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Home My WebLink AboutB08-0365 Plans 9਍ഀ ext..਍ഀ a ~ ~ .਍ഀ I ~ t਍ഀ 111਍ഀ f ~਍ഀ ਍ഀ , ~ g' t IR਍ഀ f,a ._K i{~ ~ ~ i. ~਍ഀ ~ ~ s਍ഀ ,਍ഀ ~ _ ................i਍ഀ ~ .਍ഀ ~ E i e,਍ഀ ~਍ഀ gg~~ J/qq y II~਍ഀ a਍ഀ ਍ഀ , _ ~s~:r਍ഀ i , P;y _਍ഀ .਍ഀ i਍ഀ , e«t e~ a ~ ~ ~ i'~.:;;p਍ഀ a- , ....f . , _ „ . ,਍ഀ ਍ഀ t~LS 4=bta•'S 7"ct~!~s' ~`f r. i,~.,..:: .y r਍ഀ _..i t m.਍ഀ ;li i ~ .ter i,~t~ i਍ഀ L਍ഀ 1਍ഀ \1 Vd c਍ഀ i਍ഀ '਍ഀ lei`਍ഀ ~f:~-਍ഀ t਍ഀ e7਍ഀ ਍ഀ i'.਍ഀ r' r਍ഀ ਍ഀ t਍ഀ ~਍ഀ i A਍ഀ ,.,w.਍ഀ I g਍ഀ i i਍ഀ r ~ ~਍ഀ ~ ! f਍ഀ ~4 r਍ഀ V " ~.q y~y cq W,...਍ഀ e~਍ഀ ~ ~nv+e £ d:,vn਍ഀ ~ l ~ ~ ~਍ഀ i. ;਍ഀ ',P~ A਍ഀ ; ,t; K, .਍ഀ R- ~ ~਍ഀ . . , ~r਍ഀ ~ ~ d°°਍ഀ . ~਍ഀ ਍ഀ " jr'!਍ഀ eF.਍ഀ 1਍ഀ I T:j਍ഀ ~ ..~........,,.~..~.....~.~m..,......~.,~__~.~..,~..~ _਍ഀ ~~~mt,!r ~ n f 112"' 0 1112„਍ഀ ~ .~i * -n' u © PULLSIDE ~ 1 o~~,_ o਍ഀ ~ c~ gyp' i ~ ~ ~ ~ ; X ~w~ x PUSH SIDE t,: l਍ഀ ~ t , ! , e7 ,~*w~r . RADIUS RADIUS a, ~ 9W 4਍ഀ . i { 1 ~ Z f t \ ~ f i ~ E 1~~M1N 24'PREFERRED z਍ഀ ~ 1 , -RADIUS O ~ ax• ~ E਍ഀ r ~'i ~ ......a....਍ഀ ~:r ~ ~ ~ 1 ~ ~'r਍ഀ _ ~ ~ ~ , 1, ~਍ഀ r..,l਍ഀ s. < R i I l JR TWOWFfEELGNARRS !"~hl3SE-, ~~1Sz~.R J~€U~~S .~i~ NOSING F,GUPJDEC~ NOSING਍ഀ ~ : ~ USABLE rREADWIDrHF~ .D Exr,,;' )PACGEPTA9 ~ NpTE; X ~ 12;iN. {8Q5mm)11= DppR ~ ~ ~ t HAS BATH A CLOSER AND A LATCH਍ഀ „ ~ ;pie"~ ~ I਍ഀ ~ i < I ~J i . ~ ,_,.~..~,x,n.a. i },r ~਍ഀ ! ° T ~A.' ; ~ FRONT APPROACHES • SWINGING DOORS ! I਍ഀ , # ~ •..,.n_u..,.~..,_t. r.. ~ ....a.,..~._ ~.a.,~w... a...,...~..~.,..~~..~.~.a਍ഀ - ; i ,i ~ r਍ഀ ~਍ഀ PULLSIDE PUSNSIDE I R R~ „ , ~ ,j J~~° MIN. ~ ~ !I਍ഀ _ ~ , r ~ ~ 1374mm਍ഀ Y ~ i ~ ~ ,਍ഀ 1 ,r .r, 'a ~ ~ ~ ~ ~ ~ _ a X z ~ :wsenr~i.w..a.wvxxex .n+n.K..c nr.w. my ,.w». ~ ~ ~ ~ E਍ഀ ~ , tV਍ഀ 4 ~਍ഀ L_.y._____ :i-਍ഀ ~~w - - _ "-~-I਍ഀ I i',~ , ,a ~ . . (ice i ~ \਍ഀ _ ~ L..... NpTE; X = 36 IN. 915mm 'MINIMUM NOTE: X v 121N. (305mm IF DOOR਍ഀ J~ ~ { ~ ~਍ഀ ~ ~ I w__.. _ ~ - 1 LOSER AND ALATCH t T`>b<w;. ~ --r----~~ , r IF Y - ~41N. (525mm}, HAS BOTH A C਍ഀ ~ ~.i° U'' ~ ` X~421N,(1065mm)MINIMUM 3 ; ; , ;1F Y 54 iN. {137amm)਍ഀ ~a~਍ഀ ~ _ E ~ Q਍ഀ ta ~ ~ _ HINGE SIDE APPROACHES -SWINGING: DOORS਍ഀ P y.਍ഀ ~,s° 1 F X X 1.u 1 PULLSIDE ~~~~MIN.਍ഀ r`t ~ sic , MIN: PUSHSI E D 6Mrm਍ഀ ~ pp pp~~ p ,7 N 14m:(' .~,r .a.~.~.~~i.~.' d..1਍ഀ ~ i;~t~yl3i ~d:''tg7Rfl~;''>ie~S ht 8਍ഀ {a; n ~ . M _ ~,r.1 t:i.t:.iJ.~tli" F CEN i"Eii H 1 ~ ~ iv ~ h਍ഀ G ANDRA L ..M._. ~ , ~਍ഀ 4• -t> ~ ~ ;਍ഀ d c '਍ഀ 1 f { 1 X s ; ~ 92a M#N a „.,.~..p ,਍ഀ 305 mm n y'4਍ഀ .਍ഀ i220mm ~ I਍ഀ r { ' <<, ~ ,t " , ,z° MIN ~ - . - Np7E; Y 541N. {1370imm}MINIMUM NOTE: Y a 48 iN. {122Qmm} MINIMUM਍ഀ } P,~ lrt ! , :~..~s~# 305 mm ~ ~ IF DOOR HAS CLOSER IF DppR HAS CLOSER _ LE~~ Ti~a;v 2r਍ഀ 1 I t'',f r'਍ഀ i P, ~ ~ / __r,਍ഀ P.~::Y R ; _ r. LATCH'SIDE APPROACHES • SWINGING DppRS °i~f t਍ഀ i਍ഀ ~u ~ _ 3 J ~ , I a਍ഀ ~ - ~ G - ~ - R P -°----fie- ...,,....,.4.__._.~.,,-. x~.~,~.> ..,.,.n,.. ~ i .਍ഀ i i .N਍ഀ _ 3 I਍ഀ E _ a ,,p .~.4 ~ i Yck` E 4਍ഀ _ ~ ..3 r,਍ഀ ~ tt f ~~(i E:~k7=,'J~;h~S~+ k ~ SC+'1 1~}Ilh ~?F ~;~~N FXl f: ~>:SI~~N A (TOP ~1F RC1N ~ , , i"਍ഀ "at .7 elf rv R.i T^ ![=r» ~ ~਍ഀ i ~ , E t'i਍ഀ 1,' ~ ~~7P5i~ i2 ~N~ ~€INitJM HaeNDH1~IL EXFENSl~Jt~r~EQflcr~;nD!!'~>~Glry TAP RISE.R,. ~ , ~ \ ~ {਍ഀ ~ , , . ~ _ _ w, FRONT APPROACH ~ SLIDING DOORS t , " _ i' i;i f ;s. N141`UC,flE11U1 ~9ANDRAit. ~XTENSICN [~F 12 (N, r~.US THE਍ഀ , ~ ~ AND FOLDING DppRS ,1, 'C.~;,-~ ~1F GI~E'II;E1;D ~ HA7 !S REQIJIRE[3 AT'E7sCH F30TTOM RISER.਍ഀ X ~਍ഀ I ; r ~ 'i ~ ;'9 ~ ~ ~jt}"RAIN. u਍ഀ I 510mr਍ഀ B~AIi i fti~ ~~1DfiA1LS G~ ~1G਍ഀ ~ p~Jmm n, I z i p E 70~~.: i,;~mm਍ഀ N c; ~ No CY I~, 's Y> !-r';lV. '~f0 f~~M, 1"~iEE~ Ni~TE: ?F X ~ ~l;i IY>I. ~38~J fv1M,),1 ".iEN਍ഀ „ ~ ~ ! ~ I ~ gal ~N ADD!'ff0~at~L ~~Alv~:~IVERIt~,G .~.:~1k=1D{iI,~NA._fvfaNEJ~!~;.,NG਍ഀ i.!~ ~ ' i5 r°R~ GLEARAi~GF't3i'`2±N.'305rihr~.1 c._. _ARAN_ F Gr 6 ~N. Q ~1, .y t ,.,~.v, .•,.•~,a਍ഀ ? ~'F. ~`"tt7V1~7~a_) A~~~ S~~'~1V1+t~, ;~?~I~,Lh E"€~~ ~~Rr~'~IID~:tt 6',,_ ~IiV~~~t~.:.਍ഀ {e) t~਍ഀ i,,,~ R _ _ SLIDE SIDE APPRpAGH - SLIDING DpORS LATCH SIDE APPROACH • SLIDING I rn.l~~'~i `~7 ~ '~L I °~',~h~i~(5til~;~ "P~:>r' . ~ ' ~ ; ~s w & ~ ~ >VO".~ ~:IL Ate ~Of~~~Tl:G ,~~JOR r~tOF~NING਍ഀ i~ AND FOLDING DpORS AND FOLDING DppRS R)L"~'IGF. IS ~,uT~`JA"?ED IF Ali UBJE 7 PASSt~`~਍ഀ ~ ~ ~ ~ . ,HROUCH ~.I1HER R..Ir:~. , LINE ~a~.਍ഀ 4 ~ ~ -p I LI~'E'A' AND'R' RF.~r~ESENTTHE ~JEfi?'!CA[_ ~ L~)~~~,TlQNS OF i k'E DOCti ~ €~E(7PEMIVG ~.)L:VICE v਍ഀ ~ . ° I` 7 , . t AL DOOR IN ALCOVES SHALL COMPLY WITH THE CLEARANCES FOR FRONT A I i{ tu:GT Rr.~~1Ul1'.Rdt~ COlV-"AG1". NpTE L ~u਍ഀ ਍ഀ ! ~ C u਍ഀ , .e, , w, <9 M, . i r_AVx;u ~ ~~~~~t= ~r~A~,~es IPa z5 MANEUVERING CLEARANCE A7 DOORS \Y਍ഀ / i਍ഀ ' . E I਍ഀ ~ ~ r ,gym„... ~..,=v..-..~..~.n....•.~ ..~:,.e..,.,....,~~..<„~. ~~~r.,~.,~~ ,,,,,~.,,...d..R.u.~,.,.~~,...~,.~~ ,.:r .~..w.e...q,.,,. , ,t,_ _ . ...m. 2਍ഀ _ , - ~ ~ T~~ R i ~ ~ ~ ~ lL ,nai i riar. ~ n , { ~ U.•..,.:...m~ ~ d$ ~,t~-- ~ ~ RAIN. ~਍ഀ y v. ( P , y! ~ t ~ ~ x~..S , ~ tt'.R r 1 ! 1?20mra i220mm t G ~....,..c..~ ~ , ~ ti਍ഀ ~ i ~ P i!It~l i ~ i is f I਍ഀ ~ 9; % ~ a.S Vii' i i / ,਍ഀ .~~ti.._,~: _ , .਍ഀ t , ':.AL i T:. ~ EG° ~ ~ J F2 v. „ASS਍ഀ ~fj (i#~ k I=' ~'di~'_~ OI Lp~iO~t I~~:; E i(IN ARC)! n'f~'G'lhl.E.-N!C'C.1N ; R_.D L?>='r~IL਍ഀ ~)P,ll.t' I. 1~N [~Ea.w,,RfnMC.N~,,. +rF GLE.'~I~ ~l+li}7 r'~ ~਍ഀ HiNG~D DOQR n~,~ „ ~ , 1਍ഀ w1x _ _ ,s~~.~,: a'~s.~਍ഀ to: ~ ~ rte- ~ r~^*-^~;r- ~ ~/~~il r , ~਍ഀ ~ ~ ~ I,਍ഀ pig ann z CLEAR਍ഀ f, (c/ FIB (g) f1 . TWOHINGEDDWRSINSERIES FLCQR ? a SPAG5 _U_ 3਍ഀ ~.g(3; ?~L TFr(f .7 GRATINGS 1 1VU DCYR਍ഀ !7 7iL 6 P r y ~g q (e)਍ഀ N rOL DING DGG(~ !-V L oo4 ,M ~A 01 )!i਍ഀ i . r l-)਍ഀ F਍ഀ r f~.~ ~ ..:~`.iiryh,਍ഀ ~ \ ~ ~ "਍ഀ ਍ഀ ~n ~਍ഀ t /਍ഀ x '~1i਍ഀ 5 / \਍ഀ c, ~ QM~N - ~਍ഀ U I 2t~6਍ഀ -,C~,.~P.~,1~dT Lia':I~ ~=-,A~.~'o~: 1 ~'!_~,,:C?'~C ~ ,_r~ "~J~.' rA਍ഀ N0. jr Cc ,~~~•~A~ mac.,, r?l~ D਍ഀ f 3i I i. MO ~ ';:C ` 1..~;~ rid! :"?r•.., ~ ('r;~,~ ~.;~,~'.('ir.. .2 r .n~l~„NTH਍ഀ ~DUI~T,~IN rr਍ഀ r;~l"( TRAVi~.L D;ST,~~tiC~r:: Nl~'*11T'Eu~. ~a~C~' h'':,4;~ c~4T "I Rr~VEL DIS'i'A;dG°= (-'{ZG~\/'IDED: C~~!'_cL"਍ഀ rec. ~!Ma!~i~r'aTl~ 0`" . <~R"'''c~ i~h~'.b~~'7=1_ PE~'.~'l1TTEI~: 1~?~'਍ഀ <"-O^1"°1C!!~f ~~';~'ff-! G~- EaR%5`~ T~~.aVf.~L FRC.7VIDrD: =~O'਍ഀ ~G:,.,~ ~ ; ~ - ~~~_r . ;..~;f~,;.: F~?=1Al_,`?~ - ,25'3 !4'" - ,਍ഀ ~T i਍ഀ G~਍ഀ 2i5਍ഀ 7 ~ TJPO ~਍ഀ I - ~਍ഀ _ ~ ~ ~ _਍ഀ d ~ ~4,d਍ഀ a Gr~਍ഀ f ~ _ ~ n਍ഀ ~਍ഀ ~ - 2a ' 1 f ~ -ry --yyyttt ~r਍ഀ i ~ _ ,r਍ഀ ~i -n਍ഀ i`; cn u~਍ഀ r- r _ a -~T~ Rl I l=~r~'~..~'s`t' ~'.~C~I ~ t~਍ഀ 20i਍ഀ I ~਍ഀ IZ I ' m,,,.,.. ~਍ഀ ' ~ I ~਍ഀ r ~ ~਍ഀ ~I C II e,.~ _ RE~~PTION Q ~ P T.਍ഀ ! 1' ~ ~I - .g਍ഀ 202 20਍ഀ I ~ ~ r-਍ഀ ~ ~ ~I ~਍ഀ ~i਍ഀ ~ _r਍ഀ II \਍ഀ ~ ~ ~ ~ ME ME਍ഀ Ca" .y l ~ ~਍ഀ ਍ഀ TAT-N-GLa !GCN SERIES਍ഀ D!REG~i VENT--Np;TURAL GAS MODEL # !DVb2~ i਍ഀ UL LISTCDiAPFR'JV~t~਍ഀ ,T` ~J l~~਍ഀ 1%A਍ഀ ਍ഀ rt਍ഀ !਍ഀ ਍ഀ ~ \਍ഀ ~ K., ~ ! _ _ _਍ഀ ਍ഀ ਍ഀ r਍ഀ OV2a਍ഀ SGAL~*; 114° = ~'-0°਍ഀ ਍ഀ t਍ഀ ਍ഀ r r,. ~ ~ O,~L rAVFR DAVING( 5HAKiS਍ഀ L,:rOR . l~~T~_R~-."~~਍ഀ IGE ~ WATER਍ഀ ( ~ ~ M~;:. !-I,C-'~C~I~~T C~r{AN~~E SNiELD-GON?INUt7U~ I I } ~ ~ LIGHT F'ER I?E51G . ~itbtN~਍ഀ - 5,1 pDt.^(l50 RIGID INSULATIpt~l ._~..4__ . - ! i:? ~ _ , ~ Vd/ TENMAT FIRE RATE਍ഀ _ i___.. _ . w;, ~ ~ UL'f22501'~ - INSTALL f i ~ ~ aEGOND F~Laa~ ELEY ~ - _ r~~ f t..਍ഀ ~ r ti 60LB ROCFfNG FELT ~ ~ ~'LAYER3਍ഀ ~ ~°~,~:~~=Kr~P,i;..w;,' ~ PLI~WOOD WITH EXTERIOR - '~Ii~~ ~ Yf' ~ ~ ~ w „ , . ~ I , ~ ~ ~ _ ~ 1YRE X G . BD,਍ഀ - - ~ G~.UE APi'LIED AT RIGHT ANGLES਍ഀ t ~ To .1Q15T5 WITH P>D NAILS _ ~ M ~ i x12 WaoD Jo15T5-਍ഀ ~ j } (REF: STRUGT਍ഀ } ~ " { ~ HR. `~IR1~ RATING L.`਍ഀ BATT INSULATION 1BG TABLE X24.1(3}਍ഀ (TEM 22-I.I s਍ഀ WOOD JOI5T5 ~ ~ ~਍ഀ `°y..,.:....®_ nr A.irr-~r '.i Tv .i xrr..n«w. 1 1਍ഀ N an - f p~ya rv~» uA a ~I ~ E .,a4 A f-,,) ~.yew:}~ ~ b.}ly~' M9t+:'i~ 1 Gam O ROO F/C.-E I L I N& A55EMBL I E C f' .਍ഀ v ~OV20 ,਍ഀ ISSUE RECORD਍ഀ la,lo.oa਍ഀ f~ERM17 15SUANGE਍ഀ It~.30.08਍ഀ PERMIT RE1.55UANGE਍ഀ C਍ഀ ~ o L,..__:._...._.~~_. _.._.._,a਍ഀ ,n਍ഀ ~਍ഀ ~,<<_~, i ~ °~,,.~.~.m਍ഀ - -਍ഀ ਍ഀ ਍ഀ I i਍ഀ ਍ഀ - ~ 1 i਍ഀ C _਍ഀ , H .tee....... .ws.