GE IS200TTURH1CCC Terminal Turbine Board 330mm x 200mm

The GE IS200TTURH1CCC is a Turbine Terminal Board specifically designed for GE’s Mark VIe Turbine Control System—an ecosystem tailored for wind, gas, and steam turbine management and control. As one of the last GE Mark series to integrate patented Speedtronic control technology, the Mark VIe series holds value in industrial automation, though GE no longer supports it, making parts like the IS200TTURH1CCC scarce. AX Control maintains stock of this board as refurbished or new surplus units to address market demand.

Functionally, the IS200TTURH1CCC interfaces with the Primary Turbine Protection PCB (VTUR) and controls the Primary Trip Terminal board via PTUR packs, supporting both Simplex and TMR applications—critical for fault tolerance in turbine control.

Physically, the board features three female 37-pin ports, three male 37-pin connectors for TRPG board connection, and two terminal strips. It also includes two green 3-pin jacks, a white 4-pin jack, reinforced bottom terminal holes, top mounting divots, and factory-drilled holes. Internal components include two large transformers, eight red circular parts, and numerous diodes, resistors, and capacitors. Antistatic handling is required to prevent damage, and detailed guidance is available in GEI-100575.

Key Features
Mark VIe & Speedtronic Integration: Tailored for the Mark VIe series, ensuring compatibility with wind/gas/steam turbine control systems and leveraging legacy reliability.

Turbine Protection Functionality: Interfaces with VTUR and controls TRPG via PTUR packs, supporting Simplex and TMR setups to enhance fault tolerance in critical turbine operations.

Robust Hardware Design: Equipped with 37-pin ports/connectors for TRPG linking, dual terminal strips, and dedicated jacks; internal components are structured for industrial durability.

Conformal Coating: Features conformal PCB coating, boosting resistance to moisture, dust, and corrosion—essential for harsh turbine facility environments.

Antistatic Requirement: Mandates antistatic handling to protect sensitive circuitry from static shock, preserving board functionality during installation and maintenance.