1000-hour Test Of Puncture Suture Clamp Under Constant Temperature And Humidity.

A constant humidity and heat test of electrical piercing connector for 1000 h. The sample was placed in a test chamber with precise temperature and humidity control. The test equipment was set to the temperature and relative humidity levels according to standard specifications, and these conditions were maintained to apply environmental stress to insulation connector over a continuous 1000-hour timescale to obtain long-term exposure impact data. This type of test, as a form of environmental durability assessment, is similar to the temperature and humidity application protocols in environmental testing frameworks such as IEC and MIL-STD.

During the testing process, the laboratory will periodically collect performance indicators of insulation piercing during exposure to humid and hot environments, such as changes in electrical contact characteristics, material surface condition, and structural stability. This data helps to observe the evolution of the impact of humid and heat loading on the overall performance of the contact components. The continuous application of constant humid and hot conditions has resulted in a detailed record of the humid and hot response behavior of the insulation piercing clamp material and structure.