Schneider Electric

P3U30 settings report

Date: 7/18/2024 11:08:44 AM

MainLocation INCOMING 20kV PLN

Sublocation TM GLOBAL
Custom name P3U30
Device name J01 INCOMING PLN
Device type P3U30
Order code P3U30-5AAA2BCAA
Serial number WX221640053

www.schneider-electric.com
Table of Contents P3U30 settings report

Table of Contents
1. GENERAL...................................................................................... 7
1.1. System info................................................................................................. 7
1.2. Scaling........................................................................................................ 7
1.3. Mimic........................................................................................................... 8
1.4. Local panel conf......................................................................................... 8
1.5. Disturbance recorder.................................................................................9
1.6. System clock............................................................................................ 10
1.7. Clock synchronizing................................................................................ 11

2. MEASUREMENTS....................................................................... 12
2.1. Current and voltage................................................................................. 12
2.2. Current harmonics................................................................................... 12
2.3. Voltage harmonics................................................................................... 14
2.4. Power........................................................................................................ 17
2.5. PQ-diagram............................................................................................... 18
2.6. Energy....................................................................................................... 18
2.7. Phasor diagram........................................................................................ 19
2.8. RMS measuring........................................................................................ 21
2.9. Current minimums and maximums........................................................ 21
2.10. Voltage minimums and maximums...................................................... 23
2.11. Power minimums and maximums........................................................ 25
2.12. Demand values.......................................................................................27
2.13. RMS demand values.............................................................................. 29
2.14. Voltage sag & swell............................................................................... 30

3. CONTROL.................................................................................... 33
3.1. Names for digital inputs.......................................................................... 33
3.2. Digital inputs............................................................................................ 33
3.3. Names for virtual inputs.......................................................................... 34
3.4. Virtual inputs............................................................................................ 35
3.5. Names for output relays.......................................................................... 35
3.6. Names for virtual outputs....................................................................... 36
3.7. LED names............................................................................................... 37
3.8. Names for function buttons.................................................................... 37
3.9. Function buttons...................................................................................... 37
3.10. Timers..................................................................................................... 38
3.11. Objects.................................................................................................... 39
3.12. Release latches...................................................................................... 43
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Table of Contents P3U30 settings report

3.13. Names for logic outputs........................................................................ 43

3.14. Logic....................................................................................................... 44

4. PROTECTION.............................................................................. 45
4.1. Fault locator 21FL.................................................................................... 45
4.2. Valid protection stages........................................................................... 47
4.3. Protection stage status........................................................................... 50
4.4. Protection stage status 2........................................................................ 52
4.5. Programmable delay curves................................................................... 53
4.6. Cold load pick-up/inrush......................................................................... 54
4.7. Phase overcurrent 50/51-1...................................................................... 55
4.8. Phase overcurrent 50/51-2...................................................................... 57
4.9. Phase overcurrent 50/51-3...................................................................... 58
4.10. Switch on-to-fault 50HS.........................................................................59
4.11. Voltage-dependent o/c 51V................................................................... 60
4.12. Directional phase overcurrent 67-1...................................................... 61
4.13. Directional phase overcurrent 67-2...................................................... 63
4.14. Directional phase overcurrent 67-3...................................................... 65
4.15. Directional phase overcurrent 67-4...................................................... 66
4.16. Directional power 32-1...........................................................................67
4.17. Directional power 32-2...........................................................................68
4.18. Phase undercurrent 37.......................................................................... 69
4.19. Broken conductor 46BC........................................................................ 70
4.20. Thermal overload 49F............................................................................ 71
4.21. Ground fault overcurrent 50N/51N-1.................................................... 72
4.22. Ground fault overcurrent 50N/51N-2.................................................... 74
4.23. Ground fault overcurrent 50N/51N-3.................................................... 75
4.24. Ground fault overcurrent 50N/51N-4.................................................... 77
4.25. Ground fault overcurrent 50N/51N-5.................................................... 79
4.26. Direct. ground fault overcurrent 67N-1................................................ 80
4.27. Direct. ground fault overcurrent 67N-2................................................ 82
4.28. Direct. ground fault overcurrent 67N-3................................................ 84
4.29. Transient intermittent ground fault 67NI............................................. 87
4.30. Overvoltage 59-1.................................................................................... 88
4.31. Overvoltage 59-2.................................................................................... 89
4.32. Overvoltage 59-3.................................................................................... 90
4.33. Undervoltage 27-1.................................................................................. 92
4.34. Undervoltage 27-2.................................................................................. 93
4.35. Undervoltage 27-3.................................................................................. 94
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Table of Contents P3U30 settings report

4.36. Voltage imbalance 47-1......................................................................... 96

4.37. Voltage imbalance 47-2......................................................................... 97
4.38. Voltage imbalance 47-3......................................................................... 98
4.39. Capacitor overvoltage 59C....................................................................99
4.40. Neutral overvoltage 59N-1...................................................................100
4.41. Neutral overvoltage 59N-2...................................................................101
4.42. Neutral overvoltage 59N-3...................................................................102
4.43. Over and under frequency 81-1.......................................................... 103
4.44. Over and under frequency 81-2.......................................................... 104
4.45. Under frequency 81U-1........................................................................105
4.46. Under frequency 81U-2........................................................................106
4.47. ROCOF 81R.......................................................................................... 107
4.48. Programmable stage 99-1................................................................... 108
4.49. Programmable stage 99-2................................................................... 109
4.50. Programmable stage 99-3................................................................... 111
4.51. Programmable stage 99-4................................................................... 112
4.52. Programmable stage 99-5................................................................... 113
4.53. Programmable stage 99-6................................................................... 114
4.54. Programmable stage 99-7................................................................... 116
4.55. Programmable stage 99-8................................................................... 117
4.56. Breaker failure 50BF............................................................................ 118
4.57. Breaker failure 50BF-1......................................................................... 119
4.58. Breaker failure 50BF-2......................................................................... 122
4.59. 2nd harmonic inrush detection 68F2................................................. 125
4.60. 5th harmonic detection 68H5.............................................................. 126
4.61. Auto-recloser 79...................................................................................127
4.62. AR Shot settings 79............................................................................. 129
4.63. AR counter texts.................................................................................. 130
4.64. CB wear................................................................................................. 131
4.65. CB monitoring 1................................................................................... 132
4.66. CT supervision 60................................................................................ 136
4.67. VT supervision 60FL............................................................................ 136

5. MATRIX...................................................................................... 138
5.1. Output matrix......................................................................................... 138
5.2. Block matrix........................................................................................... 138
5.3. Auto-recloser matrix.............................................................................. 138
5.4. Object block matrix................................................................................138

6. LOGS.......................................................................................... 139
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Table of Contents P3U30 settings report

6.1. Event buffer............................................................................................ 139

6.2. Month max.............................................................................................. 139
6.3. Running hour counter........................................................................... 140
6.4. Voltage interrupts.................................................................................. 141
6.5. Event enabling - stages 1...................................................................... 141
6.6. Event enabling - stages 2...................................................................... 141
6.7. Event enabling - objects........................................................................142
6.8. Event enabling - AR............................................................................... 147
6.9. Event enabling - logic............................................................................ 148
6.10. Event enabling - other......................................................................... 150
6.11. DI event texts........................................................................................ 151

7. COMMUNICATION.....................................................................152
7.1. Protocol configuration.......................................................................... 152
7.2. MODBUS main configuration................................................................155
7.3. MODBUS slave: 401991->..................................................................... 155
7.4. MODBUS slave: 403001->..................................................................... 159
7.5. MODBUS slave: 403301->..................................................................... 162
7.6. MODBUS slave: 404001->..................................................................... 164
7.7. MODBUS slave: 405001->..................................................................... 168
7.8. MODBUS slave: 406001->..................................................................... 174
7.9. MODBUS & PROFIBUS: scalings......................................................... 177
7.10. IEC 61850 main config......................................................................... 178
7.11. IEC 61850 data map(1)......................................................................... 180
7.12. IEC 61850 data map(2)......................................................................... 181
7.13. IEC 61850 data map(3)......................................................................... 181
7.14. IEC 61850 data map(4)......................................................................... 182
7.15. IEC 61850 data map(5)......................................................................... 182
7.16. IEC 61850 data map(6)......................................................................... 183
7.17. IEC 61850 data map(7)......................................................................... 184
7.18. IEC 61850 data map(8)......................................................................... 185
7.19. IEC 61850 data map(9)......................................................................... 185
7.20. IEC 61850 data map(10)....................................................................... 186
7.21. IEC 61850 data map(11)....................................................................... 186
7.22. IEC 61850 data map(AB)......................................................................187
7.23. IEC 61850 data map(13)....................................................................... 188
7.24. IEC 61850 data map(14)....................................................................... 188
7.25. IEC 61850 measurement config.......................................................... 189
7.26. IEC 61850 BRCB configuration...........................................................191
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Table of Contents P3U30 settings report

7.27. IEC 61850 URCB configuration...........................................................197

7.28. IEC 61850 dynamic datasets............................................................... 203
7.29. IEC 61850 generic events.................................................................... 206
7.30. GOOSE configuration.......................................................................... 206
7.31. GOOSE NI names................................................................................. 208
7.32. GOOSE GCB1: data points................................................................. 210
7.33. GOOSE GCB2: data points................................................................. 210
7.34. GOOSE Subscriber: data points.........................................................211
7.35. GOOSE matrix...................................................................................... 214

8. DEVICE/TEST............................................................................ 215
8.1. Device info.............................................................................................. 215
8.2. Relays..................................................................................................... 215
8.3. Virtual outputs........................................................................................ 216
8.4. Local panel display................................................................................ 217
8.5. Card info................................................................................................. 218
8.6. Diagnosis................................................................................................ 218

9. DOCUMENTATION.................................................................... 222
9.1. LED label printout.................................................................................. 222

10. SYSMODE Bookmark 'F0' is not defined within the document.

11. Matrix Appendix...................................................................... 223

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GENERAL P3U30 settings report

1. GENERAL

1.1. System info

Figure 1 - System info

Main location INCOMING 20kV PLN

Sublocation TM GLOBAL
Name for this device P3U30
Owner Schneider Electric
Device name J01 INCOMING PLN
Device type P3U30
Enable language for PC ☐
Application mode Feeder
Date 18.07.2024
Time of day 11:26:13
Language English

1.2. Scaling

Scaling

CT primary 1250 [A]

CT secondary 5 [A]
Nominal input 5 [A]
VT primary 20000 [V]
VT secondary 110 [V]
IN-1 CT primary 1250 [A]
IN-1 CT secondary 5.0 [A]
Nominal IN-1 input 1.0 [A]
VN VT secondary 110.000 [V]
Voltage meas. mode 3LN+VN
Enable Phase Rotation ☐
Frequency adaptation mode Auto
Adapted frequency 50.0 [Hz]
Angle memory duration 0.50 [s]

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GENERAL P3U30 settings report

1.3. Mimic

Figure 2 - Mimic

1.4. Local panel conf

Table 1 - MEASUREMENT DISPLAYS

DISPLAY 1 DISPLAY 2 DISPLAY 3 DISPLAY 4 DISPLAY 5

IA VAB VA f P.F.

IB VBC VB P CosPhi

IC VCA VC Q -

IN-1 VN VN S -

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GENERAL P3U30 settings report
Display contrast 112
Display backlight ctrl -
Backlight off timeout 10.0 [min]
Panel reset timeout 15.0 [min]
Default screen Mimic
Enable alarmscreen ☐
Display event time not in sync ☐
AR info for mimic display ☐
Auto LED release ☐
Auto LED release enable time 1.5 [s]
Object for control buttons Obj1
Mode for control buttons Selective
Fault value scaling Pri
Date style d.m.y
Local MIMIC ☑
Event buffer size 200
Scroll order Old-New

1.5. Disturbance recorder

Disturbance recorder

Dist. rec. version 1.2

RECORDER CHANNELS

Ch IL1,IL2,IL3,Io1,UL1,UL2,UL3,Uo,DI,DO
Recording mode Overflow
Sample rate 32/cycle
Recording length 6.82 [s]
Pre trig time 50 [%]
Disturbance recording event ☑
Recorder memory events ☑
Maximum time setting 6.82 [s]

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GENERAL P3U30 settings report

Table 2 - RECORDER LOG

Status Trig source Date hh:mm:ss.ms

[1] Run - - -

[2] Full U> trip 18.07.2024 05:05:20.928

Status Run
Recording completion 50 [%]
Readable records 1/1

1.6. System clock

System clock

Date 18.07.2024
Day of week Thursday
Time of day 11:26:13
Date style d.m.y
Time zone 0.00 [h]
Enable DST ☐
Event enabling ☑

Status of DST

Status of DST inactive

Next DST changes

Next DSTbegin date 30.03.2025

DSTbegin hour 03:00
Next DSTend date 27.10.2024
DSTend hour (DST) 04:00 [DST]

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GENERAL P3U30 settings report

DSTbegin rule

DSTbegin month Mar

Ordinal of day of week Last
Day of week Sunday
DSTbegin hour 3

DSTend rule

DSTend month Oct

Ordinal of day of week Last
Day of week Sunday
DSTend hour (DST) 4 [DST]

1.7. Clock synchronizing

Clock synchronizing

Synchronizing source Internal

SNTP sync alarm event ☑
Minute sync pulse DI -
Synch correction 0.000 [s]
Auto adjust interval 0.0 [s]
Average drift Lag
Synch message counter 0
Latest time deviation 0 [ms]
Filtered sync deviation 0 [ms]

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MEASUREMENTS P3U30 settings report

2. MEASUREMENTS

2.1. Current and voltage

Current and voltage

Phase current IA 114 [A]

Phase current IB 120 [A]
Phase current IC 119 [A]
Line-to-line voltage VAB 20542 [V]
Line-to-line voltage VBC 20743 [V]
Line-to-line voltage VCA 20511 [V]
Phase-to-earth voltage VA 11811 [V]
Phase-to-earth voltage VB 11940 [V]
Phase-to-earth voltage VC 11924 [V]
IN-1 residual current 0.00 [A]
Calculated IN 0.00 [A]
Residual voltage 3.9 [%]
Frequency 49.940 [Hz]
Adapted frequency 50.0 [Hz]

2.2. Current harmonics

Current harmonics

IA THD 1.5 [%]

IB THD 2.0 [%]
IC THD 1.7 [%]

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MEASUREMENTS P3U30 settings report

Figure 3 - HARMONICS of IA
18%

16%

14%

12%

10%

8%

6%

4%

2%
0 0 0 0 0 0 0 0 0 0 0 0 0 0
0%
2 3 4 5 6 7 8 9 10 11 12 13 14 15

Figure 4 - HARMONICS of IB
18%

16%

14%

12%

10%

8%

6%

4%

2%
1 1
0 0 0 0 0 0 0 0 0 0 0 0
0%
2 3 4 5 6 7 8 9 10 11 12 13 14 15

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MEASUREMENTS P3U30 settings report

Figure 5 - HARMONICS of IC
18%

16%

14%

12%

10%

8%

6%

4%

2%
1
0 0 0 0 0 0 0 0 0 0 0 0 0
0%
2 3 4 5 6 7 8 9 10 11 12 13 14 15

2.3. Voltage harmonics

Voltage harmonics

Va THD 2.2 [%]

Vb THD 2.3 [%]
Vc THD 2.4 [%]
Ud THD 0.0 [%]

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MEASUREMENTS P3U30 settings report

Figure 6 - HARMONICS of VA
18%

16%

14%

12%

10%

8%

6%

4%
2
2%
0 0 0 0 0 0 0 0 0 0 0 0 0
0%
2 3 4 5 6 7 8 9 10 11 12 13 14 15

Figure 7 - HARMONICS of VB
18%

16%

14%

12%

10%

8%

6%

4%
2
2%
0 0 0 0 0 0 0 0 0 0 0 0 0
0%
2 3 4 5 6 7 8 9 10 11 12 13 14 15

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MEASUREMENTS P3U30 settings report

Figure 8 - HARMONICS of VC
18%

16%

14%

12%

10%

8%

6%

4%
2
2%
0 0 0 0 0 0 0 0 0 0 0 0 0
0%
2 3 4 5 6 7 8 9 10 11 12 13 14 15

Figure 9 - HARMONICS of VN
18%

16%

14%

12%

10%

8%

6%

4%

2%
0 0 0 0 0 0 0 0 0 0 0 0 0 0
0%
2 3 4 5 6 7 8 9 10 11 12 13 14 15

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MEASUREMENTS P3U30 settings report

2.4. Power

Power

Active power 3830 [kW]

Reactive power 1749 [kvar]
Apparent power 4193 [kVA]
Power factor 0.91
Cosine phi 0.91
Tan phi 0.455
Power angle 25 [°]
Frequency 49.940 [Hz]
Power factor 0.91
Phase A active power 1228 [kW]
Phase B active power 1312 [kW]
Phase C active power 1275 [kW]
Phase A reactive power 558 [kvar]
Phase B reactive power 581 [kvar]
Phase C reactive power 617 [kvar]
Phase A apparent power 1348 [kVA]
Phase B apparent power 1436 [kVA]
Phase C apparent power 1416 [kVA]
Phase A power factor 0.91
Phase B power factor 0.91
Phase C power factor 0.90
Cosine of phase A 0.91
Cosine of phase B 0.91
Cosine of phase C 0.90
Current phase seq. OK
Voltage phase seq. OK

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MEASUREMENTS P3U30 settings report

2.5. PQ-diagram

PQ-diagram

Nominal CTxVT power 43301 [kVA]

Active power 3830 [kW]
Reactive power 1749 [kvar]
Power factor 0.91

Figure 10 - PQ-diagram

2.6. Energy

Energy

Energy calculation mode Fundam

Exported energy 2101 [MWh]
Exp. reactive energy 841.31 [Mvarh]
Imported energy 0.0 [MWh]
Imp. reactive energy 0.85 [Mvarh]

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MEASUREMENTS P3U30 settings report

ENERGY DOSE COUNTER

Etrip state Idle

Exported energy trip 0.00 [MWh]
Remaining Etrip time 60 [min]
Etrip counting time 60 [min]
Active power 3830 [kW]
Decimals in exp MWh 0
Decimals in imp MWh 1
Decimals in Mvarh 2
Decimals in Etrip 2
E cntr wrap around value 1 [TVAh]
E+ pulse size 100 [kWh]
Eq+ pulse size 100 [kvarh]
E- pulse size 100 [kWh]
Eq- pulse size 100 [kvarh]
E+ pulse duration 300 [ms]
Eq+ pulse duration 300 [ms]
E- pulse duration 300 [ms]
Eq- pulse duration 300 [ms]
E+ pulse test 0
Eq+ pulse test 0
E- pulse test 0
Eq- pulse test 0

2.7. Phasor diagram

Phasor diagram

Figure 11 - Line-to-line voltages

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MEASUREMENTS P3U30 settings report

Figure 12 - Phase-to-neutral voltages

Figure 13 - Phase currents

Figure 14 - Residual signals

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MEASUREMENTS P3U30 settings report

2.8. RMS measuring

RMS POWER

RMS active power 3797 [kW]

RMS reactive power 1728 [kvar]
RMS apparent power 4171 [kVA]

RMS CURRENTS

Phase current IRMS 118 [Arms]

Phase current IARMS 114 [Arms]
Phase current IBRMS 119 [Arms]
Phase current ICRMS 119 [Arms]

RMS VOLTAGES

RMS voltage mean 11894 [Vrms]

Input voltage VARMS 11820 [Vrms]
Input voltage VBRMS 11953 [Vrms]
Input voltage VCRMS 11937 [Vrms]
Input voltage VNRMS 448 [Vrms]

2.9. Current minimums and maximums

Current minimums and maximums

DI to clear min & max -

IA MIN/MAX

Minimum of IA 0 [A]
- 16.07.2024
- 01:49:45
Maximum of IA 379 [A]
- 18.07.2024
- 05:23:07

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MEASUREMENTS P3U30 settings report

IB MIN/MAX

Minimum of IB 0 [A]
- 16.07.2024
- 01:49:44
Maximum of IB 254 [A]
- 18.07.2024
- 05:23:07

IC MIN/MAX

Minimum of IC 0 [A]
- 16.07.2024
- 01:49:45
Maximum of IC 192 [A]
- 18.07.2024
- 05:23:07

IA RMS MIN/MAX

RMS minimum of IA 0 [Arms]

- 12.07.2024
- 17:06:36
RMS maximum of IA 162 [Arms]
- 16.07.2024
- 22:52:47

IB RMS MIN/MAX

RMS minimum of IB 0 [Arms]

- 12.07.2024
- 17:06:36
RMS maximum of IB 169 [Arms]
- 16.07.2024
- 22:52:47

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MEASUREMENTS P3U30 settings report

IC RMS MIN/MAX

RMS minimum of IC 0 [Arms]

- 12.07.2024
- 17:06:36
RMS maximum of IC 169 [Arms]
- 16.07.2024
- 22:52:47

IN-1 MIN/MAX

Minimum of IN-1 0.0 [%]

- 12.07.2024
- 17:06:36
Maximum of IN-1 0.0 [%]
- 12.07.2024
- 17:06:36

2.10. Voltage minimums and maximums

Voltage minimums and maximums

DI to clear min & max -

VAB MIN/MAX

Minimum of VAB 0 [V]

- 16.07.2024
- 01:49:45
Maximum of VAB 22323 [V]
- 18.07.2024
- 02:01:17

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MEASUREMENTS P3U30 settings report

VBC MIN/MAX

Minimum of VBC 0 [V]

- 16.07.2024
- 01:49:45
Maximum of VBC 22463 [V]
- 18.07.2024
- 02:02:27

VCA MIN/MAX

Minimum of VCA 0 [V]

- 16.07.2024
- 01:49:45
Maximum of VCA 23921 [V]
- 16.07.2024
- 01:49:45

VA RMS MIN/MAX

Minimum VA RMS voltage 0 [Vrms]

- 12.07.2024
- 17:06:36
Maximum VA RMS voltage 12831 [Vrms]
- 18.07.2024
- 01:57:28

VB RMS MIN/MAX

Minimum VB RMS voltage 0 [Vrms]

- 12.07.2024
- 17:06:36
Maximum VB RMS voltage 12941 [Vrms]
- 18.07.2024
- 01:57:35

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MEASUREMENTS P3U30 settings report

VC RMS MIN/MAX

Minimum VC RMS voltage 0 [Vrms]

- 12.07.2024
- 17:06:36
Maximum VC RMS voltage 12895 [Vrms]
- 18.07.2024
- 02:01:33

VN RMS MIN/MAX

Minimum VN RMS voltage 0 [Vrms]

- 12.07.2024
- 17:06:36
Maximum VN RMS voltage 976 [Vrms]
- 12.07.2024
- 17:07:10

VN MIN/MAX

Minimum of VN 3.6 [%]

- 18.07.2024
- 03:44:29
Maximum of VN 5.2 [%]
- 12.07.2024
- 17:07:09

2.11. Power minimums and maximums

Power minimums and maximums

DI to clear min & max -

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MEASUREMENTS P3U30 settings report

FREQ. MIN/MAX

Minimum frequency 0.000 [Hz]

- 12.07.2024
- 17:06:36
Maximum frequency 50.229 [Hz]
- 17.07.2024
- 04:14:37

P MIN/MAX

Minimum active power -184 [kW]

- 18.07.2024
- 03:52:23
Maximum active power 5173 [kW]
- 16.07.2024
- 22:52:47

Q MIN/MAX

Minimum react. power -79 [kvar]

- 18.07.2024
- 03:52:23
Maximum react. power 8559 [kvar]
- 18.07.2024
- 05:23:07

S MIN/MAX

Minimum apparent power 0 [kVA]

- 16.07.2024
- 01:49:45
Maximum apparent power 8559 [kVA]
- 18.07.2024
- 05:23:07

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MEASUREMENTS P3U30 settings report

PF MIN/MAX

Min power factor 0.000

- 18.07.2024
- 05:18:03
Max power factor -0.005
- 16.07.2024
- 02:45:10

2.12. Demand values

Demand values

Demand time 10 [min]

DI to clear min & max -

IA DEMAND

IAda demand 111 [A]

Maximum of IA 146 [A]
- 13.07.2024 14:01
Minimum of IA 0 [A]
- 12.07.2024 17:06

IB DEMAND

IBda demand 117 [A]

Maximum of IB 150 [A]
- 13.07.2024 14:01
Minimum of IB 0 [A]
- 12.07.2024 17:06

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MEASUREMENTS P3U30 settings report

IC DEMAND

ICda demand 116 [A]

Maximum of IC 149 [A]
- 13.07.2024 14:01
Minimum of IC 0 [A]
- 12.07.2024 17:06

POWER DEMAND

Active power demand 3738 [kW]

Maximum active power 4920 [kW]
- 14.07.2024 23:46
Minimum active power 0 [kW]
- 12.07.2024 17:06

Q DEMAND

Reactive power demand 1687 [kvar]

Maximum react. power 2206 [kvar]
- 15.07.2024 23:44
Minimum react. power 0 [kvar]
- 12.07.2024 17:06

S DEMAND

Apparent power demand 4102 [kVA]

Maximum apparent power 5350 [kVA]
- 14.07.2024 23:45
Minimum apparent power 0 [kVA]
- 12.07.2024 17:06

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MEASUREMENTS P3U30 settings report

P.F. DEMAND

Power factor demand 0.91

15 min maximum power factor 1.000
- 12.07.2024 17:06
15 min minimum power factor 0.585
- 16.07.2024 02:54

2.13. RMS demand values

RMS demand values

DI to clear min & max -

IARMS DEMAND

IAda RMS demand 111 [Arms]

RMS maximum of IA 146 [Arms]
- 13.07.2024 14:01
RMS minimum of IA 0 [Arms]
- 12.07.2024 17:06

IBRMS DEMAND

IBda RMS demand 117 [Arms]

RMS maximum of IB 150 [Arms]
- 13.07.2024 14:01
RMS minimum of IB 0 [Arms]
- 12.07.2024 17:06

ICRMS DEMAND

ICda RMS demand 116 [Arms]

RMS maximum of IC 149 [Arms]
- 13.07.2024 14:01
RMS minimum of IC 0 [Arms]
- 12.07.2024 17:06

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MEASUREMENTS P3U30 settings report

Prms DEMAND

RMS active power demand 3715 [kW]

Maximum active power 4899 [kW]
- 14.07.2024 23:46
Minimum active power 0 [kW]
- 12.07.2024 17:06

Qrms DEMAND

RMS reactive power demand 1680 [kvar]

Maximum react. power 2203 [kvar]
- 15.07.2024 23:44
Minimum react. power 0 [kvar]
- 12.07.2024 17:06

Srms DEMAND

RMS apparent power demand 4077 [kVA]

Maximum apparent power 5328 [kVA]
- 14.07.2024 23:46
Minimum apparent power 0 [kVA]
- 12.07.2024 17:06

2.14. Voltage sag & swell

Voltage sag & swell

Enable sag & swell ☑

Measurement mode Default
Phase-to-earth voltage VA 11818 [V]
Phase-to-earth voltage VB 11943 [V]
Phase-to-earth voltage VC 11928 [V]
Voltage sag limit 90 [%Un]
Voltage swell limit 110 [%Un]
Voltage sag limit 10392 [V]

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 MEASUREMENTS P3U30 settings report
Voltage swell limit 12702 [V]
Operation delay 0.08 [s]
Low voltage blocking 10 [%Un]
Maximum time 60 [s]
Gap time 0.00 [s]
Voltage status OK
Voltage sag counter 1
Sag total time 0.12 [s]
Voltage swell counter 2
Swell total time 11279.44 [s]

Table 3 - SAG LOG

hh:mm:ss Type Duration Min1 Min2 Min3 Mean1Mean2Mean3 Max1 Max2 Max3
Date .ms

[1] 16.07- 01:49- 123 0.12 0.0 0.0 0.0 10.4 3.8 13.1 30.7 10.7 22.6
.2024 :45.209 s %Un %Un %Un %Un %Un
%Un %Un %Un %Un
[2] - - - 0.00 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0
s %Un %Un %Un %Un %Un %Un %Un %Un %Un
[3] - - - 0.00 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0
s %Un %Un %Un %Un %Un %Un %Un %Un %Un
[4] - - - 0.00 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0
s %Un %Un %Un %Un %Un %Un %Un %Un %Un

Table 4 - SWELL LOG

hh:mm:ss Type Duration Max1 Max2 Max3 Mean1Mean2Mean3 Min1 Min2 Min3
Date .ms

[1] 18.07- 01:42- 123 11276.02 111.2 112.2 111.8 109.7 110.7 110.4 103.9 107.2 106.9
.2024 :39.949 s
%Un %Un %Un %Un %Un %Un %Un %Un %Un
[2] 16.07- 01:49- 123 3.42 s 119.9 112.0 111.9 109.1 109.7 109.7 108.9 85.6 103.8
.2024 :41.809
%Un %Un %Un %Un %Un %Un %Un %Un %Un
[3] - - - 0.00 s 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0
%Un %Un %Un %Un %Un %Un %Un %Un %Un
[4] - - - 0.00 s 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0
%Un %Un %Un %Un %Un %Un %Un %Un %Un

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MEASUREMENTS P3U30 settings report
Sag on event ☑
Sag off event ☑
Sag timeout event ☑
Swell on event ☑
Swell off event ☑
Swell timeout event ☑

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3. CONTROL

3.1. Names for digital inputs

Table 5 - Digital inputs

Input Label Description

1 DI1 Digital input 1

2 DI2 Digital input 2

3 DI3 Digital input 3

4 DI4 Digital input 4

5 DI5 Digital input 5

6 DI6 Digital input 6

7 DI7 Digital input 7

8 DI8 Digital input 8

9 DI9 Digital input 9

10 DI10 Digital input 10

11 DI11 Digital input 11

12 DI12 Digital input 12

13 DI13 Digital input 13

14 DI14 Digital input 14

15 DI15 Digital input 15

16 DI16 Digital input 16

3.2. Digital inputs

Digital inputs

Mode AC
Counters max value 16 [bit]

Table 6 - Digital inputs

Input State Polarity Delay On Event Off Event Alarm display Counters
1 0 ☐ 0.00 s ☐ ☐ ☐ 2587
2 0 ☐ 0.00 s ☐ ☐ ☐ 4

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CONTROL P3U30 settings report
3 0 ☐ 0.00 s ☐ ☐ ☐ 2518
4 1 ☐ 0.00 s ☐ ☐ ☐ 237
5 0 ☐ 0.00 s ☐ ☐ ☐ 7
6 1 ☐ 0.00 s ☐ ☐ ☐ 2625
7 1 ☐ 0.00 s ☐ ☐ ☐ 52
8 0 ☐ 0.00 s ☐ ☐ ☐ 10
9 1 ☐ 0.00 s ☐ ☐ ☐ 2587
10 0 ☐ 0.00 s ☐ ☐ ☐ 99
11 1 ☐ 0.00 s ☐ ☐ ☐ 2655
12 1 ☐ 0.00 s ☐ ☐ ☐ 2546
13 0 ☐ 0.00 s ☐ ☐ ☐ 8
14 0 ☐ 0.00 s ☐ ☐ ☐ 5
15 0 ☐ 0.00 s ☐ ☐ ☐ 7
16 0 ☐ 0.00 s ☐ ☐ ☐ 3

3.3. Names for virtual inputs

Table 7 - Virtual inputs

Input Label Description

1 VI1 Virtual input 1

2 VI2 Virtual input 2

3 VI3 Virtual input 3

4 VI4 Virtual input 4

5 VI5 Virtual input 5

6 VI6 Virtual input 6

7 VI7 Virtual input 7

8 VI8 Virtual input 8

9 VI9 Virtual input 9

10 VI10 Virtual input 10

11 VI11 Virtual input 11

12 VI12 Virtual input 12

13 VI13 Virtual input 13

14 VI14 Virtual input 14

15 VI15 Virtual input 15

16 VI16 Virtual input 16

17 VI17 Virtual input 17

18 VI18 Virtual input 18

19 VI19 Virtual input 19

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CONTROL P3U30 settings report
20 VI20 Virtual input 20

3.4. Virtual inputs

Virtual inputs

Virtual input 1 0
Virtual input 2 1
Virtual input 3 0
Virtual input 4 0
Virtual input 5 0
Virtual input 6 0
Virtual input 7 0
Virtual input 8 0
Virtual input 9 0
Virtual input 10 0
Virtual input 11 0
Virtual input 12 0
Virtual input 13 0
Virtual input 14 0
Virtual input 15 0
Virtual input 16 0
Virtual input 17 0
Virtual input 18 0
Virtual input 19 0
Virtual input 20 0
Event enabling ☑
Check L/R selection ☐

3.5. Names for output relays

Description

Trip relay 1 Trip relay 1

Descr(Trip relay 2) Trip relay 2
Descr(Trip relay 3) Trip relay 3
Descr(Trip relay 4) Trip relay 4
Descr(Trip relay 5) Trip relay 5

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CONTROL P3U30 settings report
Descr(Trip relay 6) Trip relay 6
Descr(Trip relay 7) Trip relay 7
Signal relay 1 Signal relay 1

Label

T1 T1
Label(T2) T2
Label(T3) T3
Label(T4) T4
Label(T5) T5
Label(T6) T6
Label(T7) T7
A1 A1

3.6. Names for virtual outputs

Table 8 - Virtual outputs

Input Label Description

1 VO1 Virtual output 1

2 VO2 Virtual output 2

3 VO3 Virtual output 3

4 VO4 Virtual output 4

5 VO5 Virtual output 5

6 VO6 Virtual output 6

7 VO7 Virtual output 7

8 VO8 Virtual output 8

9 VO9 Virtual output 9

10 VO10 Virtual output 10

11 VO11 Virtual output 11

12 VO12 Virtual output 12

13 VO13 Virtual output 13

14 VO14 Virtual output 14

15 VO15 Virtual output 15

16 VO16 Virtual output 16

17 VO17 Virtual output 17

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CONTROL P3U30 settings report
18 VO18 Virtual output 18

19 VO19 Virtual output 19

20 VO20 Virtual output 20

3.7. LED names

Table 9 - CONFIGURABLE LEDs (A-H)

Label Description Label Description

LA LED A LB LED B

LC I>51 LD I>>50

LE Io>51N LF Io>>50N

LG TRIP LH LED H

3.8. Names for function buttons

Table 10 - Function buttons

Button Label Description

F1 F1 Function button 1

F2 F2 Function button 2

3.9. Function buttons

Table 11 - Function buttons

Button State Selected control Selected Object

F1 0 F1 -

F2 0 F2 -

F1 pulse length (0=infinite) 1.00 [s]

F2 pulse length (0=infinite) 1.00 [s]

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CONTROL P3U30 settings report

3.10. Timers

Timers

Day of week Thursday

Time of day 11:26:13

TIMER 1

Timer 1 status -
Timer On 07:00:00
Timer Off 16:00:00
Timer mode -

TIMER 2

Timer 2 status -
Timer On 07:00:00
Timer Off 16:00:00
Timer mode -

TIMER 3

Timer 3 status -
Timer On 07:00:00
Timer Off 16:00:00
Timer mode -

TIMER 4

Timer 4 status -
Timer On 07:00:00
Timer Off 16:00:00
Timer mode -

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CONTROL P3U30 settings report

Event enabling

Timer 1 status ☑
Timer 2 status ☑
Timer 3 status ☑
Timer 4 status ☑

3.11. Objects

Objects

DI for Remote/Local -
Input for Remote control block -
Pwd for mimic control ☑
Remote/Local State REMOTE
Remote control block state -
Object for control buttons Obj1
Mode for control buttons Selective

CTRL OBJECT 1

Obj1 Obj1
Obj1 state Close
Obj1 final trip by -
DI for 'obj open' DI3
DI for 'obj closed' DI4
DI for 'obj ready' -
Max ctrl pulse length 0.20 [s]
Completion timeout 10.00 [s]
DI for remote open ctr -
DI for remote close ctr -
DI for local open ctr -
DI for local close ctr -
Inactivity days limit 500
Last state change 18.07.2024
Inactivity days left 500
Inactivity alarm inactive

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CONTROL P3U30 settings report

CTRL OBJECT 2

Obj2 Obj2
Obj2 state Close
Obj2 final trip by -
DI for 'obj open' DI8
DI for 'obj closed' DI7
DI for 'obj ready' -
Max ctrl pulse length 0.20 [s]
Completion timeout 10.00 [s]
DI for remote open ctr -
DI for remote close ctr -
DI for local open ctr -
DI for local close ctr -
Inactivity days limit 500
Last state change 08.07.2024
Inactivity days left 490
Inactivity alarm inactive

CTRL OBJECT 3

Obj3 Obj3
Obj3 state Close
Obj3 final trip by -
DI for 'obj open' DI8
DI for 'obj closed' DI7
DI for 'obj ready' -
Max ctrl pulse length 0.20 [s]
Completion timeout 10.00 [s]
DI for remote open ctr -
DI for remote close ctr -
DI for local open ctr -
DI for local close ctr -
Inactivity days limit 500
Last state change 08.07.2024
Inactivity days left 490

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CONTROL P3U30 settings report
Inactivity alarm inactive

CTRL OBJECT 4

Obj4 Obj4
Obj4 state Open
Obj4 final trip by -
DI for 'obj open' DI6
DI for 'obj closed' DI5
DI for 'obj ready' -
Max ctrl pulse length 0.20 [s]
Completion timeout 10.00 [s]
DI for remote open ctr -
DI for remote close ctr -
DI for local open ctr -
DI for local close ctr -
Inactivity days limit 500
Last state change 08.07.2024
Inactivity days left 490
Inactivity alarm inactive

CTRL OBJECT 5

Obj5 Obj5
Obj5 state Open
Obj5 final trip by -
DI for 'obj open' -
DI for 'obj closed' -
DI for 'obj ready' -
Max ctrl pulse length 0.20 [s]
Completion timeout 10.00 [s]
DI for remote open ctr -
DI for remote close ctr -
DI for local open ctr -
DI for local close ctr -
Inactivity days limit 500
Last state change -

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CONTROL P3U30 settings report
Inactivity days left 500
Inactivity alarm inactive

CTRL OBJECT 6

Obj6 Obj6
Obj6 state Open
Obj6 final trip by -
DI for 'obj open' -
DI for 'obj closed' -
DI for 'obj ready' -
Max ctrl pulse length 0.20 [s]
Completion timeout 10.00 [s]
DI for remote open ctr -
DI for remote close ctr -
DI for local open ctr -
DI for local close ctr -
Inactivity days limit 500
Last state change -
Inactivity days left 500
Inactivity alarm inactive

CTRL OBJECT 7

Obj7 Obj7
Obj7 state Open
Obj7 final trip by -
DI for 'obj open' -
DI for 'obj closed' -
DI for 'obj ready' -
Max ctrl pulse length 0.20 [s]
Completion timeout 10.00 [s]
DI for remote open ctr -
DI for remote close ctr -
DI for local open ctr -
DI for local close ctr -
Inactivity days limit 500

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CONTROL P3U30 settings report
Last state change -
Inactivity days left 500
Inactivity alarm inactive

CTRL OBJECT 8

Obj8 Obj8
Obj8 state Open
Obj8 final trip by -
DI for 'obj open' -
DI for 'obj closed' -
DI for 'obj ready' -
Max ctrl pulse length 0.20 [s]
Completion timeout 10.00 [s]
DI for remote open ctr -
DI for remote close ctr -
DI for local open ctr -
DI for local close ctr -
Inactivity days limit 500
Last state change -
Inactivity days left 500
Inactivity alarm inactive

3.12. Release latches

Release latches

DI to release latches F1
Store latch state ☐
Latch release signal pulse 1.00 [s]

3.13. Names for logic outputs

Table 12 - Names for logic outputs

Logic Label Description

1 Logic1 Logic output 1

2 Logic2 Logic output 2

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CONTROL P3U30 settings report
3 Logic3 Logic output 3

4 Logic4 Logic output 4

5 Logic5 Logic output 5

6 Logic6 Logic output 6

7 Logic7 Logic output 7

8 Logic8 Logic output 8

9 Logic9 Logic output 9

10 Logic10 Logic output 10

11 Logic11 Logic output 11

12 Logic12 Logic output 12

13 Logic13 Logic output 13

14 Logic14 Logic output 14

15 Logic15 Logic output 15

16 Logic16 Logic output 16

17 Logic17 Logic output 17

18 Logic18 Logic output 18

19 Logic19 Logic output 19

20 Logic20 Logic output 20

3.14. Logic

Figure 15 - Logic

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PROTECTION P3U30 settings report

4. PROTECTION

4.1. Fault locator 21FL

Table 13 - Settings for incomer and feeder

Setting Incomer Feeder

Enable fault locator ☐ ☐
Triggering digital input - -

Triggering stage - -

Event enabling ☑ ☑
Unit for distance to fault km km

Table 14 - Status for incomer and feeder

Status Incomer Feeder

Algorithm condition OK OK

Number of faults 0 0

Fault type - -

Fault reactance 0.00 ohm 0.00 ohm

Distance to fault 0.0 km 0.0 km

Voltage drop 0% 0.0 %

Incomer fault locator

Current change to trig 50 [%]

Xmax limit 500.0 [ohm]
Blocked before next trig 70 [s]
Accept zero prefault current ☐
Inverse currents ☐
Reference current 0 [A]
Trig limit current 0 [A]
Fault duration 0.00 [s]
Current before fault 0 [A]
Fault current 0 [A]

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PROTECTION P3U30 settings report
Current after fault 0 [A]

Table 15 - Incomer line reactance

Line segment Reactance Length

1 0.000 Ohm 0.0 km

2 0.000 Ohm 0.0 km

3 0.000 Ohm 0.0 km

4 0.000 Ohm 0.0 km

Feeder fault locator

Pick-up setting 1500 [A]

Pick-up setting 1.20 [xIn]
Earth factor 0.678
Earth factor angle 10 [°]

Table 16 - Feeder line reactance

Line segment Reactance Length

1 0.000 Ohm 0.0 km

2 0.000 Ohm 0.0 km

3 0.000 Ohm 0.0 km

4 0.000 Ohm 0.0 km

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 PROTECTION P3U30 settings report

Table 17 - FAULT LOG

hh:mm:ss Fault Distance to Fault Voltage Pre-fault Fault Current Mode

Date .ms reactance fault type drop current current after fault

[1] - - 0.00 ohm 0.0 km - 0.0 % 0.00 A 0.00 A 0.00 None

A
[2] - - 0.00 ohm 0.0 km - 0.0 % 0.00 A 0.00 A 0.00 None
A
[3] - - 0.00 ohm 0.0 km - 0.0 % 0.00 A 0.00 A 0.00 None
A
[4] - - 0.00 ohm 0.0 km - 0.0 % 0.00 A 0.00 A 0.00 None
A
[5] - - 0.00 ohm 0.0 km - 0.0 % 0.00 A 0.00 A 0.00 None
A
[6] - - 0.00 ohm 0.0 km - 0.0 % 0.00 A 0.00 A 0.00 None
A
[7] - - 0.00 ohm 0.0 km - 0.0 % 0.00 A 0.00 A 0.00 None
A
[8] - - 0.00 ohm 0.0 km - 0.0 % 0.00 A 0.00 A 0.00 None
A

