Basler Electric BE1-851 General Information Instruction Manuals and User Guides
We have 1 Instruction Manual and User Guide for BE1-851 General Information Basler Electric
Manuals 
| Recognized languages: | English |
|---|---|
| Pages: | 364 |
| Size: | 15.83 MB |
Show table of contents
Document Outline
- BE1-851
- Introduction
- Revision History
- Contents
- 1 - General Information
- General
- Features
- Primary Applications
- Model and Style Number Description
- Operational Specifications
- General Specifications
- AC Current Inputs
- Analog to Digital Converter
- Power Supply
- Output Contacts
- Contact-Sensing Inputs
- IRIG
- Real-Time Clock
- Communication Ports
- Display
- Isolation
- Surge Withstand Capability
- Radio Frequency Interference (RFI)
- Electrostatic Discharge (ESD)
- Shock
- Vibration
- Environment
- CE Qualified
- UL Recognition
- C.S.A. Certification
- GOST-R Certification
- DNP Certification
- Physical
- 2 - Quick Start
- 3 - Input and Output Functions
- 4 - Protection and Control
- Introduction
- Setting Groups
- Overcurrent Protection
- Breaker Failure Protection
- Logic Timers
- 62 - General Purpose Logic Timers
- Mode 1, PU/DO (Pickup/Dropout Timer)
- Mode 2, One-Shot Nonretriggerable Timer
- Mode 3, One-Shot Retriggerable Timer
- Mode 4, Oscillator
- Mode 5, Integrating Timer
- Mode 6, Latch
- BESTlogic™ Settings for General Purpose Logic Timers
- Operating Settings for General Purpose Logic Timers
- Retrieving General Purpose Logic Timers Status from the Relay
- 62 - General Purpose Logic Timers
- Reclosing
- Virtual Switches
- 5 - Metering
- 6 - Reporting and Alarms
- General
- Relay Identifier Information
- Clock
- General Status Reporting
- Demand Functions
- Breaker Monitoring
- Trip Circuit Monitor
- Fault Reporting
- Sequence of Events Recorder
- Alarms Function
- Hardware and Software Version
- Settings Compare
- 7 - BESTlogic Programmable Logic
- 8 - Application
- General
- Explanation of Terms
- Overview of Preprogrammed Logic Schemes
- Details of Preprogrammed Logic Schemes
- Factory Default Logic Settings
- Feeder_1 Logic Scheme
- Normal Operation - Protection
- Normal Operation - Setting Group Selection
- Normal Operation - Bus Protection
- Normal Operation - Alarms
- Contingency Operation - Test Mode
- Contingency Operation - Backup Protection for Feeder Breaker Failure
- Contingency Operation - Backup Protection for Feeder Relay Out-of-Service
- Feeder_1 Logic Settings and Equations for Sensing Input Type H Relays
- Feeder_1 Logic Settings and Equations for Sensing Input Type G Relays
- Feeder_2 Logic Scheme
- Normal Operation - Control
- Normal Operation - Protection
- Normal Operation - Reclosing
- Normal Operation - Setting Group Selection
- Normal Operation - Bus Protection
- Normal Operation - Alarms
- Contingency Operation - Test Mode
- Contingency Operation - Backup Protection for Feeder Breaker Failure
- Contingency Operation - Backup Protection for Feeder Relay Out-of-Service
- Feeder_2 Logic Settings and Equations for Sensing Input Type H Relays
- Feeder_2 Logic Settings and Equations for Sensing Input Type G Relays
- Feeder_3 Logic Scheme
- Normal Operation - Control
- Normal Operation - Protection
- Normal Operation - Reclosing
- Normal Operation - Setting Group Selection
- Normal Operation - Bus Protection
- Normal Operation - Alarms
- Contingency Operation - Test Mode
- Contingency Operation - Backup Protection for Feeder Breaker Failure
- Contingency Operation - Backup Protection for Feeder Relay Out-of-Service
- Feeder_3 Logic Settings and Equations for Sensing Input Type H Relays
- Feeder_3 Logic Settings and Equations for Sensing Input Type G Relays
- Feeder_4 Logic Scheme
- Normal Operation - Control
- Normal Operation - Protection
- Normal Operation - Reclosing
- Normal Operation - Bus Protection
- Normal Operation - Alarms
- Contingency Operation - Test Mode
- Contingency Operation - Backup Protection for Feeder Breaker Failure
- Contingency Operation - Backup Protection for Feeder Relay Out-of-Service
- Feeder_4 Logic Settings and Equations for Sensing Input Type H Relays
- Feeder_4 Logic Settings and Equations for Sensing Input Type G Relays
- Bus and Backup Logic Schemes
- Normal Operation - Control
- Normal Operation - Bus Protection
- Normal Operation - Setting Group Selection
- Normal Operation - Alarms
- Contingency Operation - Test Mode
- Contingency Operation - Backup Protection for Bus Breaker Failure
- Contingency Operation - Backup Protection for BUS Relay Out-of-Service
- Contingency Operation - Backup Protection for BACKUP Relay Out-of-Service
- Contingency Operation - Backup Protection for Feeder Relay Out-of-Service
- BUS Logic Settings and Equations for Sensing Input Type H Relays
- BUS Logic Settings and Equations for Sensing Input Type H Relays
- BACKUP Logic Settings and Equations for Sensing Input Type H Relays
- BACKUP Logic Settings and Equations for Sensing Input Type G Relays
- Miscellaneous Logic Settings
- Application Tips
- 9 - Security
- 10 - Human-Machine Interface
- 11 - ASCII Command Interface
- 12 - Installation
- 13 - Testing and Maintenance
- 14 - BESTCOMS Software
- Description
- Introduction
- Installation
- Updating BESTCOMS™ Software
- Starting BESTCOMS™
- Configure the PC
- Setting the Relay
- Copying Settings from Group to Group
- Downloading Oscillography Files
- Metering
- File Management
- Settings Compare
- BESTprint™
- A - Time Overcurrent Characteristic Curves
- B - Command Cross-Reference
- C - Terminal Communication