Ashrae Duct Fitting Database Excel Link

Note: Ensure any downloaded tool calculates pressure based on data. How to Integrate ASHRAE Duct Data into Excel

Actual function names depend on your DLL version – consult the DFDB documentation.

Input the geometric and air velocity data for each fitting into the ASHRAE DFDB software. The software will calculate the Cocap C sub o Step 3: Link Data to Excel Cocap C sub o ashrae duct fitting database excel link

The DFDB allows users to save fittings into project files, which can be stored and transferred. To save a project: click the Save button, enter a name, and the project is saved as a .dfdb file. To open a project: click the Open button, select a .dfdb file, and the project loads into the interface.

After installation, look for a file named FittingDB.mdb (Microsoft Access) or ASHRAE_Fittings.dat . Note: Ensure any downloaded tool calculates pressure based

Create a data tab in your Excel file that maps the "Fitting Code" to its corresponding C-factor (often a function of radius ratio or velocity). Use =VLOOKUP or =INDEX(MATCH()) to bring these values into your main calculator. Key Benefits of Using the DFDB in Excel

While the official tool is a standalone application, many engineers use third-party Excel templates that incorporate ASHRAE data: Duct Fitting Database - ASHRAE The software will calculate the Cocap C sub

Comprehensive Guide to the ASHRAE Duct Fitting Database and Excel Integration

By establishing an , engineering firms can automate static pressure drop calculations, reduce human transcription errors, and dynamically update calculations when duct sizes or flow rates change. Why Link the ASHRAE Duct Fitting Database to Excel?

It covers supply, exhaust, and common (supply/return) duct fittings.