Do you know how 3 - Phase Induction Motor work without any neutral wire ?
Imagine these three phases of power like a team of cyclists in a race. Each cyclist represents one phase of the electricity. In the motor, these phases are like three separate power sources that work together in a cycle. 
When you turn on the motor, the electricity flows through these three phases in a specific sequence, creating a rotating magnetic field inside the motor. This rotating magnetic field interacts with the motor's rotor (the moving part), inducing an electric current in the rotor. That induced current creates its own magnetic field, which then interacts with the rotating magnetic field from the stator (the stationary part).
This interaction between the rotating magnetic fields of the stator and the induced rotor creates a force that causes the rotor to spin. It's a bit like the push and pull between magnets - they attract and repel, causing motion.
Because of this design, the motor doesn't need a neutral wire like some other electrical devices do. The three phases of power create a balanced system that generates the rotating magnetic field necessary for the motor to work efficiently.
So, in essence, the absence of a neutral wire doesn't affect the operation of a three-phase induction motor because it's built to harness the power from these three phases and use their interactions to generate the movement needed to run.
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