Roof Energey Heel

Raised energy heel typical truss heel height is about 12 but may be designed to most any height per the building designer specification.

Roof energey heel.

Your roof is what keeps you protected. Standard heel typical truss heel height is about 4. Irc section n1102 2 2 applies to ceilings without attic spaces while section n1102 1 applies to those with attic spaces. Because raised heel trusses are high enough to leave the insulation value intact the energy code allows for use of less insulation for the entire ceiling system when raised heel trusses are used.

It provides you with peace of mind knowing that you and your family are safe from rain snow hail wind heat and cold. Irc energy code requirements truss heel heights information about ceiling space energy requirements from the international energy conservation code is replicated in both the irc and ibc. To build the roof. Standard heel typical truss heel height is about 4.

Truss heel height the vertical depth of the truss at the outside face of the bearing. There are a couple of options for designing energy heels. Buyer s guide to the best roof shingles 2020 april 3 2020. An energy heel raises the roof and allows for more insulationto reach the outside wall.

Raised heel trusses do not compress the attic insulation over the top plate which compromises the insulation value. The option 1 figure to the right shows a raised energy heel. Better insulation drier walls lower hers scores and labor savings raised heel trusses also known as energy heel trusses deliver cost effective energy performance especially when used with continuous plywood or osb sheathing. More importantly the raised heel provides the opportunity to increase energy efficiency to meet new energy code requirements.

The extra height of a raised heel truss roof provides additional space for uncompressed attic insulation and the full depth of insulation to be extended right to the outside of the top plate. Raised energy heel typical truss heel height is about 12 but may be designed to most any height per the building designer specification. An energy heel has a taller heel height which allows for the adequate amount of insulation to reach the outside wall and eliminate the cold spot. To create a truss with an energy heel a vertical member is added over the supporting wall and the bottom chord stops there rather than extending into the overhang.