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<br />SUMMER CALCULATIONS
<br />
<br /> I BASE I BASE GLASS 1 SINGL
<br /> GLASS x SUMMER = SUMMER AREA x SUMMER P
<br /> AREA PT. MULT, POINT!i CLEAR
<br /> N "'L,\{ 82.2 ,q'/7 N "L\f 51.0
<br /> NE \ 82,2 NE . 77.2
<br /> E "i/-() 82,2 10 1')'1 P E 'VO 109,2
<br /> SE 82,2 SE 112,9
<br /> S -1..;] J 82,2 ~ c;c >--C(, S '4 <.I. 1I 100.2
<br /> SW 82.2 SW I 112,9
<br /> W 1.<. '1 82,2 '7'-1" r W I. t"'." 109,2
<br /> NW . 82.2 NW 77.2
<br />U) H' 82.2 ./ H' 367,7
<br />U) C 1../.,."1 .;c:l- 'l_ ).. \ "''' ;;. :)&, ...,
<br />:5 -IV /.i.('j (/)....1 <1,. ~ .:.,..<;/ A/ tALJ
<br />CJ
<br /> 'Y -....
<br /> I COND ! TOTAL I BASE J BASE -1 ADJUSTED
<br /> .15 i FLOOR GLASS i ADJUST. i GLASS GLASS
<br /> AREA T AREA FACTOR SUBTOTAL i BASE SP _
<br /> ,15 I 15'<.1 0 I 'l.-UJ..<;/ I d ~~I ~').. ~I I 1~-rr:5 I
<br /> ...
<br /> COMPONENT 1 BASE SUMMER I BASE COM
<br /> DESCRIPTION AREA x POINT. MUL T, = SUMMER DESC
<br /> POINTS
<br /> EXTERIOR 10 S-I 1.0 1f).5' I
<br />...J ADJACENT 'l-- I ') .7 1 uc./
<br />...J
<br />CC .
<br />;:
<br />
<br />...
<br />
<br />to f II
<br />
<br />...
<br />
<br />E-PANE
<br />OINT MULT, 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 />PONENT
<br />RIPTlON
<br />
<br />4.8
<br />1.6
<br />
<br />CJ UNDER ATTIC I"'~() ,6 a '';)..l/ /'\(..(0 ,. /;:. t;"}J
<br />z OR SINGLE -, ,6 , .
<br />::::i
<br />iii ASSEMBLY
<br />(.) BASE CEILING AREA EQUALS FLOOR AREA DIRECTLY UNDER CEILING. AS.BUIL T CEILING AREA EQUALS ACTUAL CEILING SQUARE FOOTAGE,
<br />
<br />rn EXTERIOR
<br />g ,ADJACENT
<br />
<br />I ..).-{ L 0
<br />
<br />a:
<br />o
<br />o
<br />...J
<br />LL
<br />
<br />
<br />~ -
<br />I ~I'l'" I
<br />
<br />-31,8
<br />-3.43
<br />
<br />
<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 />...
<br />I tJ V
<br />
<br />~l ~ ~ \ M. r
<br />
<br />...
<br />
<br />
<br />FOR SLAB ON GRADE USE PERIMETER LENGTH AROUND CONDITIONED FLOOR. FOR RAISED FLOORS USE AREA OVER UNCONDITIONED SPACE.
<br />...
<br />
<br />
<br />INFILTRATION
<br />
<br />10,9
<br />
<br />TOTAL COMPONENT BASE SUMMER POINT;
<br />
<br />COOLING BASE COOLING TOTAL BASE
<br />SYSTEM x SUMMER
<br />SYSTEM MULTIPLIER POINTS
<br />,37 \
<br />
<br />=
<br />
<br />HOT
<br />WATER
<br />SYSTEM
<br />
<br />AS.BUIL T
<br />HOT WATER
<br />SYSTEM DESC.
<br />
<br />'H = HORIZONTAL GLASS (SKYLIGHTS)
<br />
<br />2FOR GLASS WITH KNOWN SHADING COEFFICIENT, SEE SECTION 1,1 OF APPENDIX C. TINT MULTIPLIERS MAY BE
<br />USED FOR GLASS WITH SOLAR SCREENS, FILM, OR TINT,
<br />
<br />.2.
<br />
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