Wyniki wyszukiwania - BazTech

1

Statistical reliability of decisions on controlled process faults

Volodarskyi Yevhen, Kozyr Oleh, Warsza Zygmunt L.

Informatyka, Automatyka, Pomiary w Gospodarce i Ochronie Środowiska

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2025

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T. 15, nr 1

5--9

EN

The article considers the issues of using control charts to detect the disruption of the technological process. The possible influence of measurement error on the correctness of decisions is considered. To ensure the statistical reliability of the decisions made, their plausibility, a priori probability is used. The effectiveness of assessing the compliance of the technological process with established standards is discussed, when the distributions of possible values of its parameters and errors of their measurements are uniform.

PL

W artykule rozważono kwestie wykorzystania kart kontrolnych do wykrywania zakłóceń procesu technologicznego. Uwzględniono możliwy wpływ błędu pomiarowego na poprawność podejmowanych decyzji. Dla zapewnienia statystycznej wiarygodności podejmowanych decyzji wykorzystuje się ich prawdopodobieństwo a priori. Omówiono skuteczność oceny zgodności procesu technologicznego z ustalonymi standardami, gdy rozkłady możliwych wartości jego parametrów i błędów ich pomiarów są jednorodne.

2

Sensitivity assessment of a gradient-based leak localization procedure for pressure sensor faults using a laboratory model of a transmission pipeline

Ostapkowicz Paweł

Transport Problems

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2024

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T. 19, z. 4

137--150

EN

This research addresses the topic of leakage localization in liquid transmission pipelines. Particularly, it deals with the standard gradient-based procedure used for performing such a task. The procedure relies on pressure gradient calculations based on pressure data collected from measurement points distributed along the pipeline. This study aimed to verify this procedure regarding its sensitivity to typical systematic errors related to pressure transducers. The primary measure evaluated was the accuracy of the calculated coordinate of a leak spot. The uncertainty of the leak localization result was also estimated following the Guide to the Expression of Uncertainty in Measurement convention. A laboratory model of the pipeline was used to practically implement and test the procedure. During experiments, low-intensity leakages with a level of 0.25–2.00% were simulated. Regarding typical systematic errors, the bias (zero moving) type and the proportional ratio type were considered, which were numerically simulated in the measurement data. The findings reveal how sensitive the examined procedure is in relation to these errors, considering their different levels and scenarios related to used pressure transducers.

3

Analysis of variability and methodology for determining measurement errors in the example of heat recovery systems in air handling units (AHUs)

Matysko Robert

Transactions of the Institute of Fluid-Flow Machinery

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2023

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nr 142

61--72

EN

In the paper, a description of the analysis of parameter variability in the studied process is presented, with a focus on the selection of measurement instrument class, using the example of a ventilation system where heat recovery takes place. Additionally, a methodology for determining measurement errors in calculating the heat transfer coefficient from the heat balance equations is provided.

4

The Performance of Max-GWMA Control Chart in the Presence of Measurement Errors

Sharafi Saeid, Maleki Mohammad Reza, Salmasnia Ali, Mansoor Reihaneh

Management and Production Engineering Review

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2022

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Vol. 13, No. 4

26--37

EN

Recently, simultaneous monitoring of process mean and variability has gained increasing attention. By departing from the accurate measurements assumption, this paper investigates the effect of gauge measurement errors on the performance of the maximum generally weighted moving average (Max-GWMA) chart for simultaneous monitoring of process mean and variability under an additive covariate model. Multiple measurements procedure is employed to compensate for the undesired impact of gauge inaccuracy on detection capability of the MaxGWMA chart. Simulation experiments in terms of average run length (ARL) are conducted to assess the power of the developed chart to detect different out-of-control scenarios. The results confirm that the gauge inaccuracy affects the sensitivity of the Max-GWMA chart. Moreover, the results show that taking multiple measurements per item adequately decreases the adverse effect of measurement errors. Finally, a real-life example is presented to demonstrate how measurement errors increases the false alarm rate of the Max-GWMA chart.