~.਍ഀ ~ J j. r -f, F 1' i_਍ഀ k ii ~ , _ . ~ _ ~ v਍ഀ j਍ഀ it r਍ഀ -l_____਍ഀ ਍ഀ _ , t ep ~pp- ~ ° C «.A.~'਍ഀ 4... S._਍ഀ ~ ~ ~ F਍ഀ V ~਍ഀ i i ~਍ഀ F{ i਍ഀ 1 i y. ~I r _਍ഀ M Ir+ { i . ~ ~਍ഀ i਍ഀ Fj k ~਍ഀ ~ .ail਍ഀ ~ ii I 4਍ഀ i'਍ഀ i਍ഀ ਍ഀ I~਍ഀ it ii~਍ഀ i! ! li਍ഀ ,~ii਍ഀ I਍ഀ ;i j਍ഀ ! a mr V਍ഀ r .\,\`1~਍ഀ W~~ !਍ഀ ਍ഀ `~b ...v?਍ഀ .1 ~ ~ ~ ~ I Y ~ ~ ,.~~x. , _ _ -਍ഀ = acv. 2: ~ , i i 4m.. ~ _.v ~,.._._._,W._..-_......_਍ഀ i਍ഀ _ 7~.~,_.„~, I ! ~ ~ ~ ~ i i਍ഀ ~ E~ 1 II i i 1 I~ I ~l ~ I ~ ~ 1 1 `r਍ഀ _...__l i ~ I a਍ഀ ra 1 1 i I ~....w.'~ ~ ~ ~ i I ~ ~ ~ i._ ~ a.~.~...~sn,਍ഀ i " I V FLAN__._ a OL਍ഀ A202਍ഀ SG਍ഀ {G:~:'~ ~:.~~:aC?~1?਍ഀ IO,~C~.'~F~਍ഀ f i`~laviil" fi~~LJ ~਍ഀ ~ ~ ,1 ~ ~ ~ u ~ ` ~1਍ഀ ` l ~ ~ ii r~, "j ~ ~ , ~਍ഀ ' r ~ ~ E;਍ഀ i ~ \ ~ ' / 4਍ഀ -~~l ti ~ ~਍ഀ ~ ~ ~o . f਍ഀ j਍ഀ ~ ~l "~w ~ ~਍ഀ ~t~' ~ , ~ ~ ~ rt਍ഀ r Y. / ~2 0਍ഀ ~ , _ , _ „ ,਍ഀ ~ Mgr, 6 _ ~ ; . \਍ഀ rr ~ = ~7਍ഀ r ~ ~ ~ ~ - "1 ~਍ഀ I i ,l ,਍ഀ /M~f~ ~ ~ ~I ~ r Fro I ,਍ഀ ~ ; f=~oo ; WOMAN ,t਍ഀ ~i ~ ~ ~ AI p~~਍ഀ " ! 206 ~ i. - _ i਍ഀ . _ _ _ _ ~ ~~Ir~OR . _::__a਍ഀ AIN tp਍ഀ +}~~ryry+`~਍ഀ r•,~- ~ ~ ~OUI~T,~IN ey਍ഀ I਍ഀ I ~਍ഀ ~ 1਍ഀ 1pp~~~ gym.਍ഀ D~ ~ ~ (਍ഀ ..I..i.,~ ,~,T< fi~ ~ ;r -5 CORRIDOR m _ ^ .~.~G~+~-mow਍ഀ _ _ _ .s U 2a~਍ഀ ~ ~ ~ ~ ~ ~ 215 I• J,4N: " -਍ഀ ,,.q I " 1;' T~~a( T~%~'~i ~>~Oi..~_~R`,~' 214਍ഀ ~i 1 0~r -਍ഀ ~ . ter:-_~~਍ഀ I.਍ഀ D!5 ~_n ~ - - h I)਍ഀ ~ III 4 3/4 > ~਍ഀ I r ~ I ~~5TEM5 ROP05ED R ;਍ഀ _ _ ~ _਍ഀ ~ _ _ s-- tU . ~ I 212 _ r I ~ ~ 05 ~ PREP ~ fi(਍ഀ ~--i-.~- ! r 213 I ~ ~ _ 20 ~ as I i ~ . N ~ 1 ~ ~ 1 i . J 1" ~ ~ _ ~ ~ t U਍ഀ J J i w਍ഀ I ~ , r ~ ~ I 2 -਍ഀ I ,1 „f ii ~ i~ P - - ~ 2 21਍ഀ _ 3 -(o I I= I ~ ~਍ഀ , m "y ~ ~?c~i s ~ ~ I I I , ~ ~਍ഀ _ _ d . ~ . , . I : rn਍ഀ . I i Ir.. ~mrnrr ~sn•,a~,ucsvs.._. 1 ~ x਍ഀ s ~ I --t I I ~ ~ I਍ഀ I P05~'.਍ഀ . 61 r਍ഀ ;1 ~ ~ ~ I -PROP05~D ~=1..R, 210 ~ rn਍ഀ ~ ~ r' u ~ u ~ u ~ it i i~ tt r~ ~t MS 4-~ ~+-7 - 3-~ 8਍ഀ _਍ഀ ~ _਍ഀ _ . r ~ i I € i਍ഀ , ~ ~ P I਍ഀ ~g s' ~c, M~ M~ t M~ I M~ %਍ഀ I; i . ~ ( I I I (਍ഀ I f - ~ _ - t r ~ 1਍ഀ L Ii~E:G'i ~(~'hdT-NA l!1~~1:. ~c1 0 r਍ഀ J~.:yC~ ~ M:~ryri. ~ IGV52=~'II਍ഀ w਍ഀ % ~ ) ,N ; ~ ~ ~ 1.'r ~ / 1 r \਍ഀ f'~~ i! T.਍ഀ ! ~ ~ v. _਍ഀ J I I ~ ~ I ! .਍ഀ r. " I I ~ ~ ,C7. ~ .,~,~dL%i~!C~਍ഀ ~ I ~ ~ ~ ~ ~ C:~C~. 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ESE ~~FFid EACH਍ഀ RAI~ TFR _਍ഀ F਍ഀ ~i਍ഀ ਍ഀ aT U~TUT-F',AIL਍ഀ G T I I '°I'°"I 1= A I I~~ I਍ഀ PLAN NORTH਍ഀ o਍ഀ MECHANI CAL P SE IFf AT ICON N਍ഀ NUTE. ALL SYMBOLS SHOWN {7N LEGEND ~਍ഀ 1. GENERAL: a. FURNISH ALL LABOR, SUPERVISION-MATERIALS E C 16, TEMPERATURE CONTROL DEVICES MECHANICAL LEVE~~ ARE NOTNECESSAftILYUSED, ~ r ~਍ഀ QU PMENT AND FACILITIES NECESSARY TO FURNISH, FABRICATE, DELIVER, STORE AND INSTALL ALL a. THE V WORK NOTED ON THE DRAWINGS AND/OR SPECIFIED HEREIN, H AC SYSTEM SHALL BE PROVIDED WITH AN AUTOMATIC SPACE TEMPERATURE CONTROL DEVICE THAT SHALL BE CAPABLE OF BEIN 1aAa1 C nc aci~~n c+rr ern - 1਍ഀ b. THE CONTRACTOR SHALL FURNISH AND INSTALL ALL WOR SS MAINTAIN SPACE TEMPERATURE SET POINTS FROM 55°F TO 85°F AND SHALL BE CAPABLE OF OPERATING THE SYSTEM HEA I K NEGE ARY TO MAKE A COMPLETE SYSTEM WHETHER OR NOT SUCH DETAILS ARE T N6 AND COC਍ഀ MENTIf~NED INTHESE SPECIFI AT( SEQUENCE. C ONS OR SHOWN ON THE PLANS, BUT WHICH ARE OBVIOUSLY NECESSARY TO MAKE A COMPLETE SYSTEM, EXCEPTING °਍ഀ ONLY THOSE PORTIONS THAT ARE SPECIFICALLY MENTIONED HEREIN OR PLAINLY MARKED ON THE ACCOMPANYIN D b. CONTROLS SHALL BE ADJUSTED TO PROVIDE A TEMPERATURE RANGE OF AT LEAST 5 F AND UP T010°F BETWEEN FULL HEATING AND CI G RAWINGS AS BEING INSTALLED HAVE A CAPABILITY OF TERMINATING ALL HEATING AT A TEMPERATURE ° UNDER ANOTHER SECTION OFTHE SPECIFICATIONS. OF NO MORE THAN 70 F AND COOLING AT A TEMPERATURE NOT t d i਍ഀ c, THERMOSTATS SHALL HAVE NUMERIC SET POINTS IN °F, ADJUSTABLE SETPOINT STOPS AND SHALL BE MOUNTED AT 54" AB OVE FINISHED ~਍ഀ 2. WORKMANSHIP: ADJACENT TO THE ROOM'S LIGHT SWITCH. Y਍ഀ a. THE WORK SHALL BE ACCOMPLISHED IN A THOROUGH AND WORKMAN-LIKE MANNE R SATISFACTORY TO AND MEETING THE APPROVAL OF THE OWNER 17. BEFORE STARTING ANYWORK THE CONT਍ഀ AND ARCHITECT. RACTOR FOR THIS SECTION OF THE WORK SHALL EXAMINE A COMPLETE SET OF DRAWINGS FOF INCLUDING ARCHITECTURAL, STRUCTURAL, HVAC, ELECTRICAL, FIRE PROTECTION AND PLUMBING. DIMENSIONS SPACE RE DIRE਍ഀ Q MENTS~ 3. MATERIALS; CONNECTION TO ALL EQUIPMENT SHALL BE VERIFIED, AND ANY MINOR ADJUSTMENTS NECESSARY TO AVOID CONFLICT WITH THE BUILDIh਍ഀ a. ALL MATERIALS AND EQUIPMENT SHALL BE NEW AND THE BEST OF THEIR AND THE WORK OF THE OTHER TRADES SHALL BE-MADE. CONTRACTOR SHALL NOTIFY ARCHITECT IMMEDIATELY IF ANY MAJOR CONFLI RESPECTIVE KIND, FREE FROM ALL DEFECTS AND OF THE MAKE AND QUALITY GT਍ഀ SPECIFIED.਍ഀ 18, COORDINATE LOCATIONS OF ALE ROOFAND EXTERIOR WALL OPENINGS WITH ALL RELEVANT TRADES, AND PROVIDE WATERTIGHT FLASHI 4.81TE INSPECTION: WHEREVER PENETRATIONS OCCUR; EXACT LOCATIONS AND SIZES MAY BE DEPENDENT UPON EQUIPMENT SELECTI਍ഀ OHS; COORDINATE SIZ a, CONTRACTOR SHALL VISIT THE SITE OF WORK PRIOR TOSUBMISSION OF HIS BID AND THOROU H LOCATIONS OF ALL OPENINGS WITH APPROPRIATE EQUIPMENT REQUIREMENTS.਍ഀ G LY FAMILIARIZE HIMSELF WITH THE WORKING CONDITIONS & EXACT NATURE OF THEWORK.਍ഀ b. SUBMISSION OF A BID ACKNOWLEDGES FULL RESPONSIBILITY FOR FUR 19. PERMANENT ACCESS TO EQUIPMENT SHALL BE PROVIDED; AND A MINIMUM OF 30° CLEAR WORKING SPACE 1N FRONT OF ACCESS PANE NISHING A COMPLETE AND FUNCTIONAL SYSTEM. LS਍ഀ c. NO CHANGES IN CONTRACT WILL BE MADE TO ACCOMMODATE OR ALLOW EXTRA FUNDS FORAY COMPRESSOR, BLOWER ASSEMBLY AND AIR FILTER SECTION OF THE EQUIPMENT SHALL BE PROVIDED BY GENERAL CONTRACTOR: N OMISSION WHICH RESULTS FROM A FAILURE TO਍ഀ THOROUGHLY MAKE THE'EXAMINATION. ' 20, ALL EQUIPMENT SHALL BE SECURELY FASTENED TO THE BUILDING STRUCTURE WITH CODE APPROVED VIBRATION ISOLATORS.਍ഀ 5. CODES AND PERMITS:਍ഀ a. ALLMECHANICAL E UIP 21, EACH PIECE OF EQUIPMENT AND ALL SYSTEMS SHALL. BE ADJUSTED AND RE-ADJUSTED T Q MENT, INSTALLATION, ETC,, SHALL CONFORM TO THE 20031MC CODE AND ORD)NANCES AS INTERPRETED BY THE TOWN OF VAIL O INSURE PROPER fUNCTION OF ALL CONTROLS਍ഀ BUILDING DEPARTMENT. OF TEMPERATURE, ADEQUACY OF FLt?WS AND CAPACITIES, ELIMINATION OF NOISEAND VIBRATION, AND SHALL BE LEFT IN PROPER OPER਍ഀ b. CONTRACTOR SHALL OBTAIN AND PAY FOR ALL PERMITS AN C CONDITION. D INSPE TIONS, C, COPIES OF ALL PERMITS AND INSPECTION REPORTS SHALL BE SUBMITTED TO THE ARCHITECT,਍ഀ 22. TEST.& BALANCING:਍ഀ 6, AS-BUILTS: a. THE ENTIRE HEATING AND VENTILATING SYSTEM SHALL BE BALANCED RYAN INDEPE NDENT CERTIFIED TEST AND BALANCE COMPANY.਍ഀ a. CONTRACTOR SHALL PROVIDE A COMPLETE ET b, 5 COPIES OF THEIR BALANCE REPORTS SHALL BE SUBMITTED TO THE ENGINEER FOR REVIEW AND APPROV S OF AS-BUILTS DOCUMENTS WITH ALL GRANGES NOTED THEREON AT THE COMPLETION OF THE PROJECT AL.਍ഀ AND PRIOR TO FINAL ACCEPTANCE AND PAYMENT. c, ALL REQUIRED RE-SHEEVING AND ADJUSTING OF EQUIPMENT SHALL BE MADE BY THE TEST & BALANCE CONTRACTOR. d. ALL FINAL MEASURED CAPACITIES SHALLBE WITHIN 10% OF THOSE INDICATED ON THEPLANS਍ഀ 7. GUARANTEE: ~J '਍ഀ a, CONTRACTOR SHALL UNCONDITIONALLY GUARANTEE ALL LABOR AND M 24, THE GENERAL CONTRACTOR SHALLFURNISH & INSTALL ALL OF TFIE REQUIRED ACCESS PANELS IN THE DRYWALL CEILINGS TO GAIN SE V ATERIALS ON ALL WORK AGAINST DEFECTS iN WORKMANSHIP AND MATERIALS R਍ഀ FOR A PERIOD of ONE YEAR AFTER COMPLETION, THE EQUIPMENT. EQUIPMENT WITK MANUFACTURER MANDATED SERVICE REQUIREMENTS, INSTALLED WITHIN CRAWL SPACES MUST BE A਍ഀ 20 FEET FROM AN ACCESS PANEL.਍ഀ 8. SUBM#TTALS: a. CATALOG INFORMATION-AND 25, ALL EQUIPMENT SHALL BE INSTALLED ACCORDING TO THE MANUFACTURE'S INSTALLATION O CUTS OF ALL EQUIPMENTAND DEVICES`SHALL BE SUBMITTED TO THE"ARCHITECT FOR REVIEW {SIX COPIES OF EACH). PERATION & MAINTENANCE MANUALS RECOM਍ഀ ESPECIALLY FOR SERVICE CLEARANCES.਍ഀ 9. COORDINATION:਍ഀ a.7HEpRA 25. FILTERS; WINGS ARE DIAGRAMMATIC AND INTENDEDTOSHOW SCOPE.