About this asset

This motorized plenum for Daikin HVAC systems is a Revit family featuring three integrated dampers for precise zone control. The component is a rectangular plenum box designed for zoning in HVAC distribution systems. It features a primary air inlet on the side and three circular damper outlets along the front face for individual zone airflow regulation. A motorized actuator block is attached to the rear, facilitating automated control. The geometry is clean and functional, suitable for coordination within complex MEP systems. Dimensional parameters for width, height, and diameter are clearly defined, allowing for adjustments to meet specific project requirements while maintaining the integrity of the mechanical distribution layout.

The download is a 512 KB file containing a Revit family (.rfa). Load it into a project from the Insert tab with Load Family, then place it like any other component of its category; it schedules and tags with the rest of your model.

Engineers can insert this family directly into a Revit mechanical project to model zone-controlled distribution. The component includes standard MEP connectors for duct integration, facilitating automated system routing and flow calculations. Users should verify the connection sizes and actuator placement against the specific Daikin model requirements. The family is built to be lightweight, ensuring smooth performance even in large-scale building models where multiple units are required across different floor levels.

This plenum is designed for residential, commercial, and office HVAC projects where individual room temperature control is essential. It is typically specified in the design development and construction documentation stages, where mechanical coordination is critical to avoid clashes with structural elements. Professionals use this asset to ensure accurate BIM documentation for Daikin-based zoning systems. It is commonly paired with compatible dampers, thermostats, and duct transitions to create a fully functional and compliant mechanical system within a larger building model.