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Home My WebLink About2185 FARADAY AVE; ; 87-552; Permit) "' z 0 .:: < IC < ... (.) .., 0 i ·t USE BALL POI.NT PEN ONLY & PRESS HARD APPLICANT TO FILL IN INFORMATION WITHIN SHADED AREA AND DECLARATIONS. CARLSBAD BUILDING DEPARTMENT 2075 Las Pc:1Imas Dr., c,arlsbad, CA 92009-1915 (619) 438-1161 JOB AbORESS AV, ST.RO, THOMAS BROS NO. APPLICATION & PERMIT ~;;i~F ;pp;;,ONI BUSINESS LICENSE # /7/i 2-bY/~o~ PERMIT NUMBER :2/ S's;-;;t(A-dA '/.._ -v,() CONTRACTORS PHONE# l.OT BLdCK ,' ~,BOIVI ION -A§.SESSOR PARCEL NO. z f;:-. CONT,ACTOR. ~ · . ,K/-/0 d--/Z-(fl 70 -I\. 0 ( 9'Z..::.:;;,.::.._..... _ _ ZONE I 1g1/_r.(VI ------· _~_ I hereby affirm that t am exempt lrom the Contrac-tor's License Law !or the following reason (Sec. 7031 5 Business and Proless1ons Code: A,nt city or county wh1cli re-·quires a permit to construct, alter, improve, demohsh;-;or repair any structure, prior tb its 1ssuance,also requires !he aP· _plicant !or such permit to Ille a signed_statem~nl that he IS, hcensea pursuant lb the prov1s1ons of the Contractor's license Law (Chapter 9 ,commencing with Section 7000 ol ,01v1s1on 3 of the·Busmess and Professrons Code} or thaVis ex· empt therefrom and the basis f_or the alleged exemption Any violalio.n ol Section 7031.5 by an-applicant·lor a·permil sub-f Iecls 1he applicant 16 a civil penally ol not more than five hun-j OWNER'S PHONE )4...,,.._.,J.~~r , STATE LICENSE NO. I I BUILDING :;u. t-UUIAljt: ~~u_---=~~---~~~~~z~~~~-~-o-~ ~~7~ ~-u::: a: .., 0 ... 5 !!! a: .., z 3 0 dred dollars ($500). • -· _ I I I, as owner ol the property, or my-employees with wages _ I as their sole ~oniP,ensat1on, will do (he work, and the struc-I lure IS not intended or offered for sale {Sec 7044, Busineis I and Proless1011s Code: The Contractor's.License Law, does I not apply to an owner of, properly who b~1Iils or improves thereon and•who doe$ such work himself or through hIs·own f _ · :~~~0~f,~~.gr,~~iit~e 1h1/. •~;t;:J'.~h~mt~l~1~~e 0~01~~~~~~: 1 men! IS sold within one year-ol complet,on, \he owner-builder I will have the burden of proving that he did.not build or im-1 prove !or the purpose of sale) -1 I l I, ~as owner al the property, am exclusively contracting with licensed contractors lo construct ltte project {Sec. 7044, Business cind Proless10ns Code. Tht:i Contractor's License ·f I ~~:ir1~:r~~~~P~~~o;~o0ioni:\\Jltflr°~1c~h;r~~~r,5 ~\11f"~ I contra·ctor{s}. license pursuant lo. the Contractor's license I-~~ I 11 As-a homeowner I am improving my home, and the follow InQ cond1tIo·ns exist: 1. 1he work is being performed prior to sale . 2. I have hved in my home tor. twelve months prior to completion ,of lhlS work · -3 I have, not claimed this exemption durmg the last three years. D I am exempt under Sec _______ , B & P.C. -I for this reason · ' t ... --1 I hereby affirm tha,l I have a cerlificale of consent to s •msure. or a certificate Qf wOrkers' Cotnpens~tion In· s ra e. or a certified copy thereof (Sec. 3800, Labor Code) z 0 p L!C 'NO' ~ I :P CopY:1s flied with the _city I I 1· ~-_ 0 C~rt1_fIed copy is ,herflqy<f1;1rnlShed .., II. 2! . --0 , CERTIRICATE·OF ·EXEMPT10N FROM U WORKERS" COMPENSATION INSURANCE 'fl. -(This section nee<;t not be completed if the permit-ffi' , is for one _hu!ld_!'e_d dollars_(S100) or less) ~ ~. 0 I certify that in the performance of the work for which ~ , _ th1& P.ermit1s issued. I shall not employ ijny,person m_any >-~ manner so as to become subject to the Workers· Compen- :>, sation Laws of California. --- NOTICE TO APPLICANT: If. after making this Cerlificate of Exemption. ~u should become subie-ct to the_Workei-S' · __ I ·Compensation provisions of the Labor Code. you must T ~t::zie~o~e~k;~~h such provisions or this permit shall I I I I l D I her;by affirm that th8,te ls a construction lending 1 ffi . agency for the performance of the work for which this per, 1 O mil is issued (Sec. 3097. Civil Code) I ffi Lender's Name . I .J i Lender"s Address_____________ j >-~ ~~~.f=aj~~====--.:......:::.-'--7"~=::..¥.~~~Ll:~~~//~1~-1 =~ rr~~ei.S 0001 11/20 0101 02E:lclPrr1t 0 l:;'s·.,, 3d c. .., .,_._,a ,1 E , , D~,-e: f \ 'CENSUS TRACT · 1 P'ARKl,NG S~ACE I RES UNITS l •• GRAQING PERMIT ISSUED y D N .q _,_ -· --· -·· N~ --::'..' en eLHtLtv.l I STORIES ----· vO NO \ REDEVELOPMENT AREA vO NO TYPE CONST ace LO~P I FIRE SPR vO NO Not Valid Unless Machine Certtfied QTY. PLUMBING PERMIT -ISSUE 7.£9.-. QTY. MECHANICAL PERMIT· ISSUE /~.()!!. SUMMARY/ACCOUNT NUMBER EACHJIXTURE ,:RAP ./ ~ I INSTALL FURN. DUCTS UP TD 100,000 BTU EACH BUILDING SEWER / DVE R 100,000 BTU t.B. --11 EACH WATER H_EATER AN,P1(JR VENT BOILER/C0MPRESSOR UP TO 3 HP EACH.GAS SYSfEM 1 :i;ef'1 OUTLETS BOILER/COMPRESSOR 3-15 HP "EACH G.o;S SYSTE~O R MORE MET At Fl REPLACE - · EP.CH INST-AL~TER, REPAIR WATER PIPE VENT FAN SINGLED UCT EACH )/~UM BAE.AKER MECH EXHAUST HOOO!DUCTS WA~SOFTNE_R. RELOCAJION. OF .EA.FU RNACEIHEATE R EACH ROOF DRAIN (INSIDE) DRYER VENT TOTt;L MECHANICAL TOTAL PLUMBING l ~--= QTY. ELECTRICAL PERMIT -ISSUE ..5 .{)..!}--QTY, MOBILE HOME SETUF' NEW CQNST EA AMP'SWT.~ ~ CAR PORT 1 PH ~-~-3 rjzf/Jil .so.--AWNING EXIST BLDG EA AMPISWT7ii<R GARAGE 1 PH 3 PH REMODEL"ALT{R PER CIRCUIT- --, TEMPPOLE 200AMPS OVER 200 .. AMPS TfMP OCCUPANCY (30 DAYS) TOTAL ELECTRICAL " l v...r.--: TOT At BUl[[lli'JG PERMIT SIGN PERMIT UU'l -810-00-00-8220 001-810-00-00-8221 s~~ ·- PLAN CHECK 001-810-00-00-8891 TOTAL PLUMBING ~ T. ~.io-w~ - ~7- ,r:r:-ELECTRICAL '--" .L.to~A-.lo\!£-U MECHANICAL MOBILEHOME 001-810-00-00-8224 J AiN-8~~2~fflgi~ SOLAR · OOH10-00-0a'.a226 ~ __ , - __ srnoNG MoT10N City of_ MRt9~D- FIRE sPRINiffl!Va noua:i!li-fli~~fu ~---- --_1/:;?/1 PUBLIC FACILITIES FEE -· 320-.Sjroo~~'f!~~T-""---.....,...,,____,. .L , BRIDGE FEE 360-810-00-00-87 40 /lfil-'1-- PARK-IN-LIEU {AREA TlF 312·!310_-00-00-8835_ !1-!l_..[_ - LA COSTA TIF 311·810-00-00-8835 FMF "'1 .--rf LICENSE TAX'}-,..! o/Q.00·1-sfo-00:00·81~2 --·. ---'1,//_qf;i_ - MFF , ?-i,,---/--. /.J"'Cf O 880·519-92-57 I I l/-:::;J,. -, / -~ CREDl:r DEPGSIT -L -,u;:;q__---} TOTAL FEES~El_l:,~ ~ ~~ I / ~-z_ 3-J3q •- I HAVE CAREFULLY EXAMiNED THE COMPLETED ··APPLICATION AND PERMIT'" AND DO HEREBY -Expiralton. Every per_mit issued by the Buil_ding Official !JOder the provisions of this * ~:T-IS REQUIRED FQR-EXCA\IATIONS 6\IER CERTIFY UNDER PENALTY OF PERJURY THAT ALL INFORMATION HEREON INCLUDING THE Code shall expire by hm_it~lmn and become no.!il ~nd vo,d If the building or work ANO DEMOllTION OR CONSTRUCTION OF authorized by such permit 1s oot commenced w,thm 180 days from the date of such , DECLARATIONS ARE TRUE AND CORRECT AND I FURTHER CERTIFY AND AGREE IF A PERMIT lb permit, or if the building or work authorized by such permit 15 suspended or RES OVER 3 STORIES IN HEIGHT ISSUED: TO COMPLY WITH ALL CITY. COUNW AND STATE LAWS GOVERNING BUILDING CON-abandoned at an ·time after the work 1s commenced for a enod of 180 da s STBUCTION. WHETHER SPECIFIED HEREIN OR NOT I ALSO AGREE TO SAVE INDEMNIFY AND C , · KEEP HARMLESS THE CITY OF CARLSBAD AGAINST ALL LIABILITIES, JUDGMENTS, COSTS AND APPL··!··· A .. NT S SIGNATURE lf,. ~. . . . OWNER O CONTRACTOR O D// / EXPENSES WHICH MAY IN ANY WAY ACCRUE AGAINST SAID CITY IN CONSEQUENCE OF THE -tJ ... ~ BY Pl'lONE O-r /, / (.0 /(} GRAN1'1NGOFTHISPERMIT .•• , • .....-~ ~ • ' • •• ¥.. -----, . ...., /rJ7 V" I I I Ql I- I 'O 0 CD C cu -~ C. C. <( I -"' C a: ~ 0 (/) (/) Ql (/) -·"' <(' 3: 0 Ql >- Ql 0 ~-c ii: :s C Ql ~ CD 0 u Ql C. (/) C 2 .c ?; \,' ~ ··\. ., SHEATHING·: [3 ROOF /• [J ;$6(1::AR ...,;1_: ,. ·-:..,~, .• ~ __ c,PRI0ffT-O·, -: :, ·-'-1,?' •-~ ' .. '" '• '. '· ·,., .. ~ ··-' '•' · r • ···.-, ·· · ..... • ·----'' ·, :l;; I' ·.· "ELecrR1cAL -·1 · -· .;..:_;.,._:; .. ~_,. "..... ··"' --·~--.--···---·-::1--··.--1·-" .. · ·· .. i~--f··--r-~ -v· ;_"',.i~·l}L · ___ ,_ . ..., ~-· t}. -~{ ' ,q_e:~~o.~~;i~~·w~.PE"~G:ftpµfJ:;{· _:d/tifFI;~ ·: :;'.' :.::/}:; :: . -~:::: >•.: ',,,:·} ··-L,:--·-/ ~: ;,:-,:;: ~ .... j ,~ • ..,'' ;.:~·-:· • / ··: ~ .. ~ ~-,;_, ' -~r ·:·:: ----: ~ : .··-'\t-·.\J~';··~-~~=~": .. ~:':.' :. ::: ___ ;;/\:(. ····::-~~; ;.~t~~: ·.,, . ,., , ROUGH ELECTRIC, f • , ~ , , ... , • _, " • , .. • · , . v ·, · · • c• ,.. • · · , · • ,· • • .<.,· ,•. ;7~~ ._:;-;~ 7~~.,;.:·'':·-,~,. .:»:.-:-,·.·. · .· .1.' :~_:., : .. -~-.. --·---"·~~-.---. ..1··:·· ~-.. ,;,,..~,, , .,, :;~ .. ~~)~--.-..... -·t .. ,{.,.~;:~. : .. __ -~·:-:·.t:-;..t~\. .. 7 .... -;=· ~ :-: ·r·.~,r --~~~.~. -:--,.:-.·-_~{-.,;-=:~-~~--~ ~-, --; .... _ ,;,,:, . . D-ELBC:fRIC ·SERVICE"-El TEMP(i)RARY . ---·--·. ····:--. ·•· -.-, . ,. · :~ -. :: -~ , . ~ ,. -. -...: ,,, .. , ;:,_ . ., -... · ·· ~-, ·· ---· --·' · '· ·· r • f ;s.QN~?~::::t:f 'f {;: --~ <_ ---., >--/_( :: , __ ;_ ->' :'.: . ,,,' --, i:\s;:r~:~" -. -~~·· ~ -~ '.'.··~::, ;'' ,, ~--· -;' - t:. P .PWtt.~J(t;E;M;,; ·O}tEF:. PIP.IN~.-..-..-,.., -~-', ~A];;,_~;.:-_·;,· 'l ,_ I ·1 . .,<,,.. ···-'·':::'· r ·_,-=·--T·' ·-,,:: -,, .. .-,,,.,. ;. ,-:--:,,, ~ ... ,..,:. ' ·l' , ,..; -r ... ~· . .t !-- '· . ~-- -·--~.-..: . ~ /-,, ... i ~:~Jr/:tfts~~t~TEM:~)_! f -q, :>:~,,<''· ~-0c; ~ 1~:c·,_ :;-:-' -: c~ 1-l~ -. _, r -I . . .... ::,.;,_.. ·=~ ::<.~}_" ,.::.:',·:~<-~:;_.-:_ ._;.: -·, .. ·=·;· ·.::.:~ .. -·:-._·:··c ,· -~ ;.·· ... · ... _. ~-. t.: ~": ... _.· ·:·,~p'ALL:;f0Ri'FINAf.:.1filSP.EC7iid}.J_;,WHEN A,t:t;Af{PIJ_QltR{AT~ _ .: , ... -: ..... '.' '~-; ,\. > _· .. -: '..,__ · . ~", - . : , '"': · .. , · ITEMS ABOVE HA:V.E.;BEEN A'PPRO VED .. ·, '· .\ .. · ,_;\ . c.,' · , •. : · · · -::-,,. <-~~~ FINAL:;~ . .1· • ,. :· .': ·P~l}.ij§lr,J§\'>. -~ ~i,'..~Q'FBJ.P..A~ M.ECHA:~ICAL ,: .. --'" -....:: ~.. ' . : '~ttb\~~~-:~~ \:::~-;·; ,;, ... ,- ; ·-' ·,. Li.-· i~::: I{;Ji;;J ·.: -· ~ -· ~: I(}._ -· ···· .. I· .. I I ·: ..,, r·. "' 1 · · -· -~ I · . · r r~--~~~ '·:.-.• .,•': •:• :: ~·, ·:<.~-: ·_-:;_•:s• ;~f~L <~ '~-~·:·_-' ~.--~·.,·_ • .. ·<,,,-_ ": .. ',:_:~_,' ·_--~, __ , ----~~h-, ... ·· .;.....,, .;:-. ., -:-- -~-~---, -~·11, ,,-.-•,• ··7,;,·\ ' ~ ";1 .. _r 1~-,J: ' I;_"'::_:, ·:. ··,:,_: · ... ;.~~ ',_.,'. <,;, 't·~ . ' t: "I f' ' , __ -·-··-- ; .,,>Y,.: L;_•~, -~2__~ ,n,...,_~ • ~~-~(J,~:, '#..j; .. :,-'i ?.-_;,'!}~~-~-'"'--';'t~ .. _ ".: .... ~::'-'; ~ri ~--.. 'l;i'-)c,,.,';; -~ii:.~ ..... ·1ti~~,;.· ,;,.4.ii,;:..11~~, .. ,.;c,·i,, ,tr,;.,., .. •.,,,..,--e,,..l· .. -- ,--,. / ~ • ': w,•,~ > ., ·_;;-· . ',-,; !', ..... ~. -_ ""\ --;''· '0, ,, \':,·.; . 1· \ r--\: \ --· r<<;~:-·r,:.-::.~:~·r:T·f··_;i ~~-~--->-,~, .;:; ·.: .:,t -{. ·--'.~~:-!~,~-··I ·-,·-·· ... f,, •. e-:~11. ~·-. .~.:_; ..... ---·· -~.. .;..;. ,,.,,.; .--r- · :;'._§J:~E¢iA~:·c'6N 6trio Ns J. ::' . ~ .,. -· ---. --- •• ,_ .F 11 : :1. ·t-,;_~-;·•.-:,:.·:·:; -. I· .,. ,.~·d''I::'·"' ··.:.·:~:,: ;;:~: __ -~t;·i:':::, :-:L.:,. ___ ):t.<;.,~:\:= ~.:;.>!'··:,;:~~~:·-· --;~,:: -~---'·'·;·::!,: -! -·. ~ . -.. _ •....,_, _.L, ~ -... -_'4_-..... --·-· J: ~ ~ ... ~,,,, .. --~.. " DEVELOPMENT PROCESSING SERVICES DIYISION 2075 LAS PALMAS DRIVE CARLSBAD, CA 92009-4859 (619) 438-1161 MISCELLANEOUS FEE RECEIPT' Applicant Please Print And Fill In Shaded Area Only JOB ADDRESS ASSESSOR'S PARCEL NO. -2,.( 2 ,,. (/ OWNER OWNER'S MAILING ADDRESS 7,;; SUBDIVISION _,_8"""--'-l-~J'-"0'---- · iZP PLAN ID NO. VALIDATION AREA C-(2C. UNt 2-__________ .=..;..;...::...i......_.;;..,_ ____ ,---____ +-___ _:_ ______ .....:..._ ___ _ 0 LEGAL DESCRIPTION CHECK IF SUBMITTED: 2 ENERGY CALCS D 2 1987 ENERGY CALCS FOR NON RESIDENTIAL BLDGS DESCRIPTION OF WORK D 2 STRUCTURAL CALCS 0 2 SOILS REPORTS 2 SELF ADDRESSED ENVELOPES CONT ACT PERSON ADDRESS White -File Yellow -Applicant Pink -Finance Gold -Assessor FINAL BUILDING INSPECTION ~Rf;CEIVE _ .. __ ·· ~ ·-· · __ n DFG_fJ 8 1987 PLAN CHECK NUMBER: DATE: PROJECT NAME: _____ ._::_c_U_C_n _________________________ _ ADDRESS: ... " . PROJECT NO.: ________ UNIT NUMBER: -~---------PHASE NO.: -~~----- TYPE OF UNIT: ______ T_i_C_O_m_1_~1 ___ .....,.. NUMBER OF UNITS: CONTACT PERSON~· ____ :_J_,:_l_J_o_r_<:_1-,..._·-·_n _______________________ _ CONTACTTELEPHONE~· ___ !_J9_3_-_t_l7_0_5 __________________ ..,__.__ ____ _ ~~~PECTED J~ INSPECTED BY: __________ _ INSPECTED BY: __________ _ DATE INSPECTED: DATE INSPECTED: DATE INSPECTED: /'(},-/-11 APPROVED/ DISAPPROVED __ _ APPROVED DISAPPROVED __ _ APPROVED DISAPPROVED ~-- COMMENTS:---------~~------------------------ Rev. 1/86 WHITE: Suspense BLUE: Water District GREEN: Engineering CANARY: Utilities PINK: Planning GOLD: Fire FINAL BUILDING INSPECTION \ PLAN CHECK NUMBER: 37-551 DATE: 12-3-87 PROJECT NAME: _____ l{_o_l_i _L:_..,_1) ________________________ _ 7 ADDRESS: _______ 2_1_S_5_F_a_r_o_d_,'l_,_Y_~f_·1_2_0 ___________________ _ PROJECT NO.: ________ UNIT NUMBER: ________ PHASE NO.: _______ _ TYPE OF UNIT: _____ T_J_C_O_r_rh_-tl ____ NUMBER OF UNITS: CONTACT PERSON~· ____ (l_~_i_J_o_r_d_~_._f _____________________ _ CONTACTTELEPHONE: ___ 4_9_3_-_lJ_7_0_5 ______________________ _ INSPECTED BY: ----¥-1~~~~~4-- INSPECTED BY: _________ _ INSPECTED BY: ____ ~----- ~~TtEcrm ¢f 7 APPROVED L 01sAPPRovEo __ DATE INSPECTED: DATE INSPECTED: APPROVED APPROVED __ _ DISAPPROVED __ _ DISAPPROVED __ _ COMMENTS:---------------------------------- Rev. 1/86 WHITE: Suspense BLUE: Water District GREEN: Engineering CANARY: Utilities PINK: Planning GOLD: Fire FINAL BUILDING INSPECTION PLAN CHECK NUMBER: DATE: PROJECT NAME: _____ ._'.;_,)_H_C_,--. ___________________________ _ ADDRESS: ,. PROJECT NO.: ________ UNIT NUMBER: ________ PHASE NO.: --=----- TYPE OF UNIT: ~t~! 1;n1>'i(., _____________ NUMBER OF UNITS: ' CONTACTPERSON·~ ____ .1_i'_.-_i_~_'=_·r_w_'._'.·1_i ___ ~----------------·----- .... CONTACT TELEPHONE: ___ ._!f_•,J_;-_l_t7_,1_. 3_· ________________________ _ INSPECTED BY:~---------- INSPECTED BY:_~--------- DATE INSPECTED: DATE INSPECTED: DATE INSPECTED: ~ APPROVED ~·DISAPPROVED --- APPROVED DISAPPROVED __ _ APPROVED DISAPPROVED --w.. COMMENTS:----------------------------------- Rev. 1186 WHITE: Suspense BLUE: Water District GREEN: Engineering CANARY: Utilities PINK: Planning GOLD: Fire t -,,•, <tCitp of <tearlsbab REQUEST FOR INSPECTION RECORD "',,/' TIME: bi INSPECTOR __________ PERMIT NO. __________ DATE: 1;;.z ~ OWNER ,.. ,. -:::£ ADDRESS ~z~ ~ fa?~ tf/;J-e5 REQUESTED BY ~ ~ PHONE NO. ___________ _ BUILDING D FOUNDATION D FOOTING D SLAB D REINFORCING STEEL D MASONRY D GROUT -GUNITE D FLOOR AND CEILING SUB FRAME D SHEATHING D ROOF D SHEAR D FRAME PLUMBING D UNDERGROUND PLUMBING D SEWER AND PL/CO D TOP OUT PLUMBING D TUB OR SHOWER PAN D GAS TEST D WATER HEATER D SOLAR WATER D 'fei-AL PERSON TAKING REPORT ____ _ ELECTRICAL D TEMPORARY SERVICE D UFFER GROUND D ELECTRIC UNDERGROUND D ROUGH ELECTRIC D POOL BONDING ~ELECTRIC SERVICE j11 FINAL ~ 1/~ ~- /,-)~ ~f;-f rJPl~1 ~-p Of I~ s SPECIAL INSTRUCTIONS __________________________ _ Ready For lnspection:-0 Monday 0 A.M. D P.M. D Tuesday D Wednesday D Thursday D Friday INSULATION CERTIFICATION This is to certify that insulation has been installed in confonnance with the current energy regulation, California Administrative Code, Title 25, State of California, in the building located at: . SIIB ADDRESS ______ 2_1_8_5_F_a_r:_~ a_d_a_y.._._, ___ s __ u __ i"""t'-'e""""'"'#"'"'l=2 __ 0"'--'-, _c __ a=r-=1--=s=b._.a.._.a.,_~ "-" _C""'A..,._ ____ _ Owens/Corning 6l" CertainTeed 6 11 CEILINGS Batts: Type Fiberglass Manufacturer Manville Thickness __ 6 .... !_11_ R-Value 19 Blown: Type Manufacturer Thickness R-Value ----------,------.----EXTERIOR WALLS Owens/Corning 3½" CertainTeed 3 ½ 11 Type Fiberglass Manufacturer Manville · Thickness 4 " R-Value 11 FLOORS Type _____ Manufacturer _______ Thickness __ R-Value __ General Contractor KO J / License # L/ t/ / 7.S-I -------------------------"--~------ By~~?~ Titl~ Date _/_I 1_~ __ -;/J _____ 7_ Schmid Insulation Contractors, Inc. License# 221517 C-2 Vice President Date --------- ESGIL CORPORATION 9320 CHESAPEAKE DR., SUITE 208 SAN DIEGO, CA 92123 ·(619) 560-1468 DATE: //-.3-81 lJ APPLICANT ~r~SDICTION.:::::> JURISDICTION: _ ___.::C=t.,JA~~=~=S=,G=A~O=------------J CHECKER PLAN CHECK NO: 87-552 QFILE COPY QUPS L_JDESIGNER PROJECT ADDRESS: 2 I 8 5 f'A ,<7 4 .QA~ ,5'-(1 I~/ .to PROJECT NAME: SA~ t},c~o ;?e7 lo.vAc.. {'~A.J7'e"'?, D D 0 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 /3<Et..ot..J 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 co~plete recheck. The check list transmitted herewith is for your information. The plans are being held at Esgil Corp. until corrected plans are submitted for recheck. ·-:~ -~ The applicant's copy of the check list is enclosed for the jurisdiction to return to the applicant contact person. 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. 0 Esgil staff did advise applicant that the plan check has -' been completed. Person contacted: ____________ _ By: acu At)A1-1£J: Enclosures: -----------ESGIL CORPORATION ESGIL CORPORATION 9320 CHESAPEAKE DR., SUITE 208 SAN DIEGO, CA 92123 (619) 560-1468 DATE: //-3-8 7 QAPPLICANT ~!~SDICTION-=:=:> JURISDICTION: _ _;;:C::::...<...:.A~~-~~S4:=.:.../-1~0=------------.J CHECKER PLAN CHECK NO: 87-55.z QFILE COPY OUPS L.JDESIGNER PROJECT ADDRESS: :l 185 IA #.A OAV ,5'-<11$ /,Z'o PROJECT NAME: 5AA.J IJ, cc, o & 7 / o AJA~ c~;{J 7'£"'(. D D 0 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 /36L.Cu .. J are resolved and checked by building department staff. The plans transmitted herewith have significant deficiencies identified on the .enclosed check list and should be corrected and resubmitted for a complete recheck. The check list transmitted herewith is for your information. The plans are being held at Esgil Corp. until corrected plans are submitted for recheck. ~+,; -~ The applicant's copy of the check list is enclosed for the jurisdiction to return to the applicant contact person. The applicant's copy of the check list has been sent to: ~ Esgil staff did not advise the applicant contact person that .:.1 plan check has been completed. 0 Esgil staff did advise applicant that the plan check has ~ been completed. Person contacted: ____________ _ Date contacted:. Telephone#' --------- REMARKS: /ft:tO.t..AC!! $H€e'l'<; £-/., /'-1-/ Aha CF-/ JAJ 7....;.::I_ I CI '1)/ I A ,4,v .s 4,/l'lH LHt£ C, -r-v 7[,· S#G'ers E-s H-f: A ,JGJ__~? i='~/. z;; ·h>~lt/J t3otfA,-6<!.7'"e..() Crr',:' AA~) ·Se7: .. --.. By= oL~J..J A!JAHG/.: Enclosures: -----------ESGIL CORPORATION ; '· ' ESGIL CORPORATION 9320CHESAPEAKEDR.,SUITE 208 ~g.'t). ~-,t--\O\-Z.-z..\a, . SAN DIEGO, CA 92123 (619) 560-1468 DATE: f 0 \z::d '61 ' OAPPLICANT : ~RI5P!CT~ ;LAN CHECKER JURISDICTION: C 'A-t'LLSBAO PLAN CHECK NO: S7-S5"Z-T OFILE COPY . OUPS QDESIGNER PROJECT ADDRESS : ,Z. \ <3 5 ~ 0::08:f-f PROJECT NAME : 'Su 1.:-t:e" I Z 0 . . D The plans transmitted herewith have been corrected where necessary and substantially comply with the .jurisdiction's building codes. · , 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 b~ilding 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. WlA The check list transmitted herewith is for your inform·atibn. · r(.CtJ The plans are being held at Esgil Corp. until corrected -· plans are submitted for recheck. D The applicant's copy of the check list is enclosed for the jurisdiction to return to the applicant contact person. ~ The applicant's copy of-the check ~ist has be~n sent to: _ L1k[De-\AJ\Gy:::.e:t2N s1s2 A-\JsN,oP.t E"Hc.11U1+.s "So \TC 13 1 C fr1:2-t...S 8 AO J Cl1 ~2-00B ~ 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 ha~ been completed. Person contacted: ------------ Date contacted: Telephone# ---------------- RE MARKS: -------------------------- By: G~l AOA-W\ t.:::k:.. Enclosures:GX:orze, Lts-r 1e.2'fz.v1 ESGIL CORPORATION -·= •• -,p .,, -• -• .. •• .:- l ·- ____ (Dr! -r#e c~_AJA1-r1o't.)~O e.115L~s_S4c1'n,!{,.JA-'-g/f4A Use.. ___ _ _____ _...~ ..... -A.J,___,h'--'~~~-4.J._S -1 .4 is i .. A.J_C.012.tfr4.c..a:___28:t1.~_1....5, _____ t ------~4. __ 2-;__~d:.~---~tf)N Ol1U>..'!V_d:,t:; ______ 6~Qfl:_ __ A~/£~ __ &'.('_h<'t:>.:..IC,.._ __ ---=------l--l--l-........,J..=-1£~v ....... s:-=~=----(N" r rT~5_r__L~e 5_,q_d.c.f -1~-1;-1 r£ SL: H tft-v.J ... ,,_) __ _ ------++j+--"7!; ____ 1-/.'-'--'l ,!;)__/&).L(.._c.._e,d&N .. y~ IH e /-t '-t.o ~e.!P. 6:,,ul.£~ e. 'r .13.k_O_f,.~ ,:; __ _ ! 11, . ---~-13, 1.1,~ A h!S',M ,C'r'-S /411 t:a_cd liVAe.. z~er .,. _ ____ ---1-!i:-i---_s_"'-'-ff.._O=-'c..J=--=--<'-"-A.)~7.--_L'-'-'1--'~~Mc...L.. 1___,_r-.-'-,&y~~ f l,J Ar~ s c ~ 6Ms4N-,-,,_ -'-----~--___,.~U.io!M-v:t:: e.