Angmotor testing system is an important link in the comprehensive evaluation of motor assembly quality and technical performance, and is an important process in motor manufacturing and production. Let's take a look at the principles together!

The working principle of the motor testing system mainly includes:

Sensors and signal acquisition: The motor testing system obtains various parameters of the motor through sensors, such as voltage, current, speed, torque, etc. Sensors convert these physical quantities into electrical signals, and then convert these analog signals into digital signals through data acquisition cards for further processing and analysis.

Data processing and analysis: The collected data is calculated and processed through a data processing unit. The data processing unit calculates, processes, and stores the data, and finally presents the results on the display unit. This process involves a comprehensive analysis of motor performance, including the detection and analysis of key parameters such as resistance, inductance, no-load, and load.

Characteristic curve drawing: The system can automatically draw the characteristic curves of the motor, such as torque speed curve, power speed curve, etc. These curves help to intuitively understand the performance characteristics of the motor and further optimize and analyze it.

Feedback control: Motor testing systems typically have speed feedback control and torque compensation control functions. These functions can ensure accurate testing of the motor even in unstable areas, ensuring the accuracy of the test results.

User interaction: The system is equipped with an English LCD display interface, providing a user-friendly interaction experience. Users can operate and view test results conveniently and quickly through the interface.