1053448

Overview

The SICK 1053448 is a retro-reflective photoelectric sensor designed for industrial automation. It utilizes a PinPoint LED light source emitting visible red light at a wavelength of 635 nm. The device features a rectangular housing with dimensions of 21.5 mm x 36 mm x 37.7 mm. It operates with a sensing range up to 1.5 meters when paired with the specified P250F reflector. The unit includes a potentiometer for adjustment and offers detection capabilities for transparent, perforated, and uneven objects.

Feature Summary

• Retro-reflective functional principle with Reflex Array technology
• PinPoint LED light source for precise object detection
• Capable of detecting transparent and shiny objects

Applications

• Detecting transparent objects
• Detecting perforated objects
• Detecting uneven or shiny objects

Procurement Notes

Verify the specific ordering code against official SICK documentation to ensure compatibility with required accessories such as the P250F reflector. Confirm that the M12 connector interface matches existing system wiring. Check for any regional certification requirements relevant to the installation environment before finalizing procurement.

Selection Notes

Select this model for applications requiring reliable detection of challenging surfaces like glass or metal. Ensure the mounting space accommodates the 21.5 mm width. Verify that the 1.5-meter range meets the operational distance requirements. Consider the need for additional cabling if the standard connection length is insufficient.

Part Context

This component belongs to the SICK photoelectric sensor family, specifically within the retro-reflective category. It is engineered for high reliability in automated manufacturing environments. The design emphasizes versatility in handling various material types and surface conditions common in industrial logistics and processing.

Replacement Considerations

Consult official SICK cross-reference guides for verified substitute part numbers. Ensure any replacement maintains the same electrical interface and mechanical footprint. Verify that alternative models support the required detection range and object types.