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Operational control and diagnostics of the equipment by the parameters of the electric drive power supply by the example of deep well pump units

机译:通过深井泵单元的示例,通过电驱动电源的参数进行设备的操作控制和诊断

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Currently, the vast majority of Russian oil wells use oil well pumping units (OPU), equipped with a mechanical drive - a balancing pumping unit. The significant lifetime of balancing pumping units used in oil fields of Russia amounts to full or close to full resource generation and to a high accident rate of the mechanical drive rod of OPU. Reduced material costs for operation and maintenance of OPU may be provided by the rejection of the system of preventive maintenance and service during the transition to the actual technical condition. The article analyzes the statistics of the most frequent crash balancing pumping units of OPU and their causes. The prospect of applying the method of instrument control parameters is proved, and the technical condition of the OPU is assessed based on the analysis of the magnitude and the nature of changes in load drive motors, determined by the recording of the instantaneous values of power consumption. The authors consider the construction and operation of the programmable controller 'AKD-SK' manufactured by JSC R&D company 'ROS' (Perm). Fundamentals of vattmetrogramm analysis of OPU drive motors are stated, and the character of displaying key defects of submersible pumps and balanced beam unit is described.
机译:目前,绝大多数俄罗斯油井使用油井泵送装置(OPU),配备机械驱动器 - 平衡泵送单元。俄罗斯油田中使用的平衡泵送装置的大致寿命量为OPU的机械驱动杆的全部资源生成和高事故率。在过渡到实际技术条件期间,可以通过抑制预防性维护和服务系统的操作和维护的减少材料成本。本文分析了OPU最常见的崩溃泵送单元及其原因的统计数据。证明了应用仪器控制参数方法的前景,基于载荷驱动电机的变化的分析来评估OPU的技术状况,通过记录功耗的瞬时值来确定。作者考虑了JSC研发公司'ROS'(PERM)制造的可编程控制器'AKD-SK'的构建和运行。描述了OPU驱动电机Vattmetrogramm分析的基础,描述了显示潜水泵和平衡梁单元的关键缺陷的特征。

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