HEDS-9700#E50

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Encoders are input/output devices used in automation systems for the purpose of controlling motors, conveyors, valves and other position-sensing applications. One such encoder is the HEDS-9700#E50. This article will discuss the application fields and working principles of the HEDS-9700#E50.

Application Fields of the HEDS-9700#E50

The HEDS-9700#E50 is suitable for a wide range of industrial motion control applications. With its high-resolution incremental feedback, the HEDS-9700#E50 can be used for precise measurement, position sensing and velocity control. It is ideal for use in motion control systems, such as robotic arms and assembly lines.

The HEDS-9700#E50 is also suitable for a range of other application fields, including machine tools, automation systems, medical equipment, and commercial electronics. Due to its robust and shock-resistant construction, it can be used in high-vibration and corrosive environments.

Working Principle Of The HEDS-9700#E50

The HEDS-9700#E50 consists of two incremental encoders: a reference encoder and a signal encoder. The reference encoder is used to generate reference pulses, while the signal encoder is used to detect the motion of the measured object (e.g. a motor or a conveyor).

The HEDS-9700#E50 uses a process of quadrature decoding, which allows it to measure the motion of the measured object with higher precision. Quadrature decoding is a method of encoding the direction of movement by combining two or more encoded signals (the reference and signal encoders). With this method, the measurement accuracy is greater than that of a single-channel encoder. By using both reference and signal encoders, the HEDS-9700#E50 allows for the measurement of velocity, acceleration and position.

The HEDS-9700#E50 uses an array of contacts with a built-in LED light source, which generates reference pulses. The reference pulses are then detected by the signal encoder, which converts the pulses into an electrical signal. The signal is then processed by the onboard microprocessor and converted into a digital form. The digital signal is then used by the controller to measure the motion of the measured object.

Conclusion

The HEDS-9700#E50 is a high-performance incremental encoder suitable for a wide range of industrial motion control applications. With its robust construction and high-precision quadrature decoding, it can be used for precise measurement, position sensing and velocity control. It is an ideal solution for use in motion control systems such as robotic arms and assembly lines.

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