It depends on what the voltage is: A Watt is a unit of power described as "1 ampere of current pushed by 1 volt of Electro-motive force", therefore 1W = 1A x 1V. 1 kW is a "kilowatt" or 1000 Watts. Using the above formula, and a little algebra, you can find the current required to deliver any amount of power depending on the applied voltage: Current = Power / Voltage; symbolically expressed as I = P / V examples:
* 9.5kW x (1000W/kW) / 120v = 79.2 amps
* 9.5kW x (1000W/kW) / 240v = 39.6 amps
* 9.5kW x (1000W/kW) / 480v = 19.8 amps (Notice how raising the voltage reduces the required current?)
62.5 amps
21.4 amps, 2100 wattsManoj
50,000 volts. N.B. It isn't the voltage that kills you, it is the amps.
a 1.5 kVa source of electrical power has the capacity to supply 100 volts at 15 amps, 300 volts at 5 amps, or 1000 volts at 1.5 amps.
Watts = current x volts, so you have to multiply Kw value by 1000 to get watts, then divide by the applied voltage. examples. 2Kw kettle (U.S) current = 2 x1000 divided by 120, or 16.7 amps 2Kw kettle (UK) current = 2 x1000 divided by 240 or 8.35 amps 100 watt car amplifier current = 100 divided by 12 volts = 8.5amps
Multiply the vots by the amps to find the volt-amps. Or divide the volt-amps by the voltage to find the amps.
.1 amps will give you .1 amps.
500 KVA how many amps? almost 650 Amps according to formula.
10-2 Amps
10 amps
1.3 amps
it is either 110 amps or 135 amps
830 milliamps is equal to 0.83 amps.
There is no corelation between amps and hertz
2.857 AMPS
5 amps
It uses 2 amps