~~-~_:~t~ t L-* -----+-4----~Prfv~~-~~~~~~CB-1.L GL~ ~--~~--~~~~<=e-~._---~O l4~·------- ti· -',,' _;...,: ____ ...,,....... ______________ _;;;;,_ _____________ ·:- .:::: ------H-+-------------------------------. lll ; i ----~! ~ ----·· i I \. -----~-----------·-·----····----------------------------; i I' _____ J;. .. -·----··-··-· ----·· ... ---------------------- ~-------------=--jL ~-~--~~ -~ ---~~~-~---------------------------------A ! i i 1 l j --·-----.....,.,, ..... ·--·-·-------------------------------11 l ---·-~#~ --· I I ---l ··- . --11 H ----------·-------------- . ---------··--·------------- Dates~1 . Prepa.!:!S1 by, · C.hW\ Jurisdiction (f\::t:Zk&68P VALUATION AND PLAN CHECK FEE CJ Bldg. Dept-• 0 Esgil PLAN CHECK NO. 61-£152 ... r BUILDING ADDRESS '2. \ 91:, l~A--0!3::'i APPLICANT/CONTACT L l N oq ¼JtG IG.~ N BUILDING OCCUPANCY -B-Z ~ c,.,1 fs' 1 tz.O PHONE NO. 4-~0 OZ.D~ DESIGNER PHONE 1-1 ------TYPE OF CONSTRUCTION \) -t-.i ----------'CONTRACTOR PHONE ----- BUILDING PORTION BUILDING AREA -VALUATION VALUE MULTIPLIER .. O~U5 -r:i. "3~9\ C@ .. 1 s·,sv -C:,-'2133 I ' ' Air Conditionin~ Commercial @ .. Residential (cl .. Res. or Comm. Fire Snrinklers @ Total Value CoZ 1133 Building Permit Fee $ __ 4_.__7 __ 3_._C)_cJ _________ _.$....._ _____ _ Plan Check F ee__,$ _____ ~ __ (:)_7__,;..._1 _4_,.· _S-________ _..;$"-------- C OMMEN TS._:-------------------------- ' : ·.·: · .. ,.} .. .. B/87 ' .. J al -0 Cl) == a, > Cl) Cl) ,fol C0 0 al -0 Cl) == Cl) > Cl) ~~ Cl) ,fol C0 0 ca -0 Cl) == Cl) > Cl) a:: D D D D i!5 D ·D ~~ D D fl' D D ~ D D ~ D D l@l D D ~ D D ~ D D ~ D D (j D D ENGINEERING CHECKLIST Date: //-/0-87 _ __,;...._...:....;;:;__..;;;;.... _______ _ Plan Check No. __,_9.._7-..._--=S-=5-:.:....;;Z=------ Project Address: 2/ 8~ F;::;J219fJAY sre /2() Project Name :_...,,T_I.._ ______ _ Field Check Date: ----------- By: LEGAL REQUIREMENTS Site Plan LEGEND ~ @ 1,2,3 I tern Complete I tern Incomplete -Needs Your Action Number in circle indicates plancheck number that deficiency was identified 1. Provide a fully dimensioned site plan drawn to scale. Show: North arrow, property lines, easements, existing and proposed structures, streets, existing street improvements, right-of-way width and dimensioned setbacks. 2. Show on Site Plan: Finish floor elevations, elevations of finish grade adjacent to building, existing topographical lines, existing and proposed slopes, driveway and percent (%) grade and drainage patterns. 3. Provide legal description of property. 4. Provide assessor's parcel number. PERMITS REQUIRED Grading 5. Grading permit required. (Separate submittal to Engineering Department required for Grading Permit). 6. Grading plans in plan check PE ----- 7. Need the following completed prior to building permit issuance: A. Grading plans signed. B. Grading permit issued. C. Grading completed. D. Certification letter and compaction reports submitted. E. Grading inspected and permit signed off by City Inspector. 8. Right-of-Way Permit required for work in public right-of-way (e.g., driveway approach, sidewalk, connection to water main, etc). 9. Industrial Waste Permit application required. To be filled out completely and returned to Development Processing. -f 1 ~DO @~ D (9/o D ~DD @oo @oo ~o·o FEES REQUIRED 1 O. Park-in-Lieu fees required. Quadrant: __ --_-_-_-_-__ , Fee Per Unit: ---, Total Fee: ---- 11. Traffic impact fee required. I/ Fee Per Unit:_-=._-:_-:._-=._-=._~_, Total Fee: 17S 07) • 12. Bridge and Thoroughfare fee require~itt Fee Per Unit:_::=====-' Total Fee: r /0'/Ll.uo . 13. Public facilities fee required. 14. Facilities management fee required. Fee: 1!J{..;;,, ~~ 15. Additional EDU's requir;~d: --=·7,'-'-Z~----,-,:--- Sewer connection fee: 'ff 720. uD Sewer permit no. 16. Sewer lateral required: O.K. to iss~ ~ Date: If you have any questions about any of the above items identified on this plan check, please call the Development Processing Department at 438-1161. · •• j OJ ca OJ "O "O "O QJ QJ QJ == == == QJ QJ QJ > > > QJ QJ QJ c::: c::: c::: .... N M =1:1: =1:1: =1:1: u u u a. a. a. ODD ODD ODD DOD ODD PLANNING CHECKLIST Plan Check No. 87-S-S2. Type of Project and Use tL ----'--==------------- Use Allowed? YES _L_ Sicte.l!/R,c Rear_t/lA- Facilities Management Zone 5 _..;;;..__ Zone CM ----'--t-.------- Setback: Front _l)}k- School District: San Dieguito __ Carlsbad . ~c Discretionary Action Required Environmental Required Landscape Plan Required Comments YES YES YES -- : -- Encinitas San Marcos NO*- NO~ N04 NO -- Type __ ---------------------------- Coastal Permit Required YES NO~ Additional Comments -----------------------'--- Oi< TO IS~.c2::== DATE /J-/0--87 • :.•.• ; . Certificate of Compliance (P2r: 1 of·2) ?roie<::l Arc.'"litecVEngine-er 3ui!ong Porrnil Numt-er J,, ! Pzlz f>->sf.:,A!?/2'1 De... ~ \ ?_// Project Location " Plan Checkfad Sr CA 2· k? BAf2 Cil)'/Town Ciima:e Zeno ~i'..1\ ( _________ l!.-'\~/ -1--/ ~----- Documentation AuL'"lor I O;l~-,---; Prescriptive Approach/Performance Approach Strategy . General · CEC Oco.Jpancy Type . . . . . • . • . ~or-l-~0C .v'P~I c:,i{ 2 USC s>ccupanc; Group/Division . . . . . f3, -,-,I-: 3 Package Selected .' . ,· . . . . -1-::!/k . 4 Gross Conditioned Floor Area . • • . . • :7l 1/40 /t2 Roof and Floors · 5 Proposed Roof/Ceiling Rt (CF-2. CF-3) • . 'J,,'!J A'; hr-F-ft2/Btv 6 Required Roof/Ceiling Rt (CF-2) . . • • l:lJes:_ hr-F-112/Btv 7 Proposed Exteriqr Floor Rt (CF-2, CF-3) ••• ~ hr-F-ft2/Bb.J 8 Required Exterior Floor Rt (CF-2) • . • • • N /4.; ' hr-F-ft2/Btv· Wall.:s · 9 Proposed Opa~ue WaJI_Rt (CF-2, CF-3) • . · i-. 0 f;; hr-F-ft2/Btl{ 1 O Wall Heal Capacity (CF-3) • • . • . • . 11? 1 k · Btu!F-tt2 . 11 · Require? Opaque Wall Rt (CF-2} . . • • • N /Ix . J:ir-F-ft2/Btu . Gla.zlng··ln V.{.ail:> · . · · · · •. ·. · .-·• ' ': •. 12 E~erfoi:WaJIArea.(CF-2) :::~·. :}f: ... ?;_':7(//'&J·),2 13 Total Glazing Area (Cf-2) •• -• ;· • , 1 , 1tq~ fl2 14 Proposed Total Perce_nt (Une 13 / Une 12) · ~ \"f % 15 Average Total SC (CF"2) ••..•.••. 0, Ca') 16 · Allowed Total Glazing Percent. . . • • • h,J/p,. % 17 West Exterior Wall Area (CF-2) ••••• !i ft2 18 West <;,lazing Area (CF-2) • • • • . • • : · ft2 19 ·. Proposed West Percent {CF-2) ••••• _ • · ¾ 20 Average West SC (CF-2) • •. • • • • • . . 21 Allowed West Glazing Percent . • • • • •. % Glazing In Roof (CF-6) Proposed Allowed 22 Skylight(_. .• h.!/,A N /A ft2 23 Skylight 2 • _ _,__ __j__ !t2 24 Skylight 3 ·• 2~-Skylight 4 • 26 Skylight 5 • 27_ Skylight 6 • 28 ·Skylight 7-. 29 Skylight 8 • u9htlng 39 Proposed Adjusted LPD·(CF_-5) . VJ ·1. 112 -·i·. ::! 112 . (t2 _ _,__ [l2 ... ti ·--hVk Watts/112 Wans/ft2 · :J 1 Allowed LPO (CF-5) . . • . . : -• HVJ!:C ·, ... 3:2 ," r·erfonnanC<I Sot;&?lected .-. . ·.. . . . J i1,,,. . · ·, '.: : . ,: 33 Proposed Fan W~·ttage l~dex (CF-4) •.. ~ .Watts~ft2· · 34 Allowe;o Fan Wattage Index • . • . : . . lJ~-Wa;ts1i12 35 Proposed Cooling ?ower Index (CF-4) ;r .' 5?;.0 -8tuh/ft2 36 AJ!owed Cooling Power Index . . : • . . . __ /A ·8ruh/ft2 37 Proposed Heating Power Index (CF-4) . .0 ! •-~ 8:uh/ft2 38 Allowed Heating Power Index . . N/ A 8;uh/ft2 . ' i=orm Revised September 1986 CrJ r-I i=or Enforcement Agen.::-.,• Use Oniy Signarure.and Regislfation Stamp Dale Field Checxed By. Approved By Performance Approach ·Da:e Oat~ Enorgy Budget Low-r'--l'7t: 1 CEC Oca.Jpancy ·Type . . t? ;:::-0' I e,e:'.. 2 UBC ~pancy Group/Oivi~ion ..... Ii·-/J ' : C dib. d Fl A . ,.;:;:i.,-,,.;:-~ .....,. 2 ., on one oor rea . • . . . . . . . ~·c.,-It 4 'Budget T?-blo ...... · ....••.. 10._·0 iZ. 5 Allowed Energy Budget (WS-1A) . : . • . ) i-4-' · kBb.J/yr-ft< Calculated Annual Energy Con3umptlon 6 Appr_oved Calculation Method .. • • • • • 7vH 7 CEC Designation . • • • . . . . • ·. • • 1.,.. 0 ~ £: 8 Mulliplie·r· .•.. · ••.• · •••. , .• ,\,O'Z,7 Estimated Energy U.:se 9 Heating·. . . · . • . • • • • ., ••••• -1~ kBtu/yr-ft2 10 C I. 1 l _, : . ~ oo Ing . ; ••....•• , . . . . • ,, -r: k_Bb.J/yr-ftZ _ /J • ,., . . 11 Fans • . • . .. . • . • . • , •.•••.• · kO?'r/ kBtu/yr-ft2 · 12· -Ug~ts ·: .~ . .. ·• • .• • • • ·:. / : • . • • . 4-,(,,;;y kBtu/yr-ft2 ·· 13 Miscella0e9us Equipment .(~-~-'f.~-:~W~J · I :;:l$Blu/yr.cft2 14·-·roti!:. -:·· ... : ~ .· .. :~:-.i~·-:· .. :~ :~~8tt.ityr~h2 .1s· Aq. Total Energy Use (line S )( line t-it) • ,· , \ \ \:, \' 0 k8twyr-ft? . L t> ( \_ ") -1--L\ o ;-L \ \) ,-( L l c. "\"_ L \ 3 -r !.... \ .;. ) Complia_nce Statement General. The proposed building represented in this set of compliance doOJmentation·,is consistent' with the other compliance forms and worksheets, with the plans and spec;ifica,ticins and with any -othef calculations or computer runs submitted with this permit.applicatioo .. Performanco Approach. (when applicable) The energy· perioonancc estimate presented on 'this form wa-:; calc:.Jlated using the a,..',iro\lec calculation method indicated above and with the CEC es(ablished fixec and restricted engineering inputs for the appli~ble · dim ate zone arrc occupancy type. · Prescriptive Approach. (when· applicable) The proposed builcing has . been designed to meet the requirements of the Alternative Componen: Package indicated above (or the appropriate occupancy type and dimat!'! zone · Company :23:3 o _ EiJ~~/v.cc; ~~-c/. Address· · · · · : ... ·~,,..; i)/e.cro,. c/l.. · ;b..:;11 .-:· · Telephone .. Calif. Ucense Number Page __ ci __ _ ... :··: -.~ :···;: .=/. \ Energy Budgets Worksheet ' ' ( ~~ltZN,Ak UN:("2,. Project Title I {_ WS-iA For Enforcement Agency Use Only K-t1 ~ / Fl,,J H ~O?,, I ,A'.fg$ Docunwr&tion Author/Finn Date Checked By Date Summary Data Second Generation Standards Occupancy.Types 1 Conditioned Floor. Area • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • q Z !i2t;;Z tt2 2 Total Allowed Energy Use ••••••••••••••••••• · ••••• , •••••••.•••• J,4:&1~kBtu/yr 3 Energy Budget (Line 1~1 Line ?,). • . • . . . . . . . . . • . • . . . ,_, . . • . . • . . . . . . . . . r / '71 k8tu/yr-ft2 First Generation Standa?cis OccJpancy Types 4 Conditioned Floor Area • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • ____ tt2 5 Total Allowed Energy Use • • -. • • •. • • • ·• • • • • • • • • • • • • • kBtu/yr 6 Energy Budget {Line 5 I Line 4). • • • • •••••• ,· • • • • • ••• ., • • • • • • • • • kBtu/yr-ft2 Second Generation Nonresidential Stanoards A B C D E F G H J Conditioned Total Lighting Adjustment Adjusted Allowed Cross-Sec-Conditioned Energy Energy Eneroy Occupancy Description/ tional Floor Area Budget Allowed !.:PD Package A Col F ° Col G Budget ~ol Ix Col D Type Floor Number Area of Story for Catagory {k8tutft2) {from CF-5) LPD Reqm. x38.0 Col E + Col H (kBtu/yr) P,-'2,. 1Qff1,:-,o t,f/'l/4~ ''? 7 ---:....--,/U:,?_~ I . - : : : . ; . : --.. : f, : .. -~ ... __ --: - ' Total ' Total Allowed Energy 15J:~11.~~ : First Generation· Nonresidential Standards A 8 C D E Energy Allowed Occupancy Description/ Floor Budget Ener&i Type Floor N_umber Area. (kBtutft2) Co!Cx ID -----... ~ --.:.__ -i---- ~ -------~ ---------Total Total - Form Revised September 1986 Page __ of __ 1/ { .... €ertificate of Compliance (P2it 1. of 2) Project Arc'iitec!!Engine-er .. -Sui!cing Permit Number 'J, I 00: f'.'A~A!'ZA'i L.,-h:.,\'i.l} Project Location · Plan Check.ad Sy CAVk/2BAf2 Clim a :a Zone City/Town ~~( ________ ~l\'-i-/~iif~--- Documentation Author I D;t;-r---, Prescriptive Approach/Performance Approach Strategy : General ~o~ ~iZ--it;,t · CEC Occupancy Type ••.•.•.•.. Vf f'.I t-\t 2 UBC ~pancy Group/Division .• , .. f3,..,. i---h 3 Package Selected : •. · • , . . . ~/k . . dl¼O1t2 4 Gross Conditioned Floor Area . • I Roof and Floors 5 · Proposed Roof/Ceiling Rt (CF-2, CF-3) , . ').,-~ A '2 hr-F-ft2/Stv 6 Required Roof!Ceiling Rt (CF-2) • • • • lL,ik_ hr-F-ft2/Btv 7 Proposed Exterior Floor Rt (CF-2, CF-3) ••. ~ hr-F-ft2/Btu 8 Required Exterior Floor Rt (CF-2) . . • • . N It,, • j hr-F-ft2/Btv. Wall.s 9 Proposed 0pa::iue Wall_Rt (CF-2, CF-3) •.. 1,,, 0 ~ hr-F-ft2/Bttj 10 Wall Heat Capacity (CF-3) .•••••• ! I 7, .Jr · Btu/F-ft2 . 11° Requir9? Opaque W~II Ri (~F-2) .• :: ._' . JJ/Jx . hr-F-ft~Btv . Gla:dng In Wall.s · .. · f · : :· 12 Exte~of Wall Ar~a-(CF-2) ; :_ . ;_}.--•. : .~ • ?-°) 0\ 1(2 13 Tolal Glazing Area (CF-2) , .••.•• , S ?Y ft2 14 Proposed Total Percent (Une 13 / Une 12) , 01 ¾ 15 Average Total SC (CF-2) •• , .•... , 0, (c,'.J 16 Allowed Total Glazing Percent, ••••• }y/p,. ¾ 17 West Exterior Wall Area (CF-2) ••••• ·i· ft2 18 West Glazing Area (CF-2) • • • • • • . , ft2 19 . Proposed Wast Percent (CF-2) • • • • • • % 20 Average Wast SC (CF-2) •• · • • • • • • . 21 Allowed West Glazing Percent • • • • • . ¾ Glazing In Roof (CF-6) Proposed Allowed b,} /,A N /A ft2 22 Skylight 1 . 23 Skylight 2 . 24 Skylight-3 ·• 25. Skylight 4 • 26 Skylight ·5 . 2~ Skylight 6 • 28 Skylight 7-. 29 Skylight 8 • Lighting 3Q , Proposo·d Adj us led LPD·(CF-5) • :} 1 _Allowed LPD (OF-5) . . . . . : HVAC ft2 (l2 ft2 _ _,__ -r12 ft2 --!+_.ft2 '' ft2 . u_ . r-V.k -Watts!t.2 Wans/ft2 · 32 Performance Sot Seleclad .: •··• : ... , . J /1,;.. · : · Proposed Fan w~·ttage l~dex (CF-4) .. : ~ Wa~/ft2· Allowed Fan Wattage Index . • • . , . . 1)...JA__ Wa.tts1it2 Proposed-Cooling ?ower Index (CF-4) ./ . ~/4 6' 8tuh/lt2 33 34 35 36 37 38 AJlowed Cooling Power Index . • : . . . . · Btur-Jft2 Proposed Heating Power Index (CF-4) . . "-7 I .q 8tuh/h2 Allowed Heating Power Index ..•.... N/A, Btuh/112 . ~ ' Form Revised September 1986 for Enforcement Agency Use 0:iiy bate Field Checked By. ·Oa:e Sig~atura. and Registration Sta_mp Approved By Performance Approach Date Enorgy Budget Low-/<'.-!'?C::: CEC Occupancy.Type. • t:7;:.·p1 l..e:_ 2 UBC 0ca.i"pancy Group/Division . • • . • lz·-1 ., C di~ d Fl A . vlj;,;,._,,._,,,.,..,. "2 .., on uone oor rea . • • • . . • . . _1 ~;2.J::::::: " 4 Budget T~blo . . . . . • • • • . . . . {ld:2. 0 )2. 5 Allowed Energy Budget (WS-1A). : • • . ! i.<':r: kBtu/yr-tt2 . ' Calculated Annual Energy Con::sumpllon 6 Approved Calculation Method •. • • • 7?M . . , 7 CEC Designation . • • . • • , . • . . • 1-, 0 ~ t: 8 Multiplie·r ·. • . . • , . . ·• • . • . . . • \ , 0 rz_.. l Estimate<:! Energy U::sa 9 Heating ..• · •.•.•••..••••• _1~ J k8tc/yr-ft2. 10 Cooling • ; • . . . • • . • • • • • • . • ll, f.-k_Btu,yr-tt2 _ /)_.,._ ... ., .. 11 Fans . • ~ •..•• , • • • , •••..... · .-<t?~t;; kBtc/yr-ft2 · _12· Ug~ts ·: .; . ·: ·• , .• •• , ··; .~-••• , • 4&y kBtulyr-ft2 ·· _. ~13 Mi~llac:ieous -E.quipment ,l~~ ~. ~-:;;\'\'?:::.) · 1,;.. kBtu!Yrfft2 : · . 1'.4 ... Tot~:. ;· ... ·: .. · .. :~-.. l~: .. :~ :isru1yr--ft2 ·~ -15. Aq. Total Energy Uso (liAe S 1~ Hn·; l er) , • , \ \ \:, \' 'kBa.i/yr-ft? ·. L~ (\...") -1-L\OtL\\)-\-(L\'Z..-rL\3--r'-\-;.) Compliance Statement General. The proposed building represented in this set of compliance documentation· .is consistanr with the other compliance forms and worksheets, with the plans and spedfica,tions and with arr/ · oth~r calculations or computer runs submitted with this permit.applicatioo, Performanco Approach. (when applicable) Toa energy" periorrnance estimate presented on ·this form wa:; calc:Jlated using the ap,:irovec calculation method indicated above and with the CEC established fixec ·and restricted engineering inputs for the appli~ble · dim ale zone aric 00'Jpancy type. - Prescriptive Approach. (when applicable) The proposed builcing has been designed to meet the requirements of the Alternative Componen: Package indicated above for the appropriate occupancy type and dimate zone · ·sign~ ,_ ; . ~-)ec.i . /¼-rvJ:3er Address· · ; . ·>;,-,1 -7J. r"ecro,. · (/I. 9J. -;11 Company . :233 o . £yy /fa.re/ :J?o ,q-cl . City/State/Zip · · er · /e!9-,2 fp-5£.50 L/'11 ·75-j Telephone. Calif. License Number Page __ ci __ rCertificate of Compliance (Part 2 of 2) ~4:N IZl ~& g_~ 10 WhL ~-.Jr:~~ Pro1ect 1 1tle ~Hr /g....) H ,A:'z?a-1,A-1'Jh Oocumendtion Author/Fil1)1 . Date CF-i For Enforcement Agency Use Only Checked By Date Both parts one and_ two of this Certificate of C?mplianca must be inclu_ded with each building penmit app!ication for the a!Jove noted building and appear on the plans subm1ttad for approval. The building features and requirements represented on the Certificate of Compliance are adequate to achieve compliance with the second generation nonresidential energy standards for the building referenced above. The building features and requirements are also adequata for any subsequent alterations, modifications or additions to the building. Designer One SISPt:lEtJ 6 CooPEt J?e.« t;J.,.ame (Print) KJ)1 A$SOC.1ATES J>.>c.. Enforcement Agency Signature Data Designer Two Name (Pri~tf . · · . 1 : . ' : RJ..t,.;'\ ~:SSo,i:~..\i's -l~c: Title/Company Name . \{;437 kt, L~~·caLe.:, st,~ fo1.ttt.\.Cli ... v~l\-e':t (.ft,...~ ~<~--- Signature Date Enforcement Agency Signature Date Owner ·Name (Print) Title/Company Name Address Signature Date Additi~nal Performance Approach Strzte;;;iy Specifications . Lighting. i=orm Revised September 1986 0Mlgner Three Name (Print) 11tle/Company Name Address Signature Date Enforcement Agency Sign~ure Date Designer Four _Narr1e _(P_rint) 11tle/Company Name Address Signatl.lre Date ·Enforcement Agency Signature Date Enforcement Agency Name (Print) Title/Agency Address Page_of_ T ;· : -l-:· 1· • ·-.... Mandatory Measures Checklist 6h\J l?I ~o g,t411at:JA:k ~J1!!& Project Title 1 \l-t'.\ f: / e. j H h,s$O~ 1 Ad]. S Docurrrnltation Author/Fim1 Date Envelope Measures [ ] Certified insulation materials per 2-5311 (a) _ [ ] Insulation installed to meet flame spread and smoke density requirements of 2-5311 (b) • _. • • • • • • [ ] Urea formaldehyde foam insulation is installed per 2-5311 (c) • • • • •••••••••• ; ••• [ ] Retrofit insulation specified as per 2~5313 •••••• [ l Air infiltration is minimized by specification of tested manufactured doors and windows and proper sealing and weatherstripping as per 2-5317 • Lighting Syst~m Measures Reference in Construction Documents [)4 Certified luminaires/ballasts per 2-5314(b) ••••••• -E:-] - l'Xl Independent control w/ encl_osed areas per 2-5319(a) • • E -\ [.)4 Manual switching readily accessible per2-5319(b), •• , g: -\ [)<] Reduction of lighting load to at least COE! half per 2-5319(c). Occupancy sensors or programmable timers t::' \ _ · meeting CE_C criteria 111ay substitute • • •. • • • • • • • ~ .-_ ~f~ Sepa~te s~tching of daylit areas per 2-531_9(d) • • • • : :E -\ [ ] Separate switching of display-and valance lighting k I / A. in retail and wholesale stores ~er 2-5319(h) • , • , •• ~ [ ] Automatic control of display lightinQ in retail ~ and wholesale stores per 2-5319(h} •. • •••••• , , l'l . . [ ] Tandem wi~ng of one-and three-lamp luminaires-. t-.1 /1:.. per 2-5319(1). • • • • •••••• , • , •• , ••• -~ Daylighting and Lumen Maintenance · Controls (when applicable) . [ ]' Uniformly illumination reduction to one-half per 2-5319(e)1 ••••••••••••• [ ] Flicker free operation and no premature lamp failure per 2-531~(e)2 ••• • ••• : •••••••••• [ ] lime delays to prevent undesira~ cycling per 2-5319(e)3 ••• _ •• · ••••.••.•• [ ] Step switching devices with separation between on/ott settings per 2-5319(e)4 •.•••••• : ••• Form Revised September 1986 For Enforcement Agency Use Only Checked By Date Reference in Construction Documents [ ] Photocell sensors with a diffusing cover and • 1--./ J,A~- no opaque cover per 2-5319(e)5 • • • • • • ~ [ l ~J~ti%~~i ~~~~~~J>;~id-~ f~r '."~~la~.n • • UjA:_ [ ] Pro~r installation of contrqls including sensor location, certification of initial calibration and control of luminaires /.,_ t /4. only within daylit area per 2-5319(e)8 ••••••••• 4-1-f!L- [ ] Visible or audibl~ malfunction alarms per 2-5319(9) • • • ..tl.µ-;- OCCU pan cy Sensing Devices (when applicable) ' [ ] Flicker free operation and no premature lamp failure per 2-5319(e)2 • • • • • • • • . . • [ ] lime delays to prevent undesireable cycling per 2-5319(e)3 ••••• , •••••••• -~ .. ~II~ -[ ] Visible or audible malfunction alanns per 2-5319(9) • I::! B II [ ] Limits on emissions per exceptions to 2-5319(e), • , • N ft ' HVAC and Plumbing System M·easur·es . . [ ] · Piping in~ulat~ as.required~ 2-5312 ••••• (><I Certified HVAC ~uipment per 2-5314(a) • , • ·• [ ] Certified plumbing equipment per 2-5314(a) •••••• Kl Heating and cooling equipment.efficiency per 2-5314(b) • ·:' N/A .:M-\ NI& t\ ·\ [ ] Pilotless ignition of gas appliances per 2-5314(c) • • • • r-1 f h . [>q Autbmatic controls for off-hours per 2-5315(a)1 ••••• t\--\ ~ Therniastat set point req~irements per 2-5315( a) • • • ~ \:1 • \ D(! Sequential control of heating and cooling per 2--5315(a)3 • M • \ [ ] Automatic exhaust fan dampers per 2-5316{b) ', ••• . t'llk I . lX! Thermostat controls for each zone per 2-5315(b) • • • . H-\ t;ii Ventilation provided per 2"5316 and 2-5343 • • • • • • . M -\ [] Heate~fo~domestichotwaterand/orpoolsper2-5318. N/A Page __ oi __ . . . -.~ rnergy Budgets Worksheet 7P\tJ 121~0 ~~1ol'JAi-utJ:e~ Project Titje Kerl ~ / !Z-j H l·sfz!:>O? I ,A'(f;$, Documardation Author/Finn Date Summary Data Second Generation Standards Occupancy Types WS-iA For Enforcement Agency Use Only Checked By Date 1 Conditioned Floor.Area. • • • • • • • • • • • • • • • • • • • ••• _. • • • • • • ••••• ~'?:;,t:? tt2 • I • C,1. .,,_/) 2 Total Allowed Energy Use • • • •••• .