Advanced settings for feeder FL

Uavg limit 2.0 [%Un]

IN limit 0.50 [xIn]
IN limit 625 [A]
DI timeout 1.00 [s]
Release timeout 0.50 [s]

4.2. Valid protection stages

Valid protection stages

Enabled stages 13
SetGrp common change 1
SetGrp no control state 1
SetGrp priority 1 to 4

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PROTECTION P3U30 settings report

Current stages

Enable for 50/51-1 ☑

Enable for 50/51-2 ☑
Enable for 50/51-3 ☑
Enable for 50HS ☐
Enable for 51V ☐
Enable for 67-1 ☐
Enable for 67-2 ☐
Enable for 67-3 ☐
Enable for 67-4 ☐
Enable for 46-1 ☐
Enable for 37 ☐
Enable for 68F2 ☐
Enable for 68H5 ☐

Earth-fault stages

Enable for 50N/51N-1 ☑

Enable for 50N/51N-2 ☑
Enable for 50N/51N-3 ☐
Enable for 50N/51N-4 ☐
Enable for 50N/51N-5 ☐
Enable for 67N-1 ☐
Enable for 67N-2 ☐
Enable for 67N-3 ☐
Enable for 67NI ☐
Enable for 59N-1 ☑
Enable for 59N-2 ☐
Enable for 59N-3 ☐

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PROTECTION P3U30 settings report

Voltage stages

Enable for 59-1 ☑

Enable for 59-2 ☐
Enable for 59-3 ☐
Enable for 27-1 ☐
Enable for 27-2 ☐
Enable for 27-3 ☐
Enable for 47-1 ☐
Enable for 47-2 ☐
Enable for 47-3 ☐

Frequency stages

Enable for 81-1 ☑

Enable for 81-2 ☐
Enable for 81U-1 ☑
Enable for 81U-2 ☐
Enable for 81R ☑

Other functions

Enable for 32-1 ☑

Enable for 32-2 ☑
Enable for 49F ☐
Enable for 59C ☐
Enable for 50BF ☐
Enable for 50BF-1 ☑
Enable for 50BF-2 ☐
Enable Auto-Recloser ☐
Enable for 99-1 ☐
Enable for 99-2 ☐
Enable for 99-3 ☐
Enable for 99-4 ☐
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PROTECTION P3U30 settings report
Enable for 99-5 ☐
Enable for 99-6 ☐
Enable for 99-7 ☐
Enable for 99-8 ☐

4.3. Protection stage status

Protection stage status

Enabled stages 13
Stages load 54 [%]
SetGrp common change 1
SetGrp no control state 1
SetGrp priority 1 to 4
Accept zero delay ☐

Table 18 - Protection stage status

Enable Stage Load Group Status

☑ Phase overcurrent I> 50/51 6% 1 -

☑ Phase overcurrent I>> 50/51 6% 1 -

☑ Phase overcurrent I>>> 50/51 6% 1 -

☐ Voltage-dependent o/c Iv> 51V 3% 1 -

☐ Broken conductor I2> 46BC 1% 1 -

☐ Dir. phase overcurrent Iφ> 67 6% 1 -

☐ Dir. phase overcurrent Iφ>> 67 6% 1 -

☐ Dir. phase overcurrent Iφ>>> 67 6% 1 -

☐ Dir. phase overcurrent Iφ>>>> 67 6% 1 -

☐ Phase undercurrent I< 37 1% 1 -

☐ Thermal overload T> 49F 1% - -

☐ Magnetising inrush det. If2> 68F2 6% - -

☑ E/F overcurrent Io> 50N/51N 6% 1 -

☑ E/F overcurrent Io>> 50N/51N 6% 1 -

☐ E/F overcurrent Io>>>>> 50N/51N 6% 1 -

☐ Direct. E/F overcurrent Ioφ> 67N 3% 1 -

☐ Direct. E/F overcurrent Ioφ>> 67N 3% 1 -

☐ E/F overcurrent Io>>> 50N/51N 6% 1 -

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PROTECTION P3U30 settings report
☐ E/F overcurrent Io>>>> 50N/51N 6% 1 -

☑ Overvoltage U> 59 3% 1 -

☐ Overvoltage U>> 59 3% 1 -

☐ Undervoltage U< 27 3% 1 -

☐ Undervoltage U<< 27 3% 1 -

☑ Neutral vol. displacement Uo> 59N 1% 1 -

☐ Neutral vol. displacement Uo>> 59N 3% 1 -

☐ Overvoltage U>>> 59 6% 1 -

☐ Undervoltage U<<< 27 6% 1 -

☑ Directional power P< 32 1% 1 -

☑ Directional power P<< 32 1% 1 -

☐ Programmable stage Prg1 99 3% 1 -

☐ Programmable stage Prg2 99 3% 1 -

☐ Programmable stage Prg3 99 3% 1 -

☐ Programmable stage Prg4 99 3% 1 -

☑ Over and under frequency fX 81 3% 1 -

☐ Over and under frequency fXX 81 3% 1 -

☑ Under frequency f< 81U 3% 1 -

☐ Under frequency f<< 81U 3% 1 -

☑ ROCOF df/dt 81R 6% 1 -

☐ Programmable stage Prg5 99 3% 1 -

☐ Programmable stage Prg6 99 3% 1 -

☐ Programmable stage Prg7 99 3% 1 -

☐ Programmable stage Prg8 99 3% 1 -

☐ Breaker failure 50BF 3% - -

☐ Capacitor overvoltage Uc> 59C 1% 1 -

☐ Transient intermittent E/F 67NI 6% 1 -

☐ Neutral vol. displacement Uo>>> 59N 6% 1 -

☐ Negative seq. voltage U2> 47 3% 1 -

☐ Negative seq. voltage U2>> 47 3% 1 -

☐ Negative seq. voltage U2>>> 47 3% 1 -

☐ 5th harmonic detection If5> 68H5 6% - -

☐ Direct. E/F overcurrent Ioφ>>> 67N 6% 1 -

☐ Switch on-to-fault SOTF 6% - -

☐ Line status 6% - -

☑ Breaker failure 1 50BF 6% - -

☐ Breaker failure 2 50BF 6% - -

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PROTECTION P3U30 settings report

Auto-Recloser status Inhibit

4.4. Protection stage status 2

Protection stage status 2

Total # of starts 877

Total # of trips 710

Combined o/c status

Last fault current 248.07 [A]

Last EF current 0.17 [xIn]
Line 1 alarm 0
Line 2 alarm 0
Line 3 alarm 0
Overcurrent alarm 0
Earth Fault alarm 0
Clearing delay for alarm value 60 [s]
Line 1 fault 0
Line 2 fault 0
Line 3 fault 0
Overcurrent trip 0
Earth Fault trip 0
Clearing delay for fault value 60 [s]

Recorded fault currents

IAFlt 128
IBFlt 135
ICFlt 133
IN-1Flt 0.00
IN-2Flt 0.00
INcalcFlt 0.00

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PROTECTION P3U30 settings report

4.5. Programmable delay curves

Table 19 - Delay curve 1

Current I/Is Operation delay

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

Table 20 - Delay curve 2

Current I/Is Operation delay

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

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PROTECTION P3U30 settings report
1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

Table 21 - Delay curve 3

Current I/Is Operation delay

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

1.00 0.00 s

4.6. Cold load pick-up/inrush

Cold load pick-up/inrush

Enable cold load pick-up/inrush ☑

Current input IL
Max. of IA IB IC 120 [A]
2. harmonic of IA 0 [%]
2. harmonic of IB 0 [%]
2. harmonic of IC 0 [%]
Cold load pickup inactive

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PROTECTION P3U30 settings report
Inrush detection inactive
Idle 13 [A]
Idle current 0.01 [xIn]
Pickup 1375 [A]
Pickup current 1.10 [xIn]
Maximum time 0.20 [s]

Inrush

Pickup for 2nd harmonic 10 [%]

Cold load event ☑
Inrush event ☑

4.7. Phase overcurrent 50/51-1

Phase overcurrent 50/51-1

Enable for 50/51-1 ☑

Max. of IA IB IC 120.7 [Arms]
Status -
Estimated time to trip 0.0 [s]
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 550 1500 1500 1500

setting [A]

Pick-up 0.44 1.20 1.20 1.20

setting [xIn]

Delay curve IEC IEC IEC IEC

family

Delay type NI NI NI NI

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PROTECTION P3U30 settings report
Inv. time 0.060 1.000 1.000 1.000
coefficient k

Inverse delay 0.13 2.26 2.26 2.26

(20x) [s]

Inverse delay 0.29 4.97 4.97 4.97

(4x) [s]

Inverse delay 42.27 600.02 600.02 600.02

(1x) [s]

Common settings

Include harmonics ☑

Delay function parameters

Constant A 0.140
Constant B 0.020
Constant C -
Constant D -
Constant E -

Table 22 - FAULT LOG

hh:mm:ss.ms Group Fault Fault current Elapsed delay Pre-fault current

Date type

[1] - - - - 0.00 A 0% 0.00 A

[2] - - - - 0.00 A 0% 0.00 A

[3] - - - - 0.00 A 0% 0.00 A

[4] - - - - 0.00 A 0% 0.00 A

[5] - - - - 0.00 A 0% 0.00 A

[6] - - - - 0.00 A 0% 0.00 A

[7] - - - - 0.00 A 0% 0.00 A

[8] - - - - 0.00 A 0% 0.00 A

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4.8. Phase overcurrent 50/51-2

Phase overcurrent 50/51-2

Enable for 50/51-2 ☑

Max. of IA IB IC 120.0 [Arms]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 1813 3125 3125 3125

setting [A]

Pick-up 1.45 2.50 2.50 2.50

setting [xIn]

Operation 0.04 0.60 0.60 0.60

delay [s]

Common settings

Include harmonics ☑

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PROTECTION P3U30 settings report

Table 23 - FAULT LOG

hh:mm:ss.ms Group Fault Fault current Elapsed delay Pre-fault current

Date type

[1] - - - - 0.00 A 0% 0.00 A

[2] - - - - 0.00 A 0% 0.00 A

[3] - - - - 0.00 A 0% 0.00 A

[4] - - - - 0.00 A 0% 0.00 A

[5] - - - - 0.00 A 0% 0.00 A

[6] - - - - 0.00 A 0% 0.00 A

[7] - - - - 0.00 A 0% 0.00 A

[8] - - - - 0.00 A 0% 0.00 A

4.9. Phase overcurrent 50/51-3

Phase overcurrent 50/51-3

Enable for 50/51-3 ☑

Max. of IA IB IC 119 [A]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 2738 6250 6250 6250

setting [A]

Pick-up 2.19 5.00 5.00 5.00

setting [xIn]

Operation 0.03 0.10 0.10 0.10

delay [s]

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PROTECTION P3U30 settings report

Table 24 - FAULT LOG

hh:mm:ss.ms Group Fault Fault current Elapsed delay Pre-fault current

Date type

[1] - - - - 0.00 A 0% 0.00 A

[2] - - - - 0.00 A 0% 0.00 A

[3] - - - - 0.00 A 0% 0.00 A

[4] - - - - 0.00 A 0% 0.00 A

[5] - - - - 0.00 A 0% 0.00 A

[6] - - - - 0.00 A 0% 0.00 A

[7] - - - - 0.00 A 0% 0.00 A

[8] - - - - 0.00 A 0% 0.00 A

4.10. Switch on-to-fault 50HS

Switch on-to-fault 50HS

Enable for 50HS ☐

Status -
Trip counter 0
Current input IL
Pick-up setting 1875 [A]
Pick-up setting 1.50 [xIn]
Dead line detection delay 0.20 [s]
50HS active after CB closure 1.00 [s]
Dead line detection input -

59
PROTECTION P3U30 settings report

Table 25 - FAULT LOG

Date hh:mm:ss.ms Fault current

[1] - - 0.00 A

[2] - - 0.00 A

[3] - - 0.00 A

[4] - - 0.00 A

[5] - - 0.00 A

[6] - - 0.00 A

[7] - - 0.00 A

[8] - - 0.00 A

4.11. Voltage-dependent o/c 51V

Voltage-dependent o/c 51V

Enable for 51V ☐

Max. of IA IB IC 119 [A]
Controlled pick-up limit 0 [A]
Pos. sequence V1 103 [%Un]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 1500 1500 1500 1500

setting [A]

Pick-up 1.20 1.20 1.20 1.20

setting [xIn]

Operation 10.00 10.00 10.00 10.00

delay [s]

Set ctrl start 95 95 95 95

X1 [%Un]

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Set ctrl start 105 105 105 105
X2 [%Un]

Set point start 115 115 115 115

Y1 [%Iv>]

Set point start 100 100 100 100

Y2 [%Iv>]

Table 26 - FAULT LOG

hh:mm:ss.ms Group Fault Fault current Elapsed delay Pre-fault current

Date type

[1] - - - - 0.00 A 0% 0.00 A

[2] - - - - 0.00 A 0% 0.00 A

[3] - - - - 0.00 A 0% 0.00 A

[4] - - - - 0.00 A 0% 0.00 A

[5] - - - - 0.00 A 0% 0.00 A

[6] - - - - 0.00 A 0% 0.00 A

[7] - - - - 0.00 A 0% 0.00 A

[8] - - - - 0.00 A 0% 0.00 A

4.12. Directional phase overcurrent 67-1

Directional phase overcurrent 67-1

Enable for 67-1 ☐

Current input IL
Max. of IA IB IC 121 [A]
U/I angle 0 [°]
Pos. sequence V1 103 [%Un]
Status -
Estimated time to trip 0.0 [s]
Start counter 461
Trip counter 318
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

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PROTECTION P3U30 settings report

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 137 1500 1500 1500

setting [A]

Pick-up 0.11 1.20 1.20 1.20

setting [xIn]

Direction Dir+Backup Dir+Backup Dir+Backup Dir+Backup

mode

Angle offset -45 -45 -45 -45

[°]

Delay curve IEC IEC IEC IEC

family

Delay type NI NI NI NI

Inv. time 0.075 0.200 0.200 0.200

coefficient k

Inverse delay 0.17 0.45 0.45 0.45

(20x) [s]

Inverse delay 0.37 0.99 0.99 0.99

(4x) [s]

Inverse delay 52.80 140.73 140.73 140.73

(1x) [s]

Delay function parameters

Constant A 0.140
Constant B 0.020
Constant C -
Constant D -
Constant E -

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 PROTECTION P3U30 settings report

Table 27 - FAULT LOG

hh:mm:ss- Group Fault Fault Fault U1 Elapsed Pre-fault Direction

Date .ms type current angle fault delay current mode
value

[1] 18.07.2024 03:52:23.497 1 A-N 248.07 -83 ° 1.065 xUn 3% 0.00 A Dir
A
[2] 18.07.2024 01:20:50.397 1 1-2-3 138.02 -26 ° 1.080 xUn 10 % 132.10 A Dir
A
[3] 18.07.2024 01:15:22.217 1 1-2-3 137.79 -24 ° 1.081 xUn 73 % 132.03 A Dir
A
[4] 18.07.2024 01:08:55.517 1 1-2-3 139.47 -25 ° 1.080 xUn 100 % 130.65 A Dir
A
[5] 18.07.2024 01:02:02.947 1 1-2-3 142.48 -25 ° 1.080 xUn 100 % 131.19 A Dir
A
[6] 18.07.2024 00:59:40.937 1 1-2-3 137.63 -24 ° 1.081 xUn 0% 128.63 A Dir
A
[7] 18.07.2024 00:57:16.127 1 1-2-3 138.17 -23 ° 1.082 xUn 100 % 133.06 A Dir
A
[8] 18.07.2024 00:55:11.947 1 1-2-3 248.07 -25 ° 1.080 xUn 10 % 131.38 A Dir
A

4.13. Directional phase overcurrent 67-2

Directional phase overcurrent 67-2

Enable for 67-2 ☐

Current input IL
Max. of IA IB IC 121 [A]
U/I angle 0 [°]
Pos. sequence V1 103 [%Un]
Status -
Estimated time to trip 0.0 [s]
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

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PROTECTION P3U30 settings report

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 875 1500 1500 1500

setting [A]

Pick-up 0.70 1.20 1.20 1.20

setting [xIn]

Direction Dir+Backup Dir+Backup Dir+Backup Dir+Backup

mode

Angle offset 0 0 0 0
[°]

Delay curve IEC IEC IEC IEC

family

Delay type NI NI NI NI

Inv. time 0.200 0.200 0.200 0.200

coefficient k

Inverse delay 0.45 0.45 0.45 0.45

(20x) [s]

Inverse delay 0.99 0.99 0.99 0.99

(4x) [s]

Inverse delay 140.90 140.73 140.73 140.73

(1x) [s]

Delay function parameters

Constant A 0.140
Constant B 0.020
Constant C -
Constant D -
Constant E -

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 PROTECTION P3U30 settings report

Table 28 - FAULT LOG

hh:mm:ss.ms Group Fault Fault Fault U1 fault Elapsed Pre-fault Direction

Date type current angle value delay current mode

[1] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

[2] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

[3] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

[4] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

[5] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

[6] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

[7] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

[8] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

4.14. Directional phase overcurrent 67-3

Directional phase overcurrent 67-3

Enable for 67-3 ☐

Current input IL
Max. of IA IB IC 121 [A]
U/I angle 0 [°]
Pos. sequence V1 103 [%Un]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 1500 1500 1500 1500

setting [A]

Pick-up 1.20 1.20 1.20 1.20

setting [xIn]
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 PROTECTION P3U30 settings report
Direction Dir+Backup Dir+Backup Dir+Backup Dir+Backup
mode

Angle offset 0 0 0 0
[°]

Operation 0.30 0.30 0.30 0.30

delay [s]

Table 29 - FAULT LOG

hh:mm:ss.ms Group Fault Fault Fault U1 fault Elapsed Pre-fault Direction

Date type current angle value delay current mode

[1] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

[2] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

[3] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

[4] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

[5] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

[6] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

[7] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

[8] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

4.15. Directional phase overcurrent 67-4

Directional phase overcurrent 67-4

Enable for 67-4 ☐

Current input IL
Max. of IA IB IC 121 [A]
U/I angle 0 [°]
Pos. sequence V1 103 [%Un]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

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 PROTECTION P3U30 settings report

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 1500 1500 1500 1500

setting [A]

Pick-up 1.20 1.20 1.20 1.20

setting [xIn]

Direction Dir+Backup Dir+Backup Dir+Backup Dir+Backup

mode

Angle offset 0 0 0 0
[°]

Operation 0.30 0.30 0.30 0.30

delay [s]

Table 30 - FAULT LOG

hh:mm:ss.ms Group Fault Fault Fault U1 fault Elapsed Pre-fault Direction

Date type current angle value delay current mode

[1] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

[2] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

[3] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

[4] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

[5] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

[6] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

[7] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

[8] - - - - 0.00 A 0° 0.000 xUn 0% 0.00 A -

4.16. Directional power 32-1

Directional power 32-1

Enable for 32-1 ☑

Active power 3830 [kW]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -

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PROTECTION P3U30 settings report
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up -1733 -1733 -1733 -1733

setting [kW]

Pick-up -4.0 -4.0 -4.0 -4.0

setting [%Sn]

Operation 1.0 1.0 1.0 1.0

delay [s]

Table 31 - FAULT LOG

Date hh:mm:ss.ms Group Fault Elapsed delay

value

[1] - - - 0 %Sn 0%

[2] - - - 0 %Sn 0%

[3] - - - 0 %Sn 0%

[4] - - - 0 %Sn 0%

[5] - - - 0 %Sn 0%

[6] - - - 0 %Sn 0%

[7] - - - 0 %Sn 0%

[8] - - - 0 %Sn 0%

4.17. Directional power 32-2

Directional power 32-2

Enable for 32-2 ☑

Active power 3830 [kW]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

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PROTECTION P3U30 settings report

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up -8660 -8660 -8660 -8660

setting [kW]

Pick-up -20 -20 -20 -20

setting [%Sn]

Operation 0.5 1.0 1.0 1.0

delay [s]

Table 32 - FAULT LOG

Date hh:mm:ss.ms Group Fault Elapsed delay

value

[1] - - - 0 %Sn 0%

[2] - - - 0 %Sn 0%

[3] - - - 0 %Sn 0%

[4] - - - 0 %Sn 0%

[5] - - - 0 %Sn 0%

[6] - - - 0 %Sn 0%

[7] - - - 0 %Sn 0%

[8] - - - 0 %Sn 0%

4.18. Phase undercurrent 37

Phase undercurrent 37

Enable for 37 ☐
Min. of IA IB IC 113 [A]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

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PROTECTION P3U30 settings report

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 625 625 625 625

setting [A]

Pick-up 50 50 50 50
setting [%In]

Operation 1.0 1.0 1.0 1.0

delay [s]

Common settings

I< block limit 187 [A]

I< block limit 15 [%In]

Table 33 - FAULT LOG

hh:mm:ss.ms Group Fault Fault current Elapsed delay Pre-fault current

Date type

[1] - - - - 0.00 A 0% 0.00 A

[2] - - - - 0.00 A 0% 0.00 A

[3] - - - - 0.00 A 0% 0.00 A

[4] - - - - 0.00 A 0% 0.00 A

[5] - - - - 0.00 A 0% 0.00 A

[6] - - - - 0.00 A 0% 0.00 A

[7] - - - - 0.00 A 0% 0.00 A

[8] - - - - 0.00 A 0% 0.00 A

4.19. Broken conductor 46BC

Broken conductor 46BC

Enable for 46-1 ☐

Current -seq./+seq. 3.0 [%]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -

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PROTECTION P3U30 settings report
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 20 20 20 20
setting K2 [%]

Operation 10.0 10.0 10.0 10.0

delay [s]

Table 34 - FAULT LOG

Date hh:mm:ss.ms Group Fault current Elapsed delay

[1] - - - 0% 0%

[2] - - - 0% 0%

[3] - - - 0% 0%

[4] - - - 0% 0%

[5] - - - 0% 0%

[6] - - - 0% 0%

[7] - - - 0% 0%

[8] - - - 0% 0%

4.20. Thermal overload 49F

Thermal overload 49F

Enable for 49F ☐

Max. of IA IB IC 120.8 [Arms]
Temperature rise 0.7 [%]
Overload status -
Start counter 0
Trip counter 0
Maximum continuous current 1325 [A]
Maximum continuous current 1.06 [xIn]
Alarm setting 90 [%]
Time constant tau 60 [min]
Rel. cooling time constant 1.0 [x tau]

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PROTECTION P3U30 settings report
Permitted current due to temp 1.00 [xIn]
Max overload at +40°C 100 [%In]
Max overload at +70°C 78 [%In]
Ambient temp. user input 40 [°C]
Ambient temp. source User input
Ambient temperature monitor 40 [°C]
Estimated time to trip Infinite
Estimated time to allow restart 00:00:00

4.21. Ground fault overcurrent 50N/51N-1

Ground fault overcurrent 50N/51N-1

Enable for 50N/51N-1 ☑

IN input INcalc
Calculated IN 0.000 [pu]
Status -
Estimated time to trip 0.0 [s]
Start counter 2
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 27.50 62.48 62.48 62.48

setting [A]

Pick-up 0.022 0.050 0.050 0.050

setting [pu]

Delay curve IEC DT DT DT

family

Delay type NI DT DT DT

Operation 1.00 1.00 1.00 1.00

delay [s]

Inv. time 0.200 1.000 1.000 1.000

coefficient k

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PROTECTION P3U30 settings report
Inverse delay 0.45 - - -
(20x) [s]

Inverse delay 0.99 - - -

(4x) [s]

Inverse delay 144.90 - - -

(1x) [s]

Common settings

Intermittent time 0.00 [s]

Delay function parameters

Constant A 0.140
Constant B 0.020
Constant C -
Constant D -
Constant E -
Enable faulty phase detection ☐
Network type Res

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Network Res Res Res Res

grounding

Table 35 - FAULT LOG

Date hh:mm:ss.ms Group Fault Faulty Elapsed

current phase delay

[1] 18.07.2024 05:23:07.177 1 206.757 A - 9%

[2] 16.07.2024 02:45:10.988 1 77.438 A - 6%

[3] 27.06.2024 11:41:51.186 1 146.561 A - 23 %

[4] 27.06.2024 00:49:49.146 1 75.378 A - 3%

[5] 26.06.2024 21:39:08.277 1 107.689 A - 22 %

[6] 28.05.2024 17:25:19.627 1 132.332 A - 24 %

[7] 28.05.2024 17:21:03.897 1 153.198 A - 21 %

[8] 28.05.2024 12:19:55.947 1 79.689 A - 3%

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PROTECTION P3U30 settings report

4.22. Ground fault overcurrent 50N/51N-2

Ground fault overcurrent 50N/51N-2

Enable for 50N/51N-2 ☑

IN input INcalc
Calculated IN 0.000 [pu]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 275.00 125.01 125.01 125.01

setting [A]

Pick-up 0.22 0.10 0.10 0.10

setting [pu]

Operation 0.04 1.00 1.00 1.00

delay [s]

Enable faulty phase detection ☐

Network type Res

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Network Res Res Res Res

grounding

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PROTECTION P3U30 settings report

Table 36 - FAULT LOG

Date hh:mm:ss.ms Group Fault Faulty Elapsed

current phase delay

[1] - - - 0.00 A - 0%

[2] - - - 0.00 A - 0%

[3] - - - 0.00 A - 0%

[4] - - - 0.00 A - 0%

[5] - - - 0.00 A - 0%

[6] - - - 0.00 A - 0%

[7] - - - 0.00 A - 0%

[8] - - - 0.00 A - 0%

4.23. Ground fault overcurrent 50N/51N-3

Ground fault overcurrent 50N/51N-3

Enable for 50N/51N-3 ☐

IN input IN-1
IN-1 residual current 0.000 [pu]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 125.00 125.00 125.00 125.00

setting [A]

Pick-up 0.10 0.10 0.10 0.10

setting [pu]

Operation 0.50 0.50 0.50 0.50

delay [s]

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PROTECTION P3U30 settings report
Enable faulty phase detection ☐
Network type Res

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Network Res Res Res Res

grounding

Table 37 - FAULT LOG

Date hh:mm:ss.ms Group Fault Faulty Elapsed

current phase delay

[1] - - - 0.00 A - 0%

[2] - - - 0.00 A - 0%

[3] - - - 0.00 A - 0%

[4] - - - 0.00 A - 0%

[5] - - - 0.00 A - 0%

[6] - - - 0.00 A - 0%

[7] - - - 0.00 A - 0%

[8] - - - 0.00 A - 0%

50N/51N-3 UNBALANCE

Compensation mode ☐
Compensated IN 0.000 [pu]
Compensation current 0.050 [pu]
Saved unbalance current 0.000 [pu]
Compensation angle 0.0 [°]
'Saving unbal' event ☐
'Unbal saved' event ☐

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PROTECTION P3U30 settings report

4.24. Ground fault overcurrent 50N/51N-4

Ground fault overcurrent 50N/51N-4

Enable for 50N/51N-4 ☐

IN input IN-1
IN-1 residual current 0.000 [pu]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 250.00 250.00 250.00 250.00

setting [A]

Pick-up 0.20 0.20 0.20 0.20

setting [pu]

Operation 1.00 1.00 1.00 1.00

delay [s]

Enable faulty phase detection ☐

Network type Res

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Network Res Res Res Res

grounding

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PROTECTION P3U30 settings report

Table 38 - FAULT LOG

Date hh:mm:ss.ms Group Fault Faulty Elapsed

current phase delay

[1] - - - 0.00 A - 0%

[2] - - - 0.00 A - 0%

[3] - - - 0.00 A - 0%

[4] - - - 0.00 A - 0%

[5] - - - 0.00 A - 0%

[6] - - - 0.00 A - 0%

[7] - - - 0.00 A - 0%

[8] - - - 0.00 A - 0%

50N/51N-4 UNBALANCE

Compensation mode Off

Compensated IN 0.000 [pu]
Compensation current 0.050 [pu]
Saved unbalance current 0.000 [pu]
Compensation angle 0.0 [°]

50N/51N-4 UNBALANCE LOCATION

Max allowed faults 0

Total # of faults 0
L1 branch 1 counter 0
L1 branch 2 counter 0
L2 branch 1 counter 0
L2 branch 2 counter 0
L3 branch 1 counter 0
L3 branch 2 counter 0
Located unbal amplitude 0.000 [pu]
Located unbal angle 0.0 [°]
'Saving unbal' event ☐
'Unbal saved' event ☐

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PROTECTION P3U30 settings report

4.25. Ground fault overcurrent 50N/51N-5

Ground fault overcurrent 50N/51N-5

Enable for 50N/51N-5 ☐

IN input IN-1
IN-1 residual current 0.000 [pu]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 125.00 125.00 125.00 125.00

setting [A]

Pick-up 0.10 0.10 0.10 0.10

setting [pu]

Operation 1.00 1.00 1.00 1.00

delay [s]

Table 39 - FAULT LOG

Date hh:mm:ss.ms Group Fault current Elapsed delay

[1] - - - 0.00 A 0%

[2] - - - 0.00 A 0%

[3] - - - 0.00 A 0%

[4] - - - 0.00 A 0%

[5] - - - 0.00 A 0%

[6] - - - 0.00 A 0%

[7] - - - 0.00 A 0%

[8] - - - 0.00 A 0%

79
PROTECTION P3U30 settings report

4.26. Direct. ground fault overcurrent 67N-1

Direct. ground fault overcurrent 67N-1

Enable for 67N-1 ☐

IN input IN-1
IN-1 residual current 0.000 [pu]
Resistive IN current 0.000 [pu]
Reactive IN current 0.000 [pu]
Residual voltage 3.9 [%]
Selected IN/VN angle 0 [°]
Status -
Estimated time to trip 0.0 [s]
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Direction ResCap ResCap ResCap ResCap

mode

Char ctrl. in Res Res Res Res

ResCap mode

Pick-up 250.00 250.00 250.00 250.00

setting [A]

Pick-up 0.200 0.200 0.200 0.200

setting [pu]

Uo setting for 10.0 10.0 10.0 10.0

IoDir> stage
[%]

Angle offset 0 0 0 0
[°]

Pick up 88 88 88 88
sector size
[±°]

Delay curve DT DT DT DT
family

Delay type DT DT DT DT

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PROTECTION P3U30 settings report
Operation 1.00 1.00 1.00 1.00
delay [s]

Inverse delay - - - -
(20x) [s]

Inverse delay - - - -
(4x) [s]

Inverse delay - - - -
(1x) [s]

Common settings

Intermittent time 0.00 [s]

Delay function parameters

Constant A -
Constant B -
Constant C -
Constant D -
Constant E -

Char ctrl. in ResCap mode

Char ctrl. I/O for group 1 -

Char ctrl. I/O for group 2 -
Char ctrl. I/O for group 3 -
Char ctrl. I/O for group 4 -
Actual characteristics Res
Enable faulty phase detection ☐
Network type Res

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PROTECTION P3U30 settings report

Table 40 - FAULT LOG

hh:mm:ss.ms Group Fault Fault Fault Faulty Elapsed delay

Date current angle voltage phase

[1] - - - 0.000 A 0° 0.0 % - 0

%
[2] - - - 0.000 A 0° 0.0 % - 0
%
[3] - - - 0.000 A 0° 0.0 % - 0
%
[4] - - - 0.000 A 0° 0.0 % - 0
%
[5] - - - 0.000 A 0° 0.0 % - 0
%
[6] - - - 0.000 A 0° 0.0 % - 0
%
[7] - - - 0.000 A 0° 0.0 % - 0
%
[8] - - - 0.000 A 0° 0.0 % - 0
%

4.27. Direct. ground fault overcurrent 67N-2

Direct. ground fault overcurrent 67N-2

Enable for 67N-2 ☐

IN input IN-1
IN-1 residual current 0.000 [pu]
Resistive IN current 0.000 [pu]
Reactive IN current 0.000 [pu]
Residual voltage 3.9 [%]
Selected IN/VN angle 0 [°]
Status -
Estimated time to trip 0.0 [s]
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

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PROTECTION P3U30 settings report

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Direction ResCap ResCap ResCap ResCap

mode

Char ctrl. in Res Res Res Res

ResCap mode

Pick-up 250.00 250.00 250.00 250.00

setting [A]

Pick-up 0.20 0.20 0.20 0.20

setting [pu]

Uo setting for 10.0 10.0 10.0 10.0

IoDir>> stage
[%]

Angle offset 0 0 0 0
[°]

Pick up 88 88 88 88
sector size
[±°]

Delay curve DT DT DT DT
family

Delay type DT DT DT DT

Operation 1.00 1.00 1.00 1.00

delay [s]

Inverse delay - - - -
(20x) [s]

Inverse delay - - - -
(4x) [s]

Inverse delay - - - -
(1x) [s]

Delay function parameters

Constant A -
Constant B -
Constant C -
Constant D -
Constant E -

83
PROTECTION P3U30 settings report

Char ctrl. in ResCap mode

Char ctrl. I/O for group 1 -

Char ctrl. I/O for group 2 -
Char ctrl. I/O for group 3 -
Char ctrl. I/O for group 4 -
Actual characteristics Res
Enable faulty phase detection ☐
Network type Res

Table 41 - FAULT LOG

hh:mm:ss.ms Group Fault Fault Fault Faulty Elapsed delay

Date current angle voltage phase

[1] - - - 0.00 A 0° 0.0 % - 0

%
[2] - - - 0.00 A 0° 0.0 % - 0
%
[3] - - - 0.00 A 0° 0.0 % - 0
%
[4] - - - 0.00 A 0° 0.0 % - 0
%
[5] - - - 0.00 A 0° 0.0 % - 0
%
[6] - - - 0.00 A 0° 0.0 % - 0
%
[7] - - - 0.00 A 0° 0.0 % - 0
%
[8] - - - 0.00 A 0° 0.0 % - 0
%

4.28. Direct. ground fault overcurrent 67N-3

Direct. ground fault overcurrent 67N-3

Enable for 67N-3 ☐

IN input IN-1
IN-1 residual current 0.000 [pu]
Resistive IN current 0.000 [pu]
Reactive IN current 0.000 [pu]

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PROTECTION P3U30 settings report
Residual voltage 3.9 [%]
Selected IN/VN angle 0 [°]
Status -
Estimated time to trip 0.0 [s]
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Direction ResCap ResCap ResCap ResCap

mode

Char ctrl. in Res Res Res Res

ResCap mode

Pick-up 250.00 250.00 250.00 250.00

setting [A]

Pick-up 0.20 0.20 0.20 0.20

setting [pu]

Uo setting for 10.0 10.0 10.0 10.0

IoDir>>>
stage [%]

Angle offset 0 0 0 0
[°]

Pick up 88 88 88 88
sector size
[±°]

Delay curve DT DT DT DT
family

Delay type DT DT DT DT

Operation 0.30 0.30 0.30 0.30

delay [s]

Inverse delay - - - -
(20x) [s]

Inverse delay - - - -
(4x) [s]

Inverse delay - - - -
(1x) [s]

85
PROTECTION P3U30 settings report

Delay function parameters

Constant A -
Constant B -
Constant C -
Constant D -
Constant E -

Char ctrl. in ResCap mode

Char ctrl. I/O for group 1 -

Char ctrl. I/O for group 2 -
Char ctrl. I/O for group 3 -
Char ctrl. I/O for group 4 -
Actual characteristics Res
Enable faulty phase detection ☐
Network type Res

Table 42 - FAULT LOG

hh:mm:ss.ms Group Fault Fault Fault Faulty Elapsed delay

Date current angle voltage phase

[1] - - - 0.00 A 0° 0.0 % - 0

%
[2] - - - 0.00 A 0° 0.0 % - 0
%
[3] - - - 0.00 A 0° 0.0 % - 0
%
[4] - - - 0.00 A 0° 0.0 % - 0
%
[5] - - - 0.00 A 0° 0.0 % - 0
%
[6] - - - 0.00 A 0° 0.0 % - 0
%
[7] - - - 0.00 A 0° 0.0 % - 0
%
[8] - - - 0.00 A 0° 0.0 % - 0
%

86
PROTECTION P3U30 settings report

4.29. Transient intermittent ground fault 67NI

Transient intermittent ground fault 67NI

Enable for 67NI ☐

IN input IN-1Peak
IN-1 peak value 0.003 [pu]
Residual voltage 3.9 [%]
Start counter 0
Trip counter 0
Status -
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up Normal Normal Normal Normal

setting

Direction Forward Forward Forward Forward

mode

Uo pick-up 10 10 10 10
[%]

Operation 0.50 0.50 0.50 0.50

delay [s]

Min number 2 2 2 2
of peaks

Reset delay 0.10 0.10 0.10 0.10

[s]

Common settings

Intermittent time 1.00 [s]

87
PROTECTION P3U30 settings report

Table 43 - FAULT LOG

hh:mm:ss.ms Group Fault Fault FWD REV Elapsed

Date current voltage Peaks Peaks delay

[1] - - - 0.00 A 0.0 % 0 0 0

%
[2] - - - 0.00 A 0.0 % 0 0 0
%
[3] - - - 0.00 A 0.0 % 0 0 0
%
[4] - - - 0.00 A 0.0 % 0 0 0
%
[5] - - - 0.00 A 0.0 % 0 0 0
%
[6] - - - 0.00 A 0.0 % 0 0 0
%
[7] - - - 0.00 A 0.0 % 0 0 0
%
[8] - - - 0.00 A 0.0 % 0 0 0
%

4.30. Overvoltage 59-1

Overvoltage 59-1

Enable for 59-1 ☑

Max of line voltages 20735 [V]
Status -
Start counter 3
Trip counter 3
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 22600 24000 24000 24000

setting [V]

Pick-up 113 120 120 120

setting [%Un]

Operation 3.00 0.20 0.20 0.20

delay [s]

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PROTECTION P3U30 settings report

Common settings

Release delay 0.06 [s]

Hysteresis 3.0 [%]

Table 44 - FAULT LOG

hh:mm:ss.ms Group Fault Fault voltage Pre-fault Elapsed

Date type voltage delay

[1] 18.07.2024 05:05:20.928 1 U12,23,31 21025 V 20875 V 100

%
[2] 18.07.2024 01:42:39.808 1 U12,23,31 21997 V 21857 V 100
%
[3] 16.07.2024 01:49:44.908 1 U12,23,31 22011 V 21883 V 100
%
[4] 17.06.2024 04:37:59.027 1 U12,23,31 22046 V 21672 V 8%

[5] - - - - 0V 0V 0%

[6] - - - - 0V 0V 0%

[7] - - - - 0V 0V 0%

[8] - - - - 0V 0V 0%

4.31. Overvoltage 59-2

Overvoltage 59-2

Enable for 59-2 ☐

Max of line voltages 20735 [V]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

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PROTECTION P3U30 settings report

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 26000 26000 26000 26000

setting [V]

Pick-up 130 130 130 130

setting [%Un]

Operation 0.10 0.10 0.10 0.10

delay [s]

Common settings

Hysteresis 3.0 [%]

Table 45 - FAULT LOG

hh:mm:ss.ms Group Fault Fault voltage Pre-fault voltage Elapsed delay

Date type

[1] - - - - 0V 0V 0
%
[2] - - - - 0V 0V 0
%
[3] - - - - 0V 0V 0
%
[4] - - - - 0V 0V 0
%
[5] - - - - 0V 0V 0
%
[6] - - - - 0V 0V 0
%
[7] - - - - 0V 0V 0
%
[8] - - - - 0V 0V 0
%

4.32. Overvoltage 59-3

Overvoltage 59-3

Enable for 59-3 ☐

Max of line voltages 20735 [V]
Status -
Start counter 0
Trip counter 0

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PROTECTION P3U30 settings report
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 27000 27000 27000 27000

setting [V]

Pick-up 135 135 135 135

setting [%Un]

Operation 0.10 0.10 0.10 0.10

delay [s]

Common settings

Hysteresis 3.0 [%]

Table 46 - FAULT LOG

hh:mm:ss.ms Group Fault Fault voltage Pre-fault voltage Elapsed delay

Date type

[1] - - - - 0V 0V 0
%
[2] - - - - 0V 0V 0
%
[3] - - - - 0V 0V 0
%
[4] - - - - 0V 0V 0
%
[5] - - - - 0V 0V 0
%
[6] - - - - 0V 0V 0
%
[7] - - - - 0V 0V 0
%
[8] - - - - 0V 0V 0
%

91
PROTECTION P3U30 settings report

4.33. Undervoltage 27-1

Undervoltage 27-1

Enable for 27-1 ☐

Min of line voltages 20530 [V]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 16000 16000 16000 16000

setting [V]

Pick-up 80 80 80 80
setting [%Un]

Operation 3.00 20.00 20.00 20.00

delay [s]

Low voltage 10 10 10 10
blocking
[%Un]

Common settings

Release delay 0.06 [s]

Hysteresis 3.0 [%]

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PROTECTION P3U30 settings report

Table 47 - FAULT LOG

hh:mm:ss.ms Group Fault Fault voltage Pre-fault voltage Elapsed delay

Date type

[1] - - - - 0V 0V 0
%
[2] - - - - 0V 0V 0
%
[3] - - - - 0V 0V 0
%
[4] - - - - 0V 0V 0
%
[5] - - - - 0V 0V 0
%
[6] - - - - 0V 0V 0
%
[7] - - - - 0V 0V 0
%
[8] - - - - 0V 0V 0
%

4.34. Undervoltage 27-2

Undervoltage 27-2

Enable for 27-2 ☐

Min of line voltages 20530 [V]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 14000 14000 14000 14000

setting [V]

Pick-up 70 70 70 70
setting [%Un]

Operation 2.00 2.00 2.00 2.00

delay [s]

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PROTECTION P3U30 settings report
Low voltage 10 10 10 10
blocking
[%Un]

Common settings

Hysteresis 3.0 [%]

Table 48 - FAULT LOG

hh:mm:ss.ms Group Fault Fault voltage Pre-fault voltage Elapsed delay

Date type

[1] - - - - 0V 0V 0
%
[2] - - - - 0V 0V 0
%
[3] - - - - 0V 0V 0
%
[4] - - - - 0V 0V 0
%
[5] - - - - 0V 0V 0
%
[6] - - - - 0V 0V 0
%
[7] - - - - 0V 0V 0
%
[8] - - - - 0V 0V 0
%

4.35. Undervoltage 27-3

Undervoltage 27-3

Enable for 27-3 ☐

Min of line voltages 20530 [V]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

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PROTECTION P3U30 settings report

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 14000 14000 14000 14000

setting [V]

Pick-up 70 70 70 70
setting [%Un]

Operation 1.00 1.00 1.00 1.00

delay [s]

Low voltage 10 10 10 10
blocking
[%Un]

Common settings

Hysteresis 3.0 [%]

Table 49 - FAULT LOG

hh:mm:ss.ms Group Fault Fault voltage Pre-fault voltage Elapsed delay

Date type

[1] - - - - 0V 0V 0
%
[2] - - - - 0V 0V 0
%
[3] - - - - 0V 0V 0
%
[4] - - - - 0V 0V 0
%
[5] - - - - 0V 0V 0
%
[6] - - - - 0V 0V 0
%
[7] - - - - 0V 0V 0
%
[8] - - - - 0V 0V 0
%

