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Electronics and Machinery
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Development of a Three-Phase Asynchronous Motor Control Module with Autonomous Power Supply
Gubanova Aleksandra Anatol'evna

Lecturer at Don State Technical University.

344000, Russia, Rostovskaya oblast', g. Rostov-Na-Donu, Gagarina, 1

anatoliya81@mail.ru
Другие публикации этого автора
 

 
Kislov Kirill Vadimovich

post-graduate student at Don State Technical University

344000, Russia, Rostovskaya oblast', g. Rostov-Na-Donu, pl. Gagarina, 1, of. 6-303

Kislovk@bk.ru

Abstract.

The subject of the research is the control module of a three-phase asynchronous motor with Autonomous power supply; this module is designed for vector control of an asynchronous three-phase motor. The device is made on the basis of modern achievements of microelectronics technologies, digital - analog integrated circuits and digital and analog signal processing controller with built-in PWM circuits.Field of application of the developed device: can be used in any enterprise to control machines with asynchronous drive.The designed device is designed to control an asynchronous motor and regulates and measures its main parameters. At the heart of the control module control three-phase asynchronous motor with Autonomous power supply is a method that is based on the implementation of the regulation of the measurement of its basic parameters based on vector control. The developed device should be implemented in the form of a structure consisting of a certain number of functional subsystems reflecting the principles of decomposition both on a technological basis and in accordance with the hierarchy of implemented management tasks.In the course of the work, the schemes of electrical structural and principal, as well as the printed circuit Board of the device were developed. The developed module is characterized by small dimensions, the possibility of modernization, and low cost.

Keywords: communication interface, display, printed circuit board, microcontroller, Autonomous power supply, asynchronous motor, control module, signal diagram, sensor, system reliability

DOI:

10.7256/2453-8884.2018.4.28421

Article was received:

17-12-2018


Review date:

17-12-2018


Publish date:

02-02-2019


This article written in Russian. You can find full text of article in Russian here .

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