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Home My WebLink About2270 COSMOS CT; ; 83-471; PermitLENDER WORKER'S COMPENSATIONI i ; i~~ DECLARATIONS CONTRACTOR a at9 3 3 » II gl!c. - -9S ISTRUCTION WHETHER SPECIFIED HEREIN OR NOT 1 ALSO AGREE TO SAVE INDEMrKEEP HARMLESS THE CITY OF CARLSBAD AGAINST ALL LIABILITIES JUDGMENTS COEXPENSES WHICH MAY IN ANY WAY ACCRUE AGAINST SAID CITY IN CONSEQUENCEGRANTING OF THIS PERMIT \ \cn *- OH""Tl W-< H > > TZZmoo V£S5ANT sKlGN^trURE / I/fly JL OWNERD CONTRACTOR DMA«6 4wMf\ » ~°« D0 ! APPROVED 1f' OA 1 HAVE CAREFULLY EXAMINED THE COMPLETED ' APPLICATION AND PERMICERTIFY UNDER PENALTY OF PERJURY THAT ALL INFORMATION HERECDECLARATIONS ARE TRUE AND CORRECT AND 1 FURTHER\CERTIFY AND-AGISSUED TO COMPLY WITH ALL CITY COUNTY AND SlATff LAWS GOVERNT AND DO HEREBYN INCLUDING THEREE IF A PERMIT ISNG BUILDING CONtf||s? HfH-n Every permit issued by the Builjexpire by limitation and bfecortnby sjSph peuMi is ngfcom/Jiendeeif tfia buiUatna or jJbrk /rfuthftri35*33'c§A-<c — " a ^ £'sssi* »T.|ai5|l = |. Mf*f )rovisionsofthis>ui)ding or workthe date of suchs suspended orol 180 davs*Cfl u< >SNA PERMJTJEEP AND DE:TURES OVErS REQUIRED FOR EXCAVATIONS OVEMOLITION OR CONSTRUCTION OF1 3 STORIES IN HEIGHT/X m 33 ^ COo 33 TOTAL FEES PAYABLE5-CREDIT DEPOSITTEMP OCCUPANCY (30 DAYS)c — •• ^> $ ? o m 3D 0 •^s, 1- 6Zcnm H X 0 00 s 1 \ —1 o m rNJ0c •^ ^V ^ Si 33 IMODEL'ALTfR PER CIRCUIToX o •Tlrnm ^ ^is COsu DJ OO OOCD toro ro O to - X CO I c 5* CO CD<o o COo (Oro S3 OCn to m 00 O CD m T3 CO CD 33 ROCK STORAGE ^m o 1 OOCD ro roro 0cn to - X STORAGE TANKSoEU So. OOo COro ro p to Z oozCO m s-D CO i 33 ^ <COLLECTORSCOo 0o -nmm a -H O—1 O ELECTRICAL PERMI. -i . *» w c '' *§SOLARwwcm BRIDGE FEE•PUBLIC FAC1 ——1 ES FEE 32 00 00 8933O -u C£ OD 0-C \ • > i TOTAL MECHANICAL\FIRE SPRINKLERS - ' 01 00 00 8227 ~1 * ,i STRONG MOTION ' ' 8092330519S b oin oo-n 0 CO m COo 33 O ge COrorocn t WATER SOFTNERRELOCATION OF EA FURNACE/HEATERMOBILEHOME PARK INSPEACH VACUUM BREAKERMECH EXHAUST - HOOD/OUCTSoCD m O m 0 oCD g OOrorocn «EACHINSTAl. ALTER REPAIR WATER PIPE\»VENT FAN SINGLE DUCT-r MECHANCD 0 CDO O COro ^\EACH GASSYSlEMbOR MOREMETAL FIREPLACEm 33 O § CD0 GOroroCO \ < ^\ ^m X 0 CO CO CO— (m O O r^BOILER/COMPRESSOR 3 15 HP— \o i — -o1 —cz CO o oCD g COrororo 1i \"EACHWATER HEATER AND/OR VENT jBOILER/COMPRESSOR UP TO 3 HPg OXm 0 CDO S OO s |>$-\ ^EACH BUILDING SEWER'OVER 100 000 BTUCO CT> -am33 O O0g OOroro ' S f £EACH FIXTURE TRAP't ^INSTALL FURN DUCTS UP TO 100 000 BTUI BUILDING PERM— 1 O g 0o COroroO | vS PLUMBING PERMIT ISSUEI H MECHANICAL PERMIT ISSUEU SUMMARY/ACCOUNT NUMBER, / ^r -—; V \CENSUS TRAClTJ f- Zo cv>m PARKING SPACERES UNITSGRADING PERMIT ISSUEDY D N DREDEVELOPMENTAREAvD NDTYPECONSTOnn r0 o FIRE SPRYO NQP; ^ j\ , u .. ]' \ \\ 1\\^ i \ a ^ z D Tlr 7J mi~m NOSTORIESOCC GPmoc 6=ni n *» & *;IOESCRIPTION OF WORK I1 ^^ ,1DESIGNER S ADDRESS1 DESIGNER S PHONE• \.l/W9Bm$ 3874*900a<J|f5H& K/«/-B3- SPTto'SOHot Valid Unless Machine Certified^ O (^V f T^l ? M «f DESIGNERLICENSE »STANDARD PLAN #1 -< m \ \ m ° 1 CONTRACTOR S ADDRESS/ ~~~*~LICENSE NOT)f- z a * r DO CVIm' noom rOH BLOCKSUBDIVISIONV -I ON naodvd dossa.ssvOo 2-1 O ^CONTRACTORS PHONE «INJOZm JOB ADDRESS ^^ AVSTRO NEAREST CROSS ST<£.2i.~?6 L^^^t^-^- && >4s 1^?BUSINESS LICENSE tt1 c> ^S r-»c:s. \J"^ Tmv 1 •"T" z-~j c m i U §> m 3D toQ.00 LDING DEPARTMENT APPLICATION & PERMITornia 92008 1989 (619)4385525<= rri OD f— 0 —4 •om O 8" Xmin</> 3O O •o•oI—CANT TO FILL IN INFORMATION WITHIN SHADED AREA AND DECLARATIONSWhite — Inspector Green — (1) Finance (2) Data^ Process, Yellow — Assessor Pink — Apphc|Tnt Gold — Temporary File SPECIAL CONDITIONS !BUILDING 1• I? * li< r "-^s ' t V _* ^ \ ~$ 1rv (^ -V K k t^ft * * ^^4 ^#' -ELECTRICAL jMCOUAMir*AI 1> •n^.) sx,r ^ \ ™C ^ fj 1 ^£ ^s$r &w ^1o ? IrPLUMBING i•j- r „ v • •n2 p " r i i • t CALL FOR FINAL INSPECTI]ITEMS ARDVF HAVif.>jj *• Tl_- T|< BP-Dr- •C5> J-D3t> 3] O T) 3) • S•a • / J,VENTILATING SYSTEMS'_ - • j 3 ( C C c T ! C ^ ^ rn> H > D ~) Z 3 /) n n^^r> *+, ^, a D O TJ nj s n 3]m^n no 2 o 1 y K* ^k r\ \ sm^z>zz ' 1 j11 1 ! i .n BONDING n POOLD ELECTRIC SERVICE D TEMPO> •3)•< ( *s* > "X, , \ * t i ^ 'ROUGH ELECTRIC^ 1 ^J &A V * a m rr - C czom 3]C C Za a c-fi Tlm 3) 1 ELECTRICAL... i1 ' >0 WATER HEATER D SOLAR \NAH 3J O co Hm C/3 —mw n i"! n TUB AND SHOWER PANN -^^'^5 TJ 0C a § m n m 33 S: ^ "" i, X^1 «^-* ^V ^SPECIAL. MASONR^^ •UNDERGROUND D WASTE D \=> £J m•33 ^ •w ^r•rrf\ \ aC Hen SEWER AND BUCO DIPUCO*HIGH STRENGTHPLUMBING' >FIELD WELDING7, „ 'CONCRETE1 r D Ca 5 D s c: «*3rr '"N1 •sf ^r: \i JOH HTIZ 5zTl r Hn 3 5D 5C 0 1•) » > ^k V ^ \ rc r FT rr INSULATIONPRESTRESSED-EXTERIOR LATH« ? — ^STRUCTURAL CONOVER 2000 PSIn m Hm -FRAME=S 1 — , D^^«* ^> &\N\ TC C c —cz IT , 0Dn : i L i C-t L <j3-n 3 TI C c I 5 i*i '5 ] 3 )i ] 3 t *] eC fe cC - i cr FLOOR & CEILING SUB FRAMEn D n •) 3 ^5 > 75n i GUNITE OR GROUTINSPECTIOZ 013)m m007.m TI 0 =; Tl CO T) ^ — 1 $ C^) ^ 0 Hm g:> p 35 r CC 5rC c-r C5r 2 01rr c 2u zey TrrC CTJ en ZOHmCO 3n 2 TCa nc nn Dn 3 5n•} r>) 1•j > 031 ) H j P 5 31 » i 3>13 ) 11 FOUNDATIONFIELD INSPECTIOZ TJm ID D BUILDING, ; ^ ^ •om o m zCOTJm § 3 V - ,. , C ' Sf .