GE IC200MDD843B VersaMax Mixed Module

Versatile I/O modules reduce component count and simplify system architecture. The GE IC200MDD843B VersaMax mixed module delivers this integration capability effectively. This module combines discrete input and output functions in a single unit. It provides a compact solution for space-constrained control cabinets.

Technical Architecture and Specifications

This module features a standard VersaMax form factor for DIN rail mounting. Its dimensions measure 11.0 cm in width and 12.5 cm in height. The GE IC200MDD843B weighs approximately 0.2 kilograms for secure installation. It connects to the system via the VersaMax backplane interface. This interface provides power and communication to the module.

The internal assembly contains a single integrated circuit board with all I/O circuits. Engineers will note the separation of inputs and outputs into distinct groups. This separation simplifies wiring organization and troubleshooting. The module draws 5 V DC power from the backplane for its logic circuits. It also requires 24 V DC external power for output switching.

Input and Output Configuration

The GE IC200MDD843B provides 12 discrete inputs and 12 discrete outputs. Inputs accept 24 V DC signals from sensors, switches, and pushbuttons. Outputs deliver 24 V DC at 0.5 amperes per channel for small actuators. For field wiring, it utilizes removable terminal blocks for convenient installation. Status indicators display the state for each input and output channel clearly. You can explore similar industrial I/O solutions for reference.

Specification	Detail
Model	IC200MDD843B
Manufacturer	GE
Product Line	VersaMax
Dimensions (W x H)	11.0 cm x 12.5 cm
Weight	0.2 kg
Input Channels	12 Discrete Inputs (24 V DC)
Output Channels	12 Discrete Outputs (24 V DC)
Output Current	0.5 A per Channel
Backplane Power	5 V DC
External Power	24 V DC
Terminal Type	Removable Screw Blocks

System Integration and Reliability

The GE IC200MDD843B operates reliably across standard industrial environments. It functions within a temperature range of 0°C to 60°C. Optical isolation protects the backplane from field wiring faults effectively. This isolation prevents voltage spikes from damaging system components. Field technicians can replace the module without removing field wiring. Removable terminal blocks stay connected to wiring during module replacement.