THE COMPACS SYSTEM®
REAL-TIME VIBRATION DIAGNOSTICS
OF MACHINERY WITH PROBABILITY CLOSE TO 1
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In 2001 the quality management system of DYNAMICS SPC was put through facultative certification. In 2018 it was recertified for compliance with standards ISO 9001:2015. Its results confirmed a high level of goods and services quality management.
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Home Publications Articles

New method for diagnosing bearing units of railway rolling stock in movement

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The paper is aimed at increasing the reliability of diagnostics by creating an adaptive method of condition evaluation for typical mechanical assemblies of railway rolling stock in movement.

The condition of mechanical units of railway rolling stock has a great impact on transportation safety.

Using onboard systems for diagnosing mechanical units of railway rolling stock allows diagnostics with a minimum interval, due to which the dynamic error rate is acceptable, not more than 0.1%.

 

Basakin V.V., Kostyukov V.N., Kostyukov Al. V., Kazarin D.V. New method for diagnosing bearing units of railway rolling stock in movement // Proceedings of the XXI Russian NDT and Diagnostics Conference. - Moscow: "Spektr" Publishing House, 2017. - p. 145-152

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Tags: rolling stock vibration diagnostics condition assessment adaptive method Date: 28.01.2020
Views: 409
 

Detecting and predicting hazardous developing defects during continuous monitoring with an acoustic emission method

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The paper presents an algorithm for detecting exponential growth areas of acoustic emission activity based on approximation of saved values of informative parameters (hereinafter referred to as the trend) during continuous monitoring with the acoustic emission (AE) method. Besides, based upon parameters of exponential approximation of trends, a new method is suggested for predicting a time when AE parameters reach their critical (threshold) values.

This paper aimed at developing an algorithm for detecting hazardous developing defects during continuous monitoring with an AE method. The most important tasks are theoretical research of informative AE parameters studied as parameters for detecting hazardous developing defects, description of the algorithm for detecting exponential growths area, as well as analytical derivation of a formula to predict the critical condition of the monitoring object. The suggested algorithm is utilized in a stationary system for diagnostics and monitoring COMPACS (hereinafter referred to as the System) installed at a revivifier operating as a part of a reactor-revivifier unit of cat cracking section.

Application of the suggested approach can be found in systems of continuous monitoring of production facilities used for various purposes.

 

Kostyukov Al.V., Boychenko S.N., Bogomolov D.E. Detecting and predicting hazardous developing defects during continuous monitoring with an acoustic emission method // Proceedings of the XXI Russian NDT and Diagnostics Conference. - Moscow: "Spektr" Publishing House, 2017. - p.33-38

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Tags: COMPACS approximation prognosis AE monitoring Date: 21.01.2020
Views: 467
 

Practical application of the COMPACS bench systems at AO Omsk Refinery Machinery and Repair Plant

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Implementation of the first stationary systems for automatic monitoring and diagnostics of machinery health – COMPACS in the early nineties of the last century, for the first time an opportunity to watch changes of machinery health in real operational conditions under deterioration and restoration factors was realized. The results of such systems implementation helped to solve several urgent problems of operational reliability and machinery operating life. It was established that about one-third of all machines decommissioned for repair had no need for the repair at all. More than 40% of machines after repair had the same high vibration rates as before. That meant they had to be dismounted and decommissioned once again to remove all defects and carry out another repair.

 

Kostyukov Al.V., Tarasov E.V., Dvuhzhilov D.V., Averyanov S.A., Mayorov V.I. Practical application of the COMPACS bench systems at AO Omsk Refinery Machinery and Repair Plant // Himicheskaya tehnika. - 2017. -No1. - p.17-20

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Tags: monitoring bench system Omsk refinery machinery health Date: 14.01.2020
Views: 485
 

Experiencing safe resource-saving operation provided by the COMPACS stationary system

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Implementation of the Technology of safe resource-saving operation of machinery deals with a problem of a variety of machines and devices used in common production facility which requires different methods of condition monitoring. The paper describes the experience of using a comprehensive condition monitoring system providing safe resource-saving operation by means of its software and hardware solutions.

 

Boychenko S.N., Sititsyn A.A Experiencing safe resource-saving operation provided by the COMPACS stationary system // Proceedings of the VI School-Seminar RISKOM. - Omsk. - Publishing house "Zolotoy tirazh" (ООО "Omskblankizdat"). - 2016. - p.158-169

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Tags: condition monitoring safe operation comprehensive system Date: 24.12.2019
Views: 530
 

Ways of reducing operational risks of power facilities

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The paper describes the main causes of higher accident risk and lower reliability of power facilities (PF) which became apparent recently in power and other industries. Poor reliability of equipment imported to RF to solve power industry tasks is noticed. Our study is aimed at suggesting new ways of improving reliability and decreasing accident risks. One of the main paths is the implementation of modern automatic monitoring systems COMPACS.  We also suggest modern tasks for monitoring and break-through technologies aimed at maximum satisfaction of all maintenance, repair and operational needs.  The paper describes the necessity in improving the regulatory environment having an impact on power facility operation.  It is also noted, that the implementation of modern automatic systems not only reduces the risk of PF operation but also contributes to personnel qualification level.   

