ABB Relion 650 Series REB650 Manuals

Manuals and User Guides for ABB Relion 650 Series REB650. We have 1 ABB Relion 650 Series REB650 manual available for free PDF download: Technical Manual

ABB Relion 650 Series REB650 Technical Manual (568 pages)

Busbar protection

Brand: ABB | Category: Protection Device | Size: 10.28 MB

Table of Contents
7
Section 1 Introduction

31
- This Manual
  31
- Intended Audience
  31
- Product Documentation
  32
  - Product Documentation Set
    32
  - Document Revision History
    33
  - Related Documents
    33
- Symbols and Conventions
  34
  - Symbols
    34
  - Document Conventions
    35
Section 2 Available Functions

37
- Main Protection Functions
  37
- Back-Up Protection Functions
  37
- Control and Monitoring Functions
  38
- Station Communication
  41
- Basic IED Functions
  42
Section 3 Analog Inputs

45
- Introduction
  45
- Operation Principle
  45
- Presumptions for Technical Data
  46
- Settings
  47
Section 4 Binary Input and Output Modules

53
- Binary Input
  53
Section 5 Local Human-Machine-Interface LHMI

59
- Local HMI Screen Behaviour
  59
  - Identification
    59
  - Settings
    59
- Local HMI Signals
  59
  - Function Block
    59
  - Signals
    60
  - Basic Part for LED Indication Module
    60
    
    Function Block
    60
    
    Identification
    60
    
    Signals
    61
    
    Settings
    62
  - LCD Part for HMI Function Keys Control Module
    62
    
    Function Block
    62
    
    Identification
    62
    
    Settings
    63
    
    Signals
    63
  - Operation Principle
    64
    
    Display
    64
    
    Local HMI
    64
    
    Keypad
    67
    
    Leds
    67
    
    Functionality
    68
    
    Led
    68
    
    Indication Leds
    69
    
    Status Leds
    69
    
    Function Keys
    77
    
    Functionality
    77
    
    Operation Principle
    77
Section 6 Differential Protection

81
- 1Ph High Impedance Differential Protection HZPDIF
  81
  - Identification
    81
  - Introduction
    81
  - Function Block
    81
  - Signals
    82
  - Settings
    82
  - Monitored Data
    82
  - Operation Principle
    82
    
    Logic Diagram
    83
    
    Technical Data
    83
Section 7 Current Protection

85
- Four Step Phase Overcurrent Protection 3-Phase Output OC4PTOC
  85
  - Identification
    85
  - Functionality
    85
  - Function Block
    86
  - Signals
    86
  - Settings
    87
  - Monitored Data
    89
  - Operation Principle
    89
  - Second Harmonic Blocking Element
    93
  - Technical Data
    94
- Four Step Residual Overcurrent Protection, Zero, Negative Sequence Direction EF4PTOC
  94
  - Identification
    94
  - Functionality
    95
  - Function Block
    95
  - Signals
    96
  - Settings
    97
  - Monitored Data
    99
  - Operation Principle
    99
    
    Operating Quantity Within the Function
    100
    
    Internal Polarizing
    101
    
    External Polarizing for Earth-Fault Function
    103
    
    Base Quantities Within the Protection
    104
    
    Four Residual Overcurrent Steps
    104
    
    Internal Earth-Fault Protection Structure
    104
    
    Directional Supervision Element with Integrated Directional Comparison Function
    105
  - Second Harmonic Blocking Element
    109
  - Technical Data
    110
- Thermal Overload Protection, Two Time Constants TRPTTR
  111
  - Identification
    111
  - Functionality
    111
  - Function Block
    112
  - Signals
    112
  - Settings
    113
  - Monitored Data
    114
  - Operation Principle
    114
  - Technical Data
    118
- Breaker Failure Protection 3-Phase Activation and Output CCRBRF
  118
  - Identification
    118
  - Functionality
    118
  - Function Block
    119
  - Signals
    119
  - Settings
    120
  - Monitored Data
    120
  - Operation Principle
    121
  - Technical Data
    123
- Pole Discordance Protection CCRPLD
  124
  - Identification
    124
  - Functionality
    124
  - Function Block
    124
    
