Scientific and Technical Journal


ISSN Print 2221-3937
ISSN Online 2221-3805
In the process of implementing auto-synchronous control of electromagnetic stepper motors, it is important to analyze the effect of different control parameters on the basic coordinates of functioning of the electromagnetic stepper motor on the acceleration / steady motion mode and the effect of various types of commutations in the braking mode. In this paper, for those purposes, a quantitative analysis of the basic control parameters, such as type of commutation, Initial commutation gap, the value of the operating voltage, the value of the boosted voltage and the duration of boosting. As a result of quantitative analysis, it is possible to rank the influence of the basic control parameter on the coordinate of electromagnetic stepper motors operated in acceleration / steady motion mode. And using the imitative modeling approaches performed the ranking of the influence of various types of commutation on the braking mode of electromagnetic stepping motors
DOI 10.15276/eltecs.26.102.2017.12
1. Sabinin, Y. A., Kuleshov, V. I, Shmyreva, N. M. (1980), Autonomic discrete electric drives with power stepping motors [Avtonomnye dis-kretnye ehlektroprivoda s silovymi shagovymi dvigatelyami], Energia, L. 160 p.
2. Chilikina, M. G. ,(1971) Discrete electric drive with stepper motors [Diskretnyj ehlektro-privod s shagovymi dvigatelyami]Energia, Moscow, 624 p.
3. Afonin, A. A., Bilozor, R .R., Grebennkov, V. V. (1986) Electromagnetic drive of robotic sys-tems. [Ehlektromagnitnyj privod robototekhnich-eskih sistem] Naukova dumka, K. 267 p.
4. Afonin, A. A., Bondarenko, V .I., Pisanko, V. V., etc. (1987), Linear electromagnetic motor in the auto-commutation mode [Linejnyj ehlektromag-nitnyj dvigatel' v rezhime avtokommutacii] Tech-nical electrodynamics N2. pp. 65–71.
5. Bondarenko, V. I., Panin, V. V., Pisanko, V. V. (1985) Features of the dynamics of the electric drive of an automatic device for marking metal sam-ples // Dynamic modes of operation of electric ma-chines and electric drives [Osobennosti dinamiki ehlektroprivoda avtomaticheskogo ustrojstva dlya marki-rovaniya prob metalla] Dneprodzerzhinsk, Part 1. pp. 77–78.
6. Katsalap, S. M., Pisanko, V. V., Bondarenko, V. I. (1986) Auto synchronous control of a linear electromagnetic motor of discrete motion [Avtosinhronnoe upravlenie linejnym ehlektromag-nitnym dvigatelem diskretnogo dvizheniya] Elec-tromechanical energy converters, Naukova dumka, K. pp. 80–83.
7. A.S. 1580581 USSR, MKI Н02Р8 / 00. (1990) Method controlling the acceleration of a multiphase stepper motor. [Sposob upravleniya razgonom mnogofaznogo shagovogo dvigatelya] Bondarenko V. I., Pisanko V. V. and other USSR. – publication 23.07.90. Bul. N27 // Openings, Inventions. P. 89.
8. Pisanko, V. V., Kulinich, E. M., Mansouri Walid, Hoballah Mustafa.(1996), Simulation model-ing of the dynamic states of the electromagnetic re-active linear stepping motor [Imitacionnoe mod-elirovanie dinamicheskih sostoyanij ehlektromagnit-nogo reaktivnogo linejnogo shagovogo dvigatelya] // International scientific-technical conference on un-conventional electromechanical and electrotechnical systems.- schetsen: 1996. pp. 255–260.
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