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HomeMy WebLinkAboutB18-0148 approved plans.pdf# ; ~· r # , DESIGN CONDITIONS WINTER DEelc.N TEl"'IFERA~e, ND°"'"' 1"F De OIJT0009': -2e "' De ELEVATION &212W FEET ELECTfil:ICAJ... POU.ER AVAILABLE 2C?:M. 46e/3 SHEET INDEX ll!o!EEI ~ ~r; MECMANICAJ... COVER !11-!EET MOJ OYEl'tAU.. MECMANICAL. ~AN M[JZ) MECMANICAJ... !!iO-EOULE! r12£>D ME~ICAJ... R.AN (DE"10J r12£JP ME~CAJ... ~AN (~DJ M!JZ) MECHANICAL 6CHEMATIC&, ~CIFICATIOl'-e, • !tEGIJENCE OF-Ol°E!IPATIQ.I Town of Vall OFFICE~Y RECEIVED APR 1 8 2018 Town of V1ll Town of Vail REVIEWED FOR CODE COMP LIA Date:_ "1/ ~P ~ By: C-t-Code:~~'~ DUCTWORK LEGEND SINGLE LINE DESCRIPTION DOUBLE LINE --) '!cz:i'El...eoUJDOl.l.N b:C1D -----<) ~·aec\IJUP ~ -+c.+-Cff'~T TO OIANGE ELEVATION [fo ( AT 30' liJ.tEN r-o&!ilel.E. ARROW SLOPES DN. J \ !ltOt..ND IUD~ !L.eow ~ __L '!O' !TAAJGl.IT TEE 8 _l_ '!II;!)' CCN!CAL. 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FACTORY VFD IN I.NIT (FOR AIR eALANCING), ELECTRICAL. Dl5COl'-NECT, FULL.. y MODUJ..ATINC:s eLIPO!NER. p;aJeeEFt-IN-5+-EAR V1eRAT10N ISOLATOR5, DoueL.E LLIAL.l N~TEO CAerNET, INDIRECT 5"-14" UJC 351Z> 232 -21Z> 113 FC 6Ei-T 9':l8 46013 15 2.3MOTOl"i!: &Df-1 351Z> MIXING eox ~) WITM 00-4 DAMPE" COl'l'~TION .c Gee DAMPEI". CONTROLS,~ D~CTO!lt. 1.0 co-ITROLS FILTER~ l2" PLEATED), p;£MOiE CONSOLE(~~). MEATING THE'"'10STAT ON CONSOLE lRnJ DIRECT 2 P&I 2,21Z>IZ> 1,635 -21Z> 1<2:> FC DUJDI 6Ei-T 521Z> 21Z>8/3 15 46.2 GAS PRESSURE REGULATORS S'T1'1. DESCRIPTION CAPACITY HANLF . .c MODEL REMARXS C.A& PRE&&URE REC.. ?>!S-1 CFM PIETRO FIORENTINI eLAcK SoF'RING <&" WC TO 14" U.C ~>. C.PR-1 2.£) F'SI INLET HAx 5-IU> TO I ~ AN51 Z21.e0 CERTIFIED !N! MAU-I 1-" PSI INl..ET MN C.OVERNOR 31Z>l51 314" IHLET c OIJTl...ET GAS LOADS SUMMARY N'PJANC!' I MBH I Cfl1 I QUANTITY I MBH I Cfl1 I EACH I EACH I I TOTAL I TOTAL Gf'f<.-I GAS PRESSURE RfGULATOR. (N) MAU-I I 450 I 557 I I I 450 I 557 2 PSI DIRJ'CT CONNECTION (NJ MAU-2 I 22CXJ I 2723 I I -1 2200 I 2723 TOT AL PROPOSED NEW LOADS I 2 I 2G50 I 3280 • D!:S!GN 6ASED ON Gl'6 VALUE Of 008 BTLVCU.FT. VARIABLE FREQUENCY DRIVES S'T1'1. SERVES EQUIPMENT ELECTRJC ELECTRIC NOMINAL MANUF. 4 MODEL POWER IN OUT VfD >-lP """" 461Z> VAC 46<2:> VAC SELECTION f<E, !N! MAU-I !N! VFD-1 ~ 2.&FLA 6Ti.J'llT L5 MP 3 Pf-!A&E 3 Pf-IA&E MANLFACTU~~ 20813 21Z>8 VAC 21Z>8 VAC SEl.ECTION f<E, IN! MAU-2 !N) VFD-2 (N! MAU-~ 4b.2 FLA 3 Pf-!A&E 3 Pf-!A&E l!'Tl.N.IT ,....,. MANLFACTU~R 20813 21Z>8 VAC 21Z>8 VAC A66 !N! VFD-3 ~ ~FLA 3 Pf-!A&E 3 Pf-IA&E 15 ACf-!551Z>-PCR-IZ>24A-2 ...... VFD RE5EON51BILITY NOTES: I, Y'.El2..:LLL &!-!ALL 6E FACTORY IN&T ALLED • UJIRED IN&IDE Tf-!E UNIT, 2. VFP-3 &f-!Al-L 6E FUF<Nl&f-!ED 6T MECf-!ANICAL CONTRACTOR, • UJIRED• IN&TALLED 6T ELECTRICAi-CONTRACTOR ~JECT ELEVAT!OO • 82""' MOTORS <BALDOR) 5'T1'1. CATALOG &FEC. RPM NEMA 5UIT""6LE SERVES NUMBER NLl'1BER '"'f' VOLT/PH AMP FOR VfD FRAME E!'F. CODE DE5 CL !D! M-2 <E> EF-2 M3218T 3661Z>IT4& 5 21Z>813 14.8 1125 18-4T 81.5''-J A 6 NO IN> M-2 ~ EM3218T-C. 3&M526&211Z>c.I 5 21Z>813 14 1151Z> 18-4T ...... ~ J e f-1 TE& APp!Tla.tAJ... NOTES fOR CNJ M-j MQT<:28; OPS6 ENCLOSURE <OFeN S.LOTTED BANDEDJ, CLASS M INSULATED WITI-1 AEGIS S44AFT C"s~I~ R!~ IN5TALJ..ED INTERiAl...L. T', Fii:EG¥i£A5AaE eAL.L. eE~, INVE~R fi<£ADT. EGl\JAL..5: eALCOR. GENERAL ELECTRIC, MAl'ATl4CN. TITAN AIR C\.ITOOOR ""'IT, D0U.N DlecHARGE, FACTORY" VfD IN I.NIT (FOR 2-&FEED OF'Ef'?.ATIONJ, ELECTRICAL Dle.c:o+IECT FUU. Y MODULATING etJFiNER. 18" +416M ~ ~FOR 6L.OFED R:Crref=, SINGrLE LLIAL.L. INSILATED CABIN..~. TA-121-Nc.-f-IRD-DA DI~~ DAMPER AND ACTUATOR. ~D LOUV!:RED OA INTW..E. MOOD, OA v-e...c..M< F!L.TEfit Dl&CM.A!li!GE CONTROL UV ROOM OYEF<!RIDE <DDC-SMALLJ EXHAUST FANS S'T1'1. DESCRJPTION FAN M-""'U'.O.CTURER REMA""'5 CR1 SF• 8L W/AIHP VOL.TIPH 4 MODEL NO. C.ENERAL 2,2IZ>IZ> ACME I !E! EF-1 EX!-!AU&T IZ>.315 If-IP 461Z>l3 X6161J PAINT 600Tf-! 23,<Z>IZ>IZ> (f-1) CINCINNATI FAN ' !E! EF-2 EXf-!AU&T 1,liZ>IZ> (L) IZ>5" 5 f-!P 21Z>8/3 6DF-42 ~ l ~RIAL l'l.IMBER UJJA141""'4. Fi!EDUCE A!fiifl.OW FROM 2,900 CFM TO 2.21i?l0 CFM eT ADJU5TING/ ~PLACING DRIVE 5T5TEM. 2. SERIAL NJMeER M~0l REPLACE MOTOR WITM Ct::il1:1.:l. MOTOR, &LllTAeLE ~ U5E WITM NEW YARIAeLE F~OJENCT DRIYE ~ AIR DEVICES SYM. USE M""'-F. ~ MODULE NECK FJNISM ACC. REMARXS c MODEL T'!'FE SIZE SIZE &c.-1 &UPPl-T TITU& TYPE I RE' RE, "2& 31•• el.ADE &PACING, C.Rll-LE 31Z>IZ>F<L &uf'FACE PLANS Pl.AN& UA-llTE 0.6.D. 00\JeLE DEFLECTION EQUAL&: TITUS, K.liiaJGEl"t, ~CE. METALAll'O!E, 14~ t COOLEY. EQUIPMENT WEIGHTS AIR BALANCE SUMMARY MARK !D!MAU-1 !N) MAU-I !N) MAU-2 UEIGMT (fNCLUDING: CUReSJ (F'OLND5J ITEM DESCR!PTIOl'-I CR1 11Z>IZ> EXf-!AU&T ~ -2;21Z>IZ> l,31Z>IZ> OUTSIDE AIR !N!MAU-1 -2,21Z>IZ> 3,151Z> EXf-!AU&T ~ (f-!IC.f-1 &PEED! -23,<Z>IZ>IZ> OUT&IDE AIR !N> MAU-2 !f-!IC.f-1 &PEED! • 23,<Z>IZ>IZ> TOTAL Town of Vail REVIEWED FOR CODE COMPLIANCE Date: Z----;o -/? By: Q _,.. Code: i!I 8 (A) <DJ <E! (F! (NJ "" EA OA RA ... r:; MFG •IZ> LEGEND PONT OF-Dl~CTIOl'I P'OINT OF-NEW CONNECTICN ~Ol'INl""L.ACE DEMO EXIS.TING FUnWiE >Elli ""1.0CA~ EXMAUe.T AIR OUTSIDE AIR l'<ETUF<NAH• ~YAI" GA6 (LOW ~SSiUfi!EJ MED11.M F'f0£!81..R" c.A5o Town or Vall St.amp ii w~ Q~ -=~ a=~ I "' Q~ _N~ w-.llill w a)~ I-' '"" s () Q <fl l) r -.ll-Z-~ }-~ " <l:<i: x 3 <1: I IL \')Q' i~ Q Q <1l IP (fix r -.\) () I Qlfi~ ... '<1) () '"" 0.: Q r ~ ri. "' !!! ~ ~ ~ ~ ~ ~ If ~ ~ ~ 3 a * ~ d t--------1 a~ ='dl il~ ~i 5~ -u rn (' ai~ ~ o~ ~~ g ~-ell d Pl ~8. I! < 0 ~~ ~~ > ~ ~> i~ ~:::>~g ~~ o:=c:<~ ~~ ~ 8 ~~ ii o ~ ~o ffi~ ~~rasa ~~ 7.~ti~ ~~ ~ 0\ !00 < ~ ~~ ~ -f~ ... ~ -<ii lul.l&:I For ~ & No. Dats Comm9'1t. f=. u I 316"1 COORDINATION $ ~ 2 3~/11 FE~IT SET ~ g MECf-!ANICAL &Cf-IEDULES §6 ~u d ~ ~ . lj! ... ~ ~h .... ~ ffi d)dl!J! ~~-1x~ > w II! w .w Projse< No. &e..ls, ~ ~ ~ 111Z>IZ>4.<Z><Z> NIA , ~ !O Drawn ~!:I' Checlcad ~· i il: Q 6JH JDR :ft~ i Uoc Ml.O ~e~ ~ .. @ ~---~ .---ill 8 (AJ <DJ <EJ <FJ <NJ LEGEND P'OINT Of-Dl&CCINECTION FOM OF NEW cc::tf'ECTION Ae.ANPON IN l9LACE DEMO EXISTN:a f\JTUOO!