਍ഀ b. THE CONTRACTOR SHALLCObRDINATE HIS WORKWITH OTHER TRADES TO PROVID B a. SMALL BE U.L. RATED AND APPROVED. E EST ARRANGEMENT OF ALL DUCTS, PIPES, CONDUIT, ETC. b, PRESSURE DROPS SHALL NOT EXCEED .10" STATIC P E R SSURE.਍ഀ 10. CUTTING AND PATCHING:਍ഀ a, ALL CUTTING AND P HIN 29, ELECTRICALCONNECTIONS: ATC G REQUIRED OF THE STRUCTURE (NEWOR EXISTING) SHALL BE PROVIDED UNDER OTHER SECTIONS OF THEWORK.਍ഀ b. PROVIDE NECESSARY REQUIREMENTS T`:' THE PROJECT SUPERINTENDENT, a. UNLESS OTHERWISE INDICATED ALL MAGNETIC MOTOR STARTERS, THERMAL OVERLOADS, LOW VOLTAGE THERMOSTATS, CONTROL REL>c਍ഀ c. X-RAY SLABS PRIOR TO CORING: TRANSFORMERS AND SOLINOID VALVES SHALLBY FURNISHED BY THE MECHANICAL CONTRACTOR. b; PROVIDE MOTORS AND EQUIPMENT FOR ONLY THOSE CURRENT CHARACTERISTICS INDICATED ON THE D ,1਍ഀ c. IT I NT RAWINGS, 11. CLEANUP: S THE INTE OF THIS DIVISION TO REQUIRE A COMPLETE SYSTEM PER THE CONTRACT DOCUMENTS::਍ഀ a, UPON COMPLETION OFTHE WORK U d. COORDINATE ALL EQUIPMENT REQUIRING ELECTRICAL POWER REGARDLESS OF VOLTAGE WI NpER THIS SECTION, THE CONTRACTOR SMALL REMOVEALL SURPLUS MATERIALS, EQUIPMENT AND DEBRIS ~ TH OTHER TRADES, SO THAT ALL SYSTEMS਍ഀ INCIDENTAL TO THIS WORK AND LEAVE THE PREMISES GLEAN AND ORDERLY. COMPLETEAND OPERATIONAL. 1਍ഀ e. ALL THREE PHASEMOTORS SHALL BE PROVIDED WITH PHASE LOSS`.PROTECTION. P਍ഀ 12, DUCTWORK: f. ALL SINGLE AND THREE PHASE MOTORS, STARTERS-AND DISCONNECTS PROVIDED BY MECHANIC AL CONTRACTOR AND WIRED BY THE ELI DUCTWORK SHALLBE FABRICATED AND INSTALLED IN ACCORDANCE WITH THE 2003 I,M:C. MEGHANI A C CONTRACTOR.਍ഀ C L ODE AND SMACNA STANDARDS b. DUCTWORK SHALL BE GALVANIZED STEEL GAUGES TO MEET SMACNA STANDARDS. DUC TWORK SIZES INDICATED ARE FREECLEAR DIMENSIONS, 30. TEMPORARY HEATING DURINGCONSTRUCTION;਍ഀ c. ALL DUCTWORK SHALL BE INSULATED CONSISTENT WITH THE REQUIREMENTS PER SECTION $04 FOR THE 2003 LM:C,਍ഀ d, ALL DUCT JOWTS SHALLBE SEALED AIR TIGHT WITH RCD CORP. # 6 MASTIC ADHESIVE WITH V RI a: MECHANICAL EQUIPMENT SMALL NOT BE UTILIZED FOR TEMPORARY HEATING.. ERSA G P OR MESH, b. GAS FIRED TEMPORARY HEAT SHALLBE PROVIDED BY H " r਍ഀ e. FLEXIBLE DUCT USED FOR CONDITIONED AIR SHALL BE U.L. APPROVED VINYL COATED`-WIRE REINF R T E GENERAL CONTRACTOR, , O CED FIBERGLASS, WITH MAXIMUM CONDUCTANCE OF .30 AND`A MAXIMUMiENGTH OF FIVE FEET. s.v਍ഀ f. CLOTHES DRYER VENT EXHAUST DUCTWORK SHALL BE ALUMIN UM. DUCTWORK SHALL NOT BE CONNECTED OR iNSTALLE[l WITFI SHEET METALSCREWS਍ഀ OR-OTHER FASTENERS THAT WILL OBSTRUCT THE EXHAUST FLOW. TERMINATE WITH A WALL CAP WCiM A BACK DRAFT DAMPER; SGRE S AR਍ഀ EN E PROHIBITED.਍ഀ g. DISHWASHER EXHAUST DUCTWORK SHALL BE ALUMINUM CONS. TRUCTION TO MEET SMACNA STANDARDS. SLOPE DUCTWORK BACK TO THE t਍ഀ DISHWASHING HOOD, h. DUCTWORK SHALLBE SIZED AT A MAXIMUM VELOCITY OF 1,000 FPML08" PRESSURE DR 0਍ഀ OP PER 1 0 FEET. i. EACH MECHANICAEVENTILATION SYSTEM (SUPPLY AND/OR EXHAUST SHALLBE EQUIPPED WITH A MEANS OFSH T- U OFF WHEN VENTILATION IS NOT਍ഀ REQUIRED, AND BACKDRAFT DAMPERS WHICH GAN BE CLOSED ON FAN SHUTDOWN SHALLBE PRQVIDEQ FORAIR INTAKESANDlOR DISCHARGES.਍ഀ j, GLEAN OUTALL DUCTS PRIOR TO SUPPLY AND RETURN GRILLE INSTALLATION..਍ഀ k, DOUBLE THICKNESS TURNING VANES SHALL BE USED ON ALL DUCT ° TURNS OF 90 .਍ഀ 13, INSULATION:਍ഀ a. INSULATION SMALL BE U,L. LISTED IN COMPLIANCE WITH LAME- P F S READ RATING OF NOT MORE THAN z5 ANO SMOKE DENSITY NOT EXCEEDING 50, PER 'r'਍ഀ THE UNIFORM MECHANICAL CODE. INSTALLATION SHALLBE IN ACCORDANCE WITH UMG REQUIREMENTS.਍ഀ b. RECTANGULAR SUPPLY & RETURN, & TRANSFER DUCTWORK SHALLBE INTERNALLY LI NED Wl 1"THICK, ,75 LB. PER GU. FT: DENSITY FIBERGLASS INSULATION WITH VAPOR BARRIER MINIMUM R-VALUE=4,0 7 ° ME 1਍ഀ ( AT 5 F AN TEMPERATURE). 1(2" THIGKINSULATIONMAYBE USED IN AREAS OF TIGHT CLEARANCE OR AS NOTED. r ,਍ഀ c. WRAP ALL CONCEALED, ROUND AND FLAT OVAL SUPPLY & OUTDOOR AIR INTAKE bUCTS W/ 1' "T GK . HI , 75 LB. PER GU. FT, DENSITY FIBERGLASS਍ഀ INSULATION WITH VAPOR BARRIER (MINIMUM R-VALUE= 4.0 AT 75°F MEAN TEMPERATURE); 112"THICK INSULATION MAY BE USED 1NAREAS OFT( GMT਍ഀ CLEARANCE OR AS NOTED.਍ഀ EXHAUST DUCTWORK DOES NOT NEED ANY INSULATION BUT SOMETIMES WITH A ROOF MOUNTED EXHAUST FAN FOR SOUND PURP05ES WE INSULATE 5.10'.OF U਍ഀ -TRANSFER DUCT D GT FROM TMEfAN S SHALL HAVE 1" DUCT LINER਍ഀ d. ALL PIPING ROUTED BELOW THE SLAB UNDERGROUND SHALL BE TYPE " " k COPPER AND SHALL BE INSULATED WITH ARMIFLEX TYPE INSULATION.਍ഀ e: ALL CONCEALED HWS ~ HWR, CHWS & CHWR, AND SMS & SMR DISTRIBUTION PIPING SHALL BE INSULATED W MIF E ITH AR L X TYPE INSULATION TO MINIMIZE਍ഀ UNCONTROLLED HEAT LOSS INTO THE BUILDING. ALL EXPOSED PIPING SHALL BE INSULATED WITH 1-112" THICK FIBERGLASS INSULATION WI TH ALL SERVICE JACKETING.਍ഀ f. ALL HEATING HOT WATER AND CHILLED WATER PIPNG SHALL BE INSULATED USING FACTORY PREF F਍ഀ ABRICATEQ FIBERGLASS INSULATION WITH FACTORY APPLIED SERVICE JACKET (MIN. R=4.0 . HEATING HOT WATER N A D CHILLED WATER PIPING EQUAL TO OR SMALLER THAN 1-112" SHALL BE INSULATED WITH਍ഀ 1"THICKNESS: HEATING WATER PIPING LARGER THAN 1-1l2" SHALL BE INSULATED WITH A 2"WALL THICKNESS: CHILL D E WATER PIPING LARGER THAN li਍ഀ 1-1~2"SHALLBE INSULATED WITH 1-112" WALL THICKNESS.਍ഀ 14. HEATING PIPING;਍ഀ a. HEATING HOT WATER PIPING 2'/z° INCHES AND BELOW SHALL BETYPE "L"COPPER HARD DRAW N, WITHWROUGHTCOPPER5WEATFIITINGS. JOINTS਍ഀ SHALL BE SOLDERED WITH 95-5 OR SILVER SOLDER. CONDENSER WATER AND HEATING H OT WATER PIPING 3 AND ABOVE SHALL BE SCHEDULE40 BLACK਍ഀ STEELA-53 SEAMLESS PIPE WITH WELDED FITTINGS.਍ഀ b. VALVES SHALL BE CRANE, WALWORTH, N'9C0, STOCKHAM OR E UAL' VICE PR Q , SER ENSURE SHALL BE AS REQUIRED: VALVES SHALL BE SUITABLE FOR SERVICEINTENDED.਍ഀ c. PROVIDE HANGERS, SUPPORTS AND INSULATION SADDLESA ' E S R QUIRED AND PER ANSI REQUIREMENTS. PLUMBERS TAPE AND WIRE ARE NOT਍ഀ ACCEPTABLE,਍ഀ d, PIPING SHALL BE SIZED AT A MAXIMUM PRESSURE DROP OF 3.5 FT PER 100 FEET & 4 FEET/5EC VELOCITY.਍ഀ e. CONTROL'VALVE Cv RATINGS SHALL, BE SELECTED AT A MAXIMUM PRESSURE DIFFERENTIAL ACROSS THE VALVE OF2 PS , I f. PROVIDE 3" DIA, x 24° L SCHEDULE 40 PVC INLINE FILTER FILLED WITH LIMESTONE AGGREGATE TO NEUTRALIZE THE BOIL '਍ഀ ERSCONDENSATE DRAIN.਍ഀ 15, REFRIGERANT PIPING:਍ഀ a. REI=RIGERANT LINE SETS SHALL BE FURNISHED BY THE CONDENSING UNIT MAN F U ACTURER AND BE PRE-WSULATED.਍ഀ b, REFRIGERANT PIPING CONNECTIONS SHALL BE BRAZED WITH 15% SILL FLOSS. PURGE PIPING WITH NITROGEN WHILE BRAZING; C, PROVIDE HANGERS, SUPPORTS AND INSULATION SADDLES AS REQUIRED AND PER ANSI RE U਍ഀ Q IREMENTS. PLUMBERS TAPE AND WIRE ARE NOT ACCEPTABLE:਍ഀ d, REFRIGERANT PIPING INDICATED IS SCHEMATIC ONLY. S12E PIPING AND DESIGN THE ACTU AL PIPING: LAYOUT, INCLUDING OIL TRAPS, DOUBLE RISERS,਍ഀ SPECIALTIES; AND PIPE AND TUBE SIZES, TO ENSURE PROPER OPERATION AND COMPLIANCE WITH WARRA 0 C NTIES F QNNECTED EQUIPMENT,਍ഀ e. EVACUATE THE ENTIRE REFRIGERANT SYSTEM WITH A VACUUM PUMP TO A VACUUM OF 500 MICROMETER FO ' P I R A ER OD OF 12 HOURS PRIOR TO਍ഀ CHARGING.਍ഀ {਍ഀ . E1 y CM਍ഀ ROUND DUCT TAKE-OFF RADIUS ELBOW DETAIL NO SCALE਍ഀ NO SCALE NO SCALE਍ഀ miso਍ഀ i-in- P PFRMiT rneeNA-P-N S I Of 4਍ഀ HEATING COIL DATA਍ഀ UNIT MANUFACTURER & SERVICE LOCATION TOTAL O.A. . ISP ESP HP T TAL AIR SIDE: WATER SIDE਍ഀ TAG MODEL NO. CFM CFM SIN) O MBH EDB (°F) LDB (°F) APD EWT (°F) LWT (°F) GPM PD (FT) MEDIA਍ഀ CARRIER - GONE: RM਍ഀ FC-1 LIVINGIDININGAF:EA 1550 180 - 1.0 0,8 35:8 60A 88,4 0.23 140.0 121.2 4.0 0.5 PROPYLEN 39LA03AGFAT FLOOR਍ഀ CARRIER.- HVAC MECH਍ഀ FG-2 MEDIAAREA 1,500 490 1.0 0.7 38;1 60 91.3 0.27 140.0 119.9 4.0 0.5 PROPYLEN 39LD03ACHAD-BHJ-E9 ROOM਍ഀ UNIT MANUFACTURER਍ഀ TAG MODEL NO: SERVICE LOGATigN , GF਍ഀ MANUAL AIR VENT (TYP.) FC-IOUTSIDEAIR CONF.RMWALL .਍ഀ ALL THREAD' ROD 2-WAY TEMPERATURE CONTROL VALVE L-1 BUSKIN - ELF6~75DX 18~ 1਍ഀ INTERLOCKED WITH REMO?E SENSOR P; INTAKE BELOW DECK VIBRATION.ISt~LATIIJG HANGER ~TYP.