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� 2d. Nashington State Nonresidential Energy Code�ompliance Form <br /> • • . • <br /> ]Wt Wrlvnptm SW Nav�aibnilW Eirrqy COM ConWiann Fama RwiwE Lro 2002 NJM <br /> Decision Flowchart Use this flowchart to determine H prqect qualifies for the optional Prescriptive Option. <br /> for Preseriptive OpUon If not,either the Component Pertormance or Systems Analysis Options must be used. <br /> � 1]O]SP+��INaI TYM:ia iM W W»M Oalaiminvq DuiWiM envebpe EI�cMc RaNstmcc SP��N�^G sY�^�^�wYN use�le�icrasialsrte <br /> �ep.�rwnani:.vie�awwq iv.o u�ev«ies cara+u.nµwce neat�ro boes�. ( S AT RT �� eiomavs.s u,.wNn nnurq:n�.m v�d'+q w..eoaa.raeimn..�a <br /> pMr:Pl!oVer W�I�eaWq sYs�+viciuOinB Yas,adk luel.oil.entl � � brceE�v u�uts whme Ne lotal NeWk mislsioe Mat cqxAY a�[eWs 1.0 <br /> proparr epaca Ma4np systams eM Vqsa syslems Iis1eE�n Ne excepibn lo wm'a me a������^�+�. E+e.Pnm:�wros a�a <br /> qMric revslanw. (<pn�irweC u ri9�11 � leemirel NecVic resistance Mniip in venade�ir vdume tisYidRion ayrtem�. <br /> \ <br /> Electric <br /> � --� ftevaance —Ves � <br /> �v <br /> AM walls R-t� ���'�-� � ���� M waCs R-t9 <br /> ��w����� }Ho�talaOK4 � vm Yn m��a�' � ��j���?� <br /> �r� `�(Delorv) � (belaw) � <br /> Ye� ��� �� <br /> 'y No <br /> \�/ No —No GI�II�? GIi2iM'I No � —No ��W�/ <br /> Y � Y <br /> Ym Wa Yea � <br /> AIInwlatin9l�lalleE'! P�IInwlatin91ns1alle0? NI�51MIe0't PLYisulatuq� <br /> Opapue Wall R-11 Opapue WMl R-11 Me1a1 F�ameO Wall U-006t Mafsl FeancC WaC U-0.062 <br /> BebwGrtl Wall(eN) R.10 Masanry Wall(in�) U0.18 OUirrOpapue Wall R-19 ONeOpapue Wy R-19 <br /> BebwGdWall(oM) R-11 MasonryWaY(aMa) U-0.25 MaswVyWaN(M) U-0.18 BtlavCNWa1!M) R-10 <br /> RaofOwrANc R30 BelavGNWalI(etl) R-10 MasoruyWatl(atlier) LL025 BelawGtlWaYI�) R-19 <br /> NI OIIie�Roal R-Tt Bdav GM W&1(d�) R-11 Bebx Cxd WMl(eq) R-10 Roof 0.et At4c ftJ8 <br /> RaxeOFbor R-18 RoolO�srMic R�0 BebxGNWaIII�) R-19 NOIM1erRaaf R-30 <br /> SIaDQFGaOe R-10 AIIOMetRool R-2t RoolOretN4c R38 RaiseUFloat R30 <br /> RaGantGlow R�10 RaiseEFbo� R-19 PIIOtIierRaol R-30 SIa40n�C+�e R-10 <br /> Opapue Door U 0 fi0 SIaFOnG�aOa R-t0 Rai�E Floor R30 Re3ant FYNar R-10 <br /> Ratiant Floa R-10 SIaO-On�CxsEe R-10 aq e Door U O.fiO <br /> GI�M Gmera MeY! OPa9 e Door U-0.60 RaEiam Flwr R-10 Glm�q Griiara AIaC! <br /> a('laa'n0 Ven OH Giaan9C�itaiaMet'! W3WeWor UOfiO �jpy�p Vat OM <br /> am x wa� wa� sHcc c�aa�w aaen.e.�n aea x wy wd sxcc <br /> o-isx a.so iws iao ���w vm oH <br /> uzox a.�s ieo i.ao aeasc wa wy sxcc c�av„a vm on asou o�o o.eo iao <br /> zaww oss i.w oss aiow o.eo �.ss �m areax wm wa sHcc � <br /> ]OJO% 0.60 130 O!5 10.15% 0.]5 1.A0 100 0.20% OAO O80 1.00 <br /> 1520% 0.65 L30 Ob]� <br /> 20.25% O.fiO 1.30 015 <br /> Ves <br /> Ves � <br /> ��� Prescripti�e <br /> No Path Allovretl �� <br /> No Component PeRortnance I <br /> �— or � <br /> Systems Anatysis Required <br /> Concrete/Maso O tion* Wall Heat Capacity (HC) •if ine area <br /> weighted heat <br /> Assembly Description Assy.Tag HC" Area(sn HC x Area �pacity(HC)of <br /> tne total abave <br /> grede watl is a <br /> .minimum of 9.0, <br /> the Conaete <br /> Masonry Option <br /> may be usetl. <br /> "Forhametl <br /> walls,assume I <br /> HC=1.0 unless � <br /> piculations are '�, <br /> provided;for all '�. <br /> otherwalis,use � <br /> Totals SeGiwi 7009. I <br /> Area weqhted HC:divide total of(HC x area)by Total Area � , <br /> al <br />