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Home My WebLink About2768 LOKER AVE W; ENERGY; 86-482 B; PermitENERGY CALCS . FOR 86-482 2768, 70, 72, 74, 76, 78,80,82 LOKER AVE W ' :t RAY COX J\/lECH/1J\J!CJ.\L l.JCENSE NO, 364075 BUILDING DATA FORM BUILDING ,ENYE~OP~ COMPLIANCE "9666 IlUSJNESS P.ARK ,W'c:. ; !, F.ERGUSOi'i BL~;i~ D,.:·1T[ CHEC:i<l;:::D BY PROJECT DESIGNER CARLX ARCHITECTURE DOCUMENTED BY SLF '.:::; T TE DIJ::::::CF~: :i: F'T I rn··--1 l Inr· :: ., .. 1· n1\1 r:n·1--,i=~ l\il 11·;1'i::.ir::-q < F-1:::·n1··1 ·1· '\HI E:· --::, n~ ~ 1=·1=·1=:·1·-r,-, ·1· 'x' ·1 ) ..... -_.fl . -, ...... -·M.. , ........ r.· .. 1 \ , \-(, __ ,,. ... _ .,... .... { I .... l.l ..•.• '\ •.•. OCEAN::::;IDE LATITUDE Df::Cil::;_'.E::J:: DriY:~;--HE1'..'.1TH\l13 ( FROM TfH:t!...E 2 OF ,(-\PPE:NDI X 1) 0(-';"\"(: SF, SOLAR FACTOR (FROM FJG. 4.1.17 OR TABLE 2 OF APPENDIX 1) DELTA T, ASHR~E SESIGN JEMP -78 DEG. ( FF:OM H\BL..E 2 OF. PiPPEND I K J } BLDG. DESCRIPTION OCCUPANCY TYPE CODE NUMBER (FROM TABLE 1 OF APPENDIX 1) GROSS HEATED FLOOR AREA, SQ. FT. I\IUMDER OF FLOOR:::; ' ,, I OPOI..IND FL..OOF( PE]~ IM I TEF-<, FT. i;', ·Ii'.-I '•1 LONGEST DIAGONAL DIMENSION AT GROUND FLOOR, FT. HE I C:il-ff, i:::T .. :I. •"'1 .:::. ·'::• ···' lj. :1.0 1 :!. 10 .,.~-u 1 :1. ,. oo 2 .. 00 176.00 :Y::i.00 :~~9 .. 00 RECORD THE DETAILED MATERIALS DATA ON THE MATERIALS DATA FORM -FORM 2 A<OPAQUE WALL> 12 ACUNSHADED WINDOW) 13A ACSHADED WINDOW) 13B ACTOTAL WINDOW) 13T TOTAL A<OW) (LINE 12+13T+14) 15 HEAT TRANSFER COEFFICIENTS CSEE SECTION 4.1.8) IA I I\! TI::. i:;: U ( W~L..L..) :!. 6 IJ ( IA I NDO!,,J ) :I. 7 I I u < Docn:::) :!. ::::: u ( hlt1L..I...) 1 '::°'.' I..J ( t,J l l\l[!()l,,.,J) :;~~() U (DOOR) SHADING COEFFICIENl OF GLASS (FROM TABLE 3 OF APPENDIX 1) SC :?:I. WEIGHT OF WALL CONSTRUCTION, LB/FT2 W MASS CORRECTION FAC~OR (FROM FIG. 4.1.16) M~~ EQUIVALENT TEMPERATURE DIFFERENCE (FROM FIG. 4.1.16) 1.39:L.O 64.0 :1,il~:55,1 () 0 .. 0 o .. ::::::::::10 0 .. 9716 () ti ()()(i() (} II ()()()() BUILDING DATA FORM --BUILDING ENVELOPE cbMPLIANCE PAGE 2 OF FOFH·1 1 PRO,JECT TITLE: DAVISON Z{ FERGIJ!::C'.IN ·1:1LDG A _RClOF _____ _ SUF:FACE AREAS A(OPAQUE ROOF) 26 ;~: '7 ''i-' /:, " () A ( ~:;~:::Vt_ I Ctl·-17 .. ) :~7 .. TOTAL A<bR) (26+27> 28T 8828.0 . •,,,: .. _________ ___,"l. • ..£~KY..LIJ3J:l:[B"---~--·. t.:.7::...U2.::Ct.) _ _:;:::•~,_, __ _____,_(i .,._O.OB_ NOTE: IF LINE 29 IS 5% OR GREATER, AUTOMATIC LIGHT-SENSITIVE !:::ltJ ITCH I NG S)'J;~rEM;;: P,RE HEG!U I RED. IN THE AREA . LIGHTED BY '.3KYL I GHT : SWITCHING NOt REQUIHED ENTER THE DIFFERENCE BETWEEN LINE 27 AND 5% OF LINE 28T, on ZEHO, WHICHEVER ·IS THE GREATER 30 (l. 0 ___ !:;}IJJ;:l~JHE_::::UM OF L I .. NC-::'.6 AND LI NE ::::q ________ ...,._. _______ :}J-. --=::::~7~9~6~n 0 HEf-YI~ ··i"RANSFEF-: COEFFICIENT:::: ·. (.i?,:EE '.:::Et:T :t ON' 4; L En ..... · · ~-.: itJ I,:l\l"T:k':.B .. : U(ROOF). 82 0.0400 -·-----------~-----··· ·---·-·----------'-----------l)lJ~:J:C{l~.LQl:lT.) _ _;:;:.;;: ___ C:Ln..62QQ_ '.:::UMMER UCROOF) 34 0.0400 U(SKYLIGHT) 35 0.5700 ----''.;1.-!ADJJ:.,!£LC.C!EEE..1J::JJ~b[LOF :;;;:i:;:~CL,:f...QJ::!L,.,,,(£J;;£;U:::LIBJil.}; :~: QF MASS COEFFICIENT (~ROM FIG»:4.1.·1~>-. . APPEND~}--~· 0.7000 MC:' _:37. · O. 9200 - ABSORPTANCE (FROM FIG. 4.1.16} AC 38 0.7900 FLOOn FLOOR AHEA OVEH UNHEATED SPACE ACOF) ~~ ~~--.I,.1,:--SAL.UE_F:.OH ... .El .. ,QQ[,_' ----------,-----~--~~t.LUJE.,L-A,l,-,_,.,.,> ~~<-;> r ...... :~.:~oo , , ·----·-----·-------··-----------------··· ---------·--------~-~ ----------------- .. ------------------------------- -----------------------. ------------------- ------------·-------· --···-------,------'--------------------------- . ·:, :·:·· .. ·. J'. BUILDING DATA FORM -BUILDING ENVELOPE COMPLIANCE P/~GE :;: OF FOF~M 1 ~~~~--~----~--~~----~--·-· ____________ ..,....... _____ _ PROJECT TITLE: DAVISON & FERGUSON BLDb A·. -··---------------~----------------- HEATING DESIGN CRITERION ::::TANIJAF<D U ( OltJ) ( Ff~:OM FI C:i.. 4. l • 2) 4::.: 0. 4290 ~-~::,:J:.AND.A.R.D...J.LCOR)~U:f(O.tLE.lJ::L._1-L,_L~: ) . . < B.=.:2~ _:7,:I0.6"..:iJ:t..:.1.d~d.:i.13)~~-~1:'.lA ___ (""') ""'" U,,;;l.Q.__ ::rrANDAF<D U (OF) ( FROM FIG.· 4 ~ L :3) :( A d~J_. t ,B-2 1 E'.-) 4-4B (1, 1 O(l(l ::::TANDARD U (OF) < FROM FIG. 4 ~ 1. ~A·)., . . . . 45 0.2450 ___ t1AX.I.t1Ut'LALU:1WABLE_U_(_CtJ __ (El:lCll'1....EJJ.:L.~l:...J--U..:.U ·· ... _.. L\-(;':.......-.._Q..,,-3.!).5:1:_ Pl=i'.OPOSED U ( OltJ) (FROM FIG. PROPOSED U <OF<) (F80M FIG. PROPO::;ED · U(OF) . ( FROM LINE. PROPOSEri U<O> (FROM FIG. 4 n 1. 7) 4. L j_ (l) 40): .· . . 4 R 1.-:L) .. . .. ... . . ·. 47 ·49 ~i(l o. 42(:.!5 0.0400 o. :3500 O. ::::t)20 . LINE 50 MUST NOT EXCEED LINE 46. -Ii·* GOOD ** NOTE: U <OF'.) IS CALCULATE[!. FF<etM· THE· .EG!Ur!:'.\T.-fi:tl\l·· -OF. FIG.· 4. 1.10 FOF~ · THE PF<OP0:3ED BU I L,.D I NC; U:::HNG · Tt:.1iz:: . .VALUE·· f::-.·RC'.IM L): l\fE' ~~:O · FOR THE i:.,REA ___ Of _SKY.I..JDHTf:;_,_AND_l]::IF~_V:ALUE_EROtt..J..J:..NE..:..;.:J.:.1..:::...:.~~t_'LERALLJ:ifJQF ________ _ AREA A (OR). r:i-,n, r Nn ·c,Ei=· r· n·N 1-:,:.., r ·rE· 1'";I r1"-1· ·. --··--••.. ;,, --'· _, -"· '' .··.;.:'···: ,.:.:·::' •. --~:=;.,TAI\IDAR[U:tJ': ... T.V .. CltJ) __ (.F.ROM_Ei!3.: • ...:.....4~1. ........ 1£i) ____ ~ _________ ...,.~.,.,,,j.__ __ _,_:·u,..,._6f.L_ STANDARD OTTV(R) (41 X LINE 44A) (B-2 STOR,B-3,B-4,H) 52A 4.63 ~:;1 .. At\l[1AR[1 (ITTV ( F<) ( 4-1 X LI I\IE 4-4B) (A, B .. -j_, B-~7:., f::) 5:;~B 4" l (l ~--_,_:=;,IeND.AR[LCLT_l:,\i. __ CERJJtLEJ.Q .. ._4-!'<-l~---~-~...,..,....---~--~-........ ~.5:-:::_ ... PROPOSED OTTVCW) <FROM FIG~ 4;1~14). ··. -54 25.4599 --~P-RCIF'J)~::~E[LCtJ-:_1-:_v_CFt)_Cl~F!Ctl1_J::-T J3 u-..:...J~_--i_u.:.1~4_)_· _____________ ~~-:---=,,:-_,_, __ _.._,._'~.'?J:>J._L__ PROPOSED OTTV <FROM FIG. 4.1.1.3) 56 17.1976 I ---------------_,...,.-----...---~----------~L ... ,11~1.E:". ?6.J1L!:~i,.1_t)!J:\J_I l:'.XCEED LI NE !:;;.:;:. · *·* GOOD *'* ___ NOTE.: __ OJ: ... TV_CR)_FOR._Tl:-IE __ F'.RC!E:O:::;EtLBL.IJ:LD..INi):_lf: ·C.f:.'!lLC.ULA.:[E.tLERClt-1~---------......, THE EQUATION OF FIG. 4.1.14 USING THE VALUE FROM LINE 27 FOR THE AREA OF SKYLIGHTS, AND THE VALUE FROM LINE 28T FOR THE OVERALL -~~l:<C!OF.:...,,.AF<EA_?-1..<.0RL .......... -. ·'"_,..,... __ _,,,....,......_..,.,,....._.,... __ ...,.,._,.....,........, ___ ,_..... __ .......,.. _____ --1 ' ..... '. .. ·.:._·: .. ': .;, '•'.,,• ' .. / . ·': ... : :·-. -----------------------------~------------------! .•. . .. . . MATERIALS DATA FORM FOF:M 2 BUILDING ENVELOPE COMPLIANCE PROJECT TITLE DAVISON & FERGUSON BLDG A Df-1TE ----------------------------------------------------------~ ------------7 -~~-~--~--~~~=-~ LOCATION CHECKED BY ----------------------------------------· -··-·----------------------------------- PROJECT DESIGNER CARLI ARCHITECTURE D(-.'iTE DOCUMEN1ED BY SLE -----------~--~ --._, ------------------------------------~---------------- _J.I,BL.!;:;.L:;;:....... ________________ _,...... _ _,.,....._,......,,,.,...,... _______________ ~ 1,.JALL TYPE 1 . .. . .. . . .. 1,,JE:lC:iHT OF WALL CON:;:TRUCTION1 LBIFT2··. < :3[iE ·$EC· •. .'-1-•. L :?,:) W 1. --~HF-A LTRAN::::FEF: COEFF IJ:: I ENTU::tEE ·::::EC" 4 ~ i • :::: ) . . ·w IN.TER U 1 · HEAT TRANSFER COEFFICIENT SUMMER U 1 SURFACE AREAS (ATTACH SHEETS TO DOCUMENT ORIENTATION ';>'(l. ()(l . 2A~-·~(~l "~5~:=:~0~o_· __ 0. ~5~500 N 4 0. () ~~---A.tt.LAfWJJ~lQNALC~QtlE:f~~§ .. J:~B~fil.0..IJ.Qb!l~.)--,,,.,.....,----,,,.....,..--(-.'iF'.Ef::\ · •,. <:·, ' . ··oRiENTATIC.1N'. ·o .. ;.· :· .. • ·: ·. ··· . . : ?~F,EA . I::, _______________ .....,__,~-~-~-~~~~-=nfUENI.ATIC~~'-"-~--'7'---_--=E,____ __ _ .. :•: --~ J f\LL..:.t..'i'.£.E_z______:__ . .._, · .. ··· .. Al:;:EA ORIENTATION 9 (-.)F'.EA 10 WEIGHT OF WALL CONSTF:UCTION, LB/FT2 (SEE SEC. 4.1.8) W 2 11 HEAT TRANSFER COEFFICIENT <SEE SEC. 4.1.8) WINTER U 2 12A ___ 1:1.r.-:B..L.:L8At{:;:EEEU::J:lEEE.:!:J::JS..Jil :=:1 U::W!l:.1::-.: U 2 :I. 2B 8URFACE AREA8 (ATTACH.1 8HEET:t:i Tt1,:ttt1i::l.:.liviENt .;·_. ... , .... ·. OR'1Ei'-ITA'TION· 1:::: ANY ADDITIONAL COMPASS ORIENTATION$}:·. .. .. . . AREA 14 1241. .. 0 20. 00 (l n (l::;::(l(l 0. (l::::00 N -------'-------=--------'------'---~-_,_,n1::uE.NI.BI.lC!.I\J_:t,~~~' --~~-=.; ___ _ ?~REA :1.6 o. (l 01::::IENTr~TION :1.7 E ~--·-.,..,..,.,.,,..,.....,.---·--·-.... -,, ·--ffi--, ____ ..,..,... ___ ....,....,......,.._...,......,..........ee1;.1:L ..... 1.r .... ;·: __ _......Q.,._(=-_1 __ .. :--·. · ... ·ol~I'ENTATICiN···· i'i. : . . . . .... ·: ..... · ?-1REA 20 .. TOTAL OPAQUE WALL AREA 40T .. ',, =· ... ·.·. ·, ... :. ,: ., ~·/· ·. ·.::: ~ :·. ·. ·:. : ·. ·. ' .· . · ... : . ' .:·."·.:: : .:. ,• : .. _,·. _·. ·· .. ·._. :· ·. ,. ' w o.6 MATERIALS DATA FORM -BUILDING COMPLIANCE· PAGE .2 OF FORM 2 __ F'.ROdEC ... t._T.I.TLE_: __ DAV~C:::Ot,L~,._EERGUSON...:..BLILl~Lf: . ._ ___________________ _ _ _GLAB: . ....,=: ______________________ ~~-~--~~~--~=-~~-- GLASS TYPE 1 ' SHAD I NG COEFFICIENT ( FROM T ?\F.)l.E:. ::,:: OF APl:::'END IX . t 41 (l. ~5600 _____________ 01;,~l:'IF:Et:::..,._D.AJ:A->---------------------- HEAT TRANSFER COEFFICIENT <FROM MFRS. DATA> WINTER 42A HEAT TRANSFER COEFFICIENT SUMMER 428 0.4900 0.5700 __ ___,,:~:_l.,!f~EA.CE_fiBf..G1;;L . .!d?1.I ... 1f-:1Cl:LJ;~l:ll;;J;.;T:;.: TQ .... I.!.OQJtlE1l . .,_~ ~-__,..---,----=Q.F< JJ::NTB TI Ol\1~1.~~:~~=: __ ~N~~-~ ANY ADDITIONAL COMPASS ORENTATIONS>.. AREA 44 o.o rn::.: I EJ\I"((.; TI ON . 45 · -------------------------------~---ABJ:..P_t__L.~t.:,~--1~:.>_ . ..!J~-- ORIENT{-~TIOM 47 E AREA 4::.-:: o .. o -----------------------------=('"1Rr .. E.Nif1.T.IJJ~~...,__-9 __ ...... v,,...._ __ _ AREA 50 180.0 ----------------~--·-~--------·--·--------------------- CiLAS::: TYPE 2 SHADING COEFFICIENT <FROM TABLE 3 OF APPENDIX 1 51 0. 6!'SOO -----------~~CU:(,JjE.l:'$.;~ •. !.&If21.i HEAT TRf.1N:::;FER COEFF IC: rEN"I' . ( FR(tM MFH!::: ". Df.ffA. ). ,. :1,n N'T'ER 52A l • 1300 HEAT THAN:::a~:EI~ COEFFICIENT . . . . . ::iUMt1EF< . ~528 1 • 1100 ____ !::UREAGE_(~F:EA!::: __ <.ArrACH_::::HE.E'.T::::......::co..:....tt.OCUljE1\IT . OFG.EK[{-([]:.Ct.tL_5..:.~~: --"'-~--- ANY ADDITIONAL COMPASS ORENTATIONS) AREA 54 o.o 01::.:IENTATION 55 -------------------~--.,........,.-~-~-~Bf1!:"::0 56 OF< I ENT(4 TI ON ·, !::17 E -------------'08.I.E:NTAJ tOl'-L ... 59 ___ \.-J ___ _ AREA 60 279.0 GLASS TYPE 3 ·, ·' SHADING C:OEFFIC:I.ENT (Fl::.:ciM TABLE :::.:-.i.:iF ·r-)·F'·F·ENtd:X· ·1 . · 61 0.9500 nr.::: t·11=r-:-·:=: . ·c· 1"'·[· ,&._' · ·' · .. _____ r""!._ __ , _ \..c.1_it._ !J"_1 _ _r1:.1--~-------------------- HEAT TRANSFER COEFFICIENT <FROM MFRS. DATA> WINTER 62A 1.1300 HEAT TRANSFER COEFFICIENT SUMMER 628 1.0400 __ ____..,..:=aJHEA1:E_fiRE?iJ~i.,,.,.(.AI.:(A1::;1:-1_;;::.t;JE,EJ:~3-.J:J;:L,l:U:-.U::J..Ltlf:J;II. . . . . . ...C!ELlElil0I.:U:Jt!_i;.~: t,-,._ __ _ ANY ADDITIONAL COMPA:;:::: CiRENTATION::;;·-) :-. ":-.:···: ·... -;:.·, ·:_ ·. AREA 64 , . · .64 .• 0 ...... :: : .)', : . ·ORIEl'-.ITATION . 65 :~; -----~---~~------' REA_66 _____ (l_._Q __ ORIENTATION 67 E AREA 68 0.0 ,,· :·. MATERIAL/:: DATA FORM -BUILDING COt-·tF;L.IANt:E OF FOF:11 2 :··.' _PRO,JE1::..1::_::i:_:rJ:LE~-DAV_l80I\Lk_F.:.ERGUi::,ON_BLD£L.,.,._· ------'----'----'--------------- _ROOF. ______ _ F{OOF TYPE 1 WEIGHT OF ROOF CONSTRUCTION, LB/FT2 __ _.:tf;;AJ_.IB.aL'-lBE.EELC.CU?.EE.lJ:J.~:NJ:_J_;S.EJ: :;:1~1:; • (SEE SEC. 4.1.8) 81 25.00 :4. 1. • :;L) WlNI.Ef_,_·~ ____ __,:7,=:;;;;~;A __ ~o~ • ._.Ol.l~·c_.1c.....,1 ~- . · .. ··_.. :-:~~:IJMME;::R ::::2B· · -0.0400 HEAT TRANSFER COEFFICiENT . SURFACE AREA -----------'---------~----------------- TOTAL ROOF AREA 83T ·sKYLIGHT _____ St<.Y..LJJ3.HT_J_Y:PE_L_AREA _________ ---'--'------------:;,:Ll. ___ :""=·:·z_.,n =-- SKYLIGHT SHADING COEFFICIENT (TABLE 3 OF APPENDIX 1) 85 0.7000 SKYLIGHT HEAT TRANSFER COEFFICIENT CU-VALUE) WINTER 86A 0.6200 :=;t,:"VI ,. nu]" I-IE-A]" 'T"L;,: "J:=:F'E.· F·· (:,r1,1:;;i:::1::-IC t 1="1I -, lt•1t·'EI-... D -,-;, •.• ~~~ 1 . .,1.t...,..L.!-,CI~--~-L.1-,!11~ -• ,,.,,,.,, , ~-i.,..1.:1~.i....-______ :--;.,,.i:.:'.i.;.:,,....· ____ ;~;L<.~~"·----(L, .. ,;;;~JJ_.\......,l __ _ ELOO · . .. . . . . .. . . .. FLOOR TYPE 1 (FLOORS OVER ·NON-AIR ·COND!TlONED~SPACES ONLY) WEIGHT OF FLOOR CONSTRUCTION, LB/FT2 {SEE SEC~ 4.1.8) 87 30.00 --~-IEA]:_tRAN.::::FEFcCOEEE:.lCI.ENJ'::_(__::;E~3EC .• __ Jj~:.:.L£L)_· _l,J.11\1.IEG ..... • _____ ..,_:=::=:A __ (l ", :;::7"itin __ HEAT TRANSFER COEFFICIENT SUMMER 888 0.3400 SURFACE AREA 89 2324.0000 TOTAL FLOOR AREA 89T . , .. •';,, ·--·---------· ------------------------------ DOOR .-~-DC!.OR.,,.:LY.F.:.E .. ,.,.,. .. Li:aJHF.?-~CE"~Al:{E.f11..,. __ -,,,-,,, _, ,-.,-. -.. -.. -.. -. -.. -.. -.-. -.. -.. -. ------~·~,o CL • .J) __ HEAT TRANSFEI:;: CO~:'.FFICIG:NT <u.-.:.vAL;UEi. TABL:E''.4/":AP~.;·: •. l) J.,JINTEi=-( •f.:•1A·· · 0.00(>0 HEAT TRANSFER COEFFICIENT ~ .SUMMER 91S 0.0000 . ' · .. -. .. ·.: TOTAL DOOR AREA 9:1.T 0.0 ····:·:.: .. . :· := ......... : BUILDING DATA FORM HEATING CALCULATIONS ....BillLD.I.~IJ3...,,.C.Cll:lEUf.·)l\lJ::E_~.......,.. ---------·-:;;;::;:;..:-;-...:-=:·--------------- TITLE = DAVISON & FERGUSON .BLDG A STANDARD U(O) (MAXIMUM ALLOWABLE) ______ U-H.01,,J)y.-_!_V._Cll•U.J-,-::t:_J..iHJlRLitJ,!iDf.D_LJ:: .. ..-U:).JJll~-iilJ .< ncJJ~~~~--~~--~--------~i . . .... , . ,. . ' ... :. . . . U( O> -------.------------------· ---... -----------·· .. ___________________ .......,_ _____ ......,_._...,___..,..,._..,___"--_-""-_-'--_____ (~t..Ll'~~) ____ _, 7087.0A<OW>* 0.4290UCOW))+( COTHER) _...,,...., _____ +-< ___ ~:~-;:·-;-.::......o.a...u:1ro...:1.t.....Q.,,.J oqou < on ) ) + < 3796.0ACOR)* 0.1130U(OR>> _ ll2.f:l:.J!.0. <OF>* O" 24501.J <OF) > U<O> = --------. ---------. --· ·:r .·_. :-· ··:--t ... :r;... :··-:· -.-· ..... , ___ .. ______ . ----· ... --~ . . . 0. :305:3 7087.0A(OW> +~0 ~i hA)~~, ,' ~-~?~~4 ~AcnF) ---------·-..:-::::.~_-::-_..._.._ ·.:::::-.:::::::::.:-·-----· ----: .. --~·'.~·:::·~. _·:·. _' . ~---" ... >. ·_,_,_··. _,._._,,,:., . • .. " --~ ---· . ------. ---------.. _ - PHOF'O:::ED UCO) __ ltJfil..l ........ _____________ -----------..,.._-~----------------1 + <A< ,jr) *t..ffCi:) ) . '+ -<-A_ (:.r,t ).1HJ<D) .> ·_. ( ?-) < \,J) *U < t,;J) ·ll-MCF > U(OW) . . ::;: --------------------; ·-.. : . . --··.·---~~ ___________________ _,.,CDW_~)------~------------------ 5632.0A(W)* 0.3810U(W)* 0.75MCF> ~-----t< . . i!t~:i.5..,,_,_Ctf-:\U~ )_;*, .t:1. ·~17.~lh.l~LLl:~ l i + ( <:t .... QfLO:t i * Q ... DJ:l~ll:U..LUl),...,ic..-.. ________ __, u ( (ll,J) = ----. ___________ ;...._, ________ ;..; ._-_-·._.:.:..;.o_ ;;..,._--...:. .. ·-:_· ___ ,..::··..:, ___ ---------------o.-426!5 70f:::7 ~ OA (Ot,.J.°)._ ·. HOOF ------~-__....< AJ.FO_-li-J.H.RU_·t::_lA..C3.K_'lU CiJ:llL*I_ L',..;;~K.Y.LlJ3J::1...,T...,i_.ic,.. .. -....,..,..--~~--~~-~~~-~~- U (OR> = --------------~---------;....--~~·~-~-~~-~- ?'!t C OR) : : .. :· 3796.0ACR>* 0.0400UCR))+( O.OACS)* 0.6200U(S)) U(OR) ------------------------------------------------------------0.0400 -------------------~~-Q96,.,0A.iDE-·i ___ ~----------------~ . . . . : . __ F.LODR.-~---------------------------'-------------------• -----A(OF)*UCOF) U(OF) ------------ ---~~~~~-.(".'\(ClE)_~_ ,-,.-, .... , ... --. ;. ' .... ,~·, .. --~.;. ... .: . . . L~L4.uAcu~>* u.~0JUUCu~>. -... ~ 11 (OF)_:::_--------·--·-----,..:, ____ ..:,_,..._ .. ;,....:, ... _...:,.;.:.,.:._..,.._~.,;.=_:.· · · Cl .Si-5.C.>_C,~.l ----------------- 2324. 0A (OF) . . ,. •, PROPOSED U(O} . , ... --------------<A<OW>*U(OW>> + '<A<O~)*U<ciR·).i~~~-<i<~ii*0<0F>> _____ l,J_( 0) ___ ... -·-----. -.... -~ -------------. -• .. ··:· . --. _· .. ____ ,·: _·. _ .. _· ·_ .. :, ___ . _,_· _·-_.--_-_-_--_-_-_._-_______ ~---- A (OW)+ ACOR)+ A(OF) BUILDING DATA FORM BUILD!NG~NVELOPE COMPLIANCE TI ToLE: D•AV I :::ON s~ FERGU:::ON BLDG I~ STANDARD COTTV) MAXIMUM COOLING CALCULATIONS ______ CCLT_TVD,LL-r,A.tm•JJ_)___ +_(JJJ~I1'J ... FO...:!tAlDl::U...). ______ ~--------------- OTT~ --------------------------------- P1 ( Ot,.J ) + /.) ( OR ) . . . . UJ.JkL7;'.Jc..---.~~-~-~~-----~ (31.600TTV(W)* ?oa7.0A(OW}}+( 4.100TTV(R)* 32.0A(OR)~ (OTHER) +_L4_._i_OOT.TV ( HJ. -l(:__ _ · :-=:2_._(l(~_(_Of:tL.__ ___ .......,..._-________ _ OTTV ---------------------------------------------------------------_ 7087. OA ( Ol--J) . .. ---------------------------~------------.. _._:. __ ·-~'------. -----·----------· PROPO$E;D OTTV WALL _ ----·----_ ·--____ ... J. ___ (I. :;.:i:::,_25'1U_Cl,D:ii-__ 56:3~i.JLQAUtLL1i-____;;.\£i_j:i_.::o:!JJiGiJ_)...:!:.L..(>...,_Q(>DD.U_U::U.:r-:_ ________ Q_._Qf1_U,.).)__,___ +( 1391.0A(G)* 122.7SF* 0.6409SC) <UNSHADED GLASS) +( 64.0A<G>* 30.0SF* 0.6409SC) (SHADED GLASS) -----~---'---'-..... < --.L,~l.,'5~ .... -0AU3J~*~C! .5,,:2:;~:;:;1.tu:u±~<;J;;lE!.,.,':ffi..,U,U,.,,, _____ ~----------- OTTV < ltJ) ::::: • -• • j . . --------------------.. ·. --~----·--·----. ·-------------------- ·7(i::37. OA COW.) ROOF OTTV < t:.: ) ---------·-----·------· ----__ . __ -----·-----~· ... --------------- A(OH) (41* 0.0400U(R)* 3796.0A(R)* 0.7900A(C)* 0.92M(C)) +(118* 0.7000SC(S)* 32.0ACS)) ··----~-L-h.Ol;~~L.T.A .. CO.~_Q_.~5.ZO.OJLC;J * :-=;2 .• JJ&.<..;.~.,..,. -------------~---OTTV < R > -. . ' ' ' ---------------------------------------------------------1 • 901 1 ·····---··-·------------------- PROPO:::ED OTT~.' < OTTV < l."1) *A ( OltJ) ) + ( OTTV CR) *A-< OR),). OTTV = ------------------------------ ----·· ----··----______ . A<OltJ) __ + __ AtOF0~. -~---~-------------··--·----------_______ _ ( 25.45990TTV<W>* 7087.0A<OW))+( 1.90110TTV<R>* 3828.0ACOR)) _ _,CCL.TV_-:--··---• ••••· • ••·-·.-_• -------~·-•··----·-. ••. ••••-, .---.-.-----.----------------~~~•n,-,.,=nn•==--n---- 1687. 0A (OW>:. +3828~0A<OR> __________ . OTTV .. =. _ 1.7 •. .1976 ··-----------·--·-·------·-'-----'------- ---__ " __ , -----------------· ---· -------------------------------------- \ ) 'HEA r"'TRANSFER COEFFICIENT PROPOSED CONSTRUCTION ASSEMBLY 1 2 3 TRUSS- 5 4 Sketch of Construction Assembly WEIGHT: 18 lb/ft2 Check one: Wall Roof * Floor List of Construction Components 1. p/81 BUI LT LIP'HboF//"iG 2. Y2.11 PLYWOOD 3. 12i11 INSULATION 'I 4. Al~ SPACE 5. Vz.11 GYPSUM BOA~D~- 6. 7. 8. Inside Surface Air Film Outside Surface Air Film Total Resistance Rt ,92 cooling .25 cooling 22·37 cooling ~.04 cooling Form 3 R .37::> .G2 l9.0 ,8 .45 • G1 heating .17 heating 21-.92) heating .04 heating • I .. I t:· ., • HfAT TRANSF-ER COEFFICIENT ,-ROPQSED CONSTRUCTION ASSEMUL Y 0 0 0 -l. ' I .. \ I v 0 ' J \ { '. ,. ' ,::, ~ \ I \ I) I 0 \ \ <) ~ \ V 0 I · Ske.tch of Con'ltn..rction Aw,mbly . . Wall Type I ' Roof Typt Floor Type .. . List of Construction Compon~nti 2. 3. 6. 6. 7. a Inside Surhce Air Film lJ.VaJu, (!/Rt) (incl.Framing Factor of ---- WEIGHT: coo_llno he11,"ll A A lb/ft2 . 26 . )7"· ·-..... . I, cg( ~ ).18 ... , r10 ... _4_Y., ...... . , -... Ill ........ 1, 1 ... , ,, .. HfAT TRANSHR COEFFICIENT 1-ROPOSED CONSTRUCTION ASSEMBLY Sl<.ttch al c:;rittruction Anomuly Will TvP4 .Roof Tyr>4 Floor Type LIit of Construction C.omponf'nt, ti 1/J 1. 1/i tr1Y r · 2_ {2_-\ \ :I::r..JSIJ\f\\\C"J 3. l(i1 &) '1 f · .(. 6. B. 7. 8. Inside Surhce Air Film Outside Surlaa:-Air film .. lJ. V &Ju,. (IJR 1) (in61.Framing Factor of ---- WEIGHT: Form 3 coollo0 hut,"i) A R lb/ft2 ,l{f I lf.( ll-0 IJ.o t l(( ,1--;s- ,GS , 17 .OB .OB ' .... HtAT TRANSF-ER COEFFICIENT ,-ROPOSED CONSTRUCTION ASSEMOL Y I. List of Construction C:ompon.-ntt 1. 2 11 ~llfRJJR[t~ 2. o/B'1 'PL..-YWOO]) 3. ;.:~1~---_.~:.., .. _~3@1~-==.#§=i "· 2. Sketch of Construction Arntml>ly Wall TyPfl Roof Typ6 Floor Type 5. a. 7. a. ln1ide Surface Air Film {ft)uid~ S.urf11et> Air ritrn U-Vi.lua (I/Rt) (incl.Framing Factor of ___ _ WEIGHT: Form 3 coollno hut•no A A L20 1.20 . 77 .77 .2.6 ,f-f lb/ft2 ---- --F·(J-tm. 4 . • {fl.7Ys 1 5/78) ~' t' • / ' .... ,._ .. ~ .. lr'; . ·------.. ------Si__;!::'.> Oocum~ntcd by .-.. ,. Project Designer CARL.-l Checked by-_____ _ DESIGN CONDITIONS Bui"!ding occupancy· type (Tabl·e 1 of Appendix I) ...•.... Pr6ject Latitude (Table 2 of Ap·pendix I). ; ......... : .. Ffiiirting'Oegrl:,.c;D.:1ys (Tab'l'c 2 of Appendix I):.: ... . -~ c-~-,.~ ,-, l '.,:--., -:.J~O'' HEATING LOAD DOCUMENTATIQN (Attach cal~ulations) • \ _. : _!' .__J ~·.' • Outdoor Design Temperature, Winter ....... . -1 --·· •• • .. ,~: __ i,',~:-i ..... "\T'ffldbOriG>eSigfi~TCmped:fttlre ...................... . Outdoor Air ........................ : ........ ·. Hetit::Loss Fro1m Outdooc'1Ai(.,.~::'. -: ... 'i:\: '.:;1 :?: .... .-.: : .. , . fhrnperat~rc! 'cif adjacenFuhHca't'ed'sptice's' .. : ; '\ii.: . : . : : : .-.. l'rari·smission·!-{eating Loss':?s '. : : . : ... \ ·; ..... : ..... . lnf1ltratioh Air.··:· .... : :·. ~ ...... . . HV ,.\C ,;Y:3T~M~ COM: ·t:,\f•; ::E ( CkiAil;~-11'-R:S~cijr!-'},!Jli;I 8 ~iHt~1~i,on ................ : ..... . Ventilation .Air .............................. . Heat Loss From Ventilafipn .·, .................... . 01:.1td00r 'Air f6r Special Proce·sses. : ........ .-....... . I_.. •• ·, 'i,_ 3B °F 7fi °F .!.Z.fiJBp_ ~~:Hr. OF /.Oq_, q3 { Stu/Hr. _}~ = -.+ -) ft' :c'FM " .• .. ~ !I g _..:;:....;__,_-;:.. .. ~·-,B.c~/1-jr . __ -:_-:_::_-:_-::_ CF M -Btu/Hr. CFM ,, ,,.' ,,, ., \, Heat Loss From P,r.o~cess ·Air . .-·: ... , . •' ..•.......... -· . -. Btu/Hr. ---o·u,---r1 r{ -· (d "b)' ·. , -~L:,•,rnt.~.,, __ : ... Bt~lHr.--. · er 'ea -osse·s, espr;z.,.e, . .' ... ·._;_ .......... . f'ni,ect Title _:__:: ____ _ ' ..,.-,-I , 1 , : '~ 7' : : ' ,. , ·, '·, .... , ~. l . • :_· _ . · . · · ·-~ ! · ··· · _., __ ;_/_·~tofal ·He'ar-t'oss~es .... · .:-.. .,. ' ' '1"1 /} ·,· .. : ; -·~ \ ' ·-' '1 ; i ....... ·( 1 • • tJro •.:·:~ Dc~nJnt!r ,_ .. , ~.--~ ,_ t I 1, ~~1 • , • , -. ., CO1OLING LOA1J_D_O_CUMENTJ'\Tf0'l'il"lAftai::lrcaTculations) >'.-e;;~ ~, --. ;=· 11n \/:\ntd,11. ¥: ·.Jut:}:-1Jii ,\.1· ht:--:~r.;-t:,~,,Jj Prq, . .1-.::.:-r,-;~. •''• . .:···· ,_· f' .~ ---- ,, Page 2 of Form 4 ._,·,1·· _, ';: -,,"',,: \ ! ( • ' \~ /. .J, COOLING LOAD QOCUMENTATION (Continued) ' ''. ;T ~-··~ ! '~I· ,·, ·,;•1System U~ilizing Outsiide Air For Cooling CFM Per Parson (Not to Exceed 33% of Tabulated ' . I-:··, ,: .. , ' 1 l ,, :)," ,R'cco:tnmendcd Vch fifat,i0'n :na•tesr·:;, , :; -·, , :,.: ,c ~. ·. Heat ,Gain-Frorn Outdoor Air ............... . _____ -OFM/Pers:on Btu/Hr. ,:· ,_,•,:turl:dta·l·,Coolinrj.Load .... , .. ,:;: .. · r .. , ..... ,.::· ................ . /C/{p,-17q Btu/Hr. ; I. TEMPERATURE CONTROL Attach manufacturer's data or other, give specification or drnwing reference which shows in detail the following information: REFERENCE (-page or sheet No.) • capability to sequence heating and cooling •.................................. • temperature control devicJ"'3::t point limits. : .. ·. , ......... , ....... , ......•.. ., , .. .-. • temperature set point range between foll ·heating and full cooling ................... . • setback and shutoff controls ....... · .................................... . • capability to terminate heating at 70° F and cooling at 78° F .. ; ...... , .. , ....... · .. . Indicate drawing or specification reference where the temperature control device requirements given below are documented. An automatic temperature control device shall be provided for: • each separate HV AC system ................ . •· each zone ................. ·;, . -.... : ..... . C:OOLl.'-JG LO:'.\D DUCUMEN T/\TION (1.::i1111111.1cdJ SIMULTANEOUS HEATING AND COOLING ·'7.., .. ~!,;i; ·1 lit·1!1.:,:-,,, (h.!t:.,i(1L1 1\;r r-0r C.1oiin~1 The following requirements apply to the usp;.o:~:n:e,yy ~(1\lJ'i\:lM ~.r:19 np_ed Qf?,!~Q.C:,C:9,r:178\ie,cJ,tw.imt,V'i'Jlen recovered energy is used to control temperature. : \. . , 11.:~H G_ttn ,::,1n1 :')u rJ.c,.:-ir 1\;;. . . . . . . . . . . . .. _____ Btt i':1,- ln each case, when resetting hot and cold deck temperatures, one representative zone may be chosen to represent no more than ten zones with similar heating or cooljng requirements. r~·itv.i (.oo!ti)t: ~t"idO •• , ___ )___,_~_-,._._ ' _____ .' :;(u,·; ,- Concurrent operation of independent heating and cooling systems serving common spaces must provide either or both of the controls, given below. List r.efor~nce specification page or ~rawing number where control requirements can be verified. TEl\Wcj!fATUnE CONTROL. REFERENCE Att~ch q1Jr .. uL:1cturer's dJtJ or o;tw:f giv,J ~11ri,.11kat1011 or clravn: s, cfr.nmcr w1i1c.h ~t,ov,:; ;_, deta11 ::,e ic,/i A-'i'nr: inforiT1,J ,c,n: • Sequential temperature control o neating and cooling.systems . . . . . . . . . . . . . . . . . . . . . - n EH ru::r--JcE'"' • Automatic reset of heating temperature, to limit ener9y input only to that ~ •(p_o'JC CA'.' ~h:·1\., i'lo ) level to offset heat loss due to transmission and infiltrution ...... , . . . . . . . . . . . . . . . ~'t_}''i o c.apat1dtty to :.c:i:.1ucncc he.,t'rF1 :!nJ (no;p11, ....... , ~ . . . . . . . . . . . . . . . . _ _,,. ~ Jieh:71a,b,:tllH.nJJltc;;it~lYC.::J.7fJJ:'s'JrepaRrfififi~t:!ons p~g_e ~r. ~r_.:i-:v!ng, ~u':1~cr_ ":"~i~h _"':'ill _s!,o':", co_mplfonce-\viTii-the following ,iYJh~i;u.eheatin,gc2D01~.pfif1fQI/.!--Pf-,tb.e.Jot,1iluair-1.ii;i thli-,SY,!i~Pr;ni·•i c~ JI " . ' • 1.c-rnµ1f1r.il'C.ifC ...... l. J....,_ • ' .. , A1•~ ..... _l .. ri~"'Cn p 1< ~•tu1_1 ~-,, .... 'jl'. i vt . 1...i -• -----,....--- 1'., set:Jal:k and 1nutoff con:rol; . . . . . . . . . . . . . . . . . . . . . . . . . . _______ _ ~• 2Ui~w~fi1::~~-vv,ia9:1£P:t;J1li~i@l~ ?1Q0~i~-.~HHWe·ls;:n:iJmiYJ9fl.1J,~}f-Ql~y-_,r.ese_t_tl_1~ ~ol~ _ai_r: . . . --fst4- suoply to the highest temperuturc level of the zone requ1r1n!J the most cooling . . . . . . . . . . . ~(\ 1r1c.!i':","Jte drJv,-1n1J or ~~;ec1LcJi.i1.)n ;cien nc~ ,,.,fp1fl! t:·c tcinp,;r.jn re control device ruquin.Hr.ent~ o,v;!n eitl J'· .1 tJre d01,:..,rnc •Ttd. ;11 forogle,.:i:'..0l!;l~~rie~.e..-a·t:r§:V:S1s!?:CDM/l:il'lldlN1~~r:W,Q(le,e;,I fSh!',ON1)-WjH';!,1,l~cating and cooling . . . . . . . \ . ' ' ~ each Jiep.._tr;ne 1-!V 1-\C svst,:-n .. ,I, v e.::c;, ,;one. . ....... . - Pago 3 of Form 4 ,: lli ', ,.., ~,. [t I ;1_.:'' Dual.-duct or multl+one .s:y~terns -:-::;give. rcf~renc1?:specif-ications: .pagl! or. drawing number which will show compliance with the following: • Hot deck temperature -must be automatically reset to the lowest temperature necessary to satisfy the ion!! requiring the most heati'r1g .. • Cold deck temperature -must be automatically reset to the highest temperature necessary to satisfy the zone requiring the most cooling .. _,., REFERENCE f'-f I A-j Recooling systems give reference specifications page or drawing number which shows compliance with the following if recooling 20% or more of the total air--in the system;-· • Controls must automatically reset the temperattire of heate"d supply air to the lowest temperature necessary to satisfy the.zone requ_iring the most heating ......... ,. ........... . HVAC SYSTEM RESTRICTIONS & Sf.EC_IAL R~OUIREME~TS Several HVAC System types have sped-al requirements or restrictions. In this sl!crion,-ltfl!-typ·e· of system used iii the design must be listed and any special restrictions given hero referenced _to show complinnce. Supply refr.renccs to proper specifi- cations page or drawing numbers. Type HVAC Systems Used -List type of system to be used here (include all systems for heating or cooling in the building) include reference for specifications for each system. ;>.1qa::,, , F,mn;, ------+--'---- _ . c Col.J t!ccl-.. tempedture --mlr~t ~-,; .:iuw11 1,ii11.;i;:·/ n::;ct to L\,! 11; .,lie:.0. tCll).JJl !<qu1c 11t.:c1-:,..:,vrY t.O :,.ri..1~.-y 1n,: .:o;it· r,:i.1u1rtrlij tnt.: cno ..... t C, ,..11in::! ....... ~. _ .. .. necoo11n11 syltcrn:; -s1vc rt:,crt:nce ~PCC..i(fL,.fl,,,_,,qt; :1,1qc or uru•r\ :fl'] nurnncr 'v\'1~1cn 5hO\J\1~1 con·:r1:: :,,\"l! ·-.,irth tt1t! iu::v\v,:· ,.; 1; recoolin~ 20% or more of the total air in tlk w:.!t:~n.- Constani volume reheat system -when serving both interior and exterior zones -separate cooling coils are required if the 'exte'ri'o1rib'n'e'itxce'e8 s}f2'G-'¾i C"c51f l th'e~tetaf1a'i r-'-qi.J fifitii(,tli~hf.t{ ifgt,1ttvd t'o~fiin'g<to i-19 lhe ;owe~: ternp~i-1ture necessary to satisfy ~he zon11 ri;qitidna the most h, ating, . . . . . . . . ..... REFERENCE f'--t!A St!vc:Jl hVAC Svstcm tvp~s h;n'e ~ni:ti:1. :,:t''l r,,.:ri·,er1~: ,_c r..;~tnc~:C;fi ... ~ i:1 ~his ::;1~ctic,., ~::.-:..: \,,1:.-,; .. ,1 ~V,.~~11: v:cC 1,. ~:1f.: u't..!·.:f],-: I. . . . . ' ' must t,r: !1steG Jn-.J Jny spcc12! n.:5'tnc:1on,, ·,;, ,_i. hcrl! iCH~rcncc ,.I cu:, 1,:v-· c-0·-nr,1n·--:e~ :uor, \ :t..:; .n~nu::i tr...) prnuc·· :;,._::._~11 .. cations p ,ge or dr.::vving numL·~r~~ Type H\• AC Systems J!,ed -Li:;t type ot :;y~;,Lri1_ tc D·· u~c.d lie .. _; \,11·.:;h .. 1t..!t: :1:? ;,y:;tcr.-1::; :er ,;ca~1,·,'J er c,Jvl, -11] :n rr:c :...,·.111lJ n;: indude r,iterenc~ for ::peci ficJti,Jm ior CJ Ch -;y\ ;,·,, :. ·---------·--··------------ '·: ... ---~ .... -,~ ~----' . :: • 1 ._ 1 J ( ~>--q-1 /f ( E Uli ' • • · . .,... ·-n1,,:,;1'-.>:' ' r, 1 r \,..1 1_1,j., t. ,, 1 --.._,:, _ .. __ p_, ____ -j,,._:,·4,: Constant volumQ .9.U.CLor · multlzone systems ·which utilize new energy 'to 'si~ult,Jn'eously heat and 'cool air sne~ms which 1 ', 1 ..' ' ~· • 11 I _ • , are subseque~tly -~ix~e, f~;r;, te9:p&ra~,l/ff,,cprnrol are_ ~i:ohjbi~ed for buildir:,Qs)arg¢r th.an 2.0,000. S9.\d?L~JeeLgf conditioned space. If used, ,th!!.?ir:);~_a~a99:JRr .?,af:1P-~:SJJF.i.lized for _the ~ixing of heatin_g an~ coolir:,g air s/:lcill _qe lirni.t~_c;! __ \Q a,maxirnum leakage Of 3%_ 0(1~r.e tgta~: ai_r _q_ua~tity h,1ndled by ~h.e, da_mp_ers When ope_rating_ c!t. t/11} _ma.xi mum ~y-~_t_~Ql_pfeSS.!,Jr!!, .to which the dampers will be subjected. Manufacturer's label or nameplate shall state leakage rates. · · · · ... · ,:,, ( ".rr .. :i.: .. i:·,: .. 1-__ , :·t ,7··11ti~ t · .•• , :·ry)·· ·_ 1• -' u Ti,.: .',i..1:i~j:::.:.,~ne·ni_ C _ 1 1r "i, ' • \-~-~,· F-1~: r,~r!'o.J·,,~1fh,:t{·,L:--:1. .. H., ,,( -'• • .. 1 '•) • ,, •• ' •_ ... _L·,~" l , .. , :, • "~, :.·; .-;-,:;::.t:...--;:-,.~-.::._-__ • Economizer Cycle -For each cooling fon' system, for other than dual-duct or mult1zone systems, which serve zones having total cooling capacity greater than 134,000 Btl,1/hr or more than 5,000 CFM must have ~n economizer cycle unless one of the exceptions allowed is claimed. ~ , ~ _, r· -.: : J_ •. •;)!...'.I ~EFE~ENCE __ N_L_A~----/ Electric Resistance t-leating Systems -These systems shall not be used unless the total installed electric resistance heat does ' : : I' ~ : '. • J( .. .... ---• -. • • not exceed 10% (ten percent) of the annual heating energy requirement or a life cycle cost analysis, Form 8 (see Section 4.2 of this manual) shows an alternate system life cycle cost exceeds that of the electric resistance syste~. Give reference if less than 10% of ihclud~' Fo~rn1"· 8'if:calculating Ii fe cycle .'cost. REFERENCE_,_·~_,.J'-+-/+-A ..... -___ _ 1 MECHANICAL AND· GHAVITY VENTILATION . Mechanical ventilation-'-Dampers which are automatically interlocked and closed on fan shutdown are required. / ,, ., , F ' REFERENCE __ ·_-___ .. "'"f'J--· '"-'-.... fr-'-'--_,,.,,_·'_::....---·J_, _ 0 _r_,n_ .. 7 'GYi~hv0 V~rTti'ltfu9/'2Y-~irn;p~utd~~lt"ld~lft~readily accessible 'manually operated dampers must be provided for all openings to the outside with the exception of combustion air openings. C:JnH.1rn volum•J Juct or mu:tizo1p) ·11 H•:m~ which utili ;c r.ev, cnr:~· . .!Y t,J ,::T1oJlt:.H,cou:,.'i' ,,-~.:it Jn...; •::.>• .. , ;:,k './J: an-,, wtiit.:;'l ,, 1 ·~ •,ubscqu,:nit·., mix.ed for t.~r:!1Pei" ,tt;p: ,jorH:-oi ,,rJ pro/ ibit~d for builcl111g:. iarRtEP~-ilfENDEQO ~quN_'cf':,of 1 µnd:t:onc..: \j'Jct. it U$CU, th:, .1ir 1(.:.?f-_3'JG for ll;ll(if·t:1'~.µtiii::cd for th: rnixin•J oF heatin,:; and cooling Ji~ :;t1Jli _be iimited t9 , :naximun~ l~WifR~¢_~~s~J~p:r{8~rl~r~p.:Wi~';_1_·~ l:.i~-~'.'~".1.~y t_i,l'_ J .. r.:J~;:; -~~11er~ ,:ipu~~l~~ 1t _u:,'. '1l:J;,1rm,m ,ys_t,a,-· ;2r'.,':,:,u e to whici: tl 'I l.-JiToJ,t,, w1.1•,t; ,...!.JJt:ct1 u •. ,1Jnuf,i,..,.,1,1 , ,.,l;~1 o, n,in:1.pl.,tc :.,lu,I ,tatc ,t..:r.:igc r..it.:,. C I . ' -REFER-ENCE . ,.._ ;-\;:; ~ :: :: ---~----'--~-·----:------- -Constant volume system _ · · ..:,;0nomtzi:::r Cv .... 1~ .-:-u1 t:ilc;i ,_:J01.,,1-:~ \~u ~-v.1t1;1-;1, 1or o, "":f:: .. u1.an -..H.hJ.I .. Juc: 0, r.~,u!ti..:ci1t.: ~.,·.d.en,~, :v0:eer; .. )~ .. r.15t :-1u11:1~ Total ,SupQIY. Air Ouant1tv l ••• , •.• ") ""' ·-· • , •••••••• "-•• ,·· "'{'. ·~·r·,,-... , . • , , .. , • · -", .. CF ti ,tat coui1n11 capac1tv arc~,tet· i. 1an 1,~1'1,t l.JjJ Utu.'nt or i-n, 1rc tnan .:J,L,JU ,._ ··:vi rr--,ust 11ov,; ::1 r;conc-n·1,..:1...1rlcv:::1(: ur 1ess 011e ot Total P.ressur.e of ~ugpl,y.Fan, • . . . . • . . . . . . • . . . . . ..... __ _._,.._ __ Inches Water 'i le 3/~'f~f ~i~~l~;Ai~cQ~~~tf~~nAdjusted for Process .Loads. . . . . . . if-CFM Total Gross Floor Area. . . • . . . • . . . . . . . . . . • . . . . ......... ,, ·:·:i:-;,·,:~.r,--·,:· . . : _161 I Sq. Ft. 1Ll ~ ·~I ~L---c1T24-- ,-N,~t_ Eji..,': ~~rfq~_mai;ice _(nc;l~~JJ:tI). ""!" ·-.:.; :,; :.:,.·: •• ·-·-:. ·,.;: ,·:. ·,:-. ,·; • ---/.: :,:.:,· ...• , •. , ,.. , "· • ,, ... ,ect. ,t,. r.~ .. , .... Jn~t.! nt.atu11 0, ;.,l_u,. -~ .... L--.... ,, ..-V:,~'-•11..t ..,h( ., .;(t. 01 .. -.J.l-CO ... 1n1e., .... tile tPt~h 1H...i!.Jl1l L .;I,· _u 1l,.. r .d.:.Lur11. ,· •• e-a~ do--_ ... n,~, ~xceed 10)·~ (t.:n pc:rcenti ,:if tl•s :1,1,v,;:i; ;,c:1ri1.~J en,~1 'J'i rcqu;r,:rr;·:nt .:,r :, !1f,. cyc!i: ,;l0:.: "";:i:·,1sh, i:or1n C !$ee :;t>ct1on 4.:.: ava.r,:J.a,sb1,~,X0n1uP,m1.f·e.~n,~9,m3,·1 °'tr•r11·Mr• '" -·11 '11·· eye'•' c··t •'JC(''''1 ' ···t ., •'•n ,,,,, •••. ,,.c·-·incu ''t··-~·n-"1f"r"n.-e ,, 1 ~;l lo u _,. •"~,.,}ii. , • ·•Y•l,.::l: !; .,)._ l.'_,, ;,, .. ,~ ; • ..i~• ..,.,,,\1. U, Uit..\.iv.,.1.1,•.' ... ·-->l>ll•1 ,._, ~ ., .... , ... ·_,liV·., ,,_,.., -t..: • , ; . Total ,Supp 'l·~!r,.ul,!ai_:itt!Y at. .?x1.m,ui;i1 _F, lr,w, .. · ., ,, .. , ; .......................... . il ...,.:, L~13"rl ;U.v I.) ,r 1.,nAdt j Olnl u LI, ~h ,.,ti},,tn'J i1µ 1 .. vc1•. L:~ .~c · Total Pressure of Supply Fan at Maximum rlow . . . • . . . . . . . . . . . . . . . . . . . . . . . . . . . Inches Water Total Gross Floor Area........................ . .. -,-:-1:1::··,---,,.,-_."•.. ,-~,.,-...,.-Sq. Ft. r\t.:... ,_1,1...t..i~., ..... ____ ._; _______ , ___ _ r111Ecfi~~P.J~r:1W£l1ft,Q,f!:11nr.;J~·,51}1via~)\'1'\~1\11! fJ.\lY.:l~F,.f l m). · · · · · • · · • · · · · · · · · · · · · · · , Variable Volume Adjustment Constant .................................... . -.. ----CFM r. 'itdM!·il-l§J!?Qeri~n.RµJfpr:IT)j.l[il.$qJftl9.Cl·~i,1F:rl;f'i ;;utom•;n: ,:a,!• '•;,·l~<:fl0-6!e:-.1·.;·-,:J ·c·c-s,~:j "JI", 'ali' ~·ill.'tUOY-'11 -· :-.~·--:-~ .. I I '' !l. EF E.!'i E:NC:: -----~--_;_-~'.r_ _______ _ ------ ~6 of Form 4 · PIPING AND DUCT INSULATION AND DUCT CONSTRUCTION References to the piping insulation, duct insulation and duct construction requirements presented in Section 4.2 of the Energy Conservation Design Manual must be given below: REFERENCE __ ~M...._,~8_· ____ _ f·~~ G ,,1 ,:,:,rm 4 )1 . PlPlN 1 AND DUCT INSCLA"l lON ANU ()I 1,::y·cc:i:;JF{UC-: :ON Refcn nee~ tL1 the µ,ping insuiation, dtt1;t 1_i1~;Jlatior, and dm t construction rcquircmtints pre~r.ntcc.! ,n Section L? Df t:H! Enerm: Conservation Design r,i,:nual m:_:;,1 lw ;,i ,1cri L,ei:-,w f r·. E r:c: P. ENC[: ---------- - ---... ,~ .. ---. 6obtlMEN'TAtidNi'F·o·R'r;;,f)i;;-u, : .. , .. FOt ... ,L);. c:r... -"·.,;;.;~-.~:,/,:'~·='.. ;\!·,:\ Form 6 ~VAC ,gdf.J1i1~lfr,ii-f'e6r&1rt11p!~c{ ,.i:· ST/-: (; .. ,_;·,·Ii. ,_' :" ::·, /~ •;;) _,;··:r-_,r,-:s; w :: .... t_}[,~ :1\~t~ :.;~-~r~-c,:r. References giving the specificatipn paqe or drawing sheet num_bcr or manufacturer's data must be submitted to demonstrate com· pliance with ·Divis'.on G o(th'e 'standards. . ' . . . . : l>tp4 / AC~6 I c.~c1 ELECTRICALLY OPERATED COOLING SYSTEt0 EQUIPtyl~N.~. •... . ABSORPTION WATER CHI LUNG COOLING SYSTEM EQUIPMENT t: I~ .: • •-· '\~'.; ~~(-_ :-:1 •~ I t '_) ,_ • ; ' : ,_ : ~~ : a@M ·g l:J.s.i'-t q r-frw~ ~t~ie9'~ii C! u I PM i: NT HV~©i,J ~ncl-ga'Mfr&dfcqh'\fH\Ht-iMJ(.:r heating equipment- ELECTRICALLY OPERATED HEATING HEAT PUMPS Standard rating capacity, Btu/hr Minimum EER (COP) Reference I ,JI • .,1l ' : . ' !~; '-: i I I ' Hdt source (check one) Direct fired (gas-oil) Indirect fired (steam-hot water) Min'iml'..lril EE'R (C'O'Pf· ;_, ___ ,:, .•. ,· Ref'~font~ · ·.-: ,·,. __ ; :-:·_,· 'Mii-]imum coin'bustion efficiency at 'maximLlm rared ~utput Reference Minimum EER (COP) Reference Supplementary Heater Control Reference L/,--1,ati ;fr=> 7> sco /t-)1,, ooJe, 7SO i JI:! 1 S:Dy ' · -·ti 1161,"f \ """S ____ _ '"'··~ ~s.J,, .... !;,G,I,8..LG,A.k..Jii;§l~.I.~.Dl.~.&.SJ?/4,~!;.,,, .. ...,._,..,,...,,.,,,, ... ,, __ SJ.;J;J;..BJ;~C~Q.B.,.WJ,,j.._;;,L,,.QL\Q..,!;J~LEJi.Y.,,~ HEATING EQUIPMENT INPUT AND OUTPUT \. '\ :,.:11.1,:ncc, '.1,,·,ng :he ~pr·cif1ca~ior1 1,.Jq, u; d(awin,_1 ~:1tn't 1\Jlf11J1•r or ,,,;:inufJcturc1'.; •l-Jtd 1,111,t u,; suu,,111.:,·d ti: urrr ~tra;,' er,., fJ~t~f~t~i~:~:~,~~,~~~ ·~~;·~~~~-~~~E FOR MANUFACTURER'S MAINTENANCE AND,/ . .'-. . \~,:· FULL AND PARTIAL CAPACITY AND STAND-BY INPUT(S) AND OUTPUT(S) . '" §tF.:§·l;fj--~P:,-'}J~Pt>l tBiEfr~~-~~.§:lso,,; 1 .. , r· .. i;:; :~1,1da1 rJ r.:itina cap.:ic1 ty, :.:;1\: !nr ~,'fSTlM EO\JIPMEI,,: /lin•,·,um EER {COf'i ABSORPT!ON W/•.TEn Ci U LUN:, COOUf\JG SYSTD/l E'.1UIP~·11Cl'fj' c·Dt"½itJ:;.1\ll.lr,f\~:I/~-; ·f·'J't;·,Eout:·i~·,L -.! 1 , .... _ .. ~ · lt>-11 3nl1-Qrl·;--rt-::r:rt~-c-:>,-Vi;1~;i:~.i ,; ._, -:e,1r,n·1 equipn-1er,~- d.!Jl ::iourcr.:: {ch1~c~ one} G~rcct f1rcrJ {g,\:~~oi{) ln1,.jj.~1:ct f\r!:d {~lf!t1ni~h0t V,J,.;teri ,.1,r,ir:,urn i.:C{ (CCif-"\ .--"",-.-~ ' ----.:. - : '! • ,f .'I: 1,'>''' ----·-·---' _ 80.48 + • ; .. e.oa.a ..... ___ EoAa· · · ., ... , B.06.o __ eo.6.o. .....E0.6.o .' E'~EB_IES.'. ··.,:,:, __ _.,::,-,_ .. 11·:J• ,-,1:11w:.• ·µ,oJt ~l.:!J.ts'.2::f'lia§.?'!'_qQHtL.:. : · 'll' >' ~'::)".'"..'-· . ..,..2~.0-.1. ·: .-.. J!P87'2.~(;)S;~-... "-.460;,;-$., .. :, .. -_43Q:-J .40$1/23.El1·1:~3 . -1fi!Q-;3 , ! '.:Qt:fer./l'ting:'v'.olt'age~Bc\nge.:.L.., ::, .. -'----., . .c: --~ "-: ~-.:20.Z:=.253 .. : __ ; 1'8.7. =25.3. :.... __ ,_.4.1;4.;;.,,:5Q6,,· •. ...:. .201..:,.,253-.'.. .... .A.8!,.,:,253. -~-• :.'4J4S.506 .• lJ;~!t:Aijlpa¢,itYJqr;,Wir:e'Siiirig''-' , .. ------·-.38.9. -· _ < ;2.z::t_ ... ---_ 1.3.2. ··-' __ 49.8 .... ,.-:'-:35.6,:' ... ·---.. 15-Z ; M.Lr1TTTn'.i'rl)~yY.i'te'~§ii:e,(J.\W.G).!, __ --------~------a _____ ·----'~fO''? -------_ J_4 -·· _6 __ -------~~':B:-~ _1.2 .J -Jpta'l:.l:l'r-(i,t,.'ll:mJ:i?""'-'.' '.•."·-cc,-,-, -.. ----·----3.1..9.. ·_ ~2-4 . --·-.1.0.9 .. 40.9 __ _ _·,30,1·· ---. 13 .. Z. ... .. 9:o'mi5tef~s_9r"BifJetl'J;,.tlad.Piijips .. '· __.__ ------__ 27-9__ ! .ta.A:-:' .. ____ ,, __ •. 8.8.. ____ . 35.A ''20$:· --,---10.A . 'i l'.l:,66'k_eq'.,Ro\qr'.~r'T)J)S.' :~:.: !__ .c. ---___ ., ---.... 1.06.... _ ~-· •:'1>1'0!?-' :~L"l_ _ .. 35. . . ---,·;_L~t50'."·-. , ... J.36 ...... ' ~.l,. • 49 ..... • . .p,Uttlblir.:'.f~iiJv1dtor:;:'P.D.~.es.C,(.Watts.L&.Spds)t _____ 1.55.& L . _"_' '...1:55~&':.2'.'_'~'-' ..... J.55 .&. 2 .. __ 1~50:'&'.l:1' .. ..: .. _450 &.2:'. ~= :.::".':'4.50.&.2... _, ~ Lf:'ul!'[;;da9."Arnp_s;..'!."~,/' · t,-.-________ ,, __ .. o.8 _____ i:.:\-~~Q!t3' :«::··-------o.8 ... _ ~_,_·,~y1::91t-" .. ! .. ____ 1.9 ::ll'-': .".: 1,.9 _ .. , .:l,riQO\)r.:BlqV/_E\ii'-.IY1bl.b't:(f:IP:&:.$p'eeds) .... ____ : __ JJ3DD .. .&..2 --· __ 1,L3Q.0·:&.2-. __ lL3DD .&. 1. _ ·-1120.D &.2, ____ 31/4BD .3/4.B.D ... ;1 '.0~ .. Foll:l'oa'd~A·mp:('':'..-":-~-':'.:' '· ':".-'·~~'.-,..----_... 3.2. . i----~3.2... ... .u .. _____ 3.6.. ___ ."Z .. 6 L4. r:vfi:\x·'BYa'rrch''.Cir'cuit'Pa'se Size (Amps)'· 60 45 20 60 50 25 ii m::J ~ ~ 1 :t• 1 ,1.1:, .. , ~ r..i ::111 .,.,. ,,, ; H:i;itep:Heati_rjg Capacity:@ArFJBtuhlJ __________ A8,5oo ______ :' 48;5oo· _ . _..48,500 __ 58,0.o.o ___ . ~.5.8;000_ __ ___ .58,oo_o_ . · 1ttSPF' (tvl,i_hi'rii_Urii.f Region I.VJ:!:. ...... .... .. _ 6..45.. . • :'-6.'45 · · _ .. _ 6.45 _ .. 6.25. . ' 6.2.5 '· 6.25 .. !'CQP1 · ,--,.~ · ... ." ' '' __ .... ---. _ . _ i :. 2:69-: . 2.69 _ '2':67~' 4:67 . . ... eJ,!,i:., ~I ~'i-i'•l'~11rl;;i ;;i~1 re;1 ::1~,,, ~k 1111,•.•tel~ k i :r, '· : .qi°ryiQlieSs6r"J'ype· . : ' ' -· : ---_. --. ~o'mJ5r.esi,c)r Tem'p'·& Ov.er.curreht F'rotectio.n.. , _C.6'mpr'essor''l'rlternaLPressure Relief v'.alv.e ___ : __ .. _ . C:9rtiR.ries~ior.·\Zibtaticif1 lsdlafors , , ,,_ .. yapor:niol'J AccUrtiLi!J:1tor. ·_ · .. ______ ---, . . TWof.Way-Flo'w Refr:'ig'er'ant· Meter::irig'ne.v.ice. , ..... l:.¢w~l?fesst'.ir?' S'witc'fr·' <r I'·' ..... . . C:&ii:iptE}_ssof Cfo'ri'~casiil.l:leater __ _CQ'rrYpt-e.ssor.::.O'.tii:cRt;Statrn:obip.i:in.etits., R'e.fr:igE1r!'liit:Ser,vi0.e, R.o.rtsri :m :.ir:,:;-;; ,-,-.. _,,. ) Heat-Saving Reversing Valve Time-Temperature Defrost System C.OMPROTEC® Compressor Cycle Protection l;:fficiency-Alarm Circuit V;i,por-Tube Filter-Drier H,igh-Pressure Switc;:h Rr22 Refriqerant Amount (Factory Charge) lll.'IIIaTtl'.IU'llllll!f:'lll:llhl1,>j=i• Cpil Face Area (Sq Ft)-No. Circuits Height x Weight (In.) Rows & Fins Per Inch B!ower Wheel Diameter x Width (In.) B!ower Pulley Pitch Dia (In.) Motor Pulley Pitch Dia (In.) Drive Belt Length x Width (In.) !;lated Cooling Airflow (Ft3/Min)Ht I External Static Pressure (In. wc)Ht i.ecommended Min Filter Size (Sq In.)++ I standard-Type !Cleanable-or High-Capacity-Type Cpndensate Drain Connection l!hll~~1Iel1l,llflM tll IIIY:'111-1,,~ Cpil Face Area (Sq Ft)-No. Circuits , Height x Width (In.) Rows & Fins Per Inch Fan Diameter (In.) .._""'~•'111,l :lolll::t•lf fl•l.'.I· Two-Speed, Direct-Drive Blower PSC Energy-Saving Blower Motor Belt-Drive Blower I\.]', ,, : ",o: ·, .·, Herr'netic-"·,7 :,··n I J,Y :-\(•;. 'C",!L''t .. ---- sra:n:dara . .MEJ JET'WithlPjsto_n _____ . SfarYdaWt ..... ___ . . _ . swn:aar.a. _ _ S.tao..c!.ar.d_ .All_iSJ@l~-PllaSJl.J.l.ll.11:=its=======-c..::·::::·-~--·::..c· -=-"'-I- Standard 9'1bs-8ozs :5.83-6 30x 28 3& 14 10x10 Not Applicable Not Applicable Not Applicable '. 1700 0.2 816 530 3/4MPT 14.26-6 30x 68.44 2& 20 22 Standard Standard Nof Applicable I Standard Standard Optional Optional Optional Optional Not Avail Not Appl Not Appl Not Appl Standard Standard 13 lbs-O oz 5.83-6 30x 28 4&14 10x10 12.0 2.8-3.8 50x 1/2 2000 0.2 960 (542E)*** 624 (542E)*** 3/4 MPT 16.05-7 30x 77.06 2& 20 22 Not Applicable Not Applicable Standard Two-Speed, Direct-Drive Outdoor Fant P{:>C Energy-Saving Outdoor Fan Motor Optional I Standard Not Appl Optional Standard Standard Computer-Designed Refrigerant System Standard lhsulated Blower Compartment Standard Low-Voltage Terminal Block Standard f!leavy-Duty Base Rails w/Forklift Slots Standard (See applicable notes on previous page.) HP-43 : s~m~~.l!!ntv Hw•· ;_wif•,:, ;,:H! ,0;11,.,•:,·: f'/.! 1·: '! /\),!•;, i 11,1,,., ~1 :f • 1: 1,,, ,,, ,i,.~ ::ll!,1 ,,u,, 1~96.f:l=::/;,·:,1.,t~-··-·----------.. ------o'l!a·-·--··-060--·--...:.----------· ----·-· , .... -----·---·---·---------1 ·1~.P1.P,1n::s-xa~A-.,., ;~ .. · ----------.. --.. · ! ------------04·a-.. -----060 .. -----.,,. __ ,, , ,,,,--·----------·-----------· -----1 -s,Q7,i-t;or;5;1,~.l;l. ,; ... ,;., : .. ,.,. ---·, -·04.8 ·,k ·,;OpO i . -~HE~o.r;~J?.G11 •••. n., ..... · .-... :.1 ... , ..• -----·--·--! .. -· ----------..,--------------,:,;-,,. ,,. ,-;:,, --------048-----060------------· · --·-·'. ~J:.~i::b1:I~l~~f:: :\~;;~-~\.----~--~:~~---:=:~=~=--~=--~==:=::-==~~=-=~=-=-~t : .. :·:f~ -----=---· -=------=~~~~-~=-=~;o~-: ·tW~.iJ.=r,1e,;i.t\r;ia;Gi!ii,J.~Hii)\'1".:'.f,t :..:_ -----. -4a;ooo--·49;ooo--48;~oo--'49,500---40:suo . 49,ooo--·49;5oo ---s-1 ;ooo --'48·,-soo---49,soo--J iiSIIL ... :.: ... , ~-: ... , : ... ::·: ---6.50 6.60 6.oo 6.70 . 6.(W, .,,,, ,.ll.60 6.60 6.70 6.60 6.70 ·R.athg;,Cpo[\llQ ·c·aimc~v'!Jiull t· .: .... --------· -·46;000---·41i.500--· ·4li',000·· -4·7 ,000---4G:~1J.Q,,~. · il,7-;~00-.. ·46,000 · --4-7 ;500·---4G-;000--46;500·( .' $~~0.·,-,·:, ... -., ,,, ... 11,1: ...... , .. ,, .... ---------· ---8:"1"5----8:20--· --8.20--· ·8:25· --::~? .. :~ ,;;:f;3,0, ·,-·-·8:00 ·-· -8:05--· ·-8-:-10----·l!--1·5 , , ;-rw(· ... ._.,~H..,,1 jfaf'1,MQ.!,Qf.,d,,,:·.,1n··"wtn·-·.-.•• .·, •,,,.,,.,,,11,nw·<·• 1/3HP,PSC 1/3HP,PSC 1/2HP,PSC 'tf~/l,4,oacj)Ampi,:y1,:·:: ',.. -:'I·'.)_· C.'cc .. • 'c:·2:2.,3 .. '' ... , .. . : . r,, !•· '.. 2.~ 1.2 ,-11,,,,. ·r;:;J...~ •1~1'; ... •:J r:lrtl:t~r-1·,1• Cdn;ipressor llqf[iQ~ranl Cllarqe-Type & Amount** 11•1 I~~ tltJ•l '111><•J lllif;'I! ;:,• Cqil, Face Area /Sq Ft) .Rows & Fins Per Inch Fan. Diameter & .No. al Bla(jes Rated Airflow.(Ft3/Min) M' •l.~\ ii •PMm-r•llll:J,•,l:j~- Uri11 Mounting Base Rqom Thermostat w/f:.uto. Changeover, Eineraencv Heat Switch, and Indicator Liaht R9o;m Thermqstat w/Mimual Changeover Switch, - .Emergency !:!eat Switch, .and ln.dii;ator Light Rqorn !l_iermostat w/Manual:.Changeove,r ~w~i:h __ . INo-Emeraencv Switch) ENSRGY MINDER® . Hiai\-Pwssure Switch Thermal Expansion Value Kil 2-Wav Flow Filter-Drier-Liquid Tube . Outdoor Thermostat and Mtq Bracket Second ,Outdoor, Thermostat and-, t~eriiericv}le~f.'Rel~ytf _ COMPROTEC'~ Swivel Efls~Liquid/Vapor Tubes Vapor Tube Adapter 3/4 Flare x'1 ·1/8Tube (Pka of 6) *:~ated in-accordance with. ARI Standar.d 270-84. Hermetic R-22 & 1 0 lbs-14 oz 14.3 2 & 20 22 & 3 3100 301392-702 P271-3453 ' P271J454 11 '941A 301619-701 30/3006-704 301399-701 54.071D14 301380-7-03 301,380-70? .. 30~ 600,101 IBN1616R/IBN2424R 301892-704 !1 t,Rated in accordance with ARI Stand_ard 240-81. Some combinations reql/ire a CHECK-FLO-RATER piston change to obtain rated capacities. See ]i:HECK-FLO-RAT>ER piston chart for requirements. ~ ., '.::.=-· ·: ~ .', -. · ': , 41(,otl')grJhAQQ.o::Q....Q.QP.Q..~ w.ireJ$..!.!J.§_r:J.Q,_sj1:_e.cs1n.J;i~ __ d_eJe.rrnlo.e_d_lro1n.JJ.ni.LampacJJy_gLven in above_table ao~ .s!RPlicsi.!21e iab.I~ __ c;>f. liatiQn~I !;IEl.9.tric : 1~ode,-Wir? siie .§filEl.9te(:! mll~t have cLJrrent capacity not less.than that of copper Wi'r/3 specifie~.'and·mt:Jst not-create a voltage drop between serv- , /iii:e_P.~n~ a~d-unj_t !r:i_<:XG'?~s 9f .~'/"!·,QI unit rated vo(tage: . . ., , . . • . !. . . . , . , :~-JllJ~:.:(~\.Q.f,!Y.1!:°[frig~rjD!.Qtl?C9.~~i~,;§JJJfiq1~rjt.J_Qr::.,~y.5t~i:rj~ J.~fll/ir,ihg, !JP. ~9-.$.Q: ft 9f iriti;!f¢gnn?c;tirig, ·t!J.!li1l9,. E:..ciL\@jhgJ~r:i.gt!,1~:0:tt11;!( Jilan 30. ft, see ll'stallatipn IAstruotions for additional refrigerant requirements. . · . ,tf:FjleqUiri;!d Oriiy far SyS!emS 'w1fh_3_0:Kw SUppiemeQta(heat_ --.. :·-::---I 11 ---, -. ... . . • ---. --. . . :t~1inglf,P,h,as~ __ un~ m~~~E:.!tiies or:.~_~C:-~-:iyp~ c~re:ui_t_ bre~k~rs ~f sam~. ~ize _as note~~-. _ -"--.. ,1 : '1'! ,~Ji--:.~, f_\f-'.t1 ;.·1' I-:~-; ·----·-- '1 -I r ' \ -~ (i ~. > r ~ I , I t<. -'. ' . ' ' .,, , .... t-,..,,_ ---·----- j;!-, :"i;;,:__~~-~ __ , i, ! t' ,,; ,, .. ·01MEN·s1o·NAL DRA WIN:G···'· . SPECIFICATIONS-Ul~l1:S,.,W);tHOUT ELECTRIC HEATER ..:~~~t., ..... \1-•, MODEL 5"17G . ' ~_IZE ----. ------..... --.. N042 ',-..... l~~t··~· tlQ48 ,-, . . , .. t{P60 ij '. T:'1111' I tt"l!':'11 :I :t '. l::l t J ", 11'1/:, >'I .~ ·J . f ;;,'l4fi<a<! 11n, Nommal·c;,pacitv·ffltuh)""· ... --~--'" ------··-42;000 48,000 60,000 ~i,\minal !(irflow (Ft3/Mm)t 1 !JOO 1600 2000 ~::l,ll;aHf"IIH•l ~ .. , .. t!Jnit Volts;.....Phase (60 Hz) 200/230-1 208/230-'--1 20.8/2~0-1, Operating Vi>l.t_ag!}JJa_n_ge_ ·-' 187,-253 ' 187-254 187-253 ---·---··-.. -. •,r ---··-· • -~~•· ·---Single,Ci/cuit Operation .. 'l• ,, . ::~ -; ..., ___ . -·-.. .. --·----·-Rated l.:oad-Amps-~-· -··:-,, . ---.... ------, -----. .. ·-. 3.8 .. ---". •4;:8·· 5 .. 6, " Minimum· Ampacity;for:Wire Sizing . , 7.0 , . 7.0 ,. 7.0. . '.Mir\iniuri) .WJ.re Size ... ,. ' --,~ ""'' ... 14 ,. j4 ·14 Maxini'um'Wire'ltength,(Ft) . : 191/212 152/158 ,. •\• 1°30/j 4;f .Maximum Fuse Size (Amps) 15 15 15 Controi'Transformer-'-24V (VA) i **,f, *"'"' ,.,*,., ' r!h'l•TIUJ,.,.,al ' . Bows & Fins Per Inch --4 &J3 . 3 \le 13 4 & 14 . . ... ' > f:teiQht X Width (In.) : ~~ ·::,ri.~ .... , J .::~-"l'.32'.5 1x: f9A: I 1>"'! r ' ... \ : 'i 32:5-~ 22.8 32.5 X 22.8 Face Area (Sa Ft) ---. --. 4.4 5.1 5.1 R-22 Refrigerant Metering Device . Check-Flo-Hater ,~iston ID Number .. . . . , 76 . -',' ·-,:.82_,.,_""""''"-•""'···" '' ~ ......... ,, .93_ G'dridensate Drain. Connection (Pri-Scc) 3/4 MPT-3/4 FPT .:, ~/1 MPT·W•i' PPT·'-·'· ,. ' " ',,, ':if 4 rvil5'(3/ 4 F PT ~IJl1T1Tll'.l1:110 "'' cl'.ll/:'l!l'1IIIU]" w11eel1DfatrrntlJr:rWtdt1r'(ln:r-::-=------:---·-· ~-·., :-.·--'·-,--· -_ 10 i< ,9 '~ ~ -· ,. ··.-·I·0·x·g· •:-.-,-----,-~ ·;-:,.·,".::--:-:-: 1-1-x·9-· . Filler Size-;..cIeanable (In.I 20 X 21 X 1 ' .. 2Q·x-25-x-1,,' , ; _ -, . 20 X 25 X 1 - Olpwe( Mcitor _HP .. --1/2 ----.. . .. +/ti . -. . . ---------· ---3/4· · . ' .. Blower..Mo.tor S'Deeds :&~i:vne -. .. 3 & DD(PSC) 3 & DD(PSC) 3,& DD(J?SC) H;ited toatl Amp~ )"L'•, 3.8. 4.8 5.6 .. • li)/1 : i;ll!l:\'!I-W\~li"i! 'U~l*,itlii!Nt?.<MK~ii\i.li<1l~%1r~ii"7rilt~,~,i:;Ji';f.,.,~.w,f;j~r-~~ir.\:;rdi!1';i\\\\1l~~rl,i,~Y1.~·:r.J-!,\~: liquid-Tube Swivel Ell (3/8):t:t: .. ' P651·1066 Vapor-Tub.e Swivel.Ell (3/4)H P651-1068 Single-Circuit Kit** , 301820-4001 El_ectric He_at.Pack_aQe~_*l . -., .. --.. ... ... " See AGcessorv Electric Heat f'ackaoe Table ---.. ' . .. ----··------- Control 'Packaae* * * -. 305971-464 .. . . See notes on next page. l' .-.· ·-· ' ! ,:; ' .. , __ SSC-64 11;"'. 111_· ,-~ •,, \ r·.- •l 11 RAY COX MECHANICAL SAN DIEGO, ESD INC. MECHANICAL CONTRACTORS CALIFORNIA HVAC PROGRAM PAGE 1 PROJECT: DAVISDN&FERGUSON CLIENT: CARLI DATE: 8/27/86 DESIGNER: SLE BUILDING MASTER DATA DESIGN PARAMETERS: DESIGN OUTDOOR MONTH DRY BULB OUTDOOR INDOOR INDOOR WET BULB REL.HUM DRY BULB MAY 81 JULY 83 SEPTEMBER 83 NOVEMBER 76 WINTER 38 GLASS TYPES 1. .-. .::.. 3. SHADING TYPES, 1. .-. .::.. ROOF TYPE 1. WALL TYPE 1. 2. 3. PART. TYPES 1. ,., .::.. 3. SUMMER u FACT 1. 100 0.570 0.570 HOR PROJ 3.5 u FACT o. 040 u FACT 0.630 0.550 0.080 u FACT o. 080 1. 13(1 0.350 WINTER U FACT 1. 130 0.490 0.620 R.FIN PROJ o.o o.o ASHRAE ROOF NO 1 ASHRAE GROUP A B C CLG. T. D. a a 8 67 50¾ 75 67 50¼ 75 67 50¾ 75 67 50¾ 75 0 50¾ 75 GL.SHD COEFF INT.SI-ID COEFF ROOM 0.650 O. 5€.0 0.700 L. FIN PROJ o. 0 o. 0 SUSP CLG YES HTG. T. D. 30 30 30 0.000 0.000 0.000 CONST MED MED MED HUMID CORRECTION DIFF FACTOR 12.08 -6 8. 80 --4- 8. 80 -4 20.31 ~11 0.00 GLASS HEIGHT 9. 0 9.0 8.0 GLASS WIDTH 1.0 1. 0 4.0 ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/85 PAGE 2 ******************** BUILDING MASTER DATA <CONTINUED> ********************* GENERAL PROJECT INFORMATION: PROJECT FILE NAME: DAVISON PROJECT LOCATION: CARLSBAD CA DEGREES NORTH LATITUDE: 33 DEGREES LONGITUDE: 117 BAROMETRIC PRESSURE: 29.921 TIME ZONE: 8 DAYLIGHT SAVINGS TIME: YES MEAN DAILY TEMPERATURE RANGE: 10 ZONE SENSIBLE SAFETY FACTOR= 0 ¾ ZONE LATENT SAFETY FACTOR= 0 ~ ZONE HEATING SAFETY FACTOR= 0 ¾ BUILDING OPENS AT 8 AM. BUILDING CLOSES AT 8 PM. NUMBER OF UNIQUE ZONES IN THIS PROJECT= 11 BUILDING DEFAULT VALUES: BUILDING DEFAULT CEILING HEIGHT= 9 PEOPLE SENSIBLE LOAD MULTIPLIER= 230 PEOPLE LATENT LOAD MULTIPLIER= 190 FLOOR HEAT LOSS COEFFICIENT = 0 LIGHTING ADDED ON A SQUARE FOOTAGE BASIS OF 3 WATTS PER SQ.FT. EQUIPMENT ADDED DIRECTLY TO ZONES PEOPLE ADDED ON A SQUARE FOOTAGE BASIS OF 1 PERSON PER 100 SQ.FT. INTERNAL OPERATING LOAD PROFILES: PROFILE HR HR HR HR HR HR HR HR HR HR Hn HR HR NUMBER a 9 10 11 1--· ,:;. 13 14 15 16 17 18 1'9 20 1. 100 100 100 100 100 100 100 100 100 100 100 100 100 2. 100 100 100 100 100 100 100 100 100 100 100 100 l.00 7 w• 100 100 100 100 100 1C>C> 100 j,(H) l.00 100 100 100 100 4. 100 100 100 100 100 100 1.00 100 100 100 100 100 100 5. 100 100 100 100 100 100 100 100 100 100 100 100 100 6. 100 100 100 100 100 100 100 100 100 100 100 100 100 ALL DESIGN DATA TAKEN FROM THE 1981 ASHRAE HANDBOOK OF FUNDAMENTALS lb ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 3 ******************** BUILDING MASTER DATA (CONTINUED> ********************* DEFAULT AIR SYSTEM DESCRIPTION: THIS AIR SYSTEM OCCURS 1 TIMECS) THROUGHOUT THE BUILDING LIGHTING: PROFILE# 1 IS USED.100¾ OF LOAD IS APPLIED TO CONDITIONED SPACE EQUIPMENT: PROFILE# 1 IS USED. PEOPLE: PROFILE# 1 IS USED. PACKAGED EQUIPMENT IS EMPLOYED USING A CONSTANT VOLUME SYSTEM A 20.0 DEGREE LEAVING COIL-ZONE TEMPERATURE DIFFERENCE HAS BEEN SPECIFIED SEASON SUMMER WINTER VENTILATION METHPD 15.00 CFM PER PERSON 15.00 CFM PER PERSON INFILTRATION o. 00 o.oo METHOD NONE NONE t! t' 't- ** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC** RAY COX MECHANICAL SAN DIEGO? CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 4 ************** DETAILED PROJECT ZONE LOAD CALCULATIONS*************** LOAD UNIT LOAD TEMP. LOAD SEN. LAT. HTG. HTG. DESCRIP. QUAN FACT. DIFF. MULT. HEAT HEAT MULT. LOAD 10. BUILDING A 1ST FLO PEAi{ TIME 5 PM SEPTEMBER 1127 SF. SYS. 10 ROOF 1 144 0.040 63 2.520 363 1. LJ-80 213 W.WALL ·2 135 0.550 13 7. 150 965 20.350 2747 S.WALL 2 144 0.550 13 7. 150 1030 20.350 2930 S.GLASS 2 180 0.570 45.310 8156 18.130 3263 W.GLASS 2 180 0.570 72.240 13003 18.130 3263 PART. 1 945 o.oao 8 30 0. 6L~O 605 2. 400 2268 LIGHTS 3381.00 1001-3.410 11529 PEOPLE 9.00 1001-23(> 190 i.~070 1710 TOTAL 37721 1710 14684· 11. BUILDING A MEZZANI PEAK TIME 3 PM SEPTEMBER 368L~ SF. SYS. 11. ROOF 1 3652 o. 0 1+0 74 2.960 10810 1.480 5405 W.WALL 1 162 0.630 14 8.820 1429 23. 31 () 3776 S.WALL 1 270 0.630 10 6. 300 1701 23. 31(> 6294- E.WALL 1 261 0.630 18 11. 340 2960 23. 31 C) 6084 E.GLASS 1 180 1.100 51.339 9241 41. 810 7526 S.GLASS 1 576 1. 100 71.288 41062 41. 810 24083 W.GLASS 1 279 1. 100 66.640 18593 41.810 11665 SKYLIGHT 3 32 0.570 117. OLt2 37L~5 22. 9L~O 734 PART. 1 1295 0.080 8 30 o. 64-0 829 2.400 3108 PART. .-, ,::. 64 1. 130 8 30 9. 