A Minimum
2
Date : Time : 14-Sep-2013 23:32:05 Prepared By : Site : AJ Wunut Station Client : Tag Number : KEIL FE-4001A : Data Reference Description : Metering Strea"A" AGA3 - 1992 Orifice Metering MFRUnits SVFRUnits Input Data Standard Volume Flow Rate Calculation 314.73 psia Pf1 Upstream Static Pressure • Developed from Real Gas Relative Density 80 °F Tf Temperature 5.761 inches Dr Pipe Bore °F Tr Pipe Bore Calibration Temperature in/in-°F Temperature Coefficient for Pipe 0.0116 lbm/ft-sec Dynamic Viscosity Cp/Cv Specific Heat Ratio Calculated Results Meter Tube Internal Diameter at Operating Temperature D 5.761429 inches Orifice Plate Bore at Operating Temperature d 2.194052 inches Diamater Ratio at Operating Temperature 0.380817 Expansion Factor Y1 0.999126 Velocity of Approach Factor Ev 1.010684 Coefficient of Discharge Cd(FT) 0.684148 Solve For : Flow 68 0.0000062 Orifice Bore Orifice Bore Calibration Temperature Temperature Coefficient for Orifice dr tr 2.193808 68 0.00000925 Differential Pressure hw 25 in H2O @ 60°F 1.369 °F in/in-°F inches Compressibility Factor At Base Conditions Compressibility Factor of Air At Base Conditions 0.997969 0.99959 Zb Zbair Compressibility Factor At Upstream Flowing Conditions Real Gas Relative Density Base Temperature Base Pressure Zf1 Gr Tb Pb 0.948786 0.69720 60 14.73 °F psia Calorific Value CV Btu/Sft³ 1020.2 14-Sep-2013 Kelton FLOCALC™ v2.1 Printed on: Kelton Engineering Ltd The MacKenzie Building, 168 Skene Street, Aberdeen, AB10 1PE Tel: +44 (0) 1224 630000 Fax: +44 (0) 1224 630004 email: [email protected] http://www.kelton.co.u k Page 1 of 2 at 11:43:49PM
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Date :Time: 14-Sep-2013 23:32:05Prepared By :Site: AJ Wunut StationClient :Tag Number: KEIL FE-4001A
:Data ReferenceDescription : Metering Strea"A"
AGA3 - 1992 Orifice Metering
MFRUnitsSVFRUnits
Input Data
Standard Volume Flow Rate Calculation
314.73 psiaPf1Upstream Static Pressure
Developed from Real Gas Relative Density
80 FTfTemperature
5.761 inchesDrPipe BoreFTrPipe Bore Calibration Temperaturein/in-FTemperature Coefficient for Pipe
0.0116 lbm/ft-secDynamic Viscosity Cp/CvSpecific Heat Ratio
Calculated ResultsMeter Tube Internal Diameter at Operating Temperature D 5.761429 inchesOrifice Plate Bore at Operating Temperature d 2.194052 inchesDiamater Ratio at Operating Temperature 0.380817Expansion Factor Y1 0.999126Velocity of Approach Factor Ev 1.010684Coefficient of Discharge Cd(FT) 0.684148
Solve For : Flow
680.0000062
Orifice BoreOrifice Bore Calibration TemperatureTemperature Coefficient for Orifice
drtr
2.19380868
0.00000925Differential Pressure hw 25 in H2O @ 60F
1.369
Fin/in-F
inches
Compressibility Factor At Base ConditionsCompressibility Factor of Air At Base Conditions
0.9979690.99959
ZbZbair
Compressibility Factor At Upstream Flowing ConditionsReal Gas Relative DensityBase TemperatureBase Pressure
Zf1GrTbPb
0.9487860.69720
6014.73
Fpsia
Calorific Value CV Btu/Sft1020.2
14-Sep-2013Kelton FLOCALC v2.1 Printed on:Kelton Engineering Ltd
The MacKenzie Building, 168 Skene Street, Aberdeen, AB10 1PE
Tel: +44 (0) 1224 630000 Fax: +44 (0) 1224 630004email: [email protected] http://www.kelton.co.uk
Page 1 of 2 at 11:43:49PM
-
Date :Time: 14-Sep-2013 23:32:05Prepared By :Site: AJ Wunut StationClient :Tag Number: KEIL FE-4001A
:Data ReferenceDescription : Metering Strea"A"
AGA3 - 1992 Orifice Metering
MFRUnitsSVFRUnitsReynolds Number ReD 407.441884
Mass Flow Rate Qm 0.00000000Standard Volume Flow Rate Qb 2.88598149Energy Flow Rate Qe 2944278312.737020 MMBtu/day
lb/hrMMSft/day
Notes
14-Sep-2013Kelton FLOCALC v2.1 Printed on:Kelton Engineering Ltd
The MacKenzie Building, 168 Skene Street, Aberdeen, AB10 1PE
Tel: +44 (0) 1224 630000 Fax: +44 (0) 1224 630004email: [email protected] http://www.kelton.co.uk
Page 2 of 2 at 11:43:49PM
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