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Simple Heating System Size: Clime' Zone 1 G' 13 DS _ p <br />Project Information Conlact Informanon O <br />Salz, Casey 8 Sandy Architectural Design Associates <br />4624 Seahurst Ave Everett. Wa <br />p 12221 Everett Ave, Everett, Wa 98203 — 4252590661 <br />Indoor Design Temperature 70 <br />Outdoor Design Temperature 21 <br />Design, Temperature Difference (aT) <br />AT = Indoor - Outdoor Design Temp 49 <br />Conditioned Floor Area 1 4230 <br />Conditioned Volume 38070 <br />Glazing <br />Copy Sum of UA from Glazing Schedule 232 <br />Attic U-Factor <br />R-49 0 027 <br />X Area <br />R-38 Advanced 0 026 <br />Single Rafter or Joist Vaulted Ceilings <br />IJ-Factor X <br />R-38 Vented TO 027 <br />Above Grad, Walls U-Factor X <br />R-21 <br />0 056 <br />Floors <br />U-Factor X <br />R-30 <br />0 029 <br />Below Grade'Nalls <br />U-Factor X <br />2' Depth Walls <br />0042 <br />3 5' Depth Walls <br />0 041 <br />7' Depth Walls <br />0 037 <br />Slab Below Grade <br />F-Factor X <br />2' Depth <br />0.59 <br />3 5' Depth <br />064 <br />7' Depth <br />0,57 <br />Slab on Grade <br />F-Factor X <br />R-10 2' perimeter <br />0 54 <br />R-10 Full - Heated <br />0.55 <br />Sum of UA <br />Envelope Heat Load <br />Sum of UA X AT <br />Air Leakage Heat Load <br />((Volume X 0.6) X AT) <br />X 016)) <br />Building Design Heat Load <br />Area <br />4844 <br />Area <br />2590 <br />Area <br />596 <br />Area <br />P78 <br />Length <br />I en th <br />198 <br />= UA <br />00 <br />00 <br />00 <br />UA <br />130,8 <br />00 <br />UA <br />1450 <br />00 <br />= UA <br />173 <br />00 <br />UA <br />g0o <br />00 <br />00 <br />00 <br />00 <br />= UA <br />106.9 <br />0.0 <br />0.0 <br />653 <br />31982 Btu t Hour <br />20147 Btu I Hour <br />52129 Btu / Hour <br />Au Leakage � Envelope Heat Loss <br />Building and Duct Heat Load �1 52129 Btu 1 Hou <br />If duds are located in unconditioned space Sum of Building Heat Loss <br />WSEC Prescriptive Worksheel (2010 Edition) <br />WSUEEPIO.010 Copyright 2010 <br />