Why is the electrical outlet buzzing? Will replacing it fix the problem?

I have an electrical outlet that buzzes whenever something is plugged into it. I know it's the outlet that's buzzing and not the appliance plugged into it. The buzzing ceases a few seconds after I unplug the appliance. It is a three-prong outlet and the bottom hole is broken (the bottom edge is busted out). It seems to me that this could be dangerous. Will replacing the outlet fix the problem?

Replace it, before you burn your house to the ground, it may cost you maybe $3. More likely than not that will FIX THE PROBLEM! The attachment of the line to the duplex outlet may be loose, and the broken duplex is not a good thing to ignore. Everyone tells you to turn off the circuit breaker first, but, you are smart enough to know that.

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Save Money With Electrical Tests

You can test hundreds of electrical things in your home from appliances to batteries. It's really quite easy.

Electrical devices convert electricity into another form of energy. Included are large and small appliances, computers, telephones, lighting, and lots more. Electrical things convert electrical energy into movement, heat, cold, light, sound, images, and many other useful services.

All you need to test electrical household things is a low-cost continuity tester or a multimeter available at hardware stores. You can buy a continuity tester for less than $5.00. A multimeter (under $20) measures the amount of power (voltage) being applied, electricity (current) being used, and how much resistance it needs to overcome to do the job. Power is measured in volts (V), current is counted in amperes or amps (A), and resistance is calculated in ohms (O).

There's one more electrical term you've probably heard. Defining it will come in handy as you fix electrical devices. A watt is the amount of power consumed by an electrical device when it is running. A 750-watt toaster, for example, uses 750W (watts) of power when toasting your wheat, rye, sourdough, or other bread in the morning.

Continuity Tester

Electricity needs a continuous path or circuit in order to flow. It's like a two-lane road from point A to point B and back. If one or both lanes are blocked, traffic--in this case, electricity--stops. A continuity tester is useful for checking cords and wires to make sure they can conduct electricity.

To use a continuity tester, follow these steps:

1. Remove the cord from the electrical receptacle.

2. Make sure any switches on the device are on.

3. Place the continuity tester's clip on one prong of the cord.

4. Touch the tip of the continuity tester to the other prong. If there is continuity, the tester will light up. If not, it won't.

Here's what happens: The continuity tester sends electricity from an internal battery through one cord prong and down the wires. If the light gets electrical current from the other prong it lights up, meaning that the path is good. Otherwise, something is stopping it. Remove the cord from the appliance and test each of the two wires separately to see which one doesn't work. If both work, the short is in the appliance itself.

Multimeter

A multimeter (also called a volt-ohmmeter or VOM) is another way of testing continuity. Use it to measure the amount of alternating current (AC or household current) or direct current (DC or battery current) in a plugged-in or live circuit. It can check voltage, too. For example, a multimeter can verify that there are about 120 volts in an AC circuit or that a 9-volt battery is fully charged. In addition, a multimeter can check resistance. A continuity tester checks resistance, but answers yes or no. A multimeter checks resistance and reports how many ohms (the measurement of resistance) a circuit carries.

Multimeters are handy for testing motors, switches, controllers, and many other electrical devices. Refer to the multimeter's instruction sheet for specifics.

Here's how to use a multimeter to test an electric appliance:

1. Disconnect the cord from the power source, except when testing a live circuit.

2. Plug the test leads in to the multimeter.

3. Select the function (ACV, DVC, resistance) and the range (maximum reading expected).

4. Connect the probes to the cord or appliance component.

5. Interpret the reading. Refer to the product manual for tips on what may be wrong and what you can do about it. In addition, there are numerous resources online.

Don't let a simple electrical problem keep you from using the power of electricity. A couple of simple electrical tests can help you in fixing household things that break -- instead of tossing them.

About the Author

Dan Ramsey is the the author of "
Common Repairs Made Easy!
" and 90 other how-to books. Dan also is president of FixItClub.com, offering simple instructions and tips on troubleshooting and repairing or recycling household things that break.

Thank you for reading Prong Appliance, we hope it gives you more information about Prong Appliance.

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