-••••••••••• , • • • • • • • , • • • • • • • • • • "J-.,,1:1-"t": kBtu/yr 3 Energy Budget (Line 1 / Line 2) •••• , • • • • • • • • • • • • ••••• , • • • ••••••• ·• • • I? 1 kBtu/yr-ft2 First Generation Standards Occupancy Types 4 Conditioned Floor Area • • • • • • • , • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • ____ tt2 5 Total Allowed Energy Use ••••• ,· •••• , • , ••• , • • • • • kBtu/yr . 6 Energy Budget (Line 5 / Line 4), •• , • • • • • • • • • • • • • • • • • • • • • • • • • • • kBtu/yr-ft2 Second Generation Nonresidential Standards ' . A B C D E F . G H J Conditioned Total Lighting Adjustment Adjusted Allowed Cross-Sec-Conditioned Energy Col F-Col·G Energy Energy Occupancy Description{ tional Floor Area Budget · Allowed LPD Package A Budget Col Ix Col D Type Floor Number Area of Story for Catagory (~Btutft2) (from CF-5) LPD Reqm. x38.0 Col E + Col H (kBtu/yr) P,-'2-'.l,1:,6'lO ~?jd\c, \S1 -----Ci 4,~11,, °!Jo L -. ' ·. -· ~ ~ : ~-L . . ~ ;, ' . - . Total Total Allowed Energy ·5"7"},~ First Generation Nonresid_ential Standards A 8 C D E Energy Allowed Occupancy Description/ Floor Budget Ener~ . Type Floor .('lumber . ' Area ,(kBtu/ft2) ColCx ID ·-----: ---------: ----------------------i---_ ---------Total Total Fom, Revised September 1986 Page __ of __ r·:· .::: I '-. Envelope Summary corm and Worksheet (P2·-L 1 of 2). Roof A Roof Type ~l- Total B C D Proposed Area/ Area R-value R-value 9 2.J:...li '2 ~ A"l -~q~. ' <:-f"TA,O Total ~-4 . .at--. Average A-value I J...?JA°) 1 Col 8/ q_ot D Glazing in Roof A B C D ~ Surface Area ~rth Type East South --... --........ -....___ ' --........ : E West --.._,..,-- ~ ·-.. __,. ----_..,,,,.. .,,,-. -~ ....... -_,..,,. ~ -. Exterior .Wall Area A 8 C· D E Surface Area North East South West For Enforcement Agency Use Only Checked By Date Exposed Floor Area/Soffits A . Total F Horizontal __., _,.,- I"-. ~ · Total F Tota! B Area C Proposed R-value Total D Av~ra~e A-value ..... I __ __. Col ff/ Col D i-- G H Total (At) Proposed U-vallffe"""' ~ ~ __., -- . - .......__ --...__ --.......... ..... 1 ............ --- Page __ ot __ )'. ). Envelope Summary t=orm and Worksheet (P~ ... 2 of 2) ~f\N l21U,P ~10JAL utl:(~g.._ Project Title . ·fi:11:: / ~J H A½ot:. l A:f~4 IL /,i, fez? Documenta6on Author/Firm Dat / / For Enforcement Agency Use Only · · Checked By Date Opaque Exterior Walls and Doors A B C D E F G H J K Surface Area Proposed Wall Requirement Wall North East South West Total Heat A-Value A-Value Type (An) (Ae) (As) (Aw) (At) Capacity (Rt) At/ Rt (Rr) At/ Rr ~! .a..10 '5£Jot A--10 4W-1 \~I~ IC::i.4· 'l..0? ·~f7"1 \ I . I \ / \ I \ I ' / \ I I ' I \ / \. / \ / \ / \ Totals 410 i:;.,.oi::t 4-tO '1-&Cf \~\~ Total ~1 Total I -. Proposed Required ... Weighted.Average A-Value I 2 , Q$ I I I . Col F/Col l Col F/ co.1:K Glazing in Walls A B C D E F G H J K Surface Area Glazing Characteristics Weighted Averages Glazing North East South West Total Total Area West Area Total Area . Type (An)· (Ae) 1 (As) (Aw)· (At) U-Value SC x U-Value xSC xSC ..ti:: I 4bD ~~ '+-00 ~, . ., \-<?i?, 1,1' c?.f,P, \ •j \ /\· j . \ I \. I \ I . . \ I \ I \ I -\ I \ I \ I \ I \ I \ I \I \I 1 I j X l -I\ I\ J \ I \ I . \ I \ I \ I \ I \ I \ I \ I \ -I \ I \ f \ ·Jtlr(JU ,::j4,0) AIJO ~"'-; AI..AA f ( " 1,. ' · . Totals m Totals <J . ~ • . -U Value West SC Total SC Averages L \,, I . I ·o.&q.-1 . . Col I/ Col F Col J / Col E Coi K / Col f Form Revised September 1986 Page __ of __ .,_ CF-3 Construction Asser11bly Compliance Form ~Aµ_ D \ v-17 fZ. ~IP µ4~ (AZ.N·Cea.. For Enforcement Agency Use Only ~~~ I !( tj r / 12--.1 H ~ i A:!£.:; II /,z, (1?1 DocumeniMon Author/Firn, Date/ / Checked By Date General Information 1 Assembly Type and Number • • • • • • • • • , • : , • • • , , • , , , • , , • • • • , , , , , • , • wr: Wj 2 Framing Type • • • • • • • • , • • • • • • , · • , • • • , • • • • • • • • • • • • • • • • • • • • • ~/A 3 Fr;iming Size • : • • • • • , • • • l, , • , • • , •••••••••••••• , •• , • -. ·, , , , • • VA 4 Framing Spacing • • • • • • • • • • , • • • • ,· • • • • , • , • • , , • , , • • • • • , • , , • , , lJ /A inches 5 Insulation in Cavity • • • • • • , • • • • • • , • • • • • • • • • • • • • , • • • • • • • • • • • • • ii;-k°2 F-ft2-hr/Btu 6 Effective R-value of Cavity/Framing • • • • • • • • • • • • • , • • • • • • • • • • • • • • • • • • • • I ':'J =* F-ft2-hr/Btu Sketch of Construction Assembly List of Construction Components · 2 3 4 5 6 7 A Description E?J 11..a ... LIP g..a,~,N~ 8 Total R-Value w/o films • • _-• • • • • • • -. . • • ·• B R-value /J,~"? t'JJ, '},, &.bO ~~I(){) t.fl? ·i1, -~-tr ~ Inside s~~ace air film • • • • • • ; • • : • • . • • .-. • _____ /)_,_V"'-----0_ 10 Outside surface air file ••••• ,' ••••••••• _--'--()_1_\'--J+- 11 Total thermal resistance (Rt) , • • • • • • • • • • • fJr 1;, ti(") 12 U-value ( 1 / Line 11) , • , • • , • , • • • • , , , • /J I tJ kJ; Form Revised September 1986 * 1µ~u1.,A:(torJ k( t.-e..1 Ll ~q C D E Wall S~cific HC Weight eat Col C xCol D (lb/ft2) (Btu/F-lb) (Btu/F-sf) 1,..,/1/ tPl ?'? =1ft= rL. ¾. a, -z...1 01 l, bl "1.,,.,-d?, I z,,, -~',~~. £Ji'~ p'~-Ob. Total HQ Page __ oi_ : . ·:.~ .· : Constructiori Assembly Compliance Form CF-3 For Enforcement Agency Use Only f!'roject Title_ IY1 F: / fkJ M A ~b?'& I A.-fth Documefuation Author/Firm ll I 1k l'&J ofote I Checked By General Information 1 2 Assembly Type ai:1d Number • • • • • • • , • • • • • • • • • • • • • • • • • • • • • • • • • • • • • ~ L. · ·-~I\ Framing Type • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • 3 Framing Size • • • • • • • • • • • • • • • • • • • , • • • • • • • • • • • • • • • • • • ·• • • • • , t,J /A 4 -Framing Spacing • • • • • , • • • • • • • • • • • • • • • • • • • • • • • • • • . • • • • • • • -• • tJJ A inches Date 5 Insulation in Cavity ••••••••••••••••••••••••••••••••••••••••• ~ F-ft2-hr/Btu 6 Effective A-value of Cavity/Framing • • • • • • • • • • • • • • • • • • .' • • • • ; • • • • • • • • • .---6!..fo--F-ft2..hr/Btu '. ' \ ' ' . ' . .. ... ; Sk~tch of Construction Assembly. List of Construction Components A 2 3. 4 5 6 7 Description (. tl /..,, ;~ e {/V NL-(Z-6-~ 8 A-value :I Ii, 8 Tqtal R-Value w/o films • • • • • • • • • • • • • • --+'-' -"I}, __ 9 Inside surface air film • • • · • • • . • • • • • • ; • • --jp..._ __ . ~& .... .-fz'--..., 10 Outside surface air.file ••••••••••• : :· •• __.~~-_,.\_,-1'--_ 11 Total thermal resistance (Rt) • • • • • • • • • • • • -'k~· ""'(l_t;L--_ 12 U-value ( 1 / Line 11) • • • • • • • • • • a-44 Form Revised September 1986 C Wall WeiQbt (lb/ft") ]0 D S_pecific Heat (Btu/F-lb) tJ,1,,/y" Total HC E HC Co!CxCol D (Btu/F-sf) \VJ·.k _Jr;.+ Page __ oi __ l. ' HVAC Power lndice'"' Summary Form and W"rksheets CF-4 For Enforcement Agency Use ~nly Checked By Summary Data Conditioned Floor Area • • , • , • • • • • , • • , • • , • • • • • , , • • , • • • • • • • , • • '1_~1) 2 Total Fan Watts During Peak Cooling Conditions (from Worksheets below} ~ • , •••• , ••• , ••••• "'!> \ -z.. '1- 3 Fan Wattage Index (Line 2 x 1000 / Line 1) ••• , , •• , • , •• , , ••• , ••••••• , •••• , 4 Total HVAC System Energy During Peak Cooling Conditions (from Worksheets below} ••••• , ••••• f~ . ·U 5 Cooling Power Index (Line 4 x 1000 / Line 1) • • • •• , • • • ••••••••••• , ••••••••• ~-? 6 Total HVAC System Energy During Peak Heating Co_nditions (from Worksheets below} ••••••••••• ' t;'14-~ ~1.,'j 7 Heating Power Index (Line 6 x 1000 / Line 1) , • • • • • • • ••• , • • • •••••••••• ~· _.,... Fan Energy A 8 C D E F G H Date ft2 kilowatts Watts/ft2_ kBtu/hr Btu/hr-ft2 kB tu/hr "Btu/hr-ft2 J Brake Horsepower Motor x Drive Efficiency Peak kilowatts Equipment Mark \-\ y'-7,... . Description Cooling Heating Cooling. Conversion Heating Factor 0.746 0.746 0.746 0.746 0.746 0.746 Number Fans Cooling Heating . ' . I 01&C1 0.746 · 0.746 0.746 ~ t~·,; .. ·:· ·-1---"'--+-i,...._· --'-----=--~--~f-----+----+----+---::-:: :~ Total kilowatts Heating and Cooling Equipment A B C D E F G H .J Cooling Heating Equipment Design Conversion Source Design Corr;ersion Source Mark·· Description . OUtput Efficiency Factor kBtu/hr OUtput Efficiency -P-c.etor kBtu/hr na All F.ans 9,'is,1)6 na 10.239 _-;_~~la .i;-t~ na 10.239 ~-~·,,.to From Worksheet Above - . H'f""I 1-1-l!kl ~HP (~'2, . . t::Ar;:; I(), 'J1il '1 e,.-1 BO ?;, D ?7,0 ®a fJ . . . ~~ ... ,µ . H-EA 1 J7t.1 HP ::jiu? . '.f .O)~ 10 4jq 5L<o '711 1· 1,,. .t?k--:b,o '?t7J I 1-. . : .. _,·e~,t.rr'bl" 1-k,; A'i"' Pil"4t> G,'7--,, t=; l.r> .1:3'1 l?A-.1 '? '?,'1..-17-. °J . ~.1) G~.o . . t:::". X\ ?i'Gt tteA:, PUMP "~ 1.~ l.1J 1.., '3=\ ~4,1 i?-,e, "2. fl.YI ·-,.u ~&:};>.t) . "fu-n.\tt.E" ~< f'lll"I , ... :,-0, PY,1 . L0,'2,~ ~,, /412.. \ ~-0. -;Vo 'j1,. I . -. . ; : : . " Tot.>J 'A-Qiu Total 7~lk«a . I -r • I Fann Revised September 1986 Page __ of_ .. _ . Lightin~ Summary and Worksheet '(Part 1 of 2) CF-5 For Enforcement Agency u~ Only Checked By Date Proposed A9justed LPD Tailored LPD Approach (when applicable) Total Building Watts (CF-5) • • • • • • • Z-1-10 Watts Watts for IC: A -DIE (WS-SC) • , .. Watts 2 Control Cr-eat Watts (WS-58). • • • • • -Watts 3 Aqusted Watts (Una 1 -Une 2) • • • • • ._:?:!f:!tQ Watts 2 Task Watts for IC: E & F (WS-50) • • • Watts 3 Non-Task Watts for IC: E & F (WS-SD) • Watts 4 Condtloned Floor Araa • • • • • • • • • ;22 b V ft2 4 Task Watts for IC: G, H & I (WS-SE) • Watts 5 Aqusted LPD (Line 3 / Line 4) • • • • • • /, 0 8 Watts/ft2 5 Non-Task Watts for IC: G, H & I (\AIS-5E) • Watts 6 Retai!Nvholesale Store Lighting (\AIS-SF) , Watts 7 Total Allowed Watts (lines 1-6) • • • • .. Watts 8 Conditioned Floor Area • • • . ~ . -. . !t2 9 Maximum LPD (UnE! 7 I Line 8) • • • • Wa!Wft2 Whole Building L,.PD Luminaire Schedule A B C D E F Luminalre Reference in Watts per Reference Construction Number of Luminaire Total - Code Documents Luminaire Description Luminaires (1nd. ballast) w~ A CJ z x.4-~t£CIE$£0 Fi.tlo£ ;:ix11J~£ .J &< L/-V-IP.5 f ~.$ '1ALL4<r 7 /? I -81-7 7_ I 8 if. I ?) .,J y_tf-R~~.1z65Gt'J r!f)dA... ~~ x-rUkl!Ec, ~/; £s /Al¥5 . fa 3:'._g6 ·11A-t.JA$-r . -.. : ··1-r:A)JOOM /IJJ~ £0 ~9 ~ 117 17 ': J ;:;-q _"";?. .. . . ' -.. ' Page Total · . Buik)in~ Total · 1 ~ ~-q-o . I Form Revised September 198~ Page __ of __ Lightin~ Summary and W·orksheet '(Part 1 at 2) CF-5 .6",4JJ 01ec.o 1<1 c1o;JA 1.. , Project Title s-c,uJ Cc>1J1¾/&)11 Documentatioo Au Data 1_0-787 For Enforcement Agency Use Only Checked By Date Proposed Adju_sted LPD Tailored LPD Approach (when applicable) Total Building Wat.tt. {CF-5) •••••••• / 3 I ,3 Watts 1 Watts for IC: A -0/E (WS-SC) • • • •. • • Watts 2 Cootrol Great Watts (WS-58) • • • • • • :----Watts 2 Task Watts for IC: E & F (WS-5D) , ••• Watts 3 Aqustad Watts {Line 1 -Line 2) • • • • • ._J;J_.t3_ Watts 3 Non-Task Watts for IC: E & F (WS-50) • • Watts 4 Coodtloned Floor Area • • • • • , • • , f O -ro ft2 4 Task Watts for IC: G, H & I (WS-SE) • • • Watts 5 Aqustad LPD (Line 3 / Line 4) • • • • • • j_, Z 3 Watts/ft2 5 Non-Task Watts for IC: G, H & I {WS-SE) • Watts 6 Retail/Vvholesale Store Lighting (WS-SF) • Watts 7 Total Allowed Watts (lines 1-6) •• , ••• Watts 8 Conditioned Floor-Area , • • • • • • • • tt2 9 Maximum LPD {Line 7 I Line 8) • • • • • • WatW!t2 Whole Building .~PD Luminaire Schedule A B C D e· F Luminaire Reference in Watts per Reference Construction Number of Luminaire Total Code Documents Luminaire Description Luminaires (incl. banast) Wa!_ta A ;:: I '2X4-!7.dfc/F.55 Et:? /CL Uok .. .ci X1ui< ~ -J G5 LAH P.5 -t -;i."' ,jf5 .# Atl.A-S 7' 5 I 2.--I 606:" J-3 !El 2-) ~)( 1-· R/i:J~t5G5 lfl'°C f7.vOi<.. . -r'IX7V~£ w/2 ~~.6 VJ/.-lf'S - -· -I;. _";'?;$6 ',8,_A-~J.Jf-S 7-" -· ' ---.. " -_._,....A.V !DrJJ/1 ().)1 k tEnV . Lr l'17 'i.:0 <K : - . - - .. .. -Page Total Buildin_g "Total -! / 3_ 13 Form Revised September 1986 Page __ of __ ****** SCM ENERGY ANALYSIS MODEL VERSION 2.0E ****** *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD*** *~*************************************************** FiLE NAME SDRC4 BUILDING TYPE OFFICE BUILDING TITLE : SAN_ DIEGO REGIONAL CENTER -1 AREP1 (SC! .. FT.) ·lE-* * * ·l<:--J<; ·ls· "Y<· ·*-·Ji:· ·1\-·K· ·*· DATE: 11-02-1987 TIME: 16: 1.Li-:: :~~:1 EXTEHIOr.:;: l>U4LL • • • .. . • . . . • • • • • . • • . . . . . . • . . . • . .. . . • . . . • . . . t:,11.:3; WINDOW NORTH/NORTHEAST ............................... 380 140 Ei=-iST /SOUTHEAST SOUTH/SOUTH\.tJEST lfU'11fWIII.IJIUUatlil'HS:UGUUIIUHUQUJIIIUIIR' (:) • WEST /NORTHWEST ROOF :::-:4~2() GROUND FLOOR •...••••.. ~ •.•.••.......•...•••.•••••••.• 2420 TOTAL CONDITIONED FLOOR ................................ 2420 'R'-VALUE <E~CLUDING FILM RESISTANCES) ************************************** . . •~ ~JALLS nu tt P. n II n fl• 11 nu I.I-~~ n a tin n II u 11 ~n .. n; ~": 11 ~ n n n !" n n:n ff n ti rr -~ n" n n II n n 1 ·., :2 WINDOl.\l <If\lCLUDH.11?.· ri",JSr°DE FILM :.f~E}.3ISTANCE); ...... ;, .... .' ...... -L). RQ[\F• u n n tr n u n n ,r n n n u n n II u n n p n: R n n ,. n n n " n ,. ff • It n ti. n n ,. n n u n • u. n u n n 2::":'. u bL~ FL[10R " u ,, • " " ,. " ., " ,, " ,, .. u " " ,, " ,, • ,. u '* .. tt " n • " .. « n ,. ., ,, " 11 ., ., ,, " " :r " ,. ,. Ir c:) H'vPiC SYSTEM ·****·*·**"*··**·* .HEATING EQUIPMENT TYPE COOLING EQUIPMENT TYPE HEAT PUMP AIi~ CONDITIONER ECONOMIZER ................... · .•••••.••••••....•.•••... YES FAN POWER (WATTS/SQ.FT.> ...................... ~ •••••.•• 34 AIR CIRCULATION !1ATE (CFM/.SQ.FT.) ••.•.•••••••..••....• 9 OTHER ****·* AZIMUTH OF NORTHERN BUILDING "ORIENTATION .............. 0 SHADING COEFFICIENT ......................................... 585 HEAT CAPACITY OF EXT. W~LL CBTU/F-SQ.FT.) ...•••...... 15.4 LIGHTING LE\lEL (v-JATTS./SGl..FT.) ............... · ..••.••.•• 1.4 FL[lQR T\{F'E n II n II' 11 tt n II n n u tt 11 n ti n n n _,. u ff " • • • • " • n u n " n n II u rt n ,. n 11 n n CLIMATE -zoNE u • "n n n nu u u u • n • n 11 • • n·u u u ~" n 11 u u nu 11 r1 nu u II u Nu• n SLAB 7 ****** SCM ENERGY ANALYSIS MODEL VERSION 2.0E ****** -i.:--ii-~c 2ND GENEF:r:),T I DN NCINF:Ef:-; I DEI\IT I {-~L ENERGY ~"3TP,l'lD,~F(D ·*··~:·*- *******~********************************************* PHYBICAL PARAMETERS ******************* BECDI\ID1~F-:Y DA TA -li· -~: -l<:· -~: -l<:· -}:; 41, ·!<:-* ·!i.· -~; * ·l<, -~; DATE: 11-02-1987 TI ME: 1 b: 1 '.3: 1 7 P,0iG!::: ~ 2 DOOF( Pi!::::Ef.-) ( E·;(]. FT. ) • • . . . • . . . • • • . .. . . . . . . . . . .. . . . • .. . .. . . . • . .. . . . .. . 0 DOOR 'R'-VALUE <EXCLUDING FILM RESISTANCES) ....... _ ............. 0 Wf-~Ll_ f~JBSQJ::;!J=11-IV I "f\/ n n n u u u n n ,. n n i:i u n ti n II n ~ • n is :, " :, ,. " u n n n u ir u ,. 11 n n II n n n n n .. ? ROOF f~BSQt"i:Fr .. f .. IV I 7 .. ·y· u u 11 • " 11 • u 1t " a 1t u ., • " u • u II n ·11 tr " 11 11 n " ,: u_ u ,, u u " • u " a II u u ., u ·7· CEIL I NG HEIGHT (FT. ) • . • • . • • . • • • . • . • • . . . . .. .. .. . . • . • .. • . . . .. • . . . • • 9 SHP,DING ***·~:-!<:-·!<:--!<: SHADING COEFFICIENT NORTH/NORTHEAST ...•.....•.•.....•.••.•. 585 • EAST /SOUTHEAST ••...•..•••••..•....•... 585 ; SOUTH/SOUTHWEST .......••........•••..•. 585 WEST /NORTHWEST .•...•••••••..•..•••••.. 585 DOES THIS BUILDING HAVE WINDOW OVERHANGS .••...•..•..•..•..•. No· DOES THIS BUILDING HAVE WINDOW SIDE-FINS .•...••.•••••••••.•. NO MECHANICAL .AND ELECTF-:ICAL ·* * "f<" ·*· ·lt-* *-~\; ·lt--h* ·*· * ·l<:-Jf.-:-l(-* -*·:~* * -~:--*·* . . ~ ~ ' . . RATED HEATING EFFICIENCY ••••••.••.•.......•...•••.•.••.••... 2.82 RATED COOL I NG EER ........... ,, •••••.••.••... ,, .. ,, • • • • • • • . • • • • • • 7. 9:::; TOTAL PACKAGE NAME PU"liTE Rf-HING O<L•,t) • • • • • • • • • • • • • • • • • • • • • • • • 7 WATER HEATER TYPE ••••.•...•.•.••••••.........••..••••••..••• ELECTRIC SPECIAL FEATURES **************** DAYLIGHTING STRATEGIES ••••.••••.••••.••.••••••••.•.•••••••.• NO SOU\f.::: l>JATEF: HEATING SYSTEM •••••.•.•••......••...•••.••.••••• NO ****** SCM ENERGY ANALYSIS MODEL VERSION 2.0~ ****** *** 2ND GENERATION.NONRESIDENTIAL ENERGY STANDARD*** ***************************************************** Di'.::tTF: :I. :!. ---02---:l. 9f:1~i' T I ME: :L 6 :: :J. !:i :: :'57 Pr~1L"3E~: :::;; SCHEDULING FIXED D1::;TA -*· -~:-·!f ·!<:· ·*· -l<:-1~" -~, -l<:· -~:- OCCUPANCY LEVEL FOR OPERATIONAL PEF-: I DDS ( FF-:P,CT I ON) :. DPiY . . . . .. . .. . . . . . . . . . . . . .. . .. . . . . 546 l\l.I Gl-1 .. r S . " ., " u " ., ,, ,, " " JI n ,, • • .. " " .. • ,, ,, () :~, 8 AVERAGE LIGHTING AND RECEPTACLE CEVEL FOR OPERATIONAL PERIODS <FRACTION> :DAY PERIOD~ ............ 703 :NIGHT PEF::10D ............ 144 EQUIVALENT OPERATIONAL HOURS PER YEAR ~LIGHTING (DAYS> .•.... :LIGHTING (NIGHTS) .... : RECEPTACLE ..•........ :FANS "11"""""",.""""lf""" :WATER HEATER .. ~ ..... . NUMBER OF NON-OPERATIONAL HOURS PER WEEK D{-\ Y t=•ER I OD n n a " • 11 n II u a u J n II n n n n II n n n n a II n n " n-n n u a If a n "' n a " n a n n u f\} I GJ-JT F'ER I OD u u u u u u • n u u u n n u • u • u II u • ., " u II n u " 11 u II u p ar • 11 1r • 11 11 at u 11 :.;;:915 359 45:l.8 l.770 /l , -'-f·O NUMBER OF HOLIDAYS DURING HEATING SEASON ....•.•............. 6 NUMBER OF HOLIDAYS DURING COOLING. SEASON.~ ..•.•......•...... 2 SET·-PO I NT TEMPERATURE (F) ~ ~,JI NTER ......•...•...•......•.... 70 40 PHYSICAL PARAMETERS ******************* INSIDE FILM RESISTANCE :: ~ WINTE;R ·i -~ . SUMMER -~ SUMMER l,JP,LLS SETBACK .•....... : .......• . -u n = 11 • n q nu u n ~ u n II n n n u ~~n nu i:i nu SETLJF1 n » n It u " n u u s, u n i:i a .tr 11 " n II n 8;5 .68 :; ROQF· u n " 11 U ., n " u N • n u II u n n " n • at II u 11 ~ " ,. n u • u n 7 6 r.::LDOI~ " " ... " " " • .,, " " • "' " ,. ,. II " " n • II " " " •• " " " ,. 7 {:>- INFILTRATION RATE DURING NON-OPERATIONAL HOURS <CFM/SQ.FT.) •. 0284 SLAB FLOOR 'U'-VALUE (BTU/HR-SQ.FT.-F) ....•....•............. 0862 INTERNAL LOADS AND ENERGY ************************* RECEPTACLE PEAK LDAD.<WATTS/SQ.FT.) r. 11nnJ1HUNIIIIDtttt11trJraauntt#RffllU ""'J WATER HEATING CBTU/SQ.FT./YEAR> ..•• ~ ...••..........•...•.... 64 PEOPLE SENSIBLE LOAD <BTU/H!::;:/pERSON) . . . • . • . . . • . . . . . . . . . . . . . . 230 PEOPLE L,::;TENT L.OP1D <BTU/HR/PEJ--:SON) ....... · .• _ .................. 190 AREA PER PERSON (SQ.FT./PERSON) ............•................ 250 ******* SCM ENERGY ANALYSIS MODEL VERSION 2.0E******* *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARDS*** -~: * * Jf.-·*· ·N· ·!<:--11-·l<: ·!<:··ii'-·*··*·-¥.··*·!<:--~,-·lt:· ·l<c ***·Ii· -M· -11--1<:-* * ·:<:· * ·!<:-"*··*·*-Ji:· -J<.0 * -l<: ·li· ·li:-* -~ ·!<:· * ·*· ·¾· ·li· ·l':· -1<:--l<:-* -i~-·K· * DATE~ :I. :1.·-02·-··1987 TIME:! :l6~ :l.7~00 F'{4(3E: 4 CL.IMP1TE ZC:Jr•.IE BUIL.DIW3 FILE BUILDING TYPE BUILDING TITLE SDF:C4 OFFICE SAN DIEGO REGIONAL CENTER -1 BALANCE-POINT TEMPERATURES AND DE~REE-DAYS INPUT ====--=============:.-::: ·-:=========. =====::::::::::=::::::::::::::::::::::::::::::::::-.:=:::::::::::::=::.-:::==== NI fiHT BPT1 ··-59. o= .~ \-J BPTl --68. BPT.2 = b,~u 33 BF'T2 ::::: 76. BPT::::: ·-69. 87 BPT3 = 76. HDD ·-:::::i 1 . --77 HDD -34.29. CDD = 33:1 A 9,_B CDD -- ENVELOPE HEAT TRANSFER FACTORS CBTU/HR-F> ========================================= OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE <WINTER) OVERALL HEAT TRANSFER FACTOR 'K' (WINTER) OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE <SUMMER> OVERALL HEAT TRANSFER FACTOR ·'K' (SUMMER) HEr~TIN(3 coof_ I t"(3 -· ANNUAL LOADS (MBTU'S) ------------------------------------------ ANNUAL SITE ENERGY REQUIREMENTS <MBTU'S) ======================================== SITE HE1~TING SITE COOLING SITE LIGHTINB SITE -r~ECEPTACLE SITE FAN SITE HOT WATER o. 49 56 99 50 00 ANNUAL SOURCE ENERGY USE ESTIMATE <KBTU/SQ~FT.> =============================================== SOURCE HEATU.!B sou1::::cE COOLING SOURCE LIGHTING SOUl::::CE F{ECEPTP1CLE SOLJl::::CE FAI\I SOL.11::::CE HOT l>JPiTEFt 885.0 23j_ 9n.5 894.9 ·: 17. 9 14 •. ~s 6.9 13 .. 5 12. 7 L1 8.6 1L 1 46.9 16.B 1.5. 7 L4 ================================-===-===========-======:--=----------- ANNUAL SOURCE CONDITIONING ENERGY USE ANNUAL SOURCE~ENERGY DBE ESTIMATE IS 35.4*1;027? 36.4 KBTU/SQ.FT. 1.01..4 KBTU/SQ.FT. ==================================================================•=== NOTE~ l KWH= 10.239 KBTUS OF SOURCE ENERGY) ****** SCM ENERGY ANALYSIS MODEL VERSION 2.0E ****** *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD*** DATE: 11-02-1987 TIME~ 16~ 2:::;: 07 ***************************************************** FILE NAME ! SDRC2 BUILDING TYPE OFFICE PF: I Mf.'.:iF~Y DP, T ,~ * ·l<: ·¾--~, -l<:· * ·K" ·lf ·l<: *-~,·I<: BUILDING TITLE : SAN DitG0 REGIONAL CENTER -2 ARE,~ (SQ.FT..) * ·io: ·J<.0 * ·* ·l<: -1-': * ·K--!(··If-*· ·l<"c l>Jf~1l_l_ n n ,, • 11 " " n " u n ,. u " ,, " 11 11 u II u ,. P ,. 