    Settings
    125
    
    Signals
    125
    
    Monitored Data
    126
    
    Operation Principle
    126
    
    Pole Discordance Signaling from Circuit Breaker
    127
    
    Unsymmetrical Current Detection
    127
    
    Technical Data
    128
  - Negative Sequence Based Overcurrent Function DNSPTOC
    128
    
    Identification
    128
    
    Function Block
    129
    
    Functionality
    129
    
    Signals
    129
    
    Settings
    130
    
    Monitored Data
    131
    
    Operation Principle
    131
    
    Technical Data
    132
Section 8 Voltage Protection

133
- Two Step Undervoltage Protection UV2PTUV
  133
  - Identification
    133
  - Functionality
    133
  - Function Block
    133
  - Signals
    134
  - Settings
    134
  - Monitored Data
    135
  - Operation Principle
    135
    
    Measurement Principle
    136
    
    Time Delay
    136
    
    Blocking
    137
    
    Design
    137
    
    Technical Data
    138
  - Two Step Overvoltage Protection OV2PTOV
    139
    
    Functionality
    139
    
    Identification
    139
    
    Function Block
    140
    
    Signals
    140
    
    Monitored Data
    141
    
    Settings
    141
    
    Measurement Principle
    142
    
    Operation Principle
    142
    
    Time Delay
    143
    
    Blocking
    144
    
    Design
    144
    
    Technical Data
    146
- Two Step Residual Overvoltage Protection ROV2PTOV
  146
  - Identification
    146
  - Functionality
    146
  - Function Block
    147
  - Signals
    147
  - Settings
    147
  - Monitored Data
    148
  - Operation Principle
    148
    
    Blocking
    149
    
    Design
    149
    
    Measurement Principle
    149
    
    Time Delay
    149
  - Technical Data
    151
Section 9 Secondary System Supervision

153
- Fuse Failure Supervision SDDRFUF
  153
  - Identification
    153
  - Functionality
    153
  - Function Block
    154
  - Signals
    154
  - Settings
    155
  - Monitored Data
    156
  - Operation Principle
    156
    
    Zero and Negative Sequence Detection
    156
    
    Delta Current and Delta Voltage Detection
    157
    
    Dead Line Detection
    160
    
    Main Logic
    160
  - Technical Data
    164
- Breaker Close/Trip Circuit Monitoring TCSSCBR
  164
  - Identification
    164
  - Functionality
    164
  - Function Block
    164
  - Signals
    165
  - Settings
    165
  - Operation Principle
    165
  - Technical Data
    166
Section 10 Control

167
- Synchrocheck, Energizing Check, and Synchronizing SESRSYN
  167
  - Identification
    167
  - Functionality
    167
  - Function Block
    168
  - Signals
    168
  - Settings
    170
  - Monitored Data
    172
  - Operation Principle
    173
    
    Basic Functionality
    173
    
    Synchrocheck
    173
    
    Synchronizing
    175
    
    Energizing Check
    176
    
    Fuse Failure Supervision
    177
    
    Voltage Selection
    177
    
    Voltage Selection for a Single Circuit Breaker with Double Busbars
    178
    
    Voltage Selection for a 1 1/2 Circuit Breaker Arrangement
    179
  - Technical Data
    183
- Apparatus Control
  184
  - Functionality
    184
  - Switch Controller SCSWI
    184
    
