ABB REL 501-C1 2.5 Manuals

Manuals and User Guides for ABB REL 501-C1 2.5. We have 1 ABB REL 501-C1 2.5 manual available for free PDF download: Technical Reference Manual

ABB REL 501-C1 2.5 Technical Reference Manual

ABB REL 501-C1 2.5 Technical Reference Manual (238 pages)

Line distance protection terminal

Brand: ABB | Category: Protection Device | Size: 4.19 MB

Table of Contents

Table of Contents
5
Chapter 1 Introduction

13
- Introduction to the Technical Reference Manual
  14
- About the Complete Set of Manuals for a Terminal
  14
- Design of the Technical Reference Manual (TRM)
  14
- Intended Audience
  18
- General
  18
- Requirements
  18
- Related Documents
  18
- Revision Notes
  18
- Acronyms and Abbreviations
  18
Chapter 2 General

27
- Terminal Identification Rated and Base Values
  28
- General Terminal Parameters
  28
- Basic Protection Parameters
  28
- Calendar and Clock
  32
- Technical Data
  33
- Case Dimensions
  33
- Weight
  38
- Unit
  38
- Power Consumption
  38
- Environmental Properties
  38
Chapter 3 Common Functions

43
- Real-Time Clock with External Time Synchronization (TIME)
  44
- Application
  44
- Function Block
  44
- Input and Output Signals
  44
- Setting Parameters
  44
- Technical Data
  45
- Four Parameter Setting Groups (GRP)
  46
- Application
  46
- Logic Diagram
  46
- Function Block
  46
- Input and Output Signals
  47
- Setting Restriction of HMI (SRH)
  48
- Application
  48
- Functionality
  48
- Logic Diagram
  49
- Input and Output Signals
  49
- Setting Parameters
  49
- I/O System Configurator
  50
- Application
  50
- Logic Diagram
  50
- Function Block
  51
- Input and Output Signals
  51
- Self Supervision with Internal Event Recorder (INT)
  52
- Application
  52
- Function Block
  52
- Logic Diagram
  53
- Input and Output Signals
  54
- Technical Data
  55
- Configurable Logic Blocks (CL1)
  56
- Application
  56
- Inverter Function Block (INV)
  56
- OR Function Block (OR)
  56
- AND Function Block (AND)
  57
- Timer Function Block (TM)
  58
- Setting Parameters
  58
- Timer Long Function Block (TL)
  58
- Setting Parameters
  59
- Pulse Timer Function Block (TP)
  59
- Setting Parameters
  60
- Extended Length Pulse Function Block (TQ)
  60
- Exclusive or Function Block (XO)
  61
- Set-Reset Function Block (SR)
  61
- Set-Reset with Memory Function Block (SM)
  62
- Controllable Gate Function Block (GT)
  62
- Setting Parameters
  63
- Settable Timer Function Block (TS)
  63
- Setting Parameters
  64
- Technical Data
  64
- Blocking of Signals During Test (BST)
  65
- Application
  65
- Function Block
  65
- Input and Output Signals
  65
- Line Distance
  67
- Distance Protection (ZM)
  68
- Application
  68
- Functionality
  70
- Function Block, Zone 1- 3
  71
- Function Block, Zone 4
  72
- Function Block, Zone 5
  73
- Logic Diagram
  73
- Input and Output Signals, Zone 1-3
  75
- Input and Output Signals, Zone 4
  76
- Input and Output Signals, Zone 5
  77
- Setting Parameters, General
  77
- Setting Parameters, Zone 1-3
  77
- Setting Parameters, Zone 4
  78
- Setting Parameters, Zone 5
  79
- Setting Parameters, Directional Measuring Element
  81
- Technical Data
  81
- Automatic Switch Onto Fault Logic (SOTF)
  83
- Application
  83
- Functionality
  83
- Function Block
  83
- Logic Diagram
  84
- Input and Output Signals
  84
- Setting Parameters
  84
- Technical Data
  85
- Local Acceleration Logic (ZCLC)
  86
- Application
  86
- Functionality
  86
- Function Block
  86
- Logic Diagram
  87
- Input and Output Signals
  87
- Setting Parameters
  88
- General Fault Criteria (GFC)
  89
- Application
  89
- Functionality
  89
- Function Block
  91
- Logic Diagram
  91
- Input and Output Signals
  95
- Setting Parameters
  95
- Technical Data
  98
- Power Swing Detection (PSD)
  99
- Application
  99
- Functionality
  99
- Function Block
  100
- Logic Diagram
  101
- Input and Output Signals
  102
- Setting Parameters
  102
- Technical Data
  103
- Scheme Communication Logic (ZCOM)
  105
- Application
  105
- Functionality
  105
- Function Block
  105
- Logic Diagram
  106
- Input and Output Signals
  108
- Setting Parameters
  108
- Technical Data
  109
- Current Reversal and Weak-End Infeed Logic (ZCAL)
  110
- Application
  110
- Functionality
  110
- Function Block
  111
- Logic Diagram
  111
- Input and Output Signals
  112
- Setting Parameters
  113
- Technical Data
  114
- Current
  115
- Instantaneous Non-Directional Overcurrent Protection (IOC)
  116
- Application
  116
- Functionality
  116
- Function Block
  116
- Logic Diagram
  118
- Input and Output Signals
  118
- Setting Parameters
  119
- Technical Data
  119
- Definite Time Non-Directional Overcurrent Protection (TOC)
  120
- Application
  120
- Functionality
  120
- Function Block
  121
- Logic Diagram
  122
- Input and Output Signals
  122
- Setting Parameters
  123
- Technical Data
  123
- Time Delayed Residual Overcurrent Protection (TEF)
  124
- Application
  124
- Functionality
  124
- Function Block
  124
- Logic Diagram
  125
- Input and Output Signals
  125
- Setting Parameters
  126
- Technical Data
  127
- Scheme Communication Logic for Residual Overcurrent Protection (EFC)
  128
- Application
  128
- Functionality
  128
- Function Block
  128
- Logic Diagram
  129
- Input and Output Signals
  129
- Setting Parameters
  130
- Technical Data
  130
- Current Reversal and Weak End Infeed Logic for Residual Overcurrent Protection (EFCA)
  131
- Application
  131
- Design
  131
- Function Block
  131
- Logic Diagram
  132
- Input and Output Signals
  133
- Setting Parameters
  133
- Technical Data
  134
- Voltage
  135
- Time Delayed Undervoltage Protection (TUV)
  136
- Application
  136
- Function Block
  136
- Logic Diagram
  137
- Input and Output Signals
  137
- Setting Parameters
  138
- Technical Data
  138
- Time Delayed Overvoltage Protection (TOV)
  139
- Application
  139
- Functionality
  139
- Function Block
  139
- Logic Diagram
  140
- Input and Output Signals
  140
- Setting Parameters
  141
- Technical Data
  141
Chapter 7 Power System Supervision

