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HomeMy WebLinkAbout2382 FARADAY AVE; 300; CB890756; Permit·-~ ) ~) ~ ~[ .J~ -·z D I hereby affirm that I am licensed under provisions of Chapter 9 (commencing with Section 7000) of Division 3 of the Business and Professions Code, and my license Is In full force and effect 8 I hereby affirm that t am exempt from the Contrac· tor's License Law tor the lollowing reason (Sec. 7031.5 Business and Professions Code Any city or county which re-quires a perm11 to construct, alter. improve, demolish, or repair any structure, prior to its issuance also requires the ap· plicant for such permit to Ille a signed statement that he ,s licensed pursuant to the provisions ol the ·contractor's I ~i,~~~~~1~ft~~iai:r;e;s ~~~i;i1~i;~o~!t~o~:,i~~~h~~~s0 .~~ . ! empt therefrom and the basis for the allegeo exempl,on Any I v1olahqn of Section 7031.5 by an applicant for a permit su'l!-· jects the.applicant to a civil penally of not more than five hun· I dred dollars ($500). · . ·ffi t I I, as owner of the property, or my employees with W?ges as their sole compensation, will do the work, and the struc- ture ,s not intended or offered for sale (Sec. 7044, Business and Professions Code: The Contractor's License l:aw does not apply io an owner ·01 property who builds or improves thereon and who does such work himself or through-h,s own employees. provided that such improvements are not intend- ed or olfered for sale If, however, the building or improve-ment is sbld within one year of complet1on, the owner-builder will have the buri!en of proving that he did-not build or im· .,, z 0 ~ IC <(, ..I ~ \0 C ... 5 ~ w z 3: 0 z 0 ~ .,, z w Q. :IE 0 0 -!I> IC w :..:: IC 0 3: -prove.for the purpose of sale). I I I, as owner of the property, am exclusively contracting with licensed contractors to construct the pro1ect (Sec. 7044, Business and Professions Code. The Contractor's License JaJ Law does not apply to an owner of property who builds or im· ·'' pr'oves thereon, and who contracts !or each projects witb a contractor{s) license pursuant to the Contractor's license Lew). • _ · 11 As a homeowner I am improving my home, and the lollow- •· mg cond1tmns exist: -1. The work is bemg performed prior to sale 2. I have lived m my home lor twelve months prior to completmn of lh,s·work 3 I have not claimed this exemption during the last three years. D I am exempt under Sec. _______ • B & P C. lor this r~ason _______ ~----- 0 I hereby-affirm that I have a certificate of consent to self-Insure. or a c9rtihcate of Workers· Compensation In~ surance. or a certified CQpy thereof(Sec. 3800. Labor Cpde) POLICY f'.10. COM.PANY. !XJ Copy is filed w,th the-city D Certified copy is hereby furnished CERTIFICATE OF EXEMPTION FROM WORKERS' COMPENSATION INSURANCE (This section need not be conipleted If the permit IS for one hundred dollars ($100} or less) . D I certify that m the performance of the work for which 'this peim1t is issUed. I shall not employ any person in any manner so as to become subject to the Workers' Campen· satIon Laws of California. NOTICE .TO APPLICANT: If. alter making this Cerhllcate of Exemption. you should become subJect to the Workers' Compensation provisions of, the Labor COde. you must forthwith comply With sllch prnvisions or this permit shall be deemed revoke.d. 'J[· ~z -w ..I D I hereby affirm tt1at there Is a construction tending agency for the performance of1he work for which this per· mit Is issoed (Sec. 3097. Civil Code) Lender's Name~"'-+-'-'-----',-,.;c"'""''-------- USE BALL POINT PEN ONLY & PRESS HARD APPLICANT TO FILL IN INFORMATION WITHIN SHADED AREA AND DECLARATIONS. . . CARLSBAD BUILDING DEPARTMENT APPLICATION & PERMIT & t ff...-&o"'J,,-: it,, 2075 Las Palmas Dr., Carlsbad, CA 92009-1915 (619) 438-1161 Jo~36ss ~ ~OJ4LI ;+(if· 1 ;;;~s N3c>O loA;:r;;Ja¥l Bus1NEss LtcENSE # / 1Af.K5 ~ PERMIT NUMBER LOT BLOC)( SUBDI V,ISION l AS~E~~ R PARCEL ~,.o;. "" t' _ CONTRACTOR 1 " CONTRACTORS PHONE# ZONE 1 ~ O-y .t:J7 ::5 ' 'r..i'l-::J. -, 'Jl~d. -\.P /,,,, "11\1:;z L:::A::' f,l ~OW_t;J...:.E..i.R-'S_N_A_M_E_...J..._-,--___ __,1'---_,(A.~!-_;l~..u,~O-W_N..1E:..:R'::S;..PH_O_N_E__,g V oU rot,::r;}{'(Wa?O (\J ~-d-'"'l -5:.,r..;'() ,llou ()c»f'/UOJ4-ru '1-1xt/,c}. -555"6 CONTRACTOR'S ADDRESS . STATE LICENSE NO. BUILDING SO. FOOTAGE OWNER'S MAILING'ADDRESS . -1?-.'tJD f.5fJ(i;f J1J{iB(., eo .. s.a l/q 1-15 I 13ZJD .-ta'UfuJvU~ to, s.D cn-111 OESt~;ER . DES;NE:SPHONE. DESCRIP.TtON OF WORK • o N-El.Ll... -/3U Vtee,~ l{ o <a o~S ,. -r:: _ , ror. t?~nnot0s _ DPPtC6 515e:;;~;uim ~ STATE LICENSE NO. _ ~//Cf S (:p I ~~ NO FLA ELEV. ST~~ES ~;, EDU . I CENSUS TRACT I P,!>.RKING SPACE RES UNITS I GRADING PERMIT ISSUED I REDE;VELOPMENT TYPE occ LOAD FIRE SPA 8 .,., . I AREA CONST 000 08/02/89 0001 01_ 02 .. : . . vO NO vO NO vO NO NotValidUnless¥,a,cf}i(!.f,.{l,ertified ~i¾'.?J\l : QTY. PLUMBING PER~IT -ISSUE 76c, QTY . ./ MECHANICAL PERMIT -ISSUE /~ Hf SUM~~RY/ACCOUNT NUMBER .,., -.. I o/ EACH FIXTURE TRAP /,:;, INSTALL FURN. DUCTS UP TO 100,000 BTU BUILUING PERMIT 'f-..vt 001-810-00-00·8220 Vf _", /· : / EACH BUILDING SEWER OVER 100,000 BTU SIGN PERMIT ~.1,, 001·810-00-00-8221 ' I EACH WATER HEATER AND10R VENT BOILER/COMPRESSOR UP TD 3 HP PLAN CHECK 5(,_"f> 001-810-00-00-8891 /-/J.,,.... } -. EACH GAS SYSTEM 1· TO 4 OUTLETS BOILER/COMPRESSOR 3-15 HP TOTAL PLUMBING -001·810-00-00-8222 / ~ I EACH GAS SYSTEM 5 OR MORE. METAL FIREPLACE ELECTRICAL 001-810-00-00-8223 lJ-o, C, I EACH INSTAL. ALTER, REPAIR WATER PIPE VENT fAN SINGLE DUCT MECHANICAL 001·810-00-00-8224 '/ 5 0 I . . I EACH VACUUM BREAKER MECH EXHAUST HOOOIOUCTS MOBILEHOME 001-810-00-00-8225 - I WATER SOFTNER RELOCATION OF EA FURNACE/HEATER SOLAR 001-810-00-00-8226 , : EACH ROOF DRAIN IINSIDE) DRYER VENT STRONG MOTION 880-519-92-33 -/~ I t----------,---------"'T'"-__..._--jt:'7'":---tl TOTl<L MECHANICAL FIRE SPRINKLERS 001-810-00-00-8227 1 TOT A·L PLUMBING I f(..,,f . / ,...,<;o_ PUBLIC FACILITIES FEE 320-810-00-00-8740 .: . . _ I BRIDGE FEE 360-810-00-00"87 40 l QTY. ELECTRICAL PERMIT -ISSUE '7 ,re,, QTY. MOBILE HOME SETUP PARK:IN-~IEU {AREA ) I t----+-------------------------------111----------------------------~1--------------------------------------------1 NEW CONST EA AMP'SWT BKR_ _ CAR PORT TIF 312-810-00-00-8835 I 1 PH Cf 3 l'H .f'rltl2.e> AWNING LA COSTA TIF 311-810-00-00°8835 : EXIST BLDG EA AMP/SWT'BKR GARAG~ FMF • I 1 PH 3 PH LICENSE TAX 001-810·00-00-8162 /;.,.~ qq I REMODEL'ALHR PER CIRCUIT MFF 880-519-92-57 ' I l---+-------------------1------lt---t------------------~-----•ll•------------------<ll----------t 1 HMP PO LE 200 AMPS I OVER 200 AMPS ~ TEMP OCCUPANCY (30 DAYS) I CREDIT DEPOSIT L (,,, O.). ?' : TOTAL ELECTRICAL I ·¥-o5"' TOTAl TOTAL FEES PAYABLE ,1 tl~0-~ I I HAVE CAREFULL y EXAMINED THE COMPLETED "APPLICATION AND PERMIT" A:ND DO HEREBY . Expir\l,ti.on. Every permit issued by the Building Official '!nderthe pro111s1ons of this *AN~HA. CT ;S REQUIRED FOR EXCAVATIONS OVER I CERTIFY UNDER PENALTY OF PERJURY THAT ALL INFORMATION HEREON INCLUDING THE Code shall expire by ,hm!talion aod become null 8nd void Jf the building or work 5' O" l<ND DEMOLITION ()fl CONSTRUCTION OF I authorized by such permit 1s not commenced within 180 days from the date ot such · DECLARATIONS ARE TRUE AND CORRECT AND I FURTHER CERTIFY AND AGREE IF A PERMIT I~ permit, or if the building or work authorized by such permit 15 suspended or ST RES OVER 3 STORIES IN HEIGHT I ISSUED:. TO 90MPLY wri:H _ALL CITY. COUN1Y AND STA1:E LAWS GOVERNING BUILDING CON· abandoned at any time after the work 1s commenced for a oenod of 180 davs. ~ 1 STRUCTION. WHETHER SPECIFIED HEREIN OR NOT. r ALSO AGREE TO SAVE INDEMNIFY AND 7J . · O ·o APP~A E~BY -f;/6 1 . KE.EP HARMLEliS _THE c1:rv .OF CARLSBAD AGAINST ALL LIABILITIES. JUDGMENTS, cosrs AND APP /tvtcANT s SIGNAT~RE,/4., ¾ OWNER CONTRACTOR. . . " l . · D~ ·A I EXPENSES, WHICH MAY IN ANY WAY ACCRUE AGAINST SAID CITY IN CONSEQUENCE OF THE J ' ,_,L. . ( . 11 , JI fJ • . BY PHONE O ·-/ J dQ ., .. GRI\NT[NG OF Tl;llS PERMIT. • . . . • , fJ 5}({ 1.f) rvµlf ,,I, '-I / 7}'--/ ~ u:: >, ~ 0 a. E Q) f- l 'O 0 CJ c Cll t) a. a. <( I ::,:, C a: ~ 0 (/) (/) Q) (/) (/) . <( I s: .Q ai >- Q) t) C Cll C u:: s C Q) ~ CJ 0 u Q) a. (/) C 2 .c s: , ~ ' .. ':.: ,-_ ,- r l l :; ,. Yi ~ TYPE BUILDIN.G ' · FOUNDAl .. lON·;: . · • " ,. 'I, ¥> ~ ' ' ' --, • '" ' _Ri;JtfFORCED 'STEEL l t· ·.:l ··,.,,·.· ·'_1'.· -.~ ' ' ~. t ~-•f: ;,; -· .I. --M~SQNRY · 1, . l G:UNITE OR GROUT . : ,, ·'oAJ~ i'NSP.EG!Qfl· _ ' ,, r: ':; t .. SUB :FR~ME 'D Ft60R DCEil:.IN<il-· ;:c~Bi~~ · :o,R66F Tj:&HE'A¥: t I I ' ' ' . -' .. , .. ,,. --. --, EXtERIOR. LATH . . . . ' . . . ' . . !. !, I' ,· INSULATION ~ ',, ' _'.________c__•. l!"J.T.ERIOR .. LA.TH -&. bRYW_ALt . _ .·•· . l . I• I· I -, ... I' ., Fl,ELD INSPE.CTIGN RECORD REOUIREQ SPECIAL 'INSPECTIONS ~-,..._·.>,. INSP6'(1;:ffCY&l • • -~:ic -' C I ·SOILS-CGMPtlANCE , PRl6R TO --. ·•-FOtJNbATIOf..i' INSP . STRUGT.URAL CONCRETE . ' {)VER 2000 PSl -. ·-· ·PRES'fRE-SSED· .. CONG!:H;:tE. . REQ. IF ·1 INSPECTQR'S· CHl;QKED . f>;PP,8QV_Al.. .. .~ QATE ,. ,.._,__ ,--.;.: "-,..\. , . $2:_~~a?~~ . INSP~CTOR'S N_OTES .~ -~I. -~ ... , :-._- ' ' ... ~ ........ ---~ -...:.:..::_-~. ~--··.,· _., \ '\ \ . ~ \ ~)~\_ __ . \ "0*'i\\.S.J :r.--~-~-\ . ~ , .... ~~ , -~ ' . \')',,;;= .. .,..-•. X \ _..,J \"--...._ .~~ ... ,~~---'------'-' 1 ...... ,-t,-,.~.; .. .-t •. , ., ~-t :· ;;. i ' \ ' ') . -_.::-, 'l , ....... c ....... \ \. •• ..... l ~ .-....... ~ .\.. "'--.....!.."':.,_"~ q;' POST' TENSIONED . ~: "' \. .7 ··. .co.NCB!cf~ -... PLUMBING ,·' . ·_; . .... "=; .. · ·~7EL~\¾~LD;~G ~-( .. ' ....... ·, ...................... ,, .. .,. 1 ·n -'SEWER ANb:·sweo . JJ PIJco-: ·· . : ........ -f-11.~6-rt~sT~R-EN-G-.i.-i:i-i .• t . · . , . . " ... ' "· . :: ... · .. _---., :: :· . ,. · · · ·: · · ·BOLTS · •• !-;,.,\ -f UNDERGROUND O WASTE D WATER · -· . .. ·., .. -·---1-· · .. :r .... '. "·:~·-· .. --_ .. ·:.:,,,.: .. ::,· '., ··,.· .. ··,',J,-····"· ·•·.· ·" SPEG;IALMASONA;Y 'J · . TOP OlJJ' · -D WAS:fE· . D WA1;ER -·· · ·· ,_ · . -~--•. · ,.-s.:,,: · ll . ' ' . -,. <, ' .... ' --•• .. •• • •• .. ......... l". ;y,. : tua AND SHOWl:R PAN : . t".' '.,:, ' -,,. • •,< • ' ----=----'-------______::__::___ --,--.. - ,L \'v-:)-t\. \ -.....,:--·- .••• i L ;,-;,- .'!.' ',, GAS fgt>t_. . . · ,_ .. -, .. · --i 1 p WAT!;R-H e~tE~ .. :c:r ·so!-AR WA:t~R: ~,_:"• , I_.P'L,~$.¢Al$S_ONS ·: . ·,,J l .. I : ,, --~/'I,'.. ... '."'« ·--· .', ~ f:·· i 1 ··0;._ • • • • • •• • ElECTRICAl, . . . ·l .f ~,-, ·,...,., ~,ll ,. -.: .... i~~ -.. ... :;-:..c_ . i ~-~~<v~·~-·~.J_ ~~ •.y-·· \k-~r.-..'' ---~-~~)_:_•_ ..... fj~~~. ·t:~{~<-') · 'b E~Qi:RIG QNDER'GROUND DJ t).P,F:E.R ~ ,Y . ··./RQQ~H EL.~¢tR1¢··:. . -i_. · \ t: d ELECTRIC SERVICE . o tEMPORARV.:::s-... ~ .... , .. ·· ',:-. .. ,· .. :· -............. r-· ... ., ', w ~ D BONDING ~-_p .POOL . ". J -~ . -MeCHANICAL i . • . . , .. .. , . . . -• .. , I .. -·1, .,, . ., --~ ' ,_', .:-, ,. .,. ,• ' ~ ·;) ,--' ., t"' • a\-~ \ ~. \ -........ \ \,:) ·-~-·--':\_ ===~~== ~~\\ ~<~ ''-.·-~ ·,,.:, ;}·'.!..~'-' f1i ·,1)· ·: ••• -~: ' f ' rI ' f, ' ' D :DUCT APLEM,,. _ .p. Rl:F. PIP.ING, · 11' -,-., -.... ~ -~,. H$AT_...;.. AIFfC(:)~_Q. svstEMS ·1 · C\"·U', <:. '"'\> VENTiLATING $YSTEMS-. L \ ' ' 1-· .•. \ ,", l , I'.:::'.,,_ H11'f, ... '·\ --L ·: '<... ':... ., < -·~ -'l{-f" ·;_, \-~ ... ~.,. ... ·~ ...... :-..-4 I ;:•\{_ .. ~_: i~_::\;.:4· :~:\: t _\_, ~ ,\, ,¥_:;· 1-'-,--i-i"-ie-.. ,"""·, -.-_"='-,-iS-'="7 .-'--'---'--~-----------'--~"--'-----:-----:--'-,----,-----'--''--"--:-.,--c"--------,-; . ·cALL .FOR FINAL JNSPEC.T-idN' WHEN Af.L APPFibl:,RiA TE , . ·· _ ,·., 1 ;-· · • ..... :-·, · ? , r . ·.: 1 1-1 . __ .. ·, 1TEMSA'BOVE-HA,VEIJJEENWRP..ROVED:t.,.;·7.··_i;·,,: ::··r~. ,_-1 ,._ ·,-_ :·:··\\"i . .. . · .:· .. :._,,. -::.: FINAL 1--· ' : .· • ._, ._, • --· .. ' • · .. _ , ,f. _ \, ... ,.. _. -, .. -.' .,., '\ I'' II--; ,'-1-,--._·(-.-.,-,-'---.-,----=-,-.----.-,--;__;__;__---'-"--'---'--~~--=--,-.'--'-'--''--1 'PLUM' BI_N_ ·G·-I .. \':· ,-· ' .• • ··,\ • '\~ ' ·:' ,·, . :, .. .J\. "'I .-·, -~· ·,, ,, \ ~. ~-·-. . ' ... . •. ' \ .-I ' ' ' • _l -" + ~ " • ~-. ' ' \ J ; + < ,_ ~ _f + i ,, J r : ' :::\!. ' ._~~ ;:' .... L "\ ..... ~ ,_.'\---... ' -~ ,¢•,_. EL,E,CyR!QAL -.. t ~-. . ·< 1 ~.. ,.. ·~ • . .1. -i: ,-·;, (" , 1 , , • : •.. • ' ' . 1· ' ··, ,~,,,,, ·-• /'\ -/ '•' .. • .... • • ' M!;Ct1A~ICA~' I: ...... ,-,:,,,.vc, . .,i-,,,(. !/ -. • .. ·:,·: ~ ;' . '• ... \ . --. -' ....... ~~ lO' \' _. -~.:···· :·-.. ,: .. I _;~;v,_l(f{."fr/fi\_j~\ .. \_~,'-··· _.,!'·,·-·:.-:·.:· .::_,\_, .. '._:_:-._~ .:·~·-.,~·:--9>--:--.. i~. ,~··,l,;)·\\'.'i_\':7'_-.,..., BU!J,.Q,IN:&: ·c•s< _I ·., r· ., . 1 ._. . --. .. ·-\ . ,. . ' '',) 1· ~-'-· f\' si:s,ec1'A(.'d6No1tioN$. -----.: . \:I .•. / ·:·1 I·: \ •-? . t..'-'t,, •• -~,;~:-··;:__~ \ ... ~ ' ........___ a,,,...,. ; ,.,..~11n.,..~ ,.-,'? I'-• , __ .... ·--. -:1. .--.. ·-,-",. --, ~ - ·, .·~ , PERMIT# CB890756 DESCRIPTION: 9795 SF OFFICE IN COMPLETE BLDG CITY OF CARLSBAD INSPECTION REQUEST ,. FOR, 10/17 /89 TI INSPECTOR AREA MC PLANCK# CB890756 OCC GRP CONSTR. TYPE NEW JOB ADDRESS: 2382 FARADAY AV APPLICANT: VREHICH, CHRISTIE STR: FL: STE: PHONE: 438-0203 PHONE: 619-292-5550 PHONE: CONTRACTOR: KOLL CONSTRUCTION COMPANY*T K OWNER: REMARKS: Tl/MH/RICK/580-1239 SPECIAL INSTRUCTIONS: TOTAL TIME: CD LVL DESCRIPTION 19 ST Final Structural 29 PL Final Plumbing 39 EL Final Electrical 49 ME Final Mechanical #300 INSPECTOR __ A-/\_W-_____ _ Tl ACT COMMENTS Af _______ _ ~ ~------- --------------------------------------------------------- ***** INSPECTION HISTORY***** DATE 101289 100589 100589 100589 100589 092889 DESCRIPTION Final Combo Final Structural Final Plumbing Final Electrical Final Mechanical Final Combo ACT INSP NR MPC CO MPC CO MPC CO MPC CO MPC PI MPC COMMENTS SUITE ADDRESS T & P TERMINATION CIRCUIT LABELING EQUIPMENT LABELS ·,E Il@@itll' fl@m Il C@mfium@fiflm~ I [ID© iO C-10 #451687 371 North Engel Street Escondido, California 92025 Telephone (619) 489-6790 Fax (619) 489-2678 August 11, 1989 Building Dept. City Of Carlsbad 2075 Las Palmas Carlsbad, CA. 92009 Attn: Mare Camero Subject: Leisure Technology 2382 Faraday, Suite 300 Plan Check #89756 Mr. Camero, This letter is to confirm our telephone conversation of 8-10-89. We are the designer for work being done at the above subject project. We have no objection to the installation of flexible metallic conduit as a wiring system on this project. Johns. Stratton 2)21::l:~ @ FINAL BUILDING INSPECTION RECEIVED O (>; 0 2 1989 PLAN CHECK NUMBER: 9/23/69 DATE: PROJECT NAME:------------------------------- ADDRESS: __ 23_G_2_E_'a_?:_a_d_a.::..';/..:...11_f13_0_0_· ------------------------ PROJECT NO.: _______ UNIT NUMBER: _______ PHASE NO.: TYPE OF UNIT: _i_o_i_o __________ NUMBER OF UNITS: CONTACTPERSON:. __ ~_!