IC200BEM003 Network Modules GE VersaMax

Configured for high-speed network communication in VersaMax I/O stations, the GE IC200BEM003, also cataloged as the IC200BEM003 Network Module, provides direct physical/electrical execution. This module establishes a deterministic fieldbus interface between the VersaMax distributed I/O drop and a remote host controller. It manages localized data scanning, internal backplane diagnostics, and cyclic I/O telemetry transmission over the physical bus medium. The hardware executes real-time protocol conversion between the main fieldbus network and the proprietary VersaMax backplane bus architecture.

Hardware Specifications

Backplane Bus Communication Velocity

This module leverages optimal backplane bus communication velocity to minimize I/O scan latencies across the chassis. The hardware executes high-speed cyclic data transfers to the interface network with deterministic timing profiles. Active firmware flash compatibility ensures synchronized communication cycles with both analog and digital discrete modules attached to the carrier. Integrated internal buffer mechanics prevent data collision and packet dropped states during dense I/O scaling operations.

Frequently Asked Questions

Q: Does the IC200BEM003 support module hot-swap operations on the carrier?

A: No, hot-swapping the network module during active system backplane power is prohibited. Power down the entire VersaMax station before removing or inserting this module to prevent physical transceiver damage.

Q: How is the fieldbus network address assigned on this specific unit?

A: The station address is configured via the software configuration utility or through manual hardware switches located on the module carrier structure.

Q: What action occurs if the backplane bus communication link fails?

A: The module forces all connected output module points to their configured default fail-safe states or holds last state based on hardware parameters.

Field Installation Guidelines

Mount the module vertically on a standard 35 mm DIN-rail layout using approved VersaMax carrier bases. Maintain a minimum clearance of 50 mm above and below the housing structure to facilitate natural thermal heat sink dissipation. Connect the network cable using a shielded sub-D 9-pin connector assembly to minimize electromagnetic interference. Terminate both physical ends of the communication network segment using active bus termination resistors. Ensure the DIN-rail grounding clip makes direct metallic contact with a low-impedance master enclosure ground plane.