Monitoring\I/O status\Generic timers\TOFGAPC1\Inputs

TOFGAPC1

TOF(1)

INP

LD0.TOFGAPC1.In7.stVal

SPS

BOOLEAN

IN7

Input 7 status

Monitoring\I/O status\Generic timers\TOFGAPC1\Inputs

TOFGAPC1

TOF(1)

INP

LD0.TOFGAPC1.In8.stVal

SPS

BOOLEAN

IN8

Input 8 status

Monitoring\I/O status\Generic timers\TOFGAPC1\Inputs

TOFGAPC1

TOF(1)

OUT

LD0.TOFGAPC1.Q1.stVal

SPS

BOOLEAN

Output 1 status

Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs

TOFGAPC1

TOF(1)

OUT

LD0.TOFGAPC1.Q2.stVal

SPS

BOOLEAN

Output 2 status

Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs

TOFGAPC1

TOF(1)

OUT

LD0.TOFGAPC1.Q3.stVal

SPS

BOOLEAN

Output 3 status

Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs

TOFGAPC1

TOF(1)

OUT

LD0.TOFGAPC1.Q4.stVal

SPS

BOOLEAN

Output 4 status

Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs

TOFGAPC1

TOF(1)

OUT

LD0.TOFGAPC1.Q5.stVal

SPS

BOOLEAN

Output 5 status

Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs

TOFGAPC1

TOF(1)

OUT

LD0.TOFGAPC1.Q6.stVal

SPS

BOOLEAN

Output 6 status

Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs

TOFGAPC1

TOF(1)

OUT

LD0.TOFGAPC1.Q7.stVal

SPS

BOOLEAN

Output 7 status

Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs

TOFGAPC1

TOF(1)

OUT

LD0.TOFGAPC1.Q8.stVal

SPS

BOOLEAN

Output 8 status

Monitoring\I/O status\Generic timers\TOFGAPC1\Outputs

TOFGAPC1

TOF(1)

CFG

LD0.TOFGAPC1.OffDlTmms1.setVal

ING

INT32

Off delay time 1

Off delay time

0...3600000 ms

Configuration\Generic timers\TOFGAPC1

TOFGAPC1

TOF(1)

CFG

LD0.TOFGAPC1.OffDlTmms2.setVal

ING

INT32

Off delay time 2

Off delay time

0...3600000 ms

Configuration\Generic timers\TOFGAPC1

TOFGAPC1

TOF(1)

CFG

LD0.TOFGAPC1.OffDlTmms3.setVal

ING

INT32

Off delay time 3

Off delay time

0...3600000 ms

Configuration\Generic timers\TOFGAPC1

TOFGAPC1

TOF(1)

CFG

LD0.TOFGAPC1.OffDlTmms4.setVal

ING

INT32

Off delay time 4

Off delay time

0...3600000 ms

Configuration\Generic timers\TOFGAPC1

TOFGAPC1

TOF(1)

CFG

LD0.TOFGAPC1.OffDlTmms5.setVal

ING

INT32

Off delay time 5

Off delay time

0...3600000 ms

Configuration\Generic timers\TOFGAPC1

TOFGAPC1

TOF(1)

CFG

LD0.TOFGAPC1.OffDlTmms6.setVal

ING

INT32

Off delay time 6

Off delay time

0...3600000 ms

Configuration\Generic timers\TOFGAPC1

TOFGAPC1

TOF(1)

CFG

LD0.TOFGAPC1.OffDlTmms7.setVal

ING

INT32

Off delay time 7

Off delay time

0...3600000 ms

Configuration\Generic timers\TOFGAPC1

TOFGAPC1

TOF(1)

CFG

LD0.TOFGAPC1.OffDlTmms8.setVal

ING

INT32

Off delay time 8

Off delay time

0...3600000 ms

Configuration\Generic timers\TOFGAPC1

TOFGAPC1

TOF(1)

VER

LD0.TOFGAPC1.NamPlt.swRev

LPL

VisString255 (20)

PTGAPC1

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

PTGAPC1

PT(1)

INP

LD0.PTGAPC1.In1.stVal

SPS

BOOLEAN

IN1

Input 1 status

Monitoring\I/O status\Generic timers\PTGAPC1\Inputs

PTGAPC1

PT(1)

INP

LD0.PTGAPC1.In2.stVal

SPS

BOOLEAN

IN2

Input 2 status

Monitoring\I/O status\Generic timers\PTGAPC1\Inputs

PTGAPC1

PT(1)

INP

LD0.PTGAPC1.In3.stVal

SPS

BOOLEAN

IN3

Input 3 status

Monitoring\I/O status\Generic timers\PTGAPC1\Inputs

PTGAPC1

PT(1)

INP

LD0.PTGAPC1.In4.stVal

SPS

BOOLEAN

IN4

Input 4 status

Monitoring\I/O status\Generic timers\PTGAPC1\Inputs

PTGAPC1

PT(1)

INP

LD0.PTGAPC1.In5.stVal

SPS

BOOLEAN

IN5

Input 5 status

Monitoring\I/O status\Generic timers\PTGAPC1\Inputs

PTGAPC1

PT(1)

INP

LD0.PTGAPC1.In6.stVal

SPS

BOOLEAN

IN6

Input 6 status

Monitoring\I/O status\Generic timers\PTGAPC1\Inputs

PTGAPC1

PT(1)

INP

LD0.PTGAPC1.In7.stVal

SPS

BOOLEAN

IN7

Input 7 status

Monitoring\I/O status\Generic timers\PTGAPC1\Inputs

PTGAPC1

PT(1)

INP

LD0.PTGAPC1.In8.stVal

SPS

BOOLEAN

IN8

Input 8 status

Monitoring\I/O status\Generic timers\PTGAPC1\Inputs

PTGAPC1

PT(1)

OUT

LD0.PTGAPC1.Q1.stVal

SPS

BOOLEAN

Output 1 status

Monitoring\I/O status\Generic timers\PTGAPC1\Outputs

PTGAPC1

PT(1)

OUT

LD0.PTGAPC1.Q2.stVal

SPS

BOOLEAN

Output 2 status

Monitoring\I/O status\Generic timers\PTGAPC1\Outputs

PTGAPC1

PT(1)

OUT

LD0.PTGAPC1.Q3.stVal

SPS

BOOLEAN

Output 3 status

Monitoring\I/O status\Generic timers\PTGAPC1\Outputs

PTGAPC1

PT(1)

OUT

LD0.PTGAPC1.Q4.stVal

SPS

BOOLEAN

Output 4 status

Monitoring\I/O status\Generic timers\PTGAPC1\Outputs

PTGAPC1

PT(1)

OUT

LD0.PTGAPC1.Q5.stVal

SPS

BOOLEAN

Output 5 status

Monitoring\I/O status\Generic timers\PTGAPC1\Outputs

PTGAPC1

PT(1)

OUT

LD0.PTGAPC1.Q6.stVal

SPS

BOOLEAN

Output 6 status

Monitoring\I/O status\Generic timers\PTGAPC1\Outputs

PTGAPC1

PT(1)

OUT

LD0.PTGAPC1.Q7.stVal

SPS

BOOLEAN

Output 7 status

Monitoring\I/O status\Generic timers\PTGAPC1\Outputs

PTGAPC1

PT(1)

OUT

LD0.PTGAPC1.Q8.stVal

SPS

BOOLEAN

Output 8 status

Monitoring\I/O status\Generic timers\PTGAPC1\Outputs

PTGAPC1

PT(1)

CFG

LD0.PTGAPC1.PlsTmms1.setVal

ING

INT32

Pulse delay time 1

Pulse delay time

0...3600000 ms

Configuration\Generic timers\PTGAPC1

PTGAPC1

PT(1)

CFG

LD0.PTGAPC1.PlsTmms2.setVal

ING

INT32

Pulse delay time 2

Pulse delay time

0...3600000 ms

Configuration\Generic timers\PTGAPC1

PTGAPC1

PT(1)

CFG

LD0.PTGAPC1.PlsTmms3.setVal

ING

INT32

Pulse delay time 3

Pulse delay time

0...3600000 ms

Configuration\Generic timers\PTGAPC1

PTGAPC1

PT(1)

CFG

LD0.PTGAPC1.PlsTmms4.setVal

ING

INT32

Pulse delay time 4

Pulse delay time

0...3600000 ms

Configuration\Generic timers\PTGAPC1

PTGAPC1

PT(1)

CFG

LD0.PTGAPC1.PlsTmms5.setVal

ING

INT32

Pulse delay time 5

Pulse delay time

0...3600000 ms

Configuration\Generic timers\PTGAPC1

PTGAPC1

PT(1)

CFG

LD0.PTGAPC1.PlsTmms6.setVal

ING

INT32

Pulse delay time 6

Pulse delay time

0...3600000 ms

Configuration\Generic timers\PTGAPC1

PTGAPC1

PT(1)

CFG

LD0.PTGAPC1.PlsTmms7.setVal

ING

INT32

Pulse delay time 7

Pulse delay time

0...3600000 ms

Configuration\Generic timers\PTGAPC1

PTGAPC1

PT(1)

CFG

LD0.PTGAPC1.PlsTmms8.setVal

ING

INT32

Pulse delay time 8

Pulse delay time

0...3600000 ms

Configuration\Generic timers\PTGAPC1

PTGAPC1

PT(1)

VER

LD0.PTGAPC1.NamPlt.swRev

LPL

VisString255 (20)

Global conditioning

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

Global conditioning

INP

LD0.LEDPTRC1.Op.general

ACT

BOOLEAN

StatIed

Global conditioning

INP

LD0.LEDPTRC1.Str.general

ACD

BOOLEAN

StatIed

TRPPTRC1

Master Trip(1)

94/86(1)

INP

LD0.TRPPTRC1.Mod.blockIn

INC

BOOLEAN

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

StatIO

OPERATE

Operate

Monitoring\I/O status\Trip logic\TRPPTRC1\Inputs

TRPPTRC1

Master Trip(1)

94/86(1)

INP

LD0.TRPPTRC1.LORs.stVal

SPC

BOOLEAN

RST_LKOUT

Input for resetting the circuit breaker lockout function

Monitoring\I/O status\Trip logic\TRPPTRC1\Inputs

TRPPTRC2

Master Trip(2)

94/86(2)

INP

LD0.TRPPTRC2.Mod.blockIn

INC

BOOLEAN

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

StatIO

OPERATE

Operate

Monitoring\I/O status\Trip logic\TRPPTRC2\Inputs

TRPPTRC2

Master Trip(2)

94/86(2)

INP

LD0.TRPPTRC2.LORs.stVal

SPC

BOOLEAN

RST_LKOUT

Input for resetting the circuit breaker lockout function

Monitoring\I/O status\Trip logic\TRPPTRC2\Inputs

Global conditioning

OUT

LD0.LEDPTRC1.Op.general

ACT

BOOLEAN

StatIed

Global conditioning

OUT

LD0.LEDPTRC1.Op.phsA

ACT

BOOLEAN

StatIed

Global conditioning

OUT

LD0.LEDPTRC1.Op.phsB

ACT

BOOLEAN

StatIed

Global conditioning

OUT

LD0.LEDPTRC1.Op.phsC

ACT

BOOLEAN

StatIed

Global conditioning

OUT

LD0.LEDPTRC1.Op.neut

ACT

BOOLEAN

StatIed

Global conditioning

OUT

LD0.LEDPTRC1.Str.general

ACD

BOOLEAN

StatIed

Global conditioning

OUT

LD0.LEDPTRC1.Str.phsA

ACD

BOOLEAN

StatIed

Global conditioning

OUT

LD0.LEDPTRC1.Str.phsB

ACD

BOOLEAN

StatIed

Global conditioning

OUT

LD0.LEDPTRC1.Str.phsC

ACD

BOOLEAN

StatIed

Global conditioning

OUT

LD0.LEDPTRC1.Str.neut

ACD

BOOLEAN

StatIed

TRPPTRC1

Master Trip(1)

94/86(1)

OUT

LD0.TRPPTRC1.Tr.general

ACT

BOOLEAN

StatNrml

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

CL_LKOUT

Circuit breaker lockout output (set until reset)

Monitoring\I/O status\Trip logic\TRPPTRC1\Outputs

TRPPTRC2

Master Trip(2)

94/86(2)

OUT

LD0.TRPPTRC2.Tr.general

ACT

BOOLEAN

StatNrml

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

CL_LKOUT

Circuit breaker lockout output (set until reset)

Monitoring\I/O status\Trip logic\TRPPTRC2\Outputs

TRPPTRC1

Master Trip(1)

94/86(1)

CTR

LD0.TRPPTRC1.LORs.Oper.ctlVal

SPC

BOOLEAN

TRPPTRC1

Reset TRPPTRC1 lockout and latch

0=Cancel; 1=Clear

Clear\Clear

TRPPTRC2

Master Trip(2)

94/86(2)

CTR

LD0.TRPPTRC2.LORs.Oper.ctlVal

SPC

BOOLEAN

TRPPTRC2

Reset TRPPTRC2 lockout and latch

0=Cancel; 1=Clear

Clear\Clear

TRPPTRC1

Master Trip(1)

94/86(1)

MON

LD0.TRPPTRC1.Beh.stVal

INS

Enum

TRPPTRC1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

TRPPTRC2

Master Trip(2)

94/86(2)

MON

LD0.TRPPTRC2.Beh.stVal

INS

Enum

TRPPTRC2

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

TRPPTRC1

Master Trip(1)

94/86(1)

CFG

LD0.TRPPTRC1.Mod.Oper.ctlVal

INC

Enum

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

150

Trip pulse time

Minimum duration of trip output signal

20...60000 ms

Configuration\Trip logic\TRPPTRC1

TRPPTRC1

Master Trip(1)

94/86(1)

CFG

LD0.TRPPTRC1.TrOutMod.setVal

ING

Enum

Trip output mode

Select the operation mode for trip output

1=Non-latched; 2=Latched; 3=Lockout

Configuration\Trip logic\TRPPTRC1

TRPPTRC2

Master Trip(2)

94/86(2)

CFG

LD0.TRPPTRC2.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Configuration\Trip logic\TRPPTRC2

TRPPTRC2

Master Trip(2)

94/86(2)

CFG

LD0.TRPPTRC2.TrPlsTmms.setVal

ING

INT32

150

Trip pulse time

Minimum duration of trip output signal

20...60000 ms

Configuration\Trip logic\TRPPTRC2

TRPPTRC2

Master Trip(2)

94/86(2)

CFG

LD0.TRPPTRC2.TrOutMod.setVal

ING

Enum

Trip output mode

Select the operation mode for trip output

1=Non-latched; 2=Latched; 3=Lockout

Configuration\Trip logic\TRPPTRC2

Global conditioning

VER

LD0.LEDPTRC1.NamPlt.swRev

LPL

VisString255 (20)

TRPPTRC1

Master Trip(1)

94/86(1)

VER

LD0.TRPPTRC1.NamPlt.swRev

LPL

VisString255 (20)

TRPPTRC2

Master Trip(2)

94/86(2)

VER

LD0.TRPPTRC2.NamPlt.swRev

LPL

VisString255 (20)

TCSSCBR1: Trip circuit supervision

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

TCSSCBR1

TCS(1)

TCM(1)

INP

LD0.TCSSCBR1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block input status

Monitoring\I/O status\Condition monitoring\TCSSCBR1\Inputs

TCSSCBR1

TCS(1)

TCM(1)

OUT

LD0.TCSSCBR1.CirAlm.stVal

SPS

BOOLEAN

StatIed

ALARM

Alarm output

Monitoring\I/O status\Condition monitoring\TCSSCBR1\Outputs

TCSSCBR1

TCS(1)

TCM(1)

MON

LD0.TCSSCBR1.Beh.stVal

INS

Enum

TCSSCBR1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

TCSSCBR1

TCS(1)

TCM(1)

CFG

LD0.TCSSCBR1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Configuration\Condition monitoring\TCSSCBR1

TCSSCBR1

TCS(1)

TCM(1)

CFG

LD0.TCSSCBR1.OpDlTmms.setVal

ING

INT32

3000

Operate delay time

20...300000 ms

Configuration\Condition monitoring\TCSSCBR1

TCSSCBR1

TCS(1)

TCM(1)

CFG

LD0.TCSSCBR1.RsDlTmms.setVal

ING

INT32

1000

Reset delay time

20...60000 ms

Configuration\Condition monitoring\TCSSCBR1

TCSSCBR1

TCS(1)

TCM(1)

TES

LD0.TCSSCBR1.TstOutCmd.Oper.ctlVal

INC

Enum

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)

TCSSCBR2: Trip circuit supervision

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

TCSSCBR2

TCS(2)

TCM(2)

INP

LD0.TCSSCBR2.Mod.blockIn

INC

BOOLEAN

BLOCK

Block input status

Monitoring\I/O status\Condition monitoring\TCSSCBR2\Inputs

TCSSCBR2

TCS(2)

TCM(2)

OUT

LD0.TCSSCBR2.CirAlm.stVal

SPS

BOOLEAN

StatIed

ALARM

Alarm output

Monitoring\I/O status\Condition monitoring\TCSSCBR2\Outputs

TCSSCBR2

TCS(2)

TCM(2)

MON

LD0.TCSSCBR2.Beh.stVal

INS

Enum

TCSSCBR2

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

TCSSCBR2

TCS(2)

TCM(2)

CFG

LD0.TCSSCBR2.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Configuration\Condition monitoring\TCSSCBR2

TCSSCBR2

TCS(2)

TCM(2)

CFG

LD0.TCSSCBR2.OpDlTmms.setVal

ING

INT32

3000

Operate delay time

20...300000 ms

Configuration\Condition monitoring\TCSSCBR2

TCSSCBR2

TCS(2)

TCM(2)

CFG

LD0.TCSSCBR2.RsDlTmms.setVal

ING

INT32

1000

Reset delay time

20...60000 ms

Configuration\Condition monitoring\TCSSCBR2

TCSSCBR2

TCS(2)

TCM(2)

TES

LD0.TCSSCBR2.TstOutCmd.Oper.ctlVal

INC

Enum

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)

TPGAPC1

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

TPGAPC1

TP(1)

INP

LD0.TPGAPC1.Str.general

ACD

BOOLEAN

OUT1

Output 1 status

Monitoring\I/O status\Generic timers\TPGAPC1\Outputs

TPGAPC1

TP(1)

INP

LD0.TPGAPC1.Op.general

ACT

BOOLEAN

OUT2

Output 2 status

Monitoring\I/O status\Generic timers\TPGAPC1\Outputs

TPGAPC1

TP(1)

OUT

LD0.TPGAPC1.Str.general

ACD

BOOLEAN

OUT1

Output 1 status

Monitoring\I/O status\Generic timers\TPGAPC1\Outputs

TPGAPC1

TP(1)

OUT

LD0.TPGAPC1.Op.general

ACT

BOOLEAN

OUT2

Output 2 status

Monitoring\I/O status\Generic timers\TPGAPC1\Outputs

TPGAPC1

TP(1)

CFG

LD0.TPGAPC1.PlsTmms.setVal

ING

INT32

150

Pulse time

Minimum pulse time

0...60000 ms

Configuration\Generic timers\TPGAPC1

TPGAPC1

TP(1)

VER

LD0.TPGAPC1.NamPlt.swRev

LPL

VisString255 (20)

TPGAPC2

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

TPGAPC2

TP(2)

INP

LD0.TPGAPC2.Str.general

ACD

BOOLEAN

OUT1

Output 1 status

Monitoring\I/O status\Generic timers\TPGAPC2\Outputs

TPGAPC2

TP(2)

INP

LD0.TPGAPC2.Op.general

ACT

BOOLEAN

OUT2

Output 2 status

Monitoring\I/O status\Generic timers\TPGAPC2\Outputs

TPGAPC2

TP(2)

OUT

LD0.TPGAPC2.Str.general

ACD

BOOLEAN

OUT1

Output 1 status

Monitoring\I/O status\Generic timers\TPGAPC2\Outputs

TPGAPC2

TP(2)

OUT

LD0.TPGAPC2.Op.general

ACT

BOOLEAN

OUT2

Output 2 status

Monitoring\I/O status\Generic timers\TPGAPC2\Outputs

TPGAPC2

TP(2)

CFG

LD0.TPGAPC2.PlsTmms.setVal

ING

INT32

150

Pulse time

Minimum pulse time

0...60000 ms

Configuration\Generic timers\TPGAPC2

TPGAPC2

TP(2)

VER

LD0.TPGAPC2.NamPlt.swRev

LPL

VisString255 (20)

TPGAPC3

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

TPGAPC3

TP(3)

INP

LD0.TPGAPC3.Str.general

ACD

BOOLEAN

OUT1

Output 1 status

Monitoring\I/O status\Generic timers\TPGAPC3\Outputs

TPGAPC3

TP(3)

INP

LD0.TPGAPC3.Op.general

ACT

BOOLEAN

OUT2

Output 2 status

Monitoring\I/O status\Generic timers\TPGAPC3\Outputs

TPGAPC3

TP(3)

OUT

LD0.TPGAPC3.Str.general

ACD

BOOLEAN

OUT1

Output 1 status

Monitoring\I/O status\Generic timers\TPGAPC3\Outputs

TPGAPC3

TP(3)

OUT

LD0.TPGAPC3.Op.general

ACT

BOOLEAN

OUT2

Output 2 status

Monitoring\I/O status\Generic timers\TPGAPC3\Outputs

TPGAPC3

TP(3)

CFG

LD0.TPGAPC3.PlsTmms.setVal

ING

INT32

150

Pulse time

Minimum pulse time

0...60000 ms

Configuration\Generic timers\TPGAPC3

TPGAPC3

TP(3)

VER

LD0.TPGAPC3.NamPlt.swRev

LPL

VisString255 (20)

TPGAPC4

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

TPGAPC4

TP(4)

INP

LD0.TPGAPC4.Str.general

ACD

BOOLEAN

OUT1

Output 1 status

Monitoring\I/O status\Generic timers\TPGAPC4\Outputs

TPGAPC4

TP(4)

INP

LD0.TPGAPC4.Op.general

ACT

BOOLEAN

OUT2

Output 2 status

Monitoring\I/O status\Generic timers\TPGAPC4\Outputs

TPGAPC4

TP(4)

OUT

LD0.TPGAPC4.Str.general

ACD

BOOLEAN

OUT1

Output 1 status

Monitoring\I/O status\Generic timers\TPGAPC4\Outputs

TPGAPC4

TP(4)

OUT

LD0.TPGAPC4.Op.general

ACT

BOOLEAN

OUT2

Output 2 status

Monitoring\I/O status\Generic timers\TPGAPC4\Outputs

TPGAPC4

TP(4)

CFG

LD0.TPGAPC4.PlsTmms.setVal

ING

INT32

150

Pulse time

Minimum pulse time

0...60000 ms

Configuration\Generic timers\TPGAPC4

TPGAPC4

TP(4)

VER

LD0.TPGAPC4.NamPlt.swRev

LPL

VisString255 (20)

FLTMSTA1: Fault record

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

FLTMSTA1

INP

LD0.FLTMSTA1.Mod.blockIn

INC

BOOLEAN

FLTMSTA1

INP

LD0.FLTMSTA1.InOp.stVal

SPS

BOOLEAN

FLTMSTA1

INP

LD0.FLTMSTA1.InStr.stVal

SPS

BOOLEAN

FLTMSTA1

CTR

LD0.FLTMSTA1.RecRs.Oper.ctlVal

SPC

BOOLEAN

Fault records

Reset fault records

0=Cancel; 1=Clear

Clear\Clear

FLTMSTA1

MON

LD0.FLTMSTA1.OpCnt.stVal

INS

INT32

MeasReg

Fault number

Fault record number

0...999999

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.OpCnt.t

INS

Timestamp

MeasReg

Time and date

Fault record time stamp

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.StrDur.mag.f

FLOAT32

MeasReg

Start duration

Maximum start duration of all stages during the fault

0.00...100.00 %

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.ActSG.stVal

INS

INT32

MeasReg

Setting group

Active setting group

0...6

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.MxDifAClcA.mag.f

FLOAT32

MeasReg

Max diff current IL1

Maximum phase A differential current

0.000...80.000

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.MxDifAClcB.mag.f

FLOAT32

MeasReg

Max diff current IL2

Maximum phase B differential current

0.000...80.000

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.MxDifAClcC.mag.f

FLOAT32

MeasReg

Max diff current IL3

Maximum phase C differential current

0.000...80.000

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.MxRstAClcA.mag.f

FLOAT32

MeasReg

Max bias current IL1

Maximum phase A bias current

0.000...50.000

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.MxRstAClcB.mag.f

FLOAT32

MeasReg

Max bias current IL2

Maximum phase B bias current

0.000...50.000

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.MxRstAClcC.mag.f

FLOAT32

MeasReg

Max bias current IL3

Maximum phase C bias current

0.000...50.000

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.DifAmpsA.mag.f

FLOAT32

MeasReg

Diff current IL1

Differential current phase A

0.000...80.000

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.DifAmpsB.mag.f

FLOAT32

MeasReg

Diff current IL2

Differential current phase B

0.000...80.000

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.DifAmpsC.mag.f

FLOAT32

MeasReg

Diff current IL3

Differential current phase C

0.000...80.000

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.RstAmpsA.mag.f

FLOAT32

MeasReg

Bias current IL1

Bias current phase A

0.000...50.000

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.RstAmpsB.mag.f

FLOAT32

MeasReg

Bias current IL2

Bias current phase B

0.000...50.000

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.RstAmpsC.mag.f

FLOAT32

MeasReg

Bias current IL3

Bias current phase C

0.000...50.000

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.DifAmpsN.mag.f

FLOAT32

MeasReg

Diff current Io

Differential current residual

0.000...80.000

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.RstAmpsN.mag.f

FLOAT32

MeasReg

Bias current Io

Bias current residual

0.000...50.000

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.MaxAmpsA.mag.f

FLOAT32

MeasReg

Max current IL1

Maximum phase A current

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

IL1TCTR1

FLTMSTA1

MON

LD0.FLTMSTA1.MaxAmpsB.mag.f

FLOAT32

MeasReg

Max current IL2

Maximum phase B current

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

IL1TCTR1

FLTMSTA1

MON

LD0.FLTMSTA1.MaxAmpsC.mag.f

FLOAT32

MeasReg

Max current IL3

Maximum phase C current

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

IL1TCTR1

FLTMSTA1

MON

LD0.FLTMSTA1.MaxAmpsN.mag.f

FLOAT32

MeasReg

Max current Io

Maximum residual current

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

RESTCTR1

FLTMSTA1

MON

LD0.FLTMSTA1.AmpsA.mag.f

FLOAT32

MeasReg

Current IL1

Phase A current

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

IL1TCTR1

FLTMSTA1

MON

LD0.FLTMSTA1.AmpsB.mag.f

FLOAT32

MeasReg

Current IL2

Phase B current

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

IL1TCTR1

FLTMSTA1

MON

LD0.FLTMSTA1.AmpsC.mag.f

FLOAT32

MeasReg

Current IL3

Phase C current

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

IL1TCTR1

FLTMSTA1

MON

LD0.FLTMSTA1.AmpsN.mag.f

FLOAT32

MeasReg

Current Io

Residual current

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

RESTCTR1

FLTMSTA1

MON

LD0.FLTMSTA1.AmpsNClc.mag.f

FLOAT32

MeasReg

Current Io-Calc

Calculated residual current

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

IL1TCTR1

FLTMSTA1

MON

LD0.FLTMSTA1.AmpsPsSeq.mag.f

FLOAT32

MeasReg

Current Ps-Seq

Positive sequence current

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

IL1TCTR1

FLTMSTA1

MON

LD0.FLTMSTA1.AmpsNgSeq.mag.f

FLOAT32

MeasReg

Current Ng-Seq

Negative sequence current

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

IL1TCTR1

FLTMSTA1

MON

LD0.FLTMSTA1.MaxAmpsAb.mag.f

FLOAT32

MeasReg

Max current IL1B

Maximum phase A current (b)

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

IL1TCTR2

FLTMSTA1

MON

LD0.FLTMSTA1.MaxAmpsBb.mag.f

FLOAT32

MeasReg

Max current IL2B

Maximum phase B current (b)

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

IL1TCTR2

FLTMSTA1

MON

LD0.FLTMSTA1.MaxAmpsCb.mag.f

FLOAT32

MeasReg

Max current IL3B

Maximum phase C current (b)

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

IL1TCTR2

FLTMSTA1

MON

LD0.FLTMSTA1.MaxAmpsNb.mag.f

FLOAT32

MeasReg

Max current IoB

Maximum residual current (b)

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

RESTCTR2

FLTMSTA1

MON

LD0.FLTMSTA1.AmpsAb.mag.f

FLOAT32

MeasReg

Current IL1B

Maximum phase A current (b)

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

IL1TCTR2

FLTMSTA1

MON

LD0.FLTMSTA1.AmpsBb.mag.f

FLOAT32

MeasReg

Current IL2B

Maximum phase B current (b)

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

IL1TCTR2

FLTMSTA1

MON

LD0.FLTMSTA1.AmpsCb.mag.f

FLOAT32

MeasReg

Current IL3B

Maximum phase C current (b)

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

IL1TCTR2

FLTMSTA1

MON

LD0.FLTMSTA1.AmpsNb.mag.f

FLOAT32

MeasReg

Current IoB

Residual current (b)

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

RESTCTR2

FLTMSTA1

MON

LD0.FLTMSTA1.AmpsNClcb.mag.f

FLOAT32

MeasReg

Current Io-CalcB

Calculated residual current (b)

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

IL1TCTR2

FLTMSTA1

MON

LD0.FLTMSTA1.AmpsPsSeqb.mag.f

FLOAT32

MeasReg

Current Ps-SeqB

Positive sequence current (b)

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

IL1TCTR2

FLTMSTA1

MON

LD0.FLTMSTA1.AmpsNgSeqb.mag.f

FLOAT32

MeasReg

Current Ng-SeqB

Negative sequence current (b)

0.000...50.000 xIn

Monitoring\Recorded data\Fault record

IL1TCTR2

FLTMSTA1

MON

LD0.FLTMSTA1.VoltsA.mag.f

FLOAT32

MeasReg

Voltage UL1

Phase A voltage

0.000...4.000 xUn

Monitoring\Recorded data\Fault record

UL1TVTR1

FLTMSTA1

MON

LD0.FLTMSTA1.VoltsB.mag.f

FLOAT32

MeasReg

Voltage UL2

Phase B voltage

0.000...4.000 xUn

Monitoring\Recorded data\Fault record

UL1TVTR1

FLTMSTA1

MON

LD0.FLTMSTA1.VoltsC.mag.f

FLOAT32

MeasReg

Voltage UL3

Phase C voltage

0.000...4.000 xUn

Monitoring\Recorded data\Fault record

UL1TVTR1

FLTMSTA1

MON

LD0.FLTMSTA1.VoltsAB.mag.f

FLOAT32

MeasReg

Voltage U12

Phase A to phase B voltage

0.000...4.000 xUn

Monitoring\Recorded data\Fault record

UL1TVTR1

FLTMSTA1

MON

LD0.FLTMSTA1.VoltsBC.mag.f

FLOAT32

MeasReg

Voltage U23

Phase B to phase C voltage

0.000...4.000 xUn

Monitoring\Recorded data\Fault record

UL1TVTR1

FLTMSTA1

MON

LD0.FLTMSTA1.VoltsCA.mag.f

FLOAT32

MeasReg

Voltage U31

Phase C to phase A voltage

0.000...4.000 xUn

Monitoring\Recorded data\Fault record

UL1TVTR1

FLTMSTA1

MON

LD0.FLTMSTA1.VoltsN.mag.f

FLOAT32

MeasReg

Voltage Uo

Residual voltage

0.000...4.000 xUn

Monitoring\Recorded data\Fault record

RESTVTR1

FLTMSTA1

MON

LD0.FLTMSTA1.VZroSeq.mag.f

FLOAT32

MeasReg

Voltage Zro-Seq

Zero sequence voltage

0.000...4.000 xUn

Monitoring\Recorded data\Fault record

UL1TVTR1

FLTMSTA1

MON

LD0.FLTMSTA1.VPsSeq.mag.f

FLOAT32

MeasReg

Voltage Ps-Seq

Positive sequence voltage

0.000...4.000 xUn

Monitoring\Recorded data\Fault record

UL1TVTR1

FLTMSTA1

MON

LD0.FLTMSTA1.VNgSeq.mag.f

FLOAT32

MeasReg

Voltage Ng-Seq

Negative sequence voltage

0.000...4.000 xUn

Monitoring\Recorded data\Fault record

UL1TVTR1

FLTMSTA1

MON

LD0.FLTMSTA1.MaxTmpRl.mag.f

FLOAT32

MeasReg

PTTR thermal level

PTTR calculated temperature of the protected object relative to the operate level

0.00...99.99

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.PDNS1MxRat.mag.f

FLOAT32

MeasReg

PDNSPTOC1 rat. I2/I1

PDNSPTOC1 ratio I2/I1

0.00...999.99 %

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.DifNAngN.mag.f

FLOAT32

MeasReg

Angle Uo - Io

Angle residual voltage - residual current

-180.00...180.00 deg

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.DifAAngBC.mag.f

FLOAT32

MeasReg

Angle U23 - IL1

Angle phase B to phase C voltage - phase A current

-180.00...180.00 deg

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.DifBAngCA.mag.f

FLOAT32

MeasReg

Angle U31 - IL2

Angle phase C to phase A voltage - phase B current

-180.00...180.00 deg

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.DifCAngAB.mag.f

FLOAT32

MeasReg

Angle U12 - IL3

Angle phase A to phase B voltage - phase C current

-180.00...180.00 deg

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.Hz.mag.f

FLOAT32

MeasReg

Frequency

30.00...80.00 Hz

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.HzS.mag.f

FLOAT32

MeasReg

Frequency gradient

-10.00...10.00 Hz/s

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.CondN.mag.f

FLOAT32

MeasReg

Conductance Yo

-1000.00...1000.00 mS

Monitoring\Recorded data\Fault record

FLTMSTA1

MON

LD0.FLTMSTA1.SusN.mag.f

FLOAT32

MeasReg

Susceptance Yo

-1000.00...1000.00 mS

Monitoring\Recorded data\Fault record

FLTMSTA1

CFG

LD0.FLTMSTA1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Configuration\Fault record

FLTMSTA1

CFG

LD0.FLTMSTA1.TrgSet.setVal

ING

Enum

Trig mode

Triggering mode

0=From all faults; 1=From operate; 2=From only start

Configuration\Fault record

FLTMSTA1

CFG

LD0.FLTMSTA1.AMeasMod.setVal

ING

Enum

A measurement mode

Selects used measurement mode phase currents and residual current

1=RMS; 2=DFT; 3=Peak-to-Peak

Configuration\Fault record

FLTMSTA1

VER

LD0.FLTMSTA1.NamPlt.swRev

LPL

VisString255 (20)

CCRDIF1: Current circuit supervision

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

CCRDIF1

MCS 3I

INP

LD0.CCRDIF1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for all binary outputs

Monitoring\I/O status\Condition monitoring\CCRDIF1\Inputs

CCRDIF1

MCS 3I

OUT

LD0.CCRDIF1.Op.general

ACT

BOOLEAN

StatIed

FAIL

Fail output

Monitoring\I/O status\Condition monitoring\CCRDIF1\Outputs

CCRDIF1

MCS 3I

OUT

LD0.CCRDIF1.Alm.stVal

SPS

BOOLEAN

StatIed

ALARM

Alarm output

Monitoring\I/O status\Condition monitoring\CCRDIF1\Outputs

CCRDIF1

MCS 3I

MON

LD0.CCRDIF1.Beh.stVal

INS

Enum

CCRDIF1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

CCRDIF1

MCS 3I

MON

LD0.CCRDIF1.DifAClc.res.cVal.mag.f

WYE

FLOAT32

IDIFF

Differential current

0.00...40.00 xIn

Monitoring\I/O status\Condition monitoring\CCRDIF1\Monitored data

CCRDIF1

MCS 3I

CFG

LD0.CCRDIF1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation On / Off

1=on; 5=off

Configuration\Condition monitoring\CCRDIF1

CCRDIF1

MCS 3I

CFG

LD0.CCRDIF1.StrVal.setMag.f

ASG

FLOAT32

0.05

Start value

Minimum operate current differential level

0.05...0.20 xIn

Configuration\Condition monitoring\CCRDIF1

IL1TCTR1

CCRDIF1

MCS 3I

CFG

LD0.CCRDIF1.MaxOpA.setMag.f

ASG

FLOAT32

1.5

Max operate current

Block of the function at high phase current

1.00...5.00 xIn

Configuration\Condition monitoring\CCRDIF1

IL1TCTR1

CCRDIF1

MCS 3I

TES

LD0.CCRDIF1.TstOutCmd.Oper.ctlVal

INC

Enum

CCRDIF1

Test control for outputs

0=Reset; 17=Activate ALARM; 18=Deactive ALARM; 113=Activate FAIL; 114=Deactive FAIL

Tests\Function tests\Condition monitoring

CCRDIF1

MCS 3I

VER

LD0.CCRDIF1.NamPlt.swRev

LPL

VisString255 (20)

BSTGGIO1

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

BSTGGIO1

BST

INP

LD0.BSTGGIO1.Ind1.stVal

SPS

BOOLEAN

StatIO

SEND_SIG_1

Send signal 1 state

Monitoring\I/O status\Differential prot\BSTGGIO1\Inputs

BSTGGIO1

BST

INP

LD0.BSTGGIO1.Ind2.stVal

SPS

BOOLEAN

StatIO

SEND_SIG_2

Send signal 2 state

Monitoring\I/O status\Differential prot\BSTGGIO1\Inputs

BSTGGIO1

BST

INP

LD0.BSTGGIO1.Ind3.stVal

SPS

BOOLEAN

StatIO

SEND_SIG_3

Send signal 3 state

Monitoring\I/O status\Differential prot\BSTGGIO1\Inputs

BSTGGIO1

BST

INP

LD0.BSTGGIO1.Ind4.stVal

SPS

BOOLEAN

StatIO

SEND_SIG_4

Send signal 4 state

Monitoring\I/O status\Differential prot\BSTGGIO1\Inputs

BSTGGIO1

BST

INP

LD0.BSTGGIO1.Ind5.stVal

SPS

BOOLEAN

StatIO

SEND_SIG_5

Send signal 5 state

Monitoring\I/O status\Differential prot\BSTGGIO1\Inputs

BSTGGIO1

BST

INP

LD0.BSTGGIO1.Ind6.stVal

SPS

BOOLEAN

StatIO

SEND_SIG_6

Send signal 6 state

Monitoring\I/O status\Differential prot\BSTGGIO1\Inputs

BSTGGIO1

BST

INP

LD0.BSTGGIO1.Ind7.stVal

SPS

BOOLEAN

StatIO

SEND_SIG_7

Send signal 7 state

Monitoring\I/O status\Differential prot\BSTGGIO1\Inputs

BSTGGIO1

BST

INP

LD0.BSTGGIO1.Ind8.stVal

SPS

BOOLEAN

StatIO

SEND_SIG_8

Send signal 8 state

Monitoring\I/O status\Differential prot\BSTGGIO1\Inputs

BSTGGIO1

BST

OUT

LD0.BSTGGIO1.SPCSO1.stVal

SPC

BOOLEAN

StatIO

RECV_SIG_1

Receive signal 1 state

Monitoring\I/O status\Differential prot\BSTGGIO1\Outputs

BSTGGIO1

BST

OUT

LD0.BSTGGIO1.SPCSO2.stVal

SPC

BOOLEAN

StatIO

RECV_SIG_2

Receive signal 2 state

Monitoring\I/O status\Differential prot\BSTGGIO1\Outputs

BSTGGIO1

BST

OUT

LD0.BSTGGIO1.SPCSO3.stVal

SPC

BOOLEAN

StatIO

RECV_SIG_3

Receive signal 3 state

Monitoring\I/O status\Differential prot\BSTGGIO1\Outputs

BSTGGIO1

BST

OUT

LD0.BSTGGIO1.SPCSO4.stVal

SPC

BOOLEAN

StatIO

RECV_SIG_4

Receive signal 4 state

Monitoring\I/O status\Differential prot\BSTGGIO1\Outputs

BSTGGIO1

BST

OUT

LD0.BSTGGIO1.SPCSO5.stVal

SPC

BOOLEAN

StatIO

RECV_SIG_5

Receive signal 5 state

Monitoring\I/O status\Differential prot\BSTGGIO1\Outputs

BSTGGIO1

BST

OUT

LD0.BSTGGIO1.SPCSO6.stVal

SPC

BOOLEAN

StatIO

RECV_SIG_6

Receive signal 6 state

Monitoring\I/O status\Differential prot\BSTGGIO1\Outputs

BSTGGIO1

BST

OUT

LD0.BSTGGIO1.SPCSO7.stVal

SPC

BOOLEAN

StatIO

RECV_SIG_7

Receive signal 7 state

Monitoring\I/O status\Differential prot\BSTGGIO1\Outputs

BSTGGIO1

BST

OUT

LD0.BSTGGIO1.SPCSO8.stVal

SPC

BOOLEAN

StatIO

RECV_SIG_8

Receive signal 8 state

Monitoring\I/O status\Differential prot\BSTGGIO1\Outputs

BSTGGIO1

BST

OUT

LD0.BSTGGIO1.Alm1.stVal

SPS

BOOLEAN

StatNrml

SEND_SIG_A

Binary signal transfer sending alarm state

Monitoring\I/O status\Differential prot\BSTGGIO1\Outputs

BSTGGIO1

BST

OUT

LD0.BSTGGIO1.Alm2.stVal

SPS

BOOLEAN

StatNrml

RECV_SIG_A

Binary signal transfer receive alarm state

Monitoring\I/O status\Differential prot\BSTGGIO1\Outputs

BSTGGIO1

BST

SET

LD0.BSTGGIO1.AlmMod.setVal

ING

Enum

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

SET

LD0.BSTGGIO1.SigMod1.setVal

ING

Enum

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

SET

LD0.BSTGGIO1.SigMod2.setVal

ING

Enum

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

SET

LD0.BSTGGIO1.SigMod3.setVal

ING

Enum

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

SET

LD0.BSTGGIO1.SigMod4.setVal

ING

Enum

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

SET

LD0.BSTGGIO1.SigMod5.setVal

ING

Enum

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

SET

LD0.BSTGGIO1.SigMod6.setVal

ING

Enum

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

SET

LD0.BSTGGIO1.SigMod7.setVal

ING

Enum

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

SET

LD0.BSTGGIO1.SigMod8.setVal

ING

Enum

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

SET

LD0.BSTGGIO1.PlsTmms1.setVal

ING

INT32

Pulse time 1

Minimum pulse time for received signal 1

0...60000 ms

Settings\Settings\Differential prot\BSTGGIO1

BSTGGIO1

BST

SET

LD0.BSTGGIO1.PlsTmms2.setVal

ING

INT32

Pulse time 2

Minimum pulse time for received signal 2

0...60000 ms

Settings\Settings\Differential prot\BSTGGIO1

BSTGGIO1

BST

SET

LD0.BSTGGIO1.PlsTmms3.setVal

ING

INT32

Pulse time 3

Minimum pulse time for received signal 3

0...60000 ms

Settings\Settings\Differential prot\BSTGGIO1

BSTGGIO1

BST

SET

LD0.BSTGGIO1.PlsTmms4.setVal

ING

INT32

Pulse time 4

Minimum pulse time for received signal 4

0...60000 ms

Settings\Settings\Differential prot\BSTGGIO1

BSTGGIO1

BST

SET

LD0.BSTGGIO1.PlsTmms5.setVal

ING

INT32

Pulse time 5

Minimum pulse time for received signal 6

0...60000 ms

Settings\Settings\Differential prot\BSTGGIO1

BSTGGIO1

BST

SET

LD0.BSTGGIO1.PlsTmms6.setVal

ING

INT32

Pulse time 6

Minimum pulse time for received signal 6

0...60000 ms

Settings\Settings\Differential prot\BSTGGIO1

BSTGGIO1

BST

SET

LD0.BSTGGIO1.PlsTmms7.setVal

ING

INT32

Pulse time 7

Minimum pulse time for received signal 7

0...60000 ms

Settings\Settings\Differential prot\BSTGGIO1

BSTGGIO1

BST

SET

LD0.BSTGGIO1.PlsTmms8.setVal

ING

INT32

Pulse time 8

Minimum pulse time for received signal 8

0...60000 ms

Settings\Settings\Differential prot\BSTGGIO1

BSTGGIO1

BST

VER

LD0.BSTGGIO1.NamPlt.swRev

LPL

VisString255 (20)

LNPLDF1: Line differential protection with stabilized and inst. stages

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

LNPLDF1

3dI>L

87L

INP

LD0.LNPDIF1.Mod.blockIn

INC

BOOLEAN

BLOCK

Signal for blocking the function

Monitoring\I/O status\Differential prot\LNPLDF1\Inputs

LNPLDF1

3dI>L

87L

INP

LD0.LNPDIF1.InBlkLo.stVal

SPS

BOOLEAN

BLOCK_LS

Signal for blocking the stab. stage

Monitoring\I/O status\Differential prot\LNPLDF1\Inputs

LNPLDF1

3dI>L

87L

INP

LD0.LNPDIF1.InEnaMulHi.stVal

SPS

BOOLEAN

ENA_MULT_HS

Enables the high stage multiplier

Monitoring\I/O status\Differential prot\LNPLDF1\Inputs

LNPLDF1

3dI>L

87L

OUT

LD0.LNPDIF1.Str.general

ACD

BOOLEAN

StatNrml

START

Start, local or remote

Monitoring\I/O status\Differential prot\LNPLDF1\Outputs

LNPLDF1

3dI>L

87L

OUT

LD0.LNPDIF1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate, local or remote, stabilized or instantaneous stage

Monitoring\I/O status\Differential prot\LNPLDF1\Outputs

LNPLDF1

3dI>L

87L

OUT

LD0.LNPDIF1.StrLoc.general

ACD

BOOLEAN

STR_LS_LOC

Start stabilized stage local

Monitoring\I/O status\Differential prot\LNPLDF1\Outputs

LNPLDF1

3dI>L

87L

OUT

LD0.LNPDIF1.StrRem.general

ACD

BOOLEAN

STR_LS_REM

Start stabilized stage remote

Monitoring\I/O status\Differential prot\LNPLDF1\Outputs

LNPLDF1

3dI>L

87L

OUT

LD0.LNPDIF1.OpLoSetLoc.general

ACT

BOOLEAN

OPR_LS_LOC

Operate stabilized stage local

Monitoring\I/O status\Differential prot\LNPLDF1\Outputs

LNPLDF1

3dI>L

87L

OUT

LD0.LNPDIF1.OpLoSetRem.general

ACT

BOOLEAN

OPR_LS_REM

Operate stabilized stage remote

Monitoring\I/O status\Differential prot\LNPLDF1\Outputs

LNPLDF1

3dI>L

87L

OUT

LD0.LNPDIF1.OpHiSetLoc.general

ACT

BOOLEAN

OPR_HS_LOC

Operate instantaneous stage local

Monitoring\I/O status\Differential prot\LNPLDF1\Outputs

LNPLDF1

3dI>L

87L

OUT

LD0.LNPDIF1.OpHiSetRem.general

ACT

BOOLEAN

OPR_HS_REM

Operate instantaneous stage remote

Monitoring\I/O status\Differential prot\LNPLDF1\Outputs

LNPLDF1

3dI>L

87L

OUT

LD0.LNPDIF1.Rst2HRem.general

ACT

BOOLEAN

RSTD2H_REM

Restraint due 2nd harmonics detected remote

Monitoring\I/O status\Differential prot\LNPLDF1\Outputs

LNPLDF1

3dI>L

87L

OUT

LD0.LNPDIF1.Rst2HLoc.general

ACT

BOOLEAN

RSTD2H_LOC

Restraint due 2nd harmonics detected local

Monitoring\I/O status\Differential prot\LNPLDF1\Outputs

LNPLDF1

3dI>L

87L

OUT

LD0.LNPDIF1.PrtAct.stVal

SPS

BOOLEAN

PROT_ACTIVE

Status of the protection, true when function is operative

Monitoring\I/O status\Differential prot\LNPLDF1\Outputs

LNPLDF1

3dI>L

87L

MON

LD0.LNPDIF1.Beh.stVal

INS

Enum

LNPLDF1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

LNPLDF1

3dI>L

87L

MON

LD0.LNPDIF1.DifAClc.phsA.cVal.mag.f

WYE

FLOAT32

IL1-diff-A

Measured differential current amplitude phase IL1

0.00...80.00 xIn

Measurements\LNPLDF1

LNPLDF1

3dI>L

87L

MON

LD0.LNPDIF1.DifAClc.phsB.cVal.mag.f

WYE

FLOAT32

IL2-diff-A

Measured differential current amplitude phase IL2

0.00...80.00 xIn

Measurements\LNPLDF1

LNPLDF1

3dI>L

87L

MON

LD0.LNPDIF1.DifAClc.phsC.cVal.mag.f

WYE

FLOAT32

IL3-diff-A

Measured differential current amplitude phase IL3

0.00...80.00 xIn

Measurements\LNPLDF1

LNPLDF1

3dI>L

87L

MON

LD0.LNPDIF1.RstA.phsA.cVal.mag.f

WYE

FLOAT32

IL1-bias-A

Measured bias current amplitude phase IL1

0.00...80.00 xIn

Measurements\LNPLDF1

LNPLDF1

3dI>L

87L

MON

LD0.LNPDIF1.RstA.phsB.cVal.mag.f

WYE

FLOAT32

IL2-bias-A

Measured bias current amplitude phase IL2

0.00...80.00 xIn

Measurements\LNPLDF1

LNPLDF1

3dI>L

87L

MON

LD0.LNPDIF1.RstA.phsC.cVal.mag.f

WYE

FLOAT32

IL3-bias-A

Measured bias current amplitude phase IL3

0.00...80.00 xIn

Measurements\LNPLDF1

LNPLDF1

3dI>L

87L

MON

LD0.LNPDIF1.AngLocRemA.mag.f

FLOAT32

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

87L

MON

LD0.LNPDIF1.AngLocRemB.mag.f

FLOAT32

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

87L

MON

LD0.LNPDIF1.AngLocRemC.mag.f

FLOAT32

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

87L

MON

LD0.LNPDIF1.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Differential prot\LNPLDF1\Monitored data

LNPLDF1

3dI>L

87L

MON

LD0.LNMDIF1.OpARem.phsA.cVal.mag.f

WYE

FLOAT32

I_INST_REM_A

Remote phase A Amplitude after correction

0.00...40.00 xIn

Monitoring\I/O status\Differential prot\LNPLDF1\Measured values

LNPLDF1

3dI>L

87L

MON

LD0.LNMDIF1.OpARem.phsB.cVal.mag.f

WYE

FLOAT32

I_INST_REM_B

Remote phase B Amplitude after correction

0.00...40.00 xIn

Monitoring\I/O status\Differential prot\LNPLDF1\Measured values

LNPLDF1

3dI>L

87L

MON

LD0.LNMDIF1.OpARem.phsC.cVal.mag.f

WYE

FLOAT32

I_INST_REM_C

Remote phase C Amplitude after correction

0.00...40.00 xIn

Monitoring\I/O status\Differential prot\LNPLDF1\Measured values

LNPLDF1

3dI>L

87L

MON

LD0.LNMDIF1.OpALoc.phsA.cVal.mag.f

WYE

FLOAT32

I_INST_LOC_A

Local phase A Amplitude

0.00...40.00 xIn

Monitoring\I/O status\Differential prot\LNPLDF1\Measured values

LNPLDF1

3dI>L

87L

MON

LD0.LNMDIF1.OpALoc.phsB.cVal.mag.f

WYE

FLOAT32

I_INST_LOC_B

Local phase B Amplitude

0.00...40.00 xIn

Monitoring\I/O status\Differential prot\LNPLDF1\Measured values

LNPLDF1

3dI>L

87L

MON

LD0.LNMDIF1.OpALoc.phsC.cVal.mag.f

WYE

FLOAT32

I_INST_LOC_C

Local phase C Amplitude

0.00...40.00 xIn

Monitoring\I/O status\Differential prot\LNPLDF1\Measured values

LNPLDF1

3dI>L

87L

SET

LD0.LNPDIF1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation mode of the function

1=on; 4=test/blocked; 5=off

Settings\Settings\Differential prot\LNPLDF1

LNPLDF1

3dI>L

87L

SET

LD0.LNPDIF1.LoSet.setVal

ING

INT32

Low operate value

Basic setting for the stabilized stage start

10...200 %In

Settings\Settings\Differential prot\LNPLDF1

LNPLDF1

3dI>L

87L

SET

LD0.LNPDIF1.HiSet.setVal

ING

INT32

2000

High operate value

Instantaneous stage operate value

200...4000 %In

Settings\Settings\Differential prot\LNPLDF1

LNPLDF1

3dI>L

87L

SET

LD0.LNPDIF1.MinOpTmms.setVal

ING

INT32

Minimum operate time

Minimum operate time for stabilized stage IDMT curves

45...60000 ms

Settings\Settings\Differential prot\LNPLDF1

LNPLDF1

3dI>L

87L

SET

LD0.LNPDIF1.RstMod.setVal

ING

Enum

Restraint mode

Selects what restraint modes are in use

1=None; 2=Harmonic2

Settings\Settings\Differential prot\LNPLDF1

LNPLDF1

3dI>L

87L

SET

LD0.LNPDIF1.RsDlTmms.setVal

ING

INT32

Reset delay time

Reset delay time for stabilized stage

0...60000 ms

Settings\Settings\Differential prot\LNPLDF1

LNPLDF1

3dI>L

87L

SET

LD0.LNPDIF1.TmACrv.setCharact

CURVE

Enum

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

87L

SET

LD0.LNPDIF1.OpDlTmms.setVal

ING

INT32

Operate delay time

Operate delay time for stabilized stage

45...200000 ms

Settings\Settings\Differential prot\LNPLDF1

LNPLDF1

3dI>L

87L

SET

LD0.LNPDIF1.EndScn1.setMag.f

ASG

FLOAT32

100

End section 1

Turn-point between the first and the second line of the operating characteristics

0...200 %In

Settings\Settings\Differential prot\LNPLDF1

LNPLDF1

3dI>L

87L

SET

LD0.LNPDIF1.SpeScn2.setMag.f

ASG

FLOAT32

Slope section 2

Slope of the second line of the operating characteristics

10...50 %

Settings\Settings\Differential prot\LNPLDF1

LNPLDF1

3dI>L

87L

SET

LD0.LNPDIF1.EndScn2.setMag.f

ASG

FLOAT32

500

End section 2

Turn-point between the second and the third line of the operating characteristics

200...2000 %In

Settings\Settings\Differential prot\LNPLDF1

LNPLDF1

3dI>L

87L

SET

LD0.LNPDIF1.SpeScn3.setMag.f

ASG

FLOAT32

150

Slope section 3

Slope of the third line of the operating characteristics

100...200 %

Settings\Settings\Differential prot\LNPLDF1

LNPLDF1

3dI>L

87L

SET

LD0.LNPDIF1.TmMult.setMag.f

ASG

FLOAT32

1.00

Time multiplier

Time multiplier in IDMT curves

0.05...15.00

Settings\Settings\Differential prot\LNPLDF1

LNPLDF1

3dI>L

87L

SET

LD0.LNPDIF1.HiSetMul.setMag.f

ASG

FLOAT32

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

87L

SET

LD0.LNPHAR1.PhStr.setMag.f

ASG

FLOAT32

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

87L

SET

LD0.LNMDIF1.CTRatCor.setMag.f

ASG

FLOAT32

1.000

CT ratio correction

Remote phase current transformer ratio correction

0.200...5.000

Settings\Settings\Differential prot\LNPLDF1

LNPLDF1

3dI>L

87L

SET

LD0.LNMDIF1.CTConnTyp.setVal

ING

Enum

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

87L

TES

LD0.LNPDIF1.TstOutCmd.Oper.ctlVal

INC

Enum

LNPLDF1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; 95=Activate STR_LS_LOC; 96=Deactive STR_LS_LOC; 97=Activate STR_LS_REM; 98=Deactive STR_LS_REM; 99=Activate OPR_LS_LOC; 100=Deactive OPR_LS_LOC; 101=Activate OPR_LS_REM; 102=Deactive OPR_LS_REM; 103=Activate OPR_HS_LOC; 104=Deactive OPR_HS_LOC; 105=Activate OPR_HS_REM; 106=Deactive OPR_HS_REM; 107=Activate RSTD2H_LOC; 108=Deactive RSTD2H_LOC; 109=Activate RSTD2H_REM; 110=Deactive RSTD2H_REM; 111=Activate PROT_ACTIVE; 112=Deactive PROT_ACTIVE

Tests\Function tests\Differential prot

LNPLDF1

3dI>L

87L

VER

LD0.LNPDIF1.NamPlt.swRev

LPL

VisString255 (20)

LNPLDF1

3dI>L

87L

VER

LD0.LNPHAR1.NamPlt.swRev

LPL

VisString255 (20)

LNPLDF1

3dI>L

87L

VER

LD0.LNMDIF1.NamPlt.swRev

LPL

VisString255 (20)

PCSRTPC1

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

PCSRTPC1

PCS

OUT

LD0.PCSRTPC1.HealthWrn.stVal

SPS

BOOLEAN

WARNING

Protection communication warning

Monitoring\I/O status\Condition monitoring\PCSRTPC1\Outputs

PCSRTPC1

PCS

OUT

LD0.PCSRTPC1.HealthOk.stVal

SPS

BOOLEAN

Protection communication ok

Monitoring\I/O status\Condition monitoring\PCSRTPC1\Outputs

PCSRTPC1

PCS

OUT

LD0.PCSRTPC1.HealthAlm.stVal

SPS

BOOLEAN

StatUrg

ALARM

Protection communication alarm

Monitoring\I/O status\Condition monitoring\PCSRTPC1\Outputs

PCSRTPC1

PCS

OUT

LD0.PCSRTPC1.Comm.stVal

SPS

BOOLEAN

COMM

Communication detected, active when data is received

Monitoring\I/O status\Condition monitoring\PCSRTPC1\Outputs

PCSRTPC1

PCS

MON

LD0.PCSRTPC1.EEHealth.stVal

INS

Enum

HEALTH

Communication link health

1=Ok; 2=Warning; 3=Alarm; -2=Waiting

Monitoring\I/O status\Condition monitoring\PCSRTPC1\Monitored data

PCSRTPC1

PCS

MON

LD0.PCSRTPC1.SmplLty.mag.f

FLOAT32

SMPL_LATENCY

Measured sample latency

0.000...99.999 ms

Monitoring\I/O status\Condition monitoring\PCSRTPC1\Monitored data

PCSRTPC1

PCS

MON

LD0.PCSRTPC1.AlmCntRs.stVal

INC

INT32

ALARM_CNT

Number of alarms detected

0...99999

Monitoring\I/O status\Condition monitoring\PCSRTPC1\Monitored data

PCSRTPC1

PCS

MON

LD0.PCSRTPC1.AlmCntRs.t

INC

Timestamp

T_ALARM_CNT

Time when alarm count was last changed

Monitoring\I/O status\Condition monitoring\PCSRTPC1\Monitored data

PCSRTPC1

PCS

MON

LD0.PCSRTPC1.WrnCntRs.stVal

INC

INT32

WARN_CNT

Number of warnings detected

0...99999

Monitoring\I/O status\Condition monitoring\PCSRTPC1\Monitored data

PCSRTPC1

PCS

MON

LD0.PCSRTPC1.WrnCntRs.t

INC

Timestamp

T_WARN_CNT

Time when warning count was last changed

Monitoring\I/O status\Condition monitoring\PCSRTPC1\Monitored data

PCSRTPC1

PCS

MON

LD0.PCSRTPC1.PropDl.mag.f

FLOAT32

PROPAGTN_DLY

Measured propagation delay

0.000...99.999 ms

Monitoring\I/O status\Condition monitoring\PCSRTPC1\Monitored data

PCSRTPC1

PCS

MON

LD0.PCSRTPC1.RndTrDl.mag.f

FLOAT32

RND_TRIP_DLY

Measured round trip delay

0.000...99.999 ms

Monitoring\I/O status\Condition monitoring\PCSRTPC1\Monitored data

PCSRTPC1

PCS

CFG

LD0.PCSRTPC1.RsDlTmms.setVal

ING

INT32

1000

Reset delay time

Reset delay time from alarm and warning into ok state

100...300000 ms

Configuration\Condition monitoring\PCSRTPC1

PCSRTPC1

PCS

CFG

LD0.PCSRTPC1.AlmCntRs.Oper.ctlVal

INC

INT32

Alarm count

Set new alarm count value

0...99999

Configuration\Condition monitoring\PCSRTPC1

PCSRTPC1

PCS

CFG

LD0.PCSRTPC1.WrnCntRs.Oper.ctlVal

INC

INT32

Warning count

Set new warning count value

0...99999

Configuration\Condition monitoring\PCSRTPC1

PCSRTPC1

PCS

TES

LD0.PCSRTPC1.RxErrGen.Oper.ctlVal

INC

INT32

Packet loss

Test packet loss by missing number of packets

0...10000

Tests\Function tests\Differential prot

PCSRTPC1

PCS

VER

LD0.PCSRTPC1.NamPlt.swRev

LPL

VisString255 (20)

X000 (COM)

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

X000 (COM)

MON

LD0.XGGIO90.ChrsRcv1.stVal

INS

INT32

Characters received

-1...2147483646

Monitoring\Communication\COM1

X000 (COM)

MON

LD0.XGGIO90.LnkFrOk1.stVal

INS

INT32

Frames received

Number of successfully received frames

-1...2147483646

Monitoring\Communication\COM1

X000 (COM)

MON

LD0.XGGIO90.LnkFrErr1.stVal

INS

INT32

Frames discarded

Number of discarded frames

-1...2147483646

Monitoring\Communication\COM1

X000 (COM)

MON

LD0.XGGIO90.LnkFrTrm1.stVal

INS

INT32

Frames trasmitted

Number of transmitted frames

-1...2147483646

Monitoring\Communication\COM1

X000 (COM)

MON

LD0.XGGIO90.CDLost1.stVal

INS

INT32

CD lost

-1...2147483646

Monitoring\Communication\COM1

X000 (COM)

MON

LD0.XGGIO90.Collision1.stVal

INS

INT32

Collision

-1...2147483646

Monitoring\Communication\COM1

X000 (COM)

MON

LD0.XGGIO90.CTSTmOut1.stVal

INS

INT32

CTS Timeout

-1...2147483646

Monitoring\Communication\COM1

X000 (COM)

MON

LD0.XGGIO90.TxTmOut1.stVal

INS

INT32

Transmission timeout

-1...2147483646

Monitoring\Communication\COM1

X000 (COM)

MON

LD0.XGGIO90.ParErr1.stVal

INS

INT32

Parity errors

Number of parity errors

-1...2147483646

Monitoring\Communication\COM1

X000 (COM)

MON

LD0.XGGIO90.OvrErr1.stVal

INS

INT32

Overrun errors

Number of overrun errors

-1...2147483646

Monitoring\Communication\COM1

X000 (COM)

MON

LD0.XGGIO90.FrmErr1.stVal

INS

INT32

Framing errors

Number of framing errors

-1...2147483646

Monitoring\Communication\COM1

X000 (COM)

MON

LD0.XGGIO90.Status1.Oper.ctlVal

SPC

BOOLEAN

Link status

Monitoring\Communication\COM1

X000 (COM)

MON

LD0.XGGIO90.ChrsRcv2.stVal

INS

INT32

Characters received

-1...2147483646

Monitoring\Communication\COM2

X000 (COM)

MON

LD0.XGGIO90.LnkFrOk2.stVal

INS

INT32

Frames received

Number of successfully received frames

-1...2147483646

Monitoring\Communication\COM2

X000 (COM)

MON

LD0.XGGIO90.LnkFrErr2.stVal

INS

INT32

Frames discarded

Number of discarded frames

-1...2147483646

Monitoring\Communication\COM2

X000 (COM)

MON

LD0.XGGIO90.LnkFrTrm2.stVal

INS

INT32

Frames trasmitted

Number of transmitted frames

-1...2147483646

Monitoring\Communication\COM2

X000 (COM)

MON

LD0.XGGIO90.CDLost2.stVal

INS

INT32

CD lost

-1...2147483646

Monitoring\Communication\COM2

X000 (COM)

MON

LD0.XGGIO90.Collision2.stVal

INS

INT32

Collision

-1...2147483646

Monitoring\Communication\COM2

X000 (COM)

MON

LD0.XGGIO90.CTSTmOut2.stVal

INS

INT32

CTS Timeout

-1...2147483646

Monitoring\Communication\COM2

X000 (COM)

MON

LD0.XGGIO90.TxTmOut2.stVal

INS

INT32

Transmission timeout

-1...2147483646

Monitoring\Communication\COM2

X000 (COM)

MON

LD0.XGGIO90.ParErr2.stVal

INS

INT32

Parity errors

Number of parity errors

-1...2147483646

Monitoring\Communication\COM2

X000 (COM)

MON

LD0.XGGIO90.OvrErr2.stVal

INS

INT32

Overrun errors

Number of overrun errors

-1...2147483646

Monitoring\Communication\COM2

X000 (COM)

MON

LD0.XGGIO90.FrmErr2.stVal

INS

INT32

Framing errors

Number of framing errors

-1...2147483646

Monitoring\Communication\COM2

X000 (COM)

MON

LD0.XGGIO90.Status2.Oper.ctlVal

SPC

BOOLEAN

Link status

Monitoring\Communication\COM2

X000 (COM)

CFG

LD0.XGGIO90.FibMod1.setVal

ING

Enum

Fiber mode

Fiber mode for COM1

0=No fiber; 2=Fiber optic

Configuration\Communication\COM1

X000 (COM)

CFG

LD0.XGGIO90.SerMod1.setVal

ING

Enum

Serial mode

Serial mode for COM1

1=RS485 2Wire; 2=RS485 4Wire; 3=RS232 no handshake; 4=RS232 with handshake

Configuration\Communication\COM1

X000 (COM)

CFG

LD0.XGGIO90.CtsDlTmms1.setVal

ING

INT32

CTS delay

CTS delay for COM1

0...60000

Configuration\Communication\COM1

X000 (COM)

CFG

LD0.XGGIO90.RtsDlTmms1.setVal

ING

INT32

RTS delay

RTS delay for COM1

0...60000

Configuration\Communication\COM1

X000 (COM)

CFG

LD0.XGGIO90.SerBaud1.setVal

ING

Enum

Baudrate

Baudrate for COM1

1=300; 2=600; 3=1200; 4=2400; 5=4800; 6=9600; 7=19200; 8=38400; 9=57600; 10=115200

Configuration\Communication\COM1

X000 (COM)

CFG

LD0.XGGIO90.FibMod2.setVal

ING

Enum

Fiber mode

Fiber mode for COM2

0=No fiber; 2=Fiber optic

Configuration\Communication\COM2

X000 (COM)

CFG

LD0.XGGIO90.SerMod2.setVal

ING

Enum

Serial mode

Serial mode for COM2

1=RS485 2Wire; 2=RS485 4Wire; 3=RS232 no handshake; 4=RS232 with handshake

Configuration\Communication\COM2

X000 (COM)

CFG

LD0.XGGIO90.CtsDlTmms2.setVal

ING

INT32

CTS delay

CTS delay for COM2

0...60000

Configuration\Communication\COM2

X000 (COM)

CFG

LD0.XGGIO90.RtsDlTmms2.setVal

ING

INT32

RTS delay

RTS delay for COM2

0...60000

Configuration\Communication\COM2

X000 (COM)

CFG

LD0.XGGIO90.SerBaud2.setVal

ING

Enum

Baudrate

Baudrate for COM2

1=300; 2=600; 3=1200; 4=2400; 5=4800; 6=9600; 7=19200; 8=38400; 9=57600; 10=115200

Configuration\Communication\COM2

X000 (COM)

INF

LD0.XGGIO90.EEName.hwRev

DPL

VisString255 (20)

HW revision

Card HW revision

Information\HW modules\X000 (COM)

X000 (COM)

INF

LD0.XGGIO90.EEName.swRev

DPL

VisString255 (20)

SW version

Card SW version

Information\HW modules\X000 (COM)

X000 (COM)

INF

LD0.XGGIO90.EEName.serNum

DPL

VisString255 (20)

Serial number

Card serial number

Information\HW modules\X000 (COM)

X000 (COM)

INF

LD0.XGGIO90.EEName.eArtNum

DPL

VisString255 (20)

Article number

Card article number

Information\HW modules\X000 (COM)

X000 (COM)

INF

LD0.XGGIO90.EEName.eManDate

DPL

VisString255 (20)

Manufacturing date

Card manufacturing date

Information\HW modules\X000 (COM)

X000 (COM)

INF

LD0.XGGIO90.EEName.eTestDate

DPL

VisString255 (20)

Test date

Card test date

Information\HW modules\X000 (COM)

X000 (COM)

VER

LD0.XGGIO90.EEName.swRev

DPL

VisString255 (20)

SW version

Card SW version

Information\HW modules\X000 (COM)

X000 (COM)

VER

LD0.XGGIO90.NamPlt.swRev

LPL

VisString255 (20)

PHHPTOC1: Three phase non-directional OC, high stage

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

PHHPTOC1

3I>>(1)

51P-2(1)

INP

LD0.PHHPTOC1.Mod.blockIn

INC

BOOLEAN

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

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

StatNrml

START

Start

Monitoring\I/O status\Current protection\PHHPTOC1\Outputs

PHHPTOC1

3I>>(1)

51P-2(1)

OUT

LD0.PHHPTOC1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\PHHPTOC1\Outputs

PHHPTOC1

3I>>(1)

51P-2(1)

MON

LD0.PHHPTOC1.Beh.stVal

INS

Enum

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

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\PHHPTOC1\Monitored data

PHHPTOC1

3I>>(1)

51P-2(1)

SET

LD0.PHHPTOC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\PHHPTOC1

PHHPTOC1

3I>>(1)

51P-2(1)

SET

LD0.PHHPTOC1.NumPh.setVal

ING

Enum

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

1.0

Start value Mult

Multiplier for scaling the start value

0.8...10.0

Settings\Settings\Current protection\PHHPTOC1

PHHPTOC1

3I>>(1)

51P-2(1)

SET

LD0.PHHPTOC1.StrVal.setMag.f

ASG

FLOAT32

0.10

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

1.0

Time multiplier

Time multiplier in IEC/ANSI IDMT curves

0.05...15.0

Settings\Settings\Current protection\PHHPTOC1

PHHPTOC1

3I>>(1)

51P-2(1)

SET

LD0.PHHPTOC1.TypRsCrv.setVal

ING

Enum

Type of reset curve

Selection of reset curve type

1=Immediate; 2=Def time reset; 3=Inverse reset

Settings\Settings\Current protection\PHHPTOC1

PHHPTOC1

3I>>(1)

51P-2(1)

