High power Inverters range from 100V - 3300V
With current rating of 50-3,000A, APS High Power Inverters incorporate three-phase, full and half bridge circuit configurations and feature air or liquid cooling, making them suited for alternative energy applications, such as solar power and windmill converters. Additional applications include motor drives, battery chargers, power supplies and UPS systems.
Applied Power Systems, Inc. (APS) is a power engineering and manufacturing company with primary focus on providing high power solutions. Our engineering team encompasses multiple disciplines, offering mechanical, thermal, and electrical expertise in the design and manufacture of high power systems. Applied Power introduces High Power Inverters with expanded applications to include regulated power suppliers, motor starters etc.
Our inverters new features incorporate 3-phase, full & half bridge circuit configurations. Air or liquid cooled versions of our high power inverters provide the optimum choices for force driving power electronics. Voltage, current & thermal feedback options are available with standard voltages ranging from 100V to 3300V & currents 50A to 3000A. Applications also include motor drives, battery chargers, power supplies, UPS's and alternative energy (solar & windmill converters).
APS is focused on providing leading edge, high technology solutions for power systems and gate driver boards. Our products include high power Inverter & Converter power modules and AC Phase Control Power Stages. We offer Gate Driver Circuits & Driver Boards for IGBT, SCR and MOSFET devices, fiber-optic interfaces, high voltage drivers for IGBTs and SCRs, Snubber boards, etc. APS also produces a complete line of high power semiconductor assemblies (air & liquid cooled) and rectifier bridges. We offer a wide range of power conversion systems and custom solutions as well as leading edge power electronics products.
Ask the experts and talk to an APS engineer at: Ph: (516) 935-2230 Fax: (516) 935-2603 Or Email: This email address is being protected from spambots. You need JavaScript enabled to view it.