runing capasitor
A typical 100 amp service is comparable to a 25 KVA generator. That said, very few homes pull that much load. Most utilities size their distribution systems for a 5 KVA load per home, assuming that not all homes would pull full load at the same time. RPM is a function of the number of poles in the generator. To get 60 Hz power with a two pole generator, you need 1,800 RPM.
Well, honey, a 1 ton split AC unit typically requires around 3-4 KVA of power to run smoothly. So, you better make sure you've got a generator with at least that much juice if you want to keep cool when the power goes out. Don't skimp on the power, or you'll be sweating like a sinner in church.
4kva
A constant KVA load is an electrical load which has a constant apparent power consumption regardless of small changes in voltage. Constant KVA loads in industry are typically electric motor loads such as induction motors. The interesting thing about an induction motor and why it is called a constant KVA load is, for a constant level of torque output of the motor, if the terminal voltage decreases by say 5% the motor current will actually increase by about 5%. Note that this constant KVA effect will only occure withing an narrow range of voltage deviation. This is the opposite of a static (constant Z) load which if the voltage decreases the current decreases.
yes mfd is short for microfarad
The capacitor size for a 5 kVA generator typically depends on the power factor and the specific application. A general rule of thumb is to use about 0.5 to 1 microfarad (μF) of capacitance per kVA for power factor correction. Therefore, for a 5 kVA generator, you might consider a capacitor size ranging from 2.5 μF to 5 μF. However, it's essential to consult with a professional or refer to the generator's specifications for precise requirements.
if your generator fuel consumtion is 275g/kwh, then you multipli 5kva*.8=4kw. (4*275)/1000=1.1 liter per hour.
The only relevant number is the kw. Then you just divide by the power factor to get the KVA. 0.8 is a pretty typical PF, so that would give you a KVA of about 9.4. But motors can take up to 5 times their rated current on start-up, so you need to make sure you have a generator that will handle that instantaneous current.
A typical 100 amp service is comparable to a 25 KVA generator. That said, very few homes pull that much load. Most utilities size their distribution systems for a 5 KVA load per home, assuming that not all homes would pull full load at the same time. RPM is a function of the number of poles in the generator. To get 60 Hz power with a two pole generator, you need 1,800 RPM.
Well, honey, a 1 ton split AC unit typically requires around 3-4 KVA of power to run smoothly. So, you better make sure you've got a generator with at least that much juice if you want to keep cool when the power goes out. Don't skimp on the power, or you'll be sweating like a sinner in church.
There is appoximately zero kVA in 14amp, .5 volt AC.
5 kva
yes you can but, the compressor may not run as well and the capacitor may smoke and break if the compressor runs for an extended period of time so, make sure you check it the first couple of time you use the compressor.
To make a static electric generator, you can follow these steps: 1. Obtain a non-conductive material like rubber or plastic. 2. Rub the material against a cloth to create static electricity. 3. Connect the material to a conductor like a metal rod. 4. Attach wires to the conductor to collect the generated electricity. 5. Use a capacitor to store the electricity.
A5uf capacitor has 5*10-4 coulombs of charge stored on its plates
a series generator is 3 or 5 generator connected together
Yes.