Do you know the condition of your spare motors? The replacement motor on a critical conveyor belt trips on its first startup. The tools on hand couldn’t identify the problem. Watch this video to see how they resolved the problem.
As predictive maintenance teams in industrial facilities strive for a more complete picture of their equipment’s health, high frequency vibration measurements have become a crucial addition to identify faults such as motor and pump bearing defects and gear tooth inconsistencies in high-speed gearboxes. As a result, there is an upsurge in demand for vibration sensors with a high frequency response.
Tasks for DC motors such as commutator & brush inspections, lubrication, are very important for their long-term successful operation. However, these inspections fail to determine the condition of the electrical winding or insulation..
A small number of semiconductor manufacturers have overcome the noise, bandwidth and g-Range shortcomings commonly associated with MEMS sensors used in Condition-based Monitoring (CbM) by producing several medium and high-performance MEMS vibration sensors with the latter being comparable to piezo accelerometers.
The multi-technology approach to motor diagnostics means using different testing technologies to complement and validate each other. For example, when a vibration technician suspects a possible rotor problem in a critical application, and the cost to repair or replace requires a loss of production, where the motor’s cost is small compared to the incurred costs of the shutdown.
This introductory webinar provides information about how electric motor static testing can help motor maintenance professionals maximize reliability of their electric motor plant machinery. The webinar will introduce attendees to static electric motor testing.
Businesses invest millions of dollars in what they believe will be a fail-safe maintenance program for their electric motors. Regular tests are scheduled for each motor; engineers dutifully record the data when required and then move on to the next motor.
Join Noah as he discusses in depth various case studies involving Rotor, Servo, and Variable Frequency Drive motors. You won’t want to miss his expertise in discussing the motors, their characteristics, problems, and the testing used.
This introductory course provides a wealth of information about technologies that can help motor maintenance professionals maximize reliability of their electric motor plant machinery. The complimentary nature of the two technologies is important to understand. This webinar lays a foundation to enable the maintenance professional to plan and execute maintenance strategies that minimize costly unplanned downtime..
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