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HomeMy WebLinkAboutB11-0511 MECHANICAL PLANSDESIGN CONDITIONS I • Z, • mOm CD CD :Z: :5 :D - umo r * ---I, > m < zow. 0- im m Im =� m m AIRDEvIr-E DESIGNATION KEY: RISER DESIGNATION KEY: AIR TERMINAL UNIT DESIGNATION KEY: t -l PUMP DESIGNATIONS IM o w M • ME ME SWEET INDEX 0 m z C-) 0 1-- O cyl F 0 03 0 0 1 < W 0 -.#. o pm CD CD :Z: :5 :D - umo r * ---I, > m < zow. 0- m O 0 0 0 m GENERAL LEGEND MECHANICAL SYMBOLS O AIRDEvIr-E DESIGNATION KEY: RISER DESIGNATION KEY: AIR TERMINAL UNIT DESIGNATION KEY: t -l PUMP DESIGNATIONS o w M • GENERAL LEGEND MECHANICAL SYMBOLS O AIRDEvIr-E DESIGNATION KEY: RISER DESIGNATION KEY: AIR TERMINAL UNIT DESIGNATION KEY: t -l PUMP DESIGNATIONS Town of Vail OFFICE COPY PLAN ABBREVIATIONS I EQUIPMENT ABBREVIATIONS R110-0slI FAN COIL SCHEDULE M4RIC RI9lRKa NOMINAL CLG CAPACITY P°l vmuaL rAE cDN RoLLeR ER aET. ] - FLE%mlE GYlva3 puGT c014ECTglD s _ D eED. - NOf uPm. 6 - NDT uem. m -NOT ICED. 15C -1 3 - Qrrdce 4Fi . ft- AN AERATED DaM=ERD . - nenTE I'IOUIT BfTL° R FOR SPaLt T9T4RATI£ 1 -MOT ICED. . _ RDT PIED. P -NOT WED. 0 - NDT WFD. Y14(d0 Oft MM. EDP. rM WGJ GOOLNG . 61 WATMG • 91. ELECTRICAL a TONB (96 MBH) 1050 CFM SO� FILTER MANJ ACTURER 0 ACCE360RIE9 208/3/60 31 5l MIi5UBI5Hl RIRY-F96TG -A SERVE6 TTPE LDGnQV • 91. B6mm' MDDOIE Rq SC - Sc MDCgR Rq HC IIC VOLT. WAR FHASE A wa R LLe wi reTaT TB OA SEA 2 -ROW WL GAIL MODEL NO. I z 3 . S . T O 9 m P aTEan A M IWmbTAT FC -I 229 -- 015 0.18 i5 55 5B l0 1.1 3.1 209 51 1 36 -41 STANDARD PFFY- PFFY I5H1 F'08NRI'Al -E m m W/ ARCH. ELF 151 em T enTN � wau caDR+ET FC -2 229 -- 035 0.18 15 51 5B l0 as 31 208 51 I 36 -41 STANDARD nITSUBI5N1 • • 6CD F DATN T ROOK Wall CAmNlt FFFT- P08NR1l -E cDNCEx® FC -3 229 -- 015 0.18 15 4.1 58 10 6 8 3.l 208 51 I 36 -41 STANDARD MITSUBISHI m • eED . oaTN s FLOOR taNrsaLEa wau cA6NET FFFY- POBNRTU -E FC -4 290 -- 015 0.18 15 13 81 l0 26 55 208 120 1 34 -42 STANDARD nITBM15141 POFY- P121,M -E GaE NORITMTAL nE(:1l ROOM FC -5 290 -- 015 0.18 15 (.1 81 10 43 55 208 120 1 34 -42 STANDARD MITSUBISHI m m rEDU NoInT4NraL HECK Rawl PDFY- PI2N"N -E � FC -6 1006 -- 082 06 i5 188 21b 10 30A 13.9 208 326 1 38 -43 STANDARD MITSUBISHI m m m OREAT ROaM °'�°° NORIiWTaL r'EaL Rawl MUA) (8007 PEFY P30FfTHU -E D1IaeD M-1 531 -- 0.41 030 15 i0.9 13.0 l0 95 91 208 280 I 34 -39 STANDARD MITSU5I51.11 • • DlmJfa ROOF1 KIET AIR r E CLOSET PAY PISE00A � FC - 8 406 -- 0.10 081 15 10.1 105 NO HEAT 208 10 1 32 - 42 STANDARD MITSUBISHI m i Av IEOw'1 wau rTOUaI® av IaM1 PKF PISNGPIU - E wau 1wl Ec . REainofDC PammLa urrraTT. x . sENnIe�E ur4cirr of wiT. Rq lic : IEaminffnn 1�4,:P�la ��. Nc : �R.ain ur4clTr v wn Tau cAP.eunES aRE a rlwz OUTDOOR HEAT PUMP SCHEDULE M4RIC RI9lRKa NOMINAL CLG CAPACITY CCND CR1 C(MD ESP GOOLRI 15C -1 HEATING 6MGL ' ELECTRICAL CMB- FWIONU -G 80UFm �A MA iocei. RER . MDDEL ND. ACCE660RIE6 AP®IENT OIIiPIlf N• ®IEM QIfPUT YOLTAGEA H PICA HP - I R - 410a a TONB (96 