5

The analysis of influential parameters on calibration and feeding accuracy of belt feeders

Živanić Dragan, Ilanković Nikola, Zuber Ninoslav, Đokić Radomir, Zdravković Nebojš, Zelić Atila

Eksploatacja i Niezawodność

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2021

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Vol. 23, no. 3

413--421

EN

Continual material feeding represents a process of great importance for process industries. Feeding with belt feeders represents one of the most common methods. Belt feeders are devices that require little space, they are not expensive and, most importantly, they do not interrupt material flow while feeding. Calibration of belt feeders, as well as other measuring devices, is a prerequisite for measuring and achieving a defined level of measurement accuracy. On the other hand, the defined level of measurement accuracy is often difficult to achieve in practice due to the multitude of factors that affect the operation of belt feeders. Existing mathematical models indicate a number of influential factors on measurement accuracy. The paper presents the measurement procedure performed on a belt feeder in laboratory conditions, with variable speeds and belt tensions and the known raised position of the measuring idler. Based on the obtained results, appropriate conclusions were made about the influences on calibration and measurement accuracy.

6

Fast Fourier Transform detection and reduction of high-frequency errors from the results of surface topography profile measurements of honed textures

Podulka Przemysław

Eksploatacja i Niezawodność

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2021

|

Vol. 23, no. 1

84--93

EN

In this paper, various type of noise detection procedures with surface topography profile analysis were proposed, compared (studied) and suggested. The honed cylinder liner surface textures with additionally burnished oil pockets were measured with a stylus or optical approaches. Measurement errors, defined as high-frequency measurement noise, were taken into sufficient consideration. It was proposed to select the noise detection methods more with profile (2D) than areal (3D) assessments; some-frequency noise was much easier to observe in profile than surface analysis. Moreover, applications of various type of regular filtration methods, mostly based on Gaussian functions, were compared with Fast Fourier Transform filtration for detection or reduction of some (high) frequency-defined measurement errors.

7

Wpływ warunków środowiskowych i instalacyjnych na proces wymiany ciepła w wybranych przemysłowych gazomierzach miechowych

Dudek Adrian

Nafta-Gaz

|

2020

|

R. 76, nr 11

828--836

PL

Od 2016 roku Instytut Nafty i Gazu – Państwowy Instytut Badawczy (INiG – PIB) prowadzi nowe badania mające na celu określenie zależności pomiędzy temperaturą otoczenia a temperaturą gazu w przemysłowych gazomierzach miechowych w trakcie pomiaru oraz opracowanie nowych zaleceń w stosunku do układów rozliczeniowych wykorzystujących przemysłowe gazomierze miechowe o przepustowości do 25 m3 /h. W pierwszym etapie badań zrealizowano pracę, której wyniki potwierdziły, że proces wymiany ciepła w przemysłowym gazomierzu miechowym zależny jest od temperatury otoczenia, temperatury gazu na wlocie do gazomierza, od strumienia objętości przepływającego gazu oraz od powierzchni obudowy i objętości cyklicznej gazomierza. W kolejnym etapie zrealizowano pracę, której celem było określenie zależności pomiędzy temperaturą otoczenia a temperaturą gazu w przyłączu przemysłowego gazomierza miechowego w trakcie pomiaru. Otrzymane wyniki podważyły tezę, że temperatura na wlocie gazomierza jest równa temperaturze medium na głębokości posadowienia sieci gazowej. W ostatnim etapie badań zrealizowano natomiast pracę, której celem było wyznaczenie przebiegu zmian temperatury gazu w przemysłowych gazomierzach miechowych w funkcji temperatury otoczenia i cyklicznych zmian strumienia objętości gazu, które miały odzwierciedlać pracę gazomierzy zamontowanych u odbiorców. Analiza otrzymanych wyników badań po raz kolejny wskazała na silną zależność temperatury gazu wewnątrz przemysłowych gazomierzy miechowych od temperatury otoczenia, ale też od strumienia objętości przepływającego gazu. Uzyskane wyniki badań laboratoryjnych posłużą do przeprowadzenia opisu procesu wymiany ciepła w przemysłowym gazomierzu miechowym, który pozwoliłby na wyznaczanie temperatury rozliczeniowej gazu jako funkcji temperatury otoczenia, temperatury gazu dopływającego i strumienia objętości gazu. Obliczone wartości temperatury gazu mogłyby posłużyć do wyznaczenia współczynników korekcyjnych temperatury mających zastosowanie podczas bilansowania odbiorców gazu rozliczanych na podstawie pomiaru z wykorzystaniem przemysłowych gazomierzy miechowych.

