AEDT-8101-H14

Introduction to AEDT-8101-H14 Encoders

The AEDT-8101-H14 encoder is a high-accuracy absolute measuring device that can detect motion and direction. It is commonly used to measure the angle of rotation, linear displacement and distance.

Application Field

The AEDT-8101-H14 encoder is widely used in a variety of industrial applications such as robotics, automotive, medical, machine tools, and material handling.

For robotics applications, the AEDT-8101-H14 is used to accurately measure the movement of robotic arms, providing precise control and feedback. It is also used in automotive applications to measure the position of crankshaft, camshaft and other engine components.

In the medical field, the AEDT-8101-H14 is used to automatically design prosthetic legs, arms and other components, as well as in the control of robotic surgical tools. In addition, it is used in the machining industry, where it is used to measure the precise movement of cutting tools. Finally, it is used in material handling applications, where it is used to measure the movement of objects in conveyor belts.

Working Principle

The AEDT-8101-H14 encoder operates on the principle of absolute detection, which means that it can accurately measure the angle of any rotation without any need for recalibration. It uses a linear pattern of Hall-effect sensor chips that uses magnetic fields to measure the angle of rotation.

The sensor chips are mounted on the movable surface of the encoder. As the surface rotates, the sensor chips generate an electrical signal that is proportional to the angle of rotation. The signal is then transmitted to an electronic circuit, which is used to process the signal and output a digital position readout.

Conclusion

In conclusion, the AEDT-8101-H14 encoder is a high-accuracy device used to measure the angle of rotation, linear displacement and distance. It is widely used in a variety of industrial applications such as robotics, automotive, medical, machine tools, and material handling. The AEDT-8101-H14 operates on the principle of absolute detection, using Hall-effect sensor chips to measure the angle of rotation.