Portable Electric Generator - How They Can Work For You
Portable electric generators have alternating current produced in it according to Michael Faraday's law of electromagnetic induction.
Faraday's 1831 law mathematically proves the relation between magnetism and electricity and states that electrical voltage is produced along the coils of an electric circuit when there is a variation of magnetic field around the circuit.
Generators are generally of two types: household and industrial.
Industrial generators are much larger and they are also known as stationary generators.
The household generators are called portable generator, because they can be moved from one place to another inside a house or office establishment.
Some house hold generators are stationary also, though.
The household generators often come installed in a trolley, so that the generator can easily be moved.
The main components of a 'genset ' are: an internal combustion engine, a fuel tank, the generating device (alternator), control panel with power outlets and starter, safety devices and sometimes an inverter.
It is also a good idea to have a carbon monoxide indicator along with the genset.
The actual generator, where the magnetic and the electric fields interact, is called an alternator because it supplies alternating current.
The rotation of an electrically charged coil (1800rpm-3600rpm) inside a magnetic field, induces a voltage in the coils.
This voltage then translates itself into total current produced by the generator, also known as output power of the generator.
Household generators supply power in the range of 500 watts to 17.
5 kilowatts.
The rotation of the coil requires the use of the engine, which runs on different kind of fuels.
The several different kinds of fuels are gasoline, propane, diesel and natural gas.
The fuel storage is a big safety issue in generator, because they are highly highly inflammable.
Propane and diesel are slightly less combustible than gasoline.
The safe handling of the generator fuel is crucial because of fire hazard and carbon-monoxide poisoning hazard.
Carbon monoxide is a colorless and odorless poisonous gas that can be produced due to the incomplete combustion of the fuel in the generator.
Carbon monoxide poisoning can prove fatal, if treatment is not administered at a proper time.
While installing a generator, care must be taken to keep it in an well-aerated place.
A generator generates sine waves of alternating current.
Sometimes an inverter device is used in a genset to convert the alternating current to direct current and then store it.
This storage adds more wattage to the power supply, but you have to be careful about the chemical in the battery.
The stored direct current is, however, changed to alternating current before using it from the generator output terminals.
While obtaining power from the generator, care must be taken for proper grounding and not overloading the generator.
Faraday's 1831 law mathematically proves the relation between magnetism and electricity and states that electrical voltage is produced along the coils of an electric circuit when there is a variation of magnetic field around the circuit.
Generators are generally of two types: household and industrial.
Industrial generators are much larger and they are also known as stationary generators.
The household generators are called portable generator, because they can be moved from one place to another inside a house or office establishment.
Some house hold generators are stationary also, though.
The household generators often come installed in a trolley, so that the generator can easily be moved.
The main components of a 'genset ' are: an internal combustion engine, a fuel tank, the generating device (alternator), control panel with power outlets and starter, safety devices and sometimes an inverter.
It is also a good idea to have a carbon monoxide indicator along with the genset.
The actual generator, where the magnetic and the electric fields interact, is called an alternator because it supplies alternating current.
The rotation of an electrically charged coil (1800rpm-3600rpm) inside a magnetic field, induces a voltage in the coils.
This voltage then translates itself into total current produced by the generator, also known as output power of the generator.
Household generators supply power in the range of 500 watts to 17.
5 kilowatts.
The rotation of the coil requires the use of the engine, which runs on different kind of fuels.
The several different kinds of fuels are gasoline, propane, diesel and natural gas.
The fuel storage is a big safety issue in generator, because they are highly highly inflammable.
Propane and diesel are slightly less combustible than gasoline.
The safe handling of the generator fuel is crucial because of fire hazard and carbon-monoxide poisoning hazard.
Carbon monoxide is a colorless and odorless poisonous gas that can be produced due to the incomplete combustion of the fuel in the generator.
Carbon monoxide poisoning can prove fatal, if treatment is not administered at a proper time.
While installing a generator, care must be taken to keep it in an well-aerated place.
A generator generates sine waves of alternating current.
Sometimes an inverter device is used in a genset to convert the alternating current to direct current and then store it.
This storage adds more wattage to the power supply, but you have to be careful about the chemical in the battery.
The stored direct current is, however, changed to alternating current before using it from the generator output terminals.
While obtaining power from the generator, care must be taken for proper grounding and not overloading the generator.
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