_~_k __________________________ _ CONTACT TELEPHONE: __ s_s_o;.._ ... _1_2--',.3-'-9 _______________________ _ At L 1 I I I DATE CJ./,/. INSPECTED: 7 11{J'.1 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 . I, ) ' FINAL BUILDING INSPECTION PLAN CHECK NUMBER: DATE: 9/23/139 PROJECT NAME:--------------------------------- ADDRESS: PROJECT NO.: ________ UNIT NUMBER: ________ PHASE NO:: _______ _ TYPE OF UNIT: i"i• NUMBER OF UNITS: CONTACTPERSON·~_i_·t~_··~~~l_t ___________________________ _ CONTACT TELEPHONE: __ 5"-C"-· 0'---'l;....;2c..=J;..::.9 _______ ~---------------- A' ~l t_. .I :;r J ... / I .( I , I . INSPECTED BY: _________ _ INSPECTED BY: ____ ~----- DATE al /:\/4. '7 c/ INSPECTED: ~ APPROVED ___ DISAPPROVED __ _ DATE INSPECTED: DATE INSPECTED: APPROVED __ _ APPROVED __ _ DISAPPROVED __ _ DISAPPROVED __ _ COMMENTS:---------------------------------- Rev. 1/86 WHITE: Suspense SLUE: Water District GREEN: Engineering CANARY: Utilities PINK: Planning GOLD: Fire FINAL BUILDING INSPECTION PLAN CHECK NUMBER: 89-756 DATE: 9/28/89 PROJECT NAME:------------------------------ ADDRESS: __ 2_38_2_F_a_r_a_d~ay~, _11_3_0_0 ______________________ ~ PROJECT NO.: _______ UNIT NUMBER: -------PHASE NO.: ______ _ TYPE OF UNIT: 'f.i. NUMBER OF UNITS: CONTACT PERSON:_----"R=i=c=k------~------------~------ CONTACT TELEPHONE: 580-1239 ---~~~--------------------,----- AL-L bu+ /Jfr I INSPECTED ll~ DATE OCT. 0 2 1989 J BY: INSPECTED: APPROVED Dl$APPROVED INSPECTED DATE BY: INSPECTED: APPROVED DISAPPROVED INSPECTED DATE BY: INSPECTED: APPROVED DISAPPROVED ~O!i'30~&l©l rv1hual@l~@I ~J@~G>V fQ)fio8fii©'B COMMENTS: Engineering Pepartmant (619) 438-3367 · \\ Rev. 1/86 WHITE: Suspense BLUE: Water District GREEN: Engineering CANARY: Utilities PINK: Planning GOLD: Fire ESGIL CORPORATION 9320 CHESAPEAKE DR., SUITE 208 SAN DIEGO, CA 92123 (619) 560-1468 DATE: /-3 -~ JURISDICTION: C.e<. := io;.;f; QAPPLICANT ~Jt.JRISDICTJQ~ }PLAN CHECKER QFILE COPY QUPS PLAN CHECK NO: 89 -7..=,~ SET: 7/ PROJECT ADDRESS: ::Z..S 8 2 £,,,_ "'J~& f n ,<:"i'.Zl PROJECT NAME: TT --.JJn [al/_~ QDESIGNER f7xi The plans transmitted herewith have been corrected where Qnecessary and substantially comply with the .jurisdiction's building codes. D D 0 D D 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 coriected 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. 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# _______ _ 0 REMARKS: ______________________ _ OGA DAA Dvw OoM <) ESGIL CORPORATION 9320 CHESAPEAKE DR., SUITE 208 SAN DIEGO, CA 92123 (619) 560-1468 DATE: __s--~~ -r?9 JURISDICTION: ~hi_,.... PLAN CHECK NO: ac;-2a SET: T PROJECT ADDRESS: 2 3 8:2. °Fqv-Ci...dct-vJ Ave.. :J±S(::(J PROJECT NAME: / T IJ y--~ II (1,.. D D 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. f7'1 The check list transmitted herewith is for your information. JO{ 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. fil_The applicant's copy of fhe check list has been se~t1to: r . Ch..---; sl,"--g . l/r--e VIC~ r ,15:"I ~2.., A-veil Jo&( b?c I VJC-> .. {kV"lsLJ C -a 2:(008 ' 7 ~Esgil staff did not advise the applicant contact person that plan check has been completed. O Esgil staff did been completed. Date contacted: advise applicant that the pla,3/ check has Person contacted:....,_~.....,._v--J./11____,~~..=..,...~=L------- ---------Telephone #L.L iSB O 1-_0.3 0 REMARKS: _____________________ _ By~ ds Enclosures: GILCORPORATIN ----------- 0 GA D AA D vw 8-i;>M · PLAN CORRECTION SHEET PLAN CHECK HO.: _______________ _ JURISDICTION: _______________ _ TO: ____________________ _ occu.PAHCY: _________________ _ BUILDING USE: ________________ _ TYPE OF C:OHSTRUCTION: ____________ _ AC'l'UAL AREA:, ________________ _ ~ AREA: _____________ _ S'.L'ORIES: ___________________ _ BKIGBT: ____________________ _ SPRINKLERS:, _________________ _ OCCOPAN'.t LOAD: ________________ _ REMARKS: ___________________ _ Date plans received by jurisdiction: Date plans received by Esgil Corporation: Date initial plan check completed: __________ By: ___________ _ Applicant contact person: _____________ Tel. _________ _ FORm>RD: PLEASE RF.AD 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 clarificq_tion, 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. LIST NO. 90, TENANT IMPROVEMENT WITHOUT SPECIFIC ENERGY ZONE DATA OR POLICY SUPPLEMENTS, 1985 UBC G ,/2-· 0 i. 16 /. 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: Esgil Corporation, 9320 Chesapeake Drive, Suite #208, San Diego, CA 92123, (619) 560-1468. 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: 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. Each 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. ;i,t. / /-· / On the first sheet of the plans indicate: Type of construction of the existing building, present and proposed occupancy classifications of the remodel area and the occupant load of the remodel areas and the floor where the tenant improvement is located. Provide a note on the plans indicating if any hazardous materials will be stored and/or used within the building which exceed the quantities listed in UBC Table 9-A. Provide a statement on the Title Sheet of the plans that this project shall comply with Title 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 within 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 any 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 partitions. section view of all new interior Show: (a) {b) (c) (d) Type, size and spacing of studs. Indicate gauge for metal studs. Specify manufacturer and approval number or indicate 11to be ICBO approved". 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). Wall sheathing material and details of attachment (size and spacing of fasteners). Show height of partition and suspended ceiling, and height from floor to roof framing or floor framing. Provide notes and/or details to show that the floor and wall finish in toilet rooms are surfaced with a smooth hard non-absorbent material extending five inches up the wall. Similar surfacing shall be provided on the walls from the floor to a height of 4 feet around urinals and within water closet compartments. Section 510(b). Note on the plans: "All interior finishes must comply with Chapter 42 of the UBC11 • Specify 11class. ____ .flame spread rating (minimum) for _____________ 11 Lateral bracing for suspended ceiling must be provided. (UBC Table 23-J) Where ceiling loads are less than 5 PSF and not supporting interior partitions, ceiling bracing shall be provided by four No. 12 gauge wires secured to the main runner within 2 inches of the cross runner intersection and splayed 90_ from each other at an angle not exceeding 45_ from the plane of the ceiling. These horizontal restraint points shall be placed 12 feet o.c. in both directions with the first point within 4 feet of each wall. Attachment of restraint wires to the structure above shall be adequate for the load imposed. ?L In buildings having floors and roofs of wood ,7--' frame construction, other than dwelling or hotel occupancies, draft stop the area between the ceiling and floor above so that no concealed space exceeds 1,000 s.f. and no horizontal dimension exceeds 60 L.F. (if space has sprinklers, then 3,000 s.f. and 100 L.F.). jf. In buildings having floors and roofs of wood frame construction, other than dwelling or hotel occupancies, draft stop the area between the ceiling and roof above so that no concealed space exceeds 3,000 s.f. and no horizontal dimension exceeds 60 L.F.. {if space has sprinklers, then 9,000 s.f. and 100 L.F.). The tenant space and new and/or existing facilities serving the remodeled area must be accessible to and functional for the physically disabled. See the attached correction sheet. Title 24, Part 2. The width of the required level area on the side into which doors swing shall extend 24 inches past the strike edge for exterior doors and 18 inches past the strike edge for interior doors. Section 2-3304, Title 24. Specify lever-type hardware for passage doors on floors accessible to the disabled. Section 2-3304, Title 24. 5/16/89 ,/49. If both sexes will be employed and the number of employees exceeds four, provide separate toilet facilities for men and women. If "both sexes will be employed and the total number of employees will not exceed four", and only one restroom is provided, note the words in quotation above on the floor plan. Section 705. In areas where the occupant load exceeds __ , two exits are required. See. _______ _ Table 33-A. Provide an exit analysis plan (may be 8 1/211 x 1111 or any convenient size). Exits should have a minimum separation of one- half the maximum overall diagonal dimension of the building or area served. Section 3303(c). The maximum number of required exits and their required separation must be maintained until egress is provided from the structure. Section 3303(a). Rooms with more than 10 occupants may have .Qng exit through .Qng adjoining room. Revise exits to comply. Section 3303(e). Exit signs are required for ex.its serving an occupant load exceeding 49. Show all required exit sign locations. Section 3314(a). Show that exits are lighted with at least one foot candle at floor level. Section 3313(a). Show the locations of existing exits from the building and show the path of travel from the remodel area to the existing exits. Note on the plans: "All exits are to be openable from inside without the use of a key or special knowledge11 • In lieu of the above, in a Group B occupancy, you may note "Provide a sign on or near the exit doors reading THIS DOOR TO REMAIN UNLOCKED DURING BUSINESS HOURS11 • Section 3304(c). Exit doors should be a minimum size of 3 feet by 6 feet 8 inches with a minimum door swing of 90 degrees. Maximum leaf width is 4 feet. Section 3304(e). Exit ·doors should swing in the direction of egress when serving an occupant load of 50 or more or when serving any hazardous area. Section 3303{b). Applies to door(s) ___ _ 3 i /. Regardless of occupant load, a floor or landing not more than 1/2 inch below the threshold is required on each side of an exit door used for disabled access (may be 111 maximum where not used for disabled access). Section 3304(h). a/ Doors should not project more than 7 inches /" into the required corridor width when fully opened, nor more than one-half of the required /2· ,, corridor width when in any position. Section 3305(d). Revolving, sliding and overhead doors are not permitted as exit doors if the occupant load exceeds 9 or the exit door serves a hazardous area. Section 3304(g). /~. Exit doors from assembly rooms with 50 or_ more occupants shall not be provide~ with a latch or lock unless it is panic hardware. Section 3318 • . /4· . / /·, Double acting doors are not allowed when serving a tributary occupant load of more than 100, or when part of a fire assembly, or part of smoke and draft control assemblies or when equipped with panic hardware. Section 3304(b). Corridors must provide continuous protection to the exterior of the building. Interruptions by an intervening room is not permitted. Foyers, lobbies or reception rooms constructed as required for corridors are not considered intervening rooms. Section 3305. Corridors and exterior exit balconies serving 10 or more occupants must be a minimum 44 inches wide and 7 feet high to the lowest projection. Section 3305(b). When a corridor or exterior exit accessible to the handicapped, elevations shall be made by means Section 3305(f). balcony is changes in of a ramp. When two exits are required, dead end corridors and exit balconies are limited to 20 feet. Section 3305(e). Corridors serving 30 have walls and construction except: or more ceilings occupants shall of one-hour a. Corridors greater than 30 feet wide when the occupants have an exit independent from the corridor. b. Exterior sides of exterior exit balconies. c. One story buildings housing Group B, Division 4 occupancies. Section 3305(g). I / If non-rated corridors are used per 1985 UBC, Section 3305(g), Exe. 5, provide a reference to the corridors on the floor plan, noting: 1. Corridors are non-rated per Section -, 3305(g), Exception s, 1985 UBC. 2. Smoke detection system must be listed by the State Fire Marshall and be a supervised low voltage system with combination audible and visual signals with battery backup. 3. Smoke detectors shall be maximum 30 1 on center. 4. Combined audible/visual signal device(s) shall be installed just inside of each exit door from the corridor, also all locations in the corridor must be in sight of a signal device. 5. Power supply shall be dedicated branch circuit. Circuit disconnecting means shall be accessible only to authorized personnel and shall be clearly marked FIRE ALARM CIRCUIT CONTROL, with a lock- on device • 1985 UBC Section 3305(g), Exception 5, cannot be used for non-rated corridors in a fully sprinklered office space if the occupant load in the space exc~eds 100. 