    Identification
    184
    
    Function Block
    185
    
    Signals
    185
    
    Settings
    186
  - Circuit Breaker SXCBR
    186
    
    Signals
    186
    
    Settings
    187
  - Circuit Switch SXSWI
    187
    
    Signals
    187
    
    Settings
    188
  - Bay Control QCBAY
    189
    
    Function Block
    189
    
    Functionality
    189
    
    Identification
    189
    
    Signals
    189
    
    Settings
    190
  - Local Remote LOCREM
    190
    
    Function Block
    190
    
    Functionality
    190
    
    Identification
    190
    
    Signals
    190
    
    Settings
    191
  - Local Remote Control LOCREMCTRL
    191
    
    Functionality
    191
    
    Identification
    191
    
    Function Block
    192
    
    Signals
    192
    
    Settings
    193
  - Select Release SELGGIO
    193
    
    Function Block
    193
    
    Identification
    193
    
    Signals
    193
    
    Settings
    194
  - Operation Principle
    194
    
    Switch Controller SCSWI
    194
    
    Bay Control QCBAY
    198
    
    Local Remote/Local Remote Control LOCREM/LOCREMCTRL
    200
- Interlocking
  201
  - Functionality
    201
  - Logical Node for Interlocking SCILO
    201
    
    Function Block
    201
    
    Identification
    201
    
    Logic Diagram
    202
    
    Signals
    202
    
    Settings
    203
  - Interlocking for Busbar Earthing Switch BB_ES
    203
    
    Function Block
    203
    
    Functionality
    203
    
    Identification
    203
    
    Logic Diagram
    203
    
    Settings
    204
    
    Signals
    204
  - Interlocking for Bus-Section Breaker A1A2_BS
    204
    
    Functionality
    204
    
    Identification
    204
    
    Function Block
    205
    
    Logic Diagram
    206
    
    Signals
    207
    
    Settings
    209
  - Interlocking for Bus-Section Disconnector A1A2_DC
    209
    
    Functionality
    209
    
    Identification
    209
    
    Function Block
    210
    
    Logic Diagram
    210
    
    Signals
    210
    
    Settings
    211
  - Interlocking for Bus-Coupler Bay ABC_BC
    211
    
    Functionality
    212
    
    Identification
    212
    
    Function Block
    213
    
    Logic Diagram
    213
    
    Signals
    216
    
    Settings
    218
  - Interlocking for 1 1/2 CB BH
    218
    
    Identification
    218
    
    Functionality
    219
    
    Function Block
    220
    
    Logic Diagrams
    222
    
    Signals
    227
    
    Settings
    231
  - Interlocking for Double CB Bay DB
    231
    
    Identification
    231
    
    Functionality
    232
    
    Function Block
    233
    
    Logic Diagrams
    234
    
    Signals
    237
    
    Settings
    240
  - Interlocking for Line Bay ABC_LINE
    240
    
    Functionality
    240
    
    Identification
    240
    
    Function Block
    242
    
    Logic Diagram
    243
    
    Signals
    248
    
    Settings
    250
  - Interlocking for Transformer Bay AB_TRAFO
    250
    
    Functionality
    251
    
    Identification
    251
    
    Function Block
    252
    
    Logic Diagram
    252
    
    Signals
    254
    
    Settings
    255
  - Position Evaluation POS_EVAL
    256
    
    Function Block
    256
    
    Functionality
    256
    
    Identification
    256
    
    Logic Diagram
    256
    
    Settings
    257
    
    Signals
    257
  - Operation Principle
    257
- Logic Rotating Switch for Function Selection and LHMI Presentation SLGGIO
  260
  - Identification
    260
  - Functionality
    260
  - Function Block
    261
  - Signals
    261
  - Settings
    262
  - Monitored Data
    263
  - Operation Principle
    263
- Selector Mini Switch VSGGIO
  263
  - Identification
    263
  - Functionality
    264
  - Function Block
    264
  - Signals
    264
  - Settings
    265
  - Operation Principle
    265
- IEC 61850 Generic Communication I/O Functions DPGGIO
  266
  - Identification
    266
  - Functionality
    266
  - Function Block
    266
  - Signals
    266
  - Settings
    267
  - Operation Principle
    267
- Single Point Generic Control 8 Signals SPC8GGIO
  267
  - Identification
    267
  - Functionality
    267
  - Function Block
    267
  - Signals
    268
  - Settings
    268
  - Operation Principle
    269
- Automation Bits AUTOBITS
  269
  - Identification
    269
  - Functionality
    269
  - Function Block
    270
  - Signals
    270
  - Settings
    271
  - Operation Principle
    271
- Function Commands for IEC 60870-5-103 I103CMD
  272
  - Functionality
    272
  - Function Block
    272
  - Signals
    272
  - Settings
    273
- IED Commands for IEC 60870-5-103 I103IEDCMD
  273
  - Functionality
    273
  - Function Block
    273
    