MBH) 1050 CFM 0.12 95F 19.9 M1544 0 521 MBH 208/3/60 31 5l MIi5UBI5Hl RIRY-F96TG -A MTelad+' � nc raNTIO�LLER m 6RaNCN, 6nr+Le. MITSUBISHI BC CONTROLLER SCHEDULE sm BERVES CAPACITT' ELECTRIC MC RI'1TARIC4 15C -1 HP -1 6MGL ' 208/1, 0b6 A CMB- FWIONU -G FLEaTED FILTER S-FLwl1 HEATING COIL SCHEDULE Sm CAPACRY SIZE ELERI CTC AIR 611E Sm WINE ROOM WATER SIDE ENVIRO -TEC FLEaTED FILTER S-FLwl1 MNJAACTI#R F EAT rFJ LAT ('F) PLOW PD. WATER EWT LWi FLOW PD. LARKIN P®11 rLxW MODF1 NIf1BER HC -I 56.9 19x12 -20 l0 800 0.15 30x 180 160 6ID 0.3 TRMS PRIMA -FLO H (FC- iAMUA) LGH -F300 115/1 14-1 HUMIDIFIER 2 -6 L66nPx 208/1, 2.8 kW PG. A wa R LLe wi reTaT TB D RETURN/EXHAUST 2 -ROW WL GAIL MECHANICAL EQUIPMENT SCHEDULE ' CICE65 � &NO1ES DF M1710N CAPA GTY ELERI CTC M/.F P'I - ODEL GPM Sm WINE ROOM .� °A • m��• EEP. E4T, 115/1, 1/12 HP ENVIRO -TEC FLEaTED FILTER S-FLwl1 I RV FAN COIL , b LAT, R -T2 Rte. I YfC 50 27 �ACTl6ZER WINE ROOM oDT. 208/1 LARKIN T "�"'°'�8011� °1'T �CONDENSING 3/4' UNIT R.n 15 MCA LHT- 0084 -12 -A LDw 2 EvAr F R DESCRIPTION ENEGY RECOVERY 3mm aM • mes• Ear E)OIFa Nr,H SFE® 208/1, 253 W LOSSNAY C RETUR N VENTILATOR 6 6 LGH -F300 115/1 14-1 HUMIDIFIER 2 -6 L66nPx 208/1, 2.8 kW NORTEC A wa R LLe wi reTaT TB D RETURN/EXHAUST WALL /CEILING RESDELUX DMTPoEYTION TIpE H-2 HUMIDIFIER 15/1, 1.4 kW NORTEC aTEan A M IWmbTAT E RESDELUX sTEaM DI6TRlmurwN TueE PUMP SCHEDULE ' CICE65 � &NO1ES DF M1710N CPPEOTrw AREA lSM 5 BTUM PER SF GPM Sm GPM TDH HP VOLT/M4 MR jr 512E DESCPoPTILN RZ OWING I I 27 �ACTl6ZER 6 IT Y Y 1 197 0.8 3/4' IWOOD TOTAL5 DaeLE a6ieCTlwl aaDEe 280 1 7512 F MIA IEATMO COIL Pll► FC -5 560 FC -5 C RETUR N P -9 6 6 1/25 115/1 UP 15 1 � rI1C -u FC -1 WU AR(-PP FC -1 VS TB RADIANT ZONE SCHEDULE N1ARR DF M1710N CPPEOTrw AREA lSM BTU/M BTUM PER SF GPM TUBE CEMFJS TOTaL LENGTH iOP LOOPS LOOP LYNGTHS P.D. (PT) MR jr 512E LOVERINGs RZ OWING 280 7512 27 0.8 6 560 3 1 197 0.8 3/4' IWOOD TOTAL5 DaeLE a6ieCTlwl aaDEe 280 1 7512 1 10.81 FC -5 560 FC -5 C RETUR N WALL /CEIL IN G COORD. AIR DEVICES Sm USE LOCATION FM16H ACC, PIAlEF.. MODEL REMAAGS A SUPPLY UTALL /CEILING COORD. OBD. TITUS rxr°A'.ELEeemarc 7E) RZ FC -2 W/ ARCH. T3 CT-PP-0 (E) RZ B SUPPLY WALL/CEILING COORD. 081. TITUS DaeLE a6ieCTlwl aaDEe FC -4 T5 W/ ARCH FC -5 212 RL FC -5 C RETUR N WALL /CEIL IN G COORD. -- TITUS m Derri�E D®LECTIDN TTF'E6R4YfLE86 FRA2 T1 DINING ROOM FC -1 WU AR(-PP FC -1 -O TB D RETURN/EXHAUST WALL /CEILING n -- TITUS WINE ROOM WK -I W , C E SUPPLY FLOOR CDORD. W/ ARCH. OBD. TITUS CT -PP -3 DECe�DERLEESa FRRc F LOUVER EXTERIOR COORD. __ IWSKIN W/ ARCH. ELF 151 THERMOSTAT SCHEDULE THEFRIOSTAT TAG AREA SERVED ,EAT 1 HFAT COOL I HHDCTAi TI BED 4 BATH I (E) RZ FC -I T2 BED . BATH 2 7E) RZ FC -2 T3 BED 4 BATH 3 (E) RZ FC -3 - T4 GAME ROOM FC -4 FC -4 T5 MEDIA ROOM FC -5 FC -5 H -2 T6 GREAT ROOM (MA) (E) RZ FC -6 H -I T1 DINING ROOM FC -1 RZ -DINE FC -1 TB AV EQUIPMENT ROOM FC -8 T9 WINE ROOM WK -I E6tlLii 1.1 1St hx-- - THE EXI6TMG RADIANT ZONE FOR THE SPACE Town of Vail REVIEWED FOR CODE COMPLIANCE Date: / l - 2l - c( By: O Code: N IU j6 'Q '� m W W C o L) Z v �Z QQ x = 0 � OT 9ml Z � Z 00 V F Z 00 LIJ Q U O 3 N W A 0 0 �Y k IF Fer Q Da _j NoD.