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Home My WebLink About2382 FARADAY AVE; 130; CB880481; PermitII) z 0 ~ a: c( _, () l&I 0 C g[ O, I hereby affirm that I am licensed under u provisions of Chapter 9, (commencing with :· Section 7000) of Division 3 of the Business t-and Professions Code, and my license is In ~ full force and effect. ur a: l&I 0 ... 5 I l&I z ~ z 0 ~ II) z l&I a. ::E 0 (.J II) a: w :,,: a: 0 3: 1[ I hereby affirm that I am exempt lrom the Contrac-tor's License Law lor the following reason (Sec. 7031.5 Business and Professions Code: Any city or county which re· quires a perm1I to construct, alter, improve, demohsh, or repair·any structure, prior to ,ts issuance also requires the ap· plicant for such permit to file a• s,gned statement that he Is 11censed pursuant to the provisions of the Contractor's ucense Law (Chapter 9 commencing with Sectmn 7000 of 01v1s1on 3 of the Business and Professions Code) or that 1s ex-empt therefrom and the basis lor the alleged exemption Any vIolallon ol Section 7031.5 by an applicant lor a permit sub· Iects the applicant to a civil penalty of not more than five hun- dred dollars l$500). I I I, as owner of the property, or my employees with wages as their sole compensation, w,11 do the work, and the struc-ture Is not intended or oflered for sale (Sec. 7044, Business and Professions. Code: The Contractor's License Law does not apply to an owner of property who-builds or improves thereon and who does such work himselt or through his own employees, provided that suclnmprovements are not intend-ed or oflered tor sale If, however, the building or improve- ment is sold within one year of completion, the owner-builder will have the burden of proving that he did not build or im-prove for the purpose of sale). _ I I I, as owner of the property, am exclusively contracting with licensed contractors to construct the project (Sec 7044, Business and Professions Code: The Contractor's License Law does•not apply to an owner of property who builds or im-proves thereon, and who contracts for each projects with a riwractor(s) license_pursuant to the Contractor's License n As a,homeowner I am improving my home, and the-follow-ing conditions exist: 1 The work ,s being-performed prior to sale. 2 I have lived in my home for twelve months pnor to complelion of this work. 3. I have not claimed this exemption during the last three years. EJ I am exempt under Sec. _______ , B & P.C. for this reason ____________ _ D 1 hereby affirm that I have a certificate of consent to self-insure. or a certificate of Workers· Compensation In- surance. ora certtfted copy thereof (Sec. 3800. Labor Code} POLICY NO. COMPANY D Copy 1s filed with.the city D Certified copy is hereby furnished CERTIFICATE OF EXEMPTION FROM WORKERS' COMPENSATION INSURANCE (This section need not be completed if the permit is for one hundred dollars ($100) or less) D I certify that in the performance of the work for which this permit is issued, I shall not employ any person in any manner so as to become subJect to the Workers· Compen- sation Laws of California. NOTICE TO APPLICANT: If. after making this Certificate '?f l;xempt1on. you should become subject to the Workers· Compensation provisions of the Labor Code, you must forthwith comply,With sllch provisions or this permit shall be deemed revoked. D I hereby affirm that there is a construction lending agency for the performance of the work f_or which this per- mit is Issued {Sec. 3097, Civil Code) Lender's Name ____________ _ Lender's Address ____________ _ USE BALL POINT PEN ONLY & PRESS HARD APPLICANT TO FILL IN INFORMATION WITHIN SHADED AREA AND DECLARATIONS. CARLSBAD BUILDING DEPARTMENT APPLICATION & PERMIT 201\) Las·Palmas Dr., Carlsbad, CA 92009-1915 (619) 438-1161 JOB ADDRESS AV.ST.RO. THOMAS BROS NO. lor;E~\:~NI BUSINESS LICENSE # VALUATION PERMIT NUMBER '2-~ 'l '"1/"' +-IA. D---f~'-1 #" (?-I) . 2,5 qey---z.,,, ~go¥' LOT f,!LOCK I SUBOl VISION I AS5;;f'J!l~RCEL NO. &:> CONTRACTOR ·coNTRACTORS PHONE# ZONE t6 . -tJ6.::/-/, Ehl'_ kc:>// {1,,.fr"ch"» a, J.92-5S:5c> iJ:;·S_Na,ld/J/KeS?.~ I OWNER'S PHONE {?~,4,.---CONTRACTOR'S ADO RESS STATE LICENSE NO. BUILDING SQ. FOOTAGE 292~ r5so 733a £.,9; A,ee,,r £h-/, 5,7). 1/f/ 7S/ OWNER'S-MAILING ADDRESS 7330 i!5?CJi,vee/" led -5.e1~i «'~O /,4, DESIGNER -DESIGNER'S PHONE otv~,1 £,vvirc C,..~ ~.Jf}-42~3 OESCRIPTION~RK:,/ :Zm~ru&./~Ut.. .f.. -A~_,,, -DES!GNER-'S ADDRESS STATE LICENSE NO. Jt/-s_~ sf . 5/S? An~ c;vc.,;,,.,,,;,,, ~ n:~tc.--E:.-F/P FLRELEV. NO OCC GP EDU STORIES -~ ~-- vO NO --I CENSUS TRACT I PARKING SPACE RES UNITS I GRADING PERMIT ISSUED I REOEVE LOPMENT TYPE OCC LOAD FIRESPR 0007 06/01 0101 021:lldPmt 1252-01 1 AREA CONST YO ND vO NO vO NO Npt Valid Unless Machine Certified QTY. PLUMBING PERMIT· ISSUE 7~ QTY. MECHANICAL PERMIT -ISSUE /S~ SUMMARY/ACCOUNT NUMBER - EACH FIXTURE TRAP / I l~STALLFURN.DUCTSUPTOlOO~OOBTU "-'I .. -llUILUING PtRMI I UU1 ·81U·00·00·82~0 --z,,.J."'f - EACH BUILDING SEWER / OVER 100,000 BTU SIGN PERMIT 001·810·00·00·8221 _I EACH WATER HEATER ANDiOR \/,(NT BOILER1COMPRESSOR UP TO 3 HP PLAN CHECK 001 ·810·00·00-8891 I '4K - EACH GAS SYSTEM 1 TO 4 Clkl'f LETS 801.LERICOMPRESSOR 3-15 HP TOTAL PLUMBING 00 i ·810·00·00·8222 EACH GAS SYSTEM 5 o.;/40RE METAL FIR~PLACE ELECTRICAL 001·810·00·00·8223 ,,S-5 EACH INSTAL.. ALT.ill', flEPAIR WATER PIPE VE-NT FAN SINGLE DUCT MECHANICAL 001 ·810·00·00·8224 --z-.4-- EACH VACUwl"BREAKER MECH EXHAUST · HOOD/DUCTS MOBILEHOME 001·810·00·00-8225 WATER WTNER RELOCATION OF EA FU RNACE/HEA TE R SOLAR 001·810·00·00·8226 EACj;V!{OOF DRAIN (INSIDE) DRYER VENT STRONG-MOTION 880-519·92·33 ~ ./ TOH,L MECHANICAL FIRE SPRINKLERS 001-810-00-00·8227 TOT AL PLUMBING I ~-PUBLIC FACILITIES FEE 32d-810·00·00·87 40 BRIDGE FEE 360-810·00·00·87 40 -QTY. ELECTRICAL PERMIT· ISSUE s~o QTY. ~,,tff5'N~TUP PARK·IN·LIEU (AREA ) NEW CONST EA AMP'SW1 BK~ CAR PO~~'O • ~,~;,.... TIF 312·810·00·00-8835 . --1 PH , 3 Pf!,/ / lil"V .:::>O. --AWNl~G,_,"°' "'<!?..\ LA COSTA TIF 311·810·00-00·8835 EXIST BLDG EA AMP/SWT:liRR GAR!f! ~ ~s ~\ FMF -1 PH 3 PH It ~ "'-" _;55~ ;:j LICENSE TAX 001·810·00-00-8162 1//0 REMODE.L'ALHR · PER CIRCUIT \,: §§ ~J;§iJfi ... MFF 880·519·92·57 0, -TEMP PQ LE 200 AMPS \q ;:::cSij !DJ OVER 200 AMPS \"~ .. CSfi<.3 ~trl TEMP OCCUPANCY (30 DAYS) "-.'9~ .A'-'o/ ~es~re-&."'7..ttb':/ CREDIT DEPOSIT .t:.. I "' B" <J',# / TOTAL ELECTRICAL I ~~-TOTAL TOTAL FEES PAYABLE I /~tf,;/ qi) I HAVE CAREFULLY EXAMINED THE COMPLETED "APPLICATION AND PERMIT" AND DO HEREBY Expiration. Every permit issued by the Building Official under the prov1s1ons of this * AN OSHA PEAMIT IS REQUIRED FOR EXCAVATIONS OVER CERTIFY UNDER PENALTY OF PERJURY THAT ALL INFORMATION HEREON INCLUDING THE Code shall expire by limitation and become null and void If the building or work 5' O" DEEP ANO DEMOLITION OR CONSTRUCTION OF authorized by such permit Is not commenced w1th1n 180 days from the date of such DECLARATIONS ARE·TRUE AND CORRECT AND I FURTHER CERTIFY AND AGREE IF A PERMIT 15 permit, or ii the buildinff or work authortzed by such permit Is suspended or STRUCTURES OVER 3 STORIES IN-HEIGHT ' .,,,.,...,. ··'-ISSUED: TO COMPLY WITH ALL CITY. COUNlY AND STATE LAWS GOVERNING BUILDING CON-abandoned-at anv time a ter the work 1s commenced for a oenod of 180 davs. STRUCTION. WHETHER SPECIFIED HEREIN OR NOT. I ALSO AGREE TO SAVE INDEMNIFY AND APPLl9 ~-N~GNATURE lf. \ J l°WNER O CONTRACTO~· AP~~ ID¼/48 KEEP HARMLESS THE CITY OF CARLSBAD AGAINST ALL LIABILITIES. JUDGMENTS. COSTS AND EXPENSES WHICH MAY IN ANY WAY ACCRUE AGAINST SAID CITY IN CONSEQUENCE OF THE \ ~~ .._J\,. ,.A _,{ : ' BY PHONE 0 GRANTING OF THIS PERMIT. ~ u: >,, ~ 0 a. E Q) f- l "CJ 0 (.9 c en 0 a. a. <( I -"' C a: 0 Cl) Cl) Q) Cl) Cl) <( I s: .2. <ii >- Q) 0 C en C ii: s C Q) ~ (.9 0 u Q) a. Cl) C 2 .c 3 ,_,::•· i:YP~ - .. ·t I· 1; ,_QAT.E· · ;INSPE(?TOfi ·~,L-__ ,-, -, ·-~:;_----;;: • ~ -·· • ~ .. --.~. ,··; ,. : ·.,:·. : .. · ,f ·. .. BUILDING . !. . : .. ,. .. ~ : .? ... _ .. ·. , -· ,, . 1· -ff~ f$1 o~~r ~ ~-. '/"' :;~ -, ;~. ·;'. ,/ 1 ..::; . ~ . ... ,; ~-".,..' ; .. : ... :-...... ,. ,"' :· t '~ ,.,.. ' \ ·.·. ·r-, · ~---;, -t"'"-~·--~"~ ,,,_\ '!,._ -\, • -.lo, ..... _--1}}:":is~· ·ci- :-_: -~: ::··· ~ ~,,., . .,,-, • .,,, ..• ,~.,,,. ~ , •. .,~~ 'i' -~,~--.;·,··:,~~---~-·-,_-·' . _.,;: f.Q.!;.IN.QATION . :~· :, ~·. ; FIELO''iN_$P!=0'!'19N RE;QOR[) ... • T " •;,--~-> :, • •• > > • -> ' • •' ,• • < L 1 • • ~ ' ' e, • • ~ .:/. '. f~EINFrac~o $Tl;j:L .. , . L .. --~ ~-. ·. ~ :: '. '. ,, --~~_:. ~'E,dUIREQ $Piic'1AL .. IN$PECJ'!dNS- f· -: MASOf,fftY · .... _ .. .t:~.. . , · -: ·.:.'~;·~:·~ -.. . :: --_ ·. 1~k, -e ·; ··. · · -. , _ ~ ·_ ·:~ .. _ '"-, 'i ., ·-''N"'.'•'' "•." • • '• •' .. -.. ' 1· --,,'' ._ ' '' ., •• 'INSPEC'rlON ,. , • 'REG. If. .. ,6' --~:1.9.f:fj;,DATE . , ... , , ' -\ ~ .. • \ •' .t -. S3UNITE OR-'GRQIJJ: ., • ' . : ~ . . -. . . , . . . ' . •, . . :_ C_HE<:;KEq ~W.flA~V~L~ ..,,, ... ., . . . ' --~ \ 1• > ••• ' .• '. ·--~ ! -' .• ,~· ..... ~ • I _> _.. -.l~Sl;'EpfoR'S l'JOris .. ' .. ,_<·:' ~~~ -~~---~~' ~ '.~ -:i j. f ! · Sl:JB.)=_f{AM~.20· :FJ::,'.QQR: . :d C:t:fijl~~-·:·:·· .. . .. -,. . . .,:.; · .,,.--· ··,: SQIL$iG¢'MPLIANCE; .... . '/i? .. '.,, ""4~~-~-'. •.. -·.-~, - :-·Sl:iEATHiN'G· . ·t1 ROOF -d SHE.4:R · ~ //. . . Pf?!6R~TQ. •:. · . ·; _·_, J. ~€/ ';.'.-6-J .'$ ··--.... ~ , -J.. F ... RAM. ·e--· : .. ··: · ,-~l.Aif'K · ·.1/ · · + • ···· • • . : --·:. ..., .• ::.0::',, .. · \.$' ~ .. : , .... f. ' -• , .. : . ' ,J . dj !':'4/ r VV' '-/!';,,>-•, '-~ . ·-_ ~ ·_, ,-: ' ' : '~!-·. .-:-:. . ~~::.._,: 'i.> • .(r:f r---.... . 1: · · ·•· · · ... · · .. ' ... ·'• . . , • . ' ·. . -·FOUNBATION'lNSP · .,~--c · 'ttl ~-1 {' . .. . -. ,, · · , , T STRL/CHJRAI;. CONCRET;E f.s.,;;; ~ ,,>;, .c. -:.:,1, _,}. . . _ . • . . i EX-TER.19R LATH ; · .: ;.. 'OVER·2900:Ps1· :. ii ,t.~. ~-,:;, ;;_',,. 's . ...,f ;~_," ::· . . . . •• < ., .... ' f.} . -.. ·1 .. • •• ' -~. .,. , •. , .. . .. y --· , .. ;;. ,.N .. s· u· LA+ioN ·, .-: · -. ·· · PRE$T.REssrn •. ·. . -. ,-... , . ~ (:,·,J,, -~· --.,...;.,. . . . \ ...... :••. • • ,. • • 1 • ... : .:._ •• ·-· ; ·coNOREii'E., · . • • \~. cP "''"" ~~ , _. ...... . .... · ·· ·· .:.. L: . IN:i'.EFUQRt..A:tH &. DRVWALt. · : : lhi~ . 'f'.J.,~·-:··_·, '. ·..;~o:n·-T~N~;'[GNEo·-~--:> -· :_.~ ·~"-:,,,, .· · !S.;.,,'l -. . . . -. __ . } ~ ... . 1. .... ·-· .. ·;,-; ·:; ''CQNOBEJ'~ "\-,.· • . '. ·.:_· •• <J?: •:·.-. : , ~!?.'Ji:.( '. . • . ,-· . ' " ., .. -· ..;,.~. ' ; ~I ~ 'PLUM Si NG . J .. --· ~ .. · ....... · · .. · .. , FI.El,D: WELI)JN~G ._.:..,. :; · "~7 · · -· . _ . _ . · .. " '• ! {L ~-~~-E~ ~ND, B(/C() .. -~. [f_P¥PO.~: ,, : . : , , ·. .. ,., .. · ·,: :· ': ~-~~GtJ;~i:RE{N.~T~t' · ;. . ..... r,·o,., '·:.:·~. -;,,_;\,: _ .. ,. . . • . _ ~. .. ,..,__ •. \, -~ ·.-~; ~ ~' UNDERGROUND EJ WASTE· 'D WAJiER:. . --· · ' . . '. ··:· ~, .· .-,.,._.·--. ·-· . ,, .; ~ .• _ . "-·· . _ .. ·,· ......... ., ·· ·• '· · ·, · · · 'SPECIAL"MASONRY , '·,: , ·n I -Tbf'OilT 'Ei WASTE Q WATER ·. · .. -·< ·:•· ·· . · --' : --· · • -· · ·• · .··. • · ·• : : . ~ ~ ELECTRICAL ' ---.. , · ·, · -, ·,. ---, ·· ··· ,. · .. --·· -· · ·· · ~ --.. · ·.-· -~. ~~,,-; i '''oi:LEdTRiQ•UNDERGROtJf\J[). 6€1.JFF_l::R: ·-·:\·.·~:. :~11<.·.~·-:"-:.:~. ·--:· .. :·~.-~ --~ --~·;, .... _.;:-.: .·\:\->'i-·, • 1, ~ 0· . ROU,GH.El.:ECTRlC . .-. . : . · ,_: · · '.<~~ 117-·__./4-~'.,:..~ •.. ·. . .. \ · · ... ·>\: :,..: . · ,L. . . ·, · • · ··-..S.,,;...t,~:;:· --=_ __ · · _:tii(i;¢T_Fti¢,S!;RViq{ :1it~.Mf:>d~ARi:/' ' .. ·:: .. ? ,. ··. :,:·: ~: :.· ,, .... , ·--~.-~:7.,'. '' : ., -. . --' -·-<~;·; -:. . . , '. ·~~"-·· f .. ',. ,, ,:,, i' it ,. ~. j· t. f ,;. ~· j ~ f (- l· t " ~' ,,, f ·'• I, ... <!, '•• \' \~ ~"~1 . Q )3bNDING d·· POQL • -~ . . -. -~ ·:,.··I · -~ .. ' ' , :MECHANICAL''.':~; -. ---·--· __ , __ :.__ __ --'--, ... , -; ,· ... ~ tJJHJCT &'P~!=~.;· . Q·REF. f>_IPING . .. ' . ~ '• c .. :1;, ~ .... ~ ,. . "~ ;,_ .. ~ ,, ----J. ~-~:~.r~~-~ -·· I• ""'";""•"" _, .. ~;/~' .:':~·?·: i.,'°t,:·~ '.~·;:·{ __ t,b;t . -~ .::' · HEAT .:...Ai I'!' Colifo s¥STEMS ' v, · <' •;.;.; : "' :. " r.: ,: , · · , ~s:: ,_ ~ . · t . , I "': _ · ~,~ -_ :. . ,.. _ , ,-_. -:, , :_ -, . __ ·_ ..... -: . _ .~: n;~-~--~-,..,:-.~~\..~ _ _.-..~ 1 1 ~ e:·. ~ , __ -t:-t--. , f. ;...,\ :--. );-:-• ,,·::, ,.'~~.._~~..:~ )-~ _ I i,; ... , .. ~ i ... ttc_: "~:--~ . V.ENTILAJIN~SY.StEMS · . : . -'-· · .'~-. ~-~_.: :_ -·· . . ··"' ·· ·.; .. _ ". . . , . .. ·, -~. '. ~---· "1· · L ·~ .. -. ,. · ~-. · ··;-;, • ·~-."~ ·v-·:...,. 1~ ·)-~'"') "i.. ~·i.~'i.:",..*_~\_'..,._•-., • _"--···-·-,:.· .... ·,~: ... '!!..-,'--,•,,r'1 :,: -CA/ii FO#./'ifilfL ,~SPEi;°(/bf.l, Wl'fEN.PitL *PPiic;tM1Jr.