🚀 Always use the System Browser (F9) to check for unconnected components and ensure your MEP systems are logically closed. If you'd like, I can: Explain how to calculate heating/cooling loads in Revit.
Pressure loss calculations differ. Imperial uses inches of water column (in. w.g.); metric uses Pascals (Pa). The Guide must teach how to interpret metric fan curves (Pa vs. m³/s) and set up Revit’s duct pressure loss calculator using metric roughness factors (mm). A weak guide would simply convert numbers; a strong one explains why 250 Pa is a typical static pressure for a small VAV system.
Most step-by-step guides teach where to click, not why a 200mm duct is insufficient for 500 L/s of air. The PDF likely avoids psychrometrics, pressure drop equations, or code compliance (e.g., ASHRAE fundamentals). It is a software tutorial, not an engineering textbook. A deep learner would need to supplement with a separate HVAC design manual.
🚀 Always use the System Browser (F9) to check for unconnected components and ensure your MEP systems are logically closed. If you'd like, I can: Explain how to calculate heating/cooling loads in Revit.
Pressure loss calculations differ. Imperial uses inches of water column (in. w.g.); metric uses Pascals (Pa). The Guide must teach how to interpret metric fan curves (Pa vs. m³/s) and set up Revit’s duct pressure loss calculator using metric roughness factors (mm). A weak guide would simply convert numbers; a strong one explains why 250 Pa is a typical static pressure for a small VAV system. revit mep step by step 2021 metric edition pdf
Most step-by-step guides teach where to click, not why a 200mm duct is insufficient for 500 L/s of air. The PDF likely avoids psychrometrics, pressure drop equations, or code compliance (e.g., ASHRAE fundamentals). It is a software tutorial, not an engineering textbook. A deep learner would need to supplement with a separate HVAC design manual. 🚀 Always use the System Browser (F9) to