ASHRAE RTS Method

RTS COOLING LOAD CALCULATIONS 2005 ASHRAE FUNDAMENTALS EXAMPLE - IP UNITS

rev 2005.07.02

This This spreadsh spreadsheet eet was was prepared prepared in conjun conjunction ction with with developm developme e ASHRAE ASHRAE Example Example Building for Chapter Chapter 3! "onresidential "onresidential Co Heating Heating #oad Calculatio Calculations! ns! of the $% ASHRAE Handbook— Handbook— &sometimes a''reviated ($%)*+, This This spreadsheet-s purpose demonstrat demonstrate e the the calculat calculation ion techn techni.ues descri'ed descri'ed in that that chapt chapt and an d hea heatting ing loa load d cal calcul culation ations s for for exam exampl ple e spac spaces es an and d ('l ('loc/* oc/* l radia! !i"e #erie# $RTS% method, $RTS% method, This This spreadsheet spreadsheet was designed designed to meet the the re.u re.uiremen irements ts of th Examp Example le Build Building ing00 fou fourr exposu exposure re or orien ientat tation ions! s! two two wall wall t1pes! t1pes! t confi configu gurat ration ions s &on &one with with overh overhan ang g and and one one with withou out+ t+!! one one rroof oof t approx app roximat imatel1 el1 2 2 indiv individu idual al room rooms, s, t t is not not inten intended ded to to comp comp commerciall1 commerciall1 availa'le load calculation software as an efficient compreh comprehen ensive sive design design prod produ uction ction tool tool44 that that is 'est accom accompl plish ish commerciall1 commerciall1 availa'l a vaila'le e software that inclu i ncludes des much 'etter user greater capacit1 and flexi'ilit1 for more complex 'u ' uildings, 5or/s or/sh hee eetts are are incl inclu ude ded d for for 6ast aster npu putt 7ata 7ata an and ind individ ividu ual r 6ast aster n npu putt 7ata 7ata app appllies ies to to all all roo room m wor wor/sh /shee eetts wit with hin a par partti spreadsh spreadsheet eet file! file! wheth whether er one or a hu hundr ndred ed rooms, rooms, Th This particu particu


RE&ISION NOTES rev 2005.07.02

Mar'( 20) 20*7 Pa+e, *

T(e#e #read#(ee!# ere reared / TC 1.* v34!eer# v34!eer# a# ea"3e# 6 3ad 'a3'43a!i# 6r 4#e i !(e 2005 F4da"e!a3# v34"e 6 !(e ASHRAE Had/. I6 4 (ave '""e!# r 84e#!i#) #ed a e"ai3 !, mowen9ashrae,org

C(a+e# Made i 2005 943 2 Revi#i * 2 : 1

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Uda!ed '""e!# '""e!# ! 2005 ASHRAE ASHRAE Had/ Had/ re6ere'e#. De3e!ed ea!(er ea!(er #!a!i# #!a!i# "i##i+ e! /43/ da!a. Crre'!ed #3ar a3!i!4de a3!i!4de 'a3'43a!i 6r  - revi4#3 revi4#3 re!4red r+ #i+. #i+. Crre'!ed ver(a+ ver(a+ #(adi+ #(adi+ 'a3'43a!i #4r6a'e-#3ar #4r6a'e-#3ar a;i"4!( 6r 6r a+3e# <270 r =-270 - revi4#3 '#idered 6433 #(aded (e #(43d (ave /ee #43i! - ri"ari3 a66e'!ed r!( e3eva!i# a! ear3 "ri+ #3ar a +3e# i #4""er Ne+a!ive 4!#ide 4!#ide air 3a!e! 3ad $d4e $d4e ! ver dr dr '3i"a!e#% ;ered 4! 4! - revi4#3 added 3a!e! ! #e#i/3e ! de!er"ie !!a3 '3i+ - (e 4!#ide (4"idi! /e3 r" de#i+ 'di!i#) i'rre'!3 red4'ed !!a3 '3i+ E3i"ia!ed r4di+ r4di+ 6 6 'a3'43a!ed #3-air !e"era!4re# !e"era!4re# ! i"rve i"rve a''4ra' Mdi6ied SHGC SHGC da!a ! ! #i+i6i'a! di+i!# di+i!# ! "a!'( ri!ed da!a i Had/ Had/ I"a'! I"a'! 6 a/ve a/ve 'rre'!i 'rre'!i#, #, Si+3e R" Ea"3e, rev 2005@05@:0 *0)** B!4@( r" ea #e#i/3e rev 2005@ 05@07@ 07@02 *0) *0)0?? 0?? B!4@( r" ea #e#i/ #i/3e B4i3di+ T!a3 B3' Lad, rev 2005@05@:0 >1.* !# rev 2005@07@02 >1.> !#


RE&ISION NOTES rev 2005.07.02

Mar'( 20) 20*7 Pa+e, *

T(e#e #read#(ee!# ere reared / TC 1.* v34!eer# v34!eer# a# ea"3e# 6 3ad 'a3'43a!i# 6r 4#e i !(e 2005 F4da"e!a3# v34"e 6 !(e ASHRAE Had/. I6 4 (ave '""e!# r 84e#!i#) #ed a e"ai3 !, mowen9ashrae,org

C(a+e# Made i 2005 943 2 Revi#i * 2 : 1

5

> 7 ?

Uda!ed '""e!# '""e!# ! 2005 ASHRAE ASHRAE Had/ Had/ re6ere'e#. De3e!ed ea!(er ea!(er #!a!i# #!a!i# "i##i+ e! /43/ da!a. Crre'!ed #3ar a3!i!4de a3!i!4de 'a3'43a!i 6r  - revi4#3 revi4#3 re!4red r+ #i+. #i+. Crre'!ed ver(a+ ver(a+ #(adi+ #(adi+ 'a3'43a!i #4r6a'e-#3ar #4r6a'e-#3ar a;i"4!( 6r 6r a+3e# <270 r =-270 - revi4#3 '#idered 6433 #(aded (e #(43d (ave /ee #43i! - ri"ari3 a66e'!ed r!( e3eva!i# a! ear3 "ri+ #3ar a +3e# i #4""er Ne+a!ive 4!#ide 4!#ide air 3a!e! 3ad $d4e $d4e ! ver dr dr '3i"a!e#% ;ered 4! 4! - revi4#3 added 3a!e! ! #e#i/3e ! de!er"ie !!a3 '3i+ - (e 4!#ide (4"idi! /e3 r" de#i+ 'di!i#) i'rre'!3 red4'ed !!a3 '3i+ E3i"ia!ed r4di+ r4di+ 6 6 'a3'43a!ed #3-air !e"era!4re# !e"era!4re# ! i"rve i"rve a''4ra' Mdi6ied SHGC SHGC da!a ! ! #i+i6i'a! di+i!# di+i!# ! "a!'( ri!ed da!a i Had/ Had/ I"a'! I"a'! 6 a/ve a/ve 'rre'!i 'rre'!i#, #, Si+3e R" Ea"3e, rev 2005@05@:0 *0)** B!4@( r" ea #e#i/3e rev 2005@ 05@07@ 07@02 *0) *0)0?? 0?? B!4@( r" ea #e#i/ #i/3e B4i3di+ T!a3 B3' Lad, rev 2005@05@:0 >1.* !# rev 2005@07@02 >1.> !#

RTS COOLING LOAD CALCULATIONS MASTER INPUT DATA Mar'( 20) 20*7 2005 ASHRAE FUNDAMENTALS EXAMPLE - IP UNITS rev 2005.07.02 Pa+e, * IDENTIFICATION, 7esign )irm0 B4rde33 E+ieeri+ A##'ia!e# :roject Engineer0 Ger+e P. B4rde33) P.E. :roject "ame0 ASHRAE Ea"3e O66i'e B4i3di+ :roject #ocation0 A!3a!a) Ger+ia :roject "um'er0 01N02* SITE, DESIGN CONDITIONS, USA - GA - ATLANTA - 2% nside 7esign Conditions0 Suppl1 Air Temp0 #a #atitude0 33,;% 6onth0 7B! ) 65 B! ) Cooling0 Cooling0 #ongitude0 <=,=$ 2 ;%,3 %<,2 7B! ) 75 7B! ) 57 Elevation 233 $ ;>,? %<,= RH 50 3 ?; ?;,; ;,2 Heating0 Heating0 = <$,3 <$,3 ;3,% ;3,% 7B! 7B! ) 72 7B! ) *00 Htg >>,;@ 2<,< % <;,= ;>,? ; >2,? >2,? ?3, ?3,2  D TC0 D% ? >=,? ?%,3 INTERNAL LOADS, Time one0 Eastern < >$,< ?=,> 7efault0 Pe3e, 7efault0 Li+(!i+, E84i., Std 6erid0 ?% > <<,< ?$,> Sfperson0 *1: 5attssf0 *.5 * Solar0 Clearness0 Fnd Reflec

2

<,3

;;,=

Btuhperson0

*00

22

?3,? ?3,?

;2,> ;2,>

Sensi' Sensi'le0 le0

250

20

2$

;?,> ;?,>

;,< ;,<

#atent #atent00

200

RADIANT TIME SERIES SELECTION, MW w Carpet 50% glass

RTS T1pe0 RTS 7ata0

Convective @0 Radiant @0

<

Hour "onDSolar

Convective @0 5 0 % @

Radiant @0

1* %>@

70 3 @

sage

sage

sage

Solar

Hour

:rofile

:rofile

:rofile

2

= >@

%=@

2

0

0

0

$ 3

2 ?@ >@

2;@ <@

$ 3

0 0

0 0

0 0

RTS COOLING LOAD DEMONSTRATION DEMONSTRATION MASTER INPUT DATA IDEN IDENTI TIFI FICA CATI TION ON,, ASHRA SHRAE E Ea" Ea"3 3e e O66i O66i'e 'e B4i B4i3d 3di i+ + A!3a!a) Ger+ia EXTERIOR EXPOSURES, "ominal Nr!( A8imuth0 D2< Actual0 D$2 Tilt0 >

Mar'( 20) 20*7 Pa+e, 2

:lan Rotation0 S4!( Ea#!  D> D3 D2$ > >

-:0 degrees e#! R6 >  ; D3 > 

ALL DATA,

TPE * ALL

TPE 2 ALL

ROOF DATA,

7escrip, nput Actual GG 0 A'sor'tance0

Bri' i3a#!er# 0.0? 0.15

Sadre3 ae3# 0.0 0.

7escrip0 Me!a3 de' nput Actual GG 0 0.07 A'sor'tance0 0.15

h&outside+0 Emittance0 delta R0 Convective @0 Radiant @0

: * 0 :7 ;3@

Span pandrel rel Gla Glass ss,, R-1 R-10 0 Bd Bd, Gyp Gyp Bd

Brick, R-5 Bd, Gyp Bd

Similar CTS 70

5all 

: * 0 : 7 ; 3@

**

Bric/! RD% nsulation Board! Sheathing! F1p Board Hour 2 @ $ %@ 3 2=@ = 2?@ % 2%@

5all 

*

Spandrel Flass! RD2 nsulation Board! F1p Board 2 <@ % <@ $ @ =@ @

h&outside+0 Emittance0 delta R0 Convective @0 Radiant @0

: * 20 *> < =@

Memb, mb, RR-10 Bd Bd, Mtl Mtl Dk

Similar CTS 70

Hour 2 $ 3 = %

Roof 



6em'rane! Sheathing! RD2 nsulation Board! 6etal 7ec/ 2 <@ ; 2@ 2 <@ 3@ @

RTS COOLING LOAD DEMONSTRATION MASTER INPUT DATA IDENTIFICATION, ASHRAE Ea"3e O66i'e B4i3di+ A!3a!a) Ger+ia INDO TPE * 5indow,5idth0 ft >.25 5indow Height0 ft >.10 7escription0 D/3 +3a;ed) 3-E) /r;e 5indow Area0 10.00 sf Iverall Dvalue0 0.57

Mar'( 20) 20*7 Pa+e, :

INDO TPE 2 5indow,5idth0 ft >.25 5indow Height0 ft >.10 7escription0 D/3 +3;) 3-E) /r; *0 (+ 5indow Area0 10.00 sf Iverall Dvalue0 0.57

Dbl Glz Uncoat, 1/4 in, BRZ CLR, SHGC(0)= 0.49

SHFC&+0 SHFC&=+0 SHFC&%+0 SHFC&;+0 SHFC&?+0 SHFC&<+0 SHFC&>+0 SHFC&Hemis+0 AC0 nshaded @ C0 nshaded @ R0 Shaded @ C0 Shaded @ R0

Dbl Glz Uncoat, 1/4 in, BRZ CLR, SHGC(0)= 0.49

2> =>@ =;@ ==@ 3>@ 32@ 2?@ @ =2@

SHFC&+0 SHFC&=+0 SHFC&%+0 SHFC&;+0 SHFC&?+0 SHFC&<+0 SHFC&>+0 SHFC&Hemis+0

0.>>

AC0

0 2@ :7 ;3@

Iverhang0 Iverhang 7epth0 0 ft Iverhang A'ove wind0 0 ft

nshaded @ C0 nshaded @ R0 Shaded @ C0 Shaded @ R0

I

2> =>@ =;@ ==@ 3>@ 32@ 2?@ @ =2@ 0.>> 0 2@ :7 ;3@

Iverhang0 Iverhang 7epth0 *0 ft h A' i d 0 ft

RTS COOLING LOAD CALCULATIONS - INPUT AND RESULTS $IP UNITS% Burdell Engineering Associates ="$2 ASHRAE Example Iffice Building RII6 "I,"A6E0 2:0 C6ere'e R" #ength0 *2.75 feet 5idth0 2*.5 feet Area $?= Ceiling Height0  feet Jolume $=;? "TER"A# #IA7S0 Btuhperson0 #ighting! E.uipment!  :eople0 Sensi'le0 watts0 watts0 IverDride Room nput0 *2 $% 110 271 7efault0 $ #atent0 =22 $?= se0 2$ $ == $?= EK:ISRES0 "orth South East 5est "ominal A8imuth0 D2<  D> > Actual A8imuth0 D$2 D3 D2$ ; Tilt0 > > > > T1pe 2 5all Area! sf0 0 >0 0 75 T1pe $ 5all Area! sf0 0 >0 0 *20 "o, T1pe 2 5indows0 0 0 0 0 "o, T1pe $ 5indows0 0 * 0 2 Roof Area! sf0 271 :0 M Roof @ to RA ROOM LOADS,

:ea/ Rm,Sens, Iccurs0 6onth0 > :er nit Hour0 2? Cooling "TER"A# #IA7S0 "o, :eople0 Btuhpers :eople0 2$ $3> watts0 Btuhroom sf #ighting0 == =,2 #ightiing @ to RA0 $@ 2, E.uipment0 $?= 3,3 E"JE#I:E #IA7S0 Roof Area!sf Btuhroof sf RII)0 ,?  factor $?= 2,% Roof @ to RA0 3@ 5A##S0 5all Area!sf Btuhwall sf 5all T1pe 20 Bric/ pilasters ,<  factor "orth  , South ; $,$ East  , 5est ?% 2,> 5all T1pe $ Spandrel panels

Room Sensi'le Cooling0 Btuh $!<;%

rev 2005.07.02

$D6arD2? Feorge :, Burdell! :,E, Atlanta! Feorgia

nfiltration cfm s., feet Cooling0 Heating0 cu'ic feet 0 1* nside 7esign Conditions0 Cooling0 7B! ) ?% RH %@ Heating0 7B! ) ?$ Iutside Cooling 5eather0 SA D FA D AT#A"TA D $@ Heating >>,;@! )0 2<,< Suppl1 Cooling! ) %? Air0 Heating! ) 2 Bric/ pilasters Spandrel panels 7'l gla8ed! lowDE! 'ron8e 7'l gl8! lowDE! 'rn8 2L ohng 20 M #ights @ to RA Ret, Air Sensi'le Cooling0 Btuh

Room #atent Cooling Btuh $!=

Room Sensi'le Heating0 Btuh

2!23? $<= >>

=22

2!$ 2?;

D 233 D 2=%

D $%% D 32>

RTS COOLING LOAD CALCULATIONS - INPUT AND RESULTS $IP UNITS% Burdell Engineering Associates ="$2 ASHRAE Example Iffice Building RII6 "I,"A6E0 AHU-* Fir#! F3r B3' Lad #ength0 *>2.7 feet 5idth0 2.5 feet Area 2%% Ceiling Height0  feet Jolume 23%==< "TER"A# #IA7S0 Btuhperson0 #ighting! E.uipment!  :eople0 Sensi'le0 watts0 watts0 IverDride Room nput0 0 $% 0 0 7efault0 2% #atent0 $$%?% 2%% se0 2% $ $$%?% 2%% EK:ISRES0 "orth South East 5est "ominal A8imuth0 D2<  D> > Actual A8imuth0 D$2 D3 D2$ ; Tilt0 > > > > T1pe 2 5all Area! sf0 >?0 >?0 100 100 T1pe $ 5all Area! sf0 700 700 :>0 :>0 "o, T1pe 2 5indows0 *5 *1   "o, T1pe $ 5indows0 0 0 0 0 Roof Area! sf0 0 0 M Roof @ to RA ROOM LOADS,

:ea/ Rm,Sens, Iccurs0 6onth0 ? :er nit Hour0 2? Cooling "TER"A# #IA7S0 "o, :eople0 Btuhpers :eople0 2% $3> watts0 Btuhroom sf #ighting0 $$!%?% =,< #ightiing @ to RA0 @ , E.uipment0 2%!% 3,3 E"JE#I:E #IA7S0 Roof Area!sf Btuhroof sf RII)0 ,?  factor D , Roof @ to RA0 @ 5A##S0 5all Area!sf Btuhwall sf 5all T1pe 20 Bric/ pilasters ,<  factor "orth ;< 2,; South ;< $,2 East = $,2 5est = $, 5all T1pe $ Spandrel panels

Room Sensi'le Cooling0 Btuh $%!;>

rev 2005.07.02

$D6arD2? Feorge :, Burdell! :,E, Atlanta! Feorgia

nfiltration cfm s., feet Cooling0 Heating0 cu'ic feet 0 ?>: nside 7esign Conditions0 Cooling0 7B! ) ?% RH %@ Heating0 7B! ) ?$ Iutside Cooling 5eather0 SA D FA D AT#A"TA D $@ Heating >>,;@! )0 2<,< Suppl1 Cooling! ) %? Air0 Heating! ) 2 Bric/ pilasters Spandrel panels 7'l gla8ed! lowDE! 'ron8e 7'l gl8! lowDE! 'rn8 2L ohng 0 M #ights @ to RA Ret, Air Sensi'le Cooling0 Btuh

Room #atent Cooling Btuh $2!


