User Manuals: ABB Relion REG670 Protection Relay

Manuals and User Guides for ABB Relion REG670 Protection Relay. We have 15 ABB Relion REG670 Protection Relay manuals available for free PDF download: Technical Manual, Applications Manual, Commissioning Manual, Installation And Commissioning Manual, Product Manual, Operator's Manual, Installation Manual, Communication Protocol Manual

ABB Relion REG670 Technical Manual

ABB Relion REG670 Technical Manual (1298 pages)

Relion 670 series 2.0 IEC Generator protection

Brand: ABB | Category: Protection Device | Size: 25 MB

Table of Contents

Table of Contents
7
Section 1 Introduction

45
- This Manual
  45
- Intended Audience
  45
- Product Documentation
  46
  - Product Documentation Set
    46
  - Document Revision History
    47
  - Related Documents
    48
- Document Symbols and Conventions
  48
  - Symbols
    48
  - Document Conventions
    49
  - IEC 61850 Edition 1 / Edition 2 Mapping
    50
Section 2 Available Functions

59
- Main Protection Functions
  59
- Back-Up Protection Functions
  60
- Control and Monitoring Functions
  61
- Communication
  65
- Basic IED Functions
  67
Section 3 Analog Inputs

69
- Introduction
  69
  - Function Block
    69
  - Signals
    70
  - Settings
    72
  - Monitored Data
    77
  - Operation Principle
    78
Section 4 Binary Input and Output Modules

81
- Binary Input
  81
Section 5 Local Human-Machine-Interface LHMI

83
- Local HMI Screen Behaviour
  83
  - Identification
    83
  - Settings
    83
- Local HMI Signals
  83
  - Function Block
    83
  - Signals
    84
  - Function Block
    85
  - Settings
    86
- LCD Part for HMI Function Keys Control Module
  86
  - Identification
    86
  - Function Block
    87
  - Signals
    87
  - Settings
    87
  - Local HMI
    88
    
    Display
    88
    
    Operation Principle
    88
    
    Leds
    91
    
    Keypad
    92
  - Led
    94
    
    Functionality
    94
    
    Status Leds
    94
    
    Indication Leds
    95
  - Function Keys
    103
    
    Functionality
    107
  - Identification
    107
- Transformer Differential Protection T2WPDIF and T3WPDIF
  107
  - Function Block
    109
  - Signals
    110
    
    Settings
    113
    
    Monitored Data
    118
    
    Operation Principle
    119
    
    Function Calculation Principles
    120
    
    Logic Diagram
    141
    
    Signals
    144
    
    Technical Data
    146
    
    Functionality
    147
    
    Identification
    147
- Ph High Impedance Differential Protection HZPDIF
  147
  - Function Block
    148
  - Monitored Data
    149
  - Logic Diagram
    150
  - Technical Data
    151
- Generator Differential Protection GENPDIF
  152
  - Signals
    153
    
    Function Block
    153
    
    Settings
    154
    
    Monitored Data
    156
    
    Function Calculation Principles
    157
  - Supplementary Criteria
    162
  - Harmonic Restrain
    165
  - Cross-Block Logic Scheme
    167
  - Technical Data
    170
  - Functionality
    171
- Low Impedance Restricted Earth Fault Protection REFPDIF
  171
  - Signals
    172
  - Function Block
    172
  - Settings
    173
  - Operation Principle
    174
    
    Monitored Data
    174
    
    Restricted Earth-Fault Protection, Low Impedance Differential Protection
    176
  - Calculation of Differential Current and Bias Current
    178
  - Detection of External Earth Faults
    179
  - Algorithm of the Restricted Earth-Fault Protection
    181
  - Functionality
    183
- Full-Scheme Distance Measuring, Mho Characteristic ZMHPDIS
  183
  - Function Block
    184
  - Signals
    184
  - Settings
    185
  - Operation Principle
    186
- Impedance Characteristic
  187
- Basic Operation Characteristics
  188
- Theory of Operation
  190
- Simplified Logic Diagrams
  199
  - Functionality
    203
  - Technical Data
    203
  - Signals
    204
    
    Function Block
    204
    
    Settings
    205
    
    Monitored Data
    206
- High Speed Distance Protection ZMFPDIS
  209
  - Signals
    211
    
    Function Block
    211
    
    Settings
    214
    
    Monitored Data
    218
- Distance Measuring Zones
  219
  - Phase-Selection Criteria
    220
  - Directional Criteria
    221
  - Fuse Failure
    222
    
    Load Encroachment
    225
- Simplified Logic Schemes
  226
  - Functionality
    232
    
    Technical Data
    232
    
    Function Block
    234
  - Signals
    235
    
    Settings
    237
    
    Monitored Data
    243
    
    Distance Measuring Zones
    244
- Phase-Selection Element
  245
- Directional Element
  246
  - Fuse Failure
    247
    
    Simplified Logic Schemes
    250
    
    Functionality
    257
    
    Technical Data
    257
    
    Function Block
    259
    
    Signals
    259
    
    Settings
    260
    
    Monitored Data
    261
  - Identification
    265
  - Functionality
    265
  - Technical Data
    265
  - Signals
    266
    
    Function Block
    266
    
    Settings
    267
    
    Monitored Data
    268
- Lens Characteristic
  271
- Detecting an Out-Of-Step Condition
  273
- Maximum Slip Frequency
  274
- Taking Care of the Circuit Breaker
  275
  - Design
    277
  - Technical Data
    278
  - Identification
    278
  - Functionality
    278
    
    Function Block
    279
    
    Settings
    280
  - Operation Principle
    281
  - Monitored Data
    281
  - Identification
    285
  - Functionality
    285
    
    Technical Data
    285
    
    Description of Input Signals
    286
  - Function Block
    288
  - Signals
    288
    
    Settings
    289
    
    Monitored Data
    290
    
    Operation Principle
    291
    
    The Injection Unit REX060
    292
    
    Rotor Earth Fault Protection Function
    293
    
    General Measurement of Earth Fault Impedance
    294
    
    Simplified Logic Diagram
    296
    
    Technical Data
    298
    
    Functionality
    299
    
    Identification
    299
  - Stator Earth Fault Protection, Injection Based STTIPHIZ
    299
    
    Description of Input Signals
    300
    
    Function Block
    302
    
    Signals
    302
    
    Settings
    303
    
    Monitored Data
    304
    
    Operation Principle
    305
    
    Generator System Earthing Methods
    308
    
    Stator Earth Fault Protection Function
    312
    
    General Measurement of Earth Fault Impedance
    316
    
    Measuring Reference Impedance
    318
    
    Simplified Logic Diagram
    323
    
    Technical Data
    324
    
    Function Block
    325
    
    Functionality
    325
    
    Identification
    325
    
    Under Impedance Protection for Generators and Transformers ZGVPDIS
    325
    
    Signals
    326
    
    Monitored Data
    328
    
    Operation Principle of Zone 1
    330
    
    Operation Principle of Zone 2
    332
    
    Operation Principle of Zone 3
    336
    
    Under Voltage Seal-In
    337
    
    Technical Data
    338
    
    Functionality
    339
    
    Identification
    339
    
    Instantaneous Phase Overcurrent Protection 3-Phase Output PHPIOC
    339
    
    Settings
    340
    
    Technical Data
    341
    
    Functionality
    342
    
    Identification
    342
    
    Function Block
    343
    
    Settings
    345
    
    Monitored Data
    350
    
    Operation Principle
    351
  - Second Harmonic Blocking Element
    355
    
    Technical Data
    356
    
    Functionality
    357
    
    Identification
    357
  - Instantaneous Residual Overcurrent Protection EFPIOC
    357
    
    Settings
    358
    
    Identification
    359
    
    Technical Data
    359
  - Functionality
    360
  - Function Block
    360
  - Signals
    360
  - Settings
    362
    
    Monitored Data
    367
    
    Operation Principle
    368
  - Internal Polarizing
    369
  - External Polarizing for Earth-Fault Function
    370
  - Base Quantities Within the Protection
    371
    
    Directional Supervision Element with Integrated Directional Comparison Function
    372
    
    Second Harmonic Blocking Element
    375
  - Switch on to Fault Feature
    377
  - Technical Data
    379
  - Identification
    380
  - Functionality
    380
  - Four Step Directional Negative Phase Sequence Overcurrent Protection NS4PTOC
    380
  - Signals
    381
  - Function Block
    381
  - Settings
    382
  - Monitored Data
    387
  - Internal Polarizing Facility of the Function
    388
  - External Polarizing for Negative Sequence Function
    389
  - Directional Supervision Element with Integrated Directional Comparison Function
    390
  - Identification
    393
  - Technical Data
    393
  - Functionality
    394
  - Function Block
    395
  - Signals
    396
  - Settings
    397
    
