Home / Power Inverter Pure Sine Wave-15000 Watt 12V 24V DC to 220V/230V AC Voltage Converter-2AC Outlets Car Inverter with One USB Port-Remote Control and Two Cooling Fans for RV Truck Car,24V

Power Inverter Pure Sine Wave-15000 Watt 12V 24V DC to 220V/230V AC Voltage Converter-2AC Outlets Car Inverter with One USB Port-Remote Control and Two Cooling Fans for RV Truck Car,24V

【Wide Usage】: Inverter is a device that can use electrical appliances anywhere even you are far from the power grid, Ideal for laptops, fans, refrigerators, kettles and game consoles for emergencies, camping, as well as RVs, trucks, cars, solar panels. This makes it the best car travel charger for h
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    A pure sine wave inverter is an easy way to supply power in emergency situations during camping or power outages. Features: 1. The inverter comes with a USB port and an AC outlet to meet your full needs. 2. LCD digital display design, easy to check battery power, input and output voltage, inverter protection mode, allowing you to grasp the working status of the inverter. 3. Built-in intelligent cooling fan system, more energy efficient and quieter. Effectively prevent inverter failure due to overheating. 4. The voltage converter adopts aluminum alloy casing, which has good metal performance and strong heat dissipation, can withstand various harsh environmental conditions, and protects the internal components for long service life and safety. 5. Overload protection, high voltage protection, low voltage protection, overheat protection, reverse polarity protection, short circuit protection, overcurrent protection, intelligent chip control, perfect protection. Specification: Output waveform: pure sine wave Input voltage (DC): 12V/24V Output voltage (AC): 220V-240V Rated power: 7500W Peak power: 15000W Notice: 1. 12V inverter is only suitable for 12V battery; 24V inverter is only suitable for 24V battery. 2. Before connecting the inverter, make sure the inverter switch is off! 3. When using the inverter, please tighten the positive (+) and negative (-) poles, otherwise loose connections will cause overheating due to poor contact. 4. Please do not overload. If your application is an inductive load, choose an inverter with a continuous output power that is 3-7 times higher than the device power.

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