Are you sporting the latest in mobile technology? Smartphones, tablets, and various mobile devices are all the rage these days, going out of date faster than the milk souring in your fridge. And while you’re likely spending a lot of money keeping up with them, it’s a good bet you haven’t bothered keeping up with the outlets that keep them powered for your convenience.

Besides preventing you from plugging in 3-prong appliances, ungrounded 2-prong outlets present a substantial safety risk: a risk of electrical shock to you, and a risk of frying your expensive electronics.

Simply replacing that old 2-pronger for a 3-prong outlet will NOT solve the problem, but instead create an electrocution and appliance hazard. Rewiring the panel with a 3-wire circuit is crucial to providing the necessary ground. You may also consider upgrading to a GFCI , which is less expensive and prevents shock-related issues, but this solution will not provide the necessary ground to protect sensitive electronics.

Without properly grounded outlets, surge protection is a no-go. Whether you buy a $10 surge protector or a $200 one, it offers no protection whatsoever to your appliances without adequate ground.

GFCIs protect you from electrical shock in rooms with increased risks, such as those that could be exposed to water. GFCIs are identified by the “test” and “reset” buttons on receptacles. These devices save lives by immediately stopping the flow of current when it travels along an unintended path - such as into you. They are currently required for use with dishwashers, in baths, kitchens, laundries, garages/utility rooms, crawl spaces, unfinished basements, spa/pool areas, and home exteriors.

Upgrade to GFCI outlets. It’s not worth putting your family at risk to postpone this upgrade. Fear not if your home is older. GFCIs work with or without grounding, and are easy and inexpensive to install.

The CPSC (Consumer Product Safety Commission) estimates the installation of GFCIs in household branch circuits could prevent more than 200 electrocutions and thousands of electrical shocks and burns in and around the home annually.

It’s not the mess, the whining, or the drooling, it’s those childproof outlets your home is missing. In older outlets, all a child has to do is stick an object in a single prong to suffer electrical injury. Whether children live with you or only come for the occasional visit, childproof outlets offer inexpensive, effective protection against dangerous electrical shocks and burns resulting from tampering.

Adding childproof outlets is a simple and inexpensive child protection solution. Childproof outlets require the use of equal pressure in all prongs of the outlet simultaneously in order to allow for the flow of electricity. They are just as easy to use as traditional plugs for adults, yet still provide essential protection for children. Upgrading to childproof outlets is simple, permanent, and inexpensive, mere pennies more than traditional receptacles. They are so effective that they are now required in all newly built homes.

Of the over 2,400 electrical shocks and burns resulting from children toying with outlets annually, 70 percent occur in the presence of adults.

These outlet types are mandated in new homes today because unlike their predecessors, whose main function is merely to deliver electricity, these outlets save lives. Still not convinced? Consider the small cost of upgrading the outlets in your home to the enormous cost of dealing with any of the situations above. You might think your home safe, but is it?

Upgrade your outlets – not your smartphone. They’ve been patient long enough. Contact Mr. Electric® today.

You are searching for a local electrician.  You Google local electrician but find hundreds of search results.  Rest assured if you are reading this and you live in the Des Moines Iowa metro area and surrounding communities you have found a highly qualified local electrician.  We are central Iowa’s primer local electrician and are ready to help you with your residential or commercial electrical project.  Go with a trusted local electrician.  Go with Custom Electrical Services, we are a local electrician and open 24 hours per day.

When choosing a local electrician there are important things to consider.  You want to make sure you are getting the most qualified and rebuttal local electrician for your project or electrical repair.

We will only send a trusted and local electrician to your home.  Only choose a local electrical contractor that uses independent third party verification of its employees.  We only employ local electricians that receive the technician seal of safety.  Your safety is of the up most important to us!  Call Custom Electrical Services today and have one of our trusted local electricians provide you with the best customer service experience possible.

Go with an local electrical contractor that never closes!

Categories: Local Electrician« Team Member Spotlight  |  Ceiling Fan Winner! »

When I was a kid growing up in Los Angeles, I never saw a ceiling fan in my friends’ homes. We called them “swamp coolers,” and they appeared as props in movies that were set in the deep South or in Casablanca.

While I never saw a real one as a kid, ceiling fans date back to the late 1800’s, when they were originally powered by water. In 1882, Philip Diehl, the German-American inventor of the motor for Singer sewing machines, adapted his sewing machine motor for the ceiling fan. Electric ceiling fans grew in popularity and were quite commonplace in both America and abroad by the 1920’s. Movies from the 20’s often feature them in restaurants and hotel lobbies.

Between the 1930’s and 1950’s in the U.S., however, the fans went out of vogue. Thus, my lack of experience with them as a child (which dates me as a Baby Boomer!) However, with the oil shortages of the 1970s, we started to wake up to the cost of electricity, and the fans experienced a revival. Since the 1970’s their popularity has gone up and down, but has been in uptrend since about 2000, when energy conservation again became a priority. If you would like to save energy and money, check out how ceiling fans can save energy and money in both summer and winter.

Click here to visit our website.

“No two snowflakes are alike.” This is a statement nearly every schoolchild has heard at least once, either while crafting unique snowflakes with a sheet of folded paper and some scissors or while learning a lesson on the science of snow. While even most scientists don’t quite understand what causes a snowflake to form such complex and beautiful columns and points and branches, one thing is for certain, the composition of snowflakes guarantees that no two will ever be identical.  However, it is possible for two snowflakes to appear to be nearly exactly alike.

A snowflake begins to form when a piece of dust catches water vapor out of the air. Water is created when two hydrogen molecules attach to an oxygen molecule. The two hydrogen molecules are angled from one another in such a way that they form a hexagonal shape when they come together during the freezing process; thus, a snowflake begins as a simple hexagonal shape or as layers of hexagons called diamond dust. The emergent properties that follow from the original hexagon are what differentiate one snowflake from another, as the humidity, the temperature in the air, and many other factors (some of which remain unclear to scientists) allow each snowflake to form in an entirely unique way with a seemingly endless variety of shapes.

However, in 1988, a scientist named Nancy Knight claimed to have located two that were the same while studying snowflakes as part of an atmospheric research project. And it appeared to be so; when put under a microscope, the emergent properties looked nearly identical. But while it is feasible that two snowflakes can appear to be exactly alike on the outside, they are never identical on an atomic level. Deuterium is an atom that appears attached to about one in every 3000 hydrogen molecules in the air. Because there are millions of atoms that make up a snowflake, the random assortment of deuterium in any two snowflakes—even in two that so very closely resemble one another—simply cannot be the same.