Section 3: SE-325 and SE-330 Neutral-Grounding-Resistor Monitors
3.1 NGR Monitoring with Isolated Ground Beds
3.2 SE-325 Tests
3.3 ER-5KVC/15KVC/25KVC Sensing Resistor Corrosion Resistance
(The KVC-series of sensing resistors has been replaced with the KV series. Please contact Littelfuse Startco for TI 3.3)
3.4 SE-325 Sensing Resistor Ratings
3.5 SE-325 Trip Logic
3.6 Application of SE-325 on Alarm-Only Systems
3.7 SE-325 Settings
3.8 SE-325 Neutral-Grounding-Resistor Monitor Guideform Specification
3.9 SE-330 Neutral-Grounding-Resistor Monitor Guideform Specification
3.10 SE-VS1002K Voltage Scaler for the SE-325
3.11 SE-VS50010K Voltage Scaler
3.12 SE-330 Neutral-Grounding-Resistor Monitor Settings
3.13 Multiple Sources, Single NGR
3.14 N/A
3.15 SE-330HV Neutral-Grounding-Resistor Monitor Settings
3.16 N/A
3.2 SE-325 Tests
3.3 ER-5KVC/15KVC/25KVC Sensing Resistor Corrosion Resistance
(The KVC-series of sensing resistors has been replaced with the KV series. Please contact Littelfuse Startco for TI 3.3)
3.4 SE-325 Sensing Resistor Ratings
3.5 SE-325 Trip Logic
3.6 Application of SE-325 on Alarm-Only Systems
3.7 SE-325 Settings
3.8 SE-325 Neutral-Grounding-Resistor Monitor Guideform Specification
3.9 SE-330 Neutral-Grounding-Resistor Monitor Guideform Specification
3.10 SE-VS1002K Voltage Scaler for the SE-325
3.11 SE-VS50010K Voltage Scaler
3.12 SE-330 Neutral-Grounding-Resistor Monitor Settings
3.13 Multiple Sources, Single NGR
3.14 N/A
3.15 SE-330HV Neutral-Grounding-Resistor Monitor Settings
3.16 N/A
Section 4: MPU-16A Programmable Motor Protection
4.1 Temperature Sensors and Hot-Motor Compensation
4.2 Using FPL Zero-Sequence Sensors with the MPU-16A
4.3 MPU-16A/FPU-16 Tests
4.4 MPU-16A Ammeter and Unbalance Fluctuations with VFD's
4.5 MPU-16A Set-Up/Display Shet
4.6 MPU-16A Error vs ICT-2 to MPU-16A Cable Length
4.7 MPU-16A Brown-Out Times
4.8 MPU-16A Power-Up Time
4.9 MPU-16A Trip-and-Alarm Contact Ratings
4.10 Factors to Consider when Specifying Motor-Temperature Detectors
* Please contact Littelfuse Startco for a copy of this paper.
4.11 RTD Connections for Noisy Environments
4.12 Service Factor Influence on the Overload Curve
4.13 Thermal Modeling
4.14 Remote Keypad Wiring Diagram and Pictures
4.15 N/A
4.16 Motor Protection with Wye-Delta Starters
4.17 Single Phasing
4.18 Influence of Harmonic Distortion on MPU-16A Current Measurement
4.19 MPU-16A IEEE Device Numbers
4.20 ICT-2 Field Test Procedure
4.21 Heating of Induction Motors on Unbalanced Voltages
* Please contact Littelfuse Startco for a copy of this paper.
4.22 Thermal-Synthesis Relay is Best Replica of Motor Heating
* Please contact Littelfuse Startco for a copy of this paper.
4.23 Multiple RTD's
4.24 Use of Startco MPU-16A as an Overload Relay as Defined by the National Electrical Code
4.25 Number of Starts
4.26 MPU-16A Applications with Current Modulation
4.2 Using FPL Zero-Sequence Sensors with the MPU-16A
4.3 MPU-16A/FPU-16 Tests
4.4 MPU-16A Ammeter and Unbalance Fluctuations with VFD's
4.5 MPU-16A Set-Up/Display Shet
4.6 MPU-16A Error vs ICT-2 to MPU-16A Cable Length
4.7 MPU-16A Brown-Out Times
4.8 MPU-16A Power-Up Time
4.9 MPU-16A Trip-and-Alarm Contact Ratings
4.10 Factors to Consider when Specifying Motor-Temperature Detectors
* Please contact Littelfuse Startco for a copy of this paper.
4.11 RTD Connections for Noisy Environments
4.12 Service Factor Influence on the Overload Curve
4.13 Thermal Modeling
4.14 Remote Keypad Wiring Diagram and Pictures
4.15 N/A
4.16 Motor Protection with Wye-Delta Starters
4.17 Single Phasing
4.18 Influence of Harmonic Distortion on MPU-16A Current Measurement
4.19 MPU-16A IEEE Device Numbers
4.20 ICT-2 Field Test Procedure
4.21 Heating of Induction Motors on Unbalanced Voltages
* Please contact Littelfuse Startco for a copy of this paper.