EN

Since 2016, Oil and Gas Institute – National Research Institute (INiG – PIB) has been conducting new research to determine the relationship between ambient temperature and gas temperature in industrial diaphragm gas meters during the measurement, and to develop new recommendations for billing systems using industrial diaphragm gas meters with a throughput of until 25 m3 /h. In the first stage, work was carried out, in which the obtained test results confirmed that the heat exchange process in an industrial diaphragm gas meter depends on the ambient temperature, the gas temperature at the inlet to the gas meter, the flow rate of the gas flowing, as well as the casing surface and the gas volume of the gas meter. In the next stage, work was carried out to determine the relationship between ambient temperature and gas temperature at the industrial diaphragm gas meter connection during the measurement. The obtained results undermined the thesis, which indicated that the gas inlet temperature is equal to the gas temperature at the depth of the gas network. In the last stage, work was carried out to determine the course of changes in gas temperature in industrial diaphragm gas meters as a function of ambient temperature and cyclical changes of the gas flow rate, which were to reflect the work of gas meters installed at customers’ premises. The analysis of the obtained test results once again showed a strong dependence of the gas temperature inside industrial diaphragm gas meters on the ambient temperature, but also on the flow rate of gas. The obtained results of laboratory tests will be used to carry out a thermodynamic description of the heat exchange process in an industrial diaphragm gas meter, which would allow the determination of the gas billing temperature as a function of the ambient temperature, the temperature of the inflowing gas and the gas flow rate. The calculated gas temperature values could be used to determine the temperature correction factors applicable when settling gas consumers billed on the basis of measurement with the use of industrial diaphragm gas meters.

8

Comparisons of envelope morphological filtering methods and various regular algorithms for surface texture analysis

Podulka Przemysław

Metrology and Measurement Systems

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2020

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Vol. 27, nr 2

243--263

EN

In this paper both envelope approach and morphological filters for characterisation of surface textures were proposed, applied and thoroughly examined. Obtained results were compared with those received after appliance of commonly-used algorithms. The effect of appliance of proposed procedures on surface topography parameters (from ISO 25178 standard) was taken into consideration. The following types of surface textures were assessed: two-process plateau-honed cylinder liners, plateau-honed cylinder liners with additionally burnished dimples, turned piston skirts, grinded and/or isotropic topographies. It was assumed that envelope characteristics (envelope filtration) can provide results useful for assessments of deep and/or wide oil-reservoirs especially when they are edge located. Moreover, some near-valley areas of surface texture details can be less distorted when envelope filtering is accomplished. It was also found that closing and/or opening envelope filtration can be valuable for reduction of some surface topography measurement errors.

