Roof Snow Guard Spacing

Our approach to snowguard placement involves placing snow guards throughout the entire roof area to keep snow and ice from shifting initially.

Roof snow guard spacing.

1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15. Alpine snow guards recommends placing a three row pattern on the lower roof 24 o c. Please enter the rib spacing in inches inches. Up to 45 psf ground snow load.

The running feet along the eaves that you want to protect. Snow guard placement will vary from region to region and will be influenced by roof pitch the lengths of roof runs and roof features. Go up the roof 15 feet and repeat the staggered pattern of guards in every valley as placed below. Our approach to snow guard placement involves placing snow guards throughout the entire roof area to keep snow and ice from shifting initially.

Using a spacing layout snow guards are installed to help prevent the dangerous slide of snow and ice. With the middle row staggerd 12 and covering the remaining roof to within 10 feet of the ridge with evenlyspaced snow guards between the bottom three row pattern and the top un guarded area. As haddock notes the steeper the roof the greater the forces are that act on the snow guard assembly. Their correct placement location and attachment determine their effectiveness.

Enter your snow load in psf psf. 2 snow guards per valley every 15 feet of roof. If you hold snow and ice in place with an effective snow guard layout you evenly distribute the load on the roof and the snow guards and the threat of avalanche is. Starting at 1 foot from the bottom edge place 2 snow guards equally spaced apart in the valley in a staggered pattern across the entire roof area.

The data found on this web site is produced from sources believed to be reliable. Metal rubber tpo pvc slate asphalt shingle tile glass. Snow and ice can avalanche dangerously off of glossy coated metal roofing. You can use the following snow guard calculator to calculate how many roofing snow guards are needed for your roof.

Snow and ice can avalanche dangerously off of glossy coated metal roofing. For example a 4 12 roof that is 50 feet from eave to ridge with a 40 psf design roof snow load will exert 633 pounds per linear foot of eave on the snow guard assembly he explains. We need the following to give the proper spacing of snow guards. The data is meant only to assist roofing.