?$!<>$ D =>!>3=

D

D D

2!<3 2!=% <$2 <2<

$!<>= $!<>= 2!?$ 2!?$

RTS COOLING LOAD CALCULATIONS - INPUT AND RESULTS $IP UNITS% rev 2005.07.02 $D6arD2? Burdell Engineering Associates Feorge :, Burdell! :,E, ="$2 ASHRAE Example Iffice Building Atlanta! Feorgia RII6 "I,"A6E0 AHU-2 Se'd F3r B3' Lad - i!( *0 ver(a+ ad  r6@3i+(!# ! RA #ength0 *>2.7 feet nfiltration cfm 5idth0 2.5 feet Area 2%% s., feet Cooling0 Heating0 Ceiling Height0  feet Jolume 23%==< cu'ic feet 0 ?>: "TER"A# #IA7S0 Btuhperson0 #ighting! E.uipment! nside 7esign Conditions0  :eople0 Sensi'le0 watts0 watts0 Cooling0 7B! ) ?% IverDride Room nput0 0 $% 0 0 RH %@ 7efault0 2% #atent0 $$%?% 2%% Heating0 7B! ) ?$ se0 2% $ $$%?% 2%% Iutside Cooling 5eather0 EK:ISRES0 "orth South East 5est SA D FA D AT#A"TA D $@ "ominal A8imuth0 D2<  D> > Heating >>,;@! )0 2<,< Actual A8imuth0 D$2 D3 D2$ ; Suppl1 Cooling! ) %? Tilt0 > > > > Air0 Heating! ) 2 T1pe 2 5all Area! sf0 5*0 5*0 :00 :00 Bric/ pilasters T1pe $ 5all Area! sf0 *010 *000 510 510 Spandrel panels "o, T1pe 2 5indows0 0 0 0 0 7'l gla8ed! lowDE! 'ron8e "o, T1pe $ 5indows0 *1 *5   7'l gl8! lowDE! 'rn8 2L ohng Roof Area! sf0 *5050 0 M Roof @ to RA 0 M #ights @ to RA ROOM LOADS,

:ea/ Rm,Sens, Iccurs0 6onth0 ? :er nit Hour0 2% Cooling "TER"A# #IA7S0 "o, :eople0 Btuhpers :eople0 2% $3; watts0 Btuhroom sf #ighting0 $$!%?% =,< #ightiing @ to RA0 @ , E.uipment0 2%!% 3,3 E"JE#I:E #IA7S0 Roof Area!sf Btuhroof sf RII)0 ,?  factor 2%!% 3,= Roof @ to RA0 @ 5A##S0 5all Area!sf Btuhwall sf 5all T1pe 20 Bric/ pilasters ,<  factor "orth %2 2,$ South %2 $, East 3 $,2 5est 3 2,3 5all T1pe $ Spandrel panels

Room Sensi'le Cooling0 Btuh $=!<;

Ret, Air Sensi'le Cooling0 Btuh

Room #atent Cooling Btuh $2!


?2!><= D =>!;$;

%2!?<;

%;!=; D

;2> >>> ;$ ==

$!2?2 $!2?2 2!$?? 2!$??

RTS COOLING LOAD CALCULATIONS - INPUT AND RESULTS $IP UNITS% rev 2005.07.02 $D6arD2? Burdell Engineering Associates Feorge :, Burdell! :,E, ="$2 ASHRAE Example Iffice Building Atlanta! Feorgia RII6 "I,"A6E0 B4i3di+ B4i3di+ B3' Lad - *0 Over(a+ -  3i+(!# r r6 ! RA #ength0 *>2.7 feet nfiltration cfm 5idth0 *?5 feet Area 32 s., feet Cooling0 Heating0 Ceiling Height0  feet Jolume $?<>; cu'ic feet 0 *72> "TER"A# #IA7S0 Btuhperson0 #ighting! E.uipment! nside 7esign Conditions0  :eople0 Sensi'le0 watts0 watts0 Cooling0 7B! ) ?% IverDride Room nput0 0 $% 0 0 RH %@ 7efault0 $2 #atent0 =%2=> 32 Heating0 7B! ) ?$ se0 $2 $ =%2=> 32 Iutside Cooling 5eather0 EK:ISRES0 "orth South East 5est SA D FA D AT#A"TA D $@ "ominal A8imuth0 D2<  D> > Heating >>,;@! )0 2<,< Actual A8imuth0 D$2 D3 D2$ ; Suppl1 Cooling! ) %? Tilt0 > > > > Air0 Heating! ) 2 T1pe 2 5all Area! sf0 **0 **0 700 700 Bric/ pilasters T1pe $ 5all Area! sf0 *710 *700 00 00 Spandrel panels "o, T1pe 2 5indows0 *5 *1   7'l gla8ed! lowDE! 'ron8e "o, T1pe $ 5indows0 *1 *5   7'l gl8! lowDE! 'rn8 2L ohng Roof Area! sf0 *5050 0 M Roof @ to RA 0 M #ights @ to RA ROOM LOADS,

:ea/ Rm,Sens, Iccurs0 6onth0 ? :er nit Hour0 2? Cooling "TER"A# #IA7S0 "o, :eople0 Btuhpers :eople0 $2 $3> watts0 Btuhroom sf #ighting0 = %!2=> =,< #ightiing @ to RA0 @ , E.uipment0 3!2 3,3 E"JE#I:E #IA7S0 Roof Area!sf Btuhroof sf RII)0 ,?  factor 2%!% 3,2 Roof @ to RA0 @ 5A##S0 5all Area!sf Btuhwall sf 5all T1pe 20 Bric/ pilasters ,<  factor "orth 22> 2,; South 22> $,2 East ? $,2 5est ? $, 5all T1pe $ Spandrel panels

Room Sensi'le Cooling0 Btuh %!23<

Ret, Air Sensi'le Cooling0 Btuh

Room #atent Cooling Btuh =$!


2=%!?<= D >>!<;<

=;!3<

%;!=; D

2!<>% $!=%> 2!=3? 2!=32

%!;% %!;% $!>?> $!>?>

RTS COOLING LOAD CALCULATIONS 2005 ASHRAE HANDBOO OF FUNDAMENTALS EXAMPLE UNIT COOLING LOADS FROM INDI&IDUAL COMPONENT ORSHEETS "orth "orth South South East :eople T1pe 2 T1pe $ T1pe 2 T1pe $ T1pe 2 Sensi'le #ighting E.uip Roof 5all 5all 5all 5all 5all Btuh per Btuh per Btuh per Btuh per Btuh per Btuh per Btuh per Btuh per Btuh per 6ont h Hour person watt watt s. ft s. ft s. ft s. ft s. ft s. ft 2 2 2%, ,$= ,2$ &2,>+ &2,3=+ &2,><+ &,>=+ &2,?$+ &2,32+ 2 $ 2%, ,$= ,2$ &2,>;+ &2,==+ &$,;+ &2,>+ &2,<+ &2,=2+ 2 3 23,?% ,$$ ,22 &$,2+ &2,%3+ &$,23+ &2,$3+ &2,+ &2,3;+ &2,>3+ &2,;2+ 2 % 22,$% ,2< ,> &$,2+ &2,?+ &$,$=+ &2,=<+ &2,><+ &2,;>+ 2 ; 2, ,2; ,< &$,23+ &2,??+ &$,$?+ &2,%<+ &$,=+ &2,?;+ 2 ? 2>%, $,%$ $,>; &$,2=+ &2,<3+ &$,$?+ &2,;?+ &$,<+ &2,<$+ 2 < $2%, $,<% 3,2$ &$,2$+ &2,<<+ &$,$$+ &2,?=+ &$,2+ &2, $$%, 3,2 3,$2 &2,>>+ &2,>2+ &$,?+ &2,?>+ &2,>+ &2,>+ 2 2 $3, 3,> 3,$% &2,%<+ &2,>2+ &2,?3+ &2,?2+ 2,%3 &2,<%+ 2 22 $3$,% 3,23 3,$? &2,3+ &2,<;+ &2,3%+ &2,=2+ 3,;$ &2,?+ 2 2$ $33,?% 3,2% 3,$< &,%+ &2,??+ &2,+ &,>=+ =,<2 &2,%3+ 2 23 $3%, 3,2? 3,$> &,;+ &2,;=+ &,;>+ &,=2+ %,$2 &2,3<+ 2 2= $3%, 3,2? 3,$> ,$= &2,=<+ &,=?+ ,? =,>> &2,$%+ 2 2% $3;,$% 3,2> 3,3 ,3= &2,3$+ &,3=+ ,=% =,$? &2,2$+ 2 2; $3?,% 3,$2 3,32 ,$= &2,2?+ &,33+ ,;> 3,2< &2,2+ 2 2? $3<,?% 3,$3 3,3$ &,?+ &2,=+ &,==+ ,?? 2,<% &,>2+ 2 2< $=, 3,$% 3,33 &,%3+ &,>%+ &,;<+ ,;> ,%% &,<%+ 2 2> %%, ,<> ,=% &,>?+ &,>2+ &2,2+ ,% &,3$+ &,<3+ 2 $ 3%, ,%; ,$> &2,$%+ &,>$+ &2,$%+ ,$3 &,?>+ &,<;+ 2 $2 $%, ,= ,$ &2,=%+ &,>?+ &2,=%+ &,=+ &2,>+ &,>$+ 2 $$ $, ,3$ ,2; &2,;+ & 2,%+ &2,;$+ &,3+ &2,32+ &2,2+ 2 $3 2?,% ,$< ,2= &2,?$+ & 2,2=+ &2,?;+ &,%=+ &2,=<+ &2,22+ 2 $= 2;,$% ,$; ,23 &2,<$+ & 2,$=+ &2,<<+ &,?;+ &2,;2+ &2,$2+ $ 2 2%, ,$= ,2$ &2,;=+ &2,+ &2,;<+ &,;;+ &2,=3+ &,>?+ $ $ 2%, ,$= ,2$ &2,?2+ &2,2$+ &2,??+ &,<3+ &2,%$+ &2,>+ $ 3 23,?% ,$$ ,22 &2,??+ &2,$3+ &2,<%+ &,>?+ &2,;+ &2,$+ $ = 2$,% ,$ ,2 &2,<$+ &2,33+ &2,>2+ &2,22+ &2,;?+ &2,32+ $ % 22,$% ,2< ,> &2,<;+ &2,=$+ &2,>?+ &2,$3+ &2,?=+ &2,=+ $ ; 2, ,2; ,< &2,<>+ &2,%+ &$,+ &2,3=+ &2,<+ &2,=>+ $ ? 2>%, $,%$ $,>; &2,>2+ &2,%?+ &$,+ &2,=3+ &2,<=+ &2,%;+ $ < $2%, $,<% 3,2$ &2,<;+ &2,;3+ &2,>$+ &2,%2+ &2,=%+ &2,;$+ $ > $$%, 3,2 3,$2 &2,;2+ &2,;;+ &2,;<+ &2,%$+ ,$> &2,;2+ $ 2 $3, 3,> 3,$% &2,2+ &2,;%+ &2,3$+ &2,3;+ $,%3 &2,=<+ $ 22 $3$,% 3,23 3,$? &,=>+ &2,%>+ &,>$+ &2,+ =,2; &2,$=+ $ 2$ $33,?% 3,2% 3,$< ,2 &2,=>+ &,%%+ &,%3+ %,; &2,+ $ 23 $3%, 3,2? 3,$> ,%< &2,3=+ &,$3+ &,3+ %,32 &,<3+ $ 2= $3%, 3,2? 3,$> ,<> &2,2<+ ,2 ,=2 %,2 &,?+ $ 2% $3;,$% 3,2> 3,3 2,$ &2,+ ,2% ,?% =,$= &,;+ $ 2; $3?,% 3 ,$2 3,32 ,>3 &,<3+ ,2<  ,>% 3,2$ &,%2+ $ 2? $3<,?% 3,$3 3,3$ ,;3 &,;>+ ,2; 2, 2,<3 &,=3+ $ 2< $=, 3,$% 3,33 ,23 &,%<+ ,2$ ,>2 ,?; &,3<+ $ 2> %%, ,<> ,=% &,=%+ &,%2+ &,$=+ ,?$ ,$ &,3<+ $ $ 3%, ,%; ,$> &,<%+ &,%+ &,?2+ ,=? &,=;+ &,=$+ $ $2 $%, ,= ,$ &2,22+ &,%%+ &2,3+ ,$2 &,??+ &,%2+ $ $$ $, ,3$ ,2; &2,$>+ &,;=+ &2,$%+ &,=+ &2,+ &,;2+ $ $3 2?,% ,$< ,2= &2,==+ &,?;+ &2,=3+ &,$?+ &2,2<+ &,?3+ $ $= 2;,$% ,$; ,23 &2,%%+ & ,<<+ &2,%?+ &,=<+ &2,3$+ &,<%+ 3 2 2%, ,$= ,2$ &2,2?+ &,3>+ &2,>+ &,$$+ &,>$+ &,=2+ 3 $ 2%, ,$= ,2$ &2,$%+ &,%3+ &2,$+ &,3<+ &2,2+ &,%=+ 3 3 23,?% ,$$ ,22 &2,32+ &,;;+ &2,$<+ &,%$+ &2,>+ &,;?+ 3 = 2$,% ,$ ,2 &2,3;+ &,?<+ &2,3%+ &,;;+ &2,2?+ &,?>+ 3 % 22,$% ,2< ,> &2,=2+ &,<>+ &2,=2+ &,?<+ &2,$%+ &,<>+ 3 ; 2, ,2; ,< &2,=%+ &,><+ &2,==+ &,<<+ &2,32+ &,><+ 3 ? 2>%, $,%$ $,>; &2,=?+ &2,;+ &2,==+ &,><+ &2,3+ &2,;+ 3 < $2%, $,<% 3,2$ &2,3;+ &2,2$+ &2,3$+ &2,%+ &,;=+ &2,22+ 3 > $$%, 3,2 3,$2 &,>3+ &2,2%+ &,>>+ &2,$+ 2,3? &2,;+ 3 2 $3, 3,> 3,$% &,3$+ &2,23+ &,;+ &,<$+ 3,2? &,<=+ 3 22 $3$,% 3,23 3,$? ,3$ &2,?+ &,$2+ &,=;+ =,3< &,%3+ 3 2$ $33,?% 3,2% 3,$< ,>$ &,>;+ ,2? &,$+ %,2 &,$%+ 3 23 $3%, 3,2? 3,$> 2,=2 &,<+ ,% ,=2 %,> &,;+ 3 2= $3%, 3,2? 3,$> 2,?$ &,;3+ ,?3 ,?> =,;> ,% 3 2% $3;,$% 3,2> 3,3 2,<= &,==+ ,<< 2,? 3,<; ,23 3 2; $3?,% 3,$2 3,32 2,?= &,$?+ ,>< 2,$$ $,?? ,2> 3 2? $3<,?% 3,$3 3,3$ 2,=$ &,22+ 2,$= 2,$3 2 ,?? ,$% 3 2< $=, 3,$% 3,33 ,>2 ,= 2,; 2,2= 2,2 ,$<

East T1pe $ 5all Btuh per s. f t &2,>%+ &$,=+ &$,22+ &$,2?+ &$,$$+ &$,$;+ &$,$?+ &$,2<+ &2,;3+ &,==+ &,2$+ &,3>+ &,=3+ &,3=+ &,$;+ &,$?+ &,=+ &,;;+ &,><+ &2,$3+ &2,=$+ &2,%>+ &2,?=+ &2,<;+ &2,;3+ &2,?$+ &2,<+ &2,3+ &2,><+ &$,+ &2,;$+ &,$+ ,>> 2,2; ,;> ,3= ,$> ,3$ ,$> ,2; &,22+ &,=<+ &,?>+ &2,3+ &2,$$+ &2,3>+ &2,%$+ &2,=+ &2,2=+ &2,$$+ &2,3+ &2,3<+ &2,==+ &2,3<+ &,%%+ 2,%$ $,%< $,%= 2,<< 2,3 2,23 2,22 2,; ,>2 ,;%

5est T1pe 2 5all Btuh per s. ft &,<=+ &2,=+ &2,$2+ &2,3%+ &2,=?+ &2,%?+ &2,;%+ &2,?$+ &2,??+ &2,<+ &2,??+ &2,;>+ &2,%=+ &2,$<+ &,>+ &,==+ ,3 ,=3 ,; ,=> ,$= &,;+ &,3%+ &,;2+ &,==+ &,;?+ &,+ &2,=+ &2,$%+ &2,+ &,;3+ &,2?+ ,3$ ,?? 2,= 2,$ ,?< ,=; ,23 &,2?+ ,2% &,22+ &,3$+ &,%+ &,;%+ &,??+ &,<<+ &,>%+ &2,2+ &2,2+ &,>?+ &,<<+ &,?$+ &,=<+ &,23+ ,32 ,< 2,

%$5est T1pe $ 5all Btuh per s. ft &2,?>+ &2,<<+ &2,>%+ &$,2+ &$,;+ &$,<+ &$,<+ &$,=+ &2,>+ &2,%<+ &2,$3+ &,;=+ ,;; $,$= 3,?3 =,?> =,>< 3,%< 2,$ &,3+ &,>$+ &2,$;+ &2,=>+ &2,;;+ &2,=?+ &2,%?+ &2,;%+ &2,?$+ &2,??+ &2,<2+ &2,<+ &2,?3+ &2,%+ &2,2%+ &,?>+ &,$;+ ,<= $,3> 3,>? %,$$ %,?> %,$ $,%; ,; &,3%+ &,<$+ &2,22+ &2,3$+ &,<>+ &2,2+ &2,2+ &2,2?+ &2,$3+ &2,$?+ &2,$;+ &2,2=+ &,<$+ &,=%+ &,<+ ,3> 2,33 $,< =,3% %,;2 ;,$< %,>?

