PEL12T-4021F-S1024

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 used in a wide range of applications, from robotics and automated assembly to gaming systems and industrial automation. A typical encoder includes an input shaft and an output shaft connected by two gears. The output shaft typically rotates at a different rate than the input shaft, allowing for greater control over the control system and higher accuracy. The PEL12T-4021F-S1024 encoder is used for motion control applications that require precise positioning.

PEL12T-4021F-S1024 is an Incremental Optical Encoder, which is a type of encoder that uses photoelectric sensing technology to convert the rotational motion of the shaft into electrical signals. It consists of components such as a rotary optical sensor, an optical disk, and an LED light source. When the disk rotates, the disk interrupts the light beam, generating a pulse signal for each increment of rotation. The relative position of the shaft is determined by counting the number of pulses from the encoder.

PEL12T-4021F-S1024 is widely used in applications that require precise motion control such as robots and CNC machines. It is an ideal choice for applications where accuracy and stability are needed, such as medical devices or security systems. It offers a wide range of options including resolutions up to 1024 cpr (Counts Per Revolution), high accuracy and repeatability, and temperature compensation for reliable performance across a range of temperatures.

The PEL12T-4021F-S1024 encoder is designed to enable fast reaction times with highly precise tracking at any speed while using minimal energy. The encoder is easy to tune with its digital filtering and signal conditioning algorithms, which ensure minimal noise and low power consumption.

The working principle of PEL12T-4021F-S1024 is to start with the LED radiation through the optical disk. The infrared beam of the LED is reflected from the unique pits or holes on the rotating wheel, and detected on the linear array sensor. The signals generated by the encoder are pulses (or ticks) that represent the relative displacement of the wheel from its original position. The encoder consists of four main parts: a photoelectric sensor, an LED, an optical disc and a signal amplifier. The sensor detects a black-white or transparent-dark pattern on the disc and sends out a signal depending on the number of pulses. The signal amplifier converts the signal and sends it to the signal receiver.

The PEL12T-4021F-S1024 encoder is specifically designed to provide an accurate feedback signal in a reliable, efficient and low-cost way. With the increase in automation and motion control technology in today’s industrial applications, the PEL12T-4021F-S1024 encoder helps to achieve the goal of robust and reliable motion control.

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