63R256-100

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Encoder is an electro-mechanical device that is used to convert the linear or angular motion of an object into the electrical signal. 63R256-100 is an absolute encoder which consists of a specially coded disk mounted on an axial or radial shaft, a code reader, and an electronic circuit for code translation. 63R256-100 is widely used in CNC and PLC systems.

Application Field of 63R256-100

63R256-100 is a versatile absolute encoder with a wide range of applications. It is commonly used for positioning systems, motion control systems, drive systems, robotic systems, machine tools, Linear and angular measurement systems, and other industries. It is especially suitable for electrically driven machinery, such as CNC and PLC systems. The 63R256-100 provides users with high-resolution feedback with resolution up to 256 pulses per revolution.

Working Principle of 63R256-100

63R256-100 absolute encoder works in two main processes: code reading and code translation. Firstly, when the shaft rotates, the code reader generates a series of changes in air gap which corresponds to the code on the disk. Then, the electronic circuit compares and translates the changes to the corresponding electrical signal. Through the calculation of signal differences, the precise absolute position of the shaft can be obtained.

The internal structure of 63R256-100 encoder is made up of three main components: the rotor coded disks, the fixed part of the coded disks, and the code reader. The rotor coded disks are designed with unique codes for converting linear or angular motion into electrical signals. The codes are usually designed by molding, imprinting, or machining into a pattern on the disk. The code reader, which is usually a photo-optic system, is mounted on the shaft and can detect the positioning information. The electronic circuit is used for signal comparison and translation into the digital format.

Conclusion

63R256-100 absolute encoder is an important component of various systems and machines. It has a wide application field and works in two main processes. Through its reliable performance and high resolution, 63R256-100 can effectively turn the linear or angular motion of an object into the electrical signals, thus providing users with accurate and precise feedback control.

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