11 n II n " n n n n • u tr u n u 11 EXTEF<f or.:;: t>J IND0vJ NORTH/NORTHEAST •.•..... ~ ....•.•...•.•••..... :: E,~Sl.. / SOLJTI-IEAS .. r :, n ,, ,, JI ,, " u n " n a n n ff " II " n " n n ,, II ,. n " n p : SOUTH/SOUTHWEST ......••.•......•.....•...... PAGE:: 450 107 264 70 WEST /NORTHWEST ........•......•••.••........ 0 ROOF u. u" u "" u u" u u u,,"" II" ll u u u." II." u u" u ll "u •• u ,, "n "n II ff II.,,"" 1844- GROUND FLOOR ..•......•.•...•..•• " . . . . . . . . . . . . . . . . . . . . 1844 'TOTAL CONDITIONED FLOOR • . . . . . . . • . . . . • .. • .. . . . . . . . . . . . • . 1844 'R'-VALUE <EXCLUDING FILM RESISTANCES) ************************************** . . L1JALL_S u n:.,, u u nu If an II p If u n "a tt II n n:, .. :•:• u u u n ,, nu n·.n nu 1_t n',1 an If n n n nu R 1.,, 2 l>.ttt-mOvJ ONJ.:-:LUDING fi,1SIDE FILM 'RESISTAN~f.) !~ .... _.' ... ~ .... L 1 ROOF·.. u n u n n n n n n n n n tr n n fl n ff 11 " n -n. ft • n n n tr a u ~: " u n ; ti ":~ n u n n n n u n n n n n 22" 64, FL.DOR " It If u • u n u II n a i:t II p " 11 n u u • n ti n If n u u u u II u ll u II u u ff 11 11 11 tr u • • a n u u (:) HVAC SYSTEM ·lBc**·**·*-·*-*·lf* n ~ n a If n. •" u u n n n" nun n n n n n nun n "n n n n HEAT PUMP C'.i ., HEATING EQUIPMENT TYPE COOLING EciUIPMENT TYPE n II n II u n u • 11 n u • n u n n n u u u u u u u n n n n n u u {"!IF~ CONDIT I 0NEF: ECQN()f',1 ]: Z ER n n n n tt i:r n n u a u u n n n n ,. n n n n n n II n " n u n II a n n n " 11 II II 11 11 11 u n FAN POWER (WATTS/SQ.FT.) ................... · ........... . AIR CIRCULATION RATE (CFM/SQ.FT.) .................... . OTHER **·lH<:-* YES ,;45 1 .. 14 AZIMUTH OF NORTHERN BUILDING DRIENTATI8N .............. 0 SHADING COEFFICIENT ................................ ~ .......... 585 HEAT CAPACITY OF EXT. WALL <BTU/P-SQ.FT.> •........... 15.4 LIGHTING ~EVEL (WATTS/SQ.FT.) ............................ 1.4. FLOOR TYF'E u a • n n n n " " ,. " ,. .·" 11 tt tr n " ,11 " n ,, u n • • n u n n " n a 11 n II n n n • 11 n n SLAB Cl_ I l°"1f~ 1-1;:: Z Qf\lE u n " n ,i '! ,1 u u 11 11 11 11 " 11 u II u u II u rr n ,n u u-u II I!_ JJ 11 11 H II u u • u It II u 7 ****** SCM ENERGY ANALYSIS MODEL VERSION 2.0E ****** *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD*** ***************************************************** Dt1TE: :I.J-.. O:?··-l9B7 TI ME~ l ~~ ~ '.Z:~; :: ::':i:3; PHYSICAL PARAMETERS ******************* DODFi: AREP1 (SP. FT. ) ,. . . . .. .. . . .. . . . .. . . .. . . . .. . . . . .. .. .. .. . .. . . . .. . . . . . . .. .. 0 DOOR 'R'-VALUE (EXCLUDING FILM RESISTANCES) ...................... 0 \r'J?~JL.,l_ f~l:..iSOF~F··1-I\/ I '"fY ,r " ,. n n II n n II ti u u " 11 • :t tr u i, JI u u lf l'I a n n zr rr n II tr n rr n ti ,. ,. ff II u 11 " u .. j'I F~OOF ABSOF-:PT IV I TY . . . . • • .. . .. • . .. . .. . . .. .. . . . .. . . . . . . .. • . . . .. . . . .. .. . .. . . .. 7 CEIL I !'-.18 HEIGHT (FT. ) . .. . . . • .. .. . . . . . . • . . . .. . . . . . . . .. . . . . . . . . . . .. . . 9 SHP1DING * -~:· * *·*-·!f-l<:- SHADING COEFFICIENT: NORTH/ NOFffHEAST :I. (i ~ EAST /SOUTHEAST SOUTH/SOUTHWEST .. 5B5 .. WEST /NORTHWEST ................................ 585 DOES THIS BUILDING HAVE WINDOW OVERHANGS ........................ NO DOES THIS BUILDING HAVE WINDOW SIDE-FINS ......................... NO MECHANICAL AND:~LECTRICAL *·IE-*-~:-·** ·l<:--lf -l'~ ·Jic *-lf ·lf -*· ·!f * * -*· ·k'. -1<.' -li-¾· ·i::-·f'°:*· ! .: F-:ATED HEATING EFFICIENCY ...•..•...• · ......... · .................. 2. 9 RA ··r1::I) COOL I I\IG EER ,, ,, ,, ,, " 11 *' ti ,, ,, II u ,, II " • " " ,, ,, "' " u • ,, ,, " .ti u u It II " ,, ., " " ,, ,, "" ,, " " 7·,. 5 TOTAL PACKAGE NAME PLATE RATING <KW) ........................... 7 WATER HEATER TYPE ...................................................... ELECTRIC SPECIAL FEATURES **************** DAYLIGHTING STRATEGIES ....................................... NO SOLAR WATER HEATING SYSTEM ........................................ NO ****** SCM ENERGY ANALYSIS MODEL VERSION 2.0E ****** *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD**~ DPITE ~ 1 :I. ···02····· l 987 THIE: 16 :: 24: ::~::~; ***************************************************** PP1r}E ~ 1 :I. SCHEDULING *· ·l<:-·¾-·¾· -~, *-l<: * 1€-·¾- FIXED DATA ·¼· ·¾· ·l<:-·l<:--~;-,~:--~:-·lf ·¾· ~,; 0 CCU PAN CY LEVEL FOR OPERATIONAL PERIODS <FRACTION> DP,Y N 1 Gl·-rrs .. .. • .. • • .. .. • .. .. .. .. .. • • .. .. • • .. • .. o~~:s AVERAGE ~IGHTING AND RECEPTACLE LEVEL FOR OPERATIONAL PERIODS (FRACTiON> ~DAY PERIOD ................ 703 :NIGHT PERIOD ............. :t4L\. EQUIVALENT OPERATIONAL HOURS PER YEAR :LIGHTING <DAYS> ···~·· 2915 : LI Gt-rr I ~"1G ( 1\1 I Gl--iTf.1) n ,, " • ~:5c:~ : RECJ=.F1TACLE 1t u ,r u 11 11 n u II n • ~;:27.l~ :FANS ................... 4518 : l~JATER HEATEI:;: -. . .. .. .. .. .. .. . 1 T70 NUMBER OF NON-OPERATIONAL HOURS PER WEEK DAY 1=•EJ='< I OD u u II n n n • n " • u a n n u n • u u ,r si n n u a l:f n N :, • ti' n n n n 11 11 u n u u u n :I' • ~:;;:: r,J I GH'T• F'EI~ I OD ,, ,, ,, ,, " ,, " • ., " " " ,, " .. " ., ,, ,, u " ,, n If ,, ., ,,, ,, ••• ,. " ,. ., ., ,, " " "' n ,, ., L~6 NUMBER OF HOLIDAYS DURING NUMBER OF HOLIDAYS DURING SET-POINT TEMPERATURE <F> PHYSICAL PARAMETERS ******************* INSIDE FILM RESISTANCE HEAT I NG SEASON .......•. ; .. . . . .. . . . . . 6 COQJ_ I i'JG SEASCfJ\,f 1: If U a • r, n " 11 u n 11 a, ,,· n " N N a JI L~ : l;J INTER ...•. " ....... n n ....... It ...... . ~ ~JI J\JTER SETBAC~< u ., JI 11 ~·n· ., u n n n II u ., 11 u a .11 " SUMMER •....... ;, .. ·-/ . .-........ ·~ .. " .... , SUMMER SETUP ............................ . 70 .<.'j.() 78 .68 .. ROOF . .. . .. . .. . . . . • .. . . . . . .. . • .. . . .. . .. .. .. • .. . . 7 6 : r-.. LQOR n n n n "' n " n n n n II n • n u N n n " ;r n it n ,, n n ,. " u n .. )' 6 INFILTRATION RATE DURING NON-OPERATIONAL HOURS (CFM/SQ.FT.) .• 0284 SLAB FLOOR · 'U '-VALUE (BTU/HR-SQ. FT. -F) .. .. .. . . . . . . . . . • . . . .. .. . . . . • 0862 INTERNAL LOADS AND ENERGY *·*· -l-~ * ·¾-,'f if*** *:M·1(-·l(-1(-1f ** *·K· •l(-·M·-lo.· ~(--!<:· RECEPTACLE PEAK LOAD <WATTS/SQ.FT.> ............................... 5 l>Jl~TER HEr'.HING <BTU/SQ. FT. /YEAR) ...................... : .......... ' .... 64 PEOPLE SENSIBLE LOAD tBTU/HR/PERSON) ........................... 230 PEOPLE LATENT LOAD ('BTU/HR/PEr.:::sON) . . . . . .. .. .. . . . . . . . . .. .. . .. . . .. .. . . 190 AREA PER-PERSON (SQ.FT .. /PERSON) ..................................... 250 ******* SCM ENERGY ANALYSIS MODEL VERSION 2.0E******* *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARDS*** ****************************************************** DFiTE ~ 11 ···-0'.::'.-1 ':?87 TI ME: 1 6: 2~5 ~ ::~:i:) PA(3E~ 12 cu:M?HE ZONE BUILDING FILE BUIU)ING TYPE BUILDING TITLE 7 SDRC;~ OFFICE SAN DIEGO REGIONAL CENTER~ 2 BALANCE-POINT TEMPERATURES AND DEGREE-DAYS Ih~UT ================================================ Df-4Y NIGHT BPTi ::::: !:;8. 63 BPT1 ::::: 61::l. BPT2 ::::; 65.85 71. o::::: 193. :3;.,:i. BPT2 --"?bu BPT3 = BPT~5 ::::; 7-·1 / . HDD ·-HDD ::::; ~'3~')()" CDD ::::: CDD -- ENVELOPE HEAT TRANSFER FACTORS <BTU/HR-F> --------------~-----------------=---===- OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE <WINTER> OVERALL HEAT TRANSFER FACTOR 'K' <WINTER) OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (SUMMER) OVERALL HEAT TRANSFER FACTOR 'K' (SUMMER) HEATHH3 COOLING ANNUAL LOADS (MBTU'S) ===================== ANNUAL SITE ENERGY REQUIREMENTS (MBTU'S) ======================================== SITE HEATING SITE COdLING SITE LIGHTING SITE RECEPTACLE SITE FAN SITE HOT L1JATER (;" 25 42 09 17 00 ANNUAL SOURCE ENERGY USE ESTIMATE <KBTU/SQ.FT.) =============================================== SOURCE HEATING SOURCE COOLING SOURCE LIGHTING SOUF<CE RECEPTACLE SOURCE FAN sou1::;;cE HOT WATER 6(>5.r3 1698.4 6:l1.? 1618.7 ,10.8 12.0 ·4., 1. 8. (l 28.8 10. :;;; 12.8 0.8 6. 6_ 13.1 46.9- :l.6.8 2(> .. 8 L4 ==-=-------------------------------------------------------------.---- ANNUAL SOURCE CONDITIONINS ENERGY USE ANNUAL SOURC~ ENERGY USE-.ESTIMAT~ IS 40.5*1.027= 41.6 kBTU/SQ.FT. 106~7 kBJU/SQ.FT. --·-------------------------------------------------.. ------··--------------------.. - ( NOTE: 1 KWH= 10.239 KBTUS OF SOURCE ENERGY) > ****** SCM ENERGY ANALYSIS MODEL VERSION 2.0E ****** *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD*** DATE: 11-02-1987 TI ME:: 16 ~ '.-:.::7 :: :2;:·_; *************~*************************************** FILE NAME SDRC3 BUILDING TYPE OFFICE PF:::Il,...IAl::::Y DP,TA ·*··!<:-·¾·-l<:-·l<:··l<:-lf*·M··l~·l'<··K· BUILDING TITLE : SAN DIEGO REGIONAL CENTER -3 AF:::Er-, <SC!. FT,; ) ·*· ·!<:-·¾-i'i· ·*· ·!1-*· ·If -i:-·l-!-·*· ·l<.' ·If EX .. rE1=--.:ICtR WALL "n" ",, ... an",,." a. ft. It .. ,. u ",,". n n." " •• .,""" "u"., 1,<JINDDl,\l NORTH/1\IDl::;:THEAST ............................... . -ROOF EAST / SOUTHE{~ST : SOUTH/SOUTHWEST !,<JEST /NOFffHl,<JEST anunnuni1111ttcUllttnan•n•t11tlfNtrttU•ff 62S1 l~~:,7 0 192 ::::;oo 1070 Gl::::OUND FL001::: • • • .. • • • • • • • • • • • • • • • • • • • • • • • • • • .. • • • .• • • • .. • • 1070 TOTAL CONDITIONED FLOOR ..••••.••....•••..•....•..••.. 1070 'R'-VALUE <EXCLUDING FILM RESISTANCES)· ************************************** V,.Jf:JLLS ~ n n a If n n u n •.t u • ll u " ; n u t, • • It rt • n u ~. 11 n II u n u u " ir ,..' ~ u i, • u n ., a n n~ ·!' :t .. n ~1"2 1,<JUJDDl>J ( INCLUDI!~.IG INSIDE FILM RESISH~NCE?· ,;· ..... · •• ~ .... ~ .. -:: :J_,., 1 F!OOF' u n u II tt n n n ·n n r, a a ,, l'f n n u u n n n n N n n " " " n I/ " n • .,~ • 11 " n • " n n n ~ a II r, R 22 rt 6-4· FLODI::: ............................ ~ ••• ,, • • • • • • • . • . • • • . . • . .. • • 0 HVP1C SYSTEM ·l-!-*·~i-*·****·*-l<:-·* ~ a n R n n R n n fl fl n a u u n u n • • n n • n n l'f n n n n u HEi:7-)T PUMP 1 -:;· ·-· HEATING EQUIPMENT TYPE COOLING EQUIPMENT TYPE {4 IR CONDIT I ONER ECONOM I z El=< ••• n •• n • " •••••••••••• " ••••••••••••••• n ••• " • YES FAN POWER· (WATTS/SQ.FT.) ................................ 1~25 AIR CIRCUl:.Al .. IfJf~ F!ATE (C:r=M/SQn F'T.,) " •• "" " .. " "",. R ",," .. ",, II n ::?ft 93 OTHEI=::_ *{f*·lHf AZIMLlTH OF NORTHERN BUILDING ORIENTATION .............. 0 SHADING COEFFICIENT •••• :~ .••••••..••• ~ .................. . HEAT CAPACITY OF EXT. WALL.(BTU/F-SQ.FT.> ........... . LIGHTING LEVEL. (!>JATTS/SGL. FT.) ••••••• _ ................. . FL[IQF{ l"YF'E !' • u n 11 u II u u ,. 11 u n n n .rt II n • n ft • 11 n n i(. n • • u • u n • n 1t n ., n 11 11 !' " CLIMr~TE ZONE H II JI II II U 11•11 U U II ft ft fl• II HU II. II II JIU It., II. II NII a II.• II JIU II U U n 58!:i 15.4 1.4 BLr~B 7 ****** SCM ENERGY ANALYSIS MODEL VERSION 2.0E ****** *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD*** ***************************************************** PHYSICAk PARAMETERS ******************* SECDNDAFfy' DP1TP1 ·l<:-¾· ·l~ ·lt-·!<:--~:· -lt:-·l<:--¾· -~:-·!<:-·l<:-·l<:--~:- DATE: 11-02-1987 TIME~ :!.6:: :28~ 12 PAGE~ 14 DOOR ,;F,EA (SD. FT. ) . .. . . . . .. . . . . . .. .. . .. .. . . . . .. . .. . . . . • .. . . . . . . . . . .. . . 0 DOOR 'R'-VALUE <EXCLUDING FILM RESISTANCES) ................. ~. 0 i,tt~LL. ABSOt-:::PT I 'v' IT\' .. ft • • • • • • .. • • • • • • • • • • • • • • • .. • .. • • .. .. .. • • • .. • • • • • • • 7. ROOF ABSORPT I\/ I TY .. . . . . . • . • • .. .. . .. .. . • . .. . .. .. . . . . . • .. • • . .. . . . . • .. . . .. . . 7 CEIL. I NG HEIGHT <FT. ) • . • . • • . . • . . . . . • . • • .. • • .. . . . .. .. • . . • . . • . • .. . . . 9 SHADING SHADING COEFFICIENT NORTH/NORTHEAST nunnnll•nnurs11atr•nn11nnun1:1 ,.585 EAST /SOUTHEAST ................................ 585 SOUTH/SOUTHWEST ........................... 585 .. WEST /NORTHWEST ................................... 585 DOES THIS BUILDING HAVE WINDOW OVERHANGS ...................... NO DOES THIS BUILDING HAVE L1JINDPl>J SIDE-FINS ............................ NO MECHPiN I CAL (-.)l\1D ELECTRICAL . ; ****~*~********~********~ 1 V Ri~ TED HEAT I NG EFFICIENCY • • • . • • •. .. . • • • . • . • • . . • • • .. .. .. . . . . . • .. .. • • . 2 .. 6 7 RATED COOLING EER .................................................... ~ ...... 8.5 TOTAL PACKAGE NAME P(ATE RATING <KW) ..•••..•.••••.•..••...•• 7.7 WATER HEATER TYPE ..••..•••••• ~ ...................................... ELECTRIC SPEC I P1L FE,; TURES **************** DAYLIGHTING STRATEGIES ....................................... NO SOL.AH \.<JATEI~ HEATING SYSTEM ••••• ,., .................................... NO ****** SCM ENERGY ANALYSIS MODEL VERSION 2.0E ****** ·ii-** 2ND (3ENERAT I (JN NDNF;l::::S I DENT I P,L.. El',.!El::;:GY ElTf~,ND{)F:D *J""J~ ~**************************************************** SCHEDULING ·*··~:-1<: 1f -l~· * -¥, * 11: ·l<:- FIXf::::D Di:\TA -K· ·lo: ·l\--l<: ·*· -~: ·l<: -l<: ,'<:-•j<;• 0 CCU PAN CY LEVEL FOR OPERATIONAL DATE~ 11-02-1987 TI!"IE~ 16~ 28~ 51 Pi:l,GE ~ :l ~5 PERIODS <FRACTION) DAY .......................... 546 ·: NIGHTS ... " .. • . . . . . . . . . . . . . . . . . 0:313 AVERAGE LIGHTING AND RECEPTACLE LEVEL.. FDR OPERATIONAL PER I ODS ( FRACT I OI\I) : DC::) V PL:=~F(I OD • • • • • • • • • • • • 70::::: : NIGHT PEF: I OD . . . . . . . . . .. :t 4-4 EQUIVALENT OPERATIONAL HOURS PER YEAR :LIGHTING <DAYS) ......... 2915 : LIGHTING (NIGHTS) .... 359 :RECEPTACLE .•......... 3274 :FP,NS ....•..•......... 4!:.;18 : t•JATER HEATER . . . . . . . . .. 1 T70 NUMBER OF NON-OPERATIONAL HOURS PER WEEK DAY 1=1EJ::;.: I OD II lt n n a n n " n n n n n ,. n n "' n " u. n n • " n n 11 11 n n tt n n n u n n " n u n n n tt rr 32 l\l I GHT PER I OD • • • • n • n n • n u n u • • • • n n n • • • • n • • • • .... • • • • .. • • • • .. • .. Ll-6 NUMBER OF HOLIDAYS DURING HEATING SEASON ...................... 6 NUMBER OF HOLIDAYS DURING COOLING SEASON ........................ 2 SET-POINT TEMPERATURE <F> ~ WINTER .....•.••......•.......•..• 70 : WINTER SETBACK ................... 40 ~ sur11l..,.lEt~ . " u n ,, " u_ II u II JI " " If " ,, :, u n n ,, ti " :, ,.:~; ,,· ·7·E( • SUMMER SETUP ....................... :. 85 PHYSICAL PARAMETERS ******************* INSIDE FILM RESI~TANCE ~ vJr~LLS u « N u u u n a u 11 11 n u u u u n n U a a ~ u a u n a u n JI !} ~iQQF o u u n u u n u rt • u n :u ti 11 rr 11 11 n H 11 • u H n II u II u U u g F'f_QQR ti n u u u n u n n 'n • u n II u n n u n II n tt rr n n n n n ti rr INFILTRATION RATE DURING NON-OPERATIONAL HOURS (CFM/SQ.FT .. ) . SLAB FLOOH 'U'-VALUE <BTU/HR-SQ.FT.-F) ...•.................. INTERNAL LOADS AND ENERGY ************************* • 68 -~ ' ,, lb "7("J • 0284 . 0862 RECEPTACLE PEA1< LOAD (v-JATTS/SQ. FT.) . . . . . . . . . • . . . . • . . . . . . . . . . . 5 vJATER·HEATING (BTU/SQ.F.T.-/YEAF:J ........ _ ............................ 64 PEOPLE SENSIBLE LOAq <BTU/HR/PERSON> ......................... 230 "PEOPLE LATENT LOAD <BTU/HR/PERSON) ............................. 130 AREA PER PERSON (SQ.FT./PE~SONJ 11t1n•nnnn•n11nnnnPtfnt111•nnnt1n1tn11 25() ******* SCM ENERGY ANALYSIS MODEL VERSION 2.OE******* *** 2ND GENERATipN NONRESIDENTIAL ENERGY STANDARDS*** ****************************************************** DATE: 11-02-1987 TIME: 16~ 29~ :::;:::5 Pr:°~l:.iE: le) CL..IMP,TE ZONE BUILDING FIL_E BUILDING TYPE BUILDING TITLE -, I SDF~C::::: OFFICE SAN DIEGO REGIONAL CENTER -3 BALANCE-POINT TEMPERATURES AND DEGREE-DAYS INPUT ==========-===-===~===~========================= DAY NIGHT BPT1 -}. .. _ .. ..,. ,_1,._: •• 52 BPT1 = 6~7 11 47 BPT2 --60. 69 BPT2 -...... c:.-54 I ,Ju BPT~:-::::: --rr-, 14 l .t::. n BPrs -· 77. l -·:, I HDD = r)c;.--38 ..:;, ,_J n HDD ·-:~:;091 .08 CDD ::::: :-$9!:.;n 67 CDD ::::: ENVELOPE HEAT TRANSFER FACTORS (BTU/HR-F) ========================================= OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (WINTER> OVERALL HEAT TRANSFER FACTOR 'K' (WINTER) OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (SUMMER) OVERALL HEAT TRANSFER FACTOR 'K' (SUMMER> · HEr'.~TIN.G i, COO:Lil'}(3 ANNUAL LOADS (MBTU'S) ===================== ANNUAL SITE ENERGY REQUIREMEI\ITS CMBTU 'S> ======================================== SITE HEP1TING SITE COOLING SITE LIGHTING SITE F.~ECEPTACLE SITE FAN SI TE HOT L.!J?HEli o. 00 ANNUAL SOURCE ENERGY USE ESTIMATE <KBTU/SQ.FT.> ===========================================~=== SOURCE HEAT+NG SOUF:CE COOLING SOl.lliCE LIGHTING SOLJl::;:cE F<ECEPTACLE · sou1:::cE FAN SOLH~CE HOT l>JATEI::;: 791.2 J.425-!:) 800.6 1384.8 6 .. l 15.2 8. :; 16.7 6.0 20.6 0.5 7.0 :23" 2 Lt\:) n 9 16.8 57 .. 8 L4 =============================~========================================= ANNUAL SOURCE CONDITIONING ENERGY USE ANNUAL.SOU~CE ENERGY USE ESTIMATE IS· 88.0~1.027~ 90.4 KBTU/SQ.FT. 155.4 KBTU/SQ.FT. =============================================================-====~=== ( NOTE: 1 KWH= 10.239.KBTUS OF SOURCE ENERGY> - ****** SCM ENERGY ANALYSIS MODEL VERSION 2.0E ****** *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD*** *****************************************************. FILE NP1ME BUIL.DIN(3 TYPE: UUIL.DING TITLE {)REP, ( SGl. F:T. ) * ·)(-.,_, * -lt.' ·l<:· ·le:--I~ -1(· *·le:-*-~:- SDRC1 ·OF"FICE PRIMAF::Y DAT1~ ·l':· ·l':-·I<: -it: -~,· -~; -l<: -~ ·X· -l<: -~ ·*" SAN DIEGO REGIONAL CENTER -4 DATE: 11-02-1987 TIME:: 16: :li3~-'-'J-fi' EX"f(-Zf=<IOf~ {>JALL tt11n11nn,r11nu,.nnrtn1111a,1tu11na,1111n11n1111"n•n11•an1111 (:j WINDOW NORTH/NQRTHEAST •...................•...•...• 0 ,. " u n • • u 11 :, ,. u u n u n II n n ·n. u n 1t tr n If n n " n 0 EAST /SOUTHEP,ST SOUTH/SOUTH~~EST unri11uuuun!f1111nu11uua.1nu1111rr1111trn11• (:) • _!>JEST / NDRTHl>.IEST • • . • • • • • • • • • • • • • • • . . • • • • • • . • . 0 226(j [-:iF{[ll{\\~D F·t_(](}F! 11 u 11 1,1 re u n a II n II u u u ,r rt " " n n u II u n n " n u II n n II n n n II a ,, 11 u a 2261~) TOTAL. CONDITIONED FLOOR •.••..••. ~ .............••..... 2260 'R'-VAL.UE <EXCLUDING FILM RESISTANCES> ************************************** l,tJPsLL.S -·1:r " r, ,, • " u " ,, ,, " u" ,, " " n ,... ,a u u " " n • n ,. "~" " " " A n ,, " II ,. u n ,, " ,. " " " n " "· 1" ::? [,,Jr-l'>ff.)0&}" :( INCL UP I NG I NS I DE F tLM FH::S I S~TANCE) . ..-.......... ·" •: ;1 • 1 . J:"~(:l()F ,.: u 11 11 u n u n u u II n u it n n n n u II n ,,' n n n n " n r, u n n u " u n H ,. u ,, n u II tt 11 u -,.· u " 2~~ n 6.Lt. : . . F· .. f_.Q()F~! • 111 11 u u u u 11 11 11 u u n " 11 11 n u u u u " ., 11 u n u 11 " u ., u u u u u P 11 11 u n u II u " ., 11 u (:) HVAC SYSTEM •l(,*-l(··l':-·l':--1(··¾-*~~*·*" HEATING EQUIPMENT TYPE COOL.ING EQUIPMENT TYPE HEAT PUMP P,IF: CONDITIONER ECON OM I Z El::;: • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • YES FAN POWER (WATTS/SQ.FT.) ...•.....••••.••.•..•.•.....•. 5 AIR CIRCULATION RATE -(CFM/SQ.FT.) OTHER ****·t~ 6 = • ..s AZIMUTH OF NORTHtRN BUILDING ORIENTATION .......•..... 0 SHP1D I NG COEFFICIENT .................................. . HEAT CAPACITY OF EXT. WALL CBTU/F-SQ.FT.l .....•••..•. LIGHTING_ .LEVEL (l.tJATTS/SG1~ FT.) ..... ~ •••••••• : •••••••••• FL ... QQR l .. \{J=1E n u u n N II n • 11 n n n u n n tr If a • • • r, 11 11 n n n n tt u u " • " a If " ·,. n " • n n CLIMATE; ZONE n" nu u u n ~Hu u II n • n nu "u 11 u" u H • u a• u ~, u n • u u u u n 11 • . 585 15. 4- L 4- SLAB 7 ****** SCM ENERGY ANALYSIS MODEL VERSION 2.0E ****** *** 2ND GENERATION NONRESIDENtIAL ENERGY STANDARD*** ***************************************************** PHVSICAL PARAMETERS ******************* Dr~TE: :L :L -·02·-· 1 C.)Ei7 TIME::: 16~ 19: :35 PP1GE: S DOOF< A~-::Ef'.~ ( flQ. FT .. ) . . . .. . . . . .. . . . .. . . . . . . . . . . . .. . . . . . . . . . . . . .. . . . .. 0 DOOR 'R'-VALUE <EXCLUDING FILM RESISTANCES) ........................ 0 Wf4L .. l... (.-~E<SOF!I=··T· IV I --r'{ ti ,, • " " " " ,. ,, • ., .. " A .. ,, .... " ,. " ,. ,. • " ,, " ,, " n JI ,. ,. .. ., ,. ,, n u " ., ,. " " ~?- F<OOF ABf~ORPT IV I TY . . . . . . .. . . . . . • .. . . .. . . • . . .. . . . . . • . . .. . .. . . . .. . .. . . .. . 7 CEIL I NG HEIGHT ( FT n ) n n n •••••••••••••••••••••••••••. • • • • • • • • • • '7 SHADING **·lHH<Ht-lt SHADING COEFFICIENT NORTH/l\iORTHEAST EAST /SOUTHEAST 11ntr11nn111:111nnnn11,c:tuu11nn1rn n u u u II n II u II II II JI " II • II u II u " • u II .5B5 ., 5E~5 SOUTH/SOUTHWEST .......................... 585 !l ~ ll\lESl'" /j\JQRT}il.iJEST " u u " 11 u u " u 11 • n • u u 11 " u H n u ., u "58~5 DOES THIS BUILDING HAVE WINDOW OVERHANGS ..................... NO DOES THIS BUILDING HAVE WINDOW SIDE-FINS ...••............•.. NO MECH~NICAL· AND ELECTRICAL ·lt··*·~:·'ft~*'*·'*·'**'*~·'ft··f*·l'\·-l<:-***'*'***** RATED HEATING EFFICIENCY ..•.•...•.•.......................... 2.84 RATEi) CO(JJ_ I J\.1(3 J::.ER • u n u • u II u • ., 11 ., u u 11 ,r 11 11 u II u 11 ,r n n u II u II u u u u u 11 u u u u 11 11 H n ~, u 93 TOTAL PACKAGE NAME PLATE RATING <KW) .......