Schmersal IFL 10-30L-10TP 101126987

The IFL 10-30L-10TP is an advanced photoelectric sensor designed for various industrial applications, offering precise detection and reliable performance. Below are its key features, technical specifications, and common applications:Key Features:Optical Sensing: This sensor relies on optical technology to detect the presence or absence of objects within its range, making it suitable for a wide range of materials, including metals, plastics, and liquids.Long Sensing Range: With a sensing range of 10 to 30 meters, it can detect objects at a significant distance, making it ideal for large-scale industrial setups.Transmitter and Receiver: The IFL 10-30L-10TP consists of a transmitter and receiver unit, ensuring accurate and stable operation.Technical Specifications:Model: IFL 10-30L-10TPSensing Range: 10 to 30 metersOperating Voltage: Typically 10-30 VDCOutput Type: Typically PNP or NPN, depending on the specific modelConnection: M12 Connector for easy installationResponse Time: Rapid response times for quick object detectionUsage and Applications:The IFL 10-30L-10TP finds applications in various industrial settings where precise object detection and positioning are crucial:Conveyor Systems: It is commonly used in conveyor belts to detect the presence or absence of products, ensuring efficient material handling and sorting.Automated Warehouses: In automated storage and retrieval systems, this sensor assists in accurate positioning of goods and robotics.Packaging Machinery: It plays a vital role in packaging machines by detecting the position of products and ensuring proper packaging.Material Handling: Industries such as logistics and manufacturing use this sensor to monitor the flow of materials and control machinery accordingly.Quality Control: It is employed in quality control processes to verify the presence and positioning of components during production.The IFL 10-30L-10TP is a reliable and versatile photoelectric sensor, making it an essential component in industrial automation and control systems. Its long sensing range, fast response time, and precise detection capabilities contribute to improved efficiency and safety in various applications.