Circular Cast Iron Floor Drain Fd-320-Y

This circular cast iron floor drain Fd-320-Y is a Revit family featuring a robust industrial design for sub-floor drainage systems. The Fd-320-Y floor drain is a heavy-duty, circular unit constructed from cast iron with a durable grey finish. It features a concentric, slotted circular grate secured by two visible screws, ensuring structural integrity for high-traffic or utility-based environments. The body is stepped with a compact vertical profile, designed to seat flush within a floor assembly. A small side-access port with a hexagonal cap is integrated into the housing, indicating its function as an active component in a larger drainage network. Its proportions are utilitarian, focusing on durability and efficient fluid management.

The download is a 307 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.

In Revit, this family is typically placed as a face-based or floor-hosted component. Users should ensure the host floor thickness aligns with the drain's depth to maintain correct connectivity with MEP systems. The object includes standard connector points for pipework, allowing for seamless integration into drainage and vent systems. It is recommended to manage the visibility of the drain in plan views using dedicated sub-categories to ensure clear documentation of floor finishes and mechanical layouts.

This floor drain is intended for utility rooms, basements, industrial workshops, and commercial kitchens where robust drainage is required. It is an essential component for engineers and architects detailing wet areas, plant rooms, or parking structures. Professionals searching for drainage solutions, floor gulleys, or mechanical plumbing components will find this asset suitable for both design development and construction documentation phases. It pairs well with concrete floor assemblies and standard drainage pipework schedules, providing a realistic representation for MEP coordination and clash detection.