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wave inverter advantages of sine wave inverter over square wave inverter

by:KEBO      2019-08-22
Usually, there are two main types of sine wave inverters.One is the improved sine wave inverter, which can only run the basic equipment, but not the highly advanced equipment.The other is a pure model that can run all of these devices.
At some point, when you buy an inverter in the market or just search for it online, you come across two common names --Pure sine wave and improved square wave inverter.Let's take a look at the key points of the difference between the two of them.
A square wave or an improved sine wave device produces a square wave form.Buyers may face many difficulties in running sensitive equipment such as magnetic motors.Optical hard drives with "solid state" power supply or uneven speed control, laser printers, photocopiers, Power Machines, battery chargers for cordless devices, sewing machines with microprocessor control, hospital equipment, etc.Even simpler devices, such as televisions and lamps with standard ballasts, digital clocks with radios, etc.There is also an interruption when running on the square wave model.These models are usually shielded by standard fuses, which are not always fast enough under normal circumstances;As a result, they face a much greater risk of failure.
The inverter is a small power supply system with efficient power supply.This technology was not advanced in earlier inverters, so these systems could only power some electronic devices.These systems can't even handle power fluctuations.Frequent fluctuations in power;Easy to damage appliances and equipment.The inverter based on the latest technology has solved this problem.The latest model of inverter is compact in design and can be easily installed in any area.Even with the introduction of low-capacity and high-capacity inverters in the market, the demand for small and large power can be met.
For the square wave model, the pure sine wave model is an excellent waveform generated by the inverter, which can power any type of equipment, from simple light to the most complex equipment, such as large machines and hospital equipment this is also a very effective way without any interruption or overheating.Using this inverter means that many benefits are available to users.First, the waveform from the pure sine wave device has a very low level of harmonic distortion.For example, one can use this device to smoothly run appliances with inductive loads, such as motors and microwave ovens, without any noise and overheating.In addition, when electrical appliances such as fluorescent lamps, electric fans, game machines, fax machines and answering machines, audio amplifiers, etc. are running on pure waveform models, the electrical and audible noise generated in these appliances is greatly reduced.In addition, this inverter minimizes the possibility of computer crashes, display failures and noise, and unreadable print output.Highly sensitive devices avoid unstable voltage levels, overload and excessive temperature.
Depending on your needs, you can choose the type that best suits you.When you go to the market to buy a sine wave inverter, you will find that many digital inverter manufacturers offer a large size.The size of the system you are pursuing is based on the Watt power of the equipment you need to supply power.
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