ENS1J-B28-L00100L

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

ENS1J-B28-L00100L application field and working principle

An encoder is a device which can detect motion or position. Encoders are commonly used in motor control systems and industrial automation applications in order to measure the position or speed of a motor shaft. The ENS1J-B28-L00100L Optoelectronic Rotary Encoder is an optoelectronic device which encodes the rotational motion of an axis into pulses.

ENS1J-B28-L00100L Application Field

The ENS1J-B28-L00100L optoelectronic encoder can be used in a variety of applications, such as:

• Robotics: for measuring joint angle and speed
• Automation: for measuring the position of machines
• Medical technology: for measuring movement of the body
• Closed-loop motor control: for measuring and controlling a motor\'s speed
• Measurement technology: for measuring linear or angular distances

ENS1J-B28-L00100L Working Principle

The ENS1J-B28-L00100L utilizes optical techniques to sense the rotational motion of an axis. A reflective optical sensor is mounted on one side of the encoder. This sensing element emits light and receives reflections from a reflective pattern printed on the rotating disk, known as a code disk, mounted on the opposite side. The light received from the code disk is converted into an electrical signal. As the code disk rotates, the electrical signal is discretely changed, resulting in a train of electrical pulses which are counted by the encoder. By counting the number of pulses and measuring the frequency, the angle and speed of rotation can be determined.

Conclusion

The ENS1J-B28-L00100L optoelectronic encoder is a versatile device which can be used in a variety of applications; from robotics and automation to closed-loop motor control and measurement technology. It works by using an optical sensing element to detect the rotational motion of an axis, which is encoded into a train of electrical pulses.

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