Do you perform, maintain, or review/check orifice calculations for your production plant's orifice flow meters or for process plant instrumentation design engineering for your engineering firm? Then try the latest release of FE-Sizer - Orifice Flow Meter Sizing Software...the orifice meter sizing software of choice for many flow meter fabricators.
Latest release 3.13 adds Wedge Meters to its extensive flow meter sizing capabilities! Download the latest demonstration version of FE-Sizer for Windows, Version 3.0, Release 3.13, orifice meter sizing software from the following website:
If you have yet to discover FE-Sizer and have a need for orifice meter sizing software, do yourself a favor. Find out how easy it can be to size and document your plant operations orifice meters. Create a database of orifice meters and recall them for update at anytime.
You owe it to yourself to have the best software on the market for sizing and selecting orifice meters. Software Technical Specifications follow...
FE-Sizer for Windows, Version 3.0 - Release 3.10
Flow Meter Sizing Software for Control and Instrumentation Professionals.
FE-Sizer is a valuable engineering tool for sizing and selecting head-type flow meters in closed conduits. It is flexible, easy-to-use, and complete with appropriate menus and lists. The software includes meter selection, material tables and pipe data tables.
A table of standard drain and vent hole diameters are available where the user selects the hole diameter to calculate the drain/vent hole correction factor, FDH. These factors aid the user in selecting the proper meter application. Extensive built-in warnings flag potential application and data entry errors.
The program equations, methods and procedures comply with the following standards governing the sizing and specification of head-type orifice meter devices:
ASME MFC-3M (1989) * Measurements of Fluid Flow in Pipes Using Orifice, Nozzle and Venturi
ANSI/API 2530-AGA Report No. 3 (both 1985 and 1992 versions) * Orifice Metering of Natural Gas and Other Related Hydrocarbon Fluids - Part 3 Natural Gas Applications
ISO-5167 (1991) * Measurement of Fluid Flow by Means of Pressure Differential Devices * Part 1: Orifice Plates, Nozzles and Venturi Tubes Inserted in Circular Cross-section Conduits Running Full
Sizing methods use the iterative procedure described in R. W. Miller's, Flow Measurement Engineering Handbook, Third Edition, McGraw-Hill Publishing Company. The discharge coefficient correlations for concentric bore orifice plates include the Miller/Stolz (ASME), Reader- Harris/Gallagher (AGA Report No. 3 - 1992) and Buckingham (AGA Report No. 3 - 1985) equations. For all other meter types the discharge coefficient correlations are from the ASME standard and R. W. Miller's handbook.
FE-Sizer allows the user to select from the following orifice meter types:
Orifice Plates: Concentric, segmental, eccentric, integral, honed small-bore pipe, quadrant, and conic style orifice plates.
Flow Nozzles: ASME long radius, ASME throat tap, ISA nozzle, and Venturi nozzle with ISA inlet.
Venturi tubes: Machined inlet, rough cast inlet, and rough sheet metal fabricated construction with either 7-degree or 15-degree outlet cones.
Universal Venturi Tubes.
In addition, the user may enter custom calibrated discharge coefficients for calculating bores, flows, and differential pressures of custom or calibrated meter run applications.
FE-Sizer calculates the required orifice bore, flow, or differential pressure for the following fluid types:
Ideal and non-ideal gases - volumetric flow.
Vapors - mass flow.
Viscous and non-viscous liquids - volumetric flow.
Viscous and non-viscous liquids - mass flow.
Gas and vapor sizing equations may be either Pressure-Volume-Temperature (PVT) or Density form. Liquid flow sizing equations may be Specific Gravity or Density form. FE-Sizer includes "critical-drop" flow and bore formulas for sizing restrictive flow devices for gas, vapor and liquid fluids.
FE-Sizer includes special sizing factors important for flow meter corrections. Factors included in FE-Sizer are:
Drain and vent hole correction.
Water vapor correction.
Two phase flows - saturated liquid (0.0%-10.0% vapor mass to total mass content).
Two phase flows - saturated vapor (50.00% -99.99% vapor mass to total mass content).
The factors correct the calculated bore, flow or differential pressure for specific applications.
FE-Sizer includes a completely selectable units system through pulldown selection lists that allows the user to change units "on the fly" for any calculated or input variable.
FE-Sizer allows user to print calculation sheets, data sheets, calibration charts, or meter system uncertainty calculations from an easy-to-use menu system. FE-Sizer saves data records in a retrievable electronic format so future updates to the orifice sizing calculations and data sheets can be made simply and easily. Data records are retrieved using a built-in tag/data listing of the stored information.
Project database and management utilities for segregation of calculations by projects.
Batch print of calculations and data sheets for projects.
ASCII delimited project file import and export to interface FE-Sizer with existing project databases.
Batch calculation mode for automatic sizing of flow elements from fluid data imported from an external database.
ASME steam and water property data correlations using the equations defined by 1967 IPC Formulation for Industrial Use.
Built-in fluid properties database which includes fluid property correlations for liquid and gases for approximately 100 fluids.
Flow meter index printout from within a project database.
Version 3.0 Enhancements
The FE-Sizer Flow Meter Sizing software package has many new features that improve the performance of FE-Sizer. Some of the features include:
True 32-bit Windows operating system application.
Support for long filenames.
Selectable fonts and margins for hardcopy output.
User definable margins for metric paper support.
Easier and more flexible units system allows user to set units for individual calculations instead of an entire project file.
Ability to import ASCII delimited project files from former Version 2.0 software.
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