| IEC 61850 name | SA name | Description | Values | S | Arg 1,2,3,4 |
|---|---|---|---|---|---|
| LD0.FLTRFRC1 | |||||
| Values only for reading 1 | |||||
| .OpTm.t | Captured time (year) | 0...3000 | 0,3000,0,3000 | ||
| .OpTm.t | Captured time (month) | 1...12 | 1,12,1,12 | ||
| .OpTm.t | Captured time (day) | 1…31 | 1,31,1,31 | ||
| .OpTm.t | Captured time (hour) | 0…23 | 0,23,2,23 | ||
| .OpTm.t | Captured time (minute) | 0…59 | 0,59,0,59 | ||
| .OpTm.t | Captured time (second) | 0…59 | 0,59,0,59 | ||
| .OpTm.t | Captured time (msec) | 0…999 | 0,999,0,999 | ||
| Event updated values 2 | |||||
| .OpCnt.stVal | Fault record number | 0...999999 | 0,999999,0,999999 | ||
| .ProFcn.stVal | Protection function | -32767...32768 | -32768,32767,-32768,32767 | ||
| .Hz.mag | Frequency | 30.00...80.00 [Hz] | 30,80,3000,8000 | ||
| .StrDur.mag | Start duration | 0…100.00 [%] | 0,100,0,10000 | ||
| .StrOpTm.mag | Operate time | 0.000...999999 .999 [s] | 0,10000000,0,10000000 | ||
| .FltPtR.mag | Fault reactance | 0...1000000.00 [ohm] | 0,1000000,0,1000000 | ||
| .FltDiskm.mag | Fault distance | 0.00...3000.00 [pu] | 0,3000,0,300000 | ||
| .ActSetGr.stVal | Active setting group | 1...6 | 1,6,1,6 | ||
| .ShotPntr.stVal | AR Shot pointer | 1...7 | 1,7,1,7 | ||
| .Max50DifAA.mag | Max. diff. current phs A | 0.000...80.000 [pu] | 0,80,0,8000 | ||
| .Max50DifAB.mag | Max. diff. current phs B | 0.000...80.000 [pu] | 0,80,0,8000 | ||
| .Max50DifAC.mag | Max. diff. current phs C | 0.000...80.000 [pu] | 0,80,0,8000 | ||
| .Max50RstAA.mag | Max. bias current phs A | 0.000...50.000 [pu] | 0,50,0,5000 | ||
| .Max50RstAB.mag | Max. bias current phs B | 0.000...50.000 [pu] | 0,50,0,5000 | ||
| .Max50RstAC.mag | Max. bias current phs C | 0.000...50.000 [pu] | 0,50,0,5000 | ||
| .DifAPhsA.mag | Diff. current phs A | 0.000...80.000 [pu] | 0,80,0,8000 | ||
| .DifAPhsB.mag | Diff. current phs B | 0.000...80.000 [pu] | 0,80,0,8000 | ||
| .DifAPhsC.mag | Diff. current phs C | 0.000...80.000 [pu] | 0,80,0,8000 | ||
| .RstAPhsA.mag | Bias current phs A | 0.000...50.000 [pu] | 0,50,0,5000 | ||
| .RstAPhsB.mag | Bias current phs B | 0.000...50.000 [pu] | 0,50,0,5000 | ||
| .RstAPhsC.mag | Bias current phs C | 0.000...50.000 [pu] | 0,50,0,5000 | ||
| .DifARes.mag | Diff. current Io | 0.000...80.000 [pu] | 0,80,0,8000 | ||
| .RstARes.mag | Bias current Io | 0.000...50.000 [pu] | 0,50,0,5000 | ||
| .Max50APhsA1.mag | Max. current phs A(1) | 0.000...50.000 [xIn] | 0,50,0,5000 | ||
| .Max50APhsB1.mag | Max. current phs B(1) | 0.000...50.000 [xIn] | 0,50,0,5000 | ||
| .Max50APhsC1.mag | Max. current phs C(1) | 0.000...50.000 [xIn] | 0,50,0,5000 | ||
| .Max50ARes1.mag | Max. current Io(1) | 0.000...50.000 [xIn] | 0,50,0,5000 | ||
| .APhsA1.mag | Current phs A(1) | 0.000...50.000 [xIn] | 0,50,0,5000 | ||
| .APhsB1.mag | Current phs B(1) | 0.000...50.000 [xIn] | 0,50,0,5000 | ||
| .APhsC1.mag | Current phs C(1) | 0.000...50.000 [xIn] | 0,50,0,5000 | ||
| .ARes1.mag | Current Io(1) | 0.000...50.000 [xIn] | 0,50,0,5000 | ||
| .AResClc1.mag | Current Io-Calc(1) | 0.000...50.000 [xIn] | 0,50,0,5000 | ||
| .APsSeq1.mag | Current Ps-Seq(1) | 0.000...50.000 [xIn] | 0,50,0,5000 | ||
| .ANgSeq1.mag | Current Ng-Seq(1) | 0.000...50.000 [xIn] | 0,50,0,5000 | ||
| .APhsA2.mag | Current phs A(2) | 0.000...50.000 [xIn] | 0,50,0,5000 | ||
| .APhsB2.mag | Current phs B(2) | 0.000...50.000 [xIn] | 0,50,0,5000 | ||
| .APhsC2.mag | Current phs C(2) | 0.000...50.000 [xIn] | 0,50,0,5000 | ||
| .ARes2.mag | Current Io(2) | 0.000...50.000 [xIn] | 0,50,0,5000 | ||
