About this asset

This medical vacuum regulator Revit family for wall-mounted headwall systems features a precise gauge and collection canister. Designed for clinical environments, this medical vacuum regulator is a compact, wall-mounted unit intended for integration into hospital headwall systems. The assembly consists of a rectangular control housing featuring a prominent circular vacuum gauge and dual adjustment dials, finished in an industrial grey. Suspended from the primary unit is a clear collection canister with a blue lid, typical of suction equipment used in patient care areas. The form is functional and utilitarian, focusing on the clear representation of the gauge face and the connection points necessary for medical gas infrastructure.

The download is a 184 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.

As a wall-hosted Revit family, this component is designed for placement directly onto headwall surfaces or vertical medical trunking. Users should verify the host orientation within the project environment to ensure the regulator aligns correctly with the medical gas outlets. The family is lightweight and intended for use in detailed clinical interior models, providing essential visual data for MEP coordination and hospital planning without over-complicating the project file size or rendering performance.

This asset is essential for architects and MEP engineers working on hospital, clinic, or specialized healthcare facility designs. It is commonly specified for patient rooms, intensive care units, and emergency departments where medical gas suction is critical. Professionals should search for this item when detailing headwall elevations, patient room layouts, or clinical infrastructure packages. It pairs effectively with other medical gas terminal units and nurse call systems, ensuring a comprehensive and accurate representation of high-dependency care environments during the design documentation phase.