Series:Mark VI

Type:Bridge Interface Controller Board

Number of Connectors:3

Connector Labels:["PFBK1","PFBK2","PSRC"]

Daughterboards:19 total

Port Count:Three external ports

Testpoint Access:Available

Dimensions:Specific dimensions provided

Weight:Specific weight provided

Operating Voltage Range:Specific range provided

Input Voltage Rating:Specific rating provided

Module Material:Premium-grade circuit board material

Compatibility:Compatible with Mark VI series products

Safety Certification:Complies with international safety standards

    Engineered with precision and reliability, the GE IS200BICIH1ADC PCB Board is a cornerstone component for advanced industrial automation systems. It seamlessly integrates into complex control networks, providing unparalleled functionality and stability.

    Featuring a robust design that supports up to 19 daughterboards and three versatile connectors (PFBK1, PFBK2, and PSRC), this board ensures a modular and scalable system architecture. Its extensive port configuration facilitates direct connection to various sensors, actuators, and other control devices.

    With an emphasis on accessibility, the IS200BICIH1ADC offers convenient testpoint access, enabling engineers to perform diagnostic checks and maintenance tasks efficiently without disrupting operational processes.

    Designed for operation in extreme environmental conditions, this board is engineered to withstand temperatures ranging from -40°C to +70°C and can handle humidity levels up to 95% without condensation. This makes it suitable for deployment in diverse industrial settings, from harsh manufacturing environments to remote power generation sites.

    Optimized for performance and longevity, the GE IS200BICIH1ADC PCB Board is backed by industry-leading support services and comes with a comprehensive set of technical documentation, including detailed installation guides and troubleshooting manuals. It is an essential upgrade for systems seeking enhanced control, reliability, and efficiency in their automation processes.