9

Accelerated degradation analysis based on a random-effect Wiener process with one-order autoregressive errors

Li Junxing, Wang Zhihua, Liu Chengrui, Qiu Ming

Eksploatacja i Niezawodność

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2019

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Vol. 21, no. 2

246--255

EN

For highly reliable and long-life products, accelerated degradation test (ADT) is often an effective and attractive way to assess the reliability. To analyze the accelerated degradation data, it has been well recognized that it is necessary to incorporate three sources of variability including the temporal variability, the unit-to-unit variability and measurement errors into the ADT model. The temporal variability can be properly described by the Wiener process. However, the randomness of the initial degradation level, which is an important part of the unit-to-unit variability, has been often neglected. In addition, regarding the measurement errors, current ADT models often assumed them to follow a mutually independent normal distribution and ignored the autocorrelation that may probably exist in them. These problems lead to a poor accuracy for reliability evaluation in some situation. Thus, a random-effect Wiener process-based ADT model considering one-order autoregressive (AR(1)) errors is proposed. Then closed-form expressions for the failure time distribution (FTD) is derived based on the concept of first hitting time (FHT). A statistical inference method is adopted to estimate unknown parameters. Finally, a comprehensive simulation study and a practical application are given to demonstrate the rationality and effectiveness of the proposed model.

PL

W przypadku wysoce niezawodnych produktów o długim cyklu życia, przyspieszone badanie degradacji (ADT) często stanowi skuteczny i atrakcyjny sposób oceny niezawodności. Jak wiadomo, analiza danych z przyspieszonej degradacji wymaga włączenia do modelu ADT trzech źródeł zmienności, w tym zmienności czasowej, zmienności między jednostkami i błędów pomiarowych. Zmienność czasową można odpowiednio opisać za pomocą procesu Wienera. Jednak losowość początkowego poziomu degradacji, który stanowi ważną część zmienności między jednostkami, jest często w badaniach pomijana. Ponadto, w odniesieniu do błędów pomiaru, obecne modele ADT często zakładają, że mają one wzajemnie niezależne rozkłady normalne, ignorując możliwą autokorelację. Problemy te prowadzą w niektórych sytuacjach do niskiej trafności oceny niezawodności. W związku z powyższym, zaproponowano model ADT oparty na procesie Wienera z efektem losowym, w którym uwzględniono błędy autoregresyjne pierwszego rzędu (AR (1)). Następnie, w oparciu o pojęcie pierwszego czasu przejścia, wyprowadzono wyrażenia w postaci zamkniętej dla rozkładu czasu uszkodzenia (FTD). Do oszacowania nieznanych parametrów przyjęto metodę wnioskowania statystycznego. Na koniec przedstawiono kompleksowe studium symulacyjne i wskazano praktyczne zastosowanie modelu w celu wykazania jego racjonalności i skuteczności.

10

GNSS-based sound card synchronization

Carôt Alexander, Mahmood Hasan, Hoene Christian

Annals of Computer Science and Information Systems

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2019

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Vol. 18

309-–312

EN

Audio communication on the public Internet suffers from not synchronized word clocks of the involved audio devices. The resulting clock drift leads to audio dropouts, which is typically compensated by a sample rate conversion (SRC) in standard telecommunication systems. This, however, does not fulfill the requirements of a high-quality audio system, in which all devices share one and the same word clock. Professional IP based network audio systems such as DANTE or AVB with their respective clock synchronization techniques have so been limited to LAN usage, where network jitter and loss have negligible importance regarding the required accuracy in the dimension of several nanoseconds. In a WAN, however, jitter in the millisecond dimension would lead to unacceptable measurement errors for the intended clock synchronization. As a consequence, we decided to investigate alternative clock synchronization techniques for WAN-distributed devices and developed a GNSS-based approach, which leads to precise clock synchronization.

11

Wpływ warunków środowiskowych na temperaturę gazu w przyłączu gazomierza miechowego

Dudek A.

Gaz, Woda i Technika Sanitarna

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2018

|

Nr 5

162--168

PL

W artykule omówiono proces wymiany ciepła w przyłączach przemysłowych gazomierzy miechowych i wpływ warunków atmosferycznych na ten proces. Proces wymiany ciepła pomiędzy temperaturą otoczenia a gazem w przyłączu gazomierzy miechowych jest silnie zależny od procesów przekazywania energii pomiędzy układami termodynamicznymi, którymi są przyłącze gazowe i jego otoczenie. W ramach przeprowadzonych badań, które są kontynuacją prac prowadzonych przez Zakład Metrologii Przepływów od ponad dwudziestu lat potwierdzono, że jednym z czynników wpływającym na temperaturę rozliczeniową jest rodzaj zastosowanego przyłącza gazowego, oraz jego konfiguracja.