} ~ )਍ഀ FC-1 OOTSIt}E AIR EXT: WALL TO FLEXIBLE CANVAS CONNECTOR HWR L-2 BUSKIN - ELF6375DX 18! IT N AKE TRASFER VOID SPACE਍ഀ UNION ~5'C AUTOFLOW AUTOMATIC `਍ഀ ~P (TYP.) BALANCING VALVE ~TYP:)਍ഀ 0 1 LINED RETURN 1" LINED SUPPLY'DUGTWORK Y਍ഀ ~ p,~ ~,o a~ DucTwl~Rlt ~ k A CHWR਍ഀ I I UNIT MANUFACTURER&਍ഀ 6 ~ _ SERVICE LOCATION. _ _ ( ~ FAN.COIL - - TAG MODEL N0. TYF਍ഀ t 1 clews L~ ~L ~pP p ( BATHROOM MENSNVO1t~NS਍ഀ ~ F~ ~ EF-1 COOK - GN-164 IN-LINE਍ഀ P~~ 45° ( ~ VENTILATION BATHROOM HWS਍ഀ ~ ~ ~ ~਍ഀ s' r ~ ~ D-----~ .DRAIN਍ഀ ,.r'~/ _ -=.1਍ഀ STRAINER (TYP.) UNIT MANUFACTURER& MQUNTING f਍ഀ S SHUT-OFF VALVE TYP. USE ~ ) TAG MODEL N0. LOCATION਍ഀ PROVIDE MERU-11 FILTER. ----11 DRAIN਍ഀ LOUVE AUXILIARY DRAIN PAN W/FLUID KRUEGER - SUPPLY/ FL.OORISIDEWALL਍ഀ P&T TEST PLUGS A 1$50(1600 RETURN lGEILING 1l8 BA SEAL AIRTIGHT DETECTION SENSOR INTERLOCKED Wl DEFLE਍ഀ 51 INTERNAL DRAIN PAN, CONDENSATE AROUND ENTIRE SECURITY SYSTEM DRAIN & P-TRAP. OUTLET 1" LOWERTHAN਍ഀ TAKE-CUFF. UNI-STRUT SUPPORT RAIL INLET B KRUEGER=SS$ RETU N I 314 35 R S DEWALL GRILLE F਍ഀ THE MECHANICAL CONTRACTOR SHALL FIELD ESTABLISH THE SPECIFIC FAN COIL UNIT'S COIL PIPING਍ഀ 4 ARRANGEMENT & FAN ACCESS PRIOR TO SUBMITTING TO THE MANUFACTURER FOR PURCHASING. 45 DUCT TAKE-OFF਍ഀ NU SCALE;਍ഀ TYPICAL FANCOIL UNIT DETAIL਍ഀ NO SCALE਍ഀ CLEARANCE FOI DIJGT CONNECTION਍ഀ AREA RETAINER PLATE 2..਍ഀ DO NOT PLACE F MAINTAIN MAXIMUM ,t._. STEEL SLEEVE, EXTEND਍ഀ SLEEVE MIN. 2"AND 1!2" CLEARANCE.. PLATE IN THIS G _਍ഀ MAX. 6"BEYOND FACE BLADE LATCH OF SEPARATION: NOTE.਍ഀ FUSIBLE LINK FIRE DAMPER PARTITION SURFACES COVER FIRESTOP WITH TWO COATS ACCESS DOOR 1 OF WHITE VAPOR BARRIER COATING. • SAME SIDE AS BI਍ഀ CUT INSULATION FLUSH LISTED FUSIBLE਍ഀ WITH PARTITION਍ഀ ~ FIRESTOP MADE IN ASSEMBLY V TWO SECTIONS਍ഀ BREAK AWAY JOINT`:' 20 GA. GAL ANIZED PIPE SLEEVE CUT FLUSH਍ഀ BOTH SIDES OF STEEL FIRESTOP- ITH I P I N E V W OUTS DE ART TIO SL E E LENGTH SIZING: DAMPER SLEEVE EACH SIDE OF SURFACES.਍ഀ .PARTITION, SCREW o਍ഀ TO PARTITION WALL THICKNESS SI r - INSULA7IQN਍ഀ AIRFLOW , UP TO 6.5 1;਍ഀ e ~ UPT08. 1' ACCESS DOOR _ 5 UP T010.5 4i਍ഀ (PROVIDE PRESSURE s ~`~P~~~~~r~~ OVER 10.5 C~਍ഀ RELIEF FEATURE 1, I FOR MEDIUM OR HIGH , ! '਍ഀ ~ J PRESSURE SYSTEMS) ~਍ഀ 1਍ഀ 1-1/2" X 1-112" X 118" FASTENERS 8" U.C. - - ' RETAINING ANGLE SECURE TO STEEL. 9 ~ 6"MAX.. 6° MAX.਍ഀ V R P SLEEVE ONLY 4 E LA ANGLE MIN. FIRESTOP SHALL 1,. @ EACH CORNER: ' SEAL ENDS OF਍ഀ FIT TIGHT AROUND਍ഀ INSULATION WITH 2" MIN. P, PIPE. CAULK {TY } VAPOR BARRIER਍ഀ - T CAVITY WITH MIN f3" COA LNG UL LISTED SEALANT NOTES: d਍ഀ ..NOTES: 3M - CP25WB. 'i਍ഀ 1. FIRE DAMPER ASSEMBLY RATING SHALL MEET THE MINIMUM RE UiREMENT F VAPOR BARRIER 1. FIRE DAM 0 OR THE ) PER ASSEMBLY RATING SHALL MEET THE MINIMUM REQI਍ഀ COATING .FIRE RESISTANCE ASSEMBLY IN THE LOCATION WHERE IT IS INSTALLED PER TABLE FIRE RESISTANCE ASSEMBLY IN THE LOCATION WHERE IT IS fNSTALL਍ഀ 6Q7.3.1 IN THE 2003 IMC. 607.3.1 IN THE 2003 IMC.਍ഀ PENETRATI 2 THI ERA F ON OF A F RE RATED WALL S TYPICAL FIRE DAMP C N BE USED OR VERTICAL INSTALLATIfINS 2.) VERIFY WITH THE MANUFACTURER THAT THE FIRE DAMPER IS AVA਍ഀ ACCORDINGLY: N0 SC L VERTICAL AS WELL A5 HORIZONTAL MOUNTING. ONLY ONE RETAINEF਍ഀ AE FUR MOUNTING OF DAMPER. DAMPERS ARE SUPPLIED WITH FACTOR'਍ഀ DON'T REQUIRE ADDITIONAL FIELD INSTALLED SLEEVES.਍ഀ I F RE DAMPER DETAI L਍ഀ OPENING TO BE LINED. NO SCALE WITH FIRE RESISTIVE਍ഀ MATERIAL OF RATING TYPI CAL ROUND FIRE DAMPER DE਍ഀ EQUAL TO THAT 4F਍ഀ ,FIRE RESISTVE MATERIAL NO SCALE::. THE WALL.਍ഀ ANGLE਍ഀ RECOMMENDED MIN. SLEEVE THICKNESS਍ഀ SLEEVE MIN. SLEEVE 1-1 (2" X 1-112" X 1/8"਍ഀ DUCT DIM. THICKNESS RETAININ AN L - TYPE OF G G E - IN DIA. OR SLEEVE UNCOATEDo COATED OVERLAP ANGLE MIN.਍ഀ DRAIN LINE SHALL BE AT LEAST THE SAME ~ ~ CONNECTION RECTANGULAR GAGE STEEL STEEL 1'' @ EACH CORNER:਍ഀ SIZE AS THE NIPPLE C?N THE DRAIN PAN WOOD STUD BREAKAWAY 12 DN 26 ; .018,,.਍ഀ ":CLEAN QUT CONNECTION e :='1~~'~~'~~'C਍ഀ 13"-30° N{0 LINING REQUIRED 24 .024਍ഀ WITH SOLID METAL _਍ഀ STUD FRAMING 31 -54 22 .030 PITCH: DOWN :z 1 _਍ഀ TOWARD DRAIN 55"-84" 2CI .036" FASTENERS 8 O.C.਍ഀ ' S5 UP 18 .047" SECURE TO STEEL਍ഀ CLEAN OUT A SLEEVE ONLY ' ~ ~ ~ HOWEVER SLEEVE THICKNESS MUST ALSO NOT BE਍ഀ ~ LESS THAN DUCT GAGE OR THAT SPECIFICALLY STEEL SLEEVE, EXTEND INTERNAL਍ഀ ` ~ r AUTHORIZED BY A RECOGNIZED AUTHORITY. SLEEVE MIN. 2"AND ' DRAIN PAN ~ ~ !਍ഀ MAX. 6 BEYOND FACE.' B METAL STUD਍ഀ UNIT TYPE A 8 CONNECTION a BY U.L. STANDARD 555 ALL DUCTS ARE REQUIRED OF SEPARATION, 1" ~ TO TERMINATE AT SLEEVES OR DAMPER FRAMES. S.਍ഀ D + CUSTOM MADE RAW THRU 0,5 X ,5 NO LINING REQ D. SLEEVE THICKNESS IS CONTINGENT ON TYPE OF OPEN DRAIN OR- + PLENUM BOX਍ഀ BLOW THRU 0.5 X .75 CONNECTION. ALL U.L. LISTED DAMPERS ALSO HAVE FLOOR DRAIN WHER X = TATIC PRESS. IN P N ° ~ ° ° ° ° ~ CEILING I਍ഀ E S A ° °°o ° 4 ° ° MAX. DIMENSIONS ASSOCIATED WITH TH,E TEST਍ഀ P ° ° °eo RATING. ° °P ° ° °d਍ഀ NOTES: ° a ° ° ° ~ NOTE: THIS DETAIL IS GENERAL IN NATURE AND IS NOTES: ° 4'a~਍ഀ 1: COIL MUST BE MOUNTED HIGH ENOUGH TO PERMIT TRAP TO BE INSTALLED. _ NOT INTENDED TO COVER ALL CASES OF FIRE 2: PROVIDE SHIMS OR STRUCTURAL PLATFORMS RE UIRED TO ELEVATE FACT RY ~ ~ ~ ~ 1,j FIRE DAMPER ASSEMBLY RATING SHALT਍ഀ Q 0 DAMPER INSTALLATION. FOR PARTICULAR DAMPER F{RE RESISTANCE ASSEMBLY IN THE LOCA~ PA('KAC;Pt1 AIR NANIli-1NC; l (NITS T(1 (1RTAW RFfli IIRFfl TR4P I~FI(:NT CONCRETE OR MASONRY / nnnucc nnin nnnnci c nccco Tn ~nnnu icnrri ioco~c਍ഀ ..rw.v.. vrv •..ar. a ......iv r..v vi CONNECTI V IYI VLL fLl IYIlIIV I\L , ON e INSTALLATION MANUAL. 607-3.1 IN THE 2003 IMC.਍ഀ 2.}VERIFY : FIRE DAMPER INSTALLATION WI਍ഀ FA N COIL UNIT DRAIN TRAP THIS GENERAL INSTALLATION DIAGRAM IS਍ഀ APPLICABLE FOR VERTICAL AND HORIZONTAL NO SCALE APPLICATIONS. TYPICAL FLOOR DIFFUSE਍ഀ NO SCALE਍ഀ FIRE DAMPER INSTALLATION DIAGRAM਍ഀ NO SCALE਍ഀ ਍ഀ N਍ഀ SUPPLY FLOOR DIFFUSER Wt RADIATION FIRE DAMPER.਍ഀ N NC~TE~~ FN~RA~_. N~T~e ~ I ~਍ഀ FIRE RATED FERE RATED FLOOR ASSEMBLY FLOC}R ASSEMBLY਍ഀ 1 36x8 RETURN DUCT UP. FD' Fp਍ഀ FD ~ ~.~n~,.. v..~... k਍ഀ - 2 PROVIDE ACCESS TO FC _ 18" O 18" O 10" 1~਍ഀ - FG 3 CONNECT 1" HWS, HWR,਍ഀ FD 12" ~t 1 18„ O NJ਍ഀ J ; - 4 PROVIDERADIATIONDA਍ഀ 6.. ~ _ _ r DETAIL ON SHEET M1.1.਍ഀ s 12,, FIRE. BATED ~ ~ - - - - . ~ ~ ~ SOMB I X ~ ~਍ഀ SHEET ROCK ~ Ci ,.c DUCT = = = ~ ~ - _ _ ~I, ' S PROVIDE l~ WRAP INSU N .ur.. r w t.਍ഀ ' ~ FIRE;RATED ~ ROUTE 28x10 SUPPLYAI਍ഀ _ SHEET ROCK ? ~ € _ ~,u. 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SCALE: NQNE t €~.MM.v.,. ,਍ഀ ਍ഀ NUKIH਍ഀ H V AC PLAN਍ഀ MECHANICAL FIRST LEVEL SCALE: 1/4" l'- O,l਍ഀ CEILING HVAC PLAN ~1J਍ഀ O਍ഀ N C~਍ഀ i ~ r਍ഀ x 12x10 8 . - : # N M :ap ,਍ഀ >i > ~ f '.'Y਍ഀ 1~ : ( 2 FIRE RATED ~N NOTES: EN~R~Al. I~ RTES: ~ ~਍ഀ f` . I T FIRE RATED t: ~ SHEE ROCK ~਍ഀ { ~ SHEET ROCK 1 38x8 RETURN DUCT Dh ~ I 28x10 r <t ; ; FD਍ഀ L~ ~ ~ '.3 k਍ഀ . V ` 2 ROUTE 8" 21 BATHROO SUPPLYFLOOR' ' ; I ~ s: I _ _ 18x6 x 10" f~ R਍ഀ DIFFUSER {ll`P.} I ` o! 3 ROUTE'2$x10SUPPLY਍ഀ r I FIRE FC o,,਍ഀ 16x8 ti N RATED k 2 4 ROUTE 14x8 RETURN C਍ഀ FLOOR £ - _ _ - _ ' BOX FROM BELOW. 1 X X ~਍ഀ ASS~MB~Y ~ ~ FIRE RATED ~ : ~ ~ ~ = _ - - 28x10 ; t -਍ഀ SHEET ROCK 5 ROUTE 18x6 RETkJRN [ £ : EIRE RATED ASSEMBL਍ഀ - FIRE.RATED f DAMPER WITH AN ACC F . K.~~~, w.~v~ ,.w~ € ~ SHEETROCK F਍ഀ : ~ , . : r ~ , ~਍ഀ t ? ~ I _ 6 CONNECT 1" HW5, HW'~ . ~ w4. ,Fw,„~:..਍ഀ i w: ; FIRE RATED b ' ' EIRE RATED EiRERATED s : I਍ഀ 7 12x10 pUT81DE AIR DU SHEET ROCK. ' ' SHEET ROCK SHEET ROCK ` ~ }਍ഀ : v, 5 8਍ഀ CONNECT 12x10 OUTS 5 _਍ഀ . v ~ S ...i ~ ROUTE 18x6 SUPPLY D਍ഀ FIRERATEDASSEMBC ~ t i਍ഀ ' ' DAMPER WITH AN AGC਍ഀ 10 PROVIDE FIRE RATED, DUCTW{~RK ECTIC~N 2਍ഀ 2਍ഀ M2:1 SCALE': 114° =1'-0'• z . 1਍ഀ z ~ ~ ..-,m.਍ഀ DU TW C ORK SECTION 1਍ഀ 1਍ഀ M2.1 SCALE: 1l4" =1'-0" s਍ഀ ਍ഀ EF 80-E "w..,, $x4 B ~ FD਍ഀ 1 80-E B w,਍ഀ 6x4 ~ 2 ~ ~w~,..਍ഀ k ~ 'r 1(~ ~ 8~~~~ \਍ഀ FD ~ : FD਍ഀ co 300-5 80-5 ~ A਍ഀ 12x4 24x10 ry.~,'਍ഀ 180-5' A r - :4$x4 -਍ഀ r~~, f ~ _ E ~xs r਍ഀ r਍ഀ f, , ~ .