
We are quite sure that it is; and that you and your staff are extremely capable. It is because of this that we are able to offer you and your staff an intensive one-day seminar to achieve greater knowledge of the following: Electric Motor Testing Standards (including the correct test procedures), and Predictive Electrical Maintenance. These are just two of the subjects that will be covered by Mr. Jack Hamilton who has had extensive training in the field. |
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Subject:Class Size:Training Duration:Applicable Trade:People Who Should Attend: |
Keep Your Motors RunningMaximum 15 Students, Minimum 6 8:30AM - 4:30PM / 1 Hour for Lunch Electrical Maintenance and Rewind Shops1. Maintenance staff who want to know what to test and how. - Motor Condition and Performance |
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Professional Trainer:Mr. Jack Hamilton
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Jack graduated from the US Navy Propulsion and Engineering program. He brings over 30 years of hands-on experience with motors, controls, and generators. Currently Jack is President and Training Manager for Motor Diagnostic Systems, Inc. Through this training he provides tools and testing techniques knowledge to the rotating electrical equipment industry. | |
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If your company needs training in vibration analysis, we can offer comprehensive and easy to learn software packages to better train yourself and your employees avoiding costly replacements of your hardware. Take a look at these informative PDFs. If you have questions, need more information or would like to receive a quote, please feel free to Contact Us.
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Printable PDF |
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| To gain an in-depth understanding of different vibration signatures, controlled experiments on a device that emulates real world machinery are needed. While analysis of a single machinery fault may be beneficial, there are many occasions when the analysis of the interaction between dynamic stiffness, resonance, and speed is essential in order to gain an understanding of real world vibration spectra. SpectrQuest offers a complete line of laboratory scale machines for performing rotor dynamics experiments and learning vibration signatures of common machinery faults. The bench-top system has spacious modular design featuring versatility, operational simplicity and robustness. | |
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The Machinery Fault Simulator (MFS) family is designed to study the signature of common machinery faults, such as unbalance, alignment, resonance, bearing, rotor dynamics, cracked shaft, gearbox, belt drive, reciprocating mechanism, mechanical rub, induction motor, pump, compressor and fan. |
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The Shaft Alignment Trainer (SAT) is designed for learning and correcting a wide variety of problems that can arise when shafts are misaligned. |
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