< NEW ~IDE SUPPORT L..EGS WITH FtJeeER FEET FOR SUPPORT OF CANTILEYERED OA INT AKE MOOD 4 FILTER SECTION. p I I I I I I I I I : ::;r:,.. 1-r-=----=----r-=--=--:;::.:~.:.:~t.dF.::.::~= ====+:===~ I I I I Ci=====:=+~==~~=====~======;=====~~====-n = = =:::,: =1~ = == = = ~~ = = = = = ~ = ::;.:: = =r~ = = = = =~~ == ==f=~ == = = = = = = = = == = = = = :J C = = ~ I I II I fr 11 .i.. 11 II II .L II II II I OA .... ... " '"""' I I I I I I I I I I I I I I I h 11 µ OUTSIOE Atlt ~Al!lt. &UPPLY AIR CSA!otLOWPfil£.~J ME.011.M ~!6Ufli£ GAS I I I I I I I I I II I II 11 II II II II II lf--------------------------M I I II II 11 _____ 11_ ~WEQQE_~_i__ _____ +1------H------I~------------------, 11 : : :: :: r-1 Ii ~,.i;=~~4'1" 1 :I 1 1-j I I II 11 I TOO'°"~f'"""F<Oa"CUfl'i'. II I I I I II II I II II 1r-----------------+---------j I I 11 11 I 44144 SA1DUCT DOUN 1211'1<>AUC>E 11 I I I I 11 11 I &!-£ET ~ °"' 1-EAVIE~ INTO 11 I I I I I &PACE. CLUDE FL..EXlel~ I t t I I I 11 CANYAS T CCN<ECTORs AT 11 I I I II I I I """""'CTIONTO'-"'IT. I IL -~---~-----~-------J I I II t t 1 11 II ' /' /' ' I I I 11 11 I 11 II I / I / I I I I I 11 -11 ~I I 11 II I / I / I I I I I 11 ~ 511 I 11 -II I// I// I I I I 11 w11 I I 11 If--~---.i _____ _l _______ ...J I II -~II I I /' ill 11 II I I I II i!!ll I IL" '.:,111 II II I I I I I II I -11 :!II I ---11 11 II I I I II I DI ""1 I~ 11 II I II I I 1 11 11 I 11 I 11 I 11 11 t ir-----------------+---------1 I 11 11 I I , 11 II I I I 11 11 11 I I A I I 111 11 11 : H I 11 11 II I 1111 Ii I 11 11 I I I I II II 11 I /4 11 Ill II I II II IL ________________ 1 _______ t::f : :: :: :: '--'-:}------'II -----~------:~-----+:------~-----~}-----------------' I I I I I I I I I 111~1 I I I I I I <eELOWJ I I I I I I I I I I I I L-...J-----1---J I I I I I I I I Ir,:;~ I I I I I I I I I I I I I I I I I I I I I I I I N~IJE • COMe<jSTION AIR I I I I I TE""1 • .;';;., ~~ I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I II II II II II INJ2•MP/:. II II II II I I I II II II II II 11 II II II II I I I I I I I I I I I I I I I I I I I I I II 11 11 11 11 II II II II lf--------------------------A I I II II II I II II II II II II II 11 c:l_ ____ _J _ ,.._,_ __ lj_ --___ u __ ----,l,L ___ J I .u _ ---.,--ll_ _____ _LL _____ u_..., ____ ll_ _____ _lL ____ f J.1--------------------____ _JI fo I I I I I I I ::a==============================================1 11 11 f-J --~~~~~f1---------------~----L----~----------------~----------------~\:::~---------------------J I I I I I I \ I I I I I ' I I I I / '--r1 r-t--/ u MECHANICAL ROOF PLAN (PROPOSED) Li Town of Vail : hV~-EW.ED F SCALE: 1/4' = 1'-0" UE ,~;t~an_tp<f'f -------NEW 2• MFG <2 FS/J GAS LINE FRa'"'I METER AREA AT FAR EAST END ~ 13UtLPINGI TO SERVICE ~·~F<E.M<Z>J FOR CONTINJATla.l ROUTE NEW GAS PIPING INDOORS. COMPLIANCE Date: ) -1° --f? ---,-1 I I I I I \ ~ l.J'.jlT FROM CEILINCS &TRUCTURE WITH Rlle6ER·IN·5HEA~ Y16RATION ISOLATORS. MAKE DUCT ~CTIONS WITH R...EXleLE CAl'-IVAS DUCT CONNECT~. CAP EXISTING: ABA"'iDONED GAS LINE ~OUSL Y SERVtNc.~ (E) l/4" MPG • 11 (NJ I" MPG I I f-_r ~:OTCf' OPERATED D~ ~l,JPREY-----------I TO REMAIN AT E)().lALJST LOUVER BOB~_ SHOP '',,, /~ t-FO!EDUCE AIFiFLOW AT BELT D~YE FAN FROM 2~ CFM TO 22~ CA'1 I BY FO!EPLACINGU AD..IUSTINGi I &HEAVES AND eELT AS REQUl~D. ____ _L_ GENERAi... ROOM 1-tEAT 4 VENTILATION ~Si PAINT eooTl-I HEAT ~ VENTILATION ~L5 --NEW F<EZNO!i< REMOTE CONSOLE CONTI<OL ~:~ TI4E~TAT, FOR CONTROL OF ilil...t1&.l. NEW Ol"VOFr WALL SWITCf-1 FOR CONTROL a= J • E !'"'-NEw TITAN AIR ROa'1 OVE~DE CONT~ <DDC-51'1.AL.Lll. FOf< CONTROL OF IN)~ NEW 2-SFEED <MicsH! LOWJ SELECTOR SWITCH FOR CONTROL OF FAINT eooTM EXHAu.5T FAN c.E1....EE..=1 FAN &PEED. ' I " I"\ _j I ,-1-1 I', I 1 1 I I I <EJ CNIOFF &WITCf-1 FOR PAINT BOOTH----------_; EXHAUST FAN <~ TO REMAIN. ~ :.. ~ ON/c:::FF MOTOR OPERA TED DAMPER (RJR'-il&HED WITH I.NIT J. INSTALL IN SUPPLY DUCT. ,.. I I I I -------1 ,,,,.,--I "/ I ,-" I / I / lNJ2~Mf'G L---By: ____ tM;}----Code: ~ fEJ tent SA ----ii~:.1~ -- - ------- --1-----------------44144 SA Pi..ENl.M, 21Z> 6AUGE s+-!EET METAL OR HEAVIER. PAINT BOOTH -<EJ41"• EA I I !El..EE=2 ..../ / -----------L ____ / /-I ; ; c..t21..1:1:L MOTOR AT c..El...Ef.:1. ;; &MALL eE REPLACEOatm.1'11:!U-- -----;; t!.=1.MOTORAND~ ~ -----------------~--.::::::. __ -------~~I.~-------------MECHANICAL FLOOR PLAN (PROPOSED) SCALE: 1/4" = 1'·0" TOI.It\ or vall St.arr.p g;::>N! :::! ~ ~~ :;; -~ .n >-W-'f Eil"' w<0<0 &; r . '°"' 0 s () ~ Q ... <f)ljr :::E: --(fl o ~z ,,_. u () • >-> .. IC~ ~<l ~ -I IL ffi I.')~ ..... IC~ I~~ \!) ~x r 15 (fl() I ~ in E~~Ji 'f () ...... cl~ (fl '-' ri. ~ ~ ~ ~ § :ll ~ It' I 3/Ml ~!NATION ~ ~ 2 l~/11 FEFiJ"'llT &ET ~ .J f---+----+------1 ! ! MECHANICAL PLAN !PROP05EDJ f9 NORTH Projsct No. 5c:dls' 11e>e>4.= 1/4" • 1'-e>" Drawn ~' Chscii:ad es= BJH JDR M2.0P ~------~ *~u ~*~ p~ "-~ ! "'"':!! ~h >~Ir: ri~ ~ ~i !} ll ~ ti UI N :a~~ H~ ~~@ .. Sequence of Operation--------------------, I. (N) MAU-I Make-up Air Unit & (E) EF-1 Exhaust Fan a. VARIABLE FREQUENCY DRNE: {N) MAU-I shall he furnished with a VFD for soft start and airflow balancing. b. EXHAUST FAN: Provide an on/off wall switch for control of llil..ff.:l. When switch is in the "on" position, normally closed exhaust air damper shall open and fan shall start. E1ectrically interlock (N) MAU-I to operate in "Make-up Air Mode" whenever (E) EF-1 is running. c. MAKE-UP AIR MODE: Q\1 MAU-I shall be interlocked with (E) EF-1. Whenever (E) EF-1 is operating, OA damper shall open, RA damper shall close, and {N) MAU-I blower shall start Gas burner shall be enabled to modulate to maintain discharge air temperature (DAT), setpoint of 70°F (adj) If during make-up air mode there is a simultaneous call for space heating from the room thermostat, DAT shall be increased as per" Make-up Air & Hearing Mode", sec below. YENTLES5 GAS REGULATOR (RE'.: MlD FOF<! 