Manufacturer
Di-Soric
Name
INS-M08-B02NO-2C
Part number
213282
Country
Austria
Sale of any product from the Di-Soric catalog at competitive prices
2technologie will help you choose and buy products and spare parts from Di-Soric (official website: www.di-soric.com). We sell only certified goods and give an official guarantee from the manufacturer Di-Soric
The INS-M08-B02NO-2C is a highly specialized industrial component with unique features and technical specifications that cater to specific applications:Sensor Type: This component belongs to the category of sensors and is specifically designed as an inductive proximity sensor.Sensing Technology: It utilizes inductive sensing technology, which enables it to detect metallic objects without physical contact. This technology relies on changes in electromagnetic fields to determine object presence.NPN Output: The INS-M08-B02NO-2C features an NPN output configuration. NPN sensors switch the output to a low voltage (typically 0V) when detecting an object, making them suitable for a wide range of industrial automation applications.Threaded Housing: Its housing is threaded, which allows for secure and easy installation in industrial settings.Connector Type: This sensor is equipped with a connector for convenient and reliable electrical connections.Applications: The INS-M08-B02NO-2C is commonly employed in automation and manufacturing processes where precise object detection is required. Its non-contact inductive sensing makes it ideal for applications like material handling, machine automation, and quality control.Operating Conditions: This sensor is designed to operate under specific environmental conditions, including temperature, humidity, and vibration levels, to ensure consistent and reliable performance.In summary, the INS-M08-B02NO-2C is an inductive proximity sensor with NPN output, designed for non-contact detection of metallic objects. Its threaded housing and connector make it suitable for various industrial applications, particularly in automation and manufacturing processes where precise object detection is crucial.