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<br />WINTER CALCULATIONS <br /> ORIENTATION <br /> ~"jT ) <br /> I: <br /> "') <br /> J: <br /> ") <br /> H W <br /> n~ I' /'S- <br /> iN <br />~ 1-11 <br />:s <br />CJ <br /> ~~ <br /> ~~; ! ~ <br /> 01. <br /> <br />(/) <br />(/) <br />:s <br />CJ <br /> <br /> <br />5,86 <br /> <br />WEIGHTED GLASS <br />MULTIPUER <br /> <br />.18 <br /> <br />OVERHANG <br />LENGTH <br />OH (FEET) <br />,. () <br /> <br />t.O <br /> <br />GLASS <br />AREA <br />(SQ. FT,) <br />"10 <br /> <br />'Z.7 <br /> <br />1'lJ <br /> <br />CLIMATE ZONES QS 6 <br /> <br />I SINGLE-PANE OR DOUBLE.PANE T WINTER I AS-BUILT <br />'!wINTER POINT MULTIPLIER WINTER P01NT MULTIPLIER X OH FACTOR = GLASS <br /> <br /> <br />CLEAR./ <br />li32 <br />l?OO <br />Q.Clfl <br />1M <br />r7~ <br />I?? <br />11\74 <br />l' ?? <br />111\4 <br /> <br />TIN'f2 <br />12.58 <br />1? ~1 <br />10 o;,j <br />Ql? <br />A ~Q <br />!l8B <br />11 ?1 <br />1251 <br />1?AA <br /> <br />CLEAR <br />6.43 <br />R17 <br />4 ~? <br />~17 <br />? R~ <br />~RB <br />I; lR <br />R~I; <br />4 Ql <br /> <br />TlNl2 <br />6.64 <br />R4' <br />I;nl <br />~R.4 <br />~~Q <br />445 <br />I;I;R . <br />R"R <br />....4 <br /> <br />(from6A-l0) WINTER PTS <br />. 'i"l '- '1Cfb ~ <br /> <br />J.OloZ7/.& <br /> <br />I .Oll {II";"" <br /> <br />J. OO~ ~D."1 <br /> <br />L.O <br /> <br />1.0 <br /> <br />'to <br /> <br /> <br /> <br />T <br />AS-BUilT <br />GLASS <br />SUBTOTAL <br />. OI";i/lU <br /> <br />, :'1.:, <br />u::' <br />i~t.I' <br />:~~~ <br />~"~r ". <br />o!:' ,~"" <br />" HI~ <br />~-.} I' <br />eil <br />'~r <br />',:~~ <br />"$~ <br />~l <br />I ;, <br />. ...~ <br />:':'I~....~i <br />"I"~ ~ <br />"~; . ',,: <br />','. I <br />~l?;; <br />~ ,';I; <br />;.~J;~,:::_ <br /><:;,~~! <br />+,1\1'\, <br />.....,'.I1...~~~. <br />',':-IIW: <br />~~I4,jI~ <br />/:~I< <br /> <br />I '~ <br />I <br />!~+ <br />jOn, <br />'ii~: <br /> <br />= <br /> <br />T <br /> <br /> COMPONENT I BASE WINTER I. BASE <br /> DESCRIPTION AREA x POINT, MULT, =. WINTER <br /> POINTS <br /> \069 2.0 -z...l3 e <br />:::J ADJACENT 1.8 <br />< <br />;: <br /> <br />COMPONENT I WIN1ER I AS-BUILT <br />DESCRIPTION AREA x POINT, MULT. = WINTER <br /> (6A-11THRU 6A-IS) POINTS <br /> 1()6g Z~C> 2-l3~ <br /> <br />CJ UNDER ATTIC -II D- .64 7/2- I I J " :J- I _ b'-t I '/1""1- <br />z OR SINGLE I I I I <br />::J <br />jjj ASSEMBLY I RBSIIRCC/while roof;j x I <br />c..> BASE CEILING AREA EOUALS FLOOR AREA DIRECTLY UNDER CEILING, AS-BUIL T CEILING AREA EOUALS ACTUAL CEILING SQUARE FooJ AGE. <br /> <br /> SlAB (PERIMETER I ,1,9 I I , <br />a: RAISED IAREAI 1111- I I -L.--z..';r I 1112- - "Z.),.9" <br />0 -.2 - 2- <br />0 I I T <br />..J <br />..... <br /> FOR SLAB ON GRADE USE PERIMETER LENGlH AROUND CONDITIONED FLOOR FOR RAISED FLOORS USE AREA OVER UNCONDITIONED SPACE. <br /> <br /> <br />I-rl... <br /> <br />I . ::6 <br /> <br />rn EXTERIOR <br />8 ADJACENT <br /> <br />INFilTRATION & <br />INTERNAL GAINS <br /> <br />'0,28 <br /> <br />T <br />.;1..14 <br /> <br />T <br />ZI4 <br /> <br />5-J <br /> <br />4'1- <br /> <br />II <br /> <br />T <br /> <br />T <br /> <br />T <br /> <br />T <br /> <br />T <br />- 311 <br />USE TOTAL FLOOR AREA OF CONDITIONED SPACE. <br />T <br />3b'" I <br />, <br /> <br />-0,28 <br /> <br /> <br />T <br />~ f:j 'f" <br /> <br />HEATING <br />SYSTEM <br /> <br />..J <br />g <br />.... <br /> <br />1 ! <br /> <br />'FOR GLASS WITH KNOWN SHGC, SEE SECTION 2.1,1 APPENDIX C, 3MUST MEET CRITERIA OF S, 607,1 A <br />TINT MULTIPLIERS MAY BE USED FOR GLASS WITH SOLAR SCREENS FILM OR TINT, <br /> <br />13.186 <br /> <br />(Revised November, 2001) FLORIDA BUILDING CODe - BUILDING <br /> <br /> <br />_ _m___.....,..._._._._...____._,__",.~"_.__-~..._"~h."'..- ..,~-~--.." <br />