62S45-L0-P

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

An encoder is an electromechanical device used to convert physical information into digital or electronic form. The digital information is translated from its original source into code that can be used by a computer or other device. As the original source is converted, its characteristics are compared against a set of predetermined acceptable parameters. This comparison allows the source to be monitored and controlled as needed.

The 62S45-L0-P encoder is one of many encoder types, and it is frequently used in applications such as aviation, robotics, and electric utility applications. This encoder is a displacement, absolute type encoder and is capable of providing a space circumferential resolution of up to 10000 counts per revolution. These encoders are used in applications where accuracy is essential.

Application field of 62S45-L0-P Encoder

The 62S45-L0-P encoder is most commonly used in the aviation, aerospace, and robotics industries, as its space circumferential resolution is capable of meeting the requirements of these applications. This encoder is also used in applications such as automated guided vehicles, unmanned aerial vehicles, remote control vehicles, and in the automotive industry. In addition, this encoder can be used to control the speed, direction, and torque of a robot.

Working Principle of 62S45-L0-P Encoder

This encoder is an absolute displacement type encoder, meaning that it does not require a reference position to maintain its accuracy. Instead, the 62S45-L0-P encoder can maintain its accuracy even after the motor stalls or is stopped. This encoder is based on subtractive code technology, which uses a two-stage decoding process to measure the position and direction of the motor.

The encoder uses two main stages to decode the position and direction of the motor: the first stage is the unique bits decoding stage, which uses the unique pattern of the groups of gray code bits; and the second stage is the interpretive stage, which enables the encoder to decode the direction of the motor. The average reading time for the two stages is less than 100µs. This speed enables the encoder to provide the user with real-time motor feedback.

The 62S45-L0-P encoder is very reliable and accurate, and due to its excellent reading speed and accuracy, it is widely used in many industries.

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