ACZ11BR4E-15FD1-12C

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Encoders are devices used to measure linear and rotary motion, typically used in industrial settings for precise and accurate control. The ACZ11BR4E-15FD1-12C is a type of encoder designed for use in applications requiring precise angular position information. This encoder type offers a range of benefits and features:

The Application Field:

The ACZ11BR4E-15FD1-12C is most useful in applications where precise angular position readings are needed. It is typically used in combination with servo motor and/or stepper motor control systems, providing accurate feedback for positioning and control. Additionally, it can be used to measure incremental angles in motor shafts to measure speeds, and even measure the rotational speed of pulleys and sprockets when used with a pulsed signal. This makes it suitable for a wide range of applications, from imaging, sorting, and identification systems, to complex robotics and automated manufacturing processes.

Working Principle:

The ACZ11BR4E-15FD1-12C uses optical encoding techniques in order to measure angular positions. At the heart of the device is an optical encoder disc and an optical head. The device is fitted onto a motor shaft or pulley. As the shaft or pulley rotates, so does the encoder disc. This disc is positioned next to an optical sensor in the device\'s optical head. The optical sensor uses light from the encoder disc to determine the angular position of the shaft.

The disc is laser patterned with lines and spaces, representing a binary code. As the disc rotates, the light pattern reaching the optical sensor is changed. This changes the binary code, representing an angular position. This is then read by a dedicated circuit in the encoder and converted into an electrical signal. This signal can then be used by a control system such as a servo motor or stepper motor.

The ACZ11BR4E-15FD1-12C is a very accurate encoder, with the highest accuracy rating at 0.1 degrees per pulse. This makes it ideal for applications requiring precision, with minimal angular errors.

Compact Design:

The ACZ11BR4E-15FD1-12C features a compact design, allowing for easy mounting and use in tight spaces. The device is extremely durable, with fully sealed construction and a durable metal housing that can withstand harsh environments. This encoder type also offers high reliability and long life, making it ideal for applications where reliability and longevity are important.

Conclusion:

The ACZ11BR4E-15FD1-12C is a type of encoder specifically designed for use in applications that require precise angular position readings. This encoder type features a compact and durable design, as well as incredibly accuracy, making it suitable for a variety of applications. From servo motor and stepper motor control systems in robotics, to automated manufacturing processes, this encoder type is the ideal choice.

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