MDL-ACIM-B

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MDL-ACIM-B is an evaluation and demonstration board and kit used to measure DC motor parameters, featuring high precision, wide parameter range, and accurate measurement. This article focuses on the application field and working principle of MDL-ACIM-B.

The primary application field of MDL-ACIM-B is electric drives research and evaluation. It provides an effective and reliable platform for assessing the performance of brushless DC motors, open-loop servo drives, and closed-loop servo drives with various control algorithms.

MDL-ACIM-B can measure parameters such as voltage, current, and power, as well as additional ones like back EMF, torque, response time, and disturbance response. Furthermore, it can calculate the torque coefficient, acceleration torque, horse power, and other mechanical parameters. The measurement range is wide with high precision up to 1% tolerance.

The working principle of MDL-ACIM-B is based on the electrical principle of induction motor. The three-phase AC power is applied to the motor stator winding, which then creates an electromagnetic field oriented in the direction of the rotor. This field induces a current in the rotor windings, which produces a torque that drives the motor. The software can be configured to control the speed, voltage, current, and power of the motor by controlling the energizing current of the motor.

The board is also equipped with a current monitoring circuit to measure the motor current. The voltage, current, and power of the motor can be monitored in real-time. This ensures that all parameters are accurately measured and that the motor runs stable.

The board also features a built-in high-performance Arduino microcontroller for controlling and monitoring motor operations. With this, users can customize the control algorithms for various applications.

MDL-ACIM-B is designed to measure a variety of parameters accurately with wide range and high precision. The kit also includes a comprehensive software suite that allows developers to fine-tune and control the motor parameters. This makes MDL-ACIM-B an ideal solution for electric drive research and evaluation.

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