u-power
u-power 40000W Peak 10000W Power Inverter 24V DC 110V 220V AC 60Hz Pure Sine Wave Split Phase UPS Charger LCD
Converts 24 V DC to 110 V and 220 V AC split-phase output with 5000 W continuous and 40000 W peak capacity, pure sine wave, built-in UPS and battery charger
- Pure sine wave output protects sensitive electronics
- 5000W continuous power on both 110V and 220V circuits
- Split-phase design delivers 110V and 220V simultaneously
- Built-in UPS and battery charger ensure uninterrupted supply
- LCD display shows real-time voltage and current data
Split-phase 24 V inverter for off-grid
This pure-sine-wave unit converts 24 V DC to simultaneous 110 V and 220 V AC at 60 Hz. It suits solar installations, mobile power rigs and critical-load backup where both voltage rails are needed from one device.
Low-frequency topology
The transformer-based design delivers 5000 W continuous on each rail with 20000 W peak per rail and 40000 W combined surge. An integrated charger and automatic transfer switch provide uninterrupted power while the display reports voltage, current and load status.
5000 W continuous per rail decides fit for your load
Size the inverter so that no single 110 V or 220 V circuit exceeds 5000 W steady draw. Builds that require more than 5000 W on one leg or need a 220 V-preferred control board will need a different unit.
Highlights
- Pure sine wave output protects sensitive electronics
- 5000W continuous power on both 110V and 220V circuits
- Split-phase design delivers 110V and 220V simultaneously
- Built-in UPS and battery charger ensure uninterrupted supply
- LCD display shows real-time voltage and current data
Specifications
| Brand | U-POWER |
|---|
Questions about this item
How do I wire the split-phase 24 V DC inverter for both 110 V and 220 V AC loads?
Connect the battery bank to the 24 V DC terminals, then use L1+N for 110 V, L2+N for the second 110 V leg, and L1+L2 for 220 V; the manufacturer recommends balancing 110 V and 220 V loads simultaneously for best LCD accuracy.
What ongoing maintenance does the low-frequency pure-sine unit with UPS and battery charger require?
Keep the ventilation openings clear, check DC cable torque and battery electrolyte levels monthly, and verify the LCD read-outs match actual load currents during routine inspections.
At what sustained power level does the 40000 W peak inverter hit its continuous limit?
The continuous rating is 5000 W whether you draw 110 V, 220 V, or both together; exceeding that level will trigger the protection circuitry.
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