HEDM-6500#U13

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Encoders are utilized for position and velocity measurement. They convert a mechanical displacement into an electrical signal, thus providing a feedback loop in closed-loop control systems. The HEDM-6500#U13 encoder is an industrial grade encoder designed for high-end position measurement applications.

The HEDM-6500#U13 is encased in a stainless steel housing, making it more resistant to dust, water, and corrosion. The solid state construction provides high repeatability and precision, making it suitable for applications demanding higher accuracy. It is also temperature compensated for improved performance over a wider range of temperatures. Furthermore, its high torque withstand capabilities makes it an ideal choice for harsh environments and outdoor use.

The operating principle of the HEDM-6500#U13 is based on the principle of position sensing by transducing a displacement of a shaft into a signal, proportional to the angular or linear displacement of the shaft. It works by applying a voltage to a magnetically formed circuit, and sensing the change of the magnetic field due to the motion of the shaft. As the shaft turns, the magnetic flux passing through the sensing head changes, and a signal is produced proportional to the angular or linear displacement.

The HEDM-6500#U13 is used in many industries as a position measurement encoder. It has excellent accuracy and thermal stability, making it suitable for use in fields such as manufacturing, industrial automation, robotics, and control systems. It is also commonly used in automotive, aerospace, medical, and marine applications due to its rugged and reliable design. In addition, it is suitable for high-precision position sensing applications such as metrology and surveying.

In conclusion, the HEDM-6500#U13 encoder is a reliable and rugged industrial grade position encoder designed for high-end position measurement applications. Its solid construction, precision, and excellent accuracy make it suitable for a wide variety of industries and applications. The operating principle of the HEDM-6500#U13 is based on transducing a displacement of a shaft into a signal, proportional to the angular or linear displacement of the shaft. It has the capability to withstand extreme temperatures and harsh environments, making it ideal for many applications such as manufacturing, industrial automation, robotics, automotive, aerospace, medical, and marine applications.

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