Table of Contents

Schneider / MiCOM P92x M/J62 V12D setting parameters & highlights (SC5013)

Table of Contents

Overview

MiCOM P92x voltage and frequency management relays provide an integrated solution for the secure and efficient operations of power systems.

Models available: MiCOM P921, MiCOM P922, MiCOM P923, MiCOM P925

For more detailed information on “MiCOM P92x” relays, refer to Schneider protection relays manuals.

To see other supported devices, click here.

Setting Parameters

General Setting Parameters

Address Group Description Settings range Step Unit Format Default settings
0100 Remote settings Address 1 to 255 1 – F1 1
0101   Reserved – – – – –
0102   Password characters 1 and 2 32 -127 1 – F10 AA
0103   Password characters 3 and 4 32 -127 1 – F10 AA
0104   Frequency 50-60 10 Hz F1 50
0105 to 108   Reserved          
0109   Default display 1 – 8 1   F26 1
010A   User reference (characters 1 and 2) 32-127 1   F10 AL
010B   User reference (characters 3 and 4) 32-127 1   F10 ST
010C   Fault number to be displayed (P922 & P923 only) 1-25 1   F31 25
010D   Configuration of the validation edge of the logic inputs   0   F12 0
010E   Reserved          
010F   Type of input voltage Of the logic inputs 0-1 1   F50 0
110 CB supervision
(P922-P923 ) only		 CB operations number   1   F1  
0111   CB operating time   1 1/100 sec F1  
0112 – 0117   Reserved          
0118   CB closing time   1 1/100 sec F1  
0119 to 011E   Reserved          
011F   Latched relays       F14  
120 Ratios Phase VT: primary value A: 10 to 100000
B: 22 to 48		 1 10 V F51 A: 2000
B: 22
0122   Phase VT: secondary value A: 570 to 1300
B: 2200 to 4800		 1 V/10 F1 A: 1000
B: 2200
0123   Residual VT: primary value A: 10 to
100000
B: 22 to 48		 1 10 V F51 A: 2000
B: 22
0125   Residual VT: secondary value A: 570 to 1300
B: 2200 to 4800		 1 V/10 F1 A: 1000
B: 2200
0126 Configuration Connection 0 to 3 1   F52 0
0127   Protection 0 to 1 1   F53 0
0128 df/dt Integration time (number of cycles for calculation of the average df/dt) 1 – 200 1   F1 1
0129   Confirmations number for df/dt protection 2 or 4 2   F1 4
012A Frequency Under voltage blocking threshold (U<Blk ) for frequency elements to 1300 or
200 to 4800		 1
or 5		 V/10 F1 50 or 200
012B du/dt Confirmations number 2 to 4 1   F1 4
012C df/dt Inhib. Block. df/dt>20 Hz/s 0 – 1 1   F24 0
012D – 012E   Reserved          
12F Output relays Fail safe relays 0 – 255 1   F114 0
0130 Communicatio n Baud rate 0 to 7 1 – F4 6 = 19200 bauds
0131   Parity 0 to 2 1 – F5 0 = without
0132   Reserved          
0133   Number of stop bits 0 to 1 1 – F29 0 = 1 stop bit
0134   Comm. available 0 to 1 1 – F30 1 = COM available
0135   Date Format 0 to 1 1   F33  
0136   Reserved          
0137   Rear port address 1 to 255 1     1
0138 – 013F   Relay description (Courier) 32-127 1   F10  
0140 Setting group Active setting group 1 to 2 (P922/P923) 1 (P921) 1 – F1 1
0141   Validation of instantaneous self resetting 0 to 1 1   F1 0
0142   Configuration of the change of the setting group 0 to 1 1   F60 0
0143   Configuration of Battery and RAM error alarms 0 to 1 1   F1 0
0144 Alarms inhib U> alarm 0 – 1 1   F24 0
0145   U>> alarm 0 – 1 1   F24 0
0146   U>>> alarm 0 – 1 1   F24 0
0147   Reserved          
0148 Output Relays du/dt1 0 – 127 1   F14 0
0149   du/dt2 0 – 127 1   F14 0
014A   du/dt3 0 – 127 1   F14 0
014B   du/dt4 0 – 127 1   F14 0
014C – 014F   Do not use          
0150 Leds configuration Led 5, part 1   1 – F19a 0
0151   Led 6, part 1   1 – F19a 0
0152   Led 7, part 1   1 – F19a 0
0153   Led 8, part 1   1   F19a 0
0154   Led 5, part 2   1   F19b 0
0155   Led 6, part 2   1   F19b 0
0156   Led 7, part 2   1   F19b 0
0157   Led 8, part 2   1   F19b 0
0158   Led 5, part 3   1   F19c 0
0159   Led 6, part 3   1   F19c 0
015A   Led 7, part 3   1   F19c 0
015B   Led 8, part 3   1   F19c 0
015C   Led 5, part 4   1   F19d 0
015D   Led 6, part 4   1   F19d 0
015E   Led 7, part 4   1   F19d 0
015F   Led 8, part 4   1   F19d 0
0160 Logic inputs configuration Logic input 1 VTA   – F15a 0
0161   Logic input 2 VTA   – F15a 0
0162   Logic input 3 (P922-P923) VTA   – F15a 0
0163   Logic input 4 (P922-P923) VTA   – F15a 0
0164   Logic input 5 (P922-P923) VTA   – F15a 0
0165 Output relays (RL2 to RL8) df/dt1 0 to 127 1 – F14 0
0166   df/d2 0 to 127 1 – F14 0
0167   df/dt3 0 to 127 1 – F14 0
0168   df/dt4 0 to 127 1 – F14 0
0169   df/dt5 0 to 127 1 – F14 0
016A   df/dt6 0 to 127 1 – F14 0
016B – 016F   Do not use          
0170 Output relays (RL2 to RL8) Trip 0 – 7 or 0 – 127 1 – F14 0
0171   Closing order 0 – 7 or 0 – 127 1 – F14 0
0172   tV< 0 – 7 or 0 – 127 1 – F14 0
0173   tV<< 0 – 7 or 0 – 127 1 – F14 0
0174   tV<<< 0 – 7 or 0 – 127 1 – F14 0
0175   tV> 0 – 7 or 0 – 127 1 – F14 0
0176   tV>> 0 – 7 or 0 – 127 1 – F14 0
0177   tV>>> 0 – 7 or 0 – 127 1 – F14 0
0178   tVo> 0 – 7 or 0 – 127 1 – F14 0
0179   tVo>> 0 – 7 or 0 – 127 1 – F14 0
017A   tVo>>> 0 – 7 or 0 – 127 1 – F14 0
017B   V< 0 – 7 or 0 – 127 1 – F14 0
017C   V<< 0 – 7 or 0 – 127 1 – F14 0
017D   V<<< 0 – 7 or 0 – 127 1 – F14 0
017E   V> 0 – 7 or 0 – 127 1 – F14 0
017F   V>> 0 – 7 or 0 – 127 1 – F14 0
0180   V>>> 0 – 7 or 0 – 127 1 – F14 0
0181   Vo> 0 – 7 or 0 – 127 1 – F14 0
0182   Vo>> 0 – 7 or 0 – 127 1 – F14 0
0183   Vo>>> 0 – 7 or 0 – 127 1 – F14 0
0184   tAux 1 0 – 7 or 0 – 127 1 – F14 0
0185   tAux 2 0 – 7 or 0 – 127 1 – F14 0
0186   tV2> 0 – 7 or 0 – 127 1 – F14 0
0187   V2>> 0 – 7 or 0 – 127 1 – F14 0
0188   tV1< 0 – 7 or 0 – 127 1 – F14 0
0189   tV1<< 0 – 7 or 0 – 127 1 – F14 0
018A   tf1 0 – 7 or 0 – 127 1 – F14 0
018B   tf2 0 – 7 or 0 – 127 1 – F14 0
018C   tf3 0 – 7 or 0 – 127 1 – F14 0
018D   tf4 0 – 7 or 0 – 127 1 – F14 0
018E   tf5 0 – 7 or 0 – 127 1 – F14 0
018F   tf6 0 – 7 or 0 – 127 1 – F14 0
0190   V2> 0 – 7 or 0 – 127 1 – F14 0
0191   V2>> 0 – 7 or 0 – 127 1 – F14 0
0192   V1< 0 – 7 or 0 – 127 1 – F14 0
0193   V1<< 0 – 7 or 0 – 127 1 – F14 0
0194   f1 0 – 7 or 0 – 127 1 – F14 0
0195   f2 0 – 7 or 0 – 127 1 – F14 0
0196   f3 0 – 7 or 0 – 127 1 – F14 0
0197   f4 0 – 7 or 0 – 127 1 – F14 0
0198   f5 0 – 7 or 0 – 127 1 – F14 0
0199   f6 0 – 7 or 0 – 127 1 – F14 0
019A   CB alarms of operations, closing time, operating time 0 – 7 or 0 – 127 1 – F14 0
019B   Frequency out of range 0 – 7 or 0 – 127 1 – F14 0
019C   CB failure 0 – 7 or 0 – 127 1 – F14 0
019D   Boolean equation A 0 – 7 or 0 – 127 1 – F14 0
019E   Boolean equation B 0 – 7 or 0 – 127 1 – F14 0
019F   Boolean equation C 0 – 127     F14  
01A0   Boolean equation D 0 – 127     F14  
01A1   Active group 0 – 127     F14  
01A2 – 01CC   Do not use          
01CD   Trip configuration, part 3 0 to 3FF or FFFF 1   F7b 0
01CE   Latched functions (3) 0 to 1FFF or 7FFF 1 – F7b 0
01CF   Reserved          
01D0 Automat. ctrl Trip configuration, part 1 0 to 1FFF or 7FFF 1 – F6 0
01D1   Trip configuration, part 2 0 to 3FF or FFFF     F7a 0
01D2   Latched functions (1) 0 to 1FFF or 7FFF 1 – F6 0
01D3   Latched functions (2) 0 to 3FF or FFFF     F7a 0
01D4   Blocking logic 1, part 1 0 to 1FFF 1 – F8a 0
01D5   Blocking logic 1, part 2 0 to 3FF or FFFF     F7a 0
01D6   Blocking logic 2, part 1 0 to 1FFF 1 – F8a 0
01D7   Blocking logic 2, part 2 0 to 3FF or FFFF     F7a 0
01D8   Do not use          
01D9   Do not use          
01DA   Do not use          
01DB   Do not use          
01DC   Auxiliary timer 1 0 to 20000 1 1/100 sec F1 0
01DD   Auxiliary timer 2 0 to 20000 1 1/100 sec F1 0
01DE   Reserved          
01DF   Frequency disturbance record (Trigger configuration) 0-2 1   F57 0
01E0 Disturbance records Pre-time 1 to 29
1 to 29
1 to 49
1 to 69
1 to 89		 1 1/10 sec F1 1
01E1   Do not use          
01E2   Disturbance record (Trigger Configuration) 0 to 1 1 – F32 0
01E3 CB supervision Number of operations 0-1 1 – F24 0
01E4   Max number of the CB operation 0 – 50000 1 – F1 0
01E5   Supervision of the operating time 0-1 1 – F24 0
01E6   Max operating time 10 to 500 5 1/100 sec F1 10
01E7   Supervision of the closing time 0-1 1 – F24 0
01E8   Max closing time 10 to 500 5 1/100 sec F1 10
01E9   Time period for average/max values 5 to 60 VTA min F42 5
01EA   Tripping pulse 10 to 500 5 1/100 sec F1 10
01EB   Closing pulse 10 to 500 5 1/100 F1 10
01EC   Do not use          
01ED   Do not use          
01EE   Do not use          
01EF   Do not use          
01F0 Output Relays Logic input 1 0 – 127 1   F14 0
01F1   Logic input 2 0 – 127 1   F14 0
01F2   Logic input 3 0 – 127 1   F14 0
01F3   Logic input 4 0 – 127 1   F14 0
01F4   Logic input 5 0 – 127 1   F14 0
01F5 – 01F9   Do not use          
01FA Alarms inhib. du/dt1 0 – 1 1   F24 0
01FB   du/dt2 0 – 1 1   F24 0
01FC   du/dt3 0 – 1 1   F24 0
01FD   du/dt4 0 – 1 1   F24 0
01FE   Reserve          
01FF   Reserve          

