RE12A-300-100-1

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Encoders are used in many industries for measuring displacement, angular position, and speed. RE12A-300-100-1 encoders are no exception, as they are specifically designed for processing, controlling, and monitoring the motion of various types of machinery. The RE12A-300-100-1 encoder is able to accurately and quickly record rotational and linear positions for both the angular and linear motion of a motor or any other type of shaft.

The RE12A-300-100-1 encoder is comprised of two main components: an optical rotary encoder and a linear potentiometer. The optical rotary encoder uses light and photo-interrupts to measure rotational displacement and speed. By using photo-interrupts, the rotational displacement and speed of the motor/shaft can be accurately measured as the light beam is blocked when the encoder passes over a hole or slot in the motor. By measuring the intervals between each interruption in the light beam, the angular velocity and displacement can be accurately calculated. The linear potentiometer in the RE12A-300-100-1 encoder is used to measure linear displacement of the shaft. When the shaft moves, the linear potentiometer will give an output signal which is proportionally dependent on its displacement.

The RE12A-300-100-1 encoder is primarily used in industrial applications such as robotics, military, aerospace, automotive, machinery, HVAC (heating, ventilating, and air conditioning), electrical power systems, and medical equipment. Because of its small size and high resolution, the RE12A-300-100-1 encoder is also used in small, tight fitting spaces. This makes it ideal for applications that require precision and accuracy. The RE12A-300-100-1 encoder is also known for its durability and extended life, making it preferable in applications where high shock and vibration are present.

The RE12A-300-100-1 encoder is able to accurately and quickly record the rotational and linear positions of a motor or any other type of shaft. It is composed of two main components--an optical rotary encoder and a linear potentiometer--and is mainly used in a variety of industrial applications. Its small size and high resolution make it ideal for precision applications, while its durability and extended life make it preferable for applications with high shock and vibration.

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