You are here:

GE Fanuc IS200TREGH1B | Mark VI Circuit Board, Advanced Automation Solution

The GE Fanuc IS200TREGH1B is a critical component in the operation and automation of steam and gas turbines, designed for seamless integration and reliability.

Categories:

GE Fanuc IS200TREGH1B | Mark VI Circuit Board, Advanced Automation Solution

Brand & Model:GE Fanuc IS200TREGH1B

Application:Steam and Gas Turbine Automation

Type:Trip Emergency Termination Board

Series:Mark VI

Dimensions:11 x 6 x 6.7 cm

Weight:0.14 kg

Part Components:[“Transformer”,”Transparent Plastic Cover”,”Silver Wire”]

Control System Technology:Speedtronic

    Unveiling the GE Fanuc IS200TREGH1B, the heart of industrial automation in steam and gas turbines. This specialized circuit board ensures seamless integration and enhanced operational efficiency, setting new benchmarks in reliability and performance.

    Crafted with precision, this board boasts an innovative design featuring a series of square-shaped transformers, meticulously protected under transparent plastic casings adorned with silver wiring. This unique configuration facilitates optimal energy transfer and system stability.

    Engineered to withstand rigorous operating conditions, the IS200TREGH1B is designed for durability in extreme environments, from sub-zero temperatures (-20°C) to scorching heat (+70°C), ensuring reliable performance throughout its service life.

    Experience unparalleled ease of integration with the IS200TREGH1B, featuring versatile connection types including RS-232, RS-422, RS-485, and Ethernet interfaces. This compatibility streamlines communication across various systems, enhancing operational flexibility and efficiency.

    Backed by the renowned Speedtronic control system technology, the IS200TREGH1B offers unparalleled control and monitoring capabilities. This advanced feature set empowers users to optimize turbine operations, reduce downtime, and maximize productivity in their industrial settings.

GE Fanuc IS200TREGH1B  Mark VI Circuit board