040 579 33.900 2170 PART. 3 2324 0.350 8 30 2.800 6507 10.500 24402 LIGHTS 11052.00 100'1-3.410 37587 PEOPLE 30. (H) 100'1-23(> 190 6900 5700 TOTAL 142043 5700 95247 ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 5 *********************** ZONE SUMMARY OF SYSTEM 10 ************************* SG!N ABBREV. PEAK TIME FLOOR SENSIBLE HEATING VENT INFL EXH SUPPLY CFM NO. DESCRIP AND MONTH AREA LOAD LOAD CFM CFM CFM CFM /SF -------------------------------------------------- 10 BUILDIN 5 PM SEP 1127 37721 1458L~ 338 0 200 1715 1.5 ---------------------------------- ZONE PEAK TOTALS 1127 37721 14684 338 0 200 1715 1.5 ---------------------------·------------------------------------------------ * MONTHLY AND HOURLY SYSTEM ZONE SENSIBLE LOAD PROFILE * --------------------------------------------------------------------------- * MAY JULY SEPTEMBER NOVEMBER NOT USED NOT USED * * HOUR ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN * ---------------------------------------------------------------------------8 AM 18488 19261 19809 17751 0 0 9 AM 19317 20097 i.'.::1438 19763 0 0 10 AM 20249 20912 22957 2171'+ (I 0 11 AM 21174 21968 24323 24409 0 0 12 AM 23067 23688 28112 28446 0 0 1 PM 24900 25509 30979 31603 0 0 2 PM 26776 27286 33636 34126 0 0 3 PM 29884 3(>283 ·35501 35388 0 0 4 PM 32037 32395 36942 35975 (l (l 5 PM 33204 33576 37721 35595 0 0 E, PM 32941 33552 36486 33985 0 0 7 PM 28958 29603 32~218 i.=::9907 0 0 8 PM 26649 27236 29596 27355 (I 0 ~ (' ***** COMMERCIAL HVAC LOADS PROG~AM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 6 ******************** TOTAL LOAD SUMMARY·OF AIR SYSTEM 10 ****************** SYSTEM TYPE: PACKAGED EQUIPMENT WITH CONSTANT VOLUME TERMINALS SENSIBLE HEAT RATIO: 0.96 --THIS SYSTFM OCCURS 1 TIME<S) IN THE BUILDING SYSTEM 10 PEAKS IN SEPTEMBER AT 5 PM OUTSIDE TEMP IS 82 INSIDE TEMP IS 75 SUMMER: VENT CONTROLS OUTSIDE AIR WINTER: VENT CONTROLS OUTSIDE AIR WINTER VENT AIR LOAD WINTER EXH AIR LOAD WINTER INFIL AIR LOAD TOTAL ZONE HEATING LOAD = = TOTAL SYSTEM HEATING LOAD= 13,506 BTU/HR < 0 BTU/HR ( 0 BTU/HR < 14,684 BTU/HR 28,190 BTU/HR 338 CFM) 200 CFM) 0 CFM) ****ALL.COOLING LOADS BELOW WERE COMPUTED AT THE AIR SYSTEM PEAK TIME**** SUMMER VENT SENSIBLE GAIN= EXHAUST AIR SENSIBLE GAIN= SUMMER INFL SENSIBLE GAIN= TOTAL ZONE SENSIBLE GAIN= TOTAL PLNM SENSIBLE GAIN= ZONE LOAD SEN SUBTOTAL DRAW-THRU FAN SEN GAIN BLDW-THRU FAN SEN GAIN MCL SUP.SIDE COIL GAIN MCL RET.SIDE COIL GAIN SUPPLY DUCT HEAT GAIN RETURN DUCT HEAT GAIN AIR HANDLING SUBTOTAL = = = = = TOTAL SYSTEM SENSIBLE GAI = SUMMER VENT LATENT GAIN EXHAUST AIR LATENT GAIN SUMMER !NFL LATENT GAIN TOTAL ZONE LATENT GAIN = = = = TOTAL SYSTEM LATENT GAIN= TOTAL SYSTEM CODLING LOAD= INTERNAL LOADS SUMMARY: 2,603 BTU/HR < 0 BTU/HR < 0 BTU/HR ( 37,721 BTU/HR 0 BTU/HR 0 BTU/HR 0 BTU/HR 0 BTU/HR 0 BTU/HR 0 BTU/HR 0 BTU/HR 40,324 BTU/HR 2,401 BTU/HR < 0 BTU/HR < 0 BTU/HR < 1,710 BTU/HR 4,111 BTU/HR 44, .t~35 BTU/HR 338 CFM) 200 CFM) 0 CFM) = 40,324 BTU/HR = 0 BTU/HR 338 CFM) 200 CFM) 0 CFM) 3381 WATTS OF LIGHTING, C> WATTS OF EQUIP, AND 9.0 PEOPLE TOTAL SYSTEM SUPPLY AIR = 1,715 CFM BASED ON 20.0 DT TOTAL CONDITIONED AIR SPACE = 1, 127 SQ. FT. SUPPLY AIR CFM/SQ.FT. = 1. 5214 TONNAGE PER SQ.FT = 0.0033 TOTAL TONNAGE REQUIRED FOR AIR SYSTEM 10 WITH OUTSIDE AIR = 3.70 TONS ,, ( l .,. ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 7 *********************** ZONE SUMMARY OF SYSTEM 11 ************************* SQN ABBREV. PEAK TIME FLOOR SENSIBLE HEATING VENT INFL EXH SUPPLY CFM NO. DESCRIP AND MONTH AREA LOAD LOAD CFM CFM CFM CFM /SF -------------------------------------------------- 11 BUILDIN 3 PM SEP 3684 142043 95247 '+50 (l 0 6457 1.8 ---------------------------------- ZONE PEAK TOTALS 3684 142043 95247 450 (l (l 6457 1.8 -------------------------------------------------~-------------------------- * MONTHLY AND HOURLY SYSTEM ZONE SENSIBLE LOAD PROFILE * --------------------------------------------------------------------------- * MAY JULY SEPTEMBER NOVEMBER NOT USED NOT USED -IE· * HOUR. ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN * --------------------------------------------------------------------------- 8 AM 74917 78369 80417 68485 0 0 9 AM 82669 86123 91637 80989 0 0 1C> AM 89494 92296 103290 9Lt937 (l 0 11 AM 97679 100409 11538.0 109899 0 0 12 AM 103630 106312 124910 12217Lt 0 (l 1 PM 111333 113950 134344 132633 0 0 2 PM 116870 119410 140137 138056 0 0 3 PM 120671 123161 142043 137929 (l 0 4 PM 121615 124082 140775 13454•7 0 (l 5 PM 119248 121727 136253 128254 0 0 6 PM 114398 117805 128455 119229 0 0 7 PM 100743 104173 113681 104340 0 0 8 PM 91397 94555 1031Lt7 93592 (l 0 --------------------------------------------------------------------------- "' (;& • ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFtWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE a ******************** TOTAL LOAD SUMMARY OF AIR SYSTEM 11 ****************** SYSTEM TYPE: PACKAGED EQUIPMENT WITH CONSTANT VOLUME TERMINALS SENSIBLE HEAT RATIO: 0.96 --THIS SYSTEM OCCURS 1 TIME(S) IN THE BUILDING SYSTEM 11 PEAKS IN SEPTEMBER AT 3 PM OUTSIDE TEMP IS 83 INSIDE TEMP IS 75 SUMMER: VENT CONTROLS OUTSIDE AIR WINTER: VENT CONTROLS OUTSIDE Air~ WINTER VENT AIR LOAD = 17,982 BTU/HR ( 450 CFM) WINTER EXH AIR LOAD = 0 BTU/HR ( 0 CFM> WINTER INFIL AIR LOAD = 0 BTU/HR ( 0 CFM> TOTAL ZONE HEATING LOAD = 95,247 BTU/HR -----------TOTAL SYSTEM HEATING LOAD = 113,229 BTU/HR **** ALL COOLING LOADS BELOW WERE COMPUTED AT THE AIR SYSTEM PEAK .TIME *'*·** SUMMER VENT SENSIBLE GAIN = 3,960 BTU/HR ( 450 CFM} EXHAUST AIR SENSIBLE GAIN = (l BTU/HR ( 0 CFM) SUMMER INFL SENSIBLE GAIN = 0 BTU/HR ( 0 CFM) TOTAL ZONE SENSIBLE GAIN = 142, (l.!~3 BTU/HR TOTAL PLNM SENSIBLE GAIN = 0 BTU/HR ZONE LOAD SEN SUBTOTAL = 146,003 BTU/HR DRAW-THRU FAN SEN GAIN = 0 BTU/HR BLOW-THRU FAN SEN GAIN = 0 BTU/HR MCL SUP.SIDE COIL GAIN = 0 BTU/HR MCL RET.SIDE COIL GAIN = 0 BTU/HR SUPPLY DUCT HEAT GAIN = 0 BTU/HR RETURN DUCT HEAT GAIN = 0 BTU/HR AIR HANDLING SUBTOTAL = 0 BTU/HR -----------TOTAL SYSTEM SENSIBLE GA! = 146,003 BTU/HR SUMMER VENT LATENT GAIN = 2,694 BTU/HR ( 450 CFM) EXHAUST AIR LATENT GAIN = 0 BTU/HR ( 0 CFM) SUMMER INFL LATENT GAIN = 0 BTU/HR ( 0 CFM) TOTAL ZONE LATENT GAIN = 5,700 BTU/HR -----------TOTAL SYSTEM LATENT GAIN = 8,394 BTU/HR TOTAL SYSTEM CODLING LOAD = 154,397 BTU/HR INTERNAL LOADS SUMMARY: 11052 WATTS OF LIGHTING, 0 WATTS OF EQUIP, AND 30.0 PEOPLE TOTAL SYSTEM SUPPLY AIR TOTAL CONDITIONED AIR SPACE SUPPLY AIR CFM/SQ.FT. TONNAGE PER SQ.FT TOTAL TONNAGE REQUIRED FOR = 6,457 CFM = 3,684 SQ.FT. = 1. 7526 = 0.0035 AIR SYSTEM 11 WITH OUTSIDE AIR= BASED ON 20.0 DT 12.87 TONS ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 9 ******·***************** TOTAL BUILDING LOAD SUMMARY ********************* BUILDING PEAKS IN SEPTEMBER AT 4 PM THIS SUMMARY INCLUDES ONLY ZONES 10 THROUGH 11 OF THE ENTIRE PROJECT OUTSIDE AIR QUANTITY (CFM) SUMMER VENT AIR = 788 SUMMER INFL AIR = 0 PRE-COOLED AIR = 0 -------- TOTAL SUMMER AIR= 788 WINTER VENT AIR = 788 WINTER INFL AIR = (l PRE-HEATED AIR = 0 -------- TOTAL WINTER AIR= 788 ,y. OF TOT SUP AIR 9. 64-4¾ (l. (1(10¾ 0.000¾ ------- 9.644¾ 9.644,Y. (l.000¾ 0. 000¾ ------- 9. 644,Y,, SENSIBLE BTU 6,934 0 0 6,934 31,L~88 0 0 LATENT BTU '+,718 0 0 4,718 TOTAL ZONE HEATING LOAD LESS INFIL TO ZONES= 31, 4-88 109,931 TOTAL BUILDING HEATING LOAD = 141,419 -------------------------------------------------------------------·-------- * MONTHLY AND HOURLY PROJECT ZONE SENSIBLE LOAD PROFILE ·IE---------------------------------------------------------------------------- * MAY JULY SEPTEMBER NOVEMBER NOT USED NOT USED * * HOUR ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN * --------------------------------------------------------------------------- 8 AM 93405 97530 100226 86236 (l 0 9 AM 101986 106220 113075 100752 0 0 10 AM 109743 113208 126247 116551 0 0 11 AM 118853 122377 139703 134308 0 0 12 AM 126697 130000 153022 150620 0 (I 1 PM 136233 139459 165323 164236 (I (> .-. .:::. PM 143645 146696 173773 172182 0 0 3 PM 150555 153444 177544 173317 0 0 4 PM 153652 156477 177717 170522 0 0 5 PM 152452 155303 173974 153849 (> (> E, PM 147339 151357 16494-1 153214 0 0 7 PM 129701 133776 145899 134247 0 0 8 PM 118046 121791 132743 120947 0 0 --------------------------------------------------------------------------- ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 10 *********************** TOTAL BUILDING LOAD SUMMARY ********************* BUILDING PEAKS IN SEPTEMBER LOAD DESCRIP ROOF WALL GLASS SKIN LOADS PEOPLE LIGHTING EQUIPMENT PPL-LGHT-EQUIP PARTITION INFL AIR VENT AIR PRE-TREATED AIR DRAW-THRU FAN LOADS BLOW-THRU FAN LOADS QUANTITY 3,796 972 1,427 -------- 6,195 39 14,433 0 4,628 0 788 0 MCL SUPPLY SIDE COIL LOADS MCL RETURN SIDE COIL LOADS SUPPLY DUCT LOADS RETURN DUCT LOADS REHEAT RESERVE CAPACITY AT 4 PM UNITS ,y. SQ.FT SQ.FT SQ.FT SQ.FT WATTS WATTS SQ.FT CFM CFM CFM TOTAL BUILDING SENSIBLE & LATENT LOADS OF BLD LOAD 5.4011- 4.1221- 46.890'1,. -------- 56.414'1,. 33.335'1- 4 .• 330'1,. o. 000'1,. 5.9211- o. 000'1,. 0.000¾ 0. (H)()7,. 0.000,Y. 0.000'1- 0.0001- 0.0001- 0.0001- 0.000'1,. -------- 1 00. 000'1- SENSIBLE BTU 10,629 8, 112 92,270 -----------111,011 58,186 8,520 0 6,934 0 (l (l 0 0 0 0 0 0 -----------184,651 LATENT BTU 7,410 0 4,718 0 12,128 TOTAL PROJECT SUMMARY 1-OF BLD LOAD SENSIBLE BTU LATENT BTU TOTAL BUILDING OUTSIDE AIR VENT LOADS TOTAL BUILDING PRE-COOLED AIR LOADS TOTAL BUILDING OUTSIDE AIR INFL LOADS TOTAL BUILDING ZONE LOADS TOTAL BUILDING PLENUM LOADS TOTAL BUILDING AIR HANDLING LOAD 5.9211- 0.000'1- 0.0001- 94.0791- 0.0001- 0.0001- 6,934 0 0 177,717 0 0 4,718 0 0 7,410 TOTAL BUILDING SENSIBLE AND LATENT LOADS 100.000'1-184,651 12,128 TOTAL BUILDING COOLING LOAD TOTAL CONDITIONED AIR SPACE == == TOTAL BUILDING SUPPLY AIR CFM = 196,779 BTU/HR 4,811 SQ.FT a, 171 CFM SUPPLY AIR CFM/SQ.FT. OF CONDITIONED SPACE SQ.FT OF CONDITIONED AIR SPACE PER TON TONNAGE PER SQ.FT OF CONDITIONED AIR SPACE = 1.6984 CFM/SQ.FT = 293.3850 SQ.FT/TON == 0.0034 TONS/SQ.FT TONNAGE REQUIRED WITH OUTSIDE AIR = 16.40 TONS .,.. ,: ' ! ~ ' ' '•J ' BUIL.D_I[\lCi D(~TA FORM . BUILDING ENVELOPE COMPLIANCE RAY COX ./Vd.:CHAN!Ct\L LICENSE NO. 364075 " ' ! 9666 DUSINESS 'P.ARK AVE. , I ·, PF-:0,JECT TITLE _ DAV )SON_!,_ FERGUC\ON __ ri,LDC>_ B_, ~2~ _ LCtC{-)T I or·-,t , ,.cr1RL::::B(~[I CA CHECl<ED .. BY PROJECT DESIGNER CARL.I ARCHITECTURE 'I DOCUMENTED BY Sl.F -----------.-----.. -------~---- SITE DESCRIPTION LOCATION CODE NUMBER (FROM TABLE 2 OF APPENDIX 1) OC!::t1N::::: I DE LP,TITUDE DEGHEE:.: [l(f-(:::;--.. HE(..'.lT I NG u=-1::;:0M --u:1BLF:. 2 OF {-~PPE::ND 1 X 1 ) , Df.-~TE S~, SOLAR FACTOR {FROM FIG~. 4.1.17 OR TABLE 2 OF APPENDIX 1) DELTA 1• ASHRAE SESIGN TEMP -78 DEG. ( rm::w1 Tr:1BLE 2 OF, r1F'PEJ..tDI X . j_) . , , ·. ' ' ' .1 ! ' '·' BLDG. DESCRIPTION OCCUPANCY TYPE CODE NUMBER <FROM TABLE 1 OF APPENDIX 1) GROSS HEATED FLOOR AREA, SQ. FT. NUMBER OF FL..OOF~:::: GROUND FLOOR PERIMITER, FT. LONGEST DIAGONAL. DIMENSION AT GROUND FLOOR, FT. HEIGHT. F'T. :I. .-.:a .... , 4 6 ·7 I 10 :!. :I. 10 ····,.·-1 .-, •• ~1._,":_1 II ,,::, I.. ,_, ':?-11.:.(> u ()i.) 1. 00 l :~:'.5. 00 Ll-6. (li.) 20.00 RECORD THE DETAILED MATERIALS DATA ON THE MATERIALS DATA FORM -FORM 2 ACOPAQUE WALL) 12 A(UNSHADED WINDOW) 13A ACSHADED WINDOWJ 13B A(TOTAL WINDOW) 13T r:::i < DOC:11:~) 14 TOTAL A<OW> <LINE 12+:1.3T+:1.4) 15 HEAT TRANSFER COEFFICIENTS CSEE SECTION 4.1.8) ~-JI NTE!:::: U ( ~,lf}d_ L ) U (!,.JI NDOL,.J) U ( DOOi:~:) I.J ( l .. Jr.11..1...) U(DOOP) SHADING COEFFICIENT OF GLASS (FROM TABLE 3 OF APPENDIX 1) SC WEIGHT OF WALL CONSTRUCTION, LB/FT2 W :1.6 1.7 MASS CORRECTION FACTOR <FROM FIG. 4.1.16) MCF :;:~4 EQUIVALENT TEMPERATURE DIFFERENCE (FROM FIG. 4.1.16) TD ( EO) 2~5 2005.0 J:24 .. 0 0.0 :::::24. 0 0.0 0. f.1-'::'(i\) o. OO(H) (} n ~5'7()(} ()u ()()()() ---BU I LD ING DAT i':i FORM ·-BU I LD I NG-.. EN\.1.ELOPI:;;, .. COMPL.. :C.i:.)NCE. PROJECT TITLE~ DAVISON & FERGUSON BLDG B ---·---.--•-·---------• ·---·---• -··-•-•-••-----·-~-----·wv F:OOF A(OPAQUE ROOF> 26 960.0 .... ---·---·. ---~--~--~~~~~~(1,.t:3KYL I-Gl-1:r: >~.-Zl~---.--0 ... 0~ OCCUPANCY B-2 STOR, B-3, B-4, H. ACR> 28A 960.0 OCCUPANCY A, B-1, B-2, E ACR) 288 · 0.0 -· ----·· ------~---TOTAL---·------~A ( OR >---<-26+27 >---28T----·-···-960. (L .. % SKYLIGHTS (27/28T) 29 0.000 ___ __,,JOTE; ___ :c1=._LI.NE-2'?'-I.!:::. _ _!;:i.'1/._0FLOREAJ:£n.,-.AUJ:Ot1AllC-LlGl£L:.--:SEN:::;.u:.r.v. ...... -________ --l SWITCHING SYSTEMS ARE REQUIRED IN ·THE AREA-L1GHTED BY SKYLIGHT ----_______ SltUTCH INCLI\ICCLREC!U.IHED __ _ ENTER THE DIFFERENCE BETWEEN LINE 27 AND 5% OF LINE 28T, OR --ZERO , ... ~.JH I CHEVER_I ::L . .:rl-·IE_,GF-:EATEP __ :::;_c.____ ____ (L .... 0_ ENTER THE SUM OF LINE 26 AND LINE 30. 31 960.0 HEAT TRANSFER COEFFICIENTS ·(SEE SECTION 4.1.8) -----------~.J.UffEF-l.------· ___ IJ (ROOF). __ ::::2 ........ __ (l.04(H) ___ _ ·-::,•-:, ·-··-· 0.0000 SUMMEF~ U(ROOF) 34 0.0400 -~~--=----U~t:;;il·;:::t.L.I GHJ:J_;;::;:.____~1) ••• 00..00 __ SHADING COEFFICIENT OF SKYLIGHT (FROM TABLE.3 OF APPENDIX 1) 36 0.0000 MASS COEFFICIENT (FROM FIG. 4.1.16) MC 37 0.9200 AB::::ORPTANCE ( FROM FIG. --'-1·. 1. :l 6->---------------·----.. ----i~C-... 3::::. -..... O. 790(>... .. FLOOI=< .. ---...... FL..0017{ {~RE{~ .. ov1:=J~ .1.JNl-lEA:·r:ED---SPAC:E--~----~----~~(.;i.(.0F:..)~:;:9~,~~--~·0-•. .0 U-VALUE FOR FLOOR U<OF> 40 0.0000 . _.,, -----. ... . ...... , ......... , .. ···-··---··-------------,------------------ ---···-··------ . ···----·--·-----··-··------...... ------------· ..... -···--··-··--···· -----------·- . ··-----·-" ................ ., '"" ........... ., ... ··-··'"' ...... ,.,-----------,---------------- -------··------·----·-----------~--------·--·· PROJECT TITLE: DAVISON & FERGUSON BLDG B -· -----------------·-------· ------·----------·---·----- HEATING DESIGN CRITERION ----_ .. !:::::rAl'rnAF~D-U (OW)_. ( FF~OM ·-F I.G-.--4 .• -:1.-.-2.),~-~------~-~---·,.·----~,,,1:-=:~-(1,. 4.-7,:;,n STANDARD UCOR> <FROM FIG. 4.1.3) (B-2 STOR,B-3,8-4,H) 44A 0.1130 STANDARD UCOF> (FROM FIG. 4.1.3) CA,B-1,B-2,E) 44B 0.1000 ··------·-STANDAl::;:D ... U (OF) .( F::-F:OM FIG. ---4 .-1-.-'-1,>---·---·----------·--.. ·-·· ---··---···-_-41::L ... --.. 0. 2.t.t-"=ici_ MAXIMUM ALLOWABLE UCO) <FROM FIG. 4.1.1) 46 0.3368 ______ PROPCt;::;E[UJ.COltJ ) ___ (FROM_F.1.G .• _4_._L..l.), ________________ ,1] ___ CL .. :-=t1J_2_ PROPOSED LICOR) (FROM FIG. 4.1.10) 48 0.0400 PROPOSED UCOF) (FROM LINE 40) 49 0.0000 ·-·· F1RCIF1C1~::;EI1 l_l(CI) (FRC1t1. F.113._ .-'l·.11J .. i._i_) ______ ~----------·------------~;c1___ ().u_~·;::/:,:3_ LI NE 50 MU::::T NOT ··-···-··-·-----· . .,~---· ,___ . . . .. . . .. -----~--____________________ E..X_GEED_L.LNE......4/:........_ NOTE: LICOR) IS CALCULATED FROM THE EQUATION OF tIG. 4.1.10 FOR . THE-PF:OPOSED BU I LD I NG U:3 I.i'KL.::CHE _ _!.J.ALIJE_1::::.F:Ol':LLI.NE_:;.:(LFOF:__]]-IE_?'.1RE(-1 ___________ _.., OF SKYLIGHTS, AND THE VALUE FROM LINE 31 FOR THE OVERALL ROOF (~REA A ( OR) . .... _ ··----· .. -----... ,-............ , ... ·---" .... ····--~.. ··----·~~~="=·-~-·------·-------------) COOLING DESIGN CRITERION -----·-·---------~-----·------------------1 STANDARD OTTVCW) (FROM FIG. 4.1.15) STANDARD OTTVCR> (41 X LINE 44A) <B-2 STOR,B-3,8-4,H> 51 :~:1. 60 4. (:,:::: --·--· _;;:;:r:ANDAF::D . cn.::i:~J.(R.)_ Ul-1-X--LLNE_.l.j . .{lft)__ Clt·1-B.::::.1.,_B~2.d-;;.) _______ ..,...',52B·~~~,,....c4,.._1.C~ STANDARD OTTV (FROM FIG. 4.1.13) PROPO:::ED. OTTV ( ~.J) ( FROM . F.I.G .•. -4 .•.. :l. •• -:l. .. .l\,.)_·~---------------.54. ---2CL.-44.68 __ PROPOSED OTTV(R) (FROM FIG. 4.1.14) PROPOSED OTTV (FROM FIG. 4.:1..13) c::i::: .,_1._1 ~5l:, 1.1920 11.1-. :::::2:67 ·----·---···· .... ·-"-·"" ·-·~---....... ··---------..,----------------·---·=-----·····-···-:::-..:::.·_ -·-~-. ~----- LI NE 56 MU:::rr NOT EXCEED Lil\lE 5:3. · ------··-----.. ---·----.. --· ·-· .. ----· **-GCIClD-*·*·-- NOTE: OTTVCR> FOR THE PROPOSED BUILDING IS CALCULATED FROM THE EQUATION OF FIG. 4.1.14 USING THE VALUE FROM LINE 27 FOR THE .. AREA. _.en=-,-:;:;~CYL I-GI-IT!:::, hND....::n-1E_',Jf.;1LUE~.EF;:QI··1_LlNF ·::·:::J::_E.oELJ::HE_O~!EF<ALL. __________ , ROOF AREA A(OR>. ··-·-·-· --··---_ .. _______ ---.. ·-·-··-··--··· -·--..... -· ·-·· ··---· ·-· ..... --... --------·-·---··-------~ --------·-----·-···------ ... -. .. ··--·-···-.. -·--·---···-----·----------------------1 . -----·---------·-·---------------- MATERIALS DATA FORM --. BU IL.DI NG ENVELOPE COMi='L I ANCE . --------~--------------------------------------___ .. ______________ _ .. .F'RO,JECT.-.. T I TLE -DAV I ::::ON. k FEF<GU:::ON-BLDG-B.---------- LOCATIOI\I .... ·-· --· ---. -------~ ...... -·--·-C\.,.IECl<ED-BY -.. ---PRO,JECT .... [IE!:::.IONEI::: ·-(:(.~RLI .. A1:::c:HLIEC:rur-::: ..... 1~: ___________ _,T)?'.iT-E-------------------------~-------------- DOCUMENTED BY --·--·----·-··· --·-... . . -·-... --·--·· ... ··-··----- ----.. ---,,=------------------------------1 WALL t,JAL.L TYPE :I. WEIGHT OF WALL CONSTl:::UCTI-ON,, . LB/FT2 -<.8EE--:::::EC-.--•ll·.-:L .:3). ---\;.J l .. l . -· ... -~2:i(l •. (H) __ _ HEAT TRANSFER COEFFICIENT (SEE SEC. 4.l.8) WINTER U 1 2A 0.6600 HEAT TRANSFER COEFFICIENT SUMMER U l 2B o. t.::::oo _____ :::;LJRFACE-P-if-:::Ef';i:;:: ( ATTtiCH .. ::::t-lEET::::. __ TO.-DOCUl'11:~NJ' OFU l::":NT?.:1:r.I.ON,_;3 ___ N~-,-- ANY ADDITIONAL. COMPASS ORIENTATIONS) AREA 4 o.o t,Jt1LL. TYPE 2 OF<IENTr:.:iTION -----------.. ---AREA 6---. -::iOO.O --· ORIENTATION 7 r AREA 8 400.0 ---------------OF([ 1::.NT,~T ION ~-----.'::1~--~~l·J--~~- AREA 10 O.O WEIGHT OF WALL CONSTRUCTION, L.B/FT2 <SEE SEC. 4.1.8) W 2 11 20.00 ..... HEAT .TF,:,:~NSFEF<. COEFF I CTENT-<.::::EE-SEC..-4 .• -l--f:!.). ___ i,.J.I.NXE:R U--2~-12{,) ____ o .... O8OO---- HEAT TRANSFER COEFFICIENT SUMMER U 2 128 0.0800 SUF<FACE AREAS <ATTACH SHEETS TO DOCUMENT ORIENTATION 13 N Al'-IY f-1DD IT I ONi'.~L. COMPf-1:::::::: OR I EI\ITAT.I ON:::)_ -. -----------··--.... ARE(-~ ·--:I . .t.J. ---.:I. :I. O!::i •. 0 ---- OR I ENTAT I ON 15 S (.~REP1 16 o. (l ., -... ,.,,. ····=-,--...... ~--,.··--·~------'1:11:~.I.ENTAT.ION--.:12---E---·- r!.'~HEA ORIENTATION -.... ··---... (.)!~EA .2(1... 0.0 -·----o .. (l ___ . --·-------···---·---· -------------------------~-------~--------------- MATERIALS DATA FORM -BUILDING COMPLIANCE PAGE 2 OF FORM 2 PROJECT TITLE: DAVISON & FERGUSON BLDG B OLA::::::: GI..A:::::::; TYPE 1 SHADING COEFFICIENT ( F\'.~OM . TABLE-.:~: . OF--?'.lPPEND IX -t---------- OF~ MFR::;. Dr~TPd -l.~-1--0. 5600-. HEAT TF,AN!::WEF: COEFFICIENT ( Fr.:::oM MFR::::. D{~ TA) l,•J I I\ITEF: . _ -. . .. .. .1-11:::":AT:_JF:f'..'.iN:::;F EFL COEFF I.C.I.E]\l:1"----------'::;Ut-:IMEF"< 42(-) o. 4900 ---42E.~-O.-~::i7J)(L_ SURFACE AREAS (ATTACH SHEETS TO DOCUMENT ORIENTATION 11•-::, "'1··-' N ANY ADDITIONAi.. COMPASS ORENTATIONS) AREA o.o ---01:~:.I ENHn:.I 01'-L --4!:i ·--. ·-·-.::::. ·------···· __ AREA 46 180.0 ORIENTATION 47 E .hF:E(-)_4._::;: ___ 1-44 ___ 0 __ ORIENTATION 49 W AREA 50 0.0 TOTAL GLASS AREA 80T :324. 0 !~OOF F<OOF TYPE 1 ------ WEIGHT OF ROOF CONSTRUCTION, LB/FT2 (SEE SEC. 4.1.8) 81 25.00 HEAT TRANSFER COEFFICIENT (SEE SEC. 4.1.8) WINTER 82A 0.0400 ... --. HEAT-TRAN::::FER -COEFF-ICIEN:r------------·:;UMMER~---~:::2B~---O-.-O,l'.\-OO-~-~ ::::um:·AcE r~m~r~ TOTAL ROOF AREA 83T 960.0 :::KYLIGHT SKYLIGHT TYPE 1 AREA :::l<YL I GHT !::HAD I NG COE FF. IC I ENT -(-Tr'..'.\BLE-:~: -OF--APPENDI-X--1-) ·-- SKYLIGHT HEAT TRANSFER COEFFICIENT CU-VALUE> WINTER SKYLIGHT HEAT TRANSFER COEFFICIENT SUMMER .... ~ ..., .... _.,..._...,.,.....,.,_ ,.........n1 ....... ......-......... ,., ....................... -. _____ _ ::::4 0. 0 _::;::~; __ " -() p ()()()(). ---_, :::k,f-1 0. 0000 ::::6D O. 0000 TOTAL SKYLIGHT AREA 86T 0.0 . --. ----------------------------------------------------------.. -------------------- FLOOR ----------F-bOOR---T-YPE--l---<-FL.OOF.::::-OVEH-NON=t1.1:..R-COND~I.,:r;,:1.oNE-D-::::;1~:,:,c:E:::::_ol\lLY~)---·~-------· WEIGHT OF FLOOR CONSTRUCTION; LB/FT2 (~E~-s~c; 4.1.8) 87 0.00 HEAT TRAl'--1:::;FEI:;: COEFFICIENT ( SEE ::::Et:. -~-.. ·:I:. :::: ) lrJ I NTE:J:-.: ::::::::A O. 0000 -HEr'..'.\T-TRAN::::FEF~ COEFFIC.IENT------------:3::l..lM!'1ER-------·-·. ---· -8:::F:.!-----0.0000----- SURFACE AREA 89 0.0000 -----··-·-·····-···-----.. -··· .......... "···-·--·-··---------------~------------TOTAL FLOOR AREA-89T 0.0 · ----------- MATERIALS DATA FORM -BUILDING COMPLIANCE PAGE 3 OF FORM 2 -----------· --------· --------·--·----- PROJECT TITLE: DAVISON & FERGUSON BLDG B DOOi:;: DOOR TYPE 1 SURFACE AREA 90 0.0 HEAT-Tf~Al\l!::;FEI:;: COEFi= I CI ENT--( U···VAL.UE, ... T(.-rnU.:---'-h-APP-.----1-)0--1,.J 11\ITER---·-·-91 ~~---·-.. (l •. OO(H)_. HEAT TRANSFER COEFFICIENT SUMMER 918 0.0000 --~----·-······-·-· ·-·-·--. ··---·---. ---------------------,.---,------------------1 TOTAL DOOR AREA 91T 0.0 ~·-------·-~------------------------------------~ ----- ... ., .. ,,·-------------------------------1 ' .. -··--··---------·-· ----·---------· ·--· ---· .... ·-------------· --·-·····---! ---· ---------------·-~-·· -------. ---------· ----- .. ·---····---· ... ' -----~ -··-... ---··. ··---,---··-------------------------~~~• ---------------------··---------------------- '----·-···-···-----------------------------1 . -----·--------------·----------------· ----, ------------~--~---...._, __ ....,__ ------------------------'---------- ----·-----------------------------1 ---~ --------------------·-------· ---·-4-~--------- -----DU ILD ING-DATA--F'ORM ------.--------~ -HE:::C::-.ff..;f,I\IG--G:Ab.1~:l:.ll.:::-?,::i:.r.Ol\l:::;0 ·-·-~·-·----·-·--.. ··--·-·-' ··------FOl;:M .. -:2:E-- BUI LDI NG COMPLIANCE -------------------- TITLE= DAVISON & FERGUSON BLDG B ---------------. -------------- STANDARD UCO) <MAXIMUM ALLOWABLE) ------------ ( A(OW)*U(OW)) + CACOR>*U(OR)) + (A(OFY*U<OF)) U(O) ----------------------------------------------10i ( 01.,J) + ?HOF<-> +-A-< oi::-.) __________ -·---·· ---------. -. ---·-----------·--------·------ +{ U( 0) ::::: PROPO'.::;[[I U ( 0 > ( 1 H-:12) 2329.OACOW)* O.429OU(OW))+( 960.0A(OR)* O.113OU(OR)> -....... ____ ,._ ·----<..OJJ::IEJ;;J _______________ _ O.OA(OR)* O.lOOOU<OR))+( O.OACOF>* 0.2450UCOF)·) I -----------------------------------------------------------~ 2::::29. (l(.~ (ow) . +960. Oh.( OF-U-----------+0. OA COFJ. __ _ ------·---·-! WALL CACW>*U<W>*MCF) + (A(G)*U(G)) + (A(D)*UCD)-) UCOW) -------------------------------------------- ?,(01;.J) +( 324.0A(G)* 0.4900U(G))+( O.OA<D>* O.OOOOU<D>> UCOW) = -----------------------------------------------------------() U :~: 1 •7:~~ F~OOF-- <A<R>*UCR)) + <A<SKYLIGHT)*UCSKYLIGHT)) UCOR) ---------------------------------------~ f'..:1 ( OFO ----. ---. 960.0A(R)* 0.0400U(R))+( O.OA(S)* O.OOOOU(S)) U (OF<) ---------·--·-------------··· .. ------.-.... -... -· -· . . .......... _ -··· ...... -·--··--· .-.. -.-. -.. -----. --.. -. ------'~--·------O •. Of.l-00. 960. or~< on> · FLOOl=i: r-1 < 01:::-) *U <OF> .... --1-1 < c11=-) -.. --------·-·-·--· .. -·-.. - A(OF) O.OA(OF)·* 0.00001.J(OF) --··---------------·. -. U(OF) ---------------------------------~ 0.0000 0. OP1 (OF) ··-....... ----··----~-~- F'F:OPO:::;ED U ( 0) --------·-------( r-1 (OW) *U (OW) ) + ( A-(OR) ·n-U < OR.>->---1-.... CP,.(.OF-> *U <-OF) ) .... - U(O> ---------------------------------------------- +( + ( -- U ( 0) -- A<OW) + ACOR) + A(OF> 2::::29. OP, ( m•.J) ·* O .. 31 721.J ( ot.J) > 960.0ACOR>* 0.0400UCOR)) 0. OA <OF) *--0. OOOOU (.OF->->----------· ---------·----------·-------. -- :;;;:::::29. OA ( OltJ) +960. 0(.~ <OF~:)+ · O. OA <OF) BUILDING DATA FORM COOLING CALCULATIONS BUILDING ENVELOPE COMPLIANCE TITLE: DAVISON & FERGUSON BLDG B STANDARD <OTTV> MAXIMUM (OTTV(W)*A(OW)) + (OTTVCR>*ACOR)) OTTV ~ --------------------------------- <:l H1.12) C :;: 1 • 600TT',J < ltJ ) * 2329.OA(OW))+( 4.1OOTTVC~>* O.OA(OR)) ( OTHEF,) -- + < 4. 1 OOTTV ( r::) ·l:· O. 0{.\(0R)) OTTV ----------------------------------------------------------------2:~:. 727' ·-... -···. ·---------------------------------· ... ___ --·---·-. ·----- lrJALL ---<.U < 1,.J ) *?\ < ~·J) -l'i-TD < E G! ) ) .+.CU.U),).:*l~1Lrt).J .. +.CP1LG)..:li'.!::iF:...k!::.J::.L:1::L(~ .. U3.)..:li· U LC1.LH:.DELIP1.CU_) ___ _ OTT~/ ( ltJ) -· ·------------------------··-·---------------------·----· -·-·--·---------------------··--------- ~ +( A ( (ll,.J) -----------------·------·--------------~------ 0.3269U<W>* 2005.0A<W>* 37.0TD<EQ))+( O.OOOOUCD)* 324.0A(G)* 122.7SF* 0.5600SC) (UNSHADED GLASS) 0. (l{:1 (I,,)) ) . -----·-----~--+ (.___ ---. . -. 0. Of.~< G-> *--~--:~:.c1. •. 0.!::F:..:li--.0-.~;.:~1.::,00.S;C:,)_(.::::H{~1DE:CLGLC1'.:S.,_ ________ _ +( 324.OA(G)* 0.5700UCG>* lDELTA<.T>> OTTV<W) = ------------------------------------------------------------20. 446: --...... --2329 .. OA ( OW.) ------·----------------- ---HOOF .... -·-··---....... ----·--... -----·--· ------.,..,...,---~~-~-~-~~~·-~-·---- ( 41*U < R> *A ( R) *A ( C) *M ( C)) + ( 118*SC CS) *ACS)·)+ C DELTA CT) *U (S) *A ( S)) OTTVCR) = ------------------------------------------------------------- ---.... ---------(-H-OR)------------·-·----------... -------------------·------ (41* 0.0400U(R>* 960.0A<R>* 0.7900A(C)* O .. 92r··I C C ) ) - --~ .... + ( 1-1 ::!·* .. O. 0000'.::C.(.'.:::.) :l'r. _____ ___._) ••• () A.( .. ::i;; .. )_) ______ _ +(· 6DELT{,(T)·* O .. OOOOU('.3)* Q.Of.\_(::;:) )· OTTV(R) = ----------------·-------------------·--------------------1 .. :1.9201 . --960-.-0A (.OH) ---------------. ----· COTTVCW)*A<OW)) + (OTTV<R)*A<OR>> OTTV --------.. --. ·----_.,,.., --· .. --·-·-··---···-----·---·---. -·"' ..... -.. c.r ..... ____ ---- A ( Ol•J ) + A ( OR ) OTT'-/ --------------------------:------------"-------------------------------- +'::i{,O .. OA <OR) -------..------~------------·----·----------------- OTTV = ·------------------------------------------- HEAT TRANSFER COEFFICIENT PROPOSED CONSTRUCTION ASSEMOLY . -. ., :· ........ ----L . . .. . . . . . , .. -. -~·\l-··-- Sketch of. Construction Assembly WEIGHT: · 9::? lb/ft2 Check one: Wall _L Lht of Co_nrtruct!on Componcntt 1. 2. 3. 4. 5 . 6. 7. 8 • Inside Surface Air Film Outside Surface Air Film Total nuistancc nt Roof U-Vnlue (lfntl . Floor Form 3 n .GB • r;,E.:, coolino hcnting .z,s . 17 coolinu hc~tino I .59 I-SI coolioO hcuino . (o~ . 6<6 coolino hcatino HEAT TRANSHn COEFFICIENT ,-nQPOSED CONSTRUCTION ASSEMOL Y j ,>-·---._:_i, : ----:·-:.__ \ !-~ ! I -----·· ···--'. 11 , 1 (~=:·:;:.::--,.....,: (: I, __ .... -:--·,-..., qi----..... ;I p ~----c::.:--!.! 11-----~~-;--·I ;I '•• ·-·-ll ~ I --" -· '~ 1 I j··,--·· .... ____ (i I l, •. --···---=-7 i I ··-1 l -------··· ~.--___ ~!1--- h "·-· '' , ,. -.... ---:-· ') i1 i. r .. ::;:._"' 1: ..._ __ ,,.. . '1 h, · .· ......... , ... : :·: I ....... · ---· I .,· ' ___ .... -.'·--;·, l .. ,.,_:. ....... . l. (_ .. <-.-.:·.~·:: l· 3-----'I -····-·· . . .--~ : .. ___ .,.,.,, .. ·.····~: ~ .. _ ........... :·-•-:: .. -~ Slt.rtch of ~n1tn.iction Aucmuly Wail Typ. noor Tv!H Floor Type Litt ol Construction C:o,npnn.-ntt ,. 1/i1 v-1Yf. 2. (2_-\ \ :(r-.ic.,,v\f\·°YVJ .. J J. 1(-i' tf1 f · ..(, G • 0. 7. 8. Inside Sud1ce Air Film Out1ida $udaC<' Air rilm ·-.. _.U-V.t.lu, {l/n1) (1n61.?ruming Factor of ---- WEIGHT: Form 3 cool\"{) hut•"'J A A !b/lt2 ,l(S-, lf_[' }l,D IJ.o I l(( ,Lj) ,GS .17 .OB .OS • HEAT.TR.A~SFERCOEFFICIENT PROPOSED CONSTRUCTION ASSEMBLY '\ i. '2.. 3 l I r· 5. 4. Sketch of Construction Assembly WEIGHT: ( 25 lb/ft2 O,eck one: Wall Roof ¼ Floor List of Construction Components 1. BUICT UP f<OOF 2 PL 'Nvo:::::>D 3. R-ltf/ INSULATION 4. Al~SP~E. 5. SUSPl=.NDED CEILING 6. 7. 8. Inside Surface Air Film . :'.) 2. cooling Outside Surface Air Film · .26 cooling Total Resistance Rt 2.3. 22 cooling o.olf cooling Form 3 R ."30 • Co2.. 1(/. 0 ,86 1. 2.6 .GI ' heating • 17 heating < 22.63 heating o, o1 huting ( - ,:,, --,.. T! n;~:} :r.\;~,~r~ r)i \:··.:f;~;c,;~/~·~· 11it1r.•.:it·ri ~P:.1C:P'; : -,p~f'll :-,::_~;\··ii'.~-.;::,:,-;-[:~~.!:.(, :_,-·,-,x ~·:: :: -~-------_.-- DOCU!\1 ENT AT! ON FORM 1nt.'ir:H;n-, .\ir. . . . . ., ... HVAC SYSTEMS COMPLIANCE (Comp!'efc!-ifJr,"'ea'th-sys-t~·rri)\; ,. ,x ,,,,' r~ l • • ._ ' f ~· C!1eckcd by ------ -------------,~~:;,.-,..,w_,._ .. Q.;;·~.';L.....a,..d.,·: .. ·oiai,r.,.~:1,...:z~:1 : :~r1·,..s..J;t 1rr:;1.;),it.!~::...t~~L.. ..... m ()uttJOO!" ~:,~·-~lfl ---·,;rT1~}[_1r ... -·r·1rt\. ~umn11:?\ V\tdt, 11~·!!,. .. Date _____ -,--__ _ ,wm szm. DESIGN CONDlT.lONS Ind-co-Ci·:~;:.;11 T::rr•p1:rJ~t r·:. ~iurnn,er, dry l:. 'IJ·, . '1\doa·r C:·,:~fro. -.-,:rr'l;"~j!r:-~t1 • .,.i' -t;11n1r11er v,1e~. f~·--';f,. '. 7"r-.. rt<"tr\f.~f 'oh' f·if:q,,<r ( ~ ,·j', Bujlding_ci'ccupbricy type (Tabh? 1 of Appendix I) . : : . : . : : t' I'' f _,.,,.tOT1 .. ~ 1 ,· P'roj'ed Latitude· ~Tl:Jolc 2 of Appendix I). : : .. : . : : : : : : : '.-te]i. Cia·-1 rr-0"• ,nt;!r ... ·~~I 1"lf) • • • . • ~ . • • • • ~ Heating Degree D.'.\ys (Table 2 of Appendix l) .......... . (Jurr;(\i·r ; \• r for :~r.,.,::,r: 1 t rC'ce~~~~ . ~ .. , . . .. \-fr,: -i·~ ( .... -.jr, r,·1r ·r.: ... , ....... r,~ i"" f\ -~ ' HEATING LOAD DOCUMENTAT--l~f1::'/fi-iJ1:fl.;,jJ1,i~uif1t~?,~,:~~; 11~/i·n~'ov,:,, ,,r,: .... ,.-'i· ~t c~-.,,n· r-f''"\','' j ,r,' .... .-.... 1qr1''1(lr,~ fln,;l)ip 1!~ :. O.u.tdo·gr. :Oasign Tem/ie'ta'ture;Wi'ntcr· ........ . ':. ··~ r\ ,(""• t:r·crn 011,, o' r•, ''{""1),• Indoor 'Design Tcmperatur'ri. ·.-........ . Outdoor (->;ir ........................ : . ', ~,',)"'r \,, ... Heat_Loss from Outtjoor ~ir ................. . , ,( •ti 1 1r ,/1'"1'd'P · ,1 •~1 \!C-(f'lf'? Tempe·raturc or 'a' j::icerirunneated spaces ......... . -T -.. r,r ,:H:\ r ti. ,.l.:,.,, lf,t,.,.,·to r: {r,,,.<J .• 1 :ll11.1:r1•., ... , •... ransm1ss1on eating ·_·oss:?s· ;-.... -. : ·: ..... : ·.· ... . Infiltration Air .•..... ·-:··:·!1:'l;';' _'1'.e_n::i··1•111r• l-i'ltl!·;I. He;it Los;/Fr&~~linffi ffh'tio?i~t t.(0:-1~ -;\[r: ............ . Ventilation Air ............ . Heat t.oss· From Ventilation > .. . Outtl'0'or-Air'fdr Special processes. HenftoH'Hqm Procbss-•Air.'' .. ;. ·. Other Heat Losses (describe) .. Total Heat Losses ~·1 .,>/,,;·r r:),•:,· , .... COOLING LOAD DOCUMENTATION.'(;lXttac!i caf2ultitions·J ,. b·uta~6rT>esign Temperature, summer-, dry bulb-. Outdoor Design Tcmperatllre, summer, wet _bulb. lndo·cif Design Temperature, summer, dry bulb .. Indoor.Design Temperatur1?, summer, wet bulb, . '. '-'T'ta:rism'i'ssirifr'He'at~G:a1r:i< '. ...... . lnfiltrrltibn Air .............•. Heat G~in From Infiltration .... Outdoor Air for Specfal Processes. ' ---'-··-·' 0 _K ___ _ '9~ .. . .....,,~.----c.rr--- 2f3S- 11,608 t6,0j 5 ( ~--____ .... t39, &7_ -Z.!5 /4 I ;t." l.)i2° ;:>."· '· q~·Q2t('' ___ .. -----i 'l)'I~··· (;'. ._. ' • ' ; • Heat Gain for Process Air ..... . -----·-·-----1--~---------·-·-,·-~-. ------~-.--· ' :.. ··,:·c,-. -. ' i6. 6Z/2 ' :':'7.'' ,-..r, Solar Heat Gain Thro'ugh Windows, etc .. Heat Gain' From Lights, Equipment, People, etc .. --~eat G'aTn'f:=ro-m-Other Sources ........... . ',~() ! ~ ;. [j. ~.1r;:-p•r / .1 /~' ;-\ ~ ,v_ · .....,... ~ Outdoor Air:· \ __ Fixed Minimum Type System 1,.~ ·1? I .c.-,: tP _ '1' ;,\· .,,.,.._., ·----~---.. -~-,.:·-,wN=M-~--.:.. .. :..,$.,~M_-Per;Pe·r~0~, (-N0t-t_0· E~~~ed· T-abulat,ed.mw.=---·-~·== ~--· '6• ,'.' · .. -· · '. Minin:ium Ventilation Rates) ..... -7!~ .~i. ,::-::r,-J1-r•'):·: ~ 'He.at G_ain From Outdoor Air............ -~ 4ft ~\1_,:!·r':;·~~;·1~·~:-~ ::1;'.~: ,:,:\; ~y, .. ,· J .. ,f 1 • ,. :", . . o, ,- CFM Btu/Hr. o~ r Btu/Hr. tI='M , .•. ~," "--l 'I' I l . ~ ,. Brt.i/Hr. CFM Btu/Hr. CFM Btu/Hr. Btu/Hr. OF o~ r OF ',OF, ' Bt4/Hr. CFM Btu/Hr. CFM Btu/Hr. B0tuiHr~ Btu/Hr. Btu/Hr. CF l,1/Per5on Btu/Hr. o ;P.~1 ock .,nd shutoff co11!rnl;; . . . • . • . . . ••....•.•• ~ a ·c.ib !bi1irl,,''~o teri-nitr111-e K~i1trn0·~n::)"f1~::rnd dt.,1:n~: ·,t 7N>"; ---.. __ - ,-,t·•.j, ": • ,· I lr.ci,:J' e drawing or ~prcifi,-1fon rrforcncr. v,hcre the temre•: turc ,:nntrol (1,,.,i1'.r1 t·l:'quirr:rnent~ •Jiven b•1low 1re docurr< !nt"!d. /i,n avi brnatie•tiftt1f)'fi'r'3ture--t'i:'}.'lt;r'if·devh':' ';ht.Hf b•: ':,mvidt:l';· !or! c ead l seoar;:;te rlVAC. sv~tem COOLING LOAD QOCUMENTATION {Continued) S!MU: T,'\NEOu:·~ Hl:,1\T\t,JC ,V.JD cnounc I, ... , Puga 2 of Form 4 I, System Utilizing Outside Air For Cooling ;lte fr lowinq rerw:rer"•~nrs :.•\1l)i'.' to th~ u~1ct-fvrPc'r'P?Hs0Y1 ~{Nbf'w··!ErceJcf-jjo/.,11cif'.:-Pao'Ji115t'e't\1r:n r ·r:nvf'rPd enerr;y i, I ,fd TO i:-cntro, t-~rnp,,rnur•:. Recommended Ventil:ition Rates) . ______ CFM/Person 1 I-teat Gain Fron, Outdoor Air. . . . . . . . . . . . . . . . -----Btu/Hr. rn ciJci f c:ist!, 1.-·vhe11 r~~-si)ttin,J ho.t J!ld cold ric-ck tcmrr~r;1t1 • .:r~·::-:, nri'! ·nrirc·;1;nt;1ft ,11 .~r':·t,~ rnay b~ chosen tc"J 1eprr~s1:n1: n, !'ilOre ~h;:m td, ZfJn'!s w:th ,:rr:ilJr he:1tinr: ,r coo:in,:, tr~q1,1,remcnt,. . 31.~11 Totnl Cooling Load . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 Btu/Hr. Concu 'rer:t oper2t;on of indo~er1Jent heatini:; ;ind ,::00::,v: sys ems ser-1in~ comll"'1i/1 fp:ice-: rnust pro•1id0 eithN or both rif ~he CJn"r'J ~ ']iveri be!O\.Vp List r,~f·.?'r~nce ~rr~,:if!f::1tion r-1:_!!J!! or dr-n,.v~ VJ nr.::-:,ber \i~,heic r,-r,n~~'-'l requir~rnert-: c1n t·e v~~rifir:d. TEMP,ERATURE CONTROL AnadJ .mariufacturer's data or other, ,give specificatiol') or drnwing reference which shows in detail the·.f9ll0.wing information: 13 'S1)r.:: .:':'n~1~d tf:Mf_11>r3.t1.1r~ CO,,.\!!"'-'' ,~f .'~P<l!1~1(J ;,nc{ (~1,--i 11;:r .. : ~V:,-t-p Tt~ , •.. ~ . . • . • • • • .. • • • __ _j_;_:___L ____ _ REFERENCE .. (page 9r,sneet No.) • capability to sequence heating and cooling· •.•...................... rle:"°'?:, ~'-'~-~r~m·, ..... ai\,;: rr~{i,i~=--01"~ c!~!~,~::-.ir,::r·rJn<: n~"C or ~~~;1\; ir0 "~ffHber 1.·/·tir[ • , temperatt,!re cor;.!rol dev,ce~::t point l_1m1t~ ..•.. " ........ .-· .......... . . , ..... :, ... p~,t1~,r,n 1 ....,,., , ... , r('(')[(':-(\f ,.hi'l -rn1 -, -,,-, ... , ·t~1• ... ,,~·tr'r.,:-, a·· temperan.lre s·et ·po'int r·an·ge betvveen' full hea·trng' a tic! ·foll cooling .......•.... · ....... . • setback and shutoff controls ....... · .................................... . "' ,, .. __ l.:;-1:·, ... ,;,,!) ']"roi,·!r.J,, ';£,,.,,, •• ,,,-, .... ~7·?\b·FT·'"'a" ·''''"1m"r:,;:··7''3o•F ,et t'"' rr,1, · .. . •· cap9u1 1 tY' to-terminate •11eating·at o· · -an' coo· ing ·at · ·: .' . ': . ·. ; '. .............. . ~··J~ D!V tt· !n-: t1i1Jhr;-:t tr:rn:1r~r:1t~r1f?\!~.:-,~~ nf tnc· :~one "l!f.~1.!irin 1th:~ CTH.1~:t coo{inJ ~ ...... . Indicate drawing or specification reference where the temperature control device requirements given below are documented. /}/n au·t8mat:io~tem'p·~f.atl!(i:'e"c0"n't'f.0Pdevicfel:i/flifllf ,bc '.p'r6'v:i'0'c'cl1fft)(.':'!::itinq J'1d Cf')()h•,' __ M_' •' ~ • each separate HV'AC system _ '.,I • each zone ............ . SIMULTANEOUS HEATING AND COOLING The fqllowing requirements apply to the use of new energy and need not be complied with when recovered energy is used to control! temperature. i In each case, when ?'csettin9 hot and cold deck temperatures, one representative zone may be chosen to represent no more than ten zones with similar heating .. or cooling requirements. Concurrent operation of independent heating and cooling systems serving common spaces must provide either or both of the controls given below. List reference specification page or ~rawing number where control requirements can be verified. REFERENCE • Sequential temperature control of heating and cooling .systems ........ . NIA ---• Automatic reset of heating temperature, to limit energy input only to that level to offset heat loss due to transmi·ssi0.r.i. an_d infiltr.atiqn ·. ,•. , ...•.. , .... , ··: ., . '.'! ·. ' I < I ~~ I' . ' ' ..... Reheat systems -give reference specifications page or draw,ing, number. w.hich, ·wilJ ,5how· compliance with the following when reheating 20% or more of the total air i'ri,,the· system. ,, .. ,,,. • When serving multiple zones, controls must' automntic::illy reset the cold air supply to the highest temperatureluve!rc:rf-the zone n!qui.rina.tbe most cooling • I • • . • •• • Single zone reheat systems shall be controlled tr) sequr111ce heating Jnd cooling . • , .... !) r- [\IIA mi....:st t·': ?:~tpd znC :-;iny ·.r,e,:i:i: r~~~ric·ricn~ t~:•:pn h•·I"'~ ···1,:t'r, .... ,~ :0 r-i re, ~h')' . .'V Ct ... :..,J,.i '.,, • ·:1!_ Sur,n!v r.._ ... L,n.:r1:p~ fQ ::.rr:p~r ...:~ecir- cat\on<, p;:ige or draV·!''(l n'!rr.lJ,:-r::. :'\,pe ~· VAC ~~ysterr1s Useci :_~ L;:;t typp. cf $1/r.,.t~m to be· "::,_1r! ~f'rt1 ::,:,:J11d:"t nt: ~\. 1.~,1,--r1:: fc,r '1'-!3ti·11J ,-Jf" c,~t)iinr: fr• the b~l di111J) inc!udil reference for ~pedficution~ for eu-:-h s'::·t0m. Pago 3 of Form 4 '------:'~_·· __ ;_1_._· ___ ~--/~i-~• f 'f ~ •; I-• ___ J~-[~)~-- 0 --~~-,:_·_·~l·~~· •,. • • ) -- Dual-d~ct or multizone systems -give rcferenct? specifications pa.9e or' drawing number which will show compliance with .tbe.Jo.Ilb.w.ir.1. _______ ............... ,----,.-------~--- --------.'...J, ... ~-'-····---------------- • Hot .deck temperature -n:,y_st be automatically reset to the lowest -t"t!rr/pemure necessary to s~t1sfyrt're-zbrie requ1rmgc!'fiy-mos·t·ne1ifing"'".-.----.. -.. -. -. -r->J.IA"--' -- ---• Cold deck temperature -must be automatically reset to the highest --remp1trmore-rre·ce!ts·a·ry-rcnr,i-ri·sfrttre-rcrn1rre-qa;-rm1rrh-e-1Yi6st ·1:-0-crl·irfg""'. -. ---. . . . -. -.------it'1/-A ·R-itctro·I 17f9SVS11:fffs--=-givl:7'1'!'f'l!rerrtl:!s·p-cc·i fftmionr~Ylrgccrrcfta"\ving-n u n'i1:'icrwn icn showsccm, p tilincc wiTnTnefol Iffivi n g I l recooling 20% or more of the total air in the system. Com,a it volume reheat ~yrtem -whe:1 ,erving both interior ind extrrior zo,11·:-, .. o"fl;irate coo:iri~ co1:~ are requirer.: if the ,~xr~[:ltr~!~tf!Tl!:JSt·~a_u.1t:Pm:a.t,i~a:Il:'{1[;e~~f1tfiert~r;r,iner,a~ur.q ,Q;fJg.~a,te.Gl :§1'.l~PJ~ a},!i1t9 the lowest temperature necessary to satisfy t/le zone requiring the most heating •....•............ HVAC SYSTEM RESTRICTIONS & SPECIAL REQUIREMENTS NIA Several HVAC System types have speci;:il requirements or restrictions. In this section, the type of system used in the design must be listed and any special restrictions given hero referenced to show compliance. Supply references to proper specifi- cations page or draw.ing numbers ... Type HVAC Systems Used -list type of system to be ,used here (include all systems for heating or cooling in the building) include reference for specifications for each system. "ftJtvl rs '\ r Constant volume reheat system -when serving both interior and exterior zones -separate cooling coils are required if the exteridr. :tone· exceeds',20%'o·t~hre tot·i!l'a'ircftmn,tity through tme·cooling coil.r:,S: 1·, '·,·" ·. '· RE.FERENCE -~ I ' • ... , ' ' t':-,\:-,tt -1 ·;•/'":' ·'I ,1 ··1 : ',"' ,. '••:l ·,:,t· ,. -'' ---:~ .. -----. - MLL!'ft\',_f;C:A'.. f'.:'JU (,ii_il lJ: !' 1' 1! I'.:"·<' , u:i., ·~,., 1,' .. : ·-· •·· • N1tc~fiai1\;·,.;3t ·,~r~,~{n:1--\:>5:i ~:TJfjh1l'f'13fs l:'\::,i<"il 1£tP. :1ut-0rn·,(c: llv· j,"'tfc--d-c:ckad Jh"1·tI:·i:s-ed on f~v-, ~hu-trJr,·,:n<:•:t-e r~-,~~~'"'"ed Pz,ge 4 of Form 4 ; \_ ., ------------------- ~ tf·,.a OUt<'1r\'1 V''th li'•"' ~ vr""nt:r'ln O',.. )'Y"'\:.---,:Jt<t.(""·~ ~. ,· "'"'· '"';, ... ,, Co~stant ,;olum·~ duct o;-multizon'e -sy0ste~s --.;,,hi ch, utill~e 'new energy to simultaneously heat and cool air streams which are subsequently mixed for temperature control are prohibited for buildings lar,gC/:[rt,Aa/:::~Q:@OO squ~·r.e, fe:et of conditioned space. If used, the air leakage for dampers utilized for the mixing of heating and cooling air shall be limited to a maximum to which Lest,~a,g~r:-:ot,.~~,~Q~~tb1,~~t:P1t,~1 ,i!lr cqHa,r,nity handled by the dampers when operating at the maximum system pressure r'C,~i..i-~ ... 1_.:l.._)t,.,,v, , .. _1" ;,,. . 1-,1\:-the dampers will be subJected. Manufacturer's label or nameplate shall state leakage rates. REFERENCE __ r~~ff{j~;wl'tc~~--_:c_f_· ___ _ r-,.,,::,n::rr-ar.r vo!,,me -r1'.it"!7' • • • 1 . : Eco.r;i~rt:i/~~ 7y.c1~):-/~r ep/;,h cooling fan system, for _other than dual-duct or mult1zone systems, w~llS:~-·-serve z9D~1 having totai '--J'cfo1·i'kS1:¥p·acity lg~~tlt<fr than '134,000 'Btv/hr 'or nidrc 'thari 5,000 ·cFM ·must have· an economize~ cycle un'less one of .,.or~J -Jrn"".-lJ"r• 1"'"f , .. ,,~r,J,; r,:..,,.. ___ 1·v·h,ao; '~Vare-r the exception~ allo\ve'cf'is'claini'ea. · · · · · · · · · · · · · · · · -•· · iota1 Su;,;~tv ;\~r Ouan~ rv A ~i~·,,~~i~d frq· ::·race~~ Lo~ 1:.:. ____ c~r-... ~ R'E'F EH"ENCE _-f-'-V:""""-:/4'-+--J~ ...... "'-=:, =--· _s,_,. _F :_. _ . ·, .. -' . ; :.f ·. . Eledri~ ,::-1:f ;'sf~t;~~t ~;gfiAr~?s~r~i I:...· These _systems shall. n"oi: "be 'used unless 'tlie total' ins!alle"d' efo.:.c~ric~e'~is~ance heat does not !!Xceed 10% (ten pe_rcent) of the annual heating energy requirement or a life cycle cost analysis, Form 8 (see Section 4.2 Vf.anahfo volurne "Hvs-tern 1 · · l'f · 1 d. '1 · f h , 1 , , G. f · 'f o this manual) s ows ar:i a ternate system. 1 e eye e cost excee s t ,at o t e e ectr_ic resistance s_ystem. 1ve re erence 1 ····~· r·'w>"I'! ,, ·1·'0t<"'r<f: •.. ;• ~''o' 'Jl,''"\J'"'1 i·l,~·,, ' I . '' • ' ·~ less t,i,'an' Tbfa'"or i'n'c'iupe"Fq'rrp a'if'cnl<;U ~ting n;te·cycre·cost~ · · · · · · · · '· · · · · · · · · · · · · · _ _ . , .. ~Ota! e·,.~~rnrecfSuf}t'Jl·: .·,r. ,,~1v1:1:,,mt11r 101•,• •••• , • -••••. ''' •• ' ••••••••• -,-7--'· lrv:ht'\,',HU Ta~11 Grm, Flo'Jr i'-r'::-.. ·: . . . . . • • . . . . . • . 'R'E'F'E'R ENCE · -(~I-A----::· · MECP!Ar:.rfcp[C.1JfN01f1-i:t,A\Ytf!,nj.eNf1E:.o:r:1lfr,flrni. · · · · · · · · · · · · · · · · · · · · · \/;.,r:,hlc V0lume /\ciiustrn•~nt Co11,<.~1ri~,,..... . . . . . . . . . . , .............. ------ Medi-a'~1i'eal''~en:tfla1'i'6ff)"-'TQfam'p1er~t¼t;iitRla,re awtoma-tically-inte-rJ,ocked-an?· c.losed on •fan shutdown::il·fe=f.:e!:lt;JiI::ecl. REFERENCE _ _,_{\)::..J,/_,__,k ____ _ Gravity Ventilators Either automatic or readily accessible ·manually operated d_~mpers must be provided for all openings 1 to the outside with the exception of combustion air openings. • I'' ,•(l , , , f-. ~ •:~,,.,r '\' ., (l, • •• • ,"", ( ,' I +, I . > t ~ ! l ~ f ) ,• • > ~ ,-. ~E~~RENCE_~N~t~~~---7 . ... Conrtant volume system, ·-.,.-.. Total Supply Air Quantity ...•...........•.........••...•...•.. Total Pressure ,of Supply .Fan ..•..•............. ": ........... . Total Supply Air Quantity Adjusted for Process .Loads ......•.... Total Gross Floor Area. . . . . . . • . • . . . . . . . . . ..•....••.... . . . . . '• .. I V.anabl8 v·Oftl'rii'et systlfm·~ \ .. ff!l_.!i t;: t .. { i/-' S'/':ol-·,,-' ·1-: t.1' i1;:,~ ' -!.lf p ' ,' r~1~·· t '' f .... } ,.-' "'•: T-6tat:'Sl:fpl>t'.y' /iJi'rl0uafilfty:fi'tf~~i'~i:mDrffr'ldW. !') L ,h.:I; • • • J', .' _' ; .' ·· 1 • .iVl.': :.·:·· .... , .. . 'rnrT:oial ·P-ressu'fe:!o'fiSd(p-~J.;;qFa'n t a.i:Ma:,frmuni Flow'·,:.' ;i~• .: ;' ... .--,J. !" ~ :. ,, '. Ft,'. v:·,.: , ; . · .... . Fan Performance Ind,~.~ atlilaximum Flow (FP!m) ..... . Variable Volume Adj~ment Constant •............ _ . ,t\~j~sted Fan Per.f~rmance lnde~, FPla. -,:on1J,rr·1z,·i" C·} ,....i~ -·-c,,. r·-.1c1, cr11~,'1:,i:· t~p; · ·, ;ft;."J, ifl:, I ;,•' ,'l.,l'f·-· ,., REFERENCE I CFM Inches Water CFM Sq. Ft . Inches Water Sq.Ft.,, CFM ____ , --- f>-.<J96 of Form4 · PIPING AND DUCT INSULATION AND DUCT CONSiRUCTION References to the piping insulation, duct insulation and duct construction requirements presented in Section 4.2 of the Energy Conservation Design Manual must be given below: REFERENCE __ __._.M~----==~----- r ~· ,y; -~ . I • .. ·:-:n·-:,'.t:.: - cD.Q(.j:1.\_!.)Jy1.:gyNfliAT! Q.N1P. Cl BM ~u ! rM l:. f\JT H\(&~ ;P-@lb{,P,M_pN{i~GOMPrLIANCE b-.... 1t1n1; 11quin'"il('f•r,_. [L['.:Tn1cAL.LY nr'Ef"lt-.TED Hr:AlT!G HC:,\T rt_;Mr:: E:...ECTR1CAL R!;'.SlSTANC;:: ".',"/\'.~f- Minimum c-om!'•1isti11i1 effir;i,1nr.v ;it rnaximt.11"1 r~thl •P,tfl'I• r,:l·~··t:·nc'! tliini·num "..:Er: :cot•\ r e:•:rcn,-e Surn!emcnt:iry I ',•;1'1:r Cnnim' r--:r:r,TtNG :~ou1r11."7 l\'T :NruT A~:c, ou1-r-·uT Form 6 References giving the specification page or drawing sheet number or manufacturer's data must be submitted to demonstrate com·: pliance with Division 6 of the standards, f"l[QtJ:n[\'.:~:::-f()l1 MA.li':"!°EN/\NCE r-ort i,;\ANU :,\C;UnEWS Ml\i1'rF~-:,'\"!CE .' r,;r ' ' E't.l'ef Rti:-{Ui! 'r OPE A )ti/rt~§ rcoo LING SYSTEM EQUIPMENT ABSORPTION WATER CHILLING COOLING SYSTEM EQUIPMENT COM_BUSTION 'l-!E~NG''E~yrrM~NT ' '(Oil and gas.fired .comfort . heating equipment- E LEcii1 tA~t.'.r_'y; b~E R'A TED H EA Tl NG HEAT PUMPS ,-,, • ~ •; t•-'!I _t I -' -~I ELECTRICAL RESISTANCE SPACE HEATING EQUIPMENT f\JrUTI';\ /\ND()! :Tf'! IT/<;) Standard rating capacity, Btu/hr Minimum EER (COP) Reference Heat source (check one) Direct fired (gas-oil) Indirect fired (steam-hot water) Minimum EER (COP) Reference rv\'inlmum co~bustion efficiency at maximum rated output Reference ·'l' . •. ,, ;1 '·)~' ~ !--: : i : • ) Minimum EER (COP) Reference Supplementary Heater Control flcference REFERENG_E FOR -FULL-LOAD ENERGY INPUT AND OUTPUT f;titR:l.:·'r~F:1t·F.~1· f. 9.~: [j\1rU'HENANCE F o R MAN u F ACTU RE R ·s MA I NT EN.A NC E AN o. F1~Mc11.~;,~.PJW};,111L:ff.ill'i~)J~)-\ND STAND-BY INPUT(S) ANO OUTPUJ(,S) SPECIFICATION REFERENCE .. ,, I ', , ,, t , I , \~~~~J~_.::l,'j.~t,J.\•• ... ~'WY,..b,.&o''~,;.~~.:..,.--:,;A: •• ,,. --~·-.... ,~\!,.,< ~.;i..n..~ t!i,t r1_!f'H:r!-:. I_J,\1t1"~ t\.i:\ ·:::-~rifiC,.1':'011 ;J~F~-': •;.,, i 1r·iv.l"lfl ":''t 1 f•,1'11 , t");Jr:,"': -~·;1r, [;V1·1t1•, (; r,f 't/t,; ... ind,,· 1:. I • .... /4 .. ,»,,,,. ,,,,i,~ j ~--..,,;-~~,;",$,L.'-'t,;'\,,.~-v,.- ,- rn r,',,1 !r,:r'-,(.!t. -J~ ·--·· .. 'I!.'·, t -'.~EB.IES''..__. ..,,., .... A .... ,, .. : .. ;A ·;·A'" ___ _..A ___ _ ,.i ~II~ M ... • 1 -•. ,~""-;,-~ ~ 'c.l&~'.li~Di "Jq,-~~~~_ .. ,xi:,;..,,~\.>tl·J/jq_i,~ .. ··t, .,'..~.Ji,\-~ r-~1~~-_.,.~~; '-;,!~1;'/11'J!tlJlJf~\.'!,t·.,d:;', t, '•l,\~n~~\.~i~~r.1.o/; ._Uf1ilt1~611.'$~:1?,lfasf)60.t:!1:t/,;' ;''' .,. '··.-: '.' ;_. '.. :?0/:J'..:?~Oc:.,:l_ 208-'230.!...~--. 208c2;3Ql,1,-1.': 1·?08/23Q..,.,.~ . 2q,Q-1 .. ~-· 2.08/23!1);-:-3 · '.,Qp~~ating\Vbltag_e.:f.!'.,:i)i'ge;;;.:..,!,_ ·, ,'i•!.:-.. : .: . .:... 1,9_7.;.. 253 ,_ 19i4,'=253 _ ~ .. -1:91'..;-·2§3·, • "'-~ 1:87 ,..,.253 ..... : 207..,;. 253.. __ 1,37-.,,.,. 253 .... , t:Jh'i,t\~n:ir:>acify.'for;w.ire Siii'n!;f'.'.: ·-··: ___ .20.2 :;__ _ _ , 27.5 -.. ___ .29.2 : . 1 z.8. .34.9 . -_ ___ 25.2 . · Mijj_i_mt'.liil_~W.i'te~~iie' '(AWG).* _ ·-_ _ . ----_ 10· _ _ :10 : . . ..1.0 · . _1.2 .. 8 Y. _ 10 . eo(n:15.r.~ssoma,t'.e'a.'t:::oa<;J AnW>'s: :_ ·_ · .. 1-ii::2.: _ __ '19 .. L _ .20.8 11...7 _ _ 24.4 .. 1 e..? :.Qut(;loot'P-art'M:6'.tqr;.pD;:e$C.:{Wattl,;t:.'& SpdsJt . 1.901& .t 190 &1 __ _ __ '.1.9.0 & 1 190_& 2 _ _ t55 & 1 _ ~: ' 155.& 2 _. · · "RWll'L:oad'/Srh'ps 1 .. 0 ,1.0 1.0 1.0 o.9 o.9 lnd~6r.B16Wer-Mp_tor-,-Q_D,.P.SC {l:lP.&.Speeds) . , 1./p_& 2 . 1./14.~.4 1/.3.&4 J/3 & 2 113.& 2 1./3 & 2 .. F-iy'II t:.bac:J A_mps'.'. · · · ··:-·" · , _, ."1;!;i .. :-· ~=Q_. . .. · 2.1. . . 2 . .1. . 3.4 3 . .4, -M~x!Jill.aotIT;(;';,ifc;t,Jit·F.0~¢-~tze{An:ips·:~------·· '.:·30·. .. =1'4'5.'.;1• 45, " ... ';;:,~. 25.. $P. ''1 40;,_ :I:J:IJ·1:xt.J:1 ,,.r •. r ~'--,,.,,,-tiJ I ra:i: ar, ~{ · iit.rt .,,."\' .~~i'<\"ftt,\\i(}.;'&R' :t~t,!{J1t~.;.1f,:::!4N.i>,o: (tt'~.~·it':1n'~-\\{i1:"1i',~l~(:* *1 RI\'~eti .C'b'dl\'r:fg:C.-cl'P.acif.y_@ 9'5~F{Btflh + .. . ·.24~400·._ _ .:2!;),400 '. __ .. 35,.400. · '· · -,35,4.00 __ _ . 40,000_ ·, .': ' _ '40,000 -$1;:Effi~-"'.J' '.'':~· :·.'.'.:i.. .. _ ___ _ _ _ . __ :.z.ao · · • •· a.im:" _ _ ____ 8.20 ·. · '1._ • 8.20. ... _ 8.50 ·" · ·_··:· 8.5ot .. .,, E;EJn~ :.:.\ '.',;/,.. .,. · ',. . ..... ---------' ' ,_. .. .. ___ .,_,:·:·:.;,,: ·c·_ _ ·_-.' '. · ... 7.63.. . .' '. 7.93' ,.f;!~tiej'cj,'e¾~'atLri'9.Q.a'pa,c,i,ly'-@,.4.4~_F.,{l;ltyt) .:j: , ... -,.-.ce -?9.'AQO .. ,2t1!,'Q:Qo . , _,_9_q;.{3Q0,J;i. ~ ::i -3.5,/3(19 ... .-,!J ,!;i00 . • _4:1,5(;)9 • ::,:.r-t$f?:F.'.:{Mini'[hum'f.:f.leg·iqi'rH-'l.J1 ~-:-.:~~ · .. ;.. :". :.:,;:.:~1-=-~ ,._ e,ogi ;. -_ .. ~ .. ; Je,~·0~ ... .. .::-.:....::~e.;:1011.··; :·: · /:'.;;:;:...-6,30 ,. :.; -" ...... : 6.30.. . .... e.ao:. ~- .. ·.,J3D,l?!l'.;"'::··. <:c:"'·:.'; ;~-= '. .. ,,~,·:_: _______ -· ..... : :. --!=-·: ------~ -~ '' ·:':' --:.2 .. 68 . ---2.84 -- ·AF:!l:P.cilif/cf'.F-laiih'g'N.t.imoef!-~~:'..:':':.= ~ ---~ --. --,c-J9. -----. ;1_.9,. ____ .. ~w-.' "·: .'"'.:' :1.Q... _ -18. . . _ 18 ll.~•11J;I ~ ":I :::f..~"1t '•.ua--:1.;f::f ~t f C1 ::I ~f!,;.1.)1 ~.f;'ll.-.{ •J\.'.. •• ;{I I u._~, ,, ;r"--iT1?'~f._'~~f&'"T:~~.J\F~~~~·~. ~'il•N.:-i l,,;,i; ,;1r~~,f.il~)~ti~:\f~f~-;.;~1i'\ ·d~1'tl''~·;':;~r d/,~'i,\~l;,.4~,.!?.J0.:}:-f..;~~~' -Gorn,p:r-~s'.sctPY.i:ie-~-;:::.::··· 0::.c.•.·0 ::,--"-~ --·-------~--t-i¢1-:m¢lic:; -Cornpi;l'is.sp(Ti:!mit'.&:,overcUrr.$·nt:Protectior.i·..,. ------. . ..... ,.. . . _ Standard. {lr\terrial Line.Break .. _ . 9b'(lip'(.e,s's'cir';l_ljfer.·n:a1:pr~s'sµ'r.ifRelief-Valve -------S\aritlai:d . f--·--- Tw9~W~\1~f,,1'6vf8.~f'riggj~'tjtfy[ei\'e.rj'il'g'P'Elliip'e' ''· ,.,.,.-,·.: ,,.,.,~:; ''-1.' . ,, ·: .11·:··' ~-,· ,•t: •o: li 'I 'MET,J_E,T W(th'PistqrF ···1• ;•,• ,w,-y•;v •; '"',J"' '. ,• ' ,, 'I,, ,, Lov,v~P..r\'f~~.ll.r,Ef~'Wl!/;ti'. .. , ... "' "' · • " · ·· · · sta:iicfa'r'd ' · Co(tjpr;esso.rrCrar;1Koc1.s13Hea\eL :,.,, .u·. !;,r ,·.-111 :,: ·,,. ··: .. ,.,,,·,r.•: :·,: , . _.· .. ·, .. _ .. _., , .. ,_stan<;lard_)·· Cq'[Tj'p'fi3\,sor'C'Yu1'ok'-'Start Gorrip61'1!;![1Js-:,r,.,,. 1·,,,,, .,, " ' '0 ·' ···•.,' '.1 ,,. Standard-All Single-Phase Units Tin'l$aiJiempera.tur.1:1,'.fi1.efrostSy_stem·,.,.~" ··:,0:',· , 'l"'', · :J , .. i. :·,,:_,,1·. ,, .•. 1·.Sta·nda·r,d,,,.,.•.:·· ir,,-, .. ·'· ,., .. ,, .,.,.·.,1.,., ,, . CQ,'!'y!PA!QI.E;G® @om·pr-e·ss0r·Qycle Proteqtion . Optional Eff]c;'iency'~AlaYh'fCi'tc:li'it'''''''·' , .. ,., ¼~ .-, ... ,,,,,, 'I'"',," •: '•, ..... ,, ' Optional Vapor-Tube Fil\er-Qrier , _, ,_,,. ~ •. --Optional Higti-Pres~ure Switch Optiona'I A-2~ F-!e.frJger:ant Nm-ount:'Wacror-y C.h;ar:g·e:i.-e·ib·s-4 oz ·e-1bs-ro oz 8'1b$~4 o,z;, __ -8 lbs-8oz _., I l' o I e 1.e 1~n..r•11 w:-,J .:.t I{*·''·', ::t "&:.'/>'-#t'!,:r~ """"-1~~ .. 1"'·;.:"" ,l !"i"'~ ifl?~~\t~~\~!J~f ~~~t:i;_1.,r~ff-)·~M,~;:~~,~: . .;,~': ,,.,_· .~1/"&~l':'f ?ir..-:~rt,#i~~:'~Y-' .. t?li.~i!-t..;{~·t;.JKf .l\t~r~~t!~}~~:-..~~:,1~~":'!l~:i..:,Jt~· ffil~'r..'ll.!.¼i.f.'~~- C_oil iFace Afec\ {~q:Pt),~t,jp, GJrcuits 3.67-3 ·3:57.:_3 3.67...:,4 4.67-5 . i':l~igh\ l(\<yid\~ {!11.) -l ,.· 24 )( 22 24 X22 24'x 2g 24 X 28 Blciwer:Wb·e·e1 Pil:i1J)'~terx Width On.J · 1 ox 6 1 p x 6 1 ox 8 , 1 ox 1 o Ra!~.d:P:O.o.ling .A.Jr.!Jow .O:'t~IMJ.nJ:J:tt· · 850 roso J 300 1535 External Stc!tic Pres~ure Ur,. wcJ+tt 0.1 o 0.1'5 Q.15 0.15 Re;cpmmendedMin Filter Siz-e (Sq ln.)H St:andard, Type·. . :·-. · · . · 408 504 737 624 .. qeana!t,l,e-or l-\igh.-C-apacitY,-0 J'jpe. l :-1 '·· ,. ' '. t , 265 406 ~ -,._. 479 --:...2/-;!MPT 3/4MP:J:---3/4MPT .. Coil[Fac:;~_Ar.ea (Sq F.0,-:-No. Circuits -10.57.:...3 1-0,:5'7---3 10.57-4 · 14.26-5 • , f:j$ig!Jt~-W,jdth :()rJ.) . 2,4 X 63.44 24 X 63.,44 44:l< 63,44. 30 X 68,44 -ii .F.j'ow.s·.& Fins i?er.Jiwh-.. · ...... : · .· · , -• ~AH. 20. · 2t~-40 2 & 29: .. · 2& 20 .. · fal'l !Qi_anieter' :u('iJ ''-'. '. ' , ·,"--1·8 . 18 .. __ ,18 :,: , ' _ .. . 22 ~~-.,., .. ,, ,.,~1 ~1 •n~.•J111 ~.J.!,~ :::fl',-.... ~~·.:< ~t, p , , • ~, .... , :'.:--i\\ l~~'iJ;, ,:-l~f·.,,:_.i;;, ·'m;·~·inN_~t,. ... ? ;{,r,,srr.1.:wt·l,i'J/MffuM;r;itt~!;!·i,~~;,,.1w,~~i~~;>.:~:ii?'M A1r{t{l;'~Ht·fiik?!·~~~!f~ _Twp;0 S{ie·e'cf, DitecV--D,r.ivtt!3lo'wer --..:..-.:. · ·:':. Stand~rd. ·-': · . . PSP'E;riergy~$avin·g.Blow.er Motor.. ---Star,idard _ . l\'l(p:-$'pe'e-cjJ;>ire.c\-.Qr,ive:Qutdoor.Fant _· Optional OptiQl'.lal Op_tJonal I, .. Standard _ Optio'naL I · Standard ·PSO; l;riei:'gy0'S-a:Viiig Qotqpor.Fan Motor.-_ · Standar.d · .ln~;41a't'ed BlpWe'r: eomP.ifrti;,eilt ·. ' --., •· Standard ~ ' . . Low.-Vci_ltagi:i'T erminal)2lo_cl< . . Standard. Hea}/::;,.-Duty· Bas·e· A'ails:-MF.orklift Slots· ,. 1 Standard ·U~e only copper wire.for fi~ld.connections to the.unit. Wire-sjzes are ~a.sect on.60'.C.copper c9nductor·at 86°F-(30~C) am,bienpemperature and the ampacity shown.in table. If other than .... ?;a,G~oppe_r_co_nd\iotor'.!~ Uffi,d, if,~m~ientitempera.ture i.s above·86°F, or ii yo!tag,e ~[QP of,:wi~e-~xceeds 2% of·µJif( tot~l:rated,~oltage: qetgrminewire size fr.om ampaqity shown:-~nd.th' l'\?,fional ElectrJ_cal,Code. ·.• . · · · • . • . • · , , · ·: _. . • · · - :-~11,'3-pnase units ~ay_e _a ·5:J>peeq l0utao9~ l,an n10tor and ar~ ther(llostatically controlled' to provide low-am.bfeht cooling operation down to 40°F. Sf,ngle-phase un1ts are designed f -cp9ling operation·down·to-55'F·with·40'F low-ambient controls availabl~ for field installation., · 0 • :J:Rated in.accordance.w.ilh;ARI.Standard.240-7-7-and/or..U.S.-Governm-ent DDE-testtprocedures: *~~a'tedinaccgrda.n_ce.11i\!ll,Rl,Stao.<J11rd270-7§. ___ ... _ .1• ___ · -i-· t-t.s.e&·the' air. delivety-cl)art;f6r,1blower?p'erformance application data. ,, . . , . .'.,.·. ·, . ,. . . , ,_ . . · Hfl'.eb9ll)miinded fi~(d;spjip[[eq.-f,iller sizei; sho~n are liased on a vel6_cfty._of30ff Ft/Miri at;the Ml rated cooliqg'~irflow. Arr filter p·res~ure drop should iiot.exceea·0.08 in. we for.unit to produce·ttie rated cooling,perforrnance. . . ' . ·~·Mdctel 542p.Q60.~nits are furnishe~-with:two standard-type Wfilters '(20x20x1). . : . ' . ' .. \:11.~tl}}·{/:)i.-~--~i~,':t~,:t-·: .. : .. ~J'.. "~:i ·::' '-, ·_.· ·. HP-~2-~ ·.,,, > '' 'I RAY COX MECHANICAL SAN DIEGO, ESD INC. MECHANICAL CONTRACTORS CALIFORNIA HVAC PROGRAM PAGE 1 PROJECT: DAV I SON&FERGUSON .BL-J::G B CLIENT: CARLI DATE: 8/27/86 DESIGNER: SLE BUILDING MASTER DATA DESIGN PARAMETERS: DESIGN OUTDOOR OUTDOOR INDOOR INDOOR MONTH DRY MAY JULY SEPTEMBER NOVEMBER WINTER GLASS SUMMER TYPES u FACT 1. 1. 100 .-, c. 0.570 ? "". 0.570 SHADING HOR TYPES PROJ 1. 4.0 ,::, i;;;.. 7 C' "'· ...J ROOF LI TYPE FACT 1. 0.040 WALL u TYPE FACT 1. 0.630 ·=-i;;;.. 0.550 7 "'· 0.080 PART. LI TYPES FACT 1. o.080 -::, a;.;.. 1. 