- Cowrn yl I 2 v 3 CoormMAnoN KE 2 3nmros coo(aMAncM 2 3 3K/09 PRICING EEi 4 OlHUm9 C0ILSTRIGTION 0 C� w� � IC C} os 3� MECHANICAL SCHEDULES Y I ; y Ro,Ject No. 9ub� 5� 9010.00 NO SCALE s o.e..l 9! O,atl,nd By, 3 B JWG JDR i ii M1.0§ ��o II II II II II II II II II II II II II II II II II II II II II II II II IL --- - - - - -- L_________— II II II II II II II II II II 11 II 20 ECH. 1 I — -- ----- - - - -JI eon stww t PATIO l• I I � I � B02 EOROOM I ❑ I I I ❑ I It II II II II II II II II II II II II II II II II II 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 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 —COVER OPENING WITH WIRE ME914. I I I I I I I I I I I I I I I I I I — CUSTOM PROJECTOR ENCLOSURE I I I I I BY OTHERS. PROVIDE 48 SQ. IN. 1 1 I I I I FREE AREA FOR EXHAUST AIR _J I I I I II II — — — — — — — — — — — — — — — — — — — --J II II I II II i II II z _I II II _____________ __ II II II - ---- - - -- ets wv. I I I I L— J 37/4 II ❑ fr � I 1 II II II I II II I _____ - - - ----- -- - - -- -- - - - - - - -- __ — --------------- --------------------- �1 m - - - - - -- II IFbIIFll m m I n r I I I I II Mimi I II I II I II O O I 3214 I I Ie/4 I ",4 A f Vai I I (150C� i REVIEWED FOR CODE --- - - - - -- ERVl • COMPLIAN ________'J II ) XIBLE DUCT 1 NEGTORS: Da te: - - i II Y By:-- Code: II II n I ----------------------- - - = - -J I CODED NOTES: 7 "0 TYR 1416 D -RET-4 6/6 D-150— (W/ OBD.) ( e p48; a 815 GAME 7"+ TYP._II IIII 1 1 ®I -'646 B -145 psiiniiN� _ 18/16p- RETI+ --1 /'I 16n2 PATIO PATIO PATIO ENLARGE EXISTING OSA LOUVER MINI MIUM 200 SQ IN. ADDITIONAL HP -1 It DECK ABOVE I FREE AREA (1100 CFM) L — — — — — — — — — — — — — — — — — — — — — PROVIDE LEVEL CONCRETE — --- — — — EQUIPMENT PAD - 1 ._J CUSTOM ARCHITECTURAL ENCLOSURE FOR FAN COILS. PROVIDE ACCESS TO EQUIPMENT ON FRONT OF THE UNIT AS REQUIRED BY MANUFACTURER CUSTOM GRILLE AREA WELL 51ZING MUST BE VERIFIED BY RADER ENGINEERING. Q ROUTE CONDENSATE LINE 70 NEAREST PLUMBING i F -EXH DRAIN. Q RELOCATE LIGHTS, SPRINKLER HEADS, ETC. AS 14 UP REQUIRED. Q MOUNT FAN COIL AT HEIGHT ADEQUATE TO PROVIDE SIDE MECHANICAL ACCESS FROM MECH ROOM DOORS. Q REPLACE EXISTING DOOR WITH LOUVERED DOOR DEFLECTOR MINIMIUM 360 50. M. FREE AREA. Q NEW MITSUBISHI WALL MOUNTED THER705TAT/FA1 COIL CONTROLLER DETERMINE EXACT LOCATION M FIELD. O COORDINATE EXACT LOCATION WITH ARCHITECT. Q° COORDINATE EXACT DUCT ROUTING IN FIELD WITH EXISTING EQUIPMENT. MAINTAIN ADEQUATE ACCESS TO NEW t EXISTING EQUIPMENT. Q PROVIDE OBD. FOR 1814 ERv -I SUPPLY SECTION ONLY. W W � woe = ia WW ex�' e m a� s..l K V z� U)� Lu 0 U Q WO It 9 d O �6 �Qy > o V] NORTH 0 p 0 �p 1� rr.j Ho. ff t� r4 ts.,.se r:a V," , 1' -0 I x 3/L9 srov COORDNATION cvvRVNAnvw 3 9 4 9A4/09 !A/ PRIGPIG 