GFCIs or ground fault circuit interrupters are safety devices that have been extremely effective in reducing the total number of home electrocutions by almost 50%, in Australia. Most new homes and businesses now have these devices installed in locations where water is present in and around the premises. It’s important that electrical installations in outdoor locations be protected from wind and rain; that’s the one way to prevent shock hazards.

Before we understand what a GFCI is, let’s understand what a ground fault is. It is the unintentional flow of electrical current between the source and any grounded surface. If the electrical installation isn’t properly protected, an individual that comes into contact with an energised part can suffer an electrical shock.

For instance, if the person is holding any deteriorated electrical cord attached to the hair dryer, and it happens to touch a plumbing fixture they are using, they can get electrocuted and will suffer a painful shock.

This small receptacle has “test” & “retest” buttons on it. It may sometimes be built into circuit breakers that are installed in the main electrical panels. When electricians are conducting an electrical audit, they also test whether the GFCIs are functioning properly. They might also recommend that you get GFCIs installed in the vicinity of plumbing fixtures.

These are extremely useful electrical safety devices which trip the electrical circuits in case they detect any leakage current or ground fault. An individual that’s become the pathway for a leaked current can get a severe shock or will get electrocuted. It is important to get GFCIs installed in any outdoor or indoor areas where you feel that water might come in contact with the electrical installations or fixtures you have on your property.

Ideally, the areas where GFCIs should be installed include:

It is important that these devices be checked with regularity. If you have opted for an electrical maintenance contract, the electricians will ensure that the GFCIs are checked along with all the other installations; this will help confirm they are working as they should and that they provide the necessary safety to those living or working on your premises. You can also test the GFCIs on your property, by following these basic steps:

If you aren’t too sure about whether you have GFCIs installed at the right points on your property, call in your local electrician. They will inspect all the fixtures and inform you if GFCIs have to be installed in any specific rooms or outdoor spaces. Aside from this, they will also audit the rest of the installations and tell you if any upgrades are required.

The electrical system of your home is one of its most important components, and also one of the most hazardous. Frayed wires, loose connections, and similar issues can crop up almost anywhere in your home, and dry air that we often get in the winter can make it even worse.

Without appropriate, and safe, repairs, frayed wires or loose connections can short out important appliances or even start a fire. It’s important to remember, too, that only a highly trained and experienced electrician should attempt repairs on this system. But how do you know if you even need repairs? Are there any tell-tale signs? Yes! Keep reading to learn more.

Perhaps this seems normal, particularly if you have something plugged into the outlet at the time. However, if an outlet is warmer than the wall that surrounds it, then there is likely a problem with your wiring. In some cases, an outlet can get a little warm when it’s plugged in, but it should never be hot to the touch.

Lights that are dimmer than they should be, or flicker when you turn them on, are probably receiving intermittent electricity. This means trouble somewhere in the wiring system.

Malfunctioning electrical components can cause a low buzzing noise, which will typically stop when you cut power to that particular circuit.

If your breakers keep tripping on one particular circuit, then chances are that circuit is overloaded. It may also be an issue with one or more appliances hooked up to it.

Sparks from any electrical outlet are serious and should never be ignored. Be sure to shut off power to the affected area right away before calling in a technician. In some cases, the problem might actually be with the appliance hooked up to the outlet and not the outlet itself.

Do you know why your home in Manassas would benefit from whole home surge protection?

You might think it has something to do with lightening. However, the reasons for whole home surge protection are more complicated than you may realize.

In addition to not experiencing a significant number of them in Manassas, did you know that whole home surge protectors can’t stop lightening strikes from damaging your electronics?

At this point, your probably starting to seriously doubt the importance, use or need for whole home surge protection. However, nothing besides a lightening rod and hope can keep your home safe from a lightening strike.

Another point to keep in mind is that whole home surge protection’s primarily function isn’t to protect your electronics and appliances from outside surges. It’s actually intended to protect your electronics and appliances from each other.

When we think of power surges we typically envision lightning strikes and electricity bursts from outside power lines. In reality the majority of surges are short intense shocks created by large appliances such as generators and HVAC motors. These smaller surges typically go undetected and usually don’t blow out the entire circuit.

However, over time, they add up. If you banged your knee in the same spot every day for a year, you might not have any significant damage on the first day, but on day 365 you’d probably have quite the bruise. The same logic applies to your electronics. Those little zaps might not degrade their performance immediately, but the problems are cumulative. Why shorten their expected usefulness and replace your appliances sooner than you have to?