Power outages aren’t a very common occurrence in Australia and power supply in our country is quite steady at most times. Even when there is a power outage, it doesn’t last for too long. However, natural disasters such as bush fires, floods or storms can throw the power supply out of gear for a much longer duration; at times it may last for days or weeks.

When there is a power outage, you won’t be able to use any of the equipment or appliances in your home and you won’t be able to use the hot water system either. In fact, you won’t even be able to charge and use simple devices like your mobile phone, once the battery drains out. In short, it isn’t easy to manage many day-to-day activities without electricity. Here are some tips that will help ease the challenges you face during a power outage and deal with things in a slightly better way.

A power outage is something you should never take lightly. It’s always important to keep handy the contact details of a licensed and insured local electrician. The company should be able to provide prompt and reliable services when you need them. If you find that the power outage has impacted only your property, it’s best to call your electrician without delay.

Apart from checking if any circuit breakers have tripped, never try to tackle any electrical tasks on your own. For more information, simply speak with the experts at AllRound Electrical and take their advice on various aspects of electrical installations in your home. The number to call is – 1300 169 263. You can also write to us at this email address.

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There are a number of times when homeowners take up DIY projects; not only do these help you save money, but many people find the idea of doing some of this work around their home, extremely fulfilling too. While it’s okay to do some carpentry or painting work, it’s best to leave electrical jobs to the experts; and there are a number of reasons for this.

Many people feel that they may be able to handle some basic electrical jobs themselves; but the fact is that electrical systems and installations can be quite complex and it’s not easy to tackle them. Apart from this, it’s required by law that you hire a licensed and insured electrician for any work on your residential or commercial premises. Take a look at how and why DIY electrical jobs can do a lot of harm:

There are a number of wire sizes available; this is called the gauge of the wire and this determines the application it’s going to be used in. If you accidently choose and install the wrong wire, this can cause it to heat up and the circuit breaker may trip. This is why it’s important to use wires and devices that are rated correctly for the amperage that’s required in a particular location.

If the switches and outlets have been installed loosely, that can present a hazard once the appliances have been plugged in. If the wires come loose from the terminals, that can result in overheating and arcing.

The reason for an electrical box installation is to provide the connections the right amount of protection from the external elements. This is also why it’s extremely important to ensure that no electrical connections are made outside these boxes. The other thing to keep in mind is that the electrical boxes should only be filled to a certain capacity. Adding too many wires and connections in a single box can result in overheating; in some cases, it can also result in short circuiting.

This happens to be one of the most common causes of electrical fires. When fuses keep tripping or blow, property owners may end up replacing them with breakers or fuses of a larger size. If a fuse trips very regularly, it’s first crucial to identify what is causing it to trip; that root problem has to be addressed by a licensed and insured electrician.

The connections inside the fuse box should all be tight and when they are replaced, the positioning should be right. In case the connections come loose, you might find the lights flickering or being cut short. In severe situations, there could be overheating of the connections too. The precaution to take here is that before you start with any inspection, you should first switch off the breakers.

This is one mistake that many people tend to make; they end up overloading the powerboard or the outlet. It’s important that you check how many amps a circuit can bear and then plug in only the type of appliances that aren’t going to overload the board. Appliances such as air conditioners, dishwashers and refrigerators etc. can overload the circuit, if it exceeds the amperage of the board .

For more information, simply speak with the experts at Allround Electrical and take their advice on various aspects of CBUS installations. The number to call is 1300 169 263. You can also write to us at this email address. You may also reach us through this online contact form.

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Why is it you can replace some lights with more ‘advertised’ lumens with a LED light with less lumens. Here are 4 reasons:

1. Focused Lumens:

LED light is directional, conventional light sources are omnidirectional and require reflectors to gather the light and focus it to where it is needed. Any reflection that is over 1 bounce effectively loses the effect of the lumen. It has been proven that you can lose up to 30% of the effective lumens in this process.

The science of scotopic lumens is associated with a factor that allows us to adjust the photopic value to give a true representation of how useful the lumens are. The factor, developed by scientists, is an attempt to level the playing field. The factor is used to adjust the effective value of the lumen, either up or down from the advertised photopic lumen advertised on the package. Some lights, like HPS, have a factor that reduces the lumen amount. LED, on the other hand, typically has a factor > 1.7, which means the lumens it is producing is far more effective to us. Therefore, less lumens is required to do the job.

We have been very successful replacing 400W Metal Halide bulbs with our 18W LED tube, producing 1900 lumens, compared to a 32W 4 ft fluorescent tube, producing close to 2900 lumens. The main reason is all our lumens are coming straight down, where as only a small portion of the fluorescent tube is coming down and the majority of the light is requiring  a reflector to gather it and shine it downwards. After many projects, our customers tell us that it is brighter and feels better than working underneath fluorescent lighting