95
PROTECTION P3U30 settings report

4.36. Voltage imbalance 47-1

Voltage imbalance 47-1

Enable for 47-1 ☐

Neg. sequence V2 0.7 [%]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 20 20 20 20
setting [%]

Operation 20.00 20.00 20.00 20.00

delay [s]

Table 50 - FAULT LOG

Date hh:mm:ss.ms Group Fault voltage Elapsed delay

[1] - - - 0.0 % 0%

[2] - - - 0.0 % 0%

[3] - - - 0.0 % 0%

[4] - - - 0.0 % 0%

[5] - - - 0.0 % 0%

[6] - - - 0.0 % 0%

[7] - - - 0.0 % 0%

[8] - - - 0.0 % 0%

96
PROTECTION P3U30 settings report

4.37. Voltage imbalance 47-2

Voltage imbalance 47-2

Enable for 47-2 ☐

Neg. sequence V2 0.7 [%]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 20 20 20 20
setting [%]

Operation 20.00 20.00 20.00 20.00

delay [s]

Table 51 - FAULT LOG

Date hh:mm:ss.ms Group Fault voltage Elapsed delay

[1] - - - 0.0 % 0%

[2] - - - 0.0 % 0%

[3] - - - 0.0 % 0%

[4] - - - 0.0 % 0%

[5] - - - 0.0 % 0%

[6] - - - 0.0 % 0%

[7] - - - 0.0 % 0%

[8] - - - 0.0 % 0%

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PROTECTION P3U30 settings report

4.38. Voltage imbalance 47-3

Voltage imbalance 47-3

Enable for 47-3 ☐

Neg. sequence V2 0.7 [%]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 20 20 20 20
setting [%]

Operation 20.00 20.00 20.00 20.00

delay [s]

Table 52 - FAULT LOG

Date hh:mm:ss.ms Group Fault voltage Elapsed delay

[1] - - - 0.0 % 0%

[2] - - - 0.0 % 0%

[3] - - - 0.0 % 0%

[4] - - - 0.0 % 0%

[5] - - - 0.0 % 0%

[6] - - - 0.0 % 0%

[7] - - - 0.0 % 0%

[8] - - - 0.0 % 0%

98
PROTECTION P3U30 settings report

4.39. Capacitor overvoltage 59C

Capacitor overvoltage 59C

Enable for 59C ☐

L1-N capacitor voltage 24.20 [xUcLN]
L2-N capacitor voltage 25.58 [xUcLN]
L3-N capacitor voltage 25.31 [xUcLN]

Y-connected capacitor bank

L-N capacitance of one phase 2.00 [uF]

Rated L-N voltage UcLN 7500 [V]
Rated 3 phase power 106 [kvar]
System frequency 50 [Hz]
C-bank reactance Xc 1593.46 [ohm]
f for reactance calculation 49.94
Rated C-bank L-L voltage 12990 [V]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 1.35 1.35 1.35 1.35

setting
[xUcLN]

Operation 5.0 5.0 5.0 5.0

delay [s]

99
PROTECTION P3U30 settings report

Table 53 - FAULT LOG

Date hh:mm:ss.ms Group Fault Fault Elapsed

type voltage delay

[1] - - - - 0.00 xUcLN 0%

[2] - - - - 0.00 xUcLN 0%

[3] - - - - 0.00 xUcLN 0%

[4] - - - - 0.00 xUcLN 0%

[5] - - - - 0.00 xUcLN 0%

[6] - - - - 0.00 xUcLN 0%

[7] - - - - 0.00 xUcLN 0%

[8] - - - - 0.00 xUcLN 0%

4.40. Neutral overvoltage 59N-1

Neutral overvoltage 59N-1

Enable for 59N-1 ☑

Residual voltage 3.9 [%]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 10 10 10 10
setting [%]

Operation 5.0 2.0 2.0 2.0

delay [s]

100
PROTECTION P3U30 settings report

Table 54 - FAULT LOG

Date hh:mm:ss.ms Group Fault voltage Elapsed delay

[1] - - - 0.0 % 0%

[2] - - - 0.0 % 0%

[3] - - - 0.0 % 0%

[4] - - - 0.0 % 0%

[5] - - - 0.0 % 0%

[6] - - - 0.0 % 0%

[7] - - - 0.0 % 0%

[8] - - - 0.0 % 0%

4.41. Neutral overvoltage 59N-2

Neutral overvoltage 59N-2

Enable for 59N-2 ☐

Residual voltage 3.9 [%]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 20 20 20 20
setting [%]

Operation 0.50 0.50 0.50 0.50

delay [s]

101
PROTECTION P3U30 settings report

Table 55 - FAULT LOG

Date hh:mm:ss.ms Group Fault voltage Elapsed delay

[1] - - - 0.0 % 0%

[2] - - - 0.0 % 0%

[3] - - - 0.0 % 0%

[4] - - - 0.0 % 0%

[5] - - - 0.0 % 0%

[6] - - - 0.0 % 0%

[7] - - - 0.0 % 0%

[8] - - - 0.0 % 0%

4.42. Neutral overvoltage 59N-3

Neutral overvoltage 59N-3

Enable for 59N-3 ☐

Residual voltage 3.9 [%]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 20 20 20 20
setting [%]

Operation 0.50 0.50 0.50 0.50

delay [s]

102
PROTECTION P3U30 settings report

Table 56 - FAULT LOG

Date hh:mm:ss.ms Group Fault voltage Elapsed delay

[1] - - - 0.0 % 0%

[2] - - - 0.0 % 0%

[3] - - - 0.0 % 0%

[4] - - - 0.0 % 0%

[5] - - - 0.0 % 0%

[6] - - - 0.0 % 0%

[7] - - - 0.0 % 0%

[8] - - - 0.0 % 0%

4.43. Over and under frequency 81-1

Over and under frequency 81-1

Enable for 81-1 ☑

Comparator mode >
Frequency 49.940 [Hz]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 55.00 51.00 51.00 51.00

setting [Hz]

Operation 0.20 0.20 0.20 0.20

delay [s]

Common for frequency stages

Low voltage blocking 40 [%Un]

103
PROTECTION P3U30 settings report

Table 57 - FAULT LOG

Date hh:mm:ss.ms Group Fault frequency Elapsed delay

[1] - - - 0.00 Hz 0%

[2] - - - 0.00 Hz 0%

[3] - - - 0.00 Hz 0%

[4] - - - 0.00 Hz 0%

[5] - - - 0.00 Hz 0%

[6] - - - 0.00 Hz 0%

[7] - - - 0.00 Hz 0%

[8] - - - 0.00 Hz 0%

4.44. Over and under frequency 81-2

Over and under frequency 81-2

Enable for 81-2 ☐

Comparator mode >
Frequency 49.940 [Hz]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 52.00 52.00 52.00 52.00

setting [Hz]

Operation 0.10 0.10 0.10 0.10

delay [s]

Common for frequency stages

Low voltage blocking 40 [%Un]

104
PROTECTION P3U30 settings report

Table 58 - FAULT LOG

Date hh:mm:ss.ms Group Fault frequency Elapsed delay

[1] - - - 0.00 Hz 0%

[2] - - - 0.00 Hz 0%

[3] - - - 0.00 Hz 0%

[4] - - - 0.00 Hz 0%

[5] - - - 0.00 Hz 0%

[6] - - - 0.00 Hz 0%

[7] - - - 0.00 Hz 0%

[8] - - - 0.00 Hz 0%

4.45. Under frequency 81U-1

Under frequency 81U-1

Enable for 81U-1 ☑

Frequency 49.940 [Hz]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 45.00 48.00 48.00 48.00

setting [Hz]

Operation 3.00 3.00 3.00 3.00

delay [s]

Common for frequency stages

Low voltage blocking 40 [%Un]

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Table 59 - FAULT LOG

Date hh:mm:ss.ms Group Fault frequency Elapsed delay

[1] - - - 0.00 Hz 0%

[2] - - - 0.00 Hz 0%

[3] - - - 0.00 Hz 0%

[4] - - - 0.00 Hz 0%

[5] - - - 0.00 Hz 0%

[6] - - - 0.00 Hz 0%

[7] - - - 0.00 Hz 0%

[8] - - - 0.00 Hz 0%

4.46. Under frequency 81U-2

Under frequency 81U-2

Enable for 81U-2 ☐

Frequency 49.940 [Hz]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 48.00 48.00 48.00 48.00

setting [Hz]

Operation 0.10 0.10 0.10 0.10

delay [s]

Common for frequency stages

Low voltage blocking 40 [%Un]

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Table 60 - FAULT LOG

Date hh:mm:ss.ms Group Fault frequency Elapsed delay

[1] - - - 0.00 Hz 0%

[2] - - - 0.00 Hz 0%

[3] - - - 0.00 Hz 0%

[4] - - - 0.00 Hz 0%

[5] - - - 0.00 Hz 0%

[6] - - - 0.00 Hz 0%

[7] - - - 0.00 Hz 0%

[8] - - - 0.00 Hz 0%

4.47. ROCOF 81R

ROCOF 81R

Enable for 81R ☑

Frequency 49.939 [Hz]
81R -0.06 [Hz/s]
Status -
Start counter 0
Trip counter 0
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 5.0 5.0 5.0 5.0

setting [Hz/s]

Operation 0.50 0.50 0.50 0.50

delay [s]

Minimum 0.50 0.50 0.50 0.50

delay [s]

Minimum 5.00 5.00 5.00 5.00

delay df/dt
[Hz/s]

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Table 61 - FAULT LOG

Date hh:mm:ss.ms Group Fault Frequency Elapsed

value delay

[1] - - - 0.00 0.0 Hz 0%

Hz/s
[2] - - - 0.00 0.0 Hz 0%
Hz/s
[3] - - - 0.00 0.0 Hz 0%
Hz/s
[4] - - - 0.00 0.0 Hz 0%
Hz/s
[5] - - - 0.00 0.0 Hz 0%
Hz/s
[6] - - - 0.00 0.0 Hz 0%
Hz/s
[7] - - - 0.00 0.0 Hz 0%
Hz/s
[8] - - - 0.00 0.0 Hz 0%
Hz/s

4.48. Programmable stage 99-1

Programmable stage 99-1

Enable for 99-1 ☐

Priority 20 [ms]
Programmable stage 1 status -
Force flag ☐
Timebase for input value A Instant
Coupling A IA
IA 114 [A]
Compare condition >
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

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Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 1500 1500 1500 1500

setting [A]

Pick-up 1.20 1.20 1.20 1.20

setting [xIn]

Operation 0.50 0.50 0.50 0.50

delay [s]

Common settings

Hysteresis 3.0 [%]

No compare limit for mode < 0.00 [xIn]

Table 62 - FAULT LOG

Date hh:mm:ss.ms Fault Elapsed delay Group

value

[1] - - 0.00 xIn 0% -

[2] - - 0.00 xIn 0% -

[3] - - 0.00 xIn 0% -

[4] - - 0.00 xIn 0% -

[5] - - 0.00 xIn 0% -

[6] - - 0.00 xIn 0% -

[7] - - 0.00 xIn 0% -

[8] - - 0.00 xIn 0% -

4.49. Programmable stage 99-2

Programmable stage 99-2

Enable for 99-2 ☐

Priority 20 [ms]
Programmable stage 2 status -
Force flag ☐
Timebase for input value A Instant
Coupling A IA
IA 115 [A]

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Compare condition >
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 1500 1500 1500 1500

setting [A]

Pick-up 1.20 1.20 1.20 1.20

setting [xIn]

Operation 0.50 0.50 0.50 0.50

delay [s]

Common settings

Hysteresis 3.0 [%]

No compare limit for mode < 0.00 [xIn]

Table 63 - FAULT LOG

Date hh:mm:ss.ms Fault Elapsed delay Group

value

[1] - - 0.00 xIn 0% -

[2] - - 0.00 xIn 0% -

[3] - - 0.00 xIn 0% -

[4] - - 0.00 xIn 0% -

[5] - - 0.00 xIn 0% -

[6] - - 0.00 xIn 0% -

[7] - - 0.00 xIn 0% -

[8] - - 0.00 xIn 0% -

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4.50. Programmable stage 99-3

Programmable stage 99-3

Enable for 99-3 ☐

Priority 20 [ms]
Programmable stage 3 status -
Force flag ☐
Timebase for input value A Instant
Coupling A IA
IA 114 [A]
Compare condition >
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 1500 1500 1500 1500

setting [A]

Pick-up 1.20 1.20 1.20 1.20

setting [xIn]

Operation 0.50 0.50 0.50 0.50

delay [s]

Common settings

Hysteresis 3.0 [%]

No compare limit for mode < 0.00 [xIn]

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Table 64 - FAULT LOG

Date hh:mm:ss.ms Fault Elapsed delay Group

value

[1] - - 0.00 xIn 0% -

[2] - - 0.00 xIn 0% -

[3] - - 0.00 xIn 0% -

[4] - - 0.00 xIn 0% -

[5] - - 0.00 xIn 0% -

[6] - - 0.00 xIn 0% -

[7] - - 0.00 xIn 0% -

[8] - - 0.00 xIn 0% -

4.51. Programmable stage 99-4

Programmable stage 99-4

Enable for 99-4 ☐

Priority 20 [ms]
Programmable stage 4 status -
Force flag ☐
Timebase for input value A Instant
Coupling A IA
IA 113 [A]
Compare condition >
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 1500 1500 1500 1500

setting [A]

Pick-up 1.20 1.20 1.20 1.20

setting [xIn]

Operation 0.50 0.50 0.50 0.50

delay [s]

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Common settings

Hysteresis 3.0 [%]

No compare limit for mode < 0.00 [xIn]

Table 65 - FAULT LOG

Date hh:mm:ss.ms Fault Elapsed delay Group

value

[1] - - 0.00 xIn 0% -

[2] - - 0.00 xIn 0% -

[3] - - 0.00 xIn 0% -

[4] - - 0.00 xIn 0% -

[5] - - 0.00 xIn 0% -

[6] - - 0.00 xIn 0% -

[7] - - 0.00 xIn 0% -

[8] - - 0.00 xIn 0% -

4.52. Programmable stage 99-5

Programmable stage 99-5

Enable for 99-5 ☐

Priority 20 [ms]
Programmable stage 5 status -
Force flag ☐
Timebase for input value A Instant
Coupling A IA
IA 113 [A]
Compare condition >
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

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Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 1500 1500 1500 1500

setting [A]

Pick-up 1.20 1.20 1.20 1.20

setting [xIn]

Operation 0.50 0.50 0.50 0.50

delay [s]

Common settings

Hysteresis 3.0 [%]

No compare limit for mode < 0.00 [xIn]

Table 66 - FAULT LOG

Date hh:mm:ss.ms Fault Elapsed delay Group

value

[1] - - 0.00 xIn 0% -

[2] - - 0.00 xIn 0% -

[3] - - 0.00 xIn 0% -

[4] - - 0.00 xIn 0% -

[5] - - 0.00 xIn 0% -

[6] - - 0.00 xIn 0% -

[7] - - 0.00 xIn 0% -

[8] - - 0.00 xIn 0% -

4.53. Programmable stage 99-6

Programmable stage 99-6

Enable for 99-6 ☐

Priority 20 [ms]
Programmable stage 6 status -
Force flag ☐
Timebase for input value A Instant
Coupling A IA
IA 115 [A]

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Compare condition >
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 1500 1500 1500 1500

setting [A]

Pick-up 1.20 1.20 1.20 1.20

setting [xIn]

Operation 0.50 0.50 0.50 0.50

delay [s]

Common settings

Hysteresis 3.0 [%]

No compare limit for mode < 0.00 [xIn]

Table 67 - FAULT LOG

Date hh:mm:ss.ms Fault Elapsed delay Group

value

[1] - - 0.00 xIn 0% -

[2] - - 0.00 xIn 0% -

[3] - - 0.00 xIn 0% -

[4] - - 0.00 xIn 0% -

[5] - - 0.00 xIn 0% -

[6] - - 0.00 xIn 0% -

[7] - - 0.00 xIn 0% -

[8] - - 0.00 xIn 0% -

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4.54. Programmable stage 99-7

Programmable stage 99-7

Enable for 99-7 ☐

Priority 20 [ms]
Programmable stage 7 status -
Force flag ☐
Timebase for input value A Instant
Coupling A IA
IA 114 [A]
Compare condition >
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 1500 1500 1500 1500

setting [A]

Pick-up 1.20 1.20 1.20 1.20

setting [xIn]

Operation 0.50 0.50 0.50 0.50

delay [s]

Common settings

Hysteresis 3.0 [%]

No compare limit for mode < 0.00 [xIn]

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Table 68 - FAULT LOG

Date hh:mm:ss.ms Fault Elapsed delay Group

value

[1] - - 0.00 xIn 0% -

[2] - - 0.00 xIn 0% -

[3] - - 0.00 xIn 0% -

[4] - - 0.00 xIn 0% -

[5] - - 0.00 xIn 0% -

[6] - - 0.00 xIn 0% -

[7] - - 0.00 xIn 0% -

[8] - - 0.00 xIn 0% -

4.55. Programmable stage 99-8

Programmable stage 99-8

Enable for 99-8 ☐

Priority 20 [ms]
Programmable stage 8 status -
Force flag ☐
Timebase for input value A Instant
Coupling A IA
IA 114 [A]
Compare condition >
Set group 1 DI control -
Set group 2 DI control -
Set group 3 DI control -
Set group 4 DI control -

Selected: Group 1

Group 1 Group 2 Group 3 Group 4

Pick-up 1500 1500 1500 1500

setting [A]

Pick-up 1.20 1.20 1.20 1.20

setting [xIn]

Operation 0.50 0.50 0.50 0.50

delay [s]

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Common settings

Hysteresis 3.0 [%]

No compare limit for mode < 0.00 [xIn]

Table 69 - FAULT LOG

Date hh:mm:ss.ms Fault Elapsed delay Group

value

[1] - - 0.00 xIn 0% -

[2] - - 0.00 xIn 0% -

[3] - - 0.00 xIn 0% -

[4] - - 0.00 xIn 0% -

[5] - - 0.00 xIn 0% -

[6] - - 0.00 xIn 0% -

[7] - - 0.00 xIn 0% -

[8] - - 0.00 xIn 0% -

4.56. Breaker failure 50BF

Breaker failure 50BF

Enable for 50BF ☐

Status -
Start counter 0
Trip counter 0
Monitored Trip relay -
Operation delay 0.50 [s]

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Table 70 - FAULT LOG

Date hh:mm:ss.ms Elapsed delay

[1] - - 0%

[2] - - 0%

[3] - - 0%

[4] - - 0%

[5] - - 0%

[6] - - 0%

[7] - - 0%

[8] - - 0%

4.57. Breaker failure 50BF-1

Breaker failure 50BF-1

Enable for 50BF-1 ☑

Status -
Start counter 411
Trip counter 389

Zero current detection

Max. of IA IB IC 119 [A]

Pick-up setting 125 [A]
Pick-up setting 0.10 [xIn]

Zero E-F current detection

IN-1 residual current 0.000 [pu]

IN input IN-1
Pick-up setting 62.50 [A]
Pick-up setting 0.050 [pu]

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Condition 1

State inactive
Enable monitoring DI4
Monitored protection stage 50/51-1
Monitored protection stage 67-1
Monitored protection stage 50/51-2
Monitored protection stage -
Monitored protection stage -
Monitored protection stage -

Reset condition 1

Reset by CB status -
Reset by monitored stage ☑
Reset by zero current ☐

Condition 2

State inactive
Enable monitoring DI4
Monitored protection stage 50N/51N-1
Monitored protection stage 50N/51N-2
Monitored protection stage 67N-1
Monitored protection stage -
Monitored protection stage -
Monitored protection stage -

Reset condition 2

Reset by CB status -
Reset by monitored stage ☑
Reset by zero E-F current ☐

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Condition 3

State inactive
Enable monitoring DI4
Monitored protection stage 59-1
Monitored protection stage 27-1
Monitored protection stage 59N-1
Monitored protection stage -
Monitored protection stage -
Monitored protection stage -

Reset condition 3

Reset by CB status -
Reset by monitored stage ☑

Condition 4

State inactive
Enable monitoring -
Monitored Trip relay -
Monitored Trip relay -
Monitored Trip relay -
Monitored input -
Monitored input -
Monitored input -

Reset condition 4

Reset by CB status DI3

Reset by monitored signal ☑

DELAY

Operation delay 0.20 [s]

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Table 71 - FAULT LOG

Date hh:mm:ss.ms Elapsed delay Trigger

source

[1] 18.07.2024 03:52:23.488 20 % 59-1

[2] 18.07.2024 01:42:39.838 25 % 59-1

[3] 18.07.2024 01:09:44.658 100 % 67-1

[4] 18.07.2024 01:08:55.718 100 % 67-1

[5] 18.07.2024 01:02:03.148 100 % 67-1

[6] 18.07.2024 00:58:00.088 100 % 67-1

[7] 18.07.2024 00:57:16.328 100 % 67-1

[8] 18.07.2024 00:50:35.058 100 % 67-1

4.58. Breaker failure 50BF-2

Breaker failure 50BF-2

Enable for 50BF-2 ☐

Status -
Start counter 0
Trip counter 0

Zero current detection

Max. of IA IB IC 119 [A]

Pick-up setting 125 [A]
Pick-up setting 0.10 [xIn]

Zero E-F current detection

IN-1 residual current 0.000 [pu]

IN input IN-1
Pick-up setting 62.50 [A]
Pick-up setting 0.050 [pu]

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Condition 1

State inactive
Enable monitoring -
Monitored protection stage -
Monitored protection stage -
Monitored protection stage -
Monitored protection stage -
Monitored protection stage -
Monitored protection stage -

Reset condition 1

Reset by CB status -
Reset by monitored stage ☑
Reset by zero current ☐

Condition 2

State inactive
Enable monitoring -
Monitored protection stage -
Monitored protection stage -
Monitored protection stage -
Monitored protection stage -
Monitored protection stage -
Monitored protection stage -

Reset condition 2

Reset by CB status -
Reset by monitored stage ☑
Reset by zero E-F current ☐

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Condition 3

State inactive
Enable monitoring -
Monitored protection stage -
Monitored protection stage -
Monitored protection stage -
Monitored protection stage -
Monitored protection stage -
Monitored protection stage -

Reset condition 3

Reset by CB status -
Reset by monitored stage ☑

Condition 4

State inactive
Enable monitoring -
Monitored Trip relay -
Monitored Trip relay -
Monitored Trip relay -
Monitored input -
Monitored input -
Monitored input -

Reset condition 4

Reset by CB status -
Reset by monitored signal ☑

DELAY

Operation delay 0.20 [s]

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Table 72 - FAULT LOG

Date hh:mm:ss.ms Elapsed delay Trigger source

[1] - - 0%

[2] - - 0%

[3] - - 0%

[4] - - 0%

[5] - - 0%

[6] - - 0%

[7] - - 0%

[8] - - 0%

4.59. 2nd harmonic inrush detection 68F2

2nd harmonic inrush detection 68F2

Enable for 68F2 ☐

Current input IL
2. harmonic of IA 0 [%]
2. harmonic of IB 0 [%]
2. harmonic of IC 0 [%]
Status -
Start counter 0
Trip counter 0
Pick-up setting 100 [%]
Operation delay 0.05 [s]

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Table 73 - FAULT LOG

Date hh:mm:ss.ms Fault current Elapsed delay

[1] - - 0% 0%

[2] - - 0% 0%

[3] - - 0% 0%

[4] - - 0% 0%

[5] - - 0% 0%

[6] - - 0% 0%

[7] - - 0% 0%

[8] - - 0% 0%

4.60. 5th harmonic detection 68H5

5th harmonic detection 68H5

Enable for 68H5 ☐

Current input IL
5. harmonic of IA 0 [%]
5. harmonic of IB 0 [%]
5. harmonic of IC 0 [%]
Status -
Start counter 0
Trip counter 0
Pick-up setting 60 [%]
Operation delay 0.03 [s]

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Table 74 - FAULT LOG

Date hh:mm:ss.ms Fault current Elapsed delay

[1] - - 0% 0%

[2] - - 0% 0%

[3] - - 0% 0%

[4] - - 0% 0%

[5] - - 0% 0%

[6] - - 0% 0%

[7] - - 0% 0%

[8] - - 0% 0%

4.61. Auto-recloser 79

Auto-recloser 79

Enable Auto-Recloser ☐
DI for ARon/ARoff -
Breaker object in use Obj1
Breaker 1 object Obj1
Breaker 2 object -
Auto CB selection ☐
Input for selecting CB2 -
Auto-Recloser status Inhibit
AR shot number -
Reclaim time 10.00 [s]
Block by external synchro-check -
AR info for mimic display ☐

TOTAL COUNTERS

AR start counter 0
AR fail counter 0
Shot1 start counter 0
Shot2 start counter 0
Shot3 start counter 0
Shot4 start counter 0

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Shot5 start counter 0

Request from AR1

Shot1 start counter 0

Shot2 start counter 0
Shot3 start counter 0
Shot4 start counter 0
Shot5 start counter 0

Request from AR2

Shot1 start counter 0

Shot2 start counter 0
Shot3 start counter 0
Shot4 start counter 0
Shot5 start counter 0

Request from AR3

Shot1 start counter 0

Shot2 start counter 0
Shot3 start counter 0
Shot4 start counter 0
Shot5 start counter 0

Request from AR4

Shot1 start counter 0

Shot2 start counter 0
Shot3 start counter 0
Shot4 start counter 0
Shot5 start counter 0

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4.62. AR Shot settings 79

AR Shot settings 79

Use shot specific reclaim time ☐

Reclaim time 10.00 [s]

Table 75 - Shot 1

Enable AR Block Start delay Dead time Discrimination time Reclaim time

☐ 1 - 0.02 s 5.00 s 0.02 s 10.00 s

☐ 2 - 0.02 s 5.00 s 0.02 s 10.00 s

☐ 3 - 0.02 s 5.00 s 0.02 s 10.00 s

☐ 4 - 0.02 s 5.00 s 0.02 s 10.00 s

Table 76 - Shot 2

Enable AR Block Dead Discrimination time Reclaim time

time

☐ 1 - 5.00 s 0.02 s 10.00 s

☐ 2 - 5.00 s 0.02 s 10.00 s

☐ 3 - 5.00 s 0.02 s 10.00 s

☐ 4 - 5.00 s 0.02 s 10.00 s

Table 77 - Shot 3

Enable AR Block Dead Discrimination time Reclaim time

time

☐ 1 - 5.00 s 0.02 s 10.00 s

☐ 2 - 5.00 s 0.02 s 10.00 s

☐ 3 - 5.00 s 0.02 s 10.00 s

☐ 4 - 5.00 s 0.02 s 10.00 s

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Table 78 - Shot 4

Enable AR Block Dead Discrimination time Reclaim time

time

☐ 1 - 5.00 s 0.02 s 10.00 s

☐ 2 - 5.00 s 0.02 s 10.00 s

☐ 3 - 5.00 s 0.02 s 10.00 s

☐ 4 - 5.00 s 0.02 s 10.00 s

Table 79 - Shot 5

Enable AR Block Dead Discrimination time Reclaim time

time

☐ 1 - 5.00 s 0.02 s 10.00 s

☐ 2 - 5.00 s 0.02 s 10.00 s

☐ 3 - 5.00 s 0.02 s 10.00 s

☐ 4 - 5.00 s 0.02 s 10.00 s

4.63. AR counter texts

Local panel and Setting tool

AR start counter AR start counter

AR fail counter AR fail counter
Shot1 start counter Shot1 start counter
Shot2 start counter Shot2 start counter
Shot3 start counter Shot3 start counter
Shot4 start counter Shot4 start counter
Shot5 start counter Shot5 start counter
Request from AR1 Request from AR1
Request from AR2 Request from AR2
Request from AR3 Request from AR3
Request from AR4 Request from AR4

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Local panel

Starts Starts
Fail Fail
Shot1 Shot1
Shot2 Shot2
Shot3 Shot3
Shot4 Shot4
Shot5 Shot5

4.64. CB wear

CB wear

Enable for CBWEAR ☐

Monitored Trip relay -

Table 80 - ALARM SETTING

Alarm Alarm level Limit for oper. left

1 0.80 kA 500

2 6.00 kA 50

Table 81 - OPERATIONS LEFT

Phase Alarm1 Alarm2

1 10000 945

2 10000 945

3 10000 945

CB wear alarm 1 -
CB wear alarm 2 -

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Table 82 - BREAKER CURVE

Current points Limit for oper. left

0.00 kA 10000

1.25 kA 10000

31.00 kA 80

100.00 kA 1

100.00 kA 1

100.00 kA 1

100.00 kA 1

100.00 kA 1

LATEST BREAK CURRENTS

Date -
hh:mm:ss.ms -
Phase current IA 0 [A]
Phase current IB 0 [A]
Phase current IC 0 [A]

Event enabling

'Alarm 1 On' event ☑

'Alarm 1 Off' event ☑
'Alarm 2 On' event ☑
'Alarm 2 Off' event ☑

4.65. CB monitoring 1

CB monitoring 1

Enable for CBMON1 ☐

Monitored object -

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LATEST BREAK CURRENTS

Date -
hh:mm:ss.ms -
Phase current IA 0 [A]
Phase current IB 0 [A]
Phase current IC 0 [A]

Table 83 - CUMULATIVE BREAKING CURRENT

Low limit High limit Sum ph A Sum ph B Sum ph C Cnt ph A Cnt ph B Cnt ph C
0.0 kA 2.5 kA 0.00 kA2 0.00 kA2 0.00 kA2 0 0 0
2.5 kA 6.3 kA 0.00 kA2 0.00 kA2 0.00 kA2 0 0 0
6.3 kA 12.5 kA 0.00 kA2 0.00 kA2 0.00 kA2 0 0 0
12.5 kA 50.0 kA 0.00 kA2 0.00 kA2 0.00 kA2 0 0 0
50.0 kA 0.00 kA2 0.00 kA2 0.00 kA2 0 0 0

Cumul. breaking current ph A 0.00 [kA2]

Cumul. breaking current ph B 0.00 [kA2]
Cumul. breaking current ph C 0.00 [kA2]

Alarm setting

Alarm 1 threshold 1000 [kA2]

CB mon 1 alarm 1 -
Alarm 2 threshold 1500 [kA2]
CB mon 1 alarm 2 -

Event enabling

'Alarm 1 On' event ☑

'Alarm 1 Off' event ☑
'Alarm 2 On' event ☑
'Alarm 2 Off' event ☑

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OPENING COUNTS

CBM1 Open count 0

TRIP COUNTS

CBM1 Trip counter 0

RACK-OUT COUNTER

DI for rack-out -
Rack-out counter 0

OPERATING TIMES

Table 84 - Opening times

Date hh:mm:ss.ms Op time

[1] - - - ms

[2] - - - ms

[3] - - - ms

[4] - - - ms

[5] - - - ms

[6] - - - ms

[7] - - - ms

[8] - - - ms

Opening avg of last 20 0 [ms]

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Table 85 - Closing times

Date hh:mm:ss.ms Op time

[1] - - - ms

[2] - - - ms

[3] - - - ms

[4] - - - ms

[5] - - - ms

[6] - - - ms

[7] - - - ms

[8] - - - ms

Closing avg of last 20 0 [ms]

Table 86 - Charging times

Date hh:mm:ss.ms Op time

[1] - - -s

[2] - - -s

[3] - - -s

[4] - - -s

[5] - - -s

[6] - - -s

[7] - - -s

[8] - - -s

Charging avg of last 20 0 [s]

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4.66. CT supervision 60

CT supervision 60

Enable for 60 ☐
Status -
Max. of IA IB IC 119 [A]
Min. of IA IB IC 113 [A]
Imax> setting 750 [A]
Imin< setting 250 [A]
Imax> setting 0.60 [xIn]
Imin< setting 0.20 [xIn]
Operation delay 0.10 [s]
60 event on ☑
60 event off ☑

Table 87 - FAULT LOG

Date hh:mm:ss.ms Imax Imin

[1] - - 0A 0A

4.67. VT supervision 60FL

VT supervision 60FL

Enable for 60FL ☐

60FL status -
Neg. sequence V2 0.7 [%]
Neg. sequence I2 0.3 [%]
V2> setting 31.5 [%]
I2< setting 20.0 [%]
Operation delay 0.10 [s]
60FL event on ☑
60FL event off ☑

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Table 88 - FAULT LOG

Date hh:mm:ss.ms V2 value I2 value

[1] - - 0.0 % 0.0 %

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5. MATRIX

5.1. Output matrix

Figure 16 - Output matrix

Matrix: 'Output matrix' page reference 224

5.2. Block matrix

Figure 17 - Block matrix

Matrix: 'Block matrix' page reference 266

5.3. Auto-recloser matrix

Figure 18 - Auto-recloser matrix

Matrix: 'Auto-recloser matrix' page reference 322

5.4. Object block matrix

Figure 19 - Object block matrix

Matrix: 'Object block matrix' page reference 336

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6. LOGS

6.1. Event buffer

6.2. Month max

Month max

Timebase for maximums 1s

Table 89 - PAST 31 DAYS

Measurement Date Time of day

160 A 16.07.2024 22:52:47

168 A 16.07.2024 22:52:47

167 A 16.07.2024 22:52:47

0.00 A 18.07.2024 00:00:01

Description Measurement Date Time of day

Pmax 5296 kW 09.07.2024 16:22:24

Pmin 0 kW 16.07.2024 01:49:46

Qmax 3091 kvar 16.07.2024 22:52:47

Qmin 0 kvar 16.07.2024 01:49:46

Smax 5940 kVA 16.07.2024 22:52:47

Table 90 - PAST 12 MONTHS

Month Year IAmax IBmax ICmax IN-1max Pmax Pmin Qmax Qmin Smax
JANUARY 2024 25 A 27 A 25 A 0.00 A 563 -1 kW 714 -266 780
kW kvar kvar kVA
FEBRUARY 2024 25 A 27 A 24 A 0.01 A 584 0 kW 703 -237 767
kW kvar kvar kVA
MARCH 2024 34 A 37 A 35 A 0.00 A 452 0 kW 945 -252 1032
kW kvar kvar kVA

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APRIL 2024 22 A 24 A 22 A 0.00 A 533 -17 553 -251 696
kW kW kvar kvar kVA
MAY 2024 102 A 110 A 84 A 0.00 A 577 0 kW 2404 0 kvar 2515
kW kvar kVA
JUNE 2024 131 A 133 A 133 A 0.00 A 4386 0 kW 2149 0 kvar 4718
kW kvar kVA
JULY 2024 160 A 168 A 167 A 0.00 A 5296 0 kW 3091 0 kvar 5940
kW kvar kVA
AUGUST 2023 0A 0A 0A 0.00 A 0 kW 0 kW 0 kvar 0 kvar 0 kVA
SEPTEMBER 2023 0A 0A 0A 0.00 A 0 kW 0 kW 0 kvar 0 kvar 0 kVA
OCTOBER 2023 0A 0A 0A 0.00 A 0 kW 0 kW 0 kvar 0 kvar 0 kVA
NOVEMBER 2023 0A 0A 0A 0.00 A 0 kW 0 kW 0 kvar 0 kvar 0 kVA
DECEMBER 2023 51 A 45 A 46 A 0.00 A 293 -29 920 -397 922
kW kW kvar kvar kVA

6.3. Running hour counter

Running hour counter

Engine running hours 9 [h]

Engine running seconds 1330 [s]
Start counter 429
Running hours status Stop
Run hour DI link DI1
Started at 03.03.2023
- 14:35:44
Stopped at 03.03.2023
- 14:36:04

Label and descr. for Run h cntr

Runh Runh
Engine running hours Engine running hours

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6.4. Voltage interrupts

Voltage interrupts

Interruption counter 2
Prev. # of interrupts 5
Total interrupt time 50;58 [m:s]
Previous total int time 9 08 [h]
Pos. sequence V1 103 [%Un]
Voltage low limit 64 [%]
Voltage interrupt ok
Int. Calc. period Month
Interrupt on event ☑
Interrupt off event ☑

6.5. Event enabling - stages 1

Figure 20 - Event enabling - stages 1

Matrix: 'Event enabling - stages 1' page reference 364

6.6. Event enabling - stages 2

49F events

'Start On' event ☑

'Start Off' event ☑
'Trip On' event ☑
'Trip Off' event ☑
'Status Chg' event ☐

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67NI events

'Start On' event ☑

'Start Off' event ☑
'Trip On' event ☑
'Trip Off' event ☑
'Status Chg' event ☐
'Group Chg' event ☐

6.7. Event enabling - objects

CTRL OBJECT 1

'Open' event ☑
'Closed' event ☑
'Undefined11' event ☑
'Undefined00' event ☑
'Open request' event ☐
'EndOfOpenReq' event ☐
'Close request' event ☐
'EndOfCloseReq' event ☐
'CtrlInhibited' event ☐
'Final trip' event ☐
'Final trip off' event ☐
'Open blocked' event ☐
'Open blocked off' event ☐
'Close blocked' event ☐
'Close blocked off' event ☐
'Inactivity alarm on' event ☐
'Inactivity alarm off' event ☐

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CTRL OBJECT 2

'Open' event ☑
'Closed' event ☑
'Undefined11' event ☑
'Undefined00' event ☑
'Open request' event ☐
'EndOfOpenReq' event ☐
'Close request' event ☐
'EndOfCloseReq' event ☐
'CtrlInhibited' event ☐
'Final trip' event ☐
'Final trip off' event ☐
'Open blocked' event ☐
'Open blocked off' event ☐
'Close blocked' event ☐
'Close blocked off' event ☐
'Inactivity alarm on' event ☐
'Inactivity alarm off' event ☐

CTRL OBJECT 3

'Open' event ☑
'Closed' event ☑
'Undefined11' event ☑
'Undefined00' event ☑
'Open request' event ☐
'EndOfOpenReq' event ☐
'Close request' event ☐
'EndOfCloseReq' event ☐
'CtrlInhibited' event ☐
'Final trip' event ☐
'Final trip off' event ☐

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'Open blocked' event ☐
'Open blocked off' event ☐
'Close blocked' event ☐
'Close blocked off' event ☐
'Inactivity alarm on' event ☐
'Inactivity alarm off' event ☐

CTRL OBJECT 4

'Open' event ☑
'Closed' event ☑
'Undefined11' event ☑
'Undefined00' event ☑
'Open request' event ☐
'EndOfOpenReq' event ☐
'Close request' event ☐
'EndOfCloseReq' event ☐
'CtrlInhibited' event ☐
'Final trip' event ☐
'Final trip off' event ☐
'Open blocked' event ☐
'Open blocked off' event ☐
'Close blocked' event ☐
'Close blocked off' event ☐
'Inactivity alarm on' event ☐
'Inactivity alarm off' event ☐

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CTRL OBJECT 5

'Open' event ☑
'Closed' event ☑
'Undefined11' event ☑
'Undefined00' event ☑
'Open request' event ☐
'EndOfOpenReq' event ☐
'Close request' event ☐
'EndOfCloseReq' event ☐
'CtrlInhibited' event ☐
'Final trip' event ☐
'Final trip off' event ☐
'Open blocked' event ☐
'Open blocked off' event ☐
'Close blocked' event ☐
'Close blocked off' event ☐
'Inactivity alarm on' event ☐
'Inactivity alarm off' event ☐

CTRL OBJECT 6

'Open' event ☑
'Closed' event ☑
'Undefined11' event ☑
'Undefined00' event ☑
'Open request' event ☐
'EndOfOpenReq' event ☐
'Close request' event ☐
'EndOfCloseReq' event ☐
'CtrlInhibited' event ☐
'Final trip' event ☐
'Final trip off' event ☐

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'Open blocked' event ☐
'Open blocked off' event ☐
'Close blocked' event ☐
'Close blocked off' event ☐
'Inactivity alarm on' event ☐
'Inactivity alarm off' event ☐

CTRL OBJECT 7

'Open' event ☑
'Closed' event ☑
'Undefined11' event ☑
'Undefined00' event ☑
'Open request' event ☐
'EndOfOpenReq' event ☐
'Close request' event ☐
'EndOfCloseReq' event ☐
'CtrlInhibited' event ☐
'Final trip' event ☐
'Final trip off' event ☐
'Open blocked' event ☐
'Open blocked off' event ☐
'Close blocked' event ☐
'Close blocked off' event ☐
'Inactivity alarm on' event ☐
'Inactivity alarm off' event ☐

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CTRL OBJECT 8

'Open' event ☑
'Closed' event ☑
'Undefined11' event ☑
'Undefined00' event ☑
'Open request' event ☐
'EndOfOpenReq' event ☐
'Close request' event ☐
'EndOfCloseReq' event ☐
'CtrlInhibited' event ☐
'Final trip' event ☐
'Final trip off' event ☐
'Open blocked' event ☐
'Open blocked off' event ☐
'Close blocked' event ☐
'Close blocked off' event ☐
'Inactivity alarm on' event ☐
'Inactivity alarm off' event ☐
'Local/Remote' event ☑

6.8. Event enabling - AR

Event enabling

AR request ☑
Shot starts ☑
AR locked ☑
Critical AR req. ☑
AR running ☑
AR final trip ☑
End of AR request ☑
End of shot ☑
End of critical req. ☑

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AR unlocked ☑
AR stopped ☑
Final trip ready ☑
AR enabled ☑
AR disabled ☑

Final 'trip on' events

Critical final trip ☑

AR1 final trip ☑
AR2 final trip ☑
AR3 final trip ☑
AR4 final trip ☑

Final 'trip off' events

Critical final trip ☑

AR1 final trip ☑
AR2 final trip ☑
AR3 final trip ☑
AR4 final trip ☑

6.9. Event enabling - logic

Table 91 - Event enabling - logic

Logic On Event Off Event

1 ☐ ☐
2 ☐ ☐
3 ☐ ☐
4 ☐ ☐
5 ☐ ☐
6 ☐ ☐
7 ☐ ☐
8 ☐ ☐

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9 ☐ ☐
10 ☐ ☐
11 ☐ ☐
12 ☐ ☐
13 ☐ ☐
14 ☐ ☐
15 ☐ ☐
16 ☐ ☐
17 ☐ ☐
18 ☐ ☐
19 ☐ ☐
20 ☐ ☐

Table 92 - EVENT TEXTS

Logic On Event Off Event

1 Logic output 1 on Logic output 1 off

2 Logic output 2 on Logic output 2 off

3 Logic output 3 on Logic output 3 off

4 Logic output 4 on Logic output 4 off

5 Logic output 5 on Logic output 5 off

6 Logic output 6 on Logic output 6 off

7 Logic output 7 on Logic output 7 off

8 Logic output 8 on Logic output 8 off

9 Logic output 9 on Logic output 9 off

10 Logic output 10 on Logic output 10 off

11 Logic output 11 on Logic output 11 off

12 Logic output 12 on Logic output 12 off

13 Logic output 13 on Logic output 13 off

14 Logic output 14 on Logic output 14 off

15 Logic output 15 on Logic output 15 off

16 Logic output 16 on Logic output 16 off

17 Logic output 17 on Logic output 17 off

18 Logic output 18 on Logic output 18 off

19 Logic output 19 on Logic output 19 off

20 Logic output 20 on Logic output 20 off

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6.10. Event enabling - other

