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<br />SUMMER CALCULATIONS <br /> <br />GLASS x <br />AREA <br /> <br />BASE <br />SUMMER = <br />PT. MUL T. <br />82.2 <br />82.2 <br />82.2 <br />82.2 <br />82.2 <br />82.2 <br />82.2 <br />82.2 <br />82.2 <br /> <br />N <br />NE <br />E <br />SE <br />S <br />SW <br />W <br />NW <br />en H' <br />en <br />:5 <br />CJ <br /> <br />\ L~ <br /> <br />.15 x <br /> <br />.15 <br /> <br />COMPONENT <br />DESCRIPTION <br />EXTERIOR <br />;1 ADJACENT <br />~ <br /> <br />AREA <br /> <br />" <br />'"2 YO <br /> <br /> <br />\ \ :;.. \ <br /> <br />"';/, <br />I....> <br /> <br />1.0 <br />.7 <br /> <br />CLIMATE ZONES 4 5 6 <br /> <br /> GLASS I SINGLE-PANE .1 DOUBLE-PANE I SUMMER I AS-BUILT <br /> AREA x SUMMER POINT MUL T. OR SUMMER POINT MUL T. x OVERHANG = GLASS <br /> CLEAR TINT' CLEAR TINT' FACTOR (6A-1) SUM. PTS <br />N ?,(" 51.0 51.5 47.8 43.5 . G ,~, 0. It-; <br />NE n.2 76.6 71.7 63.4 <br />E \ C~ 109.2 107.1 102.0 87.3 ~'S' 2:, :'Zelc( <br />SE 112.9 110.3 104.1 89.4 <br />S It.- ( 100.2 98.3 90.9 78.8 \ 4-\0):; <br />SW 112.9 110.3 104.1 89.4 <br />W 109.2 107.1 102.0 87.3 <br />NW n.2 76.6 71.7 63.4 <br />H' 367.7 303.3 324.6 238.1 <br /> <br />BASE <br />= SUMMER <br />POINTS <br />(,':10 <br />" I <br /> <br />~ <br /> <br />COMPONENT <br />DESCRIPTION <br /> <br />roO N 'BLoC I, <br />HT, "')OL5~ <br />1- <br /> <br /> <br /> <br />20 <br />1"'3 <br /> <br />'70 <br />,~ <br /> <br />r) 'J <br />c, ,) <br /> <br />rn EXTERIOR <br />8 ADJACENT <br /> <br />4.8 <br />1.6 <br /> <br />. .~ :..J <br />~C::f <br /> <br />~ <br /> <br />II=')";~"!( 'j I <br /> <br />~ '\~ .(~ <br /> <br />~ <br />AS-BUILT <br />GLASS <br />SUBTOTAL <br />c:. :<, '? 2. <br />~ <br />AS-BUILT <br />SUMMER <br />POINTS <br />'i< "( i , <br /> <br />I, ~..)') <br /> <br />.1 <br /> <br />~ <br /> <br />"j <br />-! l.~ <br /> <br />CJ UNDER ATTIC C( '2.'9: .6 ::>5/ ul--Ju~r! YITTIC cf2.'S \ , \ I :) )1. <br />Z OR SINGLE .6 <br />::::J <br />W ASSEMBLY <br />0 BASE CEILING AREA EQUALS flOOR AREA DIRECTLY UNDER CEILING, AS-BUILT CEILING AREA EQUALS ACTUAL CEILING SQUARE FOOTAGE. <br /> <br />~ <br /> <br />~ <br /> <br /> SLAB/PERIMETER ! 1..1- t4 .31.8 - LL 13~ .:CLHE. NJ u."'.c< \ LJ ~ - .~ \ ' ( ! -Ii .'1 " '? <br />IX RAISED {AREAl -3.43 <br />0 <br />0 <br />..... <br />LL <br /> FOR SLAB ON GRADE USE PERIMETER LENGTH AROUND CONDITIONED flOOR FOR RAISED flOORS USE AREA OVER UNCONDITIONED SPACE. <br /> <br />INFILTRATION <br /> <br /> <br />10.9 <br /> <br />~ <br />10D b ll,1c\\o=:- '2 <br />USE TOTAL FLOOR AREA OF CONDITIONED SPACE. <br />~ <br />I ~2 {'I ~ I I <br /> <br />BASE <br />= COOLING <br />POINTS <br />G -( -; 0 <br /> <br />TOTAL COMPONENT BASE SUMMER POINTS <br />~ <br />COOLING BASE COOLING TOTAL BASE <br />SYSTEM x SUMMER <br />SYSTEM MULTIPLIER POINTS <br />.37 \ ~/ _-I ')' <br /> <br />HOT <br />WATER <br />SYSTEM <br /> <br />NUMBER <br />OF <br />BEDROOMS <br />L- <br /> <br />BASE <br />x HOT WATER = <br />MULTIPLIER <br />3527 <br /> <br />BASE <br />HOT WATER <br />POINTS <br />'705[f <br /> <br /> <br />AS-BUILT <br />HOT WATER <br />SYSTEM DESC. <br /> <br />NUMBER <br />OF x <br />BEDROOMS <br />?- <br /> <br />~ <br /> <br />l' <br /> <br />.), ) <br /> <br />~ <br />'>\ (I ') <br />_____..___..__...1 <br /> <br />AS-BUILT <br />COOLING <br />POINTS <br />!.f-' ~ 1; <; <br /> <br />AS-BUILT <br />= HOT WATER <br />POINTS <br /> <br />'H = HORIZONTAL GLASS (SKYLIGHTS) <br /> <br />. . <br />'0 ",.{ <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 />