130 -~-0.350 BULB WET 81 83 83 76 38 WINTER u FACT 1.130 0.490 0.620 R. FIN PROJ o.o 0.0 ASHRAE ROOF NO 1 ASHRAE GROUP A B C CLG. T. D. 8 8 8 BULB REL.HUM DRY BULB 67 67 67 67 0 GL.SHD COEFF 0.650 0.560 0.700 L. FIN PROJ o. 0 o.o SUSP CLG YES HTG. T. D. 3<) 30 30 50¾ 75 501-75 501-· 75 501-75 501-75 INT.SHD ROOM COEFF CONST 0.000 MED 0.000 MED 0.000 MED HUMID CORRECTION DIFF FACTOR 12.08 -6 8.80 --4· 8.80 -4 20.31 -11 o.oo GLASS GLASS HEIGHT WIDTH 9.0 1.0 9. 0 1.0 8. (l L~. () ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISDN&FERGUSDN 8/27/86 PAGE 2 ******************** BUILDING MASTER DATA <CONTINUED) ********************* GENERAL PROJECT INFORMATION: PROJECT FILE NAME: DAVISON PROJECT LOCATION: CARLSBAD CA DEGREES NORTH LATITUDE: 33 DEGREES LONGITUDE: 117 BAROMETRIC PRESSURE: 29.921 TIME ZONE: 8 DAYLIGHT SAVINGS TIME: YES MEAN DAILY TEMPERATURE RANGE: 10 ZONE SENSIBLE SAFETY FACTOR= 0 ¼ ZONE LATENT SAFETY FACTOR= 0 ~ ZONE HEATING SAFETY FACTOR= 0 ¾ BUILDING OPENS AT 8 AM. BUILDING CLOSES AT 8 PM. NUMBER OF UNIQUE ZONES IN THIS PROJECT= 9 BUILDING DEFAULT VALUES: BUILDING DEFAULT CEILING HEIGHT = 9 PEOPLE SENSIBLE LOAD MULTIPLIER = 230 PEOPLE LATENT LOAD MULTIPLIER = 190 FLOOR HEAT LOSS COEFFICIENT = 0 LIGHTING ADDED ON A SQUARE FOOTAGE BASIS OF EQUIPMENT ADDED DIRECTLY TO ZONES PEOPLE ADDED ON A SQUARE FOOTAGE BASIS OF 1 INTERNAL OPERATING LOAD PROFILES: PROFILE HR HR HR HR HR HR HR HR HR NUMBER 8 9 10 11 12 13 14 15 1 E, 1. 100 100 100 10() 100 100 100 100 100 2. 100 100 100 100 100 100 100 100 100 "':1 wa 100 100 100 100 100 100· 100 100 1(H) 4. 100 100 100 100 100 100 100 100 100 5. 100 100 100 100 100 100 100 100 100 6. 100 100 100 100 100 100 100 100 100 3 WATTS PER SQ. FT. PERSON PER 100 SQ. FT. HR HR HR HR 17 18 19 20 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 ALL DESIGN DATA TAKEN FROM THE 1981 ASHRAE HANDBOOK OF FUNDAMENTALS ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 3 ******************** BUILDING MASTER DATA (CONTINUED) ********************* DEFAULT AIR SYSTEM DESCRIPTION: THIS AIR SYSTEM OCCURS 1 TIME(S) THROUGHOUT THE BUILDING LIGHTING: PROFILE# 1 IS USED.100~ OF LOAD IS APPLIED TO CONDITIONED SPACE EQUIPMENT: PROFILE# 1 IS USED. PEOPLE: PROFILE# 1 IS USED. PACKAGED EQUIPMENT IS EMPLOYED USING A CONSTANT VOLUME SYSTEM A 20.0 DEGREE LEAVING COIL-ZONE TEMPERATURE DIFFERENCE HAS BEEN SPECIFIED SEASON SUMMER WINTER VENTILATION METHOD 15.00 CFM PER PERSON 15.00 CFM PER PERSON INFILTRATION 0.00 0. (H) METHOD NONE NONE -----------~----~ ** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE L1. ************** DETAILED PROJECT ZONE LOAD CALCULATIONS *****-!(·********* LOAD UNIT LOAD TEMP. LOAD SEN. LAT. HTG. HTG. DESCRIP. QUAN FACT. DIFF. MULT. HEAT HEAT MULT. LOAD ·=-i;.;.. BUILDING B PEAK TIME 2 PM NOVEMBER 960 SF. SYS. 2 ROOF 1 960 o. (lL~O 66 2.640 2534 1. L~ao 1421 S.WALL 1 126 0.630 3 1.890 238 23. 31<) 2937 E.WALL 1 144 0.630 10 6.300 907 23. 31() 3357 E.GLASS 2 144 0.570 30.826 4439 18.130 2611 S.GLASS 2 175 0.570 8(>. 391 14068 18. 130 3173 SH.S.GLASS 2 5 0.570 11. 220 56 18. 130 91 PART. 1 594 0.080 8 30 0.640 380 2.400 142E, LIGHTS 2880.00 1001-3.410 9821 PEOPLE 7.00 1001-230 190 1610 1330 TOTAL 34053 133(> 15015 ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 5 *********************** ZONE SUMMARY OF SYSTEM 2 ************************* SQN ABBREV. PEAK TIME FLOOR SENSIBLE HEATING VENT INFL EXH SUPPLY CFM NO. DESCRIP AND MONTH AREA LOAD LOAD CFM CFM CFM CFM /SF -------------------------------------------------- 2 BUILDIN 2 PM NOV 960 34053 15015 288 0 200 1548 1.6 ---------------------------------- ZONE PEAK TOTALS 960 34053 15015 288 0 200 1548 1. 6 --------------------------------------------------------------------------- * MONTHLY AND HOURLY SYSTEM ZONE SENSIBLE LOAD PROFILE * --------------------------------------~------------------------------------ * MAY JULY SEPTEMBER NOVEMBER NOT USED NOT USED * * HOUR ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN * ---------------------------------------------------------------------------8 AM 19738 20416 23009 20054 (I (l 9 AM 22385 22923 25951 23224 0 0 10 AM 23974 24486 27825 25469 0 0 11 AM 26150 26882 29(>39 27823 (l 0 12 AM 27121 27658 32(>69 31421 (l (l 1 PM 27907 28448 33554 33588 (l (l 2 PM 27837 28390 33849 34053 (l Cl 3 PM 27506 28068 33129 33084 0 0 4 PM 25511 27099 31556 31336 0 0 5 PM 25218 25829 29861 29162 0 0 E, PM 24097 24958 27929 26883 0 0 7 PM 21961 22801 25443 24119 0 0 8 PM 2<)433 21184 23566 22(>32 0 0 ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 6 ******************** TOTAL LOAD SUMMARY OF AIR SYSTEM 2 ****************** SYSTEM TYPE: PACKAGED EQUIPMENT WITH CONSTANT VOLUME TERMINALS SENSIBLE HEAT RATIO: 0.96 --THIS SYSTEM OCCURS 1 TIME(S) IN THE BUILDING SYSTEM 2 PEAKS IN NOVEMBER AT 2 PM OUTSIDE TEMP IS 76 INSIDE TEMP IS 75 SUMMER: VENT CONTROLS OUTSIDE AIR WINTER: VENT CONTROLS OUTSIDE AIR WINTER VENT AIR LOAD = 11,508 BTU/HR ( 288 CFM) WINTER EXH AIR LOAD = 0 BTU/HR ( 200 CFM) WINTER INFIL AIR LOAD = 0 BTU/HR ( 0 CFM> TOTAL ZONE HEATING LOAD = 15,015 BTU/HR -----------TOTAL SYSTEM HEATING LOAD = 26,523 BTU/HR **** ALL COOLING LOADS BELOW WERE COMPUTED AT THE AIR SYSTEM PEAK TIME**** SUMMER VENT SENSIBLE GAIN = 317 BTU/HR ( 288 CFM) EXHAUST AIR SENSIBLE GAIN = 0 BTU/HR ( 200 CFM) SUMMER INFL SENSIBLE GAIN = C>· BTU/HR ( (l CFM> TOTAL ZONE SENSIBLE GAIN --34,053 BTU/HR TOTAL PLNM SENSIBLE GAIN = (l BTU/HR ZONE LOAD SEN SUBTOTAL = 34,370 BTU/HR DRAW-THRU FAN SEN GAIN = 0 BTU/HR BLOW-THRU FAN SEN GAIN = 0 BTU/HR MCL SUP.SIDE COIL GAIN = 0 BTU/HR MCL RET.SIDE COIL GAIN = 0 BTU/HR SUPPLY DUCT HEAT GAIN = 0 BTU/HR RETURN DUCT HEAT GAIN = (l BTU/HR AIR HANDLING SUBTOTAL = 0 BTU/HR -----------TOTAL SYSTEM SENSIBLE GAI = 34,370 BTU/HR SUMMER VENT LATENT GAIN = 3,979 BTU/HR ( 288 CFM) EXHAUST AIR LATENT GAIN = 0 BTU/HR ( 200 CFM) SUMMER INFL LATENT GAIN = 0 BTU/HR ( 0 CFM) TOTAL ZONE LATENT GAIN = 1,330 BTU/HR -----------TOTAL SYSTEM LATENT GAIN = 5,309 BTU/HR TOTAL SYSTEM COOLING LOAD = 39,679 BTU/HR INTERNAL LOADS SUMMARY: 2880 WATTS OF LIGHTING, 0 WATTS OF EQUIP, AND 7.0 PEOPLE TOTAL SYSTEM SUPPLY AIR TOTAL CONDITIONED AIR SPACE SUPPLY AIR CFM/SQ.FT. TONNAGE PER SQ.FT = = = = TOTAL TONNAGE REQUIRED FOR AIR SYSTEM 2 1,548 960 1.6124 0.0034 WITH CFM BASED ON 20.0 DT SQ.FT. OUTSIDE AIR = 3.31 TONS ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 7 *********************** TOTAL BUILDING LOAD SUMMARY ********************* BUILDING PEAKS IN NOVEMBER AT 2 PM THIS SUMMARY INCLUDES ONLY ZONES 2 THROUGH 2 OF THE ENTIRE PROJECT OUTSIDE AIR QUANTITY <CFM) '1-OF TOT SUP AIR SUMMER VENT AIR = 288 18.606¾ SUMMER INFL AIR = 0 0.000'1- PRE-COOLED AIR = 0 0.000¾ --------------- TOTAL SUMMER AIR= 288 18.606'1- WINTER VENT AIR = 288 18.606¾ WINTER INFL AIR = 0 0.000% PRE-HEATED AIR = 0 0.000¾ --------------- TOTAL WINTER AIR= 288 18.606¾ TOTAL ZONE HEATING LOAD LESS INFIL TO ZONES= TOTAL BUILDING HEATING LOAD = SENSIBLE BTU 317 0 0 317 11,508 0 0 11,508 15,015 26,523 LATENT BTU 3,979 0 0 3,979 * MONTHLY AND HOURLY PROJECT ZONE SENSIBLE LOAD PROFILE * MAY JULY SEPTEMBER NOVEMBER NOT USED NOT USED * * HOUR ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN * ---------------------------------------------------------------------------8 AM 19738 20416 23009 20054 0 0 9 AM ;;:2385 22923 25951 23224 0 0 1 (l AM 23974 24486 27825 25469 0 (l 11 AM 26150 26882 29039 27823 0 0 12 AM 27121 27658 32069 31421 0 0 1 PM 27907 28448 33654 33588 (l 0 2 PM 27837 28390 33849 34053 0 0 3 PM 27506 28068 33129 33084 0 0 4 PM 26511 27099 31656 31336 0 0 5 PM 25218 25829 29861 29162 0 0 6 PM 2Lt097 24-958 27929 26883 0 (l 7 PM 21961 22801 25443 24119 0 0 a PM 20433 21184 23566 22<)32 0 0 ------------------------------------------. -------------------------------- ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE B *********************** TOTAL BUILDING LOAD SUMMARY ********************* BUILDING PEAKS IN NOVEMBER AT 2 PM LOAD DESCRIP ROOF WALL GLASS SKIN LOADS PEOPLE LIGHTING EQUIPMENT PPL-LGHT-EQUIP PARTITION INFL AIR VENT AIR PRE-TREATED AIR DRAW-THRU FAN LOADS BLOW-THRU FAN LOADS QUANTITY 960 270 324 -------- 1,554 7 2,880 0 594 0 288 0 MCL SUPPLY SIDE COIL LOADS MCL RETURN SIDE COIL LOADS SUPPLY DUCT LOADS RETURN DUCT LOADS REHEAT RESERVE CAPACITY UNITS SQ.FT SQ.FT SQ.FT SQ.FT WATTS WATTS SQ.FT CFM CFM CFM y. TOTAL BUILDING SENSIBLE & LATENT LOADS OF BLD LOAD 6.3861- 2.8861- 46.7831--------- 56.055¾ 32.161'¼ 0.958'1- 0.000¾ 10.827'1- o. OOO't. 0.0001- 0. OOOY. o. 000'¼ 0. OOO't. o. 000'¼ 0.000'1-o. O(H)Y. 0.000'1- 100.000'1- SENSIBLE BTU 2,534 1, 145 18,563 ----------- 22,242 11,431 380 (l 317 0 0 0 0 0 0 0 0 0 34,370 LATENT BTU 1,330 0 3,979 0 5,309 TOTAL PROJECT SUMMARY 1-OF BLD LOAD SENSIBLE BTU LATENT BTU TOTAL BUILDING OUTSIDE AIR VENT LOADS 10.8271-317 3,979 TOTAL BUILDING PRE-COOLED AIR LOADS 0.0001-0 0 TOTAL BUILDING OUTSIDE AIR !NFL LOADS 0.000'¼ 0 0 TOTAL BUILDING ZONE LOADS 89. 1731-34,053 1,330 TOTAL BUILDING PLENUM LOADS (l. 0001-0 TOTAL BUILDING AIR HANDLING LOAD O.OOO'Y-0 ------------------------------TOTAL BUILDING SENSIBLE AND LATENT LOADS 100.0001-34,370 TOTAL BUILDING COOLING LOAD = 39,679 BTU/HR TOTAL CONDITIONED AIR SPACE = 960 SQ.FT TOTAL BUILDING SUPPLY AIR CFM = 1,548 CFM SUPPLY AIR CFM/SQ.FT. OF CONDITIONED SPACE SQ.FT OF CONDITIONED AIR SPACE PER TON TONNAGE PER SQ.FT OF CONDITIONED AIR SPACE = 1.6124 CFM/SQ.FT = 290.3299 SQ.FT/TON = 0.0034 TONS/SQ.FT TONNAGE REQUIRED WITH OUTSIDE AIR = 3.31 TONS 5,309 ! '1 ' PAY CC)1Y Pi,:'iECl··l A \1-.Ijr .i,.L . ~--'i. & \,,\' '"~J· ~ .j'\,, '. r-1.i ... :,,....,/4.. BUILDJNG DATA fORM. , _ HIII! ---,]·f,11-:; E""-''JE'l ·-1-1-·--·11F-l ""(.'II_!_ ···-· __ L:·!·,,-·_,"i",r· ::._U···',::;., '·-;U"-'_. .. .1.--1\1 ... :z:., I L..OCr:iT I OM PROJECT DESIGNER CARLI ARCHITECTURE DOCUMENTED BY SLE LICENSE NO. 364075 9666 13USlt{E5S PAR!( AVE. SAN DICGO, Ci\ 92131 ·----------------------------- !:~: l ·n:. DE!::CR I PT I ON LOCATION CODE NUMBER (FROM TABLE 2 OF APPENDIX ,1) OCE?\Nf:: I DE L{-iTITUDE DEGREE DAYS-HEATING (FROM TABLE .2 OF APPENDIX 1) CHECl<ED BY SF, SOLAR FACTOR <FROM FIG. 4.1.17 OR TABLE 2 OF APPENDIX 1) Dn T ~ T t ,--1-w· ~ r.·-,-·-r····· T r··,1 Tl""'MI""• ---,-. Dre· :::.-:-. ,, .. 1 { _,\_ :·1,::1 ... ·-i •• (·;1::: .. ·='.:~:-::1 :~ ::1~ ~ ~,::.~,·--.r ~-,~ .. {~7') :: . ...:,n , . , f· hu1:1 r Ab\...E ,.,~ \ ... 1F ... 1-~1-1f~ EN .... 1 __ x , !.~:· BLDG. DESCRIPTION OCCUPANCY TYPE CODE NUMBER (FROM TABLE 1 OF APPENDIX 1) GROSS HEATED FLOOR AREA, SQ. FT. NUMBEF~ OF 1:::-LOOR::: GROUND FLOOR PERIMITER, FT. LONGEST DIAGONAL DIMENSION AT GROUND FLOOR, FT. 1 4 1:::" •,.,l ..7 I 10 :I. 1 j_(l ::~: (.) ') :~: :I.. 00 lJ0.00 4~5, 00 17.00 RECORD THE DETAILED MATERIALS DATA ON THE MATERIALS DATA FORM -FORM 2 A(OPAQUE WALL) 12 A(UNSHADED WINDOW) 13A A<SHADED WINDOW) 138 ACTOTAL WINDOW) 13T t1 ( DOOi::: ) 14 TOTAL A(OW) (LINE 12+13T+14> 15 Htf'.~ T TR{-1l\\'.:::FEP COFFF IC I ENT!::: < !::;i::·i::· '.:::ECT JON . 4. 1 . C:1) 1,.JINTE:n .,/. U ( l,,JP1L..I,_) 16 U ( ~-.JI b!DOl;-.J) 17 U ( DOOF::.:) :I.:::: u ( l,J(.'.11....L..) 19 u < Docq:;: 1 2 l SHADING COEFFICIENT or GLASS (FROM TABLE 3 OF APPENDIX 1) SC 22 WEIGHT OF WALL CONSTRUCTION, LB/FT2 W 23 MASS CORRECTION FACTOR (FROM FIG. 4.1.16) MCF 24 EQUIVALENT TEMPERATURE DIFFERENCE (FROM FIG. 4.:1..16) TDCEQ) 25 154::::.o 0.0 o. 0 1.944.0 () II .(1 ')()() 0.0000 0. ~.5700 () l1 (i()()i) :3ii·:c (} .. / () ;, !'.::::; Tl. 0 PROJECT TITLE: DAVISON & FERGUSON BLDG C HOOF ACOPAQUE ROOF) 26 l~'--7/:.:, R (: ------·-· ---------·---·--------------------------------------------------~~~-{..:)-V:::l<-YLIGl··-l:"l::..)~~27~---~-0-•. 0 OCCUPANCY B-2 STOR, B-3, 8-4, H OCCUPANCY A, B-1, B-2, E ACR> 28A ~76.0 o. (i -----. ------------:--TG:1:r-r.1L AC OF.:) ... ( 26+27 >--29:r:... __ ------976-. ( % SKYLIGHTS (27/28T) 29 O.OOC ----NOJ.E ~----IF-LI NE.-2? .... L'.:::: ___ ~5% .. ..1)Ft-GREA:CET~-,--1'.;iU:r:.01:1r;i:LT.-:C-J_J.J:il·:CL-:-.'.:::Et·l'.:::.I.::LLV ....... --------- SWITCH I NG SYSTEMS_ ARE REQUIRED.IN THE AR~A LIGHTED BY SKYLIGHT ---------------------· _______ '.:::\,J.IJ"CHING .. NCIT. REG!LLIF:ED ENTER THE DIFFERENCE BETWEEN LINE 27 AND 5% OF LINE 28T, OR . ---------· .z ERO, ... ~·JH I CI-IE~JEI:;:'. Is .. .THE--CiHEA:r:EF,: __________________ ·-=:,o_. __________ o ... c ENTER THE SUM OF LINE 26 AND LINE 30 31 976.C HEAT TRANSFER COEFFICIENTS (SEE SECTION 4.1.8) -····--------------------____ J,.JIN.TEI:\ ______________ 1..,L(.ROOF.) __ .::::2---------0 .. 041-0.C U ( '.::l<YL I GHT) ··::.·-.:1 • __ 1.,_1 o.oooc UCROOF) 34 0.040l ·~------'~Lt'.3l<YLI.GUX-)~~:3'.:.--........--0 .•. 00.0.c~ SHADING COEFFICIENT OF SKYLIGHT (FROM tABLE 3 OF APPENDIX 1) 36 O~OOOC MASS COEFFICIENT <FROM FIG. 4.1.16> MC 37 0.920( AB'.:::ORF'Tr;l\lCE (FROM-FIG. --4. 1 .--16.) -----------------------------P1C.-_:::::::: ______ (l •. 79CH. FLOOF< ---FLOOFC (.-'!RE(-'! . O\i[:J-:::-UNHEP1XEIL'.3F'ACE'~-----------~f~-<-Of:::..)_3s.,_,__, -~---CL.-C LI-VALUE FOR FLOOR UCOF) 40 O.OOOC ----------------~-·--·---------------- .. ------. ...... ... ·----·' .... -·· -·. -.. ---· ....... --· .. ·-··-··--·------------------,------------- -------------------------------------- --· ... ~---... ---------~------··-··---·--~---------------~-~~~~- _, -·· ----· -----------------· -------------------.. ----·---------------- ·---------____ ,. __________________________________ _ . --·-------··· ----·---------------------------- PROJECT TITLE: DAVISON & FERGUSON BLDG C HEATING DESIGN CRITERION ----------.:~HAND~1RD -U(Ol,4)-.(FROM-FI-G.---4.-:1.--.-2-)------------- STANDARD U(OR) (FROM FIG. 4.1.3) (8-2 STOR,B-3,8-4,H) STANDARD U(OF> <FROM FIG. 4.1.3) <A,B-1,B-2,E> -----~:~:~----~0 .-'-1-29(1 .. , .44A O. 11:30 41.J.B 0.1000 . -. ---.. !:::TANDARD U (OF) · ( FROM FIG ... 1.1 ..... J:-.A--1-----------,. _____________ 45-------····· 0 .-24!50 MAXIMUM ALLOWABLE U(O) <FROM FIG. 4.1.1) 46 0.3234 ---PHOP.O::::EtU_L(.Ol,J) ---< FHOM-FI G .• .......£.1,...-1...,,..:7_). _______________ ~4~7----CL • ..::::3::::..L PROPOSED U(OR) (FROM FIG. 4.1.10) PROPOSED U(OF> <FROM LINE 40) PF<OPO::::ED U ( 0) . (FROM ... FIG .-4--.-1. -U----. -------- 0.0400 0.0000 L. I NE :.50 MU'.:::T NO .. .. .. ..... ----.. --.. --.. -------------------1:XTFFO-L..:J NF 41-:~-'" ** GOOD *-ll- NOTE: U(OR) IS CALCULATED FROM THE EQUATION OF FIG. 4.1.10 FOR THE PROPO:::ED BUILD I I\IG U::; I 1\IC~-THE -VP,LUE---~ROM--L.-I I\IE-.:30--FOF~--THE -t11:::1::A OF SKYLIGHTS, AND THE VALUE FROM LINE 31 FOR THE OVERALL ROOF Al:::EA A ( OR ) . COOLING DESIGN CRITERION STANDARD OTTV(W) (FROM FIG. 4.1.15) ~31 ::.::1.. 60 STANDARD OTTVCR) (41 X LINE 44A) (8-2 STOR,B-3,8-4,H) ---S:rANDAFm-OTTV CR) ..... (-4· :I.--X.--1_.I.NE--',l-.4EL)--(.(.~_,,-B.--1 .. ,-B.·0-·-2+E->---~~ STANDARD OTTV (FROM FIG. 4.1.18) Pl::-.:OPO::::ED OTT\/ ( l,,J) ( FF~OM FIG. 4. 1 •. :I. .q.) PROPOSED OTTV<R> (FROM FIG. 4.1.14) PROPOSED OTTV <FROM FIG. 4.:1..13) 152A 4. 6:~: ---':.::i2B-~---. --4 .-:i.O, 24. 650.ll, 1. 1920 :I. 6. :::::09~::; ·--· ---·--·--------------.. --··---------.. ,. '. -· -· NOTE~ OTTV<R> FOR THE PROPOSED BUILDING IS CALCULATED FROM LI NE ~36 MU::::T NO EXCEED Lil\11:::; 5:3 • . . ... _11-*-GOOD-·!Ht· .. THE EQUATION OF FIG. 4.1.14 USING THE VALUE FROM LINE 27 FOR THE . . ... , r-~----i=--:iRE,~--OF --Sl<YL I C:il-·-IT:3,. (:1ND .. ..::n-lE~~'v1?~LUE--EF<OM-L-I-Nl~::_:_.2::::.T-F:OR-l-:l·--IE-OVEF<P1LL-- l~OOF AREf.-1 P1 (OF{) • ---·--------·~ ... . , .............. ., ........................ ""' "······----·-··-·----·--------------------- MATERIALS DATA FORM FOF:M 2 BUILDING ENVELOPE COMPLIANCE ---------·--------------- ---F'RO,JECT--T-I TLE-. D(..:iV I ::::ON s~ -FERGU::::ON-BL-DG-C--·· ~-~ LOCATION -. -·--· -. ------·---------·---CHECKED-BY-------. . . -----· --- -----F'RO,JEC:L.DES.I.GNER .... -CARl.~.L .. hr.:::cHrrECJ:UF:....,_.,--___________ rnu ..... ::-_______ _ DOCUMENTED BY ---------. ------. -------------------~----··----------·---·-~----_,__ __ ------- -.... __ ..... ----·------------------------------ ltJALL _TYPE 1 t,.JEIGHT OF WALL COl\l::::TRUCTION,--L.I-3/FT2.-<.::::EE--'.::::EC .• -i.1· .• 1. (::.)____ !,LL ... 1 ------... 50.0CL HEAT TRANSFER COEFFICIENT (SEE SEC. 4.1.8) WINTER U 1 2A 0.6600 HEAT TRANSFER COEFFICIENT SUMMER U 1 2B 0. 6~::00 !3UFWACE-,t1r~EAS--< ATT t1CH .... !::HEEX:::..,.:i::o-DOCUl".ll::.:NX OR.I.ENXAJ:.1.0N ... =--;~·----N--- ANY ADDITIONAL COMPASS ORIENTATIONS> AREA 4 o. (l ORIENTATION 5 S ~-~ -~----·---~ .. ----------· ____ (.~\iEA .... !;. ..... _ ... _ :;::2:::: .• (L. ORIENTATION 7 E AF<:E{~ :;:: o. 0 ~------~-~--~~,........,... OF;:.r ENJ:r-1~U.ON. .• , ............. S'.~--l·J __ AREA 10 398.0 ltJALL TYPE :2 WEIGHT OF WALL CONSTRUCTION, L.B/FT2 <SEE SEC. 4.1.8) W 2 11 20.00 .... , -~., ....... --l··IEP1T ... Tr-~AN!::;FER ..... COEFF IC.I ENT .. -(.'.:::EE-.. !3EC. ........ .il-..... 1 ... ..:::U.....,-l·JJ.N:CEF' -U--2~l.2A--O •.. OBD.O .... HEAT TRANSFER COEFFICIENT SUMMER U 2 12B 0.0800 SURFACE AREAS (ATTACH SHEETS TO DOCUMENT ORIENTATION 13 N (..\NY f-1DDITIOI\IAL -COMPA!:::::: -ORIENTATION::::) .. _____ .......... --·-----AF-:E(;1 .. _ 1-(.J. ____ ........ 822 •. (L OF<IENTt,TION 1.~; r-w;:EA 16 o.o ----·--·-·_.,_,.,..-m~----~-----·-·-·-.. ------~ORI EN~l:?.tU.Or-.\-.. _-1:z.____ ._E--- (.\HE?~, 1:::: 0.0 OF'.IEl\!TATION 19 ltJ --·· --------·---------·····----·--·------.( .. )F~EA----20 o .. o. I ------·---·------------------------- MATERIALS DATA FORM -BUILDING COMPLIANCE PAGE 2 OF FORM 2 -----. -------------"·· PROJECT TITLE: DAVISON & FERGUSON BLDG C -----------. ::::HAD I NG COl::FF IC I ENT -( 1::F:OM.-T.P.1BLE-:::: __ OF:..-APE'.EN[LLX._l, ___ ---·-________ 1-1-.1 _____ 0 .•. 560.0 __ _ OF: MFF~::::.. DATr:.lt) HEAT TRANSFER COEFFICIENT (FROM MFRS. DATA) WINTER 42A 0.4900 ____ HEAJ: .... ..":[Rc'.:':tN:::iF:EFLCOEFE.lCIEl\[.1...· _________ __,:3Llt~1t:IEB 4,_ .... ?,_,_B _ ___,_() i::;-z_of_> _ SURFACE AREAS <ATTACH SHEETS TO DOCUMENT ORIENTATION 43 N ANY ADDITIONAL COMPASS ORENTATIONS) AREA 44 0.0 --·-· ·-·---· -·--·-· ·------------OR.I.ENTP-i:LI.ON_4!"".,__ __ :::: __ _ <~REr-'t 46 OF~IENTt1TION 47 216.0 E _________________ __.:.:·1E:E?L_4;::. ____ r __ .J)_ OF~:CENTATIOI\I 49 w 1~'.1F:Er'.'1 50 -· ---------------·------ TOTAL GLASS AREA 80T ---···-----·-··--··-··--· -·---------~----·-----· ---------~---~--- F:OOF . ROOF. TYPE .. 1 --. -----------·---------- WE I GHT OF ROOF CONSTRUCTION, LB/FT2 (SEE SEC. 4.1.8) 81 25.00 HEAT TRANSFER COEFFICIENT <SEE SEC .. 4.1.8) WINTER 82A 0.0400 ...... ------· --·HEAT--TRAN'.:WEFL COEFFI C:.I El\l:l" __________ :.::;Ul"IMEI:~ ... · ___ __.':::12B..,,___~O-•~C!J'.WO.~ SURFACE AREA 83 976.0 -------------·---------------------- TOTAL ROOF AREA 83T .... ····•·· ---------................ -, .............. -.------------·-------------------- :~:KYLIGHT Sl<YLICiHT SKYLIGHT ::::l<YLIGHT ::::KYLIGHT FLOOR TYPE 1 P.1REr-1 SH(.m I NC:i COE FF IC.I EN"L-<-TABL,i::'._;'.;:_OE--AF"F'END.I x .... L) ____ . -----:::5 ____ 0. ODOO. __ HEAT TRANSFER COEFFICIENT CU-VALUE> WINTER 86A 0.0000 HEAT TRANSFER COEFFICIENT SUMMER 868 0.0000 TOTAL SKYLIGHT AREA 86T 0.0 -·----·---·--------------------------------- ·-----·--.... FLOOR _TYF'E .. --L.CF.LOOl:;::;; ___ _ovER-NON:··.A.lFL..COl',\[LL:UOt,!EI.L:::if:f.1CE;;:LCINL;U~~~-~·~~~~i WEIGHT OF FLOOR CONSTRUCTION~ LB/FT2 CSE~-SEC; 4.1.8) HEAT TRANSFER COEFFICIENT (SEE SEC. 4~1.8) WINTER (l. (H) i). (l()(l(l HEAT TF~:ANSFER COEFFICIENT . _____________________ _;=iLIMMl::JL .. ____________ B8FL _____ 0.CH)(l()_ ::::·~, 0. 0000 ...... -... --.... --... -------.--·-----·--------------------------1 TOTAL.FLOOR AREA 89T 0.0 -------·--·-·--· --------· ----·-----··--·--------. -------------. MATERIALS DATA FORM -BUILDING COMPLIANCE PROJECT TITLE: DAVISON & FERGUSON BLDG C PAGE 3 OF FORM 2 DOOF< ·-----------------·-··----~-~-~~------.-.-,.....,.......-, DOOR TYPE 1 SURFACE AREA HEAT Tl::::r-11\ISFER COEFFICIENT (.I.J~-W~L.1..11:::~-,---::CABLE -4 ,,_._r.w:•p.. U t,.JI NTEF~: HEAT TRANSFER COEFFICIENT SUMMER 90 (l. 0 .. 9.1 (.\. ···-·· _(). OOO(L 91B 0.0000 ---·~·~----~ .,..._., .. ......., --,--,...,.,,._.,..~--·--· --~-r------------------------- TOTAL DOOR AREA 91T o.o .......... ---·-··--·--------------------------- ... -·---·---------·----,----------------~~ . ' '. '' . ----·· ·-·---·--·--------------·--··-·-------- -------·-----·---·----- -' .............. -. " ... --.~-·---------------------------1 . -----··-··-·---·-···------· ------------------·---· -· .. . -.. BUIL.DII\IG--DATA-F'ORM-~--mn,nm=l,·lEAT.:J,NG--Ct\LCl..lbA:1:.10M:: ..... · ---- BUILDING COMPLIANCE -------------------- TITLE: DAVISON & FERGUSON BLDG C STANDARD UCO> (MAXIMUM ALLOWABLE) <A<OW>*U<OW>> + (A(OR>*U(OR)) + (A(OF>*U<OF)) U(O) ---------------------------------------------- A<OW) + ACOR>--+ .. (.)(-OF->-------·------------·--- < :I. :1.M.2) 1944.OACOW)* O.429OU(OW))+( 976.OA<OR)* 0.11301.J(OR)) --··------···--···----__ (JJXl-:IEFU--------------------- +( O. 0A(OR)* O.lOOOU(OR))+( 6.0A<OF>* 0.24501.J(OF>) U(O) -----------------------------------------------------------= :1.944.0A(OW) .... +97 t:, .• OA COR.L. ____ __ __ .+0 •. OA (OF) PROPO::;ED U ( 0) __________ ....................... ,~--------------...... -- WALL I.J(OW) -------------------------------------------------·--· _.,_ ·- A(O\,J) . -·· -----. -·<----. -1 !54::: •. Or'.-\< W) ·li-.-0 •. :3!520U-<-W.)~*-0 .... :::!5MCG..>-----~--------------- + C 396.0A<G>* 0.4900UCG))+( O.OACD>* O.OOOOU<D>> . . . ------------------------------------------------------------ ---1944.0A(OW~--- --·· ---F~OOF ... -------· ....... ____ -... ····-···-----------~-~--~-~-~----~-~----~~--~~------~--~-~--,-- <A<R>*U(R)) + <A<SKYLIGHT)*U<SKYLIGHT)) U<OR> = -------------------------------------- . -. .. A (OR>-------... ----------·· ------------·---·----------····-------------· 976 .. 0A(R)* 0.0400UCR) )+( O.OA(S)* O.OOOOUCS)) 976.0A(OR) ---------------~----· -------- FLOOR ACOF)*U(OF) --------------. -0. OA ( OF-) ·l~--O .. OOOOU C OF-> ------·--------------... ··-------·-·-------------- UCOF) = ---------------------------------0. 0000 0.0ACOF) F'HOPO!:::ED U ( 0 > ( A ( OW ) -i-.-U ( OlAJ ) ) ... + .. (.A.(OR->-·l*U.C-OF~->-->--+. -<-A.(. OF-) 1f I_L(.OF.) .) 1..1(0) ---------------------------------------------- A(OW) + ACOR> + ACOF) ·-----· ..... ----·· ...... --· .. -·--....................................... ·---------------,------------------ ( 1944.0A<OW>* 0.3381U(OW>) +( 976.0A(OR>* 0.0400U(OR)) .. + ( ... O. OP1( OF) ·ll· .o. 00001.J(OF)->--- U(O) = -------------------------------------------- t 944. O?'i ( Ol,.J) +976.OA(OH)+ o. or-, c or:> 'BUI~DING DATA FORM COOLING CALCULATIONS BUILDING ENVELOPE COMPLIANCE -------------------- TITLE: DAVISON & FERGUSON BLDG C STANDARD (OTTV> MAXIMUM ----··-·-·------------- ( OTTV ( W) *A (OW))+ <OTTV(R)*ACOR>> OTTV ---------------------------------- . (-\ (OW) + .. f)i(.OF~-)-------- ( :31 . 600TTV ( ~~) -1~ < OTHEF, ). + ( 4. l OOTT'-.J ( R ) * (1:1.kl.2) 1944.0A<OW))+~ 4:toOTTV(R)* ····---------- (). OA (OH) ) 0. OA (OF<) ) OTTV •= ---------------------------------------------------------------· 1.94/1-.. •. 0A.(J:tWJ, ____ ·+:.::rz.6. • ..C>.f..'l.!..OR.) ______________ _ ------------------------------------------------------------------------------.. PF!OPOSE[L. OTTV ---------------- vH)L.L ---·· "'"·---:--· ---~---,-.cu ( i,J) *A ( L·J ):*-TD..( E(J)_).+ .. tu.cr.1.)_*,Gl.(.I:).)..)_:l~-<-C1.(.G.).:*-!:;a~-*-SC~.)..;;l·_(.(.;1LCi.)3iLLLC:i.)_*.DELJ:P.i.C:LL) __ _ OTTV(W) = ------------------------·------------------------------------- A ( Ot,J) 0.3379U(W)* 1548.0A(W>* 37.0TDCEQ))+( O.OOOOU(D)* 0. Ot1 ( ~,J) ) +( 396.0ACG)* 122.7SF* 0.5600SC) (UNSHADED GLASS> ---------... -----.. _ --· -·t· <-__ . ------·· Ct •.. OA.( G.) -lf_::;:c1.._(l:3E·li;,.....q .• n~.3.60.0:::;CJ_,n(.BHGiDE[L(jU,'l::::.:::;J. _________ _ +( 396.0A<G>* 0~5700U(G>* 6DELT~<T>>· OTTVCW> = ------------------------------------------------------------- . .. __ _j_•:::,4Lj .•.. 0(.~ Ct)l,J_) ____________________ --·-------··------------__ ---F:OOF---·-···· ···--·---.--,---·-·------------------------~----~--~--~~-~- (41*U(R)*A<R>*A<C>*M<C> )+(118*SCCS)*A($) )+(DELTA(T)*U(S)*A(S)) OTTV(R) = ----------------------------------~---· ---------------------------A (OR), ____ _ -----·----···*---·~------·---~----~--- (41* 0.0400U(H)* 976.0A(R)* 0.7900ACC)* 0.92M(C)) + ( l.:1.::::-lLO. 000.0~~:C.(!:::.).~· ) .• ...Clt~.(.::::..)__), ______ _ +( 6DELTA(T>* O~OOOOU(S)*, o;OACS>> OTTV(R) = ---------------------------------------------------------:I.. :1.92 9.7 6. Or'.,) (OF<.), ______ ------·--------..... ---___ --------___ ----------· <OTTVCW>*ACOW)) + (OTTV<R>*A<OR)) ---, -OT-TV. ---·----------------------. ---. -.-___ .. __ ·, _____ . ~-----__ -·--··'----'----------------·----------------~------····--·------ Pi ( m~J >+(.)(OF~) OTTV ------------------·-------------------,--------------·-------------------- ---------.. ~-·---·----~-------·- CHTV ·- • m•---...... ••••-·----·•••·--------------------------- t• .• ,. HEAT TRANSFER COEFFICIENT PROPOSED CONSTRUCTION ASSEMnLY • •,o. ·: ")\) . . .. ·.· .. .. . ' ~ ... . \ ... -·\.r ··-- Sketch of. Comtruction /\Hembly WEIGHT: ·50 lb/ft2 Check one: Wall J_ Litt of Co.nrtruct!on Componcntt 1. 2. 3. 4. 5. G . 7 • 8. Inside Surface Air Film Outside Surface Air Film Tot11l n1ui1tanco nt 11oof U-Value (!/!11) . Floor Form 3 11 .t;;,S . 1;.c. ... coolino hcntino .z,s . 17 coolino heatino I -59 l · SI cootino hentino . G~ . 6(6 coolir~ hutino HE.AT TRANSf-En COEH!CIENT l"TH)POHD CONSTnUCTION /\SS(MOL Y $\(.rtch or Gn1tn.ic1ion Auomuly r w,11 Typ, -1,, Floor Typr Litt or Con1tn.JCtion r.()(npo11 .. nt1 ,. l/l'l11 6-1Yf. 2• Q.-\ \ :r:,--.isv\·f\'\"\c"J :i. I j-i' Cf"'! p . .(. G. a. 7. R lniidc Sudtce Air f-itm Out1ida ~urlac-e Ai, film _. u. v ... iu,. (1;n tl (in61.Praming Factor of ___ _ WEICHT: Form 3 ((>Oltt'() h•• ll"'Q R R (h!ft 2 ,l(.f I c1.r· l),6 lL._Q_ I lf ( ,Lj) /,,-IP, / a I I•'>./ J{::?C,) / •l-\ ,/7 .08 .06 HEAT TRANSFER COEFFICIENT PROPOSED.CONSTRUCTION ASSEMBLY L 2. 3 l I l" 5. 4. Sketch of Construction Assembly WEIGHT: ( 25 lb/ft2 Check one: Wall Roof ¼ Floor Lbt of Conrtruction Components 1. BU!CT LJP f<OOF 2. PL YvVO()D 3. R-!t/ INSULATION 4. AIP-S~E. 5. SUSP!=.NDED CEIL.ING 6. 7. 8. Inside Surface Air Film . 92. COOfif\ll Outside Surface Air Film · .26 coolino Total R111i1tance Rt 23.22 coolino 0.01 cooling Form 3 R ."30 • Co2. 1q. 0 -86 1.2.s .GI ' hci ti09 . 17 hcatino ' 22.63 helling o, o1 heating ., .. - , ..... ·,f-ier~ fi_1~J ~,f/ :)d(,1'c•::~t ,., ;r:,,~•1Jj.1;ll;/ ~:n I -,-.r~npn · ~1:;;{ ·-~~~:rt;-;·t:•!i ~)v:! ~J.::· ~:, ~ ... \:,· '' '. :: j ,:1. OOCU!V1ENTATION FORM l!,,ftr::f_:t,r. ,· . .,·1• n HVAC SYSTEMS COMPLIANCE (Comillefo'ftf?~ti~cl\,...syst~hlf :.,·· "• >::;~tr L~<;;s r-=i'FT, \1r:;lt1,af1' t·1 '• .. ~1u1, ~!o.,)r .. , ir ffJ!" ..._ ·-<_:c·-:-:1 ~Ji .~c-n:( r-r; Location ,, DESIGN CONDITIONS _ • fll!t.'ldlt [•-i:Si11fi, ~rJ.t\T~f}Ufl.lt·U IJ StHnmer-1 t1:-y Cd i ·1_, , !-,:fo0~--7J1-::i~r' Temrit~r:"1t,1'·1:. 5t_1n:rr~~r ,vr~ ... t·!,i'': Ei°~)1'2l1~f6~E~tkg'J}{yp'e (ifabl·e 1 ·of Appendix I)·:: .. : : : . ,,.., ... -~t ......... llfl .. , 11•, , ~to1ecf Lat'Ltt.lde (Tg_qle 2:qfApp·endix I)::. : . : : : : : ... : r-,u ... ,r. r-11~1 ;_(l}-rn !t:·J,1' "•)t, ~ ... , l:Len'ti11g_'Qe.9r~c [)jys'(T;iplc\·2·of·App·endix I) .. : : : : : : : : : (_;ur1·:~10·-/\ir ror, ';:~~1~1;J!? '°~1C0~~~e~ '.-!;~:rt (...,:i;,., for·r1rr:'1·e$:; ,l\;t . _ H EAT'l NG -L.OAD-DOCUMENT ATION1-;{P,.Jt~-~/lrcaJp1.Lr.t..ionsl '-.1 , .. ; ...... ,t,' _1).,1 /il.,h .hll,I l,110ll(Jf1 .J,:f.fl,,.,..,. , . ... 1 ' (' . -. ' .,.. . ' r: . •') t d~~~fdog?'o~j'ig;::,1~'~/{Jr~·tJVii; wlri1~r· ~:': ~-·. ;~_t 1 ::. : : ••• '",:',,•" , 'I(' ~ r,·r-1 'l'')ftr C'fl ,.-~f~•• Indoor Design Temperatlin?.'. . · · · · · · · · · Outdoor Air. . . . . . . . . . . . . . ,: -~-,,. · He;til~~t'Prom ·Ourdoor"Afr:·· ............. -: Tem;era'i~~~. 3(:l8fS'c&.riT''q~n'date1d spaces ......... . · ·,r, 1 n · • 1-I •• ' ' ,i .J Traflsmis~iciifH1¥atifrg:~t:asS~~~ ! !t: ~: ~<r;e!~':. 1 • 1 _.·1; :· }':-••• I f"lt t" A" ;,:·:n;•,q:r· '/e·r.<::111,,r, n:1,,,., n I ra 10n ,r ....... , ..•........ u L ~,F~, .. (:, :."fi .. r--.,., .• \.,-dqer /\.t r1cat.-oss1-·rom·ln. iltrat1on· ... :: .... -:;.:. Ventilation·Air ... :': .... ;, ....... : Heat, Loss From Ventif·ation ..... ·. ,, ... ·.· Qutdo~9r Air for Specia) Processes . .' .. . :_.~>,' r; r:,·:lnir·,1:"-ilJTATf!i~:at ,~6'ss~:F,r,o,m,Pr-.6cr.s~~A(r ....... : . ·,· ··r .• _ • ., ·, . .., .. .. ', , Other HeaCL6sses (descri)Je) ....... . .~~-r,!,~f·r::·-·~t.>'-: ··:.· .,;;.0t · ;::,._'·'.';,.,, · · Toial ·H~1at.tosses· :·.--:;,:::;· (:. ·' ' COOLING LOAD DOCUMENTAT10N'(Atrach•calct'.ilations) .·,. Outdo6r Design Tempetatur-e'. summer, dry bulb ..... .~ C(,I: /1.1 i c~ 1 f ·_, il ''°' Ot;1tdbor Design Temperature, summer, wet bulb. :;Y·~-::'.:S CC.::'.lPL.!,\t:C.E 1C:l'hdporH9esign:tJ'cmp.er'.ature,·summer, dry bulb .. Indoor Design Temperaturn, summer, wet bulb, . Transmission Heat Gait-I'· ... lfifiltrat!ion Air.·: .. :.::-.. .••..1:r Checked' by _____ _ Date _ __,___ ___ _ '~,· ' . ---..J::...-·, • 'a . ---·--_, ____ __ . ,·,. •1ru/1 /--- CFM · Btu/Hr-. 11. -1(). l-;J,.-I ), . -·-~-:-- 8tu/Hr. CFl\tV ~ ,,,~nr: -----~· -·~ --· ·--- fftai~;. CFM Btu/Hr. CFM Btu/Hr . Btu/Hr. Btu/Hr, . es· °F . ~ /~~\+' ~~~~H, / , .... Heat Gafr1 From lhfi'lfratidn ~----. ---------1---,Qufdoor-JXirfoFSpeci;rf·Processes •. -.... . CFM Bto/Hr. · :! ,~.-:lfl·,,~·~-:~.) -·--c1=rvr ·----- -·, .. ,· 1 Heat Gain for Process Air ........... . -------S0lar Heat Gain.Through Windows, etc .... . . · Hhai: Gl}ir{ From Lights, Equipment, People, etc .. . ~ '-'F-le'at Gain. Fr.om Other-Sources .......... . \. ,.:-:Fixed Minimum Type System :" ·, · · ·· -~··cFM Pcr·Per'son·(Nottcl'Exceea·Tabulated -. :) •• ,_ -,0 ', .. ._.Nlini'ni'um Ventilnt'io'ri Rates). -.,22 .. _. z Btu/Hr. ·-~i·:·~~ .. --~8~tU7Hr ... ~}6 .. CFWPerson ,:(387___ Btu/Hr. o set': oc;,; ~,nc $hum if <:-onr•0!, ..... . . . . ~ J '1 \ ---f!J 'c.tP iDditv "'.tl'11~rrf:111dte i-1-!'~fir..,t :1~· :O'~F :·,.,,r itic/'iF~ .J• 1!'''': ' ·-_.,,A __ ,--- ;,. --._, ------ • j 1 \ :-· ,,. , ,• 1 ..-:· , •r .I 1,: ,·,, l,.' , 1 ... ! ' I I~ !nCic.aJ ~ drav ... ·in'] or sp!;.3-r,:-it:c:]t:(ir' ,...:1!t:,rc.-:ce 1.vr:r!'~ th~~ "~m;~~-~· turP t::0n:rc,l d1''~1t.::1 rr:-t:~-1:rerr,Pn~:: t~li'JCfl r,•11!(':\\' 1 re· C·:'cun·' .,f'\7':'C. A.n iul6rn.:1TJ,tC•·te-rrrpe:r1Jt,Lll\1 tti:·,r,:)i.,,·'!,,icu.sh.t!I t-,,1 ~!,~•,i<lf''f·".:,tjr ") ,): ·,,,,r · Q. eaci: S'!f):trate t-1,, f .. ,r: -.vsr.-~,..,..., .. o e;c'. i ;on;: COOLING LOAD QOCUMENTATION (Continued) SlMU! TANEOUS l·lCi\7!\JG -"-t0D COOf..1NC Page 2 of Form 4 I System Utilizing Outsicje Air For Cooling 7;1e f(i l!O\Ninq rerp.J:(~rr~f"l'7t-i'!Dr~:v to ~i;;: tJ·:cpM'~P'(?°f Pt?PS0r-l ('N1~ctorExc'Cctcf.!3.,:jl)?;'Of;T'.h()'Uf£'tecti:in rer:•vpl"ptj •;r),'f(j'/ I~ l ~ec tO ',n p--,,-' I r"~"P Vlf\"7 1~""'rPt~1nn :t"".-·,•1,' -.._ ' ... ~·.,. ~. '-' ' -J • ~ .J 'J < -· Recommended Ventilotion Rotes) . Heat Gain From Outdoor Air ............... . CFM/Perron Btu/Hr. ~)',3n ci /"\ :'.Or.2s witr ,if:1,1::ir ft!~;:::_ip~; Cf ::-riolir:J •rr:,1i,,·,,r;-••1r··. • fJ : Total Cooling Load . . . . . . . . . . . . . . . . . . . . . . . . . . . . If i, 2./ [5 Btu/Hr. ·ccnc(..\ 1 rent op.-.ration of indepc•1d1)r1 :-i.';:,t;nt_t ::ind ,~oo!i-r.-J ,;v~, r~rn~ sti:-<:·:"J c:)1-,f1 1:<0 , .. ,~Jces rr~ist rr0":,:J,, l"ther ·Jr 1J<\'.7 of ,:,2 CrJn":"'C ·~ ':1ve,., b,:·iov, Li~f" refr1 ... ~ ri~~ !0,'r:-:f:c-:--~t;(,p r !1-:~ er i:~r:,w1!l'J '~'Jrrbr-r \'"t'1"'-''f.: 1 11.ifr"' ret'U;ren·11•·,::, c:1n b-1 ·1t:r i•>:d. TEMPERATURE CONTROL Atta,ch man_ufacturer's data or other,. give specificatio11 or drawing reference which shows in detail the .f,ql!·o'yl.ing information: 0 <)~('!.JPnt'7' l'Pfn.-.pt'·~turfl .--~ntr'")f ., '-·f':'1\"1f'(f 1'1' 1·n.ol1•)(1 fHJ"7t''1' -;--p·· .1 • ( i"' --,_ --, .... l ---~-·\~. \ ·-., __ ~ ~• ... ··-· ~-.... ,., .. --•• ···--~-··------ • capa!bility to sequence heating and cooling ........................ . ~~h!•.1 ! c:vi:n:m~ -i]i'l'C r~f1_>,~-"'-!~ "'r"• ·:ncr::1f:r~rr10n,i-o:c1i:~ or Cr:i\ ,inn r:2rr·•~,:r \".'hi,:h • temperature contra dev1ce"'§ct point 1m1ts ..... · ......... -.......... . whe•· r...1~p-,"t"1nc --rv•!' ,'""'" rY•nrr• t'"'lr ,.q ~ r, .... ,.·11 'f ; .... •1:"\fl .-,,,..rr, ... , · • te'r'ni:reratdre-set point range· betwee'ri full He'ari1rg'aria fL:rll cooling ....... . • setback and shutoff controls ....... · ......................... . REFERENCE' (page or ~hee,t No.) --e"J c~'i5'a't5i11i!yVt8(terrrii1Aat'e ne'aUn~Hlf v-09':P'la'n'd co6Ting''tit :-j,gP F1?'.t _;·:·~ ~(:1·.1 ;i;_, ••• ---- ~J~ P!V t'1 !!!e. hit;Pr .. ~,r ':'rnf)J.:r.'t11T"rl J,\-;11!l of .. he :ore i·r?(~u>·ir~1J th·~ 'T'O~t( ··nolir~~j . Indicate drawing or· specification reference where the temperature control device requirements given qelow are documented. An iihtgma1i·c11te:r:ri'pe:rnr.t1r.,ei:i;;bMrnll'dfe1Ji~ersl:f:i-!li\Ic!_ prdvitletli foi-1: r•:i:i111i ,,d r~'.)•: "n:1 . -M' _ 12,-··· • each separate HV AC system ,;J • each zone ............ . -. J-- SIMULTANEOUS HEATING AND COOLING I • i • The fqilo_wing requirnm_~n,t~. OPP\Y)9,-.}he.,~~e of new energy and _need not be complied with when recovered energy is used to contrQI; ter:nperatun:.,. ,. , .... ,_,~,_ .. , ... , ... ·o:· ,. ,,.,,, In each case, when ?'e$ettiog hqt and cold deck temperatures, one representative zone may be chosen to represent no more ,han ten zones with similar heating or cooling requirements. I • , , Concur.rent operation of indeperident heati~_g and cooling systems serving common spaces must provide either or both of the contr9l_s gjven below. List reference specification page or ~rawing number where control requirements can be verified. REFERENCE • Sequential temperature control of heating and. cooling .systems, .. '1.;•;r1·~:: .,,1ti' , ·--'t't ;, !•' ,1' • • • ....... _.r;'°Jlif :i • • • • • • • Nik , _ .. ,,_-rv1 ;~ J, , · i..,. · :r·, 't. l ,1 , • ---• Au.tom.a tic reset -of heating temperature, to limit energy inpu~_Q_r,i,ly .t.o, tb?t·J ,,. , ''.: level to offset heat loss due to transmissio.n,M'lcl--:infiltrntiQn .. ,.,,.,, .... , ............. . ' '. ' 'J ,, ' ' ' • • • ·,·, Reheat systems -giv,e reference, speG,if,ications page or drawing number which will show compliance with the following when reheating 20% or more of the ,t~yi11 yjr,\~Jl_1,e sy51;em .. • When serving multiple zones, contr-ols must automaticolly reset the cold air supply to the highest temperature luvel of the zone rnquirin9 the most cooling ,·: r, ! . /• . ..,-l_T( :· C1 '!,,ff::\ C, L • Single zorie rehent systems slii,111 be controll.e~l to sequ,111ce heating_ .ind cooling,. ' , .1· ~ :,~1'.3"'•[..,;~1-:i-~1-,"•f f', ::r--=-t f_\fd(;r ('Ht;:• •:1•,,:i., .... ,' ••;:p ~ ·, !, ( ,•',--f', f:f"r rr•,,11 f, ~.~ ',' •:, , ·._.~ .. : .. ·-~~ rl.:1. I /··/ / ,.\ \ i l./i ;,'. ,. rnusr :11 Jisted Jnd r1ny :.pe,.:i~d --1:-;"!'riction~ r:v ~~1 ''~~re refcr'-'n· ,~d "o :J·0v\." cornL':, :-*1 1··-'~ :,!rip1v ref1:rl'n·:1:~ to pr·~r.~r ::r?cifi. coiion5 ,t3t]t'! or drJ\virH] numt:n~ .. ,.. Pago 3 of Form 4 1-· '. ... .' l /. ' i' ) ' ' ) \ "1 V -'I ' I .• , . ,j I ' I ' ' :', '' ,, r·/\,f...·j'_~ !\ : ...... ; :,·,,~ .. ,. .. ~·r ,,'I~ t : ft~ i, "{~.. • / i :1s. It !\( !' ,''. - bual-du9t or multizone systems--give reference specif.ic:1tions pnge or drawing r=;\jii,'-'-',-b_e_r_,.w-,-h~ic..,.h--w-,i""l,-1-sh=--ow compliance with .th.e.J.o.U.ow.i.r:,,_,,_ ____________________ _ .... •• ..,~ .. ....! ---~-----------~---·----- -------------.. ------· ___ , ... ...,.., ____ _ ---'----------------------------------·--·-' ,_~,~~------------- • Hot deck temper.ature -rQ_yst be automatically reset to the lowest -rem¢lrrature necessaryl:osifi'sfy-ftie zone requ1nng tn~-mos'fl'ic1Jt1ng.-.--. -..... -.-.-.-.-.-.--~~4~----- ------------_______ .,, .... _ ----------------- -. • Cold deck temperature -must be automatically reset to the highest / tei'filJ~Fature necessary to satisfy tfie zone requ1nngl:ne mostcoolin'""g:--.-.--. -...... -.-------,Npr--------.................. ______________ _ Recooling systems -g1v1frefefei'ice-specilicnftons page or arawing numoer which shows comp I ,ance w1 tli ffie following , f recooling 20% or more of the total air-ih the system. Con-:.;t~ift vo!·v~"':e reh~:3r -;y-;rern -·,.-vnen ~~rv;ncr >oth 1·1ter or:',,,~ ~:<teri0r '""cnr;;-; ,,..._ --,~n:-Jr-,re ,:,:;r,;,,...,_, ,_~,:,;!~ r,f:-: t'/1qu;P""'"i r r",i:! ~>:t~f!tr~+~,f:T'l,l;l;Sh<\.Ut!)mJ1~,icJ1ll¥.1r;e~.~t~~h!!'-ter9PP:rt1t,ure:,q.ful:i!!iated ~\c:!8P.l·Y• qi.r to the lowest ~ A,, temperature necessary to satisfy the zone requiring the most heating. . . . . . . . . . . . . . . . . • L::1.j..f\ HVAC SYSTEM RESTRICTIONS-& SPECIAL·REQUIREMENTS ,------- Several HVAC System types have special requirements or restrict-ions. In this section, the type of system used in the design must be listed and any special restrictions given' here referenced· to show compli;mcn. Supply reforences to proper specifj. cations_page or drawing numbers. Type HVAC Systems Used -List type of system to be used ,·here (include all svstems for heating or cooling in the building) include reference for specifications for each system. ' . . "l · ... • : I ~ -I , ·r i,-, ,,, 1 ,.,,, .. I ~\I'<", 1 ! ''' f ,• 'f ~ :-I ': : Con~ta,~t '~olllme reheat system -when serving both interior and exterior zones -separate cooling coils are required if the exterior zone exceeds 20% of the tota_l air 9uantity through the cooling coil. . • ! .,:r: ",•r!~,. ~-·,. r;• -.--,.~ •• :·: , .. {, .u:·: 1~,!,:( :-r:'.~ . ',','~·--. , • .., ,., 'l·~;i" ... ,:, , ~·,,·~/ t,• ~~!t: ,l·,, · 11~ ,r.-f~n. ,;., t•t!:i; REFERENCE-__ N.//\_ ._, •, t"'j \_') • • ._ I ' •' ~ ·' • • " ---· \ Plt(Je 4 of Form 4 1 '' J r~r:r::.:n;:~.':~r: ____ _1 ___ . _1 __________ _ 12iYR):~,P\}~Jti1\~o9/~.Yh,lt}itP~u~cl-X~1JMSrc-adi!y acci ssil?lfl mnnua!lv 11 ,1c:· r(ed u:i'11perr. rnw.~ be pro,iclcd f0' ;:il 0p~r.iii'JE to 1h1: out~idi:i with ~ht' f';,-::-r.'.')tio., of c".lmbt•·;•7nn :ii, ,,p, ninr:~. Constant volume duct or multizone sy.stems ·which utilize new energy to simultaneously heat and co9I air streams which are subsequently mixed for temperature control are prohibited for buildings larp,q[rt:R.il~:~l~:~O_9_.:._9:1,are feet of ~on.9.itioned space. If used, the air leakage for dampers utilized for the mixing of heating and cooling air shall be ·limited to a maximum l~A~\:Ptd~'$°Jr.J?.,i-f~W' 1~Jr flJ'~tity handled by the dampers when operating at the maximum system pressure to which the dampers will be sub1ected. Manufacturer's label or nameplate shall state leakage rates. (' -"",I fur: , . ~ ,. r; :M"Y-r,_!'.Jt .. -t: REFERENCE _ _._ __ 7.,_ _____ _ ".:onrtant vol11me ~~·st;,;m . . . : Economizer Cycle !... For each cooling fan system, for other than dual-duct or mult1zone systems, wh1d:i-·serve zones having Jo•·lc-on1vt,·,0uar'"" ·'· · · Cf'.i tota c6olfHg 'capa~it)(gre1,iter than '134;000 'Btu/hr 'o'r ·more 'tnan· 5,'000 'CFM 'niu"st hav·e· :i'n' econom1zer,1' cycle unress one of -I 'lt:11 nre•<U(."' of ~. ·•'p',, F:.n --""---lrche, Wat~r the exce Hons allowe~a--is clbiniei:L. . . . . . . . . ................................ . ..,.ot ..... P ,-.~J""',....1'-, ..... • ... r,, .. "1t---11;,;,,:.,,. ·A'4:1u-;-.J for )-,1"',.,_r~,.I"<" t n~ {,co ,....c,., I,,..•,•} I ._uf .,) ;,.q...Jt, ... ,:: "-"...l!.J. , f, . ,. l • ~ ... t-,;_'I ' , -• ~ •-"~' L,•...,~i •J-• • • • • • ~ .. REFERENCE ---'-'&'-+I-"!-_~\:--..... ·_:::-_·._··~-_,_· - i /, I Ele~1Pi~ ~t~1sfs;;;;c;··fi;~ti~g0Sy~i;~~' ---Tne·se 'sysi:enis' shall n'oi: 'be ·u·sed unless'tlie total"iris't.alled efe~iffc~~si'stance heat does not exceed 10% (ten percent) ar the annual heating energy requirement or· a !i'fe cycle cost analysis, Form 8 (see Section 4.2 \!:n:,;,h!e ,,01, . ...,,., ""tt~-~-. . . . of tb.~s~-T~~~·~(f sf1"'.it~!;.;~lte:.n~_I~.,SY,St_e.r:nr:-l,if~, cycle cost exceeds that of the el7ctric resistance systef!l_.-Give reference if less tfia~ ro'}t81i'ndu1Je F~r'ril a· ifca1~Jl~tirigliJ.e·cycre cost:· · · · · · · · · · · · · · · · · -__ _ =·~:~: ,;~~-~~:·,;~~:,:,·,';~;:!~.', ·,r ,.r f,tax1rnu•y ,·:ov.1 R'E'FER'ENCE =t:f/A= '.-~c:ers\'h·.,., I ME tfi:p._Kf-fcW('l;o;r,Jb ! G"R'A vi'+~ ·v~N-1'11 LA1·i 0 N.., I ~r . _, ....... · ..... ,' .. ~ -, . . ....:-1 • j ... ~.lo-ri:1}_1iP ·./Y)'.~Jrr.,::-" 1\d?r..,;iune~t Con··~~~f'~ ; ... ~ .. ,, . Mecfrahi\5all~e1ntilaifoh'.)!.!'"{;;J amplirs ·wni~h''<!re a1:1tomatically· interlocked and·c.losed on .fan shutdown.:are~r.equir::ed. RtFERENCE_..._N-4/_,_A_._· ___ _ I Grav.ity Ventilators -_Eithe~ au,tomatic or readily accessible ·manually operated dampers must be provided for all openings .to ·the outside with the ,exception of combustion air openings. -,•1,• REFERENCE_.,__~\:..;./-<-p,_, ____ _ I POWER CON'SUMPTION IN FANS . I' Constant volume system Total Supply Air Quantity .........•...•.........•....•................ Total Pressure of Supply Fan ...•.....•....••........•..•............... I: L' .i(Qt~'1~.tH?P.l1Y ,Nr.s.Q.u;~rp~i;!Y;Ac!J~ste,cl·fq,n Process .Loads., .......... : ............ . _ --1 , I Total Gross Floor Area .... · ..... · .................•...•............... /-:·1·~~-\-'t ,_.-.... ~, ~:1,:. ;1,r j,L1~·!,:~FJ'' 'r,r ;~;;,r·•p~-·: fn· ;:,i_. " ·.d l· r-,_fi·1•, • ,, • iy,arjaQI~ v<;>:l,l!rn.e sy,~em.··1' ,1ir.::1,_1:,,1··:' f1~!1l•.''. .,,,, :::,,"l':·" .,,,, r·: 1 (n_; 1: ' .. , ,T0t-al,.£upplyiAie~G.u,a1;1,~fty',rii:Ma~iJ;l'l!,,lllJ·Flow .. · .. , ..... n'.'.:;1•• .-.~: •• ::,'(,,:, ·.', .-,'.'-.-•• _.,'.::, •••••• Total Pressure of Supply Fan at Maximum Flow ............................. . Total Gross Floor Area .................................... ; .,:;:r: ·. :., .··.·:-. -~ . REFERENCE J&co I .. ,F,;iniP·er-f(4"t-r,naBce ltr:if:lt:.~;:a..t:-rvta:Xjrnµm·Slow (F-P\ril.),. ,· l'·,,,., .r,, ;-. •. ,Di.,; . :, ·. ,. •,n.:lc;·.-, ..•.• ·..-~-· .... --"-'-:---___ _ ,·)t·Vari-able-:Nol1:1rt1e,A9;j~0ilent·Go~rtst90ti'"; .:·.,. ;., N ,-v,.·,,., ... :. r.:: ·;;:: ·. ,.-.,.,r. · ....... ·.:, ·· . _ __:-_-----'-- , ·•· Ad.j.~sted·,.Fari :P,er{or,r.n_ai;:tbedodex., FPl a ....... :-....•..................•... . ,, ' ' · r:1 • tr", CFM Inches Water CFM Sq. Ft. Inches Water Sq, Ft. CFM -· ---- ~6 of Form 4 · PIPING AND DUCT INSULATION AND DUCT CONSiRUCTION References to the piping insulation, duct insulation and duct construction requirements presented in Section 4.2 of the Energy Conservation Design Manual must be given below: REFERENCE __ M~--3_·· ___ _ ·-. ' ! '~ : i ,·· , .• {•,, 'Ts -.-. ,~, - !):~.G. \]l M:.EN T•A(TI I!©. N. :F:©lf..tNI: & u I [> M Er·ff H\'IA'Q l!1QUJf!_MJ;NIT";G:0MJ? LI ANC E 121.C:CTfHCA~..:LY Qf'[:f,J\T:.'.) HC'\Til\!G Hf.:/1.T PU'·,ff'-:· !l;·:1ir,;,""'1Jro co1~~1:;'.·:.~~un 1!fi~r;11ncv :n r-1:iximrnr ,.,, ,·.,1 OL1tp1,t :-!E.r,-;-1".'~c to:.HrMr::r~Y t"I'>(.:T r-r-·,~ '.:.''Y:l'u,- Form 6 fleterences giving. the sp.cci1fication page or drawing sheet number or manufacturer's data must be submitted to demonstrate com pliance with Division 6 of the standards. IA 1/L IL) R~c·uir,[M::~:T rein '.•A/\INT[N/\NC[ FOR MJ\r,ilJt:ACTUnEl1'S f·,~:' !''·Fr"[!\1f,r,icr: f\f-.![) ~ t,,. 'T F ~' .._ '-/\ t,J[) : \ r;-: :/1. '-(' •\P,,.CI TV /V·J r:i s·,· -', Nfl.n v '!\::,•_:--'.S' .'H·''"' ('I ' r, 'i .'T( S' 'f}}v/ e[Ec¥hf6i:t:Cv OP'ERNfEJ0:cooUNG Standard rnting capacity, Btu/hr . .Jd~,-o.oo _____ '/JI/' SYSTEM EQUIPMENT Minimum EER (COP) 7. 30 ~' Reference l5AV* 1~116 fb ABSORPTION WATER CHILLING COOLl~G SYST~rv) EOU!pME~l_". COMBU$TION HEAJJN(fEOWIPMENT (Oil and gas--foed comfort heating equipment- ELECTRICAL RESISTANCE SPACE '.0'.:HE'.A:'t:1'NbflEf"QtJ11.PME'K!cf E: , ' .. · Heat source (check one) Direct fired (gas-oi_l) Indirect fired (steam-hot water) Minimum. EER (COP),, Reference Minimum combustion efficiency at maximCJm rnted output Reference Minimum EER (COPh·, Reference . , Supplementary-'Heate·r Control Heferenc·e'· •· · REFERENCE FOR FULL-LOAD ENERGY INPUT AND OUTPUT REQUIREMENT FOR MAINTENANCE FOR MANUFACTURER'S MAINTENANCE AND, FULL AND PARTIAL CAPACITY AND STAND-BY INPUT(S) AND OUTPUT(S) SPECIFICATION REFERENCE. · . . \ --------- -~ . . 11,,.-4,~~~ ... »,..,._.,,., .. ~~Jt~<l~~k_~t,,.,,.,...W°"'1~,:,.l'i,,li0,f,-~. •,~'-'"-" ~~'11'"''1"~~~.,. _-.,.--Ji..~,:,-.t'-".'>J•>•,101>,>;.~""""•,._ • .,.J~->\•..-,!>-"N,,._~.-., ·,~,y.,~,,.,.-,,•,'i_.:,~-_. .• ~,· ,.._,..--•'<-',,_ •• _ -. ' ' .. !~1~rt'•t·i"' .. ~':'· (}i\in(J t~'fl ,:r1·c·t1c:1~:c·n r"~C:-P n,. 11 • : ·1q :.h· ··~ nt:·', ,r t\f n1:1•11 ', _ i r ~ • ,....;,1 ,.f,·:r,_ '~--1··:t·.1~··· C ,)f. t!p• :·L,nrfar,:·_ ,·.·, , 1 , , , t\ ' :: I' 11 , ., ,\ ' ' ·: , ' • I 1:: l ~ 1 ~ I I '. i ' ' ~ , ;l:lhiCM!5!1s'.~'B-~l ~·.::' ::' e' .; :'a'.'' •. "?-' .. --, "" .. ,.,230,-,;;,.1.,...,, .. _ 2PW~i:39/.;-:$ ., , -. 49Q.,.~:,,:,,i : .• ,1~.g::io.:-:-:J-... ,.,.", ,2.0.8n;3·Q.-'L.;-:8, ... , • ..,.,,:,lgp.,,,,,_l31, •. , J. .1~~'¢.ocltir:i'g;);l;ol ·ga:.:.:.;,_ _ ,_::;_. :.:,.:·_:,_: .. :· _...;: -_;:: :201-0.:253_ --. l8:7l-h25B, .:: .. .A,1:.4.,,..,506' . _·.:,1:207~,.;;25,L , ,..,_J,87 .. d~93: ~ ::.·· .. a.:tA:..;.,:505~.,:i ! 'l::J,:i'it ~fJ'1Pa9ilY tQr.:..w.rr~_Siiicig::_~c· <~~ ,--_ _; ____ 38,.9_ _ ____ :~=~~:-_rl• ~J,3.2 _ _ ; ~ 49;8_ _ __ -~~5.~t;' _ _ t5~Z-1--~ ~ 'I Min'ti;nb'riJ:Wire!:~ize'.:(~W.G)."*_ -----. ··.··---!-----8 ____ JV1/F'.14 ·-, : .. , .. _ 6. j':-':s.:0.... ·-. 12. _j '1J:6ta'!:Jr:ii_\!Ah'iP.s"-''111_rn __ . ___ ...:,~--_3L9 _______ ·.)22.~4 •. ___ .to..9 .. , i, .. 4.0~9 ..... -_:--30.ltl. ... .J.3..7 ,.e'6ffip:tEfss'c'i't'.::ffatecf!.Loacj.Ari:ips' 11 '.'.~' 2lc9... _: ·18,4U ..... • •.. 8 .. 8 _ ,.: ... 35A ---~'20.6':' ........ tQ.1_ .. .J .:':'.tockeci: B6to:u11.m~_s'::,':".-... __ . _ tofl._ . '::'\: ,;1;m:E:i·.,~·· ___ . ---~-5. . . : . _. :::.>tgQ!:l.1 131'L ':: :i . 49 .. l _'0Utd:d,oi'JEan Motbr, '.l:lD..'.P$C .. {W.att_s:j: &,_Spg~)tJ _ .1;55_&, 1. _ ,;~~~:115ffiil8i:4:;,;,:_ 155-&,? _. ; . MJ:pO\~~fl.l__ 1 450 & _2.:.·.t1 ___ ·-· .. '.4Q0 8i_2'.. ··F:allrLi:i.aa':;A._mpsL.1.,··· :!!'.' .. -... . 0AL .. "·~~~,:-91.a.<:~!:~ _o.8 __ ; .i.-.:.!'-'t.,:wr,.-.· ___ .....: ....... J.9_ ~l:_,'_1~~--J.9 , ... : i 'llicl.<:>_<jlj'·BJ~.We.1: M.ot&r'·{t!P "B;·s·~~_p~). ... _ 1L3J1D & 2_____ 1 /3QP.·.& .2 .. . 1 L~DQt 1 1 .. J/_;2DJ) ~ 2___ 3J4BD ~/4E}Q, l •. 1EtJ!l~[!6:a.d;'8m'ps1'1C':"'.:1re!1·:_t/Ci,______ .3,2 _9,JL..... 1.3 ___ .i .. 1 ... 3Jl '-7'.JL... 1.4 __ :.._ i : %1ax.Brarich'·c1re1:1'il1Fus·e Size '(A'ml§sl' · 60 4/3 20 50 50 . 2s ! u :J_:.-: r,:t.•·J :1.,:, ... , l1 r1~-~_. 7_._11,r~t;·~~1t$;:jll}t}"_.:._~1.11!fl~·I"'~·~. t' , _ 1,114:!:t~' 1~~1·i1'gf>:t!t~~/i~f .. ,:"'t, '~.it,~';?; .. 1·1s: ~e.-:c· .. ~th · flateJ:lt06'p'li'ng C'api:(.cily"@:(;)9~.F. (BJub)J ____ ; ___ _47.0 .. 0.0 4:'ll!P.©tL _ . .AZ . .0 .. 0.Q_ . '.: .... SZ,;50_0 _ ~!·:.57i500.: :.· SLP.O.OL . .i · .'·. 'Sbl:i.Ri'!..:,,.',!J': 111_. (ll, !'cCl!•.'11 .,_. ~--~---· ...... ! . __ 7$0 T ---l';7/80' 1, •.. ····-·· ]80 "1··', ,,:_ '.,'' .8.25., •• ~--·--.j.';8.r2s I . "~ -, ... 8.25j lw) ·. i,l;-1.~ijR.l~:.~ . .:.l:.!l,'. .. :.J\'-4-L,., ,_: .• : ... :,,:.:._,;:.,_'" : ' . ·_:;-: ~ .. : . .....;· '.:-"'--.L.::..~ .• :. .. :: ..7'.l~.0-. · :·; ~. <::.o.:J3JJJ.'.'.:.~ ,_1; ,; :-:.:..'..v::-'-'· '_;.;_:...:.-.. :::.:. .. ,;z,.::5p. --~~ ·.s:..., ... ::t.6~0J I.., .. } i R'~fea~J-lea.Jiti!:1 Capacity;@' 47'f '{-BtuhLL ... __ : ..... .48,5.0.0 .......... ' 48;~.QO: .. • 48,soo •• •J ... _q_8,o_qo. . _ .. !_5e;eoo· .. __ . __ s_s,oo.o 1 .. , _ 'fl!: fi'F.' {Mini'rh_V,n,:.:..R~.g16.n IV.H _._ ...... ---~-• ... : 6.4.5 _ . __ • ;~:e,415:~~~ . . .. 6..4.5, • , .... B. .. 21:i. . _ .. :·,_, 6.25\ ··~--. . .. 6A25.'. L .. '. ... ·cc If':+:• r: ·:\!..:'·:· .. ~·:·:·· __ .. . -·-______ .. ,_. c.:. _ .•..•. ·:2!6.91 .. _ _ __ 2~GS.-... •!. . . ... :.2J3.'C .. _ ... __ 2.El.7; I. : ·~BJ_ Sd?.i.'JM.8itlTo..CJ~i,Jm.bw*.~-~---, .. , ....... 1 . :"J.8 _., , ..•.. ~.:!:~. . ..... J~.-~-_ .. ; ,!1.: ... , •. ,_--, ,2 __ _0 _____ .•••• _:2~· _ Jl_~ __ , ill'.~11.1. ,u-~•~-i-.·1t1:r:ir~1~;1:·11c;,;;,'.J.,,.,.asi,,,.....,•l'J~i:r1•_• __ ' .. <;::p'[iippess'6rLT_yJ>'.e'. -~' .. 1~" ,:,~,·:·-'..':"' .. ... . .. J ... -.:>l,V!J,lrrl ,. . .... _l.'._J.'_J~ ''"'.'.lll.?rJ:(le_lfQ'.~··J_0r•J ---· . ·':.· --··1::::.:. ': :'..: -· ,_ ' , -~O):nP:r:eSS'Qf l:.eliYJ)j&~-0._v~e):C09r'.f..~-OLPJ:.o_t~p.tt_o_p~ __ .:,t;~ '~ 1'· 1_rtt ~J~D_Qar.1tJtnJ~f,nc!t~ihe~sreak .. ______ 1 :·~1r_t\f:~~::c-_~rl1i___ .-. ~ · _§ornp)'.ei'ss6tj'iit'etnaLP.r.es_sure..B.eljel \lal.v.e .. _:. .. ;·ir.1i •. Pl ::~·>~1!1i1 __ • ..Slarida(l;!:': ;i;J/-'1 ••• _ • -:ano ,·n _.J --c9.9'ctfpress6r'-Yihtatid_h'J~'9latoj.s:,' :: ''.;' .. ----=1 -~-]"" •il:.li__ -.?.~~"~:F'..1. ~1 .Stacid,afcj['!~~.:!.'.'. ..... .i.. .:,• ,-ir:<':'1! ,, .),(apqr!b:F\:Jl:le:Ac,cumJ,iW1t¢r:"~ ._.)~· ;J1'.-'.'.'·'' __ : ••• •• • ~ ___ ... • •• __ St'an'dar'a_ . ...... .. . _____ ---., _ T:.wo~lij'ay:flo.w'R'~'f,'ige·ca•1wMet~ring· Dev.ic@ _: ___ ... ___________ .. _ .. : .. ___ _ ___ .MET_J_H Wittl::eJst.oo •. _ .. . _____ . . :c'6mp~esifor::Q'd1cks!-S.tar.t:e.o.mporre.ti.ts\· S.t.a11cta.r.ct.:;_e;Jl;:$i,f'.i.gl,&:-.eb.a.s,,e_Ll'.::::o.:::,i.!J>::::-=========---=.__=i' Refr:itJ'.§rarlt:Set11i0.e,Rqrtqr, ~,· ·t'P''.·; 0:;''.~-.i _ Standard Heat~$aving Reversing V(:l]ve ·Standard Time}ifemperature Defrp$t Sys.tern . , . _ Staodard COM,P,ROTEC® Compre_ssor Cycle P.r9.!ectio_n :Optional Effic\~ncy-Alarm Circu[t_ : I Optional Vapqr~ Tube Filter-Drier :.I'·"'-·~· -Qptio'nal Hight fressur~ Switch _ , .. , Optional R-22lfilefriQerant Amouii_t (Factory CJ:i.Wg(;}). 9 l_qs~8 ozs : .. , .. J , .. Coil !Face Area (Sq Ft)-No. Girc:uits ... Hei@ht x W~ight Un.J . ·: __ . ,., RoWs & fihs Per'lilch·' : I ' Blow(;}'r Wheel Diamete.r-x:Width (lnJ. .... Blow'3:r Pulley Pitch.Diidlo:L _ MotorlPulley Pitch Dia {In:).· : '-''.: Drive. [:lelt Length xWidJb .Uo.J Rate~:cooling Aif:flow (Ft3/fv1i'n)':J:tt Ex(ernal Static Press_ure {In·. wc):J:tt . -:., ___ -... 5.83.-6 _.30)( 28. 3&'14,. .JOx, 10 .. Not Applicable _---',' I · NolAppl. Not .Applicable Not /1:ppl Not Applicable 'NolAppl 1790 Q.~ 13].bs-Ooz 5.83-6 30x 28 4&14 10x 10 12.0 2.8-3.8 50x 1/2 2000 0.2 Reco:mmended Min Filter Size (Sq ln.)H Stf/rjdarc!-TYPl=l ,:: .~ r:.c 1 ,,: 1,,... ;\ ~ 8;1!6·.:.::., ~-r.~r--i1i,.'1 1 ',.,. ........ ~ 960{542E)*** •.¾,--;. !'! ' ' l, ,,: '' ,._ , ·::.' '.. ·, .. Cl~cj.m~t:Jle-or High-C_ap;;i.¢i.tY-WP?_ Cond~--nffi"ate Drair1 Oonne_ction II tl • • f'•l tJ •I ,u .. eJ I m:,U-:f',1,' · Coi! ff['\ce:Area·(sq Ft)-No. Gircujts He· gt,ft.·x Wi.cJ!h, (In.) . ·:..t 1_ 530 .... 3/4 MPT H,29-6 3Qx ,El8A4 _:-_.·-22_f:': i 624 (542El*** 3/4 MPT 16.05-7 30-x 77.Q6 ,·2&:20 22 ,_ Ii ,, : I , I· ··}· • )t "«·~.'¥-?~:. ~~·~Wf~E ,:9.~.1~;i;~~;.,'Jt,t--=1-¥~.~r . PSC !:!nergY,~.$.?_iling Blower fv!gtqr · --··:: :. Standard · i I Star,\rilarcJ .· Not Ai:>A.licable · Not Avail Standard , , Star,ia_a·rd .:/!,. . . Not Appl Two-'.6peed, Pir.e_c,E"DriveUQ_[aoq:(f=arir· -; . : Qphlqi)al I · __ ~ ! Sta_ndarc;I . ·55 Qptiqt'ial Low-MoJ,tag¢_:T~Hni'n;;i.1_(3fqi:;k_ Heavf,,;-Qut}( Base Rail~:wlforikllH.Slots (See 1·p12ii.P.a'bJe ·.nQ·fei. Q(l.P.f~'!'i,e>,us ,p.age.) . : -: -~---· I ' ' ) I '~ .. I ' ~ r:-I .. • -, I ---~ --~ . ~-----· -. . . --_... ----~ --~-~ j .I . ,J , .• ·; i .,--·--,.: .,1iT . ,,.. '' ,, ''. . ·. ' ' i i. -'!·. : J, Stanc;lari:! .:, . ,, _ _. r:1 Stanc;la.rd :y, :St~ndard L. St$"ndard :u Standard , . , ·:_'._·..._J. .... -~··~' ' ', ••• ,:! ' l·!- -_· :· ._, /. Npt Applicable· ·:Not Applicable . Standard Standard · 1 RAY COX MECHANICAL SAN DIEGO, ESD INC. MECHANICAL CONTRACTORS CALI FORNI.A HVAC PROGRAM BUILDING MASTER DATA DESIGN PARAMETERS: PAGE 1 PROJECT: DAVISON&FERGUSON CLIENT: CARLI DATE: 8/27/86 DESIGNER: SLE DESIGN OUTDOOR MONTH DRY BULB OUTDOOR INDOOR INDOOR WET BULB REL.HUM DRY BULB HUMID CORRECTION DIFF FACTOR MAY JULY SEPTEMBER NOVEMBER WINTER GLASS TYPES 1. •::, "-• 3. SHADING TYPES 1. .::, i;;;.. ROOF TYPE 1. WALL TYPE 1. .-, c. .. PART. TYPES 1. SUMMER u FACT 1. 100 o. 570 0.570 HOR PROJ 4.0 u FACT 0.040 u FACT 0.630 0.550 0.080 u FACT 0.080 1. 130 0.350 81 83 83 76 38 WINTER U FACT 1.130 0.490 0.620 R.FIN PROJ o.o o.o ASHRAE ROOF NO 1 ASHRAE GROUP A B C CLG. T. D. 8 8 8 67 67 67 67 0 GL.SHD COEFF 0.650 0.560 0.700 L. FIN PROJ' o. 0 o. 0 SUSP CLG YES HTG. T. D. 3(> 30 30 50'1- 501- 50'1- 50'1- 50'1- INT.SHD COEFF 0.000 (>. 0(H) 0.000 75 75 75 75 75 ROOM CONST MED MED MED 12.08 8.80 8.80 2(>. 31 o. 00 GLASS HEIGHT 9.0 9.0 8.0 -6 -4 -4 -11 GLASS WIDTH 1. 0 1. 0 4.0 ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 2 ******************** BUILDING MASTER DATA (CONTINUED> ********************* GENERAL PROJECT INFORMATION: PROJECT FILE NAME: DAVISON PROJECT LOCATION: CARLSBAD CA DEGREES NORTH LATITUDE: 33 DEGREES LONGITUDE: 117 BAROMETRIC PRESSURE: 29.921 TIME ZONE: 8 DAYLIGHT SAVINGS TIME: YES MEAN DAILY TEMPERATURE RANGE: 10 ZONE SENSIBLE SAFETY FACTOR= 0 ¼ ZONE LATENT SAFETY FACTOR= 0 ~ ZONE HEATING SAFETY FACTOR= 0 ¼ BUILDING OPENS AT 8 AM. BUILDING CLOSES AT 8 PM. NUMBER OF UNIQUE ZONES IN THIS PROJECT= 9 BUILDING DEFAULT VALUES: BUILDING DEFAULT CEILING HEIGHT= 9 PEOPLE SENSIBLE LOAD MULTIPLIER= 230 PEOPLE LATENT LOAD MULTIPLIER= 190 FLOOR HEAT LOSS COEFFICIENT = 0 LIGHTING ADDED ON A SQUARE FOOTAGE BASIS OF 3 WATTS PER SQ.FT. EQUIPMENT ADDED DIRECTLY TO ZONES PEOPLE ADDED ON A SQUARE FOOTAGE BASIS OF 1 PERSON PER 100 SQ.FT. INTERNAL OPERATING LOAD PROFILES: PROFILE HR HR HR HR HR HR HR HR HR HR HR HR HR NUMBER a 9 10 11 12 13 14 15 1 E, 17 18 19 20 1. 100 100 100 100 100 100 100 100 100 100 100 100 100 ,.., ,::; . 100 100 100 100 100 100 100 100 100 100 100 100 100 ";;' ..., . 100 100 100 100 100 100 100 100 .100 100 100 100 100 4. 100 100 100 100 100 100 100 100 100 100 100 100 100 5. 100 100 100 100 100 1C>O 100 100 100 100 100 100 100 6. 