^\ -^^^ LENDER j a i?n if :S c » 058 underwithinessis ins .1 STRUCTION: WHEl1 KEEP HARMLESS'I EXPENSES WHICH'1 GRANTING OFTHIilFHER SPECIFIED HEREIN OR NOT. 1 ALSO AGREE. TO SAVE INDEMTfHE CITY OF CARLSBAD AGAINST ALL LIABILITIES. JUDGMENTS. CCMAY IN ANY WAY ACCRUE AGAINST SAID CITY IN CONSEQUENC!S PERMIT .STS AND APPLICANT S SIGNtMOgyL •• ..^ OWNER D CONTRACTOR tfI i Vi ^E CAREFULLY EXAMINED THE COMPLETED 'APPLICATION AND PERMIT1iFY UNDER PENALTY OF PERJURY THAT ALL INFORMATION HEREONARATIONS ARE TRUE AND CORRECT AND 1 FURTHER CERTIFY AND.AGRED' TO COMPLY WITH ALL CITY. COUNTY AND STATE LAWS GOVERNINAND DO HEREBYINCLUDING THEEE IF A PERMIT IS3 BUILDING CONExpiration Every permit issued by theButlcCode shall expire by limitation and becomeauthorized by such permit is not commencepermit, or il the building or work authonabandoned at any time after the work is coring Oflicial under thenull and void If the3 within 180 days tromzed by such permitnmenced for a periodDrovfslonsofthlsBuilding or workthe date ot suchs suspended orof 180 days ,* AN OSHA PERMITV Q" DEEP W40 OESTRUCTURES OVES REOUIREOMCNJTKW CMR 3 STORIESFOB EXCAVATIONS OVE1 CONSTRUCTION O*N HEIGHT _. ^--7X 33 _ O C/5 O in TOTAL FEES PAYABLE^CREDIT DEPOSITTEMP OCCUPANCY (30 DAYS)' O rr ro "SJ 0 2 C/)LICENSE TAX 01 00 00 8162-MPPOLF 20UAMPSin IMODEL'ALTtR PER CIRCUIT•n ;»; T1m t/3 DJ O g T\J ro o io - X X -a c/) o f o OOo toro r\3CJ 0en to Tl (1ST BLOG EA AMP/SWT/BKRROCK STORAGEm3 COO ro ro 0en to - X X STORAGE•z. en o{U sd. g IOro §CO .^ O C/) m i cc 33 COLLECTORS "^COo o01 — TT m n c/ii D." ELECTRICAL PERMI— i ww, m • i -<i SOLARC/3 cm 1 '.. .PUBLIC FACBRIDGE FEE1 — •H C/5-nffl .OJr>o i§ OOs, a j TOTAL PLUMBING [• |TOTAL MECHANICALSTRONG MOTION 80 92 33 0519FIRE SPRINKLERS 01 000082271 m X reOoTl JD 0 Oo 0o 33 WATER SOFTNERRELOCATION OF tA FURNACE/HEATERMOBILEHOME PARK INSPEACH VACUUM BREAKERMECH EXHAUST HOOD/DUCTSoCD m o m o 00 00 8225EACH INSTAI. ALI ER REPAIR WAT ER PIPEmZ—4-n Z C/) Z f—m O — i MEGHANo i — o E O0 OOror>o EACH GASSYSTEMbOR MOREMETAL FIREPLACEmi —m O 1 — 0 oo oo CO CO EACH GAS SYSTEM 1 TO 4 OUTLETS | :BOILER/COMPRESSORS 15 HP—io— t i—cr; CD CD 0 Oo 0o COr>oror-o X \EACHWATER HEATER AND/OR VENTBOILER/COMPRESSOR UP TO 3 HP-ai — 0rrm0 0 oo oo CT> S EACH BUILOING SEWERr OVER 100 000 BTU- SIGN PERM— H 0 OOs OO EACH FIXTURE TRAPS |INSTALL FURN DUCTS UP TO 100 000 BTUBUILDING PERM0 oo 8 CO rsj0 OH PLUMBING PERMIT ISSUE$ §MECHANICAL PERMIT ISSUE<A| 1 SUMMARY/ACCOUNT NUMBER•| CENSUS TRACT11ti r- Z O C PARKING SPACfcRES UNITS01} D NG PERMIT ISSUEDYD N DREDEVELOPMENTAREA>D NDTYPECONST0nn rO O FIRE SPRvQ NQi i j / 1 n ^ zD T 3) mr.m oz2omw Oon cTl rnoc o r Tii V. p ^ r? MW. ^- " "S * S1 ^ ^ H' 1 1 b DESIGNER•2l*> tr?QOC-Z*3NOHd S- |Q*g6/B35@e8 lAoQQ. QOO|BBfiC"iaffi6/>B3 lAoDQA/of U"a//rf £/ff/wi Machine Certified00 1 oJ oo i 0 | t&r53 t V' t/J I 0 m STANDARD PLAN #BUILDING SO FOOTAGEfe> 0 f M \J oz 6J: A|J, LICENSE NO|3eae*«<S2>T)r Z D tt COr DO "C(A 0 O Om 33 </i Z > O 3 Cfl 0 *8 j BLOCKkAfcts&tfSUBDIVISION^TVqASSESSOR PARCEL NOnM • O Pi ™* J^ > \ ° ^ °* R 1i 1 1 CONTRACTORS PHONE »h-vv-e xc> ~-brrim JOB ADDRESS AV ST RD NEAREST CROSS ST.2-2.7 o <i.o^A^k3is OT"> -^C^OTTI-- Oz. C^KP/A/A."V ° 5 n. f AJ O^y H BUSINESS LICENSE If£X<C. .VALUATION^^t\ ^^"^ D Vs ••• \1 CARLSBAD BUILDING DEPARTMENT AP, 1200 Elm Carlsbad California 92008 1989 (619)4385525PLICATION & PEFX H OO ? o z—4 mZ o BO •v3D CM 3D •o•oI— O z 3 T] r-i- 2 I •33 > 5z i z (0 Dm0 3) ZO o p DO O CO White — Inspector Green — (1) Finance (2) Data Process, Yellow — Assessor Pink —..Applicant rr ~Gold — Temporary File SPECIAL CONDITIONS !1 BUILDING !>^w C i< r S; -ELECTRICAL iucr^ui AMir*Ai i">a -^rn t -~ N "~^v w(\\ - -PLUMBING <* •n z r- ••.••,n >>aC*:rrai «;IT Qrrrr 2^£^ ac^rr 2 -n-O i i ^^ )| 'TJ•m:o iS'1 ^^)2 IIm 'Cj^•j» JTJ 3J OTJ «^. ^^•sm - , «VENTILATING SYSTEMS 1»HEAT — AIR COND SYSTEMS |D a o B« TJ m _2 a 3Dm^n TJ •Z-Q 3mr> X> 5t> i i D BONDING D POOL [D ELECTRIC SERVICE D TEMPO|=^w JO ROUGH ELECTRIC iD ELECTRIC UNDERGROUND D 1^.nnm30 ELECTRICAL \n 1m3D im 5m 30 D co O E 3D > m 3D O CO m nn -> /> 7 TUB AND SHOWER PAN iO H D § m a ~^S " m 30 SPECIAL MASONR'-% i UNDERGROUND D WASTE D \h25m 30 aC — iw SEWER AND BL/CO DIPL/CO iHIGH STRENGTHPLUMBING ;FIELD WELDINGCONCRETEr C 3 r 5 C: ««3r 0 H H-n Zft 0zTl D r n 3 5 D > H 0 3 3 >^> rc*:r3rr rr INSULATION 'PRESTRESSED'~EXTERIOR LATH \STRUCTURAL CONOVER 2000 PSI0Dm— im FRAME iTC ZD CZ Zcr Cfl Im zQ n 30 OO-n D CO m 3D TlJ3 O O FLOOR & CEILING SUB FRAME |SOILS COMPLIANCm GUNITE OR GROUT iINSPECTIOZ o133m mno m T^O >z "°T 35^— 1>o CO O Hm | 33 3nC ^5rC 0"inriP inC C c/ ZVTmr c33 Z O-FT 00 3n 21 3Cn c/ nr DnD 5n3 0 3n } > ' 3T3 ^) V 5 3 ] » 3 > 1 J j 1 FOUNDATIONFIELD INSPECT,OZ 33m O 33 °BUILDINGm 0 Hm Z' CO•om Q 0 i ' •^OO^ Vris•• - 1 ESGIL CORPORATION )«aO CHKJsAPKAKK I>R , SI.7ITK 122 SAN DIKC.O, C-A SHMg:* (619) o(M)-l 1OH &TV S*S" b "Wo i-ate i Prepared byi VALUATION AND PLAN CHECK FEE Q Bldg. Dept. O Esgil FLAN CHECK NO . c33 ~ BUILDING ADDRESS APPLICANT/CONTACT . BUILDING OCCUPANCY PHONE NoG?