SET

LD0.PHHPTOC1.TmACrv.setCharact

CURVE

Enum

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

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

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

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

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

1.0

Curve parameter E

Parameter E for customer programmable curve

0.0...1.0

Settings\Settings\Current protection\PHHPTOC1

PHHPTOC1

3I>>(1)

51P-2(1)

SET

LD0.PHHPTOC1.MinOpTmms.setVal

ING

INT32

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

Operate delay time

40...200000 ms

Settings\Settings\Current protection\PHHPTOC1

PHHPTOC1

3I>>(1)

51P-2(1)

SET

LD0.PHHPTOC1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\PHHPTOC1

PHHPTOC1

3I>>(1)

51P-2(1)

SET

LD0.PHHPTOC1.AMeasMod.setVal

ING

Enum

Measurement mode

Selects used measurement mode

1=RMS; 2=DFT; 3=Peak-to-Peak

Settings\Settings\Current protection\PHHPTOC1

PHHPTOC1

3I>>(1)

51P-2(1)

TES

LD0.PHHPTOC1.TstOutCmd.Oper.ctlVal

INC

Enum

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)

PHHPTOC2: Three phase non-directional OC, high stage

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

PHHPTOC2

3I>>(2)

51P-2(2)

INP

LD0.PHHPTOC2.Mod.blockIn

INC

BOOLEAN

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

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

StatNrml

START

Start

Monitoring\I/O status\Current protection\PHHPTOC2\Outputs

PHHPTOC2

3I>>(2)

51P-2(2)

OUT

LD0.PHHPTOC2.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\PHHPTOC2\Outputs

PHHPTOC2

3I>>(2)

51P-2(2)

MON

LD0.PHHPTOC2.Beh.stVal

INS

Enum

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

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\PHHPTOC2\Monitored data

PHHPTOC2

3I>>(2)

51P-2(2)

SET

LD0.PHHPTOC2.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\PHHPTOC2

PHHPTOC2

3I>>(2)

51P-2(2)

SET

LD0.PHHPTOC2.NumPh.setVal

ING

Enum

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

1.0

Start value Mult

Multiplier for scaling the start value

0.8...10.0

Settings\Settings\Current protection\PHHPTOC2

PHHPTOC2

3I>>(2)

51P-2(2)

SET

LD0.PHHPTOC2.StrVal.setMag.f

ASG

FLOAT32

0.10

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

1.0

Time multiplier

Time multiplier in IEC/ANSI IDMT curves

0.05...15.0

Settings\Settings\Current protection\PHHPTOC2

PHHPTOC2

3I>>(2)

51P-2(2)

SET

LD0.PHHPTOC2.TypRsCrv.setVal

ING

Enum

Type of reset curve

Selection of reset curve type

1=Immediate; 2=Def time reset; 3=Inverse reset

Settings\Settings\Current protection\PHHPTOC2

PHHPTOC2

3I>>(2)

51P-2(2)

SET

LD0.PHHPTOC2.TmACrv.setCharact

CURVE

Enum

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

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

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

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

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

1.0

Curve parameter E

Parameter E for customer programmable curve

0.0...1.0

Settings\Settings\Current protection\PHHPTOC2

PHHPTOC2

3I>>(2)

51P-2(2)

SET

LD0.PHHPTOC2.MinOpTmms.setVal

ING

INT32

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

Operate delay time

40...200000 ms

Settings\Settings\Current protection\PHHPTOC2

PHHPTOC2

3I>>(2)

51P-2(2)

SET

LD0.PHHPTOC2.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\PHHPTOC2

PHHPTOC2

3I>>(2)

51P-2(2)

SET

LD0.PHHPTOC2.AMeasMod.setVal

ING

Enum

Measurement mode

Selects used measurement mode

1=RMS; 2=DFT; 3=Peak-to-Peak

Settings\Settings\Current protection\PHHPTOC2

PHHPTOC2

3I>>(2)

51P-2(2)

TES

LD0.PHHPTOC2.TstOutCmd.Oper.ctlVal

INC

Enum

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)

PHLPTOC1: Three phase non-directional OC, low stage

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

PHLPTOC1

3I>(1)

51P-1(1)

INP

LD0.PHLPTOC1.Mod.blockIn

INC

BOOLEAN

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

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

StatNrml

START

Start

Monitoring\I/O status\Current protection\PHLPTOC1\Outputs

PHLPTOC1

3I>(1)

51P-1(1)

OUT

LD0.PHLPTOC1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\PHLPTOC1\Outputs

PHLPTOC1

3I>(1)

51P-1(1)

MON

LD0.PHLPTOC1.Beh.stVal

INS

Enum

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

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\PHLPTOC1\Monitored data

PHLPTOC1

3I>(1)

51P-1(1)

SET

LD0.PHLPTOC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\PHLPTOC1

PHLPTOC1

3I>(1)

51P-1(1)

SET

LD0.PHLPTOC1.NumPh.setVal

ING

Enum

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

1.0

Start value Mult

Multiplier for scaling the start value

0.8...10.0

Settings\Settings\Current protection\PHLPTOC1

PHLPTOC1

3I>(1)

51P-1(1)

SET

LD0.PHLPTOC1.StrVal.setMag.f

ASG

FLOAT32

0.05

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

1.0

Time multiplier

Time multiplier in IEC/ANSI IDMT curves

0.05...15.0

Settings\Settings\Current protection\PHLPTOC1

PHLPTOC1

3I>(1)

51P-1(1)

SET

LD0.PHLPTOC1.TypRsCrv.setVal

ING

Enum

Type of reset curve

Selection of reset curve type

1=Immediate; 2=Def time reset; 3=Inverse reset

Settings\Settings\Current protection\PHLPTOC1

PHLPTOC1

3I>(1)

51P-1(1)

SET

LD0.PHLPTOC1.TmACrv.setCharact

CURVE

Enum

Operating curve type

Selection of time delay curve type

Settings\Settings\Current protection\PHLPTOC1

PHLPTOC1

3I>(1)

51P-1(1)

SET

LD0.PHLPTOC1.TmACrv.setParA

CURVE

FLOAT32

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

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

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

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

1.0

Curve parameter E

Parameter E for customer programmable curve

0.0...1.0

Settings\Settings\Current protection\PHLPTOC1

PHLPTOC1

3I>(1)

51P-1(1)

SET

LD0.PHLPTOC1.MinOpTmms.setVal

ING

INT32

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

Operate delay time

40...200000 ms

Settings\Settings\Current protection\PHLPTOC1

PHLPTOC1

3I>(1)

51P-1(1)

SET

LD0.PHLPTOC1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\PHLPTOC1

PHLPTOC1

3I>(1)

51P-1(1)

SET

LD0.PHLPTOC1.AMeasMod.setVal

ING

Enum

Measurement mode

Selects used measurement mode

1=RMS; 2=DFT; 3=Peak-to-Peak

Settings\Settings\Current protection\PHLPTOC1

PHLPTOC1

3I>(1)

51P-1(1)

TES

LD0.PHLPTOC1.TstOutCmd.Oper.ctlVal

INC

Enum

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)

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

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

PHIPTOC2

3I>>>(2)

50P/51P(2)

INP

LD0.PHIPTOC2.Mod.blockIn

INC

BOOLEAN

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

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

StatNrml

START

Start

Monitoring\I/O status\Current protection\PHIPTOC2\Outputs

PHIPTOC2

3I>>>(2)

50P/51P(2)

OUT

LD0.PHIPTOC2.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\PHIPTOC2\Outputs

PHIPTOC2

3I>>>(2)

50P/51P(2)

MON

LD0.PHIPTOC2.Beh.stVal

INS

Enum

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

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\PHIPTOC2\Monitored data

PHIPTOC2

3I>>>(2)

50P/51P(2)

SET

LD0.PHIPTOC2.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\PHIPTOC2

PHIPTOC2

3I>>>(2)

50P/51P(2)

SET

LD0.PHIPTOC2.NumPh.setVal

ING

Enum

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

1.0

Start value Mult

Multiplier for scaling the start value

0.8...10.0

Settings\Settings\Current protection\PHIPTOC2

PHIPTOC2

3I>>>(2)

50P/51P(2)

SET

LD0.PHIPTOC2.StrVal.setMag.f

ASG

FLOAT32

1.00

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

Operate delay time

20...200000 ms

Settings\Settings\Current protection\PHIPTOC2

PHIPTOC2

3I>>>(2)

50P/51P(2)

SET

LD0.PHIPTOC2.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\PHIPTOC2

PHIPTOC2

3I>>>(2)

50P/51P(2)

TES

LD0.PHIPTOC2.TstOutCmd.Oper.ctlVal

INC

Enum

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)

PHLPTOC2: Three phase non-directional OC, low stage

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

PHLPTOC2

3I>(2)

51P-1(2)

INP

LD0.PHLPTOC2.Mod.blockIn

INC

BOOLEAN

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

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

StatNrml

START

Start

Monitoring\I/O status\Current protection\PHLPTOC2\Outputs

PHLPTOC2

3I>(2)

51P-1(2)

OUT

LD0.PHLPTOC2.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\PHLPTOC2\Outputs

PHLPTOC2

3I>(2)

51P-1(2)

MON

LD0.PHLPTOC2.Beh.stVal

INS

Enum

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

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\PHLPTOC2\Monitored data

PHLPTOC2

3I>(2)

51P-1(2)

SET

LD0.PHLPTOC2.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\PHLPTOC2

PHLPTOC2

3I>(2)

51P-1(2)

SET

LD0.PHLPTOC2.NumPh.setVal

ING

Enum

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

1.0

Start value Mult

Multiplier for scaling the start value

0.8...10.0

Settings\Settings\Current protection\PHLPTOC2

PHLPTOC2

3I>(2)

51P-1(2)

SET

LD0.PHLPTOC2.StrVal.setMag.f

ASG

FLOAT32

0.05

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

1.0

Time multiplier

Time multiplier in IEC/ANSI IDMT curves

0.05...15.0

Settings\Settings\Current protection\PHLPTOC2

PHLPTOC2

3I>(2)

51P-1(2)

SET

LD0.PHLPTOC2.TypRsCrv.setVal

ING

Enum

Type of reset curve

Selection of reset curve type

1=Immediate; 2=Def time reset; 3=Inverse reset

Settings\Settings\Current protection\PHLPTOC2

PHLPTOC2

3I>(2)

51P-1(2)

SET

LD0.PHLPTOC2.TmACrv.setCharact

CURVE

Enum

Operating curve type

Selection of time delay curve type

Settings\Settings\Current protection\PHLPTOC2

PHLPTOC2

3I>(2)

51P-1(2)

SET

LD0.PHLPTOC2.TmACrv.setParA

CURVE

FLOAT32

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

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

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

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

1.0

Curve parameter E

Parameter E for customer programmable curve

0.0...1.0

Settings\Settings\Current protection\PHLPTOC2

PHLPTOC2

3I>(2)

51P-1(2)

SET

LD0.PHLPTOC2.MinOpTmms.setVal

ING

INT32

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

Operate delay time

40...200000 ms

Settings\Settings\Current protection\PHLPTOC2

PHLPTOC2

3I>(2)

51P-1(2)

SET

LD0.PHLPTOC2.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\PHLPTOC2

PHLPTOC2

3I>(2)

51P-1(2)

SET

LD0.PHLPTOC2.AMeasMod.setVal

ING

Enum

Measurement mode

Selects used measurement mode

1=RMS; 2=DFT; 3=Peak-to-Peak

Settings\Settings\Current protection\PHLPTOC2

PHLPTOC2

3I>(2)

51P-1(2)

TES

LD0.PHLPTOC2.TstOutCmd.Oper.ctlVal

INC

Enum

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)

SSCBR1: Circuit breaker condition monitoring

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

SSCBR1

CBCM

INP

LD0.SSCBR1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block input status

Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs

SSCBR1

CBCM

INP

LD0.SSCBR1.InSprChStr.stVal

SPS

BOOLEAN

SPR_CHR_ST

CB spring charging started input

Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs

SSCBR1

CBCM

INP

LD0.SSCBR1.InSprCha.stVal

SPS

BOOLEAN

SPR_CHR

CB spring charged input

Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs

SSCBR1

CBCM

INP

LD0.SSCBR1.InPresAlm.stVal

SPS

BOOLEAN

PRES_ALM_IN

Binary pressure alarm input

Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs

SSCBR1

CBCM

INP

LD0.SSCBR1.InPresLO.stVal

SPS

BOOLEAN

PRES_LO_IN

Binary pressure input for lockout indication

Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs

SSCBR1

CBCM

INP

LD0.SSCBR1.InPosOpn.stVal

SPS

BOOLEAN

POSOPEN

Signal for open position of apparatus from I/O

Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs

SSCBR1

CBCM

INP

LD0.SSCBR1.InPosCls.stVal

SPS

BOOLEAN

POSCLOSE

Signal for closeposition of apparatus from I/O

Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs

SSCBR1

CBCM

INP

LD0.SSCBR1.RsAccAPwr.stVal

SPC

BOOLEAN

RST_IPOW

Reset accumulation energy

Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs

SSCBR1

CBCM

INP

LD0.SSCBR1.RsCBWear.stVal

SPC

BOOLEAN

RST_CB_WEAR

Reset input for CB remaining life and operation counter

Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs

SSCBR1

CBCM

INP

LD0.SSCBR1.RsTrvTm.stVal

SPC

BOOLEAN

RST_TRV_T

Reset input for CB closing and opening travel times

Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs

SSCBR1

CBCM

INP

LD0.SSCBR1.RsSprChaTm.stVal

SPC

BOOLEAN

RST_SPR_T

Reset input for the charging time of the CB spring

Monitoring\I/O status\Condition monitoring\SSCBR1\Inputs

SSCBR1

CBCM

OUT

LD0.SSCBR1.OpnAlm.stVal

SPS

BOOLEAN

StatIed

TRV_T_OP_ALM

CB open travel time exceeded set value

Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs

SSCBR1

CBCM

OUT

LD0.SSCBR1.ClsAlm.stVal

SPS

BOOLEAN

StatIed

TRV_T_CL_ALM

CB close travel time exceeded set value

Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs

SSCBR1

CBCM

OUT

LD0.SSCBR1.SprChaAlm.stVal

SPS

BOOLEAN

StatIed

SPR_CHR_ALM

Spring charging time has crossed the set value

Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs

SSCBR1

CBCM

OUT

LD0.SSCBR1.OpNumAlm.stVal

SPS

BOOLEAN

StatIed

OPR_ALM

Number of CB operations exceeds alarm limit

Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs

SSCBR1

CBCM

OUT

LD0.SSCBR1.OpNumLO.stVal

SPS

BOOLEAN

StatIed

OPR_LO

Number of CB operations exceeds lockout limit

Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs

SSCBR1

CBCM

OUT

LD0.SSCBR1.LonTmAlm.stVal

SPS

BOOLEAN

StatIed

MON_ALM

CB 'not operated for long time' alarm

Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs

SSCBR1

CBCM

OUT

LD0.SSCBR1.PresAlm.stVal

SPS

BOOLEAN

StatIed

PRES_ALM

Pressure below alarm level

Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs

SSCBR1

CBCM

OUT

LD0.SSCBR1.PresLO.stVal

SPS

BOOLEAN

StatIed

PRES_LO

Pressure below lockout level

Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs

SSCBR1

CBCM

OUT

LD0.SSCBR1.PosOpn.stVal

SPS

BOOLEAN

OPENPOS

CB is in open position

Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs

SSCBR1

CBCM

OUT

LD0.SSCBR1.PosIvd.stVal

SPS

BOOLEAN

INVALIDPOS

CB is in invalid position (not positively open or closed)

Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs

SSCBR1

CBCM

OUT

LD0.SSCBR1.PosCls.stVal

SPS

BOOLEAN

CLOSEPOS

CB is in closed position

Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs

SSCBR1

CBCM

OUT

LD0.SSCBR1.APwrAlm.stVal

SPS

BOOLEAN

StatIed

IPOW_ALM

Accumulated currents power (Iyt),exceeded alarm limit

Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs

SSCBR1

CBCM

OUT

LD0.SSCBR1.APwrLO.stVal

SPS

BOOLEAN

StatIed

IPOW_LO

Accumulated currents power (Iyt),exceeded lockout limit

Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs

SSCBR1

CBCM

OUT

LD0.SSCBR1.CBLifAlm.stVal

SPS

BOOLEAN

StatIed

CB_LIFE_ALM

Remaining life of CB exceeded alarm limit

Monitoring\I/O status\Condition monitoring\SSCBR1\Outputs

SSCBR1

CBCM

CTR

LD0.SSCBR1.RsAccAPwr.Oper.ctlVal

SPC

BOOLEAN

SSCBR1 acc.energy

Resets SSCBR1 accumulation energy

0=Cancel; 1=Clear

Clear\Clear

SSCBR1

CBCM

CTR

LD0.SSCBR1.RsCBWear.Oper.ctlVal

SPC

BOOLEAN

SSCBR1 rem.life

Reset SSCBR1 CB remaining life and operation counter

0=Cancel; 1=Clear

Clear\Clear

SSCBR1

CBCM

CTR

LD0.SSCBR1.RsTrvTm.Oper.ctlVal

SPC

BOOLEAN

SSCBR1 travel times

Reset CB closing and opening travel times

0=Cancel; 1=Clear

Clear\Clear

SSCBR1

CBCM

CTR

LD0.SSCBR1.RsSprChaTm.Oper.ctlVal

SPC

BOOLEAN

SSCBR1 spr.charge t

Reset the charging time of the CB spring

0=Cancel; 1=Clear

Clear\Clear

SSCBR1

CBCM

MON

LD0.SSCBR1.Beh.stVal

INS

Enum

SSCBR1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

SSCBR1

CBCM

MON

LD0.SSCBR1.OpCnt.stVal

INS

INT32

StatIed

NO_OPR

Number of CB operation cycle

0...99999

Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data

SSCBR1

CBCM

MON

LD0.SSCBR1.InaTmdCnt.stVal

INS

INT32

INA_DAYS

The number of days CB has been inactive

0...9999

Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data

SSCBR1

CBCM

MON

LD0.SSCBR1.TmmsOpn.mag.f

FLOAT32

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

MON

LD0.SSCBR1.TmmsCls.mag.f

FLOAT32

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

MON

LD0.SSCBR1.TmsSprCha.mag.f

FLOAT32

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

MON

LD0.SSCBR1.RmnLifPhA.stVal

INS

INT32

CB_LIFE_A

CB Remaining life phase A

-9999...9999

Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data

SSCBR1

CBCM

MON

LD0.SSCBR1.RmnLifPhB.stVal

INS

INT32

CB_LIFE_B

CB Remaining life phase B

-9999...9999

Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data

SSCBR1

CBCM

MON

LD0.SSCBR1.RmnLifPhC.stVal

INS

INT32

CB_LIFE_C

CB Remaining life phase C

-9999...9999

Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data

SSCBR1

CBCM

MON

LD0.SSCBR1.AccAPwrPhA.mag.f

FLOAT32

IPOW_A

Accumulated currents power (Iyt), phase A

0.000...30000.000

Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data

SSCBR1

CBCM

MON

LD0.SSCBR1.AccAPwrPhB.mag.f

FLOAT32

IPOW_B

Accumulated currents power (Iyt), phase B

0.000...30000.000

Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data

SSCBR1

CBCM

MON

LD0.SSCBR1.AccAPwrPhC.mag.f

FLOAT32

IPOW_C

Accumulated currents power (Iyt), phase C

0.000...30000.000

Monitoring\I/O status\Condition monitoring\SSCBR1\Monitored data

SSCBR1

CBCM

CFG

LD0.SSCBR1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.CorOpnTmms.setVal

ING

INT32

Opening time Cor

Correction factor for open travel time in ms

0...100 ms

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.OpnAlmTmms.setVal

ING

INT32

Open alarm time

Alarm level setting for open travel time in ms

0...200 ms

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.ClsAlmTmms.setVal

ING

INT32

Close alarm time

Alarm level Setting for close travel time in ms

0...200 ms

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.CorClsTmms.setVal

ING

INT32

Closing time Cor

Correction factor for CB close travel time in ms

0...100 ms

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.AlmOpNum.setVal

ING

INT32

200

Alarm Op number

Alarm limit for number of operations

0...9999

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.LOOpNum.setVal

ING

INT32

300

Lockout Op number

Lock out limit for number of operations

0...9999

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.AlmAccAPwr.setMag.f

ASG

FLOAT32

2500.00

Alm Acc currents Pwr

Setting of alarm level for accumulated currents power

0.00...20000.00

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.SprChaTmms.setVal

ING

INT32

1000

Spring charge time

Setting of alarm for spring charging time of CB in ms

0...60000 ms

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.CorDifTmms.setVal

ING

INT32

Difference Cor time

Corr. factor for time dif in aux. and main contacts open time

-10...10 ms

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.AccStopA.setMag.f

ASG

FLOAT32

10.00

Acc stop current

RMS current setting below which engy acm stops

5.00...500.00 A

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.LOAccAPwr.setMag.f

ASG

FLOAT32

2500.00

LO Acc currents Pwr

Lockout limit setting for accumulated currents power

0.00...20000.00

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.OpNumRtg.setVal

ING

INT32

10000

Op number rated

Number of operations possible at rated current

1...99999

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.DirCoef.setMag.f

ASG

FLOAT32

-1.50

Directional Coef

Directional coefficient for CB life calculation

-3.00...-0.50

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.PresAlTmms.setVal

ING

INT32

Pressure alarm time

Time delay for gas pressure alarm in ms

0...60000 ms

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.LifAlmLev.setVal

ING

INT32

500

Life alarm level

Alarm level for CB remaining life

0...99999

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.OpNumFlt.setVal

ING

INT32

1000

Op number fault

Number of operations possible at rated fault current

1...10000

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.PresLOTmms.setVal

ING

INT32

Pres lockout time

Time delay for gas pressure lockout in ms

0...60000 ms

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.CntIniVal.setVal

ING

INT32

Counter initial Val

The operation numbers counter initialization value

0...9999

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.InaAlmTmd.setVal

ING

INT32

2000

Inactive Alm days

Alarm limit value of the inactive days counter

0...9999

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.IniInaTmd.setVal

ING

INT32

Ini inactive days

Initial value of the inactive days counter

0...9999

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.InaAlmTmh.setVal

ING

INT32

Inactive Alm hours

Alarm time of the inactive days counter in hours

0...23 h

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.IniRmnLif.setMag.f

ASG

FLOAT32

5000

Initial CB Rmn life

Initial value for the CB remaining life

0...9999

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.AExpn.setMag.f

ASG

FLOAT32

2.00

Current exponent

Current exponent setting for energy calculation

0.00...2.00

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.AOpRtg.setMag.f

ASG

FLOAT32

1000.00

Rated Op current

Rated operating current of the breaker

100.00...5000.00 A

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.AFltRtg.setMag.f

ASG

FLOAT32

5000.00

Rated fault current

Rated fault current of the breaker

500.00...75000.00 A

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

CFG

LD0.SSCBR1.IniAccAPwr.setMag.f

ASG

FLOAT32

0.00

Ini Acc currents Pwr

Initial value for accumulation energy (Iyt)

0.00...20000.00

Configuration\Condition monitoring\SSCBR1

SSCBR1

CBCM

TES

LD0.SSCBR1.TstOutCmd.Oper.ctlVal

INC

Enum

SSCBR1

Test control for outputs

0=Reset; 63=Act. TRV_T_OP_ALM; 64=Deact. TRV_T_OP_ALM; 65=Act. TRV_T_CL_ALM; 66=Deact. TRV_T_CL_ALM; 71=Activate SPR_CHR_ALM; 72=Deactive SPR_CHR_ALM; 73=Activate OPR_ALM; 74=Deactive OPR_ALM; 75=Activate OPR_LO; 76=Deactive OPR_LO; 77=Activate IPOW_ALM; 78=Deactive IPOW_ALM; 79=Activate IPOW_LO; 80=Deactive IPOW_LO; 81=Activate CB_LIFE_ALM; 82=Deactive CB_LIFE_ALM; 83=Activate MON_ALM; 84=Deactive MON_ALM; 85=Activate PRES_ALM; 86=Deactive PRES_ALM; 87=Activate PRES_LO; 88=Deactive PRES_LO; 89=Activate OPENPOS; 90=Deactive OPENPOS; 91=Activate INVALIDPOS; 92=Deactive INVALIDPOS; 93=Activate CLOSEPOS; 94=Deactive CLOSEPOS

Tests\Function tests\Condition monitoring

SSCBR1

CBCM

VER

LD0.SSCBR1.NamPlt.swRev

LPL

VisString255 (20)

MDSOPT1: Generic operation time supervision for machines and devices

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

MDSOPT1

OPTS

OPTM

INP

LD0.MDSOPT1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block input status

Monitoring\I/O status\Condition monitoring\MDSOPT1\Inputs

MDSOPT1

OPTS

OPTM

INP

LD0.MDSOPT1.OpTmRs.stVal

SPC

BOOLEAN

RESET

Resets the accumulated operation time to initial value

Monitoring\I/O status\Condition monitoring\MDSOPT1\Inputs

MDSOPT1

OPTS

OPTM

INP

LD0.MDSOPT1.TmOp.stVal

SPS

BOOLEAN

POS_ACTIVE

When active indicates the equipment is running

Monitoring\I/O status\Condition monitoring\MDSOPT1\Inputs

MDSOPT1

OPTS

OPTM

OUT

LD0.MDSOPT1.OpTmWrn.stVal

SPS

BOOLEAN

StatIed

WARNING

Warning accumulated operation time exceeds Warning value

Monitoring\I/O status\Condition monitoring\MDSOPT1\Outputs

MDSOPT1

OPTS

OPTM

OUT

LD0.MDSOPT1.OpTmAlm.stVal

SPS

BOOLEAN

StatIed

ALARM

Alarm accumulated operation time exceeds Alarm value

Monitoring\I/O status\Condition monitoring\MDSOPT1\Outputs

MDSOPT1

OPTS

OPTM

CTR

LD0.MDSOPT1.OpTmRs.Oper.ctlVal

SPC

BOOLEAN

MDSOPT1 operation t

Resets the accumulated operation time to initial value

0=Cancel; 1=Clear

Clear\Clear

MDSOPT1

OPTS

OPTM

MON

LD0.MDSOPT1.Beh.stVal

INS

Enum

MDSOPT1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

MDSOPT1

OPTS

OPTM

MON

LD0.MDSOPT1.OpTmh.stVal

INS

INT32

OPR_TIME

Total operation time in hours

0...299999 h

Monitoring\I/O status\Condition monitoring\MDSOPT1\Monitored data

MDSOPT1

OPTS

OPTM

CFG

LD0.MDSOPT1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Configuration\Condition monitoring\MDSOPT1

MDSOPT1

OPTS

OPTM

CFG

LD0.MDSOPT1.OpWrnTmh.setVal

ING

INT32

8000

Warning value

Warning value for operation time supervision

0...299999 h

Configuration\Condition monitoring\MDSOPT1

MDSOPT1

OPTS

OPTM

CFG

LD0.MDSOPT1.OpAlmTmh.setVal

ING

INT32

10000

Alarm value

Alarm value for operation time supervision

0...299999 h

Configuration\Condition monitoring\MDSOPT1

MDSOPT1

OPTS

OPTM

CFG

LD0.MDSOPT1.IniOpTmh.setVal

ING

INT32

Initial value

Initial value for operation time supervision

0...299999 h

Configuration\Condition monitoring\MDSOPT1

MDSOPT1

OPTS

OPTM

CFG

LD0.MDSOPT1.OpActTmh.setVal

ING

INT32

Operating time hour

Time of day when alarm and warning will occur

0...23 h

Configuration\Condition monitoring\MDSOPT1

MDSOPT1

OPTS

OPTM

CFG

LD0.MDSOPT1.OpActMod.setVal

ING

Enum

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

OPTM

TES

LD0.MDSOPT1.TstOutCmd.Oper.ctlVal

INC

Enum

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

OPTM

VER

LD0.MDSOPT1.NamPlt.swRev

LPL

VisString255 (20)

TPOSSLTC1: Tap changer position indication

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

TPOSSLTC1

TPOSM

84M

INP

LD0.TPOSSLTC1.TapPos.valWTr.posVal

ISC

INT8

StatUrg

TAP_POS

Tap position indication

-63...63

Monitoring\I/O status\Measurements\TPOSSLTC1\Monitored data

TPOSSLTC1

TPOSM

84M

INP

LD0.TPOSGGIO1.Ind1.stVal

SPS

BOOLEAN

BI0

Binary input 1

Monitoring\I/O status\Measurements\TPOSSLTC1\Inputs

TPOSSLTC1

TPOSM

84M

INP

LD0.TPOSGGIO1.Ind2.stVal

SPS

BOOLEAN

BI1

Binary input 2

Monitoring\I/O status\Measurements\TPOSSLTC1\Inputs

TPOSSLTC1

TPOSM

84M

INP

LD0.TPOSGGIO1.Ind3.stVal

SPS

BOOLEAN

BI2

Binary input 3

Monitoring\I/O status\Measurements\TPOSSLTC1\Inputs

TPOSSLTC1

TPOSM

84M

INP

LD0.TPOSGGIO1.Ind4.stVal

SPS

BOOLEAN

BI3

Binary input 4

Monitoring\I/O status\Measurements\TPOSSLTC1\Inputs

TPOSSLTC1

TPOSM

84M

INP

LD0.TPOSGGIO1.Ind5.stVal

SPS

BOOLEAN

BI4

Binary input 5

Monitoring\I/O status\Measurements\TPOSSLTC1\Inputs

TPOSSLTC1

TPOSM

84M

INP

LD0.TPOSGGIO1.Ind6.stVal

SPS

BOOLEAN

BI5

Binary input 6

Monitoring\I/O status\Measurements\TPOSSLTC1\Inputs

TPOSSLTC1

TPOSM

84M

INP

LD0.TPOSGGIO1.Ind7.stVal

SPS

BOOLEAN

SIGN_BIT

Binary input sign bit

Monitoring\I/O status\Measurements\TPOSSLTC1\Inputs

TPOSSLTC1

TPOSM

84M

CFG

LD0.TPOSSLTC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Configuration\Measurements\TPOSSLTC1

TPOSSLTC1

TPOSM

84M

CFG

LD0.TPOSGGIO1.BinCdMod.setVal

ING

Enum

Operation mode

Operation mode selection

1=NAT2INT; 2=BCD2INT; 3=GRAY2INT

Configuration\Measurements\TPOSSLTC1

TPOSSLTC1

TPOSM

84M

VER

LD0.TPOSSLTC1.NamPlt.swRev

LPL

VisString255 (20)

TPOSSLTC1

TPOSM

84M

VER

LD0.TPOSGGIO1.NamPlt.swRev

LPL

VisString255 (20)

TR2PTDF1: Transformer differential protection of two winding transformers

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

TR2PTDF1

3dI>T

87T

INP

LD0.TR2PDIF1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block

Monitoring\I/O status\Differential prot\TR2PTDF1\Inputs

TR2PTDF1

3dI>T

87T

INP

LD0.TR2PDIF1.InBlkLo.stVal

SPS

BOOLEAN

BLK_OPR_LS

Blocks operate outputs from biased stage

Monitoring\I/O status\Differential prot\TR2PTDF1\Inputs

TR2PTDF1

3dI>T

87T

INP

LD0.TR2PDIF1.InBlkHi.stVal

SPS

BOOLEAN

BLK_OPR_HS

Blocks operate outputs from instantaneous stage

Monitoring\I/O status\Differential prot\TR2PTDF1\Inputs

TR2PTDF1

3dI>T

87T

OUT

LD0.TR2PDIF1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate combined

Monitoring\I/O status\Differential prot\TR2PTDF1\Outputs

TR2PTDF1

3dI>T

87T

OUT

LD0.TR2PDIF1.OpLoSet.general

ACT

BOOLEAN

OPR_LS

Operate from low set

Monitoring\I/O status\Differential prot\TR2PTDF1\Outputs

TR2PTDF1

3dI>T

87T

OUT

LD0.TR2PDIF1.OpHiSet.general

ACT

BOOLEAN

OPR_HS

Operate from high set

Monitoring\I/O status\Differential prot\TR2PTDF1\Outputs

TR2PTDF1

3dI>T

87T

OUT

LD0.TR2PDIF1.BlkWavSt.general

ACT

BOOLEAN

BLKDWAV

Waveform blocking status

Monitoring\I/O status\Differential prot\TR2PTDF1\Outputs

TR2PTDF1

3dI>T

87T

OUT

LD0.TR2PDIF1.Blk2HSt.general

ACT

BOOLEAN

StatNrml

BLKD2H

2nd harmonic restraint block status

Monitoring\I/O status\Differential prot\TR2PTDF1\Outputs

TR2PTDF1

3dI>T

87T

OUT

LD0.TR2PDIF1.Blk5HSt.general

ACT

BOOLEAN

BLKD5H

5th harmonic restraint block status

Monitoring\I/O status\Differential prot\TR2PTDF1\Outputs

TR2PTDF1

3dI>T

87T

MON

LD0.TR2PDIF1.Beh.stVal

INS

Enum

TR2PTDF1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

TR2PTDF1

3dI>T

87T

MON

LD0.TR2PDIF1.Op.phsA

ACT

BOOLEAN

StatNrml

PHT

OPR_A

Operate phase A

Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data

TR2PTDF1

3dI>T

87T

MON

LD0.TR2PDIF1.Op.phsB

ACT

BOOLEAN

StatNrml

PHT

OPR_B

Operate phase B

Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data

TR2PTDF1

3dI>T

87T

MON

LD0.TR2PDIF1.Op.phsC

ACT

BOOLEAN

StatNrml

PHT

OPR_C

Operate phase C

Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data

TR2PTDF1

3dI>T

87T

MON

LD0.TR2PDIF1.BlkWavSt.phsA

ACT

BOOLEAN

BLKDWAV_A

Waveform blocking phase A status

Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data

TR2PTDF1

3dI>T

87T

MON

LD0.TR2PDIF1.BlkWavSt.phsB

ACT

BOOLEAN

BLKDWAV_B

Waveform blocking phase B status

Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data

TR2PTDF1

3dI>T

87T

MON

LD0.TR2PDIF1.BlkWavSt.phsC

ACT

BOOLEAN

BLKDWAV_C

Waveform blocking phase C status

Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data

TR2PTDF1

3dI>T

87T

MON

LD0.TR2PDIF1.Blk2HSt.phsA

ACT

BOOLEAN

StatNrml

BLKD2H_A

2nd harmonic restraint block phase A status

Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data

TR2PTDF1

3dI>T

87T

MON

LD0.TR2PDIF1.Blk2HSt.phsB

ACT

BOOLEAN

StatNrml

BLKD2H_B

2nd harmonic restraint block phase B status

Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data

TR2PTDF1

3dI>T

87T

MON

LD0.TR2PDIF1.Blk2HSt.phsC

ACT

BOOLEAN

StatNrml

BLKD2H_C

2nd harmonic restraint block phase C status

Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data

TR2PTDF1

3dI>T

87T

MON

LD0.TR2PDIF1.Blk5HSt.phsA

ACT

BOOLEAN

BLKD5H_A

5th harmonic restraint block phase A status

Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data

TR2PTDF1

3dI>T

87T

MON

LD0.TR2PDIF1.Blk5HSt.phsB

ACT

BOOLEAN

BLKD5H_B

5th harmonic restraint block phase B status

Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data

TR2PTDF1

3dI>T

87T

MON

LD0.TR2PDIF1.Blk5HSt.phsC

ACT

BOOLEAN

BLKD5H_C

5th harmonic restraint block phase C status

Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data

TR2PTDF1

3dI>T

87T

MON

LD0.TR2PDIF1.SecnACom.phsA.cVal.mag.f

WYE

FLOAT32

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

87T

MON

LD0.TR2PDIF1.SecnACom.phsB.cVal.mag.f

WYE

FLOAT32

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

87T

MON

LD0.TR2PDIF1.SecnACom.phsC.cVal.mag.f

WYE

FLOAT32

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

87T

MON

LD0.TR2PDIF1.PriACom.phsA.cVal.mag.f

WYE

FLOAT32

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

87T

MON

LD0.TR2PDIF1.PriACom.phsB.cVal.mag.f

WYE

FLOAT32

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

87T

MON

LD0.TR2PDIF1.PriACom.phsC.cVal.mag.f

WYE

FLOAT32

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

87T

MON

LD0.TR2PDIF1.DifAClc.phsA.cVal.mag.f

WYE

FLOAT32

IL1-diff

Measured differential current amplitude phase IL1

0.00...80.00

Measurements\TR2PTDF1

TR2PTDF1

3dI>T

87T

MON

LD0.TR2PDIF1.DifAClc.phsB.cVal.mag.f

WYE

FLOAT32

IL2-diff

Measured differential current amplitude phase IL2

0.00...80.00

Measurements\TR2PTDF1

TR2PTDF1

3dI>T

87T

MON

LD0.TR2PDIF1.DifAClc.phsC.cVal.mag.f

WYE

FLOAT32

IL3-diff

Measured differential current amplitude phase IL3

0.00...80.00

Measurements\TR2PTDF1

TR2PTDF1

3dI>T

87T

MON

LD0.TR2PDIF1.RstA.phsA.cVal.mag.f

WYE

FLOAT32

IL1-bias

Measured bias current amplitude phase IL1

0.00...80.00

Measurements\TR2PTDF1

TR2PTDF1

3dI>T

87T

MON

LD0.TR2PDIF1.RstA.phsB.cVal.mag.f

WYE

FLOAT32

IL2-bias

Measured bias current amplitude phase IL2

0.00...80.00

Measurements\TR2PTDF1

TR2PTDF1

3dI>T

87T

MON

LD0.TR2PDIF1.RstA.phsC.cVal.mag.f

WYE

FLOAT32

IL3-bias

Measured bias current amplitude phase IL3

0.00...80.00

Measurements\TR2PTDF1

TR2PTDF1

3dI>T

87T

MON

LD0.TR2PDIF1.A2HRat.phsA.cVal.mag.f

WYE

FLOAT32

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

87T

MON

LD0.TR2PDIF1.A2HRat.phsB.cVal.mag.f

WYE

FLOAT32

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

87T

MON

LD0.TR2PDIF1.A2HRat.phsC.cVal.mag.f

WYE

FLOAT32

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

87T

MON

LD0.TR2PDIF1.AngPriAB.mag.f

FLOAT32

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

87T

MON

LD0.TR2PDIF1.AngPriBC.mag.f

FLOAT32

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

87T

MON

LD0.TR2PDIF1.AngPriCA.mag.f

FLOAT32

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

87T

MON

LD0.TR2PDIF1.AngScyAB.mag.f

FLOAT32

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

87T

MON

LD0.TR2PDIF1.AngScyBC.mag.f

FLOAT32

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

87T

MON

LD0.TR2PDIF1.AngScyCA.mag.f

FLOAT32

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

87T

MON

LD0.TR2PDIF1.AngPriScyA.mag.f

FLOAT32

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

87T

MON

LD0.TR2PDIF1.AngPriScyB.mag.f

FLOAT32

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

87T

MON

LD0.TR2PDIF1.AngPriScyC.mag.f

FLOAT32

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

87T

MON

LD0.TR2PDIF1.A5HRat.phsA.cVal.mag.f

WYE

FLOAT32

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

87T

MON

LD0.TR2PDIF1.A5HRat.phsB.cVal.mag.f

WYE

FLOAT32

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

87T

MON

LD0.TR2PDIF1.A5HRat.phsC.cVal.mag.f

WYE

FLOAT32

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

87T

MON

LD0.TR2HPHAR1.Str.general

ACD

BOOLEAN

BLKD2HPHAR

2nd harmonic restraint blocking for PHAR LN, combined

Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data

TR2PTDF1

3dI>T

87T

MON

LD0.TR2HPHAR1.Str.phsA

ACD

BOOLEAN

BLKD2HPHAR_A

2nd harmonic restraint blocking for PHAR LN, phase A

Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data

TR2PTDF1

3dI>T

87T

MON

LD0.TR2HPHAR1.Str.phsB

ACD

BOOLEAN

BLKD2HPHAR_B

2nd harmonic restraint blocking for PHAR LN, phase B

Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data

TR2PTDF1

3dI>T

87T

MON

LD0.TR2HPHAR1.Str.phsC

ACD

BOOLEAN

BLKD2HPHAR_C

2nd harmonic restraint blocking for PHAR LN, phase C

Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data

TR2PTDF1

3dI>T

87T

MON

LD0.TR5HPHAR1.Str.general

ACD

BOOLEAN

BLKD5HPHAR

5th harmonic restraint blocking for PHAR LN, combined

Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data

TR2PTDF1

3dI>T

87T

MON

LD0.TR5HPHAR1.Str.phsA

ACD

BOOLEAN

BLKD5HPHAR_A

5th harmonic restraint blocking for PHAR LN, phase A

Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data

TR2PTDF1

3dI>T

87T

MON

LD0.TR5HPHAR1.Str.phsB

ACD

BOOLEAN

BLKD5HPHAR_B

5th harmonic restraint blocking for PHAR LN, phase B

Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data

TR2PTDF1

3dI>T

87T

MON

LD0.TR5HPHAR1.Str.phsC

ACD

BOOLEAN

BLKD5HPHAR_C

5th harmonic restraint blocking for PHAR LN, phase C

Monitoring\I/O status\Differential prot\TR2PTDF1\Monitored data

TR2PTDF1

3dI>T

87T

SET

LD0.TR2PDIF1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off/On

1=on; 5=off

Settings\Settings\Differential prot\TR2PTDF1

TR2PTDF1

3dI>T

87T

SET

LD0.TR2PDIF1.HiSet.setVal

ING

INT32

1000

High operate value

Instantaneous stage setting

500...3000 %Ir

Settings\Settings\Differential prot\TR2PTDF1

TR2PTDF1

3dI>T

87T

SET

LD0.TR2PDIF1.EnaHiSet.setVal

SPG

BOOLEAN

Enable high set

Enable high set stage

Settings\Settings\Differential prot\TR2PTDF1

TR2PTDF1

3dI>T

87T

SET

LD0.TR2PDIF1.LoSet.setVal

ING

INT32

Low operate value

Basic setting for biased operation

5...50 %Ir

Settings\Settings\Differential prot\TR2PTDF1

TR2PTDF1

3dI>T

87T

SET

LD0.TR2PDIF1.SpeScn2.setMag.f

ASG

FLOAT32

Slope section 2

Slope of the second line of the operating characteristics

10...50 %

Settings\Settings\Differential prot\TR2PTDF1

TR2PTDF1

3dI>T

87T

SET

LD0.TR2PDIF1.EndScn2.setMag.f

ASG

FLOAT32

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

87T

SET

LD0.TR2PDIF1.RstMod.setVal

ING

Enum

-1

Restraint mode

-1=2.h + 5.h + wav; 5=Waveform; 6=2.h + waveform; 7=5.h + waveform

Settings\Settings\Differential prot\TR2PTDF1

TR2PTDF1

3dI>T

87T

SET

LD0.TR2PDIF1.CTConnTyp.setVal

ING

Enum

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

87T

SET

LD0.TR2PDIF1.Wnd1Typ.setVal

ING

Enum

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

87T

SET

LD0.TR2PDIF1.Wnd2Typ.setVal

ING

Enum

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

87T

SET

LD0.TR2PDIF1.ClkNum.setVal

ING

Enum

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

87T

SET

LD0.TR2PDIF1.ZroAElm.setVal

ING

Enum

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

87T

SET

LD0.TR2PDIF1.MinWndTap.setVal

ING

INT32

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

87T

SET

LD0.TR2PDIF1.MaxWndTap.setVal

ING

INT32

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

87T

SET

LD0.TR2PDIF1.TapNomLTC1.setVal

ING

INT32

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

87T

SET

LD0.TR2PDIF1.TapWnd.setVal

ING

Enum

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

87T

SET

LD0.TR2PDIF1.STap1.setMag.f

ASG

FLOAT32

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

87T

SET

LD0.TR2PDIF1.HDBlk.setVal

SPG

BOOLEAN

Harmonic deblock 2.

2. harmonic deblocking in case of switch on to fault

Settings\Settings\Differential prot\TR2PTDF1

TR2PTDF1

3dI>T

87T

SET

LD0.TR2PDIF1.CTRatCor1.setMag.f

ASG

FLOAT32

1.00

CT ratio Cor Wnd 1

CT ratio correction, winding 1

0.40...4.00

Settings\Settings\Differential prot\TR2PTDF1

TR2PTDF1

3dI>T

87T

SET

LD0.TR2PDIF1.CTRatCor2.setMag.f

ASG

FLOAT32

1.00

CT ratio Cor Wnd 2

CT ratio correction, winding 2

0.40...4.00

Settings\Settings\Differential prot\TR2PTDF1

TR2PTDF1

3dI>T

87T

SET

LD0.TR2HPHAR1.PhStr.setMag.f

ASG

FLOAT32

Start value 2.H

2. harmonic blocking ratio

7...20 %

Settings\Settings\Differential prot\TR2PTDF1

TR2PTDF1

3dI>T

87T

SET

LD0.TR5HPHAR1.PhStr.setMag.f

ASG

FLOAT32

Start value 5.H

5. harmonic blocking ratio

10...50 %

Settings\Settings\Differential prot\TR2PTDF1

TR2PTDF1

3dI>T

87T

SET

LD0.TR5HPHAR1.PhStop.setMag.f

ASG

FLOAT32

Stop value 5.H

5. harmonic deblocking ratio

10...50 %

Settings\Settings\Differential prot\TR2PTDF1

TR2PTDF1

3dI>T

87T

SET

LD0.TR5HPHAR1.HDBlk.setVal

SPG

BOOLEAN

Harmonic deblock 5.

5. harmonic deblocking in case of severe overvoltage

Settings\Settings\Differential prot\TR2PTDF1

TR2PTDF1

3dI>T

87T

TES

LD0.TR2PDIF1.TstOutCmd.Oper.ctlVal

INC

Enum

TR2PTDF1

Test control for outputs

0=Reset; 9=Activate OPERATE; 10=Deactive OPERATE; -11=Activate OPR_LS; -12=Deactive OPR_LS; -13=Activate OPR_HS; -14=Deactive OPR_HS; -15=Activate BLKD2H; -16=Deactive BLKD2H; -17=Activate BLKD5H; -18=Deactive BLKD5H; -19=Activate BLKDWAV; -20=Deactive BLKDWAV

Tests\Function tests\Differential prot

TR2PTDF1

3dI>T

87T

VER

LD0.TR2PDIF1.NamPlt.swRev

LPL

VisString255 (20)

TR2PTDF1

3dI>T

87T

VER

LD0.TR2HPHAR1.NamPlt.swRev

LPL

VisString255 (20)

TR2PTDF1

3dI>T

87T

VER

LD0.TR5HPHAR1.NamPlt.swRev

LPL

VisString255 (20)

T2PTTR1: Thermal overload protection, two time constants

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

T2PTTR1

3Ith>T

49T

INP

LD0.T2PTTR1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Current protection\T2PTTR1\Inputs

T2PTTR1

3Ith>T

49T

INP

LD0.T2PTTR1.TmpUsed.mag.f

FLOAT32

TEMP_AMB

The ambient temperature used in the calculation

-99...999 °C

Monitoring\I/O status\Current protection\T2PTTR1\Monitored data

T2PTTR1

3Ith>T

49T

OUT

LD0.T2PTTR1.AlmThm.general

ACT

BOOLEAN

StatUrg

ALARM

Thermal Alarm

Monitoring\I/O status\Current protection\T2PTTR1\Outputs

T2PTTR1

3Ith>T

49T

OUT

LD0.T2PTTR1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\T2PTTR1\Outputs

T2PTTR1

3Ith>T

49T

OUT

LD0.T2PTTR1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Current protection\T2PTTR1\Outputs

T2PTTR1

3Ith>T

49T

OUT

LD0.T2PTTR1.InhRec.stVal

SPS

BOOLEAN

BLK_CLOSE

Thermal overload indicator. To inhibite reclose.

Monitoring\I/O status\Current protection\T2PTTR1\Outputs

T2PTTR1

3Ith>T

49T

CTR

LD0.T2PTTR1.RsTmp.Oper.ctlVal

SPC

BOOLEAN

T2PTTR1

Reset T2PTTR1 temperature

0=Cancel; 1=Clear

Clear\Clear

T2PTTR1

3Ith>T

49T

MON

LD0.T2PTTR1.Beh.stVal

INS

Enum

T2PTTR1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

T2PTTR1

3Ith>T

49T

MON

LD0.T2PTTR1.Tmp.mag.f

FLOAT32

MeasFlt

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

49T

MON

LD0.T2PTTR1.TmpRl.mag.f

FLOAT32

MeasFlt

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

49T

MON

LD0.T2PTTR1.TmsOp.stVal

INS

INT32

T_OPERATE

Estimated time to operate

0...60000 s

Monitoring\I/O status\Current protection\T2PTTR1\Monitored data

T2PTTR1

3Ith>T

49T

MON

LD0.T2PTTR1.TmsRecEna.stVal

INS

INT32

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

49T

SET

LD0.T2PTTR1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\T2PTTR1

T2PTTR1

3Ith>T

49T

SET

LD0.T2PTTR1.TmpMax.setMag.f

ASG

FLOAT32

105.0

Max temperature

Maximum temperature allowed for the transformer

0.0...200.0 °C

Settings\Settings\Current protection\T2PTTR1

T2PTTR1

3Ith>T

49T

SET

LD0.T2PTTR1.AlmVal.setMag.f

ASG

FLOAT32

90.0

Alarm temperature

Alarm temperature, percent value

40.0...100.0 %

Settings\Settings\Current protection\T2PTTR1

T2PTTR1

3Ith>T

49T

SET

LD0.T2PTTR1.ARef.setMag.f

ASG

FLOAT32

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

49T

SET

LD0.T2PTTR1.EnvTmpSet.setMag.f

ASG

FLOAT32

Env temperature Set

Ambient temperature used when no external temperature measurement available

-50...100 °C

Settings\Settings\Current protection\T2PTTR1

T2PTTR1

3Ith>T

49T

SET

LD0.T2PTTR1.IniTmp.setMag.f

ASG

FLOAT32

80.0

Initial temperature

Initial temperature, percent value

0.0...100.0 %

Settings\Settings\Current protection\T2PTTR1

T2PTTR1

3Ith>T

49T

SET

LD0.T2PTTR1.RecTmpSet.setMag.f

ASG

FLOAT32

60.0

Reclose temperature

Temperature for reset of block reclose after operate

40.0...100.0 %

Settings\Settings\Current protection\T2PTTR1

T2PTTR1

3Ith>T

49T

SET

LD0.T2PTTR1.TmpR.setMag.f

ASG

FLOAT32

78.0

Temperature rise

End temperature rise above ambient

0.0...200.0 °C

Settings\Settings\Current protection\T2PTTR1

T2PTTR1

3Ith>T

49T

SET

LD0.T2PTTR1.ConsTms1.setVal

ING

INT32

450

Short time constant

Short time constant in seconds

6...60000 s

Settings\Settings\Current protection\T2PTTR1

T2PTTR1

3Ith>T

49T

SET

LD0.T2PTTR1.ConsTms2.setVal

ING

INT32

7200

Long time constant

Long time constant in seconds

60...60000 s

Settings\Settings\Current protection\T2PTTR1

T2PTTR1

3Ith>T

49T

SET

LD0.T2PTTR1.WghFact.setMag.f

ASG

FLOAT32

0.40

Weighting factor p

Weighting factor of the short time constant

0.00...1.00

Settings\Settings\Current protection\T2PTTR1

T2PTTR1

3Ith>T

49T

SET

LD0.T2PTTR1.OpTmp.setMag.f

ASG

FLOAT32

100.0

Operate temperature

Operate temperature, percent value

80.0...120.0 %

Settings\Settings\Current protection\T2PTTR1

T2PTTR1

3Ith>T

49T

TES

LD0.T2PTTR1.TstOutCmd.Oper.ctlVal

INC

Enum

T2PTTR1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; 17=Activate ALARM; 18=Deactive ALARM; 21=Activate BLK_CLOSE; 22=Deactive BLK_CLOSE

Tests\Function tests\Current protection

T2PTTR1

3Ith>T

49T

VER

LD0.T2PTTR1.NamPlt.swRev

LPL

VisString255 (20)

ESMGAPC1: Allow emergency start

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

ESMGAPC1

ESTART

INP

LD0.ESMGAPC1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Control\ESMGAPC1\Inputs

ESMGAPC1

ESTART

INP

LD0.ESMGAPC1.RqEmgStr.stVal

SPS

BOOLEAN

ST_EMERG_RQ

Emergency start input

Monitoring\I/O status\Control\ESMGAPC1\Inputs

ESMGAPC1

ESTART

OUT

LD0.ESMGAPC1.Str.general

ACD

BOOLEAN

StatNrml

ST_EMERG_ENA

Emergency start

Monitoring\I/O status\Control\ESMGAPC1\Outputs

ESMGAPC1

ESTART

MON

LD0.ESMGAPC1.Beh.stVal

INS

Enum

ESMGAPC1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

ESMGAPC1

ESTART

MON

LD0.ESMGAPC1.Op.t

ACT

Timestamp

T_ST_EMERG

Emergency start activation timestamp

Monitoring\I/O status\Control\ESMGAPC1\Monitored data

ESMGAPC1

ESTART

SET

LD0.ESMGAPC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Control\ESMGAPC1

ESMGAPC1

ESTART

SET

LD0.ESMGAPC1.StrVal.setMag.f

ASG

FLOAT32

0.12

Motor standstill A

Current limit to check for motor standstill condition

0.05...0.20 xIn

Settings\Settings\Control\ESMGAPC1

IL1TCTR1

ESMGAPC1

ESTART

TES

LD0.ESMGAPC1.TstOutCmd.Oper.ctlVal

INC

Enum

ESMGAPC1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START

Tests\Function tests\Control

ESMGAPC1

ESTART

VER

LD0.ESMGAPC1.NamPlt.swRev

LPL

VisString255 (20)

STTPMSU1: Motor startup supervision

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

STTPMSU1

Is2t n<

49,66,48,51LR

INP

LD0.STTPMSS1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block of function

Monitoring\I/O status\Current protection\STTPMSU1\Inputs

STTPMSU1

Is2t n<

49,66,48,51LR

INP

LD0.STTPMSS1.EnaEmgStr.stVal

SPS

BOOLEAN

ST_EMERG_ENA

Enable emergency start to disable lock of start of motor

Monitoring\I/O status\Current protection\STTPMSU1\Inputs

STTPMSU1

Is2t n<

49,66,48,51LR

INP

LD0.STTPMSS1.StlInd.stVal

SPS

BOOLEAN

STALL_IND

Input signal for showing the motor is not stalling

Monitoring\I/O status\Current protection\STTPMSU1\Inputs

STTPMSU1

Is2t n<

49,66,48,51LR

INP

LD0.STTPMSS1.BlkLOStr.stVal

SPS

BOOLEAN

BLK_LK_ST

Blocks lock out condition for restart of motor

Monitoring\I/O status\Current protection\STTPMSU1\Inputs

STTPMSU1

Is2t n<

49,66,48,51LR

INP

LD0.STTPMSS1.InPosCls.stVal

SPS

BOOLEAN

CB_CLOSED

Input showing the status of motor circuit breaker

Monitoring\I/O status\Current protection\STTPMSU1\Inputs

STTPMSU1

Is2t n<

49,66,48,51LR

OUT

LD0.STTPMSS1.Str.general

ACD

BOOLEAN

StatNrml

MOT_START

Signal to show that motor startup is in progress

Monitoring\I/O status\Current protection\STTPMSU1\Outputs

STTPMSU1

Is2t n<

49,66,48,51LR

OUT

LD0.STTPMSS1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPR_IIT

Operate/trip signal for thermal stress.

Monitoring\I/O status\Current protection\STTPMSU1\Outputs

STTPMSU1

Is2t n<

49,66,48,51LR

OUT

LD0.STTPMRI1.StrInh.stVal

SPS

BOOLEAN

StatNrml

LOCK_START

Lock out condition for restart of motor.

Monitoring\I/O status\Current protection\STTPMSU1\Outputs

STTPMSU1

Is2t n<

49,66,48,51LR

OUT

LD0.STTPMRI1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPR_STALL

Operate/trip signal for stalling protection.

Monitoring\I/O status\Current protection\STTPMSU1\Outputs

STTPMSU1

Is2t n<

49,66,48,51LR

CTR

LD0.STTPMRI1.RsStUpCnt.Oper.ctlVal

SPC

BOOLEAN

STTPMSU1 counter

Reset number of motor start-ups counter

0=Cancel; 1=Clear

Clear\Clear

STTPMSU1

Is2t n<

49,66,48,51LR

MON

LD0.STTPMSS1.Beh.stVal

INS

Enum

STTPMSU1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

STTPMSU1

Is2t n<

49,66,48,51LR

MON

LD0.STTPMSS1.StrDur.mag.f

FLOAT32

STALL_RL

Start time relative to the operate time for stall condition

0.00...100.00 %

Monitoring\I/O status\Current protection\STTPMSU1\Monitored data

STTPMSU1

Is2t n<

49,66,48,51LR

MON

LD0.STTPMRI1.StrInhTmm.stVal

INS

INT32

T_RST_ENA

Time left for restart when lockstart is enabled in minutes

0...999 min

Monitoring\I/O status\Current protection\STTPMSU1\Monitored data

STTPMSU1

Is2t n<

49,66,48,51LR

MON

LD0.STTPMRI1.StUpCnt.stVal

INS

INT32

START_CNT

Number of motor start-ups occurred

0...999999

Monitoring\I/O status\Current protection\STTPMSU1\Monitored data

STTPMSU1

Is2t n<

49,66,48,51LR

MON

LD0.STTPMRI1.ThmStsPct.mag.f

FLOAT32

IIT_RL

Thermal stress relative to set maximum thermal stress

0.00...100.00 %

Monitoring\I/O status\Current protection\STTPMSU1\Monitored data

STTPMSU1

Is2t n<

49,66,48,51LR

MON

LD0.STTPMRI1.TmsCumStUp.mag.f

FLOAT32

T_ST_CNT

Cumulated start-up time in sec

0.0...99999.9 s

Monitoring\I/O status\Current protection\STTPMSU1\Monitored data

STTPMSU1

Is2t n<

49,66,48,51LR

MON

LD0.STTPMRI1.TmsStUp.mag.f

FLOAT32

START_TIME

Measured motor latest startup time in sec

0.0...999.9 s

Monitoring\I/O status\Current protection\STTPMSU1\Monitored data

STTPMSU1

Is2t n<

49,66,48,51LR

SET

LD0.STTPMSS1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\STTPMSU1

STTPMSU1

Is2t n<

49,66,48,51LR

SET

LD0.STTPMSS1.MotStr.setMag.f

ASG

FLOAT32

1.5

Start detection A

Current value for detecting starting of motor.

0.1...10.0 xIn

Settings\Settings\Current protection\STTPMSU1

IL1TCTR1

STTPMSU1

Is2t n<

49,66,48,51LR

SET

LD0.STTPMSS1.OpModStUp.setVal

ING

Enum

Operation mode

Motor start-up operation mode

1=IIt; 2=IIt, CB; 3=IIt + stall; 4=IIt + stall, CB

Settings\Settings\Current protection\STTPMSU1

STTPMSU1

Is2t n<

49,66,48,51LR

SET

LD0.STTPMSS1.StOvDlTmms.setVal

ING

INT32

100

Str over delay time

Time delay to check for completion of motor startup period

0...60000 ms

Settings\Settings\Current protection\STTPMSU1

STTPMSU1

Is2t n<

49,66,48,51LR

SET

LD0.STTPMSS1.LokRotTms.setVal

ING

INT32

Lock rotor time

Permitted stalling time

2...120 s

Settings\Settings\Current protection\STTPMSU1

STTPMSU1

Is2t n<

49,66,48,51LR

SET

LD0.STTPMSS1.MotStop.setMag.f

ASG

FLOAT32

0.12

Motor standstill A

Current limit to check for motor standstill condition

0.05...0.20 xIn

Settings\Settings\Current protection\STTPMSU1

IL1TCTR1

STTPMSU1

Is2t n<

49,66,48,51LR

SET

LD0.STTPMRI1.SetA.setMag.f

ASG

FLOAT32

2.0

Motor start-up A

Motor starting current

1.0...10.0 xIn

Settings\Settings\Current protection\STTPMSU1

IL1TCTR1

STTPMSU1

Is2t n<

49,66,48,51LR

SET

LD0.STTPMRI1.SetTms.setVal

ING

INT32

Motor start-up time

Motor starting time

1...80 s

Settings\Settings\Current protection\STTPMSU1

STTPMSU1

Is2t n<

49,66,48,51LR

SET

LD0.STTPMRI1.InhTmm.setVal

ING

INT32

Restart inhibit time

Time delay between consecutive startups

0...250 min

Settings\Settings\Current protection\STTPMSU1

STTPMSU1

Is2t n<

49,66,48,51LR

SET

LD0.STTPMRI1.CntRedRte.setMag.f

ASG

FLOAT32

60.0

Counter Red rate

Start time counter reduction rate

2.0...250.0 s/h

Settings\Settings\Current protection\STTPMSU1

STTPMSU1

Is2t n<

49,66,48,51LR

SET

LD0.STTPMRI1.EmgRedRte.setMag.f

ASG

FLOAT32

20.00

Emg start Red rate

Start time reduction factor when emergency start is On

0.00...100.00 %

Settings\Settings\Current protection\STTPMSU1

STTPMSU1

Is2t n<

49,66,48,51LR

SET

LD0.STTPMRI1.CumLimTms.setVal

ING

INT32

Cumulative time Lim

Cumulative time based restart inhibit limit

1...500 s

Settings\Settings\Current protection\STTPMSU1

STTPMSU1

Is2t n<

49,66,48,51LR

TES

LD0.STTPMSS1.TstOutCmd.Oper.ctlVal

INC

Enum

STTPMSU1

Test control for outputs

0=Reset; -1=Activate OPR_IIT; -2=Deactive OPR_IIT; -3=Activate OPR_STALL; -4=Deactive OPR_STALL; -5=Activate MOT_START; -6=Deactive MOT_START; -7=Activate LOCK_START; -8=Deactive LOCK_START

Tests\Function tests\Current protection

STTPMSU1

Is2t n<

49,66,48,51LR

VER

LD0.STTPMSS1.NamPlt.swRev

LPL

VisString255 (20)

STTPMSU1

Is2t n<

49,66,48,51LR

VER

LD0.STTPMRI1.NamPlt.swRev

LPL

VisString255 (20)

PREVPTOC1: Phase reversal protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

PREVPTOC1

I2>>

46R

INP

LD0.PREVPTOC1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Current protection\PREVPTOC1\Inputs

PREVPTOC1

I2>>

46R

OUT

LD0.PREVPTOC1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Current protection\PREVPTOC1\Outputs

PREVPTOC1

I2>>

46R

OUT

LD0.PREVPTOC1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\PREVPTOC1\Outputs

PREVPTOC1

I2>>

46R

MON

LD0.PREVPTOC1.Beh.stVal

INS

Enum

PREVPTOC1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

PREVPTOC1

I2>>

46R

MON

LD0.PREVPTOC1.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\PREVPTOC1\Monitored data

PREVPTOC1

I2>>

46R

SET

LD0.PREVPTOC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\PREVPTOC1

PREVPTOC1

I2>>

46R

SET

LD0.PREVPTOC1.StrVal.setMag.f

ASG

FLOAT32

0.75

Start value

0.05...1.00 xIn

Settings\Settings\Current protection\PREVPTOC1

IL1TCTR1

PREVPTOC1

I2>>

46R

SET

LD0.PREVPTOC1.OpDlTmms.setVal

ING

INT32

100

Operate delay time

100...60000 ms

Settings\Settings\Current protection\PREVPTOC1

PREVPTOC1

I2>>

46R

TES

LD0.PREVPTOC1.TstOutCmd.Oper.ctlVal

INC

Enum

PREVPTOC1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Current protection

PREVPTOC1

I2>>

46R

VER

LD0.PREVPTOC1.NamPlt.swRev

LPL

VisString255 (20)

JAMPTOC1: Stalled motor

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

JAMPTOC1

Ist>

51LR

INP

LD0.JAMPTOC1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Current protection\JAMPTOC1\Inputs

JAMPTOC1

Ist>

51LR

OUT

LD0.JAMPTOC1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\JAMPTOC1\Outputs

JAMPTOC1

Ist>

51LR

MON

LD0.JAMPTOC1.Beh.stVal

INS

Enum

JAMPTOC1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

JAMPTOC1

Ist>

51LR

MON

LD0.JAMPTOC1.Str.general

ACD

BOOLEAN

START

Start

Monitoring\I/O status\Current protection\JAMPTOC1\Monitored data

JAMPTOC1

Ist>

51LR

MON

LD0.JAMPTOC1.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\JAMPTOC1\Monitored data

JAMPTOC1

Ist>

51LR

SET

LD0.JAMPTOC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\JAMPTOC1

JAMPTOC1

Ist>

51LR

SET

LD0.JAMPTOC1.StrVal.setMag.f

ASG

FLOAT32

2.50

Start value

0.10...10.00 xIn

Settings\Settings\Current protection\JAMPTOC1

IL1TCTR1

JAMPTOC1

Ist>

51LR

SET

LD0.JAMPTOC1.OpDlTmms.setVal

ING

INT32

2000

Operate delay time

100...120000 ms

Settings\Settings\Current protection\JAMPTOC1

JAMPTOC1

Ist>

51LR

SET

LD0.JAMPTOC1.RsDlTmms.setVal

ING

INT32

100

Reset delay time

0...60000 ms

Settings\Settings\Current protection\JAMPTOC1

JAMPTOC1

Ist>

51LR

TES

LD0.JAMPTOC1.TstOutCmd.Oper.ctlVal

INC

Enum

JAMPTOC1

Test control for outputs

0=Reset; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Current protection

JAMPTOC1

Ist>

51LR

VER

LD0.JAMPTOC1.NamPlt.swRev

LPL

VisString255 (20)

MPTTR1: Motor thermal overload protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

MPTTR1

3Ith>M

49M

INP

LD0.MPTTR1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Current protection\MPTTR1\Inputs

MPTTR1

3Ith>M

49M

INP

LD0.MPTTR1.EnaEmgStr.stVal

SPS

BOOLEAN

START_EMERG

Signal for indicating the need for emergency start

Monitoring\I/O status\Current protection\MPTTR1\Inputs

MPTTR1

3Ith>M

49M

INP

LD0.MPTTR1.TmpUsed.mag.f

FLOAT32

TEMP_AMB

The ambient temperature used in the calculation

-99...999 °C

Monitoring\I/O status\Current protection\MPTTR1\Monitored data

MPTTR1

3Ith>M

49M

OUT

LD0.MPTTR1.AlmThm.general

ACT

BOOLEAN

StatUrg

ALARM

Thermal Alarm

Monitoring\I/O status\Current protection\MPTTR1\Outputs

MPTTR1

3Ith>M

49M

OUT

LD0.MPTTR1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\MPTTR1\Outputs

MPTTR1

3Ith>M

49M

OUT

LD0.MPTTR1.StrInh.stVal

SPS

BOOLEAN

StatNrml

BLK_RESTART

Thermal overload indicator, to inhibit restart

Monitoring\I/O status\Current protection\MPTTR1\Outputs

MPTTR1

3Ith>M

49M

CTR

LD0.MPTTR1.RsTmp.Oper.ctlVal

SPC

BOOLEAN

MPTTR1 temperature

Reset MPTTR1 tempetature

0=Cancel; 1=Clear

Clear\Clear

MPTTR1

3Ith>M

49M

MON

LD0.MPTTR1.Beh.stVal

INS

Enum

MPTTR1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

MPTTR1

3Ith>M

49M

MON

LD0.MPTTR1.TmpRl.mag.f

FLOAT32

MeasFlt

Therm-Lev

Thermal level of protected object (1.00 is the operate level)

0.00...9.99

Measurements\MPTTR1

MPTTR1

3Ith>M

49M

MON

LD0.MPTTR1.ThmLevSt.mag.f

FLOAT32

THERMLEV_ST

Thermal level at beginning of motor startup

0.00...9.99

Monitoring\I/O status\Current protection\MPTTR1\Monitored data

MPTTR1

3Ith>M

49M

MON

LD0.MPTTR1.ThmLevEnd.mag.f

FLOAT32

THERMLEV_END

Thermal level at the end of motor startup situation

0.00...9.99

Monitoring\I/O status\Current protection\MPTTR1\Monitored data

MPTTR1

3Ith>M

49M

MON

LD0.MPTTR1.StrInhTms.stVal

INS

INT32

T_ENARESTART

Estimated time to reset of block restart

0...99999 s

Monitoring\I/O status\Current protection\MPTTR1\Monitored data

MPTTR1

3Ith>M

49M

SET

LD0.MPTTR1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\MPTTR1

MPTTR1

3Ith>M

49M

SET

LD0.MPTTR1.ARtg.setMag.f

ASG

FLOAT32

1.00

Rated current

Rated current (FLC) of the motor

0.30...2.00 xIn

Settings\Settings\Current protection\MPTTR1

IL1TCTR1

MPTTR1

3Ith>M

49M

SET

LD0.MPTTR1.AlmVal.setMag.f

ASG

FLOAT32

95.0

Alarm thermal value

Thermal level above which function gives an alarm

50.0...100.0 %

Settings\Settings\Current protection\MPTTR1

MPTTR1

3Ith>M

49M

SET

LD0.MPTTR1.ReStThmVal.setMag.f

ASG

FLOAT32

40.0

Restart thermal Val

Thermal level above which function inhibits motor restarting

20.0...80.0 %

Settings\Settings\Current protection\MPTTR1

MPTTR1

3Ith>M

49M

SET

LD0.MPTTR1.ConsTms1.setVal

ING

INT32

320

Time constant normal

Motor time constant during the normal operation of motor

80...4000 s

Settings\Settings\Current protection\MPTTR1

MPTTR1

3Ith>M

49M

SET

LD0.MPTTR1.ConsTms2.setVal

ING

INT32

320

Time constant start

Motor time constant during the start of motor

80...4000 s

Settings\Settings\Current protection\MPTTR1

MPTTR1

3Ith>M

49M

SET

LD0.MPTTR1.ConsTms3.setVal

ING

INT32

500

Time constant stop

Motor time constant during the standstill condition of motor

80...8000 s

Settings\Settings\Current protection\MPTTR1

MPTTR1

3Ith>M

49M

SET

LD0.MPTTR1.WghFact.setMag.f

ASG

FLOAT32

50.0

Weighting factor p

Weighting factor (p)

20.0...100.0 %

Settings\Settings\Current protection\MPTTR1

MPTTR1

3Ith>M

49M

SET

LD0.MPTTR1.OvLodFact.setMag.f

ASG

FLOAT32

1.05

Overload factor

Overload factor (k)

