You may think of a fan as something you would only use in the summer time. It stirs the air and provides a nice cool breeze. You probably already know it is cheaper to run several ceiling fans then it is to lower the thermostat on the air conditioner a couple of degrees. But, did you know, a ceiling fan can also help reduce the workload of your furnace in the winter? An electrician in Santa Monica will explain why a ceiling fan is a valuable addition to any home no matter what the weather is like. The Electric Connection has been installing fans for happy customers for years.

Just like in the summer, the fan rotates the air around. In the summer, it rotates the cooler air ensuring a room is at a somewhat even temperature. This tells the thermostat the room is cool enough and the air conditioner does not need to turn on. In the winter, it is essentially the same idea. Hot air rises. If you are sitting in your chair or lying on the couch, you may feel a bit cool. When you stand up, you can feel the change in temperature. The trick is to push that hot air down to where you are relaxing without adjusting the furnace up a couple of degrees. All this does is create more warm air to rise to the ceiling.

During winter months, the ceiling fan blades should be reversed to run in a clockwise motion. This creates a downdraft. All that warm air will be circulated throughout the room thus taking some of the work off the furnace and saving you money. If you do not have a fan, but would like to have one installed, call your electrician. Santa Monica residents can call The Electric Connection to have one or more ceiling fans installed.

Among the more obvious pieces of electrical safety advice you may have encountered is to never saw the third prong off of an electrical plug in order to fit it into a two-prong outlet. But just because we can recognize that as a self-evidently bad idea doesn’t mean everyone knows why it’s dangerous.

Two-prong outlets have only two wires: a hot wire and a neutral wire. But a three-prong outlet also has a ground wire, which is a safe place for unexpected bursts of current to go when they occur. Without that connection between the ground wire and the plug, wild current can go anywhere: into your electrical device, where sensitive components can be destroyed, or worse, into your body. Shock and electrocution are more likely to occur when no ground wire is present.

Moving On Up

Three-prong outlets didn’t become standard in North American homes until the late 1960s, so while modern homes should be in good shape, there are plenty of homes out there with old two-prong outlets.

As a quick fix, you might be tempted to use adapters that convert two-prong outlets to fit three-prong plugs. You should resist the urge to use these so-called “cheater plugs”, however -- the ground wire is there for safety, and simply bypassing it creates a potentially serious hazard.

Instead, you should seriously consider upgrading the outlet if you need to regularly use three-prong plugs in that area. If you live in an older home where most of the outlets are two-prong, this is an upgrade you’ll need to do sooner or later.

When it comes to upgrading two-prong outlets, there are two basic options. The best choice is to have ground wires installed so that the outlets are fully up to the current standard. Unfortunately, this can involve several hours of electrical service and may require some cutting into walls, depending on how many outlets are being upgraded and how the home is configured. It may be a big undertaking, but it’s a quality investment in your home and safety.

A cheaper alternative is to upgrade to a ground fault circuit interrupter outlet, or GFCI. These outlets are capable of shutting themselves off if an electrical shock risk is present, but they won’t protect sensitive electronics from surge damage. The trade-off is that there’s no need to run a ground wire.

Out With the Old, In With the Old?

If you don’t like either of these options but you’re having trouble with a two-prong outlet, it’s technically not a violation of code to replace the outlet with another two-prong version. Just keep in mind that this arrangement leaves both people and electronics vulnerable, so use these outlets with care and consider making a plan to upgrade later.

Ready to upgrade those old outlets? Start the process today by scheduling a no-obligation consultation with your licensed, local electricians.

We’ve added linkable linear LED light fixtures to our home, commercial, and industrial product lines. The 5-foot fixtures can be used for anything from parking garage, warehouse, and tunnel lighting to supermarket, workbench, or home garage lighting. These LED fixtures can be easily connected with compatible Super Bright LEDs accessories to create a powerful, energy-efficient light series.

Using no more than 50 watts of power, the 4- and 5-foot linear LED lights emit 5,500 or 6,500 lumens, respectively, of bright natural white illumination. They’re designed to replace 250- or 320-watt fluorescent tube light fixtures but will last five times longer. These LED fixtures illuminate instantly and don’t emit the yellow-green hue that is typical of fluorescent lights.

The weatherproof linkable lights have sturdy aluminum housings and shatterproof polycarbonate lenses. They’re dust tight as well as water and impact resistant. Twenty 5-foot fixtures can be connected in a series, and up to 25 4-foot fixtures can be linked. Mounting brackets are included for wall or ceiling installation, and a suspension kit is also available.