How to use a pure sine wave inverter?

For pure sine wave inverters, there are many places in our daily life. The 220V current of the pure sine wave inverter is more stable and better quality than the power supply. It can be applied to every aspect of our lives. How do we use pure sine wave inverters in our lives?

The first is the choice of inverter and power supply. For the use of a sine wave inverter, we must provide the corresponding power supply through a battery or some other equipment. For example, in daily life, we can also use a car cigarette lighter to supply power to the sine wave inverter. Of course, car cigarette lighters can only be connected to low-power devices. If the power is too large, the appliance cannot receive power directly through the inverter. Burning your car's cigarettes can seriously damage your car's battery. Typically, appliances with less than 300W of power can be connected to the cigarette lighter section of the car to draw electricity. This type of inverter is often referred to as an on-board inverter. equipment. For relatively high wattage appliances, we need to use clip wires. The thickness of the clip wire is related to the power of the inverter. It is proportional to this relationship. The clip wire connects directly to the battery terminals for power. For different appliances, we can use different models of pure sine wave inverters. Pure sine wave inverters can drive induction appliances. When selecting the inverter, the power of the pure sine wave inverter should be slightly larger than the power of the electric appliance according to the power of the electric appliance, so that the overload of the inverter will not occur. In order to ensure the normal use of the inverter and electrical appliances. Induction devices such as refrigerators, air conditioners, pumps, etc. require pure sine wave inverters or power frequency inverters to drive.

The second step is to connect the inverter to our power source; before proceeding, we must first confirm that the inverter and all machine switches are turned off, i.e. they are all off.

First, we need to connect the negative terminal of the battery to the negative terminal of the sine wave inverter. The positive terminal of the battery is connected to the positive terminal of the sine wave inverter, then the electrical device is connected to the inverter, which is then switched on. With this switch, you can power the device.