How to use an off grid high frequency inverter?

Different from ordinary inverters, the main function of off grid high frequency inverters is to add high-frequency conversion in the process of power inversion. In terms of material and volume, off grid high frequency inverters are also different from ordinary inverters. Its materials make it lighter and smaller. It is more suitable for designs that need to reduce the volume but need to maintain the original efficiency. The following is an introduction to the use of off grid high frequency inverters.

The power should be larger than the rated power of the electrical appliances used

DC voltage and electrical frequency voltage should match

The positive and negative poles should be connected

Charging use

Inverter use

The power should be larger than the rated power of the electrical appliances used

Considering that some electrical appliances have an outsized current once beginning, an off grid high frequency inverter with a bigger output power ought to be elite. Particularly for electrical appliances with high power at startups, like refrigerators and air conditioners, a bigger margin ought to be left.

DC voltage and electrical frequency voltage should match

The off grid high frequency inverter should have a battery on the road once it's operating. The off grid high frequency inverter has indicated the connected DC power offer (such as 12V, 24V, etc.), then the voltage of the battery you're connected to should be similar to that, off-grid The high-frequency electrical converter voltage is DC12V, then your battery voltage should additionally correspond to 12V, otherwise, the off grid high frequency inverter won't work or be broken.

The positive and negative poles should be connected

The DC voltage connected to the off grid high frequency inverter is marked with positive and negative poles. Red is positive and black is negative. The battery is additionally marked with positive and negative. Red is positive and black is negative. once connecting, you want to connect positive (red to red) and negative to negative (black to black). The diameter of the connecting wire should be thick enough, and also the length of the connecting wire should be reduced to the maximum amount as doable.

Charging use

Connect to the mains at the AC input, connect the battery to the off grid high frequency inverter pro re nata, connect the positive pole to the positive pole (red to red), and also the negative pole to the negative pole (black to black). activate the relevant switches. The perform mechanically charges the battery, and mechanically turns to float charge once it's full. At a similar time, the off grid high frequency inverter has an automatic bypass perform. once the mains power is input, it will mechanically bypass the output to the load. once the mains power fails, it'll mechanically switch to the electrical converter output and provide the load while not interruption.

Inverter use

When there's no mains input, properly connect the battery to the off grid high frequency inverter pro re nata, shut the corresponding activate the panel, and also the electrical converter outputs AC power to the electrical load.

Shenzhen sunray power Co., Ltd. was established in 2004 and is a company specializing in the research of off grid high frequency inverters. If you are interested in our high-quality products, you can contact us. Our website is https://www.sunrayups.com/.