-tE .,: · · · ' · ; .:• ~'. ">, '·~-· · -'( ·' · . : : · ., : · .. ~ · ' · · ; ::,-' · · ·~-' t · · · · · · , • :0·. ITEMS:ABOVE.HAVE.BEEN APPROVED. _ _. _·.;, · , _· -~---. .. · ·F1NAL, ,:_ ·• ~---; · /. ~ -,.,.-~.J ;~ .. \ :---~; r. s:: ; -~:_; ~ •:-i-: -.::.,i-',:_,. -~ ._.\:~-~-~ ~: .~ T -~f·-~:-·.::::,.,.;,+l·c· ·-· ~t~y ,_;_\,. >--;;~..:,_ I ....... , ..... \ ·"' .. ,. P.~Y~_$1NG, ___ : . _ .. ... J'. ---.-~, .. ,.. _ / ,._, .. , ·t·..:. :~ f/ :..· ~-\, ,: "_4-:"::\ ::>':-; "" ~:--t· -... :.~~--::.· -:::..~::_, ·-i:-.~~; ,...,. µ~ , I .EL!;CTR!CAI;, ! ·, -, ·-' ·. · '·' ·c ·., ·:_ v.,-,.::.\ · ·t~-.,Y M'·E·c·H-.A"N1·c· A't.··· ' ~ •.·· ,, ~~ ' \". . . ·:1 ,;-· , .. ,. . ,•. -.... '· ' ,-.:.)•;::; -~ . ~.:, ~ .... ~, .s-, -j "· J ;~:~'.:.. ..,, -~ I/Y.H'Yllt-'',"-!' ~,::-,~· .l. f_·">-_, -.·:---.a:.,....._ __ ~)\. ___ ~, , 'BUILDING· : ... , .. r~,--'----~--;,.,..,,,.-~-,--,.;.,...,..--,--~'---'--,,""'"' ~--~ SPECIAL C_ONtWt10.NS ( ..:. : ,. ,-·-·" ., --.. ~-. '.. . ~'e-'-'-,"'-,--~_:,..___:a~-...:.-_'_' __,_-_· _..:.,,......:.,,_:-,:-'"'---'~-+-:---,~;-;-:---'-'T.--:-~..,,....,-'-~ -----------------r~i--:<;_ ..... ~. r. _::_ _ _::_ ·-~ ... ,!' :-..... ,. ,,_~ •. .,. ' ; ~ ---~' \ , DEVELOPMENT PROCESSING SERVICES DIVISION 2075 LAS PALMAS DRIVE CARLSBAD, CA 92009-4859 (619) 438-1161 MISCELLANEOUS FEE RECEIPT Applicant Please Print And Fill In Shaded Area Only owNER . 1HE r,o1...i ... wMPANY O1TY tS,NJ C::H:00 z1p CJtll I TEL. -212--~o coNrnAcroR {:(ou... CoN'57t2Uc11or-.J CO, CONTRACTOR'S VALIDATION AREA ~tg-J~~s 1? ?0 E ~IN ~er? f:;2 ~ PLAN CHECK FEE 001 ·81 0-00-00-8821 --------'------......!f-___:__:__::...,_J IF THE APPLICANT TAKES NO ACTION : c1ry 0,L}N t?f f;;ho . ZIP <::1i. r , r STATE 4 c._ · LICENSE NO. 4 f -11'"7{. BUSINESS LICENSE NO. WITHIN 180 DAYS, PLAN CHECK FEES WILL BE FORFEITED. .168 .. {lO SUBDIVISION-----LOT(S)_L.or_· ..,... -~f_O_f-_-r~-----~------------- GA~l-66A/? f2~t;Jtt>f2C>r-f CWT bl<.. DESCRIPTION OF WORK D 2 STRUCTURAL CALCS D 2 SOILS REPORTS D 2 SELF ADDRESSED ENVELOPES DATE GIVEN/ SENT TO APPLICANT DATE coNTAcT PERSON CH/el 7Tf 6,t2-ofAIN IN& LA COSTA LETTER ADDRESS SCHOOL FEE FORM ZIP uft.(OB TEL. 43S-62D.3 P & E CORRECTIONS LIST 4-17-11 CERTIFICATE OF OCCUPANCY DATE White -File Yellow -Applicant Pink -Finance Gold -Assessor INSULATION CERTIFICATION This is to certify that insulation has been installed in confonnance with the current energy regulation, California Administrative Code, Title 25, State of California, in the building located at: SITE ADDRESS 2382 Faraday Avenue, Suite CEILINGS OWens/Corning Certain Teed Batts: Type Fiberglass Manufacturer Manville Blown: Type Manufacturer EXTERIOR WALLS Owens/Corning CertainTeed Type Fiberglass Manufacturer Manville FLOORS Type Manufacturer General Contractor By Title Schmid Insulation Contractors, Inc. #130, Carlsbad, CA 6!" 6 " Thickness 61" R-Value 2 Thickness R-Value 3½" 31" Thickness 4 II R-Value Thickness R-Value License #. Date License# 221517 C-2 .£J. . By_,Q~ i:)1 Title Vice President Date 19 11 FINAL BUILDING INSPECTION RECEIVED JUN 2 11988 PLAN CHECK NUMBER: DATE: PROJECT NAME:-------------------------------- 2302 FA;tAtll~Y AV~l'RH!1 5uitiJ 130 ADDRESS: --------------------------------- PROJECT NO.: TYPE OF UNIT: _______ UNIT NUMBER: _______ PHASE NO.: ______ _ C,ornm*f T. t .. ____________ NUMBER OF UNITS: C.'liltC-3SIWT"'1'~·~ ;;;,:~);~;;$r1rtt.1il~C< '}iEf.~ JOf,t1ls.i·: CONTACT PERSON: ______________________________ _ CONTACT TELEPHONE: ____ t_m_3_-_4_7_o_s_(P_D<_rJ_(i_r_} _________________ _ ~Ny~PE3/~ ... .....:; DATE b/2 ~ INSPECTED:~ J':r: APPROVED~ DISAPPROVED INSPECTED DATE BY: INSPECTED: APPROVED DISAPPROVED INSPECTED DATE BY: INSPECTED: APPROVED DISAPPROVED COMMENTS: --------------------------------- Rev. 1/86 WHITE: Suspense BLUE: Water District GREEN: Engineering CANARY: Utilities PINK: Planning GOLD: Fire ' (' '•' ~. :· ,' .. : Flf"AL BUILDING INSPECTION PLAN CHECK NUMBER: 33~31 DATE: )Ul:13 20, 1988 PROJECT NAME:-------------------------------- 2382 FARADAY AVENUE., Suite 130 ADDRESS: --------------------------------- PROJECT NO.: _______ UNIT NUMBER: _______ PHASE NO.: TYPE OF UNIT: Comm•! T.J. ____________ NUMBER OF UNITS: t..1IED30!1.Jli'.&~;{ X~1!iti¼:J01!~1~}!X tu1EL JORDAM CONTACT PERSON~·------------------------------- CONTACTTELEPHONE:. ____ 1._.~9_3_-_ll_7_0_S_(_p_o_9_o_r_) _________________ _ ~y~PECTED tac'~ DATE ,,/2#e APPROVED~ INSPECTED: DISAPPROVED INSPECTED DATE BY: INSPECTED: APPROVED DISAPPROVED • INSPECTED DATE , BY: INSPECTED: APPROVED DISAPPROVED COMMENTS: --------------------------------- Rev, 1/86 WHITE: Suspense BLUE: Water District GREEN: Engineering CANARY: Utilities PINK: Planning GOLD: Fire . ------- FINAL BUILDING INSPECTION :\_ ' .,,,,,._.,..: .. ~ PLAN CHECK NUMBER: 380481 DATE: June 20, 1988 PROJECT NAME:------------------------------ 2382 FARADAY AVEMUE, Suite 130 ADDRESS: -~-----------------~-------,------- PROJECT NO.: _______ UNIT NUMBER: _______ PHASE NO.: ______ _ TYPE OF UNIT: Comm'I T.I. ____________ NUMBER OF UNITS: CONTACT PERSON~· ___ t._J_t:ru:_-_}3_.@_~_·m_,_~U_l_X_X_~i_oo;_~_)_.1_~_~_f;i_)'"_5."X_}_{_f_·u1E_~_J __ J_O_. F_t_D_A_l'l _____ _ CONTACT TELEPHONE: ____ 4_9_3_-_47_o_s_(_p_a_g_e_r_) _________________ _ FIRE, BUILDING, PLANNING, EMGINEERlNG :AND WATER ·.I DATE INSPECTED 1' BY: INSPECTED: APPROVED DISAPPROVED INSPECTED DATE BY: INSPECTED: APPROVED DISAPPROVED 1 INSPECTED DATE BY: INSPECTED: APPROVED DISAPPROVED ,.J3osJa· ~eal_ Mu~1c1pa1 Water District JUN. 2 1 19ea COMMENTS: • Engmeermg Department . L . . } . 438-3367 i· \\ Rev. 1/86 WHITE: Suspense BLUE: Water District GREEN: Engineering CANARY: Utilities PINK: Planning GOLD: Fire }., f FINAL BUILDING INSPECTION .,;:.-.--~ PLAN CHECK NUMBER: DATE: PROJECT NAME: ---------------------------------- 2:JG2 FA~ADP1.V .,\v:sn U:.2, :iuiil'.:i HU> ADDRESS: ------------------------------------ PROJECT NO.: ________ UNIT NUMBER: ________ PHASE NO.: TYPE OF UNIT: Co, ,i::i'S T .. I .. _________ __,•c-.,,,.--NUMBER OF UNITS: ~"'Ni""" ~,,:.•"1r~~\,,.1 ~ •"'r<:';'.;;;··"''llf•::-w:H':\•'>IV"·" ,_·_.~ 1:-:t.-Jf_)(;'. 1'_. ,:, ',·l CONTACTPERSON~· ____ •. _,u:._~_~_;_J~-~-·~---~._~_,~_~_~~-~_~•_•_,._:,,.._,~_..;..:_~_,~_1•_·•_•~ __ .~_, ____ ._,_«_• ______ _ ·, i}:;3-1nos\.( p::,8::ii" J CO~TACTTELEPHONE: _______ ~'~'------------------------ } l'!fi! ~PPROVED ~-/~ ·:> INSPECTED ~~TiECT-t: BY: DISAPPROVED INSPECTED DATE I\ .,_ BY: INSPECTED: APPROVED DISAPPROVED <l.\ INSPECTED DATE BY: INSPECTED: APPROVED DISAPPROVED COMMENTS: --,----------------------------------- \ ,~. "" WRITE, s"'''"'' BLUE, w,,., Dist""' GREEN, Eogl""""' CANARY, Utllltles PINK, Plaoolog GOLD, Flra ESGIL CORPORATION , 9320 CHESAPEAKE DR., SUITE 208 {:3Jb~ ~C. O SAN DIEGO, CA 92123 ~ 1" \.08 \ \ g '?; (6 I 9) 560-I 468 O 12. \ c_ . ~<:.,' D· 4 'i DATE: 51 IO l86 QAPPLICANT JURISDICTION: C~-s,~ RISDICTIO : PLAN CHECKER PLAN CHECK NO: C OFILE COPY __ B~s:.....-_o_-4---'--"~=---\ ------=-s=-ET=...;:;,._.;;_r___.__~:;;_J\l.....{:v._v_~'ajo ups PROJECT ADDRESS: --Z ";? B "G. 5=,-,'2...-A J) "~ ODESIGNER PROJECT NAME: Su \:t:E: \ ~o D D 0 D The plans transmitted herewith have been corrected where necessary and substantially comply with the jurisdiction's building codes. The plans transmitted herewith will substantially comply with the jurisdiction's building codes when minor deficien- cies identified _____________ are resolved and checked by building department staff. The plans transmitted herewith have significant deficiencies identified on the enclosed check list and should be corrected and resubmitted for a complete recheck. The check list transmitted herewith is for your information. The plans are being held at Esgil Corp. until corrected plans are submitted for recheck. The applicant's copy of the check list is enclosed for the jurisdiction to return to the applicant contact person. O The applicant's copy of the. check list has been sent to: ~ Esgil staff did not advise the applicant contact person that plan check has been completed. O Esgil staff did advise applicant that the plan check has been completed. Person contacted: ------------ Date contacted: ---------Telephone# _______ _ RE MARKS: --------------------------- By =·~ VVl G l LS l+1 fh.J. Enclosures:_(v='-~_f-1'V__;;_~S::;_ ____ _ ESGIL CORPORATION • ESGIL CORPORATION 'Psc.'D· ~1'- 9320 CHESAPEAKE DR., St.'ITE 208 4\ (q \88 SAN DIEGO, CA 92123 (6J9) 56CH4-68 ---------- DATE: f/w{BB JURISDICTION: PLAN CHECK NO: «-i -0481 SET: r PROJECT ADDRESS: '28f32 n~rZ".1:QB::::( PROJECT NAME: ____ ~ __ ,~1~E==-_l~~=-O=-------- D D 0 The plans transmitted herewith have been corrected where necessary and substantially comply with the .jurisdiction's building codes. The plans transmitted herewith will substantially comply with the jurisdiction's building codes when minor deficien- cies identified..,._ _________ ...,,...,,,__ __ are resolved and checked by building department staff. The plans transmitted herewith have significant deficiencies identified on the enclosed check list and should be corrected and resubmitted for a complete recheck. ~ The check list transmitted herewith is for your information. ~ The plans are being held at Esgil Corp. until corrected plans are submitted for recheck. D The applicant's copy of the check list is enclosed for the jurisdiction to return to the applicant contact person. ~ The applicant's copy of-the check ~ist has been sent to: C\+Q.\%,.1) ~Y<.ou_JNt\Vk 5\S'Z f\:\J~jQA. lS\-..l.G1v~~su~-rtZ'B, C,~u; t?.!4:0 ~ CA 9>2 \ o B ·fftj Esgil staff did not advise the applicant contact person that plan check has been completed. O Esgil staff did advise applicant that the plan check has been completed. Person contacted: ___________ _ Dat: contacted: _________ Telephone# _______ _ REMARKS: -------------------------- By:~(M G1t-6\-+1 ~,J ESGIL CORPORATION Enclosures :(Ct.p1ze, L, ,s.,.- PL/Ji raECX l«). =--~-----____ 0 ___ 4-t,'3............_l _-_-r __ .JDRISDICIION: _______________ _ ro: C \--1.12..\ S ,, '3 204,) N t ~ (,z 6l5Z A-vEN I VA-G1JG, lV14-SJ~u'lre 'B, G)4:V2..l..&3 8:Q 1 C'4, ~ Z ) 6 8 OCCIJPABCY:. ____________ ~..,._ __ _ BDlLDDG USE:, __________ .,,._,,...J_' ___ _ /~' /'7 ffPE OF CONSTRIJCIIO!f:, ___ .. A..,,_ ... -«-------- ACIOAL AREA:, ___ k"'"""~-,'----- AU.OilABLE AREA:. __ ~~a ____ _ OCCllPAia: LCW>:. ______________ _ REMARJCS: __________________ _ Date plans recehed by jurisdiction: Date plans received by Esgil Corporation: Date initial plan check completed: _4-+-=lw---t_B_B=--__ By:__,_;~-=---l 11'\1'\. ____ _ Applicant contact person: _C_t+ __ r_L_\ s_:-r_, ___ Tel. 4-:o~0'2.03 Plan check is limited to technical requirements contained in the Uniform Building Code, Uniform Plumbing Code, Uniform Mechanical Code, National Electrical Code and state laws regulating energy conservation, noise attenuation and access for the handicapped. The plan check is based on regulations enforced by the Building Inspection Department. You may have other corrections based on laws and ordinances enforced by the Planning Department, Engineering Department or other departments. Code sections cited are based on the 1985 UBC. The circled items listed need clarifica~ion, modification or change. All items must be satisfied before the plans will be in conformance with the cited codes and regulations. Per Sec. 303(c), 1985 Uniform Building Code, the approval of the plans does not permit the violation of any state, county or city law. To speed up the recheck process, note on this list (or a copy) where each correction item has been addressed, i.e., plan sheet, specification, etc. Be sure to enclose the marked up list when you submit the revised plans. I JU.J::E: PAGE IDml!RS AR! JUJ: Ill Sl!QUl!2l(.Z AS PAGES BAVDIG JI> IDMS JIDDI:M;-wkkiCll--~--W:a!--::3-,r,:m __ .__· _ ... ..., __ ) US? NO. 90, TENANT IMPROVEMEN? WimouT SPECIFIC ENERGY ZONE DAXA OR POLICY SUPPLF.MENTS, 1985 UBC Please make all corrections on the origin.al t.:acings and submit two new sets of prints, and any origin.al pla.'1 sets that may ha\'e been retu...