~m.. , ~w਍ഀ FD ao-s ; A , ,w, 1 12x4਍ഀ ' ,਍ഀ ®FD਍ഀ k਍ഀ f਍ഀ m , : ~ 1550- t਍ഀ : 36x18਍ഀ : 300-R S' ~ 24x10 A਍ഀ ਍ഀ ਍ഀ {਍ഀ r `਍ഀ 160-t~ 240-S 10x6 B਍ഀ A 48x4਍ഀ x FD :਍ഀ F Fp . w,N. _ _ ~FV਍ഀ ,c 340-R 9 5 B It਍ഀ 24x4 - -਍ഀ 280- ~ S A 48x4 18x6 4 ~਍ഀ ~ I - ~ x਍ഀ v:.:, . ~ . ~ I A 150-5 ~਍ഀ 24x4 ~ ~ ~y. i t p਍ഀ : ~ t J+ }਍ഀ : ~ ' I s. c਍ഀ > € st 190-XFER 1 >.....,~..m € t 4਍ഀ ~ i , ~ r a x : < F ~ ~ I਍ഀ M ~ ~਍ഀ f °'`l 2 ~I i਍ഀ „r. I - „ : , ,਍ഀ L ~r ~ %i -i - i , '਍ഀ < , - , t= - , ~ ,਍ഀ < ,,..w., i ~ '~I I'਍ഀ A 210-S ' s 36x4 I਍ഀ ;;:µ,,.Nm w~.,~~ .,,:n~~:,: : _਍ഀ T TRFG2o - - -਍ഀ ,.r _ I i A so I i w.,, ~:.~~w. t; I~ f 36x4 I~ I~ 1਍ഀ 2 ICI ~ ICI ; ~ 1' SA਍ഀ „ . M2.1 I ~ I ( I ~.,,:,n„~਍ഀ 'G਍ഀ . I .n H,,......:.. - /਍ഀ - ~ *਍ഀ ~ iD ~ ~ 1D ~ ~ ~ a਍ഀ < ~ ;,,n= ~ ~ ~ ~ ~ w co ~਍ഀ ~ w„4 . ,਍ഀ a਍ഀ _਍ഀ 320-S 320-5 280-S 280-S 140-5° A 60x4 A 60x4 A 60x4 A 60x4 jf A 36x4਍ഀ ਍ഀ ਍ഀ '~n; 1 1 't਍ഀ . ~ :਍ഀ .Y ~ I਍ഀ F 3 ' r' .wMW N. NM.. . ~਍ഀ J.਍ഀ t,,.਍ഀ h.਍ഀ i i . . „5 fi ( ~਍ഀ SCALE: 1/4" = V- 0"਍ഀ ~ MECHANICAL 2ND LEVEL "a'"਍ഀ HVAC PLAN਍ഀ SCALE 1/4" = 10" M2*1਍ഀ 111-10-08 PERMIT COMMENTS 2 4 Of 4਍ഀ ® CO?YR M 2W5 N MIECflek E~q? IG CONSULTATS, i(G਍ഀ NOTE: AI.L SYMBOLS SHOWN ON LEGEND਍ഀ PLUMBING LEGEND ARE NOT NECESSARILY USED. PLUMBING SPECIFICATI NS O਍ഀ DOMESTIC COLD WATER ---fl .PIPE RISER 1. GENERAL:਍ഀ -.•-..-HW~-.~--• DOMESTIC HOT'WATER PIPE DROP a, FURNISH: ALL LABOR,. SUPERVISION, MATERIALS, EQUIPMENT AND FA਍ഀ -•~•-HWC-•••- DOMESTIC HOT WATER RECIRC. PIPE TAKEOFF {FROM BOTTOM OF MAIN} FABRICATE, DELIVER, STORE AND INSTALL ALL WORK NOTED ON THE਍ഀ HEREIN. ----°W-- WASTE ABOVE GRADE PIPE TAKIAOFF {FROM T£~P OF MAIN) b:THE.C(?NTRACTOR SHALL FURNISH AND INSTALL ALL WORKNECESS~਍ഀ °°~-°•w•-..-•~. WASTE BELOW GRADE PIP END CAP WHETHER OR NOT SUCH DETAILS ARE MENTIONEDIN THESE'SPECIF BUT WHICH ARE OBVIOUSLY NECESSARY TO MAKE A COMPLETE 5YS਍ഀ ---W-- GREASE WASTE ABOVE GRADE ---~j PIPE CONTINUATION - PORTIONSTHATARESPECIFKALLY MENTIONED HEREIN OR PLAINLY਍ഀ ,~-....GW.,,..,. GREASE WASTE BELOW GRA[)E ~ PIPE EXPANSION GUIDE DRAWINGSAS BEING INSTALLED UNDER ANOTHER SECTION OF THE ;਍ഀ -IW--- INDIRECT WASTE f PfPE UNION਍ഀ 2, WORKMANSHIP:. ---G---- GA5 PIPE ANCHOR a. THE WORK SHALL BE ACGOMPLISHEC? IN A THOROUGH AND INORKMA਍ഀ MPG--- MEDIUM PRESSURE NATURAL GAS FLEXIBLE PIPE CONNECTION AND MEETING THE APPROVAL OF THE gWNER AND ARCHITECT:਍ഀ .....-..v-....... VENT -C~¢t- PIPE EXPANSION JOINT 3. MATERIALS:਍ഀ --C---- CONDENSATE DRAIN POINT OF NEW CONNECTION a, ALL MATERIALS AND EQUIPMENT SHAI:L BE NEW AND THE 6EST QF TI਍ഀ 0 RETAILS #301 30 ALL'DEFECTS AND OF THE MAKE AND QUALITY SPECIFIED.... T 2, Co CLEAN OUT ~ PLUG VALVE਍ഀ 303, & 304 EE LO LAN" 0 WC0 WAI.LCLEANOUT --V}--- GHEOKVALVE 4, SITEINSPECTfON: S F OR P F R E~਍ഀ O FCO FLOG CL AN OUT BALL VALVE a. CONTRACTOR SHALL VISIT THE SITE OF WORK PRIOR TO SUBMISSIOI C~NTINUATI N R E ~਍ഀ <FAMILIARIZE HIMSELF WITH THE WORKING CONDITIONS & EXACT NAT COTG CLEAN OUT TOGRADE ---K;}--- BALANCING VALVE਍ഀ ® b: SUBMISSION OF A BID ACKNOWLEDGES FULL RESPONSIBILITY FOR FI {E} EXISTING FLOW REGULATORVALVE FUNCTIONAL SYSTEM.਍ഀ ' c. N0 CHANGES IN CONTRACT WILL BE MADE TO ACCOMMODATE OR At਍ഀ ` ~ ' fN} NEW °-°Itf BUTTERFLY VALVE 2 GW WHICH RESULTS FROM A FAILURE TO THOROUGHLYMAKE THE EXAM਍ഀ }--.,._.-1"HW VTR VENT THROUGH ROOF .PRESSURE REDUCCNG VALVE਍ഀ 5. CODES AND PERMITS". 112 HWC (1Ti2 UP THROUGH ROOF਍ഀ a: ALL MECHANICAL EQUIPMENT, INSTALLATION, ETC.; SHALL CONFORM Up UP 2-WAY CONTROL VALVE ORDINANCES AS INTERPRETED BY THE TOWN OF V i BU LD! G DEP AL f N਍ഀ pN DOWN.. b. CONTRACTOR SHALL OBTAIN AND PAY FOR ALL PERMITS AND INSPE(਍ഀ 3-WAY CONTROL VALVE COPIES OF ALL PERMITS AND INSPECTION REPORTS SHALL BE SUBM਍ഀ H~ Ii05~ 131E਍ഀ ~ FPHB FREEZE PROTECTED. 4-WAY CONTROL VALVE 6. AS-BUILTS HOSE BIB a. CONTRACTOR SHALLPROVIDE A COMPLETE SETOF AS-BUILTS DOCI਍ഀ ; ' ~ THEREON AT THE COMPLETION OF THE PROJECT AND PRIOR TO FINS PP PURGE PORT ~ DIFFERENTIAL BYPASS VALVE਍ഀ F B Q TO (REPLACE & B ~ F$ FLOOR SINK 7. GUARANTEE: STRAINER. a. CONTRACTOR SHALL UNCONDITIONALLY GUARANTEE ALL LABOR ANI਍ഀ ROUTED IN RETAIL #204 ~ ~ ~ PIPING PROVIDED UNDER `਍ഀ CEILING, SEE FLOOR PLAN CORE & SHELL ROUTED pg PIPE CAP DEFECTS IN WORKMANSHIP AND MATERIALS FOR A PERIOD 4F ONE: F R CONTINUATION NATURAL GASPRESSUR): REGULATOR 0 ---f~ TO MAIN CHASE, SEE਍ഀ CO & S EL LA SUBMITTALS:਍ഀ ~--y ---~j pT PTRAP Q~ N a, CATALOG INFORMATION AND CUTS OF ALL EQUIPMENT AND DEVICEy AIR VENT r'਍ഀ 1-114"'G ARCHITECT FOR REVIEW (SIX COPIES OF EACH}, ' ' 1-112" MPG IP INLINE PUCNP PRESSURE -TEMP. TAP਍ഀ 112' HWC 9. COORDINATION:਍ഀ • 1-112" HW a: THE DRAWINGS ARE DIAGRAMMATIC AND T DED T SHOW SCO IN EN 0 RE਍ഀ 2" CW ~ -PRESSURE GAUGE b: THE CONTRACTOR SHALL COORDINATE HIS WORK WITH OTHER TRA[਍ഀ OF ALL DUCTS, PIPES, CONDUIT, ETC, THERMOMETER਍ഀ ' 1O.CUTTING AND PATCHING:਍ഀ DOMESTIC WATIcR & GAS PIPING a. ALL CUTTING AND PATCHING REQUIRED OF THE STRUCTURE:{NEW f~ i਍ഀ UNDER OTHER SECTIONS OF THE WORK. DETAIL IN A SHAFT FOR FUTURE਍ഀ b: PROVIDE NECESSARY REQUIREMENTS TO THE PROJECTSUPERINTEI਍ഀ c. X-RAY SLABS PRIOR TO CORING. EXPANSION਍ഀ NO SCALE: 11.CLEANUP:਍ഀ a. UPON COMPLETION OF THE WORK UN€7ER THIS SECTION, THE CONTF਍ഀ MATERIALS, EQUIPMENT AND DEBRIS INCIDENTAL TO THIS WORK ANI਍ഀ ORDERLY.਍ഀ 12;PIPE INSULATION:਍ഀ ' a. HOT & COLD WATER SUPPLY PIPING (EXCEPT RUN OUTS 12 FT. OR Sk਍ഀ BE INSULATED AS FOLLOWS: NOTE:਍ഀ PARTITCON SURFACER COVER FIRESTOP WITH TWO COATS਍ഀ PIPE SIZE, IN. INSULATION THICKNESS, IN. OF WHITE VAPOR BARRIER COATING. ~K-0.27 BTUH-INISQ.FT. F OR LESS} -਍ഀ CUTINSULATION FLUSH TH PARTIT 1!2';314" & 1" 1" WI TON਍ഀ FIRESTOP MADE IN 1114" THROUGH 6" 1 112'"਍ഀ NVO SECTIONS 20 GA. GALVANIZED PIPE SLEEVE CUT FLUSW਍ഀ - -~x,. NO CW OR HW PIPING SHALL BE ROUTED IN EXTERIOR WALLS UNLES . STEEL FIRESTOP- WITH OUTSIDE PARTITION ' ; < c. CONDENSATE PIPING SHALL BE INSULATED WITH 318" FOAM PLASTIC.਍ഀ EACH SIDE OF SURFACES. ' I d. STORM DRAIN PIPING SHALL BE INS TED WI G I L. PARTITION, SCREW ' ` WALLCOVERAND ULA TH FI&ER LASS NSU਍ഀ TO PARTITION ~ € 'DECK TO THE VERTICAL RISER. INSULATION SCREW਍ഀ o e } - EXTERIOR WALL਍ഀ ਍ഀ . PLUGGED TEE WITH ~ '਍ഀ CLEAN OUT - <਍ഀ ,਍ഀ FLOOR LINE ~ ~ e਍ഀ ~ UNIT਍ഀ FIRESTOP SHALL MANUFACTURER, MO[}EL NO SEAL ENf)S OF ~ a a _9 a v v TAG਍ഀ .FIT TIGHT AROUND a ° o a v v INSULATION WITH 2.. MI P a° y v ~ v o v PIPE. CAULK N (TY .j਍ഀ VAPOR BARRIER Q o, 4° o v a a L-1 LAVAT{ CAVITY WITH MIN ,v..਍ഀ COATING UL LISTED SEALANT KS~1 KITGHEC` - C.L BEND਍ഀ 3M CP25WB. FLI.ING FIXTURE SPECIFICATIONS & HARDWARE VAPOR BARRIER.. WG9 -WATER਍ഀ COATING BALANCE OF PIPING SELECTION TO BE BY THEARCHCiECT•਍ഀ SAME AS CLEANOUT US•1 UtIL(tY਍ഀ TO GRADE DF•1 ' DRINKIN਍ഀ PENETRATION OF A FIRE RATED WALL਍ഀ WCO ZURN 21446 WALL C NDSGALE WALL CLEANOUT DIAGRAM਍ഀ NO SCALE਍ഀ NOTE: MIN. I SIZE GREATER਍ഀ COVER FIRESTOP WITH TWO COATS THAN਍ഀ OF WHITE VAPOR BARRIER COATING. VENT SIZE: CUT INSULATION FLUSH ,਍ഀ WITH PARTITION ~ SHOP FABRICATED LEAD CRP`਍ഀ t' STOP MAD>= TO SLIDE OVER BASE JACK: ~ 1, FIRE IN਍ഀ 20 GA. GALVAMZED ' TWO SECTIONS਍ഀ STEEL FIRESTOR PROVIDE MIN. 1 SIZE INCREASER LEAD JACK WITH FLANGE EACH SIDE OF ;਍ഀ PARTITION, SCREW `TREATED WOOD NAILER. OVER FINISHED FELTS IN z਍ഀ T ` GAS SHUTOFF VALVE VARIES AS PER DEPTH OF MASTIC W! 2 PLY ~ TO PAR ITION .,1 INSULATION TYP.਍ഀ , INSULATION. TYPICAL STRIPPING IN MASTIC.`. r. OVER FLANGE. TYP.਍ഀ 9 z_ -਍ഀ 1 ROOF DECK਍ഀ " FIRESTOPSHALL _਍ഀ FIRESTOP SHALL FIT , '਍ഀ PIPE SLEEVE CUT - TIGHT AROUND FIT TIGHT ~ FLUSHWITH OUTSIDE AROUND PIPE. PIPE...਍ഀ EXTEND VENT INCREASER PARTITION s „ ~ ~ MECHAN{CAL CAVITY WITH MIN /4 A MIN, OF 12 BELOW ROOF਍ഀ 'SURFACES. UL LISTED SEALANT EQUIPMENT •਍ഀ 3M -CP25WB.. PARTITION SURFACES NOTE.਍ഀ h 1. 'COORDINATE FLASHING SIZES AS 2 MIN. {TYP,} LOW PRESSURE ,਍ഀ VAPOR BABBLER CAULK 6 MIN. REQUIRED BY VARIOUS STACK SIZES GAS LINE਍ഀ DRIP LEG 2: PATE" TYPE PLASTIC ROOF CURBS LL VAPOR BARRIER਍ഀ COATING SEAL ENDS ARE AN APPROVED EQUIVALENT _IDETAILS਍ഀ OF INSULATION WITH TYPICAL MECHANICAL EQUIPMENT਍ഀ VENT THRU ROOF DETAIL PIP GAS CONNECTION DETAIL਍ഀ ,਍ഀ PENETRATION OF A FIRE RATED CEILING/FLOOR NO SCALE NO SCALE NO SC Y਍ഀ NO SCALE਍ഀ d਍ഀ N਍ഀ ~ ~ ~r਍ഀ T .e ~਍ഀ ~ ~ ~U~ s`~s N y.. ~Vj- '1'1f1T11IAtn A ~ f /~.Xrtl'"tPni til"1YM1*1'n Atfrt lth. Xt I 1^tl In'fY Xtni'Y If I AnllTrt X\Yn P~ ~ LL._ A਍ഀ ' 1 ROUTE 3" W UP TO UVC-1.