POWER TECHNOLOGIES MEDIUM VOLTAGE PRODUCTS
Modbus® Protocol Implementation for the
ABB PCD/SCD
PCD Software Version 3.64
SCD Software Version 3.70
Part Number:
1VTB300016
May 19, 2008
ABB Inc.
Power Products Medium Voltage
655 Century Point
Lake Mary, Florida 32746-2137
Telephone:
(407)-732-2000
Fax:
(407)-732-2132
Technical Support: (800)-929-7947
ABB CONFIDENTIAL – NOT TO BE COPIED WITHOUT PERMISSION
PCD MODBUS® Protocol Implementation Details
ABB Inc.
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2
PCD MODBUS® Protocol Implementation Details
ABB Inc.
ABB Power Technologies Medium Voltage Products
Technical Report
Power Technologies Medium Voltage Products
Dept.
PTMV
Title:
Date
Pages
May 19, 2008
184
Modbus® Protocol Implementation for the ABB PCD/SCD
Author(s)
V. Gharpure
Reviewed by
Jay Vellore
Approved by
Harsh Karandikar
Summary
The purpose of this document is to describe the specific implementation of the Modbus Protocol on
the ABB Power Control Device (PCD) and the Switch Control Device (SCD) This document, in
conjunction with the Modicon Modbus Protocol Reference Guide (PI-MBUS-300), published by
Modicon, Inc., provides complete information on how to communicate with the PCD/SCD via the
Modbus Protocol.
Rev.
Revision
Date
Author
Reviewed
Approved
1.0
Initial Release
4/6/98
D. Uy
D. Hart
1.1
1.2
1.3
1.4
1.5
8/24/98
1/12/98
4/19/99
8/17/99
4/20/2000
M. Egolf
M. Egolf
M. Egolf
M. Egolf
M. Egolf
D. Hart
D. Hart
D. Hart
D. Hart
D. Hart
6/08/2001
V. Gharpure
D. Uy
K. Scherrer
1.7
1.8
PCD2000 Firmware V1.14 Support
PCD2000 Firmware V1.15 Support
PCD2000 Firmware V1.16 Support
PCD2000 Firmware V1.20 Support
PCD2000 Firmware V2.00 Support. Also support for the
SCD2000 V1.00 Firmware has been added.
PCD2000 Firmware V2.20 Support.(Loop control module
functions) and MAV-3 Firmware V1.00 added.
PCD2000 Firmware v2.30 – v2.60 support.
PCD2000 Firmware v2.70 support.
M. Egolf
L. Park
D. Uy
D. Uy
D. Uy
D. Uy
D. Uy
11/25/2002
07/17/2003
V. Gharpure
V. Gharpure
1.9
PCD Firmware v2.82 support
02/23/2004
V. Gharpure
1.10
PCD Firmware v2.90 support
06/30/2004
V. Gharpure
1.11
PCD Firmware v3.00 and SCD v1.00 support
08/31/2004
V. Gharpure
1.12
PCD Firmware v3.64 and SCD v3.70 support
05/19/2008
V. Gharpure
J. Vellore
J. Vellore
T. Fahey
J. Vellore
T. Fahey
J. Vellore
T. Fahey
J. Vellore
T. Fahey
J. Vellore
K. Scherrer
V.R.V.
Ramanan
V.R.V.
Ramanan
V.R.V.
Ramanan
V.R.V.
Ramanan
Harsh
Karandikar
1.6
3
PCD MODBUS® Protocol Implementation Details
ABB Inc.
Revision History
REVISION
1.1
1.2
SECTION
3.1.1
3.1.3
4.1.1
4.1.3
5.1.8
5.1.8
5.1.8
5.2.1
5.2.1
5.2.1
5.2.1
5.3.2
6.1
6.1
6.1.8.1
6.1.8.1
6.1.8.1
6.1.8.1
6.1.8.2
6.1.8.2
6.1.8.2
6.1.8.2
6.1.8.3
6.1.8.3
6.1.8.3
6.1.8.3
6.1.9
3.1.1
3.1.3
4.1.1
4.1.3
5.1.2
5.1.8
5.1.8
5.2.1
5.3.2
5.3.10
5.3.11
5.3.12
5.3.13
5.3.14
6.1.8
6.1.9
6.1.20
6.1.27
DESCRIPTION
Added registers 00107 through 00114 (27A, 27B, 27C, LOAC, and associated seal-ins)
Added registers 00725 through 00732 (27A, 27B, 27C, LOAC, and associated seal-ins)
Replaced UDI designation with RBI (register 10040)
Added registers 10589 through 10590 (RBI)
Added 27A, 27B, 27C, LOAC to register long word at 40903
Added RBI to register long word at 40907
Added register 40929 (Front Panel Status)
Added definition to bits 2 and 3 of register 41158
Added 27A*, 27B*, 27C*, and LOAC* to the SET/RESET Mask table
Added registers 41209 through 41214 (Block/Unblock control points)
Added registers 41215 through 41220 (Alternate Settings Pulse On / Pulse Off control points)
Added table of Operation Record Indices (Note: 27A, 27B, 27V, ACF, ACR and all the ALTx Pulse On/Off
entries are new operations)
Added Logical Input Indices ALT1Pon, ALTPoff, ALT2Pon, and ALT2Poff
Added Logical Output Indices 27A, 27B, 27C, LOAC, and associated seal-ins
Added registers 61110 through 61116 (Time-Curve Adders for Primary settings)
Added registers 61117 through 61119 (Minimum Response for 46, 67P, & 67N)
Added registers 61120 through 61121 (50P-3 & 50N-3 Time Delay)
Modified registers 61095 through 61098 (Units changed from 0-60 cycles)
Added registers 61238 through 61244 (Time-Curve Adders for ALT1 settings)
Added registers 61245 through 61247 (Minimum Response for 46, 67P, & 67N)
Added registers 61248 through 61249 (50P-3 & 50N-3 Time Delay)
Modified registers 61223 through 61226 (Units changed from 0-60 cycles)
Added registers 61366 through 61372 (Time-Curve Adders for ALT2 settings)
Added registers 61373 through 61375 (Minimum Response for 46, 67P, & 67N)
Added registers 61376 through 61377 (50P-3 & 50N-3 Time Delay)
Modified registers 61351 through 61354 (Units changed from 0-60 cycles)
Added Bit 15 definition to register 61426 (Breaker Fail Mode)
Added registers 00115 and 00116 (TAGOPN and TAGCLS)
Added registers 00741 through 00744 (TAGOPN and TAGCLS)
Added registers 10041 through 10043 (OPNBLK, CLSBLK and TAGMSG)
Added registers 10591 through 10596 (OPNBLK, CLSBLK and TAGMSG)
Change definition of register 40144 from DSP version number to CT/PT calibrator version number
Added TAGOPN and TAGCLS to register long word at 40903
Added OPNBLK, CLSBLK and TAGMSG to register long word at 40907
Added registers 41221 through 41226 (Tag / Untag control points)
Added Operation Indices 238 through 243
Added Power Quality Records
Added Power Quality Statistics
Added Power Quality RMS Records
Added Power Quality Control & Status
Added Power Quality Informational Block
Added more definitions to the Configuration Long Word table (2 new Phase and Neutral tap ranges). Also
updated the Tap Range tables to reflect changes in the SEF pickup settings mechanism.
Added register 61445 (Close Delay Time)
Added some PQ trigger definitions to register 63211
Added Power Quality Settings
4
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REVISION
1.3
SECTION
3.1.1
3.1.2
4.1.1
4.1.3
5.1.8
5.1.8
1.4
1.5
5.2.1
5.2.1
5.3.2
6.1
6.1
6.1
6.1.9
6.1.8.1
6.1.8.2
6.1.8.3
3.1.1
3.1.3
5.1.8
5.2
5.3.1
5.3.1
6.1
3.1.1
3.1.3
4.1.1
4.1.3
5.1.2
5.1.7
5.1.8
5.1.8
5.2.1
5.2.1
5.2.1
5.2.1
5.3.1
5.3.2
5.3.3
5.3.6
6.1
6.1
6.1.8
6.1.8
6.1.8.1
6.1.8.2
6.1.8.3
6.1.9
6.1.10
6.1.11
6.1.20
6.1.24
6.1.25
6.1.28
6.1.29
6.1.30
7.1
DESCRIPTION
Added registers 00117 through 00124 (59A, 59B, 59C, 59-3P, 59A*, 59B*, 59C*, and 59-3P*)
Added registers 00745 through 00760 (Status and Momentary versions of 3.1.1 above)
Redefined registers 10040 through 10043 and added 10044 through 10046 (error correction)
Redefined registers 10591 through 10596 and added 10597 through 10604 (error correction)
Added 27C*, LOAC*, TAGOPN, TAGCLS, 59A, 59B, 59C, 59-3P, 59A, 59B, 59C, and 59-3P to register long
word at 40903
Added ALT1Pon, ALT1Poff, ALT2Pon, ALT2Poff, OPNBLK, CLSBLK, and TAGMSG to register long word
at 40907
Added items for bits 16 through 19 for registers 41196, 41197, 41200, and 41201
Correction: registers 41209 through 41226 were off by one count (changed to 41210 through 41227)
Added alarm indices 108 through 111, 210 through 213, and 222 through 227
Added Logical Input Index after BFI (at index 38), shifted the other up one position
Added Logical Input Indices OPNBLK, CLSBLK, and TAGMSG
Added Logical Output Indices TAGOPN, TAGCLS, 59A, 59B, 59C, 59-3P, and associated seal-ins
Curve Family (reg. 61424) was moved to 61444. Other moved up accordingly.
Change range for registers 61110 to 61116 form 0.00 - 0.40 to 0.00 – 2.00
Change range for registers 61238 to 61244 form 0.00 - 0.40 to 0.00 – 2.00
Change range for registers 61366 to 61372 form 0.00 - 0.40 to 0.00 – 2.00
Added registers 00125 and 00126 (PTA and NTA)
Added registers 00761 through 00764 (Status and Momentary versions of 3.1.1 above)
Added long word register at 40931 (Target Alarms).
(Page 35) Changed register number from 41409 to 41153 -- Security mask register, paragraph 3.
Modified Lockout value fields on register 41411.
Added table of Fault Type indices to document register 41410.
Added PTA and NTA to table of Logical Output indices.
Added logical output points 127 through 193.
Added logical output points 765 through 898.
Added logical input points 10047 through 10082.
Added logical input points 10605 through 10676.
Modified register definition (40169).
Added counter registers 40782 to 40811.
Added Registers 40933 through 40950.
Added bit definitions in register pairs 40903-904 and 40907-908.
Added Per Phase Trip / Close Control (Registers 41228-41233).
Added Switch Open / Close Control (Registers 41234-41239),
Added Source Transfer / Restoration Control (Registers 41240-41245).
Added more Set / Reset Control Registers (Registers 41246-41257).
Modified register 41410: Removed redundant Fault Type table and added "Fault Detected" element type.
Added numerous operation indices. Also added table of value codes for per phase and switch operations.
Added oscillographic Trigger Source bits definitions (register 41673).
Reversed bits 0 and 1 of register 42051 (was incorrectly documented).
Added logical input indices (46 through 81).
Added logical output indices (126 through 188).
Added Ext. Inverse and Very Inverse curve indices to ANSI Curve Type III catagory.
Updated configuration table.
Block is no longer supported (see sections 6.1.28 and 6.1.29).
Block is no longer supported (see sections 6.1.28 and 6.1.29).
Block is no longer supported (see sections 6.1.28 and 6.1.29).
Added register 61446 (Recloser Mode).
Added Counter registers 61556 through 61581.
Added Alarm registers 61683 through 61687.
Added oscillographic Trigger Source bits definitions (register 63211).
Added note concerning obsolescence of the block at version V2.00.
Added note concerning obsolescence of the block at version V2.00.
Added Protection Settings.
Added Recloser Settings (PCD2000 only).
Added Fault Indicator / Sectionalizer / Source Transfer Settings (SCD2000 only).
Added new IO mapping table for Single Phase PCD2000 support.
5
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REVISION
1.6
1.7
SECTION
3.1.1
3.1.3
5.1.3
5.1.8
5.1.8
5.2.1
5.3.2
6.1.9
6.1.10
6.1.11
6.1.31
6.1.31
3.1.1
3.1.3
5.1.2
5.1.7
5.1.8
5.3.2
6.1.8
6.1.8.1
6.1.8.2
6.1.8.3
6.1.9
6.1.28
6.1.29
6.1.31
1.8
6.1.32
6.1.33
6.1.34
6.1.35
3.1.1
3.1.3
4.1
5.1.2
5.1.3
5.1.8
5.3.2
6.1
6.1.7
6.1.8.4
6.1.9
6.1.16
6.1.31
DESCRIPTION
Added LCM Trip logical output points 194 – 195
Added LCM Trip logical output points 899 – 902
Added LCM voltage metering values 40342 – 40359
Added LCM Trip logical outputs 40939 bits 29 – 30
Added LCM Status output 40951 – 40952
Added LCM control inputs 41153 bit 12 and 41258 – 41263
Added LCM Trip / Close operation record points 244 – 245
Added Switch control points 61447 - 61451
Added / modified Fault indication / switch operation counters 61577 - 61585
Added MAV option to points 61683 – 61687
Removed unused “Programmable Alarm Names” block 64864 – 65030
Added LCM settings block 64864 – 64885
Added LCM Close output logicals (single bit data) 196 – 197
Added TAGBTN output logical (single bit data) for Hot tag button status 198 (Catalog numbers XR3X-XXXXXX-XXXX)
Added LCM Midpoint operation output logical (single bit data) 199 - 200
Added LCM Close output logicals (two bit data) 903 – 906
Added TAGBTN output logical (two bit data) for Hot tag button status 907 - 908 (Catalog numbers XR3XXXXX-XX-XXXX)
Added LCM Midpoint operation output logicals (two bit data) 909 – 912
Changed scaling factor for register 40146
Corrected register definitions 40808 - 40815
Added Sectionalizer step count register 40819
Added LCM close, Tag button status and LCM midpoint operation outputs to register 40939 (bits 24 – 28)
Added Front Panel Tag enabled/disabled operation record indices 214 – 215 (Catalog numbers XR3X-XXXXXX-XXXX)
Added LCM Midpoint / Reboot / FIFO operation record points 246 – 249
Added new recloser curves type V and VI (tables 6.1.8.3.1 and 6.1.8.3.2). Types I – IV curves are now obsolete.
Corrected catalog number errors in table 6.1.8.4 Tap Settings.
67P high tap range entry corrected in first table of table 6.1.8.4 Tap Settings.
Corrected definitions for options 5/6 for SEF model register 61075
Corrected definitions for options 5/6 for SEF model register 61203
Corrected definitions for options 5/6 for SEF model register 61331
Corrected definition of register 61425, bit 8.
Bit15, Original State not available to users.
Added zero sequence (SEF) CT ratio register to document (61429)
Added note to describe group selection (Primary, Alt1 and Alt2).
Replaced recloser types in registers 64487, 64492, 64505, 64510, 64515, 64531, 64538
Added registers 64645 – 64646 for 79C functions.
Changed lower limits for registers 64882 - 64884
Added register 64886
Added registers 64992 – 65048, DNP Binary Inputs Assignable Class Settings (PCD Rev. 2.40 and above)
Added registers 65120 – 65161, DNP Analog Inputs Assignable Class Settings (PCD Rev. 2.40 and above)
Added registers 65248 – 65356, DNP Binary Inputs Assignable Point Index Settings
Added registers 65376 – 65454, DNP Analog Inputs Assignable Point Index Settings
Added logical outputs 201 – 209
Added logical outputs (two bit data) 913 – 930
Correction in description for registers 10015, 10016
Added register (40190) for UPS firmware, and a comment for catalog number (register 40133 – 40142)
Added registers 40360 – 40362, correction in description for register 40340
Added logical outputs bits 15 – 23, register 40939
Added operations log #122, 195-198, 250, 251. Correction in description for log # 39, 248, 249
Added / updated several logical outputs (189 – 208). Most (189 – 199) should have been updated during
previous version releases.
Added range, step and scaling factors (already implemented) to the document
Tap settings table errors fixed
Added register # 61452
Added registers (62468 – 62470). Added ranges for all registers.
Condition added for register 64885 (register not used for Tie point operation any more)
6
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REVISION
1.9
1.10
SECTION
5.3.1
5.3.2
6.1.9
4.1.1
4.1.3
5.1.8
5.2.1
5.3.2
5.3.7
6.1
6.1.8.4
6.1.9
6.1.16
1.11
3.1.1
3.1.3
5.1.2
5.1.8
5.2.1
5.3.2
5.3.2
6.1
6.1.9
6.1.8.3.1
6.1.8.3.2
6.1.28
6.1.31
6.1.32
6.1.34
1.12
5.1.3
5.2.1
5.3.1
5.3.2
6.1.9
6.1.30
DESCRIPTION
Fault records registers # 41443 onwards, definitions corrected to match firmware
Operations records (#252 – 255) added.
Note added for register 61429
Logical inputs RST_TA and RST_SA added
Logical inputs RST_TA and RST_SA added
Logical inputs RST_TA and RST_SA added
“Note 1” added to long word descriptions for registers 41190 - 41201
Operations records (#256 – 259) added for LCM S1/S2 ON/OFF
Load profile data header attribute list updated. Note for attribute definition exceptions / table added.
Logical inputs RST_TA and RST_SA added
New catalog numbers added for Voltage divider sensor option
Voltage ratio upper limit changed to 32000
New settings added (register # 61453 – 61456).
IEC protocol added to register 62440
Setting range changed for registers 62441, 42, 49, 50, 57, 59, 60, 64
Settings banks 1,2 added (210-211)
Settings banks 1,2 added (931–934)
Settings banks 1,2 added (Register 40129, bits 11-12)
Communications error #15 added to register 40175
New registers added (40191, 40192)
Settings banks 1,2 added (Register 40929-30, bits 14,15; Register 40939-40, bits 13-14)
Settings banks 1,2 added (Register 41220, bits 4-5)
New operations records added (375–386)
New editor access codes description added
Settings banks 1,2 added (209-210)
New registers added to config settings (61457-61459)
IEC curves added to recloser curve group
IEC curves added to recloser curve group
Settings bank2 added to protection groups, one typo corrected
New LCM setting added (Register 64887)
New registers added (65049-50), 65048 modified
New registers added (65357-9), 65356 modified
MAV reference removed from title, company address changed to Lake Mary, Florida.
Comment added for metering values’ dependence on protection setting (RMS / Fundamental)
Added one shot disable/enable, sectionalizer block/unblock functions, SCD only (41214)
Added SCD fault type (41411)
New operations records added (387 – 399).
Added new functions (2, 3) to prog 2 button (61458)
Added prog1 button function selection (61460)
Corrected permitted range values (64736 and 64750)
New setting added for volt drop percent (64762)
The following are trademarks of AEG Schneider Automation, Inc.: Modicon® and Modbus®
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PCD MODBUS® Protocol Implementation Details
ABB Inc.
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PCD MODBUS® Protocol Implementation Details
ABB Inc.
Table of Contents
1
INTRODUCTION........................................................................................................................................ 11
2
CONFIGURATION ...................................................................................................................................... 13
2.1
3
END-USER CONFIGURATION ................................................................................................................... 13
0X REGISTERS........................................................................................................................................... 15
3.1
FUNCTION CODE 1 (READ COIL STATUS) ............................................................................................... 15
3.1.1
Logical Output Block (Single Bit Data) ............................................................................................ 17
3.1.2
Physical Output Block (Single Bit Data)........................................................................................... 22
3.1.3
Logical Output Block (Two Bit Data with Momentary Change Detection) ...................................... 23
3.1.4
Physical Output Block (Two Bit Data with Momentary Change Detection) .................................... 32
4
1X REGISTERS........................................................................................................................................... 35
4.1
FUNCTION CODE 2 (READ INPUT STATUS)................................................................................................ 35
4.1.1
Logical Input Block (Single Bit Data) .............................................................................................. 35
4.1.2
Physical Input Block (Single Bit Data)............................................................................................. 37
4.1.3
Logical Input Block (Two Bit Data with Momentary Change Detection) ........................................ 38
4.1.4
Physical Input Block (Two Bit Data with Momentary Change Detection)....................................... 42
5
4X REGISTERS........................................................................................................................................... 45
5.1
FUNCTION CODE 3 (READ HOLDING REGISTER) .................................................................................... 45
5.1.1
User Programmable Register Block (Defaults)................................................................................ 46
5.1.2
System Status/Configuration Block ................................................................................................... 48
5.1.3
RMS Load Current/Angular Values Block/Other Primary Analog Quantities.................................. 50
5.1.4
RMS Demand Current/Real and Reactive Power Values Block........................................................ 52
5.1.5
RMS Peak Demand Current/Real, Reactive Power Values and Time Stamps Block ....................... 53
5.1.6
RMS Minimum Demand Current/Real, Reactive Power Values and Time Stamps Block ................. 55
5.1.7
Counters Block .................................................................................................................................. 57
5.1.8
Physical and Logical Input/Output State Block ................................................................................ 58
5.2
FUNCTION CODE 16 (PRESET MULTIPLE REGISTER) ............................................................................. 63
5.2.1
Control Mask Block (Read and Write) .............................................................................................. 64
5.3
FUNCTION CODE 23 (READ/WRITE 4X REGISTERS) .............................................................................. 71
5.3.1
Fault Record...................................................................................................................................... 71
5.3.2
Operation Record .............................................................................................................................. 73
5.3.3
Oscillographic Record Data Headers Block ..................................................................................... 81
5.3.4
Oscillographic Digital Records Block............................................................................................... 83
5.3.5
Oscillographic Analog Records Block .............................................................................................. 84
5.3.6
Oscillographic Control and Status Block.......................................................................................... 85
5.3.7
Load Profile Data Header................................................................................................................. 86
5.3.8
Load Profile Data Block.................................................................................................................... 87
5.3.9
Load Profile Control Block ............................................................................................................... 89
5.3.10 Power Quality Records...................................................................................................................... 90
5.3.11 Power Quality Statistics .................................................................................................................... 92
5.3.12 Power Quality RMS Records............................................................................................................. 93
5.3.13 Power Quality Control and Status Block .......................................................................................... 94
5.3.14 Power Quality Informational Block .................................................................................................. 95
6
6X REGISTERS........................................................................................................................................... 97
9
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1
FUNCTION CODE 20 (READ GENERAL REFERENCE) FUNCTION CODE 21 (WRITE GENERAL
REFERENCE).........................................................................................................................................................97
6.1.1
Programmable Input Select, Index, and Feedback Masks...............................................................107
6.1.2
Programmable Input Input Invert, AND/OR Select, & Output Invert Mask....................................109
6.1.3
Programmable User Defined Input Names .....................................................................................111
6.1.4
Programmable Output Select and Index..........................................................................................112
6.1.5
Programmable Output Input Invert, AND/OR Select, & Output Invert Mask .................................114
6.1.6
Programmable Output User Defined Strings ..................................................................................116
6.1.7
Programmable Output Delays.........................................................................................................117
6.1.8
Relay Settings...................................................................................................................................118
6.1.8.1.
Primary Settings Group................................................................................................................122
6.1.8.2.
Alternate 1 Settings Group ...........................................................................................................124
6.1.8.3.
Alternate 2 Settings Group ...........................................................................................................126
6.1.9
Configuration Settings .....................................................................................................................128
6.1.10 Counter Settings...............................................................................................................................130
6.1.11 Alarm Settings..................................................................................................................................131
6.1.12 Real Time Clock...............................................................................................................................132
6.1.13 ULO Connection Settings and User Names.....................................................................................133
6.1.14 ULI User Names ..............................................................................................................................134
6.1.15 FLI User Names and Indices ...........................................................................................................135
6.1.16 Communications Settings.................................................................................................................137
6.1.17 Modbus Global Register Mapping Block.........................................................................................139
6.1.18 User Definable Register Configuration Block.................................................................................140
6.1.19 Miscellaneous Settings.....................................................................................................................145
6.1.20 Oscillographics Data Capture Settings ...........................................................................................146
6.1.21 Programmable Curve Parameters...................................................................................................147
6.1.22 Programmable Curve Data Settings................................................................................................148
6.1.23 Programmable Curve Pointer Table Settings..................................................................................150
6.1.24
Breaker Failure Unit Settings..........................................................................................................152
6.1.25 Master Trip Output Assignment.......................................................................................................153
6.1.26 Load Profile Attribute Assignment (Future) ....................................................................................154
6.1.27 Power Quality Settings......................................................................................................................155
6.1.28 Protection Settings (PCD2000 Revision V2.00 and above, also SCD where applicable).....................157
6.1.29 Recloser Settings (PCD Revision V2.00 and above)...........................................................................160
6.1.30 Fault Indicator / Sectionalizer Settings (SCD only.).........................................................................162
6.1.31 Loop Control Module Settings.........................................................................................................163
6.1.32 DNP Binary Inputs Assignable Class Settings (PCD Rev. 2.40 and above) ...................................164
6.1.33 DNP Analog Inputs Assignable Class Settings (PCD Rev. 2.40 and above)...................................168
6.1.34 DNP Binary Inputs Assignable Point Index Settings.......................................................................171
6.1.35 DNP Analog Inputs Assignable Point Index Settings ......................................................................178
7
CATALOG DEPENDENCIES..................................................................................................................183
7.1
I/O MAPPING WITH RESPECT TO DIFFERENT CATALOG TYPES ...........................................................183
7.1.1
SCD and PCD Catalogued for Three Phase Operation (xxxx-xxxx-xx-x0xx)..................................183
7.1.2
PCD Catalogued for Single Phase Operation (xxxx-xxxx-x1-x1xx) ................................................184
10
PCD MODBUS® Protocol Implementation Details
ABB Inc.
1 Introduction
The purpose of this document is to describe the specific implementation of the Modicon Modbus
protocol on the ABB Power Control Device (PCD) and the Switch Control Device (SCD). This
document, in conjunction with the Modicon Modbus Protocol Reference Guide (PI-MBUS-300),
published by Modicon, Inc., provides complete information on how to communicate with the
PCD/SCD via the Modbus Protocol.
Historically, the PCD/SCD product family is a descendent of the ABB DPU-2000R. The PCD
software is based on the DPU-2000R software version 1.81 and includes the basic point set of the
DPU up to that point. In the field, this means that replacing a DPU-2000R with a PCD should require
minimal configuration changes or application changes to the master computer.
The SCD is based on the same platform and firmware application as the PCD with enhancements
supporting load break switch control. Most of the registers are common between the PCD and SCD
and, where different, are appropriately designated.
The PCD supports serial Modbus ASCII and Modbus RTU. The front panel optical port always
communicates in Modbus ASCII mode. The rear panel RS232, RS485 or fiber optic ports can be
switched to either Modbus mode or DNP 3.0 (through a catalog option) through the front panel or
through configuration software.
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PCD MODBUS® Protocol Implementation Details
ABB Inc.
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PCD MODBUS® Protocol Implementation Details
ABB Inc.
2 Configuration
2.1
End-User Configuration
Through the front panel interface of the PCD, various operating parameters may be changed by the
end-user. The parameters that directly or indirectly configure the operation of the Modbus driver are
listed in the table below and described in subsequent sections. The parameters are stored in nonvolatile memory and are therefore preserved even when the PCD is powered-down. The front panel
of the PCD has a UNICOM II™ port and is always communicating in the Modbus ASCII protocol.
Label
Unit Address
FP Baud
FP Frame
RP Baud
RB Frame
RP Protocol
Description
network address
serial baud rate
Range
Units
0-FFF (hex)
address
300, 1200,
baud
2400, 4800,
9600
parity, data bits, stop bits
N,8,1 N,8,2
parity,bits, bits
serial baud rate
300, 1200, 2400,
baud
4800, 9600,
19200
parity, data bits, stop bits
N, 8, 1 E, 8, 1
parity,bits,
O, 8, 1
bits
N, 8, 2, E, 7, 1
O, 7, 1
N, 7, 2.
protocol selection
ASCII (Modbus)
RTU (Modbus)
DNP3.0*
Table 1: Front Panel End-User Configuration Options
Default
1
9600
N,8,1
9600
N, 8, 1
RTU
*DNP 3.0 is available as a catalog option on the PCD
Unit Address – This parameter specifies the “network” address of the PCD with respect to all other
devices communicating on the same physical network as the PCD. The value is specified in
hexadecimal on the front panel, and may range from between 0 and hex FFF, inclusive. Changing
this value will cause a “warm” restart of the DNP 3.0 communication process.
RP Baud – The serial baud rate for DNP communications. It can be set to one of: 300, 1200, 2400,
4800, 9600, or 19200. Changing this value will cause a “warm” restart of the DNP 3.0 communication
process.
RP Frame – The description of the parity, number of data bits, and number of stop bits. The possible
values are “N, 8, 1,” “E, 8, 1,” “O, 8, 1.” “N, 8, 2,” “E, 7, 1,” “O, 7, 1,” and “N, 7, 2.” Typically, most
DNP 3.0 devices use “N, 8, 1” - no parity, 8 data bits, and 1 stop bit. Changing this value will cause a
“warm” restart of the DNP 3.0 communication process.
RP Protocol – This parameter specifies the communication protocol selection for Rear Port 1. It has
three possible values: ASCII (for ASCII mode Modbus), RTU (for RTU mode Modbus), and DNP 3.0.
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PCD MODBUS® Protocol Implementation Details
ABB Inc.
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PCD MODBUS® Protocol Implementation Details
ABB Inc.
3 0x Registers
3.1
FUNCTION CODE 1 (READ COIL STATUS)
The output and input data blocks are split into two data types single bit data and two bit data. The
single bit data allows the master to poll the present state of an input or output. The two bit data type
assigns two bits of data for each input or output. The first bit is the present state of the input or output
and the second bit is a momentary change status bit. The momentary change status bit contains
information in that the input or output transitioned between two state from the last time that data was
polled. This allows the master to detect if it missed any change in state of the input or output
between polling sequences.
Single bit data is packed in consecutive order from the start register and one bit per I/O contains the
present state.
The following example is for a master poll of Register 00009 collecting 16 Coils. The slave device’s
logic is such that the 50N2 and 67P are the only outputs that are turned on. The following 16 bit
register response will be generated from the slave PCD.
high byte
Coil
16
15
14
13
12
11
10
9
bit
position
Binary
data
7
6
5
4
3
2
1
0
1
0
0
0
0
0
low
byte
24
23
22
21
20
19
18
17
0
7
6
5
4
3
2
1
0
1
0
0
0
0
0
0
0
0
Now if the read coil status used the two bit register, the master would poll for Register 00529
collecting 32 Coils. If the slave device’s logic is such that the 50N2 and 67P are the only outputs that
are turned on and since the last poll, the state of the 67P transitioned from On to Off back to On
again. The following two 16 bit register response will be generated.
15
PCD MODBUS® Protocol Implementation Details
ABB Inc.
First register
High byte Coil
536
535
534
533
532
531
530
529
Bit position
7
6
5
4
3
2
1
0
Binary data
0
0
0
0
0
0
0
1
Low byte Coil
544
543
542
541
540
539
538
537
Bit position
7
6
5
4
3
2
1
0
Binary data
0
0
1
1
0
0
0
0
High byte Coil
552
551
550
549
548
547
546
545
Bit position
7
6
5
4
3
2
1
0
Binary data
0
0
0
0
0
0
0
0
Low byte Coil
560
559
558
557
556
555
554
553
Bit position
7
6
5
4
3
2
1
0
Binary data
0
0
1
1
0
0
0
0
Second register
In the example above, bit positions 5 and 4 in the low byte of the first register are both set. Bit
position 4 indicates the present state of the 67P output, a one indicates it is on. Bit position 5 is the
momentary change detect for 67P, it is also set indicating that the output transitioned through multiple
changes since the last polling sequence of that register. Once a coil is read using the two bit data
register method the momentary change bit is cleared within the slave device. Furthermore, the
momentary bit cannot be read without its respective logical bit being read at the same time and viceversa.
16
PCD MODBUS® Protocol Implementation Details
ABB Inc.
3.1.1
Logical Output Block (Single Bit Data)
(Note: * means Sealed In output)
REGISTER
NMEMONIC
DESCRIPTION
00001
00002
TRIP
CLOSE
Main Trip Output
Main Close Output
PRODUCT
PCD
PCD
00003
ALARM
Self Test Alarm Output
PCD
00004
27
Undervoltage Alarm (any phase)
ALL
00005
46
Negative Sequence Overcurrent Alarm
ALL
00006
50P1
50P-1 Trip Alarm
PCD
00007
50N1
50N-1 Trip Alarm
PCD
00008
50P2
50P-2 Trip Alarm
PCD
00009
50N2
50N-2 Trip Alarm
PCD
00010
50P3
50P-3 Trip Alarm
PCD
00011
50N3
50N-3 Trip Alarm
PCD
00012
51P
51P Trip Alarm
PCD
00013
51N
51N Trip Alarm
PCD
00014
59
Overvoltage Alarm (any phase)
ALL
00015
67P
67P Trip Alarm
PCD
00016
67N
67N Trip Alarm
PCD
00017
81S-1
First Step Underfrequency Shed Alarm
ALL
00018
81R-1
First Step Underfrequency Restore Alarm
ALL
00019
PATA
Phase A Target Alarm
ALL
00020
PBTA
Phase B Target Alarm
ALL
00021
PCTA
Phase C Target Alarm
ALL
00022
TCFA
Trip Circuit Failure Alarm
ALL
00023
TCC
Tap Change Cutout Contact
PCD
00024
79DA
Recloser Disabled Alarm
PCD
00025
PUA
Pickup Alarm
ALL
00026
79LOA
Lockout Alarm (Three phase mode)
PCD
00027
BFA
Breaker Fail Alarm (Three phase mode)
PCD
00028
PDA
Phase Demand Alarm
ALL
00029
NDA
Neutral Demand Alarm
ALL
00030
BFUA
Blown Fuse Alarm
PCD
00031
KSI
KSI Summation Alarm
ALL
00032
79CA1
Reclose Counter 1 Alarm
PCD
00033
HPFA
High Power Factor Alarm
ALL
00034
LPFA
Low Power Factor Alarm
ALL
00035
OCTC
Overcurrent Trip Counter Alarm
ALL
00036
50-1D
50-1 Disable Alarm
PCD
00037
50-2D
50-2 Disable Alarm
PCD
00038
STC
Settings Table Changed Alarm
PCD
00039
ZSC
Zone Sequence Coordination Enabled Alarm
PCD
00040
PH3-D
Phase Units Disabled Alarm
PCD
00041
GRD-D
Neutral Units Disabled Alarm
PCD
00042
32PA
67P Zone Pickup Alarm
PCD
00043
32NA
67N Zone Pickup Alarm
PCD
00044
27-3P
Undervoltage Alarm (Any phase)
ALL
00045
VARDA
VAR Demand Alarm
ALL
00046
79CA2
Reclose Counter 1 Alarm
PCD
00047
TRIPA
Phase A Trip Output
PCD
00048
TRIPB
Phase B Trip Output
PCD
00049
TRIPC
Phase C Trip Output
PCD
00050
27*
Undervoltage Alarm (any phase) (Seal-in)
ALL
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PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
NMEMONIC
DESCRIPTION
00051
00052
46*
50P1*
46 Trip Alarm (Seal-in)
50P-1 Trip Alarm (Seal-in)
PRODUCT
ALL
PCD
00053
50N1*
50N-1 Trip Alarm (Seal-in)
PCD
00054
50P2*
50P-2 Trip Alarm (Seal-in)
PCD
00055
50N2*
50N-2 Trip Alarm (Seal-in)
PCD
00056
50P3*
50P-3 Trip Alarm (Seal-in)
PCD
00057
50N3*
50N-3 Trip Alarm (Seal-in)
PCD
00058
51P*
51P Trip Alarm (Seal-in)
PCD
00059
51N*
51N Trip Alarm (Seal-in)
PCD
00060
59*
Overvoltage Alarm (any phase) (Seal-in)
ALL
00061
67P*
67P Trip Alarm (Seal-in)
PCD
00062
67N*
67N Trip Alarm (Seal-in)
PCD
00063
81S-1*
First Step Underfreq. Shed Alarm (Seal-in)
ALL
00064
81R-1*
First Step Overfreq. Restore Alarm (Seal-in)
ALL
00065
81O-1*
First Step Overfrequency Alarm (Seal-in)
ALL
00066
27-3P*
Undervoltage Alarm (Any phase) (Seal-in)
ALL
00067
TRIPA*
Phase A Trip Output (Seal-in)
PCD
00068
TRIPB*
Phase B Trip Output (Seal-in)
PCD
00069
TRIPC*
Phase C Trip Output (Seal-in)
PCD
00070
ULO1
User Logical Output 1
ALL
00071
ULO2
User Logical Output 2
ALL
00072
ULO3
User Logical Output 3
ALL
00073
ULO4
User Logical Output 4
ALL
00074
ULO5
User Logical Output 5
ALL
00075
ULO6
User Logical Output 6
ALL
00076
ULO7
User Logical Output 7
ALL
00077
ULO8
User Logical Output 8
ALL
00078
ULO9
User Logical Output 9
ALL
00079
PVARA
Positive VAR Alarm
ALL
ALL
00080
NVARA
Negative VAR Alarm
00081
LOADA
Load Current Alarm
ALL
00082
81O-1
First Step Overfrequency Alarm
ALL
00083
81O-2
Second Step Overfrequency Alarm
ALL
00084
81S-2
Second Step Underfrequency Shed Alarm
ALL
00085
81R-2
Second Step Overfrequency Restore Alarm
ALL
00086
81O-2*
Second Step Underfrequency Shed Alarm (Seal-in)
ALL
00087
81S-2*
Second Step Underfrequency Shed Alarm (Seal-in)
ALL
00088
81R-2*
Second Step Overfrequency Restore Alarm (Seal-in)
ALL
00089
CLTA
Cold Load Timer Active Alarm
PCD
00090
Watt1
Positive Watt Alarm 1
ALL
00091
Watt2
Positive Watt Alarm 2
ALL
00092
79CA1*
Reclose Counter 1 Alarm (Seal-in)
PCD
00093
79CA2*
Reclose Counter 2 Alarm (Seal-in)
PCD
00094
SEF*
Sensitive Earth Fault Trip Output (Seal-in)
PCD
00095
SEF
Sensitive Earth Fault Trip Output
PCD
00096
BZONE
Bus Zone Pickup Alarm
ALL
00097
BF Trip
Breaker Failure Module: Trip Output
PCD
00098
BF ReTrip
Breaker Failure Module: Retrip Output
PCD
00099
BF Trip*
Breaker Failure Module: Trip Output (Seal-in)
PCD
00100
BF ReTrip*
Breaker Failure Module: Retrip Output (Seal-in)
PCD
00101
32P
Phase Directional Alarm
PCD
00102
32N
Neutral Directional Alarm
PCD
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PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
NMEMONIC
DESCRIPTION
00103
00104
32P*
32N*
Phase Directional Alarm (Seal-in)
Neutral Directional Alarm (Seal-in)
PRODUCT
PCD
PCD
00105
BFA*
Breaker Fail Alarm (Three phase mode) (Seal-in)
PCD
00106
RBA
Remote Blocked Alarm
ALL
00107
27A
Phase A Undervoltage Alarm
ALL
00108
27B
Phase B Undervoltage Alarm
ALL
00109
27C
Phase C Undervoltage Alarm
ALL
00110
LOAC
Loss Of AC Alarm
ALL
00111
27A*
Phase A Undervoltage Alarm (Seal-in)
ALL
00112
27B*
Phase B Undervoltage Alarm (Seal-in)
ALL
00113
27C*
Phase C Undervoltage Alarm (Seal-in)
ALL
00114
LOAC*
Loss Of AC Alarm (Seal-in)
ALL
00115
TAGOPN
Tag Open Output
ALL
00116
TAGCLS
Tag Close Output
ALL
00117
59A
Phase A Overvoltage Alarm
ALL
00118
59B
Phase B Overvoltage Alarm
ALL
00119
59C
Phase C Overvoltage Alarm
ALL
00120
59-3P
Overvoltage Alarm (Three phase)
ALL
00121
59A*
Phase A Overvoltage Alarm (Seal-in)
ALL
00122
59B*
Phase B Overvoltage Alarm (Seal-in)
ALL
00123
59C*
Phase C Overvoltage Alarm (Seal-in)
ALL
00124
59-3P*
Overvoltage Alarm (Three phase) (Seal-in)
ALL
00125
PTA
Phase Target Alarm
ALL
00126
NTA
Neutral Target Alarm
ALL
00127
CLOSEA
Phase A Close (Single phase mode only)
PCD
00128
CLOSEB
Phase B Close (Single phase mode only)
PCD
00129
CLOSEC
Phase C Close (Single phase mode only)
PCD
00130
FAILA
Phase A Pole Failure (Single phase mode only)
PCD
00131
FAILB
Phase B Pole Failure (Single phase mode only)
PCD
00132
FAILC
Phase C Pole Failure (Single phase mode only)
PCD
00133
50-1A
Phase A 50P-1 Trip Alarm
PCD
00134
50-1B
Phase B 50P-1 Trip Alarm
PCD
00135
50-1C
Phase C 50P-1 Trip Alarm
PCD
00136
50-1A*
Phase A 50P-1 Trip Alarm (Seal-in)
PCD
00137
50-1B*
Phase B 50P-1 Trip Alarm (Seal-in)
PCD
00138
50-1C*
Phase C 50P-1 Trip Alarm (Seal-in)
PCD
00139
50-2A
Phase A 50P-2 Trip Alarm
PCD
00140
50-2B
Phase B 50P-2 Trip Alarm
PCD
00141
50-2C
Phase C 50P-2 Trip Alarm
PCD
00142
50-2A*
Phase A 50P-2 Trip Alarm (Seal-in)
PCD
00143
50-2B*
Phase B 50P-2 Trip Alarm (Seal-in)
PCD
00144
50-2C*
Phase C 50P-2 Trip Alarm (Seal-in)
PCD
00145
50-3A
Phase A 50P-3 Trip Alarm
PCD
00146
50-3B
Phase B 50P-3 Trip Alarm
PCD
00147
50-3C
Phase C 50P-3 Trip Alarm
PCD
00148
50-3A*
Phase A 50P-3 Trip Alarm (Seal-in)
PCD
00149
50-3B*
Phase B 50P-3 Trip Alarm (Seal-in)
PCD
00150
50-3C*
Phase C 50P-3 Trip Alarm (Seal-in)
PCD
00151
51A
Phase A 51P Trip Alarm
PCD
00152
51B
Phase B 51P Trip Alarm
PCD
00153
51C
Phase C 51P Trip Alarm
PCD
00154
51A*
Phase A 51P Trip Alarm (Seal-in)
PCD
19
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
NMEMONIC
DESCRIPTION
00155
00156
51B*
51C*
Phase B 51P Trip Alarm (Seal-in)
Phase C 51P Trip Alarm (Seal-in)
PRODUCT
PCD
PCD
00157
67A
Phase A 67P Trip Alarm
PCD
00158
67B
Phase B 67P Trip Alarm
PCD
00159
67C
Phase C 67P Trip Alarm
PCD
00160
67A*
Phase A 67P Trip Alarm (Seal-in)
PCD
00161
67B*
Phase B 67P Trip Alarm (Seal-in)
PCD
00162
67C*
Phase C 67P Trip Alarm (Seal-in)
PCD
00163
LOCKA
Phase A Lockout (Single Phase Only)
PCD
00164
LOCKB
Phase B Lockout (Single Phase Only)
PCD
00165
LOCKC
Phase B Lockout (Single Phase Only)
PCD
00166
SW1 Trip
Switch 1 Open
SCD
00167
SW1 Close
Switch 1 Close
SCD
00168
SW1 Fail
Switch 1 Failure
SCD
00169
SW2 Trip
Switch 2 Open
SCD
00170
SW2 Close
Switch 2 Close
SCD
00171
SW2 Fail
Switch 2 Failure
SCD
00172
SW3 Trip
Switch 3 Open
SCD
00173
SW3 Close
Switch 3 Close
SCD
00174
SW3 Fail
Switch 3 Failure
SCD
00175
SW4 Trip
Switch 4 Open
SCD
00176
SW4 Close
Switch 4 Close
SCD
00177
SW4 Fail
Switch 4 Failure
SCD
00178
FLTDET
Fault detected
SCD
00179
FLTDET*
Fault Detected (seal-in)
SCD
00180
SW1A
Switch 1 Operations Alarm
SCD
00181
SW2A
Switch 2 Operations Alarm
SCD
00182
SW3A
Switch 3 Operations Alarm
SCD
00183
SW4A
Switch 4 Operations Alarm
SCD
00184
SW1A*
Switch 1 Operations Alarm (seal-in)
SCD
00185
SW2A*
Switch 2 Operations Alarm (seal-in)
SCD
00186
SW3A*
Switch 3 Operations Alarm (seal-in)
SCD
00187
SW4A*
Switch 4 Operations Alarm (seal-in)
SCD
00188
SECALM
Sectionalizer Blocked Alarm
SCD
00189
OSALRM
Sectionalizer One-Shot Enabled Alarm
SCD
00190
PSXFER
Pri to Sec Source Xfer in progress
SCD
00191
SPXFER
Sec to Pri Source Xfer in progress
SCD
00192
PSXFER*
Sealin for PSXFER
SCD
00193
SPXFER*
Sealin for SPXFER
SCD
00194
LCMTRIP
Trip due to LCM
PCD
00195
LCMTRIP*
Sealin for LCMTRIP
PCD
00196
LCMCLOSE
Close due to LCM
PCD
00197
LCMCLOSE*
Sealin for LCMCLOSE
PCD
00198
TAGBTN
Hot tag button status
PCD
00199
LCMMIDPOINT
LCM Midpoint operation
PCD
00200
LCMMIDPOINT*
Sealin for LCM Midpoint operation
PCD
00201
ISD_TRIPA
Trip phase A signal to ISD
PCD
00202
ISD_TRIPB
Trip phase B signal to ISD
PCD
00203
ISD_TRIPC
Trip phase C signal to ISD
PCD
00204
ISD_TRIG
Trigger signal to ISD
PCD
00205
CPU_BATT_FAIL
Replace CPU Battery
PCD
00206
BATT_FAIL
Battery failure
PCD
20
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
NMEMONIC
DESCRIPTION
00207
00208
PRIM_ACTIVE
ALT1_ACTIVE
Primary protection settings group active
Alt1 protection settings group active
00209
ALT2_ACTIVE
Alt2 protection settings group active
PCD
00210
BANK_1
Bank1 settings active
PCD
00211
BANK_2
Bank2 settings active
PCD
21
PRODUCT
PCD
PCD
PCD MODBUS® Protocol Implementation Details
ABB Inc.
3.1.2
Physical Output Block (Single Bit Data)
REGISTER
NMEMONIC
DESCRIPTION
00257
00258
OUT32
OUT31
Physical Output 32
Physical Output 31
PRODUCT
ALL
ALL
00259
OUT30
Physical Output 30
ALL
00260
OUT29
Physical Output 29
ALL
00261
OUT28
Physical Output 28
ALL
00262
OUT27
Physical Output 27
ALL
00263
OUT26
Physical Output 26
ALL
00264
OUT25
Physical Output 25
ALL
00265
OUT24
Physical Output 24
ALL
00266
OUT23
Physical Output 23
ALL
00267
OUT22
Physical Output 22
ALL
00268
OUT21
Physical Output 21
ALL
00269
OUT20
Physical Output 20
ALL
00270
OUT19
Physical Output 19
ALL
00271
OUT18
Physical Output 18
ALL
00272
OUT17
Physical Output 17
ALL
00273
OUT16
Physical Output 16
ALL
00274
OUT15
Physical Output 15
ALL
00275
OUT14
Physical Output 14
ALL
00276
OUT13
Physical Output 13
ALL
00277
OUT12
Physical Output 12
ALL
00278
OUT11
Physical Output 11
ALL
00279
OUT10
Physical Output 10
ALL
00280
OUT9
Physical Output 9
ALL
00281
OUT8
Physical Output 8
ALL
00282
OUT7
Physical Output 7
ALL
00283
OUT6
Physical Output 6
ALL
00284
OUT5
Physical Output 5
ALL
00285
OUT4
Physical Output 4
ALL
00286
OUT3
Physical Output 3
ALL
00287
OUT2
Physical Output 2
ALL
00288
OUT1
Physical Output 1
ALL
22
PCD MODBUS® Protocol Implementation Details
ABB Inc.
3.1.3
Logical Output Block (Two Bit Data with Momentary Change Detection)
Note:
The momentary bit cannot be read without its respective logical bit being read at the same time
and vice-versa.
