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Aurora Electrical Contracting, Inc.
4.4(
17
)
Electric Vehicle Charging Station Installation - For Business - Materials Provided by ConsumerElectric Vehicle Charging Station Installation - Materials Not ProvidedElectric Vehicle Charging Station Installation - Materials Provided by Consumer+5 more

Serving Waterford, VT and surrounding areas

In business since 2014

Free estimates

Credit card accepted

"Jay Messer was timely, professional and skilled. He replaced a non-functional GFCI outlet, replaced two light fixtures, moved two outlets, removed several non-functioning exit signs and emergency lights, and identified a formerly unidentified switch, solving a mystery for us. We are very happy with his work and would look to work with Aurora Electrical Contracting on future projects."
Response time1 day
Response rate90%
Recommended by93%of homeowners
Avatar for Ivers Electric and Controls, LLC
Ivers Electric and Controls, LLC
5.0(
5
)
Ceiling Fan - InstallCeiling Fan - RepairElectrical Switches, Outlets & Fixtures - Install or Repair+5 more

Serving Waterford, VT and surrounding areas

In business since 2015

Warranties offered

Small jobs welcome

"We were very pleased with how quickly he called to find out what we needed and to fit us in his busy schedule. Very professional, was able to fix the electrical issues we had in a timely matter. We will absolutely hire him again if we ever need any more work done."
After
Before
Response time3 hrs
Recommended by100%of homeowners
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Electrical questions, answered by experts

Dehumidifiers typically use 300 to 700 watts of electricity per hour, whereas portable dehumidifiers use about 40 watts per hour. The exact amount of electricity your dehumidifier will generate depends on its capacity and energy efficiency. Generally, higher-capacity dehumidifiers generate more electricity than lower-capacity units, but they also usually have better energy efficiency over the long run.

Yes, a light switch still has power even when switched off. Switches only interrupt or continue the flow of electricity into a fixture or outlet; they do not shut off the power flowing into the wire. The only way to shut off power in a light switch is to turn off the power at the circuit breaker.

The easiest way to determine the amperage of your electrical outlets is to check the corresponding breaker in your home’s breaker panel. The number is likely noted on the circuit breaker. If that fails, it’s possible to tell 15-amp and 20-amp outlets apart by looking at them. Fifteen-amp outlets have two vertical holes, while 20-amp outlets have one vertical hole and one T-shaped hole. 

Yes, but our analogy with the water hose doesn’t really work here. You see, electrical flow isn’t constant: It ebbs and flows like waves, coming in pulses of power. Hertz measures the rate of change in the flow of electricity, or how often it ebbs and flows. For example, 60Hz means that the electrons pulse through wiring 60 times per second. When they are pulsing, they’re in a brief retreat. Almost all United States equipment is rated for 60Hz.

While it’s not possible to put a main breaker in a main lug panel, it’s possible to convert a main lug to a main breaker. Converting to a main breaker panel offers increased safety, simplified control, compliance with building codes, and adaptation to changing electrical needs, especially when adding new circuits or upgrading the system.

The Waterford, VT homeowners’ guide to electrical services

From average costs to expert advice, get all the answers you need to get your job done.