62D11-02-050CH

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 specifically designed for motion applications, such as robotics or automated assembly equipment. In particular, the 62D11-02-050CH is a high-frequency incremental encoder that offers versatile performance for a variety of industrial automation needs. This device can be used in a wide range of applications from robotics and motion control to measuring wheel speeds for automotive applications.

The 62D11-02-050CH encoder is an incremental type device that produces pulses in response to mechanical motion. The encoder has axial mounting flanges that allow for easy installation in any orientation. It monitors changes in angular position, velocity, and direction without the need for any external circuitry and provides a linear output signal with 10-bit resolution. It operates from a 5-30 VDC supply, can handle up to 150 kHz input frequency and offers a maximum speed of 10 kHz.

The working principle of the 62D11-02-050CH encoder can be traced to the use of a patterned disk with a light source and a detector. The pattern disk is connected to the shaft and as it rotates, it captures the light signal from the source and bounces it towards the detector. The detector measures the speed, size, and level of the light signal and uses it to generate a pulse signal to indicate the angle of the shaft. By analyzing the pulse signal, the velocities, direction of rotation, and the overall angular position of the shaft can be determined.

The 62D11-02-050CH encoder is a versatile and reliable device for motion control applications. It provides a 10-bit resolution signal output and has a wide supply voltage range from 5-30 VDC. By using the latest optical and processing technology, the 62D11-02-050CH is able to accurately determine the angular position, velocity, and direction of rotation of the shaft. The encoder is an ideal choice for robotics, automated assembly, and any other application that requires precise motion control.

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