/3 J DESIGNER PHONE TYPE OF CONSTRUCTION CONTRACTOR PHONE /s ¥22.0 BUILDING PORTION O.'^&Cg' TTZ Air Conditioning CoTmercial Residential Res or Comm Fire Sprinklers Total Value BUILDING AREA ^9^*7/ WZ-7ti VALUATION MULTIPLIER G37SS -/7 @ 2.80 § 2.40 § 1.50 VALUE 223=. /423<?<it>j S3 796^ /zvjfa Pee Adjiir, terl lo Reflect Dfnergy RLQU 1 a t i onsS^fee x 1 1) Q Handicapped RegulatlS^is (fee x 1.065) Plan Check f . e 5, ( i.) fl (1 I i\ I S 8/4/82 Citp of Cartebab f ^ PLAN CHECK NO. OWNER PLAN REC'D. PLAN CHK'D. CHK'D. 3Y ; Date:Jurisdiction LS&&S&&& Prepared byt VALUATION AND PLAN CHECK FEE D Bldg« Dept. P Esgil PLAN CHECK NO. BUILDING ADDRESS __ APPLICANT/CONTACT . BUILDING OCCUPANCY PHONE NO. DESIGNER PHONE TYPE OF CONSTRUCTION CONTRACTOR PHONE BUILDING PORTION BUILDING AREA VALUATION MULTIPLIER VALUE GV/ltg?/rt£? C*. ->r?<?J?t Res. Baths (over 3)2,20C Res. Fireplaces (°^er 1,760 Air Conditioning Commercial 2.80 Residential 2.40 Res. or Comm Fire S-orinklers 1.50 Total Value Building Permit Fee $ Plan Check F CP $ Adjustment foi State Mandated Handicapped Access Regulations 1.065 C 0 M ME NIS 8A/82 OCT26I983 CJTYOF CARLSBAD " -yepartment JM'CA Ji.i J/ROVIiH i.) i ! !'l . ;, ;, •< ,P IMI ;= ., i ; . ^\'^ '""" """"""Wmwiiiiiiiiiii O> ? 5" S :£• =>"2 « -g K S (TO „,SE.£ = jf -sn -. ° crJS __ §-|«-S3To- 3 §' £ ?|S. g. "= -IT 're c? = sji!rg-g-f? ?*<«g-r^s•./> — ra — -^ f MSIS.c? c--5 ~&: wi < C &: S.2 2-3 3 = V. S 0"~ goal's o=; O 3c. r* — f/3 r;— -w cr ••>• » ? S ° '%s 1 1 ? =s cr ^ t=B. n £ £ £•t: *• -T « OI § Sis^ 3 ~. n o *~. ^f ^T1 £•^ 21 o 9 o-T- o ^ oO ™ Cd CJ n CJ c * o."H = 5 "^ o v2" EL 5-0 0 ^ ,. o5 3 c o ?••* cr c 3 o.r^ C < ~ C-*"* v; o ~~ ^*3 ~i Jj £- •- S 5-? ? "s> ?r? 3 ^r HmUIIII Sec 791304 (a) Open Systems and Processeenclosures ,n which Class I II or n, A Ijquids arcand processes shall be provided w,,h ventilation ,n ;of this section Where natural ventilation ,s not suiprevent the accumulation of flammable vapors rrprovided and usedn 3 « c [^ " ? 0 % ? B £* & g3 3 C5. O = 2 = § - &~ 3 0 ~ - ,. Q. "T R (KJr5 0 S 0 '^- -> _- CL oS « El _. ^— ^r "^ 3 ~,£i c S" o 9s o o -a g X 3 **-! *5 "H3 Q.^ 3 S '-^ X C ;/) — ?• S < *< ° — 3 5 ^ n~5 5 2 §.?To 5 3 q IMIIIII VentilationHllllllllllliiii EXCEI I ION The quantity of liquid thatdispensing and mixing room or storage cabinet <shall not exceed rha, specified in Section 79 ->0gallons of Class IB 1C II or III A hquids•={ 2 ^ fc- £2^§ g-O v; o Z! o ;=r|s§»C ^ n^ ^ 2. 3« fc? Ow " cs: S feft 5;c cx K ~^ r"a " o?r o- 2, 0 H B SEc Otg % MMimiMiiuimmi (c) Use of Liqu.ds The use of Classes I 11accordance with Division VIII&;3O. 5> bOC C- (/!^rP crn 3 "III IIIIIIIIIIIIUimini Incidental Storage and Use of LiquidsSec 791303 (a) General This section sha]ndustnal plant where the storaec and use of iiqui,business such as automobile assembly construfurniture manufacturing or similar operations(b) Storage of L.qmds Storage of Classes Iaccordance with Divisions II, III IV, V and VI1—»Dp. > £Ctr c«£TB-i— icrn 5 O Q. —~ '•" V§sl ° s -2. 5. °r, fT -. "Heo £.!?3 ~.^ C *T30 ~ 0 •2 « gC T-t O^~ ^J «Z" >-l JT3 ^ ^ goo(D — ^h 3-g M" S. 3 ! Sec 79 1302 Buildings shall be constructedCode3 WOo O-w30os ^J- 3-o 03c E-3tra | ConstructionWhere portions of such plants involve chemireduction halogcnatlon hydrogenatlon alkyl;chemical processes those portions of the plaDivision XV Chemical and Processing Plants3 S 0 "* O *^!/) 3 "^*^P 3 -"8 s 8"f 1^- -J c/-3 re-t t/i B S Co £ "0 S 3- O c t; 3. 3 ^ t: u O 2 3 X 0 0- C.o £iS lo5-23 iiniiliillilliilinii, ,,,, , „,,„„„ f- c f. 3* u>~ O 3" ' ^ On 3- G => X5 0=- - ri = o -0 Q. '•" — 3" (B0 3 E; 3 o o £ 3 5- - 5 « I ° o3 cr 0 _§ a. o -i "O o o HMill3 ? H- S <S ^ 7 5- i ^ R § r' =• ? 1 2^r = * 1 | r3 r> £. -o ISJI« = S - 0." ~ 0 ~ c L n~ a. - 3 J; •< = C. 2 = 5^3 C o "^ 5 5-a fc.C.-, 2 73 » 3- 3 £.3 ^< ~ 32 £ "^ 7 — 0 -Ej t- ?^ — cr 3- "w "^ Zr ~1 f. 0 = r-3 3 o 5 S § - S3 5 5 5 z D CV) D II £i 2 x V) Cz -n O35 moOO CD00IOma Ho a= =og. ° -5 > - 5 I £ ^ ?"? = 5 ?N^ 33 3 =. O po- n f> r S. 5 S- 5" o^ g °- -^ ^ ' ^ "^. — ~=-ja—= ~J Sf O - « O £ |.« * roS" ^TSg-?- S 3 S, o- « -SS ? X" 5 5? 33-5 S.|S32^o-i 2g>D.3 OfT"^ O.3--? S = ^C. 0030 tOO=, °3-«X,"o-J -i iililiiiMiiiiiiMtiiiiiititMMiiiiifiiiijiiiiittHitniniiilfliiitiiiiiiiiitMiiiiiitiiinHiuniiiiiiiiiiii tiiiiniiiiiii mi i t 111 in nmi nu inn 111 illinium ti >R H Mbc. . STRUCTURAL. ENGINEER. 4,0 &.0 40>0 0L L ' CALCS 0.G see rJ, C42.cs * 5? -Of W • T' 7/2= / /ofo - 0700 . /2 - ?2. &>*•W IV -- yi-f* ra- - 4700 // /2 - C/S6- ~ % 1070 7T2//9 e ft (9ft) /b*1* /? 7?tf COL //-/& 7x27- 70 /Of.7 ?00 2 = Vooo ^s/= fVSTALL < /=r& fit /*/*?- /#* L,P, /£: /o / <:/*-» ?****' <? WL. '= 7? 7-5 nt so /o-o'// 27 $.00 it.?9 fO /0<?0/2. .*fo-0 MK. O " ?