EN

The article depicts the process of heat transfer at connection diaphragm gas meter and possible impact of weather conditions on this process. The heat transfer between the ambient temperature and the gas in the bellows gas connection is strongly influenced by the energy transfer processes between the thermodynamic systems that are the gas connection and its surroundings. As part of ongoing research that has been ongoing by the Department of Flow for over 20 years, it has been confirmed that one of the factors affecting the billing temperature is the type of gas connection used and its configuration.

12

O problemach w kwalifikacji zdolności systemów pomiarowych w badaniach chropowatości powierzchni, analiza na przykładzie precyzyjnych części w branży motoryzacyjnej

Garbaciak M., Bachtiak-Radka E., Dudzińska S., Grochała D.

Autobusy : technika, eksploatacja, systemy transportowe

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2018

|

R. 19, nr 9

147--151

PL

W artykule omówione zostały problemy w kwalifikacji zdolności systemów pomiarowych w badaniach chropowatości powierzchni precyzyjnych części w branży motoryzacyjnej. Badania przeprowadzono zgodnie z planem pomiarów. Następnie w oparciu o zebrane wyniki dla wybranych parametrów SPG wykonano analizę i ocenę wskaźników zdolności zgodnie z procedurą 2 statystycznej kwalifikacji systemów pomiarowych (zgodne z normą MSA 2010 edycja 4, ARM, tolerancja). Analizie poddano dwa wyroby fragment cylindra i labiryntowych zaworów automatycznych skrzyń biegów. Analiza dała szereg informacji dotyczących błędów z punktu widzenia powtarzalności i odtwarzalności na zdolność systemu pomiarowego – analizy zostały wykonane na potrzeby płynące z przemysłu.

EN

The manuscript introduce the problems in the qualification of measuring systems abilities in the investigation in the surface roughness of precision workpieces in the automotive industry. The research were carried out in accordance with the measurement plan. Next, based on the collected results for selected SPG parameters, the analysis and assessment of the capacity indicators were carried out in accordance with the procedure 2 of statistical qualification of measurement systems (in accordance with the MSA 2010 standard edition 4, ARM, tolerance). Two products were analyzed of the cylinder fragment and labyrinth valves of automatic gearboxes. The analysis gave a series of information on errors from the point of view of reproducibility and recurrence on the ability of the measurement system - the analyzes were carried out for the needs of the automotive industry.

13

The Effect of Valley Location in Two-Process Surface Topography Analysis

Podulka Przemysław

Advances in Science and Technology. Research Journal

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2018

|

Vol. 12, no 4.

97--102

EN

In this paper the influence of oil pockets location on extraction of surface topography features was taken into account. Plateau-honed cylinder liners with additionally added dimples were taken in consideration. The effect of dimples location on the application of various procedures (cylinder fitting procedure, polynomial approximation) for areal form removal was taken into account. It was noticed that application of 3rd (or greater) degree of the polynomials can caused false estimation of reference plane; extraction of surface topography features by polynomial approximation cannot provide good results when the distance between dimples is too small. For two-process surfaces (plateau-honed cylindrical elements containing wide and deep valleys) the digital filtering was proposed. Application of robust techniques (robust Gaussian regression filter) allowed for areal form removal improvement. However, some of the wide dimples were distorted when the dimple-to-edge distance was too small (smaller than filter bandwidth value).

14

Binormal cooling errors in single hot-wire measurements

Örlü R., Alfredsson P. H.

