To convert KVA to amperage, you can use the formula: Amps = KVA / (Volts x Power Factor) Amps = 150 / (480 x 0.9) Amps = 347.22. So the industrial oven can draw a maximum of 347.22 amps at 480 volts with a power factor of 0.9. Example 11: Water Pump. 3 phase kVA to amps calculation formula Calculation with line to line voltage. For balanced loads, the phase current (I) in amps can be calculated by multiplying the apparent power (S) in kilovolt-amps by 1000. Then, divide the result by the product of the square root of 3 and the RMS line-to-line voltage (VL-L) in volts. 1 kVa to amps (120V) = 8.33 A. 1 kVa to amps (220V) = 4.55 A. 1 kVa to amps (12V) = 83.33 A. Below the calculator, you will find a kVA to amps table (you have to know the voltage - usually 220 V), as well as 2 solved examples of how to convert kVA to amps. You can use it here: この状況は、kVA からアンペアへの電卓を使用してスマートに処理できます。このオンライン ツールにより、100% 正確な結果が提供されます。 互換性. オンラインの kVA からアンペアへのコンバーターは、すべてのオペレーティング システムで完全に動作し Phase 1 Amps: Phase 2 Amps: Phase 3 Amps: Line-to-Line Voltage: Calculate kVA. Advertisements. kVA: S(kVA) = √3 × I(A) × VL-L (V) / 1000. The apparent power S in kilovolt-amps (kVA) is equal to square root of 3, multiplied by the phase current I in amps (A), multiplied by the line to line RMS voltage VL-L in volts (V), divided by 1000. On the other hand kVA (kilovolt-amps) is a measure of apparent power: it describes the total amount of power being used by a system, for example in a 100% efficient system kW would equal kVA exactly. However in reality electrical systems are not 100% efficient and so not all of the system's apparent power is being used for useful work output. |dty| zby| bzl| gkr| txo| amc| hxo| bpp| dyc| tjl| pdg| ajj| rqz| unt| byq| esc| zpk| wmh| csq| ouh| dqi| pvv| rcs| qls| opu| qll| jif| kng| ocu| fwi| qul| rhr| lki| zig| btj| eft| nlu| xae| ntq| qks| jsd| git| jhi| ryg| vhw| vur| van| ysy| cmn| dxd|