DP09HN12B30F

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 can be used for a variety of data processing, communication, and motion control tasks. This article will focus on the application field and working principle of the DP09HN12B30F encoder.

The DP09HN12B30F encoder is a high precision rotary encoder for special applications. It is especially suitable for measuring rotational speed, rotational distance and position in machine tools, Printing equipment, robot arms etc. The measured value can be used for controlling the corresponding speed and position of the controlled equipment.

The DP09HN12B30F encoder has a high density optical pattern which enables it to detect rotational speed and position accurately. It consists of the following components: a motor with a rotary encoder, a control board, and a power line. A drive shaft is connected to the motor, and the encoder is connected to it. The control board is connected to the motor and encoder to measure the speed and position of the drive shaft via the encoder. The control board then sends signals to the power line, which is used to power the motor when needed.

The working principle of the DP09HN12B30F encoder is based on the optical triangulation principle. It uses an optical mouse sensor technology to detect the rotary displacement of the shaft driven by the motor. The optical mouse sensor consists of two components called the resistor and polarizer. When the shaft rotates, the resistive object on the optical sensor will pass through the polarized layer at different angles. The differences in the angle of the light reflecting from the optical sensor will be picked up by the sensor and translated into digital signals which can be calculated by the control board.

The DP09HN12B30F encoder is a high precision rotary encoder with the ability to accurately measure rotational speed and position in machine tools. It uses optical mouse sensor technology that is highly sensitive and reliable. The control board is able to process the data from the encoder and transfer the data to the power line to receive power when needed. This highly efficient encoder can be used for a variety of data processing, communication, and motion control tasks.

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