Shell And Tube Heat Exchanger Revit Family Work

Creating a high-quality Shell and Tube Heat Exchanger Revit family requires a balance between geometric detail and functional data to ensure the model is useful for both coordination and engineering analysis. 1. Family Type and Template

5. Data and Scheduling

  • Dimensions: Based on TEMA standards (or client-provided datasheet).
  • Connectors: Hydraulic connectors on all process nozzles (Shell side & Tube side). Optional electrical connector for vibration sensor.
  • Visibility Settings: Separate views for Coarse (envelope only), Medium (major components), and Fine (flanges, bolts, nameplate).
  • Parameters: All key dimensions (diameter, length, nozzle elevations) must be instance-driven for multi-size flexibility.
  • Performance: Geometry must be optimized to avoid model bloat; nested components (valves, instruments) optional.
  • System Type: Hydronic Supply / Return or Process.
  • Flow Direction: In for the hot side, Out for the cold side.
  • Diameter: Associate with NozzleDiameter parameter.
  • Angle: 0 for straight, 90 for elbow connection.