"orth T1pe 2 5indow Btuh per wi ndow &%2>+ &%3?+ &%%$+ &%;=+ &%?$+ &%?$+ &%;$+ &%$>+ &3<+ &$%=+ &2=2+ &%+ 2$ =$ 3= &2?+ &2;+ &$=>+ &322+ &3;3+ &=;+ &==%+ &=?%+ &%+ &===+ &=;=+ &=<+ &=>%+ &%3+ &%$+ &=>3+ &=+ &$%?+ &2$<+ &22+ <; 2%$ 2<% 2<2 2=; >= &3%+ &2>=+ &$;$+ &32%+ &3;+ &3>%+ &=$$+ &$>?+ &32<+ &33;+ &3%2+ &3;2+ &3;2+ &33>+ &2<<+ &%=+ ?$ 2>2 $<> 3%= 3<= 3>2 3?> %$; %=%

"orth T1pe $ 5indow Btuh per window &%2>+ &%3?+ &%%$+ &%;=+ &%?$+ &%?$+ &%;$+ &%$>+ &3<+ &$%=+ &2=2+ &%+ 2$ =$ 3= &2?+ &2;+ &$=>+ &322+ &3;3+ &=;+ &==%+ &=?%+ &%+ &===+ &=;%+ &=<2+ &=>%+ &%=+ &%3+ &=>3+ &=+ &$%?+ &2$>+ &2$+ <% 2%$ 2<% 2<2 2=; ? &?+ &$2+ &$;;+ &32<+ &3;2+ &3>;+ &=$3+ &3$+ &3$3+ &3=2+ &3%;+ &3;%+ &3;%+ &3=3+ &2>3+ &%<+ ;< 22 3;$ $>3 $<

South T1pe 2 5indow Btuh per wi ndow &=?+ &=$=+ &=3>+ &=%3+ &=?;+ &=>;+ &%?+ &332+ 2!33% $!2<% $!%<; $!;% $!=2= 2!>23 2!$?< ;=$ $23 &3;+ &2%+ &$$<+ &$<%+ &33+ &3;$+ &3?+ &=$$+ &==+ &==>+ =>; 2!;=$ $!$?> $!%?% $!%;2 $!$%; 2!?$; 2!>< %?% 3= ;% &;<+ &2=>+ &$<+ &$%%+ &$<>+ &32?+ &$2>+ &$=+ &$%<+ &$<=+ &3<+ &3$=+ &$$$+ >% 2!?= $!2%2 $!3$< $!$% 2!<=$ 2!33 <3> %<$ =; $$<

South T1pe $ 5indow Btuh per wi ndow &=>=+ &%22+ &%$;+ &%=+ &%%?+ &%;%+ &%%<+ &3?<+ ;?3 ?23 =% $;= $%3 $$? 2?% <2 &%;+ &$2=+ &$<2+ &33%+ &3<+ &=2>+ &==>+ &=?=+ &=$%+ &==;+ &=;2+ &=<$+ &=>?+ &=><+ &=>+ $3> %=% $?= $%< 32 33? 33= $>$ $< >$ &<=+ &2<%+ & $=<+ &$>>+ &3=3+ &3??+ &==+ &$>3+ &32=+ &33$+ &3%$+ &3;$+ &3;3+ &$;2+ $% 23$ $%$ 3;$ ==3 =<% => =%$ 3?? $;? 2$$

East T1pe 2 5indow Btuh per wi ndow &%22+ &%$<+ &%==+ &%%;+ &%;>+ &%?$+ &%;$+ &=3=+ 2>= <; &3+ 3 =3 ;$ %2 &;+ &2<+ &$=3+ &3=+ &3%%+ &3><+ &=3?+ &=;?+ &=>2+ &=$=+ &==%+ &=;2+ &=<$+ &=>>+ &%3+ &=>=+ 3=3 ?<= %%; $3> $< $$ $33 $2; 2%> ;% &>3+ &2<>+ &$%+ &3+ &3=$+ &3?;+ &==+ &$?2+ &$>$+ &322+ &33>+ &3;+ &3;;+ &2;>+ 2!2<> 2!3<= 2!%; %>? =?3 =%? =; =33 3?$ $?> 23>

East T1pe $ 5indow Btuh per wi ndow &%2?+ &%3%+ &%%+ &%;3+ &%?2+ &%?$+ &%;$+ &==;+ &$?2+ &2>2+ &22+ &3;+ $ =< 3< &2=+ &22=+ &$=>+ &32+ &3;2+ &==+ &==3+ &=?3+ &=><+ &=3<+ &=%>+ &=?%+ &=>=+ &%=+ &%3+ &=>=+ 22< &2$+ &2<+ %< 2$2 2? $ 2> 2=2 %2 &2?+ &$3+ &$;=+ &32=+ &3%;+ &3>+ &=2<+ &$>%+ &32;+ &33%+ &3%;+ &3;;+ &3;?+ &2<%+ =;> 2% $22 $?< 33% 3?; == 3>2 3=$ $%= 22%

5est T1pe 2 5indow Btuh per wi ndow &==2+ &=%<+ &=?3+ &=<%+ &=>3+ &=>3+ &=<=+ &=%=+ &32=+ &$$+ &<;+ $? >>< 2!<2= $!3>$ $!%<% 2!>>? 3$3 2? &2%?+ &$;$+ &333+ &3<$+ &=$2+ &3;+ &3<2+ &3>;+ &=22+ &=$+ &=2>+ &=>+ &32<+ &2<$+ &;?+ =? $?< >%$ 2!?<$ $!=?3 $!<2= $!;=2 2!<< $=% $ &23>+ &$$>+ &$<<+ &33=+ &$2>+ &$=+ &$%?+ &$?3+ &$<$+ &$<$+ &$;+ &222+ 2< 23$ $=% =? 2!2 2!?<< $!=<% $!%$

5est T1pe $ 5indow Btuh per wi ndow &=>%+ &%2$+ &%$?+ &%3>+ &%=?+ &%=?+ &%3?+ &%%+ &3%?+ &$3$+ &>>+ 23 2$ 2?3 3;% 2!3 2!$; 3 &2%>+ &$?%+ &3=>+ &=2+ &==+ &=?%+ &=$2+ &==$+ &=%?+ &=?$+ &=<2+ &=<+ &=?+ &3??+ &$3%+ &2<+ $3 2=3 $3? 32 3=; ?3? 2!3$ ;2= &3+ &2%%+ &$%+ &32=+ &3%<+ &3>;+ &$<3+ &3=+ &3$$+ &33?+ &3=?+ &3=?+ &3$%+ &2?%+ &=2+ <= $23 33? =3= %3 %3> %2> 2!2; 2!2%<

nfiltration Sensi'le Btuh per cf m &$?,$<+ &$<,2;+ &$<,>3+ &$>,=<+ &$>,?+ &$>,3?+ &$<,3<+ &$;,;$+ &$=,$+ &$2,3=+ &2<,=+ &2%,?+ &2$,?;+ &22,$$+ &2,;?+ &22,$$+ &2$,%=+ &2=,;3+ &2?,2;+ &2>,%<+ &$2,;?+ &$3,;%+ &$%,<+ &$;,$>+ &$3,><+ &$%,<+ &$%,<%+ &$;,%2+ &$;,?3+ &$;,$>+ &$%,3+ &$3,=3+ &$,;<+ &2?,=>+ &23,>?+ &2,;?+ &<,2=+ &;,=>+ &%,<3+ &;,=>+ &?,>$+ &2,$3+ &2$,><+ &2%,;$+ &2?,>3+ &$,$+ &$2,;?+ &$$,>>+ &2?,=>+ &2<,%>+ &2>,=?+ &$,23+ &$,3%+ &2>,>2+ &2<,<2+ &2;,<3+ &23,>?+ &2,;?+ &;,<$+ &3,3+ &,;;+ 2,2 2,?; 2,2 &,==+ &$,<;+

:eople #atent Btuh per per son       $ $ $ $ $ $ $ $ $ $ $ $             $ $ $ $ $ $ $ $ $ $ $ $             $ $ $ $ $ $ $ $ $ $ $ $

nfiltration #atent Btuh per cfm &?,=>+ &<,;+ &>,%=+ &2,$+ &2,=;+ &2,?+ &<,+ &;,$2+ &;,<=+ &;,<=+ &;,<=+ &;,<=+ &;,<=+ &;,<=+ &;,<=+ &;,<=+ &;,<=+ &;,<=+ &;,<=+ &;,<=+ &;,<=+ &;,<=+ &;,<=+ &;,<=+ &;,<=+ &;,<=+ &;,<=+ &;,<=+ &;,<=+ &;,<=+ &;,<=+ &;,<=+ &>,=+ &>,=+ &>,=+ &>,=+ &>,=+ &>,=+ &>,=+ &>,=+ &>,=+ &>,=+ &>,=+ &>,=+ &>,=+ &>,=+ &>,=+ &>,=+ &>,=+ &>,=+

3 3 3 3 3 3 = = = = = = = = = = = = = = = = = = = = = = = = % % % % % % % % % % % % % % % % % % % % % % % % ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ;

2> $ $2 $$ $3 $= 2 $ 3 = % ; ? < > 2 22 2$ 23 2= 2% 2; 2? 2< 2> $ $2 $$ $3 $= 2 $ 3 = % ; ? < > 2 22 2$ 23 2= 2% 2; 2? 2< 2> $ $2 $$ $3 $= 2 $ 3 = % ; ? < > 2 22 2$ 23 2= 2% 2; 2? 2< 2>

%%, 3%, $%, $, 2?,% 2;,$% 2%, 2%, 23,?% 2$,% 22,$% 2, 2>%, $2%, $$%, $3, $3$,% $33,?% $3%, $3%, $3;,$% $3?,% $3<,?% $=, %%, 3%, $%, $, 2?,% 2;,$% 2%, 2%, 23,?% 2$,% 22,$% 2, 2>%, $2%, $$%, $3, $3$,% $33,?% $3%, $3%, $3;,$% $3?,% $3<,?% $=, %%, 3%, $%, $, 2?,% 2;,$% 2%, 2%, 23,?% 2$,% 22,$% 2, 2>%, $2%, $$%, $3, $3$,% $33,?% $3%, $3%, $3;,$% $3?,% $3<,?% $=, %%,

,<> ,%; ,= ,3$ ,$< ,$; ,$= ,$= ,$$ ,$ ,2< ,2; $,%$ $,<% 3,2 3,> 3 ,23 3,2% 3,2? 3,2? 3,2> 3,$2 3,$3 3,$% ,<> ,%; ,= ,3$ ,$< ,$; ,$= ,$= ,$$ ,$ ,2< ,2; $,%$ $,<% 3,2 3,> 3,23 3,2% 3,2? 3,2? 3,2> 3,$2 3,$3 3,$% ,<> ,%; ,= ,3$ ,$< ,$; ,$= ,$= ,$$ ,$ ,2< ,2; $,%$ $,<% 3,2 3,> 3,23 3,2% 3,2? 3,2? 3,2> 3,$2 3,$3 3,$% ,<>

,=% ,$> ,$ ,2; ,2= ,23 ,2$ ,2$ ,22 ,2 ,> ,< $,>; 3,2$ 3,$2 3,$% 3,$? 3,$< 3,$> 3,$> 3,3 3,32 3,3$ 3,33 ,=% ,$> ,$ ,2; ,2= ,23 ,2$ ,2$ ,22 ,2 ,> ,< $,>; 3,2$ 3,$2 3,$% 3,$? 3,$< 3,$> 3,$> 3,3 3,32 3,3$ 3,33 ,=% ,$> ,$ ,2; ,2= ,23 ,2$ ,2$ ,22 ,2 ,> ,< $,>; 3,2$ 3,$2 3,$% 3,$? 3,$< 3,$> 3,$> 3,3 3,32 3,3$ 3,33 ,=%

,$> &,$=+ &,%?+ &,?>+ &,>%+ &2,<+ &,?<+ &,<;+ &,>$+ &,>>+ &2,=+ &2,<+ &2,%+ &,??+ &,$%+ ,3< 2,$ 2,%> $,% $,3% $,=% $,3= $,3 2,%$ ,<< ,$? &,2$+ &,3;+ &,%=+ &,;<+ &,3<+ &,=;+ &,%$+ &,%<+ &,;3+ &,;?+ &,%>+ &,$$+ ,3$ ,>3 2,%3 $,? $,% $,?; $,<% $,?= $,== 2,>? 2,3; ,?3 ,3 ,3 &,2%+ &,$<+ ,% &,$+ &,<+ &,2=+ &,2>+ &,$$+ &,2$+ ,$= ,?? 2,3; 2,>% $,=< $,<> 3,2; 3,$% 3,2; $,<< $,=3 2,<%

,2< ,$= ,$ ,< &,?+ &,$3+ ,2? &,2+ &,2;+ &,3+ &,=$+ &,%3+ &,;$+ &,;?+ &,;>+ &,;?+ &,;+ &,=>+ &,33+ &,2%+ ,3 ,$$ ,=2 ,;3 ,<= ,>; ,>2 ,?% ,%; ,3; ,?2 ,%$ ,3% ,$ ,? &,=+ &,23+ &,2>+ &,$+ &,2<+ &,22+ &,2+ ,2= ,3 ,=< ,;? ,<> 2,2= 2,3< 2,%% 2,%= 2,3< 2,2; ,>3 2,$% 2,% , ,33 ,3$ ,3= ,= ,% ,;= ,< ,>? 2,2; 2,3> 2,;= 2,>

2,32 ,3= &,$%+ &,%<+ &,<+ &,>?+ &,%<+ &,?+ &,?>+ &,3+ &,>?+ &,>$+ &,;>+ &,3%+ ,3 ,=2 ,?< 2,2 2,3= 2,%% 2,>= $,;3 3,2; $,<2 2,32 ,=; ,2 &,$%+ &,==+ &,=+ &,2;+ &,$%+ &,3$+ &,3<+ &,=+ &,3$+ &,;+ ,$? ,;$ ,>< 2,32 2,; 2,<3 $,23 $,<; 3,;< =,$; =,; $,;< 2,3% ,;? ,3$ ,22 ,%3 ,=$ ,33 ,$; ,$ ,2> ,$< ,%% ,<; 2,$ 2,%= 2,<; $,2= $,= $,< 3,%% =,3? =,>? =,>2

,>< ,?> ,%< ,3; ,2% &,=+ ,23 &,$+ &,2;+ &,$>+ &,=2+ &,%2+ &,;2+ &,;%+ &,%?+ &,3;+ &,%+ ,3 ,;% ,>% 2,2; 2,$; 2,$? 2,$$ 2,23 2, ,<3 ,;% ,=? ,3 ,=< ,3= ,$$ ,2 &,2+ &,2+ &,2<+ &,$2+ &,2=+ ,= ,$> ,%? ,<; 2,> 2,$% 2,33 2,3; 2,3% 2,3 2,$2 2,> ,>= ,?< ,;3 ,>= ,< ,;< ,%? ,=? ,3< ,32 ,$< ,3= ,=> ,?2 ,>? 2,$3 2,=% 2,; 2,;< 2,?$ 2,?$ 2,;>

,%; ,2 &,$3+ &,=?+ &,;%+ &,<+ &,%+ &,;+ &,;>+ &,??+ &,<;+ &,>$+ &,;<+ ,=; 2 ,>2 3,2= 3,>< =,3< =,3% 3,<> 3,22 $,33 2,<= 2,=% 2,2 ,%= ,$ &,=+ &,$3+ &,3<+ &,%+ &,2=+ &,$3+ &,3+ &,3<+ &,=+ &,2$+ ,<% 2,>< $,>= 3,; 3,> 3,<2 3,3% $,?2 $,3% $,? 2,?> 2,=$ ,>< ,;3 ,3> ,$ ,; ,=< ,3> ,3$ ,$= ,2< ,2; ,=$ 2,$= $,$= 3,2$ 3,?= =,3 3,>; 3,%; 3,? $,?< $,%% $,$> 2,>%

