MC30 Doc. N DB-0245 MICROPROCESSOR PROTECTION RELAY TYPE MC30 DATA BASE. Copyright 2005 Firmware: X Date Rev.

Transcription

1 MICROPROCESSOR PROTECTION RELAY TYPE MC30 DATA BASE Copyright 2005 Firmware: X Date Rev. 3 Pag 1 of 31

2 <><><><><><><><><><><><<><><><><><><><><><><><<><><><><><><><><><><>< MAPPING Modbus Address ********************** <><><><><><><><><><><><<><><><><><><><><><><><<><><><><><><><><><><>< Protection type: MC30 Devices Firmware Version: A Relay Identificator (RELAYID) = dec Addr = dec. (FC87 Hex) ## Device Setting ## Serial Number (char 0) Addr = 0 dec.(0 Hex) Serial Number (char 1) Addr = 1 dec.(1 Hex) Serial Number (char 2) Addr = 2 dec.(2 Hex) Serial Number (char 3) Addr = 3 dec.(3 Hex) Serial Number (char 4) Addr = 4 dec.(4 Hex) Serial Number (char 5) Addr = 5 dec.(5 Hex) Serial Number (char 6) Addr = 6 dec.(6 Hex) Serial Number (char 7) Addr = 7 dec.(7 Hex) Serial Number (char 8) Addr = 8 dec.(8 Hex) Serial Number (char 9) Addr = 9 dec.(9 Hex) Serial Number (char 10) Addr = 10 dec.(a Hex) Serial Number (char 11) Addr = 11 dec.(b Hex) Serial Number (char 12) Addr = 12 dec.(c Hex) Serial Number (char 13) Addr = 13 dec.(d Hex) Prot. Description (char 0) Addr = 14 dec.(e Hex) Prot. Description (char 1) Addr = 15 dec.(f Hex) Prot. Description (char 2) Addr = 16 dec.(10 Hex) Prot. Description (char 3) Addr = 17 dec.(11 Hex) Prot. Description (char 4) Addr = 18 dec.(12 Hex) Prot. Description (char 5) Addr = 19 dec.(13 Hex) Prot. Description (char 6) Addr = 20 dec.(14 Hex) Prot. Description (char 7) Addr = 21 dec.(15 Hex) Prot. Description (char 8) Addr = 22 dec.(16 Hex) Prot. Description (char 9) Addr = 23 dec.(17 Hex) Prot. Description (char 10) Addr = 24 dec.(18 Hex) Prot. Description (char 11) Addr = 25 dec.(19 Hex) Prot. Description (char 12) Addr = 26 dec.(1a Hex) Prot. Description (char 13) Addr = 27 dec.(1b Hex) HMI_Password Addr = 28 dec.(1c Hex) Node Address Addr = 29 dec.(1d Hex) Remote Input Board Number Addr = 30 dec.(1e Hex) Remote Output Board Number Addr = 31 dec.(1f Hex) Copyright 2005 Firmware: X Date Rev. 3 Pag 2 of 31

3 IPU-Appl Vrs (char 0) Addr = 32 dec.(20 Hex) IPU-Appl Vrs (char 1) Addr = 33 dec.(21 Hex) IPU-Appl Vrs (char 2) Addr = 34 dec.(22 Hex) IPU-Appl Vrs (char 3) Addr = 35 dec.(23 Hex) IPU-Appl Vrs (char 4) Addr = 36 dec.(24 Hex) IPU-Appl Vrs (char 5) Addr = 37 dec.(25 Hex) IPU-Appl Vrs (char 6) Addr = 38 dec.(26 Hex) IPU-Appl Vrs (char 7) Addr = 39 dec.(27 Hex) IPU-Appl Vrs (char 8) Addr = 40 dec.(28 Hex) IPU-Appl Vrs (char 9) Addr = 41 dec.(29 Hex) IPU-Appl Vrs (char 10) Addr = 42 dec.(2a Hex) IPU-Appl Vrs (char 11) Addr = 43 dec.(2b Hex) IPU-Appl Vrs (char 12) Addr = 44 dec.(2c Hex) IPU-Appl Vrs (char 13) Addr = 45 dec.(2d Hex) IPU-Appl Vrs (char 14) Addr = 46 dec.(2e Hex) IPU-Appl Vrs (char 15) Addr = 47 dec.(2f Hex) Active SetUp Characteristic Addr = 48 dec.(30 Hex) VALORI NOMINALI <granuralità=unit> Min,Max,Step sono in Unit!!!! Addr = 1024 dec, (400 Hex),I1, Rated Primary Phase Unit = 1A, Min = 1, Max = 9999, Step = 1 -- <granuralità=unit> Min,Max,Step sono in Unit!!!! Addr = 1025 dec, (401 Hex),I2, Rated Secondary Phase Unit = 1A, Min = 1, Max = 5, Step = 4 -- <granuralità=unit> Min,Max,Step sono in Unit!!!! Addr = 1026 dec, (402 Hex),In, Relay Primary Current Unit = 1A, Min = 1, Max = 9999, Step = 1 -- <granuralità=unit> Min,Max,Step sono in Unit!!!! Addr = 1027 dec, (403 Hex),Freq, System rated Frequency Unit = 1Hz, Min = 50, Max = 60, Step = <granuralità=unit> Min,Max,Step sono in Unit!!!! Addr = 1028 dec, (404 Hex),TW, Warming-up Time constant Unit = 1min, Min = 1, Max = 60, Step = 1 -- <granuralità=unit> Min,Max,Step sono in Unit!!!! Addr = 1029 dec, (405 Hex),Ib, Maximun admissible continous overload Unit = 1%In, Min = 50, Max = 130, Step = TIME-DATE Addr = 5120 dec,(1400 Hex), Date Time 1 Addr = 5121 dec,(1401 Hex), Date Time 2 Addr = 5122 dec,(1402 Hex), Date Time 3 Addr = 5123 dec,(1403 Hex), Date Time 4 Current Time sec, centesimi (format SSTT (BCD)) Copyright 2005 Firmware: X Date Rev. 3 Pag 3 of 31

