Contrinex LTR-M05MA-NMK-301 MICRO PHOTOELECTRIC SENSORS MICRO 5mm Barrel Diffuse NPN L.O. 3-wire DC

# Photoelectric Sensors The **Contrinex LTR-M05MA-NMK-301 Micro Photoelectric Sensor** is a cutting-edge sensing solution designed for precise object detection and surface condition monitoring in various industrial applications. With a compact 5mm barrel design, this sensor is engineered for environments where space is limited but performance is critical. ## Key Features • **Micro Design**: Ultra-compact 5mm barrel sensor that fits in tight spaces without compromising performance. • **Diffuse Sensing Technology**: Utilizes advanced diffuse reflection to detect objects within a range of 0 to 300 mm, ensuring reliable operation. • **NPN Output Configuration**: Features a 3-wire DC setup with NPN output, providing versatility in installation and integration with existing systems. • **Robust Construction**: Designed to withstand harsh industrial environments, ensuring longevity and consistent performance under demanding conditions. • **High Sensitivity**: Exceptional sensitivity and response time for accurate detection and quick reactions in automated processes. ## Applications • **Industrial Automation**: Ideal for use in conveyor systems, packaging machines, and assembly lines where precise object detection is crucial. • **Material Handling**: Perfect for applications in logistics and warehousing, enabling efficient tracking and handling of goods. • **Safety Monitoring**: Ensures safe operations by detecting the presence of objects or personnel in automated environments. ## Benefits • **Space-Saving Design**: The miniature size allows for installation in space-restricted areas, optimizing equipment layout. • **Enhanced Operational Efficiency**: Fast and accurate detection minimizes downtime and increases productivity in automated systems. • **Durability and Reliability**: Built to endure extreme conditions, reducing maintenance needs and ensuring consistent performance over time. --- *Product information compiled with AI assistance for reference purposes.*