5ET GOIYSTf1JGtION M2.0o Y I y 70 1i o� 0 z� Lu d NEW LOWER LEVEL d MECHANICAL PLAN NORTH >wo a S rr.j Ho. eul.: 9010-00 V," , 1' -0 g W M1 ae""_ ey: o.d•a ai= JWC JDR 8 4 M2.0o LLr-U-I � : - FIELD COORDINATE EXACT LOCATION OF WINE ROOM CONDEN5ING WIT. O O O U I' IN e TO PROVIDE THERMAL BREAK RE: M3.0/F 107 KITCHEN 108 WING /LIB. ! " ', Uf .n m 0 I � I i i ow n of REVI EV COMPL I Date a , I By: ..erode. e s *NK REPLACE PIPING AND RECONNECT TO EXISTING I ' MANIFOLD. TUBING TO BE 5/8" DIAMETER 200 FT. MAXIMIUM LENGTH, AND 9" ON CENTER 109 CREnT Ru. .n m Q n r I I I I I I I L o � Q I 1 � I GARDEN L — �I II I I — — — — — — — — — — — i I 772 .CLOSET e e o I I D � I 711 �DROON 113 L7. BATH 114 DRE54NC - - - - - - - - - � FOYER CODED NOTES: — — — — — — — — — — — J Q CUSTOM AROHITECTURAL ENCLOSURE FOR FAN COILS. PROVIDE ACCESS TO EQUIPMENT ON FRONT OF THE UNIT AS REQUIRED BY MANUFACTURER CUSTOM GRILLE SIZWG MUST BE VERIFIED BY RADER ENGINEERING. Q ROUTE CONDENSATE LINE TO NEAREST PLUMBING DRAIN 14/14 ON Q RELOCATE LIGHTS, SPRINKLER HEADS, ETC. AS x REQUIRED. Q MOUNT FAN COIL AT HEIGHT ADEQUATE TO PROVIDE I 51DE MECHANICAL ACCESS FROM MECH ROOM DOORS. 1 LAWN AREA O REPLACE EXISTING DOOR WITH LOUVERED DOOR MINIMIUM 360 SQ. IN. FREE AREA Q NEW MITSUBISHI WALL MOUNTED THER105TATiFAN COIL CONTROLLER DETERMINE EXACT LOCATION IN FIELD. Q COORDINATE EXACT LOCATION WITH ARCHITECT. Qe COORDINATE EXACT DUCT ROUTING IN FIELD WITH EXISTING EQUIPMENT. MAINTAIN ADEQUATE ACCESS TO NEW a EXISTING EQUIPMENT. Q PROVIDE O.B.D. FOR 18/4 ERV -1 SUPPLY SECTION ONLY. �3 3 O $$� �6 0 ;g W rp °o d.. i f G�g 3�w� II II II it II II II II II II II II II II II II ii II II II II II II II IL II II II II II II II II II II IL ----------- I 11 20 ECN. � Ilm ----------------------- i (s I PATIO J IFC -2 iJ ROUTE PIPING STACKED VERTICALLY AS CLOSE TO GAME WALL AS POSSIBLE. I I I I -; B15 GAME I I I I I I I I I 802 EDROOM ■ 10 0 RA - I W II II II I, II 1, 11 1, II it II 11 II II II II II II II II II II 11 II 11 II 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 11 I I I I I I 1 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 f I I I I I I I l I I II I II II 0 O O O O I HP-1 DECK ABOVE LtA L -------------------------------------- ROUTE PIP4N6. STAC r [q VERTICALLY AS CLOSEITO OUTSIDE UWL-L . G-PO S IBLE. II II I I ` II , II , II , II , II , II , II , II , 11 , 11 , II , II � II J1 II II II II II it II II II II II II II II II II CODED NOTES: II Q RS/RL PIPING CONTINUES TO APPROPRIATE CONNECTION ON BC- CONTROLER. Q ROUTE RS/1 PIPING TO FAN COILS. Town of Vail REVIEWED FOR CODE COMPLIANCE Date: By: - - � Code: df 7 1 _J H N Ill T N (,f C ~�0 A: 46 x X 3 to 0X6' Q m M-7 ap m 9..I K QU° W Q $ Q A U of 00 rn k affi a k� No. D.0 LawwM1 � L I 9/16/09 PRIGRIG SET ] GQ14TIdKTIrJ! a w� �s K d= NEW LOWER LEVEL PIPING PLAN i N ORTH � o - JWC JDR P2.0 U° 9 w 2de WEATO AIR VENT COIL I I NO CONTROL VALVE HEATING GOIL PETAIL NO SCALE Town of Vail REVIEWED