1.00...1.20

Settings\Settings\Current protection\MPTTR1

MPTTR1

3Ith>M

49M

SET

LD0.MPTTR1.NgSeqFact.setMag.f

ASG

FLOAT32

0.0

Negative Seq factor

Heating effect factor for negative sequence current

0.0...10.0

Settings\Settings\Current protection\MPTTR1

MPTTR1

3Ith>M

49M

SET

LD0.MPTTR1.EnvTmpSet.setMag.f

ASG

FLOAT32

40.0

Env temperature Set

Ambient temperature used when no external temperature measurement available

-20.0...70.0 °C

Settings\Settings\Current protection\MPTTR1

MPTTR1

3Ith>M

49M

SET

LD0.MPTTR1.IniTmp.setMag.f

ASG

FLOAT32

74.0

Initial thermal Val

Initial thermal level of the motor

0.0...100.0 %

Settings\Settings\Current protection\MPTTR1

MPTTR1

3Ith>M

49M

SET

LD0.MPTTR1.EnvTmpMod.setVal

ING

Enum

Env temperature mode

Mode of measuring ambient temperature

1=FLC Only; 2=Use input; 3=Set Amb Temp

Settings\Settings\Current protection\MPTTR1

MPTTR1

3Ith>M

49M

TES

LD0.MPTTR1.TstOutCmd.Oper.ctlVal

INC

Enum

MPTTR1

Test control for outputs

0=Reset; 9=Activate OPERATE; 10=Deactive OPERATE; 17=Activate ALARM; 18=Deactive ALARM; -9=Activate BLK_RESTART; -10=Deactive BLK_RESTART

Tests\Function tests\Current protection

MPTTR1

3Ith>M

49M

VER

LD0.MPTTR1.NamPlt.swRev

LPL

VisString255 (20)

MNSPTOC1: Negative-phase-sequence time overcurrent protection for machines

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

MNSPTOC1

I2>M(1)

46M(1)

INP

LD0.MNSPTOC1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Current protection\MNSPTOC1\Inputs

MNSPTOC1

I2>M(1)

46M(1)

OUT

LD0.MNSPTOC1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Current protection\MNSPTOC1\Outputs

MNSPTOC1

I2>M(1)

46M(1)

OUT

LD0.MNSPTOC1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\MNSPTOC1\Outputs

MNSPTOC1

I2>M(1)

46M(1)

OUT

LD0.MNSPTOC1.StrInh.stVal

SPS

BOOLEAN

BLK_RESTART

Overheated machine reconnection blocking

Monitoring\I/O status\Current protection\MNSPTOC1\Outputs

MNSPTOC1

I2>M(1)

46M(1)

MON

LD0.MNSPTOC1.Beh.stVal

INS

Enum

MNSPTOC1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

MNSPTOC1

I2>M(1)

46M(1)

MON

LD0.MNSPTOC1.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\MNSPTOC1\Monitored data

MNSPTOC1

I2>M(1)

46M(1)

MON

LD0.MNSPTOC1.TmsRecEna.mag.f

FLOAT32

T_ENARESTART

Estimated time to reset of block restart

0.00...7200.00 s

Monitoring\I/O status\Current protection\MNSPTOC1\Monitored data

MNSPTOC1

I2>M(1)

46M(1)

SET

LD0.MNSPTOC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\MNSPTOC1

MNSPTOC1

I2>M(1)

46M(1)

SET

LD0.MNSPTOC1.StrVal.setMag.f

ASG

FLOAT32

0.20

Start value

0.01...0.50 xIn

Settings\Settings\Current protection\MNSPTOC1

IL1TCTR1

MNSPTOC1

I2>M(1)

46M(1)

SET

LD0.MNSPTOC1.OpDlTmms.setVal

ING

INT32

1000

Operate delay time

100...120000 ms

Settings\Settings\Current protection\MNSPTOC1

MNSPTOC1

I2>M(1)

46M(1)

SET

LD0.MNSPTOC1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\MNSPTOC1

MNSPTOC1

I2>M(1)

46M(1)

SET

LD0.MNSPTOC1.TmACrv.setCharact

CURVE

Enum

Operating curve type

Selection of time delay curve type

5=ANSI Def. Time; 15=IEC Def. Time; 17=Inv. Curve A; 18=Inv. Curve B

Settings\Settings\Current protection\MNSPTOC1

MNSPTOC1

I2>M(1)

46M(1)

SET

LD0.MNSPTOC1.MinOpTmms.setVal

ING

INT32

100

Minimum operate time

Minimum operate time for IDMT curves

100...120000 ms

Settings\Settings\Current protection\MNSPTOC1

MNSPTOC1

I2>M(1)

46M(1)

SET

LD0.MNSPTOC1.MaxOpTmms.setVal

ING

INT32

1000000

Maximum operate time

Max operate time regardless of the inverse characteristic

500000...7200000 ms

Settings\Settings\Current protection\MNSPTOC1

MNSPTOC1

I2>M(1)

46M(1)

SET

LD0.MNSPTOC1.CoolTms.setVal

ING

INT32

Cooling time

Time required to cool the machine

5...7200 s

Settings\Settings\Current protection\MNSPTOC1

MNSPTOC1

I2>M(1)

46M(1)

SET

LD0.MNSPTOC1.TmMult.setMag.f

ASG

FLOAT32

5.0

Machine time Mult

Machine related time constant

5.0...100.0

Settings\Settings\Current protection\MNSPTOC1

MNSPTOC1

I2>M(1)

46M(1)

SET

LD0.MNSPTOC1.ARtg.setMag.f

ASG

FLOAT32

1.00

Rated current

Rated current (Ir) of the machine (used only in the IDMT)

0.30...2.00 xIn

Settings\Settings\Current protection\MNSPTOC1

IL1TCTR1

MNSPTOC1

I2>M(1)

46M(1)

TES

LD0.MNSPTOC1.TstOutCmd.Oper.ctlVal

INC

Enum

MNSPTOC1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; -9=Activate BLK_RESTART; -10=Deactive BLK_RESTART

Tests\Function tests\Current protection

MNSPTOC1

I2>M(1)

46M(1)

VER

LD0.MNSPTOC1.NamPlt.swRev

LPL

VisString255 (20)

MNSPTOC2: Negative-phase-sequence time overcurrent protection for machines

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

MNSPTOC2

I2>M(2)

46M(2)

INP

LD0.MNSPTOC2.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Current protection\MNSPTOC2\Inputs

MNSPTOC2

I2>M(2)

46M(2)

OUT

LD0.MNSPTOC2.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Current protection\MNSPTOC2\Outputs

MNSPTOC2

I2>M(2)

46M(2)

OUT

LD0.MNSPTOC2.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\MNSPTOC2\Outputs

MNSPTOC2

I2>M(2)

46M(2)

OUT

LD0.MNSPTOC2.StrInh.stVal

SPS

BOOLEAN

BLK_RESTART

Overheated machine reconnection blocking

Monitoring\I/O status\Current protection\MNSPTOC2\Outputs

MNSPTOC2

I2>M(2)

46M(2)

MON

LD0.MNSPTOC2.Beh.stVal

INS

Enum

MNSPTOC2

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

MNSPTOC2

I2>M(2)

46M(2)

MON

LD0.MNSPTOC2.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\MNSPTOC2\Monitored data

MNSPTOC2

I2>M(2)

46M(2)

MON

LD0.MNSPTOC2.TmsRecEna.mag.f

FLOAT32

T_ENARESTART

Estimated time to reset of block restart

0.00...7200.00 s

Monitoring\I/O status\Current protection\MNSPTOC2\Monitored data

MNSPTOC2

I2>M(2)

46M(2)

SET

LD0.MNSPTOC2.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\MNSPTOC2

MNSPTOC2

I2>M(2)

46M(2)

SET

LD0.MNSPTOC2.StrVal.setMag.f

ASG

FLOAT32

0.20

Start value

0.01...0.50 xIn

Settings\Settings\Current protection\MNSPTOC2

IL1TCTR1

MNSPTOC2

I2>M(2)

46M(2)

SET

LD0.MNSPTOC2.OpDlTmms.setVal

ING

INT32

1000

Operate delay time

100...120000 ms

Settings\Settings\Current protection\MNSPTOC2

MNSPTOC2

I2>M(2)

46M(2)

SET

LD0.MNSPTOC2.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\MNSPTOC2

MNSPTOC2

I2>M(2)

46M(2)

SET

LD0.MNSPTOC2.TmACrv.setCharact

CURVE

Enum

Operating curve type

Selection of time delay curve type

5=ANSI Def. Time; 15=IEC Def. Time; 17=Inv. Curve A; 18=Inv. Curve B

Settings\Settings\Current protection\MNSPTOC2

MNSPTOC2

I2>M(2)

46M(2)

SET

LD0.MNSPTOC2.MinOpTmms.setVal

ING

INT32

100

Minimum operate time

Minimum operate time for IDMT curves

100...120000 ms

Settings\Settings\Current protection\MNSPTOC2

MNSPTOC2

I2>M(2)

46M(2)

SET

LD0.MNSPTOC2.MaxOpTmms.setVal

ING

INT32

1000000

Maximum operate time

Max operate time regardless of the inverse characteristic

500000...7200000 ms

Settings\Settings\Current protection\MNSPTOC2

MNSPTOC2

I2>M(2)

46M(2)

SET

LD0.MNSPTOC2.CoolTms.setVal

ING

INT32

Cooling time

Time required to cool the machine

5...7200 s

Settings\Settings\Current protection\MNSPTOC2

MNSPTOC2

I2>M(2)

46M(2)

SET

LD0.MNSPTOC2.TmMult.setMag.f

ASG

FLOAT32

5.0

Machine time Mult

Machine related time constant

5.0...100.0

Settings\Settings\Current protection\MNSPTOC2

MNSPTOC2

I2>M(2)

46M(2)

SET

LD0.MNSPTOC2.ARtg.setMag.f

ASG

FLOAT32

1.00

Rated current

Rated current (Ir) of the machine (used only in the IDMT)

0.30...2.00 xIn

Settings\Settings\Current protection\MNSPTOC2

IL1TCTR1

MNSPTOC2

I2>M(2)

46M(2)

TES

LD0.MNSPTOC2.TstOutCmd.Oper.ctlVal

INC

Enum

MNSPTOC2

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; -9=Activate BLK_RESTART; -10=Deactive BLK_RESTART

Tests\Function tests\Current protection

MNSPTOC2

I2>M(2)

46M(2)

VER

LD0.MNSPTOC2.NamPlt.swRev

LPL

VisString255 (20)

LOFLPTUC1: Loss of load protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

LOFLPTUC1

3I<

INP

LD0.LOFLPTUC1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block all binary outputs by resetting timers

Monitoring\I/O status\Current protection\LOFLPTUC1\Inputs

LOFLPTUC1

3I<

OUT

LD0.LOFLPTUC1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Current protection\LOFLPTUC1\Outputs

LOFLPTUC1

3I<

OUT

LD0.LOFLPTUC1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\LOFLPTUC1\Outputs

LOFLPTUC1

3I<

MON

LD0.LOFLPTUC1.Beh.stVal

INS

Enum

LOFLPTUC1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

LOFLPTUC1

3I<

MON

LD0.LOFLPTUC1.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\LOFLPTUC1\Monitored data

LOFLPTUC1

3I<

SET

LD0.LOFLPTUC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\LOFLPTUC1

LOFLPTUC1

3I<

SET

LD0.LOFLPTUC1.StrVal.setMag.f

ASG

FLOAT32

0.50

Start value high

Current setting/Start value high

0.01...1.00 xIn

Settings\Settings\Current protection\LOFLPTUC1

IL1TCTR1

LOFLPTUC1

3I<

SET

LD0.LOFLPTUC1.OpDlTmms.setVal

ING

INT32

2000

Operate delay time

400...600000 ms

Settings\Settings\Current protection\LOFLPTUC1

LOFLPTUC1

3I<

SET

LD0.LOFLPTUC1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\LOFLPTUC1

LOFLPTUC1

3I<

SET

LD0.LOFLPTUC1.BlkValA.setMag.f

ASG

FLOAT32

0.10

Start value low

Current setting/Start value low

0.01...0.50 xIn

Settings\Settings\Current protection\LOFLPTUC1

IL1TCTR1

LOFLPTUC1

3I<

TES

LD0.LOFLPTUC1.TstOutCmd.Oper.ctlVal

INC

Enum

LOFLPTUC1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Current protection

LOFLPTUC1

3I<

VER

LD0.LOFLPTUC1.NamPlt.swRev

LPL

VisString255 (20)

TPSGAPC1

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

TPSGAPC1

TPS(1)

INP

LD0.TPSGAPC1.Str.general

ACD

BOOLEAN

OUT1

Output 1 status

Monitoring\I/O status\Generic timers\TPSGAPC1\Outputs

TPSGAPC1

TPS(1)

INP

LD0.TPSGAPC1.Op.general

ACT

BOOLEAN

OUT2

Output 2 status

Monitoring\I/O status\Generic timers\TPSGAPC1\Outputs

TPSGAPC1

TPS(1)

OUT

LD0.TPSGAPC1.Str.general

ACD

BOOLEAN

OUT1

Output 1 status

Monitoring\I/O status\Generic timers\TPSGAPC1\Outputs

TPSGAPC1

TPS(1)

OUT

LD0.TPSGAPC1.Op.general

ACT

BOOLEAN

OUT2

Output 2 status

Monitoring\I/O status\Generic timers\TPSGAPC1\Outputs

TPSGAPC1

TPS(1)

CFG

LD0.TPSGAPC1.PlsTms.setVal

ING

INT32

Pulse time

Minimum pulse time

0...300 s

Configuration\Generic timers\TPSGAPC1

TPSGAPC1

TPS(1)

VER

LD0.TPSGAPC1.NamPlt.swRev

LPL

VisString255 (20)

TPMGAPC1

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

TPMGAPC1

TPM(1)

INP

LD0.TPMGAPC1.Str.general

ACD

BOOLEAN

OUT1

Output 1 status

Monitoring\I/O status\Generic timers\TPMGAPC1\Outputs

TPMGAPC1

TPM(1)

INP

LD0.TPMGAPC1.Op.general

ACT

BOOLEAN

OUT2

Output 2 status

Monitoring\I/O status\Generic timers\TPMGAPC1\Outputs

TPMGAPC1

TPM(1)

OUT

LD0.TPMGAPC1.Str.general

ACD

BOOLEAN

OUT1

Output 1 status

Monitoring\I/O status\Generic timers\TPMGAPC1\Outputs

TPMGAPC1

TPM(1)

OUT

LD0.TPMGAPC1.Op.general

ACT

BOOLEAN

OUT2

Output 2 status

Monitoring\I/O status\Generic timers\TPMGAPC1\Outputs

TPMGAPC1

TPM(1)

CFG

LD0.TPMGAPC1.PlsTmm.setVal

ING

INT32

Pulse time

Minimum pulse time

0...300 min

Configuration\Generic timers\TPMGAPC1

TPMGAPC1

TPM(1)

VER

LD0.TPMGAPC1.NamPlt.swRev

LPL

VisString255 (20)

PHPTUV1: Three phase undervoltage protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

PHPTUV1

3U<(1)

27(1)

INP

LD0.PHPTUV1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Voltage protection\PHPTUV1\Inputs

PHPTUV1

3U<(1)

27(1)

OUT

LD0.PHPTUV1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Voltage protection\PHPTUV1\Outputs

PHPTUV1

3U<(1)

27(1)

OUT

LD0.PHPTUV1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Voltage protection\PHPTUV1\Outputs

PHPTUV1

3U<(1)

27(1)

MON

LD0.PHPTUV1.Beh.stVal

INS

Enum

PHPTUV1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

PHPTUV1

3U<(1)

27(1)

MON

LD0.PHPTUV1.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Voltage protection\PHPTUV1\Monitored data

PHPTUV1

3U<(1)

27(1)

SET

LD0.PHPTUV1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Voltage protection\PHPTUV1

PHPTUV1

3U<(1)

27(1)

SET

LD0.PHPTUV1.NumPh.setVal

ING

Enum

Num of start phases

Number of phases required for operate activation

1=1 out of 3; 2=2 out of 3; 3=3 out of 3

Settings\Settings\Voltage protection\PHPTUV1

PHPTUV1

3U<(1)

27(1)

SET

LD0.PHPTUV1.StrVal.setMag.f

ASG

FLOAT32

0.90

Start value

0.05...1.20 xUn

Settings\Settings\Voltage protection\PHPTUV1

UL1TVTR1

PHPTUV1

3U<(1)

27(1)

SET

LD0.PHPTUV1.TmMult.setMag.f

ASG

FLOAT32

1.0

Time multiplier

Time multiplier in IEC/ANSI IDMT curves

0.05...15.0

Settings\Settings\Voltage protection\PHPTUV1

PHPTUV1

3U<(1)

27(1)

SET

LD0.PHPTUV1.TypRsCrv.setVal

ING

Enum

Type of reset curve

Selection of reset curve type

1=Immediate; 2=Def time reset; -1=DT Lin decr rst

Settings\Settings\Voltage protection\PHPTUV1

PHPTUV1

3U<(1)

27(1)

SET

LD0.PHPTUV1.TmVCrv.setCharact

CURVE

Enum

Operating curve type

Selection of time delay curve type

5=ANSI Def. Time; 15=IEC Def. Time; 21=Inv. Curve A; 22=Inv. Curve B; 23=Programmable

Settings\Settings\Voltage protection\PHPTUV1

PHPTUV1

3U<(1)

27(1)

SET

LD0.PHPTUV1.TmVCrv.setParA

CURVE

FLOAT32

1.000

Curve parameter A

Parameter A for customer programmable curve

0.005...200.000

Settings\Settings\Voltage protection\PHPTUV1

PHPTUV1

3U<(1)

27(1)

SET

LD0.PHPTUV1.TmVCrv.setParB

CURVE

FLOAT32

1.00

Curve parameter B

Parameter B for customer programmable curve

0.50...100.00

Settings\Settings\Voltage protection\PHPTUV1

PHPTUV1

3U<(1)

27(1)

SET

LD0.PHPTUV1.TmVCrv.setParC

CURVE

FLOAT32

0.0

Curve parameter C

Parameter C for customer programmable curve

0.0...1.0

Settings\Settings\Voltage protection\PHPTUV1

PHPTUV1

3U<(1)

27(1)

SET

LD0.PHPTUV1.TmVCrv.setParD

CURVE

FLOAT32

0.000

Curve parameter D

Parameter D for customer programmable curve

0.000...60.000

Settings\Settings\Voltage protection\PHPTUV1

PHPTUV1

3U<(1)

27(1)

SET

LD0.PHPTUV1.TmVCrv.setParE

CURVE

FLOAT32

1.000

Curve parameter E

Parameter E for customer programmable curve

0.000...3.000

Settings\Settings\Voltage protection\PHPTUV1

PHPTUV1

3U<(1)

27(1)

SET

LD0.PHPTUV1.MinOpTmms.setVal

ING

INT32

Minimum operate time

Minimum operate time for IDMT curves

60...60000 ms

Settings\Settings\Voltage protection\PHPTUV1

PHPTUV1

3U<(1)

27(1)

SET

LD0.PHPTUV1.OpDlTmms.setVal

ING

INT32

Operate delay time

60...300000 ms

Settings\Settings\Voltage protection\PHPTUV1

PHPTUV1

3U<(1)

27(1)

SET

LD0.PHPTUV1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Voltage protection\PHPTUV1

PHPTUV1

3U<(1)

27(1)

SET

LD0.PHPTUV1.CrvSatRl.setMag.f

ASG

FLOAT32

2.0

Curve Sat Relative

Tuning parameter to avoid curve discontinuities

0.0...3.0

Settings\Settings\Voltage protection\PHPTUV1

PHPTUV1

3U<(1)

27(1)

SET

LD0.PHPTUV1.VSel.setVal

ING

Enum

Voltage selection

Parameter to select phase or phase-to-phase voltages

1=phase-to-earth; 2=phase-to-phase

Settings\Settings\Voltage protection\PHPTUV1

PHPTUV1

3U<(1)

27(1)

SET

LD0.PHPTUV1.BlkVal.setMag.f

ASG

FLOAT32

0.20

Voltage block value

Low level blocking for undervoltage mode

0.05...1.00 xUn

Settings\Settings\Voltage protection\PHPTUV1

UL1TVTR1

PHPTUV1

3U<(1)

27(1)

SET

LD0.PHPTUV1.EnaBlkVal.setVal

SPG

BOOLEAN

Enable block value

Enable internal blocking

Settings\Settings\Voltage protection\PHPTUV1

PHPTUV1

3U<(1)

27(1)

SET

LD0.PHPTUV1.HysRl.setMag.f

ASG

FLOAT32

4.0

Relative hysteresis

Relative hysteresis for operation

1.0...5.0 %

Settings\Settings\Voltage protection\PHPTUV1

PHPTUV1

3U<(1)

27(1)

TES

LD0.PHPTUV1.TstOutCmd.Oper.ctlVal

INC

Enum

PHPTUV1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Voltage protection

PHPTUV1

3U<(1)

27(1)

VER

LD0.PHPTUV1.NamPlt.swRev

LPL

VisString255 (20)

PHPTUV2: Three phase undervoltage protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

PHPTUV2

3U<(2)

27(2)

INP

LD0.PHPTUV2.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Voltage protection\PHPTUV2\Inputs

PHPTUV2

3U<(2)

27(2)

OUT

LD0.PHPTUV2.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Voltage protection\PHPTUV2\Outputs

PHPTUV2

3U<(2)

27(2)

OUT

LD0.PHPTUV2.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Voltage protection\PHPTUV2\Outputs

PHPTUV2

3U<(2)

27(2)

MON

LD0.PHPTUV2.Beh.stVal

INS

Enum

PHPTUV2

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

PHPTUV2

3U<(2)

27(2)

MON

LD0.PHPTUV2.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Voltage protection\PHPTUV2\Monitored data

PHPTUV2

3U<(2)

27(2)

SET

LD0.PHPTUV2.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Voltage protection\PHPTUV2

PHPTUV2

3U<(2)

27(2)

SET

LD0.PHPTUV2.NumPh.setVal

ING

Enum

Num of start phases

Number of phases required for operate activation

1=1 out of 3; 2=2 out of 3; 3=3 out of 3

Settings\Settings\Voltage protection\PHPTUV2

PHPTUV2

3U<(2)

27(2)

SET

LD0.PHPTUV2.StrVal.setMag.f

ASG

FLOAT32

0.90

Start value

0.05...1.20 xUn

Settings\Settings\Voltage protection\PHPTUV2

UL1TVTR1

PHPTUV2

3U<(2)

27(2)

SET

LD0.PHPTUV2.TmMult.setMag.f

ASG

FLOAT32

1.0

Time multiplier

Time multiplier in IEC/ANSI IDMT curves

0.05...15.0

Settings\Settings\Voltage protection\PHPTUV2

PHPTUV2

3U<(2)

27(2)

SET

LD0.PHPTUV2.TypRsCrv.setVal

ING

Enum

Type of reset curve

Selection of reset curve type

1=Immediate; 2=Def time reset; -1=DT Lin decr rst

Settings\Settings\Voltage protection\PHPTUV2

PHPTUV2

3U<(2)

27(2)

SET

LD0.PHPTUV2.TmVCrv.setCharact

CURVE

Enum

Operating curve type

Selection of time delay curve type

5=ANSI Def. Time; 15=IEC Def. Time; 21=Inv. Curve A; 22=Inv. Curve B; 23=Programmable

Settings\Settings\Voltage protection\PHPTUV2

PHPTUV2

3U<(2)

27(2)

SET

LD0.PHPTUV2.TmVCrv.setParA

CURVE

FLOAT32

1.000

Curve parameter A

Parameter A for customer programmable curve

0.005...200.000

Settings\Settings\Voltage protection\PHPTUV2

PHPTUV2

3U<(2)

27(2)

SET

LD0.PHPTUV2.TmVCrv.setParB

CURVE

FLOAT32

1.00

Curve parameter B

Parameter B for customer programmable curve

0.50...100.00

Settings\Settings\Voltage protection\PHPTUV2

PHPTUV2

3U<(2)

27(2)

SET

LD0.PHPTUV2.TmVCrv.setParC

CURVE

FLOAT32

0.0

Curve parameter C

Parameter C for customer programmable curve

0.0...1.0

Settings\Settings\Voltage protection\PHPTUV2

PHPTUV2

3U<(2)

27(2)

SET

LD0.PHPTUV2.TmVCrv.setParD

CURVE

FLOAT32

0.000

Curve parameter D

Parameter D for customer programmable curve

0.000...60.000

Settings\Settings\Voltage protection\PHPTUV2

PHPTUV2

3U<(2)

27(2)

SET

LD0.PHPTUV2.TmVCrv.setParE

CURVE

FLOAT32

1.000

Curve parameter E

Parameter E for customer programmable curve

0.000...3.000

Settings\Settings\Voltage protection\PHPTUV2

PHPTUV2

3U<(2)

27(2)

SET

LD0.PHPTUV2.MinOpTmms.setVal

ING

INT32

Minimum operate time

Minimum operate time for IDMT curves

60...60000 ms

Settings\Settings\Voltage protection\PHPTUV2

PHPTUV2

3U<(2)

27(2)

SET

LD0.PHPTUV2.OpDlTmms.setVal

ING

INT32

Operate delay time

60...300000 ms

Settings\Settings\Voltage protection\PHPTUV2

PHPTUV2

3U<(2)

27(2)

SET

LD0.PHPTUV2.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Voltage protection\PHPTUV2

PHPTUV2

3U<(2)

27(2)

SET

LD0.PHPTUV2.CrvSatRl.setMag.f

ASG

FLOAT32

2.0

Curve Sat Relative

Tuning parameter to avoid curve discontinuities

0.0...3.0

Settings\Settings\Voltage protection\PHPTUV2

PHPTUV2

3U<(2)

27(2)

SET

LD0.PHPTUV2.VSel.setVal

ING

Enum

Voltage selection

Parameter to select phase or phase-to-phase voltages

1=phase-to-earth; 2=phase-to-phase

Settings\Settings\Voltage protection\PHPTUV2

PHPTUV2

3U<(2)

27(2)

SET

LD0.PHPTUV2.BlkVal.setMag.f

ASG

FLOAT32

0.20

Voltage block value

Low level blocking for undervoltage mode

0.05...1.00 xUn

Settings\Settings\Voltage protection\PHPTUV2

UL1TVTR1

PHPTUV2

3U<(2)

27(2)

SET

LD0.PHPTUV2.EnaBlkVal.setVal

SPG

BOOLEAN

Enable block value

Enable internal blocking

Settings\Settings\Voltage protection\PHPTUV2

PHPTUV2

3U<(2)

27(2)

SET

LD0.PHPTUV2.HysRl.setMag.f

ASG

FLOAT32

4.0

Relative hysteresis

Relative hysteresis for operation

1.0...5.0 %

Settings\Settings\Voltage protection\PHPTUV2

PHPTUV2

3U<(2)

27(2)

TES

LD0.PHPTUV2.TstOutCmd.Oper.ctlVal

INC

Enum

PHPTUV2

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Voltage protection

PHPTUV2

3U<(2)

27(2)

VER

LD0.PHPTUV2.NamPlt.swRev

LPL

VisString255 (20)

PHPTUV3: Three phase undervoltage protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

PHPTUV3

3U<(3)

27(3)

INP

LD0.PHPTUV3.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Voltage protection\PHPTUV3\Inputs

PHPTUV3

3U<(3)

27(3)

OUT

LD0.PHPTUV3.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Voltage protection\PHPTUV3\Outputs

PHPTUV3

3U<(3)

27(3)

OUT

LD0.PHPTUV3.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Voltage protection\PHPTUV3\Outputs

PHPTUV3

3U<(3)

27(3)

MON

LD0.PHPTUV3.Beh.stVal

INS

Enum

PHPTUV3

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

PHPTUV3

3U<(3)

27(3)

MON

LD0.PHPTUV3.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Voltage protection\PHPTUV3\Monitored data

PHPTUV3

3U<(3)

27(3)

SET

LD0.PHPTUV3.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Voltage protection\PHPTUV3

PHPTUV3

3U<(3)

27(3)

SET

LD0.PHPTUV3.NumPh.setVal

ING

Enum

Num of start phases

Number of phases required for operate activation

1=1 out of 3; 2=2 out of 3; 3=3 out of 3

Settings\Settings\Voltage protection\PHPTUV3

PHPTUV3

3U<(3)

27(3)

SET

LD0.PHPTUV3.StrVal.setMag.f

ASG

FLOAT32

0.90

Start value

0.05...1.20 xUn

Settings\Settings\Voltage protection\PHPTUV3

UL1TVTR1

PHPTUV3

3U<(3)

27(3)

SET

LD0.PHPTUV3.TmMult.setMag.f

ASG

FLOAT32

1.0

Time multiplier

Time multiplier in IEC/ANSI IDMT curves

0.05...15.0

Settings\Settings\Voltage protection\PHPTUV3

PHPTUV3

3U<(3)

27(3)

SET

LD0.PHPTUV3.TypRsCrv.setVal

ING

Enum

Type of reset curve

Selection of reset curve type

1=Immediate; 2=Def time reset; -1=DT Lin decr rst

Settings\Settings\Voltage protection\PHPTUV3

PHPTUV3

3U<(3)

27(3)

SET

LD0.PHPTUV3.TmVCrv.setCharact

CURVE

Enum

Operating curve type

Selection of time delay curve type

5=ANSI Def. Time; 15=IEC Def. Time; 21=Inv. Curve A; 22=Inv. Curve B; 23=Programmable

Settings\Settings\Voltage protection\PHPTUV3

PHPTUV3

3U<(3)

27(3)

SET

LD0.PHPTUV3.TmVCrv.setParA

CURVE

FLOAT32

1.000

Curve parameter A

Parameter A for customer programmable curve

0.005...200.000

Settings\Settings\Voltage protection\PHPTUV3

PHPTUV3

3U<(3)

27(3)

SET

LD0.PHPTUV3.TmVCrv.setParB

CURVE

FLOAT32

1.00

Curve parameter B

Parameter B for customer programmable curve

0.50...100.00

Settings\Settings\Voltage protection\PHPTUV3

PHPTUV3

3U<(3)

27(3)

SET

LD0.PHPTUV3.TmVCrv.setParC

CURVE

FLOAT32

0.0

Curve parameter C

Parameter C for customer programmable curve

0.0...1.0

Settings\Settings\Voltage protection\PHPTUV3

PHPTUV3

3U<(3)

27(3)

SET

LD0.PHPTUV3.TmVCrv.setParD

CURVE

FLOAT32

0.000

Curve parameter D

Parameter D for customer programmable curve

0.000...60.000

Settings\Settings\Voltage protection\PHPTUV3

PHPTUV3

3U<(3)

27(3)

SET

LD0.PHPTUV3.TmVCrv.setParE

CURVE

FLOAT32

1.000

Curve parameter E

Parameter E for customer programmable curve

0.000...3.000

Settings\Settings\Voltage protection\PHPTUV3

PHPTUV3

3U<(3)

27(3)

SET

LD0.PHPTUV3.MinOpTmms.setVal

ING

INT32

Minimum operate time

Minimum operate time for IDMT curves

60...60000 ms

Settings\Settings\Voltage protection\PHPTUV3

PHPTUV3

3U<(3)

27(3)

SET

LD0.PHPTUV3.OpDlTmms.setVal

ING

INT32

Operate delay time

60...300000 ms

Settings\Settings\Voltage protection\PHPTUV3

PHPTUV3

3U<(3)

27(3)

SET

LD0.PHPTUV3.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Voltage protection\PHPTUV3

PHPTUV3

3U<(3)

27(3)

SET

LD0.PHPTUV3.CrvSatRl.setMag.f

ASG

FLOAT32

2.0

Curve Sat Relative

Tuning parameter to avoid curve discontinuities

0.0...3.0

Settings\Settings\Voltage protection\PHPTUV3

PHPTUV3

3U<(3)

27(3)

SET

LD0.PHPTUV3.VSel.setVal

ING

Enum

Voltage selection

Parameter to select phase or phase-to-phase voltages

1=phase-to-earth; 2=phase-to-phase

Settings\Settings\Voltage protection\PHPTUV3

PHPTUV3

3U<(3)

27(3)

SET

LD0.PHPTUV3.BlkVal.setMag.f

ASG

FLOAT32

0.20

Voltage block value

Low level blocking for undervoltage mode

0.05...1.00 xUn

Settings\Settings\Voltage protection\PHPTUV3

UL1TVTR1

PHPTUV3

3U<(3)

27(3)

SET

LD0.PHPTUV3.EnaBlkVal.setVal

SPG

BOOLEAN

Enable block value

Enable internal blocking

Settings\Settings\Voltage protection\PHPTUV3

PHPTUV3

3U<(3)

27(3)

SET

LD0.PHPTUV3.HysRl.setMag.f

ASG

FLOAT32

4.0

Relative hysteresis

Relative hysteresis for operation

1.0...5.0 %

Settings\Settings\Voltage protection\PHPTUV3

PHPTUV3

3U<(3)

27(3)

TES

LD0.PHPTUV3.TstOutCmd.Oper.ctlVal

INC

Enum

PHPTUV3

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Voltage protection

PHPTUV3

3U<(3)

27(3)

VER

LD0.PHPTUV3.NamPlt.swRev

LPL

VisString255 (20)

PHPTOV1: Three phase overvoltage protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

PHPTOV1

3U>(1)

59(1)

INP

LD0.PHPTOV1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Voltage protection\PHPTOV1\Inputs

PHPTOV1

3U>(1)

59(1)

OUT

LD0.PHPTOV1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Voltage protection\PHPTOV1\Outputs

PHPTOV1

3U>(1)

59(1)

OUT

LD0.PHPTOV1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Voltage protection\PHPTOV1\Outputs

PHPTOV1

3U>(1)

59(1)

MON

LD0.PHPTOV1.Beh.stVal

INS

Enum

PHPTOV1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

PHPTOV1

3U>(1)

59(1)

MON

LD0.PHPTOV1.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Voltage protection\PHPTOV1\Monitored data

PHPTOV1

3U>(1)

59(1)

SET

LD0.PHPTOV1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Voltage protection\PHPTOV1

PHPTOV1

3U>(1)

59(1)

SET

LD0.PHPTOV1.NumPh.setVal

ING

Enum

Num of start phases

Number of phases required for operate activation

1=1 out of 3; 2=2 out of 3; 3=3 out of 3

Settings\Settings\Voltage protection\PHPTOV1

PHPTOV1

3U>(1)

59(1)

SET

LD0.PHPTOV1.StrVal.setMag.f

ASG

FLOAT32

1.10

Start value

0.05...1.60 xUn

Settings\Settings\Voltage protection\PHPTOV1

UL1TVTR1

PHPTOV1

3U>(1)

59(1)

SET

LD0.PHPTOV1.TmMult.setMag.f

ASG

FLOAT32

1.0

Time multiplier

Time multiplier in IEC/ANSI IDMT curves

0.05...15.0

Settings\Settings\Voltage protection\PHPTOV1

PHPTOV1

3U>(1)

59(1)

SET

LD0.PHPTOV1.TypRsCrv.setVal

ING

Enum

Type of reset curve

Selection of reset curve type

1=Immediate; 2=Def time reset; -1=DT Lin decr rst

Settings\Settings\Voltage protection\PHPTOV1

PHPTOV1

3U>(1)

59(1)

SET

LD0.PHPTOV1.TmVCrv.setCharact

CURVE

Enum

Operating curve type

Selection of time delay curve type

5=ANSI Def. Time; 15=IEC Def. Time; 17=Inv. Curve A; 18=Inv. Curve B; 19=Inv. Curve C; 20=Programmable

Settings\Settings\Voltage protection\PHPTOV1

PHPTOV1

3U>(1)

59(1)

SET

LD0.PHPTOV1.TmVCrv.setParA

CURVE

FLOAT32

1.000

Curve parameter A

Parameter A for customer programmable curve

0.005...200.000

Settings\Settings\Voltage protection\PHPTOV1

PHPTOV1

3U>(1)

59(1)

SET

LD0.PHPTOV1.TmVCrv.setParB

CURVE

FLOAT32

1.00

Curve parameter B

Parameter B for customer programmable curve

0.50...100.00

Settings\Settings\Voltage protection\PHPTOV1

PHPTOV1

3U>(1)

59(1)

SET

LD0.PHPTOV1.TmVCrv.setParC

CURVE

FLOAT32

0.0

Curve parameter C

Parameter C for customer programmable curve

0.0...1.0

Settings\Settings\Voltage protection\PHPTOV1

PHPTOV1

3U>(1)

59(1)

SET

LD0.PHPTOV1.TmVCrv.setParD

CURVE

FLOAT32

0.000

Curve parameter D

Parameter D for customer programmable curve

0.000...60.000

Settings\Settings\Voltage protection\PHPTOV1

PHPTOV1

3U>(1)

59(1)

SET

LD0.PHPTOV1.TmVCrv.setParE

CURVE

FLOAT32

1.000

Curve parameter E

Parameter E for customer programmable curve

0.000...3.000

Settings\Settings\Voltage protection\PHPTOV1

PHPTOV1

3U>(1)

59(1)

SET

LD0.PHPTOV1.MinOpTmms.setVal

ING

INT32

Minimum operate time

Minimum operate time for IDMT curves

40...60000 ms

Settings\Settings\Voltage protection\PHPTOV1

PHPTOV1

3U>(1)

59(1)

SET

LD0.PHPTOV1.OpDlTmms.setVal

ING

INT32

Operate delay time

40...300000 ms

Settings\Settings\Voltage protection\PHPTOV1

PHPTOV1

3U>(1)

59(1)

SET

LD0.PHPTOV1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Voltage protection\PHPTOV1

PHPTOV1

3U>(1)

59(1)

SET

LD0.PHPTOV1.CrvSatRl.setMag.f

ASG

FLOAT32

2.0

Curve Sat Relative

Tuning parameter to avoid curve discontinuities

0.0...3.0

Settings\Settings\Voltage protection\PHPTOV1

PHPTOV1

3U>(1)

59(1)

SET

LD0.PHPTOV1.VSel.setVal

ING

Enum

Voltage selection

Parameter to select phase or phase-to-phase voltages

1=phase-to-earth; 2=phase-to-phase

Settings\Settings\Voltage protection\PHPTOV1

PHPTOV1

3U>(1)

59(1)

SET

LD0.PHPTOV1.HysRl.setMag.f

ASG

FLOAT32

4.0

Relative hysteresis

Relative hysteresis for operation

1.0...5.0 %

Settings\Settings\Voltage protection\PHPTOV1

PHPTOV1

3U>(1)

59(1)

TES

LD0.PHPTOV1.TstOutCmd.Oper.ctlVal

INC

Enum

PHPTOV1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Voltage protection

PHPTOV1

3U>(1)

59(1)

VER

LD0.PHPTOV1.NamPlt.swRev

LPL

VisString255 (20)

PHPTOV2: Three phase overvoltage protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

PHPTOV2

3U>(2)

59(2)

INP

LD0.PHPTOV2.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Voltage protection\PHPTOV2\Inputs

PHPTOV2

3U>(2)

59(2)

OUT

LD0.PHPTOV2.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Voltage protection\PHPTOV2\Outputs

PHPTOV2

3U>(2)

59(2)

OUT

LD0.PHPTOV2.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Voltage protection\PHPTOV2\Outputs

PHPTOV2

3U>(2)

59(2)

MON

LD0.PHPTOV2.Beh.stVal

INS

Enum

PHPTOV2

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

PHPTOV2

3U>(2)

59(2)

MON

LD0.PHPTOV2.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Voltage protection\PHPTOV2\Monitored data

PHPTOV2

3U>(2)

59(2)

SET

LD0.PHPTOV2.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Voltage protection\PHPTOV2

PHPTOV2

3U>(2)

59(2)

SET

LD0.PHPTOV2.NumPh.setVal

ING

Enum

Num of start phases

Number of phases required for operate activation

1=1 out of 3; 2=2 out of 3; 3=3 out of 3

Settings\Settings\Voltage protection\PHPTOV2

PHPTOV2

3U>(2)

59(2)

SET

LD0.PHPTOV2.StrVal.setMag.f

ASG

FLOAT32

1.10

Start value

0.05...1.60 xUn

Settings\Settings\Voltage protection\PHPTOV2

UL1TVTR1

PHPTOV2

3U>(2)

59(2)

SET

LD0.PHPTOV2.TmMult.setMag.f

ASG

FLOAT32

1.0

Time multiplier

Time multiplier in IEC/ANSI IDMT curves

0.05...15.0

Settings\Settings\Voltage protection\PHPTOV2

PHPTOV2

3U>(2)

59(2)

SET

LD0.PHPTOV2.TypRsCrv.setVal

ING

Enum

Type of reset curve

Selection of reset curve type

1=Immediate; 2=Def time reset; -1=DT Lin decr rst

Settings\Settings\Voltage protection\PHPTOV2

PHPTOV2

3U>(2)

59(2)

SET

LD0.PHPTOV2.TmVCrv.setCharact

CURVE

Enum

Operating curve type

Selection of time delay curve type

5=ANSI Def. Time; 15=IEC Def. Time; 17=Inv. Curve A; 18=Inv. Curve B; 19=Inv. Curve C; 20=Programmable

Settings\Settings\Voltage protection\PHPTOV2

PHPTOV2

3U>(2)

59(2)

SET

LD0.PHPTOV2.TmVCrv.setParA

CURVE

FLOAT32

1.000

Curve parameter A

Parameter A for customer programmable curve

0.005...200.000

Settings\Settings\Voltage protection\PHPTOV2

PHPTOV2

3U>(2)

59(2)

SET

LD0.PHPTOV2.TmVCrv.setParB

CURVE

FLOAT32

1.00

Curve parameter B

Parameter B for customer programmable curve

0.50...100.00

Settings\Settings\Voltage protection\PHPTOV2

PHPTOV2

3U>(2)

59(2)

SET

LD0.PHPTOV2.TmVCrv.setParC

CURVE

FLOAT32

0.0

Curve parameter C

Parameter C for customer programmable curve

0.0...1.0

Settings\Settings\Voltage protection\PHPTOV2

PHPTOV2

3U>(2)

59(2)

SET

LD0.PHPTOV2.TmVCrv.setParD

CURVE

FLOAT32

0.000

Curve parameter D

Parameter D for customer programmable curve

0.000...60.000

Settings\Settings\Voltage protection\PHPTOV2

PHPTOV2

3U>(2)

59(2)

SET

LD0.PHPTOV2.TmVCrv.setParE

CURVE

FLOAT32

1.000

Curve parameter E

Parameter E for customer programmable curve

0.000...3.000

Settings\Settings\Voltage protection\PHPTOV2

PHPTOV2

3U>(2)

59(2)

SET

LD0.PHPTOV2.MinOpTmms.setVal

ING

INT32

Minimum operate time

Minimum operate time for IDMT curves

40...60000 ms

Settings\Settings\Voltage protection\PHPTOV2

PHPTOV2

3U>(2)

59(2)

SET

LD0.PHPTOV2.OpDlTmms.setVal

ING

INT32

Operate delay time

40...300000 ms

Settings\Settings\Voltage protection\PHPTOV2

PHPTOV2

3U>(2)

59(2)

SET

LD0.PHPTOV2.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Voltage protection\PHPTOV2

PHPTOV2

3U>(2)

59(2)

SET

LD0.PHPTOV2.CrvSatRl.setMag.f

ASG

FLOAT32

2.0

Curve Sat Relative

Tuning parameter to avoid curve discontinuities

0.0...3.0

Settings\Settings\Voltage protection\PHPTOV2

PHPTOV2

3U>(2)

59(2)

SET

LD0.PHPTOV2.VSel.setVal

ING

Enum

Voltage selection

Parameter to select phase or phase-to-phase voltages

1=phase-to-earth; 2=phase-to-phase

Settings\Settings\Voltage protection\PHPTOV2

PHPTOV2

3U>(2)

59(2)

SET

LD0.PHPTOV2.HysRl.setMag.f

ASG

FLOAT32

4.0

Relative hysteresis

Relative hysteresis for operation

1.0...5.0 %

Settings\Settings\Voltage protection\PHPTOV2

PHPTOV2

3U>(2)

59(2)

TES

LD0.PHPTOV2.TstOutCmd.Oper.ctlVal

INC

Enum

PHPTOV2

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Voltage protection

PHPTOV2

3U>(2)

59(2)

VER

LD0.PHPTOV2.NamPlt.swRev

LPL

VisString255 (20)

PHPTOV3: Three phase overvoltage protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

PHPTOV3

3U>(3)

59(3)

INP

LD0.PHPTOV3.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Voltage protection\PHPTOV3\Inputs

PHPTOV3

3U>(3)

59(3)

OUT

LD0.PHPTOV3.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Voltage protection\PHPTOV3\Outputs

PHPTOV3

3U>(3)

59(3)

OUT

LD0.PHPTOV3.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Voltage protection\PHPTOV3\Outputs

PHPTOV3

3U>(3)

59(3)

MON

LD0.PHPTOV3.Beh.stVal

INS

Enum

PHPTOV3

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

PHPTOV3

3U>(3)

59(3)

MON

LD0.PHPTOV3.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Voltage protection\PHPTOV3\Monitored data

PHPTOV3

3U>(3)

59(3)

SET

LD0.PHPTOV3.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Voltage protection\PHPTOV3

PHPTOV3

3U>(3)

59(3)

SET

LD0.PHPTOV3.NumPh.setVal

ING

Enum

Num of start phases

Number of phases required for operate activation

1=1 out of 3; 2=2 out of 3; 3=3 out of 3

Settings\Settings\Voltage protection\PHPTOV3

PHPTOV3

3U>(3)

59(3)

SET

LD0.PHPTOV3.StrVal.setMag.f

ASG

FLOAT32

1.10

Start value

0.05...1.60 xUn

Settings\Settings\Voltage protection\PHPTOV3

UL1TVTR1

PHPTOV3

3U>(3)

59(3)

SET

LD0.PHPTOV3.TmMult.setMag.f

ASG

FLOAT32

1.0

Time multiplier

Time multiplier in IEC/ANSI IDMT curves

0.05...15.0

Settings\Settings\Voltage protection\PHPTOV3

PHPTOV3

3U>(3)

59(3)

SET

LD0.PHPTOV3.TypRsCrv.setVal

ING

Enum

Type of reset curve

Selection of reset curve type

1=Immediate; 2=Def time reset; -1=DT Lin decr rst

Settings\Settings\Voltage protection\PHPTOV3

PHPTOV3

3U>(3)

59(3)

SET

LD0.PHPTOV3.TmVCrv.setCharact

CURVE

Enum

Operating curve type

Selection of time delay curve type

5=ANSI Def. Time; 15=IEC Def. Time; 17=Inv. Curve A; 18=Inv. Curve B; 19=Inv. Curve C; 20=Programmable

Settings\Settings\Voltage protection\PHPTOV3

PHPTOV3

3U>(3)

59(3)

SET

LD0.PHPTOV3.TmVCrv.setParA

CURVE

FLOAT32

1.000

Curve parameter A

Parameter A for customer programmable curve

0.005...200.000

Settings\Settings\Voltage protection\PHPTOV3

PHPTOV3

3U>(3)

59(3)

SET

LD0.PHPTOV3.TmVCrv.setParB

CURVE

FLOAT32

1.00

Curve parameter B

Parameter B for customer programmable curve

0.50...100.00

Settings\Settings\Voltage protection\PHPTOV3

PHPTOV3

3U>(3)

59(3)

SET

LD0.PHPTOV3.TmVCrv.setParC

CURVE

FLOAT32

0.0

Curve parameter C

Parameter C for customer programmable curve

0.0...1.0

Settings\Settings\Voltage protection\PHPTOV3

PHPTOV3

3U>(3)

59(3)

SET

LD0.PHPTOV3.TmVCrv.setParD

CURVE

FLOAT32

0.000

Curve parameter D

Parameter D for customer programmable curve

0.000...60.000

Settings\Settings\Voltage protection\PHPTOV3

PHPTOV3

3U>(3)

59(3)

SET

LD0.PHPTOV3.TmVCrv.setParE

CURVE

FLOAT32

1.000

Curve parameter E

Parameter E for customer programmable curve

0.000...3.000

Settings\Settings\Voltage protection\PHPTOV3

PHPTOV3

3U>(3)

59(3)

SET

LD0.PHPTOV3.MinOpTmms.setVal

ING

INT32

Minimum operate time

Minimum operate time for IDMT curves

40...60000 ms

Settings\Settings\Voltage protection\PHPTOV3

PHPTOV3

3U>(3)

59(3)

SET

LD0.PHPTOV3.OpDlTmms.setVal

ING

INT32

Operate delay time

40...300000 ms

Settings\Settings\Voltage protection\PHPTOV3

PHPTOV3

3U>(3)

59(3)

SET

LD0.PHPTOV3.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Voltage protection\PHPTOV3

PHPTOV3

3U>(3)

59(3)

SET

LD0.PHPTOV3.CrvSatRl.setMag.f

ASG

FLOAT32

2.0

Curve Sat Relative

Tuning parameter to avoid curve discontinuities

0.0...3.0

Settings\Settings\Voltage protection\PHPTOV3

PHPTOV3

3U>(3)

59(3)

SET

LD0.PHPTOV3.VSel.setVal

ING

Enum

Voltage selection

Parameter to select phase or phase-to-phase voltages

1=phase-to-earth; 2=phase-to-phase

Settings\Settings\Voltage protection\PHPTOV3

PHPTOV3

3U>(3)

59(3)

SET

LD0.PHPTOV3.HysRl.setMag.f

ASG

FLOAT32

4.0

Relative hysteresis

Relative hysteresis for operation

1.0...5.0 %

Settings\Settings\Voltage protection\PHPTOV3

PHPTOV3

3U>(3)

59(3)

TES

LD0.PHPTOV3.TstOutCmd.Oper.ctlVal

INC

Enum

PHPTOV3

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Voltage protection

PHPTOV3

3U>(3)

59(3)

VER

LD0.PHPTOV3.NamPlt.swRev

LPL

VisString255 (20)

VSMSQI1: Sequence voltage measurement

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

VSMSQI1

U1,U2,U0

MON

LD0.VSMSQI1.SeqV.c1.instCVal.mag.f

SEQ

FLOAT32

MeasFlt

U1_INST

Positive sequence voltage amplitude, instantaneous value

0.00...4.00 xUn

Monitoring\I/O status\Measurements\VSMSQI1\Monitored data

VSMSQI1

U1,U2,U0

MON

LD0.VSMSQI1.SeqV.c1.cVal.mag.f

SEQ

FLOAT32

MeasFlt

U1_DB

Positive sequence voltage amplitude, reported value

0.00...4.00 xUn

Monitoring\I/O status\Measurements\VSMSQI1\Monitored data

VSMSQI1

U1,U2,U0

MON

LD0.VSMSQI1.SeqV.c1.range

SEQ

Enum

MeasFlt

U1_RANGE

Positive sequence voltage amplitude range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Measurements\VSMSQI1\Monitored data

VSMSQI1

U1,U2,U0

MON

LD0.VSMSQI1.SeqV.c2.instCVal.mag.f

SEQ

FLOAT32

MeasFlt

U2_INST

Negative sequence voltage amplitude, instantaneous value

0.00...4.00 xUn

Monitoring\I/O status\Measurements\VSMSQI1\Monitored data

VSMSQI1

U1,U2,U0

MON

LD0.VSMSQI1.SeqV.c2.cVal.mag.f

SEQ

FLOAT32

MeasFlt

U2_DB

Negative sequence voltage amplitude, reported value

0.00...4.00 xUn

Monitoring\I/O status\Measurements\VSMSQI1\Monitored data

VSMSQI1

U1,U2,U0

MON

LD0.VSMSQI1.SeqV.c2.range

SEQ

Enum

MeasFlt

U2_RANGE

Negative sequence voltage amplitude range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Measurements\VSMSQI1\Monitored data

VSMSQI1

U1,U2,U0

MON

LD0.VSMSQI1.SeqV.c3.instCVal.mag.f

SEQ

FLOAT32

MeasFlt

U0_INST

Zero sequence voltage amplitude, instantaneous value

0.00...4.00 xUn

Monitoring\I/O status\Measurements\VSMSQI1\Monitored data

VSMSQI1

U1,U2,U0

MON

LD0.VSMSQI1.SeqV.c3.cVal.mag.f

SEQ

FLOAT32

MeasFlt

U0_DB

Zero sequence voltage amplitude, reported value

0.00...4.00 xUn

Monitoring\I/O status\Measurements\VSMSQI1\Monitored data

VSMSQI1

U1,U2,U0

MON

LD0.VSMSQI1.SeqV.c3.range

SEQ

Enum

MeasFlt

U0_RANGE

Zero sequence voltage amplitude range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Measurements\VSMSQI1\Monitored data

VSMSQI1

U1,U2,U0

CFG

LD0.VSMSQI1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Configuration\Measurements\VSMSQI1

VSMSQI1

U1,U2,U0

CFG

LD0.VSMSQI1.SeqV.c1.db

SEQ

INT32U

10000

Ps Seq V deadband

Deadband configuration value for positive sequence voltage for integral calculation. (percentage of difference between min and max as 0,001 % s)

100...100000

Configuration\Measurements\VSMSQI1

VSMSQI1

U1,U2,U0

CFG

LD0.VSMSQI1.SeqV.c1.rangeC.hhLim.f

SEQ

FLOAT32

1.40

Ps Seq V Hi high Lim

High alarm voltage limit for positive sequence voltage

0.00...4.00 xUn

Configuration\Measurements\VSMSQI1

VSMSQI1

U1,U2,U0

CFG

LD0.VSMSQI1.SeqV.c1.rangeC.hLim.f

SEQ

FLOAT32

1.20

Ps Seq V high limit

High warning voltage limit for positive sequence voltage

0.00...4.00 xUn

Configuration\Measurements\VSMSQI1

VSMSQI1

U1,U2,U0

CFG

LD0.VSMSQI1.SeqV.c1.rangeC.lLim.f

SEQ

FLOAT32

0.00

Ps Seq V low limit

Low warning voltage limit for positive sequence voltage

0.00...4.00 xUn

Configuration\Measurements\VSMSQI1

VSMSQI1

U1,U2,U0

CFG

LD0.VSMSQI1.SeqV.c1.rangeC.llLim.f

SEQ

FLOAT32

0.00

Ps Seq V low low Lim

Low alarm voltage limit for positive sequence voltage

0.00...4.00 xUn

Configuration\Measurements\VSMSQI1

VSMSQI1

U1,U2,U0

CFG

LD0.VSMSQI1.SeqV.c2.db

SEQ

INT32U

10000

Ng Seq V deadband

Deadband configuration value for negative sequence voltage for integral calculation. (percentage of difference between min and max as 0,001 % s)

100...100000

Configuration\Measurements\VSMSQI1

VSMSQI1

U1,U2,U0

CFG

LD0.VSMSQI1.SeqV.c2.rangeC.hhLim.f

SEQ

FLOAT32

0.20

Ng Seq V Hi high Lim

High alarm voltage limit for negative sequence voltage

0.00...4.00 xUn

Configuration\Measurements\VSMSQI1

VSMSQI1

U1,U2,U0

CFG

LD0.VSMSQI1.SeqV.c2.rangeC.hLim.f

SEQ

FLOAT32

0.05

Ng Seq V High limit

High warning voltage limit for negative sequence voltage

0.00...4.00 xUn

Configuration\Measurements\VSMSQI1

VSMSQI1

U1,U2,U0

CFG

LD0.VSMSQI1.SeqV.c2.rangeC.lLim.f

SEQ

FLOAT32

0.00

Ng Seq V low limit

Low warning voltage limit for negative sequence voltage

0.00...4.00 xUn

Configuration\Measurements\VSMSQI1

VSMSQI1

U1,U2,U0

CFG

LD0.VSMSQI1.SeqV.c2.rangeC.llLim.f

SEQ

FLOAT32

0.00

Ng Seq V low low Lim

Low alarm voltage limit for negative sequence voltage

0.00...4.00 xUn

Configuration\Measurements\VSMSQI1

VSMSQI1

U1,U2,U0

CFG

LD0.VSMSQI1.SeqV.c3.db

SEQ

INT32U

10000

Zro V deadband

Deadband configuration value for zero sequence voltage for integral calculation. (percentage of difference between min and max as 0,001 % s)

100...100000

Configuration\Measurements\VSMSQI1

VSMSQI1

U1,U2,U0

CFG

LD0.VSMSQI1.SeqV.c3.rangeC.hhLim.f

SEQ

FLOAT32

0.20

Zro V Hi high Lim

High alarm voltage limit for zero sequence voltage

0.00...4.00 xUn

Configuration\Measurements\VSMSQI1

VSMSQI1

U1,U2,U0

CFG

LD0.VSMSQI1.SeqV.c3.rangeC.hLim.f

SEQ

FLOAT32

0.05

Zro V High limit

High warning voltage limit for zero sequence voltage

0.00...4.00 xUn

Configuration\Measurements\VSMSQI1

VSMSQI1

U1,U2,U0

CFG

LD0.VSMSQI1.SeqV.c3.rangeC.lLim.f

SEQ

FLOAT32

0.00

Zro V low limit

Low warning voltage limit for zero sequence voltage

0.00...4.00 xUn

Configuration\Measurements\VSMSQI1

VSMSQI1

U1,U2,U0

CFG

LD0.VSMSQI1.SeqV.c3.rangeC.llLim.f

SEQ

FLOAT32

0.00

Zro V low low Lim

Low alarm voltage limit for zero sequence voltage

0.00...4.00 xUn

Configuration\Measurements\VSMSQI1

VSMSQI1

U1,U2,U0

VER

LD0.VSMSQI1.NamPlt.swRev

LPL

VisString255 (20)

VMMXU1: Three-phase voltage measurement

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

VMMXU1

INP

LD0.VMMXU1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for all binary outputs

Monitoring\I/O status\Measurements\VMMXU1\Inputs

VMMXU1

OUT

LD0.VMMXU1.HiAlm.stVal

SPS

BOOLEAN

StatUrg

HIGH_ALARM

High alarm

Monitoring\I/O status\Measurements\VMMXU1\Outputs

VMMXU1

OUT

LD0.VMMXU1.HiWrn.stVal

SPS

BOOLEAN

StatUrg

HIGH_WARN

High warning

Monitoring\I/O status\Measurements\VMMXU1\Outputs

VMMXU1

OUT

LD0.VMMXU1.LoWrn.stVal

SPS

BOOLEAN

StatUrg

LOW_WARN

Low warning

Monitoring\I/O status\Measurements\VMMXU1\Outputs

VMMXU1

OUT

LD0.VMMXU1.LoAlm.stVal

SPS

BOOLEAN

StatUrg

LOW_ALARM

Low alarm

Monitoring\I/O status\Measurements\VMMXU1\Outputs

VMMXU1

MON

LD0.VMMXU1.PhV.phsA.cVal.mag.f

WYE

FLOAT32

MeasFlt

U_INST_A

UL1 Amplitude, magnitude of instantaneous value

0.00...5.00 xUn

Monitoring\I/O status\Measurements\VMMXU1\Monitored data

VMMXU1

MON

LD0.VMMXU1.PhV.phsB.cVal.mag.f

WYE

FLOAT32

MeasFlt

U_INST_B

UL2 Amplitude, magnitude of instantaneous value

0.00...5.00 xUn

Monitoring\I/O status\Measurements\VMMXU1\Monitored data

VMMXU1

MON

LD0.VMMXU1.PhV.phsC.cVal.mag.f

WYE

FLOAT32

MeasFlt

U_INST_C

UL3 Amplitude, magnitude of instantaneous value

0.00...5.00 xUn

Monitoring\I/O status\Measurements\VMMXU1\Monitored data

VMMXU1

MON

LD0.VMMXU1.PPV.phsAB.instCVal.mag.f

DEL

FLOAT32

MeasFlt

U_INST_AB

U12 Amplitude, magnitude of instantaneous value

0.00...4.00 xUn

Monitoring\I/O status\Measurements\VMMXU1\Monitored data

VMMXU1

MON

LD0.VMMXU1.PPV.phsAB.cVal.mag.f

DEL

FLOAT32

MeasFlt

U_DB_AB

U12 Amplitude, magnitude of reported value

0.00...4.00 xUn

Monitoring\I/O status\Measurements\VMMXU1\Monitored data

VMMXU1

MON

LD0.VMMXU1.PPV.phsAB.range

DEL

Enum

MeasFlt

U_RANGE_AB

U12 Amplitude range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Measurements\VMMXU1\Monitored data

VMMXU1

MON

LD0.VMMXU1.PPV.phsBC.instCVal.mag.f

DEL

FLOAT32

MeasFlt

U_INST_BC

U23 Amplitude, magnitude of instantaneous value

0.00...4.00 xUn

Monitoring\I/O status\Measurements\VMMXU1\Monitored data

VMMXU1

MON

LD0.VMMXU1.PPV.phsBC.cVal.mag.f

DEL

FLOAT32

MeasFlt

U_DB_BC

U23 Amplitude, magnitude of reported value

0.00...4.00 xUn

Monitoring\I/O status\Measurements\VMMXU1\Monitored data

VMMXU1

MON

LD0.VMMXU1.PPV.phsBC.range

DEL

Enum

MeasFlt

U_RANGE_BC

U23 Amplitude range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Measurements\VMMXU1\Monitored data

VMMXU1

MON

LD0.VMMXU1.PPV.phsCA.instCVal.mag.f

DEL

FLOAT32

MeasFlt

U_INST_CA

U31 Amplitude, magnitude of instantaneous value

0.00...4.00 xUn

Monitoring\I/O status\Measurements\VMMXU1\Monitored data

VMMXU1

MON

LD0.VMMXU1.PPV.phsCA.cVal.mag.f

DEL

FLOAT32

MeasFlt

U_DB_CA

U31 Amplitude, magnitude of reported value

0.00...4.00 xUn

Monitoring\I/O status\Measurements\VMMXU1\Monitored data

VMMXU1

MON

LD0.VMMXU1.PPV.phsCA.range

DEL

Enum

MeasFlt

U_RANGE_CA

U31 Amplitude range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Measurements\VMMXU1\Monitored data

VMMXU1

CFG

LD0.VMMXU1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Configuration\Measurements\VMMXU1

VMMXU1

CFG

LD0.VMMXU1.PPV.phsAB.db

DEL

INT32U

10000

V deadband

Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s)

100...100000

Configuration\Measurements\VMMXU1

VMMXU1

CFG

LD0.VMMXU1.PPV.phsAB.rangeC.hhLim.f

DEL

FLOAT32

1.40

V high high limit

High alarm voltage limit

0.00...4.00 xUn

Configuration\Measurements\VMMXU1

VMMXU1

CFG

LD0.VMMXU1.PPV.phsAB.rangeC.hLim.f

DEL

FLOAT32

1.20

V high limit

High warning voltage limit

0.00...4.00 xUn

Configuration\Measurements\VMMXU1

VMMXU1

CFG

LD0.VMMXU1.PPV.phsAB.rangeC.lLim.f

DEL

FLOAT32

0.00

V low limit

Low warning voltage limit

0.00...4.00 xUn

Configuration\Measurements\VMMXU1

VMMXU1

CFG

LD0.VMMXU1.PPV.phsAB.rangeC.llLim.f

DEL

FLOAT32

0.00

V low low limit

Low alarm voltage limit

0.00...4.00 xUn

Configuration\Measurements\VMMXU1

VMMXU1

CFG

LD0.VMMXU1.VMeasMod.setVal

ING

Enum

Measurement mode

Selects used measurement mode

1=RMS; 2=DFT

Configuration\Measurements\VMMXU1

VMMXU1

CFG

LD0.VMMXU1.NumPh.setVal

ING

Enum

Num of phases

Number of phases required by limit supervision

1=1 out of 3; 2=2 out of 3; 3=3 out of 3

Configuration\Measurements\VMMXU1

VMMXU1

VER

LD0.VMMXU1.NamPlt.swRev

LPL

VisString255 (20)

T1PTTR1: Thermal overload protection, one time constant

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

T1PTTR1

3Ith>F

49F

INP

LD0.T1PTTR1.Mod.blockIn

INC

BOOLEAN

BLK_OPR

Block signal for operate outputs

Monitoring\I/O status\Current protection\T1PTTR1\Inputs

T1PTTR1

3Ith>F

49F

INP

LD0.T1PTTR1.InEnaMult.stVal

SPS

BOOLEAN

ENA_MULT

Enable Current multiplier

Monitoring\I/O status\Current protection\T1PTTR1\Inputs

T1PTTR1

3Ith>F

49F

INP

LD0.T1PTTR1.TmpUsed.mag.f

FLOAT32

TEMP_AMB

The ambient temperature used in the calculation

-99...999 °C

Monitoring\I/O status\Current protection\T1PTTR1\Monitored data

T1PTTR1

3Ith>F

49F

OUT

LD0.T1PTTR1.AlmThm.general

ACT

BOOLEAN

StatUrg

ALARM

Thermal Alarm

Monitoring\I/O status\Current protection\T1PTTR1\Outputs

T1PTTR1

3Ith>F

49F

OUT

LD0.T1PTTR1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\T1PTTR1\Outputs

T1PTTR1

3Ith>F

49F

OUT

LD0.T1PTTR1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Current protection\T1PTTR1\Outputs

T1PTTR1

3Ith>F

49F

OUT

LD0.T1PTTR1.InhRec.stVal

SPS

BOOLEAN

BLK_CLOSE

Thermal overload indicator. To inhibite reclose.

Monitoring\I/O status\Current protection\T1PTTR1\Outputs

T1PTTR1

3Ith>F

49F

CTR

LD0.T1PTTR1.RsTmp.Oper.ctlVal

SPC

BOOLEAN

T1PTTR1 temperature

Reset T1PTTR1 tempetature

0=Cancel; 1=Clear

Clear\Clear

T1PTTR1

3Ith>F

49F

MON

LD0.T1PTTR1.Beh.stVal

INS

Enum

T1PTTR1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

T1PTTR1

3Ith>F

49F

MON

LD0.T1PTTR1.Tmp.mag.f

FLOAT32

MeasFlt

TEMP

The calculated temperature of the protected object

-100.0...9999.9 °C

Monitoring\I/O status\Current protection\T1PTTR1\Monitored data

T1PTTR1

3Ith>F

49F

MON

LD0.T1PTTR1.TmpRl.mag.f

FLOAT32

MeasFlt

TEMP_RL

The calculated temperature of the protected object relative to the operate level

0.00...99.99

Monitoring\I/O status\Current protection\T1PTTR1\Monitored data

T1PTTR1

3Ith>F

49F

MON

LD0.T1PTTR1.TmsOp.stVal

INS

INT32

T_OPERATE

Estimated time to operate

0...60000 s

Monitoring\I/O status\Current protection\T1PTTR1\Monitored data

T1PTTR1

3Ith>F

49F

MON

LD0.T1PTTR1.TmsRecEna.stVal

INS

INT32

T_ENA_CLOSE

Estimated time to deactivate BLK_CLOSE

0...60000 s

Monitoring\I/O status\Current protection\T1PTTR1\Monitored data

T1PTTR1

3Ith>F

49F

SET

LD0.T1PTTR1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\T1PTTR1

T1PTTR1

3Ith>F

49F

SET

LD0.T1PTTR1.TmpMax.setMag.f

ASG

FLOAT32

90.0

Maximum temperature

Temperature level for operate

20.0...200.0 °C

Settings\Settings\Current protection\T1PTTR1

T1PTTR1

3Ith>F

49F

SET

LD0.T1PTTR1.AlmVal.setMag.f

ASG

FLOAT32

80.0

Alarm value

Temperature level for start (alarm)

20.0...150.0 °C

Settings\Settings\Current protection\T1PTTR1

T1PTTR1

3Ith>F

49F

SET

LD0.T1PTTR1.ConsTms.setVal

ING

INT32

2700

Time constant

Time constant of the line in seconds.

