1065734

Overview

The SICK part number 1065734 corresponds to the WTB9-3P2461, a photoelectric retro-reflective sensor from the WTB9 series. This device is designed for industrial automation applications requiring reliable object detection. It features a robust housing suitable for demanding environments and utilizes retro-reflective technology for precise sensing. The unit is engineered for integration into safety-critical and general industrial machinery systems.

Feature Summary

• Retro-reflective photoelectric sensing principle for consistent object detection
• Robust industrial housing designed for durability in automated environments
• Integrated evaluation electronics for simplified system configuration

Applications

• Industrial machine guarding and safety interlocking
• Automated assembly line object presence verification
• Logistics automation conveyor belt monitoring

Procurement Notes

Verify the specific suffix codes against the official SICK datasheet to ensure correct cable length and connector type. Confirm that the operating voltage and light spot size meet your system requirements before procurement. Cross-reference the full part number with authorized distributors to avoid counterfeit components.

Selection Notes

Select this model when retro-reflective sensing is required for medium-range detection tasks. Ensure the reflector used matches the sensor's specifications for optimal performance. Consider environmental factors such as ambient light interference and potential lens contamination during selection.

Part Context

This component belongs to the WTB9 series of photoelectric sensors by SICK. The series is known for its compact design and high reliability in factory automation. Part number 1065734 represents a specific configuration within this family, tailored for standard industrial mounting and wiring interfaces.

Replacement Considerations

Check for updated revisions of the WTB9 series which may offer improved environmental sealing or adjusted electrical characteristics. Verify compatibility with existing control logic if replacing older generations of retro-reflective sensors.