Simpson Strong-Tie BA2.56/24 (2-1/2″ x 24″) Top-Flange Joist Hanger for Engineered Wood
Simpson Strong-Tie BA2.56/24 Description
The Simpson Strong-Tie BA2.56/24 Beam Hanger is designed for secure and reliable connections for I-joists and structural composite lumber (SCL).
Simpson Strong-Tie BA2.56/24 Includes
- (1) BA2.56/24 Beam Hanger
Simpson Strong-Tie BA2.56/24 Features
- Cost-effective one-piece design compared to welded hangers
- Full-height joist flange prevents rotation and eliminates the need for web stiffeners
- Available for special order to accommodate sloped and/or skewed members
- Designed for I-Joists and SCL
- Top-Flange Installation for straightforward placement
- High Load Capacity for demanding structural requirements
- Versatile Application for beams, headers, and floor framing systems
Simpson Strong-Tie BA2.56/24 Applications
- Floor Framing: Provides secure support for I-joists and SCL in multi-story buildings.
- Roof Framing: Ensures stability in engineered wood roof truss and rafter connections.
- Deck Construction: Ideal for attaching joists in covered outdoor structures.
- Beams & Headers: Strong, load-bearing connection for supporting beams in residential and commercial builds.
- Commercial & Industrial Projects: Suited for large-scale engineered wood framing applications requiring long-term strength and reliability.
Simpson Strong-Tie BA2.56/24 Installation Overview
- Use specified fasteners to ensure maximum load capacity and structural integrity.
- Secure the hanger over the supporting beam or ledger before setting the I-joist into place.
- Ensure the joist seats fully inside the hanger for proper load transfer.
Simpson Strong-Tie BA2.56/24 Specifications
| Finish | G90 Galvanized |
| Material | Carbon Steel |
| Fasteners required | Header – (16) 0.162 x 3-1/2″ Nails Joist – Min: (2) 0.148 x 1-1/2″ Nails – Max: (8) 0.148 x 1-1/2″ Nails |
| Height | 24″ |
| Joist size | 2-1/2″ X 24″ |
| Thickness | 12 Gauge |
| Width | 2-9/16″ |
NOTE: Ensure the correct fasteners are used in the specified positions to achieve the published load values.