100 100 100 100 100 100 100 100 100 100 100 100 100 ALL DESIGN DATA TAKEN FROM THE 1981 ASHRAE HANDBOOK OF FUNDAMENTALS '***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 3 ******************** BUILDING MASTER DATA (CONTINUED> ********************* DEFAULT AIR SYSTEM DESCRIPTION: THIS AIR SYSTEM OCCURS 1 TIME(S) THROUGHOUT THE BUILDING LIGHTING: PROFILE# 1 IS USED. 100¾ OF LOAD IS.APPLIED TO CONDITIONED SPACE EQUIPMENT: PROFILE# 1 IS USED. PEOPLE: PROFILE# 1 IS USED. , PACKAGED EQUIPMENT IS'EMPLOYED USING A CONSTANT VOLUME SYSTEM A 20.0 DEGREE LEAVING COIL-ZONE TEMPERATURE DIFFERENCE HAS BEEN SPECIFIED SEASON SUMMER WINTER VENTILATION METHOD 15.00 CFM PER PERSON 15.00 CFM PER PERSON INFILTRATION o.oo 0.00 METHOD NONE NONE ** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 4 ·************** DETAILED PROJECT ZONE LOAD CALCULATIONS*************** LOAD UNIT LOAD TEMP. LOAD SEN. LAT. HTG. HTG. DESCRIP. QUAN FACT. DIFF. MULT. HEAT HEAT MULT. LOAD -.::,. BUILDING C PEAK TIME 5 PM SEPTEMBER 976 SF. SYS. 3 ROOF 1 976 o. 040 63 2. 52(> 2460 1.480 1444 W.WALL 1 117 0.630 14 8. 820. 1032 23. 31(> 2727 S.WALL 1 36 0.630 12 7.560 272 23.310 839 S.GLASS .... ,::, 216 0.570 45.310 9787 18.130 3916 W.GLASS 2 180 0.570 72.240 13003 18. 130· 3263 PART. 1 630 0.080 a 30 0.640 403 2.400 1512 LIGHTS 2928.00 100'1-3.410 9984 PEOPLE 7.00 1001-230 190 1610 133(> TOTAL 38551 1330 13701 ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 5 *********************** ZONE SUMMARY OF SYSTEM 3 ************************* SQN ABBREV. PEAK TIME FLOOR SENSIBLE HEATING VENT INFL EXH SUPPLY CFM NO. DESCRIP AND MONTH AREA LOAD LOAD CFM CFM CFM CFM /SF -------------------------------------------------- 3 BUILDIN 5 PM SEP 976 38551 13701 293 0 200 1752 1. 8 ---------------------------------- ZONE PEAK TOTALS 976 38551 13701 293 (l 200 1752 1. 0 --------------------------------------------------------------------------- * MONTHLY AND HOURLY SYSTEM ZONE SENSIEILE LOAD PROFILE * --------------------------------------------------------------------------- * MAY JULY SEPTEMBER NOVEMBER NOT USED NOT USED * ·M· HOUR ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN * ---------------------------------------------------------------------------8 AM 16572 17354 18014 16174 0 (l 9 AM 18040 18835 20457 19063 (l (l 10 AM 19610 20266 2273(> 21791 0 0 11 AM 21024 21838 24452 25163 0 0 :L2 AM 23631 24229 29544 30629 0 0 1 PM 25999 26585 33129 34516 0 0 .-. C. PM 27819 28315 35929 37292 0 C> 3 PM 30920 31i::'.91 37484 382(>3 0 0 4 PM 32713 33046 38476 38231 0 0 5 PM 33247 33596 38551 37017 0 0 6 PM 32338 32976 36507 34516 0 0 7 PM 27505 28169 31315 29429 0 0 8 PM 24488 25075 27914 26043 0 0 ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 6 ******************** TOTAL LOAD SUMMARY OF AIR SYSTEM 3 ****************** SYSTEM TYPE: PACKAGED EQUIPMENT WITH CONSTANT VOLUME TERMINALS SENSIBLE HEAT RATIO: 0.97 --THIS SYSTEM OCCURS 1 TIME<S> IN THE BUILDING SYSTEM 3 PEAKS IN SEPTEMBER AT 5 PM OUTSIDE TEMP IS 82 INSIDE TEMP IS 75 SUMMER: VENT CONTl~DLS OUTSIDE AIR WINTER: VENT CONTROLS OUTSIDE AIR WINTER VENT AIR LOAD = 11,708 'BTU/HR ( 293 CFM) WINTER EXH AIR LOAD = 0 BTU/HR ( 200 CFM> WINTER INFIL AIR LOAD = 0 BTU/HR ( 0 CFM) TOTAL ZONE HEATING LOAD = 13,701 BTU/HR TOTAL SYSTEM HEATING LOAD= 25, L~09 BTU/HR **** ALL COOLING LOADS BELOW WERE COMPUTED AT THE AIR SYSTEM PEAK TIME**** SUMMER VENT SENSIBLE GAIN = 2,256 BTU/HR ( 293 CFM) EXHAUST AIR SENSIBLE GAIN = 0 BTU/HR ( 200 CFM> SUMMER INFL SENSIBLE GAIN = 0 BTU/HR ( 0 CFM) TOTAL ZONE SENSIBLE GAIN = 38,551 BTU/HR TOTAL PLNM SENSIBLE GAIN = 0 BTU/HR ZONE LOAD SEN SUBTOTAL = 40,807 BTU/HR DRAW-THRU FAN SEN GAIN = 0 BTU/HR BLOW-THRU FAN SEN GAIN = 0 BTU/HR MCL SUP.SIDE COIL GAIN = 0 BTU/HR MCL RET.SIDE COIL GAIN = 0 BTU/HR SUPPLY DUCT HEAT GAIN = 0 BTU/HR RETURN DUCT HEAT GAIN = 0 BTU/HR AIR HANDLING SUBTOTAL = 0 BTU/HR -----------TOTAL SYSTEM SENSIBLE GAI = 40,807 BTU/HR SUMMER VENT LATENT GAIN = 2,081 BTU/HR ( 293 CFM) EXHAUST AIR LATENT GAIN = 0 BTU/HR ( 200 CFM> SUMMER INFL LATENT GAIN = 0 BTU/HR ( (l CFM) TOTAL ZONE LATENT GAIN = 1,330 BTU/HR -----------TOTAL SYSTEM LATENT GAIN = 3,411 BTU/HR TOTAL SYSTEM COOLING LOAD = 4L~, 218 BTU/HR INTERNAL LOADS SUMMARY: 2928 WATTS OF LIGHTING, 0 WATTS OF EQUIP, AND 7.0 PEOPLE TOTAL SYSTEM SUPPLY AIR = 1,752 CFM BASED ON 20.0 DT TOTAL CONDITIONED AIR SPACE = 976 SQ.FT. SUPPLY AIR CFM/SQ.FT. = 1.7954 TONNAGE PER SQ.FT = 0.0038 TOTAL TONNAGE REQUIRED FOR AIR SYSTEM 3 WITH OUTSIDE AIR= 3.68 TONS ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 7 *********************** TOTAL BUILDING LOAD SUMMARY ********************* BUILDING PEAKS IN SEPTEMBER AT 5 PM THIS SUMMARY INCLUDES ONLY ZONES 3 THROUGH 3 OF THE ENTIRE PROJECT OUTSIDE AIR QUANTITY <CFM) SUMMER VENT AIR = 2'33 SUMMER INFL AIR = 0 PRE-COOLED AIR = 0 -------- TOTAL SUMMER AIR= 2'33 WINTER VENT AIR = 293 WINTER INFL AIR = 0 PRE-HEATED AIR = 0 -------- TOTAL WINTER AIR= 293 '1-OF TOT SUP AIR 16. 721'1- 0. 000,Y. 0.000¾ ------- 16.721¾ 16.721¾ 0.000¾ 0.000¾ ------- 16.721'1- SENSIBLE BTU 2,256 (I 0 2,256 11,708 0 (l LATENT BTU 2,081 (I 0 2,081 TOTAL ZONE HEATING LOAD LESS INFIL TO ZONES= 11,708 13,701 TOTAL BUILDING HEATING LOAD = 25,409 --------------------------------------------------------------------------- * MONTHLY AND HOURLY PROJECT ZONE SENSIBLE LOAD PROFILE * --------------------------------------------------------------------------- •)!, MAY JULY SEPTEMBER NOVEMBER NOT USED NOT USED * * HOUR ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN * ---------------------------------------------------------------------------· 8 AM 16572 17354 18014 16174 0 0 9 AM 180-4-0 18835 20457 19063 0 0 10 AM 19610 20266 2273(> 21791 0 0 11 AM 21024 21838 24452 25163 0 0 10 LC. AM 23631 2'+229 29544 30629 0 0 1 PM 25999 26585 33129 34516 0 0 ;.=:: PM 27819 28315 35929 37292 0 0 3 PM 30920 31291 3748L~ 382(>3 0 0 4 PM 32713 33046 38476 38231 0 0 5 PM 33247 33596 38551 37017 0 0 6 PM 32338 32976 36507 34516 0 0 7 PM 27505 2B169 31315 29429 0 0 a PM 24488 ~~5075 27914 26043 0 0 ,, ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 8 *********************** TOTAL BUILDING LOAD SUMMARY ********************* BUILDING PEAKS IN SEPTEMBER LOAD DESCRIP ROOF WALL GLASS SKIN LOADS PEOPLE LIGHTING EQUIPMENT PPL-LGHT-EQUIP PARTITION INFL AIR VENT AIR PRE-TREATED AIR DRAW-THRU FAN LOADS BLOW-THRU FAN LOADS QUANTITY 976 153 396 -------- 1,525 7 2,928 0 530 0 293 0 MCL SUPPLY SIDE COIL LOADS MCL RETURN SlDE COIL LOADS SUPPLY DUCT LOADS RETURN DUCT LOADS REHEAT RESERVE CAPACITY AT 5 PM UNITS 1- SQ.FT SQ.FT SQ.FT SQ.FT WATTS WATTS SQ.FT CFM CFM CFM TOTAL BUILDING SENSIBLE & LATENT LOADS OF BLD LOAD 5.553¼ 2.9491- 51.5401--------- 60.0521- 29. C~28-Y. 0.911't. O.OOO't. 9.808'1- o. 000'1- 0. 000't. 0. 0(H),Y. o. 000'1- o. 000¾ o. 000,Y. 0.000¾ 0.000¾ 0.000¾ 100.000't. SENSIBLE BTU 2,460 1,304 22,790 ----------- 26,554 11,594 403 0 2,256 0 0 0 0 0 0 0 0 0 40,807 LATENT BTU 1, 33(> 0 2,081 0 TOTAL PROJECT SUMMARY '1-OF BLD LOAD SENSIBLE BTU LATENT BTU TOTAL BUILDING OUTSIDE AIR VENT LOADS 9.8081-2.,256 2,081 TOTAL BUILDING PRE-COOLED AIR LOADS o. 0001-0 0 TOTAL BUILDING OUTSIDE AIR INFL LOADS o. 000'1-0 (l TOTAL BUILDING ZONE LOADS 90. 192'1-38,551 1., 33(> TOTAL BUILDING PLENUM LOADS (I. (l(l(l,Y. 0 TOTAL BUILDING AIR HANDLING LOAD 0.000'1-(l ------------------------------ TOTAL BUILDING SENSIBLE AND LATENT LOADS 100.000,Y. 40,807 TOTAL BUILDING COOLING LOAD = Li-4, 218 BTU/HR TOTAL CONDITIONED AIR SPACE = 976 SQ.FT TOTAL BUILDING SUPPLY AIR CFM = 1,752 CFM SUPPLY AIR CFM/SQ.FT. OF CONDITIONED SPACE SQ.FT OF CONDITIONED AIR SPACE PER TON TONNAGE PER SQ.FT OF CONDITIONED AIR SPACE = 1.7954 CFM/SQ.FT = 264.8695 SQ.FT/TON = 0.0038 TONS/SQ.FT TONNAGE REQUIRED WITH OUTSIDE AIR = 3.68 TONS 3, 4-11 r, rs y (" "') ~, 11 • fl" ·"'-1 • ' " 'i •·• A L h.I, .,1....,..,,,\. dit:C.1""1.;L\l\llC,..., BU I LD I NG DP1T(11 FOF:M !.lCE!JSE No. 364075 re I I I I -· T "I_. ,.-'1'1111-1'· '·'1! .. E:... -·-r II"' I I" 11 ·-1-· d .• · .... l..lr·1,\.,l..j,i,,,[,:.'., ::.r .. U-·'··., r .. :u.·· ··'_ , .. ~\I_::-. · 96:66 ft!J!;INESS PARK AVE. 1. . St.,N DIEGO, Ci\ 92130 f::,r;·n, 11::·r:··r -r3··1--1 c ·r·1{.,1v·1·:=;n1·" :;:, 1:~·f.::·1~r.11:::;n\\! n1 nn 1--, ~ . ~ n::,·r1:=-. .... -·--·.-; ..••• :·---1-1_ , ..... _ :.t ••• • ... __ .-... ... _ .. j"·-· __ :··· v~ I .... f, I,----------------------------------- CHCCl<ED .:OY -·· ............... ··-.......... -.. ,_ ..... ·-· ............... ··-..... -·-·----·--..... ·--.......... _ .. --... ' ....................... .. PROJECT DESIGNER CARLI ARCHITECTURE ----..... .,_ ....... _ --·-· -·-..... --.......... ·-..... DOCUMENTED BY '.::;1...F ' . ',,\ '.::; I TE DE::::;Cf~: I PT I ON LOCATION COUE NUMBER CFROM TABLE 2 OP APPENDIX 1) OCEr'..:iN:::: I DE DEGREE DAYS-HEATING (FROM TABLE 2 OF APPENDIX 1) SF, SOLAR FACTOR (FROM FIG. 4.1.17 OR TABLE 2 OF APPENDIX 1) DELTA,!~-~S~ReE_s5s!3N~!~~p~~.7~_DEG . . 1 , ~ F hurl I A1;:JJ~. J,: ul-· r--il-·,F Ll'W.D,, J ) BLDG. DESCRIPTION OCCUPANCY TYPE CODE NUMBER CFROM TABLE 1 OF APPENDIX 1) GROSS HEATED FLOOR AREA, SQ. FT. !\I U 1·1 BER OF F u::1 rn:~: '.:; GROUND FLOOR PERIMITER, FT. LON~EST DIAGONAL DIMENSION AT GROUND ·FLOOR, FT. HEIGHT, F'T. . , 1 ,:. , __ 1 7 10 :I. l 10 :I.,. 00 1.V:5. !:50 :!.7.00 RECORD THE DtTAILED MATERIALS DATA ON THE MATERIALS DATA FORM -FORM 2 . A(OPAQUE WALL> 12 ACUNSHADED WINDOW> 13A ACSHADED WINDOW) 13B A(TOTAL WINDOW) 13T . r~ C DOOH) l 4 TOTAL A(OW) CLINE 12+13T+14) 15 .. ,, . ' .~ I • 1°'1 .', ' ' 1 ; HEAT TRANSFER COEFFICIENTS !S~~ SECTION 4.1.o> l•-J :1: NT En U C ~-JI l'·-.!DO~·!) U ( DOC:11::: > SUMMER /UC WALL.> ;<---,:r?J ( 1,,J I I\IDOl;·-l ) SHADING COEFFICIENT OF GLASS CFROM TABLE 3 HEIGHT OF H(~1.L .. !.._ CO!\!'.::;T1:::uc--1·10N-, L..B/FT2 1·1{:/::;'.::; COF~:F~:ECT I ON F r'..:JCTOP ( F!7.:0!..,.I i:::-I Ci.. f.!. .. 1 • 16) U(DOCln) OF APPENDIX 1) SC \,-) EQUIVALENT TEMPERATURE DIFFERENCE (FROM FIG. '-i-.l.:1.6) TD<EQ) ·t ·7 .1., 19 .·-1 , ... , _::.M::. .-·,,-.. , .:::-.-:• 1::::f.LI-. 0 ::=:')(:.. 0 () .. () 0.0 1760.0 0 .. 4900 0. (l(i(i(l 0. ~3700 0 .. 0000 0. !:::,(;,00 36. '.:;:t.l, PROJECT TITLE:-DAVISON & FERGUSON BLDG D 1::;:00F ACOPAQUE ROOF) 26 976.0 ·· · ·· -·-·----------·------------·-------A-C!:::l<YI-IGt-1:1::_>---27--~.....-.-,.1.)_._(l_~ OCCUPANCY B-2 STOR, B-3, OCCUPANCY A, B-1, ~-2, E B--4, H r., < 1::::) 2G(.\i P1(FU -.. -· ---T('.:ITP1L------------·----A<OR) .(26+27)-2::fl---------· % SKYLIGHTS C27/28T) o. 0 -97 (:,-•. 0 .. 0 .. 000 --------·. _NO:T.E.L_I.L.L INE ... 29 __ J: s __ l:5'1/., __ 0R--CiREf)JJ:::R,. __ AL[C.Clt::'lr~T .. lC-LJJ3.HT-::.::;;Et:,!:::;.LI.I V.E ___ _ FI_OOI:::: SWITCHING SYSTEMS ARE REQUIRED IN THE AREA LIGHTED BY SKYLIGHT ...... __ -----------· .. _ ... Slr-JITCHING NOT_1:~:EG!UIRED--_ ENTER THE DIFFERENCE BETWEEN LINE 27 AND 5% OF LINE 28T, OR ZERO, .. l·JH I CHEVEJL .. I :::; J'"I-IE .. J3F,:E?Yl:EH-------------·---· ... -~::ri ____ (l..D .. ---- ENTER THE SUM OF LINE 26.AND LIN~ 30 31 976.0 HEAT TRANSFER COEFFICIENTS (SEE SECTION 4.i.8) . -------·----. -~-JI NT.ER ... --.. --·-U ( RC)OF) U ( :;::;t<YL I GI-IT ) .-,., .. , ----,:1..i::. H• o .. 0400 -· - 0 .. 0000 SUMMER U(ROOF) 34 0.0400 -------·-·· .. , .... ~. ·----------~~-----'-L<-Sl<Y.L~I.CiHI L~J,';:_.._· __ ()., •. ooo.(l __ _ SHAD I NG COEFFICIENT OF Sl<YL I GHT ( Fl::;:OM TA·BU; :::: OF c'..:1PF'El'-.ID IX 1 ) :36 0. 0000 MASS COEFFICIENT <FROM FJG. 4.1.16) MC 37 0.9200 c~B::::01~PiP1NCE ( FROM . FIG" 4. l «-1. (:. )_ . ----------?)C . :~::::: .... -. . 0 .. 7900 -. .FLOO~-:;:. -~\REP1 (YJEI:~ -UI\IHE:.f:1 TED .. :3PACE----------~-~--h-< OF_) __ ~:39~~~--0,.~0. .......... ~1 U-VALUE FOR FLOOR U<OF) 40 0.0000 . " . .... . ............... ----------- PROJECT TITLE: DAVISON & FERGUSON BLOG D HEATING DESIGN CRITERION -'.::TAI\IDAFffi · U <-ow.)-·.( FF-:OM--F JG-.-4·.-:l.-.-2->--------------~~~~~~----11 ·:•, __ o .• l.!,290--~ STANDARD U<OR> <FROM FIG. 4.:1..3) <B-2 STOR,B-3,8-4,H). 44A 0.:1.130 STANDARD UCOF) (FROM FIG. 4.:1..3) <A,B-:!.,B-2,E) 448 0.1000 -!3TANDARD I.HOF) (·FROM FIG. A.-1;,4.) ....... ·· -·---------·-----·--·--·-----·-·--4t~. 0 .. :2450 MAXIMUM ALLOWABLE UCO) (FROM FIG. 4.:1..:1.) 46 0.3163 -· ... --.... .PROPOSED ... U.( m•J >. _J.F'!'.KtM ... F.IG .. -4 .• ~L-.7->-------------------'1.k7 ___ (t •.. 37 . .i.-1 ...... 1 --1 PROPOSED U(OR) (FROM FIG. 4.1.10) 48 0.0400 PROPOSED UCOF) (FROM LINE 40) 49 0.0000 PROPOSED UCO) (FF-:OM FIG.--4· •. :t. :!.->--------------------. ... -.. 5(L_ .•... 0.2!53CL. L. I NE 50 l"IU'.:::T NOT --------------------E.X.CEED-Ll.t"1E-tl·6 .. --- *·* GOOD ** NOTE: U ( OFO I'.::: CALCULr-HED FROM THE EG!Uf.i'TI i'.:tN OF' FIG. 4. L :LO FOi;: THE. PROPO'.:::ED BU IL.DI NG U'.:: I NG -Tl-!E-V~1LUE-t='.ROM--L-I-NE-:30 -FOR THE r:.w·\Et~ ... - OF SKYLIGHTS, AND THE VALUE FROM LINE 31 FOR THE OVERALL ROOF AF:E(.q A (OF:) • COOLING DESIGN CRITERION STANDARD OTTVCW) (FROM FIG. 4.:t.:1.5) 51 31.60 STANDARD OTTV(R) (41 X LINE 44A) (B-2 STOR,B-3,B-4,H) 52A 4.63 ·---· · '.:;T P, N DAF{D --OTT V ( R ) ---(-4-1---X---I....· I-NE-"'1-4-B-)-(-f-1..,-F:-,,,,,J-,-B..,,,.:~;~.,-E:-,.)-~~-~-~--~!'52B~~-·~~-Ll,~-l-O-~ STANDARD OTTV (FROM FIG. 4.1.13) . · 53 21.979:L .. _ ----PROPOSED OTTV U•J> <-FF::oM FIG .... 4 •. 1 .~14) -----·--------·--·-------·· ---... PROPOSED OTTV(R) (FROM FIG. 4.1.14) PROPOSED OTTV <FROM FIG. 4.1.13) --... !'54-----· 27.11.46-----.. 5!'5 1.. 1.920 ~:i6 l 7. ::::674 ,.. .,--, • .,..~ ... ,,,-,,., • .._.....,,...,,..,,, ~,,..,.,,........, .. ,~,.• .. , ..... ,.,. .... , •. -------------------~~-_,,~,-,_,.,,...._o••-v •• -....... ----- LI NE =36 l"liJ::n NOT EXCEED LINE ~i:::;:. -.... --*·* GOOD---lH!· --. -· - NOTE: OTTV(R) FOR THE PROPOSED BUILDING IS CALCULATED FROM THE EQUATION OF FIG. 4.1.14 USING THE VALUE FROM LINE 27 FOR THE ---·--·. ,AF<EA--OF--::::KYL.:. I GI-ff:;:, .. i;ND Tl .. ·IE-.V.(...\l""Ul:i:-F-RCl!~I .. -L_.1.Nl::;....-2:~::r,,_1:;;:or,:;: • ...:T:1·.--IE.-OVERAL.L.---- ROOF AREA A(OR). ----------------.. ---~---·-·-----·--··--------------·- ·---------·-··-----" ·------.. ··--------~---~~-~-- --___ , ------------·--------------··--·-~---------~--.. ·-----------------·---- ·-·-··----.. ----·---··-,-··-· .... -.. , ... ------------·-------------------·----------· MATERIALS DATA FORM FOF:M 2 ·BUILD I NG · ENVELOPE COMPL.. I ANGE· -----· ·----------------------------· ----------------- LOCATION -CHEC~::;ED BY---. . . . ------------------------------ DOCUMENTED BY !:::LI::. ·-. -·--------------------------R-----~--------- 1,,-JALL lrJALL TYPE l ~·-JE I GI-IT C)F t,.J~~LL CON!:::TRUCT I ON·,--LB./ F.:r:::t-V:::EE-!::;EC-n__t~. n-:1 ..• ::::) __ --__ t,.L .l .. . l-----·---~50 •. (l(l __ _ HEAT TRANSFER COEFFICIENT (SEE SEC. 4.1.8) WINTER U 1 2A 0.6600 HEAT TRANSFER COEFFICIENT SUMMER U 1 28 0.6300 ----... ::::URF 1'..:\CE -ARE{)S .. ( (4TT (.;CH--:::HEE::r:::: . ...:1:0-DOCUMENX-~---OR.:C.EI\IJ:6''-\T-LON--J, ___ 1\1 _____ , ANY ADDITIONAL COMPASS ORIENTATIONS) AREA 4 0.0 ORIENTATION 5 S --------·---.. ------------------AliEA------6 ... -_31.1.5. (L --· ORIENTATION 7 ~ AREA 8 398.0 ------------.. --·---------·-----------Ol::~-I-EN-Tt-1:r:.-1-oN--9~~-"'·J ____ -l Al::;:EA tO o.o -------------------------·--------~----~ ----------------·4-------~·--··- t,..Jc'.-'-iL.L TYPE 2 WEIGHT OF WALL CONSTRUCTION, LB/FT2 (SEE SEC. 4.1.8) W 2 11 20.00 ·-·---·----HEAT-.. :rRt1N!::;FER ... COEF.F .. :r..c .. :LEl\l::i: __ .. (_!;:;:~::E;:......!:::EC.-:--tk.-l~-B->--lrJ~[.NJ.'.E!;: _____ ..J.J_2_j~2(.,,'I o .• -080(.~1 --• HEAT TRANSFER COEFFICIENT S0MME~ U 2 11B 0.0800 SURFACE AREAS <ATTACH SHEETS TO DOCUMENT ORIENTATION 13 N ANY t-1DDITIONP1L C0MF'f.~::::::: OF~IENTt~T-ION::;::.). ____________ --------·-(.)REP,. ---14--------.t,2L.O -------. ORIENTATION 15 S AREA 16 0.0 ....... ,--------~ ~--=~-=---.. --.. ·--------OH .. I.l~J\IXP.1:i:.I.ON--l,.'7.---E-----• · AREA 18 o.o ORIENTATION 19 W --------------------------------------PiF=:Ef'...1 -2(L____ -0.0------.. --------·-----------------·----.... ------------------·----" -----·---·------ ...... , --. -... , ...... ------·------------------------------------· -------.. ---~--·------------------·--------·-------------- MATERIALS DATA FORM -BUILDING COMPLIANCE PROJECT TITLE: DAVISON & FERGUSUN BLDG D PAGE 2 OF FORM 2 ---------· -·-·--------·-·-----~-~- GLA:::::::: GLAS::: TYPE :I. ::::HAD I NG COEFFICIENT ( FF~OM · T ?-'iDL.I;:> :::: .. OF (.'.iPF'ENDI X-· :I. 41 . . (l. !:i600 -· OR MFn:::. Dr~TA) HEAT TRANSFER COEFFICIENT <FROM MFRS. DATA) WINTER 42A 0.4900 .. ·----HE(.fr_ TRP1N:::FEF: .. COEFF. IC I ENT--------~·~.:UMME·1~1 _____ -42B---O ,-5700 -- SURFACE AREAS <ATTACH SHEETS TO DOCUMENT ORIENTATION 43 N ANY ADDITIONAL COMPASS ORENTATIONS) AREA 44 0.0 -----·--·-·--.c11::::Il:.I\IT(:yn:0N ... 4.5 _______ .::; _________ -··-- AREA 46 216.0 ORIENTATION 47 E .... ----·=··--------------· .r.,ffi:EA--j1.::: ____ tso ___ c~-- OR IENTATl ON 49 W P-1REA !:50 o.o TOTAL GLASS AREA 80T ROOF ROOF TYPE 1. WEIGHT OF ROOF CONSTRUCTION, LB/FT2 (SEE SEC. 4.1..8) HEAT TRANSFER COEFFICIENT (SEE SEC. 4.1.8) WINTER 82A 0.0400 --·-···--.. HEf.~T-.TRAN:::FEF~. COEFF J C.J:.ENT----------~:::UMMER~~--EL~H--0-.. 0£~-00~-~-- SURFACE AREA 83 976.0 TOTAL ROOF AREA 83T ')76. 0 ., ...... ,. .............. ---------·--·---····-----------~-------------· -· ---- SI<YLIGHT SKYLIGHT TYPE 1 AREA :::KYLIGHT SHADING COEFFICIENT .(.TABI...E-.. ::::. OF --APPEND-IX 1 )_ SKYLIGHT HEAT TRANSFER COEFFICIENT CU-VALUE) WINTER SKYLIGHT HEAT TRANSFER COEFFICIENT SUMMER • -,c.-:-,::, .... 1 0.0 0.0000 . 0.0000 0.0000 TOTAL SKYLIGHT AREA 86T 0.0 FLOOR ---FLOOl~--T-YPE--1---< FLOORS-.. G)VEF~-NON·:-:·.~\-I-R-C:OND-L:r:.1.0NED-:::::P.t,'.1C:E!::-ONL:V~) WEIGHT OF FLOOR CONSTRUCTION, LB/FT2 (SEE SEC. 4.1.8) HEAT TRANSFER COEFFICIENT (SEE SEC. 4.1.8) WINTER -HEAT TRAN::::FER COEFFICIENT .. --··--.. -----------!:::UMMEl=i: .. ---.. --.... su~~:F(...'iCE (.~F~E?~ ::::7 o. 00 ::;::::{~ o. 0000 ::::::::B---··-O. 0000 ........ . 0.0000 TOTAL FLOOR AREA 89T 0.0 . BU I L[LI NG-Dc'..'.\Tc~,---FOf~M--..... --~~-----~=~.1-11:.c'.::\.:r:.I NG ... C{,\LCULA:t:.tON!::; .... · _______________ J?..OF<M......;~:E---·-- BU ILDI NG COMPLIANCE --------------------TITLE~ DAVISON & FERGUSON BLDG D . ----·-··-·--.. --·--··---·----. -·-·· ·-. --- STANDARD UCO) <MAXIMUM ALLOWABLE) ------~ -~~-· -----~---------·-·--~ -, ~ ~--------~~--------- (AC Ol·J) *U <OW) ) + (A< OR) *U (OR) ) + ( A (OF) -ll·U (OF) ) UCO)=--------------------------------------------- ?-'i ( OJ,.J) +. A( OR). __ +_p,.(.OF".) ----·------·· -····· ------... -. -·--------·-----·-·-··---·--------- 1760.0A(OW)* 0.42901.J(OW))+( ( 1. Hd.2) 976.0ACOR)* 0.1.1301.J(OR>> ___________ (.(C[l:IEl:U--,---------------------- +( 0. OA C OF~) -ll· O. 1 O()()U (OR) ) + <-O.OACOF>* 0.24501.J(OF)> U(O) ------------------------------------------------------------· 0. :~::: 163 . 17 60 .. OA COltJ.) ______ +.'::1.7.t, .•. OP,LOFU __ +O .•. OALOF.L. _________________ _ PF:OPOSED U ( 0) l"JALL . . ... " ... ""·---------------------~----------------- <A(W)*U(W)*MCF) + CACG)*U(G)) + (A(D)*U<D>> U ( OltJ) -------------------------------------------. -. . . -. --·-----·-··---·-------------·-·------- {.\ ( 01,,J) ____ ----------__ ( _______ 1,::::&.4.0A-< ltJ.) *--0 •. :3·f1!:"39UU'1 .. t:lr.fl~0 .• ~::::.5MCF-;;.). ______________ ~----1 +< 396.0A(G)* 0.4900U(G))+( O.OA(D)* O.QOOOU(D>> UCOW) = ------------------------------------· --------·------------_ 0. :3711. . ------:1.760 .•. 0,~-COl.,,J >--------------·-·--· ____________________________ _ ROOF ·-. -----· ... ···-----.. ·-------·------------------------------------~-~-1 CA<R>*U<R>> + <A<SKYLIGHT>*UCSKYLIGHT)) U(OR> = --------------------------------------- A< Of.:) -----·-------·-----·-------------·---------~----·---------------- 976.0A(R)* 0.04001.J(R))+( O.OACS)* O .. OOOOU(S)) 976 .. O(.:, (OR) -------------. ----------·-------------· ·-------··---·------·--·---- FL0011 -----A(OF)*U<OF) ...... U (OF_) ___ ::::: __ ---------·-------·------.... f'.-:1 (OF) ---· ----. _____ . . 0. OA (OF)* .O •. OOOOU.COF.) ______ ------· ___________ ---·-··------------- UC OF) ----------------------------------(l .. (l(l(l(l 0.0ACOF) ------~----.·-------------....--~ PROPO:::;ED U < 0) -----·--------( A ( OltJ) ·tt-U ( Ol•J).) . -1-_(.A_CCIFO.*U coi:;:.)_) __ +_CA.U]F.HHJ COFj_) ___ --·---------------------· U(O) ----------------------------------------------A(OW) + ACOR> + ACOF> . """ .... ---·-·--···---··· .... -------·-----------------------------1 +( +( 1.760.0A(OW)* 0.3711U(OW)) 976.0A(OR)* 0.0400UCOR)) 0. OA(OF.)·H-__ (I. OO(H)U.COF)) _______________________________ _ U(O) --------------------------------------------- 1. 7 60. OA ( Cll1J) +97 6. Oc'..':i (OF'.)+ O.OA(OF) BUILDING' DATA FORM COOLING CALCULATIONS BUILDING ENVELOPE COMPLIANCE -------------------- TITLE: DAVISON & FERGUSON BLDG D STANDARD <OTTV) MAXIMUM (OTTVCW>*A(OW)) + COTTVCR)*ACOR)) OTTV = --------------------------------- ..... ---·-· .. A.(O~·D--1-. (.HOR.). ( :~: 1 .• 600TTV ( ltl) * -(OTHER) .. + ( 1.~. 1 OOTTV < H) ·il· (:lHd.2) 1760.0A(OW))+( 4.100TTV<R)* 0. Or'..:\< OR) ) OTTV = ---------------------------------------------------------------21.9791 -------·---··-·----··----.. -----1 :Z60 .•. 0{H Ot,J.) ___ _,_·:5'2~ .... J)GLU]HJ _______________ _ PROPO!:::ED OTTV t,JALL . ( U ( l,j) i'~f-1 ( ~~) ·li-TD ( EG! ).).-l-.(.IJ.(.[L)..:l\'A.(.D .. ).)..--1-.(.(.~.(.(i.)_-\i:SE~-\i:!:::C.L-1-.Lrl.CG.)3!·1 .• LCG.) .. :tr[IELX(.,t(..:r:.L) ____ _ OTTV<W) = ---------------------------------------------------------------A<m•J) -------------~ -· -~ -- 0.3796UCW>* 1364.0A<W>* j7.0TDCEQ))+( O.OOOOUCD>* 0" OA < 1,.J) ) +( 396.0A(G)* 122.7SF* 0.5600SC) (UNSHADED GLASS) -----------.+ <-··· . -· .. --0 •.. ()(.\cc;) ·li·.~-:~:o •. o:~:.F.Ji--O,.~~:i60.0SC:J-<.SHhDED-C-iL(.~:~;::;:;_). _____ ~-~--- + ( 396.0A<G>* 0.5700UCG>* 6D~LTA<T>> OTTVCW) --------------------------------------------------------------27.1.146 . -· -:1.7 (:,0 .• -0{.i < OJ....J ) _______ --------... -l~OOF -..... (41*UCR)*A<R>*A(C)*M(C))+(118*$C(S)*AC8))+CDELTA(T)*U(S)*A(S)) OTTV(R) --------------------------------------------------------------- -AC-OR) - (41* 0.0400U(R)* 976.0A(R)* 0.7900A(C)* 0.92M(C)) ---+ C:1.1 ::::·li--0. 0000!::C ( !::: ):*--··· -------0-•. (l(.).(.S.)->-------------·---··---- + ( 6DELTA<T>* O.OOOOU<S>* O.OA<S)) OTTVCR) = --------------------------------------------------------- . 97 6 •. 0(-1 ( OFO--. -------· ----· -··-·----· ... COTTV<W)*A(OW>> + (OTTV<R>*A(OR>> OTT~) ---------------------------------------~.-- OTTV ::-.: ---------------------------------------------------------------------- :I. 7 6(i. Or'..':i < Cllt-!) +97 6. or.-~< or~> 1.7. ::::674 HEAT Tl1ANSFEl1 COEFFICIENT PflOPOSED CONSTrtUCTION ASSEMnLY . ·. -::, ----' . . l. . •,o..: ·;~~ . . .. ·.· .. •. ' ! . ' . · . . \ ., ' -.!•\}-.. __ Sketch of. Comtruction Assembly WEIGHT: ·5<::? lb/ft2 Check one: Walt j_ Floor Lht of Co_nrtructlon Componontt 1. 2. 3. 4. 5 . G . 7 . 8. Inside Surface Air Film Outside Surface Air Film Total nc1i1tanco nt Form 3 n • C.,f3 . r;:.8 coolino hentino .21s . 17 coolino heatino l .59 j. 51 coolirll) heatino . ~~ . 6c6 cooliOQ henino I . I H£A T TflANSH n COH F !Cl EN·r 1"11CWOHD CONSTflUCT!ON ASS[MUL Y 1 ! . ___ :.~ -~ i l : -------.. j i.' !I. _..--··. .•••. . Ii ~; '.~_ .. :·; .. :~:----: '.\ I 1-······· ··-... '~f---'I _;::·--·1 1 I ----... ..1 1I-·>.···-;_ 'I : l ... ·-• !l J1 _ ........... "" 1 l j·,· ___ ..... .. ... (l I <... .. -···· ---~ ; : l·l ··· -· ::~.-:~; ~j'I--- ! ·.-.... ---·---. ) ! ! ;-:---:·····::.:~::~ :·l i. _...... .. ,::-.. _ :.I I· (~·:::·:: ... -,.,-:!.'I I •. _ • ., ... ·····.. ; 3----i!l --..... · ·-····. :j : i ... ___ ...... .-.·~<, :1 :v-:~:,r i l ·. ....... .. . ~. I 1:1 ····· .. ···-· . i,. ~-.. Skttch of c:;,.;l!ruction Auaml>ly f1ool Typ. floor Typt 1... Litt or Con1!n.JC!io11 C:o,npo11~111, 1I 61Yf. I. !/~ 1. {2_-\\ .,-,--.l c..,,\) \ f\\\ :j _.J ::i. I (-i' Ci '-! f · -<. G. o. 7. !l. Inside Sudtce Air r-i1m Out1ida !;ud10t-Air ritm . LJ. V .. 1 u, . (I tn 1) (ln61,Framing Factor of ---- WEIGHT: cool I"() A .t-/.f lJ,6 I lf ( I .,-1 (/t;··, I •I ~ 1./ Form 3 hatl•"Q R lh/11 2 I lf.(• ll.Q_ ·Yf" .17 .09 .06 .HEAT TR_ANSFER COEFFICIENT PROPOSED CONSTRUCTION ASSEMBLY '\ \. '2. 3 1 I 1" 5-4. Sketch of Construction Assembly WEIGHT: ( 25 lb/ft2 Check one: Wall Roof ¼ Floor Lht of Construction Components 1. BUICT UP j=<OOF 2. FL YWa::>D 3. R-14/ INSULATION 4. Al~ SP,,ACE:. 5. S USP t=.N D ED CE I L-1 NG 6. 7. 8. Inside Surface Air Film .92. cooling Outside Surface Air Film · .26 coolino Total R11ti1tanc11 Rt 2.3. 22 coolino o.ol/ coolino Form 3 R ."30 .G2.. 1q.o ,86 1.1.G .GI heitino • 17 heating ' 22.63 heuino 0, 01/ heating ., ... -----. - ····1rnr,r,~·l"-, ,r.'\---i· j~:·.;i.. .. / r,t nn'>"'p~i"tp/1 '7')""'f'li ... ~::,,,,·.:;.::,:_:~~ ':·;'·,:;1~\,r,..C'L;; :,~~::'.-· ' :: ;;,.: ~-_' , DOCU~ENTAT!ON FORM !n 1 ''.·:i,i,1:1 /\ir .. ,. ., HVAC SYSTEMS COMPLIANCE (Ctrrn(~l·cte;'fcf~etic:Hrsyi,hr/-hlr\::·. · ·· Location ' I ... •;<•. ! J '' ' ;~ ; Ii " . .--trtri« _,. f'), ~-1,· -r'--;rr1oc--'· Hp $:...rnf~1C!". ,:I·" 1,.1.~ i), .r·,· t 1r . I /Jf D'ate 6/ Z.7 V(...-:7 '. ~--~"--+---·---. __ _;_~_:::..._, :.,1:_1't'j , Checked by _____ _ . -Date _____ _ --------------·-,,,_;::·,-;:,_ .. POU,._CWACWA~;:---u·",;;;-,;,··;.·•·',;;'··'..,'-.. ;;:~,i l ~ =ni:.u ,~' r.u ww~ww;~x:.;;1wm UkiAWWW ZIC..::eiµ -,-. ~ .. JL!",l•J(}r 1_J.(J·;11_~fi ; ,;r-1i?1~:1t~,,..,i!, 5.Jmmi.:r, •'/(!¥ '"'1lt,_ DESIGN CONDITIONS iPr!o'-'r 1)e:::tr1 Ternpcr.:;•(:r'.'. ~urnrner, dr•/ 1iiil!,. ••• , ?nr__:n,.Jr Der,!_;,, ·r.~·n?n:::-:1:Jfl!, ;;Uf'1r•~~r. \·.,r( '\l):h. ~'. ~ -,-r., ... 1~r-t"")J 1· • I\ n w A:\+-,. .. -• •' ' 'ti'uil'a'i'r\'g~6t-:cup,fnc•/type '(Tabl'e 1 of ;t1.p·peridix 'I)":::::::: lr,·,'t··-•1··11' l\,r. Pr'6jett''l'..at'itude {nblc'2'of'App·endix'I) ... :::.::::::: iLJ1;Jliit~j1 b1e;re1tbW~1/-rafirf 2· df'App"enaii<'I) . : . : : : : : : . : Or...1t1l<;0r :\1 1 for Spe{·1;1! ;:;t(7'C'~·:~0~ . . • • . . ...•.•.•... ' : '. :~t-GUI'.'· to:-·rn)f/~::!; /\ r ' .... ~ HEATING LOAP OOCUM!;NT.A:(IS}~t}/\!,trP,.ftD-cfJl}.~u:l~~W-7J,\ \".'in·]ryw<;, :.!CC .. ' \ r--• ~ 1-• • rt-• p ' 6'Silloo?oe;1~fi1Te:ri-i/J:dratU~cl;"Wl½1h :'i:'(:·: ·. r:_r I~ : : • : : • : : : -L'-,,_t•• !"'~.~ .... -:·-,_-~rn,-()1h.'.\f" t ,:)l!.,..:"t!~: , _ , Indoor Design Temperaturn ...................... . . Outdoor Air ........................ : . ----.. -, "'f • .. -t •7..--,:rr _ :: t-:"'. -r1ent 'L-oss 'Prom Outdoor Air ............... . :M: > ~ ': •1ni·r \11r ~ \/' O t·.,/ .. Y ,,,..,.... Temperatlfr'e o'f tidja'ceri t utflieated spaces ......... . T . 1 :·r: \~H0.nt :' .. ,:;or ! ~J,)t tG r= :-:cceu l ,ft H_:L1tcd -, ransm1ss1on, e-ating woss~s ....• -, ..... ·" , .................. . Infiltration Air ...... _r(.i;')1:1'!'!; ."'.i:_n; i1:"J' ';·:1 .i:a.r~,). Heat Loss· i=rohi::1;Rfilff:itid~'~;:-:!':1: ~-~r:; Ventilation Air ....... · ......... . Heat Loss froq1 Ventilation ....... ;,.., ... . P.-V:~tjopr_A;lr;Jpr S-P~Siill Prnc,esses."i;,;-:· l' .... : . : : H,e# ,L;os_~,.F,;.r.om:Process A•ir.,-... ·. · ... ,,,,n,•;., .. l • : : ,. .• •• ~ : Othe"r'Heat Losses (ddsc':ribe) ................... . '' 1 1~·:'-~ l~)/JJ_) '~"'1_:.(:1 l~. 'f:1\J-i-f\T!Q1".! · l'· .. ,...~,~1c11 , ... ·, ••· '-,··l·i-5· 1 •• Total Hea~ Losses . ·.'. ·. , ..... ' ,·1,. ,, ' ·.J;;·r,-_~(,;~,; f)t~\:. •, :-1 , .. ,l;f~r ·~:~r1i, ',\1!1,P,·, COOLING LOAD OOCUMENTATI.qr'.)t-.{-~1.jt;Jc_l~-calcula~j_9n~) r:: .. 1J1:r·!onr f-t,if' . • .O.u.td9_t;l:c.-O·esign T,emRerat_tffe, summer, dry bulb. Guido.OF pesign Tcrnper.atllre., summe,r.,.wet bulb. lnr;J,o.or Desi_gn Ternper.aturu, summer, dry 'bulb .. lr,dpor Design Temperatum, summer, wet bulb .. '.::'r.: ·cli\'.nn.~mi:;~_ion,.Hent.G3Jn: . ,· .. ·In-filtration Air ........ , ....... . Heat Gain Frnm lr1filtration ... . -Ov:tdoGr Air for Speeial Pr.pcesses •........ . ·~-' ,:i ,·,r:.. . . . , , Heat Gain, f_oryr.oces~ Air . .' ..•.....•... ·-;-: ~--;-·---------So+ar+-leat--&m'n Through Windews, etc ...... -_. _i'/~_·,1 _·,_ ••• Heat Gain' From Lights, Equipment, People, etc .... ' __ ,_Jr:;;; t''"~ ~---'-·e11r,.·&airil-F·rorn·-:Other Sol)rccs . .-...•.. · .-. · · · · · \ Fixed Minimum Type System ·---, .,, ___ . - I. , ,, ,. tJ_F -De-*~- -~2;...,..1/-..---2tftiz-· / l. "/OS ) 21P. I ftiZ ?tL 'h:-. CF' I ':t.,/;.,r. q~ii:Hf d3~· / -\r, d'-1~~:,~:r CFM Btu/Hr. o~ r Beu/Hr. CF~~.':'· ~".t)r"' i3td1Hr. CFM Btu/Hr. CFM Btu/Hr. Btu/Hr. Btu/Hr. --6S· ,°F -~~ :: fA2.~-· · -°-F ,:;J..[&.~~a) .. • ,( • ,',.... .:,,,,,.,.. rv 'Stu/Hr. ------CFM Btu/Hr. ··---·--CFM Bt.u/Hr. ~.!.:.: ___ -8-tu/Hra " . _·: -· CE>M Per Person (Not to Exceed· T;ibulated . 6-,, ---- ·~-·--=---=-=------.-----,,-,...e,~M~•«»~.-~,,..--~~~ .. ::~Mi;-~~-;v;~~il0a,~i~~· ·i:f~t~~r7~··:"':"~· ,_.-.. ~,.c~;-·."·a""""cF1,1/p~~so~ _, .:. -~·,Jr-J . .:'!T!(Jf\ ': ., · ·.-,, '-,Heat Gain From O~ndo0r Ai,r.... . . . . . . . . . . . . ___ 8_? Btu/Hr. i,r,• ---- ------ - o se! S,F.:::-: 2'ld sh•Jt'.Jff cor1 1.rr,ts .. I ~ ·c~'~jbiFr·r1,to·rcrfrl;r.i:1re ii.f~-3-fir-in-~'t-'-:'"~;o·r:rf"~...-trd pr,o:?\i~;,. ~"'?'' ,~. i,1. ~ .:_-_._:: __ • ~ ' I ' ' -, ',_1 :1, ,, -· .. ~ :· 1,ndic· te orav_:inry or 3pecific.1tlor, r:::.'t::--encc //h11re thr1 !e1·n~-'·=' :1tL'rf'I ccntrn! c: ·vf)':12 if o.uirernent~ a!·1e0 1)el,)\.'V art:· docur~--!nt~': . ..'.!.in ai·t9.rr1itiO'tat"ffJl'er~;1ttJrf!~e1~111:f.,_yf r!i1.:.,.;~~1li-~"t{!,'b.6'{:}rr,,·.itlt•rj ~,i 1 • ·: :,;.:. •• COOUNG LOAD D_OCUMENTATION {Continued) SIMtJ L T.11.tJEOUS HE.t1Tl.'·.'r, /.rm COC:L'.'.1JG System Utilizing Outside Air For Cooling ; /. ~:~------------ The f ')llowirnJ re1;1.1irc-menrs 3[.l!~I'/ tC• ''l:: •,•,1cFlvrrcrP'e'rson (r-:J'ct•t'o(E'x'ced1:r3:3%lb~f~Tbb(dh'te'd11!!1 f"{:,·,vpf>!d ,:Ill!~'~'! i5 ;;;:-r! :c c)n!t ·1 tc:mpl'r:nure Recommended Ventilation Rates) . ---CFM/Person i Heat Gain From Outdoor Air. . . . . . . . . . . . . . . . _ .. ________ Btu/1;tr. In ea~ '.h case, \·vhe-n t(l-;ettin'_? hot Jnd r:old r!ec-k t,,,..,.,f)er;itt1rc-, 0:"H!' r,1pre:;flonr:1f; ,,·, ::"1nr~ rPJ'/ i:ie r:!~0~1?n ;,J --i:;rri~-.:f·n-:: 110 rn,Jr,:: :h::n' en rnr·es win, simibr l\,~atinq c; 0 ::;-'~~'~;i~:,._·::~:"~ .·:: ............... , . . . . . . . . . J3;(A / Btu/Hr. ·c:,Jnc lr!"et1~ 061:::ition ~.! '.nl!:}fH:.-r.·.-!enr h1"\:-1t;:!': :,~,j ,:1;,-qr":' ~':' :terr---.. r;rvirv: c~·11111r1c,, sp.::~,:~ 1T'tJ5t c,ravi,~e· ,:-itb·_'r '.1' l~ot11 ()~ '/'!le :-onrr )i4: ']IV~~ ;...,,~10\"'. List r~f:--rr·n~::1 -::r:i?c:r:.~J~;:'.')f: *""'!·:,~·:· '°'"' C~[:::11/ ;, '} ;1,Jriber \".'h!•rr ,\,-,1'JT;"C\! ri:~TJirernr:"'·c·~ !::Jn ~i~ 1/t;r;,-_~,:(., TEMPERATURE CONTROL w ~\, torn'"i~JC rr_..~rfr-of h1 .... ~~i··vJ temrJe1·-~tur~~ ttj iirq:1-;1)i""-:rs"/ iril1ut tvi:v ~o •h;d !,.-, ,,, to otfse1 h•e:it :m, d·J<J t<) tran~rni~~:0n 3(,d ,nfdrra!:•,, .... Indicate drawing or specification reference where the temperature control device requirements given ,below are documented. An aut91Fni:Hictte'ml)'e'r'.att:Jre~C'0'htr'0f lde.vi1oer 5brnr:li1be !prci\/icli!'!!ll(fOJ11:atin1J .::nd conlir1•· ' _j7i71;:l'J.,--- • each separate HVAC system I Y \,... ~ • each zone ............ . SIMULTANEOUS HEATING AND COOLING The following requirements apply to the use of new energy nnd need not be complied with when recovered energy is used to cont~~! temperature. ' I , In each -case, when ?'e·setting ho.t and·cold deck ternperntures, one representative zone may be chosen to represent no more than :ten-·zones with:similar-heatir:rgt.or cooling1.re:quirements. Concurrent -bperati<;in -of independent heating and cooling systems serving common spaces must provide either or both of the controls given below. List reference specification page or ~rawing number where control requirements can be verified. REFERENCE • Sequential temperature control of heating and cooling.systems ......... . ..,:·: -", t: _(".,' s _:(,i("~_':. ~,,~ ... ,..\"i"':·':-_' )~-: -i, .. ' ,,, • Au'to.matic reset of heating temperature, to-limit energy input only to that level to offset heat loss due to transm:i.s.si0.n1attd .im·filtrnt,i,!Dn .. ·1,• ••• •• • ••• ·;,i, .. : ., . '/ ·: ' ' .~1.' Reheat systems -give reference specifications page or drawing nt!lmber ·wh-id'(will ·sl'i'ow-compli.J.nc.c with the following when reheating 20% or more of the total air in·tlic ·sy,stem:;-,,;, ·, ,,.; , When serving mu It/pie zones, c'ontrols must automatica°lly reset the cold air supply to the highest tempernture,h.lv1\l'ohfre.20ne rnquiring the most cooling • Single zone reheat systems shall· be controlled to sr:qurnce hr.a ting and cooling. f ---· .... ~, -·t: ~>'°1r::·:, ... ,f ... '• ..... . rr1ust ')t" !isted and cnv ~1)·"1cin! r1:~tnction~ aivc:' h<!ro r,!fere11("r•cl tn ~hO'N rc.,r,.·1t1fi;tnc1~. S11pp: 1 n:.1fer,~nr1•s tr:1 oroper I f)ec!f\. cat'icr· oage or drowinQ numj,,r··. Pago 3 of Form 4 •\ 'I· ti 1, , .. -__. ,.-I ii • f-, ' ~~f , • , ·o-ual-duct or multizone •• ',·' '( 1' ! /.· ,-:· -·:-,_. 1/\/tl.>,. .... 'i f, (: '· /\ · , ... \\ :·: i} 'r ,t, ·· · ..... / .. ,_,, ,· -·. ~--·--------,--.,-,.,.-s------,.,..- SYStems -g,ve-relerenct! specif.ic::itions page or drawing number which will show compliance \~ith .tb..eiol:LQw..LO.!,,..·----------------- -'------~--~-----~~------~-----~-~···'·-·····----·-----R'EFETI"EN"CE ------~-------·--- • Hot deck temperature -n:u,ist be automatically reset to the lowest -reiTlperature necessary to s~-iisfy tile zone requ1rmg (he most necffing. , , .. : . ~"".-.-.-.-.-. -.-.-. , 7'51-l-k--l -• eo·1d deck temperature -must be automatically reset to the highest / -re·mp1rr:rttn'1!-n-€IT:·e-ssi'frrto satlsfytlicn~one requlfingfne mo-st coo'l....,,n~g-.-.--.-:·.··:·-.-. --------,N-t)~----·--- 1 ---~' --------------------'------·· '....; ~~.,~------------- R·e"cO'b!'i'n-irsvs'Tifrrff-=-givcri:fetenc·n1Yecilicat1ons pageofclraw'ii1\fTfurffoer·wh"tch .. sfiows comp liai'icewitntne-follo:..v1ng iT recooling 20% or more of the total air in the system. C:,nst 111: volume rr,hrGt ~V~t;-rr, --v.'h"n servint: ':1otf, in!cric~ ·1,,d ~~--.tterior z~·1(·r '; -, <:'"!1:1r;1tl'.: cooling '. :<Is Jr,~ reqt.!ir~· I: f tt'it~ ,.,.,<;;prw9!~1P,,USh'!J.J-t,P~J1J}9j1,)l.y,feS,fj!-,~h,h MJi!'.lfl!,f<J\llr!}, 19J{,~e.a~p9 ~~8R!.YJ aj,s ;t~ the lowest temperature necessary to satisfy the zone requiring the most heating •................. HVAC SYSTEM RESTRICTIONS & SPECIAL REQUIREMENTS NIA ·\1 Several HVAC System types 'nav~ special· requirements or restrictions. In this. section, the type of system used in the design must 'be listed and any special restrictions given here referenced to show compliance. Supply refr.rences to proper specifi- cations page or drawing numbers. Type HVAC Systems Used -List type of system to be used here (include all systems for heating or cooling in the building) include reference for specifications for each system. rACV-A& .. f!.D ~mr.c __ :PU tv\_P,. ( fuR-W-wkt1-K) ,, i --~. ,~,, .. , .... ,----.·~:,-:. '"'[''" < ) " - _,,., .. Constant volume reheat system -when serving both interior and exterior zones -separate cooling coils nre required if the ext~rtor: zor:i~ e-x.seeds,;4,0~_of._tl;i:e tQtaJ.~.ir.,qy~nJiW through,;th~,~ooling coil_..,' :rl REFERENCE ht/A '/ ._, t'. I ... \"i•, .. ···,' :1,'·. !-'" -~7, :.~ --,.,. ·,111,,.(••1f-~' ,-,·.-•,-, ... ,r, -, ')1•· -,.t :,, ' -("1. ' ·-----· -r P21<Je 4 of Form 4 1~ crr:p.1:•,rr: ' ' : , l-I l. , -I'" , ,~ --~-•-......,._.,...---· ------ 12iY~~hPV~t?W.J?~M_Uk-J:11~Pr;rno~i~TcEMSn•:-i,!iiv :1ci ,_,:·~il~le manua!\• tl('l'r,,:e•l d.1rrp,'.-~ ")•:st bt· f1CO\:Grt1 f,,,-'t'i c;:,,•cungs_ 'tr) rhe 0Ut:.:!rJ~ ,t1id! !h•~' exce•-1ti0'1 ,:,f CO!TifHJ~<;,,0 .. ,:I" 0! ,~n·nf!~ Constant volume duct or muftizone systems·which utilize new energy to simultaneously heat and cool air streams which are subsequently mixed for temperature control are prohibited for buildings lar,gq-r,-tf:ln;r)··~G-.G00 squ:·ar:e feet of conditioned I_, Lf, __ l(\_ C ---'-----· space. If used, the air leakage for dampers utilized for the mixing of heating nnd cooling air shall be limited to a maximum l~afqi,geRof,.-~~,of,~t~,er1total 1air-:0,µ1ar;i.tity handled by the dampers when operating at the maximum system pressure to which I-'\J\"1r: -'~'· ,.,U!.rlt l}N ,"J l·t-\'\l._, the dampers will be sub1ected. Manufacturer's label or nameplate shall state leakage rates. REFERENCE_R__:E'R]-J·+·V~·A~:~_·c_-i: ___ _ J ..C.Onrt,m:t vnl.JJmr. '.:."'/'!.t"i'l• . • • • : t::conom1zer 1,,.;ycfe -For each cooling fan system, for other than dual-duct or mult,zone systems, which s~rve zones having totaT0J8b~H~fb1:tp~dft$1~f~Jf&;: thbri "134,'000 'Htu/lfr ·o·r more ·tnan· 5,000 CFM ·mu·st hav·e· a·n· econo·m1fe~·, cycle urSJ';{ one of the l£~6faf~~ui11dU~ti1i1'}dr;i~h1:L .............. ' . . . . . .. I __ _,_ __ -I ,,,:he: W.!~er Tot::ir '.~unril,; ,\i,· O:nn·it\' Adiu~•,·d fer Pr:::cess ! __ c ·(~·:. • . ••• , , -J rr:" T0~:i! Ciro~, r=:•,,,..r r,rc:i ... -. . . . . . .. . . . . . . . REFEH·ENCE .. -W-!-A----:":1 F• I ( 1' ~ ' . ' -" . ' ~ ' ,. Eleciht ~-R'rsi~tKH'~~,.}:i~jtiAg~~',fsil~ii:..:.,Tliesc systems sliall 'n'oi: 'be ·u·sed ur'1less·tne tot'll'instalfe'd'elecfric' ;estst"biice heat does not exceed 10% (ten percent) of the annual heating energy requirement Qr a life cycle cost analysis, Form 8 (see Section 4.2 ~f3rt-i:1rA-1~1~b'.!aiF sh'60s1'an alternate system Ii fe cycle cost exceeds that of the electric resistance sy_sten1. -~ ive reference if -r,.._t':J.f r-,1,~i-,' ,~ ;-,. 011·1;.,t,t•/ nf !'IJl"'l_,j~,,"l'"\llm ''°:'fr)\'~ ' ..... l~ss tnan TO% or i'nclu.fle 'Form '8_ i'.f calcuf\l .ing lit(f cycre·cost: · · · · . · ' · · · · · · · . . . ' . --_ -_ ·---· -. .. r•Jt~· .,,..,,~~')~r••7','.:l, ~yi 1,ur,••,1\, r-.-..n .. iT 11l/l•--t~-'"'r°''P,._-, 1~1("1.\11 ' , ___ 1_ ,r,,:-n~-s: \ .. arer 'o~~: c,:;:;·t10·0r~,\~,;3 _, •• _'. -'"-. "-· , :·.:::::, .• ~:E:F:E:~~NCE · -t\lffi. · S,: ::r, ,\' r-~ r r, >t0 'n..rrm-n.rr · ' -~n'i/ • .",. ,, ·•· "''"l'T' '=1 ---, 'r-n I ' ____ -· ·-r ,·., ME<::r!·AN:1-GAL! P:n,D Gt1_!:"VITY-V·E'1v 1 ICATION ::-./· • · · · · · · · · · · · · · - VJricibl,• \/o:ume ,\c;,..1'i::ner.r Cons::ii~, , . , ..... , ....... _ . . , ....... . Mediin1ileaf~ivJfitiliti'off-,!:: -oam''pers\»-hi~R!~re a1.:1tomatically: interf.ocked and· c.losed on -fan shutdown--are--:r.eq1:.1ir::ed-; REFERENCE _ _,_,{J._.,,./_,_f_,_\/ ___ _ 7 Gravity Ventilators -Either automatic or re.idily accessible -manually oper.ited d:impers must be provided for all openings_ to the outside with the exception of combustion air openings. f ,..,, ~tFERENCE--~~,/~/~\ ___ _ I .,. REFERENCE Conrtant volume-system. Total Supply Air OuantitY ••.•.....•...........••......••....••. J{c;C() Total Pressure of Supply _Fan ....•........•.. , ....••....•... • •••.•.. , .... Total Supply Air Quantity Adjusted for Process .Loads ..•.•.•.................... Total Gross Floor Area .............•........•......•.•.. !. (1,SC,78 Variable vofutri-e'system ". •,.v· ·7nn,~ ~' ,:,.-:· ··h · · :1,~-: ·, : · · :-,..,. • t·:;,• , · '··· , -· Tdtal S1.:1ppl\1 PGr Ounntfty-·at,Ma:X:i'm8ri'] Flow. :.:. . ~ ·J>:· ..• '. ; r :' .. : >:· .'. · .. -,~r:',: -r·:· •. : . · ,·:,rrodl Pressuriro-fSupp-ly~Fan.-at::iMaXi·mum Plow!r .. '.!:•; •.••. ::/ •• ·., ,'. 1• ~1:·:. ;c.,-.. : .:•.· ... 'J, T'di:a'r'Gr6.sd=1i;i<;fr-A-rea. •('. r;·:.;·.:··:;~,,. t1~ -••••• : ••• '.!:~ · ••.• -• ;' :1: • : .' ::. ~,: • •• ·: .' •• -.-:.: : • ,' _____ • _____ _ Fan Performance lnd,o,x adv1aximum Flow (FPI ). ............................ . Variable Volume Adj~ment Constant ..... -~ .................. :-. :-:-.'." .'. ~·-.. , ... . --~·---- Adjusted Fan Performance Index, FPla. . . . . . . . . . . . . . . . . . . . . . ..... :,:,,-,, -,,,: r r·,.,,-, ,_ .. r=-r1r -,-' ,-,·, .·:r,,• p., ' r~ "'-, r:,, ,.•!•1"i: ~- ,-~ '_,.:., ,-, F , 'l ',--\ ,. -• t ;r"'; • •" •I ' : ' ': CFM Inches Water CFM Sq. Ft. lnche-s Water Sq. Ft. CFM --- P-oe6of Form4 · PIPING AND DUCT INSULATION AND DUCT CONSTRUCTION References to the piping insulation, duct insulation and duct construction requirements presented in Section 4.2 of the Energy Conservation Design Manual must be given below: REFERENCE __ ~M--'--'--_S_· ---- . ;--(I ,· . i""9" : ·_-:-''< ~- ~ . . ' ----- ,P&).0. g)(y,lf-N(!)A'lil1©N-F1(D18:M: ~U 1 P~,, r'NT H V:~;Q f,Q.UJRM,J;Nff.--"c. Qrv.wu AN CE EL[CTrtiCALL Y ()P[flA:Tt.''. HL/\'f!!\;(, HE/, T r>LJ.',1!"''; Minir•·arri1 tu11t,1,it:'.'n '!fficier,r:•1 ·,'. ..-r'\O>:im,!rr i~{'·t1 -~!~ltf'l1.!t HEA-r:r..;G ECUlPM!:r·~T '. ... !~'UT /\'.'!C t)l}TPUT Form 6 -----·----- References giving the specification page or drawing sheet number or manufacturer's data must be submitted to demonstrate corr pliance with Division 6 of the standards. PEC11JIPE'v~F:·lT FOP !\N,1,~F::·:A!'JCf: :::er; M/\!'1~ ::r-.1'.:TU!lEn'S :·/i' !f··.'.1TNP.r·.,::.::: 1'.'·J':•, EfEeT"Rfc;i{tf::v 6r-ERX:f-el6'.cooL1NG SYSTEM EQUIPMENT ABSORPTION WATER CHILLING COOLING SYSTEM EQUIPMENT COMBUSTf.ON HE~NCf'EOUIPMENT (Oil and gas~fir'ed comfort' · heating equipment- r .-. . . , . • r -~ :-, ,i. -~-• r ,_-r,r, · ;, , "' '.f f~ \ •.. ' -. : . -! -~ ELECTRICALLY OPERATED HEATING HEAT PUMPS ELECTRICAL RESISTANCE SPACE HEATING EQUIPMENT Standard rating capacity. Btu/hr Minimum EER (COP) Reference Heat source (check one) Direct fired (gas-oil) Indirect fired (steam-hot water) Minimum EER (COP) Reference Minimum combustion efficiency at maximum rated output Reference , -~ ', l 1 I iv'linimum E'ER (COP) Reference Supplementnry Henter Control .Reference > , p I t 1 ' REFERl;NCE F,OR ,FULL-LOAD ENERGY INPUT AND OUTPUT f.ls9l-J)f\l;t:,,1,~~.1,f,/)~JY)~l1N_yENANCE FOR MANUFACTURER'S MAINTENANCE AND, f.8.~~-~,NBi~,~fl,TJf+:¢.~P.+\G,!JJ:AND STAND-BY INPUT(S) AND OUTPUT(S) S1PEC'JFICA HON R EFEREJ\JCE' -. ' ,, L t> .<41\,,--"°)"Jl'-·'lt .-..,. ~-,j.,<.,,.~--... m:-... ~ ... ~;.-~~"' :,. •• ~:.~-'"-""'-'<"" ~--,~~-e;:· ~' ! -, ,-,_. ,•~r.,i 1:··: ,;:· ... iti~ th•: .... nr•r1fit~·1~iort :',t• :, r'·i-,,_r. \.\•,'"n !.'·1 ,,.. -,n G of rht ····::,,: H,1- '_ V ;'•1 ~ ,., , 1 ~~ti~,~· ·_. 1_1 f, (A&f) 1 / "'l / ·--H'~~( -11 30 ,.., !;A-V ~ H k4~·1'1' \ -~ -------- ,• .. -;..-:-.. -.:; t~,r~~~.~;:~~·~;~Lvf:1~~1~:;,,'.,6,:~.-~~:·~i~ _,-;:-f_. ·_ -~~~. _ .. :.,~ ---~-s~;u~:~-,:·,_,;_.;1;;~1,,-j::;~:~ha-~~,.U1::;~ ~---~.· --·. ~~~~-~ ~.__:! i Ht' ,ft i::.:1.'.'lt!f, 1~t::v::r: ... 1dr: 'lalv, 1 ... H'1t '1, :1·"1 l l··riniifj 3rn,:-;1~~~re"'Tief,·;1.,:1 §..Ps§PIFIG-A-=FIQNS·-·M0DE·b-S-54-2EO48,542D;9,9:Qi,,i%-54-2EO60---·--·---···---·-·· ,-1 ,. ----1 I __ "" -,-,• -----• ----,_ -·-------•' ·---·---------:-----·--··--~ ----·----•-·•~-----·--·--------·-•--•M--1-... I.MQ.Q~llu' :''.·::._ '·':'.:":0.:.::_·0:0 ·" '-:L:'.':'.~'!:.'::.l!ll;J 54:2E • --· ----::"''.' ·"i.l_i_542E __ ._ ··---·L5A.2.D_& __ !i4.2.E._. ,__, L;-'S:1:Z:E~Y-J->,;~1('1\.,'.:.~:'1'.'.. .._B_Q4.8 •..•..•• P.9::4.8 ....... E.04.8'.'.'1 '"·' _BQ6_Q ____ . __ . .f>06.0 ·-·---.E06Qi.-' '.l..:'.;:SE;li!lES":.:·~n~,--· __ ..... ··-. _ ...... .-:.A'.. .. ('.;· '"'~ .... A ......... -·-·--A ·---··'1-: /1;.f;ia ~ · · · · ., ' , ... ,=·,,,s·, ·~X.i:,lJ,l,:0:•...,:£,j;_-,,,fJitl·"·~,.:c,J'jfjj,,~r,,1'.'~ : .;l;J;t!!J~M~Lt~'f~h_El_ ; '._ +~.'".-' . : :'.':~)!::;\.. , ,_,_,,g:3,R.-::c.L. -~ ·:.?_0.!?r~ ~0!:-'{3 ... :::AIJQ:"31 }:f~:: [· 2~Q:::·,J-·:,~· ~?pI?Y?.;30-':l;'~ ~. ;·,,";4q~"7?1 :,,] "-P'P.\:l!l~lmg.,.\Y.ol.tc:\g .... , ga . ., ;_.,,....~. .. ____ · : _ _20.7.-,-,253-,; . .......,:1;8:Z:t½c.253, .. _ =-4'1.4=5.06. · •. , .::20.7,.,..,.,253: · · jiBZ\-c,2!?'(L .. ,_;'..!ifM-506--"-i . 'l::Ji:i'i't:IA/ij,f5a9,ify'fqt;·,Wir'!£Si'i:in'g""':'~-, 38.9 "·?Ve:+;? .l3.2 • . .. 49.8___ ~·'85~f?-..:-'-·-· ... t5.7.. -J Ml!,i1)illriJ'.'..Wi'r'ef~ii.e'(~W.G).* . 8 ··-:::-~1p-"'. 14. ·-.... 6_ ·!.::'_-8.::::,. .. -12.. ----1 ,r.pfa! w·rti!i-«m_p_s.".'.....'1·'--._:_ .-:-:; ..,. ,-~. _____ • ___ 3J.9 ____ ..• ~2~.kl-~...-----· ... 1.0.e... , .. Ao.9 ....•........ '.30.:1:• .... __ _-12 .. z. -·~ ··G'.6't'fl!J:t.etss:9·rn:~.t.E1t1:t;_qacfAr!ii:is' ::" '·--·----· .. -27-9._. __ ..,..'..'.:t~ . .4~'-··--·-·8.8__ .... 35.4 ... ----~:20.s:-:_ ......... t0.4 --.. : -'.--''. t:,o~J~J~q~P-roWr:.~riiP.il';-'.'...'..: ... ~ _ ··--·------· ... ___ 1.05 __ .'.·:·.:.. .:'l1;0s~·;:·:._. __ 35 ___ .. ,. , . ;··_._·rno:'=~-,.-.. J.36. _ ' · ~; ... _ 49_ •. i ...:puttJ;qt,r;ffin.Mqtor.,:pp:p.s_c"'(Watts.L&.Spds)t ____ t55.&..L_ '.'.''.·'..'..1:s·;;;&'.-Z'::';~ _155.&..2. . .'..450"&'.'L _ · ____ A50.&...2: .:..._,....: · ·! ~::4.50..&...2: ..... , ,':'...:.l?U!lik:ciai;!."Afiips:..:·.'..';',~'.~:~_~·._1 C ' -------• '_._.0.8-...... :~ --~~g 8-~::1:.·.1·: _____ .0.8. --1 _1;.,;y9,:.·1 ·-I .. ·-.1.9 ·,u A.·.·_;, •• J .9. .. .. : .:11:il:l,5g)r-:Blcjl.ll_i;if f-0b!b'f'(r.:ll?~& S'p'eed,sJ ... -----· .. J.L3D.D.&...2 .... _ 1L30!:):-&_2 ____ J/3D.D.&.1 .. lL2D.D .. &..L. ·-... 3/4BD_ .... ___ .. 3L4.B.D ~-l -.7-'ECJII l.;6ca'd~Arr)tr~{-' '-;..:,··:1:::,1:.:: _ _-,··'.:.'; :.:~-,--. ._ ••••• 3.2 ____ . -· '3j2 ........ ·-·-.J. .. 3... . .3.6 ----· .... •7 R . ··--1..4 ... ,_ i . 'M;t~·'E!i'a'hc.h''Pir'c'1.'fil 'Puse Size tA'mpsJ 60 1!5 20 60 so 25 1 ra•'::1"''i:t11: t•.·-,' . -@a\e i'Co'cili'r'(g:Ca'pi:ici't¥1@.'95~F-(BtCTh).L .. --' ... 47.,000 ... : .. ____ A.Zi(i)QO.:.. ~-.. 47.,000. . . .57,500. r .--:_5:z;50:q . _· .... 57,500: . _ I '-~·:s_ qEft~;_.'.:'~~.t·:\·~1 __ .1 ,"-.. >:·':':r__ ,,, ,.·--:,.,"Y,-, ~l-~O-~.: ... ·-•"i-,_,,:~ie(t.'-..-, '--,~--z!ap .l•1\!i~,·k1! ..... , _8.,~5-,. -., ,, .. ,__·,·e.12~g 1 .. ,.,, .. ____ ,_8:~,9~,ll. __ : ~~l;lRt\~ .. '..-.:~::..'.'..!1,:...::::.:.. .. :.,1 · --, 0•• • .~ _..._ __ :.:::..:...:, _ ;~ ... .-·.:,i:i:po: ___ ·:-: ... ::.Y..30'..::~ :i_·, r:::~,~.:..r:"_,.._: __ .~':: ].6oJ!:..:~.__-~_.~.:.....:..:z,6o] l.~: Ri;ifel:l~!-=leat[i'.\Q.,Cat>acity@ 47-P('Bfub)J. _ .. ___ -,--48,500. __ --.. 'J18i45PO·. _ .. .48,soo .. , . • . 58,ooo ___ , .... /,58;000 .... -.·· _ 58,000' _ ' .. tJ::Jfi'F~tMliiimJJrri~Regiori.J)J.JJ · __ 5.45 -,, 61,g;:·' + .... _5.45__ ...... 6.25 .. ----· · 6.25.Y· ...... 6.25., . : ... CQP,l'.":..'. ''.'."· -_,., .'. :_ .' ... _ ··-·---·· ·----... __ ·.2;$9.:. __ .. _ .. 2,69 _ . --= .. _ ·-_--2:61' .. _ -· _2.67;. -~L$9.\l)ii'J!Bati\jg,hJJJ!Ilb~r1*. . ... : .• ~--. --· :18. -<·, , •.. ,, ... rn,.-.~ ..... UL .. ,,,,,,·.,,,,. ·~=· ... 20 . __ , ". 2Q,J;,..J MtU.i!td~t:l-.'f....'"'flJ~f4f~'t;;1;;:i":HCi:t••,••··•~.~•.:~'"•"·••":lO -. ~ ,'," ·,; • .. {:'91:fip)ie'ss'cic.~y'pe'·.-,:: ':''-'.!:_:'-~ ·~:_: _. ·-·---~;:'!_l_'_c'::_I_U __ !. _____ 1 _. r_,,,, AVcif,sirmetid<'no-_ __ c -~ __ ... :."'~ f.\.fljlli :.::i.:or~· ... . Two'-1'1,v.'ay:FlciWR'etr'iger:a'rifMeteril:ig·D'evlce MEJ.~ETWittPPiston ... _ ..... . . CompY..ess0r.:Gl'.l'.ficl(-BlatLCpliip.oh.etit& _ S.tand.at.d-All!S,ih'gl,e!£b.a~.eJJ~DJUc·!~~===.::· :::·:.:· -:.:::-:::-==c.::·=1' Refroi'.gElr!:ltit. Servic.e-Rorts--i ':•·,, .. ,11:, 1: '.•,'"•:.: Standard Heat~Saving Reversing Valve · Standard Time;-:remperature Defrost System Standard COMPROTEC® Compressor Cycle Protection Optional Efficiency-Alarm Circuit · Optional Vapdr;-Tube Filter-Drier i.',. ,;,, .. ,._. i.:, Optional HighLF,'ressure Switch . Opt,ional R-221fRelrigerant AmouriJ(F.actory Cnar.ger 91tis;-13·ozs '.r .. i~h'II •• 1),nMllll,tf;1i):fl(ll'1'l"I" Coil !Face Area· (Sq FtJ ~No.:Circuits, · Hejght x Weight On.) Ro!,ys & Fins·Per Inch Blow~r Wheel· Diameter x Width (I n.J BlowAr Pulley Pitch Dia (In.) Moto'riPulley Pitch Dia (In.) Driv~ ~elt Length x Width (In.) Rate9lCooling Airflow (Ft3/MinJHt Ex\$rnal Static Pressure (In. wc)Ht Rec9rjimended Min Filter Size (?.QJW ... ~i, , Stc:!ljldard-Type -· .: ... ;,··" ··' CIEianaele-0r High·Capaeity-'Fype·-·--- Cone ~nsate Dr-ain Cor.1neetion ·. ·-·· ···-· 5.8;3-6 30)128 3 &.:14 10 Ji 10 Not Applicable Not AP.i:ilicable Not ApP,licable 1-ZOO Q.~ 8/411~1PT Not Appl Nqt Appl • Not Appl 13 lbs·Ooz 5.83-6 30x 28 4&14 10x10 12.0 2.8-3.8 50x 1/2 2000 0.2 960 (542E)*** 624--(54-2.[:) * * * . 8/4.MPT Coil ff ace. Areia ($q .Ft)-,_-NQ. Ciri;:uits 14.26l~6 ,, 16.05-7 Roi«sH}n~P_erlilcn.:. --'· -2&i.2Q,:. 'I;. ·. 2~20. Fan @(ameter (In_.) • 22. . 22 Two-~peed, ,Pirect·Drive-Blower--. C Standard· : 1 ~ I Not /1;\lail · Sta.ndard PSC Sflerny·Sayir19 B)o.'-'.>'er·Motor Stari¢Jard Sta1;1c;lc:!rd Belt-P.riye Blc;iw.er . , Not ApP,lir:;able Not,Appl Two-,Speed, Dir.~ct·-D(iye O\,ltc;lqpr, f an.t-·" :-. -Optipfclal I .,1; Standard· Op~ipnal PSC ~n\:l,rQY·S.avingOt1tdoor Fan Motor · ·· ·i i ·Stan.d.ard Compµt$r~,Desi_gnec;l ReifrigerJ:!o.t)3,y,stem·· --.. ·. , , . :: ,,-; :s~1,1ni:lard. lnsul~ite,tj .Bloy.,er Compartme·nt · j· · 'Stc_1ndard Low·Moltpge Terf[lin~I, Bloc.!<.: ... ,., 1 · 1 :·,, Stl(lndard HeaV: ·D!ltY Base R_ails wi'Forkl_ift Slots.· · 1 . Staric'la,r,d ', C '..:hi: 'l ,,,-_ I •• ' -:--.:;· I. HP-43( .. a. -, .I · Not Applicable .Not Applicable Standard Standard , I ·' i ~~'-<! ,,~~~L~";:I;;:i::::r~;T :-,~;;~. ·_ ,1 ,_ .. ' . . '_,:: ' ,,· .JI r - ".·.--;· ·: i -. -· .. --.:.-,/i.fuif.,,};_. RAY COX MECHANICAL SAN DIEGO, ESD INC. MECHANICAL CONTRACTORS CALIFORNIA HVAC PROGRAM BUILDING MASTER DATA DESIGN PARAMETERS: PROJECT: CLIENT: DATE: DESIGNER: DESIGN MONTH OUTDOOR DRY BULB OUTDOOR INDOOR INDOOR WET BULB REL.HUM DRY BULB MAY JULY SEPTEMBER NOVEMBER WINTER GLASS TYPES 1. 2. 3. SHADING TYPES 1. -::, ..... ROOF TYPE 1. WALL TYPE 1. ,:; ·-· 3. PART. TYPES 1. .-. .::. . 7 ..,,. SUMMER U FACT 1. 100 0.570 0.570 HOR PROJ 4.0 u FACT 0.040 u FACT 0.630 0.550 0.080 u FACT 0.080 l.. 130 0.350 81 83 83 76 38 WINTER U FACT 1. 130 0.490 0.620 R. FIN PROJ o.o o.o ASHRAE ROOF NO 1 ASHRAE GROUP A B C CLG. T. D. 8 8 8 67 67 67 67 0 GL.SHD COEFF 0.650 0.560 _ o. 70(> L.FIN PROJ o.o o.o SUSP CLG YES HTG. T. D. 30 3(> 30 501- 501- 50,Y. 501- 501- INT.SHD COEFF 0.000 0.000 0.000 75 75 75 75 75 ROOM CONST MED MED MED PAGE 1 DAVISON&FERGUSON pl,J)(q J7 CARLI 8/27/86 SLE HUMID CORRECTION DIFF FACTOR 12.08 8.80 8.80 2(). 31 0.00 GLASS HEIGHT 9.0 9. (l 8.0 -6 -4 -4 -11 GLASS WIDTH 1. 0 1.0 4.0 ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 2 ******************** BUILDING MASTER DATA (CONTINUED> ********************* GENERAL PROJECT INFORMATION: PROJECT FILE NAME: DAVISON PROJECT LOCATION: CARLSBAD CA DEGREES NORTH LATITUDE: 33 DEGREES LONGITUDE: 117 BAROMETRIC PRESSURE: 29.921 TIME ZONE: 8 DAYLIGHT SAVINGS TIME: YES MEAN DAILY TEMPERATURE RANGE: 10 ZONE SENSIBLE SAFETY FACTOR= 0 ¾ ZONE LATENT SAFETY FACTOR= 0 ¾ ZONE HEATING SAFETY FACTOR= 0 ¾ BUILDING OPENS AT 8 AM. BUILDING CLOSES AT 8 PM. NUMBER OF UNIQUE ZONES IN THIS PROJECT= 9 BUILDING DEFAULT VALUES: BUILDING DEFAULT CEILING HEIGHT= 9 PEOPLE SENSIBLE LOAD MULTIPLIER= 230 PEOPLE LATENT LOAD MULTIPLIER= 190 FLOOR HEAT LOSS COEFFICIENT = 0 LIGHTiNG ADDED ON A SQUARE FOOTAGE BASIS OF 3 WATTS PER SQ.FT. EQUIPMENT ADDED DIRECTLY TD ZONES PEOPLE ADDED ON A SQUARE FOOTAGE BASIS OF 1 PERSON PER 100 SQ.FT. INTERNAL OPERATING LOAD PROFILES: PROFILE HR HR HR HR HR HR HR HR HR HR HR HR HR NUMBER B '3 10 11 1-· c:. 13 14 15 15 17 18 19 20 1. 100 100 100 100 100 100 100 1(><) 100 100 100 100 100 -::, i;;;.. 100 100 100 100 100 100 100 100 100 100 100 100 100 -.::, . 100 100 100 100 100 100 100 100 100 100 100 100 100 4. 100 100 100 100 100 100 100 100 100 100 100 100 100 5. 100 100 100 100 100 100 100 100 100 100 100 100 100 5. 100 100 100 100 100 100 l.00 100 l.00 100 100 100 100 ALL DESIGN DATA TAKEN FROM THE 1981 ASHRAE HANDBOOK OF FUNDAMENTALS ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 3 ******************** BUILDING MASTER DATA <CONTINUED> ********************* DEFAULT AIR SYSTEM DESCRIPTION: THIS AIR SYSTEM OCCURS 1 TIME(S) THROUGHOUT THE BUILDING LIGHTING: PROFILE# 1 IS USED.100¾ OF LOAD IS APPLIED TO CONDITIONED SPACE EQUIPMENT: PROFILE# 1 IS USED. PEOPLE: PROFILE# 1 IS USED. PACKAGED EQUIPMENT IS EMPLOYED USING A CONSTANT VOLUME SYSTEM A 20.0 DEGREE LEAVING COIL-ZONE TEMPERATURE DIFFERENCE HAS BEEN SPECIFIED SEASON SUMMER WINTER VENTILATION METHOD 15.00 CFM PER PERSON 15.00 CFM PER PERSON INFILTRATION o.oo o.oo METHOD NONE NONE ** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 4 ************** DETAILED PROJECT ZONE LOAD CALCULATIONS*************** LOAD UNIT LOAD TEMP. LOAD SEN. LAT. HTG. HTG. DESCRIP. QUAN FACT. DIFF. MULT. HEAT HEAT MULT. LOAD -----------------------------------------------------~ 4. BUILDING D PEAK TIME ,.., ,::. PM NOVEMBER 976 SF. SYS. 4 ROOF 1 976 0.040 66 2.640 2577 1. 480 1444- E.WALL 1 117 0.630 10 6.300 737 23. 31(> 2727 S.WALL 1 72 0.630 3 1. 890 136 23. 31(> 1678 E.GLASS 2 180 0.570 30.826 5549 18. 130 3263 S.GLASS 2 211 0.570 80.391 16963 18. 130 3825 SH.S.GLASS 2 5 0.570 11.220 56 18.130 91 PART. 1 594 0.080 8 30 0.640 380 2. 1+00 1426 LIGHTS 2928.00 100'1-3.410 9984 PEOPLE 7.00 100'1-23<) 190 1610 133(> TOTAL 37991 133(> 14454 ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 5 *********************** ZONE SUMMARY OF SYSTEM 4 ************************* SQN ABBREV. PEAK TIME FLOOR SENSIBLE HEATING VENT INFL EXH SUPPLY CFM NO. DESCRIP AND MONTH AREA LOAD LOAD CFM CFM CFM CFM /SF -------------------------------------------------- 4 BUILDIN .-. L':. PM NOV 976 37991 14454 i.~93 0 200 1727 1. 8 ---------------------------------- ZONE PEAK TOTALS 976 37991 14454 293 (l 200 1727 1.8 ·M-MONTHLY AND HOURLY SYSTEM ZONE SENSIBLE LOAD PROFILE * --------------------------------------------------------------------------- * MAY JULY SEPTEMBER NOVEMBER 'NOT USED NOT USED * * HOUR ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN * -----------------------------------------------------------~----------------8 AM 20778 21392 24551 21579 0 0 9 AM 23'304 .