LINE ALARM

Alarm L1..3 event ☑

Alarm L1..3 off event ☑
Overcurrent alarm event ☑
Overcurrent alarm off event ☑
Earth Fault alarm event ☑
Earth Fault alarm off event ☑
New event for increased fault ☑

LINE FAULT

Trip L1..3 event ☑

Trip L1..3 off event ☑
Overcurrent trip event ☑
Overcurrent trip off event ☑
Earth Fault trip event ☑
Earth Fault trip off event ☑
Global trip events ☑

SetGrp common change

Set group active event ☑

Set group inactive event ☑

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System monitoring

User login event ☐

User logout event ☐
Auto-logout event ☐
Failed login event ☐
Change pwd event ☐
Setting change event ☐
Communication active event ☐
Communication inactive event ☐
LED change event ☐

6.11. DI event texts

Table 93 - DI event texts

Input On Event Off Event

1 DI1 on DI1 off

2 DI2 on DI2 off

3 DI3 on DI3 off

4 DI4 on DI4 off

5 DI5 on DI5 off

6 DI6 on DI6 off

7 DI7 on DI7 off

8 DI8 on DI8 off

9 DI9 on DI9 off

10 DI10 on DI10 off

11 DI11 on DI11 off

12 DI12 on DI12 off

13 DI13 on DI13 off

14 DI14 on DI14 off

15 DI15 on DI15 off

16 DI16 on DI16 off

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7. COMMUNICATION

7.1. Protocol configuration

ETHERNET

Enable Ethernet Communication ☑

MAC address 001AD3250B8F
Enable DHCP service ☐
Enable IP verification service ☐
IP Address 10.10.6.100
NetMask 255.255.255.0
Gateway ARP max tryouts 5
Gateway 0.0.0.0
NTP server 0.0.0.0
NTP server (BackUp) 0.0.0.0
TCP keepalive interval 0 [s]
Ethernet packets received 872543
Ethernet packets per second 0
Max Ethernet packets per second 51
Eth packets per second limit 75
Ethernet packets sent 0
Eth Port1 status 100M FD
Eth Port2 status Link down

FTP SERVER

Enable FTP server ☐

FTP max speed 4 [kB/s]

Enable HTTP server

Enable HTTP server ☐

HTTP server port 80
HTTP server access ReadWrite

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Enable Telnet

Enable Telnet ☐
TCP port for setting tool 23

Advanced Ethernet options

Send Gratuitous ARP ☐

Storm protection limit 1.00 [%]
Storm protection on Port1 ☐
Storm protection on Port2 ☐
Sniffer mode ☐
Mirrored Port EthPort2
Disable Port1 AutoNegotiation Auto
Port1 AutoNeg. status ☐
Disable Port2 AutoNegotiation Auto
Port2 AutoNeg. status ☐

Ethernet Protocol 1

Enable ☑
Protocol IEC-61850
Port number 102
Set port number -
Message counter 0
Error counter 0
Timeout counter 0

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Ethernet Protocol 2

Enable ☑
Protocol ModBusTCPs
Port number 502
Set port number -
Message counter 0
Error counter 0
Timeout counter 0

REDUNDANCY PROTOCOL FOR ETHERNET

Redundancy Protocol None

IP firewall

Enable IP firewall ☐

Index Enable Action Name IP address Counter

1 ☐ Allow - - 0

2 ☐ Allow - - 0

3 ☐ Allow - - 0

4 ☐ Allow - - 0

5 ☐ Allow - - 0

6 ☐ Allow - - 0

7 ☐ Allow - - 0

8 ☐ Allow - - 0

9 ☐ Allow - - 0

10 ☐ Allow - - 0

Default action Reject

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Unexpected packets

Counter 0
Limit 10
Recent period 1 [min]
Alarm -

7.2. MODBUS main configuration

MODBUS main configuration

Slave number 1
ModBus bit rate 9600 [bps]
Parity Even

7.3. MODBUS slave: 401991->

Table 94 - Read-only items 401991->

Name Access Scaling Setting for Address

scaling

[1] Reread event R- 1=1 - 401991...401995

[2] Events R- 1=1 - 401996...402000

[3] Alive indicator R- 1=1 - 402001

[4] DI R- 1=1 - 402007

[5] DIs after DI16 for R- 1=1 - 402008

ModBus
[6] Phase current IA R- 1A=1 - 402009

[7] Phase current IB R- 1A=1 - 402010

[8] Phase current IC R- 1A=1 - 402011

[9] IN-1 residual current R- 1.00 A = 100 - 402012

[10] Line-to-line voltage R- 1000 V = 1000 Voltage 402014

VAB scaling
[11] Line-to-line voltage R- 1000 V = 1000 Voltage 402015
VBC scaling
[12] Line-to-line voltage R- 1000 V = 1000 Voltage 402016
VCA scaling
[13] Phase-to-earth R- 1000 V = 1000 Voltage 402017
voltage VA scaling
[14] Phase-to-earth R- 1000 V = 1000 Voltage 402018
voltage VB scaling

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[15] Phase-to-earth R- 1000 V = 1000 Voltage 402019
voltage VC scaling
[16] Residual voltage R- 1.0 % = 10 - 402020

[17] Frequency R- 50.000 Hz = 5000 Frequency 402021

scaling
[18] Active power R- 1000 kW = 1000 Power scaling 402022

[19] Reactive power R- 1000 kvar = 1000 Power scaling 402023

[20] Apparent power R- 1000 kVA = 1000 Power scaling 402024

[21] Power factor R- 1.00 = 100 PF and cos 402025

scaling
[22] Energy Eexp R- 1=1 - 402026

[23] Eexp/10^4 R- 10^4 = 1 - 402027

[24] Eexp/10^8 R- 10^8 = 1 - 402028

[25] Energy EqExp R- 1=1 - 402029

[26] EqExp/10^4 R- 10^4 = 1 - 402030

[27] EqExp/10^8 R- 10^8 = 1 - 402031

[28] Energy Eimp R- 1=1 - 402032

[29] Eimp/10^4 R- 10^4 = 1 - 402033

[30] Eimp/10^8 R- 10^8 = 1 - 402034

[31] Energy EqImp R- 1=1 - 402035

[32] EqImp/10^4 R- 10^4 = 1 - 402036

[33] EqImp/10^8 R- 10^8 = 1 - 402037

[34] Tan phi R- 1.000 = 1000 Tan phii 402038

scaling
[35] Phase current IL R- 1A=1 - 402039

[36] Average line voltage R- 1000 V = 1000 Voltage 402040

scaling
[37] Average phase R- 1000 V = 1000 Voltage 402041
voltage scaling
[38] Obj1 state R- Open=0,Close=1,Undef=2 - 402042

[39] Obj2 state R- Open=0,Close=1,Undef=2 - 402043

[40] Obj3 state R- Open=0,Close=1,Undef=2 - 402044

[41] Obj4 state R- Open=0,Close=1,Undef=2 - 402045

[42] Obj5 state R- Open=0,Close=1,Undef=2 - 402046

[43] Obj6 state R- Open=0,Close=1,Undef=2 - 402047

[44] Remote/Local State RW REMOTE=0,LOCAL=1 - 402048

[45] Output relays R- 1=1 - 402049

[46] Obj7 state R- Open=0,Close=1,Undef=2 - 402050

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[47] Obj8 state R- Open=0,Close=1,Undef=2 - 402051

[48] Run hours/10^0 to R- 1=1 - 402057

ModBus
[49] Run hours/10^4 to R- 1=1 - 402058
ModBus
[50] Engine running RW 1s=1 - 402059
seconds
[51] Start counter RW 1=1 - 402060

[52] Events R- 1=1 - 402101...402105

[53] Last fault current RW 1.00 A = 100 - 402110

[54] Fault current R- 1.00 A = 100 - 402111

[55] Fault current R- 1.00 A = 100 - 402112

[56] Fault current R- 1.00 A = 100 - 402113

[57] Incomer FL fault R- 1.00 ohm = 100 - 402115

reactance
[58] Incomer FL R- OK=0,Calc=1,NegX=2,BigX=3,Long- - 402116
algorithm condition Flt=4,NoDI=5,NoPreFlt=6,NoPost-
Flt=7,ShrtFlt=8,PreUns=9,FltUn-
s=10,PostUns=11,Blocked=12,Off-
=13
[59] Feeder FL fault R- 1.00 ohm = 100 - 402117
reactance
[60] Feeder FL algorithm R- OK=0,Calc=1,NoVoltage=2,NoDI=3- - 402118
condition ,NegX=4
[61] Alarm L1..L3 R- 1=1 - 402121

[62] Fault L1..L3 R- 1=1 - 402122

[63] Last fault IN current R- 1.00 A = 100 - 402130

[64] Fault current R- 1.000 A = 1000 - 402131

[65] Fault current R- 1.00 A = 100 - 402132

[66] Fault current R- 1.00 A = 100 - 402133

[67] Fault current R- 1.00 A = 100 - 402134

[68] Diagnostic register 1 R- 1=1 - 402191

[69] Diagnostic register 2 R- 1=1 - 402192

[70] Diagnostic register 3 R- 1=1 - 402193

[71] Diagnostic register 4 R- 1=1 - 402194

[72] HARMONICS of IA R- 1%=1 - 402201...402216

[73] HARMONICS of IB R- 1%=1 - 402221...402236

[74] HARMONICS of IC R- 1%=1 - 402241...402256

[75] HARMONICS of VA R- 1%=1 - 402301...402316

[76] HARMONICS of VB R- 1%=1 - 402321...402336

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[77] HARMONICS of VC R- 1%=1 - 402341...402356

[78] Reread event R- 1=1 - 402490...402494

[79] Output relays 2 R- 1=1 - 402495

[80] Output relays 3 R- 1=1 - 402496

Table 95 - Write items 402501->

Name Access Scaling Setting for Address

scaling

[1] Release latches RW Release=1 - 402501

[2] Synchronize minutes RW 1=1 - 402502

[3] Set RTC -W 1=1 - 402504...402507

[4] Open select Obj1 RW 1=1 - 402508

[5] Close select Obj1 RW 1=1 - 402509

[6] Execute operation -W 1=1 - 402510

Obj1
[7] Max ctrl pulse length RW 1.00 s = 100 - 402511
of Obj1
[8] Open select Obj2 RW 1=1 - 402512

[9] Close select Obj2 RW 1=1 - 402513

[10] Execute operation -W 1=1 - 402514

Obj2
[11] Max ctrl pulse length RW 1.00 s = 100 - 402515
of Obj2
[12] Cancel selected -W 1=1 - 402516
operation
[13] Open select Obj3 RW 1=1 - 402517

[14] Close select Obj3 RW 1=1 - 402518

[15] Execute operation -W 1=1 - 402519

Obj3
[16] Max ctrl pulse length RW 1.00 s = 100 - 402520
of Obj3
[17] Open select Obj4 RW 1=1 - 402521

[18] Close select Obj4 RW 1=1 - 402522

[19] Execute operation -W 1=1 - 402523

Obj4
[20] Max ctrl pulse length RW 1.00 s = 100 - 402524
of Obj4
[21] Ambient temp. user RW 1 °C = 1 - 402525
input
[22] SetGrp common RW 1=0,2=1,3=2,4=3 - 402526
change
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[23] Open select Obj5 RW 1=1 - 402527

[24] Close select Obj5 RW 1=1 - 402528

[25] Execute operation -W 1=1 - 402529

Obj5
[26] Max ctrl pulse length RW 1.00 s = 100 - 402530
of Obj5
[27] Open select Obj6 RW 1=1 - 402531

[28] Close select Obj6 RW 1=1 - 402532

[29] Execute operation -W 1=1 - 402533

Obj6
[30] Max ctrl pulse length RW 1.00 s = 100 - 402534
of Obj6
[31] Reset diagnostics RW RESET=1 - 402535

[32] Clear min & max RW Clear=1 - 402536

[33] Open select Obj7 RW 1=1 - 402538

[34] Close select Obj7 RW 1=1 - 402539

[35] Execute operation -W 1=1 - 402540

Obj7
[36] Max ctrl pulse length RW 1.00 s = 100 - 402541
of Obj7
[37] Open select Obj8 RW 1=1 - 402542

[38] Close select Obj8 RW 1=1 - 402543

[39] Execute operation -W 1=1 - 402544

Obj8
[40] Max ctrl pulse length RW 1.00 s = 100 - 402545
of Obj8

7.4. MODBUS slave: 403001->

Table 96 - MODBUS slave: 403001->

Name Access Scaling Setting for Address

scaling

[1] Pos. sequence I1 R- 1A=1 - 403001

[2] Neg. sequence I2 R- 1A=1 - 403002

[3] Current -seq./+seq. R- 1.0 % = 10 - 403003

[4] Current phase seq. R- ??=0,OK=1,Reverse=2 - 403004

[5] Phase current THD R- 1.0 % = 10 - 403005

[6] IA THD R- 1.0 % = 10 - 403006

[7] IB THD R- 1.0 % = 10 - 403007

[8] IC THD R- 1.0 % = 10 - 403008

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COMMUNICATION P3U30 settings report
[9] Phase current IL R- 1A=1 - 403009

[10] Min. of IA IB IC R- 1A=1 - 403010

[11] Max. of IA IB IC R- 1A=1 - 403011

[12] Phase current IRMS R- 1 Arms = 1 - 403012

[13] Phase current IARMS R- 1 Arms = 1 - 403015

[14] Phase current IBRMS R- 1 Arms = 1 - 403016

[15] Phase current ICRMS R- 1 Arms = 1 - 403017

[16] Temperature rise RW 1.0 % = 10 - 403018

[17] Ambient temperature R- 1 °C = 1 - 403019

monitor
[18] IAda demand R- 1A=1 - 403020

[19] IBda demand R- 1A=1 - 403021

[20] ICda demand R- 1A=1 - 403022

[21] INcalc demand R- 1.00 pu = 100 - 403023

[22] IN-1 demand R- 1.000 pu = 1000 - 403024

[23] Pos. sequence V1 R- 1000 V = 1000 Voltage scaling 403031

[24] Neg. sequence V2 R- 1000 V = 1000 Voltage scaling 403032

[25] Voltage -seq./+seq. R- 1.0 % = 10 - 403033

[26] Voltage phase seq. R- ??=0,OK=1,Reverse=2 - 403034

[27] Voltage THD R- 1.0 % = 10 - 403035

[28] Va THD R- 1.0 % = 10 - 403036

[29] Vb THD R- 1.0 % = 10 - 403037

[30] Vc THD R- 1.0 % = 10 - 403038

[31] Average line voltage R- 1000 V = 1000 Voltage scaling 403039

[32] Min of line voltages R- 1000 V = 1000 Voltage scaling 403040

[33] Max of line voltages R- 1000 V = 1000 Voltage scaling 403041

[34] Average phase voltage R- 1000 V = 1000 Voltage scaling 403042

[35] Min. of phase voltages R- 1000 V = 1000 Voltage scaling 403043

[36] Max. of phase voltages R- 1000 V = 1000 Voltage scaling 403044

[37] RMS voltage mean R- 1000 Vrms = 1000 Voltage scaling 403045

[38] Input voltage VARMS R- 1000 Vrms = 1000 Voltage scaling 403048

[39] Input voltage VBRMS R- 1000 Vrms = 1000 Voltage scaling 403049

[40] Input voltage VCRMS R- 1000 Vrms = 1000 Voltage scaling 403050

[41] VAB demand R- 1000 V = 1000 Voltage scaling 403051

[42] VBC demand R- 1000 V = 1000 Voltage scaling 403052

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COMMUNICATION P3U30 settings report
[43] VCA demand R- 1000 V = 1000 Voltage scaling 403053

[44] VA demand R- 1000 V = 1000 Voltage scaling 403054

[45] VB demand R- 1000 V = 1000 Voltage scaling 403055

[46] VC demand R- 1000 V = 1000 Voltage scaling 403056

[47] Cosine phi R- 1.00 = 100 PF and cos 403058

scaling
[48] Tan phi R- 1.000 = 1000 Tan phii 403059
scaling
[49] Power angle R- 1°=1 - 403060

[50] RMS active power R- 1000 kW = 1000 Power scaling 403061

[51] RMS reactive power R- 1000 kvar = 1000 Power scaling 403062

[52] RMS apparent power R- 1000 kVA = 1000 Power scaling 403063

[53] Active power demand R- 1000 kW = 1000 Power scaling 403066

[54] Reactive power demand R- 1000 kvar = 1000 Power scaling 403067

[55] Apparent power demand R- 1000 kVA = 1000 Power scaling 403068

[56] Power factor demand R- 1.00 = 100 PF and cos 403069

scaling
[57] RMS active power R- 1000 kW = 1000 Power scaling 403071
demand
[58] RMS reactive power R- 1000 kvar = 1000 Power scaling 403072
demand
[59] RMS apparent power R- 1000 kVA = 1000 Power scaling 403073
demand
[60] Phase A active power R- 1000 kW = 1000 Power scaling 403081

[61] Phase B active power R- 1000 kW = 1000 Power scaling 403082

[62] Phase C active power R- 1000 kW = 1000 Power scaling 403083

[63] Phase A reactive power R- 1000 kvar = 1000 Power scaling 403084

[64] Phase B reactive power R- 1000 kvar = 1000 Power scaling 403085

[65] Phase C reactive power R- 1000 kvar = 1000 Power scaling 403086

[66] Phase A apparent R- 1000 kVA = 1000 Power scaling 403087

power
[67] Phase B apparent R- 1000 kVA = 1000 Power scaling 403088
power
[68] Phase C apparent R- 1000 kVA = 1000 Power scaling 403089
power
[69] Cosine of phase A R- 1.00 = 100 PF and cos 403090
scaling
[70] Cosine of phase B R- 1.00 = 100 PF and cos 403091
scaling
[71] Cosine of phase C R- 1.00 = 100 PF and cos 403092
scaling

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COMMUNICATION P3U30 settings report

7.5. MODBUS slave: 403301->

Table 97 - MODBUS slave: 403301->

Name Access Scaling Setting for Address

scaling

[1] DI1 counter RW 1=1 - 403301

[2] DI2 counter RW 1=1 - 403302

[3] DI3 counter RW 1=1 - 403303

[4] DI4 counter RW 1=1 - 403304

[5] DI5 counter RW 1=1 - 403305

[6] DI6 counter RW 1=1 - 403306

[7] DI7 counter RW 1=1 - 403307

[8] DI8 counter RW 1=1 - 403308

[9] DI9 counter RW 1=1 - 403309

[10] DI10 counter RW 1=1 - 403310

[11] DI11 counter RW 1=1 - 403311

[12] DI12 counter RW 1=1 - 403312

[13] DI13 counter RW 1=1 - 403313

[14] DI14 counter RW 1=1 - 403314

[15] DI15 counter RW 1=1 - 403315

[16] DI16 counter RW 1=1 - 403316

[17] Shot1 start RC 1=1 - 403331

counter
[18] Shot2 start RC 1=1 - 403332
counter
[19] Shot3 start RC 1=1 - 403333
counter
[20] Shot4 start RC 1=1 - 403334
counter
[21] Shot5 start RC 1=1 - 403335
counter
[22] AR start counter RC 1=1 - 403336

[23] AR fail counter RC 1=1 - 403337

[24] AR shot number R- 1,2,3,4,5,END=6 - 403402

[25] Critical AR req. R- 1=1 - 403403

[26] AR locked R- 1=1 - 403404

[27] AR running R- 1=1 - 403405

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[28] Final trip R- 1=1 - 403406

[29] Auto-Recloser on R- 1=1 - 403407

[30] Voltage interrupt R- LOW=0,ok=1 - 403413

[31] Voltage status R- OK=0,LOW=1,HIGH=2,LOW/HIGH=3,(OK)=4,(LOW- - 403414

)=5,(HIGH)=6,(LOW)/HIGH=7
[32] Timer 1 status RW 0=1,1=2 - 403415

[33] Timer 2 status RW 0=1,1=2 - 403416

[34] Timer 3 status RW 0=1,1=2 - 403417

[35] Timer 4 status RW 0=1,1=2 - 403418

[36] Logic output R- 1=1 - 403419

states 1...10
[37] CBWAlarm 1 R- 1=1 - 403420

[38] CBWAlarm 2 R- 1=1 - 403421

[39] Logic output R- 1=1 - 403422

states 9...16
[40] Logic output R- 1=1 - 403423
states 17...20
[41] Virtual outputs (1- R- 1=1 - 403426
16)
[42] Virtual input 1 RW 0,1 - 403427

[43] Virtual input 2 RW 0,1 - 403428

[44] Virtual input 3 RW 0,1 - 403429

[45] Virtual input 4 RW 0,1 - 403430

[46] Logic Cntr1 R- 1=1 - 403451

[47] Logic Cntr2 R- 1=1 - 403452

[48] Logic Cntr3 R- 1=1 - 403453

[49] Logic Cntr4 R- 1=1 - 403454

[50] Logic Cntr5 R- 1=1 - 403455

[51] Logic Cntr6 R- 1=1 - 403456

[52] Virtual outputs R- 1=1 - 403457

(17-20)
[53] Virtual input 5 RW 0,1 - 403458

[54] Virtual input 6 RW 0,1 - 403459

[55] Virtual input 7 RW 0,1 - 403460

[56] Virtual input 8 RW 0,1 - 403461

[57] Virtual input 9 RW 0,1 - 403462

[58] Virtual input 10 RW 0,1 - 403463

[59] Virtual input 11 RW 0,1 - 403464

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COMMUNICATION P3U30 settings report
[60] Virtual input 12 RW 0,1 - 403465

[61] Virtual input 13 RW 0,1 - 403466

[62] Virtual input 14 RW 0,1 - 403467

[63] Virtual input 15 RW 0,1 - 403468

[64] Virtual input 16 RW 0,1 - 403469

[65] Virtual input 17 RW 0,1 - 403470

[66] Virtual input 18 RW 0,1 - 403471

[67] Virtual input 19 RW 0,1 - 403472

[68] Virtual input 20 RW 0,1 - 403473

7.6. MODBUS slave: 404001->

Table 98 - MODBUS slave: 404001->

Name Access Scaling Setting for Address

scaling

[1] Minimum RW 50.000 Hz Frequency 404001

frequency = 5000 scaling
[2] Minimum active RW 1000 kW Power scaling 404002
power = 1000
[3] Minimum react. RW 1000 kvar Power scaling 404003
power = 1000
[4] Minimum RW 1000 kVA Power scaling 404004
apparent power = 1000
[5] Min power factor RW 1.000 = PF and cos 404005
1000 scaling
[6] Minimum of IN-1 RW 1.0 % = - 404006
10
[7] Minimum of IN-2 RW 1.0 % = - 404007
10
[8] Minimum active RW 1000 kW Power scaling 404008
power = 1000
[9] Minimum react. RW 1000 kvar Power scaling 404009
power = 1000
[10] Minimum RW 1000 kVA Power scaling 404010
apparent power = 1000
[11] 15 min minimum RW 1.000 = PF and cos 404011
power factor 1000 scaling
[12] Minimum active RW 1000 kW Power scaling 404012
power = 1000
[13] Minimum react. RW 1000 kvar Power scaling 404013
power = 1000
[14] Minimum RW 1000 kVA Power scaling 404014
apparent power = 1000
[15] Minimum of IA RW 1A=1 - 404015

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COMMUNICATION P3U30 settings report
[16] Minimum of IB RW 1A=1 - 404016

[17] Minimum of IC RW 1A=1 - 404017

[18] RMS minimum of RW 1 Arms = - 404018

IA 1
[19] RMS minimum of RW 1 Arms = - 404019
IB 1
[20] RMS minimum of RW 1 Arms = - 404020
IC 1
[21] Minimum of IA RW 1A=1 - 404021

[22] Minimum of IB RW 1A=1 - 404022

[23] Minimum of IC RW 1A=1 - 404023

[24] RMS minimum of RW 1 Arms = - 404024

IA 1
[25] RMS minimum of RW 1 Arms = - 404025
IB 1
[26] RMS minimum of RW 1 Arms = - 404026
IC 1
[27] Minimum of VAB RW 1V=1 - 404030

[28] Minimum of VBC RW 1000 V = Voltage 404031

1000 scaling
[29] Minimum of VCA RW 1000 V = Voltage 404032
1000 scaling
[30] CBW Alarm level R- 1.00 kA = - 404042
1 100
[31] CBW Alarm level R- 1.00 kA = - 404043
2 100
[32] CBW Limit for R- 1=1 - 404044
oper. left 1
[33] CBW Limit for R- 1=1 - 404045
oper. left 2
[34] Maximum RW 50.000 Hz Frequency 404101
frequency = 5000 scaling
[35] Maximum active RW 1000 kW Power scaling 404102
power = 1000
[36] Maximum react. RW 1000 kvar Power scaling 404103
power = 1000
[37] Maximum RW 1000 kVA Power scaling 404104
apparent power = 1000
[38] Max power factor RW 1.000 = PF and cos 404105
1000 scaling
[39] Maximum of IN-1 RW 1.0 % = - 404106
10
[40] Maximum of IN-2 RW 1.0 % = - 404107
10
[41] Maximum active RW 1000 kW Power scaling 404108
power = 1000
[42] Maximum react. RW 1000 kvar Power scaling 404109
power = 1000

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COMMUNICATION P3U30 settings report
[43] Maximum RW 1000 kVA Power scaling 404110
apparent power = 1000
[44] 15 min maximum RW 1.000 = PF and cos 404111
power factor 1000 scaling
[45] Maximum active RW 1000 kW Power scaling 404112
power = 1000
[46] Maximum react. RW 1000 kvar Power scaling 404113
power = 1000
[47] Maximum RW 1000 kVA Power scaling 404114
apparent power = 1000
[48] Maximum of IA RW 1A=1 - 404115

[49] Maximum of IB RW 1A=1 - 404116

[50] Maximum of IC RW 1A=1 - 404117

[51] RMS maximum of RW 1 Arms = - 404118

IA 1
[52] RMS maximum of RW 1 Arms = - 404119
IB 1
[53] RMS maximum of RW 1 Arms = - 404120
IC 1
[54] Maximum of IA RW 1A=1 - 404121

[55] Maximum of IB RW 1A=1 - 404122

[56] Maximum of IC RW 1A=1 - 404123

[57] RMS maximum of RW 1 Arms = - 404124

IA 1
[58] RMS maximum of RW 1 Arms = - 404125
IB 1
[59] RMS maximum of RW 1 Arms = - 404126
IC 1
[60] Maximum of VAB RW 1000 V = Voltage 404130
1000 scaling
[61] Maximum of VBC RW 1000 V = Voltage 404131
1000 scaling
[62] Maximum of VCA RW 1000 V = Voltage 404132
1000 scaling
[63] Diagnostic R- 1=1 - 404563
register 2-1
[64] Diagnostic R- 1=1 - 404564
register 2-2
[65] Diagnostic R- 1=1 - 404565
register 2-3
[66] Diagnostic R- 1=1 - 404566
register 2-4
[67] Diagnostic R- 1=1 - 404567
register 3-1
[68] Diagnostic R- 1=1 - 404568
register 3-2
[69] Diagnostic R- 1=1 - 404569
register 3-3

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COMMUNICATION P3U30 settings report
[70] Diagnostic R- 1=1 - 404570
register 3-4
[71] Opening times 1 R- 1=1 - 404580...404619

[72] Closing times 1 R- 1=1 - 404630...404669

[73] Charging times 1 R- 1=1 - 404680...404719

[74] Object 1 open RW 1=1 - 404730

count
[75] Object 2 open RW 1=1 - 404731
count
[76] Object 3 open RW 1=1 - 404732
count
[77] Object 4 open RW 1=1 - 404733
count
[78] Object 5 open RW 1=1 - 404734
count
[79] Object 6 open RW 1=1 - 404735
count
[80] Object 7 open RW 1=1 - 404736
count
[81] Object 8 open RW 1=1 - 404737
count
[82] Incomer FL fault R- 1.0 km = - 404740...404741
distance 10
[83] Incomer FL R- 1.00 ohm - 404742...404743
impedance = 100
[84] Incomer FL R- 1.00 = 100 - 404744...404745
impedance angle
[85] Incomer FL fault R- 1=1 - 404746
ready
[86] Feeder FL Fault R- 1.0 km = - 404750...404751
distance 10
[87] Feeder FL R- 1.00 ohm - 404752...404753
impedance = 100
[88] Feeder FL R- 1.00 = 100 - 404754...404755
impedance angle
[89] Feeder FL fault R- 1=1 - 404756
ready
[90] CBMON1 Alarm 1 R- 1=1 - 404760

[91] CBMON1 Alarm 2 R- 1=1 - 404761

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COMMUNICATION P3U30 settings report

7.7. MODBUS slave: 405001->

Table 99 - MODBUS slave: 405001->

Name Access Scaling Setting for Address

scaling

[1] 67N-1 Group RW 1=0,2=1,3=2,4=3 - 405001

[2] 67N-1 Pick-up RW 1.000 pu = 1000 - 405002...405003

[3] 67N-1 Op delay RW 1.00 s = 100 - 405004...405005

[4] 67N-1 Delay RW DT=0,IEC=1,IEEE=2,IEEE2=3,RI=4,Prg1- - 405006

family =5,Prg2=6,Prg3=7
[5] 67N-1 Inv. time RW 1.000 = 1000 - 405007...405008
k
[6] 67N-2 Group RW 1=0,2=1,3=2,4=3 - 405009

[7] 67N-2 Pick-up RW 1.00 pu = 100 - 405010...405011

[8] 67N-2 Op delay RW 1.00 s = 100 - 405012...405013

[9] 67N-2 Delay RW DT=0,IEC=1,IEEE=2,IEEE2=3,RI=4,Prg1- - 405014

family =5,Prg2=6,Prg3=7
[10] 67N-2 Inv. time RW 1.000 = 1000 - 405015...405016
k
[11] 81R Group RW 1=0,2=1,3=2,4=3 - 405017

[12] 81R Pick-up RW 1.0 Hz/s = 10 - 405018...405019

[13] 81R Op delay RW 1.00 s = 100 - 405020...405021

[14] 67-1 Group RW 1=0,2=1,3=2,4=3 - 405022

[15] 67-1 Pick-up RW 1.00 xIn = 100 - 405023...405024

[16] 67-1 Op delay RW 1.00 s = 100 - 405025...405026

[17] 67-1 Delay RW DT=0,IEC=1,IEEE=2,IEEE2=3,RI=4,Prg1- - 405027

family =5,Prg2=6,Prg3=7
[18] 67-1 Inv. time k RW 1.000 = 1000 - 405028...405029

[19] 67-2 Group RW 1=0,2=1,3=2,4=3 - 405030

[20] 67-2 Pick-up RW 1.00 xIn = 100 - 405031...405032

[21] 67-2 Op delay RW 1.00 s = 100 - 405033...405034

[22] 67-2 Delay RW DT=0,IEC=1,IEEE=2,IEEE2=3,RI=4,Prg1- - 405035

family =5,Prg2=6,Prg3=7
[23] 67-2 Inv. time k RW 1.000 = 1000 - 405036...405037

[24] 67-3 Group RW 1=0,2=1,3=2,4=3 - 405038

[25] 67-3 Pick-up RW 1.00 xIn = 100 - 405039...405040

[26] 67-3 Op delay RW 1.00 s = 100 - 405041...405042

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COMMUNICATION P3U30 settings report
[27] 67-4 Group RW 1=0,2=1,3=2,4=3 - 405043

[28] 67-4 Pick-up RW 1.00 xIn = 100 - 405044...405045

[29] 67-4 Op delay RW 1.00 s = 100 - 405046...405047

[30] 50N/51N-1 RW 1=0,2=1,3=2,4=3 - 405048

Group
[31] 50N/51N-1 RW 1.000 pu = 1000 - 405049...405050
Pick-up
[32] 50N/51N-1 Op RW 1.00 s = 100 - 405051...405052
delay
[33] 50N/51N-1 RW DT=0,IEC=1,IEEE=2,IEEE2=3,RI=4,Prg1- - 405053
Delay family =5,Prg2=6,Prg3=7
[34] 50N/51N-1 Inv. RW 1.000 = 1000 - 405054...405055
time k
[35] 50N/51N-2 RW 1=0,2=1,3=2,4=3 - 405056
Group
[36] 50N/51N-2 RW 1.00 pu = 100 - 405057...405058
Pick-up
[37] 50N/51N-2 Op RW 1.00 s = 100 - 405059...405060
delay
[38] 50N/51N-3 RW 1=0,2=1,3=2,4=3 - 405061
Group
[39] 50N/51N-3 RW 1.00 pu = 100 - 405062...405063
Pick-up
[40] 50N/51N-3 Op RW 1.00 s = 100 - 405064...405065
delay
[41] 50N/51N-4 RW 1=0,2=1,3=2,4=3 - 405066
Group
[42] 50N/51N-4 RW 1.00 pu = 100 - 405067...405068
Pick-up
[43] 50N/51N-4 Op RW 1.00 s = 100 - 405069...405070
delay
[44] 68F2 Pick-up RW 1%=1 - 405071...405072

[45] 68F2 Op delay RW 1.00 s = 100 - 405073...405074

[46] 50/51-1 Group RW 1=0,2=1,3=2,4=3 - 405075

[47] 50/51-1 Pick-up RW 1.00 xIn = 100 - 405076...405077

[48] 50/51-1 Op RW 1.00 s = 100 - 405078...405079

delay
[49] 50/51-1 Delay RW DT=0,IEC=1,IEEE=2,IEEE2=3,RI=4,Prg1- - 405080
family =5,Prg2=6,Prg3=7
[50] 50/51-1 Inv. RW 1.000 = 1000 - 405081...405082
time k
[51] 50/51-2 Group RW 1=0,2=1,3=2,4=3 - 405083

[52] 50/51-2 Pick-up RW 1.00 xIn = 100 - 405084...405085

[53] 50/51-2 Op RW 1.00 s = 100 - 405086...405087

delay
[54] 50/51-3 Group RW 1=0,2=1,3=2,4=3 - 405088

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COMMUNICATION P3U30 settings report
[55] 50/51-3 Pick-up RW 1.00 xIn = 100 - 405089...405090

[56] 50/51-3 Op RW 1.00 s = 100 - 405091...405092

delay
[57] 81-1 Group RW 1=0,2=1,3=2,4=3 - 405093

[58] 81-1 Pick-up RW 50.00 Hz = 5000 - 405094...405095

[59] 81-1 Op delay RW 1.00 s = 100 - 405096...405097

[60] 81-2 Group RW 1=0,2=1,3=2,4=3 - 405098

[61] 81-2 Pick-up RW 50.00 Hz = 5000 - 405099...405100

[62] 81-2 Op delay RW 1.00 s = 100 - 405101...405102

[63] 59-1 Group RW 1=0,2=1,3=2,4=3 - 405103

[64] 59-1 Pick-up RW 1 %Un = 1 - 405104...405105

[65] 59-1 Op delay RW 1.00 s = 100 - 405106...405107

[66] 59-2 Group RW 1=0,2=1,3=2,4=3 - 405108

[67] 59-2 Pick-up RW 1 %Un = 1 - 405109...405110

[68] 59-2 Op delay RW 1.00 s = 100 - 405111...405112

[69] 59-3 Group RW 1=0,2=1,3=2,4=3 - 405113

[70] 59-3 Pick-up RW 1 %Un = 1 - 405114...405115

[71] 59-3 Op delay RW 1.00 s = 100 - 405116...405117

[72] 32-1 Group RW 1=0,2=1,3=2,4=3 - 405118

[73] 32-1 Pick-up RW 1.0 %Sn = 10 - 405119...405120

[74] 32-1 Op delay RW 1.0 s = 10 - 405121...405122

[75] 32-2 Group RW 1=0,2=1,3=2,4=3 - 405123

[76] 32-2 Pick-up RW 1 %Sn = 1 - 405124...405125

[77] 32-2 Op delay RW 1.0 s = 10 - 405126...405127

[78] 49F Alarm sp RW 1%=1 - 405128...405129

[79] 49F Tau RW 1 min = 1 - 405130

[80] 81U-1 Group RW 1=0,2=1,3=2,4=3 - 405131

[81] 81U-1 Pick-up RW 50.00 Hz = 5000 - 405132...405133

[82] 81U-1 Op delay RW 1.00 s = 100 - 405134...405135

[83] 81U-2 Group RW 1=0,2=1,3=2,4=3 - 405136

[84] 81U-2 Pick-up RW 50.00 Hz = 5000 - 405137...405138

[85] 81U-2 Op delay RW 1.00 s = 100 - 405139...405140

[86] 46-1 Group RW 1=0,2=1,3=2,4=3 - 405141

[87] 46-1 Pick-up K2 RW 1%=1 - 405142...405143

[88] 46-1 Op delay RW 1.0 s = 10 - 405144...405145

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COMMUNICATION P3U30 settings report
[89] 59N-1 Group RW 1=0,2=1,3=2,4=3 - 405146

[90] 59N-1 Pick-up RW 1%=1 - 405147...405148

[91] 59N-1 Op delay RW 1.0 s = 10 - 405149...405150

[92] 59N-2 Group RW 1=0,2=1,3=2,4=3 - 405151

[93] 59N-2 Pick-up RW 1%=1 - 405152...405153

[94] 59N-2 Op delay RW 1.00 s = 100 - 405154...405155

[95] 27-1 Group RW 1=0,2=1,3=2,4=3 - 405156

[96] 27-1 Pick-up RW 1 %Un = 1 - 405157...405158

[97] 27-1 Op delay RW 1.00 s = 100 - 405159...405160

[98] 27-2 Group RW 1=0,2=1,3=2,4=3 - 405161

[99] 27-2 Pick-up RW 1 %Un = 1 - 405162...405163

[100] 27-2 Op delay RW 1.00 s = 100 - 405164...405165

[101] 27-3 Group RW 1=0,2=1,3=2,4=3 - 405166

[102] 27-3 Pick-up RW 1 %Un = 1 - 405167...405168

[103] 27-3 Op delay RW 1.00 s = 100 - 405169...405170

[104] 68H5 Pick-up RW 1%=1 - 405171...405172

[105] 68H5 Op delay RW 1.00 s = 100 - 405173...405174

[106] LED states R- 1=1 - 405352

[107] Read rec, RW 1=1 - 405400

command
[108] Read rec, status R- 1=1 - 405401
1
[109] Read rec, status R- 1=1 - 405402
2
[110] Read rec, data R- 1=1 - 405403...405498

[111] Read rec, R- 1=1 - 405499

counter
[112] Total # of trips R- 1=1 - 405501

[113] IA fault current R- 1A=1 - 405505...405506

[114] IB fault current R- 1A=1 - 405507...405508

[115] IC fault current R- 1A=1 - 405509...405510

[116] IN-1 fault R- 1.00 A = 100 - 405511...405512

current
[117] IN-2 fault R- 1.00 A = 100 - 405513...405514
current
[118] IoCalc fault R- 1.00 A = 100 - 405515...405516
current
[119] MB Power R- 1.0 = 10 - 405517
scaling

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[120] MB PF and cos R- 1.0 = 10 - 405518
scaling
[121] MB Tan phii R- 1.0 = 10 - 405519
scaling
[122] MB Voltage R- 1.0 = 10 - 405520
scaling
[123] MB Frequency R- 1.0 = 10 - 405521
scaling
[124] CBM1 Trip RW 1=1 - 405523
counter
[125] CBM1 cumul. RW 1.00 kA2 = 100 - 405526...405527
brk curr ph A
[126] CBM1 cumul. RW 1.00 kA2 = 100 - 405528...405529
brk curr ph B
[127] CBM1 cumul. RW 1.00 kA2 = 100 - 405530...405531
brk curr ph C
[128] CBM1 curr sum RW 1.00 kA2 = 100 - 405538...405539
A bin 1
[129] CBM1 curr sum RW 1.00 kA2 = 100 - 405540...405541
A bin 2
[130] CBM1 curr sum RW 1.00 kA2 = 100 - 405542...405543
A bin 3
[131] CBM1 curr sum RW 1.00 kA2 = 100 - 405544...405545
A bin 4
[132] CBM1 curr sum RW 1.00 kA2 = 100 - 405546...405547
A bin 5
[133] CBM1 curr sum RW 1.00 kA2 = 100 - 405548...405549
B bin 1
[134] CBM1 curr sum RW 1.00 kA2 = 100 - 405550...405551
B bin 2
[135] CBM1 curr sum RW 1.00 kA2 = 100 - 405552...405553
B bin 3
[136] CBM1 curr sum RW 1.00 kA2 = 100 - 405554...405555
B bin 4
[137] CBM1 curr sum RW 1.00 kA2 = 100 - 405556...405557
B bin 5
[138] CBM1 curr sum RW 1.00 kA2 = 100 - 405558...405559
C bin 1
[139] CBM1 curr sum RW 1.00 kA2 = 100 - 405560...405561
C bin 2
[140] CBM1 curr sum RW 1.00 kA2 = 100 - 405562...405563
C bin 3
[141] CBM1 curr sum RW 1.00 kA2 = 100 - 405564...405565
C bin 4
[142] CBM1 curr sum RW 1.00 kA2 = 100 - 405566...405567
C bin 5
[143] CBM1 bin 1, ph RW 1=1 - 405574...405575
A, F32
[144] CBM1 bin 2, ph RW 1=1 - 405576...405577
A, F32

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[145] CBM1 bin 3, ph RW 1=1 - 405578...405579
A, F32
[146] CBM1 bin 4, ph RW 1=1 - 405580...405581
A, F32
[147] CBM1 bin 5, ph RW 1=1 - 405582...405583
A, F32
[148] CBM1 bin 1, ph RW 1=1 - 405584...405585
B, F32
[149] CBM1 bin 2, ph RW 1=1 - 405586...405587
B, F32
[150] CBM1 bin 3, ph RW 1=1 - 405588...405589
B, F32
[151] CBM1 bin 4, ph RW 1=1 - 405590...405591
B, F32
[152] CBM1 bin 5, ph RW 1=1 - 405592...405593
B, F32
[153] CBM1 bin 1, ph RW 1=1 - 405594...405595
C, F32
[154] CBM1 bin 2, ph RW 1=1 - 405596...405597
C, F32
[155] CBM1 bin 3, ph RW 1=1 - 405598...405599
C, F32
[156] CBM1 bin 4, ph RW 1=1 - 405600...405601
C, F32
[157] CBM1 bin 5, ph RW 1=1 - 405602...405603
C, F32
[158] CBM1 cumul RW 1=1 - 405670...405671
sum, ph A, F32
[159] CBM1 cumul RW 1=1 - 405672...405673
sum, ph B, F32
[160] CBM1 cumul RW 1=1 - 405674...405675
sum, ph C, F32
[161] CBM1 Rack-out RW 1=1 - 405682...405683
counter
[162] Open times 1 R- 1=1 - 405686...405701
(F32)
[163] Close times 1 R- 1=1 - 405702...405717
(F32)
[164] Charging times R- 1=1 - 405718...405733
1 (F32)
[165] Vendor name R- 1=1 - 405782...405790

[166] Product code R- 1=1 - 405791...405806

[167] MajorMinor R- 1=1 - 405807...405812

revision
[168] CBM1 Open RW 1=1 - 405813...405814
count
[169] CBM1 Trip RW 1=1 - 405817...405818
counter
[170] DI validity R- 1=1 - 405821...405824