1985 UBC Section 3305(g), Exception 5, is applicable to the office space but does not apply to the common corridor where the tributary occupant load appears to exceed 100 occupants. When 1985 UBC Section 3305(g), Exception 5, is applied for corridors on one floor, the corridors on the lower level(s) must be rated if these lower corridors serve more than 100 occupants. The tributary load from the upper level(s) shall be the total occupant load from the above level(s). Clearly show where the non-rated corridor system terminates and a rated corridor system commences. One-hour fire-rated corridors shall have door openings protected by tight-fitting smoke and draft control assemblies rated 20 minutes, except openings in interior walls of exterior exit balconies. Doors shall be maintained self-closing or be automatic-closing by action of a smoke detector per Section 4306(b). Doors shall be gasketed to provide a smoke and draft seal where the door meets the stop on sides and top. Section 3305(h). /' 55. I Sil. I la. Show rated corridors, lobbies, reception or foyers cross-batched on the floor plans. '.total area of all openings, except doors, in any portion of an interior corridor, shall not exceed 25 percent of the area of the corridor wall of the room which it is separating from the corridor. Such openings shall be protected by fixed, approved 1/4 inch thick wired ilass installed in steel frames. Section 3305 (hJ • 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 330S(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 sha.ft. Sections 3304(g)(h) and 1706(a)(b). (See I.C.B.O. interpretation). /o ~ Provide evidence of Heal th Department approval (for res~µrants or for tenants using X-ray =:~MORRISON s-/ 30/81 ~CB 89--1.s-c;; "61' Submit planAshowing location of all panels. ~ S:££ c;,;,.., @ Submit panels schedules. } ZNCLIJDE. C':\ J.Ct-W.&7';./ ie.,, Submit electrical load calculations CAJ.C ~, .@r' Indicate existing service size. ~E (pl/ A- @ Indicate existing building load/,N/,4.I/V .SE~VICE-) ~o~~ 111613 fo(: Indicate new additional loads. . @ Indicate wiring method. 6££ G-7A ~ 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. Provide receptacle(s) within 251 Qf the roof mounted A/C units. UMC Section 509. HKCBAKICAI,. Provide mechanical ventilation in all rooms capable of supplying a minimum of 5 cubic feet per minute of · outside Air with a total circulation of not less than 15 cubic feet per minute per occupant. Section 605 and 705, UBC. Provide mechanical plans showing existing and proposed HVAC equipment, ducts and access to equipment. i • Detail access and working clearances to HVAC equipment. l,s. 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. 7't One-how: corridors shall not be used as an integral part ·of a duct system. '.Cb.is includes the space· above a dropped ceiling within the one-how: corridor. UMC Section 706{b). 81. r ,'}.. .,. Provide gas line plans and calculations, showing pipe lengths and gas demands. UPC Section 1219. Provide drain, waste and vent plans. Provide water line siz·ing calculations. UPC Sect.ion 1009. Detail how floor drain trap seal is to be .., maintained. UPC Section 707 (floor drain trap priming). Show P & T valve on water heater and detail drain line route from P & T valve to the exterior. UPC Section l007(e). Show 1/411 per 1211 slope on drain and waste lines. UPC Section 407. Provide complete energy design calculations, including all existing design and new energy design for this building. See attached non- residential energy design checklist. @ Provide multiple switch lighting controls per CAC, Title 24, 2-5319. ,J'· For remodels.in an existing conditioned space, Cl.,eA,J:.L 't' .:Z:.llbZCATE show that the remodeled space will use not ;rt': Provide an electrical plan for the alarm system more energy than the existing space or show showing compliance with criteria described the remodeled space will conform to latest · under earlier correction number 49. energy design standards. @zF ~~~.Iba'R. Or'tQ!::.;rrE .PNLh11 Z> Re.01.1.zJ?e.D ro .BE I-ZR£ ,fJITE.D.lELacArE.PIY1..''.b;1 :> OR f~V..!.DE' .DE/AIL 6f..lOWI#G t/4W FIN WALL Z#TEGRI TY wi:LL &glrtJ.IJlrAZlV£l) VBCY3QLl(e)2,. @!5J;:JMw/vfJ..rt,/SElV.za: .DZ.scoAJJl£cr ag 7??TAL./)Is.CL>lllfl£cr:5, V/A1,r4 )oN ~6LE LZ/./if @90w c.rgcu.zz fl£.p£g. szzE-5 U1.r11 ~12 cv) ,.Z//J>,I64,T£ Wil.'E ;w:&-77¢£> 2/2/88 5 I I I ., I , . . . Please see additional corrections or remarks that follow. The jurisdiction has contracted with 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 it , pleas con ct ___ '1~~;-=,~::,-.,,~---- Thank you. Enclosures: l. ______________________ _ 2. ______________________ _ 3. ________________________ _ 5/16/89 6 . ,: ., .. ' ,, Date I ~,;LC)-8'} Jurisdiction cg rl.s~J ~ed by, VALUATION AND PLAN CHECK FEE D Bldg. Dept. O Esgil PLAN CHECK NO, 9':7-/ ~ BUILDING ADDRESS :;z..,.,-3 8 :2-. F0r. vor.A~ & e "Zr-,5<2 0 APPLICANT/CONTACT ________ MONE NO. ______ _ BUILDING OCCUPANCY ~ -z__ DESIGNER PHONE TYPE OF CONSTRUCTION V I\) ~Pk_, CONTRACTOR PHO_N_E ___ ____.__ I BUILDING PORTION BUILDING AREA VALUATION VALUE MULTIPLIER ~ I ___J_ . CJ 7<:J s-I f:f, b-0 /~07 , -_,,...._,<' I ovr I q . --I 'hiss. '-f- I Air Conditionin~ Commercial @ Residential @ Res. or Comm. 14'111 · 1it Jd~c./-Fire Snrinklers @ Total Value ~ / 1111. C/51 Building Perm it re e $ __ 23 __ 9_,_.!?_;-o_. _::,.._L _____ :S.=-r_b_J<-. __ ---1-/..,._8"---:2_· ---=~..J..·---------c-Y_~ __ _ Plan Check F' e e___::$:_,.....-------------=~'-"~:;...i:O=Jt--:_:_ _ _;::_$ ~~-=o~)__;•_:Z._.3 __ COMMENTS: 1t.'J 7,,-f{ --------------------------L 1 /of?Jq '-181, 78 SHEET· OF --12/87 2560 ORION WAY CARLSBAD, CA 92008 C!itp of ~ad.sbab FIRE DEPARTME,NT PAGE 1 OF_j_ TELEPHONE (619) 931-2121 DISAPPROVED PLAN CH ECK REPORT PROJECT LE I.SU!?£ /el!fl/L/DL.ci~~/ ADDRESS 23 9Z FA,<ADA'/ S7£ ,,_':?DZ) ARCHITECT UIL-fl=.lt L €lt/i,11f'1Jr'LJ/'P ADDRESS r'/1£L~i3AL) PHONE 4 .. '3R-n2/'1 s I owNER THE Kot c f'Vot1A ?A, u y ADDRESS .5'},L/ DE-bo occuPANcY M 2.. coNsT. _v_=-=------,.--TOTAL sa. FT ... i:::.Fl, ?CQ PHONE d,9,'J. -,:SSSZ) STORIES 7l(/?t3l=--,r SPRINKLERED )ii. TENANT IMP. Q 29 S" t/2 7 //;t{ ,) I-Loo/2.. __ 1. __ 2. *3. ~4. __ , 5. 'f-a. '--1-7. I 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; Cit.Jtf}f1 JJCJ/4.. Si,uo;(i? dt/1(2 u-1 Sy'.Sta,l1 Permi!.§...ar:e..r:_equired for the installation of all fire protection systerTJS(~stand pipes, dry chemical, halon, C02,~gr.tst'hydrants). Plan must be approved by the fire department pnor to, installation. The business owner shall complete a building information letter and return it to the fire department. FIRE PROTECTION SYSTEMS AND EQUIPMENT Tpe following fire protection systems are required; r 1~-Automatic fire sprinklers (Design Criteria: _E)<:... Pr=._1-L _.A I r/JA I~ ) D Dry Chemical, Halon, CO2 (Location: . ) Q Stand Pipes (Type: '? . ,,-: _ . ) '7RFireAlarm(Type/Location: to;ft:1 Doll. .$1A-4oJ<e l1.:.JL/lk'lt4 Sl/~n:.----wt {111TH ':s; /?,Ji3F$) _F1re Extinguisher Requirements: 1 . -F _Qne 2A rated_ABC el.<tinguisher for each Lo DO O sq. fLor portion thereof with a travel distance to the nearest extinguisher not to exceedJ5_.f.e.et ortravel. D An extinguisher with a minimum rating of ___ to be located: D Other: _________________________________ _ __ 8. Additional fire hydrant(s) shall be provided----------------------- '-.../.. 9. i__ 10. r __ 11. EXITS Exit doors shall be openable from the inside without the use of a key or any special knowledge or effort. A sign st,atin1g1 " This door to remain unlock~ during business hours" shall be placed above the ~in ~xjt and doors/,,UH0\j (J'T IL I) tl\.l I.::,. r"\£Y QP1-J:!AT1?7'\ ~{D1tA171\LG T\!pF /~;J t3t:..·'--E. EXIT signs (6" x ¾" letters) shall be placed over all required exiits and directional signs located as necessary to clearly indicate the location of exit doors. GENERAL __ 12. Storage, dispensing or use of any flammable or combustible liquids, flammable liquids, flammable gases and hazardous chemicals shall comply with Uniform Fire Code. __ 13. 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. · ':f=-14. Additional Requirements. ----------------------------!) · Vi? o u, D ~ ,/iOriJ ;I or frJ/','/ ; . f} .l /11.J C..·J...1 s...; S 71::-,-.z...,-i /J LA:? 1 5, ch .l /_) ) ;/c..x: 1 Fn: A , 7c., ,,;:,.. P1l1olL W :.c>-JS7/ltt.rintfl-!, --15. Comply with re_gulations on attached sheet(s). Plan Examiner ,___JC. Na,_,,~ I Date S / 2 l/ / k9 • I • I Report mailed to architect ___ Met with __________ , __ _ __ Attach to Plans II j __ Mandatory Measures Checklist MAY 181989 Tyr.:: l<Ol I CO. MF-i For Enforcement Agency Use Only Plan Chocked By Da1e This Chocklist is applicable to both First and S-Ocond Generatioo Nonrosidontial Standards Compliance. Envelope Measures Aeferonco in Construction Documents [ J Certified insulation materials per 2-S311(a) ••••••• cl /p..._ I [ J Insulation installed to meet llame spread and smoke density requirements of 2-5311 (b) • • • • • • • • • ( J Urea fonnaldehyde foam insufi3tion is installed per 2-5311 (c) • • • • • • • • • • • • • • • • • • • ··--1-- l J Retrofit insulation specified as per 2-5313 • • • • • ( J Afr infiltration is minimized by specification of tested manufactured doors and windows, proper sealing and caulking of joints and o~nifl9s in exterior walls. and weatherstripping as per Section 2-5317 • • • • Lighting System Measures ( ] Certified luminaires/ballasts per 2-5314(b) ••••••• t;_ ... 1 · [ 1 Independent control w/ enclosed areas per 2-5319{a) • • e -I [] Manuafswitchingreadilyaccessibleper2-5319(b) ••• , ~--1 ( J Reduction of lighting load to at least one half per 2-53!9(c). Occupancy sensors or programmable timers meetm~ CEC criteria may substitute • • • • • • • • • • E:.-1 ~--t [ J Separate switching of daylit areas per 2-5319(d) • I J ~pa~te switching of display and v;llance lighting rn retail and wholesale stores per 2-!)319(h) • • • • • • ..___-__ [ J Automatic control of cfisplay lighting in retail and wholesale st°'es per 2-5319(h) • • • • • • • • • • _-__ ( J Tandem wiring of one-and three-lamp luminaires per 2-5319(i). • • • • • • • • • • • • • • • • •• Daylighting and Lumen Maintenance Controls (when applicable) - [ J Uniformly illumination reduction to one-hall per2-5319(e)1 •••••••• : ••••• NIA j ( J Flicker free operation and no premature lamp failure per 2-5319(0)2 ••••••••••••••••• ( J Time dela~ to prevent undesirable cyding per 2-531 (o)3 • • • • • • • • • • • • • • • • • • • _ _,___ [ J Step switching devices with separation between on/off settings per 2-531~e}4 • • • • • • • • • • • • • 'I/ EEM Fonn Revised Soptombcr 1988 [ ] Photocoll sensors with a diffusing cover and no opaque cover per 2-5319(e)5 •••••• ( ) Manufacturer's instroctions provided for installation and calibration per 2-5319(0)6 •••••••••• n. [ ] Proper i1:5talla~'?~ of ~tro!s induding sensor locatio coruficaoon of 1mtlal cahbratlon and control of luminair onfy within daylit area per 2-5319(0}8 •••••• _ [ J Visible or audible malfunction alanns per 2-5319(9) • Occupancy Sensing Devices (whe applicable) { ) Visible or audible malfunction alanns per 2-5319(9) • l I limits on emissions per exceptions to 2-5319(e) ••• es - . n • . Reference in Construction Documents HVAC and Plumbing System Mea sure~ ( ) Piping insulated as required by 2-5312 ; •• [ J Certified HVAC equipment per 2-5314(a) • . . ( J Certified plumbing equipment per 2-5314(a) • • ·• • • ( ) Heating and cooling equipment efficiency per 2-S314(bi [ ) Pilodess ignition of gas appliances per 2-5314(c) • _ • ( J Automatic controls for off-hours per 2-531S(a)1 • • __ [ J Thermostat set point requirements per 2-S315{a) ••• . . [ J Sequential control of heating and cooling per 2-53 t S{a)3 ( J Automatic exhaust fan dampers per 2-531G(b) • • . I I Thermostat controls for each zone per 2-5315{b) • - ( J Ventilation provided per 2-5316 and 2-5343 • • • • • • [ J Ventilation and recirculation air quantity inlonnatioo provided per 1403(b)3 ••••••• __ • . ,i.,-[ J Heaters for domestic hot water and/or pools per 2-5318 • __ _ Page o! f? .. 75""/p ) Installed Lighting Summary MAY 181989 THE KOLL CO. CF-5 ~~ffevse 4:-A-r~. i:5-11--0~ For Enl<:><cement Agency Uso 0,fy montaoon u r/ mn Date Plan Chocked By Date \----------------------------------------- Proposed Adjusted LPD Total Installed Lighting Watts (from bolow) ••••••• ; ,:..• ••••.•••••••••••••••• I ?B 7-Z.. · Wans ~ . 2 Control Credit Watts (WS-5A) • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • -Watts 3 Aqustod Watts (Line 1· -Una 2) • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • 1 :;ecf 'Z-Watts 4· Con<itioned Floor Area (from CF-1) •• ·• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • ':11'.:'.J tz_ ft2 5 Aqusted lighting Power Density (Line 3Jline4) • • • • • • • • • • • • • • • • • • • • • • • • • • • • f. 4:2-Watts/ft2 6 0 Allowed Whole Building LPD (from CF-1, Part 1) or 0 Allowed Tailored LPD (from Line 5 of WS-SC) • • • • • • • • • • • • • • • • • • • • • • • • • • • f. 4".2- f nstalled Lighting Schedule A 8 C 0 E Luminaire Reference in Watts per Luminaire Reference Construction Number of (ind. ballast) Code Documents Luminaire Description Luminaires Non-standard value? v ~--l J;_.-_f!!Q_'f L-Z ~§-/-~bl/.?~- Y'L,Uno ~::.:eetJ, 1 I t1 1oe, 2 Watts/It F Total Watts l '2-31 '2- 12.-1 _ l::....:1-Qhl_, __ 8::.J_'l_ __ -----I? 4o {_p[;o I N CAtJ .~-sca---1--r E.--1 _l=1P..Q.N~A~L'L _______ \~ iJ I' -AN:~ 6,C;eN'T . -------------------- --------------------- -------------------- -------------------- --------------------- --------------------- -------------------- --------------------- --------------------- --------------------. --------------------- --------------------· EEM Fonn Revised Scp1ombcr 1988 1 {p - . Page Total Building Total {.cC) qG,o Page __ ol __ ) MAY 181989 Certificate of Compliance (Part 2 ot 2) THEF\r;_@lqd~ Compliance CF-i A For Enforcement Agoncy Uso Cxily Plan Chocked By Date Note. Moro than ono Part 2 may bo submitted, but all must roforonco tho samo Part 1. Tho por.;on responsible for tho &isign compliance for each major building system ockoowlodgos tho following complianoo statomont by signing tho appropriato space below. Compliance Statcme-nt. Tho proposed building improvements substantially comply with tho roquiroments indicated on the Certificate of Cornp(ianco for this building, dated--~-~· Tho plans and spodfications include tho significant onorgy conservation features and the compliance documentation rs consistent wrth tho plans and specifications. · . . ....