4 RUN ENABLE Addr = 8192 dec, (2000 Hex),T>, Enable of T> Addr = 8193 dec, (2001 Hex),I>, Enable of I> Addr = 8194 dec, (2002 Hex),I>>, Enable of I>> Addr = 8195 dec, (2003 Hex),IH, Enable of IH Addr = 8196 dec, (2004 Hex),Io>, Enable of Io> Addr = 8197 dec, (2005 Hex),Io>>, Enable of Io>> Addr = 8198 dec, (2006 Hex),IoH, Enable of IoH Addr = 8199 dec, (2007 Hex),BF, Enable of BF Addr = 8200 dec, (2008 Hex),RTD, Enable of RTD Addr = 8201 dec, (2009 Hex),LoadP, Enable of LoadP Addr = 8205 dec, (200D Hex),Osc, Enable of Osc ENUM (OPTIONS) Addr = 8704 dec, (2200 Hex),TCC, Time current Curves (1F51) <0=D>,<1=A>,<2=B>,<3=C>,<4=MI>,<5=VI>,<6=I>,<7=EI>,<8=SI>, Addr = 8705 dec, (2201 Hex),BI, Blocking Input (1F51) <0=Disable>,<1=Enable>, Addr = 8706 dec, (2202 Hex),Trg, Abiliatzione al trigger Oscillo I> <0=Disable>,<1=Enable>, Addr = 8707 dec, (2203 Hex),BI, Blocking Input (2F51) <0=Disable>,<1=Enable>, Addr = 8708 dec, (2204 Hex),2xI, Raddoppio level (2F51) <0=Disable>,<1=Enable>, Addr = 8709 dec, (2205 Hex),Trg, Abiliatzione al trigger Oscillo I> <0=Disable>,<1=Enable>, Addr = 8710 dec, (2206 Hex),BI, Blocking Input IH <0=Disable>,<1=Enable>, Addr = 8711 dec, (2207 Hex),2xI, Raddoppio level (3F51) <0=Disable>,<1=Enable>, Addr = 8712 dec, (2208 Hex),Trg, Abiliatzione al trigger Oscillo I> <0=Disable>,<1=Enable>, Addr = 8713 dec, (2209 Hex),TCC, Time current Curves (1F64) <0=D>,<1=A>,<2=B>,<3=C>,<4=MI>,<5=VI>,<6=I>,<7=EI>,<8=SI>, Addr = 8714 dec, (220A Hex),BI, Blocking Input (1F64) <0=Disable>,<1=Enable>, Addr = 8715 dec, (220B Hex),Trg, Abiliatzione al trigger Oscillo I> <0=Disable>,<1=Enable>, Addr = 8716 dec, (220C Hex),BI, Blocking Input (2F64) <0=Disable>,<1=Enable>, Addr = 8717 dec, (220D Hex),Trg, Abiliatzione al trigger Oscillo I> <0=Disable>,<1=Enable>, Addr = 8718 dec, (220E Hex),BI, Blocking Input IoH <0=Disable>,<1=Enable>, Addr = 8719 dec, (220F Hex),Trg, Abiliatzione al trigger Oscillo I> <0=Disable>,<1=Enable>, Addr = 8720 dec, (2210 Hex),TrR, Trip realy choice <0=Relay1>,<1=Relay2>,<2=Relay3>,<3=Relay4>, Copyright 2005 Firmware: X Date Rev. 3 Pag 4 of 31

5 Addr = 8721 dec, (2211 Hex),Ctrl, Ctrl <0=Local>,<1=Remote>, Addr = 8722 dec, (2212 Hex),LedM, Led Mode <0=Mode A>,<1=Mode B>, Addr = 8723 dec, (2213 Hex),OpIRF, Trip enable IRelayFailure <0=NoTrip>,<1=Trip>, Addr = 8724 dec, (2214 Hex),Trg, Trigger Oscilllo <0=Disable>,<1=Start>,<2=Trip>,<3=ExtInp>, Addr = 8725 dec, (2215 Hex),LBd, Local Comm. BaudRate Selection <0=9600>,<1=19200>,<2=38400>,<3=57600>, Addr = 8726 dec, (2216 Hex),RBd, Remote Comm. BaudRate Selection <0=9600>,<1=19200>, Addr = 8727 dec, (2217 Hex),RMd, Remote Comm. Mode Selection <0=8.n.1>,<1=8.o.1>,<2=8.e.1>, Addr = 8728 dec, (2218 Hex),RPr, Scelta deò protocollo remoto <0=Modbus>,<1=Iec103>, Addr = 8729 dec, (2219 Hex),Key, Sound <0=BeepOFF>,<1=BeepON>, Addr = 8730 dec, (221A Hex),LCD, BLight <0=Auto>,<1=ON>, TIMERS Addr = 9728 dec, (2600 Hex),tI>, Tempo di ritardo Unit = 0,01s, Min = 5, Max = 6000, Step = 1 - Addr = 9729 dec, (2601 Hex),tI>>, Tempo di ritardo Unit = 0,01s, Min = 5, Max = 6000, Step = 1 - Addr = 9730 dec, (2602 Hex),t2xI, Tempo di ritardo Unit = 0,01s, Min = 2, Max = 999, Step = 1 - Addr = 9731 dec, (2603 Hex),tIH, Tempo di ritardo Unit = 0,01s, Min = 5, Max = 6000, Step = 1 - Addr = 9732 dec, (2604 Hex),t2xI, Tempo di ritardo Unit = 0,01s, Min = 2, Max = 999, Step = 1 - Addr = 9733 dec, (2605 Hex),tIo>, Tempo di ritardo Unit = 0,01s, Min = 5, Max = 6000, Step = 1 - Addr = 9734 dec, (2606 Hex),tIo>>, Tempo di ritardo Unit = 0,01s, Min = 5, Max = 6000, Step = 1 - Addr = 9735 dec, (2607 Hex),tIoH, Tempo di ritardo Unit = 0,01s, Min = 5, Max = 6000, Step = 1 - Addr = 9736 dec, (2608 Hex),tBF, xx Unit = 0,01s, Min = 5, Max = 75, Step = 1 - Addr = 9737 dec, (2609 Hex),tLP, Load Profile Time Unit = 0,01m, Min = 100, Max = 65000, Step = Addr = 9738 dec, (260A Hex),tPre, Oscillo tempo di Pre trigger Unit = 0,01s, Min = 10, Max = 50, Step = 10 - Addr = 9739 dec, (260B Hex),tPost, Oscillo tempo di Post trigger Unit = 0,01s, Min = 10, Max = 150, Step = 10 Copyright 2005 Firmware: X Date Rev. 3 Pag 5 of 31

