Five advantages of magnetostrictive linear displacement sensors

1. Strong reliability. Magnetostrictive displacement sensor is a non-contact measurement method, where the measured object has no mechanical contact with the sensitive components, so there is no friction or wear. And the packaging of the sensor is also better than traditional displacement sensors. The entire circuit conversion part is enclosed in stainless steel tubes, allowing the magnetostrictive displacement sensor to withstand high temperature, high pressure, and strong vibration.

2. High precision. The measurement accuracy of traditional displacement sensors is only about 1% FS. Due to the fact that magnetostrictive displacement sensors convert displacement into the time interval between the emission pulse and the return pulse for measurement, the measurement accuracy is high, reaching 0.002% FS.

3. Large range. The measurement range of magnetostrictive displacement sensors is very large, ranging from tens of millimeters to a few meters, with a wide range of applications, and can be competent for measuring tasks of large mechanical equipment.

4. Easy installation and maintenance. Due to the fact that magnetostrictive displacement sensors can be installed using flange mounting, their installation is extremely convenient and does not require regular maintenance or recalibration, bringing great convenience to users.

5. Facilitate system automation work. Magnetostrictive displacement sensors can provide standard output signals, making it easy for microcomputers to process signals and achieve networked work, thereby improving the automation level of the entire measurement system.