LP35-S-Z-XP-S12-28/SI-T-T0

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An encoder is a form of electronic device which is used to measure and record information. Encoders are commonly used in industrial applications such as robotics, and automation, where precise measurements are needed for accurate outputs. The LP35-S-Z-XP-S12-28/SI-T-T0 encoder is one such device, designed for a specific application with its own working principle.

Application Field

The LP35-S-Z-XP-S12-28/SI-T-T0 is a digital encoder specifically designed for the application of position or rotation measurements in robotics, automation, and other industrial applications. It uses two shafts, a transducer shaft and a disk shaft, to measure the angular displacement of the signal. The device is sensitive to very small amounts of displacement, providing reliable and accurate measurements which can be translated directly into the control or automation system.

Working Principle

The LP35-S-Z-XP-S12-28/SI-T-T0 is an absolute incremental encoder, which means that it can measure both the absolute position of the shaft and the incremental or relative displacement of the shaft. It does so by using two transducers that work together in order to detect the angular motion of the shaft. The transducers send a continuous signal to the signal conditioning circuitry, which in turn can be used to accurately measure the angular displacement.

The transducer shaft, also known as the rotor, consists of a number of “teeth” evenly spaced across its circumference. The disk shaft, also known as the stator, is typically divided into four sectors. As the rotor spins around the disk, the teeth pass between the sectors, which generates an electrical signal. This signal is then processed by the signal conditioning circuitry. The transducer and disk shaft are built in such a way that they create a sinusoidal wave when combined, which is what the signal conditioning circuitry uses to measure the angular displacement.

This device is also capable of providing further information about the rotor such as direction, speed, and acceleration. This is done by using the sinusoidal wave to detect changes in the amplitude or frequency of the wave. Using this method, it is possible to accurately measure and record information regarding the rotor’s motion.

The LP35-S-Z-XP-S12-28/SI-T-T0 is a reliable and accurate encoder that can be used in a wide range of applications, particularly in industries where precise measurements are needed for accurate outputs. It is able to measure the absolute position of the rotor, as well as its incremental and relative displacement, making it an extremely versatile and valuable device for industrial and robotic applications.

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