A: That is standard. The ATIR strap sits on the face; the 72 fasteners should penetrate at least 1.5 inches into the beam. Use 2-inch screws for a 3.5-inch beam (penetration depth = 2 inches minus strap thickness = ~1.8 inches).

In modern construction and seismic retrofitting, the synergy between tension-tie systems and continuous load paths is critical. Among the most reliable methods for connecting roof structures to wall framing is the use of the (often a proprietary or generic term for a heavy-duty galvanized steel tension tie) in conjunction with a bonded beam . When specifications call for a “72 Install,” they are referencing a specific, high-capacity anchoring protocol that demands attention to detail, precise fastening schedules, and adherence to engineered load values.

This guide explores how these tools streamline the engineering workflow, from initial finite element analysis (FEA) to the final installation of complex beam systems. What is ATIR STRAP?

The is a powerhouse of structural engineering. By mastering the 72-inch installation, you ensure that your structure can handle the toughest environmental stresses while maintaining the architectural integrity of wide-open spaces. Always consult with a licensed structural engineer to verify that the specific ATIR model matches your local building codes and load requirements.

For professional environments, ensuring a smooth installation is critical for data integrity and software performance. Follow these steps to get your structural suite running correctly.

The suite covers the entire lifecycle of structural design, from initial BIM import to final bar-bending schedules. 1. Analysis and Modeling (STRAP)

Atir Strap And Beamd With 72 Install

A: That is standard. The ATIR strap sits on the face; the 72 fasteners should penetrate at least 1.5 inches into the beam. Use 2-inch screws for a 3.5-inch beam (penetration depth = 2 inches minus strap thickness = ~1.8 inches).

In modern construction and seismic retrofitting, the synergy between tension-tie systems and continuous load paths is critical. Among the most reliable methods for connecting roof structures to wall framing is the use of the (often a proprietary or generic term for a heavy-duty galvanized steel tension tie) in conjunction with a bonded beam . When specifications call for a “72 Install,” they are referencing a specific, high-capacity anchoring protocol that demands attention to detail, precise fastening schedules, and adherence to engineered load values.

This guide explores how these tools streamline the engineering workflow, from initial finite element analysis (FEA) to the final installation of complex beam systems. What is ATIR STRAP?

The is a powerhouse of structural engineering. By mastering the 72-inch installation, you ensure that your structure can handle the toughest environmental stresses while maintaining the architectural integrity of wide-open spaces. Always consult with a licensed structural engineer to verify that the specific ATIR model matches your local building codes and load requirements.

For professional environments, ensuring a smooth installation is critical for data integrity and software performance. Follow these steps to get your structural suite running correctly.

The suite covers the entire lifecycle of structural design, from initial BIM import to final bar-bending schedules. 1. Analysis and Modeling (STRAP)