~ Envelope . Allowed Propotod 1 Roof/Ceiling Rt • • • • • • __ _ h-F-sf/Btu 2 Exterior Floor Rt • • • • • h-F-sf/Btu 3 Opaque Wall Rt • • h-F-sf/Btu 4 Exterior Wall Area • • • • • • • • • • •. __ _ sf 5 Wall Glazing Area • • • • • • • • • • •. __ _ sf 6 Average SC (Wall) _; • • • • • • • • • __ _ 7 Total Wall% Glazing • • • __ _ % 8 West Exterior Wan Area· (if appfic.) • • • __ _ sf 9 Glazing Area (West.Wall)° (if applic.) • • ~--sf 10 Average SC (West Wall)" (if applic.) ••• __ _ 11 WestWall%Glazing" ••• __ _ % 12 Roof Glazing? (attach CF-6) • • •••• __ _ (YIN) • Lowrise office Pkgs. D, E,& F and all highrise office Pkgs. Lighting 13 Basis of Allowed LPD. ei--l~ief1'"{ ~R4t:::,-r Allowed Proposed 14 LPD • • • • • • • • ~ • • / , 22 15 Package lighting Reduction - 16 Adjusted LPD • • • • • • • !. ix? 1, 42. 17 Lighting Control Credits? • • ••••••. __.N~- Other requirements: Mechanical Allowed Propoted 18 Whole Building HVAC Set#? (WS-iA) •• __ _ a. Fan Wattage Index • • • __ _ b. Cooling Power Index • • __ _ c. Heating Power Index • • __ _ 19 Tailored HVAC Approach? (WS-4B) ••• __ _ a. Heating Capacity • • • • __ _ b. Cooling Capacity • • • • __ _ c. Fan Performance Index • __ _ 20 Simultaneous heat/cool? (WS-4C) • Other requirements: EEM Form Revised September 1988 watts/sf watts/sf watts/sf (YIN) (YIN) watts/sf Btutsf Btu/sf (YIN) _ __ (units) _ __ (units) cfm-in/sf (YIN) Extent ol lmprovemoots Plans dated Signature Name/lrde Company Adck'ess Crty/State/ZJp 1elephone E:nlorcement Agency Extent of Improvements specs dated Date Cal. license No. Date Address~. D / ,.. _,, ,-::z -;:;,, • ~' ,'1-12,..;,;, Enforcement Agency Extent of Improvements Plans daied Signature Namemde Company Address 1olophone Enforooment Agency Date Specs dated Date Cal. L1eense No. Date Page __ of __ "' ~ C1ertificate of Compliance (Part 1 of 2) ··--:,-.· "-.._, Prlnclp1I Designer. The proposed building win be in substantial compliance wnh lhe Calilornia Building Energy Efficiency Standards provided it 11 built accQ('ding to the plans and specifications and provided luture improvements ant completed according lo lhe requirements indicated on this Cerlifieate ol Compliance. The plans and specifications haVII been prepared lo indude all significanl energy conservation features requ.,red lor compliance with Iha Standards. Building areas !hat art uncondilioned and/or not subject 10 Iha standards are indicaled on lhe plans. att :;,,, • Te11p cal. Uoense Owner. The energy con,ervalion fealures and perfOfmance specifications iiicricated on this docum,ent ind on lhe plans and specifications shaU apply 10 future alterations, unless compliance is dernonstraled anew and a new Certificate of Compliance is submitted. A copy of lhis Ctnifieate will be retained and transmitted to future tenants, subseQutnl owners or olhers with responsibility for making improvements OI' modifications to lhe building. If this cerlifica1e is lost. a new Carlilicate may be required before a permil is issued for alterations. Unconditioned areas are indicaled on lhe plans and, ii these areas are conditioned in lhe future~lhey fT!USt~ made to comply wilh lhe applicable energy -~ di "J n tri: ~ Sig {, /mA/J,flt'\.-(2 /;,[J/ Enforc:en:,ent Agency. Tht proposed building, and fulura alterations will mmply with ~· Calilomia Building Energy Efficiency Slandards. provided future a_lttrallOns meet lhe requirements indicated on lhis Ce111lic:.a1t and all applicable mandatory measures, u long u lht building oc:o.,pancy type rtmaana unchanged. Signaiurt Oaie Nim•Tiili Agency Xdareu C11yiS1a1e1Zip Form ~viatd Junt 7. t 988 Prescriptive Requirements C F-1 A For Enlorc:ement Agency Use Only Builcing Permit NumS.r Plan Checked By Field Checked By Approved By General oaie Datt oa1t 1 Unconditioned or Multi-tenant shell? • , • ~ (YIN) 2 CEC OcevpancyType •• , • , , , , k.Qv-J 1'1~ Offl~· 3 UBC Occupancy Gtoui:wt)ivision , , • , • ·· ff. "Z-- " Edition of Standards , • , • • • • • • \bj e,7 date 5 Conditioned Floor Area • • •••• , , '115 2 sf 6 Unconditioned Fico( Area , , • , , , , j9-sf 1 ti Gen1r1tlon Occupancy Type• 7 Location Code Number , , , , , • , , i 8 Occupancy Code Number , , • • , , • 9 Maximum Allowable Uowrall , , , , , , B~sl-F 10 Slandard OTTV , , , • , • , • , • • , BIU/h•sf 2nd Generation Occupancy Typ .. 11 Climate Zone • • , , • , , • , • • , , :J 12 Package Seleded , , • • , , , , , , _A__ 13 HVAC Power Criteria Set ~f appric.) , , .-.JI:_ Note: Ust other oPlions and requirements significant for compfiance below or on an anached supplemenl For example, include 111nan1 improvemenl specifications. Additional requirements should ti. further detailed in the energy compliance documenlalion. Attachment becomes part of Certificate cl Compliance. 1-4 Supplement Attached? • , • • • • , • + (YIN) "'-' Lierunca1e or vu-r 11µ11cu 11.,;~ wart~ or ~J t-'rescnpuve i..;ompuance v r-1 M For EnfOfcamenl Agltf'ICY Uae Only Plan cfiea.:ed By bate Nole. More than one Part 2 may be submitted, bul ail must reference !he same Part 1. The person responsible for preparing lhe compliance documenl.lllion lor each major building system acknowledges the following compliance statement by signing the appropriate space below. Compllence St1lem1nt. The propose bun.ding improvements substantially comply with Iha requirements incicated on lhe Cerlificale ol Complianc. for !his building, daled //1,.v· • The plans and speafications include !he significanl energy oonsorvalion leaturH and the compliance documentation Is c:onsIsIen1 1 ns and speolicabons. Envelope Allowed 1 Rool/Ceiling Rt • • • • • • __ _ Propoaed tv A-- 2 Exterior Floor Rt • • • • • ,.._ __ 3 Opaque Wall Rt • • • 4 Exterior Wall Area , • , • • • • • • • 5 Wall Glazing Area • • • · • • • • • • • . 6 Awrage SC (Wall) • • • • • • • • • • 7 Total Wal "If. Glazing • • • __ _ -·--I West Exterior Wall Area (if applic.) • • • 9 Glazing Area (West Wall)° (if applic.) • • 10 Awragt SC (West Wall)' (if applic.) • • . 11 West Wal "If. Glazing • • • _, __ _ 12 Roof Glazing? (attach CF-6) • • • • • • ~. ~v~pt-· "'~"f ... ,((..J:> r ,, ,11 (,.V, · v,-1 I !?f: «> Ml & A:1J O ¼ ,:;,_ ...... ..--. ._ Lighting 13 Basis of Allowed LPD • Allowed Proposed 14 LPD ••••• , • , , •• _. __ 15 Package Lighting Reduction __ _ 16 Adjusttd LPD • , • • • • ..__ __ 17 Lighting Conirol Credits? • • • , • • • • __ _ Other requirements: Mechanical Allowed PropoMd • 11 Whole Builang HVAC App.? (W$-.4A) •• ~j a. Fan Wattage Index • • • -~0 b. Cooling Power Index , • 41,,(J ~~-2 c. Heating Power Index • • fJ.Pi ~~ JJ..1,f!J 19 Tailored HVAC Approach? (WS-4B) • . . /V a. Healing Capacity • • • • --b. Cooling Capacity • • • • -c. Fan Power tndl x • , , • - 20 Simultaneou1 htaVcool? (W$-.4C) , t--.J Olher requirllmencs: Fonn Rtvi1td June 7, 1988 h-F-11/Btu h·F-11/Btu h-F-sl/Btu sl al .,,_ sf sf .,,_ (YIN) O\)~L,, walts/sl waits/sf wa!Wsl (VIN) . (YIN) watWsl Btutsl BIUlsf (YIN) -=-(UmlS) __::_cum ts) wans/sf (YIN) -r:i::: Ot\\..1 Exte~I ol lmprowm11n1S Plans da1ed Specs clataa S,gnatura Date Namen,de Company Adchss C11ylStaie/21p Telophone cal. lJcenH No. Enlorc&ment Agency Date ~~-Extent ompiovements Plans dated Specs dated Signature Daie Naman.de Company Address C1ty/Stat81Z1p Telephone Ci!. Licansa No. Enlorc&menl Agency Cate Speciclated Data mpany , .. -,.,., ,. ,. ···r 5r"";;,.~ -... ,:...,',,.'' l,,;· ... , -''4_ Xciaess r r , c,ry7Si.aia7Zip ..-,-; I --'1•·'·)-v·:>v• i ""·J ,~ ... J Telephone Enforcement Agency ,A,)·"~ ..,,,~s-(1' .. ·t-t' µ'?: . ~.Ge.oat 0, Data Pege_ol_ I " '-· l.. Envelope Measures 11 Ctnilld lnllMlian ~ per 2-5311(•> • • • • • • • NA I J ~lion ~laled ID fflNt lame aprud and lfflOMI ..,._ ,..._. oU-5311(b) • • • • •••••• •·-1-- l J lkN ~ loam inau1a1ion ia inllalled Plf 2-531 l(c) • • • • • • • • • • • • • • • • • • • ·-- ( J Alen>II inluaalion apecaed u per 2•5313 • • • • • • • -- ( J Ail infillralion ia mininued by apecificalion of -~ manutacand ~ and windows and sroi:ier 11 1N1ing and ---llnPpillg u per 2·5317 • • • • • • -- Lighting System Measures ~E:-C::...-1 J Cer1illd lumi1ainNl,1Mllll p« 2·5314(b) • • • • • • • }?t/4.(. . ( 1 lnd1p111dent contol WI endoted.,... per 2-53t8(a) • • __ 11 Manual awitdq rNd1y acceaaible per 2-5318(b) o • I '"--f-- 11 Reducion of ighq load ID al Ital one hall p« 2-5318(c). ~ MlllOl'I or prograrnmabMt limerl 111111inO CEC crillria fflll1 aubl&ilu• • • • • • • • • • •. __ l 1 ---awildqoldaylilarNlpet2-5319(d) •••• --+-- l J ~ awildlilg of ciaplay and valance ~ghling ii lllli and wholllllit 111:M'N I* 2-531 i(h) • • • , , , __ ...,__ ll 11 Tandem~ al~ end~ k.lninairea P11 a-5311(i). • • • , • • , • • • • • • • • • • • • • .. / Daylighting and Lumen Maintenance Controls (when applicable) l J Uniformly illumNlion r9duciion ID one-half A Plf 2-5311(•)1 • • • • • • • • • • • • • • • • • • • ~ I I Fidler he ope,uan and no pramalU,. lamp failure ,,. 2-1318(1)2 • • • • • • • • • • • • • • • • • •• -- l J Tme dllaya co pmilflC undeanbll ~ing Plf 2-6318(1)3 • • • • • • • • • • • • • • • • • • • -- l I Slap awill:hing dlw:lea with aeparalion betwNn CINOd llllinga Plf 2-6318(1)' o o o O o O • O o • • I ,.____.,_ l 1 Phol0081 MNOrl wilh a cilfu~ GIMM' and no~ GCl'Vlf' per 2-5318(1)5 • • • • • • • • • • • NA ( ) Manufaclinr'I inalNCtiona providld a ln1lllltMn and calibnllion I* 2-6318(1)1 •••••••••••• ----ii-- ( ) Pro,_. inataUaDOn of con&rola Inducing NMor local:iacl. 01~ ol inilai calitnlion and conlOI a, lul1linlilN on!)' wilhin darlil arN per 2-5318(1)1 , • , , , , , , • _,.__ l J Vl5ible or audt»a maltuncfion alannl per 2-6318(Ql , • , _...__ Occupancy Sensing Devices (when applicable) l 1 A!ciwr frN operalioo and no prama1Ur9 &an.» lailur9 pet 2-5319(1)2 , ••• , , • , • , , , , • , , __..,_... I J Tme dltlaya 10 prewnt l.lldaanable crc:ine per 2-5318(•)3 ••••••••••.••••••••• -- ( 1 Vlli>68 or aucit»e malfunction alanna I* 2-5318(g) • , ·, _.,_ ( 1 Limill on emiaai0na per uciepliona co 2·5319(1) • • • • .__u.... HVAC· and Plumbing System Measures ( I Piping inlulallld u required~ 2·5312 • , , • • • • • • 'M \ ( 1 Certified HVAC equipment per 2-5314(8) , , , , , , • • 'M \ 11 Certified plLmbing ~ipmln, pw 2-531"<•> • • • • • • M \ ( 1 HHling and c:iooling -,.,ipment elkiency perff314(b) , 'M \ ( J Pilolleu iglilioo of gu appliancN pet 2-631"(c). • • • }Jh , 1 Automatic 00fllr0ia 1or oft-houri per 2-5315(a>1 ••• : • YA\ ( 1 Thanno5'11t Ml point raquiNm8nll pet 2-5315(8) • • , • W\ \ 1 1 $equ8fllial control of healing and CIOOling i:ier 2-5315(8)3 • MI ( 1 Automatic ellhalat tan dampera per 2·531&(b) • • , • ~ ~) ~ ( J Thennoacaa eonRla tar wh zone f* 2-631 *-) • • • • W\ \ ( I V8fllilaDOn p,owidad per 2·5316 and 2-5343 •••••• -111.L l 1 Hea11u1 tar dome111C hot water arrd/or pooll per 2-5311 • _jJ£r_ Page_ot_ [ I I· I. ! I L HVAC Power Indices Summary Form and Worksheets CF-4 For Enlorcement Agency UH Only Date Checked By Summary Data 1 Concilioned Floor ArN • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • q 11'%' tt2 2 TOCII Fan Wans Owing Peak Cooling Conditions (from Worksheell below) • , •••••••••••••• , ':::f.9\ kilowatta 3 Fan Wattage Index (Line 2 x 1000 / Line 1) ••• , •••••••••••••••••••••••• , • , • L/1 Wattslft2 .f Total HVAC Syslllm Energy During Peak Cooling Conditions (from Worksheets below) • , , , • , , • , , • ':!Jr':\,(.:, kBtulhr 5 Cooling Power Index (Line 4' x 1000 / U'le 1) ••• , , •••••••••••• , •••••••••• , • '::\3•"3. Btu/hr-ft2 6 Total HVAC System Energy During Peak Healing Conditions (from Worksheets below) ••••••••• , • ;\\,fl,'z kBtulhr 7 Healing Power Index (Line 6 x 1000 / Line 1) • • , • , ••• , • • • • • • • • • • • • • • • • , • • • • L\1 , b Btulhr-ft2 Fan Energy A Equipment Mark B Oe5aiplion 1·1\J-17 1,->J,,11f I ""To t-J I.\P• 7.A.,-; " ?.. // I\Jr, '5 I t'l II -z.'4.'' \.IP.~_LU •. '111 " ?, " l~P-1 It 11.{ ~ • L k H~-7~ ,, I./ , C 0 E F Brake Horsepower Motcr x Drive Efficiency Cooling Healing Cooling Heating V10 • k-i ') ,,~ , {,rl./ l/1,; .bl-{ ,,._, ,/,,/. 11,_ • -, rJ 11-,. ,1() Heating and Cooling Equipment A B C 0 E F Cooling Equipment Design Conversion Source Mark Description Output Efficiency Factor kBIUl1Y na All Fans na 10.239 From Worksheet Above \{>(•IS'° \1-.?I-\O ' i"'t> /\J. I -Z, 0 ll,O I \\ .1- \l.i:). 1.~ I~ -1 . .,.{') , .. i ·ii.;, 4 11, 'Z. eo~~.q \.\~--<.iO 2 11-z.TDI\I -;o, -5" 11.,0 r:.1.n HP• 1,'i./,."I. JI -::z.. T'bN ""}.;',fb It,;" l'-ll.. {o ~I>-J,J7,..Ji.J '; 11, ,.,, tJ Lio,.:; 11, IP 101.1 U...>-1. "Lr-L-1 10N '-'ti,l'"l 1\,1' ,.. 1-\?,1 Total L.j-Z,1..\. L, Form "4tvised September 1986 G H J Peak kilowatts Conversion Number Faclor Fans Caolin; Heatin; 0.7"8 \ •I-,_ 0.7"8 ~ • t:::1 0.7"8 ?.. 2. f!IJ, 0.7-46 ,, LL.J 0.746 ~ ,.:;, 0.746 I , i;2, 0.746 0.7-46 0.746 Total kilowana Ll.~'1 G H J Healing Oelign Conversion Source Output Efficiency Factor kBtu/hr na -t&:299- l'-\,0 ~.~ s.o \0.Pi ?-.0,t., '!>, -7 14.'1 i.::i,o ~.lo ~s.n '"I(,? Ll,O \~~.lb L./'1,0 3,e,.· \ \ i,, • I sq. o -;,f; I, 41...lo Total 4~ • .; Page_ot_ ' l \ l . Hl!ATINO a COOUNO • ...... -i: ... ~.,.,~-~ 1988 .. •: 1<· ... · ! ., ··~ ,. • &! • Product Data .:::(oB:, l..-6\~l..l~ TGc..t-\NOLa:;'( ~ ':.. \.\f-I i11Y:.u 1$° _ ... ' .. . ·· ... 50QEH Horizontal Water Source Heat Pumps 1/2 to 6 Nominal Tons Sinqle-J:.