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�oH <br />: : r =� <br />n�� <br />,o�z <br />ta" � Cn <br />y zH <br />�y� <br />� � H <br />� o �i <br />yl7 <br />H�� <br />c� � nC� <br />9 �3 C� <br />rHy <br />gN <br />�� <br />�dq� <br />3 C+7 t' <br />Cr [�J <br />Z H C/1 <br />y O fn <br />_ . � ._.;a ' .. <br />�� � -. <br />� _.. �� <br />If]StiUCtlGnS: <br />r. <br />J". , . r�r" _. . ' ' - . � . <br />Climate Zone 1 —� <br />A. The tollowir.g steps wlll determine the mazimum heatlnfl system size : <br />1, Slructurel lose, veluo (1): May b� t���en direcUy from the Proposed UA bax on paga 2. <br />2. Alr leakag6 loss, Value (2): This is the voiuma (Ft3J ot ihe condRi�ned space in the dwelling. <br />3. C'.malo Factor, pT: 7he local AS4RAE climato ttictor !s_F. for your Judsdidfon (call WEES if unsurr.j. <br />4: Duct Loss, valua (3): Insart valu� irom BTU/�ir, 8ox �a). <br />5. Catc:�late val�es a, b, and c by m�ltiplying tho nu�nbew In cach nodzontal row. <br />6. Add values a b, and c. <br />7. MulUply tha sum t�om Step N6 by 1.5 tn, obizin tl�e maximum hoating system output tor the 6uliding. <br />8. If ihe healing syst�m is eledrir, ;;Ivkle thr; ETUfir. value Irom Step #7 by 341310 get kWatl oulput. <br />NO'r W."���� '�E}.�rltJb <"i�`-T�M ���/-C'f �'��T�iIG (f�J �OtIYl�� V!�i'� <br />�nG�ITIDnlS� nrl� I� A'����c'+��`T� Tu �-4�rt � 1,�E`n� crDc; i'�rcr�5, <br />�uc Heat loss p� <br />Structural Ioss <br />Air leakage toss <br />Dud losses <br />Namr� ..._— <br />Str?et - <br />Lnt�Y <br />c;ty_ <br />1.4:::n'�y <br />i i, ±1tU# <br />- ;_,:' VaIUeS { <br />��� (BTU/Nr/=J <br />(2) <br />(3) <br />(7T3) � X I x .35 <br />(BTU/Hr) <br />tdanutacturer <br />TyFe ot system . — <br />Model # _._ <br />Heatingoutput_ � TU/hr. <br />gpW1AN1qCTOBEPa1 <br />Pac�e 3 <br />X 0.018 <br />x .10 = <br />Design Heat Load <br />(a+b+c) <br />Mazimum Heating Output <br />(Gas, oil, propane, wood) <br />(Design He�l Load X 1.5) <br />hlaximum Healiny Oc!pul <br />(Electr,c, heat pumps) <br />(BTU/hr. / 34 t 3) <br />,1 BTU/Hr. , <br />(a) <br />(b) <br />(c) <br />�ev <br />�� <br />(BTU/Hr.) <br />� <br />(BTUMr.) <br />(k Watts) <br />