1141598

Overview

The SICK 1141598 is a W100 series laser photoelectric sensor designed for direct reflection detection. It utilizes a visible red laser light source with a wavelength of 650 nm and operates at Laser Class 1. The device features a square housing measuring 11 mm in width, 31 mm in height, and 20 mm in depth. It provides a maximum detection range of up to 450 mm, with a focused light spot size of approximately 2 mm at a distance of 400 mm.

Feature Summary

• Direct reflection functionality for object detection
• Visible red laser light source for precise targeting
• Compact square housing design suitable for space-constrained installations

Applications

• Industrial automation sensing
• Object detection on production lines
• Position monitoring in machinery

Procurement Notes

Verify the specific ordering code against official SICK documentation to ensure compatibility with required mounting accessories. Confirm that the application environment adheres to Laser Class 1 safety standards. Check for any regional regulatory compliance requirements relevant to optical sensors before finalizing procurement.

Selection Notes

Select this model when direct reflection sensing is required within a short range of up to 450 mm. Ensure the target object surface properties are compatible with laser reflection. Consider the compact dimensions for integration into tight mechanical spaces where larger sensors cannot fit.

Part Context

This component belongs to the SICK W100 laser photoelectric sensor family. These sensors are engineered for reliable performance in industrial environments. The W100 series is known for its robust construction and precise laser-based detection capabilities, serving as a standard solution for various automated sensing tasks.

Replacement Considerations

Consult SICK technical support for current alternative part numbers if this specific order code is discontinued or unavailable. Verify pinout and dimensional compatibility before substituting with other models in the W100 series or newer generations.