FOR CODE COMPLIANCE Date: By: Code: nrza W � 7� W ~ OB u QQ 10 LL Z = ;6 0 �w eXr � Q 0 m Seel Y z a w H0 WO � 00 a$ m ar 6� I:b. Det. Ccmh+n ry = I 3N/09 COOFAMA 15; yJ 3ro/09 COCImMA SET S 3)18/09 FRICOVG T )_ 4 Q/t9/09 CON9TIdICTIGN � Do �o �a w' O� 0 4 w� MECHANICAL` SCHEMATIC5 I C 901mID0 NO SCALE JWC I JDR 5 M3.0 A O v P(E)-4a w09 TRAPEZOIDAL UNLINED DUCT 6124 P!E) -4b F916 Im° GREAT WT I.UR INSULATE ON OUTSIDE OF DUCTWORK. MINIMIUf1 R -1 CONTINUOUS. DECK T w PSEL un. gI.RORAA -1 NOB �. 00'-0' 7 MnlH Ll . Y.o. vL> A vwo. _ _ _ _ _ Y O.O. PLY.O DECK CK A B A 5 BOILER RETURN TEMP. SENSOR o 0 DUCT DETAIL BS HECK Rn. B(EI -I WIR I I I 1 I WN(E) -I llM(E)-2 c ; l 1 ` L ALL VALVES I APPIRfENANDEB ARE NOT I'^X!E SFh PRONDE AS REOLIRm FOR PR )PER =I MSTALLATION AID I'1P.MEINGNCE I ' ]. EXISTING PIPAD MQJ EOWIREM IS RIDIC:AIED WTH L— L— EIGF(T. NEW W— MID EOWIPf'ENT Is —CATED WTN OARC GREAT ROOM SECTION BOILER PIPING SCHEMATIC LDd°_YEK . ECYIP•ENT TAGS LA 9LED (E) ARE EXIST— AM TOR AN I /4" . I' -0" © NO 5GALE O WATER • AIR TK IKRED ST—ESS STEEL OR AL— I ViL1NED SNIPPET lecellio Residence CITY MULTI DucT se-l- NIn1DF1ER PCLIDE DRAM P091T TIED OJTO LQU POINT. DUCT uIIrN sTE.w j DI9TRdlTOR TIEE QINHIp CWC PAGE 1 1 SYSTEM SCHEMATIC DWG. Ida u<�Id dFo-a�a9.l�.wl d WA. wd a.wdo SLOPE STEAn NOSE I �_ FAN 34 � BACK TO w•IIDFIER I f6' HM SLOPE) I — ❑ i HUMIDIFIER BELOW } 20927N P96GMUA o i DUCT DETAIL i6 -I S nr DISTRIeunaN I (PREFERRED) STFJ I, w,ID1FIER L__ _ _________ _____ i r re, 051 DUCT LD£R ° N DASI I T. PROVIDE PER sPECEKAT10NS. P2 I (sliu I 6. SLOPE nIN HUMIDIFICATION F NOTE:Er,-lISA SCHEMATICS i HUMIDIFIER ABOVE "a 052 Hq DEER AIR NO SCALE i DUGT DETAIL OD T— } Filvlock 008 NmC for FC-6 — I" THICK RIGID GTP-CRETE W/ INSULATION RADIANT TUBING —_ —_ —_ _ I I I LLL — — WINE ROOM Q THERMAL BREAK — Marbch LOO ewtl Iv fC-1 rq b, r2 1 � COLD' .. , ... SLAB -� "WAIa"I" * 112 D03 W/ SUB mac : oT CY W W G9 O1 109 . - PIG- SC50KIA = , R -I 9d W : , R- Btl M f[ -J ®e I6 .. NJ sae IC -s Ikfo c4 W9 FC`� &LI ER/ -t 1 t.z lfi AWG : 1.25mm 16 ANw'� prc • 0.75m 20 AWG 9eI_ 0 A 4 DWG) 0.75mm(20 AWG). A1ITSUBISH1 ELECTRIC 206 -230' aIW n PfdPI13L ON M/02/09 THERMAL BREAK FOR REFRIGERATED ROOMS ADJACENT TO RADIANT SLABS MITSUBISHI CITYMULTI SYSTEM SCHEMATIC NO SCALE NO SCALE O Town of Vail REVIEWED FOR CODE COMPLIANCE Date: By: Code: nrza W � 7� W ~ OB u QQ 10 LL Z = ;6 0 �w eXr � Q 0 m Seel Y z a w H0 WO � 00 a$ m ar 6� I:b. Det. Ccmh+n ry = I 3N/09 COOFAMA 15; yJ 3ro/09 COCImMA SET S 3)18/09 FRICOVG T )_ 4 Q/t9/09 CON9TIdICTIGN � Do �o �a w' O� 0 4 w� MECHANICAL` SCHEMATIC5 I C 901mID0 NO SCALE JWC I JDR 5 M3.0 Aef....a.....:.... 1 C..a...:C....a:...... Cameral I. Immediately notify the enginen ofany discrepancies. 2. Do taw scale drawings. Verify dimensions in field prior to commencement of work 3. It' to esthefi t rs the imm� f these Juiwin sands cifications 1n establish a standard of uali The rn ineer resery g Pe 9 ry g Bh m take exceptions to approve rrletMals and nmateriam not reflected herein. 