REGISTER
NMEMONIC
DESCRIPTION
00513
00514
TRIP
Main Trip Output
00515
CLOSE
Main Close Output
00516
00517
ALARM
Self Test Alarm Output
27
Undervoltage Alarm (any phase)
00518
00519
00520
00521
46
Negative Sequence Overcurrent Alarm
50P1
50P-1 Trip Alarm
50N1
50N-1 Trip Alarm
50P2
50P-2 Trip Alarm
50N2
50N-2 Trip Alarm
50P3
50P-3 Trip Alarm
50N3
50N-3 Trip Alarm
51P
51P Trip Alarm
51N
51N Trip Alarm
59
Overvoltage Alarm (any phase)
00522
00523
00524
00525
00526
00527
00528
00529
00530
00531
00532
00533
00534
00535
00536
00537
00538
00539
00540
00541
67P
67P Trip Alarm
00542
00543
67N
67N Trip Alarm
81S-1
First Step Underfrequency Shed Alarm
00544
00545
00546
00547
81R-1
First Step Underfrequency Restore Alarm
PATA
Phase A Target Alarm
PBTA
Phase B Target Alarm
PCTA
Phase C Target Alarm
TCFA
Trip Circuit Failure Alarm
TCC
Tap Change Cutout Contact
79DA
Recloser Disabled Alarm
00548
00549
00550
00551
00552
00553
00554
00555
00556
00557
00558
00559
00560
23
ATTRIBUTE
PRODUCT
Status
Momentary
PCD
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
00561
00562
00563
NMEMONIC
PUA
DESCRIPTION
Pickup Alarm
79LOA
Lockout Alarm (Three phase mode)
00564
00565
BFA
Breaker Fail Alarm (Three phase mode)
PDA
Phase Demand Alarm
00566
00567
00568
00569
NDA
Neutral Demand Alarm
BFUA
Blown Fuse Alarm
KSI
KSI Summation Alarm
00570
00571
00572
00573
00574
00575
79CA1
Reclose Counter 1 Alarm
HPFA
High Power Factor Alarm
00576
00577
00578
00579
LPFA
Low Power Factor Alarm
OCTC
Overcurrent Trip Counter Alarm
50-1D
50-1 Disable Alarm
50-2D
50-2 Disable Alarm
STC
Settings Table Changed Alarm
ZSC
Zone Sequence Coordination Enabled Alarm
PH3-D
Phase Units Disabled Alarm
GRD-D
Neutral Units Disabled Alarm
32PA
67P Zone Pickup Alarm
32NA
67N Zone Pickup Alarm
27-3P
Undervoltage Alarm (Any phase)
00580
00581
00582
00583
00584
00585
00586
00587
00588
00589
00590
00591
00592
00593
00594
00595
00596
00597
00598
00599
00600
00601
VARDA
VAR Demand Alarm
79CA2
Reclose Counter 1 Alarm
TRIPA
Phase A Trip Output
TRIPB
Phase B Trip Output
TRIPC
Phase C Trip Output
27*
Undervoltage Alarm (any phase) (Seal-in)
00602
00603
00604
00605
00606
00607
00608
00609
00610
00611
00612
24
ATTRIBUTE
PRODUCT
Status
Momentary
ALL
ALL
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
PCD
Momentary
PCD
Status
ALL
Momentary
ALL
Status
PCD
Momentary
PCD
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
ALL
Momentary
ALL
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
00613
00614
00615
NMEMONIC
46*
DESCRIPTION
46 Trip Alarm (Seal-in)
50P1*
50P-1 Trip Alarm (Seal-in)
00616
00617
50N1*
50N-1 Trip Alarm (Seal-in)
50P2*
50P-2 Trip Alarm (Seal-in)
50N2*
50N-2 Trip Alarm (Seal-in)
50P3*
50P-3 Trip Alarm (Seal-in)
50N3*
50N-3 Trip Alarm (Seal-in)
51P*
51P Trip Alarm (Seal-in)
51N*
51N Trip Alarm (Seal-in)
59*
Overvoltage Alarm (any phase) (Seal-in)
00618
00619
00620
00621
00622
00623
00624
00625
00626
00627
00628
00629
00630
00631
00632
00633
67P*
67P Trip Alarm (Seal-in)
67N*
67N Trip Alarm (Seal-in)
81S-1*
First Step Underfreq. Shed Alarm (Seal-in)
00634
00635
00636
00637
00638
00639
81R-1*
First Step Overfreq. Restore Alarm (Seal-in)
81O-1*
First Step Overfrequency Alarm (Seal-in)
27-3P*
Undervoltage Alarm (Any phase) (Seal-in)
TRIPA*
Phase A Trip Output (Seal-in)
TRIPB*
Phase B Trip Output (Seal-in)
TRIPC*
Phase C Trip Output (Seal-in)
ULO1
User Logical Output 1
00640
00641
00642
00643
00644
00645
00646
00647
00648
00649
00650
00651
00652
00653
ULO2
User Logical Output 2
ULO3
User Logical Output 3
ULO4
User Logical Output 4
ULO5
User Logical Output 5
ULO6
User Logical Output 6
ULO7
User Logical Output 7
00654
00655
00656
00657
00658
00659
00660
00661
00662
00663
00664
25
ATTRIBUTE
PRODUCT
Status
Momentary
ALL
ALL
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
ALL
Momentary
ALL
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
00665
00666
00667
NMEMONIC
ULO8
DESCRIPTION
User Logical Output 8
ULO9
User Logical Output 9
00668
00669
PVARA
Positive VAR Alarm
NVARA
Negative VAR Alarm
LOADA
Load Current Alarm
81O-1
First Step Overfrequency Alarm
81O-2
Second Step Overfrequency Alarm
81S-2
Second Step Underfrequency Shed Alarm
81R-2
Second Step Overfrequency Restore Alarm
81O-2*
Second Step Underfrequency Shed Alarm
(Seal-in)
81S-2*
Second Step Underfrequency Shed Alarm
(Seal-in)
81R-2*
Second Step Overfrequency Restore Alarm
(Seal-in)
CLTA
Cold Load Timer Active Alarm
Watt1
Positive Watt Alarm 1
00670
00671
00672
00673
00674
00675
00676
00677
00678
00679
00680
00681
00682
00683
00684
00685
00686
00687
00688
00689
00690
00691
00692
00693
Watt2
Positive Watt Alarm 2
79CA1*
Reclose Counter 1 Alarm (Seal-in)
79CA2*
Reclose Counter 2 Alarm (Seal-in)
SEF*
Sensitive Earth Fault Trip Output (Seal-in)
SEF
Sensitive Earth Fault Trip Output
BZONE
Bus Zone Pickup Alarm
00694
00695
00696
00697
00698
00699
00700
00701
00702
00703
00704
00705
BF Trip
Breaker Failure Module: Trip Output
BF ReTrip
Breaker Failure Module: Retrip Output
BF Trip*
Breaker Failure Module: Trip Output (Seal-in)
BF ReTrip*
Breaker Failure Module: Retrip Output (Seal-in)
32P
Phase Directional Alarm
32N
Neutral Directional Alarm
00706
00707
00708
00709
00710
00711
00712
00713
00714
00715
00716
26
ATTRIBUTE
PRODUCT
Status
Momentary
ALL
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
PCD
Momentary
PCD
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
ALL
Momentary
ALL
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
00717
00718
00719
NMEMONIC
32P*
DESCRIPTION
Phase Directional Alarm (Seal-in)
32N*
Neutral Directional Alarm (Seal-in)
00720
00721
BFA*
Breaker Fail Alarm (Three phase mode) (Sealin)
RBA
Remote Blocked Alarm
00722
00723
00724
00725
27A
Phase A Undervoltage Alarm
27B
Phase B Undervoltage Alarm
27C
Phase C Undervoltage Alarm
LOAC
Loss Of AC Alarm
27A*
Phase A Undervoltage Alarm (Seal-in)
27B*
Phase B Undervoltage Alarm (Seal-in)
27C*
Phase C Undervoltage Alarm (Seal-in)
LOAC*
Loss Of AC Alarm (Seal-in)
TAGOPN
Tag Open Output
TAGCLS
Tag Close Output
59A
Phase A Overvoltage Alarm
59B
Phase B Overvoltage Alarm
59C
Phase C Overvoltage Alarm
59-3P
Overvoltage Alarm (Three phase)
59A*
Phase A Overvoltage Alarm (Seal-in)
59B*
Phase B Overvoltage Alarm (Seal-in)
59C*
Phase C Overvoltage Alarm (Seal-in)
59-3P*
Overvoltage Alarm (Three phase) (Seal-in)
PTA
Phase Target Alarm
NTA
Neutral Target Alarm
CLOSEA
Phase A Close (Single phase mode only)
CLOSEB
Phase B Close (Single phase mode only)
00726
00727
00728
00729
00730
00731
00732
00733
00734
00735
00736
00737
00738
00739
00740
00741
00742
00743
00744
00745
00746
00747
00748
00749
00750
00751
00752
00753
00754
00755
00756
00757
00758
00759
00760
00761
00762
00763
00764
00765
00766
00767
00768
27
ATTRIBUTE
PRODUCT
Status
Momentary
PCD
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
00769
00770
00771
NMEMONIC
CLOSEC
DESCRIPTION
Phase C Close (Single phase mode only)
FAILA
Phase A Pole Failure (Single phase mode only)
00772
00773
FAILB
Phase B Pole Failure (Single phase mode only)
FAILC
Phase C Pole Failure (Single phase mode only)
50-1A
Phase A 50P-1 Trip Alarm
50-1B
Phase B 50P-1 Trip Alarm
50-1C
Phase C 50P-1 Trip Alarm
50-1A*
Phase A 50P-1 Trip Alarm (Seal-in)
50-1B*
Phase B 50P-1 Trip Alarm (Seal-in)
50-1C*
Phase C 50P-1 Trip Alarm (Seal-in)
50-2A
Phase A 50P-2 Trip Alarm
50-2B
Phase B 50P-2 Trip Alarm
50-2C
Phase C 50P-2 Trip Alarm
50-2A*
Phase A 50P-2 Trip Alarm (Seal-in)
50-2B*
Phase B 50P-2 Trip Alarm (Seal-in)
50-2C*
Phase C 50P-2 Trip Alarm (Seal-in)
50-3A
Phase A 50P-3 Trip Alarm
50-3B
Phase B 50P-3 Trip Alarm
50-3C
Phase C 50P-3 Trip Alarm
50-3A*
Phase A 50P-3 Trip Alarm (Seal-in)
50-3B*
Phase B 50P-3 Trip Alarm (Seal-in)
50-3C*
Phase C 50P-3 Trip Alarm (Seal-in)
51A
Phase A 51P Trip Alarm
51B
Phase B 51P Trip Alarm
51C
Phase C 51P Trip Alarm
51A*
Phase A 51P Trip Alarm (Seal-in)
00774
00775
00776
00777
00778
00779
00780
00781
00782
00783
00784
00785
00786
00787
00788
00789
00790
00791
00792
00793
00794
00795
00796
00797
00798
00799
00800
00801
00802
00803
00804
00805
00806
00807
00808
00809
00810
00811
00812
00813
00814
00815
00816
00817
00818
00819
00820
28
ATTRIBUTE
PRODUCT
Status
Momentary
PCD
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
00821
00822
00823
NMEMONIC
51B*
DESCRIPTION
Phase B 51P Trip Alarm (Seal-in)
51C*
Phase C 51P Trip Alarm (Seal-in)
00824
00825
67A
Phase A 67P Trip Alarm
67B
Phase B 67P Trip Alarm
67C
Phase C 67P Trip Alarm
67A*
Phase A 67P Trip Alarm (Seal-in)
67B*
Phase B 67P Trip Alarm (Seal-in)
67C*
Phase C 67P Trip Alarm (Seal-in)
LOCKA
Phase A Lockout (Single Phase Only)
LOCKB
Phase B Lockout (Single Phase Only)
LOCKC
Phase C Lockout (Single Phase Only)
SW1 Trip
Switch 1 Open
SW1 Close
Switch 1 Close
SW1 Fail
Switch 1 Failure
SW2 Trip
Switch 2 Open
SW2 Close
Switch 2 Close
SW2 Fail
Switch 2 Failure
SW3 Trip
Switch 3 Open
SW3 Close
Switch 3 Close
SW3 Fail
Switch 3 Failure
SW4 Trip
Switch 4 Open
SW4 Close
Switch 4 Close
SW4 Fail
Switch 4 Failure
FLTDET
Fault detected
FLTDET*
Fault detected (Seal-in)
SW1A
Switch 1 Operations Alarm
00826
00827
00828
00829
00830
00831
00832
00833
00834
00835
00836
00837
00838
00839
00840
00841
00842
00843
00844
00845
00846
00847
00848
00849
00850
00851
00852
00853
00854
00855
00856
00857
00858
00859
00860
00861
00862
00863
00864
00865
00866
00867
00868
00869
00870
00871
00872
29
ATTRIBUTE
PRODUCT
Status
Momentary
PCD
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
00873
00874
00875
NMEMONIC
SW2A
DESCRIPTION
Switch 2 Operations Alarm
SW3A
Switch 3 Operations Alarm
00876
SW4A
Switch 4 Operations Alarm
SW1A*
Switch 1 Operations Alarm (seal-in)
SW2A*
Switch 2 Operations Alarm (seal-in)
SW3A*
Switch 3 Operations Alarm (seal-in)
SW4A*
Switch 4 Operations Alarm (seal-in)
SECALM
Sectionalizer Blocked Alarm
OSALRM
Sectionalizer One-Shot Enabled Alarm
PSXFER
Pri to Sec Source Xfer in progress
SPXFER
Sec to Pri Source Xfer in progress
PSXFER*
Sealin for PSXFER
SPXFER*
Sealin for SPXFER
LCMTRIP
Trip due to LCM
LCMTRIP*
Sealin for LCMTRIP
LCMCLOSE
Close due to LCM
LCMCLOSE*
Sealin for LCMCLOSE
TAGBTN
Hot tag button status
LCMMIDPOINT
LCM Midpoint operation
00911
LCMMIDPOINT*
Sealin for LCM Midpoint operation
00912
00913
ISD_TRIPA
00914
00915
00877
00878
00879
00880
00881
00882
00883
00884
00885
00886
00887
00888
00889
00890
00891
00892
00893
00894
00895
00896
00897
00898
00899
00900
00901
00902
00903
00904
00905
00906
00907
1
00908
1
00909
00910
ATTRIBUTE
PRODUCT
Status
Momentary
SCD
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Trip phase A signal to ISD
Momentary
Status
PCD
PCD
ISD_TRIPB
Trip phase B signal to ISD
Momentary
Status
PCD
PCD
00916
00917
ISD_TRIPC
Trip phase C signal to ISD
Momentary
Status
PCD
PCD
00918
00919
ISD_TRIG
Trigger signal to ISD
Momentary
Status
PCD
PCD
00920
00921
CPU_BATT_FAIL
Replace CPU Battery
Momentary
Status
PCD
PCD
00922
00923
BATT_FAIL
Battery failure
Momentary
Status
PCD
PCD
Momentary
PCD
00924
30
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
00925
00926
00927
NMEMONIC
PRIM_ACTIVE
DESCRIPTION
Primary protection settings group active
ALT1_ACTIVE
Alt1 protection settings group active
00928
00929
ALT2_ACTIVE
Alt2 protection settings group active
BANK1_ACTIVE
Bank1 protection settings active
BANK2_ACTIVE
Bank2 protection settings active
00930
00931
00932
00933
00934
ATTRIBUTE
PRODUCT
Status
Momentary
PCD
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Notes:
1. These are available only on PCDs with style chart numbers XR3X-XXXX-XX-XXXX.
31
PCD MODBUS® Protocol Implementation Details
ABB Inc.
3.1.4
Physical Output Block (Two Bit Data with Momentary Change Detection)
Note:
The momentary bit cannot be read without its respective logical bit being read at the same time
and vice-versa.
REGISTER
NMEMONIC
DESCRIPTION
01025
OUT32
Physical Output 32, Status
PRODUCT
ALL
01026
OUT32
Physical Output 32, Momentary
ALL
01027
OUT31
Physical Output 31, Status
ALL
01028
OUT31
Physical Output 31, Momentary
ALL
01029
OUT30
Physical Output 30, Status
ALL
01030
OUT30
Physical Output 30, Momentary
ALL
01031
OUT29
Physical Output 29, Status
ALL
01032
OUT29
Physical Output 29, Momentary
ALL
01033
OUT28
Physical Output 28, Status
ALL
01034
OUT28
Physical Output 28, Momentary
ALL
01035
OUT27
Physical Output 27, Status
ALL
01036
OUT27
Physical Output 27, Momentary
ALL
01037
OUT26
Physical Output 26, Status
ALL
01038
OUT26
Physical Output 26, Momentary
ALL
01039
OUT25
Physical Output 25, Status
ALL
01040
OUT25
Physical Output 25, Momentary
ALL
01041
OUT24
Physical Output 24, Status
ALL
01042
OUT24
Physical Output 24, Momentary
ALL
01043
OUT23
Physical Output 23, Status
ALL
01044
OUT23
Physical Output 23, Momentary
ALL
01045
OUT22
Physical Output 22, Status
ALL
01046
OUT22
Physical Output 22, Momentary
ALL
01047
OUT21
Physical Output 21, Status
ALL
01048
OUT21
Physical Output 21, Momentary
ALL
01049
OUT20
Physical Output 20, Status
ALL
01050
OUT20
Physical Output 20, Momentary
ALL
01051
OUT19
Physical Output 19, Status
ALL
01052
OUT19
Physical Output 19, Momentary
ALL
01053
OUT18
Physical Output 18, Status
ALL
01054
OUT18
Physical Output 18, Momentary
ALL
01055
OUT17
Physical Output 17, Status
ALL
01056
OUT17
Physical Output 17, Momentary
ALL
01057
OUT16
Physical Output 16, Status
ALL
01058
OUT16
Physical Output 16, Momentary
ALL
01059
OUT15
Physical Output 15, Status
ALL
01060
OUT15
Physical Output 15, Momentary
ALL
01061
OUT14
Physical Output 14, Status
ALL
01062
OUT14
Physical Output 14, Momentary
ALL
01063
OUT13
Physical Output 13, Status
ALL
01064
OUT13
Physical Output 13, Momentary
ALL
01065
OUT12
Physical Output 12, Status
ALL
01066
OUT12
Physical Output 12, Momentary
ALL
01067
OUT11
Physical Output 11, Status
ALL
01068
OUT11
Physical Output 11, Momentary
ALL
32
PCD MODBUS® Protocol Implementation Details
ABB Inc.
01069
OUT10
Physical Output 10, Status
ALL
01070
OUT10
Physical Output 10, Momentary
ALL
01071
OUT9
Physical Output 9, Status
ALL
01072
OUT9
Physical Output 9, Momentary
ALL
01073
OUT8
Physical Output 8, Status
ALL
01074
OUT8
Physical Output 8, Momentary
ALL
01075
OUT7
Physical Output 7, Status
ALL
01076
OUT7
Physical Output 7, Momentary
ALL
01077
OUT6
Physical Output 6, Status
ALL
01078
OUT6
Physical Output 6, Momentary
ALL
01079
OUT5
Physical Output 5, Status
ALL
01080
OUT5
Physical Output 5, Momentary
ALL
01081
OUT4
Physical Output 4, Status
ALL
01082
OUT4
Physical Output 4, Momentary
ALL
01083
OUT3
Physical Output 3, Status
ALL
01084
OUT
Physical Output 3, Momentary
ALL
01085
OUT2
Physical Output 2, Status
ALL
01086
OUT2
Physical Output 2, Momentary
ALL
01087
OUT1
Physical Output 1, Status
ALL
01088
OUT1
Physical Output 1, Momentary
ALL
33
PCD MODBUS® Protocol Implementation Details
ABB Inc.
(This page is intentionally blank.)
34
PCD MODBUS® Protocol Implementation Details
ABB Inc.
4 1X REGISTERS
4.1
4.1.1
FUNCTION CODE 2 (READ INPUT STATUS)
Logical Input Block (Single Bit Data)
REGISTER
NMEMONIC
DESCRIPTION
10001
52a
52a Contact Input
PRODUCT
10002
52b
52b Contact Input
PCD
10003
43a
43a Contact Input (Recloser Disable)
PCD
10004
PH3
Phase Torque Control
PCD
10005
GRD
Neutral Torque Control
PCD
10006
SCC
Springs Charged Contact Input
PCD
10007
79S
Single Shot Reclose Initiate Input
PCD
PCD
10008
79M
Mult-shot Reclose Initiate Input
PCD
10009
TCM
Trip Coil Monitor Input
PCD
10010
50-1
50-1 Torque Control (Phase and Neutral)
PCD
10011
50-2
50-2 Torque Control (Phase and Neutral)
PCD
10012
50-3
50-3 Torque Control (Phase and Neutral)
PCD
10013
ALT1
Alternate Setting Group 1 Enable
ALL
10014
ALT2
Alternate Setting Group 2 Enable
ALL
10015
ECI1
Event Capture Initiate 1
ALL
10016
ECI2
Event Capture Initiate 2
ALL
10017
WCI
Waveform Capture Initiate
ALL
10018
ZSC
Zone Sequence Control Enable
PCD
10019
OPEN
Open Breaker Initiate
PCD
10020
CLOSE
Close Breaker Initiate
PCD
10021
46
46 Torque Control
ALL
10022
67P
67P Torque Control
PCD
10023
67N
67N Torque Control
PCD
10024
ULI1
User Logical Input 1
ALL
10025
ULI2
User Logical Input 2
ALL
10026
ULI3
User Logical Input 3
ALL
10027
ULI4
User Logical Input 4
ALL
10028
ULI5
User Logical Input 5
ALL
10029
ULI6
User Logical Input 6
ALL
10030
ULI7
User Logical Input 7
ALL
10031
ULI8
User Logical Input 8
ALL
10032
ULI9
User Logical Input 9
ALL
10033
CRI
Clear Reclose and Overcurrent Counters
ALL
10034
ARCI
Automatic Reclose Inhibit
PCD
10035
TARC
Trip and Reclose Initiate
PCD
10036
SEFTC
Sensitive Earth Torque Control
ALL
10037
ExtBFI
External Breaker Failure Initiate
PCD
10038
BFI
Breaker Failure Initiate
PCD
10039
RBI
Remote Block Input
ALL
35
PCD MODBUS® Protocol Implementation Details
ABB Inc.
10040
ALT1Pon
ALT1 Pulse On Input
10041
ALT1Poff
ALT1 Pulse Off Input
ALL
ALL
10042
ALT2Pon
ALT2 Pulse On Input
ALL
10043
ALT2Poff
ALT2 Pulse Off Input
ALL
10044
OPNBLK
Open Control Block Input
ALL
10045
CLSBLK
Close Control Block Input
ALL
10046
TAGMSG
Tag Message Enable Input
ALL
10047
52aA
Phase A 52a Contact (Single Phase Only)
PCD
10048
52aB
Phase B 52a Contact (Single Phase Only)
PCD
10049
52aC
Phase C 52a Contact (Single Phase Only)
PCD
10050
52bA
Phase A 52b Contact (Single Phase Only)
PCD
10051
52bB
Phase B 52b Contact (Single Phase Only)
PCD
10052
52bC
Phase C 52b Contact (Single Phase Only)
PCD
10053
TRIPA
Phase A Trip Initiate (Single Phase Only)
PCD
10054
TRIPB
Phase B Trip Initiate (Single Phase Only)
PCD
10055
TRIPC
Phase C Trip Initiate (Single Phase Only)
PCD
10056
CLOSEA
Phase A Close Initiate (Single Phase Only)
PCD
10057
CLOSEB
Phase B Close Initiate (Single Phase Only)
PCD
10058
CLOSEC
Phase C Close Initiate (Single Phase Only)
PCD
10059
SW1-52a
Switch 1 52a Contact
SCD
10060
SW1-52b
Switch 1 52b Contact
SCD
10061
SW2-52a
Switch 2 52a Contact
SCD
10062
SW2-52b
Switch 2 52b Contact
SCD
10063
SW3-52a
Switch 3 52a Contact
SCD
10064
SW3-52b
Switch 3 52b Contact
SCD
10065
SW4-52a
Switch 4 52a Contact
SCD
10066
SW4-52b
Switch 4 52b Contact
SCD
10067
OPEN1
Switch 1 Open Initiate
SCD
SCD
10068
CLOSE1
Switch 1 Close Initiate
10069
OPEN2
Switch 2 Open Initiate
SCD
10070
CLOSE2
Switch 2 Close Initiate
SCD
10071
OPEN3
Switch 3 Open Initiate
SCD
SCD
10072
CLOSE3
Switch 3 Close Initiate
10073
OPEN4
Switch 4 Open Initiate
SCD
10074
CLOSE4
Switch 4 Close Initiate
SCD
10075
SECBLK
Sectionalize Block
SCD
10076
OSLIM
Sectionalize One-Shot Limit
SCD
10077
FLTDET
Fault Detector Block
SCD
10078
XFERBLK
Source Transfer Block
SCD
10079
XFERPS
Source Transfer P→S Initiate
SCD
10080
XFERSP
Source Transfer S→P Initiate
SCD
10081
RSTRPS
Restoration P→S Initiate
SCD
10082
RSTRSP
Restoration S→P Initiate
SCD
10083
RST_TA
Reset target alarms
ALL
10084
RST_SA
Reset seal in alarms
ALL
36
PCD MODBUS® Protocol Implementation Details
ABB Inc.
4.1.2
Physical Input Block (Single Bit Data)
REGISTER
NMEMONIC
DESCRIPTION
PRODUCT
10257
IN32
Physical Input 32
ALL
10258
IN31
Physical Input 31
ALL
10259
IN30
Physical Input 30
ALL
10260
IN29
Physical Input 29
ALL
10261
IN28
Physical Input 28
ALL
10262
IN27
Physical Input 27
ALL
10263
IN26
Physical Input 26
ALL
10264
IN25
Physical Input 25
ALL
10265
IN24
Physical Input 24
ALL
10266
IN23
Physical Input 23
ALL
10267
IN22
Physical Input 22
ALL
10268
IN21
Physical Input 21
ALL
10269
IN20
Physical Input 20
ALL
10270
IN19
Physical Input 19
ALL
10271
IN18
Physical Input 18
ALL
10272
IN17
Physical Input 17
ALL
10273
IN16
Physical Input 16
ALL
10274
IN15
Physical Input 15
ALL
10275
IN14
Physical Input 14
ALL
10276
IN13
Physical Input 13
ALL
10277
IN12
Physical Input 12
ALL
10278
IN11
Physical Input 11
ALL
10279
IN10
Physical Input 10
ALL
10280
IN9
Physical Input 9
ALL
10281
IN8
Physical Input 8
ALL
10282
IN7
Physical Input 7
ALL
10283
IN6
Physical Input 6
ALL
10284
IN5
Physical Input 5
ALL
10285
IN4
Physical Input 4
ALL
10286
IN3
Physical Input 3
ALL
10287
IN2
Physical Input 2
ALL
10288
IN1
Physical Input 1
ALL
37
PCD MODBUS® Protocol Implementation Details
ABB Inc.
4.1.3
Logical Input Block (Two Bit Data with Momentary Change Detection)
Note:
The momentary bit cannot be read without its respective logical bit being read at the
same time and vice-versa.
REGISTER
NMEMONIC
DESCRIPTION
10513
52a
52a Contact Input
52b
52b Contact Input
43a
43a Contact Input (Recloser Disable)
PH3
Phase Torque Control
GRD
Neutral Torque Control
SCC
Springs Charged Contact Input
79S
Single Shot Reclose Initiate Input
79M
Mult-shot Reclose Initiate Input
TCM
Trip Coil Monitor Input
50-1
50-1 Torque Control (Phase and Neutral)
10514
10515
10516
10517
10518
10519
10520
10521
10522
10523
10524
10525
10526
10527
10528
10529
10530
10531
10532
10533
50-2
50-2 Torque Control (Phase and Neutral)
10534
10535
50-3
50-3 Torque Control (Phase and Neutral)
10536
10537
ALT1
Alternate Setting Group 1 Enable
10538
10539
ALT2
Alternate Setting Group 2 Enable
10540
10541
ECI1
Event Contact Initiate 1
10542
10543
ECI2
Event Contact Initiate 1
10544
10545
WCI
Waveform Capture Initiate
10546
10547
ZSC
Zone Sequence Control Enable
OPEN
Open Breaker Initiate
CLOSE
Close Breaker Initiate
46
46 Torque Control
10548
10549
10550
10551
10552
10553
10554
10555
67P
67P Torque Control
10556
38
ATTRIBUTE
PRODUCT
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
ALL
Momentary
ALL
Status
PCD
Momentary
PCD
PCD MODBUS® Protocol Implementation Details
ABB Inc.
10557
67N
67N Torque Control
10558
10559
ULI1
User Logical Input 1
10560
10561
ULI2
User Logical Input 2
10562
10563
ULI3
User Logical Input 3
10564
10565
ULI4
User Logical Input 4
10566
10567
ULI5
User Logical Input 5
10568
10569
ULI6
User Logical Input 6
10570
10571
ULI7
User Logical Input 7
10572
10573
ULI8
User Logical Input 8
10574
10575
ULI9
User Logical Input 9
10576
10577
CRI
Clear Reclose and Overcurrent Counters
10578
10579
ARCI
Automatic Reclose Inhibit
10580
10581
TARC
Trip and Reclose Initiate
10582
10583
SEFTC
Sensitive Earth Torque Control
10584
10585
ExtBFI
External Breaker Failure Initiate
10586
10587
BFI
Breaker Failure Initiate
10588
10589
RBI
Remote Block Input
10590
10591
ALT1Pon
ALT1 Pulse On Input
10592
10593
ALT1Poff
ALT1 Pulse Off Input
10594
10595
ALT2Pon
ALT2 Pulse On Input
10596
10597
ALT2Poff
ALT2 Pulse Off Input
10598
10599
OPNBLK
Open Control Block Input
CLSBLK
Close Control Block Input
TAGMSG
Tag Message Enable Input
52aA
Phase A 52a Contact (Single Phase Only)
10600
10601
10602
10603
10604
10605
39
Status
PCD
Momentary
PCD
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
ALL
Momentary
ALL
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
PCD
PCD MODBUS® Protocol Implementation Details
ABB Inc.
10606
10607
52aB
Phase B 52a Contact (Single Phase Only)
52aC
Phase C 52a Contact (Single Phase Only)
52bA
Phase A 52b Contact (Single Phase Only)
52bB
Phase B 52b Contact (Single Phase Only)
52bC
Phase C 52b Contact (Single Phase Only)
TRIPA
Phase A Trip Initiate (Single Phase Only)
TRIPB
Phase B Trip Initiate (Single Phase Only)
TRIPC
Phase C Trip Initiate (Single Phase Only)
CLOSEA
Phase A Close Initiate (Single Phase Only)
CLOSEB
Phase B Close Initiate (Single Phase Only)
CLOSEC
Phase C Close Initiate (Single Phase Only)
SW1-52a
Switch 1 52a Contact Input
SW1-52b
Switch 1 52b Contact Input
SW2-52a
Switch 2 52a Contact Input
SW2-52b
Switch 2 52b Contact Input
SW3-52a
Switch 3 52a Contact Input
SW3-52b
Switch 3 52b Contact Input
SW4-52a
Switch 4 52a Contact Input
SW4-52b
Switch 4 52b Contact Input
OPEN1
Switch 1 Open Initiate
CLOSE1
Switch 1 Close Initiate
10608
10609
10610
10611
10612
10613
10614
10615
10616
10617
10618
10619
10620
10621
10622
10623
10624
10625
10626
10627
10628
10629
10630
10631
10632
10633
10634
10635
10636
10637
10638
10639
10640
10641
10642
10643
10644
10645
10646
10647
10648
10649
OPEN2
Switch 2 Open Initiate
10650
10651
CLOSE2
Switch 2 Close Initiate
10652
10653
OPEN3
Switch 3 Open Initiate
10654
40
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
PCD
Momentary
PCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
PCD MODBUS® Protocol Implementation Details
ABB Inc.
10655
CLOSE3
Switch 3 Close Initiate
10656
10657
OPEN4
Switch 4 Open Initiate
10658
10659
CLOSE4
Switch 4 Close Initiate
10660
10661
SECBLK
Sectionalize Block
10662
10663
OSLIM
Sectionalize One-Shot Limit
10664
10665
FLTDET
Fault Detector Block
10666
10667
XFERBLK
Source Transfer Block
10668
10669
XFERPS
Source Transfer P→S Initiate
10670
10671
XFERSP
Source Transfer S→P Initiate
10672
10673
RSTRPS
Restoration P→S Initiate
10674
10675
RSTRSP
Restoration S→P Initiate
10676
10677
RST_TA
Reset target alarns
10678
10679
RST_SA
Reset seal-in alarms
10680
41
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
SCD
Momentary
SCD
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
PCD MODBUS® Protocol Implementation Details
ABB Inc.
4.1.4
Physical Input Block (Two Bit Data with Momentary Change Detection)
Note: The momentary bit cannot be read without its respective logical bit being read at the
same time and vice-versa.
REGISTER
NMEMONIC
DESCRIPTION
01025
01026
IN32
Physical Input 32
01027
IN31
Physical Input 31
01028
01029
IN30
Physical Input 30
IN29
Physical Input 29
IN28
Physical Input 28
IN27
Physical Input 27
IN26
Physical Input 26
IN25
Physical Input 25
IN24
Physical Input 24
IN23
Physical Input 23
IN22
Physical Input 22
IN21
Physical Input 21
IN20
Physical Input 20
IN19
Physical Input 19
IN18
Physical Input 18
IN17
Physical Input 17
IN16
Physical Input 16
IN15
Physical Input 15
IN14
Physical Input 14
IN13
Physical Input 13
IN12
Physical Input 12
IN11
Physical Input 11
IN10
Physical Input 10
IN9
Physical Input 9
01030
01031
01032
01033
01034
01035
01036
01037
01038
01039
01040
01041
01042
01043
01044
01045
01046
01047
01048
01049
01050
01051
01052
01053
01054
01055
01056
01057
01058
01059
01060
01061
01062
01063
01064
01065
01066
01067
01068
01069
01070
01071
01072
42
ATTRIBUTE
PRODUCT
Status
Momentary
ALL
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
PCD MODBUS® Protocol Implementation Details
ABB Inc.
01073
IN8
Physical Input 8
Status
01074
01075
IN7
Physical Input 7
IN6
Physical Input 6
IN5
Physical Input 5
IN4
Physical Input 4
IN3
Physical Input 3
IN2
Physical Input 2
IN1
Physical Input 1
01076
01077
01078
01079
01080
01081
01082
01083
01084
01085
01086
01087
01088
43
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
Status
ALL
Momentary
ALL
PCD MODBUS® Protocol Implementation Details
ABB Inc.
(This page is intentionally blank.)
44
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5 4X REGISTERS
5.1
FUNCTION CODE 3 (READ HOLDING REGISTER)
MODBUS Data Type Definitions
Byte 3
Byte 2
Byte 1
Byte 0
0
1
2
3
Register Offsets of Signed/Unsigned Long
Byte 1
Byte 0
0
1
Register Offsets of Signed/Unsigned Short
Data Type Definitions
Number of 8-bit bytes
Value Ranges
Unsigned Byte
1
(0 to +255)
Signed Byte
1
(-128 to +127)
Unsigned Short
2
(0 to +65535)
Signed Short
2
(-32,768 to +32767)
Unsigned Long
4
(0 to +4,294,967,295)
Signed Long
4
(-2,147,483,648 to
+2,147,483,647)
Note:
Data Byte Order follows the Low Address-High Byte, High Address -Low Byte Convention.
45
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.1.1
User Programmable Register Block (Defaults)
A User programmable registers may contain any valid Modbus register addressed value in the
following data formats. For example, register 40002 contains secondary phase A Amperes scaled
into 12 bits using the Offset Binary Data type. To set up the 40002 register, the user configures the
data type (Offset Bipolar), the number of bits using from the 16 bit register (12 bits), the source
register (40257 which is a 16 bit unsigned value), the number of bits to use starting from the source
register base (16 bits), the Full Scale or Scale factor to apply to the source register (10) and the type
of scaling to be performed on the source register (Current).
As per defaults, when the 40002 register contains a value of 2047, the secondary current is ZERO
and when the register contains a value of 4097, the secondary current is 10 Amps.
40002: Offset Bipolar(12)
40257(16)
10 (Current)
Load Current-A
Data Type
Definitions
Number of 8-bit bytes
Value Ranges
Offset Bipolar
Bipolar
2 only using N Bits
2 only using N Bits
Unipolar
Negative Unipolar
2 only using N Bits
2 only using N Bits
(0 to +2 -1) where 0 = -FS, 2 -1 = 0 and 2 -1 = +FS
N-1
N-1
N-1
N-1
(-2 to + 2 -1)where -2
= -FS, 0 = 0 and 2 -1 =
+FS
N
N
(0 to 2 -1)
where 0 = 0 and 2 -1 = +FS
N
N
(0 to 2 -1) where 0 = 0 and 2 -1 = -FS
N
N-1
N
Register Type: Unipolar, Negative Unipolar, Bipolar, Offset Bipolar
Register Justification: LSB, MSB.
Register Size: 16, 12, 8, 4, 2 bits
Source Register: Any valid 0/1/4xxxxx Register
Source Size/Type: 16, 32 bits/Signed, Unsigned
Full Scale/Scale Range: 1 to 65535
Scale Type: Current, Voltage, Power, Normal, Remainder where
Offset Bipolar Current: Register Value = (2N-1*Source Value / [FS*CT Ratio])+2N-1-1
Offset Bipolar Voltage: Register Value = (2N-1*Source Value / [FS*PT Ratio])+2N-1-1
Offset Bipolar Power: Register Value = (2N-1*Source Value / [FS*CT Ratio*PT Ratio])+2N-1-1
Uni/Neg Uni/Bipolar Normal: Register Value = Source Value / Scale
Uni/Neg Uni/Bipolar Remainder: Register Value = Remainder of [Source Value / Scale]
Note : The values at saturation will be 2N -1 where N is the register size in bits.
PROGRAMMABLE
REGISTER
40001:
40002:
40003:
40004:
40005:
40006:
40007:
40008:
40009:
40010:
40011:
40012:
40013:
40014:
40015:
40016:
40017:
40018:
40019:
REGISTER TYPE
(BITS)
START REGISTER
(BITS/TYPE)
FS OR SCALE
(TYPE)
DESCRIPTION
Unipolar(16,LSB)
Offset Bipolar (12,LSB)
Offset Bipolar (12,LSB)
Offset Bipolar 12,LSB)
Offset Bipolar (12,LSB)
Offset Bipolar (12,LSB)
Offset Bipolar (12,LSB)
Offset Bipolar (12,LSB)
Offset Bipolar (12,LSB)
Offset Bipolar (12,LSB)
Offset Bipolar (12,LSB)
Offset Bipolar (12,LSB)
Offset Bipolar (12,LSB)
Offset Bipolar (12,LSB)
Offset Bipolar (12,LSB)
Unipolar (16,LSB)
Unipolar (16,LSB)
Offset Bipolar (12,LSB)
Unipolar (16,LSB)
40129(16/Unsigned)
40257(16/Unsigned)
40259(16/Unsigned)
40261(16/Unsigned)
40265(32/Unsigned)
40268(32/Unsigned)
40271(32/Unsigned)
40289(32/Signed)
40297(32/Signed)
40283(32/Signed)
40285(32/Signed)
40287(32/Signed)
40291(32/Signed)
40293(32/Signed)
40295(32/Signed)
40158(16/Unsigned)
40160(16/Unsigned)
40261(16/Unsigned)
40305(32/Signed)
1 (Normal)
10 (Current)
10 (Current)
10 (Current)
150 (Voltage)
150 (Voltage)
150 (Voltage)
3000 (Power)
3000 (Power)
1000 (Power)
1000 (Power)
1000 (Power)
1000 (Power)
1000 (Power)
1000 (Power)
1 (Normal)
1 (Normal)
10 (Current)
10000 (Normal)
Relay Status
Load Current A
Load Current B
Load Current C
Voltage VAN
Voltage VBN
Voltage VCN
3 Phase Watts
3 Phase VARs
Phase A Watts
Phase B Watts
Phase C Watts
Phase A VARs
Phase B VARs
Phase C VARs
Phase CT Ratio
PT Ratio
Load Current N
+3 Phase kWatthours (high)
46
PCD MODBUS® Protocol Implementation Details
ABB Inc.
40020:
40021:
40022:
40023:
40024:
40025:
40026:
40027:
40028-32
Unipolar (16,LSB)
Neg Unipolar (16,LSB)
Neg Unipolar (16,LSB)
Unipolar (16,LSB)
Unipolar (16,LSB)
Neg Unipolar (16,LSB)
Neg Unipolar (16,LSB)
Unipolar (16,LSB)
40305(32/Signed)
40305(32/Signed)
40305(32/Signed)
40313(32/Signed)
40313(32/Signed)
40313(32/Signed)
40313(32/Signed)
40327(16/Unsigned)
47
10000 (Remainder)
10000 (Normal)
10000 (Remainder)
10000 (Normal)
10000 (Remainder)
10000 (Normal)
10000 (Remainder)
1 (Normal)
+3 Phase kWatthours (Low)
-3 Phase kWatthours (High)
-3 Phase kWatthours (Low)
+3 Phase kVARhours (High)
+3 Phase kVARhours (Low)
-3 Phase kVARhours (High)
-3 Phase kVARhours (Low)
System Frequency
Spares
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.1.2
System Status/Configuration Block
REGISTER
DATA SIZE
40129
Unsigned Short
40130-131:
Unsigned Long
40132
Unsigned Short
40133-142
40143
40144
40145
40146
40147-148
40149-157
40158
40159
40160
40161
40162
40163
40164
40165
40166
40167
40168
40169
20 Char String (NULL Term)
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Long
SCALE
100
10
10
100
1
18 Char String(NULL Term)
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
1
1
1
1
1
1
1
1
1
DESCRIPTION
Relay Status
Bit 15-13: Spare
Bit 12: Settings Bank2 active
Bit 11: Settings Bank1 active
Bit 10: New Minimum Demand Value
Bit 9: New Peak Demand Value
Bit 8: New Operation Recorded
Bit 7: Control Power Cycled
Bit 6: New Fault Recorded
Bit 5: Alternate 2 Settings Active
Bit 4: Alternate 1 Settings Active
Bit 3: Remote Edit Disable
Bit 2: Local Settings Changed
Bit 1: Contact Input Changed
Bit 0: Selftest Status
Diagnostic Status Flag
Bit 31-16: Spare
Bit 15: DSP COP FAILURE
Bit 14: DSP +5V FAILURE
Bit 13: DSP +/-15V FAILURE
Bit 12: SPARE
Bit 11: DSP ADC FAILURE
Bit 10: DSP EXT RAM FAILURE
Bit 9: DSP INT RAM FAILURE
Bit 8: DSP ROM FAILURE
Bit 7: Spare
Bit 6: Spare
Bit 5: Spare
Bit 4: Spare
Bit 3: CPU EEPROM FAILURE
Bit 2: CPU NVRAM FAILURE
Bit 1: CPU EPROM FAILURE
Bit 0: CPU RAM FAILURE
Relay Configuration
Bit 15-2: Spare
Bit 1: 0=kWhr/kVARhr,1=MWhr/MVARhr
Bit 0: 0= Wye PT, 1=Delta PT
1
Catalog Number
CPU Software Version Number
CT/PT Calibration Software Version Number
Front Panel Controller Software Version Number
Auxiliary Communication Software Version Num
Serial Number
Unit Name
Phase CT Ratio
Neutral CT Ratio
PT Ratio
Last Power Fail Timestamp Year
Last Power Fail Timestamp Month
Last Power Fail Timestamp Day
Last Power Fail Timestamp Hours
Last Power Fail Timestamp Minutes
Last Power Fail Timestamp Seconds
Last Power Fail Timestamp Milliseconds
Last Power Fail Type
Last Power Fail State Machine Current State
Bits 0 to 4 : Phase A Recloser State
0
Pole Closed State
1
Pole Opening State
2
Pole Fail to Open State
3
Open Synchronizing State
4
Pole Open State
5
Pole Locked Out State
48
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
DATA SIZE
SCALE
40170-171
Unsigned Long
1
40172
Unsigned Short
1
40173
Unsigned Short
1
40174
40175
Unsigned Short
Unsigned Short
1
1
40176-177
40178-179
40180-181
40182-183
40184-185
40186-187
40188-189
40190
40191
40192
Unsigned Long
Unsigned Long
Unsigned Long
Unsigned Long
Unsigned Long
Unsigned Long
Unsigned Long
Unsigned Short
Unsigned Short
Unsigned Short
1
1
1
1
1
1
1
100
1
1
Note:
DESCRIPTION
6
Pole Closing State
7
Pole Failed to Close State
8
Pole Indeterminate State
9
Control Switch Failure State
10
Pole Failed in Closed State
11
Original Mode Fail Closing State
12
Original Mode Fail to Close State
13
Original Mode Indeterm. State
14
Diagnostics Failure State
Bits 5 to 9 : Phase B Recloser (same state list as above)
Bits 10 to 14 : Phase C Recloser (same state list as above)
Bit 15 :
0 = Three Phase Mode, 1 = Single Phase Mode
Fast Status Response
Bit 31-23: Spare
Bit 22: 1= One or More Unreported Operations
Records
Bit 21-16: Division Code = 00101 binary
Bit 15-10: Product Code = 001110 binary
Bit 9-8: Spare
Bit 7-6: Reserved for Corporate Status
Bit 5: Reserved for Local Operator Action
Bit 4-0: Spare
Last Communications Error Comm Port Type
2=RS232,3=RS485
Last Communications Error Command
(MODBUS Function Code)
Last Communications Error Register Register
Last Communications Error Type
1 Invalid password
2 Checksum Error
3 The block/register or range are invalid
4 Block/Register attempted to be accessed invalid
5 Range of data attempted to be accessed invalid
6 Invalid Data
7 Settings being edited elsewhere in unit or remote
edit disabled
8 A write to one settings group attempted while
actively editing another
9 Breaker state invalid
10 Data entered is below minimum
11 Data entered is above maximum allowed
12 Data entered is out of step
13 Local input block
14 Data not available
15 Destination address out or bound / not suported
32 Reference Type or File Number invalid
33 Too many registers for modbus protocol
34 Invalid Function code
35 Invalid Record control
Editor Write Mask 1
Editor Write Mask 2
Physical Input Availability Mask
Physical Output Availability Mask
Physical Input Lock Mask*
Physical Output Lock Mask*
Feedback Allocation Mask
UPS Firmware version number
CT board ID number
VD board ID number
* is Currently not Supported
1. Refer to the PCD instruction manual for allowable catalog numbers
49
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.1.3
RMS Load Current/Angular Values Block/Other Primary Analog Quantities
(The metered current / voltage will be RMS or Fundamental values, depending on the configuration setting, register
61425, bit 0)
REGISTER
40257
40258:
40259
40260
40261
40262
40263
40264
40265-266
40267
40268-269
40270
40271-272
40273
40274-275
40276
40277-278
40279
40280-281
40282
40283-284
40285-286
40287-288
40289-290
40291-292
40293-294
40295-296
40297-298
40299-300
40301-302
40303-304
40305-306
40307-308
40309-310
40311-312
40313-314
40315
40316
40317
40318
40319
40320
40321-322
40323
40324-325
40326
40327
40328
DATA SIZE
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Long
Unsigned Short
Unsigned Long
Unsigned Short
Unsigned Long
Unsigned Short
Unsigned Long
Unsigned Short
Unsigned Long
Unsigned Short
Unsigned Long
Unsigned Short
Signed Long
Signed Long
Signed Long
Signed Long
Signed Long
Signed Long
Signed Long
Signed Long
Signed Long
Signed Long
Signed Long
Signed Long
Signed Long
Signed Long
Signed Long
Signed Long
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Long
Unsigned Short
Unsigned Long
Unsigned Short
Unsigned Short
Unsigned Short
SCALE
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
100
40329-330
40331
40332-333
40334
40335
40336
Unsigned Long
Unsigned Short
Unsigned Long
Unsigned Short
Signed Short
Unsigned Short
1
1
1
1
100
DESCRIPTION
Load Current-A
Load Current-A Angle
Load Current-B
Load Current-B Angle
Load Current-C
Load Current-C Angle
Load Current-N
Load Current-N Angle
Voltage VAN
Voltage VAN Angle
Voltage VBN
Voltage VBN Angle
Voltage VCN
Voltage VCN Angle
Voltage VAB
Voltage VAB Angle
Voltage VBC
Voltage VBC Angle
Voltage VCA
Voltage VCA Angle
kWatts A
kWatts B
kWatts C
3 Phase kWatts
kVARs A
kVARs B
kVARs C
3 Phase kVARs
kWatt Hours A
kWatt Hours B
kWatt Hours C
kWatt Hours 3 Phase
kVAR Hours A
kVAR Hours B
kVAR Hours C
kVAR Hours 3 Phase
Zero Sequence Current (computed)
Zero Sequence Current Angle (computed)
Positive Sequence Current
Positive Sequence Current Ang1e
Negative Sequence Current
Negative Sequence Current Angle
Positive Sequence Voltage Magnitude
Positive Sequence Voltage Angle
Negative Sequence Voltage Magnitude
Negative Sequence Voltage Angle
System Frequency
Power Factor
Bit 15-9: Not used
Bit 8: 0=Positive, 1=Negative
Bit 7: 0=Leading, 1=Lagging
Bit 6-0: Power Factor Value (x100)
Zero Sequence Current Mag (measured)
Zero Sequence Current Angle (measured)
Zero Sequence Voltage Mag (measured)
Zero Sequence Voltage Angle (measured)
Power Factor
Power Factor Status
Bit 0: 0=Leading, 1=Lagging
50
PCD MODBUS® Protocol Implementation Details
ABB Inc.
40337
40338
40339
40340
40341
40342-3
40344
40345-6
40347
40348-9
40350
40351-2
40353
40354-5
40356
40357-58
40359
40360
40361
40362
Unsigned Short
Unsigned Short
Unsigned Short
Signed Short
Unsigned Short
Unsigned Long
Unsigned Short
Unsigned Long
Unsigned Short
Unsigned Long
Unsigned Short
Unsigned Long
Unsigned Short
Unsigned Long
Unsigned Short
Unsigned Long
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
10
100
100
100
100
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
100
100
100
Fault Distance
UPS: Battery Charging Voltage (Volts * 100)
UPS: Battery Charging Current (Amps * 100)
UPS: Cabinet Temperature (deg. C * 100)
UPS: Battery Test Delta Voltage (Volts * 100)*
Voltage Source 1, Phase A magnitude
3
Voltage Source 1, Phase A angle
Voltage Source 1, Phase B magnitude
3
Voltage Source 1, Phase B angle
Voltage Source 1, Phase C magnitude
3
Voltage Source 1, Phase C angle
Voltage Source 2, Phase A magnitude
3
Voltage Source 2, Phase A angle
Voltage Source 2, Phase B magnitude
3
Voltage Source 2, Phase B angle
Voltage Source 2, Phase C magnitude
3
Voltage Source 2, Phase C angle
4
UPS: Input voltage (Volts * 100)
4
UPS: External capacitor voltage (volts * 100)
4
UPS: Board ambient temperature (°C * 100)
*
A delta voltage of 9900 (99.00 V) indicates a bad battery or no battery connected.
Note:
A battery test sequence is initiated as follows:
1)
2)
Issue a write to Bit 7 in registers 41158/41159 to start the test (function 16 command).
Read register 40341; if the value is 65535 the test is not yet complete.
If a test not complete response continues for more than 5 seconds then reissue the
battery test (step 1 above). Do Not initiate the test sequence at a rate of more then once
per minute since battery damage may occur.
These registers are not supported as yet, and will return a value of zero.
These registers are valid only when register 40190 returns a value of 200 or greater.
