ABB 630 series Manual Download

Page: 25 / 60

Function name

Signal type

Signal name

Description

DNPFREC.1.Sig40 Magnitude

at trig

Magnitude at trig

Binary outputs

DNPFREC.1.Get first

disturbance

Get first disturbance

DNPFREC.1.Get next

disturbance

Get next disturbance

DNPFREC.1.Get previous

disturbance

Get previous disturbance

Communication logic for

residual OC (RESCPSCH)

Binary inputs

RESCPSCH.1.CS

Carrier Send by

Communication Scheme Logic

RESCPSCH.1.LCG

Loss of carrier guard signal

output from communication

scheme logic

RESCPSCH.1.PRORX

Teleprotection signal received

for a forward fault

RESCPSCH.1.OPERATE

Trip by communication scheme

logic

Current reversal and WEI logic

for residual OC (RCRWPSCH)

Binary inputs

RCRWPSCH.1.CR

POR Carrier signal received

from remote end

RCRWPSCH.1.ECHO

Carrier send by WEI logic

RCRWPSCH.1.OPR_WEI

Operation of WEI logic

Non-directional earth-fault

protection, instantaneous stage

(EFIPTOC)

Binary inputs

EFIPTOC.1.OPERATE

Operated

EFIPTOC.1.START

Started

Non-directional earth-fault

protection, high stage

(EFHPTOC)

Binary inputs

EFHPTOC.1.OPERATE

Operated

EFHPTOC.1.START

Started

Non-directional earth fault

protection, low stage

(EFLPTOC)

Binary inputs

EFLPTOC.1.OPERATE

Operated

EFLPTOC.1.START

Started

Directional earth fault

protection, high stage

(DEFHPDEF)

Binary inputs

DEFHPDEF.1.OPERATE

Operated signal

DEFHPDEF.1.START

Started signal

DEFHPDEF.1.FAULT_DIR

Detected fault direction

Directional earth fault

protection, low stage

(DEFLPDEF)

Binary inputs

DEFLPDEF.1.OPERATE

Operated signal

DEFLPDEF.1.START

Started signal

DEFLPDEF.1.FAULT_DIR

Detected fault direction

Distance protection (DSTPDIS)

Analog inputs

DSTPDIS.1.DIR_E_FLT

Earth-fault direction (low imp.

earthed), GFC

DSTPDIS.1.CONFLICT_Z1

Tilt angle validity check, Zone Z1

DSTPDIS.1.CONFLICT_Z2

Tilt angle validity check, Zone Z2

DSTPDIS.1.CONFLICT_Z3

Tilt angle validity check, Zone Z3

Table continues on next page

1MRS756791 A

Section 2

DNP3 data mappings

630 series

Point List Manual

Summary of Contents for 630 series

Page 1: ...Relion Protection and Control 630 series DNP3 Point List Manual ...

Page 2: ......

Page 4: ...d copied or disclosed only in accordance with the terms of such license Trademarks ABB and Relion are registered trademarks of ABB Group All other brand or product names mentioned in this document may be trademarks or registered trademarks of their respective holders Warranty Please inquire about the terms of warranty from your nearest ABB representative ABB Oy Distribution Automation P O Box 699 ...

Page 5: ...product failure would create a risk for harm to property or persons including but not limited to personal injuries or death shall be the sole responsibility of the person or entity applying the equipment and those so responsible are hereby requested to ensure that all measures are taken to exclude or mitigate such risks This document has been carefully checked by ABB but deviations cannot be compl...

Page 6: ...ncerning electrical equipment for use within specified voltage limits Low voltage directive 2006 95 EC This conformity is the result of tests conducted by ABB in accordance with the product standards EN 50263 and EN 60255 26 for the EMC directive and with the product standards EN 60255 6 and EN 60255 27 for the low voltage directive The IED is designed in accordance with the international standard...

