62A11-02-020SH

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Encoders are used to measure position or speed of a rotary shaft. They convert rotary motion into a digital signal (or in some cases vice versa) through an encoder interface. 62A11-02-020SH is an encoder designed for robust and precise digital control over the rotary and linear motion of motors. It is an ideal choice for applications where accuracy, reliability, and cost-efficiency are paramount.

Application Field

The 62A11-02-020SH operates in a wide range of applications. It is ideal for use in applications such as elevator controllers, feed mechanisms, cranes and hoists, robotics, material handling automation, and factory automation. The 62A11-02-020SH can also be used in a variety of other industrial applications, including power tools, machine tools, pumps, turbines, and woodworking machinery.

Working Principle

The 62A11-02-020SH encoder works by encoding the rotary motion of the drive motor into a digital signal. The encoder is positioned close to the motor shaft and connected by two cables, one to measure the speed and the other to measure the position. The encoder is equipped with an ABS (Absolute) ring that ensures that the encoder remembers the precise angular position of the motor shaft. This information is then transmitted to the host controller. The information is sent in digital pulses, and the number of pulses sent relates to the number of encoder counts.

The 62A11-02-020SH also incorporates a quadrature encoder, which is a circuit that measures the rotational speed or position of the motor shaft. This type of encoder consists of two channels – A and B – which are 90° out of phase with each other. As the motor shaft rotates, the signals generated by each channel are compared and the rotational direction of the motor shaft determined. The information is then used by the controller to precisely position the shaft or adjust its speed.

To monitor the motor’s position and speed over time, the 62A11-02-020SH also employs index pulses. An index pulse is a single pulse generated by the encoder when the motor’s shaft turns through a certain angle, such as one revolution. This pulse provides an absolute reference point for monitoring the motor’s position and speed over time.

In summary, the 62A11-02-020SH encoder is an ideal choice for applications that require precise control over the rotary and linear motion of motors. It is equipped with an ABS ring and a quadrature encoder, and it incorporates index pulses for monitoring the motor’s position and speed over time. The 62A11-02-020SH encoder is capable of operating in a wide range of applications.

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