Type:Contact Terminal Board

Series:Mark VI

Brand:General Electric (GE)

Model Number:IS200TBCIH2BBC

Module Type:Board

Power Supply Voltage:DC 24V

Operating Temperature Range:-10°C to +55°C

Dimensions (WxHxD):180mm x 95mm x 50mm

Weight:0.5kg

Material:Ruggedized Industrial Grade PCB Material

Number of Terminal Blocks:2 Large Terminal Blocks

Terminal Connections:48 Terminal Connections

Capacitor Configuration:30 Small Black Capacitors in 15 Pairs

Electrical Connections:Supports Various Electrical Interfaces

    The GE IS200TBCIH2BBC Control Systems are engineered to deliver unparalleled performance in industrial automation environments. Built with precision and reliability, these systems are essential for managing the complex demands of gas and steam turbines in power generation and other critical industrial sectors.

    Featuring a robust design, the IS200TBCIH2BBC offers a comprehensive set of 48 input/output channels, enabling seamless data exchange and control over various processes within the industrial machinery. Its compatibility with the Mark VI series ensures compatibility with existing infrastructure, simplifying integration and reducing downtime.

    Engineered for durability, this control system operates within a wide temperature range (-40°C to +70°C), making it suitable for diverse operational conditions across different geographical locations. The compact yet sturdy construction, combined with its lightweight design (0.5kg), facilitates easy installation and maintenance without compromising on functionality.

    Equipped with an RS-485 communication interface, the IS200TBCIH2BBC supports efficient data transfer and connectivity with other industrial control systems, enhancing overall system performance and facilitating remote monitoring and control. This feature is crucial for implementing advanced diagnostics and predictive maintenance strategies, ensuring optimal efficiency and minimizing operational costs.

    Designed with safety and security in mind, the IS200TBCIH2BBC incorporates industry-leading protection mechanisms against electrical hazards, ensuring the safety of personnel and equipment during operation. Moreover, its modular architecture allows for flexible configuration, enabling scalability and adaptability to evolving industrial requirements.