4.22 Thermal-Synthesis Relay is Best Replica of Motor Heating
* Please contact Littelfuse Startco for a copy of this paper.
4.23 Multiple RTD's
4.24 Use of Startco MPU-16A as an Overload Relay as Defined by the National Electrical Code
4.25 Number of Starts
4.26 MPU-16A Applications with Current Modulation
Section 6: SE-134, SE-134C, and SE-135 Ground-Fault Ground-Check Monitors
6.1 Startco Ground-Fault Ground-Check Comparison
6.2 SE-134, SE-134C, and SE-135 Tests
6.3 Splitter-Box Dual-Cable Monitoring
6.4 Replacing an SE-125 with an SE-135 Ground-Fault Ground-Check Monitor
6.5 SE-134C Ground-Fault Ground-Check Monitor Guideform Specifications
6.6 Using Startco Ground-Fault Ground-Check Monitors for Load Discrimination
6.2 SE-134, SE-134C, and SE-135 Tests
6.3 Splitter-Box Dual-Cable Monitoring
6.4 Replacing an SE-125 with an SE-135 Ground-Fault Ground-Check Monitor
6.5 SE-134C Ground-Fault Ground-Check Monitor Guideform Specifications
6.6 Using Startco Ground-Fault Ground-Check Monitors for Load Discrimination
Section 9: Miscellaneous
9.1 SE-16RB Relay Board
9.2 SE-PCM8 Pulse Counting Multiplexer
9.3 Dielectric Test of SE-105, SE-125, SE-325 and SE-701
9.4 Implementing Resistance Grounding on Ungrounded Systems
9.5 SE-200 Phase Unbalance Monitor use with ICT-1
9.6 Parallel Path Isolator
9.7 DFT Filtering in Ground-Fault Relays
9.8 Motor Selection For Belt-Coupled Conveyor Drives
9.9 RS-232 to RS-485 Converters for Use with Startco Products
9.10 Certifications for Startco Products
9.2 SE-PCM8 Pulse Counting Multiplexer
9.3 Dielectric Test of SE-105, SE-125, SE-325 and SE-701
9.4 Implementing Resistance Grounding on Ungrounded Systems
9.5 SE-200 Phase Unbalance Monitor use with ICT-1
9.6 Parallel Path Isolator
9.7 DFT Filtering in Ground-Fault Relays
9.8 Motor Selection For Belt-Coupled Conveyor Drives
9.9 RS-232 to RS-485 Converters for Use with Startco Products
9.10 Certifications for Startco Products
Section 10: SE-701, SE-703, and SE-704 Ground-Fault Monitors
10.1 Ground-Fault Comparison Sheet
10.2 Pulsing Ground-Fault Systems
10.3 Ground-Fault Misconceptions
10.4 SE-701 Remote Reset
10.5 Startco Ground-Fault/Earth-Leakage Monitor Comparison Sheet
10.6 Using FPL Zero-Sequence Sensors with the SE-701
10.7 SE-601 DC Ground-Fault Protection
10.8 SE-701 Ground-Fault Monitor Guideform Specification
10.9 SE-601 DC Ground-Fault Protection with Asymmetrical SE-GRM
10.10 Generator Self-Balancing Differential Ground-Fault Protection
10.2 Pulsing Ground-Fault Systems
10.3 Ground-Fault Misconceptions
10.4 SE-701 Remote Reset
10.5 Startco Ground-Fault/Earth-Leakage Monitor Comparison Sheet
10.6 Using FPL Zero-Sequence Sensors with the SE-701
10.7 SE-601 DC Ground-Fault Protection
10.8 SE-701 Ground-Fault Monitor Guideform Specification
10.9 SE-601 DC Ground-Fault Protection with Asymmetrical SE-GRM
10.10 Generator Self-Balancing Differential Ground-Fault Protection
Section 11: Current Transformers
11.1 Ground-Fault CT Selection Flowchart
11.1AU Earth-Fault CT Selection Flowchart (Australia)
11.2 Locating Phase Conductors in a Zero-Sequence-CT Window
11.3 Hammond CT's
11.4 Trailing Cable Types
11.5 Polycast 200:5 CT Test
11.6 CT-Turns-Ratio Modification
11.7 GE Multilin 2000:1 CT Compatibility with Startco Relays
11.8 Ground-Fault Current Transformer Location
11 9 Sensitive Ground-Fault Protection Using Split-Core CT's
11.1AU Earth-Fault CT Selection Flowchart (Australia)
