numerical program control frequency controllers two-speed asynchronous electric motor gas volume capacitive sensor air fan

IMPROVEMENT OF THE CONTROL SYSTEM FOR ASYNCHRONOUS ELECTRIC DRIVES IN VENTILATION UNITS

3 authors
16 октября 2025

Authors

A.A. Khamzaev

M.Z. M.Z. Usmоnov

D.A. Atamurodov

Publication Information

Volume: 1
Issue: 1
Pages: 4 -9
Journal: INTERNATIONAL JOURNAL OF ADVANCED RESEARCH & INNOVATSION

Metrics

25 views
PDF available
Download PDF

Abstract

The article examines the directions for improving the efficiency of asynchronous electric drives used in industrial ventilation units. Methods for modernizing the control system aimed at reducing energy consumption, increasing reliability, and improving the dynamic characteristics of the drive are presented. Recommendations for the implementation of frequency-regulated electric drives and microprocessor control systems are provided

Keywords

numerical program control frequency controllers two-speed asynchronous electric motor gas volume capacitive sensor air fan

Full Text

Full text unavailable

Please download the PDF file to view the full text

References

[1]

1. И.П.Копылов, Электрические машины, Москва, 2000 г.-607 ст

[2]

2. А.А. Хамзаев, Внедрение современной техники и технологии для регулирования скорости высокомощного двух скоростного электромотора в автоматическом режиме, Международный научный журнал «Молодой учёный». № 28 (132).-5ст

[3]

3. Хамзаев А.А. Применение современной техники и технологии для регулирования скорости высокомощного двух скоростного электромотора в автоматическом режиме. научно-технический и производственный журнал горный вестник,узбекистана, апрель-июнь 2017,2, №69, ст 96-99

[4]

4. Buri, T., Akbar, K. Development of Technical Solutions for the Improvement of the Smooth Starting Method of High Voltage and Powerful Asynchronous Motors. AIP Conference Proceedings., 2023, 2552, 040018.

[5]

5. Usmonov, M. Z., & Saidova, L. F. (2024). Determination of rational parameters of the lever. Web of Scientists and Scholars: Journal of Multidisciplinary Research, 2(2), 72-76.

Related Articles