਍ഀ 2 ROUTE 1'/'"WUPTO L 9, DI e~਍ഀ 3 ROUTE 2" W UP TO KS-1, U~਍ഀ ,~"`f 4 CONNECT TO EXISTING 4" U 5 ROUTE 4" WUP TO WCO; Y਍ഀ 1਍ഀ if } f f .਍ഀ F਍ഀ 'un. ~ ~ ^+~.2.਍ഀ }਍ഀ ਍ഀ 5~਍ഀ ਍ഀ L' .਍ഀ . {਍ഀ f: xey 1 1~ . ~ $਍ഀ L r r i S( 'Ao.਍ഀ Y j L i਍ഀ f J i S ;s{ 3਍ഀ 1 f 1 ,.,~.y,„-਍ഀ y,f p F~ 1਍ഀ \4'~,., ,k4 f'਍ഀ S i xti~ I~਍ഀ 'x 1 lz f=~. J਍ഀ r r' ~n਍ഀ .w,...~ vm.H~~~ ~.,Y.਍ഀ r, , ...~w ..,ti~Yrc 2਍ഀ ~ r਍ഀ .N , ~....r _...,M ,M,,,. r ,..~n.,, s F, F਍ഀ Y'਍ഀ Z . 1 '/z' t਍ഀ f,.਍ഀ 's ~7 t ' s~਍ഀ 1 % 2਍ഀ a ? Y 6਍ഀ s਍ഀ a 's fit" %਍ഀ s { } ~ $ ? \਍ഀ OO਍ഀ g Ff ~ J . 3 f ; { r t s F` 3 .਍ഀ 3 t I r 1 a਍ഀ # drt Y਍ഀ %਍ഀ i ~ ? 2'~ ; I਍ഀ £ i 3਍ഀ ` t਍ഀ ' % ; r ` ~ £ # ~ ~ < 9਍ഀ g 3਍ഀ r.. - < ; 3਍ഀ 3 ; en਍ഀ a a. 'n. i > _A s' '਍ഀ 5 f , ~n~ r:. ~ YY 5 i t $ 5਍ഀ £ iv.~~nn~~x. ri a n, ...vrv. i % v਍ഀ ' 1 ~ ; 5 l e . 3 eve+.x v:~.vxsn~m ~N. : ~ ; t 5਍ഀ % i i S v i e i nv.~{ : ..A.w਍ഀ ਍ഀ r.. 5਍ഀ < i ~ " .਍ഀ 1਍ഀ n u. r i.~a:਍ഀ f \ _਍ഀ 5਍ഀ ~ ....r... .,~i , . r,..਍ഀ t਍ഀ F . ✓•f~਍ഀ ` £ ~਍ഀ i i r F਍ഀ 5 %਍ഀ i t Nom.਍ഀ S f f S 1਍ഀ 5 i i~ S r਍ഀ r y,਍ഀ i਍ഀ ਍ഀ i. i. .਍ഀ i. 'r਍ഀ i l਍ഀ ' 3 ~ # € e ,਍ഀ iq. ? g { ~ 8.਍ഀ I t i਍ഀ f਍ഀ ,਍ഀ }਍ഀ j' NORTH SCALE: 1(4" NORTH਍ഀ t, lF਍ഀ 1 ST FLOOR WASTE & VENT PLAN _ pe) n਍ഀ f SCALE: 1/4" =1'0,਍ഀ 1 CONNECT 3" W, 2° U TO W਍ഀ 2 CONNECT 1 '/2" W & Vf TO k਍ഀ 3 CONNECT 2" W,1'/x" V 1'O਍ഀ 4 ROUTE 2n V UP. INCREASE਍ഀ I਍ഀ I਍ഀ 5਍ഀ :਍ഀ f਍ഀ t s ~ 1 f"਍ഀ v~ _i਍ഀ 2 ° '~n਍ഀ ` L-1 - a` - ~ I਍ഀ g : ...t਍ഀ t WC-1 r C7 < : :਍ഀ 1 WC-1 ` t ~਍ഀ 2, 1਍ഀ ~ ~ t ~ ~ L-1਍ഀ /f r : ~ ~ v v i ~ s i ~ : S r ~ ~ { / U _਍ഀ : i l t s: ~ : ~I u. A......... : :f਍ഀ 5 t r.::. r਍ഀ e. v.w.,.u, 4,, . N.:w ~n,.~.n,v..m b ~ F , ~ g i਍ഀ ~:a t ; ' _1.਍ഀ ~ a : `਍ഀ t . : ~ :.J : , t . : $ ~ , t y਍ഀ o,., ~ > ~r t r 1.਍ഀ F i 2; t x ~਍ഀ £ , e r f ~ k : ,.r , _ : ~ z਍ഀ _ < s , 4਍ഀ r. `਍ഀ f 1 '1z਍ഀ - , 1਍ഀ a.,_;-......~. : ~ 3 : y US-1਍ഀ YYYY t਍ഀ ' 5 v~ , ~਍ഀ i } <਍ഀ J f~਍ഀ ~1~਍ഀ : i Y V : f j (x~਍ഀ { r਍ഀ £ S ~-"a.°਍ഀ KS-1 b~',5 t' : t ~ f਍ഀ 3 m.,, ~ < ; f h਍ഀ ,਍ഀ ਍ഀ ,k :਍ഀ ~ xN. WCO v r ,਍ഀ ~਍ഀ ,....5਍ഀ 2 ~ E} :਍ഀ - ~ . j < i £ y f k 1 _ o: 5਍ഀ ...arc : ! ) 5 ~ ~ ' y $਍ഀ v.:.v. ~s.1. ..:ten .n:e n ..w..਍ഀ :S ~ i਍ഀ `a ff F~.਍ഀ ਍ഀ x ' .਍ഀ 't਍ഀ ` } iit-'਍ഀ 3.:, 's f਍ഀ 4 " ~,,m , i਍ഀ _..,.a.,......„,: n:.. 1 c,n .wn਍ഀ v,...... ' / ~਍ഀ `f/ / i s t਍ഀ ਍ഀ t , , ; p : ~ j,„ ; fir,.,., r਍ഀ ,..y ~ „f'਍ഀ < fy r਍ഀ I t f. § `~/f t਍ഀ i e 3 o ~਍ഀ t s਍ഀ s਍ഀ }਍ഀ _ _਍ഀ f਍ഀ 'ORTH 2ND FLOOR WASTE 8 VENT PLAN ,%T SCALE: 14' 1'0"਍ഀ r a r਍ഀ ~਍ഀ C01਍ഀ r਍ഀ ■ ~਍ഀ 'r ■ ~ ~਍ഀ ~ ~਍ഀ ~ CONNECT CW TO WWI-1. 1. OFFSET PIPING AS REQUIRED TO AVOID ALL DUCTW RK LI HT O G AND ~ ~ a~਍ഀ STRUCTURE. COORDINATE ALL STRUCTURAL PENETRATIONS WITH THE਍ഀ 2 CONNECT 112" CW; HW TO L-1, KS-1 AND 314" HW TO DW-1. EXTEND 1/2" STRUCTURAL ENGINEER. ew To IM-1. ~ - _ ~ ~ ~U~ ~ t!) ~ ~ d'਍ഀ 2. ALL PIPING PASSING THROUGH EIRE•RATED ASSEMBLIES SHALL INGIUDE਍ഀ 3 CONNECT 1-1l2" HW, 2" CW, 1/2" HWC,1-114" G TO EXISTING RISERS: AFIRE-RATED PIPE SEALANT T RA ED TO MATCH THAT OF THE ASSEMBLY. a o 0 ~ ~ ~਍ഀ INSTALL LOW PRESSURE GAS REGULATOR, VENT REGULATOR TO਍ഀ AMBIENT. TERMINATE MIN. 3' AWAY FROM ANY AIR INTAKE TO THE 3. ALL PLUMBING PIPING SHO WN DASHED SHALL BE LOCATED BELOW THE BUILDING, 10' AWAY FROM MECHANICAL AIR INTAKE,10' ABOVE GRADE FLOOR D 0.~~:~਍ഀ ECK. AND 2' ABOVE THE HIGHEST POINT OF THE ROOF W{THIN 10'. c ~਍ഀ L s o Cn਍ഀ 4 CONNECT 1I2" CW TO DF-1. ' I਍ഀ N m~~b N਍ഀ 5 CONNECT 1° G TO FP-1; . ~ ~ ~਍ഀ 6 1f2" G FOR FUTURE BBQ-1 USE.਍ഀ ~ U (ll d' 'C s._਍ഀ 7 ROUTE 1114" G DN BELOW FLOOR. _W ~ U=o ~਍ഀ 8 CONNECT'3/4" HW, GW TO U~-1. tT3 WQ~~~਍ഀ ~ ~ ~~o ~਍ഀ g ROUTE 1/2"' HWC TO L,~1, LOCATE AIR RELIEF VALVE UNDER L-1.਍ഀ U .~W~ o N ~~o~਍ഀ 14 2" CW,1-1t2,, HW,112"HWC AND 1-112" MPGROUTEp EN THE~TRUSSES BELOW fNTO THE RISER. INSTALLED UNDER CORE & SHELL, SHOWN ~ ~਍ഀ HERE FOR REFERENCE ONLY.਍ഀ U ~ ~਍ഀ ~ m਍ഀ ਍ഀ L-1 '/zI is 1਍ഀ r{ ,SC n~SC 1" a 7<f t t if ~~yU~ruRr4'r ~ € f ,~~}F~,~(~~rt~਍ഀ I II ~ 1 % g਍ഀ r i z rya,਍ഀ c r Ah਍ഀ ~ \ , c~,. s ; ~ , 1 WC-1 „5, ~ , s਍ഀ ~ ~ ~ 2 ~ ; ~ 1 ~f਍ഀ 1 r਍ഀ . , 4਍ഀ ~a~਍ഀ s ~ > , f ~ - . 4 ~ .਍ഀ ~ . of਍ഀ DF-1 ~ s ry ( ~਍ഀ „m . 1 ,11/z I਍ഀ . ~ . < . k..਍ഀ i a 2 ~i~ 1 z S tea. L s $਍ഀ . r ` / z a ~ l਍ഀ BBO-1 j/2" s f*਍ഀ ' ~ ~ ~ ~ l I , .਍ഀ ,਍ഀ _ I i s' I. .3.11਍ഀ f4਍ഀ ~ ' S ~ 1਍ഀ HWG „ Ali HW l S ~ ;਍ഀ W C ~ ~ US-1 r਍ഀ t਍ഀ << 2~~ ~ .਍ഀ 3 ~ 1,~„਍ഀ <w,.,਍ഀ ,,,,..,rK. KS 1 - -਍ഀ i v _ 2਍ഀ _ ; ,t਍ഀ I 1!2" HWC.. s਍ഀ z i Fr.. ~ #i lM-1 ~ `਍ഀ z - 2" cw s , k਍ഀ ~ ~ 1-1l2"MPG f਍ഀ ';M :..n,a .v,.n xnv vn.n ~ * " F਍ഀ y,.. M. f sa !`x ~ 's ~ Y 4 S '਍ഀ ~ ' } t" i £ ; { s f j > v਍ഀ i r / e i r .,.,,,,.,.,~w w.~. :,nv.,w,:,„.~ ~ , ~~a; ~਍ഀ ~ o- i਍ഀ i s FA ~ ~ ~ i ~ ~i .n..., F. X51 f S s. , • e਍ഀ /A 7 .:i... +F ~ I } £ { i , t਍ഀ . : £ ~ s ,਍ഀ t, £ ,,:~M...,...., ,N 3 : i ` 3 ; 4 ..,.,v,:,~.,; ~ ~ .....f਍ഀ i S # 3 g s s z j f , y. ~ ;਍ഀ g r , ,~~a , ~ ~ ~ # 3 q w_. 1਍ഀ ~ ~ r . . p' '਍ഀ 4 ,,.wv,:..,~,.,:, £ € b ~ ? a਍ഀ y ,਍ഀ ਍ഀ ~ t" ~k~., ~ I z '਍ഀ 1 ~ F . E਍ഀ I t „ a..HN, v.~.਍ഀ 5^' i FP-7 ~ ,਍ഀ - C਍ഀ ~ , ~ ~ r- ~ n ;~;~w,..,.,,.„਍ഀ „K w,.,.~,,. ,਍ഀ . . BBQ-1 1 ,਍ഀ k _ ;,,n.. ,਍ഀ T 6 sn ~ ~ "4 , .਍ഀ i਍ഀ f. i'਍ഀ . n.. _ ~ :..u r,਍ഀ 3 fir.਍ഀ ' I i ~ 3 ' ~ ~ ~ s s਍ഀ ~ ~ t .»nMnnxH਍ഀ : ~ s਍ഀ ਍ഀ H ,..,,w.„n,,. n...,,...,, w.~:r.,., ,,.n~.,,,..~,਍ഀ GAS PLAN਍ഀ NORTH NORTH SCALE: 1/4" - F-O"਍ഀ 2ND FLOOR DOMESTIC WATER & GAS PLAN਍ഀ SCALE: 114" 1'0"਍ഀ 1. WALL ASSEMkLY -THE 1, 2, 3 OR 4 HR FIRE-RATED GYPSUM WALLBOARDJSTUD WALL ASSEMBLY਍ഀ SHALL BE CONSTRUCTED OF THE MATERIALS AND IN THE MANNER DESCRIBED IN THE WDIVIDUAL਍ഀ U300 OR UA00 SERIES WALL OR PARTITION DESIGNS (N THE UL FIRE RESISTANCE DIRECTORY AND {NOT ALL SYMBOLS REQUIRED FOR THIS PROJECT਍ഀ ) SHALL. INCLUDETHE FOLLOWING CONSTRUCTION FEATURES: Q Y਍ഀ Q RECESSER OR SURFACE DOWNLIGHT ABBREVIATIONS L i਍ഀ A".STUDS -WALL FRAMING MAY CONSIST OF EITHER WOOD STUDS (MAX 2 HR FIRE RATED ()-I WALL MOUNTED LIGHT FIXTURE AG -ABOVE COUNTER ASSEMBLIES) OR STEEL CHANNEL STUDS. WOOD STUDS TO CONSIST OF NOM 2 BY 4 IN, {51 BY 102 AFF -ABOVEFINISHED FLOOR 1• w਍ഀ RECESSED FLUOR. LIGHT FIXTURE AFG • ABOVE FINISHED GRADE MM) LUMBER SPACED 16 W. {406 MM) OC WITH NOM 2 BY 4 !N, {51 BY 102 MM) LUMBER END PLATES a਍ഀ AND CROSS BRACES. STEEL STUDS TO BE MIN 3.51$ IN. 92 MM WIDE BY 1-3/6 IN. 35 MM DEEP SURFACE FLUOR, uGHT FIXTURE AL -ALUMINUM G { ) { ) Aa CU -COPPER਍ഀ CHANNELS SPACED MAX 24 IN. {610 MM) OC. FIXTURE DESIGNATIONS: bESIG. -DEsIGNA~noN it਍ഀ B" GYPSUM BOARD* - NOM I/2 OR 5J8 IN. {13 OR 16 MM) THICK, 4 FT. {122 CM) WIDE WITH SQUARE UPPER CA5E ° FIXTUR TYPE EM - Er~ERGENGY ORTAPEREDEDGES.THEGYPSUMWALLBOARDTYPE THICKNESS NUMBER OF LAYERS,FASTENER LowERGA5E~8WiTCHDESIGNATION EMP ^ENERGYMANAGEMENTPANEL A, I f਍ഀ SH EE T ~ SHADING ON FIXTURE INDICATES EMERG. BATTERY$ACKUP GND - GROUTI7IDC WATER COOLER i TYPE AND T ORIEN ATION SHALL BE AS SPECIFIED 1N THE INDIVIDUAL U300 0R U400 SERIES A਍ഀ DESIGNiN THE UL FIRE RESISTANCE DIRECTORY. MAX DIAM OF OPENING 1S 26'1N. 660 MM . FLUORESGENTSTRIPFIXTURE GFI -GROUND FAULT INTERRUPTER t { ) HRH NF • NOT FUSED਍ഀ I~rsl TRACK LIGHT A3 NOTED OR SCHEDULED 1+IIC • NOT IN CONTRACT `਍ഀ 2. THRQUGH PENETRANT -.ONE CONDUIT INSTALLED EITHER CONGENTRlGALCYOR W H NL -NI~HTUGHr K WALL AS ER NTS - NOT TO SCALE਍ഀ ECCENTRICALLY WITHIN THE FIRESTOP SYSTEM. THE ANNULAR SPACE BETWEEN PIPE, CONDUIT OR ~-~___~-~1 - POLE MOUNTED FIXTURE UG UNbERGROUND TUBING AND PERIPHERY QF OPENING`SHALL BE MIN OF O IN. (0 MM) (PQ1NT CONTACT) TO MAX 21N.{51 WF -WEATIERPROOF 1਍ഀ POST{BOLLARD}.FIXTURE XFMR -TRANSFORMER MM). PIPE, CONDUIT OR TUBING TO BE RIGIDLYSUPPORTED ON BOTH SIDES OF WALL ASSEMBLY.