With this calculator you can convert from kVA to Amps easily, quickly and free any electric power.
For greater ease we explain that formula is used for the calculation, how to perform the conversion in only 1 step , some examples and a table with the main conversions from kVA to Amperes.
- I AC = Amps.
- V LL = Line-Line Volts.
- V LN = Line-Neutral Volts.
- I AC1Ø = Current / Amps 1 phase.
- I AC2Ø = Current / Amps 2 phases.
- I AC3Ø = Current / Amps 3 phases.
- S (kVA) = Kilovoltio-Amperes.
How to convert from kVA to Ampere in only 1 step:
You must multiply the kVA by 1000 and divide the result between the voltage shown by the formula according to the system you have, monofasic, biphasic or three-phase.
For example, a three-phase transformer of 45kVA, has a voltage in low tension of 208Voltios (LL), to obtain the amperage it must multiply 45kVAx1000 and then divide the result between the AC voltage by √3 (square root of 3), being of the following way: (45kVAx1000) / (208Voltx√3) = 124.91Amp).
Examples of kVA to Amps conversions:
A mill of 120 Volts (LN) has a power of 4kVA, how many amps does it have?.
Rta: // First you must choose the indicated formula, which will be for monophasic equipment that is: kVAx1000 / V LN then simply replace the values in the formula, leaving as follows: 4kVAx1000 / 120Voltios, the result will be: 33.33Ampere
A three-phase food crusher has a power of 8kVA and a voltage of 220Volts, how many amps does the crusher have?
Rta: // You must multiply initially 8kVAx1000, and the result must be divided by 220Vx√3, resulting in: 20,99Amp.
A biphasic industrial blender, has a power of 2,5kVA and a line-to-line voltage of 240Volts and a line-neutral voltage of 120Volts, what amperage does the blender have ?.
Rta: // Simply enter the information supplied to the calculator, power: 2,5kVA, Line-Neutral voltage: 120Volts, biphasic (2F), the result will be: 10.42Ampere.
kVA to amperes, table for conversion, equivalence, transformation (3F, 220Volt) :
|How many kVA are:||Ampere Equivalence|
|1 kVA||Equivalent to 2.62 Amp.|
|2 kVA||5.25 Amp.|
|3 kVA||7.87 Amp.|
|4 kVA||10.50 Amp.|
|5 kVA||13.12 Amp.|
|6 kVA||15.75 Amp.|
|7 kVA||18.37 Amp.|
|8 kVA||20,99 Amp.|
|9 kVA||23.62 Amp.|
|10 kVA||26.24 Amp.|
|20 kVA||52.49 Amp.|
|30 kVA||78.73 Amp.|
|40 kVA||104.97 Amp.|
|50 kVA||131.22 Amp.|
|60 kVA||157.46 Amp.|
|70 kVA||183.70 Amp.|
|80 kVA||209.95 Amp.|
|90 kVA||236.19 Amp.|
|100 kVA||262.43 Amp.|
|200 kVA||524.86 Amp.|
|300 kVA||787.30 Amp.|
|400 kVA||1049.73 Amp.|
|500 kVA||1312.16 Amp.|
|600 kVA||1574.59 Amp.|
|700 kVA||1837.02 Amp.|
|800 kVA||2099.46 Amp.|
|900 kVA||2361.89 Amp.|
|1000 kVA||2624.32 Amp.|
|2000 kVA||5248.64 Amp.|
|3000 kVA||7872.96 Amp.|
|4000 kVA||10497.28 Amp.|
|5000 kVA||13121.60 Amp.|
|6000 kVA||15745.92 Amp.|
|7000 kVA||18370.24 Amp.|
Note: the previous table of conversions only applies for three-phase loads (3F) with a voltage of 220Volts, for variables different from the previous ones, the calculator should be used.
How to use the calculator from kVA to Amps:
Initially you must enter the kVA you want to convert to amps, then you must choose the number of phases 1,2,3 (Monofasic, biphasic or three phase) (It is important that once you choose the number of phases, be aware of the voltage to enter, LL or LN, this depends on the correct information delivered by the tool) , then you must enter the voltage of the equipment and finally click on calculate, if you want to enter a new information you just have to click on restart.
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