Yes, this can be done but this sounds like a hypothetical question. The one draw back of this type of installation is that no 240 volt equipment could be connected to the panel. If the two generators were synchronized to run 180 electrical degrees in relationship to each other and maintain that separation then 240 volt equipment could be connected.
Using a wooden sphere for the dome of a Van de Graaff generator is not advisable as wood is not a conductive material, which is necessary for the generator to function properly. A metal sphere or other conductive material would be more suitable for the dome of a Van de Graaff generator.
The interlock is used to prevent the service supply and the generator supply from being inadvertently paralleled to each other.
They are used to trace wiring. There may be multiple conductors in a bundle that are unmarked, or perhaps unmarked wires that go to different locations. The tone generator is connected to a pair of conductors (or one conductor and ground), and the probe is used to find the same conductor on the opposite end. The probe is used to look for the conductor that is carrying the tone. In a bundle of conductors, or several conductors in a raceway, the tone may be induced, or "bleed" into other conductors. In this case, the desired wire has the strongest tone. Connecting the generator to one conductor and ground tends to induce the signal into other conductors. Toning a pair, with neither one grounded, is the most selective, making identification more sure.
Current is created when electrical charges move through a wire or other conductor. It can be produced by rotating magnetic fields (as in a generator) or by connecting a source of higher electrical potential (charge) to one of lower electrical potential, which can cause the movement of charges from one point to another.
it is a conductor as all other metals and the gold is also good conductor as silver!!!
Drive shaft,Strong magnet,Coil of wire
The "capacity" of a generator, or equipment in general can be limited by two things: the physical ability to push power, or some other limitation such as current carrying ratings (of conductor, busswork, generator coils, etc.). So yes, it is possible, if a generator can generate more power than a specific piece of equipment is rated to handle.
Yes, an 8kVA generator can run a small house. A generator this size should be able to adequately power a one ton air conditioner, 18 cubic foot refrigerator, and other small appliances normally found in a small house.
The megger test on a generator is usually done to check the insulation factor of a generator. The high voltage is usually used to test the insulation system of a the generator in question. It is recommended to do this test after every six months.
Generalization means making a statement that applies to all that you are making it for. For example, some people tend to make inappropriate generalizations based on how other people look.
A Van de Graaff generator can create a build-up of positive charge on the stack of tin foil plates. Since like charges repel each other, the positively charged plates will repel each other and spread out due to the electric force between them.
Other than being another level of personalized service a hotel can offer, it's not that significant.