=::4367 28045 2533(> 0 0 10 AM 25806 26267 3029!:; 28<)32 0 0 11 AM f::8427 29121 31702 3(>823 0 0 12 AM 29451 29912 35206 35015 0 0 1 PM 30271 30739 37012 37449 0 0 2 PM 30086 30568 3714-0 37991 0 0 3 PM 29628 3(>122 36186 36731 (l (l 4 PM 28353 28875 34356 34530 0 0 5 PM 26734 27287 3212Lt 31862 0 0 6 PM 25394 262~4 7 29813 29136 0 0 7 PM 22800 23631 26801 25798 (l 0 a PM 20990 21712 2Lt570 23320 0 0 ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 6 ******************** TOTAL LOAD SUMMARY OF AIR SYSTEM 4 ****************** SYSTEM TYPE: PACKAGED EQUIPMENT WITH CONSTANT VOLUME TERMINALS SENSIBLE HEAT RATIO: 0.97 --THIS SYSTEM OCCURS 1 TIME<S> IN THE BUILDING SYSTEM 4 PEAKS IN NOVEMBER AT 2 PM OUTSIDE TEMP IS 76 INSIDE TEMP IS 75 SUMMER: VENT CONTROLS OUTSIDE AIR WINTER: VENT CONTROLS OUTSIDE AIR WINTER VENT AIR LOAD = 11, 708 BTU/HR ( 293 CFM) WINTER EXH AIR LOAD = 0 BTU/HR ( 200 CFM> WINTEI~ INFIL AIR LOAD = 0 BTU/HR ( (I CFM> TOTAL ZONE HEATING LOAD = 14,454 BTU/HR -----------TOTAL SYSTEM HEATING LOAD = 26,162 BTU/HR **** ALL COOLING LOADS BELOW WERE COMPUTED AT THE AIR SYSTEM. PEAK TIME**** SUMMER VENT SENSIBLE GAIN = 322 BTU/HR ( 293 CFM) EXHAUST AIR SENSIBLE GAIN = 0 BTU/HR ( 200 CFM) SUMMER INFL SENSIBLE GAIN = (I BTU/HR ( 0 CFM> TOTAL ZONE SENSIBLE GAIN = 37,991 BTU/HR TOTAL PLNM SENSIBLE GAIN = (I BTU/HR ZONE LOAD SEN SUBTOTAL = 38,313 BTU/HR DRAW-THRU FAN SEN GAIN = 0 BTU/HR BLOW-THRU FAN SEN GAIN = 0 BTU/HR MCL SUP.SIDE COIL GAIN = 0 BTU/HR MCL RET.SIDE COIL GAIN = 0 BTU/HR SUPPLY DUCT HEAT GAIN = 0 BTU/HR RETURN DUCT HEAT GAIN = 0 BTU/HR AIR HANDLING SUBTOTAL = 0 BTU/HR -----------TOTAL SYSTEM SENSIBLE GAI = 38.,313 BTU/HR SUMMER VENT LATENT GAIN = 4,048 BTU/HR ( 293 CFM) EXHAUST AIR LATENT GAIN = 0 BTU/HR ( 200 CFM> SUMMER INFL LATENT GAIN = 0 BTU/HR ( 0 CFM) TOTAL ZONE LATENT GAIN = 1,330 BTU/HR -----------TOTAL SYSTEM LATENT GAIN = 5,378 BTU/HR TOTAL SYSTEM COOLING LOAD = 43,691 BTU/HR INTERNAL LOADS SUMMARY: 2928 WATTS OF LIGHTING, 0 WATTS OF EQUIP, AND 7. (l PEOPLE TOTAL SYSTEM SUPPLY AIR = 1,727 CFM BASED ON 20. 0 DT TOTAL CONDITIONED AIR SPACE = 976 SQ.FT. SUPPLY AIR CFM/SQ. FT. = 1.7693 TONNAGE PER SQ.FT = 0.0037 TOTAL TONNAGE REQUIRED FOR AIR SYSTEM 4 WITH OUTSIDE AIR = 3.64 TONS ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 7 *********************** TOTAL BUILDING LOAD SUMMARY ********************* BUILDING PEAKS IN NOVEMBER AT 2 PM THIS SUMMARY INCLUDES ONLY ZONES 4 THROUGH 4 OF THE ENTIRE PROJECT OUTSIDE AIR QUANTITY <CFM) ,y. OF TOT SUP AIR SUMMER VENT AIR = 293 16.9671- SUMMER INFL AIR = 0 o. 000'1- PRE-COOLED AIR = 0 o. 0001---------------- TOTAL SUMMER AIR= 2'33 16.9671- WINTER VENT AIR == 293 16. ':36 71- WINTER INFL AIR = 0 o. 0001- PRE-HEATED AIR -0 o. 000'1---------------- TOTAL WINTER AIR= 293 16.9671- TOTAL ZONE HEATING LOAD LESS INFIL TO ZONES= TOTAL BUILDING HEATING LOAD = SENSIBLE BTU 322 0 0 322 11,708 0 0 11,708 14,454. 26,162 LATENT.BTU 4,048 0 0 4,048 * MONTHLY AND HOURLY PROJECT ZONE SENSIBLE LOAD PROFILE * * * HOUR 8 AM 9 AM 10 AM 11 AM :L2 AM 1 PM -=· ·-PM 3 PM 4 PM 5 PM 6 PM 7 PM 8 PM MAY ZONE.SEN ~~0778 23904 25806 28427 29451 30271 30086 2'362B 28353 26734 25394 22800 20990 JULY SEPTEMBER ZONE.SEN ZONE.SEN 2139i.~ 24551 24367 280-4-5 26267 3(>29~5 291i::'.1 31702 29912 35E:06 3073'3 37012 30568 37140 3<)122 36186 28875 34356 27287 32124 262L~7 29813 23E,31 26801. 21712 24570 NOVEMBER ZONE.SEN 21579 2533(> 28(>32 3(>823 35015 3744'3 37991 36731 3-4,530 31862 29136 25798 2332(> NOT USED ZONE.SEN 0 0 0 0 0 0 0 0 0 0 0 0 0 NOT USED -M· ZONE.SEN* 0 0 0 0 0 0 0 0 0 0 0 0 0 --------------------------------------------------------------------------- .. ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISDN&FERGUSON 8/27/86 PAGE 8 *********************** TOTAL BUILDING LOAD SUMMARY ********************* BUILDING PEAKS IN NOVEMBER AT 2 PM LOAD DESCRIP QUANTITY UNITS ,,. ROOF 976 SQ.FT WALL 189 SQ.FT GLASS 396 SQ.FT -------- SKIN LOADS 1,561 SQ.FT PEOPLE 7 LIGHTING f~, 928 WATTS EQUIPMENT 0 WATTS PPL-LGHT-EQUIP PARTITION 594 SQ.FT !NFL AIR 0 CFM VENT AIR 2'33 CFM PRE-TREATED AIR 0 CFM DRAW-THRU FAN LOADS BLOW-THRU FAN LOADS MCL SUPPLY SIDE COIL LOADS MCL RETURN SIDE COIL LOADS SUPPLY DUCT LOADS RETURN DUCT LOADS REHEAT RESERVE CAPACITY TOTAL BUILDING SENSIBLE & LATENT LOADS OF BLD LOAD 5.8981- 1.9981- 51. 6511--------- 59.5481- 29.580¾ 0.8701- o. 000¾ 10.0021- 0. 0001- 0. 0001- o. 0001- 0. 0001- 0.0001- 0. O(H)¼ 0.0001- 0.0001- 0. 000Y. 100.0001- SENSIBLE BTU 2,577 873 2f~, 567 ----------- 26,017 11,594 380 0 322 0 0 0 0 0 0 0 0 0 38,313 LATENT BTU 1,330 0 4,048 0 5,378 TOTAL PROJECT SUMMARY 1-OF BLD LOAD SENSIBLE BTU LATENT BTU TOTAL BUILDING OUTSIDE AIR VENT LOADS 10.0021-322 TOTAL BUILDING PRE-COOLED AIR LOADS o. 0001-0 TOTAL BUILDING OUTSIDE AIR· !NFL LOADS 0. 0(H)1,. 0 TOTAL BUILDING ZONE LOADS 89.9981-37,991 TOTAL BUILDING PLENUM LOADS 0.0001-0 TOTAL BUILDING AIR HANDLING LOAD o. 0001-0 -------------------TOTAL BUILDING SENSIBLE AND LATENT LOADS 100.000:1-38,313 TOTAL BUILDING COOLING LOAD = L~3, 691 BTU/HR TOTAL CONDITIONED AIR SPACE = 976 SQ.FT TOTAL BUILDING SUPPLY AIR CFM = .1, 727 CFM SUPPLY AIR CFM/SQ.FT. OF CONDITIONED SPACE SQ.FT OF CONDITIONED AIR SPACE PER TON TONNAGE PER SQ.FT OF CONDITIONED AIR SPACE = 1.7693 CFM/SQ.FT = 268.0644 SQ.FT/TON = 0.0037 TONS/SQ.FT TONNAGE REQUIRED WITH OUTSIDE AIR = 3. EA TONS 4,048 0 0 1,330 5,378 BUILDING DATA FORM ·.r.:.·,1 •• 1 ·.1.·. 1_1_·· .. 1 ·.r. l:\l,1'.~.·. r··11 1 ii:··1 -i-r-·· ........ ,, .. 1 .. ··1 ·1· ''1'1 .... , ... !::. ! \ 'v c:: ... ..1 .. .1 ( .. I .:::,, I .. ,, 1..\ Ii , __ .. ., !"''! \-1 ~-•' • :::. PROJECT. TITLE DAVISON & FERGUSON LOC?HI!JhL RAY. COX fvlECHANICAl LICEiiSE NQ, ui51i0t75 .%66 fli.JSINESS PARK AVE. Bl~D~, 1 ~ CHECl<ED E;,Y PROJECT DESIGNER CARLI ARCHITECTURE DOCUMENTED BY SLF ------------------------------------------------·--~-~-----------------------·---- '.:: I TE: DE:::CR I F'T TON I....OCP1T I C!I\I 1:1..11_11 .... NUMB[R C FF,OM Ti-:~BL.I:::. 2 OF 1:~PPENJ:i I>:: .1.) 0Cf::.r11N::: I DE r,E:.i:;i:;:EE [l(..\Y:~::-+u:::.(·i"( ING ( FROM Tf.~BL.E 2 OF (\PPEND IX J.) SF, SOLAR FACTOR .CFROM FIG. 4.1.17 OR TABLE 2 OF APPENDIX l) DELTA T, ASHRAE SESIGN TEMP -78 DEG. (FROM TABLE 2 OF APPENDIX .1) BLDG. DESCRIPTION OCCUPANCY TYPE CODE NUMBER (FROM TABLE 1 OF APPENDIX 1) GROSS HEATED FLOOR AREA, SQ. FT. r~UMi::iEF:: OF FLOCI!:-:::::: GROUND FLOOR PERIMITER, FT. LONGEST DIAGONAL DIMENSION AT GROUND FLOOR, FT. HF:.,I GHT ·, FT .. :!. ·.,, .... 1 .i.\. 10 l :I. 10 , .. '1·0"1 .... , -.:, .. .:, u .,::. (i'.::;4 :~O?O. 00 :i .• 00 4:::::. ()(i l'/.00 RECORD THE DETAILED MATERIALS DATA ON THE MATERIAL .. S DATA FORM -FORM 2 1,._J{~L..L ACOPAQUE WALL) 12 ACUNSHADED WINDOW) 13A A(SHADED WINDOW) 138 ACTOTAL WINDOW> 13T r:.:1 ( L!DOF~) 14 TOTAL A(OW) (LINE 12+13T+14) 15 HEAT TRANSFER COEFFICIENTS (SEE SECTION 4.:1..8) Hil'-.l'TEF( ; U ( l-Jtil .... L..) :I. 6 U ( 1..-J I !\!DOH) 17 . · UC DOOF::) :I.::~: '.~::UMHER ' . ·: u ( 1,-Jftl .... L.) :t ';I U (HI \\lDOl,.,J) 20 U (DOOR) 21 '.:::H(..~[I I !'··.!G COE FT: J: CI E:J,IT OF rn ... (..)'.:::f:: ( r=T~OM Tt~,DL..E-: 3 OF (..',F'F'END IX :l. ) :::::c 22 l.,,J[ I CiHT OF H~::l .... L. CO!\!::::TF:U(~:T I 01\I ·, L.B/FT2 1,-.! ~?'J MASS CORRECTION FACTOR (FROM FIG. 4.1.16) EQUIVALENT TEMPERATURE DIFFERENCE (FROM FIG. 4.1.16) 1406.0 ::2:L6. 0 :!. :::;:() :, (} (iu () (i ,I .::1,•:::,()() () l( (l()(}(} () r. :3')()(:i (;" !5-?C1() 0 .. 0000 BUILDING DATA FORM BUILDING ENVELOPE COMPLIANCE LOC(-)TIOI\! CHF:Cl<ED BY PROJECT DESIGNER CARLI ARCHITECTURE DOCUMEl\!TED BY SLE :::: ! Tl: DE::::CF: I F'T I ON LOCATION CODE NUMBER CFROM TABLE 2 OF APPENDIX 1) 1....(~TITUDE D!:::.G!::;'.E!::. )_)(Y'{:3-··! .. IC("n" I NG ( n::::cw, Tt1B!....E 2 OF (..~F·PEHO IX 1) :::::i:::· :• ::::OLtiF~ F hCTof:.: ( FRCi!-11 FI Ci. lj .• 1" :I. 7 or: T (..:lf:.\...E 2 cw P1PPE!'·-!D I:,:_ :! ) DELTA T, ASHRAE SESIGN TEMP -78 DEG. <FROM TABLE 2 OF APPENDIX 1) BLDG. DESCRIPTION OCCUPANCY TYPE CODE NUMBER CFROM TABLE 1 OF APPENDIX 1> GROSS HEATED FLOOR AREA, SQ. FT. NUMBEF~ OF~ FL001::::::::: GROUND FLOOR PERIMITER, FT. LONGEST DIAGONAL DIMENSION AT GROUND FLOOR, FT. HEICiHT,, FT. :l. -.:, .... , /I "'r '~i :!.r) 1. :I. 1. (l :!. :~::~:::" 7 0~:;4 :!.0?0,00 :! • 00 1.::v:. .• oo 4::::. i)(l 1. 7. 00 RECORD THE DETAILED MATERIALS DATA ON THE MATERIALS DATA FORM -FORM 2 lt,JhL..I.. .. . ACOPAQUE WALL) 12 ACUNSHADED WINDOW) 13A A<SHADED WINDOW) 13B A(TOTAL WINDOW) 13T 1:~ ( DOOF~) 14 TOTAL ACOW) (LINE 12+13T+14) 15 HEAT TRANSFER COEFFICIENTS <SEE SECTION 4.1.8> Hil-,.ITEI:::: U (\-.ltd .... ! .... ) t 6 SHADING COEFFICIENT OF GLASS (FROM 1..-!EIG~·iT OF \,.J~:;!....\.... CON'.::::TF~UCT"!:ON-, L.).3/FT2 U ( i-J I !'•.! DO 1,.J ) UCDOOH) U < t,JhL.L i U ( IA I l'-.ll) O\,,J ) UC DOOF{ i TABLE 3 OF APPENDIX 1) SC MASS CORR~CTION FACTOR (FROM FIG. 4.1.16) EQUIVALENT TEMPERATURE DIFFERENCE <FROM FIG. 4.1.16) :!.7 1406.(l 2:1.6.0 l f::() :, () ()II (J :I. :JO~-::. 0 0. i.\,07:::i (l. 4901) 0.0000 () :. :::: ,;;:i () {:, o. ~;700 0.0000 (; " !~:; (:;i () () BUILDING DATA FORM -BUILDING ENVELOPE COMPLIANCE PROJECT TITLE: DAVISON & FERGUSON BLDG L PAGC 2 OF FORM 1 ROOF FLOOR SURFACE AREAS OCCUPANCY 8-2 STOR, B-3, 8-4, H OCCUPANCY A, B-1, B-2, E ACOPAQUE ROOF) 26 A(SKYLIGHT> 27 A(R) 28A ACR) ?8R TOTAL ACOR> (26+27) ~U! % SKYLIGHTS (27/28T) 29 NOTE: IF LINE 29 IS 5% OR GREATER, AUTOMATIC LIGHT-SENSITIVE SWITCHING SYSTEMS ARE REQUIRED IN THE AREA LIGHTED BY SKYLIGHT 1020.0 0.0 1020.0 0.0 1020.0 0.000 SWITCHING NOT REQUIRED ENTER THE DIFFERENCE BETWEEN LINE 27 AND 5% OF LINE 28T, OR ZERO, WHICHEVER IS THE GREATER ENTER THE SUM OF LINE 26 AND LINE 30 HEAT TRANSFER COEFFICIENTS <SEE SECTION 4.1.8) WINTER SUMMER UCROOF> UC SKYLIGHT) U(ROOF> UC SKYLIGHT> S~!ADING COEFFICIENT OF SKYLIGHT (FROM TABLE 3 OF APPENDIX 1) MASS COEFFICIENT (FROM FIG. 4.1.16) M~ ABSORPTANCE (FROM FIG. 4.1.16) AC 30 31 34 36 37 38 FLOOR AREA OVER UNHEATED SPACE U-VALUE FOR FLOOR A(OF) 39 U(OF) 40 o.o 1020.0 0.0400 0.0000 0.0400 0.0000 0.0000 0.9200 0.7900 o.o 0.0000 BUILDING DATA FORM -BUILDING ENVELOPE COMPLIANCE PROJECT TITLE~ DAVISON & FERGUSON BLDG L HEATING DESIGN CRITERION STANDARD UCOW) (FROM FIG. 4.1.2) '.;::T t\ND(-';F(D u,: rn:;:) ( 1::-i:::oM r~-T f':j. i:1 .• :L. 3) ( JJ .. ·<: '.::rror-~:, jJ-<::' 8 ...... (l 1 H) '.:;T {=1HDf'.'.1F;:D U (OF) ( FROM FIG. 4. :i. • :;:: ) ( r, ·, B-.. :I. , B· .. ·2 ·, E) STANDARD UCOF) (FROM FIG. 4.1.4) MAXIMUM r:\LLO~·J(.\I3LE UCO) (FROM FIG. 4.·l. 1) PROPOSED UCOW) (FROM FIG. 4.1.7) PROPOSED U(OR> (FROM FIG. 4.1.10) 1-'F•:Of .. '0'.::,E::.LI U (OF) ( Fl.:;:on \.... I I\IE 40) F'ROPO!:::!::J) U ( 0) ( FF,Cll"l F: I G. 4,, :! .• :I. ) 1.1.::::: ij.i!-r'..~ 44D l\.&., ,, '"7 ••·r I 0.4290 (),. :! .. !. ::::() 0.1000 o. 24!50 0. (ii.!00 0,.0000 I.. .. I NE !::iO MU!3T NOT l=.'.<CEED LINE 46. ·lHi· l..:i 1..11...1 .u ·le e-c NOTE: U(OR) IS CALCULATED FROM THE EQUATION OF FIG. 4.1.10 FOR THE PROPOSED BUil .. DING USING THE VALUE FROM LINE 30 FOR l'HE AREA OF SKYLIGHTS, AND THE VALUE FROM LINE 31 FOR THE OVERALL ROOF r'..\Hl::.f'.1 (\ ( oi=::) , COOLING DESIGN CRITERION STANDARD OTTVCW) (FROM FIG. 4.1.:1.5) STANDARD OTTVCR) (41 X LINE 44A) (D-2 STOR,B-3,B-4,H) STANDARD OTTVCR) (41 X LINE 448) (A,B-1,B-2,E) STANDARD OTTV (FROM FIG. 4.1.13> PROPOSED OTTVCW> (FROM FIG. 4.1.14) PROPOSED OTTVCR) <FROM FIG. 4.1.14) PROPOSED OTTV (FROM FIG. 4.1.13) :::i:2r~ :31,,, 60 4.6::::: l'.j, II :t () 1.. :1.920 :i.4 .. 44:/l L .. I i\li:: !56 1·-,1u:::::-r !'-..!OT E/CE:E:.D LINC ~'~3. NOTE: OTTVCRl FOR THE PROPOSED BUILDING IS CALCULATED FROM THE EG!UffTI Ol\l OF FIG,, 4,, :i .• :IA 1...1!:::::l: l·"!G THE '...,!i'.'.1L.UE i:=-F(OM L. I h!E 2'/ F~ OP THC AREA OF SKYLIGHTS, AND THE VALUE FROM LINE 28T FOR THE OVERALL ROOF AREA ACOR). 1··!ATEr:;: I f.1L.f: D(~1Tr'.'.1 FOl::;:M BUILDING ENVELOPE COMPLIANCE PROJECT TITLE DAVISON & FERGUSON BLDG E I.. .. OC?'.iTIOt\l CHECKED BY PROJECT DESIGNER CARLI ARCHITECTURE DOCUMENTED BY SLE l,Jf1L .. I... TYF·E :l WEJGHT OF WALL CONSTRUCTION, LB/FT2 (SEE SEC. 4.1,8) HEAT ·rRANSFER COEFFICIENT (SEE SEC. 4.1.8) WINTER i,~ :!. l U 1 2(.-~ U l 2B SURFACE AREAS (ATTACH SHEETS TO DOCUMENT ANY ADDITIONAL COMPASS ORIENTATIONS) l1Jr'.;LL TYPE 2 oi:::: I Fl"--~T r~iT I ON t1RE?'.: OF~ I ENT(;T I CIN f.'.11~::EA !5 OF:;;IENTf.:1TJON 7 Al?Ei-~1 :::: ORIEl·Xrr~1TION 9 (..'.+:Ff-\ :1.0 WEIGHT OF WALL CONSTRUCTION, LB/FT2 (SEE SEC. 4.:1..8) HEAT TRANSFER COEFFICIENT (SEE SEC. 4.1.8) WINTER l·J ::::: l :i. U ? :l.2i'-\ u :? J :::::u HEAT TRANSFER COEFFICIENT SURFACE AREAS (ATTACH SHEETS TO DOCUMENT ANY ADDITIONAL COMPASS ORIENTATIONS> Ol"i: I F.r--.!Tr'.~T I ON 1 :·::: Pil~~EP: :!. 4 O!::;'.IENTt1TION 11:'5 r'...'!Fi.EP1 :1.6 on I EJ,n r-\T .i: o,,~ :t 7 f-'.1 F·~ E P; :i. ::;: OR I i:::r·-.!T(.\·1· I 01\i :I. 9 r:.:1P.EP1 20 TOTAL OPAQUE WALL AREA 40T F-'0\7.:M? ~-~· () 11 t) () () 11 l:1 {:1 () {) () 11 l:., :~=: () () N ,::-····' 0 .. 0 E i) :, () ~:::o .. oo 1.) I" () ::::: () () 6:!.:? .. 0 C· .... , ! ... ... () II () o .. o 1.4C(:,. 0 ' MATERIALS DATA FORM -BUILDING COMPLIANCE PAGE 2 OF FORM 2 PROJECT TITLE~ DAVISON~ FERGUSON BLJJG E GL.ti'.3'.3 GL.r'.~'.~:;'.::; TYPE :I. SHADING COEFFICIENT (FROM TABLE 3 OF APPENDIX :I. .q.:1. OF: MFH'.:::. DAT(.~) HEAT TRANSFER COEFFICIENT <FROM MFRS. DATA> HEAT TRANSFER COEFPICIENT SURFACE AREAS (ATTACH SHEETS TO DOCUMENT ANY ADDITIONAL COMPASS ORENTATJONS) ROOF TYPE 1 t,.JII\ITFn :::;l.JMMEF;; O!~? I !::1··-.iT{:1T :C 0!'-i P·1F;'.Er~ 42(..\ 42B ii··::, ... , ...... i.,.f\. 01:~IENTf-'.1TIOI\I 4!5 (~1RE{.-\ 46 OF'. IEI\IT(-~T I 01\! 47 OR I E;!\!T nT I 01·,.1 4') hREP, ~:,O TOTAL GLASS AREA 801· WEIGHT OF ROOF CONSTRUC~ION, LB/FT2 (SEE SEC. 4.1.8) 1 .. 11::i::; T TFU~1l'·Y::;FER COE FF IC I Eh!T ( '.:::EE '.:::EC.. 4. :L • ::::: ) \,JI r··-.ITEn HEAT TRANSFER COEFFICIENT '.:;URF r'.'iCE: ARE{-~ '.::l<YL I GHT SKYLIGHT TYPE 1 AREA TOTAL ROOF AREA 83T '.;::~:::YL.. I OHT '.:::1 .. 1(:iD I NG COE:FF IC I ENT ( Ti~EiLE :?.: OF f1F'PEND IX 1.) SKYLIGHT HEAT TRANSFER COEFFICIENT CU-VALUE> WINTER SKYLIGHT HEAT TRANSFER COEFFICIENT SUMMER 0,, '5600 0 .. 4900 0 ,. ~~i'/00 :L::-::0., 0 o. 0 2:1.6.0 o .. i) 0 .. 0400 0" 0401) :1.020 .. 0 :1.0:20. 0 () .. () 0 .. 0000 0.0000 0.0000 TOTAL SKYLIGHT AREA 86T 0.0 FLOOF~: FLOOR TYPE 1 (FLOORS OVER NON-AIR CONDITIONED SPACES ONLY) WEIGHT OF FLOOR CONSTRUCTION, LB/FT2 CSEE SEC. 4.1..8) 87 HEAT TRANSFER COEFFICIENT (SEE SEC .. 4 .. :1..8) WINTER 88A HEAT TRANSFER COEFFICIEh!T SUMMER 888 SURFACE AREA 89 TOTAL FLOOR AREA 89T (i" i)()()() 0.0000 0" (l(li)i) (i I, () MATERIALS DATA FORM -BUILDING COMPLIANCE PROJECT TITLE: DAVISON & FERGUSON BLDG E PAGE 3 OF FORM 2 DOOR DOOR TYPE 1 SURFACE AREA HEf'.Yi" TF;;!~\l\!f:FEF<'. CC1EFT~ICIENT (U· .. -VAU..IE·, T(..:1BL_E 4, t1PP .. l) t•JINTEn HEAT TRANSFER COEFFICIENT SUMMER 90 9:l{.) 91B () Ii () 0 _; 000() 0,0000 TOTAL DOOR AREA 91T 0.0 BUILDING DATA FORM HEATING CALCULATIONS BUILDING COMPLIANCE -------------------- TITLE: DAVISON & FERGUSON BLDG C STANDARD UCO) <MAXIMUM ALLOWABLE> CACOW)*UCOW)) + CA(OR)*U(OR)l + (ACOF)*UCOF)) U ( 0) .... ··························-·· .. · .. ··-·····--·-·····-······ .. · .. ·-···· .. -···--·-·· .. ······-· ......................... -·-·-·· .... -.......... _ ............. . ACOW> + ACOR) + ACOF) 1802.0ACOW)* 0.4290UCOW))+( COTHEH) O.OA<ORl* O.1OOOU(ORl)+C (11.~d.2) 1O2O.OA(OR)* O.1l3OU(ORll +( O.OA(OFl* O.245OU(OF)l U(O) ------------------------------------------------------------= + 1020. or~ c or~> +O. 0(.~ (OF> (ACW)*U(W)*MCF) + CACG)*UCG)) + (A(Dl*U(D)) UCOWl -------------------------------------------- (.~1 < OlrJ l ·+· ( 14O6.OACWl* O.4O75U(W)* 0.85MCF) 396.OA(Gl* O.49OOUCG)l+C O.OACD)* O.OOOOU(D)) UCOW) -----------------------------------------------------------_ CACR)*UCR)) + CACSKYLIGHTl*U(SKYLIGHT)) UCOR> ---------------------------------------- (..':, ( 0!'.~:) 1O2O.OA(R)* O.O4OOU(R))+( O.OA(S)* O.OOOOUCS)l u <on> .... ________________________________________________ .... ________ _ FLOOF{ -----A(OF)*UCOF) U(OF) ------------ (.:i C OF) O.OACOF)* O.OOOOUCOF) UCOF) ---------------------------------= PROPO:::::E]) U < 0) 0.0000 ............ _, ___ .,_ .............. -........... ___ C P1 (DIA) ·:HJ ( Ol"J) ) + ( Pi (or-:::) -l)·U ( 01::;:) l + ( P1 (OF) ·!i-1...1 (CW) ) UCO> ----------------------------------------------ACOW) + ACOR) + ACOF) 1802.0A(OW>* 0.37801..!(0W>> +( 1020.0ACOR)* 0.0400UCOR)) +( O.OA(OF)* 0.00001...!(0F)) U(O) --------------------------------------------- + l 020. (H~, (OF:)+ 0.0(.)(0F) -- 0. :J:1.48 0. 01.1.00 BUILDING DATA FORM COOLING CALCULATIONS BUiLDINt ENVELOPE COMPLIANCE TITLE: DAVISON & FERGUSON BLDG F STANDARD COTTV) MAXIMUM (OTTV<W>*A(OW)) + COTTV(Rl*A(OR>> OTTV = --------------------------------- (~'! c ot.,.J > + f'..\1 c oi:;: > ( 1 l ~-~1 ~~ .. ) C31.600TTVCW)* 1802.0ACOW))+( 4.100TTV(R)* ( 0 T 1-1 EF:: ) + ( 4. 100TT\J ( F::) * o. oA <on>> OTTV ---------------------------------------------------------------- F"l::;:oF·o::;ED OTT') (UCW)*A(W)*TDCEQl)+CU(D)*ACD))+CACG)~SF*SC)+(A(G)*UCGl*DELTACT)) OTTVCW) ----------------------------------------------------------------- ?':1 < OlrJ) 0.3906UCW>* 1406.0ACW>* 37.0TDCEQ))+( O.OOOOU(D)* 0" 0(-) (It)) ) + 1 21. 6. or-:1 c G > .;;" :1. 22. 7:::F-li· o .. i::;(:,oo:::c > c uN::::a--1i:-,01:::r:i C:il ..• t!S'.::: > +( :1.80.0A<G>* 30 .. 0SF* 0 .. 5600SC) <SHADED GLASS) +C 396.0ACG>* 0.5700UCG)* 6DELTACT)) OTTVCW> -------------------------------------------------------------- 1. ::::02 .. OA < Oi;J > POOF OTTV<R> --------------------------------------------------------------- C 4 :!.-i::-0. 04001.J ( F: > -ii- + ( 118* O.OOOOSC<S>* 1.020.0ACRl* 0.7900A(C)* 0.92M(C)) 0" 0(-'1 ( ::;; ) ) +( 6DELTACT)* O .. OOOOUCS>* OTTVCR> ----------------------------------------------------------- 1. 020. O(;; ( OR l pi:;:oi=·o:::l::.D OTT '·J COTTVCW>*ACOW)) + (OTTV<R>*A(OR)) OTTV (.; (OH) + (..\ (OH) ( 2:!..94220TTVCW>* l ::::02. (l(..\ (Old) > + C :i. ,, :!. 920C.1TT~./ ( F?) ·l; O ·r T ''1 ::" ··-··· ·-· ·--· ···• ··• ··· -·· ··· ··· ····· ···· ···· ·· · ··· •··· ·•· -·· ····· -·· ···· ···• •··· ··· ··•· •·· ···• ···· ···· ··• ···· ··· ··-· ··-···· ····· ···• ···· •·· ·--·· ··-· •·· ···-···· · · .... ···· -··· ····· ····· ....... ·-· ................... ··-.....•..... -· -·· -·· .... ·-.. . J. CO2" 0(-\ ( Ol,J) OTTV -1J!-. 44:21. HEAT TRANSFEn COEFFICIENT PROPOSED CONSTRUCTION ASSEMULY •. .., . : · .. ,, ----L .·<),,.: ;~~ . . .. i·:· •• . ' ~ . ' . · . . \ ·-. -. I•\)-··-·- Sketch of. Comtruction Assembly WEIGHT: lb/ft2 Check one: Wall j_ Floor Llrt of Co_nrtructlon Componontt 1. 2. 3. 4. 5. 13. 7 • 8 • Inside Surface Air Film Outside Surface Air Film Form 3 n .G,5 . 1;.8, coolina hcnti"I) .z,s . 17 coolino hcatino 1-59 l • 51 coolino hcatino . G~ . 6c6 coolino hcuino HEAT TflANSHfl COHFtCIENT l"TH)POH O CONSTr1UCTtON ASSEM0L Y 1: ~--~i~ \·; ~ ; '--· .. ::2~:·-· '.] I 1-·····.: .. "-·•, :-:,_ ___ I r' ----::: ~--!.l 11-·:':.···-.-'I I j , •• ·-. •, !1 ~-1 _ ... ~-··-::· •• ~ ... "\ i i ·11 (.,_.... .. :.--:. .. ~ i l 1-l. ---.--::---:~.~ !],---'2. I ·-····-··· ·!I ;· ~:··:::~.~:.:.~ ~-! !. .._.... . ···-· I !, ~ ... /·: .. :::· ··-;·, i l. . ...... ~--·-;I i. •. ---~ ····~ .. r ')---'I' ·, ... I ;\ 1-~=: .. ~ . .-.·~-::_ l1i . . . ... --···~-~ ;~t··· ... ·····H :1' .. . . '11 'l : ·-·-·· ·. I 1 :1 ._ ..... -·-·" . . 1,. .-.. Sir.rich or c:;nttruction Anamuly noor Typ. Floor Typr Litt of Con1truction C:c,,npn11r11t1 11 . 1. l(rL 61 yf · :z. 0...-\ \ :r::,-.J'".:,IJ\f\"'i"\v"'.J ..(, G. 0. 7. 8. ln1ide Surl1c~ Air f-dm Out1ida ~url,c.-Ai, film ,, ,. .U·VJ.lu, '(1/f\l (in~l.Framing Pactor of ___ _ WEIGHT: Form 3 cooll,-o h1ttH~ R R lh/(12 ,l/.f I lf.f" )).() _I_LQ_ IL/( ·l/) / •l-\ ,/7 \'2.~·.~ . - .OB .06 . ' ' HEAT TR.ANSFER COEFFICIENT Form 3 PROPOSED CONSTRUCTION ASSEMBLY 'I Lht of Construction Componentt R 1. BU!CT UP ROOF ."30 2. FL YWc::x:>D • Co2.. \. "2.. 3 3. R-lq INSULATION 1({. 0 4. Al~SP;ACE ,86 5. S LJSPl=.N DED CE I L-1 NG. 1. 2.S 6. I 5-4. l I .. 7. 8. Inside Surface Air Film .S,2. .Gl cooling htiting Sketch of Construction Assembly WEIGHT: ( 25 lb/ft2 Out1ide Surface Air Film · .213, . 17 coolino heating Check one: Total R111istancc R1 2.3. 22 < 22.63 coolino hcuing Wall Roof ¼ O. OL( o, otf cooling heating Floor - '-~.,~.(:,. 1 :.,:~s1,:. , ,. \1H'~u.: i.:. 1...!,--1 mc;. vvct !·,u,,1 .• • DOCUYiE.NTATION FORM ;;1(~1.i· 1 ,~,;·iJt·, ;.~ ·1 7),}"',;{1__;;,', st .. ·.~.T11:t, -.ry lJu!b i1h:c ·, ," (,~,,;:; -;·, .. ,,;.··du..,·:, Sl.JJ,-1:,.~.lt l-J1!t bu::_; . =-~;~G-rm 4 HVAC SYSTEMS COMPLIANCE (Complet\? forl!a.ch.systc:rri) . :. : ~n :·.: 1 r 11; , :. 'l r• . · , ; t~ · • ' • l..tl',)~ , H•I ::t':.1r,: .,) r.~l~I~ ·_.., .. ... ' ,,1,; _...;..._·:...-:-:-~--(~·~v'. i' 5/78) •.~, • • I • " , .... • •: . ,· .•1: ,,. ,_ • ., .1 '·r , ... -,.,~.,, ·.J,._i,r,,.11.1i I,, 1 .. , ._.,'·' .;. :-,j -...t...,.,, ....... Proiect '.itle fAVL~gth~ ft?$~·~:-~,U.o1·~,:Pl~\I~~! vA1([b..vr_J.Y ~ .. '. L.-t;i'J';::;.> .. , '. Iv' i:-,· . cc .... /'·1,,.5 . . . . 'Documl5fftcd-~.::::,i:,.;.. ' Location CJtR0J3(f P, C,,,k · k_:11 ,.;, ... · 1,,"·, ;: ·•) ·'-'.., /.-,, J.ri,;;·,,.,., .. , ?rooie. d, ... : J, ... ,.-1 \'_j1t1 :·.().!"·· . __ •::·,.:,· ,;t.}. "(;"i;,~ Project Designer C,A1<.~/ kgCf~~i~-', i -· \ l '~ j I' j I ·, ,\1 ; i\'1tt1i;P1:.,, ·,· 1~jP, i ,·1,.r_:n:.;: ,. ' ' L. ' ' .. • ,.,....,., 1~M,.Ae.u '" -t, 'a.#w.:;t/4 ·, , • t " .... , C ·_;,.;;3.rJk-=..1..i~~www DESIGN CONDITIONS 0./ I ; Building occuriancy type (Tabl·e 1 of App!!ndix 1) .•••• flr.o.ject Latitude (Table 2 o·f Appendix I) ............. . Heating Degree D:.1ys ,(,Tao.le 2 of Appendix l) ...... . ' ' HEATING LOAD DOCUMENTATION (Attach calculations) ;~·: 1 , , 1' I, , • ,· 1 , Outdoor Design Temperature, Winter . ,..; . .'/, ''. :'.'''"•G:.: ,'.C'.; ·,, . .,-rtr:ip_o;or;D!.lS:igoX:G.mp~ra~\Jrn ................ . Outdoor Air ........................ : .... . l::l,~;it,l,.Qss. Fr.001 Outdoon·P.ir ., ,._.·. · .... ·. 1.,r\, ,.;,11, ............ . . ' . ,., . " ' " . . , -. ,... . ' ., ,• . , Ten,peraturc-of.adjac£m,t unheatec;! ,sp;ices .. ; ,,· ......... . Tr9n,smiss[9n \-foat·ing .Loss:1s ..............• l:n.filtr;,ition.Air ........ · ... , ....... -.. ,·;·,. . 1-~VAC ~YST'EM:: 1..:G!\1PLJA~JC::C :dci1?@~:l;.g_s~ . .fi-rg,rrn1-),r:i,-{i-l;tr;;,i.t,i;9n ........... , .... . Ventilation Air. , .................. , H.eat Loss F.r,orn Ventil·iltion ............. . Outdoor 'Air for Special; Proces.ses ... : ......... . , :,;:u.r· i ·--· __ :_D~itc JB,/ 7!/8? <J. -·· ---------· . Ch~ckcd by ____ _ Date,--____ _ -. ·-: J-• --~· -~ 925.'.2 2D4Z '-;1·'1 -?E -:: ,B/Jl~ CF M /2,.27$ B'tu/Hr. " . j ,-.~ --OF /0, /q:::, Btu/Hr. r i'~ --~-----f""i ~-" ::c:-1;10 L.,'c~ J ~' le! !.: '1 f. \ • .,_..,.__ ........ ~ ~ 1~,tu/1-fr. _ ,. I ' ,/ 1 : ~ / / CFM Btu/Hr. CFM h-l., ,e;,i.t L,.oss, !:rom P.·rq1=~. s_s Air ..... · ..... , . . . . . . . . .. .. . .. . . -·.---··---_-· Btu/Hr; ~~,_lft~C1 -:-1ut! ,1 r ' , · --,.1·-1-·-,-, -.-~,-,r-::~O.tb-:,--et H·ear.l:irsscs (.Ele_soriqe) ...•.. ,· ............. .': ~-""' _,L,:.....,........,,,_ __ Btof-Hr:---, ., ·'--' ,I--.,' l,,' _., . -_,_, ,.., I., .' ' i 1j .. , I ,_.-· , r}7 ·-~ '0 i!L·. ,., •. ·. :· . · ~ ') C-af.}i r·, " I ,. I ... ~ -.., __ -------· · ------icirnl"Heat Losses ...... . .c.-,"'1'~---.-B,u'/1-'ir:-- ' ' Outd~or Desi~n T~mnerntur~ 'summer, dry_ bulb... . . . . . . . B-~i''-0·F--,----_.,..,,.,.,,, .. --"-"'--.., __..,,..,,.Q~~d~·~•~·,0~,~~~ .. ,Tc~~;;;;\~~·~·;;~;;··;~·~~b~ib:·,;:~s~-.:·~"~~-~· -~'~'-'7/r==oF~_,, .,,_,_ oc-:1c N co:'1DlTIOl\i!:'. Indoor Design Tcmperature, s4,mmer, dry bulb ......... ' .... ··7? ' °F, Indoor Design Tempcraturn, summer, wet bulb. . . . . . . . . . {/2. 5 °F Transmission Heat Gain . -.... , . . . . . . . .. . . . . . . . . . . . H:J'8(e Bru/Hr . ... aJ1:11.1tJJ. J,_:..:up~Jn: ... y 1..ii)t.' \ t ~1!..,, 1 .J~ ,-,;i,i,~·;,, ,,, ,, ~---------~---=:--....· :!D.{!).t,r,a1;1qr:i,tA!r.,., .,. l' . ., ..... : '·\: • ,:, ~ .-,:· •1• . • . • • • • • • • • • • • • . CFM H. --,1.,G, '"•"rF· Jl:-,,.f1 •. 1',t.: .... -.~ I.. i)i .... r,,.,,,, .. } .... ~ -. . ,..,..:..,·..:..·-= , . eat a111 rom. In I 11:at1on .. , .. , .. , .. ~-· .,, ............ ----~ _.,_._ Btu/Hr. ,··1<'!1_t1,:J,r '~tf ::-, .... {' 1_ ••\'.) i l -.~);\ ,. t""i, .U\_h ... r.r~1·, ), ~ .. . . . . Outdoor Air for Special Processes.'' .....• ' ......... ' -CFM Heat Gain for Proc'ess Air ....................... . ' ' -. -' G . C I-D 1-) -~' "" i , ' ' ~ \..,. -. " ' " . . • ·, ... '-'.' l'J &..)-'.' .JI_L,,..,1,-,.:,·,I/ '''s'P,,, .. 1>'1,,,,:tnG·,\,-1T'-h! .. •.,,l'.hW" d t . . .oar 11ea _am roug in ows, e c ..... , .... , .... . <~eat Gair; P,f<ir:rd~ight_s_,. [;quip!J,lef'!t,. People, etc ......... . u .11•j)..1',1 _ •••• 4Jt,. I l fili..'CJ lJ,._,_, ' ( ""'' • ' Heat Gairi From Other Sources ..... . . ,.. i1";<a)pt :J .1-·;1·1\.i~.·, ·:,-:ine_ri-1~l_,. 1· )8,6Cf2 13,976 7- ---·------..~--~-,, -: , I • -----. .., _____ _ Btu/Hr. Btu/Hr. ~tu/Hr. ._,~_tu/Hr . ,) . • • I / ..-' _""_:.,..:i.,~--·---· ',"cu:--. . •. ·r . .• . . ~.f.,(,J/Per~r ::=;:f50..,::,.' ' •. , .... :-?-[· ·;;,..,v-Btu/Hr. · --.,.. .• .,. ______ .... :, . •J' <1 :i_;,'··1 '~ ,-: -- -----' --- I.,!. -\ ~ t , ,, ; ..,,, { , 11,, COOLING LOAD QOCUMENTATION (Continued) ,,.,, _1~1;.,c:r,J:Lr 1.11 1,~_ ,1. i r .,. I. ·svs'forh' Ut:iltting 0-u'tside Air For 'Cooling CFM Per Person (Not to Exceed 33% of Tabulated Pa90 2 of Form 4 -:-~1~c'.1.;,_ 1·, • !J,._, .:.R'ccdinh,endcd vh1ridh'floh·rt'b't&~t:'' ~ ... ,,-· .-r·,,_. :.: -·' ', 1-lcat•Guin·Frorn ()utdq9r Air.. . . . ....... . ------c'f=Mii>'erYJ'n Btu/Hr . ,.,()( • r:, -, : , ',.: , , , ; t:, • • i. ~ 1. tr,. • • ! ·.' ~-' ',. ' ' -~h-,b!b..2. -Btu/Hr. 1 ' TEMPERATURE CONTROL Anach manufacturer's data or other, giv~ sp?cification or drnwing reference which shows in detail the following information: • capability to sequence heating and cooling ...................... . • temperature control devidsi§~t point limits ... ·; ....... · .. , .. ; . . .. . • temperature set point range between full heating and full cooling ....... . • setback and shutoff controls ....... · ................ . •·capability to terminate heating a·t 70°F and cooling at 78°F ... : ......... · ..... ; REFERENCE (page or 'sheet No.) Indicate drawing or specification reference where the temperature control device requirements given below arc documented. An automatic temperature control device shall be provided for: • each separate HV AC system ...................... . • each zone ............................ . . . . . .. . --- COOLlj\lG LOt\D CuCU:'1;[i'•HATiiJi·J (C,;,r,!;,1,i<:ul SIMULTANEOUS HEATING AND COOLING ~V!d't~til Ullti.t..!fHJ ~~t!l$f1iL /\i: r 1.)f Cu•,.'.";lir:,_I The following requirements apply to the use, o,{:n,e1yy PQ!!f,!J/1, Pil~9tnAeci:9P:~,-~.e:fl9.\T1JJ!i~cJJi'«g~&hen recovered energy is used to I control temperature. i,j ~JI.~. J1 ,: • I '\l, '·)•'( "I~ 1•1 \r '\. ,, \ ,It l I l t \.11 , , _,. • ,_,. • ..__, ,' ", • 0 , In each case, when resetting hot and cold deck temperatures, one representative zone may be chosen to represent no more than ten zones with similar heating or cooling requirements. TvtJ! r:,tHJ:11,1, :_!J,1,!d. •,' ----------_ ~~d/1·'• Concurrent operation of independent heating and cooling systems serving common spaces must provide either or both of the controls given below. List reference specific,ation page or ~rawing number where control requirements c[ln be verified. REFERENCE ,1.nzch 1pan,uf:icturr>r\ u.:ita or ,Jti1i>r, givc ;:,q,,,1n:.:i,1or1_ or Jr::iwn r, re:urr,ce w;1ich show:; in det;:iil rile ;,Nfic,~Q 1·1:0r.-n., ,:,n. • Sequential temperature control of heating and cool mg ,systems .................... . n~:~Ef-;C;\JC.E .. , • Automatic reset of heating temperature, to limit ener9y input only to that level to offset he.it loss due to transmission al'ld infiltrntion ........... . ··, ·~ · cN-fLJ''~ "" · :· _,..1~1t: -:l, !\ , ~·, .. , I ~ :.:;pat ilitV to ~·,·~uencc !ic.:..:ing ,111d cool!,,: . . . . . . . . . . . . . . . . . . . . . . . ....... , :1_ •• __ • • __ 0Re.9:na~ ~r,siera1,s.ori•,9JY1.: r,e{er-eoc~ ,~Pe.ci,fi~a,t.ions pnge or drnwing number which will show compli.:i1-a'ce witn the LI 't-'Ji' 1, , ... '-• t.:J I,.(.!::,.,.\.,., ,11,._ 11 l , • , • , ••••••• _ ~,.. ¥•---;-,,--- ,__w~~R,pe;n~~f}!?J9:.tP1Y.:HU1191%-PUh.~J_,0,F\IJ?ir1Jn_ mR;5/r~,~em'.' : :,c-,_ nr;. ' . . { - following u scrba/;k ~iid )}iuto;f i:ont:oi5 _ ... _ .. , , . . _ ,. : . . _.. . . . -~--::. .. ______ _ c,• ,:'t;,a·u~ri:~pfV:i.~gtffli,J.\~iP.)/: :ZQf;l~~;,-~gryrt9lp1J\W,<1.~3\'.lm~t1r-aU,y ,r:cset_the ~old .a~r ----~t-; .. :,~ SUPP,'ly to the highest tempernture level oJ the zone requirinQ the most cooling . , . . . . . !_'j/ /' 1 ndic: cz ,:::-.i.v:r.'] 0:-~r:·ccllic;,t1,Jn rderen·:,2 'N' ,,.:re the :cmpcr.1n re c::or1tr0; C!l.'vicc r u1u1 :,:r.v:r~ t~ (i:vc-, 'K{''o: ~'-= do..:urnc 1,ec, ,.:., .8ir.:i:g,l·e2;;0.necre1~.e:ati;s·y1s,_tem$ii:luill:Jbc,~0r;i:tr:Qll~,d tf~c.i,r.,((lsl'J)1(.;J,! !;1cating ;:ind cooling . . . . . . . . . . . _ /~ · o ea...: ... 1 1ier1arJte H\I /i..C ~'l ;d;rn - -, i' • ... ·t.., Page 3 of Form 4 Dual-duct or mult'izone'-'syste'i'ns .:.a ·g'ive1 'refercnc1! J/Jecif.itati'6'iiirp~!~ci or drawinu number which will show compliance with the folio.wing: ,-.:. • Hot deck temperature -must be automatically reset to the lowes.t temperature necessary to satisfy the zone requiring the mos.t heating. • Cold deck temperature -must be automatically reset to the highest temperature necessary to _satisfy the zone requ,iring the most cooling .. REFERENCE ----------,---- Recooling systems give reference specifications page or drawin!J number which shows compliance with the following if recooling 20% or more of the total air in the syste.m. • Controls must automatically reset the temperatme of heated supply air to the lowest temperature necessary to ·satisfy th·e -zone requiring the most0henti·ng. • ·;-;: ~-;-· -N-/k 7 HVAC SYSTEM RESTRICTIONS & SP-ECIAL REGU-IREMENTS-- --·-------------· . . -Several HY AC System types have special requirements or restrictions. In th is section, the type of system used in the design must be listed and any special restrictions given here referenced to show comf)li-am.:c-;-SLJpf:llY references to proper ·specifi- cations page or drawing numbers. Type HVAC Systems Used -List -type of system to be used here (include all systems for heating or cooling in the building) include reference for specifications for each system. P:,.1,,.: _ 1 ::-u,rn .{ '.',1l1 'i-1101..\, t...UC'ilf)1J~1"':Ct.!' • . .n•.- :=:.,~L->u11, 1; ;y~lt:in:, -..;:~,c 1e1t;ri.::1,.:1! ~pct.:!lil .,.:11J,-i'i p~1ge or CHO\ 1ng nurnoc, 1Nn1c:, snc.1vv~ ,:.-:1mpl, ... ,,'lt.: '.'\';~;· t:jc it_,iiO\"i,J ,git re,:;:,olir;,; 21J% er ;-r10r<: ,.:,i the tot.:d ,,,r in t!,1, ,•: ::.nr.: Constant volume reheat system -when serving both interior and exterior zones ,... separate cooling coils are required if the ext'eASr1 :r6n·e'e1xc:e'ei:!s1i20l;a 10~ lthfftot.fFiair'.1qUim ffty1't!~ ro'u1gf~,1tf.i\1 eo<Hi\;g:to H'? tne !owe~ t temp1ir::itur•:: nc·r:e,sa;,1• to ,,hi$L{ the -zor<1 r•, lJiring tl·ll: most h _•Jtln'.'.i. , ••••.. -~--'-;_,.. __ REFERENCE Si..!·.1"::ral J·\Vi\t: :~/:";t(•1r! l'{PC:, l1::;ve :..f:,cc.i(1t .1!q ... :11c·n~nL.., .:-rc~_ .. n,. ucns. in :"Ai1:; ~1')cti1Jr; •. , t.: l~1 a1_. of )-. ~tL'11; 1....:.1 .. i .... !~ ~.1!.: l~! .:;ign must be iistec:' t1nd an·,r ~P1!Ci~,: rcstnctivn: !,~ {1-!f, her:1 r'?ft~r,:··1~t;rJ to shov1 compJianc,:. :;~.1pp.i·1 r,.d1!rt.!r1t.::t!-:-ttr• ;.,ro._,;r s; ~. -::di- CJtioris ~ ~a:z c~r crJ\-V~ng nu;-f:i:cr:;. 7vf)f' ;~.:\1;.\(; S/S~t;rn!i Lfs.f:d -~ ... :s~ tyre lJ! ·,1 :. ffiri t!) ;J~ 1.~~Pd ;.hi,-.; {i1Jclut.!~ ;_dl SV!,l1 .. rt,; ft:t ht~ ... H::n J :r c·.:aJ:1~,; 1n t::-1 ;y_.'i:t~ ir.,f~) 1ncfuC:c t1:f!:rer1.:e L-;r $pt.:ci:lc:.it:(,-1~ for r,:ici) .·.r1 C!n. ,, I! 'I - ., 1,· •'1 ,..,.\.',,,_ -·-· -·· ---P~a 4 of Form 4 : ·~ 1 ... DUAL DU,GT.ANq MUL H4-Qr:-JE$YSTEM$- Constant volur:re _q.u~--or multi zone systcr?is ·which u'tilize new energy to sim~l.tarieously heat and cool air streams which are subseqyent!Y ,rl)ixeq fo.~ ~cmi:ie,r;.iturc, cimtro[ are pr_ohibite9 for bvi]c!irigs larger. th . .in 20,000 sq.ua"r:e JecLo.f conditioned space. lf,us,ed,, 1h,~,:?i~_:le.i,k:a,gc'. f!:1r 9:arnp_er~-iµt:ifizcd for _the mixing of ]lcati_n_g a_np cooliag air ,shalLb.e . .Jiroited_to a.maximum leakage, qf 3% of: }h.C t.otal ai_r _quarytity handled by th_e darnp_ers when. QRe.rcJtin,g_ at the maximum s.v,stem.pcess.ure -to which the dampers will be subjected. Manufacturer's label or nameplate shall state le.ikage rates. ·-·-Ni:e· 8~F~R~NCE--.=-=--~-~--~r~-_tj~------- '_r ~ 1 ,:-,.,j,, J', , ~.,· -:.;,.._'~ ].· '.i ,, ; ~ ,1,J, • ~ t' , • -_~, -~ ·., • • • ' • • ,.:.;:~_:.:__: ..,_~ _ _::; :=.:.~ , Economizer Cycle -For each cooling fori system, for other than dual-duct or multizone systems, which serve zones having total cooling capacity greater than 134,000 Btt,1/hr or more than 5,000 CFM must have an economizer cycle unless one of the exceptions allowed is cl.iimcd. REFERENCE __ ..... ~.,._J-f--<M'-'-· ----( Electric Resistance \-!eating Systems -These systems shall not be used unless the tqt;il installed electric resistance heat does not exceed 10% (ten percent) of the annual heating energy requirement or a fifo 0cycfe cost analysis, Form 8 (;ee Section 4.2 of this manual) shows an .ilt!?ri:iate system life cycle cost exceeds that of the electric resistance syster:n,· Give r-eference if less than 10% or include Form 8 if calculating life cycle cost. REFERENCE __ ._.b!......,/_._'t,,-_._'·-·---- / MECHANICAL AND GRAVITY VENTILATION . Mechanical ventilation -Dampers which are automatically interlocked and closed on fan shutdown are required. REFERENCE ___ N;....:.. 7 ~/~Pr:--'-p-~_a_~_·_o_/_F,_,._n_,_ 4 r UA' OiJ~-.--'fT i"U! Tj7 Q'-Jf ""'"""'F"1S . 'Gravity v'~iiti1ators '.'... Ei'ther hutoMaHdir re.idify accessible ·manually operated dampers must be provided for all openings to the outside with the exception of combustion air openings. C: )n,'..1nt 1101,;;n.~ rJuct or ,-:iultizon1: :;' ~tom~ wl,i<:h .itiii,:c 11,,w encnJy to s,muit.Jr,r.8u;1·1 ,ic:J' ;;,,_J ccm ,.,. ~'.r,,;,;;1:, ,.,,;-:;en a :e subseq1..ently ,71,xe.-J 'Cr t_err.pe,rat1.1,0 contrr)i ,1ril pro:1ibitt:d for build1n<1:; larltEPEJfEN<t~00 _;q1~ft\f {-~·of I onci:,onc..'. s1 .ice. lf used, the a:r '.e:1k:ig°" for q,\[Tl\Jf:f" lJLili;wd for tre mixing of hcatins Jnd coolins a:r ~i1..;li be ii,nitcJ 10 rnaxim,.irn ii ~k.:,qe of 3'%,.of tht! ·.0(.1! .::ir !'-lUJr·i!il'i h;1ncHcd by tmi 6 ,mpers ·.vhe.1 opcr:itinl] at the n,;,·-;,i;1un, s·1otcm 1:.ircs,s..1 ,: to wh1d1 tr9~br~pfr9t'l~\J:~1tUWitb~.~~~R-ta~yr-::r's lal)r,J or :1,u·1.,<;>pi3,e ~hJll ~ta:c lcJkagc .-:i1.,:~. . · REFERENCE ~~~r~:N~~----~- 1:S'ri',)1~tH11JPl~.~8c5Y~~m-c:1d1 cuo 1 !in'•1 f M( ~-r.~cm. for c1 i1er than UUill:u"uct ur rnl,1 "~.:i:·,c S\''.. ~t:m:. wt door···: ;: :,n:·. ,"l.JVlf1'., t11taT0c~,~.~-Y~l2.1;¥p5'Jrt-$1~rrllSY ll1:Jri 0\.'.}i,iJt;(:i •;:r:s1/11i· ·ot ·nj lrf!; \!'1;in· 5,000 ·cFM ·mvsf f1;i,;,::0.1'n'1!°•:b,wm1zer,-: .. '{1..1C Ul f!.slf cne ,:' ti le JptaL.P1ressur.1e_q.f ,$,upoJ,v,0 .r=1_ap1 • , ••••••••••••••••••••••••••••••••••••••••• __ .... ____ Inches Water t.::AO:t..-i. Vt,) •l ll.1,,Cu 1.)'1.:! •tltt.{, ~ 1 Total Supply Air Quantity Adjusted for Process Loads ........................... -----_-_ -__ CFM Total Gross Floor Area ..•........................•........ nt:~Eil"E::,·c:e _._· __ I 02.D_· __ sq_._F_t. __ . /3125 r Net F...an .Performance Index (FPI). ·-· ........................................... =="'==== r~ :cctnc r,•!£iStor,ce :-1e~1cinr1 :.:ivs~•:1~::l -· : ,te!}~ systcrns shi l, not !JC u:;ed ...,nu1.s~ :;1e t.otui 1n:;tJiH::c •:H.::·:tric re~,~:;iri~ c tie:,t dc,e~. n r,t ~xceed 10% (,en pcrcr:1,t) rif tj:~ : 111 Jill :1c:it:ng en,::: J'/ requirement or a !ifc cy<:k r;c,:;t d• ,;·1y,;;, Fo.-m [; ,st.!e ;~c~,,~n.:: ~ qy'\1Pif P 1~XRLUa17Jesf-fcf.Jflan .:ill :::rndtP $')' 11 cm ii fe cvc!c er. st C' ,~Ct!eds that o: the 1:lectr1c I e:,1:;tJ,lCe sr· ,.r_: ,-~ 1ve ·efuen~~ 1 Total .Su.pplv.Air Ouar.itity a,t Ma~im1um Flow. ... ,. . . . . . . . . ........... :·. ,1,ss lriJn I u:;·o or tn..:1uuc 1-orrii u 1r ,;t).t!\, ,fUng Jt lt! C1/Ct1:1 c., 5(.. -...-Total Pressure of Supply Fan at Maximum Flow .. ; ........................... ------Inches Water Total Gross Floor Area ............................ · · · · · · · · f\EFErrc; ;·c.-: : · Sq. Ft. r;F:(flq~1,R.~ctwma.r;ii1=il0,9~).S._\;lt:Max.imY,91l f).QY-.:dlFif I ml ....... · . · · · · Variable Volume Ad~ment Constant .................. . .................. CFM ' ' ~ .. ' ' ~ . " . ',-, (.rav:,"/ v'e°1,tiia't'or,; ' ' ~ithe~ ~'i.J.,.1Jti1"lJ.·,·-' (Jr r :,hlily Jt.:ce:· J!J,,'~ 1nnr:uaJ;y oc,erat:.:•..! uoi-r:pc-r:i tr1u ... ~ .. Je t3rovifJctJ :0r 1:1 c1ot1n:r.··.\ --- P-o-6 of Form4 · PIPING AND DUCT INSULATION AND DUCT CONSTRUCTION References to the piping insulation, duct insulation and duct construction requirements presented in Section 4.2 of the Energy Conservation Design Manual must be given below: REFERENCE __ ~Mc...,_,_9 ____ _ Refen nces to the pipin•J in~ul.:ition, du,:r ,,Hu;u,ian and duct c·:::r,struc;t;0n n•quircmcr,cs pre~l!ntec ,,1 ::icct,on -~_;; ·;i tr,e E.,ery-: Con:.cr,otion Des1gn iv1,)nuat mui,t l·11~ :;;ver. b1:kv,v: I • , ,·..;,, ___, ______ _ - --.... __ _ ,:,ruf--; \.,Tt.J·.,._:, ;~ ~ .... ,,1\1~1rL~,~,\rJC~ ....... 0, i~ ••• ,~t tr, 11UT,.:.i:,. ,i~D CtJT:" J~-(S; . ·' ' ~ . •. Form 6 References giving the speci-ficati0\1. pag~ or drawing sheet number or n:ianufacturer'.s data must be submitted to demonstrate com- pliar,ice with Division G of t_li,e standards. · · ( At--8 Y-z) ELECTRICALLY OPERATED COOLING SYSTEM EOUIP.MENT .. .. -. ·,: '· . ' ' ~ ~· '!: ABSORPTION WATER CHILLING COOLING SYSTEM EQUIPMENT , ' ~ r , I ~ I G0M Sit:;1'.S:t-10NTl-l!fEA.!~NJfG'~E 001 PM E'NT ,:\{CYB M1:Hia-si1,Hf.~afc'er¥\~Brt-:_A.r·~,.,.: . hea.ti~g equipm~nt..:_ · ELECTRICALLY OPERATED HEATING HEAT PUMPS Standard roting capacity, Btu/hr M_inimum EE.R (G,OP) Rcif crcncc · · i: 'l.·~ . . ,} fl ,. ,J .~ t .... '' ,: j ; : l..• • : t.,' He~t source (check one) Direct fired (gas-oil) Indirect fired (steam-hot water) Mi~tinum EE'R'(Cb1P·i ,,, ·1-··0·'-"1 , :., .. -,,,-. r' Ref~renc~ "'"1 (i~;-, · · - • < I • • Minimum combustion efficiency at maximum rated output Reference Minimum EER (COP) Reference Supplementary Heater Control Reference -coo rth>/v 7. ,- s: r-0 ·---c' c.: ~.11\,! u -~- \ \. ....... .s.t:.~sC~1B..L~~li.~$J:.~~~~I;-~.~ .. ~ , . .., _ _._..,.., .a!;USJ;,DJ.C~ .. E..O~B..f..UJ,.l,...;.1,,,..QAP~st'il;.,8..,G.,'(...,.._ . ':-;· =:z.::_. . _ .. HEATING EQUIPMENT INPUT AND OUTPUT rletercrn:<.•!.i giv)nD ~he ~l•i.!i ... d1cation p.~,ii~ ,tr dtdwing \nePl nurobe:r or n1.anuit.1t:turer·~ dtll,1 rnu:;t L•e sutJn11ttcd 10 <f~tt,on:;trate c::,.·,-. ,,11.:ince vvith D1v·~ion G of the sta~1di1 1 .· :;. REQUIREMENT FOR MAINTENANCE FOR MANUFACTURER'S MAINTENANCE AND, FULL AND PARTIAL CAPACITY AND STAND-BY INPUT(S) AND OUTPUT(S) t?[E§·1:Fi-!P~J¼T~gt,ll i[J:E[f!~~fN§:~i:_,,:,i i,,JG ·,:.:1nd.'.itu ratina c;i1~x1:/, Htui:-:: SYSTUl-'1 E0U I PM t:il. T /·,'-i~~OriPTION Wfa.7 E1l Cl-Ii LL:~·-··; COOU/'-,'.:; SY',;·~o.' lOUlf'~,'.E, iT G(l,\1 'JU~,T: ~-r11 1-: ~ci-• .. :·ri:-Jifil·,EuJ ! !',··· i: • ·c 1·:·,~·(0':1 rtr/J ~(~:·.;~i1:rt.i.t:,cr;f~~·f,:ki--1/\~'1' , I ,1;n;mum EER (C(Wj 1cfrrer,ce r1e.Jl s01Jrc,; \chci...i< C:iC} 'Jircct fire.J (a;;s-o:; ·. 'MJin::ct /ired (steam-ho: w~llcr1 'v?;n1nHJ:"ft EER ((~Of.i f:,' :,)r''dCC ,·,J\.:mum rated out;,,.~ ·-----i ,_::,_,__ __ _ -·-·-·----·,' ::.......-----· ----·, . ..._--~ ,...::;...-~---' -.. . _ _'~'IZE.: '.'.'''_--_., '-,~'.:''-'-'-.J024 :J03.0.-_ ~036'.. ·' _.e036. 8042 .F'042 .. . --. A. , ,t,JJii It 'lo!.ts:-l!:·f?.l)'a~_e:uioF,;1.t.J . ..:',.::· · .: · • .. _: ·: ''::J·.:· r •. · ...... ?os;·230_~ J .· 2otF:23_0.:01" ... ::~!li~r:ann9·:-v.01tagie-B;i:ro\9? .. , .:.:· ,.:,,1:;;~~ ·-~:--:.. :· ~1.97~253:_: ·:. _rn7.;,,253 208~23Q7,k'.;:.·20812.30..,..3.-2307.1. ·.0 ··:208122p.....,3 l _j;9,7.:.:,.253 !, · . :187.,,,;,.253 ~ , _.; .207,:~253...,.. .... J8?..:.;i253 l:l~i,t-A'm'pa¢jt.y:J9(WiJ:e:Sizin·g: :-··· -----. -· .. 20.2 27.5. . . .29.2 17.8-34.9 ... , ,_,, --25.2 ... 10 12 --8-.1.0 . 23.9 14.8... --28. 7 .. 2.L,O 20.8 _jJ.,.7. 24.4-__ _'·' .16. 7 85 .. 87. -... 94. ~-95 Q~tao-or'..Fan:~otor:','P"D;-pi:,c·.(.wattsU-Spds)t . . 190 & 1 _ 190' & 1 _1,90& 1 ' 190&.2 ... 155& L'--155&2 ' ''f;ull'U:iaq'ifmps" 1.0 , 1,p 1.0 1.0 0.9 0.9 1./3 & 2 . 1 /3_& 2 -1/3 & 2 '' I 1 /3 & 2 _ .9u[l.'L'da~"f-\inps· -·:..··. ·.' · : __ '1':5. . _: •.2.0_ .. -. . ,M~X..etalXil:i.:Cii'¢'oi.t:fWH~.:§izef (ii;JnpsJ .:·. _ -~ ·" -~0·: 1, , ··Air· ., _ 451 . ' . I ' 25 , . f?O -, . _ ''' ' . 401 '-2 !.J :1i~1::1a1 ;.11,;r,,~~t.t:a 1•••,•· Rcl.(e1:rp9dlirtg Pa'l')atjity_·@· 95'F .(BfuhJJ: __ -· . __ _ ___ '. 24;200' __ _ . .'..29:.4.00~ 35.4.00 · ·· · '35,.4.00_ 40,000 "· -2 ~-·'4.o,ooo pEEB*. '·:_ -.~,-~:: 'Y:" . _ . :·, '7.'80 · .. ___ .. _ ... · ···18.'40·'·.'. 8.20 , : . ·· 8.20 . .8.5.0. '·' '' '~_:• ... ' 8.50 -~ra1,.sptl,ikl.B~mnfN_umoei'.*f '.:'."0··_ .:..::::.....::: __ ...: _ ...: ___ ~. 19_. .-:....1-9_____ _ . _rn , ..,, .. _J.9. _ .. 18 ... _ _ j,8_ , l W'l. l ,1, I ~-~'I -ho~ , 1 ~• -:I :I. :;j -:·1 (.C1':f~ J_1: ,~~ Ii-a:~ Mo 1 ~--.-: r. iii-:-' ..-.~,~;-~t·~~;t-¥r;;ti~,~tt,10:e~%,;;~,;h..,t;t·<;~ ,· , ·' ~1-v1~,.~~-~ ... ;~.s.-~~~t<f,~;1~Y,Jr;;.~t~~·l:'.ji:J.l:'~'\)1i~JY.'1~\;t¥-'.•t',1'·'~:h.-.1-1IP';'\:1 -~c:>ifigf.~ss°Q'.f..:J~y:pe·~--~-::c; ='-'.: ·:'-~.: ·-· -· : ____ ...:. :. _ Herm'etic___ _ -1 ._C'9r,'npfe~'~9J:J:i,¥m'.r;f&~r.eht'P.fofe'c;_tiQii-· ---_ Staiidard_(l~tet'~'aLLin~L_Break. _ •. __ -1 :e~r:ffpj:essdr'!D'fer.r)al~e:Belief V.al.v.e____ _ s_ta·ndaYa Ti,yb'~W,:af-fl01,~l18e'fr_igel:,~ij't:'Me'tl¥f;i.@.-Qt¥vJ'ce': ",,.,·_?:};" e,· .,, •,u '·· t ''T. '." ,·,,r,J'.F;!u! ,I ·.:: "fvlEJl'JE;T:WJtti".Pi?forJ ";I'•'···:· ,,,, :" !l ! CTJ •,:·· ' ··:'' ! 1 ,, '·c; . LqW.riRf.~~-~µfi;i:s_wm::n,. · · ... _ · ·,, .. _. -· · ··,~ · · ·-··,-· · ,, , .... ·-· ·-stanctafi:f · .... ., ... · · c~r:n·i,rr.essor'GlWii::kJSbart_·Gl!Jmp9iiierttsDf:--,•' ,,,nlr( I; --:afl,6, f' :·. ,,, i;,:;>:;;_ Ii_,''. Standar.d,AII Single-Ph_c1se Units Tiqje_~,U,emjtiera.t-Llr:.eJ),ef.rn.shSyste.m·,., .. ,,.,_, ,,,,-,.1~-.: i_.,,·,_ · :;r; '•· , ·' :0-1 i•1·Standa~a., .... ,.~ .. ,,.,.,. ,,,,,.,.f.,,, .. _.c,,_i;;.r,. _:r,,• ,. C©_MPRQ!f_E©!ii>-:(:l<f>tn~res'sqr'Qycle Pr_qt_ec\ion Optional Eff,i'.Ci"f?nlW~'A'li:i'ffiFOifc'ciit' ... ~,, S'\' 'm' ,.:··.•. "l"'YlW.". -,c,, •, '·' ·.,.-,' Optional V~por':;T!,lQ~ Filter~Dri&r_ , .• 1., .:, ,--:•. pptional H[gh~Pr!3ssure Switcfi Optional R~2:2. 8.~J1:i_g~r.MfJ>/rpq_unti(RMfPTi?I'Griii(g§.l:,: : 6 lbs-4 oz _6 lqs-1 o oz ., ;, 8 ,lbs-;4,oz .. ,.. 8 lbs-8 oi 411 t1 • • 1 •1 •1 ·,--el iw::!:J :l:ll"el11fJ ::f. 'rR, ~~-Hi1.~~-"\ZtJ/~;~'l.~~ith~r1}~-.~~!''Jf~f.".\l'.,f'rt?:~/\i~ {¢,:f~~.;ij·~,.?./~~W'v~°ij.)t1f.1',~,t~i}';.i~ ... i/t';.~li.J!,X .. ~f_;~~:·-:·"--'\',-" i;, -,w:?1}~¥-r"l'JA"f\,1"1.,}1 Qgi,l_,1:iaf¢.~r;eg, :i§i.9:.ff.0 -:1:_t,go; iQitc u rts ::· ---3.67 -3 3;67-= 3 3. 67 -:·A 4. 6T-.: .. 5 l;lll:>Mier Wfi§~l;-IDJa"rri~te"f x wiatn ·on.r· ·-· · 1 ox 6 ·· HYx 6 11 o ,rn· -1 ox 1 o J=ieyfec;l.Qo@lif19:lffr-flpy{.JFt_3/Jv1iri)nt ·· · · · 850 1"050 '13QO r535 _Extef.f1i:ll Static-Pres1,u.re (In. wc)Ht 0.10" .0.15 o.~5 0.15 Refeommended Min Filter Size (Sq ln.)H ~ta"t-1.d_ard-T;ype : _ .. -. . .. . . 408 ,5Q4 . 1 6.24., • 737 Plear)able-or,_High-Capacity:..T,y:p:e;: :-• , ... · · , :·\~· ,•·255 ·_ · -' c. · '.3"28 · .·. ',:i 409 . ·. · · 479 --Cci"rildensate-0rain-C0nnee.t-i0n--~ ----····-.... -8/.4MPT -3/4MPT 3/4MP-T---------· · 3/4MPT · rt1~~ 11 ~-i ~ 1'• I• J ~ff .... JI D:-91 '=,..,. ~--·~~ ... ,,,\ t ~~'i ' ·~·r.w;.~_,_t:._-?:¥. /i~-:.'\~ w-f,,~;.,, ,:v ... ,,. .. '1: :<~ ~',-''tl<t""',j:,:~E~~1JK~,~-~$,J<1~.~?$,¥)li'.lit~/:1·t1}~~;;,,/i.~\fl!!;r1.r.:~,~:i",;'(f\S~i," ~,,;::·,r}~.---.~1~:~~,' Gdi).f):IA8-,Area (~(jH)~No. Circuits 10,57-3 1q,57..:..3 10.57~4 14.26-5 · ,. -H~igt,/,\"&_}N,ipt_hJln,). _ 24 ~ 63.44 24!x €l3.44 . 24•X! .6;3.44 30 x "68.44 i- . F,a!h D.i'li'rJieJ¢r;(l,ii_;:)_-~-...:-, ~-· ~ .. :~ ----·------~--~ ~, >_. -.18' ·--· .. ---=~ ! .rB:~·; . ..: 1-s, ----. 22-, -.. ""1!f.! ,( 11, ., ~ 1111:i•1111 ~ .,, 1 :1·~11. , ~ ... jlj~i ~~~.1~ 1 :W..\" ... :"._,,~~,._ fll·fJ~M~:),r, fNt·~.w~ ~y~r,?t.it"1.wA;t~!l1;r-.!(,~~~1~~1l~ll'n\f;)l~r:,\rtt:~~1.i~Y~~r11,t¼,1~~tr·r;·, , Jw.<i~PP.~E(9;;p_ir.e9t7Q'(-i,i/fJ.,.B!dWer----------~ ---···-, • -,··:.-.. -.·--:·., Stand:a·ra--· '.C" --- Op!i¢hal HeaW-E!i..iW: B.~s:e-Ra'ils·w/fof.l<lirrsrors--... · . • i .: . Standard . RAY COX MECHANICAL SAN DIEGO, ESD INC. MECHANICAL CONTRACTORS CALIFORNIA HVAC PROGRAM PAGE 1 PROJECT: DAVISON&FERGUSON pl,.-)7/4 r; CLIENT: CARLI DATE: 8/27/86 DESIGNER: SLE BUILDING MASTER DATA DESIGN PARAMETERS: DESIGN OUTDOOR MONTH DRY BULB OUTDOOR INDOOR INDOOR WET BULB REL.HUM DRY BULB MAY 81 JULY 83 SEPTEMBER 83 NOVEMBER 76 WINTER 38 GLASS TYPES 1. .-. 0::.. 7 WO SHADING TYPES 1. .-, 0::.. ROOF TYPE 1. WALL TYPE 1. .-. o::.. 3. PART. TYPES 1. -=· ..... SUMMER u FACT 1. 100 0.570 0.570 HOR PROJ 4. 0 u FACT 0.040 u FACT 0.630 0.550 0.080 u FACT 0.080 1. 130 0.350 WINTER U FACT 1. 130 0.490 0.620 R.FIN PROJ o. 0 o.o ASHRAE ROOF NO 1 ASHRAE GROUP A B C CLG. T. D. 8 8 8 67 50¾ 75 67 50¾ 75 67 50¾ 75 67 50¾ 75 0 50¾ 75 GL.SHD COEFF INT.SHD COEFF l~OOM 0.650 0.560 0. 7(H) L.FIN PROJ' o. 0 0.0 SUSP CLG YES HTG. T. D. 30 3(> 30 0.000 o. 000 0.000 CONST MED MED MED HUMID CORRECTION DIFF FACTOR 12.08 -6 8. 80 -4· 8.80 -4 20.31 -11 0. (H) GLASS HEIGHT '3. 0 '3. 0 8.0 GLASS WIDTH 1. 0 1.0 '+. 0 ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 2 ******************** BUILDING MASTER DA1A (CONTINUED) ********************* GENERAL PROJECT INFORMATION: PROJECT FILE NAME: DAVISON PROJECT LOCATION: CARLSBAD CA DEGREES NORTH LATITUDE: 33 DEGREES LONGITUDE: 117 BAROMETRIC PRESSURE: 29.921 TIME ZONE: 8 DAYLIGHT SAVINGS TIME: YES MEAN DA!LY TEMPERATURE RANGE: 10 ZONE SENSIBLE SAFETY FACTOR= 0 ¾ ZONE LATENT SAFETY FACTOR= 0 ¾ ZONE HEATING SAFETY FACTOR -0 ¾ BUILDING OPENS AT 8 AM. BUILDING CLOSES AT B PM. NUMBER OF UNIQUE ZONES IN THIS PROJECT== BUILDING DEFAULT VALUES: BUILDING DEFAULT CEILING HEIGHT == 9 PEOPLE SENSIBLE LOAD MULTIPLIER = 23(> PEOPLE LATENT LOAD MULTIPLIER = 190 FLOOR HEAT LOSS COEFFICIENT == (l LIGHTING ADDED ON A SQUARE FOOTAGE BASIS OF EQUIPMENT ADDED DIRECTLY TO ZONES PEOPLE ADDED ON (-) SQU/'.-)RE FOOTAGE BASIS OF 1 INTERNAL OPERATING LOAD Pr-mFILES: PROFILE HR HR HR HR HR HR HR HR HR NUMBER 8 g 10 11 1 ·-· C. 13 14 15 16 1. 100 100 100 100 100 100 100 100 100 -. c.. 100 100 100 100 100 100 100 100 100 ..... ..::, . 100 100 100 100 100 100 100 100 100 4. 100 100 100 l.00 100 100 100 100 100 5. 100 100 100 100 100 100 100 100 100 6. 100 100 100 100 1 (H) 100 100 l.00 100 ~ ..::, WATTS PER SQ. FT. PERSON PER 100 SQ. FT. HR HR HR HH 17 1B 19 20 100 100 100 100 100 100 100 100 100 100 100 100 l.00 1.00 100 100 100 100 100 100 l.00 100 100 100 ALL DESIGN DATA TAKEN FROM THE 1981 8SHRAE HANDBOOK OF FUNDAMENTALS ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO~ CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 3 ******************** BUILDING MASTER DATA (CONTINUED> ********************* DEFAULT AIR SYSTEM DESCRIPTION: THIS AIR SYSTEM OCCURS 1 TIME(S) THROUGHOUT THE BUILDING LIGHTING: PROFILE# 1 IS USED. 100¼ OF LOAD IS APPLIED TO CONDITIONED SPACE EQUIPMENT: PROFILE# 1 IS USED. PEOPLE: PROFILE# 1 IS USED. PACKAGED EQUIPMENT IS EMPLOYED USING A CONSTANT VOLUME SYSTEM A 20.0 DEGREE LEAVING COIL-ZONE TEMPERATURE DIFFERENCE HAS BEEN SPECIFIED SEASON SUMMER WINTER VENTILATION METHOD 15.00 CFM PER PERSON 15.00 CFM PER PERSON INFILTRATION o.oo o.oo METHOD NONE NONE ** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 4 ************** DETAILED PROJECT ZONE LOAD CALCULATIONS*************** LOAD UNIT LOAD TEMP. LOAD SEN. LAT. HTG. HTG. DESCRIP. QUAN FACT. DIFF. MULT. HEAT HEAT MULT. LOAD ------------------------------------------------------· 5. BUILDING E PEAK TIME 11 AM JULY 1020 SF. SYS. 5 ROOF 1 1020 0.040 46 1. 840 1877 1. 480 1510 N.WALL 1 90 0.630 6 3.780 340 23. 31 C> 2098 E.WALL 1 126 0.630 15 9.450 1191 23-31(> 2937 N.GLASS 2 180 0.570 16.270 2929 18. 130 3C:63 E.GLASS 2 216 0.570 57.094 12332 18.130 3916 PART. 1 612 0.080 8 30 0.640 392 2.400 1469 LIGHTS 3060.00 100¾ 3.410 10435 PEOPLE 7. 00 100¾ 230 190 1610 1330 TOTAL 31106 133(> 15193 ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 5 *********************** ZONE SUMMARY OF SYSTEM 5 ************************* SQN ABBREV. PEAK TIME FLOOR SENSIBLE HEATING VENT INFL EXH SUPPLY CFM NO. DESCRIP AND MONTH AREA LOAD LOAD CFM CFM CFM CFM /SF -------------------------------------------------- 5 BUILDIN 11 AM JUL 1020 31106 15193 306 0 200 1414 1. '+ -------·--------------------------- ZONE PEAK TOTALS 1020 31106 15193 306 0 i::'.00 1414 1.'i- * MONTHLY AND HOURLY SYSTEM ZONE SENSIBLE LOAD PROFILE * --------------------------------------------------------------------------- * MAY JULY SEPTEMBER NOVEMBER NOT USED NOT USED ·M- * HOUR ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN * --------------------------------------------------------------------------- 8 AM 22139 2C~712 25418 20491 0 0 9 AM 25559 25961 28052 22788 0 0 10 AM 27453 27994 29451 24041 0 0 11 AM 30448 31106 30592 24791 0 0 1 ·-, C. AM 29718 30427 29886 24406 0 (l 1 PM 29930 30673 30108 24798 0 0 .-, C. PM 29454 30221 29655 245'+6 0 0 3 PM 29306 30088 29517 24502 0 0 4 PM 283.l~E, 291.l~4 28590 237.l~9 0 0 5 PM 27212 28029 27472 22777 0 0 6 PM 26159 26996 2641L1. 21786 0 0 7 PM 23517 24343 23892 19636 0 0 8 PM 21541 22357 21986 17934 0 0 ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 6 ******************** TOTAL LOAD SUMMARY-OF AIR SYSTEM 5 ****************** SYSTEM TYPE: PACKAGED EQUIPMENT WITH CONSTANT VOLUME TERMINALS SENSIBLE HEAT RATIO: 0.96 --THIS SYSTEM OCCURS 1 TIME(S) IN THE BUILDING SYSTEM 5 PEAKS IN JULY AT 1 PM OUTSIDE TEMP IS 82 INSIDE TEMP IS 75 BECAUSE OF THE DIVERSITY IN ZONE, PLENUM, AND VENT LOADS, THE ZONE SENSIBLE PEAK TIME IN JULY AT 11 AM IS DIFFERENT FROM THE TOTAL SYS. PEAK TIME HENCE, THE AIR SYSTEM CFM WAS COMPUTED USING A ZONE SEN LOAD OF 31,106 SUMMER: VENT CONTROLS OUTSIDE AIR WINTER VENT AIR LOAD == ii.=::., 228 WINTER EXH AIR LOAD = 0 WINTER INFIL AIR LOAD = 0 TOTAL ZONE HEATING LOAD = 15,193 -----------TOTAL SYSTEM HEATING LOAD = 27,421 WINTER: VENT CONTROLS OUTSIDE AIR BTU/HR ( BTU/HR < BTU/HR < BTU/HR BTU/HR -306 CFM) 200 CFM) 0 CFM) **** ALL COOLING LOADS BELOW WERE COMPUTED AT THE AIR SYSTEM PEAK TIME**** SUMMER VENT SENSIBLE GAIN = 2,356 BTU/HR 306 CFM) EXHAUST AIR SENSIBLE GAIN == 0 BTU/HR ( 200 CFM) SUMMER INFL SENSIBLE GAIN = 0 BTU/HR (l CFM) TOTAL ZONE SENSIBLE G~)IN = 30,673 BTU/HR TOTAL PLNM SENSIBLE GAIN = 0 BTU/HI~ ZONE LOAD SEN SUBTOTAL = 33., (>29 BTU/HR DRAW-TH RU FAN SEN GAIN == 0 BTU/HR BLOW-TH RU FAN SEN GAIN = 0 BTU/HR MCL SUP.SIDE COIL GAIN == 0 BTU/HR MCL RET.SIDE COIL GAIN --0 BTU/HR SUPPLY DUCT HEAT GAIN = 0 BTU/HI~ RETURN DUCT HEAT GAIN = 0 BTU/HR AIR HANDLING SUBTOTAL = (l BTU/HR -----------TOTAL SYSTEM SENSIBLE GAI == 33, ()29 BTU/HR SUMMER VENT LATENT GAIN = 2, 171.~ BTU/HR ( 306 CFM) EXHAUST AIR LATENT GAIN = 0 BTU/HR ( 200 CFM) SUMMER INFL LATENT GAIN == 0 BTU/HR ( 0 CFM) TOTAL ZONE LATENT GAIN = 1,330 BTU/HR -----------TOTAL SYSTEM LATENT GAIN = .3, 504 BTU/HR TOTAL SYSTEM COOLING LOAD == 35,533 BTU/HR INTERNAL LOADS SUMMARY: 3060 WATTS OF LIGHTING, 0 WATTS OF EQUIP, AND 7.0 PEOPLE TOTAL SYSTEM SUPPLY AIR == 1,414 CFM BASED ON 20.0 DT TOTAL CONDITIONED AIR SPACE = 1,020 SQ. FT. SUPPLY AIR CFM/SQ.FT. == 1.3862 TONNAGE PER SQ.FT = 0.0030 TOTAL TONNAGE REQUIRED FOR AIR SYSTEM 5 WITH OUTSIDE AIR == 3. (Ii.~ TONS ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 7 *********************** TOTAL BUILDIN~ LOAD SUMMARY ********************* BUILDING PEAKS IN JULY AT 1 PM THIS SUMMARY INCLUDES ONLY ZONES 5 THROUGH 5 OF THE ENTIRE PROJECT OUTSIDE AIR QUANTITY (CFM) SUMMER VENT AIR = 306 SUMMER INFL AIR = 0 PRE-COOLED AIR = 0 -------- TOTAL SUMMER AIR= 306 WINTER VENT AIR = 306 WINTER INFL AIR = 0 PRE-HEATED AIR = (l -------- TOTAL WINTER AIR= 306 'i'-OF TOT SUP AIR 21. 642,Y. 0. 000,Y. 0.0001-------- 21. 642,Y. 21. 6421- 0.00(1,Y. o. 000,Y. ------- 21. 6421- SENSIBLE BTU 2,356 0 0 2,,356 12,228 (l 0 12,228 LATENT BTU 2, 174 0 0 2,174 TOTAL ZONE HEATING LOAD LESS INFIL TO ZONES= 15, j_ 93 TOTAL BUILDING HEATING LOAD = 27,421 --------------------------------------------------------------------------- * MONTHLY AND HOURLY PRO.JECT ZONE SENSIBLE LOAD PROFILE * --------------------------------------------------------------------------- * MAY JULY SEPTEMBER NOVEMBER NOT USED NOT USED *· * HOUR ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ·* ---------------------------------------------------------------------------8 AM 22139 C:2712 25-4-18 20491 0 0 9 AM 25559 25961 28(>52 22788 0 0 1 C> AM 27453 27994 i.=::9451 2L~l)L~ 1 (l 0 11 AM 30'+48 31106 30592 2-4-791 (l 0 12 AM 29718 30427 29886 24406 0 (l 1 PM 29930 30673 30108 24798 0 0 2 PM 29454 3(>221 29655 24546 0 0 3 PM f;9306 30088 29517 24502 0 0 4 PM 28346 29144 28590 23749 0 0 5 PM 27212 28029 27-4-7i::: 22777 (l 0 6 PM 26159 26996 2641.4 21786 0 0 7 PM 23517 24.34.3 23892 19636 (l 0 8 PM 21541 22357 21986 17934 (l 0 r ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 8 *********************** TOTAL BUILDING LOAD SUMMARY ********************* BUILDING PEAKS IN JULY AT 1 PM LOAD DESCRIP ROOF WALL GLASS SKIN LOADS PEOPLE LIGHTING EQUIPMENT PPL-LGHT-EQUIP PARTITION !NFL AIR VENT AIR PRE-TREATED AIR DRAW-THRU FAN LOADS BLOW-THRU FAN LOADS QUANTITY 1,020 216 3'36 -------- 1,632 7 3,060 0 612 0 306 0 MCL SUPPLY SIDE COIL LOADS MCL RETURN SIDE COIL LOADS SUPPLY DUCT LOADS RETURN DUCT LOADS REHEAT RESERVE CAPACITY UNITS SQ.FT SQ.FT SQ.FT SQ.FT WATTS WATTS SQ.FT CFM CFM CFM ,y. TOTAL BUILDING SENSIBLE & LATENT LOADS OF BLD LOAD 7.484¼ 4.407¼ 38.026'1--------- 49.'317¼ 36.611¼ 1.073¼ o. 000'1- 12. 400'1- (l. 0001- 0. 0001- 0. 0001- o. 000¼ 0. 0001- o. 0001- 0. 0001-o. 0001- 0. 0001- 100.0001- SENSIBLE BTU 2,734 1,610 13,8'32 -----------18,236 12, 0L~5 392 0 2,356 0 0 (l 0 0 0 0 0 0 33,029 LATENT BTU 1,330 0 2, 17'-1· 0 3, 50'-1· TOTAL PROJECT SUMMARY i-OF BLD LOAD SENSIBLE BTU LATENT BTU TOTAL BUILDING OUTSIDE AIR VENT LOADS 12.4001-2,355 2, 1 7'+ TOTAL BUILDING PRE-COOLED AIR LOADS 0. 