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[171] CBW1 cnt IA RW 1=1 - 405825
bin 1
[172] CBW1 cnt IA RW 1=1 - 405826
bin 2
[173] CBW1 cnt IA RW 1=1 - 405827
bin 3
[174] CBW1 cnt IA RW 1=1 - 405828
bin 4
[175] CBW1 cnt IA RW 1=1 - 405829
bin 5
[176] CBW1 cnt IB RW 1=1 - 405830
bin 1
[177] CBW1 cnt IB RW 1=1 - 405831
bin 2
[178] CBW1 cnt IB RW 1=1 - 405832
bin 3
[179] CBW1 cnt IB RW 1=1 - 405833
bin 4
[180] CBW1 cnt IB RW 1=1 - 405834
bin 5
[181] CBW1 cnt IC RW 1=1 - 405835
bin 1
[182] CBW1 cnt IC RW 1=1 - 405836
bin 2
[183] CBW1 cnt IC RW 1=1 - 405837
bin 3
[184] CBW1 cnt IC RW 1=1 - 405838
bin 4
[185] CBW1 cnt IC RW 1=1 - 405839
bin 5

7.8. MODBUS slave: 406001->

Table 100 - MODBUS slave: 406001->

Name Access Scaling Setting for Address

scaling

[1] Phase overcurrent 50/51-1 R- 1=1 - 406001.1

[2] Phase overcurrent 50/51-2 R- 1=1 - 406001.2

[3] Phase overcurrent 50/51-3 R- 1=1 - 406001.3

[4] Voltage-dependent o/c 51V R- 1=1 - 406001.4

[5] Broken conductor 46BC R- 1=1 - 406001.5

[6] Directional phase overcurrent 67- R- 1=1 - 406001.8

1
[7] Directional phase overcurrent 67- R- 1=1 - 406001.9
2

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[8] Directional phase overcurrent 67- R- 1=1 - 406001.10
3
[9] Directional phase overcurrent 67- R- 1=1 - 406001.11
4
[10] Phase undercurrent 37 R- 1=1 - 406001.13

[11] Thermal overload 49F R- 1=1 - 406001.14

[12] 2nd harmonic inrush detection R- 1=1 - 406002.1

68F2
[13] Ground fault overcurrent R- 1=1 - 406002.4
50N/51N-1
[14] Ground fault overcurrent R- 1=1 - 406002.5
50N/51N-2
[15] Ground fault overcurrent R- 1=1 - 406002.6
50N/51N-5
[16] Direct. ground fault overcurrent R- 1=1 - 406002.7
67N-1
[17] Direct. ground fault overcurrent R- 1=1 - 406002.8
67N-2
[18] Ground fault overcurrent R- 1=1 - 406002.9
50N/51N-3
[19] Ground fault overcurrent R- 1=1 - 406002.10
50N/51N-4
[20] Overvoltage 59-1 R- 1=1 - 406002.14

[21] Overvoltage 59-2 R- 1=1 - 406002.15

[22] Undervoltage 27-1 R- 1=1 - 406003.0

[23] Undervoltage 27-2 R- 1=1 - 406003.1

[24] Neutral overvoltage 59N-1 R- 1=1 - 406003.4

[25] Neutral overvoltage 59N-2 R- 1=1 - 406003.5

[26] Overvoltage 59-3 R- 1=1 - 406003.6

[27] Undervoltage 27-3 R- 1=1 - 406003.7

[28] Directional power 32-1 R- 1=1 - 406003.8

[29] Directional power 32-2 R- 1=1 - 406003.9

[30] Programmable stage 99-1 R- 1=1 - 406003.14

[31] Programmable stage 99-2 R- 1=1 - 406003.15

[32] Programmable stage 99-3 R- 1=1 - 406004.0

[33] Programmable stage 99-4 R- 1=1 - 406004.1

[34] Over and under frequency 81-1 R- 1=1 - 406004.2

[35] Over and under frequency 81-2 R- 1=1 - 406004.3

[36] Under frequency 81U-1 R- 1=1 - 406004.4

[37] Under frequency 81U-2 R- 1=1 - 406004.5

[38] ROCOF 81R R- 1=1 - 406004.6

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[39] Programmable stage 99-5 R- 1=1 - 406004.8

[40] Programmable stage 99-6 R- 1=1 - 406004.9

[41] Programmable stage 99-7 R- 1=1 - 406004.10

[42] Programmable stage 99-8 R- 1=1 - 406004.11

[43] Breaker failure 50BF R- 1=1 - 406004.12

[44] CB wear R- 1=1 - 406005.2

[45] Inrush current detection R- 1=1 - 406005.15

[46] Fault locator, feeder R- 1=1 - 406006.14

[47] Fault locator, incomer R- 1=1 - 406006.15

[48] Capacitor overvoltage 59C R- 1=1 - 406007.0

[49] Transient intermittent ground fault R- 1=1 - 406007.11

67NI
[50] Neutral overvoltage 59N-3 R- 1=1 - 406008.4

[51] Voltage imbalance 47-1 R- 1=1 - 406008.9

[52] Voltage imbalance 47-2 R- 1=1 - 406008.10

[53] Voltage imbalance 47-3 R- 1=1 - 406008.11

[54] 5th harmonic detection 68H5 R- 1=1 - 406009.10

[55] Direct. ground fault overcurrent R- 1=1 - 406010.6

67N-3
[56] Switch on-to-fault 50HS R- 1=1 - 406010.12

[57] Breaker failure 50BF-1 R- 1=1 - 406011.0

[58] Breaker failure 50BF-2 R- 1=1 - 406011.1

[59] CB monitoring 1 R- 1=1 - 406011.2

[60] Stage statuses R- 1=1 - 406027...406041

[61] Harmonics UL1 R- 1%=1 - 406042...406057

[62] Harmonics UL2 R- 1%=1 - 406058...406073

[63] Harmonics UL3 R- 1%=1 - 406074...406089

[64] Harmonics U12 R- 1%=1 - 406090...406105

[65] Harmonics U23 R- 1%=1 - 406106...406121

[66] Harmonics Uo (3LN + Uo) R- 1%=1 - 406122...406137

[67] Harmonics Uo R- 1%=1 - 406138...406153

[68] Harmonics UL1y R- 1%=1 - 406154...406169

[69] Harmonics U12y R- 1%=1 - 406170...406185

[70] Harmonics UL1y (LN+Uo/y/z) R- 1%=1 - 406186...406201

[71] Harmonics U12y (LL+Uo/y/z) R- 1%=1 - 406202...406217

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[72] Harmonics UL1z R- 1%=1 - 406218...406233

[73] Harmonics U12z R- 1%=1 - 406234...406249

[74] UL1 RMS R- 1 Vrms = 1 - 406250

[75] UL2 RMS R- 1 Vrms = 1 - 406251

[76] UL3 RMS R- 1 Vrms = 1 - 406252

[77] U12 RMS R- 1 Vrms = 1 - 406253

[78] U23 RMS R- 1 Vrms = 1 - 406254

[79] Uo RMS R- 1 Vrms = 1 - 406256

[80] UL1y RMS R- 1 Vrms = 1 - 406257

[81] U12y RMS R- 1 Vrms = 1 - 406258

[82] UL1y (LN+Uo/y/z) RMS R- 1 Vrms = 1 - 406259

[83] U12y (LL+Uo/y/z) RMS R- 1 Vrms = 1 - 406260

[84] UL1z RMS R- 1 Vrms = 1 - 406261

[85] U12z RMS R- 1 Vrms = 1 - 406262

7.9. MODBUS & PROFIBUS: scalings

Two scaling points: x1,x2,y1,y2

Power scaling
0

Two scaling points: x1,x2,y1,y2

PF and cos scaling

0

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Two scaling points: x1,x2,y1,y2

Tan phii scaling

0

Two scaling points: x1,x2,y1,y2

Voltage scaling
0

0
1

Two scaling points: x1,x2,y1,y2

Frequency scaling
0

10

7.10. IEC 61850 main config

IEC 61850 main config

Port 102
Edition 2
Check upper addresses ☐
AP ID 1.1.1.999.1
AE Qualifier 12
P Selector 00000001
S Selector 0001
T Selector 0001
IED Name TEMPLATE

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COMMUNICATION P3U30 settings report
AP Name S1
Instantiated RCBs ☐
ResvTms included in BRCBs ☑
Owner included in RCBs ☑
Control mode for object nodes DirNorSec
SDO allowed in DS ☑
Type of BCR 64BIT
Type of SBO VisStr129
Size of array 16
Technical Issue 453 in Ed.1 ☐
Full report at start-up for BRCB ☐
IEC 61850 test mode ☐

LLN0 and LPHD DOs in datasets

Dataset 1 ☐
Dataset 2 ☐
Dataset 3 ☐

Connections

Active connections 0
Client 1 0.0.0.0
Client 2 0.0.0.0
Client 3 0.0.0.0
Client 4 0.0.0.0
Client 5 0.0.0.0
Client 6 0.0.0.0
Client 7 0.0.0.0
Client 8 0.0.0.0

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7.11. IEC 61850 data map(1)

Table 101 - IEC 61850 data map

Index LN Description Dataset 1 Dataset 2 Dataset 3 In

use
0 AR1ftGGIO16 AR1 final trip ☐ ☐ ☐ ☐
1 AR2ftGGIO17 AR2 final trip ☐ ☐ ☐ ☐
2 AR3ftGGIO18 AR3 final trip ☐ ☐ ☐ ☐
3 AR4ftGGIO19 AR4 final trip ☐ ☐ ☐ ☐
4 AR5RREC1 Auto-Recloser (AR) ☐ ☐ ☐ ☐
5 ARcftGGIO15 AR critical final trip ☐ ☐ ☐ ☐
6 ARcreGGIO13 AR critical request ☐ ☐ ☐ ☐
7 ARftGGIO14 AR final trip ☐ ☐ ☐ ☐
8 ARlocGGIO2 AR locked ☐ ☐ ☐ ☐
9 ARre1GGIO3 AR request 1 ☐ ☐ ☐ ☐
10 ARre2GGIO4 AR request 2 ☐ ☐ ☐ ☐
11 ARre3GGIO5 AR request 3 ☐ ☐ ☐ ☐
12 ARre4GGIO6 AR request 4 ☐ ☐ ☐ ☐
13 ARre5GGIO7 AR request 5 ☐ ☐ ☐ ☐
14 ARrunGGIO1 AR running ☐ ☐ ☐ ☐
15 ARsh1GGIO8 AR shot 1 ☐ ☐ ☐ ☐
16 ARsh2GGIO9 AR shot 2 ☐ ☐ ☐ ☐
17 ARsh3GGIO10 AR shot 3 ☐ ☐ ☐ ☐
18 ARsh4GGIO11 AR shot 4 ☐ ☐ ☐ ☐
19 ARsh5GGIO12 AR shot 5 ☐ ☐ ☐ ☐
20 CBFPPIOC4 Breaker failure ☐ ☐ ☐ ☐
21 CBWA1GGIO20 CB wear alarm 1 ☐ ☐ ☐ ☐
22 CBWA2GGIO21 CB wear alarm 2 ☐ ☐ ☐ ☐
23 CN01GGIO103 Counter 1 ☐ ☐ ☐ ☐
24 CN02GGIO104 Counter 2 ☐ ☐ ☐ ☐
25 CN03GGIO105 Counter 3 ☐ ☐ ☐ ☐
26 CN04GGIO106 Counter 4 ☐ ☐ ☐ ☐
27 CN05GGIO107 Counter 5 ☐ ☐ ☐ ☐
28 CN06GGIO108 Counter 6 ☐ ☐ ☐ ☐
29 CN07GGIO109 Counter 7 ☐ ☐ ☐ ☐

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7.12. IEC 61850 data map(2)

Table 102 - IEC 61850 data map

Index LN Description Dataset 1 Dataset 2 Dataset 3 In use

30 CN08GGIO110 Counter 8 ☐ ☐ ☐ ☐
31 CN09GGIO111 Counter 9 ☐ ☐ ☐ ☐
32 CN10GGIO112 Counter 10 ☐ ☐ ☐ ☐
33 CN11GGIO113 Counter 11 ☐ ☐ ☐ ☐
34 CN12GGIO114 Counter 12 ☐ ☐ ☐ ☐
35 CN13GGIO115 Counter 13 ☐ ☐ ☐ ☐
36 CN14GGIO116 Counter 14 ☐ ☐ ☐ ☐
37 CN15GGIO117 Counter 15 ☐ ☐ ☐ ☐
38 CN16GGIO118 Counter 16 ☐ ☐ ☐ ☐
55 CTAlmGGIO22 CT alarm ☐ ☐ ☐ ☐
56 DEF1PTOC9 IoDir> ☐ ☐ ☐ ☐
57 DEF2PTOC10 IoDir>> ☐ ☐ ☐ ☐
58 dfdtPFRC1 df/dt> ☐ ☐ ☐ ☐
59 DI01GGIO45 Digital input 1 ☐ ☐ ☐ ☐

7.13. IEC 61850 data map(3)

Table 103 - IEC 61850 data map

Index LN Description Dataset 1 Dataset 2 Dataset 3 In use

60 DI02GGIO46 Digital input 2 ☐ ☐ ☐ ☐
61 DI03GGIO47 Digital input 3 ☐ ☐ ☐ ☐
62 DI04GGIO48 Digital input 4 ☐ ☐ ☐ ☐
63 DI05GGIO49 Digital input 5 ☐ ☐ ☐ ☐
64 DI06GGIO50 Digital input 6 ☐ ☐ ☐ ☐
65 DI07GGIO51 Digital input 7 ☐ ☐ ☐ ☐
66 DI08GGIO52 Digital input 8 ☐ ☐ ☐ ☐
67 DI09GGIO53 Digital input 9 ☐ ☐ ☐ ☐
68 DI10GGIO54 Digital input 10 ☐ ☐ ☐ ☐
69 DI11GGIO55 Digital input 11 ☐ ☐ ☐ ☐
70 DI12GGIO56 Digital input 12 ☐ ☐ ☐ ☐
71 DI13GGIO57 Digital input 13 ☐ ☐ ☐ ☐
72 DI14GGIO58 Digital input 14 ☐ ☐ ☐ ☐
73 DI15GGIO59 Digital input 15 ☐ ☐ ☐ ☐

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74 DI16GGIO60 Digital input 16 ☐ ☐ ☐ ☐

7.14. IEC 61850 data map(4)

Table 104 - IEC 61850 data map

Index LN Description Dataset 1 Dataset 2 Dataset 3 In use

91 DOC1PTOC12 IDir> ☐ ☐ ☐ ☐
92 DOC2PTOC13 IDir>> ☐ ☐ ☐ ☐
93 DOC3PTOC14 IDir>>> ☐ ☐ ☐ ☐
94 DOC4PTOC15 IDir>>>> ☐ ☐ ☐ ☐
95 EF1PTOC4 Io> ☐ ☐ ☐ ☐
96 EF2PTOC5 Io>> ☐ ☐ ☐ ☐
97 EF3PTOC6 Io>>> ☐ ☐ ☐ ☐
98 EF4PTOC7 Io>>>> ☐ ☐ ☐ ☐
99 EnergyMMTR1 Energy exported ☐ ☐ ☐ ☐
imported
100 fdaMMXU9 frequency demand ☐ ☐ ☐ ☐
101 fMMXU8 frequency ☐ ☐ ☐ ☐
102 Har2PTOC11 If2> ☐ ☐ ☐ ☐
103 I3pdaMMXU3 IL1,IL2,IL3 demand ☐ ☐ ☐ ☐
104 I3pMMXU1 IL1,IL2,IL3 ☐ ☐ ☐ ☐
105 I3prMMXU2 IL1,IL2,IL3 RMS ☐ ☐ ☐ ☐
108 Io1MMXU11 Io1 ☐ ☐ ☐ ☐
111 IOC1GGIO142 Fault current of I> ☐ ☐ ☐ ☐
112 IOC2GGIO143 Fault current of I>> ☐ ☐ ☐ ☐
113 IOC3GGIO144 Fault current of I>>> ☐ ☐ ☐ ☐
114 IoCMMXU13 Io calculated ☐ ☐ ☐ ☐
115 L1fGGIO24 Line 1 fault ☐ ☐ ☐ ☐
116 L2fGGIO25 Line 2 fault ☐ ☐ ☐ ☐
117 L3fGGIO26 Line 3 fault ☐ ☐ ☐ ☐

7.15. IEC 61850 data map(5)

Table 105 - IEC 61850 data map

Index LN Description Dataset 1 Dataset 2 Dataset 3 In use

120 LO01GGIO77 Logical output 1 ☐ ☐ ☐ ☐
121 LO02GGIO78 Logical output 2 ☐ ☐ ☐ ☐
122 LO03GGIO79 Logical output 3 ☐ ☐ ☐ ☐
123 LO04GGIO80 Logical output 4 ☐ ☐ ☐ ☐
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COMMUNICATION P3U30 settings report
124 LO05GGIO81 Logical output 5 ☐ ☐ ☐ ☐
125 LO06GGIO82 Logical output 6 ☐ ☐ ☐ ☐
126 LO07GGIO83 Logical output 7 ☐ ☐ ☐ ☐
127 LO08GGIO84 Logical output 8 ☐ ☐ ☐ ☐
128 LO09GGIO85 Logical output 9 ☐ ☐ ☐ ☐
129 LO10GGIO86 Logical output 10 ☐ ☐ ☐ ☐
130 LO11GGIO87 Logical output 11 ☐ ☐ ☐ ☐
131 LO12GGIO88 Logical output 12 ☐ ☐ ☐ ☐
132 LO13GGIO89 Logical output 13 ☐ ☐ ☐ ☐
133 LO14GGIO90 Logical output 14 ☐ ☐ ☐ ☐
134 LO15GGIO91 Logical output 15 ☐ ☐ ☐ ☐
135 LO16GGIO92 Logical output 16 ☐ ☐ ☐ ☐
136 LO17GGIO93 Logical output 17 ☐ ☐ ☐ ☐
137 LO18GGIO94 Logical output 18 ☐ ☐ ☐ ☐
138 LO19GGIO95 Logical output 19 ☐ ☐ ☐ ☐
139 LO20GGIO96 Logical output 20 ☐ ☐ ☐ ☐
143 Obj1CSWI1 Object 1 ☐ ☐ ☐ ☐
145 Obj2CSWI2 Object 2 ☐ ☐ ☐ ☐
147 Obj3CSWI3 Object 3 ☐ ☐ ☐ ☐
148 Obj4CSWI4 Object 4 ☐ ☐ ☐ ☐
149 Obj5CSWI5 Object 5 ☐ ☐ ☐ ☐

7.16. IEC 61850 data map(6)

Table 106 - IEC 61850 data map

Index LN Description Dataset 1 Dataset 2 Dataset 3 In

use
150 Obj6CSWI6 Object 6 ☐ ☐ ☐ ☐
151 Obj7CSWI7 Object 7 ☐ ☐ ☐ ☐
152 Obj8CSWI8 Object 8 ☐ ☐ ☐ ☐
153 OC1PTOC1 I> ☐ ☐ ☐ ☐
154 OC2PTOC2 I>> ☐ ☐ ☐ ☐
155 OC3PTOC3 I>>> ☐ ☐ ☐ ☐
156 OFUF1PTOF1 f>< ☐ ☐ ☐ ☐
157 OFUF2PTOF2 f>><< ☐ ☐ ☐ ☐
158 OV1PTOV3 U> ☐ ☐ ☐ ☐
159 OV2PTOV4 U>> ☐ ☐ ☐ ☐
160 OV3PTOV5 U>>> ☐ ☐ ☐ ☐
162 PQSpdMMXU19 P,Q,S,PF demand ☐ ☐ ☐ ☐
163 PQSpfMMXU18 P,Q,S,PF ☐ ☐ ☐ ☐
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164 PQSrdMMXU7 P,Q,S RMS demand ☐ ☐ ☐ ☐
165 PQSrMMXU6 P,Q,S RMS ☐ ☐ ☐ ☐
166 PS1SGGIO29 Programmable stage 1 ☐ ☐ ☐ ☐
start
167 PS1TGGIO37 Programmable stage 1 trip ☐ ☐ ☐ ☐
168 PS2SGGIO30 Programmable stage 2 ☐ ☐ ☐ ☐
start
169 PS2TGGIO38 Programmable stage 2 trip ☐ ☐ ☐ ☐
170 PS3SGGIO31 Programmable stage 3 ☐ ☐ ☐ ☐
start
171 PS3TGGIO39 Programmable stage 3 trip ☐ ☐ ☐ ☐
172 PS4SGGIO32 Programmable stage 4 ☐ ☐ ☐ ☐
start
173 PS4TGGIO40 Programmable stage 4 trip ☐ ☐ ☐ ☐
174 PS5SGGIO33 Programmable stage 5 ☐ ☐ ☐ ☐
start
175 PS5TGGIO41 Programmable stage 5 trip ☐ ☐ ☐ ☐
176 PS6SGGIO34 Programmable stage 6 ☐ ☐ ☐ ☐
start
177 PS6TGGIO42 Programmable stage 6 trip ☐ ☐ ☐ ☐
178 PS7SGGIO35 Programmable stage 7 ☐ ☐ ☐ ☐
start
179 PS7TGGIO43 Programmable stage 7 trip ☐ ☐ ☐ ☐

7.17. IEC 61850 data map(7)

Table 107 - IEC 61850 data map

Index LN Description Dataset 1 Dataset 2 Dataset 3 In

use
180 PS8SGGIO36 Programmable stage 8 start ☐ ☐ ☐ ☐
181 PS8TGGIO44 Programmable stage 8 trip ☐ ☐ ☐ ☐
182 ReLaGGIO141 Release latches ☐ ☐ ☐ ☐
183 RevP1PDOP1 P< reverse power ☐ ☐ ☐ ☐
184 RevP2PDOP2 P<< reverse power ☐ ☐ ☐ ☐
189 SG1GGIO135 Setting group 1 ☐ ☐ ☐ ☐
190 SG2GGIO136 Setting group 2 ☐ ☐ ☐ ☐
192 THDIMHAI1 THD IL1,IL2,IL3 ☐ ☐ ☐ ☐
193 THDUMHAI2 THD Ua,Ub,Uc ☐ ☐ ☐ ☐
194 TOPTTR1 T> ☐ ☐ ☐ ☐
195 U3pMMXU4 UL1,UL2,UL3 ☐ ☐ ☐ ☐
196 U3ppMMXU5 U12,U23,U31 ☐ ☐ ☐ ☐
197 UCPTUC1 I< ☐ ☐ ☐ ☐

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198 UF1PTUF1 f< ☐ ☐ ☐ ☐
199 UF2PTUF2 f<< ☐ ☐ ☐ ☐
200 UIBCPTOC8 I2> or I2/I1> ☐ ☐ ☐ ☐
201 Uo1PTOV1 Uo> ☐ ☐ ☐ ☐
202 Uo2PTOV2 Uo>> ☐ ☐ ☐ ☐
203 UoMMXU10 Uo ☐ ☐ ☐ ☐
204 UV1PTUV1 U< ☐ ☐ ☐ ☐
205 UV2PTUV2 U<< ☐ ☐ ☐ ☐
206 UV3PTUV3 U<<< ☐ ☐ ☐ ☐
207 VI1GGIO137 Virtual input 1 ☑ ☑ ☑ ☑
208 VI2GGIO138 Virtual input 2 ☐ ☐ ☐ ☐
209 VI3GGIO139 Virtual input 3 ☐ ☐ ☐ ☐

7.18. IEC 61850 data map(8)

Table 108 - IEC 61850 data map

Index LN Description Dataset 1 Dataset 2 Dataset 3 In use

210 VI4GGIO140 Virtual input 4 ☐ ☐ ☐ ☐
211 VO1GGIO97 Virtual output 1 ☐ ☐ ☐ ☐
212 VO2GGIO98 Virtual output 2 ☐ ☐ ☐ ☐
213 VO3GGIO99 Virtual output 3 ☐ ☐ ☐ ☐
214 VO4GGIO100 Virtual output 4 ☐ ☐ ☐ ☐
215 VO5GGIO101 Virtual output 5 ☐ ☐ ☐ ☐
216 VO6GGIO102 Virtual output 6 ☐ ☐ ☐ ☐
217 VTAlmGGIO23 VT alarm ☐ ☐ ☐ ☐
218 XGGIO145 Fault reactance ☐ ☐ ☐ ☐

7.19. IEC 61850 data map(9)

Table 109 - IEC 61850 data map

Index LN Description Dataset 1 Dataset 2 Dataset 3 In use

264 HIMHAI3 Harmonics IL1,IL2,IL3 ☐ ☐ ☐ ☐
265 HUMHAI4 Harmonics Ua,Ub,Uc ☐ ☐ ☐ ☐

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7.20. IEC 61850 data map(10)

Table 110 - IEC 61850 data map

Index LN Description Dataset 1 Dataset 2 Dataset 3 In use

274 IvPTOC20 Iv> ☐ ☐ ☐ ☐
288 UssQVVR1 Voltage Sag & Swell ☐ ☐ ☐ ☐
293 SIpdaMMXU25 IL1-3 demand ☐ ☐ ☐ ☐
295 SIpMMXU23 IL1-3 ☐ ☐ ☐ ☐
296 SIprMMXU24 IL1-3 RMS ☐ ☐ ☐ ☐
298 STHDIMHAI7 THD IL1-3 ☐ ☐ ☐ ☐
299 STHDUMHAI9 THD Uabc ☐ ☐ ☐ ☐

7.21. IEC 61850 data map(11)

Table 111 - IEC 61850 data map

Index LN Description Dataset 1 Dataset 2 Dataset 3 In

use
300 SUpMMXU29 UL1-3 ☐ ☐ ☐ ☐
301 SUppMMXU30 U12-23-31 ☐ ☐ ☐ ☐
310 IoIO1PTEF1 IoInt> ☐ ☐ ☐ ☐
314 EvtGGIO183 Generic events ☐ ☐ ☐ ☐
315 I3pGGIO184 IL1,IL2,IL3 AI ☐ ☐ ☐ ☐
316 U3pGGIO185 UL1,UL2,UL3 AI ☐ ☐ ☐ ☐
317 U3ppGGIO186 U12,U23,U31 AI ☐ ☐ ☐ ☐
319 SPow3MMXU31 3 phase P, Q, S, PF ☐ ☐ ☐ ☐
320 AlrmGGIO188 Line alarm status ☐ ☐ ☐ ☐
323 Har5PTOC22 If5> ☐ ☐ ☐ ☐
324 NIStGGIO189 GOOSE NI 1-16 ☐ ☐ ☐ ☐
325 NIStGGIO190 GOOSE NI 17-32 ☐ ☐ ☐ ☐
326 NIStGGIO191 GOOSE NI 33-48 ☐ ☐ ☐ ☐
327 NIStGGIO192 GOOSE NI 49-64 ☐ ☐ ☐ ☐
328 NIGrGGIO193 GOOSE Validity ☐ ☐ ☐ ☐
Groups
329 GPubGGIO194 GOOSE Publisher ☐ ☐ ☐ ☐
properties

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7.22. IEC 61850 data map(AB)

Table 112 - IEC 61850 data map

Index LN Description Dataset 1 Dataset 2 Dataset 3 In

use
330 FTrpGGIO195 Final TRIP for Objects ☐ ☐ ☐ ☐
331 DrRDRE1 Disturbance recorder ☐ ☐ ☐ ☐
333 SCRFLO1 Incomer SC Fault ☐ ☐ ☐ ☐
Locator
335 VAIGGIO197 GOOSE Virtual AI ☐ ☐ ☐ ☐
336 SCIGGIO198 Current for Incomer ☐ ☐ ☐ ☐
SC
337 DFLTGGIO199 Fault distance ☐ ☐ ☐ ☐
indication
338 FLRFLO3 Feeder Fault Locator ☐ ☐ ☐ ☐
339 LED2GGIO200 LEDs for 2xx and 5x ☐ ☐ ☐ ☐
series
340 LED5GGIO201 LEDs for 5x series ☐ ☐ ☐ ☐
341 ResGGIO202 Remote reset ☐ ☐ ☐ ☐
342 Stat1GGIO1 OC Stages Ena/Grp ☐ ☐ ☐ ☐
Info
343 Stat2GGIO1 EF Stages Ena/Grp ☐ ☐ ☐ ☐
Info
345 IFLTGGIO1 Fault currents ☐ ☐ ☐ ☐
346 OCPTRC1 OC trip ☐ ☐ ☐ ☐
347 CBAlmGGIO1 CB Inactivity alarms ☐ ☐ ☐ ☐
348 EFPTRC2 EF trip ☐ ☐ ☐ ☐
349 DrGGIO1 Disturbance recorder ☐ ☐ ☐ ☐
350 CTGGIO1 CT parameters ☐ ☐ ☐ ☐
351 CTIoGGIO1 CT Io1 parameters ☐ ☐ ☐ ☐
352 SG3GGIO135 Setting group 3 ☐ ☐ ☐ ☐
353 SG4GGIO136 Setting group 4 ☐ ☐ ☐ ☐
354 Lnk1DnGGIO1 Link 1 down ☐ ☐ ☐ ☐
355 Lnk2DnGGIO1 Link 2 down ☐ ☐ ☐ ☐
356 ALLPTRC1 Global trip ☐ ☐ ☐ ☐
357 I3pvMMXU1 IL1,IL2,IL3 vector ☐ ☐ ☐ ☐
358 VIsGGIO1 All virtual inputs ☐ ☐ ☐ ☐
359 VOsGGIO1 All virtual outputs ☐ ☐ ☐ ☐

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7.23. IEC 61850 data map(13)

Table 113 - IEC 61850 data map

Index LN Description Dataset 1 Dataset 2 Dataset 3 In

use
362 Uo3PTOV3 Uo>>> ☐ ☐ ☐ ☐
363 DEF3PTOC11 IoDir>>> ☐ ☐ ☐ ☐
364 EF5PTOC8 Io>>>>> ☐ ☐ ☐ ☐
365 SOTFPTOC1 Switch on-to-fault ☐ ☐ ☐ ☐
366 CLPINRGAPC1 Cold load pick-up inrush ☐ ☐ ☐ ☐
367 CBFPRBRF1 Breaker failure 1 ☐ ☐ ☐ ☐
368 CBFPRBRF2 Breaker failure 2 ☐ ☐ ☐ ☐
369 U3pvMMXU1 UL1,UL2,UL3 vector ☐ ☐ ☐ ☐
370 U3ppvMMXU1 U12,U23,U31 vector ☐ ☐ ☐ ☐
371 UovMMXU1 Uo vector ☐ ☐ ☐ ☐
372 IovMMXU1 Io vector ☐ ☐ ☐ ☐
374 CBWAGGIO1 CB wear 1 alarms ☐ ☐ ☐ ☐
376 FLXGGIO1 Feeder fault reactance ☐ ☐ ☐ ☐
377 CBWSGGIO1 CB wear 1 statistics ☐ ☐ ☐ ☐
379 ObjOpnGGIO1 Object open counts ☐ ☐ ☐ ☐
389 NSVPTOV1 U2> ☐ ☐ ☐ ☐

7.24. IEC 61850 data map(14)

Table 114 - IEC 61850 data map

Index LN Description Dataset 1 Dataset 2 Dataset 3 In use

390 NSVPTOV2 U2>> ☐ ☐ ☐ ☐
391 NSVPTOV3 U2>>> ☐ ☐ ☐ ☐
392 TOGGIO1 T> ☐ ☐ ☐ ☐
395 LTMS1 Time sync supervision ☐ ☐ ☐ ☐
396 ZMOT1 Motor runing hours ☐ ☐ ☐ ☐

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7.25. IEC 61850 measurement config

Deadband values

Energy 2.000 [MWh]

Reactive energy 2.000 [Mvarh]
Frequency f 0.100 [Hz]
Current I 10 [A]
Residual current Io 0.10 [A]
Active power 100 [kW]
Reactive power 100 [kvar]
Apparent power 100 [kVA]
Power factor 0.10
Current THD 5.0 [%]
Voltage THD 5.0 [%]
Voltage U 1000 [V]
Residual voltage VN 10.0 [%]
External AI1 1.0 [C]
External AI2 1.0 [C]
External AI3 1.0 [C]
External AI4 1.0 [C]
External AI5 1.0 [C]
External AI6 1.0 [C]
External AI7 1.0 [C]
External AI8 1.0 [C]
External AI9 1.0 [C]
External AI10 1.0 [C]
External AI11 1.0 [C]
External AI12 1.0 [C]
External AI13 1.0 [C]
External AI14 1.0 [C]
External AI15 1.0 [C]
External AI16 1.0 [C]
Counters 1
Temperature PT100 1.0 [C]
Virtual AI1 1.00 [C]
Virtual AI2 1.00 [C]

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Virtual AI3 1.00 [C]
Virtual AI4 1.00 [C]
Virtual AI5 1.00 [C]
Phase Angle 10.00 [°]
Fraction of nominal 0.05 [xIn]
Temperature rise 0.1 [%]

Deadband integration time

Integration time 1 [s]

Unit multiplier

Energy k
Reactive energy k
Frequency f -
Current I -
Residual current Io -
Active power k
Reactive power k
Apparent power k
Power factor -
Current THD %
Voltage THD %
Voltage U -
Residual voltage VN %
External AI1 -
External AI2 -
External AI3 -
External AI4 -
External AI5 -
External AI6 -
External AI7 -
External AI8 -
External AI9 -
External AI10 -
External AI11 -

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External AI12 -
External AI13 -
External AI14 -
External AI15 -
External AI16 -
Counters -
Virtual AI1 - [C]
Virtual AI2 - [C]
Virtual AI3 - [C]
Virtual AI4 - [C]
Virtual AI5 - [C]

7.26. IEC 61850 BRCB configuration

BRCB 1

Dataset DS1
Name of selected Dataset LLN0.DS1
Configuration Revision 1
Report ID BRCB1
Integrity Period 0 [ms]
Buffering Time 1000 [ms]
Triggering Options
- Data Change ☑
- Quality Change ☑
- Data Update ☑
- Integrity ☑
- General Interrogation ☑
Optional Fields
- Sequence Number ☑
- Report Time Stamp ☑
- Reason For Inclusion ☑
- Dataset Name ☑
- Data Reference ☑
- Buffer Overflow ☑
- Entry ID ☑

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- Configuration Revision ☑
Lost reports count 0
Owner 0.0.0.0

BRCB 2

Dataset DS2
Name of selected Dataset LLN0.DS2
Configuration Revision 1
Report ID BRCB2
Integrity Period 0 [ms]
Buffering Time 1000 [ms]
Triggering Options
- Data Change ☑
- Quality Change ☑
- Data Update ☑
- Integrity ☑
- General Interrogation ☑
Optional Fields
- Sequence Number ☑
- Report Time Stamp ☑
- Reason For Inclusion ☑
- Dataset Name ☑
- Data Reference ☑
- Buffer Overflow ☑
- Entry ID ☑
- Configuration Revision ☑
Lost reports count 0
Owner 0.0.0.0

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BRCB 3

Dataset DS3
Name of selected Dataset LLN0.DS3
Configuration Revision 1
Report ID BRCB3
Integrity Period 0 [ms]
Buffering Time 1000 [ms]
Triggering Options
- Data Change ☑
- Quality Change ☑
- Data Update ☑
- Integrity ☑
- General Interrogation ☑
Optional Fields
- Sequence Number ☑
- Report Time Stamp ☑
- Reason For Inclusion ☑
- Dataset Name ☑
- Data Reference ☑
- Buffer Overflow ☑
- Entry ID ☑
- Configuration Revision ☑
Lost reports count 0
Owner 0.0.0.0

BRCB 4

Dataset DS1
Name of selected Dataset LLN0.DS1
Configuration Revision 1
Report ID BRCB4
Integrity Period 0 [ms]
Buffering Time 1000 [ms]
Triggering Options

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- Data Change ☑
- Quality Change ☑
- Data Update ☑
- Integrity ☑
- General Interrogation ☑
Optional Fields
- Sequence Number ☑
- Report Time Stamp ☑
- Reason For Inclusion ☑
- Dataset Name ☑
- Data Reference ☑
- Buffer Overflow ☑
- Entry ID ☑
- Configuration Revision ☑
Lost reports count 0
Owner 0.0.0.0

BRCB 5

Dataset DS2
Name of selected Dataset LLN0.DS2
Configuration Revision 1
Report ID BRCB5
Integrity Period 0 [ms]
Buffering Time 1000 [ms]
Triggering Options
- Data Change ☑
- Quality Change ☑
- Data Update ☑
- Integrity ☑
- General Interrogation ☑
Optional Fields
- Sequence Number ☑
- Report Time Stamp ☑

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- Reason For Inclusion ☑
- Dataset Name ☑
- Data Reference ☑
- Buffer Overflow ☑
- Entry ID ☑
- Configuration Revision ☑
Lost reports count 0
Owner 0.0.0.0

BRCB 6

Dataset DS3
Name of selected Dataset LLN0.DS3
Configuration Revision 1
Report ID BRCB6
Integrity Period 0 [ms]
Buffering Time 1000 [ms]
Triggering Options
- Data Change ☑
- Quality Change ☑
- Data Update ☑
- Integrity ☑
- General Interrogation ☑
Optional Fields
- Sequence Number ☑
- Report Time Stamp ☑
- Reason For Inclusion ☑
- Dataset Name ☑
- Data Reference ☑
- Buffer Overflow ☑
- Entry ID ☑
- Configuration Revision ☑
Lost reports count 0
Owner 0.0.0.0

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BRCB 7

Dataset DS1
Name of selected Dataset LLN0.DS1
Configuration Revision 1
Report ID BRCB7
Integrity Period 0 [ms]
Buffering Time 1000 [ms]
Triggering Options
- Data Change ☑
- Quality Change ☑
- Data Update ☑
- Integrity ☑
- General Interrogation ☑
Optional Fields
- Sequence Number ☑
- Report Time Stamp ☑
- Reason For Inclusion ☑
- Dataset Name ☑
- Data Reference ☑
- Buffer Overflow ☑
- Entry ID ☑
- Configuration Revision ☑
Lost reports count 0
Owner 0.0.0.0

BRCB 8

Dataset DS2
Name of selected Dataset LLN0.DS2
Configuration Revision 1
Report ID BRCB8
Integrity Period 0 [ms]
Buffering Time 1000 [ms]

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Triggering Options
- Data Change ☑
- Quality Change ☑
- Data Update ☑
- Integrity ☑
- General Interrogation ☑
Optional Fields
- Sequence Number ☑
- Report Time Stamp ☑
- Reason For Inclusion ☑
- Dataset Name ☑
- Data Reference ☑
- Buffer Overflow ☑
- Entry ID ☑
- Configuration Revision ☑
Lost reports count 0
Owner 0.0.0.0

7.27. IEC 61850 URCB configuration

URCB 1

Dataset DS1
Name of selected Dataset LLN0.DS1
Configuration Revision 1
Report ID URCB1
Integrity Period 0 [ms]
Buffering Time 1000 [ms]
Triggering Options
- Data Change ☑
- Quality Change ☑
- Data Update ☑
- Integrity ☑
- General Interrogation ☑
Optional Fields

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- Sequence Number ☑
- Report Time Stamp ☑
- Reason For Inclusion ☑
- Dataset Name ☑
- Data Reference ☑
- Configuration Revision ☑
Owner 0.0.0.0

URCB 2

Dataset DS2
Name of selected Dataset LLN0.DS2
Configuration Revision 1
Report ID URCB2
Integrity Period 0 [ms]
Buffering Time 1000 [ms]
Triggering Options
- Data Change ☑
- Quality Change ☑
- Data Update ☑
- Integrity ☑
- General Interrogation ☑
Optional Fields
- Sequence Number ☑
- Report Time Stamp ☑
- Reason For Inclusion ☑
- Dataset Name ☑
- Data Reference ☑
- Configuration Revision ☑
Owner 0.0.0.0

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URCB 3

Dataset DS3
Name of selected Dataset LLN0.DS3
Configuration Revision 1
Report ID URCB3
Integrity Period 0 [ms]
Buffering Time 1000 [ms]
Triggering Options
- Data Change ☑
- Quality Change ☑
- Data Update ☑
- Integrity ☑
- General Interrogation ☑
Optional Fields
- Sequence Number ☑
- Report Time Stamp ☑
- Reason For Inclusion ☑
- Dataset Name ☑
- Data Reference ☑
- Configuration Revision ☑
Owner 0.0.0.0

URCB 4

Dataset DS1
Name of selected Dataset LLN0.DS1
Configuration Revision 1
Report ID URCB4
Integrity Period 0 [ms]
Buffering Time 1000 [ms]
Triggering Options
- Data Change ☑
- Quality Change ☑
- Data Update ☑

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- Integrity ☑
- General Interrogation ☑
Optional Fields
- Sequence Number ☑
- Report Time Stamp ☑
- Reason For Inclusion ☑
- Dataset Name ☑
- Data Reference ☑
- Configuration Revision ☑
Owner 0.0.0.0

URCB 5

Dataset DS2
Name of selected Dataset LLN0.DS2
Configuration Revision 1
Report ID URCB5
Integrity Period 0 [ms]
Buffering Time 1000 [ms]
Triggering Options
- Data Change ☑
- Quality Change ☑
- Data Update ☑
- Integrity ☑
- General Interrogation ☑
Optional Fields
- Sequence Number ☑
- Report Time Stamp ☑
- Reason For Inclusion ☑
- Dataset Name ☑
- Data Reference ☑
- Configuration Revision ☑
Owner 0.0.0.0

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URCB 6

Dataset DS3
Name of selected Dataset LLN0.DS3
Configuration Revision 1
Report ID URCB6
Integrity Period 0 [ms]
Buffering Time 1000 [ms]
Triggering Options
- Data Change ☑
- Quality Change ☑
- Data Update ☑
- Integrity ☑
- General Interrogation ☑
Optional Fields
- Sequence Number ☑
- Report Time Stamp ☑
- Reason For Inclusion ☑
- Dataset Name ☑
- Data Reference ☑
- Configuration Revision ☑
Owner 0.0.0.0

URCB 7

Dataset DS1
Name of selected Dataset LLN0.DS1
Configuration Revision 1
Report ID URCB7
Integrity Period 0 [ms]
Buffering Time 1000 [ms]
Triggering Options
- Data Change ☑
- Quality Change ☑
- Data Update ☑

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- Integrity ☑
- General Interrogation ☑
Optional Fields
- Sequence Number ☑
- Report Time Stamp ☑
- Reason For Inclusion ☑
- Dataset Name ☑
- Data Reference ☑
- Configuration Revision ☑
Owner 0.0.0.0

URCB 8

Dataset DS2
Name of selected Dataset LLN0.DS2
Configuration Revision 1
Report ID URCB8
Integrity Period 0 [ms]
Buffering Time 1000 [ms]
Triggering Options
- Data Change ☑
- Quality Change ☑
- Data Update ☑
- Integrity ☑
- General Interrogation ☑
Optional Fields
- Sequence Number ☑
- Report Time Stamp ☑
- Reason For Inclusion ☑
- Dataset Name ☑
- Data Reference ☑
- Configuration Revision ☑
Owner 0.0.0.0

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7.28. IEC 61850 dynamic datasets

