62S22-M0-020C

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Introduction

KingView® 62S22-M0-020C is a high performance encoder designed for dynamic motion control applications. This encoder offers both high resolution and accuracy for demanding motion control applications. With a compact size and low profile design, the 62S22-M0-020C is ideal for tight space requirements. The encoder features an all-digital signal interface, giving designers the flexibility to tailor the signals to meet their specific application needs. It also features adjustable speed and position protection, allowing the system to be customized for the specific application requirements.

Overview

The KingView 62S22-M0-020C encoder combines optical sensing technology with advanced digital signal processing and sophisticated algorithms to provide absolute position and speed measurement. This digital signal processing technique offers high linearity, accuracy, and resolution. The encoder measures positions and speeds with 0.001 mm resolution over up to 4000 full turns. It has adjustable speed and position protection that can be set per encoder to suit the specific application needs. The 62S22-M0-020C is designed to operational temperatures between -40 and +125 °C. It is suitable for a wide variety of applications such as robotics, packaging, sorting, machine tools, stages, semiconductor inspection, and medical instruments.

Application Field of 62S22-M0-020C

The KingView 62S22-M0-020C encoder is designed for usage in dynamic motion control applications. It can be used in a wide variety of applications such as robotics, packaging, sorting, machine tools, stages, semiconductor inspection, and medical instruments. It has adjustable speed and position protection, allowing the system to be customized for the specific application requirements. The digital signal processing technique used in this device offers high linearity, accuracy, and resolution making it a reliable solution for motions control applications.

Working Principle

The KingView 62S22-M0-020C encoder works by using an optical sensing system to measure the position and motion of moving parts. It utilizes two optical sensor techniques to enable position and speed measurement. The first technique makes use of a linear optical scale that is integrated on the encoder. As the scale moves, it has a light source and a light detector that generates a cyclic signal which is used to measure the position and speed. The second technique utilizes a magnetic scale to measure the position. The magnetic scale is segmented into multiple tracks. When the encoder is triggered, a magnetic source is activated that generates a signal which is used to measure the position and speed of the encoder.

The encoder is designed to measure the position and speed of the rotating shaft over a range of up to 4000 full revolution. When the speed or position of the shaft changes, the encoder is designed to detect the changes and provide an output signal that can be used by the device controlling the motion. This output signal is typically a 4-20mA current signal which can be used to drive a servo motor or stepper motor for precise control of motion.

Conclusion

The KingView 62S22-M0-020C encoder is a high performance encoder designed for dynamic motion control applications. It is equipped with an integrated optical scale and magnetic scale for position and speed measurement. This encoder offers flexible speed and position protection, allowing the system to be customized to the specific application requirements. The digital signal processing technique used in the encoder offers high linearity, accuracy, and resolution, making it a reliable solution for motion control applications.

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