SPHSS03 Three Current Transformer

SPHSS03 Three Current Transformer

SPHSS03 motor test is the use of instruments, meters and related equipment, in accordance with the provisions of the relevant standards, the motor manufacturing process of semi-finished products and finished products, or motor as the main body of the ancillary products of the electrical performance, mechanical properties, safety and reliability of the test and other technical indicators. Through these tests, all or part of the motor can be reflected in the relevant performance data, with these data, you can judge whether the product under test meets the design requirements, the quality of the advantages and disadvantages, as well as to improve the goals and directions.

SPHSS03 can be more accurate to get the relevant performance parameters of the test motor test, its purpose is to determine whether the electrical and mechanical parameters of the motor to fully meet the technical requirements of a variety of types of motors need to pass the test to go into production or continue production. International standards and Britain, the Soviet Union, Germany and other countries have taken the type test as a performance test, used to check the characteristics and parameters of the motor. This test is generally only on a variety of types of motors in the first or the first few prototypes, so it is called type test.

SPHSS03 motor test often use ordinary pointer-type instrumentation by manual readings, manual recording, and then manually organized into data and depict the curve or prepare an experimental report. Due to certain reasons such as power supply fluctuations, frequency fluctuations, load fluctuations and other factors will make the meter pointer swing, in order to be able to accurately read out a certain moment of the measured parameters, often require several people to read the table at the same time, the work efficiency is low. Not only that, due to the reading of the meter is not simultaneous and reading, recording, calculating a variety of human error will also make the experimental data dispersion is large, the test after the accuracy is low, repeatability is poor, and now this test method is basically eliminated.