Dynamic dataset 1

Name -
Type Empty

IEC-61850 Variable FC

[1] - -

[2]

Dynamic dataset 2

Name -
Type Empty

IEC-61850 Variable FC

[1] - -

[2]

Dynamic dataset 3

Name -
Type Empty

IEC-61850 Variable FC

[1] - -

[2]

Dynamic dataset 4

Name -
Type Empty

IEC-61850 Variable FC

[1] - -

[2]

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Dynamic dataset 5

Name -
Type Empty

IEC-61850 Variable FC

[1] - -

[2]

Dynamic dataset 6

Name -
Type Empty

IEC-61850 Variable FC

[1] - -

[2]

Dynamic dataset 7

Name -
Type Empty

IEC-61850 Variable FC

[1] - -

[2]

Dynamic dataset 8

Name -
Type Empty

IEC-61850 Variable FC

[1] - -

[2]

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Dynamic dataset 9

Name -
Type Empty

IEC-61850 Variable FC

[1] - -

[2]

Dynamic dataset 10

Name -
Type Empty

IEC-61850 Variable FC

[1] - -

[2]

Dynamic dataset 11

Name -
Type Empty

IEC-61850 Variable FC

[1] - -

[2]

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7.29. IEC 61850 generic events

Table 115 - IEC 61850 generic events

Ind ON event channel ON event OFF event channel OFF event

idx code code
1 0 0 0 0

2 0 0 0 0

3 0 0 0 0

4 0 0 0 0

5 0 0 0 0

6 0 0 0 0

7 0 0 0 0

8 0 0 0 0

7.30. GOOSE configuration

Publisher parameters

Max retransmission timeout 20 [s]

Fixed length GOOSE ☐

Publisher configuration GCB 1

Enable ☐
GOOSE ID * EASERGY
Configuration Revision * 1
Needs Commissioning ☐
DI for test mode -
Test mode ☐
MAC Address 01-0C-CD-01-00-00
VLAN Priority 4
VLAN ID 000 [Hex]
Application ID * 0001 [Hex]
Include Quality in GOOSE Dataset ☐
Include TMStamp in GOOSE Dataset ☐
* Important for P3 subscriber

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Publisher configuration GCB 2

Enable ☐
GOOSE ID * EASERGY
Configuration Revision * 1
Needs Commissioning ☐
DI for test mode -
Test mode ☐
MAC Address 01-0C-CD-01-00-00
VLAN Priority 4
VLAN ID 000 [Hex]
Application ID * 0001 [Hex]
Include Quality in GOOSE Dataset ☐
Include TMStamp in GOOSE Dataset ☐
* Important for P3 subscriber

Subscriber configuration

Enable ☐
MAC 1 01-0C-CD-01-00-00
MAC 2 01-0C-CD-01-00-01
MAC 3 01-0C-CD-01-00-02
MAC 4 01-0C-CD-01-00-03
MAC 5 01-0C-CD-01-00-04
Min supervision time 1.0 [s]
GOOSE ID 1 EASERGY1
GOOSE ID 2 EASERGY2
GOOSE ID 3 EASERGY3
GOOSE ID 4 EASERGY4
GOOSE ID 5 EASERGY5
GCBREF 1 TEMPLATERelay/LLN0$GO$gcb1
GCBREF 2 TEMPLATERelay/LLN0$GO$gcb2
GCBREF 3 TEMPLATERelay/LLN0$GO$gcb3
GCBREF 4 TEMPLATERelay/LLN0$GO$gcb4
GCBREF 5 TEMPLATERelay/LLN0$GO$gcb5

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COMMUNICATION P3U30 settings report

7.31. GOOSE NI names

Table 116 - GOOSE NI names

NI Label Description
1 GOOSE_NI1 GOOSE Network Input 1

2 GOOSE_NI2 GOOSE Network Input 2

3 GOOSE_NI3 GOOSE Network Input 3

4 GOOSE_NI4 GOOSE Network Input 4

5 GOOSE_NI5 GOOSE Network Input 5

6 GOOSE_NI6 GOOSE Network Input 6

7 GOOSE_NI7 GOOSE Network Input 7

8 GOOSE_NI8 GOOSE Network Input 8

9 GOOSE_NI9 GOOSE Network Input 9

10 GOOSE_NI10 GOOSE Network Input 10

11 GOOSE_NI11 GOOSE Network Input 11

12 GOOSE_NI12 GOOSE Network Input 12

13 GOOSE_NI13 GOOSE Network Input 13

14 GOOSE_NI14 GOOSE Network Input 14

15 GOOSE_NI15 GOOSE Network Input 15

16 GOOSE_NI16 GOOSE Network Input 16

17 GOOSE_NI17 GOOSE Network Input 17

18 GOOSE_NI18 GOOSE Network Input 18

19 GOOSE_NI19 GOOSE Network Input 19

20 GOOSE_NI20 GOOSE Network Input 20

21 GOOSE_NI21 GOOSE Network Input 21

22 GOOSE_NI22 GOOSE Network Input 22

23 GOOSE_NI23 GOOSE Network Input 23

24 GOOSE_NI24 GOOSE Network Input 24

25 GOOSE_NI25 GOOSE Network Input 25

26 GOOSE_NI26 GOOSE Network Input 26

27 GOOSE_NI27 GOOSE Network Input 27

28 GOOSE_NI28 GOOSE Network Input 28

29 GOOSE_NI29 GOOSE Network Input 29

30 GOOSE_NI30 GOOSE Network Input 30

31 GOOSE_NI31 GOOSE Network Input 31

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COMMUNICATION P3U30 settings report
32 GOOSE_NI32 GOOSE Network Input 32

33 GOOSE_NI33 GOOSE Network Input 33

34 GOOSE_NI34 GOOSE Network Input 34

35 GOOSE_NI35 GOOSE Network Input 35

36 GOOSE_NI36 GOOSE Network Input 36

37 GOOSE_NI37 GOOSE Network Input 37

38 GOOSE_NI38 GOOSE Network Input 38

39 GOOSE_NI39 GOOSE Network Input 39

40 GOOSE_NI40 GOOSE Network Input 40

41 GOOSE_NI41 GOOSE Network Input 41

42 GOOSE_NI42 GOOSE Network Input 42

43 GOOSE_NI43 GOOSE Network Input 43

44 GOOSE_NI44 GOOSE Network Input 44

45 GOOSE_NI45 GOOSE Network Input 45

46 GOOSE_NI46 GOOSE Network Input 46

47 GOOSE_NI47 GOOSE Network Input 47

48 GOOSE_NI48 GOOSE Network Input 48

49 GOOSE_NI49 GOOSE Network Input 49

50 GOOSE_NI50 GOOSE Network Input 50

51 GOOSE_NI51 GOOSE Network Input 51

52 GOOSE_NI52 GOOSE Network Input 52

53 GOOSE_NI53 GOOSE Network Input 53

54 GOOSE_NI54 GOOSE Network Input 54

55 GOOSE_NI55 GOOSE Network Input 55

56 GOOSE_NI56 GOOSE Network Input 56

57 GOOSE_NI57 GOOSE Network Input 57

58 GOOSE_NI58 GOOSE Network Input 58

59 GOOSE_NI59 GOOSE Network Input 59

60 GOOSE_NI60 GOOSE Network Input 60

61 GOOSE_NI61 GOOSE Network Input 61

62 GOOSE_NI62 GOOSE Network Input 62

63 GOOSE_NI63 GOOSE Network Input 63

64 GOOSE_NI64 GOOSE Network Input 64

209
COMMUNICATION P3U30 settings report

7.32. GOOSE GCB1: data points

Table 117 - DSG1 data configuration

Index IEC-61850 Variable Signal Structure Status

0 VI1GGIO137.SPCSO.stVal(ST) VI1 ☐ OK

1 None None ☐ OK

2 None None ☐ OK

3 None None ☐ OK

4 None None ☐ OK

5 None None ☐ OK

6 None None ☐ OK

7 None None ☐ OK

8 None None ☐ OK

9 None None ☐ OK

10 None None ☐ OK

11 None None ☐ OK

12 None None ☐ OK

13 None None ☐ OK

14 None None ☐ OK

15 None None ☐ OK

7.33. GOOSE GCB2: data points

Table 118 - DSG2 data configuration

Index IEC-61850 Variable Signal Structure Status

0 VI1GGIO137.SPCSO.stVal(ST) VI1 ☐ OK

1 None None ☐ OK

2 None None ☐ OK

3 None None ☐ OK

4 None None ☐ OK

5 None None ☐ OK

6 None None ☐ OK

7 None None ☐ OK

8 None None ☐ OK

9 None None ☐ OK

210
COMMUNICATION P3U30 settings report
10 None None ☐ OK

11 None None ☐ OK

12 None None ☐ OK

13 None None ☐ OK

14 None None ☐ OK

15 None None ☐ OK

7.34. GOOSE Subscriber: data points

GOOSE Subscriber: data points

GOOSE NI Global Error OK

GOOSE Group 1 Status OK
GOOSE Group 2 Status OK
GOOSE Group 3 Status OK
GOOSE Group 4 Status OK
GOOSE Group 5 Status OK
GOOSE Group 6 Status OK
GOOSE Group 7 Status OK
GOOSE Group 8 Status OK
GOOSE Group 9 Status OK
GOOSE Group 10 Status OK
GOOSE Group 11 Status OK
GOOSE Group 12 Status OK
GOOSE Group 13 Status OK
GOOSE Group 14 Status OK
GOOSE Group 15 Status OK
GOOSE Group 16 Status OK

Table 119 - Subscriber binary data

NI MAC App Matching Matching Conf Data Bit Value Status Initial In Supervision
Index ID GOID GCBRef Rev index index value use group
1 MAC 1 0001 NoCheck NoCheck 1 0 0 0 NO Last ☐ Group1
Hex DATA
2 MAC 1 0001 NoCheck NoCheck 1 1 0 0 NO Last ☐ Group1
Hex DATA
3 MAC 1 0001 NoCheck NoCheck 1 2 0 0 NO Last ☐ Group1
Hex DATA

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COMMUNICATION P3U30 settings report
4 MAC 1 0001 NoCheck NoCheck 1 3 0 0 NO Last ☐ Group1
Hex DATA
5 MAC 1 0001 NoCheck NoCheck 1 4 0 0 NO Last ☐ Group1
Hex DATA
6 MAC 1 0001 NoCheck NoCheck 1 5 0 0 NO Last ☐ Group1
Hex DATA
7 MAC 1 0001 NoCheck NoCheck 1 6 0 0 NO Last ☐ Group1
Hex DATA
8 MAC 1 0001 NoCheck NoCheck 1 7 0 0 NO Last ☐ Group1
Hex DATA
9 MAC 1 0001 NoCheck NoCheck 1 8 0 0 NO Last ☐ Group1
Hex DATA
10 MAC 1 0001 NoCheck NoCheck 1 9 0 0 NO Last ☐ Group1
Hex DATA
11 MAC 1 0001 NoCheck NoCheck 1 10 0 0 NO Last ☐ Group1
Hex DATA
12 MAC 1 0001 NoCheck NoCheck 1 11 0 0 NO Last ☐ Group1
Hex DATA
13 MAC 1 0001 NoCheck NoCheck 1 12 0 0 NO Last ☐ Group1
Hex DATA
14 MAC 1 0001 NoCheck NoCheck 1 13 0 0 NO Last ☐ Group1
Hex DATA
15 MAC 1 0001 NoCheck NoCheck 1 14 0 0 NO Last ☐ Group1
Hex DATA
16 MAC 1 0001 NoCheck NoCheck 1 15 0 0 NO Last ☐ Group1
Hex DATA
17 MAC 1 0001 NoCheck NoCheck 1 16 0 0 NO Last ☐ Group1
Hex DATA
18 MAC 1 0001 NoCheck NoCheck 1 17 0 0 NO Last ☐ Group1
Hex DATA
19 MAC 1 0001 NoCheck NoCheck 1 18 0 0 NO Last ☐ Group1
Hex DATA
20 MAC 1 0001 NoCheck NoCheck 1 19 0 0 NO Last ☐ Group1
Hex DATA
21 MAC 1 0001 NoCheck NoCheck 1 20 0 0 NO Last ☐ Group1
Hex DATA
22 MAC 1 0001 NoCheck NoCheck 1 21 0 0 NO Last ☐ Group1
Hex DATA
23 MAC 1 0001 NoCheck NoCheck 1 22 0 0 NO Last ☐ Group1
Hex DATA
24 MAC 1 0001 NoCheck NoCheck 1 23 0 0 NO Last ☐ Group1
Hex DATA
25 MAC 1 0001 NoCheck NoCheck 1 24 0 0 NO Last ☐ Group1
Hex DATA
26 MAC 1 0001 NoCheck NoCheck 1 25 0 0 NO Last ☐ Group1
Hex DATA
27 MAC 1 0001 NoCheck NoCheck 1 26 0 0 NO Last ☐ Group1
Hex DATA
28 MAC 1 0001 NoCheck NoCheck 1 27 0 0 NO Last ☐ Group1
Hex DATA

212
COMMUNICATION P3U30 settings report
29 MAC 1 0001 NoCheck NoCheck 1 28 0 0 NO Last ☐ Group1
Hex DATA
30 MAC 1 0001 NoCheck NoCheck 1 29 0 0 NO Last ☐ Group1
Hex DATA
31 MAC 1 0001 NoCheck NoCheck 1 30 0 0 NO Last ☐ Group1
Hex DATA
32 MAC 1 0001 NoCheck NoCheck 1 31 0 0 NO Last ☐ Group1
Hex DATA
33 MAC 1 0001 NoCheck NoCheck 1 32 0 0 NO Last ☐ Group1
Hex DATA
34 MAC 1 0001 NoCheck NoCheck 1 33 0 0 NO Last ☐ Group1
Hex DATA
35 MAC 1 0001 NoCheck NoCheck 1 34 0 0 NO Last ☐ Group1
Hex DATA
36 MAC 1 0001 NoCheck NoCheck 1 35 0 0 NO Last ☐ Group1
Hex DATA
37 MAC 1 0001 NoCheck NoCheck 1 36 0 0 NO Last ☐ Group1
Hex DATA
38 MAC 1 0001 NoCheck NoCheck 1 37 0 0 NO Last ☐ Group1
Hex DATA
39 MAC 1 0001 NoCheck NoCheck 1 38 0 0 NO Last ☐ Group1
Hex DATA
40 MAC 1 0001 NoCheck NoCheck 1 39 0 0 NO Last ☐ Group1
Hex DATA
41 MAC 1 0001 NoCheck NoCheck 1 40 0 0 NO Last ☐ Group1
Hex DATA
42 MAC 1 0001 NoCheck NoCheck 1 41 0 0 NO Last ☐ Group1
Hex DATA
43 MAC 1 0001 NoCheck NoCheck 1 42 0 0 NO Last ☐ Group1
Hex DATA
44 MAC 1 0001 NoCheck NoCheck 1 43 0 0 NO Last ☐ Group1
Hex DATA
45 MAC 1 0001 NoCheck NoCheck 1 44 0 0 NO Last ☐ Group1
Hex DATA
46 MAC 1 0001 NoCheck NoCheck 1 45 0 0 NO Last ☐ Group1
Hex DATA
47 MAC 1 0001 NoCheck NoCheck 1 46 0 0 NO Last ☐ Group1
Hex DATA
48 MAC 1 0001 NoCheck NoCheck 1 47 0 0 NO Last ☐ Group1
Hex DATA
49 MAC 1 0001 NoCheck NoCheck 1 48 0 0 NO Last ☐ Group1
Hex DATA
50 MAC 1 0001 NoCheck NoCheck 1 49 0 0 NO Last ☐ Group1
Hex DATA
51 MAC 1 0001 NoCheck NoCheck 1 50 0 0 NO Last ☐ Group1
Hex DATA
52 MAC 1 0001 NoCheck NoCheck 1 51 0 0 NO Last ☐ Group1
Hex DATA
53 MAC 1 0001 NoCheck NoCheck 1 52 0 0 NO Last ☐ Group1
Hex DATA

213
COMMUNICATION P3U30 settings report
54 MAC 1 0001 NoCheck NoCheck 1 53 0 0 NO Last ☐ Group1
Hex DATA
55 MAC 1 0001 NoCheck NoCheck 1 54 0 0 NO Last ☐ Group1
Hex DATA
56 MAC 1 0001 NoCheck NoCheck 1 55 0 0 NO Last ☐ Group1
Hex DATA
57 MAC 1 0001 NoCheck NoCheck 1 56 0 0 NO Last ☐ Group1
Hex DATA
58 MAC 1 0001 NoCheck NoCheck 1 57 0 0 NO Last ☐ Group1
Hex DATA
59 MAC 1 0001 NoCheck NoCheck 1 58 0 0 NO Last ☐ Group1
Hex DATA
60 MAC 1 0001 NoCheck NoCheck 1 59 0 0 NO Last ☐ Group1
Hex DATA
61 MAC 1 0001 NoCheck NoCheck 1 60 0 0 NO Last ☐ Group1
Hex DATA
62 MAC 1 0001 NoCheck NoCheck 1 61 0 0 NO Last ☐ Group1
Hex DATA
63 MAC 1 0001 NoCheck NoCheck 1 62 0 0 NO Last ☐ Group1
Hex DATA
64 MAC 1 0001 NoCheck NoCheck 1 63 0 0 NO Last ☐ Group1
Hex DATA

Table 120 - Subscriber analog data

NI MAC App Matching Matching Conf Data Value VAI Status In Supervision
Index ID GOID GCBRef Rev index Unit use group
1 MAC 1 0002 NoCheck NoCheck 1 0 0.00 C NO ☐ Group1
Hex C DATA
2 MAC 1 0002 NoCheck NoCheck 1 1 0.00 C NO ☐ Group1
Hex C DATA
3 MAC 1 0002 NoCheck NoCheck 1 2 0.00 C NO ☐ Group1
Hex C DATA
4 MAC 1 0002 NoCheck NoCheck 1 3 0.00 C NO ☐ Group1
Hex C DATA
5 MAC 1 0002 NoCheck NoCheck 1 4 0.00 C NO ☐ Group1
Hex C DATA

7.35. GOOSE matrix

Figure 21 - GOOSE matrix

Matrix: 'GOOSE matrix' page reference 367

214
DEVICE/TEST P3U30 settings report

8. DEVICE/TEST

8.1. Device info

Device info

S/N WX221640053
VID 1220421053
Order code P3U30-5AAA2BCAA
Program version V30.205
FLASH memory size 8 [MB]
Panel access level USER
PC access level CONF
HTTP access level USER
Tested by OPE
Calibration date 2022-04-22
Change operator password *
Change configurator password *

8.2. Relays

Relays

Trip relay 1 0
Trip relay 2 0
Trip relay 3 0
Trip relay 4 0
Trip relay 5 0
Trip relay 6 0
Trip relay 7 0
Signal relay 1 0
Service status output 0
Force flag ☐

215
DEVICE/TEST P3U30 settings report

PULSE LENGTH for DIRECT CTRL

RemPulseSizeHlp (99.99=infinite)
Signal relay 1 0.50 [s]

POLARITY

Trip relay 1 ☐
Trip relay 2 ☐
Trip relay 3 ☐
Trip relay 4 ☐
Trip relay 5 ☐
Trip relay 6 ☐
Trip relay 7 ☐
Signal relay 1 ☐

8.3. Virtual outputs

Virtual outputs

Virtual output 1 0
Virtual output 2 0
Virtual output 3 0
Virtual output 4 0
Virtual output 5 0
Virtual output 6 0
Virtual output 7 0
Virtual output 8 0
Virtual output 9 0
Virtual output 10 0
Virtual output 11 0
Virtual output 12 0
Virtual output 13 0
Virtual output 14 0
Virtual output 15 0
Virtual output 16 0
Virtual output 17 0

216
DEVICE/TEST P3U30 settings report
Virtual output 18 0
Virtual output 19 0
Virtual output 20 0
Event enabling ☑

8.4. Local panel display

Panel Properties

LCD Type LCD2x-P

H-Pixel Count 128
V-Pixel Count 64

Figure 22 - Local panel

LCDButtons ?

217
DEVICE/TEST P3U30 settings report

8.5. Card info

Table 121 - Card info

Device Card ID Trace ID Status

Power Pwr A plug S1S6562213367527VB65604 OK

VT+I/O 3U+6DI+3DO S1S6132211326612VB61304 OK

I/O+COM 2EthRJ+8DI S1S6152150313647VB61503 OK

Display 128x64 S1S7752204313700VB77501 OK

MB 5x MB S1S5992209329007VB59907 OK

8.6. Diagnosis

Diagnosis

Internal voltage - -14.2 [V]

Internal voltage + 24.7 [V]
Internal temperature 51 [C]
Max int. temperature 59 [C]
Digital input errors 0
Selfdiag 1 alarm OK
Diagnostic code 1-1 OK
Diagnostic code 1-2 OK
Selfdiag 2 alarm OK
Diagnostic code 2-1 OK
Diagnostic code 2-2 OK
Selfdiag 3 alarm OK
Diagnostic code 3-1 OK
Diagnostic code 3-2 OK

218
DEVICE/TEST P3U30 settings report

Table 122 - SELFDIAG ALARM LOG

Date hh:mm:ss.ms Ch State Info

[1] 18.07.2024 05:12:44.479 2 Off -

[2] 18.07.2024 05:06:40.860 2 On -

[3] - - 0 Off -

[4] - - 0 Off -

[5] - - 0 Off -

[6] - - 0 Off -

[7] - - 0 Off -

[8] - - 0 Off -

Table 123 - SETTINGS ALARM LOG

Date hh:mm:ss.ms Ch State Info

[1] - - 0 Off -

[2] - - 0 Off -

[3] - - 0 Off -

[4] - - 0 Off -

[5] - - 0 Off -

[6] - - 0 Off -

[7] - - 0 Off -

[8] - - 0 Off -

SELFDIAG SIGNAL CONFIGURATION

SecPulse Selfdiag3
Relays Selfdiag3
E2PROM Selfdiag3
Stack usage Selfdiag3
Memory check Selfdiag3
Background task Selfdiag3
Parameter range check Selfdiag3
CPU load Selfdiag3
Internal voltage + Selfdiag3

219
DEVICE/TEST P3U30 settings report
Internal voltage - Selfdiag3
Internal temperature Selfdiag3
ADC check 1 Selfdiag1
ADC check 2 Selfdiag1
COM buffer Selfdiag3
Slot card Selfdiag3
Order code Selfdiag3

OPSYS DIAGNOSIS

Uptime (d;h:min:s) 5;18:19:55

CPU load 45 [%]
Max CPU load 71 [%]
Max CPU load priority 0.01 [s]
Max CPU load task 0
BG task count 17/40
BG task load 51.3 [%]
Stack usage 9 [%]
Max stack usage 14 [%]

Running regular tasks

5ms 2/16
10ms 48/80
20ms 37/60
100ms 27/40
500ms 7/20
1s 21/30
10s 19/30

Running signal tasks

10ms 0/6
20ms 0/15
100ms 0/20
500ms 1/15
1s 0/45

220
DEVICE/TEST P3U30 settings report
10s 0/15

Communication buffer errors

Local port errors 0

Remote port errors n/a
Extension port errors n/a
Virtual port errors n/a

FLASH STORAGE

Usage 25 [%]
Checking block: 1/8192

Item diagnosis

Item count 20955

Checked item 8109
Faulty items 0

221
DOCUMENTATION P3U30 settings report

9. DOCUMENTATION

9.1. LED label printout

LED label printout

Appearance of the local panel 1

Function button 1 Function button 1
Power LED text POWER
Descr(Start indicator LED) LED A
Descr(LED A) I>51
Descr(LED C) Io>51N
Descr(LED E) TRIP
Function button 2 Function button 2
Service LED text SERVICE
Descr(Trip indicator LED) LED B
Descr(LED B) I>>50
Descr(LED D) Io>>50N
Descr(LED F) LED H

222
Matrix Appendix P3U30 settings report

Matrix Appendix

1. Matrix Appendix........................................................................ 224

1.1. Output matrix......................................................................................... 224
1.2. Block matrix........................................................................................... 266
1.3. Auto-recloser matrix.............................................................................. 322
1.4. Object block matrix................................................................................336
1.5. Event enabling - stages 1...................................................................... 364
1.6. GOOSE matrix........................................................................................ 367

223
Matrix Appendix P3U30 settings report
Output matrix

LC

LD
A1

LA

LB

LE
T1

T2

T3

T4

T5

T6

T7
Global trip

50/51-1 start

50/51-1 trip

50/51-2 start

50/51-2 trip

50/51-3 start

50/51-3 trip

51V start

51V trip

67-1 start

67-1 trip

67-2 start

67-2 trip

67-3 start

67-3 trip

67-4 start

67-4 trip

46-1 start

46-1 trip

37 start

37 trip

68F2 start

68F2 trip

68H5 start
224
Matrix Appendix P3U30 settings report
Output matrix

9
R

VO

VO

VO

VO

VO

VO

VO

VO

VO
LG

LH
LF
D

Global trip

50/51-1 start

50/51-1 trip

50/51-2 start

50/51-2 trip

50/51-3 start

50/51-3 trip

51V start

51V trip

67-1 start

67-1 trip

67-2 start

67-2 trip

67-3 start

67-3 trip

67-4 start

67-4 trip

46-1 start

46-1 trip

37 start

37 trip

68F2 start

68F2 trip

68H5 start
225
Matrix Appendix P3U30 settings report
Output matrix

10

11

12

13

14

15

16

17

18

19

20
VO

VO

VO

VO

VO

VO

VO

VO

VO

VO

VO
Global trip

50/51-1 start

50/51-1 trip

50/51-2 start

50/51-2 trip

50/51-3 start

50/51-3 trip

51V start

51V trip

67-1 start

67-1 trip

67-2 start

67-2 trip

67-3 start

67-3 trip

67-4 start

67-4 trip

46-1 start

46-1 trip

37 start

37 trip

68F2 start

68F2 trip

68H5 start
226
Matrix Appendix P3U30 settings report
Output matrix

LC

LD
A1

LA

LB

LE
T1

T2

T3

T4

T5

T6

T7
68H5 trip

50N/51N-1 start

50N/51N-1 trip

50N/51N-2 start

50N/51N-2 trip

50N/51N-3 start

50N/51N-3 trip

50N/51N-4 start

50N/51N-4 trip

50N/51N-5 start

50N/51N-5 trip

67N-1 start

67N-1 trip

67N-2 start

67N-2 trip

67N-3 start

67N-3 trip

67NI start

67NI trip

50HS trip

59N-1 start

59N-1 trip

59N-2 start

59N-2 trip
227
Matrix Appendix P3U30 settings report
Output matrix

9
R

VO

VO

VO

VO

VO

VO

VO

VO

VO
LG

LH
LF
D

68H5 trip

50N/51N-1 start

50N/51N-1 trip

50N/51N-2 start

50N/51N-2 trip

50N/51N-3 start

50N/51N-3 trip

50N/51N-4 start

50N/51N-4 trip

50N/51N-5 start

50N/51N-5 trip

67N-1 start

67N-1 trip

67N-2 start

67N-2 trip

67N-3 start

67N-3 trip

67NI start

67NI trip

50HS trip

59N-1 start

59N-1 trip

59N-2 start

59N-2 trip
228
Matrix Appendix P3U30 settings report
Output matrix

10

11

12

13

14

15

16

17

18

19

20
VO

VO

VO

VO

VO

VO

VO

VO

VO

VO

VO
68H5 trip

50N/51N-1 start

50N/51N-1 trip

50N/51N-2 start

50N/51N-2 trip

50N/51N-3 start

50N/51N-3 trip

50N/51N-4 start

50N/51N-4 trip

50N/51N-5 start

50N/51N-5 trip

67N-1 start

67N-1 trip

67N-2 start

67N-2 trip

67N-3 start

67N-3 trip

67NI start

67NI trip

50HS trip

59N-1 start

59N-1 trip

59N-2 start

59N-2 trip
229
Matrix Appendix P3U30 settings report
Output matrix

LC

LD
A1

LA

LB

LE
T1

T2

T3

T4

T5

T6

T7
59N-3 start

59N-3 trip

59-1 start

59-1 trip

59-2 start

59-2 trip

59-3 start

59-3 trip

27-1 start

27-1 trip

27-2 start

27-2 trip

27-3 start

27-3 trip

59C start

59C trip

47-1 start

47-1 trip

47-2 start

47-2 trip

47-3 start

47-3 trip

32-1 start

32-1 trip
230
Matrix Appendix P3U30 settings report
Output matrix

9
R

VO

VO

VO

VO

VO

VO

VO

VO

VO
LG

LH
LF
D

59N-3 start

59N-3 trip

59-1 start

59-1 trip

59-2 start

59-2 trip

59-3 start

59-3 trip

27-1 start

27-1 trip

27-2 start

27-2 trip

27-3 start

27-3 trip

59C start

59C trip

47-1 start

47-1 trip

47-2 start

47-2 trip

47-3 start

47-3 trip

32-1 start

32-1 trip
231
Matrix Appendix P3U30 settings report
Output matrix

10

11

12

13

14

15

16

17

18

19

20
VO

VO

VO

VO

VO

VO

VO

VO

VO

VO

VO
59N-3 start

59N-3 trip

59-1 start

59-1 trip

59-2 start

59-2 trip

59-3 start

59-3 trip

27-1 start

27-1 trip

27-2 start

27-2 trip

27-3 start

27-3 trip

59C start

59C trip

47-1 start

47-1 trip

47-2 start

47-2 trip

47-3 start

47-3 trip

32-1 start

32-1 trip
232
Matrix Appendix P3U30 settings report
Output matrix

LC

LD
A1

LA

LB

LE
T1

T2

T3

T4

T5

T6

T7
32-2 start

32-2 trip

81-1 start

81-1 trip

81-2 start

81-2 trip

81U-1 start

81U-1 trip

81U-2 start

81U-2 trip

81R start

81R trip

50BF start

50BF trip

50BF-1 start

50BF-1 trip

50BF-2 start

50BF-2 trip

49 start

49 trip

99-1 start

99-1 trip

99-2 start

99-2 trip
233
Matrix Appendix P3U30 settings report
Output matrix

9
R

VO

VO

VO

VO

VO

VO

VO

VO

VO
LG

LH
LF
D

32-2 start

32-2 trip

81-1 start

81-1 trip

81-2 start

81-2 trip

81U-1 start

81U-1 trip

81U-2 start

81U-2 trip

81R start

81R trip

50BF start

50BF trip

50BF-1 start

50BF-1 trip

50BF-2 start

50BF-2 trip

49 start

49 trip

99-1 start

99-1 trip

99-2 start

99-2 trip
234
Matrix Appendix P3U30 settings report
Output matrix

10

11

12

13

14

15

16

17

18

19

20
VO

VO

VO

VO

VO

VO

VO

VO

VO

VO

VO
32-2 start

32-2 trip

81-1 start

81-1 trip

81-2 start

81-2 trip

81U-1 start

81U-1 trip

81U-2 start

81U-2 trip

81R start

81R trip

50BF start

50BF trip

50BF-1 start

50BF-1 trip

50BF-2 start

50BF-2 trip

49 start

49 trip

99-1 start

99-1 trip

99-2 start

99-2 trip
235
Matrix Appendix P3U30 settings report
Output matrix

LC

LD
A1

LA

LB

LE
T1

T2

T3

T4

T5

T6

T7
99-3 start

99-3 trip

99-4 start

99-4 trip

99-5 start

99-5 trip

99-6 start

99-6 trip

99-7 start

99-7 trip

99-8 start

99-8 trip

Digital input 1

Digital input 2

Digital input 3

Digital input 4

Digital input 5

Digital input 6

Digital input 7

Digital input 8

Digital input 9

Digital input 10

Digital input 11

Digital input 12
236
Matrix Appendix P3U30 settings report
Output matrix

9
R

VO

VO

VO

VO

VO

VO

VO

VO

VO
LG

LH
LF
D

99-3 start

99-3 trip

99-4 start

99-4 trip

99-5 start

99-5 trip

99-6 start

99-6 trip

99-7 start

99-7 trip

99-8 start

99-8 trip

Digital input 1

Digital input 2

Digital input 3

Digital input 4

Digital input 5

Digital input 6

Digital input 7

Digital input 8

Digital input 9

Digital input 10

Digital input 11

Digital input 12
237
Matrix Appendix P3U30 settings report
Output matrix

10

11

12

13

14

15

16

17

18

19

20
VO

VO

VO

VO

VO

VO

VO

VO

VO

VO

VO
99-3 start

99-3 trip

99-4 start

99-4 trip

99-5 start

99-5 trip

99-6 start

99-6 trip

99-7 start

99-7 trip

99-8 start

99-8 trip

Digital input 1

Digital input 2

Digital input 3

Digital input 4

Digital input 5

Digital input 6

Digital input 7

Digital input 8

Digital input 9

Digital input 10

Digital input 11

Digital input 12
238
Matrix Appendix P3U30 settings report
Output matrix

LC

LD
A1

LA

LB

LE
T1

T2

T3

T4

T5

T6

T7
Digital input 13

Digital input 14

Digital input 15

Digital input 16

Virtual input 1

Virtual input 2

Virtual input 3

Virtual input 4

Virtual input 5

Virtual input 6

Virtual input 7

Virtual input 8

Virtual input 9

Virtual input 10

Virtual input 11

Virtual input 12

Virtual input 13

Virtual input 14

Virtual input 15

Virtual input 16

Virtual input 17

Virtual input 18

Virtual input 19

Virtual input 20
239
Matrix Appendix P3U30 settings report
Output matrix

9
R

VO

VO

VO

VO

VO

VO

VO

VO

VO
LG

LH
LF
D

Digital input 13

Digital input 14

Digital input 15

Digital input 16

Virtual input 1

Virtual input 2

Virtual input 3

Virtual input 4

Virtual input 5

Virtual input 6

Virtual input 7

Virtual input 8

Virtual input 9

Virtual input 10

Virtual input 11

Virtual input 12

Virtual input 13

Virtual input 14

Virtual input 15

Virtual input 16

Virtual input 17

Virtual input 18

Virtual input 19

Virtual input 20
240
Matrix Appendix P3U30 settings report
Output matrix

10

11

12

13

14

15

16

17

18

19

20
VO

VO

VO

VO

VO

VO

VO

VO

VO

VO

VO
Digital input 13

Digital input 14

Digital input 15

Digital input 16

Virtual input 1

Virtual input 2

Virtual input 3

Virtual input 4

Virtual input 5

Virtual input 6

Virtual input 7

Virtual input 8

Virtual input 9

Virtual input 10

Virtual input 11

Virtual input 12

Virtual input 13

Virtual input 14

Virtual input 15

Virtual input 16

Virtual input 17

Virtual input 18

Virtual input 19

Virtual input 20
241
Matrix Appendix P3U30 settings report
Output matrix

LC

LD
A1

LA

LB

LE
T1

T2

T3

T4

T5

T6

T7
Function button 1

Function button 2

AR running

AR1 final trip

AR2 final trip

AR3 final trip

AR4 final trip

Critical final trip

Shot1 active

Shot2 active

Shot3 active

Shot4 active

Shot5 active
Enable
Auto-Recloser
Object1 open

Object1 close

Object2 open

Object2 close

Object3 open

Object3 close

Object4 open

Object4 close

Object5 open

Object5 close
242
Matrix Appendix P3U30 settings report
Output matrix

9
R

VO

VO

VO

VO

VO

VO

VO

VO

VO
LG

LH
LF
D

Function button 1

Function button 2

AR running

AR1 final trip

AR2 final trip

AR3 final trip

AR4 final trip

Critical final trip

Shot1 active

Shot2 active

Shot3 active

Shot4 active

Shot5 active
Enable
Auto-Recloser
Object1 open

Object1 close

Object2 open

Object2 close

Object3 open

Object3 close

Object4 open

Object4 close

Object5 open

Object5 close
243
Matrix Appendix P3U30 settings report
Output matrix

10

11

12

13

14

15

16

17

18

19

20
VO

VO

VO

VO

VO

VO

VO

VO

VO

VO

VO
Function button 1

Function button 2

AR running

AR1 final trip

AR2 final trip

AR3 final trip

AR4 final trip

Critical final trip

Shot1 active

Shot2 active

Shot3 active

Shot4 active

Shot5 active
Enable
Auto-Recloser
Object1 open

Object1 close

Object2 open

Object2 close

Object3 open

Object3 close

Object4 open

Object4 close

Object5 open

Object5 close
244
Matrix Appendix P3U30 settings report
Output matrix

LC

LD
A1

LA

LB

LE
T1

T2

T3

T4

T5

T6

T7
Object6 open

Object6 close

Object7 open

Object7 close

Object8 open

Object8 close

Object1 final trip

Object2 final trip

Object3 final trip

Object4 final trip

Object5 final trip

Object6 final trip

Object7 final trip

Object8 final trip

Object Failure

Local control enabled

CB wear alarm 1

CB wear alarm 2

CB mon 1 alarm 1

CB mon 1 alarm 2

60 supervision

60FL supervision

Logic output 1

Logic output 2
245
Matrix Appendix P3U30 settings report
Output matrix

9
R

VO

VO

VO

VO

VO

VO

VO

VO

VO
LG

LH
LF
D

Object6 open

Object6 close

Object7 open

Object7 close

Object8 open

Object8 close

Object1 final trip

Object2 final trip

Object3 final trip

Object4 final trip

Object5 final trip

Object6 final trip

Object7 final trip

Object8 final trip

Object Failure

Local control enabled

CB wear alarm 1

CB wear alarm 2

CB mon 1 alarm 1

CB mon 1 alarm 2

60 supervision

60FL supervision

Logic output 1

Logic output 2
246
Matrix Appendix P3U30 settings report
Output matrix

10

11

12

13

14

15

16

17

18

19

20
VO

VO

VO

VO

VO

VO

VO

VO

VO

VO

VO
Object6 open

Object6 close

Object7 open

Object7 close

Object8 open

Object8 close

Object1 final trip

Object2 final trip

Object3 final trip

Object4 final trip

Object5 final trip

Object6 final trip

Object7 final trip

Object8 final trip

Object Failure

Local control enabled

CB wear alarm 1

CB wear alarm 2

CB mon 1 alarm 1

CB mon 1 alarm 2

60 supervision

60FL supervision

Logic output 1

Logic output 2
247
Matrix Appendix P3U30 settings report
Output matrix

LC

LD
A1

LA

LB

LE
T1

T2

T3

T4

T5

T6

T7
Logic output 3

Logic output 4

Logic output 5

Logic output 6

Logic output 7

Logic output 8

Logic output 9

Logic output 10

Logic output 11

Logic output 12

Logic output 13

Logic output 14

Logic output 15

Logic output 16

Logic output 17

Logic output 18

Logic output 19

Logic output 20
Active exp. energy
pulse
Active imp. energy
pulse
Reactive exp. energy
pulse
Reactive imp. energy
pulse
Voltage sag

Voltage swell
248
Matrix Appendix P3U30 settings report
Output matrix

9
R

VO

VO

VO

VO

VO

VO

VO

VO

VO
LG

LH
LF
D

Logic output 3

Logic output 4

Logic output 5

Logic output 6

Logic output 7

Logic output 8

Logic output 9

Logic output 10

Logic output 11

Logic output 12

Logic output 13

Logic output 14

Logic output 15

Logic output 16

Logic output 17

Logic output 18

Logic output 19

Logic output 20
Active exp. energy
pulse
Active imp. energy
pulse
Reactive exp. energy
pulse
Reactive imp. energy
pulse
Voltage sag

Voltage swell
249
Matrix Appendix P3U30 settings report
Output matrix

10

11

12

13

14

15

16

17

18

19

20
VO

VO

VO

VO

VO

VO

VO

VO

VO

VO

VO
Logic output 3

Logic output 4

Logic output 5

Logic output 6

Logic output 7

Logic output 8

Logic output 9

Logic output 10

Logic output 11

Logic output 12

Logic output 13

Logic output 14

Logic output 15

Logic output 16

Logic output 17

Logic output 18

Logic output 19

Logic output 20
Active exp. energy
pulse
Active imp. energy
pulse
Reactive exp. energy
pulse
Reactive imp. energy
pulse
Voltage sag

Voltage swell
250
 Matrix Appendix P3U30 settings report
Output matrix

LC

LD
A1

LA

LB

LE
T1

T2

T3

T4

T5

T6

T7
Voltage interrupt

Incomer fault locator

Timer 1 status

Timer 2 status

Timer 3 status

Timer 4 status

Line 1 alarm

Line 2 alarm

Line 3 alarm
Overcurrent
alarm
Earth Fault alarm

Line 1 fault

Line 2 fault

Line 3 fault

Overcurrent trip

Earth Fault trip

Manual control indication

REMOTE comm.

REMOTE comm. inactive

EXTENSION
comm.
EXTENSION
comm. inactive
Port 1 link down

Port 2 link down

Feeder fault locator

251
 Matrix Appendix P3U30 settings report
Output matrix

9
R

VO

VO

VO

VO

VO

VO

VO

VO

VO
LG

LH
LF
D

Voltage interrupt

Incomer fault locator

Timer 1 status

Timer 2 status

Timer 3 status

Timer 4 status

Line 1 alarm

Line 2 alarm

Line 3 alarm
Overcurrent
alarm
Earth Fault alarm

Line 1 fault

Line 2 fault

Line 3 fault

Overcurrent trip

Earth Fault trip

Manual control indication

REMOTE comm.

REMOTE comm. inactive

EXTENSION
comm.
EXTENSION
comm. inactive
Port 1 link down

Port 2 link down

Feeder fault locator

252
 Matrix Appendix P3U30 settings report
Output matrix

10

11

12

13

14

15

16

17

18

19

20
VO

VO

VO

VO

VO

VO

VO

VO

VO

VO

VO
Voltage interrupt

Incomer fault locator

Timer 1 status

Timer 2 status

Timer 3 status

Timer 4 status

Line 1 alarm

Line 2 alarm

Line 3 alarm
Overcurrent
alarm
Earth Fault alarm

Line 1 fault

Line 2 fault

Line 3 fault

Overcurrent trip

Earth Fault trip

Manual control indication

REMOTE comm.