\1ckage Horizontally Mnu11tctl Wnter Source Heat Pumps. Typ1c,illy Coiling Hung. Com- rletely Concealed, with Condi- tioned /\1r Ducted to Individual Zorw~ • :_;yslt'111 des1yncd for high effi- <'tl'IH.v. year-round cooling and llec11111~1 • 1dlinl I, 11 Sl;hools. offices. ap;.11 t111u11ls. hotels/motels. con- do1nin1urns, hospitals • utilizes decentralized concept whicll allows individual tenant metering, low first cost, con- trol flexibility • does not require seasonal chan9eover • requi1es non-insulated 2-pipe cont111uous loop which carries modi-irate temperature water to and from each unit • wh,lu 111 cooling mode heat is 11iJl!Cl~id to water loop from condi- tionr)d space. In heating mode hm1l is absorbed from water loop to l1eal the conditioned spac,· Features/Benefits Operating efficiency Till' C.1111,·1 Modd QEH horizontal \\'t1t1·r :--1 ,urrt· lw<1t pump is designed lor qu.ih11: ,lllcl 1wrformance excellence 11\·1·1 11,. lilc·linw. Model SOQEH offers n ,ohtl!! 1-l.lfs lo 12.6 and lw<1ting C( l(l"., tp -1.4. <11110119 the highest in the 111d11s11• .. l'SC motors and heat ,·:--,·li,111,1,·1 ·, willi lnw w,,ll'r pressure di Pp Ii, ·II' 111 rn,ide unit clficiency as well ,1s ~y~tt·111 t•lliciency. A printed circuit lio,ircl with indicator lights controls systl'm op<'r,1tio11 and aids in fault diagnosis. All components are carefully designed; selected for endurance, ~RI performance data ---..-------------.... S~~~TH VOLTAGE -----007 _208, 230, 26_5 009 208 009 __ .._ ____ ~23 65 \\~·\S' 4 -012 208 012 2 . 5 ---~ ------. 018 018 018 ~?-i:S ~-024-t-- 208 230 \~ 024 ~-~\,o ~ 030·_. _ ___,~:--~ . -···-···-·----..------ COOLING HEATING NOMINAL TC TSC THR kW FKW EER TC i THA ; kW ;~KV".l_~.o:p:· Cfm .. J Gpm- 7,400 s.36o 8.sso 0.60 0.08 12.4 9.400. 7.s7o :0.62, 0.08 i 4.~-~--L2~~i--~.:..9_ 8.800 6.200 11.400 o.75 o.o9 11.7 11.900 9. 100 . 0.01 : o.o9 J 4.30 I 300 2.3 8,900 6,400 11,600 I 0.76 0.10 11.7 11,900 l 9,200 ; 0.81 : 0_-09 .. 4_:30·-+-~~0 ~ 11.500 8.600 14.100. 1.07. 0.15 10.7. 11.900: 9.150 1 1.11. 0.12 I 3.10 I 400 2.9 I 12,000 9,000 14,600 1.09 0.15 11.0 14,000 -10,900 1.06 · 0.14 3.90 400 2.9 ' I • • I I ··-· ·-A· -, 18,100 13,600 22,900, 1.55; 0.20 11.7 21.800 ·16,500/1.70 0.191 3.80 600 4.6 , 18.500 13.600 23.ooo 1.58 0.20 11.7 21.800 · 16.500: 1.70. 0.19 I 3.8o 600 4.6 ! 18,500 13.600 23,ooo 1.64 0.20 11.3 _ 21,800 _ 16,500 ! 1.70 i 0.19 I-~-~?-600 4.6 : 25,400 19,300 32.000 , 2.08 0.27 12.2 30.600 23,100 2.43 0.26 j 3.70 830 6.4 · 25.400 19,300 · 32,000 _ 2.08 0.27. 12.2 _ 30,600 _ 23,100 j 2.35: 0.26 1-3:8~-830 6.4 3o.5oo 20.900 39.200 2.54 o.32 12.0 39.ooo 28.900 3.18 o.32 I 3.6o 960 a.o 030 030 Hf!>.4,~;·:;;·036-· 208( 3 ),230(1 &3Ph),265 0\11\ 036 . 460 30.500 . 20.900 39.200 2.52 o.32 12.1 39.ooo 28.980 i 2.86 o.32 I 4.oo 960 8.o 30,500 20,900 39,200 I 2.54 0.32 . 12.0 . 39,000 . 28,980. 2.86 j_0.32 __ 4_.qQ 960 8.0 35.000 27.100 44.ooo 2.06 o.49 12.5 41.500 32,300 i 3.01 o.48 I 4.oo 1275 8.8 35,800 27,180 _ 44,000, 2.84 · 0.49 12.6 : 41,500 132,300 : 3.01 f 0.48 I. _4.0?_ ~~!~ ~- 40,500 29,690 51.400 3.49 0.54 11.6 49,000 l 38.000 ' 3. 78 0.56 ,· 3.80 l 1400 10.6 ,\~·l11Z, ..s;042 ____ 71oa7), ~h) •'-\ 042 ~: (~ 42,000 30.790 53,000 3.56 0.54 11.8 50,000 38.800. 3.82 0.56 3.80 1400 10.6 42,000 30,790 53,000 3.53 0.54 11.9 50,000 : 38,800 ; 3.82 0.56 ! 3.80 1400 10.6 042 230 Q Ph), 460 \\f·-Z.. -, 048·----~ &3Ph). 230 (1 Ph) _94_8_ ----~3~h), 460 47.ooo 35.460 59.500 4.27 o.71 11.0 59,ooo ; 44,000 4.6o · o.79 : ·3.00· ·1··1--700 ,-12§· 47,000 35,460 59,500 4.20 0.71 11.2 59,000 · 44,800 4.60 · 0.79 i 3.80 1700 12.0 -"-a,/ 060 208 (1 & 3 Ph) 060 230 (1 Ph) 060 230 (3 Ph), 460 072 --208 (3 Ph) 072 230 (3 Ph), 460 56,800 43.200 70,200 4.98 0.79 11.4 63,600. 49,600. 4.82 . . -2····--14-- . 57,800 44.000 71,400· 5.07 0.79 11.4 63,600:49,600i4.82 ' 57,800 44,000 71,400 4.99, 0.79 11.6 63,600 l 49,600 I 4.82. I • • . ' ' ' 0.80 I 3.90 125 .1 , o.80 I 3.90 2125 14.1 , 0.80 3.90 2125 14.1 1.02 i 4.20 2550 17.5 1.02 4.20 2550 17.5 ----------------·. I 70,100 52,000 85,30016.151 1.08 11.4.91,800!66,90016.411 .. _ L__~_1:~2.~ ; 52:700 . 86,4?0 !_ 6.23_: 1 ?8 ! _1_1.4 1 91,~~0_j -~~ .. :~. -~·4_~_] Cfm -Cubic Feet Per Minute NOTES: C.O.P. -Coefficient of Performance 1. Ratings are in accordance with ARI Standard 320-86. EER -Energy Efficiency Ratio FkW -Fan Kilowatts Gpm -Gallons Per Minute kW -Total Power Input TC -Total Capacity (1000 Btuh) THA -Total Heat of Absorption . THR -Total Heat of Rejection 2. Cooling Standard: 80 F db. 67 F wb indoor entering air tem- perature, and 85 F entering water. 95 F leaving water temperatures. Healing Standard: 70 F db indoor entering air temperature, and 70 F entering water temperature. TSC -Total Sensible Capacity (1000 Btuh) Physical data BASE UNIT S0OEH NOMINAL CAPACITY (tons) o·.,-ERATING wf <ii>>"" .. · -SHIPPING WT COMPRESSOR (Type) No. Cyls ... Rpm REFRIGERANT -Meferi"ng ·Device Factory Charge (lb-oz) --------~ .. ~ -. FAN Blower Diameter x Width (In.) Motor Horsepower wAteR FLow RAiiiaif(gpm> · · · · (Minimum-Maximum) -WATER-TO-REFRiGER-ANT-· HEAT EXCHANGER TYPE Water Conn., ln.-TPI AIR• TO-REFRIGERANT HEAT EXCHANGER TYPE Rows ... Flns/ln. -·· -~-----·-------~-.... FILTER SIZE (In.) (Disposable) NOMINAL F_A_C,.,,E-- VELOCITIES (ft/min) TPI -Threads Per Inch \\~-,~ ------,------,--. ~ .... --~~~--1 _009 ! 012 : ½ I 1/, 1 129 I 134 136 137 142 144 \\f 3,L{,~, Hf·1,S "l,11 _'1.~-1- ··· ···1· . ';_, ' t~Ji -~7~·-1 018 024 j 030 I 036 042 04 . ----1---. ·--> . . . i. ---····----------1--- 1 'h ! 2 i 2'12 j 3 3½ j 4 189 192 216 i 237 1· 238 i. 24 202 205 229 250 251 I 25 8 060 072 5 6 2 ··-·-309 312 s-· ,...._:fas 328 ·-··- 1 ... 3450 Fully Hermetic · 2 ... 3500 . 2 ... 3450, I • __ l 2 ... 34so 1 2 ... 3500 1-0 1-1 1-2 9x4 '/10 ' '/,o '/,o I 1.1-2.51 1.5-3.0 2.0-4.1 I 'h-14 4 ... 16 1x10x16 221 288 384 I . --., R-22 -AccuRater<"> 2-2 2-7 : 2-1 I 3-10 I 3-14 ; 3~_1_:3 ____ 1 6-13 I 6-11 1075 Nominal Rpm ' 9 X 8 ' 10 X 8 10 X 10 'I• i 'I• 'k ; V, / ½ I_ _ ½ ¾ j 1 2.9-6.1 ! 3.9-8.2 4.9-8.7! 5.9-12.2 ! 6.8--14.~ i 7.8-~6:.~ -~~~0.3, 11.7-24.3 Copper-to-Copper, Tube-in-Tube :Y,-14 I 1-11½ . ! -. .. .. .. ····· ------------- 3 (1t • NOTES: 1. Dimensions in ( ) are in millimeters. 2. Do not use screws longer than ½ in. opening. 3. Supply Air ~ Return Air c::!> • ,1 UNIT WEIGHT FIL TEA SIZE \-\f-1 1 lbs 10" X 1 (13) near return air -\ 5O0EH007-O12 (61.24kg) (254) x (406.4) 4. ½-in. FPT (12.7) (with¾ in. to½ in. reducer factory supplied). 5. Center of gravity '9 6. A minimum of 2 ft-6 in. (762 mm) is recommended for fan sec- tion, compressor section and electrical access. I -------------------1 .L =----__,3' 2 1/8" f Al ~~ A 1. (24ri r r-... ----.. "TNT" HEAT EXCHASGER I .... .,/ ....... _-~ ....... :, ' I, "\ \ \ I I \ \ \ COMPRESSOR-----ACCESS I I I ) l I .TANDAJIID 15/16" au,,u a10 (23)7 OPTIONAL auPPLY ••• 11/16" (18) 6 1/4" • ~161) 1 5/8 (40) 7 ooor~ 7 1/8"0\JTSlD! (182) DIMS ITA•t&at a•PPU' Ala • 2 1/4" (57) L~·~ 3'-4 110· I 11020r " mi~~~ WO~~ •• /A IA •• SCALE= 1,8 1 ·-10 3/16" 1' 4'" I \ \~ ,' \ , w, ,', ... ___.,,,. ,,.11, (531 l (567) Ai 3/8" SUS PENS ION ROD '.t( SUPPL! ED BY INS I ALLER r--c406)--=, ',4ll~ . ·~ ~E NOTE •2 wrnlf& -® -® •• RETUllN AIR COIL SURFACE SCALE= 1:8 3 1/2 (89) WATER OUT SEE NOTE • •. 4 1/16"_.r-J (103) I 7/8" (48) WATER IN SEE NOTE• 4. n,1gw:,r ~0@1g wo~w ELECTRICAL ACCESS --- :_JI ,16 112· (419. 10) !ll!TUllll! r~/-----! -___ , ii'©!¥' wa~t:%' 3• ------c920,------ 2 311s·r (55) LOW VOLTAGE BUSHING !Flil@OO'i:r WD~W ---k'AN ® ACCESS 2 3/4 (69) UNIT BASE RAIL ' \ \ I l I 1 I I I I I ~ ff, l :::,_r-- •p• TRAP CLH~~~fE 3• 3/4 MPT (19.05) CONOENSAT! DRAIN m!O@IXl'lr ~DID>~ WOig'lfO ~ . m I C :::s -· ... C. -· 3 CD ::s u, -· 0 ::s u, 0 0 ---1 I 0 ..... ~. °' fl UNIT 1-1a-?°,'7,f, ~ \ 11:1,,~ -, ~ 50QEH018-030 \.if•l,'1,~,'-1,~ lo, °l1•l1lt11'1 > 50QEH036-048 NOTES: WEIGHT 216 lbs (97.98 kg) 2421bs (109.n kg) 1. Dimensions in ( ) are millimeters. 2. Do not use screws longer than ½ in. (13) near return air opening. 3. Supply Air ~ Return Air ¢ A B C D E F G H 1' 4-13/18" 10" 1-5/8" 3-1/2" 3/4" FPT 12.0" 18.8" 1' 2-15/16" (428) (254) (42) (89) (19.05) (305) (478) (380) 1' 8-3/4" 1' 4" 1-3/8" 4•5/16" 1" FPT 12.3" 19.1" 1' 6-7/8" (528) (406) (35) (110) (25.4) (312) (485) (480) 4. Center of gravity (I 5. A minimum of 2 ft-6 in. (762 mm) is recommended for fan sec- tion, compressor section and electrical access. J 10-3/4" (274) 11-1/16" (281) I ---------------------------------, I 3·-11 9115· I /A t 0208) j f (A -8TANDAIID 15116.7. 8UPPLY AIII C23> L , · (245:lr 11115• (18) 2s· ~650. 4) I 7 .... ----.... .,' -----', "TNT" HEAT EXCHANGER I ,7,' ,..--"' ',,-_ ~ , I ' ,, "" A , f ' J I I OPTIONAL 8V•PL' Al• 'Wm~ --~ mi •• RET~~~ A iR COIL SlJRFACE SCALE= 1: 8 WATE'? OUT ·c 1 ·-10 1/16. r-(560) ------, i COMPRESSCIB I ' I I l!..lEfF'ir $0©~ WD~W ~ COMPRESSOR-1------i , , \ , , I I I \ \ _, I I ACCESS '', ,__.. .,', . ' ... ... ., , ... ::::..-' ---G • I t_ __________ _J ® ELECTRICAL @ 0 ACCESS 'ii'@~ \\?O~W 3•.9 11/16" ~ 1<1<1i---------=-(1160) ~------c,, 1 - (25) HIGH VOLTAGE 1 1/8. DIA (28. 4) s n11s· (170) 2 3/16" :r-· (55) ---1 LOW VOLTAGE BUSHING lrlJH)IM'ii' YO~W' ~ -- QUANTITY, NOMINAL FILTER SIZE (1] 16" X 16" b1] 16" X 12" (406.4 sq) (40 .4) X (304.8) (1) 20" X 16" (1) 20" X 12" (508) X (406.4) (508) X (304.8) 5 31a· (137) ·c-.Fj 4°-l 519· ..,,,,__ ____ (1260)·-=------ 1·-10 3/16' (567) "A" 1· (24) ~c.\©~ •p• TRAP CLEARANCE 3• (76.2) ¥ u ~ ~ .. IJ. SCAi.E= 1: 8 !PilO~IHJ'ir $0@~ \\?O!E\'M ~ /):,_ .. -!> -- ·m r» I C ::, -· ,.. Q. -· 3 (1) ::, u, -· 0 ::, u, n 0 ::, --0 0 ..... CX) I 0 ~ $ -Electrical data - " MODEL SOQEH 007 009 ,1-1~ (·11~ Hf·S' --=,012 018 ,1~024 _..,030 110 036 042 048 060 ·i'-1,'ii ,1r-,,,1 I 030 "'~ 036 ~r-,1'1..-:t 042 ~ 048 1, 060 072 007 009 012 018 024 030 036 030 036 042 048 060 072 V-PH-HZ 208/230-1-60 208/230-3-60 265-1-60 460-3-60. OPERJ\TING COMPRESSOR VOLTAGE Max Min LRA RLA 15.9 3.5 20.0 4.4 31.2 4.9 43.0 8.9 253 197 48.0 11.9 65.0 14.9 65.0 15.9 83.5 17.9 95.4 22.8 114.0 24.0 53.0 8.8 53.0 9.8 253 187 66.0 11.2 82.0 14.1 84.0 15.1 130.0 20.9 12.3 3.0 16.0 3.4 27.0 4.3 305 249 39.5 6.9 48.0 9.9 56.0 11.1 56.0 12.5 26.5 4.2 26.5 4.5 506 414 35.0 5.2 41.0 6.9 42.0 7.4 65.0 9.8 FAN MAX FUSE CKT BKR MCA FLA USA Canada CANADA 0.7 5.1 15 15 15 0.7 6.2 15 15 15 0.7 6.8 15 15 15 1.2 12.3 20 15 20 1.9 16.8 25 20 25 1.9 20.5 35 25 35 2.9 22.8 35 25 35 3.6 26.0 40 35 45 3.6 32.1 50 40 50 5.4 35.4 50 45 60 1.9 12.8 20 20 25 2.9 15.1 20 20 30 3.6 17.6 25 25 35 3.6 21.2 35 35 45 5.4 24.2 35 35 45 5.6 31.8 50 50 60 0.8 4.6 15 15 15 0.8 5.0 15 15 15 0.8 6.2 15 15 15 1.1 9.8 15 15 20 1.8 14.2 20 20 25 1.8 15.7 25 20 30 2.6 18.2 30 20 30 0.9 6.1 15 15 15 1.5 7.1 15 15 15 1.8 8.3 15 15' 15 1.8 10.4 15 15 20 2.6 11.8 15 15 20 2.8 15.0 20 25 35 FLA -Full Load Amps MOCP -Maximum Overcurrent Protection LRA -Locked Rotor Amps RLA -Rated Load Amps MCA -Minimum Circuit Amps Legend and Notes Pertain to Typical Wiring Schematic -see pag~ 21. AHA -Adjustable Heat Anticipator C -Contactor Comp Cap. -Capacitor CB -Circuit Breaker CC -Cooling Compensator CFS -Check Filter Switch CH -Crankcase Heater Comp -Compressor CT -Current Transformer Equip -Equipment FC -Fan Contactor FM -Fan Motor FPS -Freeze Protection System Fu -Fuse GND -Ground Connection HPS -High-Pressure Switch HPCO -High-Pressure Switch Compressor Overload HWTS -High Water Temperature Switch LPS -Low-Pressure Switch LWTS -Low Water Temperature Switch NOTES: Neut OFS PCB PL RC RTS RVS ST TB TC TH Tran WTS LEGEND . -Neutral -Overflow Sensor -Printed Circuit Board -Plug Assembly -Run Capacitor -Refrigerant Temperature Switch -Reversing Valve Solenoid -Start Thermistor -Terminal Block -Thermostat-Cooling -Thermostat-Heating -Transformer -Water Temperature Switch 0 Terminal Block @ Terminal (Marked) 0 Terminal (Unmarked) ~~~ Terminal PCB -@ Splice (Marked) • Factory Splice ---Field Power Wire -----Field Control Wire Factory Wire -PCB Run ---Option/ Accessory Wire 1. To be wired In accordance with National Electric (N.E.C.) and local codes. 5. Tran 1 is wired to 265 for 265-v units or to 230 for 208/230-v units. If a 208-v power supply is used, disconnect wire to 230 and connect to 208. 2. Compressor and fan motor are thermally protected. 3. Class 1 wires must be routed 10 TB2-5 ,,md TB2-6. 4. Wire from PCB-P2 to TB1-1 may be disconnected and re- connected to TB1-2 for low fan speed. 20 6. Use copper, copper-clad aluminum or aluminum conductors. 7. For load shed feature, de-energize power to TB2-5 and TB2-6 to operate unit. COMMERCIAL LOAD ESTIMATE F"DR LEISURE TECHNOLOGY BV WEATHER ENGINEERING 5/10/8"9 ZONE 1 01-01-1 '380 CARLSBAD *USER SUPPLIED LAT= 33 ALT= 100 CONST= 30W/10R/ 30B ID= 74/50: 75 WALL COLOR: MEDIUM ROOF COLOR: LIGHT 60515841.6 D.B.TEMP TOTAL TONS RSH TONS C. F. M. 1. F"EB AT 1 P.M. 77.8 2.28 2. 12 1,218 2. JUN AT 10 A.M. 84.0 1. 70 1.53 876 ':I JUN AT . -. P.M • 93.0 2.38 "". ,t. 2. 16 1,237 4. AUG AT 10 A.M. 85.0 2.02 1.83 1,050 5. AUG AT 3 P.M. 95.0 3.02 2.76 1,587 6. SEP AT 10 A.M. 83.0 2. 16 1. 97 1,133 7. SEP AT 4 P.M. 132. () 2.87 2.63 1,512 ZONE HEATING--> = 18,717 W/INFIL= 18,717 C.F.M = 486 TRANSMISSION FACT. TEMP DIFF HEATING TEMP DIFF COOLING FLOURESCENT LIGHTS INPUTS CEILING PARTITION o. 00 0 o.oo 0 FLOOR o.oo 0 SKYLIGHT o. '34 42 0 0 0 Y SOLAR FACTOR SKYLIGHT - 21 0.35 EFFECTIVE AVERAGES FOR EXPOSUF.:E: N. WALL TRANS. FACTORS 0.00 GLASS TRANS FACTORS 0.00 GLASS SOLAR FACTORS 0.00 ROOF TRANS. FACTOR = 0.05 NUMBER OF PEOP!--E = ·TOTAL LIGHTS = OTHER ELECTRICAL = S. TYPE 1 GLASS AREA= S. TYPE 2 GLASS AREA= W. TYPE 1 GLASS AREA= W. TYPE 2 GLASS AREA= TOTAL GLASS AREA - TOTAL GLASS AREA = SKYLIGHT AREA = SKYLIGHT AREA = ZONE LOADS OR OP-COST: NE E. SE S. SW w. NW o.oo o.oo o.oo 0.08 o.oo 0.08 o.oo o.oo o.oo o.oo 1.13 o.oo 1.13 o.oo o.oo o.oo o.oo 0.56 0.00 0.57 o.oo SKYLIGHT TRANS. FACTOR= 0.94 OUTPUTS 3 SENSIBLE PEOPLE LOAD = 828 507 LH3HTINt3 LOAD = 2,163 169 ClTHER ELECTF.: I CAL = 577 88 s. TYPE 1 GLASS SOLAR = 2, 7'36 57 s. TYPE 2 13LASS SOLAF.: = 897 110 w. TYPE 1 GLASS SOLAR -10,287 E,3 w. TYPE 2 GLASS SOLAR ::: 3,226 324 TOTAL GLASS SOLAR = 17,206 324 TOTAL GLASS TF.:ANS. = 7,677 57 TOTAL SKYLIGHT SOLAF-: = 2,748 57 TOTAL SKYLIGHT TF-:ANS = 1,115 S. TYPE 1 WALL AREA= W. TYPE 1 WALL AREA= TOTAL WALL AREA PARTITION AREA CEILING AREA FLOOR AREA AREA OF ROOF SAFETY FACTOR EVAP FAN H.P. MISC SENSIBLE VENTILATION CFM MISC. LATENT NUMBER OF PEOPLE VENTILATION CFM TOTAL CFM-STDAIR = = = = = = = = = = 56 S. TYPE 1 WALL LOAD 70 W. TYPE 1 WALL LOAD 126 TOTAL WALL TRANS. 