Typically created using a simple Extrusion or Revolve . If the heat exchanger has a removable bundle head (U-tube or floating head), use a nested family or a separate extrusion to allow for clearance zone mapping.
To make the family "work" in Revit's piping systems, you must add Pipe Connectors
When starting your , you must ensure the following elements are properly modeled: A. The Shell (Shell Side) Body: Extrusion representing the main shell. Nozzles: Connectors for shell inlet and outlet. Supports: Saddles or stands that elevate the shell. B. The Tubes (Tube Side) shell and tube heat exchanger revit family work
Parameters for heat transfer rate, pressure drop, materials, and manufacturer data [1]. 2. Key Components of a Shell & Tube Revit Family
Add reference planes to the left and right of the center to define the total length of the shell. Typically created using a simple Extrusion or Revolve
By following these guidelines and best practices, you can create a comprehensive and parametric Revit family for shell and tube heat exchangers, streamlining your design and engineering workflows.
Flex the reference planes by changing parameter values to ensure they move correctly before creating geometry. 3. Modeling the Geometry The Shell (Shell Side) Body: Extrusion representing the
Integrating a heat exchanger into a larger BIM project requires adherence to industry best practices to prevent performance issues and spatial conflicts.