5PECIFICATIC::ltV 2-MPG ~ --JCt-1 r:Y:J I G--c1 45 DEGREE EASED SADDLE TAKE-OFF OPPOSED 6LADE DAMPERr06D>OUTOF MAIN AIR&TREAM 5"'-1 &UPPL Y GRILLE UJITl-I DOU6LE DEFLECTION 6LADES t t t ~ d. MAKE-UP AlR & HEATING MODE: Upon a call for space heating from wall mounted thermostat while (E) EF-1 is operating, gas burner shall modulate to maintain DAT setpoint of 11 S°F (adj) e. HE.A TING MODE: Upon a can for space heating from wan mounted thermostat while (E) EF-l is not operating, OA damper shall close, RA damper shall open, and (N) MAU-I blower start. Gas burner shall be enabled to modulate to maintain DAT setpoint of 11 S°F (adj). \L FITTINC!o5WITl4 ALL ~Nl~5 FER IFGC ~~~410. -e =n1~m~1i\t: ~ SIDE YIEUJ 2. (N) MAU-2 Make-up Air Unit & (E) EF-2 Exhaust Fan a. VARIABLE FREQUENCY DRIVES: (N) MAU-2 and (E) EF-2 shall each have a VFD for 2-speed operation, soft start, and airflow balancing. Provide a new 2-speed switch near the paint booth control panel, labeled "High Speed" and "Low Speed". The 2-speed switch shall be wired to (N) VFD-3, which shall control (E) EF-2. (N) VFD-2 Hertz shall track linearly with ilil VFD-3 Hertz so that both fans run at the same aitilow setting. Speeds/ airflows arc as follows: GAS PRESSURE REGULATOR DETAIL @ SPIRAL DUCT MOUNTED SUPPLY GRILLE @ NO SCALE NO SCALE LOW Speed: filGH Speed: Set VFD for 20 Hz, 33% Airflow (7 ,700 CFM) Set VFD for 60 Hz, I 00% Airflow (23.000 CFM) FOR GAS LOADS fli..M1ART". 2 <E>MFG 2"MFG b. EXHAUST FAN: Existing on/off wall switch for control of (E) EF-2 shall remain. When switch is in the "on" position, fan shall start. Fan speed setting (high vs. low speed) shall be determined by 2-speed switch. Electrically interlock (N) MAU-I to operate in "Make-up Air Mode" whenever (E) EF-2 is running. INCREA&E GAe SERVICE FOR ~NTO elJ1LDINCs NEW MAKE-UP AIR ~ITS lli.l AeOVE GRADE ~ Fi!EFi=R To ~EET Ml-" P51 DELIYE~ ~551.JRE REQUIRED-NEW GAS HETER .c REGiULATOR HAT 6E REQUIRED, COORDINATE WIT14 GA5 UTILITY ........ jz.., C\ <EJ_Mf:"C? CCMPAN'f. ~ MAKE-UP AIR MODE: (NJ MAU-2 shall be interlocked with (E) EF-2. \\'henever (E) EF-2 is operating. normally closed SA damper shall open and (N) MAU-2 shall start. Gas burner shall be enabled to modulate to mamtain DAT setpoint of 70°F (adj) If during make-up air mode there is a simultaneous call for space heating from the room thermostat. DAT shall be increased as per "Make-up Air & Heating Mode". see below. _ , ''(\/ \ / ii d. MAKE-UPAIR&HEATINGMODE: Includeawallmountli'thCt'mosO.~Jlf.c~~Igs acFM. g m~"~E thermostat, DAT setpoint shall be temporarily increased to saflsf}·rtall\fof lk ©a-CJ s o a fi U1!.J setpomt shall reset back to 70°F (adj) r i I::. v I v v MAIN LEVEL eElOW c:rRADE PIPINCi ( ;OMPL.IANr.i:: END OF SEQUENCE OF OPERATION 0 ( o-I ) I G .. LOUJ P~!5URE GA5 1 MFG • MEDIUM FRE55UFi!:E GA5 <2 F'SIJ Date: ___ .::;__ __ _ By: ~ I GAS PIPING SCl-IEMATIC NO SCALE MECHANICAL SPECIFICATIO e: General I. Immediately notify the Engineer of any discrepancies. 2. It shall be assumed that all subcontractors are experienced and thoroughly knowledgeable in their respective areas of the construction ind us tty and shall perform in a responsible manner in an appropriate construction sequence. 3. Do not scale drawings. Verify dimensions in field prior to commencement of work. 4. It is the intent of these drawings and specifications to establish a standard of quality. The Engineer reserves the right to take exceptions to approve methods and materials not reflected herein. 5. Failure to order, or release order, for materials and/or equipment will not be accepted as a reason to substitute alternate materials, equipment. or installation methods. 6. Work shall be performed in a workmanlike manner to the satisfaction of the Owner. Architect & the Engineer. 7. Labor, materials. and equipment shall confonn to the latest applicable editions of local, State of Colorado, and National Codes and ordinances. If conflict bctvleen those publications exists, the most stringent requirement shall apply. 8. Provide record drawings to architect Drawings shall include all addendum items, change orders, alterations, re-routings. etc. 9. The drawings show the intent of the mechanical systems but do not show all details required. It is the responsibility of the Contractors to install complete & operable systems, which conform to the manufacturers' installations instructions & industry standards. l 0. Systems shall be tested for proper operation. If tests show work is defective, Contractor shall make corrections necessary at no cost to Owner. 11. It is the Contractors' and manufacturers' responsibility to assure themselves that the code authorities will approve any product to be instaUed on the project 12. Systems shall be professionally labeled. Piping shall be labeled with color coded commercial grade labels indicating piping service and flow direction, and shall conform with the existing building labeling system. Equipment, pumps and valves shall be labeled with engraved plastic or metal tags and an equipment/valve schedule shall be provided and mounted on the mechanical room wall. Equipment labels shall follow the same nomenclature as the mechanical drawings. 13. Coordinate architectural, electrical, fire protection, and structural drawings with mechanical drawings prior to installation. 14. Offset piping, ductwork. etc. as necessary to accommodate structure. beams, columns, and existing equipment 15. Verify exact locations of existing and new underground utilities. piping, and raceway systems prior to trenching. Contractor shall obtain and verify exact utility company drawings and requirements. Electrical 16. Contractor must carefully verify electrical service voltage and phase available before ordering any equipment. 17. The following are to be furnished by MC and wired by EC: equipment motors, magnetic starters. line voltage thermostats, factory disconnect switches (if specified as part of factory wired equipment) resistance heaters. fire and smoke detector5. 18. The following are to be furnished and wired bv EC: disconnect switches. thermal overload switches, manual operating switches and contactors. 