Title :
Modern on-line testing of induction motors for predictive maintenance and monitoring
Author :
Wiedenbrug, E. ; Ramme, A. ; Matheson, E. ; von Jouanne, A. ; Wallace, A.
Abstract :
On-line testing of motors, diagnostics and motor monitoring have shown large scientific development in the past few years, outgrowing the stage of RMS current and voltage measurements. This stems from current and voltage signature analysis which has progressed from the laboratory and the work of dedicated specialist experts to become the base for modern instrumentation available to plant operatives. In addition to line fed motors, a clear view of variable frequency drive applications is now possible without requiring connection directly to the motor terminals. The use of the motor itself as a transparent sensor, making shaft torque signatures available at the motor control cabinet, allows for advanced diagnostics of the voltage supply, motor and load system.
Keywords :
computerised monitoring; induction motor drives; machine testing; maintenance engineering; torque; variable speed drives; current signature analysis; induction motors; instrumentation; line fed motors; load system; monitoring; motor control cabinet; motor system; motor terminals; on-line diagnostics; on-line testing; predictive maintenance; shaft torque signatures; transparent sensor; variable frequency drive applications; voltage signature analysis; voltage supply; Frequency; Induction motors; Instruments; Laboratories; Monitoring; Motor drives; Sensor systems; Shafts; Testing; Voltage measurement;
Conference_Titel :
Pulp and Paper Industry Technical Conference, 2001 Conference Record of.
Conference_Location :
Portland, OR, USA
Print_ISBN :
0-7803-6745-6
DOI :
10.1109/PAPCON.2001.952964