60...60000 s

Settings\Settings\Current protection\T1PTTR1

T1PTTR1

3Ith>F

49F

SET

LD0.T1PTTR1.AMult.setVal

ING

INT32

Current multiplier

Current multiplier when function is used for parallel lines

1...5

Settings\Settings\Current protection\T1PTTR1

T1PTTR1

3Ith>F

49F

SET

LD0.T1PTTR1.ARef.setMag.f

ASG

FLOAT32

1.00

Current reference

The load current leading to Temperature raise temperature

0.05...4.00 xIn

Settings\Settings\Current protection\T1PTTR1

IL1TCTR1

T1PTTR1

3Ith>F

49F

SET

LD0.T1PTTR1.EnvTmpSet.setMag.f

ASG

FLOAT32

Env temperature Set

Ambient temperature used when no external temperature measurement available

-50...100 °C

Settings\Settings\Current protection\T1PTTR1

T1PTTR1

3Ith>F

49F

SET

LD0.T1PTTR1.IniTmp.setMag.f

ASG

FLOAT32

0.0

Initial temperature

Temperature raise above ambient temperature at startup

-50.0...100.0 °C

Settings\Settings\Current protection\T1PTTR1

T1PTTR1

3Ith>F

49F

SET

LD0.T1PTTR1.RecTmpSet.setMag.f

ASG

FLOAT32

70.0

Reclose temperature

Temperature for reset of block reclose after operate

20.0...150.0 °C

Settings\Settings\Current protection\T1PTTR1

T1PTTR1

3Ith>F

49F

SET

LD0.T1PTTR1.TmpR.setMag.f

ASG

FLOAT32

75.0

Temperature rise

End temperature rise above ambient

0.0...200.0 °C

Settings\Settings\Current protection\T1PTTR1

T1PTTR1

3Ith>F

49F

TES

LD0.T1PTTR1.TstOutCmd.Oper.ctlVal

INC

Enum

T1PTTR1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; 17=Activate ALARM; 18=Deactive ALARM; 21=Activate BLK_CLOSE; 22=Deactive BLK_CLOSE

Tests\Function tests\Current protection

T1PTTR1

3Ith>F

49F

VER

LD0.T1PTTR1.NamPlt.swRev

LPL

VisString255 (20)

EFHPTOC1: Non-directional earth-fault protection, high stage

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

EFHPTOC1

Io>>(1)

51N-2(1)

INP

LD0.EFHPTOC1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Current protection\EFHPTOC1\Inputs

EFHPTOC1

Io>>(1)

51N-2(1)

INP

LD0.EFHPTOC1.InEnaMult.stVal

SPS

BOOLEAN

ENA_MULT

Enable signal for current multiplier

Monitoring\I/O status\Current protection\EFHPTOC1\Inputs

EFHPTOC1

Io>>(1)

51N-2(1)

OUT

LD0.EFHPTOC1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Current protection\EFHPTOC1\Outputs

EFHPTOC1

Io>>(1)

51N-2(1)

OUT

LD0.EFHPTOC1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\EFHPTOC1\Outputs

EFHPTOC1

Io>>(1)

51N-2(1)

MON

LD0.EFHPTOC1.Beh.stVal

INS

Enum

EFHPTOC1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

EFHPTOC1

Io>>(1)

51N-2(1)

MON

LD0.EFHPTOC1.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\EFHPTOC1\Monitored data

EFHPTOC1

Io>>(1)

51N-2(1)

SET

LD0.EFHPTOC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\EFHPTOC1

EFHPTOC1

Io>>(1)

51N-2(1)

SET

LD0.EFHPTOC1.AMeasMod.setVal

ING

Enum

Measurement mode

Selects used measurement mode

1=RMS; 2=DFT; 3=Peak-to-Peak

Settings\Settings\Current protection\EFHPTOC1

EFHPTOC1

Io>>(1)

51N-2(1)

SET

LD0.EFHPTOC1.StrValMult.setMag.f

ASG

FLOAT32

1.0

Start value Mult

Multiplier for scaling the start value

0.8...10.0

Settings\Settings\Current protection\EFHPTOC1

EFHPTOC1

Io>>(1)

51N-2(1)

SET

LD0.EFHPTOC1.TmMult.setMag.f

ASG

FLOAT32

1.00

Time multiplier

Time multiplier in IEC/ANSI IDMT curves

0.05...15.00

Settings\Settings\Current protection\EFHPTOC1

EFHPTOC1

Io>>(1)

51N-2(1)

SET

LD0.EFHPTOC1.TmACrv.setCharact

CURVE

Enum

Operating curve type

Selection of time delay curve type

1=ANSI Ext. inv.; 3=ANSI Norm. inv.; 5=ANSI Def. Time; 9=IEC Norm. inv.; 10=IEC Very inv.; 12=IEC Ext. inv.; 15=IEC Def. Time; 17=Programmable

Settings\Settings\Current protection\EFHPTOC1

EFHPTOC1

Io>>(1)

51N-2(1)

SET

LD0.EFHPTOC1.TmACrv.setParA

CURVE

FLOAT32

28.2000

Curve parameter A

Parameter A for customer programmable curve

0.0086...120.0000

Settings\Settings\Current protection\EFHPTOC1

EFHPTOC1

Io>>(1)

51N-2(1)

SET

LD0.EFHPTOC1.TmACrv.setParB

CURVE

FLOAT32

0.1217

Curve parameter B

Parameter B for customer programmable curve

0.0000...0.7120

Settings\Settings\Current protection\EFHPTOC1

EFHPTOC1

Io>>(1)

51N-2(1)

SET

LD0.EFHPTOC1.TmACrv.setParC

CURVE

FLOAT32

2.00

Curve parameter C

Parameter C for customer programmable curve

0.02...2.00

Settings\Settings\Current protection\EFHPTOC1

EFHPTOC1

Io>>(1)

51N-2(1)

SET

LD0.EFHPTOC1.TmACrv.setParD

CURVE

FLOAT32

29.10

Curve parameter D

Parameter D for customer programmable curve

0.46...30.00

Settings\Settings\Current protection\EFHPTOC1

EFHPTOC1

Io>>(1)

51N-2(1)

SET

LD0.EFHPTOC1.TmACrv.setParE

CURVE

FLOAT32

1.0

Curve parameter E

Parameter E for customer programmable curve

0.0...1.0

Settings\Settings\Current protection\EFHPTOC1

EFHPTOC1

Io>>(1)

51N-2(1)

SET

LD0.EFHPTOC1.MinOpTmms.setVal

ING

INT32

Minimum operate time

Minimum operate time for IDMT curves

20...60000 ms

Settings\Settings\Current protection\EFHPTOC1

EFHPTOC1

Io>>(1)

51N-2(1)

SET

LD0.EFHPTOC1.OpDlTmms.setVal

ING

INT32

Operate delay time

40...200000 ms

Settings\Settings\Current protection\EFHPTOC1

EFHPTOC1

Io>>(1)

51N-2(1)

SET

LD0.EFHPTOC1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\EFHPTOC1

EFHPTOC1

Io>>(1)

51N-2(1)

SET

LD0.EFHPTOC1.TypRsCrv.setVal

ING

Enum

Type of reset curve

Selection of reset curve type

1=Immediate; 2=Def time reset; 3=Inverse reset

Settings\Settings\Current protection\EFHPTOC1

EFHPTOC1

Io>>(1)

51N-2(1)

SET

LD0.EFHPTOC1.AResSigSel.setVal

ING

Enum

Io signal Sel

Selection for used Io signal

1=Measured Io; 2=Calculated Io

Settings\Settings\Current protection\EFHPTOC1

EFHPTOC1

Io>>(1)

51N-2(1)

TES

LD0.EFHPTOC1.TstOutCmd.Oper.ctlVal

INC

Enum

EFHPTOC1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Current protection

EFHPTOC1

Io>>(1)

51N-2(1)

VER

LD0.EFHPTOC1.NamPlt.swRev

LPL

VisString255 (20)

INTRPTEF1: Intermittent earth fault protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

INTRPTEF1

Io>->IEF

67NIEF

INP

LD0.INTRPTEF1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Current protection\INTRPTEF1\Inputs

INTRPTEF1

Io>->IEF

67NIEF

OUT

LD0.INTRPTEF1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Current protection\INTRPTEF1\Outputs

INTRPTEF1

Io>->IEF

67NIEF

OUT

LD0.INTRPTEF1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\INTRPTEF1\Outputs

INTRPTEF1

Io>->IEF

67NIEF

OUT

LD0.INTRPTEF1.BlkEF.stVal

SPS

BOOLEAN

BLK_EF

Block signal for EF to indicate oposite direction peaks

Monitoring\I/O status\Current protection\INTRPTEF1\Outputs

INTRPTEF1

Io>->IEF

67NIEF

MON

LD0.INTRPTEF1.Beh.stVal

INS

Enum

INTRPTEF1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

INTRPTEF1

Io>->IEF

67NIEF

MON

LD0.INTRPTEF1.Str.dirGeneral

ACD

Enum

StatNrml

FAULT_DIR

Detected fault direction

0=unknown; 1=forward; 2=backward; 3=both

Monitoring\I/O status\Current protection\INTRPTEF1\Monitored data

INTRPTEF1

Io>->IEF

67NIEF

MON

LD0.INTRPTEF1.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\INTRPTEF1\Monitored data

INTRPTEF1

Io>->IEF

67NIEF

SET

LD0.INTRPTEF1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\INTRPTEF1

INTRPTEF1

Io>->IEF

67NIEF

SET

LD0.INTRPTEF1.DirMod.setVal

ING

Enum

Directional mode

Directional mode, Non-directional / Forward / Reverse

1=Non-directional; 2=Forward; 3=Reverse

Settings\Settings\Current protection\INTRPTEF1

INTRPTEF1

Io>->IEF

67NIEF

SET

LD0.INTRPTEF1.OpDlTmms.setVal

ING

INT32

500

Operate delay time

40...1200000 ms

Settings\Settings\Current protection\INTRPTEF1

INTRPTEF1

Io>->IEF

67NIEF

SET

LD0.INTRPTEF1.RsDlTmms.setVal

ING

INT32

500

Reset delay time

0...60000 ms

Settings\Settings\Current protection\INTRPTEF1

INTRPTEF1

Io>->IEF

67NIEF

SET

LD0.INTRPTEF1.PkCntLim.setVal

ING

INT32

Peak counter limit

Min requirement for peak counter before start in IEF mode

2...20

Settings\Settings\Current protection\INTRPTEF1

INTRPTEF1

Io>->IEF

67NIEF

SET

LD0.INTRPTEF1.OpModTEF.setVal

ING

Enum

Operation mode

Operation criteria

1=Intermittent EF; 2=Transient EF

Settings\Settings\Current protection\INTRPTEF1

INTRPTEF1

Io>->IEF

67NIEF

SET

LD0.INTRPTEF1.GndStr.setMag.f

ASG

FLOAT32

0.01

Voltage start value

Voltage start value for transient EF

0.01...0.50 xUn

Settings\Settings\Current protection\INTRPTEF1

RESTVTR1

INTRPTEF1

Io>->IEF

67NIEF

TES

LD0.INTRPTEF1.TstOutCmd.Oper.ctlVal

INC

Enum

INTRPTEF1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; 31=Activate BLK_EF; 32=Deactive BLK_EF

Tests\Function tests\Current protection

INTRPTEF1

Io>->IEF

67NIEF

VER

LD0.INTRPTEF1.NamPlt.swRev

LPL

VisString255 (20)

ROVPTOV1: Residual overvoltage protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

ROVPTOV1

Uo>(1)

59G(1)

INP

LD0.ROVPTOV1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Voltage protection\ROVPTOV1\Inputs

ROVPTOV1

Uo>(1)

59G(1)

OUT

LD0.ROVPTOV1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Voltage protection\ROVPTOV1\Outputs

ROVPTOV1

Uo>(1)

59G(1)

OUT

LD0.ROVPTOV1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Voltage protection\ROVPTOV1\Outputs

ROVPTOV1

Uo>(1)

59G(1)

MON

LD0.ROVPTOV1.Beh.stVal

INS

Enum

ROVPTOV1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

ROVPTOV1

Uo>(1)

59G(1)

MON

LD0.ROVPTOV1.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Voltage protection\ROVPTOV1\Monitored data

ROVPTOV1

Uo>(1)

59G(1)

SET

LD0.ROVPTOV1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Voltage protection\ROVPTOV1

ROVPTOV1

Uo>(1)

59G(1)

SET

LD0.ROVPTOV1.OpDlTmms.setVal

ING

INT32

Operate delay time

40...300000 ms

Settings\Settings\Voltage protection\ROVPTOV1

ROVPTOV1

Uo>(1)

59G(1)

SET

LD0.ROVPTOV1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Voltage protection\ROVPTOV1

ROVPTOV1

Uo>(1)

59G(1)

SET

LD0.ROVPTOV1.VResSigSel.setVal

ING

Enum

Uo signal Sel

Selection for used Uo signal

1=Measured Uo; 2=Calculated Uo

Settings\Settings\Voltage protection\ROVPTOV1

ROVPTOV1

Uo>(1)

59G(1)

TES

LD0.ROVPTOV1.TstOutCmd.Oper.ctlVal

INC

Enum

ROVPTOV1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Voltage protection

ROVPTOV1

Uo>(1)

59G(1)

VER

LD0.ROVPTOV1.NamPlt.swRev

LPL

VisString255 (20)

ROVPTOV2: Residual overvoltage protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

ROVPTOV2

Uo>(2)

59G(2)

INP

LD0.ROVPTOV2.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Voltage protection\ROVPTOV2\Inputs

ROVPTOV2

Uo>(2)

59G(2)

OUT

LD0.ROVPTOV2.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Voltage protection\ROVPTOV2\Outputs

ROVPTOV2

Uo>(2)

59G(2)

OUT

LD0.ROVPTOV2.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Voltage protection\ROVPTOV2\Outputs

ROVPTOV2

Uo>(2)

59G(2)

MON

LD0.ROVPTOV2.Beh.stVal

INS

Enum

ROVPTOV2

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

ROVPTOV2

Uo>(2)

59G(2)

MON

LD0.ROVPTOV2.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Voltage protection\ROVPTOV2\Monitored data

ROVPTOV2

Uo>(2)

59G(2)

SET

LD0.ROVPTOV2.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Voltage protection\ROVPTOV2

ROVPTOV2

Uo>(2)

59G(2)

SET

LD0.ROVPTOV2.OpDlTmms.setVal

ING

INT32

Operate delay time

40...300000 ms

Settings\Settings\Voltage protection\ROVPTOV2

ROVPTOV2

Uo>(2)

59G(2)

SET

LD0.ROVPTOV2.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Voltage protection\ROVPTOV2

ROVPTOV2

Uo>(2)

59G(2)

SET

LD0.ROVPTOV2.VResSigSel.setVal

ING

Enum

Uo signal Sel

Selection for used Uo signal

1=Measured Uo; 2=Calculated Uo

Settings\Settings\Voltage protection\ROVPTOV2

ROVPTOV2

Uo>(2)

59G(2)

TES

LD0.ROVPTOV2.TstOutCmd.Oper.ctlVal

INC

Enum

ROVPTOV2

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Voltage protection

ROVPTOV2

Uo>(2)

59G(2)

VER

LD0.ROVPTOV2.NamPlt.swRev

LPL

VisString255 (20)

ROVPTOV3: Residual overvoltage protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

ROVPTOV3

Uo>(3)

59G(3)

INP

LD0.ROVPTOV3.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Voltage protection\ROVPTOV3\Inputs

ROVPTOV3

Uo>(3)

59G(3)

OUT

LD0.ROVPTOV3.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Voltage protection\ROVPTOV3\Outputs

ROVPTOV3

Uo>(3)

59G(3)

OUT

LD0.ROVPTOV3.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Voltage protection\ROVPTOV3\Outputs

ROVPTOV3

Uo>(3)

59G(3)

MON

LD0.ROVPTOV3.Beh.stVal

INS

Enum

ROVPTOV3

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

ROVPTOV3

Uo>(3)

59G(3)

MON

LD0.ROVPTOV3.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Voltage protection\ROVPTOV3\Monitored data

ROVPTOV3

Uo>(3)

59G(3)

SET

LD0.ROVPTOV3.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Voltage protection\ROVPTOV3

ROVPTOV3

Uo>(3)

59G(3)

SET

LD0.ROVPTOV3.OpDlTmms.setVal

ING

INT32

Operate delay time

40...300000 ms

Settings\Settings\Voltage protection\ROVPTOV3

ROVPTOV3

Uo>(3)

59G(3)

SET

LD0.ROVPTOV3.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Voltage protection\ROVPTOV3

ROVPTOV3

Uo>(3)

59G(3)

SET

LD0.ROVPTOV3.VResSigSel.setVal

ING

Enum

Uo signal Sel

Selection for used Uo signal

1=Measured Uo; 2=Calculated Uo

Settings\Settings\Voltage protection\ROVPTOV3

ROVPTOV3

Uo>(3)

59G(3)

TES

LD0.ROVPTOV3.TstOutCmd.Oper.ctlVal

INC

Enum

ROVPTOV3

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Voltage protection

ROVPTOV3

Uo>(3)

59G(3)

VER

LD0.ROVPTOV3.NamPlt.swRev

LPL

VisString255 (20)

EFLPTOC1: Non-directional earth-fault protection, low stage

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

EFLPTOC1

Io>(1)

51N-1(1)

INP

LD0.EFLPTOC1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Current protection\EFLPTOC1\Inputs

EFLPTOC1

Io>(1)

51N-1(1)

INP

LD0.EFLPTOC1.InEnaMult.stVal

SPS

BOOLEAN

ENA_MULT

Enable signal for current multiplier

Monitoring\I/O status\Current protection\EFLPTOC1\Inputs

EFLPTOC1

Io>(1)

51N-1(1)

OUT

LD0.EFLPTOC1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Current protection\EFLPTOC1\Outputs

EFLPTOC1

Io>(1)

51N-1(1)

OUT

LD0.EFLPTOC1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\EFLPTOC1\Outputs

EFLPTOC1

Io>(1)

51N-1(1)

MON

LD0.EFLPTOC1.Beh.stVal

INS

Enum

EFLPTOC1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

EFLPTOC1

Io>(1)

51N-1(1)

MON

LD0.EFLPTOC1.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\EFLPTOC1\Monitored data

EFLPTOC1

Io>(1)

51N-1(1)

SET

LD0.EFLPTOC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\EFLPTOC1

EFLPTOC1

Io>(1)

51N-1(1)

SET

LD0.EFLPTOC1.AMeasMod.setVal

ING

Enum

Measurement mode

Selects used measurement mode

1=RMS; 2=DFT; 3=Peak-to-Peak

Settings\Settings\Current protection\EFLPTOC1

EFLPTOC1

Io>(1)

51N-1(1)

SET

LD0.EFLPTOC1.StrValMult.setMag.f

ASG

FLOAT32

1.0

Start value Mult

Multiplier for scaling the start value

0.8...10.0

Settings\Settings\Current protection\EFLPTOC1

EFLPTOC1

Io>(1)

51N-1(1)

SET

LD0.EFLPTOC1.TmMult.setMag.f

ASG

FLOAT32

1.00

Time multiplier

Time multiplier in IEC/ANSI IDMT curves

0.05...15.00

Settings\Settings\Current protection\EFLPTOC1

EFLPTOC1

Io>(1)

51N-1(1)

SET

LD0.EFLPTOC1.TmACrv.setCharact

CURVE

Enum

Operating curve type

Selection of time delay curve type

Settings\Settings\Current protection\EFLPTOC1

EFLPTOC1

Io>(1)

51N-1(1)

SET

LD0.EFLPTOC1.TmACrv.setParA

CURVE

FLOAT32

28.2000

Curve parameter A

Parameter A for customer programmable curve

0.0086...120.0000

Settings\Settings\Current protection\EFLPTOC1

EFLPTOC1

Io>(1)

51N-1(1)

SET

LD0.EFLPTOC1.TmACrv.setParB

CURVE

FLOAT32

0.1217

Curve parameter B

Parameter B for customer programmable curve

0.0000...0.7120

Settings\Settings\Current protection\EFLPTOC1

EFLPTOC1

Io>(1)

51N-1(1)

SET

LD0.EFLPTOC1.TmACrv.setParC

CURVE

FLOAT32

2.00

Curve parameter C

Parameter C for customer programmable curve

0.02...2.00

Settings\Settings\Current protection\EFLPTOC1

EFLPTOC1

Io>(1)

51N-1(1)

SET

LD0.EFLPTOC1.TmACrv.setParD

CURVE

FLOAT32

29.10

Curve parameter D

Parameter D for customer programmable curve

0.46...30.00

Settings\Settings\Current protection\EFLPTOC1

EFLPTOC1

Io>(1)

51N-1(1)

SET

LD0.EFLPTOC1.TmACrv.setParE

CURVE

FLOAT32

1.0

Curve parameter E

Parameter E for customer programmable curve

0.0...1.0

Settings\Settings\Current protection\EFLPTOC1

EFLPTOC1

Io>(1)

51N-1(1)

SET

LD0.EFLPTOC1.MinOpTmms.setVal

ING

INT32

Minimum operate time

Minimum operate time for IDMT curves

20...60000 ms

Settings\Settings\Current protection\EFLPTOC1

EFLPTOC1

Io>(1)

51N-1(1)

SET

LD0.EFLPTOC1.OpDlTmms.setVal

ING

INT32

Operate delay time

40...200000 ms

Settings\Settings\Current protection\EFLPTOC1

EFLPTOC1

Io>(1)

51N-1(1)

SET

LD0.EFLPTOC1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\EFLPTOC1

EFLPTOC1

Io>(1)

51N-1(1)

SET

LD0.EFLPTOC1.TypRsCrv.setVal

ING

Enum

Type of reset curve

Selection of reset curve type

1=Immediate; 2=Def time reset; 3=Inverse reset

Settings\Settings\Current protection\EFLPTOC1

EFLPTOC1

Io>(1)

51N-1(1)

SET

LD0.EFLPTOC1.AResSigSel.setVal

ING

Enum

Io signal Sel

Selection for used Io signal

1=Measured Io; 2=Calculated Io

Settings\Settings\Current protection\EFLPTOC1

EFLPTOC1

Io>(1)

51N-1(1)

TES

LD0.EFLPTOC1.TstOutCmd.Oper.ctlVal

INC

Enum

EFLPTOC1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Current protection

EFLPTOC1

Io>(1)

51N-1(1)

VER

LD0.EFLPTOC1.NamPlt.swRev

LPL

VisString255 (20)

EFLPTOC2: Non-directional earth-fault protection, low stage

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

EFLPTOC2

Io>(2)

51N-1(2)

INP

LD0.EFLPTOC2.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Current protection\EFLPTOC2\Inputs

EFLPTOC2

Io>(2)

51N-1(2)

INP

LD0.EFLPTOC2.InEnaMult.stVal

SPS

BOOLEAN

ENA_MULT

Enable signal for current multiplier

Monitoring\I/O status\Current protection\EFLPTOC2\Inputs

EFLPTOC2

Io>(2)

51N-1(2)

OUT

LD0.EFLPTOC2.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Current protection\EFLPTOC2\Outputs

EFLPTOC2

Io>(2)

51N-1(2)

OUT

LD0.EFLPTOC2.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\EFLPTOC2\Outputs

EFLPTOC2

Io>(2)

51N-1(2)

MON

LD0.EFLPTOC2.Beh.stVal

INS

Enum

EFLPTOC2

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

EFLPTOC2

Io>(2)

51N-1(2)

MON

LD0.EFLPTOC2.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\EFLPTOC2\Monitored data

EFLPTOC2

Io>(2)

51N-1(2)

SET

LD0.EFLPTOC2.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\EFLPTOC2

EFLPTOC2

Io>(2)

51N-1(2)

SET

LD0.EFLPTOC2.AMeasMod.setVal

ING

Enum

Measurement mode

Selects used measurement mode

1=RMS; 2=DFT; 3=Peak-to-Peak

Settings\Settings\Current protection\EFLPTOC2

EFLPTOC2

Io>(2)

51N-1(2)

SET

LD0.EFLPTOC2.StrValMult.setMag.f

ASG

FLOAT32

1.0

Start value Mult

Multiplier for scaling the start value

0.8...10.0

Settings\Settings\Current protection\EFLPTOC2

EFLPTOC2

Io>(2)

51N-1(2)

SET

LD0.EFLPTOC2.TmMult.setMag.f

ASG

FLOAT32

1.00

Time multiplier

Time multiplier in IEC/ANSI IDMT curves

0.05...15.00

Settings\Settings\Current protection\EFLPTOC2

EFLPTOC2

Io>(2)

51N-1(2)

SET

LD0.EFLPTOC2.TmACrv.setCharact

CURVE

Enum

Operating curve type

Selection of time delay curve type

Settings\Settings\Current protection\EFLPTOC2

EFLPTOC2

Io>(2)

51N-1(2)

SET

LD0.EFLPTOC2.TmACrv.setParA

CURVE

FLOAT32

28.2000

Curve parameter A

Parameter A for customer programmable curve

0.0086...120.0000

Settings\Settings\Current protection\EFLPTOC2

EFLPTOC2

Io>(2)

51N-1(2)

SET

LD0.EFLPTOC2.TmACrv.setParB

CURVE

FLOAT32

0.1217

Curve parameter B

Parameter B for customer programmable curve

0.0000...0.7120

Settings\Settings\Current protection\EFLPTOC2

EFLPTOC2

Io>(2)

51N-1(2)

SET

LD0.EFLPTOC2.TmACrv.setParC

CURVE

FLOAT32

2.00

Curve parameter C

Parameter C for customer programmable curve

0.02...2.00

Settings\Settings\Current protection\EFLPTOC2

EFLPTOC2

Io>(2)

51N-1(2)

SET

LD0.EFLPTOC2.TmACrv.setParD

CURVE

FLOAT32

29.10

Curve parameter D

Parameter D for customer programmable curve

0.46...30.00

Settings\Settings\Current protection\EFLPTOC2

EFLPTOC2

Io>(2)

51N-1(2)

SET

LD0.EFLPTOC2.TmACrv.setParE

CURVE

FLOAT32

1.0

Curve parameter E

Parameter E for customer programmable curve

0.0...1.0

Settings\Settings\Current protection\EFLPTOC2

EFLPTOC2

Io>(2)

51N-1(2)

SET

LD0.EFLPTOC2.MinOpTmms.setVal

ING

INT32

Minimum operate time

Minimum operate time for IDMT curves

20...60000 ms

Settings\Settings\Current protection\EFLPTOC2

EFLPTOC2

Io>(2)

51N-1(2)

SET

LD0.EFLPTOC2.OpDlTmms.setVal

ING

INT32

Operate delay time

40...200000 ms

Settings\Settings\Current protection\EFLPTOC2

EFLPTOC2

Io>(2)

51N-1(2)

SET

LD0.EFLPTOC2.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\EFLPTOC2

EFLPTOC2

Io>(2)

51N-1(2)

SET

LD0.EFLPTOC2.TypRsCrv.setVal

ING

Enum

Type of reset curve

Selection of reset curve type

1=Immediate; 2=Def time reset; 3=Inverse reset

Settings\Settings\Current protection\EFLPTOC2

EFLPTOC2

Io>(2)

51N-1(2)

SET

LD0.EFLPTOC2.AResSigSel.setVal

ING

Enum

Io signal Sel

Selection for used Io signal

1=Measured Io; 2=Calculated Io

Settings\Settings\Current protection\EFLPTOC2

EFLPTOC2

Io>(2)

51N-1(2)

TES

LD0.EFLPTOC2.TstOutCmd.Oper.ctlVal

INC

Enum

EFLPTOC2

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Current protection

EFLPTOC2

Io>(2)

51N-1(2)

VER

LD0.EFLPTOC2.NamPlt.swRev

LPL

VisString255 (20)

EFIPTOC1: Non-directional earth-fault protection, inst. stage

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

EFIPTOC1

Io>>>

50N/51N

INP

LD0.EFIPTOC1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Current protection\EFIPTOC1\Inputs

EFIPTOC1

Io>>>

50N/51N

INP

LD0.EFIPTOC1.InEnaMult.stVal

SPS

BOOLEAN

ENA_MULT

Enable signal for current multiplier

Monitoring\I/O status\Current protection\EFIPTOC1\Inputs

EFIPTOC1

Io>>>

50N/51N

OUT

LD0.EFIPTOC1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Current protection\EFIPTOC1\Outputs

EFIPTOC1

Io>>>

50N/51N

OUT

LD0.EFIPTOC1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\EFIPTOC1\Outputs

EFIPTOC1

Io>>>

50N/51N

MON

LD0.EFIPTOC1.Beh.stVal

INS

Enum

EFIPTOC1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

EFIPTOC1

Io>>>

50N/51N

MON

LD0.EFIPTOC1.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\EFIPTOC1\Monitored data

EFIPTOC1

Io>>>

50N/51N

SET

LD0.EFIPTOC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\EFIPTOC1

EFIPTOC1

Io>>>

50N/51N

SET

LD0.EFIPTOC1.StrValMult.setMag.f

ASG

FLOAT32

1.0

Start value Mult

Multiplier for scaling the start value

0.8...10.0

Settings\Settings\Current protection\EFIPTOC1

EFIPTOC1

Io>>>

50N/51N

SET

LD0.EFIPTOC1.OpDlTmms.setVal

ING

INT32

Operate delay time

20...200000 ms

Settings\Settings\Current protection\EFIPTOC1

EFIPTOC1

Io>>>

50N/51N

SET

LD0.EFIPTOC1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\EFIPTOC1

EFIPTOC1

Io>>>

50N/51N

SET

LD0.EFIPTOC1.AResSigSel.setVal

ING

Enum

Io signal Sel

Selection for used Io signal

1=Measured Io; 2=Calculated Io

Settings\Settings\Current protection\EFIPTOC1

EFIPTOC1

Io>>>

50N/51N

TES

LD0.EFIPTOC1.TstOutCmd.Oper.ctlVal

INC

Enum

EFIPTOC1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Current protection

EFIPTOC1

Io>>>

50N/51N

VER

LD0.EFIPTOC1.NamPlt.swRev

LPL

VisString255 (20)

SEQRFUF1: Fuse failure supervision

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

SEQRFUF1

FUSEF

INP

LD0.SEQRFUF1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block of function

Monitoring\I/O status\Condition monitoring\SEQRFUF1\Inputs

SEQRFUF1

FUSEF

INP

LD0.SEQRFUF1.InPosCls.stVal

SPS

BOOLEAN

CB_CLOSED

Active when circuit breaker is closed

Monitoring\I/O status\Condition monitoring\SEQRFUF1\Inputs

SEQRFUF1

FUSEF

INP

LD0.SEQRFUF1.InDCPosOpn.stVal

SPS

BOOLEAN

DISCON_OPEN

Active when line disconnector is open

Monitoring\I/O status\Condition monitoring\SEQRFUF1\Inputs

SEQRFUF1

FUSEF

INP

LD0.SEQRFUF1.InMCBPsOpn.stVal

SPS

BOOLEAN

MINCB_OPEN

Active when external MCB opens protected voltage circuit

Monitoring\I/O status\Condition monitoring\SEQRFUF1\Inputs

SEQRFUF1

FUSEF

OUT

LD0.SEQRFUF1.Str.general

ACD

BOOLEAN

StatIed

FUSEF_U

General start of function

Monitoring\I/O status\Condition monitoring\SEQRFUF1\Outputs

SEQRFUF1

FUSEF

OUT

LD0.SEQRFUF1.Str3Ph.general

ACD

BOOLEAN

StatIed

FUSEF_3PH

Three-phase start of function

Monitoring\I/O status\Condition monitoring\SEQRFUF1\Outputs

SEQRFUF1

FUSEF

MON

LD0.SEQRFUF1.Beh.stVal

INS

Enum

SEQRFUF1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

SEQRFUF1

FUSEF

CFG

LD0.SEQRFUF1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Configuration\Condition monitoring\SEQRFUF1

SEQRFUF1

FUSEF

CFG

LD0.SEQRFUF1.BlkValA.setMag.f

ASG

FLOAT32

0.10

Min Op current delta

Minimum operate level of phase current for delta calculation

0.01...1.00 xIn

Configuration\Condition monitoring\SEQRFUF1

IL1TCTR1

SEQRFUF1

FUSEF

CFG

LD0.SEQRFUF1.NgSeqLevA.setMag.f

ASG

FLOAT32

0.03

Neg Seq current Lev

Operate level of neg seq undercurrent element

0.03...0.20 xIn

Configuration\Condition monitoring\SEQRFUF1

IL1TCTR1

SEQRFUF1

FUSEF

CFG

LD0.SEQRFUF1.ChgRteA.setMag.f

ASG

FLOAT32

0.15

Current change rate

Operate level of change in phase current

0.01...0.50 xIn

Configuration\Condition monitoring\SEQRFUF1

IL1TCTR1

SEQRFUF1

FUSEF

CFG

LD0.SEQRFUF1.ChgRteEna.setVal

SPG

BOOLEAN

Change rate enable

Enabling operation of change based function

Configuration\Condition monitoring\SEQRFUF1

SEQRFUF1

FUSEF

CFG

LD0.SEQRFUF1.ChgRteV.setMag.f

ASG

FLOAT32

0.60

Voltage change rate

Operate level of change in phase voltage

0.50...0.90 xUn

Configuration\Condition monitoring\SEQRFUF1

UL1TVTR1

SEQRFUF1

FUSEF

CFG

LD0.SEQRFUF1.EnaSealIn.setVal

SPG

BOOLEAN

Enable seal in

Enabling seal in functionality

Configuration\Condition monitoring\SEQRFUF1

SEQRFUF1

FUSEF

CFG

LD0.SEQRFUF1.BlkValV.setMag.f

ASG

FLOAT32

0.70

Min Op voltage delta

Minimum operate level of phase voltage for delta calculation

0.01...1.00 xUn

Configuration\Condition monitoring\SEQRFUF1

UL1TVTR1

SEQRFUF1

FUSEF

CFG

LD0.SEQRFUF1.SealInV.setMag.f

ASG

FLOAT32

0.70

Seal in voltage

Operate level of seal-in phase voltage

0.01...1.00 xUn

Configuration\Condition monitoring\SEQRFUF1

UL1TVTR1

SEQRFUF1

FUSEF

CFG

LD0.SEQRFUF1.NgSeqLevV.setMag.f

ASG

FLOAT32

0.10

Neg Seq voltage Lev

Operate level of neg seq overvoltage element

0.03...0.20 xUn

Configuration\Condition monitoring\SEQRFUF1

UL1TVTR1

SEQRFUF1

FUSEF

CFG

LD0.SEQRFUF1.DeaLinValA.setMag.f

ASG

FLOAT32

0.05

Current dead Lin Val

Operate level for open phase current detection

0.05...1.00 xIn

Configuration\Condition monitoring\SEQRFUF1

IL1TCTR1

SEQRFUF1

FUSEF

TES

LD0.SEQRFUF1.TstOutCmd.Oper.ctlVal

INC

Enum

SEQRFUF1

Test control for outputs

0=Reset; 117=Activate FUSEF_3PH; 118=Deactive FUSEF_3PH; 119=Activate FUSEF_U; 120=Deactive FUSEF_U

Tests\Function tests\Condition monitoring

SEQRFUF1

FUSEF

VER

LD0.SEQRFUF1.NamPlt.swRev

LPL

VisString255 (20)

PEMMXU1: Three-phase power and energy measurement

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

PEMMXU1

P,E

INP

LD0.PEMMTR1.SupDmdRs.stVal

SPC

BOOLEAN

RSTACM

Reset of accumulated energy reading

Monitoring\I/O status\Measurements\PEMMXU1\Inputs

PEMMXU1

P,E

CTR

LD0.PEMMTR1.SupDmdRs.Oper.ctlVal

SPC

BOOLEAN

PEMMXU1 acc.energy

Reset of accumulated energy reading

0=Cancel; 1=Clear

Clear\Clear

PEMMXU1

P,E

MON

LD0.PEMMXU1.TotPF.instMag.f

FLOAT32

MeasFlt

PF_INST

Power factor, magnitude of instantaneous value

-1.00...1.00

Monitoring\I/O status\Measurements\PEMMXU1\Monitored data

PEMMXU1

P,E

MON

LD0.PEMMXU1.TotPF.mag.f

FLOAT32

MeasFlt

PF_DB

Power factor, magnitude of reported value

-1.00...1.00

Monitoring\I/O status\Measurements\PEMMXU1\Monitored data

PEMMXU1

P,E

CFG

LD0.PEMMXU1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Configuration\Measurements\PEMMXU1

PEMMXU1

P,E

CFG

LD0.PEMMXU1.TotW.units.multiplier

Enum

Power unit Mult

Unit multiplier for presentation of the power related values

3=Kilo; 6=Mega

Configuration\Measurements\PEMMXU1

PEMMXU1

P,E

CFG

LD0.PEMMXU1.WhDir.setVal

ING

Enum

Active power Dir

Direction of active power flow: Forward, Reverse

1=Forward; 2=Reverse

Configuration\Measurements\PEMMXU1

PEMMXU1

P,E

CFG

LD0.PEMMXU1.VArhDir.setVal

ING

Enum

Reactive power Dir

Direction of reactive power flow: Forward, Reverse

1=Forward; 2=Reverse

Configuration\Measurements\PEMMXU1

PEMMXU1

P,E

CFG

LD0.PEMMTR1.SupWh.units.multiplier

BCR

Enum

Energy unit Mult

Unit multiplier for presentation of the energy related values

3=Kilo; 6=Mega

Configuration\Measurements\PEMMXU1

PEMMXU1

P,E

CFG

LD0.PEMMTR1.IniDmdWh.setVal

ING

INT32

Forward Wh Initial

Preset Initial value for forward active energy

0...999999999

Configuration\Measurements\PEMMXU1

PEMMXU1

P,E

CFG

LD0.PEMMTR1.IniSupWh.setVal

ING

INT32

Reverse Wh Initial

Preset Initial value for reverse active energy

0...999999999

Configuration\Measurements\PEMMXU1

PEMMXU1

P,E

CFG

LD0.PEMMTR1.IniDmdVArh.setVal

ING

INT32

Forward VArh Initial

Preset Initial value for forward reactive energy

0...999999999

Configuration\Measurements\PEMMXU1

PEMMXU1

P,E

CFG

LD0.PEMMTR1.IniSupVArh.setVal

ING

INT32

Reverse VArh Initial

Preset Initial value for reverse reactive energy

0...999999999

Configuration\Measurements\PEMMXU1

PEMMXU1

P,E

VER

LD0.PEMMXU1.NamPlt.swRev

LPL

VisString255 (20)

PEMMXU1

P,E

VER

LD0.PEMMTR1.NamPlt.swRev

LPL

VisString255 (20)

DPHHPDOC1: Three-phase directional overcurrent, high stage

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

DPHHPDOC1

3I>>->

67-2

INP

LD0.DPHHPTOC1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Current protection\DPHHPDOC1\Inputs

DPHHPDOC1

3I>>->

67-2

INP

LD0.DPHHPTOC1.InEnaMult.stVal

SPS

BOOLEAN

ENA_MULT

Enable signal for current multiplier

Monitoring\I/O status\Current protection\DPHHPDOC1\Inputs

DPHHPDOC1

3I>>->

67-2

INP

LD0.DPHHPTOC1.NonDir.stVal

SPS

BOOLEAN

NON_DIR

Forces protection to non-directional

Monitoring\I/O status\Current protection\DPHHPDOC1\Inputs

DPHHPDOC1

3I>>->

67-2

OUT

LD0.DPHHPTOC1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Current protection\DPHHPDOC1\Outputs

DPHHPDOC1

3I>>->

67-2

OUT

LD0.DPHHPTOC1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\DPHHPDOC1\Outputs

DPHHPDOC1

3I>>->

67-2

MON

LD0.DPHHPTOC1.Beh.stVal

INS

Enum

DPHHPDOC1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

DPHHPDOC1

3I>>->

67-2

MON

LD0.DPHHPTOC1.Str.dirGeneral

ACD

Enum

StatNrml

FAULT_DIR

Detected fault direction

0=unknown; 1=forward; 2=backward; 3=both

Monitoring\I/O status\Current protection\DPHHPDOC1\Monitored data

DPHHPDOC1

3I>>->

67-2

MON

LD0.DPHHPTOC1.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\DPHHPDOC1\Monitored data

DPHHPDOC1

3I>>->

67-2

MON

LD0.DPHHRDIR1.Dir.dirGeneral

ACD

Enum

DIRECTION

Direction information

0=unknown; 1=forward; 2=backward; 3=both

Monitoring\I/O status\Current protection\DPHHPDOC1\Monitored data

DPHHPDOC1

3I>>->

67-2

MON

LD0.DPHHRDIR1.Dir.dirPhsA

ACD

Enum

DIR_A

Direction phase A

0=unknown; 1=forward; 2=backward; 3=both

Monitoring\I/O status\Current protection\DPHHPDOC1\Monitored data

DPHHPDOC1

3I>>->

67-2

MON

LD0.DPHHRDIR1.Dir.dirPhsB

ACD

Enum

DIR_B

Direction phase B

0=unknown; 1=forward; 2=backward; 3=both

Monitoring\I/O status\Current protection\DPHHPDOC1\Monitored data

DPHHPDOC1

3I>>->

67-2

MON

LD0.DPHHRDIR1.Dir.dirPhsC

ACD

Enum

DIR_C

Direction phase C

0=unknown; 1=forward; 2=backward; 3=both

Monitoring\I/O status\Current protection\DPHHPDOC1\Monitored data

DPHHPDOC1

3I>>->

67-2

MON

LD0.DPHHRDIR1.OpCrhAngA.mag.f

FLOAT32

ANGLE_A

Calculated angle difference, Phase A

-180.00...180.00 deg

Monitoring\I/O status\Current protection\DPHHPDOC1\Monitored data

DPHHPDOC1

3I>>->

67-2

MON

LD0.DPHHRDIR1.OpCrhAngB.mag.f

FLOAT32

ANGLE_B

Calculated angle difference, Phase B

-180.00...180.00 deg

Monitoring\I/O status\Current protection\DPHHPDOC1\Monitored data

DPHHPDOC1

3I>>->

67-2

MON

LD0.DPHHRDIR1.OpCrhAngC.mag.f

FLOAT32

ANGLE_C

Calculated angle difference, Phase C

-180.00...180.00 deg

Monitoring\I/O status\Current protection\DPHHPDOC1\Monitored data

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHPTOC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHPTOC1.NumPh.setVal

ING

Enum

Num of start phases

Number of phases required for operate activation

1=1 out of 3; 2=2 out of 3; 3=3 out of 3

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHPTOC1.StrValMult.setMag.f

ASG

FLOAT32

1.0

Start value Mult

Multiplier for scaling the start value

0.8...10.0

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHPTOC1.StrVal.setMag.f

ASG

FLOAT32

0.10

Start value

0.10...40.00 xIn

Settings\Settings\Current protection\DPHHPDOC1

IL1TCTR1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHPTOC1.TmMult.setMag.f

ASG

FLOAT32

1.00

Time multiplier

Time multiplier in IEC/ANSI IDMT curves

0.05...15.00

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHPTOC1.TypRsCrv.setVal

ING

Enum

Type of reset curve

Selection of reset curve type

1=Immediate; 2=Def time reset; 3=Inverse reset

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHPTOC1.TmACrv.setCharact

CURVE

Enum

Operating curve type

Selection of time delay curve type

1=ANSI Ext. inv.; 3=ANSI Norm. inv.; 5=ANSI Def. Time; 9=IEC Norm. inv.; 10=IEC Very inv.; 12=IEC Ext. inv.; 15=IEC Def. Time; 17=Programmable

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHPTOC1.TmACrv.setParA

CURVE

FLOAT32

28.2000

Curve parameter A

Parameter A for customer programmable curve

0.0086...120.0000

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHPTOC1.TmACrv.setParB

CURVE

FLOAT32

0.1217

Curve parameter B

Parameter B for customer programmable curve

0.0000...0.7120

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHPTOC1.TmACrv.setParC

CURVE

FLOAT32

2.00

Curve parameter C

Parameter C for customer programmable curve

0.02...2.00

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHPTOC1.TmACrv.setParD

CURVE

FLOAT32

29.10

Curve parameter D

Parameter D for customer programmable curve

0.46...30.00

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHPTOC1.TmACrv.setParE

CURVE

FLOAT32

1.0

Curve parameter E

Parameter E for customer programmable curve

0.0...1.0

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHPTOC1.MinOpTmms.setVal

ING

INT32

Minimum operate time

Minimum operate time for IDMT curves

20...60000 ms

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHPTOC1.OpDlTmms.setVal

ING

INT32

Operate delay time

40...200000 ms

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHPTOC1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHPTOC1.AMeasMod.setVal

ING

Enum

Measurement mode

Selects used measurement mode

1=RMS; 2=DFT; 3=Peak-to-Peak

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHPTOC1.DirMod.setVal

ING

Enum

Directional mode

1=Non-directional; 2=Forward; 3=Reverse

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHPTOC1.AllwNonDir.setVal

SPG

BOOLEAN

Allow Non Dir

Allows prot activation as non-dir when dir info is invalid

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHRDIR1.ChrAng.setMag.f

ASG

FLOAT32

+60

Characteristic angle

-179...180 deg

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHRDIR1.MaxFwdAng.setMag.f

ASG

FLOAT32

Max forward angle

Maximum phase angle in forward direction

0...90 deg

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHRDIR1.MinFwdAng.setMag.f

ASG

FLOAT32

Min forward angle

Minimum phase angle in forward direction

0...90 deg

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHRDIR1.MaxRvAng.setMag.f

ASG

FLOAT32

Max reverse angle

Maximum phase angle in reverse direction

0...90 deg

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHRDIR1.MinRvAng.setMag.f

ASG

FLOAT32

Min reverse angle

Minimum phase angle in reverse direction

0...90 deg

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHRDIR1.BlkValA.setMag.f

ASG

FLOAT32

0.01

Min operate current

Minimum operating current

0.01...1.00 xIn

Settings\Settings\Current protection\DPHHPDOC1

IL1TCTR1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHRDIR1.BlkValV.setMag.f

ASG

FLOAT32

0.01

Min operate voltage

Minimum operating voltage

0.01...1.00 xUn

Settings\Settings\Current protection\DPHHPDOC1

UL1TVTR1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHRDIR1.FicTmms.setVal

ING

INT32

Voltage Mem time

Voltage memory time

0...3000 ms

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

SET

LD0.DPHHRDIR1.PolQty.setVal

ING

Enum

Pol quantity

Reference quantity used to determine fault direction

-2=Pos. seq. volt.; 1=Self pol; 4=Neg. seq. volt.; 5=Cross pol

Settings\Settings\Current protection\DPHHPDOC1

DPHHPDOC1

3I>>->

67-2

TES

LD0.DPHHPTOC1.TstOutCmd.Oper.ctlVal

INC

Enum

DPHHPDOC1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Current protection

DPHHPDOC1

3I>>->

67-2

VER

LD0.DPHHPTOC1.NamPlt.swRev

LPL

VisString255 (20)

DPHHPDOC1

3I>>->

67-2

VER

LD0.DPHHRDIR1.NamPlt.swRev

LPL

VisString255 (20)

DPHLPDOC1: Three-phase directional overcurrent, low stage

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

DPHLPDOC1

3I>->(1)

67-1(1)

INP

LD0.DPHLPTOC1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Current protection\DPHLPDOC1\Inputs

DPHLPDOC1

3I>->(1)

67-1(1)

INP

LD0.DPHLPTOC1.InEnaMult.stVal

SPS

BOOLEAN

ENA_MULT

Enable signal for current multiplier

Monitoring\I/O status\Current protection\DPHLPDOC1\Inputs

DPHLPDOC1

3I>->(1)

67-1(1)

INP

LD0.DPHLPTOC1.NonDir.stVal

SPS

BOOLEAN

NON_DIR

Forces protection to non-directional

Monitoring\I/O status\Current protection\DPHLPDOC1\Inputs

DPHLPDOC1

3I>->(1)

67-1(1)

OUT

LD0.DPHLPTOC1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Current protection\DPHLPDOC1\Outputs

DPHLPDOC1

3I>->(1)

67-1(1)

OUT

LD0.DPHLPTOC1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\DPHLPDOC1\Outputs

DPHLPDOC1

3I>->(1)

67-1(1)

MON

LD0.DPHLPTOC1.Beh.stVal

INS

Enum

DPHLPDOC1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

DPHLPDOC1

3I>->(1)

67-1(1)

MON

LD0.DPHLPTOC1.Str.dirGeneral

ACD

Enum

StatNrml

FAULT_DIR

Detected fault direction

0=unknown; 1=forward; 2=backward; 3=both

Monitoring\I/O status\Current protection\DPHLPDOC1\Monitored data

DPHLPDOC1

3I>->(1)

67-1(1)

MON

LD0.DPHLPTOC1.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\DPHLPDOC1\Monitored data

DPHLPDOC1

3I>->(1)

67-1(1)

MON

LD0.DPHLRDIR1.Dir.dirGeneral

ACD

Enum

DIRECTION

Direction information

0=unknown; 1=forward; 2=backward; 3=both

Monitoring\I/O status\Current protection\DPHLPDOC1\Monitored data

DPHLPDOC1

3I>->(1)

67-1(1)

MON

LD0.DPHLRDIR1.Dir.dirPhsA

ACD

Enum

DIR_A

Direction phase A

0=unknown; 1=forward; 2=backward; 3=both

Monitoring\I/O status\Current protection\DPHLPDOC1\Monitored data

DPHLPDOC1

3I>->(1)

67-1(1)

MON

LD0.DPHLRDIR1.Dir.dirPhsB

ACD

Enum

DIR_B

Direction phase B

0=unknown; 1=forward; 2=backward; 3=both

Monitoring\I/O status\Current protection\DPHLPDOC1\Monitored data

DPHLPDOC1

3I>->(1)

67-1(1)

MON

LD0.DPHLRDIR1.Dir.dirPhsC

ACD

Enum

DIR_C

Direction phase C

0=unknown; 1=forward; 2=backward; 3=both

Monitoring\I/O status\Current protection\DPHLPDOC1\Monitored data

DPHLPDOC1

3I>->(1)

67-1(1)

MON

LD0.DPHLRDIR1.OpCrhAngA.mag.f

FLOAT32

ANGLE_A

Calculated angle difference, Phase A

-180.00...180.00 deg

Monitoring\I/O status\Current protection\DPHLPDOC1\Monitored data

DPHLPDOC1

3I>->(1)

67-1(1)

MON

LD0.DPHLRDIR1.OpCrhAngB.mag.f

FLOAT32

ANGLE_B

Calculated angle difference, Phase B

-180.00...180.00 deg

Monitoring\I/O status\Current protection\DPHLPDOC1\Monitored data

DPHLPDOC1

3I>->(1)

67-1(1)

MON

LD0.DPHLRDIR1.OpCrhAngC.mag.f

FLOAT32

ANGLE_C

Calculated angle difference, Phase C

-180.00...180.00 deg

Monitoring\I/O status\Current protection\DPHLPDOC1\Monitored data

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLPTOC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLPTOC1.NumPh.setVal

ING

Enum

Num of start phases

Number of phases required for operate activation

1=1 out of 3; 2=2 out of 3; 3=3 out of 3

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLPTOC1.StrValMult.setMag.f

ASG

FLOAT32

1.0

Start value Mult

Multiplier for scaling the start value

0.8...10.0

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLPTOC1.StrVal.setMag.f

ASG

FLOAT32

0.05

Start value

0.05...5.00 xIn

Settings\Settings\Current protection\DPHLPDOC1

IL1TCTR1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLPTOC1.TmMult.setMag.f

ASG

FLOAT32

1.0

Time multiplier

Time multiplier in IEC/ANSI IDMT curves

0.05...15.0

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLPTOC1.TypRsCrv.setVal

ING

Enum

Type of reset curve

Selection of reset curve type

1=Immediate; 2=Def time reset; 3=Inverse reset

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLPTOC1.TmACrv.setCharact

CURVE

Enum

Operating curve type

Selection of time delay curve type

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLPTOC1.TmACrv.setParA

CURVE

FLOAT32

28.2000

Curve parameter A

Parameter A for customer programmable curve

0.0086...120.0000

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLPTOC1.TmACrv.setParB

CURVE

FLOAT32

0.1217

Curve parameter B

Parameter B for customer programmable curve

0.0000...0.7120

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLPTOC1.TmACrv.setParC

CURVE

FLOAT32

2.00

Curve parameter C

Parameter C for customer programmable curve

0.02...2.00

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLPTOC1.TmACrv.setParD

CURVE

FLOAT32

29.10

Curve parameter D

Parameter D for customer programmable curve

0.46...30.00

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLPTOC1.TmACrv.setParE

CURVE

FLOAT32

1.0

Curve parameter E

Parameter E for customer programmable curve

0.0...1.0

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLPTOC1.MinOpTmms.setVal

ING

INT32

Minimum operate time

Minimum operate time for IDMT curves

20...60000 ms

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLPTOC1.OpDlTmms.setVal

ING

INT32

Operate delay time

40...200000 ms

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLPTOC1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLPTOC1.AMeasMod.setVal

ING

Enum

Measurement mode

Selects used measurement mode

1=RMS; 2=DFT; 3=Peak-to-Peak

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLPTOC1.DirMod.setVal

ING

Enum

Directional mode

1=Non-directional; 2=Forward; 3=Reverse

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLPTOC1.AllwNonDir.setVal

SPG

BOOLEAN

Allow Non Dir

Allows prot activation as non-dir when dir info is invalid

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLRDIR1.ChrAng.setMag.f

ASG

FLOAT32

+60

Characteristic angle

-179...180 deg

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLRDIR1.MaxFwdAng.setMag.f

ASG

FLOAT32

Max forward angle

Maximum phase angle in forward direction

0...90 deg

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLRDIR1.MinFwdAng.setMag.f

ASG

FLOAT32

Min forward angle

Minimum phase angle in forward direction

0...90 deg

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLRDIR1.MaxRvAng.setMag.f

ASG

FLOAT32

Max reverse angle

Maximum phase angle in reverse direction

0...90 deg

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLRDIR1.MinRvAng.setMag.f

ASG

FLOAT32

Min reverse angle

Minimum phase angle in reverse direction

0...90 deg

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLRDIR1.BlkValA.setMag.f

ASG

FLOAT32

0.01

Min operate current

Minimum operating current

0.01...1.00 xIn

Settings\Settings\Current protection\DPHLPDOC1

IL1TCTR1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLRDIR1.BlkValV.setMag.f

ASG

FLOAT32

0.01

Min operate voltage

Minimum operating voltage

0.01...1.00 xUn

Settings\Settings\Current protection\DPHLPDOC1

UL1TVTR1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLRDIR1.PolQty.setVal

ING

Enum

Pol quantity

Reference quantity used to determine fault direction

-2=Pos. seq. volt.; 1=Self pol; 4=Neg. seq. volt.; 5=Cross pol

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

SET

LD0.DPHLRDIR1.FicTmms.setVal

ING

INT32

Voltage Mem time

Voltage memory time

0...3000 ms

Settings\Settings\Current protection\DPHLPDOC1

DPHLPDOC1

3I>->(1)

67-1(1)

TES

LD0.DPHLPTOC1.TstOutCmd.Oper.ctlVal

INC

Enum

DPHLPDOC1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Current protection

DPHLPDOC1

3I>->(1)

67-1(1)

VER

LD0.DPHLPTOC1.NamPlt.swRev

LPL

VisString255 (20)

DPHLPDOC1

3I>->(1)

67-1(1)

VER

LD0.DPHLRDIR1.NamPlt.swRev

LPL

VisString255 (20)

DPHLPDOC2: Three-phase directional overcurrent, low stage

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

DPHLPDOC2

3I>->(2)

67-1(2)

INP

LD0.DPHLPTOC2.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Current protection\DPHLPDOC2\Inputs

DPHLPDOC2

3I>->(2)

67-1(2)

INP

LD0.DPHLPTOC2.InEnaMult.stVal

SPS

BOOLEAN

ENA_MULT

Enable signal for current multiplier

Monitoring\I/O status\Current protection\DPHLPDOC2\Inputs

DPHLPDOC2

3I>->(2)

67-1(2)

INP

LD0.DPHLPTOC2.NonDir.stVal

SPS

BOOLEAN

NON_DIR

Forces protection to non-directional

Monitoring\I/O status\Current protection\DPHLPDOC2\Inputs

DPHLPDOC2

3I>->(2)

67-1(2)

OUT

LD0.DPHLPTOC2.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Current protection\DPHLPDOC2\Outputs

DPHLPDOC2

3I>->(2)

67-1(2)

OUT

LD0.DPHLPTOC2.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\DPHLPDOC2\Outputs

DPHLPDOC2

3I>->(2)

67-1(2)

MON

LD0.DPHLPTOC2.Beh.stVal

INS

Enum

DPHLPDOC2

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

DPHLPDOC2

3I>->(2)

67-1(2)

MON

LD0.DPHLPTOC2.Str.dirGeneral

ACD

Enum

StatNrml

FAULT_DIR

Detected fault direction

0=unknown; 1=forward; 2=backward; 3=both

Monitoring\I/O status\Current protection\DPHLPDOC2\Monitored data

DPHLPDOC2

3I>->(2)

67-1(2)

MON

LD0.DPHLPTOC2.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\DPHLPDOC2\Monitored data

DPHLPDOC2

3I>->(2)

67-1(2)

MON

LD0.DPHLRDIR2.Dir.dirGeneral

ACD

Enum

DIRECTION

Direction information

0=unknown; 1=forward; 2=backward; 3=both

Monitoring\I/O status\Current protection\DPHLPDOC2\Monitored data

DPHLPDOC2

3I>->(2)

67-1(2)

MON

LD0.DPHLRDIR2.Dir.dirPhsA

ACD

Enum

DIR_A

Direction phase A

0=unknown; 1=forward; 2=backward; 3=both

Monitoring\I/O status\Current protection\DPHLPDOC2\Monitored data

DPHLPDOC2

3I>->(2)

67-1(2)

MON

LD0.DPHLRDIR2.Dir.dirPhsB

ACD

Enum

DIR_B

Direction phase B

0=unknown; 1=forward; 2=backward; 3=both

Monitoring\I/O status\Current protection\DPHLPDOC2\Monitored data

DPHLPDOC2

3I>->(2)

67-1(2)

MON

LD0.DPHLRDIR2.Dir.dirPhsC

ACD

Enum

DIR_C

Direction phase C

0=unknown; 1=forward; 2=backward; 3=both

Monitoring\I/O status\Current protection\DPHLPDOC2\Monitored data

DPHLPDOC2

3I>->(2)

67-1(2)

MON

LD0.DPHLRDIR2.OpCrhAngA.mag.f

FLOAT32

ANGLE_A

Calculated angle difference, Phase A

-180.00...180.00 deg

Monitoring\I/O status\Current protection\DPHLPDOC2\Monitored data

DPHLPDOC2

3I>->(2)

67-1(2)

MON

LD0.DPHLRDIR2.OpCrhAngB.mag.f

FLOAT32

ANGLE_B

Calculated angle difference, Phase B

-180.00...180.00 deg

Monitoring\I/O status\Current protection\DPHLPDOC2\Monitored data

DPHLPDOC2

3I>->(2)

67-1(2)

MON

LD0.DPHLRDIR2.OpCrhAngC.mag.f

FLOAT32

ANGLE_C

Calculated angle difference, Phase C

-180.00...180.00 deg

Monitoring\I/O status\Current protection\DPHLPDOC2\Monitored data

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLPTOC2.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLPTOC2.NumPh.setVal

ING

Enum

Num of start phases

Number of phases required for operate activation

1=1 out of 3; 2=2 out of 3; 3=3 out of 3

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLPTOC2.StrValMult.setMag.f

ASG

FLOAT32

1.0

Start value Mult

Multiplier for scaling the start value

0.8...10.0

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLPTOC2.StrVal.setMag.f

ASG

FLOAT32

0.05

Start value

0.05...5.00 xIn

Settings\Settings\Current protection\DPHLPDOC2

IL1TCTR1

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLPTOC2.TmMult.setMag.f

ASG

FLOAT32

1.0

Time multiplier

Time multiplier in IEC/ANSI IDMT curves

0.05...15.0

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLPTOC2.TypRsCrv.setVal

ING

Enum

Type of reset curve

Selection of reset curve type

1=Immediate; 2=Def time reset; 3=Inverse reset

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLPTOC2.TmACrv.setCharact

CURVE

Enum

Operating curve type

Selection of time delay curve type

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLPTOC2.TmACrv.setParA

CURVE

FLOAT32

28.2000

Curve parameter A

Parameter A for customer programmable curve

0.0086...120.0000

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLPTOC2.TmACrv.setParB

CURVE

FLOAT32

0.1217

Curve parameter B

Parameter B for customer programmable curve

0.0000...0.7120

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLPTOC2.TmACrv.setParC

CURVE

FLOAT32

2.00

Curve parameter C

Parameter C for customer programmable curve

0.02...2.00

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLPTOC2.TmACrv.setParD

CURVE

FLOAT32

29.10

Curve parameter D

Parameter D for customer programmable curve

0.46...30.00

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLPTOC2.TmACrv.setParE

CURVE

FLOAT32

1.0

Curve parameter E

Parameter E for customer programmable curve

0.0...1.0

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLPTOC2.MinOpTmms.setVal

ING

INT32

Minimum operate time

Minimum operate time for IDMT curves

20...60000 ms

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLPTOC2.OpDlTmms.setVal

ING

INT32

Operate delay time

40...200000 ms

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLPTOC2.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLPTOC2.AMeasMod.setVal

ING

Enum

Measurement mode

Selects used measurement mode

1=RMS; 2=DFT; 3=Peak-to-Peak

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLPTOC2.DirMod.setVal

ING

Enum

Directional mode

1=Non-directional; 2=Forward; 3=Reverse

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLPTOC2.AllwNonDir.setVal

SPG

BOOLEAN

Allow Non Dir

Allows prot activation as non-dir when dir info is invalid

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLRDIR2.ChrAng.setMag.f

ASG

FLOAT32

+60

Characteristic angle

-179...180 deg

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLRDIR2.MaxFwdAng.setMag.f

ASG

FLOAT32

Max forward angle

Maximum phase angle in forward direction

0...90 deg

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLRDIR2.MinFwdAng.setMag.f

ASG

FLOAT32

Min forward angle

Minimum phase angle in forward direction

0...90 deg

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLRDIR2.MaxRvAng.setMag.f

ASG

FLOAT32

Max reverse angle

Maximum phase angle in reverse direction

0...90 deg

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLRDIR2.MinRvAng.setMag.f

ASG

FLOAT32

Min reverse angle

Minimum phase angle in reverse direction

0...90 deg

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLRDIR2.BlkValA.setMag.f

ASG

FLOAT32

0.01

Min operate current

Minimum operating current

0.01...1.00 xIn

Settings\Settings\Current protection\DPHLPDOC2

IL1TCTR1

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLRDIR2.BlkValV.setMag.f

ASG

FLOAT32

0.01

Min operate voltage

Minimum operating voltage

0.01...1.00 xUn

Settings\Settings\Current protection\DPHLPDOC2

UL1TVTR1

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLRDIR2.FicTmms.setVal

ING

INT32

Voltage Mem time

Voltage memory time

0...3000 ms

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

SET

LD0.DPHLRDIR2.PolQty.setVal

ING

Enum

Pol quantity

Reference quantity used to determine fault direction

-2=Pos. seq. volt.; 1=Self pol; 4=Neg. seq. volt.; 5=Cross pol

Settings\Settings\Current protection\DPHLPDOC2

DPHLPDOC2

3I>->(2)

67-1(2)

TES

LD0.DPHLPTOC2.TstOutCmd.Oper.ctlVal

INC

Enum

DPHLPDOC2

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Current protection

DPHLPDOC2

3I>->(2)

67-1(2)

VER

LD0.DPHLPTOC2.NamPlt.swRev

LPL

VisString255 (20)

DPHLPDOC2

3I>->(2)

67-1(2)

VER

LD0.DPHLRDIR2.NamPlt.swRev

LPL

VisString255 (20)

PSPTUV1: Positive sequence undervoltage

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

PSPTUV1

U1<(1)

47U+(1)

INP

LD0.PSPTUV1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Voltage protection\PSPTUV1\Inputs

PSPTUV1

U1<(1)

47U+(1)

OUT

LD0.PSPTUV1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Voltage protection\PSPTUV1\Outputs

PSPTUV1

U1<(1)

47U+(1)

OUT

LD0.PSPTUV1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Voltage protection\PSPTUV1\Outputs

PSPTUV1

U1<(1)

47U+(1)

MON

LD0.PSPTUV1.Beh.stVal

INS

Enum

PSPTUV1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

PSPTUV1

U1<(1)

47U+(1)

MON

LD0.PSPTUV1.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Voltage protection\PSPTUV1\Monitored data

PSPTUV1

U1<(1)

47U+(1)

SET

LD0.PSPTUV1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Voltage protection\PSPTUV1

PSPTUV1

U1<(1)

47U+(1)

SET

LD0.PSPTUV1.StrVal.setMag.f

ASG

FLOAT32

0.500

Start value

0.010...1.200 xUn

Settings\Settings\Voltage protection\PSPTUV1

UL1TVTR1

PSPTUV1

U1<(1)

47U+(1)

SET

LD0.PSPTUV1.OpDlTmms.setVal

ING

INT32

Operate delay time

40...120000 ms

Settings\Settings\Voltage protection\PSPTUV1

PSPTUV1

U1<(1)

47U+(1)

SET

LD0.PSPTUV1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Voltage protection\PSPTUV1

PSPTUV1

U1<(1)

47U+(1)

SET

LD0.PSPTUV1.BlkVal.setMag.f

ASG

FLOAT32

0.20

Voltage block value

Internal blocking level

0.01...1.00 xUn

Settings\Settings\Voltage protection\PSPTUV1

UL1TVTR1

PSPTUV1

U1<(1)

47U+(1)

SET

LD0.PSPTUV1.EnaBlkVal.setVal

SPG

BOOLEAN

Enable block value

Enable Internal Blocking

Settings\Settings\Voltage protection\PSPTUV1

PSPTUV1

U1<(1)

47U+(1)

SET

LD0.PSPTUV1.HysRl.setMag.f

ASG

FLOAT32

4.0

Relative hysteresis

Relative hysteresis for operation

1.0...5.0 %

Settings\Settings\Voltage protection\PSPTUV1

PSPTUV1

U1<(1)

47U+(1)

TES

LD0.PSPTUV1.TstOutCmd.Oper.ctlVal

INC

Enum

PSPTUV1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Voltage protection

PSPTUV1

U1<(1)

47U+(1)

VER

LD0.PSPTUV1.NamPlt.swRev

LPL

VisString255 (20)

NSPTOV1: Negative sequence overvoltage

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

NSPTOV1

U2>(1)

47O-(1)

INP

LD0.NSPTOV1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Voltage protection\NSPTOV1\Inputs

NSPTOV1

U2>(1)

47O-(1)

OUT

LD0.NSPTOV1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Voltage protection\NSPTOV1\Outputs

NSPTOV1

U2>(1)

47O-(1)

OUT

LD0.NSPTOV1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Voltage protection\NSPTOV1\Outputs

NSPTOV1

U2>(1)

47O-(1)

MON

LD0.NSPTOV1.Beh.stVal

INS

Enum

NSPTOV1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

NSPTOV1

U2>(1)

47O-(1)

MON

LD0.NSPTOV1.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Voltage protection\NSPTOV1\Monitored data

NSPTOV1

U2>(1)

47O-(1)

SET

LD0.NSPTOV1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Voltage protection\NSPTOV1

NSPTOV1

U2>(1)

47O-(1)

SET

LD0.NSPTOV1.StrVal.setMag.f

ASG

FLOAT32

0.030

Start value

0.010...1.000 xUn

Settings\Settings\Voltage protection\NSPTOV1

UL1TVTR1

NSPTOV1

U2>(1)

47O-(1)

SET

LD0.NSPTOV1.OpDlTmms.setVal

ING

INT32

Operate delay time

40...120000 ms

Settings\Settings\Voltage protection\NSPTOV1

NSPTOV1

U2>(1)

47O-(1)

SET

LD0.NSPTOV1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Voltage protection\NSPTOV1

NSPTOV1

U2>(1)

47O-(1)

TES

LD0.NSPTOV1.TstOutCmd.Oper.ctlVal

INC

Enum

NSPTOV1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Voltage protection

NSPTOV1

U2>(1)

47O-(1)

VER

LD0.NSPTOV1.NamPlt.swRev

LPL

VisString255 (20)

FMMXU1: Frequency measurement

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

FMMXU1

MON

LD0.FMMXU1.Hz.instMag.f

FLOAT32

MeasFlt

F_INST

Frequency, instantaneous value

35.00...75.00 Hz

Monitoring\I/O status\Measurements\FMMXU1\Monitored data

FMMXU1

MON

LD0.FMMXU1.Hz.mag.f

FLOAT32

MeasFlt

F_DB

Frequency, reported value

35.00...75.00 Hz

Monitoring\I/O status\Measurements\FMMXU1\Monitored data

FMMXU1

MON

LD0.FMMXU1.Hz.range

Enum

MeasFlt

F_RANGE

Measured frequency range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Measurements\FMMXU1\Monitored data

FMMXU1

CFG

LD0.FMMXU1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Configuration\Measurements\FMMXU1

FMMXU1

CFG

LD0.FMMXU1.Hz.db

INT32U

1000

F deadband

Deadband configuration value for integral calculation (percentage of difference between min and max as 0,001 % s)

100...100000

Configuration\Measurements\FMMXU1

FMMXU1

CFG

LD0.FMMXU1.Hz.rangeC.hhLim.f

FLOAT32

60.00

F high high limit

High alarm frequency limit

35.00...75.00 Hz

Configuration\Measurements\FMMXU1

FMMXU1

CFG

LD0.FMMXU1.Hz.rangeC.hLim.f

FLOAT32

55.00

F high limit

High warning frequency limit

35.00...75.00 Hz

Configuration\Measurements\FMMXU1

FMMXU1

CFG

LD0.FMMXU1.Hz.rangeC.lLim.f

FLOAT32

45.00

F low limit

Low warning frequency limit

35.00...75.00 Hz

Configuration\Measurements\FMMXU1

FMMXU1

CFG

LD0.FMMXU1.Hz.rangeC.llLim.f

FLOAT32

40.00

F low low limit

Low alarm frequency limit

35.00...75.00 Hz

Configuration\Measurements\FMMXU1

FMMXU1

VER

LD0.FMMXU1.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ1: Frequency protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

FRPFRQ1

f>/f<,df/dt(1)

81(1)

INP

LD0.FRPTRC1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Frequency protection\FRPFRQ1\Inputs

FRPFRQ1

f>/f<,df/dt(1)

81(1)

OUT

LD0.FRPTRC1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Frequency protection\FRPFRQ1\Outputs

FRPFRQ1

f>/f<,df/dt(1)

81(1)

OUT

LD0.FRPTRC1.Op.general

ACT

BOOLEAN

OPERATE

Operate

Monitoring\I/O status\Frequency protection\FRPFRQ1\Outputs

FRPFRQ1

f>/f<,df/dt(1)

81(1)

OUT

LD0.FRPTOF1.Str.general

ACD

BOOLEAN

ST_OFRQ

Start signal for overfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ1\Outputs

FRPFRQ1

f>/f<,df/dt(1)

81(1)

OUT

LD0.FRPTOF1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPR_OFRQ

Operate signal for overfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ1\Outputs

FRPFRQ1

f>/f<,df/dt(1)

81(1)

OUT

LD0.FRPTUF1.Str.general

ACD

BOOLEAN

ST_UFRQ

Start signal for underfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ1\Outputs

FRPFRQ1

f>/f<,df/dt(1)

81(1)

OUT

LD0.FRPTUF1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPR_UFRQ

Operate signal for underfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ1\Outputs

FRPFRQ1

f>/f<,df/dt(1)

81(1)

OUT

LD0.FRPFRC1.Str.general

ACD

BOOLEAN

ST_FRG

Start signal for frequency gradient

Monitoring\I/O status\Frequency protection\FRPFRQ1\Outputs

FRPFRQ1

f>/f<,df/dt(1)

81(1)

OUT

LD0.FRPFRC1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPR_FRG

Operate signal for frequency gradient

Monitoring\I/O status\Frequency protection\FRPFRQ1\Outputs

FRPFRQ1

f>/f<,df/dt(1)

81(1)

MON

LD0.FRPTRC1.Beh.stVal

INS

Enum

FRPFRQ1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

FRPFRQ1

f>/f<,df/dt(1)

81(1)

MON

LD0.FRPTRC1.StrDur.mag.f

FLOAT32

START_DUR

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ1\Monitored data

FRPFRQ1

f>/f<,df/dt(1)

81(1)

MON

LD0.FRPTOF1.StrDur.mag.f

FLOAT32

ST_DUR_OFRQ

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ1\Monitored data

FRPFRQ1

f>/f<,df/dt(1)

81(1)

MON

LD0.FRPTUF1.StrDur.mag.f

FLOAT32

ST_DUR_UFRQ

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ1\Monitored data

FRPFRQ1

f>/f<,df/dt(1)

81(1)

MON

LD0.FRPFRC1.StrDur.mag.f

FLOAT32

ST_DUR_FRG

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ1\Monitored data

FRPFRQ1

f>/f<,df/dt(1)

81(1)

SET

LD0.FRPTRC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Frequency protection\FRPFRQ1

FRPFRQ1

f>/f<,df/dt(1)

81(1)

SET

LD0.FRPTRC1.OpModProHz.setVal

ING

Enum

Operation mode

Frequency protection operation mode selection

1=Freq<; 2=Freq>; 3=df/dt; 4=Freq< + df/dt; 5=Freq> + df/dt; 6=Freq< OR df/dt; 7=Freq> OR df/dt

Settings\Settings\Frequency protection\FRPFRQ1

FRPFRQ1

f>/f<,df/dt(1)

81(1)

SET

LD0.FRPTOF1.StrVal.setMag.f

ASG

FLOAT32

1.050

Start value Freq>

Frequency start value overfrequency

0.900...1.200 xFn

Settings\Settings\Frequency protection\FRPFRQ1

FRPFRQ1

f>/f<,df/dt(1)