Undervoltage protection (P921- P922 and P923)

Address Group Description Settings range Step Unit Format Default settings
200 Setting group n°1 V< configuration 0-2 1 – F55 0
201   Threshold V< 50 to 1300 or
200 to 4800		 1 or 5 V/10 F1 50 or 200
202   Type of temporisation 0 to 1 1 – F27 0
203   TMS value for V< 5 to 1000 5 1/10 F1 10
204   tRESET temporisation 0 to 10000 1 1/100 s F1 10
205   V< temporisation 0 to 59999 1 1/100 s F1 4
206   Inhibition U< by 52a 0 – 1 1   F24 0
0207 to 020F   Reserved         0
210   V<< configuration 0-2 1 – F55 0
211   Threshold V<< 50 to 1300 or
200 to 4800		 1
or 5		 V/10 F1 50 or 200
212   V<< temporisation 0 to 59999 1 1/100 s F1 1
213   Inhibition U<< by 52a 0 – 1 1   F24 0
0214 to 021F   Reserved         0
220   V<<< configuration 0-2 1 – F55 0
221   Threshold V<<< 50 to 1300 or
200 to 4800		 1
or 5		 V/10 F1 50 or 200
222   V<<< temporisation 0 to 59999 1 1/100 s F1 1
223   Inhibition U<<< by 52a 0 – 1 1   F24 0
0224 to 022E   Reserved         0
022F   V< Hysteresis 102 to 105 1 % or 1/100 F1 102

Overvoltage protection (P921 -P922 and P923)

Address Group Description Settings range Step Unit Format Default settings
230   V> configuration 0-2 1 – F55 0
231   Threshold V> 50 to 2000 or
200 to 7200		 1 or 5 V/10 F1 1300 or 4800
232   Type of temporisation 0 to 1 1 – F27 0
233   TMS value for V> 5 to 1000 5 1/10 F1 10
234   tRESET temporisation 0 to 10000 1 1/100 s F1 1
235   V> temporisation 0 to 59999 1 1/100 s F1 4
0236 to 023F   Reserved         0
240   V>> configuration 0-2 1 – F55 0
241   Threshold V>> 50 to 2600 or
200 to 9600		 1 or 5 V/10 F1 1300 or 4800
242   V>> temporisation 0 to 59999 1 1/100 s F1 1
0243 to 024F   Reserved         0
250   V>>> configuration 0-2 1 – F55 0
251   Threshold V>>> 50 to 2600 or
200 to 9600		 1 or 5 V/10 F1 1300 or 4800
252   V>>> temporisation 0 to 59999 1 1/100 s F1 1
0253 to 025E   Reserved         0
025F   V> Hysteresis 95 to 98 1 % or 1/100 F1 98

Zero sequence overvoltage protection (P921- P922 and P923)

Address Group Description Settings range Step Unit Format Default settings
260   Vo> configuration 0-1 1 – F24 0
261   Threshold Vo> 5 to 1300 or
20 to 4800		 1 or 5 V/10 F1 50 or 200
262   Type of temporisation 0 to 1 1 – F27 0
263   TMS value for Vo> 5 to 1000 5 1/10 F1 10
264   tRESET temporisation 0 to 10000 1 1/100 s F1 1
265   Vo> temporisation 0 to 59999 1 1/100 s F1 4
0266 to 026F   Reserved         0
270   Vo>> configuration 0-1 1 – F24 0
271   Threshold Vo>> 5 to 1300 or
20 to 4800		 1 or 5 V/10 F1 50 or 200
272   Vo>> temporisation 0 to 59999 1 1/100 s F1 4
0273 to 027F   Reserved         0
280   Vo>>> configuration 0-1 1 – F24 0
281   Threshold Vo>>> 5 to 1300 or
20 to 4800		 1 or 5 V/10 F1 50 or 200
282   Vo>>> temporisation 0 to 59999 1 1/100 s F1 4
0283 to 028F   Reserved         0

