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2004 Was �-qton State Nonresidential Ener Code Com ���ce Form <br /> • • ' . . • <br /> 2001 Waahinplm Slale NanrasiCerlial Enerpy COEe Car�pliace Fdms RM W Mry 2005 <br /> Decisiun Flowchart Use thfs flowchaA to detertnine if project qualifros for the optional Presuiptive Option. <br /> fo�PrescNptive Option If nol,ekher the Component Perfortnance or Syslems Analysis Optians must be used. <br /> 1302 Sp�c�N�tl Tyq:Fcr ttie purpo»ol Eelerminirp WilAirp anwlope Ebctrk Rnbl�nu:Spau lu�t�np�yYarta v.tiid�ufa e4anc resislance <br /> ,�,������u ob�o��a.;�9����a��a��w�.e a��•a.�n���m n�� START elameMs as IM pimry Mati^V�Ypsn iMWi^G OoaDord.ra0iant rM <br /> OIMr.A�I otlxr space MY�rtp rystems IncluOinp pas.u.bEluel.oil.erW IaceC air unib wM�s ths IWI Nadrk rouslance Met capanlY aaueEa 7 0 <br /> propene apace Inalirp sY�tem+erM IMse ayatems IialaG in IM e�ceplion lo WM�W IM prou arMNorNC tloor ws. Eaeptlon�Haai purtps aM <br /> BledrK nfrsinnce. (co�tiooeC tl rip��) imnlMl elecUl[rosi6bnce MBlinp in vafiBEb Brt v0lume EislnbNion 6yftema <br /> Electric <br /> – ---No-- Resistance�Yes– <br /> L--- Heat7 <br /> AlllnsuWtem Inslalled7 All Insulation Instalkd7 <br /> Beluw Grd Wall(esp R-10 Nbod Me�31 <br /> BelowGrtlWa��l(oth) R-19 BelowGrtlWall(exl) R40 R-t0 <br /> RoolOverAnic R•70 BelowGNWalI(oM) R-19 ll•0.062 <br /> AllOtherRool R-21 RootOverAtlic R3B U-0.031 <br /> RaiseCfloor R•18 AIIOtherRool R•30 UA.031 <br /> SIaE�On�Grade R-10 Raised Fbor R-30 U-0.029 <br /> RadiantFloor R-10 SIaC-0n•Gratle R•10 R-10 <br /> OpaqueDoor U-o.60 RadiantFlaor R•10 R•10 <br /> O ueDoor U•0.80 U�Oi60 <br /> N�--- Yes--� �-Yes L—No <br /> � �\ G i <br /> Mass Wall Wall R Mass Wall <br /> Above Grede /� <br /> -No Criteda OK7 No-- < wootl,or No— CMena OK7 No <br /> (below) � Wall R79 `1J0.062 me (belaw) <br /> Ye5 Yes Yes Yes <br /> ! --i <br /> Mass Wall Insulation Req. Mass Wall lnsulation Req. <br /> I Mass Wall U0.15�RSJci Mass Wall U0.i5iR57ci I <br /> I CMU Block Ins.Cores _Yes-- Yes— CMU Block Ins.Cores <br /> VYoa!Frame R19 NUOC Freme R79 I <br /> � Melal FrameO R19 � __ Metal F2meE U0.082 J <br /> ! —� Glazing Cntena Met7 � Glazing Crilena Met4 <br /> jNo Glazing Ve� OH Glaung Vert OH No <br /> Area% UVaI UVaI SHGC Area% UVaI UVaI SHGC <br /> OJO% U.55 070 0.15 0�30% 0.40 0.fi0 0.40 <br /> �, 30�45% 0.15 0.60 0.40 >JO NolAllov.etl <br /> � >45% NolAllowetl ----�- <br /> I �---�--- ----- I�- , <br /> I No YIes �prescriptive .J s No �I <br /> �'I Path Allowed I <br /> � I <br /> ! Component Performance ii <br /> or �—.1.-- <br /> Systems Analysis Required <br /> Concrete/Mason O tion* Wall Heat Capacity (HC) •�,yighted heat <br /> Assembly Description Assy.Tag HC" Area(sQ HC x Area �pacity(HC)of <br /> the total above <br /> grade wall is a <br /> minimum ot 9.0, <br /> the Concrete <br /> Masonry Option <br /> may be used. <br /> "For framed <br /> walls,assume <br /> HC=1.0 unless <br /> calculations are <br /> provided;for all <br /> other walls,use <br /> Totais Sedion 1009. <br /> Area weighted HC:divide lotal of(HC z area)by Tolal Area <br /> _y <br /> �, � <br /> � <br />