Algorithms for In-line Pressure Transmitters Condition Monitoring

O. Bushuev, E. Tugova, M. Motorina
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引用次数: 1

Abstract

2020. Т. 20, No 3. С. 57–65 57 Introduction In the context of the transition of the global industry to new digital and intelligent production technologies, the key is to use a large amount of data that is transmitted and processed digitally. The source of the data, as a rule, are the sensors and other measuring devices. Features of Industry 4.0 include sensor revolution – a mass transition to the use of digital sensors, actuators and automatic control systems [1]. The number of sensors used in various applications of Industry 4.0 is increasing at an enormous rate. At the same time, the problem is not only an increase in the number of sensors, but also an increase in the requirements for the measurement quality. Since it is assumed to manage all technological objects and processes based on mathematical models and digital data, the increasing challenges of digital condition monitoring of equipment and automation of production processes increase the requirements for the new measurement, control and diagnostics techniques. The development of digital, intelligent producПриборостроение, метрология и информационно-измерительные приборы и системы
在线压力变送器状态监测算法
2020. Т。20、No . 3С。在全球工业向新的数字化和智能化生产技术过渡的背景下,关键是使用大量以数字方式传输和处理的数据。通常,数据的来源是传感器和其他测量设备。工业4.0的特征包括传感器革命——大规模过渡到使用数字传感器、执行器和自动控制系统[1]。在工业4.0的各种应用中使用的传感器数量正在以惊人的速度增长。同时,问题不仅是传感器数量的增加,而且对测量质量的要求也在增加。由于假定管理基于数学模型和数字数据的所有技术对象和过程,设备的数字状态监测和生产过程自动化的日益增加的挑战增加了对新的测量,控制和诊断技术的要求。数字化的发展,智能名单Приборостроени,еметрологияиинформационно——измерительныеприборыисистемы
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