Negative sequence overvoltage protection (P922- P923) and F + df/dt protection (P923)

Address Group Description Settings range Step Unit Format Default settings
290   V2> configuration 0-1 1 – F24 0
291   Threshold V2> 50 to 2000 or
200 to 7200		 1 or 5 V/10 F1 1300 or 4800
292   Type of temporisation 0 to 1 1 – F27 0
293   TMS value for V2> 5 to 1000 5 1/10 F1 10
294   tRESET temporisation 0 to 10000 1 1/100 s F1 1
295   V2> temporisation 0 to 59999 1 1/100 s F1 4
0296 to 029F   Reserved         0
02A0   V2>> configuration 0-1 1 – F24 0
02A1   Threshold V2>> 50 to 2000 or
200 to 7200		 1 or 5 V/10 F1 1300 or 4800
02A2   V2>> temporisation 0 to 59999 1 1/100 s F1 4
02A3 to 02AF   Reserved         0

Positive sequence undervoltage protection (P922 – P923)

Address Group Description Settings range Step Unit Format Default settings
02B0   V1< configuration 0-1 1 – F24 0
02B1   Threshold V1< 50 to 1300 or
200 to 4800		 1 or 5 V/10 F1 50 or 200
02B2   Type of temporisation 0 to 1 1 – F27 0
02B3   TMS value V1< 5 to 1000 5 1/10 F1 10
02B4   tRESET temporisation 0 to 10000 1 1/100 s F1 1
02B5   V1< temporisation 0 to 59999 1 1/100 s F1 4
02B6 to 02BF   Reserved         0
02C0   V1<< configuration 0-1 1 – F24 0
02C1   Threshold V1<< 50 to 1300 or
200 to 4800		 1 or 5 V/10 F1 50 or 200
02C2   V1<< temporisation 0 to 59999 1 1/100 s F1 4

V0 derived voltage protection (P922 – P923)

Address Group Description Settings range Step Unit Format Default settings
02C3 V0 derived V0der> activation 0 – 1 1 – F24 0
02C4   V0der> threshold A: 5 – 1300
B: 20 – 4800		 1
5		 1/10 V F1 A: 50
B: 200
02C5   V0der> Delay type 0 – 1 1   F27 0
02C6   TMS 5 – 1000 5 1/10 F1 10
02C7   t Reset V0der> 0 – 10000 1 1/100 s F1 1
02C8   t V0der> 0 – 59999 1 1/100 s F1 4
02C9   V0der>> activation 0 – 1 1 – F24 0
02CA   V0der>> threshold A: 5 – 1300
B: 20 – 4800		 1
5		 1/10 V F1 A: 50
B: 200
02CB   t V0der>> 0 – 59999 1 1/100 s F1 4
02CC   V0der>>> activation 0 – 1 1 – F24 0
02CD   V0der>>> threshold A: 5 – 1300
B: 20 – 4800		 1
5		 1/10 V F1 A: 50
B: 200
02CE   t V0der>>> 0 – 59999 1 1/100 s F1 4
02CF   Reserved         0

Under/overfrequency (P922 – P923)

Address Group Description Settings range Step Unit Format Default settings
02D0   f1 0-2 1 – F56 0
02D1   Threshold f1 4000 to 6000 if fn= 50Hz
5000 to 7000 if fn= 60Hz		 1 1/100 Hz F1 5000 or 6000
02D2   f1 temporisation 0 to 59999 1 1/100 s F1 4
02D3   f2 0-2 1 – F56 0
02D4   Threshold f2 4000 to 6000 if fn= 50Hz
5000 to 7000 if fn= 60Hz		 1 1/100 Hz F1 5000 or 6000
02D5   f2 temporisation 0 to 59999 1 1/100 s F1 4
02D6   f3 0-2 1 – F56 0
02D7   Threshold f3 4000 to 6000 if fn= 50Hz
5000 to 7000 if fn= 60Hz		 1 1/100 Hz F1 5000 or 6000
02D8   f3 temporisation 0 to 59999 1 1/100 s F1 4
02D9   f4 0-2 1 – F56 0
02DA   Threshold f4 4000 to 6000 if fn= 50Hz
5000 to 7000 if fn= 60Hz		 1 1/100 Hz F1 5000 or 6000
02DB   f4 temporisation 0 to 59999 1 1/100 s F1 4
02DC   f5 0-2 1 – F56 0
02DD   Threshold f5 4000 to 6000 if fn= 50Hz
5000 to 7000 if fn= 60Hz		 1 1/100 Hz F1 5000 or 6000
02DE   f5 temporisation 0 to 59999 1 1/100 s F1 4
02DF   f6 0-2 1 – F56 0
02E0   Threshold f6 4000 to 6000 if fn= 50Hz
5000 to 7000 if fn= 60Hz		 1 1/100 Hz F1 5000 or 6000
02E1   f6 temporisation 0 to 59999 1 1/100 s F1 4

Rate of change of frequency ( Only MiCOM P923)

Address Group Description Settings range Step Unit Format Default settings
02E2   df/dt1 0-1 1   F24 0
02E3   df/dt1 threshold -100 to 100 1 1/10 Hz/s F2 10
02E4   df/dt2 0-1 1   F24 0
02E5   df/dt2 threshold -100 to 100 1 1/10 Hz/s F2 10
02E6   df/dt3 0-1 1   F24 0
02E7   df/dt3 threshold -100 to 100 1 1/10 Hz/s F2 10
02E8   df/dt4 0-1 1   F24 0
02E9   df/dt4 threshold -100 to 100 1 1/10 Hz/s F2 10
02EA   df/dt5 0-1 1   F24 0
02EB   df/dt5 threshold -100 to 100 1 1/10 Hz/s F2 10
02EC   df/dt6 0-1 1   F24 0
02ED   df/dt6 threshold -100 to 100 1 1/10 Hz/s F2 10
02EE to 02EF   Reserved          

Rate of change of Voltage ( Only MiCOM P923)

Address Group Description Settings range Step Unit Format Default settings
02F0   du/dt1 activation 0 – 4 1   F62 0
02F1   du/dt1 U threshold +/-10 to +/-2000 or
+/-40 to +/-7200		 5 1/10 V F2 A: 100
B: 400
02F2   du/dt1 U threshold 10 to 1000 1 1/100 s F1 100
02F3   du/dt2 activation 0 – 4 1   F62 0
02F4   du/dt2 U threshold +/-10 to +/-2000 or
+/-40 to +/-7200		 5 1/10 V F2 A: 100
B: 400
02F5   du/dt2 U threshold 10 to 1000 1 1/100 s F1 100
02F6   du/dt3 activation 0 – 4 1   F62 0
02F7   du/dt3 U threshold +/-10 to +/-2000 or
+/-40 to +/-7200		 5 1/10 V F2 A: 100
B: 400
02F8   du/dt3 U threshold 10 to 1000 1 1/100 s F1 100
02F9   du/dt4 activation 0 – 4 1   F62 0
02FA   du/dt4 U threshold +/-10 to +/-2000 or
+/-40 to +/-7200		 5 1/10 V F2 A: 100
B: 400
02FB   du/dt4 U threshold 10 to 1000 1 1/100 s F1 100

Voltage balance ( Only MiCOM P923)

Address Group Description Settings range Step Unit Format Default settings
02FC Voltage balance Voltage balance activation K< 0-1 1   F24 0
02FD   Voltage balance threshold K< 50 – 100 1 0.01 F1 50
02FE – 2FF   Reserved          

