Resistance to harsh environments requires non-contact proximity sensors for target detection.
Inductive sensors are a good choice because they are robust, reliable, available in a wide range of models and easy to clean.
Depending on your needs, you can choose from a wide range of Mach sensors with different properties:
1. stainless steel sensing surface - maintains high functional stability.
2. PTFE coating - no adhesion of spatters from welding.
3. attenuation coefficient 1: same switching distance for aluminum, copper, steel, etc. Suitable for applications where the target object is changed.
4. ceramic coating - anti-friction! - Durable sensor tags for use in welding areas: intact in harsh environments - uninterrupted identification of the sensor, 5. High temperature resistant proximity sensors - same switching distance for aluminum, copper and steel.
5. High-temperature proximity sensors - for use in a variety of high-temperature environments.
Reliable and versatile steel-faced sensors can be mounted directly in the operating area. The advantages of steel-faced sensors are especially appreciated in harsh environments and in extreme applications where standard sensors are required.
The advantages of steel-faced sensors are particularly evident in harsh environments and extreme applications requiring standard sensors. The sensors provide a reliable sensing surface that is resistant to corrosive liquids and harsh cleaning agents.
With an attenuation factor of 1, the sensor recognizes targets made of steel, aluminum, or copper and has the same switching distance for these materials (regardless of attenuation factor). In applications where the detected
This feature is useful in applications where the target object to be detected is made of a different material, or where non-ferrous metals are detected at large switching distances.
