Single Phase Motors In a capacitor start motor, the phase displacement between starting and running winding can be nearly 30° 60° 10° 90° 30° 60° 10° 90° ANSWER DOWNLOAD EXAMIANS APP
Single Phase Motors In case of a reluctance motor, when the load is increased so that it cannot maintain synchronous speed the motor will Run as induction motor Fall out of synchronism and come to stand still Draw excessive armature current and may burn out Become unstable Run as induction motor Fall out of synchronism and come to stand still Draw excessive armature current and may burn out Become unstable ANSWER DOWNLOAD EXAMIANS APP
Single Phase Motors If the single phase motor runs hot the probable cause cannot be Low voltage Shorted stator coils High voltage Blown fuse Low voltage Shorted stator coils High voltage Blown fuse ANSWER DOWNLOAD EXAMIANS APP
Single Phase Motors The resistance split phase induction motor has ______ starting torque . Very low High None of the listed here Moderate Very low High None of the listed here Moderate ANSWER DOWNLOAD EXAMIANS APP
Single Phase Motors A Reluctance motor Need no dc excitation Is constant speed motor Is self starting All of the listed here Need no dc excitation Is constant speed motor Is self starting All of the listed here ANSWER DOWNLOAD EXAMIANS APP
Single Phase Motors For ceiling fans generally the single phase motor used is Capacitor start and run type Capacitor start type Permanent capacitor type Split phase type Capacitor start and run type Capacitor start type Permanent capacitor type Split phase type ANSWER DOWNLOAD EXAMIANS APP
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