In the late sixties, and early seventies aluminum wiring began to be used because most available copper was going to the Vietnam war effort. However, aluminum wiring is not ideal for small home electrical systems.  The electrical devices at that time were not designed to handle the high temperature coefficients of aluminum wiring. Aluminum wires can also expand in diameter and length as they get hot, they can actually back out the screw terminals, causing a loose connection. This, in turn, can cause heat, which can ultimately lead to a fire.

After problems with aluminum wire termination became known—including one notable house fire—the UL (Underwriters Laboratories) and other agencies adopted new safety regulations and put more restrictive standards in place. However, many homes from the 60s and 70s still do not have safe aluminum wiring terminations. But there are a number of ways to solve this problem without having to rewire a home.

Consumer Safety Council Recommendations

According to the Consumer Safety Council, there are only two approved methods that splice aluminum wire to copper wire:

These standards have caused acceptance problems with home inspectors and insurance companies, which has led to homeowners paying 2 to 4  times as much as they should to have their aluminum wiring terminated.

You must have heard how it’s important to unplug your mobile device chargers when they aren’t connected. That’s because these chargers continue to drain electricity. While this is a fact, the truth also is that the amount of power that mobile phones and other similar devices draw, is minuscule compared to the amount of power that larger electrical appliances and equipment in your home or commercial premises use.

The electronics we are referring to are the modern, advanced ones that have standby settings; they significantly escalate your utility bills even when they aren’t being used. These energy guzzlers can easily account for up to 10% of an average-size home’s energy consumption.

As mentioned at the start, mobile phone chargers are a very good example of energy guzzlers as they don’t perform any function when they aren’t charging the phones; and there is absolutely no downside to and ensuring they are unplugged most of the time. One more classic example is the microwave that uses more standby energy compared to a mobile device’s charger; this is because the former powers a digital clock.

But it’s common for people to leave that plugged in, as many people tend to use it to check the time when they are in the kitchen. These types of devices don’t account for sizeable energy wastage; however, video games, computer, flat screen TV and home theatre systems are entirely a different story. These appliances are becoming increasingly sophisticated and use advanced technology and over the years manufacturers have begun focusing more on the amount of time it takes for these machines to start up.

That is how the “standby mode” came into existence. That isn’t an “off” mode; when a device is in the “standby mode” it continues to draw power to keep various components and processes working; this helps “wake them” very quickly once you want to use them again. In most cases, the default standby settings aren’t the most energy-friendly, but you can customize them to suit your requirements. You will be able to find more information in the product manuals that come with these devices; alternatively, you can look in the device’s settings menu for the different power options.

Though these advanced technology electronics can be an energy-drain, the simplest and fail-safe method of preventing this from happening is to pull the plug. The sure-shot way to stop devices from driving up your utility bill is to disconnect them from the devices. If you find this too inconvenient, you can utilize power strips. When you hit the main power button on the power strip, the power gets fully disconnected even when you leave the strip plugged in.

The other way to add to the energy-efficiency of your home is to look for devices with higher energy star ratings when you are purchasing any new appliances and equipment. Check on which devices use less power when they are in standby mode as well. If you have any energy-efficiency concerns about any appliances and installations in your home, call Allround Electricals today.

Have you ever noticed a small spark when you plug an appliance into an outlet? This may be normal or it could be cause for concern, depending on the size and frequency of the electrical outlet sparking. It’s important to recognize the difference between a normal spark and a dangerous one—as well as possible causes for outlet sparking—so you can pursue an electrical repair if necessary.

The supply line that carries electricity through your home measures about 115 to 240 volts with a frequency of 60 hertz. In layman’s terms, this means the flow of electricity runs very fast and hot through the wires behind your walls.

Electrical outlets tap into this fast-flowing stream of electricity, powering everything from your lamps to your laptops to your coffee maker. A small blue spark arcing from the outlet to the plug can occur as the appliance suddenly draws amperage and electrons begin to flow through the cord. Once the flow steadies, the spark should disappear. This type of electrical outlet sparking is completely normal and comparable to static electricity.

Electricity generates heat as it travels through wires. Insulation surrounding a wire may begin to melt, exposing the bare wire. If it comes in contact with the metal outlet casing or even another wire, electrons can leap out of the wire and create a dangerous spark. This is called short circuiting and could cause an electrical fire if not repaired promptly.

Short circuits may be caused by a number of things, including old outlets with loose connections and too many appliances being plugged into the same outlet via a power strip or extension cord.

Water and electricity don’t mix. That’s why bathrooms should have special outlets called ground fault circuit interrupters (GCFIs). These outlets automatically shut down the circuit when they detect water, which can help prevent electrocution and house fires. If the bathrooms in your home have ordinary outlets, you should have an electrician replace them with GCFIs.

If you’ve had an electrical problem in the past, you may have attempted to perform a repair yourself or used a cheap electrician. Electrical wiring can be extremely dangerous if you don’t the proper licensing and qualifications and lead to potentially serious issues, electrical outlet sparking being just one of them. Fortunately, a professional electrician can undo the damage and make your outlets safe to use once again.

When you need a repair for electrical outlet sparking, Kolb Electric is the company for the job. We hire only licensed, fully qualified electricians to handle important outlet wiring repairs in your Maryland, Virginia or Washington DC home.

Contact us today to schedule an appointment or call 877-287-1179 to have an emergency electrician sent straight to your home.

You have probably heard it time and again; we need to reduce the demand on our natural resources. We also know we should be saving a little more for our retirement, but it seems like there is no way around the basic monthly bills. No matter what you do, it may seem like you are still breaking even. You shut off lights and walk to work once a week, but the electric bill stays the same and your gas bill is the same. That is likely due to rising rates. Imagine if you didn’t make an effort to reduce your monthly bills? You would be paying more! Your Pasadena electrician is here to encourage you to learn about phantom power and to do your best to fight back against it. You can always call The Electric Connection if you have questions.

Phantom power is a very real thing! You can put a few extra dollars in your pocket every month by fighting back against this electricity sucking phenomena, but it will require your whole house to be on board. According to the Lawrence Berkley National Library, every home has about 40 appliances in the home that remain plugged in around the clock. The appliances may rarely be used, but we keep them plugged in because it is convenient. This is costing us money. In fact, it is estimated phantom power accounts for about 10 percent of an electricity bill. So, assuming your electric bill is $100 every month, $10 of that is all for naught. For the blinking light on the DVD player you haven’t used in a month or the cell phone charger that stays plugged in all day and night whether your phone is attached or not.

If you are not completely sure what phantom power is or have more questions about it, call your electrician. Pasadena residents can count on the team at The Electric Connection to provide the answers to your electric questions.