Hardware Configuration

Address Group Description Values Step Unit Format Default Product
0600 Output relays F1 + df/dt1 0 – 127 1 – F14 0 P923
0601   F2 + df/dt2 0 – 127 1 – F14 0 P923
0602   F3 + df/dt3 0 – 127 1 – F14 0 P923
0603   F4 + df/dt4 0 – 127 1 – F14 0 P923
0604   F5 + df/dt5 0 – 127 1 – F14 0 P923
0605   F6 + df/dt6 0 – 127 1 – F14 0 P923
0606   tAux 3 0 – 127 1 – F14 0 P922-3
0607   tAux 4 0 – 127 1 – F14 0 P922-3
0608   tAux 5 0 – 127 1 – F14 0 P922-3
0609   tVTS 0 – 127 1 – F14 0 P922-3
060A   V0der> 0 – 127 1 – F14 0 P922-3
060B   tV0der> 0 – 127 1 – F14 0 P922-3
060C   V0der>> 0 – 127 1 – F14 0 P922-3
060D   tV0der>> 0 – 127 1 – F14 0 P922-3
060E   V0der>>> 0 – 127 1 – F14 0 P922-3
060F   tV0der>>> 0 – 127 1 – F14 0 P922-3
0610   Boolean equation E 0 – 127 1 – F14 0 P921-2-3
0611   Boolean equation F 0 – 127 1 – F14 0 P921-2-3
0612   Boolean equation G 0 – 127 1 – F14 0 P921-2-3
0613   Boolean equation H 0 – 127 1 – F14 0 P921-2-3
0614 Communicati on orders Communication order 1 0 – 127 1 – F14 0 P922-3
0615   Communication order 2 0 – 127 1 – F14 0 P922-3
0616   Communication order 3 0 – 127 1 – F14 0 P922-3
0617   Communication order 4 0 – 127 1 – F14 0 P922-3
0618 Output relays Voltage Balance K1< 0 – 127 1 – F14 0 P923
0619   Voltage Balance K2< 0 – 127 1 – F14 0 P923
061A   Voltage Balance K3 0 – 127 1 – F14 0 P923
061B   Voltage Balance K< Poly 0 – 127 1 – F14 0 P923
061C-
061F		   Not used            
0685 Alarm inhibition Voltage Balance K1< 0 – 1 1   F24 0 P923
0686   Voltage Balance K2< 0 – 1 1   F24 0 P923
0687   Voltage Balance K3< 0 – 1 1   F24 0 P923
0688 Alarm inhibition Voltage Balance Kpoly< 0 – 1 1   F24 0 P923
0689 – 068F   Not used            
0620 LEDs config LED 5 part 5   1   F19e 0 P922-3
0621   LED 6 part 5   1   F19e 0 P922-3
0622   LED 7 part 5   1   F19e 0 P922-3
0623   LED 8 part 5   1   F19e 0 P922-3
0624   LED 5 part 6   1   F19f 0 P921-2-3
0625   LED 6 part 6   1   F19f 0 P921-2-3
0626   LED 7 part 6   1   F19f 0 P921-2-3
0627   LED 8 part 6   1   F19f 0 P921-2-3
0628 – 062F   Not used            
0630 Timers values Timer aux 3 0 – 20000 1 1/100 sec F1 0 P922-3
0631   Timer aux 4 0 – 20000 1 1/100 sec F1 0 P922-3
0632   Timer aux 5 0 – 20000 1 1/100 sec F1 0 P922-3
0633-
063F		   Not used            
0640 Blocking logic Blocking logic 1, part 3 0-FFFF 1   F8b 0 P922-3
0641   Blocking logic 2, part 3 0-FFFF 1   F8b 0 P922-3
0642 Trip Trip configuration, part 4 0 to FFFF 1   F7c 0 P921-2-3
0643 Latch Latched functions (4) 0 to FFFF 1   F7c 0 P921-2-3
0644 Disturbance records Records number 1 – 5 1   F1 5 P922-3
0645   Not used            
0646 Communicati on IEC-103 GI selection 0 – 1 1   F76 0 P922-3
0647 Communicati on IEC-103 Type of uploaded spontaneous events 0 – 3 1   F77 0 P922-3
0648 Communicati on IEC-103 Type of Measurements 0 – 7 1   F78 0 P922-3
0649 Communicati on IEC-103 Signal & measurement
/ Commands blocking		 0 – 3 1   F79 0 P922-3
064A – 064F   Not used            
0650 VTS VTS activation 0 – 1 1 – F24 0 P922-3
0651   VTS Temporization 0 – 10000 1 1/100 s F1 500 P922-3
0652   Delta V0 threshold A: 20 – 1300
B:100 – 4800		 1 1/10 V F1 A: 150
B: 500		 P922-3
0653   Blocked functions 0 – FFh 1   F64 0 P922-3
0654   Detection mode 1 – 3 1   F65 1 P922-3
0655   Inhibition by 52a 0 – 1 1   F1 0 P922-3
0656-
065F		   Not used            
0660 Alarms inhibition U< 0 – 1 1   F24 0 P921-2-3
0661   U<< 0 – 1 1   F24 0 P921-2-3
0662   U<<< 0 – 1 1   F24 0 P921-2-3
0663   tAux1 0 – 1 1   F24 0 P921-2-3
0664   tAux2 0 – 1 1   F24 0 P921-2-3
0665   tAux3 0 – 1 1   F24 0 P922-3
0666   tAux4 0 – 1 1   F24 0 P922-3
0667   tAux5 0 – 1 1   F24 0 P922-3
0668   F1 0 – 1 1   F24 0 P922-3
0669   F2 0 – 1 1   F24 0 P922-3
066A   F3 0 – 1 1   F24 0 P922-3
066B   F4 0 – 1 1   F24 0 P922-3
066C   F5 0 – 1 1   F24 0 P922-3
066D   F6 0 – 1 1   F24 0 P922-3
066E   df/dt1 0 – 1 1   F24 0 P923
066F   df/dt2 0 – 1 1   F24 0 P923
0670   df/dt3 0 – 1 1   F24 0 P923
0671   df/dt4 0 – 1 1   F24 0 P923
0672   df/dt5 0 – 1 1   F24 0 P923
0673   df/dt6 0 – 1 1   F24 0 P923
0674   F+df/dt1 0 – 1 1   F24 0 P923
0675   F+df/dt2 0 – 1 1   F24 0 P923
0676   F+df/dt3 0 – 1 1   F24 0 P923
0677   F+df/dt4 0 – 1 1   F24 0 P923
0678   F+df/dt5 0 – 1 1   F24 0 P923
0679   F+df/dt6 0 – 1 1   F24 0 P923
067A   Bool. equation A 0 – 1 1   F24 0 P921-2-3
067B   Bool. equation B 0 – 1 1   F24 0 P921-2-3
067C   Bool. equation C 0 – 1 1   F24 0 P921-2-3
067D   Bool. equation D 0 – 1 1   F24 0 P921-2-3
067E   Bool. equation E 0 – 1 1   F24 0 P921-2-3
067F   Bool. equation F 0 – 1 1   F24 0 P921-2-3
0680   Bool. equation G 0 – 1 1   F24 0 P921-2-3
0681   Bool. equation H 0 – 1 1   F24 0 P921-2-3
0682   Frequency out 0 – 1 1   F24 0 P922-3
0683   tVTS 0 – 1 1   F24 0 P922-3
0684   Ctrl Trip 0 – 1 1   F24 0 P922-3
0685 Alarm inhibition Voltage Balance K1< 0 – 1 1   F24 0 P923
0686   Voltage Balance K2< 0 – 1 1   F24 0 P923
0687   Voltage Balance K3< 0 – 1 1   F24 0 P923
0688   Voltage Balance Kpoly< 0 – 1 1   F24 0 P923
0689   Confirmation number 1 – 12 1   F1 1 P922 P923
068A – 068F   Not used            
0690 Configuratio n [59N] Filter activation 0 – 1 1   F24 0 P922-3
0691 Logic inputs configuration Logic input 1 VTA     F15b 0 P922-3
0692   Logic input 2 VTA     F15b 0 P922-3
0693   Logic input 3 (P922- P923) VTA     F15b 0 P922-3
0694   Logic input 4 (P922- P923) VTA     F15b 0 P922-3
0695   Logic input 5 (P922- P923) VTA     F15b 0 P922-3
0696-
069F		   Not used            
06A0 Boolean Equa. Pick-up timer eq. A 0 – 360000 1 1/100 s F1 0 P921-2-3
06A2   Drop-off timer eq. A 0 – 360000 1 1/100 s F1 0 P921-2-3
06A4   Pick-up timer eq. B 0 – 360000 1 1/100 s F1 0 P921-2-3
06A6   Drop-off timer eq. B 0 – 360000 1 1/100 s F1 0 P921-2-3
06A8   Pick-up timer eq. C 0 – 360000 1 1/100 s F1 0 P921-2-3
06AA   Drop-off timer eq. C 0 – 360000 1 1/100 s F1 0 P921-2-3
06AC   Pick-up timer eq. D 0 – 360000 1 1/100 s F1 0 P921-2-3
06AE   Drop-off timer eq. D 0 – 360000 1 1/100 s F1 0 P921-2-3
06B0   Pick-up timer eq. E 0 – 360000 1 1/100 s F1 0 P921-2-3
06B2   Drop-off timer eq. E 0 – 360000 1 1/100 s F1 0 P921-2-3
06B4   Pick-up timer eq. F 0 – 360000 1 1/100 s F1 0 P921-2-3
06B6   Drop-off timer eq. F 0 – 360000 1 1/100 s F1 0 P921-2-3
06B8   Pick-up timer eq. G 0 – 360000 1 1/100 s F1 0 P921-2-3
06BA   Drop-off timer eq. G 0 – 360000 1 1/100 s F1 0 P921-2-3
06BC   Pick-up timer eq. H 0 – 360000 1 1/100 s F1 0 P921-2-3
06BE   Drop-off timer eq. H 0 – 360000 1 1/100 s F1 0 P921-2-3
06C0 F + df/dt F1+df/dt1 activation 0 – 1 1 – F24 0 P923
06C1   F2+df/dt2 activation 0 – 1 1 – F24 0 P923
06C2   F3+df/dt3 activation 0 – 1 1 – F24 0 P923
06C3   F4+df/dt4 activation 0 – 1 1 – F24 0 P923
06C4   F5+df/dt5 activation 0 – 1 1 – F24 0 P923
06C5   F6+df/dt6 activation 0 – 1 1 – F24 0 P923
06C6 – 06CF   Not used            
06D0 Communicati on orders tComm 1 delay 0 – 60000 1 1/100 s F1 0 P922-3
06D1 Communicati on orders tComm 2 delay 0 – 60000 1 1/100 s F1 0 P922-3
06D2 Communicati on orders tComm 3 delay 0 – 60000 1 1/100 s F1 0 P922-3
06D3 Communicati on orders tComm 4 delay 0 – 60000 1 1/100 s F1 0 P922-3

