When connecting a masonry wall to a wood floor system with a ledger, what is the maximum spacing between half inch ledger bolts?

When connecting a masonry wall to a wood floor system with a ledger, what is the maximum spacing between half inch ledger bolts?

• A. 2 feet
• B. 4 feet
• C. 6 feet
• D. 8 feet

Answer: (C)

The maximum spacing between half-inch ledger bolts when connecting a masonry wall to a wood floor system with a ledger is determined by structural integrity and load distribution requirements. Specifically, having the bolts spaced at a maximum of 6 feet ensures that the connection is secure and provides adequate support for the loads transferred from the wood floor system to the masonry wall. This spacing effectively prevents excessive bending or shear stresses on the bolts and maintains the overall stability of the connection. For half-inch bolts, adhering to this spacing guideline helps to distribute forces evenly and mitigate potential failure points in the connection. Additionally, local building codes and structural engineering best practices often stipulate specific fastening requirements for various materials, with 6 feet being a commonly accepted standard in many applications. This recognition of the importance of proper fastening techniques is essential for ensuring safety and structural integrity in construction.

The maximum spacing between half-inch ledger bolts when connecting a masonry wall to a wood floor system with a ledger is determined by structural integrity and load distribution requirements. Specifically, having the bolts spaced at a maximum of 6 feet ensures that the connection is secure and provides adequate support for the loads transferred from the wood floor system to the masonry wall. This spacing effectively prevents excessive bending or shear stresses on the bolts and maintains the overall stability of the connection.

For half-inch bolts, adhering to this spacing guideline helps to distribute forces evenly and mitigate potential failure points in the connection. Additionally, local building codes and structural engineering best practices often stipulate specific fastening requirements for various materials, with 6 feet being a commonly accepted standard in many applications. This recognition of the importance of proper fastening techniques is essential for ensuring safety and structural integrity in construction.