If you’re looking for a gas generator that will run sensitive electronic devices, you should look at a pure sine wave model. They produce smoother power for all kinds of equipment and are safer to use.
Regular generators put out a wave because they change speeds slightly as they rotate armatures through magnetic fields. That doesn’t sound like a clean wave, but it does work okay for most basic electrical devices.
Quiet operation
One of the most interesting aspects of a generator is the noise level. Depending on the air density, your engine will scream at varying volumes. Even the smallest aural distraction can make an otherwise spartan cabin uncomfortable. To keep your generator on the right track, we recommend selecting a unit with an economy mode switch. Moreover, the best models feature a fuel tank that will last for days without a fill-up.
It’s a good idea to do your homework before choosing the perfect model for you and your home or RV. The right gas generator can make a real difference in your comfort level. Taking the time to find the right one will save you from an embarrassing snafu when it comes to your power supply. Using the wrong model for your needs could lead to costly repairs down the line. We know this from experience! Fortunately, we have a large selection of top notch units that are available for sale at affordable prices.
Clean power
Generators are useful when the power goes out, but they can also cause a lot of problems. They can be loud and disruptive, and they can produce electrical noise and harmonics that can damage sensitive devices, like laptops and phones.
In order to keep your appliances safe from harm, you need clean power. Clean power is AC power that oscillates at an exact 60 Hz frequency and has no harmful electrical noise or harmonics such that the voltage waveform is a pure sine wave.
A standard generator obtains a pure sine wave by running at a certain rpm. However, as the load increases, it slows down to a slower rpm and may change the power output from a true sine wave to a non-sinusoidal wave.
Inverters use pulse width modulation to control the waveform and limit HD (total harmonic distortion). They can even limit THD to less than 1%.
Environmentally friendly
A gas generator pure sine wave is an excellent choice for those looking to reduce their carbon footprint. Unlike other fossil fuel generators, natural gas produces very little emissions when used to power your home or office.
It’s also much easier to store, so you won’t have to worry about any shortages in the future. Additionally, the generator can be adjusted to meet your specific needs so that it’s always working at peak efficiency.
This makes it an excellent alternative to cylinders, dewars, and liquid solutions that can be difficult to use in small spaces. Plus, the ROI is often faster than these other methods, resulting in significant savings.
A generator also can help to reduce noise from other devices and equipment. If your fans, lights or audio amplifiers make a lot of noise, a generator will help to reduce their impact on other people in the area. This is especially important if you live in a busy area or are planning on camping with your family or friends.
Easy to maintain
Power generators are convenient because they only need to be filled up when you run out of fuel. This is a big plus for campers and caravanners who don’t want to worry about keeping their generator charged all the time.
However, the downside is that these type of generators are inefficient and consume a lot of fossil fuel when running at full load. This also means that they produce lots of smoke, which pollutes the environment.
A gas generator pure sine wave is a bit of a different story. It’s more complicated to manufacture and requires more complex semiconductors, but it produces a more stable and consistent level of voltage than modified or square waves.
This makes it a better choice for use with sensitive electronics, including laptops and cellphones. Additionally, it limits total harmonic distortion (THD), which is important for preventing damage to electrical circuits.
