62A11-01-060C

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Introducing 62A11-01-060C Encoders

Encoders are electronic components that allow for the measurement of position or motion in machines. They have various applications including sensing the position of motors or wheels, and generating control signals for factory automation. The 62A11-01-060C encoder is an incremental optical rotary encoder specifically designed for applications that require accurate angular measurement feedback in a wide range of motion.

Application Field

The 62A11-01-060C encoder is suited for applications that involve rotary motion. It is used in various industrial applications such as medical devices, photographic equipment, optical scanners, and robotics. The encoder is designed to offer reliable operation in extreme environmental conditions such as high temperatures, humidity, and vibration. It also offers a wide range of resolutions for accurate measurement within narrower angular ranges.

Working Principle

The 62A11-01-060C encoder utilizes a cable-driven method to detect a rotary motion and output a corresponding position signal. It measures the rotary direction and angle measurement by using two detectors located on opposite sides of the rotating disk. The detectors are illuminated by a light source, usually a laser diode. As the disk rotates, the reflected light is alternately detected by the two detectors.

This causes the output of the two detectors to oscillate. The relative phase between the two signals allows the direction of rotation to be detected, while the frequency is proportional to the rotation speed. This output signal is then amplified and used to drive the output stage, which generates the required control signals.

The 62A11-01-060C has been well-proven in various applications for its cost-effectiveness, ease-of-use, and reliability. It is a reliable, accurate, and cost-effective incremental encoder that can handle a wide range of motion and environmental conditions. It is an ideal choice for applications that require precise measurement feedback in any application.

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