Basler Electric BE1-11i RTD Module Instruction Manuals and User Guides
We have 2 Instruction Manuals and User Guides for BE1-11i RTD Module Basler Electric
Manuals
| Recognized languages: | English |
|---|---|
| Pages: | 554 |
| Size: | 15.61 MB |
Show table of contents
Read manual
Document Outline
- BE1-11t
- Preface
- Contents
- Introduction
- Quick Start
- Controls and Indicators
- Contact Inputs and Outputs
- Overexcitation (24) Protection
- Phase Undervoltage (27P) Protection
- Auxiliary Undervoltage (27X) Protection
- Negative-Sequence Voltage (47) Protection
- Phase Overvoltage (59P) Protection
- Auxiliary Overvoltage (59X) Protection
- Frequency (81) Protection
- Negative-Sequence Overcurrent (46) Protection
- Instantaneous Overcurrent (50) Protection
- Breaker Failure (50BF) Protection
- Inverse Overcurrent (51) Protection
- Directional Overcurrent (67) Protection
- Phase Current Differential (87) Protection
- Neutral Current Differential (87N) Protection
- Resistance Temperature Detector (49RTD) Protection
- Analog Input Protection
- Virtual Control Switches (43)
- Logic Timers (62)
- Lockout Functions (86)
- Breaker Control Switch (101)
- Setting Groups
- Metering
- Sequence of Events
- Fault Reporting
- Alarms
- Differential Reporting
- Breaker Monitoring
- Demands
- Load Profile
- Power Quality
- Trip Circuit Monitor (52TCM)
- Fuse Loss (60FL)
- Transformer Monitor (51TF)
- BESTnet™Plus
- Mounting
- Terminals and Connectors
- Typical Connections
- Power System Applications
- BESTCOMSPlus® Software
- BESTlogic™Plus
- Communication
- Security
- Timekeeping
- Device Information
- Configuration
- Introduction to Testing
- Acceptance Testing
- Test Equipment
- Power Up
- Communications
- Style Number and Serial Number Verification
- IRIG Verification (if used)
- Contact Sensing Inputs
- Control Outputs
- Current Circuit Verification
- Three-Phase Voltage Circuit Verification
- Power Reading Verification
- Auxiliary Voltage Input Verification - VX and VX 3rd (Fundamental and Third Harmonic)
- Frequency Verification
- Commissioning Testing
- Periodic Testing
- Overexcitation (24) Test
- Phase Undervoltage (27P) Test
- Auxiliary Undervoltage (27X) Test
- Functional Test Procedure
- Pickup Verification (3V0 Mode)
- Timing Verification (3V0 Mode)
- Pickup Verification (V1 Mode)
- Timing Verification (V1 Mode)
- Pickup Verification (V2 Mode)
- Timing Verification (V2 Mode)
- Pickup Verification (Vx Fundamental Mode)
- Timing Verification (Vx Fundamental Mode)
- Pickup Verification (Vx Third Harmonic Mode)
- Timing Verification (Vx Third Harmonic Mode)
- Functional Test Report
- Pickup Verification (3V0 Mode)
- Timing Verification (3V0 Mode)
- Pickup Verification (V1 Mode)
- Timing Verification (V1 Mode)
- Pickup Verification (V2 Mode)
- Timing Verification (V2 Mode)
- Pickup Verification (Vx Fundamental Mode)
- Timing Verification (Vx Fundamental Mode)
- Pickup Verification (Vx Third Harmonic Mode)
- Timing Verification (Vx Third Harmonic Mode)
- Functional Test Procedure
- Phase Overvoltage (59P) Test
- Auxiliary Overvoltage (59X) Test
- Functional Test Procedure
- Pickup Verification (3V0 Mode)
- Timing Verification (3V0 Mode)
- Pickup Verification (V1 Mode)
- Timing Verification (V1 Mode)
- Pickup Verification (V2 Mode)
- Timing Verification (V2 Mode)
- Pickup Verification (Vx Fundamental Mode)
- Timing Verification (Vx Fundamental Mode)
- Pickup Verification (Vx Third Harmonic Mode)
- Timing Verification (Vx Third Harmonic Mode)
- Functional Test Report
- Pickup Verification (3V0 Mode)
- Timing Verification (3V0 Mode)
- Pickup Verification (V1 Mode)
- Timing Verification (V1 Mode)
- Pickup Verification (V2 Mode)
- Timing Verification (V2 Mode)
- Pickup Verification (Vx Fundamental Mode)
- Timing Verification (Vx Fundamental Mode)
- Pickup Verification (Vx Third Harmonic Mode)
- Timing Verification (Vx Third Harmonic Mode)
- Functional Test Procedure
- Frequency (81) Test
- Instantaneous Overcurrent (50) Test
- Breaker Fail (50BF) Test
- Inverse Overcurrent (51) Test
- Functional Test Procedure
- Functional Test Report
- Pickup Verification (Phase Mode)
