GE IC200CHS006 VersaMax Communications Carrier Module

Carrier type is local communications and high-density I/O. Terminal type is screw-type high-density. Wiring capacity is 0.5 mm² to 2.5 mm² (20 to 12 AWG). Module capacity is one VersaMax module. Mounting is 35 mm DIN rail per EN 50022. Current rating is 8 A per power/ground and 2 A per I/O point. Voltage transients withstand up to 300 VAC. Backplane connection uses integrated male/female bus connectors. Operating temperature is 0°C to +60°C. Dimensions are approximately 120 x 100 x 30 mm. Weight is 0.21 kg.

Accommodates complex wiring for communication modules including multiple bus lines and shields. Secures sensitive electronics from vibrational stress. Simplifies panel expansion by allowing distributed I/O clusters near field devices. Ensures bus integrity through integrated backplane connectors for deterministic data transfer.

Fieldbus communication infrastructure, distributed I/O networking, machine-level network nodes, compact control cabinet expansion, and multi-protocol industrial networking.

Supports communication modules with data rates up to 12 MBaud. Handles up to 244 bytes of I/O data depending on installed communication module. Low backplane current consumption of approximately 5 mA.

Industrial polymer base with steel grounding clips and copper bus bars for backplane continuity.

Compact carrier optimized for dense cabinet layouts. Secure module locking structure provides vibration resistance. Optional panel mounting via integrated latch points.

The carrier provides 5 VDC backplane power and data interface to the mounted communication module. It routes network communication signals between the module’s fieldbus connector and the VersaMax backplane.

Snap onto grounded 35 mm DIN rail. For EMC protection, ensure conductive mounting surface. Install communication module with tool-free latch retention. Connect fieldbus cables per module-specific wiring diagrams.

This carrier primarily supports IC200BEM series communication modules and 32-point discrete modules.