Description of Mapping Format

Code Description Products
P921 P922 P923
F1 Unsigned integer – numerical data: 1 – 65535 X X X
F2 Signed integer – numerical data: 32768 – 32767 X X X
F3 not used X X X
F4 Unsigned integer: Modbus speed      
0: 300 X X X
1: 600 X X X
2: 1200 X X X
3: 2400 X X X
4: 4800 X X X
5: 9600 X X X
6: 19200 X X X
7: 38400 X X X
F5 Unsigned integer: parity
0: without
1: even
2: odd		 X X X
F6 Trip configuration and Latched functions (part 1)      
bit 0: tV< X X X
bit 1: tV<< X X X
bit 2: tV<<< X X X
bit 3: tV> X X X
bit 4: tV>> X X X
bit 5: tV>>> X X X
bit 6: tVo> X X X
bit 7: tVo>> X X X
bit 8: tVo>>> X X X
bit 9: tAux1 X X X
bit 10: tAux2 X X X
bit 11: t Equation A X X X
bit 12: t Equation B X X X
bit 13: t Equation C X X X
bit 14: t Equation D X X X
bit 15: Reserved X X X
F7a Trip configuration and Latched functions (part 2)      
Blocking logic 1 & 2 (part 2)      
bit 0: tV2>   X X
bit 1: tV2>>   X X
bit 2: tV1<   X X
bit 3: tV1<<   X X
bit 4: tf1   X X
bit 5: tf2   X X
bit 6: tf3   X X
bit 7: tf4   X X
bit 8: tf5   X X
bit 9: tf6   X X
bit 10: df/dt1     X
bit 11: df/dt2     X
bit 12: df/dt3     X
bit 13: df/dt4     X
bit 14: df/dt5     X
bit 15: df/dt6     X
F7b Trip configuration and Latched functions (part 3)      
bit 0: DV/DT1     X
bit 1: DV/DT2     X
bit 2: DV/DT3     X
bit 3: DV/DT4     X
bit 4: F1 + df/dt1     X
bit 5: F2 + df/dt2     X
bit 6: F3 + df/dt3     X
bit 7: F4 + df/dt4     X
bit 8: F5 + df/dt5     X
bit 9: F6 + df/dt6     X
bit 10: tAux3   X X
bit 11: tAux4   X X
bit 12: tAux5   X X
bit 13: tV0der>   X X
bit 14: tV0der>>   X X
bit 15: tV0der>>>   X X
F7c Trip configuration and Latched functions (part 4)      
bit 0: t Equation E X X X
bit 1: t Equation F X X X
bit 2: t Equation G X X X
bit 3: t Equation H X X X
Bit 4: Voltage Balance K1<     X
Bit 5: Voltage Balance K2<     X
Bit 6: Voltage Balance K3<     X
Bit 7: Voltage Balance K< Poly     X
Bits 8 to 15: Not used     X
F8a Blocking logic (part 1)      
bit 0: tV< X X X
bit 1: tV<< X X X
bit 2: tV<<< X X X
bit 3: tV> X X X
bit 4: tV>> X X X
bit 5: tV>>> X X X
bit 6: tVo> X X X
bit 7: tVo>> X X X
bit 8: tVo>>> X X X
bit 9: tAux1 X X X
bit 10: tAux2 X X X
bit 11: Reserved      
bit 12: du/dt1     X
bit 13: du/dt2     X
bit 14: du/dt3     X
bits 15: du/dt4     X
F8b Blocking logic (part 3)      
Bit 0: tAux3   X X
Bit 1: tAux4   X X
Bit 2: tAux5   X X
Bit 3: tV0der>   X X
Bit 4: tV0der>>   X X
Bit 5: tV0der>>>   X X
Bits 6 to 15: Not used      
F9 Unsigned integer: Remote commands      
bit 0: Tripping contact delatched (RL1) X X X
bit 1: 1 st alarm acknowledgement X X X
bit 2: All alarms acknowledgement X X X
bit 3: Remote tripping (to RL1) X X X
bit 4: Remote closing (to programmed output contacts) X X X
bit 5: Setting group change   X X
bit 6: Average and max values reset   X X
bit 7: Reserved X X X
bit 8: Disturbance record remote start   X X
bit 9: Maintenance mode start X X X
bit 10: Remote Command Frequency Disturbance     X
bit 11: Reserved X X X
bit 12: Manual event/fault acknowledgement mode   X X
bit 13: Remote acknowledgement of the oldest event record   X X
bit 14: Remote acknowledgement of the oldest fault record   X X
bit 15: Remote acknowledgement of the "RAM error" alarm   X X
F10 2 characters ASCII
32 – 127 = ASCII character 1
32 – 127 = ASCII character 2		 X X X
F11 Reserved X X X
F12 Logic inputs status and configuration      
bit 0: logic input number 1 X X X
bit 1: logic input number 2 X X X
bit 2: logic input number 3   X X
bit 3: logic input number 4   X X
bit 4: logic input number 5   X X
bits 5 to 15: reserved      
F13 Unsigned integer: Logic output status and Fail safe mode      
bit 0: logic output number RL1 (tripping) X X X
bit 1: logic output number RL2 X X X
bit 2: logic output number RL3 X X X
bit 3: logic output number RL4 X X X
bit 4: logic output number RL0 (watchdog) X X X
bit 5: logic output number RL5   X X
bit 6: logic output number RL6   X X
bit 7: logic output number RL7   X X
bit 8: logic output number RL8   X X
bits 9 to 15: reserved      
F14 Unsigned integer: logic outputs configuration (excepted RL1)      
bit 0: selection logic output number RL2 X X X
bit 1: selection logic output number RL3  X X X
bit 2: selection logic output number RL4  X X X
bit 3: selection logic output number RL5    X X
bit 4: selection logic output number RL6    X X
bit 5: selection logic output number RL7    X X
bit 6: selection logic output number RL8   X X
F15a Logic inputs allocation (part 1)       
bit 0: delatch (UNLATCH) X X X
bit 1: 52a X X X
bit 2: 52b X X X
bit 3: external CB failure (CB fail)  X X X
bit 4: Aux 1 X X X
bit 5: Aux 2 X X X
bit 6: blocking logic 1 (BLK LG1)  X X X
bit 7: blocking logic 2 (BLK LG2) X X X
bit 8: change of active setting group (CHANG SET)   X X
bit 9: external start of the disturbance recorder (DIST TRIG)    X X
bit 10: Aux 3   X X
bit 11: Aux 4   X X
bit 12: Aux 5   X X
bit 13: Control Trip    X X
bit 14: Control Close    X X
bit 15: Time synchro      
F15b Logic inputs allocation (part 2)       
bit 0: Reset LEDs X X X
bit 1: VTS   X X
bit 2: Maintenance mode active  X X X
bits 3 to 15: Not used      
F16 Unsigned integer: Information generated by the zero sequence overvoltage function
bit 0: instantaneous information (V0>) or (V0>>) or (V0>>>)
bit 1 to 4: reserved
bit 5: instantaneous information (V0>) or (V0>>) or (V0>>>)
bit 6: time delayed information (tV0>) or (tV0>>) or (tV0>>>)
