ACZ16NBR1E-15FA1-12C

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Encoders are used to measure the angular position of a motor shaft, or to measure linear distance or speed.

The ACZ16NBR1E-15FA1-12C is an absolute encoder that uses an incremental optical rotary encoder to sense the angular position of a motor shaft. It is a two-channel optical incremental encoder with 0-10,000 PPR (pulses per revolution). It has a maximum operating voltage of 24V and a maximum operating temperature of 70°C.

The ACZ16NBR1E-15FA1-12C is used in a wide range of applications including motor control, robotics, automation, and medical imaging. It is a highly reliable encoder and is suitable for a variety of environments. Its long life and compact size make it ideal for embedded projects.

The working principle of the ACZ16NBR1E-15FA1-12C relies on an optical incremental encoder disk attached to the motor shaft. This disk contains slots with optical elements that are evenly spaced around the circumference. As the shaft rotates, the optical elements pass between the encoder’s two photodiodes, generating a train of pulses which correspond to the shaft’s angular position.

The ACZ16NBR1E-15FA1-12C is equipped with two outputs with an electrical angle of 4.8°, which generate an A-B signal. This signal can be amplified by an external circuit and then used to control the position or speed of the motor shaft. The encoder also features an integrated RJ45 connector for easy installation and maintenance.

The ACZ16NBR1E-15FA1-12C is ideal for motor control and robotics applications, making it a reliable and economical choice for precision motion control. Its compact size makes it easy to mount and configure, while its long life and high reliability ensure it can be used in a wide variety of applications.

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