19. The following arc to be furnished and wired by MC: low voltage thermostats. control transformers. control relays, control panels, motorized valves, motorized dampers, pilot lights, multi-speed switches and interlocks. Shop Drawings 20. Submit entire HVAC and plumbing shop drawing submittal data at one time. Submittal to be bound in threc~ring binders, inde.xed in a neat and orderly manner. Partial submittals \\ill not be accepted. Submittals shall include, but not be limited to: equipment, insulation, air devices, fans, motors & VFDs. Remodel. Demolition & Unforeseen Conditions 21. Visit site prior to bid and verify the conditions. Include in the bid. costs required to make work meet existing conditions, whether indicated or not 22. Provide mechanical demolition required. Refer to architectural demolition drawings for location and extent of demolition required. Visit site prior to bid to determine extent of work involved. Prn"ide labor and materials as required to maintain and/or restore continuity of service to existing systems. 23. In as much as design for remodel. renovation and/or rehabilitation requires that certain assumptions be made regarding existing conditions and because some of these assumptions cannot be verified without destroying otherwise adequate or serviceable portions of the building. the Engineer cannot assure the Owner or the Contractor that the professional consulting services herein encompass all contingencies. Field coordination during construction is imperative. Contractors bidding this work must make reasonable allowances for unseen conditions and should include associated allowances in their bids noted as such. 25. All removed piping, ductwork, equipment, etc. arc to be disposed of by Contractor unless noted otherwise. 26. All existing support rods and straps now supporting ducts. pipes, air tubing, electrical conduit. etc. that arc removed to allow room for installation of new equipment shall be relocated and reinstalled, or replaced if damaged. Duct Liner. & Duct \Vrap Insulalion 27. Internally line all oew RECTANGULAR Supply Air (SA) ductwork with I" thick, 2.0 PCF, U.L. rated, glass fiber insulation with a continuous vapor barrier. Refer to plans for duct labels. 28. All new Outside Air (QA) ductwork shall be unlined. Refer to plans for duct labels. 29. Externally wrap all unlined Outside Air (OA} ductwork and louver plenums with 2" thick insulation with a continuous vapor banicr. Minimum R-Value of 6.0. Piping 30. Gas Piping -Schedule 40 black steel pipe. ASTM A53/A53M, 150 lb. malleable iron screwed fittings on above ground pipe, welded fittings with all piping coated and wrapped on buried pipe. CSST pipe is permitted for final connections only. 31. Fire caulk all new penetrations of fire-rated assemblies with fire-caulk. 3M. Hilti, or approved equal. Refer to fire-stop details sheet M-300. Ductwork & Duct Accessories 32. Duct sizes shown on drawings are outside (sheet metal) duct dimensions. 33. All ductwork shall be scaled airtight with duct mastic. Where duct tape is used, it shall be listed and labeled in accordance with UL 181. 34. Seal all ductwork joints and vapor bani er penetrations at all exterior walls. 35. Ducts and piping penetrating through exterior walls shall be sealed water and air tight with appropriate building sealants. 36. Provide volume dampers at all accessible round duct take-offs. 37. Sheet metal and fittings to be pursuant to SMACNA and ASHRAE standards. 38. All ducts shall be 26 gauge minimum, except as noted on plans to be heavier gauge. Duct gauge and construction shall conform to SMACNA HV AC Duct Construction Standards. 24. All new ductwork, piping. equipment, etc. is shown with dark Jineweight All existing 39. Seal off all ducts during construction. ductwork, piping, equipment, etc. is shown with light linewcighl ' 2~ MFG ~I /5ETTOll"W.C. i;-.E&J (4""') ' "' !! "' ~MAKE-UP AIR Uf'.llT (2"') (!>!>1 Cfl-V Spiral Ductwork ~ ~ Qil...tlAU..:l. MAl<.E-UP AIR I.NIT (400') (2,123 CFMJ 40. New round Supply Air (SA) ducting shall unlined spiral wound galvanized G90 coating designation steel formed from continuous coils of sheet metal, min. 24 gauge. Vibration Isolation 41. Where specified. duct-to-fan connections shall be made with flexible canvas duct connector material. Provide duct alignment within 1/2" at the fan collar and duct collar. 42. Where specified. spring vibration isolators for support of equipment shall be properly aligned so that support rod docs not contact spring housing. Controls 43. Mount all thermostats and controls 4'-0" above finished floor, or match existing mounting heights. 44. Thermostats & remote temperature sensors shall not be installed above heat emitting equipment, including wall mounted touch screen controls. Do not mount on exterior walls or above/below forced air supply registers. 45. See Sequence of Operation for additional control information. Balancing 46. Air flows must be balanced, and fan belts, and drive systems adjusted as required. Balance Contractor shaII furnish subsequent air balances after acceptance of the building. 47. Submit a ·written balance report. Balancing procedures shaII be in accordance with NEBB or AA.BC guidelines for proportional balance. Submit report on standard NEBB forms. © 48. Airside measurements shall include all motor amperage. voltage readings, motor RPM, fan RPM. fan CFM, fan inlet static pressure, fan outlet static pressure, and individual inlet & outlet CFM readings. 49. Adjust flows to within 10% of required quantity. If actual quantity is less than 90% of design. investigate cause, attempt to rectify and notify Engineer. Submittal of balance report with less than required flows without explanation is cause for rejection of report. 50. Submit three copies of aII submittals in addition to any required by the Contractor. These copies shall be retained by the Owner, Contractor and Engineer. END OF SPECIFICATIONS Town or vall 5lamp a:::>.H! :::: :! ~ ~ t;:; w-~Ji >--""'" W"'wcO<S:J ti: t-. '"' 0 30 ~ Q:::;lf>l)r ... ' ,tll 0 "> z"' u 0 • >-> .. IC~ ~<t ~ -I u. ffi () ~' a:~ I~~ CJ ~xr ffi 010' "> I{) l~~J) o--... IL~ (ll "' Ii ~ ~ ~ i ~ :a ~ tt' ~ i ~ 3 * t'; ~~ f-------l Q ,_ ~g ~~ s~ -u en r--111 ~ ~ o~ ~~ 9 ~-£ai ~ ~ i~ 11 > ;::::> ~> i~ ~ ~ ~~~ H ~ ~ 0 ;!