Automatized chamber for testing vibrating bench

In our facility, we have embarked on an ambitious project: the construction of a thermostatic chamber designed for battery testing. This special machine represents a significant advancement in research and development solutions for the energy sector, ensuring accurate and reliable results.

Phase 1: Design of the Thermostatic Chamber

Our journey begins with the design of the thermostatic chamber, a controlled environment that allows for testing battery performance under various temperature conditions. The chamber is designed to ensure maximum precision in testing, utilizing advanced technologies to continuously monitor and adjust environmental conditions.

Phase 2: Lifting System for Easy Product Change

A key feature of our machine is the chamber’s lifting system, which facilitates setup and product changes. This innovative feature allows operators easy access to the chamber, reducing downtime and improving operational efficiency. With this system, transitioning between different tests is quick and smooth, maintaining high productivity.

Phase 3: Safety and Compliance Standards

Safety is a fundamental priority in our project. We have implemented a fire prevention system within the chamber, compliant with EUCAR regulations. This ensures that all safety measures are adhered to, protecting both operators and the integrity of the equipment. Every detail has been carefully considered to provide a safe and secure working environment.

Phase 4: Special Roof for Crane Loading

To facilitate the loading and unloading of batteries, the thermostatic chamber is equipped with a special roof that allows access with a crane. This solution makes the material handling process much simpler and safer, enabling easy management of heavy loads without compromising operator safety.

Phase 5: Interface with shaker system Testing

Finally, we have integrated an interface with a shaker within the chamber. This feature allows for the simulation of vibration conditions during testing, providing valuable data on battery performance in real-world situations. This combination of technologies makes our thermostatic chamber a unique tool capable of offering comprehensive and in-depth testing.

Conclusion: Towards New Discoveries

After months of design and development, our thermostatic chamber for battery testing is now ready for the market. With the lifting system, Eucar-compliant safety measures, special roof for crane access, and shaker interface, this machine represents a significant advancement in battery testing.
We are excited to see how this innovation can contribute to progress in the energy sector, improving the reliability and quality of products. This machine is not just a tool; it is a symbol of our commitment to innovation and excellence.