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GE IC200MDL243D GE Fanuc PLC Discrete Input Controller

Product Model: GE IC200MDL243D
Product Brand: GE Fanuc / Emerson Automation
Product Series: VersaMax I/O
Product Features:
• 16 isolated discrete AC input points with individual LED status indicators
• Designed for robust industrial PLC and control system integration
• Optical isolation between field wiring and logic for noise immunity
• Compact module fitting VersaMax carriers, DIN rail or panel mount

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Description

Product Model: GE IC200MDL243D
Product Brand: GE Fanuc / Emerson Automation
Product Series: VersaMax I/O
Product Features:
• 16 isolated discrete AC input points with individual LED status indicators
• Designed for robust industrial PLC and control system integration
• Optical isolation between field wiring and logic for noise immunity
• Compact module fitting VersaMax carriers, DIN rail or panel mount

Technical Specifications Table

Specification Details
Module Model GE IC200MDL243D
Series VersaMax I/O
I/O Type Discrete Input
Number of Inputs 16 isolated points
Nominal Input Voltage 120 VAC
Input Voltage Range 0–132 VAC
Input Logic Positive sourcing (AC)
Isolation 250 VAC continuous / 1500 VAC for 1 min
Backplane Current ~100–120 mA at 5 VDC
Indicators Individual LED per input + module OK LED
Mounting Options VersaMax carrier, DIN rail, panel mount
Operating Environment Industrial automation use
IC695CPU315-BB
IC200MDL243D

Product Role & System Fit

When automation engineers design or maintain industrial PLC racks, discrete input modules like the GE IC200MDL243D are indispensable. This unit functions as a bridge between field-level devices — such as pushbuttons, proximity sensors, limit switches, and safety interlocks — and the logic core of a PLC or PAC system. Unlike analog I/O, which handles variable signals, discrete modules like this deal with two-state signals: ON/OFF, open/closed, true/false.

The GE IC200MDL243D belongs to the VersaMax I/O family originally developed by GE Fanuc and now supported under the Emerson Automation umbrella. It plugs into a VersaMax carrier or backplane, working synchronously with CPUs and other I/O cards to form a modular control architecture. In most setups, the module’s backplane power and signal paths are sourced from the PLC rack, allowing it to share communication with a central controller and distribute discrete input data across the control network.

Compatibility is broad within VersaMax installations. Whether you’re expanding an older panel or repairing a critical production line, this module fits standard VersaMax carriers and is fully compatible with the logic and wiring practices established in GE-based automated systems.