•................ 4.65 WATER HEATER TYPE .....•..•...•.......•...•..........•..•••.. ELECTRIC SPECIAL FEA1URES **·~:-*·***·l(··!<:**'*'*'*··lti·* DAYLIGHTING STRATEGIES ....................................... NO SOLAR WATER HEATING SYSTEM .••..•.••....•...•....••....•.•••.• NO ****** SCM ENERGY ANALYSIS MODEL VERSION 2.0E ****** *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD*** ***************************************************** DP1TE~ :li····0::2····:1.987 TI ME~ 16: :20: 1 !:i Pf~1GE ~ 7 SCHEDUL I 1,ir"J ·i<: ·*"-l<: ·ls-·)<: 1f ·~: 1f ·~:· ·l~· FIXED DP1TA OCCUPANCY LEVEL FOR OPERATIONAL PERIODS <FRACTION) DAY ,. ~5iJ.6 NIGHTS· .. .. . . . . . . .. .. .. . . • .. . . . .. .. . .. . ():38 AVERAGE LIGHTING AND RECEPTACLE LEVEL FOR OPERATIONAL PERIODS (FRACTION) ~DAY PERIOD ............. 703 : NIGHT PER I DD .. . . . . .. . . . .. :I. 44 EQUIVALENT OPERATIONAL HOURS PER YEAR :LIGHTING <DAYS) .•.... 29:1.5 : LIGHTING CNH:iHTS) . . . .. :::.59 :RECEPTACLE· ......•.... 3274 :Ff~1NS n•11nnn"'unnunnu:.11:o /.~!:,:ij_B ~WATER HEATER ............. 1770 NUMBER OF NON-OPERATIONAL HOURS PER WEEK "DPr\1 F'ERIDD n nun n n nu u n h n n., n n n • 11 u n n n n • h' n" n n h II n n •nu n n n n nu II n ::~:~,;·~ J\l I Gf .. 11" F'ER I ()D n ·• 11 u u II n n u 11 11 11 II n n III u • ., • n n II n II fl 11 11 u II n u n n 11 11 11 n 11 ,, u II n .ci•f:) NUMBER OF HOLIDAYS DURING HEATING SEASON ....................... 6 NUMBER OF HOLIDAYS DURING COOLING SEASON ........................ 2 SET-·.POINT TEMPERATLJm: ( F) . : l,iJI NTEF< ............................... . 70 PHYSICAL PARAMETERS ******************* INSIDE FILM RESISTANCE~ ·: [,iJ I NfER SETBP1CK .• ....... :., .. . .. .. . . .. .. . . . 40 . : SUMMER nu u n n nu u nu u nu n-n n n n nun u nu n n ~78 ~ SLJMMEI::;: SETUP II u " u 11 II II n II u u n " fl u It " u u II t35 ff u nu" u nu"' nu" u u n n n II u n Ir n:, n n nun• n~ .68 !: ROOF' 11 11 .tr " " n u u " n n tt n r.r n u u u u u II u " u n II n u 11 .: 11 n ~7 6 FLOOR .. • . . .. . . . . . . . .. . . . . .. . . . .. . . . . . .. . . . 7 6 INFILTRATION RATE DURING NON-OPERATIONAL HOURS (CFM/SQ.FT.) .. 0284 SLAB FLOOR 'U'-VALUE (BTU/HR-SG.FT.-F) ........................... 0862 I~TERNAL LOADS AND ENERGY **************~********** RECEPTACLE PEA~::: LOAD q,JPiTTS/SQ. FT. ) .............. (' . . . • . . . . . . . .: ~5 \.tJATER HEAT I NG . ( BTU/SG1. FT. /YEP1R )-.. ~ .•.. : ................... ~ ......... ·. . . . 64 ·PEOPLE SENSIBLE LOAD. (BTU/HR/PERSON> .... : ........................ 230 PEOPLE LATENT LOAD (BTU/HR/PERSON) ................................... 190 AREA PER PERSON (SQ.FT./PERSON) ................................ 250 ******* SCM ENERGY ANALYSIS MODEL VERSION 2.0E******* *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARDS*** ****************************************************** DA.rE: 11-02-1987 TI ME~ 1 ,-::. ~ 2 :I. : l El pi:-;:,GE~ 8 CL. I MP,TE ZCJNE BUILDING FILE BU I U) I l\~p TYPE BUIU)ING TITLE -;. SDF:C1 OFFICE SAN DIEGO REGIONAL CENTER -4 BALANCE-POINT TEMPERATURES AND DEGREE-DAYS INPUT ================================================ D(.W BPn. -· BPT2 = BPT3 = HDD = CDD = 6:L. 78 69u 5:3: 7·1. j r·, . .i::. 506.44 209.02 NIGHT BPTl -· BPT2 ··· BPT::::; -- HDD = CDD = 68n ::::;,q. 76n66 76 .. •:t2 :33713_ l 9 0 .. 00 ENVELOPE HEAT TRANSFER FACTORS <BTU/HR-Fl =======-===-===-========================= OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (WINTER> OVERALL HEAT TRANSFER FACTOR 'K' <WINTER> OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (SUMMER> OV~RALL HEAT TRANSFER FACTOR 'K' (SUMMER> . ;HEATING COOLING ANNUAL LOADS <MBTU'S) ===================== ANNUAL SITE ENERGY REQUIREMENTS (MBTU'S) ================~======================= SITE HEATING SITE COOLING SITE LIGHTING SITE F<ECEPTP1CLE SITE FAN SITE HOT vJATEI:::: ANNUAL SOURCE ENERGY USE ESTIMATE (KBTU/SQ .. FT.) =============================================== SOURCE HEATING SOUF:CE COOLING SOURCE: LIGHTING SOURCE RECEPTACLE f.:;QUF<CE F?W,l SOURCE HOT vJATER j_4:35_ :::; c::,i=· ·-':I' '.r,Jtr l _i::::;.c; <7· b 5.:L 35 .. -lf. 12.t:, 17.4- LO 7. l 6.8 46.9 16.8 :23al 1 L4 -----------=~-=-===-=~--======--------------------------------------- ANNUAL SOURCE CONDITIONING ENERGY USE ANNUAL SOURCE ENERGY USE ESTIMAT~:IS. 37.0*1.027= 38"0 KBTU/SQ.FT. 103.1 KBTU/SQ.FT. ========== -=================================================--======= ·=::-·=====-==== ( NOTE: 1 KWH= :1.0 .. 239 KBTUS OF SOURCE ENERGY)' ****** SCM ENERGY ANALYSIS MODEL VERSION 2.0E ****** *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD*** ***************************************************** FI LE I\IPil'-'IE BUILDING TYPE BUILDING TITLE ?'.iREP1 (SQ" FT. ) ·It· ·Ii··¥.· ·I<:-·Ii· ·I<:-·loo· "*· * ·l<, ·Jc:· ·lf ·I<:- SDRC5 OFFICE PRIMARY D(-";TA -~;-·i<:-·¾-·¾-* ·lf -l<;-•l\" -~~ ·l<, ·!<:· -l<:- EX ·rEF.: I OF: \>JAL!... ......................................... .. D{~TE~ 1:J.-.. 02~19H'/ TIME:: 16:: :~::1 :: 44 PP1GE~ :I."/ WINDOW NORTH/NORTHEAST ................... ~ ............... 0 FWOF ; EAST /SOUTHEAST : SOUTH/SOUTHWEST ~•JEST /NORTH\>JEST -. lfUlflflfttUatrlllfRlfllltlZHlfl:nun.,•••1rnaHllUllAICIZRU1tltllllUIIUNlllrtl 4B 0 :LB9 1!565 s1:~:0LJt,.ID FLOOF~ " • " # ,, u ,, ti ,, " " ,. " " • " ,, • ,. • ,. " If ,, " II • a " " ,, • ,, ., " " n n " II ,. :t. ~5(S5 TOTAL CONDITIONED FLOOR ............................ ~ ...... 1565 'R'-VALUE (EXCLUDING FILM RESISTANCES) ************************************** i\J P1 LL S u ll ll 11 u ti II It n u n If II n " n n n " n n u n :i _ 11· n n u u u It a " N :r n ·,, u :r • n 11 n n u u n u 1 11 ~ \>.111\!DO!>J ( II\ICL,.UDING INSIDE FIL.M :F;ESIE:.TAt~CE) ............ ;: . ., l .. i , F!QQf::' • n n u ,, n •• n n II a u • n n n n r, n u • n II a n • : n n u II ti a ~ • z:i a n u " a n •u 11 n n 11 ~1 ,, 11 :;~:·:~ n 64- FL .. QQJ~ a n • u II n It ti 11 • a • u ll u 11 ,, ,, • a JJ tt A • • 11 u II u " u II u u • • fl • n u II u u u u II u u (:) HVAC SYSTEM * * -~c -lt:· * *· ·l<c ·M-* * ·*- HEATING EQUIPMENT TYPE COOLING EQUIPMENT TYPE HE{~T PUMP AIH CONDITIONER ECO!'-.IOMIZEF~ ••••••••••••••••••••••••••••••••••••••••••• YES FAN POWER (WATTS/SQ .. FT.) ..................... ~ ............ 66 AIR CIRCUL.r~TIDN RATE (CFM/SGLFT.) ...................... 92 OTHEF~ AZ I MUTH OF: ,.,_j·mnHEl::::N E<U I LD I NG OR I ENTP1T I ON . . . . . • . . . . . . .. . 0 SHADING COEFFICIENT •••.•.••••••. , ....................... 585 HEAT CAPACITY OF EXT. t,,.JALL <E<TU/F--.S(].FT.) ••.•••••.••. 15 .. 4 LIGHTING LEVEL (WATTS/SQ.FT.) ••• _ .. ~ ................. · ...... :L .. 4 FL [}Ol=-< -rvF=·E J:I II Jt U 11 • II ti U A II U ff a a a It a • • n n n A n a a a a a If It a a 11 a A 11 n n U a II CLIMATE ZONE BLAB 7 ****** SCM ENERGY ANALYSIS MODEL VERSION 2.0E ****** *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD*** ***************************************************** DATE: 11-02-1987 TIME: 16: ::::;2: :::.:;o PHYSICAL PARAMETERS ******************* [)[l[)R AF!EA ( E~(],. F·-r u ) ll " • " ti n ,. " " n " II II n u H :r a n u n " u " :r u n II u II u fl " ,. ,, u " n ft .. u It () DOOR 'R'-VALUE (EXCLUDING FILM RESISTANCES) ........•........ 0 1,iu;LL P1BS01:;:F·T :r 'v I lY • " ............................. u ••••••• " " " • • • • 7 F-:ODF P1BSOF:PT I 'v' I TY ........................................ ~ .. • • • .. • • .. • • 7 CEIL I NG HEIGHT (FT. ) . . . . • • . . .. . .. • . • • • . . . . . • .. . .. . . .. .. . . • . • . . .. . . .. 9 SHl~1DING * ·l<:--l~ * ·lE--l<· -l<:- SHADING COEtFICIENT ~ un,iunnutrqnunnnt1ui:,n11ni,rnr, H3 NORTH/NORTHEAST EP1ST /SOUTHE1~ST SOUTH/SOUTHt,,JEST U II n U U U r1 ,r a If JI • ,t U U a JI' II II U II I.I &r nnuu11annnn11unnnnt11J11Hnnrt ,. 58~5 .5B5 ~ WEST /NORTHWEST ............................... 585 DOES TH IS BU I LD I NG HA'v'E ~,JI NDQl.•J OVERH(.~NGS • . .. . .. . . • • . . . • . . . . . .. • NO DOES THIS BUILDING HAVE ~INDOW SIDE-FINS ......................... NO MECHANICAL AND ELEC~RICAL . ·*-*·*--l<:·~=-*·i<:-·ii-=·*·*'****i't·i'*-l<:-·*-*'*·**-l~* --~ ~ RATED HEATING EFFICIENCY ......................... : ............. 3 F:ATED COOL I NG EEi::: • • . . . • • • • • • • • . . • . . • . • • • .. • .. • • • • .. . • . • . . • • • . .. • 8. 2 TOT1'.)1L F'ACl<AGE NP1ME PLATE RATING (l<J1J) ................ ·••••••••• ::::: .. 8 WATER HEATER TYPE ................................................... ELECTRIC SPECIAL. FEATURES ************~*** DAYLIGHTING STRATEGIES .••....•............•.•..........•.... NO SOLAR WATER HEATING SYSTEM .................................... NO ****** SCM ENERGY ANALYSIS MODEL VERSION 2.0E ****** *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD*** DP1 TE:: 11-·Ci2--l 987 TIME: 16~ ~5::::::: (Y:1 ***************************************************** i:=·P,C:iE:::: l 9 FIXED DATP, SCHEDUL. I l\lf3 OCCUPANCY LEVEL FOR OPERATIONAL PERIODS (FRACTION> I){:) y· ,, n n ,. 11 n n r, a II n n n tr II n n n n rt ,. n n r, n ., ~.=.:_; LJ. (;.) : NIGHTS ......... ·. . . • . . . . . . . . . . 0~58 AVERAGE LIGHTING AND RECEPTACLE LEVEL FOR OPERATIONAL PERIODS (FRACTION> ;DAY PERIOD ...•........ 1u~ :: NIGHT PER.I OD .. . . . . . . . . . 144 EQUIVALENT OPERATIONAL HOURS PER YEAR ~LIGHTING (DAYS) ...... 2915 :LIGHTING (NIGHTS> .... 359 :RECEPTACLE ........... 3274 :FAN/3 ................. 4~'51B :WATER HEATER ......... 1770 NUMBER OF NON-OPERATIONAL HOURS PER WEEK DAY r.:1ER I or) " ~ ,, ,. " ,. .. " ,. ,. ,. " ,., " n .. " " .. ,, " " " ,. " ,. " u " " a " .. ., " ,. " ,, " ., " ,, .. " n ::::~2 -!'-.! I GHT PER I OD . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . • . . . . . . . . 46 NUMBER bF HOLIDAYS DURING HEATING SEASON .•.................. 6 NUMBER OF !-·IOLJ.DP1Y,S DUF:ING COOLING SEP1SON ...................... 2 SET--POINT TEMPEF:ATURE (F) ;: WHJTEF.: •. . . . . . . . . . . . . . • . . . • . . .. . . . . 70 PHYSICAL PARAMETERS ******************* INSIDE FILM RESISTANCE= : __ ~\!"INTER SETBACJ< ......... ·~ ........ : .• 40 : }• SLIMJ'1iEF! n: u u u n 11 ·., u II u n ff n n u n fl 11 I" n n n n n -., 11 '?'8 ~ . SUMMER SETUP . . . .. • . . . . . . . • .. . . .. . .. . 8~5 i,JALU3 H u u n .11 n 1:1 11 u u sa a, n u n " n n " " n n n u n n n u n u "68 ROOF u n It q u ·,. It u u u u u It :t It It u .: u u II It II u u u II n n 11 11 n /" l::, FLOOR ,r n n n n n n 11 " n n u u n ,r II n tr n II n n 11 ., n It a u u n n :,7 f:j. INFILTRATION RATE DURING NON-OPERATIONAL HOURS (CFM/SQ.FT.> .. 0284 SLAB FLOOR 'U'-VALUE·(BTU/HR-SQ.FT.-F> .. · .•.......•........•.• 0862 INTERNAL LOADS AND ENERGY ************************~ RECEPTACLE PEAK LOAD CWAtTS/SQ.FJ.> ..............•........... 5 l>JATEF< HEATING (BTU/SQ.FT .. /YEP1R) .................... ~ ............ ' .• 64 PEOPLE SENSIBLE LOAD (BTU/HR/PERSON) .•..•.......•. : ........• 230 PEOPLE LATENT LOAD. <BTU/HR/PERSON> . .. . . . . . . . . . . . . . . .. • .. . . . . .. • . 190 AREP1 PEF: PERSON (SQ •. FT. /PEHSON) ............................... 250 ******* SCM ENERGY ANALYSIS MODEL VERSION 2.OE******* *** 2ND GENERATION NONRESIDENl.IAL ENERGY STANDARDS*** ****************************************************** DATE= 11-02-1987 TIME~ 16~ :::::4~ :l.:'.? PAGE: 20 CL.IM?HE ZONE BUILDING FILE BU I L_D I 1,1c-:; TYPE BUIL_DING TI TU~ -, I SDF:C'.5 OFF.ICE BALANCE-POINT TEMPERATURES AND DEGREE-DAYS INPUT ==========================-======---=====-------. - DAY NIGHT BPT1 ..... BPT2 ·- 58 .. 82 64,. 9:3 BPT1 - BPT2 ·-·· BPr~: --· HDD CDD 6B.Ol 76 .. 1.0 BPT~: = 69 .. 71 HDD -204. 87 ::~~27(> .. 6(; CDD ::::: :~;99H 6,-·, ..::. ENVELOPE HEAT TRANSFER FACTORS (BTU/HR-F> ========================================= OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (WINTER) OVERALL HEAT TRANSFER FACTOR 'K' (WINTER> OVERALL BUILDING ENVELOPE HEAT TRANSFER R~TE (SUMMER) OVERALL HEAT TRANSFER FACTOR 'K' (SUMMER> HEATING . C:OCILING ANNUAL LOADS (MBTU'S) ===================== ANNUAL SITE ENERGY REQUIREMENTS CMBTU'S) ======================================== SITE HEP,TING SITE COOLING SITE LIGHTING SITE RECEPTACLE SITE Fr~N SI TE HOT ~1JATEF< 0.00 ANNUAL SOURCE ENERGY USE ESTIMATE (KBTU/SQ.FT.> ====:::::=L=:-======---=-=--------------=-------=:::::::::: SOURCE HEATING SOURCE COOLIN!:) SOUF:CE LIGHTING SOURCE RECEF'Tr~CLE SOURCE FAN SOUF<CE HOT W?)TEF< 280 .. 8 1208. ~; 1:t:::m .. 2 7_.-7 9.~ :.::;· 2.8 5.4 8.7 15 .. 9 0.7 5.4 10.4 46.9 16.8 3()., !:i L4 ---==-=-~===================================--======--=======--=====-= ANNUAL SOURCE CONDITIONING ENERGY USE ANNUAL SOURCE ENERGY USE ESTIMATE IS 46.3*1.027= 47.5 KBTU/SQ.F~. 1.12.6 KBTU/SQ.-FT ... ============~=================================================· =··===== ( NOTE: 1. KWH= 1.0.239 KBTUS OF SOURCE ENERGY) ******* SCM ENERGY ANALYSIS MODEL VERSION 2.0E******* *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARDS*** ****************************************************** ' ANNUAL LOADS (MBTU'S) D~~TE: :l :J.-·-02·--:J. 987 Tii"IE~ 1.<:): :::;;~=j: :l6 r-·P,C:il:: ~ :;;;: 1 HEATING 56.4 COOLING 58.6 ANNUAL SITE ENERGY REQUIREMENTS CMBTLJ'S) SITE HEP,TING SITE COOLING SITE LIGHTING SI TE r.:::ECEPTACLE SITE FAN SITE HOT l>JATER ANNUAL SOURCE ENERGY USE ESTIMATE (KBTU/SQ.FT.) =============================================== SOUFiCE HE?HJ:NG SOUFiCE COOLING Emu1:::cE LIGHTING SOURCE REl:;:EF'TAC[_E SCJUF:CE FA!i~ ~ SOURCE HOT l>,IATE:J::: ··;:·i::.:-r·., ._1,._J,, 0 ·79,. 5 ..., 1 I • lL 7 46.9 16.B :::::t:>" () 1.4 ==========================================~=-•===-----==-------~=----- ANNUAL SOURCE CONDITIONING ENERGY USE ANNUAL SOURCE ENERGY USE ESTIMATE IS 44.8*1.027= 46.0 KBTLJ/SQ.FT. 111.1 KBTULSQ.FT. ====================================================--=====~==~-======= ( NOTE: 1 KWH= 10.239 KBTUS OF SOURCE ENERGY) .. N C) z Pl 70 r )> z. -- --==--• • I 8 --\ / OUTPUT NOTES NAME OF JOB -SD REGIONAL CENTER LOCATION -CARLSBAD PREPARED BY -KMF DATE -10-14-1987 SPACE USED FOR -HP-1 COOLING 74554 i SUPPLY LOAD = AIR = 3135 HEATING LOAD = 41320 OSA = 11;5 CHECKS CFM/SQ.FT = 2.93 PAGE 1 ESTIMATE FOR -APR -5 P.M. MAXH1IZED - NO MAXIMUM - PICKED -X OSA/PEl~SON = 15 % OSA = 5-26 -SQ.FT./TON = 172 (PLEASE INITIAL) Kl"IF CFM/TON = 505 CALCULATION OF C (CORRECTION FACTOR USED IN COOLING LOAD CALCULATION) T <RM) = 75 T<OUT) = 83 DAILY RANGE= 10. T(O) = T(OUT)-DR/2 = 78 C = < 7 8 -T ( RM ) ) + ( T ( 0 ) --8 5 ) = -4 - -i COOLING LOAD CALCULATION NAME OF JOB -SD REGIONAL CENTER LOCATION -CARLSBAD PREPARED BY -KMF DATE·-10-14-1987 PAGE 3 SPACE USED FOR -Hr-1 FLOOR AREA -1070 ESTIMATE FOR APR -5 P.M. TYPE ORIENT CONDITIONS DB WB %RH DP GR/LB OUTDOOR INDOOR DIFFERENCE SOLAR HEAT GAIN=A*SC*SHGF*CLF 8:3 75 0 .u 58 BTU/ HR 1 N 192 * .69 * 36 * .84 = 4005 1 W 364 ~ -69 * 226 * .64 = 36327 l s 1 W 1 l TRANSMISSION HEAT GAIN D-WALL=A*U*<CLTD+LM+C) 109 * .81 * C 27 + l + -4) .316·* .81 * < 24 + 0 + -4) ROOF (SUSP)=A*U*<CLTD+LM+C) 1070 * .042 + < 57 + -1 + -4 ) GLASS=A*U*CCLTD+C) · 556 * 1.1 * < 13 +-4 > INTERNAL HEAT GAIN (SENSIBLE) PEOPLE (# * BTUH/eERSON) · 11 * .. 255 . . POWER ;(0.5. W/SF.*'SF-f3.4 B:TUl-f/W) o . 5 _. * · 1 o 7 o ·. * :J-. 4 r · "LIGHrs (W * 3.4BTUH/W) = 2118 .= 5119 = 2336 = 5504 = 2805 = 18i9· 1498 * 3-4 .= 5093 (SUB TOTAL)= 65130.42 SAFETY FACTOR +5% = 3256 ROOM SENSIBLE HEAT GAIN INTERNAL HEAT GAlN (LATENT) PEOPLE (# * BTUH/PERSON) = 68386 11 * 255 = 2805 SAFTY FACTOR +5% = 140 ROOM LAT.ENT HEAT . HEAT GAIN FROM O.UTSIDE AIR 1£5 * 8 *(1 -0) ~ 1-05 155 * 16 * c1 -o > * o.68 TOTAL COOLING LOAD= 5.21 TONS · = 2945 = 1438- = 1795 = 74564 BTUH 50 78 62 15 HEATING LOAD CALCULATION NAME OF JOB -SD REGIONAL CENTER LOCATION -CARLSBAD PREPARED BY -KMF DATE -10-14-1987 SPACE USED FOR -HP-1 GLASS # 1 556 * D-\.JALL # l 425 * ROOF <SUSP) # l 1070 * OUTSIDE AIR -CFM 155 * PAGE 4 TEl'1P ERA TUR E INDOOR 75 OUTDOOR l.f-0 DIFFERENCE 35 1.1 * 35 = 21405 .81 * 35 = 12048 .042 * 35 = 1572 1.09 * 35 = 5294 41320 '-) ), INl·JUT DATA JOB -SD REGIONAL CENTER LOCATION._. CARLSBAD BY -Kiv!F DATE -10-14-1987 ·FOR -HP-1 WEATHER DB WE %RH DP OUTDOOR 83 68 INDOOR 75 DIFFERENCE 8 DR -10 *** GL.ll.SS *** LAT - U(S) SC U(W) # l L l .69 50 33.2 GR/LB WINTER 78 40 62 75 16 35 HDD -2092 1.1 ORIENT AREA OV REVL REVR HAW DOWL DOWR LGT HL HR # 1 N 192 0 0 O O O . 0 0 0 ·o # l W 364 0 0 0 0 0 0 0 0 0 *** D-WALL *** U(S) U(W) PCF # l 01 01 -.o .o (J ORIENT AREA # 1 S 109 # l W 316 *** ROOF WI SUSPENDED CEILING*** -AREA U(S) U(W) PC.F # l l O 7 0 . : . 04 2 . 04 2 ·. 0 · ***PARTITION.*** ~ AREA U( ) DEL TA T .'. PC°F - PAGE 4 *** INTERNAL HEAT GAIN*** ·PEOPLE -11 PEOPLE AT 255 CBTUH) SENSIBLE 255 <BTUH) LATENT POWER -Y LIGHTS -1498 (W) * 3.4 (BTUH/W) FLOOR AREA -1070 APPLIANCES -N *** SUPPLY AIR SPECIFICATIONS*** . OUTSIDE AIR SPECIFIED -15 CFM PER PERSON BY PASS FACTOR -0 A/C DELTA T -20 OUTPUT NOTES NAME OF JOB -SD REGIONAL CENTER LOCATION -CARLSBAD PREPARED BY -KMF DATE·-10-14-1987 SPACE USED FOR -HP-2 COOLING SUPPLY 11262 LOAD = 4041.J-O AIR - HEATING LOAD -113571 OSA = 345 CHECKS CFM/SQ.FT = 0.54 P/'.l,GE 1 ESTIMATE FOR -JUN -5 P.M. MAXIMIZED -X · NO MAXIMUM - PICKED - OSA/PERSON = 15 % OSA = 27.34 ·SQ.FT./TON = 588 <PLEASE INITIAL) KMF CFM/TON = 374 CALCULATION OF C <CORRECTION FACTOR USED IN COOLING LOAD CALCULATION> T CRM) = 75 T(OUT) = 83 DAILY RANGE=-10 T(O) = T(OUT)-DR/2 = 78 C = ·(78 -t<RM) ) +~ <T <O> -85) = -4 COOLING LOAD CALCULAT10N NAME OF JOB -SD REGIONAL CENTER LOCATION_-,CARLSBAD PREPARED BY -KMF DATE -10-14-1987 P,n.GE 3 SPACE USED FOR -HP-2 CONDITIONS DB WE %RH DP GR/LB ' FLOOR AREA -2320 83 68 OUTDOOR INDOOR 75 50 ESTIMATE FOR JUN -5 P.M. DIFFERENCE 8 -TYPE l ORIENT TRANSMISSION HEAT GAIN ROOF (SUSP)=A*U*(CLTD+LM+C) 2320 * .042 + ( 57 + 2 + -4 ) INTERNAL HEAT GAIN <SENSIBLE> PEOPLE C# * BTUH/PERSON) 23 * 255 POWER C0.5·W/SF*SF*3.4 BTUH/W) o.s * 2320 * 3.4 LIGHTS CW* 3.4BrUH/W) BTU/ HR = 5359 = 5865 = 3944 3248 * 3-4 = 11043 (SUB TOTAL)= 26211-2 SAFETY FACTOR +5% = 1310 ROOM SENSIBLE-HEAT GAIN- . :-. _· ~: i~ INTERNAL HEAT GAIN :( LATEN1") PEOPLE. (# * BTUH/PERSON) 23 * 255 SAFTY FACTOR ROOM LATENT HEAT HEAT GAIN FROM OUTSIDE AIR 345 * s *Cl -o > * 1.05 345 * 16 * (1 -0 "> * 0-68 TOTAL COOLING LOAD~ 3.37 TONS HEATING LOAD CALCULATION - +5% = ?-7521 = 5865. = 293 = 6158 = 3008 = 3753 = 4()}+40 BTUH TEMPERATURE NAME OF JOB -SD REGIONAL CENTER LOCATION-: CARLSBAD INDOOR 75 PREPARED BY -KMF -OUTDOOR 40 DA.TE :-10--14-1987. ·sP:ACE USE"D FOR -HP-:2 DIFFERENCE '35 ROOF CSUSP) # 1 OUTSIDE AIR -CFM 2320 345 '* . ()42 * 1.09 * 35 * 35 = 3410 = 13161 16571 70 62 · 16 PAGE 3 INPUT DATA JOB -SD REGIONAL CENTER LOCATION--CARLSBAD BY -KMF DATE -10-14-1987 FOR -HP-2 WEATHER DB WB %RH DP GR/LB WINTER OUTDOOR 83 68 78 40 INDOOR 75 50 62 75 DIFFERENCE 8 16 ·35 DR -10 LAT -33-2 HDD -2092 *** ROOF W/ SUSPENDED CEILING*** AREA U(S) U(W) PCF # l 2320 .042 -042 O· ***PARTITION*** AREA UC ) ·DELTA T PCF *** INTERNAL HEAT GAIN*** PAGE 3 PEOPLE -23 PEOPLE AT 255 <BTUH) SENSIBLE 255 CBTUH) LATENT POWER -Y LIGHTS -3248 (W) * 3.4 CBTUH/W) FLOOR AREA -2320 APPLIANCES -N *** SUPPLY AIR SPECIFICATIONS*** OUTSIDE AIR SPECIFIED -15 CFM PER PERSON BY PASS FACTOR -0 A/C DELTA T -ZO ou'i-PLJT ND"rEs NAME OF JOB -SD REGIONAL CENTER ESTIMATE FDR -APR -5 P.M. LOCATION -CARLSBAD PREPARED BY -KMF MAXIMIZED -·-X DATE~-11-02-1987 NO MAXIMUM - SPACE USED FOR ~-SAN DIEGO REGIONAL CENTER -5 PICt<ED -·- COOLING SUPPLY LOAD -· :;:~6282 AIF: --· 1406 HEATING LOAD --15562 OSA ::::: :l 50 CHECKS ' OS(~/ PEl::;:SON ~I:: OHP1 CFM/SQ.FT = 1.49 SQ.FT./TON = 311 --:I. ~5 ·-10.67 KMF CFM/TON = 465 . CALCULATION OF C (CORRECTION FACTOR USED ?N COOLING LOAD CALCULATION) T (RM) 7i:::· . ,J T <OUT) --83 T ( D) C = · ( 78 ·--T <F<M) ) + ( T ( 0) -85) = -:-4 10 = T(OUT)-DR/2 -78 ,_.,:.. __ , .. __ , .. , ______ .. _ ... , __ • ___ • __ ., _____ ,,: .. __ , .. _____ .,_,, __ --·----. ·----: ~ .... _____ , .. , .... -............ ,, _____ , .................................. _ .. __ , .. _, ________ p ·-...... ,-------··--·. CODL.. I NG UJ;'.'.)D t'::PJu:uu::iT I ON NAME OF JOB -SD REGIONAL CENTER LOCATION -CARLSBAD PREPARED BY -KMF DATE -11-02-1987 p(.:1C3E 3 SPACE USED FOR -SAN DIEGO REGIONAL CENTER -5 CONDITIONS DB WB· %RH DP GR/LB FLOOR AREA -941 ESTIMATE FOR APR -5 P.M. OUTDOOR I NDOOF< DIFFERENCE -~r= I ,J 8 68 TYPE O!=< I ENT BTU / HF: SOLAR HEAT GAIN=A*SC*SHGF*CLF 1 W 149 * .69 * 226 * .64 TRANSMISSION HEAT GAIN D-WALL=A*U*CCLTD+LM+C) 1 W 96 * .81 * ( 24 + 0 + -4) . ROOF (SUSP>=A*U*CCLTD+LM+C) 1 -941 * .042 + ( 57 + -1 · + -4 GLASS=A*U*CCLTD+C) 1 149 * 1.1 * ( ·13 +-4 INTERNAL HEAT GAIN ~SENSIBLE) PEOPLE (# * BTUH/PERSON) l()" * POWER LIGJ-ITS 1!:.iOO (0.5 W/SF*SF*3.4 BTUH}W> ·941 * 3. 4 (\,IJ -i~ 3. 4BTUH/W) * 3.4 = 14870 = 1 c:.-c::-i:::-,_JJ'-1 = 2(>55 ::::: 1475 ::::: 2550 CSUB TOTAL> = 29204.88 SAFETY FACTOR +5% = 1460 ROOM SENSIBLE HEAT GAIN INTERNAL HEAT-GAIN <LATENT> PEOPLE (:J.i: * BTUH/PERSON) 10 * 2:'.i5 SAFTY FACTOR +5% = 3066~.5 = 255(> = 127 -------------------------------------------------------ROOM LATENT HEAT = 2b77 HEAT GAIN FROM OUTSIDE AI°R 150 -*· 8 * ( 1 (l ) *· 1. 