In extreme temperature environments, whether low or high, sensor design presents many challenges. Especially at temperatures up to about 250°C, temperature drift and variations in conventional material failure make circuit design difficult. How can we ensure that the sensor continues to operate reliably and maintain sensing accuracy? GSEE-TECH breaks through the traditional technical barriers, the product adopts advanced temperature compensation circuit design, and combines high-temperature resistant materials and innovative potting technology, so that the sensor can continue to work stably in extreme high temperature environments, without fear of the test of harsh working conditions such as furnaces and heat treatment lines!
Advantages of high-temperature inductive sensor 130°C (with and without indicator models) 150°C/200°C/250°C, 4 temperature ranges can be selected, SUS304 stainless steel shell, the tail patented locking structure design, so that the mechanical properties of the whole shell are more solid and reliableM30 unique short shell model, which solves the problem of narrow installation space on the customer's site, high-temperature resistant silicone cable, Teflon cable and armored shielded cable are optional, and the length can be customized M12|M18|M30|M50 full-size series
Key parameters
Degree of protection: IP67
Operating voltage: 10... 30VDC
Installation: flush, non-flush optional
Operating temperature (°C): 130/150/200/250
Sensing distance (mm): 4/5/8/10/15/25
Commonly used model recommendations and parameter tables
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