Overview
The GE Fanuc IC610MDL151B is a 24VDC sink output module designed for the Series One PLC family. This 8-circuit output module provides circuits each capable of controlling user supplied discrete (ON/OFF) loads. The circuits are referred to as sink DC outputs because current flows from the load into the field terminal for each circuit when the output is energized.
Key Features
- 8-point sink output configuration for 24VDC discrete load control
- Typical loads include relay coils, motor starters, solenoid valves, and indicator lights
- 8 circuits provided referenced to a single DC power source, supplied by the user
- Compatible with GE Fanuc Series One PLC chassis and expansion racks
- Plug-in module design for quick installation and replacement
Technical Specifications
- Output Voltage: 24VDC
- Output Type: Sink Logic (NPN)
- Point Count: 8 circuits
- Load Type: Discrete (ON/OFF) loads only
- Product Series: GE Fanuc Series One
- Module Class: Output Module
- Configuration: Single referenced group
Typical Applications
The IC610MDL151B is used in industrial automation and process control applications including:
- Machine tool automation and motion control
- Manufacturing process control systems
- Discrete load switching for equipment control
- Field device actuation and relay logic replacement
- Legacy Series One PLC system retrofits and repairs
Compatibility & Replacements
Compatible With
- GE Fanuc Series One PLC processors
- Series One I/O chassis and backplane modules
- 24VDC power supplies rated for output module loads
- Discrete industrial field devices (coils, switches, solenoids)
- Series One expansion racks and carrier bases
Replaces / Drop-In Replacement For
- Previous versions or equivalent GE Fanuc 8-point 24VDC sink output modules
- Verify compatibility with your specific Series One chassis configuration before ordering
Works With
- GE Fanuc Series One programming software and logic development tools
- Series One rack-based I/O architecture
- Standard 24VDC industrial power systems
- Discrete logic applications and PLC-based machine control
