Proximity sensor

  • Inductive 3-wire proximity sensors

     Includes cylindrical and M10, Ø 6.5, M8, M12, M18, M30 cylindrical and S10, S18, S40 square

     Switching frequency reaches 5000Hz

     Strong anti-interference

     A variety of cables and plugs to meet individual needs

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  • Capacitive AC&AC/DC proximity sensors

     Stainless steel, suitable for AC, AD/DC power supply, stable performance

     High temperature drift performance, high sensitivity

     A variety of cables and plugs to meet individual needs

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  • Capacitive AC proximity sensors

     Stainless steel, suitable for AC power supply, stable performance

     Stable temperature drift performance and high sensitivity

     A variety of cables and plugs to meet individual needs

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  • Inductive high temperature proximity sensor

     Maximum operating temperature is 230℃

     Stainless Steel Housing 1.4305 St Stl

     Different structures and sizes, reliable product quality, stable temperature drift performance

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  • Inductive full-metal 2-wire proximity sensors

     Stainless steel, standard two-wire technology

     High frequency, strong anti-interference

     IP67 protection rating

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  • Capacitive 3-wire proximity sensors

     Covers the cylindrical shape of M5, Ø 6.5, M8, M12, M18, M30, a variety of shell materials (plastic shell and metal shell)

     Compact design for easy installation

     Stable temperature drift performance and high sensitivity

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  • Magnetic-field-resistant inductive sensors

     Anti-strong magnetic interference: innovative MVDC multi-variable dynamic compensation digital processing technology with high level of EMC characteristics and superior resistance to magnetic field interference

     Anti-weld slag splash: Teflon coating and all-metal products can easily cope with the impact of metal debris and high-temperature welding slag splash, suitable for harsh production environments such as the automotive industry.

     The attenuation coefficient is 1: effectively solves the influence of the detection distance attenuation caused by harsh environment.

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