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1600W Pure Sine Wave Power Inverter

1600W Pure Sine Wave Power Inverter

Regular price $175.00 USD
Regular price $289.00 USD Sale price $175.00 USD
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PRODUCT DESCRIPTION

 

The TODAMU 1500–1600W inverter delivers strong mid-range AC power for users who need more than basic charging. Whether cooking outdoors, powering drones, running medium appliances, or supporting small work tools, this model offers stability and reliability for semi-professional and heavy leisure use.

 

Specifications:


Input voltage: DC 12V/24V/48V/60V Output voltage: AC 110V/220V
Output frequency: 50Hz/60Hz USB Port: 2 USB chargers
Rated power: 800W Peak Power: 1600W
Product size: 24.5×10.3×6cm Efficiency: 90%


    1600W pure sine wave inverter
    Mid-Power Output for Professional Outdoor Applications
    Capable of driving heating appliances, portable cookers, and compact tools, suitable for semi-professional outdoor workers and touring users.
    car power inverter 1600W
    Enhanced Internal Cooling Design
    Enlarged heat sinks and optimized airflow help stabilize temperature during long runtime, improving reliability in harsh outdoor environments.
     
    1600 watt inverter for camping
    Dual Voltage Compatibility (12V / 24V)
    Supports multiple power system configurations, including RV arrays, vehicle batteries, and portable solar setups
    RV pure sine wave inverter
    High Surge Capability for Motorized Devices
    Handles startup loads from compressors, pumps, or fan-driven equipment without voltage drop or waveform distortion. Combine with battery + solar panel + charge controller for a complete off-grid solar power solution.

    How to Choose the Right Power Inverter:

    Select an inverter based on the total wattage of your devices. Always choose an inverter rated at least 10–20% higher than your maximum load for safe and stable performance.

     Battery Usage Time:

     Calculation Working time depends on battery capacity and load power. Formula: Working Time (hours) = Battery Capacity × Voltage × 0.8 × 0.9 / Load Power Example: A 12V 60AH battery powering a 220V 100W bulb → 12×60×0.8×0.9 ÷ 100 = ≈5.2 hours (0.8 = battery discharge coefficient, 0.9 = inverter efficiency)