REMOTE comm. inactive

EXTENSION
comm.
EXTENSION
comm. inactive
Port 1 link down

Port 2 link down

Feeder fault locator

253
Matrix Appendix P3U30 settings report
Output matrix

LC

LD
A1

LA

LB

LE
T1

T2

T3

T4

T5

T6

T7
Setting error

Selfdiag 1 alarm

Selfdiag 2 alarm

Selfdiag 3 alarm

Cold load pickup

Inrush detection

Pwd open

Setting change

GOOSE_NI1

GOOSE_NI2

GOOSE_NI3

GOOSE_NI4

GOOSE_NI5

GOOSE_NI6

GOOSE_NI7

GOOSE_NI8

GOOSE_NI9

GOOSE_NI10

GOOSE_NI11

GOOSE_NI12

GOOSE_NI13

GOOSE_NI14

GOOSE_NI15

GOOSE_NI16
254
Matrix Appendix P3U30 settings report
Output matrix

9
R

VO

VO

VO

VO

VO

VO

VO

VO

VO
LG

LH
LF
D

Setting error

Selfdiag 1 alarm

Selfdiag 2 alarm

Selfdiag 3 alarm

Cold load pickup

Inrush detection

Pwd open

Setting change

GOOSE_NI1

GOOSE_NI2

GOOSE_NI3

GOOSE_NI4

GOOSE_NI5

GOOSE_NI6

GOOSE_NI7

GOOSE_NI8

GOOSE_NI9

GOOSE_NI10

GOOSE_NI11

GOOSE_NI12

GOOSE_NI13

GOOSE_NI14

GOOSE_NI15

GOOSE_NI16
255
Matrix Appendix P3U30 settings report
Output matrix

10

11

12

13

14

15

16

17

18

19

20
VO

VO

VO

VO

VO

VO

VO

VO

VO

VO

VO
Setting error

Selfdiag 1 alarm

Selfdiag 2 alarm

Selfdiag 3 alarm

Cold load pickup

Inrush detection

Pwd open

Setting change

GOOSE_NI1

GOOSE_NI2

GOOSE_NI3

GOOSE_NI4

GOOSE_NI5

GOOSE_NI6

GOOSE_NI7

GOOSE_NI8

GOOSE_NI9

GOOSE_NI10

GOOSE_NI11

GOOSE_NI12

GOOSE_NI13

GOOSE_NI14

GOOSE_NI15

GOOSE_NI16
256
Matrix Appendix P3U30 settings report
Output matrix

LC

LD
A1

LA

LB

LE
T1

T2

T3

T4

T5

T6

T7
GOOSE_NI17

GOOSE_NI18

GOOSE_NI19

GOOSE_NI20

GOOSE_NI21

GOOSE_NI22

GOOSE_NI23

GOOSE_NI24

GOOSE_NI25

GOOSE_NI26

GOOSE_NI27

GOOSE_NI28

GOOSE_NI29

GOOSE_NI30

GOOSE_NI31

GOOSE_NI32

GOOSE_NI33

GOOSE_NI34

GOOSE_NI35

GOOSE_NI36

GOOSE_NI37

GOOSE_NI38

GOOSE_NI39

GOOSE_NI40
257
Matrix Appendix P3U30 settings report
Output matrix

9
R

VO

VO

VO

VO

VO

VO

VO

VO

VO
LG

LH
LF
D

GOOSE_NI17

GOOSE_NI18

GOOSE_NI19

GOOSE_NI20

GOOSE_NI21

GOOSE_NI22

GOOSE_NI23

GOOSE_NI24

GOOSE_NI25

GOOSE_NI26

GOOSE_NI27

GOOSE_NI28

GOOSE_NI29

GOOSE_NI30

GOOSE_NI31

GOOSE_NI32

GOOSE_NI33

GOOSE_NI34

GOOSE_NI35

GOOSE_NI36

GOOSE_NI37

GOOSE_NI38

GOOSE_NI39

GOOSE_NI40
258
Matrix Appendix P3U30 settings report
Output matrix

10

11

12

13

14

15

16

17

18

19

20
VO

VO

VO

VO

VO

VO

VO

VO

VO

VO

VO
GOOSE_NI17

GOOSE_NI18

GOOSE_NI19

GOOSE_NI20

GOOSE_NI21

GOOSE_NI22

GOOSE_NI23

GOOSE_NI24

GOOSE_NI25

GOOSE_NI26

GOOSE_NI27

GOOSE_NI28

GOOSE_NI29

GOOSE_NI30

GOOSE_NI31

GOOSE_NI32

GOOSE_NI33

GOOSE_NI34

GOOSE_NI35

GOOSE_NI36

GOOSE_NI37

GOOSE_NI38

GOOSE_NI39

GOOSE_NI40
259
Matrix Appendix P3U30 settings report
Output matrix

LC

LD
A1

LA

LB

LE
T1

T2

T3

T4

T5

T6

T7
GOOSE_NI41

GOOSE_NI42

GOOSE_NI43

GOOSE_NI44

GOOSE_NI45

GOOSE_NI46

GOOSE_NI47

GOOSE_NI48

GOOSE_NI49

GOOSE_NI50

GOOSE_NI51

GOOSE_NI52

GOOSE_NI53

GOOSE_NI54

GOOSE_NI55

GOOSE_NI56

GOOSE_NI57

GOOSE_NI58

GOOSE_NI59

GOOSE_NI60

GOOSE_NI61

GOOSE_NI62

GOOSE_NI63

GOOSE_NI64
260
Matrix Appendix P3U30 settings report
Output matrix

9
R

VO

VO

VO

VO

VO

VO

VO

VO

VO
LG

LH
LF
D

GOOSE_NI41

GOOSE_NI42

GOOSE_NI43

GOOSE_NI44

GOOSE_NI45

GOOSE_NI46

GOOSE_NI47

GOOSE_NI48

GOOSE_NI49

GOOSE_NI50

GOOSE_NI51

GOOSE_NI52

GOOSE_NI53

GOOSE_NI54

GOOSE_NI55

GOOSE_NI56

GOOSE_NI57

GOOSE_NI58

GOOSE_NI59

GOOSE_NI60

GOOSE_NI61

GOOSE_NI62

GOOSE_NI63

GOOSE_NI64
261
Matrix Appendix P3U30 settings report
Output matrix

10

11

12

13

14

15

16

17

18

19

20
VO

VO

VO

VO

VO

VO

VO

VO

VO

VO

VO
GOOSE_NI41

GOOSE_NI42

GOOSE_NI43

GOOSE_NI44

GOOSE_NI45

GOOSE_NI46

GOOSE_NI47

GOOSE_NI48

GOOSE_NI49

GOOSE_NI50

GOOSE_NI51

GOOSE_NI52

GOOSE_NI53

GOOSE_NI54

GOOSE_NI55

GOOSE_NI56

GOOSE_NI57

GOOSE_NI58

GOOSE_NI59

GOOSE_NI60

GOOSE_NI61

GOOSE_NI62

GOOSE_NI63

GOOSE_NI64
262
Matrix Appendix P3U30 settings report
Output matrix

LC

LD
A1

LA

LB

LE
T1

T2

T3

T4

T5

T6

T7
GOOSE Err

GOOSEERR1

GOOSEERR2

GOOSEERR3

GOOSEERR4

GOOSEERR5

GOOSEERR6

GOOSEERR7

GOOSEERR8

GOOSEERR9

GOOSEERR10

GOOSEERR11

GOOSEERR12

GOOSEERR13

GOOSEERR14

GOOSEERR15

GOOSEERR16

Latch release
Eth msgs overflow
alarm
SNTP alarm

263
Matrix Appendix P3U30 settings report
Output matrix

9
R

VO

VO

VO

VO

VO

VO

VO

VO

VO
LG

LH
LF
D

GOOSE Err

GOOSEERR1

GOOSEERR2

GOOSEERR3

GOOSEERR4

GOOSEERR5

GOOSEERR6

GOOSEERR7

GOOSEERR8

GOOSEERR9

GOOSEERR10

GOOSEERR11

GOOSEERR12

GOOSEERR13

GOOSEERR14

GOOSEERR15

GOOSEERR16

Latch release
Eth msgs overflow
alarm
SNTP alarm

264
Matrix Appendix P3U30 settings report
Output matrix

10

11

12

13

14

15

16

17

18

19

20
VO

VO

VO

VO

VO

VO

VO

VO

VO

VO

VO
GOOSE Err

GOOSEERR1

GOOSEERR2

GOOSEERR3

GOOSEERR4

GOOSEERR5

GOOSEERR6

GOOSEERR7

GOOSEERR8

GOOSEERR9

GOOSEERR10

GOOSEERR11

GOOSEERR12

GOOSEERR13

GOOSEERR14

GOOSEERR15

GOOSEERR16

Latch release
Eth msgs overflow
alarm
SNTP alarm

265
Matrix Appendix P3U30 settings report
Block matrix

50 N-1

-2
1N
1

1
1-

1-

1-

/5

/5
F2
-1

-1

-2

-3

-4
/5

/5

/5

N
V

F
50

50

50

51

46

67

67

67

67

37

49

68

50
P P P P P P P P P P P P P P

Global trip

50/51-1 start

50/51-1 trip

50/51-2 start

50/51-2 trip

50/51-3 start

50/51-3 trip

51V start

51V trip

67-1 start

67-1 trip

67-2 start

67-2 trip

67-3 start

67-3 trip

67-4 start

67-4 trip

46-1 start

46-1 trip

37 start

37 trip

68F2 start

68F2 trip

68H5 start
266
Matrix Appendix P3U30 settings report
Block matrix

67 N-5

50 N-3

59 N-4
1

1
-1

-2

-1

-2
/5

/5

/5

-1

-2

-1

-2

-3

-3

-1
N

N
50

67

50

59

27

27

59

59

59

27

32
P P P P P P P P P P P P P P

Global trip

50/51-1 start

50/51-1 trip

50/51-2 start

50/51-2 trip

50/51-3 start

50/51-3 trip

51V start

51V trip

67-1 start

67-1 trip

67-2 start

67-2 trip

67-3 start

67-3 trip

67-4 start

67-4 trip

46-1 start

46-1 trip

37 start

37 trip

68F2 start

68F2 trip

68H5 start
267
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-2

-1

-2

-3

-4

-1

-2

-5

-6

-7

-8
U

R
32

99

99

99

99

81

81

81

81

81

99

99

99

99
P P P P P P P P P P P P P P

Global trip

50/51-1 start

50/51-1 trip

50/51-2 start

50/51-2 trip

50/51-3 start

50/51-3 trip

51V start

51V trip

67-1 start

67-1 trip

67-2 start

67-2 trip

67-3 start

67-3 trip

67-4 start

67-4 trip

46-1 start

46-1 trip

37 start

37 trip

68F2 start

68F2 trip

68H5 start
268
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-3

-3

S
5
BF

BF

BF
I

-1

-2

-3
C

H
50

59

67

59

47

47

47

68

67

50

50

50
P P P P P P P P P P P P

Global trip

50/51-1 start

50/51-1 trip

50/51-2 start

50/51-2 trip

50/51-3 start

50/51-3 trip

51V start

51V trip

67-1 start

67-1 trip

67-2 start

67-2 trip

67-3 start

67-3 trip

67-4 start

67-4 trip

46-1 start

46-1 trip

37 start

37 trip

68F2 start

68F2 trip

68H5 start
269
Matrix Appendix P3U30 settings report
Block matrix

50 N-1

-2
1N
1

1
1-

1-

1-

/5

/5
F2
-1

-1

-2

-3

-4
/5

/5

/5

N
V

F
50

50

50

51

46

67

67

67

67

37

49

68

50
P P P P P P P P P P P P P P

68H5 trip

50N/51N-1 start

50N/51N-1 trip

50N/51N-2 start

50N/51N-2 trip

50N/51N-3 start

50N/51N-3 trip

50N/51N-4 start

50N/51N-4 trip

50N/51N-5 start

50N/51N-5 trip

67N-1 start

67N-1 trip

67N-2 start

67N-2 trip

67N-3 start

67N-3 trip

67NI start

67NI trip

50HS trip

59N-1 start

59N-1 trip

59N-2 start

59N-2 trip
270
Matrix Appendix P3U30 settings report
Block matrix

67 N-5

50 N-3

59 N-4
1

1
-1

-2

-1

-2
/5

/5

/5

-1

-2

-1

-2

-3

-3

-1
N

N
50

67

50

59

27

27

59

59

59

27

32
P P P P P P P P P P P P P P

68H5 trip

50N/51N-1 start

50N/51N-1 trip

50N/51N-2 start

50N/51N-2 trip

50N/51N-3 start

50N/51N-3 trip

50N/51N-4 start

50N/51N-4 trip

50N/51N-5 start

50N/51N-5 trip

67N-1 start

67N-1 trip

67N-2 start

67N-2 trip

67N-3 start

67N-3 trip

67NI start

67NI trip

50HS trip

59N-1 start

59N-1 trip

59N-2 start

59N-2 trip
271
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-2

-1

-2

-3

-4

-1

-2

-5

-6

-7

-8
U

R
32

99

99

99

99

81

81

81

81

81

99

99

99

99
P P P P P P P P P P P P P P

68H5 trip

50N/51N-1 start

50N/51N-1 trip

50N/51N-2 start

50N/51N-2 trip

50N/51N-3 start

50N/51N-3 trip

50N/51N-4 start

50N/51N-4 trip

50N/51N-5 start

50N/51N-5 trip

67N-1 start

67N-1 trip

67N-2 start

67N-2 trip

67N-3 start

67N-3 trip

67NI start

67NI trip

50HS trip

59N-1 start

59N-1 trip

59N-2 start

59N-2 trip
272
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-3

-3

S
5
BF

BF

BF
I

-1

-2

-3
C

H
50

59

67

59

47

47

47

68

67

50

50

50
P P P P P P P P P P P P

68H5 trip

50N/51N-1 start

50N/51N-1 trip

50N/51N-2 start

50N/51N-2 trip

50N/51N-3 start

50N/51N-3 trip

50N/51N-4 start

50N/51N-4 trip

50N/51N-5 start

50N/51N-5 trip

67N-1 start

67N-1 trip

67N-2 start

67N-2 trip

67N-3 start

67N-3 trip

67NI start

67NI trip

50HS trip

59N-1 start

59N-1 trip

59N-2 start

59N-2 trip
273
Matrix Appendix P3U30 settings report
Block matrix

50 N-1

-2
1N
1

1
1-

1-

1-

/5

/5
F2
-1

-1

-2

-3

-4
/5

/5

/5

N
V

F
50

50

50

51

46

67

67

67

67

37

49

68

50
P P P P P P P P P P P P P P

59N-3 start

59N-3 trip

59-1 start

59-1 trip

59-2 start

59-2 trip

59-3 start

59-3 trip

27-1 start

27-1 trip

27-2 start

27-2 trip

27-3 start

27-3 trip

59C start

59C trip

47-1 start

47-1 trip

47-2 start

47-2 trip

47-3 start

47-3 trip

32-1 start

32-1 trip
274
Matrix Appendix P3U30 settings report
Block matrix

67 N-5

50 N-3

59 N-4
1

1
-1

-2

-1

-2
/5

/5

/5

-1

-2

-1

-2

-3

-3

-1
N

N
50

67

50

59

27

27

59

59

59

27

32
P P P P P P P P P P P P P P

59N-3 start

59N-3 trip

59-1 start

59-1 trip

59-2 start

59-2 trip

59-3 start

59-3 trip

27-1 start

27-1 trip

27-2 start

27-2 trip

27-3 start

27-3 trip

59C start

59C trip

47-1 start

47-1 trip

47-2 start

47-2 trip

47-3 start

47-3 trip

32-1 start

32-1 trip
275
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-2

-1

-2

-3

-4

-1

-2

-5

-6

-7

-8
U

R
32

99

99

99

99

81

81

81

81

81

99

99

99

99
P P P P P P P P P P P P P P

59N-3 start

59N-3 trip

59-1 start

59-1 trip

59-2 start

59-2 trip

59-3 start

59-3 trip

27-1 start

27-1 trip

27-2 start

27-2 trip

27-3 start

27-3 trip

59C start

59C trip

47-1 start

47-1 trip

47-2 start

47-2 trip

47-3 start

47-3 trip

32-1 start

32-1 trip
276
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-3

-3

S
5
BF

BF

BF
I

-1

-2

-3
C

H
50

59

67

59

47

47

47

68

67

50

50

50
P P P P P P P P P P P P

59N-3 start

59N-3 trip

59-1 start

59-1 trip

59-2 start

59-2 trip

59-3 start

59-3 trip

27-1 start

27-1 trip

27-2 start

27-2 trip

27-3 start

27-3 trip

59C start

59C trip

47-1 start

47-1 trip

47-2 start

47-2 trip

47-3 start

47-3 trip

32-1 start

32-1 trip
277
Matrix Appendix P3U30 settings report
Block matrix

50 N-1

-2
1N
1

1
1-

1-

1-

/5

/5
F2
-1

-1

-2

-3

-4
/5

/5

/5

N
V

F
50

50

50

51

46

67

67

67

67

37

49

68

50
P P P P P P P P P P P P P P

32-2 start

32-2 trip

81-1 start

81-1 trip

81-2 start

81-2 trip

81U-1 start

81U-1 trip

81U-2 start

81U-2 trip

81R start

81R trip

50BF start

50BF trip

50BF-1 start

50BF-1 trip

50BF-2 start

50BF-2 trip

49 start

49 trip

99-1 start

99-1 trip

99-2 start

99-2 trip
278
Matrix Appendix P3U30 settings report
Block matrix

67 N-5

50 N-3

59 N-4
1

1
-1

-2

-1

-2
/5

/5

/5

-1

-2

-1

-2

-3

-3

-1
N

N
50

67

50

59

27

27

59

59

59

27

32
P P P P P P P P P P P P P P

32-2 start

32-2 trip

81-1 start

81-1 trip

81-2 start

81-2 trip

81U-1 start

81U-1 trip

81U-2 start

81U-2 trip

81R start

81R trip

50BF start

50BF trip

50BF-1 start

50BF-1 trip

50BF-2 start

50BF-2 trip

49 start

49 trip

99-1 start

99-1 trip

99-2 start

99-2 trip
279
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-2

-1

-2

-3

-4

-1

-2

-5

-6

-7

-8
U

R
32

99

99

99

99

81

81

81

81

81

99

99

99

99
P P P P P P P P P P P P P P

32-2 start

32-2 trip

81-1 start

81-1 trip

81-2 start

81-2 trip

81U-1 start

81U-1 trip

81U-2 start

81U-2 trip

81R start

81R trip

50BF start

50BF trip

50BF-1 start

50BF-1 trip

50BF-2 start

50BF-2 trip

49 start

49 trip

99-1 start

99-1 trip

99-2 start

99-2 trip
280
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-3

-3

S
5
BF

BF

BF
I

-1

-2

-3
C

H
50

59

67

59

47

47

47

68

67

50

50

50
P P P P P P P P P P P P

32-2 start

32-2 trip

81-1 start

81-1 trip

81-2 start

81-2 trip

81U-1 start

81U-1 trip

81U-2 start

81U-2 trip

81R start

81R trip

50BF start

50BF trip

50BF-1 start

50BF-1 trip

50BF-2 start

50BF-2 trip

49 start

49 trip

99-1 start

99-1 trip

99-2 start

99-2 trip
281
Matrix Appendix P3U30 settings report
Block matrix

50 N-1

-2
1N
1

1
1-

1-

1-

/5

/5
F2
-1

-1

-2

-3

-4
/5

/5

/5

N
V

F
50

50

50

51

46

67

67

67

67

37

49

68

50
P P P P P P P P P P P P P P

99-3 start

99-3 trip

99-4 start

99-4 trip

99-5 start

99-5 trip

99-6 start

99-6 trip

99-7 start

99-7 trip

99-8 start

99-8 trip

Digital input 1

Digital input 2

Digital input 3

Digital input 4

Digital input 5

Digital input 6

Digital input 7

Digital input 8

Digital input 9

Digital input 10

Digital input 11

Digital input 12
282
Matrix Appendix P3U30 settings report
Block matrix

67 N-5

50 N-3

59 N-4
1

1
-1

-2

-1

-2
/5

/5

/5

-1

-2

-1

-2

-3

-3

-1
N

N
50

67

50

59

27

27

59

59

59

27

32
P P P P P P P P P P P P P P

99-3 start

99-3 trip

99-4 start

99-4 trip

99-5 start

99-5 trip

99-6 start

99-6 trip

99-7 start

99-7 trip

99-8 start

99-8 trip

Digital input 1

Digital input 2

Digital input 3

Digital input 4

Digital input 5

Digital input 6

Digital input 7

Digital input 8

Digital input 9

Digital input 10

Digital input 11

Digital input 12
283
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-2

-1

-2

-3

-4

-1

-2

-5

-6

-7

-8
U

R
32

99

99

99

99

81

81

81

81

81

99

99

99

99
P P P P P P P P P P P P P P

99-3 start

99-3 trip

99-4 start

99-4 trip

99-5 start

99-5 trip

99-6 start

99-6 trip

99-7 start

99-7 trip

99-8 start

99-8 trip

Digital input 1

Digital input 2

Digital input 3

Digital input 4

Digital input 5

Digital input 6

Digital input 7

Digital input 8

Digital input 9

Digital input 10

Digital input 11

Digital input 12
284
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-3

-3

S
5
BF

BF

BF
I

-1

-2

-3
C

H
50

59

67

59

47

47

47

68

67

50

50

50
P P P P P P P P P P P P

99-3 start

99-3 trip

99-4 start

99-4 trip

99-5 start

99-5 trip

99-6 start

99-6 trip

99-7 start

99-7 trip

99-8 start

99-8 trip

Digital input 1

Digital input 2

Digital input 3

Digital input 4

Digital input 5

Digital input 6

Digital input 7

Digital input 8

Digital input 9

Digital input 10

Digital input 11

Digital input 12
285
Matrix Appendix P3U30 settings report
Block matrix

50 N-1

-2
1N
1

1
1-

1-

1-

/5

/5
F2
-1

-1

-2

-3

-4
/5

/5

/5

N
V

F
50

50

50

51

46

67

67

67

67

37

49

68

50
P P P P P P P P P P P P P P

Digital input 13

Digital input 14

Digital input 15

Digital input 16

Virtual input 1

Virtual input 2

Virtual input 3

Virtual input 4

Virtual input 5

Virtual input 6

Virtual input 7

Virtual input 8

Virtual input 9

Virtual input 10

Virtual input 11

Virtual input 12

Virtual input 13

Virtual input 14

Virtual input 15

Virtual input 16

Virtual input 17

Virtual input 18

Virtual input 19

Virtual input 20
286
Matrix Appendix P3U30 settings report
Block matrix

67 N-5

50 N-3

59 N-4
1

1
-1

-2

-1

-2
/5

/5

/5

-1

-2

-1

-2

-3

-3

-1
N

N
50

67

50

59

27

27

59

59

59

27

32
P P P P P P P P P P P P P P

Digital input 13

Digital input 14

Digital input 15

Digital input 16

Virtual input 1

Virtual input 2

Virtual input 3

Virtual input 4

Virtual input 5

Virtual input 6

Virtual input 7

Virtual input 8

Virtual input 9

Virtual input 10

Virtual input 11

Virtual input 12

Virtual input 13

Virtual input 14

Virtual input 15

Virtual input 16

Virtual input 17

Virtual input 18

Virtual input 19

Virtual input 20
287
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-2

-1

-2

-3

-4

-1

-2

-5

-6

-7

-8
U

R
32

99

99

99

99

81

81

81

81

81

99

99

99

99
P P P P P P P P P P P P P P

Digital input 13

Digital input 14

Digital input 15

Digital input 16

Virtual input 1

Virtual input 2

Virtual input 3

Virtual input 4

Virtual input 5

Virtual input 6

Virtual input 7

Virtual input 8

Virtual input 9

Virtual input 10

Virtual input 11

Virtual input 12

Virtual input 13

Virtual input 14

Virtual input 15

Virtual input 16

Virtual input 17

Virtual input 18

Virtual input 19

Virtual input 20
288
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-3

-3

S
5
BF

BF

BF
I

-1

-2

-3
C

H
50

59

67

59

47

47

47

68

67

50

50

50
P P P P P P P P P P P P

Digital input 13

Digital input 14

Digital input 15

Digital input 16

Virtual input 1

Virtual input 2

Virtual input 3

Virtual input 4

Virtual input 5

Virtual input 6

Virtual input 7

Virtual input 8

Virtual input 9

Virtual input 10

Virtual input 11

Virtual input 12

Virtual input 13

Virtual input 14

Virtual input 15

Virtual input 16

Virtual input 17

Virtual input 18

Virtual input 19

Virtual input 20
289
Matrix Appendix P3U30 settings report
Block matrix

50 N-1

-2
1N
1

1
1-

1-

1-

/5

/5
F2
-1

-1

-2

-3

-4
/5

/5

/5

N
V

F
50

50

50

51

46

67

67

67

67

37

49

68

50
P P P P P P P P P P P P P P

Function button 1

Function button 2

AR running

AR1 final trip

AR2 final trip

AR3 final trip

AR4 final trip

Critical final trip

Shot1 active

Shot2 active

Shot3 active

Shot4 active

Shot5 active
Enable
Auto-Recloser
Object1 open

Object1 close

Object2 open

Object2 close

Object3 open

Object3 close

Object4 open

Object4 close

Object5 open

Object5 close
290
Matrix Appendix P3U30 settings report
Block matrix

67 N-5

50 N-3

59 N-4
1

1
-1

-2

-1

-2
/5

/5

/5

-1

-2

-1

-2

-3

-3

-1
N

N
50

67

50

59

27

27

59

59

59

27

32
P P P P P P P P P P P P P P

Function button 1

Function button 2

AR running

AR1 final trip

AR2 final trip

AR3 final trip

AR4 final trip

Critical final trip

Shot1 active

Shot2 active

Shot3 active

Shot4 active

Shot5 active
Enable
Auto-Recloser
Object1 open

Object1 close

Object2 open

Object2 close

Object3 open

Object3 close

Object4 open

Object4 close

Object5 open

Object5 close
291
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-2

-1

-2

-3

-4

-1

-2

-5

-6

-7

-8
U

R
32

99

99

99

99

81

81

81

81

81

99

99

99

99
P P P P P P P P P P P P P P

Function button 1

Function button 2

AR running

AR1 final trip

AR2 final trip

AR3 final trip

AR4 final trip

Critical final trip

Shot1 active

Shot2 active

Shot3 active

Shot4 active

Shot5 active
Enable
Auto-Recloser
Object1 open

Object1 close

Object2 open

Object2 close

Object3 open

Object3 close

Object4 open

Object4 close

Object5 open

Object5 close
292
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-3

-3

S
5
BF

BF

BF
I

-1

-2

-3
C

H
50

59

67

59

47

47

47

68

67

50

50

50
P P P P P P P P P P P P

Function button 1

Function button 2

AR running

AR1 final trip

AR2 final trip

AR3 final trip

AR4 final trip

Critical final trip

Shot1 active

Shot2 active

Shot3 active

Shot4 active

Shot5 active
Enable
Auto-Recloser
Object1 open

Object1 close

Object2 open

Object2 close

Object3 open

Object3 close

Object4 open

Object4 close

Object5 open

Object5 close
293
Matrix Appendix P3U30 settings report
Block matrix

50 N-1

-2
1N
1

1
1-

1-

1-

/5

/5
F2
-1

-1

-2

-3

-4
/5

/5

/5

N
V

F
50

50

50

51

46

67

67

67

67

37

49

68

50
P P P P P P P P P P P P P P

Object6 open

Object6 close

Object7 open

Object7 close

Object8 open

Object8 close

Object1 final trip

Object2 final trip

Object3 final trip

Object4 final trip

Object5 final trip

Object6 final trip

Object7 final trip

Object8 final trip

Object Failure

Local control enabled

CB wear alarm 1

CB wear alarm 2

CB mon 1 alarm 1

CB mon 1 alarm 2

60 supervision

60FL supervision

Logic output 1

Logic output 2
294
Matrix Appendix P3U30 settings report
Block matrix

67 N-5

50 N-3

59 N-4
1

1
-1

-2

-1

-2
/5

/5

/5

-1

-2

-1

-2

-3

-3

-1
N

N
50

67

50

59

27

27

59

59

59

27

32
P P P P P P P P P P P P P P

Object6 open

Object6 close

Object7 open

Object7 close

Object8 open

Object8 close

Object1 final trip

Object2 final trip

Object3 final trip

Object4 final trip

Object5 final trip

Object6 final trip

Object7 final trip

Object8 final trip

Object Failure

Local control enabled

CB wear alarm 1

CB wear alarm 2

CB mon 1 alarm 1

CB mon 1 alarm 2

60 supervision

60FL supervision

Logic output 1

Logic output 2
295
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-2

-1

-2

-3

-4

-1

-2

-5

-6

-7

-8
U

R
32

99

99

99

99

81

81

81

81

81

99

99

99

99
P P P P P P P P P P P P P P

Object6 open

Object6 close

Object7 open

Object7 close

Object8 open

Object8 close

Object1 final trip

Object2 final trip

Object3 final trip

Object4 final trip

Object5 final trip

Object6 final trip

Object7 final trip

Object8 final trip

Object Failure

Local control enabled

CB wear alarm 1

CB wear alarm 2

CB mon 1 alarm 1

CB mon 1 alarm 2

60 supervision

60FL supervision

Logic output 1

Logic output 2
296
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-3

-3

S
5
BF

BF

BF
I

-1

-2

-3
C

H
50

59

67

59

47

47

47

68

67

50

50

50
P P P P P P P P P P P P

Object6 open

Object6 close

Object7 open

Object7 close

Object8 open

Object8 close

Object1 final trip

Object2 final trip

Object3 final trip

Object4 final trip

Object5 final trip

Object6 final trip

Object7 final trip

Object8 final trip

Object Failure

Local control enabled

CB wear alarm 1

CB wear alarm 2

CB mon 1 alarm 1

CB mon 1 alarm 2

60 supervision

60FL supervision

Logic output 1

Logic output 2
297
Matrix Appendix P3U30 settings report
Block matrix

50 N-1

-2
1N
1

1
1-

1-

1-

/5

/5
F2
-1

-1

-2

-3

-4
/5

/5

/5

N
V

F
50

50

50

51

46

67

67

67

67

37

49

68

50
P P P P P P P P P P P P P P

Logic output 3

Logic output 4

Logic output 5

Logic output 6

Logic output 7

Logic output 8

Logic output 9

Logic output 10

Logic output 11

Logic output 12

Logic output 13

Logic output 14

Logic output 15

Logic output 16

Logic output 17

Logic output 18

Logic output 19

Logic output 20
Active exp. energy
pulse
Active imp. energy
pulse
Reactive exp. energy
pulse
Reactive imp. energy
pulse
Voltage sag

Voltage swell
298
Matrix Appendix P3U30 settings report
Block matrix

67 N-5

50 N-3

59 N-4
1

1
-1

-2

-1

-2
/5

/5

/5

-1

-2

-1

-2

-3

-3

-1
N

N
50

67

50

59

27

27

59

59

59

27

32
P P P P P P P P P P P P P P

Logic output 3

Logic output 4

Logic output 5

Logic output 6

Logic output 7

Logic output 8

Logic output 9

Logic output 10

Logic output 11

Logic output 12

Logic output 13

Logic output 14

Logic output 15

Logic output 16

Logic output 17

Logic output 18

Logic output 19

Logic output 20
Active exp. energy
pulse
Active imp. energy
pulse
Reactive exp. energy
pulse
Reactive imp. energy
pulse
Voltage sag

Voltage swell
299
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-2

-1

-2

-3

-4

-1

-2

-5

-6

-7

-8
U

R
32

99

99

99

99

81

81

81

81

81

99

99

99

99
P P P P P P P P P P P P P P

Logic output 3

Logic output 4

Logic output 5

Logic output 6

Logic output 7

Logic output 8

Logic output 9

Logic output 10

Logic output 11

Logic output 12

Logic output 13

Logic output 14

Logic output 15

Logic output 16

Logic output 17

Logic output 18

Logic output 19

Logic output 20
Active exp. energy
pulse
Active imp. energy
pulse
Reactive exp. energy
pulse
Reactive imp. energy
pulse
Voltage sag

Voltage swell
300
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-3

-3

S
5
BF

BF

BF
I

-1

-2

-3
C

H
50

59

67

59

47

47

47

68

67

50

50

50
P P P P P P P P P P P P

Logic output 3

Logic output 4

Logic output 5

Logic output 6

Logic output 7

Logic output 8

Logic output 9

Logic output 10

Logic output 11

Logic output 12

Logic output 13

Logic output 14

Logic output 15

Logic output 16

Logic output 17

Logic output 18

Logic output 19

Logic output 20
Active exp. energy
pulse
Active imp. energy
pulse
Reactive exp. energy
pulse
Reactive imp. energy
pulse
Voltage sag

Voltage swell
301
 Matrix Appendix P3U30 settings report
Block matrix

50 N-1

-2
1N
1

1
1-

1-

1-

/5

/5
F2
-1

-1

-2

-3

-4
/5

/5

/5

N
V

F
50

50

50

51

46

67

67

67

67

37

49

68

50
P P P P P P P P P P P P P P

Voltage interrupt

Incomer fault locator

Timer 1 status

Timer 2 status

Timer 3 status

Timer 4 status

Line 1 alarm

Line 2 alarm

Line 3 alarm
Overcurrent
alarm
Earth Fault alarm

Line 1 fault

Line 2 fault

Line 3 fault

Overcurrent trip

Earth Fault trip

Manual control indication

REMOTE comm.

REMOTE comm. inactive

EXTENSION
comm.
EXTENSION
comm. inactive
Port 1 link down

Port 2 link down

Feeder fault locator

302
 Matrix Appendix P3U30 settings report
Block matrix

67 N-5

50 N-3

59 N-4
1

1
-1

-2

-1

-2
/5

/5

/5

-1

-2

-1

-2

-3

-3

-1
N

N
50

67

50

59

27

27

59

59

59

27

32
P P P P P P P P P P P P P P

Voltage interrupt

Incomer fault locator

Timer 1 status

Timer 2 status

Timer 3 status

Timer 4 status

Line 1 alarm

Line 2 alarm

Line 3 alarm
Overcurrent
alarm
Earth Fault alarm

Line 1 fault

Line 2 fault

Line 3 fault

Overcurrent trip

Earth Fault trip

Manual control indication

REMOTE comm.

REMOTE comm. inactive

EXTENSION
comm.
EXTENSION
comm. inactive
Port 1 link down

Port 2 link down

Feeder fault locator

303
 Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-2

-1

-2

-3

-4

-1

-2

-5

-6

-7

-8
U

R
32

99

99

99

99

81

81

81

81

81

99

99

99

99
P P P P P P P P P P P P P P

Voltage interrupt

Incomer fault locator

Timer 1 status

Timer 2 status

Timer 3 status

Timer 4 status

Line 1 alarm

Line 2 alarm

Line 3 alarm
Overcurrent
alarm
Earth Fault alarm

Line 1 fault

Line 2 fault

Line 3 fault

Overcurrent trip

Earth Fault trip

Manual control indication

REMOTE comm.

REMOTE comm. inactive

EXTENSION
comm.
EXTENSION
comm. inactive
Port 1 link down

Port 2 link down

Feeder fault locator

304
 Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-3

-3

S
5
BF

BF

BF
I

-1

-2

-3
C

H
50

59

67

59

47

47

47

68

67

50

50

50
P P P P P P P P P P P P

Voltage interrupt

Incomer fault locator

Timer 1 status

Timer 2 status

Timer 3 status

Timer 4 status

Line 1 alarm

Line 2 alarm

Line 3 alarm
Overcurrent
alarm
Earth Fault alarm

Line 1 fault

Line 2 fault

Line 3 fault

Overcurrent trip

Earth Fault trip

Manual control indication

REMOTE comm.