bits 7 to 15: reserved		 X X X
F17 Unsigned integer: Information generated by the overvoltage function
bit 0: instantaneous information (V>) or (V>>) or (V>>>)
bit 1: instantaneous information VA
bit 2: instantaneous information VB
bit 3: instantaneous information VC
bit 4: reserved
bit 5: instantaneous information (V>) or (V>>) or (V>>>)
bit 6: time delayed information (V>) or (V>>) or (V>>>)
bits 7 to 15: reserved		 X X X
F18 Long integer X X X
F19a Unsigned integer: LED configuration (Part 1)
Bit 0: V<
Bit 1: tV<
Bit 2: V<<
Bit 3: tV<<
Bit 4: V<<<
Bit 5: tV<<<
Bit 6: V>
Bit 7: tV>
Bit 8: V>>
Bit 9: tV>>
Bit 10: V>>>
Bit 11: tV>>>
Bit 12: Vo>
Bit 13: tVo>
Bit 14: Vo>>
Bit 15: tVo>>		 X  X  X 
F19b Unsigned integer: LED configuration (Part 2)       
Bit 0: Vo>>> X X X
Bit 1: tVo>>> X X X
Bit 2: taux1 X X X
Bit 3: taux2 X X X
Bit 4: V2>   X X
Bit 5: tV2>   X X
Bit 6: V2>>   X X
Bit 7: tV2>>   X X
Bit 8: V1<   X X
Bit 9: tV1<   X X
Bit 10: V1<<   X X
Bit 11: tV1<<   X X
Bit 12: f1   X X
Bit 13: tf1   X X
Bit 14: f2   X X
Bit 15: tf2   X X
F19c Unsigned integer: LED configuration (Part 3)   X X
Bit 0: f3   X X
Bit 1: tf3   X X
Bit 2: f4   X X
Bit 3: tf4   X X
Bit 4: f5   X X
Bit 5: tf5   X X
Bit 6: f6   X X
Bit 7: tf6   X X
Bit 8: Frequency out of range   X X
Bit 9: df/dt1     X
Bit 10: df/dt2     X
Bit 11: df/dt3     X
Bit 12: df/dt4     X
Bit 13: df/dt5     X
Bit 14: df/dt6     X
Bit 15: Not used      
F19d LEDs configuration (part 4)      
Bit 0: Boolean equation A X X X
Bit 1: Boolean equation B X X X
Bit 2: Boolean equation C X X X
Bit 3: Boolean equation D X X X
Bit 4: Logic input 1 X X X
Bit 5: Logic input 2 X X X
Bit 6: Logic input 3   X X
Bit 7: Logic input 4   X X
Bit 8: Logic input 5   X X
Bit 9: du/dt 1     X
Bit 10: du/dt 2     X
Bit 11: du/dt 3     X
Bit 12: du/dt 4     X
Bit 13 to 15: Not used      
F19e Unsigned long: LEDs configuration (part 5)      
Bit 0: F1 + df/dt1     X
Bit 1: F2 + df/dt2     X
Bit 2: F3 + df/dt3     X
Bit 3: F4 + df/dt4     X
Bit 4: F5 + df/dt5     X
Bit 5: F6 + df/dt6     X
Bit 6: tAux3   X X
Bit 7: tAux4   X X
Bit 8: tAux5   X X
Bit 9: V0der>   X X
Bit 10: tV0der>   X X
Bit 11: V0der>>   X X
Bit 12: tV0der>>   X X
Bit 13: V0der>>>   X X
Bit 14: tV0der>>>   X X
Bit 15: tVTS   X X
F19f Unsigned long: LEDs configuration (part 6)      
Bit 0: Boolean equation E X X X
Bit 1: Boolean equation F X X X
Bit 2: Boolean equation G X X X
Bit 3: Boolean equation H X X X
Bit 4: Voltage Balance K1<     X
Bit 5: Voltage Balance K2<     X
Bit 6: Voltage Balance K3<     X
Bit 7: Voltage Balance K< Poly     X
Bits 8 to 15: Not used     X
F20a Logic inputs functional status (Part 1)      
bit 0: Blocking logic 1 (BLK LG1) X X X
bit 1: Blocking logic 2 (BLK LG2) X X X
bit 2: Unlatched of the output contacts (UNLATCH) X X X
bit 3: 52a X X X
bit 4: 52b X X X
bit 5: CB failure (CB fail) X X X
bit 6: Auxiliary input 1 (AUX 1) X X X
bit 7: Auxiliary input 2 (AUX 2) X X X
bit 8: Change of active setting group (CHANG SET)   X X
bit 9: External start of the disturbance recorder (DIST TRIG)   X X
bit 10: tAux 3   X X
bit 11: tAux 4   X X
bit 12: tAux 5   X X
bit 13: Control Trip   X X
bit 14: Control Close   X X
bits15: Time synchro   X X
F20b Logic inputs functional status (Part 2)      
bit 0: Reset LEDs X X X
bit 1: VTS   X X
bit 2: Maintenance mode active X X X
bits 3 to 15: Not used      
F21 Unsigned integer: Software version
10: version 1.A
11: version 1.B
20: version 2.A etc …		 X X X
F22 Unsigned integer: internal logic data
bit 0: trip output contact latched (RL1)
bit 1: reserved		 X X X
F23 Unsigned integer: Self tests results X X X
bit 0: Protection in Service X X X
bit 1: Minor fault X X X
bit 2: Not acknowledged event record   X X
bit 3: Time synchronisation status   X X
bit 4: Disturbance record available   X X
bit 5: Fault record available   X X
bit 6: Reserved X X X
bit 7: Reserved X X X
F24 Unsigned integer: Status of the relay functions
0: Disabled
1: Enabled		 X X X
F25 2 characters ASCII X X X
F26 Selection of the default display      
1: RMS value Va or Uab X X X
2: RMS value Vb or Ubc X X X
3: RMS value Vc or Uca X X X
4: RMS value V0 X X X
5: Frequency X X X
6: V1   X X
7: V2   X X
8: RMS values Va (or Uab), Vb (or Ubc), Vc (or Uca), V0 X X X
F27 Unsigned integer: Selection of the type of temporisation
0: DMT time delay
1: IDMT time delay		 X X X
F28 Reserved X X X
F29 Unsigned integer: Modbus communication
0: 1 bit stop
1: 2 bits stop		 X X X
F30 Unsigned integer: Rear communication
0: Communication non available
1: Communication available		 X X X
F31 Unsigned integer: Number of disturbance records available
0: None
…
25: 25 Disturbance Records available		   X X
F32 Unsigned integer: Selection of the trigger mode for the disturbance recorder
0: Instantaneous information
1: Time delayed information		   X X
F33 Unsigned integer: type of date used by the modbus communication
0: Modbus date
1: IEC date		 X X X
F34 Unsigned integer: Latch of auxiliary output relays X X X
bit 0: selection of the auxiliary output relay no 2 X X X
bit 1: selection of the auxiliary output relay no 3 X X X
bit 2: selection of the auxiliary output relay no 4 X X X
bit 3: selection of the auxiliary output relay no 5   X X
bit 4: selection of the auxiliary output relay no 6   X X
bit 5: selection of the auxiliary output relay no 7   X X
bit 6: selection of the auxiliary output relay no 8   X X