Page 7: ...d documentation 5 Symbols and conventions 6 Safety indication symbols 6 Manual conventions 6 Functions codes and symbols 7 Section 2 DNP3 data mappings 11 Overview 11 Point list for 630 series IEDs 11 Section 3 DNP3 protocol implementation 41 DNP3 device profile 41 DNP3 implementation table 44 Section 4 Glossary 49 Table of contents 630 series 1 Point List Manual ...

Page 8: ...2 ...

Page 9: ...audience This manual addresses the communication system engineer or system integrator responsible for pre engineering and engineering for communication setup in a substation from an IED perspective The system engineer or system integrator must have a basic knowledge of communication in protection and control systems and thorough knowledge of the specific communication protocol 1MRS756791 A Section...

Page 10: ...ended use of manuals in different lifecycles The engineering manual contains instructions on how to engineer the IEDs using the different tools in PCM600 The manual provides instructions on how to set up a PCM600 project and insert IEDs to the project structure The manual also recommends a sequence for engineering of protection and control functions LHMI functions as well as communication engineer...

Page 11: ...cation requirements The technical manual contains application and functionality descriptions and lists function blocks logic diagrams input and output signals setting parameters and technical data sorted per function The manual can be used as a technical reference during the engineering phase installation and commissioning phase and during normal service The communication protocol manual describes...

Page 12: ...anual Abbreviations and acronyms in this manual are spelled out in Glossary Glossary also contains definitions of important terms Push button navigation in the LHMI menu structure is presented by using the push button icons for example To navigate between the options use and HMI menu paths are presented in bold for example Select Main menu Settings LHMI messages are shown in Courier font for examp...

Page 13: ... fault INTRPTEF I0 IEF 67NIEF Stabilised restricted earth fault LREFPNDF dI0Lo 87NL High impedance based restricted earth fault HREFPDIF dI0Hi 87NH Negative sequence overcurrent NSPTOC I2 46 Phase reversal PREVPTOC I2 46R Three phase thermal overload for feeder T1PTTR 3Ith F 49F Three phase thermal overload for transformers T2PTTR 3Ith T 49T Three phase thermal overload for motors MPTTR 3Ith M 49M...

Page 14: ...on logic DSOCPSCH CL 85 Current reversal and WEI logic CRWPSCH CLCRW 85CRW Current reversal and WEI logic for residual overcurrent RCRWPSCH CLCRWN 85NCRW Control Bay control QCCBAY CBAY CBAY Interlocking interface SCILO 3 3 Circuit breaker disconnector control GNRLCSWI I O CB DC I O CB DC Circuit breaker DAXCBR I O CB I O CB Disconnector DAXSWI I O DC I O DC Local remote switch interface LOCREM R ...

Page 15: ...with P Q S power factor frequency PWRMMXU PQf PQf Metering Pulse counter for energy metering PCGGIO Disturbance recorder function Disturbance recorder DRRDRE DREC DREC Analog channels 1 10 samples A1RADR ACH1 ACH1 Analog channel 11 20 samples A2RADR ACH2 ACH2 Analog channel 21 30 samples A3RADR ACH3 ACH3 Analog channel 31 40 calc val A4RADR ACH4 ACH4 Binary channel 1 16 B1RBDR BCH1 BCH1 Binary cha...

Page 16: ...10 ...

Page 17: ...list represents the superset of DNP3 points The actual set of available points depends on the product optional functionalities and configuration See the engineering manual and DNP3 communication protocol manual for more information 2 2 Point list for 630 series IEDs Table 2 Signal point list Function name Signal type Signal name Description Active Group ACTVGRP Binary inputs ACTVGRP 1 GRP1 Setting...

