It depends on how many volts there are. You did not provide that information, so the question cannot be answered. Please restate the question.
In general, however, KVA is KV times A or KA times V. If you had 250 V, then 1250 KVA would be 5 A.
There is appoximately zero kVA in 14amp, .5 volt AC.
what should be height of stack of 1250 kva D.G as per Indian pollution boardA: it should be 7.1 meter + building height of 1250kva Dg set installed.
You can tap off approximately 833 200 amp panels from a 250 kVA transformer. This calculation is based on dividing the kVA rating of the transformer by the current rating of the panel.
200 amps is equal to zero kva. To answer this question a voltage is needed.
1250 milliamp hours.
To determine the kVA required to power a 180 amp welder, you can use the formula: kVA = (Voltage x Amperage) / 1000. For example, if the welder operates at 240 volts, the calculation would be (240V x 180A) / 1000 = 43.2 kVA. Therefore, you would need at least a 43.2 kVA power source to operate a 180 amp welder efficiently.
Yes, a 30 amp disconnect switch can be used for a 30 kVA transformer. The 30 amp rating refers to the switch's capacity to safely handle 30 amps of current, which is sufficient for a 30 kVA transformer's load. Just make sure to follow the manufacturer's guidelines and electrical codes when selecting and installing the disconnect switch.
KVA is a measure of power, while amp (or ampere) is a measure of current. KVA meanes kiloVoltAmps. 1 kVA = 1000 V*A. so 225 KVA = 225,000 VA (volts * amperes) So you would need to also know the voltage, in order to find the amperes.
i try ......gen set 120 KVA and output 415 Volt 1 KVA = 0.8KW so 120 x 0.8 = 96 kW A = w/v ~ A = 96000/415 = 231.3 Amp I' it right ? If wrong give correction
KVA is kilo volt amp, and one needs to know both the voltage and the amperage, and possibly the phase angle. It is comparable with kilowatts for a resistive load.
S= (1/1000) UI √3Where S in kVA; U in V; I in A; hence I= 1000S/ (U √3)
To convert amps to kilovolt-amperes (kVA), you can use the formula: kVA = (Amps × Voltage) / 1000. The voltage level is essential for the calculation, as kVA is a function of both current (in amps) and voltage (in volts). For example, at a voltage of 400V, 350 amps would be approximately 140 kVA (350 × 400 / 1000). Without the voltage value, the kVA cannot be accurately determined.