IC200CHS022N GE Fanuc I/O Carrier Datasheet & Technical Manual

The GE Fanuc IC200CHS022N, also cataloged as the IC200CHS022N Box-Style I/O Carrier, operates as a dedicated hardware component for signal interconnection and module housing within Versamax system networks. This carrier provides direct physical/electrical execution, establishing the required backplane interface to facilitate high-density wiring and secure seating for modular I/O components. Hardware Specifications Parameter Specification Model IC200CHS022N Brand GE Fanuc Origin Verify via product label Weight 0.34 kg (0.75 lbs) Dimensions Standard Versamax carrier footprint Operating Temp 0 to 60 deg C Power Consumption Passive component I/O Type Box-Style I/O Carrier Compatibility Versamax Series Profinet / EtherNet/IP Deterministic Networks The IC200CHS022N carrier supports deterministic data transfer by providing a rigid, low-impedance mechanical interface for I/O modules connected to the system backplane. Its design ensures that field signals are routed with high fidelity to the module backplane connectors, maintaining the signal integrity required for high-speed network communication. As a passive interconnect component, it is fundamental in maintaining consistent backplane bus communication velocity across multiple I/O segments, ensuring that electrical signal propagation remains within the strict timing parameters of the system's scan-cycle requirements. Frequently Asked Questions Q: Does this carrier contain any internal electronic circuitry or firmware? A: No, the IC200CHS022N is a passive box-style interconnect carrier designed for physical module seating and terminal wiring; it contains no active electronics or processing logic. Q: How does the box-style design differ from standard carriers? A: The box-style configuration provides an enclosed housing structure that offers improved mechanical protection for the backplane pins and terminal connections in industrial environments. Field Installation Guidelines DIN-Rail Mounting: Secure the carrier onto a 35 mm DIN rail. Ensure the integral latching mechanism is locked to prevent shifting or physical misalignment during high-vibration operation. Wiring Termination: Utilize the box-style terminal layout to organize field wiring. Ensure wires are stripped to the required length and firmly seated to prevent loose connections that may induce signal noise. Grounding: Establish a low-impedance connection between the carrier chassis and the system earth ground. Proper grounding is essential to ensure that shielding on field cables remains effective against electromagnetic interference. Module Seating: Before installing an I/O module, inspect the carrier's internal backplane pins for debris or oxidation. Ensure the module is inserted straight and clicks firmly into the locking tabs to guarantee electrical connectivity.