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<br />SUMMER CALCULATIONS <br /> <br /> <br />BASE <br />= SUMMER <br />PT. MULT, POINTS <br />N _ 'c'1_._ .!!~.L.--.S.~?1= <br />~E~-~J.~.\'"" :;:; 4ft._~1__ <br />~L ____ 82.2 <br />L,_liJ. L~. ._,82.2 __ _. Y_.__ <br />SW 82.2 <br />W . --~:3"- ~ 82.2 . j <br />t/ . .~._ ___.~~ ., <br />NW .__. !lfL_______. <br />U) H' . ___~g,2.____________. <br />U) <br />:5 <br />(!1 <br /> <br />GLASS <br />AREA x <br /> <br />ClIMATf ZONE$ 4 ~ <br />DOUBlE,PANE SUMMER AS.BUll' <br />on SUMMER POINT MULT. I OVERHANG = GLASS. <br />ClEAR-- T1Nfi.-h- FACTOR (8M) SUM. PT: <br />_1Z~ ~::~A~.~-:-.... _'if l__ 3:.E~ <br />-..2.11. 63.4 <br />. __~.l).~ _n 87,3.__._ ..",;qi..-:-::' ~i'3. :, <br />,1~~_._ ----~::~--.. .~:) ,.___. -:ki~1 <br />104.1 89.4 <br />'-'102,0---: .=::_ 87.L=.::.~i-=tJ3~.~ <br />7LL__,__ 63.4 _.__..._. n_._____ <br />324.~_ _l38J__ _n.. ___.. <br /> <br />N <br />.NE_ <br />E <br />~E:u. <br />.L 11'1.'. <br />sw <br />.YL.'-tJ. . <br />~lfL_ <br />H' <br /> <br />SINGLE-PANE <br />SUMMER. POINT MULT. <br />CLEAR TlNfi <br />51.0 51.5 <br />77.2 76,6 <br />109.2 _..107,1.._ <br />112,9 110,3 <br />_JOO.L_ ~...J!tl,;!. <br />m!!?!!._ 1101..._. <br />109.2 107. t <br />-------IL'L......, 76.6 <br />367.7 .~,3 <br /> <br /> <br />--_. --~ .--.-----.....----.--~ -.--____......,_ u_...._____....._ <br /> <br />--.-.-- -_..~._-.~._.p._.._-----. ---~--_.__._-_.__..- ...._--_..~ --- <br /> <br />-..-..-.........--. ~-_._- _._~~- ----._-.-- .---- <br /> <br /> <br />.15 H <br /> <br />COMPONENT <br />DFSCR/PTlON <br /> <br />. ~~IH1JQ!l <br />::t ADJACENT <br />~ ......... .. <br />3e <br /> <br />'f <br />AS,BUlll <br />Gl.ASS <br />SUB TOT 1\ <br />.. -- .,.. <br /> <br /> <br />COMPONENT <br />DESCRIPTION <br /> <br />'f <br />SUMMER BASE <br />x POINT. MlJl T. = SUMMER <br />6M THRU 6A'6) POINTS <br />_h...J.'..'-3:-::i'.7 <br /> <br />AREA <br /> <br />---~---- ~-I <br /> <br />...l.' <br /> <br />--~---._-".".~-- ~-" ----...-.-- -_.,-.__._~----- --" <br /> <br />.'f <br /> <br />m~f~=-I~~I>=-t~~t~...=-...t.'l,li' CL_j <br /> <br />'f <br /> <br /> <br />t==-=_~~*~~.",''!.(j~V...... <br />'f <br />~__L. -...... "_'__'m ---l-f).,-:T <br /> <br />Cl <br />z: <br />::J <br />m <br />u <br /> <br />\IN[)f:.!L~I]I(; _ .....___ -~--__...L . <br />Q.R SI~Ql.g,__ _.__.__ _.___&_._____....__ <br />ASSEMBLY ,6 <br />... . .--.. . BASE CEILiNG AREA EOUAlS flOOR AREA DIRECTlY UNDER CEILING, AS.BUll T CER.lNG AREA eOUAlS ACTUAL CEIlINGSOUARE FOOTAGE <br /> <br /> <br />FOR StAB ON GRADE USE PERIMETER LENGTH AAoUNOCONDlTfONED FLOOR. FOR RAISED FLOORS USE AREA OVER UNCONDITIONED SPACE~' ... <br />'f 'f <br />_..'}--- __.J.!>A!.._,_.,. Jf.J. . L -l.-J.~.cr_(~L Io.'.CJ_L./8H7fv. <br />USE TOTAl ROOR AREA OF C(H)ITIONEO SPACE. <br /> <br />'1,:1~( eJ J-':{ &~ <br /> <br /> <br />a: <br />o <br />~ <br /> <br />~1J.J3j~E~ME.!.ER --ll>--~ _._.:.3.1L~___ <br />RAISED (ARE:AL -3.43 <br /> <br />INfILTRATION <br /> <br />COOLING <br />SYSTEM <br /> <br />BASE COOLING <br />SYSTEM <br />... MUl,TJI:U!;!:l <br />.37 <br /> <br />HOT <br />WATER <br />SYSTEM <br /> <br /> <br /> <br />_...2,~".--_~.3 (. ._ <br /> <br />-_~___.__u _"_'_._"_''-__''''___'__''''''__'_'_' _.....___.__~____.. <br /> <br /> <br />BASE <br /> <br />AS-BUILT <br /> <br />BASE <br />.. HOT WATER <br />POINTS <br />if 01 <br /> <br />AS-BUilT <br />.. HOT WATEA <br />POIN rs <br />-O~)'3 <br /> <br />'H" HORIZONTAL GLASS (SKYLIGHTS) <br /> <br />?FOR GLASS WITH KNOWN SHADING COEFfiCIENT, SEE SECTION 1.1 OF APPENDIX C. TINT MUl TlPlIERS MAY BF <br />Il~rn FOR r.1 AC:;Cl WITH c:;ot Alltlr.IlI:J:t.lc:; J:II u rm TIMT <br />