Mechanical imbalances are common mechanical faults in induction motors. Vibration monitoring techniques have been widely used for the diagnosis of mechanical faults in induction motors, but electrical detection methods have been preferred in recent years. For many years, researchers have concentrated on the Motor Current Signature Analysis (MCSA). This paper examines the effect of mechanical imbalances to induction machine electrical parameters. Instantaneous Power Signature Analysis (IPSA) technique used to detect these faults. In the paper, a full analysis of the proposed technique is presented, and experimental results for healthy and faulty motors have been shown and discussed
Low frequency load torque oscillations and rotor faults have similar effects on stator current spect...
Induction motors are the most widely used motors among electric motors in industries. These are due ...
Condition monitoring of electric machines is a procedure of increasing importance, as fault tolerant...
Intensive research efforts have been focused on the Motor Current Signature Analysis (MCSA) in order...
Intensive research efforts have been focused on the Motor Current Signature Analysis (MCSA) in order...
Intensive research efforts have been focused on the Motor Current Signature Analysis (MCSA) in order...
Electric motors play an important role in industry, and the induction motors are the most widely use...
(MCSA) is considered the most popular fault detection method now a day because it can easily detect ...
Référence PB.5.12International audienceThis paper investigates a new technique for diagnosing faults...
International audienceElectrical and mechanical fault diagnosis in induction machines is an extensiv...
Low frequency load torque oscillations and rotor faults have similar effects on stator current spect...
The paper gives an overview of the issues and means of detection of mechanical abnormalities in indu...
Low frequency load torque oscillations and rotor faults have similar effects on stator current spect...
Stator interturn faults are one of the most common faults occurring in induction motors. Early detec...
Graduation date: 2005Induction motors are considered to be the work horse in all types of today's in...
Low frequency load torque oscillations and rotor faults have similar effects on stator current spect...
Induction motors are the most widely used motors among electric motors in industries. These are due ...
Condition monitoring of electric machines is a procedure of increasing importance, as fault tolerant...
Intensive research efforts have been focused on the Motor Current Signature Analysis (MCSA) in order...
Intensive research efforts have been focused on the Motor Current Signature Analysis (MCSA) in order...
Intensive research efforts have been focused on the Motor Current Signature Analysis (MCSA) in order...
Electric motors play an important role in industry, and the induction motors are the most widely use...
(MCSA) is considered the most popular fault detection method now a day because it can easily detect ...
Référence PB.5.12International audienceThis paper investigates a new technique for diagnosing faults...
International audienceElectrical and mechanical fault diagnosis in induction machines is an extensiv...
Low frequency load torque oscillations and rotor faults have similar effects on stator current spect...
The paper gives an overview of the issues and means of detection of mechanical abnormalities in indu...
Low frequency load torque oscillations and rotor faults have similar effects on stator current spect...
Stator interturn faults are one of the most common faults occurring in induction motors. Early detec...
Graduation date: 2005Induction motors are considered to be the work horse in all types of today's in...
Low frequency load torque oscillations and rotor faults have similar effects on stator current spect...
Induction motors are the most widely used motors among electric motors in industries. These are due ...
Condition monitoring of electric machines is a procedure of increasing importance, as fault tolerant...