Page 18: ... out bit 27 AUTOBITS 1 CMDBIT28 Command out bit 28 AUTOBITS 1 CMDBIT29 Command out bit 29 AUTOBITS 1 CMDBIT30 Command out bit 30 AUTOBITS 1 CMDBIT31 Command out bit 31 AUTOBITS 1 CMDBIT32 Command out bit 32 Bool to Int B16I Analog inputs B16I 1 OUT Output value Breaker failure CCBRBRF Binary inputs CCBRBRF 1 CB_FAULT_AL Delayed CB failure alarm CCBRBRF 1 TRBU Back up trip by breaker failure protec...

Page 19: ...and value PWRMMXU 1 S_DB Apparent Power magnitude of deadband value PWRMMXU 1 F_DB System frequency magnitude of deadband value PWRMMXU 1 PF_DB Power Factor magnitude of deadband value Binary inputs PWRMMXU 1 ILAG Current is lagging voltage PWRMMXU 1 ILEAD Current is leading voltage Disturbance report DRRDRE Binary inputs DRRDRE 1 RECMADE Disturbance recording made DRRDRE 1 CLEARED All disturbance...

Page 20: ...lt Angle Prefault Angle DNPFREC 1 Sig2 Prefault Magnitude Prefault Magnitude DNPFREC 1 Sig3 Fault Angle Fault Angle DNPFREC 1 Sig3 Fault Magnitude Fault Magnitude DNPFREC 1 Sig3 Prefault Angle Prefault Angle DNPFREC 1 Sig3 Prefault Magnitude Prefault Magnitude DNPFREC 1 Sig4 Fault Angle Fault Angle DNPFREC 1 Sig4 Fault Magnitude Fault Magnitude DNPFREC 1 Sig4 Prefault Angle Prefault Angle DNPFREC ...

Page 21: ...DNPFREC 1 Sig9 Prefault Angle Prefault Angle DNPFREC 1 Sig9 Prefault Magnitude Prefault Magnitude DNPFREC 1 Sig10 Fault Angle Fault Angle DNPFREC 1 Sig10 Fault Magnitude Fault Magnitude DNPFREC 1 Sig10 Prefault Angle Prefault Angle DNPFREC 1 Sig10 Prefault Magnitude Prefault Magnitude DNPFREC 1 Sig11 Fault Angle Fault Angle DNPFREC 1 Sig11 Fault Magnitude Fault Magnitude DNPFREC 1 Sig11 Prefault A...

Page 22: ... DNPFREC 1 Sig16 Fault Magnitude Fault Magnitude DNPFREC 1 Sig16 Prefault Angle Prefault Angle DNPFREC 1 Sig16 Prefault Magnitude Prefault Magnitude DNPFREC 1 Sig17 Fault Angle Fault Angle DNPFREC 1 Sig17 Fault Magnitude Fault Magnitude DNPFREC 1 Sig17 Prefault Angle Prefault Angle DNPFREC 1 Sig17 Prefault Magnitude Prefault Magnitude DNPFREC 1 Sig18 Fault Angle Fault Angle DNPFREC 1 Sig18 Fault M...

Page 23: ...gnitude DNPFREC 1 Sig23 Fault Angle Fault Angle DNPFREC 1 Sig23 Fault Magnitude Fault Magnitude DNPFREC 1 Sig23 Prefault Angle Prefault Angle DNPFREC 1 Sig23 Prefault Magnitude Prefault Magnitude DNPFREC 1 Sig24 Fault Angle Fault Angle DNPFREC 1 Sig24 Fault Magnitude Fault Magnitude DNPFREC 1 Sig24 Prefault Angle Prefault Angle DNPFREC 1 Sig24 Prefault Magnitude Prefault Magnitude DNPFREC 1 Sig25 ...

Page 24: ...e DNPFREC 1 Sig29 Prefault Magnitude Prefault Magnitude DNPFREC 1 Sig30 Fault Angle Fault Angle DNPFREC 1 Sig30 Fault Magnitude Fault Magnitude DNPFREC 1 Sig30 Prefault Angle Prefault Angle DNPFREC 1 Sig30 Prefault Magnitude Prefault Magnitude DNPFREC 1 Sig31 Magnitude at trig Magnitude at trig DNPFREC 1 Sig32 Magnitude at trig Magnitude at trig DNPFREC 1 Sig33 Magnitude at trig Magnitude at trig ...

