Primary structural frame
The main steel structure was divided into Erector Zones 1–7, providing a framework for coordinating detailing with the construction sequence.
LocationDowntown Spartanburg, South Carolina
Client and FabricatorSteelFab
Structural and Miscellaneous SteelApproximately 1,150 tons
Project overview
Structural and miscellaneous steel delivered as one coordinated package.
The Spartanburg City–County Administration Building project involved a comprehensive structural and miscellaneous steel package for a public administrative facility in downtown Spartanburg, South Carolina.
Working for SteelFab, Anatomic detailed approximately 1,150 tons of steel, covering the building’s primary structural frame as well as stairs, railings, access systems, support framing, bollards and perimeter lintels.
The main structure was organized into seven erection zones to support the planned sequence of fabrication, delivery and installation.
Approx. 1,150
Tons detailed
Enlarge view
Project team and technical details
- Primary Scope
- Structural steel and miscellaneous metals detailing
- Erection Sequence
- Seven erection zones
Our scope
From the primary frame to the final railing connection.
Four stair systems and access steel
Stairs #1–#4, clock tower stairs and railings, maintenance stairs and a ship’s ladder.
Interior and exterior railings
Railings for the lobby, council chambers, plazas, exits, curb areas and other exterior locations.
Bollards and operable wall supports
Removable and embedded bollards, together with structural support framing for operable walls.
Galvanized perimeter lintels
Galvanized angle lintels at multiple locations around the building perimeter.
Sequenced drawing packages
Detailing information organized around the erection-zone structure and the requirements of the miscellaneous metals scope.
Technical complexity
Managing a broad steel scope across multiple building areas.
Seven erection zones
The primary structural steel was organized into defined zones, requiring consistent detailing information aligned with the planned fabrication and erection sequence.
Distributed miscellaneous metals
Stairs, railings, access components and support framing were located throughout the building, requiring coordination across numerous interior and exterior areas.
Architectural and structural interfaces
Miscellaneous steel components had to be detailed in relation to the primary structure and their specific architectural and installation conditions.
