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Connotation and development trend of hydraulic components and system testing technology

Judging the quality of hydraulic components requires hydraulic tests and tests to verify, but hydraulic tests and tests should be treated as part of experimental science, not just as operating a test bench and completing a hydraulic test. Therefore, hydraulic testing and testing must clarify the testing methods of hydraulic components or systems, the measurement of various physical quantities in the test, and the analysis and processing of measurement signals. These are the three main steps for hydraulic testing and testing. Careful completion of these three main steps in hydraulic testing and testing will help achieve the main role of hydraulic testing: mastering the characteristics of hydraulic components, distinguishing the performance of hydraulic products, identifying weak links in hydraulic components, optimizing design and production technology, and thereby Improve product performance. Of course, this also includes how to avoid its weaknesses and make good use of its strengths when a hydraulic component is used in the system. This is usually solved by experimental technology.

Mar 12,2021

Connotation and development trend of hydraulic components and system testing technology

Judging the quality of hydraulic components requires hydraulic tests and tests to verify, but hydraulic tests and tests should be treated as part of experimental science, not just as operating a test bench and completing a hydraulic test. Therefore, hydraulic testing and testing must clarify the testing methods of hydraulic components or systems, the measurement of various physical quantities in the test, and the analysis and processing of measurement signals. These are the three main steps for hydraulic testing and testing.
Careful completion of these three main steps in hydraulic testing and testing will help achieve the main role of hydraulic testing: mastering the characteristics of hydraulic components, distinguishing the performance of hydraulic products, identifying weak links in hydraulic components, optimizing design and production technology, and thereby Improve product performance. Of course, this also includes how to avoid its weaknesses and make good use of its strengths when a hydraulic component is used in the system. This is usually solved by experimental technology.

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