62S22-M0-130SH

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Encoders are a type of sensor for measuring motion. They come in a variety of interfaces, resolutions, and accuracy levels. The 62S22-M0-130SH is a magnetic encoder designed for linear displacement applications. It is a compact absolute encoder, meaning that it can accurately measure the amount of mechanical displacement without having to accumulate incremental steps.

The 62S22-M0-130SH encoder offers a rotational resolution of 0.02°, an accuracy of ±1% over the full range of 270°, and a maximum linear displacement of 130mm. Its compact form factor and high accuracy make it suitable for applications where size and performance are important such as medical devices, CNC machine tools, robotics, and automated assembly systems. It includes an easy-to-install connector, adjustable detection range, and integrated temperature compensation.

The working principle of the 62S22-M0-130SH is based on the Hall Effect. Within the encoder, there is an arrangement of permanent magnets and Hall Effect sensors. As the shaft is rotated, the relative positions of the magnets change with respect to the Hall Effect sensors, which in turn generate a voltage signal. This signal is sent to the processor, which then calculates the displacement of the shaft. In this way, the absolute position of the shaft is accurately measured.

The 62S22-M0-130SH magnetic encoder is a versatile and reliable solution for linear displacement applications. Its compact form factor and high resolution make it an excellent choice for applications where size and accuracy are of the utmost importance. It is easy to install and provides precise position feedback with its integrated Hall Effect sensing system.

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