copper wire diameter,length and numbers of turns for 20 micro Henry inductance and 1600 Amp current
If one of the phases continuously takes a high load with a poor power factor it might have tripped a circuit breaker in the capacitor bank.
At 1200 kWh per month, you are using an average of 1600 watts. A 600 watt wind generator might seem to be a good buy, because it could supply one third of your energy. You do have to consider total cost, including maintenance, and the storage and conversion system that would be needed to capture the wind energy when you are not actually using that amount of load. You then estimate the potential savings. 1200 kWh, depending on your local electric rates, may be around $200US. Saving one third of that might take a long time to recoup the cost of the generator installation.
the microscope in 1600 the microscope in 1600
A 1200 RPM motor is typically designed to operate at a specific synchronous speed determined by the supply frequency and the number of poles. If the motor is spinning at 1600 RPM while the supply voltage and frequency are correct, it may indicate that the motor is experiencing a phenomenon called "slip," which is reduced in this case, possibly due to a mechanical load being lighter than expected or a change in rotor design. Additionally, if the motor is a variable speed design or equipped with a drive that alters its speed characteristics, it could also be intentionally running at a higher RPM.
In 1600 kva transformer we provide NGR (Neutral grounding resistance)
If the 1600 represents 1600 watts like most generator numbers do, then the generator can deliver enough power to run a 1600 watt load connected to it.
The 10 A in the load includes the real power and the reactive power, if it is a single phase 120 V generator it can supply 16.67 A; that means a 2000 KW load at a power factor of 1.00, of for example a 1600 W load at a power factor of 0.80, in both cases the output current of the generator will be 16.67 Ampers, it is the same with the 10 A load, the power factor is included in the supplied current.Rosa María Valdespino.
In snow storms scenario a generator is a very good idea. Per my understanding 15KW to 17KW would be enough for a home of 1600 sq foot. A generation with the above specifications can easily serve the desired purpose.
It is 1600 . 3200 divided by 2 = 1600
Divide 1600 by 5 and then multiply by 3 and you will get the answer of 960.
by 1600 the seychellesislands were an inhabitant when three brothers came to seychelles
Generic portable generators can vary in price based on size. The average portable generator will run you between 1600 and 2500 dollars. They can go up to 5,000 and higher though.
$1600 x 3% = $48.00
three thousand years.
It is said that 'two out of three ain't bad.'
MDC = 1600
75% of 3/4 of 1,600 is 900.