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,3= ,2; ,3 &,<+ &,>+ &,>?+ &2,3+ &2,<+ &2,23+ &2,2;+ &2,2<+ &2,>+ &,?+ &,2%+ ,== ,>? 2,3> 2,;3 2,;? 2,% 2,23 ,;2 ,2$ &,2>+ &,=2+ &,%?+ &,?2+ &,<$+ &2,3?+ &2,==+ &2,%+ &2,%%+ &2,%>+ &2,;$+ &2,;3+ &2,%<+ &2,3=+ &, ,3$ &,2%+ &,%+ &,?=+ &,>$+ &2,?+ &2,2>+ &2,$>+ &2,?3+ &2,?>+ &2,<%+ &2,<>+ &2,>3+ &2,>;+ &2,>?+ &2,>%+ &2,<$+ &2,=$+ &,>+ &,=+ ,2 ,$; ,33 ,$ &,2=+ &,%<+ &,>2+ &2,2=+ &2,32+

2,$2 2,2 ,>; ,<3 &,2?+ &,$>+ &,3>+ &,=>+ &,%<+ &,;;+ &,?3+ &,?<+ &,<2+ &,?>+ &,?3+ &,;$+ &,=?+ &,32+ &,2=+ ,3 ,2; ,$? ,33 ,33 ,$? ,2? ,; &,%+ &,?$+ &,<$+ &,>$+ &2,2+ &2,2+ &2,2?+ &2,$=+ &2,$>+ &2,3$+ &2,32+ &2,$%+ &2,2%+ &2,2+ &,<%+ &,;>+ &,%3+ &,=+ &,32+ &,$?+ &,$<+ &,33+ &,=2+ &,%2+ & ,;2+ &2,2%+ &2,$=+ &2,33+ &2,=$+ &2,%+ &2,%?+ &2,;3+ &2,;<+ &2,?2+ &2,?+ &2,;;+ &2,%;+ &2,==+ &2,$<+ &2,23+ &,><+ &,<%+ &,??+ &,?3+ &,?=+ &,?>+

,>2 ,;% ,=? ,33 &,?3+ &,<$+ &,>+ &,>;+ &2,$+ &2,%+ &2,%+ &,>%+ &,;=+ &,$?+ ,22 ,=; ,?; ,>? 2,> 2,2 2,< 2,$ ,% ,23 &,2$+ &,3$+ &,=<+ &,;$+ &2,32+ &2,3>+ &2,=?+ &2,%3+ &2,%<+ &2,;2+ &2,;2+ &2,%=+ &2,32+ &,>%+ &,%>+ &,$=+ ,% ,$? ,3< ,3< ,$% &,2+ &,32+ &,%=+ &,?=+ &,>$+ &2,?+ &2,$+ &2,?%+ &2,<3+ &2,>+ &2,>;+ &$,2+ &$,=+ &$,=+ &2,>>+ &2,<=+ &2,%+ &2,2=+ &,?>+ &,%+ &,$<+ &,2?+ &,2?+ &,32+ &,%?+ &,<3+ &2,=+ &2,$3+

2,%; 2,3; 2,2< 2,2 ,23 &,$+ & ,2;+ & ,$>+ & ,=2+ & ,%2+ &,;2+ &,;<+ &,;;+ &,=3+ &,3+ ,== ,> 2,$> 2,%? 2,?2 2,? 2,%< 2,3< 2,2% ,>$ ,;> ,=< ,3 &,3=+ &,%+ &,;=+ &,??+ &,<>+ &2,+ &2,>+ &2,2;+ &2,2?+ &,>>+ &,;2+ &,2$+ ,3< ,<2 2,23 2,32 2,3= 2,$$ 2,2 ,?; ,% ,$% ,3 &,2?+ &,?%+ &,>+ &2,=+ &2,2;+ &2,$<+ &2,3<+ &2,=?+ &2,%=+ &2,%>+ &2,%+ &2,2>+ &,?2+ &,2>+ ,$< ,;% ,= ,<% ,;% ,3> ,2$

,>? ,?? ,;$ ,% &,=>+ &,%<+ &,;;+ &,?3+ &,<2+ &,<<+ &,>+ &,$<+ $,$ =,= %,3$ %,> %,>2 %,=2 =,%2 3,33 $,23 2,33 ,?; ,3> ,23 &,<+ &,$%+ &,3<+ &2,=+ &2,23+ &2,$+ &2,$?+ &2,3=+ &2,=+ &2,==+ &2,3+ ,<= 3,2< =,< %,;2 %,?% %,3% =,% 3,33 $,2 ,<> ,$= &,2%+ &,=$+ &,;3+ &,<+ &,>=+ &2,=>+ &2,%?+ &2,;=+ &2,?+ &2,?;+ &2,<2+ &2,<%+ &2,??+ &,?<+ 2,<= 3,> %,= %,3< %,22 =,3% 3,$3 2, &,2?+ &,;+ &,<<+

2,2= 2,3 ,>2 ,< &,2=+ &,$;+ &,3?+ &,=?+ &,%;+ &,;=+ &,?$+ &,??+ &,?%+ &,%>+ &,3;+ &,2;+ &,$+ ,> ,2> ,$> ,3? ,=$ ,=$ ,3< ,3 ,$ ,> &,3+ &,;>+ &,<+ &,>+ &2,+ &2,<+ &2,2;+ &2,$3+ &2,$<+ &2,$<+ &2,2>+ &2,$+ &,<;+ &,?$+ &,;+ &,=<+ &,3;+ &,$?+ &,$2+ &,2>+ &,$$+ &,$>+ &,3<+ &,=<+ &,%<+ &2,2$+ &2,$$+ &2,3$+ &2,=2+ &2,=>+ &2,%;+ &2,;$+ &2,;?+ &2,;>+ &2,;%+ &2,%3+ &2,3?+ &2,$3+ &2,2+ &,>?+ &,<%+ &,?%+ &,;>+ &,;?+ &,?+ &,?%+

,<$ ,;= ,=> ,3? &,;<+ &,??+ &,<%+ &,>$+ &,>>+ &2,=+ &2,=+ &,%2+ 2,2= 2,>$ 2,?= 2,$3 2,2 2,2; 2,$2 2,2? 2,2 ,?3 ,3< ,22 &,2+ &,$<+ &,==+ &,%<+ &2,$<+ &2,3;+ &2,=3+ &2,%+ &2,%;+ &2,;2+ &2,;2+ &2,32+ &,$;+ ,%2 ,% ,$? ,$> ,3> ,=; ,== ,$? &,$+ &,$>+ &,%$+ &,?$+ &,<>+ &2,=+ &2,2?+ &2,?3+ &2,<2+ &2,<<+ &2,>=+ &2,>>+ &$,3+ &$,=+ &2,>%+ &2,==+ &,=<+ &,$=+ &,3%+ &,32+ &,2>+ &,22+ &,23+ &,$<+ &,%%+ &,<2+ &2,$+ &2,$2+

$,3= $,3 2,?2 2,=$ ,3$ ,22 &,?+ &,$$+ &,3%+ &,=;+ &,%=+ &,;$+ &,;?+ &,;<+ &,;=+ &,%=+ &,3;+ &,;+ ,3= ,<$ 2,32 2,? 2,<% 2,?3 2,=; 2,2% ,<= ,%; &,$?+ &,=;+ &,;3+ &,?;+ &,<<+ &,><+ &2,;+ &2,2=+ &2,2>+ &2,$2+ &2,2?+ &2,;+ &, 2,3 ,?? ,=< ,$ &,%+ &,?2+ &,<>+ &2,%+ &2,2?+ &2,$>+ &2,3<+ &2,=;+ &2,%3+ &2,%<+ &2,;2+ &2,%<+ &2,=<+ &2,32+ &2,$+ &,;$+ &,2;+ ,3 ,;$ ,;> ,%= ,$>

2,=? 2, ,?3 ,%= &,%3+ &,;3+ &,?2+ &,??+ &,<3+ &,<;+ &,<;+ &,?;+ &,=?+ &,2$+ ,$? ,>; $,3% 3,>; %,=2 ;,3? ;,=3 =,>= $,3; 2,$ ,3> ,3 &,$2+ &,=+ &2,2$+ &2,$2+ &2,$<+ &2,3%+ &2,=+ &2,=3+ &2,=3+ &2,3;+ &2,2=+ &,<$+ &,3?+ ,%2 2,>= 3,%3 =,<> %,;< %,$% 3,2; 2,2> ,$ &,3+ &,;+ &,<3+ &2,+ &2,%?+ &2,;;+ &2,?3+ &2,?>+ &2,<3+ &2,<;+ &2,<;+ &2,<$+ &2,;<+ &2,3?+ &,>=+ &,2=+ 2,$= $,?> =,2% =,>< =,;2 $,; ,;; &,32+ &,?>+

2? 2$3 > ;3 &$$+ &$$3+ &$3>+ &$%3+ &$;3+ &$;$+ &$%2+ &2?+ $= 2== $%$ 33> 3>% =2> =22 3;% 33> 2? 3$ &$<+ &?<+ &2$+ &2%=+ &2<$+ &3=>+ &3;<+ &3<%+ &3><+ &=;+ &=%+ &3>%+ &3%+ &2;>+ &%2+ %? 2=3 $ $$$ $; 2%2 $; &?=+ &233+ &2<;+ &$3+ &$?2+ &3=+ &3$>+ &=;$+ &=?>+ &=>=+ &%;+ &%2=+ &%2=+ &%=+ &=;>+ &3$%+ &$$+ &>3+ &;+ %$ ?; ;3 = &22$+ &$=+ &$;+ &3>+ &3%+

2%? 22% <3 %> &$3+ &$$3+ &$3>+ &$%=+ &$;3+ &$;3+ &$%2+ &2<+ $3 2=3 $%2 33< 3>% =2> =22 3;% $;3 >% $; &3$+ &<+ &2$$+ &2%%+ &2<$+ &3=>+ &3;<+ &3<%+ &3><+ &=;+ &=%+ &3>%+ &3%+ &2;>+ &%2+ %? 2=3 $ $$$ $; 2%2 $% &?%+ &233+ &2<;+ &$32+ &$?2+ &3=+ &3$>+ &=;$+ &=?>+ &=>=+ &%;+ &%2=+ &%2=+ &%=+ &=;>+ &3$%+ &$$+ &>3+ &;+ %$ ?; ;3 = &22$+ &$=+ & $;+ &3>+ &3%+

$32 2>2 2;2 23? &2$+ &2$$+ &23<+ &2;;+ &2>$+ &$2+ &2>=+ 2!$; $!22= $!%?< $!?$< $!%>= $!2< 2!;2; 2!3 ;%< == $3> 2=; ?? $3 &$2+ &%=+ &<2+ &$3;+ &$%%+ &$?$+ &$>=+ &3$+ &33>+ &3=>+ ;>; 2!>? $!%$? $!??= $!?2= $!3?3 2!<> 2!2;? ;2< $<= 222 2= &%>+ &223+ &2%?+ &2>2+ &$2;+ &3=>+ &3;;+ &3<2+ &3>%+ &=2>+ &=3>+ &=%+ &$$%+ 2!==3 $!$?? $!;% $!;<= $!=$; 2!>22 2!$?$ ;= $ ; &2+ &2?%+ &$$>+

2; 2$2 > ;? &2<;+ &$;+ &$$$+ &$==+ &$%<+ &$%<+ &$$?+ ;=% ;2; =32 =>3 %=$ %;2 %=> =>% =$ $?2 22= == &2=+ &;3+ &2%+ &23<+ &2;%+ &3$$+ &3=2+ &3%<+ &3?<+ &3>;+ &=+ &3>$+ =%= >2= ?%= =2> =$ =2% 3> 3$> $$= ;= &=2+ &23+ &2%<+ &$3+ &$==+ &$??+ &3$+ &=33+ &=%+ &=;;+ &=?>+ &=>?+ &%;+ &%+ &$?;+ <$ <<2 ;2% 3=2 3> $;> $< 23 &;+ &2;;+ &$$;+ &$?<+ &3$2+

2< 2=2 222 + &3%<+ &3?%+ &3>3+ &=%+ &=%+ &3>%+ 2;> 3;< 2?$ 2=> 2<> $$< $=3 $$$ 2%3 $; &;?+ &2$%+ &2??+ &$$2+ &$;2+ &$>=+ &32>+ &=%;+ &=?3+ &=<>+ &%2+ &%23+ &%2=+ &%=+ &3?3+ >= &2$+ &$2+ $? ?2 > ?= 22 &222+ &2>>+ &$%=+ &33+ &3=%+

2%< 22> <> ;% &2><+ &$2>+ &$3%+ &$%3+ &$;3+ &$;3+ &$3+ $<% 2%; $33 33 3; => =3 =2 3% $= >= $< &$>+ &?;+ &22?+ &2%2+ &2?<+ &3=%+ &3;=+ &3<$+ &3>?+ &=;+ &=%+ &3>%+ &22+ &?$+ 2% >= 2%> $2 $3 $22 2=; $ &?3+ &232+ &2<3+ &$$?+ &$;<+ &32+ &3$%+ &=;+ &=?<+ &=>3+ &%;+ &%2=+ &%2=+ &%=+ &3<<+ &$;>+ &2%;+ &;;+ 3 %? < ;; ; &22%+ &$3+ &$%>+ &3?+ &3=>+

3$$ $3? 2<$ 2=$ &2$2+ &2=$+ &2%<+ &2?$+ &2<2+ &2<2+ &2?+ &3+ >2 $2 32? ?;2 2!%=$ $!3$? $!<=? $!>;< $!3$; ;;? 3%; 2?? ;? &?+ &;+ &22+ &$?2+ &$>+ &3<+ &3$+ &3$>+ &3$<+ &32>+ &$33+ &2>+ 3 2%> ?% 2!=>< $!$3? $!;<2 $!;= 2!3;? 3<$ 23? &2+ &2$+ &2;>+ &$$+ &$%2+ &3 2!>>$ $!=%? $!==; 2!$2> $== = &23?+ &$$;+

$< 2=> 222 < &2<2+ &$$+ &$2<+ &$3$+ &$=2+ &$=2+ &$3+ &? =22 % %;< %<< 2!$%= 2!=%; 3=3 2;2 =? &3+ &<$+ &2$=+ &2;2+ &3$=+ &3=3+ &3;+ &3?3+ &3<2+ &3<+ &3?2+ &$<2+ &2=;+ &2>+ 2? $2? 3> 3?2 <3$ 2!3>% <>> 2%% &;+ &22+ &2?<+ &$3+ &$?3+ &3=+ &=3?+ &=%=+ &=;>+ &=<2+ &=<>+ &=<>+ &=?>+ &==%+ &32+ &2?2+ &=;+ ;$ 2%$ $2; ?2; 2!$;; ??3 $< &232+ &$32+ &$>?+

=,%2 $,;= 2,$2 ,22 &2$,3$+ &23,=$+ &2=,2>+ &2=,<%+ &2%,?+ &2=,;3+ &23,;=+ &22,??+ &>,$+ &%,<3+ &$,32+ ,>> 3,%$ %,2? %,<3 %,2? 3,?= 2,=3 &2,3$+ &3,>;+ &;,$?+ &<,3;+ &2,2+ &22,33+ &2>,2=+ &$,23+ &$2,2+ &$2,%;+ &$2,?<+ &$2,3=+ &$,3%+ &2<,=<+ &2%,<=+ &2$,,3%+ &;,2;+ &3,;3+ &$,>+ &2,=3+ &$,>+ &3,=2+ &%,?$+ &<,3;+ &22,+ &23,$+ &2%,$>+ &2;,>=+ &2<,2%+ &$=,=$+ &$%,3+ &$;,?+ &$;,;$+ &$;,<=+ &$;,%2+ &$%,%$+ &$3,?;+ &$2,3=+ &2<,=<+ &2%,2<+ &2$,$2+ &>,>+ &<,3;+ &?,<2+ &<,3;+ &>,;<+ &22,??+ &2=,3+ &2;,?$+ &2<,<2+

          $ $ $ $ $ $ $ $ $ $ $ $             $ $ $ $ $ $ $ $ $ $ $ $             $ $ $ $ $ $ $ $ $ $ $ $   

$2,?2 $2,?2 $2,?2 $2,?2 ;,>3 ;,>3 ;,>3 ;,>3 ;,>3 ;,>3 ;,>3 ;,>3 ;,>3 ;,>3 ;,>3 ;,>3 ;,>3 ;,>3 ;,>3 ;,>3 ;,>3 ;,>3 ;,>3 ;,>3 ;,>3 ;,>3 ;,>3 ;,>3 &,;3+ &,;3+ &,;3+ &,;3+ &,;3+ &,;3+ &,;3+ &,;3+ &,;3+ &,;3+ &,;3+ &,;3+ &,;3+ &,;3+ &,;3+ &,;3+ &,;3+ &,;3+ &,;3+ &,;3+ &,;3+ &,;3+ &,;3+ &,;3+ &3,;>+ &=,<>+ &%,>$+ &;,;=+ &;,>3+ &;,%+ &%,2>+ &$,?;+ ,< $,3< $,3< $,3< $,3< $,3< $,3< $,3< $,3< $,3< $,3< $,3< $,3<

2$ 2$ 2$

$$ $3 $=

$, 2?,% 2;,

%$,3$ ,$< ,$;

,2; ,2= ,23

&2,==+ &2,%;+ &2,;;+

&,<;+ & ,>%+ & 2,%+

&2,3>+ &2,%=+ &2,;;+

&,23+ &,3?+ &,%?+

&2,>+ &2,$;+ &2,3>+

&,<3+ &,>3+ &2,$+

&2,3?+ &2,%2+ &2,;3+

,2 &,$%+ &,=>+

&2,<+ &2,$>+ &2,=%+

&3<>+ &=2<+ &==$+

&3<>+ &=2<+ &==$+

&$?=+ &3%+ &3$>+

&3%>+ &3<>+ &=23+

&3<3+ &=2$+ &=3;+

&3
&$<>+ &33?+ &3;<+

&3=?+ &3
&$,?>+ &$$,$$+ &$3,=3+

  

2,;= &,%3+ &$,$>+

RTS COOLING LOAD CALCULATIONS 2005 ASHRAE HANDBOO OF FUNDAMENTALS EXAMPLE OUTSIDE AIR TEMPERATURE PROFILES USA - GA - ATLANTA - 2 nside Heating 7esign Temp M Iutside Heating 7esign Temp &>>,;@+ M Iutside Heating 7esign Temp &>>@+ M 2 6onthl1 7esign 7BM ;%,3 6ean Coincident 5B M %<,2 7ail1 Range! 7B M 2?,3 5BR M %2?,?? :5 S M ,$3>%2 5 ST M ,23= 5 M ,<;=> 7esign IA cooling load! sensi'le! Btuhcfm M D2,;? latent! Btuhcfm M D$,<= Total! Btuhcfm M D23,%2

Ta'le 2?

