EN11-HSB1AQ15

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Encoders are devices used to monitor the movement of a machine and to convert that movement into digital signals that can be read and stored by a computer. The EN11-HSB1AQ15 is a popular type of incremental encoder, which is frequently used in industrial automation applications. This article will discuss the application field and working principle of the EN11-HSB1AQ15 encoder.

Applications of EN11-HSB1AQ15

The EN11-HSB1AQ15 encoder is a versatile device used in a variety of applications. It is typically used in industrial automation settings, such as discrete motor controllers, motion control systems, and process control systems. This encoder is also widely used in a number of other applications, such as robotic arms, robotic vision systems, automation test stands, and more. In addition, it is often used for monitoring the movement of a machine.

Working Principle of EN11-HSB1AQ15

The EN11-HSB1AQ15 encoder is an incremental rotary encoder, which means that it is able to measure the amount of rotation of a shaft. The encoder contains a number of internal components, such as code disks, Hall effect sensors and optical emitter-detector photo-sensors. The code disk is mounted on the shaft and rotates as the shaft turns. The Hall effect sensors and photo sensors detect the changes in the pattern of codes printed on the code disk. Based on the information collected, the EN11-HSB1AQ15 encoder can output analog or digital signals with resolution up to 5,000 PPR (pulses per revolution). These signals can then be interpreted and used by a computer or other device to control the movement of a machine.

Conclusion

The EN11-HSB1AQ15 encoder is a popular incremental rotary encoder, used widely in industrial automation and a wide range of other applications. It is able to convert the movement of a shaft into digital signals with a maximum resolution of 5,000 PPR, providing an accurate and efficient way to monitor and control the motion of a machine.

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