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An induction machine, inverter, and control were implemented experimentally to validate the model shown in Fig. 3. To protect the experimental setup without significantly affecting the model, two factors were considered. The first factor is to avoid injecting faults that could cause severe failures or trigger the protection circuitry as predicted from simulations. The second factor is to use a tight external closed-loop torque control in experiments to avoid sudden overload conditions on the dynamometer and the motor shaft. Design a fault tree analysis (FTA) for induction motor failure in Fig. 3 if the rotational speed of the rotor failed to be controlled.

An induction machine, inverter, and control were implemented experimentally to validate the model shown in Fig. 3. To protect the experimental setup without significantly affecting the model, two factors were considered. The first factor is to avoid injecting faults that could cause severe failures or trigger the protection circuitry as predicted from simulations. The second factor is to use a tight external closed-loop torque control in experiments to avoid sudden overload conditions on the dynamometer and the motor shaft. Design a fault tree analysis (FTA) for induction motor failure in Fig. 3 if the rotational speed of the rotor failed to be controlled.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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An induction machine, inverter, and control were implemented experimentally to validate the model shown in Fig. 3. To protect the experimental setup without significantly affecting the model, two factors were considered. The first factor is to avoid injecting faults that could cause severe failures or trigger the protection circuitry as predicted from simulations. The second factor is to use a tight external closed-loop torque control in experiments to avoid sudden overload conditions on the dynamometer and the motor shaft. Design a fault tree analysis (FTA) for induction motor failure in Fig. 3 if the rotational speed of the rotor failed to be controlled. fan cover cooling end fan bell wiring box lifting eye cast-iron frame nameplate stator coils squirrel- cage rotor Fig. 3 bearing seal ball bearing 0
Transcribed Image Text:An induction machine, inverter, and control were implemented experimentally to validate the model shown in Fig. 3. To protect the experimental setup without significantly affecting the model, two factors were considered. The first factor is to avoid injecting faults that could cause severe failures or trigger the protection circuitry as predicted from simulations. The second factor is to use a tight external closed-loop torque control in experiments to avoid sudden overload conditions on the dynamometer and the motor shaft. Design a fault tree analysis (FTA) for induction motor failure in Fig. 3 if the rotational speed of the rotor failed to be controlled. fan cover cooling end fan bell wiring box lifting eye cast-iron frame nameplate stator coils squirrel- cage rotor Fig. 3 bearing seal ball bearing 0
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