HEDS-5700#K10

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Encoders are commonly used in various controlling systems to provide the most efficient signal output, including position detection, speed measurement and counting applications. The HEDS-5700#K10 encoder stands out from the pack, with features that make it unique in the market. This article will provide an overview on the HEDS-5700#K10 encoder\'s application field and working principle.

What is the HEDS-5700#K10 Encoder ?

The HEDS-5700#K10 is a three-channel incremental encoder with outputs from two motor-mounted tracks and one reference track. It has a high resolution of 1.96 μm, providing excellent position accuracy and resolution. It has a wide operating temperature range of -10°C to +70°C (and up to +85°C with derating), and a high maximum speed and acceleration rating, making it suitable for a variety of applications.

Application Field

The HEDS-5700#K10 encoder is designed for “systems requiring accurate and reliable position feedback.” It is well-suited for motor control, robotics, and industrial automation applicationsfound on most production lines. It is also used in applications requiring high accuracy and repeatability, such as laboratory automation, medical systems, and semiconductor production.

The encoder has two different mounting options, allowing it to be fixed on the back of a motor or on an external mounting bracket for greater flexibility. It also comes with a built-in index for easier integration in existing systems and a one-hole mounting pattern for simple installation. An advantage of the HEDS-5700#K10 encoder is its electrical configuration. It uses three independent outputs, the two motor-mounted tracks and one reference track, allowing customers to choose the most suitable configuration for their system.

Working Principle

An encoder is an electromagnetic device that converts motion into a digital signal. It typically comprises of a set of sensors and an electronic circuit which detects changes in position. The HEDS-5700#K10 encoder uses a unique two bed system, consisting of two mutually perpendicular wheel tracks constructed from a high durability polymer. A set of magnetic field sensors is placed over both tracks, and as the wheel rotates, these sensors generate a sinusoidal signal. This type of signal is known as a sine wave.

The encoder then uses specialized signal processing hardware and software to filter, amplify and convert the signal into a digital quadrature output. This output can be used to accurately measure speed, position and direction of rotation. It also ensures the encoder can be connected to a variety of controlling systems with ease and precision.

Conclusion

The HEDS-5700#K10 encoder is an excellent choice for customers looking for reliable and accurate position feedback. It offers a wide range of features that make it suitable for almost any application, from motor control to laboratory automation and industrial automation. Its two-sensor system allows for accurate sine wave output, and its digital quadrature output makes it easy to integrate with most controlling systems.

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