An Industrial Application Based N2 Gas Digital Pressure Indicator

Bhushan Bagwe, Sahil Singh, Sakshi Pimparwar
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Abstract

Nitrogen comprising 75% of the air is an essential gas if considered for an industrial application. Nitrogen is used in "PURGING" process in steel manufacturing industries. PURGING process is totally dependent on gas pressure applied and maintaining the pressure is an essential parameter. In current operating stages analog system is employed due which there are complication in measuring the pressure. In this paper we are presenting experiment based electronic pressure and level indicator, interlocking incorporated in a device. The device is capable of sensing pressure (0 to 176 PSI) and not only sensing but displaying it providing alarm and interlocking in the case of any fault occurs in both the cases (filling and emptying). Experiment of pressure measurement and the performance of the device with different gases has been investigated and laid down in this paper. From different investigation of the device is been seen that device performed extremely well (as compared with the analog measuring device). Hence it is concluded that device gives a best alternative to the current analog system which is cumbersome and inaccurate.
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基于工业应用的N2气体数字式压力指示器
如果考虑工业应用,占空气75%的氮气是必不可少的气体。氮用于钢铁制造行业的“吹扫”过程。吹扫过程完全取决于所施加的气体压力,保持压力是一个基本参数。目前各操作级均采用模拟系统,但压力测量比较复杂。在本文中,我们提出了一种基于实验的电子压力和液位指示器,联锁在一个装置中。该设备能够感应压力(0至176 PSI),不仅可以感应,还可以显示压力,在两种情况下(填充和排空)发生任何故障时提供警报和联锁。本文对该装置在不同气体条件下的压力测量实验及性能进行了研究。从该装置的不同调查可以看出,该装置的性能非常好(与模拟测量装置相比)。由此得出结论,该装置是目前模拟系统繁琐和不准确的最佳选择。
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