    Signals
    273
    
    Settings
    274
  - Function Commands User Defined for IEC 60870-5-103
    274
  - I103Usrcmd
    274
    
    Function Block
    274
    
    Functionality
    274
    
    Signals
    274
    
    Functionality
    275
    
    Settings
    275
    
    Function Block
    276
    
    Settings
    276
    
    Signals
    276
  - IED Commands with Position and Select for IEC 60870-5-103
    276
  - I103Poscmd
    276
    
    Functionality
    276
    
    Function Block
    277
    
    Settings
    277
    
    Signals
    277
Section 11 Logic

279
- Tripping Logic Common 3-Phase Output SMPPTRC
  279
  - Identification
    279
  - Functionality
    279
  - Function Block
    279
  - Signals
    280
  - Settings
    280
  - Operation Principle
    280
  - Technical Data
    281
  - Trip Matrix Logic TMAGGIO
    281
    
    Functionality
    281
    
    Identification
    281
    
    Function Block
    282
    
    Signals
    282
    
    Settings
    283
    
    Operation Principle
    284
  - Configurable Logic Blocks
    285
    
    Functionality
    285
    
    Standard Configurable Logic Blocks
    285
    
    OR Function Block
    287
    
    Inverter Function Block INVERTER
    288
    
    PULSETIMER Function Block
    289
    
    Controllable Gate Function Block GATE
    290
    
    Exclusive or Function Block XOR
    291
    
    Loop Delay Function Block LOOPDELAY
    292
    
    Timer Function Block TIMERSET
    293
    
    AND Function Block
    294
    
    Set-Reset Memory Function Block SRMEMORY
    295
    
    Reset-Set with Memory Function Block RSMEMORY
    296
  - Technical Data
    298
- Fixed Signals FXDSIGN
  299
  - Identification
    299
  - Functionality
    299
  - Function Block
    299
  - Signals
    299
  - Settings
    300
  - Operation Principle
    300
- Boolean 16 to Integer Conversion B16I
  300
  - Identification
    300
  - Functionality
    300
  - Function Block
    301
  - Signals
    301
  - Settings
    302
  - Monitored Data
    302
  - Operation Principle
    302
- Boolean 16 to Integer Conversion with Logic Node Representation B16IFCVI
  303
  - Identification
    303
  - Functionality
    303
  - Function Block
    304
  - Signals
    304
  - Settings
    305
  - Monitored Data
    305
  - Operation Principle
    305
- Integer to Boolean 16 Conversion IB16A
  306
  - Identification
    306
  - Functionality
    306
  - Function Block
    306
  - Signals
    307
  - Settings
    307
  - Operation Principle
    307
- Integer to Boolean 16 Conversion with Logic Node Representation IB16FCVB
  309
  - Identification
    309
  - Functionality
    309
  - Function Block
    309
  - Signals
    309
  - Settings
    310
    
    Operation Principle
    310
  - Elapsed Time Integrator with Limit Transgression and Overflow Supervision TEIGGIO
    311
    
    Identification
    311
    
    Function Block
    312
    
    Functionality
    312
    
    Signals
    312
    
    Operation Principle
    313
    
    Settings
    313
    
    Memory Storage
    314
    
    Operation Accuracy
    314
    
    Technical Data
    315
Section 12 Monitoring

317
- Measurements
  317
  - Functionality
    317
  - Measurements CVMMXN
    318
    
