63KS256-025

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Encoders are widely used in motion control applications for monitoring position. They provide the ability to accurately measure shaft rotation and convert it into electronic signals according to a predefined code. 63KS256-025 is a versatile absolute rotary encoder that can provide feedback related to the rotation angle of a shaft. This allows it to accurately measure the shaft position, velocity, and acceleration.

The 63KS256-025 Absolute Rotary Encoder is composed of high resolution sensors, an IC and an output cable. The sensor contains 256 mechanical slots which are divided into two separate parts, the inner zone that is covered in black and the outer zone with the transparent imagery. Each slot is divided into four groups, each group carrying a unique image/symbol. This coding protocol is called a Gray code and it will output an 8-bit value that is relative to the angular position of the shaft.

The Gray code is then converted into a digital signal and sent to the IC for further processing. The output from the encoder is a continuous digital signal that is proportional to the rotation angle of the shaft. The output signal can be configured to provide either a single pulse per revolution (PPR) or multiple pulses per revolution (MPPR). The output signal can also be configured to have an angular resolution of 64 PPR for micro-stepping.

In addition to providing angular feedback, the encoder also has a limit switch feature which allows for additional monitoring of the shaft position. This feature detects when the shaft has reached a specified angle and triggers an output signal when it is detected. This feature can be used for zeroing out the angular count or for setting home positions or to protect the motor or machine from over-rotating.

The 63KS256-025 absolute rotary encoder has a wide range of applications in motion control, robotics, and process control. It can be used to accurately measure shaft rotation, monitor position, and detect limit switch positions. Its compact size and low cost make it an ideal solution for applications where accurate feedback is needed.

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