3000W Pure Sine Wave Power Inverter

Key Features

• 85%-90% Conversion Efficiency: LiTime Pure Sine Wave Inverters differ from Modified Sine Wave Inverters by providing clean, stable power with conversion efficiencies in excess of 90% (in an ideal environment), due to the influence of battery voltage, current, wire loss and ambient temperature, the efficiency will decrease slightly. Ideal for use in high-power appliances and sensitive electronic equipment. Perfectly suited for home, RV, camping, and off-grid.
• All-round Safety Protections: The LiTime Inverter ensures all-around safety with over-voltage, low-voltage, overheat, overload, and short-circuit protections, safeguarding both your devices and the system. Its high-efficiency dual cooling fans intelligently regulate temperature, enabling smooth performance even in extreme environments (-20℃ to 40℃).
• High Output Power: LiTime 3000W inverter converts 12V DC to 110-120V AC power efficiently with a 6000W surge for clean and stable operation. Whether you’re powering heavy-duty equipment or multiple devices simultaneously, the LiTime inverter is designed to meet your energy needs with ease and reliability.
• Fast Customer Service Support: The CE/FCC/RoHS certified products guarantee both safety and quality assurance. The inverter of LiTime has the same perfect after-sales service as the LiFePO4 battery of LiTime. We provide professional technical support and customer service as phone support or online services with quick feedback within 24 hours.
• Note: Inductive loads generate large inrush currents when they start up, which can cause circuits to overload or protections to trip. To prevent these problems, make sure your electrical system is capable of handling the surges generated by these loads. Common inductive appliances include air conditioners, refrigerators, humidifiers, vacuum cleaners, treadmills, range hoods, stereo equipment and electric fans.
• Protection Upgrade: This LiTime product is covered by AIG Product Liability Insurance, effective from May 22, 2026.

Specifications