    Identification
    318
    
    Function Block
    319
    
    Signals
    319
    
    Settings
    320
    
    Identification
    323
    
    Monitored Data
    323
    
    Phase Current Measurement CMMXU
    323
    
    Function Block
    324
    
    Settings
    324
    
    Signals
    324
    
    Monitored Data
    325
    
    Function Block
    326
    
    Identification
    326
    
    Phase-Phase Voltage Measurement VMMXU
    326
    
    Signals
    326
    
    Monitored Data
    327
    
    Settings
    327
    
    Current Sequence Component Measurement CMSQI
    328
    
    Function Block
    328
    
    Identification
    328
    
    Signals
    328
    
    Settings
    329
    
    Identification
    330
    
    Monitored Data
    330
    
    Voltage Sequence Measurement VMSQI
    330
    
    Function Block
    331
    
    Signals
    331
    
    Settings
    332
    
    Monitored Data
    333
  - Phase-Neutral Voltage Measurement VNMMXU
    333
    
    Function Block
    333
    
    Identification
    333
    
    Settings
    334
    
    Signals
    334
    
    Monitored Data
    335
  - Operation Principle
    335
    
    Measurement Supervision
    335
    
    Measurements CVMMXN
    340
    
    Phase Current Measurement CMMXU
    345
    
    Phase-Phase and Phase-Neutral Voltage Measurements VMMXU, VNMMXU
    346
    
    Voltage and Current Sequence Measurements VMSQI, CMSQI
    346
  - Technical Data
    346
- Event Counter CNTGGIO
  347
  - Identification
    347
  - Functionality
    347
  - Function Block
    347
  - Signals
    347
  - Settings
    348
  - Monitored Data
    348
  - Operation Principle
    348
    
    Reporting
    349
  - Technical Data
    349
- Function Description
  349
  - Limit Counter L4UFCNT
    349
  - Introduction
    349
  - Principle of Operation
    350
    
    Design
    350
    
    Reporting
    351
  - Function Block
    351
  - Signals
    352
  - Settings
    352
  - Monitored Data
    353
  - Technical Data
    353
- Disturbance Report
  353
  - Functionality
    353
  - Disturbance Report DRPRDRE
    354
    
    Function Block
    354
    
    Identification
    354
    
    Settings
    354
    
    Signals
    354
    
    Monitored Data
    355
  - Analog Input Signals Axradr
    358
    
    Identification
    358
    
    Function Block
    359
    
    Signals
    359
    
    Settings
    360
  - Analog Input Signals A4RADR
    363
    
    Function Block
    363
    
    Identification
    363
    
    Settings
    364
    
    Signals
    364
  - Binary Input Signals Bxrbdr
    368
    
    Function Block
    368
    
    Identification
    368
    
    Signals
    368
    
    Settings
    369
  - Operation Principle
    374
    
    Disturbance Information
    376
    
    Disturbance Recorder
    376
    
    Event List
    376
    
    Event Recorder
    376
    
    Indications
    376
    
    Recording Times
    376
    
    Time Tagging
    376
    
    Trip Value Recorder
    376
    
    Analog Signals
    377
    
    Binary Signals
    379
    
    Trigger Signals
    379
    
    Post Retrigger
    380
  - Technical Data
    381
- Indications
  381
  - Functionality
    381
  - Function Block
    382
  - Signals
    382
    
    Input Signals
    382
  - Operation Principle
    382
  - Technical Data
    383
- Event Recorder
  383
  - Functionality
    383
  - Function Block
    383
  - Signals
    383
    
