PEC12R-4120F-S0024 Datasheet/PDFEncoders are widely used in a variety of applications and have a number of important advantages. One such Encoder is PEC12R-4120F-S0024. This article discusses the application field and working principle of PEC12R-4120F-S0024.
Applications of PEC12R-4120F-S0024
PEC12R-4120F-S0024 is an incremental encoder with a resolution of 4,120. It is a 64 pole, 5mm flanged hollow shaft encoder, making it suitable for a wide range of applications. PEC12R-4120F-S0024 is suitable for use in fields such as motion control, robotics, and automation, where precise position feedback is needed. It can also be used in motor control systems, as a way of providing positional feedback on the movement of the motor.
Working Principle of PEC12R-4120F-S0024
PEC12R-4120F-S0024 works on an incremental principle. An incremental encoder produces two square-wave outputs that are 90° out of phase. This encoder maintains a high resolution and accuracy. The pulse output from the encoder changes each time the shaft rotates. This output can be used as an input to a controller, to control the positioning of the motor.
The encoder uses a photosensor to detect the movement of the rotor. When the rotor moves, light coming from the right side of the rotor falls on the sensor, and the output of the encoder changes. The output of the encoder is an A and B channel signal. Each time the shaft rotates, the A and B channels produce a 60° phase difference. The number of output pulses per shaft revolution depends on the pulse count of the encoder, in this case it is 4,120.
Conclusion
PEC12R-4120F-S0024 is a suitable encoder for a variety of applications. Its incremental design and wide resolution make it an excellent choice for motion control and motor position feedback. It is a reliable and accurate encoder that can be used in any application where precise position feedback is needed.