62A02-01-020S

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Encoders are tools designed to convert an input signal into an encoded output signal which can be decoded to provide data and information about the original signal. They are commonly used in industrial automation to provide precise control over complicated processes, and in robotics to interpret feedback signals and make them usable to the robot. The 62A02-01-020S is an incremental rotary encoder with ABZ outputs used most commonly in positioning applications.

The 62A02-01-020S encoder works by measuring the physical rotational displacement of an object such as a shaft, which in this case is measured by a magnetic wheel. The wheel is attached to the object to be measured, and the 62A02-01-020S encoder transmits electrical signals as it passes each of the protruding poles located on the circumference of the wheel.

The 62A02-01-020S encoder has two possible output signal combinations, A-B and Z. The A-B signal consists of two sine waves with a phase difference of 90° and is used to track the position of the shaft, while the Z signal is a single pulse used to reference the encoding system by setting a zero point or origin. These signals are then referred to an external controller or circuitry that interprets and applies commands based on the received signal combination.

The 62A02-01-020S encoder can be used in a wide variety of applications where precise control is required. Examples of such applications include robotics, automation, motor control, machine tools and medical equipment. It can also be used in non-industrial applications, such as in the field of aerospace where it is used for navigation and control.

The 62A02-01-020S encoder is a valuable tool for precise control and is used in a variety of industrial and non-industrial applications. It is capable of accurately detecting physical rotational displacement of an object with the addition of ABZ output signals, making it a great choice for positioning applications.

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