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Frequency is a function of rpm. So no harm there. Might be a higher current on the field windings but I wouldnt think it would harm it.
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If you can find the electric components (starter, alt, solenoids etc) in 12 volt. Remember half the starting voltage is double the starting current.
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You can still get a delta service. The more common reason buildings end up with a delta is utility being cheap, open delta can me made with 2 legs of primary, where wye needs all 3 legs.
Its just a rating, Alot of motors are rated at 440 or 460 to account for service fluctuations. One plant I worked at ran at 500v during the day and 450 at night, this was because they were at the end of the feeder loop and when people were getting home the draw would be higher.
So fun fact here, the limitations of a generator head (much like an electric motor) are mainly based on how much heat can be removed and keeping the windings below the damage temperature. We have a few motors at work that are rated at 2700 hp, but we are pushing about 4000 hp out of them because...
In a nutshell yes
Outside the shell most residential is 120/240. Which is 180 degrees out of phase. There is 3 phase 240 (3rd leg is typically 208 to ground) these are either open or closed delta. Theres 3 phase 208 which is 120 degrees out of phase. This gets you 120 to ground and 208 phase to...
If all you need is an applied voltage to transfer, pretty easy. Other than that youd need a sense line to detect loss (and return) of utility
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