ABB RED650 Manuals

Manuals and User Guides for ABB RED650. We have 7 ABB RED650 manuals available for free PDF download: Technical Manual, Applications Manual, Commissioning Manual, Manual, Operation Manual

ABB RED650 Technical Manual (926 pages)

Brand: ABB | Category: Protection Device | Size: 28.37 MB

Table of Contents
7
Section 1 Introduction

37
- This Manual
  37
  - Presumptions for Technical Data
    37
- Intended Audience
  38
- Product Documentation
  38
  - Product Documentation Set
    38
  - Document Revision History
    40
  - Related Documents
    40
- Document Symbols and Conventions
  41
  - Symbols
    41
  - Document Conventions
    42
- IEC 61850 Edition 1 / Edition 2 Mapping
  42
Section 2 Available Functions

47
- Main Protection Functions
  47
- Back-Up Protection Functions
  48
- Control and Monitoring Functions
  48
- Communication
  51
- Basic IED Functions
  53
Section 3 Analog Inputs

55
- Introduction
  55
- Function Block
  55
- Signals
  56
- Settings
  57
- Monitored Data
  62
- Operation Principle
  63
- Technical Data
  64
Section 4 Binary Input and Output Modules

65
- Binary Input
  65
Section 5 Local Human-Machine-Interface LHMI

67
- Local HMI Screen Behaviour
  67
  - Identification
    67
  - Local HMI Signals
    67
    
    Function Block
    67
    
    Signals
    67
  - Basic Part for LED Indication Module
    68
    
    Function Block
    68
    
    Identification
    68
    
    Settings
    69
    
    Signals
    69
  - LCD Part for HMI Function Keys Control Module
    70
    
    Function Block
    70
    
    Identification
    70
    
    Signals
    70
    
    Settings
    71
  - Operation Principle
    72
    
    Local HMI
    72
    
    Keypad
    73
    
    Display
    75
    
    Leds
    78
    
    Functionality
    80
    
    Indication Leds
    80
    
    LED Configuration Alternatives
    80
    
    Status Leds
    80
    
    Function Keys
    89
    
    Functionality
    89
    
    Operation Principle
    89
Section 6 Differential Protection

91
- Line Differential Protection
  91
  - Identification
    91
  - Functionality
    91
    
    Line Differential Protection for 3 CT Sets, 2-3 Line Ends, In-Zone Transformer LT3CPDIF
    91
    
    Analog Signal Transfer for Line Differential Protection
    92
    
    Function Block
    93
    
    Signals
    94
    
    Settings
    96
    
    Algorithm and Logic
    99
    
    Monitored Data
    99
    
    Operation Principle
    99
    
    Time Synchronization
    107
    
    Analog Signal Communication for Line Differential Protection
    108
    
    Open CT Detection Feature
    110
    
    Binary Signal Transfer
    112
    
    Line Differential Protection Logic LDLPSCH
    112
  - Technical Data
    115
Section 7 Impedance Protection

117
- Distance Protection ZMFPDIS
  117
  - Identification
    117
  - Functionality
    117
  - Function Block
    118
  - Signals
    119
  - Settings
    121
  - Monitored Data
    122
  - Operation Principle
    123
    
    Distance Measuring Zones
    124
    
    Filtering
    124
    
    Phase-Selection Element
    125
    
    Directional Criteria
    126
    
    Fuse Failure
    127
    
    Measuring Principles
    127
    
    Power Swings
    127
    
    Load Encroachment
    138
    
    Simplified Logic Schemes
    139
    
    Measurement
    146
  - Technical Data
    151
- Power Swing Detection ZMRPSB
  152
  - Identification
    152
  - Functionality
    152
  - Function Block
    152
  - Signals
    152
  - Settings
    153
  - Operation Principle
    154
    
    Resistive Reach in Forward Direction
    155
    
    Resistive Reach in Reverse Direction
    156
    
    Basic Detection Logic
    157
    
    Reactive Reach in Forward and Reverse Direction
    157
    
    Operating and Inhibit Conditions
    159
  - Technical Data
    160
- Automatic Switch Onto Fault Logic ZCVPSOF
  160
  - Identification
    160
  - Functionality
    161
  - Function Block
    161
  - Signals
    161
  - Settings
    162
  - Monitored Data
    162
  - Operation Principle
    163
    