?$ 2<,< $3,>

#at 33,;%

ndex M %<%

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#ong <=,=$

Hours D TC D%

Elev 233

Ti me one Eastern

Standard 6eridian ?%

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RTS COOLING LOAD CALCULATIONS 2005 ASHRAE HANDBOO OF FUNDAMENTALS EXAMPLE PEOPLE COOLING LOAD COMPONENT ":T 7ATA0 2 num'er of people $% Btuperson sensi'le $% 'tuh sensi'le pea/ gain $ Btuperson latent $ 'tuh latent pea/ gain <

Pe3e Lad

3 $%

( @ 4 ! B $

2%

RTS one T1pe

2

65 w Carpet %@ glass

% D 2 $ 3 = % ; ? < > 2 22 2$23 2= 2% 2; 2? 2<2> $ $2$$ $3 $=

%$%@ %@

Heat Fain

@ Convective @ Radiant

Hour 2 $ 3 = % ;

Sensi'le Cooling #oad H4r

"onDSolar Heat Fain RTS sage Convective @ Radiant @ one T1pe :rofile Heat Fain %@ %@ < @ @ @ @ @ @

D D D D D

D D D D D

D D D D D D

=>@ 2?@ >@ %@ 3@ $@

Radiant Cooling #oad 2% 2% 2= 23 22 2

Total Sensi'le Cooling #oad 2% 2% 2= 23 22 2

#atent Cooling #oad D D D D D

RTS COOLING LOAD CALCULATIONS 2005 ASHRAE HANDBOO OF FUNDAMENTALS EXAMPLE LIGHTING COOLING LOAD COMPONENT ":T 7ATA0 2 sf 9 2, wattssf 2, watts 3,=2 'tuh sensi'le pea/ gain

=,

Li+(!i+ Lad

3,%

( @ 4 3, ! B $,%

<

$,

RTS one T1pe

2,%


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2 $ 3 = % ; ? < > 2 22 2$ 23 2= 2% 2; 2? 2< 2> $ $2 $$ $3 $=

%$@ Convective @ Radiant

H4r

Heat Fain

Hour 2 $ 3 = % ;

Sensi'le Cooling #oad

"onDSolar Heat Fain RTS sage Convective @ Radiant @ one T1pe :rofile Heat Fain =2@ %>@ < @ @ @ @ @ @

D D D D D

D D D D D

D D D D D

=>@ 2?@ >@ %@ 3@ $@

Radiant Cooling #oad ,$= ,$= ,$$ ,$ ,2<  2;

Total Sensi'le Cooling #oad ,$= ,$= ,$$ ,$ ,2<  2;

RTS COOLING LOAD CALCULATIONS 2005 ASHRAE HANDBOO OF FUNDAMENTALS EXAMPLE EUIPMENT COOLING LOAD COMPONENT ":T 7ATA0 2 sf 9 2, wattssf 2, watts 3,=2 'tuh sensi'le pea/ gain

E84i"e! Lad

=,

( 3,% @ 4 ! 3, B $,%

<

$,

RTS one T1pe

2,%


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%$?@ 3@

@ Convective @ Radiant

Hour 2 $ 3 = % ;

H4r

Heat Fain

Sensi'le Cooling #oad

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D D D D D

D D D D D

D D D D D

=>@ 2?@ >@ %@ 3@ $@

Radiant Cooling #oad ,2$ ,2$ ,22 ,2 ,>  <

Total Sensi'le Cooling #oad ,2$ ,2$ ,22 ,2 ,>  <

ROOF

RTS COOLING LOAD CALCULATIONS 2005 ASHRAE HANDBOO OF FUNDAMENTALS EXAMPLE CONDUCTION - ALL OR ROOF COMPONENT ":T 7ATA0 A8imuth! D3 Tilt  Time one M D% Eastern #ocal Std 6eridian M ?% #atitude M 33,;% #ongitude M <=,=$ Clearness M 2@ Frnd Refl M $@ Room Temperature M ?% ROOF ,

Me!a3 de' Area! sf M 2 nput  M ,? CTS T1pe0 > CTS 7esc0 6em'rane! Sheathing! RD2 nsulation Board! 6etal 7ec/ Iutside Surface A'sorptance M ,=% Iutside Surface h M 3 Iutside Surfac e Emi ttance M 2 Iutside surf ace delta R M $ RTS JONE TPE,

@ Convective0 @ Radiant0

6onth M Hour M 2 $ 3 = % ; ? < > 2 22 2$ 23

< 65 w Carpet %@ glass 2;@ <=@

ROOF UNIT COOLING LOADS - B!4(@#6 6 r6 2 $ 3 = D2,> D2,;= D2,2? D,?< D2,>; D2,?2 D2,$% D,<; D$,2 D2,?? D2,32 D,>$ D$,; D2,<$ D2,3; D,>> D$,2 D2,<; D2,=2 D2,= D$,23 D2,<> D2,=% D2,< D$,2= D2,>2 D2,=? D2,% D$,2$ D2,<; D2,3; D,?? D2,>> D2,;2 D,>3 D,$% D2,%< D2,2 D,3$ ,3< D2,3 D,=> ,3$ 2,$ D,% ,2 ,>$ 2,%> D,; ,%< 2,=2 $,%

% D,3< D,=; D,%$ D,%< D,;3 D,;? D,%> D,$$ ,3$ ,>3 2,%3 $,? $,%

; ,% D,$ D,< D,2= D,2> D,$$ D,2$ ,$= ,?? 2,3; 2,>% $,=< $,<>

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> D,2% D,$$ D,$? D,3$ D,3; D,3> D,3> D,$3 ,$2 ,?> 2,3> 2,>$ $,3=

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22 D2,3? D2,== D2,% D2,%% D2,%> D2,;$ D2,;3 D2,%< D2,3= D,
2$ D2,?3 D2,?> D2,<% D2,<> D2,>3 D2,>; D2,>? D2,>% D2,<$ D2,=$ D,> D,= ,2

NORTH TPE * ALL

RTS COOLING LOAD CALCULATIONS 2005 ASHRAE HANDBOO OF FUNDAMENTALS EXAMPLE CONDUCTION - ALL OR ROOF COMPONENT ":T 7ATA0 A8imuth! D$2 Tilt > Time one M D% Eastern #ocal Std 6 eridian M ?% #atitude M 33,;% #ongitude M <=,=$ Clearness M 2@ Frnd Refl M $@ Room Temperature M ?% ALL r ROOF ,

Bri' i3a#!er# Area! sf M 2 nput  M ,< CTS T1pe0 22 CTS 7esc0 Bric/! RD% nsulation Board! Sheathing! F1p Board Iutside Surface A'sorptance M ,=% Iutside Surface h M 3 Iutsi de Surfa ce Emittan ce M 2 Iutside surface delta R M , RTS JONE TPE, @ Convective0 @ Radiant0

6onth M Hour M 2 $ 3 = % ; ? < > 2 22 2$ 23

< 65 w Carpet %@ glass 3?@ ;3@

ALL UNIT COOLING LOADS - B!4(@#6 6 a33 2 $ 3 = D2,3= D2, D,3> ,2? D2,== D2,2$ D,%3 D,2 D2,%3 D2,$3 D,;; D,2; D2,;$ D2,33 D,?< D,3 D2,? D2,=$ D,<> D,=$ D2,?? D2,% D,>< D,%3 D2,<3 D2,%? D2,; D,;$ D2,<< D2,;3 D2,2$ D,;? D2,>2 D2,;; D2,2% D,;> D2,>2 D2,;% D2,23 D,;? D2,<; D2,%> D2,? D,; D2,?? D2,=> D,>; D,=> 2 ;= 2 3=  <  33

% ,?2 ,%$ ,3% ,$ ,? D,= D,23 D,2> D,$ D,2< D,22 D,2  2=

; 2,$% 2,% , ,33 ,3$ ,3= ,= ,%  ;=

? 2,=; 2,$? 2,2 ,>; ,<3 ,?3 ,;= ,%< ,%? ,%> ,;; ,?%  <>

< 2,2; 2,2 ,<< ,?; ,;% ,%; ,=> ,== ,=3 ,=% ,%2 ,;2  ?%

> ,;> ,%? ,=; ,3; ,$? ,2> ,23 ,< ,; ,< ,2= ,$= ,3<

2 D,2? D,$> D,3> D,=> D,%< D,;; D,?3 D,?< D,<2 D,?> D,?3 D,;$  =?

22 D,?$ D,<$ D,>$ D2,2 D2,2 D2,2? D2,$= D2,$> D2,3$ D2,32 D2,$% D2,2% 2 2

2$ D2,2% D2,$= D2,33 D2,=$ D2,% D2,%? D2,;3 D2,;< D2,?2 D2,? D2,;; D2,%; 2 ==

RTS COOLING LOAD CALCULATIONS

NORTH TPE 2 ALL

2005 ASHRAE HANDBOO OF FUNDAMENTALS EXAMPLE CONDUCTION - ALL OR ROOF COMPONENT ":T 7ATA0 A8imuth! D$2 Tilt > Time one M D% Eastern #ocal Std 6 eridian M ?% #atitude M 33,;% #ongitude M <=,=$ Clearness M 2@ Frnd Refl M $@ Room Temperature M ?% ALL r ROOF ,

Sadre3 ae3# Area! sf M 2 nput  M ,> CTS T1pe0 2 CTS 7esc0 Spandrel Flass! RD2 nsulation Board! F1p Board Iutside Surface A'sorptance M ,> Iutside Surface h M 3 Iu tside Su rface Emittance M 2 Iutside surface delta R M , RTS JONE TPE, @ Convective0 @ Radiant0

6onth M Hour M 2 $ 3 = % ; ? < > 2 22 2$ 23

< 65 w Carpet %@ glass 3?@ ;3@

ALL UNIT COOLING LOADS - B!4(@#6 6 a33 2 $ 3 = D2,>< D2,;< D2,> D,%< D$,; D2,?? D2,$ D,? D$,23 D2,<% D2,$< D,?> D$,2> D2,>2 D2,3% D,? D2,=2 D,>3 D$,$? D$, D2,== D,>? D$,$? D$, D2,== D,>$ D$,$$ D2,>$ D2,3$ D,;> D$,? D2,;< D,>> D,3% D2,?3 D2,3$ D,; ,3 D2,3% D,>$ D,$2 ,=2 D2, D,%% ,2? ,?<  ;>  $3  % 2 2

% D,= D,2; D,$% D,3$ D,3< D,= D,3$ D,; ,$? ,;$ ,>< 2,32 2 ;

; ,%3 ,=$ ,33 ,$; ,$ ,2> ,$< ,%% ,<; 2,$ 2,%= 2,<; $ 2=

? ,<$ ,?2 ,;$ ,%% ,% ,=? ,%3 ,?> 2,22 2,=; 2,< $,23 $ =2

< ,;= ,%= ,=? ,=2 ,3; ,33 ,3? ,%> ,>2 2,$% 2,; 2,>$ $ 2>

> ,$3 ,2= ,? ,2 D,= D,? D,% ,22 ,=$ ,?? 2,2$ 2,== 2,?$

2 D,?3 D,<$ D,> D,>; D2,$ D2,% D2,% D,>% D,;= D,$? ,22 ,=;  ?;

22 D2,32 D2,3> D2,=? D2,%3 D2,%< D2,;2 D2,;2 D2,%= D2,32 D,>% D,%> D,$=  %

2$ D2,?% D2,<3 D2,> D2,>; D$,2 D$,= D$,= D2,>> D2,<= D2,% D2,2= D,?>  %


SOUTH TPE * ALL

2005 ASHRAE HANDBOO OF FUNDAMENTALS EXAMPLE CONDUCTION - ALL OR ROOF COMPONENT ":T 7ATA0 A8imuth! D3 Tilt > Time one M D% Eastern #ocal Std 6 eridian M ?% #atitude M 33,;% #ongitude M <=,=$ Clearness M 2@ Frnd Refl M $@ Room Temperature M ?% ALL r ROOF ,

Bri' i3a#!er# Area! sf M 2 nput  M ,< CTS T1pe0 22 CTS 7esc0 Bric/! RD% nsulation Board! Sheathing! F1p Board Iutside Surface A'sorptance M ,=% Iutside Surface h M 3 Iutside Surface Emittance M 2 Iutside surface delta R M , RTS JONE TPE, @ Convective0 @ Radiant0

6onth M Hour M 2 $ 3 = % ; ? < > 2 22 2$ 23

< 65 w Carpet %@ glass 3?@ ;3@

ALL UNIT COOLING LOADS - B!4(@#6 6 a33 2 $ 3 = D,>= D,;; D,$$ ,23 D2,> D,<3 D,3< D,$ D2,$3 D,>? D,%$ D,2; D2,3; D2,22 D,;; D,$> D2,=< D2,$3 D,?< D,=2 D2,%< D2,3= D,<< D,%2 D2,;? D2,=3 D,>< D,;2 D2,?= D2,%2 D2,% D,;% D2,?> D2,%$ D2,$ D,%? D2,?2 D2,3; D,<$ D,3; D2,=2 D2, D,=; D,% D,>= D,%3 D,$ ,3  =2  3  =2  ;%

% ,=< ,3= ,$$ ,2 D,2 D,2 D,2< D,$2 D,2= ,= ,$> ,%?  <;

; ,>= ,< ,;< ,%? ,=? ,3< ,32 ,$< ,3= ,=> ,?2 ,>? 2 $3

? 2,$2 2,< ,>; ,<% ,?% ,;; ,%< ,%% ,;2 ,?; 2, 2,$< 2 %;

< 2,2$ ,>> ,
> ,<; ,?$ ,; ,=< ,3< ,$< ,$ ,2; ,$$ ,=; ,<2 2,$$ 2,;2

2 ,23 D,$ D,2; D,$> D,=2 D,%2 D,;2 D,;< D,;; D,=3 D,3 ,==  >

22 D,3= D,% D,;= D,?? D,<> D2, D2,> D2,2; D2,2? D,>> D,;2 D,2$  3<

2$ D,?% D,> D2,= D2,2; D2,$< D2,3< D2,=? D2,%= D2,%> D2,% D2,2> D,?2  2>


SOUTH TPE 2 ALL

2005 ASHRAE HANDBOO OF FUNDAMENTALS EXAMPLE CONDUCTION - ALL OR ROOF COMPONENT ":T 7ATA0 A8imuth! D3 Tilt > Time one M D% Eastern #ocal Std 6 eridian M ?% #atitude M 33,;% #ongitude M <=,=$ Clearness M 2@ Frnd Refl M $@ Room Temperature M ?% ALL r ROOF ,

Sadre3 ae3# Area! sf M 2 nput  M ,> CTS T1pe0 2 CTS 7esc0 Spandrel Flass! RD2 nsulation Board! F1p Board Iutside Surface A'sorptance M ,> Iutside Surface h M 3 Iutsi de Surfa ce Emittan ce M 2 Iutside surface delta R M , RTS JONE TPE, @ Convective0 @ Radiant0

6onth M Hour M 2 $ 3 = % ; ? < > 2 22 2$ 23

< 65 w Carpet %@ glass 3?@ ;3@

ALL UNIT COOLING LOADS - B!4(@#6 6 a33 2 $ 3 = D2,?$ D2,=3 D,>$ D,% D2,< D2,%$ D2,2 D,; D2, D,;> D2,>3 D2,;? D2,2? D,?? D2,>< D2,?= D2,$% D,<; D$,= D2,< D2,32 D,>$ D$,< D2,<= D2,3 D,;< D$,2 D2,=% D,;= ,=; D2,> ,$> 2,3? 2,>2 2,%3 $,%3 3,2? 3,2= 3,;$ =,2; =,3< 3,>< =,<2 %,; %,2 =,3< % $2 % 32 % > = 3%

% D,% D,2= D,$3 D,3 D,3< D,= D,2$ ,<% 2,>< $,>= 3,; 3,> 3 <2

; ,=< ,3> ,3$ ,$= ,2< ,2; ,=$ 2,$= $,$= 3,2$ 3,?= =,3 3 >;

? ,< ,?$ ,;= ,%? ,% ,=; ,;; 2,%3 $,;$ 3,; =,$> =,;3 = %>

< ,?$ ,;= ,%; ,% ,=3 ,3< ,%? 2,%< $,>% =,2= =,>% %,3= % 3

> ,= ,3$ ,$% ,2> ,22 ,% ,$ 2,2> 3,% =,;$ %,;3 ;,< ;,3

2 D,=> D,%< D,;; D,?3 D,<2 D,<< D,> D,$< $,$ =,= %,3$ %,> % >2

22 D2,= D2,23 D2,$ D2,$? D2,3= D2,= D2,== D2,3 ,<= 3,2< =,< %,;2 % ?%

2$ D2,=> D2,%? D2,;= D2,? D2,?; D2,<2 D2,<% D2,?? D,?< 2,<= 3,> %,= % 3<


EAST TPE * ALL

2005 ASHRAE HANDBOO OF FUNDAMENTALS EXAMPLE CONDUCTION - ALL OR ROOF COMPONENT ":T 7ATA0 A8imuth! D2$ Tilt > Time one M D% Eastern #ocal Std 6 eridian M ?% #atitude M 33,;% #ongitude M <=,=$ Clearness M 2@ Frnd Refl M $@ Room Temperature M ?% ALL r ROOF ,

Bri' i3a#!er# Area! sf M 2 nput  M ,< CTS T1pe0 22 CTS 7esc0 Bric/! RD% nsulation Board! Sheathing! F1p Board Iutside Surface A'sorptance M ,=% Iutside Surface h M 3 Iutside Surface Emittance M 2 Iutside surface delta R M , RTS JONE TPE, @ Convective0 @ Radiant0

6onth M Hour M 2 $ 3 = % ; ? < > 2 22 2$ 23

< 65 w Carpet %@ glass 3?@ ;3@

ALL UNIT COOLING LOADS - B!4(@#6 6 a33 2 $ 3 = D2,32 D,>? D,=2 ,? D2,=2 D2,> D,%= D,< D2,%2 D2,$ D,;? D,$$ D2,;2 D2,32 D,?> D,3= D2,;> D2,= D,<> D,=% D2,?; D2,=> D,>< D,%% D2,<$ D2,%; D2,; D,;= D2, D2,;2 D2,; D,=; D2,<% D2,=< D,<= D,2= D2,? D2,$= D,%3 ,$2 D2,%3 D2, D,$% ,=> 2 3<  <3  ;  ;%

% ,=> ,3% ,$$ ,2 D,2 D,2 D,2? D,2$ ,22 ,=; ,<2 2,> 2 $=

; ,>< ,<= ,?2 ,%> ,=< ,3> ,3= ,= ,;% 2, 2,3% 2,;3 2 ?>

? 2,$3 2,> ,>; ,<% ,?% ,;; ,%> ,;2 ,<$ 2,2; 2,%$ 2,< 2 ><

< 2,; ,>= ,<$ ,?2 ,;$ ,%= ,=? ,=? ,;= ,>= 2,$< 2,%= 2 ?

