180°C M30 Non-Flush High Temperature Proximity Sensor

 

180°C M30 Non-Flush High Temperature Proximity Sensor

Technical characteristics
The 180°C M30 Non-Flush high-temperature non-contact proximity sensor has a series of outstanding technical features that make it perform excellently in high-temperature environments:
High temperature stability: The sensor is made of high temperature resistant materials and can maintain stable operation under long-term high temperature conditions. Its operating temperature range is as high as 180°C.
Non-contact design: The sensor adopts non-contact detection technology, which does not require direct contact with the target object, reducing the risk of wear and damage and extending the service life.
High-precision measurement: The sensor has excellent measurement accuracy and can provide reliable data output even under extreme high temperature conditions, ensuring accurate control of the production process.
Corrosion resistance: The sensor housing is made of corrosion-resistant materials, which can resist the erosion of chemical substances and corrosive gases and is suitable for harsh industrial environments.
Fast response: The sensor responds quickly and can instantly capture the approach of the target object to achieve real-time monitoring and control.

Application areas
180°C M30 Non-Flush high temperature non-contact proximity sensors are widely used in multiple industrial fields, including but not limited to:
Furnace temperature monitoring: Sensors can be used to monitor temperature changes in high-temperature furnaces to help regulate the combustion process and improve production efficiency and product quality.
Metal smelting: During the metal smelting process, the sensor can be used to detect the distance between the metal liquid in the furnace and the sensor to ensure the stability of the furnace temperature and smelting process.
Automobile manufacturing: Sensors can be used for temperature monitoring and control of automobile engines to ensure the safe operation of engines under high temperature conditions.
Power equipment: In the high-temperature environment of power equipment, sensors can be used to monitor the working status of the equipment and improve the reliability and safety of the equipment.

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