    Technical Data
    164
Section 8 Current Protection

165
- Instantaneous Phase Overcurrent Protection PHPIOC
  165
  - Identification
    165
  - Functionality
    165
  - Function Block
    165
  - Signals
    165
  - Settings
    166
  - Monitored Data
    166
  - Operation Principle
    167
  - Technical Data
    168
  - Directional Phase Overcurrent Protection, Four Steps OC4PTOC
    168
    
    Functionality
    168
    
    Identification
    168
    
    Function Block
    169
    
    Signals
    170
    
    Settings
    171
    
    Monitored Data
    177
    
    Operation Principle
    177
    
    Technical Data
    184
  - Instantaneous Residual Overcurrent Protection EFPIOC
    185
    
    Function Block
    185
    
    Functionality
    185
    
    Identification
    185
    
    Signals
    185
    
    Monitored Data
    186
    
    Operation Principle
    186
    
    Settings
    186
    
    Technical Data
    187
  - Directional Residual Overcurrent Protection, Four Steps EF4PTOC
    188
    
    Functionality
    188
    
    Identification
    188
    
    Function Block
    189
    
    Signals
    189
    
    Settings
    190
    
    Monitored Data
    197
    
    Operating Quantity Within the Function
    197
    
    Operation Principle
    197
    
    Internal Polarizing
    198
    
    Base Quantities Within the Protection
    201
    
    Directional Detection for Earth Fault Function
    201
    
    External Polarizing for Earth-Fault Function
    201
    
    Four Residual Overcurrent Steps
    201
    
    Internal Earth-Fault Protection Structure
    201
    
    Directional Supervision Element with Integrated Directional Comparison Function
    203
    
    Second Harmonic Blocking Element
    205
    
    Switch on to Fault Feature
    207
  - Technical Data
    209
- Thermal Overload Protection, One Time Constant, Celsius/Fahrenheit LCPTTR/LFPTTR
  210
  - Identification
    210
  - Functionality
    210
  - Function Block
    211
  - Signals
    211
  - Settings
    212
  - Monitored Data
    214
  - Operation Principle
    214
  - Technical Data
    218
- Breaker Failure Protection CCRBRF
  218
  - Identification
    218
  - Functionality
    218
  - Function Block
    219
  - Signals
    219
  - Settings
    220
  - Monitored Data
    221
  - Operation Principle
    221
  - Technical Data
    224
- Pole Discordance Protection CCPDSC
  225
  - Identification
    225
  - Functionality
    225
  - Function Block
    226
  - Signals
    226
  - Settings
    227
  - Monitored Data
    227
  - Operation Principle
    227
    
    Pole Discordance Signaling from Circuit Breaker
    230
    
    Unsymmetrical Current Detection
    230
  - Technical Data
    231
Section 9 Voltage Protection

233
- Two Step Undervoltage Protection UV2PTUV
  233
  - Identification
    233
  - Functionality
    233
  - Function Block
    234
  - Signals
    234
  - Settings
    235
    
    Monitored Data
    237
    
    Operation Principle
    237
    
    Measurement Principle
    238
    
    Time Delay
    238
    
    Blocking
    244
    
    Design
    245
    
    Technical Data
    246
  - Two Step Overvoltage Protection OV2PTOV
    247
    
    Functionality OV2PTOV
    247
    
    Identification
    247
    
    Function Block
    248
    
    Signals
    248
    
    Settings
    249
    
    Monitored Data
    251
    
    Operation Principle
    251
    
    Measurement Principle
    252
    
    Time Delay
    252
    
    Blocking
    258
    
    Design
    258
    
    Technical Data
    259
  - Two Step Residual Overvoltage Protection ROV2PTOV
    260
    
