1064060

Overview

The SICK WTB2S-2P1330S39 is a miniaturized photoelectric sensor designed for object detection in industrial automation. It utilizes the proprietary SIRIC integrated circuit to ensure high reliability against optical and electromagnetic interference. The device supports IO-Link communication for enhanced process data integration. Physical dimensions are 11 mm x 14 mm with a weight of 35 grams.

Feature Summary

• Detects diverse objects including transparent, dark, or reflective materials using digital signal processing
• Maintains reliable operation under strong ambient light and background reflection conditions
• Resists mechanical stress from shock and vibration while meeting industrial standards

Applications

• Integration into compact machine models requiring small form factors
• Automated production processes requiring seamless network connectivity
• Detection tasks involving challenging surface characteristics such as gloss or porosity

Procurement Notes

Verify the specific ordering number matches the required configuration. Confirm that the SIRIC technology and IO-Link interface align with system requirements. Ensure environmental ratings meet operational conditions regarding temperature and chemical exposure. Validate compliance with relevant safety directives before deployment.

Selection Notes

Choose this model when space constraints limit installation options. Select for applications demanding robustness against complex lighting environments. Consider for systems requiring detailed sensor diagnostics via IO-Link. Evaluate based on the need for detecting varied material properties without adjustment.

Part Context

This component belongs to the SICK W2 series of miniaturized photoelectric sensors. The series emphasizes compact design combined with advanced internal electronics. It represents SICK's strategy to provide adaptable solutions for diverse automation challenges through standardized yet highly specialized hardware.

Replacement Considerations

Consult official SICK documentation for direct substitutes within the W2 series. Verify pinout compatibility and mounting dimensions before swapping units. Ensure functional equivalence regarding detection principles and communication protocols.