4. Failure to order, or releaw, order, for materials and/or egaipmenl will not be accepted as a reawn to substitute a ationne materials, cgmpromm, it installation methods. 5. Work shall be performed in a wonanan ike manner m the swisfacurat of the architect &the engineer. 6. Labor, materials, and equipment shat] marmot m the latest applicable editions of local, State of Colorado, and National Codes and ordinances. Ife -ilict between these publications exists, the most stringent requirement shall apply. 7. The drawings show the intent of the mechanical systems but do not show all c devils aired. It is the B Y rte responsibility of the contractors to install complete &operable systems, which conform to the manufacturers' installations instructions & industry standards. 8. Systems shall be tested for proper opetwion. Views show work is defective, contractor, shall make corrections necessary at ran cost to owner. 9. It is the contractoW and manufacturers'respotnibility to assure themselves that the code authorities will approve any product to be ias olled ma the project. 10. Provide nee-ry trenching backfill, excavation, supports, piping, insulation, saw noting and Insulting, concrete/paving, em., as required. Backfll trenches in 6" layers and to 90% compwfion and patch to match existing guide. 11. Coordinate architectural, structural, and electrical with mechanical drawings prior to installation. 12. Offset piping, ductwork, etc. as necessary to accommodate structure, beams. columns, and existing equipment 13. Verity 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. 14. Contractor must carefully verify electrical service voltage and phase available. Remodel & Demolition 15. Visit site prior to bid and verify the cmditions. Inehde in the bid, cows required to make work mew existing conditions, whether indicated or not 16. Provide mechanical demolition require& Refer to architectural demolition drawings for location and extentofdemolitinnrequmal. Visit aim priorto bid m m dctein extan c t fwork involved. Provide law and materials n required to maintain and/or reaere curtimity of service to existing systems. 17. In as much as design for remodel and/or rehabilitation requires that certain assumptions be made e arddn renditions and because snrne of these assum p fions cannot be verified without r g gexlsnng destroying otherwise adequate m smiceahle portions of the building. The engineer cannot assure the .witer or the contractor that the pmfe,,i nal consulting services herein etscompass all contingencies. Field Coordination during Construction is imperative. Carnations bidding this work must make reasonable allowances for unseen Conditions. 19. Field verify locations of all existing piping, equipment, ductwork, lac. 19. Be responsible to field verify existing equipment or ductwork remaining to be recomected to new or existing systems. Provide ductwork, piping, controls, diffusers, etc., as required m restore continuity to sywcm(s). 