    Functionality
    260
    
    Identification
    260
    
    Function Block
    261
    
    Signals
    261
    
    Settings
    262
    
    Monitored Data
    263
    
    Measurement Principle
    264
    
    Operation Principle
    264
    
    Time Delay
    264
    
    Blocking
    269
    
    Design
    269
    
    Technical Data
    270
Section 10 Frequency Protection

273
- Underfrequency Protection SAPTUF
  273
  - Identification
    273
  - Functionality
    273
  - Function Block
    273
  - Signals
    274
  - Settings
    274
  - Operation Principle
    275
    
    Measurement Principle
    275
    
    Time Delay
    275
    
    Voltage Dependent Time Delay
    276
    
    Blocking
    277
    
    Design
    277
  - Technical Data
    278
- Overfrequency Protection SAPTOF
  279
  - Identification
    279
  - Functionality
    279
  - Function Block
    280
  - Signals
    280
  - Settings
    280
  - Operation Principle
    281
    
    Measurement Principle
    281
    
    Time Delay
    281
    
    Blocking
    282
    
    Design
    282
  - Technical Data
    283
- Rate-Of-Change of Frequency Protection SAPFRC
  283
  - Identification
    283
  - Functionality
    283
  - Function Block
    284
  - Signals
    284
  - Settings
    284
  - Operation Principle
    285
    
    Measurement Principle
    285
    
    Time Delay
    285
    
    Blocking
    286
    
    Design
    286
  - Technical Data
    287
Section 11 Secondary System Supervision

289
- Current Circuit Supervision CCSSPVC
  289
  - Identification
    289
  - Functionality
    289
  - Function Block
    289
  - Signals
    290
  - Settings
    290
  - Operation Principle
    290
  - Technical Data
    292
- Fuse Failure Supervision FUFSPVC
  292
  - Identification
    292
  - Functionality
    293
  - Function Block
    293
  - Signals
    294
  - Settings
    295
    
    Monitored Data
    296
    
    Operation Principle
    296
    
    Zero and Negative Sequence Detection
    296
    
    Delta Current and Delta Voltage Detection
    298
    
    Dead Line Detection
    301
    
    Main Logic
    302
    
    Technical Data
    305
Section 12 Control

307
- Synchrocheck, Energizing Check, and Synchronizing SESRSYN
  307
  - Identification
    307
  - Functionality
    307
  - Function Block
    308
  - Signals
    308
  - Settings
    311
  - Monitored Data
    313
  - Operation Principle
    313
    
    Basic Functionality
    313
    
    Logic Diagrams
    314
    
    Technical Data
    326
  - Autorecloser for 1 Phase, 2 Phase And/Or 3 Phase Operation SMBRREC
    327
    
    Functionality
    327
    
    Identification
    327
    
    Function Block
    328
    
    Signals
    328
    
    Settings
    330
    
    Operation Principle
    332
    
    Status Descriptions
    332
    
    Terminology Explanation
    332
    
    Description of the Status Transition
    333
    
    Functional Sequence Description
    334
    
    Time Sequence Diagrams
    348
    
    Technical Data
    351
  - Interlocking
    352
    
    Function Block
    352
    
    Functionality
    352
    
    Identification
    352
    
    Logical Node for Interlocking SCILO
    352
    
    Logic Diagram
    353
    
    Signals
    353
  - Apparatus Control APC
    354
    
    Functionality
    354
    
    Operation Principle
    355
  - Error Handling
    356
  - Bay Control QCBAY
    359
    
    Function Block
    360
    
    Functionality
    360
    
    Signals
    360
    
    Operation Principle
    361
    
    Settings
    361
  - Local/Remote Switch LOCREM
    363
    
    Function Block
    363
    
    Signals
    364
    
    Operation Principle
    365
    
    Settings
    365
  - Switch Controller SCSWI
    366
    
    Function Block
    367
    
    Functionality
    367
    
    Signals
    367
    
    Operation Principle
    369
    
    Settings
    369
    
    Interaction with Switch on Process Bus
    376
  - Circuit Breaker SXCBR
    377
    
    Functionality
    377
    
    Function Block
    378
    
    Signals
    378
    
    Operation Principle
    379
    
    Settings
    379
  - Proxy for Signals from Switching Device Via GOOSE XLNPROXY
    384
    