000'1-0 0 TOTAL BUILDING OUTSIDE AIR !NFL LOADS 0.0001-0 0 TOTAL BUILDING ZONE LOADS 87.6001-30,673 1, 33(> TOTAL BUILDING PLENUM LOADS o. 0001-0 TOTAL BUILDING AIR HANDLING LOAD o. 0001-0 ------------------------------ TOTAL BUILDING SENSIBLE AND TOTAL BUILDING COOLING LOAD TOTAL CONDITIONED AIR SPACE LATENT = = TOTAL BUILDING SUPPLY AIR CFM = LOADS 100. 000'1- 36,533 BTU/HR 1, o;:::o SQ. FT l,L~14 CFIYI SUPPLY AIR CFM/SQ.FT. OF CONDITIONED SPACE SQ.FT OF CONDITIONED AIR SPACE PER TON TONNAGE PER SQ.FT OF CONDITIONED AIR SPACE = 1. 3862 = 335. (>396 = 0~0030 TONNAGE REQUIRED WITH OUTSIDE AIR = 33, (>29 CFM/SQ.FT SQ.FT/TON TONS/SG!. FT 3. 0'-1· TONS 3, 50'-1· BUILDING DATA FORM BUILDING-ENVELOPE COMPLIANCE • • ,, I Rl:1.Y COX MH.:HANICAL LICH!S.~ t-10. 36,W75 9666 [!USINESS P/\RI< AVE. ~- PROJECT TITLE DAVISON & FERGUSON BLDG F LOCr:}iT IC)N PROJEc1· DESIGNER CARLI ARCHITECTURE DOCUMENTED BY SLE s I TF.: D[f;cr:.: I F'T I ON LOCATION CODE NUMBER (FROM TABLE 2 OF APPENDIX 1) OCE:f'.'.1!,~:::: I DE: !....P1TITUDE DEGREE DAYS-HEATING (FROM TABLE 2 OF APPENDIX 1) C!··!EC!<ED BY SF, SOLAR FACTOR <FROM FIG. 4.1.17 OR TABLE 2 OF APPENDIX 1) DELTA T, ASHRAE SESIGN TEMP -78 DEG. (FROM TABLE 2 OF APPENDIX 1> BLDG. DESCRIPTION OCCUPANCY TYPE CODE NUMBER <FROM TABLE 1 OF APPENDIX 1) GROSS HEATED FLOOR AREA, SQ. FT. NUMBEF: OF FL..OOPi:::; GPOUMD i:·1...oOF< PER I !.,1 J TEF~, FT. LONGEST DIAGONAL DIMENSION AT GROUND:FLOOR, FT. HE I i3HT, FT. :!. .•-, . i::. fl "''!' 10 :!. l :I. 0 .-·1·-1 .... , .. ::,."-:,,, .,:: . O':::i4 1. ()(l 46 .. 00 17.00 RECORD l"HE DETAILED MATERIALS DATA 0~ T~iE MATERIALS DATA FORM -FORM 2 t,,Jf-'.,L!._ {-'! ( OP(..\G.!\...11:::. lilf1L..I ..• ; (~ ( I.Ji\l!:=;!-!ADED \_,.JI 1,mot,.J) f'..\ ( !:::;H(-\DED VJ I 1···-.!DOIA) (~ ( TOTP1!.... 1_..J I NDOltl) :1.2 :l3A i ·-::,1:, ....... ,.,_. r:.:1 < ooc:11:~:) :i. 4 TOT()I... r'.";(O!A) (!...Il\.tE 12+13T+l4) 11:5 HEAT TRANSFER COEFFICIENTS <SEE SECTION 4.1.8¥ J HI!\!TEF, U ( t,J{\U .... ) 1 /..·, U ( hi I !'·-.IDOlA) 1. 7 U ( DOOF<) :I.:;:;: 1...1 ( t,Jf~L.L.) :I. 9 U ( 11.J I NDOltJ) 20 U ( DOOF?) 21 SHADING COEFFICIENT OF GLASS (FROM TABLE 3 OF APPENDIX l) SC 22 WEIGHT OF WALL CONSTRUCTION, LB/FT2 W ?3 MASS CORRECTION FAc·roR (FROM FIG. 4.1.:1.6) ::?ii, EQUIVALENT TEMPERATURE DIFFERENCE (FROM FIG. 4.1.16) TDCEO) ~~: 1.6. 0 '.'.:::l.b.i) .q ::~: "? II () 0.0 :!.692.0 () r: .~:1. 1~) () () 0.0000 () 11 ~57()(j () 11 ()t)()1:) () II !'.:i l~I () () BUILDING DATA FORM -BUILDING ENVELOPE COMPLIANCE PAGE 2 OF FORM 1 PROJECT TITLE: DAVISON & FERGUSON BLDG F ROOF A(OPAQUE ROOF) 26 A ( '.:::KYL I GHT) 27 996.0 o.o . _.OCCUPf-lNCY B-2 ::::TOFi'., . B-3, __ .B-::·4 , __ H ____ ~--~-~~-·-~--~-.J'-< Fi'. L,_28h _____ ,._~-~'°i''?'~·-•.Q ___ , OCCUPANCY A, B-1, B-2, E ACR> 28B 0.0 TOTAL ACOR) (26+27> 28T ... --····-% . .!::::~:::YLI.GHTS .. __ . . ( 27 /2::::T) 29. . 0. 000 . NOTE~ IF LINE 29 IS 5% OR GREATER, AUTOMATIC LIGHT-SENSITIVE ... -'.;.;\,) LTCH ;1:.N1:; __ sy:::;:"!]~M'.;L, (.~1RI~ .. nt~1~:!]JU::1;-;.JJ . .JJ:L.JJ:1E ..... 0fil;;~f-Lt,,.1£;U::!TIJLI.r:L..fi!{Y.lJJ}HJ __ -------1 FLOOR SWITCHING NOT REQUIRED ENTER THE DIFFERENCE BETWEEN LINE 27 AND 5% OF LINE 28T, OR ZERO, WHICHEVER IS THE GREATER 30 O. (l ENTER THE ::;UM OF.J_ I NE.,.'26_AJ~f.t_L •. I..l)lf_;~:J:1 ______________ 3J.___ _ ______,9'?h .• D._ HEAT TRANSFER COEFFICIENTS (SEE SEtTION 4.1.8) WINTER UCROOF) 32 SUMMER UCROOF) 34 U ( :::KYI... I GHT) :3!::i o. (iLj.(l(l _0 ,.0000 -· . 0. (lLj.(l(l 0 .. 0000 ::::Hi'..'.JD I NG COEFFICIENT _ OF~ ~3l<Y.L.J.Gl·U,~,,,<.FF:::Ct!':'.LJJ.\ULE_ ... ;3_J::tl;_(..~l?f'.END1.X-~.LL __ ::;:6 __ Q •. (1QDO_, ___ _ MASS COEFFICIENT <FROM FIG. 4.1,16) MC 37 ABSORPTANCE (FROM FIG. 4.1.16) AC 38 0.9200 0. 79(H) FLOOR AREA OVER UNHEATED SPACE A<OF> 39 0.0 U-'·N\LUE FOF-: FLOOFL. ... _ .... -------·----·-·-· ----.--~----.. ~---.. U COFJ_ .. A(L.~-.. 0 •. QQOO= .. ~ ...... --~-. ----····· . ·-·-"-···----·--------~- ---· ... ------·· .... -~----.,.. ----------~-..,......._.......,,...·~~---- ·--··-·---.. --·-·--. ·------ .... -----·-·-··-------------..,,...._ _________________ . ·-...... ··---·---.. -------------------·-·-·--·-------·· BUILDING DATA FORM -BUILDING ENVELOPE COMPLIANCE PAGE ::::: OF FORM 1 -, --,,,..,.-~ ,-, ,~ ,__..,.,....,.....,...,....,,,.,......,~ .. .,.......,.....,.~,~ ~, .... n.......,.... .. .,..nrff"ttttt,......-.,..............., .... rho.,........,....,...,..,,_,,.. .. ,.....,., .. ._. ,.,..,,,,-,, ,,,,.,,,,, ,,,..,...,.,,,..T,...,.......,...,..,., .. ,.--••~•,-~ .. , • . .,. -• PROJECT TITLE: DAVISON & FERG0SON BLDG F -. HEATING DESIGN CRITERION STANDARD UCOW) (FROM FIG. 4.1.2) 43 0.4290 ----·-__ :::iTAMDAF::.:D .U (on) . ( n::::oM .1~-:-I G ·--1.1:._L__;~:_) ____ CB··:-?_/::JOR.,~B.::,:~:::.,~B···~i.!._, l··-LL __ --~-~-l!-LLA~-----0,.-1.~L30~. STANDARD U(OF) (FROM FIG. 4.1.3) <A,B-1,B-2,E) 448 0.1000 STANDARD UCOF> <FROM FIG. 4.1..4) 45 0.2450 MAXIMUM ALLOl•JP1BLE UCO) (FRCl\'"LFIG. __ 4.1 .. :LL________________ _____ _ __ 46 _____ 0 .. 31.19 ___ _ PROPOSED U(OW> (FROM FIG. 4.1.7) 47 ____ . _____ F'ROF'.O:~;ED .. 1..1 < OR L .. <.FJ~;OM_ FlG.it __ .!-1· .• J._._j.J.)__,_ _______________ :l\·_:] ___ Q_lL Cl':1-.QQ_ PROPOSED U(OF) (FROM LINE 40) 49 0.0000 PROPOSED UCO) (FROM FIG. 4.1.1> 50 0.2426 ___ ,. ________ _ --------. -------I .... I NE ~:iO l"IU::::T !\IOT EXCEED I.._ I!',IE 46. NOTE~ U(OR> IS CALCULATED FROM THE EQUAtION OF-FIG. 4.1,10 FOR THE PROPOSED BUILDING USING THE VALUE FROM LINE 30 FOR THE AREA OF SKYLIGHT:::;, AND THE VALIJE. __ F'ROl''.LL1NE.__3_LF.OR_J] .. IE_.OVEF,r'.,LL. f~OOF ______ .. __ _ ?)REr~ (..,, C OR) • COOLING DESIGN CRITERION STANDARD orrv <t·l) C FROM FIG. 4 •. L.15.L ----···-····----··-_ -·· _ ·-_ --·---· --·· ~51 _ _ _ :?: L.J·,Cl ...... _ STANDARD OTTVCR) (41 X LINE 44A) <B-2 STOR,B-3,8-4,H> 52A 4.63 STANDARD OTTV(R) (41 X LINE 448> (A,B-1,B-2,E) 52B 4.10 _ _::::Tr'.":\NDt'.-liFW OTTV. ( FHOM . .F.IG._A .• _L_L'.:L)___ ~:,::::_~;2,L.i:,Q!.:J~, PROPOSED OTTV<W> <FROM FIG. 4.1.14) PROF'OSED OTTV ( R) < FROM FIG. f.1 .•. L...1.-4J ____ ----------_ .. ________________ !=.5 ________ 1_._ 1 920 __ _ PROPOSED OTTV <FROM FIG. 4.1.13) ___________________ _,,.J..NE-5b __ 1:1us.::r:_NfJJ_' EXCEED LINE 5::.:. NOTE: OTTV ( l=i'.) FOR THE:: F"ROPO::::E:D. BU.IL.ti I NG ___ l!:; .CALCULAJED .. Fl::;:OM __ THE EG!U<~TION OF FIG .. 4 .. :I. .. 14 IJ'.:;ING THE VAU.J'E FF'.OM LINE 27 FOF..: THE AREA OF SKYLIGHTS, AND THE VALUE FROM LINE 28T FOR THE OVERALL -J-Hl-GOOD *1*' HOOF t,F~:E:r'..:1 (..) (OR). . . .. . ... ,,, .. _ .. --···m"'""'""-=·-----"··---------·----~-...... ,,,, ______________ ·--··---.. -----·--·---·--....... -~ -. , --------~·---- MATERIALS DATA FORM FORM 2 BUILDING ENVELOPE COMPLIANCE PROJECT TITLE DAVISON & FERGUSON BLDG F ------------------------------------------------. --... -·----·------·--------~---~------·-,----.-- L.OC(~TION CHECl<ED BY PROJECT DESIGNER CARLI ARCHITECTURE Df.\TE: DOCUMENTED BY SLE ~-.JAL.L _________ ......,, ................................... ,_,.,......,... _______ _ 1,JAU_ TYPE 1 W~IGHT OF WALL CONSTRUCTION, LB/FT2 (SEE SEC. 4.1.8) W 1 HEAT TFU.'.:iN:::FEF-: COEFF I c:: I ENT ( ::::EE ::::1::c_. 4_ .. L ::::.) ___ ~·JI NJER U _ 1 HEAT TRANSFER COEFFICIENT SUMMER U 1 SURFACE AREAS <ATTACH SHEETS TO DOCUMENT ORIENTATION 1 ~)(l. 00 2{~ __ --0. 6600_ 2B O" (:,:300 ___ ... Ar-,IY ADD IT I ONAL coM1=·r1:::::::: ORI ENTAJ:J ON:::;.L~"---·-=·-~ .... ~.-·~--.-.. F-1PEC1 .. , __ 4 ___ ::=,:7'~1.,,. .• 0 --· .. -"· t,JALL TYPE 2 ·0F,:IENTP1TION l:i ARE?\ 6 __ OR I El'--.ITAT I ON f..'.iF<:E?\ 01:.:IENTATION 7. (l. (l E .. - (i" 0 WEIGHT OF WALL CONSTRUCTION, LB/FT2 (SEE SEC. 4.1.8) W 2 11 20.00 HEAT TRANSFER COEFFICIENT (SEE SEC. 4.1.8) WINTER U 2 12A 0.0800 .. HEP:T TRAN:::;FER COEFF.ICIE}fC .... --::::ut!l:IEP u __ :2 __ t2l?, ____ o .•. o:~:(l(l _______ .. _ SURFACE AREAS (ATTACH SHEETS TO DOCUMENT ORIENTATION 13 N ANY ADDITIONAL COMPASS ORIENTATIONS> AREA 14 621.0 _____ ,. ·-------011.IJ:?.:NTATION .1~::; .. :::: AREA 16 0.0 ORIENTATION 17 F ... --·~"-·--"····"···=-· -~---------.--·-'-'""""'-..... f~Vi:;Pt .... 1 :~:·-·· ·-·----,_,_!) .• (l __ --........ . ORIENTATION 19 W AREA 20 0.0 TOTAL OPAQUE WALL AREA 40T 1260.0 ' .............. ···-··-----·-·--------------------------- MATERIALS DATA FORM -BUILDING COMPLIANCE PAGE 2 OF FORM 2 _ PRO,JECT TI TLC::: DA'v' I :::;ON ~' FEF::GUSOI\I BLDG _ F ____________________ . __ ----------------------.--~~--GLA::;:::;; TYPE l SHADING COEFFICIENT (FROM TABLE 3 OF APPENDIX 1 41 0. ~5600 OR .MFF;:::::. DATr'..\) . _______________ _ HEAT TRANSFER COEFFICIENT (FROM MFRS. DATA> WINTER 42A 0.4900 HEAT TRANSFER COEFFICIENT SUMMER 428 0.5700 ... ,. '"'"'". _:;,;lr..lF:F{'.1CE. (-1PE(.~'.:: __ ((-'.1T:rni::H .'.;.:t-1\:;l;~JS.....::1J:LUQCUJ:lf;l,[_,_· ____ op:r._ENT(-\TJOt-,I__L\.:~: ___ t-1 ___ _ 1::::00F ANY ADDITIONAL COMPASS ORENTATIONS> AREA 44 216.0 ROOF TYPE :1. J4JE I GHT OF F\OOF HEAT TF~{~1,1:::FEI;'. HEAT TRPil\l'.:::FEF: :::Uf~:FACE AnEr:1 ORIENTATION 45 S _________________________ F~Rl:;f-L ___ 46 __________ O. 0 ____ _ ORIENTATION 47 E AREA 48 0.0 ..... ________________ Ql1LE;NI.F1TIQN ... __ L\·'.;:~-----·-·-H ________ , AREA 50 216.0 TOTAL GLASS AREA 80T CO\\\:::TF~UCT I ON., _ LB/FT2. ( :::EE __ :::;EC •.. _4 .J .. B) __ ::i l .. _ . _ ~ ~~5 JI ()() COEFFICIENT (SEE SEC. 4.:1..8) WINTER ::::2A O. 0400 COEFFICIENT SUMMER :::2B O. 0400 • -----·---------... -------------~~--...-.....--,.-. .......---r-,--.. SKYLIGHT _'" .... -. FLOOR SKYLIGHT TYPE 1 AREA SKYLIGHT SHADING COEFFICIENT <TABLE 3 OF APPENDIX :I.) SKYLIGHT HEAT TRf.'.1N:::;FER COEFFICIENT_CU·-VP1LUE.) __ ltJU-ITEf·~--_ SKYLIGHT HEAT TRANSFER COEFFICIENT SUMMER o.o 0 .. 0000 __0 .. 0000 __ _ 0.0000 TOTAL SKYLIGHT AREA 86T 0.0 FLOOR TYPE 1 (FLOORS OVER NON-AIR CONDITIONED SPACES ONLY) ... __________ l~JE.I GH.T_Of._f:L.OOF: CON:3IRUCJ::.I.Ol\L·,_L.EtLE.I;~(~<J.;:_f.J.::...,...;;;;J;._1;::;_.-·~l..,,J~u.:;~iL~--~---~-~:;.:7-~~-l1.n.QD~-~ HEi:1 T TRAN::::FER COEFFICIENT < :::;EE ::::EC" 4. :I..~::;.:) WI NTE1:,: ::::::::r~ O. 0000 HEAT TRANSFER COEFFICIENT SUMMER 888 o. 000(> :::UF<FACE r1RE(.~ _ . _______________ ... _________ ______ ___ ___ __ ::;:-? __ _ o nnno .. lif -.. ,. !' -' ----· --· MATERIALS DATA FORM -BUILDING COMPLIANCE PAGE 3 OF FORM 2 .. .DOOP .. ___ .... _. ___ ··--... _____ ··-___________________ --~-~---~----~~.,~-----------~---n~-~-- DOOR TYPE 1 SURFACE AREA 90 0,0 HE(-4T TRAN!:::FER COEFFICI'ENT (U--VALUE, T(~BLE 4, f~1PP. 1) WI~'-tTER 91.A O. 0000 HEAT. TRf~\\l!:::FEli COEFFICIENT ... ____ . __________________ ------···-·· !;.:IJ\"IME~Ft ·-·~, ;!, f!, .. ·-. (). 0000. _________ _,_TOTAL DOOR _r-1r~:Ef.'.1 91.--'-T __ _ __ ()_,._(~-- ... ~ .. -~--··------------------------------ --------~---------. -------------------------------·-------------------------------- .. . .... ·-·-----------------------------.-.---------------·-·-- ··----------- --------------------·--------------------~-----·-· -·--------------·--· .... ---- -····· ····--- -------·--· -. --------------·--. -----. -··---·---------··-------- HEATING CALOJLATIONS i BUILDING DATA FORM _BUILDJNG COMPLIANCE .. N•-·---.. -M--.:::--,-:M;:,:::•..:;;:::=,:-,.,::-: .. -;:.:•: .. ..,•::~::•,.,,....,.,..,.-,....,,.-..... ......,,, • ,~ """"' ,..,,, ,Y.,.-., ,~, ...... .....-... ,~,,...n,,,,, ,........._......,.. • ..,, _,_...,,,.,.......,...,,......,.~,~, .......... I TITLE: DAVISON & FERGUSON BLDG F STANDARD UCO) (MAXIMUM ALLOWABLE) ( A ( m-~ )-li·U ( OltJ)) .+ ( ,~ ( OR)3'~.u.coi:::: )_)_ _+ __ ( {.\.<..OEJ_,:,tJJi..OEU. -----· -· -~-----...... --- U ( 0) --------------------------------------------- + <. A(OW) + ACOR) + A<OF) 1692.0ACOW)* 0.4290U(OW))+( (OTHEF:) 996.0ACOR)* 0.1130U(OR>> i:> ... QA<.OFU..;-* ___ (l_,._l._c)cJ()_t,JtQEUJ...±..,___ ___ q.,,_1)fH.OF:J_·ll-__ Q ... :~;_4~;i.C:i.1.,1_1J)F_>_L UCO)= ----------------------------------------------------------- 16'::-'2. OA<OW) +996. OA ( OFi:) +(l. OA (OF) 0.3:l19 ------------------------------------------------------------------------------------. -·--_..._ . . ~ --. - PF:oi::·o::::ED U ( 0) ·-· "" ..• ,. -..... ., ..... ___________________ ........, ___ _ (A(W)*U(W)*MCF) + (A(G)*U<G>> + <A(D>*U(D)> u (ow) -- ( +(__ -- 1260.0ACW>* 0.3741U(W)* 0.85MCF) UCOW) ------------------------------------------------------------1692 .. OA ( (1t,.J) · 1::;:ooF ( P1 (Fe:) ·R-U ( R) ) -1-. ,( ?~ (Sl<YL.J:.Gl-[LL*.U.C?,;:~<Y.L.:LOJ:IIJJ ______ ._ ---···r --~----.----~-------·-·--rn ~~-,--. U (OF<) == A(OR) 996.0ACR)* 0.04001.J(R))+( O.OA(S)* 0.00001.JCS)) I.J(OR) ------------------------------------------------------------ FLOOR -----A(OF>*U(OF) U(OF) ------------ (--\ (OF) 0,0A(OF)* O.OOOOU(OF) LJ (OF) -·-··--·-·-----··--·---··--·-·-··-····-----····---·-... •••---·-(l n (l(H)() F'ROF'O'.:::ED U ( 0 ) UCO) .. _ O.OACOF) ---. ---·---~----··-·-----~-~--------., .. ' ., .... (A(OW)*UCOW)) + CACOR)*U(OR>) + ·(ACOF)*UCOF)) A(OW> + ACOR) + ACOF) 0.0400 1692. 0(--\ < OltJ >. -i:-,0 .2:<:,.151.1 • .t .. COHJJ ..... ----------------------------------· _________ ----------------- +( +( - UCO) ::: 996. 0A (OR)* 0.0400U(OR)) O.OACOF)* O.OOOOU(OF>) --------------------------------------------------------. ----1692 .. OA ( 01,,J) +'::"'':;:,{~ .• 0(-) (OR)+ O.OA<OF) BUILDING DATA FORM BUI~DING 1 ENVELOPE COMPLIANCE TITLE: DAVISON & FERGUSON BLDG F COOLING CALCULATIONS STANDARD (OTTV) MAXIMUM COTTV(W)*A<OW)) + COTIVCR>*ACOR)) __ _ OTTV = --------------------------------- P1 ( 01,,J) + AC 01::-.:) ·-----___________________ -----~~-~-~C.'U ~,.·12 ) ___ . -· ---~----. ---· _ (31.600TTVCW>* 1692.0ACOW))+( 4.100TTV(R)* O.OACOR)) ( OTl-!ER > + < '-~. 1 OOTT'v < 1::;: > -ll· o. O(..':i < or.;.:J ,. OTTV = --------------------------------------------------------------- 1. 692. OA ( OltJ) +996 .. 0A<On> 21.6067 --------------····--· --~~--·-------------~----- ----------------------------------------------------------------OTT'·J C ltJ ) -' .. . c, ; • -·· ............. ., •. ,.,, • "' ........................ "' ....... ~_. ............ ~-· • • •. '" • " , ··-··· ........... ~ .................. . ( +( +( __ + ( 0. :35::::91_1 < W) * 1.260. O?-'i ( ~·J) *·-:3:7. OTD U::G!) ) + C O. 00001.J < D > -11-o. or:::i < w > > 216. 0A < G > * 122 .. 7SF* 0.5600SC) (UNSHADED GLASS) 216.0A(G)* 30.0SF* 0.5600SC) (SHADED GLASS> 4::::2. OP1 (en-ii· Q •. ,57DOU;(J3.) .. 1f--~-·~0DEL...:CFt.D:J •. L.~ .. ·--'-""" __ . .. ,, OTTVCW> --------------------------------------------------------------1. <':.'::.'2. 0(..\ ( OltJ) ROOF OTTV(R) -------------------------------------------•-------------------A<OR) ( 4 :l * 0. 04001..1 ( F<) -~-996.0A(R)* 0.7900A(C)* 0.92MCC)) +(118* O.OOOOSCCS)* 0. OP1 < !::: ) ) . + C 6DEL TA (T )-ii· .•. O •. OOOOU.C3J.:* ___ o .. _ot-, < :=;; °l.) ·----~----.. ·-------··-----·--·-----·----·-.. ----.. --....... . OTTVCR> --------------------------------------------------------:I.. l 920 9':;:,<'::,. OA (OH) Pt~:OF'OSED OTTV •m•<•=-=•-·-"'""-"" ___ _, _ _,•--•·---·--·-""' , .. •-·• • • .,., •• '" "• • •••---•-•--• ,.,.,.,_, -•··""""" • (OTTV(W)*ACOW)) + (OTTV<R>*A(OR)) OTTV = --------------------------------- (..\ < Ol•J ) + A ( OR > :~::::I.. 67920TT'·J C ~--J) * 1692.0ACOW))+C 1.19200TTV(R)* . ____ OTT'v' ... = ----------------------------------------------------------------------. . ' .. . -....... .., ... -.--"---~ . ~-. -, :l. 692. Oh ( OltJ) · +'::1'::1(:,. OA < QF,:) OTT~) = j_ .4 ... ()!::::::() .,_.,,....,._,, • .,. ............ .,., ... ~,,,..,, ,n·,,.,,, ,;.,-,,, ,,.,. o,,-r, • • ,,,,,., =r, ............. __..~..,.-·--~---·----------··-··-·-·--------·--------·---· .,. HEAT TRANSFER COEFFICIENT PROPOSED CONSTn UCTlON ASSEMnL y . .. . ·.o.·: ·· .. C>:Q ... Q . . .. •' .. . . ' ~ . . .. . . . --L •\ .. -. \,f ··--- Sketch of. Comtruction Assembly WEIGHT: lb/ft2 Check one: Walt J_ Floor Lht of Co_nrtructlon Componontt ,. 2. 3. 4. 5 . G . 7. 0 • Inside Surface Air Film Out1ide Surface Air Film .roe coolioo ~ 2,,5 coolin<J I .s9 coolino . ~~ coo lino Form 3 n . 1;:.8 hcntin<J . 17 hcatino 1-51 hcDtino . b(Q hcitino H[AT TflANSH n co Hr-ICI ENT l"l10N)HD CONSTflUCTION /\SS[MllLY 1 !. ··--j1 : -----:·:.__ j :.~ ! '··-----~:·· .:, •. ·-11 i ; '·--· .. <~:·-· '.1 11--····· ·---,1.;,_ __ 'I _.:.:-,__ --·11 f ----··----.. ; 11---······-;-'I I l "•• ._ •. ll i I --· • ,..._~ 1 1 j·,--·" .. ····· !1 I (. __ _.. .... -~-: ; : 1-1-----::---:~~ iJ--- 1 ·-------· · :I ;s:·r~tl I. t. .. -··· ... . .. ; I /"/----;I' ·, ... , :;, ·t--·-· ·:, : i :----:·.::.~--:~-~-l i lt"" .. ···? If······ ';:·11 'I : ·-·-·· . ·:. I 1:1 ·-··"·-···· 1,. ~-.. Sltrtch or c:;~1truc1ion /\ucmllly f1ool Typ• floor Tynr 1, Litt of Con11nictio11 f.ompnru·11!1 1. / ti I '2-t-1Yf · 2. Q.-\\ .,-,·-.l SIJ \ •f\'"\"\ C ,J J. I (-i' C.i '--j f · .(. [i, 0. 7. D. ln1idc Surf1c~ /\ir f-dm .. u. v .i u. · (1 m 11 (1n61.Framing Pactor of ___ _ WEIGHT: COOII"<) R ,l(_f )l.o I l(( I ,.-, (,4;)'" l -,-... Form 3 h1111"'Q R I lf.(• lL_Q_ ·l/) .17 17 ..._,r.,..., -• I::, lh/!t2 .09 .06 HEAT TR\NSFER COEFFICIENT PROPOSED CONSTRUCTION ASSEMBLY '\ \. '2. 3 l I 1:· 5. 4. Sketch of Construction Assembly WEIGHT: ( 25 lb/ft2 Check one: Walt Roof ¼ Floor Form 3 Lht of Construction Compon11ntt R 1. BUICT UP f<OOF ."30 2. A-YvVa:::>D .Co2. 3. R-J<f/ lNSULAT!ON 1q. 0 4. Al~SP,,ACE. -B6 5. SUSP!:::.NDED CEIL.ING. 1,'.2.6 6. 7. 8. Inside Surface Air Film -~2. .GI cooling hciting Outside.Surface Air Film · .26 . 17 coolino hcatino Total Rittistance Rt 2.3. 22 < 22.z,3 coolino hnting o. oi/ 0, O'f cootino hc~ting - •• 1' I ( R~v ... 1 5/78) , --., ,r·,.1 Documcntrid by· 8Cf..: -·----. ---- Checked by_-____ _ •.==; : t '•' DESIGN CONDITIONS i-•1 ·. :-;!J..l+1 '.1 .. ,:Jo.1r: ,. Building occupancy type (Tabhi 1 of Appendix I) ....... . P~oject !Latitude (Table 2 of Appendix I) ....•......... Hia'ting'De'gtc'c Qjys (tb61b 2 of Appendix I) .. : .. : : .... ·--~-.,·11' I j,' L1J ·-; .. '·\l_.:11,, _} ' . . . . • • • . .. HEATING LOAD DOC\,.JMENTATIQ.J\J,(At:tach ca_lculations) , I ~-I'. 1, • f j, t '_ _ • , ,_(,,.(, ~,,JCUJ,i:tffA11frld66r'Desi'gi,""fompc'rStt:1r!!................. ~ °F Outdoor Air. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . <;FM ,l~ietitlu)ss Fr6'hi'Outi:Jd:or'A1r-.' :·:·:· :1:-.' ;~!-'1'. -'.11:'.:>:: ........ ----1-r ,-M----Btu/Hr. fern~eraturci'ot aciiace'ifftiificatdc.l'~1i:/acc&1·.r :1'.1'_:-,_ •• : • • • • • ;i;;::;;.-~F Transmission· Healing L6ss:?s ... :·. · .. ·:.:.... . . . . . . . . lifi§l Beu/Hr. Outdoor Design Temperature, Winter :::OCL. '"1Er,r:-A7iON :·-rnv..-: Infiltration A}r ......... : .... .': >. ~-........... . ~t -v" ;c·F.,r-::1. !l ~ ;J J: ~ ~ -:v.~c :~·r·sn:\'.!:; COMPL':'..Nr;E (·Jde1a~;!:.o·~s·J1·rQfiQf-J'G,f)l.t:r:<1t.i:on ......... : ...... : ..... . --:---.~,c.1:/Hr._. Ventilation Air .................... . -CFM' Heat Loss From V'entilation .-.............. . Outdoor 'Air for Spcci'aJ: rr·ocessri's. : .. . Btu/Hr. CFM Btu/Hr. ?·n,i1.c. f.t,e ,. . , _ Heat Loss From Pro_c~e_ss J:-ir; ............. . ~oc:iti in __ ;{~-~~~-~~: ~J,-;-?;7@t~:e·r-r!e·ar1;;-~~s:e's {de~_cribe-) .. ;_ .... · · .......... . : }oct..,.1c.;r1 ~1·.-i .-__ -_,;_ __ ._-_ -Seu/Hr:- t-crrn·1 · H·e an:·-cfss-cfs . . . • . .-;-. . . . . . .-. . . . • . . . • . . • -/. i * , ·' \ ' • ' ' ,'rop~r.. L),·~"Jr>cr .-, , ; 1 COOLING LOAD""(m·cnMENTATr0N:7(Athi'di~lculations) .. Outdoor Design TchlQeratur.e, summer, dry 1bulb·. . . . . . . . . 6'.3 1 ' ----9-F--· ·---~~-~-~~~~~-~-~~~-~~~-~-a~~id~~I~, ~ o·~~ig~;,:~;;;~~~;;7u;;;;:~~t)~1T;::'.~:~-~:~~~ ·:~~-~-~":~~r;;7m~~A·~~ 1 ~~. H::.~.T 1:•}G Indoor Q.esign-Temperaturu, summer, dry. bulb. . . . . . . . . . .. 76. _ . °F Indoor Design Temperatur1?, summer, wet bulb...... . . . . (tJZ,6 °F 971/fl Transmission Heat Gain ........... _ ............... . ·_,l_;qu,n ;:,•r13Ut):l""1C'/ ~ :rJL , ,_t,;,~ f ,J! ,1\ppt:;i• ,\. , , . . ,tn.fil_t.r.a\1~(1.A1r,.1 ..... ,,._ ... _ ••• '\. -·.-:.· .•·: .• , • • • • • • • • • • • • • • • , r ~ 1L . , •JI.. lUUt. l ,JIJll .,_,Ji , .... 1.11 ... , .. f!.Jt.~. 1 l ~ • • . ,_H~~.t Gair,i_.,Fr,om)r:if_il~!'.<.i.V,c:in , •• , 'I\' • ~ •• _ .,., ., , ••••••••••• , .· ..... I. ·.I .-JlCC u ... v ,,,_ . ., ~ n, 1 .J)fJ_ ,l ... •. , . . . Outdo~r Air for Special Processes •.................. l • Btu/Hr. Heat Gain for Process Air ....................... . L()f-\C oocur-.:~:r,JTATl-~~11rlr.'Heafd:iH~. T-h'iciUgh Windows, etc.. . . . . . . . . . . . . . . 2D~2J1k. Heat Gair{ Fr.om .Lights,_l;quipr,:ient, People, etc.. . . . . . . . . l·?(,]Zq CFM Btu/Hr. CFM Btu/Hr. Btu/Hr. -~,tu/Hr. Beu/Hr. \ ,',.-:-1 -J1•.' ·, ~, • : .. i /\_ ' .' ,'4, ,.) , f f ,_,. s_.'.'..,i I I ~ • "1.1t;; J • -. :'° ~ , '41; \I''; • , • • . • Heat ,Gain From Other Sources .................... --~-"-'.'_"'" ___ _ ·1C..:CH ~JC$ (;n~ll.!t'PCH~l:\f.'~.ltl. Ouw,,,:,r 1~i, ..... Q4tpot9r, A.kr:o,..,· ,-J·J'.-oo·' .·: ··, I ' , , ._,-..(/1,'I t '• , \. , \ .I ! -/: , • . • , ('.-.f.iic.d.Mio\roum,T, ype S1~stei:n. __ ... , ' "I ,·1,,1 Jlt~ ;:L dUj,h."11,. 1J11 ,1;,·,.1 .. .;.:),J{_,__,~ ••• ' •••• ·;-1:, ,: ; 1,: C.f::,ty1:-f.-~ftf.qfs1~5\.:ff{o_t _to Ex~e_c? _Tab~l_a:ed _ . 'nfil,:· .·, _-. -. ;,, ___ . Min_if!1~r:n.Ven~ilatio:1_Ratcs). ( :·\-\·:-,•i> , /: ~f1Pfi~a_i,?-tfffUJ7w-9,':-lt.d0 ?r Air. · : · : : : : · · · · · · ·/•"•p::11_1,J(I />.,1r. !-te;it . 1' ~. ~t1Jfn v1--:.n·1. 1-.JO 1 {-'J'11...· ~--; ,1 \rt for Sncr-1.1! C1r1,Q~"Si1: .... ,, It,' --~-·--L- ' --· 1 --.;'--•• ~-- ~c: ,,, .. ;; ::, ., ''' ·-;----._. ---- ,,,,_.i ,,f,l' ,',• ;\< '_, ~ -' ,: ..... ' \< '._II, ' ,, ,-. 'It ! l' _; ':.._~ , .. 1!' I ,, COOLING LOAD QOCUMENTAT!ON (Continued) '' l ,.-. ,:,, System U1til'izing Outside Air For Coofilig CFM Per Person (Not to Exceed 33% of Tabulated , rfocorrlrncndcd Vl!h'ti'IJt'ioh :R'a't'ds) :., '1' tz...:..i...__.. ..... TEMPERATURE CONTROL ... :. ·· Hcat".Gain From Outdoor Air ................ . , : ~ ,-; ~ .-.. _ . ' )' ' ' ' •''Tdtal'Cob!i'n'9 Lbad .. ·:·. ':·,. ' ... '· .. ,,) j: ' -l, ,;,,,, ..... -. /,' ',. . ' . . . . . . . . --- Pago 2 of Form 4 CFM/Per~n Btu/Hr. Btu/Hr. Attach manufacturer's data or other, give specification or drawing reference which·shows in detail the following information: REFERENCE (page or sheet No.) • capability to sequence heating and cooling .................................. . • temperature control devicd"'5ct point limits .......... · ... · ..................... . M-3 M-3 • temperature set point range between ftill heating and full cooling ................... . • setback and shutoff controls ....... · ...........................•......... • · capability to terminate heating at 7-0° F and cooling at 78° F ...................... . Indicate drawing or specification reference where the temperature control device requirements given below are documented. An automatic temperature control device shall be provided for: • each separate HV AC system .................... . • each zone ..................... ' .......... . --.::O:J '-I 1-JG LOAD Dt.:,CUI',1Ei\JT ,_., Ttcr,; (1::011.1,1:·cd) SIMULTANEOUS HEATING AND COOLING :_;•t:,.\;.,. u·ti~i2.1ntj Ct1,:;1\~i J-\ir ,.:,~.-1..:~~,c:1n. The following requirements apply to the us!}_ o.f, n.eivV eQ!!W~/ ~.r~~ ,n,ci;?~f)9tJ:i,e:.,c;_o:r.rJ?!ie,c!,:'<'.Vi~):1 .v,;,,hen recovered energy is used to control temperature. c_:r-:.~,-) .~ \.,~,-· '\. 1l,:J:(,.tn::c..:,111l~i;,1.,.,:u.,-..~~ . .. -----·-·--,~:~,'-:t In each case, when resetting hot and cold deck temperatures, one representative zone may be chosen to represent no more t1'1an ten zones with similar heating or coolirg requirements. 7,_:tr.1; ,:r.if\:.-.j Lo,,·l ... ·.' ··-. . ___ :~~.;_ ____ .;.h,,~. ·concurrent operation of independent heating and cooling systems serving common spaces must provide either or both of the controls given below. List reference specification page or ~rawing number where control requirements can be verified. RE'FERENCE Att~ch 1 'i.Jr1}J f ;Jcturer's datd ur o ttu.r, 1ive :,•.,i: , : ilea tion. ,;r Gra\vi: ,:J refers!nc,.,; vvhich shovv:~ in d::-t11i' u1c-:1 ! L' --~1 in iOr 111J ·on; • Sequential temperature control of heating and cooling.systems .................... . :1f~Fi.:F,E:JCE'' • Automatic reset of heating temperature, to limit enercJy input only to that level to offset he;it loss due to transmission al'ld infiltrntion ........... . :·:ilCJ·~ -.. [\·VtfA-JJo.) following r,, setb;i,:k and 5t1uto I: con trois . . . . . . . . . . . . __,•_w.:,__: __ ......... 1~!Jt,1 ·11 .,., ~~ .• ,. tt e M-...i:11..t., 1 l-11. ,-...c • "''! t .. "\)11,.J u , J 1 •••• ~........ _....... __ -·,;;,--..=--~• ,..l/.,',bPn, 1se,r,v,iAgcmw11:t.'1r.1)P ,:00e.s,,c0ntr,0l;.:must ~11.tnm.iti,cal;liy r.eset the cold air . . . . . . . . . . , -r:--[ 1 -j;,.1',-.-- supply to the highest temperature level of the zone requirina the most cooling . \n,J:c~r~ dr:wving or sp.:cific;ition rcf,.:.-lm~:,·· \•,,,,;•0 (,ic. tcmp•crJt:1t~ :.:ontroi ,:·:,:~:c:.: requirement, siv•,.-, lJf\.f!R'l aocurnc 1:cc kl for.:1,g,le2<1.0£1err.e1fyte:iltJ\S:.YiSteffipt"~:lh1ll·~l~9:glz)f:1,tr.r.1ll!!1ll ~Q,J.·f!ivJ,ltl'~)1r&,l~r.aw19 and cooling . . . . . . . . . . . . .... 1_.1+-~-1------ ,. eac:, f<:?PJ,:itc: HVAC sv~ccn• . . . . . . . . . . . . . . . . . , ... , . . . . . . . . . . .. __ ,, _________ , , -- ··----------~·-~--·--------.,. __ --.. -- Pago 3 of Form 4 ·-',, *. Dual-duct or 'muitizbne' ~ysteh\s ;,J "!ifvJ' rcferc~Cl~-sp'ctifi<l~d2N1s' ·B'bui ot dra.,.:,inu number which will show compliance with the following: • Hot deck temperature -must be automatically reset to the lowest temperature necessary to satisfy the zone requiring the most h~ating .. • Cold deck temperatur~ _.: must be automatically reset to the highest temperature necessary to satisfy the _zone requiring the most cooling .. REF."f?R!=NCE Nik I Recooling systems give reference specifications page or drawing number which shows compliance with the following if recooling 20% or more of the total air in the system. • Controls must automatically reset the temperatme of heated supply air to the lowest temperature necessary to satisfy the ·zone requiring the most heating. . . •...•.. f\ltk HVAC SYSTEM RESTRICTIONS &SP-EGI-AL REQUIREMENTS Several HVAC System typ.es have special ·requirements or restrictions. In this sectio~~ tE~-typ·e ;;(~y;t~rn-~sed in the design must be li-sted and any special restrictions given -here refcr-er-ieed t0 show-compliance-.--Su·pJ:JI-Y -reforences to· proper-specifi- cations page or drawing numbers. Type HVAC Systems -Used -List t-ype of system -to be used here·+include all systems for heating or cooling in the building) include reference for specifications for each system. uua,-du1 t or mu.t1zor,c t:1~ fono:vi,vJ: l)M'fS._ ,: 1-1_ . i • ;-) -__ : C ---.. u C,):d ,'leek ternp~n:hur:1 -n1u:,.t be Jut01n,,t!1,.~;i./ 1c::;1.?t to t;H~ h e1:1t!st \,.'.:i•1; • .;1·lu\..ui,.: 11t.:Lt:·•!J,11 y ll,.\ !:!<lU!.>iy u1~;-l.u1~11, r1 i<,Jlf!i11J u1e n10$C c. ·101tn~. 1-:.,;l,..\..1ulh t;:1 }'f..li...:1,1:, -'J,v,.; 1t:1i.;r1.:1JLt! !>pi;t,;t~ r,; .. ;1\•i;_~ pu~p: ur Grav:1n9 r,urnGer ~lJfliCi'1 ~n·JV-i:; ,~crnplJJnt:e \v,!;) U!C toliO\V11 1J jr rec•.Jolin~: 20'% rJt mar~ of u1,; tut:'1! J;i" in 1~;1(! ~y1:::iil: Constan~ volume reheat system -when serving both interior and exterior zones -separate cooling coils are required if the e'xtffl8F z'6he"e1:H:e'\llis32n<roi1r}f ltheetafa~1h,fif rcfuan ffty1il' fi:/u1gf.1<1tf-le eocl!-ihg ·~6 m; Lhc iov,c ~t temontJturc necessary to satisf"·v ~h!"' z0ri1t ,"r.1'tUfr!ri0 ~11£ ii";O!:.t f#r ~JUn') ..... , -.... ~ A ~ •••• ' -----t-7----- 1 ' HVAC S1(STEM RESTR!CTiQNs:; t< Sf'CC:.'\,, 1;,:c:U1!1f:..i'~iENT;i REFERENCE Several r·j'/AC Sy$1e111 t\-'Pe:. r,Jvc ..;peciai 1-i::q~, P.;rne~:.., 1]r rl!.:.._t:-u ~P.Jns. In ~111:.. >1:ctiur ... UH~ typt· ..:,.; Jvs~~1,-, us:·d in the ii~ :.r~n mu~t be '1L;;tcd and any 3Pet:i.a! restrictior1i-; £;1-PH: h, re rt!fr:n .. nce: i ro ~llO'-"' ~:orno:;JPLP. :;ur:irJtv rt:fi!rc'! .. :i! ~ t•J ;;ropt r ~~-'1. r.ifi- CJtioris p;,gc or t,r .,wing '71.!mt.,:, ~ ..... ypc H\'AC SystciTI~ \Jscc -:_l~t type of :,1.'~,i'' 1:1_ tl) bi? _'J.;c'-t :1c 1..: ,,n,.::h..:\..le ~Ii! SVJ'k1::-n~ Z·Jt nl!()~i;"_; ." # ('J(.,111nr: 1.-.. th~ but:.~ i:""1: ,n-:-lude r(crc:·,..:e for $pt::cifit:ot1om for Pa(.)·.:,\' ··:···1. I' 'I I l j il ., ..... t j: j ,1 - y') ' ' I ,. ----. -Ii • ..--,' I' .tv 1 • ·: _!'itga 4 of Form 4 DUAL DUCT AND MULTIZONE SYSTEMS · ,·: ;-,•: ,'i:r,.: 1 -,ri __ ti,,J · ( \:~· 1. • •• Cqnst~nt volume du~ or multi zone systems ·which utilize new energy to simul'taneously he.at and cool air streams which are ~u6~eque~tly diix~d for tempe.ratyre control are prohibited for buildings larger than 20,000 square feet of conditioned • ' I ' 'j ' • . .. --.• -space. _If used, the air leakage for par;rwe.rs' utilized fcir the mixing of heating and cooling air shall be limited to a: maximum ' • _., .__ ; ' \_1' ._ • • • > • 0 i ,f ~ I ! I • , • • ' , ' --• • leak,l9l: of 3% of th_e tQtal air quantity handled by the dampers when operating at the maximum system pressure to which the dampers wi'II be\ubleded. Manufacturer's label or nameplate shall state leakage rates. . . . . --... --..... - '' ,._:,:: ! ' . ' .. ,", '. ~ ' \ { ~~~Eh~NC~ __ -_-_M~/2~~------____ J_ EconomLtkr Cycie: i..: :Fo/ehth i!o6'1ing j~\"i, system, for other than dual-duct cii-"·muftizbnc systems, 'which ·s"ifr\ie zones having total cooling capacity greater than 134,000 Bt1,.1/hr or more than 5,000 CFM must have an economizer cycle unless one of the exceptions allowed is claimed. REFeRENcE_~N_/_k~· ___ _ I Electric Resistance \-!eating Systems -These systems shall not be used unless the total installed electric resistance heat does not exceed 10% (ten percent) of the annual heating energy requirement or a life cycl'e cost an·al·{si·s·, ·Form -s-·(see Section 4.2 of this manual) shows an alternate system life cycle cost exceeds that of the electric resistance systel!.:_. Give reference if le$s than 10% or include Form 8 if calculating life cycle cost. REFERENCE _ __.~...,.[-+l.,_·k~"----/ MECHANICAL AND GRAVITY VENTILATION . Mechanical ventilation -Dampers which are automatically interlocked and closed on fan shutdown are required. REFERENCE N IA::,.lXJ" ,i of ,=,.,rm 4 '/, rc;~~~hv°{:ffJr1Wo9sr.:"~ki~k~P~'illo:.;rrl·;atti1!,reac1i1y accessible ·manua11v operated dampers must be prov.ided tor a11 openings to the outside with the exception of combustion air openings. C::nst::.nt voiur,;r; auct ,:,r rnultizorw I.:~1 :ms whic'.1 utili re nc,•r ancrgy lo s1mu:,:i~1eously i1c.1t Jnu cc,0/ J:~ •,;;·: 1rn~ which ;;I c ~ubsequcntiy mixed for temperilWiC ,:ontrol au) pro! ibited for bui!din9s l~HR!lf PEREl<{o§OO squ~\J;rfot of, an,:litioneC: :.I1.:ict:. If med, the air l•!nk;ig<! for d,11.n;,Qr, urili2.ed for tl'r rnixin:J of hc<1tinu and cooi111'.] Jir sh;:i!: b,: i:!rnitcd to: ,rn.:ixirrn~r1 lr.SvrtfROtd1:ls°t~·\i,-fsw11·~(Ei~l~1.i\y t1,•,,c;kd liy the d1mfF'r~ •.vhen opcrat,n<] at the i"i"lJ)..,,11Um _sys,,:rn ;Jressu;1: ·o -.-.hich tf1e c..;mp,:,,~ w11rlr& SUIJ)'!Ct·:d. rv1ant. f,l,;iurcr''.. !auel O! na,~ 1 Cj:hte sh:Ji( $lolC l,;JY.;:'.;:, :"Jre:. REFl;:R ENCE n 11"!' 1~>.cetd l01}b (~er, perce1i·d o: tL.~ .,.1,l 1 jJt t1•;Jtin9 cn..;-1 tY .. c:t~uin?tilent or u ::;:!] cvc,t! co,:;t <.1r:~!y:;1s, Forr,1 B (5cc oY3t'l1~~P 1~XRLume~ff~~s°1;in ~1iti~rntn.' \'/ ,tC;Tl 1:f~:: C'/(!e C( ~.( f:<1:cccU:; that ,~f r.11c ,_;c~tr~,.: rc::~· .. 1nce $)':jti:rn Give T,9Jal .$LJ.PP.1Yhir Q1;1a1;1tiW ;i_q11'~~if11,UIJ"l, f:lp\f\;,,,:,; .. •, ·r· ·~-·. , , · , · · · · · · · • · · · · '. · · • ·-h :a 1:,,dn id,a Ul 11Clu-d1 .. I .Hit)\) H ~-·'11tl,,1 J. ,1~, ,i.r. •.-y ~Ii.,. ._r_.,11,,. ----Total Pressure of Supply Fan at Maximum Flow ...................... · .. · · · Inches Water Total Gross Floor Area ...................... -.... -·. · · · · · ~u-::.:;T.::i\\"",'.::' __ -_-_-... -_----------_5q ___ F_1_-__ CFM !i IE cf.1<1.0!-R~rj9!i!}lpJ)~ l,nql.~,~ \ai~M,a~iQ14r;n1 f l'?Y'1 df PI m). · · · , · ' Variable Volume Ad~ment Constant .......... · .. , ~lr.!cA~jU~:t!?deF:i<!Pa~!?J;t,or:rmi0,ec,-.,IJ;i!;le,x,;f.•Pita·G -~'.i ,.:,;r..a,:s;,;,,., .. ,.;,~. ;.J;:, .. "-.:j.z..;,,.-_;.,;,;o~e,.i Di')-:~:.--;• o•n•.'t1.!G-:m · ·--·--~:····. ·" ',·· .. ·,,,, ... ~\ ·: ...,., .... -y-,, ... ----.... -. ;1• .l \·· - ,.,, ......................... _ _, __ fw~ I: , i-; ":,· ~. l ~ ~ ·,:._ ·_'L;~ ......... ·.,..~·-.:-::::;.::.;=-;,· •. ,:: \·.;:;., l::.?1b ) .... :.. .... ' . , ·;··t' ::.,~ :,') t;_~ ~ ~ .. -t ~' ' • -... ·~------. --. r.,, ·.,: •... .. ' --....... _ ... .,. r: .;. f • ,~ • •• o•r•-••• ,._, ----. ...,.. ............ ,,.. .. __ ---.......... ~ .... -........ ~-....... __ ~--.... , -··· '' .. ,, -. t, ,' I ( '.:' .·,. .. , . •• ,l ' ' • -·~ • " ,_, ": .. • ~ " r .. • : ~'' {1;1 ! ~ \., , . •!.,',• ·.··.- ,..-.-. , ... ' .. .:, .. . ......... ,·. ·:1l:t1· ·:. ,1;,;,·r, !-:··1tf". ·: .. ~ ' I tt ' , ~ , _rn;i_r-.~\ :·. ;·· -Y;:t-.i ~ '"l: 1~ ~; _;S/¥·~-:;? ~ i,i:~ 1 \~11:--;;7t: ::. -·:t ': \·!·flj)..•;~ if.'• "IH~!',-tt,~<, . i''"l' l ,t," ' 1-' -•• • r'i'i i ~'t:.' ~,~~' '· :\t~·' · t.', f,•,i 1~ ->.,:"".'.fi .. ~?-r:;:,' .1~ '>'.l~fJ,1 J''f.., -~, :·,; ~ ....... t .... ~,.r-,.,,· .-.~~ :tr!.•:~1liu{~i~~1~ ;1rt.,..1L)·.-· {)>:>l~1.1'l ~, ·',._. liL no:.it·t., ... r · '• ~ I , .,' •,1, • <. • .:;_• •,;, .· ,···: ,., \, . ... ,,,.: : .~ : -. . ~' .~ , .. ---- ~6of Form4 · PIPING AND DUCT INSULATION AND DUCT CONSTRUCTION References to the piping insulation, duct insulation and duct construction requirements presented in Section 4.2 of the Energy Conservation Design Manual must be given below: PlPlfHi, AND DUCT INSULATION /.\ND lJlf;·· CON~ti"~=:UGT ON REFERENCE ___ M~--?_, ____ _ ?t<'t 1J vt 1 •.)rrr1 4 I Refore ices to the p1p_,ng :nsulation, Juc:t H,rnlatkm and due con:;truction rcquirerncm:; pn::~~n:i::d in ::;,:·cticn 4.2 if ,he 1.:nerT.: Comt:rvat1on Oc~1gn 1\·:_;,nu,J ,11Lbi L11: :,, •• ,:n b·~ low: .. , .11:..:~-=;:nr~:"J1_' _________ _ - -----. 1D'OCl:JMENTATION F10H'wh~1-' .. • •• ' l. ·-, Form 6 HVJl:C EOU!PtviNT'corvi1p'(.1f\NCE'1:'•L: _:, ,•' I ,l, 1·"', \ ~ I ' _, I I -' ' ·-~ -. ! ' \... ,_ 1 •. ~· ~- References giving the specification page or drawing sheet number or manufacturer's data r,nust be submitted to demonstrate com- pliance with Division 6 of the standards. ELECTRICALLY OPERATED COOLING SYSTEM EQUIPMENT ABSORPTION WATER CHILLING COOLING SYSTEM EQUIPMENT GQ'rvrBt!J'.ST·lONTfll'E~ft'llrG'Cl:QU I PM ENT .' H V(,t0TI ~ f.id-g a's",H r ~di c'or-nif1cNf-i / •• :\, C ! heating equipment- ELECTRICALLY OPERATED HEATING HEAT PUMPS Standard rating capacity, Btu/hr Minimum EE R (CO.Pl 'I 'i, ,, _ _:' Reference I •• " I' ~ l I.•: Herit source (check one) Direct fired (gas-oil) Indirect fired (steam-hot water) Mi'nimum EE·R :(C'6'P) · ' M_,.::~' · Reference M'inimum combustion efficicmcy at maximum rafod output Reference Minimum EER (COP) Reference Supplementary Heater Control Reference \ "'"S ____ _ 1-·or:T1 6 ,,s.,t,,J;,,C~J..B..L,C::~,b,,.1:!-£§NA~~ ... $,e~:';!&s , •. _ .. ,_,..,,.,,..,._....,_,,,.,,, W;.E !;JJ..J;.DJ,C.l;,.J;,.Q.B.J;,,U.!..J.,;.1=.Q.A D,J; D.JJ;.ELG.X-=----··-"'-··-, ., . ,,_. ·-· _,_,,._ HEATING EQUIPMENT INPUT AND OUTPUT p1iaric.c v:i!h 0:vis::"Jri G of ~:1e s~t:n1.:~1lf'-~ REQUIREMENT FOR MAINTENANCE FOR MANUFACTURER'S MAINTENANCE AND, FULL AND PARTIAL CAPACITY AND STAND-BY INPUT(S) AND OUTPUT(S) ef.§§·l;fr·!Q.l};J;lQ(>J 6fEti~N!=tNS:so: , 1-, i, . lu/1•JilifJ ;ZJ(H!~; .::,w,,c:tv, L, t,., :h, :,··,'::;TG·,1 C:C.U!P~-.1CNT ,1\8SORPTION Nt::En CHI LUNi:l COOL:i,JG SYSTEivl EOiJ!f)M[i'J'i' b(\\.1titr:_;··1 ~ (:f\J-11'!-Z·A,}Jf.i ~~ L: l.)LJ I P!·l'l L J "r -{<):: oi-rJ V~:;JfL:*~-~r.:-~,~:lVfOit. ·~t~ i1i.,:,1t1·1r, ,]r.tUilJiHt?rt'(- .-;.1·:rnum EER (COP) .i<::.Jl sc.u,ce 1d1ec1, 0,,1:·, Dirc,:t fired (ga,·01:) l,·,,]in.:ct fired ($team-hot •N"',:r; iCft•iC"\C.C 1":1n1,i-1u111 c0,nLn1:.-.ti1.:ii, t!I f1l.11•n.cy ;,~ n1vxImun1 rJlcd outn•.,: I r ~ ·--·.· .. _-_ .. __ ~-'--~--~- ""' ____ ..., . ----' --·----- : .. f!iOD'EC:-'.' '-_'.:-:.,_'::'._:;'.'.:!"~_':':':' '•"'·"'__:.":'.'."'·:'': :· ·--------· _ --__ 542,E. . _ ... ,·'.•II · _542.E. ...... _/_ 5._4_2D&_SA2E._ _ :1 '· s12:e_:-~::.···1'... • .''.' ':.:_': :: •• . ----_8048. . .,. ·~ J:!~:4-8_, ......•.. E048' .. ·~ B,0.6-0 _ ....... P.060. _ ...... .E0.60. _ , ·. SE:RIES"-'..!:1_1_tu,·,:·:•·• .. ....... :.'/!,. .......... _____ ."·:.'.'.A. ___ _A_ _I '11:ul·::Ct<if':1, ... ,, ! 'l./PifY.otts1%:Po1:ise:l',:!'6QHitf rl ·.-,_u:._·,_ vJ:.;.'( '1:.'. _j ~--43.Q~.t. ,. ____ 2oar2r,3Q:;:,;_~ .... A!;l.Q;r-$., .1 ••. , •• 2.39;;;:.1 . 208Y.2.$.Q~3 . . .. 46Q:-:i.3, ... 1 : .Qt:re,r~@.9.:.v.01.taga~an'ge.i...~.-:.:.: :·~..:.:.:_·.:.: --~ .: ,..:....:20L:S2s3 .• ~, ; __ tsz1:£:·2s_3: "·: 9'.:t:4.2:50_6:. . J:20.L;:.,25.3, __ , .... J18l.-:::c:2.s1L .. '..:4.HL-'::--.q06:. ' : l:lti'iq~.mp;fcify.'Joi'.:V:V.lr'e~Si'ziog~·:.1·:.\___ .•. 3.8,9 t,._~fl::t;:'... ___ .....1.3,2 .. , ...... ...4.9~8 .•. __ ,. _ _. '3,p:.6.'::' _ _ 1-5-7'. .... Mi_p'im'a'rn::W.i,r..e~i~e]'fl:WGJ.~ _,, ____ ~ __ 8 ;:,,m::: . ___ . ...:...1A ..... .J. . 6.. .. _ .... .'·1 ·a 0_'-:-, _ .. ____ 12. _-.i j .J6tal11:Jnit,:~ilip,!i..:'.'_'!.:.'.'.::... -----·-· -.-----~ ____ 31 .. 9 .. :223:.. ..... L0,9. . _ .. 4.0.9 _ . __ ·:30.:F ... .J 3..7 _ .. I : _po·rr)l:lres:~icrr':Barn.c1~1:.c1~1k!.:A'mr3~'-'l1' ! .. 1---2.1.,.e _ · '-rn.4·::. ... _____ . 8.fL . .. ... $5.A.. ..... .. 1:~0.6'.:1 _____ •...... HJ.~ j.':'·t:oekEi'd'.B.ci.to.r.:Amp!cE" '.·-·-~---_ ..... _ -:. ....1.0.s ·---~;.?1 '':l1'0.:Pi::~f:. __ 35 __ . ; ... •:·.·~_50_:;i __ .. __ .1~2 ---~'= l~-.. 4~ ..... : . OU.ti:lb:Orlfar:LMo.t.6.r.iG.D,~e.$CJWatts:t: &..SpdsJt, .. _j_5_51,. L _ -w, 115!:i:'&':.2 '~t::. 15,5 ll<.2. , . .. 1AS.Q:&1r1t i.. ..45.Q .&. .2-~ ~·: :; ts45,_p & 2 .. 1 : ··'-F,ulfLda.WAtjips_" v·; '':1.tt!_<'I' .... --· ·" -. 048 ..... 'DI A:G:8:~::.,:•· --... 0../3. --: ; ;•,,i1,~9'P'. -; ...... J..-9. '.:-: .'. ~_:'::_ .. 1.9 ,.... : · 'lhdddr:''.8td .. W:ecM6'.t'&HH.P.1l~'pe_e'd,sL.... 1L~D .. D&2 ...... 1L;3 .. 0G:!L2. --1L~O..Q&J .. V .. 2.QD~.2 .... ;31-4,l;lD 3/48D i ___ ·Fall:'l:6'ad.:,Aoopsr'!''-".'.''J'__'!_'l_·,·::,;_J;_:____ __3 .. 2 ------~-2... . .... J.3__ _3~6 ........ •7,'6_ ----1 .. 4.. : •fi;tl~·i<::B'ra'iich"CircWil'Fus'eSi:i:'~ ('A·m·psl 60 45 20 60 50 25 ,, ; 111•1::1 ;l::(t·] ,1.T!J,1,,i• .. '::llllt'f,,. ,1, . 'Qompres/3dr _Crao'kc'Me:Heate.r. _. ____ .. ___ .. .. ...... ___ .-st~noa'riil__ •. ... .. .. _ ..... '_'CI6'nlrir:ess.0.c.0.uiJ:~Sfatt:C:9Jliri.o.i:leJ:it.s= _St~_o.dard All ~Lf:lgl'e-Phase __ Uc-.:n==l=ts="-"-========-=="l R.e.tr;[gE;rant;Seryi~e, Ports 1 rir,=' .-:-: _. ,. ,., ,.. Standard_ Heat.!Saving Reversing Valve Standard Time-Temperature Def.rest System Standard COMPROTEC® Compr~ssor Cycle Protection Opti.onal . Effiqiency-Alarm Circuit ·, Optional Vapor-Tube, Filter-Drier "•~, · :., Optional High-Pressure S','{itc.h Optional R--22 Refr.i.gerant Ambun_HF.actory Charge) 9 lbs:8·ozs 11 ~I tllll l'.11 Ktl I a.'11 :I ll'ol',ll:I · CdiLF,ace Area (Sq;f.t),.,-·No. Gircuits Rows & Fins_P.er lh¢h _ . -· Blower Wheel Dia,metet x Width (I Ii:) : , , .. · Blbw~n'P.ulleyPitch-lDia (In.).,, · ··, · 'J ,,,_. Motor . .Pulley Pitcti >Dia '(lnJ ',.: -~. Drive BelH!ength x-Width (lh.) Rated Qqoliog A:i'rflbw (FWMin)iHt· \: D,.v:· .. Extetoal Static.l?,r-es·sure (In. wcJ:t:tt Recotnrilen.ded Min:t=ilter-Size·(Sq ln.)+:f: St,andard-Type · · · · · ·· Cleanable-or High-Capacity-Type 5.83.,-6 3&14 Not Applicable Not Applicable Not Applicable 1700 0.2 816 530 ' '~-f" i,,:.,, Not Appl Not Appl ... Not Appl .. 13 lbs-Ooz 5.83~6 4& 14 10x10 12.0 2.8-3.8 50 X 1/2 2000 0.2 960 (542E)*** 624 (542El*** Conaensate Drain ConnectiQf'l .. --., .• ,.. .... • ..... , , ,.,, ... _ -.... , .314MP.,T--.. ~ ,,. ,-... ,-..... ,,.. 3/4 MPT 11111-• •I•I•l :11:oi 11 I Q:'11 :f ,, ~ Coil ,f;aG.e--Area· (S'q·Pt) =No:-eircuits----,-·-------- 1-JE;i,g!it x-Width (In:): .- R_qWs_&_Fins Per Inch fan-Qiari:(et(l~·OnJ . : .·. -· ....,'1111'•~ ,'It r·1 :It ,..=i,11 I I •1,•,1 :I•'"' ,(, ·: .22----· · ~ t' f' Tworng¢~ct;;Qjrecl::0rive·0utdoor·Fant-· -----···--Optional · · I--: I)-;fStanclard -fr, ,. · · Op,t_i,on:a'I' . Gompu~er-.P.e.sig·rw\:lJlefrigerant System ·------·-· ,\,. -----· f --· · -· Stancfard .... Low-Voltag,eic~rminalBlock ; .. :·'Standard . . H\:lavy-Outy B.a.s~ R.ai!s;wtP0r,klift Slots· .. · . ; , ·, . Sta:naard. (See applicabl!'l notes on pr.e.vious page.) .. I· 1:,, -;,,: .. ii ;'t!7· .. .-::, ":.1 ',~1~·;· .... T ~--- --~ -' , . ..,,.. ------~ -... _. . 1,•y, r:~.• ... ,>, i ~5:i .. • •A--'-,,..-.,, .. • >. .) ~L I!_,..:;·· "'-~~~3j::.· -\(i1·\ ·_J11,, .·· -----~-----------...... --- ,t1,1t1~ ~r~ ,.:,r,•--,. J. ·1~-~L,,\1~ ·-, ,-,- 30x.n.o6 2·& 20 · ,22 ·,Not·Applicable. Standard · .. ;\ . Standard- .-, . ,, ii '' RAY COX MECHANICAL SAN DIEGO, ESD INC. MECHANICAL CONTRACTORS CALIFORNIA HVAC PROGRAM PROJECT: CLIENT: DATE: DESIGNER: BUILDING MASTER DATA DESIGN PARAMETERS: DESIGN OUTDOOR OUTDOOR INDOOR INDOOR MONTH DRY MAY JULY SEPTEMBER NOVEMBER WINTER GLASS SUMMER TYPES u FACT 1. 1. 100 2. 0.570 3. 0.570 SHADING HOR TYPES PROJ 1. 4.0 ·=-i.;;.. 3.5 ROOF u TYPE FACT 1. o. 040 WALL u TYPE FACT 1. 0.630 2. 0.550 7 "-'• 0.080 PART. u TYPES FACT 1. 0.080 ,., c.. 1.130 --::, . 0.350 BULB WET BULB REL.HUM DRY BULB 81 83 83 76 38 WINTER u FACT 1. 130 0.490 0.620 R.FIN PROJ o.o o. 0 ASHRAE ROOF NO 1 ASHRAE GROUP A B C CLG. T. D. 8 B 8 67 67 67 67 0 GL.SHD COEFF o. 650 0.560 0.700 L.FIN PROJ o.o o.o SUSP CLG YES HTG. T.D. 30 30 3(> 50'1-75 501. 75 50'1-75 501-75 50'1-75 INT.SHD ROOM COEFF CONST 0.000 MED 0.000 MED 0.000 MED PAGE 1 DAVISON&FERGUSON :J3LJ7<'.q f CARLI 8/27/86 SLE HUMID CORRECTION DIFF FACTOR 1E:. 08 -6 8.80 -4· 8.80 -4 2(>. 31 -11 0.00 GLASS GLASS HEIGHT WIDTH 9.0 1. 0 9.0 1.0 8.0 4.0 ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 2 ******************** BUILDING MASTER DATA (CONTINUED) ********************* GENERAL PROJECT INFORMATION: PROJECT FILE NAME: DAVISON PROJECT LOCATION: CARLSBAD CA DEGREES NORTH LATITUDE: 33 DEGREES LONGITUDE: 117 BAROMETRIC PRESSURE: 29.921 TIME ZONE: 8 DAYLIGHT SAVINGS TIME: YES MEAN DAILY TEMPERATURE RANGE: ZONE SENSIBLE SAFETY FACTOR= ZONE LATENT SAFETY FACTOR= ZONE HEATING SAFETY FACTOR= BUILDING OPENS AT 8 AM. BUILDING CLOSES AT 8 PM. :1.0 (l '1- (l ,y. 0 ,y,, NUMBER OF UNIQUE ZONES IN THIS PROJECT -9 BUILDING DEFAULT VALUES: BUILDING DEFAULT CEILING HEIGHT= 9 PEOPLE SENSIBLE LOAD MULTIPLIER -230 PEOPLE LATENT LOAD MULTIPLIER= 190 FLOOR HEAT LOSS COEFFICIENT = 0 LIGHTING ADDED ON A SQUARE FOOTAGE BASIS OF 3 WATTS PER SQ.FT. EQUIPMENT ADDED DIRECTLY TO ZONES PEOPLE ADDED ON A SQUARE FOOTAGE BASIS OF 1 PERSON PER 100 SQ.FT. INTERNAL OPERATING LOAD PROFILES: PROFILE HR HR HR HR HR HR HR HR HR HR HR HR HR NUMBER B 9 10 11 1 .-. .::. 13 14 15 16 17 18 19 20 1. 100 100 100 100 100 100 100 100 100 100 100 100 100 2. 100 100 100 100 100 100 100 100 100 100 100 100 100 -:.-""· 100 100 100 100 100 100 100 100 100 100 100 100 100 4. 100 100 100 100 100 100 100 100 100 100 100 100 100 5. 100 100 100 100 100 100 100 100 100 100 100 100 :LOO 6. 100 100 100 100 100 100 100 100 100 100 100 100 100 ALL DESIGN DATA TAKEN FROM THE 1981 ASHRAE HANDBOOK OF FUNDAMENTALS ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 3 ******************** BUILDING MASTER DATA (CONTINUED> ********************* DEFAULT AIR SYSTEM DESCRIPTION: THIS AIR SYSTEM OCCURS 1 TIMECS) THROUGHOUT THE BUILDING LIGHTING: PROFILE# 1 IS USED. 100¾ OF ~DAD IS APPLIED TO CONDITIONED SPACE EQUIPMENT: PROFILE# 1 IS USED. PEOPLE: PROFILE# 1 IS USED. PACKAGED EQUIPMENT IS EMPLOYED USING A CONSTANT VOLUME SYSTEM A 20.0 DEGREE LEAVING COIL-ZONE TEMPERATURE DIFFERENCE HAS BEEN SPECIFIED SEASON SUMMER WINTER VENTILATION METHOD 15.00 CFM PER PERSON 15.00 CFM PER PERSON INFILTRATION 0.00 o.oo METHOD NONE NONE ** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE .l1. ************** DETAILED PROJECT ZONE LOAD CALCULATIONS *******"*·*·IE-*·IE-*** LOAD UNIT LOAD TEMP. LOAD SEN. LAT. HTG. HTG. DESCRIP. QUAN FACT. DIFF. MULT. HEAT HEAT MULT. LOAD 6. BUILDING F PEAK TIME 5 PM JULY 996 SF. SYS. 6 ROOF 1 996 0.040 63 2. 52(> 2510 1. 480 14-74 N.WALL 1 126 0.630 7 4.410 556 23. 31(> F.:937 W.WALL 1 36 0.630 14 8.820 318 23 .. 31(> 839 N.GLASS 2 216 0.570 21.930 .l~737 18. 130 3916 W.GLASS 2 212 0.570 72.554 15381 18. 130 3844- SH.W.GLASS 2 .l~ 0.570 21.930 88 18. 130 73 PART. 1 612 0.080 8 30 0.640 392 2.400 1469 LIGHTS 2988.00 1001-3.410 10189 PEOPLE 7.00 100¼ 23() 190 1610 1330 TOTAL 35781 1330 :LL~551 ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 5 *********************** ZONE SUMMARY OF SYSTEM 6 ************************* ' SQN ABBREV. PEAK TIME FLOOR SENSIBLE HEATING VENT INFL EXH SUPPLY CFM NO. DESCRIP AND MONTH AREA LOAD LOAD CFM CFM CFM CFM /SF -------------------------------------------------- 6 BUILDIN 5 PM JUL 996 35781 14551 299 (l .=::oo 1E,26 1. 6 ---------------------------------- ZONE PEAK TOTALS 996 35781 14551 299 0 200 1626 1.6 * MONTHLY AND HOURLY SYSTEM ZONE SENSIBLE LOAD PROFILE * ---------------------------------------------------------------------------· * MAY JULY SEPTEMBER NOVEMBER NOT USED NOT USED * * HOUR ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN * ---------------------------------------------------------------------------8 AM 1EA71 17297 16896 13158 0 0 9 AM 18006 18845 18383 14516 (l (l io AM 19576 2(>423 19909 15925 (l 0 11 AM 21273 22128 2156:L 17462 (l 0 12 AM 22576 2350-4· 22891 18725 0 0 1 PM 24739 25670 25336 20942 (l 0 2 PM 26759 27613 28192 23445 0 0 3 PM 30929 31634 31105 26075 0 0 4 PM 33708 34297 33578 28011 0 0 5 PM 35204 35781 35281 28834 0 0 6 PM 34620 35255 34519 28081 0 0 7 PM 29118 29794 29228 23714 0 0 8 PM 25478 26176 25713 20735 0 0 --------------------------------------------------------------------------- ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 6 ******************** TOTAL LOAD SUMMARY OF AIR SYSTEM 6 ****************** SYSTEM TYPE: PACKAGED EQUIPMENT WITH CONSTANT VOLUME TERMINALS SENSIBLE HEAT RATIO: 0.96 --THIS SYSTEM OCCURS 1 TIME<S> IN THE BUILDING SYSTEM 6 PEAKS IN JULY AT 5 PM OUTSIDE TEMP IS 82 INSIDE TEMP IS 75 SUMMER: VENT CONTROLS OUTSIDE AIR WINTER: VENT CONTROLS OUTSIDE AIR WINTER VENT AIR LOAD = 11,948 BTU/HR ( 29'3 CFM) WINTER EXH AIR LOAD = 0 BTU/HR ( 200 CFM) WINTER INFIL AIR LOAD = 0 BTU/HR ( 0 CFM) TOTAL ZONE HEATING LOAD = 14,551 BTU/HR -----------TOTAL SYSTEM HEATING LOAD = 26,499 BTU/HR **** ALL COOLING LOADS BELOW WERE COMPUTED AT THE AIR SYSTEM PEAK TIME **·** SUMMER VENT SENSIBLE GAIN = 2,,3(>2 BTU/HR ( 299 CFM> EXHAUST AIR SENSIBLE GAIN = 0 BTU/HR ( 200 CFM) SUMMER !NFL SENSIBLE GAIN = 0 BTU/HR ( 0 CFM) TOTAL ZONE SENSIBLE GAIN == 35,781 BTU/HR TOTAL PLNM SENSIBLE GAIN = 0 BTU/HR ZONE LOAD SEN SUBTOTAL == 38~083 BTU/HR DRAW-THRU FAN SEN GAIN == 0 BTU/HR BLOW-THRU FAN SEN GAIN = 0 BTU/HR MCL SUP.SIDE COIL GAIN == 0 BTU/HR MCL RET.SIDE COIL GAIN == 0 BTU/HR SUPPLY DUCT HEAT GAIN = 0 BTU/HR RETURN DUCT HEAT GAIN = 0 BTU/HR AIR HANDLING SUBTOTAL = 0 BTU/HR -----------TOTAL SYSTEM SENSIBLE GAI = 38,083 BTU/HR SUMMER VENT LATENT GAIN == 2,124 BTU/HR 299 CFJYI) EXHAUST AIR LATENT GAIN == 0 BTU/HR ( 200 CFM) SUMMER INFL LATENT GAIN == 0 BTU/HR ( 0 CFM) TOTAL ZONE LATENT GAIN = 1,330 BTU/HR ----------·- TOTAL SYSTEM LATENT GAIN = 3,454 BTU/HR TOTAL SYSTEM COOLING LOAD == .l~1, 537 BTU/HR INTERNAL LOADS SUMMARY: 2988 WATTS OF LIGHTING, 0 WATTS OF EQUIP, AND 7.0 PEOPLE TOTAL SYSTEM SUPPLY AIR = 1,526 CFM BASED ON 20.0 DT TOTAL CONDITIONED AIR SPACE == 996 SQ. FT. SUPPLY AIR CFM/SQ.FT. = 1. E,329 TONNAGE PER SQ.FT = 0.0035 TOTAL TONNAGE REQUIRED FOR AIR SYSTEM 6 WITH OUTSIDE AIR = 3.46 TONS !' ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 7 *********************** TOTAL BUILDING LOAD SUMMARY ********************* BUILDING PEAKS IN JULY AT 5 PM THIS SUMMARY INCLUDES ONLY ZONES 6 THROUGH 6 OF THE ENTIRE PROJECT OUTSIDE AIR QUANTITY (CFM) SUMMER VENT AIR = 299 SUMMER INFL AIR = 0 PRE-COOLED AIR = 0 -------- TOTAL SUMMER AIR= 299 WINTER VENT AIR = 299 WINTER INFL AIR = 0 PRE-HEATED AIR = (I -------- TOTAL WINTER AIR= 299 1-OF TOT SUP AIR 18.384,Y. 0 • (H) (lo/. 0.0001-------- 18. 38L~,Y. 18.384,Y. 0.0001- o. 0001-------- 18.3841- SENSIBLE BTU 2,302 0 0 2, 3(>2 _11, 94B 0 0 11,948 LATENT BTU 2,124 0 0 2,124 TOTAL ZONE HEATING LOAD LESS INFIL TO ZONES= 14,551 TOTAL BUILDING HEATING LOAD = 26, 4.99 --------------------------------------------------------------------------- * MONTHLY AND HOURLY Pl~OJECT ZONE SENSIBLE LOAD Pr·mFILE •)!, --------------------------------------------------------------------------- * MAY JULY SEPTEMBER NOVEMBER NOT USED NOT USED ·M· * HOUR ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN * ---------------------------------------------------------------------------8 AM 16471 17297 16896 13158 0 0 9 AM 18006 18845 18383 14516 0 0 10 AM 19576 20Lt23 19909 15925 0 0 11 AM 21273 22128 21561 17462 0 0 12 AM 22576 23504 22891 18725 0 0 1 PM 2473'3 25670. 25336 20942 0 0 2 PM 26759 27613 28192 23445 0 0 3 PM 30'32'3 31634 31105 26075 0 0 4 PM 33708 34297 33578 28011 0 0 5 PM 35204 35781. 35281 28834 0 0 6 PM 34620 35255 34519 28081 0 0 7 PM 2'3118 297'34 29228 23714 0 0 8 PM 25478 26176 25713 20735 0 0 --------------------------------------------------------------------------- , ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISDN&FERGUSON 8/27/86 PAGE 8 *********************** TOTAL BUILDING LOAD SUMMARY ********************* BUILDING PEAKS IN JULY AT 5 PM LOAD DESCRIP ROOF WALL GLASS SKIN LOADS PEOPLE LIGHTING EQUIPMENT PPL-LGHT-EQUIP PARTITION INFL AIR VENT AIR PRE-TREATED AIR DRAW-THRU FAN LOADS BLOW-THRU FAN LOADS QUANTITY 996 162 432 -------- 1, 590 7 2,988 0 612 0 299 (l MCL SUPPLY SIDE COIL LOADS MCL RETURN SIDE COIL LOADS SUPPLY DUCT LOADS RETURN DUCT LOADS REHEAT RESERVE CAPACITY UNITS SQ.FT SQ.FT SQ.FT SQ.FT WATTS WATTS SQ.FT CFM CFM CFM '1- TOTAL BUILDING SENSIBLE & LATENT LOADS OF BLD LOAD 6. 0't3'1- 2. 104,Y. 48.646'1--------- 56.7931- 31. 608¼ 0.944'1- 0.000'Y- 10.656¾ o. 000'1- o. 000'1- (l. 000'1- o. OOO'Y- 0. 0001-o. (l(l(ly. o. 0001- 0. 000Y. o. 0001- 100.000¾ SENSIBLE BTU 2,510 874 20,206 ----------- 23,5'30 11,799 392 0 2, 3(>2 0 0 0 0 0 0 0 (l 0 38,083 LATENT BTU 1,330 0 2,124 0 3,454 TOTAL PROJECT SUMMARY '1-OF BLD LOAD SENSIBLE BTU LATENT BTU TOTAL BUILDING OUTSIDE AIR VENT LOADS TOTAL BUILDING PRE-COOLED AIR LOADS TOTAL BUILDING OUTSIDE AIR INFL LOADS TOTAL BUILDING ZONE LOADS TOTAL BUILDING PLENUM LOADS TOTAL BUILDING AIR HANDLING LOAD 10.656¾ o. 000,Y. 0.0001- 89.344'1- o. 0001- 0. 000¾ TOTAL BUILDING SENSIBLE AND LATENT LOADS 100.000¾ TOTAL BUILDING COOLING LOAD TOTAL CONDITIONED AIR SPACE = 41,537 BTU/HR = 996 SQ.FT TOTAL BUILDING SUPPLY AIR CFM = 1,626 CFM SUPPLY AIR CFM/SQ.FT. OF CONDITIONED SPACE SQ.FT OF CONDITIONED AIR SPACE PER TON TONNAGE PER SQ.FT OF CONDITIONED AIR SPACE TONNAGE REQUIRED WITH OUTSIDE AIR = 1.6329 = 287. 7L~35 = 0.0035 = 2, 3(>2 0 0 35,781 0 0 c~, 12-4. (l 0 1,330 38,083 3,454 CFM/SQ.FT SQ.FT/TON TONS/SQ.FT 3.46 TONS ·l, . JI RAY. cqx NiECHANlCAL I.ICF.:JSE NO. 364075 BU I I.. .• D I hlCi Dr'..:\Tt:1 F'OF:M 9666 rusrNr:ss P/1R1< AVE. BU I LD I 1··-.JG EN'\JEUJPE COMF'L I i:'-\NCE S/\N Dl[GO, CA 92131 PROclECT TITLE D/-\V1'30N & FERGIJSOI\I ~ ~ Dr~\TE CHECl<ED BY PF,O,.JECT DES I GNEH CAF:L I Pd::-.:CH I TECTUHE __ _ ... DAT!:. DOCUMENTED BY S~E SITE DESCRIPTION LOCATION CODE NUMBER (FROM TABLE 2 OF APPENDIX 1) L.t'.Yl"ITUDE DEGREE DAYS-HEATING <FROM TABLE 2 OF APPENDIX 1) SF-, :::;OLN~ F P1CTOR .( Fr~:OM F.I O. 4 .• L_l '/ OF: J_r'.)1BLE . 2 .. OF _ (..\PPE!'--ID IX :i. ) DELTA T, ASHRAE SESIGN TEMP -78 DEG. <FROM TABLE 2 OF APPENDIX 1) BLDG. DESCRIPTION OCCUPANCY TYPE CODE NUMBER <FROM TABLE 1 OF APPENDIX 1) GROSS HEATED FLOOR AREA; SQ. FT. !\!UMBEi:;: OF FI...OOF::;::: GROUND FLOOR PERIMITER, FT. LONGEST DIAGONAi... DIMENSION AT GROUND FLOOR, FT. HCIOHT, F~--r. /_,:._ ,-~-' h ( OP(..\G!UE \,W,L..L.) A(UNSHADED WINDOW) A(SHADED WINDOW) ....... _ ... JHTOT(.}1L VJIMDOl;'J) P1 ( DOOF~ ). TOTAL ACOW) CLINE 12+13T+14) l··\[J:1 T TFU:i1·,.1::::FT:.F,: CUl:::FF IC I ENT::::: C ::;:E[:. ::::;1:::CT I ON 1.1 ... l • f: ) \t-JI!\ITl:::P 1..1 ( l-,.){~11...1... ) __ ... U ( l-·J I I\IDOIA) 1 4 l::, 1n 11. i , ... , -.::_ :l :3r~'i 138 :L:3T ... 14 :l:5 :1.0 :2()'?:2 0!'54 1173 •. 00 J.,,00 1:::i4.00 !:5l~:: ~;() 17 .. 00 1 o:::. 0 ::::60. 0 _ o. (J 16 0. 4:1.:::::::: __ 1 ·1 .... ·---... _ 0. 4900 ... :L::::: o. 0000 U ( ~,J(-:1!..L.) 19 () 11 lf()()f: (i ;r !:5'l(i(} (l" (l(i(i(i 0.15600 U ( l,-JI NDOl;'J) 20 UCDOOP) : ;. , I , SHAbING' COEFFICIENT OF GLASS (~ROM TABLE 3 OF APPENDlX 1> SC l--JE I ···-1-IT riF ~-PL!: . r·:1·11\1:=n·i:::1 !r:T T i"'l[\I · LB/ FT'~, LJ ~ • ,: :-··· 1~ --1-, 1=· 1·-· 1·--· ··· !.,.: ·r ,·=-, 1, , -1:: ·" ,:. ·r· ,·-', ·1=· -; 1:.: 6 ·,-~,· ,.'·1 · · 1·· ·r ·,:., -~-· 1,,·1 ,-_ .. ;~ {YJ( .. ·1-::1!::1 1_, •-.""'• .. , :::.1.... • ,,. I\ .,. '"'} ,,.• L ,,. "\ l ,,. f'\_ ,,. y .. , , .. , II .f.1. II 1 11 :t /::.I) l" EQUIVALE~T TEMPERATURE DIFFERENCE <FROM FIG. 4.1.16) TD<EQ) .. -,.···, .1:: .. ~::. 2:3. :24 :3·7 ti ~5() () n ::::!:; BUILDING DATA FORM -BUILDING ENVELOPE COMPLIANCE Pc'..)GE 2 OF FORM 1 __ RClOF-----------------------------------------1 SURFACE AREAS A(OPAQUE ROOF> 26 1173.0 A(SKYLIGHT> 27 0.0 ____ OC.CUE:f-'~NCY_R::-:2.~::.:.t:OFt,_B:--:.;;L, __ Fl·-4-... ,_l:l~ . ~-=f\i.E·<J ·-::·:::::o.~---UJ...3.,.J)_ OCCUPANCY A, B-1, B-2, E A(R) 28B --_ T6T~L .ACOR> <26+27) 28T l.17::::. 0 --------~--__ %_BK ... Y.LIJ3.bti::":. C2:ZJ .. 2B.J.J __ 25'_1 --~C~l.~C\.D.O~ NOTE: IF LINE 29 IS 5% OR GREATER, AUTOMATIC LIGHT-SENSITIVE ---~!=:t-tur:1::L'LNr; !=:Y,!=:Jft1_;=: ei.!3E: REJ~:i1 !.lB.ED ...... ll:J Tl:IE . ...flB.f.J:Ll •• .ln\:l]Irt BY. !=;t·Y.........,..LI~C:.=il--l~T--------~. • _,.,_,_ ! • ~N,.......,....,o,_....,._,,.,.._.,.. UI ,,.