What Generators Can Run on 12 kgm Torque and Their Current Output?

In summary, the conversation discusses the need for a list of generators that can produce 12 kgm torque and the amount of current they can produce. The person also mentions that the prime mover rotates at 60 rpm and asks for help in finding generators with that capacity. The other person suggests using the formula P=T*pi*N/30000 to calculate the power and mentions that 12 kgm torque is equivalent to 120 Nm. They also note that a generator with a capacity of 750 watts may be too low.
  • #1
roozer
3
0
My project produces 12 kgm torque so,I need a list of Generator which runs on 12 kgm torque and how much Current it produces... Please advise
 
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  • #2
At what speed does your prime mover apply 12Nm?
 
  • #3
brewnog said:
At what speed does your prime mover apply 12Nm?


It rotates at 60 rpm
 
  • #4
So using the torque and rpm, calculate the power (and current is power divided by voltage). Then you can just google for generators that are of that capacity.
 
  • #5
okay so 12 kgm torque is 120 Nm and speed is 60 rpm...So using this formula P=T*pi*N/30000
Power is .75 kw.
Now a generator which runs on 750 watts...okay that's a little low...
Thanks
 
  • #6
Well done on the calcs, though.
 

FAQ: What Generators Can Run on 12 kgm Torque and Their Current Output?

What is a generator on the basis of torque?

A generator on the basis of torque is a type of electrical generator that converts mechanical energy (torque) into electrical energy. It uses the principle of electromagnetic induction to produce electricity.

How does a generator on the basis of torque work?

A generator on the basis of torque works by using a rotating shaft, which is connected to a mechanical source of energy, such as a steam turbine or a wind turbine. The shaft rotates a set of electromagnets inside the generator, creating a changing magnetic field that induces an electric current in the generator's coils.

What are the components of a generator on the basis of torque?

The main components of a generator on the basis of torque include a rotor (which rotates to produce torque), stator (which contains the generator's coils), and an exciter (which provides the initial electrical current to start the generator). Other components may include a voltage regulator, cooling system, and control panel.

What are the advantages of a generator on the basis of torque?

Some advantages of a generator on the basis of torque include its ability to produce electricity at a constant rate, its reliability and durability, and its ability to function without fuel or other external sources of energy. It is also relatively easy to maintain and has a long lifespan.

How is a generator on the basis of torque used in practical applications?

A generator on the basis of torque is commonly used in power plants, where it is connected to a mechanical source of energy, such as a steam turbine, to produce electricity on a large scale. It is also used in smaller applications, such as backup generators for buildings or as a portable source of electricity for camping or outdoor activities.

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