GE DS200DTBDG1ABB Terminal Board 330mm x 200mm for Mark V Turbine Control

GE DS200DTBDG1ABB Terminal Board Mark V Ge Turbine Control

Product Details:

The GE DS200DTBDG1ABB is a Contact Output Expansion Termination Module designed for GE’s Mark V Turbine Control System—used to manage wind, gas, and steam turbine automated drives, and part of GE’s final product series leveraging its patented Speedtronic technology. Despite lacking a special modular assembly tag in its product number, it functions as a critical termination hub for contact outputs in Mark V systems.

Physically, it measures 11.25 inches (length) × 3 inches (height), features a thick, standard PCB protective coating, and includes Mark V-standard voltage-limiting components. It is secured via screws to a specific drive interior location and connects to key Mark V boards via dedicated connectors: JS1-JS8 for TCRA relay signals, J8 for TCPD solenoid power, and J19/J20 daisy-chained for contact output power. Installation requires careful screw removal to avoid dropping hardware into the drive, which risks shorts or component damage, labeling of cables for easy reinstallation, and routing cables to not block air vents.

Key Features:

Mark V Speedtronic Legacy Compatibility: Tailored for the Mark V system’s turbine control, integrating GE’s patented Speedtronic technology and supporting legacy wind/gas/steam turbine setups.

Protected & Compact Design: Thick PCB coating safeguards components, while its 11.25”×3” dimensions fit precisely in designated drive locations, ensuring secure, space-efficient installation.

Dedicated Board Interfacing: Connectors enable seamless signal/power links to TCRA and TCPD boards, maintaining contact output termination integrity.

Safety-Focused Installation: Requires careful screw handling to prevent drive shorts/damage and cable labeling/routing to avoid blocked vents, minimizing operational risks during maintenance.

Voltage Regulation: Incorporates Mark V-standard rectifiers, diodes, and capacitors for voltage limiting, protecting sensitive circuits and ensuring stable performance in turbine control environments.