It will probably be OK but if you are worried about it why not check with the User's Manual for the Pump to see if it mentions what tolerance of voltage fluctuation it has.
Normal household AC voltage fluctuation in US, Canada and countries which use similar 60 Hz supplies, can be 240 volts RMS +/- 10%, that is from 216 Volts to 264 Volts.
In Europe the standard frequency is 50Hz and the voltage specifications are now 230 Volts RMS +10%/-6%, that is from 216.2 Volts to 253 Volts.
Crank the generator excitation up to 480 or down to 460. For calculations I used 480 volts. A 60kW generator at 480 volts will put out, kW x 1000/1.73 x E x (pf(.9)) = 80 amps. It looks like the machine that is to be run off the generator is a dual voltage machine. Not knowing the HP of the machine wire it to the 460 volt connection. The inrush current might be a problem if the HP is high.
my butt!!
A 6kVA generator puts out 4.8kW (4800 watts) with a power factor of 0.8 Formula w (watts) x pf (power factor) = VA (volt amps) This generator will be able to draw a load of 20A (amps) 6kVA = 6000VA. Where watts is only a measurement of "real power" used (eg: Heater element) VA is a measurement of total current that will flow through a circut. (eg: capacitor) A capacitor does not use power (kW) but current does flow in a circut where capacitor is connected. kVA ratings would be used to size cables.
It's highly possible. The difference in amperage might be minuscule but it all depends on the gauge of the wiring, the resistors, and the capacity of the board.
if (i==1) puts ("i==1"); if (i==2) if (j==3) puts ("i==2, j==3); else puts ("i==2, j!=3"); if (i==2) if (j==3) puts ("i==2, j==3); else puts ("i==2, j!=3"); else if (j==3) puts ("i!=2, j==3); else puts ("i!=2, j!=3");
Crank the generator excitation up to 480 or down to 460. For calculations I used 480 volts. A 60kW generator at 480 volts will put out, kW x 1000/1.73 x E x (pf(.9)) = 80 amps. It looks like the machine that is to be run off the generator is a dual voltage machine. Not knowing the HP of the machine wire it to the 460 volt connection. The inrush current might be a problem if the HP is high.
my butt!!
a magneto puts out dc electricity
We are use the co2 as fire extinguisher
Not all generators have the same output. Check the manual that came with your generator.
Yes, -5 is one of the voltages a power supply puts out.
it generates power without burning oil which puts pollutants into the atmosphere
May have an answer already, but be sure that the radiator is full of coolant.
An air compressor
The Alpine v12 MRV-F505 amplifier puts out up to 200 watts of RMS power at 4 Ohms and using 12 volts. At 14 volts, it puts out up to 400 watts of RMS power with a bridged 4 Ohms ratio.
You have to compare the Output of the charger. The voltage is most important. For example: If the ES55 charger puts out .5 Volts and the iPod charger puts out .5 Volts then the voltage is compatible. Both the iTouch charger and Samsung Galaxy Appeal puts out .5 Volts. The Amperage should be near similar, but is not so important since a battery does not draw more than it can handle. The next question is connecting capability. Just try it out if the voltage and amperage match.
Aircast that puts pressure on your foot by using your pump to inflate or deflate it.