1104724

Overview

The SICK model 1104724 is a Visionary-S CX industrial 3D snapshot camera utilizing stereo vision technology. It features a resolution of 640 px by 512 px and captures up to 30 color depth images per second. The device operates within a temperature range of 0°C to 50°C and carries an IP67 enclosure rating. Data output is provided via a Gigabit Ethernet interface, delivering pre-processed color and depth values directly from the sensor.

Feature Summary

• Combines structure light illumination with mature color camera technology for real-time color depth imaging
• Provides high-resolution data with sub-millimeter depth accuracy in a rugged industrial housing
• Outputs raw color and depth values directly via Ethernet without requiring external processing

Applications

• Robotics guidance and manipulation
• Internal logistics automation
• Quality assurance tasks in manufacturing

Procurement Notes

Verify the specific suffix code against official documentation to confirm the heatsink configuration. Short heatsink variants support operation up to 40°C ambient temperature, while long heatsink variants extend this limit to 50°C. Ensure the selected variant matches the thermal requirements of the intended installation environment.

Selection Notes

Select the Visionary-S CX variant when direct access to raw color and depth data is required for custom application development. This model allows configuration via SOPAS ET software and filters irrelevant information internally. Choose between short or long heatsink options based on the maximum ambient operating temperature of the deployment site.

Part Context

This component belongs to the Visionary-S series of 3D snapshot cameras designed for factory automation. The series leverages stereo vision principles to meet high demands for precision and speed. The CX variant specifically focuses on providing unprocessed data streams for flexible integration into various industrial systems.

Replacement Considerations

No public confirmed substitute part numbers are available in the source material.