120°C M30 Non-Flush High Temperature Proximity Sensor

 

120°C M30 Non-Flush High Temperature Proximity Sensor

Technical characteristics
The 120°C M30 Non-Flush high temperature non-contact proximity sensor has a series of outstanding technical features that make it perform well in high temperature environments:

High temperature stability: The sensor design uses high temperature resistant materials and can operate stably in extreme temperature conditions up to 120°C.
Non-contact design: The sensor adopts non-contact detection technology, which does not require direct contact with the target object, avoiding wear and damage caused by contact.
High-precision measurement: The sensor has excellent measurement accuracy and can provide reliable data output even under 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
120°C M30 Non-Flush high temperature non-contact proximity sensors are widely used in multiple industrial fields, including but not limited to:

High-temperature smelting process: Sensors can be used to monitor the temperature and melting conditions in the metal smelting furnace to achieve precise control of the smelting process.
Furnace temperature monitoring: In high-temperature furnaces, sensors can be used to monitor furnace temperature changes to help regulate the combustion process and improve production efficiency.
Automobile manufacturing: Sensors can be used to monitor high-temperature components of automobile engines to ensure the safe operation of the engine under high-temperature conditions.
Petrochemical industry: In the petrochemical production process, sensors can be used to monitor the liquid level and temperature of high-temperature containers and pipelines to ensure the safety and stability of the production process.

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