    Input Signals
    383
    
    Technical Data
    384
    
    Signals
    385
    
    Function Block
    386
- Technical Data
  387
  - Operation Principle
    388
  - Technical Data
    390
- Signals
  392
- Operation Principle
  393
  - Function Block
    394
  - Signals
    394
  - Settings
    394
  - Functionality
    394
  - Monitored Data
    395
  - Operation Principle
    395
- Measured Value Expander Block MVEXP
  395
  - Identification
    395
  - Functionality
    396
  - Function Block
    396
  - Signals
    396
  - Settings
    396
  - Operation Principle
    397
- Station Battery Supervision SPVNZBAT
  397
  - Identification
    397
  - Function Block
    397
  - Functionality
    397
  - Signals
    398
  - Settings
    398
  - Measured Values
    399
  - Monitored Data
    399
  - Operation Principle
    399
  - Technical Data
    400
- Insulation Gas Monitoring Function SSIMG
  400
  - Identification
    400
  - Functionality
    401
  - Function Block
    401
  - Signals
    401
  - Settings
    402
  - Operation Principle
    402
  - Technical Data
    403
- Insulation Liquid Monitoring Function SSIML
  403
  - Identification
    403
  - Functionality
    403
  - Function Block
    403
  - Signals
    404
  - Settings
    404
  - Operation Principle
    405
  - Technical Data
    405
- Circuit Breaker Condition Monitoring SSCBR
  405
  - Identification
    405
  - Functionality
    406
  - Function Block
    406
  - Signals
    406
    
    Settings
    407
    
    Monitored Data
    408
    
    Operation Principle
    409
    
    Circuit Breaker Status
    410
    
    Circuit Breaker Operation Monitoring
    411
    
    Breaker Contact Travel Time
    412
    
    Operation Counter
    413
    
    Accumulation of I y T
    414
    
    Remaining Life of the Circuit Breaker
    416
    
    Circuit Breaker Spring Charged Indication
    417
    
    Gas Pressure Supervision
    418
    
    Technical Data
    419
  - Measurands for IEC 60870-5-103 I103MEAS
    419
    
    Functionality
    419
    
    Function Block
    420
    
    Settings
    421
    
    Signals
    421
  - Measurands User Defined Signals for IEC 60870-5-103
    422
  - I103Measusr
    422
    
    Function Block
    422
    
    Functionality
    422
    
    Signals
    422
    
    Settings
    423
  - Function Status Auto-Recloser for IEC 60870-5-103 I103AR
    423
    
    Function Block
    423
    
    Functionality
    423
    
    Settings
    424
    
    Signals
    424
  - Function Status Earth-Fault for IEC 60870-5-103 I103EF
    424
    
    Function Block
    424
    
    Functionality
    424
    
    Settings
    425
  - Function Status Fault Protection for IEC 60870-5-103
    425
  - I103Fltprot
    425
    
    Functionality
    425
    
    Function Block
    426
    
    Signals
    426
    
    Settings
    427
  - IED Status for IEC 60870-5-103 I103IED
    427
    
    Functionality
    427
    
    Function Block
    428
    
    Settings
    428
    
    Signals
    428
  - Supervison Status for IEC 60870-5-103 I103SUPERV
    428
    
    Functionality
    428
    
    Function Block
    429
    
    Functionality
    429
    
    Settings
    429
    
    Signals
    429
    
    Function Block
    430
    
    Signals
    430
    
    Settings
    431
Section 13 Metering

433
- Pulse Counter PCGGIO
  433
  - Identification
    433
  - Functionality
    433
  - Function Block
    433
  - Signals
    433
  - Settings
    434
  - Monitored Data
    434
  - Operation Principle
    434
  - Technical Data
    436
- Energy Calculation and Demand Handling ETPMMTR
  436
  - Identification
    436
  - Functionality
    436
  - Function Block
    437
  - Signals
    437
  - Settings
    438
  - Monitored Data
    439
  - Operation Principle
    439
  - Technical Data
    440
Section 14 Station Communication