- Timing Verification (Phase Mode, 5A Sensing)
- Timing Verification (Phase Mode, 1A Sensing)
- Pickup Verification (3I0 Mode)
- Timing Verification (3I0 Mode, 5A Sensing)
- Timing Verification (3I0 Mode, 1A Sensing)
- Pickup Verification (I2 Mode)
- Timing Verification (I2 Mode, 5A Sensing)
- Timing Verification (I2 Mode, 1A Sensing)
- Pickup Verification (IG Mode)
- Timing Verification (IG Mode, 5A Sensing)
- Timing Verification (IG Mode, 1A Sensing)
- Timing Verification (IG Mode, SEF)
- Directional Overcurrent (67) Test
- Functional Test Procedure
- Positive-Sequence Voltage Polarizing, Phase Overcurrent Elements
- Negative-Sequence Voltage Polarizing, Phase Overcurrent Elements
- Negative-Sequence Voltage Polarizing, Negative-Sequence Overcurrent Elements
- Negative-Sequence Voltage Polarizing, Ground Overcurrent Elements
- Zero-Sequence Voltage Polarizing, Ground Overcurrent Elements
- Zero-Sequence Current Polarization
- Functional Test Report
- Functional Test Procedure
- Phase Current Differential (87) Test
- Restrained Functional Test Procedure
- Unrestrained Functional Test Procedure
- Harmonic Restraint Functional Test Procedure
- Functional Test Reports
- Restrained Pickup Verification (Maximum Restraint)
- Restrained Pickup Verification (Average Restraint)
- Restrained Timing Verification (Maximum or Average Restraint)
- Unrestrained Pickup Verification
- 2nd Harmonic Restraint Verification (Independent)
- 2nd Harmonic Restraint Verification (Shared)
- 5th Harmonic Restraint Verification (Independent)
- 5th Harmonic Restraint Verification (Shared)
- Neutral Current Differential (87N) Test
- Virtual Control Switches (43) Test
- Logic Timers (62) Test
- Lockout Functions (86) Test
- Breaker Control Switch (101) Test
- Frequently Asked Questions (FAQ)
- Electrical/Connections
- General Operation
- Does the BE1-11t trip output contact latch after a fault?
- Can I make logic settings at the front panel?
- Since the BE1-11t is a programmable device, what are the factory defaults?
- Does the BE1-11t have a battery installed as the backup power source for the internal clock on loss of power?
- How are reports and other information obtained from the BE1-11t saved in files for future use?
- How can I check the version number of my BE1-11t?
- Features
- Communications
- Troubleshooting
- Specifications
- Operational Specifications
- Metered Current Values and Accuracy
- Metered Voltage Values and Accuracy
- Metered Frequency Values and Accuracy
- Calculated Values and Accuracy
- Energy Data Reporting
- 24 - Overexcitation Protection
- 27P - Phase Undervoltage Protection
- 27X - Auxiliary Undervoltage Protection
- 46 - Negative-Sequence Current Protection
- 47 - Negative-Sequence Voltage Protection
- 49RTD - Resistance Temperature Device Protection (Optional)
- 50 - Instantaneous Overcurrent Protection
- 50BF - Breaker Failure Protection
- 51 - Inverse Overcurrent Protection
- 51TF - Transformer Monitor
- 59P - Phase Overvoltage Protection
- 59X - Auxiliary Overvoltage Protection
- 60FL - Fuse Loss
- 62 - Logic Timers
- 67/67N - Directional Current and Polarization Protection
- 81 - Frequency Protection
- 87 - Phase Current Differential Protection
- 87N - Neutral Current Differential Protection
- Automatic Setting Group Characteristics
- BESTlogic™Plus
- General Specifications
- AC Current Inputs
- Phase AC Voltage Inputs
- Auxiliary AC Voltage Input
- Analog to Digital Converter
- Power Supply
- Output Contacts
- Contact-Sensing Inputs
- IRIG Interface
- Real-Time Clock
- Communication Ports
- Panel Display
- Temperature
- Isolation
- Standards
- CE Compliance
- UL Recognition
- CSA Certification
- GOST-R Certification
- HALT (Highly Accelerated Life Testing)
- DNP Certification
- IEC 61850 Certification
- Physical
- Operational Specifications
- Specifications - 25 Hz Operation
- Operational Specifications
- Metered Current Values and Accuracy
- Metered Voltage Values and Accuracy
- Metered Frequency Values and Accuracy
- Calculated Values and Accuracy
- Energy Data Reporting
- 24 - Overexcitation Protection
- 27P - Phase Undervoltage Protection