> ,;< ,%? ,=; ,3; ,$? ,2> ,23 ,2 ,$ ,== ,?$ ,>% 2,>

2 D,2= D,$; D,3? D,=? D,%; D,;= D,?$ D,?? D,?% D,%> D,3; D,2;  $

22 D,;> D,< D,> D2, D2,< D2,2; D2,$3 D2,$< D2,$< D2,2> D2,$ D,<;  ?$

2$ D2,2$ D2,$$ D2,3$ D2,=2 D2,=> D2,%; D2,;$ D2,;? D2,;> D2,;% D2,%3 D2,3? 2 $3


EAST TPE 2 ALL

2005 ASHRAE HANDBOO OF FUNDAMENTALS EXAMPLE CONDUCTION - ALL OR ROOF COMPONENT ":T 7ATA0 A8imuth! D2$ Tilt > Time one M D% Eastern #ocal Std 6 eridian M ?% #atitude M 33,;% #ongitude M <=,=$ Clearness M 2@ Frnd Refl M $@ Room Temperature M ?% ALL r ROOF ,

Sadre3 ae3# Area! sf M 2 nput  M ,> CTS T1pe0 2 CTS 7esc0 Spandrel Flass! RD2 nsulation Board! F1p Board Iutside Surface A'sorptance M ,> Iutside Surface h M 3 Iutside Surface Emittance M 2 Iutside surface delta R M , RTS JONE TPE, @ Convective0 @ Radiant0

6onth M Hour M 2 $ 3 = % ; ? < > 2 22 2$ 23

< 65 w Carpet %@ glass 3?@ ;3@

ALL UNIT COOLING LOADS - B!4(@#6 6 a33 2 $ 3 = D2,>% D2,;3 D2,= D,%3 D$,= D2,?$ D2,2= D,;3 D$,22 D2,< D2,$$ D,?$ D$,2? D2,3 D2,3< D,>$ D$,$; D2,>< D2,== D,>< D$,$? D$, D2,3< D,=% D$,2< D2,;$ D,%% 2,;= D2,;3 D,$ 2,%$ 3,33 D,== ,>> $,%< 3,>= D,2$ 2,2; $,%= 3,;% D,3> ,;> 2,<< $,
% D,$ D,22 D,$ D,3 D,3> D,33 ,;2 $,
; ,%= ,=% ,3? ,$? ,2> ,3 2,3> 3,%? %,2 %,=; %,2< =,=$ 3 %$

? ,<= ,?% ,;? ,%< ,% ,=; 2,2$ 3,3; %, %,;2 %,3> =,;% 3 ?;

< ,;> ,;2 ,%3 ,=% ,3< ,3$ ,?< $,;> =,3? %,3 =,< =,3 3 $2

> ,$< ,$ ,23 ,; D,2 D,? ,2? 2,=2 3,2 3,?> 3,%3 $,<$ $,3?

2 D,;< D,?? D,<% D,>$ D,>> D2,= D2,= D,%2 2,2= 2,>$ 2,?= 2,$3 2 2

22 D2,$< D2,3; D2,=3 D2,% D2,%; D2,;2 D2,;2 D2,32 D,$; ,%2 ,% ,$?  $>

2$ D2,?3 D2,<2 D2,<< D2,>= D2,>> D$,3 D$,= D2,>% D2,== D,=< D,$= D,3%  32


EST TPE * ALL

2005 ASHRAE HANDBOO OF FUNDAMENTALS EXAMPLE CONDUCTION - ALL OR ROOF COMPONENT ":T 7ATA0 A8imuth! ; Tilt > Time one M D% Eastern #ocal Std 6 eridian M ?% #atitude M 33,;% #ongitude M <=,=$ Clearness M 2@ Frnd Refl M $@ Room Temperature M ?% ALL r ROOF ,

Bri' i3a#!er# Area! sf M 2 nput  M ,< CTS T1pe0 22 CTS 7esc0 Bric/! RD% nsulation Board! Sheathing! F1p Board Iutside Surface A'sorptance M ,=% Iutside Surface h M 3 Iutsi de Su rface Emittan ce M 2 Iutside surface delta R M , RTS JONE TPE, @ Convective0 @ Radiant0

6onth M Hour M 2 $ 3 = % ; ? < > 2 22 2$ 23

< 65 w Carpet %@ glass 3?@ ;3@

ALL UNIT COOLING LOADS - B!4(@#6 6 a33 2 $ 3 = D,<= D,== ,2% ,%= D2,= D,;? D,22 ,$> D2,$2 D,% D,%; D2,?? D2,% D2,2 D,; D2,< D2,%$ D2,2 D,%> D2,?? D2,=> D,>? D,%= D2,;> D2,= D,<< D,== 2 %= 2 $%  ?$  $<

% ,>$ ,;> ,=< ,32 ,2? ,% D,% D,2$ D,2= D,23 D,? ,3  2?

; 2,3> 2,2; ,>; ,?> ,;% ,%3 ,== ,3< ,3% ,3? ,=3 ,%$  ;;

? 2,;? 2,=3 2,$3 2,? ,>3 ,<2 ,?$ ,;% ,;$ ,;= ,;> ,?>  >$

< 2,%2 2,$> 2,2 ,>= ,<2 ,? ,;2 ,%% ,%$ ,%3 ,%? ,;;  <

> 2,2? ,>% ,?? ,;2 ,=> ,3< ,3 ,$3 ,2> ,2> ,$3 ,3$ ,=?

2 ,3$ ,22 D,? D,$$ D,3% D,=; D,%= D,;$ D,;? D,;< D,;= D,%=  3;

22 D,$? D,=; D,;3 D,?; D,<< D,>< D2,; D2,2= D2,2> D2,$2 D2,2? D2,; 
2$ D,?2 D,<> D2,% D2,2? D2,$> D2,3< D2,=; D2,%3 D2,%< D2,;2 D2,%< D2,=< 2 32


EST TPE 2 ALL

2005 ASHRAE HANDBOO OF FUNDAMENTALS EXAMPLE CONDUCTION - ALL OR ROOF COMPONENT ":T 7ATA0 A8imuth! ; Tilt > Time one M D% Eastern #ocal Std 6 eridian M ?% #atitude M 33,;% #ongitude M <=,=$ Clearness M 2@ Frnd Refl M $@ Room Temperature M ?% ALL r ROOF ,

Sadre3 ae3# Area! sf M 2 nput  M ,> CTS T1pe0 2 CTS 7esc0 Spandrel Flass! RD2 nsulation Board! F1p Board Iutside Surface A'sorptance M ,> Iutside Surface h M 3 Iutside Surface Emittance M 2 Iutside surface delta R M , RTS JONE TPE, @ Convective0 @ Radiant0

6onth M Hour M 2 $ 3 = % ; ? < > 2 22 2$ 23

< 65 w Carpet %@ glass 3?@ ;3@

ALL UNIT COOLING LOADS - B!4(@#6 6 a33 2 $ 3 = D2,?> D2,=? D,<> D,== D2,<< D2,%? D2,2 D,%? D2,>% D2,;% D2,2 D,;; D$,2 D2,?$ D2,2? D,?= D$,; D2,?? D2,$3 D,< D$,< D2,<2 D2,$? D,<= D$,< D2,< D2,$; D,?> D$,= D2,?3 D2,2= D,%; D2,> D2,% D,<$ D,$$ D2,%< D2,2% D,=% ,2= D2,$3 D,?> D,< ,% D,;= D,$; ,3> ,>2  ;;  <= 2 33 2 ;%

% ,= D,< D,2? D,$= D,3 D,3$ D,$= ,$ ,3% ,;> 2,3 2,3% 2 <<

; ,%> ,=? ,3< ,32 ,$; ,$= ,3= ,; ,>$ 2,$% 2,%? 2,<> $ 3%

? ,> ,?> ,? ,;3 ,%< ,%% ,;2 ,<; 2,2> 2,%$ 2,<% $,2? $ ;3

< ,?? ,;? ,%> ,%3 ,=< ,=% ,=> ,?2 2,$ 2,3; 2,;< $,$ $ ;=

> ,=2 ,32 ,$= ,2< ,23 ,2 ,2$ ,$? ,%< ,>2 2,$3 2,?$ $,?>

2 D,%3 D,;3 D,?2 D,?? D,<3 D,<; D,<; D,?; D,=? D,2$ ,$? ,>; $ 3%

22 D2,2$ D2,$2 D2,$< D2,3% D2,= D2,=3 D2,=3 D2,3; D2,2= D,<$ D,3? ,%2 2 >=

2$ D2,%? D2,;; D2,?3 D2,?> D2,<3 D2,<; D2,<; D2,<$ D2,;< D2,3? D,>= D,2= 2 $=


"IRTH TN:E 2 5"7I5

2005 ASHRAE HANDBOO OF FUNDAMENTALS EXAMPLE FENESTRATION COMPONENT, ":T 7ATA0 A8imuth! )E"ESTRATI" Tilt 5in,5idth! ft0 ;,$% Time one M 5in,Height! ft0 ;,= Std 6eridian M Area! sf0 =, #atitude M 0 ,%? #ongitude M AC0 ;;@ Clearness M Angle0 SHFC0 Frnd Refl M  =>@ Room Temperature M = =;@ RTS one T1pe0 % ==@ nshaded Beam0 ; 3>@ @ Convective0 ? 32@ @ Radiant0 < 2?@ Shaded7iffuse0 > @ @ Convective0 Hemis0 =2@ @ Radiant0

7epth! ft0 A'v win! ft0

6onth M Hour M 2 $ 3 = % ; ? < > 2 22 2$ 23 2=

Iverhang0  

D/3 +3a;ed) 3-E) /r;e D$2 > D% ?% 33,;% <=,=$ 2@ $@ ?% < @ 2@


3?@ ;3@

Jertical :rojection0 7epth! ft0  7istance from 5in0 

INDO UNIT COOLING LOADS - B!4(@#6 6  id 2 $ 3 = % D2$,>> D22,> D?,== D=,2> D,%3 D23,=$ D22,;2 D?,>; D=,?$ D2,2; D23,< D2$, D<,= D%,$3 D2,%< D2=,2 D2$,3; D<,?> D%,;3 D2,>< D2=,3 D2$,%< D>,$ D%,<< D$,$$ D2=,3 D2$,%; D>,2 D%,<< D2,?% D2=,% D2$,3$ D<,=? D3,2; 2,=% D23,$3 D>,>> D=,?2 ,? =,=? D>,%2 D;,=$ D2,3= 3,$< ?,= D;,3; D3,$2 2,<2 ;,32 2,$3 D3,%$ D,$> =,?< >,2% 2$,<; D2,$= $,2= ?,$3 22,% 2=,>$ ,32 3,<2 <,<= 23, 2;,% 2,% =,;3 >,%> 23,>? 2?,3>

; 3,$2 $,%% $,23 2,?< 2,%= $,3$ %,= <,32 22,2; 23,<> 2;,=2 2<,=2 $,$ $2,<

? %,2 =,3< 3,>; 3,;$ 3,3> 3,% ;,;% >,;> 2$,;= 2%,=2 2?,>? $,2 $2,%% $$,=%

< 3,?3 3,$; $,> $,%; $,3= $,32 =,<2 <,$ 22, 23,?> 2;,3? 2<,=3 2>,;> $,%2

> 2,? ,;2 ,$% D,? D,$> D,32 2,3 =,=< ?,%= 2,3; 2$,>3 2%, 2;,$? 2;,?;

2 D%,% D%,%? D%,>? D;,3= D;,%; D;,%% D;,$; D$,;? ,; 3,; ;,3 <,=< >,<< 2,=?

22 D<,?$ D>,$ D>,;3 D>,>% D2,2; D2,23 D>,<< D?,;3 D=,$3 D2,$< 2,=$ 3,%< %,2 %,%%

2$ D22,%% D22,>< D2$,3; D2$,;; D2$,<; D2$,<; D2$,; D22,?3 D<,2$ D%,; D$,33 D,2% 2,$> 2,>2


"IRTH TN:E $ 5"7I5



6onth M Hour M 2 $ 3 = % ; ? < > 2 22 2$ 23 2= 2% 2;

Iverhang0 2 

D/3 +3;) 3-E) /r; *0 (+ D$2 > D% ?% 33,;% <=,=$ 2@ $@ ?% < @ 2@


3?@ ;3@


INDO UNIT COOLING LOADS - B!4(@#6 6  id 2 $ 3 = % D2$,>> D22,2 D?,%% D=,% D2,< D23,=$ D22,;$ D<,? D%,= D2,;> D23,< D2$,$ D<,%2 D%,%= D$,2$ D2=,2 D2$,3< D<,> D%,>= D$,%2 D2=,3 D2$,%> D>,23 D;,2> D$,?% D2=,3 D2$,%? D>,2$ D;,$ D$,$< D2=,% D2$,33 D<,%< D3,=< ,>$ D23,$3 D2, D=,<$ D,$% 3,>= D>,%2 D;,=3 D2,=% $,>; ;,,? D3,%$ D,3 =,;? <,<= 2$,3; D2,$= $,23 ?,2$ 22,$% 2=,%3 ,32 3,< <,?> 2$,<< 2;,32 2,% =,;3 >,%> 23,>? 2?,3? ,<; =,%3 >,?< 2=,33 2?,?;  =$ 3 ;% > = 23 ?< 2? 3%

; $,%= 2,>$ 2,% 2,2% ,>2 2,;> =,?? ?,;< 2,%3 23,$; 2%,<$ 2?,>% 2>,?? $,> $2,$> $2 2

? =,=3 3,<= 3,=3 3,< $,<% $,>; ;,22 >,2% 2$,2 2=,,%> $2,3$ $$,=2 $$,?< $$ =>

< 3,=$ $,>% $,%> $,$% $,3 $, =,%2 ?,?2 2,;> 23,=< 2;,; 2<,2< 2>,%? $,%2 $,<$ $ 3=

> ,>? ,%2 ,2; D,2? D,3> D,=2 ,>= =,3> ?,== 2,$; 2$,<= 2=,>$ 2;,$% 2;,?; 2;,<% 2;,$

2 D%,? D%,%> D%,>< D;,3% D;,%< D;,%? D;,$< D$,;> ,%> 3,%< ;,$< <,=; >,<< 2,=? 2,$? > 22

22 D<,?$ D>,$ D>,;3 D>,>% D2,2; D2,23 D>,<< D?,;3 D=,$3 D2,$< 2,=$ 3,%< %,2 %,%% %,2% 3 ??

2$ D22,%% D22,>< D2$,3; D2$,;; D2$,<; D2$,<; D2$,; D22,?3 D<,2$ D%,; D$,33 D,2% 2,$> 2,>2 2,%<  22


SITH TN:E 2 5"7I5

2005 ASHRAE HANDBOO OF FUNDAMENTALS EXAMPLE FENESTRATION COMPONENT, ":T 7ATA0 A8imuth! )E"ESTRATI" Tilt 5in,5idth! ft0 ;,$% Time one M in,Height! ft0 ;,= Std 6eridian M Area! sf0 =, #atitude M 0 ,%? #ongitude M AC0 ;;@ Clearness M Angle0 SHFC0 Frnd Refl M  =>@ Room Temperature M = =;@ RTS one T1pe0 % ==@ nshaded Beam0 ; 3>@ @ Convective0 ? 32@ @ Radiant0 < 2?@ Shaded7iffuse0 > @ @ Convective0 Hemis0 =2@ @ Radiant0


6onth M Hour M 2 $ 3 = % ; ? < > 2 22 2$ 23 2= 2% 2; 2?