20. All ductwork, diffrsers, and equipment shown on this plan arc new, except where noted. 21. All new ductwork, piping, equipment, we. is shown with dark lineweight All existing ducovo k, piping, equipment, em. is shown with light lineweight. 22. All removed piping, ductwork, equipment em. are to be disposed of by contractor =less noted otherwose. 23. Pipes, ductwork, equipment tee. to be removed, are shown hatched. 24. All existing support rods and straps now s ucts uppmnng d, pipes, air tubing, electrical conduit, tee. that are removed to aflow room for irlatallatim, of new equipment shall be relocated told reinstalled or replaced ifdamaged. 25. Extend and modify existing fire protection aywems in new and remodeled areas. Insulation 26. Insular all new healing water, mdimt floor (mains and rumors, to areas being heated) and snowmelt piping (mains and runoum m weal being heated) with U.L. approved, white, all service, glass fiber, snap tor, I" thick on mains and 'Y' thick on mranum, pipe insulation. Insulate fittings with glass fiber blanket insulation and premolded PVC Covers. Provide deduct alternate price m insulate with Armaflex. 27. Insulation shalt be installed under all revised snowmelt areas. The insulation shall be 1" rigid nine board, R -5 minimum. Insulation shall be rated for direct burial and shall have integral moisture barer. 2R. Insulation for all types of piping shall be carried full sdze through pipe hangers. 29. Internally nor all new ductwork (unless oozed otherwise) with 1" thick (12" thick) .2 lb/cit. Ft (2 lb/co. Ft), U.L. rated glass fiber insulation with a continuous vapor barrier. 30. Externally wrap all arlined ductwork with 2" thick insulation with a continuous vapor borne, unless toted otherwise. 31. Refrigerant piping: Initial, suction pipe with - A-11C." m equivalent tubut. closed cell foam insulation A" thick. Slip insulation over pipe before assembly w that there are no length wide seams. Where lengths of insulation are butted together, use factory recommended adhesive. Piping 32. Domestic HM, Cold & Recirculation Piping inside building - Buried s ed lin type W -pper warm tube, wrought copper finings and I IOOF sulder. Non - hurled lines, type Wr copper water tube, wrought copper finings and no lead solder. Provide alternate pricing fur PEX mining (am oxygen dif wim barrier necessary). 31 Heating Water piping - Piping may be type'K' copper for all buried lines using wrought copper frttwgs and 11001' solder. Fur oon -buried PIPinB. 1y'pe'M' copper, wrought copper fittings, and no lead sulder. All buried pipe shall be surna ded with 4" of clean an altern sand. Provide ate price for PEX tubing (with oxygen diffusion barrier). 