3 Things First-Timers Usually Get Confused About When Buying Pure Sine Wave Inverter in Australia

Throughout the years, inverters have proven to be a great help not just for travellers, but for homeowners as well. Even if you are in a place with no access to electricity, you can still use electrical appliances and power tools, thanks to the inverter's capability to convert DC power from batteries and solar panels into standard AC electricity. This is why there is a growing number of pure sine wave inverter in Australia being sold these days.

Tips for First-Time Buyers

If this is your first time buying an inverter, know that the results you will get will mostly depend on the inverter you will purchase. Therefore, it is a must that you know a thing or two about buying inverters. Here are some of the things most first-timers get confused about when buying an inverter. Make sure you know these stuff to ensure that you're purchasing the right product.

1. Starting power and running power

The starting power of all electrical appliances is always different from their running power. For example, an 18-watt CFL light needs around 25 watts to start before settling to 18 watts after a few seconds. Bigger electrical appliances, like refrigerators and washing machines, usually need double their running power to start. When purchasing a 12v pure sine wave inverter, therefore, make sure that it can sustain your appliance's starting power. Otherwise, you won't be able to use your device with the inverter.

2. Volts, amps, and watts

Another thing most first-time buyers got confused about when buying an inverter is the difference between volts, amps, and watts. Watts is basically the amount of power drawn by the appliances. It is also the amount of power generated by the inverter. Volts refer to the force of electricity, while amps measures the amount of electricity used.

3. Power source

Remember, inverters don't produce their own power. They need a battery or a DC power source to function. If you're going to buy 24v pure sine wave inverter , make sure to pair it off with a reliable battery. The capacity of a battery is usually expressed in amps hour (Ah), which indicates the rate of current a battery can provide over a certain period of time. For example, if the battery has a capacity of 100Ah, it can supply 100 amps for one hour or 1 amp current for 100 hours.

As the saying goes, "knowledge is power." By knowing a few important things about the basics of power inverters, it will be much easier for you to find the product that you need. So make sure to keep these important information discussed above in mind to avoid confusion when buying an inverter.

4 Things that Can Damage Your Pure Sine Wave Inverter

Buying a pure sine wave inverter in Australia is perhaps one of best investment you will ever make. Whether you want to use it for your travels or for your home, this nifty piece of electrical equipment can provide you with reliable mobile power solutions. But just like most things, the inverter is not indestructible. It can get broken if not handled properly. Here are some of the things that can damage your inverter.

What Can Damage My Inverter?

1. Lightning strikes

It is common knowledge that lightning is attracted to metal objects. And because an inverter has components made of metal and it gives of electrical discharge, there is a huge possibility that it can get struck by lightning. And when this happens, there is little to no chance that your inverter will be usable again. To avoid this problem, don't place your inverter in a wide open area when it is in use. Or better yet, don't use it when there is a thunderstorm.

2. Water

You don't have to be a rocket scientist to know that water can damage any electrical appliance or equipment, 12v pure sine wave inverter included. This is one of the biggest reasons why experts always warn users to keep the inverter in a cool dry place, whether it is in use or not in use.

3. Floating ground

Floating ground or floating earth connection can also damage your inverter. Most electrical circuits, like those in inverter, have a ground that is electrically connected to the earth, which is why it is called "ground." If this connection does not exist, the ground is said to be "floating" and is, therefore, bad for the equipment.

4. Overloading the inverter

Overloading the inverter is also one of the most sure-fire ways to damage the device. For example if you only have a 300w inverter and you decide to plug in multiple appliances that requires high starting load all at the same time, chances are, it will adversely affect both battery and inverter performance. Or even worse, the inverter's safety features won't be able to handle it, causing the device to fail. Therefore, it's best to avoid such a practice or if you're going to use high power appliances, you should get a bigger 12v or 24v pure sine wave inverter.

Proper handling and usage is your first line of defence against inverter damage. So if you want to make sure your power inverters will last a long time, keep them away from these objects and scenarios.

Must-Know Facts about 24v and 12v Pure Sine Wave Inverter

So you've bought yourself a 12v pure sine wave inverter. Congratulations! Now you can start using a wide range of electrical appliances even if there is no electrical outlet available. Just hook up your devices with the inverter, then connect the inverter to your car's battery or other DC power sources and you're good to go. But before you start using your inverter, there are important things you must know to ensure your safety, as well as the maximum efficiency of your device. Here are some of them.

Important Things You Must Remember when Using an Inverter

Fact No 1: The inverter should be as close as possible to the battery.

To prevent signal interference and potential power loss, keep the inverter as close as possible to the battery. If you need to run additional cables, connect them to the output side of the inverter instead of the input side. You can use extension cords to make this possible, but make sure that they would not be more than 60 metres to prevent signal loss.

Fact No 2: Your run time depends on the capacity of your batteries.