143
- Dead Line Detection (DLD)
  144
- Application
  144
- Functionality
  144
- Function Block
  144
- Logic Diagram
  145
- Input and Output Signals
  145
- Setting Parameters
  146
- Technical Data
  146
Chapter 8 Secondary System Supervision

147
- Fuse Failure Supervision (FUSE)
  148
- Application
  148
- Functionality
  148
- Function Block
  148
- Logic Diagram
  149
- Input and Output Signals
  150
- Setting Parameters
  150
- Technical Data
  150
Chapter 9 Control

151
- Autorecloser (AR)
  152
- Application
  152
- Functionality
  152
- Function Block
  152
- Logic Diagram
  152
- Input and Output Signals
  157
- Autorecloser Counter Values
  159
- Setting Parameters
  159
- Technical Data
  160
Chapter 10 Logic

163
- Tripping Logic (TR)
  164
- Application
  164
- Functionality
  164
- Input and Output Signals
  164
- Setting Parameters
  164
- Technical Data
  165
- High Speed Binary Output Logic (HSBO)
  166
- Application
  166
- Functionality
  166
- Function Block
  166
- Logic Diagram
  167
- Input and Output Signals
  168
- Setting Parameters
  169
- Event Function (EV)
  170
- Application
  170
- Design
  170
- Function Block
  171
- Input and Output Signals
  172
- Setting Parameters
  172
Chapter 11 Monitoring

175
- Disturbance Report (DRP)
  176
- Application
  176
- Functionality
  176
- Function Block
  177
- Input and Output Signals
  178
- Setting Parameters
  178
- Technical Data
  180
- Event Recorder (ER)
  181
- Application
  181
- Design
  181
- Technical Data
  181
- Trip Value Recorder (TVR)
  182
- Application
  182
- Design
  182
- Supervision of AC Input Quantities (DA)
  183
- Application
  183
- Functionality
  183
- Function Block
  183
- Input and Output Signals
  184
- Setting Parameters
  184
- Technical Data
  192
Chapter 12 Data Communication

193
- Serial Communication
  194
- Application, Common
  194
- Design, Common
  194
- Setting Parameters
  195
- Serial Communication, SPA
  195
- Application
  195
- Design
  195
- Setting Parameters
  196
- Technical Data
  196
- Serial Communication, IEC (IEC 60870-5-103 Protocol)
  197
- Application
  197
- Design
  197
- Iec 60870-5-103
  198
- Function Block
  203
- Input and Output Signals
  203
- Setting Parameters
  203
- Technical Data
  205
- Serial Communication, LON
  205
- Application
  205
- Design
  206
- Setting Parameters
  206
- Technical Data
  207
- Serial Communication Modules (SCM)
  207
- Design, SPA/IEC
  207
- Design, LON
  208
- Technical Data
  208
Chapter 13 Hardware Modules

211
- Modules
  212
- A/D Module (ADM)
  213
- Design
  213
- Transformer Module (TRM)
  214
- Design
  214
- Technical Data
  214
- Binary I/O Capabilities
  215
- Application
  215
- Technical Data
  215
- Binary Input Module (BIM)
  217
- Application
  217
- Design
  217
- Function Block
  217
- Input and Output Signals
  217
- Binary Output Module (BOM)
  219
- Application
  219
- Design
  219
- Function Block
  220
- Input and Output Signals
  220
- Power Supply Module (PSM)
  221
- Application
  221
- Design
  221
- Function Block
  221
- Input and Output Signals
  221
- Technical Data
  222
- Local LCD Human Machine Interface (LCD-HMI)
  223
- Application
  223
- Design
  223
- Serial Communication Modules (SCM)
  225
- Spa/Iec
  225
- Lon
  225
Chapter 14 Diagrams

227
- Terminal Diagrams
  228
- Terminal Diagram, Rex5Xx
  228
- Terminal Diagram, REL 501-C1
  229
Chapter 15 Configuration

235
- Configuration
  236

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