62A30-02-060C

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

Encoders are devices that are used to measure the angular motion, linear displacement and velocity of a device or component. The 62A30-02-060C is an example of a high precision multiturn optical scaling encoder. This device is widely used in industrial, medical and research applications for accurate and precise measurements of a device\'s motion.

The 62A30-02-060C creates an absolute position signal from the incremental motion of the optical scales. The position signals delivered by the encoder are highly reliable and repeatable, making this encoder suitable for multiple applications. The encoder has an internal rolling code system, which ensures that each position cycle is different, making it impossible to reconstruct the encoder\'s position signal.

The 62A30-02-060C encoder is also widely used for applications such as machine control and automation, medical imaging, and robotics.

Application Field

The 62A30-02-060C encoder is designed to be used in high precision applications, such as the industrial automation and measuring systems. This encoder is also an essential component in the system of robotic arms, for the purpose of determining the exact position and orientation of the robot’s linkages. It can also be used for the control and positioning of laser cutting machines and articulating arms.

Working Principle

The 62A30-02-060C encoder works based on two principles. The first is the incremental scaling principle, which uses a series of optical scales to generate an incremental pulse signal as the scale is rotated. This pulse signal is used to measure the distance that has been travelled. The second principle is the absolute positioning principle, which uses an internal memory to store and recall the absolute position of the scale.

The combination of these two principles allows the encoder to generate an accurate absolute position signal. This signal is then used to identify the absolute position of the rotational reference arm on the encoder. The positioning accuracy of the encoder depends on the number of optical scales used in the system.

The 62A30-02-060C encoder also has built-in protection systems, such as self-calibration and position-lock, which help to ensure the accuracy of the position signal. The encoder also uses a low-jitter output signal, which ensures a high-performance and reliable positioning system.

In conclusion, the 62A30-02-060C encoder is a high precision optical scaling devices that is used in many applications for measuring the angular position, velocity and linear displacement of a device. The encoder uses a combination of incremental scaling and absolute positioning principles to generate a precise and reliable absolute position signal.

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