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�� Fotm � <br /> 2��yy ���n ton S1ate Nonreaidendal E • ���� ' <br /> , . . , � ' <br /> . � � • Date 8/1�/z003 <br /> p�MrlEner4Y�°tl°�anW�jpFp1Of OffidM�r�hou�� f1ilJS! <br /> z��w„n,,,o��s�M.�"°' For Buiidin9 DePa� <br /> p7ounC�inviav Bu�inaf� G^�� � (�II OlhBf <br /> Prole�Address �Ekdric resistance � <br /> eat T pq Mex Targel j <br /> Space H YPe 13.60 Prop. �D• 1 <br /> �Cd as°�gross exterior we��erea i <br /> Glazin Q Yes Q No � �ro� ! <br /> �Iasonty �Phon over. If ConcrelelMesonry P <br /> Iculate adjusled areas on back( � values. <br /> Concret T���UA � <br /> dq maximum allowed in Teble,lhen W <br /> Notes:If 9�az�ng erea excee e/,Will be d'Merenl than shown below. Refer lo Teble 13•1 for corre _UA(U x A) <br /> Ta et U-tadors,SHGC and Glazin9 Pro�yed UA U-fador x Area(A) <br /> is used, �9 =UA(U z A) 1721.3 <br /> Compenent x Area(A) 1377.0 0.�50 2z95.o � <br /> Building �p g POye p U•fador p�her Heating <br /> Lisl comDonenls by essembly o.600 2295.o Glazin9°� Ebdric Resist. 0.� ° <br /> Plan ID:�.1 0-15°h 0.40 1 <br /> �_ 075 i <br /> �= Plan ID: >15-20°b 0.40 0.60 <br /> �, U= <br /> PIef1�D: >20•30ok gee nOte ebove 0.50 � <br /> �30.q�a� gee OOte HboVE yalue5) <br /> � c �_ plan ID: asonry <br /> j � �_ plan ID: �see Tabb 13-�for ConclM <br /> �_ Plan ID: <br /> pian ID: Glazing°� Eled��Resist. Other Heatin9 <br /> �= 1.45 <br /> � �= Plan ID: 0•15°h O.BO 1.40 <br /> �, Q U= <br /> PIanID: >1&20% O.BO 1.30 <br /> q u U= <br /> Plan ID: >20-30°h see note abova 1.25 <br /> � �j �_ plan ID: >30�40°h see no�e ebove ve1ues) <br /> q �_ Plan ID: <br /> (gee Teble 13•1 tor ConclMasonry <br /> � e �_ Plan ID: 257•< <br /> � P18�ID: 63.0 0.600 �29.0 _. <br /> c U= E�eotnc ResYsl. Other Heatin9 <br /> S U_ PIanID: 0.600 105.0 190.< 0.60 �S <br /> PIanlD:rs.l 32�.0 0.60 � <br /> � ` U= 0.600 <br /> � o �_ PIanID:�s•1 � <br /> 0 0 �= Plan ID: Eledric Resist. Olher Heating <br /> 0.031 0.036 <br /> � � R_ PIanID: 1�o3.e <br /> � O R' P�anID: 1566.6 0.050 36076.0 <br /> planlD: 0.0a6 3a076.o EkdriaRag�s�' OlherHeating <br /> R_ Q p� 0.050 <br /> R, Plan ID:�/A6.1 2696.3 <br /> _ $ R_ PIanID: �15.9 0.190 1�191.0 <br /> F'j � R_ PIanID: p,116 3585.0 1�8.2 �� <br /> PI811117:H/Aa.1 0.069 36C0.0 •� <br /> Fy-1.0 1083.8 <br /> p PIanIP:G/�`�.2 0.699 2695.0 105.2 EIBd�CResl4t. OIh8f�H4t�9 <br /> R'2. 0.062 <br /> � R_3.o PIanID:o/Aa.l 0.069 21a6.o 265.6 Ordinery 0.19 <br /> 10 PIanID:o/�1.� 2i25.o Conclinq 0.79 0.25 <br /> dR_a.0 0.125 p,25 <br /> R_5 p p!an ID: Conc(oth) <br /> o R_ Plan ID'. <br /> O R_ Plan ID: e�ppaque Wa��Area(see back) pther Healin9 <br /> el Areas here should equal Targ E���c Resisl. p14 <br /> •'Note:sum of Tar9 p,p62 <br /> N R= Plan ID: <br /> A R_ Plan ID: <br /> ;-° �' Plan ID: a ue walls,Ilst above with opaque walls <br /> m p R_ pther Healing <br /> Eledric Resist. p.0� <br /> �j Nole'.it insulaled to levels required for op p,029 <br /> Q Q R_ plan ID: <br /> 0 o R_ planlD: �ba.� <br /> �n c R_ PIanID: 627.8 0.560 860.0 <br /> Olher Mealinq <br /> o s planlD: e6o.o EledricResist. F_O.0 <br /> u. � R= 0.730 F-0.54 <br /> ` � R_ plen ID: <br /> n A R= Plan ID: (see Table 73-1 tor radiant floor valuesl <br /> N rn R_ Plan ID: 51851.� 68�3•1 <br /> Plan ID: 6675.� Totals <br /> R= Tp��s 51851•� <br /> indicate wre insulalion malerial. �q shall <br /> 'For CMU walls, Fo��omPliance�. , <br /> »p�pposed Tolal Area shall equal Tar9 <br />