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��� <br />9H <br />'pC>."�H <br />Cxa� <br />HZH <br />�C o <br />H .1 <br />OSO <br />'�d H M <br />VJ M <br />y r <br />�io� <br />H C7 <br />OH <br />��g <br />�. q� <br />9 H [�1 <br />t" z <br />Hy <br />gN <br />H <br />c� [7 m <br />��� <br />zyu� <br />HOcn <br />��� <br />�� � <br />�� <br />r%s FQ� :. _ .. �.� . : rr - .. ' .«l a"� ' <br />. 1.. _ ^�3^°', . . . -*r`� '_ .. . _A�r�_ ; .. <br />, .... ... .. . . <br />Climate Zone 1 <br />`�.._. ..._. <br />i Instructions: <br />A. 7he following steps wlll determine the mazimum heatlnfl system slze : <br />1. Structurnl loss, vniuo (1): A1ay bo taken direclly from the Proposod UA box on page 2. <br />2. Alr loakage loss, Value (2): This is ihe volume (F13) of tho conditfoned space In the dweiling. <br />3. Cllmate Factor,QT: The locai ASHRAE climate fador Is_F, }or your Jurisdlcllon (call WEES II unsure). <br />4. Duct Loss, value (3j: Insert value from BTU1Hr, 8oz (a). <br />5. Calculate vaiues a, b, and c by multiplying tho numt�ers In each hor(zomai row. <br />6. Add values a, b, and c. <br />7. MulUply the sum trom Slep #6 hy 1.5 to obtain fho mazimum hoatinc� system output for lho buliding. <br />�. If the Iieating system Is eleqric, div!de the BTUfir. value Irom Siep 717 by 3a13 to get kWatt oulput. <br />\- <br />� Heat loss � <br />Structural loss <br />Air leakage loss <br />Ducllosces <br />Name _ <br />Street _ <br />Lot# _ <br />Clty_ <br />County . <br />Phonek <br />s Values i pT ! � AC <br />(1) (BTUMd� X <br />(2) (IT3) X x .35 <br />(3) (BTU/HrJ <br />Design Heal Load <br />(a+b+c) <br />x o.oia <br />x .10 = <br />Maximum Heating Output <br />(�as, oil, propane, wood) <br />(Design Heat Load X 1.5) <br />OR <br />Manulacturer <br />Type ol system Maximum Healing Output <br />Model 1! (Elect•ic, heat pumps) <br />Heating output � TU/hr. (HTU/hr. /3413) <br />` .,.� . . <br />BOWNIfL9GTOBE�l9� <br />Page 3 <br />BTU/Hr. , <br />(a) <br />(b) <br />(c) <br />(BTU/Hr.) <br />(kWatts) <br />