RE12C-300-100-1

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Encoders

RE12C-300-100-1 Application Field and Working Principle

The RE12C-300-100-1 encoder is designed for use in applications requiring an extremely precise determination of position or velocity. It is a multi-turn absolute rotary encoder that provides position and speed feedback in both digital and analog format. This encoder is capable of measuring the position and speed of a rotating shaft up to 81920 turns with 0.009° of angular resolution. The output includes 1 Vpp sine output, quadrature output in two channels and EIA270 serial communication outputs.The RE12C-300-100-1 was designed for applications such as mobile robotics, machine tools, motion control systems, and medical equipment. The encoder is capable of providing a precise indication of motor or shaft speed and position throughout the entire range of the motor’s rotational movement. This allows for a constant and accurate feedback on the current position of a motor, enabling accurate control of the motor’s angles or positioning information.

The encoder utilizes multiturn absolute encoding technology to measure the rotational position of the shaft. The multiturn absolute encoding technology utilizes a set of code discs that contain slot patterns, when the disc spins the patterns are read by the encoder to determine the position of the shaft. The encoder also contains a set of brushes that brush over the stored patterns on the code disks, this is done to monitor the position of the shaft even when the motor loses power. Due to this technology, the position of the motor will be accurately determined even when power has been lost.

The RE12C-300-100-1 encoder also utilizes a Hall effect sensor, this sensor is capable of providing a precise indication of velocity and position of the motor. The Hall effect principle states that when a current-carrying conductor is subjected to a magnetic field, a voltage will be produced in the conductor. This voltage can be measured and used to accurately determine the rotational speed of the motor. The RE12C-300-100-1 encoder utilizes this principle to measure the speed of the motor and provide a precise indication of movement.

The RE12C-300-100-1 encoder also features circuitry for EIA-270 compatible serial communication interface. This allows the encoder to communicate with other devices and provide real-time data on position and velocity. The encoder also features analog outputs for an accurate indication of velocity and position. This allows the encoder to be used to monitor the position and speed of a motor and provide real-time feedback for greater accuracy.

The RE12C-300-100-1 encoder is a highly precise and reliable device capable of providing reliable position and speed feedback for a wide range of applications. The encoder is designed to provide feedback with an accuracy of 81920 turns and 0.009° of resolution. These features make the RE12C-300-100-1 encoder an ideal choice for applications requiring precise feedback on the position and speed of a rotating shaft.

In conclusion, the RE12C-300-100-1 encoder is an excellent choice for applications requiring an accurate and precise determination of position and speed. The encoder utilizes multiturn absolute encoding technology for reliable operation even in the event of power loss. In addition, the encoder features EIA-270 compatible serial communication outputs, analog outputs and a Hall-effect sensor for precise speed sensing. All these features combine to make the RE12C-300-100-1 an ideal solution for applications requiring precision feedback on the position and speed of a rotating shaft.

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