标准表法气体流量标准装置标定软件设计

doi:10.16180/j.cnki.issn1007-7820.2022.10.005

Abstract

Abstract:

This study introduces a calibration software system applied to the gas flow standard facility with master meter method. In view of the complicated design of programming software such as MFC and C#, this study uses configuration software with simpler programming as the development environment, and designs a set of calibration software to realize the functions of data collection, process visualization display, calibration data storage, calibration report generation and calibration historical data query during the gas flow calibration process of the standard meter method. The actual environment test shows that the software can be competent to monitor the flow calibration. The error of the calibrated value is within ±0.2%, and the repeatability is below 0.02%, which is consistent with the previous calibration certificate data and meets the 0.2-level accuracy turbine flowmeter national standard. After the uncertainty evaluation, the system uncertainty is below 0.4%, which meets the requirements of the standard facility.

Key words: software design, host computer, configuration software, flow standard facility, master meter method, flowmeter calibration, uncertainty, process control

CLC Number:

TP311.1

YU Zihan,JIAN Xianzhong. Software Design for Calibration of Gas Flow Standard Facility with Master Meter Method[J].Electronic Science and Technology, 2022, 35(10): 27-32.

Figures/Tables 9

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Figure 8.

Table 1.

Turbine flowmeter calibration results"

流量点序号	校准流量/%	标准表脉冲数 $N s i j$	标准表累计流量 $V s i j$ /m³	校准时间t/s	被校表脉冲数N_ij	被校表累计流量V_ij/m³	仪表系数 K_ij/ $m - 3$	平均仪表系数K_i/ $m - 3$	基本误差 e(K_ij)/%	重复性 s(K_ij)/%
1	90	160.047	2.667	60.000	6 480.0	2.700	2 429.308	2 429.811	-0.023	0.020
		160.044	2.668	60.006	6 482.0	2.701	2 429.838
		160.044	2.668	60.002	6 483.0	2.701	2 430.288
2	60	112.145	1.869	59.998	4 534.0	1.889	2 425.849	2 425.736	-0.191	0.005
		112.140	1.869	60.003	4 534.0	1.889	2 425.746
		112.157	1.869	59.998	4 534.0	1.889	2 425.612
3	36	64.736	1.079	59.994	2 619.0	1.091	2 427.623	2 427.722	-0.109	0.004
		64.739	1.079	60.011	2 620.0	1.092	2 427.760
		64.741	1.079	59.986	2 619.0	1.091	2 427.783
4	18	32.102	0.535	60.007	1 303.0	0.543	2 435.050	2 435.019	0.191	0.002
		32.104	0.535	60.005	1 303.0	0.543	2 435.032
		32.105	0.535	60.004	1 303.0	0.543	2 434.977
5	15	24.029	0.401	60.030	974.0	0.406	2 430.783	2 430.369	0.000	0.015
		24.029	0.401	60.047	974.0	0.406	2 430.164
		24.031	0.400	59.981	973.0	0.405	2 430.161

Table 1.

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Software Design for Calibration of Gas Flow Standard Facility with Master Meter Method

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