AR35-A21S

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As a reliable and accurate position-measuring device, the AR35-A21S encoder is widely used in position control systems, such as machine tools, robots, automatic production lines, and automatic guide vehicles. This encoder provides a variety of interfaces for signal output, including HTL TTL ABZ, SSI, and others. It is an ideal solution for demanding applications, providing a reliable and accurate data.

1. AR35-A21S Application Fields

The AR35-A21S encoder is mainly used in measuring and controlling the position of rotating systems. It can be integrated into a variety of applications, including machine tools, robots, paper mills, conveyers, packaging machines, textile machinery, printing presses, and automatic production lines. With its flexible design, the AR35-A21S encoder supports multiple output signals and can be used in any number of application fields.

The AR35-A21S encoder is also useful for closed-loop control systems, allowing for precise and accurate monitoring of any dynamic environment. Its fast response speed ensures a reliable and consistent accuracy in the most extreme conditions. This makes it an ideal choice for commercial applications as well as for military and scientific use. Additionally, the AR35-A21S encoder is safe for use in hazardous environments, offering a reliable and efficient data protection.

2. AR35-A21S Working Principle

The AR35-A21S encoder works on the principle of incremental encoder. This type of encoder generates a sine wave, which is formed by laying out more than four pairs of sensors on the encoder shaft. When the shaft is rotated, the rotor magnets act on the sensor pairs and generate the sine wave output signals, which can be converted into various types of digital and analog signals.

When the AR35-A21S encoder senses the rotation of the shaft, it emits rectangular pulses at the same speed as the rotation speed. Each signal of the rectangular pulse corresponds to a specific angle on the shaft, such as 10°, 0.2°, and so on. This pulse signal is then used to calculate the exact location of the shaft.

The AR35-A21S encoder is also equipped with modular analysis software, which can detect the running condition of the encoder under different operating conditions, such as temperature and humidity. The software can analyze the accuracy of the shaft rotation and the speed of the motor, and provides feedback to the user.

3. Advantages of AR35-A21S Encoder

The AR35-A21S encoder offers several major advantages over other existing encoders in the market. First of all, its modular design makes it highly flexible and allows it to be used in various applications. Secondly, its rugged housing is designed to withstand extreme temperatures and weather conditions. Thirdly, the AR35-A21S encoder is highly reliable, and has a long operational life. Last but not least, its intuitive software ensures accurate measurement and precise data analysis.

4. Conclusion

The AR35-A21S encoder is an ideal choice for any demanding application, offering reliable and accurate results. It offers a variety of signal outputs, including HTL TTL ABZ and SSI, and is designed for use in hazardous environments. Its modular design allows it to be integrated into machines, robots, conveyors, and other position-measuring applications. With its fast response speed and precise measurement, the AR35-A21S encoder is a trusted solution for any type of application.

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