    Monitored Data
    399
    
    Technical Data
    405
- Thermal Overload Protection, Two Time Constants TRPTTR
  406
  - Identification
    407
  - Functionality
    407
  - Signals
    408
  - Settings
    408
    
    Monitored Data
    409
    
    Operation Principle
    410
    
    Technical Data
    413
    
    Function Block
    414
    
    Signals
    414
    
    Settings
    415
    
    Monitored Data
    416
    
    Technical Data
    419
    
    Functionality
    420
    
    Signals
    420
    
    Settings
    421
    
    Pole Discordance Signaling from Circuit Breaker
    424
  - Directional Underpower Protection GUPPDUP
    425
    
    Function Block
    426
    
    Signals
    426
    
    Settings
    427
    
    Monitored Data
    428
  - Low Pass Filtering
    430
  - Calibration of Analog Inputs
    431
  - Technical Data
    432
  - Directional Overpower Protection GOPPDOP
    433
    
    Function Block
    434
    
    Settings
    435
    
    Monitored Data
    437
    
    Low Pass Filtering
    439
    
    Technical Data
    441
    
    Function Block
    442
    
    Signals
    443
    
    Monitored Data
    444
  - Start Sensitivity
    446
  - Alarm Function
    447
    
    Technical Data
    448
    
    Functionality
    449
    
    Settings
    450
    
    Technical Data
    451
- Voltage-Restrained Time Overcurrent Protection VRPVOC
  452
  - Function Block
    453
  - Settings
    454
  - Monitored Data
    455
  - Logic Diagram
    457
  - Technical Data
    458
- Generator Stator Overload Protection, GSPTTR
  459
  - Function Block
    460
  - Monitored Data
    461
  - Technical Data
    469
  - Function Block
    470
  - Settings
    471
  - Monitored Data
    472
  - Technical Data
    481
- Two Step Undervoltage Protection UV2PTUV
  483
  - Function Block
    484
  - Settings
    485
  - Monitored Data
    487
  - Measurement Principle
    488
  - Blocking
    494
  - Design
    495
    
    Technical Data
    497
    
    Functionality
    498
    
    Settings
    499
    
    Monitored Data
    501
  - Measurement Principle
    502
  - Blocking
    508
  - Technical Data
    510
- Two Step Residual Overvoltage Protection ROV2PTOV
  511
  - Settings
    512
  - Monitored Data
    514
  - Blocking
    520
  - Technical Data
    521
- Overexcitation Protection OEXPVPH
  522
  - Signals
    523
  - Monitored Data
    524
  - Measured Voltage
    527
  - Operate Time of the Overexcitation Protection
    528
  - Cooling
    531
  - Overexcitation Alarm
    532
  - Logic Diagram
    533
- Voltage Differential Protection VDCPTOV
  534
  - Settings
    535
  - Monitored Data
    536
  - Technical Data
    537
  - Identification
    538
    
    Function Block
    539
    
    Signals
    540
    
    Settings
    541
    
    Operation Principle
    542
    
    Technical Data
    547
  - Underfrequency Protection SAPTUF
    549
    
    Signals
    550
    
    Monitored Data
    551
    
    Voltage Dependent Time Delay
    552
    
    Blocking
    553
  - Overfrequency Protection SAPTOF
    554
    
    Functionality
    555
    
    Settings
    556
    
    Time Delay
    557
    
    Technical Data
    558
  - Rate-Of-Change Frequency Protection SAPFRC
    559
    
    Settings
    560
    
    Measurement Principle
    561
    
    Design
    562
    
    Technical Data
    563
    
    Function Block
    564
    
    Settings
    565
    
    Monitored Data
    566
  - General Current and Voltage Protection CVGAPC
    571
    
    Function Block
    572
    
    Settings
    574
    
    Monitored Data
    581
    
    Operation Principle
    582
    
    Base Quantities for CVGAPC Function
    584
    
    Built-In Undercurrent Protection Steps
    589
    
    Built-In Overvoltage Protection Steps
    590
    
    Logic Diagram
    592
    
    Technical Data
    597
  - Multipurpose Filter SMAIHPAC
    601
    
    Settings
    602
    
    Filter Calculation Example
    606
  - Current Circuit Supervision CCSSPVC
    609
    
    Signals
    610
    
    Technical Data
    612
    
    Functionality
    613
    
    Signals
    614
    
    Settings
    615
    
    Monitored Data
    616
    
    Delta Current and Delta Voltage Detection
    618
    
    Dead Line Detection
    621
    
    Main Logic
    622
    
    Technical Data
    625
    
    Function Block
    626
    
    Settings
    627
    
    Operation Principle
    628
    
    Technical Data
    629
  - Synchrocheck, Energizing Check, and Synchronizing SESRSYN
    631
    
    Function Block
    632
    
    Settings
    634
    
    Monitored Data
    637
    
    Logic Diagrams
    638
    
    Technical Data
    649
  - Interlocking
    650
    
    Logical Node for Interlocking SCILO
    653
    
    Function Block
    654
    
    Interlocking for Busbar Earthing Switch BB_ES
    655
    
    Function Block
    656
    
    Identification
    657
    
    Function Block
    658
    
    Logic Diagram
    659
    
    Signals
    660
  - Interlocking for Bus-Section Disconnector A1A2_DC
    661
    
    Identification
    662
    
    Logic Diagram
    663
  - Interlocking for Bus-Coupler Bay ABC_BC
    664
    
    Functionality
    665
    
    Function Block
    666
    
    Logic Diagram
    667
    
    Signals
    669
  - Interlocking for 1 1/2 CB BH
    672
    
    Function Blocks
    673
    
    Logic Diagrams
    675
    
    Signals
    680
  - Interlocking for Double CB Bay DB
    684
    
    Logic Diagrams
    686
    
    Function Block
    689
    
    Signals
    691
  - Interlocking for Line Bay ABC_LINE
    694
    
    Function Block
    695
    
    Logic Diagram
    696
    
    Signals
    701
    
    Functionality
    704
    
    Function Block
    705
    
    Logic Diagram
    706
    
    Signals
    707
    
    Logic Diagram
    710
  - Operation Principle
    711
    
    Settings
    716
    
    Signals
    719
    
    Settings
    720
    
    Functionality
    722
    
    Settings
    724
    
    Signals
    730
    
    Settings
    731
    
    Circuit Switch SXSWI
    735
    
    Signals
    736
    
    Settings
    737
    
    Signals
    742
    
    Settings
    743
    
    Signals
    746
    
    Settings
    747
    
    Tap Changer Control and Supervision, 6 Binary Inputs TCMYLTC and TCLYLTC
    750
    
    Connection between TR1ATCC or TR8ATCC and Tcmyltcor TCLYLTC
    754
    
    Function Block
    758
    
    Signals
    759
    
    Settings
    762
    
    Monitored Data
    764
    
    Technical Data
    765
    
    Logic Rotating Switch for Function Selection and LHMI Presentation SLGAPC
    766
    
    Function Block
    767
    
    Settings
    769
    
    Functionality
    772
    
    Settings
    773
    
    Generic Communication Function for Double Point Indication DPGAPC
    774
    
    Settings
    775
    
    Function Block
    776
    
    Operation Principle
    777
    
    Functionality
    778
    
    Settings
    779
    
    Operation Principle
    794
    
    Function Block
    795
    
    Settings
    796
    
    Signals
    798
    
    Settings
    799
    
    Logic Diagram
    800
    
    Technical Data
    804
    
    Functionality
    805
    
    Settings
    807
    
    Technical Data
    808
    
    Functionality
    809
    
    Settings
    810
    
    Settings
    812
    
    Technical Data
    813
    
    Signals
    814
    
    Technical Data
    815
    
    Signals
    817
    
    Settings
    818
    
    Technical Data
    819
    
    Function Block
    820
    
    Function Block
    821
    
    Function Block
    822
    
    Set-Reset with Memory Function Block SRMEMORY
    823
    
    Technical Data
    824
    
    Settings
    825
    
    Signals
    826
    
    ANDQT Function Block
    827
    
    Function Block
    828
    
    Function Block
    829
    
    Function Block
    830
    
    Function Block
    831
    
    Technical Data
    832
    
    Function Block
    833
    
    Function Block
    834
    
    Function Block
    835
    
    Reset/Set Function Block RSMEMORYQT
    836
    
    Settings
    837
    
    Signals
    838
  - Function Block
    839
  - Function Block
    840
  - Extension Logic Package
    841
    