81(1)

SET

LD0.FRPTOF1.OpDlTmms.setVal

ING

INT32

200

Operate Tm Freq

Operate delay time for frequency

80...200000 ms

Settings\Settings\Frequency protection\FRPFRQ1

FRPFRQ1

f>/f<,df/dt(1)

81(1)

SET

LD0.FRPTOF1.RsDlTmms.setVal

ING

INT32

Reset delay Tm Freq

Reset delay time for frequency

0...60000 ms

Settings\Settings\Frequency protection\FRPFRQ1

FRPFRQ1

f>/f<,df/dt(1)

81(1)

SET

LD0.FRPTUF1.StrVal.setMag.f

ASG

FLOAT32

0.950

Start value Freq<

Frequency start value underfrequency

0.800...1.100 xFn

Settings\Settings\Frequency protection\FRPFRQ1

FRPFRQ1

f>/f<,df/dt(1)

81(1)

SET

LD0.FRPFRC1.StrVal.setMag.f

ASG

FLOAT32

0.010

Start value df/dt

Frequency start value rate of change

-0.200...0.200 xFn /s

Settings\Settings\Frequency protection\FRPFRQ1

FRPFRQ1

f>/f<,df/dt(1)

81(1)

SET

LD0.FRPFRC1.OpDlTmms.setVal

ING

INT32

400

Operate Tm df/dt

Operate delay time for frequency rate of change

120...200000 ms

Settings\Settings\Frequency protection\FRPFRQ1

FRPFRQ1

f>/f<,df/dt(1)

81(1)

SET

LD0.FRPFRC1.RsDlTmms.setVal

ING

INT32

Reset delay Tm df/dt

Reset delay time for rate of change

0...60000 ms

Settings\Settings\Frequency protection\FRPFRQ1

FRPFRQ1

f>/f<,df/dt(1)

81(1)

TES

LD0.FRPTRC1.TstOutCmd.Oper.ctlVal

INC

Enum

FRPFRQ1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; -21=Activate OPR_UFRQ; -22=Deactive OPR_UFRQ; -23=Activate OPR_OFRQ; -24=Deactive OPR_OFRQ; -25=Activate OPR_FRG; -26=Deactive OPR_FRG; -27=Activate ST_UFRQ; -28=Deactive ST_UFRQ; -29=Activate ST_OFRQ; -30=Deactive ST_OFRQ; -31=Activate ST_FRG; -32=Deactive ST_FRG

Tests\Function tests\Frequency protection

FRPFRQ1

f>/f<,df/dt(1)

81(1)

VER

LD0.FRPTRC1.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ1

f>/f<,df/dt(1)

81(1)

VER

LD0.FRPTOF1.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ1

f>/f<,df/dt(1)

81(1)

VER

LD0.FRPTUF1.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ1

f>/f<,df/dt(1)

81(1)

VER

LD0.FRPFRC1.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ2: Frequency protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

FRPFRQ2

f>/f<,df/dt(2)

81(2)

INP

LD0.FRPTRC2.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Frequency protection\FRPFRQ2\Inputs

FRPFRQ2

f>/f<,df/dt(2)

81(2)

OUT

LD0.FRPTRC2.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Frequency protection\FRPFRQ2\Outputs

FRPFRQ2

f>/f<,df/dt(2)

81(2)

OUT

LD0.FRPTRC2.Op.general

ACT

BOOLEAN

OPERATE

Operate

Monitoring\I/O status\Frequency protection\FRPFRQ2\Outputs

FRPFRQ2

f>/f<,df/dt(2)

81(2)

OUT

LD0.FRPTOF2.Str.general

ACD

BOOLEAN

ST_OFRQ

Start signal for overfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ2\Outputs

FRPFRQ2

f>/f<,df/dt(2)

81(2)

OUT

LD0.FRPTOF2.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPR_OFRQ

Operate signal for overfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ2\Outputs

FRPFRQ2

f>/f<,df/dt(2)

81(2)

OUT

LD0.FRPTUF2.Str.general

ACD

BOOLEAN

ST_UFRQ

Start signal for underfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ2\Outputs

FRPFRQ2

f>/f<,df/dt(2)

81(2)

OUT

LD0.FRPTUF2.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPR_UFRQ

Operate signal for underfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ2\Outputs

FRPFRQ2

f>/f<,df/dt(2)

81(2)

OUT

LD0.FRPFRC2.Str.general

ACD

BOOLEAN

ST_FRG

Start signal for frequency gradient

Monitoring\I/O status\Frequency protection\FRPFRQ2\Outputs

FRPFRQ2

f>/f<,df/dt(2)

81(2)

OUT

LD0.FRPFRC2.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPR_FRG

Operate signal for frequency gradient

Monitoring\I/O status\Frequency protection\FRPFRQ2\Outputs

FRPFRQ2

f>/f<,df/dt(2)

81(2)

MON

LD0.FRPTRC2.Beh.stVal

INS

Enum

FRPFRQ2

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

FRPFRQ2

f>/f<,df/dt(2)

81(2)

MON

LD0.FRPTRC2.StrDur.mag.f

FLOAT32

START_DUR

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ2\Monitored data

FRPFRQ2

f>/f<,df/dt(2)

81(2)

MON

LD0.FRPTOF2.StrDur.mag.f

FLOAT32

ST_DUR_OFRQ

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ2\Monitored data

FRPFRQ2

f>/f<,df/dt(2)

81(2)

MON

LD0.FRPTUF2.StrDur.mag.f

FLOAT32

ST_DUR_UFRQ

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ2\Monitored data

FRPFRQ2

f>/f<,df/dt(2)

81(2)

MON

LD0.FRPFRC2.StrDur.mag.f

FLOAT32

ST_DUR_FRG

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ2\Monitored data

FRPFRQ2

f>/f<,df/dt(2)

81(2)

SET

LD0.FRPTRC2.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Frequency protection\FRPFRQ2

FRPFRQ2

f>/f<,df/dt(2)

81(2)

SET

LD0.FRPTRC2.OpModProHz.setVal

ING

Enum

Operation mode

Frequency protection operation mode selection

1=Freq<; 2=Freq>; 3=df/dt; 4=Freq< + df/dt; 5=Freq> + df/dt; 6=Freq< OR df/dt; 7=Freq> OR df/dt

Settings\Settings\Frequency protection\FRPFRQ2

FRPFRQ2

f>/f<,df/dt(2)

81(2)

SET

LD0.FRPTOF2.StrVal.setMag.f

ASG

FLOAT32

1.050

Start value Freq>

Frequency start value overfrequency

0.900...1.200 xFn

Settings\Settings\Frequency protection\FRPFRQ2

FRPFRQ2

f>/f<,df/dt(2)

81(2)

SET

LD0.FRPTOF2.OpDlTmms.setVal

ING

INT32

200

Operate Tm Freq

Operate delay time for frequency

80...200000 ms

Settings\Settings\Frequency protection\FRPFRQ2

FRPFRQ2

f>/f<,df/dt(2)

81(2)

SET

LD0.FRPTOF2.RsDlTmms.setVal

ING

INT32

Reset delay Tm Freq

Reset delay time for frequency

0...60000 ms

Settings\Settings\Frequency protection\FRPFRQ2

FRPFRQ2

f>/f<,df/dt(2)

81(2)

SET

LD0.FRPTUF2.StrVal.setMag.f

ASG

FLOAT32

0.950

Start value Freq<

Frequency start value underfrequency

0.800...1.100 xFn

Settings\Settings\Frequency protection\FRPFRQ2

FRPFRQ2

f>/f<,df/dt(2)

81(2)

SET

LD0.FRPFRC2.StrVal.setMag.f

ASG

FLOAT32

0.010

Start value df/dt

Frequency start value rate of change

-0.200...0.200 xFn /s

Settings\Settings\Frequency protection\FRPFRQ2

FRPFRQ2

f>/f<,df/dt(2)

81(2)

SET

LD0.FRPFRC2.OpDlTmms.setVal

ING

INT32

400

Operate Tm df/dt

Operate delay time for frequency rate of change

120...200000 ms

Settings\Settings\Frequency protection\FRPFRQ2

FRPFRQ2

f>/f<,df/dt(2)

81(2)

SET

LD0.FRPFRC2.RsDlTmms.setVal

ING

INT32

Reset delay Tm df/dt

Reset delay time for rate of change

0...60000 ms

Settings\Settings\Frequency protection\FRPFRQ2

FRPFRQ2

f>/f<,df/dt(2)

81(2)

TES

LD0.FRPTRC2.TstOutCmd.Oper.ctlVal

INC

Enum

FRPFRQ2

Test control for outputs

Tests\Function tests\Frequency protection

FRPFRQ2

f>/f<,df/dt(2)

81(2)

VER

LD0.FRPTRC2.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ2

f>/f<,df/dt(2)

81(2)

VER

LD0.FRPTOF2.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ2

f>/f<,df/dt(2)

81(2)

VER

LD0.FRPTUF2.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ2

f>/f<,df/dt(2)

81(2)

VER

LD0.FRPFRC2.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ3: Frequency protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

FRPFRQ3

f>/f<,df/dt(3)

81(3)

INP

LD0.FRPTRC3.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Frequency protection\FRPFRQ3\Inputs

FRPFRQ3

f>/f<,df/dt(3)

81(3)

OUT

LD0.FRPTRC3.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Frequency protection\FRPFRQ3\Outputs

FRPFRQ3

f>/f<,df/dt(3)

81(3)

OUT

LD0.FRPTRC3.Op.general

ACT

BOOLEAN

OPERATE

Operate

Monitoring\I/O status\Frequency protection\FRPFRQ3\Outputs

FRPFRQ3

f>/f<,df/dt(3)

81(3)

OUT

LD0.FRPTOF3.Str.general

ACD

BOOLEAN

ST_OFRQ

Start signal for overfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ3\Outputs

FRPFRQ3

f>/f<,df/dt(3)

81(3)

OUT

LD0.FRPTOF3.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPR_OFRQ

Operate signal for overfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ3\Outputs

FRPFRQ3

f>/f<,df/dt(3)

81(3)

OUT

LD0.FRPTUF3.Str.general

ACD

BOOLEAN

ST_UFRQ

Start signal for underfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ3\Outputs

FRPFRQ3

f>/f<,df/dt(3)

81(3)

OUT

LD0.FRPTUF3.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPR_UFRQ

Operate signal for underfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ3\Outputs

FRPFRQ3

f>/f<,df/dt(3)

81(3)

OUT

LD0.FRPFRC3.Str.general

ACD

BOOLEAN

ST_FRG

Start signal for frequency gradient

Monitoring\I/O status\Frequency protection\FRPFRQ3\Outputs

FRPFRQ3

f>/f<,df/dt(3)

81(3)

OUT

LD0.FRPFRC3.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPR_FRG

Operate signal for frequency gradient

Monitoring\I/O status\Frequency protection\FRPFRQ3\Outputs

FRPFRQ3

f>/f<,df/dt(3)

81(3)

MON

LD0.FRPTRC3.Beh.stVal

INS

Enum

FRPFRQ3

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

FRPFRQ3

f>/f<,df/dt(3)

81(3)

MON

LD0.FRPTRC3.StrDur.mag.f

FLOAT32

START_DUR

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ3\Monitored data

FRPFRQ3

f>/f<,df/dt(3)

81(3)

MON

LD0.FRPTOF3.StrDur.mag.f

FLOAT32

ST_DUR_OFRQ

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ3\Monitored data

FRPFRQ3

f>/f<,df/dt(3)

81(3)

MON

LD0.FRPTUF3.StrDur.mag.f

FLOAT32

ST_DUR_UFRQ

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ3\Monitored data

FRPFRQ3

f>/f<,df/dt(3)

81(3)

MON

LD0.FRPFRC3.StrDur.mag.f

FLOAT32

ST_DUR_FRG

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ3\Monitored data

FRPFRQ3

f>/f<,df/dt(3)

81(3)

SET

LD0.FRPTRC3.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Frequency protection\FRPFRQ3

FRPFRQ3

f>/f<,df/dt(3)

81(3)

SET

LD0.FRPTRC3.OpModProHz.setVal

ING

Enum

Operation mode

Frequency protection operation mode selection

1=Freq<; 2=Freq>; 3=df/dt; 4=Freq< + df/dt; 5=Freq> + df/dt; 6=Freq< OR df/dt; 7=Freq> OR df/dt

Settings\Settings\Frequency protection\FRPFRQ3

FRPFRQ3

f>/f<,df/dt(3)

81(3)

SET

LD0.FRPTOF3.StrVal.setMag.f

ASG

FLOAT32

1.050

Start value Freq>

Frequency start value overfrequency

0.900...1.200 xFn

Settings\Settings\Frequency protection\FRPFRQ3

FRPFRQ3

f>/f<,df/dt(3)

81(3)

SET

LD0.FRPTOF3.OpDlTmms.setVal

ING

INT32

200

Operate Tm Freq

Operate delay time for frequency

80...200000 ms

Settings\Settings\Frequency protection\FRPFRQ3

FRPFRQ3

f>/f<,df/dt(3)

81(3)

SET

LD0.FRPTOF3.RsDlTmms.setVal

ING

INT32

Reset delay Tm Freq

Reset delay time for frequency

0...60000 ms

Settings\Settings\Frequency protection\FRPFRQ3

FRPFRQ3

f>/f<,df/dt(3)

81(3)

SET

LD0.FRPTUF3.StrVal.setMag.f

ASG

FLOAT32

0.950

Start value Freq<

Frequency start value underfrequency

0.800...1.100 xFn

Settings\Settings\Frequency protection\FRPFRQ3

FRPFRQ3

f>/f<,df/dt(3)

81(3)

SET

LD0.FRPFRC3.StrVal.setMag.f

ASG

FLOAT32

0.010

Start value df/dt

Frequency start value rate of change

-0.200...0.200 xFn /s

Settings\Settings\Frequency protection\FRPFRQ3

FRPFRQ3

f>/f<,df/dt(3)

81(3)

SET

LD0.FRPFRC3.OpDlTmms.setVal

ING

INT32

400

Operate Tm df/dt

Operate delay time for frequency rate of change

120...200000 ms

Settings\Settings\Frequency protection\FRPFRQ3

FRPFRQ3

f>/f<,df/dt(3)

81(3)

SET

LD0.FRPFRC3.RsDlTmms.setVal

ING

INT32

Reset delay Tm df/dt

Reset delay time for rate of change

0...60000 ms

Settings\Settings\Frequency protection\FRPFRQ3

FRPFRQ3

f>/f<,df/dt(3)

81(3)

TES

LD0.FRPTRC3.TstOutCmd.Oper.ctlVal

INC

Enum

FRPFRQ3

Test control for outputs

Tests\Function tests\Frequency protection

FRPFRQ3

f>/f<,df/dt(3)

81(3)

VER

LD0.FRPTRC3.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ3

f>/f<,df/dt(3)

81(3)

VER

LD0.FRPTOF3.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ3

f>/f<,df/dt(3)

81(3)

VER

LD0.FRPTUF3.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ3

f>/f<,df/dt(3)

81(3)

VER

LD0.FRPFRC3.NamPlt.swRev

LPL

VisString255 (20)

SECRSYN1: Synchrocheck

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

SECRSYN1

SYNC

INP

LD0.SECRSYN1.Mod.blockIn

INC

BOOLEAN

BLOCK

Blocking signal of the synchro check and voltage check function

Monitoring\I/O status\Control\SECRSYN1\Inputs

SECRSYN1

SYNC

INP

LD0.SECRSYN1.ClsRq.stVal

SPS

BOOLEAN

CL_COMMAND

External closing request

Monitoring\I/O status\Control\SECRSYN1\Inputs

SECRSYN1

SYNC

INP

LD0.SECRSYN1.ByPss.stVal

SPS

BOOLEAN

BYPASS

Request to bypass synchronism check and voltage check

Monitoring\I/O status\Control\SECRSYN1\Inputs

SECRSYN1

SYNC

OUT

LD0.SECRSYN1.Rel.stVal

SPS

BOOLEAN

SYNC_OK

Systems in synchronism

Monitoring\I/O status\Control\SECRSYN1\Outputs

SECRSYN1

SYNC

OUT

LD0.SECRSYN1.SynPrg.stVal

SPS

BOOLEAN

StatNrml

SYNC_INPRO

Synchronizing in progress

Monitoring\I/O status\Control\SECRSYN1\Outputs

SECRSYN1

SYNC

OUT

LD0.SECRSYN1.FailCmd.stVal

SPS

BOOLEAN

StatUrg

CMD_FAIL_AL

CB closing request failed

Monitoring\I/O status\Control\SECRSYN1\Outputs

SECRSYN1

SYNC

OUT

LD0.SECRSYN1.FailSyn.stVal

SPS

BOOLEAN

StatUrg

CL_FAIL_AL

CB closing failed

Monitoring\I/O status\Control\SECRSYN1\Outputs

SECRSYN1

SYNC

OUT

LD0.SECRSYN1.LLDBInd.stVal

SPS

BOOLEAN

LLDB

Live Line, Dead Bus

Monitoring\I/O status\Control\SECRSYN1\Outputs

SECRSYN1

SYNC

OUT

LD0.SECRSYN1.LLLBInd.stVal

SPS

BOOLEAN

LLLB

Live Line, Live Bus

Monitoring\I/O status\Control\SECRSYN1\Outputs

SECRSYN1

SYNC

OUT

LD0.SECRSYN1.DLLBInd.stVal

SPS

BOOLEAN

DLLB

Dead Line, Live Bus

Monitoring\I/O status\Control\SECRSYN1\Outputs

SECRSYN1

SYNC

OUT

LD0.SECRSYN1.DLDBInd.stVal

SPS

BOOLEAN

DLDB

Dead Line, Dead Bus

Monitoring\I/O status\Control\SECRSYN1\Outputs

SECRSYN1

SYNC

MON

LD0.SECRSYN1.Beh.stVal

INS

Enum

SECRSYN1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

SECRSYN1

SYNC

MON

LD0.SECRSYN1.VInd.stVal

SPS

BOOLEAN

U_DIFF_SYNC

Voltage difference out of limit for synchronizing

Monitoring\I/O status\Control\SECRSYN1\Monitored data

SECRSYN1

SYNC

MON

LD0.SECRSYN1.AngInd.stVal

SPS

BOOLEAN

PH_DIF_SYNC

Phase angle difference out of limit for synchronizing

Monitoring\I/O status\Control\SECRSYN1\Monitored data

SECRSYN1

SYNC

MON

LD0.SECRSYN1.HzInd.stVal

SPS

BOOLEAN

FR_DIFF_SYNC

Frequency difference out of limit for synchronizing

Monitoring\I/O status\Control\SECRSYN1\Monitored data

SECRSYN1

SYNC

MON

LD0.SECRSYN1.DifVClc.mag.f

FLOAT32

U_DIFF_MEAS

Calculated voltage amplitude difference

0.00...1.00 xUn

Monitoring\I/O status\Control\SECRSYN1\Monitored data

SECRSYN1

SYNC

MON

LD0.SECRSYN1.DifHzClc.mag.f

FLOAT32

FR_DIFF_MEAS

Calculated voltage frequency difference

0.000...0.100 xFn

Monitoring\I/O status\Control\SECRSYN1\Monitored data

SECRSYN1

SYNC

MON

LD0.SECRSYN1.DifAngClc.mag.f

FLOAT32

PH_DIFF_MEAS

Calculated voltage phase angle difference

0.00...180.00 deg

Monitoring\I/O status\Control\SECRSYN1\Monitored data

SECRSYN1

SYNC

MON

LD0.SECRSYN1.EnSt.stVal

INS

Enum

StatUrg

ENERG_STATE

Energization state of Line and Bus

0=Unknown; 1=Both Live; 2=Live L, Dead B; 3=Dead L, Live B; 4=Both Dead

Monitoring\I/O status\Control\SECRSYN1\Monitored data

SECRSYN1

SYNC

SET

LD0.SECRSYN1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Control\SECRSYN1

SECRSYN1

SYNC

SET

LD0.SECRSYN1.DifV.setMag.f

ASG

FLOAT32

0.05

Difference voltage

Maximum voltage difference limit

0.01...0.50 xUn

Settings\Settings\Control\SECRSYN1

SECRSYN1

SYNC

SET

LD0.SECRSYN1.DifHz.setMag.f

ASG

FLOAT32

0.001

Difference frequency

Maximum frequency difference limit

0.001...0.100 xFn

Settings\Settings\Control\SECRSYN1

SECRSYN1

SYNC

SET

LD0.SECRSYN1.DifAng.setMag.f

ASG

FLOAT32

Difference angle

Maximum angle difference limit

5...90 deg

Settings\Settings\Control\SECRSYN1

SECRSYN1

SYNC

SET

LD0.SECRSYN1.LivDeaMod.setVal

ING

Enum

Live dead mode

Energizing check mode

-1=Off; 1=Both Dead; 2=Live L, Dead B; 3=Dead L, Live B; 4=Dead Bus, L Any; 5=Dead L, Bus Any; 6=One Live, Dead; 7=Not Both Live

Settings\Settings\Control\SECRSYN1

SECRSYN1

SYNC

SET

LD0.SECRSYN1.DeaLinVal.setMag.f

ASG

FLOAT32

0.2

Dead line value

Voltage low limit line for energizing check

0.1...0.8 xUn

Settings\Settings\Control\SECRSYN1

UL1TVTR2

SECRSYN1

SYNC

SET

LD0.SECRSYN1.LivLinVal.setMag.f

ASG

FLOAT32

0.5

Live line value

Voltage high limit line for energizing check

0.2...1.0 xUn

Settings\Settings\Control\SECRSYN1

UL1TVTR2

SECRSYN1

SYNC

SET

LD0.SECRSYN1.DeaBusVal.setMag.f

ASG

FLOAT32

0.2

Dead bus value

Voltage low limit bus for energizing check

0.1...0.8 xUn

Settings\Settings\Control\SECRSYN1

UL1TVTR1

SECRSYN1

SYNC

SET

LD0.SECRSYN1.LivBusVal.setMag.f

ASG

FLOAT32

0.5

Live bus value

Voltage high limit bus for energizing check

0.2...1.0 xUn

Settings\Settings\Control\SECRSYN1

UL1TVTR1

SECRSYN1

SYNC

SET

LD0.SECRSYN1.PlsTmms.setVal

ING

INT32

200

Close pulse

Breaker closing pulse duration

200...60000 ms

Settings\Settings\Control\SECRSYN1

SECRSYN1

SYNC

SET

LD0.SECRSYN1.BkrTmms.setVal

ING

INT32

Closing time of CB

Closing time of the breaker

40...250 ms

Settings\Settings\Control\SECRSYN1

SECRSYN1

SYNC

SET

LD0.SECRSYN1.OpModSC.setVal

ING

Enum

Synchro check mode

Synchro check operation mode

1=Off; 2=Synchronous; 3=Asynchronous

Settings\Settings\Control\SECRSYN1

SECRSYN1

SYNC

SET

LD0.SECRSYN1.OpModCtl.setVal

ING

Enum

Control mode

Selection of synchro check command or Continuous control mode

1=Continuous; 2=Command

Settings\Settings\Control\SECRSYN1

SECRSYN1

SYNC

SET

LD0.SECRSYN1.MaxVEn.setMag.f

ASG

FLOAT32

1.05

Max energizing V

Maximum voltage for energizing

0.50...1.15 xUn

Settings\Settings\Control\SECRSYN1

SECRSYN1

SYNC

SET

LD0.SECRSYN1.PhSht.setMag.f

ASG

FLOAT32

180

Phase shift

Correction of phase difference between measured U_BUS and U_LINE

-180...180 deg

Settings\Settings\Control\SECRSYN1

SECRSYN1

SYNC

SET

LD0.SECRSYN1.EnTmms.setVal

ING

INT32

100

Energizing time

Time delay for energizing check

100...60000 ms

Settings\Settings\Control\SECRSYN1

SECRSYN1

SYNC

SET

LD0.SECRSYN1.MaxSynTmms.setVal

ING

INT32

2000

Maximum Syn time

Maximum time to accept synchronizing

100...6000000 ms

Settings\Settings\Control\SECRSYN1

SECRSYN1

SYNC

SET

LD0.SECRSYN1.MinSynTmms.setVal

ING

INT32

Minimum Syn time

Minimum time to accept synchronizing

0...60000 ms

Settings\Settings\Control\SECRSYN1

SECRSYN1

SYNC

TES

LD0.SECRSYN1.TstOutCmd.Oper.ctlVal

INC

Enum

SECRSYN1

Test control for outputs

0=Reset; -39=Activate SYNC_INPRO; -40=Deactive SYNC_INPRO; -41=Activate SYNC_OK; -42=Deactive SYNC_OK; -43=Activate CL_FAIL_AL; -44=Deactive CL_FAIL_AL; -45=Activate CMD_FAIL_AL; -46=Deactive CMD_FAIL_AL; -47=Activate LLDB; -48=Deactive LLDB; -49=Activate LLLB; -50=Deactive LLLB; -51=Activate DLLB; -52=Deactive DLLB; -53=Activate DLDB; -54=Deactive DLDB

Tests\Function tests\Control

SECRSYN1

SYNC

VER

LD0.SECRSYN1.NamPlt.swRev

LPL

VisString255 (20)

RESVMMXU1: Residual voltage measurement

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

RESVMMXU1

INP

LD0.RESVMMXU1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for all binary outputs

Monitoring\I/O status\Measurements\RESVMMXU1\Inputs

RESVMMXU1

OUT

LD0.RESVMMXU1.HiAlm.stVal

SPS

BOOLEAN

StatUrg

HIGH_ALARM

High alarm

Monitoring\I/O status\Measurements\RESVMMXU1\Outputs

RESVMMXU1

OUT

LD0.RESVMMXU1.HiWrn.stVal

SPS

BOOLEAN

StatUrg

HIGH_WARN

High warning

Monitoring\I/O status\Measurements\RESVMMXU1\Outputs

RESVMMXU1

MON

LD0.RESVMMXU1.PhV.res.instCVal.mag.f

WYE

FLOAT32

MeasFlt

U_INST_RES

Residual voltage Amplitude, magnitude of instantaneous value

0.00...4.00 xUn

Monitoring\I/O status\Measurements\RESVMMXU1\Monitored data

RESVMMXU1

MON

LD0.RESVMMXU1.PhV.res.cVal.mag.f

WYE

FLOAT32

MeasFlt

U_DB_RES

Residual voltage Amplitude, magnitude of reported value

0.00...4.00 xUn

Monitoring\I/O status\Measurements\RESVMMXU1\Monitored data

RESVMMXU1

MON

LD0.RESVMMXU1.PhV.res.range

WYE

Enum

MeasFlt

U_RANGE_RES

Residual voltage Amplitude range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Measurements\RESVMMXU1\Monitored data

RESVMMXU1

CFG

LD0.RESVMMXU1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Configuration\Measurements\RESVMMXU1

RESVMMXU1

CFG

LD0.RESVMMXU1.PhV.res.db

WYE

INT32U

10000

V deadband res

Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s)

100...100000

Configuration\Measurements\RESVMMXU1

RESVMMXU1

CFG

LD0.RESVMMXU1.PhV.res.rangeC.hhLim.f

WYE

FLOAT32

0.20

V Hi high limit res

High alarm voltage limit

0.00...4.00 xUn

Configuration\Measurements\RESVMMXU1

RESVMMXU1

CFG

LD0.RESVMMXU1.PhV.res.rangeC.hLim.f

WYE

FLOAT32

0.05

V high limit res

High warning voltage limit

0.00...4.00 xUn

Configuration\Measurements\RESVMMXU1

RESVMMXU1

CFG

LD0.RESVMMXU1.VMeasMod.setVal

ING

Enum

Measurement mode

Selects used measurement mode

1=RMS; 2=DFT

Configuration\Measurements\RESVMMXU1

RESVMMXU1

VER

LD0.RESVMMXU1.NamPlt.swRev

LPL

VisString255 (20)

LREFPNDF1: Low impedance restricted earth fault protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

LREFPNDF1

dIoLo>

87NL

INP

LD0.LREFPDIF1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Differential prot\LREFPNDF1\Inputs

LREFPNDF1

dIoLo>

87NL

OUT

LD0.LREFPDIF1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Differential prot\LREFPNDF1\Outputs

LREFPNDF1

dIoLo>

87NL

OUT

LD0.LREFPDIF1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Differential prot\LREFPNDF1\Outputs

LREFPNDF1

dIoLo>

87NL

OUT

LD0.LREFPDIF1.Blk2Hst.general

ACT

BOOLEAN

BLK2H

2nd harmonic block

Monitoring\I/O status\Differential prot\LREFPNDF1\Outputs

LREFPNDF1

dIoLo>

87NL

MON

LD0.LREFPDIF1.Beh.stVal

INS

Enum

LREFPNDF1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

LREFPNDF1

dIoLo>

87NL

MON

LD0.LREFPDIF1.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Differential prot\LREFPNDF1\Monitored data

LREFPNDF1

dIoLo>

87NL

MON

LD0.LREFPDIF1.DifAClc.res.cVal.mag.f

WYE

FLOAT32

ID_COSPHI

Directional differential current Id cosphi

0.00...80.00 xIn

Monitoring\I/O status\Differential prot\LREFPNDF1\Monitored data

LREFPNDF1

dIoLo>

87NL

MON

LD0.LREFPDIF1.RstA.res.cVal.mag.f

WYE

FLOAT32

Bias current

0.00...80.00 xIn

Monitoring\I/O status\Differential prot\LREFPNDF1\Monitored data

LREFPNDF1

dIoLo>

87NL

MON

LD0.LREFPHAR1.Str.general

ACD

BOOLEAN

RES2H

2nd harmonic restraint

Monitoring\I/O status\Differential prot\LREFPNDF1\Monitored data

LREFPNDF1

dIoLo>

87NL

SET

LD0.LREFPDIF1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Differential prot\LREFPNDF1

LREFPNDF1

dIoLo>

87NL

SET

LD0.LREFPDIF1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Differential prot\LREFPNDF1

LREFPNDF1

dIoLo>

87NL

SET

LD0.LREFPDIF1.LoSet.setVal

ING

INT32

Operate value

5...50 %In

Settings\Settings\Differential prot\LREFPNDF1

LREFPNDF1

dIoLo>

87NL

SET

LD0.LREFPDIF1.CTConnTyp.setVal

ING

Enum

CT connection type

1=Type 1; 2=Type 2

Settings\Settings\Differential prot\LREFPNDF1

LREFPNDF1

dIoLo>

87NL

SET

LD0.LREFPDIF1.RstMod.setVal

ING

Enum

Restraint mode

1=None; 2=Harmonic2

Settings\Settings\Differential prot\LREFPNDF1

LREFPNDF1

dIoLo>

87NL

SET

LD0.LREFPDIF1.MinOpTmms.setVal

ING

INT32

Minimum operate time

40...300000 ms

Settings\Settings\Differential prot\LREFPNDF1

LREFPNDF1

dIoLo>

87NL

SET

LD0.LREFPHAR1.PhStr.setMag.f

ASG

FLOAT32

Start value 2.H

The ratio of the 2. harmonic to fundamental component required for blocking

10...50 %In

Settings\Settings\Differential prot\LREFPNDF1

LREFPNDF1

dIoLo>

87NL

TES

LD0.LREFPDIF1.TstOutCmd.Oper.ctlVal

INC

Enum

LREFPNDF1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; 35=Activate BLK2H; 36=Deactive BLK2H

Tests\Function tests\Differential prot

LREFPNDF1

dIoLo>

87NL

VER

LD0.LREFPDIF1.NamPlt.swRev

LPL

VisString255 (20)

LREFPNDF1

dIoLo>

87NL

VER

LD0.LREFPHAR1.NamPlt.swRev

LPL

VisString255 (20)

EFHPTOC2: Non-directional earth-fault protection, high stage

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

EFHPTOC2

Io>>(2)

51N-2(2)

INP

LD0.EFHPTOC2.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Current protection\EFHPTOC2\Inputs

EFHPTOC2

Io>>(2)

51N-2(2)

INP

LD0.EFHPTOC2.InEnaMult.stVal

SPS

BOOLEAN

ENA_MULT

Enable signal for current multiplier

Monitoring\I/O status\Current protection\EFHPTOC2\Inputs

EFHPTOC2

Io>>(2)

51N-2(2)

OUT

LD0.EFHPTOC2.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Current protection\EFHPTOC2\Outputs

EFHPTOC2

Io>>(2)

51N-2(2)

OUT

LD0.EFHPTOC2.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\EFHPTOC2\Outputs

EFHPTOC2

Io>>(2)

51N-2(2)

MON

LD0.EFHPTOC2.Beh.stVal

INS

Enum

EFHPTOC2

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

EFHPTOC2

Io>>(2)

51N-2(2)

MON

LD0.EFHPTOC2.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\EFHPTOC2\Monitored data

EFHPTOC2

Io>>(2)

51N-2(2)

SET

LD0.EFHPTOC2.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\EFHPTOC2

EFHPTOC2

Io>>(2)

51N-2(2)

SET

LD0.EFHPTOC2.AMeasMod.setVal

ING

Enum

Measurement mode

Selects used measurement mode

1=RMS; 2=DFT; 3=Peak-to-Peak

Settings\Settings\Current protection\EFHPTOC2

EFHPTOC2

Io>>(2)

51N-2(2)

SET

LD0.EFHPTOC2.StrValMult.setMag.f

ASG

FLOAT32

1.0

Start value Mult

Multiplier for scaling the start value

0.8...10.0

Settings\Settings\Current protection\EFHPTOC2

EFHPTOC2

Io>>(2)

51N-2(2)

SET

LD0.EFHPTOC2.TmMult.setMag.f

ASG

FLOAT32

1.00

Time multiplier

Time multiplier in IEC/ANSI IDMT curves

0.05...15.00

Settings\Settings\Current protection\EFHPTOC2

EFHPTOC2

Io>>(2)

51N-2(2)

SET

LD0.EFHPTOC2.TmACrv.setCharact

CURVE

Enum

Operating curve type

Selection of time delay curve type

1=ANSI Ext. inv.; 3=ANSI Norm. inv.; 5=ANSI Def. Time; 9=IEC Norm. inv.; 10=IEC Very inv.; 12=IEC Ext. inv.; 15=IEC Def. Time; 17=Programmable

Settings\Settings\Current protection\EFHPTOC2

EFHPTOC2

Io>>(2)

51N-2(2)

SET

LD0.EFHPTOC2.TmACrv.setParA

CURVE

FLOAT32

28.2000

Curve parameter A

Parameter A for customer programmable curve

0.0086...120.0000

Settings\Settings\Current protection\EFHPTOC2

EFHPTOC2

Io>>(2)

51N-2(2)

SET

LD0.EFHPTOC2.TmACrv.setParB

CURVE

FLOAT32

0.1217

Curve parameter B

Parameter B for customer programmable curve

0.0000...0.7120

Settings\Settings\Current protection\EFHPTOC2

EFHPTOC2

Io>>(2)

51N-2(2)

SET

LD0.EFHPTOC2.TmACrv.setParC

CURVE

FLOAT32

2.00

Curve parameter C

Parameter C for customer programmable curve

0.02...2.00

Settings\Settings\Current protection\EFHPTOC2

EFHPTOC2

Io>>(2)

51N-2(2)

SET

LD0.EFHPTOC2.TmACrv.setParD

CURVE

FLOAT32

29.10

Curve parameter D

Parameter D for customer programmable curve

0.46...30.00

Settings\Settings\Current protection\EFHPTOC2

EFHPTOC2

Io>>(2)

51N-2(2)

SET

LD0.EFHPTOC2.TmACrv.setParE

CURVE

FLOAT32

1.0

Curve parameter E

Parameter E for customer programmable curve

0.0...1.0

Settings\Settings\Current protection\EFHPTOC2

EFHPTOC2

Io>>(2)

51N-2(2)

SET

LD0.EFHPTOC2.MinOpTmms.setVal

ING

INT32

Minimum operate time

Minimum operate time for IDMT curves

20...60000 ms

Settings\Settings\Current protection\EFHPTOC2

EFHPTOC2

Io>>(2)

51N-2(2)

SET

LD0.EFHPTOC2.OpDlTmms.setVal

ING

INT32

Operate delay time

40...200000 ms

Settings\Settings\Current protection\EFHPTOC2

EFHPTOC2

Io>>(2)

51N-2(2)

SET

LD0.EFHPTOC2.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\EFHPTOC2

EFHPTOC2

Io>>(2)

51N-2(2)

SET

LD0.EFHPTOC2.TypRsCrv.setVal

ING

Enum

Type of reset curve

Selection of reset curve type

1=Immediate; 2=Def time reset; 3=Inverse reset

Settings\Settings\Current protection\EFHPTOC2

EFHPTOC2

Io>>(2)

51N-2(2)

SET

LD0.EFHPTOC2.AResSigSel.setVal

ING

Enum

Io signal Sel

Selection for used Io signal

1=Measured Io; 2=Calculated Io

Settings\Settings\Current protection\EFHPTOC2

EFHPTOC2

Io>>(2)

51N-2(2)

TES

LD0.EFHPTOC2.TstOutCmd.Oper.ctlVal

INC

Enum

EFHPTOC2

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Current protection

EFHPTOC2

Io>>(2)

51N-2(2)

VER

LD0.EFHPTOC2.NamPlt.swRev

LPL

VisString255 (20)

HREFPDIF1: High impedance restricted earth fault protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

HREFPDIF1

dIoHi>

87NH

INP

LD0.HREFPDIF1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Differential prot\HREFPDIF1\Inputs

HREFPDIF1

dIoHi>

87NH

OUT

LD0.HREFPDIF1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Differential prot\HREFPDIF1\Outputs

HREFPDIF1

dIoHi>

87NH

OUT

LD0.HREFPDIF1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Differential prot\HREFPDIF1\Outputs

HREFPDIF1

dIoHi>

87NH

MON

LD0.HREFPDIF1.Beh.stVal

INS

Enum

HREFPDIF1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

HREFPDIF1

dIoHi>

87NH

MON

LD0.HREFPDIF1.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Differential prot\HREFPDIF1\Monitored data

HREFPDIF1

dIoHi>

87NH

SET

LD0.HREFPDIF1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Differential prot\HREFPDIF1

HREFPDIF1

dIoHi>

87NH

SET

LD0.HREFPDIF1.StrVal.setMag.f

ASG

FLOAT32

1.0

Operate value

Low operate value, percentage of the nominal current

1.0...50.0 %In

Settings\Settings\Differential prot\HREFPDIF1

RESTCTR1

HREFPDIF1

dIoHi>

87NH

SET

LD0.HREFPDIF1.MinOpTmms.setVal

ING

INT32

Minimum operate time

40...300000 ms

Settings\Settings\Differential prot\HREFPDIF1

HREFPDIF1

dIoHi>

87NH

SET

LD0.HREFPDIF1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Differential prot\HREFPDIF1

HREFPDIF1

dIoHi>

87NH

TES

LD0.HREFPDIF1.TstOutCmd.Oper.ctlVal

INC

Enum

HREFPDIF1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Differential prot

HREFPDIF1

dIoHi>

87NH

VER

LD0.HREFPDIF1.NamPlt.swRev

LPL

VisString255 (20)

DEFLPDEF1: Directional earth-fault, low stage

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

DEFLPDEF1

Io>->(1)

67N-1(1)

INP

LD0.DEFLPTOC1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Current protection\DEFLPDEF1\Inputs

DEFLPDEF1

Io>->(1)

67N-1(1)

INP

LD0.DEFLPTOC1.InEnaMult.stVal

SPS

BOOLEAN

ENA_MULT

Enable signal for current multiplier

Monitoring\I/O status\Current protection\DEFLPDEF1\Inputs

DEFLPDEF1

Io>->(1)

67N-1(1)

INP

LD0.DEFLRDIR1.InRcaCtl.stVal

SPS

BOOLEAN

RCA_CTL

Relay characteristic angle control

Monitoring\I/O status\Current protection\DEFLPDEF1\Inputs

DEFLPDEF1

Io>->(1)

67N-1(1)

OUT

LD0.DEFLPTOC1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Current protection\DEFLPDEF1\Outputs

DEFLPDEF1

Io>->(1)

67N-1(1)

OUT

LD0.DEFLPTOC1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Current protection\DEFLPDEF1\Outputs

DEFLPDEF1

Io>->(1)

67N-1(1)

MON

LD0.DEFLPTOC1.Beh.stVal

INS

Enum

DEFLPDEF1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

DEFLPDEF1

Io>->(1)

67N-1(1)

MON

LD0.DEFLPTOC1.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Current protection\DEFLPDEF1\Monitored data

DEFLPDEF1

Io>->(1)

67N-1(1)

MON

LD0.DEFLPTOC1.Str.dirGeneral

ACD

Enum

StatNrml

FAULT_DIR

Detected fault direction

0=unknown; 1=forward; 2=backward; 3=both

Monitoring\I/O status\Current protection\DEFLPDEF1\Monitored data

DEFLPDEF1

Io>->(1)

67N-1(1)

MON

LD0.DEFLRDIR1.OpAEF.mag.f

FLOAT32

I_OPER

Calculated operating current

0.00...40.00

Monitoring\I/O status\Current protection\DEFLPDEF1\Monitored data

DEFLPDEF1

Io>->(1)

67N-1(1)

MON

LD0.DEFLRDIR1.OpPolAng.mag.f

FLOAT32

ANGLE

Angle between polarizing and operating quantity

-180.00...180.00 deg

Monitoring\I/O status\Current protection\DEFLPDEF1\Monitored data

DEFLPDEF1

Io>->(1)

67N-1(1)

MON

LD0.DEFLRDIR1.OpChrAng.mag.f

FLOAT32

ANGLE_RCA

Angle between operating angle and characteristic angle

-180.00...180.00 deg

Monitoring\I/O status\Current protection\DEFLPDEF1\Monitored data

DEFLPDEF1

Io>->(1)

67N-1(1)

MON

LD0.DEFLRDIR1.Dir.dirGeneral

ACD

Enum

DIRECTION

Direction information

0=unknown; 1=forward; 2=backward; 3=both

Monitoring\I/O status\Current protection\DEFLPDEF1\Monitored data

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLPTOC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLPTOC1.StrValMult.setMag.f

ASG

FLOAT32

1.0

Start value Mult

Multiplier for scaling the start value

0.8...10.0

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLPTOC1.DirMod.setVal

ING

Enum

Directional mode

1=Non-directional; 2=Forward; 3=Reverse

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLPTOC1.TmMult.setMag.f

ASG

FLOAT32

1.00

Time multiplier

Time multiplier in IEC/ANSI IDMT curves

0.05...15.00

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLPTOC1.TmACrv.setCharact

CURVE

Enum

Operating curve type

Selection of time delay curve type

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLPTOC1.TmACrv.setParA

CURVE

FLOAT32

28.2000

Curve parameter A

Parameter A for customer programmable curve

0.0086...120.0000

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLPTOC1.TmACrv.setParB

CURVE

FLOAT32

0.1217

Curve parameter B

Parameter B for customer programmable curve

0.0000...0.7120

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLPTOC1.TmACrv.setParC

CURVE

FLOAT32

2.00

Curve parameter C

Parameter C for customer programmable curve

0.02...2.00

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLPTOC1.TmACrv.setParD

CURVE

FLOAT32

29.10

Curve parameter D

Parameter D for customer programmable curve

0.46...30.00

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLPTOC1.TmACrv.setParE

CURVE

FLOAT32

1.0

Curve parameter E

Parameter E for customer programmable curve

0.0...1.0

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLPTOC1.TypRsCrv.setVal

ING

Enum

Type of reset curve

Selection of reset curve type

1=Immediate; 2=Def time reset; 3=Inverse reset

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLPTOC1.OpDlTmms.setVal

ING

INT32

Operate delay time

60...200000 ms

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLPTOC1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLPTOC1.MinOpTmms.setVal

ING

INT32

Minimum operate time

Minimum operate time for IDMT curves

60...60000 ms

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLPTOC1.AllwNonDir.setVal

SPG

BOOLEAN

Allow Non Dir

Allows prot activation as non-dir when dir info is invalid

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLPTOC1.AMeasMod.setVal

ING

Enum

Measurement mode

Selects used measurement mode

1=RMS; 2=DFT; 3=Peak-to-Peak

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLPTOC1.EnaVLim.setVal

SPG

BOOLEAN

Enable voltage limit

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLPTOC1.AResSigSel.setVal

ING

Enum

Io signal Sel

Selection for used Io signal

1=Measured Io; 2=Calculated Io

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLRDIR1.OpModEF.setVal

ING

Enum

Operation mode

Operation criteria

1=Phase angle; 2=IoSin; 3=IoCos; 4=Phase angle 80; 5=Phase angle 88

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLRDIR1.ChrAng.setMag.f

ASG

FLOAT32

-90

Characteristic angle

-179...180 deg

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLRDIR1.MaxFwdAng.setMag.f

ASG

FLOAT32

Max forward angle

Maximum phase angle in forward direction

0...180 deg

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLRDIR1.MaxRvAng.setMag.f

ASG

FLOAT32

Max reverse angle

Maximum phase angle in reverse direction

0...180 deg

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLRDIR1.MinFwdAng.setMag.f

ASG

FLOAT32

Min forward angle

Minimum phase angle in forward direction

0...180 deg

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLRDIR1.MinRvAng.setMag.f

ASG

FLOAT32

Min reverse angle

Minimum phase angle in reverse direction

0...180 deg

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLRDIR1.CorAng.setMag.f

ASG

FLOAT32

0.0

Correction angle

Angle correction

0.0...10.0 deg

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLRDIR1.RevPol.setVal

SPG

BOOLEAN

Pol reversal

Rotate polarizing quantity

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

SET

LD0.DEFLRDIR1.PolSigSel.setVal

ING

Enum

Pol signal Sel

Selection for used polarization signal

1=Measured Uo; 2=Calculated Uo; 3=Neg. seq. volt.

Settings\Settings\Current protection\DEFLPDEF1

DEFLPDEF1

Io>->(1)

67N-1(1)

TES

LD0.DEFLPTOC1.TstOutCmd.Oper.ctlVal

INC

Enum

DEFLPDEF1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Current protection

DEFLPDEF1

Io>->(1)

67N-1(1)

VER

LD0.DEFLPTOC1.NamPlt.swRev

LPL

VisString255 (20)

DEFLPDEF1

Io>->(1)

67N-1(1)

VER

LD0.DEFLRDIR1.NamPlt.swRev

LPL

VisString255 (20)

LSHDPFRQ1: Load shedding

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

INP

LD0.LSHDPTRC1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Inputs

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

INP

LD0.LSHDPTRC1.ManRest.stVal

SPC

BOOLEAN

MAN_RESTORE

Manual restore signal

Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Inputs

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

INP

LD0.LSHDPTRC1.BlkRest.stVal

SPC

BOOLEAN

BLK_REST

Block restore

Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Inputs

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

OUT

LD0.LSHDPTRC1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Outputs

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

OUT

LD0.LSHDPTRC1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operation of load shedding

Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Outputs

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

OUT

LD0.LSHDPTRC1.RestLodStr.general

ACD

BOOLEAN

StatNrml

ST_REST

Restore frequency attained and restore timer started

Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Outputs

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

OUT

LD0.LSHDPTRC1.RestLodOp.general

ACT

BOOLEAN

StatNrml

PHT

RESTORE

Restore signal for load restoring purposes

Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Outputs

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

OUT

LD0.LSHDPTUF1.Str.general

ACD

BOOLEAN

ST_FRQ

Pick-Up signal for under frequency detection

Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Outputs

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

OUT

LD0.LSHDPTUF1.Op.general

ACT

BOOLEAN

OPR_FRQ

Operate signal for under frequency

Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Outputs

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

OUT

LD0.LSHDPFRC1.Str.general

ACD

BOOLEAN

ST_FRG

Pick-Up signal for high df/dt detection

Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Outputs

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

OUT

LD0.LSHDPFRC1.Op.general

ACT

BOOLEAN

OPR_FRG

Operate signal for high df/dt

Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Outputs

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

MON

LD0.LSHDPTRC1.Beh.stVal

INS

Enum

LSHDPFRQ1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

MON

LD0.LSHDPTRC1.StrDur.mag.f

FLOAT32

START_DUR

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\LSHDPFRQ1\Monitored data

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

SET

LD0.LSHDPTRC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Frequency protection\LSHDPFRQ1

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

SET

LD0.LSHDPTRC1.LodShdMod.setVal

ING

Enum

Load shed mode

Set the operation mode for load shedding function

1=Freq<; 6=Freq< OR df/dt; 8=Freq< AND df/dt

Settings\Settings\Frequency protection\LSHDPFRQ1

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

SET

LD0.LSHDPTRC1.RestStrVal.setMag.f

ASG

FLOAT32

0.998

Restore start Val

Restore frequency setting value

0.800...1.200 xFn

Settings\Settings\Frequency protection\LSHDPFRQ1

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

SET

LD0.LSHDPTRC1.OpDlTmms.setVal

ING

INT32

300

Restore delay time

Time delay to restore

80...200000 ms

Settings\Settings\Frequency protection\LSHDPFRQ1

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

SET

LD0.LSHDPTRC1.RestMod.setVal

ING

Enum

Restore mode

Mode of operation of restore functionality

1=Disabled; 2=Auto; 3=Manual

Settings\Settings\Frequency protection\LSHDPFRQ1

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

SET

LD0.LSHDPTRC1.RsDlTmms.setVal

ING

INT32

Reset delay time

Time delay after which the definite timers will reset

0...60000 ms

Settings\Settings\Frequency protection\LSHDPFRQ1

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

SET

LD0.LSHDPTUF1.StrVal.setMag.f

ASG

FLOAT32

0.975

Start value Freq

Frequency setting/start value

0.800...1.200 xFn

Settings\Settings\Frequency protection\LSHDPFRQ1

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

SET

LD0.LSHDPTUF1.OpDlTmms.setVal

ING

INT32

200

Operate Tm Freq

Time delay to operate for under frequency stage

80...200000 ms

Settings\Settings\Frequency protection\LSHDPFRQ1

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

SET

LD0.LSHDPFRC1.StrVal.setMag.f

ASG

FLOAT32

-0.010

Start value df/dt

Setting of frequency gradient for df/dt detection

-0.200...-0.005 xFn /s

Settings\Settings\Frequency protection\LSHDPFRQ1

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

SET

LD0.LSHDPFRC1.OpDlTmms.setVal

ING

INT32

200

Operate Tm df/dt

Time delay to operate for df/dt stage

120...200000 ms

Settings\Settings\Frequency protection\LSHDPFRQ1

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

TES

LD0.LSHDPTRC1.TstOutCmd.Oper.ctlVal

INC

Enum

LSHDPFRQ1

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE; -21=Activate OPR_UFRQ; -22=Deactive OPR_UFRQ; -25=Activate OPR_FRG; -26=Deactive OPR_FRG; -27=Activate ST_UFRQ; -28=Deactive ST_UFRQ; -31=Activate ST_FRG; -32=Deactive ST_FRG; 115=Activate RESTORE; 116=Deactive RESTORE; -55=Activate ST_REST; -56=Deactive ST_REST

Tests\Function tests\Frequency protection

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

VER

LD0.LSHDPTRC1.NamPlt.swRev

LPL

VisString255 (20)

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

VER

LD0.LSHDPTUF1.NamPlt.swRev

LPL

VisString255 (20)

LSHDPFRQ1

UFLS/R(1)

81LSH(1)

VER

LD0.LSHDPFRC1.NamPlt.swRev

LPL

VisString255 (20)

LSHDPFRQ2: Load shedding

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

INP

LD0.LSHDPTRC2.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Inputs

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

INP

LD0.LSHDPTRC2.ManRest.stVal

SPC

BOOLEAN

MAN_RESTORE

Manual restore signal

Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Inputs

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

INP

LD0.LSHDPTRC2.BlkRest.stVal

SPC

BOOLEAN

BLK_REST

Block restore

Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Inputs

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

OUT

LD0.LSHDPTRC2.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Outputs

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

OUT

LD0.LSHDPTRC2.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operation of load shedding

Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Outputs

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

OUT

LD0.LSHDPTRC2.RestLodStr.general

ACD

BOOLEAN

StatNrml

ST_REST

Restore frequency attained and restore timer started

Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Outputs

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

OUT

LD0.LSHDPTRC2.RestLodOp.general

ACT

BOOLEAN

StatNrml

PHT

RESTORE

Restore signal for load restoring purposes

Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Outputs

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

OUT

LD0.LSHDPTUF2.Str.general

ACD

BOOLEAN

ST_FRQ

Pick-Up signal for under frequency detection

Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Outputs

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

OUT

LD0.LSHDPTUF2.Op.general

ACT

BOOLEAN

OPR_FRQ

Operate signal for under frequency

Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Outputs

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

OUT

LD0.LSHDPFRC2.Str.general

ACD

BOOLEAN

ST_FRG

Pick-Up signal for high df/dt detection

Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Outputs

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

OUT

LD0.LSHDPFRC2.Op.general

ACT

BOOLEAN

OPR_FRG

Operate signal for high df/dt

Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Outputs

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

MON

LD0.LSHDPTRC2.Beh.stVal

INS

Enum

LSHDPFRQ2

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

MON

LD0.LSHDPTRC2.StrDur.mag.f

FLOAT32

START_DUR

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\LSHDPFRQ2\Monitored data

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

SET

LD0.LSHDPTRC2.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Frequency protection\LSHDPFRQ2

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

SET

LD0.LSHDPTRC2.LodShdMod.setVal

ING

Enum

Load shed mode

Set the operation mode for load shedding function

1=Freq<; 6=Freq< OR df/dt; 8=Freq< AND df/dt

Settings\Settings\Frequency protection\LSHDPFRQ2

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

SET

LD0.LSHDPTRC2.RestStrVal.setMag.f

ASG

FLOAT32

0.998

Restore start Val

Restore frequency setting value

0.800...1.200 xFn

Settings\Settings\Frequency protection\LSHDPFRQ2

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

SET

LD0.LSHDPTRC2.OpDlTmms.setVal

ING

INT32

300

Restore delay time

Time delay to restore

80...200000 ms

Settings\Settings\Frequency protection\LSHDPFRQ2

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

SET

LD0.LSHDPTRC2.RestMod.setVal

ING

Enum

Restore mode

Mode of operation of restore functionality

1=Disabled; 2=Auto; 3=Manual

Settings\Settings\Frequency protection\LSHDPFRQ2

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

SET

LD0.LSHDPTRC2.RsDlTmms.setVal

ING

INT32

Reset delay time

Time delay after which the definite timers will reset

0...60000 ms

Settings\Settings\Frequency protection\LSHDPFRQ2

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

SET

LD0.LSHDPTUF2.StrVal.setMag.f

ASG

FLOAT32

0.975

Start value Freq

Frequency setting/start value

0.800...1.200 xFn

Settings\Settings\Frequency protection\LSHDPFRQ2

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

SET

LD0.LSHDPTUF2.OpDlTmms.setVal

ING

INT32

200

Operate Tm Freq

Time delay to operate for under frequency stage

80...200000 ms

Settings\Settings\Frequency protection\LSHDPFRQ2

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

SET

LD0.LSHDPFRC2.StrVal.setMag.f

ASG

FLOAT32

-0.010

Start value df/dt

Setting of frequency gradient for df/dt detection

-0.200...-0.005 xFn /s

Settings\Settings\Frequency protection\LSHDPFRQ2

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

SET

LD0.LSHDPFRC2.OpDlTmms.setVal

ING

INT32

200

Operate Tm df/dt

Time delay to operate for df/dt stage

120...200000 ms

Settings\Settings\Frequency protection\LSHDPFRQ2

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

TES

LD0.LSHDPTRC2.TstOutCmd.Oper.ctlVal

INC

Enum

LSHDPFRQ2

Test control for outputs

Tests\Function tests\Frequency protection

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

VER

LD0.LSHDPTRC2.NamPlt.swRev

LPL

VisString255 (20)

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

VER

LD0.LSHDPTUF2.NamPlt.swRev

LPL

VisString255 (20)

LSHDPFRQ2

UFLS/R(2)

81LSH(2)

VER

LD0.LSHDPFRC2.NamPlt.swRev

LPL

VisString255 (20)

LSHDPFRQ3: Load shedding

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

INP

LD0.LSHDPTRC3.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Inputs

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

INP

LD0.LSHDPTRC3.ManRest.stVal

SPC

BOOLEAN

MAN_RESTORE

Manual restore signal

Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Inputs

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

INP

LD0.LSHDPTRC3.BlkRest.stVal

SPC

BOOLEAN

BLK_REST

Block restore

Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Inputs

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

OUT

LD0.LSHDPTRC3.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Outputs

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

OUT

LD0.LSHDPTRC3.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operation of load shedding

Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Outputs

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

OUT

LD0.LSHDPTRC3.RestLodStr.general

ACD

BOOLEAN

StatNrml

ST_REST

Restore frequency attained and restore timer started

Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Outputs

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

OUT

LD0.LSHDPTRC3.RestLodOp.general

ACT

BOOLEAN

StatNrml

PHT

RESTORE

Restore signal for load restoring purposes

Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Outputs

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

OUT

LD0.LSHDPTUF3.Str.general

ACD

BOOLEAN

ST_FRQ

Pick-Up signal for under frequency detection

Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Outputs

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

OUT

LD0.LSHDPTUF3.Op.general

ACT

BOOLEAN

OPR_FRQ

Operate signal for under frequency

Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Outputs

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

OUT

LD0.LSHDPFRC3.Str.general

ACD

BOOLEAN

ST_FRG

Pick-Up signal for high df/dt detection

Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Outputs

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

OUT

LD0.LSHDPFRC3.Op.general

ACT

BOOLEAN

OPR_FRG

Operate signal for high df/dt

Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Outputs

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

MON

LD0.LSHDPTRC3.Beh.stVal

INS

Enum

LSHDPFRQ3

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

MON

LD0.LSHDPTRC3.StrDur.mag.f

FLOAT32

START_DUR

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\LSHDPFRQ3\Monitored data

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

SET

LD0.LSHDPTRC3.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Frequency protection\LSHDPFRQ3

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

SET

LD0.LSHDPTRC3.LodShdMod.setVal

ING

Enum

Load shed mode

Set the operation mode for load shedding function

1=Freq<; 6=Freq< OR df/dt; 8=Freq< AND df/dt

Settings\Settings\Frequency protection\LSHDPFRQ3

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

SET

LD0.LSHDPTRC3.RestStrVal.setMag.f

ASG

FLOAT32

0.998

Restore start Val

Restore frequency setting value

0.800...1.200 xFn

Settings\Settings\Frequency protection\LSHDPFRQ3

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

SET

LD0.LSHDPTRC3.OpDlTmms.setVal

ING

INT32

300

Restore delay time

Time delay to restore

80...200000 ms

Settings\Settings\Frequency protection\LSHDPFRQ3

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

SET

LD0.LSHDPTRC3.RestMod.setVal

ING

Enum

Restore mode

Mode of operation of restore functionality

1=Disabled; 2=Auto; 3=Manual

Settings\Settings\Frequency protection\LSHDPFRQ3

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

SET

LD0.LSHDPTRC3.RsDlTmms.setVal

ING

INT32

Reset delay time

Time delay after which the definite timers will reset

0...60000 ms

Settings\Settings\Frequency protection\LSHDPFRQ3

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

SET

LD0.LSHDPTUF3.StrVal.setMag.f

ASG

FLOAT32

0.975

Start value Freq

Frequency setting/start value

0.800...1.200 xFn

Settings\Settings\Frequency protection\LSHDPFRQ3

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

SET

LD0.LSHDPTUF3.OpDlTmms.setVal

ING

INT32

200

Operate Tm Freq

Time delay to operate for under frequency stage

80...200000 ms

Settings\Settings\Frequency protection\LSHDPFRQ3

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

SET

LD0.LSHDPFRC3.StrVal.setMag.f

ASG

FLOAT32

-0.010

Start value df/dt

Setting of frequency gradient for df/dt detection

-0.200...-0.005 xFn /s

Settings\Settings\Frequency protection\LSHDPFRQ3

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

SET

LD0.LSHDPFRC3.OpDlTmms.setVal

ING

INT32

200

Operate Tm df/dt

Time delay to operate for df/dt stage

120...200000 ms

Settings\Settings\Frequency protection\LSHDPFRQ3

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

TES

LD0.LSHDPTRC3.TstOutCmd.Oper.ctlVal

INC

Enum

LSHDPFRQ3

Test control for outputs

Tests\Function tests\Frequency protection

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

VER

LD0.LSHDPTRC3.NamPlt.swRev

LPL

VisString255 (20)

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

VER

LD0.LSHDPTUF3.NamPlt.swRev

LPL

VisString255 (20)

LSHDPFRQ3

UFLS/R(3)

81LSH(3)

VER

LD0.LSHDPFRC3.NamPlt.swRev

LPL

VisString255 (20)

LSHDPFRQ4: Load shedding

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

INP

LD0.LSHDPTRC4.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Inputs

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

INP

LD0.LSHDPTRC4.ManRest.stVal

SPC

BOOLEAN

MAN_RESTORE

Manual restore signal

Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Inputs

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

INP

LD0.LSHDPTRC4.BlkRest.stVal

SPC

BOOLEAN

BLK_REST

Block restore

Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Inputs

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

OUT

LD0.LSHDPTRC4.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Outputs

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

OUT

LD0.LSHDPTRC4.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operation of load shedding

Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Outputs

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

OUT

LD0.LSHDPTRC4.RestLodStr.general

ACD

BOOLEAN

StatNrml

ST_REST

Restore frequency attained and restore timer started

Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Outputs

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

OUT

LD0.LSHDPTRC4.RestLodOp.general

ACT

BOOLEAN

StatNrml

PHT

RESTORE

Restore signal for load restoring purposes

Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Outputs

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

OUT

LD0.LSHDPTUF4.Str.general

ACD

BOOLEAN

ST_FRQ

Pick-Up signal for under frequency detection

Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Outputs

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

OUT

LD0.LSHDPTUF4.Op.general

ACT

BOOLEAN

OPR_FRQ

Operate signal for under frequency

Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Outputs

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

OUT

LD0.LSHDPFRC4.Str.general

ACD

BOOLEAN

ST_FRG

Pick-Up signal for high df/dt detection

Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Outputs

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

OUT

LD0.LSHDPFRC4.Op.general

ACT

BOOLEAN

OPR_FRG

Operate signal for high df/dt

Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Outputs

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

MON

LD0.LSHDPTRC4.Beh.stVal

INS

Enum

LSHDPFRQ4

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

MON

LD0.LSHDPTRC4.StrDur.mag.f

FLOAT32

START_DUR

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\LSHDPFRQ4\Monitored data

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

SET

LD0.LSHDPTRC4.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Frequency protection\LSHDPFRQ4

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

SET

LD0.LSHDPTRC4.LodShdMod.setVal

ING

Enum

Load shed mode

Set the operation mode for load shedding function

1=Freq<; 6=Freq< OR df/dt; 8=Freq< AND df/dt

Settings\Settings\Frequency protection\LSHDPFRQ4

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

SET

LD0.LSHDPTRC4.RestStrVal.setMag.f

ASG

FLOAT32

0.998

Restore start Val

Restore frequency setting value

0.800...1.200 xFn

Settings\Settings\Frequency protection\LSHDPFRQ4

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

SET

LD0.LSHDPTRC4.OpDlTmms.setVal

ING

INT32

300

Restore delay time

Time delay to restore

80...200000 ms

Settings\Settings\Frequency protection\LSHDPFRQ4

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

SET

LD0.LSHDPTRC4.RestMod.setVal

ING

Enum

Restore mode

Mode of operation of restore functionality

1=Disabled; 2=Auto; 3=Manual

Settings\Settings\Frequency protection\LSHDPFRQ4

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

SET

LD0.LSHDPTRC4.RsDlTmms.setVal

ING

INT32

Reset delay time

Time delay after which the definite timers will reset

0...60000 ms

Settings\Settings\Frequency protection\LSHDPFRQ4

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

SET

LD0.LSHDPTUF4.StrVal.setMag.f

ASG

FLOAT32

0.975

Start value Freq

Frequency setting/start value

0.800...1.200 xFn

Settings\Settings\Frequency protection\LSHDPFRQ4

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

SET

LD0.LSHDPTUF4.OpDlTmms.setVal

ING

INT32

200

Operate Tm Freq

Time delay to operate for under frequency stage

80...200000 ms

Settings\Settings\Frequency protection\LSHDPFRQ4

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

SET

LD0.LSHDPFRC4.StrVal.setMag.f

ASG

FLOAT32

-0.010

Start value df/dt

Setting of frequency gradient for df/dt detection

-0.200...-0.005 xFn /s

Settings\Settings\Frequency protection\LSHDPFRQ4

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

SET

LD0.LSHDPFRC4.OpDlTmms.setVal

ING

INT32

200

Operate Tm df/dt

Time delay to operate for df/dt stage

120...200000 ms

Settings\Settings\Frequency protection\LSHDPFRQ4

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

TES

LD0.LSHDPTRC4.TstOutCmd.Oper.ctlVal

INC

Enum

LSHDPFRQ4

Test control for outputs

Tests\Function tests\Frequency protection

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

VER

LD0.LSHDPTRC4.NamPlt.swRev

LPL

VisString255 (20)

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

VER

LD0.LSHDPTUF4.NamPlt.swRev

LPL

VisString255 (20)

LSHDPFRQ4

UFLS/R(4)

81LSH(4)

VER

LD0.LSHDPFRC4.NamPlt.swRev

LPL

VisString255 (20)

LSHDPFRQ5: Load shedding

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

INP

LD0.LSHDPTRC5.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Inputs

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

INP

LD0.LSHDPTRC5.ManRest.stVal

SPC

BOOLEAN

MAN_RESTORE

Manual restore signal

Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Inputs

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

INP

LD0.LSHDPTRC5.BlkRest.stVal

SPC

BOOLEAN

BLK_REST

Block restore

Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Inputs

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

OUT

LD0.LSHDPTRC5.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Outputs

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

OUT

LD0.LSHDPTRC5.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operation of load shedding

Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Outputs

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

OUT

LD0.LSHDPTRC5.RestLodStr.general

ACD

BOOLEAN

StatNrml

ST_REST

Restore frequency attained and restore timer started

Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Outputs

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

OUT

LD0.LSHDPTRC5.RestLodOp.general

ACT

BOOLEAN

StatNrml

PHT

RESTORE

Restore signal for load restoring purposes

Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Outputs

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

OUT

LD0.LSHDPTUF5.Str.general

ACD

BOOLEAN

ST_FRQ

Pick-Up signal for under frequency detection

Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Outputs

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

OUT

LD0.LSHDPTUF5.Op.general

ACT

BOOLEAN

OPR_FRQ

Operate signal for under frequency

Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Outputs

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

OUT

LD0.LSHDPFRC5.Str.general

ACD

BOOLEAN

ST_FRG

Pick-Up signal for high df/dt detection

Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Outputs

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

OUT

LD0.LSHDPFRC5.Op.general

ACT

BOOLEAN

OPR_FRG

Operate signal for high df/dt

Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Outputs

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

MON

LD0.LSHDPTRC5.Beh.stVal

INS

Enum

LSHDPFRQ5

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

MON

LD0.LSHDPTRC5.StrDur.mag.f

FLOAT32

START_DUR

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\LSHDPFRQ5\Monitored data

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

SET

LD0.LSHDPTRC5.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Frequency protection\LSHDPFRQ5

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

SET

LD0.LSHDPTRC5.LodShdMod.setVal

ING

Enum

Load shed mode

Set the operation mode for load shedding function

1=Freq<; 6=Freq< OR df/dt; 8=Freq< AND df/dt

Settings\Settings\Frequency protection\LSHDPFRQ5

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

SET

LD0.LSHDPTRC5.RestStrVal.setMag.f

ASG

FLOAT32

0.998

Restore start Val

Restore frequency setting value

0.800...1.200 xFn

Settings\Settings\Frequency protection\LSHDPFRQ5

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

SET

LD0.LSHDPTRC5.OpDlTmms.setVal

ING

INT32

300

Restore delay time

Time delay to restore

80...200000 ms

Settings\Settings\Frequency protection\LSHDPFRQ5

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

SET

LD0.LSHDPTRC5.RestMod.setVal

ING

Enum

Restore mode

Mode of operation of restore functionality

1=Disabled; 2=Auto; 3=Manual

Settings\Settings\Frequency protection\LSHDPFRQ5

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

SET

LD0.LSHDPTRC5.RsDlTmms.setVal

ING

INT32

Reset delay time

Time delay after which the definite timers will reset

0...60000 ms

Settings\Settings\Frequency protection\LSHDPFRQ5

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

SET

LD0.LSHDPTUF5.StrVal.setMag.f

ASG

FLOAT32

0.975

Start value Freq

Frequency setting/start value

0.800...1.200 xFn

Settings\Settings\Frequency protection\LSHDPFRQ5

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

SET

LD0.LSHDPTUF5.OpDlTmms.setVal

ING

INT32

200

Operate Tm Freq

Time delay to operate for under frequency stage

80...200000 ms

Settings\Settings\Frequency protection\LSHDPFRQ5

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

SET

LD0.LSHDPFRC5.StrVal.setMag.f

ASG

FLOAT32

-0.010

Start value df/dt

Setting of frequency gradient for df/dt detection

-0.200...-0.005 xFn /s

Settings\Settings\Frequency protection\LSHDPFRQ5

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

SET

LD0.LSHDPFRC5.OpDlTmms.setVal

ING

INT32

200

Operate Tm df/dt

Time delay to operate for df/dt stage

120...200000 ms

Settings\Settings\Frequency protection\LSHDPFRQ5

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

TES

LD0.LSHDPTRC5.TstOutCmd.Oper.ctlVal

INC

Enum

LSHDPFRQ5

Test control for outputs

Tests\Function tests\Frequency protection

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

VER

LD0.LSHDPTRC5.NamPlt.swRev

LPL

VisString255 (20)

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

VER

LD0.LSHDPTUF5.NamPlt.swRev

LPL

VisString255 (20)

LSHDPFRQ5

UFLS/R(5)

81LSH(5)

VER

LD0.LSHDPFRC5.NamPlt.swRev

LPL

VisString255 (20)

PSPTUV2: Positive sequence undervoltage

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

PSPTUV2

U1<(2)

47U+(2)

INP

LD0.PSPTUV2.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Voltage protection\PSPTUV2\Inputs

PSPTUV2

U1<(2)

47U+(2)

OUT

LD0.PSPTUV2.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Voltage protection\PSPTUV2\Outputs

PSPTUV2

U1<(2)

47U+(2)

OUT

LD0.PSPTUV2.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Voltage protection\PSPTUV2\Outputs

PSPTUV2

U1<(2)

47U+(2)

MON

LD0.PSPTUV2.Beh.stVal

INS

Enum

PSPTUV2

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

PSPTUV2

U1<(2)

47U+(2)

MON

LD0.PSPTUV2.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Voltage protection\PSPTUV2\Monitored data

PSPTUV2

U1<(2)

47U+(2)

SET

LD0.PSPTUV2.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Voltage protection\PSPTUV2

PSPTUV2

U1<(2)

47U+(2)

