1046332

Overview

The SICK 1046332 is a KTM Prime contrast sensor designed for reliable print mark detection in automated production processes. It identifies positioning marks on packaging materials to register film seals accurately. The unit features a stainless-steel housing that meets stringent hygiene requirements, suitable for demanding industrial environments. A special mounting system minimizes contamination risks during operation.

Feature Summary

• Detects print marks reliably for precise film seal registration
• Stainless-steel construction meets high hygiene standards
• Special mounting system reduces contamination risk

Applications

• Automated packaging machinery
• Film sealing process control
• Hygienic production environments

Procurement Notes

Verify the specific ordering code against official SICK documentation to ensure compatibility with existing KTM Prime systems. Confirm environmental ratings and mounting requirements match the installation site. Cross-reference technical specifications with current product datasheets to validate performance parameters before procurement.

Selection Notes

Select this model when high-contrast detection of print marks is required for film sealing accuracy. Consider the stainless-steel variant for applications involving strict hygiene protocols or frequent cleaning cycles. Evaluate the special mounting system benefits for contamination-sensitive installations compared to standard sensors.

Part Context

This component belongs to the KTM Prime series of contrast sensors from SICK. These sensors are engineered for simple, fast, and reliable detection tasks in industrial automation. The series supports various mounting configurations and interfaces to integrate seamlessly into modern production lines requiring precise visual feedback.

Replacement Considerations

Consult official SICK substitution lists for compatible alternatives. Verify interface compatibility and mounting dimensions before replacing existing units. Ensure replacement models maintain equivalent detection capabilities and environmental ratings for the specific application requirements.