    Function Block
    842
    
    Boolean 16 to Integer Conversion B16I
    843
  - Monitored Data
    844
  - Technical Data
    845
    
    Functionality
    846
    
    Settings
    847
  - Technical Data
    848
    
    Function Block
    849
    
    Setting Parameters
    850
  - Technical Data
    851
    
    Function Block
    852
    
    Settings
    853
  - Technical Data
    854
  - Function Block
    855
    
    Elapsed Time Integrator with Limit Transgression and Overflow Supervision TEIGAPC
    857
    
    Functionality
    858
    
    Signals
    859
  - Operation Accuracy
    861
- Measurements
  863
  - Function Block
    865
  - Signals
    867
  - Settings
    870
  - Monitored Data
    881
  - Operation Principle
    884
  - Measurements CVMMXN
    888
  - Phase Current Measurement CMMXU
    893
  - Phase-Phase and Phase-Neutral Voltage Measurements VMMXU, VNMMXU
    894
- Gas Medium Supervision SSIMG
  896
  - Function Block
    897
  - Settings
    898
  - Technical Data
    899
  - Functionality
    900
    
    Settings
    901
    
    Technical Data
    902
    
    Functionality
    903
    
    Settings
    904
    
    Monitored Data
    906
    
    Circuit Breaker Contact Travel Time
    908
    
    Circuit Breaker Status
    909
    
    Remaining Life of Circuit Breaker
    910
    
    Accumulated Energy
    911
    
    Circuit Breaker Operation Cycles
    912
    
    Circuit Breaker Operation Monitoring
    913
    
    Circuit Breaker Spring Charge Monitoring
    914
    
    Circuit Breaker Gas Pressure Indication
    915
  - Event Function EVENT
    916
    
    Signals
    917
    
    Settings
    918
  - Operation Principle
    920
  - Disturbance Report DRPRDRE
    921
    
    Function Block
    922
    
    Signals
    923
    
    Settings
    928
  - Monitored Data
    967
  - Operation Principle
    970
    
    Technical Data
    977
  - Logical Signal Status Report BINSTATREP
    978
    
    Function Block
    979
    
    Settings
    980
- Measured Value Expander Block RANGE_XP
  981
  - Signals
    982
  - Functionality
    983
  - Reporting
    984
    
    Function Block
    985
    
    Settings
    986
- Pulse-Counter Logic PCFCNT
  987
  - Signals
    988
  - Monitored Data
    989
  - Technical Data
    991
  - Function Block
    992
  - Settings
    993
  - Monitored Data
    994
  - Operation Principle
    995
  - Technical Data
    998
- Series Protocols
  999
  - Settings
    1000
  - Functionality
    1001
  - Settings
    1002
  - Operation Principle
    1003
  - Signals
    1004
  - Monitored Data
    1005
  - Signals
    1006
- LON Communication Protocol
  1008
  - Technical Data
    1026
  - Settings
    1027
  - Communication Ports
    1035
- IEC 60870-5-103 Communication Protocol
  1036
  - Function Block
    1037
  - I103Measusr
    1038
  - Signals
    1039
  - Function Status Auto-Recloser for IEC 60870-5-103 I103AR
    1040
  - Function Status Earth-Fault for IEC 60870-5-103 I103EF
    1041
  - I103Fltprot
    1042
    
    Function Block
    1043
    
    Settings
    1044
    
    Identification
    1045
  - Supervison Status for IEC 60870-5-103 I103SUPERV
    1046
  - I103Usrdef
    1047
    
    Settings
    1048
    
    Function Commands for IEC 60870-5-103 I103CMD
    1049
    
    Identification
    1050
    
    Identification
    1051
    
    I103Usrcmd
    1052
    
    Settings
    1053
    
    Function Block
    1054
    
    Identification
    1055
    
    Operation Principle
    1056
    
    Communication Ports
    1066
    
    Technical Data
    1067
    
    Function Block
    1068
    
    Settings
    1070
- Goose Binary Receive GOOSEBINRCV
  1071
- Settings
  1072
- Goosedprcv
  1073
  - Settings
    1074
  - Function Block
    1075
- Goosemvrcv
  1076
  - Settings
    1077
  - Functionality
    1078
- MULTICMDRCV and MULTICMDSND
  1079
  - Function Block
    1080
  - Settings
    1082
  - Security Events on Protocols SECALARM
    1083
  - Binary Signal Transfer
    1085
    
    Function Block
    1086
    
    Settings
    1088
    
    Monitored Data
    1091
    
    Operation Principle
    1092
  - Transmission of Analog Data from LDCM Ldcmtransmit
    1093
  - Authority Check ATHCHCK
    1095
    
    Operation Principle
    1096
    
    Authorization with Central Account Management Enabled IED
    1098
  - Authority Management AUTHMAN
    1101
    
    Settings
    1102
    
    Signals
    1103
    
    Signals
    1104
    
    Internal Signals
    1106
    
    Supervision of Analog Inputs
    1108
  - Time Synchronization TIMESYNCHGEN
    1109
    
    Operation Principle
    1114
    
    Real-Time Clock (RTC) Operation
    1117
    
    Synchronization Alternatives
    1118
    
    Technical Data
    1121
    
    Function Block
    1122
    
    Settings
    1123
  - Changelock Function CHNGLCK
    1124
  - Function Block
    1125
  - Test Mode Functionality TESTMODE
    1126
  - Settings
    1127
  - IED Identifiers TERMINALID
    1128
  - Product Information PRODINF
    1129
  - Signal Matrix for Binary Inputs SMBI
    1130
    
    Operation Principle
    1131
    
    Function Block
    1132
  - Signal Matrix for Ma Inputs SMMI
    1133
    
    Operation Principle
    1134
    
    Signals
    1135
    
    Settings
    1136
    
    Operation Principle
    1138
    
    Frequency Values
    1139
  - Global Base Values GBASVAL
    1140
  - Primary System Values PRIMVAL
    1141
    
    Function Block
    1142
    
    Settings
    1143
    
    Function Blocks
    1144
    
    Settings
    1145
    
    Overview
    1147
    
    Case from the Rear Side
    1149
  - Hardware Modules
    1154
    
    Numeric Processing Module (NUM)
    1155
    
    Block Diagram
    1156
    
    Technical Data
    1157
    
    Design
    1158
    
    Technical Data
    1159
  - Introduction
    1160
    
    Binary Input Module (BIM)
    1162
    
    Signals
    1165
    
    Settings
    1166
    
    Binary Output Modules (BOM)
    1167
    
    Signals
    1169
    
    Settings
    1170
    
    Technical Data
    1174
    
    Static Binary Output Module (SOM)
    1175
    
    Signals
    1176
    
    Settings
    1177
    
    Technical Data
    1179
    
    Binary Input/Output Module (IOM)
    1180
    
    Signals
    1182
    
    Settings
    1183
    
    Technical Data
    1185
    
    Ma Input Module (MIM)
    1187
    
    Signals
    1188
    
    Settings
    1189
    
    Monitored Data
    1190
    
    Technical Data
    1191
    
    Technical Data
    1192
    
    Galvanic RS485 Communication Module
    1193
    
    Technical Data
    1194
    
    Optical Ethernet Module (OEM)
    1195
    
    Technical Data
    1196
    
    Technical Data
    1197
    
    Galvanic X.21 Line Data Communication (X.21-LDCM)
    1198
    
    Design
    1199
    
    Functionality
    1200
    
    Technical Data
    1201
    
    Monitored Data
    1202
    
    Technical Data
    1204
    
    Settings
    1205
  - Dimensions
    1206
    
    Flush Mounting Dimensions
    1208
    
    Side-By-Side Flush Mounting Dimensions
    1209
    
    Wall Mounting Dimensions
    1210
  - Mounting Alternatives
    1212
    
    Mounting Procedure for Flush Mounting
    1213
    
    Panel Rack Mounting
    1214
    
    Mounting Procedure for 19" Panel Rack Mounting
    1215
    
    Wall Mounting
    1216
    
    How to Reach the Rear Side of the IED
    1217
    
    Side-By-Side 19" Rack Mounting
    1218
    
    IED in the 670 Series Mounted with a RHGS6 Case
    1219
    
    Mounting Procedure for Side-By-Side Flush Mounting
    1220
    
    Technical Data
    1221
    
    Influencing Factors
    1222
    
    Type Tests According to Standard
    1223
    
    Overview
    1227
    
    REX060 Front Panel Controls
    1228
    
    Coupling Capacitor Unit REX061
    1229
    
    Shunt Resistor Unit REX062
    1231
    
    Injection Unit REX060 from Rear Side
    1232
  - Coupling Capacitor Unit REX061
    1236
  - Shunt Resistor Unit REX062
    1237
    