-ned to you by the juriscict:ion, to: Esgil Corporation, 9320 Chesapeake Drive, Suite ~208, San Diego, CA 92123, (619) 560-11.68. Q) Please make all corrections on the original tracings and submit two new sets of prints, and any original plan sets that may have been returned to you by the jurisdiction, to: / I . ;I.' I ( I I I- The jurisdiction's building department. Indicate on the Title Sheet of the plans, the name of the legal owner and name of person responsible for the preparation of the plans. Section 302(a)7. F.ach sheet of the plans must be signed by the person responsible for their preparation, even though there are no structural changes. Business and Professions Code. Plans and calculations shall be signed by the california state licensed engineer or architect where there are structural changes to existing buildings or structural additions. Please include the california license number, seal, date of license expiration and date plans are signed. Business and Professions Code. Provide the correct address and suite number of tenant space on the plans. Section 302. Provide a note on the site plan indicating the previous use of the tenant space or building being remodeled. Section 302. When the character of the occupancy or use changes within a building, the building must be made to comply with current Building Code requirements for the new occupancy. Please provide complete details to show the building with comply. Section 502. UBC Section 304 requires the Building Official to determine the total value of all construction work proposed under this permit. The value shall include all finish work, painting, roofing, electrical, plumbing, heating, air conditioning, elevator, fire extinguishing systems and any other permanent equipment. Please provide a signed copy of the designer's or contractor's construction cost estimate of all work proposed. Provide a plot plan showing the distance from the building to the property lines and the location of tenant space (or remodel) within the building. 1/6/88 I I '/ I I I· / On the first sheet of the plans indicate: Type of construction of the existing building, present and proposed occupancy c;assificatior.s of the remodel a:-ea and the occupant load of the remodel areas and the floor where the tenant improvement is located. ProYide a statement on the Title Sheet of the plans that this -project shall comply with Iitle 24 and 1985 UBC, UMC and UPC and 1987 NEC. Provide a fully dimensioned floor plan showing the size and use of all rooms or areas ,dthin the space being improved or altered. Draw the plans to scale and indicate the scale on the plan. Indicate the use of all spaces adjacent to the area being remodeled or improved. Show MY existing fire rated area separation walls, occupancy separation walls, demising walls, shafts or rated corridors. Identify and provide construction details for proposed new fire rated walls • Specify on the plans the fire ratings of assemblies to protect proposed openings in existing or new fire walls. Identify existing walls to be removed, existing walls to remain and proposed new walls. Identify bearing walls, non-bearing walls, and shear walls. Provide a section view of all new interior partitions. Show: (a) Type, size and spacing of studs. Indicate gauge for metal studs. Specify manufacturer and approval number or indicate 11to be ICBO approved". (b) Method of attaching top and bottom plates to structure. (NOTE: Top of partition must be secured to roof or floor framing, unless suspended ceiling has been designed for partition lateral load). (c) Wall sheathing material and details of attachment (size and spacing of fasteners). (d) Show height of partition and suspended ceiling, and height from floor to roof framing or floor framing. 2 I· I Show rated corridors, lobbies, reception or fo)ters cross-hatched on the floor plans, 'Iotal a:-ea of al 1 openings, except doors, in any portion of an interior corridor, shall not exceed 25 percent of the area of the corridor ~all of the room which it is separating from t.~e corridor. Such openings shall be protected by fixed, approved 1/4 inch thick ~ired glass installed in steel frames. Section 3305{h). Provide a complete architectural section of the corridor, or exterior exit balcony, showing all fire-resistive materials and details of construction for all floors, walls, ceiling and all penetrations. Section 3305(g). Show the location of fire dampers. Provide fire dampers at duct penetrations of fire- rated occupancy and area separations, shafts and corridor walls and ceilings. Section 4306(j). ~ If building exceeds two stories, show corridor /' • is separated from elevator shaft. Sections 3304(g)(h) and 1706(a)(b). {See I.C.B.O. interpretation). / Provide evidence of Heal th Department approval 7· (for restaurants or for tenants using X-ray equipment). ELEc:llUCAL i6/ Submit plan showing location of all panels. /,/._Submit panels schedules. ~/. Submit electrical load calculations j Indicate existing service size. ½.· ::::::: ::s::t:::~a::~d. /fl· Indicate wiring method. I'-Show exit signs on the electrical lighting plan. Note: Power for exit lights and emergency lighting must conform to the 1985 UBC Sections 3313 and 3314. d._ Provide receptacle(s) within 251 of -the roof /A·: mounted A/C units. UMC Section 509. ?.Provide multiple switch lighting controls per CAC, Title 24, 2-5319. Provide an electrical plan for the alarm system showing compliance with criteria described under earlier correction number 49. 2 2/88 /2· all rooms Provide mechanical ventilation in capable of supplying a minil:r.l!D of 5 per minute of outside air ·'ldth circulation of not less than 15 cubic cubic feet a total feet per and 705, minute per occupant. Section 605 UBC. 7)'( Provide mechanical plans showing existing and (' proposed HVAC equipment, ducts and access to equipment, 11 Detail access and working clearances to H\'AC / equipment. /. Cooling coils or cooling units located in attic or furred space, where damage may result from condensate overflow, shall be provided with an additional water tight pan of corrosion resistant material to catch overflow if primary condensate drain becomes clogged. Section 1205, UMC. / One-hour corridors shall not be used as an integral part of a duct system. This includes the space above a dropped ceiling within the one-hour corridor. UMC Section 706{b). PUMBIJ«; I Provide gas line plans and calculations, showing pipe lengths and gas demands. UPC Section 1219. I Provide drain, waste and vent plans. Provide water line sizing calculations. UPC Section 1009. Detail how floor drain trap seal is to be maintained. UPC Section 707 (floor drain trap priming). Provide comple e ene gn calculations, including all existing design and new energy design for this building. See attached non- residential energy design checklist. For remodels in an existing conditioned space, show that the remodeled space will use not more energy than the existing space or show the remodeled space will conform to latest energy design standards. s Please see additional that follow. corrections or remarks Die jurisdiction has contracted ~ith Esgil Corporation located at 9320 Chesapeake Drive, Suite 208, San Diego, California 92123; telephone number of 619/560-1468, to perform the plan check for your project. If you have any questions regarding these plan check items, please contact. __________ _ :JIM at Esgil Corporation Dlank you. Enclosur:.-~ ~~ 1. __ ____::::::::=:::::::::::=:::::::::==~---2. ____________________ _ 3 •. ____________________ _ 2 2 88 6 ST.4.TE OF CALIFORNIA-THE R:SOURCES ACENCY CEORC.E 01:US::MEJIAN, Gc,,...mo, CALIFORNIA ENERGY COMMISSION 15 l 6 NINTH STREET CRAMENTO, CA ~5814 NOTICE TO BUILDING OFFICIALS DETERMINATION OF NONRESIDENTIAL BUILDING ENERGY EFFICIENCY STANDARDS IN EFFECT FOR FIRST TENANT IMPROVEMENTS Based upon the recommendations to the California Energy Co11111ission from the New Building Energy Efficiency Standards Implementation Advisory Group and the CALBO Advisory Committee, the following clarification applies regarding which set of standards are in effect for first tenant improvements in non- residential buildings: If forms 1,2, and 3 or equivalent energy documentation was submitted prior to January 1, 1987, · pursuant to a structural permit for a conditioned use, the standards in effec~ at the time of the documentation submittal apply to the first tenant improvements until the space is fully occupied. The California Energy Commission staff considers an energy performance or budget approach as "equivalent energy documentation" as that term is used above. Note that new nonresidential standards were adopted in January 1984, and became effective in October 1985. These standards included the adoption of a new set of Mandatory Features (Sections 2-5311 to 2-5319) which became mandatory on the October 1985, effective date. Also, new standards for office buildings (Sections 2-5341 to 2-5343) went into effect on that date and were one compliance option from October 1985 to January 1987 when they became the only applicable standards for office buildings. BTM878/i Mailed to lists 50, 52, 55, 417, 418, 408, and 409. SHELL 3t:!LDING FOREWORD If a~y ?art of t~e energy design for the shell building had previously been approved under the First Generation Non- residential Standards, the rest of the energy design can be completed for each of the first tenants under the standard design originally used for the shell building, as long as copies of the original approved energy design are provided and the new design follows the original approved design. Provide all new, and existing, energy designs subject ~ to this building and this project. c~~~~J B[3\~1 J Complete the Certificate of Compliance (CF-1} (See attached "Guideline for Completing Form CF-1 when First Generation Nonresidential Standards are used"). ?v2ovr0\S epr?...MS ( 1 rz_ ~ ~ -ro '"DOC:"1M~"T 1/88 I I G'J!)-=-L:::~,:s FO?. CO!-~?L:STING FOR."1 CF-1 K?.:SN FI.!\ST GE~~?...'t\7:v!x NO~ -f'~--s nf":">,rf! 1:r1.-S '!.I.~)h?.D S :Z..?..E ·, . ." S :SD • FO~~\~,:-,~:; ihe vah:es for the Certificate of Compl iar,ce, form CF-1, for first generation nonresi~e~tlal buildings may be readily ~etermined from infor~2tion on comµl~ar.:e fcrrr.s for these stancards, and is_quite sim?1e_for ar.t~ne fa~i1iar with bas),.: iiHL transfer and simple HVAC des1gn for bui1d1ngs. 1ncse not having this basic understanding should avoid responsibi1ity for energy compliance documentation. In some cases it may be beneficial to use the new forms CF-2, CF-3, CF-4, & CF-5 as worksheets to ca1cu1ate the values for entry onto CF-1. · The CF-1 is not necessarily a summary of compliance information for the bui1ding although it may also serve such a purpose. The CF-1 ll the set of requirements imposed on all futur~ alterations until compliance is redemons- trated for the building as a whole.or until an entirely new set of regu- lations supersedes the CF-1. The new standards are in effect standards for whole buildings that allow tradeoffs in various aspects of building design. for example, the designer may convince the building owner or her/his agent to build an all glass daylight-designed envelope which requires daylighting controls on all lights. All future tenants would be required to install daylighting controls on all lights as specified in a CF-1 unless the whole · building was shown to. comply with the standards. Because of this use of the CF-1, the proposed entries are the same as the required entries for first generation applications, since what has been designed and proposed will be what is required for· alterations.-· CORRECTIONS· (CIRCLED NUMBERS INDICATE ITEMS NEEDING CORRECTION, Line 5 . The Rt values for roofs (incl. roof/ceilings}, floors (incl. •soffitsn), and walls may be readily determined from either CF-2 or FQrm 2 for the first generation standards. When using form 2, the area weighted Rt value is found by taking entry 19 divided by entry 20 of form 2. Line 7 The floor Rt value may be calculated from the entries on Form 2. In fact, the floor Rt is equal to entry 44 djvided by entry 45 on Form 2 or the inverse ·of Uof· Line 9 Similarly the wall Rt may be found from the data used to calculate the entries 1. and 2. of Form 2. The wall areas may be taken from Form 2 and the product of the wall areas and their U values (also entered on form 2) should be summed. The sum of the U values times the corresponding wall areas should be divided into the sum df the same wall areas to yield tha wall Rt. For the CF-1 only the opaque wall areas should be intluded in the totals and the HCF factor use'1 in Form 2 is not used. I /88 I Li r:e : o The heat ca~acity for tte opaque wa11s c~n be de~~rm1~ed frorn_:~e ~al1 ~e~ght per ~Qi.:are foot of area gh·en on F.crm 3 ror the f1rs1. generat·.:,:1 nonres1der.- tia1 sta~cards and Tabie 3-5 on page 3-11 of the EEM (publ~cat~cn ;P~00-86- 010). Or Table 3-5 may be used directly. lt may be necessary to calculate an area-weighted average heat capacity. If so, it is advised that the applicant document this calculation using the format of the new CF-2 form to organize this calculation. Optionally the applicant may list the heat capacities and wall areas separately and include them as an integral part of the CF-1. Line 12 The exterior wall area entry for CF-1 is the same as entry no. 7\'\ on Form 2 1--1 for the first generation standards. ,~t...L-Fot},~ -s, i,es ,,,-z.e ~'t"t..