A continuous parameter monitoring of machine is required in certain applications where failure of machine leads to loss of quality control, productivity and safety against catastrophic failure. Machine faults are often linked to the bearing faults. Parameter monitoring of machine involves continuous assessment on the performance of rotating components i.e. bearings, gears and motors and predicting the faults before it cause any adversity. Rotating machines are commonly used in the industry for different applications such as railways, pumps, conveyors, blowers, elevator, mining industry, etc. Parameter monitoring of rotating machines has been an important task for technicians, engineers, and researchers mainly in industrial application. This paper presents an enlarged survey on the expansion and the recent approaches in the parameter monitoring of rotating machines. In current scenario, parameter monitoring proved their ability for fault detection of incipient faults in electrical machines and equipment. Several techniques such as vibration monitoring, acoustic emission monitoring, invasive monitoring, oil monitoring are available for determining the health of rotating machines but all these monitoring methods needs expensive transducers and sensors.

Condition monitoring, fault detection, wireless monitoring, motor currrent signature analysis

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