3)
4)
51
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.1.4
RMS Demand Current/Real and Reactive Power Values Block
REGISTER
40385
40386
40387
40388
40389-390
40391-392
40393-394
40395-396
40397-398
40399-400
40401-402
40403-404
DATA SIZE
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Signed Long
Signed Long
Signed Long
Signed Long
Signed Long
Signed Long
Signed Long
Signed Long
SCALE
1
1
1
1
1
1
1
1
1
1
1
1
DESCRIPTION
Demand Current-A
Demand Current-B
Demand Current-C
Demand Current-N
Demand kWatts-A
Demand kWatts-B
Demand kWatts-C
3 Phase Demand kWatts
Demand kVARs-A
Demand kVARs-B
Demand kVARs-C
3 Phase Demand kVARs
52
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.1.5
RMS Peak Demand Current/Real, Reactive Power Values and Time Stamps Block
REGISTER
40513-516
40517-520
40521-524
40525-528
40529-533
40534-538
40539-543
40544-548
40549-553
40554-558:
DATA SIZE
Unsigned Short
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Short
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Short
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Short
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Signed Long
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Signed Long
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Signed Long
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Signed Long
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Signed Long
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Signed Long
Unsigned Byte
SCALE
1
1
1
1
1
1
1
1
1
1
DESCRIPTION
Peak Demand Current-A
Peak Demand Current-A Year
Peak Demand Current-A Month
Peak Demand Current-A Day
Peak Demand Current-A Hour
Peak Demand Current-A Minute
Spare
Peak Demand Current-B
Peak Demand Current-B Year
Peak Demand Current-B Month
Peak Demand Current-B Day
Peak Demand Current-B Hour
Peak Demand Current-B Minute
Spare
Peak Demand Current-C
Peak Demand Current-C Year
Peak Demand Current-C Month
Peak Demand Current-C Day
Peak Demand Current-C Hour
Peak Demand Current-C Minute
Spare
Peak Demand Current-N
Peak Demand Current-C Year
Peak Demand Current-C Month
Peak Demand Current-N Day
Peak Demand Current-N Hour
Peak Demand Current-N Minute
Spare
Peak Demand KWatts-A
Peak Demand KWatts-A Year
Peak Demand KWatts-A Month
Peak Demand KWatts-A Day
Peak Demand KWatts-A Hour
Peak Demand KWatts-A Minute
Spare
Peak Demand KWatts-B
Peak Demand KWatts-B Year
Peak Demand KWatts-B Month
Peak Demand KWatts-B Day
Peak Demand KWatts-B Hour
Peak Demand KWatts-B Minute
Spare
Peak Demand KWatts-C
Peak Demand KWatts-C Year
Peak Demand KWatts-C Month
Peak Demand KWatts-C Day
Peak Demand KWatts-C Hour
Peak Demand KWatts-C Minute
Spare
3 Phase Peak Demand KWatts
3 Phase Peak Demand KWatts Year
3 Phase Peak Demand KWatts Month
3 Phase Peak Demand KWatts Day
3 Phase Peak Demand KWatts Hour
3 Phase Peak Demand KWatts Minute
Spare
Peak Demand KVARs-A
Peak Demand KVARs-A Year
Peak Demand KVARs-A Month
Peak Demand KVARs-A Day
Peak Demand KVARs-A Hour
Peak Demand KVARs-A Minute
Spare
Peak Demand KVARs-B
Peak Demand KVARs-B Year
53
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
40559-563:
40564-568
DATA SIZE
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Signed Long
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Signed Long
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
SCALE
1
1
DESCRIPTION
Peak Demand KVARs-B Month
Peak Demand KVARs-B Day
Peak Demand KVARs-B Hour
Peak Demand KVARs-B Minute
Spare
Peak Demand KVARs-C
Peak Demand KVARs-C Year
Peak Demand KVARs-C Month
Peak Demand KVARs-C Day
Peak Demand KVARs-C Hour
Peak Demand KVARs-C Minute
Spare
3 Phase Peak Demand KWatts
3 Phase Peak Demand KVARs Year
3 Phase Peak Demand KVARs Month
3 Phase Peak Demand KVARs Day
3 Phase Peak Demand KVARs Hour
3 Phase Peak Demand KVARs Minute
Spare
54
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.1.6
RMS Minimum Demand Current/Real, Reactive Power Values and Time Stamps Block
REGISTER
40641-644:
40641-648:
40649-652
40653-656
40657-661
40662-666
40667-671
40672-676:
40677-681
40682-686:
DATA SIZE
Unsigned Short
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Short
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Short
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Short
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Signed Long
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Signed Long
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Signed Long
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Signed Long
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Signed Long
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Signed Long
Unsigned Byte
SCALE
1
1
1
1
1
1
1
1
1
1
DESCRIPTION
Minimum Demand Current-A
Minimum Demand Current-A Year
Minimum Demand Current-A Month
Minimum Demand Current-A Day
Minimum Demand Current-A Hour
Minimum Demand Current-A Minute
Spare
Minimum Demand Current-B
Minimum Demand Current-B Year
Minimum Demand Current-B Month
Minimum Demand Current-B Day
Minimum Demand Current-B Hour
Minimum Demand Current-B Minute
Spare
Minimum Demand Current-C
Minimum Demand Current-C Year
Minimum Demand Current-C Month
Minimum Demand Current-C Day
Minimum Demand Current-C Hour
Minimum Demand Current-C Minute
Spare
Minimum Demand Current-N
Minimum Demand Current-N Year
Minimum Demand Current-N Month
Minimum Demand Current-N Day
Minimum Demand Current-N Hour
Minimum Demand Current-N Minute
Spare
Minimum Demand KWatts-A
Minimum Demand KWatts-A Year
Minimum Demand KWatts-A Month
Minimum Demand KWatts-A Day
Minimum Demand KWatts-A Hour
Minimum Demand KWatts-A Minute
Spare
Minimum Demand KWatts-B
Minimum DemaNd KWatts-B Year
Minimum Demand KWatts-B Month
Minimum Demand KWatts-B Day
Minimum Demand KWatts-B Hour
Minimum Demand KWatts-B Minute
Spare
Minimum Demand KWatts-C
Minimum DemaNd KWatts-C Year
Minimum Demand KWatts-C Month
Minimum Demand KWatts-C Dy
Minimum Demand KWatts-C Hour
Minimum Demand KWatts-C Minute
Spare
3 Phase Minimum Demand KWatts
3 Phase Minimum Demand KWatts Year
3 Phase Minimum Demand KWatts Month
3 Phase Minimum Demand KWatts Day
3 Phase Minimum Demand KWatts Hour
3 Phase Minimum Demand KWatts Minute
Spare
Minimum Demand KVARs-A
Minimum Demand KVARs-A Year
Minimum Demand KVARs-A Month
Minimum Demand KVARs-A Day
Minimum Demand KVARs-A Hour
Minimum Demand KVARs-A Minute
Spare
Minimum Demand KVARs-B
Minimum Demand KVARs-B Year
55
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
40687-691
40692-696
DATA SIZE
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Signed Long
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Signed Long
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
Unsigned Byte
SCALE
1
1
DESCRIPTION
Minimum Demand KVARs-B Month
Minimum Demand KVARs-B Day
Minimum Demand KVARs-B Hour
Minimum Demand KVARs-B Minute
Spare
Minimum Demand KVARs-C
Minimum Demand KVARs-C Year
Minimum Demand KVARs-C Month
Minimum Demand KVARs-C Day
Minimum Demand KVARs-C Hour
Minimum Demand KVARs-C Minute
Spare
3 Phase Minimum Demand KVARs
3 Phase Minimum Demand KVARs Year
3 Phase Minimum Demand KVARs Month
3 Phase Minimum Demand KVARs Day
3 Phase Minimum Demand KVARs Hour
3 Phase Minimum Demand KVARs Minute
Spare
56
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.1.7
Counters Block
REGISTER
40769
40770
DATA SIZE
Unsigned Short
Unsigned Short
SCALE
1
1
DESCRIPTION
Unreported Operations Counter
Unreported Fault Counter
DEVICE
ALL
ALL
40771
Unsigned Short
1
Sum of Fault Currents, A
40772
Unsigned Short
1
Sum of Fault Currents, B
ALL
40773
Unsigned Short
1
Sum of Fault Currents, C
ALL
40774
Unsigned Short
1
Overcurrent Trip Counter
PCD
40775
Unsigned Short
1
Breaker Operations Counter
PCD
40776
Unsigned Short
1
Recloser Counter 1
PCD
40777
Unsigned Short
1
Recloser Counter 2
PCD
40778
Unsigned Short
1
Stage 1 Reclose Counter
PCD
40779
Unsigned Short
1
Stage 2 Reclose Counter
PCD
40780
Unsigned Short
1
Stage 3 Reclose Counter
PCD
40781
Unsigned Short
1
Stage 4 Reclose Counter
PCD
40782
Unsigned Short
1
Phase A Overcurrent Trip Counter
PCD
40783
Unsigned Short
1
Phase B Overcurrent Trip Counter
PCD
40784
Unsigned Short
1
Phase C Overcurrent Trip Counter
PCD
40785
Unsigned Short
1
Neutral Overcurrent Trip Counter
PCD
40786
Unsigned Short
1
Phase A, Total Pole Operations Counter
PCD
40787
Unsigned Short
1
Phase A, Total Reclose Counter 1
PCD
40788
Unsigned Short
1
Phase A, Total Reclose Counter 2
PCD
40789
Unsigned Short
1
Phase A, Stage 1 Reclose Counter
PCD
40790
Unsigned Short
1
Phase A, Stage 2 Reclose Counter
PCD
40791
Unsigned Short
1
Phase A, Stage 3 Reclose Counter
PCD
40792
Unsigned Short
1
Phase A, Stage 4 Reclose Counter
PCD
40793
Unsigned Short
1
Phase B, Total Pole Operations Counter
PCD
40794
Unsigned Short
1
Phase B, Total Reclose Counter 1
PCD
40795
Unsigned Short
1
Phase B, Total Reclose Counter 2
PCD
40796
Unsigned Short
1
Phase B, Stage 1 Reclose Counter
PCD
40797
Unsigned Short
1
Phase B, Stage 2 Reclose Counter
PCD
40798
Unsigned Short
1
Phase B, Stage 3 Reclose Counter
PCD
40799
Unsigned Short
1
Phase B, Stage 4 Reclose Counter
PCD
40800
Unsigned Short
1
Phase C, Total Pole Operations Counter
PCD
40801
Unsigned Short
1
Phase C, Total Reclose Counter 1
PCD
40802
Unsigned Short
1
Phase C, Total Reclose Counter 2
PCD
40803
Unsigned Short
1
Phase C, Stage 1 Reclose Counter
PCD
40804
Unsigned Short
1
Phase C, Stage 2 Reclose Counter
PCD
40805
Unsigned Short
1
Phase C, Stage 3 Reclose Counter
PCD
40806
Unsigned Short
1
Phase C, Stage 4 Reclose Counter
PCD
40807
Unsigned Short
1
Fault Indications Counter
SCD
40808
Unsigned Short
1
Ph A Faults detected counter
SCD
ALL
40809
Unsigned Short
1
Ph B Faults detected counter
SCD
40810
Unsigned Short
1
Ph C Faults detected counter
SCD
40811
Unsigned Short
1
Ph N Faults detected counter
SCD
40812
Unsigned Short
1
Switch 1 Operations Counter
SCD
40813
Unsigned Short
1
Switch 2 Operations Counter
SCD
40814
Unsigned Short
1
Switch 3 Operations Counter
SCD
40815
Unsigned Short
1
Switch 4 Operations Counter
SCD
40816 - 8
40819
Reserved
Unsigned short
1
Sectionalizer step count
57
SCD
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.1.8
Physical and Logical Input/Output State Block
Note:
* Indicates Sealed In output.
REGISTER
40897-898
40899-900
40901-902
40903-904
DATA SIZE
Unsigned Long
Unsigned Long
Unsigned Long
Unsigned Long
DESCRIPTION
Logical Output 0-31
Bit 31:
TRIP
Bit 30:
CLOSE
Bit 29:
ALARM
Bit 28:
27-1P
Bit 27:
46
Bit 26:
50P-1
Bit 25:
50N-1
Bit 24:
50P-2
Bit 23:
50N-2
Bit 22:
50P-3
Bit 21:
50N-3
Bit 20:
51P
Bit 19:
51N
Bit 18:
59
Bit 17:
67P
Bit 16:
67N
Logical Output 32-63
Bit 31:
HPFA
Bit 30:
LPFA
Bit 29:
OCTC
Bit 28:
50-1D
Bit 27:
50-2D
Bit 26:
STC
Bit 25:
ZSC
Bit 24:
PH3-D
Bit 23:
GRD-D
Bit 22:
32PA
Bit 21:
32NA
Bit 20:
27-3P
Bit 19:
VARDA
Bit 18:
79CA2
Bit 17:
TRIPA
Bit 16:
TRIPB
Logical Output 64-95
Bit 31:
81O-1*
Bit 30:
27-3P*
Bit 29:
TRIPA*
Bit 28:
TRIPB*
Bit 27:
TRIPC*
Bit 26:
ULO1
Bit 25:
ULO2
Bit 24:
ULO3
Bit 23:
ULO4
Bit 22:
ULO5
Bit 21:
ULO6
Bit 20:
ULO7
Bit 19:
ULO8
Bit 18:
ULO9
Bit 17:
PVARA
Bit 16:
NVARA
Logical Output 96-127
Bit 31:
BF Trip
Bit 30:
BF Retrip
Bit 29:
BF Trip*
Bit 28:
BF Retrip*
Bit 27:
32P
Bit 26:
32N
Bit 25:
32P*
Bit 24:
32N*
Bit 23:
BFA*
Bit 22:
RBA
Bit 21:
27A
Bit 20:
27B
Bit 19:
27C
58
Bit 15:
Bit 14:
Bit 13:
Bit 12:
Bit 11:
Bit 10:
Bit 9:
Bit 8:
Bit 7:
Bit 6:
Bit 5:
Bit 4:
Bit 3:
Bit 2:
Bit 1:
Bit 0:
81S-1
81R-1
PATA
PBTA
PCTA
TCFA
TCC
79DA
PUA
79LOA
BFA
PDA
NDA
BFUA
KSI
79CA1
Bit 15:
Bit 14:
Bit 13:
Bit 12:
Bit 11:
Bit 10:
Bit 9:
Bit 8:
Bit 7:
Bit 6:
Bit 5:
Bit 4:
Bit 3:
Bit 2:
Bit 1:
Bit 0:
TRIPC
27-1P*
46*
50P-1*
50N-1*
50P-2*
50N-2*
50P-3*
50N-3*
51P*
51N*
59*
67P*
67N*
81S-1*
81R-1*
Bit 15:
Bit 14:
Bit 13:
Bit 12:
Bit 11:
Bit 10:
Bit 9:
Bit 8:
Bit 7:
Bit 6:
Bit 5:
Bit 4:
Bit 3:
Bit 2:
Bit 1:
Bit 0:
LOADA
81O-1
81O-2
81S-2
81R-2
81O-2*
81S-2*
81R-2*
CLTA
Watt1
Watt2
79CA1*
79CA2*
SEF*
SEF alarm
PUA w/out SEF
Bit 15:
Bit 14:
Bit 13:
Bit 12:
Bit 11:
Bit 10:
Bit 9:
Bit 8:
Bit 7:
Bit 6:
Bit 5:
Bit 4:
Bit 3:
27C*
LOAC*
TAGOPN
TAGCLS
59A
59B
59C
59-3P
59A*
59B*
59C*
59-3P*
PTA
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
40905-906
40907-908
40909-910
40911-912
40913
DATA SIZE
Unsigned Long
Unsigned Long
Unsigned Long
Unsigned Long
Unsigned Long
DESCRIPTION
Bit 18:
LOAC
Bit 17:
27A*
Bit 16:
27B*
Logical Input 0-31
Bit 31:
52a
Bit 30:
52b
Bit 29:
43a
Bit 28:
PH3
Bit 27:
GRD
Bit 26:
SCC
Bit 25:
79s
Bit 24:
79m
Bit 23:
TCM
Bit 22:
50-1
Bit 21:
50-2
Bit 20:
50-3
Bit 19:
ALT1
Bit 18:
ALT2
Bit 17:
ECI1
Bit 16:
ECI2
Logical Input 32-63
Bit 31:
CRI
Bit 30:
ARCI
Bit 29:
TARC
Bit 28:
SEF TC
Bit 27:
Ext BFI
Bit 26:
BFI
Bit 25:
RBI
Bit 24:
ALT1Pon
Bit 23:
ALT1Poff
Bit 22:
ALT2Pon
Bit 21:
ALT2Poff
Bit 20:
OPNBLK
Bit 19:
CLSBLK
Bit 18:
TAGMSG
Bit 17:
52aA
Bit 16:
52aB
Logical Input 64-95
Bit 31:
SW4-52a
Bit 30:
SW4-52b
Bit 29:
OPEN1
Bit 28:
CLOSE1
Bit 27:
OPEN2
Bit 26:
CLOSE2
Bit 25:
OPEN3
Bit 24:
CLOSE3
Bit 23:
OPEN4
Bit 22:
CLOSE4
Bit 21:
SECBLK
Bit 20:
OSLIM
Bit 19:
FLTDET
Bit 18:
XFERBLK
Bit 17:
XFERPS
Bit 16:
XFERSP
Logical Input 96-127 (Reserved)
Physical Output
Bit 31:
OUT32
Bit 30:
OUT31
Bit 29:
OUT30
Bit 28:
OUT29
Bit 27:
OUT28
Bit 26:
OUT27
Bit 25:
OUT26
Bit 24:
OUT25
Bit 23:
OUT24
Bit 22:
OUT23
Bit 21:
OUT22
Bit 20:
OUT21
59
Bit 2:
Bit 1:
Bit 0:
NTA
CLOSEA
CLOSEB
Bit 15:
Bit 14:
Bit 13:
Bit 12:
Bit 11:
Bit 10:
Bit 9:
Bit 8:
Bit 7:
Bit 6:
Bit 5:
Bit 4:
Bit 3:
Bit 2:
Bit 1:
Bit 0:
WCI
ZSC
OPEN
CLOSE
46
67P
67N
ULI1
ULI2
ULI3
ULI4
ULI5
ULI6
ULI7
ULI8
ULI9
Bit 15:
Bit 14:
Bit 13:
Bit 12:
Bit 11:
Bit 10:
Bit 9:
Bit 8:
Bit 7:
Bit 6:
Bit 5:
Bit 4:
Bit 3:
Bit 2:
Bit 1:
Bit 0:
52aC
52bA
52bB
52bC
TRIPA
TRIPB
TRIPC
CLOSEA
CLOSEB
CLOSEC
SW1-52a
SW1-52B
SW2-52a
SW2-52b
SW3-52a
SW3-52b
Bit 15:
Bit 14:
Bit 13:
Bit 12:
Bit 11:
Bit 10:
Bit 9:
Bit 8:
Bit 7:
Bit 6:
Bit 5:
Bit 4:
Bit 3:
Bit 2:
Bit 1:
Bit 0:
RSTRPS
RSTRSP
RST_TA
RST_SA
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Bit 15:
Bit 14:
Bit 13:
Bit 12:
Bit 11:
Bit 10:
Bit 9:
Bit 8:
Bit 7:
Bit 6:
Bit 5:
Bit 4:
OUT16
OUT15
OUT14
OUT13
OUT12
OUT11
OUT10
OUT9
OUT8
OUT7
OUT6
OUT5
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
DATA SIZE
40915
Unsigned Long
40917
40919
Unsigned Long
Unsigned Long
40921
40923:
Unsigned Long
Unsigned Long
40925
40927
Unsigned Long
Unsigned Long
DESCRIPTION
Bit 19:
OUT20
Bit 3:
OUT4
Bit 18:
OUT19
Bit 2:
OUT3
Bit 17:
OUT18
Bit 1:
OUT2
Bit 16:
OUT17
Bit 0:
OUT1
Physical Input
Bit 31:
IN32
Bit 15:
IN16
Bit 30:
IN31
Bit 14:
IN15
Bit 29:
IN30
Bit 13:
IN14
Bit 28:
IN29
Bit 12:
IN13
Bit 27:
IN28
Bit 11:
IN12
Bit 26:
IN27
Bit 10:
IN11
Bit 25:
IN26
Bit 9:
IN10
Bit 24:
IN25
Bit 8:
IN9
Bit 23:
IN24
Bit 7:
IN8
Bit 22:
IN23
Bit 6:
IN7
Bit 21:
IN22
Bit 5:
IN6
Bit 20:
IN21
Bit 4:
IN5
Bit 19:
IN20
Bit 3:
IN4
Bit 18:
IN19
Bit 2:
IN3
Bit 17:
IN18
Bit 1:
IN2
Bit 16:
IN17
Bit 0:
IN1
Force Physical Input Select Status (Bit State: 0=Normal, 1=Forced)
Force Physical Input Select Status (Bit State: 0=Open, 1=Closed)
Bit 31:
IN32
Bit 15:
IN16
Bit 30:
IN31
Bit 14:
IN15
Bit 29:
IN30
Bit 13:
IN14
Bit 28:
IN29
Bit 12:
IN13
Bit 27:
IN28
Bit 11:
IN12
Bit 26:
IN27
Bit 10:
IN11
Bit 25:
IN26
Bit 9:
IN10
Bit 24:
IN25
Bit 8:
IN9
Bit 23:
IN24
Bit 7:
IN8
Bit 22:
IN23
Bit 6:
IN7
Bit 21:
IN22
Bit 5:
IN6
Bit 20:
IN21
Bit 4:
IN5
Bit 19:
IN20
Bit 3:
IN4
Bit 18:
IN19
Bit 2:
IN3
Bit 17:
IN18
Bit 1:
IN2
Bit 16:
IN17
Bit 0:
IN1
Force Physical Output Select Status (Bit State: 0=Normal, 1=Forced)
Force Physical Output Select Status (Bit State: 0=Deasserted, 1=Asserted)
Bit 31:
OUT32
Bit 15:
OUT16
Bit 30:
OUT31
Bit 14:
OUT15
Bit 29:
OUT30
Bit 13:
OUT14
Bit 28:
OUT29
Bit 12:
OUT13
Bit 27:
OUT28
Bit 11:
OUT12
Bit 26:
OUT27
Bit 10:
OUT11
Bit 25:
OUT26
Bit 9:
OUT10
Bit 24:
OUT25
Bit 8:
OUT9
Bit 23:
OUT24
Bit 7:
OUT8
Bit 22:
OUT23
Bit 6:
OUT7
Bit 21:
OUT22
Bit 5:
OUT6
Bit 20:
OUT21
Bit 4:
OUT5
Bit 19:
OUT20
Bit 3:
OUT4
Bit 18:
OUT19
Bit 2:
OUT3
Bit 17:
OUT18
Bit 1:
OUT2
Bit 16:
OUT17
Bit 0:
OUT1
Force Logical Input Select Status (Bit State: 0=Normal, 1=Forced)
Force Logical Input Select Status (Bit State: 0=On, 1=Off)
Bit 31:
FLI32
Bit 15: FLI16
Bit 30:
FLI31
Bit 14: FLI15
Bit 29:
FLI30
Bit 13: FLI14
Bit 28:
FLI29
Bit 12: FLI13
Bit 27:
FLI28
Bit 11: FLI12
Bit 26:
FLI27
Bit 10: FLI11
Bit 25:
FLI26
Bit 09: FLI10
Bit 24:
FLI25
Bit 08: FLI09
60
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
DATA SIZE
40929
Unsigned Long
40931
Unsigned Long
40933
Unsigned Long
40935
Unsigned Long
DESCRIPTION
Bit 23:
FLI24
Bit 07: FLI08
Bit 22:
FLI23
Bit 06: FLI07
Bit 21:
FLI22
Bit 05: FLI06
Bit 20:
FLI21
Bit 04: FLI05
Bit 19:
FLI20
Bit 03: FLI04
Bit 18:
FLI19
Bit 02: FLI03
Bit 17:
FLI18
Bit 01: FLI02
Bit 16:
FLI17
Bit 00: FLI01
Front Panel Function Status (Bit State: 0=On, 1=Off)
Bit 31:
Spare
Bit 15: Bank2 Active
Bit 30:
Spare
Bit 14: Bank1 Active
Bit 29:
Spare
Bit 13: Spare
Bit 28:
Spare
Bit 12: Spare
Bit 27:
Spare
Bit 11: Spare
Bit 26:
ALT2 Pending
Bit 10: Spare
Bit 25:
ALT1 Pending
Bit 09: Spare
Bit 24:
Primary Pending
Bit 08: Spare
Bit 23:
Spare
Bit 07: Spare
Bit 22:
Spare
Bit 06: Spare
Bit 21:
Spare
Bit 05: Spare
Bit 20:
Spare
Bit 04: Spare
Bit 19:
Spare
Bit 03: Reclose Block
Bit 18:
ALT2 Active
Bit 02: SEF Block
Bit 17:
ALT1 Active
Bit 01: Ground Block
Bit 16:
Primary Active
Bit 00: Remote Block
Target Status (Bit State: 0=On, 1=Off)
Bit 31:
Spare
Bit 15: Spare
Bit 30:
Spare
Bit 14: Spare
Bit 29:
Spare
Bit 13: Spare
Bit 28:
Spare
Bit 12: Spare
Bit 27:
Spare
Bit 11: Spare
Bit 26:
Frequency
Bit 10: Spare
Bit 25:
SEF
Bit 09: Spare
Bit 24:
Directional
Bit 08: Spare
Bit 23:
Neg. Seq.
Bit 07: Spare
Bit 22:
Inst. Trip
Bit 06: Spare
Bit 21:
Time Trip
Bit 05: Spare
Bit 20:
PTA
Bit 04: Spare
Bit 19:
NTA
Bit 03: PUTN
Bit 18:
PCTA
Bit 02: PUTC
Bit 17:
PBTA
Bit 01: PUTB
Bit 16:
PATA
Bit 00: PUTA
Breaker Status
Bit 31:
Spare
Bit 15: Spare
Bit 30:
Spare
Bit 14: Spare
Bit 29:
Spare
Bit 13: Spare
Bit 28:
Spare
Bit 12: Spare
Bit 27:
Spare
Bit 11: Spare
Bit 26:
Spare
Bit 10: Spare
Bit 25:
Spare
Bit 09: Spare
Bit 24:
Spare
Bit 08: ΦC: 1=Lockout
Bit 23:
Spare
Bit 07: ΦB: 1=Lockout
Bit 22:
Spare
Bit 06: ΦA: 1=Lockout
Bit 21:
Spare
Bit 05: ΦC: 1=Failed
Bit 20:
Spare
Bit 04: ΦB: 1=Failed
Bit 19:
Spare
Bit 03: ΦA: 1=Failed
Bit 18:
Spare
Bit 02: ΦC: 1=Open
Bit 17:
Spare
Bit 01: ΦB: 1=Open
Bit 16:
Spare
Bit 00: ΦA: 1=Open
Logical Output 128-159
Bit 31:
CLOSEC
Bit 15:
50-3A
Bit 30:
FAILA
Bit 14:
50-3B
Bit 29:
FAILB
Bit 13:
50-3C
Bit 28:
FAILC
Bit 12:
50-3A*
Bit 27:
50-1A
Bit 11:
50-3B*
Bit 26:
50-1B
Bit 10:
50-3C*
Bit 25:
50-1C
Bit 9:
51A
61
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
DATA SIZE
40937
Unsigned Long
40939
Unsigned Long
40941
40943
40945
40947
40949
40951-2
Unsigned Long
Unsigned Long
Unsigned Long
Unsigned Long
Unsigned Long
Unsigned Long
DESCRIPTION
Bit 24:
50-1A*
Bit 8:
51B
Bit 23:
50-1B*
Bit 7:
51C
Bit 22:
50-1C*
Bit 6:
51A*
Bit 21:
50-2A
Bit 5:
51B*
Bit 20:
50-2B
Bit 4:
51C*
Bit 19:
50-2C
Bit 3:
67A
Bit 18:
50-2A*
Bit 2:
67B
Bit 17:
50-2B*
Bit 1:
67C
Bit 16:
50-2C*
Bit 0:
67A*
Logical Output 160-191
Bit 31:
67B*
Bit 15:
SW4FAIL
Bit 30:
67C*
Bit 14:
FLTDET
Bit 29:
LOCKA
Bit 13:
FLTDET*
Bit 28:
LOCKB
Bit 12:
SW1ALM
Bit 27:
LOCKC
Bit 11:
SW2ALM
Bit 26:
SW1OPEN
Bit 10:
SW3ALM
Bit 25:
SW1CLOSE
Bit 9:
SW4ALM
Bit 24:
SW1FAIL
Bit 8:
SW1ALM*
Bit 23:
SW2OPEN
Bit 7:
SW2ALM*
Bit 22:
SW2CLOSE
Bit 6:
SW3ALM*
Bit 21:
SW2FAIL
Bit 5:
SW4ALM*
Bit 20:
SW3OPEN
Bit 4:
SECALM
Bit 19:
SW3CLOSE
Bit 3:
OSALM
Bit 18:
SW3FAIL
Bit 2:
PSXFER
Bit 17:
SW4OPEN
Bit 1:
SPXFER
Bit 16:
SW4CLOSE
Bit 0:
PSXFER*
Logical Output 192-223
Bit 31:
SPXFER*
Bit 15:
ALT2_ACTIVE
Bit 30:
LCMTRIP
Bit 14:
Bank1 active
Bit 29:
LCMTRIP*
Bit 13:
Bank2 active
Bit 28:
LCMCLOSE
Bit 12:
Reserved
Bit 27:
LCMCLOSE*
Bit 11:
Reserved
Bit 26:
TAGBTN
Bit 10:
Reserved
Bit 25:
LCMMIDPOINT
Bit 9:
Reserved
Bit 24:
LCMMIDPOINT*
Bit 8:
Reserved
Bit 23:
ISD_TRIPA
Bit 7:
Reserved
Bit 22:
ISD_TRIPB
Bit 6:
Reserved
Bit 21:
ISD_TRIPC
Bit 5:
Reserved
Bit 20:
ISD_TRIG
Bit 4:
Reserved
Bit 19:
CPU_BATT_FAIL Bit 3:
Reserved
Bit 18:
BATT_FAIL
Bit 2:
Reserved
Bit 17:
PRIM_ACTIVE
Bit 1:
Reserved
Bit 16:
ALT1_ACTIVE
Bit 0:
Reserved
Logical Output 224-255 (Reserved)
Logical Input 128-159 (Reserved)
Logical Input 160-191 (Reserved)
Logical Input 192-223 (Reserved)
Logical Input 224-255 (Reserved)
LCM Status
Bit 31: LCM Reset:
0 = Yes, 1 = No
Bit 30: Source 1 Phase A:
0 = De-energized, 1 = Energized
Bit 29: Source 1 Phase B:
0 = De-energized, 1 = Energized
Bit 28: Source 1 Phase C:
0 = De-energized, 1 = Energized
Bit 27: Source 2 Phase A:
0 = De-energized, 1 = Energized
Bit 26: Source 2 Phase B:
0 = De-energized, 1 = Energized
Bit 25: Source 2 Phase C:
0 = De-energized, 1 = Energized
Bit 24: Source I:
0 = Disabled, 1 = Enabled
Bit 23: Source II:
0 = Disabled, 1 = Enabled
Bit 22: LCM Test Mode:
0 = Off, 1 = On
Bits 21 - 00: Spare
62
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.2
FUNCTION CODE 16 (PRESET MULTIPLE REGISTER)
The control mask block allows a master device to write data to the Modbus interface to perform the
desired control function. The block is a set of bit masks and an execute register that allows the
master different levels of security for device control. This allows the master to verify the integrity of
the data transmission by reading (function code 3) the register confirming that the correct data was
written. The functions designated by * are sealed in alarms and can only be cleared, an attempt to set
these alarms will have no impact on their state.
There are six control blocks that a user can write to currently. We will take the example where a user
needs to Initiate Trip in the Initiate Input block. The block on which the user wants to operate has to
be unprotected before it is written into. There are two ways to unprotect the control blocks and initiate
the command on the control block.
1) Through setting the Security Mask:
The security mask (register 41153) is a read only register and the user cannot write to it. To set the
Security Mask, the user has to write to the register 62598. So, the first step in our case of initiating a
Trip is to set bit 0 on the security mask. Thus writing a hex 0001 into register 62598 will give the user
access to the Initiate Input control block. With this bit set, the user does not have to enter a password
into registers 41411 and 41412.
register 41158
register 41159
register 41154
hex 0001
hex 0001
hex 0001
selects the trip initiate input
confirms Trip Initiate
allows slave to Execute on the data if the block is
Through writing password into registers 41155 and 41156:
This method is straight forward and the access to the block is obtained by writing the relay password
into the block. Now with the block available to operate on, the master writes the following data to
registers:
register 41155
register 41156
register 41158
register 41159
register 41154
hex xxxx
hex xxxx
hex 0001
hex 0001
hex 0001
password (high) to the block (Relay or Test password)
password (low) to the block (Relay or Test password)
selects the trip initiate input
confirms Trip Initiate
allows slave to Execute on the data if the block is
Note that Execute is the last write to the block. The above data may be sent all in one command or
it may be written in three different commands.
An example of how set/reset logical outputs is shown below. The master writes the following data to
registers
register 41189
register 41193
hex 8010
hex 0010
selects the 27-3P seal in alarm and the ULO8 user logical
resets 27-3P seal in alarm and sets ULO8 user logical
Now, the master can confirm the data written above by issuing a read holding register command to
registers 41444 and 41448 prior to sending the execute data register for that block. The following
write to register 41440 will allow the slave to carry out the actions set up in the above registers.
register 41184
hex 0001
allows the data from registers 41189 & 41193 to be executed
by the slave device.
63
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.2.1
Control Mask Block (Read and Write)
REGISTER
41153
DATA SIZE
Unsigned Short
41154
41155
41157
41158
Unsigned Short
high byte
low byte
high byte
low byte
Unsigned Short
Unsigned Short
41159
Unsigned Short
REGISTER
41160
41161
41163
41164
41166
DATA SIZE
Unsigned Short
high byte
low byte
high byte
low byte
Unsigned Short
Unsigned Long
Unsigned Long
41168
Unsigned Long
41156
41162
DESCRIPTION
Security Mask (Read Only, See Register 62598 for setup)
(bit state:0=Block Password Required, 1=Block Unprotected)
Bit 15:
Spare
Bit 7:
Spare
Bit 14:
Spare
Bit 6:
Spare
Bit 13:
Spare
Bit 5:
Pulse Outputs
Bit 12:
LCM Control Inputs
Bit 4:
Set Reset Outputs
Bit 11:
Spare
Bit 3:
Force logical Input
Bit 10:
Spare
Bit 2:
Force Physical Output
Bit 9:
Spare
Bit 1:
Force Physical Input
Bit 8:
Spare
Bit 0:
Initiate Input
Execute on Initiate Input Registers (0=No Action,1=Execute)
Relay or Test Password Character 1
Relay or Test Password Character 2
Relay or Test Password Character 3
Relay or Test Password Character 4
Spare
Change Initiate Input Mask (bit state:0=No change, 1=Change)
Bit 15:
Spare
Bit 7:
UPS Bat. Test
Bit 14:
Spare
Bit 6:
Spare
Bit 13:
Spare
Bit 5:
Close Initiate
(Independent of 43A)
Bit 12:
Reset Energy Meters
Bit 4:
Spare
Bit 11:
Reset Relay Status
Bit 3:
Reclose Unblock
Bit 10:
Reset Min/Max Demands
Bit 2:
Reclose Block
Bit 9:
Reset Alarms
Bit 1:
Close Initiate
(Based on State of 43A)
Bit 8:
Reset LED Targets
Bit 0:
Trip Initiate
Confirmation Initiate Input Mask (bit state:0=No change, 1=Change)
Confirm change initiate input mask by sending an duplicate copy to this register.
DESCRIPTION
Execute on Force Physical Input Registers (0=No Action, 1=Execute)
Relay or Test Password Character 1
Relay or Test Password Character 2
Relay or Test Password Character 3
Relay or Test Password Character 4
Spare
Force Physical Input Change Mask (bit state:0=No change, 1=Change)
Force Physical Input Normal State Mask
(bit state:0=Normal State, 1=Normal State Override)
Force Physical Input Forcing State Mask
(bit state:0=Force Reset State, 1=Force Set State)
Bit 31:
IN32
Bit 15:
IN16
Bit 30:
IN31
Bit 14:
IN15
Bit 29:
IN30
Bit 13:
IN14
Bit 28:
IN29
Bit 12:
IN13
Bit 27:
IN28
Bit 11:
IN12
Bit 26:
IN27
Bit 10:
IN11
Bit 25:
IN26
Bit 9:
IN10
Bit 24:
IN25
Bit 8:
IN9
Bit 23:
IN24
Bit 7:
IN8
Bit 22:
IN23
Bit 6:
IN7
Bit 21:
IN22
Bit 5:
IN6
Bit 20:
IN21
Bit 4:
IN5
Bit 19:
IN20
Bit 3:
IN4
Bit 18:
IN19
Bit 2:
IN3
Bit 17:
IN18
Bit 1:
IN2
Bit 16:
IN17
Bit 0:
IN1
64
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
41170
DATA SIZE
Unsigned Short
DESCRIPTION
Execute on Force Physical Output Registers (0=No Action, 1=Execute)
41171
41173
41174
high byte
low byte
high byte
low byte
Unsigned Short
Unsigned Long
41176
Unsigned Long
41178
Unsigned Long
Relay or Test Password Character 1
Relay or Test Password Character 2
Relay or Test Password Character 3
Relay or Test Password Character 4
Spare
Force Physical Output Change Mask
(bit state:0=No change, 1=Change)
Force Physical Output Normal State Mask
(bit state:0=Normal State, 1=Normal State Override)
Force Physical Output Forcing State Mask
(bit state:0=Force Reset State, 1=Force Set State)
Bit 31: OUT32
Bit 23: OUT24
Bit 15: OUT16
Bit 7:
OUT8
Bit 30: OUT31
Bit 22: OUT23
Bit 14: OUT15
Bit 6:
OUT7
Bit 29: OUT30
Bit 21: OUT22
Bit 13: OUT14
Bit 5:
OUT6
Bit 28: OUT29
Bit 20: OUT21
Bit 12: OUT13
Bit 4:
OUT5
Bit 27: OUT28
Bit 19: OUT20
Bit 11: OUT12
Bit 3:
OUT4
Bit 26: OUT27
Bit 18: OUT19
Bit 10: OUT11
Bit 2:
OUT3
Bit 25: OUT26
Bit 17: OUT18
Bit 09: OUT10
Bit 1:
OUT2
Bit 24: OUT25
Bit 16: OUT17
Bit 08: OUT9
Bit 0:
OUT1
REGISTER
41180
41181
41183
41184
DATA SIZE
Unsigned Short
high byte
low byte
high byte
low byte
Unsigned Short
Unsigned Short
41185
Unsigned Short
41186
Unsigned Short
41187
Unsigned Short
41188
Unsigned Short
41189
Unsigned Short
41172
41182
DESCRIPTION
Execute on Force Logical Input Registers (0=No Action, 1=Execute)
Relay or Test Password Character 1
Relay or Test Password Character 2
Relay or Test Password Character 3
Relay or Test Password Character 4
Spare
Force Logical Input Change Mask (Bit 31-16)
(bit state:0=No change, 1=Change)
Force Logical Input Change Mask (Bit 15-0)
(bit state:0=No change, 1=Change)
Force Logical Input Normal State Mask (Bit 31-16)
(bit state:0=Normal State, 1=Normal State Override)
Force Logical Input Normal State Mask (Bit 15-0)
(bit state:0=Normal State, 1=Normal State Override)
Force Logical Input Forcing State Mask (Bit 31-16)
(bit state:0=Force Reset State, 1=Force Set State)
Force Logical Input Forcing State Mask (Bit 15-0)
(bit state:0=Force Reset State, 1=Force Set State)
Bit 31: FLI32
Bit 23: FLI24
Bit 15: FLI16
Bit 07: FLI08
Bit 30: FLI31
Bit 22: FLI23
Bit 14: FLI15
Bit 06: FLI07
Bit 29: FLI30
Bit 21: FLI22
Bit 13: FLI14
Bit 05: FLI06
Bit 28: FLI29
Bit 20: FLI21
Bit 12: FLI13
Bit 04: FLI05
Bit 27: FLI28
Bit 19: FLI20
Bit 11: FLI12
Bit 03: FLI04
Bit 26: FLI27
Bit 18: FLI19
Bit 10: FLI11
Bit 02: FLI03
Bit 25: FLI26
Bit 17: FLI18
Bit 09: FLI10
Bit 01: FLI02
Bit 24: FLI25
Bit 16: FLI17
Bit 08: FLI09
Bit 00: FLI01
65
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
41190
41191
41193
41194
41195
DATA SIZE
Unsigned Short
high byte
low byte
high byte
low byte
Unsigned Short
Unsigned Short
Unsigned Short
41196
41197
Unsigned Short
Unsigned Short
41198
41199
Unsigned Short
Unsigned Short
41200
41201
Unsigned Short
Unsigned Short
41192
DESCRIPTION
Execute on Set/Reset Masks Word 1 and Word 2 Registers
Relay or Test Password Character 1
Relay or Test Password Character 2
Relay or Test Password Character 3
Relay or Test Password Character 4
Spare
Set/Reset Change Mask Long Word 1(Bit 31-16)
Set/Reset Change Mask Long Word 1(Bit 15-0)
(bit state:0=No change, 1=Change)
Set/Reset Change Mask Long Word 2(Bit 31-16)
Set/Reset Change Mask Long Word 2(Bit 15-0)
(bit state:0=No change, 1=Change)
Set/Reset State Mask Long Word 1(Bit 31-16)
Set/Reset State Mask Long Word 1(Bit 15-0)
(bit state:0=Reset, 1=Set)
Set/Reset State Mask Long Word 2(Bit 31-16)
Set/Reset State Mask Long Word 2(Bit 15-0)
(bit state:0=Reset, 1=Set)
SET/RESET MASK LONG WORD 1
Bit 31:
27*
Bit 15:
Bit 30:
46*
Bit 14:
1
Bit 29:
50P1*
Bit 13:
Bit 28:
50N1*
Bit 12:
1
Bit 27:
50P2*
Bit 11:
Bit 26:
50N2*
Bit 10:
1
Bit 25:
50P3*
Bit 09:
Bit 24:
50N3*
Bit 08:
1
Bit 23:
51P*
Bit 07:
Bit 22:
51N*
Bit 06:
Bit 21:
59*
Bit 05:
1
Bit 20:
67P*
Bit 04:
Bit 19:
67N*
Bit 03:
Bit 18:
81S-1*
Bit 02:
Bit 17:
81R-1*
Bit 01:
Bit 16:
81O-1*
Bit 00:
SET/RESET MASK LONG WORD 2
Bit 31:
79CA1*
Bit 15:
Bit 30:
79CA2*
Bit 14:
Bit 29:
SEF*
Bit 13:
Bit 28:
BF Trip*
Bit 12:
Bit 27:
BF Retrip*
Bit 11:
Bit 26:
32P*
Bit 10:
Bit 25:
32N*
Bit 09:
Bit 24:
BFA*
Bit 08:
Bit 23:
27A*
Bit 07:
Bit 22:
27B*
Bit 06:
Bit 21:
27C*
Bit 05:
Bit 20:
LOAC*
Bit 04:
Bit 19:
59A*
Bit 03:
Bit 18:
59B*
Bit 02:
Bit 17:
59C*
Bit 01:
Bit 16:
59-3P*
Bit 00:
27-3P*
TRIPA*
TRIPB*
TRIPC*
ULO1
ULO2
ULO3
ULO4
ULO5
ULO6
ULO7
ULO8
ULO9
81O-2*
81S-2*
81R-2*
50-1A*
50-1B*
50-1C*
50-2A*
50-2B*
50-2C*
50-3A*
50-3B*
50-3C*
51A*
51B*
51C*
67A*
67B*
67C*
Note: * You can only Reset "*" outputs. Trying to set these will have no affect on the state of the
sealed in alarms.
Note: 1 (50P1*, 50P2*, 50P3*, 51P*, 67P*) are “read only” bits. They can not be reset independently.
They are derived from the respective three-phase seal-in signals (bits 1 – 15 of long word 2). They
will be reset when the individual three-phase bits are set
66
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
41202
41203
41205
41206
DATA SIZE
Unsigned Short
high byte
low byte
high byte
low byte
Unsigned Short
Unsigned Long
41208
Unsigned Long
41204
DESCRIPTION
Execute on Momentary Output Contact Registers (0=No Action,1=Execute)
Relay or Test Password Character 1
Relay or Test Password Character 2
Relay or Test Password Character 3
Relay or Test Password Character 4
Spare
Momentary Output Contact State Mask
(bit state:0=No change, 1=Pulse Contact)
Confirmation Momentary Output Contact State Mask
(bit state:0=No change, 1=Pulse Contact)
Momentary Output Contact State Mask
Bit 31:
OUT32
Bit 15:
OUT16
Bit 30:
OUT31
Bit 14:
OUT15
Bit 29:
OUT30
Bit 13:
OUT14
Bit 28:
OUT29
Bit 12:
OUT13
Bit 27:
OUT28
Bit 11:
OUT12
Bit 26:
OUT27
Bit 10:
OUT11
Bit 25:
OUT26
Bit 9:
OUT10
Bit 24:
OUT25
Bit 8:
OUT9
Bit 23:
OUT24
Bit 7:
OUT8
Bit 22:
OUT23
Bit 6:
OUT7
Bit 21:
OUT22
Bit 5:
OUT6
Bit 20:
OUT21
Bit 4:
OUT5
Bit 19:
OUT20
Bit 3:
OUT4
Bit 18:
OUT19
Bit 2:
OUT3
Bit 17:
OUT18
Bit 1:
OUT2
Bit 16:
OUT17
Bit 0:
OUT1
Note: This register group sets the appropriate physical output contact momentarily for the
configured breaker failed to trip time.
67
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
41210
41211
41213
41214
DATA SIZE
Unsigned Short
high byte
low byte
high byte
low byte
Unsigned Short
Unsigned Short
41215
Unsigned Short
41212
DESCRIPTION
Execute on Function Block Control Registers (0=No Action,1=Execute)
Relay or Test Password Character 1
Relay or Test Password Character 2
Relay or Test Password Character 3
Relay or Test Password Character 4
Spare
Block / Unblock Initiate State Mask (bit state:0=No change, 1=Change)
Bit 15:
Spare
Bit 7:
Spare
Bit 14:
Spare
Bit 6:
Spare
Bit 13:
Spare
Bit 5:
SEF Unblock
Bit 12:
Spare
Bit 4:
SEF Block
Bit 11:
One shot disable* Bit 3:
Ground Unblock
Bit 10:
One shot enable* Bit 2:
Ground Block
Bit 9:
Sect. unblock*
Bit 1:
Reclose Unblock
Bit 8:
Sect. block*
Bit 0:
Reclose Block
Confirmation Block / Unblock Initiate Mask (bit state:0=No change, 1=Change)
Confirm change initiate input mask by sending an duplicate copy to this register.
Note: * - For SCD only
REGISTER
41216
41217
41219
41220
DATA SIZE
Unsigned Short
high byte
low byte
high byte
low byte
Unsigned Short
Unsigned Short
41221
Unsigned Short
REGISTER
DATA SIZE
DESCRIPTION
41222
41223
41225
41226
Unsigned Short
high byte
low byte
high byte
low byte
Unsigned Short
Unsigned Short
41227
Unsigned Short
Execute on Function Block Control Registers (0=No Action,1=Execute)
Relay or Test Password Character 1
Relay or Test Password Character 2
Relay or Test Password Character 3
Relay or Test Password Character 4
Spare
Tag / Untag Initiate Mask (bit state:0=No change, 1=Change)
Bit 15:
Spare
Bit 7:
Spare
Bit 14:
Spare
Bit 6:
Spare
Bit 13:
Spare
Bit 5:
Spare
Bit 12:
Spare
Bit 4:
Spare
Bit 11:
Spare
Bit 3:
Close Untag
Bit 10:
Spare
Bit 2:
Close Tag
Bit 9:
Spare
Bit 1:
Open Untag
Bit 8:
Spare
Bit 0:
Open Tag
Confirmation Set / Clear Initiate Mask (bit state:0=No change, 1=Change)
Confirm change initiate input mask by sending an duplicate copy to this
register.
41218
41224
DESCRIPTION
Execute on Function Block Control Registers (0=No Action,1=Execute)
Relay or Test Password Character 1
Relay or Test Password Character 2
Relay or Test Password Character 3
Relay or Test Password Character 4
Spare
Set / Clear Alternate Settings Initiate Mask (bit state:0=No change, 1=Change)
Bit 15:
Spare
Bit 7:
Spare
Bit 14:
Spare
Bit 6:
Spare
Bit 13:
Spare
Bit 5:
Select Settings Bank2
Bit 12:
Spare
Bit 4:
Select Settings Bank1
Bit 11:
Spare
Bit 3:
ALT2 Pulse Off
Bit 10:
Spare
Bit 2:
ALT2 Pulse On
Bit 9:
Spare
Bit 1:
ALT1 Pulse Off
Bit 8:
Spare
Bit 0:
ALT1 Pulse On
Confirmation Set / Clear Initiate Mask (bit state:0=No change, 1=Change)
Confirm change initiate input mask by sending an duplicate copy to this register.
68
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
DATA SIZE
DESCRIPTION
41228
41229
41231
41232
Unsigned Short
high byte
low byte
high byte
low byte
Unsigned Short
Unsigned Short
41233
Unsigned Short
Execute Trip / Close Control (0=No Action,1=Execute)
Relay or Test Password Character 1
Relay or Test Password Character 2
Relay or Test Password Character 3
Relay or Test Password Character 4
Spare
Trip / Close Initiate Mask (bit state:0=No change, 1=Change)
Bit 15:
Spare
Bit 7:
Spare
Bit 14:
Spare
Bit 6:
Spare
Bit 13:
Spare
Bit 5:
Close Phase C
Bit 12:
Spare
Bit 4:
Close Phase B
Bit 11:
Spare
Bit 3:
Close Phase A
Bit 10:
Spare
Bit 2:
Trip Phase C
Bit 9:
Spare
Bit 1:
Trip Phase B
Bit 8:
Spare
Bit 0:
Trip Phase A
Confirmation Set / Clear Initiate Mask (bit state:0=No change, 1=Change)
Confirm change initiate input mask by sending an duplicate copy to this
register.
REGISTER
DATA SIZE
DESCRIPTION
41234
41235
41237
41238
Unsigned Short
high byte
low byte
high byte
low byte
Unsigned Short
Unsigned Short
41239
Unsigned Short
Execute Open / Close Control (0=No Action,1=Execute)
Relay or Test Password Character 1
Relay or Test Password Character 2
Relay or Test Password Character 3
Relay or Test Password Character 4
Spare
Open / Close Initiate Mask (bit state:0=No change, 1=Change)
Bit 15:
Reserved
Bit 7:
Reserved
Bit 14:
Reserved
Bit 6:
Reserved
Bit 13:
Reserved
Bit 5:
Reserved
Bit 12:
Reserved
Bit 4:
Reserved
Bit 11:
Close Switch 4
Bit 3:
Open Switch 4
Bit 10:
Close Switch 3
Bit 2:
Open Switch 3
Bit 9:
Close Switch 2
Bit 1:
Open Switch 2
Bit 8:
Close Switch 1
Bit 0:
Open Switch 1
Confirmation Set / Clear Initiate Mask (bit state:0=No change, 1=Change)
Confirm change initiate input mask by sending an duplicate copy to this
register.
REGISTER
DATA SIZE
DESCRIPTION
41240
41241
41243
41244
Unsigned Short
high byte
low byte
high byte
low byte
Unsigned Short
Unsigned Short
41245
Unsigned Short
Execute Source Transfer / Restoration Control (0=No Action,1=Execute)
Relay or Test Password Character 1
Relay or Test Password Character 2
Relay or Test Password Character 3
Relay or Test Password Character 4
Spare
Transfer / Restore Initiate Mask (bit state:0=No change, 1=Change)
Bit 15:
Reserved
Bit 7:
Reserved
Bit 14:
Reserved
Bit 6:
Reserved
Bit 13:
Reserved
Bit 5:
Reserved
Bit 12:
Reserved
Bit 4:
Reserved
Bit 11:
Reserved
Bit 3:
Restore S→P
Bit 10:
Reserved
Bit 2:
Restore P→S
Bit 9:
Reserved
Bit 1:
Transfer S→P
Bit 8:
Reserved
Bit 0:
Transfer P→S
Confirmation Set / Clear Initiate Mask (bit state:0=No change, 1=Change)
Confirm change initiate input mask by sending an duplicate copy to this
register.
