Electronics are some of the most expensive investments in any home. So how can you be sure you’re safely protecting them from electrical surges? With a whole-home surge protector, you can rest easy that all of your electronics and appliances are protected in the event of a lightning strike or electrical surge.

A whole-home surge protector is installed in your main electrical panel in order to cut off potential electrical surges from flowing into your home’s internal wiring. Whole-home surge protectors can protect up to 40,000 amps of current flowing into your home. When an electrical surge takes place, the device detects the excess energy and safely diverts the surge through the home’s grounding path. This will protect your home from:

This provides an easy, catch-all system that ensures every plug in your home is safe from a surge. Never have to worry about plugging your expensive electronics into standard plug-in surge protectors.

According to the Insurance Institute for Business & Home Safety, the Maryland/Virginia/Washington, DC area is considered at moderate risk for lightning strikes. These, along with other powerful weather events, are strong enough to fry both large and small electronics, including:

By investing in full-home surge protectors, you save yourself the risk of potentially paying thousands to replace your expensive electronic devices and appliances. Don’t suffer later when you can prevent damage up-front!

It is important that typically, it is recommended that you double protect against electric damage by also using standard wall surge protectors. This will make sure that no matter how strong the electrical surge is that hits your home, your valuable electronics will stay safe.

Everyone from the National Fire Protection Association to the Institute for Business and Home Safety recommends the use of whole-house surge protection. Fortunately, great whole-home surge protection is available and affordable! For maximum protection, you’ll want to install a whole-home surge protector at the circuit breaker box and supplement it with smaller surge protectors on individual outlets. A whole-house surge protector can protect your home from up to 40,000 amps of current (normal household power is between 200 to 300 amps). When something like a lightning strike causes such a surge, the surge protector detects the excess current and safely diverts it through the house’s grounding path. Whole-house surge protection provides homeowners in MD, DC, and VA peace of mind when a powerful thunderstorm passes the area.

Kolbe Electric’s electrician team can easily install a top-of-the-line surge protector with ease. Our whole-house surge protectors usually come with lifetime warranties and added protections for possible losses. This means your electronics are double-protected against future loss due to electrical surge! Call Kolb Electric today to learn more about our whole-house surge suppressors for your Maryland, Washington, DC, or Virginia home.

Why is a bad GFCI outlet such a big deal? To put it simply, they exist to protect you from electrical shock. As required by electrical code, these outlets are in places within your house where there is an increased risk of electrocution. These include bathrooms, kitchens or outside (wherever water is likely to be present).

GFCI outlets come with a sensor designed to identify changes in current, which can indicate unsafe conditions or the risk of shock. There’s a breaker inside the outlet, which trips when there is a surge in current. This shuts down the power supplied to the outlet and any connected outlets, protecting you from electrical shocks.

GFCIs come with two buttons on them (usually black and red), with one serving to test the outlet and the other for resetting it after the breaker inside has tripped. A bad GFCI is a serious problem, as they are too important for you to ignore them for any amount of time. It is, therefore, crucial that you stay aware of when you might have an issue with one of yours.

In the majority of cases, a GFCI outlet protects you by not providing power. If there is an issue with an appliance plugged into it, the power would likely cut off long before you even get the chance to use it. When this happens, it can be easy to assume there’s something wrong with the outlet itself. But in many cases, its breaker tripped for a good reason. GFCIs are also designed to shut themselves off in the event of a person getting shocked, which isn’t always easy for it to determine with much accuracy. In other words, your GFCI outlet breaker might trip when you’re not actually in any danger.

The GFCI detects current that branches off from the intended circuit, even if the branches are small and harmless. This can include instances of a wire making contact with another component of the receptacle, which can be completely innocent. When the cause of a trip is a passing occurrence, you should be able to reset the outlet breaker with a simple push of the correct button.

Outlets can get worn out and lose some of their effectiveness over time. This also applies to GFCIs. If your GFCI outlet is tripping much more frequently than it should, it could mean it’s nearing the end of its lifespan. This is due to GFCI outlets losing the ability to adjust to changes in current as effectively as they used to. The result is that trips begin occurring for reasons that were never a problem in the past.

If your outlet breaker is tripping every time you use a hair dryer, and it never did that before, it’s a sure sign you have a bad GFCI outlet. If this becomes the case, it’s important to get it replaced as soon as possible! These outlets are too crucial a safety measure for you to delay on getting a new, functional one.

photo courtesy of moviewritemyu.wordpress.com

“The first rooftop celebration atop One Times Square, complete with fireworks display, took place in 1904.*

Don’t let this New Year’s Eve slip away without a proper celebration.  Whether you are quietly reminiscing with a loved one over dinner or out on the town in the midst of noisemakers and confetti–see yourself in the best of light and make 2015 your brightest year yet.  New chandeliers, table lamps and wall lights are a marvel with outstanding and energy-wise light sources and intriguing configurations.

“CHIMERA” WALL SCONCE FROM CORBETT

“URBAN NIGHTS” FROM MAXIM

“RING O” FROM VAN TEAL

“GATHERING” FROM VAN TEAL

“RAVENNA” FOYER PENDANT FROM HINKLEY LIGHTING

See the the latest portable lamps, chandeliers and decorative accessories at 1800lighting.com. Stay tuned for the latest introductions from the Dallas Market January 2015.  Visit a Capitol Lighting showroom or 1800lighting.com for expert advice and a complimentary lighting plan for a new year of inspiring illumination.

*wikipedia.com

Many appliances use electricity even when they aren’t powered on. This property is known as standby power, which is used to perform functions that must operate continuously. Energy saving measures often include unplugging electrical devices to eliminate the cost of keeping them in standby mode. This strategy requires you to estimate the cost of standby power for each appliance since it may not be worthwhile to unplug a device when it is not in use.

A year is about 8,766 hours long, so a month has an average duration of about 730.5 hours. This means you can multiply an appliance’s standby power in watts by 0.73 to obtain the kilowatts of energy it consumes each month, assuming it is always plugged in. A typical cost of electricity in the United States is 10 cents per kilowatt-hour. You can therefore estimate the standby cost of an appliance in dollars by multiplying its standby power consumption in watts by 0.0731.

Having power throughout your home isn’t something that you think about on a regular basis. In fact, when you flip the switch, you anticipate the light coming on. However, there may be a day when the power doesn’t work as expected. More precisely, you may find that the power in one room isn’t working while all other rooms are fine. What do you do when you don’t have power in one of your rooms?

The electricity that flows through your home powering the myriad of electronic devices your family owns is a system. There are numerous problems that can happen that could interfere in how the system works. Fortunately, when you have only one room without power, you can isolate the problem to that particular room.

Although there are many reasons you may not have power in one of your rooms, most of the problems will originate in the room since other rooms have power. The following are a few things you should consider when you are trying to isolate the problem.

Your breaker box is the point in your home in which you can safely interact with your electrical system. Within your breaker box are switches you can turn on and off to control the flow of electricity. When you have no power in one room, you may need to simply switch the breaker connected to that room off and then on again.

Many homeowners paint on occasion. In order to get a complete look for their rooms, they may take off the covers for their outlets and switches. If you have painted recently, then your switch or outlet may be the culprit.

Your covers hide all the wires running to your switches. If one of these wires were loosened while you were removing the cover, it could have caused the power outage.