Table Of Contents - ABB REF610 Technical Reference Manual

Table of Contents

Table Of Contents3
Copyrights7
Introduction9
Use Of Symbols9
Intended Audience9
This Manual9
Product Documentation10
Document Conventions10
Ref610 Product Documentation10
Document Revisions11
Safety Information13
Product Overview15
Use Of The Relay15
Features15
Application17
Requirements17
Environmental Conditions17
Configuration17
Technical Reference Manual - Ansi Version18
Technical Description21
Product Functions21
Protection Functions21
Iec Symbols And Ieee Device Numbers21
Functional Description21
Inputs21
Outputs22
Disturbance Recorder22
Front Panel22
Non-Volatile Memory23
Self-Supervision23
Permanent Irf23
Warning With Text Message23
Time Synchronization24
Warning With Numeric Code24
Measurements25
Measured Values25
Signal Diagram26
Block Diagram27
Overcurrent Protection27
Ground-Fault Protection29
Thermal Protection For Cables30
Thermal Level At Constant Currents31
Trip Curves When No Prior Load33
Trip Curves At Prior Load 0.7 X Fla34
Trip Curves At Prior Load I X Fla35
Phase Discontinuity Protection36
Circuit-Breaker Failure Protection36
Arc Protection37
Auto-Reclose Function38
Block Diagram Of The Arc Protection38
Shot Initiation40
Simplified Shot Logic Diagram40
Blocking Of Shot Initiation41
Simplified Shot Initiation Logic Diagram41
Disable Of The Auto-Reclose Function42
Information On The Circuit-Breaker Position43
Circuit-Breaker Closing43
Blocking Of Protection Elements43
Definite Trip Alarm44
Lockout Of The Auto-Reclose Function44
Inverse Definite Minimum Time Characteristics44
Idmt Characteristics According To Iec 60255-345
Time/Current Characteristic Settings45
Values Of Constants Α And Β45
Operate Time Tolerances Specified By The Standard46
Normal Inverse-Time Characteristic47
Very Inverse-Time Characteristic48
Extremely Inverse-Time Characteristic49
Long-Time Inverse-Time Characteristic50
Idmt Characteristics According To The Ieee C37.11251
Values Of Constants A, B And P51
Ri-Type Characteristic55
Rd-Type Characteristic (Rxidg)57
Rd-Type Inverse-Time Characteristic58
Settings58
Setting Values59
Switchgroups And Parameter Masks60
Example Of Calculating The Checksum Of A Sg_ Selector Switchgroup60
Sgf161
Sgf261
Sgf362
Sgf462
Sgf562
Sgb1...Sgb563
Sgr1...Sgr864
Output Signal Matrix65
Sgl1...Sgl866
Auto-Reclose Sg1...Sg367
New Trip Target Timer68
Non-Volatile Memory Settings68
Memory Settings68
Technical Data On Protection Functions69
Elements 51P, 50P-1 And 50P-269
Elements 51N And 50N70
Element 4971
Element 4671
Element Arc And L>72
Relative Sensitivity Of Lens Sensors72
Cbfail73
Trip-Circuit Supervision73
Recommended Values For Rext74
Trip Lockout Function75
Trip Counters For Circuit-Breaker Condition Monitoring76
Target Leds And Operation Target Messages76
Demand Values76
Commissioning Tests77
Function77
Disturbance Recorder Data78
Sampling Frequency78
Control And Target Of Disturbance Recorder Status79
Triggering79
Settings And Unloading79
Event Code Of The Disturbance Recorder80
Recorded Data Of The Last Events80
Communication Ports82
Front Connection For Local Communication83
Iec 60870-5-103 Remote Communication Protocol83
Information Mapping Of Configuration Set 1 And 285
Modbus Remote Communication Protocol87
Rtu Character Format88
Ascii Character Format88
Profile Of Modbus88
Supported Application Functions89
Supported Diagnostic Subfunctions89
Diagnostic Counters90
Possible Exception Codes91
User-Defined Registers91
Fault Records91
To Read A Fault Record92
Selection Code 2: The Master Reads The Oldest Stored Record92
Event Records92
Selection Code 1: Reading The Oldest Unread Record93
