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When using our custom T-slotted aluminum extrusions, you simply insert a T-nut and fastener into the extrusion and tighten it to create a durable, strong and lightweight structure that is both functional and attractive.

Between 1920 and 1960, tens of thousands of houses were built in the United States. Almost all of them had two prong outlets. Many of them still do. While the majority of Indiana’s houses were built in the 1990s, there are more than 8,600 currently for sale built between 1920 and 1960 in the Hoosier state. Many more off the market. If you live in a house with two prong outlets, you might want to consider an upgrade. You are at risk for more than inconvenience when you try and plug in your 21^st century TV into one of these outlets.

Risks Associated With Two Prong Outlets

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There are two risks associated with two prong outlets: electrocution and power surges. Both of these issues have to do with the fact that the wiring in two prong outlets isn’t grounded. In outlets built since 1962, U.S. electrical code has required all outlets be constructed with a ground wire. This ground wire protects electronics and people from electrical surges and faults by providing a pathway for extra energy to escape the house’s circuitry. When a fault or surge occurs with grounding, the energy travels through the ground wire to the electrical panel. There, it will trip the circuit breaker or blow a fuse, thereby shutting down the circuit before damage (hopefully) occurs. The energy then continues through the ground wire into the earth below the structure, where it dissipates harmlessly.

Without grounding, it’s also impossible to protect your electronics and appliances with surge protectors. Surge protectors work only if they are can connect to a ground wire. Without this wire, they offer no better protection for electronic devices than do multiprong outlets.

Two Prong Outlets are Not Up to Code

Upgrading your home’s electrical system can cost between 5 and 15 percent of your home’s value — a price tag many people cannot afford. With this in mind, regulators determined that homeowners with two prong outlets need not upgrade them. However, that doesn’t mean they’re the safest option.

For more than 50 years, code has required all new construction have grounded, three prong outlets. More recently, U.S. electrical code has required that not only outlets be grounded but that outlets in areas with water present have a GFCI. A GFCI, short for ground-fault circuit interrupter, protects people from electrical shock by cutting off the circuit if a short circuit occurs. (A short circuit is when energy is directed out of the regular circuit pathway through a path with little or no resistance.) If that short circuit occurs because a person is being electrocuted, a GFCI can save their life.

No such protection is available with a two prong outlet.

Two Prong Outlets Suggest Other Problems

Two prong outlets also raise flags about other electrical issues that may be present. Homes built before 1965 were built with 30- or 60-amp fuse panels. While 60-amp fuse panels were made with at least one 240-volt wire for larger appliances, 30-amp fuse panels only provide 120-volt wiring, and they are inadequate for modern household electrical needs.

60-amp fuse boxes are problematic because they, too, cannot handle well modern requirements upon electrical systems. In comparison, newly constructed homes today are built with 200-amp circuit breakers (the service panels that replaced fuse boxes).

When there is too much energy running through a wire, the wire heats up, putting the house at risk for fire. Too much energy (electricity) will also blow fuses. You will have to constantly replace if your fuse box’s amperage rating doesn’t meet your needs.

Another problem to be on guard for when two prong outlets are present is the lack of grounding in outlets that have three prongs. If a house has both two and three prong outlets, it means that the three prong outlets were installed for convenience and that they’re not actually grounded. It could also means that only part of your house’s electrical system is grounded.

You will want to test your outlets to find out whether they are grounded or not. If the three prong outlets are not grounded, regulations require that you label them with the words “No Equipment Ground.”

Four Ways to Upgrade 2 Prong Outlets

To upgrade your two prong outlets, you cannot simply add a three prong outlet. While this will solve the convenience issue, it will not solve the safety issue.

If you truly want to address your two prong outlets and make them safer, you have four options.

Option 1: Rewire Your Outlets

Your first, and best, option is to hire an electrician to rewire your house’s outlets and its electrical panel. If the expense is a concern, consider having your electrician rewire select outlets into which you will plug larger or more sensitive electronic devices, such as a computer or game counsel.

Note that this is not a project you can do yourself. Only a certified electrician has the expertise necessary to run a ground wire from the outlet to the service panel and then properly ground it.

