ABB REX 521 manuals
REX 521
Table of contents
- Table Of Contents
- About this manual
- Abbrevitations
- Document revisions
- Introduction
- Instructions
- Push-button functions
- Selecting language
- Passwords
- Display test
- Menu chart
- Measurement menu
- Event menu
- Manual control
- Controlling breaker
- Setting parameters
- Protection indications
- Self-supervision
- Condition monitoring indication
- Green indication LED (READY)
- Alarm LED 1-8
- Test mode
- Function block test
- Index
REX 521
Table of contents
- Table Of Contents
- Table Of Contents
- Safety information
- Introduction
- Application
- Requirements
- Technical description
- Relay Setting Tool view
- Real-time clock (RTC)
- Low auxiliary voltage indication
- Technical data of the measuring devices
- Digital inputs
- Inversion of digital inputs
- Single-pole power outputs (PO)
- Signalling outputs (SO)
- Trip-circuit supervision
- Self-supervision
- Fault indication
- Serial communication
- Front panel optical connection for a PC
- SPA bus
- LON bus
- IEC 60870-5-103 bus
- Time synchronization
- Indication LEDs
- Terminal diagram of the REX 521: Basic
- Terminal diagram of the REX 521: Medium
- Terminal diagram of the REX 521: High
- Terminal diagram of the REX 521: Sensor
- Terminal connections
- Service
- Ordering information
- Revision history of the REX 521
- References
- Index
- Customer feedback
- Appendix A: The IEC 60870-5-103 bus
- The principle of the protection functions mapping
- Default mappings
- Appendix B: Parameters visible only in the relay
- Appendix C: Parameters which cause reset
- Appendix D: Parameters which require test mode
REX 521
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- About this manual
- Abbreviations
- Document revisions
- Introduction
- Application
- Hardware versions
- Requirements
- Parametrization
- Relay Setting Tool view
- Graphical I/O Setting Tool
- Non-volatile memory
- Auxiliary voltage
- Overtemperature indication
- Calculated analog channels
- Inversion of digital inputs
- High-speed power output (HSPO)
- Signalling outputs (SO)
- Trip-circuit supervision
- Self-supervision
- Fault indication
- Fault indication texts
- Serial communication
- Optical communication port on the rear panel
- Front panel optical connection for a PC
- LON bus
- IEC 60870-5-103 bus
- DNP 3.0 Bus
- Display panel (HMI)
- Indication LEDs
- Writing signal names on alarm LED label
- Design description
- Terminal diagram of REX 521: Basic
- Terminal diagram of REX 521: Medium
- Terminal diagram of REX 521: High
- Terminal diagram of H08 configuration
- Terminal diagram of REX 521: Sensor
- Terminal connections
- Service
- Ordering information
- Index
- Appendix A: IEC 60870-5-103 bus
- Principle of the protection functions mapping
- Default mappings
- Appendix C: Parameters which cause reset
- Appendix D: Parameters which require test mode
REX 521
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
- Safety information
- Introduction
- Standard configurations
- Application
- Standard configuration B02
- HW version: Medium
- Standard configuration M02
- HW version: High/Sensors
- Standard configuration H02
- Standard configuration H03
- Standard configuration H04
- Standard configuration H05
- Standard configuration H06
- Reading of the overview diagrams of the signal routings
- Input selectors
- Input switchgroups (SWGRP)
- Input signals
- Function blocks
- Output switchgroups (SWGRP)
- Other functions described in signal overview diagrams
- Parametrization of the digital inputs
- Power quality trigger
- AR inhibit, AR on input, start AR
- Default settings
- Function block descriptions
- Io>, Io>> and Io
- Io>->, Io>>-> and Io
- I>-> and 3I
- O->I
- f1 and f2
- SYNC1
- Control
- I<->O IND1 and I<->O IND2
- DREC
- Condition monitoring
- MCS 3I
- Power quality
- PQ 3Unf
- Standard functions
- Example substations
- Application examples, Basic
- Measurement connections
- Earth-fault protection