Iverhang0  

D/3 +3a;ed) 3-E) /r;e D3 > D% ?% 33,;% <=,=$ 2@ $@ ?% < @ 2@


3?@ ;3@


INDO UNIT COOLING LOADS - B!4(@#6 6  id 2 $ 3 = % D2,2; D<,== D%,=; D3,$$ D,%= D2,; D<,>; D%,>> D3,?% D2,? D2,>< D>,3% D;,=% D=,3% D2,%; D22,32 D>,>2 D?,> D=,>% D$,< D22,> D2,%= D?,;> D%,=; D$,% D2$,= D22, D<,> D%,?= D2,< D2$,;? D22,$3 D%,%= ;,<2 ?,%? D<,$? 2$,3> $3,?; $$,<2 2<,?3 33,3; =2,; =$,%> 3%,2< $?,;< %=,;3 %;,>; %3,?? =$,== 33,2 ;=,;% ;=,3< %<,$ ==,< 3=,; ;;,$= ;=,$ %%,2$ =,2 3,3? ;,3= %;,3> =;,= 32,<2 $=,?2 =?,<= =3,2; 33,$% $3,2 $,?3 32,>% $?,== $,>< 2<,=2 2<,>% 2;,% 2=,3< 2=,%% 2%,32 2;,<> % 33 ? ;2 2 2; 2$ 3? 2= %3

; $,?> $,$> 2,<3 2,3< 2,2 2,> >,= 2<,2? $;,%= 32,%; 3$,=2 $>,;> $%,=$ $3,? $2,;; 2>,>$ 2? ?%

? =,<> =,=2 3,>% 3,=> 3,2 3,2 22,22 $2,<> 32,? 3;,<; 3<,%3 3%,=> 3,2% $%,<> $=,% $$,$ 2> ?;

< =,;2 =,2= 3,? 3,2> $,?$ $,== 23, $<,$? =,3< =?,; =>,3= =%,;% 3?,?2 $>,2> $=,;? $2,;3 2< <$

> $,>< $,%$ $,< 2,=< ,> ,=> 2,$= 3%,?= %2,>% ;2,2$ ;3,;% %>,? =>,22 3;,$; $%,;2 $,%3 2;,=2

2 D$,%= D3,; D3,=; D=,2= D=,< D%,$; D=,<; 32,% %$,<; ;=,=% ;<,$2 ;=,<; %=,% =,= $%,?% 2;,== 22 

22 D%,> D;,3? D;,< D?,3% D<, D<,=< D<,?= 2?,3> =?,;< ;3,2< ;>,3= ;?,<= %>,3$ =%,$= $>,2? 2%,=% ? 2

2$ D<,?$ D>,2% D>,%3 D>,<< D2,=< D2,>> D22,$% D%,;3 3;,? %;,>3 ;;,$= ;?,2 ;,;= =?,?< 32,<2 2;,2 = >>


SITH TN:E $ 5"7I5



6onth M Hour M 2 $ 3 = % ; ? < > 2 22 2$ 23 2= 2% 2;

Iverhang0 2 

D/3 +3;) 3-E) /r; *0 (+ D3 > D% ?% 33,;% <=,=$ 2@ $@ ?% < @ 2@


3?@ ;3@


INDO UNIT COOLING LOADS - B!4(@#6 6 id 2 $ 3 = % D2$,3% D2,;$ D?,33 D=,=% D2,$; D2$,?< D22,2= D?,<% D=,>< D2,?> D23,2; D22,%= D<,32 D%,%2 D$,$3 D23,=> D2$,= D<,?> D%,>= D$,;3 D23,>3 D2$,=3 D>,; D;,$2 D$,> D2=,22 D2$,=; D>,< D;,$= D$,$? D23,>= D2$,$% D;,%$ D,=? 2,<$ D>,== %,>? ;,$= $,2; %,;$ 2;,<3 23,;$ 3,$> %,>= >,2 2?,<3 ;,<; ;,32 >,$% 2$,2> 2,23 ;,=; >,% 2$,% 2=,<2 ;,; ?,?= 22,? 2=,2= 2;,;> ;,3$ <,=2 2$,2$ 2%,$% 2?,? %,;? <,3; 2$,$= 2%,3> 2?,<$ =,3> ?,3 22,$> 2=,; 2?,2$ $,$ %,2> >,=3 2$,?< 2%,;2

; $,$? 2,?? 2,3= ,>? ,?$ 2,%? %,%2 >,2$ 2$,=> 2%,=< 2<,$ 2>,<> $,<; $2,3 $,3; 2>,2

? =,$$ 3,?= 3,3$ $,>; $,? $,<3 ;, 2?,3< 2>,>< $2,<% $$,<= $$,>? $$,$% $,?<

< 3,=? 3,2 $,;$ $,$? $,$ 2,>? ?, 2,; 23,?2 2;,<% 2>,== $2,$3 $$,< $$,2 $2,22 2>,$?

> 2,$2 ,?% ,3= D,? D,32 D,3? ?,3 2=,2 2$,=> 2%,2= 2?,=$ 2<,>< 2>,;3 2>,3% 2<,2? 2;,2;

2 D=,;= D%,2; D%,%; D;,2 D;,== D;,=; D%,;< 2;,23 2%,= 2,?< 2$,33 23,%% 2=,$ 23,?3 2$,3< 2,;

22 D<,; D<,%3 D<,>; D>,=; D>,<> D2, D>,?> 22,3% $$,<= 2<,<% 2,=> 2,=> 2,3< >,?= <,$3 %,;2

2$ D2,<3 D22,$; D22,;= D22,>< D2$,=3 D2$,;= D2$,% D;,<> $,% $$,$ 2%,3? <,%3 ?,?2 ;,?3 %,$ $,%?


EAST TN:E 2 5"7I5



6onth M Hour M 2 $ 3 = % ; ? < > 2 22 2$ 23 2= 2% 2;

Iverhang0  

D/3 +3a;ed) 3-E) /r;e D2$ > D% ?% 33,;% <=,=$ 2@ $@ ?% < @ 2@


3?@ ;3@


INDO UNIT COOLING LOADS - B!4(@#6 6 id 2 $ 3 = % D2$,?< D2,;2 D;,?? D3,3? ,2 D23,$2 D22,2$ D?,3 D3,> D,% D23,%> D22,%$ D?,?< D=,? D2,$> D23,>2 D2$,% D<,=< D%,=> D$,> D2=,$= D2$,=< D>, D;,; D$,;< D2=,3 D2$,%< D>,2% D;,$% =,;> D2=,% D2$,3% D=,$$ $<,$$ =2,3; D2,<= <,%? $>,?$ =;,33 %=,;= =,<% 2>,%> 3=,;2 =;,<< %=,3> $,2% 23,<> $;,3> 3;,=< =3,<3 D,?= %,>? 2=,>= $3,2> 3,$ ,? %,2> 22,<$ 2?,;2 $$,= 2,? %,% 22,=3 2;,;$ $,3= 2,%% %,<3 22,=> 2;,$2 2>,%; 2,$? %,=2 2,<$ 2%,3< 2<,;$ D,2= 3,>< >,32 23,<$ 2?,;

; 3,?3 3,2= $,3% 2,%< ,>> 2$,2? =;,2 %>,; %>,3< =>,>2 3;,2> $;,%? $=,3? $3,$2 $$,2? $,;;

? %,%% %,% =,3 3,%% $,>; =,3; =$,2> %<,2= %>,>$ %2,2= 3?,%= $?,>2 $%,<< $=,?; $3,?% $$,$=

< =,%2 =,% 3,=$ $,?$ $,2? 2,>% 3$,%= %2,<$ %3,;< ==,2% 32,? $=,;; $3,32 $$,;> $2,?> $,

%$> 2,?3 2,$? ,?< ,2% D,32 D,=% 2%,=$ 3>,2= =,; 3,$< $,=< 2<,<2 2<,%? 2<,=3 2?,;= 2;,%

2 D=,;3 D%,2% D%,%% D;,2= D;,%3 D;,%? D%,? $,?= $$,$ 2=,$? 2,32 2,%$ 22,2= 22,=3 2,?< >,22

22 D<,=< D<,>; D>,3< D>,<$ D2,2= D2,23 D>,<> =,$3 >,$2 =,3 3,?$ =,?3 %,?2 ;,< %,%= 3,<3

2$ D22,= D22,<3 D2$,$2 D2$,%3 D2$,<3 D2$,<; D2$,; D>,33 $,3% D,3 D,%3 ,;> 2,?> $,$= 2,<% ,$<


EAST TN:E $ 5"7I5



6onth M Hour M 2 $ 3 = % ; ? < > 2 22 2$ 23 2= 2% 2;

Iverhang0 2 

D/3 +3;) 3-E) /r; *0 (+ D2$ > D% ?% 33,;% <=,=$ 2@ $@ ?% < @ 2@


3?@ ;3@


INDO UNIT COOLING LOADS - B!4(@#6 6 id 2 $ 3 = % D2$,>3 D2,>; D?,3? D=,$% D,>? D23,3? D22,=< D?,<> D=,?< D2,%; D23,?% D22, D$,$ D2=,; D2$,3% D<,> D%,>> D$,;% D2=,$< D2$,%> D>,2; D;,$? D$,>3 D2=,3 D2$,%< D>,2? D;,$> 3,<< D2=,% D2$,3% D=,;3 2<,33 $=,$> D22,2% $,>= 22,?= 23,> 2=,?3 D;,?< D$,%% 3,?% >,$> 23,2< D=,?? D,=; %,$> 2,3; 2=,$ D$,%$ 2,== ;,>= 22,;; 2%,3? D,> 3,= <,3? 2$,> 2;,3< ,%2 =,$% >,=2 23,?< 2;,> 2,2> %, 2,2 2=,$% 2?,$2 ,>% =,?% >,?< 23,>% 2;,>3 D,3% 3,%$ <,%% 2$,?3 2%,?=

; $,; $,$ 2,3> ,>? ,? 2,;> $<,$; 2<,>% 2?,$2 2<,2 2>,23 $,; $,%> $,;; $,3= 2>,$3

? =,% =, 3,3< $,>= $,;< =,2< $<,%$ $$,%% 2<,> 2>,?< $,?> $2,;; $$,$% $$,3= $$, $,>

< 3,;; 3,$ $,;% $,$2 2,>; 2,>2 $=,$2 $$,2= 2?,2< 2<,; 2>,? 2>,>% $,=> $,?? $,3> 2>,2<

> 2,2? ,?2 ,$% D,2< D,=$ D,=; 2$,;? 2?,33 2$,% 23,? 2=,>; 2;,3 2;,<> 2?,$3 2;,?% 2%,3<

2 D=,>% D%,=? D%, %,<3 ?,%< <,>> 2,$2 2,?= 2,$; <,?=

22 D<,;= D>,22 D>,%= D>,>3 D2,2% D2,23 D>,<> D,$? D2,< ,3< $,3% 3,>; %,$% %,?% %,$? 3,;;

2$ D22,%2 D22,>= D2$,3$ D2$,;= D2$,<% D2$,<; D2$,; D>,?2 D;,?$ D3,> D2,;= ,< 2,=3 $,2 2,;= ,2;


5EST TN:E 2 5"7I5

2005 ASHRAE HANDBOO OF FUNDAMENTALS EXAMPLE FENESTRATION COMPONENT, ":T 7ATA0 A8imuth! )E"ESTRATI" Tilt 5in,5idth! ft0 ;,$% Time one M in,Height! ft0 ;,= Std 6eridian M Area! sf0 =, #atitude M 0 ,%? #ongitude M AC0 ;;@ Clearness M Angle0 SHFC0 Frnd Refl M  =>@ Room Temperature M = =;@ RTS one T1pe0 % ==@ nshaded Beam0 ; 3>@ @ Convective0 ? 32@ @ Radiant0 < 2?@ Shaded7iffuse0 > @ @ Convective0 Hemis0 =2@ @ Radiant0


6onth M Hour M 2 $ 3 = % ; ? < > 2 22 2$ 23 2= 2% 2;

Iverhang0  

D/3 +3a;ed) 3-E) /r;e ; > D% ?% 33,;% <=,=$ 2@ $@ ?% < @ 2@


3?@ ;3@


INDO UNIT COOLING LOADS - B!4(@#6 6 id 2 $ 3 = % D22,$ D>, D%,=? D$,?% ,3$ D22,=% D>,%$ D%,>> D3,$> D,$> D22,<3 D>,>2 D;,=3 D3,?> D,?$ D2$,23 D2,$? D;,<$ D=,$ D2,22 D2$,33 D2,=> D?,% D=,=% D2,3; D2$,33 D2,=? D?,= D=,=% D,>2 D2$,> D2,$3 D;,% D2,?3 $,32 D22,3= D?,>= D$,?? 2,=> %,33 D?,<= D=,%= ,=; =,; <,$ D%,; D2,;< 3,32 ?,3> 2,<% D$,2= 2,2? ;,23 2,< 23,$3 ;,?% ;,>% 2,2< 23,= 2%,?= $=,>% $3,?> $%,2 $=,2= $3,> =%,3= ==,%= ==,? =2,=; 3?,33 %>,<2 ;2,<$ ;$,2$ %?,;= %2,3? ;=,;$ ?,3% ?2,?= ;;,
; 3,?; 3,2% $,?3 $,3< $,2= $,<% %,>> <,<> 22,?2 2=,3 2;,;3 2>,3 $=,2% 3;,;> =>,?; %<,?>

? %,?> %,2> =,?< =,=3 =,$ =,3 ?,=; 2,% 23,=2 2;,$ 2<,3% $,?% $;,3 3>,=> %3,32 ;3,$

< %,? =,%> =,$3 3,> 3,;? 3,;% ;,2% >,3= 2$,$= 2=,<2 2?,; 2>,?2 $>,3? =%,%< ;2,> ?,$<

> $,>3 $,=? $,22 2,?> 2,%? 2,%% $,<> ;,3 >,2< 22,;? 2=,$; $,$ 3;,2? %%,$3 ?,3; ?;,><

2 D3,3 D3,%= D3,>= D=,32 D=,%= D=,%$ D=,$% D,?% $,$< %,$ ?,>3 2>,3 3<,%; %<,2< ?2,2; ?=,$2

22 D;,?> D?,$; D?,;> D<,2 D<,$$ D<,$ D?,>; D%,<= D$,?$ ,< 3,>< 2?,;3 3?,=; %%,>$ ;?,$ ;%,>>


5EST TN:E $ 5"7I5



6onth M Hour M 2 $ 3 = % ; ? < > 2 22 2$ 23 2= 2% 2;

Iverhang0 2 

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INDO UNIT COOLING LOADS - B!4(@#6 6 id 2 $ 3 = % D2$,3? D2,%$ D?,> D=,$% D2,$ D2$,< D22,= D?,;2 D=,?< D2,;2 D23,2< D22,== D<,% D%,$> D$,= D23,=< D22,?> D<,== D%,;> D$,=3 D23,;< D2$,2 D<,;? D%,>= D$,;< D23,;< D22,>> D<,;; D%,>= D$,$3 D23,=3 D22,?% D<,2$ D3,$$ ,>> D2$,;3 D>,== D=,3? , =,2 D<,>3 D%,<< D2,$ 3,2> ;,>3 D%,< D$,? $,22 ;,$2 >,?= D$,=< ,%< %,33 >,$$ 2$,3< ,32 3,%? <,=$ 2$,$; 2%,$$ $,%; %,>3 2,<% 2=,?3 2?,%% =,33 ?,?= 2$,%? 2;,=$ 2>,23 >,23 <,;= 23,=? 2?,$? 2>,<% $%,?= 2<,=3 2$,>> 2;,?< 2>,3<

; $,% 2,>3 2,%2 2,2; ,>$ 2,;3 =,?? ?,;? 2,%$ 23,$= 2%,?> 2<,=< $,;> $$,3 $$,>> $$,;=

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< 3,;; 3,2< $,<$ $,=> $,$; $,$3 =,?= ?,>3 2,> 23,;? 2;,$3 2>,23 $2,== $3,$ $3,<; $3,=%

> 2,=2 ,>% ,%> ,$? ,% ,3 2,3? =,<2 ?,<= 2,;= 23,;3 2;,== 2<,;3 $,$ $,<< $3,%;

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RTS COOLING LOAD CALCULATIONS 2005 ASHRAE HANDBOO OF FUNDAMENTALS EXAMPLE

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N-S3ar RTS &a34e# - da!a 6r" 2005 HF) C(a!er :0) Ta/3e 20 our0 2 $ 3 = % ; ? < > 2 22 2$ 23 2= 2% 2; 2? 2< 2> $ $2 $$ $3 $=

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=>@ 2?@ >@ %@ 3@ $@ $@ 2@ 2@ 2@ 2@ 2@ 2@ 2@ 2@ 2@ 2@ 2@ 2@ 2@ @ @ @ @

%$@ 2;@ <@ %@ 3@ $@ $@ 2@ 2@ 2@ 2@ 2@ 2@ 2@ 2@ 2@ 2@ 2@ 2@ @ @ @ @ @

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3%@ 2%@ 2@ ?@ %@ =@ 3@ 3@ $@ $@ $@ $@ 2@ 2@ 2@ 2@ 2@ 2@ 2@ 2@ 2@ 2@ @ @

