PHO5_14//PSSG//13B12D5//S6R//**DD**

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Encoders are devices used to electronically measure the amount of angular displacement or linear displacement of an object or a mechanism. By using an encoder, the actual movement of the motor can be accurately defined and measured, and the motor speed and position can be accurately controlled. The specific working principle and application field of PHO5_14//PSSG//13B12D5//S6R//**DD** will be discussed in this article.

Working Principle

Rotary encoders use optical or magnetic detection technology, i.e. optical code discs or magnetic code disks, to convert the mechanical angular displacement of the motor into digital signals such as pulse signals. This is the direct connection between the two, which is realized by the physical connection of the disk and the motor shaft. The rotary encoder sends a large number of pulses in the form of square waves. The number of pulses per time represents the speed and direction of the motor.

Application Field

The typical application field of the PHO5_14//PSSG//13B12D5//S6R//**DD** rotary encoder is composed of a variety of input and output equipment, such as single-axis motion system, multi-axis CNC, robotics, elevators and industrial automation. Generally speaking, the rotary encoder can be used for position, orientation and length measurement, mainly used to measure the displacement amount and angular velocity of the motor, to achieve accurate and high-speed closed-loop control of the motor, and the principle components include pulse generators, amplifiers and pulse conversion module.

Conclusion

PHO5_14//PSSG//13B12D5//S6R//**DD** is a rotary encoder and its application field includes input and output equipment, motion system, CNC, robotics, elevators and industrial automation. Its working principle is based on optical or magnetic detection technology, which converts the mechanical angular displacement of the motor into digital signals such as pulse signals.

The specific data is subject to PDF, and the above content is for reference