Name: ABB RED615
Brand: ABB
Rating: 4 (1 reviews)

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Relion

615 series

Line Differential Protection and Control

RED615

Product Guide

Table of Contents2
Description3
Standard Configurations3
- Functionality Overview for Standard Configuration a4
- Functionality Overview for Standard Configuration B5
- Functionality Overview for Standard Configuration C6
- Functionality Overview for Standard Configuration D7
- Functionality Overview for Standard Configuration E8
- Supported Functions10
Protection Functions12
Application12
Supported ABB Solutions14
Control16
Measurements17
Power Quality17
Fault Location17
Disturbance Recorder17
Event Log17
Recorded Data18
Condition Monitoring18
Self-Supervision18
Current Circuit Supervision18
Protection Communication and Supervision18
- Pilot Wire Protection Communication Link19
- Fiber Optic Protection Communication Link19
Access Control19
Inputs and Outputs19
Input/Output Overview20
Station Communication20
- Parallel Redundancy Protocol (PRP) Solution21
- High Availability Seamless Redundancy (HSR) Solution22
- Self-Healing Ethernet Ring Solution23
- Ethernet-Based23
- With Special Time Synchronization Wiring23
- Supported Station Communication Interfaces and Protocols24
- Dimensions25
- Power Supply25
- Energizing Inputs25
Technical Data25
- Binary Inputs26
- Signal Output X100: SO126
- Signal Outputs and IRF Output26
- Double-Pole Power Output Relays with TCS Function27
- Single-Pole Power Output Relays27
- High-Speed Output HSO with BIO000727
- Front Port Ethernet Interfaces27
- Protection Communication Link28
- Irig-B28
- Degree of Protection of Flush-Mounted Protection Relay28
- Environmental Conditions28
- Electromagnetic Compatibility Tests29
- Mechanical Tests30
- Insulation Tests30
- Environmental Tests31
- Product Safety31
- EMC Compliance31
- Rohs Compliance31
- Three-Phase Non-Directional Overcurrent Protection (Phxptoc)32
- Three-Phase Directional Overcurrent Protection (Dphxpdoc)33
- Non-Directional Earth-Fault Protection (Efxptoc)34
- Non-Directional Earth-Fault Protection (Efxptoc) Main Settings35
- Directional Earth-Fault Protection (Defxpdef)36
- Directional Earth-Fault Protection (Defxpdef) Main Settings37
- Admittance-Based Earth-Fault Protection (EFPADM)37
- Admittance-Based Earth-Fault Protection (EFPADM) Main Settings38
- Wattmetric-Based Earth-Fault Protection (WPWDE)38
- Wattmetric-Based Earth-Fault Protection (WPWDE) Main Settings39
- Transient/Intermittent Earth-Fault Protection (INTRPTEF)39
- Transient/Intermittent Earth-Fault Protection (INTRPTEF) Main Settings39
- Negative-Sequence Overcurrent Protection (NSPTOC)40
- Harmonics-Based Earth-Fault Protection (HAEFPTOC) Main Settings40
- Harmonics-Based Earth-Fault Protection (HAEFPTOC)40
- Negative-Sequence Overcurrent Protection (NSPTOC) Main Settings41
- Phase Discontinuity Protection (PDNSPTOC)41
- Phase Discontinuity Protection (PDNSPTOC) Main Settings41
- Residual Overvoltage Protection (ROVPTOV)41
- Residual Overvoltage Protection (ROVPTOV) Main Settings42
- Three-Phase Undervoltage Protection (PHPTUV)42
- Three-Phase Undervoltage Protection (PHPTUV) Main Settings42
- Three-Phase Overvoltage Protection (PHPTOV)43
- Three-Phase Overvoltage Protection (PHPTOV) Main Settings43
- Positive-Sequence Undervoltage Protection (PSPTUV)43
- Positive-Sequence Undervoltage Protection (PSPTUV) Main Settings44
- Negative-Sequence Overvoltage Protection (NSPTOV)44
- Negative-Sequence Overvoltage Protection (NSPTOV) Main Settings44
- Frequency Protection (FRPFRQ)44
- Frequency Protection (FRPFRQ) Main Settings45
- Circuit Breaker Failure Protection (CCBRBRF)46
- Binary Signal Transfer (BSTGGIO)46
- Three-Phase Thermal Overload Protection, Two Time Constants (T2PTTR)46
- Circuit Breaker Failure Protection (CCBRBRF) Main Settings47
- Three-Phase Inrush Detector (INRPHAR)47
- Three-Phase Inrush Detector (INRPHAR) Main Settings47
- Switch Onto Fault (CBPSOF)47
- Multipurpose Protection (MAPGAPC) Main Settings48
- Fault Locator (SCEFRFLO)48
- Fault Locator (SCEFRFLO) Main Settings48
- Line Differential Protection with In-Zone Power Transformer (LNPLDF)49
- High-Impedance Fault Detection (PHIZ) Main Settings49
- Operation Characteristics50
- Power Quality Functions51
- Voltage Variation (PHQVVR)51
- Voltage Unbalance (VSQVUB)51
- Synchronism and Energizing Check (SECRSYN)52
- Synchronism and Energizing Check (SECRSYN) Main Settings52
- Control Functions52
- Autoreclosing (DARREC)52
- Condition Monitoring and Supervision Functions53
- Circuit-Breaker Condition Monitoring (SSCBR)53
- Current Circuit Supervision (CCSPVC)53
- Fuse Failure Supervision (SEQSPVC)53
- Sequence Current Measurement (CSMSQI)54
- Residual Current Measurement (RESCMMXU)54
- Three-Phase Current Measurement (CMMXU)54
- Measurement Functions54
- Sequence Voltage Measurement (VSMSQI)55
- Three-Phase Power and Energy Measurement (PEMMXU)55
- Other Functions56
- Pulse Timer Function Block (PTGAPC)56
- Time Delay off (8 Pcs) (TOFPAGC)56
- Time Delay on (8 Pcs) (TONGAPC)56
- Small Display57
- Large Display57
Local HMI57
Mounting Methods58
Relay Case and Plug-In Unit58
Selection and Ordering Data58
- Pilot Wire Communication59
- Mounting Accessories59
Accessories and Ordering Data59
Tools59
Configuration and Setting Tools60
Cyber Security60
Terminal Diagram for Configuration a and C61
Terminal Diagrams61
- Terminal Diagram for Configuration B62
- Terminal Diagram for Configuration D63
- Terminal Diagram for Configuration E64
Certificates65
References65
Functions Included in the Relay66
Functions, Codes and Symbols66
Document Revision History70

Brand	ABB
Model	RED615
Category	Protection Device
Language	English

ABB RED615 Product Guide

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