根据电动机的主要工作参数,对电动机的保护系统进行了研究

IF 0.4 Q4 TRANSPORTATION SCIENCE & TECHNOLOGY
E. Manafov, I. Isgandarov, F. Huseynov
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引用次数: 0

摘要

这项研究致力于为工业和运输中使用的电动机创建一个基于现代和传统传感器的保护系统。对电动机在运行过程中的故障进行了研究,发现事故模式主要是由于电流、电压和温度参数超出允许值而发生的。对现代的电流、电压和温度传感器进行了比较,选择了最有效的传感器用于电动机。基于这些传感器的推理,在实验室开发了一种小功率电动机的保护系统。此外,在Multisim应用软件包中,仿真了保护系统在不同电压和电流值下的运行情况,构建了传感器控制单元和保护系统供电电源的电路。提出了将这种多参数复杂保护系统应用于电动机,特别是交通运输中的电动机。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
INVESTIGATING THE PROTECTION SYSTEM OF ELECTRIC MOTORS BASED ON ITS MAIN WORKING PARAMETERS
This research was devoted to the creation of a protection system for electric motors used in industry and transport, based on modern and traditional sensors. In the course of operation, the malfunctions of electric motors have been investigated and it was found that the accident modes occur mainly due to exceeding the permissible values of the current, voltage and temperature parameters. Modern sensors of current, voltage, and temperature have been compared and the most effective ones were selected for use in electric motors. Based on reasoning from these sensors, a protection system for a low-power electric motor has been developed in the laboratory. In addition, in the Multisim application software package, a simulation of the operation of the protection system at different voltage and current values was performed, and a circuit of the sensor control unit and the power source for powering the protection system was constructed. It has been proposed to apply such a multi-parametric complex protection system for electric motors, especially in transport.
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来源期刊
CiteScore
1.20
自引率
0.00%
发文量
52
审稿时长
20 weeks
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