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The EPIC Series Battery Cabinet creates an ideal environment to maximize battery life and save you time and money. Built in the USA, this enclosure is a simple and flexible solution that safely houses your DC equipment, including batteries, battery chargers and other ancillary equipment. Available in either NEMA 1 or 3R, the EPIC Series Battery Cabinet is ideal for both indoor and outdoor applications. -
Innovative engineering combines the best in efficiency and reliability meeting a wide array of power requirements. The converter system is a perfect solution for providing 24VDC output from a standard 48VDC power system for a variety of dual-voltage system applications including powering of wireless radios. The fan-cooled CXDF 48-24/2.0kW converter has extremely high density, providing the most power in the least amount of space. -
Wilmore DC-DC converters are designed for rack mounting providing consistent, high-efficiency power conversion in demanding environments. A well-regulated 24, 48, or 130 volt output from wide input 24, 48, or 130 voltage sources, these robust, state-of-the-art converters achieve superior electrical performance in 1U or 2U options. These converters will maintain optimal energy efficiency with the output galvanically isolated from the source and chassis. -
The Cordex® CXPS-E3 edge power system uses high-density rectifier modules, a front access distribution center, and the advanced Cordex® CXC HP controller system. The Cordex® CXPS-E3 edge power system is the ideal solution for small to medium-sized 48VDC applications, providing up to 400 amps of output current -
Cellwatch is designed specifically for almost all UPS applications. Cellwatch utilizes advanced measurement techniques designed to provide extremely accurate readings in the noisiest operating environment. The battery monitoring technology has been perfected through multiple generations of design. Cellwatch continuously monitors the entire battery system, including string and cell level voltage, ohmic value, current and temperature throughout the charge, discharge and float periods.