Development and Research of a Dynamic Flow Laboratory Bench Model

E. Muravyova, V. Popkov
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引用次数: 1

Abstract

The article is devoted to the development and research of a flow laboratory bench model based on highprecision measuring instruments "KROHNE". The following instruments were used: electromagnetic flowmeter ALTOFLUX IFM 5080 K, mass meter Korimass 10G + MFM 4085 K/F, electromagnetic flow rate meter DWM 2000. Highly intelligent instruments allow more accurate selection of the necessary amount of raw materials and other initial components, also maintain process parameters, and maintain pressure, level, and temperature at a set level. This makes it possible to increase the yield of final products, to reduce the amount of produced waste, to reduce waste disposal costs and to reduce energy costs thanks to more precise process run. The conducted studies with uncontrolled and controlled drives depending on the power consumption, which depends on the flow, have shown that it is possible to obtain power savings from 34% to 75%. Keywords—flow laboratory bench, verification, highprecision instruments “Krohne”, frequency converter “Altivar312”, uncontrolled and variable frequency drives
动态流动实验室台架模型的开发与研究
本文介绍了基于高精度测量仪器“KROHNE”的流动实验台模型的开发与研究。使用的仪器如下:电磁流量计ALTOFLUX IFM 5080 K,质谱仪Korimass 10G + MFM 4085 K/F,电磁流量计DWM 2000。高度智能的仪器可以更准确地选择必要数量的原材料和其他初始组件,还可以保持工艺参数,并将压力,液位和温度保持在设定的水平。这使得提高最终产品的产量,减少产生的废物量,降低废物处理成本,并由于更精确的过程运行而降低能源成本成为可能。根据功率消耗(取决于流量)对非受控和受控驱动进行的研究表明,可以节省34%至75%的功率。关键词:流动实验台,验证,高精度仪器,变频器Altivar312,无控变频驱动
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