6 SOGLIE ========================================= WARNING: Valori Min,Max,Step in Unit!!!! ========================================= -- Addr = 9216 dec, (2400 Hex),Tal, Level 1 Unit = %Tb, Min = 5000, Max = 11000, Step = Addr = 9217 dec, (2401 Hex),Tst, Level 1 Unit = %Tb, Min = 1000, Max = 10000, Step = Addr = 9218 dec, (2402 Hex),I>, I> Unit = In, Min = 10, Max = 400, Step = 1 -- Addr = 9219 dec, (2403 Hex),I>>, I>> Unit = In, Min = 50, Max = 4000, Step = 1 -- Addr = 9220 dec, (2404 Hex),IH, IH Unit = In, Min = 50, Max = 4000, Step = 1 -- Addr = 9221 dec, (2405 Hex),Io>, Io> Unit = Ion, Min = 1, Max = 400, Step = 1 -- Addr = 9222 dec, (2406 Hex),Io>>, Io>> Unit = Ion, Min = 1, Max = 999, Step = 1 -- Addr = 9223 dec, (2407 Hex),IoH, IoH Unit = Ion, Min = 1, Max = 999, Step = COUNTER Addr = dec, (3000 Hex),"T>", "Thermal Overload" Addr = dec, (3001 Hex),"I>", "Overcurrent I> (short circuit)" Addr = dec, (3002 Hex),"I>>", "Overcurrent I>> (short circuit)" Addr = dec, (3003 Hex),"IH", "IH" Addr = dec, (3004 Hex),"Io>", "Earth Fault Trip Io>" Addr = dec, (3005 Hex),"Io>>", "Earth Fault Trip Io>>" Addr = dec, (3006 Hex),"IoH", "IoH" Addr = dec, (3007 Hex),"BF", "Breacker Failure trip" Addr = dec, (3008 Hex),"RTD", "RTD Trip Counter" Addr = dec, (3009 Hex),"IRF", "RTD Trip Counter" Addr = dec, (300A Hex),"HR", "Hardware Recovery" Copyright 2005 Firmware: X Date Rev. 3 Pag 6 of 31

7 LAST TRIP ========================================== Max n LastTrip Record = 20 ========================================== Addr = dec, (6000 Hex) Number of last Trip Recorded (Range ) -----" Last Trip (0) Addr = dec, (6001 Hex) Addr = dec, (6002 Hex), LastTripCause Addr = dec, (6003 Hex), IA,RMS Value of phase A current Addr = dec, (6004 Hex), IB,RMS Value of phase B current Addr = dec, (6005 Hex), IC,RMS Value of phase C current Addr = dec, (6006 Hex), Io,RMS of Zero Sequence current Addr = dec, (6007 Hex),Tem,Motor thermal status (% of motor srteady F.L. Temp) Addr = dec, (6008 Hex) Addr = dec, (6009 Hex) Addr = dec, (600A Hex) Addr = dec, (600B Hex) Copyright 2005 Firmware: X Date Rev. 3 Pag 7 of 31

8 Last Trip (-1) Addr = dec, (600C Hex) Addr = dec, (600D Hex), LastTripCause Addr = dec, (600E Hex), IA,RMS Value of phase A current Addr = dec, (600F Hex), IB,RMS Value of phase B current Addr = dec, (6010 Hex), IC,RMS Value of phase C current Addr = dec, (6011 Hex), Io,RMS of Zero Sequence current Addr = dec, (6012 Hex),Tem,Motor thermal status (% of motor srteady F.L. Temp) Addr = dec, (6013 Hex) Addr = dec, (6014 Hex) Addr = dec, (6015 Hex) Addr = dec, (6016 Hex) Copyright 2005 Firmware: X Date Rev. 3 Pag 8 of 31

9 Last Trip (-2) Addr = dec, (6017 Hex) Addr = dec, (6018 Hex), LastTripCause Addr = dec, (6019 Hex), IA,RMS Value of phase A current Addr = dec, (601A Hex), IB,RMS Value of phase B current Addr = dec, (601B Hex), IC,RMS Value of phase C current Addr = dec, (601C Hex), Io,RMS of Zero Sequence current Addr = dec, (601D Hex),Tem,Motor thermal status (% of motor srteady F.L. Temp) Addr = dec, (601E Hex) Addr = dec, (601F Hex) Addr = dec, (6020 Hex) Addr = dec, (6021 Hex) Copyright 2005 Firmware: X Date Rev. 3 Pag 9 of 31