The amount of time you can use an electrical appliance depends on your batteries, not on your 12v or 24v pure sine wave inverter 1500w. To determine how long you can expect your devices to run, here's what you should do. Add the amps on your batteries and divide them by 12. Then add the amps on the appliances you will use with the inverter plus 0.5 amp for the inverter. Add the two sums together and then divide them into the first number you can think of. This will be your estimated run time.

Fact No 3: Your inverter is not weatherproof.

Do not expose power inverters 12v to the elements, especially in an environment where there are lots of moisture. If you're going to install the inverter in a boat, be sure to keep it in a cool, dry place. Also, never place the inverter where there are flammable gases. The sparks produced by the unit during operation might potentially ignite the gases and cause fire.

Fact No 4: Deep cycle batteries are highly recommended.

To ensure the efficiency of your inverter, it should be partnered with a good battery. Experts recommend deep cycle marine batteries as they last longer and they deliver higher peak amps faster than ordinary car batteries.

Pure sine wave inverters 3000w are a huge help to drivers of industrial vehicles, field workers, and ordinary car owners. But to make sure they run properly, see to it that you remember the tips discussed above.

How to Boost the Lifespan and Efficiency of Your Battery and 12v Pure Sine Wave Inverters

Throughout the years, 24v and 12v pure sine wave inverters have proven to be a great help for travellers and even homeowners. Inverters provide a reliable mobile power solution that allows you to use a wide range of electrical appliances even if you're off the power grid or if there's a power outage. Take note, however, that your inverter won't work if you don't have a dependable battery. After all, unlike generators, inverters cannot produce electricity on their own. They simply convert DC power into usable AC electricity. As such, it is very important to take good care of both the inverter and battery to ensure maximum efficiency.

Tips on Taking Care of Your Inverter Battery

There are simple ways to boost the efficiency of your inverter system and ensure that your battery will last a very long time. Here are some of them.

1. Install the inverter in a well-ventilated area

Both the inverter and the battery heat up when in use. Therefore, make it a point to place them in a well-ventilated area when operating them. This will reduce the heating up, as well as the battery's frequent water topping requirement.

2. Use the battery frequently

After connecting the battery to your 12v or 24v pure sine wave inverter, make sure that you use it on a regular basis. If you don't have the opportunity to use the inverter that much, make sure to discharge the battery completely once every month and then recharge it afterwards.

3. Check the battery's water level

Make sure that the battery's water level is always between the maximum and minimum water limit. When topping the water up, avoid using tap water or rain water as they contain minerals and impurities that could affect the performance of the battery.

4. Keep the battery clean and dust-free

See to it that every surface of the battery is clean. Clean them using cotton cloth. Also, make sure that the vents on the battery are dust-free. If they are blocked, the battery could burst due to the accumulation of hydrogen gas.

5. Prevent rusting and corrosion

The pure sine wave inverter won't work if the terminals of the battery to which it is connected are heavily corroded. If the terminals get corroded, here's what you should do. Pour a hot water containing backing soda on the affected area then use a toothbrush to remove the corrosion. Then, let it dry. Afterwards, apply petroleum jelly to the terminals, nuts, and bolts, to prevent future corrosion.

Always remember that the battery is the backbone of your inverter system. As such you should always take good care of it. So, what do you do to maintain your 12v inverters in Australia?

Pure Sine and Modified Sine Wave Inverters: When Do You Use Them?

We need electricity whether we admit it or not. Without it, our appliances and vehicles won't run properly. But with the recent state of our power source, we sometimes experience blackouts. Good thing there are sine wave inverters that can provide power in times like this.

But before we discuss the types of sine wave inverters, let's talk about what it is first. An inverter is a tool that gets its power from a DC battery source and then converts it into an alternating current, which is the kind of current that we use at home. With the help of the inverters, you will get more power for your AC source.

Types of Sine Wave Inverters

There are two types of SW inverters: the pure sine wave inverter and the modified sine wave inverter. Let's discuss the differences and when to use them.

• Pure Sine Wave-- Pure or true sine wave inverters give the same power that you have in your home. It also has two types: the 12v pure sine wave inverter and the 24v pure sine wave inverters. Between the two options, the 24v inverters are the popular choice. Though they both give uninterrupted power, the latter option has more energy to give than the first choice. True sine wave inverters are perfect for appliances that need a higher amount of energy. Some of these appliances are stereos, computer and TV.

• Modified Sine Wave-- Modified sine wave inverters mimic the output of the pure sine waves but cut a bit short. They are less expensive than the true sine wave inverters. However, since they are just an imitation of the first type, you should expect that the waveform is not as perfect as the pure sine waves. But it can still give the electricity that you need. Some of the tools that need this inverter are power equipment, motor driven loads, lights, and non-digital microwave oven.

Are There Differences on When to Use Them?

Despite the amount of electricity they provide to the appliances and vehicles, there are no differences on when to use these inverters. You can use them during blackouts and camping. They also notify the people if you need to recharge them. Also, they both save the energy, especially if there is a blackout or if you are in an overnight camping, and you have no power source other than the inverter that you have.