REMOTE comm. inactive

EXTENSION
comm.
EXTENSION
comm. inactive
Port 1 link down

Port 2 link down

Feeder fault locator

305
Matrix Appendix P3U30 settings report
Block matrix

50 N-1

-2
1N
1

1
1-

1-

1-

/5

/5
F2
-1

-1

-2

-3

-4
/5

/5

/5

N
V

F
50

50

50

51

46

67

67

67

67

37

49

68

50
P P P P P P P P P P P P P P

Setting error

Selfdiag 1 alarm

Selfdiag 2 alarm

Selfdiag 3 alarm

Cold load pickup

Inrush detection

Pwd open

Setting change

GOOSE_NI1

GOOSE_NI2

GOOSE_NI3

GOOSE_NI4

GOOSE_NI5

GOOSE_NI6

GOOSE_NI7

GOOSE_NI8

GOOSE_NI9

GOOSE_NI10

GOOSE_NI11

GOOSE_NI12

GOOSE_NI13

GOOSE_NI14

GOOSE_NI15

GOOSE_NI16
306
Matrix Appendix P3U30 settings report
Block matrix

67 N-5

50 N-3

59 N-4
1

1
-1

-2

-1

-2
/5

/5

/5

-1

-2

-1

-2

-3

-3

-1
N

N
50

67

50

59

27

27

59

59

59

27

32
P P P P P P P P P P P P P P

Setting error

Selfdiag 1 alarm

Selfdiag 2 alarm

Selfdiag 3 alarm

Cold load pickup

Inrush detection

Pwd open

Setting change

GOOSE_NI1

GOOSE_NI2

GOOSE_NI3

GOOSE_NI4

GOOSE_NI5

GOOSE_NI6

GOOSE_NI7

GOOSE_NI8

GOOSE_NI9

GOOSE_NI10

GOOSE_NI11

GOOSE_NI12

GOOSE_NI13

GOOSE_NI14

GOOSE_NI15

GOOSE_NI16
307
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-2

-1

-2

-3

-4

-1

-2

-5

-6

-7

-8
U

R
32

99

99

99

99

81

81

81

81

81

99

99

99

99
P P P P P P P P P P P P P P

Setting error

Selfdiag 1 alarm

Selfdiag 2 alarm

Selfdiag 3 alarm

Cold load pickup

Inrush detection

Pwd open

Setting change

GOOSE_NI1

GOOSE_NI2

GOOSE_NI3

GOOSE_NI4

GOOSE_NI5

GOOSE_NI6

GOOSE_NI7

GOOSE_NI8

GOOSE_NI9

GOOSE_NI10

GOOSE_NI11

GOOSE_NI12

GOOSE_NI13

GOOSE_NI14

GOOSE_NI15

GOOSE_NI16
308
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-3

-3

S
5
BF

BF

BF
I

-1

-2

-3
C

H
50

59

67

59

47

47

47

68

67

50

50

50
P P P P P P P P P P P P

Setting error

Selfdiag 1 alarm

Selfdiag 2 alarm

Selfdiag 3 alarm

Cold load pickup

Inrush detection

Pwd open

Setting change

GOOSE_NI1

GOOSE_NI2

GOOSE_NI3

GOOSE_NI4

GOOSE_NI5

GOOSE_NI6

GOOSE_NI7

GOOSE_NI8

GOOSE_NI9

GOOSE_NI10

GOOSE_NI11

GOOSE_NI12

GOOSE_NI13

GOOSE_NI14

GOOSE_NI15

GOOSE_NI16
309
Matrix Appendix P3U30 settings report
Block matrix

50 N-1

-2
1N
1

1
1-

1-

1-

/5

/5
F2
-1

-1

-2

-3

-4
/5

/5

/5

N
V

F
50

50

50

51

46

67

67

67

67

37

49

68

50
P P P P P P P P P P P P P P

GOOSE_NI17

GOOSE_NI18

GOOSE_NI19

GOOSE_NI20

GOOSE_NI21

GOOSE_NI22

GOOSE_NI23

GOOSE_NI24

GOOSE_NI25

GOOSE_NI26

GOOSE_NI27

GOOSE_NI28

GOOSE_NI29

GOOSE_NI30

GOOSE_NI31

GOOSE_NI32

GOOSE_NI33

GOOSE_NI34

GOOSE_NI35

GOOSE_NI36

GOOSE_NI37

GOOSE_NI38

GOOSE_NI39

GOOSE_NI40
310
Matrix Appendix P3U30 settings report
Block matrix

67 N-5

50 N-3

59 N-4
1

1
-1

-2

-1

-2
/5

/5

/5

-1

-2

-1

-2

-3

-3

-1
N

N
50

67

50

59

27

27

59

59

59

27

32
P P P P P P P P P P P P P P

GOOSE_NI17

GOOSE_NI18

GOOSE_NI19

GOOSE_NI20

GOOSE_NI21

GOOSE_NI22

GOOSE_NI23

GOOSE_NI24

GOOSE_NI25

GOOSE_NI26

GOOSE_NI27

GOOSE_NI28

GOOSE_NI29

GOOSE_NI30

GOOSE_NI31

GOOSE_NI32

GOOSE_NI33

GOOSE_NI34

GOOSE_NI35

GOOSE_NI36

GOOSE_NI37

GOOSE_NI38

GOOSE_NI39

GOOSE_NI40
311
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-2

-1

-2

-3

-4

-1

-2

-5

-6

-7

-8
U

R
32

99

99

99

99

81

81

81

81

81

99

99

99

99
P P P P P P P P P P P P P P

GOOSE_NI17

GOOSE_NI18

GOOSE_NI19

GOOSE_NI20

GOOSE_NI21

GOOSE_NI22

GOOSE_NI23

GOOSE_NI24

GOOSE_NI25

GOOSE_NI26

GOOSE_NI27

GOOSE_NI28

GOOSE_NI29

GOOSE_NI30

GOOSE_NI31

GOOSE_NI32

GOOSE_NI33

GOOSE_NI34

GOOSE_NI35

GOOSE_NI36

GOOSE_NI37

GOOSE_NI38

GOOSE_NI39

GOOSE_NI40
312
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-3

-3

S
5
BF

BF

BF
I

-1

-2

-3
C

H
50

59

67

59

47

47

47

68

67

50

50

50
P P P P P P P P P P P P

GOOSE_NI17

GOOSE_NI18

GOOSE_NI19

GOOSE_NI20

GOOSE_NI21

GOOSE_NI22

GOOSE_NI23

GOOSE_NI24

GOOSE_NI25

GOOSE_NI26

GOOSE_NI27

GOOSE_NI28

GOOSE_NI29

GOOSE_NI30

GOOSE_NI31

GOOSE_NI32

GOOSE_NI33

GOOSE_NI34

GOOSE_NI35

GOOSE_NI36

GOOSE_NI37

GOOSE_NI38

GOOSE_NI39

GOOSE_NI40
313
Matrix Appendix P3U30 settings report
Block matrix

50 N-1

-2
1N
1

1
1-

1-

1-

/5

/5
F2
-1

-1

-2

-3

-4
/5

/5

/5

N
V

F
50

50

50

51

46

67

67

67

67

37

49

68

50
P P P P P P P P P P P P P P

GOOSE_NI41

GOOSE_NI42

GOOSE_NI43

GOOSE_NI44

GOOSE_NI45

GOOSE_NI46

GOOSE_NI47

GOOSE_NI48

GOOSE_NI49

GOOSE_NI50

GOOSE_NI51

GOOSE_NI52

GOOSE_NI53

GOOSE_NI54

GOOSE_NI55

GOOSE_NI56

GOOSE_NI57

GOOSE_NI58

GOOSE_NI59

GOOSE_NI60

GOOSE_NI61

GOOSE_NI62

GOOSE_NI63

GOOSE_NI64
314
Matrix Appendix P3U30 settings report
Block matrix

67 N-5

50 N-3

59 N-4
1

1
-1

-2

-1

-2
/5

/5

/5

-1

-2

-1

-2

-3

-3

-1
N

N
50

67

50

59

27

27

59

59

59

27

32
P P P P P P P P P P P P P P

GOOSE_NI41

GOOSE_NI42

GOOSE_NI43

GOOSE_NI44

GOOSE_NI45

GOOSE_NI46

GOOSE_NI47

GOOSE_NI48

GOOSE_NI49

GOOSE_NI50

GOOSE_NI51

GOOSE_NI52

GOOSE_NI53

GOOSE_NI54

GOOSE_NI55

GOOSE_NI56

GOOSE_NI57

GOOSE_NI58

GOOSE_NI59

GOOSE_NI60

GOOSE_NI61

GOOSE_NI62

GOOSE_NI63

GOOSE_NI64
315
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-2

-1

-2

-3

-4

-1

-2

-5

-6

-7

-8
U

R
32

99

99

99

99

81

81

81

81

81

99

99

99

99
P P P P P P P P P P P P P P

GOOSE_NI41

GOOSE_NI42

GOOSE_NI43

GOOSE_NI44

GOOSE_NI45

GOOSE_NI46

GOOSE_NI47

GOOSE_NI48

GOOSE_NI49

GOOSE_NI50

GOOSE_NI51

GOOSE_NI52

GOOSE_NI53

GOOSE_NI54

GOOSE_NI55

GOOSE_NI56

GOOSE_NI57

GOOSE_NI58

GOOSE_NI59

GOOSE_NI60

GOOSE_NI61

GOOSE_NI62

GOOSE_NI63

GOOSE_NI64
316
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-3

-3

S
5
BF

BF

BF
I

-1

-2

-3
C

H
50

59

67

59

47

47

47

68

67

50

50

50
P P P P P P P P P P P P

GOOSE_NI41

GOOSE_NI42

GOOSE_NI43

GOOSE_NI44

GOOSE_NI45

GOOSE_NI46

GOOSE_NI47

GOOSE_NI48

GOOSE_NI49

GOOSE_NI50

GOOSE_NI51

GOOSE_NI52

GOOSE_NI53

GOOSE_NI54

GOOSE_NI55

GOOSE_NI56

GOOSE_NI57

GOOSE_NI58

GOOSE_NI59

GOOSE_NI60

GOOSE_NI61

GOOSE_NI62

GOOSE_NI63

GOOSE_NI64
317
Matrix Appendix P3U30 settings report
Block matrix

50 N-1

-2
1N
1

1
1-

1-

1-

/5

/5
F2
-1

-1

-2

-3

-4
/5

/5

/5

N
V

F
50

50

50

51

46

67

67

67

67

37

49

68

50
P P P P P P P P P P P P P P

GOOSE Err

GOOSEERR1

GOOSEERR2

GOOSEERR3

GOOSEERR4

GOOSEERR5

GOOSEERR6

GOOSEERR7

GOOSEERR8

GOOSEERR9

GOOSEERR10

GOOSEERR11

GOOSEERR12

GOOSEERR13

GOOSEERR14

GOOSEERR15

GOOSEERR16

Latch release
Eth msgs overflow
alarm
SNTP alarm

318
Matrix Appendix P3U30 settings report
Block matrix

67 N-5

50 N-3

59 N-4
1

1
-1

-2

-1

-2
/5

/5

/5

-1

-2

-1

-2

-3

-3

-1
N

N
50

67

50

59

27

27

59

59

59

27

32
P P P P P P P P P P P P P P

GOOSE Err

GOOSEERR1

GOOSEERR2

GOOSEERR3

GOOSEERR4

GOOSEERR5

GOOSEERR6

GOOSEERR7

GOOSEERR8

GOOSEERR9

GOOSEERR10

GOOSEERR11

GOOSEERR12

GOOSEERR13

GOOSEERR14

GOOSEERR15

GOOSEERR16

Latch release
Eth msgs overflow
alarm
SNTP alarm

319
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-2

-1

-2

-3

-4

-1

-2

-5

-6

-7

-8
U

R
32

99

99

99

99

81

81

81

81

81

99

99

99

99
P P P P P P P P P P P P P P

GOOSE Err

GOOSEERR1

GOOSEERR2

GOOSEERR3

GOOSEERR4

GOOSEERR5

GOOSEERR6

GOOSEERR7

GOOSEERR8

GOOSEERR9

GOOSEERR10

GOOSEERR11

GOOSEERR12

GOOSEERR13

GOOSEERR14

GOOSEERR15

GOOSEERR16

Latch release
Eth msgs overflow
alarm
SNTP alarm

320
Matrix Appendix P3U30 settings report
Block matrix

-1

-2
-3

-3

S
5
BF

BF

BF
I

-1

-2

-3
C

H
50

59

67

59

47

47

47

68

67

50

50

50
P P P P P P P P P P P P

GOOSE Err

GOOSEERR1

GOOSEERR2

GOOSEERR3

GOOSEERR4

GOOSEERR5

GOOSEERR6

GOOSEERR7

GOOSEERR8

GOOSEERR9

GOOSEERR10

GOOSEERR11

GOOSEERR12

GOOSEERR13

GOOSEERR14

GOOSEERR15

GOOSEERR16

Latch release
Eth msgs overflow
alarm
SNTP alarm

321
Matrix Appendix P3U30 settings report
Auto-recloser matrix

Global trip

50/51-1 start

50/51-1 trip

50/51-2 start

50/51-2 trip

50/51-3 start

50/51-3 trip

51V start

51V trip

67-1 start

67-1 trip

67-2 start

67-2 trip

67-3 start

67-3 trip

67-4 start

67-4 trip

46-1 start

46-1 trip

37 start

37 trip

68F2 start

68F2 trip

68H5 start
322
Matrix Appendix P3U30 settings report
Auto-recloser matrix

68H5 trip

50N/51N-1 start

50N/51N-1 trip

50N/51N-2 start

50N/51N-2 trip

50N/51N-3 start

50N/51N-3 trip

50N/51N-4 start

50N/51N-4 trip

50N/51N-5 start

50N/51N-5 trip

67N-1 start

67N-1 trip

67N-2 start

67N-2 trip

67N-3 start

67N-3 trip

67NI start

67NI trip

50HS trip

59N-1 start

59N-1 trip

59N-2 start

59N-2 trip
323
Matrix Appendix P3U30 settings report
Auto-recloser matrix

59N-3 start

59N-3 trip

59-1 start

59-1 trip

59-2 start

59-2 trip

59-3 start

59-3 trip

27-1 start

27-1 trip

27-2 start

27-2 trip

27-3 start

27-3 trip

59C start

59C trip

47-1 start

47-1 trip

47-2 start

47-2 trip

47-3 start

47-3 trip

32-1 start

32-1 trip
324
Matrix Appendix P3U30 settings report
Auto-recloser matrix

32-2 start

32-2 trip

81-1 start

81-1 trip

81-2 start

81-2 trip

81U-1 start

81U-1 trip

81U-2 start

81U-2 trip

81R start

81R trip

50BF start

50BF trip

50BF-1 start

50BF-1 trip

50BF-2 start

50BF-2 trip

49 start

49 trip

99-1 start

99-1 trip

99-2 start

99-2 trip
325
Matrix Appendix P3U30 settings report
Auto-recloser matrix

99-3 start

99-3 trip

99-4 start

99-4 trip

99-5 start

99-5 trip

99-6 start

99-6 trip

99-7 start

99-7 trip

99-8 start

99-8 trip

Digital input 1

Digital input 2

Digital input 3

Digital input 4

Digital input 5

Digital input 6

Digital input 7

Digital input 8

Digital input 9

Digital input 10

Digital input 11

Digital input 12
326
Matrix Appendix P3U30 settings report
Auto-recloser matrix

Digital input 13

Digital input 14

Digital input 15

Digital input 16

Virtual input 1

Virtual input 2

Virtual input 3

Virtual input 4

Virtual input 5

Virtual input 6

Virtual input 7

Virtual input 8

Virtual input 9

Virtual input 10

Virtual input 11

Virtual input 12

Virtual input 13

Virtual input 14

Virtual input 15

Virtual input 16

Virtual input 17

Virtual input 18

Virtual input 19

Virtual input 20
327
Matrix Appendix P3U30 settings report
Auto-recloser matrix

Function button 1

Function button 2

AR running

AR1 final trip

AR2 final trip

AR3 final trip

AR4 final trip

Critical final trip

Shot1 active

Shot2 active

Shot3 active

Shot4 active

Shot5 active
Enable
Auto-Recloser
Object1 open

Object1 close

Object2 open

Object2 close

Object3 open

Object3 close

Object4 open

Object4 close

Object5 open

Object5 close
328
Matrix Appendix P3U30 settings report
Auto-recloser matrix

Object6 open

Object6 close

Object7 open

Object7 close

Object8 open

Object8 close

Object1 final trip

Object2 final trip

Object3 final trip

Object4 final trip

Object5 final trip

Object6 final trip

Object7 final trip

Object8 final trip

Object Failure

Local control enabled

CB wear alarm 1

CB wear alarm 2

CB mon 1 alarm 1

CB mon 1 alarm 2

60 supervision

60FL supervision

Logic output 1

Logic output 2
329
Matrix Appendix P3U30 settings report
Auto-recloser matrix

Logic output 3

Logic output 4

Logic output 5

Logic output 6

Logic output 7

Logic output 8

Logic output 9

Logic output 10

Logic output 11

Logic output 12

Logic output 13

Logic output 14

Logic output 15

Logic output 16

Logic output 17

Logic output 18

Logic output 19

Logic output 20
Active exp. energy
pulse
Active imp. energy
pulse
Reactive exp. energy
pulse
Reactive imp. energy
pulse
Voltage sag

Voltage swell
330
 Matrix Appendix P3U30 settings report
Auto-recloser matrix

Voltage interrupt

Incomer fault locator

Timer 1 status

Timer 2 status

Timer 3 status

Timer 4 status

Line 1 alarm

Line 2 alarm

Line 3 alarm
Overcurrent
alarm
Earth Fault alarm

Line 1 fault

Line 2 fault

Line 3 fault

Overcurrent trip

Earth Fault trip

Manual control indication

REMOTE comm.

REMOTE comm. inactive

EXTENSION
comm.
EXTENSION
comm. inactive
Port 1 link down

Port 2 link down

Feeder fault locator

331
Matrix Appendix P3U30 settings report
Auto-recloser matrix

Setting error

Selfdiag 1 alarm

Selfdiag 2 alarm

Selfdiag 3 alarm

Cold load pickup

Inrush detection

Pwd open

Setting change

GOOSE_NI1

GOOSE_NI2

GOOSE_NI3

GOOSE_NI4

GOOSE_NI5

GOOSE_NI6

GOOSE_NI7

GOOSE_NI8

GOOSE_NI9

GOOSE_NI10

GOOSE_NI11

GOOSE_NI12

GOOSE_NI13

GOOSE_NI14

GOOSE_NI15

GOOSE_NI16
332
Matrix Appendix P3U30 settings report
Auto-recloser matrix

GOOSE_NI17

GOOSE_NI18

GOOSE_NI19

GOOSE_NI20

GOOSE_NI21

GOOSE_NI22

GOOSE_NI23

GOOSE_NI24

GOOSE_NI25

GOOSE_NI26

GOOSE_NI27

GOOSE_NI28

GOOSE_NI29

GOOSE_NI30

GOOSE_NI31

GOOSE_NI32

GOOSE_NI33

GOOSE_NI34

GOOSE_NI35

GOOSE_NI36

GOOSE_NI37

GOOSE_NI38

GOOSE_NI39

GOOSE_NI40
333
Matrix Appendix P3U30 settings report
Auto-recloser matrix

GOOSE_NI41

GOOSE_NI42

GOOSE_NI43

GOOSE_NI44

GOOSE_NI45

GOOSE_NI46

GOOSE_NI47

GOOSE_NI48

GOOSE_NI49

GOOSE_NI50

GOOSE_NI51

GOOSE_NI52

GOOSE_NI53

GOOSE_NI54

GOOSE_NI55

GOOSE_NI56

GOOSE_NI57

GOOSE_NI58

GOOSE_NI59

GOOSE_NI60

GOOSE_NI61

GOOSE_NI62

GOOSE_NI63

GOOSE_NI64
334
Matrix Appendix P3U30 settings report
Auto-recloser matrix

GOOSE Err

GOOSEERR1

GOOSEERR2

GOOSEERR3

GOOSEERR4

GOOSEERR5

GOOSEERR6

GOOSEERR7

GOOSEERR8

GOOSEERR9

GOOSEERR10

GOOSEERR11

GOOSEERR12

GOOSEERR13

GOOSEERR14

GOOSEERR15

GOOSEERR16

Latch release
Eth msgs overflow
alarm
SNTP alarm

335
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl

Bl

Bl
Bl

Bl

Bl

Bl

Bl
se

se

se

se

se
n

n
pe

pe

pe

pe

pe
lo

lo

lo

lo

lo
O

O
C

C
1

5
bj

bj

bj

bj

bj

bj

bj

bj

bj

bj
O

O
Global trip

50/51-1 start

50/51-1 trip

50/51-2 start

50/51-2 trip

50/51-3 start

50/51-3 trip

51V start

51V trip

67-1 start

67-1 trip

67-2 start

67-2 trip

67-3 start

67-3 trip

67-4 start

67-4 trip

46-1 start

46-1 trip

37 start

37 trip

68F2 start

68F2 trip

68H5 start
336
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl
Bl

Bl

Bl
se

se

se
n

n
pe

pe

pe
lo

lo

lo
O

O
C

C
6

8
bj

bj

bj

bj

bj

bj
O

O
Global trip

50/51-1 start

50/51-1 trip

50/51-2 start

50/51-2 trip

50/51-3 start

50/51-3 trip

51V start

51V trip

67-1 start

67-1 trip

67-2 start

67-2 trip

67-3 start

67-3 trip

67-4 start

67-4 trip

46-1 start

46-1 trip

37 start

37 trip

68F2 start

68F2 trip

68H5 start
337
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl

Bl

Bl
Bl

Bl

Bl

Bl

Bl
se

se

se

se

se
n

n
pe

pe

pe

pe

pe
lo

lo

lo

lo

lo
O

O
C

C
1

5
bj

bj

bj

bj

bj

bj

bj

bj

bj

bj
O

O
68H5 trip

50N/51N-1 start

50N/51N-1 trip

50N/51N-2 start

50N/51N-2 trip

50N/51N-3 start

50N/51N-3 trip

50N/51N-4 start

50N/51N-4 trip

50N/51N-5 start

50N/51N-5 trip

67N-1 start

67N-1 trip

67N-2 start

67N-2 trip

67N-3 start

67N-3 trip

67NI start

67NI trip

50HS trip

59N-1 start

59N-1 trip

59N-2 start

59N-2 trip
338
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl
Bl

Bl

Bl
se

se

se
n

n
pe

pe

pe
lo

lo

lo
O

O
C

C
6

8
bj

bj

bj

bj

bj

bj
O

O
68H5 trip

50N/51N-1 start

50N/51N-1 trip

50N/51N-2 start

50N/51N-2 trip

50N/51N-3 start

50N/51N-3 trip

50N/51N-4 start

50N/51N-4 trip

50N/51N-5 start

50N/51N-5 trip

67N-1 start

67N-1 trip

67N-2 start

67N-2 trip

67N-3 start

67N-3 trip

67NI start

67NI trip

50HS trip

59N-1 start

59N-1 trip

59N-2 start

59N-2 trip
339
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl

Bl

Bl
Bl

Bl

Bl

Bl

Bl
se

se

se

se

se
n

n
pe

pe

pe

pe

pe
lo

lo

lo

lo

lo
O

O
C

C
1

5
bj

bj

bj

bj

bj

bj

bj

bj

bj

bj
O

O
59N-3 start

59N-3 trip

59-1 start

59-1 trip

59-2 start

59-2 trip

59-3 start

59-3 trip

27-1 start

27-1 trip

27-2 start

27-2 trip

27-3 start

27-3 trip

59C start

59C trip

47-1 start

47-1 trip

47-2 start

47-2 trip

47-3 start

47-3 trip

32-1 start

32-1 trip
340
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl
Bl

Bl

Bl
se

se

se
n

n
pe

pe

pe
lo

lo

lo
O

O
C

C
6

8
bj

bj

bj

bj

bj

bj
O

O
59N-3 start

59N-3 trip

59-1 start

59-1 trip

59-2 start

59-2 trip

59-3 start

59-3 trip

27-1 start

27-1 trip

27-2 start

27-2 trip

27-3 start

27-3 trip

59C start

59C trip

47-1 start

47-1 trip

47-2 start

47-2 trip

47-3 start

47-3 trip

32-1 start

32-1 trip
341
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl

Bl

Bl
Bl

Bl

Bl

Bl

Bl
se

se

se

se

se
n

n
pe

pe

pe

pe

pe
lo

lo

lo

lo

lo
O

O
C

C
1

5
bj

bj

bj

bj

bj

bj

bj

bj

bj

bj
O

O
32-2 start

32-2 trip

81-1 start

81-1 trip

81-2 start

81-2 trip

81U-1 start

81U-1 trip

81U-2 start

81U-2 trip

81R start

81R trip

50BF start

50BF trip

50BF-1 start

50BF-1 trip

50BF-2 start

50BF-2 trip

49 start

49 trip

99-1 start

99-1 trip

99-2 start

99-2 trip
342
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl
Bl

Bl

Bl
se

se

se
n

n
pe

pe

pe
lo

lo

lo
O

O
C

C
6

8
bj

bj

bj

bj

bj

bj
O

O
32-2 start

32-2 trip

81-1 start

81-1 trip

81-2 start

81-2 trip

81U-1 start

81U-1 trip

81U-2 start

81U-2 trip

81R start

81R trip

50BF start

50BF trip

50BF-1 start

50BF-1 trip

50BF-2 start

50BF-2 trip

49 start

49 trip

99-1 start

99-1 trip

99-2 start

99-2 trip
343
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl

Bl

Bl
Bl

Bl

Bl

Bl

Bl
se

se

se

se

se
n

n
pe

pe

pe

pe

pe
lo

lo

lo

lo

lo
O

O
C

C
1

5
bj

bj

bj

bj

bj

bj

bj

bj

bj

bj
O

O
99-3 start

99-3 trip

99-4 start

99-4 trip

99-5 start

99-5 trip

99-6 start

99-6 trip

99-7 start

99-7 trip

99-8 start

99-8 trip

Digital input 1

Digital input 2

Digital input 3

Digital input 4

Digital input 5

Digital input 6

Digital input 7

Digital input 8

Digital input 9

Digital input 10

Digital input 11

Digital input 12
344
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl
Bl

Bl

Bl
se

se

se
n

n
pe

pe

pe
lo

lo

lo
O

O
C

C
6

8
bj

bj

bj

bj

bj

bj
O

O
99-3 start

99-3 trip

99-4 start

99-4 trip

99-5 start

99-5 trip

99-6 start

99-6 trip

99-7 start

99-7 trip

99-8 start

99-8 trip

Digital input 1

Digital input 2

Digital input 3

Digital input 4

Digital input 5

Digital input 6

Digital input 7

Digital input 8

Digital input 9

Digital input 10

Digital input 11

Digital input 12
345
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl

Bl

Bl
Bl

Bl

Bl

Bl

Bl
se

se

se

se

se
n

n
pe

pe

pe

pe

pe
lo

lo

lo

lo

lo
O

O
C

C
1

5
bj

bj

bj

bj

bj

bj

bj

bj

bj

bj
O

O
Digital input 13

Digital input 14

Digital input 15

Digital input 16

Virtual input 1

Virtual input 2

Virtual input 3

Virtual input 4

Virtual input 5

Virtual input 6

Virtual input 7

Virtual input 8

Virtual input 9

Virtual input 10

Virtual input 11

Virtual input 12

Virtual input 13

Virtual input 14

Virtual input 15

Virtual input 16

Virtual input 17

Virtual input 18

Virtual input 19

Virtual input 20
346
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl
Bl

Bl

Bl
se

se

se
n

n
pe

pe

pe
lo

lo

lo
O

O
C

C
6

8
bj

bj

bj

bj

bj

bj
O

O
Digital input 13

Digital input 14

Digital input 15

Digital input 16

Virtual input 1

Virtual input 2

Virtual input 3

Virtual input 4

Virtual input 5

Virtual input 6

Virtual input 7

Virtual input 8

Virtual input 9

Virtual input 10

Virtual input 11

Virtual input 12

Virtual input 13

Virtual input 14

Virtual input 15

Virtual input 16

Virtual input 17

Virtual input 18

Virtual input 19

Virtual input 20
347
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl

Bl

Bl
Bl

Bl

Bl

Bl

Bl
se

se

se

se

se
n

n
pe

pe

pe

pe

pe
lo

lo

lo

lo

lo
O

O
C

C
1

5
bj

bj

bj

bj

bj

bj

bj

bj

bj

bj
O

O
Function button 1

Function button 2

AR running

AR1 final trip

AR2 final trip

AR3 final trip

AR4 final trip

Critical final trip

Shot1 active

Shot2 active

Shot3 active

Shot4 active

Shot5 active
Enable
Auto-Recloser
Object1 open

Object1 close

Object2 open

Object2 close

Object3 open

Object3 close

Object4 open

Object4 close

Object5 open

Object5 close
348
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl
Bl

Bl

Bl
se

se

se
n

n
pe

pe

pe
lo

lo

lo
O

O
C

C
6

8
bj

bj

bj

bj

bj

bj
O

O
Function button 1

Function button 2

AR running

AR1 final trip

AR2 final trip

AR3 final trip

AR4 final trip

Critical final trip

Shot1 active

Shot2 active

Shot3 active

Shot4 active

Shot5 active
Enable
Auto-Recloser
Object1 open

Object1 close

Object2 open

Object2 close

Object3 open

Object3 close

Object4 open

Object4 close

Object5 open

Object5 close
349
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl

Bl

Bl
Bl

Bl

Bl

Bl

Bl
se

se

se

se

se
n

n
pe

pe

pe

pe

pe
lo

lo

lo

lo

lo
O

O
C

C
1

5
bj

bj

bj

bj

bj

bj

bj

bj

bj

bj
O

O
Object6 open

Object6 close

Object7 open

Object7 close

Object8 open

Object8 close

Object1 final trip

Object2 final trip

Object3 final trip

Object4 final trip

Object5 final trip

Object6 final trip

Object7 final trip

Object8 final trip

Object Failure

Local control enabled

CB wear alarm 1

CB wear alarm 2

CB mon 1 alarm 1

CB mon 1 alarm 2

60 supervision

60FL supervision

Logic output 1

Logic output 2
350
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl
Bl

Bl

Bl
se

se

se
n

n
pe

pe

pe
lo

lo

lo
O

O
C

C
6

8
bj

bj

bj

bj

bj

bj
O

O
Object6 open

Object6 close

Object7 open

Object7 close

Object8 open

Object8 close

Object1 final trip

Object2 final trip

Object3 final trip

Object4 final trip

Object5 final trip

Object6 final trip

Object7 final trip

Object8 final trip

Object Failure

Local control enabled

CB wear alarm 1

CB wear alarm 2

CB mon 1 alarm 1

CB mon 1 alarm 2

60 supervision

60FL supervision

Logic output 1

Logic output 2
351
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl

Bl

Bl
Bl

Bl

Bl

Bl

Bl
se

se

se

se

se
n

n
pe

pe

pe

pe

pe
lo

lo

lo

lo

lo
O

O
C

C
1

5
bj

bj

bj

bj

bj

bj

bj

bj

bj

bj
O

O
Logic output 3

Logic output 4

Logic output 5

Logic output 6

Logic output 7

Logic output 8

Logic output 9

Logic output 10

Logic output 11

Logic output 12

Logic output 13

Logic output 14

Logic output 15

Logic output 16

Logic output 17

Logic output 18

Logic output 19

Logic output 20
Active exp. energy
pulse
Active imp. energy
pulse
Reactive exp. energy
pulse
Reactive imp. energy
pulse
Voltage sag

Voltage swell
352
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl
Bl

Bl

Bl
se

se

se
n

n
pe

pe

pe
lo

lo

lo
O

O
C

C
6

8
bj

bj

bj

bj

bj

bj
O

O
Logic output 3

Logic output 4

Logic output 5

Logic output 6

Logic output 7

Logic output 8

Logic output 9

Logic output 10

Logic output 11

Logic output 12

Logic output 13

Logic output 14

Logic output 15

Logic output 16

Logic output 17

Logic output 18

Logic output 19

Logic output 20
Active exp. energy
pulse
Active imp. energy
pulse
Reactive exp. energy
pulse
Reactive imp. energy
pulse
Voltage sag

Voltage swell
353
 Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl

Bl

Bl
Bl

Bl

Bl

Bl

Bl
se

se

se

se

se
n

n
pe

pe

pe

pe

pe
lo

lo

lo

lo

lo
O

O
C

C
1

5
bj

bj

bj

bj

bj

bj

bj

bj

bj

bj
O

O
Voltage interrupt

Incomer fault locator

Timer 1 status

Timer 2 status

Timer 3 status

Timer 4 status

Line 1 alarm

Line 2 alarm

Line 3 alarm
Overcurrent
alarm
Earth Fault alarm

Line 1 fault

Line 2 fault

Line 3 fault

Overcurrent trip

Earth Fault trip

Manual control indication

REMOTE comm.

REMOTE comm. inactive

EXTENSION
comm.
EXTENSION
comm. inactive
Port 1 link down

Port 2 link down

Feeder fault locator

354
 Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl
Bl

Bl

Bl
se

se

se
n

n
pe

pe

pe
lo

lo

lo
O

O
C

C
6

8
bj

bj

bj

bj

bj

bj
O

O
Voltage interrupt

Incomer fault locator

Timer 1 status

Timer 2 status

Timer 3 status

Timer 4 status

Line 1 alarm

Line 2 alarm

Line 3 alarm
Overcurrent
alarm
Earth Fault alarm

Line 1 fault

Line 2 fault

Line 3 fault

Overcurrent trip

Earth Fault trip

Manual control indication

REMOTE comm.

REMOTE comm. inactive

EXTENSION
comm.
EXTENSION
comm. inactive
Port 1 link down

Port 2 link down

Feeder fault locator

355
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl

Bl

Bl
Bl

Bl

Bl

Bl

Bl
se

se

se

se

se
n

n
pe

pe

pe

pe

pe
lo

lo

lo

lo

lo
O

O
C

C
1

5
bj

bj

bj

bj

bj

bj

bj

bj

bj

bj
O

O
Setting error

Selfdiag 1 alarm

Selfdiag 2 alarm

Selfdiag 3 alarm

Cold load pickup

Inrush detection

Pwd open

Setting change

GOOSE_NI1

GOOSE_NI2

GOOSE_NI3

GOOSE_NI4

GOOSE_NI5

GOOSE_NI6

GOOSE_NI7

GOOSE_NI8

GOOSE_NI9

GOOSE_NI10

GOOSE_NI11

GOOSE_NI12

GOOSE_NI13

GOOSE_NI14

GOOSE_NI15

GOOSE_NI16
356
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl
Bl

Bl

Bl
se

se

se
n

n
pe

pe

pe
lo

lo

lo
O

O
C

C
6

8
bj

bj

bj

bj

bj

bj
O

O
Setting error

Selfdiag 1 alarm

Selfdiag 2 alarm

Selfdiag 3 alarm

Cold load pickup

Inrush detection

Pwd open

Setting change

GOOSE_NI1

GOOSE_NI2

GOOSE_NI3

GOOSE_NI4

GOOSE_NI5

GOOSE_NI6

GOOSE_NI7

GOOSE_NI8

GOOSE_NI9

GOOSE_NI10

GOOSE_NI11

GOOSE_NI12

GOOSE_NI13

GOOSE_NI14

GOOSE_NI15

GOOSE_NI16
357
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl

Bl

Bl
Bl

Bl

Bl

Bl

Bl
se

se

se

se

se
n

n
pe

pe

pe

pe

pe
lo

lo

lo

lo

lo
O

O
C

C
1

5
bj

bj

bj

bj

bj

bj

bj

bj

bj

bj
O

O
GOOSE_NI17

GOOSE_NI18

GOOSE_NI19

GOOSE_NI20

GOOSE_NI21

GOOSE_NI22

GOOSE_NI23

GOOSE_NI24

GOOSE_NI25

GOOSE_NI26

GOOSE_NI27

GOOSE_NI28

GOOSE_NI29

GOOSE_NI30

GOOSE_NI31

GOOSE_NI32

GOOSE_NI33

GOOSE_NI34

GOOSE_NI35

GOOSE_NI36

GOOSE_NI37

GOOSE_NI38

GOOSE_NI39

GOOSE_NI40
358
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl
Bl

Bl

Bl
se

se

se
n

n
pe

pe

pe
lo

lo

lo
O

O
C

C
6

8
bj

bj

bj

bj

bj

bj
O

O
GOOSE_NI17

GOOSE_NI18

GOOSE_NI19

GOOSE_NI20

GOOSE_NI21

GOOSE_NI22

GOOSE_NI23

GOOSE_NI24

GOOSE_NI25

GOOSE_NI26

GOOSE_NI27

GOOSE_NI28

GOOSE_NI29

GOOSE_NI30

GOOSE_NI31

GOOSE_NI32

GOOSE_NI33

GOOSE_NI34

GOOSE_NI35

GOOSE_NI36

GOOSE_NI37

GOOSE_NI38

GOOSE_NI39

GOOSE_NI40
359
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl

Bl

Bl
Bl

Bl

Bl

Bl

Bl
se

se

se

se

se
n

n
pe

pe

pe

pe

pe
lo

lo

lo

lo

lo
O

O
C

C
1

5
bj

bj

bj

bj

bj

bj

bj

bj

bj

bj
O

O
GOOSE_NI41

GOOSE_NI42

GOOSE_NI43

GOOSE_NI44

GOOSE_NI45

GOOSE_NI46

GOOSE_NI47

GOOSE_NI48

GOOSE_NI49

GOOSE_NI50

GOOSE_NI51

GOOSE_NI52

GOOSE_NI53

GOOSE_NI54

GOOSE_NI55

GOOSE_NI56

GOOSE_NI57

GOOSE_NI58

GOOSE_NI59

GOOSE_NI60

GOOSE_NI61

GOOSE_NI62

GOOSE_NI63

GOOSE_NI64
360
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl
Bl

Bl

Bl
se

se

se
n

n
pe

pe

pe
lo

lo

lo
O

O
C

C
6

8
bj

bj

bj

bj

bj

bj
O

O
GOOSE_NI41

GOOSE_NI42

GOOSE_NI43

GOOSE_NI44

GOOSE_NI45

GOOSE_NI46

GOOSE_NI47

GOOSE_NI48

GOOSE_NI49

GOOSE_NI50

GOOSE_NI51

GOOSE_NI52

GOOSE_NI53

GOOSE_NI54

GOOSE_NI55

GOOSE_NI56

GOOSE_NI57

GOOSE_NI58

GOOSE_NI59

GOOSE_NI60

GOOSE_NI61

GOOSE_NI62

GOOSE_NI63

GOOSE_NI64
361
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl

Bl

Bl
Bl

Bl

Bl

Bl

Bl
se

se

se

se

se
n

n
pe

pe

pe

pe

pe
lo

lo

lo

lo

lo
O

O
C

C
1

5
bj

bj

bj

bj

bj

bj

bj

bj

bj

bj
O

O
GOOSE Err

GOOSEERR1

GOOSEERR2

GOOSEERR3

GOOSEERR4

GOOSEERR5

GOOSEERR6

GOOSEERR7

GOOSEERR8

GOOSEERR9

GOOSEERR10

GOOSEERR11

GOOSEERR12

GOOSEERR13

GOOSEERR14

GOOSEERR15

GOOSEERR16

Latch release
Eth msgs overflow
alarm
SNTP alarm

362
Matrix Appendix P3U30 settings report
Object block matrix

k
k

k
Bl

Bl

Bl
Bl

Bl

Bl
se

se

se
n

n
pe

pe

pe
lo

lo

lo
O

O
C

C
6

8
bj

bj

bj

bj

bj

bj
O

O
GOOSE Err

GOOSEERR1

GOOSEERR2

GOOSEERR3

GOOSEERR4

GOOSEERR5

GOOSEERR6

GOOSEERR7

GOOSEERR8

GOOSEERR9

GOOSEERR10

GOOSEERR11

GOOSEERR12

GOOSEERR13

GOOSEERR14

GOOSEERR15

GOOSEERR16

Latch release
Eth msgs overflow
alarm
SNTP alarm

363
Matrix Appendix P3U30 settings report
Event enabling - stages 1

nt

nt
ve

ve
nt

t
en

t
en

'e
en

'e
ve

ev

hg

hg
ev

ev
e
n'

ff'

C
n'

ff'
tO

tO

us

up
O

O
r

t
rip

rip

ro
ta

ta

ta

'G
'S

'S

'S
'T

'T
50/51-1 events

50/51-2 events

50/51-3 events

51V events

46-1 events

67-1 events

67-2 events

67-3 events

67-4 events

O/C events

37 events

68F2 events

68H5 events
50N/51N-1
events
50N/51N-2
events
50N/51N-3
events
50N/51N-4
events
50N/51N-5
events
67N-1 events

67N-2 events

67N-3 events

50HS events

59N-1 events

59N-2 events
364
Matrix Appendix P3U30 settings report
Event enabling - stages 1

nt

nt
ve

ve
nt

t
en

t
en

'e
en

'e
ve

ev

hg

hg
ev

ev
e
n'

ff'

C
n'

ff'
tO

tO

us

up
O

O
r

t
rip

rip

ro
ta

ta

ta

'G
'S

'S

'S
'T

'T
59N-3 events

59-1 events

59-2 events

59-3 events

27-1 events

27-2 events

27-3 events

47-1 events

47-2 events

47-3 events

81-1 events

81-2 events

81U-1 events

81U-2 events

81R events

32-1 events

32-2 events

50BF events

50BF-1 events

50BF-2 events

99-1 events

99-2 events

99-3 events

99-4 events
365
Matrix Appendix P3U30 settings report
Event enabling - stages 1

nt

nt
ve

ve
nt

t
en

t
en

'e
en

'e
ve

ev

hg

hg
ev

ev
e
n'

ff'

C
n'

ff'
tO

tO

us

up
O

O
r

t
rip

rip

ro
ta

ta

ta

'G
'S

'S

'S
'T

'T
99-5 events

99-6 events

99-7 events

99-8 events

59C events

366
Matrix Appendix P3U30 settings report
GOOSE matrix

6
ut

ut

ut

ut

ut

ut
np

np

np

np

np

np
i

i
al

al

al

al

al

al
rtu

rtu

rtu

rtu

rtu

rtu
I

Vi

Vi

Vi

Vi

Vi

Vi
N

GOOSE_NI1

GOOSE_NI2

GOOSE_NI3

GOOSE_NI4

GOOSE_NI5

GOOSE_NI6

GOOSE_NI7

GOOSE_NI8

GOOSE_NI9

GOOSE_NI10

GOOSE_NI11

GOOSE_NI12

GOOSE_NI13

GOOSE_NI14

GOOSE_NI15

GOOSE_NI16

GOOSE_NI17

GOOSE_NI18

GOOSE_NI19

GOOSE_NI20

GOOSE_NI21

GOOSE_NI22

GOOSE_NI23

GOOSE_NI24
367
Matrix Appendix P3U30 settings report
GOOSE matrix

3
7

1
ut

ut

ut

ut

ut

ut

ut
np

np

np

np

np

np

np
i

i
al

al

al

al

al

al

al
rtu

rtu

rtu

rtu

rtu

rtu

rtu
Vi

Vi

Vi

Vi

Vi

Vi

Vi
GOOSE_NI1

GOOSE_NI2

GOOSE_NI3

GOOSE_NI4

GOOSE_NI5

GOOSE_NI6

GOOSE_NI7

GOOSE_NI8

GOOSE_NI9

GOOSE_NI10

GOOSE_NI11

GOOSE_NI12

GOOSE_NI13

GOOSE_NI14

GOOSE_NI15

GOOSE_NI16

GOOSE_NI17

GOOSE_NI18

GOOSE_NI19

GOOSE_NI20

GOOSE_NI21

GOOSE_NI22

GOOSE_NI23

GOOSE_NI24
368
Matrix Appendix P3U30 settings report
GOOSE matrix

0
1

2
ut

ut

ut

ut

ut

ut

ut
np

np

np

np

np

np

np
i

i
al

al

al

al

al

al

al
rtu

rtu

rtu

rtu

rtu

rtu

rtu
Vi

Vi

Vi

Vi

Vi

Vi

Vi
GOOSE_NI1

GOOSE_NI2

GOOSE_NI3

GOOSE_NI4

GOOSE_NI5

GOOSE_NI6

GOOSE_NI7

GOOSE_NI8

GOOSE_NI9

GOOSE_NI10

GOOSE_NI11

GOOSE_NI12

GOOSE_NI13

GOOSE_NI14

GOOSE_NI15

GOOSE_NI16

GOOSE_NI17

GOOSE_NI18

GOOSE_NI19

GOOSE_NI20

GOOSE_NI21

GOOSE_NI22

GOOSE_NI23

GOOSE_NI24
369
Matrix Appendix P3U30 settings report
GOOSE matrix

GOOSE_NI1

GOOSE_NI2

GOOSE_NI3

GOOSE_NI4

GOOSE_NI5

GOOSE_NI6

GOOSE_NI7

GOOSE_NI8

GOOSE_NI9

GOOSE_NI10

GOOSE_NI11

GOOSE_NI12

GOOSE_NI13

GOOSE_NI14

GOOSE_NI15

GOOSE_NI16

GOOSE_NI17

GOOSE_NI18

GOOSE_NI19

GOOSE_NI20

GOOSE_NI21

GOOSE_NI22

GOOSE_NI23

GOOSE_NI24
370
Matrix Appendix P3U30 settings report
GOOSE matrix

6
ut

ut

ut

ut

ut

ut
np

np

np

np

np

np
i

i
al

al

al

al

al

al
rtu

rtu

rtu

rtu

rtu

rtu
I

Vi

Vi

Vi

Vi

Vi

Vi
N

GOOSE_NI25

GOOSE_NI26

GOOSE_NI27

GOOSE_NI28

GOOSE_NI29

GOOSE_NI30

GOOSE_NI31

GOOSE_NI32

GOOSE_NI33

GOOSE_NI34

GOOSE_NI35

GOOSE_NI36

GOOSE_NI37

GOOSE_NI38

GOOSE_NI39

GOOSE_NI40

GOOSE_NI41

GOOSE_NI42

GOOSE_NI43

GOOSE_NI44

GOOSE_NI45

GOOSE_NI46

GOOSE_NI47

GOOSE_NI48
371
Matrix Appendix P3U30 settings report
GOOSE matrix

3
7

1
ut

ut

ut

ut

ut

ut

ut
np

np

np

np

np

np

np
i

i
al

al

al

al

al

al

al
rtu

rtu

rtu

rtu

rtu

rtu

rtu
Vi

Vi

Vi

Vi

Vi

Vi

Vi
GOOSE_NI25

GOOSE_NI26

GOOSE_NI27

GOOSE_NI28

GOOSE_NI29

GOOSE_NI30

GOOSE_NI31

GOOSE_NI32

GOOSE_NI33

GOOSE_NI34

GOOSE_NI35

GOOSE_NI36

GOOSE_NI37

GOOSE_NI38

GOOSE_NI39

GOOSE_NI40

GOOSE_NI41

GOOSE_NI42

GOOSE_NI43

GOOSE_NI44

GOOSE_NI45

GOOSE_NI46

GOOSE_NI47

GOOSE_NI48
372
Matrix Appendix P3U30 settings report
GOOSE matrix

0
1

2
ut

ut

ut

ut

ut

ut

ut
np

np

np

np

np

np

np
i

i
al

al

al

al

al

al

al
rtu

rtu

rtu

rtu

rtu

rtu

rtu
Vi

Vi

Vi

Vi

Vi

Vi

Vi
GOOSE_NI25

GOOSE_NI26

GOOSE_NI27

GOOSE_NI28

GOOSE_NI29

GOOSE_NI30

GOOSE_NI31

GOOSE_NI32

GOOSE_NI33

GOOSE_NI34

GOOSE_NI35

GOOSE_NI36

GOOSE_NI37

GOOSE_NI38

GOOSE_NI39

GOOSE_NI40

GOOSE_NI41

GOOSE_NI42

GOOSE_NI43

GOOSE_NI44

GOOSE_NI45

GOOSE_NI46

GOOSE_NI47

GOOSE_NI48
373
Matrix Appendix P3U30 settings report
GOOSE matrix

GOOSE_NI25

GOOSE_NI26

GOOSE_NI27

GOOSE_NI28

GOOSE_NI29

GOOSE_NI30

GOOSE_NI31

GOOSE_NI32

GOOSE_NI33

GOOSE_NI34

GOOSE_NI35

GOOSE_NI36

GOOSE_NI37

GOOSE_NI38

GOOSE_NI39

GOOSE_NI40

GOOSE_NI41

GOOSE_NI42

GOOSE_NI43

GOOSE_NI44

GOOSE_NI45

GOOSE_NI46

GOOSE_NI47

GOOSE_NI48
374
Matrix Appendix P3U30 settings report
GOOSE matrix

6
ut

ut

ut

ut

ut

ut
np

np

np

np

np

np
i

i
al

al

al

al

al

al
rtu

rtu

rtu

rtu

rtu

rtu
I

Vi

Vi

Vi

Vi

Vi

Vi
N

GOOSE_NI49

GOOSE_NI50

GOOSE_NI51

GOOSE_NI52

GOOSE_NI53

GOOSE_NI54

GOOSE_NI55

GOOSE_NI56

GOOSE_NI57

GOOSE_NI58

GOOSE_NI59

GOOSE_NI60

GOOSE_NI61

GOOSE_NI62

GOOSE_NI63

GOOSE_NI64

375
Matrix Appendix P3U30 settings report
GOOSE matrix

3
7

1
ut

ut

ut

ut

ut

ut

ut
np

np

np

np

np

np

np
i

i
al

al

al

al

al

al

al
rtu

rtu

rtu

rtu

rtu

rtu

rtu
Vi

Vi

Vi

Vi

Vi

Vi

Vi
GOOSE_NI49

GOOSE_NI50

GOOSE_NI51

GOOSE_NI52

GOOSE_NI53

GOOSE_NI54

GOOSE_NI55

GOOSE_NI56

GOOSE_NI57

GOOSE_NI58

GOOSE_NI59

GOOSE_NI60

GOOSE_NI61

GOOSE_NI62

GOOSE_NI63

GOOSE_NI64

376
Matrix Appendix P3U30 settings report
GOOSE matrix

0
1

2
ut

ut

ut

ut

ut

ut

ut
np

np

np

np

np

np

np
i

i
al

al

al

al

al

al

al
rtu

rtu

rtu

rtu

rtu

rtu

rtu
Vi

Vi

Vi

Vi

Vi

Vi

Vi
GOOSE_NI49

GOOSE_NI50

GOOSE_NI51

GOOSE_NI52

GOOSE_NI53

GOOSE_NI54

GOOSE_NI55

GOOSE_NI56

GOOSE_NI57

GOOSE_NI58

GOOSE_NI59

GOOSE_NI60

GOOSE_NI61

GOOSE_NI62

GOOSE_NI63

GOOSE_NI64

377
Matrix Appendix P3U30 settings report
GOOSE matrix

GOOSE_NI49

GOOSE_NI50

GOOSE_NI51

GOOSE_NI52

GOOSE_NI53

GOOSE_NI54

GOOSE_NI55

GOOSE_NI56

GOOSE_NI57

GOOSE_NI58

GOOSE_NI59

GOOSE_NI60

GOOSE_NI61

GOOSE_NI62

GOOSE_NI63

GOOSE_NI64

378