When it comes to your home electrical system, safety should be your number one priority. Electricity can be dangerous when your wiring isn't connected properly, and a house fire can rip through your home and possessions with alarming speed, putting you and your family's very lives at risk. One common cause of fires is an electrical arc in the circuits behind your walls, when current jumps on an unplanned path from one conductor to another, potentially igniting wood or insulation along the way. Fortunately, you can protect your home against electrical arcs with arc fault circuit interrupters (AFCIs). Read on to learn more.

Your Electrician Can Keep You Safe

According to the National Fire Protection Association, there were 47,700 residential fires caused by electrical failures in 2011, causing 418 deaths and $1.4 billion in damage. Any steps you can take to prevent becoming a victim to one of these disastrous events is money well spent. And while conventional circuit breakers will automatically shut down if a circuit shorts or gets overloaded, they are unable to detect most electrical arcs. That's where the AFCI comes in.

The AFCI works by monitoring the current passing through the circuit, searching for unusual activity that could indicate an arc. When a problem is detected, the device immediately shuts down the circuit, lowering any opportunity the arc could have to start a fire. Keep in mind that some of your appliances or equipment may intentionally create arcs, but in a safe manner – the AFCI should recognize them and only trip during dangerous arcing conditions.

Find Out if Your Family is Protected

Your local code almost definitely requires your home to include ACFIs for circuits that lead to bedrooms, and if your municipality has updated its code in the past year, it may require interrupters for every circuit in the home. However, if your home was built before 2000, it may not have AFCIs installed at all, and it may be worthwhile to make an upgrade.

If you aren't sure if you have arc fault circuit interrupters, open the door of your main panel and look inside. Circuits that have AFCI capabilities are usually indicated by a yellow or green label. If you can't tell, ask an electrician to inspect your wiring and verify whatever safety features are included. The electrician can also make recommendations about whether you should consider upgrading your circuits and give an estimate on how much it would cost.

Don't Let Your Circuits Create a Disaster

If you need help installing arc fault circuit interrupters in your home, or otherwise bringing your wiring up to code, contact an expert electrician today.

Spending long hours every day inside a dingy office can be taxing. It wears on your eyes and your psyche. While natural light is often preferable, it isn’t always a possibility. That doesn’t mean you stay in the dark. There are things you can do to brighten up the office and make it a little more inviting to work in. Clients will also appreciate a brighter, more lively space as well. A brighter office is only a phone call away. An electrician in Beverly Hills, like those at The Electric Connection, can help transform that once dark space into one that is nice and bright.

There are many different lighting options besides the typical fluorescent bulbs that tend to be the standard in many office buildings. That yellow glow can be difficult to cope with day in and day out. There are some serious benefits to updating the lighting in your office explains a Beverly Hills electrician.

It doesn’t take much to make a space look more inviting when you change the lighting scheme. If you are not sure what your options are, you can consult with an electrician. Beverly Hills office owners will appreciate getting some expert advice from people who know the business. There is new technology that is changing the ways homes and businesses are lighting their spaces. LEDs are the wave of the future. They are bright, energy efficient and they won’t heat the place up, which is especially important during the summer months. Call The Electric Connection today and bring your office up to date with latest in lighting technology.

If you are a fan of a certain holiday movie that focuses on one man’s goal to have the brightest house in the neighborhood, you probably remember the web of electric wires and cords that posed a serious risk. In the movie, it was funny. In real life, it is no joke. It can be deadly or at the very least cause a home fire that could destroy everything and even spread to other homes in the neighborhood. Electricity should always be handled with the utmost care explains an electrician in Santa Monica. The team at The Electric Connection has a few tips to ensure your holiday lights do not cause a blackout or a fire.

1. Check the cords before you wrap them around a tree or put them outside. Make sure there are no broken areas that expose the wiring and could let moisture in. 5. Keep the number of strands you connect together to a minimum. Ideally, you should never connect more than three strands.

