The electric motor test bench adopts advanced virtual instrument technology, combining the powerful computing power of computers with the hardware measurement and control capabilities of instrument equipment. Through software, the control of experiments and the calculation, analysis, processing, display, printing, and storage of data are achieved, making the system's functional origins exceed the simple combination of general instruments. Especially in terms of result saving, waveform storage, synchronous measurement, test report generation, system scalability, and multifunctionality, the superiority is unmatched by traditional manual test benches.

The entire system is fully automated, computerized, efficient, and designed with anti misoperation safety functions. Chinese and English interface operation, automatic collection of measurement data, automatic calculation of results, automatic generation of factory test reports and printing output. The measurement control system adopts PLC programming control, which is particularly suitable for occasions with high product requirements and batch testing. The development of science and technology has put forward increasingly high requirements for motor performance and quality indicators, and the development of motor testing technology is closely related to the development of the motor industry. Motor testing is an important step in the comprehensive evaluation of motor assembly quality and technical performance, and is a crucial process in motor manufacturing and production. Traditional experimental equipment and methods require a long operating time, multiple observation instruments, and manual reading of test data for analysis and calculation, which to some extent affects the quality and accuracy of motor testing. With the further improvement of motor design and process level, as well as the continuous improvement of the performance of motor raw materials, the performance and quality indicators of motors have been greatly improved. Therefore, the requirements for motor testing technology are also increasing day by day.

With the advancement of technology, it is imperative to improve the efficiency of motor testing, reduce the labor intensity of operators, improve testing accuracy and quality. However, due to the richness of testing theory, the progress of testing methods, the improvement of equipment accuracy, and the widespread application of automated testing systems and electronic computers in testing, motor testing technology has indeed made rapid progress.

Motor testing is the inspection of technical indicators such as electrical performance, mechanical performance, safety performance, and reliability of semi-finished and finished products during the manufacturing process of motors, or supporting products with motors as the main body, using instruments, meters, and related equipment in accordance with relevant regulations. Through these tests, the relevant performance data of the tested motor can be fully or partially reflected. With these data, it is possible to determine whether the tested motor meets the design requirements, the quality of the motor, and the goals and directions for improvement. Motor testing and inspection are indispensable and important links in the research, production, and maintenance process of motors. Therefore, for units engaged in motor research, production, or maintenance, it is very necessary to have a set of motor testing and inspection equipment that meets the requirements.