ACZ16NBR1E-20FA1-12C

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Encoders are devices used to measure physical distances or angles and provide digital electrical signals in response. Among them, ACZ16NBR1E-20FA1-12C encoders provide a satisfactory measuring solution for demanding purposes, and have reputable performance in applications such as robotic arm control, spindles, machine tools, and motor feedback.

In terms of technical specifications, the ACZ16NBR1E-20FA1-12C encoder features a 50 mm to 65 mm housing diameter, ranging from 17 bits per rev to 19 bits per rev resolution, starting 3 vac/pls supply voltage, and 500 kHz output current. It supports a range of bipolar commutation, up to 10A load peak, and compatible motor types such as brushless, stepper, and servo motors.

When it comes to its working principle, ACZ16NBR1E-20FA1-12C encoder utilizes a movable motor part as its moving element. As the motor part moves, it interacts with one or more stationary carbon brushes, or masks, which are installed on the encoder circuit board. Each pulse from the encoder is generated by one of these brushes or masks. The encoder converts the signal into an output in digital format with a resolution of up to 19 bits per revolution.

The encoder is constructed with a flux detector and a signal processor. The flux detector is the mechanism which detects the flux passing through the brush. The signal processor then processes the flux, and determines the speed, direction, and distance of the motor part\'s movement.

The signal processor sends the output from the flux detector to the encoder’s digital output stage. The digital output stage then converts the signal into a data output format which is compatible with various controllers and displays.

In summary, the ACZ16NBR1E-20FA1-12C encoder is a reliable measuring device that is well-suited to applications requiring high accuracy and precision. It features a robust construction and excellent performance in a variety of mechanical designs. Its working principle of utilizing a movable motor part and stationary brushes makes it an ideal solution for demanding applications.

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