10 Last Trip (-3) Addr = dec, (6022 Hex) Addr = dec, (6023 Hex), LastTripCause Addr = dec, (6024 Hex), IA,RMS Value of phase A current Addr = dec, (6025 Hex), IB,RMS Value of phase B current Addr = dec, (6026 Hex), IC,RMS Value of phase C current Addr = dec, (6027 Hex), Io,RMS of Zero Sequence current Addr = dec, (6028 Hex),Tem,Motor thermal status (% of motor srteady F.L. Temp) Addr = dec, (6029 Hex) Addr = dec, (602A Hex) Addr = dec, (602B Hex) Addr = dec, (602C Hex) Copyright 2005 Firmware: X Date Rev. 3 Pag 10 of 31

11 Last Trip (-4) Addr = dec, (602D Hex) Addr = dec, (602E Hex), LastTripCause Addr = dec, (602F Hex), IA,RMS Value of phase A current Addr = dec, (6030 Hex), IB,RMS Value of phase B current Addr = dec, (6031 Hex), IC,RMS Value of phase C current Addr = dec, (6032 Hex), Io,RMS of Zero Sequence current Addr = dec, (6033 Hex),Tem,Motor thermal status (% of motor srteady F.L. Temp) Addr = dec, (6034 Hex) Addr = dec, (6035 Hex) Addr = dec, (6036 Hex) Addr = dec, (6037 Hex) Copyright 2005 Firmware: X Date Rev. 3 Pag 11 of 31

12 Last Trip (-5) Addr = dec, (6038 Hex) Addr = dec, (6039 Hex), LastTripCause Addr = dec, (603A Hex), IA,RMS Value of phase A current Addr = dec, (603B Hex), IB,RMS Value of phase B current Addr = dec, (603C Hex), IC,RMS Value of phase C current Addr = dec, (603D Hex), Io,RMS of Zero Sequence current Addr = dec, (603E Hex),Tem,Motor thermal status (% of motor srteady F.L. Temp) Addr = dec, (603F Hex) Addr = dec, (6040 Hex) Addr = dec, (6041 Hex) Addr = dec, (6042 Hex) Copyright 2005 Firmware: X Date Rev. 3 Pag 12 of 31

13 Last Trip (-6) Addr = dec, (6043 Hex) Addr = dec, (6044 Hex), LastTripCause Addr = dec, (6045 Hex), IA,RMS Value of phase A current Addr = dec, (6046 Hex), IB,RMS Value of phase B current Addr = dec, (6047 Hex), IC,RMS Value of phase C current Addr = dec, (6048 Hex), Io,RMS of Zero Sequence current Addr = dec, (6049 Hex),Tem,Motor thermal status (% of motor srteady F.L. Temp) Addr = dec, (604A Hex) Addr = dec, (604B Hex) Addr = dec, (604C Hex) Addr = dec, (604D Hex) Copyright 2005 Firmware: X Date Rev. 3 Pag 13 of 31

14 Last Trip (-7) Addr = dec, (604E Hex) Addr = dec, (604F Hex), LastTripCause Addr = dec, (6050 Hex), IA,RMS Value of phase A current Addr = dec, (6051 Hex), IB,RMS Value of phase B current Addr = dec, (6052 Hex), IC,RMS Value of phase C current Addr = dec, (6053 Hex), Io,RMS of Zero Sequence current Addr = dec, (6054 Hex),Tem,Motor thermal status (% of motor srteady F.L. Temp) Addr = dec, (6055 Hex) Addr = dec, (6056 Hex) Addr = dec, (6057 Hex) Addr = dec, (6058 Hex) Copyright 2005 Firmware: X Date Rev. 3 Pag 14 of 31

15 Last Trip (-8) Addr = dec, (6059 Hex) Addr = dec, (605A Hex), LastTripCause Addr = dec, (605B Hex), IA,RMS Value of phase A current Addr = dec, (605C Hex), IB,RMS Value of phase B current Addr = dec, (605D Hex), IC,RMS Value of phase C current Addr = dec, (605E Hex), Io,RMS of Zero Sequence current Addr = dec, (605F Hex),Tem,Motor thermal status (% of motor srteady F.L. Temp) Addr = dec, (6060 Hex) Addr = dec, (6061 Hex) Addr = dec, (6062 Hex) Addr = dec, (6063 Hex) Copyright 2005 Firmware: X Date Rev. 3 Pag 15 of 31

16 Last Trip (-9) Addr = dec, (6064 Hex) Addr = dec, (6065 Hex), LastTripCause Addr = dec, (6066 Hex), IA,RMS Value of phase A current Addr = dec, (6067 Hex), IB,RMS Value of phase B current Addr = dec, (6068 Hex), IC,RMS Value of phase C current Addr = dec, (6069 Hex), Io,RMS of Zero Sequence current Addr = dec, (606A Hex),Tem,Motor thermal status (% of motor srteady F.L. Temp) Addr = dec, (606B Hex) Addr = dec, (606C Hex) Addr = dec, (606D Hex) Addr = dec, (606E Hex) Copyright 2005 Firmware: X Date Rev. 3 Pag 16 of 31

17 Last Trip (-10) Addr = dec, (606F Hex) Addr = dec, (6070 Hex), LastTripCause Addr = dec, (6071 Hex), IA,RMS Value of phase A current Addr = dec, (6072 Hex), IB,RMS Value of phase B current Addr = dec, (6073 Hex), IC,RMS Value of phase C current Addr = dec, (6074 Hex), Io,RMS of Zero Sequence current Addr = dec, (6075 Hex),Tem,Motor thermal status (% of motor srteady F.L. Temp) Addr = dec, (6076 Hex) Addr = dec, (6077 Hex) Addr = dec, (6078 Hex) Addr = dec, (6079 Hex) Copyright 2005 Firmware: X Date Rev. 3 Pag 17 of 31