- Phase discontinuity protection
- Connections and signal routings
- Indication and control connections
- Implementations
- Blocking signal received from the residual voltage relay
- Trip-circuit supervision
- Incoming feeder, Basic B01
- Phase overcurrent protection
- Earth-fault stage Io>>> to trip the breaker on the HV side of the transformer
- Transformer feeder, Basic B01
- Transformer inrush
- Protection signal routing
- Circuit-breaker failure protection
- Blocking signal overview
- Outgoing feeder, Basic B02
- Digital input to initiate auto-reclosing function
- Application examples, Medium
- Directional earth-fault protection
- Outgoing blocking signal to the incoming feeder
- Incoming feeder, Medium M01
- Overcurrent protection
- Trip signal from second residual voltage stage
- Outgoing feeder, Medium M02
- Application examples, High
- Measurements
- Connections
- Incoming feeder, High H02
- Blocking signal from I>-> stage to I>> stage
- Bus sectionalizer, High H03
- Synchro-check function
- Outgoing feeder, High H04
- Auto-reclosure function
- Incoming feeder, High H05
- Measurement cubicle, High H06
- Underfrequency protection
- Symbol notations
- References
REX 521
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
- About this manual
- Abbreviations
- Document revisions
- Safety information
- Introduction
- Standard configuration B01
- Application
- Standard configuration B02
- Standard configuration M01
- Standard configuration M02
- Standard configuration H01 (Sensor)
- Standard configuration H02
- Standard configuration H03
- Standard configuration H04
- Standard configuration H05
- Standard configuration H06
- Standard configuration H07
- Standard configuration H08 (No sensors)
- Standard configuration H09 (No sensors)
- Reading of the overview diagrams of the signal routings
- Input selectors
- Input switchgroups (SWGRP)
- Input signals
- Function blocks in the overview diagrams of the signal routings
- Output switchgroups (SWGRP)
- Other functions described in signal overview diagrams
- Parametrization of the digital inputs
- Power quality trigger
- Time synchronization
- Default settings
- Function block descriptions
- Io>, Io>> and Io
- Io>->, Io>>-> and Io
- I>-> and 3I
- U> and 3U
- O->I
- Uo>, Uo>> and Uo
- f1 and f2
- SYNC1
- Is2t n
- I2> and I2
- FUSEF
- Ithdev
- U1<U1U2
- Control
- I<->O IND1 and I<->O IND2
- Measurement
- DREC
- Condition monitoring
- TCS1
- TIME1
- PQ 3Unf
- Standard functions
- Example substations
- Application examples, Basic
- Measurement connections
- Earth fault protection
- Phase discontinuity protection
- Connections and signal routings
- Indication and control connections
- Implementations
- Outgoing blocking signal to the incoming feeder
- Trip-circuit supervision
- Disconnector and earth-switch indication
- Incoming feeder, Basic B01
- Phase overcurrent protection
- Earth fault stage Io>>> used to trip the breaker on the HV side of the transformer
- Power quality
- Transformer feeder, Basic B01
- Transformer inrush
- Protection signal routing
- Circuit-breaker failure protection
- Blocking signal overview
- Outgoing feeder, Basic B02
- Auto-reclosure function
- Digital input to initiate auto-reclosing function
- Application examples, Medium
- Directional earth fault protection
- feeder
- Incoming feeder, Medium M01
- Protection
- Outgoing blocking signal to the overcurrent relay on the HV side
- Outgoing feeder, Medium M02
- Application examples, High
- Measurements
- Connections
- Blocking principles
- Incoming feeder, High H02
- Blocking signal from 3I>-> stage to 3I>> stage
- Synchro-check function
- Measurement cubicle, High H06
- Underfrequency protection
- Motor protection, High H07
- Start-up supervision (stall protection)
- Short-circuit (high-set overcurrent) protection
- Phase reversal protection
- Incoming feeder, High H08/H09
- Symbol notations
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