Journal of Theoretical and Applied Mechanics

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2016

|

Vol. 54 nr 1

305--310

EN

In single-wire hot-wire measurements, velocity fluctuations acting normal to the hot-wire and its prongs will cause additional heat transfer known as binormal cooling. With respect to wall turbulence, the influence of this additional cooling is well-studied for crossed wires, while it is commonly ignored in single hot-wire measurements. The latter view is challenged in the recent work by Dróżdż and Elsner (2014) that claims significant errors in variance measurements when using single-wire probes in turbulent boundary layers. This short communication revisits these claims and quantifies binormal cooling errors through an expansion of the effective-velocity concept and utilisation of direct numerical simulation data. Results support the common habit that binormal cooling errors can safely be ignored in single hot-wire measurements.

15

Badania wpływu magnesów neodymowych na dokładność pomiaru gazomierzy miechowych

Jaworski J., Gacek Z.

Gaz, Woda i Technika Sanitarna

|

2016

|

Nr 12

438--444

PL

W artykule określono wymagania dla gazomierzy miechowych dotyczące ich odporności na magnesy neodymowe, przedstawiono badania wpływu magnesów neodymowych na fałszowanie wskazań gazomierzy miechowych, oraz podano kryteria oceny wyników badań gazomierzy narażonych na odziaływanie magnesów. Pokazano również działania INiG-PIB zmierzające do potwierdzenia w warunkach laboratoryjnych oddziaływania magnesem neodymowym na gazomierze miechowe.

EN

The article defined the requirements for diaphragm gas meters with respect to their resistance for neodymium magnets, presented tests of the effect of neodymium magnets on the falsification of diaphragm gas meters indications, and provides criteria for evaluation of the test results of the gas meters exposed to the magnets influence. Article also shows INiG-PIB activity aimed to confirm impact of neodymium magnet for diaphragm gas meters characteristic in the laboratory conditions.

16

Analiza pomiarów wybranych części maszyn realizowanych za pomocą różnych technik pomiarowych

Ciecieląg J., Pluta R.

Mechanik

|

2015

|

R. 88, nr 3CD

23--29

PL

Nowoczesne współrzędnościowe urządzenia pomiarowe pozwalają na bardziej dokładne pomiary elementów maszyn. Zastosowanie tych urządzeń pozwala na zastąpienie dotychczasowych technik pomiarowych. Z uwagi na wysokie koszty eksploatacji tych urządzeń należy wziąć pod uwagę tradycyjne metody pomiarów. Na podstawie pomiarów wybranych elementów maszyn, za pomocą różnych narzędzi pomiarowych wykazano, że w wielu przypadkach drogie urządzenie można zastąpić typowymi, dotychczas stosowanymi przyrządami pomiarowymi.

EN

The modern coordinate-measuring machines allow for a more accurate measurement of machine parts. Use of these devices allows for the replacement of existing measurement techniques. Due to the high cost of operating this equipment must take into account the traditional methods of measurement. On the basis of the measurements of selected machine elements using a variety of tools has been shown, that in many cases the expensive device can be replace conventional, previously used measuring instruments.

17

R&R analysis as an effective tool for controlling logis-tics production

Rajda-Tasior A.

Logistyka

|

2015

|

nr 4

9650--9659, CD3

EN

The paper presents one of the tasks of logistics which refers to analysis and decision support making for performance measurement devices. Provide quality of the product comes down to continuous control of the degree of defective production stands and for this reason MSA measurement systems analysis may prove to be an effective tool. The need to analysis of measuring devices (systems) is visible also in the area of logistics. Article performs two experiments R&R(real and simulated data). Sample was measured multiple times by 4 operators. The most important result of R&R analysis is a graphical plot of the variability of results. The percentage of tolerance defines the evaluation of the functioning measurement system, taking into account variation of the part, variation of the measurement device and variation of operator. The paper discusses the process of measuring the thickness of the material used for packaging food products (films) and its characteristics. It describes the purpose and objective R&R analysis and also outlined the types of errors that can significantly affect the reliability of results which can be the persuasive information in the decision process. The study showed that consequently determining the capability of the measurement system is important aspect of quality and it may contribute to a significant reduction in the risk of claims and costs deficiencies.

