AMT213B-V

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Encoders are one of the most important devices used in the automation industry. They are used for various types of applications, including motion control, positioning, and feedback. The AMT213B-V encoder is one type that is popular among customers, due to its high accuracy and robust design. In this article, we will take a closer look at the AMT213B-V encoder, its application fields, and its working principle.

The AMT213B-V encoder is an absolute single-turn, rotary encoder with a diametral pitch from 5 to 100. It is available in a variety of output configurations, including incremental, sin/cos, SSI, and CANopen amongst others. This encoder has a measuring accuracy of up to ±2 arc-min, and a resolution of up to 30 bit. Its housing is made from metal, and it is protected with an IP67 rating. This makes it suitable for many industrial applications.

Due to its high accuracy and robust design, the AMT213B-V encoder is well suited for a variety of applications. It is used in motion control, positioning and feedback, as well as other machine automation tasks. It is also suitable for angular measurements, as well as in speed and rotational position feedback. This encoder can be used in industrial robots, automated machine tools, wind turbines, and process automation equipment.

The working principle of the AMT213B-V encoder is based on multi-pole magnetic field technology. The encoder consists of a rotating and a stationary part, and both these parts contain magnetic sensors. The rotating part is connected to the motor, while the stationary part contains the magnetic sensors. As the motor rotates, the pole of the magnetic field switches from one sensor to the other, and when this happens, the encoder counts a single turn. The encoder then sends out an electrical pulse, which is proportionate to the angle of rotation. This electrical pulse is then used to control the speed and positioning of the motor.

The AMT213B-V encoder is a reliable and robust device for many industrial applications. It is available with a variety of output configurations, and its accuracy and resolution make it suitable for various motion control, positioning, and feedback tasks. Moreover, its multi-pole magnetic field technology ensures precision control of the motor and offers a reliable and stable performance.

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