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A wall socket, also known as an electrical outlet or receptacle, is used to plug power cords into the home's electrical wiring system.wall socket It is intended to make it easier for occupants to connect their electronic devices and appliances while helping to minimize the risk of electrical shock, fires, and other safety concerns. There are several different types of sockets in homes and businesses, and each type is designed to accept certain types of plug connectors.
Most wall sockets are located on the walls in living areas and bedrooms, where occupants tend to plug in electronic devices.wall socket However, there are also outlets available in bathrooms, kitchens, and other rooms. Some outlets are even mounted on the ceiling, allowing for easy access when working with electrical tools. In addition to supplying power to appliances, these sockets can be connected to switches that allow the user to control their electrical usage. They can also include USB ports for use with smartphones and other mobile devices.
There are many different types of sockets used worldwide.wall socket Most of these use a voltage that is common to the country or region, and some have additional features to accommodate specialized equipment. For example, a special computer outlet may be designed to accept a flat unearthed plug that is inserted into the socket's angled pin slots and has insulated sleeves on its pins. This style of plug and socket is not compatible with standard European Europlugs, but it can be used with a converter.
Generally, the majority of outlets in homes and business are designed to accept a single power cord. Some are double-gang, and others feature a four-way outlet that can accept up to four cords. The number of sockets that are present in a room can determine the amount of electronic equipment and appliances that can be used at one time.
When using a socket, it is important to understand the design and purpose of each component in order to maximize safety. A socket consists of a metal or plastic frame that fits into the surrounding drywall, providing a vessel for wires to run through. A receptacle is then attached to the wires, and a cover plate is fastened over the top of the socket to complete the fixture.
The receptacle is designed to hold a connector that can fit into one of the two socket openings, which are positioned next to each other and are offset by 5 mm. This allows the socket to receive a plug with an insulated ground pin, which is intended to connect before the energized contacts. The socket is recessed to further reduce the chance of accidental contact with live electrical connections and help protect against shock hazards.
The receptacle contains a third, uninsulated wire that runs from the socket to the grounding rod. This wire is referred to as the "ground" wire, and it is designed to discharge electricity that has built up inside of an outlet, preventing a shock or fire.