(If you encounter any problems when using the inverter, please contact us at any time. thank you!)

12V-220V modified sine wave inverter, suitable for cars and small systems. Converts DC power to AC power with high efficiency and reliability.

When buying an inverter, you must first understand the voltage and frequency used in your country. Purchasing an inverter according to the frequency of your country will greatly improve the conversion efficiency of the inverter. If you have any questions, please contact us before purchasing. Thank you!

Specifications:
Power: 180W/220W / 500W /1000W / 1500W / 2000W /3000W/4000W
Output voltage:110V / 220V
Input voltage: 12V / 24V
Output frequency: 50Hz / 60Hz
Socket: Universal(Commonly used in sockets in all countries)
Packaged included:
1 x Modified sine wave inverter
1 x Battery thick line
1 x battery clip

When using 12V to connect the cigarette lighter wire in the car, please do not exceed 300W (12V car). 
If this power is exceeded, please connect the battery output to the inverter, otherwise the car fuse will blow.

High voltage protection:
12V inverter can only connect to 12V batteries (working voltage range: 10.5V~15.5V), 24V inverter can only connect to 24V batteries (working voltage range: 19.5V~28V) 48V inverter can only connect to 48V batteries (working voltage range: 42V~53V) 60V inverter can only connect to 60V batteries (working voltage range: 57V~70V), When the voltage exceeds the working voltage range, the inverter will automatically turn off the inverter because the voltage is too low or too high. The purpose is to avoid over voltage damage to the inverter or over discharge to damage the battery.

Power inverter 3000W

Peak power 3000W
Continuous power 1500W
Size: 29.5CM × 11.3CM × 6CM
Package weight 1.8kg

12V DC input, 220V AC output, 3000W power, modified sine wave inverter for car use.

Power inverter 2000W There are 2 types of 2000 watt configurations, which are sent randomly (different configurations, same power)

Peak power 2000W
Continuous power 1000W
Size: 22.5CM × 11.3CM × 6CM
Package weight 0.8kg

This DC-to-AC power inverter converts 12V DC input to 2000W AC output, featuring a compact design and 5A USB charging port.

High-power inverter converts 12V DC to 220V AC, with output power options up to 2000W.

Power inverter 1500W

Peak power 1500W
Continuous power 800W
Size: 18CM × 11.3CM × 6CM
Package weight 0.7kg

Converts 12V DC power to pure sine wave AC output (1000W-4000W) with USB charging port, suitable for camping, RV, and emergency backup applications.

Power inverter 1000W

Peak power 1000W
Continuous power 700W
Size: 19.5CM × 11.3CM × 6CM
Package weight 0.7kg

DC 12V power inverter converts to AC 220V, suitable for car applications or small loads. Output power options: 1000W, 2000W, 3000W, and 4000W.

note:
Our Power inverter inductive load capacity is 95%
The battery output DC power requirements for the wire are very high, please do not use the wire to increase the length.
From the battery output to the inverter, use the original wiring. Unauthorized extension of the line may cause insufficient input voltage/current. If you want to use the extension line, the wire diameter must be twice as thick as the original wiring. It is recommended not to exceed 1 meter.
How long does the battery last?
Car battery, general family car voltage is 12V, truck
The battery voltage is 24V, and the inverter with the corresponding voltage is selected.
1. Formula for calculating battery power: p (power) = U (voltage volts) | (battery weight)
2, such as the car 12V80AH battery, its power output power = 12V * 80 = 960W inverter conversion efficiency is 90?
Using 960*90?, you can calculate the battery with a maximum power of 864W.
Working time = U (voltage volts) * 1 (battery capacity) * 0.8 * 0.9
Electrical power example:
Battery 12V80AH battery with a 220V100W bulb
Working time = 12V * 80AH * 0.8 * 0.9 / 100W = 6.912 hours
Note: 0.8 is the battery discharge coefficient (constant)
0.9 is the inverter conversion efficiency (constant)

How to choose a suitable battery for inverter

Working time = U (voltage payment) × I (battery capacity) × 0.8 × 0.9 ÷ electrical power

Example: a 12V 50AH battery with a 220V 100W bulb
Working time=12Vx50AH×0.8×0.9÷100W=4.32(hours)

Note: 0.8 is the battery discharge coefficient (constant) 0.9 is the conversion efficiency of the inverter (constant)

How long it can be used is also related to the new and old performance of your battery

Ensure product compliance with certifications from HOT MRO, RoHS, and NTEK. The product meets requirements for electromagnetic compatibility (EMC) and has obtained necessary certificates.