- 27X - Auxiliary Undervoltage Protection
- 46 - Negative-Sequence Current Protection
- 47 - Negative-Sequence Voltage Protection
- 49RTD - Resistance Temperature Device Protection (Optional)
- 50 - Instantaneous Overcurrent Protection
- 50BF - Breaker Failure Protection
- 51 - Inverse Overcurrent Protection
- 51TF - Transformer Monitor
- 59P - Phase Overvoltage Protection
- 59X - Auxiliary Overvoltage Protection
- 60FL - Fuse Loss
- 62 - Logic Timers
- 67/67N - Directional Current and Polarization Protection
- 81 - Frequency Protection
- 87 - Phase Current Differential Protection
- 87N - Neutral Current Differential Protection
- Automatic Setting Group Characteristics
- BESTlogic™Plus
- Operational Specifications
- Time Curve Characteristics
- RTD Module
- Digital Points
- Revision History
| Recognized languages: | English |
|---|---|
| Pages: | 672 |
| Size: | 18.62 MB |
Show table of contents
Read manual
Document Outline
- BE1-11g
- Preface
- Contents
- Introduction
- Quick Start
- Controls and Indicators
- Contact Inputs and Outputs
- Overexcitation (24) Protection
- Sync-Check (25) Protection
- Phase Undervoltage (27P) Protection
- Auxiliary Undervoltage (27X) Protection
- Negative-Sequence Voltage (47) Protection
- Phase Overvoltage (59P) Protection
- Auxiliary Overvoltage (59X) Protection
- Stator Ground (64G) Protection
- Vector Jump (78V) Protection
- Frequency (81) Protection
- Negative-Sequence Overcurrent (46) Protection
- Instantaneous Overcurrent (50) Protection
- Breaker Failure (50BF) Protection
- Inverse Overcurrent (51) Protection
- Directional Overcurrent (67) Protection
- Phase Current Differential (87) Protection
- Neutral Current Differential (87N) Protection
- Phase Differential Protection: Self-Balancing and Split-Phase Configurations (50/51)
- Power (32) Protection
- Loss of Excitation - Reverse Var Based (40Q) Protection
- Distance (21) Protection
- Loss of Excitation - Impedance Based (40Z) Protection
- Out of Step (78OOS) Protection
- Resistance Temperature Detector (49RTD) Protection
- Analog Input Protection
- Synchronizer (25A)
- Virtual Control Switches (43)
- Logic Timers (62)
- Lockout Functions (86)
- Breaker Control Switch (101)
- Setting Groups
- Metering
- Sequence of Events
- Fault Reporting
- Alarms
- Differential Reporting
- Breaker Monitoring
- Demands
- Load Profile
- Power Quality
- Trip Circuit Monitor (52TCM)
- Fuse Loss (60FL)
- BESTnet™Plus
- Mounting
- Terminals and Connectors
- Typical Connections
- Power System Applications
- BESTCOMSPlus® Software
- BESTlogic™Plus
- Communication
- Security
- Timekeeping
- Device Information
- Configuration
- Introduction to Testing
- Acceptance Testing
- Test Equipment
- Power Up
- Communications
- Style Number and Serial Number Verification
- IRIG Verification (if used)
- Contact Sensing Inputs
- Control Outputs
- Current Circuit Verification
- Three-Phase Voltage Circuit Verification
- Power Reading Verification
- Auxiliary Voltage Input Verification - VX and VX 3rd (Fundamental and Third Harmonic)
- Frequency Verification
- Commissioning Testing
- Periodic Testing
- Overexcitation (24) Test
- Sync-Check (25) Test
- Phase Undervoltage (27P) Test
- Auxiliary Undervoltage (27X) Test
- Functional Test Procedure
- Pickup Verification (3V0 Mode)
- Timing Verification (3V0 Mode)
- Pickup Verification (V1 Mode)
- Timing Verification (V1 Mode)
- Pickup Verification (V2 Mode)
- Timing Verification (V2 Mode)
- Pickup Verification (Vx Fundamental Mode)
- Timing Verification (Vx Fundamental Mode)
- Pickup Verification (Vx Third Harmonic Mode)
- Timing Verification (Vx Third Harmonic Mode)
- Functional Test Report
- Pickup Verification (3V0 Mode)
- Timing Verification (3V0 Mode)
- Pickup Verification (V1 Mode)
- Timing Verification (V1 Mode)
- Pickup Verification (V2 Mode)
- Timing Verification (V2 Mode)
- Pickup Verification (Vx Fundamental Mode)
- Timing Verification (Vx Fundamental Mode)
- Pickup Verification (Vx Third Harmonic Mode)
- Timing Verification (Vx Third Harmonic Mode)
- Functional Test Procedure
- Phase Overvoltage (59P) Test
- Auxiliary Overvoltage (59X) Test
