Omron Proximity Sensor, NPN Output, 10 to 30 V DC Supply Voltage - TL-W3MC1 2M This Omron proximity sensor operates with a supply voltage of 10 to 30V DC, featuring NPN output. It is designed for reliable detection in industrial automation applications, offering high accuracy and durability. With a sensing distance optimised for various materials, this sensor ensures precise object detection, enhancing operational efficiency in manufacturing and assembly processes. Features & Benefits • NPN output configuration for seamless integration into control systems
• Wide operating voltage range of 10 to 30V DC for versatile application compatibility
• High precision sensing technology ensures accurate detection of objects
• Robust construction with enhanced resistance to environmental factors
• Compact design facilitates easy installation and space-saving in industrial environments Applications • Essential for automated assembly lines to detect component presence
• Ideal for conveyor systems in material handling for object positioning
• Used in packaging machinery for detecting product placement and verification
• Applied in automotive manufacturing for part presence and position detection
• Suitable for robotics and industrial automation for precise object detection and sorting What is the operating voltage range of this Omron proximity sensor? The TL-W3MC1 2M operates within a voltage range of 10 to 30V DC, ensuring compatibility with a wide range of industrial power supplies. How does the NPN output configuration benefit integration into control systems? The NPN output configuration allows seamless connection to PLCs and other control devices, facilitating straightforward integration into automation systems. Is it suitable for harsh industrial environments? Yes, it is designed with robust construction and enhanced environmental resistance, making it suitable for demanding industrial applications. What are the advantages of using it in assembly lines? It provides high-precision object detection, ensuring reliable operation and improving efficiency in automated assembly processes. How does it contribute to reducing downtime in manufacturing? By accurately detecting objects and ensuring proper positioning, it helps minimise downtime associated with misalignment or part detection issues, thereby optimising production efficiency.