ENS1D-B28-L00064L

Encoders and The Application Field and Working Principle of ENS1D-B28-L00064L

Encoders are devices that are used as measurements of length, rotations, or revolutions. These devices are commonly used in many applications such as in industrial automation, in robotics, and other types of machinery. There are different types of encoders that vary in size, accuracy, and capability. In this article, we will discuss one particular type of encoder, the ENS1D-B28-L00064L, and its application field and working principle.

Overview of ENS1D-B28-L00064L

The ENS1D-B28-L00064L is an optical rotary encoder made by Optex which is one of the most trusted brands in the encoder manufacturing industry. It is a single-turn encoder that measures the position in one revolution and can, therefore, detect the speed of rotation and the direction of the rotation. This rotary encoder is designed for non-contact sensing and can measure up to a maximum of 28,000 pulses per revolution. It is also highly accurate in reading the pulse and can detect even the slightest variation in pulse count.

Usages of ENS1D-B28-L00064L

Due to its accuracy and reliability, the ENS1D-B28-L00064L is very popular in many applications such as industrial automation, robotics, and other kinds of machinery. It is often used to measure rotational speed, position, and direction with high accuracy. In industrial automation, it is used in controlling the speed of motors or other types of machinery as well as in monitoring and detecting any variations in the speed or position. In robotics, the ENS1D-B28-L00064L can be used to measure the speed and position of the robot in order to accurately perform its movements.

Working Principle

The ENS1D-B28-L00064L works by using an integrated light source and a light detector. The device consists of a scanning disk which contains a number of slots or holes. When the scanning disk is rotated, the light source will detect the holes in the disk and the light detector will detect the absence of light and send a signal to the processor. This signal is used to measure the speed and position of the disk. By accurately counting these pulses, the processor can detect the changes in the speed and position of the disk.

Conclusion

The ENS1D-B28-L00064L is an optical rotary encoder made by Optex which is one of the most trusted brands in the encoder manufacturing industry. It is widely used in many applications such as industrial automation, robotics, and other kinds of machinery due to its accuracy and reliability. The working principle of the device involves an integrated light source and a light detector which detect changes in the speed or position of a scanning disk. With these features, the device is highly accurate and reliable in measuring rotational speed, position, and direction.