Your Santa Monica electrician suggests you invest in LEDs that are very bright, but use very little electricity. This is a way for you to get the full effect of a thousand lights, but only have to use a few hundred that use the energy of maybe 100. Your electric bill and your house’s power will thank you. You will also feel safer knowing you are not creating an electrical hazard. Give The Electric Connection a call today if you need extra outlets installed or have other questions.

If you live in the United States, you’re likely well-familiar with our typical wall-socket setup. Your plug has two flat pieces of metal roughly half of an inch wide, with one side sometimes being slightly wider than the other. Your wall socket has two slots that match this, with one side also being slightly larger than the other. However, sometimes there’s a variance: some plugs have a third prong below and between the normal two, and most electrical sockets also have a third hole to match this plug. What’s the difference between these two types of plugs and is one better than the other?

To put it simply, yes, one is better than the other. When it comes to electrical plugs, the old adage “less is more” does not apply—the three-prong plug is far better than a two-prong. To learn why, let’s discuss the difference between the two.

In order for electricity to flow, you must complete a circuit. A circuit essentially is a connection from your power source to the device, and then from the device back to the power source. The line that brings power from the power source to the device is called your “hot wire”, which is most often red and comes off the positive terminal (noted by the large “+” sign). The line that then returns from the device to the terminal, usually a black wire connected to a “-“ sign, is known as the “neutral wire.” A plug must have both of these lines in order to work.

However, the third prong in a three-prong plug is a “ground” plug, which dramatically improves safety. When an unexpected burst of electricity happens, such a short in the device or a surge from your power supply, the ground plug will take that abundance of additional electricity and move it away from the device and down into the ground where it is safe. This prevents your device from being overloaded which can cause overheating, sparking, and fires in addition to ruining it.

Three-prong plugs didn’t become the standard in homes in North America until the late 1960s. If you have a home that was constructed around this time or after, odds are your wall sockets are probably already of the three-prong variety. Two-prong plugs can work with three-prong sockets just fine, and you’ll rarely experience any issues.

However, if you have any old two-prong plugs, you’ll likely need your electrical system updated in order to upgrade to a three-prong setup. Properly installing ground wires can involve several hours of electrical work and even cutting into your walls in order to do so properly, so it’s a rather large undertaking. However, it’s by far the safest and most prudent option.

Another option that doesn’t involve tearing open your walls is to install a ground fault circuit interrupter outlet, otherwise known as a GFCI. These sockets are two-pronged, but feature a miniature circuit breaker that measures the resistance through a plug and mechanically shuts off when the risk of a shock is present. While this can help you avoid being shocked by a faulty device, there is still no ground wire present so your electronics are not protected from a power surge.

We’ve recently added a new explosion-proof light for use in granaries, paint booths, mills, mines, oil refineries, auto shops, marine vessels, shipyards, and other hazardous locations.

This LED light is listed as UL1598 for wet locations and UL1598A for outdoor marine applications. It is classified as UL844 and meets National Electric Code—NFPA 70, article 500—requirements in the U.S. for Class 1 Division 1 (groups C and D), Class 1 Division 2 (groups A, B, C, and D), and Class 2 Division 2 (groups F and G) hazardous locations. The light fixture meets IECEx Zone 1, 2, 21, and 22 requirements for safe operation around combustible gas and dust.

Designed to replace 320-watt metal-halide (MH) fixtures with comparable output—the 100-watt LED explosion-proof light emits 13,000 lumens of natural white illumination. This weatherproof LED fixture operates within a 100-277V AC range and is built to last five times longer than MH lights.

The durably constructed light has a vibration-resistant anodized aluminum housing that prevents the release of sparks from internal components. The die cast housing is also powder coated for corrosion resistance and has a removable back plate for access to the constant-current driver, which is sealed with a silicone gasket. LEDs are protected by a tempered glass lens.

A conduit is required for installation, and the fixture has two openings for input and output connections. The LED explosion-proof light can be pole mounted or mounted to a wall, floor, or ceiling with its included bracket. A five-year warranty protects against any manufacturer defects or malfunctions.