    Function Block
    384
    
    Functionality
    384
    
    Signals
    384
    
    Command Response Evaluation
    386
    
    Operation Principle
    386
    
    Position Supervision
    386
    
    Settings
    386
- Logic Rotating Switch for Function Selection and LHMI Presentation SLGAPC
  388
  - Identification
    388
  - Functionality
    388
  - Function Block
    389
  - Signals
    389
  - Settings
    391
  - Monitored Data
    391
  - Operation Principle
    391
    
    Graphical Display
    392
- Selector Mini Switch VSGAPC
  393
  - Identification
    393
  - Functionality
    394
  - Function Block
    394
  - Signals
    394
  - Settings
    395
  - Operation Principle
    395
- Generic Communication Function for Double Point Indication DPGAPC
  396
  - Identification
    396
  - Functionality
    396
  - Function Block
    396
  - Signals
    397
  - Settings
    397
  - Operation Principle
    397
- Single Point Generic Control 8 Signals SPC8GAPC
  398
  - Identification
    398
  - Functionality
    398
  - Function Block
    398
  - Signals
    399
  - Settings
    399
  - Operation Principle
    400
- Automationbits, Command Function for DNP3.0 AUTOBITS
  400
  - Identification
    400
  - Functionality
    400
  - Function Block
    401
  - Signals
    401
  - Settings
    402
  - Operation Principle
    403
- Single Command, 16 Signals SINGLECMD
  403
  - Identification
    403
  - Functionality
    403
  - Function Block
    404
  - Signals
    404
  - Settings
    405
  - Operation Principle
    405

ABB RED650 Applications Manual (454 pages)

RELION 650 SERIES, Line differential protection Version 2.2

Brand: ABB | Category: Protection Device | Size: 11.06 MB

Table of Contents
7
Section 1 Introduction

23
- This Manual
  23
  - Presumptions for Technical Data
    23
- Intended Audience
  24
- Product Documentation
  24
  - Product Documentation Set
    24
  - Document Revision History
    26
  - Related Documents
    26
- Document Symbols and Conventions
  27
  - Symbols
    27
  - Document Conventions
    28
- IEC 61850 Edition 1 / Edition 2 Mapping
  28
Section 2 Application

33
- General IED Application
  33
- Main Protection Functions
  34
- Back-Up Protection Functions
  35
- Control and Monitoring Functions
  36
- Communication
  39
- Basic IED Functions
  41
Section 3 Configuration

43
- Description of Configuration RED650
  43
  - Introduction
    43
    
    Description of A11
    43
Section 4 Analog Inputs

45
- Introduction
  45
- Setting Guidelines
  45
  - Setting of the Phase Reference Channel
    46
    
    Example
    46
  - Setting of Current Channels
    46
    
    Example 1
    46
    
    Example 2
    47
    
    Example 3
    48
    
    Examples on How to Connect, Configure and Set CT Inputs for most Commonly Used CT Connections
    51
    
    Example on How to Connect a Star Connected Three- Phase CT Set to the IED
    52
    
    Example How to Connect Delta Connected Three-Phase CT Set to the IED
    56
    
    Example How to Connect Single-Phase CT to the IED
    59
    
    Example
    61
    
    Relationships between Setting Parameter Base Current, CT Rated Primary Current and Minimum Pickup of a Protection IED
    61
    
    Setting of Voltage Channels
    61
    
    Examples How to Connect, Configure and Set VT Inputs for most Commonly Used VT Connections
    62
    
    Examples on How to Connect a Three Phase-To-Earth Connected VT to the IED
    63
    
    Example on How to Connect a Phase-To-Phase Connected VT to the IED
    65
    
    Example on How to Connect an Open Delta VT to the IED for High Impedance Earthed or Unearthed Networks
    67
    
    Example How to Connect the Open Delta VT to the IED for Low Impedance Earthed or Solidly Earthed Power Systems
    70
Section 5 Local HMI