| .AResClc2.mag | Current Io-Calc(2) | 0.000...50.000 [xIn] | 0,50,0,5000 | ||
| .APsSeq2.mag | Current Ps-Seq(2) | 0.000...50.000 [xIn] | 0,50,0,5000 | ||
| .ANgSeq2.mag | Current Ng-Seq(2) | 0.000...50.000 [xIn] | 0,50,0,5000 | ||
| .PhVPhsA1.mag | Voltage phs A(1) | 0.000...4.000 [xUn] | 0,4,0,4000 | ||
| .PhVPhsB1.mag | Voltage phs B(1) | 0.000...4.000 [xUn] | 0,4,0,4000 | ||
| .PhVPhsC1.mag | Voltage phs C(1) | 0.000...4.000 [xUn] | 0,4,0,4000 | ||
| .PPVPhsAB1.mag | Voltage phs AB(1) | 0.000...4.000 [xUn] | 0,4,0,4000 | ||
| .PPVPhsBC1.mag | Voltage phs BC(1) | 0.000...4.000 [xUn] | 0,4,0,4000 | ||
| .PPVPhsCA1.mag | Voltage phs CA(1) | 0.000...4.000 [xUn] | 0,4,0,4000 | ||
| .VRes1.mag | Voltage Uo(1) | 0.000...4.000 [xUn] | 0,4,0,4000 | ||
| .VZro1.mag | Voltage Zro-Seq(1) | 0.000...4.000 [xUn] | 0,4,0,4000 | ||
| .VPsSeq1.mag | Voltage Ps-Seq(1) | 0.000...4.000 [xUn] | 0,4,0,4000 | ||
| .VNgSeq1.mag | Voltage Ng-Seq(1) | 0.000...4.000 [xUn] | 0,4,0,4000 | ||
| .PhVPhsA2.mag | Voltage phs A(2) | 0.000...4.000 [xUn] | 0,4,0,4000 | ||
| .PhVPhsB2.mag | Voltage phs B(2) | 0.000...4.000 [xUn] | 0,4,0,4000 | ||
| .PhVPhsC2.mag | Voltage phs C(2) | 0.000...4.000 [xUn] | 0,4,0,4000 | ||
| .PPVPhsAB2.mag | Voltage phs AB(2) | 0.000...4.000 [xUn] | 0,4,0,4000 | ||
| .PPVPhsBC2.mag | Voltage phs BC(2) | 0.000...4.000 [xUn] | 0,4,0,4000 | ||
| .PPVPhsCA2.mag | Voltage phs CA(2) | 0.000...4.000 [xUn] | 0,4,0,4000 | ||
| .VRes2.mag | Voltage Uo(2) | 0.000...4.000 [xUn] | 0,4,0,4000 | ||
| .VZro2.mag | Voltage Zro-Seq(2) | 0.000...4.000 [xUn] | 0,4,0,4000 | ||
| .VPsSeq2.mag | Voltage Ps-Seq(2) | 0.000...4.000 [xUn] | 0,4,0,4000 | ||
| .VNgSeq2.mag | Voltage Ng-Seq(2) | 0.000...4.000 [xUn] | 0,4,0,4000 | ||
| .MaxTmpRl.mag | PTTR thermal level | 0.00...99.99 | 0,99.99,0,9999 | ||
| .AMaxNgPs.mag | PDNSPTOC1 ratio I2/I1 | 0.00...999.99 [%] | 0,999.99,0,99999 | ||
| .DifANAngVN1.mag. | Angle Uo-Io(1) | -180.00...180.0 0 deg | -180,180,-18000,18000 | ||
| .DifAAAngVBC1.mag. | Angle UBC-IA(1) | -180.00...180.0 0 deg | -180,180,-18000,18000 | ||
| .DifABAngVCA1.mag | Angle UCA-IB(1) | -180.00...180.0 0 deg | -180,180,-18000,18000 | ||
| .DifACAngVAB1.mag | Angle UAB-IC(1) | -180.00...180.0 0 deg | -180,180,-18000,18000 | ||
| .DifANAngVN2.mag. | Angle Uo-Io(2) | -180.00...180.0 0 deg | -180,180,-18000,18000 | ||
| .DifAAAngVBC2.mag. | Angle UBC-IA(2) | -180.00...180.0 0 deg | -180,180,-18000,18000 | ||
| .DifABAngVCA2.mag | Angle UCA-IB(2) | -180.00...180.0 0 deg | -180,180,-18000,18000 | ||
| .DifACAngVAB2.mag | Angle UAB-IC(2) | -180.00...180.0 0 deg | -180,180,-18000,18000 | ||
| .HzRteChg.mag | Frequency gradient | -10.00...10.00 [Hz/s] | -10,10,-1000,1000 | ||
| .CondNeut.mag | Conductance Yo | -1000.00...100 0.00 [mS] | -1000,1000,-100000,100000 | ||
| .SusNeut.mag | Susceptance Yo | -1000.00...100 0.00 [mS] | -1000,1000,-100000,100000 | ||
| .PPLoopRis.mag | Fault loop resistance | -1000.00...100 0.00 [ohm] | -1000.00,1000.00,-100000,1 00000 | ||
| .PPLoopReact.mag | Fault loop reactance | -1000.00...100 0.00 [ohm] | -1000.00,1000.00,-100000,1 00000 | ||
| .CBClrTm.mag | Breaker clear time | 0.000...3.000 [s] | 0,3,0,3000 |
1 When reading out fault record values on demand, DNP3 cannot give timestamps for data objects, meaning the timestamps for the moment the objects were recorded. Instead, the timetag of the fault record is available for reading in seven regular DNP3 analog objects.
2 If fault record values are received as DNP3 events when they are recorded, the object timestamps, that is, the fault record timestamps, are given in the DNP3 event messages.