- Functional Test Procedure
- Pickup Verification (3V0 Mode)
- Timing Verification (3V0 Mode)
- Pickup Verification (V1 Mode)
- Timing Verification (V1 Mode)
- Pickup Verification (V2 Mode)
- Timing Verification (V2 Mode)
- Pickup Verification (Vx Fundamental Mode)
- Timing Verification (Vx Fundamental Mode)
- Pickup Verification (Vx Third Harmonic Mode)
- Timing Verification (Vx Third Harmonic Mode)
- Functional Test Report
- Pickup Verification (3V0 Mode)
- Timing Verification (3V0 Mode)
- Pickup Verification (V1 Mode)
- Timing Verification (V1 Mode)
- Pickup Verification (V2 Mode)
- Timing Verification (V2 Mode)
- Pickup Verification (Vx Fundamental Mode)
- Timing Verification (Vx Fundamental Mode)
- Pickup Verification (Vx Third Harmonic Mode)
- Timing Verification (Vx Third Harmonic Mode)
- Functional Test Procedure
- Vector Jump (78V) Test
- Frequency (81) Test
- Instantaneous Overcurrent (50) Test
- Breaker Fail (50BF) Test
- Inverse Overcurrent (51) Test
- Functional Test Procedure
- Functional Test Report
- Pickup Verification (Phase Mode)
- Timing Verification (Phase Mode, 5A Sensing)
- Timing Verification (Phase Mode, 1A Sensing)
- Pickup Verification (3I0 Mode)
- Timing Verification (3I0 Mode, 5A Sensing)
- Timing Verification (3I0 Mode, 1A Sensing)
- Pickup Verification (I2 Mode)
- Timing Verification (I2 Mode, 5A Sensing)
- Timing Verification (I2 Mode, 1A Sensing)
- Pickup Verification (IG Mode)
- Timing Verification (IG Mode, 5A Sensing)
- Timing Verification (IG Mode, 1A Sensing)
- Timing Verification (IG Mode, SEF)
- Directional Overcurrent (67) Test
- Functional Test Procedure
- Positive-Sequence Voltage Polarizing, Phase Overcurrent Elements
- Negative-Sequence Voltage Polarizing, Phase Overcurrent Elements
- Negative-Sequence Voltage Polarizing, Negative-Sequence Overcurrent Elements
- Negative-Sequence Voltage Polarizing, Ground Overcurrent Elements
- Zero-Sequence Voltage Polarizing, Ground Overcurrent Elements
- Zero-Sequence Current Polarization
- Functional Test Report
- Functional Test Procedure
- Phase Current Differential (87) Test
- Restrained Functional Test Procedure
- Unrestrained Functional Test Procedure
- Harmonic Restraint Functional Test Procedure
- Functional Test Reports
- Restrained Pickup Verification (Maximum Restraint)
- Restrained Pickup Verification (Average Restraint)
- Restrained Timing Verification (Maximum or Average Restraint)
- Unrestrained Pickup Verification
- 2nd Harmonic Restraint Verification (Independent)
- 2nd Harmonic Restraint Verification (Shared)
- 5th Harmonic Restraint Verification (Independent)
- 5th Harmonic Restraint Verification (Shared)
- Neutral Current Differential (87N) Test
- Power (32) Test
- Loss of Excitation - Reverse Var Based (40Q) Test
- Distance (21) Test
- Loss of Excitation – Impedance Based (40Z) Test
- Out of Step (78OOS) Test
- Synchronizer (25A) Test
- Phase-Lock-Loop (PLL) Functional Test Procedure
- Voltage Difference Test (ΔV)
- Slip Frequency Verification
- Breaker Close Angle Verification
- Voltage Source > Voltage Destination Verification
- Voltage Raise/Lower Continuous Output Verification
- Frequency Raise/Lower Continuous Output Verification
- Breaker Close Attempts/Sync Fail Activation Delay Verification
- Functional Test Report - PLL
- Anticipatory Functional Test Procedure
- Voltage Difference Test (ΔV)
- Slip Frequency Verification
- Voltage Source > Voltage Destination Verification
- Frequency Source > Frequency Destination Verification
- Voltage Raise/Lower Proportional Output Verification
- Frequency Raise/Lower Proportional Output Verification
- Breaker Close Attempts/Sync Fail Activation Delay Verification
- Functional Test Report - Anticipatory
- Voltage Monitor Functional Test Procedure
- Voltage Monitor Functional Test Report
- Phase-Lock-Loop (PLL) Functional Test Procedure
- Virtual Control Switches (43) Test
- Logic Timers (62) Test
- Lockout Functions (86) Test
- Breaker Control Switch (101) Test
- Frequently Asked Questions (FAQ)
- Electrical/Connections
- General Operation
- Does the BE1-11g trip output contact latch after a fault?