3=@ >@ ;@ =@ =@ =@ 3@ 3@ 3@ 3@ 3@ $@ $@ $@ $@ $@ $@ $@ $@ $@ $@ $@ 2@ 2@

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=$@ >@ %@ =@ =@ 3@ 3@ 3@ 3@ $@ $@ $@ $@ $@ $@ $@ $@ $@ 2@ 2@ 2@ 2@ 2@ 2@

$$@ 2@ ;@ %@ %@ =@ =@ =@ =@ 3@ 3@ 3@ 3@ 3@ 3@ $@ $@ $@ $@ $@ $@ $@ $@ $@

$%@ >@ ;@ %@ %@ =@ =@ =@ 3@ 3@ 3@ 3@ 3@ 3@ $@ $@ $@ $@ $@ $@ $@ $@ $@ $@

$<@ >@ ;@ %@ =@ =@ =@ =@ 3@ 3@ 3@ 3@ 3@ $@ $@ $@ $@ $@ $@ $@ $@ $@ $@ 2@

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2 Ta/3e *7

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CURTAINALLS

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Hour  2 $ 3 = % ;

d r a o B  p 2 D 1 R F ! ! s d r s a a o l B F l n e i o r d t a n l a u p s n S 3 2 ,?%

d r a o  B 2 D p 1 R F ! ! l e d n r a a o : B l l a n o i 5 l t a l a t u e s n 6 3 $ ,?;

n o i t a l u s n d 3 r  a o 2 D B R p ! 1 e F n ! o d t r S a G o 2 B 3 ,?%

d r ! a g o n B i h p t a 1 e F h ! S n o ! i l e t l n a a u : s n l 3 l a t t a 5 l B a t 2 e 2 D 6 R = ,?=

23,3 ;,3 2,%

23,$ =,3 2,

23,3 2;,= 3,3

23,; %,$ 2,$

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CTS $%@ %?@ 2%@ 3@ @ @ @

CTS <@ =%@ 3$@ 22@ 3@ 2@ @

CTS 2>@ %>@ 2<@ 3@ 2@ @ @

STUDALLS t t 2 a 2 D B R d 2 ! 2 g o D n R d i o ! h t 5 g r a G n a $ o i e  h B h 2 t ! S a p ! n e 1 o g i h F n t S ! i a l ! n d i u e i o S s n t n o a d 3 t l o t u t S s o a G n 2 3 5 B % ,?=

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23,< 23,? 3,

CTS ;@ =$@ 33@ 23@ =@ 2@ 2@

CTS ?@ ==@ 3$@ 2$@ =@ 2@ @

CTS %@ =2@ 3=@ 23@ =@ $@ 2@

EIFS d r n a o o i t B a p l u 1 s F n ! 3 g % n D i h R t ! h a e s h i n S i ! ) d S r a ) 3 o E B < ,22<

t t n a o i t B a 2 l D d u 2 s R r n ! a 3 o g B % n D i p R h 1 ! t F h a e ! s h n i n S i o i ! t ) d a l S r a u ) 3 o s n E B 3 > ,%=

<,% ?,% 2,<

2<,; ?,< 2,>

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CTS $@ $%@ 32@ $@ 22@ %@ 3@

2

!  6 n C o i t 5 a # l u G s < n ! 3 g % n D i h R t ! h a e d s h i r n S a i ! o ) d B S r a p ) 3 o 1 E B F 2 ,>$ 2,< $;,< %,>

CTS 2@ $@ ;@ >@ >@ >@ <@

22

2$

! d r a o B d r n a o o i t B a p l u 1 s F n ! 3 % D g n R i t ! h / a c e i r h B S 22 ,22

t t a B 2 d 2 D r R a ! o g B n p i 1 h t F a ! e h n o S i ! t a / l c u i r s n B 3 2$ ,;;

>,> =3,> <,?

2%,2 ==, <,?

CTS @ %@ 2=@ 2?@ 2%@ 2$@ >@

CTS @ =@ 23@ 2?@ 2%@ 2$@ >@

RTS COOLING LO 2005 ASHRAE HA

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Hour  2 $ 3 = % ;

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BRIC ALLS G < t t ! a d B r a 2 o 2 D B d R d r n r ! a o a i o  o t B a B 6 l u p C p 1 s 1 n F F 5 3 # ! ! % G n D  o < i R 6 ! t ! a / l / C u c s c i i r n r 5 B 3 B H 2% 2; ,;2 ,222

! n o i ! t a d r l a u o s n B 3 t n t o a i t B a 2 l u 2 D s R n ! 3 g d % D i n r a R h o ! t / a B c e p i r h 1 B S F 23 ,%

G < ! d r a o B n o i t a l u s n 3 % D  R 6 ! / C c i r 5 B # 2= ,2$

$,2 ==,$ <,?

>,< %>,; 22,?

2;,3 ;$,3 2$,=

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CTS @ 2@ ?@ 2$@ 23@ 23@ 22@

CTS 2@ 2@ $@ %@ <@ >@ >@

CTS $@ $@ $@ 3@ %@ ;@ ?@

CTS $@ $@ $@ =@ %@ ;@ ;@

2?

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! d r a o B n o i t a l u s n 3 % D R ! / / c i c i r r B B 2? ,2$=

G < ! d r a d o r B a o n B o p i t 1 a F l u ! s e n t 3 e r % D c R n ! o / C c i r 5 B # 2< ,>2

d ! r a d r o a B o B p 1 n F o ! i t t a e l r u e s c n n 3 o % D C R 5 ! / H c G i r $ B 2 2> ,2$

2 2 D R d ! r a e o t B e r p c 1 n o F ! C n o i 5 H t a G l < u s ! n / 3 t c t i r a B B $ ,;<

t t d a r B a o 2 B 2 D p R 1 !  F ! 6 n o i C t a l 5 # u G s n < 3 $2 ,;?

<,2 <,$ 2%,3

22, >;,$ 2>,

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CTS 2@ 2@ 3@ ;@ ?@ <@ <@

CTS 3@ 3@ 3@ 3@ 3@ =@ =@

CTS =@ =@ =@ =@ =@ =@ =@

CTS 3@ 3@ 3@ =@ =@ =@ %@

CTS @ =@ 23@ 2;@ 2=@ 22@ >@

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CONCRETE BLOC A D R d 2 ! 2 n n r D o o a i o i R d r t t B ! a a a l l p  o u u 1 B s s 6 n n F p 3 3 C 1 ! l l l l i i n F 5 o ) ) i ! t H n a w w l G i o < t   u ! l s a o u 6 6 n c s C C 3 t c n t u a t 3 5 5 t S t # B # G a G 2 G < 2 2 B < $$ $3 $= ,%> ,?3 ,2<; 2;,> $$,3 =,<

CTS 2@ 2@ %@ >@ 22@ 2@ >@

23,? =;, 2,

CTS @ $@ <@ 2$@ 2$@ 22@ >@

%,= 2>,3 =,2

CTS 2@ 22@ $2@ $@ 2%@ 2@ ?@



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! n o i t a l u s n 3 l l i ) w  d 6 r C a o B 5 # p G 1 < F $% ,2=?

! n o i t a l u s n 3 l l i ) w  6 d C r a o 5 B # G p $ 1 2 F $; ,2$2

d r a o B d r % D a R o , B e p t 1 e r F c ! n n o o C i t a l 5 # u G s n = 3 $? ,22<

t t a B 2 d 2 D r a R o , B e p t 1 e r F c ! n n o o C i t a l 5 # u G s n = 3 $< ,?=

d r e a t o r B e  c n 2 D o R C , e 5 t # e r G c = ! n n o o C i t a l 5 # u G s n = 3 $> ,?;

p n 1 o F i t ! a t e l u e s r n c 3 n o % D C R ! h 5 s # i n G < i ! ) d d r S r a a ) 3 o o E B B 3 ,22%

t t a B 2 d 2 D r a R o , B e p t 1 e r F c ! n n o o C i t a l 5 # u G s n < 3 32 ,;<

n p 1 o F i t ! a e l u t e s r n c 3  n o 2 D C R ! 5 h H s G i n < i ! ) d d r S r a a ) 3 o o E B B 3$ ,<$

t t a B 2 d 2 D r R a , o e B t p e r 1 c F n ! o n C i o t a 5 l H u G s n < 3 33 ,?;

t t a B > 2 D d R r , a o e B t e r p c 1 n F o ! C n o i t 5 a H l G u $ s n 2 3 3= ,=?

e t e r c n o C 5 H G $ 2 3% ,%%

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CTS @ 3@ 2$@ 2;@ 2%@ 2$@ 2@

CTS 2@ 2@ $@ %@ ?@ >@ >@

CTS 2@ 2@ $@ 2<@ 2=@ 2@ ?@

CTS @ <@ 2<@ 2<@ 2=@ 22@ <@

CTS 2@ 2@ 3@ ;@ <@ >@ >@

CTS $@ $@ 3@ %@ ;@ ;@ ;@

CTS 2@ $@ 3@ ;@ ?@ <@ <@

CTS 3@ 3@ =@ %@ ;@ ;@ ;@

CTS 2@ $@ %@ <@ >@ >@ <@

CTS $@ $@ 3@ 3@ %@ %@ ;@

CTS 2@ $@ =@ ?@ <@ <@ <@

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 3; 2, D D D

CTS 2@ @ @ @ @ @ @



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r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 3? 2,

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 3< 2,

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 3> 2,

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 = 2,

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 =2 2,

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 =$ 2,

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 =3 2,

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 == 2,

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 =% 2,

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 =; 2,

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 =? 2,

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 =< 2,

D D D

D D D

D D D

D D D

D D D

D D D

D D D

D D D

D D D

D D D

D D D

D D D

CTS 2@ @ @ @ @ @ @

CTS 2@ @ @ @ @ @ @

CTS 2@ @ @ @ @ @ @

CTS 2@ @ @ @ @ @ @

CTS 2@ @ @ @ @ @ @

CTS 2@ @ @ @ @ @ @

CTS 2@ @ @ @ @ @ @

CTS 2@ @ @ @ @ @ @

CTS 2@ @ @ @ @ @ @

CTS 2@ @ @ @ @ @ @

CTS 2@ @ @ @ @ @ @

CTS 2@ @ @ @ @ @ @




Hour  2 $ 3 = % ;

=>

%

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 => 2, D D D

CTS 2@ @ @ @ @ @ @

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 % 2, D D D

CTS 2@ @ @ @ @ @ @


ROOF CTS DATA CONDUCTION TIME SERIE DATA - FROM 2005 HF) CHAPTER :0) TABLE *? ID 6r i4! <

Roof "um'er M Dfactor &BtuhD ftO$D)+ Total R M 6ass l'ssf M Thermal Capacit1 &BTsfD)+

Hour  2 $ 3 = % ;

2 Ta/3e *?

$ 3 = % ; ? < R6 Cd4'!i Ti"e Serie# $CTS%) Laer#) U-Fa'!r#) Ma## ad T(er"a3 Caa'i! SLOPED FRAME ROOFS OOD DEC ! d r ! g g a n o n  /  / ! c c l i l 2 2 B e e i i h u D D t e s a p R 7 R 7 C n 1 d e 3 ! ! d d l o h F d t d t t t g o g o a t t d t o t e o t r t d n o n o i S ! r c i i a a d a o n a a a a t 5 h h d i B B B n g t 5 t 5 o s B o B o ! o 5 ! ! t e a a u > > p i > s > B n o l ! > B d d a e e 2 2 2 e l r r s 2 l 2 D D s i D p p h a h a o c 5 u D D e g 1 1 e u l R R R R S o A S o ! s n R F g ! S C ! i F ! ! ! n e f d f f ! l ! ! ! ! l 3 n g i h g e B e B d i o r o n a o n e n n T t t n n n n d S i h i o a o o o o i n n c o o o o n a a a r t i t i i i i i S l h t r r R o R t R t t t t h o B a t a s l B l l l l ' l ' l a a a e d t l h a l e > a p a a a a o a t t t t m m u u u u u u u p e e o p 2 o h s a D e 1 e s c e s e s e s s s h s u l n n n n n n S 6 F 6 3 A 6 3 A S 3 S R 5 S 3 6 3 6 3 2 $ 3 = % ; ? < ,== ,= ,=% ,=2 ,=$ ,=2  ,;> ,%< $$,< %,% 2,3

$%, =,3 ,<

$$,$ $,> ,;

$=,2 ?,2 $,3

CTS ;@ =%@ 33@ 22@ 3@ 2@ 2@

CTS 2@ %?@ $?@ %@ 2@ @ @

CTS $?@ ;$@ 2@ 2@ @ @ @

CTS 2@ 2?@ 32@ $=@ 2=@ ?@ =@

$3,? 22,= 3,;

CTS 2@ 2?@ 3=@ $%@ 23@ ;@ 3@

$=,; ?,2 $,3

CTS 2@ 2$@ $%@ $$@ 2%@ 2@ ;@

2=,% 2, 3,?

CTS @ ?@ 2<@ 2<@ 2%@ 22@ <@

2?,$ 22,% 3,>

CTS 2@ 3@ <@ 2@ 2@ >@ <@

>

2

22

2$

METAL DEC ROOFS  / c 2 D e R 7 ! l a g t n e i h t 6 ! a d e h r S a ! o e B n n o a r i ' t a l m u e s n 6 3 > ,<

! g n  / i c l 2 e D i e R 7 C ! l l a a g t n e i c i t h t 6 ! a d s e u o h r c S a A o ! B d e e n n d o n a r i ' t a e l m u p e s s u n S 6 3 2 ,;%

% / c 2 D e R 7 ! l a g t n e i h t 6 ! a d e h r S a ! o e B n n o a r i ' t a l m u e s n 6 3 22 ,%?

2$,; =,> 2,=

2%,= ;,3 2,;

2?,; %,2 2,=

CTS 2<@ ;2@ 2<@ 3@ @ @ @

CTS =@ =2@ 3%@ 2=@ =@ 2@ 2@

CTS <@ %3@ 3@ ?@ $@ @ @

!  s 2 D d r R a ! o g B n n i h o t t a i a e l h u S s ! n e 3 / n % c e a D 7 r 2 ' R l a m s t e l u e 6 p 6 2$ ,3; $?,; %,; 2,;

CTS 2@ $3@ 3<@ $$@ 2@ =@ $@


ROOF CTS CONDUCTI ID 6r i4! <

23

2=

2%

2;

2?

2<

2>

$

$2

$$

$3

$=

CONCRETE ROOFS


Hour  2 $ 3 = % ;

% / c 2 D e ! t R 7 s ! l a g t a l l n e a i h B t 6 f a ! o e d o h r R S a o e ! B t e e n n r o c a i r t n ' a o l u C m e G s n $ 6 3 23 ,%$

% 2 D R ! g 5 n # i G h t = ! a d e h r S a ! o e B n n t o e a i r t e ' l a r m u c e s n o n C 6 3 2=  ,%=

% 2 D R ! g 5 n # i G h t ; ! a d e h r S a ! o e B n n t o e a i r t e ' l a r m u c n e s o n C 6 3 2% ,%$

% 2 D R ! g 5 n # i G h t < ! a d e h r S a ! o e B n n t o e a i r t e ' l a r m u c n e s o n C 6 3 2; ,%2

% 2 D R ! g 5 n H i G h t ; ! a d e h r S a ! o e B n n t o e a i r t e ' l a r m u c n e s o n C 6 3 2?  ,%;

% 2 D R ! g 5 n H i G h t < ! a d e h r S a ! o e B n n t o e a i r t e ' l a r m u c e s n o n C 6 3 2< ,%%

g ! n e l i t i e r e c C n l o ! a c C n i o t s i 5 t a u H l o G u c ; s A ! n d e 3 e n t t d a a n r B ' e > p m s e 2 D u 6 R S 2> ,=$

2>,2 22,< $,<

2<,; 3,; ;,;

2>,$ =3,> >,3

2>,? %?,$ 2$,

2<, ?3,> 2;,3

2<,$ >?,$ $2,=

$3,? ?=,$ 2;,$

CTS @ 2@ $$@ $@ 2=@ 2@ ?@

CTS 2@ $@ <@ 22@ 22@ 2@ >@

CTS $@ $@ 3@ ;@ ?@ <@ <@

CTS $@ $@ 3@ =@ %@ ;@ ;@

CTS $@ $@ %@ ;@ ?@ ?@ ;@

CTS 3@ 3@ 3@ %@ ;@ ;@ ;@

CTS 2@ $@ ;@ <@ <@ <@ ?@

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 $ 2,

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 $2 2,

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 $$ 2,

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 $3 2,

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 $= 2,

D D D

D D D

D D D

D D D

D D D

CTS 2@ @ @ @ @ @ @

CTS 2@ @ @ @ @ @ @

CTS 2@ @ @ @ @ @ @

CTS 2@ @ @ @ @ @ @

CTS 2@ @ @ @ @ @ @


ROOF CTS CONDUCTI ID 6r i4! <

%$$;

$?

$<

$>

3

SPARES


Hour  2 $ 3 = % ;

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 $% 2,

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 $; 2,

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 $? 2,

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 $< 2,

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 $> 2,

r e s  r o e r u t u ) r o ) D s e r t a u p p n S 3 3 2,

D D D

D D D

D D D

D D D

D D D

D D D

CTS 2@ @ @ @ @ @ @

CTS 2@ @ @ @ @ @ @

CTS 2@ @ @ @ @ @ @

CTS 2@ @ @ @ @ @ @

CTS 2@ @ @ @ @ @ @

CTS 2@ @ @ @ @ @ @

ASHRAE RTS Method

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