CO2压缩机节流装置

Transmitter Conn.:
Mounting Conn. Material:
Mounting Type:
INPUT DATA
Fluid Type: Fluid Name: Pipe I.D. (Span): Body I.D.: Duct Width: Custom Gas Mixed Gas 390.560 mm 390.560 mm mm 2.320 MPa-a 40.00 C 0.01800 cP 1.400 1.0000 38.7546 kg/m3 Wall: 7.920 mm
Recommended Min Rod Reynolds Number:
0.5980
1.551 1.868 2.626 228 40 0.09
kPa kPa kPa
Hz Hz
310107 0.9999 0.14 kPa 0.16 kPa 5.87 m/sec 12500 0.025 kPa 260 C
GUIDELINES
Primary Element Min Limit: Structural Limit (Flow): Structural Limit (DP): Max. Allow. Pressure@Temp.: Design Pressure/Temperature: 5838.52 Nm3/hr 338651.11 Nm3/hr 83.7 kPa 9.8 MPa-a 8.71 MPa-a Recommended Min DP: 48 C 48.00 C Max. Allow. Temp.:
(Calculation Performed at Normal Conditions. )
Flow Coefficient: Rod Reynolds Number (Minimum ): Rod Reynolds Number (Normal ): Gas Expansion Factor: Permanent Pressure Loss: at Normal Flow: at Maximum Flow: Velocity at Max Flow:
Base Density: Atmospheric Pressure:
1.9405 kg/m3 101.325 kPa-a
Nm3/hr 46110.00 Nm3/hr 50600.00 Nm3/hr 60000.00 Nm3/hr
kPa
←*See Warnings
CALCULATED DATA
DP at Min Flow: DP at Normal Flow: DP at Max Flow: DP at Full Scale Flow: Resonant Frequency: Wake Frequency: Blockage:
ROSEMOUNT INC. 3051CFA - Annubar Flowmeter CALCULATION DATA SHEET
GENERAL DATA
Customer: Project: S. O. No: P. O. No: Calc. Date: Model No: Tag No:
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WARNINGS
* Flowrate is below recommended minimum value of 5838.51882 Nm3/hr.
NOTES
This report is provided according to the terms and conditions of the Instrument Toolkit(TM) End-Use Customer License Agreement. Version: 3.0 (Build183D) 29-Oct-2013 Printed On:
3051CFADG160ZSHFS2A6D0031AA1P2L1M5 FT-1502 Flanged with Opposite Side Support Sensor Size 2 316 Stainless Steel Direct-Mount, Integral 3-valve Manifold 316 Stainless Steel
600# RF ANSI百度文库
PRODUCT DESCRIPTION
Product Type: Sensor Size: Wetted Material: Instrument Valve: Valve Material: Line Size: 16" (400 mm) Pipe Sch.: Pipe Orientation: Horizontal
Base Pressure: Base Temperature:
101.325 kPa-a 0.00 C
Pressure at Flow:
Temperature at Flow: Absolute Viscosity: Isentropic Exponent: Compressibility at Flow: Density at Flow: Flow Rates Minimum: Normal: Maximum: Full Scale: