3 Questions
What happens to the vector for 𝐸_𝑏 in a motor that is on no-load with losses?
It falls back (vectors are rotating anti-clockwise) by a certain small angle α.
What is the purpose of the resultant voltage 𝑬_𝑹 and current 𝑰_𝒂 in a motor with losses on no-load?
To supply losses.
Why does a motor with losses on no-load require a resultant voltage and current?
To supply the losses and maintain the operation of the motor.
Test your knowledge on motor synchronization with this quiz! Learn about the behavior of rotor as the motor load increases and the factors that affect the load angle or coupling angle. Challenge yourself to understand the complexities of motor synchronization in a simple and engaging way.
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