The IS200TBCIH2BCE is a high-performance Terminal Board Contact module designed for use in GE Mark VIe turbine control systems. It plays a vital role in capturing and conditioning contact inputs from field devices, enabling the system to make accurate and timely decisions critical to industrial process control and protection.
This terminal board is engineered to provide reliable interfacing between discrete field devices—such as switches, sensors, and relays—and the GE Mark VIe controller. The board facilitates secure signal transmission, ensuring that inputs from the plant floor are properly filtered, isolated, and conveyed for logic processing. This contributes significantly to the integrity and responsiveness of the turbine control system.
The IS200TBCIH2BCE supports a wide number of contact inputs and includes internal circuitry for noise suppression, surge protection, and signal isolation. These features help maintain system reliability even in electrically noisy environments. Its robust build quality ensures it can perform consistently in demanding industrial settings such as power plants, petrochemical facilities, and other heavy-duty applications.
The board is equipped with clearly labeled terminal blocks for easy wiring and field installation. Each channel is engineered for high durability and long service life, reducing maintenance requirements and system downtime. Additionally, its modular design allows for straightforward replacement and upgrade without extensive rewiring or reconfiguration.
As part of the GE Mark VIe product family, the IS200TBCIH2BCE integrates seamlessly with other I/O boards and controllers, forming a cohesive control and monitoring network. Whether used for turbine startup sequencing, safety interlocks, or fault indication, this terminal board supports critical control functions with accuracy and stability.
The IS200TBCIH2BCE is available through Evaflux Private Limited, a trusted source for GE Mark VIe control system components.
🔍 Key Features
Compatible with GE Mark VIe control systems
Accepts multiple discrete contact input signals
Built-in signal filtering and isolation
Provides robust noise and surge protection
Modular design for easy installation and replacement
High durability for industrial environments
Supports reliable and accurate system logic functions
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