❤[1500W Pure Sine Wave Inverter/3000W Peak Power]- Advanced pure sine wave technology, providing 1500W continuous output and 3000W peak power. Provide stable quality current conversion for your electronic devices and home appliances. ❤[Powerful Power Inverter]: This power inverter has multiple specifications, It can convert 12V/24V/48V/60V/72V DC to 110V/120V AC, and the output current is suitable for all kinds of equipment.you can buy the inverter of the same specification according to the voltage of your battery. ❤[Multiple Protections]: The buzzer prompt device gives you an intuitive sense of security; the external fuse protects your device and car from overheating, overload, light load, short circuit, undervoltage and overvoltage. ❤[Pure Sine Wave Inverter]: With professional and advanced technology, the equipment can cope with emergencies such as hurricanes, storms, power outages, etc. With AC power outlet, it is very suitable for RVs, campers, solar systems, field work and more off-grid systems. . ❤[Note]: 12V inverter is only suitable for 12V battery, 24V inverter is only suitable for 24V battery. Do not mix, otherwise the inverter will be damaged. Normally, our home car chargers are all 12V, if you have any questions, please contact us. Our Versatile Inverters Are Perfect for Home/car/boat/rv/road Trip/vacation/outdoor Use

Specification:

Name: Inverter

Input Voltage: Dc 12v/24v/48v/60v/72v

Output Voltage: Ac 110V-120V/230V-240V

Peak Power: 3000W

Continuous Output Power: 1500W

Inverter Efficiency: >95%

Material: Aluminum Magnesium Alloy Cooling Shell

Protections: Overload, Short Circuit, Overtemperature, Undervoltage/overvoltage

Reverse Battery Protection (fuse Tripped)

Automatic Voltage Regulation (avr)

Intelligent Power Management (ipm)

Intelligent Fan Control (ifc)

Packing List:

1 X Inverter

Notice:

⚠before Connecting the Inverter, Please Make Sure the Inverter Switch is Off!

⚠ 12v Inverter Only Works with 12v Battery. 24v Inverters Can Only Use 24v Batteries...

⚠ when Using the Inverter, Please Tighten the Positive (+) and Negative (-); Otherwise the Loose Connection Will Overheat Due to Poor Contact.

⚠ Please Do Not Overload. if Your Application is an Inductive Load, Choose an Inverter with a Continuous Output Power That is 3 to 7 Times Higher Than the Device Power.