1141664

Overview

The SICK 1141664 is a luminescence sensor from the LUT9 series, designed for detecting fluorescent substances. It features an ultraviolet LED light source emitting at 375nm with a vertical long-side light emission pattern. The unit has a sensing distance of 90mm and a receiving range extending to 750nm. It utilizes a static 2-point teach-in mode for configuration and provides a light switching output function.

Feature Summary

• Equipped with an ultraviolet LED light source for specific fluorescence detection applications
• Features a large housing design measuring 30.4mm x 53mm x 80mm for robust industrial integration
• Supports static 2-point teach-in operation for simplified setup and calibration
• Includes receiving filters to suppress background luminescence below 420nm

Applications

• Detection of fluorescent substances in industrial environments
• Quality control processes requiring UV-induced fluorescence verification
• Automated inspection systems utilizing vertical light spot projection

Procurement Notes

Verify the exact part number against official SICK documentation to ensure compatibility with system requirements. Confirm that the specific variant matches the required electrical interfaces and mounting configurations. Cross-reference technical drawings for dimensional accuracy before integration into existing machinery or control panels.

Selection Notes

Select this model when precise detection of fluorescent materials is required using UV illumination. Consider the 90mm sensing distance and vertical light emission direction for alignment needs. Evaluate the static 2-point teach-in capability against dynamic adjustment requirements of the target application environment.

Part Context

This component belongs to the LUT9 series of luminescence sensors manufactured by SICK. The series focuses on specialized detection tasks involving fluorescence. The LUT9U-11406 designation indicates specific housing and optical characteristics within this product line, tailored for reliable performance in automated detection scenarios.

Replacement Considerations

Consult official SICK substitution guides for verified equivalents. Ensure any replacement maintains the same UV wavelength, housing dimensions, and electrical interface specifications to guarantee seamless integration without redesigning the host system.