18

Multi-GNSS as a combination of GPS, GLONASS and BeiDou measurements carried out in real time

Siejka Z.

Artificial Satellites : Journal of Planetary Geodesy

|

2015

|

Vol. 50, No. 4

217--229

EN

In this paper the advantages of using combination of different GNSS including GPS, GLONASS and BeiDou with respect to singe GPS are presented. It was shown that an improvement of satellite conditions at the chosen measurement point due to increase of the number of visible satellites has an impact on RTK measurement errors. Additionally, it was shown that there are systematic errors in RTK measurements that can be eliminated to get more precise results of them, especially in the case of height determination.

19

Kelvin probe error compensation based on harmonic analysis of measurement signal

Tyavlovsky A. K., Zharin A. L., Gusev O. K., Kierczyński K.

Przegląd Elektrotechniczny

|

2014

|

R. 90, nr 3

251--254

EN

Reducing of gap-depended errors of Kelvin probe’s measurement signal is achieved by harmonic analysis of measurement signal itself, eliminating the need in optical or other distance measurements. Probe-to-sample gap value is calculated via the signal’s second to first harmonic amplitudes ratio. Gap-depended error compensation can be made in real-time mode as it is shown in the experiment.

PL

Zmniejszanie błędów szczeliny zależnego od sygnału pomiarowego sondą Kelvina uzyskuje się za pomocą analizy harmonicznej samego sygnału pomiarowego, co eliminuje potrzebę używania optycznych lub innych pomiarów odległości. Wartość szczeliny sondy od próbki oblicza się poprzez stosunek amplitud harmonicznych drugiego sygnału do pierwszego. Kompensacja błędu szczeliny może odbywać się trybie czasu rzeczywistego, jak pokazano w doświadczeniu.

20

Ul’trazvukovye scetciki gaza GUVR-011 i opyt ih primenenia

Stetsenko A. A., Nedzelskiy S. D.

Prace Naukowe Instytutu Nafty i Gazu

|

2014

|

nr 194

201--208

PL

Technologia ultradźwiękowa jest jedną z niewielu technologii, które umożliwiają pomiar różnych substancji: cieczy, gazów a nawet par. W ostatnich latach gazomierze ultradźwiękowe przyciągają rosnącą uwagę ze względu na zastosowanie w wielu dziedzinach gospodarki narodowej. W ciągu ostatnich 20-u lat przedsiębiorstwo "Energouchet'' opracowało przyrządy pomiarowe; systemy pomiarowe oraz urządzenia do transportu i pomiarów różnych nośników energii. Ultradźwiękowy przepływomierz GUVR-011 może być stosowany do technologicznęgo i handlowego rozrachunku gazu w przemyśle oraz innych przedsiębiorstwach energetycznych. Przepływomierz ten ma wieloletnią praktykę ruchową jako element układów pomiarowych i gazowych stacji pomiarowych w różnych instalacjach produkcji gazu, systemach przesyłowych, urządzeniach energetycznych oraz w przemyśle chemicznym i metalurgicznym.

EN

Ultrasonic technology - is one of the few technologies that allow measuring various substances: liquids, gases and even vapor. In recent years the ultrasonic flow meters compel increasingly greater attention as far as they are applied extensively in national economy areas. Within last 20 years "Energouchet" enterprise is developing measuring devices, systems and equipment for transporting and measurement of energy sources. Ultrasonic gas flow meters GUVR-011 may be used for commercial and technological gas accounting at industrial, utility and other enterprises, energy objects. This gas flow meter has considerable operation experience as part of the measuring systems and gas metering stations at different gas production objects, gas transporting system, energy objects, in the metallurgical, chemical and other industries.