1043219

Overview

The SICK DL100-22AA2112 is a retro-reflective photoelectric sensor designed for industrial object detection. It utilizes visible red light and features a Reflex Array with a dual lens system to ensure reliable performance at minimum distances from the reflector. The unit is housed in a rectangular enclosure measuring 21.5 mm x 36 mm x 37.7 mm. It supports a sensing range of up to 1.5 meters when paired with the specified P250F reflector. Adjustment is facilitated via an integrated potentiometer, allowing for precise configuration during installation.

Feature Summary

• Equipped with a Reflex Array and dual lens system for enhanced detection stability
• Capable of detecting transparent, perforated, and uneven shiny objects
• Features position-independent detection within the defined light array

Applications

• Detection of transparent objects
• Detection of perforated objects
• Detection of flat objects with position tolerances

Procurement Notes

Verify the specific ordering number against official SICK documentation to confirm compatibility with required accessories such as the P250F reflector. Ensure the application environment aligns with the sensor's operational specifications regarding object types and surface characteristics before procurement.

Selection Notes

Select this model for applications requiring robust detection of challenging surfaces like transparency or high reflectivity. The dual lens technology provides superior reliability compared to standard sensors in environments with varying object positions or difficult material properties.

Part Context

This component belongs to the DL100 series of photoelectric sensors manufactured by SICK. The series is engineered for general industrial automation tasks where precise and reliable object presence detection is critical under diverse lighting and environmental conditions.

Replacement Considerations

Consult official SICK cross-reference guides for verified substitute part numbers. Do not assume functional equivalence with generic models without verifying interface and optical specifications.