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2001 Washington State Nonresidential Energy Code Compliance Fortn <br /> , � � � <br /> 2001 W as�ington State NonrosiGenOai Eneipy CoOe CamdU^�^Forma RevaeO June 20U2 KJM <br /> �ECISIOII �OWClldtl' Use this tlowchart ro detertnine if project qualifies for the optional Prescriplive Option. <br /> for Prescriptfve Optlon If not,either the Component Performance or Systems Analysis Oplions musl be used. <br /> 7]02 Sp�ce HutTypo:Forfne W�Wse al dalertnining CuiWing emabpe Electric Be�iatanu:Spare�ea6ng sri�ems whirli use elecfic resistance <br /> mawremanb.NnfdlomnBMocetnBonesmmo��eaAspeceheaungtypesr START eiamentsasNepnmery�eatinasysiemintlu0ing�aae�anN.raEienLanC <br /> Olh�r.All olhor spew�oaling sysbms intluEing B�s,soii�luel,oil.aiM IorcM air unita w�e.e Ino mfal elecinc rosutanca Iwal wDaary azcaeEs 1.0 <br /> O�Ow�especehenWgsyslomsantlVroseaystemslls�ntlintneescepuanm W�aft�egrovmnEtlqneEMoorena. E[capHon:NeatpumpsenE <br /> eledn<msistanw. (wminuotl at ngnp lerminal eiecttlr,resuunce neating in va�aGle eir vduma EisinCution systcros. <br /> EiMnc <br /> No' Reslstanw —Yes-�-7 <br /> �--� Heat9 I <br /> MwaIISR�11 Masan'V�'oll Masonrywaii� .VIwaIISR-19�, <br /> -He rnlena OK9 —Ye� ve�— altatla OKT no � <br /> � InsNaHan? / (Eelow) (�eiawl �n\ 6U1�u���� <br /> \Y �Y <br /> Ye� Vea <br /> No � <br /> <40% Ho—NN—Ho �40% �:OX Ho _��<20% <br /> ����� ����o� . ��' ��' <br /> .a. �., .., �e. <br /> � � : �- <br /> Pn Ineulnu�p NatanoEi NI InsWaYnB�����etl9 AII InwlaUnB Nsuiiea� Ni ImWoung mstailea7 <br /> OpaBueWall fl�lt OOa9ueWnll R�11 MaulFmmeGWall W.R� MeNlFrdmeEWall U-0Ofi2 <br /> BelowGr�fWall(ert) R-10 MasanryWali�inp U-0.19 OtnerOpaQuoWall R49 OlnerOOagueWell R49 <br /> pnlowG�tlWall(ot�) R�11 AlasonryWap�atneQ U-025 MasonryWall(ini) U-0.19 BelawGrOWnll(esl) R40 <br /> PoolOverlltpc R30 BelowGrEWnll(eA� R40 MasonryWap�oVpq U-025 IElabwGrCWoll�ot�) H49 <br /> Al10UorRool RQ1 BebxGNWnlI(oiM1) R41 BelowGNWolI(e�1) R40 RwlOverANc R�3B <br /> RaueaFbor R49 RoofOverAnic AJO �elowGrCWall�om) R49 Al10Vro�Root R-�0 <br /> SIaROn-0ra0e R40 AIIONarRool R21 RoalOvernNc R3B Rai.oUFloor R�]0 <br /> R�OIanlPiow R40 RnisoaFloor R49 NIO��erRool F-30 SIaG�Oo-Gmtlo R�10 <br /> ODapuaDaor UOW I SWPOrvGraEe R40 Rmse�fFloor R30 RaCienlFloor F-1� <br /> Ratllaai Floor R40 SI�pOn�Gratla R40 On�Qun Doo� U O.LO <br /> GlazJng Cmano 1.b19 ppapua Door U-0.60 RaGianl Floor R�10 <br /> GlNinp Vetl ON � Giavng CtltaYa Meli �F�due�oor ll-0GO OlavnB Crlmne Ma14 <br /> Nea°b Wnl UVaI SNGC GWvn LnlcnalAeti Glaz�rg Vo� OH <br /> 0.15% 090 tA5 100 GLv�eg Vun OH � AroaYe UVaI Wal SMGC <br /> 1620% 0]5 1.90 �00 �ea. llVnl VVaI SNGC Giaxing Votl OH 0.Y095—04i-0 O80 tU0 <br /> 20-90% OES 30 O65 610R 030 1?5 1.p0 Ama°G UVaI 11Val SNGC I <br /> J6-t09: O.W 1.]0 0/5 10.199: 0]5 1�0 1.p0 OQO°b OSO O.BO 1C0 � � <br /> is-aox o.cs i.ao o.eo I <br /> —� zazsx o.eo i.ao a�s I <br /> � <br /> vas r�o <br /> � vec <br /> �L_ I Prescnplrve I I � <br /> —ves—� no � PalhAllowed ��---i Yes i <br /> � <br /> No � � I <br /> � Comp.�nentPertortnance I � <br /> L_'__. � • or L_� No <br /> Systems Analysis Required <br /> Concrete/Mason O Hon* Wall Heat Copacity (HC) •�f the area <br /> weighted heat <br /> Assembly Description Assy.Tag HC" Area(s� HC x Area capzcity(HC)o( <br /> the total above <br /> � 9nde wall is a <br /> minimum of 9.0, <br /> lhe Concrete <br /> Masonry Option <br /> may be used. <br /> "far framed <br /> walis,assurtie <br /> HC=1.0 unless I <br /> calculations are I <br /> provided;for all I <br /> otherwalls,use ', <br /> Totals Section t009. �, <br /> Area�+�eighted HC:divide total of(HC x area)by Tolal Area ��i <br /> 3�� � <br />