About this asset

Industrial steel distribution panelboard provided as a native Revit family, featuring modular breaker sections and ventilation grilles. Fabricated as a tall vertical enclosure, the unit exhibits standard industrial grey sheet metal construction with compartmentalized interior trims. The facade reveals multiple breaker configurations, toggles, switch disconnects, and ventilation louver grilles positioned at top and bottom sections for thermal management. Front-facing access doors and internal trim deadfronts show clear visual segmentation for branch circuits, sub-feed breakers, and mains. The structural profile reflects standardized commercial-grade distribution switchgear proportions, presenting realistic equipment casing dimensions suitable for precise space planning.

The download is a 379 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.

Load the RFA component directly into the Revit project environment and position it within electrical rooms or service risers against structural walls. Align equipment clearances to ensure code-compliant egress and operational maintenance buffers. Connect system parameters or circuit assignments as required by MEP scheduling standards, and verify view visibility settings across plan, section, and riser diagram elevations to coordinate efficiently with conflicting mechanical and structural conduits.

Engineered for installation in main electrical rooms, utility closets, plant rooms, and service basements across commercial office complexes, industrial warehouses, data centres, and healthcare facilities. It coordinates seamlessly with cable trays, transformers, switchboards, and distribution conduits during technical design stages. Common professional searches include commercial electrical panelboard, Eaton distribution board, low voltage switchgear, and MEP service equipment families for detailed coordination and spatial clash detection.