~' o~ I S\\VC.S f,--0 .j-A<:..!=lV'i 'T'b NOU •CO"VC, Line 13 -S~A-""A Total glazing area is the same as entry no. 5 on Form 2. t'i-z.oi,)\Oe: 'Sta:..l:1oN . -r't+rZ.tJ WBS--r' \..V"'ft-t.t.-\ ,Q • ~"-~2..> YI)~ L foe 14 & 1 ii JSv ,_.~ o V, The pr~osed {and~equired) percent is calculated as indicated on the CF-1 form •. C £\E\.),e-u J Line 15 • The average shading coefficient is the area-weighted shading coefficient for all glazing in walls. This value may be determined from the part of the data used to calculate entry 15 on Form 2. Again it would be more useful to transfer this data to the section called Glazing in Walls on page 2 of CF-2 to calculate the area-weighted averages if you are unfamiliar with such calculations. See the instructions regarding CF-2 for more details. Line 16 For first generation standardsi the allowed equals the proposed as long as -compliance is met for the Uoverall and OTTV calculations on Form 2 •. line 17 Determine the areas of the west-facing (±45 degrees) walls and windows from both the plans and Form 2. Enter the sum of these areas on ine 17. Line 18 Enter the total west-facing glazing area on Line 18. Line 19 Divide line 18 by line 17 and muliply times 100 and enter on line 19. line 20 Calculate the area-weighted shading coefficient for the west-facing glazing using form CF-2 if necessary. Enter this value on Line 20. Line 21 If your OTTV meets the requirements of the regulations~ enter the proposed west glazing percent from Line 19 onto Line 21. I /88 -.~' ' 1~· I L ir.es 22 :o 29 DocJ~e~t :~e areas of skylights used in tr.e pro{ect. senerat~on stan~ards the proposed areas• the a1lcwed require~e~ts cf the Uoverall and OTTV li~its are met. Again for the first areas so long as the Line 30 . Enter the total of the column called Design Watts from all Form S pages on Line 30. Note that. the first generation standards have no credits for special lighting controls. Line 31 Enter the total of the column ca11ed A11otted Watts from all Form 5 pages on Line 31. Line 32 . You may enter N/A for not applicable or you may select one of the HVAC sets for the appropriate climate zone for offices. Line 33 Calculate the total wattage of all ventilation fans used to move ventilation air at design cooling conditions for the space. Enter this value as Line 33. You may use any information or defaults established for the second generation. standards. Likewise the use of CF·4 ind its instructions may assist your calculations, although you are not required to submit it. Line 34 Enter the entry on Line 33. Line 35 You may either calculate the CPI or you may enter the installed cooling capacity and EER of the cooling equipment instead. If you enter the in- stalled capacity of equipment and the EER, so indicate. Please note that this becomes a maximum capacity for the space in question and a minimum EER for that space for all future alterations. Line 36 · Either re-enter the CPI calculated for Line 35 or use this line to enter the minimum EER to.be.installed that complies with the regulations. · · 2~ Line 37 /. Similar to Lines 35 & 36 you may either calculate the HPI based on your equipment, choose a reasonable HPI from the second generation ACPs, or enter the maximum heating capacity and minimum efficiency for the heating equipment for the space. If the latter choice is. entered you need to indicate the -JJ,, units for capacity and efficiency measure if applicable and the particular i) n · measure of efficiency used (steady state, COP, ACOP_, AFUE, etc.). ?,,/ Line 38 7· Either re-enter the value for HPI on line 37 or enter the minimum efficiency to be installed and allowed for all future alterations. 1/88 Jurisdiction(Aa.LSBA:Q Prepared by1 ~VV\ VALUAT!ON AND ?U.N CHECK ---r .c..t. o Elcg. Dept. D _Esgil ?LAN CHECK NO, i~-04-8 l·.I: ~ :auILDING ADDRESS z.35-z ~Y-1-0?9:::1 , I ~o AP?L!CANT/CONTACT Cl-hZ\5.--r-\ PHbNE NO. 4-39QZ0o BUILDING OCCUPANCY 6:::Z (f-1 ,) DESIGNER PHONE ------TYPE OF CONSTRUCTION \J-\ t-f-rZ • CONTRACTOR PHONE ----- BUILDING PORTION BUILDING AREA VALUATION VALUE MULTIPLIER rp 0~.,,I. l4-o5 I (P ,JI \ e:,. SD -:i:s Cf er z. - I I . Air Condi tionine: Commercial . @ Residential ta Res. or Comm. Fire S'Orinklers @ Total Value i'5;<219Z Building Permit fee $ __ ~ __ 5_g_·_,_5 __ 0 _________ __.$!--_____ _ Plan Check r ee s I (o 6 • 0 3 $ ---'"------------------____::~------ c OM ME: N TS._:-------------------------- SHEET· __ OF __ 12/87 2560 ORION WAY CARLSBAD, CA 92008 . ,, Qtitp of <learlibab FIRE DEPARTMENT PAGE 1 OF_, I TELEPHONE (619) 931-2121 APPROVED ~ DISAPPROVED PLAN CH ECK REPORT PLAN CHECK# , ·i' (2 C2o '--I (,,_"JI --s._} 01')-(_, -;)LI .)fv,c· ,1 "-I 000 6 (" . I __ ,-.;_ <'.-,--:: I ? 2 '? 0 ? ~ A f-A . j\ --PROJECT 1' ..;,Jc: JOADDRESS -_,;::, 0(:..-Ir--, ~-·,-,.u, ,"j ··sTE I .::,r·1 I ARCHITECTO,uE /LL t:."'JJIJ, R () co{?___;;J ADDRESS (-'/\J2.LS."i<-A0 PHONE LJ3B -o/a~ OWNER '71.-1 ~ K-nl ( rf) y,1, ,1J /I cu '-I ADDRESS 5b, 1 J\ aa!.;u PHONE 202-~"":$$-0 ---7 --V ' I OCCUPANCY DL CONST.< l hie_ TOTAL SQ. FT. / l\ 0S.-STORIES T1-1A._f:-t J1· SPRINKLERED 1TENANT IMP. _..,__\ S=;t __ -_,_t-=L""", )....,t--'-)_fl_=------------------- __ 1. __ 2. __ 3. y 4. __ 5_ APPROVAL OF PLANS IS PREDICATED ON CONFORMING TO THE FOLLOWING CONDITIONS AND/OR MAKING THE FOLLOWING CORRECTIONS: PLANS, SPECIFICATIONS, AND PERMITS Provide one copy of: floor plan(s); site plan; sheets ___________________ _ Provide two site plans showing the location of all existing fire hydrants within 200 feet of the project. Provide specifications for the following: Permits are required for the installation of all fire protection systems (s~stand pipes, dry chemical, halon, CO2, alarms, hydrants). Plan must be approved by the fire department prior to installation. The business owner shall complete a building. information letter and return it to the fire department. FIRE PROTECTION SYSTEMS AND EQUIPMENT ·...j_ 6. The following fire protection systems are required: _ 1 ~1 "ltJ·Automatic fire sprinklers (Design Criteria: L 1Q h I 1-\A?, A. t' t'\ Yt:. ,z Ut/11· f "?.. b Dry Chemical, Halon, CO2 (Location: _____ 1 -----'------~--------- 0 Stand Pipes (Type: -----,-,-,---.,,.--=-----------------------'-' D Fire Alarm (Type/Location: ___________________________ _ _ r-_ 7. Fjre Extinguisher Requirements: 1 ,. . _ _'f?;I One 2.A rated ABC extinguisher for each ef_DO sq. ft. or porti9n thereof with a travel dist~nce to the nearest / extinguisher not to exceed 75 feet of travel. __ a. \/._ 9. V_ 10. I __ 11. \ ';-'--12. __ 13. __ 14. D An extinguisher with a minimum rating of ___ to be located: D Other: __________________________________ _ Additional fire hydrant(s) shall be provided----------------------- EXITS Exit doors shall be openable from the inside without the use of a key or any special knowledge or effort. A sign stating, " This door to remain unlocked during business hours" shall be placed above jhe main exit and doors IA Jl,.., ,::.--, L1r 11.. 1 ~ 1 t._,/...,, /<.,, 111 r/1 r . .,, ~t...., '--rl l',;E_ VE/ii) r3, ,{ ?::; ' ... --. . -· / ' , ~ . EXIT signs (6" x ¾" letters) shall be placed over all required exi:ts and directional signs located as necessary to clearly indicate the location of exit doors. GENERAL Storage, dispensing or use of any flamml;lble or combustible liquids, flammable liquids, flammable gases and hazardous chemicals shall comply with Uniform Fire Code. Building(s) not approved for high piled combustible stock. Storage in closely packed piles shall not exceed 15 feet in height, 12 feet on pallets or in racks and 6 feet for tires, plastics and some flammable liquids. If high stock pil- ing is to be done, comply with Uniform Fire Code, Article 81. Additional Requirements. ----------------------------- __ 15. Comply with regulations on attached sheet(s) . . ) _,,.JI __ ,, Plan Examineri.._~ { / fa~~ L1;',.,1 1 c. Date / L e,: / L /(, I I ··- Report mailed to architect ___ Met with ___________ , __ _ __ Attach to Plans J Certificate of Compliance (Part 1 of 2) 1000 't~ l,IJ~ P-r 4 :r1.. tr 5'-Y-e:-. /:e, a P roi oct Tit!. ONE I (, L G/1//// (2.,(3 C-'i('/a,p Profoc:t Archit&ctfE09~ · Bui!d09 Permit Number ? j (?2-~ 4-(UJ Orff- Proi oct L= IX><l Cq-t2tcs13.qv Plon Checl<.&d By .~(i,g Date 4 · Prescriptive Approach/Performance Approach Strategy O' ~ I C-f N 4-t, P '€ te, /J'-i Ir i r t(t-5 ?.-1./ PR< cl /l.. ~ 'j-c) ":S/.J.,,../ t 1qJ7 1 CECOccupar,cyType .< •.•••. •' •• t?Ft=!Cli 2 UBC Occupancy Group/Dlvision ••••• /3--7, 3 P ~ Se!ect&<l • • • • , , • • • • • /V / A 4 Grou Coodtioood Floor Area • • • • • • / YO? tt2 Roof m Aoors 5 P~ Rool/Ce-ili09 Rt (CF-2, CF-3) •• Af /!J; hr-F-ft2/8tu 6 · R-equroo Roof/Ceiling Rt (CF-2) • • • • • d/.4 hr-F-tt2/Btu 7 Pl'OjX)$-OO Exlerk:< F1oo< Rt (CF-2, CF-3) • • /IJ/fl _ hr-F-rt2/Btu 8 Requrad Extarior Floor Rt (CF-2) ••• , • N{A hr-F-ft2/Btu Wafr. 9 PfOP0$8<l Opaqoe WIA At (CF-2. CF-3) • • Q'.?.-_lf · hr-F-ft2/Btu. 10 Wa/.1 He,at (A.pacity (CF-3} • , • , • , , ·-~ Btu/F-rt2 11 R9q(.lt'9d Opaq;e Wal Rt (CF-2} • • • • , /1(/A hr-F-ft2/Btu. Gla.rlng In Wall• 12 E~ Wall Aroa (CF-2) • , • • • • • • Y:J. G ft2 13 Totllll Gta.zi09 Area (CF-2} ••••• , , • c.."70 tt2 14 P~ Total Percent (Line 13 / l.x111 12) • (;°2 o/e 15 ·A~Tot:alSC(CF-2) •• , ••••• £.%1_ 16 Alowed Total Glarin<;1 Perce-nt •••••• ~ % 17 W~tExteriorWaXAroa(CF-2),. , , • ·i· tt2 18 WM! Glui09 Artla (CF-2) ••• , • , • , tt2 19 Propos.ed Wttt P~t (CF-2} • • • • • • % 20 A~ West SC (CF-2) • • • • • • • , . . 21' Al~ WHt ~ Per-coot • • • • • • -=---% Gla:tlng In Roof (CF~ Propos.ed All~ 22 Skyigit 1 • • • • • • • • • /1/V-l-/V {A-tt2 23 Sl<yi<jit2 ••••••••• ~~-* tt2 24 Skylight 3 • • • • • • • • • ---1---tt2 25 Skyiglt A • • • • • : • • • --+--tt2 2S Sky!i<jlt 5 • • • • • • • • ~ ft2 27 ~tlS,....... tt2 213 Sky!i<jlt 7 • • • • • __ 1_ . . tt2 29 Skyight 6 • • • • • • • • I tt2 30 P~.Aqusted LPD (CF-5) • • • . • • Wa1131f12 Ughtlng ~ ·31 AXowed LPD (CF-5} •••••• ·• • • • • WatWft2 HVAC . 32 Perlocmance ~ Selected •••• , •••• ,v/ q. 33 P~ Fan WattaQe Index (CF...() • • • W11.r:wtt2 3"' AXowe<l Foo Wattac;ie index ••••••• ____ Watts11t2 35 Proposed Cooling Power Index (CF-4) .• '--4---Btuhltt2 36 Aioww Coolinq Power Index •••••• '-"-"-.J.--'-- 37 Pr-oposoo Heatioc;i Powe-r Index (CF-4) •• 38 )rlOW1XI Hea~ Power Index • • F= ~vis.oo Sep{emoor 1986 ...... _.:.__ Btuh/ft2 Btuhlft2 Bruh/ft2 CF-1 For Enforcement Agency Use Only Data fleld Checked ~y Performance Approach En4tfVf Budget 1 CEC Occupancy TyP41 • . . . • •••• ·Al/ '9 2 U BC Occupancy Group/Oivis!Ofl • • • ·• • __ _ 4 Condtioned Roo<-ArN . , .. , . , . , 4 B~t Tll.ble • . . • . . . , . . . • . 5 Affow9<! Ef'l9!W Bud\;1'1t (WS-1A) ••••• Calcu!ai.d Annual En«gy Consumption 6 Approved Calo.Jta:t!oo Method • • • • • • 7 CEC Deslonatioo • • • • • -• • • • • • 8 Muttipl~ ••••• , • , ••••••• ~tlmat.d En.-qy Un - 9 H"ting •••...•...• , ..• , 10 Coo~ ••••••••• · ••••••• 11 Fllils , , •••• , ••• '. •••••• 12 Li<;lhtl ••••••••••.• , ••••• 13 Mi sceltan&oo I Equipment • • • : • • • • 14 Total , •............... 15 Aq. Total Energy U" (line ax line 14) • Co_mpliance Statement I • I I Data Data rt2 k8tulyr-ft2 kBtu/yc-tt2 k8tu/yr-tt2 k8tu/yr-ft2 k8tu/yr-ft2 k8tulyr-ft2 k8tulyr-ft2 k8tulyr-ft2 ~-The propoud building repra~nted in this set of complianca o:x:umootlltion is consJgtent with the other cornpliancs forms and woc't<shwts, with the plans and specifications and with any otlwr calculations O!' cornputar runs wbmitta<l with this permit ~plbtion. Perlormanc41 Approach. (whffl applicable) The energy perlom1ance e1timate pcesent&d on this fO<T'Tl was calrulated usi09 the approved calculation method indcat&d at:xive and with the CEC established' fixed and ra1tricted · wgineerirlg iopu~ for the applicable dimate zooo and occupancy iy-p.. PrHcriptlve Approach. (when applicable) The proposed builcing has been des~ lO !'00i3t the requirements of the Ntemative Component P~ indicated above fo< the approp<iate occupancy type Md climata zone ''.