Tundra
Tundra S1800 Pure Sine Wave Power Inverter 1800 W
Converts 12 V DC to 120 V AC pure sine wave at 1,800 W continuous and 3,600 W peak with 99 % efficiency
- TypeTraffic & Parking Lot
- Pure sine wave output protects sensitive electronics
- 1800 W continuous power runs demanding appliances
- 3600 W peak handles high startup surges
- 99 percent efficiency minimises battery drain
- LCD remote control enables convenient monitoring
Pure Sine Wave Inverter for Sensitive Electronics
The Tundra S1800 delivers 1,800 W of continuous pure sine wave power from a 12V DC source. It suits off-grid cabins, mobile workstations and backup setups where clean 120V AC is required for delicate equipment.
Hardwired Terminals and Dual NEMA 5-15R Outlets
The unit accepts heavy-gauge cables through DC terminal blocks and provides two standard AC receptacles. An included LCD remote allows monitoring and control without opening the steel enclosure.
99 Percent Efficiency Reduces Heat Under Load
At 99 % efficiency the inverter converts nearly all battery energy into usable AC, keeping internal temperatures lower during extended 1,800 W operation. The 3,600 W peak handles motor starts without tripping, while the hardwired outlet type means no plug-in convenience for portable appliances.
Highlights
- Pure sine wave output protects sensitive electronics
- 1800 W continuous power runs demanding appliances
- 3600 W peak handles high startup surges
- 99 percent efficiency minimises battery drain
- LCD remote control enables convenient monitoring
Specifications
| Brand | TUNDRA |
|---|---|
| Type | Traffic & Parking Lot |
Questions about this item
How long can the 1800 W continuous rating hold before the 3600 W peak limit is reached?
The inverter delivers 1800 W continuously and can supply up to 3600 W for brief peak demands.
What is the fan noise and heat output when the unit runs at full load all day?
The 99 percent efficiency keeps waste heat low, and the steel case dissipates it without a loud fan profile.
Which battery bank and cables are required for the 12 V DC input?
A 12 V DC battery bank and heavy-gauge cables to the terminal blocks are needed for the 1800 W draw.
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