Holiday lighting products have evolved into a much safer product over the years.  With the development of properly sized wires and fuses and LED lighting to reduce the consumption load and the heat the lamps produce, holiday lighting has never been more safe.  In the past people would take the old C style lamps and hook one string of lights into the other.  Often overloading one the strings or the weakest link.  This overload would often melt wires, create sparks, and in some cases even cause a fire.  The manufactures and improved safety standards and testing, help reduce to the chance of an overload by installing a fuse at the starter end or male end of the light string.  This fuse would blow or trip when the load became greater than the fuse capacity, which would then project the wire from the overload.  It is always recommended to install lights that are interconnected (one light string plugged into the other) to manufacture specifications as listed by there instructions.

LED or light emitting diodes have not only made holiday lighting more efficient but even safer.  The old style C7 and C9 lamps could reach temperatures of up to 350 degrees.  The hot lamp if rested against wood or dry Christmas tree, has the potential to ignite the material from the heat the lamp produces and cause a fire.  With LED’s to replace the old style incandescent lamps the chance of fire from heat is almost non existing.  However, it is still possible to cause a fire from electrical spark or short.  These sparks or shorts produce heat much greater and can easily ignite flammable material.  Sparks or shorts are often caused by frayed or damaged insulation on the electrical wires and also loose connections.  It is important to inspect your holiday lighting for damaged or loose components and replace when needed.  Be sure not to use any damaged equipment and immediately discard them to eliminate the chance of future use.

A common mistake made people make with holiday lighting is to plug to many holiday lights into each other.  UL listed holiday lighting and cord splitters are tested to specific tolerances and should only be installed to manufactures specifications.  The easiest location to find the manufactures is specifications is to look at the tag on the cord most commonly found near the male end of the cord or light string.

If enough standard wall sockets are not present and you must plug in multiple cords, it is highly recommended to install a plug switch with a built in overload device to reduce the risk of overload.  The built in overload should not be mistaken for a surge protection device.  A surge protector reduces or eliminates the excess voltage going to the device plugged into itself.  Where an overload device will shut off power at the point of installation if to much power is being drawn through it.

On many new homes we will install plug ins located in the soffit or eve to reduce or eliminate drop cords for holiday lighting.  These soffit plugs are installed on a special heavier 20 amp circuit and often include a convenience switch located inside the home to shut the lights on / off as needed.  The special circuit makes sure your holiday lighting is not installed on regular interior circuits so the chance of variable loads and overloads are dramatically reduced.

Permanent holiday lighting can be installed by a licensed electrician.  The most common type of permanent holiday lighting is LED strip lighting.  These are can be installed on the under side of eves or soffits for a permanent installation.  Depending on the type of LED holiday lighting you choose you may even have the option to change the colors of the lights with a push of a button.  This allows the holiday lighting to be used for many occasions throughout the year.  You can call today or schedule online to have a lighting specialist come to your home or business and provide you with a written no obligation quote.

By: Maddie Ogletree

Your spring renovation isn’t complete without a functionality update for your electrical outlets. Standard outlets just won’t cut it anymore when it comes to powering your home and electronics. You’ll be surprised at how much a few simple upgrades can make your life more convenient.

USB outlets are becoming a necessity for charging your phone, tablet and other electronic devices. It’s always an inconvenience to lose that little white iPhone adapter. But if your outlets are equipped for USBs, your life is a little bit easier. USB outlets are becoming the standard for homes. You can easily plug in your device while you’re in the kitchen, home office or bedroom with a USB upgrade.

Bulky, inconvenient nightlights aren’t your only option. New outlets like the SnapPower outlet feature a nightlight as part of their design. When you turn the lights out, the nightlight comes on, illuminating the outlet from below. No longer do you need to unplug the light to charge your computer. It’s a simple idea to add to your spring remodel!

If you’re undertaking a bathroom renovation, adding an outlet inside of a drawer or cabinet is a way to conveniently power electric razors, hairdryers and more styling tools. If you add in a USB plug as well, you’ll keep your phone charging while you get ready to take on the day.

This idea can also carry over to creating a charging station in your bedroom or living room. Install a couple of plugs in the back of a drawer and let your devices charge without the unsightly wires sprawling everywhere.

Recessed outlets in the kitchen are becoming increasingly popular, and for good reason! Keep your kitchen surfaces free from wires until you need them by conveniently hiding those not-so-pretty plugs. There are a variety of pop out outlets that let you stylishly hide your outlets when you don’t need them.

If you’re in need of a little help updating your outlets, we’d love to give you a hand with your spring renovations! Call Mr. Electric today to find out more.

One of the least understood terms in LED Lighting is efficacy, or in simpler terms, how efficient is the light. It is typically measure in lumens/watt. Today, efficacy is becoming more and more important because efficacy varies greatly from product to product. What the consumer needs to be wary of is that you should not be mislead into thinking that just because you are switching from HID or fluorescent to LED that you are getting the best savings available. You also need to look at how efficient the LED product is to maximize the savings.

Here is an example of how this works. Let’s look at a two USA Made competitors LED Retrofit Kit compared to our 4th generation LED kit. All three units are designed to replace 400W HID

From this table, you can see that all products produce over 13,000 lumens, with the MyLEDLightingGuide product producing the most at 14,528 total lumens. It also consumes the least amount of energy of the three units at 105 watts, compared to 130 and 135 watts. For the record, all three products come with a 10 year warranty on the head and a 5 year warranty on the driver. MyLEDLightingGuide also offers a 10 year warranty on the driver as an optional upgrade.

But what does this all mean in terms of saving you $’s. Let’s take a typical scenario. Let’s say these retrofits are installed in MyLEDLightingGuide 105W retrofit kit. Multiply this number over 10 years and by the number of fixtures you have to replace, and this is real dollars. And let’s not forget the MyLEDLightingGuide retrofit kit is also much brighter than the competitors products.

So efficacy is important. It saves you money. But a well designed kit will also produce more light. Just think, without efficacy we wouldn’t have as great of savings, nor would we have more light production from the same amount of power.

Efficacy is huge in the world of lighting, and it is only going to get better year by year. Technology improves, lights improve, and thus; efficacy improves. In 10 years, lights that will be made are probably going to be 5x improved then they are today. And since they are already super efficient today, just imagine that times 5. Now that is efficacy!