41230
41236
41242
69
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
41246
41247
41248
41249
41250
41251
41252
41253
41254
41255
41256
41257
DATA SIZE
Unsigned Short
high byte
low byte
high byte
low byte
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
Unsigned Short
DESCRIPTION
Execute on Set/Reset Masks Word 3 and Word 4 Registers
Relay or Test Password Character 1
Relay or Test Password Character 2
Relay or Test Password Character 3
Relay or Test Password Character 4
Spare
Set/Reset Change Mask Long Word 3 (Bit 31-16)
Set/Reset Change Mask Long Word 3 (Bit 15-0) (0=No change, 1=Change)
Set/Reset Change Mask Long Word 4 (Bit 31-16)
Set/Reset Change Mask Long Word 4 (Bit 15-0) (0=No change, 1=Change)
Set/Reset State Mask Long Word 3 (Bit 31-16)
Set/Reset State Mask Long Word 3 (Bit 15-0) (0=Reset, 1=Set)
Set/Reset State Mask Long Word 4 (Bit 31-16)
Set/Reset State Mask Long Word 4 (Bit 15-0) (0=Reset, 1=Set)
SET/RESET MASK LONG WORD 3
Bit 31:
FLTDET*
Bit 15:
Bit 30:
SW1*
Bit 14:
Bit 29:
SW2*
Bit 13:
Bit 28:
SW3*
Bit 12:
Bit 27:
SW4*
Bit 11:
Bit 26:
Reserved
Bit 10:
Bit 25:
Reserved
Bit 9:
Bit 24:
Reserved
Bit 8:
Bit 23:
Reserved
Bit 7:
Bit 22:
Reserved
Bit 6:
Bit 21:
Reserved
Bit 5:
Bit 20:
Reserved
Bit 4:
Bit 19:
Reserved
Bit 3:
Bit 18:
Reserved
Bit 2:
Bit 17:
Reserved
Bit 1:
Bit 16:
Reserved
Bit 0:
SET/RESET MASK LONG WORD 4
Bit 31:
Reserved
Bit 15:
Bit 30:
Reserved
Bit 14:
Bit 29:
Reserved
Bit 13:
Bit 28:
Reserved
Bit 12:
Bit 27:
Reserved
Bit 11:
Bit 26:
Reserved
Bit 10:
Bit 25:
Reserved
Bit 9:
Bit 24:
Reserved
Bit 8:
Bit 23:
Reserved
Bit 7:
Bit 22:
Reserved
Bit 6:
Bit 21:
Reserved
Bit 5:
Bit 20:
Reserved
Bit 4:
Bit 19:
Reserved
Bit 3:
Bit 18:
Reserved
Bit 2:
Bit 17:
Reserved
Bit 1:
Bit 16:
Reserved
Bit 0:
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Note: You can only Reset "*" outputs. Trying to set these will have no affect on the state of the
sealed in alarms.
REGISTER
41258
41259
41260
41261
41262
41263
DATA SIZE
Unsigned Short
high byte
low byte
high byte
low byte
Unsigned Short
Unsigned Short
Unsigned Short
DESCRIPTION
Execute
Relay or Test Password Character 1
Relay or Test Password Character 2
Relay or Test Password Character 3
Relay or Test Password Character 4
Spare
LcmControl Initiate Mask
LcmControl duplicate mask
Bit 15: Source I
0 = No action, 1 = Enabled
Bit 14: Source I
0 = No action, 1 = Disabled
Bit 13: Source II
0 = No action, 1 = Enabled
Bit 12: Source II
0 = No action, 1 = Disabled
Bit 11: LCM Test Mode
0 = No action, 1 = Enabled
Bit 10: LCM Test Mode
0 = No action, 1 = Disabled
Bit 09: LCM Reset
0 = No action, 1 = Reset
Bit 08 - 00: Spare
70
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.3
5.3.1
FUNCTION CODE 23 (READ/WRITE 4X REGISTERS)
Fault Record
REGISTER
41409
DATA SIZE
Unsigned Word
SCALE
1
41410
Unsigned Word
1
41411
Unsigned Word
1
DESCRIPTION
Data Control
1=First record
2=Next record
3=Oldest Unreported record
High Byte (Phase Mask)
Bit 0 : Phase A Fault
Bit 1 : Phase B Fault
Bit 2 : Phase C Fault
Bits 3-7 : Spares
Low Byte (Fault Type Element)
0 : 51P Fault
1 : 51N Fault
2 : 50P-1 Fault
3 : 50N-1 Fault
4 : 50P-2 Fault
5 : 50N-2 Fault
6 : 50P-3 Fault
7 : 50N-3 Fault
8 : 67P Fault
9 : 67N Fault
10 : 46 Fault
11 : 81 Fault
12 : Zone Sequence Step
13 : ECI1 Event
14 : ECI2 Event
15 : SEF Fault
16 : Fault Detected
Active Set and Recl Seq
Value
Definition
16
SCD
17
Primary - 1
18
Primary - 2
19
Primary -3
20
Primary - 4
31
Primary - Lockout
33
34
35
36
47
41412
41413
41414
41415
41416
41417
41418
41419
41420
41421
41422
41423
41424
41425
41426
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
1
1
1
1
1
1
1
1
x
x
x
x
1
1
1
65
66
67
68
79
Fault Number
Year
Month
Day
Hours
Minutes
Seconds
Milliseconds
Ia (Scale at register 41424)
Ib (Scale at register 41424)
Ic (Scale at register 41424)
In (Scale at register 41424)
Current ( I ) Scale x
Ia Angle
Ib Angle
71
Alt1 - 1
Alt1 - 2
Alt1 - 3
Alt1 - 4
Alt1 - Lockout
Alt2 - 1
Alt2 - 2
Alt2 - 3
Alt2 - 4
Alt2 – Lockout
PCD MODBUS® Protocol Implementation Details
ABB Inc.
41427
41428
41429
41430
41431
41432
41433
41434
41435
41436
41437
41438
41439
41440
41441
41442
41443
41444
41445
41446-41447
41448-41449
41450-41451
41452
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Long
Unsigned Long
Unsigned Long
Unsigned Word
1
1
1
1
1
1
1
1
100
100
100
1
1
1
100
100
1
1
10
1000
1000
1000
1
Ic Angle
In Angle
Zero Seq I (Mag)
Pos Seq I (Mag)
Neg Seq I (Mag)
Zero Seq I (Ang)
Pos Seq I (Ang)
Neg Seq I (Ang)
KVab/KVan (Mag)
KVbc/KVbn (Mag)
KVca/KVcn (Mag)
Vab/Van (Ang)
Vbc/Vbn (Ang)
Vca/Vcn (Ang)
Pos Seq KV (Mag)
Neg Seq KV (Mag)
Pos Seq V (Ang)
Neg Seq V (Ang)
Fault Location
Fault Impedance, Real
Breaker Operate Time
Relay Operate Time
Record Status
Bit 0: 0=Wye, 1=Delta
Bit 1: 0=Fault, 1=Event
Capture
72
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.3.2
Operation Record
REGISTER
41537
DATA SIZE
Unsigned Word
SCALE
1
41538
41539
41540
41541
41542
41543
41544
41545
41546
41547
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
1
1
1
1
1
1
1
1
1
1
DESCRIPTION
Data Control
1=First record
2=Next record
3=Oldest Unreported record
Year
Month
Day
Hours
Minutes
Seconds
Milliseconds
Message #
Value
Operation Number (Index)
Operation Record Indices
INDEX
00
01
02
03
04
05
06
07
08
09
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
DEFINITION
51P Trip
51N Trip
50P-1 Trip
50N-1 Trip
50P-2 Trip
50N-2 Trip
50P-3 Trip
50N-3 Trip
67P Trip
67N Trip
46 Trip
27-1P Alarm
59 Alarm
79V Block
81S-1 Trip
81R-1 Restore
81V Block
TOC Pickup-No Trip
27-3P Alarm
SEF Trip
External Trip
External Close
Breaker Opened
Breaker Closed
Open Trip Contact
Recloser Lockout
Direct Trip
Direct Close
MDT Close
Ext. Trip and ARC
Reclose Initiated
CB Failed to Trip
CB Failed to Close
CB Pops Open
CB Pops Close
CB State Unknown
CB Stuck Closed
Ext. Trip CB Stuck
Springs Discharged
Current detected in breaker
Manual Trip
VALUE CODE
Type 1
Undefined
Type 1
Undefined
Type 1
Undefined
Type 1
Undefined
Type 1
Undefined
Undefined
Type 2
Type 2
Type 2
Undefined
Undefined
Type 2
Undefined
Type 2
Undefined
Type 1
Type 1
Type 1
Type 1
Type 1
Type 1
Type 1
Type 1
Undefined
Undefined
Type 1
Type 1
Type 1
Type 1
Type 1
Type 1
Type 1
Type 1
Undefined
Undefined
Type 1
73
PRODUCT
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
ALL
ALL
ALL
PCD
ALL
ALL
ALL
ALL
ALL
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
ALL
PCD
PCD MODBUS® Protocol Implementation Details
ABB Inc.
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
Manual Close
Ground TC Enabled
Ground TC Disabled
Phase TC Enabled
Phase TC Disabled
Primary Set Active
ALT1 Set Active
ALT2 Set Active
Zone Step
Recloser Enabled
Recloser Disabled
Zone Sequence Enabled
Zone Sequence Disabled
50P/N-1 Disabled
50P/N-2 Disabled
50P/N-3 Disabled
50P/N-1 Enabled
50P/N-2 Enabled
50P/N-3 Enabled
81S-2 Trip
81R-2 Restore
81O-1 Overfrequency
81O-2 Overfrequency
27A Alarm
27B Alarm
27C Alarm
AC Failure Alarm
AC Restoration Alarm
Reserved
Blown Fuze Alarm
Overcurrent Trip Counter Alarm
Accumulated KSI Alarm
79 Counter 1 Alarm
Phase Demand Alarm
Neutral Demand Alarm
Low PF Alarm
High PF Alarm
Trip Coil Failure Alarm
kVAR Demand Alarm
79 Counter 2 Alarm
Positive kVAR Alarm
Negative kVAR Alarm
Load Alarm
Cold Load Alarm
Positive Watt Alarm 1
Positive Watt Alarm 2
32P Trip
32N Trip
Reserved
Event Capture #1
Event Capture #2
Waveform Capture
BFT Operation
ReTrip Operation
External BFI Enabled
External BFI Disabled
BFI Enabled
BFI Disabled
Reserved
ROM Failure
RAM Failure
Self Test Failed
EEPROM Failure
Type 1
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Type 2
Type 2
Type 2
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Type 3
Undefined
74
PCD
PCD
PCD
PCD
PCD
ALL
ALL
ALL
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
PCD
ALL
PCD
ALL
ALL
ALL
ALL
PCD
ALL
PCD
ALL
ALL
ALL
PCD
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
PCD
PCD
PCD
PCD
PCD
PCD
ALL
PCD
PCD
ALL
ALL
PCD MODBUS® Protocol Implementation Details
ABB Inc.
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
BATRAM Failure
DSP Failure
Control Power Fail
Editor Access
59A Alarm
59B Alarm
59C Alarm
59-3P Alarm
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Battery failure
Reserved
Reserved
Reserved
Reserved
Reserved
Springs Charged
Springs Discharged
79S Input Enabled
79S Input Disabled
79M Input Enabled
79M Input Disabled
TCM Input Closed
TCM Input Opened
ALT1 Input Enabled
ALT1 Input Disabled
ALT2 Input Enabled
ALT2 Input Disabled
External Trip Enabled
External Trip Disabled
Event Capture 1 Initiated
Event Capture 1 Reset
Event Capture 2 Initiated
Event Capture 2 Reset
Waveform Capture Initiated
Waveform Capture Reset
External Close Enabled
External Close Disabled
52a Closed
52a Opened
52b Closed
52b Opened
43a Closed
43a Opened
46 Unit Enabled
46 Unit Disabled
67P Unit Enable
67P Unit Disabled
67N Unit Enabled
67N Unit Disabled
ULI1 Input Closed
ULI1 Input Opened
ULI2 Input Closed
ULI2 Input Opened
ULI3 Input Closed
Undefined
Undefined
Undefined
Type 4
Type 2
Type 2
Type 2
Type 2
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Type 1
Type 1
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Type 1
Type 1
Type 1
Type 1
Type 1
Type 1
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
75
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
PCD / SCD
ALL
ALL
ALL
ALL
ALL
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
ALL
ALL
ALL
ALL
PCD
PCD
ALL
ALL
ALL
ALL
ALL
ALL
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
ALL
ALL
PCD
PCD
PCD
PCD
ALL
ALL
ALL
ALL
ALL
PCD MODBUS® Protocol Implementation Details
ABB Inc.
167
168
169
170
171
172
173
174
175
176
177
178
179
180
181
182
183
184
185
186
187
188
189
190
191
192
193
194
195
196
197
198
199
200
201
202
203
204
205
206
207
208
209
210
211
212
213
1
214
1
215
216
217
218
219
220
221
222
223
224
225
226
227
228
229
ULI3 Input Opened
ULI4 Input Closed
ULI4 Input Opened
ULI5 Input Closed
ULI5 Input Opened
ULI6 Input Closed
ULI6 Input Opened
ULI7 Input Closed
ULI7 Input Opened
ULI8 Input Closed
ULI8 Input Opened
ULI9 Input Closed
ULI9 Input Opened
CRI Input Closed
CRI Input Opened
ARC Blocked
ARC Enabled
TARC Input Opened
SEF Enabled
SEF Disabled
RBI Enabled
RBI Disabled
Ground Functions Suppressed
Ground Functions Unsuppressed
Reserved
Reserved
SCADA Issued Trip
SCADA Issued Close
SCADA recloser block
SCADA recloser unblock
SCADA ground block
SCADA ground unblock
Reserved
Front Panel: Reclose Block On
Front Panel: Reclose Block Off
Front Panel: SEF Block On
Front Panel: SEF Block Off
Front Panel: Remote Block On
Front Panel: Remote Block Off
Front Panel: Ground Block On
Front Panel: Ground Block Off
Front Panel: ALT1 Enabled
Front Panel: ALT1 Disabled
Front Panel: Prog1 Enable
Front Panel: Prog1 Disable
Front Panel: Prog2 Enable
Front Panel: Prog2 Disable
Front Panel: Tag Enabled
Front Panel: Tag Disabled
Reserved
Reserved
Reserved
Reserved
Trip Reasserted
Close Reasserted
Re-Trip Successful
Re-Close Successful
Re-Trip Unsuccessful
Re-Close Unsuccessful
Protection Enabled
Protection Disabled
Breaker Failure Initiated Trip
Breaker Failure Initiated Close
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Type 1
Type 1
Type 1
Type 1
Type 1
Type 1
Undefined
Undefined
Type 1
Type 1
76
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
PCD
PCD
PCD
ALL
ALL
ALL
ALL
PCD
PCD
ALL
ALL
PCD
PCD
PCD
PCD
PCD
PCD
ALL
PCD
PCD
ALL
ALL
ALL
ALL
PCD
PCD
ALL
ALL
ALL
ALL
ALL
ALL
PCD
PCD
ALL
ALL
ALL
ALL
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD MODBUS® Protocol Implementation Details
ABB Inc.
230
231
232
233
234
235
236
237
238
239
240
241
242
243
244
245
246
247
248
249
250
251
252
253
254
255
256
257
258
259
260
261
262
263
264
265
266
267
268
269
270
271
272
273
274
275
276
277
278
279
280
281
282
283
284
285
286
287
288
289
290
291
292
ALT1 Pulse On Enabled
ALT1 Pulse Off Enabled
ALT2 Pulse On Enabled
ALT2 Pulse Off Enabled
ALT1 Pulse On Disabled
ALT1 Pulse Off Disabled
ALT2 Pulse On Disabled
ALT2 Pulse Off Disabled
Tag Open Block Enable
Tag Open Block Disable
Tag Close Block Enable
Tag Close Block Disable
Tag Message Enable
Tag Message Disable
LCM Trip
LCM Close
LCM Midpoint Operation
LCM Reboot
Loop communication not OK
Loop communication OK
Replace CPU Battery
LCM reset
Fault Test Start
Fault Test End
SCADA SEF Block
SCADA SEF Unblock
LCM active, source 1 ON
LCM active, source 1 OFF
LCM active, source 2 ON
LCM active, source2 OFF
Switch Open
Switch Open Failure
Switch Open After Failure
Switch Close
Switch Close Failure
Switch Close After Failure
Switch OK in Open State
Switch OK in Closed State
Switch State Unknown
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Switch 1 52a Contact Closed
Switch 1 52a Contact Opened
Switch 2 52a Contact Closed
Switch 2 52a Contact Opened
Switch 3 52a Contact Closed
Switch 3 52a Contact Opened
Switch 4 52a Contact Closed
Switch 4 52a Contact Opened
Switch 1 52b Contact Closed
Switch 1 52b Contact Opened
Switch 2 52b Contact Closed
Switch 2 52b Contact Opened
Switch 3 52b Contact Closed
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
77
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
ALL
ALL
ALL
ALL
ALL
ALL
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
PCD MODBUS® Protocol Implementation Details
ABB Inc.
293
294
295
296
297
298
299
300
301
302
303
304
305
306
307
308
309
310
311
312
313
314
315
316
317
318
319
320
321
322
323
324
325
326
327
328
329
330
331
332
333
334
335
336
337
338
339
340
341
342
343
344
345
346
347
348
349
350
351
352
353
354
355
Switch 3 52b Contact Opened
Switch 4 52b Contact Closed
Switch 4 52b Contact Opened
Reserved
Reserved
Reserved
Reserved
Switch 1 Direct Open Contact Closed
Switch 1 Direct Open Contact Opened
Switch 2 Direct Open Contact Closed
Switch 2 Direct Open Contact Opened
Switch 3 Direct Open Contact Closed
Switch 3 Direct Open Contact Opened
Switch 4 Direct Open Contact Closed
Switch 4 Direct Open Contact Opened
Switch 1 Direct Close Contact Closed
Switch 1 Direct Close Contact Opened
Switch 2 Direct Close Contact Closed
Switch 2 Direct Close Contact Opened
Switch 3 Direct Close Contact Closed
Switch 3 Direct Close Contact Opened
Switch 4 Direct Close Contact Closed
Switch 4 Direct Close Contact Opened
Reserved
Reserved
Reserved
Reserved
Fault Detector Enabled
Fault Detector Disabled
Fault Detected
Sectionalize Step
Sectionalize Open
Sectionalizer Blocked
Sectionalize Unblock
Sectionalizer Reset
Switch 1 Operations Alarm
Switch 2 Operations Alarm
Switch 3 Operations Alarm
Switch 4 Operations Alarm
One Shot Clear
One Shot Set
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Front Panel: One Shot Control Cleared
Front Panel: One Shot Control Set
Front Panel: Sectionalizer Block Set
Front Panel: Sectionalizer Block Cleared
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
Reserved
78
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
SCD
SCD
SCD
ALL
ALL
ALL
ALL
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
ALL
ALL
ALL
ALL
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
ALL
ALL
ALL
ALL
ALL
ALL
SCD
SCD
SCD
SCD
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
PCD MODBUS® Protocol Implementation Details
ABB Inc.
356
357
358
359
360
361
362
363
364
365
366
367
368
369
370
371
372
373
374
375
376
377
378
379
380
381
382
383
384
385
386
387
388
389
390
391
392
393
394
395
396
397
398
399
Reserved
Reserved
Reserved
Reserved
Primary to Secondary Source Transfer Initiated
Primary to Secondary Source Transfer Completed
Secondary to Primary Source Transfer Initiated
Secondary to Primary Source Transfer Completed
Primary to Secondary Restoration Initiated
Primary to Secondary Restoration Completed
Secondary to Primary Restoration Initiated
Secondary to Primary Restoration Completed
Source Transfer Failed
Source Transfer Blocked
Source Transfer Unblocked
Source Transfer Armed
Source Transfer Disarmed
Source Transfer Initiated Open
Source Transfer Initiated Close
Transfer block input asserted
Transfer block input deasserted
Transfer primary to secondary input asserted
Transfer primary to secondary input deasserted
Transfer secondary to primary input asserted
Transfer secondary to primary input deasserted
Restore primary to secondary input asserted
Restore primary to secondary input deasserted
Restore secondary to primary input asserted
Restore secondary to primary input deasserted
Settings bank1 active
Settings bank2 active
Diagnostics record
LCM source 1 enabled
LCM source 1 disabled
LCM source 2 enabled
LCM source 2 disabled
PROG1 logical OFF
PROG1 logical ON
PROG2 logical OFF
PROG2 logical ON
PROG2 switch mode OFF
PROG2 switch mode ON
SCADA switch mode OFF
SCADA switch mode ON
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Undefined
Notes: 1: These are available only on PCDs with catalog numbers XR3X-XXXX-XX-XXXX.
79
ALL
ALL
ALL
ALL
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
ALL
ALL
ALL
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD MODBUS® Protocol Implementation Details
ABB Inc.
Value codes types:
Some operation records have a value field with specific 'type' information. The table below shows
currently defined values. Undefined value fields nominally return zero.
Value Type
1
2
3
Value Code
0
1
2
3
-
4
-
Description
Three phase operation
Phase A operation
Phase B operation
Phase C operation
Secondary voltage value (Volts)
Self Test failure code
Bit 15:
DSP COP
Bit 7:
System Boot Failure
Bit 14:
DSP Program Runaway
Bit 6:
Spare
Bit 13:
DSP +5V Power Fail
Bit 5:
Spare
Bit 12:
DSP ±15V Power Fail
Bit 4:
Spare
Bit 11:
DSP Spare
Bit 3:
CPU EEPROM
Bit 10:
DSP Ext. RAM
Bit 2:
CPU NVRAM
Bit 9:
DSP Int. RAM
Bit 1:
CPU Flash
Bit 8:
DSP ROM
Bit 0:
CPU RAM
Editor access code (Firmware versions 2.9 and below)
Bit 15:
Comm. Settings Edit
Bit7:
Clock Settings Edit
Bit 14:
Alarm Settings Edit
Bit 6:
Spare
Bit 13:
Counter Settings Edit
Bit 5:
Edit via Rear Port
Bit 12:
Config. Settings Edit
Bit 4:
Edit via Front Port
Bit 11:
ALT2 Settings Edit
Bit 3:
Edit via Front Panel MMI
Bit 10
ALT1 Settings Edit
Bit 2:
Local Edit Disabled
Bit 9:
Primary Settings Edit
Bit 1:
Remote Edit Disabled
Bit 8:
Programmable IO Edit
Bit 0:
Not Used
Editor access code (Firmware versions 3.0 and above, and SCD version 1.0)
Bit 15:
Not used
Bit7:
LCM Edit
Bit 14:
Not used
Bit 6:
Programmable curve Edit
Bit 13:
General Edit
Bit 5:
Alarms Edit
Bit 12:
Bank2, ALT2 Edit
Bit 4:
Configuration Edit
Bit 11:
Bank2, ALT1 Edit
Bit 3:
ALT2 Edit
Bit 10
Bank2, Primary Edit
Bit 2:
ALT1 Edit
Bit 9:
Programmable I/O Edit
Bit 1:
Primary Edit
Bit 8:
Communications Edit
Bit 0:
Front panel MMI used
80
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.3.3
Oscillographic Record Data Headers Block
REGISTER
41665
41666
41667
DATA SIZE
Unsigned Word
Unsigned Word
Unsigned Word
SCALE
1
1
1
41668
Unsigned Word
1
41669
41670
41671
41672
41673
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
1
1
1
1
1
41674
Unsigned Word
1
41675
41676
41677
41678
41679
41680
41681
41682
41683
41684
41685
41686
41687
41688
41689
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
DESCRIPTION
Record Number
Cycles per Record
Record Size =
0:
1 Record
1:
2 Record
3:
4 Records
4:
8 Records
Mode
Bit 0 :
Single-shot mode (0=off,1=on)
Bit 1 :
Append record mode (0=off, 1=on)
Trigger Position
Analog Quantity Select
Spare
Spare
Trigger Source
Bit 0 :
Trip Issued Signal (PCD)
Bit 1 :
Breaker Open
(PCD)
Bit 2 :
External (WCI)
(PCD / SCD)
Bit 3 :
32P
(PCD / SCD)
Bit 4 :
32N
(PCD / SCD)
Bit 5 :
PFLT
(SCD)
Bit 6 :
NFLT
(SCD)
Bit 7 :
SFLT
(SCD)
Bit 8 :
PQ Sags
(PCD / SCD)
Bit 9 :
PQ Swells (PCD / SCD)
Bit 10 :
PQ Interruptions
(PCD / SCD)
Bit 11 :
PQ Undervoltage
(PCD / SCD)
Bit 12 :
PQ Overvoltage
(PCD / SCD)
Bit 13 :
PQ TDD
(PCD / SCD)
Bit 14 :
PQ THD
(PCD / SCD)
Bit 15 :
Spare
Trigger Source (Low Word)
Bit 0 :
50N-1
(PCD)
Bit 1 :
50N-2
(PCD)
Bit 2 :
50N-3
(PCD)
Bit 3 :
51N
(PCD)
Bit 4 :
50P-1
(PCD)
Bit 5 :
50P-2
(PCD)
Bit 6 :
50P-3
(PCD)
Bit 7 :
51P
(PCD)
Bit 8:
67P
(PCD)
Bit 9:
67N
(PCD)
Bit 10:
46
(PCD / SCD)
Bit 11:
27
(PCD / SCD)
Bit 12:
59
(PCD / SCD)
Bit 13:
79
(PCD)
Bit 14:
81S
(PCD / SCD)
Bit 15:
81R
(PCD / SCD)
Year
Month
Day
Hours
Minutes
Seconds
Milliseconds
Channel 1 Scale
Channel 2 Scale
Channel 3 Scale
Channel 4 Scale
Channel 5 Scale
Channel 6 Scale
Channel 7 Scale
Channel 8 Scale
81
PCD MODBUS® Protocol Implementation Details
ABB Inc.
41690
41691
41692
41693
41694
41695
41696
41697
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
1
Channel 9 Scale
Channel 10 Scale
Channel 11 Scale
Channel 12 Scale
Channel 13 Scale
Channel 14 Scale
Channel 15 Scale
Channel 16 Scale
Note: Analog Quantity Select Mask is currently not supported. Also, the three trigger word
registers 41671 thru 41672 are currently not supported.
82
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.3.4
Oscillographic Digital Records Block
REGISTER
41793
41794
41795
41796
41797
41798
41799
41800
41801
41802
41803
41804
41805
41806
41807
41808
41809
41810-41824
41825-41839
41840-41854
DATA SIZE
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
SCALE
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
DESCRIPTION
Record Number
Cycle Number
First Qtr Cycle: Phase Scale 1
First Qtr Cycle: Phase Scale 2
First Qtr Cycle: Neutral Scale 1
First Qtr Cycle: Neutral Scale 2
First Qtr Cycle: Spare Scale
First Qtr Cycle: Spare Scale
First Qtr Cycle: Input Status (High Word)
First Qtr Cycle: Input Status (Low Word)
First Qtr Cycle: Output Status (High Word)
First Qtr Cycle: Output Status (Low Word)
First Qtr Cycle: Pickup Status (High Word)
First Qtr Cycle: Pickup Status (Low Word)
First Qtr Cycle: Fault Status (High Word)
First Qtr Cycle: Fault Status (Low Word)
First Qtr Cycle: Reserved
Second Qtr Cycle (15 words as above)
Third Qtr Cycle (15 words as above)
Forth Qtr Cycle (15 words as above)
83
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.3.5
Oscillographic Analog Records Block
REGISTER
41921
41922
41923
41924
41925
41926
41927
41928
41929
41930
41931
41932
41933
41934
41935
41936
41937
41938
41939
41940
41941
41942
41943
41944
41945
41946
41947
41948
41949
41950
41951
41952
41953
41954
41955
DATA SIZE
Unsigned Word
Unsigned Word
Unsigned Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
Signed Word
SCALE
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
DESCRIPTION
Record Number
Cycle Number
Analog Quantity
Sample 0
Sample 1
Sample 2
Sample 3
Sample 4
Sample 5
Sample 6
Sample 7
Sample 8
Sample 9
Sample 10
Sample 11
Sample 12
Sample 13
Sample 14
Sample 15
Sample 16
Sample 17
Sample 18
Sample 19
Sample 20
Sample 21
Sample 22
Sample 23
Sample 24
Sample 25
Sample 26
Sample 27
Sample 28
Sample 29
Sample 30
Sample 31
84
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.3.6
Oscillographic Control and Status Block
REGISTER
42049
DATA SIZE
Unsigned Word
SCALE
1
42050
Unsigned Word
1
42051
Unsigned Word
1
42052
42053
Unsigned Word
Unsigned Word
1
1
DESCRIPTION
Start / Stop Accumulation
0 = Stop
1 = Start
Record Size
0:
1 Record
1:
2 Records
2:
4 Records
3:
8 Records
Mode
Bit 0 :
Single-shot mode (0=off,1=on)
Bit 1 :
Append record mode (0=off, 1=on)
Records Remaining (single-shot mode)
State of Accumulation
1 = Running
0 = Stopped
85
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.3.7
Load Profile Data Header
REGISTER
42177
DATA SIZE
Unsigned Word
42178
42179
42180
42181
42182
42183
42184
42185
42186
42187
42188
42189
42190
42191
42192
42193
42194
42195
42196
42197
42198
42199
42200
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
SCALE
1
DESCRIPTION
Data Control
1= All Data
2= Last Data
Year
Month
Day
Hours
Minutes
Column 1 Attribute Number
Column 2 Attribute Number
Column 3 Attribute Number
Column 4 Attribute Number
Column 5 Attribute Number
Column 6 Attribute Number
Column 7 Attribute Number
Column 8 Attribute Number
Column 9 Attribute Number
Column 1 Attribute Scale
Column 2 Attribute Scale
Column 3 Attribute Scale
Column 4 Attribute Scale
Column 5 Attribute Scale
Column 6 Attribute Scale
Column 7 Attribute Scale
Column 8 Attribute Scale
Column 9 Attribute Scale
Attribute description for firmware versions <= 2.60 and >= 2.90
ATTRIBUTE #
DESCRIPTION
DYNAMIC SCALE
0
Demand kW-A
122
1
Demand kW-B
122
2
Demand kW-C
122
3
Demand kVAR-A
122
4
Demand kVAR-B
122
5
Demand kVAR-C
122
6
Van
10
7
Vbn
10
8
Vcn
10
9
Demand kW-3P
367
10
Demand kVAR-3P
367
11
Demand Ia
1
12
Demand Ib
1
13
Demand Ic
1
14
Demand In
1
15
Vab
10
16
Vbc
10
17
Vca
10
18
Power factor
1
19
Power factor type
1
Attribute description for firmware versions >= 2.70 and <= 2.82
ATTRIBUTE #
DESCRIPTION
DYNAMIC SCALE
0
Power factor
1
1
Power factor type
1
2
Demand Ia
1
3
Demand Ib
1
4
Demand Ic
1
5
Demand In
1
6 and over
Same as above
86
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.3.8
Load Profile Data Block
REGISTER
42305
DATA SIZE
Unsigned Word
42306
42307
42308
42309
42310
42311
42312
42313
42314
42315
42316
42317
42318
42319
42320
42321
42322
42323
42324
42325
42326
42327
42328
42329
42330
42331
42332
42333
42334
42335
42336
42337
42338
42339
42340
42341
42342
42343
42344
42345
42346
42347
42348
42349
42350
42351
42352
42353
42354
42355
42356
42357
42358
42359
42360
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
SCALE
DESCRIPTION
Data Control
1= Next Data
2= Last Data
Demand Interval (5/15/30/60 Minutes)
Record Number
Total Number of Data Bytes (1 through 126)
Year
Month
Day
Hours
Minutes
Data Block 0
Data Block 1
Data Block 2
Data Block 3
Data Block 4
Data Block 5
Data Block 6
Data Block 7
Data Block 8
Data Block 9
Data Block 10
Data Block 11
Data Block 12
Data Block 13
Data Block 14
Data Block 15
Data Block 16
Data Block 17
Data Block 18
Data Block 19
Data Block 20
Data Block 21
Data Block 22
Data Block 23
Data Block 24
Data Block 25
Data Block 26
Data Block 27
Data Block 28
Data Block 29
Data Block 30
Data Block 31
Data Block 32
Data Block 33
Data Block 34
Data Block 35
Data Block 36
Data Block 37
Data Block 38
Data Block 39
Data Block 40
Data Block 41
Data Block 42
Data Block 43
Data Block 44
Data Block 45
Data Block 46
87
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
42361
42362
42363
42364
42365
42366
42367
42368
42369
42370
42371
42372
42373
42374
42375
42376
42377
DATA SIZE
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
SCALE
DESCRIPTION
Data Block 47
Data Block 48
Data Block 49
Data Block 50
Data Block 51
Data Block 52
Data Block 53
Data Block 54
Data Block 55
Data Block 56
Data Block 57
Data Block 58
Data Block 59
Data Block 60
Data Block 61
Data Block 62
Data Block 63
Each data block is a two byte word formatted as follows:
Bits 0-13 :
Data Value
Bit 14 :
Sign Bit (1=multiply bits 0-13 by -1)
Bit 15 :
Scale Bit (0=multiply bits 0-13 by 1,
1=multiply bits 0-13 by attribute scale)
Example: Report column 1 is profiling attribute #0 (Demand kW-A) and has a dynamic scale = 122
DATA
BINARY PATTERN
SCALE
REPORTED VALUE
WORD
8,000
0001111101000000
1
8,000 kW
24,384
0101111101000000
-1
-8,000 kW
16,776
0100000011000100
122
23,912 kW
49,384
1100000011000100
-122
-23,912 kW
88
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.3.9
Load Profile Control Block
REGISTER
42433
DATA SIZE
Unsigned Word
SCALE
1
DESCRIPTION
Start / Stop Accumulation
0 = Stop
1 = Start
89
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.3.10 Power Quality Records
REGISTER
42561
42562
42563
42564
42565
42566
42567
42568
42569
42570
42571
42572
DATA SIZE
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
SCALE
1
1
1
1
1
1
1
1
1
1
1
1
42573
42574
Unsigned Word
Unsigned Long
Word
Unsigned Word
Unsigned Word
Unsigned Long
Word
Unsigned Word
Unsigned Word
1
1
DESCRIPTION
Record Index (1 = latest record)
Year (4 digit)
Month
Day
Hour
Minutes
Seconds
Milliseconds
Duration (Milliseconds, high word)
Duration (Milliseconds, low word)
Event Classification Code (see table below)
Operation Type (see tables below)
Bits 0-3: Event Quantity
Bits 4-5: System Configuration
Bit 14:
Early Termination Flag
Bit 15:
Test Record Flag
Operation Number (1~999)
Pre Event Current (Primary Amps)
1
1
1
Pre Event Voltage (PU Voltage x10000)
Post Event Voltage (PU Voltage x10000)
Status
1
1
RMS Record Sample Count
RMS Record Available Types
Bit 0:
Voltage Record
Bit 1:
Current Record
Bit 2:
THD Record
Bit 3:
TDD Record
42576
42577
42578
42580
42581
CODE #
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
CLASSIFICATION
Swell, Instantaneous
Swell, Momentary
Swell, Temporary
Swell, t > t(max)
Sag, Instantaneous
Sag, Momentary
Sag, Temporary
Sag, t > t(max)
Interruption, Momentary
Interruption, Temporary
Interruption, Sustained
Interruption, t > t(max)
Overvoltage
Overvoltage, t > t(max)
Undervoltage
Undervoltage, t > t(max)
Current TDD
Voltage THD
90
PCD MODBUS® Protocol Implementation Details
ABB Inc.
CODE #
0
1
2
3
4-15
PHASE
Van / Vab / Ia
Vbn / Vbc / Ib
Vcn / Vca / Ic
Phase Minimum/Maximum
Spare
CODE #
0
1
2
3
CONFIGURATION
69V Wye
120V Wye
120V Delta
208V Delta
91
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.3.11 Power Quality Statistics
REGISTER
DATA SIZE
SCALE
DESCRIPTION
42689
42690
42691
42692
42693
42694
42695
42696
42697-42711
42712
42713-42727
42728
42729-42743
42744
42745-42759
42760
42761-42775
42776
42777-42791
42792
42793
42794
42795
42796
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
Data Control (1=Read Only, 2=Read and Reset Counters)
Counter Last Reset, Year (4 digit)
Counter Last Reset, Month
Counter Last Reset, Day
Counter Last Reset, Hour
Counter Last Reset, Minutes
Counter Last Reset, Seconds
Swell Counter, Instantaneous
Swell Worst Case Record, Instananeous
Swell Counter, Momentary
Swell Worst Case Record, Momentary
Swell Counter, Temporary
Swell Worst Case Record, Temporary
Sag Counter, Instantaneous
Sag Worst Case Record, Instananeous
Sag Counter, Momentary
Sag Worst Case Record, Momentary
Sag Counter, Temporary
Sag Worst Case Record, Temporary
Interruption Counter, Momentary
Interruption Counter, Temporary
Interruption Counter, Sustained
Overvoltage Counter
Undervoltage Counter
Worst Case Record Format
REGISTER
Reg + 0
Reg + 1
Reg + 2
Reg + 3
Reg + 4
Reg + 5
Reg + 6
Reg + 7
Reg + 8
Reg + 9
Reg + 10
DATA SIZE
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
SCALE
1
1
1
1
1
1
1
1
1
1
1
Reg + 11
Unsigned Long
Word
Unsigned Word
Unsigned Word
1
DESCRIPTION
Year
Month
Day
Hours
Minutes
Seconds
Milliseconds
Duration (Milliseconds, high word)
Duration (Milliseconds, low word)
Event Classification Code (see table in 5.3.10)
Operation Type (see tables in 5.3.10)
Bits 0-3: Event Quantity
Bits 4-5: System Configuration
Bit 14:
Early Termination Flag
Bit 15:
Test Record Flag
Pre-event Current (Primary Amps)
1
1
Pre-event Quantity
Post-event Quantity
Reg + 13
Reg + 14
Quantity defined as:
a)
b)
c)
Voltage (PU Voltage x10000)
Current TDD (Percent x10)
Voltage THD (Percent x10)
92
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.3.12 Power Quality RMS Records
REGISTER
DATA SIZE
SCALE
DESCRIPTION
42817
Unsigned Word
1
42818
42819
Unsigned Word
Unsigned Word
1
1
42820
42821
.
.
.
42919
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
1
1
1
1
1
1
Record Number (Must match an Existing PQ Operation
Number)
Record Type (0=Vx, 1=Ix, 2=THD, 3=TDD)
Block Number (0 = First Block, Each Block = 100 Sample
Values)
Sample 0
Sample 1
.
.
.
Sample 99
Sample Value Format
Parameter
Voltage (Vx)
Bit Field
0 to 12
13 to 15
Definition
Magnitude
Time Base
Current (Ix)
0 to 9
10 to 12
Magnitude
Current Base
13 to 15
Time Base
93
Values
5200 counts = 1.00 Per Unit
0
0.25 Cycles
1
0.50 Cycles
2
1.00 Cycles
3
2.00 Cycles
4
4.00 Cycles
5
8.00 Cycles
6
16.0 Cycles
7
32.0 Cycles
400 counts = 1.00 Per Unit
0
Primary Settings Group
1
Alternate 1 Settings Group
2
Alternate 2 Settings Group
3 to 7 Reserved
As defined in voltage above
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.3.13 Power Quality Control and Status Block
REGISTER
DATA SIZE
SCALE
DESCRIPTION
42945
Unsigned Word
1
42946
42947
42948
42949
42950
42951
42952
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Word
1
1
*256
*256
*256
*256
1
Start / Stop PQ Record Accumulation (0=Stop, 1=Start, 2=Start
w/record clear)
Accumulation Status (0=Stopped, 1=Running)
Number of Records Logged
Current Scale : Primary Settings
Current Scale : Alternate 1 Settings
Current Scale : Alternate 2 Settings
Voltage Scale (RMS Record)
Scale Status (0=OK, 1=Out of Date)
94
PCD MODBUS® Protocol Implementation Details
ABB Inc.
5.3.14 Power Quality Informational Block
REGISTER
DATA SIZE
SCALE
DESCRIPTION
43073
43074
43075
43076
Unsigned Word
Unsigned Word
Unsigned Word
Unsigned Long
Word
1
1
1
1
43078
43079
43080
Unsigned Word
Unsigned Word
Unsigned Word
*100
1
1
Host Product Code: PCD = 1
PQ Variant Code
PQ Library Revision Code
PQ Library Unit Availability Code
Bit 0:
Sag Unit
Bit 1:
Swell Unit
Bit 2:
Interruption Unit
Bit 3:
Undervoltage Unit
Bit 4:
Overvoltage Unit
Bit 5:
Voltage THD Unit
Bit 6:
Current TDD Unit
Bit 7:
RMS Profiling Unit
Bit 8-29:
Spares
Bit 30-3:
Standard (00=IEEE)
System Frequency (60 Hz = 6000)
Acquisition rate in Samples per cycle
Samples per RMS quantity (Base)
95
PCD MODBUS® Protocol Implementation Details
ABB Inc.
(This page is intentionally blank.)
96
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6 6x Registers
6.1
FUNCTION CODE 20 (READ GENERAL REFERENCE)
FUNCTION CODE 21 (WRITE GENERAL REFERENCE)
Programmable Input Definitions:
Physical Input: The opto-isolated binary input that allows external control by physically wiring the
input terminals of the PCD. Physical inputs are labeled (IN1, IN2, IN3, ..., IN32).
Logical Input: An input equated by the Boolean combination of the physical inputs. These inputs are
used by the PCD's state machine and control subroutines. Logical Inputs are labeled (PH3, GRD,
TCM, ...). See later in this paragraph for additional labels.
Active Open: This defines the type of connection from the physical input or inputs and means the
physical state of the opto-isolator's logic is inverted. Example: if the voltage across IN1's terminals
equals zero, then the Boolean equation will evaluate this term as a logical one. Likewise, when a
voltage is applied to IN1, the Boolean equation will evaluate this term as a logical zero.
Active Closed: This defines the type of connection from the physical input or inputs and means that
the physical state of the opto-isolator's logic is the non-inverted. Example: if a voltage is applied
across IN1's terminals, then the Boolean equation will evaluate this term as a logical one. Likewise,
when no voltage is applied to IN1, the Boolean equation will evaluate this term as a logical zero.
Example of a Boolean input equation:
Logical
50-1 =
ORed Physical
IN1 + IN2 + IN3
Logical
GRD =
ANDed Physical
IN1 * IN2 * IN3
Input Select:
The physical inputs are associated with a bit mask to determine which inputs are used when
resolving the logical input's Boolean equation. If the appropriate bit is set, the term will be included as
part of the equation. Likewise, a cleared bit indicates that the physical input term will be ignored.
The bit assignment mask for the physical inputs are as follows:
IN1
…
…
IN32
Æ
.
.
Æ
Bit 0
…
…
Bit 31
Negated AND Input:
This is a bit mask that indicates if a selected input is inverted based on the active open or closed
state. The bit mask uses the same associated physical inputs pattern as in the Input Select data.
AND/OR Select:
The combination of the physical inputs' state used to resolve the Boolean equation allows for the
algebraic ANDing or ORing of all of the selected physical inputs.
97
PCD MODBUS® Protocol Implementation Details
ABB Inc.
User Definable Names:
Physical inputs, IN1 - IN32, have memory allocated for an eight character (NULL is implied in
character 9) user definable strings.
Four protocol commands are required to view or change the PCD’s programmable input setting
tables. The command order for viewing these tables can be retrieved in any sequence, but when the
settings are sent to the PCD, the commands must be sent in the following sequence:
Receive Programmable Input Select and Index data.
Receive Programmable Negated AND Input data.
Receive Programmable Input AND/OR Select data.
Receive Programmable Input User Defined Name data.
Up to 32 logical inputs may be selected at any one time. The protocol document refers to these
generic logical inputs as INPUT1 - INPUT32.
Example:
We want the PH3 logical input to be the combination of the physical inputs IN4 AND NOT IN3 and
ALT1 logical input to be the combination of the physical inputs IN1 OR IN3 OR NOT IN5.
PH3 = IN4 * !IN3
ALT1 = IN1 + IN3 + !IN5
First, generic inputs must be selected to setup the logic equation and for this case INPUT3 is used for
PH3 and INPUT8 is used for ALT1. Note, any inputs 1-32 could be valid selections. The data values
required for these selections use the INDEX table defined in the protocol document.
98
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
60009
HEX DATA
0xFFF3
60070
60019
0x0300
0xFFEA
60072
60133
0x000C
0xFFFB
60143
0xFFEF
60193
0x0004
60195
0x0000
COMMENT
No physicals selected for INPUT3 Input Select high word.
Selects IN3 and IN4 bits for INPUT3 Input Select low word.
Assigning PH3 offset to INPUT3 for Input Index high word.
No physicals selected for INPUT8 Input Select high word.
Selects IN1, IN3 and IN5 bit for INPUT8 Input Select low word.
Assigning ALT1 offset to INPUT8 for Input Index low byte
No physical's logic inverted for INPUT3 Negated AND Input high
word
Inverts IN3's logical state for INPUT3 Negated AND Input low word.
Inverts IN5's logical state for INPUT8 Negated AND Input low word.
No physical's logic inverted for INPUT8 Negated AND Input high
word.
Boolean combination of INPUT3 selected physical logic are
ANDed, all others are ORed together.
INPUT1,-15 outputs not inverted.
Bit = 0, Physical Input is selected.
Bit = 1, Physical Input is not selected.
Low byte consists of bits 0 through 7.
High byte consists of bits 8 through 15.
Index byte is the offset into the PCD's logical input structure.
Example:
We want the CLOSE logical output to be the combination of the physical inputs IN2 AND NOT IN3.
CLOSE = IN2 * !IN3
First, generic inputs must be selected to setup the logic equation and for this case OUTPUT1 is used
for CLOSE. Note, any outputs 1-32 could be valid selections. The data values required for these
selections use the INDEX table defined in the protocol document.
99
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
60517
HEX DATA
0xFFF9
60581
60641
0x0100
0xFFFB
60705
0x0001
60707
6076860771
60896
0x0000
“ NAME”
COMMENT
No physicals selected for OUTPUT1 Output Select high word.
Selects IN2 and IN3 bits for OUTPUT1 Output Select low word.
Assigning CLOSE offset to OUTPUT1 for Output Index high word.
Inverts IN3's logical state for OUTPUT1 Negated AND Input low
byte
Boolean combination of OUTPUT1 selected physical logic are
ANDed, all others are ORed together.
OUTPUT1 selected physical output logic not inverted.
OUTPUT1 8 ASCII character output strings.
0x01
Programmable OUTPUT1 delay.
Bit = 0, Physical Input is selected.
Bit = 1, Physical Input is not selected.
Low byte consists of bits 0 through 7.
High byte consists of bits 8 through 15.
Index byte is the offset into the PCD's logical output structure.
Logical Input Indices
INDEX
00
01
02
03
04
05
06
07
08
09
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
INPUT
52A
52B
43A
PH3
GRD
SCC
79S
79M
TCM
50-1
50-2
50-3
ALT1
ALT2
ECI1
ECI2
WCI
ZSC
Open
Close
46
67P
67N
ULI1
ULI2
ULI3
ULI4
ULI5
ULI6
ULI7
ULI8
ULI9
CRI
ARCI
TARC
SEF
Ext BFI
BFI
RBI
ALT1Pon
DEFINITION
Breaker Position - Closed/Opened
Breaker Position - Opened/Closed
Reclose Function - Enabled/Disabled
Phase Torque Control
Ground Torque Control
Spring Charging Contact
Single Shot Reclosing
Multi Shot Reclosing
Trip Coil Monitoring
Instantaneous 50P-1 50N-1
Instantaneous 50P-2 50N-2
Instantaneous 50P-3 50N-3
Enables ALT1 settings table
Enables ALT2 settings table
Event Capture Initiated data in fault record
Event Capture Initiated data in fault record
Waveform Capture Initiated
Zone Sequence Coordination
Trip initiated
Close Initiated
Enables 46 Function
Enables 67P Function
Enables 67N Function
User Logical Input Asserts ULO1
User Logical Input Asserts ULO2
User Logical Input Asserts ULO3
User Logical Input Asserts ULO4
User Logical Input Asserts ULO5
User Logical Input Asserts ULO6
User Logical Input Asserts ULO7
User Logical Input Asserts ULO8
User Logical Input Asserts ULO9
Resets Overcurrent Trip And all Recloser Counters
Timed Reclose Block
Initiate Trip and Automatic Reclose
Sensitive Earth Fault Enable
External Started Input
Breaker Fail Initiate
Remote Block Initiate
Alternate Settings 1 Pulse On
100
PRODUCT
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
ALL
ALL
ALL
ALL
ALL
PCD
PCD
PCD
ALL
PCD
PCD
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
PCD
PCD
PCD
ALL
PCD
PCD
ALL
ALL
PCD MODBUS® Protocol Implementation Details
ABB Inc.
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
Notes:
ALT1Poff
ALT2Pon
ALT2Poff
OPNBLK
CLSBLK
TAGMSG
52aA
52aB
52aC
52bA
52bB
52bC
TRIPA
TRIPB
TRIPC
CLOSEA
CLOSEB
CLOSEC
SW1-52a
SW1-52b
SW2-52a
SW2-52b
SW3-52a
SW3-52b
SW4-52a
SW4-52b
OPEN1
CLOSE1
OPEN2
CLOSE2
OPEN3
CLOSE3
OPEN4
CLOSE4
SECBLK
OSLIM
FLTDET
XFERBLK
XFERPS
XFERSP
RSTRPS
RSTRSP
RST_TA
RST_SA
Alternate Settings 1 Pulse Off
Alternate Settings 2 Pulse On
Alternate Settings 2 Pulse Off
Tag Open Block
Tag Close Block
Tag Message
Phase A 52a Contact Input
Phase B 52a Contact Input
Phase C 52a Contact Input
Phase A 52b Contact Input
Phase B 52b Contact Input
Phase C 52b Contact Input
Phase A Direct Trip Input
Phase B Direct Trip Input
Phase C Direct Trip Input
Phase A Direct Close Input
Phase B Direct Close Input
Phase C Direct Close Input
Switch 1 52a Contact Input
Switch 1 52b Contact Input
Switch 2 52a Contact Input
Switch 2 52b Contact Input
Switch 3 52a Contact Input
Switch 3 52b Contact Input
Switch 4 52a Contact Input
Switch 4 52b Contact Input
Switch 1 Open Initiate
Switch 1 Close Initiate
Switch 2 Open Initiate
Switch 2 Close Initiate
Switch 3 Open Initiate
Switch 3 Close Initiate
Switch 4 Open Initiate
Switch 4 Close Initiate
Sectionalize Block
Sectionalize One-shot Limit
Fault Detector Enable
Source Transfer Block
Source Transfer Initiate P→S
Source Transfer Initiate S→P
Source Restoration Initiate P→S
Source Restoration Initiate S→P
Reset target alarms
Reset seal-in alarms
1
Single Phase mode only when available
101
ALL
ALL
ALL
ALL
ALL
ALL
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
ALL
ALL
PCD MODBUS® Protocol Implementation Details
ABB Inc.
