About this asset

This brass solenoid valve Revit family provides a precise mechanical fitting for automated fluid control in MEP systems. This mechanical component features a robust brass valve body with a threaded inlet and outlet, secured by four top-mounted hexagonal bolts. The upper portion consists of a black plastic solenoid coil housing, integrated with a terminal connector for electrical input. The design reflects standard industrial valve construction, focusing on functional geometry rather than aesthetic style. The compact assembly is designed for inline integration within pressurized piping networks, ensuring clear visual representation of flow direction and electrical connection points. The model maintains accurate proportions for standard mechanical hardware sizing.

The download is a 512 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 can load this family into a Revit project and host it directly onto pipe segments or within mechanical equipment assemblies. The component supports standard MEP scheduling, allowing for the inclusion of technical data such as flow rates, pressure ratings, and electrical requirements within the project parameters. Users should ensure the family is mapped to the correct piping system classification to maintain connectivity and system analysis integrity throughout the design process.

Ideal for building services engineering, this valve is suitable for residential, commercial, and industrial HVAC or water management projects. It is commonly specified for automated irrigation systems, water purification units, and industrial fluid processing lines. Professionals searching for this component will typically look for mechanical flow control valves, solenoid actuators, or automated piping accessories. It integrates seamlessly into detailed MEP coordination models where accurate representation of electrical-to-mechanical interface points is required for clash detection and maintenance planning.