਍ഀ THE FOLLOWING TYPES AND SIZES OF METALLIC PIPES; CONDUITS OR TUBING MAYBE USED: t~ STEP LIGHT -MaUNTiNG HEIGHTTO CENTERLINE k਍ഀ A. C NDUI'F- t$I CEILINGORWALLMOUNTEDEXITLIGHT OFDEVIGEAFFORAFG ij 'Dp Q NOM B IN. {152 MM) DIAM {OR SMALLER);STEEL CONDUIT OR NOM 4 !N. {102 MM) DIAM l D EMERGENCY BATTERY LIGHTS FIRE ALARM SYSTEM਍ഀ OR SMALLER STEEL ELECTRICAL METALLIC TUBING ~ ) ~ DUPLEX RECEPTACLE @ 1$" UNLESS NOTED਍ഀ iiil FAGP FIRE ALARM CONTROL PANEL 3. FILL VOID OR CAVITY MATERIAL* ~ CAULK QR SEALANT -MIN 518:1-1/41-718 AND 2-1J21N. ~ DOUBLE DUPLEX RECEPTACLE@ UNLESS NOTED 2• 4 r ~ ANN FIRE ALARM ANNUNCIATOR PANEL਍ഀ (16, 32, 48 AND 64 MM) THICKNESS OF CAULK FOR 1, 2, 3 AND 4 HR RATED ASSEMBLIES, Q FLUSH ~~ooRbuP~Ex REGEPTAC~E p FIRE ALARM PuLISTATION a਍ഀ RESPECTIVELY, APPLIED WITHIN ANNULUS, FLUSH WITH BOTH SURFACES OF WALL: MIN 114 IN{6 MM} ~ sPECIALOUTI ETAS NOTED 3. I਍ഀ DIAM BEAD OF CAULK APPLIED TO GYPSUM BOARDIPENETRANTINTERFAGE AT POINT CONTACT Cki ALARM HORN oR SPEAKER ~ DUPLEX RECEPTACIEHALF-SWITCHED ~a 18"UNLESS NOTED I਍ഀ LOCATION ON BOTH SIDES QFWALL. ~ COMBINATIONHORNlSTROBEORSPEAKERISTROBE ~ POP-UP RECEPTACLE R H THERMAL HEAT DETECTOR C THE HOURLY F RATING OF THE FIRESTOP SYSTEM IS DEPENDENT UPON THE HOURLY FIRE RATING Gl TEl.E-PawERPOLE 1 r_਍ഀ Max Pipe yr Gvndlait F Rating T Rating OF THE WALLASSEMBLY IN WHICH IT IS INSTALLED, AS SHAWN IN THE FOLLOWING TABLE, •I SMOKEADNIXATIONDETEDTOR e਍ഀ Dipl~ in. tM~t) Hr Hr MULTI.OUTLET PLUG STR{P ~ H B THE HOURLYT RATING OF THE FIRESTOP SYSTEM IS DEPENDENT UPON THE TYPE OR SIZE OFTHE P P OTQELECTRICSMOKEDETECTOR JQ dQ-I JUNCTION BOX IN FLOOR, CEILING OR IN WALL਍ഀ 1 t25) I or 8 0+, 1 ar 2 PIPE OR CONDUIT AND THE HOURLY FIRE RATING OF THE WALL ASSEMBLYEN WHICH IT IS 1NSTALLEL3; -HIP HEATlPHOroELEGTRiGSMOKE DETECTOR n਍ഀ ' AS TABULATED TO THE LEFT. ~ r GOMPUTERITELEPHONEOUTLET fNFLOOR GIRWALL ~ R~ DUCT DETECTOR 1 t~5) 3 tsr d 3' yr d ~ TELEVISION OUTLET 5.਍ഀ F(} SPRINKLER SYSTEM FLOW SWITCH 4 1108) 1 ar 8 0 3M COMPANY - CP 25WB+ CAULK OR F&3000 WT SEALANT, x.11. TELEPHONE BACKBOARD SPRINKLER SYSTEM TAMPER SWITCH 6 I਍ഀ CONDUIT RUN CONGEALED IN WAIL OR ABOVE CEILING ~ 6 1158) 3 or A 0 * 0}` STROBE਍ഀ BEARING THE UL GLASSlFIGATION MARKING -----i~^ GIRGUITHOMERUN (D SMOKEIFIREDAMPERGONNECTION Icy 1305) I Or 8 0 - CONDUIT RUN$ELOW FLOOR OR GRADE 7• ~਍ഀ ' REMt)TE lND1OATOR LIGHT਍ഀ ' ]CONDUIT STUB-UP • GAP & MARK ~਍ഀ LIGHTSWtTCH AT4$"UNLESS NOTED SECURITY SYSTEM ; SUBSCRIPTS ~ {਍ഀ 2 = 2~POlE5WITCH ~ CONTACT DOOR SWITCH iN JAMB OR HINGE $=3-WAY SWITCH ©Q 1NTRUSIONMDTIONDETECTORASSPEGIFIED;CORRIDORIROOM 1਍ഀ NOT TO SCALE 4 = 4-WAY SWITCH G OR R਍ഀ M ~ NATION-OPERATED SWITCH ROUTEWIRE ATCEILING PARALLEL 4R ~=ECEY-apEw+iiEDSWITCH x KEY.oPEr~ATEDACCESSSwrrcH g. 1਍ഀ PERPENDIGULARTOSTRUCTURE. SECURE To=THERMAL OVERLOADSwITCN P `SWITCH WITHPiLOT CiGHT SURVEILLANCE CAMERA਍ഀ TQ STRUCTURE AT 4' INTERVALS OR LESS. ® DIMMERSWIFOHWIWATTAGE DISTRIBUTION EQUIPMENTSYMBQL8 1O. F਍ഀ PUSHBUTTON CONTROL STATION li DISCONNECT SWITCH G਍ഀ PG PNOTOELECTRIG CELL FUSE਍ഀ STt1t3 UP TQ ABOVE -J'- 5 TS TIME SWITCH CIRCUIT BREAKER ACCESSIBLE CEILNG 11. F਍ഀ 0 THERMOSTAT AT $4" UNLESS NOTED਍ഀ +80:AFF GURRENTTRANSFDRMER DIVISION 15 EQUIPMENT V~,~N ~ TRANSFORMER਍ഀ 0 F44D SERVICE EQUIPMENT M METER਍ഀ COMMUNICATION SYSTEM MAGNETIC MOTOR STARTER STRUCTURED CABLE਍ഀ QI DISCONNECT SWITCH DISTRIBUTIQN PANEL QS(}a SPEAKER INGEILINGORWALL Iii, PANELBQARRORL AD ENT FLUSH RS R G਍ഀ VOLUME CONTROL AT $Q" UNLESS NOTED 4 G ER, O U FA E MOUNTED 12. ~"$~}"AFF ~ WIT ARD OT R NTROL E TE ,਍ഀ 2#GAT B 314°G M V ` MICROPHONE QUTLET IN FLOOR BDXOR WALL C~ S OHBO M O GD C N R OR DISTRIBUTION BOARD { ) ~ ~ TRANSFORMER ,਍ഀ V ' GALL-IN SWITCH PLENUM RATED WIRE਍ഀ RE UIRED ~ PROGRAMBELL ~ •---~-Clu GROUND Q ( INTERCOM" ~ ~ ~ CIRCUIT BREAKER਍ഀ #6 GU G ~ CLOCK 0 MOTOROUTLET਍ഀ P ~ ULLWIRE 4"C ATS AUTOMATICTRANSFERSWITGH AQ AMPLIFIER਍ഀ (1) RJ-11 & (1) RJ-45 13. C਍ഀ ti;:~'".IN TELEJDATA SINGLE GANG਍ഀ ROOM BOX AT 18" AFF q~਍ഀ CQLDWATER PIPE਍ഀ ~ E i-਍ഀ NO SCALE 14. E਍ഀ QUANTITIES PER FLOOR PLANS਍ഀ f਍ഀ { TYPICAL 8'0" CEILING਍ഀ PANEL਍ഀ C ~It ti l r ELEV. _਍ഀ COAX RECEPTACLEIN਍ഀ DOUBLE GANG 80X ~ 18" A.F.F. ' 20 HP਍ഀ UNLESS NOTED ELEVATOR E e਍ഀ M (RG6 QUAD SHIELDED CABLES)314°C i਍ഀ MAIN CIRCUIT BREAKER & CONDUIT STUBBED TO ACCESSIBLE va_ I਍ഀ BRANCH C CEILING, PLENUM RATED WIRE <1000 FC n IRCUIT BREAKERS 0 A RAN TO BACK BOARD਍ഀ MAXIMUM MOUNTING HEIGHT:਍ഀ IS 48",MINIMUM IS 18". 3 #10'GU, fi #10 CUG 112"G { ) STRUCTURED CABLE ~l 1਍ഀ " D T 2"C PVC WITH PULLWIRE DISTRIBUT{ON PANEL਍ഀ as " BURIED 20 BELOW GRADE {4#1~CU,1 #6CUG)1.112 C-਍ഀ CAN ~ , 1਍ഀ 'a ; PEDESTAL PANEL.. PANEL਍ഀ ~r HOUSE JDL ro o • A਍ഀ ~r m #6 CL1 G਍ഀ v ~ ifl I 30/2਍ഀ ~ J TV 1਍ഀ 11013 METALLIC COLDWATERPIPE਍ഀ ~ FI- I F _ 17,166 AFC 12 P਍ഀ N SHED LOOK {4 #310 GU,1 #4 CUG) 3"C .f਍ഀ OR {4 #250'MGM AL;1 #2 ALG) 3"G਍ഀ NQ SCALE '਍ഀ (3 #1/0 CU,1 #6 GUG);1-1I2"C--- - 0R (3 #310 AL,'1 #4 ALG) 2..G਍ഀ (3 #1 CU,1 #B GUG)1-114"C- QR {3 #210 AL,1 #4 ALG) 2"C਍ഀ NOT Tt) SCALE਍ഀ ....NOTES:਍ഀ 1. HEIGHTS SHOWN ARE TYPICAL TO CENTERLINE OF BOX਍ഀ UNLESS NQTED OTHERWISE. THE ELECTRICAL CONTRACTOR WILL PROVIDE A WALK THROUGH WITH਍ഀ THE OWNERIARCHITECT PRIOR TO FINAL ROUGHIN AS FOLLOWS: - _ _ 2. DEVICES ABOVE DOORS SHALL BE CENTERED BETWEEN • CONFIRM ALL LOCATIONS FOR LIGHT SWITCHES, ADD THREE WAYS਍ഀ TOP OF DOOR TRIM AND CEILING LINE. IF FOUND NECESSARY. p 200J3 2c਍ഀ • REVIEW RECEPTACLE LOCATIONS, MOVE AS REQUIRED. PROVIDE਍ഀ 3. MOUNTING HEIGHTS SHOWN ON ARCHITECTURAL ELEVATIONS UNIT PRICING IF ADDITIONAL RECEPTACLES ARE REQUIRED. 9,500 AFC 62;065 AFCI AND NOTED ON ELECTRICAL FLOOR PLANS SHALL GOVERN • REVIEW RECEPTACLE LOCATIONS AT COUNTERS AND CONFIRM਍ഀ OVER THOSE SHOWN ABOVE. 3((4#4Q0 MCM AL)3"G] 813013 !F THOSE RECEPTACLES SHOULD BE ABOVE COUNTER OR BELOW. ~ ir~~਍ഀ MOVE A5 REQUIRED.਍ഀ 4. FOR CEILING HEIGHTS HIGHER THAN T2", INSTALL FIRE ALARM IN GENERAL CONFIRM POWER AND LIGHTING REQUIREMENTS. THE਍ഀ NU I It ILA I IUN AUUIU ANU VISUAL AHJL ANUtS Al 6U" Af-t- ELECTRICIAN SHOULD BE PREPARED TO REWORK SOME DEVICE LOCATIONS. U I IL.I I T਍ഀ OTHERWISE INSTALL AT 6 BELOW CEILING. SIGNIFICANT REWORK SHOULD BE FLAGGED AND UNIT PRICING TRANSFORMER - - - DETAILS਍ഀ PROVIDED AND WRITTEN AUTHORIZATION FOR ADDITIONAL COSTS rr MAIN DISTRIBUTION CENTER MD C 5. MOUNTING HEIGHTS PER IBC 2003 AND ADA CODES APPROVED PRIOR TO PROCEEDING. PAD MOUNTED਍ഀ 600Af 120/208V, 3P5 4W I਍ഀ 65kAIC਍ഀ ELECTRICAL ONE-1਍ഀ NO SCALE h਍ഀ P'A E N L Ct~NDU ~ . MECHANICAL~CH~DULE਍ഀ PROJECT' BRIDGE STREETBUlLD1NG # ENGINEER: CTL TAG DESCRIPTION LOAD VOLTAGE PHASE WfRESIZE(CU) C9NNECTION CIRCOIi13AEAKEA REMARKS਍ഀ PROJECT# 27838 ~ o VOLTAGE 1201208V,3P,4W.._............_.. iNr,RMAL i ,..EF»1_...,......,Fb1UST...AN...... MOUNTING SURFACE ~ MAINS, 200AMGB EX,....,..F......,.._ ,.142W........12D.......,.:..1 2#92001#12CUG912"C OVERLOAD.... . 2D~hiP.਍ഀ A... TYPE. SQUARED QO ; ~ _ AID: 22K PROTECTION਍ഀ .PHASE. PHASE . _ _ _ . DESCRIPTION A B C BKR P CIR CIR P BKR A B C DESCRIPTION FC1 EANCf?IL..,......._._.........__..._.........0.8HP _ 2Q8_, ....._.,3 (4#12CU,1#12CUG)1(2"G _ 3413........ 2Q+3P਍ഀ EXTERIORRECS 540 20 1 1 2 1 20 1191 RECEPTION LIGHTING . ...,_.H, ..~_r ~ ~ , . . u. , . v. W.~,...,਍ഀ RECEPTIONRECS '10$0 20 1 3 4 1.20 703 GREATRMEIIGHTING ~ FGZ... fANCO1L._..... D7HP 208 .....,..3. ._(Ay12CU1#12CUG}1t2G ..3W3,,,,, , , ,,,_2Dt3P GREATRM EASTRECSIFP 770 2D 1 5 6 1 20 1010 GREAT RM W LIGHTING਍ഀ GREATRMWESTRECS 1080 20 1 7 $ 1 20 820 TOPOGALLERYLIGHTING਍ഀ TOPO GALLERY RECS 12$0 20 1 9 10 1 20 1025 BATH & HALL LIGHTING਍ഀ BATH RECS 360 20 1 11 12 1 20 810 CONF/JAN LIGHTING CONE! JAN RECS 1080 20 1 13 14 1 20 444 COPYIPOST LIGHTNJG਍ഀ HVAC RECS 360 20 1 15 16 1 20 1036 ME CANS ;਍ഀ SPACE 0 17 18 1 20 400 ME #1&2 TASK LIGHTING #਍ഀ DO5 RECS 720 20 1 19 20 1 20 600 ME #3,4&5 TASK LIGHTING KITCH&COPIER REDS 1080 20 1 21 22 1 20 478 DOS, SYS & HVAC LIGHTING਍ഀ ME#1 &2 REC STRIP 2104 30 1 23 24 1 20 142 EXHAUST FAN #1਍ഀ ME#3&4 REC STRIP 2104 30 1 25 25 2 100: 2720.. PANEL CONDO2 °C2"਍ഀ 0 1 28 2720 MICROWAVE 1000 20 1 29 S0 3 24 500 FC-1਍ഀ COFFEE MAKER 180 20 1 31' 32 500.