IS200VSVOH1B GE Control Board

Description

IS200VSVOH1B GE Control Board

Product Description:

The IS200VSVOH1B is a control board manufactured by General Electric (GE) that is specifically designed for use in gas turbines and industrial combustion systems. This board plays a crucial role in monitoring and controlling various combustion processes, gas supply, and other related parameters.

IS200VSVOH1B GE Control Board

Product Parameters:

Model Number: IS200VSVOH1B

Voltage Range: Dependent on the specific application and can vary.

Frequency: Standard kHz.

Dimensions: Specified by the manufacturer but not provided in the given references.

Weight: Specified by the manufacturer but not provided in the given references.

Product Specifications:

Brand: GE/General Electric

Part Number: IS200VSVOH1B

Series: Mark VI series for Speedtronic turbines

Features:

Modular Design: Allows for easy integration and customization based on specific turbine requirements.

Control Capability: Precision control of fuel/steam valves through the manipulation of four electric hydraulic servo valves

Monitoring Functions: Provides pulse rate flow input, LVDT excitation, and LVDT position feedback for accurate monitoring

Redundant System Capability: Can be used in both triple redundant systems and single-system configurations

User-Friendly Interface: Features a single-slot front panel with a cable connector and LED indicators for status display

IS200VSVOH1B GE Control Board

Functions:

Control Function: Serves as a servo control board, regulating fuel/steam valves through electric hydraulic servo valves.

Monitoring Function: Monitors and provides feedback on various parameters related to combustion processes.

Interfacing Capability: Interfaces with other control systems and devices for integrated turbine management.

Applications and Uses:

The IS200VSVOH1B control board finds applications in the following areas:

Power Generation: Used in gas turbines for precise control of combustion processes and gas supply.

Industrial Combustion Systems: Applied in industrial settings where precise control of combustion processes is crucial.

Monitoring and Control: Serves as a key component in monitoring and controlling turbines, ensuring efficient and reliable operation.