F35 Unsigned integer: Disturbance recorder status
0: No record in progress
1: Record in progress		   X X
F36 Unsigned integer: Alarm status (1)      
Bit 0: V0 > X X X
Bit 1: tV0 > X X X
Bit 2: V0 >> X X X
Bit 3: tV0 >> X X X
Bit 4: V0 >>> X X X
Bit 5: tV0 >>> X X X
Bit 6: V2 >   X X
Bit 7: tV2 >   X X
Bit 8: V2 >>   X X
Bit 9: tV2 >>   X X
Bit 10: V1 <   X X
Bit 11: t V1 <   X X
Bit 12: V1 <<   X X
Bit 13: tV1 <<   X X
Bit 14: Control Trip X X X
F37 Unsigned integer: Alarm status (2)
Bit 0: instantaneous information f1
Bit 1: time delayed information f1
Bit 2: instantaneous information f2
Bit 3: time delayed information f2
Bit 4: instantaneous information f3
Bit 5: time delayed information f3
Bit 6: instantaneous information f4
Bit 7: time delayed information f4		   X X
F37 Bit 8: instantaneous information f5
Bit 9: time delayed information f5
Bit 10: instantaneous information f6
Bit 11: time delayed information f6		      
F38a Alarm status for Boolean equations and miscellaneous (Aux inputs, CB supervision, Fout), part 1      
Bit 0: Boolean equation A X X X
Bit 1: Boolean equation B X X X
Bit 2: Boolean equation: time delayed information" X X X
Bit 3: time delayed information "tAUX1" X X X
Bit 4: time delayed information "tAUX2" X X X
Bit 5: Max CB operating time reached   X X
Bit 6: Max CB operations reached   X X
Bit 7: Max CB closing time reached   X X
Bit 8: CB alarm (logic "OR" between bits 5, 6 and 7)   X X
Bit 9: Frequency out of range: fmeasured > fn+20Hz or fmeasured < fn-20Hz   X X
Bit 10: Boolean equation C X X X
Bit 11: Boolean equation D X X X
Bit 12: Frequency out of range due to undervoltage blocking     X
Bit 13: time delayed information "tAUX3"   X X
Bit 14: time delayed information "tAUX4"   X X
Bit 15: time delayed information "tAUX5"   X X
F38b Alarm status for Boolean equations, part 2      
Bit 0: Boolean equation E X X X
Bit 1: Boolean equation F X X X
Bit 2: Boolean equation G X X X
Bit 3: Boolean equation H X X X
Bits 4 to 15: Not used X X X
F39 Output relays command in Maintenance mode
bit 0: RL1 (trip)
bit 1: RL2
bit 2: RL3
bit 3: RL4
bit 4: RL0 (watch-dog)
bit 5: RL5
bit 6: RL6
bit 7: RL7
bit 8: RL8		 X X X
F40 Reserved      
F41 Unsigned integer: Rear communication protocol (RS485)
0: Modbus RTU
1: Courier KBus
2: IEC 60870-5-103		 X X X
F42 Unsigned integer: Time period for calculation of average/max values 5, 10, 15, 30 or 60 min   X X
F45 Unsigned integer: MiCOM relay status
Bit 0: Watchdog
Bit 1: Communication failure
Bit 2: EEPROM data failure
Bit 3: Analog failure
Bit 4: Datation
Bit 5: EEPROM calibration failure
Bit 6: RAM memory failure
Bit 7: reserve 7
Bit 8: Maintenance mode
Bit 9: Default settings
Bit 10: main power supply
Bit 11: auxiliary power supplies
Bit 12: transformers offset failure
Bit 13 to 15: reserved		 X X X
F46 Unsigned integer: Remote controls 3      
Bit 0: Reserved   X X
Bit 1: Reserved (R&D)   X X
Bit 2: Acknowledgement of the oldest disturbance record (manually) X X X
Bit 3: CB operations number Reset X X X
Bit 4: Reserved X X X
Bit 5: Reserved X X X
Bit 6: LEDs reset   X X
Bit 7: End of Maintenance mode   X X
Bit 8: Communication order 1 X X X
Bit 9: Communication order 2 X X X
Bit 10: Communication order 3   X X
Bit 11: Communication order 4   X X
Bit 12: Data records reset   X X
Bit 13: Reserved   X X
Bit 14: Reserved   X X
Bit 15: Reserved   X X
F47 Unsigned integer: Information generated by the undervoltage protection
Bit 0: instantaneous information threshold phase (V<) or (V<<) or (V<<<)
Bit 1: instantaneous information VA
Bit 2: instantaneous information VB
Bit 3: instantaneous information VC
Bit 4: reserved
Bit 5: instantaneous information (V<) or (V<<) or (V<<<)
Bit 6: time delayed information (tV<) or (tV<<) or (tV<<<)
Bits 7 to 15: reserved		 X X X
F48 Unsigned integer: Information generated by the "Negative seq. Overvoltage" and "Positive seq. undervoltage"
Bit 0: instantaneous information threshold V2>
Bit 1: instantaneous information V2>
Bit 2: time delayed information V2>
Bit 3: instantaneous information threshold V2>>
Bit 4: instantaneous information V2>>
Bit 5: time delayed information V2 >>		   X X
Bit 6: instantaneous information threshold V1<
Bit 7: instantaneous information V1<
Bit 8: time delayed information V1<
Bit 9: instantaneous information threshold V1<<
Bit 10: instantaneous information V1<<
Bit 11: time delayed information V1<<
Bits 12 to 15 reserved		   X X
F49 Unsigned integer: Information generated by the frequency protection
Bit 0: Frequency protection
Bit 1: Instantaneous information
Bit 2: Time delayed information of the frequency protection
Bit 3 to Bit 15: Reserved		   X X X X X X
F50 Unsigned integer: type of the voltage applied to the logic inputs
0: DC voltage
1: AC voltage		 X X X
F51 Unsigned long integer X X X
F52 Unsigned integer: Voltage connection
0: Connection "3Vpn"
1: Connection "3Vpn+Vr"
2: Connection "2Upp+Vr"
3: Connection "3Upp+Vr"		 X X X
F53 Unsigned integer: Configuration of the voltage protection
0: "PROTECT P-N" = phase voltage protection
1: "PROTECT P-P" = line voltage protection		 X X X
F54 Do not use      
F55 Unsigned integer: Configuration of the under/overvoltage thresholds
0: Disabled
1: "OR" detection
2: "AND" detection		 X X X
F56 Unsigned integer: Configuration of the frequency thresholds
0: Disabled
1: Underfrequency
2: Overfrequency		   X X
F57 Unsigned integer: trigger mode of the frequency disturbance record 0: start of a time delayed df/dt information