___.._, ,\_ ' -..-, • ~.-I •• .• •• Ut... ..iv.a-;o-i--.ati ..._ . SWITCHING. NOT REQUIRED ENTER THE DIFFERENCE BETWEEN LINE 27 AND 5% OF LINE 28T, OR ZERO, WHICHEVER IS THE GREATER 30 :-::q __ ENJ:EJ:LJ:Hl:::.....;:;!Jt:t. .. D.E.....LlNE 2C:;:....A.\\1D...J..,..ll~IE..., .. :3~:.;...> _____________ ......., . .....__ HEAT TRANSFER COEFFICIENTS~,<SEE 8ECTIO~ 4.1~8)- . ·.WINT~R · ·UC.ROOF) :3;~. ::=::-=: ---. -11 (£i.kY.Ll.G.!:!D_~---- SUMMEF-: :;:4 .-,c::-,.::1._1 ~~-~S.l:!AD.lNQ ... ,.,r:oEEEJ.C.lEl)J~tr-=;_;~\t:ll.....LUL--LL.J.EB.Cll::L.:[B.BLt=: 1-.1A:=;!=· ,~·nEFF··r i--I C!'NT < F"··nM-F·-1• n-.... -4 .. 1· ·. ·1 -I··)·-. · . , -: .---: · -. t· ,.. ..,• .... .., .. • .pf •• 1;,;;., r'\ _ .i, ,.. • --u >'1 t--' . . U(ROOF) U(SKYLIGHT) :;;:.....Qi:_.,..AE'Pi;~ND.l.L1,_)......,_._ _ __ :~:(:. MC :~:7 ABSORPTANCE (FROM FIG. 4.·i.16). -AC-.-, .... , .;;,,,::t FLOOR 0. 0 1 JJ_j;~,.D_ o. 0400 !">. nocin o. 0400 o. 0000 () .J:.>.QI.l.Q_ () "· ·~12<)() o .· 7':-100 FLOOR AREA OVER UNHEATED SPACE ACOF) 39 0.0 ____ 1,.....1-::..V.ALUE._EDFcEL1:10G1.....· -----~~--~,.....,.....~~--......,....~~~...,_,,_1 1 u-,F) Lt....,..c.,.,..> ~~~c,....,> . ..,.,,c_>c....,>r->r,;..,1 ..,,.., . " . . . ., ··: .. ;. "':' ·. ',•,:,• .. :. ,,, .· . . , ,,•, ,, RUILDING DATA FORM -BUILDING ENVELOPE COMPLIANCE PAGE 3 OF FORM 1 PROJECT TITLE: DAVISON· & FER~USO~ ~Lbt 6 · .... : . HEATING DESIGN CRITERION STANDARD U(OW> <FROM FIG. 4.1.2) 43 0.4290 -~-. ...,_:::;J:fiND.01RD....JJ_(DFU_<.ERQM_!:::I c:;~-'-~-.. 1 .. :-=: > .JB-·-::· ·:::J:.Q.li.,i~B:-:-=: ,. B.::;:.~Ld-:l__,_) --~~,..;,.,c:'1--~lA..........,_~_Q..J..,1;3.Q.,_ STANDARD U(OF) <FROM FIG •. 4.·1.3) ···(~,B~i~B~i,EJ 448 0.1000 STANDARD U (OF) < FROM ~:--IO •. -4. 1 ~ 4} .. .. 4!:i · 0. 2450 ____ MAX.I.t1UM._1:1LLOv-JABLE. ... .LLU:1J_CE.13'.m1_ElJ'.:t._t!,....L .. lJ. LIJ•, ()_._:::: ·1 06_ PROPOSED UCOW) <FROM FIG. 4.1.7) ---~E~·-·m:tPQ;~:_f;J'L! . .LU:.tBJ_(.EB.t::ll:l .... .EJJ:;_ • .....A_a..:L..J...,,Ce...;:i ) ______ ~ __________ t,~_;,7,:~ .. --Q_,t...0,g:.Q.Q__,_ PROPOSED U<OF) (FROM LfNE 40) 49-0.0000 ,F'F{CIF'Cl!::E[l lJ(I)) .(FF~Cll1 i=:tc+H Lt·u.:i::A· 1 l. ·.:·. .. ~5().. ()n :;~~3~2E! ------·-·-------··-------------------~-----~--------------LI NE ~50 l''IU!:n· NOT EXCEED L_INE 46 .. _________________ .......,.--,.--~--------------·¾-_· JJ. G!J!:U::._1 ""'*'-'-*'-- NOTE: U(OI~) IS CALCULA'fED ·F1::::i::tM -,~HE·r:~·G!UAT10f-t· OF-·(;:IG .. 4. 1.10 FOf~ THE PROPOSED BU I LD I NG IJ!::H NG. '"rHE .. V.ALUE r-=·R_i:tM "LI NE ::::c) 1:::-oR THE (-~F'~EA. _______ OF ....... !3l<YLIOHJ!::, .... c'.)ND THE._V?!1UJE_EF:Ot-1_LJNE_::iL..J::.Q.R_::[HE_j)~EGALLJ3:00E ________ _ AF:EA A (OR) . COOLING DESIGN CRITERION !::i.If-:1NDARD._OJ"..::LV.< i,.J )_CEROt:LE.LC,._4_._L_:L5 _._) ------"'----~-----~'"...'-1 --~:-=u ... J.::..O_ STANDARD OTTV(R) (41 X LINE 44A) CB-2 STOR,B-3,B-4,H) 52(-~ 4. (:.:;:: STANDARD OTTV(R) (41 X LINE 44B) CA,B-1,B-2,E) ~52B 4. :1.0 ---~·=·.J:.ANDAR[LCCC ... TV_CF..HO.t'.LE..LG .. ...._4...~.~-=:~---~~-----~~~~~-~'::j-:-=:~~-·-::• ,....,19!"'i9 PROPOSED 6TTV(W) (FROM FIG .. ~.1.14). 54 ___ __,·:'.ROF'.O:::;E[LOTTV.CF< )_ __ C.FROt".LF.lG .• _4 ...... L .. .L4,J __ .........., ___________ ....,__~5 ____ .J.S~20 __ PROPOSED OTTV (FROM FIG. 4 .. 1.13) 56 14.5179 ---------------------------~---~--.J ... J,JJE....;~J11..L2LNQJ~ EX CEE'.D LI NE:: 5::::. ---~NOTE-t ....... OI..TVU::::) _FOFL.I.HE_F'.ROt='.JJ:::.t::.tLfal_l.lLtW~n: T :=: .1-:A.LCJJLAJJ:ILEROi.'.l _________ _ THE EQUATION OF FIG. 4 .. 1.14 USING THE VALUE FROM LINE 27 FOR THE AREA OF SKYLIGHTS, AND THE VALUE FROM LINE 28T FOR THE OVERALL ~---~~C10F~hBE;::A_1'.:i!..QR)~·----=----------- -----·-·-----------------~--~~---------- ---------------------------------------------- . ,, :·. ~ATERIALS DATA FORM .· ... FORM 2 BUILDING ENVELOPE COMPLIANCE ----------~------·---------~--~------------------ PROJECT TITLE DAVISON & FERGUSON BLDG G DATE -----------------------------------------------·· ·----------------·----~~-~~---~~~~=--,--~---...--.! LOCATION· CARLSBAD CA -. c:1-iECl<ED .BY _________ ..... .,...._ ..... ~ .. -------,...:_-_...,.. __ ..,.,. ____ ..,..:~,--_--_--_-_.;..,,_--~· --·----~--------_-_-:...-::::-_-:-_=.::._ ~--~ :------ PROJECT DESIGNER CARLI ARCHITECTURE DOCUMENTED BY 8LE' ·-; . . . ·, : •' ------------------------·-· .. DATE :,· .. :·. __________ ,., ____________________________________ I _.,.,....HP1J,...L ______________________ ~--.,.._---------------i WALL TYPE 1 . HEIGHT OF WALL CON!::rn::::ucT I QN .;-UY Fi"2 -(::;1e:·E·. _.'$SC.: · 4: ~--j, • :s: )' ~.J J. l. 50. 00 ---~HEAT ...... ..tR(~l\lSF:ER_C;O.EEE..I.C .. I.E~If_(f;Ef..:_::::.E.C .. ~ .. ..:...L..£.Ll_· ltLthlIE.IJ U~1._____:.~~A __ (L,.h.t!..OQ __ _ HEAT TRANSFER COEFFICIENT SUMMER U 1 2B 0.6300 SURFACE AREAS (ATTACH SHEETS TO DOCUMENT ORIENTATION 3 N ANX ..... f\Dn T J:JJ:tNAL... . .r:nt::1E'f:\;=:!=: rtfilE:J:£[0.IlJ"'tl:t;;:) B.E~EJ..:i _ 1.~ L\-Q;,7;:.11...0 __ _ . -... , --,. . -'.'_'"'. -~ -....... "".""'~ . . ..._ , . . . 01:::::tENTA"rii5t...,.,\j_,....,~·"", __ .....,:::::'"" AREA 6 o~o ----------------~-~----~-~-~~-C!R.LEl~IJ:A~LlJJN __ 7~--F-------1 AREA 8 530.0 OF~IENT?,TION 9 ---~~-...,.....,..... ___ __, ____ ~_,...,....,....,~--~ .............. ~-~----~-GBEE.t .. _J..Q........_~-~WL-- ____ l,.JALL-T.Y:PE._2........_______ · · · -· · WEIGHT OF WALL CONSTRUCTION, LB/FT2 (SEE SEC. 4.1.8) W 2 11 20.00 HEAT TRANSFER COEFFICIENT <SEE ~EC. 4.1.8) WINTER U 2 12A 0.0800 ____ HE£lI .... J]1Al\l.~;EElLCOEE.EJ .. Cl.ENJ" . . , !:$Llt'.lt1EB 11 '? l ~:·f{ SURFACE AREAS <ATTACH SHEETS TO DOCUMENT·. ORIENTATiciN 13 ·N ANY ADDITIONAL COMPASS ORIENTATIONS). AREA 14 l;.,/:..,/:.1 u () ----------------_______________ __,OEU.l::.l'{IA~tl.ON_...._-1.,_.~ __ __,_,:=: ___ _. Al::::EA 1-'.'.:, ORIENTf.~TION 1. 7 F o.o ---~---·----~~---------·----.-....,,,..,,...,....,.. ___ ,___.....,AREJ:'1. ....... JJ2,..,.. ___ (_·i, ,.J ...... i -..... ·-. . .... · ·· , · OF~ I E:NTr:i TI ON 1 9 AREA 20 0.0 TOTAL OPAQUE WALL AREA 40T 15'~/::: 11 () . '. · .. ··,. ·.· :·: . . ~ · .. : _ERD.,_IEC:r __ T.1:ILE:_DA~l.I.SOI\Lk__E.ERGU!:::DN.-BLru:u:,.·~. _. ------------~------- __i:LA-~:-s ____________ ~-~ GLA:::::S TYPE 1 . SHAD 1 NCi COEFFICIENT ( FRl~l!"I 'TABLE-. :a. -OF AF'F'E\\ir.i'i'x · 1 · ------------~OJLl::IER::l._JJ~Ie . . . .. . . . . . 41 0. f.5600 HEAT TRANSFER COEFFICIENT (FROM MFRS. DATA) WINTER 42A 0.4900 HEAT TRANSFER COEFFICIENT SUMMER 42B 0. ~3700 -----=Sl=JR..,.,'U..-te:_r;:: AF,Eft:=:: ( ATTf.~1~~.t! ::::HEET!~: TO DOCUMENT OFO: ENT{H I ON ANY ADD IT I ONAL i::Cl!"IPA::::::: Ol~ENTr~~r16i,f:;) ·:· ·. ·.· ··. ·. ··.· .: . ·.· ·,·_. ·_:.· · · _. AREi~·-·. .lj·-· N ... :1 44 10:3.0 .. . . ORIENTATION. 45 !:; -----------------~-----~---~--~A.J~L;,.f:1 46 0.0 OF{ I ENT AT I ON 47 E r~l:'.(EA 4.:::: :~~52 11 () ------------------......,.---,--,-----,----"C=)F..!""-: I ENT?-1 ..... ·r.....,.· J~. c ...... 1t, ...... I .......... .....-_ Ar.:::EA 49 t•J t.:::ooF ROOF TYPE ·1 ......... .. . . . . · ... ' ..... ' 50 TOTAL CiLASS AREA 80T ; . ', :·.:··.:·· .. ;: ., .. '' .. , :-' o.o ::.:60. 0 ---~,.JE.lX:.il-:IJ_Qf-_ROOE...(;:Ctt-.[:;.:.I.RJrulCtI ON.1-..JJ3./FT2 __ J_.:~E ·:;;EC. 1.1:·. :t • :::=: ~> ----~E~: 1~··-~2=5~· ~o~o __ HEAT TRANSFER COEFFICIENT (SEE SEC. 4.1.8) WINTER 82A 0.0400 HEAT TRANSFER COEFFICIENT SUMMER 828 0.0400 ___ _,,.f.!..IRl:..B!:.E',_f\!1E. .. ._ ____ -_....,..,... _____ ~~-~~--~~--.,,....::::::?: 117::::. 0 ~ ' ... ·:: t :· ' . ' . . . . . ~ •. , ··· · ·_·. _., .. ,"",.,~r."-·u1:~r'1r'1F·~ ,,r.:-1-="'· ,::;:-:::r· :1 1 7--::. ci ~------------------~--"--~'-',.' __,_, 1..-m:.,•-·.,.LJ:!. J>...=..~Lt:....J..:.11.:•~_;;J"l-!..,_f~~---=•t ,~1, -_.:,_~_. _ __ :;.:.KYL .... tf.il:L ...... · ---------.......,...----------~--------------~I SKYLIGHT TYPE 1 AREA ,. . ~. . ..... ·· .. ·· 84 0.0. SKYLIGHT SHAD I Ni:; COEFFitIENT · (TABLi:::· :;:: ·OF A.PPENDI-X. 1) :::::5 .ci. OO(H) ---~'.=:.~:::_y_LJ,_(3HJ __ HEAT .. _.TF~AN~:_f:.EELCt1e:_1:-F r6LE.l'.1L.:JJ.J...:~..eiLi,l=E='>~· ·-·~+JIK!TER~---~i~~-:c-•A.~-~o~·~O.~O~O.<:J. __ _ SKYLIGHT HEAT TRANSFER COEFFICIENT SUMMER 868 0.0000 . (l. (l FLOOR FLOOR TYPE 1 <FLOORS OVER NON-AIR CONDITIONED SPACES ONLY) \,~!; T f':i!:.l'L.PLJ:J r11J1~ r:rt.tJ.S:"[BJ,,,!!;Lr...Qtlw 1::i / FI"~: ( :;;;E;F ,::;Fr: w... :=q :}'z (;.> II c:)o -~--H·E~AT tP::AN~:::fER. ,:~F xi :r:ENT' .< '.::EE:· ·::;3Ec:·:~-,I, 4. ·~·,:} ~ .:s{'''._: .. ,t~ I NTE:r:/t,..;s·,...,,, --~-. =. ·:-~::':::""'1~= .. --(-) -. (.....,)( .... l( .... i(;,,,.,.l · -=• HEAT TRANSFER COEFFICI~NT. ~ . ·.,. -· :iUNMER .888 0.0000 ______ :::,:1..JREAC::E._AF:.EA. __________________________ ..... :~,:""'9_.......__;,Q_._(!.QD~O __ , __,,. ______________ ......,.....,.._ _______ _,_,TOTf-1L FL.OOH f-1RF(..\ ::::9T o. (l ··::--· ···:· ... ,·,. ·., ... . . ···.· '• ·: ... '. MATERIALS DATA FORM -BU1LDING ·coMPLI0NCE .PAGE 3 OF FORM 2 _r~RCt.JECLU.TLE: ____ [lt!--)1·,.U .. SON .. _8,: .. _EEB.GU;::Cl~LBU:tG_C,,.·_ ----'-------------------- _[tC!DF,.__' ----------------------~~-~~-~-~ DOOR TYPE 1 SURFACE ARE0 90 0.0 HEAT TRANSFER COEFFICIENT <U-VALJJE, TABL~ 4, A~P. ·1> WINTER 91A 0.0000 ----HEAT_tRl.'.-iNSFER. ... COEF'F..IGI.EN .. -·:::1.lMMEF~ 91_B.., __ O,~OOQO .. __________________ ......,... _________ ___,-1c..:..·rrr.ttJ • ....Jl!:l.!J.P AP8:\.....';2..l....,. -,_-____ .....,C'--'> ,.~(~1 _ -------------.----------··---------------'----------------------1 ----------------·. . ----------·-----------"--------------------------------1 ----------------------------------"""'-----------------·----------1 ------------------·----·-.. -------------------~~--_..:.,.------------=-----! .. ·' . . . '' .· .. . . . ·-' BUILDING DATA FORM HEATING CALCULATIONS ---..---.BU1.Llll.l\1Ci_COMPLI.AI\ICE......,, ------_____ ...,;_ ___________________________ _ TITLE: DAVISON & FERGUSON BLDG G · STANDARD U(O) (MAXIMUM ALLOWABLE> U < 0) = ------------------------------·--~------~~--- --------------~-...__ ...... _._ ____ ...._ ____________ ~ _________ _,( __ ·.._.._~{.12.) ____ _ < 1958.0ACOW)* 0.4290UCOW>>t< 1173.0A(OR)* 0.1130UCOR>> ( Otl-lER) ----~---+-< ____ n_:._Df:H.QB) * i).JJ.J, .. Q_QOLU..ClRl)~, -_1 .. ~< ___ --~CL._QBJJ:q:::-) ~-0" ~7:'.'};iOU <OF).> l~t ( 1:1) -· _ .. _.., .. ....,_ . ....,.,...,-,--... --.. ---....:.-t--"t--·----~-------,.---·--.., .. -·-·--~ .... 1.,-. .. .,. ..... _"'l--"'I--.. ..,...---""""! .. .;.:.....______ = o~:::1ot ·. + 1'17:~::. OA (Of~) +O. (it0.\ C OF ) .. --l:-l't--------------~ .. -~-----00-:..:.._....,. _____ ..;......, ___ ·:,......, .. _,_ .. "", .. ..:.:-. .. """.,....~...:.--.. ,-~.,....'I""'"-~....:. ..... -:.... ________ , ___ .... ~--------------·---· ------·--·-----~----·---~----~----·--· ------.. ~·-~ . __ ltJAL....._ ______________ ..,..._ __________________________ _ . CA< W) -iHJ ( 1,J) *MCF) + ( A ( tJ )·*U (Ci) ) .. +. ( A ( D.) ·!HJ ( D) ) . U(OW) = ---------------·---------------·-·--·.·---~ ----_________ , _________ , __ ,J.Cild) ___ ~-------------- 1598.0A<W>* 0~4183U(W)* 0.85MCF) ~~~~~--!:.!~,..,,....;2;(;..0_.,QAU3~~-li:. •.. D ..... f~:;,~£tQl.,LtCiJ..J_;!::.J Q, ()f:l!. .. LLlJ:': o .• J:LQ.Q£:l.l .. LCf.l .. L) ......... _______ ~ 1_1 < c1t·J, = ....,,.,_,........, ..... _, ..... ,,...._ ..... ___________ .:.;._....,,..;...-_.~~~---"'"'"'"" __ .;_ ___ ,_....,.,....:,..., ..... ,,.:.~1"1--~.:...--.. ..,.---·-------..... ~ · = · · c:, K ~3!:.:c,:3 · 195:::. OA ( 0\-D --------------·--• -•·•~w---"·------------------------------- 1::::ooF ____ lA..C.R2..:1tLLU:U_)_:1-_Lf\f :=Jt..'lL...l.!:::U:[Ll_~.:LL,lSl;;;;..Y.L,1.GH~·r,,,.: )___,)..,......~~~-----~-~~~---- U <OR') --------------, ·--·---····----··.--.-· ..;;.:,._ ·.· --··.,,:·. ?) (OR). 1173.0A(R)* 0.0400U(R))+( O.OA<S>* O.OOOOU(S)) U(OR) ------------------------------------------------------------0.0400 ____________________ . J ?:~:L..,M_< Q~l,-------~---~-----,------ _:_F:LOOr~· __ -----ACOF)*U<OF) UCOF> ------------ ~~-~-----A~Df~'-----·-----,---~-....,.,........,..,-..,,_..,..._..,......._,..,,....,...-__,_..,..,,...,......._,....,... _____ _ . ·: .... ·.;:·, ,:,-··· •·, '• .· . ' .. :., . ·: .. · ·:· O. OA C OF)* 0. OOOOU-(-i:i°F .. ) ::_-' ·. ··: ·. · · __ _, UOF)_:::;~"'."--:-:-=.-~-:-~:-:-::-.'."'.'-_-_-:::=.-:-:.._--:::..··---·--. -· · . · •. ___ -·· . · ._. O,,OA<OF) ~~~p~==D-~:< ~-~ ( A ( 0\-J) ·l}IJ ( 6~J 0 ) ) •• + , ,.< .. ~'(c;~·s ~-i~1);;;:~ii/;' :::__:+,:::i __ ~-~-(\:1;):*U ( t:1F) ) ______ 1.:,l_(_CJ_)_::::: ___ .. _____ :-··:--···-'"=-'::'.::.'."_~~.::-;;.;; __ ,:.,.;,,.,..;~..,.: ••• :;;;.~:~-...: ••• .;;.,_· .. :,;..:.;;......;.;,,.,:...;,,..;_.;._,.;. __ .,..':~-----· ---------------1 ACOW) + A<OR) + A(OF) ---------'"< __ _,,1 ·,~!:i::1.. •. na.u:1l-!J..L:11:~o .. ...;::u:::.o~.1.u;::i.1tJ_,__,_ __ -.-. -.~ .. -.. -.-.------~-------~~ · + < · U. 7:~:. (l/!-Y( OF: )·*·::.0~·(1:4·(>C:l_lJ_(OFn)_,:·:; __ ':> ·::<: .. : ··· ., . +(. · (l.OA'(OF)*. 0.(H)CH)U(OF)) ··:.:·.' · ..... ·. , , · · · -----~. I CO) ::;:: __ ..,: ___ ,,H;~,.;.,,...; __ ...:,~;..,"'."..,.,.,_..:.,"'." _____ ;...;....;.....'..;.~...:..:.:.;.i . .:..._...:._-'_·_ ;__.,._. . - 1958.0A(OW> +1173.0A(OR)+. D.OA(OF) BUILDING DATA FORM COOLING CALCULATIONS FOF:M :~:F BUI~DING 1 ENVELOPE COMPLIANCE -------------------- TITLE: DAVISON & FERGUSON BLDG G -STANDARD (OTTV) MAXIMUM- ______ co.:r..::cv_CL•D.*~~-<..Ov-JJ __ )-.:l·_U:t.::LnLU:U..:ii:&(JJ.R.U,--''------'----------------- OTTV = . . --------------------------------- A ( OW) . + ,; < 01:::: ) ( :31 • /:.OOTTV ( t,J ) * COTHER) . 195:::: ~ !)A (OW)_>_.+ ( 4_. lf.lQTi"V ( 1:::.: > ·ll-0. OA (OF<) ) -~----.,..---1,_(_4 ._iJ)C(fJ:.V_CR.L-il~· ---~n,_._QGt.:.(DR.U=---------------~------- OTTV -----------------------------------------· --------------------- 1. 9~38 .. OA ( OltJ) + 1. 1. 7:3. OA (OF<} . .. . . . .· . . . . -. . . "°" __ ,_,....,_ ...... ____ ,._•_....,_.,._...,.._, ..... _._.,..,,. ... ~----,._-.,....,.._...,......,.,..._,._ __ .. ,...._"..,.""'11"'"''.""'~·~--~-.,'""' .. ,...,., .. rte_,,_....,~rl ..... '"...,._,..,_,<S""tt""""_.,....r,-,l'..,..~...-n--~_,....,-,-,,.,._,..., ...... .,.,.. __ ,.... F'l::.:OPOSED OTTV v-JALL CUCW>*A<W>*TD(EQ))+(U(D)*A<D))+(A(G)*SF*SC)+(A<G>*U(G)*DELTA<T>> nJJ-\'J.l·J) ------------------------. -----. ---------------·-----·-------------------------·------__ .., = ••~ ·-~·--n ,.,n-----• . A (:OW)• ·< . • . . . . ··::. _______ L __ (l ._4(10!:!U.Utl.L* j ~::;9_:::__.~Q.Gl._ll,.JJ3~__;ii ..J:O:IL<.E1~:!) ) + ( Cl .J)J~l(UllJ..(Jl) -l"i· 0 CH?LllcU..)__ +( 252 .. 0A(G)* 122.7SF* 0.5/:.00SC> (UNSHADED GLASS) +c·· -1O8.OA(G)* 3O.OSF* O.56OOSC) (SHADED GLASS) -----~~·J:,l _ :-=:t-.(L..J)A.i.J3J __ ~~C! .•. ~iJJ:!J:t\..LU:UJJ:.,,_ .. (·,I:l!;",l~IfLL1,.L.t ____ ....,..... __________ _ ·-· OTTV < ~·J) •.• ___________ ..;._-_____ , __ ;.,...;... ___ ..:....,.;..,·:-.--:... . ....---~-..:..,...~·---'---'-·----------~-------..:..-·-2:;?~ .• 501 ::1 F<OOF ~---......,_,,_....:..,..!J4-.L-!i"UU3:.t:ltA..(JU5!-JJ_U::;J.:lttt<J': 2 ) + LJ.J..83i:.::;C: <'.:;)-!"if~<'.:::;,))+ U1EL.I.fi.,LU -t<-11 < '.:; > ~-A!.£.J.J~~~~~, OTTV(R) -----~----------~----------· --: ·-·-~-~~----·-·----------~--~---· -A< OF<) · --_ · --· _. ( 41 * 0. 04-00U ( 1:::: > -i:-1173.0A(Rj* p .. 79OOA(C)* 0.92MCC)) +(118* O.OOOOSC(S)* O.OA(S)). --~---....:+: .. (_t;J)ELJ:&CLL* ...... Q."J:u:l.QQJ,.l.C.=;,:..., 2 ..... ·ll-____ Q_..,Q.&C3J_,)_~-----------------i OTTV<R> --------------------------~-~--~---~-.;...---------~----..;. _____ _ 11. 7::::. OA < Ot~ > --~---·~---~ ----~---·-;• ~--· ·----·------------------------------ r............--.~.~--,...,....,,...-.,.,....--,_1..,.,....-•,~~--..... ---~----~------------------------~1 < OTTV ( v-J) *A ( Ov-J) ) . + . ( OTTV ( _R) ·li--A < OFt) \ _ .. .-:· . OTTV = ----------------------~~--------~ -~-----------A.COl,..J.)_-Lfi_(j:ll3.~' )_-~· ~---·-~---~------------------ 22 .. 50:l.20TTV < \rJ) *· 1958.0ACOW))+C -1..1.9200TTV<R>* 1 1 7::.:. OA C OR) ) ____ co:r..~, __ ~----------~---_·-_-_--_-_·--···_· ..... _--_--_-~----,_,,..-~-------·-~-'--_·-~--.----.--~-..,...,--,-~-~::..--=-,.-~--,-·-::'"---·-,...,-,,.,.-~----,.....---~-·--·------n-----~-,,,..,·--·--~---~--------------·-----_-_-_-_._--_-_~---~ ·-:t.·::1!;:_;:~: /<:it1 ( tiW_.) . .-._:_ ,:._:-\, :,. :l f 7:;: ~ 0f'.:i (OR) . ' .. . . , ____ __,_,n.T.TV __ = ____ t'-l-.• 51.79 ___ ·-,--_ _,____~-------'---'-------'----------------1 ........... ~ ~--_,.....--..,...,..-------_..,.. __ ...,.~_ . ....,_'...,.,,:;--,--.------___ ..,..,...._-----~--------,-----~• . .. . : ''.• · ... . ..... ::·' :-.\. HEAT TRANSFER COEFFIC! ENT PROPOSED CONSTf1UCTION ASSEM0LY . .. . . ·., .. -----' . . l.., . .. • 0. ·\:~ .,.V.\J . . .. ·.· .. . . ' ~ . . .. . . . . . \ .. . -. l•\J-··-- Sketch of. Conitruction Assembly WEIGHT: ·9::? lb/ft2 Check one: Wa11 j_ Llrt of Co_mtruct!on Componontt ,. 2. 3. 4. 5 . 6 • 7 • 8 . Inside Surface Air Film Outside Surface Air Film f1oof U-Vnlue (l/f1 1) . Floor Form 3 n . c;,5 • r;:.E.:, coolina hentino . 2.? . 17 coolino hcatina I .59 l-51 coolina hutino . ~~ . 6c6 coolina hc1tino H[AT TflANSHf1 COEFFICIENT !"71()1'-QH D CONsTf1 UCT!ON /\SSEMOL Y i I __:.__,_:.:·--:-i l . -·---.J ,, i ' .. _ .. ~ __ .-:-:,,. ·· f I 1 J ·. ___ .. :::~:--· '.] I 1-.... -... ____ i.;,_ __ 'I ~--... ___ 111 I ----.. _ .. ; 11--:·>·-,:'I : i ... ·~ • !1 ~ I .,., • ...... °'\ 1 I .. ,--···-: .. , ii II <.. •. ---:.::·.-:;.; .. ~ ! ;, I .• ·-..... l•t -··---~~-; :j'I---! ·.-.... --·· . ---. ) : ! ;-:--~:·····::.~:.~~ ;·! I .. ,.. . ... , ·I _. ~ .... ,:·• ·-;· I -.• ,,: .... I /'/) __ _,( (~ .. <-:_:··.~::~ l·J ./ .j ~-__ .. . . :i : i ... __ ... ..-·· ··-<. [l !1'·;:···" •' ····_-.... ~tl ! ~--·' . . . ·, .. : ' . ···-·· . I 'l . ·. I i=I ·---.. ---~· .. · ... : l- 1.,, Sx.Hch of ~,.;1truc1ion An,,m!Jly noot Typ-4 floor Typr Litt of Construction C:o,nporu·nt, 1. ; ti ! '2. 6-1Yf · :z. {2_-\ \ -r,--.ic_,l.)\•f\"\\::)-'J J . I (-i' c., '--j f · .(. li. ll. 7 . 0. ln1idc Sud1cc Air film Out1ida ~url,~ Ai, film ,U-VJ.lu, (1/11 1) (in~l.Framin~ Factor of ___ _ WEICHT: Form 3 COOII"<] ht I l•"'-g R R !h/tt2 ,l/.f I lf.r ll-6 l1_Q_ I t.f ( ·l/) ( . .-C! I •I•~::> ,GS .17 .OB .OS HE."AT TR_ANSFER COEFFICIENT PROPOSED CONSTRUCTION ASSEMBLY '\ \. '2.. 3 f I ( 5-4. Sketch of Construction Assembly WEIGHT: ( 25 lb/ft2 Check one: Wall Roof ¼ Floor Lht of Construction Components 1. BUICT UP ROOF 2. PL YW'c::x::::>D 3. R-!tf/ INSULATION 4. AIP.SP~E. 5. SUSPl=.NDED CEILING 6. 7. 8. Inside Surface Air Film ,<02. cooliOl) Outside Surface Air Film · .20 cooling Total R11tistanc11 Rt 2.3. 22 cooling U.Value (1/Rtl (}. Ql( coolinu Form 3 R ."30 .Co2.. 1q.o ,86 1. 2.S .GI hc~tiOl) . 17 heating < 22.63 hcJting o, 01! heating - DOCU~ENTATION FORM t_.1Ul1~•Jnt ~.'l..)':.i•)11 l r..r, '~I I hj \•_.: .. n .. d/d,H-I 'f~, .. ,i.. I...,_, in(if,1,.: t.:' ,tj,1 ... , ....... i;JCi",JlU; ;, SUHtf1H . .:;, Ul\• ~)ulb. l:-1(1,11--,~-l;1 ~~-lqn ·:-.. ,,'.~-;,~f;rtL11 ~-sumrnr-r vvet tY.1:l:. 'HVAC S'YSTEMS COMPLIANCE (C0r:n:plet1Lfo-r,uabhJsy:stcm). t ,! ' ; ;;, ,' ' ':, \ /(:,,1, '," /\lr .. · H:·ar '~·11(1i :=10,1~ 111 1 ·· .... 1t._;( ~-,~-· •• t,: ' . -. 'i .. ' • ,., :, C•11tr:,,1, ,\1r t,115\~f! Pc:;;ff•1:;:,cs. Pr~1ect T,itlc I),Av,s.N ,~:,:f6~~\)~aj0 r, 1·.-c.~ir:~~~"D· ·oA~~ .. '.::,c,:,11 • 1, ,..~ · .. ,<1•!\ L017"~,,11, .li>l~•-1_,,. r, ~: .. 1? .. . wJfl"' / ... 1, 1---,J ·--•. l _, t'" r. : ...... ,,,",#,-p/ , .. : l .. .. Location l.,.~(l..,L-,$13A'!>. c,.;;,'/J, _'·y11 .. _r,J ,·1 -'.~ii-·, ,., •. u.p,,,_1 .... u:,,.,i., '-'··'-·. 1 ,-,(~~H :_1,:1r1 :-,er:' \J:;~i~:. ~:,.)~ :cc_ . _ . , ... Project Designer CA(2....u AR..c.,11 qs-q:va....~ . ~:1 f/ 1 • ~; • l, r l - ,...., - ------~-o-r-m 4 -_ _:,....'.. ___ : (R'.J_~·: 1 'snai --~------- S·,,,,tf.t, ·oocu1:11,critco .qi/ , ,...c." , _· 1; ______ • -· ._ ·1',ll ,1· ~-~-~::o_~re_r-6/~'1 / E¼ Checked· b Y.----'----- 1 ·1·, 1 ,11/1'!~;;; ,fi,, ·, .. /pv. !Y·'.l\'\1, 'D.a.te _____ _ - _______________ , ·.::;..:.:-;::,, .. wooow-..... , ,.._,.. __ .., __ ,..:.*"'..,;,',·;-•. ,UJ-e'..;;...;,... .. ; .... _·_2hldc .IA:-t,, r -~,;,~~-·~LU:iJ ~-·' i PLi::mu · .. --------·~--:.auu.wu..uaz.c.auzzUl.{f! 1 ;: in:11t1Jrr1 \., nt1·oJ~,nn i::;.i~::,1. ___ _:__·:~:------~ DESIGN CONDITIONS Building occur,,mcy type (Tabl·e 1 of Appendix I) Project Latitude .(Tablc'.2 of. Appendix I) ..... . Heatir;ig Oe,gree,D.1y.s.,(.T:ab,lcr 2 of Appendix I) ..... . HEATING LOAD DOCUMENTATION-(Attach calculations) Outdoor Design Temperature, Winter ,_. ·, ,-. :... [.,('..:, L,; .~ ::2;-,l"t'. ,T!l:[iclp9qQ,e~,i,go,·.T. cm_perat\l)rn ...... . Outdoor Air ................ . .: . l:l~At.losff:cosn Qutd0or,V,,ir ., ... :, ,,,. .... :., .d_.-,,£ ~,-~1i:~. Temperatlire .. of aojacent-u0nheated· spa.ces; ·: ; .:· •.,·. Tram,smissior:i Heating Loss:!s 1·r:1:filtr.<)tion Air . -. -; .• .-. ·· . ·. :-IV/\( :; -rs T'i::r,~:; CG rvl p L: 1\N C [ ( C.!;;11?1<;!\tJ(\:;.f?:S~ ,5r9,fw1l ! f"l f.iHr:~~i;on. Veritilation Air ........ . . . . . ·: ...... . Heat loss From Ventila.t.iolJ ... . O.ut09or'Ai.r for Spcc,i-al Prncesses. : ...... . T-1 ,· -.. 1·i{ .,.. . ,~,He:at Loss F.rom Pr10dr..ss);l.-ir..,-., ........... . r~r(sJ1!C j ~t l' -~~,L~---!...;: __ :~_:_\_r:-t.;.,t,,.'i ·. ': ~·:-,~ -~-~-_:: ,~_,_,._.-:-:~-\·~:A •'_Jt-: ..• -... _' 01'f;il'?r Heait t:o.sse,~(;ci,c§i::n1beJ . 1· i:, . .-\· ,:, •.• , ,-·, •• ' I 1 ' l ~ / ' ~) t /0 ,•, , • .....,. (-~ ., •. ,., 1 :.;; \ • I~ r I l_ ' : I ; ! -";I . _oc:1il1)n --.....'.~*.:.::.l'....'!' ·\..-.-)t-:r~l-;' ......... l·J .. ~Tofli'l 'Pl'ear-t:"c)SSCS •.. : .. :·, .• os+ 33,z_ ---z.o,·7- \';f-6 lol, ~- -, • '},r; CFM Ei"fu/Hr. o,_· r- Btu/Hr . /J ~I'-:, 1/* ~Cf lv1 t-r..., ~ .. .-· ll: ;,t"' Ill. ~tu,/Hr._ ,_ CF-M Bru/Hr. CPM • •. . • -Btu/Hr. :.:_. : • , i J fl 1.;j,.:,J ('f: ~j y / • . . • ---Btu· Hr~---- 0 td 00 ·_: ·.;-t. : . rd b lb e3 •'··-··°F-· -·--_,,"""',,,._,,.,,,.,.,.,,......,.,,...._._.,,, ... _.:-'='_"""~"'?'lJ"'1"P~r .,r.Sil-J,9J..1..~J:~-ID-J?.£.r~,.,HJ:S.,,,,,tll.mn:1w!t.1.,..,,.~Y,,.: .. }~; ... ,~ .. ; .... ~~-·s-.:,,,,~~---,--.. ,·,··,1< •• oc.;,-:...~~~1..v.,..IJ",-~1 N<.Vf"~'i Outdoor Design Tcmperat~1re, summer, wet b_ulb ... " . . . . . . & _ · °F Indoor Design Tempera.turn, s,ymmer, dry bulb. . . . 1 S' °F :)c~11,r-~ cor·m1T10N::; lnd~or 'oesign Temperature, summer, wet bulb •..... I~~mm[~.5t9:rl~.7,tt,.~a\~,. ·1: .jl)'i,! •• ·.): : ,·;,,,,-.,i,J'i ~ : · : • · · ,Infiltration A1 r ... '. .... 1 ............ : • • • • • • • • • • • • 1 ~f.,..JJ:•,1, illlft:)•_. ~ 1 "ito} L. r;,... /l.;JC1::rl'•.t, ;; • •. ._1-;lf_il~ t3ain,F/9,rr;i,lr;i(ilg.a_ii9!1 2-·r·,· . .-.. · .. -. ., .. ·· r • • • • • • • . }~,itt.,: I .. ,_11.\_..i. 1_1.,/,. 1 1~.u1 . __ Q ,,i.,,,,1,.,(1!X •j ••• _ ~ _ Outdbor Afr for Special P~ocesses .............. . Heat Gain for Process Air:.· ................ . LOAD C(::icur·M~fiTA ·:'IONI;; ,tj t\.l,G",dt:,T· ',!.1 d ,;i:,h w· d t ;:io ar Heat ain 11roug in ows, e c ......... . · .l;-ieat Gai',{ From Li9,hts, Equipment, People, etc .. ·~·tn~i·_,,_11· .).~:i-1(.1·1 : Lli.· ... !.cJ'·' i11, 1h'1r11:·r .•... Heat Gain Fror;n Other Sources ....... . 1nu--711r 1 1:,1r:i1 1..:iO'}Pf,Hr1r· •. i.:--:,utd1 1.·H· ;\i:' . . ; OtJ_tdo'?,t AtJ1,i"" , , . , ., ·t~r-,,, -1• , '-t. I j ,._ ! , .> I •,-> I 1_ -: •.• • ,, ,.* •' , -, : , • I • ~ , , --.. ,1F 1xc,d M 1r:i1m1,um T,ypw Sv,~rcl i:n(. .. . • , 1;111 ,•j,'T ·-~ '·V /'i, • J1,.l,._1_;,.1_ 1..-4, ,1{1 •• 1 I_ .J .qJ._j.A\ • ..,,. • • r: ,in' ,~t C,f;Jyt1f1:r. ~qrs.9~_Jt\lp_t _tC? _E~ce_c~ -~;ibulatcd i,1u', ,,1 -.-, 1\,, • · • Minimum Ventilation Rates}. ['.:rit!:,'.'!, ;,li :~,e?Jc(p~i,p;_:~(i~Jif:1,,0!J1dO/Jr P-Jr.-.- \. 1·.lt-.'tlt.1,,( .-,-/\ ,·, Hi·.'.1 1_,; ,...1 ::,:::,· 11 1Je~1t:1,.~_:r) ~ (., 1.,. c; ___ __, __ _ _______ ..._.,,__ .· ~ - ·-----.___,__-.::.__. Btu/Hr. CFM Btu/Hr . CFM Stu/Hr. I a-i..(>o Btu/Hr. I {I) Z.(?O ~tu/Hr. -_-_-.;;;;· c.:' ... --:-"-' •• -'-·,_-_·_-_ ,.~_tu/Hr. er::. ' --~· .,,,,,..._ .. ___ ,.._ __ _ L: r1 ;i ,.., • CF.J,J/Person 1.,. /I"·~ \ . ~B,\_p.ltJ.r. -, ~ f • I , ---- ------. --- 11' • f i. <"~ ' -' .,, .... _ , .1· 1_•,1 _ ,: ~-.,,11-1i ... :1 ::r 1Jt,.L'i r::'--_t. ,-.... 1~ ·-• 1, , ... ' ... ~ 11 ~t. '; I 1_' I ~:.' 1-.) _, ' : . ' _ l , ~ ': •.: '. ' I j ( ~ J l i '! ' j I , , I ,! COOLING LOAD QOCUMENTATION (Continued) :--1; '1J • : 1 r .. .,. _ ~ ll \ 1J r ·, . JI l"i, 1 ' ,_1; '1 "';1.-,-Sys'ti?'m'Utilizing Our:;ide Air For Cooling . -·.l-· . CFM Per Person (Not to Exceed 33% of Tabulated : :·,,:, :,,.: ,: _, r .. , I '"Recommended V'\inti'la'ti'on ·Rhtcsf:·· __ -_: __ _ ; ,, :He~t'·'Gain From Outdoor Air .......... . ,'_ ~-· : ·cc Tdfo'I Cooling load ~I_, I: :"l. .-· ... ·. --------~ - l ., 1,, :, If-,' l ·~ ,-1 •, •• . -~(_ ... TEMPERATURE CONTROL :, ', Page 2 of Form 4 CFM/Perwn Btu/Hr. Btu/Hr. Attach manufacturer's data or other, ·give specification or drawing reference which shows in detail the following information: 1,1. ,,•;'I • capability to sequence heating and cooling •........... · ............ . • temperature control devicJ~-::t point limit'.s. · ........ : ............ '!' '· • temperature set point range between full heating and full cooling ....•... • setback and shutoff controls ....... · ................ . ':·l '. REFERENCE ·(page o'r' 'sheet No:) ?1-lf. rl-3 -St+f, M-'5 7Hf 11-'> 2t!f· t1-~ • . capability to terminate heating at 70° F and cooling at 7.S° F •.... ' ........... ;-...... Ztrr· J1 -3 Indicate drawing or specification reference where the temperature control device requirements given below are documented. An automatic temperature control device sh.ill be provided for: • each separate HV AC system ................ . • each zone ..............•.............. -COOLitJG LOi\O DOCUMENTATION (C,1;11,."1cd) SIMULTANEOUS HEATING AND COOLING ·~·/->~'~ n 1-, ... ::1t1.in1_1 Out";'ili '. /~1. ·-,.:,, <.:1,c.l:nq The following requirements apply to the us\) ,o,f,fle;« !!Q\?HJ~( ~.r.lf\N8d.:.f'!P,!,.~1e:f.P.\]1!3lit;d._.,'1{!t.~: when recovered energy is used to control temperature. \. t 1e:tl -~~J{n f-;1)1·:-: G• J,.:,._,...)i" .1\;: ... , . . . _________ Jii1/~'i In each case, when resetting hot and cold deck tem11craturcs, one representative zone may be chosen to represent no more ,han ten zones with similar heating or cooling req1:1ircments. , ; ~ , -•-· I - ~r,)ti1; 1.,.1~( hn!J Luo'~~ . ~ . ' . -~-::=:.:=.. ::.---=---3:u,}P Concurrent operation of independent heating and cooling systems serving common spaces must provide either or both of the controls given below. List reference specification page or ~rawing number where control requirements can be verified. TEMPE11,;iUGE co~~FlOL REFERENCE ,\t:ac:-, ,r.,in,1-1 fJcturer's ct;i ''i or other f i1vf'! :,pr: :1 I ~ii tio, i :)r u~aw1 ,a I ci en.:nct: ,vh ich ~how~ :,, ,_;r.tai( r ,1tf.+(, 'iA1 fHJ 1,; tor,.-., tic,;,. • Sequential temperature control o eating an cooling .systems ..................... _ _,_,._____ . • Automatic reset of heating temperature, to. limit energy input only to that level to offset heat loss due to transmission al'ld infiltrntion ........... . c ,·~:!:;,.ck .:md $hutolf cont~o::; .... _ . . . . . ·.• ,..'t.,'.l;ler.11se,~v.ir:,9.,mu1l1·f1nl!? ZOAe.s,.contlio·ls .m,u.st ,autnm, atLcnH,Y, r.cset the cold air ~·,.;-~J•I•\,,( .. u ;i·,, 1 ti\.. 11\..U\.il•J 1Jc. ,vi 1,111 .... ,TtOti, _,•I.IL ~ • , , • •,., supply to the highest ternpernture level of the zone rcquirina the most cooling . ·,.., ., .. ,\ ,). ,I),,. ~! l(' ) :,-_,. /0...l'L ~~t:.l . ·'· following ir,r.;i.:~:; dr;iw;ng or ,p~c1f.c.:itiun rcfcrcnc,• .·,r,(·1c ,he tcn;,;,~r.itJr~ ,.,:;n~ro, J1·:1c'! req1Jircmcn:: \;;·,v['!;; J'ji.·1r,~ o•:.curn\ :1:::0. ;.-, $.1:1iJgle,,;Z:.0.f:l~er.e~,e.<Jfi?iYrSJC.IJJ~1?.11:a:llcJqg1!3Qq,tr,9,II~.~! fJ).-1,(t;c,1J..l.';Jlf.;E;rl'lcating and cooling ........... -·-#----.. ' " . ' -~ - - Pago 3 of Form 4 -::, Dual-duct or-m1:1l:r:iz0ne· sVsterns:..: :givi?"rcfl:lrer\c1?· sp'ecifi~ado·rif '/:i'~1gii' or· drawinu number which will show compliance with the following: • Hot deck temperature -must be automatically reset to the lowest temperature necessary to satisfy the zone requiring the most heating .. • Cold deck temperature -must be automatically reset to the highest temperature necessary to satisfy the zo.ne requiring the most cooling. REFE:RENCE Recooling systems give reference specifications page or drawing number which shows compliance with the following if recooling 20% or more of the total air in the system. • Controls must automatically reset the temperature of heated supply air to the lowest temperature necessary to satisfy· the zone· requiring the most heating. . ..... } HVAC SYSTEM RESTRICTIONS & SPECIAL REQUIREMENTS Several HVAC System types have special requirements or restrictions. In this -section, the -type of system used in the design must be listed and any special restrictions given hero referenced to show compliance. Supply references to proper-specifi- cations page or drawing numbers. Type HVAC Systems Used -List type of system to be used here (include all systems for heating or cooling in the building) include reference for specifications· for each ·system. • • ~ T ·--I ·-·--·~·---- ----,---- ! J l:.... r-,t.1 ... ulJ1:r.,J :iy~lt!,n:,. -fJlV•! ri;it;rt.:r;~·..: ~i}•:c.H,i.:, 1 JPJ pc1'.J'7 ;-·:-•Jrt1\ t1n!J nurnuer \·vn1c.:n ..;,10v,,: •• ccr :j),: .... 1•L..e ·.-:irt: ~,1e ro,:o·~v: t'j tr rccoohn ,i 20'Xi or more of the toti"li ;dr i··, llw :•; ~i., :1 ,; Constant volume reheat system -when serving both interior an,d exterior zones -separate cooling co)ls are required if the @xt'eAorl r6'ne1e1:H:eel:fs>'2Uo/oiro1fi!t~eetota-111aif.ii::ji:.JabtFty:tl'lfofu\'.!f1c1rnJ ·c·00l!flg-coi49 th,! 1owr:~t ,.. /.\ tcrri~1·raturc necessary to satisfy the zori1: ro :iu,nnu the ,nost ~;i,:w1u .. , . . . . . . . . . . . . . . . 1 ·!,'-'(,.,_·-_-__ 1 Ii -, HVA.C ~YSTEM RESTR!CTlONS & ::;PECl,'1.l. 1{EOUlRCi\r.G~T; ' ' REFERENCE ; Several 1fV1\(. Sy5tern ty}Je~ !-:.~-:c speciol r1~',t 11't~,n~1(1.1 or r~s_r.-:~t;t,r\S~ in ~l11s :.i:ri,Un, 'die ty1J, Jf ~\·:.:e:-n usi.!L4 in :J1f' t..!, .:;:r)I1 must be i1sted and any s.pcc1a! restnctiow; •J11m h,,,,. rcfc~1mcid lo shov, cornpl1:mcc, Supp1v ri:forri-.ce~ t0 pro;JC' :;pl ::1fi- ' c;:itions ~ ;ige or drawing numbers. Type }-1','AC Systerr,s UsiJd --List ~-/pl! or ~·J,.i\::n to i.Jc u!,(:(~ lit re {int.:IuUe iJ!: $'/~,(!1115 !or :1eatin,_; 0:--C0Ul/rig 1n tht.: ;JU(!, 'J\l~~·l .. ,elude! efer'e,1ce for specificJtions fur c;_ic1·1 ;·; !1:,;i_ ,.~ ·r :~\;_:).;J:.v:.; CP " -l~ t :s~·;--TV·;~~:}: .i::. .. __ 1_ ;\ i i:. -~ · :·· o _. l,·-1 J\--( <·1~ 1_; _____________ _, ---._ , '~ LI ( L : , ':., j ,-'_ . ...,. , • j t \' ,:\ :; < \: ,: ····P1t9a 4 of Form 4 DUA:L o·UGT AND~M,ULTIZ.ON!:=S:{:STEMS Oons.ta_nt y9Jum§ .Glt;Jo:t or mul~izone systems ·which utilize new energy to simuitaneousi'y heat and c_o9I air streams which are su_b~equen·t!y ,r.ni-xg_c;Lfo.r.·.~cmpe:ratllrc.-cpiitrol are, prohibited for buildir.igs.lar.ger. than-20-,000 sQuar-e-f.eet-o-f-conditioned space·,.,ff us,ec!,,, tMe j!;i(,iea,ka,gc: for ,darnper,s·utilized for .the mixing of heating.and cooling air -shall -be--iirni-te0-t0 a maximum leakag_e .. of" 3% .. cPf-:tt1!! t0t<JI.: air _qu_;mtity handled by the dampers. when operating at-the maximwrn -s-v-s-t-e-m -~r-es-sme to which the dampers will be subjected. Manufacturer's label or nameplate shall state leakage rates. 11 .,,I_ , I . . -1J/4· ·-.... REFERENCE----+-, _____ _ I I'. 1' 1\ '' "'.' '' ,,· ,~1 ,,,,I ,., . \., • • , , I l . " . - Economizer Cycle -For each cooling fan system, for other than dual-duct or multizone systems, which serve zones having total cooling capacity greater than 134,000 Btu/hr or more than 5,000 CFM must have an economizer cycle unless one of the exceptions allowed is claimed. REFERENCE __ t--J.__._fa_A ____ _ Electric Resistance \-!eating Systems. -These systems shall not be used ·unless th~.~ofal [n_s½alled_e~c_tric.£1:s[~t_an~e heat does not exceed 10% (ten percent) of the annual heating energy requirement or a life cycle cost analysis, Form 8 (see Section 4.2 of this manual) shows an a)ter:nate system life cycle cost exceeds that of the electric resistance syster~ _ _. Give reference if less than 10% or i~~lude Form' 8 ii"calculating life cycle cost. 1?4!~ REFERENCE __ -+7/j___r ______ _ MECHANICAL AND GRAVITY VENTILATION . Mechanical ventilation -Dampers which are automatically interlocked and closed on fan shutdown are required. N. j f'.~,· .:. o: ,:-:,rp1 4 REFERENCE ___ ,~/..!_ ______ _ rc;Vi~ft?vfrlti'l1~b9/.,.~l ~ith~PWtdhiati'c{b·t.::renc1i1v accessible ·manua11y operated dnmpers must be provided for a11 openings to the outside with the exception of combustion air openings. 1., ,)nst;1nt i..Oh..if:1!1 1JtlCt Or ii1Uil,~.:_::;!' 'f;lt!fn:. \\·ni..:!1 utii LU ra;1...·., l.1\~!(lj)' !U .:,,;n;~.J1~1nt.:CLt..,, ,' iil!d\. _.;;\.k_ .:ev! i.:· :..:1 ;;~r:·1~ :f~:,l\ ,jp~ ~utiscr,uentiy mt,->~tl f,:,r temper.in•/•! ;;or.trr.;f ;:ire pro ,ib1tccJ for bu;kLns:; iJ~R'ElERE~{c~C10 sqw~ ;A of :.ind1l,l,,,·:. $ )3Cf!. lf U~t'd, the ai:· ie-;;kagc for 1:~11rr ?t~r.-J uti:i:t~d for t! .c :i-< (ir.3 of J-:catinu ~n·,1J cou!tnJ air :ihd!: b-t.: ;,1n:tcJ t•.: , r.iJxir'""lur"'i !1:J.kJ9c of J~of the tUtr1i :1irf:quan~:1,, i1:~n,;:cd by t!v.: c:Ju111·.:r::-when op:;tatin~i ict t'.,c rnJx;rr.dr11 ~'/'.i~1!i''"! .:n .. i:.su·e :o vvhtc~: t~'§Cj~};tplrr9 w~:~~tJiL~lit\11 :\l.f'J;·mf.;icpucr'~ l;_ibcl or nar n:piatc 5h,:i!l :;,ate !t:,fraJC ;;}le:;_ ! , I REf,E,R·ENCE E~.91~!.1:JP!~,~~"~:rt_f!W-::~~r.!, cc,._Ji111/, f<1~1 ;y:,t1'rr., 10, ,1 he, t<«m uu,,1-<.Jucl c: .··1uit,,:c, 1•. :·1•, _,;,;· .• , 1j•1k,:QQ,·.-~ . ::,~, :. :1.i,1r,,i Total SunplY, Air Ouant1tv h' ••.• ;. '")~' .,, ............ 1 •.••. 0 .... , ·c:r.:" ••...•.•.•••.. -~---C M t1Jtai L:t ... ,,..11.tPJ ,,:.:.pJcitv ~n:iltt!f· t i.Jfl i,Jf!J,Li'-u utu111r ,Ji" !•:,:ire t 1an i...,, uu ,,~1v1 rnust t"'-..1ve J1, t!Ci..H10.111llfl'\: ~··; ,1•..: ,l one (-/\ ' To~al firesSUlje of Suiml,v. Fan, . . . • . . . . . . . . . . . . • . . . . • . . . . • . . . ......... -~~---Inches Water \11e t!Xa:p 1cr1~ J i01/./CU 1$ c,~Hffif,.(J. i ---t Total Supply Air Quantity Adjusted for Process Lo<1ds. . . . • . . . . . . . . . . . . . . . . --+----CFM Total Gross Floor Area. . . . . . . . . . • . . . . . .. . . . . . . . . . • . • • r-:,:·-:.:'t::ffc'Nr::~~ ~-H.3i.:.Z Sq. Ft. . \, 3Co4 1• Net F.an Performance Index (FPI) ................ t • • • • • • • • • • • • • • • • • • • • • • • • • • . . . 1 iectr:c rieststt1ncc t-1eat1ng ~y~teni; ·-· 1 hcst.! "J'/Sli":ms sh nl not Lle usr:a unle:.s th,.! to~al 1r'itJlie:_; ~~1tctr:(. re~1'i!O'l. 1.! hcJ.t do~~. ;,ot exceed 10% (ten percent) of ~t·,0 ,nnua! f-:,:;.itinu ,~11e '1'/ requin!m,.;nt or J llfe eye,,! co:;t ,1naly,;,s, Form E (:; .. !~ :;,!c-:.ion ,: .. Variable volume ~stern , . . . . \;T th,~ m<.1nuJ si-,;.J\NS i:tn .r31tcrnu1t~ :\,Stl~mF!1fe :yclc (..i'~~ excc•:ds i.hat t..d !he e!:_1rtqc. -.:·.,:..'.Jnci.; :\/i:;:-::-=,~ (;;._..~ 1c.:1•)fi::·1r.i:-,: · T.otal Su£RIY .Air Ouar.1t1ty a.t.1Yla~1rnu1J1 _low ... ,. . ; . . . . ..... t;:ss than 1u~.., 01 1nc.1uue t-orr,~ (i 1: '.--11 t1 ::a~,ilt: l!FI1~1 t....yc1e C11~i. Inches Water · Total Pressure of Supply Fan at Maximum ow ... t ••••••••••••••••••••••••••• , I. Total Gross Floor Area...................... . ....... ,,-;:··.··-~·:c·~·c,.-· · l· .. ---r:::, SQ. Ft. l. _ t L t1 ._, J _.. i--·---/ ----·-- l.1E <fia;l;t\ R.~rctwman~I;) lnq~i ·-?i::Maxj @.~mJ J9Y-{ JJ~.f I ml· · · · · · · · · · Variable Volume Ad~rnent Constant ................ . ................. ' .. -CFM - -----,'--------- - I ,iaviry' Vent;];itnrs -- l• ~6of Form4 · PIPING AND DUCT INSULATION AND DUCT CONSTRUCTION References to the piping insulation, duct insulation and duct construction requirements presented in Section 4.2 of the Energy Conservation Design Manual must be given below: REFERENCE_"':7'_µ ...... r_-_ft_-_3 __ Re for 1ncc~ to the pipin::i in5u:atior., Cl.Id n~utation and du1 .t construc,ior. rl·quin.:--,,,~nt:; prcs,::n,c,: ,P S,;c 110n 4.:2 of :f-.e Sn erg :r Consc.r,ation De,i']n Manual mu \t b·: !J1ven :.iclrJ_,s: · 1 • -···--,. --~.ic-· ____ · ~·-· i ·---· . i ~= j-·.-~ - -- ---...__, ---. o{)c·uMENTA-rfoN FO'R'ivi·&' . .-., .. i > ,· l ,U,· ,;Tt. Form 6 J~, ' . .j 0,_j7f' ·' 1(:::,, References giving the specification page or drawing sheet number or manufacturer's data must be submitted to demonstrate com-. . . pliance with Division 6 of the standards. ELECTRICALLY OPERATED COOLING SYSTEM EQUIPMENT ABSORPTION WATER CHILLING COOLING SYSTEM EQUIPMENT G1G'M ta C!iS:t,IONTi,;if(;l ~JNJl(ij•:r: <SIU I PM ENT i-: V(,t}'i1 a n"ci-ga'i~H"r-eclTcSf.Nf:~Ht-l A f\J Cr heating equipment- ELECTRICALLY OPERATED HEATING HEAT PUMPS Standard rating capacity, Btu/hr Minimum EER (<;:OP) Reference • ,_ •' ' ~; '-' ~ 1; I ' : : Heat source (check one) Direct fired (gas-oil) Indirect fired (steam-hot water) Minlmum EER '(COP) Reference Minimum combustion efficiency at maximum rated output Reference Minimum EER (COP) Reference Supplementary Hcilter Control Reference ' -- - - -~<;;,LE!..L~.b.,6.1;..~§J.A~~E,,$~,.c;;~~ ..... ~·~·----Ell;.EJ;:J3.!;t!.C.&.E.9 .• BJ;.WJ,kL~O~~.Q_!;,~ EE~Q..'(..,,.._,.,.. .. _,_,., .. , ,-~-~~-· ··-·'·--· HEATING EQUIPMENT INPUT AND OUTPUT pli(ir")Cr! \Vi!n [.,•/1',lf~;~, ;; ..-J; Li)C sL-tn,:. iL ; REQUIREMENT FOR MAINTENANCE FOR MANUFACTURER'S MAINTENANCE AND, FULL AND PARTIAL CAPACITY AND STAN0-!3Y INPUT(S) AND OUTPUT(S) r!>ttt~l~,1 ft,I}![! 9.\'J 81-Erf,~,~-Fc~S~:~.i-.' 1 SYSTl.::M EuUIPIJif.;J.,.. ABSORPTION \NATEn Cl!I L._:f-Jr, COOLING SYSTCM EOUlPM,.:-:T f l • ~ '" c•5r,'.rju-!!;1'1 ,J,N -~: t:<1 :~: r,·-c .. -..:::ou i r,;,. :, ;r ·"<(_:-..• ' :-'. -(Otl iJftfJ H~~lfi~rt·:1 ct)fi1;'11.'·t_t.~ .: heat,n'] ,ic;u;pmcnt- , :t,n1r-1--1rd (::_i~irtJ .--Jr,~~c:1'/~ Utu:t·1 J~n1.fh.JiTI l:Cfl (CQPj Di•cct fired 1i.F'~·c,it: ~ ,~ 1 ,"?rrncr· .,lin:~n1Jn-1 corrdJu:.tion effic1t!;1: .. y ::t rn.Jx. ,rn urr1 ;-a tc<l o:: :;1u ~ '~ '• j ----·., !- ----,----, ----.---- _.., . ..... -----~ ~-----' ! 1l;JriJtMt?\ls'il1;PNi§e:;(6_QJ-ltt1::''..::{":.:_• · '?'!~? .: ! .... 2;39-:-J . 20~Z2'.~0'"7~ , . ,4pQ:r.~J.,: .: ., , ;230,--::-l _ . 2Q~Y23QW-;3 . • . 4f10:-131 , ,, i ~P-f:feija:uo.a:·Xto11a·ge.R!J:ibge"'. ·~ : .. :, :.....~· .• .-. _;. : .• · · ... 20E~2s3::_:.,. _,_taz..4,-253, :· ..... 4t4.:::f:soe. :i : ·, '2.0.7.:.c::253·_: ... :.t8L-,,,,2sa~ •. 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'l::l::C!fi'F'.,_(1'{1Jhi'rii_Urii.t:.Begion.JV.).L. . __ _ .. ' ____ 6.4.5___ .:J.:6;15. '· _.. __ 6A.5 , •. , ... G .. 25. _ ..• ·-1:6,251,:c· _ _ _ .. 6.25_ ,_ .. : l-.'C.Q.121': -~~':..: -~:_:_ ~_,r __ ...... _ .... . .... . , __ .•. -.:_2,fi19· _2_.1;,9_.. , · 2:!37; _____ 2.67 _: I ., , ~8t;$[\'.J'i'ig-Bgtfri_gJJ1,1ro.b1;3r*.* _ •. ,. ~ ... _. ,_ •..• , ...... Hl . . . ... , .. , -rn .. .:.. ><· 1-8 .:..I ., .: . _ .~o .... _ ........ ·" 20... • _ ........ 20· l t ...• , 1:•1-11,1,!1 "J.-:t.J,.._---."jOJ:~~f.:i;:J!'tlc:1,::11".f.~,~~~--; .. Si,_l]~.IIII:[• .-" ,-,.'";>," ~-,•':.,:f-;:_,,, •. ,,,.,.~,-~.,...t.'.IJ: • ~-!.·· ~1.i•,~"';--~ I po'd5p~e.§s'6r::l'y'.p_e\·l)f!V<; .-Jl(h',L'! -------• _J. :>..ran~:ro .. :1 -.L i-.,,,:'.X,Y,1H~nti:u?.t):G.''<:.(CI __ ; --___ :_:,_:,t ·'L'~!ICi!_1.::.:, : ! .'.C6'mp' -~ss'orTem'p'i&::'.Ov.elc.tlirJeo.ler.o.tecJi.00:.. .' ____________ :: m:_1 ~f:."~ 1• _ .Sla.o..d.at<LO.nJ~r;nal=!i.:i'.o'.e2.BL~aK _ _ __ ___ :·,m_ ;ip_r:1_(1_c;_itJ10 _______ J : 'Gorn~ ~e'§'s61'..'.l'h't'er.na_L~e.s_s.ure_8.e.li.eL\LaJY.e.... __ i ___________ ,:'..':!.: ,,_.~ ;~1<:='\: ,,-'_ _________ SJafi.dar~~1-~ppi ___ !_ __ .... :".';,nmt__r-:J ____ _ i .. C.9'rrf res's'or':.Y-ib'f;ati'djiJsolatoj:s~r 1• "'1 ! ' '..JP.!_;~(I'.·; _r;. __ i:~r:•.i:~ / c: _____ ... Stal'.h;lareJ-H"-'':E.i __ L ... --~,UH,O ,,c Heat~$aving Reversing Valve Standard Time;.ifemperature Defrost System Staf\dard COMPROTEC® Compressor Cycle Protection ' Optional Effici_eincy-Alarm Circuit . !. Optional Vapd,r~ Tube Filter-Drier :£. --~ -·., iJ. Optional High7Pre_ss1,1re S"«itch . . ., , OP.t.i.9nal Coil lf!ice Area (Sq Ft)",..:. No. Circ.ui\s . He @htx Weighl'(ln.). :· RbWs & Fins Per lhcH'' Blow~:r Wh~el Djanieter' xWldtl') (In.)_~- Blow13;r PulleY Pitch"Dia'(lii.) · · -_,.,,_' Moto,-IPulley Pitch Dia (11'.1,) . ... __ _ Driv~ Belt 'Length x Widtn (ln.J· Rate!:f:Cooling Airflow (Ft3/Mir\)'.l:tt Ex~~rnal Static Presswe (ln .. wcJHL 5.83-6 30x 28 -3& 14 - .10x 10 Not.Applicable Not Appl Not.Applicable ,.· Not Appl Not Applicable Not Appl 1100 0.-2 5.83-6 30x 28 4&14 10x 10 12.0 2.8-3.8 50x 1/2 2000 0.2 Rec:tmendea Min Filter Si?:e1.(Sc:i:l,rf):l=;t': ,c ·: !' :' :··. ~ -::: ·~ ~;> ', !, '!\, ~ -. /• r~ ~:,: ,t~: . St ndarg~Type_ ...... ___ ·-----~---··· __ , __ _ Cleanable-or High-Capacity-Type . Col'.ld;ensate Drain-Connection ltlllli1!tltl·u ... 11w;.yct',1, , • . ·, Coil f.i;ic~Ar.ea. (Stj FtJ~N6; 9ircuif$ Heigh}xWidtf-$lni).·1 ;. ::,;_.. Rov,i,s &fins P~r' l:fich_.. ·, ,: -- · Fan 'Cj)i'ameler (lh.) · i:·-~ 3/4-f<}IPT 2.&~20'.-' I,,_·•··--· •. 9.6Q.(g_4;2~).*.*.":, • 624J542E)~"** ;._.. _3/-'fMF'T _ $.Ox 77.06 2&_20 22 Two-::Jpeed, D_irect-Drive Blower . Standard : t -. I Nor A,vail _ $taf(d_ard , Not Applicagle PS<::: ;=:inergy-Sa.ving-Bl6wer,M0fdr Belt-Q,rive Blow.er -- Two~1tipe'ed, Direct-Drive O'utddbr'Fa'nt ::-· PSC !;nergy-Savil)g Outdoor Fan Motor · Com1;ti,Jter0 Desigl'led·Refrigerant Sy.stem lnsull:lJed.Bldwer Compartment_ Low-Y.oltage Terminal Block · Hea"'.¥~Dljty,_Base Hall.$:w/f=orklift Slots _. (See) pplicableri'otes.-on.previou~: page.) 1. :, ! '.: $. _' •• !, . ·-'--. --., .. ' ~ ~ -.... ~ _..,.;-_ ---. ~ Stari<;Jard 1 =· Not.Applicable Optional I · i Standard '• ~. :· :f _; ·1 .. , .. ·1 . 'f.'. ,l'' --· -----./ f .=·;;----. •' J; C HP~4r ~---- l' $1afl'dard . No_t Appl Ojjtibnal o _; Standard_ ),.J Stangard ., " · · · __ Stan0;;1rd _St_a_n_d_ar_d . .: .. Sti:lrida{d '· l' ,,.)'-. . --·, ; ~. Not_ARPJicqble" ·Standard_ ·, Standard·. '; l .• I , , I I ' \, ' .;... '- ·!·,.·!·i ·-···. ··:_·~: -,1',\},;,f_·,;_\:Y~_; · .. :_·_-_____ _ ·r: \J'~-·· ,' l ·-·----· ---: 3rt. .. : ... ~: .. -_ -·---~ .. -· - ..,: • l ./\ ,··. , '.'i "'·,· • .. :: 7 '·~ I ·' 1(1' f ..... ~ ... ----~ .. !.~--~: .. i:!:::.:..\::~. ~~.;,M,..,....;~..,;i ... ,'~"M.:., .... , ~.). ! r I ·-- l ' __ .... ._ ....... ,..,_ -. ,'l,,i,'"' ', . __ · ' . ___ ....... ' -. ' ' ,,,r •·\ ., -.•," ! i· :~.:}·~· :_·-< _11:, ' ,,,, ·:~"" . :;:·:,•\' \ i. if ' ' ·,',' ,:,.1 ( ,, \ ,, l ,, RAY COX MECHANICAL SAN DIEGO, ESD INC. MECHANICAL CONTRACTORS CALIFORNIA HVAC PROGRAM BUILDING MASTER DATA DESIGN PARAMETERS:. PROJECT: CLIENT: DATE: DESIGNER: DESIGN MONTH OUTDOOR DRY BULB OUTDOOR INDOOR INDOOR WET BULB REL.HUM DRY BULB MAY JULY SEPTEMBER NOVEMBER WINTER GLASS TYPES 1. -::, i;;;.. 3. SHADING TYPES 1. ROOF TYPE 1. WALL TYPE 1. 2. PART. TYPES 1. SUMMER U FACT 1. 100 0.570 0.570 HOR PROJ 4.0 3.5 u FACT 0.040 u FACT 0.630 0.550 0.080 u FACT 0.080 1. 130 0.350 81 83 83 76 38 WINTER U FACT 1.130 0.490 0.620 R.FIN PROJ o.o o.o ASHRAE ROOF NO 1 ASHRAE GROUP A B C CLG. T. D. 8 B a 67 67 67 67 0 GL.SHD COEFF 0.650 0.560 0.700 L.FIN PROJ o.o o. 0 SUSP CLG YES HTG. T. D. 30 30 30 50'1- 50':/4 50'1- 50'1- 50'1- INT.SHD COEFF 0.000 0.000 O. OC><) 75 75 75 75 75 ROOM CONST MED MED MED PAGE 1 DAVISON&FERGUSON r,l--..D&, &f CARLI B/27/86 SLE HUMID CORRECTION DIFF FACTOR 12.08 a.so 8.80 20.31 o.oo GLASS HEIGHT 9.0 9.0 a.o -6 -4 -4 -11 GLASS WIDTH 1. 0 1.0 4.0 ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 2 ******************** BUILDING MASTER DATA (CONTINUED> ********************* GENERAL PROJECT INFORMATION: PROJECT FILE NAME: DAVISON PROJECT LOCATION: CARLSBAD CA DEGREES NORTH LATITUDE: 33 DEGREES LONGITUDE: 117 BAROMETRIC PRESSURE: 29.921 TIME ZONE: 8 DAYLIGHT SAVINGS TIME: YES MEAN DAILY TEMPERATURE RANGE: 10 ZONE SENSIBLE SAFETY FACTOR= 0 ¼ ZONE LATENT SAFETY FACTOR= 0 ¼ ZONE HEATING SAFETY FACTOR= 0 ¼ BUILDING OPENS AT 8 AM. BUILDING CLOSES AT 8 PM. NUMBER OF UNIQUE ZONES IN THIS PROJECT= 9 BUILDING DEFAULT VALUES:- BUILDING DEFAULT CEILING. HEIGHT= 9 PEOPLE SENSIBLE LOAD MULTIPLIER= 230 PEOPLE LATENT LOAD MULTIPLIER= 190 FLOOR HEAT LOSS COEFFICIENT = 0 LIGHTING ADDED ON A SQUARE FOOTAGE BASIS OF 3 WATTS PER SQ.FT. EQUIPMENT ADDED DIRECTLY TO ZONES · PEOPLE ADDED ON A SQUARE FOOTAGE BASIS OF 1 PERSON PER 100 SQ.FT. INTERNAL OPERATING LOAD PROFILES: PROFILE HR HR HR HR HR HR HR HR HR HR HR HR HR NUMBER 8 9 10 11 12 13 14 15 1 E, 17 18 19 20 1. 100 100 100 100 100 100 100 100 100 100 100 100 100 ,.., .::.. 100 100 100 100 100 100 100 100 100 100 100 100 100 7 .;.Jg 100 iC>O 100 100 100 100 iC>O 100 100 1C>O 100 100 100 4. 100 100 100 100 100 100 100 100 100 1 C>O 1.00 100 100 5. 100 100 100 100 100 100 100 100 100 100 100 100 100 6. 100 100 100 100 100 100 100 100 100 100 100 100 100 ALL DESIGN DATA TAKEN FROM THE 1981 ASHRAE HANDBOOK OF FUNDAMENTALS i (\ ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 3 ******************** BUILDING MASTER DATA (CONTINUED) ********************* DEFAULT AIR SYSTEM DESCRIPTION: THIS AIR SYSTEM OCCURS 1 TIME(S) THROUGHOUT THE BUILDING LIGHTING: PROFILE# 1 IS USED. 100~ OF LOAD IS APPLIED TO CONDITIONED SPACE EQUIPMENT: PROFILE# 1 IS USED. , PEOPLE: PROFILE# 1 IS USED. PACKAGED EQUIPMENT IS EMPLOYED USING A CONSTANT VOLUME SYSTEM A 20.0 DEGREE LEAVING COIL-ZONE TEMPERATURE DIFFERENCE HAS BEEN SPECIFIED SEASON SUMMER WINTER VENTILATION METHOD 15.00 CFM PER PERSON 15.00 CFM PER PERSON INFILTRATION o.oo o.oo METHOD NONE NONE i_ (! ,. ** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 4 *************~ DETAILED PROJECT ZONE LOAD CALCULATIONS ***-M·*********** LOAD UNIT LOAD TEMP. LOAD SEN. LAT. HTG. HTG. DESCRIP. QUAN FACT. DIFF. MULT. HEAT HEAT MULT. LOAD 7. BUILDING G PEAK TIME 11 AM JULY 1173 SF. SYS. 7 ROOF 1 1173 0.040 4-6 1. BL~() 2158 1. 480 1736 E.WALL 1 126 0.630 15 9.450 1191 23. 31 (> 2937 N.WALL 1 162 0.630 6 3.780 612 23. 31(> 3776 N.GLASS ,.., C. 108 0.570 16. i::70 1757 18.130 1958 E.GLASS 2 288 0.570 57.094 16443 18. 130 5221 PART. 1 711 0.080 8 30 0.640 455 2.400 1706 LIGHTS 3519.00 100'1-3. 4-10 12000 PEOPLE 10.00 1001-23<) 190 2300 1900 TOTAL 36916 1900 17334· ,( ,t I ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 5 *********************** ZONE SUMMARY OF SYSTEM 7 ************************* SQN ABBREV. PEAK TIME FLOOR SENSIB~E HEATING VENT INFL EXH SUPPLY CFM NO. DESCRIP AND MONTH AREA LOAD LOAD CFM CFM CFM CFM /SF -------------------------------------------------- 7 BUILDIN 11 AM JUL 1173 36916 17334 352 0 200 1678 1. 4 ---------------------------------- ZONE PEAK TOTALS 1173 36916 17334 352 0 200 1678 1.4 * MONTHLY AND HOURLY SYSTEM ZONE SENSIBLE LOAD PROFILE * --------------------------------------------------------------------------- * MAY JULY SEPTEMBER NOVEMBER NOT USED NOT USED * * HOUR ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN * --------------------------------------------------------------------------- 8 AM 26658 27173 31004 25323 (I (I 9 AM 3(>723 30983 34061 27991 0 0 10 AM 32852 33336 35552 29341 (l 0 11 AM 3630(1 36916 36567 29846 0 0 1 ,::, • L. AM 34947 35624 35265 29002 0 (l 1 PM 34798 35513 35144 29135 0 0 i.=:: PM 33988 34736 34369 28635 0 0 3 PM 33653 34420 34051 28449 0 0 4 PM 32i~35 33222 32867 27485 0 (l 5 PM 31020 31834 31480 26298 (I 0 6 PM 29661 30496 30127 25062 0 0 7 PM 26901 27746 27460 22771 (I 0 8 PM 24830 25678 25442 20951 0 0 --------------------------------------------------------------------------- ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 6 ******************** TOTAL LOAD SUMMARY OF AIR SYSTEM 7 ****************** SYSTEM TYPE: PACKAGED EQUIPMENT WITH CONSTANT VOLUME TERMINALS SENSIBLE HEAT RATIO: 0.95 --THIS SYSTEM OCCURS 1 TIME(S) IN THE BUILDING SYSTEM 7 PEAKS IN JULY AT 11 AM OUTSIDE TEMP IS 79 INSIDE TEMP IS 75 SUMMER: VENT CONTROLS OUTSIDE AIR WINTER: VENT CONTROLS OUTSIDE AIR WINTER VENT AIR LOAD = 14,066 BTU/HR ( 352 CFM) WINTER EXH AIR LOAD = 0 BTU/HR ( 200 CFM) WINTER INFIL AIR LOAD = 0 BTU/HR ( 0 CFM) · TOTAL ZONE HEATING LOAD = 17,334 BTU/HR -----------TOTAL SYSTEM HEATING LOAD = 31,400 BTU/HR **** ALL COOLING LOADS BELOW WERE COMPUTED AT THE AIR SYSTEM PEAK TIME**** SUMMER VENT SENSIBLE GAIN = 1,549 BTU/HR ( -,.~-::, \.J;;,;Jc;,. CFM) EXHAUST AIR SENSIBLE GAIN = 0 BTU/HR ( 200 CFM) SUMMER INFL SENSIBLE GAIN = 0. BTU/HR ( 0 CFM) TOTAL ZONE SENSIBLE GAIN = 36,916 BTU/HR TOTAL PLNM SENSIBLE GAIN = 0 BTU/HR ZONE LOAD SEN SUBTOTAL = 38,465 BTU/HR DRAW-THRU FAN SEN GAIN = (l BTU/HR BLOW-THRU FAN SEN GAIN = (l BTU/HR MCL SUP.SIDE COIL GAIN = 0 BTU/HR MCL RET.SIDE COIL GAIN = 0 BTU/HR SUPPLY DUCT HEAT GAIN = (l BTU/HR RETURN DUCT HEAT GAIN = 0 BTU/HR AIR HANDLING SUBTOTAL = (l BTU/HR -----------TOTAL SYSTEM SENSIBLE GAI = 38,465 BTU/HR SUMMER VENT LATENT GAIN = 2,453 BTU/HR ( 352 CFM) EXHAUST AIR LATENT GAIN = 0 BTU/HR ( 200 CFM) SUMMER INFL LATENT GAIN = 0 BTU/HR ( 0 CFM) TOTAL ZONE LATENT GAIN = l, 900 BTU/HR -----------TOTAL SYSTEM LATENT GAIN = 4,353 BTU/HR TOTAL SYSTEM COOLING LOAD = '+2, 818 BTU/HR INTERNAL LOADS SUMMARY: 3519 WATTS OF LIGHTING, 0 WATTS OF EQUIP, AND 10.0 PEOPLE TOTAL SYSTEM SUPPLY AIR = 1,678 CFM BASED ON 20.0 DT TOTAL CONDITIONED AIR SPACE = 1,173 SQ.FT. SUPPLY AIR CFM/SQ.FT. = 1.4305 TONNAGE PER SQ.FT = 0.0030 TOTAL TONNAGE REQUIRED FOR AIR SYSTEM 7 WITH OUTSIDE AIR= 3.57 TONS ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 7 *********************** TOTAL BUILDING L08D SUMMARY ********************* BUILDING PEAKS IN JULY AT 11 AM THIS SUMMARY INCLUDES ONLY ZONES 7 THROUGH 7 OF THE ENTIRE PROJECT OUTSIDE AIR QUANTITY (CFM) SUMMER VENT AIR = 352 SUMMER INFL AIR = 0 PRE-COOLED AIR = 0 --------- TOTAL SUMMER AIR= 352 WINTER VENT AIR = 352 WINTER INFL AIR = 0 PRE-HEATED AIR = 0 -------- TOTAL WINTER AIR= 352 1,. OF TOT SUP AIR 20.977"/. (l. 000"/. o. 000'1-------- 20.977"/. 20.9771- 0.000'.i. 0.0001-------- 20.977'.i. SENSIBLE BTU 1,549 0 0 1,549 14,066 0 0 LATENT BTU 2,,453 0 0 2,453 TOTAL ZONE HEATING LOAD LESS INFIL TO ZONES= 14,066 17,334 31,400 TOTAL BUILDING HEATING LOAD = --------------------------------------------------------------------------- * MONTHLY AND HOURLY PROJECT ZONE SENSIBLE LOAD PROFILE * --------------------------------------------------------------------------- * MAY JULY SEPTEMBER NOVEMBER NOT USED NOT USED * * HOUR ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN * --------------------------------------------------------------------------- 8 AM 26658 27173 3100.4 25323 0 0 9 AM 3(>723 30983 34061 27991 0 C) 10 AM 32852 33336 35552 29341 0 0 11 AM 36300 36916 36567 29846 0 0 12 AM 34947 35624 35265 29002 0 0 1 PM 34798 35513 35144 29135 0 0 .-, .-:. PM 33988 34736 34369 28635 0 0 3 PM 33653 34420 34051 28449 0 0 4 PM 32435 33222 32867 27485 0 0 5 PM 31020 31834 31480 26298 (l 0 E, PM 29661 30496 30127 25062 0 0 7 PM 26901 27746 27460 22771 0 (l 8 PM 24830 25678 25442 20951 0 0 ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 8 *******~·*************** TOTAL BUILDING LOAD SUMMARY ********************* BUILDING PEAKS IN JULY AT 11 AM LOAD DESCRIP QUANTITY UNITS i-OF BLD LOAD SENSIBLE BTU LATENT BTU ROOF 1, l. 73 SQ.FT 5.040¾ 2,158 WALL 288 SQ.FT .lt.211i-1,803 GLASS 396 SQ.FT 4i:::. 5051-18, i::!00 --------------------------- SKIN LOADS 1,857 SQ.FT 51.756,Y. 22, 161 PEOPLE 10 LIGHTING 3,51'3 WATTS EQUIPMENT 0 WATTS PPL-LGHT-EQUIP 37.835¾ 14,300 1,900 PARTITION 711 SQ.FT 1.0631-455 :CNFL AIR 0 CFM O.OOOY. 0 0 VENT AIR 352 CFM '3.347Y. 1, 54'3 2,453 PRE-TREATED AIR 0 CFM 0.000¾ 0 0 DRAW-TH RU FAN LOADS 0.000¾ 0 BLOW-TH RU FAN LOADS 0.0001-0 MCL SUPPLY SIDE COIL LOADS o. 000¼ 0 MCL RETURN SIDE COIL LOADS 0.0001-0 SUPPLY DUCT LOADS o. 0001-0 RETURN DUCT LOADS 0. 000,Y. 0 REHEAT 0.0001-0 l~ESERVE CAPACITY O. OOOi'-0 ------------------------------ TOTAL BUILDING SENSIBLE & LATENT LOADS 100.000¼ 38,465 4 "?~7 ' ""._J,.;;, TOTAL PROJECT SUMMARY ,y. OF BLD LOAD SENSIBLE BTU LATENT BTU TOTAL BUILDING OUTSIDE AIR VENT LOADS '3.3471-1,549 2,453 TOTAL BUILDING PRE-COOLED AIR LOADS 0.000'1-0 0 TOTAL BUILDING OUTSIDE AIR INFL LOADS 0.0001-0 0 TOTAL BUILDING ZONE LOADS 90.6531-36,916 1,900 TOTAL BUILDING PLENUM LOADS o. 000,Y. 0 TOTAL BUILDING AIR HANDLING LOAD 0.0001-0 ------------------------------ TOTAL BUILDING SENSIBLE AND LATENT LOADS 100. 0001- TOTAL BUILDING COOLING LOAD = 42,818 BTU/HR TOTAL CONDITIONED AIR SPACE = 1,173 SQ.FT TOTAL BUILDING SUPPLY AIR CFM = 1,678 CFM SUPPLY AIR CFM/SQ.FT. OF CONDITIONED SPACE SQ.FT OF CONDITIONED AIR SPACE PER TON TONNAGE PER SQ.FT OF CONDITIONED AIR SPACE = 1. 4305 = 328.7402 = (>. (>(>3(> TONNAGE REQUIRED WITH OUTSIDE AIR = 38,465 CFM/SQ.FT SQ.FT/TON TONS/SQ.FT 3.57 TONS 4,353 lr-1 ~ 'I I. f' ... ,-Nh , I r, r-1 .... -,:i " _,.. I .. ~ ... ' L , •• ,·1 ·, ., :; .. , 1 ... ,-, ,·,<-\i'\1.1r·r, ,.... .. "'' ....... ,., ....... 111'1.l...""· ,J.J ~ \i...i.i----.. BUILDING .. lJr~Tr:\ For;:M LICENSE NO. 364075 9666 .1W$lNESS P.ARK AVL'. BUILDING. ENVELOPE COMPLIANCE '-:;;::}''& BLDG H / PROJEC1 TITLE DAVISON & FERGUSON L.OChTICi!"'! PROJECT DESIGNER CARLI ARCHITECTURE DOCUMENTED BY SLF '.3 I TE It!:~:::::CR I F"T I 01\l LOCATION CODE NUMBER (FROM TABLE 2 OF APPENDIX 1) OCEr,r-m I DE DEGREE DAYS-HEATING <FROM TABLE 2 OF APPENDIX 1> CHECl<ED f,:Y '.:::F ., :~:OL.I,n FPiCTOF'. (FF'.Cli"! FIC .. 1.'.\.,, :!. .. :1.7 OR Tt1BL.E 2 OF r-:-1PPE::1\IDIX :!. ) DELTA T, ASHRAE SESIGN TEMP -78 DEG. CFROM TABLE 2 OF APPENDIX 1) BLDG .. DESCRIPTION OCCUPANCY TYPE CODE NUMBER (FROM TABLE 1 OF APPENDIX:!.) G!?O:::;:;:: HE:1:~1-!"F~~D F'L .. OOR 1:\RFP1, :::;O.. FT .. NUMBER OF FLOORS GROUND FLOOR PERIMITER, FT. LONGEST DIAGONAL DIMENSION AT GROUND FLOOR, FT. HEIGHT·, FT. ..... . {. l\. '7 ; :LO 11. 10 l. 00 120.00 42.00 17.00 RECORD THE DETAILED MATERIALS DATA ON THE MATERIALS DATA FORM -FORM 2 t,..Jr~LL. A<OPAQUE WALL> 1.2 A(UNSHADED WINDOW) 13A ACSHADED WINDOW) :L38 A(TOTAL WINDOW) 13T r-1 ( DOOR ) :!. 4 TOTAL A(OW) (LINE 12+13T+:l.4) 15 HEAT TRANSFER COEFFICIENTS 1SEE SECTION 4 .. 