-*£ — it> 0 ^ / $59 - /O.&ft _~ ** h*f*?e c-& x <LK>/? , <2-<> a?"- TO G A 7 year 7L; /0. OL *'*»#. -T 12M. -- "-- - < COW J^/ /•== J ® '--//1 5 (00 - //? 5/2 y G#,96> 4.7+ /#<? 7.7 - £gg_ W.77 •+S.97 •+J.97 '*?'* -/ Jf ti H z/^ray ^77 XA = /9 = s*?tt 1*7/4 '77/ .^ =./^ ^A: /'&" /o COLS * COL Z r 0-0 < * .?* 10 G/2 year " 72? y /y • A- .- /// , *• /*,?/%./ " 7f* COL &-/7-M _£_ /if/ fLLfli ±Z_ JL_ /f s-s /o e,%' /(i. /fi. VICTOR H ABE STRUCTURAL ENGINEER /20CK-C/26/G <2 O 2,0 £0.0 far , co W'-- OC CALCS 0.G 7J C4Z.CS 7/2* LL .y u) -& 7X2 --A '- "17,11 - 7/2- X2 --W&Ox/fif) L-- zoo - 740 '- */ ±r-L ffZO 9 >7 eu, --*/ •K It77 77 L-1 7-2 .y L. &*$*,' - 10 ^ COL /*#- 7/27-A - - //,7 7° /;- J02 7 too $ r20? $ ~ INC. AIR CONDITIONING INDUSTRIAL REFRIGERATION * TITLE 26 CALCULATIONS ENERGY CONSERVATION STANDARDS FOR NON - RESIDENTIAL BUILDINGS I2 INFORMATION INDUSTRIES CENTER CARLSBAD, CALIFORNIA DATE OCTOBER 20, 1983 FORMS (1,2,3,4 & 6) The California Non - Residential Energy Conservation Standards have been reviewed and the Design and Calculations comply substantially with these standards \ 1330 POTRERO AVENUE SOUTH EL MONTE, CALIFORNIA 01733 (213) 283-9581 CALIFORNIA STATE LICENSE NO 102216 BUILDING DATA FORM BUILDING ENVELOPE COMPLIANCE Form 1 Pro,««* T.ti. 1 intormat Los AngelesLocation SITE DESCRIPTION BLDG DESCRIPTION Wall Roof ion industries lenter Documented tw> JMC , California Location Code Number (from Table 2 of Appendix 1) Latitude Degree Days heating (from Table 2 of Appendix 1) SF Solar Factor (from Fig 41 17 or Table 2 of Appendix 1) AT, ASHRAE design temp - 78° (from Table 2 of Appendix 1) Occupancy Type Code Number (from Table 1 of Appendix 1) Gross heated floor area sq ft Number of floors Ground Floor Perimeter, ft Longest diagonal dimension at ground floor, ft Height, ft Record the detailed materials data on the Materials Data Form Surface Areas A<* Total AQVV Line 12 Heat Transfer Coefficients (see Section 4 1 8) winter (heating) summer (cooling) Shading coefficient of glass (from Table 3 of Appendix 1) Weight of Wall Construction, Ib/ft2 Mass Correction Factor (from Fig 4 1 16) Equivalent Temperature Difference (from Fig 4 1 16) Surface Areas o» Total Aoi % skylight! Note If Line 29 is 5% or greater automatic light sensitive switching systems are required in the area lighted by sky light Enter the difference between line 27 and 5% of line 28 or zero whichever is the greater Enter the sum of line 26 and line 30 Date in/?n/P.3 Checked hy . Data , 126 i 33 9 3 2061 d 123 2 7 054 7 4315 » 1 q 336 in 120 11 9 Form 2 Ta<-|ilf> wall 19 tUby "wumHrjuu 13 ybo "rlnnr 14 pj + 13 + 14 15 3D?fi uwall 16 729/ 305/ 074 ij ._ 1 "I Ov\A/inrlnw 1 * 1 r 1 J UH™, Ifl NA uw 19 689/ 305/ 074 ,,20 111 UH™, 91 NA sr 97 65 <M 93 76/16 MCF 24 .75/1 .00 TO 95 23/44eq laque rnnf 9fi 431 5 A«kYlight 27 0 -(7fi + ?7» 2fl 4315 l?7/9fl) 99 0 in 0 31 4315 BUILDING DATA FORM - BUILDING ENVELOPE COMPLIANCE 2 Information Industries Center Pag* 2 of Form 1 Heat Transfer Coefficients (See Section 4 1 8) winter (heating) Floor summer (cooling) Shading Coefficient of skylight (from Table 3 of Appendix 1) Mass Coefficient (from Fig 4 1 16) Absorptance (from Fig 4 1 16) Floor Area over unheated space U value for floor HEATING DESIGN CRITERION Standard UQW (from Fig 4 1 2) Standard UQr (from Fig 4 1 3) Standard UQf (from Fig 414) Maximum allowable Uo (from Fig 4 1 1) Proposed Uow (from Fig 417) Proposed Uor (from Fig 41 10) Proposed Uof (from line 40) Proposed UQ (from Fig 41 1) Note UQr is calculated from the equation of fig 4 1 10 for the proposed building using the value from fmg 3Q for tht ana of skylights, and the value from line 31 for the overall roof area A. u,__f 32-roof U.^I-K, 33 _ UP 34 _r U, 35 _ SC$ 36 _ Me 37 _ Ac 38 _ Anf 39 _ U0f 40 _ 43_ 44 45 _ 46 _ 47 _ 48 49 50 .046 NA .046 NA NA 92 79 NA 431 100 250 2364 484 046 NA 2265 Line 50 must not exceed line 46 'or COOLING DESIGN CRITERION Standard OTTWW (from Fig 4115) Standard OTTVr (41 x line 44) Standard OTTV (from Fig 4 1 13) Proposed OTTVW (from Fig 4 1 14) ProposedOTTVr(from Fig 4 1 14) Proposed OTTV (from Fig 4 1 13) Note O TTVr for the proposed building is calculated from the equation of Fig 4 1 14 using the value from line 27 for the area of skylights and the value from line 28 for the overall roof area Aor 31 8 4 10 15.52 51. 52. 53. 54. 55. 56 Line 56 must not exceed line 53 32 1 1 37 14 04 U = (Uwa11 Awal1 MCF) + ("window Awindow) + (Udoor Adoor)ow .Mow U = (Uroof Aroof) + (Uskylight Asky1ight) AAor OTTV = (Uw x Aw x TDEQ) + (Af xSF x SC) + (Uf x Af x T) W Artow OTTV = (41 Ur Ar x AcMc) + (118 SC^ + TU^) Aor ( 431x3026)+( 100x4315) 3026+4315 ( 077x441x 75)+( 729x483x.75)+( .074x1134)+(l . 