Product Overview

The GE Fanuc IC200UDD104 VersaMax Micro PLC is a compact 14-point programmable controller designed for standalone machine control and small automation cells. It integrates discrete DC inputs and transistor outputs in one unit, providing a practical platform for basic sequencing, interlocks, and pulse-based control.

This controller supports high-speed counting and pulse output functions for applications that require fast signal processing, such as encoder feedback, speed sensing, and simple motion-related tasks. Removable terminal wiring and an onboard Run/Stop switch simplify commissioning and service in industrial panels.

Electrical and Control Specifications

• Model Number: IC200UDD104

• Product Type: Micro PLC Controller

• Product Family: VersaMax

• System Compatibility: PLC systems

• Total I/O: 14 points

• Digital Inputs: 8 DC inputs

• Digital Outputs: 6 DC transistor outputs

• 4 low-current outputs

• 2 high-current outputs

• Output Type: 24 V DC transistor, positive logic

• Isolation: Field-to-logic isolation (I/O)

• High-Speed Functions: High-speed counter and pulse output support

• Counter Modes: Type A (edge detect), Type B (A/B quadrature)

• Analog Adjustments: 2 onboard potentiometers

• Memory: Non-volatile flash program storage

• Output Supply Requirement: External 10–30 V DC supply

• PWM Capability: Up to 5 kHz

• Wiring: Removable terminal strip with protective cover

• Condition: Brand new

• Weight: Approx. 0.28 kg

• Dimensions: Approx. 9.4 × 9.3 × 7.5 cm

• Product Status: Active

• Country of Origin: USA

• HS Code: 8537101190

Typical Use Scenarios

The IC200UDD104 is commonly applied in compact control systems where integrated I/O and fast pulse handling are required. Typical deployments include conveyor control, packaging machines, small presses, pump and fan skids, and basic indexing or counting stations.

It is also suitable for encoder-based speed measurement, batching/counting operations, and simple actuator control where DC inputs and transistor outputs are preferred for response speed and durability.