05 1308 :l50 * 16 * (l -0 ) * 0.68 = t6:'.:":i~: -------------------------------------------------------·TOTAL COOLING ~OAD = 3.02 ~ONS = 36282 BTUH '.:;j(l ·-c-. I -..) 16 HEATING LOAD CALCULATION NAME OF JOB -SD REGIONAL CENTER LOCATION -CARLSBAD TEMPERATURE PREPARED BY -KMF INDOOR OUTDOOR 40 DATE -11-02-1987 ______________ _ SPACE USED FOR -SAN DIEGO REGIONAL CENTER -5 DIFFERENCE 35 GLASS # 1 149 * 1 . 1· * 35 D-WALL # 1 96 * . 81 * :2:;~~ ROOF CSUSP) # 1 941 * . 042 * 7~ 0J OUT$IDE AIR CFM 150 * 1 . 09 * 7~ 0J = = 5736 2721 1383 5722 15562 PAGE 4 INPUT DATr:\ JOB -SD REGIONAL CENTER LOCATION -CARLSBAD BY ···· f<MF DATE -11-02-1987 FOR -SAN DIEGO REGIONAL CENTER -5 WEATHER DB WB %RH DP GR/LB OUTDOOR 83 68 78 INDOOR 75 50 62 DIFFERENCE 8 16 vJINTEI~ 40 35 DR -10 LAT -HbD ··-2092 **·*· GU~SS ·1'<--~, 1t U(S) SC u ( l,,J) # 1 L 1 u69 L1 ORIENT AREA DV # 1 t~J 149 0 ***· D-WALL **-l<:- U (S) LJ n.iJ) PCF # 1 .81 .81 0 ORIENT AREA # 1 W 96 **·* FmDF W/ SUSPENDED Al::::E,; U(S) 941 .042 # 1 ***PARTITION*** 0 0 0 CEILING **-1<:- u ( !>J) PCF .042 0 P1REh-LI ( ) . DELTP1 T -PCF 0 0 0 -lH<H~· Il\ffERNP1L HE,;T ·Gi;H,H~ .. lH PEOPLE.·..... F 10 : F·ECJPLE (\T -25·5 · ( BTUH ). SENSIBLE PCMER :-Y . LIGHTS -1500 (W) * 3.4 CBTUH/W) FLOOR AREA 941 APPL I r..:,1•.JCES -N *** SUPPLY AIR SPECIFICATIONS*~* . OUTSIDE PiIR SPECI.FIED --1~5 CFM PEF: PERSON BY PPiSS FACTOR A/C DELTA T -20 0 0 0 DESCRIPTION Where the cost of the heatin·g with electric heat is ex- cessive, and natural gas or other fossil fuels are unavaila- ble, th_e 542D provides an -economical solution for your commerciarheating and cooling application requirements. , During_ a typical season, the:heat pump can provide heat-:, -ing operating cost·saving·s of up·to 50% co·mpared]o an:·- electric heating/electric cooling packaged rooftop system. : One of the .greatest growth areas for heat pumps will be in the r~placement market. Electrjc heating/electric cooling units will be replaced because of increasing service and maintenance costs, as well as ·operating costs. The 542D Packaged Heat Pump can provide substantial operating cost savings and_ eii."se··of installation, making_ [t ideally suited for the· new cciiist~uction and replacement mc;1rkets. A packaged rooftop-he·afpu'mp must incorporate applica- tion flexibiiffy_Jn its-;di~\;iiiJifbe PfORerly appl\ec_l f9r _ a . · variety. o.f:::installatioo ,:-__requirements. _ FACTORY-IN- ·. STALLED -·9PTIONS ::ari9 ;field-installed ACCESSORIES. permit the installing'contractor to select itemsJor.bis indi- vidual job·requirements··as follows: · ·-· --:·:. . . ELECTRIC HEA,:-.t<"frs ~ov.ering a wide selection of ca7 pacities. :->. · · ..: .• ·-t EC.ONOMIZERS with ENTHALPY CONTROLto permit the . use of outdo'or'air for "free". cooling when the temperature · and humidity aYe·of suitable quality. _ ;_ · ,· MANUAL. 0 .0UTSIDE:AIR DAMPER for ventil;tion air. • =· ---• -• - RELIEF-AIR DAMPERS used with the Economizer for re- lief of excessive building pressure. . . .... -:-.. . LOW-AMBIENT KITS to provide . mechanical cooling . operation down to 0°F, when the Economizer is not used. ; COMPROT~C® :to provide -protection ag·9inst rapid -com- pressor cycling. _. . ~ .. CONCENTRIC DUCT SYSTEMS consisting of fiber glass· concentric duct packages, transitions, and supply/return: diffuser. UNIT FEATURES HIGH EER AND COP assure low operating costs on heat- ing a_nd cooling. EXT.ENDED-VOLTAGE COMPRESSOR permits ·installa- tion on 208-or 230-volt systems without reduction in ca- pacity on 208-volt applications. CAST-IRON, SEMIHERMETIC COMPRESSOR provides - efficient, reliable operation. EXCLUSIVE, -THERMOSTATIC EXPANSION VALVE patented design uses thermo.static expansion valves but elii:ninates need-for check valves-increasing reliability. : HEATIN~ CYCLE OP_ERATIN~ SAVINQS ts maximized by contfnuous compressor operation on heating cycle, even· at temperatures below 0°F. · SINGLE-POINT POWER CONNECTION, on units with factory-installed electric heat, requires only one power supply and one disconnect. Also available for field in- stallation. TIME/TEMPERATURE-ACTUATED DEFROST CON- _TROL automatically defrosts outdoor· coil-for maximum ·operating· efficiency. Defrost cycle can be manually iiiiti-· afedjor .proper·operation and _cycle time adjusted _f9r_ the application _to _30, 45,:or:90 m!nutes. ·--, :=· -.-.: ~=;--.·- FOUR SUPPLEMENTAL ELECTRIC HEATING CAPACI- TIES for each heat pump size ·permits optimum selection of equipment for the application. SUCTrON-JUBE_-ACC_UMULATOR protects compressor against _ liquid. slugging-permits operation over wide range of temperatures. POSITIVE}>EFROST _CON DEN.SATE "DRAIN OFF" elimi- nates ice_ buil.dup in uni.t. · TWO-LIQUID-TUBE-·SERVICE VALVES permit ea~ier servicing i(,: heating or cooling. . . EXCLUSIVE CONTROL· THERMOSTAT designed for commerc_i~I heat pump application. · BOTTOM SUPPL y /RETURN _co·~NECTIONS f~r ease of installat-ion on full perimeter curb. ·. · · SIMPLE UNIT MODIFICATION for horizontal over-and- under duct connections permit ease of application for any building d~_~ig~: ______ -··· ___ _____ ___ _ _ ____ ··----_ . , . . . -··...:. ~-·-. ::--:: ._ ------~·---/=~t~;.;;/i;l&rm~f.io:: rbs sLi2b.§o.30 · 10l 4 r Vi!;!w Y-Y t } IN OUT Left-Side View 1 4816--- NOTE: FOUR NO. 2 AWG TYPE-THW WIRES ARE THE LARGEST SIZE WIRES THAT 1-1/4-INCH PIPE-THREAD COUPLER WILL ACCOMMODATE. I CURB INSIDE I • 5e.2.._____,.j Right-Side 8View A77067 . . DIMENSIONAL DRAW.ING OPERATING AND SERVICE CLEARANCES Size Front Rear 090& 120 2 ft 2 ft TOP VIEW OF CURB -SHOWING ROOF OPENING FOR SIDE-BY-SIDE OR CONCENTRIC DUCTS FRONT Size A B C D 090& 120 56 32 80-7 /16 56-5/8 D CURB INSIDE A73344 E 13-3/8 HP-98 Right Side Left Side Top· 3 ft 5 ft Keep Clear DUCT CONNECTIONS FOR END DISCHARGE UNIT REAR VIEW ·A77084 The Model 542D Heat Pump can be converted to end dis- charge with slight modification of the unit. The illustration above is a rear view of the unit showing the location of the supply-and retu·rn-air openings for connection to an over- and-under duct system. • •• .. HEAT PUMP SPECIFICATIONS MODEL 542D090 I 542D120 SERIES A A ELECTRICAL •• Unit Volts-Hertz-Phase 208/230-60-3 460-60-3 208/230-60-3 I 460-60-3 Operating Voltage Range 187-253 414-506 187-253 I 414-506 I Unit Full Load Amps* 44.0 21.0 64.4 . I 30.5 ; Unit Ampacity for Wire Sizing• 53 25 76 I 36 Min Wire Size (75°C Copper) AWG*r 6 10 4 I 8 Compressor (RPM) 1750 1750 1750 I 1750 Volts-Hertz-Phase 208/230-60-3 460-60-3 208/230-60-3 I 460-60-3 Rated Load Amps 31.6 14.2 46 I 20.6 Locked Rotor Amps 137 62 191 I 86 Outdoor Fan Motors (No,.-HP-Type) (2) 1/2 HP-PSC 12) 1/2 HP-PSC Volts-Hertz-Phase 208/230-60-1 460-60-1 208/230-60-1 I 460-60-1 Full Load Amps 3.6 Each 2.2 Each 3.6 Each I 2.2 Each Speed (RPM) 1075 1075 1075 I 1075 Blower Motor (HP & SF) 1-1/2& 1.25 3& 1.15 Volts-Hertz-Phase 208-230/460 208-230/ 460. Full Load Amps 5.2/2.4 11.2/5.5 Locked Rotor Amps 38/19 77/34.2 Speed (RPM) 3450 3450 Max Branch Circuit Fuse Size (Amps)* 60 30 100 I 50 PERFORMA~CE DATA Cooling Capacity (Btuh)t 87,000 115,000 Power Input (Watts):!: -10,200 15,400 EER (Btuh/Watts)t 8.5 7.5 Heating Capacity@ 47°F Ambient (Btuh)+ 89,000 125,000 Power Input (Watts):t: 8800 13,800 Coefficient of Performance (COPJ* 3.0 2.7 Heating Capacity @·17°F Ambient (BtuhJ+ 49,000 69,000 Power Input (Watts):!: 7300 10,900 Coefficient of Performance (COPJ:i: ·· 2.0 1.9 ARI Sound Ralina.No. (Heatino & CoolinoJtt · 22 22 COMPRESSOR, REFRIGERANT & CONTROLS Compressor Type Semihermetic Semi hermetic • Refrigerant Type & Amount · R22-121bs -R22-15 lbs - Refrig_erant Mete~ing Device (2)TXV ·-(2)TXV .. High-,and Low-Pressf,!re Control Standard . L-. Standard . . . Compressor Motor Protection Internal &·_External ;, Internal & External Discharge-Tube Thermostat Staooard Standard Defrost Control-Distributor Tube Temp (°F) Initiate 28, Terminate·55 Initiate 28, Terminate 55 Low-Ambient Control (To 32°FJ Standard Standard OUTDOOR COIL & FANS Coil Face Area (Sq FtJ 14 14 Height & Width (loch·es) 36x 56 36x 56 Rows-Fins Per Inch 2-16 . -.·: .:· .-3-16 Outdoor Fans (No.) Two .. ·-..... ··--.. -• .. Two Diameter (Inches) 22 · .. --...... :~:; ... . -22 INDOOR COIL & BLOWER .. . ~7-:: .·-'.,:-~ .i: .~ ..• .... . . Coil Face Area (Sq Ft) 7.5 ..... .;.)-' :-,. ·-·:.-.. . -. 9.25 Height & Width (Inches) 24x.45 ·-.. _--,:---·--24x 55-1/2 -. Rows & Fins Per Inch 3-13 3-13 Blower Wheel Dia & Width (Inches) .(2) 10x 8 (2)10x8 Blower Pulley Pitch Dia (Inches) 10 .. . .10 Motor Pulley Pitch Dia (Inches) 3.4 to 4.4 : 3.4 to 4.4 Dr.ive Belt Length & Width (Inches) 39.3x 1/2 39.3x1/2 Ft.3/Min-ESP@ Rated Condition (Std Air)t 3260-0.25 In.vie · ,_. 4000-,-0.3 In.we External Static Pressure Available On.we) Standard Drive 0.5, Optional Motor 0.9 0.9 Air Filters, Throwaway (Inches) . · (4) 16 X 25 X 2 : 14) 16x 25x 2 Condensate Drain Connection (Inches) .. 7 /8 ID-Plastic Tube 7 /8 ID-Plastic Tube Blower Motor Frame Size 56 .·• .. -· 56 · * Specifications marked with an asterisk (*) do not apply to heat pump models with factory-installed supplemental electric heaters. See specifications table on fifth page. . . · . . : t If other than _75•c copper wire is us~d. determine size from unit am pa city and the·National Electrical Code. Voltage drop of wire m·ust be less than 2% of unit rated voltage. · tAated in accordance with ARI Stanoard 240-77. ttAated in accor_dance with ARI St1;1ndard 270-75 . . @·· . ·r&i··. ··--· ~\1 :--... ··.--: .. ·-~-• • ~ • I • . ~ ;-_:--:: .. ' . . . HP-99 , NET COOLING CAPACITIES Indoor OUTDOOR COIL ENTERING AIR TEMPERATURE °F Air . 85 95 100 105 110 115 ftl E Capacity L L Compr Capacity L L Comp'r Capacity L I l Compr Capacity L L Compr Capacity L L Compr Capacity L L !':pr per w MBtuh D w Input MBtuh D w Input MBtuh D W Input MBtuh D w Input MBtuh D w Input MBtuh D W Input Min B Total Sens B B KW Total Sens B B KW Total Sens B B KW Total Sens B B KW Total Sens B B KW Total Sens B B KW SIZE 090 DETAILED NET COOLING CAPACITIES 71 95.4 52.0 64.6 62.5 8.4 92.6 51.0 64.9 62.8 8.5 90.1 50.2 65.1 63.0 8.6 87.3 49.3 65.4 63.3 8.8 84.6 48.4 65.6 63.5 8.9 82.1 47.6 65.9 63.8 9.0 67 88.8 62.8 61.4 58.3 7.7 86.5 62.0 61.6 58.6 7.8 8!.0 61.1 61.9 58.8 8.0 81.1 60.0 62.2 59.1 8.1 784 59.1 62.5 59.4 8.3 76.0 58.2 62.7 59.7 8.4 3120 63 81.7 73.2 58 3 54.3 7.0 79.9 72.5 58.5 54.5 7.1 7i.4 71.5 58.8 54.8 7.2 74.5 70.4 59.1 55.1 7.4 71.6 69.3 59.4 55.5 7.5 69.3 68.4 59.7 55.7 7.6 59 73.9 73.9 58.1 50.5 62 72.7 72.7 58.4 50.6 6.3 70.0 70.0 59.2 51.0 6.4 67.0 67.Q GO.I 51.4 6.6 64.0 64.0 61.0 51.7 6.7 61.6 61.6 61.7 52.0 6.8 71 95.7 52.4 64.8 62.7 8.4 92.8 51.5 65.1 62.9 8.6 90.3 50.6 65.3 63.2 8.7 87.E 49.7 65.6 63.4 8.8 84.8 48.8 65.8 63.7 8.9 82.4 48.0 66.1 63.9 9.1 67 89._1 63.5 61.6 58.5 7.7 86.7 62.6 61.8 58.8 7.9 841 61.7 62.1 59.0 8.0 81.4 60.7 62.4 59.3 8.1 78.6 59.7 62.7 59.6 8.3 76.2 58.8 62.9 59.8 8.4 3190 63 82.0 74.1 58.5 54.5 7.0 80.2 73.3 58.7 54.7 7.1 77.6 72.3 59.0 55.0 7.3 74.7 71.2 59.3 55.3 7.4 71.9 70.1 59.7 55.6 7.6 69.5 69.2 59.9 55.9 7.7 59 74.2 74.2 58.5 50.7 6.3 72.9 72.9 58.8 50.8 6.3 701 70.2 59.6 51.1 6.4 67.2 67.2 60.5 51.5 6.6 64.2 64.2 61.4 51.9 6.7 61.8 61.8 62.1 52.2 6.8 71 96.0 52.9 65.0 62.8 8.4 93.1 51.9 65.3 63.1 8.6 90.6 51.1 65.5 63.3 8.7 87.8 50.2 65.8 63.6 8.8 85.1 49.3 66.0 63.8 ~-0 82.6 48.5 66.2 64.1 9.1 67 89.4 64.1 61.8 58.7 7.8 87.0 63.2 62.0 58.9 7.9 84.5 62.3 62.3 59.2 8.0 81.7 61.3 62.6 59.5 8.2 78.9 60.3 62.9 59.7 8.3 76.5 59.5 63.1 60.0 8.4 3260 63 82.3 74.9 58.7 54.7 7.1 80.4 74.2 58.9 54.9 7.2 77.9 73.2 59.2 55.1 7.3 74.9 72.0 59.~ 55.5 7.4 72.1 70.9 59.9 55.8 7.6 69.7 69.7 60.2 56.0 . 7.7 59 74.4 74.4 58.9 50.8 6.3 73.1 73.1 59.2 51.0 6.3 70.4 70.4 60.0 51.3 6.5 67.3 67.3 60.9 51.7 6.6 64.4 64.4 61.7 52.0 6.7 62.0 62.0 62.4 52.3 6.8 71 96.3 53.3 65.2 63.0 8.5 93.4 52.4 65.4 63.3 8.6 90.E 51.5 65.7 63.5 8.7 88.1 50.6 65.9 63.7 8.9 85.3 49.7 66.2 64.0 9.0 82.8 48.9 66.4 64.2 9.1 67 89.7 64.7 62.0 58.8 7.8 87.3 63.9 62.2 59.1 7.9 84.7 63.0 62.5 59.3 8.1 81.9 62.0 62.8 59.6 8.2 79.1 61.0 63.0 59.9 8.3 76.7 60.1 63.3 60.1 8.5. 3330 63 82.5 75.7 58.9 54.8 7.1 80.6 75.0 59.1 55.0 7.2 78.1 74.0 59.4 55.3 7.3 75.2 72.8 59.7 55.6 7.5 72.3 71.7: 60.0 55.9 7.6 69.9 69.9 60.6 56.2 7.7 59 74.6 74.6 59.3 51.0 6.3 73.3 73.3 59.6 51.1 6.4 70.E 70.6 60.4 51.5 6.5 67.5 67.5 61.2 51.8 6.6 64.5 64.5 62.1 52.2 6.8 62.2 62.2 62.7 52.4 6.9 71 96.6 53.8 65.4 63.1 8.5 93.6 52.8 65.6 63.4 8.6 91.1 52.0 65.9 63.6 8.8 88.3 SJ.I 66.1 63.9 8.9 85.6 50.2 66.3 64.1 9.0 83.1 49.4 66.6 64.3 9.1 3400 67 89.9 65.4 62.2 59.0 7.8 87.5 64.5 62.4 59.2 8.0 85.0 63.6. 62.7 59.5 8.1 82.1 62.6 63.0 59.8 8.2 79.3 61.6" 63.2 60.0 8.4 76.9 60.7. 63.5 60.3 8.5 63 82.8 76.5 59.2 55.0 7.1 80.9 75.8 59.4 55.2 7.2 78.3 74.8 59.6 55.5 7.3 75.4 73.7 59.9 55.8 7.5 72.5 n.s· 60.3 56.1 7.6 70.1 70.1 60.9 56.3 7.7 59 74.8 74.8 59.6 51.1 6.3 73.5 73.5 60.0 51.3 .6.4 70.8 70.8 60.7 51.6 6.5 67.7 67.7 61.6 52.0 6.6 64.7 64.7 62.4 52.3 6.8 62.3 62.3 63.0 52.6 6.9 SIZE 120 DETAILED NET COOLING CAPACITIES 71 127.2 66.1 63.0 61.0 12.7 120.8 63.9 63.6 61.5 13.2 117.7 62.8-63.8 61.8 13.4 114.6 61.8 64.1 62.1 13.6 111.7 60.8 64.4 62.3 13.8 108.9 59.9 64.6 62.6 14.0 3600 67 119.5 79.3 59.6 56.7 11.6 113.3 77.0 60.2 57.3 12.0 1103 75.9 60.5 57.6 12.3 107.4 74.8 60.8 57.9 12.5 104.5 73.7 61.0 58.1 12.7 ' 101.6 72.6 61.3 58.4 12.9 63 '11.4 92.0 56.3 52.5 10.4 105.3 89.5 57.0 53.2 10.9 102.5 88.4 57.3 53.5 11.1 99.7 87.3 57.6 53.7 11.3 96.7 86.1, 57.9 54.0 11.5 93.6 84.8 58.2 54.4 11.7 59 102.9 102.9 53.5 48.5 9.2 96.7 96.7 55.1 49.2 9.6 94.C 94.0 55.8 49.5 9.8 91.2 91.2 56.5 49.8 9.9 88.2 88.2 57.3 50.2 IO.I 84.8 84.8 58.2 50.5 10.4 71 128.2 67.4 63.6 61.5 12.9 121.8 65.2 64.1 62.0 13.3 118.E 64.2 64.4 62.3 13.5 115.5 63.1 64.6 62.5 13.7 112.5 62.1 64.9 62.8 13.9 109.7 61.2 65.1 63.0 14.l 67 120.4 81.2 60.2 57.2 11.8 114.2 78.8 60.8 57.8 12.2 1111 77.7 61.l 58.0 12.4 108.2 76.6 61.3 58.3 12.6 105.3 75.6 61.6 58.6 12.8 102.4 74.5 61.8 5·8.8 13.0 3800 63 112.3 94.5 57.0 53.0 10.6 105.1 92.0 57.5 53.7 11.0 1033 90.8 57.9 53.9 11.2 100.5 89.7 58.1 54.2 11.4 97.5 ·88.5 58.4 54.5 11.6 94.4 87.3 58.7 54.8 11.8 59 1_03.6 103.6 54.7 49.0 9.3 97.4 97.4 56.3 49.7 9.7 94.7 94.7 56.9 50.0 9.9 91.9 91.9 57.6 50.3 10.0 88.9 88.9 58.3 50.6 10.2 85.5 85.5 59.2 51.0 10.5 71 129.1 58.7 64.1 62.0 13.0 122.5 55.5 54.5 52.5 13.4 119A 65.4 54.9 52.7 13.5" 116.3 64.4 65.1 62.9 13.8 113.3 63.4 65.3 63.2 14.0 110.5 62.5 65.5 63.4 142 67 121.3 83.0 60.8 57,7 11.9 115.0 80.7 61.3 58.2 12.3 11?-p ?9.6 61.6 58.5 12.5 109.0 78.5 51:8 58.7 12.7 106.0 77.4' 62.1 59.0 12.9 103.1 76.3' 52.3 59.2 13.1 4000 "53 113.1 95.8 57.5 53:s 10.r, 105.9 94.3 5.8.2 54.1 11.1 104.9 93.2 58.4 54.4 -11.3 101.2 92.0 58.7 54.6 11.5 98.2 90.9 59.0 54.9 11.7 .-95.1 89.~ 59.2 55.2 11.9 59 104.4 104.4 55.8 49.5 9.'1-98.1 98.l 57.3 50.2 9.8 95.3 95.3 57.9 50.4 10.0 92.5 92.5 58.6 50.7 10.1 89.4 89.4 59.3 51.0 10.3 85.0 86.Q 60.l 51.3 10.5 71 129.9 69.9 64.6 62.4 13.l 123.4 67.8 65.l 62.8 13.5 120..1 66.7 65.3 63.1 13.7 117.0 65.6 6~.5 63.3 13.9 114.0 64.6 65.7 63.5 14.l 111.2 63.7 65.9 63.7 14.3 67 122.l 84.8 61.3 58.1 12.0 115.8 82.4 51.8 58.5 12.4 1127 81.3 52.1 58.9 12.5 109.7 80.2 62.3 59.I 12.8 105.7 79.2 62.5 59.3 13.0 103.8 78.r 62.8 59.6 13.2 4200 63 113.9 99.1 58.1 54.0 10.8 107.6 96.6 58.7 54.5 11.2 104.7 95.5 58.9 54.8 11.4 101.8 94.4 59.2 55.0 11.6 98.8 93.2, 59.5 55.3 11.8 95.7 92.0 59.7 55.5 120 59 105.0 105.0 55.9 50.0 9.5 98.7 98.7 58.2 50.5 9.9 95£ 95.9 58.9 50.8 IO.I 93.0 93.0 59.5 51.1 10.2 90.0 90.0 60.2 51.4 10.4 86.6 86.6 60.9 51.7 10.6 71 130.7 71.1 65.0 62.8 13.2 124.l 69.0 65.5 63.2 13.6 120.C 67.9 65.7 63.4 13.9 117.7 66.9 65.9 63.7 14.l 114.6 65.9 65.1 63.9 14.2 111.9 55.0 66.3 64.0 14.4 57 122.9 85.5 51.8 58.5 12.1 116.5 84.2 62.3 59.0 12.5 113.4 83.l 52.5 592 12.7 110.3 82.0 62.7 59.5 12.9 107.3 80.9 63.0 59.7 .B:l 104.4 79.9 53.2 59.9 13.3 4400 63 114.6 101.4 58.7 54.4 10.9 108.3 9?.~ 59.2 54.9 11.3 105.3 97.8 59.4 :;5.1 11.5 102.4 96.5 59.7 55.4 11.7 99.4 95.4 59.9 55.6 '11.9 96.2 942 50.2 55.9 121 59 105.5 105.6 57.8 50.4 9.6 99.2 99.2 59.1 50.9 10.0 ·95.4 96.4 59.7 51.2 10.l 93.6 93.6 60.3 51.4 10.3 90.5 90.5 61.0 51:7 ·10.5 do 87.0 61.7 52.0 10.7 . - NOTES:. .-: .. .; .. :-.. ..::~:--·---~: '. . ~i 1. Sensible heat capacities shown are based on 80°F entering air ·at the _indoor coil: :.·. ······-· .. ..::_ .•. ·..i. :·:~_:\:::_fTointe;polate:.'.'. · 0·,-,.:,_-,_-.-/{ ~--• • I-:::. \. ; (a) below 80°F DB, air entering indoor c·oil, sulitracdl15:Biuh per 1000 ft3/min for 2. Di;ect interpolation--is__ permis~ible. ~? ~) extrapolate. . ·. . '~ ' __ ,: ... FAN RPM AT MOTOR PULLEY SETTIN-GS- STANDARD AND OPTIONAL DRIVES Motor P.ulley Sizes 090 & 1 20 Turns Open-Fan RPM 0 1518 1/2 1483 1. 1449 1;-112 1414 ' ·2 1380 .. 2-1/2 1345 3 1311 3-1/2 1276 4 1242 4-1/2 . 1207 5 1173 - --~ :.::-·,--: {; each degree below 80°F from the listed sensible capa~ity ..... --- -·.-:'?:cc·; (bl above 80° DB air entering indoor coil. add 814 Btuh·per 1000 tt3/min for each _ .. · _ · . degree above 80°F from the listed sensibTe 'capacit(:': . BRAKE HoFise:Po'wrii:f·: CONVERTEr:fTO WA.Tfs·· .. -. ~ :~ , BHP --· :Watts 1.00 -· ·"746 .. 1.25 .. ;_.·,:.933 1.50 · 1119 1.75 . · 1306 2.00 .. 1492. 2.25 -.1579. 2.50 f865" - 2.75 2052 3.00 2238 HP-104 t AIR DELIVERY AT INDIC' :D EXTERNAL ~p WITH WET COIL, ' TERS, & ELECTRIC HEATER FOR INDIVIDUALLY 1..,i::SIGNED AIR DISTRIBUTION & CONLcNTRIC DUCT SYSTEMS SIZE 090 AIR DELIVERY-STANDARD DRIVE 1-1/2-HP Motor, 1.25 Service Factor, 1.9 Max.BHP, 1173-to 1518-RPM Drive Range Concentric Airflow 0.1 0.2 0.3 0.4 0.5 0.6 0.7 Duct" {Ft3/min) RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 3120 1200 . 1.38 1235 1.45 1270 1.50 1310 1.60 1345 1.65' 1385· 1.80 1415 1.85 1286 :1.52 3190 1210 1.45 1250 · 1,50 1290 1.57 1330 1.65 -1370 1.77 1405 1.88 1430 _: 1.95 1317 1.63 3260 1250 1.55 1270 1.62 1310 1.70 1350 1.78 . 1385 1.90 ·1420 -1.98 1,450 · ·-2.02 1344 1.73 3330 1260 1.65 1290 1.70 1330 1.80 1365 1.90 1405, ·2.00-1435 2.05 -1470 ·.·2.13 1374 1.85 3400 1275 1.75 1310 1.90 '1350. 1,95· .-1390 ·2.00-·1420 .::2.-15 -1450 2.30 .1490 ,2.40 ·.1404, '1.98 SIZE 090 AIR DELIVERY-WITH OPTIONAL 2-HP.MOTOR 2-HP Motor, 1.15 Service Factor, 2.3 Max BHP, 1173-to 1518-RPM Drive Range Concentric Airflow 0.4 0.5 0.6 0.7 0.8 0.9 1.0 Duct· (Ft3/min) RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM -BHP RPM BHP·1 3120 1'310 1.60 1345 1.65 1385 J.80 1415 1.85 1445 1.95 1480 2.00 1510 2.12 . 1286 1.52 3190 1330 1.65 1370 1.77 1405 1.88 1430 1.95 1455 2.03 1500 2.15 ·.1525: ;:2.:25_; 1317 1.63 3260 1350 1.78 1385 1.90 1420 1.98 1450 2.02 1485 2.12 1515 2.25 1.540': ':t2:35"'. 1344 1.73 3330 1365 1.90 1405 2.00 1435 2.05 1470 2.13 1500 2.25 · ·,1525;: ·_2,30,· ;155_5J .t,;;--2.45-·, 1374 1.85 3400 1390 2.00 1420 2.15 1450 2.30 -<1'490° ,~2.40··, :15.:1.5} :ry2A0i ·.·1540; ,.~2.45 · ;1565~ :;-{2:55 ·. 1404 1.98 SIZE 120 AIR DELIVERY-STANDARD DRIVE 3-HP Motor, 1.15 Service Factor, 3,45 Max BHP, 1173-to 1518-RPM Drive Range Concentric Airflow 0.1 0.3 0.5 0.7 0.8 0.9 1.0 Duct* (Ft3/min) RPM BHP. RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 3600 1175 1.50 1215 1.70 1295 1.85 1355 2.00 1390 2.10 1415 ·2.20 1445 2.35 1295 1.85 3800 1200 1.72 1275 1.87 1340 2.05 1400 2.35 1430 2.40 1455 2.45 1495 2.55 1369 2.19 4000 1265 2.00 1325 2.20 1395 2.40 1445 2.55 1475 2.60 1505 2.70 i!'S-'3!& 1440 2.55 420,0 1310 2.35 1380 2.50 1440 2.65 1500 2.85 !.;f5:2P.:~ ~2,95~ ~1:54S·fi :;,,;_3_:.ooi £:n,.l .f.1~Qt 151 o 2.94 4400 1360 2.70 1435 2.80 14·95. 3.00 .{ ; J ·, -:r.. , 7-:~? . t ;'!.,,':~ :· ·".:'i '~ ~ ~= ~~ ·-~ .Ji,;; : ·. 1 · -:r; .;,~ : · £ a-.. . ;l "1.545 ., ~~1 0...,,. ,j .5.60r ."3.'25,~ ~ 59.5,. ~ 3AO.,~ .J.6~,0 .~5 • ..,<1_583,., .,..3.38,,, Shaded portions of table are beyond drive range or motor horsepower at rated voltage. *With optional 4-foot supply and return fiber glass duct and optional concentric supply and return diffuser. HEAT PUMP PERFORMANCE EVALUATION PROCEDURE To select a heat pump and the most suitable supplemen-Btuh). As the net structure heat loss at design is 152,000 tal electric heater combination for a specific application, it Btuh, it is necessary to add 101,000 Btuh whenever the is first ·necessary to perform a load.calculation. The load outdoor temperature falls to +5°F. From-the supplemental can be calculated by .using the latest procedures recom-electric heat table· in this Product Data Sheet, it can be mended by ASHRAE, NESCA, or any_ industry accepted determ_ined that a nominal 33.2-KW heater will furnish procedure. _ · . . · 104,100 Stuli on· 230 volts; therefore, a' 5420120 Heat · The example represented in Figure ·1 is for a structure Pump -with nomina:I 33.2-KW supplemen'tal electric heat .with a h·eat loss of 172,000 Btuh at an outdoor temperature will be-suitable-for the application. at +5°F: and an indoor temperature of 70°F. The structure The sequence of operation for the above application is has an :·i.nternal-heat credif'of .20,000 ·Btuh, because of.