0 TOTAL PART. TRANS 0 TOTAL CEILING TRANS 0 TOTAL FLOOR TRANS 338 F-:OOF LOAD OX SAFETY B.T.U.S 0.45 FAN HEAT GAIN -DT 0 MISC. SENSIBLE 25 O. A.SENSIBLE LOAD 0 MISC. LATENT 3 PEOPLE LATENT LOAD 25 O.A. LATENT LOAD 1,587 TOTAL LATENT LOAD ROOM SENSIBLE = 33,173 ROOM LAT. LOAD ********************************************** ZONE 1 = == = == == = == = = = = 138 173 310 0 0 0 549 0 1, 3'34 0 586 0 6'33 351 1,044 693 --> GRAND TOTAL LOAD= 36,196 BTU'S OR 3.02 TONS<-- LOAD RUN FOR # 5. AUG AT 3 P.M. AREA (SQ FT) = TOTAL.CFM-STO AIR= PARTITION LOAD = VENTILATION LOAD - FLOOR HEATING LOAD= GLASS HEATING LOAD= SLAB HEATING LOAD= WARM UP LOAD = 338 1,587 HEATING 0 1, 171 0 15,353 0 0 SQ. FT PER TON CFM PEF.: SQ FT LOAD CEILING LOAD ROOF HEATING LOAD SKYLI13HT LOAD WALL HEATING LOAD INFIL HEAT LOAD H LOAD WITH VENT COIL SELECTION PARAMETERS - = = = = - = = DB TEMP ENT/LVG -74.3 / 54.2 TOT SENSIBLE LOAD = WB TEMP ENT/LVG -61.6 / 53.6 TOTAL COIL LOAD SPECIFIED ROOM RH = 50% RESULTING ROOM RH - TERM AIR TEMP = 55.00 / 110 DEGREES ROTATED= 0 T. ST. EVAP FAN= 1.00 NON-CEILING RETURN BLDG. 'Li' FACTOR= 0.50 CARRIER DEFAULTS 112 4.70 0 710 2,231 423 0 1 '3,888 35,153 36,196 48% . . ZONE 2 01-01-1 '380 CARLSBAD *USER SUPPLIED LAT= 33 ALT= 100 CONST= 30W/10R/ 30B WALL COLOR: MEDIUM ID= 74/50: 75 ROOF COLOR: LIGHT 60515841.6 D.B.TEMP TOTAL TONS RSH TONS C.F.M. 1. FEB AT 1 P.M. 77.8 1 • 60 1.38 7•34 2. JUN AT 10 A.M. 84.0 1. 80 1.48 847 3. JUN AT 2 P.M. ':13. 0 ·3.00 2.56 1,472 4. AUG AT 10 A.M. 85.0 1. 84 1. 51 870 5. AUG AT 3 P.M. 95.0 3.81 3.34 1, ':120 6. SEP AT 10 A.M. 83.0 1. 74 1.43 823 7. SEP AT 4 P.M. 92.0 4.05 3.59 2,061 ZONE HEATING--> = 14,283 W/INFIL= 14,283 C.F.M = 371 INPUTS CEILINl'.3 PAf.:TITION FLOOR SKYLIGHT. TRANSMISSION FACT. o.oo 0. (H) o.oo 0.00 TEMP DIFF" HEATIN13 0 0 0 42 TEMP DIFF COOLING 0 0 0 18 FLOURESCENT LIGHTS y SOLAR FACTOf.: SKYLIGHT = o.oo EFFECTIVE AVERAGES FOR ZONE LOADS OR OP-COST: EXPOSUf.:E: N. NE E. SE s. SW w. NW WALL TRANS. FACTORS 0.00 o.oo o.oo o.oo o.oo o.oo 0.08 o.oo t3LASS TRANS FACTORS o.oo o.oo o.oo 0.00 0.00 0.00 1.13 o.oo GLASS SOLAR FACTORS 0. 00 o.oo 0.00 o. 00 0.00 o.oo 0.70 o.oo ROOF TRANS. FACTOR ·-0.05 SKYLIGHT TRANS. FACTOR = o.oo OUTPUTS NUMBER OF PEOPLE = 8 SENSIBLE PEOPLE LOAD = 2, <)24 TOTAL LIGHTS = 1,239 LIGHTING LOAD --5,286 OTHER ELECTRICAL = 413 OTHEF.: ELECTRICAL -1,410 w. TYPE 1 GLASS AREA= 253 w. TYPE 1 GLASS SOLAR --27,458 TOTAL GLASS AF.:EA = 253 TOTAL 13LASS SOLAR = 27,458 TOTAL t3LASS AREA = 253 TOTAL GLASS TF.:ANS. = 5,146 SKYLIGHT AREA = 0 TOTAL SKYLIGHT SOLAR -· 0 SKYLIGHT AREA = 0 TOTAL SKYLIGHT TRANS = 0 . . ,W. TYPE 1 WALL AREA= TOTAL WALL AREA PAF.:TITIDN AREA CEILING AREA FLOOR AREA AREA OF ROOF SAFETY FACTOR EVAP FAN H.P. MISC SENSIBLE VENTILATION CFM MISC. LATENT NUMBER OF PEOPLE VENTILATION CFM TOTAL CFM-STDAIR = = = = = = = = = = = = 161 161 0 0 0 826 O'½. 0.5'3 0 0 8 6.-, ..,;.. 2,061 W. TYPE 1 WALL LOAD TOTAL WALL TRANS. TOTAL PART. TRANS TOTAL CEILING TRANS TOTAL FLOOR TRANS ROOF LOAD SAFETY B .. T. U. S FAN HEAT GAIN -DT MISC. SENSIBLE O. A.SENSIBLE LOAD MISC. LATENT PEOPLE LATENT LOAD O.A. LATENT LOAD TOTAL LATENT LOAD ROOM SENSIBLE = 43,083 ROOM LAT. LOAD ********************************************** ZONE 2 -· 443 = 443 = 0 --0 = 0 = 1,318 = 0 = 1,810 = 0 = 1,227 = 0 -1, 6'33 -801 -2, 4"35 = 1,693 --> GRAND TOTAL LOAD= 48,614 BTU'S OR LOAD RUN FOR # 7. SEP AT 4.05 TONS<-- 4 P.M. VENTILATION LOAD = 2,862 ROOF HEATING LOAD= FLOOR HEATING LOAD= 0 SKYLIGHT LOAD = GLASS HEATING LOAD= 12,007 WALL HEATING LOAD= SLAB HEATING LOAD= 0 INFIL HEAT LOAD = WARM UP LOAD = 0 H LOAD WITH VENT = COIL SELECTION PARAMETERS DB TEMP ENT/LVG = 74.5 / 54.2 TOT SENSIBLE LOAD = WB TEMP ENT/LVG = 61.8 / 53.6 TOTAL COIL LOAD = SPECIFIED ROOM RH = 50% RESULTING ROOM RH - TERM AIR TEMP = 55.00 / 110 DEGREES ROTATED= 0 T. ST. EVAP FAN= 1.00 NON-CEILING RETURN BLDG. 'Li' FACTOR= 0.27 CARRIER DEFAULTS 1,735 0 541 0 17,145 46, 120 48,614 49'1/. ZONE 3 01-01-1 '380 CARLSBAD *USER SUPPLIED LAT= 33 ALT= 100 CONST= 30W/10R/ 30B WALL COLOR: MEDIUM 60515841.6 ID== 74/50: 75 ROOF COLOR: LIGHT D.B.TEMP TOTAL TONS RSH TONS C.F.M. 1. FEB AT 1 P. M.· 77.8 1. 06 0.92 527 ,., ..::.. JUN AT 10 A.M .. 84.0 1.20 0.98 563 3. JUN AT 2 P.M. '33. 0 2.00 1.71 982 4. AUG AT 10 A.M. 85.t) 1 .-. .-, • .,t..,.i!.,. 1.01 578 5. AUG AT 3 P.M. 95.0 2.54 2.23 1,282 6. SEP AT 10 A.M. 83.0 1.15 0.95 546 7. SEP AT 4 P.M. '32.0 2.70 2.40 1,378 ZONE HEATING--> = 9,573 W/INFIL= 9,573 C.F.M = 249 INPUTS CEILIN13 PARTITION FLOOR s•<YLIGHT TRANSMISSION FACT. o.oo o.oo 0.00 0.94 TEMP DIFF HEATIN13 0 0 0 42 TEMP DIFF COOLING 0 0 0 18 FLOURESCENT LIGHTS y SOLAR FACTOR SKYLI13HT = 0.35 EFFECTIVE AVEf.:A(3ES FOR ZONE LOADS OR OP-COST: · EXPOSURE: N. NE E. SE s. SW w. NW WALL TRANS. FACTORS 0. 00 0.00 0. 00 0.00 0. 00 o.oo 0.08 o.oo GLASS TRANS FACTORS o.oo o.oo o.oo o.oo o.oo 0.00 O.BO o.oo GLASS SOLAf.: FACTORS o.oo 0.00 0.00 o.oo o.oo 0.00 0.50 0.00 ROOF TRANS. FACTOR = 0.05 SKYLIGHT TRANS. FACTOR = 0.94 OUTPUTS ' NUMBER OF PEOPLE = 5 SENSIBLE PEOPLE LOAD = 1,328 TOTAL LIGHTS = 813 LIGHTING LOAD = 3,468 OTHER ELECTRICAL = 271 OTHEf.: ELECTRICAL = "325 w. TYPE 1 GLASS AREA= 170 w. TYPE 1 GLASS SOLAR ::::: 18,451) TOTAL t3LASS AREA = 170 TOTAL 13LASS SOLAR ::::: 18,450 TOTAL GLASS AF.:EA ... 170 TOTAL GLASS TRANS. = 3,458 SKYLIGHT AREA = 0 TOTAL SKYLIGHT SOLAR = 0 Sl<YLIGHT AREA = 0 TOTAL. SKYLIGHT TRANS ·-0 . . w·. TYPE 1 WALL AREA = 109 w. TYPE 1 WALL LOAD = 300 TOTAL WALL AREA = 10'3 TOTAL WALL TRANS. = 300 PARTITION AREA = 0 TOTAL PART. TF.:ANS = 0 CEILING AREA = 0 TOTAL CEILING TRANS = 0 FLOOR AREA = 0 TOTAL FLOOR TF.:ANS = 0 AREA OF ROOF = 542 ROOF LOAD -865 SAFETY FACTOR ·-O'l. SAFETY B.T.U.S = 0 EVAP FAN H.P. = 0.39 FAN HEAT GAIN -DT = 1,210 MISC SENSIBLE = 0 MISC. SENSIBLE = 0 VENTILATION CFM -41 o. A.SENSIBLE LOAD = 805 . MISC. LATENT = 0 MISC. LATENT -0 NUMBER OF PEOPLE = 5 PEOPLE LATENT LOAD = 1, 111 VENTILATION CFM = 41 O. A. LATENT LOAD = 526 TOTAL CFM-STDA If<: = 1,378 TOTAL LATENT LOAD -1,637 ROOM SENSIBLE -28,793 F.:OOM LAT. LOAD = 1, 111 ********************************************** ZONE 3 --> GRAND TOTAL LOAD= 32,445 BTU'S OR 2.70 TONS<-- LOAD RUN FOR # 7. SEP AT 4 P.M. VENTILATION LOAD = 1,878 ROOF HEATING LOAD= 1,138 FLOOR HEATING LOAD= 0 SKYLIGHT LOAD = 0 GLASS HEATING LOAD= 8,068 WALL HEATING LOAD -366 SLAB HEATING LOAD= 0 INFIL HEAT LOAD = 0 WARM UP LOAD = 0 H LOAD WITH VENT -11,451 COIL SELECTION PARAMETERS DB TEMP ENT/LVG -74.5 / 54.2 TOT SENSIBLE LOAD = 30,808 WB TEMP ENT/LVG = 61.8 / 53.6 TOTAL COIL LOAD = 32,445 SPECIFIED ROOM RH = 50% RESULTING ROOM RH = 49% JERM AIR TEMP = _55.00 / 110 DEGREES ROTATED= 0 T. ST. EVAP FAN= 1.00 NON-CEILING RETURN BLDG. 'LI' FACTOR= 0.28 CARRIER DEFAULTS ------------------------------------------------------------- ZONE 4 01-01-1 '380 CARLSBAD :tUSER SUPPLIED LAT= 33 ALT= 100 CONST= 30W/10R/ 30B ID= 74/50: 75 WALL COLOR: MEDIUM ROOF COLOR: LIGHT 60515841.6 D.B.TEMP TOTAL TONS RSH TONS C.F.M. 1. FEB AT 1 P.M. 2. JUN AT 10 A.M. 3. JUN AT 2 P.M. 4. AUG AT 10 A.M. 5. AUG AT 3 P.M. G. SEP AT 10 A.M. 7. SEP AT 4 P.M. ZONE HEATING--> = TRANSMISSION FACT. TEMP DIFF HEATING TEMP DIFF COOLING FLOURESCENT LIGHTS 77.8 0.97 0.84 481 84.0 1.11 0.91 523 '33.0 1.81 1.54 887 85.0 1. 13 0.93 532 '35. 0 2.27 1.98 1,137 83.0 1. 06 0.87 502 92.0 2.3'3 2. 11 1,213 8,961 W/INFIL= 8,961 C.F.M = 233 INPUTS CEILING PARTITION FLOOR o.oo o.oo o.oo 0 0 0 0 0 0 Y SOLAR FACTOR SKYLIGHT= SKYLit3HT 0.94 42 18 0.35 EFFECTIVE AVERAGES FOR ZONE LOADS OR OP-COST: EXPOSURE: N. NE E. SE S. SW W. NW WALL TRANS. FACTORS 0.08 0.00 0.00 0.00 0.00 0.00 0.08 0.00 GLASS TRANS FACTORS 1.13 0.00 0.00 0.00 0.00 0.00 0.76 0.00 GLASS SOLAR FACTORS 0.70 0.00 0.00 0.00 0.00 0.00 0.47 0.00 ROOF TRANS. FACTOR = 0.05 SKYLIGHT TRANS. FACTOR= 0.94 OUTPUTS NUMBER OF PEOPLE = 5 SENSIBLE PEOPLE LOAD = TOTAL LIGHTS = 7613 LIGHTING LOAD = OTHER ELECTRICAL = 256 OTHER ELECTRICAL = 16 N. TYPE 1 GLASS SOLAR = 1,254 3,276 874 123 N. TYPE 1 GLASS AREA= W. TYPE 1 GLASS AREA= 143 w. TYPE 1 GLASS SOLAR = 15,519 TOTAL GLASS AREA = 15'3 TOTAL GLASS SOLAR = 15,642 TOTAL GLASS AREA = 15'3 TOTAL GLASS Tf<:ANS. = 3,234 SKYLIGHT AREA = 0 TOTAL SKYLIGHT SOLAF,: = 0 SKYLIGHT AREA = (I TOTAL SKYLIGHT TF::ANS = 0 N. TYPE 1 WALL AREA= W. TYPE 1 WALL AREA= TOTAL WALL AREA PAF.:TITION AREA CEILING AREA FLOOR AR:EA AREA OF ROOF SAFETY F ACTOF.: EVAP FAN H.P. MISC SENSIBLE VENTILATION CFM MISC. LATENT NUMBER OF PEOPLE VENTILATION CFM TOTAL CFM-STDAIR = = = = = = = = = = = 10 N. TYPE 1 WALL LOAD 91 W. TYPE 1 WALL LOAD 101 TOTAL WALL TRANS. 0 TOTAL PART. TRANS 0 TOTAL CEILING TRANS 0 TOTAL FLOOR TRANS 512 F.:OOF LOAD OX SAFETY B.T.U.S 0.35 FAN HEAT GAIN -DT 0 MISC. SENSIBLE 38 O. A.SENSIBLE LOAD 0 MISC. LATENT 5 PEOPLE LATENT LOAD 38 O.A. LATENT LOAD 1,213 TOTAL LATENT LOAD ROOM SENSIBLE -25,362 ROOM LAT. LOAD ********************************************** ZONE 4 = = = = = = = = = = = 14 250 264 0 0 0 817 0 1,065 0 760 0 1,050 495 1,545 1,050 --> GRAND TOTAL LOAD= 28,732 BTU'S OR 2.39 TONS<-- LOAD RUN FOR # 7. SEP AT 4 P.M. VENTILATION LOAD = 1,774 ROOF HEATING LOAD= 1,075 FLOOR HEATING LOAD= 0 SKYLIGHT LOAD = 0 GLASS HEATING LOAD= 7,546 WALL HEATING LOAD -339 SLAB HEATING LOAD= 0 INFIL HEAT LOAD = 0 WARM UP LOAD = 0 H LOAD WITH VENT = 10,735 COIL SELECTION PARAMETERS DB TEMP ENT/LVG = 74.6 / 54.2 TOT SENSIBLE LOAD = 27,187 WB TEMP ENT/LVG -61.9 / 53.6 TOTAL COIL LOAD = 28,732 SPECIFIED ROOM RH = 50% RESULTING ROOM RH = 49% TERM AIR TEMP = 55.00 / 110 DEGREES ROTATED= 0 T. ST. EVAP FAN= 1.00 NON-CEILING RETURN BLDG. 'Li' FACTOR= 0.28 CARRIER DEFAULTS ZONE 5 01-01-1980 CARLSBAD *USER SUPPLIED LAT= 33 ALT= 100 CONST= 30W/10R/ 30B ID= 74/50: 75 WALL COLOR: MEDIUM ROOF COLOR: LIGHT 60515841. 6 D.B.TEMP TOTAL TONS RSH TONS C.F.M. 1,343 1. FEB AT 1 2. JUN AT 10 3. JUN AT 2 4. AUG AT 10 5. AUG AT 3 6. SEP AT 10 7. SEP AT 4 P.M. 77.8 A.M. 84.0 P.M. 93.0 A.M. 85.0 P.M. '35. 0 A.M. 83.0 P.M. 92.0 2.50 1.54 2 .. <)2 1.97 2.58 2.24 2.37 2.34 1.38 1.82 1. 79 2.35 2.05 2. 16 789 1,043 1,026 1,350 1,179 1,242 ZONE HEATINt3--> = 16,834 W/INFIL= 16, 834 C. F • M -· 437 INPUTS CEILINt3 PARTITION FLOOR SKYLIGHT TRANSMISSION FACT. o. 00 o.oo 0.00 0.94 TEMP DIFF HEATINt3 0 0 0 42 TEMP DIFF COOLING 0 0 0 21 FLOURESCENT LIGHTS y SOLAR FACTOR SKYLIGHT = 0.35 EFFECTIVE AVERAGES FOR ZONE LOADS OF~ OP-COST: EXPOSURE: N. NE E. SE s. SW w. NW WALL TRANS. FACTORS 0.00 0. 00 0.00 0.00 <). 08 o.oo 0.08 o.oo GLASS TRANS FACTORS 0.00 o.oo o.oo 0.00 1. 06 0.00 1. 06 o. oo GLASS SOLAR FACTORS 0.00 0. 00 0.00 0.00 0.58 0.00 0.56 0.00 .,ROOF TRANS. FACTOR = 0.05 SKYLifaHT TRANS. FACTOR = 0.94 OUTPUTS NUMBER OF PEOPLE = 3 SENSIBLE PEOPLE LOAD = 767 TOTAL LIGHTS = 470 LIGHTING LOAD = 2,003 OTHER ELECTRICAL = 157 OTHER ELECTRICAL = 534 s. TYPE 1 GLASS AREA= 126 s. TYPE 1 GLASS SOLAF.: -4,003 s. TYPE 2 13LASS AREA= 69 s. TYPE 2 13LASS SOLAF:: = 1,096 w. TYPE 1 13LASS AF.:EA= 72 w. TYPE 1 GLASS SOLAF-: --E.,733 w. TYPE 2 t3LASS AREA= 46 w. TYPE 2 GLASS SOLAF.: = 2,151 TOTAL GLASS AREA = 313 TOTAL GLASS SOLAR = 13, ':383 TOTAL t3LASS AREA = 313 TOTAL GLASS TRANS. = E,, 969 SKYLIGHT AREA = 46 TOTAL SKYLIGHT SOLAR -2,237 SKYLIGHT AREA -46 TOTAL SKYLIGHT TRANS = 908 S. TYPE 1 WALL AREA= W. TYPE 1 WALL AREA= TOTAL WALL AREA PARTITION AREA CEILING AREA FLOOR AREA AREA OF ROOF SAFETY FACTOR EVAP FAN H.P. MISC SENSIBLE VENTILATION CFM MISC. LATENT NUMBER OF PEOPLE VENTILATION CFM TOTAL CFM-STDAIR = = = = = = = = = = = = 80 S. TYPE 1 WALL LOAD 46 W. TYPE 1 WALL LOAD 126 TOTAL WALL TRANS. 0 TOTAL PART. TRANS 0 TOTAL CEILING TRANS 0 TOTAL FLOOR TRANS 313 ROOF LOAD 0% SAFETY B.T.U.S 0.39 FAN HEAT GAIN -DT 0 MISC. SENSIBLE 23 O. A.SENSIBLE LOAD 0 MISC. LATENT 3 PEOPLE LATENT LOAD 23 O.A. LATENT LOAD 1,350 TOTAL LATENT LOAD ROOM SENSIBLE = 28, 219 F.:OOM LAT. LOAD ********************************************** ZONE 5 = = = = = = = = = = = 1'37 114 310 0 0 0 509 0 1,185 0 542 0 642 324 966 642 --> GRAND TOTAL LOAD= 30,913 BTU'S OR 2.58 TONS<-- LOAD RUN FDR # 5. AUG AT 3 P.M. AREA (SQ FT) -313 SQ. FT PEF.: TON = TOTAL CFM-STD AIR = 1,350 CFM PER SQ FT = HEATING LOAD PARTITION LOAD = 0 CEILINt3 LOAD - VENTILATION LOAD = 1,085 F.:OOF HEATING LOAD = FLOOR HEATING LOAD= 0 SKYLIGHT LOAD = -GLASS HEATING LOAD= 13,937 WALL HEATING LOAD = SLAB HEATING LOAD = I) INFIL HEAT LOAD -· WARM UP LOAD = 0 H LOAD WITH VENT -- COIL SELECTION PARAMETER.S 122 4.31 0 657 1,816 423 I) 17,':H9 DB TEMP ENT/LVG·= 74.4 / 54.2 TOT SENSIBLE LOAD = 29,947 WB TEMP ENT/LVG = 61.6 / 53.6 TOTAL COIL LOAD = 30,913 SPECIFIED ROOM RH -50% RESULTING ROOM RH = 48% TERM AIR TEMP -55.00 / 110 DEGREES ROTATED= 0 T. ST. EVAP FAN= 1.00 NON-CEILING RETURN BLDG. 'LI' FACTOR= 0.48 CARRIER DEFAULTS ZONE 6 01-01-1 '380 CARLSBAD *USER SUPPLIED LAT= 33 ALT= 100 CONST= 30W/10R/ 30B ID= 74/50: 75 WALL COLOR: MED I UM ROOF COLOF.:: LIGHT 1. 2. 3. 4. FEB JUN JUN AUG AT 1 AT 10 AT 2 AT 10 60515841.6 D.B.TEMP TOTAL TONS P.M. 77.8 1.42 A.M. 84.0 1.93 P.M. '33.0 2.73 A.M. 85.0 1.87 5. AUG AT 3 P.M. 95.0 3.20 6. SEP AT 10 A.M. 83.0 1.68 7. SEP AT 4 P.M. 92.0 3.08 ZONE HEATING-->= 20,700 W/INFIL= RSH TONS C.F.M. 1.30 746 1. 75 1,005 2.50 1,438 1.69 972 2. •35 1,693 1 c::---, • U..:!. 