What is the line voltage?

Line voltage is simply the voltage that the supply line provides to the target or the point where it is used. This is an important consideration for a number of applications, including household appliances and electronic devices. Although the line voltage may change somewhat, it generally remains to a certain extent as standardized by individual countries. If the voltage of the line is unexpectedly increased, it is a condition known as the overvoltage of power.

In the United States, most of the power lines is standardized between 110 and 120 Volts, although the actual energy that moves into the house or building may fluctuate slightly. Most energy companies seek to ensure that their energy systems provide at least 114 volts of energy and no more than 126 volts. This allows most electrical equipment inside the American home to function adequately and also helps to prevent serious injury in the event of electric shock.

Some American appliances may require even more tension to work. This is Especially trueAbout dryers of clothing that often require up to 240 volts. Most houses will therefore be connected both for high voltage and lower voltage to meet the requirements of this popular device. The plug for higher voltage pipes is very unusual, so there is a small danger that a standard electrical device is involved.

In other parts of the world, line tension is often higher than in the United States and Canada. For example, Europe, a large part of Africa and Asia has a tension of 220.

One country, Japan, has lower tension than the United States and Canada. There are 100 volts usually standard voltage. Most electronic devices that are designed for US energy systems will usually work in Japan, but some sensitive equipment may not.

If the lines voltage unexpectedly increases due to a non -functional device or flash, the situation may be known as the surge of power of a harmful purposeInky. This unregulated energy supply can enter the house and go into electronic devices, causing the circuits no longer work in them, which causes the device unnecessary. To protect, some people installed overvoltage protectors on more expensive pieces of electronic equipment.