Let’s see! How the Battery Heavy Object Impact Test Chamber Works!

Battery Impact Test Chamber tests the safety performance of battery through different weights from different heights and different stressed area to impact. The test standards meet GB/T 31485-2015, GB/T 31241-2014, UN38.3, IEC62133,UL1642:2012 etc.

Battery heavy object impact test chamber is usually used to test the safety performance of batteries when subjected to external impact. Its working principle usually includes the following steps:

Sample preparation: Place the battery sample to be tested in the test chamber, usually fixed on a bracket or base to simulate the fixation situation in actual usage scenarios.

Set parameters: Set the parameters of the test chamber according to the test requirements and standards, including impact force, impact angle, impact speed, etc. These parameters may vary based on different testing standards.

Apply impact: Start the test chamber to simulate an external impact, which may be by releasing a heavy object, such as a steel ball or iron block, to hit the battery sample to be tested at a specific speed and angle.

Recording data: During the impact process, the test chamber usually records changes in the battery, including deformation, damage, rupture of the battery shell, etc. This data is critical to evaluating the battery's safety performance.

Analysis results: Based on the test data, the battery's performance when subjected to impact is evaluated to determine whether it meets relevant safety standards and requirements. The results will be used to improve battery design and production processes to improve their safety performance.

Battery Heavy Object Impact Test Chamber Technical Parameters:

1. Model: HD-H206

2. Weight: 9.1kg and 10kg;

3. Impact height: 0-1000mm (can be set);

4. Height display: LED meter display;

5. Displacement accuracy: ≤±5mm;

6. Impact method:  free fall;

7. Control mode: PLC touch screen control;

8. Impact floor material: No. 45 steel, thickness 30 password;

9. Metal rod: 15.8±0.2mm (5/8 inch) steel rod;

10. Internal material: SUS#304 stainless steel plate, thickness 1.2mm; Teflon melt adhesive tape is applied to 1/3 of the place, high temperature resistance, corrosion resistance, insulation and easy to clean.

11. External material: cold-rolled sheet baking varnish treatment, thickness 1.5mm;

12. Pressure relief door size: 200x200mm;

13. Smoke exhaust pipe: diameter φ100mm, located at the back of the box;

14. Box door: a single door opens to the left, and an explosion-proof chain is installed on the side of the box door;

15. The maximum size of the battery tested: 200x200x200mm (width x depth x height);

16. Inner box size: 490x520x1430mm (width x depth x height);

17. Dimensions: 700x1000x1720mm (width x depth x height, including door lock);

18. Impact method: lift the falling ball to a certain height and release it, and the falling ball falls freely in the vertical direction, without tilting or shaking;

19. Power supply: 1∮, AC220V, 3A

20. Power supply power: 700W

If you want to know the relevant parameters, specifications and models of the Battery Heavy Object Impact Test Chamber, as well as the specific equipment plan, you can visit the official website of "Haida Instruments" for consultation.