73
- Display
  74
- Leds
  76
- Keypad
  77
- Local HMI Functionality
  79
  - Protection and Alarm Indication
    79
  - Parameter Management
    80
  - Front Communication
    81
Section 6 Differential Protection

83
- Line Differential Protection
  83
  - Identification
    83
  - Application
    83
    
    Power Transformers in the Protected Zone
    84
    
    Small Power Transformers in a Tap
    85
    
    Charging Current Compensation
    86
    
    Communication Channels for Line Differential Protection
    88
    
    Time Synchronization
    88
    
    Configuration of Analog Signals
    90
    
    Configuration of Output Signals
    91
    
    Open CT Detection
    91
    
    General Settings
    92
    
    Setting Guidelines
    92
    
    Percentage Restrained Differential Operation
    93
    
    The 2Nd and 5Th Harmonic Analysis
    97
    
    Internal/External Fault Discriminator
    98
    
    Power Transformers in the Protected Zone
    99
    
    Settings Examples
    103
Section 7 Impedance Protection

113
- Distance Protection ZMFPDIS
  113
  - Identification
    113
  - Application
    113
    
    System Earthing
    113
    
    Fault Infeed from Remote End
    117
    
    Load Encroachment
    118
    
    Long Transmission Line Application
    119
    
    Short Line Application
    119
    
    Parallel Line Application with Mutual Coupling
    120
    
    Tapped Line Application
    126
  - Setting Guidelines
    128
    
    General
    128
    
    Setting of Overreaching Zone
    129
    
    Setting of Zone 1
    129
    
    Setting of Reverse Zone
    130
    
    Setting of Zones for Parallel Line Application
    130
    
    Setting the Reach with Respect to Load
    132
    
    Zone Reach Setting Lower than Minimum Load Impedance
    133
    
    Zone Reach Setting Higher than Minimum Load Impedance
    135
    
    Other Settings
    136
    
    ZMMMXU Settings
    139
- Power Swing Detection ZMRPSB
  140
  - Identification
    140
  - Application
    140
    
    General
    140
    
    Basic Characteristics
    141
  - Setting Guidelines
    141
- Automatic Switch Onto Fault Logic ZCVPSOF
  149
  - Identification
    149
  - Application
    149
  - Setting Guidelines
    150
Section 8 Current Protection

153
- Instantaneous Phase Overcurrent Protection PHPIOC
  153
  - Identification
    153
  - Application
    153
  - Setting Guidelines
    154
    
    Meshed Network Without Parallel Line
    154
    
    Meshed Network with Parallel Line
    156
- Directional Phase Overcurrent Protection, Four Steps OC4PTOC
  158
  - Identification
    158
  - Application
    158
  - Setting Guidelines
    159
    
    Settings for each Step
    161
    
    Setting Example
    164
  - Instantaneous Residual Overcurrent Protection EFPIOC
    169
    
    Application
    169
    
    Identification
    169
    
    Setting Guidelines
    169
    
    Application
    172
    
    Identification
    172
  - Directional Residual Overcurrent Protection, Four Steps EF4PTOC
    172
    
    Setting Guidelines
    174
    
    Common Settings for All Steps
    175
    
    2Nd Harmonic Restrain
    176
    
    Parallel Transformer Inrush Current Logic
    177
    
    Switch Onto Fault Logic
    178
    
    Settings for each Step (X = 1, 2, 3 and 4)
    179
    
    Line Application Example
    181
  - Thermal Overload Protection, One Time Constant, Celsius
    186
  - Fahrenheit LCPTTR/LFPTTR
    186
    
    Application
    186
    
    Identification
    186
    
    Setting Guideline
    187
  - Breaker Failure Protection CCRBRF
    188
    
    Application
    188
    
    Identification
    188
    
    Setting Guidelines
    189
  - Pole Discordance Protection CCPDSC
    192
    
    Application
    193
    
    Identification
    193
    
    Setting Guidelines
    193

ABB RED650 Applications Manual (382 pages)

