SYSTEMS FOR ACTIVE MONITORING OF ROTOR BEARING STATE IN TURBINE GENERATOR OF MICRO-TURBINE INSTALLATION

A. Kirichek
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引用次数: 2

Abstract

The paper is dedicated to the increase of reliability, life, resource and decrease of costs for maintenance of micro-turbine installations at the expense of rotor bearing timely maintenance and decrease of total work time of the installation in the mode of catastrophic wear. In the paper there is described a method for the active monitoring of rotor bearing state of the micro-turbine installation allowing timely notification of the workers in charge about essential turbine generator maintenance. The solution offered is fundamentally new in this field of investigations as it was not used earlier for the control of rotor bearing state of turbine generators. In the paper there are enumerated all components essential for the operation of the system and a method for their connection. A process for adjustment and updating the solution offered is described. As a basic component of the system for data collection there is used Arduino Uno controller. As a main software component is chosen Zabbix 5.0 monitoring system. The objects under investigation are described, and there are presented conclusions on effectiveness and economic purposefulness of the solution offered.
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微型水轮发电机组转子轴承状态主动监测系统
本文主要研究在突变磨损模式下,以转子轴承及时维修为代价,提高微型水轮机装置的可靠性、寿命、资源和降低维修成本的问题。本文介绍了一种对微型水轮发电机组转子轴承状态进行主动监测的方法,以便及时通知负责水轮发电机组基本维护的工作人员。该解决方案在这一领域的研究中是全新的,因为它以前没有用于涡轮发电机转子轴承状态的控制。文中列举了系统运行所必需的所有部件及其连接方法。描述了调整和更新所提供的解决方案的过程。作为系统数据采集的基本组件,使用了Arduino Uno控制器。作为监控系统的主要软件组件选择了Zabbix 5.0。调查对象进行了描述,并提出了结论的有效性和经济目的的解决方案提供。
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