    Technical Data
    1238
    
    Type Tests According to Standards
    1240
    
    Influencing Factors
    1242

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ABB Relion REG670 Technical Manual

ABB Relion REG670 Technical Manual (1432 pages)

Generator protection

Brand: ABB | Category: Protection Device | Size: 35 MB

Table of Contents

Section 1

7
- Table of Contents
  7
Section 2

24
Section 3

37
- Intended Audience
  49
- Introduction
  49
- This Manual
  49
- Product Documentation
  50
- Product Documentation Set
  50
- Document Revision History
  51
- Related Documents
  51
- Document Symbols and Conventions
  52
- Symbols
  52
- Document Conventions
  53
- IEC61850 Edition 1 / Edition 2 Mapping
  54
- Available Functions
  63
- Main Protection Functions
  63
- Back-Up Protection Functions
  64
- Control and Monitoring Functions
  65
- Communication
  69
- Basic IED Functions
  71
- Analog Inputs
  73
- Function Block
  73
- Introduction
  73
- Signals
  73
- Settings
  76
- Monitored Data
  83
- Operation Principle
  84
- Technical Data
  85
- Binary Input
  87
- Binary Input and Output Modules
  87
- Binary Input Debounce Filter
  87
- Oscillation Filter
  87
- Setting Parameters for Binary Input Modules
  87
- Settings
  87
- Setting Parameters for Binary Input/Output Module
  88
- Identification
  89
- Local HMI Screen Behaviour
  89
- Local HMI Signals
  89
- Local Human-Machine-Interface LHMI
  89
- Settings
  89
- Basic Part for LED Indication Module
  90
- Function Block
  90
- Identification
  90
- Signals
  90
- Function Block
  91
- Signals
  91
- Function Block
  92
- Identification
  92
- LCD Part for HMI Function Keys Control Module
  92
- Settings
  92
- Settings
  93
- Signals
  93
- Local HMI
  94
- Operation Principle
  94
- Keypad
  95
- Display
  97
- Leds
  99
- Functionality
  100
- LED Configuration Alternatives
  100
- Status Leds
  100
- Indication Leds
  101
- Function Keys
  108
- Functionality
  108
- Operation Principle
  108
- Differential Protection
  111
- Functionality
  111
- Identification
  111
- Transformer Differential Protection T2WPDIF and T3WPDIF (87T)
  111
- Function Block
  114
- Signals
  115
- Settings
  118
- Monitored Data
  123
- Operation Principle
  124
- Function Calculation Principles
  125
- Logic Diagram
  144
- Technical Data
  149
- Functionality
  150
- High Impedance Differential Protection, Single Phase HZPDIF (87)
  150
- Identification
  150
- Function Block
  151
- Settings
  151
- Signals
  151
- Monitored Data
  152
- Operation Principle
  152
- Logic Diagram
  153
- Generator Differential Protection GENPDIF (87G)
  154
- Technical Data
  154
- Functionality
  155
- Identification
  155
- Function Block
  156
- Signals
  156
- Settings
  157
- Monitored Data
  159
- Operation Principle
  159
- Function Calculation Principles
  160
- Fundamental Frequency Differential Currents
  160
- Supplementary Criteria
  164
- Harmonic Restrain
  166
- Open CT Detection Feature
  167
- Cross-Block Logic Scheme
  168
- Technical Data
  171
- Functionality
  172
- Identification
  172
- Low Impedance Restricted Earth Fault Protection REFPDIF (87N)
  172
- Function Block
  173
- Signals
  173
- Settings
  174
- Fundamental Principles of the Restricted Ground Fault Protection
  175
- Monitored Data
  175
- Operation Principle
  175
- Restricted Ground Fault Protection, Low Impedance Differential Protection
  177
- Calculation of Differential Current and Bias Current
  178
- Detection of External Ground Faults
  179
- Algorithm of the Restricted Ground Fault Protection
  180
- Technical Data
  181
- Distance Measuring Zones, Quadrilateral Characteristic ZMQPDIS (21), ZMQAPDIS (21), ZDRDIR (21D)
  183
- Functionality
  183
- Identification
  183
- Impedance Protection
  183
- Function Block
  184
- Signals
  185
- Settings
  187
- Full Scheme Measurement
  189
- Monitored Data
  189
- Operation Principle
  189
- Impedance Characteristic
  190
- Measuring Principles
  194
- Minimum Operating Current
  194
- Directional Impedance Element for Quadrilateral Characteristics
  197
- Simplified Logic Diagrams
  198
- Technical Data
  202
- Functionality
  203
- Identification
  203
- Phase Selection, Quadrilateral Characteristic with Fixed Angle FDPSPDIS (21)
  203
- Function Block
  204
- Signals
  204
- Settings
  205
- Operation Principle
  206
- Phase-To-Ground Fault
  208
- Phase-To-Phase Fault
  209
- Three-Phase Faults
  211
- Load Encroachment
  212
- Minimum Operate Currents
  215
- Simplified Logic Diagrams
  215
- Full-Scheme Distance Measuring, Mho Characteristic ZMHPDIS (21)
  221
- Functionality
  221
- Identification
  221
- Technical Data
  221
- Function Block
  222
- Signals
  222
- Settings
  223
- Full Scheme Measurement
  225
- Impedance Characteristic
  225
- Operation Principle
  225
- Basic Operation Characteristics
  226
- Theory of Operation
  228
- Simplified Logic Diagrams
  237
- Technical Data
  240
- Directional Impedance Element for Mho Characteristic and Additional Distance Protection Directional Function for Earth Faults ZDMRDIR (21D), ZDARDIR
  241
- Functionality
  241
- Identification
  241
- Settings
  242
- Monitored Data
  244
- Operation Principle
  244
- Technical Data
  259
- Functionality
  260
- Operation Principle
  281
- Functionality
  297
- Identification
  297
- Function Block
  336
- Signals
  375
- Functionality
  381
- Identification
  381
- Signals
  382
- Settings
  395
- Functionality
  401
- Signals
  402
- Settings
  403
- Functionality
  415
- Signals
  418
- Settings
  419
- Functionality
  439
- Settings
  440
- Signals
  440
- Functionality
  453
- Identification
  453
- Signals
  453
- Functionality
  456
- Settings
  459
- Functionality
  474
- Identification
  476
- Signals
  477
- Settings
  478
- Functionality
  497
- Identification
  497
- Signals
  498
- Settings
  499
- Functionality
  524
- Identification
  524
- Signals
  524
- Settings
  540
- Functionality
  567
- Identification
  653
- Signals
  654
- Settings
  660
- Functionality
  720
- Identification
  748
- Signals
  749
- Settings
  901
- Functionality
  912
- Identification
  916
- Signals
  1098

ABB Relion REG670 Applications Manual

ABB Relion REG670 Applications Manual (780 pages)

relion 670 series Generator protection

Brand: ABB | Category: Relays | Size: 16 MB

Table of Contents

Table of Contents
7
Section 1 Introduction

27
- This Manual
  27
- Intended Audience
  27
- Product Documentation
  28
  - Product Documentation Set
    28
  - Document Revision History
    29
  - Related Documents
    29
- Document Symbols and Conventions
  30
  - Symbols
    30
  - Document Conventions
    31
- IEC 61850 Edition 1 / Edition 2 Mapping
  32
Section 2 Application

41
- General IED Application
  41
- Main Protection Functions
  50
- Back-Up Protection Functions
  51
- Control and Monitoring Functions
  52
- Communication
  58
- Basic IED Functions
  61
Section 3 Configuration

63
- Description of REG670
  63
  - Introduction
    63
    
    Description of Configuration A20
    63
    
    Description of Configuration B30
    64
    
    Description of Configuration C30
    66
Section 4 Analog Inputs

69
- Introduction
  69
- Setting Guidelines
  69
  - Setting of the Phase Reference Channel
    69
    
    Example
    70
  - Setting of Current Channels
    70
    
    Example 1
    71
    
    Example 2
    71
    
    Example 3
    72
    
    Examples on How to Connect, Configure and Set CT Inputs for most Commonly Used CT Connections
    76
    
