no it is not
The alignment of a pump is the process of making sure the pump shaft and prime mover (electric motor, engine,ect.)shaft are lined up perfect both horazonally and verticaly to ensure there is no binding on the coupling.
yes
That's called an electric motor.
2 functions. 1 to cool the motor 2 to blow debris away from the motor.
Power is supplied to the governor from the engine's output shaft by a belt or chain connected to the lower belt wheel. The governor is connected to a throttle valve that regulates the flow of working fluid supplying the prime mover. As the speed of the prime mover increases, the central spindle of the governor rotates at a faster rate and the kinetic energy of the balls increases. This allows the two masses on lever arms to move outwards and upwards against gravity. If the motion goes far enough, this motion causes the lever arms to pull down on a thrust bearing, which moves a beam linkage, which reduces the aperture of a throttle valve. The rate of working-fluid entering the cylinder is thus reduced and the speed of the prime mover is controlled, preventing over-speeding.
to use prime mover
Alternators are not only driven by turbines, they can be alternator can be driven by any prime mover -including 'motors' if necessary.
The Prime Mover was created on 1961-03-24.
A prime mover is a machine which transforms energy to/from thermal or electrical, or pressure from/to mechanical form. Examples of a prime mover are engines or turbines.
It is possible to use it
The masseter is the prime mover of the jaw closure.
Pronator quadratus is the prime mover in pronation of the hand.
A prime mover is the muscle that has the most influence in one direction on the joint it acts on. For example the prime mover in extension of the forearm is the triceps.
the excitation voltage applied the power input to the prime mover
It acts as synchronous motor by consuming power from the other generator....
The alignment of a pump is the process of making sure the pump shaft and prime mover (electric motor, engine,ect.)shaft are lined up perfect both horazonally and verticaly to ensure there is no binding on the coupling.
The field current is used to create an electromagnet. The power out of a generator comes from the prime mover (the thing that is making the rotor spin), not the field current. The field current is necessary to set up an electric field to induce electric current onto the stator windings. The stronger the electromagnet, the harder it is for the prime mover to spin (similar to a high gear on a bicycle), causing more power to be needed to keep the prime mover turning.