62D22-01-120C

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 commonly used in many industries for accurately measuring and controlling positions of motors. The 62D22-01-120C is an encoder type that utilizes a robust two-channel signal input in either digital or analog format to accurately measure motor position and velocity. The 62D22-01-120C encoder offers several benefits including accuracy and accuracy stability in various conditions, as well as low electric power consumption, compact design, and small installation size.

The application field of the 62D22-01-120C encoder is extensive and varied. This encoder type is ideally suited for use in motor-controlled positioning and tracking systems, including servo systems, robotics, and motion control applications. With its fast speed and resolution, it can be used in applications such as printing presses, conveyor belts, medical equipment, or automated production lines. The 62D22-01-120C is also suitable for use in a variety of off-the-shelf applications, including adjustable speed drives, robot arms, servo motor control systems, and trajectory trackers.

The working principle of the 62D22-01-120C encoder is relatively simple yet highly efficient. It is essentially an encoder wheel that is outfitted with two sets of slotted discs, one containing a reference signal that is sourced from a second sensor. A permanent magnet on the outside of the wheel generates a magnetic signal in response to the reference signal of the second sensor. When the wheel rotates, each time one of the reference signals pass through a detector, the permanent magnet creates a pulse. This pulse is indicative of the motor’s position and can be used to accurately track its movements.

The 62D22-01-120C encoder is a highly accurate and efficient encoder type that is capable of providing reliable and precise measurements in a variety of applications. Its robust two-channel signal input capabilities and accuracy stability in various conditions make it an ideal choice for use in applications such as automated production lines, robotics, motion control systems, and adjustable speed drives. Furthermore, its low power consumption, compact design, and small installation size make it easy to integrate into existing systems quickly and easily.

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