GE IS200EBKPG1B Exciter Backplane Control Board

Product Introduction

The GE IS200EBKPG1B Exciter Backplane Control Board is a critical component within GE Mark VI and Mark VIe turbine control systems, specifically designed to manage and interface exciter functions for generators.
This board ensures accurate distribution of control signals between the main PLC processors and the exciter system, facilitating stable excitation, voltage regulation, and rapid response to load changes.
Engineered with high-quality components and a multi-layer PCB, the IS200EBKPG1B provides exceptional reliability, signal integrity, and immunity to electrical noise in industrial and power generation environments.
Its design enables seamless integration with other Mark VI modules, offering precise control and monitoring for generator and turbine excitation systems.

Product Specifications

Applications

• Generator Excitation Control – Provides precise signal distribution and monitoring for turbine generator exciters.

• Power Plants – Ensures voltage regulation and stability under varying load conditions.

• Industrial Automation – Interfaces exciter control signals for large motors and generator systems.

• Oil & Gas Facilities – Integrates with turbine-driven compressors and pumps requiring accurate excitation.

• Marine Propulsion Systems – Supports generator excitation in shipboard power systems.

• System Retrofits & Upgrades – Ideal replacement or enhancement for existing Mark VI or Mark VIe exciter interfaces.

Advantages

• High Reliability – Designed for continuous operation under vibration, temperature fluctuations, and electrical noise.

• Accurate Signal Distribution – Ensures precise routing of excitation control signals to maintain generator stability.

• Optical Isolation – Protects sensitive electronics from high-voltage transients and noise.

• Seamless Integration – Fully compatible with GE Mark VI and Mark VIe systems for quick installation.

• Robust Construction – Multi-layer PCB and high-quality components ensure long-term industrial durability.

• Diagnostics Enabled – Supports real-time monitoring and fault detection to reduce downtime.

• Compact Form Factor – Efficiently uses rack space while providing full functionality.

• Maintenance Friendly – Modular design allows easy replacement and troubleshooting.

FAQ

1. Which control systems are compatible with the IS200EBKPG1B board?
   It is designed for GE Mark VI and Mark VIe turbine control systems.

2. What is the primary function of this board?
   It distributes and monitors excitation control signals for generators.

3. What input voltage is required for operation?
   The board operates at a nominal 24 VDC supplied through the Mark VI chassis.

4. What type of isolation does the board provide?
   Optical and galvanic isolation for safe separation of field signals from the system bus.

5. Which communication interface is available?
   A high-speed backplane connector allows integration with other control modules.

6. Can it be mounted in different configurations?
   Yes, it can be mounted in either a rack or panel configuration within a Mark VI chassis.

7. Does the board include built-in diagnostic functions?
   Yes, it provides real-time monitoring and fault detection capabilities.

8. Is the module compatible with retrofitting older Mark VI systems?
   Yes, it can replace or enhance existing exciter interface modules.

9. How does it handle electrical noise in industrial environments?
   The multi-layer PCB design, shielding, and optical isolation provide strong immunity to noise.

10. Can the board support high-speed exciter control signals?
    Yes, it is engineered for precise signal routing and fast response in real-time generator applications.

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Popular GE Control Modules (Same Brand)

FAQ

1. Which control systems are compatible with the IS200EBKPG1B board?
   It is designed for GE Mark VI and Mark VIe turbine control systems.

2. What is the primary function of this board?
   It distributes and monitors excitation control signals for generators.

3. What input voltage is required for operation?
   The board operates at a nominal 24 VDC supplied through the Mark VI chassis.

4. What type of isolation does the board provide?
   Optical and galvanic isolation for safe separation of field signals from the system bus.

5. Which communication interface is available?
   A high-speed backplane connector allows integration with other control modules.

6. Can it be mounted in different configurations?
   Yes, it can be mounted in either a rack or panel configuration within a Mark VI chassis.

7. Does the board include built-in diagnostic functions?
   Yes, it provides real-time monitoring and fault detection capabilities.

8. Is the module compatible with retrofitting older Mark VI systems?
   Yes, it can replace or enhance existing exciter interface modules.

9. How does it handle electrical noise in industrial environments?
   The multi-layer PCB design, shielding, and optical isolation provide strong immunity to noise.

10. Can the board support high-speed exciter control signals?
    Yes, it is engineered for precise signal routing and fast response in real-time generator applications.

Related Models (Same Series or Similar Functionality)

Popular GE Control Modules (Same Brand)

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