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<br />. . <br />SUMMER CALCULATIONS <br /> <br /> _I. BASE I BASE GLASS -' SINGLE <br /> GLASS x SUMMER = SUMMER AREA x SUMMER P <br /> AREA PT. MUL T. POINTS CLEAR <br /> N 82.2 N 51.0 <br /> NE I 0l.1? .'8.> 82.2 1~3'''1. I.('J NE 'aZ.is 77.2 <br /> E 82.2 E 109.2 <br /> SE I~. 'f,r;'" 82.2 10104.4 '1 SE I d. .'1:5 112.9 <br /> S 82.2 S 100.2 <br /> SW 53.o~ 82.2 ~" SW 5"3.0' 112.9 <br /> W 82.2 W 109.2 <br /> NW I)8.5i "J 82.2 '-t~ Ill'> . t'J'~ NW 5'iS't 77.2 <br />CI) H' 82.2 H' 367.7 <br />CI) it=. ~o.lq A~. ).. a4~1.1O 5~ 3('), F1 II~. ? <br />::5 ~E. 3o,l~ ~~. :J. a to , . (0 51::. q()./l' /I:J..1 <br />CJ <br /> La\) q<.:, ~J, :l_ fEct I. 'ZI- In:') ~"" """l~ <br /> " ." <br /> .151 COND 1 TOTAL I BASEl BASE 1 ADJUSTED <br /> FLOOR GLASS I ADJUST. i GLASS GLASS <br /> AREA i AREA FACTOR SUBTOTAL T BASE SP <br /> .15 I '~I.\ ~ 1::109.K).t t84 ~ ,I a I"ISI{.llo <br /> 'I' <br /> COMPONENT ., BASE SUMMER I BASE COM <br /> DESCRIPTION AREA x POINT. MUL T. = SUMMER DESC <br /> POINTS <br /> EXTERIOR IIPo0 1.0 \1.# (") ~ CB to <br />..... ADJACENT -;:; n t"') .7 'I.J t'\ III [) I <br />..... <br /><C <br />== <br /> <br /> <br />CI) EXTERIOR <br />a: <br />0 ADJACENT <br />0 <br />Q <br />CJ UNDER AITIC <br />z OR SINGLE <br />::J <br />iii ASSEMBLY <br />u <br />a: <br />0 <br />0 <br />..... <br />LL <br /> <br />l(~ <br /> <br />. <br />qlo <br />~'?L/7 <br /> <br />IS~15~ L <br /> <br />4.8 <br />1.6 <br /> <br />-PANE <br />OINT MUL T. OR <br />TINf2 <br />51.5 <br />76.6 <br />107.1 <br />110.3 <br />98.3 <br />110.3 <br />107.1 <br />76.6 <br />303.3 <br /> <br />CLIMATE ZONES 4 5 6 <br />A5-BlNL T <br />GLASS <br />SUM. PTS <br /> <br />DOUBLE-PANE <br />SUMMER POINT MUL T. <br />CLEAR TINf2 <br />47.8 43.5 <br />71.7 63.4 <br />102.0 87.3 <br />104.1 89.4 <br />90.9 78.8 <br />104.1 89.4 <br />102.0 87.3 <br />71.7 63.4 <br />324.6 238.1 <br /> <br /> <br />C> <br /> <br /> <br />PONENT <br />RIPTION <br /> <br />AREA <br /> <br />o .6 <br />.6 <br /> <br /> <br /> <br />. <br />')'c <br />,J;~ '1_ <br /> <br />IlS C) I ~'.~, I <br /> <br />BASE CEILING AREA EQUALS FLOOR AREA DIRECTLY UNDER CEILING, AS-BUilT CEILING AREA EQUALS ACTUAL CEILING SQUARE FOOTAGE. <br />. <br />o -31.8 Cil <br />-3.43 <br /> <br />INFILTRATION 1/71.(0 10.9 <br /> <br />COOLING <br />SYSTEM <br /> <br />TOTAL COMPONENT BASE SUMMER POINT~ <br /> <br />BASE COOLING TOTAL BASE <br />SYSTEM x SUMMER <br />MUL TIPLlEFl POINTS <br />.37 3'" &'0 l <br /> <br />HOT <br />WATER <br />SYSTEM <br /> <br />. <br />\1 ~. <br /> <br />= <br /> <br />. <br />IVS/'i"1.Cfbl <br />, <br /> <br />NUMBER <br />OF <br />BEDROOMS <br />0.3> <br /> <br />AS.BUIL T <br />HOT WATER <br />SYSTEM DESC. <br />b\..c <br /> <br />AS.BUIL T <br />= COOLING <br />POINTS <br />IS~o9.(,~ <br /> <br />NUMBER <br />OF x <br />BEDROOMS <br />3 <br /> <br />'H = HORIZONTAL GLASS (SKYLIGHTS) <br /> <br />2FOR GLASS WITH KNOWN SHADING COEFFICIENT, SEE SECTION 1.1 OF APPENDIX C. TINT MULTIPLIERS MAYBE <br />USED FOR GLASS WITH SOLAR SCREENS, FILM, OR TINT. <br /> <br />-2- <br />