About this asset

This industrial air compressor skid is a Revit family featuring a robust frame, motor, and multi-cylinder pump assembly for MEP planning. Engineered for technical accuracy, this industrial air compressor is mounted on a rigid steel base frame. The assembly includes a prominent electric motor, a multi-cylinder pump head with exposed cooling fins, and an integrated control cabinet. A large heat exchanger or cooling radiator is positioned at the rear, complemented by a secondary bank of cylindrical components. The geometry is clean and simplified, prioritising clarity for MEP coordination and technical documentation in building services layouts. All primary mechanical components are clearly defined, providing a reliable representation for plant room and utility space modelling.

The download is a 645 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.

Integrate this Revit family into your mechanical model by loading it into your project as a piece of mechanical equipment. The asset is designed to be placed directly onto floor slabs within plant rooms. Use the standard Revit alignment tools to position the skid relative to your pipework and electrical connections. Since this is a native family, you can easily host it on a finished floor level and manage its visibility using subcategories to control detail levels in your documentation.

This asset is essential for MEP engineers and architects developing detailed plant room layouts, industrial facilities, or large-scale commercial building services projects. It is perfectly suited for use during the design development and construction documentation stages, where spatial coordination of heavy machinery is critical. Search for this item when planning mechanical rooms, utility cupboards, or industrial workshops, and pair it with other MEP components like pipework, ducting, and electrical distribution boards to create comprehensive, coordinated building services models for complex institutional or industrial developments.