2660-3

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2660-3, also known as an “angle encoder”, is a type of rotation and position sensing device used to measure and control the angular position of a rotating shaft. It is based on the principles of energy conversion and signal conditioning. The encoder converts mechanical energy from the shaft into electrical signals and is typically used for position feedback in servo control systems. These systems require precise angular measurements and often require the detection of miniscule changes in the position of the shaft.

The base design of the 2660-3 angle encoder consists of four main components – the drive wheel, roller bearing, signal magnet and output electronics measurements. The drive wheel, usually made of metal, is coupled to the angular rotary shaft in a manner that allows the shaft to rotate the wheel. A roller bearing, typically a cylindrical ball bearing, is integrated into the drive wheel to enable smooth movement of the wheel along different axes. A signal magnet is mounted on the drive wheel and is used to generate magnetic signals.

The output electronics module is used for converting the magnetic signals from the signal magnet into electrical signals. The signals are then processed by the controller of the servo system to calculate the angle and position of the rotary shaft. It can also be used to generate angle feedback for the various axes of a multi-axis system. Additionally, the angle encoder can be used to detect changes in either the direction or the speed of rotation of the drive wheel. This is done by monitoring the changes and peaks in the waveforms generated by the signal magnet.

The 2660-3 angle encoder is most commonly used in robotic arms and industrial robotic systems. It is used to control the precise positioning and movements of robotic arms, as well as being used for general automation applications. It is also used in industrial printing applications, such as web printing, to detect the precise angular position of rollers. Additionally, the angle encoder can be used in closed loop control systems to measure small movements that are too small for human detection.

In summary, the 2660-3 angle encoder is a precision measurement and control device used for detecting and measuring angular position and velocity. Its components work together to convert mechanical energy into electrical signals that are then processed by a servo system to generate accurate measurements and feedback. It is used most commonly in robotic arms, industrial automation and industrial printing applications due to its ability to detect precise angular position and small changes in motion.

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