Vibration Rate Sensor with the Power Equipment Vibration Parameter Control and Analysis Functions
DOI:
https://doi.org/10.20998/2078-774X.2017.08.09Анотація
A reliability of the assessment of the vibration state of the units depends to a certain extent on the accuracy and reliability of technologies and the software used for the control and measurement of vibration parameters. Developing vibration rate sensors that provide in full the appropriate level of metrological and operating performances in the real time mode is an important scientific and engineering problem and the actuality of it is defined by the requirements set to the sensors of a new generation. An intelligent vibration rate sensor was developed using the state-of-the-art element base with the microcontroller of an STM32 type to assess the vibration state of nonrotating parts of the equipment. The sensor has a contact eddy current primary transducer and a functional transducer to process signals. The sensor software has the functions that compensate the influence of temperature and nonlinearity of the amplitude-frequency characteristic of primary transducer, automatic adjustment of the amplitude range for the measurement of the root-mean-square value of vibration rate and automatic trouble-shooting test function in the case of improper functioning. This sensor allowed us to get spectral characteristics of the vibration rate for turbounit supports.Посилання
Randy, F. (2000), Understanding Smart Sensors, Artech House, Boston, ISBN 0890063117.
Jackson, R. G. (2004), Novel Sensors and Sensing, Institute of Physics Publishing, ISBN 075030989X.
Fraden, J. (2005), Sovremennyie datchiki. Spravochnik [Handbook of modern sensors], Tehnosfera, Moscow,ISBN5948360504.
Tsybulko, V. Y., Meteliov, L. D., Shulzhenko, M. G., Deparma, O. V., Yefremov, Y. H. and Chuhreiev A. I. (2011),"Pry`strijdlya vy`miryuvannya vidstani do strumoprovidnoyi poverxni [Device for measurement of distance to current-conductivesurface]", Patent of Ukraine, No. 95884 G01B 7/14 Appl. 16.12.2010; publ. 12.09.2011, Bull. No. 17.
Shulzhenko, M. G., Meteliov, L. D., Tsybulko, V. Y., Chuhreiev, A. I., Gurov, Y. H. and Yefremov, Y. H. (2004), "Fail-safevibration meters [Pomehoustoychivyie izmeriteli vibratsii]", Vibratsiya mashin: izmerenie, snizhenie zaschita[Vibrationmachines:measurement, reduction of protection], No 2, pp. 35–39.
Shulzhenko, M. G., Yefremov, Yu. G., Tsybulko, V. Io. and Deparma, O. V. (2014), "Mobil`ni zasoby` ocinky`vibracijnogostanu energety`chny`x agregativ [Mobile Tools Used for the Assessment of the Vibratory State ofPowerUnits]",BulletinofNTU"KhPI". Series: Power and heat engineering processes and equipment, No. 12(1055), pp. 104–110.
GOST 25364–97 (1997), Agregatyi paroturbinnyie statsionarnyie. Normyi vibratsii opor valoprovodov i obschie trebovaniyakprovedeniyu izmereniy [Land-based steam turbine-generator sets. Evaluation of machine vibration bymeasurementon non-rotating parts and general requirements for the measurement of vibration], Publishing HouseofStandards, Moscow, Russia.
