How To Install A GFCI Outlet

If you have recently bought a GFCI outlet self-testing and tamper-resistant, the next step is the installation. Here is everything you need to know about how to do it safely and turn a regular receptacle outlet into a GFCI outlet.

Turn The Outlet Off

Before you install a GFCI outlet, use an outlet tester to verify there is no electricity in the outlet. You don’t want to be replacing anything with the electricity on. You can turn it off at the circuit breaker box, with the corresponding circuit.

Remove The Old Outlet

Next, take off the electrical plate using a flathead screwdriver. Unscrew the outlet from the box. Pop it out.

Remove Old Wires

Once the outlet is out of its box and hanging there, you will need to disconnect the wires. If you have more than three wires, you’ll need an electrician to move forward. Cease the install. Schedule a professional-grade installation instead.

How To Disconnect Outlet Wires

If you do have three wires in your outlet, first disconnect the hot wire.

This will be on the far right. The hot wire is what brings electricity to the outlet. It should be black in color and connected with a screw. You can do this with a flathead screwdriver.

Next, do the same with the neutral wire on the far left side which connects the electrical circuit and sends the signal back to the box. This should be a white wire.

Lastly, remove the grounding wire which will be connected to the bottom of the outlet, typically in green or bare.

Rewire Your GFCI Outlet To The Circuit

Use your pliers or wire cutters to make sure the wires are straight in the wall and ready to be plugged into a GFCI outlet. Your GFCI outlet will have line screws and load screws. You’re exclusively rewiring the line the GFCI outlet to the line screws. The load screws are strictly for electricians. Only proceed to rewire if you know where your line screws are.

Unscrew the screws and insert the wires into the holes of the outlet. Start with the grounding wire and then tighten the screw. Next, do the neutral. Lastly, the hot wire.

Finish Up

Screw the GFCI into the outlet box carefully bending the wires so that they do not teach one another.

You will need to replace the outlet plate as the older plate is probably not going to fit. They generally don’t when switching from a standard outlet to a GFCI. Lastly, turn on the electricity and test it.

Buy a GFCI outlet today at and do the installation yourself. It’s easy, quick, and straightforward. You’ll be happy to make the switch to GFCI outlets which are often more dynamic and of a higher quality.

5 Reasons Why Your Home Should Have A Surge Protector

Power surges are tricky buggers. In fact, you may not even notice when they occur. At any moment, your house could be hit and all it would be is a small flicker of the lights. A toaster overheating. A microwave with too much power. A cheap tech device that doesn’t safely manage its power. All these things can cause power surges.

Most of the time, with a power surge, your devices will be safe. That said, all it takes is one time. Anyone with important information on a computer, a medical device plugged in, or some expensive electronics, among other things, buying a surge protector makes a lot of sense.

Here are 5 reasons why your home should have at least one surge protector plugged in.

You May Prevent A Fire

Especially if you have old wiring or improperly installed electric cables, the right amount of electricity in a power surge can overload an outlet and cause a connected appliance to spark. Every year, thousands of fires are started from faulty and/or malfunctioning wiring like this. Surge protectors are your best bet to totally eliminate this hazard.

Some Power Surges Are Internally Generated

There are two types of voltage surges – external and internal. An external cause comes from outside your home’s electrical system. Those are much rarer than internal surges which will come from our devices. That type of surge sends power to your circuit breaker and spreads it out. This potentially damages other circuits that you may have thought were fully protected. A surge protector protects you both ways, ensuring whatever is plugged in is not subject to any malfunctioning electrical components outside of the device’s own design.

You Guarantee Protection

Most homes are wired in a way to protect devices from harm in the event of a power surge. A homeowner doesn’t have certainty though. When you use a multi-outlet surge protector, you have that certainty. You ensure whatever’s plugged in is fully protected against any sort of electrical issues that come from the breaker panel.

If You’re Already Buying A Power Bar…

If you’re already expanding the outlets you have available with a power bar, spend a few extra bucks and get a surge protector power strip instead. In some cases, they even come out to the same price. You don’t have to pay much extra and in addition to more outlets, you get surge protection. It’s a win-win.

Small Surges Degrade Performance

A home is hit by small surges every day. A few aren’t going to make a dent – most of the time. Wear and tear over the years can occur from these power surges on appliances like air conditioners, ovens, microwaves, toasters, and high-tech electronics. By using a surge protector, you guard against this gradual damage.

Shop a high-quality multi-outlet surge protector from and protect your home, devices, and appliances.