1100122

Overview

The SICK ISD300-3212 is a long-range infrared distance sensor designed for industrial automation. It utilizes an LED light source operating at 880 nm to measure distances with high precision. The device features a transmission range of 0.2 meters to 200 meters, allowing for versatile deployment in large-scale material handling and logistics environments. Its narrow aperture angle of approximately ±0.5° ensures accurate targeting over extended distances.

Feature Summary

• Long-range detection capability up to 200 meters
• Narrow beam aperture for precise object targeting
• Infrared LED technology for reliable operation
• Suitable for automated material handling transparency

Applications

• Automated guided vehicle (AGV) navigation
• Logistics and warehouse distance monitoring
• Industrial machine safety zone verification
• Material flow process transparency tracking

Procurement Notes

Verify the specific part number against official SICK documentation to ensure compatibility with existing system interfaces. Confirm that the infrared wavelength and mounting dimensions meet your facility's technical requirements before procurement. Cross-reference the product datasheet for any recent revisions or accessory requirements.

Selection Notes

Select this model when applications require stable distance measurement over long ranges exceeding standard sensor capabilities. Consider the narrow aperture angle for scenarios requiring precise targeting without interference from adjacent objects. Ensure the operating environment supports infrared signal propagation without significant obstruction.

Part Context

This component belongs to the ISD300 series of distance sensors manufactured by SICK. The series is engineered for industrial environments demanding high reliability and accuracy. The ISD300-3212 variant specifically addresses needs for extended range measurements in complex automation setups.

Replacement Considerations

Consult official SICK substitution guides for compatible alternatives. Verify interface compatibility and mounting specifications when considering cross-model replacements within the same product family.