 

Kumenko A.I. Ways of reducing operational risks of power facilities // Proceedings of the VI School-Seminar RISKOM. - Omsk. - Publishing house "Zolotoy tirazh" (ООО "Omskblankizdat"). - 2016. - p.107-117

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Tags: support misalignment accident risk risk reduction automatic monitoring systems Date: 17.12.2019
Views: 482
 

Assessment of quantitative criteria for diagnostic signal parameters and limiting conditions of a diagnostic object

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Improvement of the system of criteria for defects of machines and mechanisms by vibration-acoustic signal parameters is an urgent task of technical diagnostics. Our study is aimed at finding peculiarities and approaches towards the assessment of standard diagnostic signal parameters corresponding to various conditions of a diagnostic object. A classic approach is based on the fact that faultless condition is characterized by a certain diagnostic sign which rate increases when the machine turns faulty.  Non-classic approach – condition worsening is characterized by lower rates of certain diagnostic signs.  Both situations require determining correct rates of possible defect skipping and false alarm. The paper shows the methods of a correct rating of defect skipping and false alarms for various conditions of a machine and the nature of diagnostic sign changes.  As an example of a diagnostic sign let us consider a module of the characteristic function of instantaneous values of a vibroacoustic signal for a set parameter of the characteristic function. This diagnostic sign is an example of the non-classic approach of rating. We used statistical methods of decision-making to rate the characteristic function module’s limiting values showing the diagnostic state.  The results prove that methods of statistical decision making can be used to rate limiting values of diagnostic signs for “classic” and “non-classic” cases of probability distribution functions.  That allows setting certain conditions of a diagnostic sign rating and making correct calculation of possible defect skipping and false alarm rates.  

 

Kostyukov V.N., Naumenko A.P., Kudryavtseva I.S. Assessment of quantitative criteria for diagnostic signal parameters and limiting conditions of a diagnostic object // Proceedings of the VI School-Seminar RISKOM. - Omsk. - Publishing house "Zolotoy tirazh" (ООО "Omskblankizdat"). - 2016. - p.137-147

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Tags: diagnostics condition characteristic function diagnostic sign vibration-acoustic signal Date: 10.12.2019
Views: 496
 

Modern tools for real-time monitoring of mechanical systems

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The paper describes a scientifically grounded system-based approach towards scientific monitoring of natural-engineering systems (NES) based on fundamental principles, laws and patterns of classic continuum and elastic-media mechanics , theory of stress-strain states, methods and instruments of condition monitoring,   analysis, assessment, expertise and prediction of homeostasis in operational resource of structural integrity for such tasks as prevention of accidents, and man-made and natural-engineering disasters.

 

Speranksy A.A., Kosyukov A.V. Modern tools for real-time monitoring of mechanical systems // Proceedings of the VI School-Seminar RISKOM. - Omsk. - Publishing house "Zolotoy tirazh" (ООО "Omskblankizdat"). - 2016. - p.47-59

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Tags: accident real-time monitoring natural-engineering systems prevention Date: 03.12.2019
Views: 473
 

Real-time health monitoring of equipment – a breakthrough innovative technology for Russia

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The paper provides background on vibration diagnostics in Russia, and, also, gives the reader perception on modern health monitoring system COMPACS, examples of its work and production risk matrix.

 

Kostyukov V.N., Kostyukov A.V. Real-time health monitoring of equipment – a breakthrough innovative technology for Russia // Proceedings of the VI School-Seminar RISKOM. - Omsk. - Publishing house "Zolotoy tirazh" (ООО "Omskblankizdat"). - 2016. - p.28-39

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Tags: COMPACS vibration diagnostics risk matrix health monitroing Date: 26.11.2019
Views: 517
 

Condition diagnostics of asynchronous motor stator’s winding by partial discharge method

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Asynchronous electric motor (AEM) is currently one of the most common types of electrical equipment. Consequently, there is quite an urgent issue on developing modern methods of condition diagnostics, including automated one, of the main AEM parts and stator windings in particular.

The purpose of research is to try out the method using partial discharge (PD) parameters measuring to control AEM’s winding condition in repair production, and control AEM on site.

To reach the set goal we had to solve the tasks on developing PD parameters measuring schemes in stator windings; collecting and processing the statistical data by those parameters for a large number of AEMs; characterizing PD parameter distributions and standardizing the critical values of such parameters.

An electric method of PD parameter measuring method was selected as a working method due to being more appropriate for AEMs and having greater sensitivity. As the supplementary methods, vibration diagnostics and visual control methods were used. The obtained data were processed by mathematical statistics algorithms using computer technology allowing analyzing results of more than 4300 measurements.

By the results of the research, the PD parameters were standardized in order to apply them in ARM testing.

Applying the research’s results in production practice allows increasing the depths of diagnosing ARM electric systems and improves its reliability. Detection of winding defects even at the earliest stages of their development contributes to accident prevention and decreases financial losses due to machinery idle time.

 

Burda E.A., Kostyukov Al.V., Boychenko S.N., Schelkanov A.V. Condition diagnostics of asynchronous motor stator’s winding by partial discharge method // Dinamika Sistem, mechanismov i machin. - 2016. - №1, v.3. - p.53-61

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Tags: insulation stator winding partial discharges Date: 19.11.2019
Views: 483
 

Diagnosing bearing units of rotary machines in various operating modes

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The paper is aimed at developing a methodology for diagnosing bearing units of rotary machines by a vibration-acoustic method of non-destruction testing with increased reliability of diagnostics and minimal costs for the testing. Diagnostics of any object always involves a chance of a false alarm or defect skipping. Skipping a defect of equipment in operation may cause destruction of a unit, processing failure and an accident. A false alarm requires additional works to be carried out. To reach the set diagnostic goal, the dependency and changes in vibration parameters and rotation frequency in various states of the equipment are calculated and registered.

 

Zaytsev A.V., Kostyukov V.N., Kazarin D.V. Diagnosing bearing units of rotary machines in various operating modes // Dinamika Sistem, mechanismov i machin. - 2016. - №1, v.1. - p.173-178

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Tags: diagnostics vibration acoustic accuracy uncertainty area rotary unit Date: 12.11.2019
Views: 487
 
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