18 Last Trip (-11) Addr = dec, (607A Hex) Addr = dec, (607B Hex), LastTripCause Addr = dec, (607C Hex), IA,RMS Value of phase A current Addr = dec, (607D Hex), IB,RMS Value of phase B current Addr = dec, (607E Hex), IC,RMS Value of phase C current Addr = dec, (607F Hex), Io,RMS of Zero Sequence current Addr = dec, (6080 Hex),Tem,Motor thermal status (% of motor srteady F.L. Temp) Addr = dec, (6081 Hex) Addr = dec, (6082 Hex) Addr = dec, (6083 Hex) Addr = dec, (6084 Hex) Copyright 2005 Firmware: X Date Rev. 3 Pag 18 of 31

19 Last Trip (-12) Addr = dec, (6085 Hex) Addr = dec, (6086 Hex), LastTripCause Addr = dec, (6087 Hex), IA,RMS Value of phase A current Addr = dec, (6088 Hex), IB,RMS Value of phase B current Addr = dec, (6089 Hex), IC,RMS Value of phase C current Addr = dec, (608A Hex), Io,RMS of Zero Sequence current Addr = dec, (608B Hex),Tem,Motor thermal status (% of motor srteady F.L. Temp) Addr = dec, (608C Hex) Addr = dec, (608D Hex) Addr = dec, (608E Hex) Addr = dec, (608F Hex) Copyright 2005 Firmware: X Date Rev. 3 Pag 19 of 31

20 Last Trip (-13) Addr = dec, (6090 Hex) Addr = dec, (6091 Hex), LastTripCause Addr = dec, (6092 Hex), IA,RMS Value of phase A current Addr = dec, (6093 Hex), IB,RMS Value of phase B current Addr = dec, (6094 Hex), IC,RMS Value of phase C current Addr = dec, (6095 Hex), Io,RMS of Zero Sequence current Addr = dec, (6096 Hex),Tem,Motor thermal status (% of motor srteady F.L. Temp) Addr = dec, (6097 Hex) Addr = dec, (6098 Hex) Addr = dec, (6099 Hex) Addr = dec, (609A Hex) Copyright 2005 Firmware: X Date Rev. 3 Pag 20 of 31

21 Last Trip (-14) Addr = dec, (609B Hex) Addr = dec, (609C Hex), LastTripCause Addr = dec, (609D Hex), IA,RMS Value of phase A current Addr = dec, (609E Hex), IB,RMS Value of phase B current Addr = dec, (609F Hex), IC,RMS Value of phase C current Addr = dec, (60A0 Hex), Io,RMS of Zero Sequence current Addr = dec, (60A1 Hex),Tem,Motor thermal status (% of motor srteady F.L. Temp) Addr = dec, (60A2 Hex) Addr = dec, (60A3 Hex) Addr = dec, (60A4 Hex) Addr = dec, (60A5 Hex) Copyright 2005 Firmware: X Date Rev. 3 Pag 21 of 31

22 Last Trip (-15) Addr = dec, (60A6 Hex) Addr = dec, (60A7 Hex), LastTripCause Addr = dec, (60A8 Hex), IA,RMS Value of phase A current Addr = dec, (60A9 Hex), IB,RMS Value of phase B current Addr = dec, (60AA Hex), IC,RMS Value of phase C current Addr = dec, (60AB Hex), Io,RMS of Zero Sequence current Addr = dec, (60AC Hex),Tem,Motor thermal status (% of motor srteady F.L. Temp) Addr = dec, (60AD Hex) Addr = dec, (60AE Hex) Addr = dec, (60AF Hex) Addr = dec, (60B0 Hex) Copyright 2005 Firmware: X Date Rev. 3 Pag 22 of 31

23 Last Trip (-16) Addr = dec, (60B1 Hex) Addr = dec, (60B2 Hex), LastTripCause Addr = dec, (60B3 Hex), IA,RMS Value of phase A current Addr = dec, (60B4 Hex), IB,RMS Value of phase B current Addr = dec, (60B5 Hex), IC,RMS Value of phase C current Addr = dec, (60B6 Hex), Io,RMS of Zero Sequence current Addr = dec, (60B7 Hex),Tem,Motor thermal status (% of motor srteady F.L. Temp) Addr = dec, (60B8 Hex) Addr = dec, (60B9 Hex) Addr = dec, (60BA Hex) Addr = dec, (60BB Hex) Copyright 2005 Firmware: X Date Rev. 3 Pag 23 of 31

24 Last Trip (-17) Addr = dec, (60BC Hex) Addr = dec, (60BD Hex), LastTripCause Addr = dec, (60BE Hex), IA,RMS Value of phase A current Addr = dec, (60BF Hex), IB,RMS Value of phase B current Addr = dec, (60C0 Hex), IC,RMS Value of phase C current Addr = dec, (60C1 Hex), Io,RMS of Zero Sequence current Addr = dec, (60C2 Hex),Tem,Motor thermal status (% of motor srteady F.L. Temp) Addr = dec, (60C3 Hex) Addr = dec, (60C4 Hex) Addr = dec, (60C5 Hex) Addr = dec, (60C6 Hex) Copyright 2005 Firmware: X Date Rev. 3 Pag 24 of 31

25 Last Trip (-18) Addr = dec, (60C7 Hex) Addr = dec, (60C8 Hex), LastTripCause Addr = dec, (60C9 Hex), IA,RMS Value of phase A current Addr = dec, (60CA Hex), IB,RMS Value of phase B current Addr = dec, (60CB Hex), IC,RMS Value of phase C current Addr = dec, (60CC Hex), Io,RMS of Zero Sequence current Addr = dec, (60CD Hex),Tem,Motor thermal status (% of motor srteady F.L. Temp) Addr = dec, (60CE Hex) Addr = dec, (60CF Hex) Addr = dec, (60D0 Hex) Addr = dec, (60D1 Hex) Copyright 2005 Firmware: X Date Rev. 3 Pag 25 of 31