    Example on How to Connect a Star Connected Three-Phase CT Set to the IED
    77
    
    Example How to Connect Single-Phase CT to the IED
    85
    
    Relationships between Setting Parameter Base Current, CT Rated Primary Current and Minimum Pickup of a Protection IED
    86
    
    Setting of Voltage Channels
    87
    
    Examples How to Connect, Configure and Set VT Inputs for most Commonly Used VT Connections
    88
    
    Example on How to Connect a Phase-To-Phase Connected VT to the IED
    90
    
    Example on How to Connect an Open Delta VT to the IED for High Impedance Earthed or Unearthed Networks
    92
    
    Example How to Connect the Open Delta VT to the IED for Low Impedance Earthed or Solidly Earthed Power Systems
    95
    
    Example on How to Connect a Neutral Point VT to the IED
    96
Section 5 Local HMI

99
- Display
  100
- Leds
  102
- Keypad
  103
- Local HMI Functionality
  105
- Open CT Detection
  142
- High Impedance Differential Protection, Single Phase HZPDIF
  154
  - The Basics of the High Impedance Principle
    156
    
    Connection Examples for High Impedance Differential Protection
    162
    
    Connections for 1Ph High Impedance Differential Protection HZPDIF
    163
    
    Setting Guidelines
    164
    
    Settings of Protection Function
    165
  - Tertiary Reactor Protection
    168
    
    Restricted Earth Fault Protection
    171
    
    Alarm Level Operation
    172
- Generator Differential Protection GENPDIF
  173
  - Application
    174
  - Setting Guidelines
    175
- Percentage Restrained Differential Operation
  176
  - Negative Sequence Internal/External Fault Discriminator Feature
    178
  - Open CT Detection
    179
- Other Additional Options
  180
- Low Impedance Restricted Earth Fault Protection REFPDIF
  181
- Full-Scheme Distance Measuring, Mho Characteristic ZMHPDIS
  189
- Settings
  190
- High Speed Distance Protection ZMFPDIS
  193
  - Application
    194
    
    Fault Infeed from Remote End
    197
  - Load Encroachment
    198
    
    Short Line Application
    199
    
    Long Transmission Line Application
    200
    
    Tapped Line Application
    206
    
    Setting Guidelines
    209
    
    Setting of Reverse Zone
    210
    
    Setting of Zones for Parallel Line Application
    211
    
    Setting the Reach with Respect to Load
    212
    
    Zone Reach Setting Lower than Minimum Load Impedance
    213
    
    Zone Reach Setting Higher than Minimum Load Impedance
    215
    
    Other Settings
    216
    
    High Speed Distance Protection for Series Compensated Lines ZMFCPDIS
    219
    
    Application
    220
    
    Fault Infeed from Remote End
    222
    
    Load Encroachment
    223
    
    Short Line Application
    224
    
    Long Transmission Line Application
    225
    
    Tapped Line Application
    232
    
    Series Compensation in Power Systems
    234
    
    Increase in Power Transfer
    236
    
    Impact of Series Compensation on Protective IED of Adjacent Lines
    245
    
    Distance Protection
    246
    
    Underreaching and Overreaching Schemes
    247
    
    Setting Guidelines
    253
    
    Setting of Zone 1
    254
    
    Setting of Reverse Zone
    255
    
    Setting of Zones for Parallel Line Application
    260
    
    Setting of Reach in Resistive Direction
    261
    
    Load Impedance Limitation, Without Load Encroachment Function
    262
    
    Zone Reach Setting Higher than Minimum Load Impedance
    264
    
    Parameter Setting Guidelines
    265
  - Pole Slip Protection PSPPPAM
    267
    
    Identification
    268
    
    Setting Guidelines
    271
    
    Setting Example for Line Application
    273
    
    Setting Example for Generator Application
    277
  - Out-Of-Step Protection OOSPPAM
    281
  - Setting Guidelines
    284
- Loss of Excitation LEXPDIS
  287
- Setting Guidelines
  293
- Sensitive Rotor Earth Fault Protection, Injection Based ROTIPHIZ
  296
- Stator Earth Fault Protection, Injection Based STTIPHIZ
  305
- Stator Earth Fault Protection
  313
  - Under Impedance Protection for Generators and Transformers ZGVPDIS
    314
  - Operating Zones
    316
  - Zone 1 Operation
    317
  - Zone 3 Operation
    318
  - Undervoltage Seal-In Function
    319
  - External Block Signals
    320
  - Load Encroachment
    321
  - Under Voltage Seal-In
    322
- Rotor Earth Fault Protection Using CVGAPC
  323
- Instantaneous Phase Overcurrent Protection PHPIOC
  325
  - Setting Guidelines
    326
  - Meshed Network with Parallel Line
    328
  - Directional Phase Overcurrent Protection, Four Steps OC4PTOC
    330
    
    Setting Guidelines
    331
    
    Settings for each Step
    333
    
    Setting Example
    336
  - Instantaneous Residual Overcurrent Protection EFPIOC
    341
  - Directional Residual Overcurrent Protection, Four Steps EF4PTOC
    344
    
    Setting Guidelines
    346
    
    Common Settings for All Steps
    347
    
    Nd Harmonic Restrain
    348
    
    Parallel Transformer Inrush Current Logic
    349
    
    Switch Onto Fault Logic
    350
    
    Transformer Application Example
    353
    
    Four Step Directional Negative Phase Sequence Overcurrent Protection NS4PTOC
    356
    
    Setting Guidelines
    358
    
    Settings for each Step
    359
    
    Common Settings for All Steps
    361
    
    Sensitive Directional Residual Overcurrent and Power Protection SDEPSDE
    362
    
    Identification
    363
    
    Setting Guidelines
    364
  - Thermal Overload Protection, Two Time Constants TRPTTR
    372
    
    Identification
    373
    
    Setting Guideline
    374
    
    Breaker Failure Protection CCRBRF
    376
    
    Setting Guidelines
    377
  - Pole Discordance Protection CCPDSC
    380
  - Setting Guidelines
    381
- Directional Underpower Protection GUPPDUP
  382
- Setting Guidelines
  384
- Directional Overpower Protection GOPPDOP
  387
- Voltage-Restrained Time Overcurrent Protection VRPVOC
  400
  - Application
    401
  - Application Possibilities
    402
  - Setting Guidelines
    403
  - Voltage-Restrained Overcurrent Protection for Generator and Step-Up Transformer
    404
  - Overcurrent Protection with Undervoltage Seal-In
    405
    
    Identification
    406
    
    Setting Guideline
    407
  - Two Step Undervoltage Protection UV2PTUV
    409
    
    Setting Guidelines
    410
    
    Settings for Two Step Undervoltage Protection
    411
  - Two Step Overvoltage Protection OV2PTOV
    412
    
    Setting Guidelines
    413
    
    Equipment Protection, such as for Motors, Generators Reactors and Transformers
    414
  - Two Step Residual Overvoltage Protection ROV2PTOV
    416
    
    Setting Guidelines
    417
    
    Stator Earth-Fault Protection Based on Residual Voltage Measurement
    418
    
    Power Supply Quality
    421
    
    Direct Earthed System
    422
    
    Settings for Two Step Residual Overvoltage Protection
    423
  - Overexcitation Protection OEXPVPH
    425
    
    Setting Guidelines
    427
    
    Settings
    428
  - Service Value Report
    429
- Voltage Differential Protection VDCPTOV
  431
  - Setting Guidelines
    433
  - Identification
    435
  - Setting Guidelines
    439
- Underfrequency Protection SAPTUF
  443
- Overfrequency Protection SAPTOF
  444
  - Application
    445
- Rate-Of-Change of Frequency Protection SAPFRC
  446
- Frequency Time Accumulation Protection Function FTAQFVR
  447
- Setting Guidelines
  449
- General Current and Voltage Protection CVGAPC
  451
  - Current and Voltage Selection for CVGAPC Function
    452
  - Base Quantities for CVGAPC Function
    454
  - Application Possibilities
    455
    
    Inadvertent Generator Energization
    456
    
    Setting Guidelines
    457
  - Negative Sequence Overcurrent Protection
    459
    
    Generator Stator Overload Protection in Accordance with IEC or ANSI Standards
    461
    
    For Generators
    463
    
    Voltage Restrained Overcurrent Protection for Generator and Step-Up Transformer
    464
    
    Inadvertent Generator Energization
    466
    
    General Settings of the Instance
    468
    
    Setting for UC1
    469
    
    Setting for UV2
    470
  - Multipurpose Filter SMAIHPAC
    471
  - Setting Guidelines
    472
  - Current Circuit Supervision CCSSPVC
    477
  - Fuse Failure Supervision FUFSPVC
    478
    