Page 25: ...eous stage EFIPTOC Binary inputs EFIPTOC 1 OPERATE Operated EFIPTOC 1 START Started Non directional earth fault protection high stage EFHPTOC Binary inputs EFHPTOC 1 OPERATE Operated EFHPTOC 1 START Started Non directional earth fault protection low stage EFLPTOC Binary inputs EFLPTOC 1 OPERATE Operated EFLPTOC 1 START Started Directional earth fault protection high stage DEFHPDEF Binary inputs DE...

Page 26: ...1 2 DIR_LOOP_X Z3 Record data of bank 2 for direction reactance Zone Z3 DSTPDIS 1 3 DIR_LOOP_X AR1 Record data of bank 3 for direction reactance Zone AR1 DSTPDIS 1 3 DIR_LOOP_X AR2 Record data of bank 3 for direction reactance Zone AR2 DSTPDIS 1 3 DIR_LOOP_X Z1 Record data of bank 3 for direction reactance Zone Z1 DSTPDIS 1 3 DIR_LOOP_X Z2 Record data of bank 3 for direction reactance Zone Z2 DSTP...

Page 27: ...ST Z2 Record data of bank 1 for PE loop reactance 1st Zone Z2 DSTPDIS 1 1 FLTLOOP_XFST Z3 Record data of bank 1 for PE loop reactance 1st Zone Z3 DSTPDIS 1 2 FLTLOOP_XFST AR1 Record data of bank 2 for PE loop reactance 1st Zone AR1 DSTPDIS 1 2 FLTLOOP_XFST AR2 Record data of bank 2 for PE loop reactance 1st Zone AR2 DSTPDIS 1 2 FLTLOOP_XFST Z1 Record data of bank 2 for PE loop reactance 1st Zone Z...

Page 28: ...LTLOOP_XSND Z1 Record data of bank 3 for PE loop reactance 2nd Zone Z1 DSTPDIS 1 3 FLTLOOP_XSND Z2 Record data of bank 3 for PE loop reactance 2nd Zone Z2 DSTPDIS 1 3 FLTLOOP_XSND Z3 Record data of bank 3 for PE loop reactance 2nd Zone Z3 DSTPDIS 1 1 FLTLOOP_RFST AR1 Record data of bank 1 for PE loop resistance 1st Zone AR1 DSTPDIS 1 1 FLTLOOP_RFST AR2 Record data of bank 1 for PE loop resistance ...

Page 29: ...1 DSTPDIS 1 2 FLTLOOP_RSND AR2 Record data of bank 2 for PE loop resistance 2nd Zone AR2 DSTPDIS 1 2 FLTLOOP_RSND Z1 Record data of bank 2 for PE loop resistance 2nd Zone Z1 DSTPDIS 1 2 FLTLOOP_RSND Z2 Record data of bank 2 for PE loop resistance 2nd Zone Z2 DSTPDIS 1 2 FLTLOOP_RSND Z3 Record data of bank 2 for PE loop resistance 2nd Zone Z3 DSTPDIS 1 3 FLTLOOP_RSND AR1 Record data of bank 3 for P...

Page 30: ...LTLOOP_RPP AR1 Record data of bank 1 for PP loop resistance Zone AR1 DSTPDIS 1 1 FLTLOOP_RPP AR2 Record data of bank 1 for PP loop resistance Zone AR2 DSTPDIS 1 1 FLTLOOP_RPP Z1 Record data of bank 1 for PP loop resistance Zone Z1 DSTPDIS 1 1 FLTLOOP_RPP Z2 Record data of bank 1 for PP loop resistance Zone Z2 DSTPDIS 1 1 FLTLOOP_RPP Z3 Record data of bank 1 for PP loop resistance Zone Z3 DSTPDIS 1...

