What causes a spark of outlet?
Sometimes, when you connect the electrical device to the output, you can notice small blue sparks. In most situations, this is a normal event when electrons start to flow into the power cable of the device. At other times, however, the spark from the electrical outlet could begin fire or seriously damage the plug. It is important that home owners understand why an electrical outlet can cause or a shortcut without warning. In countries, such as the United States, this supply line carries electricity at approximately 115 to 120 volts with an average frequency of 60 Hertz, or 60 cycles per second. In other words, electricity flowing through the perimeter of your home runs very quickly and hot. Ideally, it should flow through the circuit and back into the main grid without much interruption.
Electrical sockets in your house basically a knocker to this fast -moving electric current and divert part of the electricity to anything you connect to them. Electricity passes through one slot of drawer, drives the device and then escapesthe second slott of the output. Any spark you may notice on the "hot" side of the socket is usually caused by a sudden pulling of the device current. As soon as the electrons begin to flow, the sparks are scattered, like static electricity.
once in a while, however, the relationship between the outlet and the two wires becomes problematic. Electricity can also cause thermal energy and this excessive heat can cause the insulation around the conductors. Once the electrical wire is exposed, it can get into contact with the metal case of the output or even with the second peripheral wire. If the connection is connected, the electrons jump over the gap and form a visible spark. From C.ONnection, it shortens the intended distance of the circuit, often called short or short -circuit .
A short perimeter caused by overheated connection can not only cause a socket spark - can also create a source behindFailing for dangerous electric fire. Ideally, any short circuits should run the circuit breaker switch or overload the fuse in seconds. After interrupting the circuit, electricity should stop flowing and the risk of fire should be reduced. However, if the connection of the household is defective, the entire perimeter could overheat and create a fire behind the walls. That is why homeowners have to monitor any spark from their electrical outlets, especially when starting a number of appliances on the same circuit.