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401 "' 67 SOAMPLE FORM OF 2SSZ <br />CALCULATION SHEET FOR ENERGY CONSERVATION CODE <br />r4ame of Project "lan rol� tf Ssib1 I eq efLETT, WHO I <br />County <br />Heating Degree Days "45 Winter design 97-1/2% Degree F <br />Floor area of building envelope for compliance with Energy Conservation Code TRn sq. ft. <br />Roof area of building envelope for compliance with Energy Conservation Code 2C;U sq. ft. <br />ENVELOPE ELEMENT <br />TABLE OF COMPARISON <br />ACTUAL.Uo <br />CODE Uo <br />wail <br />o • I SS <br />o. to <br />Roof <br />a 0" <br />o,o3s <br />Floor <br />_ <br />_ <br />Slab " E%4wo6 <br />tuSTMCEn B <br />2 VALu6 <br />Itvsmueo 6 <br />(L VAkva, n <br />OYEWIL (�7�un�uy o. Log, o.lf9 <br />The use of similar Tables as shown above should be devised for the nonconforming component approach to <br />demonstrate that the heat loss for the proposed building does not exceed that required by the energy code. <br />U-Value For Windows ❑ Single Pane <br />R Double Pane o S� <br />Thickness i�4�� <br />❑ Triple Pane of Air Space <br />U-Value for Doors t' �O ; Thickness 164' inches; Type of Material _ <br />Glass Percent of wall surface = Glass Area, Sq. Ft. aot. x 100 = <br />Building Envelope Wall Sq Ft ullf <br />ULMS <br />A T = 720 F -(Winter Design 97-1/2% Degree F) _ IF (For nonconforming component <br />approach only) <br />Compute overall Uo value for walls by use of equation 1 in the Energy Conservation Code. By making use of <br />attached "Sections For Obtaining U Values," complete the following tables. <br />WILLIAM J. YANG & ASSOCIATES <br />CONSULTING ENGINEERS <br />$47 North Hollywood Way, Suite 201 <br />Burbank, California 91505 <br />FB-24 Rev. 08-01-83 <br />DIR 1328 " r. Page 1 <br />