    Setting Guidelines
    479
    
    Negative Sequence Based
    480
    
    Zero Sequence Based
    481
    
    Dead Line Detection
    482
    
    Application
    483
    
    Setting Guidelines
    484

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ABB Relion REG670 Commissioning Manual

ABB Relion REG670 Commissioning Manual (324 pages)

RELION 670 Series, Generator protection

Brand: ABB | Category: Protection Device | Size: 9 MB

Table of Contents

Table of Contents
7
Section 1 Introduction

19
- This Manual
  19
- Intended Audience
  19
- Product Documentation
  20
  - Product Documentation Set
    20
  - Document Revision History
    21
  - Related Documents
    22
- Document Symbols and Conventions
  22
  - Symbols
    22
  - Document Conventions
    23
- IEC 61850 Edition 1 / Edition 2 Mapping
  24
Section 2 Safety Information

35
- Symbols on the Product
  35
- Warnings
  35
- Caution Signs
  37
- Note Signs
  38
Section 3 Available Functions

39
- Main Protection Functions
  39
- Back-Up Protection Functions
  40
- Control and Monitoring Functions
  41
- Communication
  46
- Basic IED Functions
  49
Section 4 Starting up

51
- Factory and Site Acceptance Testing
  51
- Commissioning Checklist
  51
- Checking the Power Supply
  52
- Energizing the IED
  52
  - Checking the IED Operation
    52
  - IED Start-Up Sequence
    53
- Energizing REX060
  54
  - REX060 Start up Sequence
    54
- Setting up Communication between PCM600 and the IED
  54
- Writing an Application Configuration to the IED
  59
- Checking CT Circuits
  60
- Checking VT Circuits
  61
- Using the RTXP Test Switch
  61
- Checking the Binary Input/Output Circuits
  62
  - Binary Input Circuits
    62
  - Binary Output Circuits
    63
- Checking Optical Connections
  63
Section 5 Configuring the IED and Changing Settings

65
- Overview
  65
- Configuring Analog CT Inputs
  66
- Supervision of Input/Output Modules
  66
Section 6 Calibrating Injection Based Sensitive Rotor Earth Fault Protection

69
- Commissioning Process
  69
- Commissioning Tool ICT
  69
- Launching Injection Commissioning Tool (ICT)
  72
- Performing Calibration
  73
- Acquiring References
  76
- Verifying Calibration
  78
- Auditing
  80
- Editing Features in Graph
  82
- Logging Measurements to File
  83
Section 7 Calibrating Injection Based 100% Stator Earth Fault Protection

85
- Commissioning Process
  85
- Commissioning Tool ICT
  85
- Launching Injection Commissioning Tool (ICT)
  88
- Performing Calibration
  90
- Acquiring References
  93
- Verifying Calibration
  95
- Auditing
  98
- Editing Features in Graph
  99
- Logging Measurements to File
  100
Section 8 Establishing Connection and Verifying the SPA/IEC Communication

103
- Entering Settings
  103
  - Entering SPA Settings
    103
  - Entering IEC Settings
    103
- Verifying the Communication
  104
  - Verifying SPA Communication
    104
  - Verifying IEC Communication
    104
- Fibre Optic Loop
  105
- Optical Budget Calculation for Serial Communication with SPA/IEC
  105
Section 9 Establishing Connection and Verifying the LON Communication

107
- Communication Via the Rear Ports
  107
  - LON Communication
    107
  - The LON Protocol
    108
  - Hardware and Software Modules
    108
- Optical Budget Calculation for Serial Communication with LON
  110
Section 10 Establishing Connection and Verifying the IEC 61850 Communication

113
- Overview
  113
- Setting the Station Communication
  113
- Verifying the Communication
  114

ABB Relion REG670 Commissioning Manual

ABB Relion REG670 Commissioning Manual (302 pages)

Generator protection, RELION 670 SERIES

Brand: ABB | Category: Protection Device | Size: 8 MB

Table of Contents

Table of Contents
7
Section 1 Introduction

17
- This Manual
  17
- Intended Audience
  17
- Product Documentation
  18
  - Product Documentation Set
    18
  - Document Revision History
    19
  - Related Documents
    20
- Document Symbols and Conventions
  20
  - Symbols
    20
  - Document Conventions
    21
- IEC 61850 Edition 1 / Edition 2 Mapping
  22
Section 2 Safety Information

31
- Symbols on the Product
  31
- Warnings
  31
- Caution Signs
  33
- Note Signs
  34
Section 3 Available Functions

35
- Main Protection Functions
  35
- Back-Up Protection Functions
  36
- Control and Monitoring Functions
  38
- Communication
  43
- Basic IED Functions
  46
Section 4 Starting up

49
- Factory and Site Acceptance Testing
  49
- Commissioning Checklist
  49
- Checking the Power Supply
  50
- Energizing the IED
  50
  - Checking the IED Operation
    50
  - IED Start-Up Sequence
    51
- Energizing REX060
  51
  - REX060 Start up Sequence
    51
- Setting up Communication between PCM600 and the IED
  52
- Writing an Application Configuration to the IED
  56
- Checking CT Circuits
  57
- Checking VT Circuits
  58
- Using the RTXP Test Switch
  58
- Checking the Binary Input/Output Circuits
  59
  - Binary Input Circuits
    59
  - Binary Output Circuits
    59
- Checking Optical Connections
  60
Section 5 Configuring the IED and Changing Settings

61
- Overview
  61
- Configuring Analog CT Inputs
  62
- Supervision of Input/Output Modules
  62
Section 6 Calibrating Injection Based Sensitive Rotor Earth Fault Protection

65
- Commissioning Process
  65
- Commissioning Tool ICT
  65
- Launching Injection Commissioning Tool (ICT)
  67
- Performing Calibration
  69
- Acquiring References
  72
- Verifying Calibration
  74
- Auditing
  76
- Editing Features in Graph
  77
- Logging Measurements to File
  78
Section 7 Calibrating Injection Based 100% Stator Earth Fault Protection

81
- Commissioning Process
  81
- Commissioning Tool ICT
  81
- Launching Injection Commissioning Tool (ICT)
  84
- Performing Calibration
  85
- Acquiring References
  88
- Verifying Calibration
  90
- Auditing
  92
- Editing Features in Graph
  93
- Logging Measurements to File
  94
Section 8 Establishing Connection and Verifying the SPA/IEC Communication

97
Section 9 Establishing Connection and Verifying the LON Communication

101
- Communication Via the Rear Ports
  101
  - LON Communication
    101
  - The LON Protocol
    102
  - Hardware and Software Modules
    102
- Optical Budget Calculation for Serial Communication with LON
  104
Section 10 Establishing Connection and Verifying the IEC 61850 Communication

105
- Overview
  105
- Setting the Station Communication
  105
- Verifying the Communication
  106

ABB Relion REG670 Commissioning Manual

ABB Relion REG670 Commissioning Manual (262 pages)

Generator protection

Brand: ABB | Category: Power distribution unit | Size: 7 MB

Table of Contents

Table of Contents
7
Introduction

17
- This Manual
  17
- Intended Audience
  17
- Section 1 Introduction
  17
- Product Documentation
  18
- Product Documentation Set
  18
- Document Revision History
  19
- Related Documents
  19
- Document Symbols and Conventions
  20
- Symbols
  20
- Document Conventions
  21
- IEC61850 Edition 1 / Edition 2 Mapping
  21
Safety Information

29
- Symbols on the Product
  29
- Warnings
  29
- Section 2 Safety Information
  29
- Caution Signs
  30
- Note Signs
  31
Available Functions

33
- Main Protection Functions
  33
- Section 3 Available Functions
  33
- Back-Up Protection Functions
  34
- Control and Monitoring Functions
  36
- Communication
  41
- Basic IED Functions
  43
Starting up

45
- Factory and Site Acceptance Testing
  45
- Commissioning Checklist
  45
- Section 4 Starting up
  45
- Checking the Power Supply
  46
- Energizing the IED
  46
- Checking the IED Operation
  46
- IED Start-Up Sequence
  46
- Energizing REX060
  47
- REX060 Start up Sequence
  47
- Setting up Communication between PCM600 and the IED
  47
- Writing an Application Configuration to the IED
  52
- Checking CT Circuits
  52
- Checking VT Circuits
  53
- Using the RTXP Test Switch
  53
- Checking the Binary I/O Circuits
  54
- Binary Input Circuits
  54
- Binary Output Circuits
  54
- Checking Optical Connections
  54
Configuring the IED and Changing Settings

