At TRA-Mage, our snow brackets™ are engineered from the fail point of the roof system. Through proper testing and research, we have developed unique engineered charts. These charts calculate the number of snow brackets required and their correct distribution as provided in a roofing square layout based on the roof surface type, sheathing type and thickness, snow load, and roof slope. Brackets are available in copper, aluminum, paintlock steel, and painted steel.



Snow Bracket or Snow Guard G illustration



NOTE: PLACE BRACKET ON THE EXPOSED SHAKE SURFACE. DRILL HOLES THROUGH ROOFING AND SHEATHING USING EXISTING HOLES IN BRACKET. REMOVE BRACKET. INSTALL CAULKING IN HOLES AND LENGTH OF BRACKET. PLACE BRACKET AND SCREW THROUGH HOLES APPY CAULKING TO CLIP AND SLIP ONTO BRACKET. TAP TOP END OF CLIP DOWN AND INTO THE UPPER HEADLAP.

Bracket G 8 ½" is used on: Slate and some lengths of wood shakes and shingles.

Bracket G 9 ½" is used on: Wood shake & shingles and Monier Cedarlite roofs with 10" exposure.

Bracket G 11 ½" is used on: Flat seam metal roofs.


Snow Bracket Installation Guide

Installation Chart for Metal Roof: 8 1/2" G Bracket (5/8" Plywood)

Installation Chart for Wood Shake Roof: 9 1/2" G Bracket (1/2" Plywood)

Installation Chart for Cedarlite Tile Roof: 9 1/2" G Bracket (5/8" Plywood
)

Installation Chart for Wood Shake Roof: 9 1/2" G Bracket (3/4" Plywood)

Installation Chart for Metal Roof: 11 1/2" G Bracket (7/16" Wafer Board)

Installation Chart for Metal Roof: 11 1/2" G Bracket (1/2" Plywood)

Installation Chart for Metal Roof: 11 1/2" G Bracket (5/8" Plywood)

Snow Bracket Technical Guide

 


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