The vast majority of homes are supplied with 120/240 volt or 110/208 volt.
110/220
The voltage in North America can be as low as 110 and as high as 125 volts. The average is about 115 to 117 volts. <><><>><> House voltage in the US is generally 120v line to neutral and 240v line to line. It is referred to as a "120/240v single phase service." Actual voltage can be as low as 110/220 or as high as 125/250.
The normal voltage of house electricity in Korea is 220 volts. This voltage is used for powering household appliances and electronic devices throughout the country.
110-120 volts
230 volts at 50 Hz
Assuming you normal house voltage is 120 volts, sounds like something is wired wrong. If you had the house (or part of it) running on generator and then took some voltage readings, you may have damaged some of the items in the house already.
A transformer can be used, either a step-up or step-down transformer, to deliver the power at a different voltage from the normal supply voltage.
The standard voltage for electricity supply in household buildings in Singapore is 230 volts.
Yes. It is 60 Hz between 110 and 120 volts on each of two bus bars with 220 to 240 volts between two bus bars.
A digital multimeter/voltage checker. Check across the black and white. House voltage is rated at 110 but it can vary anywhere from 95 to over 120. This is normal.
Short answerHouse in US = 156V peakHouse in Europe = 325V peakLong AnswerAC voltages are usually identified by their RMS voltage. This is a mathematical calculation of the "average" or DC equivalent voltage. It is smaller than the peak voltage by a factor of about 0.707 for a sine wave AC which is the normal type.The actual peak voltage in your house depends on a number of factors. The most important being what the nominal supply voltage is in your area.The US typically uses a nominal voltage of 110V RMS = 156V peakMost of Europe uses a nominal voltage of 230V RMS = 325V peakActual voltages in a particular house can vary significantly from nominal. Some specifications call for +/-10% from nominal. The difference is caused by voltage drops at various stages in electricity transmission. There can also be variations due to shortages of supply, etc.
Yes if the house supply is 220-240 volts. The required voltage range should be printed somewhere on the fan.