13x968) 3026 ( 046x4315) 4315 ( 484x3026)+( 046x4315) 2364 4JU = 046 = 2265 U Uor (3026)+(4315) STD OTTV = (31 8x3026)+ (4 1x4315) _ = 15 518 3026+4315 32 (1 11x968x7) 3026 OTTV = (41x.046x4315x.92x. 79) _ = 1 37 4315 PROP OTTV =(32 lx3Q26)+(1 37x4315) _ = 14 Q37 (3026+4315) MATERIALS DATA FORM BUILDING ENVELOPE COMPLIANCE ^ProjactTidt) * Information Industries Center Form 2 »,,». ^os Angeles, California Wall Wall Type 1 (6" Tilt-Up) Weight of wall construction. Ib/ft2 (see Sec 4 1 8) Heat Transfer Coefficient (see Sec 4 1 8) Surface Areas (attach sheets to document any additional compass orientations) Wall Type 2 Weight of wall construction, Ib/ft2 Heat Transfer Coefficient Surface Areas (Attach sheets to document any additional compass orientations) Wall Type 3 (GYP/R-1 I/GYP) Weight of waH construction, Ib/ft2 Heat Transfer Coefficient Surface Areas (Attach sheets to document any additional compass orientations) Pat. 10/20/83 Chucked by Data U« *5 Orientation 3 Area 4 Orientation 5 Area 6 Orientation 7 Area 8 Orientation 9 Area 10 Total W2 11 Onentat.on 13 Area 14 Orientation 1 5 Area 16 Area 18 Orientation 1 9 Area 20 Total W3 21 Orientation 23 h_S Area 24 Area 26 Orientation 20 Area 30 Total 76 729 N 73 E 0 S 106 W 304 483 76 077 N 225 E 216 NA NA NA NA 441 16 074 rtition 1134 NA NA NA NA NA NA 1134 MATERIALS DATA FORM - BUILDING ENVELOPE COMPLIANCE Pag* 2 of Form 2 2PROJECT TITLE T jpfnmiatinn Tnrlii<;triP<; Center Wall Type 4 Weight of wall construction, Ib/ft2 W4 31 NA Surface Areas (Attach sheets to document any additional U4 32 NA compass orientations) Orientation 33 NA Area -"U NA Orientation 35 NA Area 36 NA_ Orientation 37 N/L Area 38 NA_ Orientation 39 ^L Area 40 NA. Glass Type 1 Shading coefficient (from Table 3 of Appendix 1 or mfrs data) 41 65 Heat Transfer Coefficient (from mfrs data) 42 1 13 Surface Areas (Attach sheets to document any additional Orientation 43. compass orientations) Area 44 352 Orientation 45 i. Area 46 56 Orientation 47 " Area 48 560 Orientation 49 NA Area SO NA Total 968 Glass Type 2 Shading coefficient (from Table 3 of Appendix 1 or mfrs data) 51 _ NA Heat Transfer Coefficient (from mfrs data) 52 _ NA Surface Areas (Attach sheets to document any additional Orientation 53 _ NJL compass orientations) Area 54 _ NA Orientation 55 _ NA Area 56 ____NA- Orientation 57 _ NJL Area *« NA Orientation 59 _ IM_ Area 60 _ NA. Glass Type 3 Shading coefficient (from Table 3 of Appendix 1 or mfrs data) 61 NA Heat Transfer Coefficient (from mfrs data) 62 NA Surface Areas (Attach sheets to document any additional Orientation 63 NA compass orientations) Area 64 NA Orientation 65 "" Area 66 NA_ Orientation 67 L!iL Area 68 \2D- Orientation 69 Area 70 LllL- MATERIALS DATA FORM - BUILDING ENVELOPE COMPLIANCE Page 3 of Form 2 2PROJECT TITLE I Information Industries Center Glass Type 4 Shading coefficient (from Table 3 of Appendix 1 or mfrj data) 71 Heat Transfer Coefficient (from mfrs data) 72 Surface Areas (Attach sheets to document any additional Orientation 73 Llii. compass orientations) Area 74 LliL Orientation 75 " _ Area 76 NA_ Orientation 77 ""_. Area 78 NA Orientation 79 . Area "A Roof Roof Type 1 Weight of roof construction, Ib/ft2 (see Section 418) 81 _ £2_ Heat Transfer Coefficient (see Section 418) 82 046 Surface Area (Attach sheets to document any additional roof types) 83 431 5 Skylight Area 84 _ NJL Skylight Shading Coefficient (from Table 3 of Appendix 1) 85 _ _ Skylight Heat Transfer Coefficient (U value) 86 _ NA_ Floor Floor Type 1 (floors over non air conditioned spaces only) Weight of floor construction Ib/ft^ (see Section 418) 87 Heat Transfer Coefficient (see Section 418) 88 Surface Area (attach sheets to document any additional floor types) 89 Doors Surface Area 90 _ 'NA NAHeat Transfer Coefficient (U value see Table 4 of Appendix 1) 91 HEAT TRANSFER COEFFICIENT PROPOSED CONSTRUCTION ASSEMBLY Form 3 (Rev 1 5/78) ) i%— " (If ) ^N * 1 ^1" '! V"'' i ' \ 1 ''U •- Sketch of Construction Assembly Wall / Roof Floor WEIGHT ~7-> Ib/ft2 List of Construction Components R 2 /?-/ id^uL^lOH II ^"^ 3 '-,/A? --to^/P -5^ 4 5 6 7 8 10 Inside Surface Air Film ^,5 _, _"' cooling heating "~ Outside Surface Air Film f •"> ^ ,,'7 Total Resistance Rt ! 2 -^ 1 /—~/3 cooling heating U Value (l/Rt) _ .O~l£> ? 1 1 cooling heating HEAT TRANSFER COEFFICIENT PROPOSED CONSTRUCTION ASSEMBLY Form 3 (Rev 1 5/78) , J(f - • 11 'j^ Sketch of Construction Assembly Wall / Q — _.*HOOT Floor WEIGHT ~tfo |b/ft2 List of Construction Components R 2 3 4 5 6 7 8 10 Inside Surface Air Film . taQ> -fc-5 cooling heating Outside Surface Air Film . ZL£~ - / ~/ , Total Resistance R. / -4$~ / 31 cooling heating U Value (l/Rt) .^3^ ,7 2.^1 cooling heating HtAI I HMinor tn v,vji_r r iv.ii. i» i PROPOSED CONSTRUCTION ASSEMBLY 'I I I I ££L Jtj r*FT iTuJ Sketch of Construction Assembly WEIGHT ^ ^5 Ib/ft2 Check one Wall Roof Floor List of Construction Components ,T10N 3 4 5 6 7 8 Inside Surface Air Film Outside Surface Air Film Total Resistance Rt U-Value (l/Rt) cooling (a 8 cooling cooling cooling 00 2S *6> & heating heating 2\ 6\ heating o A^t, huting HEATTRANSrkHUJtFf I 'ICNT PROPOSED CONSTRUCTION ASSEMBLY orm Sketch of Construction Assembly WEIGHT I (o Ib/ft2 Check one Wall Roof _ Floor - List of Construction Components 1 3 4 5 6 Inside Surface Air Film Outside Surface Air Film _ Total Resistance U-Value (l/Rt) cooling cooling cooling 305 cooling heating heating heating heating HEAI 1HANSFERCOLFH i\ NT PROPOSED CONSTRUCTION ASSEMBLY rui JIB Sketch of Construction Assembly WEIGHT ! Ci Ib/ft2 Check one Wall Roof _ Floor - Lut of Construction Component! 