Outback VFXR Series 3kW 48V Vented Inverter/Charger 230V

The VFXR Renewable Series Inverter/Charger by Outback Power showcases advanced technology tailored for both Grid-Tie and Off-Grid setups. This system delivers a consistent output power of 30,000W at 230Vac, with flexibility to toggle between 50Hz and 60Hz frequencies. Specifically engineered for compatibility with a 48Vdc battery bank, it features a 45 Amp charger and a 30 Amp AC input.

Key Features:

• Generates a single-phase, 230V sinusoidal output for reliable power delivery.
• Incorporates intelligent battery charging capabilities for efficient energy management.
• Offers programmability across seven distinct modes, complemented by generator support.
• Adopts a modular, stackable design, accommodating up to nine units for three-phase applications and 10 units for grid-tied setups.
• Demonstrates a high operational efficiency rate of 93%.
• Equipped with corrosion-resistant internal components for enhanced durability.
• Enables field software upgrades for improved functionality and adaptability.
• Facilitates power factor-corrected battery charging to optimize performance.
• Comes with a standard 5-year warranty, with an option to extend to 10 years.

For enhanced monitoring and control capabilities, the FXR inverter/chargers can integrate seamlessly with the MATE3 system, introducing OPTICS RE for remote system oversight. This modular design allows users to stack multiple units, facilitating integration with other OutBack Power electronics and accommodating diverse system configurations and sizes. Whether it's a 3-phase setup or a grid-tied system, the FXR series offers scalability, with the potential to combine up to nine inverters.

Available in both sealed and vented configurations, these units feature a robust NEMA type 1 die-cast aluminum chassis. This design ensures resilience against challenging environmental factors such as extreme temperatures, humidity, or corrosive conditions, underscoring OutBack's commitment to delivering dependable performance in critical installations, irrespective of the environmental challenges.