A 25,000 BTU air conditioner typically pulls around 10 to 15 amps, depending on its efficiency and design. To convert BTUs to amps, you can use the formula: Amps = BTUs / (Volts x Efficiency), where standard voltage is often 230 volts for larger units. It's essential to check the specific model's specifications for accurate amperage.
at 230v it will use 5 to 6 amps
10.92 Amp
5
At 120 volts it will pull 4.166 amps. At 240 volts it will pull 2.08 amps.
Aprox 12 amps.
A 120 volt table lamp with a 75 watt bulb will pull 0.625 amps. With a 100 watt bulb it will pull 0.833 amps. And with a modern fluorescent 13 watt bulb it will pull 0.108 amps.
About 2.25 Amps.
On a 50 amp 3 phase connector, you can pull 50 amps per leg. This means that each of the three phases can carry up to 50 amps individually, resulting in a total capacity of 50 amps per leg.
This typically has to do with how many amps you can safely pull from the secondary of the transformer.
Read the tag on the condenser, it will be noted as LRA. Be sure to check the LRA for the fan as well and add them together for the total. If it is not listed on the tag it will certainly be listed seperately on both the compressor and the fan motor. LRA = Locked Rotor Amps.
A 14,000 BTU window air conditioner typically draws between 10 to 15 amps, depending on its energy efficiency rating and specific model. To determine the exact amperage, it's best to check the manufacturer's specifications or the unit's label. Additionally, the starting amperage may be higher due to the compressor's initial surge.
Seven amps pulls zero kilowatts . W = A x V. You need to state a voltage to multiply the amperage by to get watts. Then divide by 1000 to get kilowatts.