ALLWEI 2000W Pure Sine Wave Inverter - 12V DC to 120V AC Power Converter
“Best power station I've used during storm season!”
or 4 interest-free payments of $49.75 with
Installments available at checkoutPowerful DC-AC Inverter
ALLWEI’s 12V to 120V pure sine wave inverter provides 2000W continuous power and 4000W peak surge. It offers over 90% efficiency to reduce energy loss. The durable aluminum alloy case ensures reliability in harsh conditions.
Pure Sine Wave Performance
The inverter delivers clean, stable AC power for sensitive electronics and home appliances. It operates quietly without causing noise, protecting your devices and extending their lifespan.
8-Fold Protection
Includes protections against low/high voltage, temperature extremes, overload, short-circuit, reverse polarity, and more. Dual cooling fans adjust automatically for optimal cooling, ensuring safe, reliable performance.
LCD Display
The intelligent LCD shows input/output voltage, battery level, and power usage. It alerts you to issues like voltage drops or overloads for easy troubleshooting.
Remote Control
Comes with a 10-foot cable for remote operation. Monitor battery levels and power the unit on/off easily. Ideal for RVs, camping, off-grid use, and emergency power supply.
Total Price
US Free Shipping
3+3 Years Warranty
90-Day Exchange OnlyPayment option
Shipping & Returns
We offer free ground shipping within the contiguous U.S. (excluding Alaska, Hawaii, and U.S. territories). Orders typically process in 1–2 business days and arrive within 3–7 business days, depending on your location. Due to battery restrictions, air shipping is not available. Once shipped, tracking details will be emailed to you. Please double-check your address—no changes can be made after placing your order.
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Warranty
This warranty policy is designed to clearly outline our warranty responsibilities and the scope of services for the products we sell to our valued customers. Before purchasing and using our products, please read the following warranty policy carefully to ensure you fully understand your rights and obligations.
Please note, this warranty policy applies only to products purchased through our official channels or authorized distributors, and customers must provide valid proof of purchase. Products purchased from unauthorized sources, products with tampered serial numbers, or damages caused by improper use, accidental damage, natural wear and tear, or other issues not related to the product's inherent quality are not covered under this warranty policy.
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Power Wherever You Go
ALLWEI 12V PURE SINE WAVE INVERTER SERIES
Empower Your Life
A utility-grade AC power supply with waveforms matching those of the public grid, particularly suitable for inductive and capacitive loads.
More Power, More Possibilities
Multi-functional Scenario Usage
FAQ
Why does the watt meter on my power inverter show 0 when powering low-wattage devices (e.g., 25W fan)?
The output load power becomes visible only when exceeding 100W, for accuracy and energy efficiency, accompanied by a measurement deviation of approximately 100W.
Will the inverter's fans run constantly, or do they turn off when not needed?
The dual-fan system intelligently monitors load & temp. Fans shift to high speed at ≥1000W or ≥131°F for optimum cooling, run low at 300–1000W or <131°F, and may shut off at ≤ 300W & <131°F to minimize noise.
What’s the advantage of the Pure Sine Wave Inverter? Is it suitable for sensitive devices?
Pure sine wave inverters' clean power minimizes electromagnetic interference (EMI ) and motor wear, extending lifespan of motor/compressor-driven appliances (e.g., refrigerators, microwaves, air conditioners, pool pumps, electric drills).
What is the input voltage? Does it stabilize voltage fluctuations?
This inverters are suitable for 12 V Battery Banks ONLY. It converts DC 12V to 110V/120V AC, the common household power that charges and operates a widerange of electric appliances. It can auto-stabilizes voltage to protect devices from fluctuations.
How to sizing a Battery Bank?
Step 1: Sum the wattages of devices operating simultaneously (e.g., 2×60W lights+300W computer = 420W).
Step 2: Use (Wattage ÷ Battery Voltage) × Runtime (e.g., 750W microwave ÷ 12V × 4 hours = 250Ah battery).
(detailed in the user manual too).
