Start typing and press Enter to search

Sale!

Simpson ATR1-1/8X48 Strong-Rod 1-1/8 x 48 All-Thread Rod for Tension Transfer and Structural Connections

$34.95 $69.89
Review

Simpson Strong-Tie ATR1-1/8X48 Description The Simpson Strong-Tie ATR All-Thread Rods are fully threaded tension rods designed for use in Simpson Strong-Tie anchoring systems, including the Anchor Tiedown System (ATS) for shearwall overturning restraint an



SKU: JK6447235728 Category:

Simpson Strong-Tie ATR1-1/8X48 Description

The Simpson Strong-Tie ATR All-Thread Rods are fully threaded tension rods designed for use in Simpson Strong-Tie anchoring systems, including the Anchor Tiedown System (ATS) for shearwall overturning restraint and the Wind Uplift Restraint System (URS) for roofs.

Simpson Strong-Tie ATR1-1/8X48 Includes

  • (1) 1-1/8″ x 48″ All-Thread Rod

Simpson Strong-Tie ATR1-1/8X48 Features

  • Fully threaded design for maximum adjustability
  • Manufactured from low carbon steel meeting ASTM F1554 Grade 36, A36, or A307 standards
  • Plain finish for cost-effective applications
  • Compatible with standard nuts and washers

Simpson Strong-Tie ATR1-1/8X48 Applications

  • Anchoring and bracing in structural connections
  • Use in ATS and URS systems for tension transfer
  • General structural applications requiring tension rods

Simpson Strong-Tie ATR1-1/8X48 Installation Overview

  1. Drill holes 1/4″ larger than the rod diameter
  2. Insert the rod through drilled holes in the flooring system
  3. Ensure continuous drilling action through the sole plate and flooring system

Simpson Strong-Tie ATR1-1/8X48 Specifications

Diameter 1-1/8″ Length 48″ Material Uncoated Black Steel Finish Plain Thread Type Coarse Tension Capacity 21,620 lbs

NOTE: When pairing a nut with threaded rod, the material and finish must match. If these do not match, the nut will not fit the threaded rod.

Reviews

There are no reviews yet.

Be the first to review “Simpson ATR1-1/8X48 Strong-Rod 1-1/8 x 48 All-Thread Rod for Tension Transfer and Structural Connections”

Your email address will not be published. Required fields are marked *