I'm given a Y-connected induction machine, it's magnetizing reactance value (10.04 ohm) and it's leakage reactances (0.226 ohm) (from stator and rotor).
This is connected to a Y-connected nuclear power generator through a cable whose reactance is 0.1 ohm and resistance is 0.01 Ohms per phase.
The neutral connection between the motor’s and generator’s neutral is also at a reactance is 0.1 Ohms and resistance is 0.01 Ohms
So my first step is to draw a three phase diagram that illustrates this system. I don't know if I'm expecting something more out of this, but don't I just connect the four wires (3 phase plus neutral) from the generator to the four wires of the motor? I guess I can represent the cable resistance as a resistor, but what else would I have to have in this diagram? Or am I completely missing the point here? Please help clarify.
This is connected to a Y-connected nuclear power generator through a cable whose reactance is 0.1 ohm and resistance is 0.01 Ohms per phase.
The neutral connection between the motor’s and generator’s neutral is also at a reactance is 0.1 Ohms and resistance is 0.01 Ohms
So my first step is to draw a three phase diagram that illustrates this system. I don't know if I'm expecting something more out of this, but don't I just connect the four wires (3 phase plus neutral) from the generator to the four wires of the motor? I guess I can represent the cable resistance as a resistor, but what else would I have to have in this diagram? Or am I completely missing the point here? Please help clarify.