·:Mzu ~ City/State/Zip ; 7 6 If, J fp-55,.50 til '251 Telephone Calif. Uainse Numb81' Page __ ol __ Certificate of Compliance (Part 2 of 2) CF-1 for Enlorcomont Agency Use Only Project T,ile -5Hc/R)H A.ssoc1A-19 1JJc .)ocumlntation Author/Firm Data Checked By Dalo Both pans o~ Md_ two of this Certi~cate of C~mpllance mus_t be lnclu,ded with each building permit app~catlon for the a?ove noted building and nppo.ir on the plans submitted for approval. TiiaJ>uilang features and requirements ref)fesented on the Certificate of Complianco are ndoqunle to achieve compliance with the socond generation nonresidential energy standards for the building referenced above. Tho building loaturos ond requirements .ire also adequato for any subsequent alterations, moQfications or additions to the buildi09. : Designer One Name (Print) J RJM A$Soc IA'[t?-5 J /}JC, Enforcement Agency Signature Data Designer Two GREE.G-OR.Y f., ··-Name (print) 1 J -e J tv1 Ms o c, 11t ,Ei-5 , MA,'/1.VARDJ P, E., litle/Company Name , 18 :r£ &&MA Rd, S-AJJ QI E G-0, CA 12-!31 A~ss ~ ' ,,/ ~ ~__.,c ?"/h~ 1.//IIUJ Signature · Data JJJC · Enlorcemeni Agency Signature Date Sign Additional Pcrfornianc;e Approach Strategy Specifications . . . lighting Form Revised September 1986 D~1lgner Throe Name (Print) TiiletCompany Name Address Signature Enforcement Agency Signature D01lgnltl' Four Name (Print) Tide/Company Name Address Signature Enforcement Agency Signature Enforcement Agency Name (Print) HVAC Dote Date Data bate Page __ ol __ Documentation Form HYAC Sys-tams.Compliance Q.<l..dby . . Note: All items refer to a single aii.-conditioning system and the spaces served b~ this system. Use additional forms for multiple systems. l Form 4 System WB-JE'n.. $0() f2. C. E I-IE/),'/ pu/n f? · Give system na:ne, or number as calle? out on drawings. DESIGN CONDITIONS Building occupancy type (Table 1 of A.ppendix I) ..... Project L·atitude (Table 2 o·f Appendix I) ...........•.. Heating D~gree Days (Tab.le 2 oi Appendix I) ....... . 2..09:z HEATING LOAD DOCUMEN-TAllON (Attach calculations) Outdoor Design Tempe_rature, Winter ............... . Indoor Design Temperature ......................... . Te_mperature -of adjacent unheated spaces ......... . Transmission Heating Losses ....................... . 4:0 ffi ~ ~~ Infiltration Air ....... : : .............................. . -Heat Loss From Infiltration ... : ... : ................. . Ventilation Air ...................•.................... Heat Loss From Ventilation ......................... . -'aS"" 93'f Outdoor Air for Sp.ecial Processes ...... · ............ . -Heat Loss From Process Air ........................ . - Other Heat Losses (describe) ....................... . - Total Heat Losses .................................. . qG/~~ COOLING LOAD DOCUMENTATION (Attach calculations) Outdoor Design Temperat~re, summer, dry bulb .... . Outdoor Design Temperature, summer, wet bulb ... . Indoor Design Temperatu(e, summer, dry bulb ...... . Indoor Design Temperature. summer, wet bulb ..... . Transmission Heat Gain ............................ . Infiltration Air ......................... _ ............. . Heat G2.in Froiil Infiltration .......................... . Outdoor Air for Special Precesses ................... . Heat Gain ·ror Process Air ........................... . Solar H at Gain Through Windcws, e!c ....... ' ...... . Heat Ga:. From Lights, E:quipmen,, People, etc ..... . weat G-n F-o O · -r:::. "'-tv , , c , m mer ~ources .... .r.. n ............ . ,'\ooer.dix -8-1-8 OF OF 'F Btu/Hr. CFM Btu/Hr. CFM Btu/Hr. CFM Btu/Hr. Btu/Hr. Btu/Hr. •F ·F ,F OF Btu/Hr. CFM Btu/Hr. CFM Stu/Hr. Stu/Hr. Stu/Hr. Btu/Hr. Form 4 continued Revised~ April 1985 Outdoor Air: CFM Per Person (Not to Exceed Tabulated Minimum Ventilation Rates) ... . Heat Gain From Outdoor Air ................ . Total Cooling Load· ................................. · .. TEMPERATURE CONTROL 2 CFM/Person Btu/Hr. Btu/Hr. Attach manufacturer's data or other, give specification o, drawing reference which shows that the room thermostats meet the requirements of:Section 2-5315 Of the California Administrative Code,· T-itle 24 •. . ' REFERENCE (page or sheet No.) M.-1 Indicate drawing or specification reference where the temperature control device requirements ~iven below are documented. An a~tomatic temperature contrpl d~ shall be provided for: each separate HVAC system ....... ·,...................... ~ -~ each zone ........ ·.......................................... --: SlMULTANEOUS HEATING AND COOLING The following requirements apply to the use of new energy and need not be complied with when recovered energy is used to control t_emperature. · In each case, when resetting hot and cold deck temperatures, one representative zone may be chosen to represent no more than ten zone·s with ~imilar 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 drawing numb-er where control requirements can be verified. • Sequential temperature control of .heating and·cooling systems ............................. . • Automatic rBset of heating temperature, to limit energy input only to that level to off.set hear loss due to transmission and infiltration ........................................ · ........ . REFERENCE IIA-r ) M-1 Reheat systems -give reference specifications page or drawing number which will show compliance with the following when reheating 20% or more of the total air in the system. • When serving multiple z.ones, controls must automatically reset the cold air supply to the highest temperature level of the zone requiring the most cooling ................... . • Single wne reheat systems shall be controlled to sequence heating and cooling ...... ." ................. . /VIA-- -Form 4 continued 3 Dual-duct or multizone ·systems -give reference specifications page 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 zone requiring the most heating ........... . • Cold dee!< temperature -must.be automatically reset to the highest temperature necessary to satisfy the z.one requiring the most c9oling ........... . REFERENCE 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 here referenced \o show compliance. Supply references to proper specifications page or drawing numbers._ Type HVAC System Used -o'escribe type of system to be used (inclu.de reference for specifications for the system). Constant volume reheat system -when servi.ng both interior and exterior zones -separate cooling coils are required if the exterior zone exceeds 20% of the total air quantity through the . ,cooling coil. · REFERENCE_..,,/'t/-=-~/i~'t:}-___ _ Constant volume dual-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 larger than 20,000 square feet 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 leakage of 3% of the total air quantity handled by the dampers when operating at the maximum system pressure to which the dampers will be subjected. Manufacturer's label or n-ameplate shail s:ate leakage rates. RErERENCE __ N _ ___,va_--____ _ Form 4 continued 4 Revised -April 1985 Economizer Cycle -Fo.r each cooling fan system, for other than dual-duct or_multizone systems, which serve z.ones 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. /V_/4- Electric Resistance Heating 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 cycle co'st analysis. Form 8 (see Section 4.2 of this manua.~ shows an alternate system life cycle cost exceeds that of the electric resistance system. Give reference if le.ss than 1 O % or include Form 8 if. calculating lif~ c:rcle cost. REFERENCE __ .M_..,...I~~----- MECHANICAL AND GRAVITY VENTILATION : . . Mechani9al ventilation -Dampers which are automatically interlocked and closed on fan shutdown are required for vent:i.lation systems capable of moving more than 5,000 CF11 of air. REFERENCE_ ...... ~_lF,_'/.:>-.~--- 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 openi.ngs. REFERENCE __ ,M_· i_~--- POWER CONSUMPTION IN FANS Constant volume system Total -Supply Air Quantity ........................... . Total Pressure of Supply F·an ....................... : Total Supply Air Quantity Adjusted for Proces·s Loads .................................. . Total Gross Floor" Area .............................. . Net Fan Performance Index (FPQ Variable volume system Total Supply Air Quantity at Maximum Flow ........ . Total Pressure of Supply Fan at Maximum Flow .... . Total Gross Floor Area ... · ........................... . Fan Performance index at Maximum Flow (FPlm} · ... . Variable Volume Adjustment Coristant .............. . Adjusted Fan Performance Index. FPla ............. . .. CFM Inches Water _{,,_,8-,-7_cJ_. CFM / '107., S Ft -q, . 0 .. 'fO CFM Inches Water Sq. Ft. PIPING ANO DUCT INSULATION AND DUCT CONSTRUCTION 2eie.rences to the piping insulatbn, duct insulation and duct construction requirements presented in Section 4.2 of the Energy Conservation Design Manual must be given below: REFERENCE -/h --1 ' !JullcL:.~s I..ig;:ti::ig CO r., ? ) j C :-1 C C 7o-co 8/...0&-/>HA.5£" ;;( I I"•}-< I rr I • en ry-;-.. ' -51-/~ /4JJH A6::;' (){: IA -rE S GO<;-U..0/01~~00 C-..!L"-.or ,.o-<>'o, R<X>c T cu..lc T c:o..x Iv ..a. ~o. S--:;. r,. ~ RC'\ J-{o. D ..--...rn p 1\0 o. I I ; g1 Io-,r-i-1-1 oFFic.fi- l I l;.JtP r -r?is J< 2-I I Z--b I -rS-WI o Ff:"tC-6 I I µo;J--rA.~.J. _:s I --:2-0-0 I~ --0-l..2-!1 tJF-Al'G I I l.Jt,11i ,JAs A. 1-I ; s-c; Io-;-;2.'f/ or 1:1 c. & I I 'i/UQJJ---(A5t< ~ I I B -z-l-o -½ :2-t/ or'F/e,,:;:_ I l I ;Uc;)----v, 5 k 6 I 1 311 ·-,.-s-~f1 o.rr:1c:.1£ I I i JJo;J -1?JSk. 1 I 1 iSo I -i-~·lz_r/ t1Ff'tlE I I I ;.Jt;.J-7,15 /( $'.3 1·10--ol -j-~~3/ 1<-fiJ ,;,Jt;, )£_ I I I I I I I I I I I ·1 I I I I I . I I I . ' I I / 0 <; • ; CI G J i<3. s ~/J 6. Io ~le,;. 7~cl 1--~ 5 A or-rn ${)!'1£ 130 ~;~~~:.: ~-(' ---~:.:>?---~-~----.- ch....:x•<l by f::-<2,(o3b 5 --s -,8 6 dal• ... ;;Jc~ A{A7-~ ... 1r<'ff ,, .. 1 dal• . Hol• Sq. fl . Ho. 5-<:i. fl. To1oJ w crt\..l A.;Jorto-G ~0>-<l Appl. I O<::c. Oc-c. /T-a..> X. 5-<:t. fl. /Sq, fl. Y,'cl!..z ½'cnu · ! 10-0 I' '1 s-o qi[ tf 3<:/0 I 2:30 ·.' 11-· /,3 / 2-~ ·I - I I 0-0 / 3 . .JO 6~ -ti 1' I ,3{) b l"J/') 6' / I I b 1B I - I I o-O 'Z-;0 S'u /0 0 .q-I ·q-o o .1 -:Z.30 loo I ,3 I /3 O I - i J o-O /, b §0 '·80 ' if I :JZ 0 I 230 .. 71 I ,3 I /03 I -'. - I I o--e,, /, 8 so 1()· ~ 3tO l 3tf-5'" q 2--l I ,3 I -i-I) I - I /o-0 I, 1-!;u ZD ~11 ,52-1 I I 15' I:, 1 . I I b I I a-; . I -- I I o-o /,~ !Jc) -. r,-; I :JS-3 I 1!:J 230 15 /, 6 I /2-0 I -- ' Ibo I ,1-I IL/0 I;;;;-'--' -I I .. I I I .. .. I I I I- I I I I. --·-l .. .. *Hot nH: .. ..>ary lo calculat• .-och 11CR U:-Ur>J :o-v= '..J !-c=C'..! or ol 1..LJ1u,ual ).hap• arytl th• d•1lgn•r wcrn1, Jo juJ,ll!r :~, l" AC':'\ -c,::oo;• .,, Documentaiion form & HVAO Equipment Compliance Form 6 Refere-nces giving the specification page or drawing sheet number or manufacturer's data must be submitted to demonstrate com.plia~ce wit~ Division 6 of the standards .. Electrically Opernted Cooling System Equipment · Absorption Water Chilling Cooling System Equipment . · Combustion Heating Equipment (Oil and gas- fired comfort heating e·quipment- Electrically Operated . Heating Heat Pumps Electrical Resistance Space · Heating Equipment Requirement for Manufacturer's Maintenance .Procedure, Full and Partial Capacity and Stand-By lnput(s) ·and Output(s) Specification Reference Statement that the Building Design Substantially Complies with the California Energy Commission Regulations for New Nonresidential Buildings , Standard rating capacity, ' Btu/hr Minimum EER (.COP) Reference Heat.source (check o.rie) Direct fired (gas-oil)· lndirectiired (steam-hot water) Minimum EER·(COP) · Reference Minimum combustion efficiency at maximum rated output ' Reference Minimum· EER (COP) Reference Supplementary Heater Control · Reference Reference for Full-Load Energy Input and Output Reference Reference .. D. ppe n d i x. B-1-13 SZS-0(}) J/hki~t? /11/4 Ei I NGL.1::: HCll..JF:;: L.Otm CP:LCUUYr I ON OUTPUT Jul 1600h: SPEC SUITE 130 -78 JOB NAME: BLDG 7000 PHASE II DATE PREPARED: 04-14-1988 SI TE l'-!P:l''"IE :: CP1f·<l_SJ3t::D California 60501852.1 OUTDOOR DB/WB: 82.0/ 68.0 F INDOOR DB: 78.0 F RH: 49 % ************************************************************ Zone Loads & System Information Summary pg 1 LOAD COMPONENT SENSIBLECBtu/hr) LATENT(9tu/hr) i:lOL.t1n GI-"\ I 1·! (31._P:S!::l TRP:h!E-lM J S!:l I ON t,JP,LL Ti:;:P,Nf:lM I f!S I DN · ROOF TRANSMISSION TRANS. LOSS TO UNCOND. SPACE LIGHTING 2,800 W TOTAL> OTHER ELEC. 1 W TOTAL) PEOPLE ,: :'j PEOPI .. E TOTAL) MISCELLANEOUS LOADS COOLING INFILTnATIDN com .. I NG !:1{)FETY LCli~D f:lUB-·· TOT (~:i...E NET ',)ENT I UYT I O!\I L.DP:D ( SUPPLY FAN LOAD (BHP= ROOF LOAD TO PLENUM LIGHTING LOAD TO PLENUM TOTAL COOLING LOADE TOTAL CODLING LOAD or 4.29 Ton ZONE TOTAL FLOOR AnEA ZONE OVERALL LI-FACTOR :2~.i C-fm) (J .. ::_=:;) ~~) :::·~ '.I ·7 '=i 1 .J 659J 1 :2:i:) (j 0 / 0 / i:;) c:;i:::; ,,. J "';I'-"'->\-' ·'.I ·-,,::,,::;· / ""t 11 ,/ w~J :I.;, 225 J 0 (i 0 1i0 r-:c:--:r QJ._) t) () ~5()_ ~I ()98 5 :I. •i 492 Btu/h1,·· :~:;~?6 .. ··7 sqft./ ·rc)r .. , l .,402. 