GE-FANUC IS200VTCCH1C Mark VI Thermocouple Input Board

Description

Manufacturing Process:Conformal coating for enhanced protection against dust and moisture

Functional Revision:Revision 1 of C and functional 2, ensuring compatibility and reliability

Artwork Revision:B, for improved design and functionality

Board Dimensions:Specific dimensions not provided

Weight:Specific weight not provided

Operating Temperature Range:Extended to meet industrial requirements

Input Channels:Specific number not provided

Signal Compatibility:Wide range of thermocouple types supported

    The GE Fanuc IS200VTCCH1C thermocouple input terminal board is meticulously engineered for applications requiring accurate temperature measurements under demanding conditions. Its conformal coating provides robust protection against environmental elements, ensuring consistent performance throughout its operational lifespan.

    Featuring functional revisions 1 of C and 2, this board is designed for seamless integration into the Mark VI Speedtronic series, enhancing system reliability and efficiency. The inclusion of specific artwork revisions (B) optimizes the user experience by refining the board’s design and performance.

    This board supports a broad spectrum of thermocouple types, offering unparalleled versatility. It is capable of handling multiple input channels, each compatible with various thermocouple ranges, making it suitable for a wide array of industrial processes and applications.

    With an extended operating temperature range, the GE Fanuc IS200VTCCH1C is built to withstand the rigors of industrial environments. Its construction ensures not only durability but also precision in temperature sensing, critical for maintaining operational efficiency and safety.

    For detailed specifications, including board dimensions and weight, please refer to the product’s technical manual or contact our sales team for personalized assistance. Our commitment to quality and innovation ensures that every component of the GE Fanuc IS200VTCCH1C meets the highest standards of performance and reliability.