55
- Overview
  55
- Configuring Analog CT Inputs
  55
- Reconfiguring the IED
  56
Calibrating Injection Based Sensitive Rotor Earth Fault Protection

57
- Commissioning Process
  57
- Commissioning Tool ICT
  57
- Launching Injection Commissioning Tool (ICT) and Performing the Installation
  59
- Performing Calibration
  60
- Acquiring References
  63
- Verifying Calibration
  64
- Auditing
  66
- Editing Features in Graph
  67
- Logging Measurements to File
  68
Calibrating Injection Based 100% Stator Earth Fault Protection

69
- Commissioning Process
  69
- Commissioning Tool ICT
  69
- Launching Injection Commissioning Tool (ICT) and Performing the Installation
  71
- Performing Calibration
  72
- Acquiring References
  75
- Verifying Calibration
  76
- Auditing
  78
- Editing Features in Graph
  79
- Logging Measurements to File
  80
Establishing Connection and Verifying the SPA/IEC Communication

81
Establishing Connection and Verifying the LON Communication

85

ABB Relion REG670 Installation And Commissioning Manual

ABB Relion REG670 Installation And Commissioning Manual (260 pages)

Generator protection

Brand: ABB | Category: Protection Device | Size: 7 MB

Table of Contents

ABB Relion REG670 Commissioning Manual

ABB Relion REG670 Commissioning Manual (282 pages)

Generator protection Version 2.2 IEC

Brand: ABB | Category: Protection Device | Size: 9 MB

Table of Contents

Section 1

7
- Table of Contents
  7
Section 2

13
- Introduction
  
  17
  - Intended Audience
    17
  - This Manual
    17
  - Product Documentation
    18
  - Product Documentation Set
    18
  - Document Revision History
    19
  - Document Symbols and Conventions
    20
  - Related Documents
    20
  - Symbols
    20
  - Document Conventions
    21
  - IEC 61850 Edition 1 / Edition 2 Mapping
    21
- Safety Information
  
  27
  - Symbols on the Product
    27
  - Warnings
    27
  - Caution Signs
    28
  - Note Signs
    29
- Available Functions
  
  31
  - Main Protection Functions
    31
  - Back-Up Protection Functions
    32
  - Control and Monitoring Functions
    33
  - Communication
    39
  - Basic IED Functions
    42
- Starting up
  
  45
  - Checking the Power Supply
    45
  - Commissioning Checklist
    45
  - Factory and Site Acceptance Testing
    45
  - Checking the IED Operation
    46
  - Energizing the IED
    46
  - IED Start-Up Sequence
    46
  - Energizing REX060
    47
  - REX060 Start up Sequence
    47
  - Setting up Communication between PCM600 and the IED
    47
  - Checking CT Circuits
    51
  - Writing an Application Configuration to the IED
    51
  - Checking VT Circuits
    52
  - Using the RTXP Test Switch
    52
  - Binary Input Circuits
    53
  - Binary Output Circuits
    53
  - Checking Optical Connections
    53
- Configuring the IED and Changing Settings
  
  55
- Calibrating Injection Based Sensitive Rotor Earth Fault Protection
  
  57
  - Commissioning Process
    57
  - Commissioning Tool ICT
    57
  - Function Revision History
    57
  - Launching Injection Commissioning Tool (ICT) and Performing the Installation
    60
  - Performing Calibration
    60
  - Acquiring References
    65
  - Verifying Calibration
    66
  - Auditing
    67
  - Editing Features in Graph
    68
  - Logging Measurements to File
    69
- Calibrating Injection Based 100% Stator Earth Fault Protection
  
  71
- B.2 Analysis of Collected Data
  
  92
- Establishing Connection and Verifying the SPA/IEC Communication
  
  103
  - Completing the Test
    100
  - Entering IEC Settings
    103
  - Entering Settings
    103
  - Entering SPA Settings
    103
  - Verifying the Communication
    103
  - Fiber Optic Loop
    104
    
    Optical Budget Calculation for Serial Communication with SPA/IEC
    105
    
    Communication Via the Rear Ports
    107
    
    Establishing Connection and Verifying the LON Communication
    107
    
    LON Communication
    107
    
    Hardware and Software Modules
    108
    
    The LON Protocol
    108
    
    Optical Budget Calculation for Serial Communication with LON
    109
  - Verifying IEC Communication
    104
  - Verifying SPA Communication
    104
- Establishing Connection and Verifying the IEC 61850 Communication105
  
  111
  - Overview
    111
  - Setting the Station Communication
    111
  - Verifying the Communication
    111
- Establishing Connection and Verifying the IEEE C37.118/1344 Communication
  
  113
- Testing IED Operation
  
  125
  - Preparing for Test
    125
  - Requirements
    125
  - Preparing the IED to Verify Settings
    126
  - Activating the Test Mode
    127
  - Preparing the Connection to the Test Equipment
    127
  - Connecting the Test Equipment to the IED
    128
  - Releasing the Function to be Tested
    128
  - Verifying Analog Primary and Secondary Measurement
    129
  - Testing the Protection Functionality
    129
  - Forcing of Binary Input/Output Signals for Testing
    130
  - Forcing Concept
    130
  - How to Enable Forcing
    130
  - Enable Forcing by Using LHMI
    130
  - Enable Forcing Using TESTMODE Function Block
    130
  - How to Change Binary Input/Output Signals Using Forcing
    131
  - Forcing by Using LHMI
    131
  - Forcing by Using PCM600
    132
  - How to Undo Forcing Changes and Return the IED to Normal Operation
    134
  - Undo Forcing by Using TESTMODE Component
    134
  - Undo Forcing by Using LHMI
    134
  - Undo Forcing by Using PCM600
    134
  - Disturbance Recorder (DR)
    135
  - Disturbance Report Settings
    135
  - Introduction
    135
  - Testing Disturbance Report
    135
- Testing Functionality by Secondary Injection
  
  135
  - Differential Protection
    136
  - Event Recorder (ER) and Event List (EL)
    136
  - Identifying the Function to Test in the Technical Reference Manual
    136
  - Transformer Differential Protection T2WPDIF and T3WPDIF
    136
  - Verifying the Settings
    136
  - Completing the Test
    137
  - High Impedance Differential Protection HZPDIF
    137
  - Verifying the Settings
    137
  - Completing the Test
    138
  - Function Revision History
    138
  - Generator Differential Protection GENPDIF
    138
  - Verifying the Settings
    138
  - Completing the Test
    139
  - Function Revision History
    139
  - Restricted Earth Fault Protection, Low Impedance REFPDIF
    139
  - Verifying the Settings
    139
  - Completing the Test
    140
  - Full Scheme Distance Protection, Mho Characteristic ZMHPDIS
    140
  - High Speed Distance Protection Zones, Quadrilateral and Mho Characteristic ZMFPDIS
    140
  - Impedance Protection
    140
  - Function Revision History
    141
  - Verifying the Settings
    141
  - Measuring the Operating Limit of Set Values
    144
  - Measuring the Operating Time of Distance Protection Zones
    144
  - Completing the Test
    145
  - Function Revision History
    145
  - High Speed Distance for Series Compensated Line Zones, Quadrilateral and Mho Characteristic ZMFCPDIS
    145
  - Verifying the Settings
    145
  - Measuring the Operating Limit of Set Values
    148
  - Measuring the Operating Time of Distance Protection Zones
    148
  - Completing the Test
    149
  - Pole Slip Protection PSPPPAM
    149
  - Transient Directional Element
    149
  - Verifying the Settings
    149
  - Completing the Test
    151
  - Out-Of-Step Protection OOSPPAM
    151
  - Verifying the Settings
    152
  - Test of Point RE (R Fwdr , X Fwdx )
    155
  - Completing the Test
    204
  - Extended Testing
    204
  - Function Revision History
    204
  - Two Step Residual Overvoltage Protection ROV2PTOV
    204
  - Verifying the Settings
    204
  - Completing the Test
    205
  - Overexcitation Protection OEXPVPH
    205
  - Verifying the Settings
    205
  - Check of Undervoltage Levels
    206
  - Completing the Test
    206
  - Function Revision History
    206
  - Voltage Differential Protection VDCPTOV
    206
  - Check of Voltage Differential Trip and Alarm Levels
    208
  - Check of Trip and Trip Reset Timers
    209
  - 100% Stator Earth Fault Protection, 3Rd Harmonic Based STEFPHIZ
    210
  - Completing the Test
    210
  - Final Adjustment of Compensation for VT Ratio Differences
    210
  - Testing
    210
  - Verifying Settings
    211
  - Completing the Test
    212
  - Frequency Protection
    212
  - Underfrequency Protection SAPTUF
    212
  - Verifying the Settings
    212
  - Completing the Test
    213
  - Overfrequency Protection SAPTOF
    213
  - Verifying the Settings
    213
  - Completing the Test
    214
  - Frequency Time Accumulation Protection Function FTAQFVR
    214
  - Rate-Of-Change Frequency Protection SAPFRC
    214
  - Verifying the Settings
    214
  - Completing the Test
    216
  - Function Revision History
    216
  - General Current and Voltage Protection CVGAPC
    216
  - Multipurpose Protection
    216
  - Built-In Overcurrent Feature (Non-Directional)
    217
  - Overcurrent Feature with Current Restraint
    217
  - Overcurrent Feature with Voltage Restraint
    217
  - Completing the Test
    218
  - Over/Undervoltage Feature
    218
  - Overcurrent Feature with Directionality
    218
  - Completing the Test
    219
  - Current Circuit Supervision CCSSPVC
    219
  - Secondary System Supervision
    219
  - Verifying the Settings
    219