- Can I make logic settings at the front panel?
- Since the BE1-11g is a programmable device, what are the factory defaults?
- Does the BE1-11g have a battery installed as the backup power source for the internal clock on loss of power?
- How are reports and other information obtained from the BE1-11g saved in files for future use?
- How can I check the version number of my BE1-11g?
- Features
- Communications
- Troubleshooting
- Specifications
- Operational Specifications
- Metered Current Values and Accuracy
- Metered Voltage Values and Accuracy
- Metered Frequency Values and Accuracy
- Calculated Values and Accuracy
- Energy Data Reporting
- 21 - Distance Protection
- 24 - Overexcitation Protection
- 25 - Sync-Check Protection
- 25A - Synchronizer
- 27P - Phase Undervoltage Protection
- 27X - Auxiliary Undervoltage Protection
- 32 - Power Protection
- 40Q - Loss of Excitation Protection - Reverse var Based
- 40Z - Loss of Excitation Protection - Impedance Based
- 46 - Negative-Sequence Current Protection
- 47 - Negative-Sequence Voltage Protection
- 49RTD - Resistance Temperature Device Protection (Optional)
- 50 - Instantaneous Overcurrent Protection
- 50BF - Breaker Failure Protection
- 51 - Inverse Overcurrent Protection
- 59P - Phase Overvoltage Protection
- 59X - Auxiliary Overvoltage Protection
- 60FL - Fuse Loss
- 62 - Logic Timers
- 67/67N - Directional Current and Polarization Protection
- 78OOS - Out of Step Protection
- 78V - Vector Jump Protection
- 81 - Frequency Protection
- 87 - Phase Current Differential Protection (Optional)
- 87N - Neutral Current Differential Protection
- Automatic Setting Group Characteristics
- BESTlogic™Plus
- General Specifications
- AC Current Inputs
- Phase AC Voltage Inputs
- Auxiliary AC Voltage Input
- Analog to Digital Converter
- Power Supply
- Output Contacts
- Contact-Sensing Inputs
- IRIG Interface
- Real-Time Clock
- Communication Ports
- Panel Display
- Temperature
- Isolation
- Standards
- CE Compliance
- UL Recognition
- CSA Certification
- GOST-R Certification
- HALT (Highly Accelerated Life Testing)
- DNP Certification
- IEC 61850 Certification
- Physical
- Operational Specifications
- Specifications - 25 Hz Operation
- Operational Specifications
- Metered Current Values and Accuracy
- Metered Voltage Values and Accuracy
- Metered Frequency Values and Accuracy
- Calculated Values and Accuracy
- Energy Data Reporting
- 21 - Distance Protection
- 24 - Overexcitation Protection
- 25 - Sync-Check Protection
- 25A - Synchronizer
- 27P - Phase Undervoltage Protection
- 27X - Auxiliary Undervoltage Protection
- 32 - Power Protection
- 40Q - Loss of Excitation Protection - Reverse var Based
- 40Z - Loss of Excitation Protection - Impedance Based
- 46 - Negative-Sequence Current Protection
- 47 - Negative-Sequence Voltage Protection
- 49RTD - Resistance Temperature Device Protection (Optional)
- 50 - Instantaneous Overcurrent Protection
- 50BF - Breaker Failure Protection
- 51 - Inverse Overcurrent Protection
- 59P - Phase Overvoltage Protection
- 59X - Auxiliary Overvoltage Protection
- 60FL - Fuse Loss
- 62 - Logic Timers
- 67/67N - Directional Current and Polarization Protection
- 78OOS - Out of Step Protection
- 78V - Vector Jump Protection
- 81 - Frequency Protection
- 87 - Phase Current Differential Protection (Optional)
- 87N - Neutral Current Differential Protection
- Automatic Setting Group Characteristics
- BESTlogic™Plus
- Operational Specifications
- Time Curve Characteristics
- RTD Module
- Digital Points
- Revision History