873 2.84 1,630 20,700 C.F.M = 538 INPUTS CEILING PARTITION FLOOR SKYLIGHT TRANSMISSION FACT. TEMP DIFF HEATINt3 TEMP DIFF COOLING FLOURESCENT LIGHTS EFFECTIVE AVERAGES EXPOSUf.:E: WALL TRANS. FACTOF~S GLASS TRANS FACTORS .,GLASS SOLAR FACTORS ROOF TRANS. FACTOF.: = NUMBER OF PEOPLE - TOTAL LIGHTS = OTHER ELECTRICAL = N. TYPE 1 GLASS AREA= N. TYPE 2 GLASS AF.:EA= w. TYPE 1 GLASS AF.:EA= w. TYPE 2 13LASS AREA= TOTAL GLASS AF.:EA = TOTAL GLASS AF.:EA -SKYLif:iHT AF.:EA = S~(YLIGHT AREA = o.oo o.oo o.oo o. '34 0 0 0 4 .-:, k 0 0 0 21 Y SOLAR FACTOR SKYLIGHT= 0.35 FOR ZONE LOADS OR OP-COST: N. NE E. SE s. SW w. NW 0.08 o.oo o.oo o.oo 0. 00 o.oo 0.08 0.00 1. 04 o.oo 0.00 o.oo 0.00 o.oo 1. 06 0.00 0.54 0.00 0.00 o.oo o.oo o.oo 0.56 o.oo 0.05 SKYLif:iHT TRANS. FACTOR -0.94 OUTPUTS 3 SENSIBLE PEOPLE LOAD = 760 465 LIGHTING LOAD :::: 1, '384 155 OTHEF.: ELECTF.: I CAL = 529 82 N. TYPE 1 GLASS SOLAI:;;: == 767 E,·3 N. TYPE ~i 13LASS SOLAF.: = 323 132 w. TYPE 1 GLASS SOLAR -12,344 85 w. TYPE :2: 13LASS SOLAR = 3,974 368 TOTAL GLASS SOLM<: = 17,409 368 TOTAL 13LASS TRANS. :::: 8,118 85 TOTAL SKYLIGHT SOLAF<: ::::: 4,134 85 TOTAL SKYLIGHT TRANS = 1,678 N. TYPE 1 WALL AREA= W. TYPE 1 WALL AREA= TOTAL WALL Af.!EA PARTITION AREA CEILINt3 AREA FLOOR AREA AREA OF ROOF SAFETY FACTOR EVAP FAN H.P. MISC SENSIBLE VENTILATION CFM MI$C. LATENT NUMBER OF PEOPLE VENTILATION CFM TOTAL CFM-STDAIR = = = = = = 5.-. .!.. 84 136 I) 0 0 310 0'1/. 0.48 0 0 3 23 1,693 N. TYPE 1 WALL LOAD W. TYPE 1 WALL LOAD TOTAL WALL TRANS. TOTAL PART. TRANS TOTAL CEILING TRANS TOTAL FLOOR TRANS F~OOF LOAD SAFETY B.T.U.S FAN HEAT GAIN -OT MISC. SENSIBLE O. A.SENSIBLE LOAD MISC. LATENT PEOPLE LATENT LOAD O.A. LATENT LOAD TOTAL LATENT LOAD ROOM SENSIBLE = 35,393 ROOM LAT. LOAD ********************************************** ZONE E, = 71 = 207 = 278 = 0 -0 = 0 -504 ·-I) = 1,487 = 0 --537 = I) = 636 ·-· 323 -'358 ·-636 --> GRAND TOTAL LOAD= 38,375 BTU'S OR 3.20 TONS<-- LOAD RUN FOR # 5. AUG AT 3 P.M. AREA (SQ FT) = 310 SQ. FT PER TON = TOTAL CFM-STD AIR= 1,693 CFM PER SQ FT = HEATING LOAD PARTITION LOAD = I) CEILING LOAD = VENTILATION LOAD -1,074 ROOF HEATING LOAD - FLOOR HEAT 1 Nl:.i LOAD= 0 SKYLIGHT LOAD - GLASS HEATINfj LOAD= 16,236 WALL HEATING LOAD ··- SLAB HEATING LOAD = 0 INFIL HEAT LOAD -·· WARM UP LOAD = 0 H LOAD WITH VENT ·- COIL SELECTION PARAMETERS DB TEMP ENT/LVG = 74.3 I t54. 2 TOT SENSIBLE LOAD = WB TEMP ENT /LVf:i ·-61.5 I 53.6 TOTAL COIL LOAD = SPECIFIED f.:OOM f.:H = 51)'1/. F.:ESUL TI NG ~-:DOM F-:H = TERM AIR TEMP ·-55.00 I 110 DEGREES F.:OTATED ·-0 T. ST. EVAP FAN -1. 00 NON-CEILING f.:ETUf.:N BLD13. , u, FACTOR= 0.51 CARF.:IER DEFAULTS '37 5.46 0 651 3,356 457 0 21,774 37,416 38,375 48%. ZONE 7 01-01-1980 CARLSBAD *USER SUPPLIED LAT= 33 CONST= 30W/10R/ 30B WALL COLOR: MEDIUM 60515841. 6 ALT= 100 ID= 74/50: 75 ROOF COLOR: LIGHT D.B.TEMP TOTAL TONS RSH TONS C.F.M. 1. FEB AT 1 P.M. 77.8 o. '33 0.78 446 2. JUN AT 10 A.M. 84.0 1.36 1.12 643 3. JUN AT 2 P. M.-'33. 0 1. 70 1.41 807 4. AUG AT 10 A.M. 85.0 1.24 1.00 576 5. AUG AT 3 P.M. '35.0 1.61 1 r;:i•-:, .w..:... 760 6. SEP AT 10 A.M. 83.0 1.13 O.':H 525 7. SEP AT 4 P.M. '32.0 1.49 1.21 697 ZONE HEATING--> = 13,804 W/INFIL= 13,804 C.F.M = 359 INPUTS CEILINt3 PARTITION FLOOR SKYLIGHT TRANSMISSION FACT. o.oo o.oo o.oo o. '34 TEMP DIFF HEATING 0 0 0 4·--,t_ TEMP DIFF COOLING 0 0 0 1 '3 FLOURESCENT LIGHTS y SOLAR FACTOR SKYLIGHT = 0.35 EFFECTIVE AVERAGES FOR ZONE LOADS OR OP-COST: EXPOSURE: N. NE E. SE S. SW W. NW WALL TRANS. FACTORS 0.08 0.00 0.00 0.00 0.00 0.00 0.00 0.00 GLASS TRANS FACTORS 0.89 0.00 0.00 0.00 0.00 0.00 0.00 0.00 GLASS SOLAR FACTORS 0.55 0.00 0.00 0.00 0.00 0.00 0.00 0.00 ROOF TRANS. FACTOR = 0.05 SKYLIGHT TRANS. FACTOR= 0.94 OUTPUTS NUMBER OF PEOPLE = 6 SENSIBLE PEOPLE LOAD = 1,465 TOTAL LIGHTS = 8'37 LIGHTINt3 LOAD -3,827 OTHER ELECTRICAL = 29'3 OTHEF.: ELECTRICAL = 1,020 N. TYPE 1 GLASS AREA= 253 N. TYPE 1 GLASS SOLAR ·-4,080 TOTAL GLASS AREA -253 TOTAL GLASS SOLAF-: --4,080 TOTAL GLASS AREA = 253 TOTAL GLASS TF.:ANS. --5,432 SKYLIGHT AREA -0 TOTAL SKYLit3HT SOLAR == 0 SKYLIGHT AREA = 0 TOTAL SKYLIGHT TRANS == 0 N. TYPE 1 WALL AF::EA - TOTAL WALL AREA PARTITION AF.:EA CEILING AREA FLOOR AF::EA AREA OF ROOF SAFETY F ACTOF.: EVAP FAN H.P. MISC SENSIBLE VENTILATION CFM MISC. LATENT NUMBER OF PEOPLE VENTILATION CFM TOTAL CFM-STDAIR = = = = = = = = = = = = 161 161 0 0 0 598 0% Q •. -,,.., • ,.t..,:, 0 45 0 E, 45 807 N. TYPE 1 WALL LOAD TOTAL WALL TRANS. TOTAL PART. TRANS TOTAL CEILING TRANS TOTAL FLOOR TRANS F.:OOF LOAD SAFETY B.T.U.S FAN HEAT GAIN -DT MISC. SENSIBLE O. A.SENSIBLE LOAD MISC. LATENT PEOPLE LATENT LOAD O.A. LATENT LOAD TOTAL LATENT LOAD· ROOM SENSIBLE = 16,861 ROOM LAT. LOAD ********************************************** ZONE 7 = = = = = = = = :::: = = = = = 180 180 0 I) 0 856 0 708 0 '337 0 1,226 E,76 1,902 1,226 --> GRAND TOTAL LOAD= 20,409 BTU'S OR 1.70 TONS<-- LOAD RUN FOR # 3. JUN AT 2 P.M. AREA (SQ FT) = TOTAL CFM-STD AI~= PARTITION LOAD = VENTILATION LOAD = F"LOOR HEATING LOAD= GLASS HEATING LOAD= SLAB HEATING LOAD= WARM UP LOAD = 5'38 807 HEATING 0 2,072 0 12,007 0 0 SQ. FT PER TON CFM PER SQ F"T LOAD CEI LIN(:i LOAD F.:OOF HEATING LOAD SKYLIGHT LOAD WALL HEAT I N(i LOAD INFIL· HEAT LOAD H LOAD WITH VENT COIL SELECTION PARAMETERS = = = = = -- = = DB TEMP ENT/LVG = 75.1 / 54.2 TOT SENSIBLE LOAD = WB TEMP ENT/LVG -62.4 / 53.6 TOTAL COIL LOAD SPECIFIED ROOM RH -50% RESULTING ROOM RH = TERM AIR TEMP -55.00 / 110 DEGREES ROTATED= 0 T. ST. EVAP FAN= 1.00 NON-CEILING RETURN BLDG. 'Li' FACTOR= 0.32 CARRIER DEFAULTS 352 1.35 0 1,256 0 541 0 15,876 18, 50i; 20, 40'3 49'1/. -- ZONE 8 01-01-1980 CARLSBAD :t.USER SUPPLIED LAT= 33 CONST= 30W/10R/ 30B WALL COLOR: MEDIUM 60515841.6 ALT= 100 ID= 74/50: 75 ROOF COLOR: LIGHT D.B.TEMP TOTAL TONS RSH TONS C.F.M. 1. FEB AT 1 P.M. 2 .. JUN AT 10 A.M. 3. JUN AT .-, .:.. P.M. 4. AUG AT 10 A.M. 5. AUG AT 3 P.M. 6. SEP AT 10 A.M. 7. SEP AT 4 P.M. ZONE HEATING--> = TRANSMISSION FACT. TEMP DIFF HEATING TEMP DIFF COOLING FLOURESCENT LIGHTS 77.8 1.34 1. 06 84.0 1.46 1.05 '33. 0 1.67 1. 17 85.0 1. 46 1. 05 '35. O 1.68 1.19 83.0 1.43 1.05 '32. 0 1.65 1. 18 2,455 W/INFIL= 2,455 C.F.M = INPUTS CEILING PARTITION FLOOR Sl<YL I l~iHT 0.00 0.()0 0. (H) 0.94 (> 0 0 4·::• ~ 0 0 0 21 y SOLAR FACTOR SKYLIGHT = 0.35 EFFECTIVE AVERAGES FOR ZONE LOADS OR OP-COST: 609 603 670 606 681 600 680 64 EXPOSURE: N. NE E. SE S. SW W. NW ~ALL TRANS. FACTORS 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 GLASS TRANS FACTORS 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 GLASS SOLAR FACTORS 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 ROOF TRANS. FACTOR = 0. 05 SKYLIGHT TF~ANS. F ACTOF<: = 0. 94 OUTPUTS NUMBER OF PEOPLE = 12 SENSIBLE PEOPLE LOAD = 2,864 TOTAL LIGHTS = 1,754 LIGHTING LOAD -7,481 OTHER ELECTRICAL· = 585 OTHER ELECTRICAL -1, 9':J5 TOTAL 13LASS AF.:EA = 0 TOTAL GLASS SOLAF:: --0 TOTAL 13LASS AREA ·-0 TOTAL GLASS TRANS. = 0 SKYLIGHT AREA = I) TOTAL SKYLIGHT SOLAR --0 SKYLIGHT AR:EA = 0 TOTAL SKYLIGHT TRANS :::; 0 , . TOTAL WALL AREA = 0 TOTAL WALL TF.:ANS. PARTITION AREA = 0 TOTAL PART. TF-:ANS CEILING AREA = 0 TOTAL CEILING TF.:ANS FLOOR AREA = 0 TOTAL FLOOR TRANS AREA OF ROOF = 1, 16'3 F-:OOF LOAD SAFETY FACTOR = 0% SAFETY D.T .. U.S EVAP FAN H.P. = 0.20 FAN HEAT GAIN -DT MISC SENSIBLE = 0 MISC. SENSIBLE VENTILATION CFM = 88 o. A.SENSIBLE LOAD MISC. LATENT ·-0 MISC. LATENT NUMBER OF PEOPLE = 1 ·-;, -PEOPLE LATENT LOAD VENTILATION C:FM --88 O. A. LATENT LOAD TOTAL CFM-STDAIR = 681 TOTAL LATENT LOAD ROOM SENSIBLE = 14,239 ROOM LAT. LOAD ********************************************** ZONE 8 --> GRAND TOTAL LOAD = 20,219 BTU'S OR 1.68 LOAD RUN FOR # 5. AUG AT 3 P.M. AREA (SQ FT) = 1, 16'3 SQ. FT PER TON = TOTAL CFM-STD AIR = 681 CFM PER SQ FT = HEATING LOAD PARTITION LOAD --(l CEILING LClAD - VENTILATION LOAD = 4,051 ROOF HEATIN(:i LOAD = FLOOR HEAT I N13 LOAD= 0 SKYLIGHT LOAD ·- GLASS HEATING LOAD= I) . WALL HEATING LOAD -- SLAB HEATING LOAD = 0 INFIL HEAT LOAD _., WARM UP LOAD --(l H LOAD WITH VENT -- COIL SELECTION PARAMETERS DB TEMP ENT/LVG = 76.7 I 54.2 TOT SENSIBLE LOAD = WB TEMP ENT/LVG = 63.7 I 53.6 TOTAL COIL LOAD SPECIFIED ROOM RH = 50% RESULTING ROOM RH = TERM AIR TEMP = 55.00 / 110 DEGREES ROTATED= 0 T. ST. EVAP FAN= 1.00 NON-CEILING RETURN BLDG. 'U' FACTOR= O. 05 CAF~FUER DEFAULTS = 0 = 0 = 0 = 0 = 1, 8'3'3 = 0 -5'38 -0 ·-2,025 = 0 = 2, 3'36 •.. '360 = 3,356 = 2,3'36 TONS <-- 694 0.58 0 2,455 I) 0 0 6,505 16,863 20, 21 '3 52% . ; ZONE 9 01-01-1980 CARLSBAD *USER SUPPLIED LAT= 33 ALT::::: 100 CONST= 30W/10R/ 30B ID= 74/50: 75 WALL COLOR: MEDIUM ROOF COLOR: LIGHT E,0515841.6 D.B.TEMP TOTAL TONS 1. FEB AT 1 P.M. 77.8 2.67 2. JUN AT 10 A.M .. 84.0 2.91 3. JUN AT 2 P.M. 93.0 3.33 4. AUG AT 10 A.M. 85.0 2.92 5. AUt3 AT 3 P.M. 95.0 3.37 E,. SEP AT 10 A.M. 83.0 2.85 7. SEP AT 4 P.M. '512. 0 3.30 ZONE HEATING--> = 4,906 W/INFIL= INPUTS CEILING PAF.:TI T ION TRANSMISSION FACT. 0. oo o.oo TEMP DIFF HEATIN(:i 0 0 TEMP DIFF COOLING 0 I) FLOURESCENT LIGHTS y SOLAR FACTOR EFFECTIVE AVERAGES FOR ZONE LOADS OR . EXPOSURE: N. WALL TRANS. FACTORS 0.00 GLASS TRANS FACTORS 0.00 NE o.oo 0.00 E. SE o.oo o.oo o.oo 0.00 f.:SH TONS C.F.M. .-, ~. 12 1,217 2.10 1,205 2.33 1,340 2. 11 1,210 2.37 1,361 2.09 1,200 2.37 1,358 4,906 C.F.M = 127 FLOOR SKYL I (:ii-IT o.oo 0.'34 0 42 0 21 SKYLIGHT = 0.35 OP-COST: s. SW w. NW o.oo 0.00 o.oo o.oo o.oo o.oo o.oo o.oo GLASS SOLAR FACTORS 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 ROOF TRANS. FACTOR = 0.05 SKYLIGHT TRANS. FACTOR= 0.94 OUTPUTS NUMBER OF PEOPLE == 23 SENSIBLE PEOPLE LOAD == 5,723 TOTAL LIGHTS = 3,504 Lit3HTING LOAD --14, '5149 OTHER ELECTRICAL = 1,168 OTHEF:: ELECTF<: I CAL. = 3,986 TOTAL GLASS AREA == I) TOTAL GLASS SOLAR = 0 TOTAL GLASS AREA == 0 TOTAL GLASS Tf,:ANS. = 0 SKYLIGHT AREA = I) TOTAL SKYLIGHT SOLAR = 0 SKYLIGHT AREA -0 TOTAL SKYLit3HT TF'~ANS = 0 TOTAL WALL AREA PARTITION AREA CEIL I NG Af.:EA FLOOR AREA AREA OF F~OOF SAFETY FACTOR EVAP FAN H.P. MISC SENSIBLE VENTILATION CFM MISC. LATENT NUMBER OF PEOPLE VENTILATION CFM TOTAL CFM-STDAIR = = = = = = = = :::: :::: = 0 TOTAL WALL TRANS. 0 TOTAL PART. TRANS 0 TOTAL CEILING TRANS O TOTAL FLOOR TRANS 2,336 ROOF LOAD OX SAFETY B.T.U.S 0.39 FAN HEAT GAIN -OT 0 MISC. SENSIBLE 175 O. A.SENSIBLE LOAD 0 MISC. LATENT 23 PEOPLE LATENT LOAD 175 O.A. LATENT LOAD 1,361 TOTAL LATENT LOAD ROOM SENSIBLE -28,454 ROOM LAT. LOAD ********************************************** ZONE '3 = = = = = = = = = = = 0 0 (l 0 3,796 (l 1,195 0 4,047 0 4,789 1,918 6,707 4,789 --> GRAND TOTAL LOAD= 40,404 BTU'S OR 3.37 TONS<-- LOAD RUN FDR # 5. AUG AT 3 P.M. AREA (SQ FT) = TOTAL CFM-STD AIR= PARTITION LOAD = VENTILATION LOAD = FLOOR HEATING LOAD= GLASS HEATING LOAD= SLAB HEATING LOAD= WARM UP LOAD = 2,336 1,361 HEATING 0 8, 0'::.14 (l 0 0 0 SQ. FT PEf.: TON CFM PER SQ FT LOAD CEILING LOAD ROOF HEATINt3 LOAD SKYLIGHT LOAD WALL HEATING LOAD INFIL HEAT LOAD H LOAD WITH VENT COIL SELECTION PARAMETERS = - = :::: = = = = DB TEMP ENT/LVG = 76.7 / 54.2 TOT SENSIBLE LOAD = WB TEMP ENT/LVG -63.7 / 53.6 TOTAL COIL LOAD = SPECIFIED ROOM RH = 50% RESULTING ROOM RH = TERM AIR TEMP = 55.00 / 110 DEGREES ROTATED= 0 T. ST. EVAP FAN= 1.00 NON-CEILING RETURN BLDG. 'Li' FACTOR= 0.05 CARRIER DEFAULTS 6':J4 0.58 0 4,906 0 0 0 13, (H)O 33,E,9€, 40,404 52'l. ZONE 10 01-01-1980 CARLSBAD *USER SUPPLIED LAT= 33 ALT= 100 CONST= 30W/10R/ 30B ID= 74/50: 75 WALL COLOR: MEDIUM ROOF COLOR: LIGHT 60515841.6 D.B.TEMP TOTAL TONS RSH TONS 1.08 1.37 1.67 1.28 1.61 C.F.M. 618 78':1 961 732 '325 684 870 1. FEB AT 2. JUN AT 3. JUN AT 4. AUG AT 5. AUl'.:i AT 6. SEP AT 7. SEP AT 1 P.M. 10 A.M. 2 P.M. 10 A.M. 3 P.M. 10 A.M. 4 P.M. 77.8 84.0 '33.0 85.0 95.0 83.0 ·:12. o 1.31 1.74 2.12 1.63 2. <)6 1.53 1. 93 1. 19 1.52 ZONE HEATING--> ::::: 13,267 W/INFIL= TRANSMISSION FACT. TEMP DIFF HEATING TEMP DIFF COOLING FLOURESCENT LIGHTS ., EFFECTIVE AVERAGES EXPOSURE: WALL TRANS. FACTORS GLASS TRANS FACTOf.c~S GLASS SOLAR FACTOf.!S ROOF TRANS. FACTOR -- NUMBER OF PEOPLE - TOTAL LIGHTS = OTHER ELECTRICAL ::::: N. TYPE 1 GLASS AREA= TOTAL GL.ASS AF.:EA = TOTAL GLASS AREA -- SKYLIGHT AFi:EA == SKYLIGHT AREA ::::: INPUTS CEILING PARTITION FLOOR o.oo o.oo o.oo 0 0 0 0 0 0 Y SOLAR FACTOR SKYLIGHT - FOR ZONE LOADS OR OP--COST: N. NE E. SE s. SW 0.08 o.oo (). (II) o.oo o.oo ().00 0.86 o.oo 0. 00 0.00 0.00 o.oo 0.53 0. 00 o.oo o.oo o.oo 0. 00 SKYLil::iHT 0.94 4 ·-:, ..,_ 1'3 0.35 w. 0.00 o.oo 0.00 NW 0.00 o.oo 0.00 0.05 SKYLIGHT TRANS. FACTOR ::::: 0.94 OUTPUTS 10 SENSIBLE PEOPLE LOAD - 1,445 Lil3HTING LOAD -· 482 OTHER ELECTRICAL -- 220 N. TYPE 1 t3LASS SOLAR = 2,359 6,163 1,643 3,548 220 TOTAL t3LASS SOLAR = 3,548 22() TOTAL GLASS TRANS.· --4,723 0 TOTAL SKYLIGHT SOLAR ::::: 0 I) TOTAL SKYLIGHT TRANS :-.:: I) N. TYPE 1 WALL AREA= TOTAL WALL AREA PARTITION AREA CEILING AREA FLOOR AREA AREA OF ROOF SAFETY FACTOR EVAP FAN H.P. MISC SENSIBLE VENTILATION CFM MISC. LATENT NUMBER OF PEOPLE VENTILATION CFM TOTAL CFM-STDAIR = = = = = = = = = = 239 :239 0 (l 0 963 0% 0.28 0 72 0 1 (l 72 961 N. TYPE 1 WALL LOAD TOTAL WALL TRAN$. TOTAL PART. TRANS TOTAL CEILING TRANS TOTAL FLOOR TRANS ROOF LOAD SAFETY B.T.U.S FAN HEAT GAIN -DT MISC .. SENSIBLE O. A.SENSIBLE LOAD MISC. LATENT PEOPLE LATENT LOAD O.A .. LATENT LOAD TOTAL LATENT LOAD ROOM SENSIBLE = 20,083 ROOM LAT. LOAD ********************************************** ZONE 10 = = = = = = = = = = = = 268 268 0 0 0 1,378 0 844 0 1,510 0 1, ':04 1,053 3,027 1,974 --> GRAND TOTAL LOAD= 25,463 BTU'S OR 2.12 TONS<-- LOAD RUN FOR # 3. JUN AT 2 P.M. AREA CSQ FT) = TOTAL CFM-STD AIR= ., PARTITION LOAD = VENTILATION LOAD = FLOOR HEATING LOAD= GLASS HEATING LOAD= SLAB HEATING LOAD= WARM UP LOAD = 963 SQ. FT PER TON 961 CFM PER SQ FT HEATIN(3 LOAD 0 CEILING LOAD = = = = 3,337 ROOF HEATING LOAD - 0 SKYLIGHT LOAD 10,441 WALL HEATING LOAD - 0 INFIL HEAT LOAD 0 H LOAD WITH VENT = COIL SELECTION PARAMETERS DB TEMP ENT/LVG = 75.4 / 54.2 TOT SENSIBLE LOAD = WB TEMP ENT/LV9 = 62.7 I 53.6 TOTAL COIL LOAD = SPECIFIED ROOM RH = 50% RESULTING ROOM RH = TERM AIR TEMP -55.00 / 110 DEGREES ROTATED= 0 T. ST. EVAP FAN= 1.00 NON-CEILING RETURN BLDG. 'Ll' FACTOR= 0.22 CARRIER DEFAULTS 454 1. 