Line differential protection Version 2.1

Brand: ABB | Category: Power distribution unit | Size: 7.16 MB

Table of Contents
7
Introduction

21
- This Manual
  21
- Intended Audience
  21
- Section 1 Introduction
  21
- Product Documentation
  22
- Product Documentation Set
  22
- Document Revision History
  23
- Related Documents
  23
- Document Symbols and Conventions
  24
- Symbols
  24
- Document Conventions
  25
- IEC 61850 Edition 1 / Edition 2 Mapping
  25
Application

29
- General IED Application
  29
- Section 2 Application
  29
- Main Protection Functions
  30
- Back-Up Protection Functions
  30
- Control and Monitoring Functions
  31
- Communication
  33
- Basic IED Functions
  35
Configuration

37
- Description of Configuration RED650
  37
- Introduction
  37
- Description of A11
  37
- Section 3 Configuration
  37
Analog Inputs

39
Local HMI

65
- Section 5 Local HMI
  65
- Display
  66
- Leds
  67
- Keypad
  68
- Local HMI Functionality
  70
- Protection and Alarm Indication
  70
- Front Communication
  71
- Parameter Management
  71
Differential Protection

73
Impedance Protection

107
- Distance Protection ZMFPDIS
  107
- Identification
  107
- Application
  107
- System Earthing
  107
- Section 7 Impedance Protection
  107
- Fault Infeed from Remote End
  110
- Load Encroachment
  111
- Short Line Application
  112
- Long Transmission Line Application
  112
- Parallel Line Application with Mutual Coupling
  113
- Tapped Line Application
  118
- Setting Guidelines
  120
- General
  120
- Setting of Zone 1
  121
- Setting of Overreaching Zone
  121
- Setting of Reverse Zone
  122
- Setting of Zones for Parallel Line Application
  122
- Setting the Reach with Respect to Load
  124
- Zone Reach Setting Lower than Minimum Load Impedance
  124
- Zone Reach Setting Higher than Minimum Load Impedance
  126
- Other Settings
  127
- Automatic Switch Onto Fault Logic ZCVPSOF
  130
- Identification
  130
- Application
  130
- Setting Guidelines
  131
Current Protection

133
- Instantaneous Phase Overcurrent Protection PHPIOC
  133
- Identification
  133
- Application
  133
- Setting Guidelines
  133
- Section 8 Current Protection
  133
- Meshed Network Without Parallel Line
  134
- Meshed Network with Parallel Line
  136
- Four Step Phase Overcurrent Protection OC4PTOC
  137
- Identification
  137
- Application
  137
- Setting Guidelines
  138
- Settings for each Step
  139
- 2Nd Harmonic Restrain
  142
- Instantaneous Residual Overcurrent Protection EFPIOC
  146
- Identification
  147
- Application
  147
- Setting Guidelines
  147
- Four Step Residual Overcurrent Protection EF4PTOC
  149
- Identification
  149
- Application
  149
- Setting Guidelines
  151
- Settings for each Step (X = 1, 2, 3 and 4)
  151
- Common Settings for All Steps
  153
- 2Nd Harmonic Restrain
  154
- Parallel Transformer Inrush Current Logic
  154
- Switch Onto Fault Logic
  155
- Line Application Example
  156
- Sensitive Directional Residual Overcurrent and Power Protection SDEPSDE
  160
- Identification
  160
- Application
  160
- Setting Guidelines
  162
- Breaker Failure Protection CCRBRF
  168
- Identification
  169
- Application
  169
- Setting Guidelines
  169
- Stub Protection STBPTOC
  172
- Identification
  172
- Application
  172
- Setting Guidelines
  173
- Pole Discordance Protection CCPDSC
  173
- Identification
  174
- Application
  174
- Setting Guidelines
  174
- Directional Underpower Protection GUPPDUP
  175
- Identification
  175
- Application
  175
- Setting Guidelines
  177
- Directional Overpower Protection GOPPDOP
  180
- Identification
  180
- Application
  180
- Setting Guidelines
  182
- Broken Conductor Check BRCPTOC
  185
- Identification
  185
- Application
  185
- Setting Guidelines
  185

