Calculation of magnetic systems of speed and gear teeth integrity sensors

• Autorzy: Bezkorovaynyy V. , Boureima S. , Serhienko D.

Warianty tytułu

RU

К raschetu magnitnykh sistem datchikov chastoty vrashhenija i celosthosti zubbev shesterhi

• Języki publikacji: EN

Abstrakty

EN

Magnetic system of speed and integrity of teeth sensors, which is a U-shaped magnetic core and magnetic circuit of circular section is optimized. A mathematical model of the dependence of the magnetic flux in the core induced by magnetized gear is presented. The results of numerical experiment are given. The conclusions and recommendations for optimizing the parameters of the SS magnetic systems are made.

RU

Оптимизируется магнитная система датчиков частоты вращения и целостности зубьев, представляющая собой П-образный магнитопровод и магнитопровод круглого сечения. Представлена математическая модель зависимости магнитного потока в сердечнике, индуцированного намагниченным зубчатым колесом. Приведены результаты численного эксперимента. Сделаны выводы и даны рекомендации по оптимизации параметров магнитных систем ДЧВ.

Słowa kluczowe

EN

magnetic system; speed sensor; optimization; speed; gear tooth; integrity; mathematical model; optimal parameter

• Wydawca: -
• Czasopismo: Teka Komisji Motoryzacji i Energetyki Rolnictwa
• Rocznik: 2012
• Tom: 12
• Numer: 4
• Opis fizyczny: p.13-18,fig.,ref.

Twórcy

autor

Bezkorovaynyy V.

• Volodymyr Dahl East-Ukrainian National University, Lugansk, Ukraine

autor

Boureima S.

autor

Serhienko D.

Bibliografia

• 1. Afanasiev Yu.V., 1989.: Ferroprobes, Moscow, Energy, - 156 p.
• 2. Afanasiev Yu.V., 1986.: Fluxgate devices, Leningrad, Energoatomizdat, - 186 p.
• 3. Boukreev V.V., 2004.: By choosing the size of the measurement sensors ferromodulyatsionnyh inhomogeneous magnetic fields. Proceedings of Donetsk National Technical University. Series: "Electrical and Power Issue 79, Donetsk SHEE" DNTU "
• 4. Buhl V.K. Ionak V.F. Dubenets A.L., 1972.: Circular toothed magnetoelectric sensors // Instruments and Control Systems, - № 2. - p. 33-34.
• 5. Chaban V.I. Semenov S.T., 1981.: Refined mathematical model of the induction sensor angular speed, Theoretical Electrical Engineering: Collection, Lviv. No. 30, - S. 79-82.
• 6. Domashevsky B.N., Kolikhanov V.K., Simonov N.B., 1983.: Fluxgate flaw MFD-4K, Defectoscopy, - № 6, - p.43-47.
• 7. Kolchin A.B., 1984.: Sensor for diagnostics of machines, Moscow, Mechanical Engineering, -116p.
• 8. Kolikhanov V.K., Gritsenko A.C., Domashevsky B.M., 1984.: Installation for fluxgate of weld joints, Defectoscopy, - № 2. - P.31-35
• 9. Kolikhanov V.K., Gritsenko A.C., Simonov N.B., 1986.: On Improving of equipment for fluxgate-tight control panel, Defectoscopy, - № 7 - S. 90-91.
• 10. Konyukhov N.E., 1987.: Electromagnetic sensors of mechanical quantities, Moscow, Engineering. -255p.
• 11. Kurbatov PA, Arinchin S.A., 1984.: The numerical calculation of electromagnetic fields, Moscow, Energoatomizdat, -167 p.
• 12. Lisitskaya L.N., Shumkov J.M., 1984.: Transient electromagnetic field in the exciting coil - a plate under pulsed excitation, Theoretical Electrical Engineering, - № 37. - S. 125-134.
• 13. Mikhlin S.G., Smolitskii H.L., 1965.: Approximate methods for calculating differential and integral equations – Moscow, Science, - p. 55-69.
• 14. Miroshnikov Vadim, Tatyana Pobeda, Sergey Kostin, 2010.: Calculation of quantity characteristics of the field created by local magnetizing devises. TEKA Commission of Motorization and Power Industry in Agriculture, XC, p. 190-197.
• 15. Miroshnikov Vadim, Oleivi Anver, 2010.: Theoretical analysis of a circle current converter operation under control of hollow cylinders. TEKA Commission of Motorization and Power Industry in Agriculture, XB, p. 33-42.
• 16. Nikitenko A.G., Grinchenko V.P., Bakhvalov Yu.A. Calculation of magnetic fields and integral characteristics of electromagnets with unclosed magnetic circuit. - Electromechanics, № 10, 1977, p. 1067-1072.
• 17. Romanenko A.B., 2003.: Analysis and synthesis of magnetic systems, linear encoders Dissertation for the degree. Candidate. tech. of Sciences, Kiev, - 219 p.
• 18. Yakovenko V.V., 1989.: Magnetic sensors control systems based on ferromodulyatsionnyh elements: Abstract. Dis. Doctor. tech. Science. - Kharkov, – 34p.
• 19. Yakovenko V.V., 1989.: Magnetic sensors of mechanical quantities, Sensors and techniques to improve their accuracy: Study Guide - Kiev, Graduate School, - S. 57-109.
• 20. Yoshino I., Ao K., Kato M., Mizutani S., 1987.: MRE rotation sensor: high-accuracy, high-sensitivity magnetic sensor for automatic use "SAE Iechn. Pap. Jer." - №870470. - P.67-73.
• 21. Zagidullin R.V., 2007.: Calculation of the residual magnetization of the deformed steel plate, Ufa, Bashkir University Bulletin, – 14 p.