00 0 2,022 0 803 0 16,603 22,436 25,463 50'1/. -- ZONE 11 01-01-1980 CARLSBAD :t:USER SUPPLIED LAT= 33 ALT= 100 CONST= 30W/10R/ 30B WALL COLOR: MEDIUM ID= 74/50: 75 ROOF COLOR: LIGHT 1. FEB AT 1 P.M. 2. JUN AT 10 A.M. 3. JUN AT 2 P.M. 4. AUG AT 10 A.M. 5. AUG AT 3 P.M. 6. SEP AT 10 A.M. 7. SEP AT 4 P.M. ZONE HEATING--> = 60515841.6 D.B.TEMP TOTAL TONS 77.8 2.8'3 84.0 1 .• 30 93.0 1. 4'3 85.0 1.'31 95.0 1. 89 83.0 2.3'3 '32. () 1. 65 12,278 W/INFIL= INPUTS RSH TONS 2.67 1.08 1.23 1. 66 L 61 2.14 1.40 12,278 C.F.M = C.F.M. 1,535 622 706 955 '325 1,228 802 31'3 CEILING PARTITION FLOOR SKYLIGHT TRANSMISSION FACT. TEMP DIFF HEATING TEMP DIFF COOLING FLOURESCENT LIGHTS 0.00 o.oo o.oo 0.94 0 0 0 42 0 0 0 4 Y SOLAR FACTOR SKYLIGHT= 0.35 EFFECTIVE AVERAGES FOR ZONE LOADS OR OP-COST: EXPOSURE: N. NE E. SE S. SW w. NW o.oo o.oo o.oo o.oo o.oo o.oo 0.00 o.oo o.oo WALL TRANS. FACTORS 0.00 0.00 0.00 0.00 0.08 GLASS TRANS FACTORS 0.00 0.00 0.00 0.00 1.13 GLASS SOLAR FACTORS 0.00 0.00 0.00 0.00 0.70 ROOF TRANS. FACTOR = 0.05 SKYLIGHT TRANS. FACTOf<: = 0.94 ' OUTPUTS NUMBER OF PEOPLE = 5 SENSIBLE PEOPLE LOAD = 1,306 TOTAL LIGHTS = 800 LIGHTING LOAD = 3,411 OTHER ELECTRICAL -267 OTHEF-: ELECTRICAL -· 910 S. TYPE 1 GLASS AREA= -~·-,k ..:=...::.u s. TYPE 1 GLASS SOLAF.: = 24, '367 TOTAL GLASS AREA = 225 TOTAL GLASS SOLAR = 24,967 TOTAL GLASS AREA = . -.. .,~ .::....:..u TOTAL GLASS Tl?ANB . --'366 SKYLIGHT AREA -I) TOTAL SKYLI(3HT SOLAF<: == 0 SKYLIGHT AREA = 0 TOTAL SKYLIGHT TF-:ANS = I) • a ' ' .~ ..--• S. TYPE 1 WALL AREA= TOTAL WALL Af.:EA PARTITION AREA CEILING AREA FLOOR AREA AREA OF ROOF SAFETY FACTOR EVAP FAN H.P. MISC SENSIBLE VENTILATION CFM MISC. LATENT NUMBER OF PEOPLE VENTILATION CFM TOTAL CFM-STDAIR = = = = = 143 S. TYPE 1 WALL LOAD 143 TOTAL WALL TRANS. 0 TOTAL PART. TRANS 0 TOTAL CEILING TRANS 0 TOTAL FLOOR TRANS 533 ROOF LOAD 0% SAFETY B.T.U.S 0.44 FAN HEAT GAIN -DT 0 MISC. SENSIBLE 40 O. A.SENSIBLE LOAD 0 MISC. LATENT 5 PEOPLE LATENT LOAD 40 O.A. LATENT LOAD 1,535 TOTAL LATENT LOAD ROOM SENSIBLE = 32,078 ROOM LAT. LOAD ********************************************** ZONE 11 = = = = = = = = = = = 343 343 0 0 0 176 0 1,348 0 167 0 1, 0'33 51 1,143 1,093 --> GRAND TOTAL LOAD= 34,736 BTU'S OR 2.89 TONS<-- LOAD RUN FOR # 1. FEB AT 1 P.M. AREA (SQ FT) = TOTAL CFM-STD AIR= PARTITION LOAD = VENTILATION LOAD = FLOOR HEATING LOAD= GLASS HEATING LOAD= SLAB HEATING LOAD= WARM UP LOAD = 533 1,535 HEATING I) 1,847 0 10, 67'3 0 0 SQ. FT PER TON CFM PEr;;: SQ FT LOAD CEILING LOAD ROOF HEATING LOAD SKYLit3HT LOAD WALL HEATING LOAD INFIL HEAT LOAD H LOAD WITH VENT COIL SELECTION PARAMETERS = = = --- = = = DB TEMP ENT/LVG = 74.1 / 54.2 TOT SENSIBLE LOAD = WB TEMP ENT/LVG = 61.5 / 53.6 TOTAL COIL LOAD = SPECIFIED ROOM RH = 50% RESULTING ROOM RH = TERM AIR TEMP = 55.00 / 110 DEGREES ROTATED= 0 T. ST. EVAP FAN= 1.00 NON-CEILING RETURN BLDG. 'U' FACTOR= 0.32 CARRIER DEFAULTS 184 2.88 0 1,11'3 0 480 0 14,125 33, 5'33 34,736 4'3'1/. --- . .. .. ZONE 12 01-01-1980 CARLSBAD :t:USER SUPPLIED LAT= 33 ALT= 100 CONST= 30W/10R/ 30B WALL COLOR: MEDIUM 60515841.6 ID= 74/50: 75 ROOF COLOR: LIGHT D.B.TEMP TOTAL TONS RSH TONS C .. F .. M. 1. FEB AT 1 P.M. 77.8 3.20 2. ·=12 1,679 2. JUN AT 10 A.M,. 84 .. 0 1 .. 60 1 .. 31 753 3. JUN AT 2 P.M. ':33. 0 1.84 1.4'3 857 4. AUl::i AT 10 A.M .. 85.0 .-.. -.. -. .,;!_·.;,!_"'" 1. '30 1,092 5 .. AUG AT 3 P.M. ':35. 0 2.25 1.88 1,081 6. SEP AT 10 A .. M .. 83 .. 0 2 .. 71 2.38 1,368 7. SEP AT 4 P.M. 92.0 2. 00 1.66 '351) ZONE HEAT I Nt3--> = 13,747 W/INFIL= 13,747 C.F.M = 357 TRANSMISSION FACT. TEMP DIFF HEATING TEMP DIFF COOLING F.LOURESCENT LIGHTS EFF"ECTIVE AVERAGES EXPOSUF.:E: WALL TRANS. FACTORS GLASS TRANS FACTORS 13LASS SOLAR FACTOF.:S ROOF TRANS. FACTOF:: - NUMBER OF PEOPLE ·- TOTAL LIGHTS = OTHER ELECTRICAL = N. TYPE 1 GLASS Af,;:EA= s. TYPE 1 t3LASS AREA= TOTAL GLASS AREA = TOTAL 13LASS AF-:EA .. _ SKYLIGHT AREA - SKYLIGHT AREA = INPUTS CEILING PARTITION FLOOR SKYLIGHT o.oo o.oo o.oo 0.94 0 0 0 42 0 0 0 4 Y SOLAR FACTOR SKYLIGHT= 0.35 F"OR ZONE LOADS OR OP-COST: N .. NE E .. SE s. SW w. NW o.oo o.oo 0. 00 o.oo 0.08 0.00 o.oo o.oo 0.21 o.oo 0.00 o .. oo 1. 13 o.oo 0.00 o.oo 0.13 0. (H) 0.00 o.oo 0.70 0. 00 o.oo o.oo 0.05 SKYLIGHT TF.:ANS. FACTOF.: -0.':34 OUTPUTS 7 SENSIBLE PEOPLE LOAD = 1,094 LH:iHTING LOAD = 365 OTHER ELECTRICAL. = 16 N. TYPE 1 t3LASS SOL.AF.: ::::: 1, 786 4,665 1, ~:44 110 231 s. TYPE 1 t3LASS BOLAR = 25,633 247 TOTAL GLASS SOLAF.: -25,743 247 TOTAL t3LASS TRANS . -1,061 0 TOTAL SKYLIGHT SOLAR -0 0 TOTAL SKYLIGHT TRANS = I) M I' s. TYPE 1 WALL AF.:EA =" 147 s. TYPE 1 WALL. LOAD TOTAL WALL AREA = 147 TOTAL WALL TRANS. PARTITION AREA = (l TOTAL PAF.:T. TRANS CEILINi:.=.i AREA = 0 TOTAL CEILING TRANS rLOOR AREA = 0 TOTAL FLOOR Tf.:ANS AREA Or ROOF ·-729 f.:OOF LOAD SArETY FAGTOR = 0% SAFETY B.T.U.S EVAP FAN H.P. = 0.48 FAN HEAT GAIN -DT MISC SENSIBLE = 0 MISC. SENSIBLE VENTILATION CFM -· 55 o. A.SENSIBLE LOAD MISC. LATENT = (l MISC. LATENT NUMBER Or PEOPLE -7 PEOPLE LATENT LOAD VENTILATION CFM -55 O. A. LATENT LOAD TOTAL.CFM-STDAIR = 1,679 TOTAL LATENT LOAD ROOM SENSIBLE -· 35,092 ROOM LAT. LOAD ********************************************** ZONE 12 --> GRAND TOTAL LOAD = 38,348 BTU'S OR 3. 2(> LOAD RUN FOR # 1. FEB AT 1 P.M. AREA (SQ FT) = 72'3 SQ. FT PER TON = TOTAL CFM-STD AIR = 1, 67'3 CFM PER SQ FT = HEATING LOAD PARTITION LOAD = 0 VENTILATION LOAD = 2,526 FLOOR HEATING LOAD=: 0 •3LASS HEATING LOAD= 11,723 SLAB HEATINt3 LOAD = 0 WARM UP LOAD -0 COIL SELECTION DB TEMP ENT/LVG = 74.1 I 54.2 WB TEMP ENT/LVG -61.6 / 53.6 SPECIFIED ROOM RH = 50% TERM AIR TEMP = 55.00 / 110 T. ST. EVAP FAN= 1.00 BLDG. 'Li' FACTOR= 0.29 CEILING LOAD = ROOF HEATING LOAD = SKYLIGHT LOAD = WALL HEATING LOAD = INFIL HEAT LOAD = H LOAD WITH VENT = PARAMETERS TOT SENSIBLE LOAD = TOTAL COIL LOAD RESULTING ROOM RH = DEGREES ROTATED= 0 NON-CEILING RETURN CARRIER DEFAULTS = 352 -352 = 0 ·-0 = 0 = 241 = 0 = 1,474 = (l = 22·3 = (I ·-1,494 = 60 = 1,554 -1, 4'34 TONS <-- 228 2.3<) 0 1,531 0 4'34 I) 16,273 36,794 38,348 4'3'Y. ,. ZONE 13 01-01-1 '380 CARLSBAD *USER SUPPLIED LAT= 33 ALT= 100 CONST= 30W/10R/ 30B ID= 74/50: 75 WALL COLOR: MEDIUM ROOF COLOR: LIGHT 6051584 1. E, D.B.TEMP TOTAL TONS RSH TONS C.F.M. 1. FEB AT 1 P.M. 2. JUN AT 10 A.M. 3. JUN AT 2 P.M. 4. AUt3 AT 10 A.M. 5. AUG AT 3 P.M. E,. SEP AT 10 A.M. 7. SEP AT 4 P.M. ZONE HEATING--> = TRANSMISSION FACT. TEMP DIFF HEATING JEMP DIFF CODLING FLOURESCENT LU:iHTS EFFECTIVE AVERAGES EXPOSURE: 77.8 0.62 0.54 310 84.0 1.41 1.26 721 93.0 0.89 0.73 422 85.0 1. 44 1.29 739 '35.0 o. '30 0.74 425 83.0 1.37 1. 22 700 '32. 0 0.80 0.66 378 G,362 W/INFIL= 6,362 C.F.M = 165 INPUTS CEILING PARTITION FLOOR SKYLIGHT o.oo o.oo o.oo 0.94 0 0 0 42 0 0 0 11 Y SOLAR FACTOR SKYLIGHT= 0.35 FOR ZONE LOADS OR OP-COST: N. NE E. SE S. SW W. NW 0.00 0.00 0.08 0.00 0.00 o.oo o.oo 0.00 0.00 o.oo 1.13 o.oo o.oo o.oo 0.00 0.00 o.oo o.oo 0.70 0.00 o.oo 0.00 o.oo o.oo WALL TRANS. FACTORS GLASS TRANS FACTORS GLASS SOLAR FACTORS ROOF TRANS. FACTOR = 0.05 SKYLIGHT TRANS. FACTOR= 0.94 NUMBER OF PEOPLE = TOTAL LIGHTS = OTHER ELECTRICAL = E. TYPE 1 GLASS AREA= TOTAL GLASS AREA = TOTAL GLASS AREA = SKYLIGHT AREA = SKYLIGHT AREA = OUTPUTS 3 SENSIBLE PEOPLE LOAD 468 LIGHTING LOAD 156 OTHER ELECTRICAL 115 E. TYPE 1 GLASS SOLAR 115 TOTAL GLASS SOLAR 115 TOTAL GLASS TRANS. 0 TOTAL SKYLIGHT SOLAR 0 TOTAL SKYLIGHT TRANS = 764 = 1, '3'37 = 532 = 10,448 = 10,448 = 1,42'3 = 0 --0 E. TYPE 1 WALL AREA= TOTAL WALL AREA PARTITION AREA CEILING AREA FLOOR AREA AREA OF ROOF SAFETY F ACTOf.: EVAP FAN H.P. MISC SENSIBLE VENTILATION CFM MISC. LATENT NUMBER OF PEOPLE VENTILATION CFM TOTAL CFM-STDAIR = = = = = = = 74 E. TYPE 1 WALL LOAD 74 TOTAL WALL TRANS. 0 TOTAL PART. TRANS 0 TOTAL CEILING TRANS 0 TOTAL FLOOR TRANS 312 ROOF LOAD 0% SAFETY B.T.U.S 0.21 FAN HEAT GAIN -DT 0 MISC. SENSIBLE 23 O. A.SENSIBLE LOAD 0 MISC. LATENT 3 PEOPLE LATENT LOAD 23 O.A. LATENT LOAD 739 TOTAL LATENT LOAD ROOM SENSIBLE = 15,448 ROOM LAT. LOAD ********************************************** ZONE 13 = = = = = = = = = = = = 192 1'32 0 0 0 85 0 64"3 0 283 0 E,41) 309 ':348 E,40 --> GRAND TOTAL LOAD= 17,328 BTU'S OR 1.44 TONS<-- LOAD RUN FOR # 4. AUG AT 10 A.M. AREA (SQ FT) = TOTAL CFM-STD AIR= PARTITION LOAD = VENTILATION LOAD = FLOOR HEATING LOAD= GLASS HEATING LOAD= SLAB HEATING LOAD= WARM UP LOAD = 312 739 HEATING 0 1,081 0 5,458 0 0 SQ. FT PEf.: TON = CFM PER SQ FT = LOAD CEILIN(:i LOAD = f.:OOF HEATING LOAD = SKYLIGHT LOAD ·- WALL HEATING LOAD = INFIL HEAT LOAD ·- H LOAD WITH VENT = COIL SELECTION PARAMETERS DB TEMP ENT/LVG = WB TEMP ENT/LVG - SPECIFIED ROOM RH TERM AIR TEMP - T. ST. EVAP FAN= 74.3 I 54.2 TOT SENSIBLE LOAD - 61.8 / 53.6 TOTAL COIL LOAD = 50% RESULTING ROOM RH = 55.00 / 110 DEGREES ROTATED= 0 1.00 NON-CEILING RETURN BLDG. 'LI' FACTOR= 0.30 CARRIER DEFAULTS 216 2.37 0 655 0 249 0 7,443 16,380 17,328 4"3'1/. . "' ZONE 14 01-01-1980 CARLSBAD *USEF.: SUPPLIED LAT = 33 ALT = 100 CONST= 30W/10R/ 30B ID= 74/50: 75 WALL COLO~:: MED I UM ROOF COLOf.:: LIGHT 60515841.E, D.B.TEMP TOTAL TONS F~SH TONS C.F.M. 1. FEB AT 1 P. M. 77.8 2.63 2.46 1,415 2. JUN AT 10 A.M. 84.0 2.5'3 2.39 1,371 ,:, ,Jo JUN AT 2 P.M. 93.0 2.02 1.81 1,039 4. AUl'.3 AT 10 A.M. 85.0 3.01 2. 79 1,600 5. AUG AT 3 P.M. '35. 0 2.24 6. SEP AT 1'0 A.M. 83.0 3.19 2.()3 1, 1 E,5 2. '36 1,702 7. SEP AT 4 P.M. '32. 0 1.78 1. 59 ':H4 ZONE HEATING--> -1'3,567 W/INFIL= 19,567 C.F.M ·-508 INPUTS CEILING PAF.:TITION FLOOR SKYLIGHT TRANSMISSION FACT. o.oo o.oo o.oo 0."34 TEMP DIFF HEATING I) 0 0 42 TEMP DIFF COOLING 0 0 0 9 FLOURESCENT LIGHTS y SOLAR FACTOR SKYLIGHT = 0.35 EFFECTIVE AVERAGES FOR ZONE LOADS OR OP-COST: EXPOSURE: N. NE E. SE S. SW W. NW WALL TRANS. FACTORS 0.00 0.00 0.08 0.00 0.08 0.00 0.00 0.00 GLASS TRANS FACTORS 0.00 0.00 1.05 0.00 1.06 0.00 0.00 0.00 GLASS SOLAR FACTORS 0.00 0.00 0.55 0.00 0.56 0.00 0.00 0.00 ROOF TRANS. FACTOR = 0.05 SKYLIGHT TRANS. FACTOR= 0.94 NUMBER OF PEOPLE - TOTAL LIGHTS = OTHER ELECTRICAL - E. TYPE 1 GLASS AREA= E. TYPE 2 GLASS AREA= S. TYPE 1 GLASS AREA= S. TYPE 2 GLASS AREA= TOTAL GLASS AREA = TOTAL GLASS AREA = SKYLIGHT AREA - SKYLIGHT AREA - OUTPUTS 3 SENSIBLE PEOPLE LOAD 485 LIGHTING LOAD 162 OTHEF.: ELECTF.: I CAL '33 E. TYPE 1 GLASS SOLAF: 69 E. TYPE ~"2 13LASS SOLAR 115 s. TYPE 1 GLASS SOLAF~ 74 s. TYPE 2 GLASS SOLAR 351 TOTAL GLASS SOLM-;:~ 351 TOTAL GLASS TF.:ANS. 74 TOTAL. SKYLIGHT SOLAF.: 74 TOTAL SKYLil3HT TRANS = -- = -- = -- --- - -· 791 2,067 551 8,035 2,981 B, ':381 2,890 22,887 3,325 5,086 E,2E, E. TYPE 1 WALL AREA = 60 E. TYPE 1 WALL LOAD -· 139 s. TYPE 1 WALL AREA -74 s. TYPE 1 WALL LOAD' = 47 TOTAL WALL AREA = 134 TOTAL WALL Tf.:ANS. = 186 PARTITION AREA = 0 TOTAL PART. TRANS = 0 CEILING AREA -0 TOTAL CEILING TRANS = 0 FLOOR AREA = 0 TOTAL FLOOR TRANS ::::: 0 AREA OF ROOF = 323 F.:OOF LOAD -57 SAFETY FACTOR -0% SAFETY B.T.U.S = 0 EVAP FAN H.P. = 0.4'3 FAN HEAT GAIN -DT = 1,494 MISC SENSIBLE = 0 MISC. SENSIBLE = 0 VENTILATION CFM -24 o. A.SENSIBLE LOAD -240 MISC. LATENT -· 0 MISC. LATENT -· 0 NUMBER OF PEOPLE = 3 PEOPLE LATENT LOAD = 662 VENTILATION CFM ·-24 D. A. LATENT LOAD = 296 TOTAL CFM-STDAIR --1,702 TOTAL LATENT LOAD = 958 ROOM SENSIBLE = 35,577 ROOM LAT. LOAD ::::: 662 ********************************************** ZONE 14 --> GRAND TOTAL LOAD= 38,269 BTU'S OR 3.19 TONS<-- LOAD RUN FOR I 6. SEP AT 10 A.M. AREA (SQ FT) = TOTAL CFM-STD AIR= PARTITION LOAD - VENTILATION LOAD = FLOOR HEATING LOAD= GLASS HEATING LOAD= SLAB HEATING LOAD= WARM UP LOAD = 323 SQ. FT PER TON 1,702 CFM PER SQ FT HEATING LOAD 0 1, 11 '3 0 15,517 0 0 CEILING LOAD ROOF HEATING LOAD - Sl<YL I GHT LOAD = WALL HEATING LOAD= INFIL HEAT LOAD H LOAD WITH VENT COIL SELECTION PARAMETERS DB TEMP ENT/LVG = 74.1 / 54.2 TOT SENSIBLE LOAD - WB TEMP ENT/LVG = 61.5 / 53.6 TOTAL COIL LOAD = SPECIFIED ROOM RH = 50% RESULTING ROOM RH = TERM AIR TEMP =. 55.00 / 110 DEGREES ROTATED= 0 T. ST. EVAP FAN= 1.00 NON-CEILING RETURN BLDG. 'U' FACTOR= 0.49 CARRIER DEFAULTS 101 5.27 0 678 2, 9~C2 450 0 20,687 37,311 38,269 48'1/. ·--·~ fl' . .• \ 2075 LAS PALMAS DRIVE CARLSBAD, CALIFORNIA 92009-4859 TELEPHONE (619) 438-1161 Office of the City Engineer @fttt nf QtarLsbao DATE: _ __,J __ ~_.u_t:~':; _JJ,..../-9.8~9 ___ _ Ernie Ferrer COUNTY OF SAN DIEGO Department of Public Works Building 1 Operations Center 5555 Overland Avenue San Diego, CA 92123 · INDUSTRIAL WASTE PERMIT APPLICATION NO. (;;5":0 Enclosed is a copy of the application for an Industrial Waste Discharge Permit from the subject applicant. Your review and reconunendations on this application will be appreciated prior to the issuance of a waste disposal permit. c:;:-o.e:LLOYD B. HUBBS City Engineer LBH:SEE:rp Enclosure: Application No. 6SO c: Building department Fred Rowlen, Encinas Plant Arnie Wing, Department of Health Services .... "' ~ ' COMMERCIAL/INDUSTRIAL APPLICATION FORM FOR INDUSTRIAL WASTE DISCHARGE PERMIT CITY Of CARLSBAD APPLICATION: NEW -----BU ILO ING P. C. NO. : '69 -7 5 b (CHECK ONE) REVISED ----APPLICATION NO.: Gs-'D a~5~~ Signature of City Representative INDUSTRIAL CLASS: 3 / DAT_E: <i; 1 /i 1 /9'f _____ _ APPLICATION FOR INDUSTRIAL WASTE DISCHARGE PERMIT A. GENERAL: APPLICANT: ll:/':')tJY26 --p3;;H;UJLC(c,zl( TYPE or ausrNESs:_--1Q.,...-FF_-_l c_·(f ______________ _ APPLICANT'S ADDRESS: Qt52: f}t)l;,l;j iQfl Ql)Citutt-$ 1 Cfrtt-l3·tkflt? B. WASTES ANO PROCESSING: (Check where applicable) ~ Domestic Waste Only GENERAL DESCRIPTION or 1-1 Industrial Waste 1-f Industrial Waste NOT -Discharged to Sewer -Discharged to Sewer WASTE (Chemical and Physical Characteristics of proposed waste): _____________________ _ GENERAL DESCRIPTION IF PROCESS ( If Applicable): __________ _ C. WASTES TO -SE DISCHARGED TO SEWER: q 1 Q 5 f WASTE: (Check One) TREATED:~--···· / UNTREATen:::z:: QUANTITY: AVERAGE ____ GPO (Daily) MAXIMUM _ ___,.---,,,-GPO (Gallons Per Day) APPLICANT OR REPRESENTATIVE or f'IRH: __ C..,_l--l12 ____ ls_·_r7 __ E __ -r:J::-/2.-:-E:-:. ~v_1C.....;l-+~---- t?rint) TITLE: -1:k~ ( (o/0t,r(.. sIGNATURE: C lv0L2,L\k. \ )/LC1.:'·c c I'-