SET

LD0.PSPTUV2.StrVal.setMag.f

ASG

FLOAT32

0.500

Start value

0.010...1.200 xUn

Settings\Settings\Voltage protection\PSPTUV2

UL1TVTR1

PSPTUV2

U1<(2)

47U+(2)

SET

LD0.PSPTUV2.OpDlTmms.setVal

ING

INT32

Operate delay time

40...120000 ms

Settings\Settings\Voltage protection\PSPTUV2

PSPTUV2

U1<(2)

47U+(2)

SET

LD0.PSPTUV2.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Voltage protection\PSPTUV2

PSPTUV2

U1<(2)

47U+(2)

SET

LD0.PSPTUV2.BlkVal.setMag.f

ASG

FLOAT32

0.20

Voltage block value

Internal blocking level

0.01...1.00 xUn

Settings\Settings\Voltage protection\PSPTUV2

UL1TVTR1

PSPTUV2

U1<(2)

47U+(2)

SET

LD0.PSPTUV2.EnaBlkVal.setVal

SPG

BOOLEAN

Enable block value

Enable Internal Blocking

Settings\Settings\Voltage protection\PSPTUV2

PSPTUV2

U1<(2)

47U+(2)

SET

LD0.PSPTUV2.HysRl.setMag.f

ASG

FLOAT32

4.0

Relative hysteresis

Relative hysteresis for operation

1.0...5.0 %

Settings\Settings\Voltage protection\PSPTUV2

PSPTUV2

U1<(2)

47U+(2)

TES

LD0.PSPTUV2.TstOutCmd.Oper.ctlVal

INC

Enum

PSPTUV2

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Voltage protection

PSPTUV2

U1<(2)

47U+(2)

VER

LD0.PSPTUV2.NamPlt.swRev

LPL

VisString255 (20)

NSPTOV2: Negative sequence overvoltage

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

NSPTOV2

U2>(2)

47O-(2)

INP

LD0.NSPTOV2.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Voltage protection\NSPTOV2\Inputs

NSPTOV2

U2>(2)

47O-(2)

OUT

LD0.NSPTOV2.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Voltage protection\NSPTOV2\Outputs

NSPTOV2

U2>(2)

47O-(2)

OUT

LD0.NSPTOV2.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Voltage protection\NSPTOV2\Outputs

NSPTOV2

U2>(2)

47O-(2)

MON

LD0.NSPTOV2.Beh.stVal

INS

Enum

NSPTOV2

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

NSPTOV2

U2>(2)

47O-(2)

MON

LD0.NSPTOV2.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Voltage protection\NSPTOV2\Monitored data

NSPTOV2

U2>(2)

47O-(2)

SET

LD0.NSPTOV2.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Voltage protection\NSPTOV2

NSPTOV2

U2>(2)

47O-(2)

SET

LD0.NSPTOV2.StrVal.setMag.f

ASG

FLOAT32

0.030

Start value

0.010...1.000 xUn

Settings\Settings\Voltage protection\NSPTOV2

UL1TVTR1

NSPTOV2

U2>(2)

47O-(2)

SET

LD0.NSPTOV2.OpDlTmms.setVal

ING

INT32

Operate delay time

40...120000 ms

Settings\Settings\Voltage protection\NSPTOV2

NSPTOV2

U2>(2)

47O-(2)

SET

LD0.NSPTOV2.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Voltage protection\NSPTOV2

NSPTOV2

U2>(2)

47O-(2)

TES

LD0.NSPTOV2.TstOutCmd.Oper.ctlVal

INC

Enum

NSPTOV2

Test control for outputs

0=Reset; 1=Activate START; 2=Deactive START; 9=Activate OPERATE; 10=Deactive OPERATE

Tests\Function tests\Voltage protection

NSPTOV2

U2>(2)

47O-(2)

VER

LD0.NSPTOV2.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ4: Frequency protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

FRPFRQ4

f>/f<,df/dt(4)

81(4)

INP

LD0.FRPTRC4.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Frequency protection\FRPFRQ4\Inputs

FRPFRQ4

f>/f<,df/dt(4)

81(4)

OUT

LD0.FRPTRC4.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Frequency protection\FRPFRQ4\Outputs

FRPFRQ4

f>/f<,df/dt(4)

81(4)

OUT

LD0.FRPTRC4.Op.general

ACT

BOOLEAN

OPERATE

Operate

Monitoring\I/O status\Frequency protection\FRPFRQ4\Outputs

FRPFRQ4

f>/f<,df/dt(4)

81(4)

OUT

LD0.FRPTOF4.Str.general

ACD

BOOLEAN

ST_OFRQ

Start signal for overfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ4\Outputs

FRPFRQ4

f>/f<,df/dt(4)

81(4)

OUT

LD0.FRPTOF4.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPR_OFRQ

Operate signal for overfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ4\Outputs

FRPFRQ4

f>/f<,df/dt(4)

81(4)

OUT

LD0.FRPTUF4.Str.general

ACD

BOOLEAN

ST_UFRQ

Start signal for underfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ4\Outputs

FRPFRQ4

f>/f<,df/dt(4)

81(4)

OUT

LD0.FRPTUF4.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPR_UFRQ

Operate signal for underfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ4\Outputs

FRPFRQ4

f>/f<,df/dt(4)

81(4)

OUT

LD0.FRPFRC4.Str.general

ACD

BOOLEAN

ST_FRG

Start signal for frequency gradient

Monitoring\I/O status\Frequency protection\FRPFRQ4\Outputs

FRPFRQ4

f>/f<,df/dt(4)

81(4)

OUT

LD0.FRPFRC4.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPR_FRG

Operate signal for frequency gradient

Monitoring\I/O status\Frequency protection\FRPFRQ4\Outputs

FRPFRQ4

f>/f<,df/dt(4)

81(4)

MON

LD0.FRPTRC4.Beh.stVal

INS

Enum

FRPFRQ4

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

FRPFRQ4

f>/f<,df/dt(4)

81(4)

MON

LD0.FRPTRC4.StrDur.mag.f

FLOAT32

START_DUR

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ4\Monitored data

FRPFRQ4

f>/f<,df/dt(4)

81(4)

MON

LD0.FRPTOF4.StrDur.mag.f

FLOAT32

ST_DUR_OFRQ

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ4\Monitored data

FRPFRQ4

f>/f<,df/dt(4)

81(4)

MON

LD0.FRPTUF4.StrDur.mag.f

FLOAT32

ST_DUR_UFRQ

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ4\Monitored data

FRPFRQ4

f>/f<,df/dt(4)

81(4)

MON

LD0.FRPFRC4.StrDur.mag.f

FLOAT32

ST_DUR_FRG

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ4\Monitored data

FRPFRQ4

f>/f<,df/dt(4)

81(4)

SET

LD0.FRPTRC4.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Frequency protection\FRPFRQ4

FRPFRQ4

f>/f<,df/dt(4)

81(4)

SET

LD0.FRPTRC4.OpModProHz.setVal

ING

Enum

Operation mode

Frequency protection operation mode selection

1=Freq<; 2=Freq>; 3=df/dt; 4=Freq< + df/dt; 5=Freq> + df/dt; 6=Freq< OR df/dt; 7=Freq> OR df/dt

Settings\Settings\Frequency protection\FRPFRQ4

FRPFRQ4

f>/f<,df/dt(4)

81(4)

SET

LD0.FRPTOF4.StrVal.setMag.f

ASG

FLOAT32

1.050

Start value Freq>

Frequency start value overfrequency

0.900...1.200 xFn

Settings\Settings\Frequency protection\FRPFRQ4

FRPFRQ4

f>/f<,df/dt(4)

81(4)

SET

LD0.FRPTOF4.OpDlTmms.setVal

ING

INT32

200

Operate Tm Freq

Operate delay time for frequency

80...200000 ms

Settings\Settings\Frequency protection\FRPFRQ4

FRPFRQ4

f>/f<,df/dt(4)

81(4)

SET

LD0.FRPTOF4.RsDlTmms.setVal

ING

INT32

Reset delay Tm Freq

Reset delay time for frequency

0...60000 ms

Settings\Settings\Frequency protection\FRPFRQ4

FRPFRQ4

f>/f<,df/dt(4)

81(4)

SET

LD0.FRPTUF4.StrVal.setMag.f

ASG

FLOAT32

0.950

Start value Freq<

Frequency start value underfrequency

0.800...1.100 xFn

Settings\Settings\Frequency protection\FRPFRQ4

FRPFRQ4

f>/f<,df/dt(4)

81(4)

SET

LD0.FRPFRC4.StrVal.setMag.f

ASG

FLOAT32

0.010

Start value df/dt

Frequency start value rate of change

-0.200...0.200 xFn /s

Settings\Settings\Frequency protection\FRPFRQ4

FRPFRQ4

f>/f<,df/dt(4)

81(4)

SET

LD0.FRPFRC4.OpDlTmms.setVal

ING

INT32

400

Operate Tm df/dt

Operate delay time for frequency rate of change

120...200000 ms

Settings\Settings\Frequency protection\FRPFRQ4

FRPFRQ4

f>/f<,df/dt(4)

81(4)

SET

LD0.FRPFRC4.RsDlTmms.setVal

ING

INT32

Reset delay Tm df/dt

Reset delay time for rate of change

0...60000 ms

Settings\Settings\Frequency protection\FRPFRQ4

FRPFRQ4

f>/f<,df/dt(4)

81(4)

TES

LD0.FRPTRC4.TstOutCmd.Oper.ctlVal

INC

Enum

FRPFRQ4

Test control for outputs

Tests\Function tests\Frequency protection

FRPFRQ4

f>/f<,df/dt(4)

81(4)

VER

LD0.FRPTRC4.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ4

f>/f<,df/dt(4)

81(4)

VER

LD0.FRPTOF4.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ4

f>/f<,df/dt(4)

81(4)

VER

LD0.FRPTUF4.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ4

f>/f<,df/dt(4)

81(4)

VER

LD0.FRPFRC4.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ5: Frequency protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

FRPFRQ5

f>/f<,df/dt(5)

81(5)

INP

LD0.FRPTRC5.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Frequency protection\FRPFRQ5\Inputs

FRPFRQ5

f>/f<,df/dt(5)

81(5)

OUT

LD0.FRPTRC5.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Frequency protection\FRPFRQ5\Outputs

FRPFRQ5

f>/f<,df/dt(5)

81(5)

OUT

LD0.FRPTRC5.Op.general

ACT

BOOLEAN

OPERATE

Operate

Monitoring\I/O status\Frequency protection\FRPFRQ5\Outputs

FRPFRQ5

f>/f<,df/dt(5)

81(5)

OUT

LD0.FRPTOF5.Str.general

ACD

BOOLEAN

ST_OFRQ

Start signal for overfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ5\Outputs

FRPFRQ5

f>/f<,df/dt(5)

81(5)

OUT

LD0.FRPTOF5.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPR_OFRQ

Operate signal for overfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ5\Outputs

FRPFRQ5

f>/f<,df/dt(5)

81(5)

OUT

LD0.FRPTUF5.Str.general

ACD

BOOLEAN

ST_UFRQ

Start signal for underfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ5\Outputs

FRPFRQ5

f>/f<,df/dt(5)

81(5)

OUT

LD0.FRPTUF5.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPR_UFRQ

Operate signal for underfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ5\Outputs

FRPFRQ5

f>/f<,df/dt(5)

81(5)

OUT

LD0.FRPFRC5.Str.general

ACD

BOOLEAN

ST_FRG

Start signal for frequency gradient

Monitoring\I/O status\Frequency protection\FRPFRQ5\Outputs

FRPFRQ5

f>/f<,df/dt(5)

81(5)

OUT

LD0.FRPFRC5.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPR_FRG

Operate signal for frequency gradient

Monitoring\I/O status\Frequency protection\FRPFRQ5\Outputs

FRPFRQ5

f>/f<,df/dt(5)

81(5)

MON

LD0.FRPTRC5.Beh.stVal

INS

Enum

FRPFRQ5

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

FRPFRQ5

f>/f<,df/dt(5)

81(5)

MON

LD0.FRPTRC5.StrDur.mag.f

FLOAT32

START_DUR

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ5\Monitored data

FRPFRQ5

f>/f<,df/dt(5)

81(5)

MON

LD0.FRPTOF5.StrDur.mag.f

FLOAT32

ST_DUR_OFRQ

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ5\Monitored data

FRPFRQ5

f>/f<,df/dt(5)

81(5)

MON

LD0.FRPTUF5.StrDur.mag.f

FLOAT32

ST_DUR_UFRQ

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ5\Monitored data

FRPFRQ5

f>/f<,df/dt(5)

81(5)

MON

LD0.FRPFRC5.StrDur.mag.f

FLOAT32

ST_DUR_FRG

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ5\Monitored data

FRPFRQ5

f>/f<,df/dt(5)

81(5)

SET

LD0.FRPTRC5.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Frequency protection\FRPFRQ5

FRPFRQ5

f>/f<,df/dt(5)

81(5)

SET

LD0.FRPTRC5.OpModProHz.setVal

ING

Enum

Operation mode

Frequency protection operation mode selection

1=Freq<; 2=Freq>; 3=df/dt; 4=Freq< + df/dt; 5=Freq> + df/dt; 6=Freq< OR df/dt; 7=Freq> OR df/dt

Settings\Settings\Frequency protection\FRPFRQ5

FRPFRQ5

f>/f<,df/dt(5)

81(5)

SET

LD0.FRPTOF5.StrVal.setMag.f

ASG

FLOAT32

1.050

Start value Freq>

Frequency start value overfrequency

0.900...1.200 xFn

Settings\Settings\Frequency protection\FRPFRQ5

FRPFRQ5

f>/f<,df/dt(5)

81(5)

SET

LD0.FRPTOF5.OpDlTmms.setVal

ING

INT32

200

Operate Tm Freq

Operate delay time for frequency

80...200000 ms

Settings\Settings\Frequency protection\FRPFRQ5

FRPFRQ5

f>/f<,df/dt(5)

81(5)

SET

LD0.FRPTOF5.RsDlTmms.setVal

ING

INT32

Reset delay Tm Freq

Reset delay time for frequency

0...60000 ms

Settings\Settings\Frequency protection\FRPFRQ5

FRPFRQ5

f>/f<,df/dt(5)

81(5)

SET

LD0.FRPTUF5.StrVal.setMag.f

ASG

FLOAT32

0.950

Start value Freq<

Frequency start value underfrequency

0.800...1.100 xFn

Settings\Settings\Frequency protection\FRPFRQ5

FRPFRQ5

f>/f<,df/dt(5)

81(5)

SET

LD0.FRPFRC5.StrVal.setMag.f

ASG

FLOAT32

0.010

Start value df/dt

Frequency start value rate of change

-0.200...0.200 xFn /s

Settings\Settings\Frequency protection\FRPFRQ5

FRPFRQ5

f>/f<,df/dt(5)

81(5)

SET

LD0.FRPFRC5.OpDlTmms.setVal

ING

INT32

400

Operate Tm df/dt

Operate delay time for frequency rate of change

120...200000 ms

Settings\Settings\Frequency protection\FRPFRQ5

FRPFRQ5

f>/f<,df/dt(5)

81(5)

SET

LD0.FRPFRC5.RsDlTmms.setVal

ING

INT32

Reset delay Tm df/dt

Reset delay time for rate of change

0...60000 ms

Settings\Settings\Frequency protection\FRPFRQ5

FRPFRQ5

f>/f<,df/dt(5)

81(5)

TES

LD0.FRPTRC5.TstOutCmd.Oper.ctlVal

INC

Enum

FRPFRQ5

Test control for outputs

Tests\Function tests\Frequency protection

FRPFRQ5

f>/f<,df/dt(5)

81(5)

VER

LD0.FRPTRC5.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ5

f>/f<,df/dt(5)

81(5)

VER

LD0.FRPTOF5.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ5

f>/f<,df/dt(5)

81(5)

VER

LD0.FRPTUF5.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ5

f>/f<,df/dt(5)

81(5)

VER

LD0.FRPFRC5.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ6: Frequency protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

FRPFRQ6

f>/f<,df/dt(6)

81(6)

INP

LD0.FRPTRC6.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Frequency protection\FRPFRQ6\Inputs

FRPFRQ6

f>/f<,df/dt(6)

81(6)

OUT

LD0.FRPTRC6.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Frequency protection\FRPFRQ6\Outputs

FRPFRQ6

f>/f<,df/dt(6)

81(6)

OUT

LD0.FRPTRC6.Op.general

ACT

BOOLEAN

OPERATE

Operate

Monitoring\I/O status\Frequency protection\FRPFRQ6\Outputs

FRPFRQ6

f>/f<,df/dt(6)

81(6)

OUT

LD0.FRPTOF6.Str.general

ACD

BOOLEAN

ST_OFRQ

Start signal for overfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ6\Outputs

FRPFRQ6

f>/f<,df/dt(6)

81(6)

OUT

LD0.FRPTOF6.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPR_OFRQ

Operate signal for overfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ6\Outputs

FRPFRQ6

f>/f<,df/dt(6)

81(6)

OUT

LD0.FRPTUF6.Str.general

ACD

BOOLEAN

ST_UFRQ

Start signal for underfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ6\Outputs

FRPFRQ6

f>/f<,df/dt(6)

81(6)

OUT

LD0.FRPTUF6.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPR_UFRQ

Operate signal for underfrequency

Monitoring\I/O status\Frequency protection\FRPFRQ6\Outputs

FRPFRQ6

f>/f<,df/dt(6)

81(6)

OUT

LD0.FRPFRC6.Str.general

ACD

BOOLEAN

ST_FRG

Start signal for frequency gradient

Monitoring\I/O status\Frequency protection\FRPFRQ6\Outputs

FRPFRQ6

f>/f<,df/dt(6)

81(6)

OUT

LD0.FRPFRC6.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPR_FRG

Operate signal for frequency gradient

Monitoring\I/O status\Frequency protection\FRPFRQ6\Outputs

FRPFRQ6

f>/f<,df/dt(6)

81(6)

MON

LD0.FRPTRC6.Beh.stVal

INS

Enum

FRPFRQ6

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

FRPFRQ6

f>/f<,df/dt(6)

81(6)

MON

LD0.FRPTRC6.StrDur.mag.f

FLOAT32

START_DUR

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ6\Monitored data

FRPFRQ6

f>/f<,df/dt(6)

81(6)

MON

LD0.FRPTOF6.StrDur.mag.f

FLOAT32

ST_DUR_OFRQ

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ6\Monitored data

FRPFRQ6

f>/f<,df/dt(6)

81(6)

MON

LD0.FRPTUF6.StrDur.mag.f

FLOAT32

ST_DUR_UFRQ

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ6\Monitored data

FRPFRQ6

f>/f<,df/dt(6)

81(6)

MON

LD0.FRPFRC6.StrDur.mag.f

FLOAT32

ST_DUR_FRG

Start duration

0.00...100.00 %

Monitoring\I/O status\Frequency protection\FRPFRQ6\Monitored data

FRPFRQ6

f>/f<,df/dt(6)

81(6)

SET

LD0.FRPTRC6.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Frequency protection\FRPFRQ6

FRPFRQ6

f>/f<,df/dt(6)

81(6)

SET

LD0.FRPTRC6.OpModProHz.setVal

ING

Enum

Operation mode

Frequency protection operation mode selection

1=Freq<; 2=Freq>; 3=df/dt; 4=Freq< + df/dt; 5=Freq> + df/dt; 6=Freq< OR df/dt; 7=Freq> OR df/dt

Settings\Settings\Frequency protection\FRPFRQ6

FRPFRQ6

f>/f<,df/dt(6)

81(6)

SET

LD0.FRPTOF6.StrVal.setMag.f

ASG

FLOAT32

1.050

Start value Freq>

Frequency start value overfrequency

0.900...1.200 xFn

Settings\Settings\Frequency protection\FRPFRQ6

FRPFRQ6

f>/f<,df/dt(6)

81(6)

SET

LD0.FRPTOF6.OpDlTmms.setVal

ING

INT32

200

Operate Tm Freq

Operate delay time for frequency

80...200000 ms

Settings\Settings\Frequency protection\FRPFRQ6

FRPFRQ6

f>/f<,df/dt(6)

81(6)

SET

LD0.FRPTOF6.RsDlTmms.setVal

ING

INT32

Reset delay Tm Freq

Reset delay time for frequency

0...60000 ms

Settings\Settings\Frequency protection\FRPFRQ6

FRPFRQ6

f>/f<,df/dt(6)

81(6)

SET

LD0.FRPTUF6.StrVal.setMag.f

ASG

FLOAT32

0.950

Start value Freq<

Frequency start value underfrequency

0.800...1.100 xFn

Settings\Settings\Frequency protection\FRPFRQ6

FRPFRQ6

f>/f<,df/dt(6)

81(6)

SET

LD0.FRPFRC6.StrVal.setMag.f

ASG

FLOAT32

0.010

Start value df/dt

Frequency start value rate of change

-0.200...0.200 xFn /s

Settings\Settings\Frequency protection\FRPFRQ6

FRPFRQ6

f>/f<,df/dt(6)

81(6)

SET

LD0.FRPFRC6.OpDlTmms.setVal

ING

INT32

400

Operate Tm df/dt

Operate delay time for frequency rate of change

120...200000 ms

Settings\Settings\Frequency protection\FRPFRQ6

FRPFRQ6

f>/f<,df/dt(6)

81(6)

SET

LD0.FRPFRC6.RsDlTmms.setVal

ING

INT32

Reset delay Tm df/dt

Reset delay time for rate of change

0...60000 ms

Settings\Settings\Frequency protection\FRPFRQ6

FRPFRQ6

f>/f<,df/dt(6)

81(6)

TES

LD0.FRPTRC6.TstOutCmd.Oper.ctlVal

INC

Enum

FRPFRQ6

Test control for outputs

Tests\Function tests\Frequency protection

FRPFRQ6

f>/f<,df/dt(6)

81(6)

VER

LD0.FRPTRC6.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ6

f>/f<,df/dt(6)

81(6)

VER

LD0.FRPTOF6.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ6

f>/f<,df/dt(6)

81(6)

VER

LD0.FRPTUF6.NamPlt.swRev

LPL

VisString255 (20)

FRPFRQ6

f>/f<,df/dt(6)

81(6)

VER

LD0.FRPFRC6.NamPlt.swRev

LPL

VisString255 (20)

OLATCC1: On-load tap changer controller

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

OLATCC1

COLTC

90V

INP

LD0.OLATCC1.ParOp.stVal

SPC

BOOLEAN

PARALLEL

Parallel or single operation

Monitoring\I/O status\Control\OLATCC1\Monitored data

OLATCC1

COLTC

90V

INP

LD0.OLATCC1.LTCBlk.stVal

SPC

BOOLEAN

LTC_BLOCK

External signal for blocking

Monitoring\I/O status\Control\OLATCC1\Inputs

OLATCC1

COLTC

90V

INP

LD0.OLATCC1.VRed1.stVal

SPC

BOOLEAN

RSV

Reduce set voltage active

Monitoring\I/O status\Control\OLATCC1\Inputs

OLATCC1

COLTC

90V

INP

LD0.OLATCC1.Auto.stVal

SPS

BOOLEAN

AUTO

Auto/Manual indication

Monitoring\I/O status\Control\OLATCC1\Monitored data

OLATCC1

COLTC

90V

INP

LD0.OLATCC1.Tra1TapPos.stVal

INS

INT32

TR1_TAP_POS

Integer value representing tap changer position of transformer 1

-36...36

Monitoring\I/O status\Control\OLATCC1\Inputs

OLATCC1

COLTC

90V

INP

LD0.OLATCC1.Tra2TapPos.stVal

INS

INT32

TR2_TAP_POS

Integer value representing tap changer position of transformer 2

-36...36

Monitoring\I/O status\Control\OLATCC1\Inputs

OLATCC1

COLTC

90V

INP

LD0.OLATCC1.Tra3TapPos.stVal

INS

INT32

TR3_TAP_POS

Integer value representing tap changer position of transformer 3

-36...36

Monitoring\I/O status\Control\OLATCC1\Inputs

OLATCC1

COLTC

90V

INP

LD0.OLATCC1.TapChgFllw.stVal

INS

INT32

OLATCC1

COLTC

90V

INP

LD0.OLATCC1.InConSta.stVal

SPS

BOOLEAN

CON_STATUS

Network connection status of the (own) transformer

Monitoring\I/O status\Control\OLATCC1\Inputs

OLATCC1

COLTC

90V

INP

LD0.OLATCC1.InLTCOp.stVal

SPS

BOOLEAN

TCO

Tap changer operating input

Monitoring\I/O status\Control\OLATCC1\Inputs

OLATCC1

COLTC

90V

INP

LD0.OLATCC1.Tra1A.cVal.mag.f

CMV

FLOAT32

0.00

TR1_I_AMPL

Received current magnitude from transformer 1

0.00...15000.00 A

Monitoring\I/O status\Control\OLATCC1\Inputs

OLATCC1

COLTC

90V

INP

LD0.OLATCC1.Tra1A.cVal.ang.f

CMV

FLOAT32

0.0

TR1_I_ANGL

Received current angle from transformer 1

-180.00...180.00 deg

Monitoring\I/O status\Control\OLATCC1\Inputs

OLATCC1

COLTC

90V

INP

LD0.OLATCC1.Tra2A.cVal.mag.f

CMV

FLOAT32

0.00

TR2_I_AMPL

Received current magnitude from transformer 2

0.00...15000.00 A

Monitoring\I/O status\Control\OLATCC1\Inputs

OLATCC1

COLTC

90V

INP

LD0.OLATCC1.Tra2A.cVal.ang.f

CMV

FLOAT32

0.0

TR2_I_ANGL

Received current angle from transformer 2

-180.00...180.00 deg

Monitoring\I/O status\Control\OLATCC1\Inputs

OLATCC1

COLTC

90V

INP

LD0.OLATCC1.Tra3A.cVal.mag.f

CMV

FLOAT32

0.00

TR3_I_AMPL

Received current magnitude from transformer 3

0.00...15000.00 A

Monitoring\I/O status\Control\OLATCC1\Inputs

OLATCC1

COLTC

90V

INP

LD0.OLATCC1.Tra3A.cVal.ang.f

CMV

FLOAT32

0.0

TR3_I_ANGL

Received current angle from transformer 3

-180.00...180.00 deg

Monitoring\I/O status\Control\OLATCC1\Inputs

OLATCC1

COLTC

90V

INP

LD0.OLATCC1.TapChgR.stVal

SPS

BOOLEAN

RAISE_LOCAL

Raise command input from configuration

Monitoring\I/O status\Control\OLATCC1\Inputs

OLATCC1

COLTC

90V

INP

LD0.OLATCC1.TapChgL.stVal

SPS

BOOLEAN

LOWER_LOCAL

Lower command input from configuration

Monitoring\I/O status\Control\OLATCC1\Inputs

OLATCC1

COLTC

90V

OUT

LD0.OLATCC1.TapOpErr.stVal

SPS

BOOLEAN

StatUrg

ALARM

Alarm status

Monitoring\I/O status\Control\OLATCC1\Outputs

OLATCC1

COLTC

90V

OUT

LD0.OLATCC1.TapOpR.stVal

SPS

BOOLEAN

StatIO

RAISE_OWN

Raise command for own transformer

Monitoring\I/O status\Control\OLATCC1\Outputs

OLATCC1

COLTC

90V

OUT

LD0.OLATCC1.TapOpL.stVal

SPS

BOOLEAN

StatIO

LOWER_OWN

Lower command for own transformer

Monitoring\I/O status\Control\OLATCC1\Outputs

OLATCC1

COLTC

90V

OUT

LD0.OLATCC1.TapOpFllw1.stVal

INS

INT32

FLLW1_CTL

Lower/Raise command for follower transformer 1 in the Master/Follower operation mode

0...2

Monitoring\I/O status\Control\OLATCC1\Outputs

OLATCC1

COLTC

90V

OUT

LD0.OLATCC1.TapOpFllw2.stVal

INS

INT32

FLLW2_CTL

Lower/Raise command for follower transformer 2 in the Master/Follower operation mode

0...2

Monitoring\I/O status\Control\OLATCC1\Outputs

OLATCC1

COLTC

90V

OUT

LD0.OLATCC1.TapOpFllw3.stVal

INS

INT32

FLLW3_CTL

Lower/Raise command for follower transformer 3 in the Master/Follower operation mode

0...2

Monitoring\I/O status\Control\OLATCC1\Outputs

OLATCC1

COLTC

90V

OUT

LD0.OLATCC1.ALod.cVal.mag.f

CMV

FLOAT32

TR0_I_AMPL

Transmitted current magnitude

0.00...15000.00 A

Monitoring\I/O status\Control\OLATCC1\Outputs

OLATCC1

COLTC

90V

OUT

LD0.OLATCC1.ALod.cVal.ang.f

CMV

FLOAT32

TR0_I_ANGL

Transmitted current angle

-180.00...180.00 deg

Monitoring\I/O status\Control\OLATCC1\Outputs

OLATCC1

COLTC

90V

OUT

LD0.OLATCC1.ErrParTra.stVal

SPS

BOOLEAN

StatUrg

PAR_FAIL

Parallel failure detected

Monitoring\I/O status\Control\OLATCC1\Outputs

OLATCC1

COLTC

90V

CTR

LD0.OLATCC1.RsCnt.Oper.ctlVal

SPC

BOOLEAN

OLATCC1 counter

OLATCC1 counter reset

0=Cancel; 1=Clear

Clear\Clear

OLATCC1

COLTC

90V

MON

LD0.OLATCC1.Beh.stVal

INS

Enum

OLATCC1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

OLATCC1

COLTC

90V

MON

LD0.OLATCC1.OpCntRs.stVal

INC

INT32

OPR_CNT

Total number of raise and lower commands given in the manual and automatic modes

0...2147483647

Monitoring\I/O status\Control\OLATCC1\Monitored data

OLATCC1

COLTC

90V

MON

LD0.OLATCC1.TapChg.valWTr.posVal

BSC

INT8

TAP_POS

Integer value representing tap changer position of own transformer

-36...36

Monitoring\I/O status\Control\OLATCC1\Inputs

OLATCC1

COLTC

90V

MON

LD0.OLATCC1.CtlV.mag.f

FLOAT32

U_CTL

Control voltage, Up, target voltage level

0.000...3.000 xUn

Monitoring\I/O status\Control\OLATCC1\Monitored data

OLATCC1

COLTC

90V

MON

LD0.OLATCC1.CircA.mag.f

FLOAT32

I_CIR

Calculated circulating current - calculated in operation modes NRP and MCC

-10.00...10.00 xIn

Monitoring\I/O status\Control\OLATCC1\Monitored data

OLATCC1

COLTC

90V

MON

LD0.OLATCC1.VMeas.mag.f

FLOAT32

U_MEAS

Phase-to-phase voltage, average filtered

0.00...5.00 xUn

Monitoring\I/O status\Control\OLATCC1\Monitored data

UL1TVTR1

OLATCC1

COLTC

90V

MON

LD0.OLATCC1.AngVAPhA.mag.f

FLOAT32

ANGL_UA_IA

Measured angle value between phase A voltage and current

-180...180 deg

Monitoring\I/O status\Control\OLATCC1\Monitored data

OLATCC1

COLTC

90V

MON

LD0.OLATCC1.CtlDlOn.stVal

INS

Enum

StatIed

TIMER_STS

Timer T1, T2 or fast lower timer active

0=Timer off; 1=Lower timer1 on; 2=Raise timer1 on; 3=Lower timer2 on; 4=Raise timer2 on; 5=Fast lower T on

Monitoring\I/O status\Control\OLATCC1\Monitored data

OLATCC1

COLTC

90V

MON

LD0.OLATCC1.CtlOpModSt.stVal

INS

Enum

StatNrml

OPR_MODE_STS

The acting operation mode of the function block

0=Not in use; 1=Manual; 2=Auto single; 3=Auto master; 4=Auto follower; 5=MCC; 6=NRP

Monitoring\I/O status\Control\OLATCC1\Monitored data

OLATCC1

COLTC

90V

MON

LD0.OLATCC1.CtlVDif.mag.f

FLOAT32

UD_CTL

Voltage difference between Measured voltage - Control Voltage: Um - Up

-2.000...2.000 xUn

Monitoring\I/O status\Control\OLATCC1\Monitored data

OLATCC1

COLTC

90V

MON

LD0.OLATCC1.ClcLDC.mag.f

FLOAT32

LDC

Calculated line drop compensation

-2.00...2.00 xUn

Monitoring\I/O status\Control\OLATCC1\Monitored data

OLATCC1

COLTC

90V

MON

LD0.OLATCC1.BlkSt.stVal

INS

INT32

BLK_STATUS

Bit-coded output showing the blocking status for the next operation

0...127

Monitoring\I/O status\Control\OLATCC1\Monitored data

OLATCC1

COLTC

90V

MON

LD0.OLATCC1.LTCBlkAHi.stVal

SPS

BOOLEAN

StatUrg

BLKD_I_LOD

Indication of over current blocking

Monitoring\I/O status\Control\OLATCC1\Monitored data

OLATCC1

COLTC

90V

MON

LD0.OLATCC1.LTCBlkVLo.stVal

SPS

BOOLEAN

StatUrg

BLKD_U_UN

Indication of under voltage blocking

Monitoring\I/O status\Control\OLATCC1\Monitored data

OLATCC1

COLTC

90V

MON

LD0.OLATCC1.LTCRnbk.stVal

SPS

BOOLEAN

StatUrg

RNBK_U_OV

Indication of raise voltage runback

Monitoring\I/O status\Control\OLATCC1\Monitored data

OLATCC1

COLTC

90V

MON

LD0.OLATCC1.LTCBlkCirA.stVal

SPS

BOOLEAN

StatUrg

BLKD_I_CIR

Indication of high circulating current blocking

Monitoring\I/O status\Control\OLATCC1\Monitored data

OLATCC1

COLTC

90V

MON

LD0.OLATCC1.LTCBlkSt.stVal

SPS

BOOLEAN

StatUrg

BLKD_LTCBLK

Indication of external blocking

Monitoring\I/O status\Control\OLATCC1\Monitored data

OLATCC1

COLTC

90V

MON

LD0.OLATCC1.AlmReas.stVal

INS

Enum

ALARM_REAS

Status and reason for alarm

0=No alarm; 1=Cmd error; 2=TCO error; 3=Cmd + TCO err; 4=Pump error; 5=Pump + cmd err; 6=Pump + TCO err; 7=Pmp+TCO+cmd err

Monitoring\I/O status\Control\OLATCC1\Monitored data

OLATCC1

COLTC

90V

MON

LD0.OLATCC1.FllwFlt.stVal

INS

Enum

FAIL_FLLW

Failed followers

0=No failed followers; 1=Follower 1; 2=Follower 2; 3=Followers 1+2; 4=Follower 3; 5=Followers 1+3; 6=Followers 2+3; 7=Followers 1+2+3

Monitoring\I/O status\Control\OLATCC1\Monitored data

OLATCC1

COLTC

90V

MON

LD0.OLATCC1.NumParUnit.stVal

INS

Enum

PAR_UNIT_MCC

Parallel units included in MCC calculation

0=No parall units; 1=Trafo 1; 2=Trafo 2; 3=Trafos 1 and 2; 4=Trafo 3; 5=Trafos 1 and 3; 6=Trafos 2 and 3; 7=Trafos 1+2+3

Monitoring\I/O status\Control\OLATCC1\Monitored data

OLATCC1

COLTC

90V

MON

LD0.OLATCC1.OpTmhNum.stVal

INS

INT32

OP_TM_NUM_H

Number of controls for own tap changer during last hour

0...2147483647

Monitoring\I/O status\Control\OLATCC1\Monitored data

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.BndCtr.setMag.f

ASG

FLOAT32

1.000

Band center voltage

Band center voltage Us

0.000...2.000 xUn

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.BndWid.setMag.f

ASG

FLOAT32

3.00

Band width voltage

Allowed deviation of the control voltage

1.20...18.00 %Un

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.CtlDlTmms1.setVal

ING

INT32

60000

Control delay time 1

Control delay time for the first control pulse

1000...300000 ms

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.CtlDlTmms2.setVal

ING

INT32

30000

Control delay time 2

Control delay time for the following control pulses

1000...300000 ms

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.LDCR.setMag.f

ASG

FLOAT32

0.0

Line drop V Ris

Resistive line-drop compensation factor

0.0...25.0 %

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.LDCX.setMag.f

ASG

FLOAT32

0.0

Line drop V React

Reactive line-drop compensation factor

0.0...25.0 %

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.RnbkRV.setMag.f

ASG

FLOAT32

1.25

Runback raise V

Voltage limit, where fast lower commands takes place

0.80...2.40 xUn

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.LimLodA.setMag.f

ASG

FLOAT32

2.00

Load current limit

Load current blocking limit

0.10...5.00 xIn

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.TmDlChr.setVal

SPG

BOOLEAN

Delay characteristic

Selection of delay characteristic

0=Inverse time; 1=Definite time

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.VRedVal.setMag.f

ASG

FLOAT32

0.00

Band reduction

Step size for reduce set voltage (RSV)

0.00...9.00 %Un

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.TapBlkR.setVal

ING

INT32

Raise block tap

Tap changer limit position which gives highest voltage on the regulated side

-36...36

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.TapBlkL.setVal

ING

INT32

Lower block tap

Tap changer limit position which gives lowest voltage on the regulated side

-36...36

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.BlkVLo.setMag.f

ASG

FLOAT32

0.70

Block lower voltage

Voltage limit, where further voltage lowering commands are blocked

0.10...1.20 xUn

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.ParTraMod.setVal

ING

Enum

Auto parallel mode

Parallel mode selection

2=Auto master; 3=Auto follower; 5=NRP; 7=MCC

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.LodPhAng.setMag.f

ASG

FLOAT32

Load phase angle

Load phase-shift, used only with the negative reactance principle

-89...89 deg

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.StabFact.setMag.f

ASG

FLOAT32

0.0

Stability factor

Stability factor in parallel operation

0.0...70.0 %

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.VCtlOpMod.setVal

ING

Enum

Operation mode

The operation mode

1=Manual; 2=Auto single; 3=Auto parallel; 4=Input control

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.LTCPlsTmms.setVal

ING

INT32

1500

LTC pulse time

Output pulse duration, common for raise and lower pulses

500...10000 ms

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.ManBlkTyp.setVal

ING

Enum

Custom Man blocking

Customized manual blocking

1=Custom disabled; 2=OC; 3=UV; 4=OC, UV; 5=EXT; 6=OC, EXT; 7=UV, EXT; 8=OC, UV, EXT

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.LimCircA.setMag.f

ASG

FLOAT32

0.15

Cir current limit

Blocking limit for high circulating current

0.10...5.00 xIn

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.LimLDC.setMag.f

ASG

FLOAT32

0.10

LDC limit

Maximum limit for line drop compensation term

0.00...2.00 xUn

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.LDCEna.setVal

SPG

BOOLEAN

LDC enable

Selection for line drop compensation

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.RPFAllw.setVal

SPG

BOOLEAN

Rv Pwr flow allowed

Reverse power flow allowed

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.OpTmhMax.setVal

ING

INT32

100

Max operations in 1h

Allowed number of controls per one hour sliding window

0...10000

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.CmdErrTms.setVal

ING

INT32

Cmd error delay time

Time delay before command error will be activated

10...50 s

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.FllwDlTms.setVal

ING

INT32

Follower delay time

Time delay between successive follower commands by a master

6...20 s

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.AlmEna.setVal

SPG

BOOLEAN

Alarms enabled

Alarm selection

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

SET

LD0.OLATCC1.ParTraNum.setVal

ING

INT32

Parallel trafos

Number of parallel transformers in addition to own transformer

0...10

Settings\Settings\Control\OLATCC1

OLATCC1

COLTC

90V

TES

LD0.OLATCC1.TstOutCmd.Oper.ctlVal

INC

Enum

OLATCC1

Test control for outputs

0=Reset; -33=Activate RAISE; -34=Deactive RAISE; -35=Activate LOWER; -36=Deactive LOWER; 17=Activate ALARM; 18=Deactive ALARM; -37=Activate PAR_FAIL; -38=Deactive PAR_FAIL

Tests\Function tests\Control

OLATCC1

COLTC

90V

VER

LD0.OLATCC1.NamPlt.swRev

LPL

VisString255 (20)

OLYLTC1

VER

LD0.OLYLTC1.NamPlt.swRev

LPL

VisString255 (20)

Current (3I,CT)

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

Current (3I,CT)

CFG

LD0.IL1TCTR1.Cor.setMag.f

ASG

FLOAT32

1.000

Amplitude corr. A

Phase A amplitude correction factor

0.900...1.100

Configuration\Analog inputs\Current (3I,CT)

Current (3I,CT)

CFG

LD0.IL1TCTR1.ARtg.setMag.f

ASG

FLOAT32

100.0

Primary current

Rated primary current

1.0...6000.0 A

Configuration\Analog inputs\Current (3I,CT)

Current (3I,CT)

CFG

LD0.IL1TCTR1.ARtgSec.setVal

ING

Enum

Secondary current

Rated secondary current

2=1A; 3=5A

Configuration\Analog inputs\Current (3I,CT)

Current (3I,CT)

CFG

LD0.IL1TCTR1.ARtgNom.setMag.f

ASG

FLOAT32

1300

Nominal Current

Network Nominal Current (In)

39...4000 A

Configuration\Analog inputs\Current (3I,CT)

Current (3I,CT)

CFG

LD0.IL1TCTR1.VRtgSec.setMag.f

ASG

FLOAT32

3.000

Rated Secondary Value

Rated Secondary Value (RSV) ratio

1.000...50.000 mV/Hz

Configuration\Analog inputs\Current (3I,CT)

Current (3I,CT)

CFG

LD0.IL1TCTR1.RevPol.setVal

SPG

BOOLEAN

Reverse polarity

Reverse the polarity of the phase CTs

Configuration\Analog inputs\Current (3I,CT)

Current (3I,CT)

CFG

LD0.IL2TCTR1.Cor.setMag.f

ASG

FLOAT32

1.000

Amplitude corr. B

Phase B amplitude correction factor

0.900...1.100

Configuration\Analog inputs\Current (3I,CT)

Current (3I,CT)

CFG

LD0.IL3TCTR1.Cor.setMag.f

ASG

FLOAT32

1.000

Amplitude corr. C

Phase C amplitude correction factor

0.900...1.100

Configuration\Analog inputs\Current (3I,CT)

Current (3I,CT)

VER

LD0.IL1TCTR1.NamPlt.swRev

LPL

VisString255 (20)

Current (Io,CT)

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

Current (Io,CT)

CFG

LD0.RESTCTR1.Cor.setMag.f

ASG

FLOAT32

1.000

Amplitude corr.

Amplitude correction

0.900...1.100

Configuration\Analog inputs\Current (Io,CT)

Current (Io,CT)

CFG

LD0.RESTCTR1.ARtg.setMag.f

ASG

FLOAT32

100.0

Primary current

1.0...6000.0 A

Configuration\Analog inputs\Current (Io,CT)

Current (Io,CT)

CFG

LD0.RESTCTR1.ARtgSec.setVal

ING

Enum

Secondary current

1=0.2A; 2=1A; 3=5A

Configuration\Analog inputs\Current (Io,CT)

Current (Io,CT)

CFG

LD0.RESTCTR1.RevPol.setVal

SPG

BOOLEAN

Reverse polarity

Reverse the polarity of the residual CT

Configuration\Analog inputs\Current (Io,CT)

Current (Io,CT)

VER

LD0.RESTCTR1.NamPlt.swRev

LPL

VisString255 (20)

Voltage (Uo,VT)

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

Voltage (Uo,VT)

CFG

LD0.RESTVTR1.Cor.setMag.f

ASG

FLOAT32

1.000

Amplitude corr.

Amplitude correction

0.900...1.100

Configuration\Analog inputs\Voltage (Uo,VT)

Voltage (Uo,VT)

CFG

LD0.RESTVTR1.VRtg.setMag.f

ASG

FLOAT32

11.547

Primary voltage

0.1...440.000 kV

Configuration\Analog inputs\Voltage (Uo,VT)

Voltage (Uo,VT)

CFG

LD0.RESTVTR1.VRtgScy.setMag.f

ASG

FLOAT32

100

Secondary voltage

60...210 V

Configuration\Analog inputs\Voltage (Uo,VT)

Voltage (Uo,VT)

VER

LD0.RESTVTR1.NamPlt.swRev

LPL

VisString255 (20)

X120 (AIM)

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

X120 (AIM)

OUT

LD0.XGGIO120.Ind1.stVal

SPS

BOOLEAN

StatIO

X120-Input 1

Connectors 1-2c

Monitoring\I/O status\Binary input values\X120 (AIM)

X120 (AIM)

OUT

LD0.XGGIO120.Ind2.stVal

SPS

BOOLEAN

StatIO

X120-Input 2

Connectors 3-2c

Monitoring\I/O status\Binary input values\X120 (AIM)

X120 (AIM)

OUT

LD0.XGGIO120.Ind3.stVal

SPS

BOOLEAN

StatIO

X120-Input 3

Connectors 4-2c

Monitoring\I/O status\Binary input values\X120 (AIM)

X120 (AIM)

OUT

LD0.XGGIO120.Ind4.stVal

SPS

BOOLEAN

StatIO

X120-Input 4

Connectors 5-6

Monitoring\I/O status\Binary input values\X120 (AIM)

X120 (AIM)

CFG

LD0.XGGIO120.OpDlTmms1.setVal

ING

INT32

Input 1 filter time

Connectors 1-2c

5...1000 ms

Configuration\I/O modules\X120 (AIM)\Input filtering

X120 (AIM)

CFG

LD0.XGGIO120.OpDlTmms2.setVal

ING

INT32

Input 2 filter time

Connectors 3-2c

5...1000 ms

Configuration\I/O modules\X120 (AIM)\Input filtering

X120 (AIM)

CFG

LD0.XGGIO120.OpDlTmms3.setVal

ING

INT32

Input 3 filter time

Connectors 4-2c

5...1000 ms

Configuration\I/O modules\X120 (AIM)\Input filtering

X120 (AIM)

CFG

LD0.XGGIO120.OpDlTmms4.setVal

ING

INT32

Input 4 filter time

Connectors 5-6

5...1000 ms

Configuration\I/O modules\X120 (AIM)\Input filtering

X120 (AIM)

CFG

LD0.XGGIO120.DiInvert1.setVal

SPG

BOOLEAN

Input 1 inversion

Connectors 1-2c

Configuration\I/O modules\X120 (AIM)\Input inversion

X120 (AIM)

CFG

LD0.XGGIO120.DiInvert2.setVal

SPG

BOOLEAN

Input 2 inversion

Connectors 3-2c

Configuration\I/O modules\X120 (AIM)\Input inversion

X120 (AIM)

CFG

LD0.XGGIO120.DiInvert3.setVal

SPG

BOOLEAN

Input 3 inversion

Connectors 4-2c

Configuration\I/O modules\X120 (AIM)\Input inversion

X120 (AIM)

CFG

LD0.XGGIO120.DiInvert4.setVal

SPG

BOOLEAN

Input 4 inversion

Connectors 5-6

Configuration\I/O modules\X120 (AIM)\Input inversion

X120 (AIM)

INF

LD0.XGGIO120.EEName.hwRev

DPL

VisString255 (20)

HW revision

Card HW revision

Information\HW modules\X120 (AIM)

X120 (AIM)

INF

LD0.XGGIO120.EEName.serNum

DPL

VisString255 (20)

Serial number

Card serial number

Information\HW modules\X120 (AIM)

X120 (AIM)

INF

LD0.XGGIO120.EEName.eArtNum

DPL

VisString255 (20)

Article number

Card article number

Information\HW modules\X120 (AIM)

X120 (AIM)

INF

LD0.XGGIO120.EEName.eManDate

DPL

VisString255 (20)

Manufacturing date

Card manufacturing date

Information\HW modules\X120 (AIM)

X120 (AIM)

INF

LD0.XGGIO120.EEName.eTestDate

DPL

VisString255 (20)

Test date

Card test date

Information\HW modules\X120 (AIM)

X120 (AIM)

VER

LD0.XGGIO120.NamPlt.swRev

LPL

VisString255 (20)

X120 (AIM)

VER

LD0.XGGIO120.EEName.swRev

DPL

VisString255 (20)

Voltage (3U,VT)

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

Voltage (3U,VT)

CFG

LD0.UL1TVTR1.Cor.setMag.f

ASG

FLOAT32

1.000

Amplitude corr. A

Phase A Voltage phasor magnitude correction of an external voltage transformer

0.900...1.100

Configuration\Analog inputs\Voltage (3U,VT)

Voltage (3U,VT)

CFG

LD0.UL1TVTR1.VRtg.setMag.f

ASG

FLOAT32

20.000

Primary voltage

Primary rated voltage

0.100...440.000 kV

Configuration\Analog inputs\Voltage (3U,VT)

Voltage (3U,VT)

CFG

LD0.UL1TVTR1.VConnType.setVal

ING

Enum

VT connection

Wye, delta, U12 or UL1 VT connection

1=Wye; 2=Delta

Configuration\Analog inputs\Voltage (3U,VT)

Voltage (3U,VT)

CFG

LD0.UL1TVTR1.VInType.setVal

ING

Enum

Voltage input type

Type of the voltage input

1=Voltage trafo; 3=CVD sensor

Configuration\Analog inputs\Voltage (3U,VT)

Voltage (3U,VT)

CFG

LD0.UL2TVTR1.Cor.setMag.f

ASG

FLOAT32

1.000

Amplitude corr. B

Phase B Voltage phasor magnitude correction of an external voltage transformer

0.900...1.100

Configuration\Analog inputs\Voltage (3U,VT)

Voltage (3U,VT)

CFG

LD0.UL3TVTR1.Cor.setMag.f

ASG

FLOAT32

1.000

Amplitude corr. C

Phase C Voltage phasor magnitude correction of an external voltage transformer

0.900...1.100

Configuration\Analog inputs\Voltage (3U,VT)

Voltage (3U,VT)

VER

LD0.UL1TVTR1.NamPlt.swRev

LPL

VisString255 (20)

X130 (SIM)

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

X130 (SIM)

INF

LD0.XSGGIO130.EEName.hwRev

DPL

VisString255 (20)

HW revision

Card HW revision

Information\HW modules\X130 (SIM)

X130 (SIM)

INF

LD0.XSGGIO130.EEName.serNum

DPL

VisString255 (20)

Serial number

Card serial number

Information\HW modules\X130 (SIM)

X130 (SIM)

INF

LD0.XSGGIO130.EEName.eArtNum

DPL

VisString255 (20)

Article number

Card article number

Information\HW modules\X130 (SIM)

X130 (SIM)

INF

LD0.XSGGIO130.EEName.eManDate

DPL

VisString255 (20)

Manufacturing date

Card manufacturing date

Information\HW modules\X130 (SIM)

X130 (SIM)

INF

LD0.XSGGIO130.EEName.eTestDate

DPL

VisString255 (20)

Test date

Card test date

Information\HW modules\X130 (SIM)

X130 (SIM)

VER

LD0.XSGGIO130.NamPlt.swRev

LPL

VisString255 (20)

X130 (SIM)

VER

LD0.XSGGIO130.EEName.swRev

DPL

VisString255 (20)

X130 (AIM)

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

X130 (AIM)

OUT

LD0.XAGGIO130.Ind1.stVal

SPS

BOOLEAN

StatIO

X130-Input 1

Connectors 1-2

Monitoring\I/O status\Binary input values\X130 (AIM)

X130 (AIM)

OUT

LD0.XAGGIO130.Ind2.stVal

SPS

BOOLEAN

StatIO

X130-Input 2

Connectors 3-4

Monitoring\I/O status\Binary input values\X130 (AIM)

X130 (AIM)

OUT

LD0.XAGGIO130.Ind3.stVal

SPS

BOOLEAN

StatIO

X130-Input 3

Connectors 5-6

Monitoring\I/O status\Binary input values\X130 (AIM)

X130 (AIM)

OUT

LD0.XAGGIO130.Ind4.stVal

SPS

BOOLEAN

StatIO

X130-Input 4

Connectors 7-8

Monitoring\I/O status\Binary input values\X130 (AIM)

X130 (AIM)

CFG

LD0.XAGGIO130.OpDlTmms1.setVal

ING

INT32

Input 1 filter time

Connectors 1-2

5...1000 ms

Configuration\I/O modules\X130 (AIM)\Input filtering

X130 (AIM)

CFG

LD0.XAGGIO130.OpDlTmms2.setVal

ING

INT32

Input 2 filter time

Connectors 3-4

5...1000 ms

Configuration\I/O modules\X130 (AIM)\Input filtering

X130 (AIM)

CFG

LD0.XAGGIO130.OpDlTmms3.setVal

ING

INT32

Input 3 filter time

Connectors 5-6

5...1000 ms

Configuration\I/O modules\X130 (AIM)\Input filtering

X130 (AIM)

CFG

LD0.XAGGIO130.OpDlTmms4.setVal

ING

INT32

Input 4 filter time

Connectors 7-8

5...1000 ms

Configuration\I/O modules\X130 (AIM)\Input filtering

X130 (AIM)

CFG

LD0.XAGGIO130.DiInvert1.setVal

SPG

BOOLEAN

Input 1 inversion

Connectors 1-2

Configuration\I/O modules\X130 (AIM)\Input inversion

X130 (AIM)

CFG

LD0.XAGGIO130.DiInvert2.setVal

SPG

BOOLEAN

Input 2 inversion

Connectors 3-4

Configuration\I/O modules\X130 (AIM)\Input inversion

X130 (AIM)

CFG

LD0.XAGGIO130.DiInvert3.setVal

SPG

BOOLEAN

Input 3 inversion

Connectors 5-6

Configuration\I/O modules\X130 (AIM)\Input inversion

X130 (AIM)

CFG

LD0.XAGGIO130.DiInvert4.setVal

SPG

BOOLEAN

Input 4 inversion

Connectors 7-8

Configuration\I/O modules\X130 (AIM)\Input inversion

X130 (AIM)

INF

LD0.XAGGIO130.EEName.hwRev

DPL

VisString255 (20)

HW revision

Card HW revision

Information\HW modules\X130 (AIM)

X130 (AIM)

INF

LD0.XAGGIO130.EEName.serNum

DPL

VisString255 (20)

Serial number

Card serial number

Information\HW modules\X130 (AIM)

X130 (AIM)

INF

LD0.XAGGIO130.EEName.eArtNum

DPL

VisString255 (20)

Article number

Card article number

Information\HW modules\X130 (AIM)

X130 (AIM)

INF

LD0.XAGGIO130.EEName.eManDate

DPL

VisString255 (20)

Manufacturing date

Card manufacturing date

Information\HW modules\X130 (AIM)

X130 (AIM)

INF

LD0.XAGGIO130.EEName.eTestDate

DPL

VisString255 (20)

Test date

Card test date

Information\HW modules\X130 (AIM)

X130 (AIM)

VER

LD0.XAGGIO130.NamPlt.swRev

LPL

VisString255 (20)

X130 (AIM)

VER

LD0.XAGGIO130.EEName.swRev

DPL

VisString255 (20)

Current (3IB,CT)

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

Current (3IB,CT)

CFG

LD0.IL1TCTR2.Cor.setMag.f

ASG

FLOAT32

1.000

Amplitude corr. A

Phase A amplitude correction factor

0.900...1.100

Configuration\Analog inputs\Current (3IB,CT)

Current (3IB,CT)

CFG

LD0.IL1TCTR2.ARtg.setMag.f

ASG

FLOAT32

100.0

Primary current

Rated primary current

1.0...6000.0 A

Configuration\Analog inputs\Current (3IB,CT)

Current (3IB,CT)

CFG

LD0.IL1TCTR2.ARtgSec.setVal

ING

Enum

Secondary current

Rated secondary current

2=1A; 3=5A

Configuration\Analog inputs\Current (3IB,CT)

Current (3IB,CT)

CFG

LD0.IL1TCTR2.RevPol.setVal

SPG

BOOLEAN

Reverse polarity

Reverse the polarity of the phase CTs

Configuration\Analog inputs\Current (3IB,CT)

Current (3IB,CT)

CFG

LD0.IL2TCTR2.Cor.setMag.f

ASG

FLOAT32

1.000

Amplitude corr. B

Phase B amplitude correction factor

0.900...1.100

Configuration\Analog inputs\Current (3IB,CT)

Current (3IB,CT)

CFG

LD0.IL3TCTR2.Cor.setMag.f

ASG

FLOAT32

1.000

Amplitude corr. C

Phase C amplitude correction factor

0.900...1.100

Configuration\Analog inputs\Current (3IB,CT)

Current (3IB,CT)

VER

LD0.IL1TCTR2.NamPlt.swRev

LPL

VisString255 (20)

CMMXU2: Three-phase current measurement

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

CMMXU2

3I(B)

INP

LD0.CMMXU2.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for all binary outputs

Monitoring\I/O status\Measurements\CMMXU2\Inputs

CMMXU2

3I(B)

OUT

LD0.CMMXU2.HiAlm.stVal

SPS

BOOLEAN

StatUrg

HIGH_ALARM

High alarm

Monitoring\I/O status\Measurements\CMMXU2\Outputs

CMMXU2

3I(B)

OUT

LD0.CMMXU2.HiWrn.stVal

SPS

BOOLEAN

StatUrg

HIGH_WARN

High warning

Monitoring\I/O status\Measurements\CMMXU2\Outputs

CMMXU2

3I(B)

OUT

LD0.CMMXU2.LoWrn.stVal

SPS

BOOLEAN

StatUrg

LOW_WARN

Low warning

Monitoring\I/O status\Measurements\CMMXU2\Outputs

CMMXU2

3I(B)

OUT

LD0.CMMXU2.LoAlm.stVal

SPS

BOOLEAN

StatUrg

LOW_ALARM

Low alarm

Monitoring\I/O status\Measurements\CMMXU2\Outputs

CMMXU2

3I(B)

CTR

LD0.CMSTA2.RecRs.Oper.ctlVal

SPC

BOOLEAN

CMMXU2 max.demands

Clear CMMXU2 maximum demands

0=Cancel; 1=Clear

Clear\Clear

CMMXU2

3I(B)

MON

LD0.CMMXU2.A.phsA.instCVal.mag.f

WYE

FLOAT32

MeasFlt

I_INST_A

IL1 Amplitude, magnitude of instantaneous value

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CMMXU2\Monitored data

CMMXU2

3I(B)

MON

LD0.CMMXU2.A.phsA.cVal.mag.f

WYE

FLOAT32

MeasFlt

I_DB_A

IL1 Amplitude, magnitude of reported value

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CMMXU2\Monitored data

CMMXU2

3I(B)

MON

LD0.CMMXU2.A.phsA.range

WYE

Enum

MeasFlt

I_RANGE_A

IL1 Amplitude range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Measurements\CMMXU2\Monitored data

CMMXU2

3I(B)

MON

LD0.CMMXU2.A.phsB.instCVal.mag.f

WYE

FLOAT32

MeasFlt

I_INST_B

IL2 Amplitude, magnitude of instantaneous value

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CMMXU2\Monitored data

CMMXU2

3I(B)

MON

LD0.CMMXU2.A.phsB.cVal.mag.f

WYE

FLOAT32

MeasFlt

I_DB_B

IL2 Amplitude, magnitude of reported value

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CMMXU2\Monitored data

CMMXU2

3I(B)

MON

LD0.CMMXU2.A.phsB.range

WYE

Enum

MeasFlt

I_RANGE_B

IL2 Amplitude range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Measurements\CMMXU2\Monitored data

CMMXU2

3I(B)

MON

LD0.CMMXU2.A.phsC.instCVal.mag.f

WYE

FLOAT32

MeasFlt

I_INST_C

IL3 Amplitude, magnitude of instantaneous value

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CMMXU2\Monitored data

CMMXU2

3I(B)

MON

LD0.CMMXU2.A.phsC.cVal.mag.f

WYE

FLOAT32

MeasFlt

I_DB_C

IL3 Amplitude, magnitude of reported value

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CMMXU2\Monitored data

CMMXU2

3I(B)

MON

LD0.CMMXU2.A.phsC.range

WYE

Enum

MeasFlt

I_RANGE_C

IL3 Amplitude range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Measurements\CMMXU2\Monitored data

CMMXU2

3I(B)

MON

LD0.CMSTA2.AvAmps1.mag.f

FLOAT32

I_DMD_A

Demand value of IL1 current

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CMMXU2\Monitored data

IL1TCTR2

CMMXU2

3I(B)

MON

LD0.CMSTA2.MaxAmps1.mag.f

FLOAT32

Max demand IL1B

Maximum demand for Phase A

0.00...40.00 xIn

Monitoring\Recorded data\CMMXU2

IL1TCTR2

CMMXU2

3I(B)

MON

LD0.CMSTA2.MaxAmps1.t

Timestamp

Time max demand IL1B

Time of maximum demand phase A

Monitoring\Recorded data\CMMXU2

CMMXU2

3I(B)

MON

LD0.CMSTA2.AvAmps2.mag.f

FLOAT32

I_DMD_B

Demand value of IL2 current

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CMMXU2\Monitored data

IL1TCTR2

CMMXU2

3I(B)

MON

LD0.CMSTA2.MaxAmps2.mag.f

FLOAT32

Max demand IL2B

Maximum demand for Phase B

0.00...40.00 xIn

Monitoring\Recorded data\CMMXU2

IL1TCTR2

CMMXU2

3I(B)

MON

LD0.CMSTA2.MaxAmps2.t

Timestamp

Time max demand IL2B

Time of maximum demand phase B

Monitoring\Recorded data\CMMXU2

CMMXU2

3I(B)

MON

LD0.CMSTA2.AvAmps3.mag.f

FLOAT32

I_DMD_C

Demand value of IL3 current

0.00...40.00 xIn

Monitoring\I/O status\Measurements\CMMXU2\Monitored data

IL1TCTR2

CMMXU2

3I(B)

MON

LD0.CMSTA2.MaxAmps3.mag.f

FLOAT32

Max demand IL3B

Maximum demand for Phase C

0.00...40.00 xIn

Monitoring\Recorded data\CMMXU2

IL1TCTR2

CMMXU2

3I(B)

MON

LD0.CMSTA2.MaxAmps3.t

Timestamp

Time max demand IL3B

Time of maximum demand phase C

Monitoring\Recorded data\CMMXU2

CMMXU2

3I(B)

CFG

LD0.CMMXU2.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Configuration\Measurements\CMMXU2

CMMXU2

3I(B)

CFG

LD0.CMMXU2.A.phsA.db

WYE

INT32U

2500

A deadband

Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s)

100...100000

Configuration\Measurements\CMMXU2

CMMXU2

3I(B)

CFG

LD0.CMMXU2.A.phsA.rangeC.hhLim.f

WYE

FLOAT32

1.40

A high high limit

High alarm current limit

0.00...40.00 xIn

Configuration\Measurements\CMMXU2

CMMXU2

3I(B)

CFG

LD0.CMMXU2.A.phsA.rangeC.hLim.f

WYE

FLOAT32

1.20

A high limit

High warning current limit

0.00...40.00 xIn

Configuration\Measurements\CMMXU2

CMMXU2

3I(B)

CFG

LD0.CMMXU2.A.phsA.rangeC.lLim.f

WYE

FLOAT32

0.00

A low limit

Low warning current limit

0.00...40.00 xIn

Configuration\Measurements\CMMXU2

CMMXU2

3I(B)

CFG

LD0.CMMXU2.A.phsA.rangeC.llLim.f

WYE

FLOAT32

0.00

A low low limit

Low alarm current limit

0.00...40.00 xIn

Configuration\Measurements\CMMXU2

CMMXU2

3I(B)

CFG

LD0.CMMXU2.AMeasMod.setVal

ING

Enum

Measurement mode

Selects used measurement mode

1=RMS; 2=DFT

Configuration\Measurements\CMMXU2

CMMXU2

3I(B)

CFG

LD0.CMMXU2.NumPh.setVal

ING

Enum

Num of phases

Number of phases required by limit supervision

1=1 out of 3; 2=2 out of 3; 3=3 out of 3

Configuration\Measurements\CMMXU2

CMMXU2

3I(B)

CFG

LD0.CMSTA2.DmdItrv.setVal

ING

Enum

Demand interval

Time interval for demand calculation

0=1 minute; 1=5 minutes; 2=10 minutes; 3=15 minutes; 4=30 minutes; 5=60 minutes; 6=180 minutes

Configuration\Measurements\CMMXU2

CMMXU2

3I(B)

VER

LD0.CMMXU2.NamPlt.swRev

LPL

VisString255 (20)

CMMXU2

3I(B)

VER

LD0.CMSTA2.NamPlt.swRev

LPL

VisString255 (20)

X120 (AIM2)

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

X120 (AIM2)

(X120 (AIM2))

INF

LD0.XAGGIO120.EEName.hwRev

DPL

VisString255 (20)

HW revision

Card HW revision

Information\HW modules\X120 (AIM2)

X120 (AIM2)

(X120 (AIM2))

INF

LD0.XAGGIO120.EEName.serNum

DPL

VisString255 (20)

Serial number

Card serial number

Information\HW modules\X120 (AIM2)

X120 (AIM2)

(X120 (AIM2))

INF

LD0.XAGGIO120.EEName.eArtNum

DPL

VisString255 (20)

Article number

Card article number

Information\HW modules\X120 (AIM2)

X120 (AIM2)

(X120 (AIM2))

INF

LD0.XAGGIO120.EEName.eManDate

DPL

VisString255 (20)

Manufacturing date

Card manufacturing date

Information\HW modules\X120 (AIM2)

X120 (AIM2)

(X120 (AIM2))

INF

LD0.XAGGIO120.EEName.eTestDate

DPL

VisString255 (20)

Test date

Card test date

Information\HW modules\X120 (AIM2)

X120 (AIM2)

(X120 (AIM2))

VER

LD0.XAGGIO120.NamPlt.swRev

LPL

VisString255 (20)

X120 (AIM2)

(X120 (AIM2))

VER

LD0.XAGGIO120.EEName.swRev

DPL

VisString255 (20)

X130 (RTD)

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

X130 (RTD)

OUT

LD0.XRGGIO130.Alm.stVal

SPS

BOOLEAN

StatUrg

ALARM

General alarm

Monitoring\I/O status\Analog input values\X130 (RTD)\Outputs

X130 (RTD)

OUT

LD0.XRGGIO130.Wrn.stVal

SPS

BOOLEAN

StatUrg

WARNING

General warning

Monitoring\I/O status\Analog input values\X130 (RTD)\Outputs

X130 (RTD)

OUT

LD0.XRGGIO130.AnIn1.instMag.f

FLOAT32

MeasFlt

AI_VAL1

mA input, Connectors 1-2, instantaneous value

-10000.0...10000.0 Ω

X130 (RTD)

OUT

LD0.XRGGIO130.AnIn2.instMag.f

FLOAT32

MeasFlt

AI_VAL2

mA input, Connectors 3-4, instantaneous value

-10000.0...10000.0 Ω

X130 (RTD)

OUT

LD0.XRGGIO130.AnIn3.instMag.f

FLOAT32

MeasFlt

AI_VAL3

RTD input, Connectors 5-6-11c, instantaneous value

-10000.0...10000.0 Ω

X130 (RTD)

OUT

LD0.XRGGIO130.AnIn4.instMag.f

FLOAT32

MeasFlt

AI_VAL4

RTD input, Connectors 7-8-11c, instantaneous value

-10000.0...10000.0 Ω

X130 (RTD)

OUT

LD0.XRGGIO130.AnIn5.instMag.f

FLOAT32

MeasFlt

AI_VAL5

RTD input, Connectors 9-10-11c, instantaneous value

-10000.0...10000.0 Ω

X130 (RTD)

OUT

LD0.XRGGIO130.AnIn6.instMag.f

FLOAT32

MeasFlt

AI_VAL6

RTD input, Connectors 13-14-12c, instantaneous value

-10000.0...10000.0 Ω

X130 (RTD)

OUT

LD0.XRGGIO130.AnIn7.instMag.f

FLOAT32

MeasFlt

AI_VAL7

RTD input, Connectors 15-16-12c, instantaneous value

-10000.0...10000.0 Ω

X130 (RTD)

OUT

LD0.XRGGIO130.AnIn8.instMag.f

FLOAT32

MeasFlt

AI_VAL8

RTD input, Connectors 17-18-12c, instantaneous value

-10000.0...10000.0 Ω

X130 (RTD)

MON

LD0.XRGGIO130.AnIn1.range

Enum

MeasFlt

AI_RANGE1

mA input, Connectors 1-2, range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Analog input values\X130 (RTD)\Monitored data

X130 (RTD)

MON

LD0.XRGGIO130.AnIn2.range

Enum

MeasFlt

AI_RANGE2

mA input, Connectors 3-4, range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Analog input values\X130 (RTD)\Monitored data

X130 (RTD)

MON

LD0.XRGGIO130.AnIn3.range

Enum

MeasFlt

AI_RANGE3

RTD input, Connectors 5-6-11c, range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Analog input values\X130 (RTD)\Monitored data

X130 (RTD)

MON

LD0.XRGGIO130.AnIn4.range

Enum

MeasFlt

AI_RANGE4

RTD input, Connectors 7-8-11c, range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Analog input values\X130 (RTD)\Monitored data

X130 (RTD)

MON

LD0.XRGGIO130.AnIn5.range

Enum

MeasFlt

AI_RANGE5

RTD input, Connectors 9-10-11c, range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Analog input values\X130 (RTD)\Monitored data

X130 (RTD)

MON

LD0.XRGGIO130.AnIn6.range

Enum

MeasFlt

AI_RANGE6

RTD input, Connectors 13-14-12c, range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Analog input values\X130 (RTD)\Monitored data

X130 (RTD)

MON

LD0.XRGGIO130.AnIn7.range

Enum

MeasFlt

AI_RANGE7

RTD input, Connectors 15-16-12c, range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Analog input values\X130 (RTD)\Monitored data

X130 (RTD)

MON

LD0.XRGGIO130.AnIn8.range

Enum

MeasFlt

AI_RANGE8

RTD input, Connectors 17-18-12c, range

0=normal; 1=high; 2=low; 3=high-high; 4=low-low

Monitoring\I/O status\Analog input values\X130 (RTD)\Monitored data

X130 (RTD)

CFG

LD0.XRGGIO130.AnIn1.units.SIUnit

Enum

Value unit

Selected unit for output value format

1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm

Configuration\I/O modules\X130 (RTD)\Input 1

X130 (RTD)

CFG

LD0.XRGGIO130.AnIn1.db

INT32U

1000

Value deadband

Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s)

100...100000

Configuration\I/O modules\X130 (RTD)\Input 1

X130 (RTD)

CFG

LD0.XRGGIO130.AnIn2.units.SIUnit

Enum

Value unit

Selected unit for output value format

1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm

Configuration\I/O modules\X130 (RTD)\Input 2

X130 (RTD)

CFG

LD0.XRGGIO130.AnIn2.db

INT32U

1000

Value deadband

Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s)

100...100000

Configuration\I/O modules\X130 (RTD)\Input 2

X130 (RTD)