~ 0 z ~~ 0 ~ ii 0 ~ 0 ffi~ ~ ~ ~~ ~~ ~ffis ~~ ..J°' ~o i:i..4 00 :;ig ~ ~ H luue:d For ~ & No. I Dns I camm..,, !: u I l 3/6111 ICOORDrNAT10N ~ ~ 2 I 3/'0"1 1FE"'11T SET ; ~ f--1----+----l ~ u ,___~~-----< r ~ MECl-IANICAL SCl-IEMATICS, SPECIFICATIONS, ' SEQUENCE OF OPERATION !ll~ . 1l'wlt ~~~ aL. ~ ffi ""ljl ~h ... ~ w ~ ~ ffi F\'OJSGl No. &.o.l\s, ~ ~ ~ 111ZllZl4JZJIZl NI A 0 ~ !I! D.awn e~, 0-..d<=l '°!!' ~ II'. Q BJl-I JDR l!l ~ ~ M3.0 ~h :x ~ r u w i5 >-9 u H@ • . . SYMBOLS Q 12!' [)I 15<:1' s, ~ 0 0 ~~ ~"-o-..r->(l), ~ ~ POWER SYMBOLS NOTES MOTOR OUfl£l FllSED OISCONN[CT SWITCH SWITCH Y:Y,,/'f.1,('1:1.. • AMP SWITCH/POI.ES/AMP FUSE HEAVY DUTY NON-FUSED DISCONNECT SWITCH SWITCH 't:J./'/.X • .u!P S'MTCH/POl.ES COM~TION lttOTOR STARTER w.NUAL MOTOR STIRTER Wini THERMAL OVERl.!W) STATIONARY -CIRCUIT BREAK£R; IV.TING "'5 SHOWN ON Pl.MS SWITCH NID F'USE; RATING "'5 SHOWN ON Pl.MS SWITCH ANO FUSE; IV.TINC "5 SHOWN ON PLAHS JVNCTlON BOX SURF'ACE MOUNTED PANEl..OOAAO OR TERMINAL CABINET II MLliQIES GENERAL NOTES 1 ALL WORK SHOWN IS NEW. UNLfSS NOTED OTHERWISE. 2 AU WORK TO BE IN ACCORDANCE WfTH NATIONAL El..£CTRIC CODE, 2014 EDmoN. 3. SEAL ALL CONDUIT PENETRATIONS OF FLOORS ANO FIRE RATED ASSEMBLIES TO MAINTAIN FIRE RATING. 4. PROVIDE NEW TYPEWRITTEN DIRECTOR1ES REFliCTlNG WORK PERfORMEO FOR AU. NEW PANElBOARDS IN THIS PROJECT. 5. Pi.ANS ARE PREPARED WITH REQUIRED BRANCH CIRCUITS INDICATED BY CIRCUIT NUMBERS. PROVIDE ANO INSTALL ALL CONDUITS, CONDUCTORS, BOXES, MISCELLANEOUS FITTINGS, ETC. fOR A COMPLETE AND OPERABLE SYSTEM (HOMERUN SHOWN). BRANCH CIRCUIT INSTALLATION SHAU. COMPLY WITH SPEClflCATIONS ANO N.E.C. 6. All NEUTRAL CONDUCTORS ON POWER BRANCH CIRCUITING ROUNDHOUSES TO BE #10 AWG UNLESS NOTED OTHERWISE. SHEET LIST E1.0 SYMBOLS, SCHEDULES, ONE LINE DIAGRAM ANO PL.AN E2.0 SPECIFICATIONS 1own 0 Vail REVIEWED FOR CODE COMPLIANCE Date: c;-1 ° ~1z GENERAL NOTES By: 11 II 0 PROVIDE MECHANICAL UNIT WITH 1-1/2"C -3#2 AWG & fB GNO. · 0 PROVIDE CONNECTION FROM EXISTING CIRCUITING TO NEW UNIT 1. 2. ALL WORK SHOWN IS NEW UNL£SS.JllitiERWllJ NOTED. PROVIDE TYPEWRITTEN DIRECTORIES\Rei-QfiJ;fil~ NEW WORK PERFORMED IN THIS PROJECT. II WITH NEW VFD 0 VFD SHALL BE FACTORY INSTALLED ANO WIRED INSIDE THE UNIT. j ~ 0 VFD SHALL BE FURNISHED BY MECHANICAL CONTRACTOR AND 11 INSTAlliD BY ELECTRICAL CONTRACTOR. II 0 PROVIDE NEW "OTOR WITH 3/4"C -3#8 AWG & #10 GNO. CIRCUIT BREAKER IN PANEL SHALL RE>.WN. ii All EQUIPMENT SHOWN IS CONNECTED TO PANEL 'RP-5', UON. I! REMOVE ALL CONDUCTORS, DEVICES AND CONDUIT RENDERED 1 t UNUSED BY THIS PROJECT. I i 3. VERIFY LOCATIONS OF ALL ELECTRICAL EQUIPMENT WITH EXISTING CONDITIONS IN THE FlELD. 4. 5. 11' ___ --~ --------_J __ 1· -(E)GP-1 ii II ii 11 'I r· ----·--------1 . -----------. --I --· ---------1 -· --------::---•. :r·=-r FL_:·.:.:--T I -c; 8•"D" .:·~.;f '"A,\' /-'.;:~_,:-rt'"-c:_=c:c=-:.-::::_.=·=--::· ··:=·:::::=::c I .1 11 I \ \ I --?fl~~~ 6'}JTH C-~---·::r~ -~Q --~~ j r:-~...:.-•.e:.r:.-----::: .. c '"'-~(E)SBP-1 ---. .a:.----·-· !i)-' ~ifRP-5 ;~:OR•ER : ~:-1:H i/(E)PP2 I: , H 0 ELECTRICAL PLAN ii -iTlf''ll 1.L.~ __ _; _ _;1J 1 /:i ·1 I i ,\";::_.._[)-\.; 5•h:~ I I f :!H I ,,,,,-(E)IAAJN O<STRIBllTION PANEL H _/' (EAST Of LOCATION SHOWN) 4 .I D ! --=-=-~-::::_:_-:_ : -::_r -•. JJ ( 1' . I ---------------t ( l 1 I ----------------~ I I I i" --·-.J MOUNTING SLRFACE PANEL RP-5 10,000 A.LC. SYM 20l\'120 vat.TS 3 PHASE 4 WIRE MAIN 225A BUS 225A VOLT AMPS . L 0 B c c B 0 l . ml..T AMPS 0A I 08 OESCRIPTICN E r L K I I < ,_ T E OfS(lUP'llON 0C c r. . . • . . E G C 0A 06 0C 500j Ftill1ilian 1 20 I A 2 20 1 ...... 500 Rltnlion 1 20 3 B ' 20 1 COSr,1tem 250 500 ""'" 1 20 ' c • 20 1 COS~cem 250 3'!0-, """'"' 2 1 20 1 A I 30 3 ..... 380 Recept 2 1 20 • B 10 360 Rec.pt 2 1 20 II c 12 500 I Chop Shi 1 20 " A '" 30 2 Welder 1500 500 """' 2 20 IS • 16 '"'° 500 17 c 18 50 2 Plasm1Ctm!r l 3000 9830 l PanetGP-1 3 100 19 A ,. 3000 10940 " 9 :u. 50 2 -3000 9780 23 c 24 I 3000 Spare 1 20 2."I A 26 20 3 .... """"' 1 20 27 B ,. ..... 1 20 ,., c llJ soo I Gri-1 20 JI A l2 90 3 (N)Mt.U-2 5196 500 Drill Preas 2 20 )3 • 34 5796 500 " t' ,. I 5196 500 I Gnnde< 2 20 )i A 18 20 1 ..... 500 l9 • .. 30 1 TlteMachi'le 1500 Spaao " c 42 Spau 12190 l , 3300 11640 VAJUNE 10296 . 12046112046 0A• 22486 """ 2534< llC-"' 23686 i.a;r M TR.'CO!'IT. LOA OS NON-CON'HNUOU:, WADS ~i0.25>-~ UPTO !Ok.VA 10000 ROCl:il'rAa.fS 1800 xl.25-2250 R.S1 A lNDf:& 4280 TOTAL DESIGN kVA• 74 ~ PANEL SCHEDULES NTS (E)MAIN DISTRIBUTION PANEL MOP-SECTION 2 480/277V, 800-AMP, 3PH. 4W ,------1 I I I (E)400f/400AS I (E)400A FEEDER xl.00-10000 O"Illf.R 65438 xl.00 55438 iO.SCP 2140 TOT AL DESIGN AMPS.. 205 I I 1-1/4"C-3#1 AWG " HB GNO I I I (E)400Af /400AS I ---1.r:JJ--<3..._P 0 _ C> ~~N~~STING I I I (E)200Af /200AS I I 3P ~~~~STING I I L ______ J DIAGRAM NOTES 1. 2. 3. ALL WORK SHOWN IS NEW UNLESS OTHERWISE NOTED. BRING ANY DISCOVERED CODE VIOLATIONS TO THE OWNER'S ATTENTION. ALL WIRING SHO'M-4 IS SIZED FOR COPPER CONDUCTORS, UON. 0 SINGLE LINE DIAGRAM NTS 2-1/rc-4f3/0 AWG " #6 GNO 0 0 ~ PR(MOC ( 1 )#2 ,.,r; GROLW 'MR£ TO NEAREST 8UllJliNG STID.. PR(MOC r£W P!Ml. ~ 'M1H INCRfASED ElJS SIZE PER THE PA1'£1. SOIDll. RECOON£CT All EXISTING LOADS ;s SHOl\N "' PNEl SCHIDll. TOV STAMP VAIL BUS BARN PAINT BOOTH Vail, CO WILDER ENGINEERING LLC Andrew Wilder PE 1170 Blue Sage Drive Steamboat Springs, CO 80487 P: 970-819-7848 E: andy@wilder-eng.com Issue Sy Date & Issue Description By PERMIT SET 3.9.17 AW Scale: 24x36~N~TS~------< LOAD CALCULATION & Description: ONE LINE DIAGRAM Project Name: VAIL BUS BARN PAINT BTH Proiect Number: 201705 Sheet No. El.O -> .. SIECTION 16010 ·BASIC ll£CTRICAl REQ.UIREMENTS 1) PART l GENERAL a} POWER AND CONTROL WIRING 1) Provide power 5yste,,, conduit and w rina to median:cal equipment Controls system tondurt and wintlj for mechaniul 5ystems 15 induded ur.der Division lS. •power• wmna indudes line voltaae winne: from dlstnbution ilppa~tllll to dtsconnecti.n1 means provkted or Installed undei" this section, ilnd frnm such di$connect:1n1 mt!!ilns to motors, and to