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Inverter Charger

Image SKU Name Price
Victron Digital Multi Control VIC#DMC200 Victron Digital Multi Control $234.00
Victron Mutiplus Inverter Charger VIC#MP Victron Mutiplus Inverter Charger $2,570.00

Victron

Outback Power Inverter Chargers

Outback Power Inverter ChargerOutBack inverter/chargers are the next generation in advanced power management. Each is a DC to AC sinewave inverter, battery charger and AC transfer switch integrated into one chassis.

Just like the local utility grid, the inverter produces true-sinewave AC electricity for your standalone or back-up power needs. Computers, TVs and pumps are just some of the examples of modern electronics that last longer and run better when powered with true sinewave electricity from an OutBack inverter. Starting up your air conditioning, washing machine or well pump is worry-free because of our high surge power capability.

Batteries and generators are the costly consumables when using inverters to generate electricity. The integrated smart battery charger uses multiple stages to perform quick recharging while prolonging battery life, saving your batteries and generator from unnecessary wear. Automatic switching between AC power sources is seamless due to an AC transfer switch that reacts in less than 16 milliseconds.

Unique networked communication is built into all OutBack products providing complete integration. Expanding your system with your growing power needs is as simple as adding additional inverters with our modular system architecture. Further flexibility is provided with the ability to be connected at any time in either parallel, series or three-phase power configurations. Industryleading OutBack reliability is achieved through simplified design and rugged construction.

FX Sealed Inverter/Chargers

The FX series is designed to survive in environments that would normally destroy other inverter/chargers. Protection for internal components is provided by our die-cast aluminum chassis with a powder coated finish to prevent corrosion. Internal and external cooling fins allow for heat transfer, enabling peak operating efficiencies as high as 93% and looking cool while doing it. Water and small particles are kept out through the generous use of gaskets and O-ring seals on all seams and openings. A protective conformal coating on all circuit boards provides the final line of defense against corrosion. The externally mounted “TURBO” cooling system improves performance in hot conditions.

VFX Vented Inverter/Chargers

The VFX series is designed for more protected installations. By utilizing an efficient active cooling design, the VFX models are available with AC output up to 3.6 kilowatts. Our tough die-cast aluminum chassis physically protects the internal components while the air intake includes an easily cleaned filter, which allows for ventilation while also keeping bugs and other debris out. All circuit boards are conformal-coated to prevent corrosion from airborne moisture in humid conditions. The DC wiring cover (DCC) protects the DC terminals and battery cables from damage.

GFX Sealed Inverter Charger

The OutBack true sinewave GFX International Series Inverter/Charger is a competitive power solution designed for applications with lower power demands. Incorporating a DC-to-AC sinewave inverter, battery charger and AC transfer relay housed within a die-cast aluminum chassis, the International Series GFX Inverter/Chargers give you a lower cost solution.

Single or 3 Phase Power

Parallel Stacking   3 Phase Stacking
Single Phase Stacking   Three Phase Stacking
     
When the inverter/chargers are stacked in parallel all inverter and charger outputs are combined. This means that each inverter’s AC output is added up to equal your total system AC output, up to 36,000 watts, in phase at the same 230 VAC/50 Hz output voltage. One inverter charger is designated a master unit.   Three inverter/chargers can be configured to provide 230/400VAC four wire “WYE/Star” three-phase AC Power. An inverter/charger is used to power each of the three legs for 3-phase AC power. The loads on each of the inverters do not need to be kept balanced– each phase is independently voltage regulated.