IS200TSV0H1B Product datasheet   

IS200TSV0H1B Functional Description 

The TERMINAL CONTACT BOARD IS200TSV0H1B General Electric is a specialized servo-valve termination board designed for integration within the advanced Mark VI Speedtronic turbine management system. This critical component has served as a reliable part of GE's control architecture for over two decades, providing essential interface capabilities for industrial gas and steam turbine operations. The primary function of the GENERAL ELECTRIC Turbine Control IS200TSV0H1B is to facilitate precise control and monitoring of turbine servo mechanisms through its carefully engineered input/output configuration.

Featuring barrier-type terminal blocks mounted along one long edge, the IS200TSV0H1B GE Solenoid Interface Board accepts inputs from two independent servo current sources through dedicated I/O channels. Each terminal block supports connections for up to three LVDT or LVDR feedback sensors, allowing a total of six sensor attachments for comprehensive position monitoring. This flexible sensor configuration enables the module to accommodate various selection modes including high, median, or low select, while processing pulse rate inputs within the 2-14 kHz range to ensure accurate servo valve positioning.

With a compact weight of just 2.00 pounds, the General Electric IS200TSV0H1B Servo Terminal Board embodies a robust yet lightweight design suitable for demanding turbine control environments. The board's construction emphasizes both functionality and durability, characteristics that have made the General Electric IS200TSVOH1B a trusted component in power generation facilities worldwide. Proper handling procedures, including the use of grounding straps during installation, are recommended to protect this static-sensitive equipment from potential damage.

The continued relevance of the Servo Terminal Board General Electric IS200TSV0H1B in modern turbine control systems demonstrates GE's commitment to long-term support for their Mark VI platform. This termination board remains an integral part of maintaining operational efficiency and reliability in critical power generation applications, showcasing how well-designed industrial components can provide sustained performance across decades of service in challenging operational conditions.