What are the characteristics of the motor testing system?

　　Do you knowmotor testing systemwhat it is? What are its characteristics? I believe most friends are still not familiar with these questions. But don't worry too much, this article will mainly discuss the knowledge related to it. If you are also interested in this topic, let's read on together, hoping that it can provide some better help when you make selections.

　　The motor testing system is an important part of the comprehensive evaluation of motor assembly quality and technical performance, and is a crucial process in motor manufacturing and production. The development of motor testing technology has indeed made significant progress. Motor testing refers to the inspection of electrical performance, mechanical performance, safety performance, reliability, and other technical indicators of semi-finished and finished products using instruments, meters, and related equipment according to relevant regulations during the motor manufacturing process or in supporting products centered around the motor. The motor testing system consists of a testing power supply, power switch panel cabinet, signal sensing device, power measurement equipment, automatic testing measurement unit and control console, AC motor testing software system, database system, etc. Currently, testing and inspection of the motor testing system is an indispensable and important part of the motor research process, production, and maintenance. 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.

　　The motor testing system is particularly suitable for occasions with high requirements for product and batch testing. For load equipment in type testing, supporting motors (including DC generators, AC generators, wound rotor motors), eddy current dynamometers, magnetic powder dynamometers, magnetic powder brakes, and other equipment can be selected according to user requirements to meet the type testing needs of different motors. The motor testing system uses German Siemens automotive-grade microcontrollers for interlocking control. The interlocking program can be customized and modified according to user requirements. This motor testing system has stable performance and good scalability. The microcomputer testing platform is equipped with original industrial computers from well-known domestic and foreign brands. The results of automatic testing are directly saved on the hard disk of the testing industrial computer. Data from manual measurements can be manually entered into the testing software interface and then saved in memory. It provides the function of a local database, which can be used for local queries and access to testing data. Currently, the operational mode of the motor testing system is a dual mode: manual operation and automatic operation coexist. It is important to know that in order 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). If automatic control or microcomputer failure is inconvenient, manual operation can be used for testing.

　　After the introduction of the above content, I believe everyone has a certain understanding of the characteristics of the motor testing system. We will bring more exciting content in the next issue, as long as you remember to pay more attention to the website, you won't miss it. I also hope these knowledge points can bring some substantial help to relevant personnel in the unit.