11.2 Locating Phase Conductors in a Zero-Sequence-CT Window
11.3 Hammond CT's
11.4 Trailing Cable Types
11.5 Polycast 200:5 CT Test
11.6 CT-Turns-Ratio Modification
11.7 GE Multilin 2000:1 CT Compatibility with Startco Relays
11.8 Ground-Fault Current Transformer Location
11 9 Sensitive Ground-Fault Protection Using Split-Core CT's
Section 12: Adapter Plates
12.1 PMA Panel-Mount Adapter for MPU-32
12.2 PMA-1 Multilin 169/269 Adapter for MPU-32
12.3 PMA-2 Allen-Bradley 1406 Adapter for MPU-32
12.4 PMA-3 GEC/MCGG Adapter for SE-701
12.5 PMA-4 Multilin 139/239 Adapter for MPU-32
12.6 PMA-55 Adapter for SE-701
12.7 PMA-6 FPL-GFRM Adapter for SE-701
12.8 PMA-7 GE Lodtrak II Adapter for MPU-32
12.9 PMA-8 Atkinson Adapter for SE-134C
12.10 MPU-32 Rackout Retrofits for GE Lodtrak, P&B Gold, etc.
12.11 PMA-10 GE Lodtrak III Adapter for MPU-32
12.12 PMA-9 MPU-32 Adapter for GE S1Case
12.13 PMA-13 GE 269+ Adapter for MPS
12.14 PMA-12 GE & Westinghouse FT-11 Adapter Plate
12.15 PMA-14 AB-1406 Panel-Mount Adapter
12.16 PMA-15 MGFR Adapter for SE-701, SE-703, SE-704 or SE-601
12.17 PMA-17 Sprecher and Schuh CET 4 Adapter for MPU-32
12.18 PMA-18 Sprecher and Schuh CET 3 Adapter for MPU-32
12.19 PMA-19 Westinghouse GFA Upgrade Adapter I
12.20 PMA-20 Westinghouse GFA Upgrade Adapter II
12.2 PMA-1 Multilin 169/269 Adapter for MPU-32
12.3 PMA-2 Allen-Bradley 1406 Adapter for MPU-32
12.4 PMA-3 GEC/MCGG Adapter for SE-701
12.5 PMA-4 Multilin 139/239 Adapter for MPU-32
12.6 PMA-55 Adapter for SE-701
12.7 PMA-6 FPL-GFRM Adapter for SE-701
12.8 PMA-7 GE Lodtrak II Adapter for MPU-32
12.9 PMA-8 Atkinson Adapter for SE-134C
12.10 MPU-32 Rackout Retrofits for GE Lodtrak, P&B Gold, etc.
12.11 PMA-10 GE Lodtrak III Adapter for MPU-32
12.12 PMA-9 MPU-32 Adapter for GE S1Case
12.13 PMA-13 GE 269+ Adapter for MPS
12.14 PMA-12 GE & Westinghouse FT-11 Adapter Plate
12.15 PMA-14 AB-1406 Panel-Mount Adapter
12.16 PMA-15 MGFR Adapter for SE-701, SE-703, SE-704 or SE-601
12.17 PMA-17 Sprecher and Schuh CET 4 Adapter for MPU-32
12.18 PMA-18 Sprecher and Schuh CET 3 Adapter for MPU-32
12.19 PMA-19 Westinghouse GFA Upgrade Adapter I
12.20 PMA-20 Westinghouse GFA Upgrade Adapter II
Section 13: MPS Motor Protection System
13.1 Using Hand-Off-Auto Selector Switches with the MPS
13.2 Startco Motor Protection Feature Comparison
13.3 AB Bulletin 1406 to MPS Retrofit
13.4 MPS Guideform Specification
13.5 MPS Voltage Sequence - Two PT Connection
13.6 Using One MPS-OPI Operator Interface to Monitor Multiple Motors
13.7 Comparison of Unbalance Calculation Methods
13.8 Shunt-Trip-Coil Integrity Monitoring with an MPS
13.2 Startco Motor Protection Feature Comparison
13.3 AB Bulletin 1406 to MPS Retrofit
13.4 MPS Guideform Specification
13.5 MPS Voltage Sequence - Two PT Connection
13.6 Using One MPS-OPI Operator Interface to Monitor Multiple Motors
13.7 Comparison of Unbalance Calculation Methods
13.8 Shunt-Trip-Coil Integrity Monitoring with an MPS
Section 16: MPU-32 Motor Protection Unit
16.1 Replacing an MPU-16A with an MPU-32
16.2 MPU-32 Motor Protection Unit Guideform Specification
16.3 MPU-32 DeviceNet Set-up Guide (Based on RSNetWorx 7.0)
16.4 N/A
16.5 Multilin P4A to MPU-32 Motor Protection Unit Upgrade
16.6 Shunt-Trip-Coil Integrity Monitoring with an MPU-32/FPU-32
16.7 Supplemental Supply Voltage Rating
16.2 MPU-32 Motor Protection Unit Guideform Specification
16.3 MPU-32 DeviceNet Set-up Guide (Based on RSNetWorx 7.0)
16.4 N/A
16.5 Multilin P4A to MPU-32 Motor Protection Unit Upgrade
16.6 Shunt-Trip-Coil Integrity Monitoring with an MPU-32/FPU-32
16.7 Supplemental Supply Voltage Rating