Shell And Tube Heat Exchanger Revit Family Work Guide

By following this workflow, your shell and tube heat exchanger families will be more than just 3D blocks—they will be intelligent assets that drive the accuracy of your entire MEP system.

for the shell length and nozzle offsets.

and assign their flow, pressure, and system types. Add Shared Parameters for scheduling and procurement. shell and tube heat exchanger revit family work

In Floor Plan view, use symbolic lines to represent the heat exchanger according to industry standards (typically a rectangle with a diagonal or "S" curve). 5. Data and Shared Parameters

by loading it into a project and connecting pipes to ensure no "Broken System" warnings appear. By following this workflow, your shell and tube

Assign two connectors to "Hydronic Supply" and two to "Hydronic Return" (or "Steam" depending on the application).

Before you place your first reference plane, decide on the family's purpose. Add Shared Parameters for scheduling and procurement

If you are in the early design phase, building a flexible "Type Catalog" family is better. This allows you to swap between a 2-pass and 4-pass configuration or adjust shell diameters as the load requirements change. 2. Essential Geometry and Nested Components

Set the shell-side and tube-side flows correctly. Use the Link Connectors tool so Revit understands that what goes in one side must come out the other, allowing for accurate pressure drop calculations across the system.

Use a simple box or cylinder representing the "clearance zone" required to pull the tube bundle for maintenance.