00 s~q-ft 0 0 () () 0 (.1 () :l (y··;.,::-J . '.I • .. •.,: .. ,.J (> () () 0 0 () 0.408 Btu/hr/sqft/F ************************************************************ Transmission and L.OP:D CDMPCil\lENT kl hit1.l 1\1 H L1H~: L.I... L. U ,~11 D S ~ !\! !::: r·· f3E P1REP1 (s;q·H.) 0 0 () 0 (.i () 0 () 0 0 () f.) Solar Gain by Exposure TRANSMISSION SOL.AR GAIN (Btu/hr·) 0 () () () 0 ,:_; J. ~::(:: (Btu/hr-) () () 0 () () () ********~*~***~**************************~~***~****~****~*** SINGLE HOUR LOAD CALCULATION OUTPUT Jul 1600h: SPEC SUITE 130 -78 JOB NAME: BLDG 7000 PHASE II DAlE PREPARED: 04-14--1988 Sil"E NAME: CARLSBAD OUTDOOR DB/WB= 82.0/ 68.0 F C;,;, 1 i f ci1'"· n i 2,, INDOOR DB: 78.0 F ************************************************************ Cail Selection Parameters COIL ENTERING AIR TEMP. (DB/WB> COIL LEAVING AIR TEMP. (DB/WB) COIL SENSIBLE LOAD COIL. TOTP,L. LOP:D COOLING SUPPLY AIR TEMPERATURE TOTAL COOLING Cfm COOLING Cfm/sqft RESULTING ROOM REL. HUMIDITY COIL BYPASS FACTOR 7B. :!. / 62 .. ::::; c!E•q F 54.6/ 53. 1 deg F 5C1 ., 09B Btu/hi~ '.::ii., 49'.::"~ Btu/tw· 5~5. 0 c!e(;_:_t f·· 1 '! 94~3 Cfm :I.~:::'? Cfm/sqfi: 40 '.i:, 0. 100 ************************************************************ HEi:::·r· I ND 1...1·•,'..!:D CP1I.. .. CUl .. l·iT I DN Ciu··1·pt..1··1 SPEC JITE 130 -78 ,jub Nt,ME:: BLDG '7000 F'Hr::·15E II D(:TE PREP(:F::ED:: 04 .. ···:!.·l····:l(,)[_.:ifl Sil'E NAME: CARLSBAD California 60501852.1 [.\! I !-..!TE:F,: DE::s J: G!\! DF('{ BULB: :.:::H .. () 1:~· I !'·IDDUF;; DB:: 7:".:~ .. (i r· ************************************************************ HEATING LOAD SUMMARY Note: Heating load is computed at winter design condition. !...C!,::.iD CDMPUhlENT WALL TRANSMISSION ROOF TRANSMISSION GLJ::SH TF;:t1NSM I f3S I DI\! TRANSMISSION LOGS TO UNCOND. SPACES INFILTRATION LOSS . SL.P,B FL.ODF< HEP,Til\!EJ s,~11FETY Btu/hr f.~iUB····TOTr-:1.... NET VENTILATION LOSS TOTAL HEATING LOAD HEATING SUPPLY Cfm HEATING SUPPLY AIR TEMPERATURE HEATING VENTILATION AIR Cfm HEATING SEASON ROOM DRY BULB TEMP. !...O('ifj ( Bt. u / h I'" ) () ~.:=; '.! l:)()(:_1 0 () () () :1.4~'5 c+m 11.0 .. 0 dE,:q F :2 ~5 c~ -f n-: *********************~************************************** \ _) Hydrobank Sys-t".-11 COOUNG CAPACITY - 6P 5qr EWT 60° EWT GPM (flH20) Oc WATTS QREJ Oc WATTS .7 4.2 56.9 4015 70.6 55.2 4248 8 . 5.5 · 57.0 397-,7 70.6 55.4 4182 9 6.8 57.2 3902 · 70.5 55.5 4120 10 8.1 57.3 3852 70.4 55.6 4060 . 11 9.7 -55.7 4005 12 11.4 -- 13 13..3 --" . 14 15.2 -- For 208v unit, deduct 500 Btuh from Oc and OReJecTEo-' HEATING CAPACITY 6P 50°EWT 60°EWT GPM (ft.H20) WATTS QABS QH WATTS QH 7 4.2 -- 8 5.5 ;44.0 4375 29.1 51.4 4556 9 6.8 44.6 4387 29.6 52.2 4580 10 8.1 45.2 4400 30.2 53.0 4603 11 9.7 46.0 4412 30.9 53.6 4626 12 11.4 46.6 4425 31.5 54.4 4649 13 13.3 47.4 4437 32.3' 55.2 4671 14 15.2 48.0 4448 32.8 55.8 4692 For 208v unit, deduct 500 Btuh from OH and OAasoRaeo- Minimum entering.water temperature is 50°F Maximum entering water temperature is 100°F : ' SENSIBLE HEAT RATIO· ENTERING ENTERING WET BULB (°F) DRY BULB (OF) 60° 62° 64° 66° 67° 68° 70° ' 75° .91 .• 8,0 .71 .63 .59 .55 .47 80° 1.00 .94 .86 .78 .75 .71 .64 85° 1.00 1.00 1.00 .96 .93 .89 .81 FAN PERFORMANCE EXTERNAL STATIC PRESSURE SIZE CFM (WET COIL) 52' 2000 0.1 1945* 0.2 1880 : • 0.3 1810 0.4 1710 0.5 * At ARI Standard 320-81 Conditions Manunotli A NORTEK COMPANY 1)1,000\,HTY~t --~ .............. , t11n -.n,, "'- HORIZONTAL SIZE 52 208/230, 460 VOLTAGE 709 EWT 80°EWT 90°EWT QREJ Oc WATTS QREJ Oc WATTS QREJ a~ WATTS QREJ 69.7 53.8 4539 69.3 52.6. 4872 69.2 51.6 5240 69.5 69.7 53.9 4476 69.2 52.7 4810 69.1 51.7 5186 69.4 69.6 54.0 4415 69.1 52.8 ~750 69.'0 51.8 5135 69.3 69.5 54.1 4355 69.0 52.9 4693 68.9 51.9 5085 69.3 . 69.4'-54.2 4300 68.9 53.0 4670 68.9 52.0 5040 69.2 54.3 4248 68.8 53.1 4594 68.8 52.1 5002 69.2 54.3 4200 68.6 53.1 4550 68.6 52.1 4973 69.1 -53.1 4518 68.5 52.1 4947 69.1 : 70°EWT 80°EWT 90°EWf. QABS QH WATTS QABS QH WATTS QABS ·OH WATTS QABS 56.8 4705 40.7 61.8 4873 45.2 65.2 5030 48.0 35.9 57.6 4735 41.4 62.6 4905 45.9 66.0 5060 48.7 36.6_ 58.4 4765 42.1 63.2 4936 46.4 66.8 5090 49.4 37.3 59.2 4794 42.8 64.0 4968 47.0 67.6 5119 50.1 37.8 60.0 4823 43.5 64.8 4998 47.7 68.2 5147 50.6 38.5 60.8 4851 44.2 65.6 5027 . 48.4 68.8 5175 51.1 39.3 61 .4 4878 44.8 66.2 5056 48.9 69.6 5202 51.9 ' 39.8 62.0 4905 45.3 66.8 5084· 49.5 70.0 5228 52.2 ELECTRICAL NAMEPLATE DATA ARJ RATING MODEL NO. DO 52 HHC FO 52 HHC GO 52 HHC COOLING MBH * 52.5 208 208 COOLING WATTS * -4730 460 VQLTAGE 230 230 EER * 11 .1 FREQUENCY 60 60 60 . HEATING MBH * · 62.0 3 3 HEATING WATTS * 4901 'PHASE 1 COP * 3.7 COMPRESSOR· RLA 18.8 11.9 5.9 NOMINALCFM 1945 ·-LRA 116.0 92.0 46.0 GPM 13.8 BRANCH - CIRCUIT SELECTiON: *At AR.I. Standard 320_-81 Rating CURRENT 23.7 14.7 7.0 Conditions of 80°F dry bulb/67°F BLOWER FLA 5.7 5.7 2.7 wet bulb entering air and water MINIMUM entering at 85°F and leaving at CIRCUIT 29.2 20.6 10.1 95°F when cooling, and 70°F pry bulb entering air and water entering AMPACITY at ?0°F when heating. MAXIMUM FUSE SIZE 45 35 15 ®) Em MAXIMUM HA CR TYPE CIRCUIT 45. 35 15'; BREAKER SIZE . . ' See page G2.0 for application correction factor. PERFORMANCE DATA PAGE H15.0 WA.TER-.TO-AIR HEAT PUMP ISSUE 3 . SIZE 5 2 HO.RIZO NT AL ® NOTE: DIMENSION IS FIN" NED SURFACE OF Alfl COIL. FILTER SIZE IS 20" X 30" Xi" r OPTIONAL 12 1 DUCT CONNECTION L•--·· ON FILTER GUIDES \ . r 193/a 11½ L"'-t:::====::::=! 111a t 11/a DIMENSIONAL DATA ELECTRICAL ACCESS ____ _,__~P.ANEL t 12 i ,SOLT-WASHER BRACKET RUBBER GROMMET FOR /::==~~ I~ 3/a DIA. THREADED ROD ¾ NPT CONNECTIONS -~;t==.===5e;,!~-ll 4¼ I i3f32 DIA. HOLE l FOR POWER q::====f=}~6½" CONDUIT 1V7' I COfllNECTOR OPTIONAL END DISCHARGE STANDARD STRAIGHT-TH RU DISCHARGE 1¾ 7/a.O.D. CONDENSATE ' ACCESS PANEL (FRONT AND BACK) 'ALLOW ± ½" FOR LOCATION OF THREADED RODS FOR MOUNTING UNITS ' . : Note: Shaded Area fs Required Service Clearance . . PAGE H16.0 LOW VOLTAGE DRAIN CONNECTION ) ) BUILD{NG ENVELOP£:. SUMMARY ·aulLDING ENVELOPE COMPLIANCE Form 1 (NR-8/81) Si-lE LC e ~oc. ( pro Jee t D-e s igner:....t:C::U~·Lltt~-=~~==~;;;::==::co~o~c2:!u~~!!ll nted by: _______ _ Project Title: K,ol,.L.. 'f"\JAt::l!. 1. Date:----- Project Address: (;.Agl,,Sl!5A'D, ' Checked by: ___________ _ Q.AL.11,:: f Date: _____ _ Permit Applfoatfon Number: ___ _ This form provides space to Insert summary data on th• bulldlng envelope. Form 1 [$ used In con/unction with Form 2 and Form 3 worksheets to provide th• nece&:iary Information on building heating (U·Valu•J a?d coollng1 (0TTVJ d•ttlgn criteria ~omp/lanc~. SITE DESCRIPTION (from Bu!ldlng Location Data) ) . Location Cod~ Number · b.atftu~• Oegf'"e"e oa·ys-hut/ng. Solar Factor, S.F. Coolfng t:..T, ASHRAE ( design temp. -7 aPF) 1 .. 2 •.• . 3. ..... 5. 121:- ::,::,/2. ~Ojt 11/lrt 6, HEATING DESIGN CRITERION Standard Uow-10. ,'-i'lj Uor-11. , II 3 U01;_ 12. ,1,.~~ Maximum · Allowable • 3~'---Uover•u-13 • .=::::::::::~= .Propo~e.d Uow 14. 'tj_'-1 Uor 15. , 1.1 Uof 16., ~L/6 Propo••d . i-u· Uov•rall -17 ~-=· === Lin• 17 muat not exceed Line 1.'.l Not•: Maximum A/lowble U0 -,•r•II and Proposed U0 veral/ are calculated on Page. 4 of Form 2. Note: For h•ated only buildings, Uor Is calculatsd for the proposed building from Form 2 (Heated Only Sul/ding) u&ing th• ulu• from Lin• 3 fJ for the area of sky fight# and th• Yalue from Lin• 3 7 for th• overall roof are•. BUILDING DESCRIPTION (from plans) Occupancy Type Code Number (from Occupant Ratings for Buildings and Rooms) Gro5s Condltfone<;l Floor Area, ft.2 Number of Floors Average Gros3 Conditioned Area per Floor, tt..2 Average Wall Helght·per Floor,ft. (/acing conditioned space) aa. / ~, 83l.-f g, e, Ir (t II C0OLJNG DESIGN CRITERION Standard OTTVw,-1~. 31 ,t, or.rv r...;_ 19. 4 ,,3 Stand•rd ,z., I z_ OTTV_. 20. 1/ Proposed OTTVw-21. I/.J.,./3 OTTVr-22. (~1 '=' PfO'20Hd /J,l 0 OTTV-23. '.£..,, Line 23. mu$$ not •xceed Line 20 Note: Standard OTTV and Propo••d OiiV •r• calculated on Page 4 of Form 2. Not•: For heated and cooled building:,, OTiVr I& calculated for th• proposed bul/dlng from Form 2 (Heated and Cooled Building} using the value from Lin• 25 for- th• area of sky/lght:1 and th• Yalu• from Lin• 27 for the overall roof area. The S percent exemption does not •PPIY to any c ool•d buildings. MATERIALS DATA FORM BUILDING ENVELOPE· COMPLIANCE Project Title: ~QL-L 'ft\. 12 / HEATING DESIGN CRITERJ_ON Wall Surf Ace Winter MCF Total . Typo Aroll. U.2 U-Value Btu/hr-:-°F Typo 1 12.,Gi:30 'I( '0~1 'I( 1,0 a:a 179:a>, (o I I Typo 2 .10,110 x • O't1 X I,~ .. tlfS 'Z· 1 . .. 1-':/ 13 .• · ,,i'.3 .(h 113 Type 3 X Ill I Typo -t X X r:a Typo 6 X X • Tolai 1.>//5/3 Total 2. , \II gq Awali ·1• , • Door Surface · Winter MCF ." Totai Typo AUil~ fl 2-U-Valuo Btu/hr-°F Typo 1 .. X ,n Type 2· X X ;II 'ryp~-3 X X a Total Adoor 3• Total ·~. Glaxlng· 8urfaco Wlntor Totai Typo Aru; ft 2 U-Valuo Btu/h.-J>F Typo· 1s.1w JJ2_ l !,, X \.1'3 • 1Cf lt./r.- . Typo 25W, ~tbo ·X \. \'; Ill 'J~O~ Typo a· 1/2.1 71 ·x ,':/1 i:oc.-,ble" 1..lo b< • ~"t Total \r I Q\O 1'10;$ A 6. .Totei ·a. window Tolal. YI, 8'7:? 112 Tofat \ 46 I 1,;'t,'::J. Aow 1. HeaUng ·o. 't /lne H3-t6 ·11110 2j4ta uow-/@it 'I +. ~l,g1,~ a o.-~ ' /lna 8 llneT Btu/hr-r~t:oF Form 2 (NR-8/81) Date: Ca-Z'j-g~ COOLING DESIGN CRITERION Wall Surface Typo Araa, fl 2 Typo 1 \!d1220 X I Typo 2 j0,110 X Type 3 l 1!:l.l 2 lC Type 4 )( Typo 6 X Tp_tal ~4l ~13 Awall 10. Door Surf a co Typo Area. 11 2 Typo 1 )( Type 2 X Typo 3 )( . T.otal >-door· 12• c:lhulna Surf a co Typo Area: u2 Bummer TOeq U-Valuo ,t;i-(1: X -yt./ • .Qt.1 X '-I':/,. • • 1z2-X 1--2 • X .. JC • Total ... Summer TDaq U-Value )( -X IOI X • Toll,1 SF BC . Summar AT U-Valu• Total Btu/hr· '2(~, 111 21 I t/3'8 . ~,~(es::';, 11.--213~'2 13. Total Btu/hr Total Btu/ hr Typo 1 'Typo 2 Typo 3 83 !56x[( 1'1,1,'r,c ·~)+( 1,ll x.JL. )} 1:1/Lj.Q8t/ vzitJ O x[(~ x ,(h )+( \.II _x.u... )]• {(f? 1,, t{ty Z75'-/. x((filrx.!.2l)+( ,~ff x.ie.)]=-IB:1/(l/. Total A 1 dH.li;S'/0 VI n OW Total ~/ 2 A0 w 16. / ~ t-,2 ft · lino 10412+14 ~TTVw ... 1· 1/'2,'L115/ . I T llne 17 '--/('i't.3, -lino 1 tJ '- Tol41 16. \/¢;>]/,'1Z.'7 Total A I Codllng_17. ld-t.", 1? line t Hl3tl6 10. 1.v,~ (: Blu/hr-ft2 MATERIALS DATA FORM (Healed and Cooled Bulldlng) Project Tltlo: f:(~l..\. P!:1, 2 HEATING DESIGN CRITERION Roof 8urft1c\ Winter Totai Typo AroA. fl U-Valu• Btu/hr-°F Typo 1 11.'1 I b X .0$::S-.. ~~I Typo 2 )( • Typo ·3 X -'Type -4 X • Tott1I Total .20.~ -3 "opapue18. ( 21..,/ 0 roo ~kyllght Surface Wlnt•r Total 'Typo . 2 U-Valu• Btu/hr-°F Area. ft. Typo 1 3115>0 X, ~I\~ • ' 2203 Type 2 X • Typo 3 X -Totul 22 •.. ?20~ A11kyllghf 1• Jt ,o O Total Totai 23. J '2 11 ) 0 tt2 Total '-1/1.'-Aor Hea~fng 2-4.1 Jina 19i21 · line 20f22 Uor m ':/I 1 k +· )'$1/C? ·-25 •. , 1, i • Jlna24 lino 23 Blu/hr-tt~ Page 2 of Form 2 Date: C:.-132-sS':$ Roof Type Typo 1 Typo 2 Type 3 Typo 4 COOLING DESIGN CRITERION Surface · Area; tt 2 Summor U-Value Ac ~c 121 (.,1() xilx .o~-S" x~>e 1.i,o_.,. _____ xil x ____ x_x ___ • _____ xilx ___ ,--x_ x_,.. _____ x~x _____ x_x_~ Total Btu/hr· 2.!:i. e, Total 26_-IUIO A()POIJU8 Total ;i.1. S:St/8 roof Skyllghl Burfaco SC Summer AT Tolai Type Area;· tt"2 .U-Value Btu/ht" Type 1 Type 2 l"ype 3 , 3 ( 00 ·x [(U! )('. .~~+( \, \ \ X ...te._ij:a '26$, 4t0 ___ ,c ((U!x _) +C. ____ x _) :a._ __ _ ___ ·x·[(1_1 8 x_)+( ··x_ :a._ __ _ xo1a1 2~. ':) I co akyllghl ~==~ Total l'5 1:IO fta A 0 r 30. __ -·-, . IIne 26t28 OTTVr~ 1..?~ I q,1,, + )'5/r/0 .. Pne 3 1 line 30 To1a·1 :;i?O. 14 B, '1?.0 Total O~ollng 31. "ZS-8f1 ,~ I·-- Jina 27+29 32.,I b. 2 Btu/hr-fl2 • ...... z :0 • (l) ' 0) ... ...... MATERIALS DAT A FORM Pro Jo c t T It I a: l?ot.,.l-fit. '2 HEATING DESIGN CRITERION Floor Surface · ·winter Type Aru, fl~ U-Value Typo 1 /1-/1 t../J./t) x ,_O'/S "" Typ• 2 ______ x ______ • Typo 3 ____ x ____ J:,t Type_. ____ x ____ • Tolai Dlu/hr-°F -6~ Total . lY//.. t../O 2 Afloot.C-4.: r ft Totai Hoatlna-46., -/;s;:;p uo, "". ~ ,f}lne 45 · + !t//'--110 ,.. 1/ao 44 .P~oS\!.D U:1-: . it 1,1.k/ -+ 11,' f b¢ --1~ f!>'l-"'3 -H1>-:tlb f /~t/'/O !J -. 2:nJ.s, o-,iJ"" oTTVo --= I I 11'~1 1-51 + 1,,~« /7 (, ~ I~ /110 f t/J /re:; (')TfYo :: 1./J ,0 . \' ,:e;tJs: - Btu/hr-ft~°F u (J :: Au.-ocJ.1 A5l-fS · · Pago 4 of Form 2 Date: G~ :30-$5 - (L1i1)('-ll,<1't'3) +Gu'3)(J--5,110) + .,zLJs(rsor); L/ I, St --S -t 15 /:J·J c0 .;, /3 oc::o u o -= • ·"3 ·i? &,,\) = 0, ,(.) ( '1 /i ~-J+-'/ .&, "3 (i '?/JID) L-f J/31..-3 +l?