1044639

Overview

The SICK part number 1044639 corresponds to the RAY10-AB4CBL, a photoelectric retro-reflective sensor. This device utilizes a dual lens system with Reflex Array technology and emits visible red light at a wavelength of 635 nm via a PinPoint LED source. It features a rectangular housing measuring 21.5 mm x 36 mm x 37.7 mm. The sensor provides position-independent detection for objects as small as 5 mm within a 25 mm detection height. Maximum sensing range is 1.5 m when used with the P250F reflector.

Feature Summary

• Dual lens system with Reflex Array technology for minimum distance to reflector
• Position-independent detection capability for small objects
• Visible red light emission for precise alignment
• Potentiometer-based adjustment mechanism

Applications

• Detection of transparent objects
• Detection of perforated objects
• Detection of uneven or shiny surfaces
• Detection of flat objects with position tolerances

Procurement Notes

Verify the specific ordering suffix against official SICK documentation to ensure correct configuration. Confirm compatibility with required reflectors, such as the P250F model, for optimal performance. Check connector types and cable lengths if accessories are needed. Ensure environmental ratings meet application requirements.

Selection Notes

Select this sensor for applications requiring reliable detection of challenging materials like transparency or reflectivity. The compact form factor suits space-constrained installations. Verify that the 1.5 m range meets operational needs. Consider the potentiometer adjustment for manual setup without digital interfaces.

Part Context

This component belongs to the RAY10 series of photoelectric sensors from SICK. The series focuses on retro-reflective detection using specialized optical systems. These sensors are designed for industrial automation tasks requiring high precision and reliability in detecting difficult object characteristics.

Replacement Considerations

Consult official SICK substitution guides for verified replacements. Ensure functional equivalence in optical principles and mounting dimensions. Verify electrical interface compatibility before swapping components.