1136782

Overview

The SICK CLV503 (Part No. 1136782) is a miniature fixed-mount barcode scanner designed for OEM and machine builder applications where space is extremely limited. It features an ultra-compact form factor comparable to a USB plug, facilitating installation in tight environments. The device offers excellent decoding performance with a large depth of field, ensuring flexibility in application setup. Specifically configured for slow-moving applications, this variant operates with a scanning frequency of 100 Hz.

Feature Summary

• Extremely compact design enables installation in situations with limited space
• Fast and reliable decoding even on poorly printed or partly damaged codes
• Easy commissioning using enclosed configuration barcodes and the online tool

Applications

• Packaging systems
• Circuit board processing
• Clinical analyzers
• Robotic inspection

Procurement Notes

Verify that the specific part number corresponds to the CLV503 model variant rather than the CLV505 high-speed version. Confirm interface requirements, as the series includes RS-232 variants with flying leads and USB variants. Ensure the application speed aligns with the 100 Hz scanning frequency specification before finalizing procurement.

Selection Notes

Select this model when the application involves slow-moving objects requiring a 100 Hz scan rate. Consider the CLV505 if conveyor speeds exceed typical thresholds for this unit. Evaluate the available interface options, such as RS-232 with digital outputs or USB, based on the host system's connectivity capabilities and trigger requirements.

Part Context

This component belongs to the SICK CLV50x series of miniature barcode scanners. The series is characterized by its small footprint and ease of configuration via online tools. It targets the OEM and machine builder marketplace, providing robust identification solutions for automated industrial processes.

Replacement Considerations

Public confirmed substitute part numbers are not available in the provided documentation.