Neware “all-in-one” constant climate chamber provides a steady ambient enviroment for a stable and precise long-term battery testing. This quiet, space-saving, environmental friendly test chamber is integreated with Neware battery testing system at the top of the equipment, minimizing the hardware connection and improves the work efficiency with a control system that is easy to ues.
BTS4000 10V-50V battery testers for battery modules and packs. Almost all the models can be customized with multi output ranges, if you need that, please tell your sales representative.
Battery
Neware BTS4000 5V series battery tester ranges from 1mA up to 3000A, you can use it to test coin cells, pouch cells, cylinder(18650, 26650, 27710, etc) and even paralleled battery modules and packs. For all the BTS4000 testers lower or equal to 30W(5V6A or 10V3A), the accuracy is 0.05%FS. And for all the BTS4000 testers higher than 30W, the accuracy is 0.1%FS.
Battery
By adopting back-to-grid technology, Neware BTS4000 ES series testers can return the discharged battery energy back to the power grid. Thus, the ES series Neware battery testers have following advantages comparing with traditional testers: smaller dimension, very limited heat emission, energy saving, etc.
60V-150V battery testers for testing battery packs. In fact, if you need 100V/200V BTS4000 such as 100V10A/20A/30A/50 or 200V/10A/20A etc., we can also customize them for you. But for testers higher than 100V100A, IGBT series would be a better choice.
Battery
Neware BTS4000 special series for: EDLC(super capacitors), Power banks, etc.
Battery
Explosion-proof test chambers allow for testing where the product, component or material under test has the potential for explosion. Used in industries such as battery, chemical, pharmaceutical, paint and others.
Neware high low temperature test chambers are available in a variety of configurations that can meet your specific temperature, humidity, and safety protection requirements. The high low temperature test chamber aims to test the performance of batteries under a simulated harsh climate conditions, which can provide a good reference for the researchers and engineers at the product design and development stage.