GE Fanuc IC695CHS016 Universal Backplane – Modular Control System, High Performance

Module Compatibility:Supports a wide range of IC695 modules including I/O, processors, and power supplies

Bus Speed:Synchronized with the latest communication protocols for seamless data transfer

Power Handling Capacity:Handles high current demands without overheating or system disruption

Environmental Tolerance:Operates reliably in extreme temperatures and harsh environments

Connectivity Options:Offers multiple connector options for diverse integration scenarios

Modular Design:Easy to integrate and expand for growing system requirements

    Introducing the GE Fanuc IC695CHS016 Universal Backplanes, a pivotal component for seamless integration in modular control systems. This backplane is specifically designed to enhance system efficiency and reliability, offering up to 28 slots for various modules to accommodate diverse industrial automation requirements.

    Featuring a compact design with dimensions of 145 x 44 x 127 mm, the IC695CHS016 ensures minimal space consumption without compromising on functionality. Its lightweight construction weighing approximately 0.6 kg makes it ideal for both new installations and retrofit scenarios.

    With a maximum power consumption of just 1.8 W, this backplane operates efficiently, reducing energy costs and contributing to sustainable manufacturing practices. It is meticulously engineered to withstand a wide range of operating temperatures (-20°C to +60°C) and storage conditions (-40°C to +70°C), ensuring reliable performance under various environmental challenges.

    Adhering to stringent industry standards, including IEC 61131-2 for programmable logic controllers, IEC 60664 for electrical equipment, UL 508A for industrial controls, and CE marking for European conformity, the IC695CHS016 is a trusted choice for compliance-conscious applications.

    Whether you’re looking to enhance existing systems or embark on new projects, the GE Fanuc IC695CHS016 Universal Backplanes offer unparalleled flexibility and robustness, making them an indispensable part of your industrial automation journey.