GE

The IS200TBCIH2CCD is a Contact Input Group Isolation Terminal Board manufactured by GE, specifically designed for the Mark VI Speedtronic series of gas and steam turbine management systems. It serves as a critical component for efficient signal termination, processing, and isolation of dry contact inputs in industrial control environments. This board facilitates seamless integration with GE's Mark VI platform, ensuring reliable and precise data acquisition while maintaining system integrity in demanding industrial settings. It supports both simplex and Triple Modular Redundancy (TMR) applications, working in conjunction with VTCC/VCRC processor boards in VME racks.

The IS200TRLYS1B is a Relay Output Terminal Board manufactured by General Electric, designed specifically for the Mark VI Speedtronic series of gas and steam turbine control systems. It functions as a critical interface between the Mark VI control system and external field devices, providing reliable relay-based output signal termination and switching for discrete control applications. The board features 12 Form C (changeover) magnetic relays with integrated coil diagnostics, enabling precise and secure control of industrial actuators, valves, motors, and alarms. It supports seamless integration with VME-based Mark VI systems, operating in simplex, dual-redundancy, and triple-redundancy (TMR) configurations to ensure operational integrity in harsh industrial environments.

The IS200TVBAH2AAA is a specialized vibration input terminal board engineered by General Electric for the Mark VI Speedtronic turbine control system. It serves as a dedicated interface for connecting vibration and position sensors to Mark VI controllers, enabling real-time monitoring of critical mechanical parameters in industrial turbomachinery. The board supports up to 14 sensor connections, including seismic velocity probes, accelerometers, Proximitors, and position sensors, with integrated signal conditioning and EMI protection to ensure data accuracy in harsh industrial environments. It operates on 28 VDC power and is compatible with both simplex and triple modular redundant (TMR) system architectures, providing flexible deployment across diverse turbine control applications. Its modular design facilitates easy integration with Mark VI I/O packs and ToolboxST software for configuration, calibration, and diagnostics, making it an essential component for predictive maintenance and machinery protection.