About this asset

This suspended ceiling hanger Revit detail component provides a precise 2D section view for documenting ceiling support systems. This Revit detail component displays a standard adjustable suspended ceiling hanger system in section. The assembly includes a top anchor plate for attachment to the structural slab, a threaded rod or wire hanger, and a height-adjustment mechanism that connects to a ceiling grid runner or furring channel. The line-based graphic representation is clean and technically accurate, suitable for integration into construction document sets. It illustrates the critical connection between the overhead structure and the finish ceiling, providing clear visual data for contractor coordination and site installation requirements regarding ceiling suspension and structural clearance.

The download is a 297 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 this detail component into your Revit project and place it within a drafting view or directly onto a section sheet. As a 2D family, it is designed for use in annotation-heavy documentation. Users can easily align the component with existing ceiling, slab, and structural beam elements. It is best managed by placing it on a dedicated 'Detailing' sub-category to maintain control over line weights and visibility settings across multiple project views.

This asset is essential for architects and structural engineers producing detailed construction documentation for commercial and residential interior projects. It is frequently employed in reflected ceiling plans and wall sections where the suspension system for acoustic or plasterboard ceilings must be clearly defined. Professionals search for this type of component when detailing ceiling build-ups, structural clearances, or coordination zones for MEP services within the ceiling plenum. It pairs effectively with standard ceiling grid and structural framing families.