M12 Non-Flush High Temperature Capacitive Proximity Sensor

 

M12 Non-Flush High Temperature Capacitive Proximity Sensor


An M12 non-flush high temperature capacitive proximity sensor is a smaller form factor sensor used for detecting the presence or absence of objects without physical contact in high-temperature environments. Here are the key features and details about this type of sensor:

Key Features

  1. Non-Flush Mounting: Non-flush sensors have their sensing face protruding from the mounting surface, which allows for a larger sensing range compared to flush-mounted sensors.

  2. High Temperature Tolerance: These sensors are designed to withstand high ambient temperatures, making them suitable for harsh industrial environments.

  3. Capacitive Sensing: Capacitive proximity sensors can detect both metallic and non-metallic objects. They operate by detecting changes in the capacitance caused by the presence of an object in the sensor’s field.

  4. M12 Form Factor: The M12 designation refers to the metric thread size (12 mm diameter) of the sensor’s body, which is smaller than the M18 form factor and is suitable for more compact installations.


Applications

  1. High-Temperature Environments: Ideal for industrial processes involving high heat, such as in foundries, kilns, or industrial ovens.
  2. Non-Metallic Object Detection: Suitable for detecting materials like glass, plastic, wood, and liquids, which are common in various manufacturing processes.
  3. Compact Installations: Perfect for applications where space is limited, but high temperature resistance is necessary.
  4. Automotive and Aerospace Industries: Used in production lines and processes where components might be heated or cured.

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