About this asset

This MCC face plate for a feeder breaker is a wall-hosted Revit family featuring a clean, functional design for electrical switchgear. This technical component represents a standard face plate for a Motor Control Centre (MCC) feeder breaker. The model consists of a rectangular mounting plate with a recessed cutout, housing a toggle-style breaker switch mechanism. The geometry is simplified for efficient BIM integration, focusing on the essential silhouette of the breaker interface. The finish is a neutral industrial grey, consistent with standard electrical enclosures found in industrial and commercial switchrooms. It is designed to be face-hosted, allowing for easy placement directly onto the surface of panelboard or switchgear families within a project environment.

The download is a 532 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 face-hosted Revit family, this component should be placed directly onto the surface of your host electrical equipment panels. It is best utilised as a sub-component within a nested family structure or placed manually to detail the face of an MCC unit in 3D views. Ensure your visibility settings are configured to show the component clearly in both fine and medium detail levels, maintaining consistent project documentation across your electrical schematics and equipment schedules.

This asset is essential for electrical engineers and BIM coordinators working on industrial facilities, data centres, or large-scale commercial plant rooms. It belongs in the detailed modelling of switchgear, MCCs, and distribution boards where accurate representation of feeder breaker layouts is required for coordination and maintenance planning. Professionals should use this when populating electrical equipment libraries to ensure that panel faces are accurately depicted in construction documentation and BIM coordination models, facilitating clear communication with electrical contractors during the installation phase.