Description

The GE Fanuc IC610MDL175 is an 8-channel AC output module designed for the Series One programmable controller platform. This high-density module provides reliable switching for industrial field devices, including solenoids, contactors, and indicators. It is engineered to support demanding automation environments, such as packaging equipment and assembly lines, by offering robust electrical isolation and consistent signal performance.

Features

• 8 independent AC output channels for multi-load control.
• Configured in two isolated groups of four channels each.
• Wide operating voltage range of 90 to 265 VAC.
• Integrated logic-side LED indicators for real-time status monitoring and rapid troubleshooting.
• Compact design optimized for high-density Series One rack mounting.

Applications

This module is suitable for various industrial control applications requiring AC load switching, including:

• Automated assembly and manufacturing lines.
• Packaging and material handling systems.
• General-purpose AC load management in Series One control architectures.

Technical Specifications

Installation Guidelines

• Ensure the Series One rack power is disconnected before installing or removing the module.
• Verify that the AC supply voltage is within the 90-265 VAC range before energizing the system.
• Ensure proper grounding of the rack assembly to minimize electrical noise and EMI interference.
• Route field wiring away from high-voltage power cables to prevent signal crosstalk.
• Verify that the load connected to each channel meets the minimum 25 mA requirement to ensure stable switching.

FAQ

What is the channel configuration of the IC610MDL175?

The module features 8 output channels divided into two isolated groups, with four channels per group.

Does this module require a minimum load?

Yes, each channel requires a minimum load of 25 mA to maintain proper switching reliability and signal integrity.

How can I verify the status of the outputs?

The module includes logic-side circuit indicators on the front faceplate, allowing for immediate visual verification of each output's status during operation or maintenance.