레이블이 #vibration and noise education인 게시물을 표시합니다. 모든 게시물 표시
레이블이 #vibration and noise education인 게시물을 표시합니다. 모든 게시물 표시

2023년 3월 29일 수요일

BISOPE series 33 Simple vibration diagnosis and precision vibration dia...


BISOPE series 33- Simple vibration diagnosis and precision vibration diagnosis of rotating machinery

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The results of the vibration diagnosis can be confirmed as a technical report, which is largely divided into a simple diagnosis report and a detailed diagnosis report, etc., and is prepared including the cause and evaluation of the current vibration problem, and a description of countermeasures if necessary. The meaning of each report is a simple report in the case of simple evaluation of phenomena and absolute standards after temporary measurement, and detailed analysis to the extent that current causes can be analyzed and countermeasures can be found through spectrum analysis and cause analysis of various vibrations. are treated as detailed reports. In general, the definition of regular textbooks for facility diagnosis qualifications is not very different.

 

Simple diagnosis and precise diagnosis, offline and online

First of all, if you look at the methods of simple diagnosis, there are 'route measurement' and 'online monitoring system'. Inspection is commonly referred to as 'off-line' as a method in which humans intermittently investigate and record the state of equipment using a portable instrument (vibration meter, data collector). On the other hand, constant monitoring is a method of continuously monitoring by a monitoring device and is called 'on-line'. Inspection called off-line can measure many measurement points and directions, but it cannot be said to be continuous depending on the frequency of measurement. There are advantages and disadvantages between the two systems, since on-line continuously monitors and stores near real-time data from already installed sensors.

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All copyright  korea CBM  written by BISOPE , vs72@naver.com, 070-4388-0415,  www.kCBM.kr

#PDM; Resonance analysis, #frequency analysis, #CBM, #vibration sensor, #vibration and noise education