EN11-HSM0AF15

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Encoders are electromechanical devices used to track and measure linear or angular motion. They have become a popular choice among instrumentation engineers and automation professionals because of their ability to accurately track motion in a wide array of applications. One such encoder is EN11-HSM0AF15. This article will explain the application field and working principle of EN11-HSM0AF15 encoders.

Application field

EN11-HSM0AF15 encoders are commonly used for high-end applications such as:

• Automotive: EN11-HSM0AF15 encoders are often used in automotive applications such as cruise control, suspension control, and engine control.
• Industrial: These encoders are widely used in industrial machinery. They are often seen in applications such as CNC Machines and robots.
• Medical: The device is also used in medical devices, such as MRI machines and ultrasound scanners.

Working principle

EN11-HSM0AF15 encoders are incremental encoders, which provide position feedback on linear or rotary axes. An incremental encoder converts motion into electronic pulses, which are commonly used for measuring speed and/or position. The encoder consists of an optional housing, optional Bearings, a permanent-magnet rotary encoder disk or scale, an optional cable, and an electrical output.When the encoder disk rotates, it passes between two magnetic pickups. As the disk passes between the pickups, it generates a series of pulses that are output signals from the encoder. By counting the pulses, the position and/ or speed of the encoder can be determined.EN11-HSM0AF15 encoders are equipped with two outputs. The A and B channels output pulse signals which are shifted 90°. The two outputs can be used to measure the rotational speed of the encoder disk, as well as the direction. By counting the pulses from both the A and B channels, the exact position of the encoder can be determined.Additionally, the encoder is equipped with an optional index pulse channel (I) that generates a pulse when the encoder disk passes a predetermined position. The index pulse can be used to accurately determine the position of the encoder disk at any given time.

Conclusion

EN11-HSM0AF15 encoders are widely used for a variety of applications, from automotive to medical. The device is highly accurate and reliable, and it is capable of measuring both speed and position. The working principle of the encoder is based on a series of incremental pulses which are generated when the encoder disk passes between two magnets. By counting the pulses, the position and/ or speed of the encoder can be determined. The optional index pulse can also be used to accurately determine the position of the encoder disk.

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