Fitting Database Excel Link: Ashrae Duct

Once the data link is established via Power Query or lookup tables, you can construct a highly automated duct static pressure loss calculation sheet. Step 1: Input Basic Parameters Create input columns for the specific duct segment: Duct section identifier (e.g., Supply Run 1, Section A)

After installation, look for a file named FittingDB.mdb (Microsoft Access) or ASHRAE_Fittings.dat .

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Shape classification (Round, Rectangular, Flat Oval). Dimensions: Diameter or Width and Height. Airflow (CFM): Design volume flow rate. Velocity (FPM): Calculated using the formula: Velocity Pressure ( Vpcap V sub p ): Calculated using the formula:

To help customize this integration for your engineering workflow, could you share a bit more information? Let me know: Once the data link is established via Power

If you or your firm owns the , you can transcribe the tables for fittings you use most often. However, this is tedious for the entire database.

The official desktop application (available via the ASHRAE bookstore) includes an "Export to Excel" feature. You can select the specific fittings used in your project and export the calculated coefficients directly into a .csv or .xlsx format to continue your calculations. 2. Third-Party Add-Ins I need to open the most relevant ones to gather information

The feature automates this. It functions as a massive library of custom functions that feed directly into your spreadsheets. Instead of hard-coding a coefficient, you reference the ASHRAE function, and it pulls the dynamic data based on your specific fitting geometry.

Clearly show the math and coefficients used for peer reviews or code compliance. Key Variables Needed for Excel Calculations