Introduction

The GE IS200EBRGH2A Exciter Bridge Interface Board delivers precise, reliable performance in industrial and power generation environments. It facilitates seamless communication between excitation modules and control systems, ensuring operational accuracy and system stability. Compact, robust, and easy to install, this interface board is an essential component for engineers seeking dependable exciter system performance.

Technical Specifications

Feature	Specification
Model Number	IS200EBRGH2A
Interface Type	Exciter Bridge Interface
Dimensions (L x W x H)	38 × 330 × 250 mm
Weight	0.907 kg (2.0 lb)
Operating Temperature	0°C to 60°C
Signal Types Supported	Analog and digital exciter signals
Mounting	Standard panel or DIN rail
Protection Features	Overvoltage, short-circuit, and electrical noise filtering

Applications

The GE IS200EBRGH2A Exciter Bridge Interface Board is designed to provide precise control and reliable signal interfacing in power generation and industrial excitation systems. Typical applications include:

Turbine and generator excitation control systems
Power plant automation for improved efficiency
High-precision industrial control requiring stable interface signals
Integration with GE excitation modules for monitoring and control

This board ensures dependable performance in environments where accuracy and reliability are critical for operational safety.

Advantages

Precision Signal Interface: Guarantees accurate signal transmission between exciter components.
Robust Industrial Build: Designed to withstand electrical noise, vibration, and high-temperature conditions.
Streamlined Installation: Modular design allows for quick integration into existing systems.
Optimized for GE Excitation Systems: Ensures seamless communication with other GE exciter components.
Space-Efficient Design: Compact form factor suitable for crowded control panels.

Technical FAQs

What type of exciter systems is this board compatible with?
It is compatible with GE exciter systems used in industrial and power generation applications.
Does it provide feedback signal conditioning?
Yes, the board processes and conditions signals for reliable communication with controllers.
Can it handle high-voltage environments?
The board is designed to operate safely in typical excitation system voltage ranges, with proper grounding.
Is firmware or software required for operation?
No firmware installation is required; the board functions directly within the system.
Can multiple boards be used in parallel?
Yes, multiple IS200EBRGH2A boards can operate in parallel for complex excitation control setups.
Does it support real-time monitoring?
Yes, it provides continuous feedback to the control system for precise real-time adjustments.
Is the board protected against short circuits?
Yes, built-in protection circuitry safeguards both the board and connected equipment.
What is the maximum operating temperature?
It operates reliably up to 60°C (140°F) in standard industrial conditions.
Is installation service recommended?
While installation is straightforward, professional setup ensures optimal performance and system safety.
Does it integrate with third-party excitation systems?
It is primarily designed for GE systems; limited compatibility may exist with third-party equipment depending on signal standards.