/f/o· o ,rv ·= 'L}-/ .. z ;\ . ~ :-· ... ,-,. z :n • (X) ..... (J) -...., \. PROPOSED CONSTfHJCTION ASSEMBLY BUILDING ENVELOPE COMPLIANCE Check on• •nd writ• In construction •:1:1embly-number below (e.g. Wall• 1, Roof-2, tJtc.) a Wall-_L_ 0 Roof-_ 0 Floor-_ Form ·3 (NR-8/81) List of Construction Components R-Value Sketch of Construction Assembly Framing type: t0'-T6L If wood comp/eta the fol/owing and adfust construction ass•mbly for framing: Size:_• X • Spacing:, ____ • O.C. lndlcattt area, weight of construction assembly, and appropriate factors below: · Wall: Area ____ ft2 Weight I ¢a lb/ft2 MCF 1,0 TDeq Y:/ Roof: Area ____ tt 2 Weight __ lb/ft2 Mc Ac Floor: Area (ralud only) ____ ft 2 1, 'SF'ANOl2EL- 2. R.-\.1 I NS, 3. -o/e. 11 6-('p &A,\2-0 4. 5. ~- 7. 8. Outside Surface Air Film Inside Surface Air Film Total Thermal Resistance U-Vafu,e (1/Rr) (Rr) • '2..S-r 13: Cooling Heating .~~ ,68 Cooing Heating ,Z(,'1 '21, "3 Cooling H••tlng ,0'-ft ,011 Coo/Ing Heating Note:, Total RT and U•Value must be ad/usted for thtt effect of framing when appropriate. PROPOSED CONS·TRUCTION ASSEMBLY BUILDING ENVELOPE COMPLIANCE Check on• and writ• In con:structlon •s:sembly number below (•.g. Wall• 1, Roof•2, etc.) · ti Wall-_.!1:_ 0 Roof-_ 0 Floor-_ Form ·3 (NR-8/81) List of Construction Components R-Value Sketch of onistructfon Auembly Framing type: ~TG:.E: r.... If wood comp/eta the following and ad/ust construction assembly for framing: Sfze:_• X • Spacing: ____ • O.C. Indicate area, weight of construction assembly, and appropriate factors below: Wall: Area ____ ft 2 Weight 16 lb/tt2 MCF 1,D TDeq Roo·f: Area ft 2 Weight ___ lb/ft2 Mc Ac Floor: Area (raised only) ----ft 2 • 1, $tP1"'~- 2. ~-14 rtJ~·- 3. ~u ct~P. 4, ~TVP~ 5. 6. 7. 8. Outside. Surface Air Film Inside Surface Air Film Total Thermal Resistance (Ar) U-Valu.e ( 1 /Rr) - Jl<s • I 1- Cooling Hl3atlng .. ~~ .u Cooing Heating -21,';L I Ill, 3 Cooling Ho•tlng .~fr , tlt/_t_ Coo/Ing Heating Note:. Total RT and U•Value must be ad/usted for the efftfct of framing when appropriate. PROPOSED CONSTt • .JCTION ASSEMBLY BUILDING ENVELOPE COMPLIANCE Ch•ck on• and writ• In construction ass•mb/y numb•r below ( •.g. Wall• 1, Roof-2, etc.) • Wall-'3 0 Roof-_ 0 Floor-_ Form ·3 (NR-8/81) List of Conatructlon Components 1.CatJC.. BL--o.c.~ A-Value Sketch of Construction Assembly Framing type: ~Te-f:J... If wood complete the fol/owing and ad/ust construction assembly for framing: Size:_• X • Spacing:, ____ • O.C. Indicate area, weight of construction assembly, and approprlattJ factors below: Wall: Area ____ ft2 Weight \ I tJ lb/tt2 MCF • G,~ TD8 q '23 Roof: Area ____ ft2 Weight __ lb/ft2 Mc Ac Floor: Area (r11l1111d only} ----ft 2 2. !'N';:)U~ A:TION 3.~/e," GfYP, BOA~p 4. 5. 6. 7. 8. Outside Surface Air Film ,2', .11 Cooling Heating Inside Surface Air Film -~~ ,~tjl.., CooJlng H•atlng - Total Thermal Resistance. (RT) s I 'Z.. B, I, Coo/Ing H••tlng u-varue ( 1 /RT) ·,JZ,7, , 1-Z.:3 Coo/Ing Heating Note:. Total Rr and U·Value must be ad/ustad for the t1ffect of framing when appropriate. PROPOSED CONSTRvCTION ASSEMBLY BUILDING ENVELOPE COMPLIANCE Form ·3 (NR-8/81) Check on• and writ• In construction •ss•mbly number below (e.g. Wa/1•1, Roof•Z, etc.) D Wall-_ • Roof-_j_ D Floor-_ Sketch of Construction Asumbly Framing type: _dJaaO ,/4,~ If ·wood complete the following and ad/ust construct/an assembly for framing: Slze:_L··x L· Spacing: ,zt/ • O.C. Indicate area, weight of construction assembly, and appropriate factors betow: Wall: Area ____ ft2 Weight ___ lb/tt2 MCF TDeq Roof: Area ____ tt 2 Weight / 3 lb/ft2 Mc .J..t.2Q. · Ac ~ Floor: Area ____ ft 2 (raised only) \(L)LL pl-\. '? List of Construction Components " 1, 6(llt,f -//P. pc>r1dtP1 2. f-i" PL. y ()./¢ p 3. "1..-tt/ :f>itl ~ 4. '-'11 11../S 5. e. 7. 8. Outside Surface Air Film Inside Surface Air l?'ilm Total Thermal Resistance U-Value ( 1 /Rr) ,2S Cooling ,1z Cooilng (Rr) , e, 1.. Coo/Ing ,.t,~.S Cooling R-Value o,33 ,. "' 1. ti, 3~ -/''t,O , IT Heating -~:1 He,u,Jng I /611 H•etlng ,.o~~ Heating Note~ Total RT and U•Value must be ad/usted for the eff1'ct of framing when appropriate. \-\EA1lf\1~ ~-= -~133+,'-Zrf'/f~l'q-+,,/) -¾'-·-o '-/ ) . (,"33-t,6z,1'--f.~:S--,f .. /1f,(,,/ .::. 0.-0-55 ~; : I~ ,J ™~ltJ" UT;! ',f/(.-:/3 +,<:,'Zt-11 f ,2.$" ,t,.t:f'Z.) 1' ,o (, / ( .. ~ -:s~ , <.-e..t i,5~ ·.1-, ZS ""· 1'2,-) = • OS'°S°' \Zr:.. 1e,11.. PROPOSED CONS·TRUCTION ASS EMBLY BUILDING ENVELOPE COMPLIANCE Ch•ck on• and writ• In construction •ssembly number below (•.g. Wa/1•1, Roof-2, ate.) 0 Wall-_ 0 Roof-_ Ill Floor-_j__ Form ·3 (NR-8/81) l,.lst of Construction Components R-Value Sketch ot Construction Auembly Framln~ type: M tTAb If wood compl•t• th• following •nd ad/ust construction ass•mb/y for framing: Sfze:_• X _• Spacing:, ___ • O.C. Indicate area, weight of construct/on assembly, and •r,,proprlatfl factors betow: Wall: Area ft 2 Weight ___ lb/tt2 MCF TDeq Roof: Area ____ ft 2 Weight __ lb/ft2 Mc Ac Floor: Area (r•l••d only) ----ft 2 1\ 1, \ Yt I_,'->/. ~~q...~ Tl- 2. y.,_,11_ 6i"t'P e,oA~p 3.\2.·1'\ 1iJ~. 4. A\ '(Z "t, F Ac.€. 6.·Yl P~YWOOD (3. 7 • . 8. Outside Surface Air Film Inside Surface Air Film Total Thermal Resistance (RT) U-Valu,e ( 1 /RT) 1&,( Coo/Ing ,'l~ Cooling 1:i.? Cooling . 0'-lt../ Cooling •03~ ~J.J.s to/,0 ,13 ,b2 ,ti Heating , 11 Heating et,t/ H••tlng ,o':J..~ Heating Note~ Total Rr and U·Valu• must be ad/ust11d for th• eff•ct of framing when appropriate. i DOCUMENTATION FORM Form 4 HV ~C SYS"(EMS COMPLIANCE (Complete for each system) (Rev. 1 5/78) Project Title _¥,..__..Q--...\..~L-____ __._?i ... 1-\~, _'2. _____ --Documented by ____ _ Location C~t-1,...~ 6 bP Date. ____ _ Project Designer____,:0,.,_~,._,\4...__ ________ _ Checked by ___ _ Date. ____ _ DESIGN CONDITIONS Building occupancy type (Table 1 of Appendix I} • • • • • • • • 0 ?4 Project Latitude (Table 2 of Appendix I).; .••......... _:3,_,3 __ _ Heating Degree Days (Table 2 of Appendix I). • • • • • • • . • • \YS~ HEATING LOAD DOCUMENTATION (Attach calculations) Outdoor Design Temperature, Winter ••••.•.••.••.•.. Indoor Design Temperature .••••.•..•.•.........•• Outdoor Air .•.•.•......•• : , •.•..••..••..•••. Heat Loss From Outdoor Air •••.....•...•....••.•• Temperature of adjacent unheated spaces ..••..•.••.••. Transmission Heating Losses •••••.•..••••.•.•••..• Infiltration Air ..•••••..•••••••...•.•...•••••. SE, °F &B °F 1'?11? CFM '2.Y?,~30 Btu/Hr. :3g ·" OF 4z~,Ol3 Btu/Hr. j -CFM -Heat Loss From Infiltration .•...••••..•..•..•..••• ____ _ Btu/Hr. -Ventilation·Air .•..•••..••••.••.•••....•••.•.. ____ _ -Heat Loss From Ventilation •.••••••••...•........ ____ _ -Outdoor Air for Special Processes ••....•.••.•.••..•• ____ _ -Heat Loss From Process Air •••••••••••••••..•.•••. ____ _ -Other Heat Losses (describe) ••••••...•••.••.••.••. ____ _ Total Heat Losses ••••••.•••.•.••••••••••.••.•• COOLING LOAD DOCUMENTATION (Attach calculations) Outdoor Design Temperature, summer, dry bulb .•••.•..• Outdoor Design Temperature, summer, wet bulb •..•••••. Indoor Design Temperature, summer, dry bulb ••.••..••. Indoor Design Temperature, summer, wet bulb •••.•••••. Transmission Heat Gain ••.•••••••.••••.••.•••••• Infiltration Air ..•.•....••.•.••..••••...•.•... Heat Gain From Infiltration .•••.••.•...•••....... e,-s <o1 "18 ~? 1~.~o I --Outdoor Air for Special Processes ••.••...•.•.••••.•• ___ _ CFM Btu/Hr. CFM Btu/Hr. Btu/Hr. Btu/Hr. OF OF OF OF Btv/Hr. CFM Btu/Hr. CFM Heat Gain for Process Air .••••.....•.••.•..••.•.• ----Stl,/Hr. Solar Heat Gain Through Windows, etc.. . • . . . . . . • . . • . • 1/ ()q ~~Btu/Hr. Heat Gain From Lights, Equipment, People, etc.. • • . • . . . . ~ e;!';-1-'lt!j, Btu/Hr. Heat Gain From Other Sources ...•..•••......•.••. ____ Btu/Hr. Outdoor Air: Fixed Minimum Type System CFM Per Person (Not to Exceed Tabulated Minimum Ventilation Rates) ...•. Heat Gain From Outdoor Air .•...•.•.......• _I_? ___ CFM/Person 51 1 Otj Btu/Hr. (-; . I f'aqe2ofForm4 COOLING LOAD DOCUMENTATION (Continued) System Utilizing Outside Air For Cooling CFM Per Person (Not to Exceed 33% of Tabulated Recommended Ventilation Rates) Heat Gain From Outdoor Air •.•..•.•••....•. ________ CFM/Person -Btu/Hr. Total Cooling L:oad •••.••••..••...•.•••.•.....• TEMPERATURE CONTROL · Attach manufacturer's data or other, give specification or drawing reference which shows in d~tail the following information: REFERENCE (page or sheet No.) • capability to sequence heating and cooling ..••.•••••..•..........••••........ -• temperature control device set point limits ...•....••.•••.•..••...•••••••.•.••. • temperature set point range between full 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 .•..•..•.•.•...•.•.••••••••••••.• : ••••••...•••••••..•.... SIMULTANEOUS HEATING AND COOLING The following requirements apply to the use of new energy and need not be complied with when recovered energy is used to control temperature. 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. Concurrent operation of independent heating and cooling systems serving common spaces must provide either or both of the controls given below. List referenc~ specification page or drawing number where control requirements can be verified. • Sequential temperature control of heating and cooling systems .•.•...•••.••......... • · Automatic reset of heating temperature, to limit energy input only to that level to offset heat loss due to transmission and infiltration .••.••••...••.••........ REFERENCE - Reheat systems -give reference ·specifications page or drawing number which will show compliance with the following when reheating 20% or more of the total air in the system. • When serving multiple zones, controls must automatically reset the cold air supply to the highest temperature level of the zone requiring the most cooling ........... . - • Single zone reheat systems shall be controlled to sequence heating and cooling .......... . _.., t P119413of Form4 Dual-duct or multizone systems -give reference specifications page or drawing number which will show compliance with the following: REFERENCE • 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 zone requiring the most cooling ••...•••••.•••••.• --- 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 req1,1iring the most heati_ng. . . • • • • • . • • . • . • • • . _______ _ 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 here referenced to show compliance. Supply references to proper specifi- cations page or drawing numbers. Type HV AC 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. Constant volume reheat system -when serving both interior and exterior zones -separate cooli~g coils are required if the exterior zone exceeds 20% of the total air quantity through the cooling coil. REFERENCE - ,.--- { Page 4 of Form 4 DUAL DUCT AND MULTIZONE SYSTEMS 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 larger than 20,000 square feet 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 leakage of 3% of the total air quantity handled by the dampers when operating at the maximum system pressure to which the dampers will be subjected. Manufacturer's label or nameplate shall state leakage rates. -REFERENCE ________ _ 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 __ -_________ _ Electric Resfstance Heating 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 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 system. Give reference if less than 10% or include Form 8 if calculating life cycle cost. -REFERENCE ________ _ MECHANICAL AND GRAVITY VENTILATION Mechanical ventilation -Dampers which are automatically interlocked and closed on fan shutdown are required. REFERENCE _____________ _ 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. REFERENCE __ ,--______ _ POWER CONSUMPTION IN FANS Constant volume system Total Supply Air Quantity .•••••••.•.•.•••...•..•.•••.••.• : •••••••••.•. Total Pressure of Supply Fan ••...•.•.••••••••••.•••••••••••.•••••• · •••.. Total Supply Air Quantity Adjusted for Process Loads •....••.•••.•••••••••. · .••.• Total Gross Floor Area .•...•••••••••••.•.•••••••••••..•••••••••.••.•.• Net Fan Performance Index (FPI). ; •••••.•.•••••••..••••••.•••••.••.••.•.. Variable volume system Total Supply Air Quantity at Maximum Flow .•••••••..•••..•..••••••.•.•.•..• Total Pressure of Supply Fan. at Maximum Flow .•. ; .••....•.•..••••.•••..•••. Total Gross Floor Area .•.••.••••..•••.••••••••.•.•••..••.•. · ..•....•... Fan Performance Index at Maximum Flow (FPlm) ••••...•...•.•••..•......•.... Variable Volume Adjustment Constant .•.........•..••..•.••••••.••..••.... Adjusted Fan Performance Index, FPla .••••••.••••..•••. '. ...•..•••.••.•....• REFERENCE CFM Inches Water _____ CFM _____ Sq. Ft. lnch11s Water _____ Sq. Ft. -----CFM ~---- ,,.