Descriptions

• Pure Sine Wave Inverter 12V 220V DC 24V To AC 110V/220V 2000W 3000W 4000W Portable Power Voltage Converter Car Solar Inverter LED LCD Display Specifications: (1)12V inverter can solely connect with 12V batteries , 24V inverter can solely connect with 24V batteries (2)When utilizing the inverter, the flexibility of the electric equipment shall now not exceed the continuous power of the inverter Power :1000W/1600W/2200W/3000W/4000W/5000WContinues Power : 500W/800W/1100W/1500W/1600W/2000W Output voltage waveform: Pure sine wave Output voltage:110V Input voltage: 12V Output frequency: 50Hz Socket: Universal(Commonly utilized in sockets in all countries) Packaged included: 1 x Power Inverter 1 x Battery thick line Warm reminder: Dear buyer!Inverter 1000W, continual strength is500W, top power is 1000W Inverter 1600W, continuous strength is800W, peak energy is 1600W Inverter 2200W, continual energy is1100W, height power is 2200W Inverter 3000W, continuous energy is1500W, top strength is 3000W Inverter 4000W, continual strength is1600W, height power is 4000W features: 1: Intelligent temperature managed fan, the fan rotates routinely when the temperature reaches 2: Pure sine wave, intelligent filtering, no interference with electric appliances, protect electrical home equipment High conversion efficiency (up to 95%) 3: You can use electric equipment, including TV/LED lights/LCD monitors, electrical drills, refrigerators, and induction cookers 4: Eight digit intelligent protection: overload protection, excessive voltage protection, low voltage protection, overheating protection, opposite connection protection, short circuit protection, over-current protection High voltage protection: 12V inverter can only connect with 12V batteries (working voltage range: 10~15), 24V inverter can solely connect to 24V batteries (working voltage range: 19~28V) 48V inverter can solely connect to 48V batteries (working voltage range: 42V~53V) 60V inverter can solely connect to 60V batteries (working voltage range: 57V~70V), When the voltage exceeds the working voltage range, the inverter will robotically turn off the inverter since the voltage is simply too low or too excessive The aim is to circumvent over voltage damage to the inverter or over discharge to damage the battery

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