EN11-HSM0BF20

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Encoders are devices used for precise motion control. They measure the linear, rotational, and angular displacement of a device. An EN11-HSM0BF20 encoder is a high-performance encoder that features analog modulation technology for superior motion control. It is an all-in-one encoder, with no need for external components.

Application Field

EN11-HSM0BF20 encoders are used in a variety of applications, ranging from industrial robots and aerospace guidance systems to medical rehabilitation devices. They can be used in combination with a system to provide precise position feedback for accurate and consistent motion control.

This encoder is also used in high-speed positioning systems where high resolution and accuracy are required. This includes applications such as robotics, machine vision systems, and automated assembly machines, to name a few.

Working Principle

The EN11-HSM0BF20 encoder works by measuring the rotational position of a shaft in a system. This is done using optical flashes that are detected and converted into electrical signals that can be measured and interpreted by the system.

The optical flashes are generated by a rotating reflective code disk. The number of optical flashes generated in a single revolution is dependent on the number of lines on the code disk. This code disk can range from 4 to 32 lines, providing up to 32,000 pulses per revolution.

The encoder also uses a detector to measure the light reflected from the code disk. This detector consists of a light-emitting diode (LED) and a photodetector, which senses the light reflected off of the code disk. As the lines on the code disk pass the LED, the photodetector generates a signal, which is then sent to the encoder to be processed.

The signal generated by the detector is then converted to a digital signal by the encoder. This digital signal is then used to accurately measure the rotational position of the system.

EN11-HSM0BF20 encoders are designed for high-precision applications. They feature robust construction and advanced safety features, such as electromagnetic interference (EMI) protection and over-voltage protection. This makes them a reliable and versatile choice for motion control applications.

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