Selection Code 2: Reading The Oldest Stored Record93
Digital Inputs94
Change Detection Bit94
Modbus Data Mapping95
Mapping Of Modbus Data: User-Defined Registers95
Mapping Of Modbus Data: Analog Data96
Mapping Of Modbus Data: Digital Data96
Mapping Of Modbus Data: Recorded Data99
Mapping Of Modbus Data: Relay Identification99
Mapping Of Modbus Data: Real-Time Clock99
Mapping Of Modbus Data: Additional Analog Data99
Status Registers100
Event Record102
Real-Time Clock Structure102
Dnp 3.0 Remote Communication Protocol102
Protocol Parameters103
Storing Dnp 3.0 Parameters103
Dnp 3.0 Point List103
Binary Data104
Dnp 3.0 Device Profile106
Supported Function Codes108
Supported Objects109
Specific Dnp Features113
Unsolicited Reporting Pick Up113
Event Handling114
Event Buffer Overflow114
Dnp Counters And Frozen Counters114
Collision Avoidance And Detection114
Scaling Dnp Analog Values115
Dnp Analog Values Deadband116
Spa Bus Communication Protocol Parameters116
Auto-Reclose Parameters118
Recorded Data119
Recorded Data: Channels 1...5121
Parameters For The Disturbance Recorder123
Disturbance Recorder Internal Triggering And Storing124
Control Parameters124
Disturbance Recorder External Triggering And Storing124
Input Signals126
Output Signals127
Parameters For Iec 60870-5-103 Remote Communication Protocol129
Parameters For Modbus Remote Communication Protocol129
Parameters For Dnp 3.0 Remote Communication Protocol130
Event Codes131
Event Masks132
Event Codes E1...E4 And E7132
Event Codes E50...E51132
Event Codes E31...E36132
Event Codes E1...E12133
Event Codes E13...E24133
Event Codes E25...E42134
Event Codes E1...E16134
Event Codes E17...E26135
Self-Supervision (Irf) System136
Internal Relay Fault136
Irf Codes137
Warnings137
Warning Codes138
Relay Parameterization138
Local Parameterization138
External Parameterization138
Design Description138
Input/Output Connections138
Auxiliary Supply Voltage144
Irf Contact144
Output Contacts144
Light Sensor Input Connections145
Serial Communication Connections145
Plastic Fibre-Optic Connection146
Rs-485 Connection146
Rs-485 Rear Connector147
Jumper Location On The Rs-485 Communication Module147
Combined Fibre-Optic Connection (Plastic And Glass)148
Transmitter Selection148
Receiver Selection148
Jumper Location On Communication Module For Plastic And Glass Fibre148
Fibre-Optic Rear Connectors (Plastic And Glass)149
Rs-485 Rear Connector (Dnp 3.0)150
Jumper Location On The Dnp 3.0 Communication Module151
Technical Data151
Power Supply151
Energizing Inputs152
Measuring Range152
Non-Trip Output So1 And Optional So4 And So5153
Non-Trip Output So2, Optional So3, And Irf Output153
Trip Outputs (Po1, Po2, Po3)153
Lens Sensor And Optic Fibre For Arc Protection153
Environmental Tests And Conditions154
Electromagnetic Compatibility Tests154
Standard Tests155
Data Communication155
Optional Communication Modules And Protocols155
Auxiliary Voltage156
Application Examples157
Fast Initiation Of Shot 1 Using One Fast And One Delayed Element157
Fast Tripping And Initiation Of Shot 1 Using Two Protection Elements157
Fast Tripping And Initiation Of Shot 1 Using Pickup Signals158
Fast Initiation Of Shot 1 Using Start Signals158
Selecting Adaptive Sequence Length159
If One Or Several Phase Currents159
Arc Protection With One Ref610 Relay160
Arc Protection With Several Ref610 Relays161
Arc Protection With One Ref610161
Arc Protection With Several Ref610 Relays And One Rea101162
Arc Protection With Ref610 And Rea101163
Ordering Information165
Ordering Key For Complete Relays165
Ordering Key For Spare Units166
Check Lists167
Setting Group 1167
Abbreviations173