Cost-optimised design without compromising performance
With the new CAN-BUS type E-Z 020-920 inductive displacement sensor from Magnet-Schultz, users benefit from a cost-optimised design without compromising performance. The result: greater process reliability, reduced costs and maximum production optimisation.
5 Mar 2026Share
Reliability, accuracy and quick installation are crucial for companies, especially when large quantities are involved – but the reality is often different: time-consuming assembly and lengthy calibration due to sensors with limited temperature compensation, complicated parameterisation and complex mechanical interfaces make quick and problem-free implementation difficult.
The linear, inductive position sensor with CAN-BUS from Magnet-Schultz is therefore set to establish new standards for precision and efficiency. With a compact size of 40 by 76 millimetres in diameter, it offers maximum flexibility with a measuring stroke of plus/minus four millimetres, an integrated CAN-BUS interface and an additional analogue output. Thanks to its programmable switching output, 100 percent temperature compensation during EOL testing and a temperature range of minus 25 to plus 85 degrees Celsius, it is equipped for the most demanding environments. The IP65 protection class and reverse polarity-protected sensor input ensure high operational reliability. Configuration is carried out as required: According to the manufacturer, options such as IO-Link, smaller measuring ranges and various mechanical interfaces make the sensor the ideal solution for individual requirements. Integration is extremely easy with an M12 plug connection.
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