Battery testing is an essential part of many industries including technology, transportation, aerospace and medical.
Most importantly, it brings market-changing advancements and in some ways sustainability.
Even so, incorrect battery pack testing can put your customer's safety at risk and cost your company dearly. Take a look at the smartphone makers that have repeatedly recalled their battery packs due to exploding battery packs.
This situation can be avoided with precise, repeatable testing. This can be achieved by using a high-quality heat and humidity inspection chamber. These allow you to move between harsh environments to measure battery pack durability, aging resistance and performance.
While they are available in sizes ranging from 1 cu ft to 264 cu ft (or larger) and can be customized to your needs, the ideal heat and humidity compartments for battery pack testing have similar performance and practical layout. Here are some things to keep in mind when choosing.
Providing the number of variables that affect ecological testing, supplies used to create heat and humidity compartments need to improve performance and maintain durability. When considering your environment, you must consider the harsh temperature, possible changes in humidity, and items that may shake.
The best continuous temperature and moisture retention chambers in the series have the ability to follow the actual layout:
High-performance, low-k-component, energy insulating material that provides a stable thermal atmosphere in the work environment
Heavy-duty stainless steel housing shields the laboratory and many of the mechanical and electrical technologies that create the series factor
This combination ensures accurate inspection results and can withstand repeated testing (as long as the test chamber is adjusted regularly). The lifespan of youbest environmental laboratory for battery testingr own environmental test chamber can be extended by over 15 years when you follow a routine maintenance schedule on a monthly, quarterly and yearly basis.
Regarding performance, battery pack tests stability chamber are typically performed in a temperature range of -20 to +120 degrees Celsius. You will find the normal selection of Thchamber JSB constant temperature and humidity chambers from -40 to +150 degrees Celsius.
XCH JSB high and low temperature constant temperature and humidity chambers are tested and discovered to determine whether the performance of a product or service meets the design requirements of the test.
The criteria you check determine your performance needs, although you won't feel anything when the effect is imprecise.
The best temperature and humidity chambers keep precise temperatures within 0.5 degrees Celsius and humidity within 2% of household members. Imbalances larger than these may compromise your information and may require more testing.
Remember, choosing a constant temperature and humidity chamber should be a collaborative effort. Consult your researchers and engineers, and work with an Environmental Chamber Manufacturer with all the knowledge to customize options for yourself.