Camtec Power Supplies' new CPSi 2000/3000W Lab Power Supply Modules are up to 35 times scalable, super-easy to maintain, and equipped with self-calibrating exchangeable interfaces.

With its new CPS-i series, CAMTEC Power Supplies sets new standards for highly robust, space-saving, precise, and cost-efficient power supplies for uninterrupted industrial and infrastructural processes. The CPS series is based on a pioneering steering and control architecture developed by the German power supply specialist CAMTEC over the last few years. The CPS series is designed to precisely meet the demand of challenging testing automation and high-end industrial lab power supply users. It supports production process planners as well as energy and water infrastructure or UPS-system engineers. So finally, it plays its full strength wherever close to zero downtime of plants or infrastructure is mandatory.

The CPS-i series is the first original, highly precise, and robust industry 4.0- ready Lab Power Supply. It offers free scalability from 2000 W up to 105 kW power output, accompanied by completely flexible up- and downscaling and service by the customer himself.

The CPS-I series connects up to 35 power supply units to form a large (DC grid) network by configuring master-slave-master to slave systems. Thanks to the modular design, it is possible to scale this system precisely to the required power, which leads to lowered system and energy costs and increased sustainability - as it is possible to reuse all system modules easily and individually in new configurations. If the power supply units are decoupled from each other, the result is independent systems, which can then be used stand-alone or in new arrangements, provided one inexpensive power supply unit is added to each new block.

The second huge advantage of this new series, compared to any other current industrial lab power supplies available, is the CAMTEC CPS's series simple configuration via web browser and its uniquely easy maintenance.Defect LAN interfaces can be replaced by the system operator himself, as the interfaces recognize the power supply unit on their own and calibrate themselves. Defect devices, therefore, don't have to go back to the service unit, but can be repaired on-site.