Logical Output Indices
INDEX
00
01
02
03
04
05
06
07
08
09
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
OUTPUT
TRIP
CLOSE
ALARM
27-1P
46
50P-1
50N-1
50P-2
50N-2
50P-3
50N-3
51P
51N
59
67P
67N
81S-1
81R-1
PATA
PBTA
PCTA
TCFA
TCC
79DA
PUA
79LOA
BFA
PDA
NDA
BFUA
KSI
79CA-1
HPFA
LPFA
OCTC
50-1D
50-2D
STC
ZSC
PH3-D
GRD-D
32PA
32NA
27-3P
VarDA
79CA-2
TRIPA
TRIPB
TRIPC
27-1P*
46*
50P-1*
50N-1*
50P-2*
50N-2*
50P-3*
50N-3*
51P*
51N*
DEFINITION
Fixed Trip
Fixed Close
Self Check Alarm
Undervoltage (any phase)
Negative Sequence Overcurrent
Phase Inst. Overcurrent
Neutral Inst. Overcurrent
Phase Inst. Overcurrent
Neutral Inst. Overcurrent
Phase Inst. Overcurrent
Neutral Inst. Overcurrent
Phase Time Overcurrent
Neutral Time Overcurrent
Overvoltage (any phase)
Directional Overcurrent (positive sequence)
Directional Overcurrent (negative sequence)
Frequency Shed (First stage)
Frequency Restore (First stage)
Phase A Target
Phase B Target
Phase C Target
Trip Circuit Fail
Tap Changer Cutout
Recloser Disable
Overcurrent Pickup
Recloser Lockout
Breaker Fail
Phase Peak Demand
Neutral Peak Demand
Blown Fuse
KiloAmp Summation
Reclose Counter1
High Power Factor
Low Power Factor
Overcurrent Trip Counter
50-1 Element Disable
50-2 Element Disable
Setting Table Change
Zone Sequence
Phase Torque Control Disable
Neutral Torque Control Disable
Directional Pickup (pos seq)
Directional Pickup (neg seq)
Undervoltage (all phases)
VAR Demand Alarm
Reclose Counter 2
Single Pole Trip Phase A
Single Pole Trip Phase B
Single Pole Trip Phase C
Undervoltage (any phase) (seal-in)
Negative Sequence Overcurrent (seal-in)
Phase Inst. Overcurrent (seal-in)
Neutral Inst. Overcurrent (seal-in)
Phase Inst. Overcurrent (seal-in)
Neutral Inst. Overcurrent (seal-in)
Phase Inst. Overcurrent (seal-in)
Neutral Inst. Overcurrent (seal-in)
Phase Time Overcurrent (seal-in)
Neutral Time Overcurrent (seal-in)
102
PRODUCT
PCD
PCD
ALL
ALL
ALL
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
ALL
PCD
PCD
ALL
ALL
ALL
ALL
ALL
PCD
PCD
PCD
ALL
PCD
PCD
ALL
ALL
ALL
ALL
PCD
ALL
ALL
PCD
PCD
PCD
ALL
PCD
PCD
PCD
ALL
ALL
ALL
ALL
PCD
PCD
PCD
PCD
ALL
ALL
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD MODBUS® Protocol Implementation Details
ABB Inc.
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
59*
67P*
67N*
81S-1*
81R-1*
81O-1*
27-3P*
TRIPA*
TRIPB*
TRIPC*
ULO1
ULO2
ULO3
ULO4
ULO5
ULO6
ULO7
ULO8
ULO9
PVArA
NVArA
LOADA
81O-1
81O-2
81S-2
81R-2
81O-2*
81S-2*
81R-2*
CLTA
PWatt1
PWatt2
79CA1*
79CA2*
SEF*
SEF
BZA
BF Trip
BF Retrip
BF Trip*
BF Retrip*
32P
32N
32P*
32N*
BFA*
RBA
27A
27B
27C
LOAC
27A*
27B*
27C*
LOAC*
TAGOPN
TAGCLS
59A
59B
59C
59-3P
59A*
59B*
Overvoltage (any phase) (seal-in)
Directional Overcurrent (positive sequence)
Directional Overcurrent (negative sequence)
Frequency Shed (First stage)
Frequency Restore (First stage)
Over Frequency (First stage)
Undervoltage (all phases) (seal-in)
Single Pole Trip Phase A (seal-in)
Single Pole Trip Phase B (seal-in)
Single Pole Trip Phase C (seal-in)
User Logical Output 1
User Logical Output 2
User Logical Output 3
User Logical Output 4
User Logical Output 5
User Logical Output 6
User Logical Output 7
User Logical Output 8
User Logical Output 9
Positive Var
Negative Var
Load Current
Over Frequency (First Stage)
Over Frequency (2nd Stage)
Frequency Shed (2nd Stage)
Frequency Restore (2nd Stage)
Over Frequency (2nd Stage) (seal-in)
Frequency Shed (2nd Stage) (seal-in)
Frequency Restore (2nd Stage) (seal-in)
Cold Load Timer
Positive Watt Alarm 1
Positive Watt Alarm 2
Recloser Counter 1 Alarm (seal-in)
Recloser Counter 2 Alarm (seal-in)
Sensitive Earth Fault Trip (seal-in)
Sensitive Earth Fault Trip
Bus Zone Alarm
Breaker Fail Trip
Breaker Fail Re-Trip
Breaker Fail Trip (seal-in)
Breaker Fail Re-Trip (seal-in)
Phase Directionality Alarm
Neutral Directionality Alarm
Phase Directionality Alarm
Neutral Directionality Alarm (seal-in)
Breaker Failure Alarm (seal-in)
Remote Blocked Alarm
Phase A Undervoltage Alarm
Phase B Undervoltage Alarm
Phase C Undervoltage Alarm
Loss of AC Alarm
Phase A Undervoltage Alarm (seal-in)
Phase B Undervoltage Alarm (seal-in)
Phase C Undervoltage Alarm (seal-in)
Loss of AC Alarm (seal-in)
Tag Open
Tag Close
59A Phase A Overvoltage Alarm
59B Phase B Overvoltage Alarm
59C Phase C Overvoltage Alarm
59-3P 3 Phase Overvoltage Alarm
59A Phase A Overvoltage Alarm (seal-in)
59B Phase B Overvoltage Alarm (seal-in)
103
ALL
PCD
PCD
ALL
ALL
ALL
ALL
PCD
PCD
PCD
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
PCD
ALL
ALL
PCD
PCD
ALL
ALL
PCD
PCD
PCD
PCD
PCD
ALL
ALL
ALL
ALL
PCD
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
PCD MODBUS® Protocol Implementation Details
ABB Inc.
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
180
181
182
183
184
59C*
59-3P*
PTA
NTA
CLOSEA
CLOSEB
CLOSEC
FAILA
FAILB
FAILC
50_1A
50_1B
50_1C
50_1A*
50_1B*
50_1C*
50_2A
50_2B
50_2C
50_2A*
50_2B*
50_2C*
50_3A
50_3B
50_3C
50_3A*
50_3B*
50_3C*
51A
51B
51C
51A*
51B*
51C*
67A
67B
67C
67A*
67B*
67C*
79LOAA
79LOAB
79LOAC
SW1OPEN
SW1CLOSE
SW1FAIL
SW2OPEN
SW2CLOSE
SW2FAIL
SW3OPEN
SW3CLOSE
SW3FAIL
SW4OPEN
SW4CLOSE
SW4FAIL
FLTDET
FLTDET*
SW1A
SW2A
SW3A
SW4A
SW1A*
SW2A*
59C Phase C Overvoltage Alarm (seal-in)
59-3P 3 Phase Overvoltage Alarm (seal-in)
Phase Target Alarm
Neutral Target Alarm
Phase A Close Output
Phase B Close Output
Phase C Close Output
Phase A Pole Failure Output
Phase B Pole Failure Output
Phase C Pole Failure Output
Phase A 50-1 Trip Output
Phase B 50-1 Trip Output
Phase C 50-1 Trip Output
Phase A 50-1 Trip Output (seal-in)
Phase B 50-1 Trip Output (seal-in)
Phase C 50-1 Trip Output (seal-in)
Phase A 50-2 Trip Output
Phase B 50-2 Trip Output
Phase C 50-2 Trip Output
Phase A 50-2 Trip Output (seal-in)
Phase B 50-2 Trip Output (seal-in)
Phase C 50-2 Trip Output (seal-in)
Phase A 50-3 Trip Output
Phase B 50-3 Trip Output
Phase C 50-3 Trip Output
Phase A 50-3 Trip Output (seal-in)
Phase B 50-3 Trip Output (seal-in)
Phase C 50-3 Trip Output (seal-in)
Phase A 51 Trip Output
Phase B 51 Trip Output
Phase C 51 Trip Output
Phase A 51 Trip Output (seal-in)
Phase B 51 Trip Output (seal-in)
Phase C 51 Trip Output (seal-in)
Phase A 67 Trip Output
Phase B 67 Trip Output
Phase C 67 Trip Output
Phase A 67 Trip Output (seal-in)
Phase B 67 Trip Output (seal-in)
Phase C 67 Trip Output (seal-in)
Phase A Lockout
Phase B Lockout
Phase C Lockout
Switch 1 Open Output
Switch 1 Close Output
Switch 1 Failure Output
Switch 2 Open Output
Switch 2 Close Output
Switch 2 Failure Output
Switch 3 Open Output
Switch 3 Close Output
Switch 3 Failure Output
Switch 4 Open Output
Switch 4 Close Output
Switch 4 Failure Output
Fault Detected Output
Fault Detected Output (seal-in)
Switch 1 Operations Alarm
Switch 2 Operations Alarm
Switch 3 Operations Alarm
Switch 4 Operations Alarm
Switch 1 Operations Alarm (seal-in)
Switch 2 Operations Alarm (seal-in)
104
ALL
ALL
ALL
ALL
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
1
PCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
PCD MODBUS® Protocol Implementation Details
ABB Inc.
185
186
187
188
189
190
191
192
193
194
195
196
197
198
199
200
201
202
203
204
205
206
207
208
209
210
Notes:
SW3A*
SW4A*
SECALM
OSALRM
PSXFER
SPXFER
PSXFER*
SPXFER*
LCMTRIP
LCMTRIP*
LCMCLOSE
LCMCLOSE*
TAGBUTTON
LCMMIDPOINT
LCMMIDPOINT*
ISD_TRIPA
ISD-TRIPB
ISD_TRIPC
ISD_TRIG
CPU_BATT_FAIL
BATT_FAIL
PRIM_ACTIVE
ALT1_ACTIVE
ALT2_ACTIVE
BANK1_ACTIVE
BANK2_ACTIVE
Switch 3 Operations Alarm (seal-in)
Switch 4 Operations Alarm (seal-in)
Sectionalize Block Alarm
Sectionalize One-shot Active Alarm
Primary to secondary transfer
Secondary to primary transfer
Primary to secondary transfer (Seal-in)
Secondary to primary transfer (Seal-in)
Trip due to LCM
Trip due to LCM (Seal-in)
Close due to LCM
Close due to LCM (Seal-in)
Hot tag button status
LCM midpoint operation
LCM midpoint operation (Seal-in)
Trip phase A signal to ISD
Trip phase B signal to ISD
Trip phase C signal to ISD
Trigger signal to ISD
Replace CPU Battery
Battery failure
Primary protection settings group active
Alt1 protection settings group active
Alt2 protection settings group active
Bank1 settings active
Bank2 settings active
1
Single Phase mode only when available
105
SCD
SCD
SCD
SCD
SCD
SCD
SCD
SCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
ALL
ALL
PCD MODBUS® Protocol Implementation Details
ABB Inc.
Bit Mapping for the Select and Input Inversion Masks (Programmable Inputs)
Bit
0
1
.
.
30
31
Physical Input
IN1
IN2
.
.
FB2
FB1
Bit Mapping for the Select and Input Inversion Masks (Programmable Outputs)
Bit
0
1
.
.
30
31
Logical Output
IN1
IN2
..
..
FB2
FB1
NOTE: All models have same physical output mapping however, the number of physical outputs
available on the unit depends on the IO module population of the unit.
106
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.1
Programmable Input Select, Index, and Feedback Masks
NOTE: All models have same physical input mapping however, the number of physical inputs
available on the unit depends on the IO module population of the unit.
REGISTER
60000
60001
60002
60003
60004
60005
60006
60007
60008
60009
60010
60011
60012
60013
60014
60015
60016
60017
60018
60019
60020
60021
60022
60023
60024
60025
60026
60027
60028
60029
60030
60031
60032
60033
60034
60035
60036
60037
60038
60039
60040
60041
60042
60043
60044
60045
60046
60047
60048
60049
60050
60051
high byte
low byte
high byte
low byte
DEFINTION
Spare
Execute Register for Program Inputs (registers 6000160511)
(0=No Action, 1=Transfer Settings, 2=Refresh Registers)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
INPUT1 Select Mask, High Word
INPUT1 Select Mask, Low Word
INPUT2 Select Mask, High Word
INPUT2 Select Mask, Low Word
INPUT3 Select Mask, High Word
INPUT3 Select Mask, Low Word
INPUT4 Select Mask, High Word
INPUT4 Select Mask, Low Word
INPUT5 Select Mask, High Word
INPUT5 Select Mask, Low Word
INPUT6 Select Mask, High Word
INPUT6 Select Mask, Low Word
INPUT7 Select Mask, High Word
INPUT7 Select Mask, Low Word
INPUT8 Select Mask, High Word
INPUT8 Select Mask, Low Word
INPUT9 Select Mask, High Word
INPUT9 Select Mask, Low Word
INPUT10 Select Mask, High Word
INPUT10 Select Mask, Low Word
INPUT11 Select Mask, High Word
INPUT11 Select Mask, Low Word
INPUT12 Select Mask, High Word
INPUT12 Select Mask, Low Word
INPUT13 Select Mask, High Word
INPUT13 Select Mask, Low Word
INPUT14 Select Mask, High Word
INPUT14 Select Mask, Low Word
INPUT15 Select Mask, High Word
INPUT15 Select Mask, Low Word
INPUT16 Select Mask, High Word
INPUT16 Select Mask, Low Word
INPUT17 Select Mask, High Word
INPUT17 Select Mask, Low Word
INPUT18 Select Mask, High Word
INPUT18 Select Mask, Low Word
INPUT19 Select Mask, High Word
INPUT19 Select Mask, Low Word
INPUT20 Select Mask, High Word
INPUT20 Select Mask, Low Word
INPUT21 Select Mask, High Word
INPUT21 Select Mask, Low Word
INPUT22 Select Mask, High Word
INPUT22 Select Mask, Low Word
INPUT23 Select Mask, High Word
INPUT23 Select Mask, Low Word
INPUT24 Select Mask, High Word
107
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
60052
60053
60054
60055
60056
60057
60058
60059
60060
60061
60062
60063
60064
60065
60066
60067
60068
60069
high byte
low byte
60070
high byte
low byte
60071 high byte
low byte
60072
high byte
low byte
60073
high byte
low byte
60074
high byte
low byte
60075
high byte
low byte
60076
high byt
low byte e
60077
high byte
low byte
60078
high byte
low byte
60079
high byte
low byte
60080
high byte
low byte
60081
high byte
low byte
60082
high byte
low byte
60083
high byte
low byte
60084
high byte
low byte
60085
60086
DEFINTION
INPUT24 Select Mask, Low Word
INPUT25 Select Mask, High Word
INPUT25 Select Mask, Low Word
INPUT26 Select Mask, High Word
INPUT26 Select Mask, Low Word
INPUT27 Select Mask, High Word
INPUT27 Select Mask, Low Word
INPUT28 Select Mask, High Word
INPUT28 Select Mask, Low Word
INPUT29 Select Mask, High Word
INPUT29 Select Mask, Low Word
INPUT30 Select Mask, High Word
INPUT30 Select Mask, Low Word
INPUT31 Select Mask, High Word
INPUT31 Select Mask, Low Word
INPUT32 Select Mask, High Word
INPUT32 Select Mask, Low Word
INPUT1 Index byte
INPUT2 Index byte
INPUT3 Index byte
INPUT4 Index byte
INPUT5 Index byte
INPUT6 Index byte
INPUT7 Index byte
INPUT8 Index byte
INPUT9 Index byte
INPUT10 Index byte
INPUT11 Index byte
INPUT12 Index byte
INPUT13 Index byte
INPUT14 Index byte
INPUT15 Index byte
INPUT16 Index byte
INPUT17 Index byte
INPUT18 Index byte
INPUT19 Index byte
INPUT20 Index byte
INPUT21 Index byte
INPUT22 Index byte
INPUT23 Index byte
INPUT24 Index byte
INPUT25 Index byte
INPUT26 Index byte
INPUT27 Index byte
INPUT28 Index byte
INPUT29 Index byte
INPUT30 Index byte
INPUT31 Index byte
INPUT32 Index byte
Feedback Term Mask, bits 31-16
Feedback Term Mask, bits 15-0
Bit = 0 : Feedback Term
Bit = 1 : Normal Input Term
108
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.2
Programmable Input Input Invert, AND/OR Select, & Output Invert Mask
Input Inversion:
AND/OR Selection:
Output Inversion:
REGISTER
60128
60129
60130
60131
60132
60133
60134
60135
60136
60137
60139
60138
60140
60141
60142
60143
60144
60145
60146
60147
60148
60149
60150
60151
60152
60153
60154
60155
60156
60157
60158
60159
60160
60161
60162
60163
60164
60165
60166
60167
60168
60169
60170
60171
60172
60173
60174
60175
60176
60177
60178
60179
60180
60181
Bit = 0, Input Inverted.
Bit = 1, Input Normal.
Bit = 0, Selected inputs are ORed together.
Bit = 1, Selected inputs are ANDed together.
Bit = 0, Normal
Bit = 1, Inverted
DEFINTION
IN1 Input Inversion Mask, High Word
IN1 Input Inversion Mask, Low Word
IN2 Input Inversion Mask, High Word
IN2 Input Inversion Mask, Low Word
IN3 Input Inversion Mask, High Word
IN3 Input Inversion Mask, Low Word
IN4 Input Inversion Mask, High Word
IN4 Input Inversion Mask, Low Word
IN5 Input Inversion Mask, High Word
IN5 Input Inversion Mask, Low Word
IN6 Input Inversion Mask, High Word
IN6 Input Inversion Mask, Low Word
IN7 Input Inversion Mask, High Word
IN7 Input Inversion Mask, Low Word
IN8 Input Inversion Mask, High Word
IN8 Input Inversion Mask, Low Word
IN9 Input Inversion Mask, High Word
IN9 Input Inversion Mask, Low Word
IN10 Input Inversion Mask, High Word
IN10 Input Inversion Mask, Low Word
IN11 Input Inversion Mask, High Word
IN11 Input Inversion Mask, Low Word
IN12 Input Inversion Mask, High Word
IN12 Input Inversion Mask, Low Word
IN13 Input Inversion Mask, High Word
IN13 Input Inversion Mask, Low Word
IN14 Input Inversion Mask, High Word
IN14 Input Inversion Mask, Low Word
IN15 Input Inversion Mask, High Word
IN15 Input Inversion Mask, Low Word
IN16 Input Inversion Mask, High Word
IN16 Input Inversion Mask, Low Word
IN17 Input Inversion Mask, High Word
IN17 Input Inversion Mask, Low Word
IN18 Input Inversion Mask, High Word
IN18 Input Inversion Mask, Low Word
IN19 Input Inversion Mask, High Word
IN19 Input Inversion Mask, Low Word
IN20 Input Inversion Mask, High Word
IN20 Input Inversion Mask, Low Word
IN21 Input Inversion Mask, High Word
IN21 Input Inversion Mask, Low Word
IN22 Input Inversion Mask, High Word
IN22 Input Inversion Mask, Low Word
IN23 Input Inversion Mask, High Word
IN23 Input Inversion Mask, Low Word
IN24 Input Inversion Mask, High Word
IN24 Input Inversion Mask, Low Word
IN25 Input Inversion Mask, High Word
IN25 Input Inversion Mask, Low Word
IN26 Input Inversion Mask, High Word
IN26 Input Inversion Mask, Low Word
IN27 Input Inversion Mask, High Word
IN27 Input Inversion Mask, Low Word
109
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
60182
60183
60184
60185
60186
60187
60188
60189
60190
60191
60192
60193
60194
60195
DEFINTION
IN28 Input Inversion Mask, High Word
IN28 Input Inversion Mask, Low Word
IN29 Input Inversion Mask, High Word
IN29 Input Inversion Mask, Low Word
IN30 Input Inversion Mask, High Word
IN30 Input Inversion Mask, Low Word
IN31 Input Inversion Mask, High Word
IN31 Input Inversion Mask, Low Word
IN32 Input Inversion Mask, High Word
IN32 Input Inversion Mask, Low Word
Programmable Input AND/OR Selection bits 31-16
Programmable Input AND/OR Selection bits 15-0
Programmable Input Output Invert Mask bits 31-16*
Programmable Input Output Invert Mask bits 15-0*
* Currently not supported.
110
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.3
Programmable User Defined Input Names
User definable 8 ASCII character input strings. Byte 9 is an implied NULL.
REGISTER
60256-60259
60260-60263
60264-60267
60268-60271
60272-60275
60276-60279
60280-60283
60284-60287
60288-60291
60292-60295
60296-60299
60300-60303
60304-60307
60308-60311
60312-60315
60316-60319
60320-60323
60324-60327
60328-60331
60332-60335
60336-60339
60340-60343
60344-60347
60348-60351
60352-60355
60356-60359
60360-60363
60364-60367
60368-60371
60372-60375
60376-60379
60380-60383
DEFINTION
IN1 Character String 8 bytes
IN2 Character String 8 bytes
IN3 Character String 8 bytes
IN4 Character String 8 bytes
IN5 Character String 8 bytes
IN6 Character String 8 bytes
IN7 Character String 8 bytes
IN8 Character String 8 bytes
IN9 Character String 8 bytes
IN10 Character String 8 bytes
IN11 Character String 8 bytes
IN12 Character String 8 bytes
IN13 Character String 8 bytes
IN14 Character String 8 bytes
IN15 Character String 8 bytes
IN16 Character String 8 bytes
IN17 Character String 8 bytes
IN18 Character String 8 bytes
IN19 Character String 8 bytes
IN20 Character String 8 bytes
IN21 Character String 8 bytes
IN22 Character String 8 bytes
IN23 Character String 8 bytes
IN24 Character String 8 bytes
IN25 Character String 8 bytes
IN26 Character String 8 bytes
IN27 Character String 8 bytes
IN28 Character String 8 bytes
IN29 Character String 8 bytes
IN30 Character String 8 bytes
IN31 Character String 8 bytes
IN32 Character String 8 bytes
111
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.4
Programmable Output Select and Index
Bit = 0, Physical Output is selected.
Bit = 1, Physical Output is not selected.
REGISTER
60512
60513
60514
60515
60516
60517
60518
60519
60520
60521
60522
60523
60524
60525
60526
60527
60528
60529
60530
60531
60532
60533
60534
60535
60536
60537
60538
60539
60540
60541
60542
60543
60544
60545
60546
60547
60548
60549
60550
60551
60552
60553
60554
60555
60556
60557
60558
60559
60560
60561
60562
60563
60564
high byte
low byte
high byte
low byte
DEFINTION
Spare
Execute Register for Program Outputs (registers 6051361023)
(0=No Action, 1=Transfer Settings, 2=Refresh Registers)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
OUTPUT1 Select Mask bits 31-16
OUTPUT1 Select Mask bits 15-0
OUTPUT2 Select Mask bits 31-16
OUTPUT2 Select Mask bits 15-0
OUTPUT3 Select Mask bits 31-16
OUTPUT3 Select Mask bits 15-0
OUTPUT4 Select Mask bits 31-16
OUTPUT4 Select Mask bits 15-0
OUTPUT5 Select Mask bits 31-16
OUTPUT5 Select Mask bits 15-0
OUTPUT6 Select Mask bits 31-16
OUTPUT6 Select Mask bits 15-0
OUTPUT7 Select Mask bits 31-16
OUTPUT7 Select Mask bits 15-0
OUTPUT8 Select Mask bits 31-16
OUTPUT8 Select Mask bits 15-0
OUTPUT9 Select Mask bits 31-16
OUTPUT9 Select Mask bits 15-0
OUTPUT10 Select Mask bits 31-16
OUTPUT10 Select Mask bits 15-0
OUTPUT11 Select Mask bits 31-16
OUTPUT11 Select Mask bits 15-0
OUTPUT12 Select Mask bits 31-16
OUTPUT12 Select Mask bits 15-0
OUTPUT13 Select Mask bits 31-16
OUTPUT13 Select Mask bits 15-0
OUTPUT14 Select Mask bits 31-16
OUTPUT14 Select Mask bits 15-0
OUTPUT15 Select Mask bits 31-16
OUTPUT15 Select Mask bits 15-0
OUTPUT16 Select Mask bits 31-16
OUTPUT16 Select Mask bits 15-0
OUTPUT17 Select Mask bits 31-16
OUTPUT17 Select Mask bits 15-0
OUTPUT18 Select Mask bits 31-16
OUTPUT18 Select Mask bits 15-0
OUTPUT19 Select Mask bits 31-16
OUTPUT19 Select Mask bits 15-0
OUTPUT20 Select Mask bits 31-16
OUTPUT20 Select Mask bits 15-0
OUTPUT21 Select Mask bits 31-16
OUTPUT21 Select Mask bits 15-0
OUTPUT22 Select Mask bits 31-16
OUTPUT22 Select Mask bits 15-0
OUTPUT23 Select Mask bits 31-16
OUTPUT23 Select Mask bits 15-0
OUTPUT24 Select Mask bits 31-16
OUTPUT24 Select Mask bits 15-0
112
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
60565
60566
60567
60568
60569
60570
60571
60572
60573
60574
60575
60576
60577
60578
60579
60580
60581
high byte
low byte
60582
high byte
low byte
60583
high byte
low byte
60584
high byte
low byte
60585
high byte
low byte
60586
high byte
low byte
60587
high byte
low byte
60588
high byte
low byte
60589
high byte
low byte
60590
high byte
low byte
60591
high byte
low byte
60592
high byte
low byte
60593
high byte
low byte
60594
high byte
low byte
60595
high byte
low byte
60596
high byte
low byte
DEFINTION
OUTPUT25 Select Mask bits 31-16
OUTPUT25 Select Mask bits 15-0
OUTPUT26 Select Mask bits 31-16
OUTPUT26 Select Mask bits 15-0
OUTPUT27 Select Mask bits 31-16
OUTPUT27 Select Mask bits 15-0
OUTPUT28 Select Mask bits 31-16
OUTPUT28 Select Mask bits 15-0
OUTPUT29 Select Mask bits 31-16
OUTPUT29 Select Mask bits 15-0
OUTPUT30 Select Mask bits 31-16
OUTPUT30 Select Mask bits 15-0
OUTPUT31 Select Mask bits 31-16
OUTPUT31 Select Mask bits 15-0
OUTPUT32 Select Mask bits 31-16
OUTPUT32 Select Mask bits 15-0
OUTPUT1 index byte
OUTPUT2 index byte
OUTPUT3 index byte
OUTPUT4 index byte
OUTPUT5 index byte
OUTPUT6 index byte
OUTPUT7 index byte
OUTPUT8 index byte
OUTPUT9 index byte
OUTPUT10 index byte
OUTPUT11 index byte
OUTPUT12 index byte
OUTPUT13 index byte
OUTPUT14 index byte
OUTPUT15 index byte
OUTPUT16 index byte
OUTPUT17 index byte
OUTPUT18 index byte
OUTPUT19 index byte
OUTPUT20 index byte
OUTPUT21 index byte
OUTPUT22 index byte
OUTPUT23 index byte
OUTPUT24 index byte
OUTPUT25 index byte
OUTPUT26 index byte
OUTPUT27 index byte
OUTPUT28 index byte
OUTPUT29 index byte
OUTPUT30 index byte
OUTPUT31 index byte
OUTPUT32 index byte
113
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.5
Programmable Output Input Invert, AND/OR Select, & Output Invert Mask
Input Inversion:
AND/OR Selection:
Output Inversion:
REGISTER
60640
60641
60642
60643
60644
60645
60646
60647
60648
60649
60650
60651
60652
60653
60654
60655
60656
60657
60658
60659
60660
60661
60662
60663
60664
60665
60666
60667
60668
60669
60670
60671
60672
60673
60674
60675
60676
60677
60678
60679
60680
60681
60682
60683
60684
60685
60686
60687
60688
60689
60690
60691
60692
Bit = 0, Input Inverted.
Bit = 1, Input Normal.
Bit = 0, Selected inputs are ORed together.
Bit = 1, Selected inputs are ANDed together.
Bit = 0, Normal
Bit = 1, Inverted
DEFINTION
OUT1 Input Invert Mask, High Word
OUT1 Input Invert Mask, Low Word
OUT2 Input Invert Mask, High Word
OUT2 Input Invert Mask, Low Word
OUT3 Input Invert Mask, High Word
OUT3 Input Invert Mask, Low Word
OUT4 Input Invert Mask, High Word
OUT4 Input Invert Mask, Low Word
OUT5 Input Invert Mask, High Word
OUT5 Input Invert Mask, Low Word
OUT6 Input Invert Mask, High Word
OUT6 Input Invert Mask, Low Word
OUT7 Input Invert Mask, High Word
OUT7 Input Invert Mask, Low Word
OUT8 Input Invert Mask, High Word
OUT8 Input Invert Mask, Low Word
OUT9 Input Invert Mask, High Word
OUT9 Input Invert Mask, Low Word
OUT10 Input Invert Mask, High Word
OUT10 Input Invert Mask, Low Word
OUT11 Input Invert Mask, High Word
OUT11 Input Invert Mask, Low Word
OUT12 Input Invert Mask, High Word
OUT12 Input Invert Mask, Low Word
OUT13 Input Invert Mask, High Word
OUT13 Input Invert Mask, Low Word
OUT14 Input Invert Mask, High Word
OUT14 Input Invert Mask, Low Word
OUT15 Input Invert Mask, High Word
OUT15 Input Invert Mask, Low Word
OUT16 Input Invert Mask, High Word
OUT16 Input Invert Mask, Low Word
OUT17 Input Invert Mask, High Word
OUT17 Input Invert Mask, Low Word
OUT18 Input Invert Mask, High Word
OUT18 Input Invert Mask, Low Word
OUT19 Input Invert Mask, High Word
OUT19 Input Invert Mask, Low Word
OUT20 Input Invert Mask, High Word
OUT20 Input Invert Mask, Low Word
OUT21 Input Invert Mask, High Word
OUT21 Input Invert Mask, Low Word
OUT22 Input Invert Mask, High Word
OUT22 Input Invert Mask, Low Word
OUT23 Input Invert Mask, High Word
OUT23 Input Invert Mask, Low Word
OUT24 Input Invert Mask, High Word
OUT24 Input Invert Mask, Low Word
OUT25 Input Invert Mask, High Word
OUT25 Input Invert Mask, Low Word
OUT26 Input Invert Mask, High Word
OUT26 Input Invert Mask, Low Word
OUT27 Input Invert Mask, High Word
114
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
60693
60694
60695
60696
60697
60698
60699
60700
60701
60702
60703
60704
60705
60706
60707
DEFINTION
OUT27 Input Invert Mask, Low Word
OUT28 Input Invert Mask, High Word
OUT28 Input Invert Mask, Low Word
OUT29 Input Invert Mask, High Word
OUT29 Input Invert Mask, Low Word
OUT30 Input Invert Mask, High Word
OUT30 Input Invert Mask, Low Word
OUT31 Input Invert Mask, High Word
OUT31 Input Invert Mask, Low Word
OUT32 Input Invert Mask, High Word
OUT32 Input Invert Mask, Low Word
Programmable Output AND/OR Selection bits 31-16
Programmable Output AND/OR Selection bits 15-0
Programmable Output Output Invert Mask bits 31-16*
Programmable Output Output Invert Mask bits 15-0*
115
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.6
Programmable Output User Defined Strings
User definable 8 ASCII character output strings. Byte 9 is an implied NULL
REGISTER
60768-60771
60772-60775
60776-60779
60780-60783
60784-60787
60788-60791
60792-60795
60796-60799
60800-60803
60804-60807
60808-60811
60812-60815
60816-60819
60820-60823
60824-60827
60828-60831
60832-60835
60836-60839
60840-60843
60844-60847
60848-60851
60852-60855
60856-60859
60860-60863
60864-60867
60868-60871
60872-60875
60876-60879
60880-60883
60884-60887
60888-60891
60892-60895
DEFINTION
OUT1 Character String 8 bytes
OUT2 Character String 8 bytes
OUT3 Character String 8 bytes
OUT4 Character String 8 bytes
OUT5 Character String 8 bytes
OUT6 Character String 8 bytes
OUT7 Character String 8 bytes
OUT8 Character String 8 bytes
OUT9 Character String 8 bytes
OUT10 Character String 8 bytes
OUT11 Character String 8 bytes
OUT12 Character String 8 bytes
OUT13 Character String 8 bytes
OUT14 Character String 8 bytes
OUT15 Character String 8 bytes
OUT16 Character String 8 bytes
OUT17 Character String 8 bytes
OUT18 Character String 8 bytes
OUT19 Character String 8 bytes
OUT20 Character String 8 bytes
OUT21 Character String 8 bytes
OUT22 Character String 8 bytes
OUT23 Character String 8 bytes
OUT24 Character String 8 bytes
OUT25 Character String 8 bytes
OUT26 Character String 8 bytes
OUT27 Character String 8 bytes
OUT28 Character String 8 bytes
OUT29 Character String 8 bytes
OUT30 Character String 8 bytes
OUT31 Character String 8 bytes
OUT32 Character String 8 bytes
116
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.7
Programmable Output Delays
REGISTER
60896 – 7
60898 – 9
60900 – 1
60902 – 3
60904 – 5
60906 – 7
60908 – 9
60910 – 1
60912 – 3
60914 – 5
60916 – 7
60918 – 9
60920 – 1
60922 – 3
60924 – 5
60926 – 7
60928 – 9
60930 – 1
60932 – 3
60934 – 5
60936 – 7
60938 – 9
60940 – 1
60942 – 3
60944 – 5
60946 – 7
60948 – 9
60950 – 1
60952 – 3
60954 – 5
60956 – 7
60958 – 9
DEFINTION
OUT 1 delay
OUT 2 delay
OUT 3 delay
OUT 4 delay
OUT 5 delay
OUT 6 delay
OUT 7 delay
OUT 8 delay
OUT 9 delay
OUT 10 delay
OUT 11 delay
OUT 12 delay
OUT 13 delay
OUT 14 delay
OUT 15 delay
OUT 16 delay
OUT 17 delay
OUT 18 delay
OUT 19 delay
OUT 20 delay
OUT 21 delay
OUT 22 delay
OUT 23 delay
OUT 24 delay
OUT 25 delay
OUT 26 delay
OUT 27 delay
OUT 28 delay
OUT 29 delay
OUT 30 delay
OUT 31 delay
OUT 32 delay
RANGE
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
0 - 25000
STEP
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
117
SCALE
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
0.01 seconds
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.8
Relay Settings
Note:
High byte consists of bits 15 through 8.
Low byte consists of bits 7 through 0.
All model PCDs support ANSI, IEC, and Recloser curves. However, not all the curves are available
from within the setting groups at the same time. A menu item in Configuration is used to select which
of the three curve groups that can be used (ANSI, IEC, Recloser).
Table 6.1.8.1: ANSI Curves
INDEX
0
1
2
3
4
5
6
7
8
9
10
11
12
ANSI CURVE TYPE I
(51P, 67P, 67N)
Extremely Inverse
Very Inverse
Inverse
Short Time Inverse
Definite Time
Long Time Extremely
Inverse
Long Time Very Inverse
Long Time Inverse
Recloser Curve
User Curve 1
User Curve 2
User Curve 3
N/A
ANSI CURVE TYPE II
(46, 51N)
Disable
Extremely Inverse
Very Inverse
Inverse
Short Time Inverse
Definite Time
Long Time Extremely
Inverse
Long Time Very Inverse
Long Time Inverse
Recloser Curve
User Curve 1
User Curve 2
User Curve 3
ANSI CURVE TYPE III
(50P, 50N)
Disable
Standard
Inverse
Definite Time
Short Time Inverse
Short Time Extremely
Inv.
Extremely Inverse
Very Inverse
User Curve 1
User Curve 2
User Curve 3
N/A
N/A
Table 6.1.8.2: IEC Curves
INDEX
0
1
2
3
4
5
6
7
8
IEC CURVE TYPE I
(51P, 67P, 67N)
Extremely Inverse
Very Inverse
Inverse
Long Time Inverse
Definite Time
User Curve 1
User Curve 2
User Curve 3
N/A
IEC CURVE TYPE II
(46, 51N)
Disabled
Extremely Inverse
Very Inverse
Inverse
Long Time Inverse
Definite Time
User Curve 1
User Curve 2
User Curve 3
IEC CURVE TYPE III
(50P, 50N)
Disable
Standard
Definite Time
User Curve 1
User Curve 2
User Curve 3
N/A
N/A
N/A
Table 6.1.8.3: Recloser Curves
Note:
INDEX
0
1
2
3
4
5
6
7
8
9
10
11
12
These are no longer supported as of PCD2000 revision V2.30. See Tables 6.1.8.3.1
and 6.1.8.3.2 below for description of new type V and type VI recloser curves.
RECLOSER CURVE
TYPE I
A
B
C
D
E
K
N
R
W
User Curve 1
User Curve 2
User Curve 3
N/A
RECLOSER CURVE
TYPE II
2
3
8
8*
8+
9
11
User Curve 1
User Curve 2
User Curve 3
N/A
N/A
N/A
118
RECLOSER CURVE
TYPE III
Disable
A
B
C
D
E
K
N
R
W
User Curve 1
User Curve 2
User Curve 3
RECLOSER CURVE
TYPE IV
Disable
2
3
8
8*
8+
9
11
User Curve 1
User Curve 2
User Curve 3
N/A
N/A
PCD MODBUS® Protocol Implementation Details
ABB Inc.
The tables below show the new recloser curves added to the PCD firmware version 2.30.
Table 6.1.8.3.1: Recloser Curves type V
Index
(Protection)
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
Recloser Type V
(51P, 67P, 67N)
RECLOSER_A_IDX
RECLOSER_B_IDX
RECLOSER_C_IDX
RECLOSER_D_IDX
RECLOSER_E_IDX
RECLOSER_F_IDX
RECLOSER_G_IDX
RECLOSER_H_IDX
RECLOSER_J_IDX
RECLOSER_K_IDX
RECLOSER_L_IDX
RECLOSER_M_IDX
RECLOSER_N_IDX
RECLOSER_P_IDX
RECLOSER_R_IDX
RECLOSER_T_IDX
RECLOSER_V_IDX
RECLOSER_W_IDX
RECLOSER_Y_IDX
RECLOSER_Z_IDX
RECLOSER_1_IDX
RECLOSER_2_IDX
RECLOSER_3_IDX
RECLOSER_4_IDX
RECLOSER_5_IDX
RECLOSER_6_IDX
RECLOSER_7_IDX
RECLOSER_8_IDX
RECLOSER_8s_IDX
RECLOSER_8t_IDX
RECLOSER_9_IDX
RECLOSER_11_IDX
RECLOSER_13_IDX
RECLOSER_14_IDX
RECLOSER_15_IDX
RECLOSER_16_IDX
RECLOSER_17_IDX
RECLOSER_18_IDX
RECLOSER_KG_IDX
IEC Inverse
IEC Very Inverse
IEC Extremely Inverse
USER_CURVE_1_IDX
USER_CURVE_2_IDX
USER_CURVE_3_IDX
Table 6.1.8.3.2: Recloser Curves type VI
LCD Display
Index
(Protection)
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
A (101)
B (117)
C (133)
D (116)
E (132)
F (163)
G (121)
H (122)
J (164)
KP(162)
L (107)
M (118)
N (104)
P (115)
R (105)
T (161)
V (137)
W (138)
Y (120)
Z (134)
1 (102)
2 (135)
3 (140)
4 (106)
5 (114)
6 (136)
7 (152)
8 (113)
8*
8+ (111)
9 (131)
11 (141)
13 (142)
14 (119)
15 (112)
16 (139)
17 (103)
18 (151)
KG (165)
IEC Inv (200)
IEC V.Inv (201)
IEC E.Inv (202)
User Curve 1
User Curve 2
User Curve 3
119
Recloser Type VI
(50P-1, 46, 51N, 50N-1)
CURVE_DISABLED_IDX
RECLOSER_A_IDX
RECLOSER_B_IDX
RECLOSER_C_IDX
RECLOSER_D_IDX
RECLOSER_E_IDX
RECLOSER_F_IDX
RECLOSER_G_IDX
RECLOSER_H_IDX
RECLOSER_J_IDX
RECLOSER_K_IDX
RECLOSER_L_IDX
RECLOSER_M_IDX
RECLOSER_N_IDX
RECLOSER_P_IDX
RECLOSER_R_IDX
RECLOSER_T_IDX
RECLOSER_V_IDX
RECLOSER_W_IDX
RECLOSER_Y_IDX
RECLOSER_Z_IDX
RECLOSER_1_IDX
RECLOSER_2_IDX
RECLOSER_3_IDX
RECLOSER_4_IDX
RECLOSER_5_IDX
RECLOSER_6_IDX
RECLOSER_7_IDX
RECLOSER_8_IDX
RECLOSER_8s_IDX
RECLOSER_8t_IDX
RECLOSER_9_IDX
RECLOSER_11_IDX
RECLOSER_13_IDX
RECLOSER_14_IDX
RECLOSER_15_IDX
RECLOSER_16_IDX
RECLOSER_17_IDX
RECLOSER_18_IDX
RECLOSER_KG_IDX
IEC Inverse
IEC Very Inverse
IEC Extremely Inverse
USER_CURVE_1_IDX
USER_CURVE_2_IDX
USER_CURVE_3_IDX
LCD Display
Disabled
A (101)
B (117)
C (133)
D (116)
E (132)
F (163)
G (121)
H (122)
J (164)
KP(162)
L (107)
M (118)
N (104)
P (115)
R (105)
T (161)
V (137)
W (138)
Y (120)
Z (134)
1 (102)
2 (135)
3 (140)
4 (106)
5 (114)
6 (136)
7 (152)
8 (113)
8*
8+ (111)
9 (131)
11 (141)
13 (142)
14 (119)
15 (112)
16 (139)
17 (103)
18 (151)
KG (165)
IEC Inv (200)
IEC V.Inv (201)
IEC E.Inv (202)
User Curve 1
User Curve 2
User Curve 3
PCD MODBUS® Protocol Implementation Details
ABB Inc.
Table 6.1.8.4: Tap Settings
Catalog Number:
XRX0-XXXX-XX-XXXX:
No Protective element support.
Catalog Number:
XRX1-XXXX-XX-XXXX:
XRX2-XXXX-XX-XXXX:
XRX3-XXXX-XX-XXXX:
XRX4-XXXX-XX-XXXX:
(600:1 Without SEF)
(600:1 With SEF)
(1000:1 Without SEF)
(1000:1 With SEF)
ELEMENT
LOW TAP RANGE
46
50-800 Amps, 5 Amp Steps
50N-2 (SEF: 600:1)
3.0-200.0 Amps, 0.5 A Steps
50N-2 (SEF 1000:1)
5.0-200 Amps, 0.5 A Steps
51P
50-800 Amps, 5 Amp Steps
51N
25-400 Amps, 5 Amp Steps
67P
50-800 Amps, 5 Amp Steps
67N
25-400 Amps, 5 Amp Steps
* Step size = 2 for Low Tap Range
Catalog Number:
XRX5-XXXX-XX-XXXX:
XRX6-XXXX-XX-XXXX:
XRXB-XXXX-XX-XXXX:
XRXC-XXXX-XX-XXXX:
ELEMENT
46
50N-2 (SEF)
51P
51N
67P
67N
Catalog Number:
ELEMENT
46
50N-2 (SEF: 600:1)
50N-2 (SEF 1000:1)
51P
51N
67P
67N
VALUE
10-160, step = 1
6-400, step = 1
10-400, step = 1
10-160, step = 1
10-160, step = 1*
10-160, step = 1
10-160, step = 1*
(Feeder Without SEF, PT sensor)
(Feeder With SEF, PT sensor)
(Feeder Without SEF, Voltage divider sensor)
(Feeder With SEF, Voltage divider sensor)
LOW TAP RANGE
0.2-3.2 Amps, 0.02 Amp Steps
5.0-200 mAmps, 0.5 mA Steps
0.2-3.2 Amps, 0.02 Amp Steps
0.2-3.2 Amps, 0.02 Amp Steps
0.2-3.2 Amps, 0.02 Amp Steps
0.2-3.2 Amps, 0.02 Amp Steps
XRX7-XXXX-XX-XXXX:
XRX8-XXXX-XX-XXXX:
XRX9-XXXX-XX-XXXX:
XRXA-XXXX-XX-XXXX:
XRXD-XXXX-XX-XXXX:
XRXE-XXXX-XX-XXXX:
XRXF-XXXX-XX-XXXX:
XRXG-XXXX-XX-XXXX:
HIGH TAP RANGE
100-1600 Amps, 10 Amp Steps
3.0-200.0 Amps, 0.5 A Steps
5.0-200.0 Amps, 0.5 A Steps
100-1600 Amps, 10 Amp Steps
50-800 Amps, 5 Amp Steps
100-1600 Amps, 10 Amp Steps
50-800 Amps, 5 Amp Steps
HIGH TAP RANGE
1.0-16.0 Amps, 0.1 Amp Steps
5.0-200 mAmps, 0.5 mA Steps
1.0-16.0 Amps, 0.1 Amp Steps
1.0-16.0 Amps, 0.1 Amp Steps
1.0-16.0 Amps, 0.1 Amp Steps
1.0-16.0 Amps, 0.1 Amp Steps
VALUE
10-160, step = 1
10-400, step = 1
10-160, step = 1
10-160, step = 1
10-160, step = 1
10-160, step = 1
(600:1 Without SEF, PT sensor)
(600:1 With SEF, PT sensor)
(1000:1 Without SEF, PT sensor)
(1000:1 With SEF, PT sensor)
(600:1 Without SEF, Voltage divider sensor)
(600:1 With SEF, Voltage divider sensor)
(1000:1 Without SEF, Voltage divider sensor)
(1000:1 With SEF, Voltage divider sensor)
LOW TAP RANGE
20-320 Amps, 2 Amp Steps
3.0-200.0 Amps, 0.5 A Steps
5.0-200 Amps, 0.5 A Steps
20-320 Amps, 2 Amp Steps
10-160 Amps, 1 Amp Steps
20-320 Amps, 2 Amp Steps
10-160 Amps, 1 Amp Steps
120
HIGH TAP RANGE
100-1600 Amps, 10 Amp Steps
3.0-200.0 Amps, 0.5 A Steps
5.0-200.0 Amps, 0.5 A Steps
100-1600 Amps, 10 Amp Steps
50-800 Amps, 5 Amp Steps
100-1600 Amps, 10 Amp Steps
50-800 Amps, 5 Amp Steps
VALUE
10-160, step = 1
6-400, step = 1
10-400, step = 1
10-160, step = 1
10-160, step = 1
10-160, step = 1
10-160, step = 1
PCD MODBUS® Protocol Implementation Details
ABB Inc.
Table 6.1.8.5: Configuration Long Word
Bits 0-3:
Bits 4-7
Bits 8-9
Bits 10-12:
Bit 13:
Bit 14:
Bit 15:
Phase Tap Range
0 = 25-400 Amps
1 = 50-800 Amps
2 = 100-1600 Amps
3 = 0.2-3.2 Amps
4 = 1.0-16.0 Amps
5 = 10-160 Amps
6 = 20-320 Amps
Neutral Tap Range
0 = 25-400 Amps
1 = 50-800 Amps
2 = 100-1600 Amps
3 = 0.2-3.2 Amps
4 = 1.0-16.0 Amps
5 = 10-160 Amps
6 = 20-320 Amps
SEF Tap Range
0 = SEF Off
1 = SEF On
2-3 = Reserved
Curve Set
0 = ANSI Curves
1 = IEC Curves
2 = Recloser Curves
3-7 = Reserved
System Frequency
0 = 60 Hz
1 = 50 Hz
Cold Load Timer Mode
0 = Seconds
1 = Minutes
Programmable Curves
0 = Off
1 = On
Bit 16:
Version Select
0 = ANSI Mode
1 = IEC Mode
Bit 17:
Tap Mode
0 = Pri. Current Mode
1 = Sec. Current Mode
Bit 18:
Breaker Mode
0 = Three Phase
1 = Single Phase
Bits 19-28
Reserved (returns 0's)
Bits 29-31
Unit Type
0 = PCD
1 = SCD
2-7 = Reserved
121
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.8.1.
Primary Settings Group
Note:
This block is no longer supported as of PCD2000 revision V2.00. See sections
6.1.28 and 6.1.29 for description of new method of updating protection and recloser
settings.