ABB Relion REG670 Operator's Manual

ABB Relion REG670 Operator's Manual (128 pages)

Transformer protection

Brand: ABB | Category: Protection Device | Size: 3 MB

Table of Contents

Table of Contents
7
Section 1 Introduction

17
- Introduction to the Operator's Manual
  17
  - About the Complete Set of Manuals for an IED
    17
  - About the Operator's Manual
    18
  - Intended Audience
    19
  - Related Documents
    19
  - Revision Notes
    20
Section 2 Safety Information

21
- Warnings
  21
Section 3 Overview

23
- Operator Overview
  23
- Identify the IED
  23
Section 4 Understand the IED Local Human-Machine Interface

27
- Overview
  27
- Keypad
  28
- Key Activated Screens
  29
  - The Help Screen
    29
  - The Reset Screen
    30
- Lcd
  30
  - Small
    30
  - Medium
    30
- Led
  31
  - Introduction
    31
  - Status Indication Leds
    31
  - Indication Leds
    31
- Local HMI Setup
  32
- How to Navigate
  32
  - Read
    32
  - Change
    32
  - Control
    33
Section 5 Understand the HMI Tree

35
- Overview
  35
  - Menu-Tree for RET670
    35
Section 6 Read Measured Values

37
- Overview
  37
  - View Analog Primary Values
    38
    
    Overview
    38
  - View Analog Secondary Values
    38
  - View Analog Mean Values
    39
    
    Ma Input Module MIM
    39
    
    Overview
    39
    
    Signal Matrix for Ma Inputs SMMI
    39
  - View Monitoring Values
    39
    
    Current Phasors CMMXU
    39
    
    Service Values CVMMXN
    39
    
    Current Sequence Component CMSQI
    40
    
    Voltage Phasors VMMXU/VNMMXU
    40
    
    Voltage Sequence Component VMSQI
    40
  - View Metering Values
    40
    
    Pulse Counter Logic PCGGIO
    40
    
    Function for Energy Calculation and Demand Handling ETPMMTR
    41
Section 7 Event List

43
- View Events
  43
  - Overview
    43
Section 8 Handle Disturbances

45
- Identify a Disturbance
  45
- View Disturbance Record Details
  45
  - View General Information
    45
  - View Disturbance Indications
    45
  - View Event Recordings
    45
  - View Trip Values
    46
  - Trigger a Disturbance Report Manually
    46

ABB Relion REG670 Operator's Manual

ABB Relion REG670 Operator's Manual (108 pages)

Generator protection

Brand: ABB | Category: Protection Device | Size: 2 MB

Table of Contents

Table of Contents
7
Section 1 Introduction

15
- Introduction to the Operator's Manual
  15
  - About the Complete Set of Manuals for an IED
    15
  - About the Operator's Manual
    16
  - Intended Audience
    17
  - Related Documents
    17
  - Revision Notes
    18
Section 2 Safety Information

19
- Warnings
  19
Section 3 Overview

21
- Operator Overview
  21
- Identify the IED
  21
Section 4 Understand the Local Human-Machine Interface

23
- Overview
  23
- Keypad
  24
- Key Activated Screens
  25
  - The Help Screen
    25
  - The Reset Screen
    26
- Lcd
  26
  - Small
    26
  - Medium
    26
- Led
  27
  - Introduction
    27
  - Status Indication Leds
    27
  - Indication Leds
    27
- Local HMI Setup
  28
- How to Navigate
  28
  - Read
    28
  - Change
    28
  - Control
    29
Section 5 Understand the HMI Tree

31
- Overview
  31
Section 6 Read Measured Values

33
- Overview
  33
- View Analog Primary Values
  34
  - Overview
    34
  - View Analog Secondary Values
    34
  - View Analog Mean Values
    34
    
    Ma Input Module MIM
    35
    
    Signal Matrix for Ma Inputs SMMI
    35
  - View Monitoring Values
    35
    
    Current Phasors CMMXU
    35
    
    Service Values CVMMXU
    35
    
    Voltage Phasors VMMXU/VNMMXU
    35
    
    Current Sequence Component CMSQI
    36
    
    Voltage Sequence Component VMSQI
    36
  - View Metering Values
    36
    
    Function for Energy Calculation and Demand Handling ETPMMTR
    36
    
    Pulse Counter Logic PCGGIO
    36
Section 7 Event List

37
- View Events
  37
  - Overview
    37
Section 8 Handle Disturbances

39
- Identify a Disturbance
  39
- View Disturbance Record Details
  39
  - View General Information
    39
  - View Disturbance Indications
    39
  - View Event Recordings
    39
  - View Trip Values
    40
  - Trigger a Disturbance Report Manually
    40

ABB Relion REG670 Installation Manual

ABB Relion REG670 Installation Manual (112 pages)

Brand: ABB | Category: Power distribution unit | Size: 4 MB

Table of Contents

Table of Contents
7
Section 1 Introduction

11
- This Manual
  11
- Intended Audience
  11
- Product Documentation
  12
  - Product Documentation Set
    12
  - Document Revision History
    13
  - Related Documents
    14
- Document Symbols and Conventions
  16
  - Symbols
    16
  - Document Conventions
    16
Section 2 Safety Information

19
- Symbols on the Product
  19
- Warnings
  19
- Caution Signs
  21
- Note Signs
  22
Section 3 Environmental Aspects

23
- Sustainable Development
  23
- Disposing of the IED
  23
Section 4 Unpacking, Inspecting and Storing

25
- Removing Transport Packaging
  25
- Inspecting the Product
  25
  - Identifying the Product
    25
  - Checking Delivery Items
    25
  - Inspecting the IED
    25
  - Returning an IED Damaged in Transit
    26
- Storing
  26
Section 5 Mounting

27

ABB Relion REG670 Installation Manual

ABB Relion REG670 Installation Manual (102 pages)

Version 2.2 ANSI

Brand: ABB | Category: Protection Device | Size: 6 MB

Table of Contents

Table of Contents
7
Introduction

11
- This Manual
  11
- Intended Audience
  11
- Section 1 Introduction
  11
- Product Documentation
  12
- Product Documentation Set
  12
- Document Revision History
  13
- Related Documents
  13
- Document Symbols and Conventions
  15
- Symbols
  15
- Document Conventions
  16
Safety Information

17
- Symbols on the Product
  17
- Warnings
  17
- Section 2 Safety Information
  17
- Caution Signs
  18
- Note Signs
  19
Environmental Aspects

21
Unpacking, Inspecting and Storing

23
- Removing Transport Packaging
  23
- Inspecting the Product
  23
- Identifying the Product
  23
- Checking Delivery Items
  23
- Inspecting the IED
  23
- Returning an IED Damaged in Transit
  23
- Storing
  24
Mounting

25

ABB Relion REG670 Product Manual

ABB Relion REG670 Product Manual (146 pages)

RELION 670 SERIES, Generator protection

Brand: ABB | Category: Protection Device | Size: 3 MB

Table of Contents

ABB Relion REG670 Product Manual

ABB Relion REG670 Product Manual (115 pages)

Generator protection ANSI Customized

Brand: ABB | Category: Protection Device | Size: 3 MB

Table of Contents

ABB Relion REG670 Communication Protocol Manual

ABB Relion REG670 Communication Protocol Manual (48 pages)

Brand: ABB | Category: Power distribution unit | Size: 1 MB

Table of Contents

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