CFG

LD0.XRGGIO130.AnIn3.units.SIUnit

Enum

Value unit

Selected unit for output value format

1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm

Configuration\I/O modules\X130 (RTD)\Input 3

X130 (RTD)

CFG

LD0.XRGGIO130.AnIn3.db

INT32U

1000

Value deadband

Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s)

100...100000

Configuration\I/O modules\X130 (RTD)\Input 3

X130 (RTD)

CFG

LD0.XRGGIO130.AnIn4.units.SIUnit

Enum

Value unit

Selected unit for output value format

1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm

Configuration\I/O modules\X130 (RTD)\Input 4

X130 (RTD)

CFG

LD0.XRGGIO130.AnIn4.db

INT32U

1000

Value deadband

Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s)

100...100000

Configuration\I/O modules\X130 (RTD)\Input 4

X130 (RTD)

CFG

LD0.XRGGIO130.AnIn5.units.SIUnit

Enum

Value unit

Selected unit for output value format

1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm

Configuration\I/O modules\X130 (RTD)\Input 5

X130 (RTD)

CFG

LD0.XRGGIO130.AnIn5.db

INT32U

1000

Value deadband

Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s)

100...100000

Configuration\I/O modules\X130 (RTD)\Input 5

X130 (RTD)

CFG

LD0.XRGGIO130.AnIn6.units.SIUnit

Enum

Value unit

Selected unit for output value format

1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm

Configuration\I/O modules\X130 (RTD)\Input 6

X130 (RTD)

CFG

LD0.XRGGIO130.AnIn6.db

INT32U

1000

Value deadband

Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s)

100...100000

Configuration\I/O modules\X130 (RTD)\Input 6

X130 (RTD)

CFG

LD0.XRGGIO130.AnIn7.units.SIUnit

Enum

Value unit

Selected unit for output value format

1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm

Configuration\I/O modules\X130 (RTD)\Input 7

X130 (RTD)

CFG

LD0.XRGGIO130.AnIn7.db

INT32U

1000

Value deadband

Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s)

100...100000

Configuration\I/O modules\X130 (RTD)\Input 7

X130 (RTD)

CFG

LD0.XRGGIO130.AnIn8.units.SIUnit

Enum

Value unit

Selected unit for output value format

1=Dimensionless; 5=Ampere; 23=Degrees celsius; 30=Ohm

Configuration\I/O modules\X130 (RTD)\Input 8

X130 (RTD)

CFG

LD0.XRGGIO130.AnIn8.db

INT32U

1000

Value deadband

Deadband configuration value for integral calculation. (percentage of difference between min and max as 0,001 % s)

100...100000

Configuration\I/O modules\X130 (RTD)\Input 8

X130 (RTD)

CFG

LD0.XRGGIO130.InMod1.setVal

ING

Enum

Input mode

Analogue input mode

1=Not in use; 5=0..20mA

Configuration\I/O modules\X130 (RTD)\Input 1

X130 (RTD)

CFG

LD0.XRGGIO130.InMod2.setVal

ING

Enum

Input mode

Analogue input mode

1=Not in use; 5=0..20mA

Configuration\I/O modules\X130 (RTD)\Input 2

X130 (RTD)

CFG

LD0.XRGGIO130.InMod3.setVal

ING

Enum

Input mode

Analogue input mode

1=Not in use; 2=Resistance; 10=Pt100; 11=Pt250; 20=Ni100; 21=Ni120; 22=Ni250; 30=Cu10

Configuration\I/O modules\X130 (RTD)\Input 3

X130 (RTD)

CFG

LD0.XRGGIO130.InMod4.setVal

ING

Enum

Input mode

Analogue input mode

1=Not in use; 2=Resistance; 10=Pt100; 11=Pt250; 20=Ni100; 21=Ni120; 22=Ni250; 30=Cu10

Configuration\I/O modules\X130 (RTD)\Input 4

X130 (RTD)

CFG

LD0.XRGGIO130.InMod5.setVal

ING

Enum

Input mode

Analogue input mode

1=Not in use; 2=Resistance; 10=Pt100; 11=Pt250; 20=Ni100; 21=Ni120; 22=Ni250; 30=Cu10

Configuration\I/O modules\X130 (RTD)\Input 5

X130 (RTD)

CFG

LD0.XRGGIO130.InMod6.setVal

ING

Enum

Input mode

Analogue input mode

1=Not in use; 2=Resistance; 10=Pt100; 11=Pt250; 20=Ni100; 21=Ni120; 22=Ni250; 30=Cu10

Configuration\I/O modules\X130 (RTD)\Input 6

X130 (RTD)

CFG

LD0.XRGGIO130.InMod7.setVal

ING

Enum

Input mode

Analogue input mode

1=Not in use; 2=Resistance; 10=Pt100; 11=Pt250; 20=Ni100; 21=Ni120; 22=Ni250; 30=Cu10

Configuration\I/O modules\X130 (RTD)\Input 7

X130 (RTD)

CFG

LD0.XRGGIO130.InMod8.setVal

ING

Enum

Input mode

Analogue input mode

1=Not in use; 2=Resistance; 10=Pt100; 11=Pt250; 20=Ni100; 21=Ni120; 22=Ni250; 30=Cu10

Configuration\I/O modules\X130 (RTD)\Input 8

X130 (RTD)

INF

LD0.XRGGIO130.EEName.hwRev

DPL

VisString255 (20)

HW revision

Card HW revision

Information\HW modules\X130 (RTD)

X130 (RTD)

INF

LD0.XRGGIO130.EEName.serNum

DPL

VisString255 (20)

Serial number

Card serial number

Information\HW modules\X130 (RTD)

X130 (RTD)

INF

LD0.XRGGIO130.EEName.eArtNum

DPL

VisString255 (20)

Article number

Card article number

Information\HW modules\X130 (RTD)

X130 (RTD)

INF

LD0.XRGGIO130.EEName.eManDate

DPL

VisString255 (20)

Manufacturing date

Card manufacturing date

Information\HW modules\X130 (RTD)

X130 (RTD)

INF

LD0.XRGGIO130.EEName.eTestDate

DPL

VisString255 (20)

Test date

Card test date

Information\HW modules\X130 (RTD)

X130 (RTD)

VER

LD0.XRGGIO130.NamPlt.swRev

LPL

VisString255 (20)

X130 (RTD)

VER

LD0.XRGGIO130.EEName.swRev

DPL

VisString255 (20)

MAPGAPC1: Multipurpose analogue protection function

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

MAPGAPC1

MAP(1)

INP

LD0.MAPGAPC1.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Other protection\MAPGAPC1\Inputs

MAPGAPC1

MAP(1)

INP

LD0.MAPGAPC1.AnIn.mag.f

FLOAT32

0.0

AI_VALUE

Analogue input value

-10000.0...10000.0

Monitoring\I/O status\Other protection\MAPGAPC1\Inputs

MAPGAPC1

MAP(1)

INP

LD0.MAPGAPC1.InEnaAdd.stVal

SPS

BOOLEAN

ENA_ADD

Enable start added

Monitoring\I/O status\Other protection\MAPGAPC1\Inputs

MAPGAPC1

MAP(1)

OUT

LD0.MAPGAPC1.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Other protection\MAPGAPC1\Outputs

MAPGAPC1

MAP(1)

OUT

LD0.MAPGAPC1.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Other protection\MAPGAPC1\Outputs

MAPGAPC1

MAP(1)

MON

LD0.MAPGAPC1.Beh.stVal

INS

Enum

MAPGAPC1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

MAPGAPC1

MAP(1)

MON

LD0.MAPGAPC1.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Other protection\MAPGAPC1\Monitored data

MAPGAPC1

MAP(1)

SET

LD0.MAPGAPC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Other protection\MAPGAPC1

MAPGAPC1

MAP(1)

SET

LD0.MAPGAPC1.StrVal.setMag.f

ASG

FLOAT32

0.0

Start value

-10000.0...10000.0

Settings\Settings\Other protection\MAPGAPC1

MAPGAPC1

MAP(1)

SET

LD0.MAPGAPC1.OpModComp.setVal

ING

Enum

Operation mode

1=Over; 2=Under

Settings\Settings\Other protection\MAPGAPC1

MAPGAPC1

MAP(1)

SET

LD0.MAPGAPC1.OpDlTmms.setVal

ING

INT32

Operate delay time

0...200000 ms

Settings\Settings\Other protection\MAPGAPC1

MAPGAPC1

MAP(1)

SET

LD0.MAPGAPC1.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Other protection\MAPGAPC1

MAPGAPC1

MAP(1)

SET

LD0.MAPGAPC1.HysAbs.setMag.f

ASG

FLOAT32

0.10

Absolute hysteresis

Absolute hysteresis for operation

0.01...100.00

Settings\Settings\Other protection\MAPGAPC1

MAPGAPC1

MAP(1)

SET

LD0.MAPGAPC1.StrValAdd.setMag.f

ASG

FLOAT32

0.0

Start value Add

-100.0...100.0

Settings\Settings\Other protection\MAPGAPC1

MAPGAPC1

MAP(1)

TES

LD0.MAPGAPC1.TstOutCmd.Oper.ctlVal

INC

Enum

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)

VER

LD0.MAPGAPC1.NamPlt.swRev

LPL

VisString255 (20)

MAPGAPC2: Multipurpose analogue protection function

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

MAPGAPC2

MAP(2)

INP

LD0.MAPGAPC2.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Other protection\MAPGAPC2\Inputs

MAPGAPC2

MAP(2)

INP

LD0.MAPGAPC2.AnIn.mag.f

FLOAT32

0.0

AI_VALUE

Analogue input value

-10000.0...10000.0

Monitoring\I/O status\Other protection\MAPGAPC2\Inputs

MAPGAPC2

MAP(2)

INP

LD0.MAPGAPC2.InEnaAdd.stVal

SPS

BOOLEAN

ENA_ADD

Enable start added

Monitoring\I/O status\Other protection\MAPGAPC2\Inputs

MAPGAPC2

MAP(2)

OUT

LD0.MAPGAPC2.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Other protection\MAPGAPC2\Outputs

MAPGAPC2

MAP(2)

OUT

LD0.MAPGAPC2.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Other protection\MAPGAPC2\Outputs

MAPGAPC2

MAP(2)

MON

LD0.MAPGAPC2.Beh.stVal

INS

Enum

MAPGAPC2

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

MAPGAPC2

MAP(2)

MON

LD0.MAPGAPC2.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Other protection\MAPGAPC2\Monitored data

MAPGAPC2

MAP(2)

SET

LD0.MAPGAPC2.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Other protection\MAPGAPC2

MAPGAPC2

MAP(2)

SET

LD0.MAPGAPC2.StrVal.setMag.f

ASG

FLOAT32

0.0

Start value

-10000.0...10000.0

Settings\Settings\Other protection\MAPGAPC2

MAPGAPC2

MAP(2)

SET

LD0.MAPGAPC2.OpModComp.setVal

ING

Enum

Operation mode

1=Over; 2=Under

Settings\Settings\Other protection\MAPGAPC2

MAPGAPC2

MAP(2)

SET

LD0.MAPGAPC2.OpDlTmms.setVal

ING

INT32

Operate delay time

0...200000 ms

Settings\Settings\Other protection\MAPGAPC2

MAPGAPC2

MAP(2)

SET

LD0.MAPGAPC2.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Other protection\MAPGAPC2

MAPGAPC2

MAP(2)

SET

LD0.MAPGAPC2.HysAbs.setMag.f

ASG

FLOAT32

0.10

Absolute hysteresis

Absolute hysteresis for operation

0.01...100.00

Settings\Settings\Other protection\MAPGAPC2

MAPGAPC2

MAP(2)

SET

LD0.MAPGAPC2.StrValAdd.setMag.f

ASG

FLOAT32

0.0

Start value Add

-100.0...100.0

Settings\Settings\Other protection\MAPGAPC2

MAPGAPC2

MAP(2)

TES

LD0.MAPGAPC2.TstOutCmd.Oper.ctlVal

INC

Enum

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)

VER

LD0.MAPGAPC2.NamPlt.swRev

LPL

VisString255 (20)

MAPGAPC3: Multipurpose analogue protection function

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

MAPGAPC3

MAP(3)

INP

LD0.MAPGAPC3.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for activating the blocking mode

Monitoring\I/O status\Other protection\MAPGAPC3\Inputs

MAPGAPC3

MAP(3)

INP

LD0.MAPGAPC3.AnIn.mag.f

FLOAT32

0.0

AI_VALUE

Analogue input value

-10000.0...10000.0

Monitoring\I/O status\Other protection\MAPGAPC3\Inputs

MAPGAPC3

MAP(3)

INP

LD0.MAPGAPC3.InEnaAdd.stVal

SPS

BOOLEAN

ENA_ADD

Enable start added

Monitoring\I/O status\Other protection\MAPGAPC3\Inputs

MAPGAPC3

MAP(3)

OUT

LD0.MAPGAPC3.Str.general

ACD

BOOLEAN

StatNrml

START

Start

Monitoring\I/O status\Other protection\MAPGAPC3\Outputs

MAPGAPC3

MAP(3)

OUT

LD0.MAPGAPC3.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Other protection\MAPGAPC3\Outputs

MAPGAPC3

MAP(3)

MON

LD0.MAPGAPC3.Beh.stVal

INS

Enum

MAPGAPC3

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

MAPGAPC3

MAP(3)

MON

LD0.MAPGAPC3.StrDur.mag.f

FLOAT32

START_DUR

Ratio of start time / operate time

0.00...100.00 %

Monitoring\I/O status\Other protection\MAPGAPC3\Monitored data

MAPGAPC3

MAP(3)

SET

LD0.MAPGAPC3.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Other protection\MAPGAPC3

MAPGAPC3

MAP(3)

SET

LD0.MAPGAPC3.StrVal.setMag.f

ASG

FLOAT32

0.0

Start value

-10000.0...10000.0

Settings\Settings\Other protection\MAPGAPC3

MAPGAPC3

MAP(3)

SET

LD0.MAPGAPC3.OpModComp.setVal

ING

Enum

Operation mode

1=Over; 2=Under

Settings\Settings\Other protection\MAPGAPC3

MAPGAPC3

MAP(3)

SET

LD0.MAPGAPC3.OpDlTmms.setVal

ING

INT32

Operate delay time

0...200000 ms

Settings\Settings\Other protection\MAPGAPC3

MAPGAPC3

MAP(3)

SET

LD0.MAPGAPC3.RsDlTmms.setVal

ING

INT32

Reset delay time

0...60000 ms

Settings\Settings\Other protection\MAPGAPC3

MAPGAPC3

MAP(3)

SET

LD0.MAPGAPC3.HysAbs.setMag.f

ASG

FLOAT32

0.10

Absolute hysteresis

Absolute hysteresis for operation

0.01...100.00

Settings\Settings\Other protection\MAPGAPC3

MAPGAPC3

MAP(3)

SET

LD0.MAPGAPC3.StrValAdd.setMag.f

ASG

FLOAT32

0.0

Start value Add

-100.0...100.0

Settings\Settings\Other protection\MAPGAPC3

MAPGAPC3

MAP(3)

TES

LD0.MAPGAPC3.TstOutCmd.Oper.ctlVal

INC

Enum

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)

VER

LD0.MAPGAPC3.NamPlt.swRev

LPL

VisString255 (20)

X110 (BIO)

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

X110 (BIO)

INP

LD0.XGGIO110.SPCSO1.stVal

SPC

BOOLEAN

StatIO

X110-SO1

Connectors 14c-15no-16nc

Monitoring\I/O status\Binary output values\X110 (BIO)

X110 (BIO)

INP

LD0.XGGIO110.SPCSO2.stVal

SPC

BOOLEAN

StatIO

X110-SO2

Connectors 17c-18no-19nc

Monitoring\I/O status\Binary output values\X110 (BIO)

X110 (BIO)

INP

LD0.XGGIO110.SPCSO3.stVal

SPC

BOOLEAN

StatIO

X110-SO3

Connectors 20c-21no-22nc

Monitoring\I/O status\Binary output values\X110 (BIO)

X110 (BIO)

INP

LD0.XGGIO110.SPCSO4.stVal

SPC

BOOLEAN

StatIO

X110-SO4

Connectors 23-24

Monitoring\I/O status\Binary output values\X110 (BIO)

X110 (BIO)

OUT

LD0.XGGIO110.Ind1.stVal

SPS

BOOLEAN

StatIO

X110-Input 1

Connectors 1-2

Monitoring\I/O status\Binary input values\X110 (BIO)

X110 (BIO)

OUT

LD0.XGGIO110.Ind2.stVal

SPS

BOOLEAN

StatIO

X110-Input 2

Connectors 3-4

Monitoring\I/O status\Binary input values\X110 (BIO)

X110 (BIO)

OUT

LD0.XGGIO110.Ind3.stVal

SPS

BOOLEAN

StatIO

X110-Input 3

Connectors 5-6c

Monitoring\I/O status\Binary input values\X110 (BIO)

X110 (BIO)

OUT

LD0.XGGIO110.Ind4.stVal

SPS

BOOLEAN

StatIO

X110-Input 4

Connectors 7-6c

Monitoring\I/O status\Binary input values\X110 (BIO)

X110 (BIO)

OUT

LD0.XGGIO110.Ind5.stVal

SPS

BOOLEAN

StatIO

X110-Input 5

Connectors 8-9c

Monitoring\I/O status\Binary input values\X110 (BIO)

X110 (BIO)

OUT

LD0.XGGIO110.Ind6.stVal

SPS

BOOLEAN

StatIO

X110-Input 6

Connectors 10-9c

Monitoring\I/O status\Binary input values\X110 (BIO)

X110 (BIO)

OUT

LD0.XGGIO110.Ind7.stVal

SPS

BOOLEAN

StatIO

X110-Input 7

Connectors 11-12c

Monitoring\I/O status\Binary input values\X110 (BIO)

X110 (BIO)

OUT

LD0.XGGIO110.Ind8.stVal

SPS

BOOLEAN

StatIO

X110-Input 8

Connectors 13-12c

Monitoring\I/O status\Binary input values\X110 (BIO)

X110 (BIO)

CFG

LD0.XGGIO110.OpDlTmms1.setVal

ING

INT32

Input 1 filter time

Connectors 1-2

5...1000 ms

Configuration\I/O modules\X110 (BIO)\Input filtering

X110 (BIO)

CFG

LD0.XGGIO110.OpDlTmms2.setVal

ING

INT32

Input 2 filter time

Connectors 3-4

5...1000 ms

Configuration\I/O modules\X110 (BIO)\Input filtering

X110 (BIO)

CFG

LD0.XGGIO110.OpDlTmms3.setVal

ING

INT32

Input 3 filter time

Connectors 5-6c

5...1000 ms

Configuration\I/O modules\X110 (BIO)\Input filtering

X110 (BIO)

CFG

LD0.XGGIO110.OpDlTmms4.setVal

ING

INT32

Input 4 filter time

Connectors 7-6c

5...1000 ms

Configuration\I/O modules\X110 (BIO)\Input filtering

X110 (BIO)

CFG

LD0.XGGIO110.OpDlTmms5.setVal

ING

INT32

Input 5 filter time

Connectors 8-9c

5...1000 ms

Configuration\I/O modules\X110 (BIO)\Input filtering

X110 (BIO)

CFG

LD0.XGGIO110.OpDlTmms6.setVal

ING

INT32

Input 6 filter time

Connectors 10-9c

5...1000 ms

Configuration\I/O modules\X110 (BIO)\Input filtering

X110 (BIO)

CFG

LD0.XGGIO110.OpDlTmms7.setVal

ING

INT32

Input 7 filter time

Connectors 11-12c

5...1000 ms

Configuration\I/O modules\X110 (BIO)\Input filtering

X110 (BIO)

CFG

LD0.XGGIO110.OpDlTmms8.setVal

ING

INT32

Input 8 filter time

Connectors 13-12c

5...1000 ms

Configuration\I/O modules\X110 (BIO)\Input filtering

X110 (BIO)

CFG

LD0.XGGIO110.DiInvert1.setVal

SPG

BOOLEAN

Input 1 inversion

Connectors 1-2

Configuration\I/O modules\X110 (BIO)\Input inversion

X110 (BIO)

CFG

LD0.XGGIO110.DiInvert2.setVal

SPG

BOOLEAN

Input 2 inversion

Connectors 3-4

Configuration\I/O modules\X110 (BIO)\Input inversion

X110 (BIO)

CFG

LD0.XGGIO110.DiInvert3.setVal

SPG

BOOLEAN

Input 3 inversion

Connectors 5-6c

Configuration\I/O modules\X110 (BIO)\Input inversion

X110 (BIO)

CFG

LD0.XGGIO110.DiInvert4.setVal

SPG

BOOLEAN

Input 4 inversion

Connectors 7-6c

Configuration\I/O modules\X110 (BIO)\Input inversion

X110 (BIO)

CFG

LD0.XGGIO110.DiInvert5.setVal

SPG

BOOLEAN

Input 5 inversion

Connectors 8-9c

Configuration\I/O modules\X110 (BIO)\Input inversion

X110 (BIO)

CFG

LD0.XGGIO110.DiInvert6.setVal

SPG

BOOLEAN

Input 6 inversion

Connectors 10-9c

Configuration\I/O modules\X110 (BIO)\Input inversion

X110 (BIO)

CFG

LD0.XGGIO110.DiInvert7.setVal

SPG

BOOLEAN

Input 7 inversion

Connectors 11-12c

Configuration\I/O modules\X110 (BIO)\Input inversion

X110 (BIO)

CFG

LD0.XGGIO110.DiInvert8.setVal

SPG

BOOLEAN

Input 8 inversion

Connectors 13-12c

Configuration\I/O modules\X110 (BIO)\Input inversion

X110 (BIO)

TES

LD0.XGGIO110.SPCSO1.Oper.ctlVal

SPC

BOOLEAN

X110-SO1

Connectors 14c-15no-16nc

Tests\Binary outputs\X110 (BIO)

X110 (BIO)

TES

LD0.XGGIO110.SPCSO2.Oper.ctlVal

SPC

BOOLEAN

X110-SO2

Connectors 17c-18no-19nc

Tests\Binary outputs\X110 (BIO)

X110 (BIO)

TES

LD0.XGGIO110.SPCSO3.Oper.ctlVal

SPC

BOOLEAN

X110-SO3

Connectors 20c-21no-22nc

Tests\Binary outputs\X110 (BIO)

X110 (BIO)

TES

LD0.XGGIO110.SPCSO4.Oper.ctlVal

SPC

BOOLEAN

X110-SO4

Connectors 23-24

Tests\Binary outputs\X110 (BIO)

X110 (BIO)

INF

LD0.XGGIO110.EEName.hwRev

DPL

VisString255 (20)

HW revision

Card HW revision

Information\HW modules\X110 (BIO)

X110 (BIO)

INF

LD0.XGGIO110.EEName.serNum

DPL

VisString255 (20)

Serial number

Card serial number

Information\HW modules\X110 (BIO)

X110 (BIO)

INF

LD0.XGGIO110.EEName.eArtNum

DPL

VisString255 (20)

Article number

Card article number

Information\HW modules\X110 (BIO)

X110 (BIO)

INF

LD0.XGGIO110.EEName.eManDate

DPL

VisString255 (20)

Manufacturing date

Card manufacturing date

Information\HW modules\X110 (BIO)

X110 (BIO)

INF

LD0.XGGIO110.EEName.eTestDate

DPL

VisString255 (20)

Test date

Card test date

Information\HW modules\X110 (BIO)

X110 (BIO)

VER

LD0.XGGIO110.NamPlt.swRev

LPL

VisString255 (20)

X110 (BIO)

VER

LD0.XGGIO110.EEName.swRev

DPL

VisString255 (20)

X130 (BIO)

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

X130 (BIO)

INP

LD0.XGGIO130.SPCSO1.stVal

SPC

BOOLEAN

StatIO

X130-SO1

Connectors 10c-11no-12nc

Monitoring\I/O status\Binary output values\X130 (BIO)

X130 (BIO)

INP

LD0.XGGIO130.SPCSO2.stVal

SPC

BOOLEAN

StatIO

X130-SO2

Connectors 13c-14no-15nc

Monitoring\I/O status\Binary output values\X130 (BIO)

X130 (BIO)

INP

LD0.XGGIO130.SPCSO3.stVal

SPC

BOOLEAN

StatIO

X130-SO3

Connectors 16c-17no-18nc

Monitoring\I/O status\Binary output values\X130 (BIO)

X130 (BIO)

OUT

LD0.XGGIO130.Ind1.stVal

SPS

BOOLEAN

StatIO

X130-Input 1

Connectors 1-2c

Monitoring\I/O status\Binary input values\X130 (BIO)

X130 (BIO)

OUT

LD0.XGGIO130.Ind2.stVal

SPS

BOOLEAN

StatIO

X130-Input 2

Connectors 3-2c

Monitoring\I/O status\Binary input values\X130 (BIO)

X130 (BIO)

OUT

LD0.XGGIO130.Ind3.stVal

SPS

BOOLEAN

StatIO

X130-Input 3

Connectors 4-5c

Monitoring\I/O status\Binary input values\X130 (BIO)

X130 (BIO)

OUT

LD0.XGGIO130.Ind4.stVal

SPS

BOOLEAN

StatIO

X130-Input 4

Connectors 6-5c

Monitoring\I/O status\Binary input values\X130 (BIO)

X130 (BIO)

OUT

LD0.XGGIO130.Ind5.stVal

SPS

BOOLEAN

StatIO

X130-Input 5

Connectors 7-8c

Monitoring\I/O status\Binary input values\X130 (BIO)

X130 (BIO)

OUT

LD0.XGGIO130.Ind6.stVal

SPS

BOOLEAN

StatIO

X130-Input 6

Connectors 9-8c

Monitoring\I/O status\Binary input values\X130 (BIO)

X130 (BIO)

CFG

LD0.XGGIO130.OpDlTmms1.setVal

ING

INT32

Input 1 filter time

Connectors 1-2c

5...1000 ms

Configuration\I/O modules\X130 (BIO)\Input filtering

X130 (BIO)

CFG

LD0.XGGIO130.OpDlTmms2.setVal

ING

INT32

Input 2 filter time

Connectors 3-2c

5...1000 ms

Configuration\I/O modules\X130 (BIO)\Input filtering

X130 (BIO)

CFG

LD0.XGGIO130.OpDlTmms3.setVal

ING

INT32

Input 3 filter time

Connectors 4-5c

5...1000 ms

Configuration\I/O modules\X130 (BIO)\Input filtering

X130 (BIO)

CFG

LD0.XGGIO130.OpDlTmms4.setVal

ING

INT32

Input 4 filter time

Connectors 6-5c

5...1000 ms

Configuration\I/O modules\X130 (BIO)\Input filtering

X130 (BIO)

CFG

LD0.XGGIO130.OpDlTmms5.setVal

ING

INT32

Input 5 filter time

Connectors 7-8c

5...1000 ms

Configuration\I/O modules\X130 (BIO)\Input filtering

X130 (BIO)

CFG

LD0.XGGIO130.OpDlTmms6.setVal

ING

INT32

Input 6 filter time

Connectors 9-8c

5...1000 ms

Configuration\I/O modules\X130 (BIO)\Input filtering

X130 (BIO)

CFG

LD0.XGGIO130.DiInvert1.setVal

SPG

BOOLEAN

Input 1 inversion

Connectors 1-2c

Configuration\I/O modules\X130 (BIO)\Input inversion

X130 (BIO)

CFG

LD0.XGGIO130.DiInvert2.setVal

SPG

BOOLEAN

Input 2 inversion

Connectors 3-2c

Configuration\I/O modules\X130 (BIO)\Input inversion

X130 (BIO)

CFG

LD0.XGGIO130.DiInvert3.setVal

SPG

BOOLEAN

Input 3 inversion

Connectors 4-5c

Configuration\I/O modules\X130 (BIO)\Input inversion

X130 (BIO)

CFG

LD0.XGGIO130.DiInvert4.setVal

SPG

BOOLEAN

Input 4 inversion

Connectors 6-5c

Configuration\I/O modules\X130 (BIO)\Input inversion

X130 (BIO)

CFG

LD0.XGGIO130.DiInvert5.setVal

SPG

BOOLEAN

Input 5 inversion

Connectors 7-8c

Configuration\I/O modules\X130 (BIO)\Input inversion

X130 (BIO)

CFG

LD0.XGGIO130.DiInvert6.setVal

SPG

BOOLEAN

Input 6 inversion

Connectors 9-8c

Configuration\I/O modules\X130 (BIO)\Input inversion

X130 (BIO)

TES

LD0.XGGIO130.SPCSO1.Oper.ctlVal

SPC

BOOLEAN

X130-SO1

Connectors 10c-11no-12nc

Tests\Binary outputs\X130 (BIO)

X130 (BIO)

TES

LD0.XGGIO130.SPCSO2.Oper.ctlVal

SPC

BOOLEAN

X130-SO2

Connectors 13c-14no-15nc

Tests\Binary outputs\X130 (BIO)

X130 (BIO)

TES

LD0.XGGIO130.SPCSO3.Oper.ctlVal

SPC

BOOLEAN

X130-SO3

Connectors 16c-17no-18nc

Tests\Binary outputs\X130 (BIO)

X130 (BIO)

INF

LD0.XGGIO130.EEName.hwRev

DPL

VisString255 (20)

HW revision

Card HW revision

Information\HW modules\X130 (BIO)

X130 (BIO)

INF

LD0.XGGIO130.EEName.serNum

DPL

VisString255 (20)

Serial number

Card serial number

Information\HW modules\X130 (BIO)

X130 (BIO)

INF

LD0.XGGIO130.EEName.eArtNum

DPL

VisString255 (20)

Article number

Card article number

Information\HW modules\X130 (BIO)

X130 (BIO)

INF

LD0.XGGIO130.EEName.eManDate

DPL

VisString255 (20)

Manufacturing date

Card manufacturing date

Information\HW modules\X130 (BIO)

X130 (BIO)

INF

LD0.XGGIO130.EEName.eTestDate

DPL

VisString255 (20)

Test date

Card test date

Information\HW modules\X130 (BIO)

X130 (BIO)

VER

LD0.XGGIO130.NamPlt.swRev

LPL

VisString255 (20)

X130 (BIO)

VER

LD0.XGGIO130.EEName.swRev

DPL

VisString255 (20)

IEC60870-5-103

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

IEC60870-5-103

MON

LD0.I3CGGIO1.RcvFrms01.stVal

INS

INT32

Received frames 1

Received frames

-1...2147483646

Monitoring\Communication\IEC60870-5-103\Serial

IEC60870-5-103

MON

LD0.I3CGGIO1.ChksErr01.stVal

INS

INT32

Checksum errors 1

Checksum errors

-1...2147483646

Monitoring\Communication\IEC60870-5-103\Serial

IEC60870-5-103

MON

LD0.I3CGGIO1.TrmFrms01.stVal

INS

INT32

Transmitted frames 1

Transmitted frames

-1...2147483646

Monitoring\Communication\IEC60870-5-103\Serial

IEC60870-5-103

MON

LD0.I3CGGIO1.Status01.Oper.ctlVal

SPC

BOOLEAN

Status 1

Status

Monitoring\Communication\IEC60870-5-103\Serial

IEC60870-5-103

MON

LD0.I3CGGIO1.RcvFrms02.stVal

INS

INT32

Received frames 2

Received frames

-1...2147483646

Monitoring\Communication\IEC60870-5-103\Serial

IEC60870-5-103

MON

LD0.I3CGGIO1.ChksErr02.stVal

INS

INT32

Checksum errors 2

Checksum errors

-1...2147483646

Monitoring\Communication\IEC60870-5-103\Serial

IEC60870-5-103

MON

LD0.I3CGGIO1.TrmFrms02.stVal

INS

INT32

Transmitted frames 2

Transmitted frames

-1...2147483646

Monitoring\Communication\IEC60870-5-103\Serial

IEC60870-5-103

MON

LD0.I3CGGIO1.Status02.Oper.ctlVal

SPC

BOOLEAN

Status 2

Status

Monitoring\Communication\IEC60870-5-103\Serial

IEC60870-5-103

CFG

LD0.I3CGGIO1.InOv.stVal

SPS

BOOLEAN

Internal Overflow

Internal Overflow: TRUE-System level overflow occured (indication only)

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.SerPort1.setVal

ING

Enum

Serial port 1

COM port for instance 1

0=Not in use; 1=COM 1; 2=COM 2

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.UnAddr1.setVal

ING

INT32

Address 1

Unit address for instance 1

1...255

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.StrFrmDl1.setVal

ING

INT32

Start delay 1

Start frame delay in chars for instance 1

0...20 char

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.StopFrmDl1.setVal

ING

INT32

End delay 1

End frame delay in chars for instance 1

0...20 char

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.Cls2Frm1i1.setVal

ING

Enum

Frame1InUse 1

Active Class2 Frame 1 for instance 1

-1=Not in use; 0=User frame; 1=Standard frame 1; 2=Standard frame 2; 3=Standard frame 3; 4=Standard frame 4; 5=Standard frame 5; 6=Private frame 6; 7=Private frame 7

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.Cls2Frm2i1.setVal

ING

Enum

-1

Frame2InUse 1

Active Class2 Frame 2 for instance 1

-1=Not in use; 0=User frame; 1=Standard frame 1; 2=Standard frame 2; 3=Standard frame 3; 4=Standard frame 4; 5=Standard frame 5; 6=Private frame 6; 7=Private frame 7

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.Cls2Frm3i1.setVal

ING

Enum

-1

Frame3InUse 1

Active Class2 Frame 3 for instance 1

-1=Not in use; 0=User frame; 1=Standard frame 1; 2=Standard frame 2; 3=Standard frame 3; 4=Standard frame 4; 5=Standard frame 5; 6=Private frame 6; 7=Private frame 7

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.Cls2Frm4i1.setVal

ING

Enum

-1

Frame4InUse 1

Active Class2 Frame 4 for instance 1

-1=Not in use; 0=User frame; 1=Standard frame 1; 2=Standard frame 2; 3=Standard frame 3; 4=Standard frame 4; 5=Standard frame 5; 6=Private frame 6; 7=Private frame 7

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.UsrFnTyp1.setVal

ING

INT32

UsrFType 1

Function type for User Class 2 Frame for instance 1

0...255

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.UsrInfNo1.setVal

ING

INT32

230

UsrInfNo 1

Information Number for User Class2 Frame for instance 1

0...255

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.C1OvInd1.setVal

ING

Enum

Class1OvInd 1

Overflow Indication for instance 1

0=No indication; 1=Both edges; 2=Rising edge

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.C1OvFTyp1.setVal

ING

INT32

Class1OvFType 1

Function Type for Class 1 overflow indication for instance 1

0...255

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.C1OvINo1.setVal

ING

INT32

255

Class1OvInfNo 1

Information Number for Class 1 overflow indication for instance 1

0...255

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.C1OvBkOf1.setVal

ING

INT32

500

Class1OvBackOff 1

Backoff Range for Class1 buffer for instance 1

0...500

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.GIOpt1.setVal

ING

Enum

GI Optimize 1

Optimize GI traffic for instance 1

0=Standard behaviour; 1=Skip spontaneous; 2=Only overflown; 3=Combined

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.DevFTyp1.setVal

ING

INT32

DevFunType 1

Device Function Type for instance 1

0...255

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.SerPort2.setVal

ING

Enum

Serial port 2

COM port for instance 2

0=Not in use; 1=COM 1; 2=COM 2

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.UnAddr2.setVal

ING

INT32

Address 2

Unit address for instance 2

1...255

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.StrFrmDl2.setVal

ING

INT32

Start delay 2

Start frame delay in chars for instance 2

0...20 char

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.StopFrmDl2.setVal

ING

INT32

End delay 2

End frame delay in chars for instance 2

0...20 char

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.Cls2Frm1i2.setVal

ING

Enum

Frame1InUse 2

Active Class2 Frame 1 for instance 2

-1=Not in use; 0=User frame; 1=Standard frame 1; 2=Standard frame 2; 3=Standard frame 3; 4=Standard frame 4; 5=Standard frame 5; 6=Private frame 6; 7=Private frame 7

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.Cls2Frm2i2.setVal

ING

Enum

-1

Frame2InUse 2

Active Class2 Frame 2 for instance 2

-1=Not in use; 0=User frame; 1=Standard frame 1; 2=Standard frame 2; 3=Standard frame 3; 4=Standard frame 4; 5=Standard frame 5; 6=Private frame 6; 7=Private frame 7

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.Cls2Frm3i2.setVal

ING

Enum

-1

Frame3InUse 2

Active Class2 Frame 3 for instance 2

-1=Not in use; 0=User frame; 1=Standard frame 1; 2=Standard frame 2; 3=Standard frame 3; 4=Standard frame 4; 5=Standard frame 5; 6=Private frame 6; 7=Private frame 7

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.Cls2Frm4i2.setVal

ING

Enum

-1

Frame4InUse 2

Active Class2 Frame 4 for instance 2

-1=Not in use; 0=User frame; 1=Standard frame 1; 2=Standard frame 2; 3=Standard frame 3; 4=Standard frame 4; 5=Standard frame 5; 6=Private frame 6; 7=Private frame 7

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.UsrFnTyp2.setVal

ING

INT32

UsrFType 2

Function type for User Class 2 Frame for instance 2

0...255

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.UsrInfNo2.setVal

ING

INT32

230

UsrInfNo 2

Information Number for User Class2 Frame for instance 2

0...255

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.C1OvInd2.setVal

ING

Enum

Class1OvInd 2

Overflow Indication for instance 2

0=No indication; 1=Both edges; 2=Rising edge

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.C1OvFTyp2.setVal

ING

INT32

Class1OvFType 2

Function Type for Class 1 overflow indication for instance 2

0...255

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.C1OvINo2.setVal

ING

INT32

255

Class1OvInfNo 2

Information Number for Class 1 overflow indication for instance 2

0...255

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.C1OvBkOf2.setVal

ING

INT32

500

Class1OvBackOff 2

Backoff Range for Class1 buffer for instance 2

0...500

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.GIOpt2.setVal

ING

Enum

GI Optimize 2

Optimize GI traffic for instance 2

0=Standard behaviour; 1=Skip spontaneous; 2=Only overflown; 3=Combined

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.DevFTyp2.setVal

ING

INT32

DevFunType 2

Device Function Type for instance 2

0...255

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.Cls1Prio1.setVal

ING

Enum

Class1Priority 1

Class 1 data sending priority relationship between Events and Disturbance Recorder data.

0=Ev High; 1=Ev/DR Equal; 2=DR High

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.Cls1Prio2.setVal

ING

Enum

Class1Priority 2

Class 1 data sending priority relationship between Events and Disturbance Recorder data.

0=Ev High; 1=Ev/DR Equal; 2=DR High

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.DREnabled1.setVal

ING

Enum

DR Notification 1

Disturbance Recorder spontaneous indications enabled/disabled

0=Disabled; 1=Enabled

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

CFG

LD0.I3CGGIO1.DREnabled2.setVal

ING

Enum

DR Notification 2

Disturbance Recorder spontaneous indications enabled/disabled

0=Disabled; 1=Enabled

Configuration\Communication\IEC60870-5-103

IEC60870-5-103

VER

LD0.I3CGGIO1.NamPlt.swRev

LPL

VisString255 (20)

DNP 3.0

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

DNP 3.0

CFG

LD0.DNPGGIO1.PhysLayer.setVal

ING

Enum

DNP physical layer

1=Serial; 2=TCP/IP

Configuration\Communication\DNP3.0

DNP 3.0

CFG

LD0.DNPGGIO1.UnitAddr.setVal

ING

INT32

Unit address

DNP unit address

1...65519

Configuration\Communication\DNP3.0

DNP 3.0

CFG

LD0.DNPGGIO1.MastAddr.setVal

ING

INT32

Master address

DNP master and UR address

1...65519

Configuration\Communication\DNP3.0

DNP 3.0

CFG

LD0.DNPGGIO1.SerPort.setVal

ING

Enum

Serial port

COM port for serial interface, when physical layer is serial.

0=Not in use; 1=COM 1; 2=COM 2

Configuration\Communication\DNP3.0

DNP 3.0

CFG

LD0.DNPGGIO1.NeedTimeTO.setVal

ING

INT32

Need time interval

Period to set IIN need time bit

0...65535 min

Configuration\Communication\DNP3.0

DNP 3.0

CFG

LD0.DNPGGIO1.DnpTimeFmt.setVal

ING

Enum

Time format

UTC or local. Coordinate with master.

0=UTC; 1=Local

Configuration\Communication\DNP3.0

DNP 3.0

CFG

LD0.DNPGGIO1.CrobSelTO.setVal

ING

INT32

CROB select timeout

Control Relay Output Block select timeout

1...65535 sec

Configuration\Communication\DNP3.0

DNP 3.0

CFG

LD0.DNPGGIO1.DLConf.setVal

ING

Enum

Data link confirm

Data link confirm mode

0=Never; 1=Only Multiframe; 2=Always

Configuration\Communication\DNP3.0

DNP 3.0

CFG

LD0.DNPGGIO1.DLConfTO.setVal

ING

INT32

3000

Data link confirm TO

Data link confirm timeout

100...65535 ms

Configuration\Communication\DNP3.0

DNP 3.0

CFG

LD0.DNPGGIO1.DLRetry.setVal

ING

INT32

Data link retries

Data link retries count

0...65535

Configuration\Communication\DNP3.0

DNP 3.0

CFG

LD0.DNPGGIO1.DLRxToTx.setVal

ING

INT32

Data link Rx to Tx delay

Turnaround transmission delay

0...255 ms

Configuration\Communication\DNP3.0

DNP 3.0

CFG

LD0.DNPGGIO1.DLIntChDly.setVal

ING

INT32

Data link inter char delay

Inter character delay for incoming messages

0...20 char

Configuration\Communication\DNP3.0

DNP 3.0

CFG

LD0.DNPGGIO1.ALConf.setVal

ING

Enum

App layer confirm

Application layer confirm mode

1=Disable; 2=Enable

Configuration\Communication\DNP3.0

DNP 3.0

CFG

LD0.DNPGGIO1.ALConfTO.setVal

ING

INT32

5000

App confirm TO

Application layer confirm and UR timeout

100...65535 ms

Configuration\Communication\DNP3.0

DNP 3.0

CFG

LD0.DNPGGIO1.ALFragSize.setVal

ING

INT32

2048

App layer fragment

Application layer fragment size

256...2048 bytes

Configuration\Communication\DNP3.0

DNP 3.0

CFG

LD0.DNPGGIO1.SBOLgcyMas.setVal

ING

Enum

Legacy master SBO

Legacy DNP Master SBO sequence number relax enable

1=Disable; 2=Enable

Configuration\Communication\DNP3.0

DNP 3.0

CFG

LD0.DNPGGIO1.DefVar01.setVal

ING

INT32

Default Var Obj 01

1=BI; 2=BI with status.

1...2

Configuration\Communication\DNP3.0

DNP 3.0

CFG

LD0.DNPGGIO1.DefVar02.setVal

ING

INT32

Default Var Obj 02

1=BI event; 2=BI event with time.

1...2

Configuration\Communication\DNP3.0

DNP 3.0

CFG

LD0.DNPGGIO1.DefVar30.setVal

ING

INT32

Default Var Obj 30

1=32 bit AI; 2=16 bit AI; 3=32 bit AI without flag; 4=16 bit AI without flag.

1...4

Configuration\Communication\DNP3.0

DNP 3.0

CFG

LD0.DNPGGIO1.DefVar32.setVal

ING

INT32

Default Var Obj 32

1=32 bit AI event; 2=16 bit AI event; 3=32 bit AI event with time; 4=16 bit AI event with time.

1...4

Configuration\Communication\DNP3.0

DNP 3.0

VER

LD0.DNPGGIO1.NamPlt.swRev

LPL

VisString255 (20)

DARREC1: Autorecloser

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

DARREC1

O->I

INP

LD0.DARREC1.InInhRec.stVal

SPS

BOOLEAN

INHIBIT_RECL

Interrupts and inhibits reclosing sequence

Monitoring\I/O status\Control\DARREC1\Inputs

DARREC1

O->I

INP

LD0.DARREC1.InBlkThm.stVal

SPS

BOOLEAN

BLK_THERM

Blocks and holds the reclose shot from the thermal overload

Monitoring\I/O status\Control\DARREC1\Inputs

DARREC1

O->I

INP

LD0.DARREC1.InReClsOn.stVal

SPS

BOOLEAN

RECL_ON

Level sensitive signal for allowing (high) / not allowing (low) reclosing

Monitoring\I/O status\Control\DARREC1\Inputs

DARREC1

O->I

INP

LD0.DARREC1.InBlkRclTm.stVal

SPS

BOOLEAN

BLK_RCLM_T

Blocks and resets reclaim time

Monitoring\I/O status\Control\DARREC1\Inputs

DARREC1

O->I

INP

LD0.DARREC1.InCBPos.stVal

SPS

BOOLEAN

CB_POS

Circuit breaker position input

Monitoring\I/O status\Control\DARREC1\Inputs

DARREC1

O->I

INP

LD0.DARREC1.InCBRdy.stVal

SPS

BOOLEAN

CB_READY

Circuit breaker status signal

Monitoring\I/O status\Control\DARREC1\Inputs

DARREC1

O->I

INP

LD0.DARREC1.InSynChk.stVal

SPS

BOOLEAN

SYNC

Synchronizing check fulfilled

Monitoring\I/O status\Control\DARREC1\Inputs

DARREC1

O->I

INP

LD0.DARREC1.InIncrPntr.stVal

SPS

BOOLEAN

INC_SHOTP

A zone sequence coordination signal

Monitoring\I/O status\Control\DARREC1\Inputs

DARREC1

O->I

INP

LD0.DARREC1.InIni1.stVal

SPS

BOOLEAN

INIT_1

AR initialization / blocking signal 1

Monitoring\I/O status\Control\DARREC1\Inputs

DARREC1

O->I

INP

LD0.DARREC1.InIni2.stVal

SPS

BOOLEAN

INIT_2

AR initialization / blocking signal 2

Monitoring\I/O status\Control\DARREC1\Inputs

DARREC1

O->I

INP

LD0.DARREC1.InIni3.stVal

SPS

BOOLEAN

INIT_3

AR initialization / blocking signal 3

Monitoring\I/O status\Control\DARREC1\Inputs

DARREC1

O->I

INP

LD0.DARREC1.InIni4.stVal

SPS

BOOLEAN

INIT_4

AR initialization / blocking signal 4

Monitoring\I/O status\Control\DARREC1\Inputs

DARREC1

O->I

INP

LD0.DARREC1.InIni5.stVal

SPS

BOOLEAN

INIT_5

AR initialization / blocking signal 5

Monitoring\I/O status\Control\DARREC1\Inputs

DARREC1

O->I

INP

LD0.DARREC1.InIni6.stVal

SPS

BOOLEAN

INIT_6

AR initialization / blocking signal 6

Monitoring\I/O status\Control\DARREC1\Inputs

DARREC1

O->I

INP

LD0.DARREC1.InDlIni2.stVal

SPS

BOOLEAN

DEL_INIT_2

Delayed AR initialization / blocking signal 2

Monitoring\I/O status\Control\DARREC1\Inputs

DARREC1

O->I

INP

LD0.DARREC1.InDlIni3.stVal

SPS

BOOLEAN

DEL_INIT_3

Delayed AR initialization / blocking signal 3

Monitoring\I/O status\Control\DARREC1\Inputs

DARREC1

O->I

INP

LD0.DARREC1.InDlIni4.stVal

SPS

BOOLEAN

DEL_INIT_4

Delayed AR initialization / blocking signal 4

Monitoring\I/O status\Control\DARREC1\Inputs

DARREC1

O->I

INP

LD0.DARREC1.InBlkRecTm.stVal

SPS

BOOLEAN

BLK_RECL_T

Blocks and resets reclose time

Monitoring\I/O status\Control\DARREC1\Inputs

DARREC1

O->I

OUT

LD0.DARREC1.Op.general

ACT

BOOLEAN

StatNrml

PHT

CLOSE_CB

Close (reclose) command for circuit breaker

Monitoring\I/O status\Control\DARREC1\Outputs

DARREC1

O->I

OUT

LD0.DARREC1.OpOpn.general

ACT

BOOLEAN

StatNrml

OPEN_CB

Open command for circuit breaker

Monitoring\I/O status\Control\DARREC1\Outputs

DARREC1

O->I

OUT

LD0.DARREC1.LO.stVal

SPS

BOOLEAN

StatNrml

LOCKED

Signal indicating that AR is locked out

Monitoring\I/O status\Control\DARREC1\Outputs

DARREC1

O->I

OUT

LD0.DARREC1.RdyRec.stVal

SPS

BOOLEAN

StatIed

READY

Indicates that the AR is ready for a new sequence

Monitoring\I/O status\Control\DARREC1\Outputs

DARREC1

O->I

OUT

LD0.DARREC1.UnsRec.stVal

SPS

BOOLEAN

StatNrml

UNSUC_RECL

Indicates an unsuccessful reclosing sequence

Monitoring\I/O status\Control\DARREC1\Outputs

DARREC1

O->I

OUT

LD0.DARREC1.PrgRec.stVal

SPS

BOOLEAN

StatNrml

INPRO

Reclosing shot in progress, activated during dead time

Monitoring\I/O status\Control\DARREC1\Outputs

DARREC1

O->I

OUT

LD0.DARREC1.WtMstr.stVal

SPS

BOOLEAN

StatIed

CMD_WAIT

Wait for master command

Monitoring\I/O status\Control\DARREC1\Outputs

DARREC1

O->I

OUT

LD0.DARREC1.ProCrd.stVal

SPS

BOOLEAN

PROT_CRD

A signal for coordination between the AR and the protection

Monitoring\I/O status\Control\DARREC1\Outputs

DARREC1

O->I

OUT

LD0.DARREC1.AROn.stVal

SPS

BOOLEAN

StatIed

AR_ON

Autoreclosing allowed

Monitoring\I/O status\Control\DARREC1\Outputs

DARREC1

O->I

CTR

LD0.DARREC1.RsRec.Oper.ctlVal

SPC

BOOLEAN

DARREC1 reset

DARREC1 reset to initial condition

0=Cancel; 1=Clear

Clear\Clear

DARREC1

O->I

CTR

LD0.DARREC1.RsCnt.Oper.ctlVal

SPC

BOOLEAN

DARREC1 counters

DARREC1 all counters reset

0=Cancel; 1=Clear

Clear\Clear

DARREC1

O->I

MON

LD0.DARREC1.Beh.stVal

INS

Enum

DARREC1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

DARREC1

O->I

MON

LD0.DARREC1.AutoRecSt.stVal

INS

Enum

StatIed

STATUS

AR status signal for IEC61850

-2=Unsuccessful; -1=Not defined; 1=Ready; 2=In progress; 3=Successful

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.ActRec.stVal

SPS

BOOLEAN

StatIed

ACTIVE

Reclosing sequence is in progress

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.SucRec.stVal

SPS

BOOLEAN

StatNrml

SUC_RECL

Indicates a successful reclosing sequence

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.UnsCBCls.stVal

SPS

BOOLEAN

StatIed

UNSUC_CB

Indicates an unsuccessful CB closing

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.PrgRec1.stVal

SPS

BOOLEAN

StatIed

INPRO_1

Reclosing shot in progress, shot 1

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.PrgRec2.stVal

SPS

BOOLEAN

StatIed

INPRO_2

Reclosing shot in progress, shot 2

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.PrgRec3.stVal

SPS

BOOLEAN

StatIed

INPRO_3

Reclosing shot in progress, shot 3

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.PrgRec4.stVal

SPS

BOOLEAN

StatIed

INPRO_4

Reclosing shot in progress, shot 4

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.PrgRec5.stVal

SPS

BOOLEAN

StatIed

INPRO_5

Reclosing shot in progress, shot 5

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.PrgDsr.stVal

SPS

BOOLEAN

StatIed

DISCR_INPRO

Signal indicating that discrimination time is in progress

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.PrgCutOut.stVal

SPS

BOOLEAN

StatIed

CUTOUT_INPRO

Signal indicating that cut-out time is in progress

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.OpCntRs.stVal

INC

INT32

COUNTER

Resetable operation counter, all shots

0...2147483647

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.OpCnt1.stVal

INS

INT32

CNT_SHOT1

Resetable operation counter, shot 1

0...2147483647

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.OpCnt2.stVal

INS

INT32

CNT_SHOT2

Resetable operation counter, shot 2

0...2147483647

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.OpCnt3.stVal

INS

INT32

CNT_SHOT3

Resetable operation counter, shot 3

0...2147483647

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.OpCnt4.stVal

INS

INT32

CNT_SHOT4

Resetable operation counter, shot 4

0...2147483647

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.OpCnt5.stVal

INS

INT32

CNT_SHOT5

Resetable operation counter, shot 5

0...2147483647

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.FrqOpCnt.stVal

INS

INT32

FRQ_OPR_CNT

Frequent operation counter

0...2147483647

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.FrqOpAlm.stVal

SPS

BOOLEAN

StatIed

FRQ_OPR_AL

Frequent operation counter alarm

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.DsaCnt.stVal

SPC

BOOLEAN

DISA_COUNT

Signal for counter disabling

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.CBManCls.stVal

SPS

BOOLEAN

StatIed

MAN_CB_CL

Indicates CB manual closing during reclosing sequence

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.ShotPntr.stVal

INS

INT32

StatIed

SHOT_PTR

Shot pointer value

0...6

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

MON

LD0.DARREC1.SOF.stVal

SPS

BOOLEAN

SOTF

Switch-onto-fault

Monitoring\I/O status\Control\DARREC1\Monitored data

DARREC1

O->I

SET

LD0.DARREC1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off/On

1=on; 5=off

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.AutoIni.setVal

ING

INT32

Auto init

Defines INIT lines that are activated at auto initiation

0...63

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.RecOp.setVal

ING

Enum

Reclosing operation

Reclosing operation (Off, External Ctl / On)

1=Off; 2=External Ctl; 3=On

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.ManClsMod.setVal

SPG

BOOLEAN

Manual close mode

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.WtClsTmms.setVal

ING

INT32

250

Wait close time

Allowed CB closing time after reclose command

50...10000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.MaxWtTmms.setVal

ING

INT32

10000

Max wait time

Maximum wait time for haltDeadTime release

100...1800000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.PlsTmms.setVal

ING

INT32

200

Close pulse time

CB close pulse time

10...10000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.MaxBlkTmms.setVal

ING

INT32

10000

Max Thm block time

Maximum wait time for thermal blocking signal deactivation

100...1800000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.CutOutTmms.setVal

ING

INT32

10000

Cut-out time

Cutout time for protection coordination

0...1800000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.RclTmms.setVal

ING

INT32

10000

Reclaim time

100...1800000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.DsrTmms1.setVal

ING

INT32

Dsr time shot 1

Discrimination time for first reclosing

0...10000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.DsrTmms2.setVal

ING

INT32

Dsr time shot 2

Discrimination time for second reclosing

0...10000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.DsrTmms3.setVal

ING

INT32

Dsr time shot 3

Discrimination time for third reclosing

0...10000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.DsrTmms4.setVal

ING

INT32

Dsr time shot 4

Discrimination time for fourth reclosing

0...10000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.TermPrio.setVal

ING

Enum

Terminal priority

1=None; 2=Low (follower); 3=High (master)

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.SynSet.setVal

ING

INT32

Synchronisation set

Selection for synchronizing requirement for reclosing

0...127

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.AutoWtTmms.setVal

ING

INT32

2000

Auto wait time

Wait time for reclosing condition fullfilling

0...60000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.AutoLORst.setVal

SPG

BOOLEAN

Auto lockout reset

Automatic lockout reset

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.ProtCrdLim.setVal

ING

INT32

Protection crd limit

Protection coordination shot limit

1...5

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.ProtCrdMod.setVal

ING

Enum

Protection crd mode

Protection coordination mode

1=No condition; 2=AR inoperative; 3=CB close manual; 4=AR inop, CB man; 5=Always

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.AutoIniCnd.setVal

ING

Enum

Auto initiation cnd

Auto initiation condition

1=Not allowed; 2=When sync fails; 3=CB doesn't close; 4=Both

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.TrLin.setVal

ING

INT32

Tripping line

Tripping line, defines INIT inputs which cause OPEN_CB activation

0...63

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.CtlLin.setVal

ING

INT32

Control line

Control line, defines INIT inputs which are protection signals

0...63

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.EnaShotJmp.setVal

SPG

BOOLEAN

Enable shot jump

Enable shot jumping

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.CBClsPosSt.setVal

SPG

BOOLEAN

CB closed Pos status

Circuit breaker closed position status

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.Ena4DISOF.setVal

SPG

BOOLEAN

Fourth delay in SOTF

Sets 4th delay into use for all DEL_INIT signals during SOTF

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.Rec1Tmms.setVal

ING

INT32

5000

First reclose time

Dead time for CBB1

0...300000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.Rec2Tmms.setVal

ING

INT32

5000

Second reclose time

Dead time for CBB2

0...300000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.Rec3Tmms.setVal

ING

INT32

5000

Third reclose time

Dead time for CBB3

0...300000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.Rec4Tmms.setVal

ING

INT32

5000

Fourth reclose time

Dead time for CBB4

0...300000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.Rec5Tmms.setVal

ING

INT32

5000

Fifth reclose time

Dead time for CBB5

0...300000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.Rec6Tmms.setVal

ING

INT32

5000

Sixth reclose time

Dead time for CBB6

0...300000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.Rec7Tmms.setVal

ING

INT32

5000

Seventh reclose time

Dead time for CBB7

0...300000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.IniSigCBB1.setVal

ING

INT32

Init signals CBB1

Initiation lines for CBB1

0...63

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.IniSigCBB2.setVal

ING

INT32

Init signals CBB2

Initiation lines for CBB2

0...63

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.IniSigCBB3.setVal

ING

INT32

Init signals CBB3

Initiation lines for CBB3

0...63

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.IniSigCBB4.setVal

ING

INT32

Init signals CBB4

Initiation lines for CBB4

0...63

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.IniSigCBB5.setVal

ING

INT32

Init signals CBB5

Initiation lines for CBB5

0...63

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.IniSigCBB6.setVal

ING

INT32

Init signals CBB6

Initiation lines for CBB6

0...63

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.IniSigCBB7.setVal

ING

INT32

Init signals CBB7

Initiation lines for CBB7

0...63

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.BlkSigCBB1.setVal

ING

INT32

Blk signals CBB1

Blocking lines for CBB1

0...63

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.BlkSigCBB2.setVal

ING

INT32

Blk signals CBB2

Blocking lines for CBB2

0...63

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.BlkSigCBB3.setVal

ING

INT32

Blk signals CBB3

Blocking lines for CBB3

0...63

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.BlkSigCBB4.setVal

ING

INT32

Blk signals CBB4

Blocking lines for CBB4

0...63

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.BlkSigCBB5.setVal

ING

INT32

Blk signals CBB5

Blocking lines for CBB5

0...63

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.BlkSigCBB6.setVal

ING

INT32

Blk signals CBB6

Blocking lines for CBB6

0...63

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.BlkSigCBB7.setVal

ING

INT32

Blk signals CBB7

Blocking lines for CBB7

0...63

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.ShotNum1.setVal

ING

INT32

Shot number CBB1

Shot number for CBB1

0...5

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.ShotNum2.setVal

ING

INT32

Shot number CBB2

Shot number for CBB2

0...5

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.ShotNum3.setVal

ING

INT32

Shot number CBB3

Shot number for CBB3

0...5

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.ShotNum4.setVal

ING

INT32

Shot number CBB4

Shot number for CBB4

0...5

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.ShotNum5.setVal

ING

INT32

Shot number CBB5

Shot number for CBB5

0...5

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.ShotNum6.setVal

ING

INT32

Shot number CBB6

Shot number for CBB6

0...5

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.ShotNum7.setVal

ING

INT32

Shot number CBB7

Shot number for CBB7

0...5

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.Str2Tmms1.setVal

ING

INT32

Str 2 delay shot 1

Delay time for start2, 1st reclose

0...300000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.Str2Tmms2.setVal

ING

INT32

Str 2 delay shot 2

Delay time for start2 2nd reclose

0...300000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.Str2Tmms3.setVal

ING

INT32

Str 2 delay shot 3

Delay time for start2 3rd reclose

0...300000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.Str2Tmms4.setVal

ING

INT32

Str 2 delay shot 4

Delay time for start2, 4th reclose

0...300000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.Str3Tmms1.setVal

ING

INT32

Str 3 delay shot 1

Delay time for start3, 1st reclose

0...300000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.Str3Tmms2.setVal

ING

INT32

Str 3 delay shot 2

Delay time for start3 2nd reclose

0...300000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.Str3Tmms3.setVal

ING

INT32

Str 3 delay shot 3

Delay time for start3 3rd reclose

0...300000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.Str3Tmms4.setVal

ING

INT32

Str 3 delay shot 4

Delay time for start3, 4th reclose

0...300000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.Str4Tmms1.setVal

ING

INT32

Str 4 delay shot 1

Delay time for start4, 1st reclose

0...300000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.Str4Tmms2.setVal

ING

INT32

Str 4 delay shot 2

Delay time for start4 2nd reclose

0...300000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.Str4Tmms3.setVal

ING

INT32

Str 4 delay shot 3

Delay time for start4 3rd reclose

0...300000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.Str4Tmms4.setVal

ING

INT32

Str 4 delay shot 4

Delay time for start4, 4th reclose

0...300000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.FrqCntLim.setVal

ING

INT32

Frq Op counter limit

Frequent operation counter lockout limit

0...250

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.FrqCntTmm.setVal

ING

INT32

Frq Op counter time

Frequent operation counter time

1...250 min

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.FrqRcvTmm.setVal

ING

INT32

Frq Op recovery time

Frequent operation counter recovery time

1...250 min

Settings\Settings\Control\DARREC1

DARREC1

O->I

SET

LD0.DARREC1.MaxTrTmms.setVal

ING

INT32

10000

Max trip time

Maximum wait time for deactivation of protection signals

100...10000 ms

Settings\Settings\Control\DARREC1

DARREC1

O->I

TES

LD0.DARREC1.TstOutCmd.Oper.ctlVal

INC

Enum

DARREC1

Test control for outputs

0=Reset; 47=Activate OPEN_CB; 48=Deactive OPEN_CB; 49=Activate CLOSE_CB; 50=Deactive CLOSE_CB; 51=Activate CMD_WAIT; 52=Deactive CMD_WAIT; 53=Activate PROT_CRD; 54=Deactive PROT_CRD; 55=Activate INPRO; 56=Deactive INPRO; 57=Activate LOCKED; 58=Deactive LOCKED; 59=Activate UNSUC_RECL; 60=Deactive UNSUC_RECL; 61=Activate AR_ON; 62=Deactive AR_ON; 121=Activate READY; 122=Deactive READY

Tests\Function tests\Control

DARREC1

O->I

VER

LD0.DARREC1.NamPlt.swRev

LPL

VisString255 (20)

ARCSARC1: Arc protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

ARCSARC1

ARC(1)

50L/50NL(1)

INP

LD0.ARCSARC11.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for all binary outputs

Monitoring\I/O status\Other protection\ARCSARC1\Inputs

ARCSARC1

ARC(1)

50L/50NL(1)

INP

LD0.ARCSARC11.InRemFA.stVal

SPS

BOOLEAN

REM_FLT_ARC

Remote Fault arc detected

Monitoring\I/O status\Other protection\ARCSARC1\Inputs

ARCSARC1

ARC(1)

50L/50NL(1)

INP

LD0.ARCPTRC11.InOpMod.stVal

SPS

BOOLEAN

OPR_MODE

Operation mode input

Monitoring\I/O status\Other protection\ARCSARC1\Inputs

ARCSARC1

ARC(1)

50L/50NL(1)

OUT

LD0.ARCSARC11.FADet.stVal

SPS

BOOLEAN

StatIed

ARC_FLT_DET

Fault arc detected=light signal output

Monitoring\I/O status\Other protection\ARCSARC1\Outputs

ARCSARC1

ARC(1)

50L/50NL(1)

OUT

LD0.ARCPTRC11.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Other protection\ARCSARC1\Outputs

ARCSARC1

ARC(1)

50L/50NL(1)

MON

LD0.ARCSARC11.Beh.stVal

INS

Enum

ARCSARC1

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

ARCSARC1

ARC(1)

50L/50NL(1)

SET

LD0.ARCSARC11.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Other protection\ARCSARC1

ARCSARC1

ARC(1)

50L/50NL(1)

SET

LD0.ARCPIOC11.StrVal.setMag.f

ASG

FLOAT32

2.50

Phase start value

Operating phase current

0.50...40.00 xIn

Settings\Settings\Other protection\ARCSARC1

IL1TCTR1

ARCSARC1

ARC(1)

50L/50NL(1)

SET

LD0.ARCPIOC12.StrVal.setMag.f

ASG

FLOAT32

0.20

Ground start value

Operating residual current

0.05...8.00 xIn

Settings\Settings\Other protection\ARCSARC1

RESTCTR1

ARCSARC1

ARC(1)

50L/50NL(1)

SET

LD0.ARCPTRC11.OpModArc.setVal

ING

Enum

Operation mode

1=Light+current; 2=Light only; 3=BI controlled

Settings\Settings\Other protection\ARCSARC1

ARCSARC1

ARC(1)

50L/50NL(1)

TES

LD0.ARCSARC11.TstOutCmd.Oper.ctlVal

INC

Enum

ARCSARC1

Test control for outputs

0=Reset; 9=Activate OPERATE; 10=Deactive OPERATE; 33=Activate ARC_FLT_DET; 34=Deactive ARC_FLT_DET

Tests\Function tests\Other protection

ARCSARC1

ARC(1)

50L/50NL(1)

VER

LD0.ARCSARC11.NamPlt.swRev

LPL

VisString255 (20)

ARCSARC1

ARC(1)

50L/50NL(1)

VER

LD0.ARCPIOC11.NamPlt.swRev

LPL

VisString255 (20)

ARCSARC1

ARC(1)

50L/50NL(1)

VER

LD0.ARCPIOC12.NamPlt.swRev

LPL

VisString255 (20)

ARCSARC1

ARC(1)

50L/50NL(1)

VER

LD0.ARCPTRC11.NamPlt.swRev

LPL

VisString255 (20)

ARCSARC2: Arc protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

ARCSARC2

ARC(2)

50L/50NL(2)

INP

LD0.ARCSARC21.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for all binary outputs

Monitoring\I/O status\Other protection\ARCSARC2\Inputs

ARCSARC2

ARC(2)

50L/50NL(2)

INP

LD0.ARCSARC21.InRemFA.stVal

SPS

BOOLEAN

REM_FLT_ARC

Remote Fault arc detected

Monitoring\I/O status\Other protection\ARCSARC2\Inputs

ARCSARC2

ARC(2)

50L/50NL(2)

INP

LD0.ARCPTRC21.InOpMod.stVal

SPS

BOOLEAN

OPR_MODE

Operation mode input

Monitoring\I/O status\Other protection\ARCSARC2\Inputs

ARCSARC2

ARC(2)

50L/50NL(2)

OUT

LD0.ARCSARC21.FADet.stVal

SPS

BOOLEAN

StatIed

ARC_FLT_DET

Fault arc detected=light signal output

Monitoring\I/O status\Other protection\ARCSARC2\Outputs

ARCSARC2

ARC(2)

50L/50NL(2)

OUT

LD0.ARCPTRC21.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Other protection\ARCSARC2\Outputs

ARCSARC2

ARC(2)

50L/50NL(2)

MON

LD0.ARCSARC21.Beh.stVal

INS

Enum

ARCSARC2

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

ARCSARC2

ARC(2)

50L/50NL(2)

SET

LD0.ARCSARC21.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Other protection\ARCSARC2

ARCSARC2

ARC(2)

50L/50NL(2)

SET

LD0.ARCPIOC21.StrVal.setMag.f

ASG

FLOAT32

2.50

Phase start value

Operating phase current

0.50...40.00 xIn

Settings\Settings\Other protection\ARCSARC2

IL1TCTR1

ARCSARC2

ARC(2)

50L/50NL(2)

SET

LD0.ARCPIOC22.StrVal.setMag.f

ASG

FLOAT32

0.20

Ground start value

Operating residual current

0.05...8.00 xIn

Settings\Settings\Other protection\ARCSARC2

RESTCTR1

ARCSARC2

ARC(2)

50L/50NL(2)

SET

LD0.ARCPTRC21.OpModArc.setVal

ING

Enum

Operation mode

1=Light+current; 2=Light only; 3=BI controlled

Settings\Settings\Other protection\ARCSARC2

ARCSARC2

ARC(2)

50L/50NL(2)

TES

LD0.ARCSARC21.TstOutCmd.Oper.ctlVal

INC

Enum

ARCSARC2

Test control for outputs

0=Reset; 9=Activate OPERATE; 10=Deactive OPERATE; 33=Activate ARC_FLT_DET; 34=Deactive ARC_FLT_DET

Tests\Function tests\Other protection

ARCSARC2

ARC(2)

50L/50NL(2)

VER

LD0.ARCSARC21.NamPlt.swRev

LPL

VisString255 (20)

ARCSARC2

ARC(2)

50L/50NL(2)

VER

LD0.ARCPIOC21.NamPlt.swRev

LPL

VisString255 (20)

ARCSARC2

ARC(2)

50L/50NL(2)

VER

LD0.ARCPIOC22.NamPlt.swRev

LPL

VisString255 (20)

ARCSARC2

ARC(2)

50L/50NL(2)

VER

LD0.ARCPTRC21.NamPlt.swRev

LPL

VisString255 (20)

ARCSARC3: Arc protection

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

ARCSARC3

ARC(3)

50L/50NL(3)

INP

LD0.ARCSARC31.Mod.blockIn

INC

BOOLEAN

BLOCK

Block signal for all binary outputs

Monitoring\I/O status\Other protection\ARCSARC3\Inputs

ARCSARC3

ARC(3)

50L/50NL(3)

INP

LD0.ARCSARC31.InRemFA.stVal

SPS

BOOLEAN

REM_FLT_ARC

Remote Fault arc detected

Monitoring\I/O status\Other protection\ARCSARC3\Inputs

ARCSARC3

ARC(3)

50L/50NL(3)

INP

LD0.ARCPTRC31.InOpMod.stVal

SPS

BOOLEAN

OPR_MODE

Operation mode input

Monitoring\I/O status\Other protection\ARCSARC3\Inputs

ARCSARC3

ARC(3)

50L/50NL(3)

OUT

LD0.ARCSARC31.FADet.stVal

SPS

BOOLEAN

StatIed

ARC_FLT_DET

Fault arc detected=light signal output

Monitoring\I/O status\Other protection\ARCSARC3\Outputs

ARCSARC3

ARC(3)

50L/50NL(3)

OUT

LD0.ARCPTRC31.Op.general

ACT

BOOLEAN

StatNrml

PHT

OPERATE

Operate

Monitoring\I/O status\Other protection\ARCSARC3\Outputs

ARCSARC3

ARC(3)

50L/50NL(3)

