News & Stories

An effective battery testing fixture enables you to accommodate multiple configurations, set quantities, cell types, and connectors without having to purchase an entirely new test chamber, while providing consistent and reliable results.

Buying a battery test chamber, versus building your own environment, limits risk, maximizes efficiency, and provides accurate results.

The top temperature and humidity chambers for stability testing accommodate a temperature range from -20°C to 94°C and feature remote monitoring technology, reliable temperature control within ±0.5°C, and a humidity range between 5% to 95% RH.

AES Vice President John O’Rourke reflects on the transition from analog to digital, the development of remote testing, what’s driven changes in environmental testing, and what the future of environmental testing may hold.

Associated Environmental Systems designs and innovates test chambers and fixtures to enable users to conduct efficient, safe, and repeatable battery tests—including for batteries up to 1000 amps.

Industry-leading temperature chambers for temperature cycling will have a powerful compressor, temperature range from -70°C to 180°C, reliable heating system that controls temperature within ±0.5°C, various cooling system options, and remote control to monitor testing from anywhere.

You should identify testing requirements for all likely scenarios, ensure you have the proper power level and performance range, and assess your lab space before buying a benchtop test chamber.

Here’s a helpful guide to walk you through the installation, setup, and operation procedures for your Associated Environmental Systems MX Series salt spray test chamber.

Portable conditioning units are a cost-effective alternative to environmental test chambers when testing cumbersome products or components.

Typically, the price of a humidity chamber begins at around $15,000. That figure increases depending on added features, workspace size, and performance level.