IFL 50-385-11P-M20 101174071 Schmersal

The IFL 50-385-11P-M20 is an industrial inductive proximity sensor known for its features and technical specifications:Key Features:Inductive Sensing: This sensor uses inductive technology to detect the presence or absence of metallic objects in its vicinity. It is highly reliable for metal target detection.Threaded Barrel Design: The sensor comes in a threaded barrel design with an M20 mounting thread, which makes installation and integration into various systems straightforward.LED Status Indicator: It is equipped with an LED status indicator, providing visual feedback on the sensor's operation, making it easier to diagnose issues.Technical Specifications:Sensing Distance: The IFL 50-385-11P-M20 has a specified sensing distance, which is the maximum distance at which it can reliably detect a metal object.Operating Voltage: It operates within a specified voltage range, and this information is crucial for proper integration into a system.Output Type: The sensor typically offers either a PNP or NPN output, which determines how it communicates the detection status to the connected equipment.Housing Material: The sensor's housing is typically made of materials suitable for industrial environments, providing resistance to environmental factors.Usage and Applications:The IFL 50-385-11P-M20 is commonly used in industrial settings for various applications:Automation: It plays a significant role in automated manufacturing processes, where it can be used for part detection, position verification, or as a limit switch.Conveyor Systems: These sensors are often integrated into conveyor systems to detect the presence of products or control material flow.Quality Control: They are used in quality control applications to ensure that the correct parts are in place during assembly or packaging processes.In summary, the IFL 50-385-11P-M20 is a threaded barrel inductive proximity sensor designed for industrial use. Its inductive sensing technology, LED status indicator, and technical specifications make it a valuable component in automation and quality control applications, where reliable metal object detection is essential.