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Rotating

Rotating Machinery



Measuring accurately noise and vibrations on rotating and reciprocating machines requires a high performance instruments equipped with the right functionalities: especially when machines are investigated during run ups and coast downs. Whatever the test is run at the design, acceptance or maintenance stage, it should proceed rapidly and easily because the testing time is short. Managing your order profiles and spectra cascades results is just a glance away, whatever you display the data as a function of RPM or oil pressure. You will find one of the rotating analyzing techniques proposed in OROS Rotating Solutions fitting your machine particularities: FFT order extraction, constant band tracking or synchronous order tracking.
Analyzing rotors and shafts where speed is highly and rapidly varying can be efficiently and easily measured using synchronous order tracking. No worries: the analysis is automatically optimized in real time to adapt to the changing speed. Based on this technique the phase measurement is highly accurate and is used for balancing shafts and rotors. At the diagnostic stage, you will need to go deeper in the determination of the vibrations signature of the machine under test. For that purpose, tools such as envelope analysis, zoom analysis, center and side band markers, cepstrum analysis and more are included.
The technology employed in OROS Rotating solutions makes your measurement safe, easy and efficient, providing a set of adapted tools.
You will want to replay your test raw data while comfortably sitting at your office desk? On the field, record your time data on the embedded high speed hard disk while still keeping up your real time analysis running. Open new gates to your analysis and extract orders and phases on up to 6 shafts rotating simultaneously

Application Note

Rotating Vibration Analysis - Order Tracking techniques

 

Being reserved to specialists for a couple of years, noise and vibration analysis techniques are more and more widely used in the automotive industry by the car manufacturers and their suppliers. Rotating elements generate vibrations determined by their kinematics, structural caracteristics of the rotating parts as well as the stationary parts, load conditions and imperfections of moving parts. For optimizing the behavior of a rotating system, it is essential to be able to use a suited tool, the order tracking.
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