REGISTER
61024
61025
61026 high byte
low byte
61027
high byte
low byte
61028
61029
61030
61031
61032
61033
61034
61035
61036
61037
61038
61039
61040
61041
61042
61043
61044
61045
61046
61047
61048
61049
61050
61051
61052
61053
61054
61055
61056
61057
61058
61059
61060
61061
61062
61063
61064
61065
61066
DEFINTION
Spare
Execute Register for Program Outputs (registers 61025- 61151)
(0=No Action, 1=Transfer Settings, 2=Refresh Registers)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
Configuration Long Word (high)
Configuration Long Word (low)
51P Curve Select byte (ANSI/IEC/Recloser Type I)
51P Pickup Amps byte (See Tap Setting Tables, above)
51P Time dial(1-10 *20)/delay byte(0-10 * 20)
IEC Version-51P Time Multiplier (.05-1.00 *200)
50P-1 Curve Select byte (ANSI/IEC/Recloser Type III)
50P-1 Pickup X byte (0.5-20 *10)
50P-1 Timedial (1-10 *10)/delay(0-9.99 *100)
IEC Version -50P-1 Time Multiplier (.05-1.00 *200)
50P-2 Select byte (0=Disable, 1=Enable)
50P-2 Pickup X byte (0.5-20 *10)
50P-2 Timedial (1-10 *10)/delay(0-9.99 *100)
IEC Version -50P-2 Time Multiplier (.05-1.00 *200)
50P-3 Select byte (0=Disable, 1=Enable)
50P-3 Pickup X byte (0.5-20 *10)
46 Curve Select byte (ANSI/IEC Type II, Recloser Type III)
46 Pickup Amps byte (See Tap Setting Tables, above)
46 Time dial(1-10 *20)/delay byte(0-10 * 20)
IEC Version -46 Time Multiplier (.05-1.00 *200)
51N Curve Select byte (ANSI/IEC Type II, Recloser Type IV)
51N Pickup Amps byte (See Tap Setting Tables, above)
51N Time dial(1-10 *20)/delay byte(0-10 * 20)
IEC Version -51N Time Multiplier (.05-1.00 *200)
50N-1 Curve Select byte (ANSI/IEC Type III, Recloser Type IV)
50N-1 Pickup X byte (0.5-20 *10)
50N-1 Timedial/delay (1-10 *10, 0-9.99 *100)
IEC Version -50N-1 Time Multiplier (.05-1.00 *200)
50N-2 Select byte (0 = Disable, 1 = Enable)
Sensitive Earth Model(0=Disable,1=Standard,2=SEF,3=Directional SEF)
50N-2 Pickup X byte (0.5-20 *10)
50N-2 Time delay (0-9.99 *100)
IEC Version -50N-2 Time Multiplier (0.50 to 1.00 *200)
50N-3 Select byte (0=Disable, 1=Enable)
50N-3 Pickup X byte (0.5-20 *10)
79 Reset Time byte (3-200)
79-1 Select high byte (Lockout Type) low byte (Enable Type)
79-1 Open Interval Time (0.1 - 200 *10, 2001 = Lockout)
Sensitive Earth Model (0.1 to 1800 *10, 18001=Lockout)
79-2 Select high byte (Lockout Type) low byte (Enable Type)
79-2 Open Interval Time (0.1 - 200 *10, 2001 = Lockout)
Sensitive Earth Model (0.1 to 1800 *10, 18001=Lockout)
79-3 Select high byte (Lockout Type) low byte (Enable Type)
79-3 Open Interval Time (0.1 - 200 *10, 2001 = Lockout)
Sensitive Earth Model (0.1 to 1800 *10, 18001=Lockout)
79-4 Select high byte (Lockout Type) low byte (Enable Type)
79-4 Open Interval Time high byte (0.1 - 200 *10, 2001 = Lockout)
Sensitive Earth Model (0.1 to 1800 *10, 18001=Lockout)
79-5 Select high byte (Lockout Type) low byte (Enable Type)
79-5 Open Interval Time (always lockout)
122
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
61067
61068
61069
61070
61071
61072
61073
61074
61075
61076
61077
61078
61079
61080
61081
61082
61083
61084
61085
61086
61087
61088
61089
61090
61091
61092
61093
61094
61095
61096
61097
61098
61099
61100
61101
61102
61103
61104
61105
61106
61107
61108
61109
61110
61111
61112
61113
61114
61115
61116
61117
61118
61119
61120
61121
DEFINTION
79 Cutout Time byte (1 -201) (201 = Disable)
Cold Load Time byte (1 -254) (255 = Disable)
2 Phase Voting byte (0=Disable, 1=Enable)
67P Select byte (0=Disable, 1=Enable, 2=Lockout)
67P Curve Select byte (ANSI/IEC/Recloser Type I)
67P Pickup Amps byte (See Tap Setting Tables, above)
67P Time dial(1-10 *20)/delay(0-10 * 20) byte
IEC Version -67P Time Multiplier (.05-1.00 *200)
67P Torque Angle byte (0-355 /5)
67N Select byte (0=Disable, 1=Enable, 2=Lockout)
Sensitive Earth Model (0=Disable, 1=Enable-Neg Sequence, 2=LockoutNeg Sequence, 5=Enable-Zero Sequence, 6=Lockout Zero Sequence)
67N Curve Select byte (ANSI/IEC Type I, Recloser Type II)
67N Pickup Amps byte (See Tap Setting Tables, above)
67N Time dial(1-10 *20)/delay(0-10 * 20) byte
IEC Version -67N Time Multiplier (.05-1.00 *200)
67N Torque Angle byte (0-355 /5)
81 Select byte (0=Disable,1=81-1, 2=81-2, 3=Special)
81s-1 Pickup Frequency
(60hz: 56-64 *100, 6401=Disable, 50hz: 46-54 *100, 5401=Disable)
81s-1 Timedelay (0.08-9.98 *100)
81r-1 Pickup Frequency
(60hz: 56-64 *100, 6401=Disable 50hz: 46-54 *100, 5401=Disable)
81r-1 Timedelay (0-999)
81v Voltage Block high byte (40-200)
27 Select byte (0=Disable, 1=Enable)
27 Pickup Voltage (10-200)
27 Timedelay byte (0-60)
79v Select byte (0=Disable, 1=Enable)
79v Pickup Voltage (10-200)
79v Timedelay byte (4-200)
59 Select byte (0=Disable, 1=Enable)
59 Pickup Voltage high byte (70-250)
59 Timedelay byte (0-60)
51 P Minimum Response (0.00 – 2.00 Seconds, *100)
51 N Minimum Response (0.00 – 2.00 Seconds, *100)
50 P-1 Minimum Response (0.00 – 2.00 Seconds, *100)
50 N-1 Minimum Response (0.00 – 2.00 Seconds, *100)
81s-2 Pickup Frequency
(60hz: 56-64 *100, 6401=Disable 50hz: 46-54 *100, 5401=Disable)
81s-2 Timedelay (0.08-9.98 *100)
81r-2 Pickup Frequency
(60hz: 56-64 *100, 6401=Disable 50hz: 46-54 *100, 5401=Disable)
81r-2 Timedelay (0-999)
Sensitive Earth Model-SEF Torque Angle (0-355 /5)
Sensitive Earth Model-SEF 50N-2 Pickup mA high byte(.005-.060 *2000)
Sensitive Earth Model- Neutral Cold Load (1-254)(255= Disable)
32P Select (0=Disable)
32P Torque Angle (0-355/5)
32N Select (0=Disable)
32N Torque Angle (0-355/5)
51P Time-Curve Adder (0.00 to 2.00 Seconds * 100)
50P-1 Time-Curve Adder (0.00 to 2.00 Seconds * 100)
46 Time-Curve Adder (0.00 to =2.00 Seconds * 100)
51N Time-Curve Adder (0.00 to 2.00 Seconds * 100)
50N-1 Time-Curve Adder (0.00 to 2.00 Seconds * 100)
67P Time-Curve Adder (0.00 to 2.00 Seconds * 100)
67N Time-Curve Adder (0.00 to 2.00 Seconds * 100)
46 Minimum Response Time (0.00 – 2.00 Seconds, *100)
67P Minimum response Time (0.00 – 2.00 Seconds, * 100)
67N Minimum response Time (0.00 – 2.00 Seconds, * 100)
50P-3 Time Delay (0.00 – 2.00 Seconds, *100)
50N-3 Time Delay (0.00 – 2.00 Seconds, *100)
123
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.8.2.
Alternate 1 Settings Group
Note:
This block is no longer supported as of PCD2000 revision V2.00. See sections
6.1.28 and 6.1.29 for description of new method of updating protection and recloser
settings.
REGISTER
61152
61153
61154
61155
61156
61157
61158
61159
61160
61161
61162
61163
61164
61165
61166
61167
61168
61169
61170
61171
61172
61173
61174
61175
61176
61177
61178
61179
61180
61181
61182
61183
61184
61185
61186
61187
61188
61189
61190
61191
61192
61193
61194
high byte
low byte
high byte
low byte
DEFINTION
Spare
Execute Register for Alternate 1 Settings (registers 61153- 61279)
(0=No Action, 1=Transfer Settings, 2=Refresh Registers)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
Configuration Long Word (high)
Configuration Long Word (low)
51P Curve Select byte (Type I or Recloser Type I)
51P Pickup Amps byte (See Tap Setting Tables, above)
51P Time dial(1-10 *20)/delay byte(0-10 * 20)
IEC Version-51P Time Multiplier (.05-1.00 *200)
50P-1 Curve Select byte (Type III or Recloser Type III)
50P-1 Pickup X byte (0.5-20 *10)
50P-1 Timedial (1-10 *10)/delay(0-9.99 *100)
IEC Version -50P-1 Time Multiplier (.05-1.00 *200)
50P-2 Select byte (0=Disable, 1=Enable)
50P-2 Pickup X byte (0.5-20 *10)
50P-2 Timedial (1-10 *10)/delay(0-9.99 *100)
IEC Version -50P-2 Time Multiplier (.05-1.00 *200)
50P-3 Select byte (0=Disable, 1=Enable)
50P-3 Pickup X byte (0.5-20 *10)
46 Curve Select byte (Type II)
46 Pickup Amps byte (1-12Amp *10, 0.2-2.4Amp *50)
46 Time dial(1-10 *20)/delay byte(0-10 * 20)
IEC Version -46 Time Multiplier (.05-1.00 *200)
51N Curve Select byte (Type II or Recloser Type II)
51N Pickup Amps byte (See Tap Setting Tables, above)
51N Time dial(1-10 *20)/delay byte(0-10 * 20)
IEC Version -51N Time Multiplier (.05-1.00 *200)
50N-1 Curve Select byte (Type III or Recloser Type IV)
50N-1 Pickup X byte (0.5-20 *10)
50N-1 Timedial/delay (1-10 *10, 0-9.99 *100)
IEC Version -50N-1 Time Multiplier (.05-1.00 *200)
50N-2 Select byte (0 = Disable, 1 = Enable)
Sensitive Earth Model(0=Disable,1=Standard,2=SEF,3=Directional SEF)
50N-2 Pickup X byte (0.5-20 *10)
50N-2 Timedelay (0-9.99 *100)
IEC Version -50N-2 Time Multiplier (0.50 to 1.00 *200)
50N-3 Select byte (0=Disable, 1=Enable)
50N-3 Pickup X byte (0.5-20 *10)
79 Reset Time byte (3-200)
79-1 Select high byte (Lockout Type) low byte (Enable Type)
79-1 Open Interval Time (0.1 - 200 *10, 2001 = Lockout)
Sensitive Earth Model (0.1 to 1800 *10, 18001=Lockout)
79-2 Select high byte (Lockout Type) low byte (Enable Type)
79-2 Open Interval Time (0.1 - 200 *10, 2001 = Lockout)
Sensitive Earth Model (0.1 to 1800 *10, 18001=Lockout)
79-3 Select high byte (Lockout Type) low byte (Enable Type)
79-3 Open Interval Time (0.1 - 200 *10, 2001 = Lockout)
Sensitive Earth Model (0.1 to 1800 *10, 18001=Lockout)
79-4 Select high byte (Lockout Type) low byte (Enable Type)
79-4 Open Interval Time high byte (0.1 - 200 *10, 2001 = Lockout)
Sensitive Earth Model (0.1 to 1800 *10, 18001=Lockout)
79-5 Select high byte (Lockout Type) low byte (Enable Type)
79-5 Open Interval Time (always lockout)
124
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
61195
61196
61197
61198
61199
61200
61201
61202
61203
61204
61205
61206
61207
61208
61209
61210
61211
61212
61213
61214
61215
61216
61217
61218
61219
61220
61221
61222
61223
61224
61225
61226
61227
61228
61229
61230
61231
61232
61233
61234
61235
61236
61237
61238
61239
61240
61241
61242
61243
61244
61245
61246
61247
61248
61249
DEFINTION
79 Cutout Time byte (1 -201) (201 = Disable)
Cold Load Time byte (1 -254) (255 = Disable)
2 Phase Voting byte (0=Disable, 1=Enable)
67P Select byte (0=Disable, 1=Enable, 2=Lockout)
67P Curve Select byte (Type I)
67P Pickup Amps byte (See Tap Setting Tables, above)
67P Time dial(1-10 *20)/delay(0-10 * 20) byte
IEC Version -67P Time Multiplier (.05-1.00 *200)
67P Torque Angle byte (0-355 /5)
67N Select byte (0=Disable, 1=Enable, 2=Lockout)
Sensitive Earth Model (0=Disable, 1=Enable-Neg Sequence, 2=LockoutNeg Sequence, 5=Enable-Zero Sequence, 6=Lockout Zero Sequence)
67N Curve Select byte (Type I)
67N Pickup Amps byte (See Tap Setting Tables, above)
67N Time dial(1-10 *20)/delay(0-10 * 20) byte
IEC Version -67N Time Multiplier (.05-1.00 *200)
67N Torque Angle byte (0-355 /5)
81 Select byte (0=Disable,1=81-1, 2=81-2, 3=Special)
81s-1 Pickup Frequency
(60hz: 56-64 *100, 6401=Disable, 50hz: 46-54 *100, 5401=Disable)
81s-1 Timedelay (0.08-9.98 *100)
81r-1 Pickup Frequency
(60hz: 56-64 *100, 6401=Disable 50hz: 46-54 *100, 5401=Disable)
81r-1 Timedelay (0-999)
81v Voltage Block high byte (40-200)
27 Select byte (0=Disable, 1=Enable)
27 Pickup Voltage (10-200)
27 Timedelay byte (0-60)
79v Select byte (0=Disable, 1=Enable)
79v Pickup Voltage (10-200)
79v Timedelay byte (4-200)
59 Select byte (0=Disable, 1=Enable)
59 Pickup Voltage high byte (70-250)
59 Timedelay byte (0-60)
51 P Minimum Response (0.00 – 2.00 Seconds, *100)
51 N Minimum Response (0.00 – 2.00 Seconds, *100)
50 P-1 Minimum Response (0.00 – 2.00 Seconds, *100)
50 N-1 Minimum Response (0.00 – 2.00 Seconds, *100)
81s-2 Pickup Frequency
(60hz: 56-64 *100, 6401=Disable 50hz: 46-54 *100, 5401=Disable)
81s-2 Timedelay (0.08-9.98 *100)
81r-2 Pickup Frequency
(60hz: 56-64 *100, 6401=Disable 50hz: 46-54 *100, 5401=Disable)
81r-2 Timedelay (0-999)
Sensitive Earth Model-SEF Torque Angle (0-355 /5)
Sensitive Earth Model-SEF 50N-2 Pickup mA high byte(.005-.060 *2000)
Sensitive Earth Model- Neutral Cold Load (1-254)(255= Disable)
32P Select (0=Disable)
32P Torque Angle (0-355/5)
32N Select (0=Disable)
32N Torque Angle (0-355/5)
51P Time-Curve Adder (0.00 to 2.00 Seconds * 100)
50P-1 Time-Curve Adder (0.00 to 2.00 Seconds * 100)
46 Time-Curve Adder (0.00 to 2.00 Seconds * 100)
51N Time-Curve Adder (0.00 to 2.00 Seconds * 100)
50N-1 Time-Curve Adder (0.00 to 2.00 Seconds * 100)
67P Time-Curve Adder (0.00 to 2.00 Seconds * 100)
67N Time-Curve Adder (0.00 to 2.00 Seconds * 100)
46 Minimum Response Time (0.00 – 2.00 Seconds, *100)
67P Minimum response Time (0.00 – 2.00 Seconds, * 100)
67N Minimum response Time (0.00 – 2.00 Seconds, * 100)
50P-3 Time Delay (0.00 – 2.00 Seconds, *100)
50N-3 Time Delay (0.00 – 2.00 Seconds, *100)
125
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.8.3.
Alternate 2 Settings Group
Note:
This block is no longer supported as of PCD2000 revision V2.00. See sections
6.1.28 and 6.1.29 for description of new method of updating protection and recloser
settings.
REGISTER
61280
61281
61282
61283
61284
61285
61286
61287
61288
61289
61290
61291
61292
61293
61294
61295
61296
61297
61298
61299
61300
61301
61302
61303
61304
61305
61306
61307
61308
61309
61310
61311
61312
61313
61314
61315
61316
61317
61318
61319
61320
61321
61322
high byte
low byte
high byte
low byte
DEFINTION
Spare
Execute Register for Alternate 2 Settings (registers 61281- 61407)
(0=No Action, 1=Transfer Settings, 2=Refresh Registers)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
Configuration Long Word (high)
Configuration Long Word (low)
51P Curve Select byte (Type I or Recloser Type I)
51P Pickup Amps byte (See Tap Setting Tables, above)
51P Time dial(1-10 *20)/delay byte(0-10 * 20)
IEC Version-51P Time Multiplier (.05-1.00 *200)
50P-1 Curve Select byte (Type III or Recloser Type III)
50P-1 Pickup X byte (0.5-20 *10)
50P-1 Timedial (1-10 *10)/delay(0-9.99 *100)
IEC Version -50P-1 Time Multiplier (.05-1.00 *200)
50P-2 Select byte (0=Disable, 1=Enable)
50P-2 Pickup X byte (0.5-20 *10)
50P-2 Timedial (1-10 *10)/delay(0-9.99 *100)
IEC Version -50P-2 Time Multiplier (.05-1.00 *200)
50P-3 Select byte (0=Disable, 1=Enable)
50P-3 Pickup X byte (0.5-20 *10)
46 Curve Select byte (Type II)
46 Pickup Amps byte (See Tap Setting Tables, above)
46 Time dial(1-10 *20)/delay byte(0-10 * 20)
IEC Version -46 Time Multiplier (.05-1.00 *200)
51N Curve Select byte (Type II or Recloser Type II)
51N Pickup Amps byte (See Tap Setting Tables, above)
51N Time dial(1-10 *20)/delay byte(0-10 * 20)
IEC Version -51N Time Multiplier (.05-1.00 *200)
50N-1 Curve Select byte (Type III or Recloser Type IV)
50N-1 Pickup X byte (0.5-20 *10)
50N-1 Timedial/delay (1-10 *10, 0-9.99 *100)
IEC Version -50N-1 Time Multiplier (.05-1.00 *200)
50N-2 Select byte (0 = Disable, 1 = Enable)
Sensitive Earth Model(0=Disable,1=Standard,2=SEF,3=Directional SEF)
50N-2 Pickup X byte (0.5-20 *10)
50N-2 Timedelay (0-9.99 *100)
IEC Version -50N-2 Time Multiplier (0.50 to 1.00 *200)
50N-3 Select byte (0=Disable, 1=Enable)
50N-3 Pickup X byte (0.5-20 *10)
79 Reset Time byte (3-200)
79-1 Select high byte (Lockout Type) low byte (Enable Type)
79-1 Open Interval Time (0.1 - 200 *10, 2001 = Lockout)
Sensitive Earth Model (0.1 to 1800 *10, 18001=Lockout)
79-2 Select high byte (Lockout Type) low byte (Enable Type)
79-2 Open Interval Time (0.1 - 200 *10, 2001 = Lockout)
Sensitive Earth Model (0.1 to 1800 *10, 18001=Lockout)
79-3 Select high byte (Lockout Type) low byte (Enable Type)
79-3 Open Interval Time (0.1 - 200 *10, 2001 = Lockout)
Sensitive Earth Model (0.1 to 1800 *10, 18001=Lockout)
79-4 Select high byte (Lockout Type) low byte (Enable Type)
79-4 Open Interval Time high byte (0.1 - 200 *10, 2001 = Lockout)
Sensitive Earth Model (0.1 to 1800 *10, 18001=Lockout)
79-5 Select high byte (Lockout Type) low byte (Enable Type)
79-5 Open Interval Time (always lockout)
126
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
61323
61324
61325
61326
61327
61328
61329
61330
61331
61332
61333
61334
61335
61336
61337
61338
61339
61340
61341
61342
61343
61344
61345
61346
61347
61348
61349
61350
61351
61352
61353
61354
61355
61356
61357
61358
61359
61360
61361
61362
61363
61364
61365
61366
61367
61368
61369
61370
61371
61372
61373
61374
61375
61376
61377
DEFINTION
79 Cutout Time byte (1 -201) (201 = Disable)
Cold Load Time byte (1 –254) (255 = Disable)
2 Phase Voting byte (0=Disable, 1=Enable)
67P Select byte (0=Disable, 1=Enable, 2=Lockout)
67P Curve Select byte (Type I)
67P Pickup Amps byte (See Tap Setting Tables, above)
67P Time dial(1-10 *20)/delay(0-10 * 20) byte
IEC Version -67P Time Multiplier (.05-1.00 *200)
67P Torque Angle byte (0-355 /5)
67N Select byte (0=Disable, 1=Enable, 2=Lockout)
Sensitive Earth Model (0=Disable, 1=Enable-Neg Sequence, 2=LockoutNeg Sequence, 5=Enable-Zero Sequence, 6=Lockout Zero Sequence)
67N Curve Select byte (Type I)
67N Pickup Amps byte (See Tap Setting Tables, above)
67N Time dial(1-10 *20)/delay(0-10 * 20) byte
IEC Version -67N Time Multiplier (.05-1.00 *200)
67N Torque Angle byte (0-355 /5)
81 Select byte (0=Disable,1=81-1, 2=81-2, 3=Special)
81s-1 Pickup Frequency
(60hz: 56-64 *100, 6401=Disable, 50hz: 46-54 *100, 5401=Disable)
81s-1 Timedelay (0.08-9.98 *100)
81r-1 Pickup Frequency
(60hz: 56-64 *100, 6401=Disable 50hz: 46-54 *100, 5401=Disable)
81r-1 Timedelay (0-999)
81v Voltage Block high byte (40-200)
27 Select byte (0=Disable, 1=Enable)
27 Pickup Voltage (10-200)
27 Timedelay byte (0-60)
79v Select byte (0=Disable, 1=Enable)
79v Pickup Voltage (10-200)
79v Timedelay byte (4-200)
59 Select byte (0=Disable, 1=Enable)
59 Pickup Voltage high byte (70-250)
59 Timedelay byte (0-60)
51 P Minimum Response (0.00 – 2.00 Seconds, *100)
51 N Minimum Response (0.00 – 2.00 Seconds, *100)
50 P-1 Minimum Response (0.00 – 2.00 Seconds, *100)
50 N-1 Minimum Response (0.00 – 2.00 Seconds, *100)
81s-2 Pickup Frequency
(60hz: 56-64 *100, 6401=Disable 50hz: 46-54 *100, 5401=Disable)
81s-2 Timedelay (0.08-9.98 *100)
81r-2 Pickup Frequency
(60hz: 56-64 *100, 6401=Disable 50hz: 46-54 *100, 5401=Disable)
81r-2 Timedelay (0-999)
Sensitive Earth Model-SEF Torque Angle (0-355 /5)
Sensitive Earth Model-SEF 50N-2 Pickup mA high byte(.005-.060 *2000)
Sensitive Earth Model- Neutral Cold Load (1-254)(255= Disable)
32P Select (0=Disable)
32P Torque Angle (0-355/5)
32N Select (0=Disable)
32N Torque Angle (0-355/5)
51P Time-Curve Adder (0.00 to 2.00 Seconds * 100)
50P-1 Time-Curve Adder (0.00 to 2.00 Seconds * 100)
46 Time-Curve Adder (0.00 to 2.00 Seconds * 100)
51N Time-Curve Adder (0.00 to 2.00 Seconds * 100)
50N-1 Time-Curve Adder (0.00 to 2.00 Seconds * 100)
67P Time-Curve Adder (0.00 to 2.00 Seconds * 100)
67N Time-Curve Adder (0.00 to 2.00 Seconds * 100)
46 Minimum Response Time (0.00 – 2.00 Seconds, *100)
67P Minimum response Time (0.00 – 2.00 Seconds, * 100)
67N Minimum response Time (0.00 – 2.00 Seconds, * 100)
50P-3 Time Delay (0.00 – 2.00 Seconds, *100)
50N-3 Time Delay (0.00 – 2.00 Seconds, *100)
127
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.9
Configuration Settings
REGISTER
61408
61409
61410
61411
high byte
low byte
high byte
low byte
61412
61413
61414
61415
61416
61417
61418
61419
61420
61421
61422
61423
61424
61425
61426
61427
61428
61429
61430-61437
61438
61439
61440
high byte
low byte
61441
high byte
low byte
61442
high byte
low byte
61443
high byte
low byte
61444
61445
61446
61447
61448
61449
61450
DEFINTION
Spare
Execute Register for Configuration Settings (registers 61408- 61535)
(0=No Action, 1=Transfer Settings, 2=Refresh Registers)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
Phase CT Ratio (1-2000)
Neutral CT Ratio (1-2000)
VT Ratio (1-32000)
VT Connection (0=69V Wye,1=120V Wye, 2=120V Delta, 3=208V Delta)
Positive Sequence Reactance (. 001-4 *1000)
Positive Sequence Resistance (.001-4 *1000)
Zero Sequence Reactance (.001-4 *1000)
Zero Sequence Resistance (.001-4 *1000)
Distance in Miles (0.1-125 *10)
IEC Version (0.1-200 *10) km
Trip Failure Time (5-60)
Close Failure Time (18-999)
Phase Rotation (0=ABC, 1=ACB)
Configuration Flag
bit 0: Protection Mode (0=Fund, 1=RMS)
bit 1: Reset Mode (0=Instant, 1=Delayed)
bit 2: Zone Sequence (0=Disabled, 1=Enabled)
bit 3: Target Display Mode (0=Last, 1=All)
bit 4: Local Edit (0=Disabled, 1=Enabled)
bit 5: Remote Edit (0=Disabled, 1=Enabled)
bit 6: WHr/VarHr Mtr Mode (0=KWHr, 1=MWHr)
bit 7: LCD Light (0=Timer, 1=On)
bit 8: Not used.
bit 9: VCN Special Mode (0=Normal, 1=Inverted)
bit10: Cold Load Timer Mode(0=Seconds, 1=Minutes)
bit11: IEC Mode Bit
bit12: 79V Timer Mode(0=Seconds, 1=Minutes)
bit13: Voltage Display Mode (0=Vln, 1=Vll)
bit14: System Frequency (0=50Hz, 1=60Hz)
bit15: Breaker Fail Mode (0=Open State, 1=Original State)*
*Note: bit15 Original state not available firmware version 2.50 and beyond.
ALT 1 Setting Enable (0=Disable, 1=Enable)
ALT 2 Setting Enable (0=Disable, 1=Enable)
Demand Time Constant (0=5 min, 1=15 min, 2=30 min, 3=60 min)
Zero sequence CT ratio (1 – 2000, step 1) (To be used only with catalog
numbers XXX6-XXXX-XX-XXXX, variable CT ratio, SEF option.)
Unit Name character 1-15,spare
Spare
LCD Contrast Adjustment (0-63)
Relay Password character 1
Relay Password character 2
Relay Password character 3
Relay Password character 4
Test Password character 1
Test Password character 2
Test Password character 3
Test Password character 4
Curve Family:
0 = ANSI, 1 = IEC, 2 = Recloser
Close Delay Time (0 – 250 *1, Seconds)
Recloser Mode:
0 = Three Phase Only
1 = Single / Three Phase Tripping
Number of switches to be controlled (Maximum 3)
Source transfer enable (=1) / disable (=0) (2 switches controlled)
Sectionalizer enable (=1) / disable (=0) (1 switch controlled)
Select switch to be opened after loss of AC power
128
PRODUCT
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
PCD
PCD
PCD
PCD
PCD
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
PCD
SCD / MAV
SCD / MAV
SCD / MAV
MAV
PCD MODBUS® Protocol Implementation Details
ABB Inc.
61451
61452
1
61453
1
61454
1
61455
61456
61457
61458
61459
61460
Time delay for LOACSO function. (1 – 999 minutes)
Automatic battery test. 0 = Disabled, 1 = once a day, 2 = once a week
Recloser type. 0 = OVR, 1 = VR3
Phase Assignment. Bits 0,1: Xa, Bits 2,3: Yb, 4,5: Zc, 6,7: Unused.
00 = Phase A, 01 = Phase B, 10 = Phase C
Bushing polarity. 0 = Normal, 1 = Reversed
Nominal line-ground volts. Range = 1 – 65535. (Used only when catalog
number xxxy-xxxx-xx-xxxx, with y = B, C, D, E, F, G
Protection settings bank selection. 0 = Bank1 only, 1 = Bank1 or Bank2
Prog2 button function selection. 0 = Disabled, 1 = Phase select, 2 =
Switch mode, 3 = Prog2 logical
Fault targets auto reset. 0 = Disabled, 1 = Enabled
PROG1 button function selection. 0 = Battery test, 1 = SEF, 2 = Prog1
logical
MAV
ALL
ALL
ALL
ALL
ALL
ALL
PCD
PCD
PCD
Note 1: These settings should be “read only” from remote. They should be set only from the front
panel HMI interface.
129
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.10 Counter Settings
REGISTER
61536
61537
61538
61539
61540
61541
61542
61543
61544
61545
61546
61547
61548
61549
61550
61551
61552
61553
61554
61555
61556
61557
61558
61559
61560
61561
61562
61563
61564
61565
61566
61567
61568
61569
61570
61571
61572
61573
61574
61575
61576
61577
61578
61579
61580
61581
61582
61583
61584
61585
high byte
low byte
high byte
low byte
DEFINTION
Spare
Execute Register for Counter Settings (registers 6153761663)
(0=No Action, 1=Transfer Settings, 2=Refresh Registers)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
KSI Sum A Counter (0-9999)
KSI Sum B Counter (0-9999)
KSI Sum C Counter (0-9999)
Over Current Trip Counter (0-9999)
Breaker Operations Counter (0-9999)
Reclose Counter 1 (0-9999)
1st Reclose Counter (0-9999)
2nd Reclose Counter (0-9999)
3rd Reclose Counter (0-9999)
4th Reclose Counter (0-9999)
Reclose Counter 2 (0-9999)
Overcurrent Trip A Counter (0-9999)
Overcurrent Trip B Counter (0-9999)
Overcurrent Trip C Counter (0-9999)
Overcurrent Trip N Counter (0-9999)
Phase A Pole Operations Counter (0-9999)
Phase A Recloser Counter 1 (0-9999)
Phase A Recloser Counter 2 (0-9999)
Phase A Stage 1 Reclose Counter (0-9999)
Phase A Stage 2 Reclose Counter (0-9999)
Phase A Stage 3 Reclose Counter (0-9999)
Phase A Stage 4 Reclose Counter (0-9999)
Phase B Pole Operations Counter (0-9999)
Phase B Recloser Counter 1 (0-9999)
Phase B Recloser Counter 2 (0-9999)
Phase B Stage 1 Reclose Counter (0-9999)
Phase B Stage 2 Reclose Counter (0-9999)
Phase B Stage 3 Reclose Counter (0-9999)
Phase B Stage 4 Reclose Counter (0-9999)
Phase C Pole Operations Counter (0-9999)
Phase C Recloser Counter 1 (0-9999)
Phase C Recloser Counter 2 (0-9999)
Phase C Stage 1 Reclose Counter (0-9999)
Phase C Stage 2 Reclose Counter (0-9999)
Phase C Stage 3 Reclose Counter (0-9999)
Phase C Stage 4 Reclose Counter (0-9999)
All Fault Indication Counter (0-9999)
Phase A Fault Indication Counter (0-9999)
Phase B Fault Indication Counter (0-9999)
Phase C Fault Indication Counter (0-9999)
Phase N Fault Indication Counter (0-9999)
Switch 1 Operations Counter (0-9999)
Switch 2 Operations Counter (0-9999)
Switch 3 Operations Counter (0-9999)
Switch 4 Operations Counter (0-9999)
130
PRODUCT
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
SCD / MAV
SCD / MAV
SCD / MAV
SCD / MAV
SCD / MAV
SCD / MAV
SCD / MAV
SCD / MAV
SCD / MAV
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.11 Alarm Settings
Note: Positive Watt Alarm 1 and Positive Watt Alarm 2 units are displayed in either KWhr or MWhr
according to bit 6 of Configuration Flag in the Configuration Settings Group. If bit is set to
one, use MWhr, if bit is zero, use KWhr.
REGISTER
61664
61665
61666
61667
61668
61669
61670
61671
61672
61673
61674
61675
61676
61677
61678
61679
61680
61681
61682
61683
61684
61685
61686
61687
high byte
low byte
high byte
low byte
DEFINTION
Spare
Execute Register for Alarm Settings (registers 61665- 61791)
(0=No Action, 1=Transfer Settings, 2=Refresh Registers)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
KSI Summation Alarm Threshold (1-9999,10000=Disables)
Overcurrent Trip Counter Alarm (1-9999,10000=Disables)
Reclosure Counter 1 Alarm (1-9999,10000=Disables)
Phase Demand Alarm (1-9999,10000=Disables)
Neutral Demand Alarm (1-9999,10000=Disables)
Low PF Alarm (0.5-1.0 *100, 101=Disables)
High PF Alarm (0.5-1.0 *100, 101=Disables)
Reclosure Counter 2 Alarm (1-9999,10000=Disables)
3 Phase kVAR Alarm (10-99990 /10,10000=Disables)
Load Current Alarm (1-9999,10000=Disables)
Positive kVAR Alarm (10-99990 /10,10000=Disable)
Negative kVAR Alarm (10-99990 /10,10000=Disable)
Pos Watt Alarm 1 (1-9999, 10000=Disable)
Pos Watt Alarm 2 (1-9999, 10000=Disable)
Fault Indication Alarm (1-9999, 10000=Disable)
Switch 1 Operations Alarm (1-9999, 10000=Disable)
Switch 2 Operations Alarm (1-9999, 10000=Disable)
Switch 3 Operations Alarm (1-9999, 10000=Disable)
Switch 4 Operations Alarm (1-9999, 10000=Disable)
131
PRODUCT
ALL
ALL
ALL
ALL
ALL
ALL
PCD
PCD
ALL
ALL
ALL
ALL
PCD
ALL
ALL
ALL
ALL
ALL
ALL
Reserved
SCD / MAV
SCD / MAV
SCD / MAV
SCD / MAV
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.12 Real Time Clock
REGISTER
61792
61793
61794
61795
61796
61797
61798
61799
61800
61801
61802
high byte
low byte
high byte
low byte
DEFINTION
Spare
Execute Register for Real Time Clock (registers 61793- 61919)
(0=No Action, 1=Transfer Settings, 2=Refresh Registers)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
Hours byte (0-23)
Minutes byte (0-59)
Seconds byte (0-59)
Day byte (0-31)(0=Clock shutdown)
Month byte (1-12)
Year byte (0-99)
132
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.13 ULO Connection Settings and User Names
Low byte consists of bits 0-7
High byte consists of bits 8-15
REGISTER
61920
61921
61922
61923
high byte
low byte
high byte
low byte
61924
61925
61926-929
61930-933
61934-937
61938-941
61942-945
61946-949
61950-953
61954-957
61958-961
DEFINTION
Spare
Execute Register for ULO (registers 61921- 62047)
(0=No Action, 1=Transfer Settings, 2=Refresh Registers)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
ULO9..15 = high byte (where ULO 9 = bit 0,... and 0 = connected)
ULO1..8 = low byte (where ULO 1 = bit 0,...etc. and 0 = connected)
ULO1 Character String 8 bytes
ULO2 Character String 8 bytes
ULO3 Character String 8 bytes
ULO4 Character String 8 bytes
ULO5 Character String 8 bytes
ULO6 Character String 8 bytes
ULO7 Character String 8 bytes
ULO8 Character String 8 bytes
ULO9 Character String 8 bytes
Note: Connected implies that ULIn is linked logically to ULOn.
133
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.14 ULI User Names
User definable 8 character ULI strings. String terminating NULL is implied.
REGISTER
62048
62049
62050
62051
high byte
low byte
high byte
low byte
62052
62053-056
62057-060
62061-064
62065-068
62069-072
62073-076
62077-080
62081-084
62085-088
DEFINTION
Spare
Execute Register for ULI (registers 62049- 62175)
(0=No Action, 1=Transfer Settings, 2=Refresh Registers)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
ULI1 Character String 8 bytes
ULI2 Character String 8 bytes
ULI3 Character String 8 bytes
ULI4 Character String 8 bytes
ULI5 Character String 8 bytes
ULI6 Character String 8 bytes
ULI7 Character String 8 bytes
ULI8 Character String 8 bytes
ULI9 Character String 8 bytes
134
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.15 FLI User Names and Indices
REGISTER
62176
62177
62178
62179
high byte
low byte
high byte
low byte
62180
62181
62182
62183
62184
62185
62186
62187
62188
62189
62190
62191
62192
62193
62194
62195
62196
62197-200
62201-204
62205-208
62209-212
62213-216
62217-220
62221-224
62225-228
62229-232
62233-236
62237-240
62241-244
62245-248
62249-252
62253-256
62257-260
62261-264
62265-268
62269-272
62273-276
62277-280
DEFINTION
Spare
Execute Register for FLI (registers 62177- 62431)
(0=No Action, 1=Transfer Settings, 2=Refresh Registers)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
FLI1 index byte
FLI2 index byte
FLI3 index byte
FLI4 index byte
FLI5 index byte
FLI6 index byte
FLI7 index byte
FLI8 index byte
FLI9 index byte
FLI10 index byte
FLI11 index byte
FLI12 index byte
FLI13 index byte
FLI14 index byte
FLI15 index byte
FLI16 index byte
FLI17 index byte
FLI18 index byte
FLI19 index byte
FLI20 index byte
FLI21 index byte
FLI22 index byte
FLI23 index byte
FLI24 index byte
FLI25 index byte
FLI26 index byte
FLI27 index byte
FLI28 index byte
FLI29 index byte
FLI30 index byte
FLI31 index byte
FLI32 index byte
FLI1 Character String 8 bytes
FLI2 Character String 8 bytes
FLI3 Character String 8 bytes
FLI4 Character String 8 bytes
FLI5 Character String 8 bytes
FLI6 Character String 8 bytes
FLI7 Character String 8 bytes
FLI8 Character String 8 bytes
FLI9 Character String 8 bytes
FLI10 Character String 8 bytes
FLI11 Character String 8 bytes
FLI12 Character String 8 bytes
FLI13 Character String 8 bytes
FLI14 Character String 8 bytes
FLI15 Character String 8 bytes
FLI16 Character String 8 bytes
FLI17 Character String 8 bytes
FLI18 Character String 8 bytes
FLI19 Character String 8 bytes
FLI20 Character String 8 bytes
FLI21 Character String 8 bytes
135
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
62281-284
62285-288
62289-292
62293-296
62297-300
62301-304
62305-308
62309-312
62313-316
62317-320
62321-324
DEFINTION
FLI22 Character String 8 bytes
FLI23 Character String 8 bytes
FLI24 Character String 8 bytes
FLI25 Character String 8 bytes
FLI26 Character String 8 bytes
FLI27 Character String 8 bytes
FLI28 Character String 8 bytes
FLI29 Character String 8 bytes
FLI30 Character String 8 bytes
FLI31 Character String 8 bytes
FLI32 Character String 8 bytes
136
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.16 Communications Settings
REGISTER
62432
62433
62436
62437
62438
62439
62440
DEFINITION
Spare
Execute Register for Communications Settings
(registers 62432 - 62559)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
Unit Address
Front Panel Configuration
Rear Panel Configuration
Rear Panel Protocol
62441
62442
62443
62444
62445
62446
62447
62448
62449
62450
62451
62452
62453
62454
62455
62456
62457
62458
62459
62460
62461
62462
62463
62464
62465
62466
62467
Rear Port Parameter 1
Rear Port Parameter 2
Rear Port Parameter 3
Rear Port Parameter 4
Rear Port Parameter 5
Rear Port Parameter 6
Rear Port Parameter 7
Rear Port Parameter 8
Rear Port Parameter 9
Rear Port Parameter 10
Rear Port Parameter 11
Rear Port Parameter 12
Rear Port Parameter 13
Rear Port Parameter 14
Rear Port Parameter 15
Rear Port Parameter 16
Rear Port Parameter 17
Rear Port Parameter 18
Rear Port Parameter 19
Rear Port Parameter 20
Rear Port Parameter 21
Rear Port Parameter 22
Rear Port Parameter 23
Rear Port Parameter 24
Rear Port Parameter 25
Rear Port Parameter Mode
IRIG Configuration
62468
62469
62470
RTS-CTS delay enabled
RTS-CTS delay
Post transmission delay
62434
62435
high byte
low byte
high byte
low byte
RANGE
(0=No Action, 1=Transfer Settings,
2=Refresh Registers)
(Modbus: 0 – 255, DNP: 0 – 65535)
(0=ASCII Modbus, 1=RTU Modbus, 2
= DNP3.0, 3=IEC870)
1 - 255
1 - 255
0 – 255
0 – 255
0 – 255
0 - 255
0 - 255
0 - 255
1–8
1 – 255
0 – 255
0 - 255
0 - 255
0 - 255
0 – 255
0 – 255
0–2
1 - 255
1–2
1–2
1–2
1–4
1–4
0=Disabled, 1=Enabled
0 – 255
(0=OFF, 1=ON) (Currently not
supported)
0 = Disabled, 1 = Enabled
0 – 3000 ms, step = 50
0 – 3000 ms, step = 50
Note: See DNP 3.0 implementation guide for details on Rear Port parameters
137
PCD MODBUS® Protocol Implementation Details
ABB Inc.
Communications Configuration Word definition:
Bits 0-3 (Baud
Rate):
0 -- 300
1 -- 1200
2 -- 2400
3 -- 4800
4 -- 9600
5 -- 19200
6 -- 38400
Bits 4-5 (Parity):
Bit 6 (Frame
Size):
Bit 7 (Stop Bits):
0 -- None
1 -- Odd
2 -- Even
3 -- N/A
0 -- 7 bits
1 -- 8 bits
0 -- 1 bit
1 -- 2 bits
Valid Configuration Values:
Front Port
Rear Port
Note:
Baud Rates
0, 1, 2, 3, & 4
0, 1, 2, 3, 4, & 5
Frame Types
N/8/1, N/8,2
E/7/1, O/7/1, N/7/2, N/8/1,
E/8/1, O/8/1, & N/8/2
If an invalid Baud value is specified a default value representing 9600 Baud will be used. Also,
if an valid Frame type is specified a default of N/8/1 for be used.
138
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.17 Modbus Global Register Mapping Block
The Modbus Global Registers can contain any valid 4xxxx register. Valid mapping registers are 1-9999
provided that the register exists and is defined by this document.
REGISTER
62560
62561
62562
62563
62564
62565
62566
62567
62568
62569
62570
62571
62572
62573
62574
62575
62576
62577
62578
62579
62580
62581
62582
62583
62584
62585
62586
62587
62588
62589
62590
62591
62592
62593
62594
62595
62596
62597
62598
high byte
low byte
high byte
low byte
DEFINTION
Spare
Execute Register for Modbus Global Mapping (registers 62561- 62687)
(0=No Action, 1=Transfer Settings, 2=Refresh Registers)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
Number of Global Registers to Transmit
Modbus Global Register 1 Mapping
Modbus Global Register 2 Mapping
Modbus Global Register 3 Mapping
Modbus Global Register 4 Mapping
Modbus Global Register 5 Mapping
Modbus Global Register 6 Mapping
Modbus Global Register 7 Mapping
Modbus Global Register 8 Mapping
Modbus Global Register 9 Mapping
Modbus Global Register 10 Mapping
Modbus Global Register 11 Mapping
Modbus Global Register 12 Mapping
Modbus Global Register 13 Mapping
Modbus Global Register 14 Mapping
Modbus Global Register 15 Mapping
Modbus Global Register 16 Mapping
Modbus Global Register 17 Mapping
Modbus Global Register 18 Mapping
Modbus Global Register 19 Mapping
Modbus Global Register 20 Mapping
Modbus Global Register 21 Mapping
Modbus Global Register 22 Mapping
Modbus Global Register 23 Mapping
Modbus Global Register 24 Mapping
Modbus Global Register 25 Mapping
Modbus Global Register 26 Mapping
Modbus Global Register 27 Mapping
Modbus Global Register 28 Mapping
Modbus Global Register 29 Mapping
Modbus Global Register 30 Mapping
Modbus Global Register 31 Mapping
Modbus Global Register 32 Mapping
Security Mask for Writeable 4xxxx Control Block
(bit state: 0=Control Block Password Required,
1=Control Block Unprotected)
Bit 15:
Spare
Bit 7:
Spare
Bit 14:
Spare
Bit 6:
Spare
Bit 13:
Spare
Bit 5:
Pulse Outputs
Bit 12:
Spare
Bit 4:
Set Reset Outputs
Bit 11:
Spare
Bit 3:
Force logical Input
Bit 10:
Spare
Bit 2:
Force Physical Output
Bit 9:
Spare
Bit 1:
Force Physical Input
Bit 8:
Spare
Bit 0:
Initiate Input
139
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.18 User Definable Register Configuration Block
The following registers support modification and scaling of information contained in the Modbus user
register set. The information in the 4xxxx registers can be tailored to the users needs with the
following options:
Register:
Register needed can be programmed.
Scalability:
Data in the registers can be scaled.
Destination register data type: This supports multiple data types to match the destination systems
needs.
Destination register data size: This supports multiple data sizes to match the destination systems
needs.
MSB/LSB bit justification: This allows users to shift the bits contained in the 4xxxx register into the
Most significant bits or the Least significant bits.
Here is an example of how to set up the Modbus registers to exploit the above facilities. Consider a
situation where the destination system is a SCADA. Suppose the user’s SCADA system is setup to
read the System Frequency on register 40001and requires the data be in the 12 Most significant bits.
Also, let us suppose that the scale required on the system frequency is hex 0a (10 decimal) and the
SCADA stores the value in a bipolar data type. The user would adopt the following procedure to
setup register 40001 to meet the specifications of the destination system. Now write hex 0a (decimal
10) which is the scale we need into register 62693. Next write hex 0147 (327 decimal) on register
62694 which fetches the value from the register 40327(the source register for system frequency).
Setting the data size (12), the data type (bipolar) and shifting data (into Most significant bits) is done
as follows:
Register Size (12 bits)
Bit
7
0
Bit
6
0
Bit
5
1
Bit
4
1
MSB/LSB (Justified to the left i.e. data in the Most Significant Bits)
Bit
3
1
Register Type (Bipolar)
Bit
2
0
Bit
1
0
Bit
0
1
So, write hex 039 (decimal 57) into register 62695 and the registers should look like:
register 62692
register 62693
register 62694
register 62695
hex 0000
hex 000a
hex 0147
hex 0039
Now when the command is executed, the data is transferred to the PCD and subsequent data
transmissions from register 40001 of the unit will be 12 bit wide with the bits justified to the left (in the
Most Significant Bits). The data type will be bipolar and compatible with the destination register type.
The value will be scaled by 10.
Note: See Register Section 40001-40032 for default Data type and size definitions
140
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
62688
62689
62690
62691
high byte
low byte
high byte
low byte
62692
62693
62694
62695
62696
high byte
low byte
62697
62698
62699
62700
high byte
low byte
62701
62702
62703
62704
high byte
low byte
62705
62706
62707
62708
high byte
low byte
62709
62710
62711
62712
high byte
low byte
62713
62714
62715
62716
high byte
low byte
62717
62718
62719
62720
high byte
DEFINTION
Spare
Execute Register for User Definable Register (registers 62689- 62943)
(0=No Action, 1=Transfer Settings, 2=Refresh Registers)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
User Register 40001 Scale
User Register 40001 Source Register (4xxxx Series)
User Register 40001 Destination Register Data Type (bits 2-0)
(0=Offset Bipolar, 1=Bipolar, 2=Unipolar, 3=Negative Unipolar)
User Register 40001 Destination Register Justification (bit 3)
(0=LSB, 1=MSB)
User Register 40001 Destination Register Data Size(bits 7-4)
(0=2 Bit, 1=4 Bit, 2=8 Bit, 3=12 Bit, 4=16 Bit)
User Register 40001 Source Register Scale Type
(0=Normal, 1=Remainder, 2=Phase Current, 3=Neutral Current,
4=Voltage, 5=Power)
User Register 40001 Source Register Data Type
(0=Unsigned 16 Bit, 1=Unsigned 32 Bit, 2= Signed 16 Bit,
3=Signed 32 Bit)
User Register 40002 Scale
User Register 40002 Source Register (4xxxx Series)
User Register 40002 Destination Register Data Type
User Register 40002 Destination Register Justification
User Register 40002 Destination Register Data Size
User Register 40002 Source Register Scale Type
User Register 40002 Source Register Data Type
User Register 40003 Scale
User Register 40003 Source Register (4xxxx Series)
User Register 40003 Destination Register Data Type
User Register 40003 Destination Register Justification
User Register 40003 Destination Register Data Size
User Register 40003 Source Register Scale Type
User Register 40003 Source Register Data Type
User Register 40004 Scale
User Register 40004 Source Register (4xxxx Series)
User Register 40004 Destination Register Data Type
User Register 40004 Destination Register Justification
User Register 40004 Destination Register Data Size
User Register 40004 Source Register Scale Type
User Register 40004 Source Register Data Type
User Register 40005 Scale
User Register 40005 Source Register (4xxxx Series)
User Register 40005 Destination Register Data Type
User Register 40005 Destination Register Justification
User Register 40005 Destination Register Data Size
User Register 40005 Source Register Scale Type
User Register 40005 Source Register Data Type
User Register 40006 Scale
User Register 40006 Source Register (4xxxx Series)
User Register 40006 Destination Register Data Type
User Register 40006 Destination Register Justification
User Register 40006 Destination Register Data Size
User Register 40006 Source Register Scale Type
User Register 40006 Source Register Data Type
User Register 40007 Scale
User Register 40007 Source Register (4xxxx Series)
User Register 40007 Destination Register Data Type
User Register 40007 Destination Register Justification
User Register 40007 Destination Register Data Size
User Register 40007 Source Register Scale Type
141
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
low byte
62721
62722
62723
62724
high byte
low byte
62725
62726
62727
62728
high byte
low byte
62729
62730
62731
62732
high byte
low byte
62733
62734
62735
62736
high byte
low byte
62737
62738
62739
62740
high byte
low byte
62741
62742
62743
62744
high byte
low byte
62745
62746
62747
62748
high byte
low byte
62749
62750
62751
62752
62753
62754
62756
62757
62758
62759
high byte
low byte
high byte
low byte
DEFINTION
User Register 40007 Source Register Data Type
User Register 40008 Scale
User Register 40008 Source Register (4xxxx Series)
User Register 40008 Destination Register Data Type
User Register 40008 Destination Register Justification
User Register 40008 Destination Register Data Size
User Register 40008 Source Register Scale Type
User Register 40008 Source Register Data Type
User Register 40009 Scale
User Register 40009 Source Register (4xxxx Series)
User Register 40009 Destination Register Data Type
User Register 40009 Destination Register Justification
User Register 40009 Destination Register Data Size
User Register 40009 Source Register Scale Type
User Register 40009 Source Register Data Type
User Register 40010 Scale
User Register 40010 Source Register (4xxxx Series)
User Register 40010 Destination Register Data Type
User Register 40010 Destination Register Justification
User Register 40010 Destination Register Data Size
User Register 40010 Source Register Scale Type
User Register 40010 Source Register Data Type
User Register 40011 Scale
User Register 40011 Source Register (4xxxx Series)
User Register 40011 Destination Register Data Type
User Register 40011 Destination Register Justification
User Register 40011 Destination Register Data Size
User Register 40011 Source Register Scale Type
User Register 40011 Source Register Data Type
User Register 40012 Scale
User Register 40012 Source Register (4xxxx Series)
User Register 40012 Destination Register Data Type
User Register 40012 Destination Register Justification
User Register 40012 Destination Register Data Size
User Register 40012 Source Register Scale Type
User Register 40012 Source Register Data Type
User Register 40013 Scale
User Register 40013 Source Register (4xxxx Series)
User Register 40013 Destination Register Data Type
User Register 40013 Destination Register Justification
User Register 40013 Destination Register Data Size
User Register 40013 Source Register Scale Type
User Register 40013 Source Register Data Type
User Register 40014 Scale
User Register 40014 Source Register (4xxxx Series)
User Register 40014 Destination Register Data Type
User Register 40014 Destination Register Justification
User Register 40014 Destination Register Data Size
User Register 40014 Source Register Scale Type
User Register 40014 Source Register Data Type
User Register 40015 Scale
User Register 40015 Source Register (4xxxx Series)
User Register 40015 Destination Register Data Type
User Register 40015 Destination Register Justification
User Register 40015 Destination Register Data Size
User Register 40015 Source Register Scale Type
User Register 40015 Source Register Data Type
User Register 40016 Scale
User Register 40016 Source Register (4xxxx Series)
User Register 40016 Source Register Scale Type
User Register 40016 Source Register Data Type
User Register 40017 Scale
User Register 40017 Source Register (4xxxx Series)
User Register 40017 Destination Register Data Type
User Register 40017 Destination Register Justification
142
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
62760
high byte
low byte
62761
62762
62763
62764
high byte
low byte
62765
62766
62767
62768
high byte
low byte
62769
62770
62771
62772
high byte
low byte
62773
62774
62775
62776
high byte
low byte
62777
62778
62779
62780
high byte
low byte
62781
62782
62783
62784
high byte
low byte
62785
62786
62787
62788
high byte
low byte
62789
62790
62791
62792
62793
62794
62795
high byte
low byte
DEFINTION
User Register 40017 Destination Register Data Size
User Register 40017 Source Register Scale Type
User Register 40017 Source Register Data Type
User Register 40018 Scale
User Register 40018 Source Register (4xxxx Series)
User Register 40018 Destination Register Data Type
User Register 40018 Destination Register Justification
User Register 40018 Destination Register Data Size
User Register 40018 Source Register Scale Type
User Register 40018 Source Register Data Type
User Register 40019 Scale
User Register 40019 Source Register (4xxxx Series)
User Register 40019 Destination Register Data Type
User Register 40019 Destination Register Justification
User Register 40019 Destination Register Data Size
User Register 40019 Source Register Scale Type
User Register 40019 Source Register Data Type
User Register 40020 Scale
User Register 40020 Source Register (4xxxx Series)
User Register 40020 Destination Register Data Type
User Register 40020 Destination Register Justification
User Register 40020 Destination Register Data Size
User Register 40020 Source Register Scale Type
User Register 40020 Source Register Data Type
User Register 40021 Scale
User Register 40021 Source Register (4xxxx Series)
User Register 40021 Destination Register Data Type
User Register 40021 Destination Register Justification
User Register 40021 Destination Register Data Size
User Register 40021 Source Register Scale Type
User Register 40021 Source Register Data Type
User Register 40022 Scale
User Register 40022 Source Register (4xxxx Series)
User Register 40022 Destination Register Data Type
User Register 40022 Destination Register Justification
User Register 40022 Destination Register Data Size
User Register 40022 Source Register Scale Type
User Register 40022 Source Register Data Type
User Register 40023 Scale
User Register 40023 Source Register (4xxxx Series)
User Register 40023 Destination Register Data Type
User Register 40023 Destination Register Justification
User Register 40023 Destination Register Data Size
User Register 40023 Source Register Scale Type
User Register 40023 Source Register Data Type
User Register 40024 Scale
User Register 40024 Source Register (4xxxx Series)
User Register 40024 Destination Register Data Type
User Register 40024 Destination Register Justification
User Register 40024 Destination Register Data Size
User Register 40024 Source Register Scale Type
User Register 40024 Source Register Data Type
User Register 40025 Scale
User Register 40025 Source Register (4xxxx Series)
User Register 40025 Destination Register Data Type
User Register 40025 Destination Register Justification
User Register 40025 Destination Register Data Size
User Register 40025 Source Register Scale Type
User Register 40025 Source Register Data Type
User Register 40026 Scale
User Register 40026 Source Register (4xxxx Series)
User Register 40026 Destination Register Data Type
User Register 40026 Destination Register Justification
User Register 40026 Destination Register Data Size
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PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
62796
high byte
low byte
62797
62798
62799
62800
high byte
low byte
62801
62802
62803
62804
high byte
low byte
62805
62806
62807
62808
high byte
low byte
62809
62810
62811
62812
high byte
low byte
62813
62814
62815
62816
high byte
low byte
62817
62818
62819
62820
high byte
low byte
DEFINTION
User Register 40026 Source Register Scale Type
User Register 40026 Source Register Data Type
User Register 40027 Scale
User Register 40027 Source Register (4xxxx Series)
User Register 40027 Destination Register Data Type
User Register 40027 Destination Register Justification
User Register 40027 Destination Register Data Size
User Register 40027 Source Register Scale Type
User Register 40027 Source Register Data Type
User Register 40028 Scale
User Register 40028 Source Register (4xxxx Series)
User Register 40028 Destination Register Data Type
User Register 40028 Destination Register Justification
User Register 40028 Destination Register Data Size
User Register 40028 Source Register Scale Type
User Register 40028 Source Register Data Type
User Register 40029 Scale
User Register 40029 Source Register (4xxxx Series)
User Register 40029 Destination Register Data Type
User Register 40029 Destination Register Justification
User Register 40029 Destination Register Data Size
User Register 40029 Source Register Scale Type
User Register 40029 Source Register Data Type
User Register 40030 Scale
User Register 40030 Source Register (4xxxx Series)
User Register 40030 Destination Register Data Type
User Register 40030 Destination Register Justification
User Register 40030 Destination Register Data Size
User Register 40030 Source Register Scale Type
User Register 40030 Source Register Data Type
User Register 40031 Scale
User Register 40031 Source Register (4xxxx Series)
User Register 40031 Destination Register Data Type
User Register 40031 Destination Register Justification
User Register 40031 Destination Register Data Size
User Register 40031 Source Register Scale Type
User Register 40031 Source Register Data Type
User Register 40032 Scale
User Register 40032 Source Register (4xxxx Series)
User Register 40032 Destination Register Data Type
User Register 40032 Destination Register Justification
User Register 40032 Destination Register Data Size
User Register 40032 Source Register Scale Type
User Register 40032 Source Register Data Type
144
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.19 Miscellaneous Settings
ADDRESS
62944
62945
62946
62947
62948
62949
high byte
low byte
high byte
low byte
DEFINTION
Spare
Execute Register for Miscellaneous Settings (registers 62945- 63021)
(0=No Action, 1=Transfer Settings, 2=Refresh Registers)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
Security Mask for Writeable 4xxxx Control Block
(Duplicate of 62598 since PCD does not have access to other rgister)
(bit state: 0=Control Block Password Required,
1=Control Block Unprotected)
Bit 15:
Spare
Bit 7:
Spare
Bit 14:
Spare
Bit 6:
Spare
Bit 13:
Spare
Bit 5:
Pulse Outputs
Bit 12:
Spare
Bit 4:
Set Reset Outputs
Bit 11:
Spare
Bit 3:
Force logical Input
Bit 10:
Spare
Bit 2:
Force Physical Output
Bit 9:
Spare
Bit 1:
Force Physical Input
Bit 8:
Spare
Bit 0:
Initiate Input
145
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.20 Oscillographics Data Capture Settings
REGISTER
63200
63201
63202
63203
63204
63205
63206
63207
63208
63209
63210
63211
63212
63213
high byte
low byte
high byte
low byte
DEFINTION
Spare
Execute Register for Oscillographics Settings (registers 63200 - 63327)
(0=No Action, 1=Transfer Settings, 2=Refresh Registers)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
Record Size =
0:
1 Record
1:
2 Records
2:
4 Records
3:
8 Records
Mode
Bit 0 :
Single-shot mode (0=off,1=on)
Bit 1 :
Appended record mode (0=off, 1=on)
Trigger Position
Analog Quantity Select Mask
Trigger Source (High Word)
Trigger Source
.