· as follows: upon "a call for heat" by the first stage of a two:. lights and people, which gives a n·et structure heat loss or· ·~·'stage· indoor thermostat, the heat pump is turned on. The 152,000 Btuh. . · ·_ .,---. · : \. / ··.-. _ heat-pump will .continue to _cycle on and off with the first One of the most effective ways toFevaluate heat pump ... --.. stage·_~f the.thermostat as·1ong as it can satisfy the struc..: . . perform·ance is to represent the various stages of opera-··.-·· ture heat loss. If the heat pump cannot meet the builc:ling ·tion graphically. The first step is to plot b~th gross and:i:iet :'_; : __ heat ·dem~nds that will occut at about 29°F outdoor tern- structure load lines. The gross strudure'load 'liiie is a'"'lirnf: :· pefature, th.e second stage of the thermostat will "call for'.' - that pass·es through the gross structure·_~eaflps·s -~a the": -.; s·upplemenfal heat, and .if tfie -first stage of the: outdoo~ design o~td~or t~mperature ·and_the _design indo?r t_~,~pe·r~~::~·(:,th_erm?~!at __ is"-s_et at ?9°F·, an additional 52,050 Btu~ of heat. ature. This line 1s represented in Figure 1 as ·line ,Af:·The · ·:· will be aaded to.~upplement the heat pump. The first pank next step is to plot the net structure load lin·e. Ttie. net -~ of supplen:1ental heat will cycle: on and -off until it can no structure load line is located by first locating a. poJr:i.t.that_ . longerJneet the structure .load that should occur at about represents the internal heat credit. The internal heat credit· 1 _7°F c;iut_side·t.emperatur~. At 17°F, the second stage of the -is represented by Bin Figure 1. The net structure load line : outddor_thefmostat will activate the second bank of the is drawn parallel tot.he gross structure load line and is rep-~ -supp_Iemental electric . heater, which will add another resented ·as G in Figure 1. , ," · . 52,050_ Btuh to the existing heat pump and supplemental After tlie gross and net structure load lines have been first~bari'k electric h~at. The heat.pump and the two banks .located, the heat pump heating performance is.drawn by of supplemental electric heat will furnish 156,000 Btuh at using the data in the integrated Btuh column.of the ap-+4°F outsid~f-temperature (point F, Figure 1), which meets propriate heating capacity table in this publication. This the requirecnents of the application. line is represented as line Din Figure 1 for a 542D120. The Figure 2 represents a similar application to that in Figure intersection of lines C and ·o represents the "balance 1 except for the equipment selected. A 542D090 Hea.t . point" of the heat pump ana the structure net heat loss, or Pump op·erating at 230 volts, and with ,nominal 52.3-KW the point at which the heat pump alone can no longer s·upplemenfal electric heat, has been selected by the pro- malntain ;the desired in:door-temperature and supplemental cedure. u:sed in Figur~ 1. The Product Data Sheet indicates · . heat must be furnishe~f The balance point in Figure 1 is that th!3·heat pump-compressor on a 542090with 5i3-KW 29°F outdoor temperature. If the supplemental heater is to supplemental· electric heat is deactivated when the sec- be controlled by an outdoqr thermostat, the first stage q_nd bank of the supplemental electric heat is activated; should be set at 29°F. therefore, the total unit heating capacity at the design con- The intersection of heat pump capacity line D with the dition is only that furnished by the supplemental electric , ·design outdoor temperature line (+5°F) is point E in Figure heat instead of the supplemental electric heat plus the . 1. This poi.nt rep.resents the amount of heat that can be fur-heat pump. This condition is represented by line G, Figure nished by the heat pump at design conditions (51,000 · 2. · · HP-105 :r: I I' :il -'I 280 MODEL 5420090 BALANCE-POINT WORK SHEET .. \,. ,,,,,~",Id' .. HEATING PERFORMANCE CURVE-This heating performance curve can be used to plot the structure load line and the supplemental electric heat performance curves. It may be n\:)t:;essary to plot a structure load line for both occupied anc;J unoccupied conditions. '· · I l 260 ·1 i I ... 240 ....... I :::> 220 r-m '.2 200 --.. (/) (/) 0 _j 180 -C G) I 160 a., ,._ ::, 140 -0 ::, ,._ -120 Cf) en >, -(.) C 80 0. C u 60 -c :::> l +---' u_: 1-,--. (. -; ::,.~.,,.....-;-..;-;--.....,. ,·:·· :., .... l ... _ ............... ~ ..... - "·~••••--"•n•••----· ~-_7-~~-. -~--:-T· ... ! . ~ ! 1 ; . : ; ·-··----· _ ....... ;.: . : .,. . L .... I l . i-·-·J'•" ···:-... J-: .. ···. . . '. , .... '•-~, : : '.• ! ... ,,.,-~•-•••I . ! . , ... > t : 1-1"'. :· :.: ... ; .. : .. : .: . : -20 -10 0 10 20 30 40 50 . 60 ,--:;,?:,, ~;(ti Outdoor Ambient B Indoor Temperature (°F} r i ., 70 t*~il't>illlilt¾t1tri~--."' • _ .. ,.,. __ ,.._,_...,~.:w,r:,,;..~,1o~.;;1-~..i•1""'-"••l;=.\.r-h,J1<"_...'Al"li1-.x-/,Ui,J..JJJ~.11::;:1JJ1.1<',jj!.s1t:1~•~,d~•, .. ',fl.1' ,,• I, ----i ........ ~ ' ' ' 80 - 1177000 I I· ! Day&Night Air Conditioning Indianapolis. IN Clly ol Industry; CA MODEL 542E030 MODEL 542D060 MOUNTED ON ACCESSORY .. . .... "::;ijOOF-MOUNTING 'CURB Models 5420·& 54.2E are o~/(l;~s; ~~~i~~;~~\f-~ck~g~d heat pumps for residential ·a:nd·commercialapplicaiions. Th'ese heat pumps are the result of ou'tffrm'corrimftmeriffo ttie'desigii' aria de_. velopment of the finest.heat pumps _modern technology can offer. Our commitment _is bacl<ed by~9"i:1(aavariced·engineering·;testing, and research laboratories; and.our Wealth of practical experience. Model 542E is ·designeid. in t;o"' basic ~cabin.et. sizes, ·features ~ !3ide-by-side duct configuration,·and ranges in size from 024 thru 060, with voltage options to meet most residential and commercial requirements. This model installs easily on a rooftop or a ground- level pad. · · · ·:·, --. • · . . · .:.i-,·. Model 542D is used with· an accessory ro~f-mounting curb and in~ corporates a -down-discharge/return-air plenum as an integral part of the-unit; thereby, substantially ·reducing the installation time and cost. This model is offered in the 060 size with 3-pliase voltage options. . 5420 & 542E FEATURES. FACTORY-ASSEMBLED PACKAGE:is a compaci: fully ~elf-con- tained, all-electric, combination heating/cooling unit that is pre-' wired, prepiped, and precharged for minirium·installation expense. RUGGED,' EFFICIENT, COMPRE;SSORS are· ·specifically de- signed for heat pump duty and high energy efficiency during heat- ing and cooling operation. Each compressor is hermetically sealed against contamination to help promote longer life and dependable operation; and vibration isolated to provide quiet operation. During heating operation, these reliable compressors are designed for continuous operation down to extremely cold outdoor tempera- tures. 'All compressors have internal high-pressure and overcur- rent protection. INDOOR BLOWER MOTORS have been carefully selected. to min- imize energy consumption and to withstand the heavy-duty, year .. round operation required by heat pumps. These motors are de- signed to meet the requirements of a wide variety of residential and commercial applications. Belt-drive motors are used on 060- size, 3-phase units-direct-drive, multispeed (except 460-V) PSC motors are used on all other units. DIRECT-DRIVE, PSC, OUTDOOR FAN MOTORS have been selected to help reduce. energy consumption. Outdoor fan motors on all 3-phase units are two-speed and are thermostatically con- trolled to provide low-ambient cooling operation down to 40'F. Single-phase units are designed for cooling operation down to 55'F with field-installed 40'F low-ambient kits available as an option. BUILT-IN RELIABILITY COMPONENTS include a suction-tube accumulator that keeps liquid refrigerant from reaching the com- pressor, a low-pressure switch that stops the compressor if the_ re- frigerant pressure drops to an unsafe operating level, a crankcase heater to keep the compressor oil warm and free of refrigerant for maximum lubricity, compressor quick-start components on single- phase units to improve starting characteristics, and a unique metering devjce to eliminate potential serviceability requirements of check valves and expansion devices. UNIT DESIGN-Indoor and outdoor coils are computer-designed for opt\mum heat transfer. Vertical outdoor fan disctiarge carries sound and air up and away. Heavy-duty base rails provide for ex~ tra support and feature forklift slots (Model 542E only) for easier and safer handling before installation. The high-voltage inlet panel is designed to accommodate a field-installed electrical discon- nect. A low-voltage terminal block simplifies thermostat connec- tions. Refrigerant service connections make checking operating pressur_es _easie~.: r1ME/TEMPERAJ.!..IRE_ .DEFROST sy9tem is u~ed to increase heating cycle ef~ic_ien~. This typef of d~frost syst~m has proven to be very reliable. ::rhe ,:time/temperature control "looks" for coil icing conditions only at preset time intervals. starts the defrost cycle only if the defrost thermostat senses icing conditions, and automatically ends the defrost cycle when the coil has warmed sufficiently to melt the ice. WEATHERIZED .CABINETS are constructed of heavy-duty, phosphated, zinc-coated steel; and finished with corrosion-resist- ant, modified al!<yd, ta·de-resistant, baked Malibu"beige enamel. Interior surfaces of the blower.section are insulated to help keep the conditioned air from being affected by the outdoor ambient . --~ tem~~?~lrE ~i~;~1:;K~~i~~ i ;~~~-0~;-~;j -0 - SUPPLEMENTAL ELECTRIC HEATERS that mount inside the ... heat·pump: blo~E3(compartment are available in a variety of KW and voltage options. · . . SINGLE-POINT WIRING KITS are available fo_r use with most supp.lemental electric heaters to permit a single power supply for both the heat purrip and the heater; thereby, reducing installation costs. , '· , .. -·-.· :··-. ::.: ".::: . . .. .. , . , . · ·: ::: ;·i-<: :;~. · • · .A FULL LINE oi= ROOFTOP SYSTEM ACCESSORIES is availa- ble for field installation, including: plenums {not required with the 542D), curbs, horizontal or plenum· economizers, flexible duct packages: coriceritrfc"ciiffuser boxes; .barometric/ reiief. diimpers, and filter racks. ·. . _ · · .. . _ -~:>..: .--. · EFFICIENCY-ALARM CIRCUIT.:::This ci;cuit l~k;:o~t th~·'com- pressor_and lights up the room thermostat emergency-heat light if there is :a ·compressor malfunction. This warning reduces the likelihood· of higli-cost heating bills. by ·alerting occupants to the problem. This optional circuit also provides compressor protection by locking -out tlie compressor if . any of the other; protection devices ·in the ·system have detected a malfunction. The com- pressor ·and efficiency-alarm circuit can be manually reset with the room thermostat. · . . ADDITIONAL ACCESSORIES & OPTIONS are available -to meet the particular requirements .of a ·,variety of applicatio'ns. ·Se~ the' _ . System Accessories & Optional Equipment listiQgs in.this publica- . tion. . :._--. . · · -·. -Forr,i-No:· pos·-542E.24:3D D~"~ENSIONAL DRAWIN.r- 1\riodet 542E-Sizes 024 thru 060 542E REQUIRED CLEARANCE (Inches) Top of unit .................. 48 Blower access door end .... 30 Duct side of unit. ..... : ...... 12 End opposite blower Compressor access door access end .............. 12 side ....................... 30 Bottom of unit above anticipated snow level.. . . 6 NOTE: Provision niust be made for fresh ambient air to reach the outdoor coil without recirculation of the air from the outdoor fan discharge. MEETS DOE RESIDENTIAL CONSERVATION SERVICES · PROGRAM STANDARDS. ~--ELECTRIC HEAT HIGH-VOLTAGE INLET WITH MULTIPLE KNOCKOUTS (NOT USED WHEN SINGLE -POINT WIRING KIT IS_ USED) A.~9071 542E DIMENSIONS (Inches) Size A· B C D E F G H J 024& 030. 60-3/16 32-3/16 24-1;3/16 21 1-1-1/2 13-5/16. · •. 57 6-7/8 6-15/16 036 60-3/16 32-3/16 24-13/16 21 13-3/4 13-5/.16 57 --4-5/8, 6-15/16 042, 048, & 060 ·68-3/16 40-3/16 .30-13/16 21 · 16-3/8 .17-5/16 · ·-.. 65 .5-1/80 . 7-1/2 .. . . '. ... .. ....~ .._ ... :-·. · ..... .. . .... '-!.:--." -.. ·-., . --· ... -·· -... ,. '. .. ·. . -:-.:-;:-.. ;•. -. ·--: -. -· Sizes . K ... ,. ··' L· .· M . --~~_:..N.-,.-_.: ... ·,.p __ --';,, _-,.·?:.: R :.: ... :VS·,;.-;: vT,, .,. u :-·· -c:-.,,v -· 024& 030 _.: 18-1/8 1-1/2 .15-3/32 .12-9/16 ·.·14-1/2: 28-9/16 37-1/8 2 .. .. , 718 ,. ~.27-7/8·: · ..•.. 036 ·,·.:; :.-18-1/8 ·1-1/2 ·.15-3/32· ·12-9/16 14-1/2 28-9/16 37-1/8 .. 2-,; ---718 ' ·,.:27-7 /8 · 042, 048, & 060 -25 1-1/2 20-3/32 •015-1/8 -18-1/2 .34-9/16 44-1/4 2· 7/8 .· -35-3/16 • . .: "! ~ •• . ..... 542E Shipping Operating Corner Wt (lbs} Size Wt·(lbs) Wt (lbs) · A· B c-, D 024 320 310 78 75 77 80 030 334 ·--324 81 78 81-84 -0~6: -348 338 .. 85 82 84 87 042' .. ,.,453 · .· · 443 ·. .111 107. 110. 115 048 -.. _. 465 ,-·:·• ' --455 ·114, ·110 113· 118 · 000---;::490 .--~--... --·:480 -.;.· 0,120 ·-116 120 124 {?~~l'.;~,. .... -. -··.:···-·--. ,· .... ·-.,._ _.:_:.._ -~Y _. ·- /J4~~~i·::;.. _ •.. t , .. ~ ·d SPECIFIC IONS-MODEL 542-E-SIZES 024 Tl J 042 MODEL 542E SIZE J024 J030 J036 P036 8042 P042 SERIES A A A A •;;i•;:i ... f;I[~·., Unit Volts-Phase (60Hz) 208-230-1 208-230-1 208-230-1 208/230-3 230-1 208/230-3 Operating Voltage Range 197-253-197-253 197-253 187-253 207-253 187-253 Unit Ampacity for Wire Sizing 20.2, 27.5 29.2 17.8 34.9 25.2 Minimum Wire Size (AWG)* 10 10 10 12 8 10 Total Unit Amps 16.7 22.7 23.9 14.8 28.7. 21.0 Compressor Rated Load Amps 14.2 19.7 20.8 11.7 24.4 16.7 Locked Rotor Amps 66 · 82 85 87 94 95 Outdoor Fan Motor, DD, PSC {Wattst & Spds t 190& 1 190& 1 190& 1 190 & 2 155 & 1 155& 2 Full Load Amps 1.0 1.0 1.0 1.0 0.9 0.9 Indoor Blower Motor, DD, PSC {HP & Speeds) 1/5 & 2 1/4 & 2 1/3 & 2 1/3& 2 1/3 & 2 1/3 & 2 Full Load Amps 1.5 2.0 2.1 2.1 3.4 3.4 Max Branch Circuit Fuse Size (Amps) 30 45 45 25 50 40 • :J :I ·1 :t•J ~1,1,M ,•c.i :a H•., ir• Rated Cooling Capacity@ 95°F {BtuhH 24,200 29,400 35,400 35,400 40,000 40,000 SEERt 7.80 8.40 8.20 8.20 8.50 8.50 EERt ---7.63 -7.93 Rated Heating c·apacity@ 47°F (BtuhH 25,400 29,000 35,800 35,800 41,500 41,500 HSPF (Minimum-Region IVH 6.00 6.10 6.30 6.30 6.30 6.30 COPt ---2.68 -' 2.84 ARI Sound Rating Number** 19 19 19 19 18 18 .... tl,1,l:JCj=l,-'1-."t•J'.-'.l "'.t rc-1 ~ .. ,,1 l,, _.;.,. Ml h'• I":{ t -.:: Compressor Type Hermetic · Compressor Temp & Overcurrent Protection Standard (Intern?! Line Break· Compressor Internal Pressure Relief Valve Standard Compressor Vibration Isolators Standard Vapor-Tube Accumulator Standard Two-Way-Flow Refrigerant Metering Device MET JET With Piston Low-Pressure Switch Standard Compressor Crankcase Heater Standard Compressor Quick-Start Components Standard-All Single-Phase Units Refrigerant Service P.orts Standard · Heat-Saving Reversing Valve Standard , Timei-TemperatJ.Jre Defrost System -Standard .. -COMPROTEC® Compressor Cycle Protection Optional ~ Efficiency-Alarm Circuit Optional Vapor-Tube Filter-Drier Optional High-Pressure Switch Optional R-22 Refrigerant Amount (Factory Charge) 61bs-4o~ 8 lbs-4 oz 8 lbs-8oz • h'lt1araI:•~•11•:-w:l ._•l','l:t" Coil Face Area (Sq FtJ-No. Circuits 3.67-~ · · 3.67-3 3.67-4 4.67-5 Height x Width (In,) 24x22 24x22 ·.24X 22 24x 28· Rows & Fins Per Inch 3& 14 3& 14 4& 14 3&14 Blower Wheel Diameter x Width On.) 10X6 10x 6 .. . 10x8 10x10 Rated Cooling Airflow (Ft3/Min)ttt . 850 1050 1300 1535 External Static Pressure.On. wc)Ht 0.10~ 0.15 0.15 0.15 Recommended Min.Filter Size (Sq ln.)H .. ... ~ -Standard-Type · ·. · · · · · · ·408: . . .. 504 · 624 737 Cleanable-or High-Capacity-Type 265' .. 328 406 479 Condensate Drain Connection 3/4MPT-3/4MPT 3/4MPT 3/4MPT 1'111111TaTll'.•ao11 •:-w :1,,,, Coil Face Area (Sq Ft)-No. Circuits 10.57-3 10.57-3 10.57-4 14.26-5 Height & Width (In.) 24x 63.44 24x 63.44 24x-63.44 30x 68.44 Rows & Fins·.Per Inch 1.41 & 20 .2& 20 2& 20 2& 20 Fan Diamet_er (In.) -· .· 18 ·::::.:'!: 18 ·18 .. 22 . ---~ lf•1~111•,'.IIW:t,l lJ l•J.l.l:I,\~ Two-Speed, Direct-Drive Blower -Standard PSC Energy-Saving Blower Motor Standard Two-Speed, Direct-Drive Outdoor Fant Optional-Optional Optional. I Standard · Optional I Standard PSC Energy-Saving Outdoor Fan Motor Standard Computer-Designed Refrigerant System Standard Insulated Blower Compartment Standard . Low-Voltage Terminal Block Standprd '. Heavy-Duty Base Rails w/ForKlift Slots : Standard : • Use only copper wire for field connections to the unit. Wire S1Zes are based on 60"C copper conductor at 86"F (30"C} ambient temperature and the ampacIty shown in t~ble. If other than so·c copper conductor is used, if ambient temperature is above 86"F, or if voltage drop of wire exceeds 2% of unit total rated voltage; determine wire size from ampacity shown and the National Electrical Code. -· . -. . t All 3-phase units have a 2-speed outdoor fan motor and are thermostatically controlled to provide low-ambien_t cooling operation down to 40.F. Singt7-phase units are designed for cooling operation down to ss·F with 40.F low-ambient controls available for field installation. · · · ~ ·. ·. · ._ iRated in accordance with ARI Standard 240-77 and/or U.S. Government DOE test procedures . .. Rated in accordance with ARI Standard 270-75. . . . . . . t·t See the air delivery cha.rt for blower performance application data. · · .. · · . . .·.'. ·. < .. :, . ·_; :7--'-.. ,. :.. · · • · : HRecommended field~supplied filter sizes shown are based on a velocity of 300 Ft/Min_ at the ARI rated cooling a1rfl9~/:ir.!!I!er_Pre~_s_~r~-~1.?J.~?~'-~ ~-~t. exceed 0.08 in. wc for unit to · producetheratedcoolingperformance.----· ---· · ·--··· · ..... ·-• --.. , •• ·. --· -': ·.-_:-__ --::_.· -:-:,~-;::·.-,.-... ••• Model 5420060 units are furnished with two standard-type air filters (20x20x1 ). . -·: .. · ".:·::~ .. --,, .. ;~~;::~:;t~:€:'.~.: · uo_ 7R • _ _. •• :• --~~-• .-,.~\,. -.:'.-~.:-~~-:.:. ·:,_;;.~":-~ • AIR DELIVERY (Ft3/Min) AT INDICATED EXTERNAL STATIC PRE.~SURE & VOLTAGE* Blower Opera-External Static Pressure-Inches wc Model Motor ting Applica- Soeed Voltage_ tiont 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 542E024 Low 208 Heating 880 835 790 ~~7:40* -~).¥-690:,;, ~ti630$S w.,'1!565_,..,, -;..;,E'.4lQ.~ Cooling 850 810 770 ...;=~;~,:725!?; :~~:;_675.1; ~6:is-~ ;ifi~~550 ~-"'~::'A-65e 230 Heating 965 925 880 835 780 Wa;:7.20·~ ;!i\~655:(",.~ 1:\:i_57_5~ Cooling 940 900 855 810 755 ~'f-:7:CXUr: ~t,~635.?-'s ~t560:>,?: High 208 Heating 1015 970 920 870 815 iii:9,750:~ -~1~~~6857.f. :'!"f;605°;· Cooling 985 940 890 840 785 :;:~~F30~f ¼i:.:/665~\: tFI;f~5Bp~- 230 Heating 1070 · 1030 985 940 885 830 ~"#;;7.,65~ f~fo':680•~' Cooling 1040 1000 955 9-10 855 800 ~735.¾ ~'t._660,:; 542E030 Low 208 Heating 995 965 930 _:-;.-:;8~):& -~~~:845,1?~ ~7,.85~ ~705~ -~,590?f. Cooling 980 945 910 ~::t865;!i: }f-f.;820 .. jt ~1'i:760;:i ~680;.ti\l ~15601; 230 Heating 1070 1050 1025 995 960 915 -~ 'f¥.itt7f30 ti: ,,,, Cooling 1055 1030 1005 970 930 880 -~ ~680.~ High 208 . Heating 1165 1145 1125 1095 1065 1020. 955 ~84.P-~ Cooling 1150 1130 1105 1075 1035 980 900 'i,;."1ffj7Jl.0;:fi. 230 Heating 1260 1245 1225 1200 1165 1125 1065 970 Coot.Ing 1245 1225 1200 1170 1135 1080 1005 875 542E036 Low 208 Heating 1280 1235 1185 1135 1080 -~;; ~81._5.fil Cooling 1225 1185 1140 1095 1040 ?);'&{Sq!)~ 230 Heating 1485 1435 1380 1325 1265 1200 1115 ~~102~ Cooling 1400 1350 1300 1250 1190 1125 1050 ~~l:P~ High 208 Heating 1685 1630 1575 1510 1440 1360 1275 1160 Cooling · 1565 1510 1455 1395 1325 1250 1160 1045 230 Heating 1850 1785 1720 1650 1575 1490 1$95 1280. Cooling 1670 1615 1560 1495 -542E042 Low 208 Heating 1400 1360 1315 ~t~~ . Cooling .1370 1330 1280 ~t23P~ 5 230 Heating 1655 1610 1560 1.505 0 Cooling 1615 1565 1510 1450 5 High 208 Heating 1895 1840 1780. 1715' 1645 1570 1480 1365 Cooling 1825 1770 1710 1645 1570 1490 1395 1270 230 Heating· 2125 2065 2005 1935 1860 1775 1685 1'570. : Cooling · 2030 1970 1905 1835 1760 .. 542E048 Low 208 -Heating 1690 1635, 1575 1.510 1440 : CooHng 1650 1595~ 1535 l475 1405 . 230 Heating 1905 1855 1800 1740 1675 . Cooling 1860 1810 .. 1755 1690 1625 . High 208 Heating 2005-1955. 1900 1845 1780 1705 1625 1510 · Cooling 1955 1905 1850 1790 1725 1650 1560 1430 230 Heating 2270 · 2195. 2120 2040: 1955 1870 1765 1650. .. Cooling:,:, ·.a:.•2180 2110 · : 2040 . -.-1960 · 1880 1785: 1685 : . .. .1570.- 460 Heating, -.2070 .. 2000. 1925. , 1845. 1760 1665 .1560" .• -Cooling 2000 . ·1930 .. 