If you're like most Americans, you probably still have a quite a few incandescent lightbulbs throughout your home. Cheap, effective, and easy to use, incandescent lightbulbs provide the second most used form of lighting in the world today behind fluorescent bulbs. The history of the incandescent light bulb While Thomas Edison typically gets the credit for the invention of incandescent lightbulbs. He was far from the only person involved in their history. Technology and variations over the years include…

What are today's incandescent lightbulbs made of? Lightbulbs are comprised of a base with two metal contacts. These contacts connect to the ends of an electrical circuit and are attached to two stiff wires, which are then attached to a thin tungsten metal filament (about 6.5 feet long and one-hundredth of an inch thick formed into an inch long coil in the typical 60-watt bulb). The filament sits mid-bulb, held up by a glass mounting structure. The wires and filament are then enclosed in a glass bulb filled with an inert gas, such as argon, to reduce the loss of tungsten due to combustion. When connected to a power supply, current flows from one contact to another, through the wires and on to the filament where they heat up, creating visible light. Why they're being phased out Due to the incandescent light bulb's inefficient nature, which gives off 90 percent of energy as heat and only about 10 percent as visible light, it is giving way to the more advanced and efficient technologies cool light sources such as fluorescents and LEDs. The phase out of these bulbs by the government will help consumers:

Ready to update the incandescent lightbulbs in your home and save? Contact Mr. Electric® today. Mr. Electric offers an array of lighting solutions and upgrades to add beauty and value to your home.

Under-Cabinet LED Lighting Kit is available for purchase that contains a plug-and-play LED light strip, push-button dimmer, remote, 12V power supply, and connection accessories. If you want to build a custom kit, follow the steps below the diagram to ensure that you get everything you need.

3. Select a dimmer or controller

For single-color LED strip light setup

Select the power supply large enough to operate the amount of LED strip light you need to use. If you want to control the brightness of your light strips, you will need a Single-color dimmer shown installed with a non-dimmable power supply

For color-changing LED strip light setup

Follow the instructions above for the single-color light strip setup. However, instead of a dimmer, use a RGB color-changing light strip installation

4. Use an LED amplifier for long runs of strip

Depending on the strip chosen and its maximum run (the number of strips that can be installed consecutively before needing amplifiers), you will need to install an light strip interconnect cables. It is best to purchase a length of strip that is more than your application requires. For example, if your project requires 8 1/2 feet of strip, we recommend purchasing 9 feet of strip to ensure that you have everything covered.

Doing work around the house without calling for help is a common point of pride for many people, but an amateur should never tackle an electrical panel installation — regardless of the bragging rights on the line. No amount of pride is worth an incorrect electrical panel installation, especially when you consider just how important and complicated this component can be. Additionally, you should remember that electrical work can be extremely dangerous for anyone who isn’t a professional.

This principle most definitely applies to putting in a new electrical panel. If you’re knowledgeable enough, you may be capable of replacing an outlet or switch on your own. For bigger jobs like this, however, it is critical that you bring in an electrician. Not only would you be in danger during the installation itself, but even small mistakes made during the process can lead to future risk of fires and electrocution.

Electrical code requirements control the size of a panel in a newly built or renovated home, and these rules can vary based on your location. There is a reason there are strict measures for electrical panel installation, and those reasons are clear when you consider just how important these panels are. Panels are essentially a central hub for the electrical system in your home. They are an important safety measure as well. The power that comes in from the electric company passes through your electrical meter, and then into the panel. The panel directs the electricity through your home.

Electrical panels use circuit breakers, which control the amount of current provided to an outlet. They also serve to protect your system (and home) from power surges. If the breaker identifies an excessive amount of current, it shuts it off and protects components from the overload. It does this in a fraction of a second. This keeps appliances safe and also protects your home from the risk of a fire.

An incorrect electrical panel installation undermines the safety measures of your panel. An inexperienced installer might accidentally connect a wire to a breaker designated to allow more current than the wire can safely handle. This means unsafe amounts of electricity would be passing through, and the panel would not be able to do anything about it. An overloaded wire could easily spark, which could then lead to a fire.

An electrical panel isn’t a component you want to worry about after installation. Unless you’re a professional, there’s no way you can promise this won’t be an issue after you’ve finished working. Beyond that, an experienced electrician can make sure the panel lasts for a long time.

By using sophisticated equipment and materials, as well as in-depth knowledge of local energy code requirements, a professional will be able to achieve a level of efficiency and quality that would be out of reach for any amateur. Your home will be better protected from future issues after thorough wire testing once the installation is complete. A new panel installation is an involved, intricate process, and it’s important that even the smallest steps are correct.

How old is your home or business building? 20 years? 30 years? 40 years or more? When was the last time you had your wiring inspected? If your building is older than 25 years, you could be at risk for an electrical fire. Electrical fires are frequently caused by old components wearing out and failing, but these things can be hard to detect since so much of it is hidden from sight behind your drywall. So how do you know if you are at risk? Here are a few factors that frequently cause fires in older buildings.

From the 1880s until the mid-1930s, knob-and-tube wiring was the standard in running electricity lines through homes and businesses. Today, these systems are not permitted under business code except in extremely rare circumstances. If your home or business has this old system of wiring in it, odds are you should consult an electrician about replacing it with a modern system as soon as possible. Rodents have a thing for chewing on these exposed wires, making them tremendous fire hazards.

Modern appliances and equipment sometimes require a much higher amperage draw to function than old wires are rated to carry. When you overload a wire with too much amperage, it can get extremely hot, which can start fires inside your walls. If your electrical system is old, consider having it inspected by a professional who can tell you whether or not you should upgrade to wire rated for a higher amperage.

Part of being a home or property owner is improving your property. Those who have a knack for handiwork (or at least think they do) may have tried to modify their wiring in the past. This means there could be shoddy connections, loose live wires, and other serious fire hazards hidden behind your walls. Be extremely careful when cutting into drywall in an older home.

Over time, insulation on wires can age, become brittle, and crack. In other cases, the wires may have been chewed by rodents or screwed or nailed into by accident. This can leave the core of your wire exposed, which leaves it prone to sparking and potential fires.

The wires aren’t the only part of your home that’s at risk for starting a fire; old breakers can malfunction and overload if they are not maintained or upgraded every few decades. Have your old circuit breaker inspected by a professional who can test to make sure everything is still functioning properly, as well as replace any breakers that may not be working correctly.

Today’s electrical code is far more advanced and rigorous than it was in decades’ past. With new technology has come new safety standards. However, older buildings were not required to adhere to these new standards, and many of them have not been properly retrofitted with the latest in electrical tech. Odds are, if you have an older building, your electrical system would not pass inspection today. Let a professional take a look and work with you to eliminate the fire hazards and protect your property from a devastating fire.