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instmTlo s. <br />V The following stops will determine the mazlmum hoaling system size: <br />1, Structural loss, value (1): May be taken directly from the Proposed UA box on page 2,' <br />2,. -Air l0akage loss, Value (2): This Is the volume (Fl3) of the conditioned space in the <br />3Climate Factor, &T: Tho local ASHRAE climate factor is_.._._F, for your Judsdlollon (oeil WEEP If UnsUra)� , <br />A," Duct; Loss, Value (3): Insert value from BTU1Hr, Box (a). <br />5. Caloulalo values a, b, and o by multiplying the numbers In each horizontal row. <br />0. Add Values a, b, and c. <br />7, Multiply the sum from Slop 116 by1.5 to obtain the maximum hoaling system output for the building, <br />©. 11 the healing system Is electric, divide the BTU/hr, value Irom Stop f17 by 3413 to got Wait output <br />d*' Hoa 1l0se pnthl <br />(VAIU05 pT i ( ACH._Factors <br />BTUIHr. <br />Structural loss <br />(1) <br />(B7U11r,O <br />X <br />(a) <br />Air loakago loss <br />(2) <br />(1T3) <br />X <br />x . r, <br />X 0.018 <br />(b) <br />Duct losses <br />(3) <br />(137U/14r) <br />x .10 <br />W <br />— <br />Design Float load <br />Permit No._ <br />(a+b+c) <br />(BTU/Hr.) <br />Name _ <br />Street _ <br />Lot# ____—_ <br />- Maximum Heating Output <br />City------- <br />- - .— - (Gas, oil, propane, wood) <br />County _____ <br />_- _ (Design Heat Load X 1.5) <br />(BTUMr.) <br />a Phone# -- <br />Manufacturer____________ <br />Type of system —__ ----- _-. <br />Model # <br />floating output _ ._— —0,0 011Whr�� <br />OOYRl A?I(W Uout an, <br />Page 3 <br />Maximum Heating Output <br />(Electric, heat pumps) <br />(BTUlhr.13413) <br />(kWatts) <br />