natmar Posted April 5, 2016 Share Posted April 5, 2016 how did a cantilever truss easily? i want align the bottom of eaves boxed with the bottom of truss, with 6" heel height std tks Link to comment Share on other sites More sharing options...
Alaskan_Son Posted April 5, 2016 Share Posted April 5, 2016 You should automatically get a cantilevered truss situation so long as you have "Trusses (no Birdsmouth)" checked and a "Raise/Lower From Ceiling Height:" of more than zero. Link to comment Share on other sites More sharing options...
ShaneK Posted April 5, 2016 Share Posted April 5, 2016 For truss to cantilever there MUST be a room below or use manual roof plans to drag roof plane where cant is wanted. Link to comment Share on other sites More sharing options...
Alaskan_Son Posted April 5, 2016 Share Posted April 5, 2016 For truss to cantilever there MUST be a room below or use manual roof plans to drag roof plane where cant is wanted. This is not correct. Read my post above and give it a try. It only works up to a certain point, but it should work just fine for your average cantilevered eve/soffit detail... At least that's what I thought we were talking about. Link to comment Share on other sites More sharing options...
Solution Bill_Emery Posted April 5, 2016 Solution Share Posted April 5, 2016 Attached is a plan with cantilever trusses. Michael mentioned some important information. In addition to what he said, there are some settings that are interrelated, and determine how the truss will work: The bottom tip of the top chord must not be above the top of the bottom truss, or the cantilever will not generate. Boxed eaves are generally used with the cantilever truss. The eave sub fascia determines the position on the eave closure panel, so the height of the roof plane must be adjusted with this in mind. The extent of the eave overhang is another factor that must be considered The pitch of the roof is another variable to consider. And as Michael mentioned the roof baseline height above the wall top plate is another important factor. I've included the plan so that you can play with these interrelationships. All of this can be worked out mathematically, or simply by trial and error. cantelever truss.plan 2 Link to comment Share on other sites More sharing options...
Alaskan_Son Posted April 5, 2016 Share Posted April 5, 2016 Nice job Bill. Good information. Link to comment Share on other sites More sharing options...
michaelgia Posted April 6, 2016 Share Posted April 6, 2016 I wish there was a checkbox for, "sit my bloody trusses on top of my top-plate! As it is, I have to calculate the raise/lower above ceiling height for every different pitch I have. Link to comment Share on other sites More sharing options...
natmar Posted April 6, 2016 Author Share Posted April 6, 2016 i work with x6, i can't open attached files. tks Bill Link to comment Share on other sites More sharing options...
Bill_Emery Posted April 6, 2016 Share Posted April 6, 2016 Here is the plan in X5.cant truss x5.plan Link to comment Share on other sites More sharing options...
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