1.8) WINTER UCWALL> 16 U ( i....l I l\!DOH) 17 u < Door~:> 1:::: SUMMER.~ U(WALLl 1.9 U ( i,.J I NDOH ) I.J ( DOOF~) SHADING COEFFICIENT OF GLASS (FROM TABLE 3 OF APPENDIX 1) SC tAEIGHT OF hW1l...L CO\\~'.:::T\·?UCTION-, l...D/FT:? t,J MASS CORRECTION FACTOR (FROM FIG. 4~:L.16) MCF EOUIVALENT TEMPERATURE DIFFERENCE (FROM FIG. 4.1.16) TD(EQ) 20 21. ....•... , .:~ .;:, :J. (1::::::: n () :~:: ~::; .~::i u () :?!5:? M () '.'.:i () ::::: 11 () ()If() 0. 4900 0.0000 0. :3700 0.0000 () I\ :::: ~'.::i :;:~l ii() BUILDING DATA FORM -BUILDING ENVELOPE COMPLIANCE P{~GE 2 OF FORM 1. PROJECT TITLE: DAVISON & FERGUSON BLDG~- _ROOF: ___________ -------------·-----~---'----------------------- ___ _,_,_ncr:1 u:=~ANr:Y_B::-2_::3XOR,_B:::.;3.~_B_-::.,4_ OCCUPANCY A, B-1, B-2, E · A(OPAQUE ROOF) 26 900.0 A(SKYLIGHT> 27 0.0 . .___,_~---. ~ .. ~. ~--~--~~-~~·ALE0-.:2B.A=--·..,_,..:;-,('""_H_...,.·1...,.,. c_··1 _ .. ~ ..... , ._ .. . . ·. ACR) 28B o.o. 'TOTAL,· -·: A(OR) (26+27) 2GT. 900.0 ----------------~----~1._j:;.K .. Y:.Li£4i:t_:=:_.-_._. --~c :v ;::::-:=en :.,--:.·9 ___ c_·i .• ono_ NOTE: IF LINE 29 IS 5% OR GREATER, AUTOMATIC LIGHT-SENSITIVE __ __,._....,,:::WITCl::Ll:NGJ;Y::::TEM!::: ARE 13.E9UIF:ED IN T~:!E AP,EA )-_IGHTED. BY SKY,,__L.=:l"--':C'--'--:il-"'""'l"l'------~-~~ .•; .... ... , ,':• .. . •, :. ENTER THE DIFFERENCE BETWEEN LINE 27 AND 5% OF LINE -SWITCHING NOT REQU{RED ZERO, WHICHEVER IS THE GREATER 30 0.0 ___ 1;,;N.]J;:;;r:L .. J:l:l.E...J;.~1,.,1J:1_Q!::.,J ... l.l:U.~;;:t;;:_B.N.f.L.J...1.lli:..2J.i .. -.... > _.,..,..._.. __ _.,,..,--.......,... __ __.......,. ____ :_·_:_:._ 1. ___ ·-::100. Q __ · HEAT Tl::::A1,1::;FE'.R . COEFFICIENT:~;. . ··<:::EE:.: ·.::at CT :r. i:11\1-.. A:. :I. /1::J · ... · \· 1;.JI:NTER. . . U(ROOF) 82 0.0406 · ---------------·-----------------------------'-'----'..IJ..;,tbiYLlGJ::lll~:.~·;::-~-: __ ~n . ...J2Q~o~n_ UCROOF) 34 0.0400 U(SKYLIGHT) 35 0.0000 ---~:=;J:l.Bit,..thlO. CC!l:£.EJ: CI EhlL.DF :~;t;;xt.J.Ql:l.:L..iE811tLlB.fl.W;......a...Jll~E:.E:l;..\::lU..tLU_~:;;_t, 0 .o O(>QQ .......... MA~:;S COEFFICIENT (FROM FIG. 4-. L:1-6)·· .... :.-.·,:.,_.·._.·.·.-.. ·· . . . MC :37 0.9200 ABSORPTANCE (FROM FIG. 4.1.16> AC 38 . --0.7900 FLOOn FLOOR AREA OVER UNHEATED SPACE A<OF> 39 0.0 -----='J::-_V.ALUE ... .E.QFt....ELJ;1DJ3-·..,... _ ----------------~-~~--....:..:.11 . ..u:u~J~1-n,,,~-~c.-.·1 .... oi:>Q(> . ----------·-··--····--···---------~---------''------------------------ .=:' : .. ---------------------------- ----------------·-·--------~----~----------------------~- ----·-.------------------,--~------------------- . . ':'• .. :,·. : . r· BUILDING DATA FORM -BUILDING ENVELOPE COMPLIANCE PAGE :::: OF FOF:M 1 ·----~--------~-----------------..,.--PROJECT TITLE: DAVISON & FERGUSON:BLDG M HEATING DESIGN CRITERION STANDARD U<OW) (FROM FIG. 4.1.2) 43 0.4290 -~__,!_;:Cf.1'.:\ND0tRD,..J_i_(.JJ,PJ_(EEDt:Ll:'..I.O.,.__A_..__i_,,._;-=:) <J==<-:-:? :=!:_IDG:.,J),·~~.:-=: ,, E-~li.,!::L)-~~~!11fl,_~-(L,1J,J,.;;;LQ_ . STANDARD U(OF) (PROM FICi·. 4.··L:I:Y .(A·-,B--J,.B.:..;2,,,.E:;-.) 44B 0 .. 1000 STANDARD U<OP> <FROM tIG. 4.1.4) ... ,. 45 o.2450 ___ MAX.I.MIJl"L?'.1LLOl.JABLE_U COJ_ .. U:O:.ROl~LEl.Ci .. ;.__4_, __ L_U--"------.:..--~-----4(:, ____ (l_ • ....:3:15..:I_ PROPOSED U(OW) (FROM FIG. 4.1.7) 47 0.3605 ----Pl~::-..:o,PO!::;ED U (OF:) ( Ff~OM F): 1:·=· .. _..,LI'-"-• ._.,l,.,,_.,..,.1'-"'-n'--'-) ________________ 4:...:.r:....·: -----=(:c..::l •---=('-l4,.,_,,(:...,l(:....l _ PROPOSED U(OF). <FROM LINE 40). 49 0.0000 PROPOSED U<O> (FROM FIG~ 4.1~1) 50 0,2449 ----·-·------··----------------------------------l... I NE ~50 MU::::T I\IOT l::XCEED LINE 46. NOTE: U ( OFn IS C(-'\LCULATEI:r FF~OM.-THI~ 'E@J{-\TlON OF ·FIG.. 4. L 1 Cl FOi:;:. THE PROPOSED BUILDINci USING ·TRE VALUE FROM:LrN~ .. 30 toR THE~REA ___ .OF_::::K...Y.Lll:iHT.S ,_AN[;_Il:IE~\l_Al_l l[~ff--illt~LLJ:J~IE .. :..:;3'..LE.OR~lli.E:'..J}\!.EE{f:\1...L_B.QO._=-____ -'------ AF:EA A (OR) • . . . · COOL I NQ DE:::: I GN c:1::: I TERI ON : .·. ·· .. ....... •!.• •• '. ::· .'. ..... ~ . •'•:': .. . . . . . ----·= .. :,_J:ANDARD_OIT.V_CW_)_<.FROI-LEI:Ci.;,__4_.·~:L • ...1£:'LL._· __ ·-·-·-· ·~· -··-~-------___,_,_~ _____ 1_.:.....---'-___,:3..1. .... 6.(~r _ STANDARD OTTV<R> (41 X LINE 44A) <B-2 STOR,B-3,B-4,H) 52A 4.63 STANDARD OTTV<R> (41 X LINE 44B) (A,B-1,B-2,E) 528 4.10 ___ ..,,...!=:.::rnNUA8.U .. .S1I,I.)1~CFJ10t~LE.lJ3.,.......A;..,,, •. ...,..J,...,,,.,.,,.,.,:I.,,.,:;:::,.,,)_..........,......-....,.,...........,..,~---.. ..,... ... -.,.,..,,.....~--~--!"'".:.:..1:-=""': _,_,,..,.·-:::;L_..J,;(Z~:2-...... PROPO!:::E:D OTTV ( W ) ( FROM F J:Ci. LJ: .·_i'. {4.) ·. .54· · 2:3. :J;:():::::::: --~-~ROPOS.Etu:1.Lt1v ... CR.)_U::::.ROM_E.IJ:3.._4_.i~n.J..tU ___ ~--·-· _· ·--------· i:::-=,!:::-.... , --~1 .... 1.92Q_ PROPOSED OTTV <FROM FIG. 4.1.13) 56 15. :::::340 -----------------,---..,..___,.........,....._,,....._.,..,..,..._..,._ __ .,...,,.... __ _.,.._~. UJ),1£..,;~l l:=.cLID.I.~~ --.. :·:· .. ··;·,:,··,··:.;.-.·., .. ·· ······ :1:::xi--t=FD LINE,::;;:-:: .. , ... : .. : \': .. ·. . ,. . ':" • -· ·--' . ·--u ··.·.·,':·_-·_-:·.,. ···· ··**·GOOD ** ___ l\ll)IE.:_j:l]:_"(,.V ... CR) _F OR-THE-t='HOF:OSEtLBi~lILDll,ii3· · l!:::2J::~L.i:::J~!U.n:.EtL.l:::.litJL ............ ________ -1 . . . . . . . . : . . . ' THE EQUATION OF FIG. 4.1.l4 USING THE VALUE FROM LINE 27 FOR THE AREA OF SKYLIGHTS, AND THE VALUE FROM LINE 28T FOR THE OVERALL ~--RO.CU~:, .... f\REA-(-il..,OF~.)-_....,_ ____ ,,......._..,. _ __,~,-.,..,.......,.,.......,.......,.....,,..,,,. ..• ..,..-,-,, .. ,.......... ___ .,........_.,...._.. _______ ~ . . . . .. : .. · ··: ,' .· .. ' . •,. ,: ·. ::· .· .· .. ,:.· .. ' . .-:·.: ,· ..... . . : ·. ·--; ..:·· ... :. ,: ·, "'.: : ~ . ... . .-:;._.:·.=_.,=::.:·(·:·=:,· · .... . ·. ·:· .·· .... ··· ·., ·:·· .... ·) MATERIALS DATA FORM BUILDING. ENVELOPE COMPLIANCE PROJECT TITLE DAVISON & FERGUSON BLDG H D?-'ITE ---------------------------------------.. ·"-----·----------------·-·-·-····-----·- LOCATION CHEt:KEri .. BY ------------------------------------~--·~ PROJECT DESIGNER CARLI ARCHITECTURE D?~TE ~ ! ··. DOCUMENTED BY SLE . . . ' ----------------------------------------· -··-·· -·---· --~U:)I..,,,,..,. ----------------,..----......,..... _..,.. --..,-.,-----------.,------WALL TYPE 1 ,,,.JEIGHT oF ~·JP1u~ coNsTRUC:T.:roN-, LBi'i=:T2. <.!::EE:. ··!:.;Ee •. 4· .. 1 ::::):. t,,J :i. 1 · ~so,. i:10 ___ HEAT_tRAN;:.;EER_COEEE.IJ:;J.E.N:..Li~:£1=-!:~EG._jLit....L .. aJ~UJ)!IEB l,LJ __ 2A~~<~). 6.f=·,C~>C~> -~ HEAT TRANSFER COEFFICIENT SUMMER U 1 2B 0.6300 SURFACE AREAS (ATTACH SHEETS TO DOCUMENT ORIENTATION 3 N ~~-ANYJ1DD..U,_:u::iNBJ .. ,,.,..CQ.tlf:;'fi;.~;:...J:1!3JJ~tUrllJS.!N!;;) BF~l;;&.. ........... .£1_· _ _.,~~.Vi~ n, .... C,_) __ . . r . .. ORIENTATION 5 ·. · . ·. · · · .. , . ·AF\\:::A 6 0. 0 -·----------~~~----~~--~n8J.E~.Ia.t_JJ~N~~·7 ___ f.~----- A t;: Erl :::! o. 0 ORIENT(..)TION •:;:, ----------------------,-----,.--,-. _____ ............. .....u::-,1,~"-"''('...-) ~,,,,,_....a;2;;:o B 0 ___ ..,,JALI_I .. YF..'.E_...2 __ ~-------------~----------------- WEIGHT OF WALL CONSTRUCTION, LB/FT2 (SEE SEC. 4.1.8) 1;4 2 l l 20.00 HEAT TRANSFER COEFFICIENT <SEE SEC. 4.1.8) WINTER U 2 12A 0.0800 ___ 1:1.EA..LCRA.t~t;;J::.EELCOEE.EfJ:J..E.NT . . . . . . . . . .. . . . . . SURFACE AREA$ <ATTACH SHEETS.,!O·(DOCUMENT~. !=; U M.tlEE' 1 L...2_:L.2J:1 o o :=: n n · · · , ;,· OfUE~lTATlON 1:~.....,:---'"' ~N-"_'-""-""-"'--- ANY ADDITIONAL COMPASS ORIENTATIONS> AREA · :1.4 ::57(:.. o, . ----------------------------~1:tG..:U::N.IeJ:'.lJ:tN_L5 __ ~!::; ___ _ ?~REA 16 ORIENTf..!\TIOl'-.1 17 E 0. (l ~~--~--~-.. ----------·~·-. -----........., ___ ..... '.iB.E,,..,,e_ ....... l ,::"";: ___ -'c.....,.-i _n __ _ .... :·oFUJ::'.NTATlON is-1 ,, . · ?\REA 20 TOTAL OPAQUE WALL AREA 40T . :~ . .. ' .... ,• ' .. ·:._:·. ·.::···· ........ : ·.' .. :.-· :.; --~-•• ·:: :'/;-~ ::. ·=· , .•• w. . . (l. 0. MATERIALS DATA FORM -BUILDING ·GOMPLIANb~ : : l=•(-)OE ·. 2 · OF FOl=<M 2 _PRCL,JEC .. T. ..... :C.IILE..:_[liC1V..I.:::;ON ..... 8{_r-::.ERGL1:::~0N_BLDi:.LH _____________________ _ GLASS TYPE 1 . ··~. !::HADING COEFFICIENT ( FROi"I. TABLE -:i: · i:IF ··.(-)t5PE;.Nti_tX' · 1, · . · . · L\-1. ()~ 5600 ------------~1.]R.......MEH:3 . .,_.;.DG\IAJ----------------~---~- HEAT TRANSFER COEFFICIENT (FROM MFRS. DATA> WINTER 42A HEAT TRANSFER COEFFICIENT SUMMER 428 0.4900 0.5700 ~---!=;u&Ef\CE.....f:\B.F....A;:t .. J..J):CT.acl:L..S.l:lf...E['!:; TCL,.DD!::J..!1'1Eb!J,__.....,...,_~ . .:-cnn,1 I; NTA T.'C ON . 1v=: .N....., ____ _ ANY ADDITIONAL COMPASS ORENTATlONs)··.-· ~ AREA 44 . ORIENTATlC1N 45· _________________________ .. _· ------'· 8J:::~--·_· 4_1-. ____ (L,,_(l __ ORIENTATION L\-7 E Al::;:E?~ 4:3 o. 0 -----------------,.....,..----'-------:-----''=-' 1lENT&T...10tL .... J½.,_,9 __ _,\,1,_ __ _ AREA 50 256.0 -·---·----·-·-· ---·--·------------------------------------------TOTAL GLASS AREA BOT ROOF ROOF TYPE 1. . .. . . .. . ---~1,.,JEl.CiHT _OF _RJ:IOF _CON:::J:HUC..7::.IDl\b_LB./ .. E..1.:;;':'........:.G:.~EU;E1-: ._A,.;,~LJ~:J _______ ...,.:=.,,...:1,.....' __ _...25 .. no __ , HEAT TRANSFER COEFFICIENT (SEE SEC. 4.1.8) HEAT TRANSFER COEFFICIENT t,JINTEI~ f:Ut'IMEF.: 0.0400 0. OL\-00 ___ ........... :=:!JEF.:.ACLAFlEA _______ ......,...... ___________ -~~~-~_,..._..,::::.:;L~~!..QQ.J:t_ . ,:_ '. ''' _________________________________ . _________________ t1:!'..rA1_· ·E~CI.OE....AREA_i::3J. .. _____ s;,_oo_,._c~i -~· .....;~:K~lLID.1::t . ...,,· _____________ ___,, _____ ...,.,... __________ ~~------=• SKYLIGHT TYPE 1 AREA 84 0.0 · !::.:t<Yl I GHT :::HAD I NG· COEFF IC I EN1" . < TABLI:~: ·::;:: oi:::·. APf.=\~ND IX t > · . :::.:5 0. 0000 ___ SK.YLI.GHT._!-!E(-'IT_ TRAN::;:F_ER __ CDEF..EI:C .. .LENI < I t~V_fiLJJE)_· ·_W.IJ~CEr~· _____ :3,t:,A_~O.__OJJO.O~--- SKYL I GHT HEAT TRANSFER COEFFICIENT SUMMER 868 0.0000 -----~----...-tt"'kW .................. _,. ...... --tt'l'T .............. ~,----------------------..,....-----·-tcitAL ,SKiLIGHT AREA. 86T o.o ---------· ---_,_ ______ ,. ___________________________________ ~--------- FLOOF: FLOOR TYPE 1 (FLOORS OVER NON-AIR CONDITIONED SPACES ONLY) -~-.,...,. W.E.1G.l:II_OE.....EL.OOR.-J~~Oi\lB.::rn1.1r:J ~ 0.l~l;i...,..,.UtLEt:? .< !;;_t;;_f, . :=:1:;:c.~L...,.L,J:3,)...,. ----· :~L7.·-·" -~-"'Q,nJ:,,,.,H;,..,,,i --• HEAT TRANSFER COEFFICIENT <SEE BEC~.4~-f.$r. ·w~~tER . 88A 0;0000 HEAT TRAN!3FER COEFFICIENT· : · · .. '.. SUMMER f:::::::B. On (l(H)Cr ___ SUREACE_AREA ________________________________ :;::.'..s~i __ Q_._()_Q_(l.~Cl~- ------------~---~---------__,TJlffil.-EL£;tJ:[t::::. (-\!3E.0 :=:·:;-..... ,·~r ~--~C~>, -~C~l __ . ·.·· ..... , .. MATERIALS DATA FORM -BUILDING COM~LIANCE PAGE 3 OF F6RM 2 _F.::RO,JEC ... T_T..LTL8_DA.V ... I.SON_~c_EER.GUSOI\LBLDL1 ..... J:.L.........~--------------------- ........ DDJJ.G,.__,_' ------------------~-~~~-~~~~-~-~-==-_;,,.,,.-~-=~=-- DOOR TYPE 1 SURFACE AREA 90 0.0 · HEAT TRANSFER COEFFICIENT . ( U-V(~LUE, ·. T,~\BJ:l~----4·1 .-··APF\ 1. ) ltJ I l\!TEF{ 91 ?) (l. OOO(l' ___ HEAJ'_T.RAhl'.::F.:.ER_COEEE.I.Cl.EI\I '.=:~Jt1t1EfL __ ·;)._t_B ___ o_ .. QOOQ ..... TOTAL DOOR AREA 91T 0.0 · ... ----------·-----------------~-----------·--------- ...... · ....... :· ·:: . : .. ·._: · __ ;·:: .. ----~~-----~----·-:----,-~-::--.,,.-~--.. -··."'"'·-, .. -----------------,.-- ', ,·,···,:· · .. ·:·: ,: . :: .. · · .. =··:···,. ....... . • = ••. ,,, .. :,, BUILDING DATA FORM HEATING CALCULATIONS FORM 3E _BLLI.LlllNG,.,_CJJ.t1F:UANCJ:; :.=-::.--:..-:;.;;;;;;;;-~--·:;;;::::::;;;::.,.-;;.:;:;;,.-._-_. ________ ....,.,.,. _______________ _ TITLE: DAVISON & FERGUSON BLDG H .. • : .. STANDARD UCO) <MAXIMUM ALLOWABLE) ------~<~--· JJ:t\,JJ.J!:U U)WJ_)_ .. 1_-_l~.LC!.EU . .il:I.JJ ... QLU_)-,--,:~;..Uil . .L<J:tEJ.J~~~~=~~~--~~-~-- U ( O) = ----------------------··-----~ ~ --------A(OW) + A(OR) + A(OF)· _________________ ....... ___________________ u.J ... ~1-2~---- 1596.0ACOW)* 0.4290U(OW))+( COTHER> 9OO. OA(OR) * O.113OUCOR>> ---~---·"--1-_,..._ ___ Q_11_Q£i....U:U--:D...:LJ) ,,_ l. OQ.QJJ.1.Ql,~=~_,_) ..... ) --'-+_,_( ____ <..__),,___., OA (OF) -ii-O. 2450U ( C)F) > UCO} = -------------. -' -' '_. ;: -. ' ...... _. . · .... ·_ .. __ .·' ------·-. . ------·----------... " 15"?.16,. OA (OW) . +960.DA.fri~)-: ... ,, +n KA(nF) •• ~ a:i •• • ,.. • • • ,. • • .. a -... · 0.::::15:1. ___________________________________ • ____ J ____ • -·-···----·--------------------------- _ltJAl.,J-..... ______________ ...,..,......-,--__ _,_ _____________ _ ( A ( w) -lt-U ( \,J) *MCF) + ( A ( G) ·l!-IJ ( en ) + (-A ( t,) ,ir'U (D) ) U ( O\..J > = ' ' . . ~ . . . . -------------------------------------------_________________ _.:. 0:1WJ_··--------'---'------------------ 1088.0A(W)* 0.3529UCW)* 0.85MCF) ~----~+ \-,-~-!:::'•D!;Lu.,.Q.A..lC-i)_-l}-=Jl~,}12,(H)l,.1 \ Qj ~ + ~ QR QB.~ r,;i i -ll· (1_11 c:H~lQQ.!,,L<J:t'-' ...,_, ________ _ ' IJ ( (11,.J) :;::, -----·------·~-~"----•~.;,. ___ ...,-~_,.;,_.;.;_~•·...,;..,,,m•~"--:..,,.;,.:_.;;.m•----"..;..,.;. ___ "'--••~m-,---•- • 1r:,-::q •. ·nA---< nw >' ,· · .. · · ._1_. -" .. -. (>(. :~:/:..(>~i 1::::00F -----~-tA.U:CL*J~L<.EU.J~LtB_lSJs:..'lLI.GHT )itL.LU:;;.t;.tL_.,,.__'[;,,,;_13...,..tF~~-+-)..,._)~~-----~~-~~~-~~~1 .· . . ·:-U(OR) ·-_.,... __ .... , .. --""'-f---~-----........... l't"-,..,,.,,..,--..,.,.,,,...:_·..;...,.._;.,. .. -.. _-....; • .:...:~ .. .;.~~-.. A(OR) 900.0A(R)* 0.0400UCR))+C O.OA(S)* O.OOOOU(S)) U<OR) = -----------------------------------------------------------0.0400 --------------------·~).Q..11..Q.fijJ;:!,_R .... --,'.~)_..,,__ _______________ ---,.--c-j .. ~-. . .... • ... . · .. , .. ' •'' _1=..1...oor:;.___ ____________________ ~-~......;.....---------------'-----l -----A(OF)*UCOF) U(OF> = ----------- ~~---~--~f-\tQE) ____ ~-----------=-------------------...,,......,_.,1 O.OA(OF) PRdi=·o::;r::D u < o ) -------------CA<OW>*U<OW)) +· ci~6~J~U<ORff;~ -<A<ciF>*~<OF)) . ': . _______ UCO) __ =_-:.:::_=.::-_-.:.:-:.:--·"---··--·--"··--.· -·--.-•. ··:>···· ·.· .. ·:. · ·-.... ----- A<OW) + A(OR) + A(OF) ---· ,. ____ ( ___ 1596.0A<OW)* 0.3605U(OW>> +( 900.0(,\<.0l::::>,i-,. ,o'.'<)4-Ci(l!J:(·OR"U · ;·.·.=: + ( , O. (l(.' ( l)F) ·* . 0. (l(~)(H)U'( Qf::' ·) .f. --.· i ______ 1,,.l_(_(J)_=_-_-_-_-=--:::.:------~----------·. -· · · --,--·' ,· -. -----· ----· 1596. OA ( Ot,.J > +900. OA C OI:::: ) + O.OA(OF) BUILDING DATA FORM COOLING CALCULATIONS FOF,M :3F BUI~DING•ENVELOPE COMPLIANCE -------------------- TITLE: DAVISON & FERGUSON BLDG H ~~~--~~~~~~-·--~--..,---..,..---. ____ ,....,.,,.......,..,__,,,----------------,-- STANDARD <OTTV) MAXIMUM ______ t.OJ.I.V_UAt*A.COltJ.LL...-1-_CCLT.J~VJ ... EO..:~.AD:tRU·~-------------~------- OTTV = ---------------------------------A ( OW ) + (.~ ( OF, ) -----------------:----------~~~LL1JU._;;;u~~~~~~~-----~ -10::.j•=~t-. Cl(.'fl"'1J.,1 ) )•·!•(: 4····1·(ll-i"l"'.1"·,,,.(·Fi'),it, < :31 • l,OOTTV ( W) * (OTHER) -1, •,.. ,• m I' .. ""J •"' II , , , A:•, '" "°, '.f ,' •. (l. QA (OR) ) · ______ -1:...L.ll-_. __ tOOIT.V .. U:l)..* ____ O ... _DGt_(J}EtU:.........·-..,___ .......... ____ ~-------------- OTTV = --------------------------------------------------------------_ l.!596.0A(OW) +900.0A(OR) ----------------------. ~---------·--. ---~----~-~-------~---·-------------- IAALL (U(W)*A<W>*TD(EQ))+(U(D)*A(D))+(A(G)*SF*SC)+(A(G)*U(G)*DELTA(T)) OlJ"V ( ltJ) = -:=.:---·--------·---------------------·----.. --------------------------------·-·-----·····-·-· , A CC1~J Y: · · _________ ( 0. :~::~:::::::U (I,~)* :I. O:::::::. (~>A ( W) -Ii·. ::::7. (:iTD ('.EG! )'.) ~-( _O. OOOOU (_D) * O_'!.,(Hj_<_kJ.~>~> __ 1 +( 256.OACG)* 122.?SF* O.56OOSC) <UNSHADED GLASS) +( 252.OA(G)* 3O.OSF* O.56OOSC) (SHADED GLASS) -----~-+_,(~ _ _..!:'5,(l:;;;:.....Qf\_Ull:Ll:> ., ~7091,LLQ) ·ll· 6DEl,.TA < T )~)'=---~·-------------! l-,1·r·1 ( \ J) .: • •' • ' • I • :2~=1, g ·,::1,("_)•,=_t~=-· • ..: '• , -~ -----------:-------~--~·-~-----... --..,,, .... --"'---~·--c:------·------------~--------"---~ .. . 1596 .• ·oA ( 01.,J) ·. · .. -----------------------------~----~---~------------- ROOF _______ tflJ..:!l-_1.,.!_(J31_1i-_A_<._EO..:'A:ft(J:: )_*1'1!._U;:) ) + ( 1 H::*!3C ( s) 1l-A ( !:::) ) + ( DELTE) (_T) ~_I ( !:D..:!t[:1,C::) _)·-~~--· OTTVCR) = -------------------·------~-· --------· -------··-~----·---~ ---.. A (OR) ------------···-· ... ---.... -. ----------------------------------------C41* 0.0400U<R>* 900.0A(R)* 0.7900A(C)* 0.92M(C)) +(l.l.8* O.OOOOSCCS)* O.OA<S)) -------'-+(_(:.DELTA_( T) -1~ 0 ._(H)OO}J (!:::_,__)_*~-~----'('-'>.'""'("'"'>A~(!~;;...-;-'-) -'-) --------~~----~-• 1. E 120 OTTVCR) = ---------~-----~-----------~-----~·~---------------~-----: . . . 900·. OA< OR> ---------·---··-~-·----··· --------------·----------------- PROPOSED OTTV ~-,H-,.,.....-........-,.....,.,...._~-~,..-~ . ..,. • .,.....~---( OTTV C l.J ) *A < OW ) ) + · <-OTTV ( R )_ -It-A ( 01:;;:) ) , OTTV -----------------------~---------______________ A(O\,J)_+ A_(OR> ----'-"-----------·-- C 23.3O88OTTV(W)* l.596.0ACOW))+( 1.l.9200TTVCR>* 900. 0(-~ (OR) ) ____ QI.TV_= __ J5_ .... :;;;::;;,:4~:> ________________________________ _ .. , HEAT TRANSFEl1 COEFFICIENT PROPOSED CONST11UCTION ASSEM0LY ... •' ·.·.,,...., __ , . . l. ··<>:: ')t) . . .. . . .. . · .. \ .. . . . -·.\·~-.. __ ' Sketch of. Comtruction Assembly WEIGHT: ·50 !b/ft2 Check one: Wall j_ Floor Llrt of Co_nrtn.rctlon Componantt 1. 2. 3. 4. 5 . G. 7 • n . lmide Surface Air Film Outside Surface Air Film Total nt1sittanco nt . r;;e., coolina ,2J3 cooli"O l -59 coolino . 0~ cootino Form 3 n . r!-8 hentina . 17 heatino 1-51 hentino . 6(6 heitino Hf:AT TRANSHn COHF!CIEN'r 1'Tl()N)H0 CONsTrtUCT!ON ASSEMOL Y 1 1··· ··--j1 : -----:::__~ j 1.~ I I --·· ••••• I I 1 i ;='.~i-=~:-....:: '.J 11 -······ ··-··· 1.;,_ __ 'I _:..··..___ i I I ----.. _ !,, 1 I :.__.-. :--:.~·:-::. , I : i .. ·-!l ~ .. ' ---···-::"_ . , ... ~ i i I, I (. __ _.. .. :.-·;;.-~ i: I ··:_-~:· ..... :1 1·[ -----:~~~ ijl--- 1 ·-····-·· ) ! I !' ~:·_.:::~-~:.::_ ~-! I ........ ...• · I ( : ...• < .. :::· ··-;·, ; ( •.. ·····-···:-: :., I. ... .,i·~· ...... .., .. i ~---JI . ·, ... ' 1 l :=-=~·.:<::~.0-ti iF ::,:·: ·l . ···-··. ' ·-I 1=1 :_ .... --·:·: .. · ·: j. $1(rtch or ~n1truction Auoml.lly rtoor Typr '2- Litt of Con1 tnJC ti 011 r. o,np oru·1111 ,. / 1! I 'l 6-1Yf · 2. Q..-\ \ :Cr.JC:,\)\'(\"\"\~"_) :J. I {-i1 Ci '--j f · ..(, G. a. 7. D. Inside Surf1ce Air f-tlm Out1ida ~ur!ac.-Air film .U-Va.!u, '(l/rt1) (1n61.Fram1ng Factor of ___ _ WEICHT: COOIII\() R ,l(.f ll-6 I l(( / ,..., I ,;t;•·, ' ,, a./ Form 3 hu t•"O R lh/!t2 l -· I /.~ ti'.._Q_ ,Lj) ,GS .17 .09 .06 HEAT'TRANSFER COEFFICIENT PROPOSED CONSTRUCTION ASSEMBLY '\ \. 2. 3 l I 1" 5. 4. Sketch of Construction Assembly WEIGHT: ( 25 lb/ft2 Check one: Wall Roof ¼ Floor Lht of Construction Componantt 1. BU!CT LJP ROOF 2. A-'{V(CX)D 3. R-!tf/ INSULATION 4. Al~SPr6CE:.. 5. SUSPl=.NDE'D CEILING 6. 7. 8. Inside Surface Air Film .S,2. cooling Outside Surface Air Film · .26 cooling Total Retistance Rt 2.3. 22 cooling U-Valuc {I/Rt) o.ol/ cooling Form 3 R ."30 • <.o2.. 1q.o ,86 1. zs ' .GI heating • 17 hcatino < 22.63 heating o, 01! he.iting r - . ,--, \'.,I ., .., ,>, 1:" ·~,,·. 1,'~ bi .. ,F .. 1,::1~'*'._,t, rt·1t.:-;~r,!ri ~?1~1t:t:1•• ·• r;:n·_rr,lc:fi!; -.· r!0· .. 1c:,r;, -~, __ --S's!St "1 •.. -· ·• -.'' .. '.: 1" [!)OC\:'.J~ENTATION FORM :n ;:r:i·:.n'. Ar. ,., '' '• I ~-! I HVAC SYSTEMS COMPLIANCE (Completl.ddh&elhyst:errht/· ·._ ., ' ·.._,,,·., ) . ~~-~~F-~o~r m· · 4 . . ------------·· 1·R·~~-,-sna, . ' ' -,..,, · Oocumcn·t~v-.. 5 t,g- .. ·------: ,_ ,. Location Checked by· _____ _ Date _ _._ ___ _ :uuuza a'J.U.tt ----•• DESIGN CONDITIONS I' ~~ffJhn'g'&1!0~di1-;{yr,i)Re '{Tabl'e 1 of A'ppendix !) • : : : : : .. rFJj~J(1Jrifude (Table 2 of"Appendix 'I). : .' .' .... : : . : : . !{e'ii'li,Ag''Oegferfb~v1~1if;~fc'2·of Ap'p'cnaix"I):: . .' ...... . ' ... 't: .. ~~'(tf);" :\J '•)r '-_fi·:·;;J! -rr·.r~'1')':r:~j~ • ~ •. , , . ~ ~ ;-... ...,,.. ~_, _,,,f"! , ... -·r ..... ro1_:,;<,'r: p ,r • , , HEAiflNG LOAD DOCU,cMEN_T~Il?;~Jjf~pfJ1,~c.~i1~~{?Ngn1~l1 ,Vin(i(:,\\''., ~t::. oJtHdi?; Dds19ri.,,1\~Wil)'d.(a'tutd ;\vii-1th/ ·:·r:r:·1:· "t .. -__ ._.., -,-~.,-. ..._. ~ {= ... -~.~·,"') ,·-,½!":r•..-.. : f,!'", ... ,,,. , Indoor Design Temperaturr.. . . : ..... OLJtdoor Air. . . . . . . . . . . . . . .. : . Herit 'l6s;:F/om Outdoor Air. . . . • • •• > ,-c,,, • ' . ' ... ,,.~.••rt, Temperatur'e of adjacent unlieated spaces ........... . 0 ·;1·f1' ,·,pr:, i,,,·~n )-.I.-,.,. t ... \ .'··.·c,·,,,f ·, ',,p •:',}!' Trar:1-sm1ss1or.l'. Heatmg lo:ss:i~ .. : . ·:·; ,., , .... _., .. ,· ..... -.:/ ... , , •.... Infiltration Air ..•. .' .. :·.··>:'·.'':-.'< ~n;i!d/ ,',n H:itr•c' .. · Heat LosrFr6m··(lri'filtfh'tlci~':''.':i·;-: ,\,r. · .... Ventilation Air ............ . H~at Loss From Ventilation ......... , ... : .. ClidW,9:6Cf.-lrJq[ ~-p~5jµI :Pr.oc,e.1sf~~ :•:,;1,~-:: ... ,. H.e-~t:-Lo~3 ,f..r:or.n:P-r.o,ces-s Air.··,.,, 1. I', , ••. ,,.,,,.i ,.,1.1; • Othe·r·Heat Losses (describe') ....•....... '•/ l• :io ,.~ :._1,·\1 ( l"_1 1· ·\Tl ... ,~' , ;'\ y-+•,,-..;. ~""-tr·H (•,;., ,·,. ~ T6tal 'Heat Lo~ses' ... · .' ...... ; · .. COOLING LOAD DOCUMENTATlQN.r,iA,t:t,::ic,l~~i,,::ilculationsl .. ., ,_.,,1Jrt1nf.1,.. /'.ir .. .Ou-WePr,,qes,igA 'T-e{T)P,!}r,1rt;\.jr,e, summer, _dry bulb. Outdqor;.Oesi,gn Ternpera~ur~. s_urnme.r., V,'.et bulb ... lnd.oor D_esign Temper.aturu,; summer, dry bulb ...•.. •Indoor Design Temperature, summer, ~vet bulb .. 11.'Jif?,%1![1.i.S~iQ.f.l,;,~qµ,t_,G.;iJp,. • • • fn,filtr;:ition Air .. : ..... . Heat Gain From lr:ifiltration ... . Outdoor Air for:$peci;J1l .;Proc-.e~s(?s .... . , . He;a~t-,G~ir:1 'f?r. Pr~cess,_Air ,: ......... . ·--··Sofar~H'e-tl,t:G'ai-n-::rhrol!lgh Windows, etc .. He::it Gair{ From Lights, Equipment, People, etc .. · ----------'------·--"---· Heat·Cfra.in-F-ror:n Other Sources ........... . . Heat Gain From Outdoor Air .. · .. . , ... ! ',,. \ ~-:__;_ .J;.: -· ·--4) 5,4-.,__ __ ·---m-.-1..- -.......f'},CJfj:b- ... ,: f > ,.,:··./!'.:1· c"·.· ol"}!1...: '" d~i="' J, CFM Btu/Hr. o~ r .131 bl;)Z, Btu/Hr.. ---~ .--cFi-;; ,-.,.,,.,· --~ -· --s1~u'/Hif. - - CFM Btu/Hr. CFM Btu/Hr. Btu/Hr. Btu/Hr. Btu/Hr. CFM ~ Btu/,Hr . ·1•r ':l_, 1:-t' ,,...., f:" t2i :;i1.}q -·-BtulHr" --- J 2 I 4:'{ Btu/Hr. ~'-'---8-t-u/Hr. BtuiHr. -- COOLING LOAD QOCUMENTATION (Continued) !:::f,:U~ JM•J[OUS HE,'\T!:-.'G /\'.'JC •:::1J()Llf\iG ' System Utilizing Outside Air For Cooling ?age 2 of Form 4 The frJ tov,1lotJ rertuifl?rnf.•nt: 2rip:v \') t!,e l!"tf'M1f5e'f Pcrs8H (JN'c1it:1fo'Ex2ecfcl'j::f'Y.;1ofi't,oo'Uf-!rtec'f11''1 r"r:,;v»recl i:r.i?rr_]y isl ;ed !0 ::intro. ter.,:-••!r,·twr-. Recommended Ventilation Rates) . CFM/Person i , ! , . • Heat Gain From Outdoor Air. . . . . . . . . . . . . . . . Btu/Hr. ln :~~Cl r e::i~e1 1/1h,~r: rrsen1n1J ht--..t :i:•r, cold dP,:k tem~cr;1t1Jrc:: 0'1" ... 1lrre:,e0t;:tti·..,,, ,1,:1t1i.: ;0~1'/ he, C!"\,;1:n ·o r:r,n:•,t:>rY· nr ri-1:Jr-'~ :r,~·l ~th zorir.'o:: "1i~t1 ~irnll:;r hc:n:r,ci (!r c1;,:--'.~n0 rc1u,r•1 ntr1f!f":". ' . i Total Cooling Load ............................ 44\ G1-Btu/Hr. ·c::.nc,_ 'rf!nl o/Jpr3.ti1}l'"\ ~f inc·-~·:e!-1•:itl~,-e: \,,;;::!~rtt• :in:! ,_:oofin~ ~~vs 1:rn-: -:r~rving CC'i"\lj 1'\P ~f)iiCC$ ff".f~~ ~~c.:·.':d .. ! f!:t;-+Pr ("l( b0tli ·,:.if rht; TEMPERATURE CONTROL 'J 1.,,,./ brrlatic n:r:ct of hr1-Jr1nr, ternr1?f':"Jt11re, t,:, ?:rr,·~ ~n~riJv :n;i r1 .. Of"'11',' t:: ti': J" :2vt I ~o rJffset ~11:~~ lC-:$ rL.1,'l ro !r;Jn~rri..J• ~:!or _arvi !11 !!1trJtiq~·· REFERENCE .. (page or sheet No.) l I 1,-• ..i . ---,--,'4----· • capability to sequence heating and cooling .................................... ~ /.I-1, \Y\.-'.3 ?,.:~~··. , v,--..rrn---· ;,;,( 'd r-"l!:'~,%.~i"(l · 1;-;111:,1f;,~-.p;n:--,; ~-~(]'' :-;r (...J':-V~· tf'tfl i!Un1J 11\r \ .. ~·/"'(('. ! .-.i!l :.:hO'.V ,~r:-rn~!::111rit '~':itf·, 1'r:,; • temperature contra ev1ce ,~t point 1m1ts; .. · .. : .... ; ..• · ................•.... •'· 'fe'mpePaHi'fll~s;t ~·o,ntrange bet'wee/1 fun"he'at'r1Yg'a'Al:ffo11 cooling. . . . . . . . . . . ..... • setback and shutoff controls ....... · .......................... . .;, cap'a't5illfy'-'to~teYrri1i1n'at'e ne1afihg\H170°F'a'n'a co'o'l'i'ng''iif789 F ;''.t _r;}'; ·:, ::,_! :•t.r .. . ~.·Jr: bl·/ ~o "~1•: hinhw_.t -r,-110, .. --~'Jr .. • '.t~·11~1 ,~t rh11 7Cq1,.: n!c~1J:r,n_, t:;e t'inrt ("~)nfi'"'l:1 I I 11., ,r .. ' ,, Indicate drawing or specification reference where the temperature control device requirements given be'Jow are documented. An a"C1,idma:(i·t1'teYlfpe'.rMUfe''.co'Mrbliidevi'eersf:fallL!:ie provii:led'· f0r!: e:i. 1.inr] ..:rid CO:' 1 f 1 ' • • eacp separate HVAC system l.z l-\:(. M--, • each zone. . . . . . . . . . . . . -- SIMULTANEOUS HEATING AND COOLING The foMowing requirements apply to the use o.f new energy and need not be complied with when recovered energy is used to contro( temperature. I . . '" .. , ., . , : . In eac~ case, when resetting hot a.9d colc;I_ deck temperatures, one representative zone may be chosen to represent no more than trn zones with $imila~ .t,eatir:i\:{.Q.\ ,co9Jing mqvirements., .. Concurrent operation of independent. heating and cooling systems serving common spaces must provide either or both of the controls given below. List reference specification pnge or ~rawing number where control requirements can be verified. REFERENCE • Seq~ential temperature control of heating and coo ling .systems ...... . ~ 1 ;: ~~ _,'~" r._:~ ·~,o,-~·-;~·;~ :\;T. \ ~ ~(1"~.' 'r:_ n:_1rith'~, fy_ J /Jf. I ---• Automatic reset of heating te.m{"ernture, to· limit energy inpllt only to that level to offset heat loss due to trans~j~,sjep,,accJ ir1filt_r;i_ti?~··}.~ :\: .... ··;·,-,1,. , ••••••••••• (~t:\' '' .. [' ! t 1 ,<~ ;1'• ! '·t' ~-,')\.''' ¥,•j Reheat systems -give reference specifications pnge or d~.:1wi_q·gnnumbg.r:1~h,i~h, w,i.!( sho~ ~ompliancl! with the following when reheating 20% or more of the total air ·i1:11;1t1q·,sy;;,tem, ,. ,1,y • When serving rnultiple·zoraes, controls,r:nust·autornatir.ally reset the cold air supply to the highest temperntur-e [1Jl{!!l~9,f,tl1r.i.zon<,! .requirin9 the most cooling ,, . . , \ ' ' ' . . . . . . . . , • Si~gle zone reheat systems shall be con trolled to sr:quimce he-at·ing and cooVing . 1 -. _ .. ,-r,_,;-; ..... 1 "'·':1 •• :Tn 1:iL N(A rtiu"-t :: '. li!:!~d :tnd (Inv -;r1e1~i~' '"r'str!r~Tit"n-: ,~ivcn ht1 ,.r 1ef1?"'f~f'l 1t'd to shO\"/ r:oror,li;\r~, .... __ Suppfy referen~'", to 0rcH1er ';~ ~·t:ifi- ·::it'ions '-·~~'e or cir<1wirv1 num!1<:r~ < 'l 7ype ~~1/•.C Sy~tems l 1wd -1_;,, t','D<' of system 1.0 '·,,-,.t.J.,,•,.1 '.·r-ri: 1;11c1,_.tic all :',,.ier .. 1:; for :11,;n;r .. 1 or ct1,~::-1,J :n ,11,; , .. .,"i:,:5ini;l Page 3 of Form 4 ._t;:~::,-4'1~ .. : l •• ,-~ f, ,·:. ___ ......,· ·.,·.'.' ':~:t--· ·., ·, t ,1_ ·oual:Ou:ct or mult1zone systems ·::.give""rcferenc1? spccific::i"tions page or drmiving"'nuin---:-b_e_r_w-.-h'ic:..,h-w-,:-:-.1,-1 _5,...h-o·w--c-o-m--;-pl'iance -;,:;ith \ . .tbt..io.J.10.!UJJJ_g,-· --------------------________ ,._. -----~- I -------,~. ------------------------· -EFElTENCE -----··' • Hot deck temperature -n:,ust be automatically reset to the lowest temperature necess~ry to s;~rsfvtne zone requ,nng rhc mas111earing. -.----.. -.. -.. --1Wh-- _ • Cold.deck temperature -must be automatically reset to the highest / ' ff,:; fi -""' = I ' --i\J--L temperature necessary to sa 1s,y t e zone requinng t,,e mos, cooing.. . . . . . . . . . . . . . . E'::!, j ·f!1:c-ol51 i n--gsvsre·rrrs---=-g-lve,1:f'en'i1c:e .. specffk1n-,ons--p11~:re0Tcira·wrng nu moerwni cfi"s·n owscorripl ia n ce vvrm-u1el6l lowing 1'f . recooling 20% or more of the total air in the system. . ' Cc0.st3t t '!OL.,---··r: r,-J1e:it ~v~-=~,-,1 --'Nhe:" ~·1":v;nn bt:1•_(~; n·e,.:01 nd exte.,.ior Z")"""': .., ·;,·~n:-!:0tt~ cotJ)iqr-: (ti l: ._ff_' 1~0,1...11 ... ·~·-: f ~~1'! ~--,~~0,tr9);~19'1,'f..S!r,a1,11~~-at,if?iJl l,y,,~es!!f~th,~ -t~·~.Plr[~~ur.~ ro.f_.~ea.ted :SIJl?P.!¥: aJ5 JO the. lowest temperature necessary to satisfy the zone requiring the most heating. . •....•. HVAC SYSTEM RESTRICTIONS & SPECIAL nEOUIREMENTS -------------- Several ,HVAC System types have special requirements or restrictions. In this section, the type of system used in the design , I must be listed and any special restrictions given here referenced to show compliance. Supply reforenccs to proper specifi- cations page or drawing numbers. Type HVAC Systems Used -List type of system to be used here (include all systems for heating or cooling in the building) include reference for specifications for each system. '1· ! ! ' ,, ' -,-'~ ,, -r· ,-, , , '!t. T, . , 1 . , :·. -1 ~ t, ,., ,.1'•" I Constant volume reheat system -when serving boi:h interior and exterior zories -separate cooling coils are required if the exterio,r zone e;,:ceeds 2/)~ .of.~h~ ~gtg,1,_aJr qu~oti,ty through the coo.ling coil. .1• ) • .l: ,,,;:' REFERENCE i !',,\ ~ \.' I' '.,. ~ 1' ,<,,r· l ,,· ·., \,,,. • l - r~r:r:~nr·~~<'G ___ .. , _ ~--·---- ~Yh~-PY-~J,;i.\~J},:MhJl,.;J:!~O~Rc~;(w}:~MSr('J('il:J :,,-,::t ,:<;:;/·· 1'3'11J;·"v ) ···r·:·c-d riom:•ef'., n1U~t h~ rir,-,,,jd,_(j '1)1 _;I''::;)»•-,,,,_". fr_:; ~h'~ ()1_;~::,,·Jr'. v.,;rr '!°;11 1?'•' J:"r)tic,r, 0f f"Of:\h~_..:~t~,,;• 3 .. :,01 ""!inry; Constant volume duct or multizone systems 'which utilize· new energy to simultaneously heat and cool air streams which are subsequently mixed for temperature control are prohibited for buildings larp.e_~r.tt~n:~~@00 squar¢ feer of, conditioned space. If used, the ai'r leakage for dampers utilized for the mixing of heating and cooling air shall be limited to a maximum l~a~c,1g~r-pf._3';,1,,;:qf.~1/1~to,t,<\1 1c,1_it -~UaQ,tity handled by the dampers when operating at the maximum system pressure, to which l (J,.'i!.... \ L,,;Qf'l,_t,,.1'1,-.}~ I lLJ,'-~1-. ,.\!\J~ , the dampers will be subjected. Manufacturer's label or nameplate shall state lenkage rates. ' REFERENCE __ ~_E~flT+t~~~~-Jc_;r_· ---- Con·,-cant vo:,imr, S"/rtflm . . , . , : Econom1z~r Cycle -.For each cooling fan system, for other than dual-duct or mult1zone systems, wn1Fl;i/serve z9n.es having totaT 'd:;'61'.iNg' ~~'p;cit{g~';;tri; thiiri 134,000 B't0/hr ·or more than· 5,000 ·cFM in'ust 1'1av·e ·a·n. e·cono'm1le; cycle unr~~~' one of the ;r~bt?r{?;'1f0Wea'Ji~1:'16i~"e1i . . . . . . ______ , I c:cn~'.I \'later ..., ... or:ir 1:~u·~,,~r·1 1\ir <Julr:,.i~v .t\r!~u;;t·!d for \\ ... ,1r-r,:.~~ Lr1r1 i·;. ------~ cr:.,i --f.\:/"-1 11 1 .. REFER'ENC'E --·-+7 ..... cr-+~---·-:,·_,._· _· .. __ J ' -~ -.· ~'';,,-~.1i-0p..4,·_Jrrr1-1"1; ... lttr· .... v ir:f),• . 1-"--/ ,' -·· Electr·ic Resi'stance H'e·a·ting ·systems -'T!iese syste·ms· shall noi: be ·used unles·s 'the to't.il 'ins·talied. electric resistance heat does hot ~xceed 10.% (ten percent)-.of the .a(:lnµal heating energy requirerne.nt or a life c;ycle,cost analysis, Form 8 (see Section 4.2 \f"3"r,1;1h 'fj' Pt')' ,-,rT""~ "l\1~1 fll>-'J ' • o.f' tni's 'manual,).: sho'ws' an nlternate system Ii fe cycle cost exceeds that of the electric resistance system. Give reference if ''"1· ,-• "'..i.-'•')!•1 A··,, "u""'r'1''1 • ·l. :·t.-v,111• ·i-r, r1,-,,,, -• ._. lesq.f1'an1 ru% or inclu~e "F'or\n 8 ifc'ci!cur~'ting lite·cycle cost: · · · · · · . · · · ' · · · · · · · · . --::-. --- 1 otJf Pres~ure ,--.f .,u0:1rv f=art :t ~Aa.-:,rnum r10vJ .. ,. .. ~ . . . . . . . -----,.,che~ \·1au·r ~r,-:.,.3f r-:~'o'·'.~·,··~::,l'°'r'Jr ,·-~·r:-i"l , \J \, ' __.' >-' \.' • ... • ,. • • • • • • • ~ • .. ' • ' -l MECR1AN:i'CA'!TNN'0 1 G'R'AvffynJE'NT1I EA"ridifr: . .f'' ,ll':. '/2r,:-1r-11 r" '/ot~ ... rr,e /\div~~trrrrtt C0n~T:")t1t .· .. ' ~ ..• R!;FER'E'NCE __ ·-..... l!-J_,.:::,..._,f4t==+'-·--· _s"_--_F•_. _ . .... ------ REFERENCE __ ~-/...,=IHI'+~-----/ /I"' Gravity Ventilators -Either automatic or readily accessible manually operated dampers must be provided for all openings to the outside with the exception of combustion air openings. -{ :p•~ f' ,~ ~ •· ~11 .... :- 'Rl:F,l;RENCE __ ;~_/_A ____ _ ! ,, '··;, :~ "h,-,,• ~'I • ., ....... ,,-~. :·~,,~t,, P9WEB CO:~~µ~PTIQN· IN ·F,A,NS •• j'. Constant vQlume sy~e·m Total Supply Air OuantitY •...•..••...•..•••............. · Total Pressure of Supply Fan· •.•••.•....•.•.•.•.•.•• Total Supply Air Quantity Adjusted for Process .Loads ..•.•.• Total Gross Floor Area ..•.............••.......•.........• '' ' Fan Performance lnd~x adv1aximum Flow (FPI ) ....•................ : ..... , .. ,.~.... m Pl~-;M-.-, r Variable Volume Adj~ment Constant ..•.................•.... .'; ... '. ,_, ... · .. 1 ,,::_:; ·:G•:1i;,11, ,·::i:·,,1r·1 .. / ,~t\·~rr:t ~:1~1~, 1-,1,t r1 ;··· ,- 1 '}-. ~ , q, ,1,.,~ .'J 1l~a\,~.·e · · · ,"!.11rr-"~. REFERENCE ltoOO -'J Q-() I. 77 -- CFM I nche, Water CFM Sq. Ft. CFM ----- P-oe6 of Form 4 ... · PIPING AND DUCT INSULATION AND DUCT CONSTRUCTION References to the piping insulation, duct insulation and duct construction requirements presented in Section 4.2 of the Energy Conservation Design Manual must be given below: '' '' ,··:·, ·-~' ~r·,._; r:7•png ;:1·,_f l·on, r,•_,(":_ ·n:"•l;~!'i·' ··d 1,111·;t (0 '°<'' '(lr"f~ttj(l;"l ~'f~' ·,~r1 \1 ,-,u:--i~ t"f'r_,1~,·: '-..~~ ,f;I/H1 \.~I,,. · REFERENCE_':7..+-J.~;l-11--··--+M..!..'•~-~'~J--- .•' ;1. ("" - P,9,~!-;JfYIJ=iNJ;Alil,QN_·JF~l3M. ~:-':Pl\/:, ··:·r HVft.\(,J ;,0:U_IP.M!;,N,T'cOMP,LIANCE '::. ~cT;.1c.t...LLY ·or·EnATEO fl[/1.:1',JS 1-.';ininwrn E'c.:n I ·:1:w1 fl t'f C r,:>n(',J llJ:··_1y '\ .. ~c· -.,1 :TriuT Form 6 References giving the specification page or drawing sheet number or manufacturer's data must be submitted to demonstrate com- pliance with Division 6 of the standards. , , · ~ r (~u Ir. .-.1~.~ :_>:...,.. r' on ~I~/\ r N,TE:'J;'\ t,JCE ~ 0 rt ~~r.l'."-Jt.11 · l\C,~iJ n ~ n ,~ '\~ /\ 1 r1! ·Lt'''':i\j/\ NC E ,\;: ~-~, ~-L·.: ~-_ 1\ r, ~.,, 1P ;'\ ,-r, / .. : .. c/d., l·.c 1 : .. ., '\ r\10 r·;·11. ~,,_'CLB v 1\: :,;_,-,-,.~· ,.-,;·.; ~ t)L :r.~},. :·.,.: ~:; ._.., ,-,,~ • ._ -~ ,· • '....,..; ,...._ t-I r, "I. r-1 '~, f-M"" 1 '~ t. ELECT-i:i'I-CALLY OflERATES·COOLING SYSTEM EQUIPMENT ABSORPTION WATER CHILLING COOLING SYSTEM EQUIPMENT COMBUSTION HEAJJ._NCfEQUlrMENT {Oil and gas-fired comfort heating equipment- E L.E c+ Fi, EALLY! s~ ERA TE o H EA Tl NG HEAT PUMPS ELECTRICAL RESISTANCE SPACE HEATING EQUIPMENT Standard rating capacity, Btu/hr Minimum EE~ {COP) Reference Heat source {<;:heck o·ne) Direct fired {gas-oil) Indirect fired {steam-hot water) Minimum EER {COP) Reference Minimum combustion efficiency at ·maximum rated output Reference Reference Supplementary Heater Control Reference -.., ' 1, "'; ' ' ' . ' .• " 'f 'Ir' '; ' r:,~) I -I ' • ' ,R,EF,ER_~l';J.c;;.E. F,01R, .FULL-LOAD ENERGY . INPUT AND OUTPUT ·~t?Hl,~l/Y\~~11,{~f/Ylf.WjTENA['JCE FOR MANUFA_C~URER'S. MAINTENANCE AND, F,PIF ~~Att\R,:Jfl,\h1G~gfFJJ~':(rAND STAND-BY I NPUT{S) AND-OU"T;PUT(S) SP'ECTPIC'AfrON R'EFE'RENCE"'c r. . i'- !• ,, ! ,' •• ' r ' • ,• • •~1' .-, ~ I . A-/4,--P-a:t2-~1"t1 --z, :'2 ___, - - -f~ .. -~· ~ .... -::,. 1 ._, .--=-------: ~ -=-~ -'. ,._ .:..:.::i. ..... • =-------~ ·-··--=:=...:...___:__._,_:_:,..._ ____ :11 11;:' •• •1-• ------· ---· ·----! ____ 1 l r:,,c_,.""')J,[e--::::~:. ; ~-:Y-·_: 1..,_LJ! ·(,.: l ~:'~·;,t:qt~_:,.::-____ ::_r =:,:;__ ----:: •. -----~----:"_.th__: -~:!1..-1~Jt3 !;-~;-:_'"}' .. ,NH ,r~· r;~i:~:-,~~1.}1 /~·· -.. ----~-----------.---l ' _.,~<;--., l\fl~ni' ::,_,, .ttf:•t.,'" r'(}ft _,, , ' • 1, ( • , lj! tf•(J;, •:! ) ·f,--'•:11 r· ,..,•111'1·i~,,1_1-.:~1r,qv,":,,,.1 : .·-t,•10/; ,,1 ~.,.·,~ ·,\!,<:t-~0 -.'.·~~·,.,::..._--:S.P.,l;GIFIGA-=Fl0N-S--M00EL-S-S42EO48,-54-2D99 ,2~-542EO6O---------------· -1 j_'''_"~·! 11_:~,1-l)L~\~.1 .. r ._,p._t ,)=,.{ __ ,, .o1r .... l11 ____________ ,._.._ -··· _______ , .. _________ , t ,' \,.Ll __________ ~----,--~-----·· ____ , ;"~ _1 , MOQ:~L·-·_:..'~.'.:.. -:'.::'/'".''-'• ,,_,, __ · <-'.:.'...:.:-.... :::·-c.:'..:'.>'~----------____ 5.4:2E.__ _________ 1 _.,,,. _,,., __ 5.42E __ ·-....... L.5.42D.&.5.42E _. i---1 i '= ·:s1ii1;~::r.:~\<"_':~:,~.:..-,J''--_ _ ____ __ ~---·--...... 1 __ ..J3.04i!----· ,,...,,.1?,.9:4/L ___ ""-. .EMS~'~''': ,·'.· 1 •• a.0.60 ________ eo6o____ _ _ E0.60 '-~ :.~·-_.1SEijl'ES~:~ i _:_ \.,_._:.~~-~··_. ------____ ---· __ -~i -~---_____ _, ___ :__· __ ~~------~ ____ ----~-:'l'~: ·IJ.-ti_ •.. A__ .A~ 1 .•. l i ] :I llf::i-. ,r: t l .,!.1 ~."-r,'f~·i~'<:J.S:,.. • .1 ,;~.~,,..~ t .. ~, .\-' . ~f ·~~:rJ!lt! ~-:· · !'.J :~ ~&fUt-t¼.~.'~~1~,--t:vJ:··i';~i ';.zfJ~r.:~ ~ 1 ·;.; \:}~~ '--'~~ 11~·Jc.:~>.-t,£•f .. 'i :g·\:J· · IQl,ts'.~B.tiii,!i$.;'.C§QJ:l~C/ -~' \"~:' .': '•''!,. -,-:,. ~ 2_39--:-:-1,, .. -._20-en.aGS-3 ,.,,. A60,,..q1J",; ,.1,.1, 2;3Q".1-... __ .?\3~(2;30_.~.:.:3 _ ,...-..4.qQ"'$\.". _: ' ~ '•,., ':;\l/o"'l:t·a· ·g··e• n'an'ge +i ' :• ~ .,'::::·,r:,:.l -··,.'. -'"Q0i7'~2531 -. i::. :1,s77LJ..253· ·i -4··i">f~5','16\'I'' l• (',if'lQi1.~25·3 ,-·,: 1,az.;;__253·· ".' . ,A'-f."A.,:i._·c:,05:.,·, <-:. .1·:9::~:,.,,' .. ·r;) _ _:"~_',:'.":--:'-·;-_::';;;-:-·-·----·-·:·---_ "---. ·"--"::'.'=·:· 6 '-···-·'·"'-=·"' :--···"· :,;,._. ---~;·=-:,:, ____ ... ,.,. __ -JC ~--, . i:ID . pac_1ty.for:V,V.1r.i:.S1zing __ .•. ------. ---38.9·------, ,27i--1-,------1.3.2-. _ , ---49.8 ......... ___ ~5.6"'" ________ .1.5..7 ..... j , ML. .:urrJ.Wi"re'~izet(:4:W.GJ.*. ____ '. . •. a •... _:::-,-,_nr·.-_______ :J.4 ____ .:, . .. 6 .... --·'=-'_:a:ro .. . ... .12-.. , ,.Jp!a'J~'[iit:'P.:inJ:!~..:.'.-'.11'.:','._~_0 ..... -.-,.--.-------· ...) ___ 3j_9__ -··--.::::22,¥f..'......c _______ J.0.,9'... -. : .... -40.9._ --..... '"'c30.'.1:1_ -:·. ___ J.3,7_ .. --i -~'.omp:t.ess:<;ir:"R~_tetEt:;i:iaq,P.m ps:. ·:2: ;_ __ . _ .. ! ___ .•• 21. 9 _____ -'-'-=1 El-~~~--_____ a.a_ . _ .. , .. .:... .. 35 . .4 _______ ~ 20 .. 6 ~-___ . _ _ __ :1.0.4_ , ---i -~';:1:ac1s_ea:Bo!rtr'A-111p§-· "'.'· ·:....:..,___ __________ , _ .. to6_ ·-::.:~ :-li.1l05:"!:I~-.'.'::. ___ 35 .... ,-... _ ;·I,'.l5_01_' _________ :t3£L . :,__. .:'. ___ 4_9 _____ _ ._g).Uttl,o~or'Eaii . .Motor.;-~QD,~F'.S.C.,(WattsJ_& .Spdslt __ t5.5.&_L __ :'.'.:::.J:5'51.&' 2:.::1·~· __ 155_&.,2 . ·. 1 450~&:11 ·. _ ___ .45.0 & 2:.-:: ,_, : :.4.50 &..2,. __ : -~~'E'dll~l_;oaq'Amps'-"'·': ·~:. ~--,_: .. ·-___ ----· __ ,. 0,8 . ___ :·:• !'.. '.'-1Ci>t8.l:-1:::'''. . • __ 0~8 .... _ , : : . .!.:.'."1''..9_2_',_; ____ ..J_,9 ~' -". .1 -: ___ .1 .. 9 ____ _j ',Snq_o.ipr-Bl'd_l,y.etMbl&i":(f:!.e~&~S'p_e_e.ds) ...... , .... :... . . U3Q.D....& .. ~ •.. J/3_1;)1)_:_&_2____ l!.$DQ~_&_;1 '.;: __ 1/_2DP.& 2.... .3J4SD . __ 3/4_6_!) ___ J '.,_. £ul,lfl:6·ad::.A'm'p:s;-c,:~·~:.1:::::.\i.1.:_;''.'.::'.:. •• ------_'. _ __: _____ 3.2____ :312 _ ____ 1.3 .•.. _ : __ 3.6 _______ "i"Ji._ __ __ .... L~L.:.... I · 'N-la·x-'Erfa'iicn'ei(c'a'if'PLls'e Sii'e '(·Arhps-J · · 6_0 45 20 _ 60 . 50 . 25 · : ii :J·:::f;f:f tl '.l.','r,, ~['":fl,,,,. f"•x .. ~. ', .. , .. ,. •• ,)' '1<-'<1,:fd.';;f!-,,-,,,,··.;;,, '·.'. ,, , . l3ate~/0'"06'ling'Cap?,C-fly1@195°•FJB.tbb)t --J _ :.4Z.D.O.O_ . ____ __4:7:q:J0.0____ .AZ,0QQ_ .: , i' . _ 5],5.0_Q _ . _ ,, -~ 57,:S.00.: _ ---57.5.00!. i : .. ~$!=11:iR'V,:~: ';'', .. :·1.·:-'t...':!:'·;~--.:~ :~ ... ,... _, ,..~, ! .-,--~,..7J3.Q. = ..... ~-'./Ti?Q. '. ." ... -.-IIlO .. ~:LiI1 ., i,1-8.;?!L ..... ,.? ,'8,:2~:i "~ ~-,. _8,2!?. Ii . : . 'EEJllL.:' .i..:t'..:;.~',:: ..:..;, __ :: ·.,:,,;L.;~·.:..:~: .. ,. w' ·;;_ ; .: ; ,::.;..::,.·.'.. _.--,; .. : •• : ... , __ .: ';7;$_0.:; ~..:_:, ::· .. ~_:::,z;.30 .. :~·. :, . '. .:.::.,~ .. ,;;:;_, __ : ::.L:..1 .• 6.CL '' '-~:_.:..: .• Z.BQ.; i. -· l Hc!,\eWHeal'[fig.C-apapity@47'Ef8tublt --· , _____ .. 4.8,500 ---· _ •.zia;~o_o: ____ A.8,s.oo -,-: .. 58,0.0.0 ........ 158:ooo~. ____ 5.8,o.oo• __ , l:l$P.F.-.(Mini'mUrli~.RegionJV)L ...... ______ :. __ 6.4.5 __ ..... :·.1.6,45_:_:'_ _______ 6,A.5-. , ; , __ .6.25. _____ . : .6.-25:-··, ...... 6.25 .. • __ ; '.CQ'P+~·, .~-·~~ ··_ -r " • •• ___ ------------------_ _t _ --------=---------~2iS9 __ --·-·---2._6_9 _-I.; __ -== ------___ --.;_2!-6:l·_ -~ -----.2 .. 67,_; l -! .J~B.l.$9.l1):):dJl.a.@,g,t:ii_umt;>.~r**.,. i_ ".18 .... -, .... Ht .. ,_. _ •... J .. 8. l:r.,, .. 20-____ ... --2Q. .20 1i. . .i 19'1 l,J,fjl tJ,;,,:;l...~jjJ :lfl ;j';:j;:j.,_1 I "1:1 :l•)'a "1;~C>l'.tl~l l,:f • •• .. ,,~,,,m,4••c>~·. '. g_p·mpnesstor::ryp\:!;-1,-1_·.1·;~ _ 'Jl,L'\''•-' __ , __________ _! -..--·-H·,:,t<.:11u1.~· :· .,i ~-' _ _j__ f,J1_,! /-1\'i··J,errJ,etid :,:~;J,--lfO ___ i __________ • -·~'.~i (',f_)~'111c:1.--;1f:~ --' --_ j -'.Gq'r:np,i:ess~r .T.em'p\&"0v.ercuf.rentF'r.otectian..-1 ___________ .•.• .::: .·:' ;':'.1._~ __ SJanctar:dJln.ter,naFl!.lli.l:ilBtE:lals . ____ . .' ·n~ '..:' ":~1_t~,'.t~:: ____ _ -I~o'mp)'essi;,'rj'nte·r.naJ.P.r.essur.e..BelleLValve_ ! -c---·----,'.:·~.'.~ ,_,.,,:·,·:,~---.. . Stari.d.ar'.d?.' !.:'1:;,,_ .• : ______ •... :,:'.'.~1:1!~ ..... ___ : . __ j -C:¢'rifpress'6r'Jiorati'dJ:i'fs'olatot:s':1:..c.::''-'---·---1---':'.L.1~u,!· .. __ : ______ : . · ,.1_1_1'1::. • ______ ·sta,ridar'ci.'.:H:1·•.,,,_ .... · __ ....... __ :,,r:·~_r_(~---r .. , -Y.apd,r,"T-Ul:i_$"A'c;cUrh'utat\;lf--''-'' .._,,1.!._:v:_::· L'i__ ·-·--~ --. _ ,-. ----.. __ Sfa,ri'da"c<'.L _. . ----·--l--· -rw.d1~ay:_p1·ovrR1$.ftig'e·rant:Meter.iOg1E>.e\d.ce. : __ . _ _ _ ____ M.EI JE;<f.W.i't'h 1Ei.s_to_n __ , , .l:.ow1P,ress·ur.~'S:Wi.fc'h'.i'''.:·•·:'_ c., __ 0 •• _""'" '----••• •• • • ..S.fa_h'.dard ____ , ...... . -Go·mP.:te_ssor._Q'rab'ts:case; flleater .. ________ , ----~-~ ______ -~: _ ___ ____ __ _____ Sfari'dard _______ . _ Heat~Saving Reversing Valve Standard· Time;-'femperature Defrost System Standard COMPROTEC® Compressor Cycle Protection Optional Effic[ency-Alarm Circuit : Optional Vapqr~ Tube· Filter-Drier,· ·, :.~ ~,,,,c·~ '.'. Optiorfal High-!-:Pressure Switch Optipnal R-22IRefrigerant i,\m6iJht ·(Factmy 'Obar:ge) 9 lbs-S ozs · n Coil lf.?ce Area (SqFt),+N0~0ircuits Hejght.x Weight.(ln.J -. Rows•& Fin~.Pef'lh¢h . , ; 1:., Blow~:r Wbeel-Diameter x Wiath. (In.) Blow)3.r Pulley Pitch, D.ia-(In.) Moto):'Pulley Pitch Dia (In.) Drive:Belt Length x Width (ln.J Ratea;Cooling Air.flow (Ft3/Minltt t~ .,-, ,.. .., ... _, , ~ External Static PreS$Ure (In: ·wc}Ht "·~· .. _ · "' ·-' . . ·8e,c9rtirr.i·ended·Min-Pilter-Size ·(Sc:rlrt)it--:.....· -------- , St9r;i,dard-Type • -· · · · · · : · · -, .. · Cl~ii.nable-or High-Capacity0Type - 00ndens9te Drain E:onnec(!on 'Tell~ g!1T1TtJ·•n .. ·11oa:1~,.., ·. 5.8~-6 30x 2a 3&,14 1O)i-10 Not Applicable Not Api:ilicable Not Applicable -.,.. '. , .. 1.790.,-,. . · ··-' CH?'""·-.·- ---,· 1.--- a-~19! · - -5~0 - . _ G/ 4:'1';,1P.'f Not Appl ' Not Appl' Not Appl 13 lbs-O oz 5.83-6 30x 28 4&14 10x 10 12.0 2.8-3.8 50x 1/2 2000 0.2 960 (-542]=)*** 624 (542E) '* * _3/4-MPT · C6!I lf;,;1ce.Ate? ($g F:O·--:::,l'!o~Circu_its· He!gN,x W.ip\h .. (ln,;J , '.-:-... ~ -·-· ~ ·,t' -1~.29-:--:-'.9, 30x 68.44 _· ' : i' l6.0q"-7 30x 77,06· 2 &: 20 • Fan ·Ol}arneterJln;) · ' , · 22· -· ~' ?2 ! 11 It ,, -I ! ""."~_~::ir:..1~.::~_~;~~x~·"!-;':ttl,bl' .. ~~-·.i ;,,1t.~~~f\ wi ·l )1,(ti1 i:;: ff~ ~;~,~1-'<!:.~ ¥,,t-:; ... ;,tr,""i·~:-~r· -:."! ir~ r .c~t![ Jf-1~t ~r,1;~y1$ ~ , Two-~p.~e¢, D,iregt~_Qr_ive ·Blower··· .; , Standard I f.-.--,. I Nol"Ayail Stai:idard Belt-!D,riye-1;3I9.wf!r --·· · Not Appl ·· -· · · ·Optiorial· I . : t ··.Standard PSC pnergy~Saving Outdoor Fan Motor QomJ!lµtEir~Designed,Refriger.antSY-1>.tem · lnsul~led,B)ower.Co.mpartment- HeavYr:Outy Base 'Rails w/Forklift Slots· -· -·-•--- (SeeHp~Hcabie notes: oh "previc>US ~a:ge.) .. j, . • .. ; ! ' -' ''i I r- ,I ., .. ! .-·· ,r , I f '}' '}·' . Standard -~. ·stanpard Star'ipa_r.d . : -_. _Standard ':~.-Stanaan:l ' ' ~· I ,i ; '' :, \' ·~91 Applicabl~ . . ~·l'-:lot·Applicabl"E;!, ·standard Stanc;Jard· : I '' '. t . ,: I 1 t I RAY COX MECHANICAL SAN DIEGO, ESD INC. MECHANICAL CONTRACTORS CALIFORNIA HVAC PROGRAM PROJECT: CLIENT: DATE: DESIGNER: BUILDING MASTER DATA DESIGN PARAMETERS: DESIGN OUTDOOR OUTDOOR INDOOR INDOOR MONTH DRY BULB WET BULB REL.HUM DRY BULB MAY 81 67 50,Y. 75 JULY 83 67 501-75 SEPTEMBER 83 67 50,Y. 75 NOVEMBER WINTER GLASS SUMMER TYPES u FACT 1. 1. 100 2 .. 0.570 ":i' "'. 0.570 SHADING HOR TYPES PROJ 1. 4.0 2. ":i' C, ..., • ,.J ROOF u TYPE FACT 1. 0.040 WALL u TYPE FACT 1. o. 630 2. 0.550 ? "'" 0.080 PART. u TYPES FACT 1. 0.080 .-. C.a 1. 130 ? wa 0.350 76 38 WINTER u FACT 1. 130 0.490 0.620 R.FIN PROJ o.o o. (l ASHRAE ROOF NO 1 ASHRAE GROUP A B C CLG. T. D. 8 8 8 67 (l GL.SHD COEf=F 0.650 0.560 0.700 L.FIN PROJ o.o o.o SUSP CLG YES HTG. T. D. 30 30 30 501-75 50'1-75 INT.SHD ROOM COEFF CONST 0. (H)0 MED 0.000 MED 0.000 MED PAGE 1 DAVISON&FERGUSON J3t,J7~ rt CARLI 8/27/86 SLE HUMID CORRECTION DIFF FACTOR 1 c=:. 08 -6 8.80 -4 8.80 -4 20.31 -11 0.00 GLASS GLASS HEIGHT WIDTH 9. 0 1.0 9.0 1. 0 8.0 4.0 i " ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 2 ******************** BUILDING MASTER DATA (CONTINUED) ********************* GENERAL PROJECT INFORMATION: PROJECT FILE NAME: DAVISON PROJECT LOCATION: CARLSBAD CA DEGREES NORTH LATITUDE: 33 DEGREES LONGITUDE: 117 BAROMETRIC PRESSURE: 29.921 TIME ZONE: 8 DAYLIGHT SAVINGS TIME: YES MEAN DAILY TEMPERATURE RANGE: 10 ZONE SENSIBLE SAFETY FACTOR= 0 ¾ ZONE LATENT SAFETY FACTOR= 0 ~ ZONE HEATING SAFETY FACTOR= 0 ¾ BUILDING OPENS AT 8 AM. BUILDING CLOSES AT B PM. NUMBER OF UNIQUE ZONES IN THIS PROJECT= 9 BUILDING DEFAULT VALUES: BUILDING DEFAULT CEILING HEIGHT = 9 PEOPLE SENSIBLE LOAD MULTIPLIER = 230 PEOPLE LATENT LOAD MULTIPLIER = 190 FLOOR HEAT LOSS COEFFICIENT = 0 LIGHTING ADDED ON A SQUARE FOOTAGE BASIS OF 3 WATTS PER SQ. FT. EQUIPMENT ADDED DIRECTLY TO ZONES PEOPLE ADDED ON A SQUARE FOOTAGE BASIS OF 1 PERSON PER 100 SQ. FT. INTERNAL OPERATING LOAD PROFILES: PROFILE HR HR HR HR HR HR HR HR HR HR HR HR HR NUMBER 8 9 10 11 12 13 14 15 16 17 18 19 20 1. 100 100 100 100 100 100 100 100 100 100 100 100 100 -::, a;;;.. 100 100 100 100 100 1.00 100 100 :1.00 100 100 100 100 3. 100 100 100 100 100 100 100 100 100 -100 100 100 100 4. 100 100 100 100 100 100 100 100 100 100 100 100 100 ,:::-..;i. 100 100 100 100 100 100 100 100 100 100 100 100 100 6. 100 100 100 100 100 100 100 100 100 100 :1.00 100 100 ALL DESIGN DATA TAKEN FROM THE 1981 ASHRAE HANDBOOK OF FUNDAMENTALS ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 3 ******************** BUILDING MASTER DATA <CONTINUED> ********************* DEFAULT AIR SYSTEM DESCRIPTION: THIS AIR SYSTEM OCCURS 1 TIME(S) THROUGHOUT THE BUILDING LIGHTING: PROFILE# 1 IS USED. 100¾ OF LOAD IS APPLIED TO CONDITIONED SPACE EQUIPMENT: PROFILE# 1 IS USED. PEOPLE: PROFILE# 1 IS USED. PACKAGED EQUIPMENT IS EMPLOYED USING A CONSTANT VOLUME SYSTEM A 20.0 DEGREE LEAVING COIL-ZONE TEMPERAtURE DIFFERENCE HAS BEEN SPECIFIED SEASON SUMMER WINTER VENTILATION METHOD 15.00 CFM PER PERSON 15.00 CFM PER PERSON INFILTRATION o.oo o.oo METHOD NONE NONE ") t J. -,. ** COMMERCIAL HVAC LbADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 4 ************** DETAILED PROJECT ZONE LOAD CALCULATIONS*************** LOAD UNIT LOAD TEMP. LOAD SEN. LAT. HTG. HTG. DESCRIP. QUAN FACT. DIFF. MULT. HEAT HEAT MULT. LOAD 8. BUILDING H PEAK TIME 5 PM JULY 900 SF. SYS. 8 ROOF 1 900 0.040 63 2. 52(> 2268 1. 480 1 "':i'7·=· w,..J~. N.WALL 1 35 0.630 7 4 • .ltl 0 159 23. 31(> 839 W.WALL 1 36 0.630 14 8.820 318 23. 31(> 839 N.GLASS 2 25i.=:! 0.570 21. 930 5525 18.130 4569 W.GLASS 2 247 0.570 72.554 17921 18.130 '+478 SH.W.GLASS 2 5 0.570 21.930 110 18.130 91 PART. 1 585 0.080 8 30 0.640 374 ;_;:. 400 1-4-04 LIGHTS 2700.00 1001-3.410 9207 PEOPLE 7.00 1001-23(> 190 1510 1330 TOTAL 37493 133(> 13552 1 ( • J ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 5 *********************** ZONE SUMMARY OF SYSTEM 8 ************************* SQN ABBREV. PEAK TIME FLOOR SENSIBLE HEATING VENT INFL EXH SUPPLY CFM NO. DESCRIP AND MONTH AREA LOAD LOAD CFM CFM CFM CFM /SF -------------------------------------------------- 8 BUILDIN i:::-;:;.i PM JUL 900 37493 13552 360 0 200 1704 1.9 ---------------------------------- ZONE PEA~< TOTALS 900 37..:~93 13552 360 0 200 1704 1.9 ---------------------------------------------------------~------------------ ·* MONTHLY AND HOURLY SYSTEM ZONE SENSIBLE LOAD PROFILE * ------------------M--------------------------------------------------------- ·* MAY JULY SEPTEMBER NOVEMBER NOT USED NOT USED -M· * HOUR ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN * ---------------------------------------------------------------------------8 AM 15669 16465 15996 12226 0 0 9 AM 17387 18197 17658 13735 0 0 10 AM 19075 19895 19296 15237 0 0 11 AM 20993 21821 21151 15956 0 0 12 AM 2239(> 233<)5 22591 18317 (l 0 1 PM 24818 25740 25352 20806 0 0 2 PM 27130 27934 28629 23675 0 0 3 PM 31978 32612 32(>21 26716 0 0 4 PM 35242 35775 34936 29030 0 0 5 PM 36979 37493 36926 29994 0 0 5 PM 36435 37007 36149 29227 0 (l 7 PM 30090 30710 30049 24207 0 0 B PM i:::5983 26628 26087 20870 0 0 i ..... 7 ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 6 ******************** TOTAL LOAD SUMMARY OF AIR SYSTEM 8 ****************** SYSTEM TYPE: PACKAGED EQUIPMENT WITH CONSTANT VOLUME TERMINALS SENSIBLE HEAT RATIO: 0.97 --THIS SYSTEM OCCURS 1 TIMECS) IN THE BUILDING SYSTEM 8 PEAKS IN JULY AT 5 PM OUTSIDE TEMP IS 82 INSIDE TEMP IS 75 SUMMER: VENT CONTROLS OUTSIDE AIR WINTER: VENT CONTROLS OUTSIDE AIR WINTER VENT AIR LOAD = 14,386 BTU/HR ( 360 CFM) WINTER EXH AIR LOAD = 0 BTU/HR ( 200 CFM) WINTER INFIL AIR LOAD = 0 BTU/HR ( (l CFM) TOTAL ZONE HEATING LOAD = 13.,552 BTU/HR ----------- TOTAL SYSTEM HEATING LOAD = 27,938.BTU/HR **** ALL COOLING LOADS BELOW WERE COMPUTED AT THE AIR SYSTEM PEAK TIME**** SUMMER VENT SENSIBLE GAIN = 2,772 BTU/HR ( 360 CFM) EXHAUST AIR SENSIBLE GAIN = 0 BTU/HR ( 200 CFM) SUMMER INFL SENSIBLE GAIN = 0 BTU/HR ( (l CFM> TOTAL ZONE SENSIBLE GAIN = 37, .l~93 BTU/HR TOTAL PLNM SENSIBLE GAIN = 0 BTU/HR ZONE LOAD SEN SUBTOTAL -· 40,265 BTU/HR DRAW-THRU FAN SEN GAIN = 0 BTU/HR BLOW-THRU FAN SEN GAIN = 0 BTU/HR MCL SUP.SIDE COIL GAIN = (l BTU/HR MCL RET.SIDE COIL GAIN = 0 BTU/HR SUPPLY DUCT HEAT GAIN = 0 BTU/HR RETURN DUCT HEAT GAIN = 0 BTU/HR AIR HANDLING SUBTOTAL = 0 BTU/HR ----------- TOTAL SYSTEM SENSIBLE GAI = 40,265 BTU/HR SUMMER VENT LATENT GAIN = 2,557 BTU/HR ( 360 CFM) EXHAUST AIR LATENT GAIN = 0 BTU/HR ( 200 CFM) SUMMER INFL LATENT GAIN = 0 BTU/HR ( 0 CFM> TOTAL ZONE LATENT GAIN = 1,330 BTU/HR ----------- TOTAL SYSTEM LATENT GAIN = 3,887 BTU/HR TOTAL SYSTEM COOLING LOAD = 44,152 BTU/HR INTERNAL LOADS SUMMARY: 2700 WATTS OF LIGHTING, 0 WATTS OF EQUIP, AND 7.0 PEOPLE TOTAL SYSTEM SUPPLY AIR = 1,704 CFM BASED ON 20.0 DT TOTAL CONDITIONED AIR SPACE = 900 SQ.FT. SUPPLY AIR CFM/SQ.FT. = 1.8936 TONNAGE PER SQ.FT = 0.0041 TOTAL TONNAGE REQUIRED FOR AIR SYSTEM 8 WITH OUTSIDE AIR= 3.68 TONS ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 7 *********************** TOTAL BUILDING LOAD SUMMARY ********************* BUILDING PEAKS IN JULY AT 5 PM THIS SUMMARY INCLUDES ONLY ZONES 8 THROUGH 8 OF THE ENTIRE PROJECT OUTSIDE AIR QUANTITY CCFM) SUMMER VENT AIR = 360 SUMMER INFL AIR = 0 PRE-COOLED AIR = 0 -------- TOTAL SUMMER AIR= 360 WINTER VENT AIR = 360 WINTER INFL AIR = 0 PRE-HEATED AIR = 0 -------- TOTAL WINTER AIR= 360 TOTAL ZONE HEATING LOAD LESS TOTAL BUILDING HEATING LOAD 'Y-OF TOT SUP f-UR 21. 121.~,y. 0.000,Y. o. 000,Y. ------- 21. 1241- 21. 1241- 0.0001- o. 000'¼ ------- 21. 1241- INFIL TO ZONES = = SENSIBLE BTU 2,772 0 0 2,772 14·, 386 0 0 14,386 13,552 27,938 LATENT BTU 2,557 0 0 2,557 * MONTHLY AND HOURLY PROJECT ZONE SENSIBLE LOAD PROFILE * * * HOUR MAY ZONE.SEN JULY SEPTEMBER ZONE.SEN ZONE.SEN NOVEMBER ZONE.SEN NOT USED ZONE.SEN NOT USED* ZONE.SEN* --------------------------------------------------------------------------- 8 AM 15669 16465 15996 12226 0 0 9 AM 17387 18197 17658 13736 0 0 10 AM 19075 19895 19296 15237 0 0 11 AM 20993 21821 21161 16966 0 0 12 AM 2239(> 233(>5 22591 18317 0 0 1 PM 24818 25740 25352 20806 0 0 2 PM 27130 27934 28629 23675 0 0 3 PM 31978 32612 32(>21 26716 0 0 .I+ PM 35242 35775 34936 29030 0 0 C' PM 36979 37493 36926 29994 0 0 ,.J 6 PM 36435 37007 36149 29227 0 0 7 PM 3(H)9(l 30710 30049 24207 0 0 B PM 25983 266.=::8 26087 20870 0 0 ----------------------------------------------------------~----------------- ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** RAY COX MECHANICAL SAN DIEGO, CALIFORNIA DAVISON&FERGUSON 8/27/86 PAGE 8 *********************** TOTAL BUILDING LOAD SUMMARY ********************* BUILDING PEAKS IN JULY AT 5 PM LOAD DESCRIP QUANTITY UNITS ROOF 900 SQ.FT WALL 7·-· C. SQ.FT GLASS 504 SQ.FT -------- SKIN LOADS PEOPLE LIGHTING EQUIPMENT PPL-LGHT-EQUIP PARTITION INFL AIR VENT AIR PRE-TREATED AIR DRAW-THRU FAN LOADS BLOW-THRU FAN LOADS MCL SUPPLY SIDE COIL MCL RETURN SIDE COIL SUPPLY DUCT LOADS RETURN DUCT LOADS REHEAT RESERVE CAPACITY 1, 4-76 SQ.FT 7 2,700 WATTS 0 WATTS 585 SQ.FT 0 CFM 360 CFM 0 CFM LOADS LOADS ,,. TOTAL BUILDING SENSIBLE & LATENT LOADS OF BLD LOAD 5. 137'1- 1. 0801- 53.354¼ -------- 59.5711- 27.512'1- 0.8471- 0.000'1- 12.0701- 0.000¾ o. 0001- 0. (l(H),t. 0.0001- 0.0001- 0.0001- 0.0001- 0. 000,Y. 0.0001- 1 (l(l. 000'1- SENSIBLE BTU 2,268 477 23,557 ----------- 25,302 10,817 374 0 2,772 0 0 0 (l 0 0 (l 0 0 40,265 LATENT BTU 1,330 0 2,557 0 3,887 TOTAL PROJECT SUMMARY 1-OF BLD LOAD SENSIBLE BTU LATENT BTU TOTAL BUILDING OUTSIDE AIR VENT LOADS 12.070¾ 2, 77i?. 2,557 TOTAL BUILDING PRE-COOLED AIR LOADS 0.000¾ 0 0 TOTAL BUILDING OUTSIDE AIR INFL LOADS 0.000'1-0 0 TOTAL BUILDING ZONE LOADS 87.9301-37,493 1,330 TOTAL BUILDING PLENUM LOADS 0.000¾ 0 TOTAL BUILDING AIR HANDLING LOAD 0.000'1-0 ------------------------------TOTAL BUILDING SENSIBLE AND LATENT LOADS 100.000¾ 40,265 TOTAL BUILDING COOLING LOAD = 4Lt, 152 BTU/HR TOTAL CONDITIONED AIR SPACE = 9QO SQ.FT TOTAL BUILDING SUPPLY AIR CFM = 1, 70Lt CFM SUPPLY AIR CFM/SQ.FT. OF CONDITIONED SPACE SQ.FT OF CONDITIONED AIR SPACE PER TON TONNAGE PER SQ.FT OF CONDITIONED AIR SPACE TONNAGE REQUIRED WITH OUTSIDE AIR = 1.B936 CFM/SQ.FT = 244.6095 SQ.FT/TON = 0.0041 TONS/SQ.FT 3.68 TONS 3,887