Submit an Article
Become a reviewer
Vol 229
Pages:
62-69
Download volume:
RUS ENG
Article

Development of the system for air gap adjustment and skip protection of electromagnetic lifting unit

Authors:
B. A. Zhautikov1
A. A. Aikeeva2
About authors
  • 1 — Ph.D., Dr.Sci. professor Karaganda State Industrial University
  • 2 — Ph.D. associate professor Karaganda State Industrial University
Date submitted:
2017-09-20
Date accepted:
2017-11-09
Date published:
2018-02-22

Abstract

The efficiency of the electromagnetic lifting system is ensured by the well-coordinated work of all its parts and elements, namely those providing the strictly vertical movement of the skip. The deviation of the skip movement from the vertical axis can lead to a stop and damage of both the skip and the unit. Therefore, the air gap adjustment and skip protection system of the electromagnetic lifting system, which includes determining the size of the air gap between the electromagnet of the skip and the electromagnet of the aligning device, and the development of a stabilization system to ensure a constant air gap and regulate the current in the electromagnet winding, provide both a strictly vertical movement skip, and its protection. The article is devoted to the theoretical determination of the air gap between the electromagnets of the aligning device and the skip using the Biot – Savar – Laplace law.

Область исследования:
(Archived) Electromechanics and mechanical engineering
Keywords:
electromagnet magnetic levitation electromagnetic forces unit
10.25515/pmi.2018.1.62
Go to volume 229

Similar articles

On enhancement of cooperation between universities for implementation of the program «Sustainable development–2030»
2018 P. Ochirbat, B. Chinzorig
Age and metamorphic conditions of the granulites from Capral-Jegessky synclinoria, Anabar shield
2018 L. Yu. Sergeeva, A. V. Berezin, N. I. Gusev, S. G. Skublov, A. E. Melnik
Substantiation of strength of the filling mass by taking a blast effect into account for the room-and-pillar methods
2018 E. T. Voronov, V. N. Tyupin
Collaborative interpretation of the data obtained by resistivity and ground penetrating radar methods for assessing the permeability of sandy clay soils
2018 D. A. Lalomov, V. V. Glazunov
Research of heat generation indicators of gas engines
2018 O. N. Didmanidze, A. S. Afanasev, R. T. Khakimov
Development of sensorless vector control system for permanent magnet synchronous motor in Matlab Simulink
2018 V. Ya. Frolov, R. I. Zhiligotov