1855 1-775 1690 1595 · ·: 1490. 5.5l® 542E060 · LOW:.:. 230. .. Heating .. ~. ::. 2250 . ·.·,2205 .. : . 2160. ·2110 2050 ... 1990 ·: · 1915· ~ 1830 _ -.(Single-.. -~ Cooling.-:~ .. :.2180 :. ··"·2135 -·-.2085 2030 __ 1970 : :1900 .. ·· 1815 ·.1100. .. . Phase .. High. 230 · .. Heating ·,._; :~2700·>·. J/2625':'. ' 2550. ·-2465 .. 2380 .:2285 ·:_ 2175· .. ·: 2055·' Units)· . . .. --Coolino •.. :.ce2550:o· ',:f2475'.'.. . .-.2395 _ 2315. 2220 .. 2120·-.-''2005 ·"1860"" ·-... ,. ..,, ... ... -*Deduct field-supplied air filter pressure drop &-tie~ter loss'('!'i~-~n ·used).to obtain av~!'-~~le external static p~es_s1,1re for ducting~-'.-~:-· t Heating airflow values are with a dry coil. Cooling airflow values are .with a wet coil. :;,:._-:.:,.:-···· --:-. : : · · · '.: · -· : ··· ·~ · . :.c_:._ ;~ NOTE: Shaded portions of this table fall below 350 ft3/min per.J2,000.B_tuh of rated cooling capacity. Indoor coil icing may occur at · · airflows below this point. Dashes_.are used in:;h·o~e-_area.'s of.the:_table that fa_ll.b_~yond the capability·ofthe i~door blow_er [11':)tcir: : . .-. .. . ..-. . . . . . .. : . :;;:.: ""_:::::..:.:_ .. --. -.. _. -_~;,~-s4ioci;~·:&:_s~1~;s}:·~~~E~--;;~-~{~~;~-·:-~~ ·-.,-:.: .. -i--,.<· .-. <A,-jNbicAi"'Eb0-·1\16f6if PuC:[ev·:·srftffNtis-~~-::·5; _; '\\ ---··' :-.. .-: , · - Motor Pulley :"~-Standard Optional -~ 'ru·riis Open·~-,--=-····:·1 Drive·-s·--:: = .· --, Drive* :-c··- 5 -· .. 805 · ; .... ·.546 ·. ::-.. ~-. 4-.1/2 '. --::'.:/.,'d ··i::l·,-;-.,.:::·.,, ·834 .:...';!";,:: •.. _. }.,.~·_::-;,';;-"!-575);,i-.-· .·,,. 4 . .. · · 863·:--: .--604·- 3-1/2 -·891 633 ·. 3 : • • 920 •C 661 • . . 2-1/2 949 690· 2 978 ."719. 1-1/2 1"006 ·748 1 1035 776 • .. ~ .. 1/2 · 1064 805 ....._._-.....;.·_-._· -...;.o_. ___ ...._ __ · _109_3_. __ _._ ___ 834 ___ __. ::-> __ .:_ ~-.-:-:._.-: __ ;:_:':\ ---:L . ' .. : .- . . . ·.· -... -~-:: • :> 1.r-:. '31· ' . . . .·.f~ -~tfi '--~~ ·:cJl -::~71: . ~~::._ ··- ~, ud .·:hi I ,···.t:2-::-u~- ,.-. 542D __ 542E DETAILED COOLING CAPACI, __ S Indoor OUTDOOR COIL ENTERING AIR TEMPERATURE °F Coil Air 85 95 105 115 ft3 Capacity Total CapacJty Total Capacity Total Capacity Total per OF MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys Min EWB Total Sens LDB· LWB KW Total Sens LOB LWB KW Total Sens LDB LWB KW Total Sens LDB LWB KW 542E024 •• 71 27.6 14.9 60.9 59.6 3.13 25.9 14.3 61.7 60.4 3.33 24.0 116 62.5 61.3 152 22.1 12.9 63.4 62.1 3.70 800 67 25.6 18.0 56.8 55.4 3.05 23.8 17.3 57.8 56.3 3.23 22.0 16.6 58.7 57.2 3.39 2Ql 158 59.6 58.1 3.56 63 23.6 21.0 53.0 51.3 2.95 21.9 20.2 54.0 52.2 3.13 20.3 19.4 55.1 53.1 3.29 18..6 18.6 56.1 54.0 3.45 71 28.0 15.5 62.2 60.9 3.19 26.3 14.9 62.9 61.6 3.40 24.3 14.3 63.7 62.3 3.59 22.4 13.6 64.4 63.1 3.78 900 67 26.1 19.0 58.2 56.6 3.11 24.2 18.3 59.0 57.5 3.29 22.3 17.6 59.9 58.3 3.46 2Q4 169 60.7 59.1 3.63 -63 .24.1 22.3 54.5 52.~ 3.02 22.4 21.5 55.4 53.3 3.20 20.7 20.6 56.5 54.1 3.36 19.1 19.J 57.6 54.9 3.53 · 71 28.1 16.1 63.5 61.9 3.24 26.5 15.6 64.0 62.5 3.46 24.6 14.9 . 64.6 63.2" 3.64 22.7 14.3 65.3 63.8 3.83 1000 67 26.3 20.0 59.4 57.7 3.16 24.5 19.4 60.1 58.4 3.35 22.6 18.6 60.9 59.J 3.53 2Q6 17.8 61.7 59.8 3.70 63 24.6 23.6 55.8 53.5 3.09 22.9 22.6 56.7 54.2 3.27 21.3 21.3 58.1 54.8 3.45 19.8 19.8 59.4 55.5 3.62 542E030 71-32.7 17.7 61.5 60.1 3.57 31.0 17.1 62.l 60.7 3.82 29.l 16.5 62.8 61.4 4.04 27.1 15.8 63.5 62.1 4.27 950 67 30.8 21.7 57.3 55.7 3.51 28.9 21.0 58.0 56.5 3.73 26.8 20.2 58.9 57.3 3.93 24.7 19.4 59.7 58.l 4.13 63 28.5 25.4 53.4 51.5 3.43 26.7 24.5 54.3 52.4 3.63 24.8 23.6 55.3 53.2 3.82 . 22.9 22.7 56.3 ' 54.0 4.01 71 • 33.0 18.5 . 63.3 61.6 3.64 31.5 18.l 63.7 62.1 3.89 29.5 17.5 642 62.7 4.12 27.6 16.9 64.8 63.3 4.35 1100 67 31.3 23.2 59.J 572 3.59 29.4 22.5 59.7 57.9 3.81 27.3 21.8 60.3 58.6 4.02 252 21.0 61.0 59.3 4.23 63 29.3 27.4 55.2 53.0 3.52 27.4 26.5-56.l 53.7 3.72 25.5 25.3 57.1 54.4 3.92 23.5 23.5 58.2 55.1 4.12 71 33.1 19.2 64.7 62.8 · 3.71 31.7 19.0 64.9 63.2 3.97 29.8 18.4 65.4 63.7 4.20 27!3 17.9 65.8 64.20. 4.~ 1250 67 ,31.6 24.5 60.5 58.4 3.66 29.7 23.9 61.0 59.0 . 3.88 27.7 23.3 61.5 59.5 4.10 25.7 22.6 62.0 60.1 4.32 ·63 30.0 29.2 56.8 54.1 3.60 28.0 28.0 57.8 54.7 3.82 26.3 26.3 59.1 55.2 4.03 24.6 24.6 60.4 55.8 4.24 1 542E036 71 40.0 22.2 61.6 60.5 4.44 37.7 21.4 62.2 61.2 4.70 35.3 20.6 62.9 61.8 4.94 32.8 19.8 63.6 625 5.1~ :, 1: 1200 67 37.3 27.3 57.4 56.2 · 4.32 34.9 26.3 58.2 57.0 4.55 32.4 · 25.4 59.0 57.5 4.77 30.0 24.4 59.8 58.5 4.99 63 .34.6 31.9 53.7 52.1 4.19 32.4 30.9 54.4 52.8 4.41 30.4 29.8 55.3 53.5 4.63 28.3 28.3 562 54.2 4.85 71 40.4 23.3 62.9 61.7 4.53 38.1 22.5 63.4 62.2 4.79 35.7 21.7 64.0 62.8 5.03 332 20.9 64.6 63.5 527 1350 67 37.8 28.9: _58.7 57.4 4.~l 35.4 28.0 59.4 58.1 4.64 329 27.0 60.1 58.7 4.86 30.4 26.0 60.8 59.4 5.09 63 35.3 34.0 55.0 532 4.29 33.2 32.8 · 55.9 53.8 4.52 312 31.2 57.1 54.4 4.75 29.1 29.l 58.3 55.0 4.98 71 40.7 24.3 63.9 62.6 4.60 38.5 23.6 64.4 63.1 4.87 35.8 22.7 64.9 63.7 5.11 312 21.9 65.5 64.3 5.36 1500 67 38.1 30.4 59.8 ·53_3 4.48 · 35.8 29.6 60.4 58.9 4.73 33.3· 28.6 61.0 59.5 4.95 30.8 27.6 61.7 60.1 5.18 63 · 36.0 35.7 56.3 54.0 4.39 34.0 34.0 · 57.5 54.6 4.63 32.0 32.0 58.8" 55.1 4.87 3QO 30.0 60.1 55.7 5.U 542E042 -: .. -·-71 45.5: 24.6 61.4 60.0 4.77 42.6 ' 23.6 62.2 60.8 . 5.06. 39.6 225 . 63.0 .,61.6 5.36: 36.5. 21.4 63.8 62.4 5.65 1300 67 42.21' "29.8 57.5 55.8 4.65 39.3 · 28.6 58.4 -56.7 4.92 36.3 ·_27.5 59.2 · 57.5 5.19 33.4 26.3 60.1 58.4 5.46 •; : . ~!~ ... 63 38.9 34.7 53.8 51.7 4.52 36.3 33.4· 54.7 52.6 4.79 33.6 · 32.1 55.7 53.4 5.05 30.9 30.8 56.7 542 5.31 -·· . 71 46.1 25.8 63.1 61.5 4.87 43.1_ . 24.8 63.8. 622 5.17 40.1 23.8 64.4 62.9 5.47 37.0 22.8 65.l 63.5 5.76 ' 1500 · 67 43.0 31.9 59.l 57.3 4.77 40.0 30.7 .. ·59_9 58.0 5.04 36.9 .'29.5 60.7 58.8 5.32 33..8 28.3 61.5 59:5 5.59 63 40.0-37.4 55.5 53.1 4.65 '37_2 36.0 56.5 53.8 4.92 34.5 34.3 57.5 54.6 5.19 31..8 31.8 58.6 55.3 5.47 71 46:2 26.7 64.6 627 4.96· 43.3 · 25.9 ,,6~.l -~3.3 · .f>.27 . 40.3 24.9 . 65.6 63.8 5.57 373 · 23.9 662 64.4 5.86 · 1700 · 67-43.6 33.9 60.4 -58.4 4.88 40.6 ··32.7 "61.1.: 59.0 · 5.16 37.4 31.5. 61.8 . 59.7 5.43 343 30.3 62.5 _60.3 s.1r .. 63 40.8 39.7 · 57.1 • 542 4.77 38.1 · . :37_9: : 58.1 ·'54.8 5.05 35.6 -35.6 59.4 55.4 5.34 '.33.i:: 33.! 60.8 55.9 5.63 542E048 .:, ... _.--::.·_: ·-./~~-~ .. --. ·-·~:------.. -. ,:,._ ----···. -• --. --·. . .· . -' -.. .. ·.·',:·· :-t ·-· -:---... ·-71 53.5 ~29,4 62.0 60.6 _6.13-50.2 -028.3_, , 62.7: -61.3~ .. 6.52 :46.6 . :21.0 .. 63:~, . 62.1 6.89 -43.0 25.8 64.2 62.~ -726 f --...... _ ~46.3) }58.°f 393·_ 155!}_ ._67 ... 49.9. ~36.0., .57.9 _-.56.3. 5.96 i34.s·: ':.57.2.' 6.31: • 42.8 '·332 59_5·_ 58.0 6.65 31.8 ·50.5: -58.8, S:99 . •.:.-: -"63. ".46.2--~421 .. 54.2. -522 5.78 . 43.0. ·::40_5-~ ::°5sf. }53.0·. 6.li'. 39.9 . . '38.9: ~56.( ·. 53.8 6.45 36.8 '36.8 57.l 54.6 6.79 .";"-,.-... ·--1~,y. :i.~~;~ 54-4.-_, _.,i~{,: -~~3-?_ 61.8·: 06.25: ..,50.8, -,29.h i63,93 ,62.4;. -6.64 -47.l' •028.~: -:64.6 \63.1 7.01 -~~}: -,272 65_.2_, .63,~, ,-739 ! ·· 1750 :-··5f5'"· 'fos' .t47_0'· -::t-·· -.. -::. ··:sQ.if'. -':sifa1 ·s.41: ;,.4 ... \=..;. 'fii .; ... '5Q.5 · 59.3 ~-35_g·, .43.5·. ;35_f: 60.B· ·59_0 6.78 ·34.0 61.5: 59.7 · 63 .. 47.2 ·44_8· · 55.7 53.3 ·5.92, · 44.0° -·43_0 · 56.6 · _.!i"{o·: 6.26 ·40_9 . 40:9 57.8 ·-54.7 6.61 37!3 37.9 58.9 . ·55.4 6.96· .. ;71 54.6 · 32.0 64.4 627 6.36 51.l ,. ·30.9. . 65.0 .-63.3 6.75 47.5 · 29.8 265.5 -63.~ 7.13 43!3 28.7 66.0 · 64.5 7.St_ . 1950 '67 51.1 : 40.1 60.5 58.5 6.19 47.s" 38.9·-. 61.i ,;59.1 ,. ·s:ss 43,9 ?not ~6.1.f: 59.8 6.90 "40,2_: 36.0 · 62.5 ' 725_ ·' .. -60.4 --:-53. 48.0 .. -47.C. 57.0 5(2 s.os· 44:9 4f9'. 58.l -~54.9 6.41-, 42.0 . 42.0 . 59.5 .55.4 6.78 392 · 392 60.9 .56.0 7.14 542D060 &-542E060 .. __ .( --. .-.. ~: .-: ----· .... . -. ~ --_..,._. ___ . ----... -.. --·---··-·. ··----..... .. ·-.. ' )1 .. 65.0 .36.9 -60.4. 60.0 7.36 -61.0 p5.5: -61.2-·.60.8--7.78 -56,6 . ._34,0 ··:62.0, 61.6 8.16 . 52.3 325 GJ.8 62.4 8.54 . 1900-· ... 57 --60.5 ~ _·44.7 _ .55_3· 55.7: -7.11-· 56.4_.-·43.l-'· --57.2 ° ·)6 .. ~-, lit ·-,~~f -:,Al.5: -,ss.o·: 57.4 · -7.83 : 48..4· ·39.9 58.8· 582 · 8.18 .. -· · .. 6~ -56.3 :52_0 52.5 . 51.6 . ·6.86· '52.6 • ::50.J'· .!53'.4'_: :52.4-·7.21 '49.0 :=43~t-.:54_4:: 53.2 7.56 45.4 ~ -45_4 55.4 54.0 7.92 ·-·:71-~ · 66.0 · ~38.9 · 61.8 612 MP. -~2,0_· 3Z,6 -,;62.4 ..61.9 ·7.85· ,57_5·· ·:36.1 · -:~5;3,l;. :'62.6. 8.24 --532-, 34.7 63.8 63.3 8.64 2150· c·57 61.7 . 47.7 57.7 -57.0 7.19 57.5. ·45.1 .. :58.4 · ·57.7 . ·7_57 ·53.3: '.44.5' ·592i. . 58.5 7.92 49.1 428 60.0 592 827 .. . 63 · 57.7 .55.7 ··53_9 52.7 6.96 ·54:r= 53_5·: _-54.9. 53_4-7.33 50.7 50.7 56.3 54.l 7.71 47:f' 47.3 57.7 54.8 8:09· 71 66.8 40.8 62.9 62.2 -7,49 62.7 _39.6 · 63.4 · 62.8 7.92 58.4_ ·_38.2 64.0 63.4 8.31 54p_ 36.8 64.6 64.0 8.71 2400 67 62.8 50.7 ·58.8 58.0 727 •. 58.4 -: 49.0 _59.5 58,6 : 7.64 54.2 :47.3 602 59.3. 8.00 49!3. 45.6 60.9 59.9 8.35 .. 63 59.1 58.8 . 55.4 53.7 7.05 . 55.7-·_ 55.7 . 56.7 -54.3 7.45 . 52.3 . -52.3 58.1 54.8 -7.84 -48.9. 48.9 59.5 55.4 8.24 .:J NOTES:_:_ _ _ · :·_ : .. : __ ·-......... : . . _--·. ---~·-··. -:·:.:-'"-·· ··..: .. .. ~: · 1. Total and sensible capacities are net capacities. Blower .motor heat has peen subtracted: .. .-. · . ·:.,. :0:: : •••••• :.:.:·:._ -:·.--.-'> .. . . . :. · .. : _. ~ ... _ _. -· .-. : .. :~.--· .\j 2. Sensible heat capacities s_hown are ba~ on 80°F entering air at the indoo·r co_il. For sensible capacities at other than 80°F, deduct 850 Btuh per 1000 tt3 /min of indoor ~ air for each degree _ _.~ below 80°F, or add 850 Btuh per 1000 w/min of indoor coil aifper degree above 80°F. . . -· __ _.:-....... ;_....... .-. 3. Total system.KW includes compressor -~W. out~ !an motor _KW, and ir!(loor blower "!O\or K~ . .::_._·:~ c --~-::,· -::~t. _.. · -· 1 :, '.~ ... · · · : .. · ..• -·;-~: ~;~~~~~E;:.;::;~~_;;'.:~~·;~~~t~ii~~;i [~·-;~'~:'.~¥:. ~~;di":~{ .. ~vi ' r 1 .. I l· I ,. ;• r . ~. I 1 ( ; i i' f DETAILED HEATING CAP . .,ITIES-Model 542E; Size's 042, 048, 060-Model 542D060 Total Total Total Outdoor Instantaneous Integrated Power Instantaneous Integrated Power Instantaneous Integrated Power Coil Capacity Capacity Input Capacity Capacity Input Capacity Capacity Input Air (MBtuh) (MBtuh) (KW) (MBtuh) (MBtuh) {KW) {MBtuh) (MBtuh) (KW) Temp Indoor Coil Air Temp (°F .EDB) Indoor Coil Air Temp {°F EDB) Indoor Coil Air Temp (°F EDS) • (°F EDB) 65 ,:70.· 75 65 .70 75 65 ,·70• 75 65 ··70 75 65 70', 75 65 70 · 75 65 70 75 65 :070 75 65 · 70 · 75 Size Indoor Coil Airflow (Ft3/Min) Indoor Coil Airflow (ft3/Min) Indoor Coil Airflow (Ft3 /Min) 042 1300 1500 1700 62 51.8 50.6· 49.5 51.8 50.6 49.5 4.58 ·4.70-4.82 53.1 51.8 50.6 53-.1 51.8 50.6 4.57 4.69 4.81 54.2 52.8 51.6 54.2 52.8 51.6 4.58 4.70 4.82 57 48.4 47.3,' 46.2 48.4 .47:3 46.2 4.44 '4.55 4'.66 49.6 48.4. 47.2 49.6 48.4" 47.2 4.44 4.55 4.67 50.6 49.3 48.1 50.6 49.3 48.1 4.45 4.57 4.68 52 45.0 ·43.9; 42.8 45.0 43.9 42.8 4.31 -4.41 · 4.51 46.1 44.9 43.8 46.1 44.9 43.8 4.31 4.42-4.52 47._0 45.8 44.7 47.0 '45.8 44.7 4.33 4.44 4.54 47 41.6 A0.5 39.4 41.6 -4Q.5· 39.4 4.17 :4.27, 4.36 42.6 .. 41.5. 40.4 42.6 41.5 40.4 4.18 4.28 4.38 43.5 ·42.3 41.2 43.5 .42.3 41.2 4.21 4.3l 4.41 42 38.2 :37.1·. 36.l-36.9 ·'35:9 34.9 4.04 ;4;12; 4.20 39.1 38.1-37.0 37.8 36.8 35.7 4.06 4.15 4.23 39.9 38.8 37.7 38.5 ·n5 36.5 4.09 ~]8 4.27 37 34.8 ;33_3 32.7 32.2 ·31:-3· 30.3 3.90 73.98' 4.05 35.6 c34.6. 33.5 33.0 ·32.lc 31.1 3.93 4.01 4.09 36.3· 35.3' 34.2 33.6 ·32} 31.7 3.97 .4..05, 4.13 32 31.4 ;30.4. 29.3 27.6 '26.:7~ 25.7 3.76 :3;83, 3.90 32.1 :31:2: 30.1 28.2 ,27.3· 26.4 3.80 '3.88 3.94 32.7 31.8 30.8 28.7 ·27.9· 27.0' 3.85 ~._93· 4.00 27 28.2 :27.2· 26.2 25.1 24.2-23.2 3.62 t3.68 3.74 28.9 128.0 26.9 25.7 ·24.8' 23.9 3.67 3.73. 3.80 29.5 28.6: 27.5 26.2 ·25:3, 24.4 3.72 :3.:79 3.85 22 25.l )24:1, 23.0 22.6 ,2J:-].: 20.8 3.48 ;a.542 3.59 25.7 :24?7: 23.7 23.2 ·22:3· 21.4 3.53 3.59 3.65 26.3 '25.3. 24.3 23.8 -22.8: 21.9 3.58 •3,65 3.71 17 21.9' ,20.9 19.9 20.1 -.19,2· 18.3 3.33 13.39. 3.44 22.5 ;-21.s; 20.5 20.6 '19.7._; 18.8 3.39 3.45. 3.50 23.0 22.0. 21.0 21.1-,:1_0:2· 19.3 3.45 ._3.5l_' 3.57 12 18.7 :17_.8. 16.8 17.6 :16;7; 15.8 3.19 ;3;24, 3.29 19.3 !18.3' 17.3 1$.1 ,11.2,. 16.3 3.25 ·3.30. 3.35 19.8 ·18.8'-17.8 18.6 ;Fl.:,7, 16.7 3.32 :~.n: 3.42 7 15.6 '14.6 13.6 15.l :H:2, 13.3 3.04 !3_.09; 3.13 16.1 tlS'.l, 14.1 15.6 ,14.7., 13.7 3.11 ;3,15 3.20 16.5 15.5' 14.5 16.0 ~15;,li 14.1 3.19 ?,3.23 3.28 2 12.4. )1-1:5: 10.5 12.4 m~5: 10.5 2.90 ~2,94) 2.98 12.9 m.9. 10.9 12.9 <11:~. 10.9 2.98 --3.02~ 3.06 13.3 112.3' 11.3 13.3. a2,s: 11.3 3.05 ~-99; 3.13 -3 9.23 J;8,31 7.38 9.23 ~8i31 7.38 2.76· 'i;~f?.9; 2.83 9.67 i;~.6? 7.69 9.67 ·18.67 7.69 2.84 ~.87;, 2.91 10.0 ~9.00 8.02 10.0 19,00 8.02 2.92 1z.:95, 2.99 -8 6.06 &:,5;15 4.25 6.06 l~l5 4.25 2.61 i2.65; 2.67 6.46 ;iS:45 4.49 6.46 i5:15 4.49 2.70 .2.:.73' 2.76 6.76 ~5:7~ 4.76 6.76 pp;?~ 4.76 2.79 ,f&Z: 2.85 -13 2.89 ;;2.00 1.11 2.89 fQ,00 1.11 2.47 12,50; 2.52 3.25 ~2:24 1.29 3.25 t2,2:4 1.29 2.56 i2.59i 2.61 3.51 ;-2.47 1.51 3.51 t2:~Z 1.51 2.66 ;2,68'. 2.70 Size Indoor Coil Airflow (Ft3/Min) Indoor Coil Airflow (Ft3 /Min) Indoor Coil Airflow {Ft3/Min) 048 1550 1750 1950 62 59.3 ,57,9· 56.7 59.3 i57j9; 56.7 5.82 ~g:9h 6.13 60.4 159.9-57.7 60.4 ·59.9i 57.7 5.80 ·5.96:, 6.11 61.4 '60.0. 58.6 61.4 !§.O,O: 58.6 5.80 -~,9.Q. 6.12 57 55.8 ;54:5· 53.2 55.8 :~:<1;s, 53.2 5.60 i;iJ?.{ 5.88 56.9 ;ss:s: 54.2 56.9 55:~_: 54.2 5.59 .5:73. 5.88 57.8 :56.4: 55.l 57.8' \SM. 55.1 5.59 :s;H·; 5.89 52 52.3 )51:0: 49.8 52.3 ;?ro: 49.8 5.37 ;,5_:_;il~ 5.64 53.3 152.0, 50.7 53.3 52.Q; 50.7 5.37 ;_5:51·: 5.64 54.1 ,52.8; 51.6 54.1 iP.?:~: 51.6 5.38 \5;52; 5.66 47 48.8 ,:4Zi6: 46.4 48.8 :N~6.c 46.4 5.15 i5~7} 5.40 49.7 *8.s: 47.3 49.7 :48,5, 47.3 5.16 '5.28 5.41 50.5 :49.3: 48.1 50.5 !,4_9:~; 48.1 5.18 ;~3Jj 5.43 42 45.3 f~f2i 43.0 43.7 iA?rZi 41.5 4.93 ~SM:. 5.15 46.1 t~s.o: 43.8 44.5 (43:4; 42.3 4.94 5.06' 5.17 46.8 '45.7> 44.6 45.2' ({Ml.i 43.0 4.97 ~5099_; 5.20 37 41.8 ;,i!0'.8: 39.6 38.7 t3J!ff..i 36.6 4.70 ~[l!J,; 4.91 42.6 M_E5'. 40.4 39.4 ;38:f 37.4 4.73 :4.83; 4.94 43.2 '.:42.2: 41.1 40.0 !9_9:0: 38.0 4.76 ;4'.$Jl 4.97 32 38.3 {37,3: 36.2 33.6 B2iZl 31.8 4.48 ~.,,!W 4.66 39.0 ~8.Q: 36.9 34.2 .'33.qi 32.4 4.51 ·'.4.61~ 4.70 39.6 :38.6, 37.6 34.7 ,319· 30.0 4.55 ;;<!;§~; 4.75 27 34.9 ~33:9: 32.7 31.0 :39.m _29.l 4.26, {4.~; 4.42 35.5 ~4:5; 33.4 31.6 :39.61 29.7 4.30 A39· 4.47 36.1 ,35:U 34.0 32.0 ~.m., 30.2 4.34 ~4;'431 4.52 22 31.5 ;30:4: 29.3 28.3· ~714! 26.4 4,04 !A~:n 4.19 32.l ·:3_to; 29.9 28.9 ;2& . .0i 26.9 4.08 Z.4il61 4.24 32.6 ;-31:6: 3Q.5 29.4· ?2&]; 27.5 4.13 ~f2JJ 4.29 17 28.0 ~2~:9,: 25.8 25.7 ;24W 2~.7 3.81 ~,8~) 3.95 28.6 z27iB, ;25.4 26.2 :25';:31 24.2 _3,86' ,3.9:4! 4.00 '29.l ;28.lj 26.9 26.7 i2.5fli, 24.7 3.92 :,3.9$,! 4.06 12 24.6 123.5:-'22.4 23.1 122.0.: 21;0 3.59 t3:~p_;. 3.71 25:l t2g.o_ ·22.9 23.6 '22:6, 21.5 3,65' ,3:7_1, 3.77 25.6 ·24.5'. 23.4 24.l i2_i3.0. 21.9 ·3.71 ;3_:J?J 3.83 • 7 21.2 r2.o.o: 18.9 -20.4 tl9;.4j 18.3 3.37 !3:'.42} 3.48 21.7 l-29.'6: 19.4 20.9 ½19.9: 18.8 3.43 ~J9: 3.54 22.2 ,21.0: 19.8 21.4 12.Q:3'. 19.2 3.50 f3;55.; 3.61 2 17.7 µ_6:6\ 15.4 17.7 ;:J.6,6; 15.4 3.14 ~3~lllJ 3.24 18.2 ~ht 15.9 18.2 ;J}.d} 15.9 3.21 ~;26; 3.31 18.7 llV\; 16.3 18.7 O?'.~, 16.3 3.28 i-~133; 3.38 -3 14.3 n_q:lj 12.0 14.3 11.3:Jj 12.0 2.92 ~:9(,J 3.01 14.8 }1,3:!i\ 12.4 14.8 {1$ .. 6:, 12.4 3.00 i.3,0:t 3.08 15.2 ,1:4.Q,, 12.7 15.2 M:Q_: 12.7 3.07 i/?ktlf 3.15 -8 10.9 e,9,65 8.52 10.9 19:{i_S 8.52 2.70 'fl/Z,3.i 2.77 11.3 n9a1 8.85 11.3 il0:11, 8.85 2.78 ,:1:.?.1/ 2.84 11.7 ;10.5; 9.19 11.7 }lQ.~; 9.19 2.86 \2:_8S..: 2.92 -13 7.44 /i.6:19 . 5.06 7.44 {&.119 5.06 2.48 ½2:50; 2.53 7.84 f6:60 5.34 7.84 \i6:6_0 5.34 2.56 ;2-.59! 2.61 8.24 ~6.98 5.64 8.24 is:98 5.64 2.65 }2,6fl 2.69 Size Indoor Coil Airflow (Ft3/Min) Indoor Coil Airflow (Ft3/Min) indoor Coil Airflow {Ft3/Min) -060 1900 2150 2400 62 71.1 \Q9;51 67.9 71.1 i,6_9).~1 67.9. 6.89 i?A9.4} 7.18 72.5 )'7J)_;__~, 69.3 72.5 1ZOi91 69.3 .6.90 t(iQ5j 7 .20 73.7 ;72;1% 70.5 73.7 lIQ-il~ 70.5 6.93 t7iQ9,i 7.24 57 66.8 a63.8 66.8 l{i~; 63.8 6.66 6.93 68.2 ;§,6:67 65.0 68.2 ;!l!i;fil 65.0 6.68 i§;~i 6.96 69.3 1!,JlZ; 66.2 69.3 tfll.F!t, 66.2 · 6.72 ~~fl;~§~l 7.01 52 62.5' 59.6 62.5 @.fl\ 59.6 6.43 6.69 63.8 ie.~i 60.8 63.8 i.GZ-~l 60.8 6.46 ' 6.72 64.8' t63,3J 61.9 64.8 i!1.~@j 61.9 6.50 6.77 47 58.3 (Q,G.:~: 55.5 58.3 l,,§;l)J. 55.5 6.20 6.44 59.4-ts.&;9: 56.6 59.4 i;5Jl_;_OJ 56.6 6.24 6.48 60.4 iS.9,Ql 57.6. 60.4 IP.!l:9] 57.6· 6.29. ..6.54, 42. 54.0 ~?l7J 51.3 52.l ] 49.5' 5.97 6.19 55.l l~3m ·52.4' 53.2 ~WJ 50.6 6.02 w.ili1i 6.25 56.0 ~j;_9J 53.3 "'Ir· 6.08 ;9}.?_01 6.31 37 49.7 i~? 47.1 46:0 43.6 5.74 5.94 50.7 tf~~ 48.1 46.9 ~Sf& 44.5 5.80. ~l~ 6.01 51.5 iS0.13,i 48.9 47.7. 45.3 5.86. )5,'.92~ 6.08 32 . 45.5 ~4/3.I 43.0 39.9 37.7 5.52 ~&11 5.70 46.3 t1sm 43.9 40.6 ;,~] 38.5 5.58' ~;(i!sj 5.77 47.1 t4~.9.i 44.6 41.3 39.2 5.65 !{,_'!J,5; 5.84 27 41.3 ~om 38.8 36.7 34.4 5.28 ~'?.lil 5.44 42.2 f!0'.9l 39.7 37.4-35.2 5.35 ig4:41 5.52 42.9 ~m! 40.4 38.l {3ltQ~ 35.8 5.43 i~,5?( 5.60 22 37.2, !3Ji::91 34.6 33.5 P.?l'Af 31.2 5.05.5.19 38.0 t;1.6fl~ 35.4 34.2 31.9 5.13 ts:-zm 5.27 38.7 !37J~; 36.l 34.9· r,!~il~ 32.5 5.21" \liJ2.~1 5.36 17 33.l ~Jt~J 30.4, 30.3 ~9t?i -27.9 4.81 4.94 33.8· f,!_2,§_: 31.2 31.0. i.Z~-ilJ 28.6 4_90: fD,;~7,; 5.03 34.5 ~33;_21 31.8 31.6 :lil:29.2 4.99 ~:!)Ji; 5.12 12 28.9· !27i!51 26.2 27.2 \-25NJ 24.6 4.58 ~ ,:_ 4.69 29.7 l.2~:31 26.9 27.8 l2fl:9j 25.3 4.67, i4}7~j 4.78 30.3 i2S.QJ. 27.6' 28.4_ 25.9 4.77 li'!l!!Sj: 4.88 . 7 24.8· !.2.3)?l 22.0 24.0 'fl.2f!J.. 21.4 4.35' ~:@9] .4.43 25.5 l2.M'Z, 22.7 24.6 !4.3~j 22.0 4.45 itl;.4.9j 4.54 26.J' }2_4JJ 23.3 25.2 %.22i~.: 22.6 4.55 ,[4;~91 4.64 2 20.7 V.~;3J 17.9 20.7 R~l$j 17.9 4.11 ~~.5' 4.18 21.3 t20:Jli 18.5 21.3 !29,m 18.5 4.22 ~.6! 4.29 21.8 12P-~l 19.0 21.8 l?Q:§j 19.0 4.33. -3 16.6 }1?)2,i 13.7 16.6 il~i2~ 13.7 3.88 ~~91 3.93 17.l Il.5~i 14.2 17.1 P-5.ll!i 14.2 3.99 ~:U21 4.04 17.6-ll6:3j 14.8 17.6 il,'9~! 14.8 4.11 4.16 -8 12.4 m.ioJ 9.48 12.4 $1.!liQ: 9.48 3.64 !~\66j 3.68 13.0 P.J!!5.l 10.0 13.0· ;lJ;!5j 10.0 3.77 i 3.80 13.4 }l2,0; 10.5-13.4 flf{9.i 10.5 3.89 : _ .. 3.92 -13 8.29 il:6:85 5.30 8.29 ~:85 5.30 3.41 ~:§2i 3.42 8.79 i/)7f36 5.76 8:79 W!26 5.76 3.54 3.55 9.21 1!7;81· 6.23 9.21 17i81 6.23 3.67 £f67} 3.68 NOTES: · I. Instantaneous heating capacity values shown include indoor· blower motor heat. These values ignore the effect of outdoor coil frost buildup. 2. Integrated heating capacity values shown are net values to which effect has been subtracted. To obtain total system heating capacities, add the heating capacity of the supplemental electric heaters to the integrated capacities. · · · • 3. Total power input valu,es include the compre~sor, outdoor fan, and indoor blofer motors. 87-552.. 2075 LAS PALMAS DRIVE CARLSBAD, CALIFORNIA 92009-4859 Office of the City Engineer Jack Thomas Qlittr nf QiarLsha.o COUNTY OF SAN DIEGO Department of Public Works 5454 Ruffin Road San Diego, CA 92123 INDUSTRIAL WASTE PERMIT APPLICATION NO. 4f// Enclosed is a copy of the application for an Industrial Waste Discharge Permit from the subject applicant. Your review and recommendations on this application will be appreciated prior to the issuance of a waste disposal permit. ~~ z: &__,....___tS~-- /'t)t!: LLOYD B. HUBBS City Engineer LBH:SEE:lch Enclosure: Application No. c: Building Department Fred Rowlen, Encinas Plant Arnie Wing, Department of Health Services TELEPHONE {619) 438-1161 COHHERCIAL/INOUSTRIAL APPLICATION FORM FOR INDUSTRIAL WASTE DISCHARGE PERMIT CITY Of CARLSBAD APPLICATION: NEW ------(CHECK ONE) REVISED ---- BUILDING P.C. NO.~ APPLICATION NO.: fA// INDUSTRIAL CLASS: 3} ~e~ -s::-----DATE: 1/-/6-8_7 ___ _ ~tureof'City Representative CoN-rncr .:::=,, /4Nl71l W1cJ<.1=R» f36 -02C13 APPLICATION fOR INDUSTRIAL WASTE DISCHARGE PERMIT A. GENERAL: ~ / cf'S-FA ,t A ~,,q Y,AV< S i'\ ~ C.-1 n. AS~ESS:~ / zo . APPLICANT: A v u r 1?J ?7 1, ~,. < ""4 L ''-. ~ TYPE OF BUS !NESS: Sc) CI A--L W o ,i_ I, C' o t., /v $' e L otL ,S' APPLICANT'S .400RESs:,;i.1.rs-~ttAdAy Avf' Sc,, r<"' /'20 C'AKl~6~d 8. WASTES ANO PROCESSING: l~mestic. Was~e Only GENERAL DESCRIPTION OF (Check where applicable) 1:1 Industrial Waste 1:1 Industrial Waste NOT Discharged to Sewer Discharged to Sewer WASTE (Chemical and Physical Characteristics of proposed waste):.;..... _____________________ _ GENERAL DESCRIPTION OF PROCESS ( If Applicable): __________ _ C. WASTES TO "f?£ DISCHARGED TO SEWER: WASTE: (Check One) TREATED: UNTREAT ..... Eb .. :-~-- 1 ~ 0 0 0 t/1 3/1~ -~ /0~· QUANTITY: AVERAGE ____ GPO (Daily ) MAX IMUM _ ____,,,..---,,--GPO (Gallons Per Day) OR REPRESENT A TI YE OF FIRM :__:.fv'_-e_L_v_r _1v __ +.--r:-_ -:-~~-~-~_d_A_~ __ _ (Print) TITLE:,~~~~L.!.&::t~cfl__,,._;;f::::::::::;;:;::::::....;,_ SIGNATURE :_.;;....i..;~:=;;._ ____ ,..;.;..~....::/......,... ......... ~------DA TE: __ I-'-/ /_/_.z~/J_f-+,L __ _