The IS200VSVOH1B is a high-performance VME Servo Control Board, developed by GE for use in Mark VI turbine control systems. This intelligent module manages the servo control logic necessary for positioning and regulating actuators in gas and steam turbines. Its advanced control capabilities help ensure responsive, precise, and reliable turbine operation under dynamic conditions.

Designed to interface directly with electrohydraulic servo valves, the IS200VSVOH1B processes both command signals and real-time feedback to maintain consistent actuator performance. This control board is responsible for translating digital control signals into analog outputs for the servo valves, ensuring smooth and accurate motion of critical turbine components such as steam valves, fuel control systems, and variable geometry actuators.

Housed in a VME (Versa Module Europa) form factor, the VSVOH1B integrates seamlessly with the rest of the Mark VI architecture, supporting high-speed backplane communication and redundancy where required. It features robust signal filtering, error checking, and diagnostic functionality to maintain system integrity and ensure continued operation even under challenging environmental conditions.

Additionally, the board includes fault detection capabilities and feedback loops for continuous position monitoring, minimizing the risk of actuator failure and improving overall turbine safety. Its reliable design makes it ideal for use in mission-critical applications within power generation, oil and gas, and industrial automation sectors.

Evaflux Private Limited supplies the IS200VSVOH1B with thorough quality testing and technical support to ensure optimal performance in both new installations and replacement projects. Whether you’re upgrading a legacy system or maintaining an existing infrastructure, we provide timely delivery and expert assistance to support your operational needs.

⭐ Key Features:

• Designed for GE Mark VI turbine control systems

• VME-based servo control board with fast signal processing

• Interfaces with electrohydraulic servo valves

• Accurate digital-to-analog conversion for actuator control

• Real-time position feedback and fault monitoring

• Supports redundancy and high-speed backplane communication

• Built-in diagnostics and safety features

• Tested and supported by Evaflux Private Limited

📍 Evaflux Private Limited
📞 +91 7303573946
📧 support@evaflux.com