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2001 •ington State Nonresidential Energ Code ' nce Fortn <br /> • � ' • . • <br /> P001 WasNrqlm Stnle NavesltlenlW E^eNY COM CaM��Fam� RMled Juro ZWt NJM <br /> Decision Flowchart Use lh(s flowchart to delermine if project qualifies for the optional Prescriptive Option. <br /> for Prascrlptive Option If nol,elther the Component Perfortnance or Systems Anatysis Opllons musl be used. <br /> 1]03 SP�Ilut TYW:Fa Me WNob olUslamlMry MdGnp em*bpe EMc1rk IWhtaMw:37�Aea&q ryNem�x1YN uu alaclrk�aWtena <br /> r.a��eme�v.me rwo�+�q nN ai000n,.m�n.e.o w�naau�c�me+: START abmsrib u Ihe prNwy Iw�Yq�yatam kid�Ein7 Ea�eEord.nEw0.uN <br /> OtMr.M ol�x apece heatNq syslems Includ'uq pa�.sdid NN.d.�M McaA�k uNb when 1M bW ebNk nfhtance Mal np�ciry eaceeEa 1.0 <br /> propane apaw Aeatinp tysbms an0 tlwse ari�W�in tlro exoplbn b W�d tln 9��ilbreC Iloor uw. HupOon:Heal qmpa end <br /> elscWc resisUnce. (conUnued s1'fpnq IamYrol eNctrk mbbna t�e�tlnp In veMbla a4 wlume CbhWulkn ty�bmf. <br /> Elatl�le <br /> No RnLLlance Ves <br /> n.nt <br /> NIwW�R.11 � ��K°7� Y„ ���n Mw�0�R.1B <br /> InaW�llan7 (ONox) Yw aXMaOK7 Na MwlaYm'! <br /> (Mbw) <br /> YM Yn <br /> Ib �y <br /> <�0% <�0% at0% <70% <br /> Glenrpi N0 -�O Glaa�q7 Gbtlnpp �O N0 Glaniq'! <br /> Yw Yh Yw Yp <br /> Ni mwi,u�w��wneaz �a i�wi.mq iumnan nu m.m.wq im�n�m na io.w+arw m.wre� <br /> Oppus WW R�11 Oppus W�tl R•if 1AeW FrunsO W�n U�0.06� MMaI F�ameC WW Ud062 <br /> BabwGtdW�A(er` R.10 A4�pvyW�ll(iM) U-0dB OIM�Op�pwWall H-09 OtMrOppwW�p R-0Y <br /> BabwGrd WaA(oN) R.17 Mawnry W�IIIdMr) Ud.75 h4�puy WYI(4M) U-0.tY BabwW W�A(�H) R-10 <br /> RoolOvsrAtlk R-]0 B�bwGNWaq(ak) R.1� Ma�pvyWaA(qlrr) U-0.]5 B�bwGrEWaA(M) R.14 <br /> NI ONe�Rod ft-21 Babw Gd Wal(oN) R.11 Babw GN Wall(uq) R-10 Roof Ovw NNc RJ9 <br /> R�baCFlaar R-1A RoofOwrhltic R-JO BsbwGNWeI1�qA) R-ip NIOIMrRoal R-]0 <br /> 54DOnGnds R-70 NIOIIwrRool ft-17 RoplOverANc RJ9 Ri�eEFloor R.]0 <br /> RaGeM Floor R-10 RNted Fbor R-tY M qMr Roof R-00 SI+DOrtGnEe R-10 <br /> Opapue Oaor U 0.80 SleO-OnGr�Ea R-10 Rai�eC Fbar R.10 RstiaM Fbor R-/0 <br /> RWirrtFbor R-10 SI�AOrvGnCe R•10 Door U080 <br /> �aa^7�^�°��'�°�� Door U-080 RWIaMFbor R-10 <br /> Glunp Ve� OH Glunp CnteA�I.:al? ��°�O°� U-0 80 �+a^G Crilarla MN7 <br /> Nea% W�1 Wal SNGC GI�xiM Va� OH <br /> 0.15% 0.9� fA5 I.W �M Ve� OM �a^YCrNMa1.M9 piy% W�I WY SNGC <br /> 1520% 0.15 1A0 1.00 �a% WN Wal SMGC G4tlnp VM OM 0.Z0% 0�0 OBO 100 <br /> Z(4]0% 0.85 1.J0 065 0.10% O.GO 1.15 1.00 Nea% W�I Wal SMGC <br /> JWO% 0.80 1.�0 OAS 10-15% 0.75 1.10 1.00 0�20% �.10 0.80 100 <br /> 1520% 0.85 1.70 Obl <br /> ]425% 0.60 1.J0 0/5 <br /> Yes Y� No <br /> Y� Prescript ve <br /> No PalhAilowcd Yes-I <br /> No <br /> Component Pertormance <br /> or No <br /> Systems Malysis Required <br /> Concrete/Maso O tion" Wall Heat Capacit (HC weighted heal <br /> Assembly Description A^sy.Tag HC" Area(sQ HC x Area �pacity(HC)of <br /> the total above <br /> grade wall is a <br /> minimum of 9.0, <br /> the Concrete <br /> Masnnry Option <br /> may be used. <br /> "For framed <br /> walis,assume <br /> HC=1.0 uniess <br /> calwlalions are <br /> pmvided;for all <br /> olher walls,use <br /> Totals Section 1009. <br /> Area weighted HC:divide lo:al of(HC x area)by Totat Mea <br /> "7(0 <br />