62D22-02-035C

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Encoders are devices used to measure the motion, position, or other changing variable of a system. An encoder is essentially a transducer, an electronic device designed to convert a mechanical or electrical quantity into an electrical signal. The most common type is the rotational encoder, commonly used in applications such as robotics, automation, and control systems. A rotational encoder measures the rotational velocity or distance of a target shaft or disc. One example of a rotational encoder is the 62D22-02-035C.

The 62D22-02-035C is a compact, single-turn rotary encoder with a 3.5 mm square body. It is designed for automated motion control applications, such as motors, valves, and latency systems. The encoder features a large scanning area of 40°, and an accuracy of 0.3°. It is constructed with four halls for coordinates, one for each quadrant, and responds to the movement of the hall elements when in use. It also has a built-in digital encoder counter, which can store up to 15-bits of data.

The 62D22-02-035C encoder is ideal for applications requiring precise and accurate measurement of rotation in limited spaces. It can be used in a variety of industries, such as automotive, printing, medical, and pharmaceutical. It is also used for production lines, medical equipment, and in robotic arms. It is a reliable and cost-effective rotary encoder.

The working principle of the 62D22-02-035C encoder is based on measuring the position of a shaft or disc equipped with a magnet that is in contact with hall elements. When the magnet touches the hall elements, an electrical current is created, and this information is transmitted to the encoder counter. As the shaft or disc turns, the magnet continues to move closer and farther away from the hall elements, creating an AC voltage that is picked up by the encoder and used to count the rotations. This data can then be used to accurately measure position and velocity.

In summary, the 62D22-02-035C is a reliable and cost-effective single-turn rotary encoder with a large scanning area and accuracy of 0.3°. It is suitable for applications requiring accuracy and precision in automation and production processes, such as medical equipment, printing machines, and robotic arms. Its working principle is based on measuring the position of a shaft or disc equipped with a magnet that is in contact with hall elements, and the data is then used to accurately measure position and velocity.

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