2. £- 3 c 4 5 6 1 Inside Surface Air Film Outside Surface Air Film _ Total Resistance Rt U-Valua (l/Rt) cooling cooling cooling cooling R 56. 00 heating heating heating heating -uLl « Ni ATIL. < FORM WAC .YSrEM<; rof'PLIANCE (Complete for nch synem)Form 4 (B»v 1 5/781 kTrtl« X7 r R i e <»Documented bv Locatton 'roject Designer Checked by Date Date /^ ?2 "S 3 DESIGN CONDITIONS Building occupancy type (Table 1 of Appendix I) O'^Z "1 Project Latitude (Table 2 of Appendix I) 3"*>. 7 Heating D=gree Days (Table 2 of Appendix I). .' /.goe, Daily Range /*? HEATING LOAD DOCUMENTATION (Attach calculations) Outdoor Design Temperature. Winter ^& °F Indoor Design Temperature "7 "2_ °F Outdoor Air 4<-c' CFM Heat Loss From Outdoor Air / V?:S Z Btu/Hr * Temperature of adjacent unheated spaces •*•/ ^ °P Transmission Heating Losses £- 4 "^^O Btu/Hr • Infiltration Air ... CFM Heat Loss From Infiltration Btu/Hr Ventilation Air . . CFM Heat Loss From Ventilation „ Btu/Hr Outdoor Air for Special Processes. CFM Heat Loss From Process Air Btu/Hr. Other Heat Losses (describe) v Btu/Hr Total Heat Losses 7^/fc/^ Btu/Hr COOLING LOAD DOCUMENTATION (Attach calculations) Outdoor Design Temperature, summer, dry bulb. ........ '-''••> f Outdoor Design Temperature, summer, wet bulb ^ f °P Indoor Design Temperature, summer, dry bulb "7"^ °F Indoor Design Temperature, summer, wet bulb *•- ^> F Transmission Heat Gam ~^<JS'S1_ Btu/Hr Infiltration Air CFM Heat Gain From Infiltration Btu/Hr Outdoor Air for Special Processes CFM Heat Gain for Process Air Btu/Hr Solar Heat Gam Through Windows, etc. ^ <-' - & . Btu/Hr - - Heat Gain From Lights, Equipment, People, etc. ^f 2. C1~~»<* Btu/Hr Heat Gain From Other Sources Btu/Hr .f ' • Outdoor Air- Fixed Minimum Type System CFM Per Person (Not to Exceed Tabulated Minimum Ventilation Rates) . f ^ CFM/Ptrwn Heat Gam From Outdoor Air ?'/'/' Btu/Hr — . - - - . / 1 i i ' . r> i... /IJ_ A S H R A E LOAD CALCS HEATING LOAD H • h / >/^4 ^^^i* ^ T'o.rJ //JOo "STF* )&•?$ W WINTER DESIGN CONDITIONS INDOOR TEMP Section ROOF SKYLIGHT Wa3s NORTH NORTHEAST EAST SOUTHEAST SOUTH SOUTHWEST WEST | NORTHWEST Glass NORTH NORTHEAST EAST SOUTHEAST SOUTH SOUTHWEST WEST NORTHWEST Partitions & Roors PARTITION #1 PARTITION n FLOOR Area OUTDOOR TD TD/2 TEMP X U-value | x 4 3/-T X X 72 DEG. F 4& DEG F -^2, DEG. F t(o DEG. F TD ~o4(j X X =Btu/fY lil = = &~b 5"! 2-76' 21^ / & d> *>"J4 X X X X X X X X .-] 2* ; 72 ^ = 7 2 cl ~71CI 3-fj-Z o •^d) t76o X X X X X X X X X X X X X Xx X 3.Z "7 "1> ^- 1. 2 -5 -TJ xi- / n / /i / i ~?> X X x xx x xx •?»7 - "^ "Z "<, -1 = = = = = = = = = - _ — = = _ c> fi ^ 1 Sc =>>& 23~1 1 ~?°fll / 2 7 ' Z& & 2 'j ~L 4-j*** ** *^ | to 2 4 if // ^-^X X x 074 X X x /o TRANSMISSION LOSSES OSA LOSSES ^ou CFM X 1.09 X 3 z,= = = — / 5^ 2. 6? 4 2^0? BTU/HR l\fl'^2 BTU/HR TOTAL HEAT LOSS 7 # / V ^ BTU/HR DOC BY L _ _ 1 1 - - - - A S H R A E LOAD — CALCS COOLING LOAD W T^ /^Fo&rr>ftT'^.N/ l*r^-^mt&$ 11 DESIGN CONDITIONS OUTDOOR INDOOR DIFFERENCE Section Roof & SkyHght ROOF SKYLIGHT WaBs NORTH NORTHEAST EAST ^_ SOUTHEAST W SOUTH SOUTHWEST WEST NORTHWEST Glass NORTH NORTHEAST EAST SOUTHEAST SOUTH SOUTHWEST WEST NORTHWEST Partitions & ROOTS PARTITION #1 PARTITION n FLOOR DRY BULB &li F 7s F / ^ F Area X WET BULB <^\ F c? » F F U-value | x -- HUMIDITY RATIO (LB/LB) , <'••' / <:- 6 o G>0<7 Q, - 00 / Z CLTD =Btu^ s 431*X X - &4 (c X X / ^a = 1-Sfc^^ a. 2"!& 3.1 (c. X i. iC/'j *"l f -fj X X X X X X X X » Gft'7 . L-«r/ - C» K> "/ _, * C- £3 "| X X X X X X X X / 3 •*2 1'^ -J / c? = = = = = = - - "Z(^a>'l ^ 7o Z / 7^2 V77<7 ' ^=72. <3 ':TC- -5C,'J X X X X X X X X /, // /- / / /- / / X X X X X X X X / -7 / 7 / 7 = = = = = = = = 6 C. 4 1 <r^> /^S'6 t » -*C"/^ ~7 li*>4 X X X •> ^ 7 A X X X C*~ S I 'TRANSMISSION GAIN DESIGN CONDITIONS FOR AUGUST 21, 4 P.M SOLAR TIME 1 = = = S"^ •£ 3^j^^7. BTU/HR DOC BY A S H R A E LOAD CALCS SOLAR GAN Sectton SKYLIGHT NORTH NORTHEAST EAST SOUTHEAST SOUTH SOUTHWEST WEST NORTHWEST Area x SHG x CL^ x SC Btu/hr X X X ^S2 x ~^~l x 1^ x ^-s = 4 vi 5 X X X 0 X X \ <z> X X X -S ij> X ill X - •*> 7 X A ^ = C1 1 */ X X X t?60 X ^/c/ X *&1 X -4S = 4^-2^ X X Y - yvJoTTE: ; -Sd ^A ^. ^/-<NK»t,EO -^Ufi T" O/GrRHA^ TOTAL SOLAR GAIN ' ^o^2& BTU/HR INTERNAL GAIN PEOPLE LIGHTS EQUIPMENT OSA 4o occ x zs-^ x a-s = wt. 7^ H^o" WATTS X 3. 414 X .85 = 24c->-iS = 4<^0 f.FM Xl l.nq X • ^ - -56 ttt TOTAL SENSIBLE BTU/HR PEOPLE OSA ^^ OCC X -2.