tt:rmina1 bo11n of p1di11e' equipment. •eontro1s· Wlnr'll indudes winnc, recantlus of volt11e, which provides start-stop control for mechar11c1J equipment ;md/or wh,di is used to monitor funct1ons of mechilntul s.,items. Wht!!'l'e lme voltaee wlnn1 is extended from a lot.al disconnecton1 means to relilys, tht!!'l'mostaU, by-pus l!men, sUrter coils or the like, or from mech.iinical conlrol p.iinel.s or motor control c.enters to control devices, such uten51ons .lire considered "tontror'wirina. b) MOUNTING HEIGHTS i) Mountm1 hei1hts ind locations. verify the exac.t !ociltlOn of equipment with ilrcM:ect prior to 1ns1al!i1tJon. Will mounlt!!d devices requlrln1 operiltlonal acceu sh;iH be mounted a minltTlum of lS Inches .iiixNe finished floor to bottom of device ind a ma111mum of 48 inches ~bove nnrshed floor to top of dt!!'ltice. Vlsual alarms M'lilft be mounted not less than 80 inches to the bottom or 96 inches to the top of the device c) REGULATORY REQUIREMENTS ii Conform to 111 NFPA-70. NatlO,,..,I Electric Code ii} Comply wrth the currenl apprable codH, ordin;anc.es, and reguli1t1oru of the authof,ty or i1uthor1t1es hilvm1 }uflsdiction, the Owner's lnsur.iinc.e underwnter, ind appllc.iib.e bise buildine star.duds. ili)When conflict ulsu betwttn two or more 1overn.n1 codes, compty with the stncter requirtment. iv)Obta.n permits, ilnd request onspections from authonty h~vin1 jurisdiction. d} PROJECT/SITE CONDITIONS r) lnsUH Work In lociltions shown on Dnw1n1s, unless prevented by Project condi':ions. Coordinate mstilffillion of work in i1Vaibb1e space with work furnisked under other Dlvl510N 2)PRODUCTS a) Where manufacturer's model or leries numbers are specified or sl\own, these 1ndiate 1eneuUy .iiccepuble t'f1>t!!'S required furnish produ.tu which c.omply with all requ remtnts, as 59t!!Ofied or shown. bJ When more than one un t of the nme clan of equipment is required, provide un1u prnduc.ltd by a sinale milnufacturer l)TESTS a) Furnish test equipment. tacillt1es, and technia.1 person11e:l required to perform fleld tuts b) At completlon of JOb, check vo/ta1e at seven! points ol utihut.on on the system. Ener11ze all loads Installed. 4)a.EANING ii) Clean a!! fi11tutes and equipment at the c.ompletoon of the projltct. Wipe dean exposed lcl\t1n1 firture reflectors and trim pie(:H wi~h ii non·ilbrilsive doth just priOt' to oct11parcy SJ RECORD DRAWINGS a} Upon completion of tfle Work, deliver to Architect and up-to-date let of ~u-b1J1lt" record draw1n1s on .ii reproduob'e medium indudins AutoC.AD 6)DEMOUTION al Remove, relocate, and reroute e111st1na electrn:.iil equ pment to faobtate new construction or remodehn1 work.. b) fJlamin' the site to observe and note t!!lllstonc c.ondrtions pnor to submrt"'..1n1 a bid c) Sc.hltdu'e demohtlon in advance Schedule work to avald drsruption of normal operitlons. d) Reconnect Cll'CUits servan1 'q111pment required to remalf\ 1n servtee to other pane:lboi1rd1, mot Of control c.enters, or o:her appropriate dlstrlbutlOn equipmenl Provide additional p.iinelboards, motor control cenlers, or other .iippropnate d1str1bution equipment where there Is Insufficient available capacity In rema nine eJlfstlnc 1quipmen1 for reconnection. e) RemO\le ellist n1 conduit and wire back to panelboard, motor control te-nlt!!'I', or other distribut.on s.ource f) Where a drcu11 is Interrupted by removal of a dtv1ce or fixture fram !hilt cirtu•t. pro111de addit.onal condu~t and wire to rHtoreservicetotl'lerem.ii.nln1d,11Jtesandfi11t.urtsonthatmcu1t. I) Electnul equipment to be rerroved that is in 1ood wort11n1 order shall beairefulty removed and offered to the Owner. Items rejected by the Owner shall be removed from the pro1ect sale and property disposed of Town of Vail REVIEWED FOR CODE COMPLIANCE Date: ) ---ro-0 By: :)_ Code: 7 --------, SECTION 16100 • BASIC MATfR!AlS AND METHODS 1) PART I GENERAL 1) REFERENCES 11 A!I equipment 1nd 1nsuH1rioru shd meet or e•cffd m101mum r1qu1r~ts of ADA, ANSI;, ASTM, IEEE. IES, NEC, NEMA, NETA. NFPA. OSHA. SMACNA. UL, ilnd the Sute Fire Marshal. Equrpmftltsh11l be c1Nt1f1ed for use in the Sute of the project ilnd d\all mfft the SUte "ll!!r1Y code. Provide products and materlab that are new, tleiln, free of defecb, and frHofdamaceandtorToslon. b) PERFORMANCE REQUIRE~NTS i) Provide supp on s'(Stem for eqwprnent ;11nd conduit, lfldudin& w1nn1. with 1 minimum Hfery bctor of 4 For empty conduits, lndude wei(hl of 4 type XHHW wires of m1•,mum permissible SIZI c) QUALITY ASSURANCE t) A!I equipment and 1nsullatlons sh.1111 meet or exceed minimum requirements of ADA. ANSI, ASTM. IEEE, IES, NEC. NEMA, NETA. NFPA, OSHA. SMACNA. UL, ilnd th111 State Fire Marshal. Equipment shall be cm1fied for use 1n the State of the project and shall meet tne State enerrv code. Provide produc.U and m;iter1als that are new, dean, frtt of defects, and frHofdamil&eilndcorrosiOn 21PART2 PRODUCTS a) CONDUIT ii Gener.t (1) Exposed Dry and Damp Loations. la)Use electrlatl metal IC tubinc 121 Conc.ea!ed LoutJOM (a)Furred, CeU1nc Spates and stud W.iilts: Use electricill metaDic. tubcf\I (bl Co11n.ctions to L.ightm& Fixtures in Acceuible Ceiflnp Use fle1ible C'O~it. (31 Equ·pment Connections: (a)Connections to Uquld-Handlin1 Equ1pme:nt in Orv locations Use llqutd-titht fle111ble conduit. (4) Equipment for Ory Systems In Ory locationsc Use nu.able c.ondult. iiJElectnt1IMetalllcTub1n1· (1) Continuous, seamltss steel tub n1. aalvanlud or sheri1rd1ztd on e11ter1or, coated on 1nter10r with smooth hard finish of lilcquer, varnish or itnilmef, with steel, set wew or compression cyp. flttin11 Provade concrete type flttlnpwhererequired (2) Use for 1eneral purpose feeders and bnmd1 circuits. m)Fle11Ible Steel Conduit (1) 51nfle strip, conunl.IOus., fle11ible Interlocked d~-wnppltd steel, hot dip 1atvilnized inside ilnd out form nc smooth intern.iii w11"1n1 cflilnnel, with steet, compru.saon type fitl!np (2) Use 1n dry locallons only, connect10ns to h1htin1 furtures in suspended c.e1kn11. connectlOM to equipment lnstaHed above suspen.ded cemncs. transformer connections, buSWlly plu1 in units, and connections 10 equ;pment whete vrbratlon \soli1t1on is required, mu:imum lenath of 6 feet. N)Llquid Tt1ht Flt!!llible Stttl Conduit; (1) Same as flellible steel con.du it vccept wi1h toueti. 