About this asset

This Revit family provides a detailed enclosed non-combination motor starter for MEP design, featuring a functional industrial enclosure. The enclosed non-combination motor starter is designed for industrial and commercial motor control applications. The unit features a robust, rectangular metal enclosure finished in a neutral grey, housing the internal switching components. The face of the unit includes integrated Start, Stop, and Reset push-button controls, providing a clear user interface for motor operation. The design is compact and intended for wall-mounting, with visible knockouts on the side for conduit entry. The overall geometry is simple and functional, reflecting standard industrial hardware requirements for equipment rooms and mechanical plant spaces.

The download is a 246 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 intended for placement on walls within mechanical or electrical rooms. It functions as a hosted component, allowing users to attach it to vertical surfaces easily. Engineers can utilize the family to document motor control locations in electrical plans and schedules. The model is lightweight, ensuring minimal impact on project file performance while providing sufficient detail for coordination during the design development and construction documentation phases of a project.

This asset is essential for MEP engineers and designers working on industrial facilities, commercial buildings, and manufacturing plants. It is typically specified in mechanical equipment rooms, pump stations, and utility areas where motor control is required. Professionals will find this useful when coordinating electrical layouts with mechanical systems, such as HVAC air handlers or water pumping stations. Search for this component when detailing electrical equipment schedules or creating precise 3D models for clash detection and space planning within complex building services environments.