441
- DNP3 Protocol
  441
- IEC 61850-8-1 Communication Protocol
  441
  - Identification
    441
  - Functionality
    441
  - Communication Interfaces and Protocols
    442
  - Settings
    442
  - Technical Data
    443
- Horizontal Communication Via GOOSE for Interlocking
  443
  - Identification
    443
  - Function Block
    444
  - Signals
    444
  - Settings
    446
- Goose Binary Receive GOOSEBINRCV
  446
  - Identification
    446
  - Function Block
    447
  - Signals
    447
  - Settings
    448
  - Operation Principle
    448
- GOOSE Function Block to Receive a Double Point Value GOOSEDPRCV
  449
  - Identification
    449
  - Functionality
    449
  - Function Block
    449
  - Signals
    449
  - Settings
    450
  - Operation Principle
    450
- GOOSE Function Block to Receive an Integer Value GOOSEINTRCV
  450
  - Identification
    450
  - Functionality
    451
  - Function Block
    451
  - Signals
    451
  - Settings
    451
  - Operation Principle
    451
- GOOSE Function Block to Receive a Measurand Value GOOSEMVRCV
  452
  - Identification
    452
  - Functionality
    452
  - Function Block
    452
  - Signals
    452
  - Settings
    453
  - Operation Principle
    453
- GOOSE Function Block to Receive a Single Point Value GOOSESPRCV
  453
  - Identification
    453
  - Functionality
    454
  - Function Block
    454
  - Signals
    454
  - Settings
    454
  - Operation Principle
    454
- IEC 60870-5-103 Communication Protocol
  455
  - Functionality
    455
  - Settings
    456
- IEC 61850-8-1 Redundant Station Bus Communication
  456
  - Functionality
    457
    
    Principle of Operation
    457
    
    Function Block
    458
    
    Setting Parameters
    459
  - Activity Logging Parameters ACTIVLOG
    459
    
    Activity Logging ACTIVLOG
    459
    
    Settings
    459
  - Generic Security Application Component AGSAL
    460
    
    Generic Security Application AGSAL
    460
  - Security Events on Protocols SECALARM
    460
    
    Security Alarm SECALARM
    460
    
    Settings
    460
    
    Signals
    460
Section 15 Basic IED Functions

461
- Self Supervision with Internal Event List
  461
  - Functionality
    461
  - Internal Error Signals INTERRSIG
    461
    
    Function Block
    461
    
    Identification
    461
    
    Signals
    461
    
    Identification
    462
    
    Internal Event List SELFSUPEVLST
    462
    
    Operation Principle
    462
    
    Settings
    462
    
    Internal Signals
    464
    
    Run-Time Model
    466
    
    Technical Data
    467
  - Time Synchronization
    468
    
    Functionality
    468
    
    Identification
    468
    
    Settings
    468
    
    Time Synchronization TIMESYNCHGEN
    468
    
    Time Synchronization Via SNTP
    468
    
    Identification
    469
    
    Settings
    469
    
    Time System, Summer Time Begin DSTBEGIN
    469
    
    Identification
    470
    
    Settings
    470
    
    Time System, Summer Time Ends DSTEND
    470
    
    Time Zone from UTC TIMEZONE
    470
    
    Settings
    471
  - Time Synchronization Via IRIG-B
    471
    
    Identification
    471
  - Operation Principle
    471
    
    General Concepts
    471
    
    Real-Time Clock (RTC) Operation
    473
    
    Synchronization Alternatives
    473
  - Technical Data
    475
- Parameter Setting Group Handling
  475
  - Functionality
    475
  - Setting Group Handling SETGRPS
    475
    
