SICK for Use with Retroreflective Sensors

This sensor reflector is designed to enhance the functionality of retroreflective sensors, optimising their performance in various industrial applications. Constructed from Durable PMMA/ABS material, the rectangular unit is suitable for a wide range of environmental conditions, featuring a minimum temperature of -30°C and a maximum of +65°C. The reflector has dimensions of 80mm x 80mm, ensuring sufficient reflective area for accurate readings. Its screw-on mounting system facilitates easy installation, making it a practical choice for automation and electrical systems.

• Robust PMMA/ABS construction ensures long-lasting durability
• Rated for temperatures between -30°C and +65°C for versatile use
• Rectangular shape optimises surface area for enhanced reflection
• Screw-on design simplifies installation and maintenance
• Suitable for outdoor applications which maintaining performance in various conditions
• Compatible with a range of retroreflective sensors for increased functionality

• Utilised as a VITAL component in automation control systems
• Enhances the efficiency of retroreflective sensing configurations
• Employed in industrial settings requiring high-temperature resilience
• Serves effectively in outdoor environments where durability is essential
• Ideal for assemblies in electrical and mechanical industries

The screw-on design allows for straightforward attachment to surfaces, providing a secure fit without requiring additional tools. This facilitates quicker setup, especially in settings where time efficiency is crucial.

Yes, the reflector is MADE from Durable materials that enable it to perform robustly in varied outdoor conditions. Its temperature range makes it suitable for both cold and warm environments.

The rectangular shape maximises the reflective area, ensuring enhanced performance of the associated retroreflective sensors under different operating conditions, thereby improving overall sensor accuracy.

The PMMA/ABS construction provides resistance to moisture and UV light, ensuring that the reflector maintains its integrity and function even when exposed to harsh environmental factors.