Scientific and Technical Journal


ISSN Print 2221-3937
ISSN Online 2221-3805


Considered is the construction of low-speed direct-current motor biinductor-type and, owing to the new design, providing a sufficient improvement of the number of unit indexes and the decreasing of the electrical power losses in static and dynamic moods of electrical drive can be used in electric drives of transport installations, lift assemblies, roll mills etc. An electric machine of bi-inductor type comprises stators with armature winding and a toroidal excitation winding, installed in a gap between the stators, a common windingless cylindrical rotor with ferromagnetic poles, a circular structure forming three stators made from magnetically non-connecting ferromagnetic W-type teeth elements compressor. The W-type teeth elements of shape are fixed in non-magnetic shields of stationary part and located symmetrically to the ferromagnetic poles of cylindrical rotor. The sections of the armature common winding are laid between the W-type teeth elements. At least two toroidal excitation winding are located in a gap between the stators. The ferromagnetic poles of cylindrical rotor relatively the central stator are located on each pole pitch, with relation to the end stators – next by one pitch.


1. KozachenkoV.F. Osnovnyetendenciirazvitijavstroennyhsistemupravlenijadvigateljamiitrebovanijakmikrokontrolleram [MajorTrendsinEmbeddedMotorControlSystemsandRequirementsforMicrocontrollers], (1999), NovostioMikroshemah. CHIP NEWS, Moscow, Russian Federation, Vol. 1 (34), pp. 2 – 10 (In Russian). Available at: literature/chipnews/199901/2.html

  1. Bulgar V.V., Ivlev A.D., and Jakovlev A.V. Vysokomomentnyj dvigatel' postojannogo toka s kombinirovannym vozbuzhdeniem [Direct-Current Motorwith a Complicated Excitement], (2006), Jelektromashinostroenie i Elektrooborudovanie, Kiev, Ukraine, Vol. 66, pp. 241 – 242 (In Russian).

3. Vinakov A.F., and Ivlev A.D. Dvigatel' postojannogo toka induktornogo tipa dlja peredachi vrashhenija v germetichnyj ob#em [Current Inductor of a Typefor Enter Rotation into Tight Volume], (2006), Jelektromashinostroenie i Elektrooborudovanie”, Kiev, Ukraine, Vol. 66, pp. 243 – 244 (In Russian).

4. Bulgar V.V., Ivlev D.A., and Shurundin D.V. Principy postroenija manipuljatorov na osnove linejnyh dvigatelej postojannogo toka induktornogo tipa i s diskovym rotorom [Principles of Design of Manipulators on the Basis of Linear DC Motors with Inductor-type Disc Rotor ], (2008), Jelektromashinostroenie i Elektrooborudovanie”, Kiev, Ukraine, Vol. 70, pp. 37 – 44 (In Russian).

5. Bulgar V.V., Ivlev A.D., Ivlev D.A., and Jakovlev A.V. Nizkoskorostnaja jelektricheskaja mashina [Low-speed Electric Machine], (2008), Vestnik NTU HPI “Problemy Avtomatizirovannogo Elektroprivoda: Teorija i Praktika” Publ., Kharkov, Ukraine,Vol. 30, pp. 460 – 461 (In Russian).

6. BulgarV.V., IvlevA.D., andIvlevD.A. Nizkoskorostnajatorcevajajelektricheskajamashinabiinduktornogotipa[Low-speedEndDirect-currentMotorBiinductor-type.], (2010),VestnikNTUHPIProblemyAvtomatizirovannogoElektroprivoda: TeorijaiPraktikaPubl.,Kharkov, Ukraine, Vol. 28, pp. 436 – 437 (In Russian).

7. PatentofUkraineNo.104943, MPK (2006.01), NO2K 29/06 Electricalmachinebiinductor-type/ O.A. Andrjushhenko, V.V. Bulgar, A,O. Bojko, A.D. Іvlєv, D.A. Іvlєv, O.V. Jakovlev, V.D. Kosenkov: а 201211580, decl.08.10.2012, publ. 25.03.2014,BulletinNo. 6.

9. Otchjot o NIR No. 439-54, Issledovanie i razrabotka klassa jelektricheskih dvigatelej postojannogo toka s bezobmotochnym rotorom [Research and Development of a Class of Direct-current Motors with a Windingless Rotor], (2007), Rukovoditel V.V.Bulgar, ONPU, (In Russian).

10. BulgarV.V., BojkoA.A., andIvlevD.A. Reguliruemyjjelektroprivodpostojannogotokabezreduktornojlebedkipassazhirskogolifta[VariableSpeedDirect-currentDriveofaGearlessWindlassofaPassengerLift], (2013), “TrudyOdesskogoNacional'nogoPolitehnicheskogoUniversitetaPubl.,Odessa, Ukraine, Vol. 3(42), pp. 101 – 117 (In Russian).

11. AndriushchenkoO.A., BulgarV.V., BoykoA.O., andIvlevD.A. Vymohydopryvodnohodvyhunabezreduktornoyilebidkypasazhyrs'koholifta [TheRequirementstoDrivingMotorofthePassengerLiftReducerFreeWinch],(2011), Naukovo-TehnіchnijZhurnalElektrotehnіchnі taKompjuternі SistemiOdessa, Ukraine, Vol. 03 (79), pp. 163 – 166 (InUkrainian).

12. BojkoA.A., BulgarV.V., andIvlevD.A. Jelektromehanicheskoepreobrazovaniejenergiivpod'emnyhmehanizmahliftov [ElectromechanicalEnergyConversioninElevatingLiftMechanism], (2013), “Podemno-transportnajaTehnika” Odessa, Ukraine, Vol. 4 (40), pp. 28 – 35 (In Russian).

Last download:
2018-02-21 02:15:16

[ © KarelWintersky ] [ All articles ] [ All authors ]
[ © Odessa National Polytechnic University, 2014. Any use of information from the site is possible only under the condition that the source link! ]