Trigger Source
.
Bit 0 :
Trip Issued Signal
(PCD)
Bit 1 :
Breaker Open
(PCD)
Bit 2 :
External (WCI)
(PCD / SCD)
Bit 3 :
32P
(PCD / SCD)
Bit 4 :
32N
(PCD / SCD)
Bit 5 :
PFLT
(SCD)
Bit 6 :
NFLT
(SCD)
Bit 7 :
SFLT
(SCD)
Bit 8 :
PQ Sag
(PCD / SCD)
Bit 9 :
PQ Swell
(PCD / SCD)
Bit 10:
PQ Interruptions
(PCD / SCD)
Bit 11:
PQ Undervoltage
(PCD / SCD)
Bit 12 :
PQ Overvoltage
(PCD / SCD)
Bit 13:
PQ TDD
(PCD / SCD)
Bit 14 :
PQ THD
(PCD / SCD)
Bit 15 :
Spare
Trigger Source (Low Word)
Bit 0 :
50N-1
(PCD)
Bit 1 :
50N-2
(PCD)
Bit 2 :
50N-3
(PCD)
Bit 3 :
51N
(PCD)
Bit 4 :
50P-1
(PCD)
Bit 5 :
50P-2
(PCD)
Bit 6 :
50P-3
(PCD)
Bit 7 :
51P
(PCD)
Bit 8 :
67P
(PCD)
Bit 9 :
67N
(PCD)
Bit 10 :
46
(PCD / SCD)
Bit 11 :
27
(PCD / SCD)
Bit 12 :
59
(PCD / SCD)
Bit 13 :
79
(PCD)
Bit 14 :
81S
(PCD / SCD)
Bit 15 :
81R
(PCD / SCD)
Spare
Note: Analog Quantity Select Mask is currently not supported. Also, the two trigger word
registers 63209 through 63210 are currently not supported.
146
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.21 Programmable Curve Parameters
Note:
File
Support of multiple programmable curves is supported through the Extendend Memory
number as follows:
File = 1:
File = 2:
File = 3:
REGISTER
63328
63329
63330
63331
63332
63333
63334
63335
63336
63337
63338
63339
63340
high byte
low byte
high byte
low byte
Prog. Curve 1
Prog. Curve 2
Prog. Curve 3
DEFINTION
Spare
Execute Register for Programmable Curve Parameters (registers 63328 63967)
(0=No Action, 1=Transfer Settings, 2=Refresh Registers)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
Coefficient A (High Word)
Coefficient A (Low Word)
Coefficient B (High Word)
Coefficient B (Low Word)
Coefficient C (High Word)
Coefficient C (Low Word)
Coefficient P (High Word)
Coefficient P (Low Word)
147
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.22 Programmable Curve Data Settings
Note:
Support of multiple programmable curves is supported through the Extended Memory File
number as follows:
File = 1:
File = 2:
File = 3:
REGISTER
63456
63457
63458
63459
63460
63461 – 63465
63466 – 63470
63471 – 63475
63476 – 63480
63481 – 63485
63486 – 63490
63491 – 63495
63496 – 63500
63501 – 63505
63506 – 63510
63511 – 63515
63516 – 63520
63521 – 63525
63526 – 63530
63531 - 63535
63536 - 63540
63541 - 63545
63546 - 63550
63551 - 63555
63556 - 63560
63561 - 63565
63566 - 63570
63571 - 63575
63576 - 63580
63581 - 63585
63586 - 63590
63591 - 63595
63596 - 63600
63601 - 63605
63606 - 63610
63611 - 63615
63616 - 63620
63621 - 63625
63626 - 63630
63631 - 63635
63636 - 63640
63641 - 63645
63646 - 63650
63651 - 63655
63656 - 63660
63661 - 63665
63666 - 63670
63671 - 63675
63676 - 63680
63681 - 63685
63686 - 63690
63691 - 63695
Prog. Curve 1
Prog. Curve 2
Prog. Curve 3
DEFINTION
Segment 0: Endrange
Segment 0: Alpha (High Word)
Segment 0: Alpha (Low Word)
Segment 0: Beta (High Word)
Segment 0: Beta (Low Word)
Segment 1:
Segment 2:
Segment 3
Segment 4:
Segment 5
Segment 6:
Segment 7:
Segment 8:
Segment 9:
Segment 10:
Segment 11
Segment 12:
Segment 13
Segment 14:
Segment 15
Segment 16:
Segment 17:
Segment 18:
Segment 19:
Segment 20:
Segment 21:
Segment 22:
Segment 23:
Segment 24:
Segment 25:
Segment 26:
Segment 27:
Segment 28:
Segment 29:
Segment 30:
Segment 31:
Segment 32:
Segment 33:
Segment 34:
Segment 35:
Segment 36:
Segment 37:
Segment 38:
Segment 39:
Segment 40:
Segment 41:
Segment 42:
Segment 43:
Segment 44:
Segment 45:
Segment 46:
Segment 47:
148
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
63696 - 63700
63701 - 63705
63706 - 63710
63711 - 63715
63716 - 63720
63721 - 63725
63726 - 63730
63731 - 63735
DEFINTION
Segment 48:
Segment 49:
Segment 50:
Segment 51:
Segment 52:
Segment 53:
Segment 54:
Segment 55:
149
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.23 Programmable Curve Pointer Table Settings
Note: Support of multiple programmable curves is supported through the Extendend Memory
File number
as follows:
File = 1:
Prog. Curve 1
File = 2:
Prog. Curve 2
File = 3:
Prog. Curve 3
REGISTER
63840
high byte
low byte
63841
high byte
low byte
63842
high byte
low byte
63843
high byte
low byte
63844
high byte
low byte
63845
high byte
low byte
63846
high byte
low byte
63847
high byte
low byte
63848
high byte
low byte
63849
high byte
low byte
63850
high byte
low byte
63851
high byte
low byte
63852
high byte
low byte
63853
high byte
low byte
63854
high byte
low byte
63855
high byte
low byte
63856
high byte
low byte
63857
high byte
low byte
63858
high byte
low byte
63859
high byte
low byte
63860
high byte
low byte
63861
high byte
low byte
63862
high byte
low byte
63863
high byte
low byte
63864
high byte
low byte
63865
high byte
low byte
63866
high byte
low byte
63867
high byte
low byte
DEFINTION
Pointer Offset 0
Pointer Offset 1
Pointer Offset 2
Pointer Offset 3
Pointer Offset 4
Pointer Offset 5
Pointer Offset 6
Pointer Offset 7
Pointer Offset 8
Pointer Offset 9
Pointer Offset 10
Pointer Offset 11
Pointer Offset 12
Pointer Offset 13
Pointer Offset 14
Pointer Offset 15
Pointer Offset 16
Pointer Offset 17
Pointer Offset 18
Pointer Offset 19
Pointer Offset 20
Pointer Offset 21
Pointer Offset 22
Pointer Offset 23
Pointer Offset 24
Pointer Offset 25
Pointer Offset 26
Pointer Offset 27
Pointer Offset 28
Pointer Offset 29
Pointer Offset 30
Pointer Offset 31
Pointer Offset 32
Pointer Offset 33
Pointer Offset 34
Pointer Offset 35
Pointer Offset 36
Pointer Offset 37
Pointer Offset 38
Pointer Offset 39
Pointer Offset 40
Pointer Offset 41
Pointer Offset 42
Pointer Offset 43
Pointer Offset 44
Pointer Offset 45
Pointer Offset 46
Pointer Offset 47
Pointer Offset 48
Pointer Offset 49
Pointer Offset 50
Pointer Offset 51
Pointer Offset 52
Pointer Offset 53
Pointer Offset 54
Pointer Offset 55
150
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
63868
high byte
low byte
63869
high byte
low byte
DEFINTION
Pointer Offset 56
Pointer Offset 57
Pointer Offset 58
Pointer Offset 59
151
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.24 Breaker Failure Unit Settings
Note:
This register set is not supported for PCD2000 revision V2.00 and higher or any SCD
products.
REGISTER
63968
63969
63970
63971
63972
63973
63974
63975
63976
63977
63978
63979
63980
63981
high byte
low byte
high byte
low byte
DEFINTION
Spare
Execute Register for Oscillographics Settings (registers 63968 - 64095)
(0=No Action, 1=Transfer Settings, 2=Refresh Registers)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
Enable/Disable (1=ON/0=OFF)
BFT Pickup Time Delay
BFT Drop Time Delay
BFT Starters:
Bit 0:
External Input
Bit 1:
Phase Level Detector
Bit 2:
Neutral Level Detector
ReTrip Pickup Time Delay
ReTrip Drop Time Delay
ReTrip Starters:
Bit 0:
External Input
Bit 1:
Phase Level Detector
Bit 2:
Neutral Level Detector
Phase Level Detector Pickup (5 to 100% of 51P)
.
Neutral Level Detector Pickup (5 to 100% of 51N)
152
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.25 Master Trip Output Assignment
Note:
This register set is not supported for PCD2000 revision V2.00 and higher or any SCD
products.
REGISTER
64096
64097
64098
64099
64100
64101
64102
high byte
low byte
high byte
low byte
DEFINTION
Spare
Execute Register for Oscillographics Settings (registers 64096 - 64223)
(0=No Action, 1=Transfer Settings, 2=Refresh Registers)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
Assignment (High Word):
Spares
Assignment (Low Word):
Bit 0:
50N-1
Bit 1:
50N-2
Bit 2:
50N-3
Bit 3:
51N
Bit 4:
50P-1
Bit 5:
50P-2
Bit 6:
50P-3
Bit 7:
51P
Bit 8:
67P
Bit 9:
67N
Bit 10:
46
Bit 11:
Spare
Bit 12:
Spare
Bit 13:
Spare
Bit 14:
Spare
Bit 15:
Spare
153
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.26 Load Profile Attribute Assignment (Future)
REGISTER
64224
64225
64226
64227
64228
64229
64230
64231
64232
64233
64234
64235
64236
64237
high byte
low byte
high byte
low byte
DEFINTION
Spare
Execute Register for Oscillographics Settings (registers 64224
- 64352)
(0=No Action, 1=Transfer Settings, 2=Refresh Registers)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
Record Attribute 1
Record Attribute 2
Record Attribute 3
Record Attribute 4
Record Attribute 5
Record Attribute 6
Record Attribute 7
Record Attribute 8
Record Attribute 9
Currently Defined Attributes:
ATTR #
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
DESCRIPTION
Demand kW-A
Demand kW-B
Demand kW-C
Demand kVAR-A
Demand kVAR-B
Demand kVAR-C
Van
Vbn
Vcn
Demand kW-3P
Demand kVAR3P
Demand Ia
Demand Ib
Demand Ic
Vab
Vbc
Vca
DYNAMIC SCALE
122
122
122
122
122
122
10
10
10
367
367
1
1
1
10
10
10
154
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.27 Power Quality Settings
REGISTER
64352
64353
64354
64355
high byte
low byte
high byte
low byte
64356
64357
64358
64359
64360
64361
64362
64363
64364
64365
64366
64367
64368
64369
64370
64371
64372
64373
64374
64375
64376
64377
64378
64379
64380
64381
64382
64383
UNIT
Swell
Sag
Interruption
Overvoltage
DEFINTION
Spare
Execute Register for Oscillographics Settings (registers 64352 – 64479)
(0=No Action, 1=Transfer Settings, 2=Refresh Registers)
Relay Password Character 1
Relay Password Character 2
Relay Password Character 3
Relay Password Character 4
Spare (Writeable)
Units Enabled
Bit 0:
Swell Unit
Bit 1:
Sag Unit
Bit 2:
Interruption Unit
Bit 3:
Overvoltage Unit
Bit 4:
Undervoltage Unit
Bit 5:
Current TDD Unit
Bit 6:
Voltage THD Unit
Swell, Instantaneous, Voltage Threshhold (1.0 to 1.5 PU, 0.01 PU Steps,
x100)
Swell, Instantaneous, Time Maximum ( 2 to 120 Quarter cycles, qtr. cycle
steps)
Swell, Momentary, Voltage Threshhold (1.0 to 1.5 PU, 0.01 PU Steps,
x100)
Swell, Momentary, Time Maximum ( 30 to 180 Cycles, one Cycle steps)
Swell, Temporary, Voltage Threshhold (1.0 to 1.5 PU, 0.01 PU Steps,
x100)
Swell, Temporary, Time Maximum ( 3 to 60 Seconds, one Second steps)
Sag, Instantaneous, Voltage Threshhold (0.1 to 1.0 PU, 0.01 PU Steps,
x100)
Sag, Instantaneous, Time Maximum ( 2 to 120 Quarter cycles, qtr. cycle
steps)
Sag, Momentary, Voltage Threshhold (0.1 to 1.0 PU, 0.01 PU Steps,
x100)
Sag, Momentary, Time Maximum ( 30 to 180 Cycles, one Cycle steps)
Sag, Temporary, Voltage Threshhold (0.1 to 1.0 PU, 0.01 PU Steps,
x100)
Sag, Temporary, Time Maximum ( 3 to 60 Seconds, one Second steps)
Interruption, Voltage Threshhold (0.0 to 0.1 PU, 0.01 PU Steps, x100)
Interruption, Momentary Time Maximum (2 to 720 Qtr Cycles, qtr cycle
steps)
Interruption, Temporary Time Maximum (3 to 60 Seconds, one second
steps)
Interruption, Sustained Time Maximum (60 to 180 Seconds, one second
steps)
Overvoltage, Voltage Threshold (1.0 to 1.5 PU, 0.01 PU Steps, x100)
Overvoltage, Time Maximum (1 to 60 Minutes, 1 minute steps)
Undervoltage, Voltage Threshold (0.1 to 1.0 PU, 0.01 PU Steps, x100)
Undervoltage, Time Maximum (1 to 60 Minutes, 1 minute steps)
Current TDD, Threshold (1 to 50 Percent, 1 Percent Steps)
Current TDD, Initial Peak Current (1 to 1600 Amps, 1 Amp Steps)
Current TDD, Peak Update Mode (0=Off, 1=On)
Voltage THD, Threshold (1 to 50 Percent, 1 Percent Steps)
Window:
Bit 0:
Type (0=Sliding, 1=Profile)
Bit 1,2:
Demand Interval (0=5, 1=15, 2=30, 3=60 Minutes)
RMS Recording Mode (0=Single Quantity, 1=Dual Quantity)
SINGLE QUANTITY
Vx
Vx
Vx
DUAL QUANTITY
Vx, Ix
Vx, Ix
Vx, Ix
155
PCD MODBUS® Protocol Implementation Details
ABB Inc.
Undervoltage
TDD
THD
TDD
THD
TDD, Ix
THD, Vx
156
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.28 Protection Settings (PCD2000 Revision V2.00 and above, also SCD where applicable)
Note: (Modbus query file numbers. Primary = 1, Alt1 = 2, Alt2 = 3, Bank2 Primary = 5, Bank2 alt1 = 6,
Bank2 Alt2 = 7)
REG
DEFINTION
64480
64481
Spare
Execute Register (registers 64481- 64863)
(0=No Action, 1=Transfer Settings, 2=Refresh
Registers)
(High Byte) Relay Password Character 1
(Low Byte) Relay Password Character 2
(High Byte) Relay Password Character 3
(Low Byte) Relay Password Character 4
Spare (Writeable)
High Configuration Word (read only)
Low Configuration Word (read only)
51P Curve Select (ANSI Type I / IEC Type I /
Recloser Type V)
51P Pickup Amps (Ref. Tap Setting Tables)
51P (ANSI):
Time Dial
51P (IEC):
Time Multiplier
51P (Recloser):
Time Multiplier
51P (Def. Time):
Time Delay (Seconds)
51P Minimum Response (Seconds)
51P Time-Curve Adder (Seconds)
50P-1 Curve Select (ANSI Type III)
50P-1 Curve Select (IEC Type III)
50P-1 Curve Select (Recloser Type VI)
50P-1 Pickup Multiplier
50P-1 (ANSI):
Time Dial
50P-1 (IEC):
Time Multiplier
50P-1 (Recloser): Time Multiplier
50P-1 (Def. Time): Time Delay (Seconds)
50P-1 Minimum Response (Seconds)
50P-1 Time-Curve Adder (Seconds)
50P-1 Curve Block Pickup (x 51P Pickup)
50P-2 Select (0=Disable, 1=Enable)
50P-2 Pickup Multiplier (Seconds)
50P-2 Time Delay (Seconds)
50P-2 Curve Block Pickup (x 51P Pickup)
50P-3 Select (0=Disable, 1=Enable)
50P-3 Pickup Multiplier
50P-3 Time Delay (Seconds)
46 Curve Select (ANSI Type II)
46 Curve Select (IEC Type II)
46 Curve Select (Recloser Type VI)
46 Pickup Amps
46 (ANSI):
Time Dial
46 (IEC):
Time Multiplier
46 (Recloser):
Time Multiplier
46 (Def. Time):
Time Delay (Seconds)
46 Minimum Response Time (Seconds)
46 Time-Curve Adder (Seconds)
51N Curve Select (ANSI Type II)
51N Curve Select (IEC Type II)
51N Curve Select (Recloser Type VI)
51N Pickup Amps
51N (ANSI):
Time Dial
51N (IEC):
Time Multiplier
51N (Recloser):
Time Multiplier
51N (Def. Time):
Time Delay (Seconds)
51N Minimum Response (Seconds)
51N Time-Curve Adder (Seconds)
64482
64483
64484
64485
64486
64487
64488
64489
64490
64491
64492
64493
64494
64495
64496
64497
64498
64499
64500
64501
64502
64503
64504
64505
64506
64507
64508
64509
64510
64511
64512
64513
64514
DISPLAY
1
RANGE
0, 1, 2
DATA
2
RANGE
STEP
3
SIZE
DISABLE
DATA
0, 1, 2
DATA
SCALE
x1
PROD.
ALL
ALL
ALL
ALL
ALL
ALL
ALL
PCD
Ref. Table 6.1.8.5
Ref. Tables 6.1.8.1, 6.1.8.2, & 6.1.8.3.1
0.50 - 10.0
0.05 - 1.00
0.10 - 2.00
0.0 - 10.0
0.00 - 2.00
0.00 - 2.00
0.5 - 20.0
1.0 - 10.0
0.05 - 1.00
0.10 - 2.00
0.0 - 9.99
0.00 - 2.00
0.00 - 2.00
1.0 - 20.0
0-1
0.5 - 20.0
0.00 - 9.99
1.0 - 20.0
0, 1
0.5 - 20.0
0.00 - 9.99
0.50 - 10.0
0.05 - 1.00
0.10 - 2.00
0.0 - 10.0
0.00 - 2.00
0.00 - 2.00
0.50 - 10.0
0.05 - 1.00
0.10 - 2.00
0.0 - 10.0
0.00 - 2.00
0.00 - 2.00
157
Ref. Table 6.1.8.4
10 - 200
1
10 - 200
10
10 - 200
1
0 - 200
2
0 - 200
1
0 - 200
1
Ref. Table 6.1.8.1
Ref. Table 6.1.8.2
Ref. Table 6.1.8.3.2
5 - 200
1
10 - 200
1
10 - 200
10
10 - 200
1
0 - 999
1
0 - 200
1
0 - 200
1
10 - 200
1
0-1
1
5 - 200
1
0 - 999
1
10 - 200
1
0, 1
1
5 - 200
1
0 - 999
1
Ref. Table 6.1.8.1
Ref. Table 6.1.8.2
Ref. Table 6.1.8.3.2
Ref. Table 6.1.8.4
10 - 200
1
10 - 200
10
10 - 200
1
0 - 200
2
0 - 200
1
0 - 200
1
Ref. Table 6.1.8.1
Ref. Table 6.1.8.2
Ref. Table 6.1.8.3.2
Ref. Table 6.1.8.4
10 - 200
1
10 - 200
10
10 - 200
1
0 - 200
2
0 - 200
1
0 - 200
1
x 0.05
x 0.005
x 0.01
x 0.05
x 0.01
x 0.01
201
0
201
0
x 0.1
x 0.05
x 0.005
x 0.01
x 0.01
x 0.01
x 0.01
x 0.1
x1
x 0.1
x 0.01
x 0.1
x1
x 0.1
x 0.01
x 0.05
x 0.005
x 0.10
x 0.05
x 0.01
x 0.01
x 0.05
x 0.005
x 0.01
x 0.05
x 0.01
x 0.01
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REG
DEFINTION
64515
50N-1 Curve Select (ANSI Type III)
50N-1 Curve Select (IEC Type III)
50N-1 Curve Select (Recloser Type VI)
50N-1 Pickup Multiplier
50N-1 (ANSI):
Time Dial
50N-1 (IEC):
Time Multiplier
50N-1 (Recloser): Time Multiplier
50N-1 (Def. Time): Time Delay (Seconds)
50N-1 Minimum Response (Seconds)
50N-1 Time-Curve Adder (Seconds)
50N-1 Curve Block Pickup (x 51N Pickup)
50N-2 Select (STD): 0=Disable, 1=Enable
50N-2 Select (SEF): 0=Disable, 1=Standard,
2=SEF, 3=Directional SEF
50N-2 Pickup Multiplier (Non-SEF)
50N-2 (STD) Time Delay (Seconds)
50N-2 (SEF) Time Delay (Seconds)
50N-2 (SEF) Torque Angle (Degrees)
50N-2 (SEF) Pickup: 600:1 Type (Pri. Amps)
50N-2 (SEF) Pickup: 1000:1 Type (Pri.
Amps)
50N-2 (SEF) Pickup: Feeder Type (Sec.
MilliAmps)
50N-3 Curve Block Pickup (x 51N Pickup)
50N-3 Select (0=Disable, 1=Enable)
50N-3 Pickup Multiplier
50N-3 Time Delay (Seconds)
67P Select (0=Disable, 1=Enable)
67P Curve Select (ANSI Type I)
67P Curve Select (IEC Type I)
67P Curve Select (Recloser Type V)
67P Pickup Amps
67P (ANSI):
Time Dial
67P (IEC):
Time Multiplier
67P (Recloser):
Time Multiplier
67P (Def. Time):
Time Delay
67P Torque Angle (Degrees)
67P Minimum response Time (Seconds)
67P Time-Curve Adder (Seconds)
67N Select (STD) (0=Disable, 1=Enable)
67N Select (SEF) (0=Disable, 1=Enable-Zero
Sequence, 3=Enable-Neg. Seq.)
67N Curve Select (ANSI Type I)
67N Curve Select (IEC Type I)
67N Curve Select (Recloser Type V)
67N Pickup Amps
67N (ANSI):
Time Dial
67N (IEC):
Time Multiplier
67N (Recloser):
Time Multiplier
67N (Def. Time):
Time Delay
67N Torque Angle (Degrees)
67N Minimum response Time (Seconds)
67N Time-Curve Adder (Seconds)
81 Select byte (0=Disable, 1=81-1, 2=81-2)
81S-1 (50 Hz) Pickup Frequency (Hertz)
81S-1 (60 Hz) Pickup Frequency (Hertz)
81S-1 Time Delay (0.08 - 9.98 Seconds,
*100)
81S-2 (50 Hz) Pickup Frequency (Hertz)
81S-2 (60 Hz) Pickup Frequency (Hertz)
81S-2 Time Delay (0.08 - 9.98 Seconds,
*100)
64516
64517
64518
64519
64520
64521
64522
64523
64524
64525
64526
64527
64528
64529
64530
64531
64532
64533
64534
64535
64536
64537
64538
64539
64540
64541
64542
64543
64544
64545
64546
64547
64548
DISPLAY
1
RANGE
0.5 - 20.0
0.5 - 10.0
0.05 - 1.00
0.10 - 2.00
0.0 - 9.99
0.00 - 2.00
0.00 - 2.00
1.0 - 20.0
0, 1
0, 1, 2, 3
DATA
STEP
DISABLE
2
3
RANGE
SIZE
DATA
Ref. Tables 6.1.8.1
Ref. Tables 6.1.8.2
Ref. Tables 6.1.8.3.2
5 - 200
1
10 - 100
1
10 - 100
10
10 - 200
1
0 - 999
1
0 - 200
1
0 - 200
1
10 - 200
1
201
0, 1
1
0
0, 1, 2, 3
1
0
0.5 - 20.0
0.00 - 9.99
0.50 - 180.0
0 - 355
3.0 - 200.0
5.0 - 200.0
5 - 200
0 - 999
50 - 18000
0 - 71
6 - 400
10 - 400
5.0 - 200.0
10 - 400
1.0 - 20.0
0, 1
0.5 - 20.0
0.00 - 9.99
0, 1
0.50 - 10.0
0.05 - 1.00
0.10 - 2.00
0.0 - 10.0
0 - 355
0.00 - 2.00
0.00 - 2.00
0, 1
0, 1, 3
10 - 200
1
0, 1
1
5 - 200
1
0 - 999
1
0, 1
1
Ref. Table 6.1.8.1
Ref. Table 6.1.8.2
Ref. Table 6.1.8.3.1
Ref. Table 6.1.8.4
10 - 200
1
10 - 200
10
10 - 200
1
0 - 200
2
0 - 71
1
0 - 200
1
0 - 200
1
0, 1
1
0, 1, 3
1
0.50 - 10.0
0.05 - 1.00
0.10 - 2.00
0.0 - 10.0
0 - 355
0.00 - 2.00
0.00 - 2.00
0-2
46.00 - 54.00
56.00 - 64.00
0.08 - 9.98
Ref. Table 6.1.8.1
Ref. Table 6.1.8.2
Ref. Table 6.1.8.3.1
Ref. Table 6.1.8.4
10 - 200
1
10 - 200
10
10 - 200
1
0 - 200
2
0 - 71
1
0 - 200
1
0 - 200
1
0-2
1
4600 - 5400
1
5600 - 6400
1
8 - 998
2
46.00 - 54.00
56.00 - 64.00
0.08 - 9.98
4600 - 5400
5600 - 6400
8 - 998
158
DATA
SCALE
PROD.
x 0.1
x 0.05
x 0.005
x 0.01
x 0.01
x 0.01
x 0.01
x 0.1
x1
x1
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
1
1
10
1
1
1
x 0.1
x 0.01
x 0.01
x5
x 0.5
x 0.5
PCD
PCD
PCD
PCD
PCD
PCD
1
x 0.5
PCD
0
x 0.1
x1
x 0.1
x 0.01
x1
0
0
x 0.05
x 0.005
x 0.01
x 0.05
x5
x 0.01
x 0.01
x1
x1
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
x 0.05
x 0.005
x 0.01
x 0.05
x5
x 0.01
x 0.01
x1
x 0.01
x 0.01
x 0.01
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
PCD
ALL
ALL
ALL
ALL
x 0.01
x 0.01
x 0.01
ALL
ALL
ALL
1
1
2
201
0
0
5401
6401
5401
6401
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REG
DEFINTION
64549
81R-1 (50 Hz) Pickup Frequency (Hertz)
81R-1 (60 Hz) Pickup Frequency (Hertz)
81R-1 Time Delay (0 - 999 Seconds)
81R-2 (50 Hz) Pickup Frequency (Hertz)
81R-2 (60 Hz) Pickup Frequency (Hertz)
81R-2 Time Delay (Seconds)
81V Voltage Block (Secondary Volts)
27 Select (0=Disable, 1=Enable)
27 Pickup Voltage (Volts)
27 Time Delay (Seconds)
59 Select (0=Disable, 1=Enable)
59 Pickup Voltage (Secondary Volts)
59 Time Delay (Seconds)
32P Select (0=Disable, 1=Enable)
32P Torque Angle (Degrees5)
32N Select (0=Disable, 1=Enable)
32N Torque Angle (Degrees5)
Cold Load Time (Seconds / Minutes)
Neutral Cold Load (SEF Only) (Seconds /
Minutes)
2 Phase Voting (0=Disable, 1=Enable)
64550
64551
64552
64553
64554
64555
64556
64557
64558
64559
64560
64561
64562
64563
64564
64565
64566
Notes:
DISPLAY
1
RANGE
46.00 - 54.00
56.00 - 64.00
0 - 999
46.00 - 54.00
56.00 - 64.00
0 - 999
40 - 200
0-1
10 - 200
0 - 60
0-1
70 - 250
0 - 60
0-1
0 - 355
0-1
0 - 355
0 - 254
0 - 254
DATA
2
RANGE
4600 - 5400
5600 - 6400
0 - 999
4600 - 5400
5600 - 6400
0 - 999
40 - 200
0-1
10 - 200
0 - 60
0-1
70 - 250
0 - 60
0-1
0 - 71
0-1
0 - 71
0 - 254
0 - 254
0-1
0-1
1
STEP
3
SIZE
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
DISABLE
DATA
5401
6401
PROD.
255
255
DATA
SCALE
x 0.01
x 0.01
x1
x 0.01
x 0.01
x1
x1
x1
x1
x1
x1
x1
x1
x1
x5
x1
x5
x1
x1
1
0
x1
PCD
5401
6401
0
0
0
0
Display Range is the range of parameter values as displayed by all MMI processes.
Data Range is the numeric value passed over the Modbus protocol.
3
Step Size is the incremental value by which values may change within the Data Range.
2
159
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
ALL
PCD
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.29 Recloser Settings (PCD Revision V2.00 and above)
Note:
This is essentially a continuation of the Protection settings point list (see 6.1.29 above).
The execution and password registers used for this block are the same as used for
Protection settings (64481 through 64483).
REGISTER
64608
64609
64610
64611
64612
64613
64614
64615
64616
64617
64618
64619
64620
64621
64622
64623
64624
64625
64626
64627
64628
DEFINITION
Single Phase Tripping Mode
0 = Single Phase Tripping Disabled
1 = Only Picked Up Phases
2 = One Or All Phases
Reserved
79 Reset Time: 3 - 200 Seconds, *1
79-1 Mode Select (see table below for bit definitions)
Bits 0 – 3: 51P
Bits 8 - 11: 50P-2
Bits 4 – 7: 50P-1
Bits 12 - 15: 50P-3
79-1 Mode Select (see table below for bit definitions)
Bits 0 – 3: 51N
Bits 8 - 11: 50N-2
Bits 4 – 7: 50N-1
Bits 12 - 15: 50N-3
79-1 Mode Select (see table below for bit definitions)
Bits 0 – 3: 46
Bits 8 - 11: 67N
Bits 4 – 7: 67P
Bits 12 - 15: Spare
79-1 Mode Select (see table below for bit definitions)
Bits 0 – 3: Spare
Bits 8 - 11: Spare
Bits 4 – 7: Spare
Bits 12 - 15: Spare
79-1 Mode Select (see table below for bit definitions)
Bits 0 – 3: Spare
Bits 8 - 11: Spare
Bits 4 – 7: Spare
Bits 12 - 15: Spare
79-1 Open Interval Time
STD:
0.1 – 200.0 Seconds, *10, 2001 = Lockout
SEF:
0.1 – 1800.0 Seconds, *10, 18001 = Lockout
79-2 Mode Select (see table below for bit definitions)
Bits 0 – 3: 51P
Bits 8 - 11: 50P-2
Bits 4 – 7: 50P-1
Bits 12 - 15: 50P-3
79-2 Mode Select (see table below for bit definitions)
Bits 0 – 3: 51N
Bits 8 - 11: 50N-2
Bits 4 – 7: 50N-1
Bits 12 - 15: 50N-3
79-2 Mode Select (see table below for bit definitions)
Bits 0 – 3: 46
Bits 8 - 11: 67N
Bits 4 – 7: 67P
Bits 12 - 15: Spare
79-2 Mode Select (see table below for bit definitions)
Bits 0 – 3: Spare
Bits 8 - 11: Spare
Bits 4 – 7: Spare
Bits 12 - 15: Spare
79-2 Mode Select (see table below for bit definitions)
Bits 0 – 3: Spare
Bits 8 - 11: Spare
Bits 4 – 7: Spare
Bits 12 - 15: Spare
79-2 Open Interval Time
STD:
0.1 – 200.0 Seconds, *10, 2001 = Lockout
SEF:
0.1 – 1800.0 Seconds, *10, 18001 = Lockout
79-3 Mode Select (see table below for bit definitions)
Bits 0 – 3: 51P
Bits 8 - 11: 50P-2
Bits 4 – 7: 50P-1
Bits 12 - 15: 50P-3
79-3 Mode Select (see table below for bit definitions)
Bits 0 – 3: 51N
Bits 8 - 11: 50N-2
Bits 4 – 7: 50N-1
Bits 12 - 15: 50N-3
79-3 Mode Select (see table below for bit definitions)
Bits 0 – 3: 46
Bits 8 - 11: 67N
Bits 4 – 7: 67P
Bits 12 - 15: Spare
79-3 Mode Select (see table below for bit definitions)
Bits 0 – 3: Spare
Bits 8 - 11: Spare
Bits 4 – 7: Spare
Bits 12 - 15: Spare
79-3 Mode Select (see table below for bit definitions)
Bits 0 – 3: Spare
Bits 8 - 11: Spare
Bits 4 – 7: Spare
Bits 12 - 15: Spare
79-3 Open Interval Time
STD:
0.1 – 200.0 Seconds, *10, 2001 = Lockout
160
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
DEFINITION
SEF:
0.1 – 1800.0 Seconds, *10, 18001 = Lockout
79-4 Mode Select (see table below for bit definitions)
Bits 0 – 3: 51P
Bits 8 - 11: 50P-2
Bits 4 – 7: 50P-1
Bits 12 - 15: 50P-3
79-4 Mode Select (see table below for bit definitions)
Bits 0 – 3: 51N
Bits 8 - 11: 50N-2
Bits 4 – 7: 50N-1
Bits 12 - 15: 50N-3
79-4 Mode Select (see table below for bit definitions)
Bits 0 – 3: 46
Bits 8 - 11: 67N
Bits 4 – 7: 67P
Bits 12 - 15: Spare
79-4 Mode Select (see table below for bit definitions)
Bits 0 – 3: Spare
Bits 8 - 11: Spare
Bits 4 – 7: Spare
Bits 12 - 15: Spare
79-4 Mode Select (see table below for bit definitions)
Bits 0 – 3: Spare
Bits 8 - 11: Spare
Bits 4 – 7: Spare
Bits 12 - 15: Spare
79-4 Open Interval Time
STD:
0.1 – 200.0 Seconds, *10, 2001 = Lockout
SEF:
0.1 – 1800.0 Seconds, *10, 18001 = Lockout
79-5 Mode Select (see table below for bit definitions)
Bits 0 – 3: 51P
Bits 8 - 11: 50P-2
Bits 4 – 7: 50P-1
Bits 12 - 15: 50P-3
79-5 Mode Select (see table below for bit definitions)
Bits 0 – 3: 51N
Bits 8 - 11: 50N-2
Bits 4 – 7: 50N-1
Bits 12 - 15: 50N-3
79-5 Mode Select (see table below for bit definitions)
Bits 0 – 3: 46
Bits 8 - 11: 67N
Bits 4 – 7: 67P
Bits 12 - 15: Spare
79-5 Mode Select (see table below for bit definitions)
Bits 0 – 3: Spare
Bits 8 - 11: Spare
Bits 4 – 7: Spare
Bits 12 - 15: Spare
79-5 Mode Select (see table below for bit definitions)
Bits 0 – 3: Spare
Bits 8 - 11: Spare
Bits 4 – 7: Spare
Bits 12 - 15: Spare
79-5 Open Interval Time (Always Lockout)
79 Cutout Time (1 – 201, 201=DisaBle)
79V Select (0=Disable, 1=Enable)
79V Pickup (10-200 Secondary Volts)
79V Time Delay (4 – 200 Seconds)
79C Enable (0 = Disable, 1 = Enable)
79C Reset Timer (3 – 200 seconds. 201 = Disable)
64629
64630
64631
64632
64633
64634
64635
64636
64637
64638
64639
64640
64641
64642
64643
64644
64645
64646
Table of the bit definitions for above.
Bit
Definition
0
Element Enable
1
Lockout
2
Mode
3
Alarm Enable
Selection
0 = Disabled
1 = Enabled
0 = No
1 = Yes
0 = Single Phase
1 = Three Phase
0 = No
1 = Alarm Only
161
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.30 Fault Indicator / Sectionalizer Settings (SCD only.)
Note: This is essentially a continuation of the Protection settings point list (see 6.1.28 above).
The execution and password registers used for this block are the same as used for
Protection settings (64481 through 64483).
REGISTER
DEFINITION
64736
Fault Indicator Mode Select
1 : Phase Current Only
2 : Phase and Neutral Current
3 : Phase Current with Voltage
4 : Phase and Neutral Current with Voltage
Neutral Mode Control
0 : Standard Neutral only
1 : Sensitive Earth only
2 : Standard and Sensitive Earth
Phase Fault Indicator Pickup Level
Phase Fault Indicator Drop Level
Phase Fault Indicator Directional Element Enable
(0=Disable, 1=Enable)
Phase Fault Indicator Directional Element Torque
Angle
Neutral Fault Indicator Pickup Level
Neutral Fault Indicator Drop Level
Neutral Fault Indicator Directional Element Enable
(0=Disable, 1=Enable)
Neutral Fault Indicator Directional Element Torque
Angle
SE Fault Indicator Pickup Level
SE Fault Indicator Drop Level (per unit)
SE Fault Indicator Directional Element Enable
(0=Disable, 1=Enable)
SE Fault Indicator Directional Element Torque
Angle
Fault Indicator Pickup Delay (Seconds)
Sectionalizer Switch Open Delay (Seconds)
Sectionalizer Steps to Switch Open
Sectionalizer Reset Time (Seconds)
64737
64738
64739
64740
64741
64742
64743
64744
64745
64746
64747
64748
64749
64750
64751
64752
64753
64754
64755
64756
64757
64758
64759
64760
64761
64762
DISPLAY
RANGE
Source Transfer Mode
0 : Disabled
1 : Primary to Secondary Enabled
2 : Secondary to Primary Enabled
3 : Bidirectional Transfer Enabled
Switch Assignment
0 : Primary is Switch 1, Secondary is Switch 2
1 : Secondary is Switch 1, Primary is Switch 2
Voltage Inputs Assignments
0 : Va, Vb → Primary, Vc → Secondary
1 : Va, Vc → Primary, Vb → Secondary
2 : Va → Primary, Vb, Vc → Secondary
3 : Vb, Vc → Primary, Va → Secondary
4 : Vb → Primary, Va, Vc → Secondary
5 : Vc → Primary, Va, Vb → Secondary
Dead Bus Voltage (per unit)
Dead Bus Voltage (per unit)
Current Block (per unit)
Initiate Time Delay (Seconds)
Transfer Time Delay (Seconds)
Volt drop (percent)
162
DATA
RANGE
1-4
0-2
2 - 50%
STEP
SIZE
1
DATA
SCALE
x1
1
x1
Ref. Table 6.1.8.4
2 - 50
1
0-1
1
x1
x1
0 - 355°
0 - 71
1
x5
2 - 50%
Ref. 6.1.8.4
2 - 50
1
0, 1
1
x1
x1
0 - 355°
0 - 71
x5
10 - 50%
0 - 355°
0.03 - 10.0
0.01 - 2.00
3.0 - 200.0
0.05 - 0.25
0.50 - 1.00
0.05 - 2.00
0.05 - 9.99
0.01 - 9.99
10 - 80
1
Ref. Table 6.1.8.4
10 - 50
1
0, 1
1
x1
x1
0 - 71
1
x5
3 - 1000
1 - 200
1-4
30 2000
0-3
1
1
1
1
x 0.01
x 0.01
x1
x 0.1
1
x1
0-1
1
x1
0-5
1
x1
5 - 25
50 - 100
5 - 200
5 - 999
1 - 999
10 - 80
1
1
1
1
1
1
x 0.01
x 0.01
x 0.01
x 0.01
x 0.01
x1
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.31 Loop Control Module Settings.
REGISTER
64864
TYPE
SCALE RANGE
64865
Unsigned short
Execute
64866
High byte
Low byte
Password character 1
Password character 2
64867
High byte
Low byte
Password character 3
Password character 4
64868
Unsigned short
64869
Unsigned short
1
0–3
64870
Unsigned short
1
0–1
64871
Unsigned short
1
0–1
Line Side Voltage Source. 0 = S2, 1 = S1
Spare
Operation Mode. 0 = Disabled, 1 = Sectionalizing, 2 = Midpoint, 3 = Tiepoint
Alt1 Select. 0 = Disabled, 1 = Enabled.
(64869 = Midpoint or Tiepoint only)
0 – 125 SWOTF time (64869 = Midpoint only)
64872
64873
DESCRIPTION
Spare
Reserved for future use.
Unsigned short
1
64874
Unsigned short
1
1–3
Number of Line Voltage Transformers
64875
Unsigned short
1
0–3
Number of Load Voltage Transformers
64876
Unsigned short
1
0–1
Line Voltage Transformer. 0 = Disabled, 1 = Enabled.
64877
Unsigned short
1
0–1
64878
Unsigned short
1
Load Voltage Transformer. 0 = Disabled, 1 = Enabled.
(Only if 64875 ≠ 0)
2
0 – 2 Single-Phase Line Voltage Transformer . (Only if 64874 = 1)
64879
Unsigned short
1
0–2
64880
Unsigned short
1
0 – 115 Deadbus Voltage
64881
Unsigned short
1
5 – 120 Livebus Voltage (>= Deadbus Voltage(64880) + 5)
64882
Unsigned short
1
1 – 511 Deadbus time
64883
Unsigned short
1
1 – 511 Livebus time
64884
Unsigned short
1
64885
Unsigned short
1
0 - 510 Voltage Regain Time (< Deadbus time(64882)) and
Voltage Regain Time (< Livebus time(64883))
0 - 1 Reset on power up. 0 = No, 1 = Yes (Only used when 64869 = 1 or 2)
64886
Unsigned short
1
0-1
64887
Unsigned short
1
0-1
1
1
2
Single-Phase Load Voltage Transformer . (Only if 64875 = 1)
Sectionalizing mode in 3 phase setting. 0 = Any phase, 1 = All 3 phases
(Only if 64869 = 1)
Sectionalizer reset enable. 0 = Disabled, 1 = Enabled (Only if 64869 = 1)
Notes:
1. The number of line / load voltage transformers must conform to the following table
VT LINE/LOAD →
MODE ↓
Sectionalizer
Mid-point
Tie-point
1/0
1/1
1/2
1/3
2/0
2/1
2/2
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
2/3
3/0
3/1
X
X
X
X
3/2
3/3
0 = None, 1 = 1 phase line to neutral, 2 = 2 Open delta, 3 = 3 phase wye-connected
2.
0= Phase A, 1= Phase B, 2= Phase C.
163
x
x
x
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.32 DNP Binary Inputs Assignable Class Settings (PCD Rev. 2.40 and above)
The DNP Assignable Classes feature allows the user to make class assignments to the binary input
points. By default, all binary input points are assigned CLASS 1. If a class 1 event poll is performed all
binary input points that have changed state since the last event poll will be reported. The class
assignment for a given binary input point can be changed to CLASS 2, 3 or NO CLASS by setting the
appropriate value in the associated modbus register.
For example, to change the class assignment of DNP binary input point 6 to CLASS 2, modify register
64998 to set bits 7-4 to 0010(binary).
Refer to the "DNP 3.0 Implementation for the ABB PCD" document for a description of the DNP points
listed below.
