Simpson Strong-Tie LSSR2.37Z (2-5/16″) 18Ga Light Slopeable/Skewable Rafter Hanger – ZMAX Finish
Simpson LSSR2.37Z Description
The Simpson LSSR2.37Z Field Adjustable Rafter Hanger is designed for secure rafter connections in engineered wood applications, featuring ZMAX coating for corrosion resistance and adjustable flanges for slope and skew flexibility.
Simpson LSSR2.37Z Includes
- (1) Field Adjustable Rafter Hanger
Simpson LSSR2.37Z Features
- Slope and Skew Adjustability: Accommodates up to a 45° skew and 45° slope.
- ZMAX Coating: Enhanced corrosion resistance for exterior and treated-wood applications.
- Reversible Design: Symmetrical construction for installation on either side of the rafter.
- No Special Tools Required: Simplifies installation with standard framing tools.
- High-Load Capacity: Engineered for strong rafter-to-wall and beam connections.
Simpson LSSR2.37Z Applications
- Roof Framing: Ensures strong, code-compliant rafter-to-wall connections in sloped or skewed roof structures.
- Pergolas & Gazebos: Provides secure, adjustable connections for decorative and functional outdoor structures.
- Deck Construction: Offers reliable support for rafters and beams in deck framing.
- Timber Framing: Enhances stability in solid sawn and engineered wood framing applications.
- Carports & Patio Covers: Delivers strong, corrosion-resistant performance in outdoor structures.
Simpson LSSR2.37Z Installation Overview
- Use specified Simpson Strong-Tie nails or screws for optimal performance.
- Adjust flanges up to 45° for slope and skew applications.
- Install on either the left or right side of the rafter.
- Ensure compatibility with solid sawn and engineered wood for secure connections.
Simpson LSSR2.37Z Specifications
| Finish | ZMAX |
| Material | Carbon Steel |
| Fasteners required | Face – (14) 0.148″ x 2-1/2″ Nails, Joist – (12) 0.148″ x 1-1/2″ Nails |
| For Treated Lumber | Yes |
| Height | 8-15/16″ |
| Joist size | 2-5/16″ |
| Width | 2-3/8″ |
NOTE: The correct fasteners installed in the correct position must be used to achieve published load values
