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Influence of the Inlet Nozzle Diameter on the Air Gauge Dynamics

机译:入口喷嘴直径对空气测量动力学的影响

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In the paper, the experimental results of the study on the dynamic characteristics of the air gauges are presented. Dynamical properties of the air gauge are dependent mainly on the pressure transducer type and also on the geometry of its flow-through elements. The present investigations focused on the diameter of the inlet nozzle and its impact on the time constant and the frequency at which the dynamic error would not exceed 5%. It was proved that in the most common configurations of the air gauges, those two parameters may vary up to 100%, and the dynamics of the air gauges worsened with smaller inlet nozzles. The results are of high practical importance in industrial measurement systems where the air gauges are applied, because the multiplication of the air gauge is typically set by the adjustment or replacement of the inlet nozzle.
机译:本文介绍了对空气量仪的动态特性的研究的实验结果。 空气测量仪的动力学性质主要依赖于压力传感器类型以及其流通元件的几何形状。 本研究专注于入口喷嘴的直径及其对时间常数的影响和动态误差不超过5%的频率。 事实证明,在空气量仪的最常见配置中,这两个参数可以变化高达100%,并且空气仪的动力量与较小的入口喷嘴恶化。 结果在应用空气仪的工业测量系统中具有很高的实际重要性,因为空气量表的倍增通常由入口喷嘴的调节或更换设定。

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