    Identification
    475
    
    Settings
    475
  - Parameter Setting Groups ACTVGRP
    476
    
    Function Block
    476
    
    Identification
    476
    
    Settings
    476
    
    Signals
    476
  - Operation Principle
    477
- Test Mode Functionality TESTMODE
  478
  - Identification
    478
  - Functionality
    478
  - Function Block
    478
  - Signals
    478
  - Settings
    479
  - Operation Principle
    479
- Change Lock Function CHNGLCK
  480
  - Identification
    480
  - Functionality
    480
  - Function Block
    481
  - Signals
    481
  - Settings
    481
  - Operation Principle
    481
- IED Identifiers TERMINALID
  482
  - Identification
    482
  - Functionality
    482
  - Settings
    482
- Product Information
  483
  - Identification
    483
  - Functionality
    483
  - Settings
    483
- Primary System Values PRIMVAL
  483
  - Functionality
    484
  - Settings
    484
- Signal Matrix for Analog Inputs SMAI
  484
  - Identification
    484
  - Function Block
    485
  - Signals
    485
  - Settings
    487
  - Operation Principle
    488
- Summation Block 3 Phase 3PHSUM
  492
  - Identification
    492
  - Functionality
    492
  - Function Block
    492
  - Signals
    492
  - Settings
    493
  - Operation Principle
    493
- Global Base Values GBASVAL
  493
  - Identification
    494
  - Functionality
    494
  - Settings
    494
- Authority Check ATHCHCK
  494
  - Settings
    495
  - Operation Principle
    495
    
    Authorization Handling in the IED
    496
- Authority Management AUTHMAN
  497
  - Identification
    497
  - Authman
    497
  - Settings
    497
- FTP Access with Password FTPACCS
  498
  - Identification
    498
  - FTP Access with SSL FTPACCS
    498
  - Settings
    498
- Authority Status ATHSTAT
  499
  - Identification
    499
  - Functionality
    499
  - Function Block
    499
  - Signals
    499
  - Settings
    499
  - Operation Principle
    499
- Denial of Service
  500
  - Functionality
    500
  - Denial of Service, Frame Rate Control for Front Port DOSFRNT
    500
    
    Function Block
    500
    
    Identification
    500
    
    Signals
    500
    
    Monitored Data
    501
    
    Settings
    501
  - Denial of Service, Frame Rate Control for LAN1 Port DOSLAN1
    501
    
    Function Block
    502
    
    Monitored Data
    502
    
    Settings
    502
    
    Signals
    502
  - Operation Principle
    503
Section 16 IED Physical Connections

505
- Protective Earth Connections
  505
- Inputs
  505
  - Measuring Inputs
    505
  - Auxiliary Supply Voltage Input
    506
  - Binary Inputs
    507
- Outputs
  510
  - Outputs for Tripping, Controlling and Signalling
    510
  - Outputs for Signalling
    512
  - Irf
    515
- Communication Connections
  515
- Connection Diagrams
  517
Section 17 Technical Data

519
- Dimensions
  519
- Power Supply
  519
- Energizing Inputs
  520
- Binary Inputs
  520
- Signal Outputs
  521
- Power Outputs
  521
- Data Communication Interfaces
  522
- Enclosure Class
  523
- Ingress Protection
  523
- Environmental Conditions and Tests
  524
Section 18 IED and Functionality Tests

525
- Electromagnetic Compatibility Tests
  525
- Insulation Tests
  527
- Mechanical Tests
  527
- Product Safety
  527
- EMC Compliance
  528
Section 19 Time Inverse Characteristics

529
- Application
  529
- Operation Principle
  532
  - Mode of Operation
    532
- Inverse Time Characteristics
  535
Section 20 Glossary

559

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Table of Contents

Section 1 Introduction

Section 2 Available Functions

Section 3 Analog Inputs

Section 4 Binary Input and Output Modules

Section 5 Local Human-Machine-Interface LHMI

Section 6 Differential Protection

Section 7 Current Protection

Section 8 Voltage Protection

Section 9 Secondary System Supervision

Section 10 Control

Section 11 Logic

Section 12 Monitoring

Section 13 Metering

Section 14 Station Communication

Section 15 Basic IED Functions

Section 16 IED Physical Connections

Section 17 Technical Data

Section 18 IED and Functionality Tests

Section 19 Time Inverse Characteristics

Section 20 Glossary

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