1085637

Overview

The SICK 1085637 is a photoelectric sensor belonging to the LE 20 series. It functions as a retro-reflective sensor designed for industrial automation environments. The device utilizes optical sensing technology to detect objects by monitoring reflected light signals from a separate reflector. This configuration allows for reliable detection of various target materials within specified operational ranges, supporting standard industrial communication protocols and mounting requirements typical of the LE 20 product family.

Feature Summary

• Retro-reflective detection principle utilizing a separate reflector
• Compact housing design suitable for space-constrained installations
• Integrated optical system for stable signal processing

Applications

• Automated assembly line object detection
• Packaging machinery presence verification
• Conveyor belt sorting systems

Procurement Notes

Verify the specific order number against official SICK documentation to ensure compatibility with required cable lengths and connector types. Confirm that the retro-reflective setup matches the intended application geometry. Check for any regional certification requirements or environmental ratings necessary for the installation site before finalizing procurement.

Selection Notes

Select this model when a retro-reflective sensing method is preferred over diffuse or through-beam configurations. Ensure the application environment does not exceed the sensor's specified operating temperature range. Verify that the target material provides sufficient reflectivity for the sensor's rated switching distance. Consider the mechanical mounting constraints and available wiring space during the selection process.

Part Context

This component is part of the SICK LE 20 series, a line of photoelectric sensors known for robust performance in industrial settings. The series offers various sensing technologies including diffuse, retro-reflective, and through-beam options. The LE 20 series is engineered for durability and ease of integration into automated control systems, providing consistent detection capabilities across diverse manufacturing applications.