Contrinex TRU-C23PA-TMS-603 CLEAR OBJECT PHOTOELECTRIC SENSORS CLEAR OBJECT 20mm Rectangular Reflective (UV) PNP L+D.O. 4-wire DC

# Photoelectric Sensors The **Contrinex TRU-C23PA-TMS-603 Clear Object Photoelectric Sensor** is an advanced sensing solution designed for precise detection of clear objects in various industrial automation applications. This sensor features a 20mm rectangular reflective design optimized for UV light detection, making it ideal for environments requiring high accuracy and reliability. ## Key Features • **Detection Method**: Utilizes PNP output with a 4-wire DC configuration for seamless integration into existing systems. • **Compact Design**: 20mm rectangular form factor allows for installation in tight spaces without compromising performance. • **Clear Object Detection**: Specifically engineered to detect transparent materials, enhancing operational flexibility in packaging and processing applications. • **High UV Resistance**: Designed to operate effectively under UV exposure, ensuring durability in diverse environmental conditions. • **High Performance**: Delivers reliable sensing up to significant distances, providing versatility in various industrial setups. ## Applications • **Packaging Industry**: Ideal for detecting clear plastic or glass containers moving along conveyor systems. • **Manufacturing Automation**: Suitable for high-speed production lines where accurate detection of clear components is crucial. • **Material Handling**: Effective in environments where transparent materials need to be identified and sorted efficiently. ## Benefits • **Increased Efficiency**: Streamlines production processes by ensuring accurate detection of clear objects, reducing errors and downtime. • **Enhanced Reliability**: Built to withstand harsh industrial conditions, ensuring long-term performance and minimal maintenance. • **Versatile Compatibility**: Easily integrates with various control systems, making it a flexible choice for retrofitting or new installations. --- *Product information compiled with AI assistance for reference purposes.*