· ~ .. ' f>a996of Form4 PIPING AND DUCT INSULATION AND DUCT CONSTRUCTION References to the piping in·sulation, duct insulation and duct construction requirements presented in Section 4.2 of the Energy Conservation Design Manual must be given below: REFERENCE----------- PRACTICON CONSULTING SAN DIEGO~ ESD INC. ASSOCIATES ENGINEERS CALIFORNIA HVAC PROGRAM BUILDING MASTER DATA DESIGN PARAMETERS~ PROJECT: CLIENT: DATE: DESIGNER: DESIGN MONTH OUTDOOF{ DHY E<ULE< OUTDOOR, INDOOR INDOOR WET BULB REL.HUM DRY BULB AUGUST vJINTEf~ GLASS TYPES 1. ROOF TYPE 1. WALL TYPE 1. 2 .. .,. ~'. SUMMER u FACT 0.580 1. 110 u FACT 0.055 u FACT 0.047 0.047 o. 123 83 3El WINTEF: u FACT 0.490 1. 1 :3:0 ASHRAE ROOF NO 5 ASHRAE GROUP G G C 67 50'1/. 78 () 50'¼ 68 GL.SHD INT.SHD ROOM COEFF COEFF CONST 0.510 0.000 MED 0.650 o.c:ioo MED SUSP CLG YES PAGE 1 KOLL2 DLF' JULY 1~1985 DOUG HARP HUMID CORRECTION DIFF FACTOR 1.81 -7 0.00 GLASS GLASS HEIGHT vJIDTH 1.0 1.0 1.0 1.0 ***** COMMERCIAL HVAC PRACTICON ASSOCIATES P.::OLL2 LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** SAN DIEGO~ CALIFORNIA JULY 1,1985 PAGE 2 ******************** BUILDING MASTER DATA .(CONTINUED> ********************* GENERAL PROJECT INFORMATION: PROJECT FILE NAME: KOLL2 PROJECT LOCATION: CARLSBAD~ CA DEGREES NORTH LATITUDE: 32 DEGREES LONGITUDE: 117 BAROMETRIC PRESSURE: 29.921 TIME ZONE: 8 DAYLIGHT SAVINGS TIME: YES MEAN DAILY TEMPERATURE-RANGE: 10 ZONE SENSIBLE SAFETY FACTOR= 0 % ZONE LATENT SAFETY FACTOR -0 % ZONE HEATING SAFETY FACTOR -0 X BUILDING OPENS AT 8 AM. BUILDING CLOSES AT 6 PM. NUMBER OF UNIQUE ZONES IN THIS PROJECT -4 BUILDING DEFAULT VALUES: BUILDING DEF{~UL T CEILING HEIGHT = 1 r, ..:.. PEOPLE SENSIBLE LOAD MUL. T r'PL I ER = 230 PEOPLE LATENT LOAD MULTIPL:CER = 190 FLOOR HEAT LCJSS COEFFICIENT = 0.81 LIGHTING ADDED ON A SQUARE FOOTAGE BASIS OF 2.25 EQUIPMENT ADDED ON A SQUAF:E FOOTAGE BASIS OF 0.5 PEOPLE ADDED ON A SQUAF:E FOOTAGE BASIS OF 1 PERSON lNTEF:NAL OPERATING LOAD F'F:OFILES: PF:OFILE HF~ HR HR HR HR HF: HR HR HR HR HR NLJMBEF: ·s <=; 10 11 12 13 14 :l5 16 17 18 1. 100 100 100 100 100 100 100 100 100 100 100 2,. 100 1 (l(I 100 100 100 100 100 100 l(H) 100 100 3. 100 100 100 100 100 100 100 100 100 100 100 4. 100 100 100 100 100 100 100 100 100 100 100 5. 100 100 100 100 100 100 100 100 100 100 100 6. 1 (l(l 100 100 100 100 100 100 100 100 100 100 ~tJATTS PEF-: SQ.FT. WATTS PER SG..1. FT. PER 100 SQ. FT. HR HR 19 2(> 100 100 100 1 (I() 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***** PRACTICON ASSOCIATES SAN DIEGO, CALIFORNIA KOLL2 JULY 1,1985 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 rs APPLIED TO CONDITIONED SPACE EQUIPMENT: PROFILE# 1 IS USEp. PEOPLE~ PROFILE# 1 IS USED. PACKAGED EQUIPMENT IS EMPLOYED USING A CONSTANT VOLUME SYSTEM A TOTAL SUPPLY CFM OF 50000 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 PRACTICON ASSOCIATES KOLL2 PROGRAM BY ELITE SOFTWARE bEVELOPMENT INC** SAN DIEGO~ CALIFORNIA JULY 1,1985 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 1. ZONE # :L PEf.~t< TIME 4 PM AUGUST 13225 SF. SYS. 1 N. !>JALL 1 1797 0.047 17 O. 79c, 1436 1.410 2534 E. t-<JALL 1 1315 0.047 22 1. 0:34 1360 1.410 1854 S. t,<JALL 1 1898 0.047 30 1.410 2676 1. 410 2676 W. t,,JALL 1 590 Q.047 60 2.820 166,~-1..410 832 N. vJALL 3 454 o. 123 5 0 .. 615 279 3. 6 1;>0 1675 E. vJALL 3 295 0.123 22 2.706 798 3.690 1.089 S. t>JALL 3 :3;~,3 0. 12~5 13 1.599 t::"7''i ._,._,.,::. 3.690 1229 t,<J. W/-iLL 3 312 (). 123 9 1.107 345 3.690 1151 N.GLASS 1 1544 0.580 :1.8.024 27829 .14. 700 22697 E. GU~SS 1 710 0.580 33.099 23501 14.700 104:57 S.GLASS 1 1204 O. 5E!O 30 .. 667 36923 14.700 17699 W.GLASS 1 1050 0.580 59.905 6290() 14.700 15435 LIGHTS 29756.25 1001/. 3.410 10146.9 EQUIP. 6613.00 100;~ 3.410 22550 0 FLOm~: 550 24.300 1 ::~365 PEOPLE :L32.25 100'1/. 23(> 190 30418 25128 TOTAL 3146717 25128 92673 2. ZONE ~* :z PE?)I< TIME 4 F'M AUGUST 17956 SF. SYS. 1 N. vJALL 1. 2529 0.047 :1.7 0.799 2021 1.410 3566 E. t.<JALL 1 2626 0.047 22 1.034 2715 1.410 3703 S. vJALL l ~:538 0.047 30 1.410 3579 1.410 3579 W.WALL 1 1692 0.047 60 2.820 477-1 1.410 2386 N.13LASS 2 2260 1.110 25.567 57781 33. 9(>(> 76614 E. GU~SS 2 750 1.110 44.781 33586 33.900 25425 S.GLASS 2 1700 1. 110 41.681 70857 33.900 576~)() W.GLASS 2 1500 1. 110 78. c,45 118418 33.900 5085() Sl<YLIGHT 2 1329 L 110 114.565 152257 33.900 45053 LIGHTS 40401.00 100'1/. 3.410 137767 EQUIP. 8978.00 100'1/. 3.410 30615 0 FLOOR 90 24.300 2187 PEOPLE 179.56 100;~ 23(> 190 41299 34116 TOTAL 655665 34116 270993 ** COMMERCIAL HVAC LOADS PRACTICON ASSOCIATES ~~OLL2 PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC** SAN DIEGO, CALIFORNIA JULY 1,1985 PAGE 5 ************** DETAILED PROJECT ZONE LOAD CALCULATIONS*************** LOAD UNIT LOAD TEMP. LOAD SEN. LAT. HTG. HTG. DESCRIP. QUAN FACT. DIFF. MULT. HEAT HEAT MULT. LOAD 3 .. 3 PEAi< TIME 4 PM AUGUST 19321 SF. SYS. 1 ROOF 1 15919 0.055 46 2" 5:3() 40275 1.650 26266 N.WALL 1 2094 0.047 17 0.799 1673 1.410 2953 E. ~'-/ALL 1 1997 0.047 22 1.034 2(i65 1.410 2816 S.WALL 1 2204 o. 0:47 30 1.410 3108 L410 3108 i;J. Wf-'l..L 1. 1.806 0.047 60 2" ~;2(> 5093 1.410 2546 N.GLASS 2 1.BOO 1.110 25.567 46021 33. c_;,oo 61020 E. (3LASS 2 11.50 1. 110 44 .. 7131 5:L498 33.900 38985 S.GU~SS 2 1790 1.110 41.681 74608 33.900 60681 l;J. GLA!:-lf:l 2 1710 1.110 78.945 134996 ~)3 ~ 9(>(> 57969 SKYLIGHT ,-, ..::. 1T70 1.110 114.565 202780 33.900 60003 LIGHTS 4~~;4 72 n 2~) 100% :3_ 410 148240 EQUIP. 9661.00 100% 3.410 32944 0 PEOPLE 1 •-1::~;. 21 100'.%. 230 190 44438 36710 TOTAL 787739 36710 316347 4. 0 PEAi< TIME 6 F'M AUGUST 1 SF. SYS. 1 LIGHTS 2 .. 25 100% 3.410 8 EQU.tF'. 1.00 100'½ 3.410 3 0 F'EOF'LE 0.01 100'½ 23(> 190 2 2 TOTAL 13 2 0 ***** COMMERCIAL HVAC PRACTICON ASSOCIATES l<OLL2 LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC***** SAN DIEGO~ CALIFORNIA PAGE 6 *********************** SQN ABBREV. PEAK TIME NO. DESCRIP AND MONTH 1 ZONE t~ 2 ZONE# 4 0 4 F'M AUG 4 F'M AUG 4 PM AUG 6 F'M AUG ZONE PEA~< TOTALS JULY 1~1985 ZONE SUMMARY OF SYSTEM 1 ************************* FLOOR SENSIBLE HEATING VENT INFL EXH SUPPLY CFM AREA LOAD LOAD CFM CFM CFM CFM /SF 13225 314679 92673 1984 1 7956. 655665 270993 2693 1 <;>321 7BT739 316347 2898 1 13 0 0 50503 1758096 680013 7575 () (l 0 0 0 0 14304 1.1 0 29803 1.7 0 35806 1.9 0 1: 1.0 0 79914 1.6 * MONTHLY AND HOURLY SYSTEM ZONE SENSIBLE LOAD PROFILE * * {~UGUST NOT USED NOT USED NOT USED NOT U$ED NOT USED * * HOUR ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN * ---------------·----------------------------------------------'------------- 8 AM 90f5'.230 0 0 () 0 0 9 AM 1053Cr38 0 0 0 0 0 10 AM :L '.205612 0 0 (l 0 0 11 AM 1353442 0 0 0 0 0 1 ,, ·-(~M 145El3:52 (l 0 0 0 0 1 PM 15<r0647 0 0 0 0 0 r-, .<:. F'M 161:15010 0 0 (l (l 0 3 PM 1749604 0 0 0 0 0 4 PM 1758096 (l 0 0 0 0 5 PM 1714653 0 0 0 0 0 6 PM 1616563 0 0 0 0 0 7 F'M 0 0 0 0 0 0 8 PM 0 0 0 0 0 () -------------------------------------------------------------------------- * * * * * COMMEl=::c I AL HVAC LOADS PROGRAM BY EL I TE SOFTll-JARE PRACTICON ASSOCIATES KOLL2 JULY 1~1985 ******************** TOTAL LOAD SUMMARY OF AIR SYSTEM DEVELOPMENT INC***** SAN DIEGO, CALIFORNIA PAGE 7 1 ****************** SYSTEM TYPE: ~ACKAGED EQUIPMENT WITH CONSTANT VOLUME TERMINALS SENSIBLE HEAT RATIO: 0.95 --THIS SYSTEM OCCURS 1 TIME(S) IN THE BUILDING SYSTEM 1 PEAKS IN AUGUST AT 4 PM OUTSIDE TEMP IS 83 INSIDE TEMP IS 7a SUMMER: VENT CONTROLS OUTSIDE.AIR l>JINTEF: VE:NT AIH LOAD = 245~430 WINTER EXH AIF< LOAD = 0 l>JI NTEF: INFIL AIF: LOAD = 0 TOTAL ZONE HEATING LO?-)D = 680~013 ----------- TOTAL SYSTEM HE{~TING LClAD = 925,443 WINTER: VENT CONTROLS OUTSIDE AIR BTU/HR BTU/HR ( BTU/HR ( BTU/HR BTU/HF: 7575 CFM) 0 CFM) 0 CFM> **** ALL COOLING LOADS BELOW WERE COMPUTED AT THE AIR SYSTEM PEAK TIME**** SUMMEF: \/El'.IT SEI\ISIBLE GAIN = 41~c,63 EXHAUST AIF: SENSIBLE GAIN = 0 SUMMER INFL. SENSIBLE GAIN -·-() TOTAL ZONE SENSIBLE GP,IN = 1,758,096 TOTAL PL.NM ~;ENS IBLE GAIN -0 ZONE LOAD SEN SUBTOTAL DF:AW-·Tl-lF:U FAN SEN GAIN = 0 BLOW-THRU FAN SEN GAIN = 0 MCL SUP.SIDE CDIL G{~ IN = 0 MCL RET.SIDE COIL GAIN = 0 SUPPLY DUCT HEAT G{·) IN = 0 RETURN DUCT HE{H GAIN = 0 AIR HANDLING SUBTOJAL -----------TOTAL SYS'fEM SENSIBLE GAI = 1,799,759 SUMMER VENT LATENT GAIN = 9,350 EXHAUST AIF: LATENT GAIN -· 0 SUMMEF: !NFL U-'lTENT BAIN = .o TOTAL ZONE LATENT GAIN = 95,956 -----------TOTAL SYSTEM LATENT GAIN --105,306 TOTAL SYSTEM COOLING LOAD = 1,905,065 INTERNAL. LOAD!3 SUMMARY: 11:::!,631 WATTS OF LIGHTING, 25253 TOTAL SYSTEM SUPPLY AIR TOTAL CONDITIONED AIR SPACE SUPPLY AIR CFM/SQ.FT. TONNAG~ PER SQ.FT TOTAL TONNAGE REQUIRED FOR AIR - = = = SYSTEM 1 BTU/HR ( 7575 CFM) BTU/HR ( 0 CFM) BTU/HR ( 0 CFM) BTU/HR BTU/HF: = 1,799,759 BTU/HR BTU/HF: BTU/HR BTU/HR BTU/HR BTU/HR BTU/HR -0 BTU/HR BTU/HF: BTU/HR ( 7575 CFM) BTU/HR ( 0 CFM) BTU/HF: 0 CFM) BT!J/HF: BTU/HF: BTU/HR l>JATTS OF EG!UIP, AND 504.0 PEOF'LE 79,913 CFM BASED ON 20.0 DT 50~503 SQ.FT. 1.5824 0.0031 WITH OUTSIDE AIF: --158.76 TONS - ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE PRACTICON ASSOCIATES KOLL2 JULY 1,1985 DEVELOPMENT INC***** SAN DIEGO, CALIFORNIA PAGE 8 *********************** TOTAL BUILDING LOAD SUMMARY ********************* BUILDING PEAKS IN AUGUST AT 4 PM THIS SUMMARY ACCOUNTS FOR ALL ACTIVE ZONES IN THE PROJECT OUTSIDE AIR QUANTITY CCFM) % OF TOT SUP AIR SENSIBLE BTU LATENT BTU SUMMER VENT AIR -7,575 9.479% 41,663 9,349 SUMMER INFL AIR = 0 0.000% 0 0 PRE-COOLED AIR = 0 0.000% 0 0 ------------------------------------- TOTAL SUMMER AIR= 7,575 9.479% 41,663 9,349 WINTER VENT AIR = 7,575 9.479½ 245,430 WINTER !NFL AIR = 0 0.000% 0 PRE-HEATED AIR = 0 0.000% 0 ---------~---------------- TOTAL WINTER AIR= 7,575 9.479% 245,430 TOTAL ZONE HEATING LOAD LESS INFIL TO ZONES = 680,013 ----------- TOTAL BUILDING HEATING LOAD -925,443 * MONTHLY AND HOURLY PROJECT ZONE SENSIBLE LOAD PROFILE * --------------------------------------------------------------------------- * AUGUST NOT USED NOT USED NOT USED NOT USED NOT USED '*, * HOUR ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN ZONE.SEN * ---------------------------------------------------------------------------s· AM 905230 0 0 0 0 0 9 AM 1053938 0 0 0 0 0 10 AM 1205612 0 0 0 0 0 1 1 AM 1353442 0 0 0 0 0 12 AM 1458332 0 0 0 0 0 1 PM 1590647 0 0 0 0 0 2 PM 1685010 0 0 0 0 0 3 PM 1749604 0 0 0 0 0 4 PM 1758096 0 0 0 0 0 5 PM 1714653 0 0 0 0 0 6 F"M 1616563 0 0 0 0 0 7 PM 0 0 0 0 0 0 8 F'M 0 0 0 0 0 0 .. ***** COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMEN- PRACTICON ASSOCIATES SAN DIEGO, KOLL2 JULY 1,1985 *********************** TOTAL BUILDING LOAD SUMMARY ********** BUILDING PEAKS IN AUGUST AT· 4 PM LO{~D DESCRIF' ROOF WALL GLA!3S SKIN LO,'.:\DS" PEOPLE LIGHTING EQUIPMENT F'F'L-LGHT·-EQU IP PAfff IT ION INFL AIR VENT AIR F"RE-TF:EtiTED AIF: DRAW-THRU FAN LOADS BLOW-THRU FAN LOADS QUANTITY 15,919 24,480 20,267 -------- l10, 666 505 11~~; ~ 632 25,253 0 0 7~575 0 MCL SUPPLY SIDE COIL LOADS MCL RETURN SIDE COIL LOADS SUPPLY DUCT LOADS RETURN DUCT LOADS REHEAT RESEF:1/E CAPAC I TY UNITS SQ.FT SG"!. FT SQ.FT SG.l. FT t;JATTS t...JATTS SG.l. FT CFM CFM CFM ¼ OF BLD LOAD SENSIBLE BTU 2.114% 40,275 1.791% 34,115 57.423% 1,093,953 35.994% 589,75~ 0.0001/. C 0.000% r 2.678½ 41,66: 0.000% o. ooo~-:. 0.0001/. 0.000% 0. 000'1/. 0. 000~~ o. 000'1/.. o. 0001/. 0.()001/. TOTAL BUILDING SENSIBLE & LATENT LOADS 100. ooo;-:. 1, 799~ n TOTAL PROJECT ·suMMARY '1/.. OF BLD LOAD SENSIBLE s· TOTAL BUILDING OUTSIDE AIH VENT LOADS 2. 678'.'I. 41, 6 TOTAL BUILDING PF:E-COOLED AIR LOADS 0.000'1/. TOTAL BUILDING OUTSIDE AIF·~ !NFL LOADS 0. (H)O;~ TOTAL BUILDING ZONE LOADS 97.322'1/. 1~758,0 TOTAL BUILDING PLENUM LOADS 0. 0001/. TOTAL BUILDING AIF: HANDLING LOAD 0.000% __ .. ________ _________ .. TOTAL BUILDING SENSIBLE AND LATENT LOADS 100.0001/. TOTAL BUILDING COOLING LOAD TOTAL CONDITIONED AIR SPACE = 1~905,064 BTU/HR = 50, 50:3 BG.l. FT TOTAL BUILDING SUPPLY AIR 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 --· = = ..,..,..,._,..i.,,r.:)i::-RFGlUIF:ED WITH OUTSIDE AIR = CFM 1. 5824 :318. 1. :l84 0.00~;1 1,799, : CFMl SQ.;: TON!3, 158. 7, ~ ~ 7?-ft9 '----=--=--=-=--=-=---=---=--=--=---=---=---=---=---=-----=-LI_--.:::_-_-_-_-_:::--_=--=--==--~:~~=-\ t.f.-t I ~L/ :NT FEE FORM •ES VASTE CORRECT HGNED S LIC. IP tJ--) / "D ~~~~I l_. =~• "" "''"' tf ' € E ~ ~ FINAL PLANNING ENGINEERING UTILITIES J7, ,,__ (2r I 4 f<> ' -6. uf ~--1-vr ~~ 6-~ 5 ~ E o ~ ?(~ -+-I ~o E-'1-~ ~e::£-5 1u e.--1-P•i,r,.£ . CLEARED IUN i?, ~ 1998 CltJ ot CARLSBAD DEVELOPMENT PROCESSING SERVS,. L _____ -L-J CERT OF OCC DATE SENT BUILDING • PLANNING ENGINEERING FIRE HEALTH i ~ ~ '\. I ~ v .....