Page 31: ...1 RELEASE_PP GFC Record data of bank 1 for release PP loops GFC DSTPDIS 1 2 RELEASE_PP GFC Record data of bank 2 for release PP loops GFC DSTPDIS 1 3 RELEASE_PP GFC Record data of bank 3 for release PP loops GFC DSTPDIS 1 1 Zones OPERATE Record data of bank 1 for operate signals of all zones DSTPDIS 1 2 Zones OPERATE Record data of bank 2 for operate signals of all zones DSTPDIS 1 3 Zones OPERATE ...

Page 32: ...2 DSTPDIS 1 ST_Z2_B Event start phase B Zone Z2 DSTPDIS 1 ST_Z2_C Event start phase C Zone Z2 DSTPDIS 1 OPERATE_Z3 Time delayed operate signal Zone Z3 DSTPDIS 1 START_Z3 General start signal Zone Z3 DSTPDIS 1 ST_Z3_A Event start phase A Zone Z3 DSTPDIS 1 ST_Z3_B Event start phase B Zone Z3 DSTPDIS 1 ST_Z3_C Event start phase C Zone Z3 DSTPDIS 1 OPERATE_ZAR1 Time delayed operate signal Zone AR1 DST...

Page 33: ...1 U_ANGL_B Phase B angle VPHMMXU 1 U_ANGL_C Phase C angle Three phase voltage phase to phasevoltages RMS VPPMMXU Analog inputs VPPMMXU 1 U_DB_AB Phase A to B amplitude magnitude of reported value VPPMMXU 1 U_DB_BC Phase B to C amplitude magnitude of reported value VPPMMXU 1 U_DB_CA Phase C to A amplitude magnitude of reported value VPPMMXU 1 U_ANGL_AB Phase A to B angle VPPMMXU 1 U_ANGL_BC Phase B...

Page 34: ...HPTOC 1 OPR_B Operated phase B PHHPTOC 1 OPR_C Operated phase C PHHPTOC 1 OPERATE Operated Three phase non directional overcurrent instantaneous stage PHIPTOC Binary inputs PHIPTOC 1 ST_A Started phase A PHIPTOC 1 ST_B Started phase B PHIPTOC 1 ST_C Started phase C PHIPTOC 1 START Started signal PHIPTOC 1 OPR_A Operated phase A PHIPTOC 1 OPR_B Operated phase B PHIPTOC 1 OPR_C Operated phase C PHIP...

Page 35: ...TUV 1 START Start signal combined PHPTUV 1 OPR_A Operate signal phase 1 PHPTUV 1 OPR_B Operate signal phase 2 PHPTUV 1 OPR_C Operate signal phase 3 PHPTUV 1 OPERATE Operate signal combined Positive sequence overvoltage PSPTOV Binary inputs PSPTOV 1 START Start signal for Positive Sequence Overvoltage logic PSPTOV 1 OPERATE Operate signal for Positive Sequence Overvoltage logic Positive sequence un...

Page 36: ... phase A DPHHPDOC 1 FLT_DIR_B Detected fault direction phase B DPHHPDOC 1 FLT_DIR_C Detected fault direction phase C Fault locator SCEFRFLO Analog inputs SCEFRFLO 1 TRIGG_OUT Signal indicating function triggering SCEFRFLO 1 1 A Flt angle PhA Record data of bank 1 for phase A current angle during fault SCEFRFLO 1 1 A Flt angle PhB Record data of bank 1 for phase B current angle during fault SCEFRFL...

Page 37: ...O 1 1 PhV Flt angle PhB Record data of bank 1 for phase B voltage angle during fault SCEFRFLO 1 1 PhV Flt angle PhC Record data of bank 1 for phase C voltage angle during fault SCEFRFLO 1 1 PhV Flt value PhA Record data of bank 1 for phase A voltage amplitude during fault SCEFRFLO 1 1 PhV Flt value PhB Record data of bank 1 for phase B voltage amplitude during fault SCEFRFLO 1 1 PhV Flt value PhC ...