^5 "^ = /-' ^^" -4c>o CFM X 4840 X , — ,-7 = 7- ^ "2. ~*> TOTAL LATENT BTU/HR TOTAL LOAD / ^ Co / ^ ^ BTU/HR / , '"\ ^} TONS/HR |_OOC f r_ P»fl» 2 of Form 'DOLING LOAD DOCUMENTATION (Continued) t System Utilizing Outside Air For Cooling CFM Per Person (Not to Exceed 33% of Tabulated x Recommended Ventilation Rates) . _ CFM/Perwn Heat Gam From Outdoor Air ................ _ Btu/Hr Total Cooling Load . . S?e **&. 1. ?f .Form 4. WORKSHEET Bru/Hr TEMPERATURE CONTROL Attach manufacturer's data or other, give specification or drawing reference which shows in detail ihe following information. REFERENCE (page or sheet No ) • capability to sequence heating and cooling .................... -_,..... ....... uwg M- • temperature control device set point limits .......................... . .. _ • temperature set point range between full heating and full cooling ....... ,. .......... _ • setback and shutoff controls ...................................... _ • capability to terminate heating at 70° F and cooling at 78° F ................ _ iCate drawing or specification reference where the temperature control device requirements given below are documented 'automatic temperature control device shall be provided for • each separate HVAC system ^—„ „ • each zone. . „ SIMULTANEOUS HEATING AND COOLING The following requirements apply to the use of new energy and need not be complied with when recovered energy is used to control temperature. In each case, when resetting hot and cold deck temperatures, one representative zone may be chosen to represent no more thin ten zones with similar heating or cooling requirements. Concurrent operation of independent heating and cooling systems serving common spaces must provide either or both of the controls given beiow. List reference specification page or drawing number where control requirements can be verified. REFERENCE • Sequential temperature control of heating and cooling systems NA • Automatic met of heating temperature, to limit energy input only to that level to offset heat loss due to transmission and infiltration,NA •heat systems — give reference specifications page or drawing number which will show compliance with the following )tn reheating 20% or more of the total air in the system. • When serving multiple zones, controls must automatically reset the cold air supply to the highest timperature level of the zone requiring the most cooling N£ NA• Single zone reheat systems shall be controlled to sequence heating and cooling , Pig* 3 of Form 4 Dual-duct or multizone systems — give reference specifications pace or drawing number which will show compliance with •*-* following- REFERENCE » Hot deck temperature — must be automatically reset to the lowest temperature necessary to satisfy the zone requiring the most heating NA t Cold deck temperature — must be automatically reset to the hicriest ..."" N Atemperature necessary to satisfy the zone requiring the most cooling lecoolmg systems — give reference specifications page or drawing number which shows compliance with the following if ecooling 20% or more of the total air in the system. i Controls must automatically reset the temperature of heated supply air to the lowest temperature necessary to satisfy the zone requiring the most heating 1VAC SYSTEM RESTRICTIONS & SPECIAL REQUIREMENTS everal HVAC System types have special requirements or restrictions In this section, the type of system used in the design lust be listed and any special restrictions given here referenced to show compliance Supply references to proper specifi- ations page or drawing numbers. / * HVAC Systems Used — List type of system to be used here (include all systems for heating or cooling in the building) u ^ireference for specifications for each system • W Air Conditioning Units __ No Special Requirements. < jrmant volume reheat system — when serving both interior and exterior zones — separate cooling coils are required if the lenor zone exceeds 20% of the total air quantity through the cooling coil REFERENCE NA r*»ge 4 of Form 4 >.UAL DUCT AND MULTIZONE SYSTEMS -ijtant volume duct or multizone systems which utilize new energy to simultaneously heat and cool air streams which . ^fcbsequently mixed for temperature control are prohibited for buildings larger than 20,000 square feet of conditioned space If used, the air leakage for dampers utilized for the mixing of heating and cooling air shall be limited to a maximum leakage of 3% of the total air quantity handled by the dampers when operating at the maximum system pressure to which the dampers will be subjected Manufacturer's label or nameplate shall state leakage rates. REFERENCE ^ Economizer Cycle — For each cooling fan system, for other than dual-duct or multizone systems, which serve zones having total cooling capacity greater than 134,000 Btu/hr or more than 5 000 CFM must have an economizer cycle unless one of the exceptions allowed is claimed REFERENCE ^ Electric Resistance Heating Systems — These systems shall not be used unless the total installed electric resistance heat does not exceed 10% (ten percent) of the annual heating energy requirement or a life cycle cost