About this asset

This wall-mounted electrical distribution cabinet is a Revit family featuring a clean, industrial design with visible access plates. This utilitarian electrical distribution cabinet features a slim, rectangular profile designed for surface-mounting against a structural wall. The exterior is finished in a neutral grey, providing a clean, industrial appearance suitable for plant rooms or service corridors. Two distinct access panels are integrated into the lower sections, secured by small perimeter screws, allowing for maintenance and cable management. The geometric, minimalist form prioritizes function, ensuring it integrates seamlessly into technical spaces without unnecessary ornamentation. Its proportions are compact, making it ideal for tight utility closets where equipment density is a primary design constraint.

The download is a 748 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 native Revit family, this component is designed for placement on wall faces using standard host-based workflows. Users can easily integrate this into electrical plans, leveraging the family's simple geometry for clear documentation and scheduling. The model is lightweight, ensuring minimal impact on project file size while maintaining enough detail for coordinated 3D views.

Engineers and architects will find this cabinet essential for detailing electrical service points in residential, commercial, and industrial developments. It is frequently deployed in plant rooms, basement utility areas, or behind service partitions in large-scale building projects. Professionals often search for this asset when coordinating MEP services, requiring a reliable, non-branded enclosure that represents standard electrical infrastructure. It pairs effectively with conduit runs and cable tray systems, serving as a critical junction or distribution point within the building's wider electrical network architecture.