Misalignment is one of the predominant failure of rotating machines driven by induction
motors. there are several methods for identifying the misalignment vibration monitoring …

This paper inspects the misaligned motors by using diagnostic medium such as current, flux
and instantaneous power signal. Misalignments in machines can cause decrease in …

In any rotating machine one of the most common faults is misalignment. Misalignment in any
machine decreases the efficiency of that machine in short run. In long run process it may …

Induction motors are the important constituent of the industrial machinery used in present
date, mainly in the field of power generation, goods manufacturing, fuel refineries and other …

Misalignment is one of the most common faults in any rotating machine. It can cause
decrease in efficiency and in the long run may cause failure of machine. Most of the …

Motor electrical current signature analysis (MCSA) is sensing an electrical signal containing
current components that are direct by-product of unique rotating flux components. Anomalies …

Because of initial manufacture and ageing phenomenon, rotating machines present an
inherent mechanical disequilibrium. When a small mechanical unbalance fault affects the …

Condition monitoring of induction motor have been a challenging task for the engineers and
researchers mainly in industries. There are many condition monitoring methods, including …

This paper investigated the current, flux and instantaneous power signals as a diagnostic
medium to detect the eccentricity faults under varying load conditions using eccentricity fault …

Induction motors as a primer driver, are the most widely electric component in the industry
which consume tremendous energy each year. The influence of stator winding asymmetry …