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1. Determine whether the spring is qualified or not by measuring the deformation amount of the spring ΔH or the corresponding force value F measured by the height H.
2. Through the force value F of the spring, measure the corresponding spring deformation △H or height H to judge whether the spring is qualified.
3. One or more tests can be performed to determine whether the spring is qualified.
4. Can be measured in sections, and can calculate the stiffness (elastic coefficient) K and average stiffness of each section.
5. The product can be sampled and tested, and batch testing can also be carried out (the mechanical part has batch testing tooling).
1. Determine whether the spring is qualified or not by measuring the deformation amount of the spring ΔH or the corresponding force value F measured by the height H.
2. Through the force value F of the spring, measure the corresponding spring deformation △H or height H to judge whether the spring is qualified.
3. One or more tests can be performed to determine whether the spring is qualified.
4. Can be measured in sections, and can calculate the stiffness (elastic coefficient) K and average stiffness of each section.
5. The product can be sampled and tested, and batch testing can also be carried out (the mechanical part has batch testing tooling).
