If you are looking for sine wave inverters, it’s better to do some relevant research before investing in one. This is because they are really sensitive inverters that convert a battery’s direct current to alternating current. They come in two types, which are modified and true versions.
Pure sine wave inverters are better for powering sensitive medical equipment and laser printers while modified inverters are better for industrial use and not for sensitive equipment. This is because they emit fluctuating output voltages and have the capacity of powering only selective energy loads.
If you are confused just reading this, don’t be. The following tips should help resolve the confusion, and help you choose the right sine wave inverter manufacturers to buy your inverters.
Find out which type of inverters the manufacturer specializes in. Different companies manufacture different types of inverters for industrial, commercial and residential use. You have to buy from a manufacturer that makes your desired type, or at least all three types of inverters.
2. Where do they manufacture
Not all inverter companies manufacture their own inverters. Some of them outsource them for optimal quality control. However, it’s better to avoid them because they won’t know everything about the inverters. It’s better to buy from companies that do their own manufacturing and quality control.
3. NEBS certification
Always buy your sine wave inverters from manufacturers that offer an A level 3 certification from Network Equipment Building System (NEBS). This certification proves that the inverter is built strong enough to work even in adverse conditions.
Inverters that come with a warranty are always a better buy. Just make sure that you read their terms and conditions since different units have different warranties. It’s natural that you choose a unit that has minimal terms and conditions that you thoroughly understand. You don’t want to misinterpret their terms and conditions and end up with a warranty covering only specific conditions and situations.
Doesn’t choosing a sine wave inverter seem to be so much easier after reading these 4 tips?