Summer days are the time to be outside enjoying the sun and warmth. Kids love to play outside and take advantage of their days being free. However, in our very technological world, kids tend to be “plugged in” a lot. All those electronic toys can be great fun, but as adults know, electronics and water don’t mix. Water play is a big part of summer. It is important to teach kids some important lessons about enjoying summer days outside around electricity. A Los Angeles electrician has a few tips to help you keep your kids safe this summer. You can rely on The Electric Connection to provide you with more information should you need it.

*Trees that are near power lines should never be climbed. Parents should point out the power lines near trees and explain how a falling branch could catch a live line and cause serious injury.

*Avoid building tree houses or raised play houses around power lines.

*If you have a backyard pool, make sure the electrical outlets are far enough away from the pool that there is not an electrocution hazard. Educate the kids about bringing in the gadgets that may be plugged in. This applies to the hot tub as well.

*Ensure there are enough outlets outside for any appliances to avoid running extension cords across the patio or yard. If you need more outlets, contact an electrician. Los Angles homeowners can have additional outlets installed outside to accommodate your electrical needs.

*Discourage children from throwing anything at power lines or utility poles.

*Remind children kites should only be flown in areas that are free of power lines.

*Children should never attempt to climb utility poles.

These tips can help save lives. Always set a good example when working around electricity. If you have any questions or would like to have outdoor outlets installed, give The Electric Connection a call today.

When you’re shopping for new heating and air conditioning equipment, you may want to give a second thought to a heat pump. Heat pumps use electricity to heat a home, but they do not use nearly as much energy as conventional electric furnaces. Plus, a heat pump is primarily an air conditioner, so you get an all-in-one system that requires less maintenance and works more efficiently.

Want to know more? Our heating and AC technicians are here to answer all of your questions and make sure you end up with the right home comfort equipment for your home. For more information, contact our friendly technicians, and read on for a brief overview of the heat pump system.

A heat pump uses your central duct system to move heated or cooled air out to the various rooms of the home. It also has an outdoor compressor unit, just like a conventional whole-house air conditioning system. The indoor unit is joined to it by the refrigerant line.

Refrigerant is a chemical blend capable of moving heat from one place to another. When in cooling mode, refrigerant absorbs heat from the inside of the home and moves it outside. That’s how the cooling process is started.

A reversing valve works along with some other parts to give a heat pump the ability to switch into heating mode. The refrigerant can work in reverse and also absorb heat from the outdoors and move it inside for whole-home heating.

What makes a heat pump so efficient is that the process of moving heat from one place to another uses so much less energy than the process of generating heat (like furnaces and boilers do). When you examine other electric heaters, like portable units and electric furnaces, there is no comparison in the amount they are able to save each month.

Sometimes, a gas heating system is a better option. Efficiency does suffer as temperatures drop, and the cost of gas heating is typically lower than the cost of electricity. Ask a technician to help you decide what the best choice is for your home.

Electrical conduits are an electrical piping system made of plastic, metal, or fiber, that are used to provide wiring or cable route to protect it. The use, form and installation details for electrical conduits are specified by the wiring regulations such as the US National Electrical Code (NEC) or other national or local code.

The location of an electrical conduit will usually determine what kind of material may be used. Since electrical conduits are used mainly in the outer wall surface in exposed locations, they are made of a material that is either flexible or rigid.

The following are the most commonly used materials:

Rigid steel The type of conduit system that is to be applied depends upon the wall thickness, mechanical stiffness and the material used to make the tubing. The material can be chosen for mechanical protection, corrosion resistance and for cutting the costs on installation charges. As far as wiring regulations for electrical equipment in hazardous areas are concerned, certain kinds of conduits need to be used depending on the regulation specifications.

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.