When the motor is used, the performance of the product has a great impact on the entire hydraulic system. Because it is the power source of the equipment and the actuator of the hydraulic system, it is very meaningful to test the performance of the motor before use.

The development of motor performance testing has a very broad prospect, and the fields in which the products are used are also comparative. The performance of motors used in mining machinery, plastic machinery, metallurgy industry, shipbuilding machinery and other industries can have a decisive impact on the entire equipment system. The performance will directly affect the stability of the system and the service life of system components, In case of motor accidents, the production efficiency will be affected.

The motor can be tested with performance testing technology at ordinary times, which can greatly reduce the number of downtime and maintenance, thus greatly improving the working efficiency of the equipment. The performance testing of some products can only be performed with simple instruments by staff, and then completed with personal practical experience. The test results are completely inaccurate.

In recent years, as the market's requirements for hydraulic systems become higher, the requirements for testing the performance of components become higher and higher. Its traditional testing methods can no longer meet the needs of its practical applications. Nowadays, the use of computers to test the performance of its motors has become the mainstream.

During the performance test of the motor, the computer is used to establish a set of data, and then these data are controlled and the test bench is connected, and then the computer collects, quantizes and quickly processes the test parameters.