Page 38: ...al for overfrequency protection DAPTOF 1 OPERATE Operate signal for overfrequency protection DAPTOF 1 LOWAMPL_BLKD Blocking indication due to low amplitude Underfrequency DAPTUF Binary inputs DAPTUF 1 START Start signal for underfrequency protection DAPTUF 1 OPERATE Operate signal for underfrequency protection DAPTUF 1 LOWAMPL_BLKD Blocking indication due to low amplitude DAPTUF 1 RESTORE Restore ...

Page 39: ...HOT_PTR Shot pointer value Binary inputs DARREC 1 OPEN_CB Open command for circuit breaker DARREC 1 CLOSE_CB Close reclose command for circuit breaker DARREC 1 CMD_WAIT Wait for master command DARREC 1 INPRO Reclosing shot in progress activated during dead time DARREC 1 LOCKED Signal indicating that AR is locked out DARREC 1 PROT_CRD A signal for coordination between the AR and the protection DARR...

Page 40: ...e operation counter all shots Synchrocheck SYNCRSYN Analog inputs SYNCRSYN 1 U_DIFF_MEAS Calculated difference in voltage SYNCRSYN 1 FR_DIFF_MEAS Calculated difference in frequency SYNCRSYN 1 PH_DIFF_MEAS Calculated difference of phase angle Binary inputs SYNCRSYN 1 AUTO_REL Automatic release SYNCRSYN 1 AU_ENERG_OK Automatic energizing check OK SYNCRSYN 1 MAN_REL Manual release SYNCRSYN 1 MAN_ENER...

Page 41: ...inputs SCILO 1 EN_CLOSE Close operation at open or intermediate or bad position is enabled SCILO 1 EN_OPEN Open operation at closed or intermediate or bad position is enabled Trip circuit supervision TCSSCBR Binary inputs TCSSCBR 1 ALARM Trip circuit fault indication Tripping logic TRPPTRC Binary inputs TRPPTRC 1 CL_LKOUT Circuit breaker lockout output set until reset TRPPTRC 1 TRIP General trip o...

Page 42: ... when battery voltage exceeds upper limit Automatic switch onto fault logic CVRSOF Binary inputs CVRSOF 1 OPERATE Operate Local accelerat logic DSTPLAL Binary inputs DSTPLAL 1 OPR_LOSSLOAD Operate by loss of load DSTPLAL 1 OPR_Z_EXTN Operate by zone extension Scheme communic logic DSOCPSCH Binary inputs DSOCPSCH CS Carrier Send signal DSOCPSCH LCG Loss of carrier guard signal DSOCPSCH OPERATE Trip...

Page 43: ...PDMMTR 1 PAFDMD Last forward active power demand value for set interval EPDMMTR 1 PARDMD Last reverse active power demand value for set interval EPDMMTR 1 PRFDMD Last forward reactive power demand value for set interval EPDMMTR 1 PRRDMD Last reverse reactive power demand value for set interval EPDMMTR 1 MAXPAFDMD Maximum forward active power demand value for set interval EPDMMTR 1 MAXPARDMD Maximu...

Page 44: ... phase thermal overload for transformers T2PTTR Binary inputs T2PTTR 1 BLK_CLOSE Thermal overload indicator To inhibit reclose T2PTTR 1 ALARM The calculated temperature is over Alarm level Temperature limit T2PTTR 1 START Signal indicating current that will raise temperature above operate level if prolonged T2PTTR 1 OPERATE Operate signal Three phase thermal overload for motors MPTTR Binary inputs...