਍ഀ REFRiGERAT R 1000 20 1 3 34 500 "਍ഀ DISPOSAL 1000 20 1 35 36 3 20 500 FC-2 DISHWASHER ' 1000 20 1 37 38 500਍ഀ K;E MACHINE 1000 20 1 39 40 500 "਍ഀ 0 0਍ഀ LOAD CALCULATION SUMMARY _ _ _ s਍ഀ r , ~ {ti, ~ m.x," M_ ..,w._w ,,~~w.... ~..w,.v m.~,.~.~਍ഀ t CALCULATED POWER FACTOR: ~ ~ a ...,y„...... .....,t. ~ J. ~,"Y 0.98 i ~਍ഀ M ~ z t, s ONNECTED LOAD CONNECTED AMPS DEMAND LOAD DEMAND AMPS ? r਍ഀ s r LIGHTING ' , t 8517 25: 10646'. 31 ` , _ t s਍ഀ RECEPTACLES,.... 19160 53. 14580 40 ~ MECHANICAL 3142 10' t 3517: 11 t 1਍ഀ M<_ , w._. , u, , KITCHEN 50G0 1A', ~ 3283:- 9? 4 ~ ....aY--. , '਍ഀ TOTAL 358&9 _ 102: j= 32020 92 . ~ . a., ` $t਍ഀ s r" J਍ഀ rr s< AC਍ഀ PANEL CQNDQ2 ~2 _ , , M ....w...,.~.~„ _........_v~.u•, AT ALLARTLOCATfONS,PROV{DE ' ~ GFI਍ഀ PROJECT BRIDGE STREET BUILDING _ ENGINEER: CTL RECEPTACLES WITH RECESSED.OUTLETS, t v PROJECT# 27$38 , VOLTAGE 120I208V,1P.4W਍ഀ . CONFIRM MOUNT{NG NE{DRYS SHOWN W{TH z ~ MOUNTING SURFACE MAINS 100A ML0 . : ~ `L ~ ~਍ഀ OWNER PRIOR TOROUGH-IN. _ TYPE: SQUARED QO........ ' s I sAIC: 14K s , ~a:਍ഀ PHASE PHASE t, r t , 4 ; DESCRIPTION A B BKR P CIR CIR P BKR A B pESCRiPTiON ~x਍ഀ f 's ' ~ ,'o,਍ഀ TEIEPHONEBACKBOARD 500 15 1 1 2 1 20 900 EXHIBIfiSPQRREC ~ << a਍ഀ NORTEL KEl'SYSTEM POWE 500 15 1 3 4 1 20 540 EXHIBITD REC. ? ~ `E. . ~ .,,,.,.hw"."~,,.,,,r"",,,,." ~,,,""....:",""..,.,".~s RACK REC #1 500 20 1 5 6 0 SPADE ,਍ഀ .~.~.,.,.".rvn".v"",,, RACK REC #2 500 20 1 7 $ 0 SPACE਍ഀ RACK REG #3 500 20 1 9 10 0 SPACE ,,,,.,r. ",~u, 'v. ~ AN REC #1 500 20 ' 1 11' 12 0 SPACE t਍ഀ t AN REC #2 500 20 $ 13 14 0 SPACE _ r; ~ s਍ഀ ROOM REC 500 20 1 15 16 0 SPACE.. # ,rt -਍ഀ SPACE 0 17 18 0 SPACE f I ~ 4 ;i SPACE O 19 20 _ 0 SPACE r a਍ഀ Y . t j $ 3 SPACE 0 21 22 0 SPACE WP ' j -਍ഀ GFI ~ SPACE 0 23 24 Q SPACE € i਍ഀ SP E Ti 1 i t I t AC 0 25 26 0 SPACE ~ t # SPACE 0 27 28 0 SPACE. ♦ €਍ഀ i z SPACE 0 29 PA ..,,m, ",Iwo., „s..,.a e4 ~ 30 0 S CE ~ +75਍ഀ P E ~ €i SAC 0 31 2 ,CONDO- 3 0 SPACE ~ l : { it I 2਍ഀ . $ f f sr ( s਍ഀ '਍ഀ ",~auu w tiT~,.w~ _ 3 t r i਍ഀ ~ + 24" ' , ~ {਍ഀ LOAD CALCULATK?NSUMMARY € n w" `~1 ; s v> v ,਍ഀ CONDO-1 , _ WP I਍ഀ CALCULATED POWER.FAGT4R ' _............;......,_,,.............a..........,....;.......,;........I PARTIAL _ Gi=1 €1:00 t I r਍ഀ EXISTING CONNECTED LOAD , CONNECTED AMPS DEMAND LOAD DEIvfAND AMPS ~ a.,. , .,,..A... ,w"D.M w 0 ~ Wtr਍ഀ LIGHTING 0 0 0: ~ M, _ "h _ ~ r,",., r m"v" F ` F440 26 _ 5440 26 _.v RECEPTACLES਍ഀ MECHANICAL 0 0 0 p n. r +12~~ 1, N _ _ A it i਍ഀ 0 0, _ 0 0 d.L rf' ,KITCHEN u r .਍ഀ TOTAL r 5440 20 5440 26 ~ ,~w" ",".,ri, a਍ഀ } CONDO-7 y r ,਍ഀ ` v, 3 3 ~ E~ +i Q~ '1'l Uhl l ~ ; ~ t ~ ~ 11 fl਍ഀ MAIN DISTRIBUTION CENTER MDC ~v ' ~ ~ ru,~~r~xr~,਍ഀ PROJECT: BRIDGE STREETBUfLbING ~ ENGINEER: DCP %I _ ~ T~RO H-Ifs I 4 ,.n. PROJECT#:27838 _ " ° PRIOR 0 UG ,CONFIRM € VOLTAGE. 9201208V 3P, 4W ~ ; i਍ഀ , _...,.m.. _.~,....nwmm~„ , " " ~ ' ~~QUANTITYAND LOCATIQNS OF ` ` MOUNTING: SURFACE v ' MAINS $OOA MLO ' Wti.,ti . , ' € s ~ i਍ഀ ; TYFE;SQUARED ~ 'AIL: 65K IRECEPTACLESONTHISWALL 'i ~ w~„..... s ; "w,w. _ ,,M, " w..਍ഀ VYIIH OWNER € € f s,f d PHASE' PHASE' REUIEWLOCATION OF FLOOR ' ~nu ~ t਍ഀ pESCRIPTION A B C BKR.. P CIR CIR P BKR A B C DESCRIPTION RECEPTACLES IN FIELD WITH + 60 €I ~਍ഀ ARCN ITECT PRIOR TO ROUGH>IN. ' +64 I ~ PANEL HOUSE 11817. 100 3 1 2` 3 200 , 1195G PANELCQNDO ~ I , ,਍ഀ " 19877 s TYPICAL. ~ ~ . ,,.,,3 y 3 4 11856 ~ ~ ~ << £ „ +24 ~ < fu s ~ f਍ഀ 11 7 5 5. 11958 v. £ € - .".m PANEL JDL 20456 200 3 7 8 2 - 100 15 PANEL R1 ~ ' . ~ ~ '਍ഀ „,x ~ 4 . ~.w:.""„n.,,.~,~ n a: ` ~ o, ~ ; 20456 9 10 15 „ a f'"y ' ~ ~ ; z਍ഀ 20456 11 12 2 .150 80 PANEL R2 ` r਍ഀ t . } ~ 3 ~ CONDO-3 5' PANELRETAILI 5490 .150 2 13 14 60 t w, , ' ~~`7! +6~' .",.,y," s I਍ഀ F; 5490 15 16 3~ 200 14230 CHILLER s : ~ "GO~f~ 5"' ~ I PANELRETAIL2 5118.. 17 I P TI - ' ~ "਍ഀ 150 2 18 14230 # : AR AL " ~ ,,t ; ` , `ryr,. i 5118. 19 20 1430 ~ .,_~...w,~ f kf I ,/T~vn+n...M.. 'N f jvwxnnv...n . 5਍ഀ PANEL~RETA~.3 5719 150. 2 21 22 0~ SPACE i ? _ , f਍ഀ 5719. 23 24 0 SPACE " ~ f s਍ഀ SPACE 0 25 28 0 SPACE ~ i ~ t਍ഀ SPACE t' ~ ^ ~ 0 27 28 0 SPACE. ( SPACE 0 2 30 P ~ ~ G.,„ i਍ഀ 9 0 S ACE a, sPacE o 31 ~2 a sPAeE਍ഀ SPADE. 0 33 34 0 SPADE ``~ti w਍ഀ SPACE p 35 36 0 SPACE I ' +96° ~ ~ , '.yam਍ഀ SPACE 0 37 38 SPAC ~ rf , ,y ' M; „"..n,.,,~w....,"",,,..,~ , , SPACE 0 39 40 0 SPACE ' s'~ i ..f`਍ഀ SPA E CONDO-5 s # ~ C 0 41 42 0 SPACE਍ഀ FP J PARTIAL t 4 _਍ഀ LOAD CALCULATION SUMMARY fY਍ഀ ,m,,,.. ~ < GFI GFi~". ~ w~"M , x m~ TING EXIS਍ഀ CALCULATE© POWER FACTOR EX{ST1NG , ,._w.,___ ,."v ,~nw~"w,~..~~,_ _ 0.93 _ ~ _ v~~., _~...~r ,m .w,.,_~. ~w...M ~ ~ ~਍ഀ CONNECTED LOAD CONNECTED AMPS DEMAND LOAD DEMAND AMPS .r. e਍ഀ RESIDENTWL APPLIANCES 9000 _ i 6750. 19 ~ € CONDO-1 R ,........,s... s. ,.....a. PARTIAL਍ഀ RESIDENTIALREGILTG 22910 63` , 9969 28 ~ ..w,>. RESIDENTIAL KITCHEN 26000 , 72~ ? 31800 88 ; ~ l'਍ഀ p Y LIGHTING 3019. . 3 ' 8E 30193 9਍ഀ ~ ~v:. ` RECEPT ~ ~ AClES 59890 166 ` 34945 97 " ,m.w;-, r~~ x , ~਍ഀ MECHANICAL 90727 F 296' ? 101399 330 ; 3 ~ a =਍ഀ KITCHEN 27550 ' 76` e € 17908 FO I° ~ l , ~ 1 , s ~ ~ : 3 TOTAL ° 266270 ~ ~ ~ 232963 .699 ~ ; ~ t ~ ~ ~ . M~,M਍ഀ _ _ - - v u,~ j, _ ~:v_ ' WP 1 t ~ i. ~i s i , '਍ഀ ~ . ~ I I € ~ .~."~w..,.„਍ഀ ~ -.,.4w. .M y .a਍ഀ f ` ! ~ ? a.਍ഀ wm...,..vrv ,.r. v..v,r..:..mmr.n........n.....vm~.v...<.਍ഀ YEAIN਍ഀ NORTH SCALE: 1/4" - F-0"਍ഀ 2ND LEVEL POWER & SYSTEMS PLAN 7 n a Al F਍ഀ CJ਍ഀ N Cfi਍ഀ r-਍ഀ ~ ~ ~ ~਍ഀ ~਍ഀ ~਍ഀ ~ ar.਍ഀ .m~4~ ~ c~a~਍ഀ ~ 0 'Q N X O m ~਍ഀ ~ ~ ~ m~N~਍ഀ • ~ N dS o~0 Q}਍ഀ P ROVIDE POWER CIRCUITS AS SHOWN.. ~ {~j਍ഀ ~ •V ~ 1,tt਍ഀ E R FERENCE LIGHTING PLANS FOR FIXTURE ~ ~ ~zo਍ഀ ATi I.OC ONS QUANTITIES LUMINAIRE W~~rn਍ഀ ~਍ഀ H LE I AN SC EDU SWITCH NG D SWITCH ~ ~po .F-,਍ഀ LCATION , . S U '~W~ Q਍ഀ ~ ~ ~਍ഀ z ~ of ~ ~ u, ~ S..਍ഀ ~਍ഀ f.~਍ഀ s t਍ഀ i~ , t x,. f 's f਍ഀ 1 t Q. s.. ~ 6 i ~ 5 S਍ഀ 1f {3਍ഀ ; ~ . 3 f ~~l ~ , ((1111T)7l~prr ~ f a j i It ~ j 3~ I Viz!਍ഀ t' M. , ' ' ~ it~ i E ti, t2e.਍ഀ ~t 6 LT;D਍ഀ ~1 CONDO-10 f LT.O ~ f,਍ഀ F s {਍ഀ ~ ~ LTyO a _ ~ ~ :s਍ഀ ~ ,਍ഀ .i j ~;w਍ഀ 'a t ~ f °k T.O~ `F਍ഀ ~ ~ caNgo-~o i ~ F <਍ഀ caNDo z਍ഀ ~ a .਍ഀ ..,r F:਍ഀ t LT.05 ~ ~ ~ r w ~ R ~ r਍ഀ . :fAy 3r f t ~s ~,T:ai਍ഀ < < , ~T.asc , . }਍ഀ a਍ഀ / f LT.03 S, ~ , ~ i s ',M,,਍ഀ F. wvv ~ ~਍ഀ t ~ ~ f ;f yi : C4ND0-~~ } ~:nry.਍ഀ w,~ ~ ~ ' bib਍ഀ LT.05D -..M w.. ~N,.,., .,.,~,H~ww w uN„ CONDO 8 W ~ ~ w..K..N~~ , r CONDO-12' ~ ~w.਍ഀ ~ ,.,.w ~ ,f t4਍ഀ CONDO=B i u _ f < j਍ഀ L'.05D t ` € f b J਍ഀ . > z ~ ~ > F਍ഀ ,r CO DO.14 l } is਍ഀ , 4 ~,w~~. ~ w,N.... , ._Nn.,., n.,~ ~„v~N .r,.~~,~..~w~wvM C4NDd-6਍ഀ CONDO-22਍ഀ f i f ~ x - i਍ഀ : A , F F਍ഀ J +~J w+ s਍ഀ 1 ~ B , B਍ഀ ~ $ a਍ഀ 1; ,r F ° +i. / !਍ഀ c CaNL~O-22 < ~਍ഀ f # F ~ LT,05A LT.04B LT,04B x;;.~.. e਍ഀ ' I a # ` <; CONDO-2 f ' e a਍ഀ f਍ഀ a a a a D2 LT,05F ~ 6. 1਍ഀ LT,05B਍ഀ CONDO-6 CONDO-2 r _ , ?_w:..M, ~ B v { , t r-਍ഀ f _ _ ~ s , s ` q:਍ഀ u! . ,.v t LT.05B ~ 1~T.Q5F s .,4 } , ✓ A A D9 B ~ ..,.E £ P਍ഀ n n _ CONDO 14 # N.v ! ' t M~, wM~,~~, .rv..N.:,~:,.਍ഀ ONDO-4 CONDO-4 e LT.05A਍ഀ r # CONDO-4 a i; . w LT.OSF B' B B B 8਍ഀ . 4 , x . - Cf)ND{J 16 D -16 1 . s 4਍ഀ A <; ~ . g ~ s ~f0 ~ ~ E਍ഀ ~ ~ ~ ry, A- A਍ഀ 4k CaND(~-4 coNOO-2 B B ~ B ~3 5਍ഀ x r.਍ഀ TASK. LIGHTING, TYP.਍ഀ _Y ~ B 9਍ഀ M.:.,. ~y਍ഀ ~.~.wN~~,~.~ ~ CONDO-18 _ , CONDO-18਍ഀ ,,.kx~- coNi ...vM .~,.m . , ~~W..~,. w....,..w .~,.,.kH . t ~..w..- ~..,.uw M .~rw.~ . Nw~~.w .~~.M. ..,.u..wm_M..~~~~..,~ ~r.~.਍ഀ ~ ~ fry. > 1਍ഀ t, n- ,਍ഀ k5 tlsh ~਍ഀ i . E s ~ 3 w,਍ഀ ;y f r਍ഀ , , ~਍ഀ r' ~ ~ ,.,k ~~f ~ j L਍ഀ ;t ~ fe2 ~ ; t ~਍ഀ } ~ # s ~ ~਍ഀ i਍ഀ # r t J਍ഀ . .n s t ..,~~~~r: MV,~.~,».. N M,;,.x~: ~ ~.„:;,w ~ ~.,~~M,.,,~,~,.w.~~.,.,.; vk ; ~ „~~.~v;,.,~,.,,,....~,.~,,.,.~~,~:..~~~, ~,~..~wM. M., nw ~:..N .਍ഀ . o.:.,~ .,m~,:.~.' , w~, rr ~.M , n.W ~ } ,.m. , ,਍ഀ ~SCALE: 1/4 =1-0਍ഀ NORTH N਍ഀ 2ND LEVEL LIGHTING POWER PLAN਍ഀ 12-17-08 CA REVISION # 4 4਍ഀ SCALE: 1/4" 1'0" 300 11-24-08 CA REVISION # 3 3਍ഀ 11-10-08 PERMIT COMMENTS 2 3 Of 3 0 rrPYPT14i wxl9 Aers4mriiiRit [hnlrr~6r_ rrlion riu- dm਍ഀ