NER-011660201G

Overview

The NER-011660201G is a wide-angle LED illuminator from the NERLITE MAX series, designed for machine vision applications. It features a 100 mm wide light source with red emission characteristics. The unit utilizes an M12 connector interface for secure electrical connection. This component serves as a dedicated illumination source to enhance contrast and visibility of target objects in automated inspection systems.

Feature Summary

• Provides wide-area uniform illumination for broad field-of-view inspections
• Engineered for high-intensity red light output to optimize material contrast
• Constructed with robust industrial housing suitable for factory environments

Applications

• General object detection in automated assembly lines
• Surface defect inspection on reflective or dark materials
• Barcode reading enhancement under challenging lighting conditions

Procurement Notes

Verify part number accuracy against legacy documentation as this item may be discontinued. Confirm mechanical fitment and electrical compatibility with existing controller interfaces before procurement. Ensure replacement units meet original specification requirements for optical performance and connector type.

Selection Notes

Select this model when wide-angle coverage is required for specific inspection zones. Consider the red wavelength suitability for the target material properties. Evaluate integration with compatible vision controllers supporting M12 connectivity standards for seamless system deployment.

Part Context

This illuminator belongs to the NERLITE MAX family, known for high-performance lighting solutions. It complements Omron's broader machine vision ecosystem by providing specialized lighting configurations. The product supports various industrial automation tasks requiring precise visual data acquisition.

Replacement Considerations

Check official Omron databases for current equivalent models within the NERLITE series. Verify if newer generations offer improved efficiency or updated connectors while maintaining dimensional compatibility.