Air cooled heat exchanger sizing software (ACHex) is made to demonstrates the thermal design and sizing calculations of Air cooled heat exchangers.
Air cooled heat exchanger sizing Software (ACHex)
The software will design horizontal induced draft or forced draft units for liquid and gas services and will produce a three page summary of all results and a basic drawing representation.
1. Support S.I Units and English (U.S) Units of measurement, also has a unit converter that includes 23 measurements units with 200-unit conversion
2. The choice between induced draft and forced draft units.
3. Calculate the required number of Bays / Fans / Tubes / Tube rows / Tube bundles
4. Calculate Outlet Air Temperature using iteration or incrementing techniques.
5. Run unlimited number of trials all will be displayed in results.
6. Calculate the Heat Duty or specify the Heat duty to calculate the hot side mass flow rate.
7. Log Mean Temperature Difference (corrected and uncorrected)
8. Surface Area for Bare Tubes and Fin Tubes.
9. Air Mass Flow Rate
10. Bundle Face Area, Total Bundle Face Width, Bundle Width
11. The ability to keep the Tube Length constant for all trials or calculate it for each trial
12. Calculate the Fin Efficiency.
13. Calculate the Overall Heat Transfer Coefficient (Clean/Design/Required).
14. The software will also estimate the Over Design and Over Surface percentage
15. Calculate the Tube Side Flow Area, Tube Side Velocity, Tube Side Reynolds’ Number, Tube Side Flow Regime and Tube Side Nusselt Number,
16. Calculate or specify the Tube Side Heat Transfer Coefficient
17. Air side heat transfer coefficient, you can select between four correlations. Briggs and Young, ESDU, Kern or Ganguli alternatively the software can also accept Nusselt number input if you have calculated it from other correlations. There is also the option of defining the heat transfer coefficient.
18. Maximum Air Side Velocity, Air Side Reynolds’ Number, Air Heat Transfer Coefficient
19. Calculate the Tube side Pressure Drop, the software uses two different equations and allows you to select between them or opt in to select the highest computed pressure drop.
20. Calculate the Air Side Pressure Drop
21. Calculate the Fan Diameter and Total Fans Projected Area Per Bay
22. Calculate the Fan Driver Power requirements
23. Convert Pressure to altitude and vice versa.
24. Import physical properties data to hot side and cold side from Microsoft Excel & from WeBBusterZ Physical properties database (separate software included!)
25. Create your own database of fluids/Components, Tubes and Fins. You can add your fluid physical properties, Tube and Fin dimensions and load the data to your project or store them for using on another project.
26. Save/Load results
27. The software produces a three pages summary report of all the results and adds a basic drawing representation of the design the summary can be edited/saved or copied to your own report.
28. The software generates tabulated case trials in two different formats that can also be exported to “.csv” format and opened in Microsoft excel or Open Office.
Below is a list of included Databases:
29. Dry Air properties at atmospheric pressure. Simply input the temperature that you want to estimate the properties at and the software will calculate the Density, Viscosity, Specific heat capacity, thermal conductivity, specific enthalpy, Ratio of specific heats and Prandtl number.
30. Air Density at different set temperature and pressure. Simply enter the temperature and pressure and estimate the density of Air.
31. Estimate the Physical properties of pure components for more than 1450 components; the database has the ability to estimate Thermal Conductivity, Density, Heat Capacity and Viscosity. The database also included critical properties, boiling and melting points and come as separate software but easily integrated with the software.
32. Fouling factors.
33. Overall heat transfer coefficients for liquid and gas services
34. Material Thermal Conductivities.
This software supports liquid and gas services only, the software doesn’t support condensation.
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You can download a demo version of the product that will run for 90 days with two examples
To check the latest update history of this software please click here
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Air Cooled Heat Exchanger Design
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This Software needs the following system requirements to run:
1. Microsoft Windows operating system
2. 64 MB RAM
3. 30 MB free disk space
4. Dot Net 4.0 Framework client profile
5. Installed printer
This software will work on Windows XP SP3 providing you have Microsoft.net 4.0 framework installed, it’s also supported on Windows Vista, Windows 7, Windows 8 & Windows 10 (32 bit & 64 bit)