: Use Visibility Settings to show simplified boxes in "Coarse" view and detailed geometry in "Fine" view. 4. Nailing the Connectors
Beyond the physical shell, the true "work" of the family lies in its metadata and connectors. By properly defining fluid connectors (supply and return for both the shell side and tube side), the family integrates into Revit’s analytical systems. This enables the software to calculate flow rates, pressure drops, and temperature differentials across the mechanical network. When these families are correctly hosted within a system, they act as the "brain" of the hydronic circuit, allowing for automated scheduling and more accurate load calculations. Balancing Detail and Performance
Use Reference Planes to define the shell diameter, tube bundle length, and support locations. Label these planes with parameters. shell and tube heat exchanger revit family work
Use solid Extrusions to form the fluid entry and exit ports. Ensure the outer faces align perfectly with standard flange dimensions.
The front and rear sections where the tube-side fluid enters and exits. Tube Bundle: Internal tubes and baffles that guide flow. For most BIM projects (LOD 300), do : Use Visibility Settings to show simplified boxes
If you'd like to dive deeper into the technical side, let me know: Do you need a on creating the family?
If you need help defining specific parameters or optimizing your family, By properly defining fluid connectors (supply and return
Create a Mechanical Equipment Schedule to verify all shared parameters populate seamlessly without blank fields.
: Run the "Check Systems" tool in Revit to ensure there are no open-ended system errors originating from the exchanger connectors.
If you want, I can:
Ensure fields for Manufacturer, Model Number, and Type Comments are filled. This allows for automated equipment schedules that update in real-time as you swap types. 5. Level of Detail (LOD) Management