26 Last Trip (-19) Addr = dec, (60D2 Hex) Addr = dec, (60D3 Hex), LastTripCause Addr = dec, (60D4 Hex), IA,RMS Value of phase A current Addr = dec, (60D5 Hex), IB,RMS Value of phase B current Addr = dec, (60D6 Hex), IC,RMS Value of phase C current Addr = dec, (60D7 Hex), Io,RMS of Zero Sequence current Addr = dec, (60D8 Hex),Tem,Motor thermal status (% of motor srteady F.L. Temp) Addr = dec, (60D9 Hex) Addr = dec, (60DA Hex) Addr = dec, (60DB Hex) Addr = dec, (60DC Hex) MEASURE Addr = 4096 dec, (1000 Hex), I, Largest of the 3 phase-current (% of motor Full Load Current) Unit = %, Id conv = 0 Addr = 4097 dec, (1001 Hex), IA, RMS Value of phase A current Addr = 4098 dec, (1002 Hex), IB, RMS Value of phase B current Addr = 4099 dec, (1003 Hex), IC, RMS Value of phase C current Addr = 4100 dec, (1004 Hex), Io, RMS of Zero Sequence current Addr = 4101 dec, (1005 Hex),Tem, Motor thermal status (% of motor srteady F.L. Temp) Copyright 2005 Firmware: X Date Rev. 3 Pag 26 of 31

27 LOOGICAL OUTPUT Valori consistenti: 0 = Off, 1 = On Addr = dec, (7600 Hex),"OL_Tst", LogOut 1 Addr = dec, (7601 Hex),"Ol_Tal", LogOut 1 Addr = dec, (7602 Hex),"I>", Start 1I> Addr = dec, (7603 Hex),"tI>", Trip 1I> Addr = dec, (7604 Hex),"I>>", Start 2I> Addr = dec, (7605 Hex),"tI>>", Trip 2I> Addr = dec, (7606 Hex),"IH", IH Addr = dec, (7607 Hex),"tIH", tih Addr = dec, (7608 Hex),"Io>", Start Iom> Addr = dec, (7609 Hex),"tIo>", Trip Iom> Addr = dec, (760A Hex),"Io>>", Start Iom>> Addr = dec, (760B Hex),"tIo>>", Trip Iom>> Addr = dec, (760C Hex),"IoH", IoH Addr = dec, (760D Hex),"tIoH", Trip Io>> Addr = dec, (760E Hex),"BF", Breaker Failure Addr = dec, (760F Hex),"RTD", Remote Trip Addr = dec, (7610 Hex),"IRF", Internal relay Failure Addr = dec, (7611 Hex),"CBOpen", Cmd Open Breaker Addr = dec, (7612 Hex),"CBClose", Cmd Close Breaker Addr = dec, (7613 Hex),"HwRecov.", Hardware Recovery --LEDS, FIRMWARE VERSION, DIA_STATUS, RELAY_ID -- Addr = dec. (8200 Hex), Leds, 0 = Off; 1 = On Addr = dec. (8400 Hex), Diagnostic Status, 0 = Off; 1 = On Addr = dec. (8800 Hex), RMB Device Version, Addr = dec. (8801 Hex), RMB SWCore Version, Addr = dec. (8802 Hex), RMB Protection Library Version, Addr = dec. (8803 Hex), RMB Protection Library Release, Addr = dec. (FC87 Hex), Identificativo Relay LOOGICAL INPUT Value: 0 = Off, 1 = On Addr = 0 dec, (0 Hex),"BiI>", "Ingresso logico I>" Addr = 1 dec, (1 Hex),"BiI>>", "Ingresso logico I>>" Addr = 2 dec, (2 Hex),"BiIH", "Ingresso logico IH" Addr = 3 dec, (3 Hex),"BiIo>", "Ingresso logico Io>" Addr = 4 dec, (4 Hex),"BiIo>>", "Ingresso logico Io>>" Addr = 5 dec, (5 Hex),"BiIoH", "Ingresso logico IoH" Addr = 6 dec, (6 Hex),"RTD", "Ingresso logico RTD" Addr = 7 dec, (7 Hex),"CB", "Ingresso logico CB" Addr = 8 dec, (8 Hex),"ExtTrgOsc", "Ingresso logico trigger Oscllo" Physical Output (Relays) STATUS Value: 0 = Off, 1 = On Addr = dec, (7200 Hex), Relay 1 Addr = dec, (7201 Hex), Relay 2 Addr = dec, (7202 Hex), Relay 3 Addr = dec, (7203 Hex), Relay 4 Copyright 2005 Firmware: X Date Rev. 3 Pag 27 of 31

28 Physical Output (Relays) SetUp Link Type valid values: 0=NotLink, 1=DirectLink (peer to peer..), 2=ComplexLink (Automation And/Or) Relay Command Type valid values: 0 = Normaly Open, 1 = Normaly Closed Relay Timer Range: Must be 0! Reserved for future use Relay Type valid values: 1=Bistable (other relay type will be supported in future..) Automation Operator Type: 0=NotUsed, 1=OR, 2=AND Operator Number per Relay accept values: 0 ( if Notlink Condition) 1 (if DirectLink Condition) 2 to 10 (if ComplexLink Condition) ID LogicalOutput available for LINK (automation): MAX LINK (operator automation) per relay: <10> ID LogicalOutput LIST: "T>" Identifier == <0> "Ta" Identifier == <1> "I>" Identifier == <2> "ti>" Identifier == <3> "I>>" Identifier == <4> "ti>>" Identifier == <5> "IH" Identifier == <6> "tih" Identifier == <7> "Io>" Identifier == <8> "tio>" Identifier == <9> "Io>>" Identifier == <10> "tio>>" Identifier == <11> "IoH" Identifier == <12> "tioh" Identifier == <13> "BF" Identifier == <14> "RTD" Identifier == <15> "IRF" Identifier == <16> "CBOpen" Identifier == <17> "CBClose" Identifier == <18> "HwRecov." Identifier == <19> Copyright 2005 Firmware: X Date Rev. 3 Pag 28 of 31