analysis. Form 8 (see Section 4 2 of this manual) shows an alternate system life cycle cost exceeds that of the electric resistance system Give reference if less than 10% or include Form S if calculating life cycle cost. NA REFERENCE MECHANICAL AND GRAVITY VENTILATION ' Mechanical ventilation — Dampers which are automatically interlocked and closed on fan shutdown are required. All Fans Shall Have REFERENCE Backdraft Dampers • Gravity Ventilators — Either automatic or readily accessible manually operated dampers must be provided for all openings to the outside with the exception of combustion air openings. REFERENCE POWER CONSUMPTION IN FANS REFERENCE Constant volume system Total Supply Air Quantity Total Pressure of Supply Fan Total Supply Air Quantity Adjusted for Process Loads. Total Gross Floor Area .............. Inches Water CFM Sq Ft Net Fan Performance Index (FPI) . In.C.lUAe.d In .EER Of_ Packaqe _Umts_ _ , 2 ° Variable volume system Total Supply Air Quantity at Maximum Flow ... . • - "" Total Pressure of Supply Fan at Maximum Flow Total Gross Floor Area .............. t, -r an Performance Index at Maximum Flow (FPI ) Variable Volume Adjustment Constant ... Adjusted Fan Performance Index, FPIa Inchei W«ter Sq Ft CFM 5 of Form 4 ,NG AND DUCT INSUU\T!ON.AND DUCT CONSTRUCTION Re fences to the piping insulation, duct insulation and duct construction requirements presented in Section 4 2 of the Energy Conservation Design Manual must be given below REFERENCE "Notes-Ductwork" DOCUMENTATION FORM & HVAC EQUIPMENT COMPLIANCE Form 6 v Carrier 50YQ036 References giving the specification page or drawing sheet number or manufacturer's data must be submitted to demonstrate com pi i a nee with Division 6 of the standards ELECTRICALLY OPERATED COOLING SYSTEM EQUIPMENT Standard rating capacity. Btu/hr Minimum EER (COP) Reference 36,000 7 6 Carrier Lit ABSORPTION WATER CHILLING COOLING SYSTEM EQUIPMENT Heat source (check one) Direct fired (gas oil) Indirect fired (steam hot water) Minimum EER (COP) Reference NA NA NA NA COMBUSTION HEATING EQUIPMENT (Oil and gas fired comfort heating equipment- Minimum combustion efficiency at maximum rated output Reference NA NA ELECTRICALLY OPERATED HEATING HEAT PUMPS Minimum EER (COP) Reference Supplementary Heater Control Reference 2 7 Carrier Lit NA NA ELECTRICAL RESISTANCE SPACE HEATING EQUIPMENT REFERENCE FOR FULL-LOAD ENERGY INPUT AND OUTPUT NA REQUIREMENT FOR MAINTENANCE FOR MANUFACTURER S MAINTENANCE AND. FULL AND PARTIAL CAPACITY AND STAND BY INPUT(S) AND OUTPUT(S) SPECIFICATION REFERENCE General Specification; For This Job DOCUME NT AT ION F•<>HM «, HVAC EQUIPMENT COMPLIANCE horm b Carrier 500H006 References giving the specification page or drawing sheet number or manufacturer's data must be submitted to demonstrate com pliance with Division 6 of the standards ELECTRICALLY OPERATED COOLING SYSTEM EQUIPMENT Standard rating capacity Btu/hr Minimum EER (COP) Reference 60,000 7 6 Garner Lit ABSORPTION WATER CHILLING COOLING SYSTEM EQUIPMENT Heat source (check one) Direct fired (gas oil) Indirect fired (steam hot water) Minimum EER (COP) Reference NAUTT NA NA NA ^COMBUSTION HEATING EQUIPMENT (Oil and gas fired comfort heating equipment- Minimum combustion efficiency at maximum rated output Reference NA NA ELECTRICALLY OPERATED HEATING HEAT PUMPS Minimum EER (COP) Reference Supplementary Heater Control Reference 2 7 Carrier Lit NA NA ELECTRICAL RESISTANCE SPACE HEATING EQUIPMENT REFERENCE FOR FULL LOAD ENERGY INPUT AND OUTPUT NA REQUIREMENT FOR MAINTENANCE FOR MANUFACTURER S MAINTENANCE AND. FULL AND PARTIAL CAPACITY AND STAND BY INPUT(S) AND OUTPUT(S) SPECIFICATION REFERENCE General Specifications For This Job ATTENTION PROPERTY Oh1NER: An "oiv-ior-fcoilder" building permit has been applied 'for in your naive and bearing yoor signature . Please complete and return this information in the envelope provided at your earliest opportunity to avoid unnecessary delay in processing and issuing your building permit. No building permit will be issued until this verification is received. 1. I personally plan to provide the ira^or labor and the proposed property improvement (yes or no) rials for construction of 2. I (have/have not) wit signed the application for a building permit. 3. I have contracted with the following person (firm) to provide the proposed construction. Name Phone Address_ City Contractors License No. 4. I plan to provide portions of the work, but I have hired the following person -co coordinate, supervise and provide the major work. Name Phone Address_ City Contractors License No. 5. I will provide so^ie of the work but I have contracted (hired) the following persons to provide 'the vvork indicated. Name Address Phone Type of Work Signed: Property Owner Social Security Number x Date: E<\Ct-, SUBCONTRACTOR WILL BE INSTRUCTED TO OBTAIN A CITY OF CARLSBAD BbSI,,ESS LICENSE AI,D FuRMSH A CERTIFICATE OF WORKM^'S CO'' PEMS ai IGM TO ThE CITY OF CARLSBAD Im LI al s