The charging gun insertion and removal life testing machine clamps the charging gun through a mechanical device and immerses it in a specific solution or mud according to a preset program. After waiting for a certain period of time, it automatically takes out and inserts into the charging dock, and so on. This process aims to simulate the complex working conditions that charging guns may encounter, such as corrosion and dirt adhesion, in harsh outdoor environments. For example, using acid rain solution, saline solution and other media to assess the corrosion resistance and sealing performance of products.

During the experiment, the equipment can accurately adjust key indicators such as soaking time, insertion and removal speed, and application force. The controllability of these parameters ensures the high accuracy and repeatability of the test results, effectively evaluating the physical wear and tear of the charging gun under long-term high-frequency use; In addition to mechanical motion, some models also integrate functional modules such as temperature change and humidity cycling, further expanding the comprehensive assessment ability of material aging and insulation stability. This multi-level testing system can comprehensively reflect the durability performance of the product in practical application scenarios.

Precautions for using the charging gun plug-in life testing machine:

1. Environmental requirements

-Keep dry: The charging gun insertion and extraction force testing machine must be placed in a dry environment to avoid being affected by moisture, otherwise it may cause internal circuit short circuits or other faults, affecting the accuracy of test results and equipment life.

-Prevent interference: Keep as far away as possible from strong magnetic fields, electromagnetic interference sources, and vibration sources to avoid interfering with the normal operation and measurement accuracy of the equipment.

2. Safety protection

-Avoid physical contact with hazardous areas: During the test, do not insert fingers, hair, etc. into the testing fixture to prevent being pinched or caught in moving parts, causing personal injury.

-Check power stability: Before use, carefully check whether the power supply, startup power supply, and pressurized power supply are stable and correct, and take necessary safety protection measures, such as good grounding, to prevent electric shock accidents.

3. Equipment maintenance and calibration

-Regularly inspect the integrity of components: Before each test, carefully check whether the test fixtures, sensors, circuits, etc. are intact and undamaged. If there is any damage, they should be replaced in a timely manner to ensure the normal progress of the test and the accuracy of the data.

-Regular calibration of instruments: To ensure the reliability and comparability of test data, testing instruments should be calibrated regularly according to the equipment manual and relevant standard operating procedures.

4. Operating standards

-Follow the operating procedures: strictly follow the instructions and operating procedures of the equipment, do not arbitrarily change the equipment parameters or skip necessary steps, so as not to affect the test results or damage the equipment.

-Reasonable selection of testing modes: Based on different testing purposes and sample characteristics, choose appropriate testing modes and parameter settings to ensure that the experiment can truly reflect the actual use of the product.

5. Sample processing

-Representative sampling: Select representative charging gun samples for testing to ensure that the test results objectively reflect the overall quality level of the batch of products.

-Clear labeling: Clearly label each sample for easy identification and recording of data during the testing process, as well as for subsequent result analysis and traceability.