For full MEP functionality, your heat exchanger family should include MEP connectors. These connectors allow the heat exchanger to be connected to piping systems, enabling Revit to calculate flow rates, perform pressure drop analyses, and support energy simulations. Connectors can be placed on nozzles and assigned specific system types, such as Hydronic Supply, Hydronic Return, or Process Fluid. When adding connectors, it is best practice to avoid assigning any flow or thermal boundary conditions to the heat exchanger part itself; instead, let the connected system elements manage these properties.
Using the command, snap the geometry to the bounding box of the reference planes. shell and tube heat exchanger revit family work
While internal, these may be modeled for weight calculation or visual clarity. 3. Revit Family Workflows and Best Practices For full MEP functionality, your heat exchanger family
Shell and Tube Heat Exchanger Revit Family Work: A Comprehensive Guide When adding connectors, it is best practice to
Building the family parametrically allows one file to represent multiple sizes.
While you should avoid modeling internal tubes to save on processing power, the external "shell" must reflect real-world clearances: