Commercial Single Flush Swing Door

Designed for technical documentation in Revit, this commercial single flush door family features a clean ninety-degree swing arc and frame profile. Presented in architectural floor plan view, this assembly depicts a standard single-leaf hinged commercial door set within an opening. The component details a rectangular profile door leaf positioned at a ninety-degree open angle, accompanied by a precise quarter-circle radial clearance swing arc. A structured door jamb and casing assembly wraps both returns of the host partition, indicating standard commercial frame detailing with defined throat dimensions. Directional flip controls are integrated for both horizontal handing and vertical swing orientation, ensuring clear technical representation for contract documentation and regulatory exit width verification.

The download is a 143 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.

Loading the RFA file into a project enables straightforward host-based placement within any standard Revit partition. Users can utilize the built-in flip toggles directly in floor plan views to mirror interior and exterior orientations or change hinge handing. The clean symbolic lines and masking regions allow seamless integration into coordination models, ensuring dependable representation across floor plans and door schedule generation.

Engineered for architectural documentation across corporate office layouts, institutional facilities, and retail developments, this asset fulfills core functional detailing requirements during schematic design through construction drawings. It coordinates effectively with commercial partition walls, hallway clearances, and egress route planning. Architects sourcing a standard interior door, single flush swing door, or commercial hollow metal door family will find this clean geometry fits standard partition types across general circulation areas.