Page 45: ...nary inputs MNSPTOC 1 START Started MNSPTOC 1 OPERATE Operated MNSPTOC 1 BLK_RESTART Signal for blocking reconnection of an overheated machine Tap position indication TPOSSLTC Analog inputs TPOSSLTC 1 TAP_POS Tap position value as integer Binary inputs TPOSSLTC 1 TAP_POS_IV TAP_POS invalidity status Three phase inrush current detector INRPHAR Binary inputs INRPHAR 1 BLK2H Second harmonic based blo...

Page 46: ...40 ...

Page 47: ...17 and 28 index are supported Static object requests sent with qualifiers 07 or 08 will be responded with qualifiers 00 or 01 16 bit 32 bit and Floating point analog change events with time may be requested Floating point analog output status and output block objects 40 and 41 are not supported Sequential file transfer object 70 variations 2 through 7 are not supported Octet string and string even...

Page 48: ...ter session Need time interval configurable tSynchTimeout for each master session Unsolicited notification delay configurable tUREvBufTout1 tUREvBufTout2 tUREvBufTout3 for each master session Unsolicited response retry delay configurable tURRetryDelay for each master session Unsolicited offline iInterval configurable tUROfflRtryDel for each master session Change events in the IED are generated by ...

Page 49: ...bj2DefVar on DNP3Master Configurable Obj2DefVar on DNP3Master Sends unsolicited responses Sends static data in unsolicited responses Never Never Configurable UREnable on DNP3Master When device restarts Only certain objects When status flags change Sometimes attach explanation ENABLE DISABLE UNSOLICITED function codes supported No other options are permitted Default counter object variation Counter...

Page 50: ...e 1 read 06 no range or all 07 08 limited qty 129 response 130 unsol resp 17 28 index 2 2 Binary input change with time 1 read 06 no range or all 07 08 limited qty 129 response 130 unsol resp 17 28 index 2 3 Binary input change with relative time 1 read 06 no range or all 07 08 limited qty 129 response 130 unsol resp 17 28 index 3 0 Double bit input any variation 1 read 22 assign class 00 01 start...

Page 51: ...sponse 00 01 start stop 17 28 index 20 5 32 bit binary counter without flag 1 read 00 01 start stop 06 no range or all 07 08 limited qty 17 27 28 index 129 response 00 01 start stop 17 28 index 20 6 16 bit binary counter without flag 1 read 00 01 start stop 06 no range or all 07 08 limited qty 17 27 28 index 129 response 00 01 start stop 17 28 index 22 0 Counter change event any variation 1 read 0...

Page 52: ...ge or all 07 08 limited qty 32 1 32 bit analog change event without time 1 read 06 no range or all 07 08 limited qty 129 response 130 unsol resp 17 28 index 32 2 16 bit analog change event without time 1 read 06 no range or all 07 08 limited qty 129 response 130 unsol resp 17 28 index 32 3 32 bit analog change event with time 1 read 06 no range or all 07 08 limited qty 129 response 130 unsol resp ...

Page 53: ...qty 80 1 Internal indications 1 read 00 01 start stop 129 response 00 01 start stop 2 write 3 00 start stop index 7 No object function code only 13 cold restart No object function code only 14 warm restart No object function code only 23 delay meas No object function code only 24 record current time 1 A default variation refers to the variation responded when variation 0 is requested and or in cla...

Page 54: ...48 ...

Page 55: ...technical Commission IEC 61850 International standard for substation communication and modelling IED Intelligent electronic device LED Light emitting diode LHMI Local human machine interface PCM600 Protection and Control IED Manager PST Parameter Setting Tool in PCM600 REF630 Feeder protection and control IED REM630 Motor protection and control IED RET630 Transformer protection and control IED RMS...

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Page 60: ...Contact us ABB Oy Distribution Automation P O Box 699 FI 65101 VAASA Finland Phone 358 10 22 11 Fax 358 10 22 41094 www abb com substationautomation 1MRS756791 A Copyright 2009 ABB All rights reserved ...

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