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Gfi Receptacle
How to reset a GFCI receptacle duplex outlet plug
What Are In Use Receptacle Covers?
Using landscape lighting to decorate home exteriors has become an increasing trend in Atlanta. After all, we want our home to appear elegant and inviting. At the same time, we also like our home to be safe for our friends, family, and pets. Utilizing electrical contractors in Atlanta to install in use receptacle covers is certainly one of the most cost effective and safest options to add to the aesthetics of your home.
Know more about in-use receptacle covers
According to the National Electrical Code (NEC) 2005 406.B(1), all the 15 and 20 Amperes, 125-250V electrical receptacles installed in the wet areas of a home should be protected by a weatherproof enclosure even when a plug cap is inserted.
In-use outlet covers are weatherproof covers that allow a cord connection to be plugged into a receptacle outlet and the cover can close while in-use while exposed to weather. These devices help you safely operate the outlet while protecting it from natural elements at the same time.
They also reduce the chances of electric shocks, burns, as well as electrocution in small children. These covers were initially used only outdoors, but are increasingly being installed by Atlanta electrical contractors to cover the receptacles mounted on walls, floors, and ceilings of your home. The good news doesn't end here. It is possible to get outlet covers in various shapes and colors that can blend well with your home décor, thereby adding to the aesthetics.
Features of a good in-use weatherproof outlet cover
It is now possible to find economical and easy to install receptacle covers in the market that have the following characteristics:
- Variety of sizes: - It is possible to find these weatherproof outlet covers in standard sizes, as well as covers with two 1-gang depth and one 2-gang depth. You can select a size depending on the equipment for which you would be using the outlet.
- Easy to install: - The new range of in-use receptacle covers come with snap-on inserts and can be easily attached to the wiring device. Therefore, you or an electrician will not need to use any tools or follow any complex procedures for installing these covers. You can find these covers for outlets that are mounted both vertically and horizontally.
- Different configurations: - Every in-use outlet cover usually contains an individual GFI snap on, a toggle, an individual duplex, as well as 4 other round receptacle openings. The receptacle covers also comply with NEC standards for use in damp and wet areas.
Get a licensed Atlanta electrician to install weatherproof coverings and protect your family from electric shocks and burns, as well as increase the life of your receptacles.
About the Author
Install in-use receptacle covers so that you can safely close the cover while the outlet is in-use. Searching for Atlanta Electrician to help you with your in-use covers. If you need help with any electrical service for the Atlanta area, contact McCall Enterprises at Electrician Atlanta. Also, visit Electricians Atlanta
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Frequently Asked Questions...
What's probably causing this GFI to kick?
A GFI protected circuit runs to a junction box outside the house. At the junction, the circuit is connected to an ungrounded line running to a receptacle housed in a "receptacle box". In dry weather, this line works fine but during rains the GFI kicks.
Obviously there is moisture in the system. My question is exactly what kicks a GFI? I found some water in the "receptacle box" but there is no visible water on the connections. Would the mere presence of water in the 'receptacle box' cause the GFI to kick or does there have to be direct water contact with the line? Is the GFI so sensitive that mere water vapor would cause it to kick?
Answer:
A ground fault is a current flowing between the hot and ground. Since there should be none, the GFI is designed to trip at very small values.
The current is caused by a failure of insulation. It usually takes water to be present on the insulation to create the fault current. Its very unlikely water vapor will do it at 120v even though the GFI is sensitive.
Also, when this has happened, particularly a few times, the current path starts to leave an arc path and is sometimes visible.
































































