About this asset

This Revit family provides a detailed duplex fuel oil pump skid with an integrated control panel for mechanical plant rooms. The assembly features a dual-pump configuration mounted on a robust base plate, designed for fuel transfer applications in large-scale building systems. It includes two horizontal motors connected to a network of piping, complete with pressure gauges for monitoring system performance. A vertical control enclosure is mounted on a raised support frame above the pumps, housing the necessary electrical components for operation. The geometry is clean and functional, prioritising clear connection points for pipe routing and electrical conduit integration within a Revit project environment, ensuring accurate spatial representation for mechanical plant layouts.

The download is a 440 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 should load this family into the mechanical model and place it on the plant room floor slab. Use the provided connectors to link the system into the main fuel supply and return headers. The family is designed to be hosted on a level, allowing for easy adjustment of the base elevation. Check the clearance zones around the pumps during coordination to ensure sufficient space for future maintenance and component replacement, while keeping the model lightweight for project performance.

This asset is essential for mechanical engineers and BIM coordinators working on industrial or large commercial developments. It is suitable for projects requiring detailed fuel oil delivery systems, such as generator rooms, boiler plants, or backup power facilities. Professionals will find this useful during the detailed design and construction documentation stages, where precise spatial coordination of MEP equipment is critical. It pairs well with standard pipe fittings, valves, and electrical switchgear families to create a complete and coordinated mechanical plant installation.