Brand:GE Fanuc

Model:IS200TPROH1B

Series:Mark VI

Type:Protective Termination Card

Dimension (LxWxH):33 cm x 10.2 cm x 4.8 cm

Weight:0.54 kg

Terminal Blocks:2 large blocks, each with 24 silver metal terminals

Material:High-grade FR-4 epoxy resin

Operating Environment:Indoor, industrial control rooms

Application:Gas and steam turbine automation and management systems

    The GE Fanuc IS200TPROH1B is an indispensable component in the advanced Mark VI series by General Electric, renowned for its robustness and reliability in industrial control applications. This protective termination card is specifically engineered to safeguard critical systems against potential failures and ensure continuous operation of industrial gas and steam turbines.

    Crafted with precision and attention to detail, the IS200TPROH1B boasts a sleek, rectangular design that optimizes space efficiency on the control panel. Its sturdy construction ensures longevity and durability under demanding operational conditions.

    The left edge of the card is uniquely equipped with two large terminal blocks, each packed with 24 silver metal terminals, totaling 48 connections. These terminal blocks provide a secure and efficient connection point for various control signals and power supplies, facilitating seamless integration into existing industrial automation systems.

    The IS200TPROH1B is designed with user-friendliness in mind. Its intuitive interface allows for easy installation and configuration, ensuring minimal downtime during maintenance or replacement procedures. Additionally, it supports quick troubleshooting and diagnostics through its comprehensive monitoring capabilities, enabling operators to address issues swiftly and maintain optimal system performance.

    At the heart of its functionality lies the card’s ability to monitor and control the critical parameters of industrial gas and steam turbines, ensuring safe and efficient operation. By incorporating the IS200TPROH1B into your industrial automation setup, you can expect enhanced system reliability, improved operational efficiency, and reduced maintenance costs.