
Product Overview
The GE IS200EBKPG1B is an Exciter Backplate designed for GE Mark VI turbine excitation systems. It functions as a mechanical and electrical backbone, supporting module installation, power distribution, and signal interconnection within the exciter control assembly.
This component is essential in power generation and turbine excitation systems, ensuring reliable integration and stable operation of control and power electronics.
Technical Specifications
| Parameter |
Specification |
| Manufacturer |
GE |
| Model |
IS200EBKPG1B |
| Product Type |
Exciter Backplate |
| System Series |
GE Mark VI |
| Function |
Module mounting, power distribution, and signal routing |
| Circuit Type |
Industrial backplane PCB assembly |
| Backplane Interface |
GE proprietary excitation/control bus |
| Power Distribution |
Exciter system power routing |
| Signal Routing |
Control and feedback signal pathways |
| Mechanical Role |
Structural support for exciter modules |
| Diagnostic Support |
Indirect via connected modules |
| Protection |
EMI shielding and grounding design |
| Mounting Type |
Exciter rack / panel backplate |
| Operating Environment |
Industrial control cabinet |
| Humidity Range |
5%–95% non-condensing |
| Material |
Reinforced industrial PCB + mechanical frame |
| Dimensions |
200 × 180 × 25 mm |
| Weight |
0.85 kg |
Function and Working Principle
The IS200EBKPG1B operates as the central backplane structure in the excitation subsystem.
Its core functions include:
- Providing mounting support for exciter control modules
- Distributing electrical power across excitation components
- Enabling signal communication between installed modules
- Maintaining signal integrity within the exciter system
- Ensuring proper alignment and electrical connectivity
It acts as the foundation for exciter system integration and reliable operation.
Role in Industrial Control Systems
Within GE Mark VI architectures, the IS200EBKPG1B provides:
- Centralized backplane connectivity for excitation modules
- Stable power and signal distribution within the exciter system
- Mechanical support for system integration
- Reliable communication pathways for control and feedback signals
- Enhanced operational stability for turbine excitation systems
Industrial Applications
The GE IS200EBKPG1B is widely used in:
- Gas turbine excitation systems
- Steam turbine excitation systems
- Power generation plants
- Generator control and voltage regulation systems
- Industrial energy systems
- Critical infrastructure automation
Installation and System Integration
Recommended installation practices include:
- Installing within GE Mark VI exciter control rack or panel
- Ensuring proper seating of modules into backplane connectors
- Maintaining correct grounding and EMI shielding
- Verifying module alignment and connectivity
- Ensuring adequate cooling and ventilation
Compatible System Components
The IS200EBKPG1B typically works with:
- GE Mark VI exciter control modules
- Gate driver amplifier modules
- DSP processing boards
- Communication and feedback boards
- Power supply units
- Control and protection modules
Recommended Alternative Models
| Model |
Type |
Key Feature |
Application |
| IS200EBKPG1B |
Exciter Backplate |
Excitation system backbone |
Mark VI systems |
| IS200EBKPG1A |
Exciter Backplate |
Earlier revision |
Similar applications |
| IS200BPVCG1B |
Backplate ASM board |
General backplane support |
Control racks |
| IS200CABPG1B |
Control backplane |
System backbone |
Mark VI systems |
| IS200DAMCG1A |
Gate driver amplifier |
Power switching control |
Excitation systems |
Key Advantages
- Dedicated backplane for excitation systems
- Reliable power and signal distribution
- Strong mechanical support for module integration
- High communication integrity
- Industrial-grade durability
- Essential for stable exciter system operation
Technical FAQs
What is the IS200EBKPG1B used for?
It is used as a backplane for exciter systems in GE Mark VI control architectures.
Does it process signals?
No, it provides structural support and signal routing infrastructure.
Where is it installed?
In exciter control racks or panels within turbine systems.
Is it critical to system operation?
Yes, it is essential for proper module integration and system stability.
Conclusion
The GE IS200EBKPG1B Exciter Backplate is a key structural and electrical component in GE Mark VI excitation systems. It ensures reliable module integration, stable power distribution, and effective signal routing, making it indispensable for turbine excitation and industrial power control applications.