The power goes off and on at random times and often when you least expect it. When it happens, it is a minor nuisance that requires you to reset clocks and turn back on whatever appliance you are using. You don’t typically think of that few seconds of the power going off and then going right back on as serious. It is. Those little power outages are killing the life of your appliances and damaging your sensitive electronics. Every time the power flickers or surges, anything that is plugged in is basically getting a jolt. An electrician in Los Angeles wants you to save your electronics and appliances by investing surge protection. The team at The Electric Connection can get your home protected in just a few short hours.

Every day, little surges of electricity are sent through the lines and into your home. You may hear your refrigerator compressor kick on when nobody has left the door open or your lights may get suddenly brighter or dim. These are all signs of a power surge explains an electrician. Los Angeles homeowners may notice these things happen if they run more than a couple appliances at a time or when something like the AC unit kicks on. The electricity is pulled from the other appliances and electronics to run the AC, which is a lot like cutting off the supply. This makes everything else, including the AC, work a little harder and not run quite as it should. This is what causes the damage.

The fix is to have a whole house surge protector installed at the electric panel by a Los Angeles electrician. This will control the electrical flow and prevent those surges from happening. If the power goes out and comes right back on, the surge protector will prevent any one appliance from getting a jolt of electricity that may fry the board. Give The Electric Connection a call today and schedule your surge protection installation.

The use of electricity understandably increases during winter when sunlight is limited, the days are shorter and the temperatures down to freezing. The need for warmth and the desire to stay indoors translates to an increase in the use of electricity, which in turn increases the risks that are associated with electricity.

There are several electricity-related problems associated with winter that can affect homeowners during this season. People who own homes should be extra vigilant because among other things, the severe weather can cause power outages, fluctuations and other electrical hazards following heavy snow, rain and strong winds. These power abnormalities are the ones that cause all manner of trouble in homes and other places where electricity is in use.

Preparedness is the key to ensuring you as a homeowner, stay safe from electrical hazards during the winter months. Below are some basic electrical tips that always help in getting ready for winter in this regard:

A modern convenience often taken for granted, electric power, can be found everywhere. To route electricity from the power station to your wall outlet requires many steps. Residential house wiring includes a variety of wiring and control devices to ensure safe and reliable service.

Electricity in the home is distributed by means of branch circuits. Furthermore, each branch circuit is supplied via a circuit breaker sized per the expected load on the circuit. A typical lighting and receptacle circuit will be rated at 15A. Because of their size, larger loads like ovens, clothes dryers, and air conditioning units are given dedicated circuit breakers.

A typical home can have dozens of 15A circuits, and several 20A, 30A, or even 50A circuits. Yet the total of all these breakers is much more than the size of the main breaker. However, this is intentional. It’s highly unlikely that every circuit will be fully loaded at any one time, so a demand factor is taken into account to keep the main breaker at a reasonable size.

A wood-framed home will typically use solid copper non-metallic sheathed cable for the majority of wiring applications. Solid conductors are easy to terminate and cheaper than equivalent stranded wire. The AWG size of the wire is determined by the expected load on the circuit and by the size of the breaker protecting it. You should never connect a wire to a breaker that is too large to protect it, as an overloaded wire can easily catch fire.