About this asset

This parametric structural steel header connection for Revit enables precise beam-to-beam detailing with adjustable bolt patterns. This technical Revit family represents a standard structural steel header connection, designed for joining secondary beams to primary structural members. The assembly features a vertical steel plate bolted to the web of the primary beam, providing a robust, rigid connection point. The geometry is fully parametric, allowing for adjustments to plate dimensions, bolt spacing, and hole positioning to suit specific loading requirements and beam profiles. It is finished in a neutral industrial grey, visually distinguishing the connection hardware from the surrounding structural steel members within the BIM model environment.

The download is a 1 MB 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.

Engineers and drafters can load this family directly into a Revit project and host it to existing structural framing elements. By adjusting the instance or type parameters, users can modify the connection length and bolt configuration to match specific structural calculations. The component maintains consistent graphical representation across plan, section, and elevation views, ensuring accurate documentation for steel fabrication drawings and structural coordination sets throughout the BIM workflow.

Ideal for structural coordination in commercial, industrial, and healthcare projects, this connection component is essential for accurate steel framing documentation. It integrates seamlessly into complex structural models where precise beam-to-beam junctions are required. Professionals will find this useful when detailing mezzanine levels, floor framing systems, or steel-framed roof structures. It pairs effectively with standard structural steel beam and column families, facilitating clear communication between structural engineers and fabricators during the design development and construction documentation phases.