ABB RER620 manuals
RER620
Table of contents
- Table Of Contents
- Table Of Contents
- Section 1 Introduction
- Product documentation
- Document revision history
- Manual conventions
- Section 2 Environmental aspects
- Section 3 Unpacking, inspecting, and storing
- Storing
- Section 4 Mounting
- Installing the plug-in unit
- Sealing the plug-in unit
- Mounting the IED
- Section 5 Connecting
- Connecting analog signals
- Connecting current inputs
- Connecting IED with a test switch
- Connecting communication
- Energizing the IED
- Section 6 Removing, repairing and exchanging
- Removing the IED
- Exchanging the IED
- Section 7 Technical data
- Rear side of the IED
- Dimensions
- Enclosure class
- Section 8 Glossary
RER620
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Section 1 Introduction
- Product documentation
- Document revision history
- Manual conventions
- Functions, codes and symbols
- Section 2 RER620 overview
- Local HMI
- LEDs
- Authorization
- Communication
- Section 3 Basic functions
- Self-supervision
- Warnings
- LED indication control
- Parameter setting groups
- Recorded data
- Non-volatile memory
- Binary input inversion
- Oscillation suppression
- GOOSERCV_BIN function block
- Signals
- GOOSERCV_INT8 function block
- GOOSERCV_ENUM function block
- Functionality
- T_HEALTH function block
- AND function block
- XOR function block
- NOT function block
- MAX3 function block
- R_TRIG function block
- F_TRIG function block
- T_POS_XX function blocks
- SR function block
- PH_ORD_IN block
- PH_ORD_OUT block
- Local/remote control function block CONTROL
- Monitored data
- Section 4 Protection functions
- Measurement modes
- Application
- Settings
- Technical data
- Technical revision history
- Operation principle
- Measuring modes
- Function block
- Directional ground-fault principles
- Timer characteristics
- Directional ground-fault characteristics
- Negative phase-sequence current protection 46
- Phase discontinuity protection 46PD
- Three-phase transformer inrush detector INR
- Positive sequence overvoltage protection 59PS
- Negative sequence overvoltage protection 47
- Other protection functions available in RER620
- Single Phase Circuit breaker close failure protection 50BFC
- Function block symbol
- Fault locator FLOC
- Directional positive sequence power protection 32P
- Section 5 Control functions
- Identification
- Single phase tripping
- Protection signal definition
- Active Phases Determination with SDAIGGIO Blocks
- Autorecloser function (Core)
- Output Interface with SDAOGGIO Block
- Zone sequence coordination
- Counters
- Configuration examples
- Sectionalizing Recloser
- Midpoint Recloser
- Three-Recloser Loop Control
- Five-Recloser Loop Control
- Four-Recloser System Operation
- Multipurpose Generic Up-Down Counter (UDFCNT)
- Section 6 Condition monitoring functions
- Circuit breaker status
- Breaker contact travel time
- Operation counter
- Remaining life of the circuit breaker
- Circuit breaker spring charged indication
- Fuse failure supervision 60
- Section 7 Measurement functions
- Measurement function applications
- Three-phase current IA, IB, IC
- Ground current IG
- Sequence current I1, I2, I0
- Single and Three-phase power, powerfactor and Three Phase energy measurement P, SP, E
- Section 8 Recording functions
- Length of recordings
- Deletion of recordings
- Pre-trigger and post-trigger data
- Exclusion mode
- Section 9 Other functions
- Input power requirements
- Input Power Measurement
- Battery management
- Auxiliary Power Supply
- RER620 power
- Connections
- Universal power drive UPD
- Programmable buttons FKEYGGIO
- Move function block MVGAPC
- Pulse timer function block PTGAPC
- Generic control points SPCGGIO
- Time-delay-off timers TOFGAPC
- Time-delay-on timers TONGAPC
- Definite time characteristics
- Current based inverse definite minimum time characteristics
- Standard inverse-time characteristics
- Recloser inverse-time characteristics
- User-programmable inverse-time characteristics
- Reset in inverse-time modes
- Inverse-timer freezing
- Voltage based inverse definite minimum time characteristics
- Standard inverse-time characteristics for overvoltage protection
- User programmable inverse-time characteristics for overvoltage protection
- IDMT curve saturation of overvoltage protection
- Standard inverse-time characteristics for undervoltage protection
- IDMT curve saturation of undervoltage protection
- Section 11 Requirements for measurement transformers
- Non-directional overcurrent protection
- Example for non-directional overcurrent protection
- Section 12 Relay physical connections
- Ethernet RJ-45 front connection
- EIA-485 serial rear connection
- Rear communication modules
- COMB022/23A jumper locations and connections
- Section 13 Technical data
- Section 14 Relay and functionality tests
- Section 15 Applicable standards and regulations
- Section 16 Glossary
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