Option 2: Ground Three Prong Outlets with the Metal Housing Box

Many two prong outlets were installed in metal boxes. While the circuitry itself wasn’t grounded, these individual boxes oftentimes were. If your house has two prong outlets with metal boxes, it is possible you can ground your outlets without overhauling the wiring.

To find out whether the metal housing is grounded, purchase a circuit tester. Insert one of the tester’s prongs into the hot slot (the shorter slot in the outlet). Put the other prong onto a screw holding the cover plate. If the tester lights up, it means the metal box is grounded.

If the box is grounded, you can install a three prong outlet and ground it by attaching it to the armored, or BX, cable in the back of the box.

Option 3: Install a GFCI at the Outlet

The third option to upgrade a two prong outlet is to replace it with a GFCI. While a GFCI will not protect your electronics from power surges, it will protect you from electrocution and short circuits. If you replace your ungrounded, two prong outlet with a GFCI, you must label it with “No Equipment Ground.”

Option 4: Install a GFCI at the Circuit Breaker

It’s also possible to replace your two prong receptacles with three prong ones and add a GFCI circuit breaker at the service panel. Doing this will likewise protect you from electrocution. If you do this, you will have to label outlets with “GFCI Protected, No Equipment Ground.”

Whatever you decide to do, we recommend having a certified electrician complete your electrical work. Safety is always a concern when working with electricity, and an expert will best take care of your home.

Need to troubleshoot a dead outlet? Purchasing a multimeter, the go-to tool for diagnosing electrical problems, could allow you to investigate and address outlet issues. Not sure how to test an outlet? Read on, and the experts at Mr. Electric® will help you learn how to use a multimeter to test an outlet.

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What Can a Multimeter Tell You?

A multimeter can help you determine:

• If power is actually reaching an outlet
• If the outlet is properly grounded
• Whether wiring within the outlet is reversed

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How to Test an Outlet with a Multimeter in 8 Simple Steps

1. Learn the essentials of outlet testing safety.
   Because you will be performing these tests on a live outlet, ensure safety by holding both meter probes in the same hand. This will prevent shock from passing through your body. Never allow the metal portion of the probes to brush each other or touch, as this can create a dangerous short circuit.
2. Get to know outlet geography.
   Modern outlets have three slots: one for hot, one for neutral, and one for ground. The rounded half circle is the ground, the longer slot (left) is the neutral and the shorter slot (right) is hot. Remember that any of the three wires can carry current, so treat each one with caution.
3. Adjust your multimeter.
   Set your meter to measure voltage. Select the alternating current (AC) function on the multimeter, which is often depicted with a wavy line. The DC function will have a solid and a dashed line.
4. Connect the leads.
   Push the short, thick connector (called a ‘banana plug’) of the BLACK lead into the connector labeled ‘COM’ (it may have a minus “-” sign beside it). Then, plug in the RED connector labeled with a “+” or horseshoe symbol (the Greek letter Omega).
5. Measure the voltage to determine if the outlet has power.
   Using one hand, insert a probe into each vertical slot on the outlet. Red goes in the smaller slot, black into the larger one. A properly functioning outlet will give a reading of 110-120 volts. If there is no reading, either something is wrong with the wiring in the outlet or the circuit breaker is tripped.
6. Determine if the outlet is properly grounded.
   Keep the red lead in the small slot and move the black lead and place it in the ground (Uu-shaped) outlet slot. The reading should remain the same. If it doesn’t, the outlet is improperly grounded.
7. Check if the wiring is reversed.
   Place the red lead into the large slot and the black lead into small slot. If you get a reading, the wiring is reversed. This won’t affect simple equipment like lamps but can cause issues for more sophisticated appliances and electronics.
8. Determine problems with a particular appliance.
   Learn “How to Make Electrical Tests” with the help of Mr. Appliance, a fellow Neighborly® home services company.

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Count On Mr. Electric for Safe, Prompt Electrical Service

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Need to resolve your outlet issue? Avoid a hair-raising electrical experience. Your local Mr. Electric will be happy to help with any electrical projects you’ve been putting off. Schedule an appointment online or call us at (844) 866-1367. Contact Mr. Electric today.

This blog is made available by Mr. Electric for educational purposes only to give the reader general information and a general understanding on the specific subject above. The blog should not be used as a substitute for a licensed electrical professional in your state or region. Check with city and state laws before performing any household project.