1rert. Wiltetblht plastic. Ot.1ter ,..Oet. Fttsn1s WI/ be cast malleable iron body ilnd 1land nu-._ c.admrum plated with one-piece brilH around na buihlncs threaded to lt'tenor ol tondu.t. Spiral molded vinyl sea!ina t1n1 between al and nut ilnd bu shin& ilnd nylon 1ruubttd throat. (21 Use same 15 fleuble steel condurt in dilmp or wet locations and at motor c.onnectJOns b) BUILDING WIRE A.ND CABLE ~) Provide wire with a minimum imulatin1 nnna of 600 volts, e11cept for w re usN in low vo'ta1e (bftow §.Cl volts) c.ontrol or sianal system1 The use of 1eflon (multi-conductor) for low tension systems may be permitted for fife alarm, sa1rill and communication system. (voice ilnd dat.ii) H approve:d on Mtop draw·np by en1ineert and where permitted by loc.al code1.iindunlonpractlce. n) Conductors (1) Electru:.al 1rilde, annu!ed copper, and fabncated 1n .iittord.iince with ASTM st.iindards. Minimum site number 12 AWG for branch clfruits, number 14 AWG for tontrol wirina: (2) Unless otherwise spec.fled, all wires numbers 10 and smaller shall be M>lid (3) A.II wires number I and !ar1er sl\all be stranded !n actordance with ASTM dass 8 stri1ndin1 deslrnauons. (4) Control wires shall !le stranded in actOfdance with ASTM Clan B strandir1 des11nations (5) Cabl1t1 for low lens.on syitems sh.iii! be mult.-conductor, l61au1e. color coded and .nsulated 1r1 armored cable ane-mbly, with numbe~of conductors as requmed i6) All 600 volt vt1re aiid cab!1t1 l.ll"less othitrwts.e specif ed ihall be sinel• COflductor surtable for use"' wet and dry andlocatlons ill)Connecton (1) Make tonnections, splicH, taps •rd /OinU wth W>lditrtes.s devices, medianlc.at"t and electnully seaKe Protect exposed wores and connett1n1 devw::es with electnc.al tape or 1mulatio11 to prO'<ltde insul.iition valuu not leu th.an oncond1.1<tor lv)CablH (No. 8 ilnd Lar1er). (1) Use let screw or ccmpresSIOn type tonnectors, tilps ilnd 1p ices specif1tally dest111ed for the partJCular connection. Insulate Slllice either bv 1ap,n1 or by use of •aa~elrte" covers desctned to fit around sp'7c.e. v) Bl'ilnth Orcu1t Wires (Number 10 and Sm.iiller) Use any of the f0How1n1 types ofterm,nals .iind conntct1n1 devitH: ! 1) Hand A.pphed. Co~ltd, tapered, sprinf wound tk!vlces with a conductin1 corrosion-resistant c.oatif'l1 over the spr\n1 steel ilnd a pllu!ic cover and skirt providin1 full insul.iit1on for i.plk:e ilnd wired ends Screw conriector on by hilnd. (2) Tool Applied. Steel c.iip, wrth c.cmduct1on and corrosion resistant metallic platlns. open at both ends, fitted arOYnd the twlslt!!d encts of the wire ind compressed or cnmped by means of a speci•l die desiened for the purpose Speuflully fitted plastic. or rubber insuf.iitm1 co ... er wrap over e.iich connector c)IOXES 1) PreHed nee!, 1atvan1zed or adm1um·pl~1ed, 4 indles mir11mum octa1onill or s.quilre with 1alva11:zed «111er or eirtengon rinanrequired II) hc:k-te>-b31Ck outlets in the s.amt waH, or -through-walr' type boaH are not pl!rmrtted. Prov de 12 inch m1nimu,,, spacinc for oudets sl'iown O'I opposite \Ides of .ii common wall Provide acou1tJ.Caol pottin1 compound on ill outlt!!1 ...... d) WIRING OEVIC[S ii SwitchH ilnd Rectpt•des. Arrow Hart. Hubbell, Ltvn:or1, P;in & ~OW', or Slater. iii Wall D1mmen Lutror1 iii)Occupal'ICy Sensors Myt.edl, ~oYllU, or Watt Stopper iv)Flooflo.esilndFitt1n15 UI Poke throu1h type Wremold Legr•nd (2) Recessed flush floor bow type: 5tttl City or Wiremokl ~1rand v)Plu1str1p Wlremokl vi)Oev'tlt and cover plate colo11i sha!I be n selected by Arthltect. e)SUPPORTS II Support raceways on iltCep11td types of wall bradi.tts, speca.iilty SIHI ciips, or hanc.,.s. ceilina ~t!!l• hanaers. or malleable iron straps Plumller's perforated straps are not permitted. Acc.eptable manufacturen brilckets or hanaers ilre KJndorf, Ekan, linkley, Multi-frame, Powt!r-Strut, or Unmrut Do not susperid rac.eways or equipment tram other rKeWilys, steam, water, or other pip1nc Of ductwork. ucept as otherwise permitted. Prn'llde in.dependent and seo.1re support methods f) PANELBOAROS 11 Ac.ceptable M.iinufacturers Cutler...Hi1,,rnet/West1nehouse, General Electroe.. S*emens., or Square 0/Groupe Schneider. ii) AIC Ratq Bnnc.h panetboards and oo.'ltf'Cllrrent protection devicfl shall havt a m1rumum shon circuit ~llfll of to.ODO RMS symmetr cal amperes lt\:nimum lnterruptin1 capactty (l20/208V} or 14,000 JI.MS symmetrltill ilmpetn minimum lnterruptlna apaaty (Zn/480\I) ii)AIC flatlf\f; Distribution panelbo¥dl ~d overcurrent protectlOn devicitS shaR hilVe a minimum short circuit ratin1 of 42,000 RMS svmmetnal amperH minimum interrupt1n1 apilcity (l20/208V) or 200,000 RMS symmetncal amperes min, mum lnterruptlna capacity {277/UJNJ. iv)Encloswes; Corrosion resisunt ia/vilniZed {zinc finished) sh"t steel. Fronts shall be cold ro;ltd steel, finish c.oate:t w-th 1'NSl 611rey enilmel over a rust inhibllot Pilnel lodu sh.iin bt k~d alike. v) Doors One piece bott on front with .ii lockable hin1ed door over th• O\ll!rcurrent protectron dt!!Yltt!!S vi)8us 8i1U. 5iNer plilted alum In um or copper. Neutral bus shilll be full si~e. Neutral bus shill! bt 200% l'ilte:t wnen supplied from a double neutral feeder. Provide an equipment around bus In each panelboud. In addition to the equipment r:round bus, provide an isO[attd rround bus when supplied from a feeder which includes in isolated 1roundin1c.onductor. vu) Overcurrent Protection ~es Molded ~se ClfC\llt bleaken for branch panelboards and 120/208V ratfl! d 1tribut1on panels. and fu11ble switch unrts for Z77/48rN rued d11tnbution piln.eli. 1) MOTOR STARTERS i) Atc.eptilble Manufacturers: Eilton/Cutler-Himmer, General El«tric. Siemens, or Square D/GrOYpe Sthneider li}MilnuillMotorStarters 1ii)Fratt1orut HOl"sepower Manual Starter General-?utpose, aus A, milnua!ly oper.ited, fuH-voltaae c.ontroller for fn1ctionill hOf5eP(lwer induction motors, wtth thermal overlo.d unit. and toule operator iv)Vo1ta1•. Rntns and Themiil Element; Ai rt'qu1red by motor controller vj Enclosu"! NEMA IC5 6; Type 1. h)PUlLLINE i) 1/8 Inch diameter bri11ded ~low polypropylime 3)PART3 EXECUTION aj JNSTALLATION IJ Conduit (ll buull conduit in accordance with NECA •Stilndard of lnstlKation•. (2) Do not combine lnd7v1dual homerun.s Into common condalt. (3) Do not support conduit wrth wire 01 perforated p+pe straps. Remove wire u§oed for temporary supports (4) Arranee conduit to maintain headroom and present ntilt appeannce. (5) Use conduit hubs to fasten condurt to cut bo1es. (6) Provide insulated equipm1nt 1rou!W conductor In fle1ible conduit. (7) lnsun condurt: to preserve fire res stance ntlna of part1t10ns and other elements. (8) Do not attach condurt to cellln1 suppon wires. 