When dealing with electrical power, converting kVA (Kilovolt-Amperes) to Amps (A) is crucial for determining the current flow in a circuit. This guide explains the conversion formula, provides an easy-to-use method, and includes a conversion table along with frequently asked questions.
kVA to Amps Converter
Common kVA to Amps Conversions (Assuming 1-Phase, 230V)
- 1 kVA ≈ 4.35 A
- 5 kVA ≈ 21.74 A
- 10 kVA ≈ 43.48 A
- 20 kVA ≈ 86.96 A
- 30 kVA ≈ 130.43 A
- 40 kVA ≈ 173.91 A
- 50 kVA ≈ 217.39 A
FAQs on kVA to Amps Conversion
Q1: What is the difference between kVA and Amps?
A: kVA measures apparent power, while Amps represent the actual current flow in the circuit. The conversion depends on the voltage and phase type.
Q2: Why is √3 used in the three-phase formula?
A: Three-phase systems distribute power more efficiently, and √3 accounts for the phase relationship between voltages.
Q3: Can this formula be used for all voltage levels?
A: Yes, but always ensure the correct voltage and system type (single or three-phase) before applying the formula.