29 RELAY Addr = dec, (B000 Hex), Link Type Addr = dec, (B001 Hex), Command Type Addr = dec, (B002 Hex), Timer (RESERVED.. MUST BE 0!!) Addr = dec, (B003 Hex), Relay Type Addr = dec, (B004 Hex), Automation Operator Type Addr = dec, (B005 Hex), Operator Number Addr = dec, (B006 Hex), Logical Output Link 0 Addr = dec, (B007 Hex), Logical Output Link 1 Addr = dec, (B008 Hex), Logical Output Link 2 Addr = dec, (B009 Hex), Logical Output Link 3 Addr = dec, (B00A Hex), Logical Output Link 4 Addr = dec, (B00B Hex), Logical Output Link 5 Addr = dec, (B00C Hex), Logical Output Link 6 Addr = dec, (B00D Hex), Logical Output Link 7 Addr = dec, (B00E Hex), Logical Output Link 8 Addr = dec, (B00F Hex), Logical Output Link RELAY Addr = dec, (B010 Hex), Link Type Addr = dec, (B011 Hex), Command Type Addr = dec, (B012 Hex), Timer (RESERVED.. MUST BE 0!!) Addr = dec, (B013 Hex), Relay Type Addr = dec, (B014 Hex), Automation Operator Type Addr = dec, (B015 Hex), Operator Number Addr = dec, (B016 Hex), Logical Output Link 0 Addr = dec, (B017 Hex), Logical Output Link 1 Addr = dec, (B018 Hex), Logical Output Link 2 Addr = dec, (B019 Hex), Logical Output Link 3 Addr = dec, (B01A Hex), Logical Output Link 4 Addr = dec, (B01B Hex), Logical Output Link 5 Addr = dec, (B01C Hex), Logical Output Link 6 Addr = dec, (B01D Hex), Logical Output Link 7 Addr = dec, (B01E Hex), Logical Output Link 8 Addr = dec, (B01F Hex), Logical Output Link RELAY Addr = dec, (B020 Hex), Link Type Addr = dec, (B021 Hex), Command Type Addr = dec, (B022 Hex), Timer (RESERVED.. MUST BE 0!!) Addr = dec, (B023 Hex), Relay Type Addr = dec, (B024 Hex), Automation Operator Type Addr = dec, (B025 Hex), Operator Number Addr = dec, (B026 Hex), Logical Output Link 0 Addr = dec, (B027 Hex), Logical Output Link 1 Addr = dec, (B028 Hex), Logical Output Link 2 Addr = dec, (B029 Hex), Logical Output Link 3 Addr = dec, (B02A Hex), Logical Output Link 4 Addr = dec, (B02B Hex), Logical Output Link 5 Addr = dec, (B02C Hex), Logical Output Link 6 Addr = dec, (B02D Hex), Logical Output Link 7 Addr = dec, (B02E Hex), Logical Output Link 8 Addr = dec, (B02F Hex), Logical Output Link 9 Copyright 2005 Firmware: X Date Rev. 3 Pag 29 of 31

30 RELAY Addr = dec, (B030 Hex), Link Type Addr = dec, (B031 Hex), Command Type Addr = dec, (B032 Hex), Timer (RESERVED.. MUST BE 0!!) Addr = dec, (B033 Hex), Relay Type Addr = dec, (B034 Hex), Automation Operator Type Addr = dec, (B035 Hex), Operator Number Addr = dec, (B036 Hex), Logical Output Link 0 Addr = dec, (B037 Hex), Logical Output Link 1 Addr = dec, (B038 Hex), Logical Output Link 2 Addr = dec, (B039 Hex), Logical Output Link 3 Addr = dec, (B03A Hex), Logical Output Link 4 Addr = dec, (B03B Hex), Logical Output Link 5 Addr = dec, (B03C Hex), Logical Output Link 6 Addr = dec, (B03D Hex), Logical Output Link 7 Addr = dec, (B03E Hex), Logical Output Link 8 Addr = dec, (B03F Hex), Logical Output Link Physical Input STATUS Valori consistenti: 0 = Off, 1 = On Addr = dec, (7000 Hex), Input 1 Addr = dec, (7001 Hex), Input 2 Addr = dec, (7002 Hex), Input DIA_STATUS Addr = 32768dec. (8000 Hex), Diagnostic Led STATUS Addr = 33280dec. (8200 Hex), Led status COMMANDS Addr= dec, (9000 Hex), <0 = Clear>,<1 = Test>,<2 = Reset>,<3 = CBopen>,<4 = CBclose>,<5 = ResThIm.>, Copyright 2005 Firmware: X Date Rev. 3 Pag 30 of 31

31 ************************************************************ FUNCTION ID Table Value x LastTrip Cause ************************************************************ 1,T> 2,I> 3,I>> 4,IH 5,Io> 6,Io>> 7,IoH 8,BF 9,RTD 10,LoadP 11,OpMd 12,IRF 13,MC20H 14,Osc 15,Comp2 16,Comm 17,LCD Copyright 2005 Firmware: X Date Rev. 3 Pag 31 of 31

