ACZ11BR4E-15FA1-12C

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Encoders have many different applications, ranging from robotics to aviation. The ACZ11BR4E-15FA1-12C encoder is a type of incremental encoder used to measure the speed and number of rotations of a motor shaft. This article will discuss the application field and working principle of the ACZ11BR4E-15FA1-12C encoder.

Application Field

The ACZ11BR4E-15FA1-12C encoder is designed for use in a wide variety of industrial applications, such as robotics, medical equipment, and aviation. It can be used to measure the rotational speed of a motor shaft, enabling precise control of machinery or robotics. This encoder is also used in precision measuring systems, making it suitable for applications where accuracy is essential.

Working Principle

The ACZ11BR4E-15FA1-12C encoder is an incremental encoder that uses pulses of light to measure rotational speed and position. When the encoder shaft rotates, a light source inside the encoder emits light toward an encoder disk with an array of slits. These slits act as a “light curtain,” and, as the disk rotates, the light is either blocked or passed through the slits, creating optical pulses. These pulses are then converted into electrical signals that can be used to measure speed and rotation count.

The ACZ11BR4E-15FA1-12C encoder also includes a second sensor plate with an alternate array of slits. These slits act as a reference when the first set of slits are blocked, helping to reduce errors in measurement due to interference or other external factors.

Conclusion

The ACZ11BR4E-15FA1-12C encoder is a type of incremental encoder used in a variety of industrial applications. It uses pulses of light created by a rotating disk with an array of slits to measure the speed and position of a motor shaft. The encoder also includes a second sensor plate to help ensure accuracy and reduce errors.

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