MON

LD0.ARCSARC31.Beh.stVal

INS

Enum

ARCSARC3

Status

1=on; 2=blocked; 3=test; 4=test/blocked; 5=off

Monitoring\FB status

ARCSARC3

ARC(3)

50L/50NL(3)

SET

LD0.ARCSARC31.Mod.Oper.ctlVal

INC

Enum

Operation

Operation Off / On

1=on; 5=off

Settings\Settings\Other protection\ARCSARC3

ARCSARC3

ARC(3)

50L/50NL(3)

SET

LD0.ARCPIOC31.StrVal.setMag.f

ASG

FLOAT32

2.50

Phase start value

Operating phase current

0.50...40.00 xIn

Settings\Settings\Other protection\ARCSARC3

IL1TCTR1

ARCSARC3

ARC(3)

50L/50NL(3)

SET

LD0.ARCPIOC32.StrVal.setMag.f

ASG

FLOAT32

0.20

Ground start value

Operating residual current

0.05...8.00 xIn

Settings\Settings\Other protection\ARCSARC3

RESTCTR1

ARCSARC3

ARC(3)

50L/50NL(3)

SET

LD0.ARCPTRC31.OpModArc.setVal

ING

Enum

Operation mode

1=Light+current; 2=Light only; 3=BI controlled

Settings\Settings\Other protection\ARCSARC3

ARCSARC3

ARC(3)

50L/50NL(3)

TES

LD0.ARCSARC31.TstOutCmd.Oper.ctlVal

INC

Enum

ARCSARC3

Test control for outputs

0=Reset; 9=Activate OPERATE; 10=Deactive OPERATE; 33=Activate ARC_FLT_DET; 34=Deactive ARC_FLT_DET

Tests\Function tests\Other protection

ARCSARC3

ARC(3)

50L/50NL(3)

VER

LD0.ARCSARC31.NamPlt.swRev

LPL

VisString255 (20)

ARCSARC3

ARC(3)

50L/50NL(3)

VER

LD0.ARCPIOC31.NamPlt.swRev

LPL

VisString255 (20)

ARCSARC3

ARC(3)

50L/50NL(3)

VER

LD0.ARCPIOC32.NamPlt.swRev

LPL

VisString255 (20)

ARCSARC3

ARC(3)

50L/50NL(3)

VER

LD0.ARCPTRC31.NamPlt.swRev

LPL

VisString255 (20)

Modbus

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

Modbus

MON

LD0.MBSGGIO1.RcvFrms01.stVal

INS

INT32

Received frames 1

Received frames

-1...2147483646

Monitoring\Communication\Modbus\Serial

Modbus

MON

LD0.MBSGGIO1.ChksErr01.stVal

INS

INT32

Checksum errors 1

Checksum errors

-1...2147483646

Monitoring\Communication\Modbus\Serial

Modbus

MON

LD0.MBSGGIO1.TrmFrms01.stVal

INS

INT32

Transmitted frames 1

Transmitted frames

-1...2147483646

Monitoring\Communication\Modbus\Serial

Modbus

MON

LD0.MBSGGIO1.TrmExcA01.stVal

INS

INT32

Transmitted exc A 1

Transmitted exceptions 01 and 02

-1...2147483646

Monitoring\Communication\Modbus\Serial

Modbus

MON

LD0.MBSGGIO1.TrmExcB01.stVal

INS

INT32

Transmitted exc B 1

Transmitted exceptions 03

-1...2147483646

Monitoring\Communication\Modbus\Serial

Modbus

MON

LD0.MBSGGIO1.Status01.Oper.ctlVal

SPC

BOOLEAN

Status 1

Communication status: 1:active, 0:inactive

Monitoring\Communication\Modbus\Serial

Modbus

MON

LD0.MBSGGIO1.RcvFrms02.stVal

INS

INT32

Received frames 2

Received frames

-1...2147483646

Monitoring\Communication\Modbus\Serial

Modbus

MON

LD0.MBSGGIO1.ChksErr02.stVal

INS

INT32

Checksum errors 2

Checksum errors

-1...2147483646

Monitoring\Communication\Modbus\Serial

Modbus

MON

LD0.MBSGGIO1.TrmFrms02.stVal

INS

INT32

Transmitted frames 2

Transmitted frames

-1...2147483646

Monitoring\Communication\Modbus\Serial

Modbus

MON

LD0.MBSGGIO1.TrmExcA02.stVal

INS

INT32

Transmitted exc A 2

Transmitted exceptions 01 and 02

-1...2147483646

Monitoring\Communication\Modbus\Serial

Modbus

MON

LD0.MBSGGIO1.TrmExcB02.stVal

INS

INT32

Transmitted exc B 2

Transmitted exceptions 03

-1...2147483646

Monitoring\Communication\Modbus\Serial

Modbus

MON

LD0.MBSGGIO1.Status02.Oper.ctlVal

SPC

BOOLEAN

Status 2

Communication status: 1:active, 0:inactive

Monitoring\Communication\Modbus\Serial

Modbus

MON

LD0.MBSGGIO1.RcvFrms11.stVal

INS

INT32

Received frames 1

Received frames

-1...2147483646

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.TrmFrms11.stVal

INS

INT32

Transmitted frames 1

Transmitted frames

-1...2147483646

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.TrmExcA11.stVal

INS

INT32

Transmitted exc A 1

Transmitted exceptions 01 and 02

-1...2147483646

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.TrmExcB11.stVal

INS

INT32

Transmitted exc B 1

Transmitted exceptions 03

-1...2147483646

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.Status11.Oper.ctlVal

SPC

BOOLEAN

Status 1

Communication status: 1:active, 0:inactive

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.RcvFrms12.stVal

INS

INT32

Received frames 2

Received frames

-1...2147483646

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.TrmFrms12.stVal

INS

INT32

Transmitted frames 2

Transmitted frames

-1...2147483646

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.TrmExcA12.stVal

INS

INT32

Transmitted exc A 2

Transmitted exceptions 01 and 02

-1...2147483646

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.TrmExcB12.stVal

INS

INT32

Transmitted exc B 2

Transmitted exceptions 03

-1...2147483646

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.Status12.Oper.ctlVal

SPC

BOOLEAN

Status 2

Communication status: 1:active, 0:inactive

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.RcvFrms13.stVal

INS

INT32

Received frames 3

Received frames

-1...2147483646

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.TrmFrms13.stVal

INS

INT32

Transmitted frames 3

Transmitted frames

-1...2147483646

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.TrmExcA13.stVal

INS

INT32

Transmitted exc A 3

Transmitted exceptions 01 and 02

-1...2147483646

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.TrmExcB13.stVal

INS

INT32

Transmitted exc B 3

Transmitted exceptions 03

-1...2147483646

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.Status13.Oper.ctlVal

SPC

BOOLEAN

Status 3

Communication status: 1:active, 0:inactive

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.RcvFrms14.stVal

INS

INT32

Received frames 4

Received frames

-1...2147483646

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.TrmFrms14.stVal

INS

INT32

Transmitted frames 4

Transmitted frames

-1...2147483646

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.TrmExcA14.stVal

INS

INT32

Transmitted exc A 4

Transmitted exceptions 01 and 02

-1...2147483646

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.TrmExcB14.stVal

INS

INT32

Transmitted exc B 4

Transmitted exceptions 03

-1...2147483646

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.Status14.Oper.ctlVal

SPC

BOOLEAN

Status 4

Communication status: 1:active, 0:inactive

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.RcvFrms15.stVal

INS

INT32

Received frames 5

Received frames

-1...2147483646

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.TrmFrms15.stVal

INS

INT32

Transmitted frames 5

Transmitted frames

-1...2147483646

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.TrmExcA15.stVal

INS

INT32

Transmitted exc A 5

Transmitted exceptions 01 and 02

-1...2147483646

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.TrmExcB15.stVal

INS

INT32

Transmitted exc B 5

Transmitted exceptions 03

-1...2147483646

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.Status15.Oper.ctlVal

SPC

BOOLEAN

Status 5

Communication status: 1:active, 0:inactive

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.CnRejNoSck.Oper.ctlVal

INC

INT32

-1

CnReject No Sockets

Connections rejected due to unavailable sockets

-1...2147483647

Monitoring\Communication\Modbus\Ethernet

Modbus

MON

LD0.MBSGGIO1.CnRejUnReg.Oper.ctlVal

INC

INT32

-1

CnReject Unregistered

Connections rejected for unregistered client

-1...2147483647

Monitoring\Communication\Modbus\Ethernet

Modbus

CFG

LD0.MBSGGIO1.NamPlt.clientIP1

LPL

VisString255 (20)

000.000.000.000

ClientIP1

Modbus Registered Client 1

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.NamPlt.clientIP2

LPL

VisString255 (20)

000.000.000.000

ClientIP2

Modbus Registered Client 2

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.NamPlt.clientIP3

LPL

VisString255 (20)

000.000.000.000

ClientIP3

Modbus Registered Client 3

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.NamPlt.clientIP4

LPL

VisString255 (20)

000.000.000.000

ClientIP4

Modbus Registered Client 4

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.NamPlt.clientIP5

LPL

VisString255 (20)

000.000.000.000

ClientIP5

Modbus Registered Client 5

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.NamPlt.maxMBTCPClients

LPL

INT32

MaxTCPClients

Maximum number of Modbus TCP/IP clients

0...5

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.NamPlt.tcpClientWrAuth

LPL

Enum

TCPWriteAuthority

Write authority setting for Modbus TCP/IP clients

0=No clients; 1=Reg. clients; 2=All clients

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.NamPlt.ctrlStructPassWd1

LPL

VisString255 (20)

****

CtlStructPWd1

Password for Modbus control struct 1

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.NamPlt.ctrlStructPassWd2

LPL

VisString255 (20)

****

CtlStructPWd2

Password for Modbus control struct 2

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.NamPlt.ctrlStructPassWd3

LPL

VisString255 (20)

****

CtlStructPWd3

Password for Modbus control struct 3

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.NamPlt.ctrlStructPassWd4

LPL

VisString255 (20)

****

CtlStructPWd4

Password for Modbus control struct 4

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.NamPlt.ctrlStructPassWd5

LPL

VisString255 (20)

****

CtlStructPWd5

Password for Modbus control struct 5

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.NamPlt.ctrlStructPassWd6

LPL

VisString255 (20)

****

CtlStructPWd6

Password for Modbus control struct 6

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.NamPlt.ctrlStructPassWd7

LPL

VisString255 (20)

****

CtlStructPWd7

Password for Modbus control struct 7

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.NamPlt.ctrlStructPassWd8

LPL

VisString255 (20)

****

CtlStructPWd8

Password for Modbus control struct 8

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.NamPlt.evIDSelection

LPL

Enum

EventID

Event ID selection

0=Address; 1=UID

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.NamPlt.useLocalTime

LPL

Enum

TimeFormat

Time format for Modbus time stamps

0=UTC; 1=Local

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.SerPort1.setVal

ING

Enum

Serial port 1

COM port for Serial interface 1

0=Not in use; 1=COM 1; 2=COM 2

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.UnAddr1.setVal

ING

INT32

Address 1

Modbus unit address on Serial interface 1

1...255

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.LnkMod1.setVal

ING

Enum

Link mode 1

Modbus link mode on Serial interface 1

1=RTU; 2=ASCII

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.StrFrmDl1.setVal

ING

INT32

Start delay 1

Start frame delay in chars on Serial interface 1

0...20 char

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.StopFrmDl1.setVal

ING

INT32

End delay 1

End frame delay in chars on Serial interface 1

0...20 char

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.SerPort2.setVal

ING

Enum

Serial port 2

COM port for Serial interface 2

0=Not in use; 1=COM 1; 2=COM 2

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.UnAddr2.setVal

ING

INT32

Address 2

Modbus unit address on Serial interface 2

1...255

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.LnkMod2.setVal

ING

Enum

Link mode 2

Modbus link mode on Serial interface 2

1=RTU; 2=ASCII

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.StrFrmDl2.setVal

ING

INT32

Start delay 2

Start frame delay in chars on Serial interface 2

0...20

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.StopFrmDl2.setVal

ING

INT32

End delay 2

End frame delay in chars on Serial interface 2

0...20

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.InOv.stVal

SPS

BOOLEAN

StatIed

Internal Overflow

Modbus Internal Overflow: TRUE-System level overflow occured (indication only)

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.SerPty1.setVal

ING

Enum

Parity 1

Parity for Serial interface 1

0=none; 1=odd; 2=even

Configuration\Communication\Modbus

Modbus

CFG

LD0.MBSGGIO1.SerPty2.setVal

ING

Enum

Parity 2

Parity for Serial interface 2

0=none; 1=odd; 2=even

Configuration\Communication\Modbus

Modbus

VER

LD0.MBSGGIO1.NamPlt.swRev

LPL

VisString255 (20)

Control LLN0

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

Control LLN0

INP

CTRL.LLN0.LocKeyDis.stVal

SPS

BOOLEAN

Control LLN0

INP

CTRL.LLN0.LocKeyLoc.stVal

SPS

BOOLEAN

Control LLN0

INP

CTRL.LLN0.LocKeyRem.stVal

SPS

BOOLEAN

Control LLN0

INP

CTRL.LLN0.LocKeySta.stVal

SPS

BOOLEAN

Control LLN0

OUT

CTRL.LLN0.LocKeyDis.stVal

SPS

BOOLEAN

Control LLN0

OUT

CTRL.LLN0.LocKeyLoc.stVal

SPS

BOOLEAN

Control LLN0

OUT

CTRL.LLN0.LocKeyRem.stVal

SPS

BOOLEAN

Control LLN0

OUT

CTRL.LLN0.LocKeySta.stVal

SPS

BOOLEAN

Control LLN0

MON

CTRL.LLN0.CmdRsp.stVal

INS

Enum

Command response

Latest command response

0=No commands; 1=Select open; 2=Select close; 3=Operate open; 4=Operate close; 5=Direct open; 6=Direct close; 7=Cancel; 8=Position reached; 9=Position timeout; 10=Object status only; 11=Object direct; 12=Object select; 13=RL local allowed; 14=RL remote allowed; 15=RL off; 16=Function off; 17=Function blocked; 18=Command progress; 19=Select timeout; 20=Missing authority; 21=Close not enabled; 22=Open not enabled; 23=Internal fault; 24=Already close; 25=Wrong client; 26=RL station allowed; 27=RL change

Monitoring\Control command

Control LLN0

MON

CTRL.LLN0.LocRem.stVal

INS

Enum

StatUrg

LR state

LR state monitoring for PCM

0=Off; 1=Local; 2=Remote; 3=Station

Monitoring\Control command

Control LLN0

CFG

CTRL.LLN0.LocRemMod.setVal

ING

Enum

LR control

LR control through LR key or binary input

1=LR key; 2=Binary input

Configuration\Control\General

Control LLN0

CFG

CTRL.LLN0.StaAuth.setVal

ING

Enum

Station authority

Control command originator category usage

1=Not used; 2=Station, Remote

Configuration\Control\General

Control LLN0

VER

CTRL.LLN0.NamPlt.swRev

LPL

VisString255 (20)

CBXCBR1

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

CBXCBR1

I<->O CB

INP

CTRL.CBCILO1.EnaOpn.stVal

SPS

BOOLEAN

StatUrg

ENA_OPEN

Enables opening

Monitoring\I/O status\Control\CBXCBR1\Inputs

CBXCBR1

I<->O CB

INP

CTRL.CBCILO1.EnaCls.stVal

SPS

BOOLEAN

StatUrg

ENA_CLOSE

Enables closing

Monitoring\I/O status\Control\CBXCBR1\Inputs

CBXCBR1

I<->O CB

INP

CTRL.CBCILO1.ItlByPss.stVal

SPS

BOOLEAN

StatUrg

ITL_BYPASS

Discards ENA_OPEN and ENA_CLOSE interlocking when TRUE

Monitoring\I/O status\Control\CBXCBR1\Inputs

CBXCBR1

I<->O CB

INP

CTRL.CBCSWI1.PosOpn.stVal

SPS

BOOLEAN

OPENPOS

Apparatus open position

Monitoring\I/O status\Control\CBXCBR1\Outputs

CBXCBR1

I<->O CB

INP

CTRL.CBCSWI1.PosCls.stVal

SPS

BOOLEAN

CLOSEPOS

Apparatus closed position

Monitoring\I/O status\Control\CBXCBR1\Outputs

CBXCBR1

I<->O CB

INP

CTRL.CBCSWI1.OpOpn.general

ACT

BOOLEAN

EXE_OP

Executes the command for open direction

Monitoring\I/O status\Control\CBXCBR1\Outputs

CBXCBR1

I<->O CB

INP

CTRL.CBCSWI1.OpCls.general

ACT

BOOLEAN

EXE_CL

Executes the command for close direction

Monitoring\I/O status\Control\CBXCBR1\Outputs

CBXCBR1

I<->O CB

INP

CTRL.CBXCBR1.BlkOpn.stVal

SPC

BOOLEAN

StatUrg

BLK_OPEN

Blocks opening

Monitoring\I/O status\Control\CBXCBR1\Inputs

CBXCBR1

I<->O CB

INP

CTRL.CBXCBR1.BlkCls.stVal

SPC

BOOLEAN

StatUrg

BLK_CLOSE

Blocks closing

Monitoring\I/O status\Control\CBXCBR1\Inputs

CBXCBR1

I<->O CB

OUT

CTRL.CBCSWI1.Pos.stSeld

DPC

BOOLEAN

StatUrg

SELECTED

Object selected

Monitoring\I/O status\Control\CBXCBR1\Outputs

CBXCBR1

I<->O CB

OUT

CTRL.CBCSWI1.PosOpn.stVal

SPS

BOOLEAN

OPENPOS

Apparatus open position

Monitoring\I/O status\Control\CBXCBR1\Outputs

CBXCBR1

I<->O CB

OUT

CTRL.CBCSWI1.PosCls.stVal

SPS

BOOLEAN

CLOSEPOS

Apparatus closed position

Monitoring\I/O status\Control\CBXCBR1\Outputs

CBXCBR1

I<->O CB

OUT

CTRL.CBCSWI1.PosOk.stVal

SPS

BOOLEAN

OKPOS

Apparatus position is ok

Monitoring\I/O status\Control\CBXCBR1\Outputs

CBXCBR1

I<->O CB

OUT

CTRL.CBCSWI1.OpOpn.general

ACT

BOOLEAN

EXE_OP

Executes the command for open direction

Monitoring\I/O status\Control\CBXCBR1\Outputs

CBXCBR1

I<->O CB

OUT

CTRL.CBCSWI1.OpCls.general

ACT

BOOLEAN

EXE_CL

Executes the command for close direction

Monitoring\I/O status\Control\CBXCBR1\Outputs

CBXCBR1

I<->O CB

OUT

CTRL.CBCSWI1.OpnEna.stVal

SPS

BOOLEAN

OPEN_ENAD

Opening is enabled based on the input status

Monitoring\I/O status\Control\CBXCBR1\Outputs

CBXCBR1

I<->O CB

OUT

CTRL.CBCSWI1.ClsEna.stVal

SPS

BOOLEAN

CLOSE_ENAD

Closing is enabled based on the input status

Monitoring\I/O status\Control\CBXCBR1\Outputs

CBXCBR1

I<->O CB

CTR

CTRL.CBCSWI1.Pos.SBOw.ctlVal

DPC

BOOLEAN

CBXCBR1

I<->O CB

CTR

CTRL.CBCSWI1.Pos.Oper.ctlVal

DPC

BOOLEAN

CBXCBR1

I<->O CB

CTR

CTRL.CBCSWI1.Pos.Cancel.ctlVal

DPC

BOOLEAN

CBXCBR1

I<->O CB

CFG

CTRL.CBCSWI1.Mod.Oper.ctlVal

INC

Enum

Operation

Operation mode on/off

1=on; 5=off

Configuration\Control\CBXCBR1

CBXCBR1

I<->O CB

CFG

CTRL.CBCSWI1.Pos.pulseConfig.onDur

DPC

INT32U

100

Pulse length

Open and close pulse length

10...60000 ms

Configuration\Control\CBXCBR1

CBXCBR1

I<->O CB

CFG

CTRL.CBCSWI1.Pos.ctlModel

DPC

Enum

Control model

Select control model

0=status-only; 1=direct-with-normal-security; 4=sbo-with-enhanced-security

Configuration\Control\CBXCBR1

CBXCBR1

I<->O CB

CFG

CTRL.CBCSWI1.Pos.sboTimeout

DPC

INT32U

60000

Select timeout

Select timeout in ms

10000...300000 ms

Configuration\Control\CBXCBR1

CBXCBR1

I<->O CB

CFG

CTRL.CBCSWI1.Pos.operTimeout

DPC

INT32U

500

Operation timeout

Timeout for negative termination

10...60000 ms

Configuration\Control\CBXCBR1

CBXCBR1

I<->O CB

CFG

CTRL.CBCSWI1.AutoPls.setVal

SPG

BOOLEAN

Adaptive pulse

Stop in right position

Configuration\Control\CBXCBR1

CBXCBR1

I<->O CB

CFG

CTRL.CBCSWI1.OpDlTmms.setVal

ING

INT32

100

Event delay

Event delay of the intermediate position

0...10000 ms

Configuration\Control\CBXCBR1

CBXCBR1

I<->O CB

CFG

CTRL.CBCSWI1.OpCntRs.Oper.ctlVal

INC

INT32

Operation counter

Breaker operation cycles

0...10000

Configuration\Control\CBXCBR1

CBXCBR1

I<->O CB

VER

CTRL.CBCILO1.NamPlt.swRev

LPL

VisString255 (20)

DCSXSWI1

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

DCSXSWI1

I<->0 DC(1)

INP

CTRL.DCSXSWI1.PosOpn.stVal

SPS

BOOLEAN

OPENPOS

Apparatus open position

Monitoring\I/O status\Control\DCSXSWI1\Outputs

DCSXSWI1

I<->0 DC(1)

INP

CTRL.DCSXSWI1.PosCls.stVal

SPS

BOOLEAN

CLOSEPOS

Apparatus closed position

Monitoring\I/O status\Control\DCSXSWI1\Outputs

DCSXSWI1

I<->0 DC(1)

OUT

CTRL.DCSXSWI1.PosOpn.stVal

SPS

BOOLEAN

OPENPOS

Apparatus open position

Monitoring\I/O status\Control\DCSXSWI1\Outputs

DCSXSWI1

I<->0 DC(1)

OUT

CTRL.DCSXSWI1.PosCls.stVal

SPS

BOOLEAN

CLOSEPOS

Apparatus closed position

Monitoring\I/O status\Control\DCSXSWI1\Outputs

DCSXSWI1

I<->0 DC(1)

OUT

CTRL.DCSXSWI1.PosOk.stVal

SPS

BOOLEAN

OKPOS

Apparatus position is ok

Monitoring\I/O status\Control\DCSXSWI1\Outputs

DCSXSWI1

I<->0 DC(1)

MON

CTRL.DCSXSWI1.Pos.stVal

DPC

Dbpos

StatUrg

POSITION

Apparatus position indication

0=intermediate; 1=open; 2=closed; 3=faulty

Monitoring\I/O status\Control\DCSXSWI1\Monitored data

DCSXSWI1

I<->0 DC(1)

CFG

CTRL.DCSXSWI1.OpDlTmms.setVal

ING

INT32

100

Event delay

Event delay of the intermediate position

0...10000 ms

Configuration\Control\DCSXSWI1

DCSXSWI1

I<->0 DC(1)

VER

CTRL.DCSXSWI1.NamPlt.swRev

LPL

VisString255 (20)

DCSXSWI2

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

DCSXSWI2

I<->0 DC(2)

INP

CTRL.DCSXSWI2.PosOpn.stVal

SPS

BOOLEAN

OPENPOS

Apparatus open position

Monitoring\I/O status\Control\DCSXSWI2\Outputs

DCSXSWI2

I<->0 DC(2)

INP

CTRL.DCSXSWI2.PosCls.stVal

SPS

BOOLEAN

CLOSEPOS

Apparatus closed position

Monitoring\I/O status\Control\DCSXSWI2\Outputs

DCSXSWI2

I<->0 DC(2)

OUT

CTRL.DCSXSWI2.PosOpn.stVal

SPS

BOOLEAN

OPENPOS

Apparatus open position

Monitoring\I/O status\Control\DCSXSWI2\Outputs

DCSXSWI2

I<->0 DC(2)

OUT

CTRL.DCSXSWI2.PosCls.stVal

SPS

BOOLEAN

CLOSEPOS

Apparatus closed position

Monitoring\I/O status\Control\DCSXSWI2\Outputs

DCSXSWI2

I<->0 DC(2)

OUT

CTRL.DCSXSWI2.PosOk.stVal

SPS

BOOLEAN

OKPOS

Apparatus position is ok

Monitoring\I/O status\Control\DCSXSWI2\Outputs

DCSXSWI2

I<->0 DC(2)

MON

CTRL.DCSXSWI2.Pos.stVal

DPC

Dbpos

StatUrg

POSITION

Apparatus position indication

0=intermediate; 1=open; 2=closed; 3=faulty

Monitoring\I/O status\Control\DCSXSWI2\Monitored data

DCSXSWI2

I<->0 DC(2)

CFG

CTRL.DCSXSWI2.OpDlTmms.setVal

ING

INT32

100

Event delay

Event delay of the intermediate position

0...10000 ms

Configuration\Control\DCSXSWI2

DCSXSWI2

I<->0 DC(2)

VER

CTRL.DCSXSWI2.NamPlt.swRev

LPL

VisString255 (20)

DCSXSWI3

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

DCSXSWI3

I<->0 DC(3)

INP

CTRL.DCSXSWI3.PosOpn.stVal

SPS

BOOLEAN

OPENPOS

Apparatus open position

Monitoring\I/O status\Control\DCSXSWI3\Outputs

DCSXSWI3

I<->0 DC(3)

INP

CTRL.DCSXSWI3.PosCls.stVal

SPS

BOOLEAN

CLOSEPOS

Apparatus closed position

Monitoring\I/O status\Control\DCSXSWI3\Outputs

DCSXSWI3

I<->0 DC(3)

OUT

CTRL.DCSXSWI3.PosOpn.stVal

SPS

BOOLEAN

OPENPOS

Apparatus open position

Monitoring\I/O status\Control\DCSXSWI3\Outputs

DCSXSWI3

I<->0 DC(3)

OUT

CTRL.DCSXSWI3.PosCls.stVal

SPS

BOOLEAN

CLOSEPOS

Apparatus closed position

Monitoring\I/O status\Control\DCSXSWI3\Outputs

DCSXSWI3

I<->0 DC(3)

OUT

CTRL.DCSXSWI3.PosOk.stVal

SPS

BOOLEAN

OKPOS

Apparatus position is ok

Monitoring\I/O status\Control\DCSXSWI3\Outputs

DCSXSWI3

I<->0 DC(3)

MON

CTRL.DCSXSWI3.Pos.stVal

DPC

Dbpos

StatUrg

POSITION

Apparatus position indication

0=intermediate; 1=open; 2=closed; 3=faulty

Monitoring\I/O status\Control\DCSXSWI3\Monitored data

DCSXSWI3

I<->0 DC(3)

CFG

CTRL.DCSXSWI3.OpDlTmms.setVal

ING

INT32

100

Event delay

Event delay of the intermediate position

0...10000 ms

Configuration\Control\DCSXSWI3

DCSXSWI3

I<->0 DC(3)

VER

CTRL.DCSXSWI3.NamPlt.swRev

LPL

VisString255 (20)

ESSXSWI1

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

ESSXSWI1

I<->0 ES

INP

CTRL.ESSXSWI1.PosOpn.stVal

SPS

BOOLEAN

OPENPOS

Apparatus open position

Monitoring\I/O status\Control\ESSXSWI1\Outputs

ESSXSWI1

I<->0 ES

INP

CTRL.ESSXSWI1.PosCls.stVal

SPS

BOOLEAN

CLOSEPOS

Apparatus closed position

Monitoring\I/O status\Control\ESSXSWI1\Outputs

ESSXSWI1

I<->0 ES

OUT

CTRL.ESSXSWI1.PosOpn.stVal

SPS

BOOLEAN

OPENPOS

Apparatus open position

Monitoring\I/O status\Control\ESSXSWI1\Outputs

ESSXSWI1

I<->0 ES

OUT

CTRL.ESSXSWI1.PosCls.stVal

SPS

BOOLEAN

CLOSEPOS

Apparatus closed position

Monitoring\I/O status\Control\ESSXSWI1\Outputs

ESSXSWI1

I<->0 ES

OUT

CTRL.ESSXSWI1.PosOk.stVal

SPS

BOOLEAN

OKPOS

Apparatus position is ok

Monitoring\I/O status\Control\ESSXSWI1\Outputs

ESSXSWI1

I<->0 ES

MON

CTRL.ESSXSWI1.Pos.stVal

DPC

Dbpos

StatUrg

POSITION

Apparatus position indication

0=intermediate; 1=open; 2=closed; 3=faulty

Monitoring\I/O status\Control\ESSXSWI1\Monitored data

ESSXSWI1

I<->0 ES

CFG

CTRL.ESSXSWI1.OpDlTmms.setVal

ING

INT32

100

Event delay

Event delay of the intermediate position

0...10000 ms

Configuration\Control\ESSXSWI1

ESSXSWI1

I<->0 ES

VER

CTRL.ESSXSWI1.NamPlt.swRev

LPL

VisString255 (20)

DR LLN0: Disturbance recorder

IEC 61850

IEC 60617

ANSI

Category

IECName

CDC

Type

Access

Default

Dataset

Event

Parameter name

Parameter desc

Parameter range

Menu path

Channel relation

Binary ch 1

INP

DR.RBDR1.EInput.stVal

SPS

BOOLEAN

Binary ch 2

INP

DR.RBDR2.EInput.stVal

SPS

BOOLEAN

Binary ch 3

INP

DR.RBDR3.EInput.stVal

SPS

BOOLEAN

Binary ch 4

INP

DR.RBDR4.EInput.stVal

SPS

BOOLEAN

Binary ch 5

INP

DR.RBDR5.EInput.stVal

SPS

BOOLEAN

Binary ch 6

INP

DR.RBDR6.EInput.stVal

SPS

BOOLEAN

Binary ch 7

INP

DR.RBDR7.EInput.stVal

SPS

BOOLEAN

Binary ch 8

INP

DR.RBDR8.EInput.stVal

SPS

BOOLEAN

Binary ch 9

INP

DR.RBDR9.EInput.stVal

SPS

BOOLEAN

Binary ch 10

INP

DR.RBDR10.EInput.stVal

SPS

BOOLEAN

Binary ch 11

INP

DR.RBDR11.EInput.stVal

SPS

BOOLEAN

Binary ch 12

INP

DR.RBDR12.EInput.stVal

SPS

BOOLEAN

Binary ch 13

INP

DR.RBDR13.EInput.stVal

SPS

BOOLEAN

Binary ch 14

INP

DR.RBDR14.EInput.stVal

SPS

BOOLEAN

Binary ch 15

INP

DR.RBDR15.EInput.stVal

SPS

BOOLEAN

Binary ch 16

INP

DR.RBDR16.EInput.stVal

SPS

BOOLEAN

Binary ch 17

INP

DR.RBDR17.EInput.stVal

SPS

BOOLEAN

Binary ch 18

INP

DR.RBDR18.EInput.stVal

SPS

BOOLEAN

Binary ch 19

INP

DR.RBDR19.EInput.stVal

SPS

BOOLEAN

Binary ch 20

INP

DR.RBDR20.EInput.stVal

SPS

BOOLEAN

Binary ch 21

INP

DR.RBDR21.EInput.stVal

SPS

BOOLEAN

Binary ch 22

INP

DR.RBDR22.EInput.stVal

SPS

BOOLEAN

Binary ch 23

INP

DR.RBDR23.EInput.stVal

SPS

BOOLEAN

Binary ch 24

INP

DR.RBDR24.EInput.stVal

SPS

BOOLEAN

Binary ch 25

INP

DR.RBDR25.EInput.stVal

SPS

BOOLEAN

Binary ch 26

INP

DR.RBDR26.EInput.stVal

SPS

BOOLEAN

Binary ch 27

INP

DR.RBDR27.EInput.stVal

SPS

BOOLEAN

Binary ch 28

INP

DR.RBDR28.EInput.stVal

SPS

BOOLEAN

Binary ch 29

INP

DR.RBDR29.EInput.stVal

SPS

BOOLEAN

Binary ch 30

INP

DR.RBDR30.EInput.stVal

SPS

BOOLEAN

Binary ch 31

INP

DR.RBDR31.EInput.stVal

SPS

BOOLEAN

Binary ch 32

INP

DR.RBDR32.EInput.stVal

SPS

BOOLEAN

Binary ch 33

INP

DR.RBDR33.EInput.stVal

SPS

BOOLEAN

Binary ch 34

INP

DR.RBDR34.EInput.stVal

SPS

BOOLEAN

Binary ch 35

INP

DR.RBDR35.EInput.stVal

SPS

BOOLEAN

Binary ch 36

INP

DR.RBDR36.EInput.stVal

SPS

BOOLEAN

Binary ch 37

INP

DR.RBDR37.EInput.stVal

SPS

BOOLEAN

Binary ch 38

INP

DR.RBDR38.EInput.stVal

SPS

BOOLEAN

Binary ch 39

INP

DR.RBDR39.EInput.stVal

SPS

BOOLEAN

Binary ch 40

INP

DR.RBDR40.EInput.stVal

SPS

BOOLEAN

Binary ch 41

INP

DR.RBDR41.EInput.stVal

SPS

BOOLEAN

Binary ch 42

INP

DR.RBDR42.EInput.stVal

SPS

BOOLEAN

Binary ch 43

INP

DR.RBDR43.EInput.stVal

SPS

BOOLEAN

Binary ch 44

INP

DR.RBDR44.EInput.stVal

SPS

BOOLEAN

Binary ch 45

INP

DR.RBDR45.EInput.stVal

SPS

BOOLEAN

Binary ch 46

INP

DR.RBDR46.EInput.stVal

SPS

BOOLEAN

Binary ch 47

INP

DR.RBDR47.EInput.stVal

SPS

BOOLEAN

Binary ch 48

INP

DR.RBDR48.EInput.stVal

SPS

BOOLEAN

Binary ch 49

INP

DR.RBDR49.EInput.stVal

SPS

BOOLEAN

Binary ch 50

INP

DR.RBDR50.EInput.stVal

SPS

BOOLEAN

Binary ch 51

INP

DR.RBDR51.EInput.stVal

SPS

BOOLEAN

Binary ch 52

INP

DR.RBDR52.EInput.stVal

SPS

BOOLEAN

Binary ch 53

INP

DR.RBDR53.EInput.stVal

SPS

BOOLEAN

Binary ch 54

INP

DR.RBDR54.EInput.stVal

SPS

BOOLEAN

Binary ch 55

INP

DR.RBDR55.EInput.stVal

SPS

BOOLEAN

Binary ch 56

INP

DR.RBDR56.EInput.stVal

SPS

BOOLEAN

Binary ch 57

INP

DR.RBDR57.EInput.stVal

SPS

BOOLEAN

Binary ch 58

INP

DR.RBDR58.EInput.stVal

SPS

BOOLEAN

Binary ch 59

INP

DR.RBDR59.EInput.stVal

SPS

BOOLEAN

Binary ch 60

INP

DR.RBDR60.EInput.stVal

SPS

BOOLEAN

Binary ch 61

INP

DR.RBDR61.EInput.stVal

SPS

BOOLEAN

Binary ch 62

INP

DR.RBDR62.EInput.stVal

SPS

BOOLEAN

Binary ch 63

INP

DR.RBDR63.EInput.stVal

SPS

BOOLEAN

Binary ch 64

INP

DR.RBDR64.EInput.stVal

SPS

BOOLEAN

Disturbance recorder

OUT

DR.RDRE1.RcdStr.stVal

SPS

BOOLEAN

StatDR

Disturbance recorder

CTR

DR.RDRE1.MemClr.Oper.ctlVal

SPC

BOOLEAN

Disturbance records

Clear all disturbance recordings in the memory

0=Cancel; 1=Clear

Clear\Clear

DR LLN0

CFG

DR.LLN0.Mod.Oper.ctlVal

INC

Enum

Operation

Disturbance recorder on / off

1=on; 5=off

Configuration\Disturbance recorder\General

Disturbance recorder

CFG

DR.RDRE1.PerTrgTms.setVal

ING

INT32

Periodic trig time

Time between periodic triggerings in seconds

0...604800 s

Configuration\Disturbance recorder\General

Disturbance recorder

CFG

DR.RDRE1.ExclTmms.setVal

ING

INT32

Exclusion time

Time how long triggerings for the same reason are ignored in milliseconds

0...1000000 ms

Configuration\Disturbance recorder\General

Disturbance recorder

CFG

DR.RDRE1.OpMod.setVal

ING

Enum

Operation mode

Saturation / overwrite

1=Saturation; 2=Overwrite

Configuration\Disturbance recorder\General

Disturbance recorder

CFG

DR.RDRE1.EPreLgt.setVal

ING

INT32

Pre-trg length

Length of recording preceding the triggering in percent

0...100 %

Configuration\Disturbance recorder\General

Disturbance recorder

CFG

DR.RDRE1.ERcdLgt.setVal

ING

INT32

Record length

Record length in fundamental cycles

10...500 cycles

Configuration\Disturbance recorder\General

Disturbance recorder

CFG

DR.RDRE1.EStoRte.setVal

ING

Enum

Storage rate

Storage rate for waveform recordings in samples per cycle

8=8 samples / cycle; 16=16 samples / cycle; 32=32 samples / cycle

Configuration\Disturbance recorder\General

Disturbance recorder

CFG

DR.RDRE1.EStoModPer.setVal

ING

Enum

Stor. mode periodic

Storage mode selection (waveform / trend) for periodic trigger

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\General

Disturbance recorder

CFG

DR.RDRE1.EStoModMan.setVal

ING

Enum

Stor. mode manual

Storage mode selection (waveform / trend) for manual trigger

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\General

Binary ch 1

CFG

DR.RBDR1.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 1

Binary ch 1

CFG

DR.RBDR1.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 1

Binary ch 1

CFG

DR.RBDR1.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 1

Binary ch 1

CFG

DR.RBDR1.EInput.d

SPS

VisString255 (64)

Binary ch 1 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 1

Binary ch 2

CFG

DR.RBDR2.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 2

Binary ch 2

CFG

DR.RBDR2.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 2

Binary ch 2

CFG

DR.RBDR2.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 2

Binary ch 2

CFG

DR.RBDR2.EInput.d

SPS

VisString255 (64)

Binary ch 2 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 2

Binary ch 3

CFG

DR.RBDR3.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 3

Binary ch 3

CFG

DR.RBDR3.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 3

Binary ch 3

CFG

DR.RBDR3.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 3

Binary ch 3

CFG

DR.RBDR3.EInput.d

SPS

VisString255 (64)

Binary ch 3 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 3

Binary ch 4

CFG

DR.RBDR4.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 4

Binary ch 4

CFG

DR.RBDR4.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 4

Binary ch 4

CFG

DR.RBDR4.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 4

Binary ch 4

CFG

DR.RBDR4.EInput.d

SPS

VisString255 (64)

Binary ch 4 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 4

Binary ch 5

CFG

DR.RBDR5.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 5

Binary ch 5

CFG

DR.RBDR5.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 5

Binary ch 5

CFG

DR.RBDR5.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 5

Binary ch 5

CFG

DR.RBDR5.EInput.d

SPS

VisString255 (64)

Binary ch 5 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 5

Binary ch 6

CFG

DR.RBDR6.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 6

Binary ch 6

CFG

DR.RBDR6.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 6

Binary ch 6

CFG

DR.RBDR6.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 6

Binary ch 6

CFG

DR.RBDR6.EInput.d

SPS

VisString255 (64)

Binary ch 6 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 6

Binary ch 7

CFG

DR.RBDR7.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 7

Binary ch 7

CFG

DR.RBDR7.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 7

Binary ch 7

CFG

DR.RBDR7.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 7

Binary ch 7

CFG

DR.RBDR7.EInput.d

SPS

VisString255 (64)

Binary ch 7 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 7

Binary ch 8

CFG

DR.RBDR8.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 8

Binary ch 8

CFG

DR.RBDR8.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 8

Binary ch 8

CFG

DR.RBDR8.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 8

Binary ch 8

CFG

DR.RBDR8.EInput.d

SPS

VisString255 (64)

Binary ch 8 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 8

Binary ch 9

CFG

DR.RBDR9.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 9

Binary ch 9

CFG

DR.RBDR9.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 9

Binary ch 9

CFG

DR.RBDR9.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 9

Binary ch 9

CFG

DR.RBDR9.EInput.d

SPS

VisString255 (64)

Binary ch 9 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 9

Binary ch 10

CFG

DR.RBDR10.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 10

Binary ch 10

CFG

DR.RBDR10.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 10

Binary ch 10

CFG

DR.RBDR10.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 10

Binary ch 10

CFG

DR.RBDR10.EInput.d

SPS

VisString255 (64)

Binary ch 10 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 10

Binary ch 11

CFG

DR.RBDR11.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 11

Binary ch 11

CFG

DR.RBDR11.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 11

Binary ch 11

CFG

DR.RBDR11.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 11

Binary ch 11

CFG

DR.RBDR11.EInput.d

SPS

VisString255 (64)

Binary ch 11 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 11

Binary ch 12

CFG

DR.RBDR12.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 12

Binary ch 12

CFG

DR.RBDR12.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 12

Binary ch 12

CFG

DR.RBDR12.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 12

Binary ch 12

CFG

DR.RBDR12.EInput.d

SPS

VisString255 (64)

Binary ch 12 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 12

Binary ch 13

CFG

DR.RBDR13.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 13

Binary ch 13

CFG

DR.RBDR13.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 13

Binary ch 13

CFG

DR.RBDR13.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 13

Binary ch 13

CFG

DR.RBDR13.EInput.d

SPS

VisString255 (64)

Binary ch 13 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 13

Binary ch 14

CFG

DR.RBDR14.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 14

Binary ch 14

CFG

DR.RBDR14.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 14

Binary ch 14

CFG

DR.RBDR14.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 14

Binary ch 14

CFG

DR.RBDR14.EInput.d

SPS

VisString255 (64)

Binary ch 14 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 14

Binary ch 15

CFG

DR.RBDR15.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 15

Binary ch 15

CFG

DR.RBDR15.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 15

Binary ch 15

CFG

DR.RBDR15.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 15

Binary ch 15

CFG

DR.RBDR15.EInput.d

SPS

VisString255 (64)

Binary ch 15 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 15

Binary ch 16

CFG

DR.RBDR16.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 16

Binary ch 16

CFG

DR.RBDR16.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 16

Binary ch 16

CFG

DR.RBDR16.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 16

Binary ch 16

CFG

DR.RBDR16.EInput.d

SPS

VisString255 (64)

Binary ch 16 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 16

Binary ch 17

CFG

DR.RBDR17.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 17

Binary ch 17

CFG

DR.RBDR17.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 17

Binary ch 17

CFG

DR.RBDR17.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 17

Binary ch 17

CFG

DR.RBDR17.EInput.d

SPS

VisString255 (64)

Binary ch 17 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 17

Binary ch 18

CFG

DR.RBDR18.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 18

Binary ch 18

CFG

DR.RBDR18.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 18

Binary ch 18

CFG

DR.RBDR18.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 18

Binary ch 18

CFG

DR.RBDR18.EInput.d

SPS

VisString255 (64)

Binary ch 18 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 18

Binary ch 19

CFG

DR.RBDR19.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 19

Binary ch 19

CFG

DR.RBDR19.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 19

Binary ch 19

CFG

DR.RBDR19.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 19

Binary ch 19

CFG

DR.RBDR19.EInput.d

SPS

VisString255 (64)

Binary ch 19 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 19

Binary ch 20

CFG

DR.RBDR20.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 20

Binary ch 20

CFG

DR.RBDR20.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 20

Binary ch 20

CFG

DR.RBDR20.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 20

Binary ch 20

CFG

DR.RBDR20.EInput.d

SPS

VisString255 (64)

Binary ch 20 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 20

Binary ch 21

CFG

DR.RBDR21.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 21

Binary ch 21

CFG

DR.RBDR21.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 21

Binary ch 21

CFG

DR.RBDR21.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 21

Binary ch 21

CFG

DR.RBDR21.EInput.d

SPS

VisString255 (64)

Binary ch 21 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 21

Binary ch 22

CFG

DR.RBDR22.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 22

Binary ch 22

CFG

DR.RBDR22.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 22

Binary ch 22

CFG

DR.RBDR22.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 22

Binary ch 22

CFG

DR.RBDR22.EInput.d

SPS

VisString255 (64)

Binary ch 22 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 22

Binary ch 23

CFG

DR.RBDR23.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 23

Binary ch 23

CFG

DR.RBDR23.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 23

Binary ch 23

CFG

DR.RBDR23.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 23

Binary ch 23

CFG

DR.RBDR23.EInput.d

SPS

VisString255 (64)

Binary ch 23 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 23

Binary ch 24

CFG

DR.RBDR24.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 24

Binary ch 24

CFG

DR.RBDR24.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 24

Binary ch 24

CFG

DR.RBDR24.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 24

Binary ch 24

CFG

DR.RBDR24.EInput.d

SPS

VisString255 (64)

Binary ch 24 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 24

Binary ch 25

CFG

DR.RBDR25.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 25

Binary ch 25

CFG

DR.RBDR25.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 25

Binary ch 25

CFG

DR.RBDR25.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 25

Binary ch 25

CFG

DR.RBDR25.EInput.d

SPS

VisString255 (64)

Binary ch 25 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 25

Binary ch 26

CFG

DR.RBDR26.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 26

Binary ch 26

CFG

DR.RBDR26.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 26

Binary ch 26

CFG

DR.RBDR26.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 26

Binary ch 26

CFG

DR.RBDR26.EInput.d

SPS

VisString255 (64)

Binary ch 26 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 26

Binary ch 27

CFG

DR.RBDR27.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 27

Binary ch 27

CFG

DR.RBDR27.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 27

Binary ch 27

CFG

DR.RBDR27.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 27

Binary ch 27

CFG

DR.RBDR27.EInput.d

SPS

VisString255 (64)

Binary ch 27 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 27

Binary ch 28

CFG

DR.RBDR28.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 28

Binary ch 28

CFG

DR.RBDR28.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 28

Binary ch 28

CFG

DR.RBDR28.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 28

Binary ch 28

CFG

DR.RBDR28.EInput.d

SPS

VisString255 (64)

Binary ch 28 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 28

Binary ch 29

CFG

DR.RBDR29.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 29

Binary ch 29

CFG

DR.RBDR29.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 29

Binary ch 29

CFG

DR.RBDR29.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 29

Binary ch 29

CFG

DR.RBDR29.EInput.d

SPS

VisString255 (64)

Binary ch 29 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 29

Binary ch 30

CFG

DR.RBDR30.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 30

Binary ch 30

CFG

DR.RBDR30.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 30

Binary ch 30

CFG

DR.RBDR30.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 30

Binary ch 30

CFG

DR.RBDR30.EInput.d

SPS

VisString255 (64)

Binary ch 30 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 30

Binary ch 31

CFG

DR.RBDR31.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 31

Binary ch 31

CFG

DR.RBDR31.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 31

Binary ch 31

CFG

DR.RBDR31.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 31

Binary ch 31

CFG

DR.RBDR31.EInput.d

SPS

VisString255 (64)

Binary ch 31 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 31

Binary ch 32

CFG

DR.RBDR32.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 32

Binary ch 32

CFG

DR.RBDR32.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 32

Binary ch 32

CFG

DR.RBDR32.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 32

Binary ch 32

CFG

DR.RBDR32.EInput.d

SPS

VisString255 (64)

Binary ch 32 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 32

Binary ch 33

CFG

DR.RBDR33.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 33

Binary ch 33

CFG

DR.RBDR33.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 33

Binary ch 33

CFG

DR.RBDR33.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 33

Binary ch 33

CFG

DR.RBDR33.EInput.d

SPS

VisString255 (64)

Binary ch 33 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 33

Binary ch 34

CFG

DR.RBDR34.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 34

Binary ch 34

CFG

DR.RBDR34.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 34

Binary ch 34

CFG

DR.RBDR34.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 34

Binary ch 34

CFG

DR.RBDR34.EInput.d

SPS

VisString255 (64)

Binary ch 34 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 34

Binary ch 35

CFG

DR.RBDR35.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 35

Binary ch 35

CFG

DR.RBDR35.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 35

Binary ch 35

CFG

DR.RBDR35.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 35

Binary ch 35

CFG

DR.RBDR35.EInput.d

SPS

VisString255 (64)

Binary ch 35 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 35

Binary ch 36

CFG

DR.RBDR36.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 36

Binary ch 36

CFG

DR.RBDR36.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 36

Binary ch 36

CFG

DR.RBDR36.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 36

Binary ch 36

CFG

DR.RBDR36.EInput.d

SPS

VisString255 (64)

Binary ch 36 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 36

Binary ch 37

CFG

DR.RBDR37.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 37

Binary ch 37

CFG

DR.RBDR37.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 37

Binary ch 37

CFG

DR.RBDR37.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 37

Binary ch 37

CFG

DR.RBDR37.EInput.d

SPS

VisString255 (64)

Binary ch 37 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 37

Binary ch 38

CFG

DR.RBDR38.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 38

Binary ch 38

CFG

DR.RBDR38.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 38

Binary ch 38

CFG

DR.RBDR38.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 38

Binary ch 38

CFG

DR.RBDR38.EInput.d

SPS

VisString255 (64)

Binary ch 38 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 38

Binary ch 39

CFG

DR.RBDR39.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 39

Binary ch 39

CFG

DR.RBDR39.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 39

Binary ch 39

CFG

DR.RBDR39.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 39

Binary ch 39

CFG

DR.RBDR39.EInput.d

SPS

VisString255 (64)

Binary ch 39 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 39

Binary ch 40

CFG

DR.RBDR40.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 40

Binary ch 40

CFG

DR.RBDR40.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 40

Binary ch 40

CFG

DR.RBDR40.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 40

Binary ch 40

CFG

DR.RBDR40.EInput.d

SPS

VisString255 (64)

Binary ch 40 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 40

Binary ch 41

CFG

DR.RBDR41.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 41

Binary ch 41

CFG

DR.RBDR41.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 41

Binary ch 41

CFG

DR.RBDR41.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 41

Binary ch 41

CFG

DR.RBDR41.EInput.d

SPS

VisString255 (64)

Binary ch 41 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 41

Binary ch 42

CFG

DR.RBDR42.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 42

Binary ch 42

CFG

DR.RBDR42.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 42

Binary ch 42

CFG

DR.RBDR42.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 42

Binary ch 42

CFG

DR.RBDR42.EInput.d

SPS

VisString255 (64)

Binary ch 42 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 42

Binary ch 43

CFG

DR.RBDR43.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 43

Binary ch 43

CFG

DR.RBDR43.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 43

Binary ch 43

CFG

DR.RBDR43.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 43

Binary ch 43

CFG

DR.RBDR43.EInput.d

SPS

VisString255 (64)

Binary ch 43 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 43

Binary ch 44

CFG

DR.RBDR44.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 44

Binary ch 44

CFG

DR.RBDR44.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 44

Binary ch 44

CFG

DR.RBDR44.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 44

Binary ch 44

CFG

DR.RBDR44.EInput.d

SPS

VisString255 (64)

Binary ch 44 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 44

Binary ch 45

CFG

DR.RBDR45.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 45

Binary ch 45

CFG

DR.RBDR45.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 45

Binary ch 45

CFG

DR.RBDR45.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 45

Binary ch 45

CFG

DR.RBDR45.EInput.d

SPS

VisString255 (64)

Binary ch 45 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 45

Binary ch 46

CFG

DR.RBDR46.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 46

Binary ch 46

CFG

DR.RBDR46.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 46

Binary ch 46

CFG

DR.RBDR46.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 46

Binary ch 46

CFG

DR.RBDR46.EInput.d

SPS

VisString255 (64)

Binary ch 46 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 46

Binary ch 47

CFG

DR.RBDR47.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 47

Binary ch 47

CFG

DR.RBDR47.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 47

Binary ch 47

CFG

DR.RBDR47.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 47

Binary ch 47

CFG

DR.RBDR47.EInput.d

SPS

VisString255 (64)

Binary ch 47 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 47

Binary ch 48

CFG

DR.RBDR48.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 48

Binary ch 48

CFG

DR.RBDR48.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 48

Binary ch 48

CFG

DR.RBDR48.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 48

Binary ch 48

CFG

DR.RBDR48.EInput.d

SPS

VisString255 (64)

Binary ch 48 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 48

Binary ch 49

CFG

DR.RBDR49.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 49

Binary ch 49

CFG

DR.RBDR49.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 49

Binary ch 49

CFG

DR.RBDR49.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 49

Binary ch 49

CFG

DR.RBDR49.EInput.d

SPS

VisString255 (64)

Binary ch 49 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 49

Binary ch 50

CFG

DR.RBDR50.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 50

Binary ch 50

CFG

DR.RBDR50.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 50

Binary ch 50

CFG

DR.RBDR50.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 50

Binary ch 50

CFG

DR.RBDR50.EInput.d

SPS

VisString255 (64)

Binary ch 50 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 50

Binary ch 51

CFG

DR.RBDR51.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 51

Binary ch 51

CFG

DR.RBDR51.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 51

Binary ch 51

CFG

DR.RBDR51.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 51

Binary ch 51

CFG

DR.RBDR51.EInput.d

SPS

VisString255 (64)

Binary ch 51 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 51

Binary ch 52

CFG

DR.RBDR52.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 52

Binary ch 52

CFG

DR.RBDR52.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 52

Binary ch 52

CFG

DR.RBDR52.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 52

Binary ch 52

CFG

DR.RBDR52.EInput.d

SPS

VisString255 (64)

Binary ch 52 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 52

Binary ch 53

CFG

DR.RBDR53.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 53

Binary ch 53

CFG

DR.RBDR53.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 53

Binary ch 53

CFG

DR.RBDR53.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 53

Binary ch 53

CFG

DR.RBDR53.EInput.d

SPS

VisString255 (64)

Binary ch 53 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 53

Binary ch 54

CFG

DR.RBDR54.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 54

Binary ch 54

CFG

DR.RBDR54.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 54

Binary ch 54

CFG

DR.RBDR54.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 54

Binary ch 54

CFG

DR.RBDR54.EInput.d

SPS

VisString255 (64)

Binary ch 54 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 54

Binary ch 55

CFG

DR.RBDR55.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 55

Binary ch 55

CFG

DR.RBDR55.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 55

Binary ch 55

CFG

DR.RBDR55.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 55

Binary ch 55

CFG

DR.RBDR55.EInput.d

SPS

VisString255 (64)

Binary ch 55 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 55

Binary ch 56

CFG

DR.RBDR56.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 56

Binary ch 56

CFG

DR.RBDR56.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 56

Binary ch 56

CFG

DR.RBDR56.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 56

Binary ch 56

CFG

DR.RBDR56.EInput.d

SPS

VisString255 (64)

Binary ch 56 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 56

Binary ch 57

CFG

DR.RBDR57.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 57

Binary ch 57

CFG

DR.RBDR57.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 57

Binary ch 57

CFG

DR.RBDR57.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 57

Binary ch 57

CFG

DR.RBDR57.EInput.d

SPS

VisString255 (64)

Binary ch 57 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 57

Binary ch 58

CFG

DR.RBDR58.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 58

Binary ch 58

CFG

DR.RBDR58.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 58

Binary ch 58

CFG

DR.RBDR58.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 58

Binary ch 58

CFG

DR.RBDR58.EInput.d

SPS

VisString255 (64)

Binary ch 58 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 58

Binary ch 59

CFG

DR.RBDR59.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 59

Binary ch 59

CFG

DR.RBDR59.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 59

Binary ch 59

CFG

DR.RBDR59.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 59

Binary ch 59

CFG

DR.RBDR59.EInput.d

SPS

VisString255 (64)

Binary ch 59 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 59

Binary ch 60

CFG

DR.RBDR60.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 60

Binary ch 60

CFG

DR.RBDR60.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 60

Binary ch 60

CFG

DR.RBDR60.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 60

Binary ch 60

CFG

DR.RBDR60.EInput.d

SPS

VisString255 (64)

Binary ch 60 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 60

Binary ch 61

CFG

DR.RBDR61.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 61

Binary ch 61

CFG

DR.RBDR61.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 61

Binary ch 61

CFG

DR.RBDR61.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 61

Binary ch 61

CFG

DR.RBDR61.EInput.d

SPS

VisString255 (64)

Binary ch 61 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 61

Binary ch 62

CFG

DR.RBDR62.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 62

Binary ch 62

CFG

DR.RBDR62.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 62

Binary ch 62

CFG

DR.RBDR62.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 62

Binary ch 62

CFG

DR.RBDR62.EInput.d

SPS

VisString255 (64)

Binary ch 62 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 62

Binary ch 63

CFG

DR.RBDR63.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 63

Binary ch 63

CFG

DR.RBDR63.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 63

Binary ch 63

CFG

DR.RBDR63.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 63

Binary ch 63

CFG

DR.RBDR63.EInput.d

SPS

VisString255 (64)

Binary ch 63 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 63

Binary ch 64

CFG

DR.RBDR64.Mod.Oper.ctlVal

INC

Enum

Operation

Binary channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Binary channel 64

Binary ch 64

CFG

DR.RBDR64.LevMod.setVal

ING

Enum

Level trigger mode

rising / falling / both / trigger off

1=Positive or Rising; 2=Negative or Falling; 3=Both; 4=Level trigger off

Configuration\Disturbance recorder\Channel settings\Binary channel 64

Binary ch 64

CFG

DR.RBDR64.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Binary channel 64

Binary ch 64

CFG

DR.RBDR64.EInput.d

SPS

VisString255 (64)

Binary ch 64 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Binary channel 64

Analog ch 1

CFG

DR.RADR1.Mod.Oper.ctlVal

INC

Enum

Operation

Analog channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Analog channel 1

Analog ch 1

CFG

DR.RADR1.EChNum.setVal

ING

Enum

Channel selection

Select a signal, which will be recorded by this channel

0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B

Configuration\Disturbance recorder\Channel settings\Analog channel 1

Analog ch 1

CFG

DR.RADR1.EChNum.d

ING

VisString255 (64)

Analog ch 1 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Analog channel 1

Analog ch 1

CFG

DR.RADR1.HiTrgLev.setMag.f

ASG

FLOAT32

10.00

High trigger level

Over limit

0.00...60.00

Configuration\Disturbance recorder\Channel settings\Analog channel 1

Analog ch 1

CFG

DR.RADR1.LoTrgLev.setMag.f

ASG

FLOAT32

0.00

Low trigger level

Under limit

0.00...2.00

Configuration\Disturbance recorder\Channel settings\Analog channel 1

Analog ch 1

CFG

DR.RADR1.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Analog channel 1

Analog ch 2

CFG

DR.RADR2.Mod.Oper.ctlVal

INC

Enum

Operation

Analog channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Analog channel 2

Analog ch 2

CFG

DR.RADR2.EChNum.setVal

ING

Enum

Channel selection

Select a signal, which will be recorded by this channel

0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B

Configuration\Disturbance recorder\Channel settings\Analog channel 2

Analog ch 2

CFG

DR.RADR2.EChNum.d

ING

VisString255 (64)

Analog ch 2 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Analog channel 2

Analog ch 2

CFG

DR.RADR2.HiTrgLev.setMag.f

ASG

FLOAT32

10.00

High trigger level

Over limit

0.00...60.00

Configuration\Disturbance recorder\Channel settings\Analog channel 2

Analog ch 2

CFG

DR.RADR2.LoTrgLev.setMag.f

ASG

FLOAT32

0.00

Low trigger level

Under limit

0.00...2.00

Configuration\Disturbance recorder\Channel settings\Analog channel 2

Analog ch 2

CFG

DR.RADR2.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Analog channel 2

Analog ch 3

CFG

DR.RADR3.Mod.Oper.ctlVal

INC

Enum

Operation

Analog channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Analog channel 3

Analog ch 3

CFG

DR.RADR3.EChNum.setVal

ING

Enum

Channel selection

Select a signal, which will be recorded by this channel

0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B

Configuration\Disturbance recorder\Channel settings\Analog channel 3

Analog ch 3

CFG

DR.RADR3.EChNum.d

ING

VisString255 (64)

Analog ch 3 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Analog channel 3

Analog ch 3

CFG

DR.RADR3.HiTrgLev.setMag.f

ASG

FLOAT32

10.00

High trigger level

Over limit

0.00...60.00

Configuration\Disturbance recorder\Channel settings\Analog channel 3

Analog ch 3

CFG

DR.RADR3.LoTrgLev.setMag.f

ASG

FLOAT32

0.00

Low trigger level

Under limit

0.00...2.00

Configuration\Disturbance recorder\Channel settings\Analog channel 3

Analog ch 3

CFG

DR.RADR3.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Analog channel 3

Analog ch 4

CFG

DR.RADR4.Mod.Oper.ctlVal

INC

Enum

Operation

Analog channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Analog channel 4

Analog ch 4

CFG

DR.RADR4.EChNum.setVal

ING

Enum

Channel selection

Select a signal, which will be recorded by this channel

0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B

Configuration\Disturbance recorder\Channel settings\Analog channel 4

Analog ch 4

CFG

DR.RADR4.EChNum.d

ING

VisString255 (64)

Analog ch 4 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Analog channel 4

Analog ch 4

CFG

DR.RADR4.HiTrgLev.setMag.f

ASG

FLOAT32

10.00

High trigger level

Over limit

0.00...60.00

Configuration\Disturbance recorder\Channel settings\Analog channel 4

Analog ch 4

CFG

DR.RADR4.LoTrgLev.setMag.f

ASG

FLOAT32

0.00

Low trigger level

Under limit

0.00...2.00

Configuration\Disturbance recorder\Channel settings\Analog channel 4

Analog ch 4

CFG

DR.RADR4.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Analog channel 4

Analog ch 5

CFG

DR.RADR5.Mod.Oper.ctlVal

INC

Enum

Operation

Analog channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Analog channel 5

Analog ch 5

CFG

DR.RADR5.EChNum.setVal

ING

Enum

Channel selection

Select a signal, which will be recorded by this channel

0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B

Configuration\Disturbance recorder\Channel settings\Analog channel 5

Analog ch 5

CFG

DR.RADR5.EChNum.d

ING

VisString255 (64)

Analog ch 5 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Analog channel 5

Analog ch 5

CFG

DR.RADR5.HiTrgLev.setMag.f

ASG

FLOAT32

10.00

High trigger level

Over limit

0.00...60.00

Configuration\Disturbance recorder\Channel settings\Analog channel 5

Analog ch 5

CFG

DR.RADR5.LoTrgLev.setMag.f

ASG

FLOAT32

0.00

Low trigger level

Under limit

0.00...2.00

Configuration\Disturbance recorder\Channel settings\Analog channel 5

Analog ch 5

CFG

DR.RADR5.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Analog channel 5

Analog ch 6

CFG

DR.RADR6.Mod.Oper.ctlVal

INC

Enum

Operation

Analog channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Analog channel 6

Analog ch 6

CFG

DR.RADR6.EChNum.setVal

ING

Enum

Channel selection

Select a signal, which will be recorded by this channel

0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B

Configuration\Disturbance recorder\Channel settings\Analog channel 6

Analog ch 6

CFG

DR.RADR6.EChNum.d

ING

VisString255 (64)

Analog ch 6 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Analog channel 6

Analog ch 6

CFG

DR.RADR6.HiTrgLev.setMag.f

ASG

FLOAT32

10.00

High trigger level

Over limit

0.00...60.00

Configuration\Disturbance recorder\Channel settings\Analog channel 6

Analog ch 6

CFG

DR.RADR6.LoTrgLev.setMag.f

ASG

FLOAT32

0.00

Low trigger level

Under limit

0.00...2.00

Configuration\Disturbance recorder\Channel settings\Analog channel 6

Analog ch 6

CFG

DR.RADR6.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Analog channel 6

Analog ch 7

CFG

DR.RADR7.Mod.Oper.ctlVal

INC

Enum

Operation

Analog channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Analog channel 7

Analog ch 7

CFG

DR.RADR7.EChNum.setVal

ING

Enum

Channel selection

Select a signal, which will be recorded by this channel

0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B

Configuration\Disturbance recorder\Channel settings\Analog channel 7

Analog ch 7

CFG

DR.RADR7.EChNum.d

ING

VisString255 (64)

Analog ch 7 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Analog channel 7

Analog ch 7

CFG

DR.RADR7.HiTrgLev.setMag.f

ASG

FLOAT32

10.00

High trigger level

Over limit

0.00...60.00

Configuration\Disturbance recorder\Channel settings\Analog channel 7

Analog ch 7

CFG

DR.RADR7.LoTrgLev.setMag.f

ASG

FLOAT32

0.00

Low trigger level

Under limit

0.00...2.00

Configuration\Disturbance recorder\Channel settings\Analog channel 7

Analog ch 7

CFG

DR.RADR7.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Analog channel 7

Analog ch 8

CFG

DR.RADR8.Mod.Oper.ctlVal

INC

Enum

Operation

Analog channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Analog channel 8

Analog ch 8

CFG

DR.RADR8.EChNum.setVal

ING

Enum

Channel selection

Select a signal, which will be recorded by this channel

0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B

Configuration\Disturbance recorder\Channel settings\Analog channel 8

Analog ch 8

CFG

DR.RADR8.EChNum.d

ING

VisString255 (64)

Analog ch 8 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Analog channel 8

Analog ch 8

CFG

DR.RADR8.HiTrgLev.setMag.f

ASG

FLOAT32

10.00

High trigger level

Over limit

0.00...60.00

Configuration\Disturbance recorder\Channel settings\Analog channel 8

Analog ch 8

CFG

DR.RADR8.LoTrgLev.setMag.f

ASG

FLOAT32

0.00

Low trigger level

Under limit

0.00...2.00

Configuration\Disturbance recorder\Channel settings\Analog channel 8

Analog ch 8

CFG

DR.RADR8.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Analog channel 8

Analog ch 9

CFG

DR.RADR9.Mod.Oper.ctlVal

INC

Enum

Operation

Analog channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Analog channel 9

Analog ch 9

CFG

DR.RADR9.EChNum.setVal

ING

Enum

Channel selection

Select a signal, which will be recorded by this channel

0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B

Configuration\Disturbance recorder\Channel settings\Analog channel 9

Analog ch 9

CFG

DR.RADR9.EChNum.d

ING

VisString255 (64)

Analog ch 9 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Analog channel 9

Analog ch 9

CFG

DR.RADR9.HiTrgLev.setMag.f

ASG

FLOAT32

10.00

High trigger level

Over limit

0.00...60.00

Configuration\Disturbance recorder\Channel settings\Analog channel 9

Analog ch 9

CFG

DR.RADR9.LoTrgLev.setMag.f

ASG

FLOAT32

0.00

Low trigger level

Under limit

0.00...2.00

Configuration\Disturbance recorder\Channel settings\Analog channel 9

Analog ch 9

CFG

DR.RADR9.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Analog channel 9

Analog ch 10

CFG

DR.RADR10.Mod.Oper.ctlVal

INC

Enum

Operation

Analog channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Analog channel 10

Analog ch 10

CFG

DR.RADR10.EChNum.setVal

ING

Enum

Channel selection

Select a signal, which will be recorded by this channel

0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B

Configuration\Disturbance recorder\Channel settings\Analog channel 10

Analog ch 10

CFG

DR.RADR10.EChNum.d

ING

VisString255 (64)

Analog ch 10 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Analog channel 10

Analog ch 10

CFG

DR.RADR10.HiTrgLev.setMag.f

ASG

FLOAT32

10.00

High trigger level

Over limit

0.00...60.00

Configuration\Disturbance recorder\Channel settings\Analog channel 10

Analog ch 10

CFG

DR.RADR10.LoTrgLev.setMag.f

ASG

FLOAT32

0.00

Low trigger level

Under limit

0.00...2.00

Configuration\Disturbance recorder\Channel settings\Analog channel 10

Analog ch 10

CFG

DR.RADR10.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Analog channel 10

Analog ch 11

CFG

DR.RADR11.Mod.Oper.ctlVal

INC

Enum

Operation

Analog channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Analog channel 11

Analog ch 11

CFG

DR.RADR11.EChNum.setVal

ING

Enum

Channel selection

Select a signal, which will be recorded by this channel

0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B

Configuration\Disturbance recorder\Channel settings\Analog channel 11

Analog ch 11

CFG

DR.RADR11.EChNum.d

ING

VisString255 (64)

Analog ch 11 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Analog channel 11

Analog ch 11

CFG

DR.RADR11.HiTrgLev.setMag.f

ASG

FLOAT32

10.00

High trigger level

Over limit

0.00...60.00

Configuration\Disturbance recorder\Channel settings\Analog channel 11

Analog ch 11

CFG

DR.RADR11.LoTrgLev.setMag.f

ASG

FLOAT32

0.00

Low trigger level

Under limit

0.00...2.00

Configuration\Disturbance recorder\Channel settings\Analog channel 11

Analog ch 11

CFG

DR.RADR11.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Analog channel 11

Analog ch 12

CFG

DR.RADR12.Mod.Oper.ctlVal

INC

Enum

Operation

Analog channel on / off

1=on; 5=off

Configuration\Disturbance recorder\Channel settings\Analog channel 12

Analog ch 12

CFG

DR.RADR12.EChNum.setVal

ING

Enum

Channel selection

Select a signal, which will be recorded by this channel

0=Disabled; 1=Io; 2=IL1; 3=IL2; 4=IL3; 6=IL1B; 7=IL2B; 8=IL3B; 9=Uo; 10=U1; 11=U2; 12=U3; 17=CIo; 18=SI1; 19=SI2; 20=SU0; 21=SU1; 22=SU2; 23=CIoB; 24=SI1B; 25=SI2B

Configuration\Disturbance recorder\Channel settings\Analog channel 12

Analog ch 12

CFG

DR.RADR12.EChNum.d

ING

VisString255 (64)

Analog ch 12 input

Channel id text

Channel identifier text

Configuration\Disturbance recorder\Channel settings\Analog channel 12

Analog ch 12

CFG

DR.RADR12.HiTrgLev.setMag.f

ASG

FLOAT32

10.00

High trigger level

Over limit

0.00...60.00

Configuration\Disturbance recorder\Channel settings\Analog channel 12

Analog ch 12

CFG

DR.RADR12.LoTrgLev.setMag.f

ASG

FLOAT32

0.00

Low trigger level

Under limit

0.00...2.00

Configuration\Disturbance recorder\Channel settings\Analog channel 12

Analog ch 12

CFG

DR.RADR12.EStoMod.setVal

ING

Enum

Storage mode

Storage mode selection (waveform / trend)

0=Waveform; 1=Trend / cycle

Configuration\Disturbance recorder\Channel settings\Analog channel 12

DR LLN0

VER

DR.LLN0.NamPlt.swRev

LPL

VisString255 (20)