Simpson Strong-Tie BA7.12/20 Description

The Simpson Strong-Tie BA7.12/20 Beam Hanger is designed for secure and reliable connections in wood framing projects, offering high load capacity and ease of installation.

Simpson Strong-Tie BA7.12/20 Includes

• (1) BA7.12/20 Beam Hanger

Simpson Strong-Tie BA7.12/20 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 BA7.12/20 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 BA7.12/20 Installation Overview

1. Use specified fasteners to ensure maximum load capacity and structural integrity.
2. Secure the hanger over the supporting beam or ledger before setting the I-joist into place.
3. Ensure the joist seats fully inside the hanger for proper load transfer.
4. Follow manufacturer guidelines for welding applications if applicable.
5. Evaluate ledgers for each application separately.

Simpson Strong-Tie BA7.12/20 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 20″ Joist size Double 3-1/2″ X 20″ Thickness 12 Gauge Width 7-1/8″

NOTE: Ensure the correct fasteners are used in the specified positions to achieve the published load values.