11)Bu1ldin1WlreandCable {1) Use conductor not smaller than 12 AWG for power and h1ht1n1 circ.urtt.. (2) Neiltly tr•m and 1•ce w1nn1 inside boxes, equipment, and panelba.rds. (!) Milke spikes, tap1, and terminat1on1 to ~rry full ampacityof conductors with no perc.eptib!e ternperilture riH (4) Use hardened .iind tempered steel, tin·plilted or 1u1nless steel Belleville washer with slightly larrer tin-plated mild steel fiat wnher for aluminum lu1s. (S) Use insulated sprina wire connectors with plutlc caps for copper conductor splices and ups, 8 AWG ilnd smiltle:r fh)Boxes (l) lnstaU electnul bo11es as shown on Dr•win1s. and u required for splices. taps, wire pulllnc. eqwpment connections and compliilnce with re1uliltory requirements. (2) Install electr1ul bo•es to mil1nta1n headroom ilnd to present neat mech.iimc•I appea1ance (31 hutilll boxes to preserve fire resistance r111n1 of parbl1ons and other elements. ar~ae bo•ts to mttl re1ulatoryr,qu1rements (41 Afirn adjacent wall-mounted outlet bo11es for swatches, thermostats., ilnd SHnilar dtvicH to Heh other (5) Do not use throuch-w.iil/s bo11es or install flush mountlna bo11es bKk·to-bad. In ~lb. pr<Mde min.mum 6 inch sepanl!on. Provide mm.mum24 Indies separ1t.on In KOultic nttd walls (6) Use mmped steel bridaes in bar hanet!!'I' assemblies to futen fl!Ah mountinc o~tt box between studs. (7) Use ad1ustab'e steel channel fanenen for huna ce1hn1 outlet bo• (B) Co not fasten boxes to cet11ne support wires (9) Support steel metal bo•es Independently of condu1l (10) Use 1anc bo• where more than one device is mounted to1ether, lncludin1 noor bo•l!S. Oo not use secttonal bo•. (11) Plaster R1n1s. Use for all conculed work, depth of rin1s u required to reach finished surfaces. (12) Coordinate tnmmma of openin1s for outlet bowes in partitions to achieve neat, dosely fittma openm1s. {11) f.,stalt knoc.kout ciosure In unu~ bo11 openin1 1v)W1rm10evte.es (1) lnnaM devices plumb, ltv•I. ilnd ria dly in pl.iic.e (2) lruutl switches 2 inches to 8 inches from tt m on the str ~•Side. {3) lnstal dect1rat1V1t plil!H on switc.h. receptilcle, and blank outlets 1n finished areas. U1t mult1-1an1 plates for multlP'edevus. {4} Connect winn1 dev'c.es by wuppinl conductor ilround screw lt!!rm.nal. v) Support1n1 Dew:es {ti Fasten han1er rods, c.onduit damps, and outlet and iunct1on bo11es to bu 'dine structure usan1 '11pansion anchors, beam d•mps, steel ramset fasteners (21 Use toaa'e bolts or hollow wall fasteners 1n p!uter or rypsum bo.iird pilrtrtlons and walls, sheet m1till scr-1 or spnne steel b.iir retimt!!'f dips in sheet metal studs (3) Do not filSten supportli to pipina. ductwork, mechanlGI equipment, or conduit. (4) Do not use powder-acwated anchors without 1pee1fK: permission. (5) Oo not dnll structural 1tttl members wrthout specific. perm1u1on. (6) Fabric.ate 1upports from structur•f steel or steel chilnne:l, r111dly weld,d or bolted to present a ne~t appe;aranc.e Usehen1onfleadboltswthspfln1loc.kwashersufldernuts 111)Ele<:tncalldentificat10n (11 Provide wire milrken on each condoJctor ln pane!board 1uttt!!l"s, pull bo11e1, •nd at load c.onnect10n. Identify wl~ bl'ilnth citcu.t for power and licht1n1 c1rc11its, and with control w1re number u ind'uted on equipment manufacturer's shop dl'ilwm11 for c.ontrol wlr1n1 If more th.iin one neutral conductor is present, mark eadl wrth related orcu11 numbers. (2} Coktt code •II !leeoridil:y b~nch orcuit and feeder ronductort as follows fa)Four Wire, Thr" Philse, Grounded WV' Syitem for 120/208 volt systems. use one bta~ one "!d, one blue, one ""h1te {neutrill} For zn /4'JIJ volt systems, use one brown. one oranae. one yefklw and one 11ilY (n.eutral). (31 Use wir• with insulation of requir1d color For SIHI of wire, whidl mily not be-ilVilll.iib'e 11'1 speaflt!!d coiol"s use setf-•dhesrve wl'ilp around, mukers of solid colors to c.olor code c.orducton.. (4) Color code tonductors at KCesslb!e loaboru; (5) Pull Rope Markins· Atf111li1btl1dent1fvinl termination point at each end of puD rope vi ) Disconnect Swrtches (11 Instill distonnect switches snown mounted on walls at +4'-6. to centerline of 5Wltth. (21 lnst.iin disconne<:t swm:hes shown on or 1djacen1 to equipment on IJeld rabrlcated 1111,.ilmled net! frilmes 111l)Pilnelboards (t) Provide hl~r plates for unused spaces In pilnelboards. (2) Prowde typed circuit directory In plastic holder lor each branch circuit panelboard. i11)Motor5tarters (1) Install motor c.ontrol equipment lri accord.iince with manufacturer's ln1truct10ns. {2) Se1ect and rnstall heater elements in motor starters to much 1rutaUed molar ch.iiracteristic:s. •I Pull l.Jne Provide m each empty conduit ltlcept slffVts ilnd n.pples; leaq 8 lflches of slack at Heh outlet. JJ}f1rest09p1n1: Prcv'de firestoppina ilround ill! ptpes. conduits, steeves, etc.. which pass throuah rated willls, partitions and floors. £NO OF SECTION TOV STAMP VAIL BUS BARN PAINT BOOTH Vail, CO WILDER ENGINEERING LLC Andrew Wilder PE 1170 Blue Sage Drive Steamboat Springs, CO 80487 P: 970-819-7848 E: andy@wilder-eng.com Issue By Date & Issue Description By PERMIT SET 3.9.17 AW Scale: rm 24x36 _______ ---1 Desrnot1on. SPEOFICATIONS Project Name: VAIL BUS BARN PAINT BOOTH Proiect Number: 201705 Sheet No. E2.0