Victron Energy 24/800 120V VE.Direct NEMA GFCI Phoenix Inverter

Victron Energy 24/800 120V VE.Direct NEMA GFCI Phoenix Inverter

Datasheets  Manual 

Victron Energy Phoenix VE.Direct Inverter – Reliable Off-Grid Power Conversion

The Victron Phoenix VE.Direct Inverter enables you to power 230V/120V AC household devices using 12V, 24V, or 48V DC battery systems. Ideal for off-grid applications, RVs, boats, and mobile setups, it delivers pure sine wave power with high efficiency and robust reliability.

Key Features:

• VE.Direct Communication Port
  Connect to a computer (via VE.Direct to USB cable) or smart devices (via VE.Direct Bluetooth Smart dongle) for monitoring and configuration.
• Fully Configurable Settings
  • Adjustable low battery voltage alarms and cut-off/restart points
  • Output voltage range: 210–245V
  • Selectable frequency: 50Hz or 60Hz
  • ECO mode activation and sensitivity
  • Dynamic cut-off based on load conditions
• Real-Time Monitoring
  Track input/output voltage, load percentage, and alarms using the VictronConnect app.
• Proven Reliability
  Built with full-bridge toroidal transformer technology. Short-circuit proof and protected against overloads and high temperatures.
• High Start-Up Power
  Capable of starting demanding loads like LED drivers, halogen lights, and electric tools.
• ECO Mode for Energy Saving
  Reduces consumption by switching to standby when load drops below 15W. The inverter checks periodically and resumes operation when needed.
• Remote On/Off Capability
  Can be controlled remotely via a two-pole connector or directly from the battery terminal.
• LED Diagnostic Indicators
  Onboard LEDs provide clear status and fault indications (refer to manual).
• Compatible with Automatic Transfer Switches
  Works seamlessly with the Victron Filax 2 transfer switch for ultra-fast switching (<20 ms) between AC sources—ideal for sensitive electronics.
• Simple Installation
  DC screw terminals allow for quick, tool-free wiring.

Applications:

Perfect for use in cabins, RVs, boats, off-grid solar setups, and emergency power systems that require dependable AC power from DC batteries.