ABB RED650 Commissioning Manual (182 pages)

Line differential protection

Brand: ABB | Category: Industrial Equipment | Size: 3.43 MB

ABB RED650 Commissioning Manual (156 pages)

Line differential protection

Brand: ABB | Category: Control Unit | Size: 2.86 MB

Table of Contents
7
Introduction
15
This Manual
15
Presumptions for Technical Data
15
Intended Audience
15
Product Documentation
16
Product Documentation Set
16
Document Revision History
17
Related Documents
17
Document Symbols and Conventions
18
Symbols
18
Document Conventions
19
IEC 61850 Edition 1 / Edition 2 Mapping
19
Safety Information
23
Symbols on the Product
23
Warnings
23
Caution Signs
24
Note Signs
25
Available Functions
27
Main Protection Functions
27
Back-Up Protection Functions
27
Control and Monitoring Functions
28
Communication
31
Basic IED Functions
33
Starting up
35
Factory and Site Acceptance Testing
35
Commissioning Checklist
35
Checking the Power Supply
36
Energizing the IED
36
Checking the IED Operation
36
IED Start-Up Sequence
36
Setting up Communication between PCM600 and the IED
37
Writing an Application Configuration to the IED
41
Checking CT Circuits
41
Checking VT Circuits
42
Using the RTXP Test Switch
42
Checking the Binary Input/Output Circuits
43
Binary Input Circuits
43
Binary Output Circuits
43
Checking Optical Connections
43
Configuring the IED and Changing Settings
45
Overview
45
Configuring Analog CT Inputs
45
Supervision of Input/Output Modules
46
Establishing Connection and Verifying the SPA/IEC Communication
47
Entering Settings
47
Entering SPA Settings
47
Entering IEC Settings
47
Verifying the Communication
48
Verifying SPA Communication
48
Verifying IEC Communication
48
Fiber Optic Loop
48
Optical Budget Calculation for Serial Communication with SPA/IEC
49
Establishing Connection and Verifying the LON Communication
51
Communication Via the Rear Ports
51
LON Communication
51
The LON Protocol
52
Hardware and Software Modules
52
Optical Budget Calculation for Serial Communication with LON
54
Testing IED Operation
55
Preparing for Test
55
Requirements
55
Preparing the IED to Verify Settings
56
Activating the Test Mode
57
Preparing the Connection to the Test Equipment
57
Connecting the Test Equipment to the IED
58
Releasing the Function to be Tested
59
Verifying Analog Primary and Secondary Measurement
60
Testing the Protection Functionality
60
Forcing of Binary Input/Output Signals for Testing
60
Forcing Concept
60
How to Enable Forcing
61
Enable Forcing by Using LHMI
61
Enable Forcing Using TESTMODE Function Block
61
How to Change Binary Input/Output Signals Using Forcing
61
Forcing by Using LHMI
61
Forcing by Using PCM600
63
How to Undo Forcing Changes and Return the IED to Normal Operation
64
Undo Forcing by Using TESTMODE Component
65
Undo Forcing by Using LHMI
65
Undo Forcing by Using PCM600
65
Testing Functionality by Secondary Injection
67

ABB RED650 Operation Manual (66 pages)

Brand: ABB | Category: Protection Device | Size: 4.52 MB

ABB RED650 Manual (96 pages)

RELION DNP, 650 series Version 2.2

Brand: ABB | Category: Protection Device | Size: 2.99 MB

Table of Contents
7
Section 1 Introduction

9
- This Manual
  9
- Intended Audience
  9
- Product Documentation
  10
  - Product Documentation Set
    10
  - Document Revision History
    11
  - Related Documents
    12
- Document Symbols and Conventions
  13
  - Symbols
    13
  - Document Conventions
    14
Section 2 DNP3 Data Mappings

17
- Overview
  17
- Point List for the Ieds
  17
- BI4 Binary Input
  28
Section 3 DNP3 Protocol Implementation

33
- DNP3 Device Profile
  33
- DNP3 Implementation Table
  77
Section 4 Glossary

85
- Glossary
  85

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