1: activation of a logic equation
2: closing of the tripping relay contact ( RL1 )		     X
F58 Unsigned integer: information generated by the rate of change of frequency function
Bit 0: df/dt1 instantaneous information
Bit 1: df/dt2 instantaneous information
Bit 2: df/dt3 instantaneous information
Bit 3: df/dt4 instantaneous information
Bit 4: df/dt5 instantaneous information
Bit 5: df/dt6 instantaneous information		     X
F59 Unsigned integer: selection of the Date format
0: Private date format
1: Date Format IEC		   X X
F60 Active group changing
0: Remote control, or HMI order.(MENU)
1: On LEVEL (high or low) of a logic input.		   X X
F61 du/dt state
bit 0: Reserved
bit 1: Instantaneous information Ua
bit 2: Instantaneous information Ub
bit 3: Instantaneous information Uc
bit 4: Reserved
bit 5: Start
bits 6 à 15: Reserved		     X
F62 du/dt activation:
0: Not activated
1: MIN OR: Logic OR on negative du/dt
2: MIN AND: Logic AND on negative du/dt
3: MAX OR: Logic OR on positive du/dt
4: MAX AND: Logic AND on positive du/dt		      
F63 Measurements transmission enabling for IEC870-5-103 communication
0: None
1: On trip protection
2: On instantaneous protection
3: On communication order
4: On logic input order
5: No disturbance		      
F64 VTS, Blocked functions 
Bit 0: U< blocked by VTS
Bit 1: U> blocked by VTS
Bit 2: V0> blocked by VTS
Bit 3: V1< blocked by VTS
Bit 4: V2> blocked by VTS
Bit 5: F blocked by VTS
Bit 6: df/dt blocked by VTS
Bit 7: du/dt blocked by VTS
Bits 8 to 15: Reserved		   X X
F65 VTS, Detection mode
Bit 0: VTS Input
Bit 1: V0 Measure		   X X
F66 VTS status
Bits 0 to 4: Not used
Bit 5: Start
Bit 6: Trip
Bits 7 to 15: Not used		   X X
F67 F + df/dt status
Bits 0: F1 + df/dt1
Bits 1: F2 + df/dt2
Bits 2: F3 + df/dt3
Bits 3: F4 + df/dt4
Bits 4: F5 + df/dt5
Bits 5: F6 + df/dt6
Bits 6 to 15: Not used		     X
F68 Status IEC103
Bit 0: General start
Bit 1: …………….		      
F69 Not used      
F70 First operator for boolean equations
0: Nothing
1: NOT		 X X X
F71 Others than first operator for boolean equations
0: OR
1: OR NOT
2: AND
3: AND NOT		 X X X
F72 Equations operands 0000h: NULL (Default)
0001h: U<, 0002h: tU<
0003h: U<<, 0004h: tU<<
0005h: U<<<, 0006h: tU<<<
0007h: U>, 0008h: tU>
0009h: U>>, 000Ah: tU>>
000Bh: U>>>, 000Ch: tU>>>
000Dh: Vo>, 000Eh: tVo>
000Fh: Vo>>, 0010h: tVo>>
0011h: Vo>>>, 0012h: tVo>>>
0013h: V2>, 0014h: tV2>
0015h: V2>>, 0016h: tV2>>
0017h: V1<, 0018h: tV1<
0019h: V1<<, 001Ah: tV1<<
001Bh: f1, 001Ch: tf1
001Dh: f2, 001Eh: tf2
001Fh: f3, 0020h: tf3		 X X X
F72 (cont’d) 0021h: f4, 0022h: tf4,
0023h: f5, 0024h: tf5,
0025h: f6, 0026h: tf6,
0027h: tAux1, 0028h: tAux2, 0029h: tAux3,
002Ah: tAux4, 002Bh: tAux5,
002Ch: CB ALARM, 002Dh: CB FAIL,
002Eh: df/dt 1, 002Fh: df/dt 2,
0030h: df/dt 3, 0031h: df/dt 4,
0032h: df/dt 5, 0033h: df/dt 6,
0034h: Input 1, 0035h: Input 2,
0036h: Input 3, 0037h: Input 4, 0038h: Input 5,
0039h: DU/DT1, 003Ah: DU/DT2, 003Bh: DU/DT3, 003Ch: DU/DT4,
003Dh: Output of Equation A, 003Eh: Output of Equation B,
003Fh: Output of Equation C, 0040h: Output of Equation D,
0041h: Output of Equation E, 0042h: Output of Equation F,
0043h: Output of Equation G, 0044h: Output of Equation H,
 0045h: tVTS,
0046h: F1+ df/dt1, 0047h: F2 + df/dt2, 0048h: F3 + df/dt3,
0049h: F4 + df/dt4, 004Ah: F5 + df/dt5, 004Bh: F6 + df/dt6,
004Ch: Frequency out,
004Dh: Vo der>, 004Eh: tVo der> ,
004Fh: Vo der>>, 0050h: tVo der>> ,
0051h: Vo der>>>, 0052h: tVo der>>>,
0053h: K1<, 0054h: K2<, 0055h: K3<, 0056h: K< Poly		 X X X
F73 LEDs status (bit = 1 if LED lighted)
Bit 0 – Trip LED
Bit 1 – Alarm LED
Bit 2 – Warning LED
Bit 3 – Healthy LED (always active)
Bit 4 – LED 5
Bit 5 – LED 6
Bit 6 – LED 7
Bit 7 – LED 8		 X X X
F74 Keyboard remote control Activation of only one bit at a time. The activated bit simulates a key pressure.
bit 0: CLEAR key
bit 1: ALARM key
bit 2: UP key
bit 3: RIGHT key
bit 4: ENTER key
bit 5: DOWN key
bit 6: LEFT key
bit 7:
bit 8:
bit 9:
bit 10:
bit 11:
bit 12:
bit 13:
bit 14:
bit 15: Dialog re-init (factory test reserved)		 X X X
F75 Unsigned integer: Alarm status (3)      
Bit 0: V0 der >   X X
Bit 1: tV0 der >   X X
Bit 2: V0 der >>   X X
Bit 3: tV0 der >>   X X
Bit 4: V0 der >>>   X X
Bit 5: tV0 der >>>   X X
Bits 6 to 15: Not used   X X
F76 IEC-103 protocol: GI selection (General Interrogation)
0 – Basic GI
1 – Advanced GI		   X X
F77 IEC-103 protocol: Type of uploaded spontaneous events
( 0 = transmission disabled, 1 = transmission enabled)
Bit 0 – IEC
Bit 1 – Private		   X X
F78 IEC-103 protocol: Type of Measurements
( 0 = transmission disabled, 1 = transmission enabled)
Bit 0 – ASDU 3.4
Bit 1 – ASDU 9
Bit 2 – other ASDUs (ASDU 77)		   X X
F79 IEC-103 protocol: Signal & Measurements / Commands blocking
( 0 = unblocked, 1 = blocked)
Bit 0 – Signals & measurements
Bit 1 – Commands		   X X
F80 to F97 not yet defined.      
F98 Auxiliary power self-test status
Bit 0: -3V3 out of range
Bit 1: 5V0 out of range
Bit 2: 3V3 out of range
Bit 3: 12V out of range
Bit 4: 1V3 out of range
Bit 5: 0V out of range		 X X X
F99 Transformer self-test status
bit 0: transformer 1 fault
bit 1: transformer 2 fault
bit 2: transformer 3 fault
bit 3: transformer 4 fault
bit 4: transformer 5 fault
bit 5: transformer 6 fault
bit 6: transformer 7 fault
bit 7: transformer 8 fault
bit 8: transformer 9 fault		 X X X
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