GE IC200UEX014-B VersaMax Micro Expansion Module

The GE IC200UEX014-B, also cataloged as the IC200UEX014 Micro Expansion Module, operates as a dedicated hardware component for increasing I/O capacity within VersaMax Micro PLC platforms. The module connects via a dedicated side expansion interface to support stable communication between the main CPU and expanded I/O channels, enabling signal processing for additional field sensors, switches, and actuators.

Hardware Specifications

Backplane Bus Communication Velocity & I/O Density Scaling

The IC200UEX014-B scales I/O density through its dedicated side expansion connector, executing direct bus communication with the primary VersaMax Micro CPU. Internal high-quality protection circuitry suppresses electromagnetic interference to prevent signal degradation across expanded I/O addressing slots. This high-density architecture maintains deterministic backplane bus communication velocity and logic scan speeds during continuous industrial operation.

Frequently Asked Questions

Q: Can the IC200UEX014-B expansion module be connected while system power is active?

A: No. System power must be completely disconnected prior to mating the module to the side expansion connector to protect backplane pin connections and internal logic circuits from electrical damage.

Q: How does the module interface physically and electrically with the controller?

A: The module attaches directly to compatible VersaMax Micro controllers through a dedicated side expansion interface and mounts via a standard DIN-rail assembly.

Q: Are all VersaMax Micro CPUs compatible with this expansion hardware?

A: The module is compatible with VersaMax Micro CPU systems that support the required expanded I/O addressing configuration.

Field Installation Guidelines

Disconnect all system power sources prior to physically mating the expansion unit. Align the IC200UEX014-B with the side interface connector of the VersaMax Micro base unit and press firmly until the mechanical latches lock into position. Mount the combined assembly securely onto a standard 35 mm DIN rail. Ensure all field wiring cables are routed separately from high-voltage AC conductors and that signal shield grounds are tied to a central enclosure ground point to maintain noise immunity limits.