REGISTER
DEFINITION
64992
Spare
64993
Execute
64994 High byte
Low byte
Password character 1
Password character 2
64995 High byte
Low byte
Password character 3
Password character 4
64996
Spare
64997
DNP binary assigned class register 0 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 0 Bits 11 - 8: DNP binary input point 1
Bits 7 - 4: DNP binary input point 2 Bits 3 - 0: DNP binary input point 3
64998
DNP binary assigned class register 1 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 4 Bits 11 - 8: DNP binary input point 5
Bits 7 - 4: DNP binary input point 6 Bits 3 - 0: DNP binary input point 7
64999
DNP binary assigned class register 2 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 8
Bits 11 - 8: DNP binary input point 9
Bits 7 - 4: DNP binary input point 10 Bits 3 - 0: DNP binary input point 11
65000
DNP binary assigned class register 3 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 12 Bits 11 - 8: DNP binary input point 13
Bits 7 - 4: DNP binary input point 14 Bits 3 - 0: DNP binary input point 15
65001
DNP binary assigned class register 4 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 16 Bits 11 - 8: DNP binary input point 17
Bits 7 - 4: DNP binary input point 18 Bits 3 - 0: DNP binary input point 19
65002
DNP binary assigned class register 5 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 20 Bits 11 - 8: DNP binary input point 21
Bits 7 - 4: DNP binary input point 22 Bits 3 - 0: DNP binary input point 23
65003
DNP binary assigned class register 6 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 24 Bits 11 - 8: DNP binary input point 25
Bits 7 - 4: DNP binary input point 26 Bits 3 - 0: DNP binary input point 27
65004
DNP binary assigned class register 7 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 28 Bits 11 - 8: DNP binary input point 29
Bits 7 - 4: DNP binary input point 30 Bits 3 - 0: DNP binary input point 31
65005
DNP binary assigned class register 8 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 32 Bits 11 - 8: DNP binary input point 33
Bits 7 - 4: DNP binary input point 34 Bits 3 - 0: DNP binary input point 35
65006
DNP binary assigned class register 9 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 36 Bits 11 - 8: DNP binary input point 37
Bits 7 - 4: DNP binary input point 38 Bits 3 - 0: DNP binary input point 39
65007
DNP binary assigned class register 10 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 40 Bits 11 - 8: DNP binary input point 41
Bits 7 - 4: DNP binary input point 42 Bits 3 - 0: DNP binary input point 43
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PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
DEFINITION
65008
DNP binary assigned class register 11 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 44 Bits 11 - 8: DNP binary input point 45
Bits 7 - 4: DNP binary input point 46 Bits 3 - 0: DNP binary input point 47
65009
DNP binary assigned class register 12 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 48 Bits 11 - 8: DNP binary input point 49
Bits 7 - 4: DNP binary input point 50 Bits 3 - 0: DNP binary input point 51
65010
DNP binary assigned class register 13 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 52 Bits 11 - 8: DNP binary input point 53
Bits 7 - 4: DNP binary input point 54 Bits 3 - 0: DNP binary input point 55
65011
DNP binary assigned class register 14 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 56 Bits 11 - 8: DNP binary input point 57
Bits 7 - 4: DNP binary input point 58 Bits 3 - 0: DNP binary input point 59
65012
DNP binary assigned class register 15 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 60 Bits 11 - 8: DNP binary input point 61
Bits 7 - 4: DNP binary input point 62 Bits 3 - 0: DNP binary input point 63
65013
DNP binary assigned class register 16 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 64 Bits 11 - 8: DNP binary input point 65
Bits 7 - 4: DNP binary input point 66 Bits 3 - 0: DNP binary input point 67
65014
DNP binary assigned class register 17 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 68 Bits 11 - 8: DNP binary input point 69
Bits 7 - 4: DNP binary input point 70 Bits 3 - 0: DNP binary input point 71
65015
DNP binary assigned class register 18 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 72 Bits 11 - 8: DNP binary input point 73
Bits 7 - 4: DNP binary input point 74 Bits 3 - 0: DNP binary input point 75
65016
DNP binary assigned class register 19 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 76 Bits 11 - 8: DNP binary input point 77
Bits 7 - 4: DNP binary input point 78 Bits 3 - 0: DNP binary input point 79
65017
DNP binary assigned class register 20 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 80 Bits 11 - 8: DNP binary input point 81
Bits 7 - 4: DNP binary input point 82 Bits 3 - 0: DNP binary input point 83
65018
DNP binary assigned class register 21 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 84 Bits 11 - 8: DNP binary input point 85
Bits 7 - 4: DNP binary input point 86 Bits 3 - 0: DNP binary input point 87
65019
DNP binary assigned class register 22 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 88 Bits 11 - 8: DNP binary input point 89
Bits 7 - 4: DNP binary input point 90 Bits 3 - 0: DNP binary input point 91
65020
DNP binary assigned class register 23 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 92 Bits 11 - 8: DNP binary input point 93
Bits 7 - 4: DNP binary input point 94 Bits 3 - 0: DNP binary input point 95
65021
DNP binary assigned class register 24 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 96 Bits 11 - 8: DNP binary input point 97
Bits 7 - 4: DNP binary input point 98 Bits 3 - 0: DNP binary input point 99
65022
DNP binary assigned class register 25 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 100 Bits 11 - 8: DNP binary input point 101
Bits 7 - 4: DNP binary input point 102 Bits 3 - 0: DNP binary input point 103
65023
DNP binary assigned class register26 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 104 Bits 11 - 8: DNP binary input point 105
Bits 7 - 4: DNP binary input point 106 Bits 3 - 0: DNP binary input point 107
65024
DNP binary assigned class register27 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 108 Bits 11 - 8: DNP binary input point 109
Bits 7 - 4: DNP binary input point 110 Bits 3 - 0: DNP binary input point 111
65025
DNP binary assigned class register 28 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 112 Bits 11 - 8: DNP binary input point 113
Bits 7 - 4: DNP binary input point 114 Bits 3 - 0: DNP binary input point 115
165
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
DEFINITION
65026
DNP binary assigned class register 29 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 116 Bits 11 - 8: DNP binary input point 117
Bits 7 - 4: DNP binary input point 118 Bits 3 - 0: DNP binary input point 119
65027
DNP binary assigned class register 30 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 120 Bits 11 - 8: DNP binary input point 121
Bits 7 - 4: DNP binary input point 122 Bits 3 - 0: DNP binary input point 123
65028
DNP binary assigned class register 31 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 124 Bits 11 - 8: DNP binary input point 125
Bits 7 - 4: DNP binary input point 126 Bits 3 - 0: DNP binary input point 127
65029
DNP binary assigned class register 32 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 128 Bits 11 - 8: DNP binary input point 129
Bits 7 - 4: DNP binary input point 130 Bits 3 - 0: DNP binary input point 131
65030
DNP binary assigned class register 33 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 132 Bits 11 - 8: DNP binary input point 133
Bits 7 - 4: DNP binary input point 134 Bits 3 - 0: DNP binary input point 135
65031
DNP binary assigned class register 34 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 136 Bits 11 - 8: DNP binary input point 137
Bits 7 - 4: DNP binary input point 138 Bits 3 - 0: DNP binary input point 139
65032
DNP binary assigned class register 35 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 140 Bits 11 - 8: DNP binary input point 141
Bits 7 - 4: DNP binary input point 142 Bits 3 - 0: DNP binary input point 143
65033
DNP binary assigned class register 36 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 144 Bits 11 - 8: DNP binary input point 145
Bits 7 - 4: DNP binary input point 146 Bits 3 - 0: DNP binary input point 147
65034
DNP binary assigned class register 37 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 148 Bits 11 - 8: DNP binary input point 149
Bits 7 - 4: DNP binary input point 150 Bits 3 - 0: DNP binary input point 151
65035
DNP binary assigned class register 38 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 152 Bits 11 - 8: DNP binary input point 153
Bits 7 - 4: DNP binary input point 154 Bits 3 - 0: DNP binary input point 155
65036
DNP binary assigned class register 39 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 156 Bits 11 - 8: DNP binary input point 157
Bits 7 - 4: DNP binary input point 158 Bits 3 - 0: DNP binary input point 159
65037
DNP binary assigned class register 40 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 160 Bits 11 - 8: DNP binary input point 161
Bits 7 - 4: DNP binary input point 162 Bits 3 - 0: DNP binary input point 163
65038
DNP binary assigned class register 41 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 164 Bits 11 - 8: DNP binary input point 165
Bits 7 - 4: DNP binary input point 166 Bits 3 - 0: DNP binary input point 167
65039
DNP binary assigned class register 42 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 168 Bits 11 - 8: DNP binary input point 169
Bits 7 - 4: DNP binary input point 170 Bits 3 - 0: DNP binary input point 171
65040
DNP binary assigned class register 43 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 172 Bits 11 - 8: DNP binary input point 173
Bits 7 - 4: DNP binary input point 174 Bits 3 - 0: DNP binary input point 175
65041
DNP binary assigned class register 44 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 176 Bits 11 - 8: DNP binary input point 177
Bits 7 - 4: DNP binary input point 178 Bits 3 - 0: DNP binary input point 179
65042
DNP binary assigned class register 45 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 180 Bits 11 - 8: DNP binary input point 181
Bits 7 - 4: DNP binary input point 182 Bits 3 - 0: DNP binary input point 183
65043
DNP binary assigned class register 46(see table below for bit definitions)
Bits 15 - 12: DNP binary input point 184 Bits 11 - 8: DNP binary input point 185
Bits 7 - 4: DNP binary input point 186 Bits 3 - 0: DNP binary input point 187
166
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
DEFINITION
65044
DNP binary assigned class register 47 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 188 Bits 11 - 8: DNP binary input point 189
Bits 7 - 4: DNP binary input point 190 Bits 3 - 0: DNP binary input point 191
65045
DNP binary assigned class register 48 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 192 Bits 11 - 8: DNP binary input point 193
Bits 7 - 4: DNP binary input point 194 Bits 3 - 0: DNP binary input point 195
65046
DNP binary assigned class register 49 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 196 Bits 11 - 8: DNP binary input point 197
Bits 7 - 4: DNP binary input point 198 Bits 3 - 0: DNP binary input point 199
65047
DNP binary assigned class register 50 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 200 Bits 11 - 8: DNP binary input point 201
Bits 7 - 4: DNP binary input point 202 Bits 3 - 0: DNP binary input point 203
65048
DNP binary assigned class register 51 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 204 Bits 11 - 8: DNP binary input point 205
Bits 7 - 4: DNP binary input point 206 Bits 3 - 0: DNP binary input point 207
65049
DNP binary assigned class register 52 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 208 Bits 11 - 8: DNP binary input point 209
Bits 7 - 4: DNP binary input point 210 Bits 3 - 0: DNP binary input point 211
65050
DNP binary assigned class register 53 (see table below for bit definitions)
Bits 15 - 12: DNP binary input point 212 Bits 11 - 8: Spare
Bits 7 - 4: Spare
Bits 3 - 0: spare
Table of the bit definitions for above.
BITS 3-0 (OR 15-12, 11-8, 7-4) VALUE
DEFINITION
0 (0000), 4(0100) - 15(1111)
1 (0001)
2 (0010)
3 (0011)
No Class
Class 1
Class 2
Class 3
167
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.33 DNP Analog Inputs Assignable Class Settings (PCD Rev. 2.40 and above)
The DNP Assignable Classes feature allows the user to make class assignments to the analog input
points. By default, all analog input points are assigned CLASS 2. If a class 2 event poll is performed all
analog input points that have changed beyond the programmed threshold since the last event poll will
be reported. The class assignment for a given analog input point can be changed to CLASS 1, 3 or NO
CLASS by setting the appropriate value in the associated modbus register.
For example, to change the class assignment of DNP analog input point 6 to CLASS 1, modify register
65126 to set bits 7-4 to 0001(binary).
Refer to the "DNP 3.0 Implementation for the ABB PCD" document for a description of the DNP points
listed below.
REGISTER
DEFINITION
65120
Spare
65121
Execute
65122
Password character 1
Password character 2
65123
Password character 3
Password character 4
65124
Spare
65125
DNP analog assigned class register 0 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 0 Bits 11 - 8: DNP analog input point 1
Bits 7 - 4: DNP analog input point 2 Bits 3 - 0: DNP analog input point 3
65126
DNP analog assigned class register 1 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 4 Bits 11 - 8: DNP analog input point 5
Bits 7 - 4: DNP analog input point 6 Bits 3 - 0: DNP analog input point 7
65127
DNP analog assigned class register 2 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 8
Bits 11 - 8: DNP analog input point 9
Bits 7 - 4: DNP analog input point 10 Bits 3 - 0: DNP analog input point 11
65128
DNP analog assigned class register 3 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 12 Bits 11 - 8: DNP analog input point 13
Bits 7 - 4: DNP analog input point 14 Bits 3 - 0: DNP analog input point 15
65129
DNP analog assigned class register 4 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 16 Bits 11 - 8: DNP analog input point 17
Bits 7 - 4: DNP analog input point 18 Bits 3 - 0: DNP analog input point 19
65130
DNP analog assigned class register 5 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 20 Bits 11 - 8: DNP analog input point 21
Bits 7 - 4: DNP analog input point 22 Bits 3 - 0: DNP analog input point 23
65131
DNP analog assigned class register 6 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 24 Bits 11 - 8: DNP analog input point 25
Bits 7 - 4: DNP analog input point 26 Bits 3 - 0: DNP analog input point 27
65132
DNP analog assigned class register 7 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 28 Bits 11 - 8: DNP analog input point 29
Bits 7 - 4: DNP analog input point 30 Bits 3 - 0: DNP analog input point 31
65133
DNP analog assigned class register 8 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 32 Bits 11 - 8: DNP analog input point 33
Bits 7 - 4: DNP analog input point 34 Bits 3 - 0: DNP analog input point 35
65134
DNP analog assigned class register 9 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 36 Bits 11 - 8: DNP analog input point 37
Bits 7 - 4: DNP analog input point 38 Bits 3 - 0: DNP analog input point 39
65135
DNP analog assigned class register 10 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 40 Bits 11 - 8: DNP analog input point 41
Bits 7 - 4: DNP analog input point 42 Bits 3 - 0: DNP analog input point 43
168
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
DEFINITION
65136
DNP analog assigned class register 11 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 44 Bits 11 - 8: DNP analog input point 45
Bits 7 - 4: DNP analog input point 46 Bits 3 - 0: DNP analog input point 47
65137
DNP analog assigned class register 12 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 48 Bits 11 - 8: DNP analog input point 49
Bits 7 - 4: DNP analog input point 50 Bits 3 - 0: DNP analog input point 51
65138
DNP analog assigned class register 13 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 52 Bits 11 - 8: DNP analog input point 53
Bits 7 - 4: DNP analog input point 54 Bits 3 - 0: DNP analog input point 55
65139
DNP analog assigned class register 14 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 56 Bits 11 - 8: DNP analog input point 57
Bits 7 - 4: DNP analog input point 58 Bits 3 - 0: DNP analog input point 59
65140
DNP analog assigned class register 15 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 60 Bits 11 - 8: DNP analog input point 61
Bits 7 - 4: DNP analog input point 62 Bits 3 - 0: DNP analog input point 63
65141
DNP analog assigned class register 16 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 64 Bits 11 - 8: DNP analog input point 65
Bits 7 - 4: DNP analog input point 66 Bits 3 - 0: DNP analog input point 67
65142
DNP analog assigned class register 17 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 68 Bits 11 - 8: DNP analog input point 69
Bits 7 - 4: DNP analog input point 70 Bits 3 - 0: DNP analog input point 71
65143
DNP analog assigned class register 18 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 72 Bits 11 - 8: DNP analog input point 73
Bits 7 - 4: DNP analog input point 74 Bits 3 - 0: DNP analog input point 75
65144
DNP analog assigned class register 19 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 76 Bits 11 - 8: DNP analog input point 77
Bits 7 - 4: DNP analog input point 78 Bits 3 - 0: DNP analog input point 79
65145
DNP analog assigned class register 20 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 80 Bits 11 - 8: DNP analog input point 81
Bits 7 - 4: DNP analog input point 82 Bits 3 - 0: DNP analog input point 83
65146
DNP analog assigned class register 21 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 84 Bits 11 - 8: DNP analog input point 85
Bits 7 - 4: DNP analog input point 86 Bits 3 - 0: DNP analog input point 87
65147
DNP analog assigned class register 22 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 88 Bits 11 - 8: DNP analog input point 89
Bits 7 - 4: DNP analog input point 90 Bits 3 - 0: DNP analog input point 91
65148
DNP analog assigned class register 23 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 92 Bits 11 - 8: DNP analog input point 93
Bits 7 - 4: DNP analog input point 94 Bits 3 - 0: DNP analog input point 95
65149
DNP analog assigned class register 24 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 96 Bits 11 - 8: DNP analog input point 97
Bits 7 - 4: DNP analog input point 98 Bits 3 - 0: DNP analog input point 99
65150
DNP analog assigned class register 25 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 100 Bits 11 - 8: DNP analog input point 101
Bits 7 - 4: DNP analog input point 102 Bits 3 - 0: DNP analog input point 103
65151
DNP analog assigned class register 26 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 104 Bits 11 - 8: DNP analog input point 105
Bits 7 - 4: DNP analog input point 106 Bits 3 - 0: DNP analog input point 107
65152
DNP analog assigned class register 27 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 108 Bits 11 - 8: DNP analog input point 109
Bits 7 - 4: DNP analog input point 110 Bits 3 - 0: DNP analog input point 111
65153
DNP analog assigned class register 28 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 112 Bits 11 - 8: DNP analog input point 113
Bits 7 - 4: DNP analog input point 114 Bits 3 - 0: DNP analog input point 115
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PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
DEFINITION
65154
DNP analog assigned class register 29 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 116 Bits 11 - 8: DNP analog input point 117
Bits 7 - 4: DNP analog input point 118 Bits 3 - 0: DNP analog input point 119
65155
DNP analog assigned class register 30 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 120 Bits 11 - 8: DNP analog input point 121
Bits 7 - 4: DNP analog input point 122 Bits 3 - 0: DNP analog input point 123
65156
DNP analog assigned class register 31 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 124 Bits 11 - 8: DNP analog input point 125
Bits 7 - 4: DNP analog input point 126 Bits 3 - 0: DNP analog input point 127
65157
DNP analog assigned class register 32 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 128 Bits 11 - 8: DNP analog input point 129
Bits 7 - 4: DNP analog input point 130 Bits 3 - 0: DNP analog input point 131
65158
DNP analog assigned class register 33 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 132 Bits 11 - 8: DNP analog input point 133
Bits 7 - 4: DNP analog input point 134 Bits 3 - 0: DNP analog input point 135
65159
DNP analog assigned class register 34 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 136 Bits 11 - 8: DNP analog input point 137
Bits 7 - 4: DNP analog input point 138 Bits 3 - 0: DNP analog input point 139
65160
DNP analog assigned class register 35 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 140 Bits 11 - 8: DNP analog input point 141
Bits 7 - 4: DNP analog input point 142 Bits 3 - 0: DNP analog input point 143
65161
DNP analog assigned class register 36 (see table below for bit definitions)
Bits 15 - 12: DNP analog input point 144 Bits 11 - 8: DNP analog input point 145
Bits 7 - 4: DNP analog input point 146 Bits 3 - 0: spare
Table of the bit definitions for above.
BITS 3-0 (OR 15-12, 11-8, 7-4) VALUE
DEFINITION
0 (0000), 4(0100) - 15(1111)
No Class
1 (0001)
Class 1
2 (0010)
Class 2
3 (0011)
Class 3
170
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.34 DNP Binary Inputs Assignable Point Index Settings
The DNP Assignable Point indexes feature allows the user to reassign the point indexes of binary input
points. By default, the point indexes are as shown in the "DNP3.0 Implementation for the ABB PCD"
document. To change the point index of a given binary input point the appropriate modbus register has
to be modified to the desired value. NOTE: The assigned point index may not exceed the maximum
number of binary input points.
For example, to change the point index of DNP binary input point 6 to 10, modify register 65256 to set
bits 15-8 to 0001010(binary).
Refer to the "DNP 3.0 Implementation for the ABB PCD" document for a description of the DNP points
listed below.
REGISTER
DEFINITION
65248
Spare
65249
Execute
65250
Password character 1
Password character 2
65251
Password character 3
Password character 4
65252
Spare
65253
DNP binary assigned point index register 0
Bits 15 - 8: DNP binary input point 0
Bits 7 - 0: DNP binary input point 1
65254
DNP binary assigned point index register 1
Bits 15 - 8: DNP binary input point 2
Bits 7 - 0: DNP binary input point 3
65255
DNP binary assigned point index register 2
Bits 15 - 8: DNP binary input point 4
Bits 7 - 0: DNP binary input point 5
65256
DNP binary assigned point index register 3
Bits 15 - 8: DNP binary input point 6
Bits 7 - 0: DNP binary input point 7
65257
DNP binary assigned point index register 4
Bits 15 - 8: DNP binary input point 8
Bits 7 - 0: DNP binary input point 9
65258
DNP binary assigned point index register 5
Bits 15 - 8: DNP binary input point 10
Bits 7 - 0: DNP binary input point 11
65259
DNP binary assigned point index register 6
Bits 15 - 8: DNP binary input point 12
Bits 7 - 0: DNP binary input point 13
65260
DNP binary assigned point index register 7
Bits 15 - 8: DNP binary input point 14
Bits 7 - 0: DNP binary input point 15
65261
DNP binary assigned point index register 8
Bits 15 - 8: DNP binary input point 16
Bits 7 - 0: DNP binary input point 17
65262
DNP binary assigned point index register 9
Bits 15 - 8: DNP binary input point 18
Bits 7 - 0: DNP binary input point 19
65263
DNP binary assigned point index register 10
Bits 15 - 8: DNP binary input point 20
Bits 7 - 0: DNP binary input point 21
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PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
DEFINITION
65264
DNP binary assigned point index register 11
Bits 15 - 8: DNP binary input point 22
Bits 7 - 0: DNP binary input point 23
65265
DNP binary assigned point index register 12
Bits 15 - 8: DNP binary input point 24
Bits 7 - 0: DNP binary input point 25
65266
DNP binary assigned point index register 13
Bits 15 - 8: DNP binary input point 26
Bits 7 - 0: DNP binary input point 27
65267
DNP binary assigned point index register 14
Bits 15 - 8: DNP binary input point 28
Bits 7 - 0: DNP binary input point 29
65268
DNP binary assigned point index register 15
Bits 15 - 8: DNP binary input point 30
Bits 7 - 0: DNP binary input point 31
65269
DNP binary assigned point index register 16
Bits 15 - 8: DNP binary input point 32
Bits 7 - 0: DNP binary input point 33
65270
DNP binary assigned point index register 17
Bits 15 - 8: DNP binary input point 34
Bits 7 - 0: DNP binary input point 35
65271
DNP binary assigned point index register 18
Bits 15 - 8: DNP binary input point 36
Bits 7 - 0: DNP binary input point 37
65272
DNP binary assigned point index register 19
Bits 15 - 8: DNP binary input point 38
Bits 7 - 0: DNP binary input point 39
65273
DNP binary assigned point index register 20
Bits 15 - 8: DNP binary input point 40
Bits 7 - 0: DNP binary input point 41
65274
DNP binary assigned point index register 21
Bits 15 - 8: DNP binary input point 42
Bits 7 - 0: DNP binary input point 43
65275
DNP binary assigned point index register 22
Bits 15 - 8: DNP binary input point 44
Bits 7 - 0: DNP binary input point 45
65276
DNP binary assigned point index register 23
Bits 15 - 8: DNP binary input point 46
Bits 7 - 0: DNP binary input point 47
65277
DNP binary assigned point index register 24
Bits 15 - 8: DNP binary input point 48
Bits 7 - 0: DNP binary input point 49
65278
DNP binary assigned point index register 25
Bits 15 - 8: DNP binary input point 50
Bits 7 - 0: DNP binary input point 51
65279
DNP binary assigned point index register 26
Bits 15 - 8: DNP binary input point 52
Bits 7 - 0: DNP binary input point 53
65280
DNP binary assigned point index register 27
Bits 15 - 8: DNP binary input point 54
Bits 7 - 0: DNP binary input point 55
65281
DNP binary assigned point index register 28
Bits 15 - 8: DNP binary input point 56
Bits 7 - 0: DNP binary input point 57
172
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
DEFINITION
65282
DNP binary assigned point index register 29
Bits 15 - 8: DNP binary input point 58
Bits 7 - 0: DNP binary input point 59
65283
DNP binary assigned point index register 30
Bits 15 - 8: DNP binary input point 60
Bits 7 - 0: DNP binary input point 61
65284
DNP binary assigned point index register 31
Bits 15 - 8: DNP binary input point 62
Bits 7 - 0: DNP binary input point 63
65285
DNP binary assigned point index register 32
Bits 15 - 8: DNP binary input point 64
Bits 7 - 0: DNP binary input point 65
65286
DNP binary assigned point index register 33
Bits 15 - 8: DNP binary input point 66
Bits 7 - 0: DNP binary input point 67
65287
DNP binary assigned point index register 34
Bits 15 - 8: DNP binary input point 68
Bits 7 - 0: DNP binary input point 69
65288
DNP binary assigned point index register 35
Bits 15 - 8: DNP binary input point 70
Bits 7 - 0: DNP binary input point 71
65289
DNP binary assigned point index register 36
Bits 15 - 8: DNP binary input point 72
Bits 7 - 0: DNP binary input point 73
65290
DNP binary assigned point index register 37
Bits 15 - 8: DNP binary input point 74
Bits 7 - 0: DNP binary input point 75
65291
DNP binary assigned point index register 38
Bits 15 - 8: DNP binary input point 76
Bits 7 - 0: DNP binary input point 77
65292
DNP binary assigned point index register 39
Bits 15 - 8: DNP binary input point 78
Bits 7 - 0: DNP binary input point 79
65293
DNP binary assigned point index register 40
Bits 15 - 8: DNP binary input point 80
Bits 7 - 0: DNP binary input point 81
65294
DNP binary assigned point index register 41
Bits 15 - 8: DNP binary input point 82
Bits 7 - 0: DNP binary input point 83
65295
DNP binary assigned point index register 42
Bits 15 - 8: DNP binary input point 84
Bits 7 - 0: DNP binary input point 85
65296
DNP binary assigned point index register 43
Bits 15 - 8: DNP binary input point 86
Bits 7 - 0: DNP binary input point 87
65297
DNP binary assigned point index register 44
Bits 15 - 8: DNP binary input point 88
Bits 7 - 0: DNP binary input point 89
65298
DNP binary assigned point index register 45
Bits 15 - 8: DNP binary input point 90
Bits 7 - 0: DNP binary input point 91
65299
DNP binary assigned point index register 46
Bits 15 - 8: DNP binary input point 92
Bits 7 - 0: DNP binary input point 93
173
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
DEFINITION
65300
DNP binary assigned point index register 47
Bits 15 - 8: DNP binary input point 94
Bits 7 - 0: DNP binary input point 95
65301
DNP binary assigned point index register 48
Bits 15 - 8: DNP binary input point 96
Bits 7 - 0: DNP binary input point 97
65302
DNP binary assigned point index register 49
Bits 15 - 8: DNP binary input point 98
Bits 7 - 0: DNP binary input point 99
65303
DNP binary assigned point index register 50
Bits 15 - 8: DNP binary input point 100
Bits 7 - 0: DNP binary input point 101
65304
DNP binary assigned point index register 51
Bits 15 - 8: DNP binary input point 102
Bits 7 - 0: DNP binary input point 103
65305
DNP binary assigned point index register 52
Bits 15 - 8: DNP binary input point 104
Bits 7 - 0: DNP binary input point 105
65306
DNP binary assigned point index register 53
Bits 15 - 8: DNP binary input point 106
Bits 7 - 0: DNP binary input point 107
65307
DNP binary assigned point index register 54
Bits 15 - 8: DNP binary input point 108
Bits 7 - 0: DNP binary input point 109
65308
DNP binary assigned point index register 55
Bits 15 - 8: DNP binary input point 110
Bits 7 - 0: DNP binary input point 111
65309
DNP binary assigned point index register 56
Bits 15 - 8: DNP binary input point 112
Bits 7 - 0: DNP binary input point 113
65310
DNP binary assigned point index register 57
Bits 15 - 8: DNP binary input point 114
Bits 7 - 0: DNP binary input point 115
65311
DNP binary assigned point index register 58
Bits 15 - 8: DNP binary input point 116
Bits 7 - 0: DNP binary input point 117
65312
DNP binary assigned point index register 59
Bits 15 - 8: DNP binary input point 118
Bits 7 - 0: DNP binary input point 119
65313
DNP binary assigned point index register 60
Bits 15 - 8: DNP binary input point 120
Bits 7 - 0: DNP binary input point 121
65314
DNP binary assigned point index register 61
Bits 15 - 8: DNP binary input point 122
Bits 7 - 0: DNP binary input point 123
65315
DNP binary assigned point index register 62
Bits 15 - 8: DNP binary input point 124
Bits 7 - 0: DNP binary input point 125
65316
DNP binary assigned point index register 63
Bits 15 - 8: DNP binary input point 126
Bits 7 - 0: DNP binary input point 127
65317
DNP binary assigned point index register 64
Bits 15 - 8: DNP binary input point 128
Bits 7 - 0: DNP binary input point 129
174
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
DEFINITION
65318
DNP binary assigned point index register 65
Bits 15 - 8: DNP binary input point 130
Bits 7 - 0: DNP binary input point 131
65319
DNP binary assigned point index register 66
Bits 15 - 8: DNP binary input point 132
Bits 7 - 0: DNP binary input point 133
65320
DNP binary assigned point index register 67
Bits 15 - 8: DNP binary input point 134
Bits 7 - 0: DNP binary input point 135
65321
DNP binary assigned point index register 68
Bits 15 - 8: DNP binary input point 136
Bits 7 - 0: DNP binary input point 137
65322
DNP binary assigned point index register 69
Bits 15 - 8: DNP binary input point 138
Bits 7 - 0: DNP binary input point 139
65323
DNP binary assigned point index register 70
Bits 15 - 8: DNP binary input point 140
Bits 7 - 0: DNP binary input point 141
65324
DNP binary assigned point index register 71
Bits 15 - 8: DNP binary input point 142
Bits 7 - 0: DNP binary input point 143
65325
DNP binary assigned point index register 72
Bits 15 - 8: DNP binary input point 144
Bits 7 - 0: DNP binary input point 145
65326
DNP binary assigned point index register 73
Bits 15 - 8: DNP binary input point 146
Bits 7 - 0: DNP binary input point 147
65327
DNP binary assigned point index register 74
Bits 15 - 8: DNP binary input point 148
Bits 7 - 0: DNP binary input point 149
65328
DNP binary assigned point index register 75
Bits 15 - 8: DNP binary input point 150
Bits 7 - 0: DNP binary input point 151
65329
DNP binary assigned point index register 76
Bits 15 - 8: DNP binary input point 152
Bits 7 - 0: DNP binary input point 153
65330
DNP binary assigned point index register 77
Bits 15 - 8: DNP binary input point 154
Bits 7 - 0: DNP binary input point 155
65331
DNP binary assigned point index register 78
Bits 15 - 8: DNP binary input point 156
Bits 7 - 0: DNP binary input point 157
65332
DNP binary assigned point index register 79
Bits 15 - 8: DNP binary input point 158
Bits 7 - 0: DNP binary input point 159
65333
DNP binary assigned point index register 80
Bits 15 - 8: DNP binary input point 160
Bits 7 - 0: DNP binary input point 161
65334
DNP binary assigned point index register 81
Bits 15 - 8: DNP binary input point 162
Bits 7 - 0: DNP binary input point 163
65335
DNP binary assigned point index register 82
Bits 15 - 8: DNP binary input point 164
Bits 7 - 0: DNP binary input point 165
175
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
DEFINITION
65336
DNP binary assigned point index register 83
Bits 15 - 8: DNP binary input point 166
Bits 7 - 0: DNP binary input point 167
65337
DNP binary assigned point index register 84
Bits 15 - 8: DNP binary input point 168
Bits 7 - 0: DNP binary input point 169
65338
DNP binary assigned point index register 85
Bits 15 - 8: DNP binary input point 170
Bits 7 - 0: DNP binary input point 171
65339
DNP binary assigned point index register 86
Bits 15 - 8: DNP binary input point 172
Bits 7 - 0: DNP binary input point 173
65340
DNP binary assigned point index register 87
Bits 15 - 8: DNP binary input point 174
Bits 7 - 0: DNP binary input point 175
65341
DNP binary assigned point index register 88
Bits 15 - 8: DNP binary input point 176
Bits 7 - 0: DNP binary input point 177
65342
DNP binary assigned point index register 89
Bits 15 - 8: DNP binary input point 178
Bits 7 - 0: DNP binary input point 179
65343
DNP binary assigned point index register 90
Bits 15 - 8: DNP binary input point 180
Bits 7 - 0: DNP binary input point 181
65344
DNP binary assigned point index register 91
Bits 15 - 8: DNP binary input point 182
Bits 7 - 0: DNP binary input point 183
65345
DNP binary assigned point index register 92
Bits 15 - 8: DNP binary input point 184
Bits 7 - 0: DNP binary input point 185
65346
DNP binary assigned point index register 93
Bits 15 - 8: DNP binary input point 186
Bits 7 - 0: DNP binary input point 187
65347
DNP binary assigned point index register 94
Bits 15 - 8: DNP binary input point 188
Bits 7 - 0: DNP binary input point 189
65348
DNP binary assigned point index register 95
Bits 15 - 8: DNP binary input point 190
Bits 7 - 0: DNP binary input point 191
65349
DNP binary assigned point index register 96
Bits 15 - 8: DNP binary input point 192
Bits 7 - 0: DNP binary input point 193
65350
DNP binary assigned point index register 97
Bits 15 - 8: DNP binary input point 194
Bits 7 - 0: DNP binary input point 195
65351
DNP binary assigned point index register 98
Bits 15 - 8: DNP binary input point 196
Bits 7 - 0: DNP binary input point 197
65352
DNP binary assigned point index register 99
Bits 15 - 8: DNP binary input point 198
Bits 7 - 0: DNP binary input point 199
65353
DNP binary assigned point index register 100
Bits 15 - 8: DNP binary input point 200
Bits 7 - 0: DNP binary input point 201
176
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
DEFINITION
65354
DNP binary assigned point index register 101
Bits 15 - 8: DNP binary input point 202
Bits 7 - 0: DNP binary input point 203
65355
DNP binary assigned point index register 102
Bits 15 - 8: DNP binary input point 204
Bits 7 - 0: DNP binary input point 205
65356
DNP binary assigned point index register 103
Bits 15 - 8: DNP binary input point 206
Bits 7 - 0: DNP binary input point 207
65357
DNP binary assigned point index register 104
Bits 15 - 8: DNP binary input point 208
Bits 7 - 0: DNP binary input point 209
65358
DNP binary assigned point index register 105
Bits 15 - 8: DNP binary input point 210
Bits 7 - 0: DNP binary input point 211
65359
DNP binary assigned point index register 106
Bits 15 - 8: DNP binary input point 212
Bits 7 - 0: Spare
177
PCD MODBUS® Protocol Implementation Details
ABB Inc.
6.1.35 DNP Analog Inputs Assignable Point Index Settings
The DNP Assignable Point indexes feature allows the user to reassign the point indexes of analog input
points. By default, the point indexes are as shown in the "DNP3.0 Implementation for the ABB PCD"
document. To change the point index of a given analog input point the appropriate modbus register has
to be modified to the desired value. NOTE: The assigned point index may not exceed the maximum
number of analog input points.
For example, to change the point index of DNP analog input point 6 to 10, modify register 65384 to set
bits 15-8 to 00001010(binary).
Refer to the "DNP 3.0 Implementation for the ABB PCD" document for a description of the DNP points
listed below.
REGISTER
DEFINITION
65376
Spare
65377
Execute
65378
Password character 1
Password character 2
65379
Password character 3
Password character 4
65380
Spare
65381
DNP analog assigned point index register 0
Bits 15 - 8: DNP analog input point 0
Bits 7 - 0: DNP analog input point 1
65382
DNP analog assigned point index register 1
Bits 15 - 8: DNP analog input point 2
Bits 7 - 0: DNP analog input point 3
65383
DNP analog assigned point index register 2
Bits 15 - 8: DNP analog input point 4
Bits 7 - 0: DNP analog input point 5
65384
DNP analog assigned point index register 3
Bits 15 - 8: DNP analog input point 6
Bits 7 - 0: DNP analog input point 7
65385
DNP analog assigned point index register 4
Bits 15 - 8: DNP analog input point 8
Bits 7 - 0: DNP analog input point 9
65386
DNP analog assigned point index register 5
Bits 15 - 8: DNP analog input point 10
Bits 7 - 0: DNP analog input point 11
65387
DNP analog assigned point index register 6
Bits 15 - 8: DNP analog input point 12
Bits 7 - 0: DNP analog input point 13
65388
DNP analog assigned point index register 7
Bits 15 - 8: DNP analog input point 14
Bits 7 - 0: DNP analog input point 15
65389
DNP analog assigned point index register 8
Bits 15 - 8: DNP analog input point 16
Bits 7 - 0: DNP analog input point 17
65390
DNP analog assigned point index register 9
Bits 15 - 8: DNP analog input point 18
Bits 7 - 0: DNP analog input point 19
65391
DNP analog assigned point index register 10
Bits 15 - 8: DNP analog input point 20
Bits 7 - 0: DNP analog input point 21
178
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
DEFINITION
65392
DNP analog assigned point index register 11
Bits 15 - 8: DNP analog input point 22
Bits 7 - 0: DNP analog input point 23
65393
DNP analog assigned point index register 12
Bits 15 - 8: DNP analog input point 24
Bits 7 - 0: DNP analog input point 25
65394
DNP analog assigned point index register 13
Bits 15 - 8: DNP analog input point 26
Bits 7 - 0: DNP analog input point 27
65395
DNP analog assigned point index register 14
Bits 15 - 8: DNP analog input point 28
Bits 7 - 0: DNP analog input point 29
65396
DNP analog assigned point index register 15
Bits 15 - 8: DNP analog input point 30
Bits 7 - 0: DNP analog input point 31
65397
DNP analog assigned point index register 16
Bits 15 - 8: DNP analog input point 32
Bits 7 - 0: DNP analog input point 33
65398
DNP analog assigned point index register 17
Bits 15 - 8: DNP analog input point 34
Bits 7 - 0: DNP analog input point 35
65399
DNP analog assigned point index register 18
Bits 15 - 8: DNP analog input point 36
Bits 7 - 0: DNP analog input point 37
65400
DNP analog assigned point index register 19
Bits 15 - 8: DNP analog input point 38
Bits 7 - 0: DNP analog input point 39
65401
DNP analog assigned point index register 20
Bits 15 - 8: DNP analog input point 40
Bits 7 - 0: DNP analog input point 41
65402
DNP analog assigned point index register 21
Bits 15 - 8: DNP analog input point 42
Bits 7 - 0: DNP analog input point 43
65403
DNP analog assigned point index register 22
Bits 15 - 8: DNP analog input point 44
Bits 7 - 0: DNP analog input point 45
65404
DNP analog assigned point index register 23
Bits 15 - 8: DNP analog input point 46
Bits 7 - 0: DNP analog input point 47
65405
DNP analog assigned point index register 24
Bits 15 - 8: DNP analog input point 48
Bits 7 - 0: DNP analog input point 49
65406
DNP analog assigned point index register 25
Bits 15 - 8: DNP analog input point 50
Bits 7 - 0: DNP analog input point 51
65407
DNP analog assigned point index register 26
Bits 15 - 8: DNP analog input point 52
Bits 7 - 0: DNP analog input point 53
65408
DNP analog assigned point index register 27
Bits 15 - 8: DNP analog input point 54
Bits 7 - 0: DNP analog input point 55
65409
DNP analog assigned point index register 28
Bits 15 - 8: DNP analog input point 56
Bits 7 - 0: DNP analog input point 57
179
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
DEFINITION
65410
DNP analog assigned point index register 29
Bits 15 - 8: DNP analog input point 58
Bits 7 - 0: DNP analog input point 59
65411
DNP analog assigned point index register 30
Bits 15 - 8: DNP analog input point 60
Bits 7 - 0: DNP analog input point 61
65412
DNP analog assigned point index register 31
Bits 15 - 8: DNP analog input point 62
Bits 7 - 0: DNP analog input point 63
65413
DNP analog assigned point index register 32
Bits 15 - 8: DNP analog input point 64
Bits 7 - 0: DNP analog input point 65
65414
DNP analog assigned point index register 33
Bits 15 - 8: DNP analog input point 66
Bits 7 - 0: DNP analog input point 67
65415
DNP analog assigned point index register 34
Bits 15 - 8: DNP analog input point 68
Bits 7 - 0: DNP analog input point 69
65416
DNP analog assigned point index register 35
Bits 15 - 8: DNP analog input point 70
Bits 7 - 0: DNP analog input point 71
65417
DNP analog assigned point index register 36
Bits 15 - 8: DNP analog input point 72
Bits 7 - 0: DNP analog input point 73
65418
DNP analog assigned point index register 37
Bits 15 - 8: DNP analog input point 74
Bits 7 - 0: DNP analog input point 75
65419
DNP analog assigned point index register 38
Bits 15 - 8: DNP analog input point 76
Bits 7 - 0: DNP analog input point 77
65420
DNP analog assigned point index register 39
Bits 15 - 8: DNP analog input point 78
Bits 7 - 0: DNP analog input point 79
65421
DNP analog assigned point index register 40
Bits 15 - 8: DNP analog input point 80
Bits 7 - 0: DNP analog input point 81
65422
DNP analog assigned point index register 41
Bits 15 - 8: DNP analog input point 82
Bits 7 - 0: DNP analog input point 83
65423
DNP analog assigned point index register 42
Bits 15 - 8: DNP analog input point 84
Bits 7 - 0: DNP analog input point 85
65424
DNP analog assigned point index register 43
Bits 15 - 8: DNP analog input point 86
Bits 7 - 0: DNP analog input point 87
65425
DNP analog assigned point index register 44
Bits 15 - 8: DNP analog input point 88
Bits 7 - 0: DNP analog input point 89
65426
DNP analog assigned point index register 45
Bits 15 - 8: DNP analog input point 90
Bits 7 - 0: DNP analog input point 91
65427
DNP analog assigned point index register 46
Bits 15 - 8: DNP analog input point 92
Bits 7 - 0: DNP analog input point 93
180
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
DEFINITION
65428
DNP analog assigned point index register 47
Bits 15 - 8: DNP analog input point 94
Bits 7 - 0: DNP analog input point 95
65429
DNP analog assigned point index register 48
Bits 15 - 8: DNP analog input point 96
Bits 7 - 0: DNP analog input point 97
65430
DNP analog assigned point index register 49
Bits 15 - 8: DNP analog input point 98
Bits 7 - 0: DNP analog input point 99
65431
DNP analog assigned point index register 50
Bits 15 - 8: DNP analog input point 100
Bits 7 - 0: DNP analog input point 101
65432
DNP analog assigned point index register 51
Bits 15 - 8: DNP analog input point 102
Bits 7 - 0: DNP analog input point 103
65433
DNP analog assigned point index register 52
Bits 15 - 8: DNP analog input point 104
Bits 7 - 0: DNP analog input point 105
65434
DNP analog assigned point index register 53
Bits 15 - 8: DNP analog input point 106
Bits 7 - 0: DNP analog input point 107
65435
DNP analog assigned point index register 54
Bits 15 - 8: DNP analog input point 108
Bits 7 - 0: DNP analog input point 109
65436
DNP analog assigned point index register 55
Bits 15 - 8: DNP analog input point 110
Bits 7 - 0: DNP analog input point 111
65437
DNP analog assigned point index register 56
Bits 15 - 8: DNP analog input point 112
Bits 7 - 0: DNP analog input point 113
65438
DNP analog assigned point index register 57
Bits 15 - 8: DNP analog input point 114
Bits 7 - 0: DNP analog input point 115
65439
DNP analog assigned point index register 58
Bits 15 - 8: DNP analog input point 116
Bits 7 - 0: DNP analog input point 117
65440
DNP analog assigned point index register 59
Bits 15 - 8: DNP analog input point 118
Bits 7 - 0: DNP analog input point 119
65441
DNP analog assigned point index register 60
Bits 15 - 8: DNP analog input point 120
Bits 7 - 0: DNP analog input point 121
65442
DNP analog assigned point index register 61
Bits 15 - 8: DNP analog input point 122
Bits 7 - 0: DNP analog input point 123
65443
DNP analog assigned point index register 62
Bits 15 - 8: DNP analog input point 124
Bits 7 - 0: DNP analog input point 125
65444
DNP analog assigned point index register 63
Bits 15 - 8: DNP analog input point 126
Bits 7 - 0: DNP analog input point 127
65445
DNP analog assigned point index register 64
Bits 15 - 8: DNP analog input point 128
Bits 7 - 0: DNP analog input point 129
181
PCD MODBUS® Protocol Implementation Details
ABB Inc.
REGISTER
DEFINITION
65446
DNP analog assigned point index register 65
Bits 15 - 8: DNP analog input point 130
Bits 7 - 0: DNP analog input point 131
65447
DNP analog assigned point index register 66
Bits 15 - 8: DNP analog input point 132
Bits 7 - 0: DNP analog input point 133
65448
DNP analog assigned point index register 67
Bits 15 - 8: DNP analog input point 134
Bits 7 - 0: DNP analog input point 135
65449
DNP analog assigned point index register 68
Bits 15 - 8: DNP analog input point 136
Bits 7 - 0: DNP analog input point 137
65450
DNP analog assigned point index register 69
Bits 15 - 8: DNP analog input point 138
Bits 7 - 0: DNP analog input point 139
65451
DNP analog assigned point index register 70
Bits 15 - 8: DNP analog input point 140
Bits 7 - 0: DNP analog input point 141
65452
DNP analog assigned point index register 71
Bits 15 - 8: DNP analog input point 142
Bits 7 - 0: DNP analog input point 143
65453
DNP analog assigned point index register 72
Bits 15 - 8: DNP analog input point 144
Bits 7 - 0: DNP analog input point 145
65454
DNP analog assigned point index register 73
Bits 15 - 8: DNP analog input point 146
Bits 7 - 0: spare
182
PCD MODBUS® Protocol Implementation Details
ABB Inc.
7 CATALOG DEPENDENCIES
7.1 I/O Mapping with Respect To Different Catalog Types
All references in this document have referred to digital input/outputs in a sequential order. However,
the PCD supports I/O through various cards or modules. Since the labeling on each card is generic
and always starts at IN1 and OUT1 some confusion can arise. The solution is to reference a given IO
point in a dual index scheme, i.e., IN2c would indicate input 2 in slot c (or slot 3). Cross referencing
the references given in this document to this scheme is dependent on the IO population of the unit
(catalog based) and is shown in the tables below:
7.1.1
SCD and PCD Catalogued for Three Phase Operation (xxxx-xxxx-xx-x0xx)
IO
Designation
IN1
IN2
IN3
IN4
IN5
IN6
IN7
IN8
IN9
IN10
IN11
IN12
IN13
IN14
IN15
IN16
IN17
.
IN32
OUT1
OUT2
OUT3
OUT4
OUT5
OUT6
OUT7
OUT8
OUT9
OUT10
OUT11
OUT12
OUT13
OUT14
OUT15
OUT16
OUT17
.
OUT32
Note:
000X
001X
002X
003X
004X
In1a
In2a
In3a
In4a
FB28
FB27
FB26
FB25
FB24
FB23
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
Out1a
Out2a
Out3a
N/A
FB28
FB27
FB26
FB25
FB24
FB23
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
In1a
In2a
In3a
In4a
In1b
In2b
In3b
In4b
In5b
In6b
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
Out1a
Out2a
Out3a
Out1b
Out2b
Out3b
Out4b
N/A
N/A
N/A
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
In1a
In2a
In3a
In4a
In1b
In2b
In3b
In4b
In5b
In6b
In1c
In2c
In3c
In4c
In5c
In6c
FB16
.
FB1
Out1a
Out2a
Out3a
Out1b
Out2b
Out3b
Out4b
Out1c
Out2c
Out3c
Out4c
N/A
N/A
N/A
N/A
N/A
FB16
.
FB1
In1a
In2a
In3a
In4a
In1b
In2b
FB26
FB25
FB24
FB23
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
Out1a
Out2a
Out3a
Out1b
Out2b
N/A
FB26
FB25
FB24
FB23
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
In1a
In2a
In3a
In4a
In1b
In2b
In1c
In2c
In3c
In4c
In5c
In6c
FB20
FB19
FB18
FB17
FB16
.
FB1
Out1a
Out2a
Out3a
Out1b
Out2b
Out1c
Out2c
Out3c
Out4c
N/A
N/A
N/A
FB20
FB19
FB18
FB17
FB16
.
FB1
005X
(SCD)
In1a
In2a
In3a
In4a
In1b
In2b
In1c
In2c
FB24
FB23
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
Out1a
Out2a
Out3a
Out1b
Out2b
Out1c
Out2c
N/A
FB24
FB23
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
101X
102X
103X
104X
In1b
In2b
In3b
In4b
In5b
In6b
FB26
FB25
FB24
FB23
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
Out1b
Out2b
Out3b
Out4b
N/A
N/A
FB26
FB25
FB24
FB23
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
In1b
In2b
In3b
In4b
In5b
In6b
In1c
In2c
In3c
In4c
In5c
In6c
FB20
FB19
FB18
FB17
FB16
.
FB1
Out1b
Out2b
Out3b
Out4b
Out1c
Out2c
Out3c
Out4c
N/A
N/A
N/A
N/A
FB20
FB19
FB18
FB17
FB16
.
FB1
In1b
In2b
FB30
FB29
FB28
FB27
FB26
FB25
FB24
FB23
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
Out1b
Out2b
FB30
FB29
FB28
FB27
FB26
FB25
FB24
FB23
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
In1b
In2b
In1c
In2c
In3c
In4c
In5c
In6c
FB24
FB23
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
Out1b
Out2b
Out1c
Out2c
Out3c
Out4c
N/A
N/A
FB24
FB23
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
105X
(SCD)
In1b
In2b
In1c
In2c
FB28
FB27
FB26
FB25
FB24
FB23
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
Out1b
Out2b
Out1c
Out2c
FB28
FB27
FB26
FB25
FB24
FB23
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
The Feedback terms shown are system defaults. They can be changed through the Feedback
Allocation mask.
183
PCD MODBUS® Protocol Implementation Details
ABB Inc.
7.1.2
PCD Catalogued for Single Phase Operation (xxxx-xxxx-x1-x1xx)
IO
Designation
IN1
IN2
IN3
IN4
IN5
IN6
IN7
IN8
IN9
IN10
IN11
IN12
IN13
IN14
IN15
IN16
IN17
.
IN32
OUT1
OUT2
OUT3
OUT4
OUT5
OUT6
OUT7
OUT8
OUT9
OUT10
OUT11
OUT12
OUT13
OUT14
OUT15
OUT16
OUT17
.
OUT32
Note:
000X
001X
002X
003X
004X
101X
102X
103X
104X
In1a
In2a
In3a
In4a
FB28
FB27
FB26
FB25
FB24
FB23
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
Out1a
Out2a
Out3a
N/A
FB28
FB27
FB26
FB25
FB24
FB23
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
In1a
In2a
In3a
In4a
In1b
In2b
In3b
In4b
In5b
In6b
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
Out1a
Out2a
Out3a
Out1b
Out2b
Out3b
Out4b
N/A
N/A
N/A
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
In1a
In2a
In3a
In4a
In1b
In2b
In3b
In4b
In5b
In6b
In1c
In2c
In3c
In4c
In5c
In6c
FB16
.
FB1
Out1a
Out2a
Out3a
Out1b
Out2b
Out3b
Out4b
Out1c
Out2c
Out3c
Out4c
N/A
N/A
N/A
N/A
N/A
FB16
.
FB1
In1a
In2a
In3a
In4a
In1b
In2b
In3b
In4b
In5b
In6b
In7b
In8b
FB20
FB19
FB18
FB17
FB16
.
FB1
Out1a
Out2a
Out3a
Out1b
Out2b
Out3b
Out4b
Out5b
Out6b
Out7b
Out8b
N/A
FB20
FB19
FB18
FB17
FB16
.
FB1
In1a
In2a
In3a
In4a
In1b
In2b
In3b
In4b
In5b
In6b
In7b
In8b
In1c
In2c
In3c
In4c
FB16
.
FB1
Out1a
Out2a
Out3a
Out1b
Out2b
Out3b
Out4b
Out5b
Out6b
Out7b
Out8b
Out1c
Out2c
Out3c
Out4c
N/A
FB16
.
FB1
In1b
In2b
In3b
In4b
In5b
In6b
FB26
FB25
FB24
FB23
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
Out1b
Out2b
Out3b
Out4b
N/A
N/A
FB26
FB25
FB24
FB23
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
In1b
In2b
In3b
In4b
In5b
In6b
In1c
In2c
In3c
In4c
In5c
In6c
FB20
FB19
FB18
FB17
FB16
.
FB1
Out1b
Out2b
Out3b
Out4b
Out1c
Out2c
Out3c
Out4c
N/A
N/A
N/A
N/A
FB20
FB19
FB18
FB17
FB16
.
FB1
In1b
In2b
In3b
In4b
In5b
In6b
In7b
In8b
FB24
FB23
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
Out1b
Out2b
Out3b
Out4b
Out5b
Out6b
Out7b
Out8b
FB24
FB23
FB22
FB21
FB20
FB19
FB18
FB17
FB16
.
FB1
In1b
In2b
In3b
In4b
In5b
In6b
In7b
In8b
In1c
In2c
In3c
In4c
In5c
In6c
FB18
FB17
FB16
.
FB1
Out1b
Out2b
Out3b
Out4b
Out5b
Out6b
Out7b
Out8b
Out1c
Out2c
Out3c
Out4c
N/A
N/A
FB18
FB17
FB16
.
FB1
The Feedback terms shown are system defaults. They can be changed through the Feedback
Allocation mask.
184