32 MC30 Vrs A 23/01/2006 TRANSMISSION PROTOCOLS IEC Interoperability Supp.=Supported - Config.=Configurated Supp. Electrical Interface EIA RS-485 Number of loads..... for one protection equipment Note - EIA RS-485 standard defines unit loads so 32 of them can be operated on one line. detailed information refer to clause 3 of EIA RS-485 standard. For Supp. Supp. Optical Interface Glass fibre Plastic fibre F-SMA type connector BFOC/2.5 type connector Transmission Speed 9600 bit/s bit/s Link Layer There are no choices for the link layer Transmission mode for application data Mode 1 (least significant octet first), as defined in 4.10 of IEC , is used exclusively in this companion standard Supp. Common address of ASDU One common address of ASDU (identical with station address) More than one common address of ASDU DB-0245-ING R3 - MC30 - IEC103.xls Pagina 1 di 5

33 MC30 Vrs A 23/01/2006 TRANSMISSION PROTOCOLS IEC Interoperability Supp.=Supported - Config.=Configurated Selection of standard information numbers in monitor direction System function in monitor direction Supp. Config. INF Semantics <0> End of general interrogation <0> Time synchronization <2> Reset FCB <3> Reset CU <4> Start/Restart <5> Power on Status indications in monitor direction Supp. Config. INF Semantics <16> Auto-recloser active <17> Teleprotection active <18> Protection active <19> LED reset <20> Monitor direction blocked <21> Test mode <22> Local parameter setting <23> Characteristic 1 <24> Characteristic 2 <25> Characteristic 3 <26> Characteristic 4 <27> Auxiliary input 1 <28> Auxiliary input 2 <29> Auxiliary input 3 <30> Auxiliary input 4 Supervision indication in monitor direction Supp. Config. INF Semantics <32> Measurand supervision I <33> Measurand supervision V <35> Phase sequence supervision <36> Trip circuit supervision <37> I>> back-up operation <38> VT fuse failure <39> Teleprotection disturbed <46> Group warning <47> Group alarm Earth fault indications in monitor direction Supp. Config. INF Semantics <48> Earth fault L1 <49> Earth fault L2 <50> Earth fault L3 <51> Earth fault forward, i.e. line <52> Earth fault reverse, i.e. busbar DB-0245-ING R3 - MC30 - IEC103.xls Pagina 2 di 5

34 MC30 Vrs A 23/01/2006 TRANSMISSION PROTOCOLS IEC Interoperability Supp.=Supported - Config.=Configurated Fault indications in monitor direction Supp. Config. INF Semantics <64> Start/pick-up L1 <65> Start/pick-up L2 <66> Start/pick-up L3 <67> Start/pick-up N <68> General trip <69> Trip L1 <70> Trip L2 <71> Trip L3 <72> Trip I>> (back-up operation) <73> Fault location X in ohm <74> Fault forward/line <75> Fault reverse/busbar <76> Teleprotection signal transmitted <77> Teleprotection signal received <78> Zone 1 <79> Zone 2 <80> Zone 3 <81> Zone 4 <82> Zone 5 <83> Zone 6 <84> General start/pick-up <85> Breaker failure <86> Trip measuring system L1 <87> Trip measuring system L2 <88> Trip measuring system L3 <89> Trip measuring system E <90> Trip I> <91> Trip I>> <92> Trip IN> <93> Trip IN>> Auto-reclosure indications in monitor direction Supp. Config. INF Semantics <128> CB 'on' by AR <129> CB 'on' by long-time AR <130> AR blocked Measurand in monitor direction Supp. Config. INF Semantics <144> Measurand I <145> Measurands I, V <146> Measurands I, V, P, Q <147> Measurands IN, VEN <148> Measurands IL1,2,3, VL1,2,3, P, Q, f Generic function in monitor direction Supp. Config. INF Semantics <240> Read headings of all defined groups <241> Read value or attributes of all entries of one group <243> Read directory of a single entry <244> Read value or attribute of a single entry <245> End of general interrogation of generic data <249> Write entry with confirmation <250> Write entry with execution <251> Write entry aborted DB-0245-ING R3 - MC30 - IEC103.xls Pagina 3 di 5

35 MC30 Vrs A 23/01/2006 TRANSMISSION PROTOCOLS IEC Interoperability Supp.=Supported - Config.=Configurated Selection of standard information numbers in control direction System function in control direction Supp. Config. INF Semantics <0> Initiation of general interrogation <1> Time synchronization General commands in control direction Supp. Config. INF Semantics <16> Auto-recloser on/off <17> Teleprotection on/off <18> Protection on/off <19> LED reset <23> Activate characteristic 1 <24> Activate characteristic 2 <25> Activate characteristic 3 <26> Activate characteristic 4 Generic function in control direction Supp. Config. INF Semantics <240> Read headings of all defined groups <241> Read values or attributes of all entries of one group <243> Read directory of a single entry <244> Read value or attribute of a single entry <245> General interrogation of generic data <248> Write entry <249> Write entry with confirmation <250> Write entry with execution <251> Write entry abort Basic application functions Supp. Config. Test mode Blocking of monitor direction Disturbance data Generic services (*) Private data (*) (*) Supported write entry with extensions for circuit Breaker Open/Close command only. DB-0245-ING R3 - MC30 - IEC103.xls Pagina 4 di 5

36 TRANSMISSION PROTOCOLS IEC Interoperability Miscellaneous MC30 Vrs A 23/01/2006 Supp.=Supported - Config.=Configurated Measurands are transmitted with ASDU 3 as well as with ASDU 9. As defined in , the maximum MVAL can either be 1,2 or 2,4 times the rated value. No different rating shall be used in ASDU 3 and ASDU 9, i.e. for each measurand there is only one choice. Measurand Current L1 Current L2 Current L3 Voltage L1-E Voltage L2-E Voltage L3-E Active power P Reactive power Q Frequency f Voltage L1-L2 Current I Voltage V Current In Voltage Ven Max. MVAL = rated value times 1,2 or 2,4 DB-0245-ING R3 - MC30 - IEC103.xls Pagina 5 di 5