What are the characteristics of the motor testing system?

　　Do you know whatMotor Testing Systemis? What are its characteristics? I believe most of you still do not know the answers to these questions. But don't worry, today's article is mainly to discuss the related knowledge points. If you are also interested in this topic, then follow along with the editor. I hope that after reading, it can provide some better assistance when making choices.

　　The motor testing system is an important component for comprehensively evaluating the quality and technical performance of motor assemblies, and is a crucial process in motor manufacturing. Motor testing technology has indeed made rapid progress. Motor testing refers to the use of instruments, meters, and related equipment to test the electrical, mechanical, safety, and reliability technical indicators of motor semi-finished products and finished products during the motor manufacturing process or in supporting products. Testing is conducted according to relevant regulations with the motor as the main body.

　　The motor testing system consists of a testing power supply, power switch cabinet, signal sensing device, power measurement equipment, automatic testing measurement unit and control console, AC motor testing software system, database system, etc. Currently, the testing and inspection system for motors is an indispensable important link in the research, production, and maintenance processes of motors. Therefore, for units engaged in motor research, production, or maintenance, it is essential to have a set of compliant motor testing and inspection equipment.

　　Motor Testing SystemIt is particularly suitable for occasions with high requirements for product and batch testing. The load equipment for type testing can be selected according to user requirements, including supporting motors (such as DC generators, AC generators, wound rotor motors), eddy current dynamometers, magnetic powder dynamometers, magnetic powder brakes, etc., to meet the requirements of different motors. The motor testing system uses German Siemens automotive-grade microcontrollers for interlocking control and can be customized according to user requirements. This motor testing system has stable performance and good scalability. The microcomputer test bench is equipped with original industrial control computers from well-known domestic and foreign brands. The results of automatic tests are directly stored on the hard disk of the testing industrial control computer. Data from manual measurements can be manually input into the testing software interface and then stored in memory. It provides local database functionality for querying and accessing test data locally.

　　Currently, the main working modes of the motor testing system are manual and automatic coexistence. It is important to understand that to avoid the impact of microcomputer failures on testing work, the motor testing system adopts a coexistence of manual control (panel button operation) and automatic control (computer keyboard/mouse operation). When automatic control is inconvenient or there is a microcomputer failure, manual operation can be used for testing.

　　After the introduction of the above content, I believe everyone has a certain understanding ofMotor Testing Systemthe characteristics.