34. Drain Pan i 'M' cn -Nut Buried: T nu ht Co fittin solder. - T P Pt ^B YI'e PPer, err B PPn g end an lead solde Buried: fi ' ylae'L' copper, wrought copper tongs. a no lead wider. All buried pipe shall be coded with 4° of clean sand. Drain pan piping may also be PEX m Schedule 40 ABS-D W V plastic pipe and fittings (ASTM D2661) or Schedule 40 PVC -DW V plastic pipe and finings (ASTM D2665). 35. Refrigeration Piping- Type U, ACR Grade copper, cleaned, dehydrated, capped and charged with Clean nitrogen w the factory. Use wrnught copper fittings and bard wider having a minimum melting point of I IOOF for buried lines, ran lead solder for non- buried lines. Vds'es and specialties shall he standard brass or bronze valves for refrigemtion service. Buried pipe shall be surrounded by 4" clean sand. 36. Copper pipe Valves and Specialties: Gate Valves: Bronze, Class 125, 20016. W.O G. Bali Valves: Bronze, Class 125, 20016. W.O.G. Cheek Valves: Bronze, Class 125,200 It W.O.G. Balancing Valves: 125 psig w.p. for 250F service fight shutoff, Illinois dual- pugmse, balancing/shutoff valve Huffman, Sarco, or equivalent. 37. Provide expansion joints or loops mall heating water piping runs in excess of 50'. 38. Provide plastic gounmem on ell heating water piping passing through wood joists and studs. Glveoi Somtiom 39. Fill beating water system with 30% Propylene glycol 170% water solution, by vohrme, for fieeze protection to 8 °F and Must protection to -20 °F. Include corrosion inhibitor. Ductwork 40. Duct sizes shown tap drawings are ­aside (steel metal) duct dimensions. 41. All ductwork shall be scaled airtight with duct mastic. Duct Cape is not allowed. 42. Seal all ductwork joins and vapor harrier pene inmost m all exterior walls. 43. Provide backdui0 dampers s.1 any and all ductwork penetrations through exlenor wall (except outside air and combustion air ductwork). 43. Provide coming vanes in all mitered ratangulw elbows. 45. Provide volume dampers so all accessible mind duct takeoffs. 46. Make all final connection to supply GRU. with acoustic flexible duct. Minimum length shall be 4 felt Maximum length shall be 8 feet 47. All ductwork or atufaces which are visible behind a grille, register, m diffuser shall b, painted flat black. 48. Shen need and fittings to he pursuant to SMACNA and ASHRAE standards. 49. Coutrscror m coorthnam exat, location of grilles and registers before installation. Contrnls 50. Mount all thermnsnm and to midistam 5' -0" ab ra ove finished floor. s1. See Sequence of Operation for additional Control information. Bali-Clvg 52. Air and water flows must he balanced, and fan hefts, pumps, and drive systems adjusted as required Balance contractor shall furnish subsequent air balances after acceptance of the building. Radiant & Snowmrelt 53. Radiant floor tubing shall be 12" nominal diameter. Smwrnelt tubing shall be 5/8" nominal diameter. All tubing shall be PEX and shall have oxygen diffusion 6arnn. 54. Piping shall be m Wled in continuous loops, no splices allowed. The maximum loop lengths are specified in the radiant schedule on the plans. 55. The contsco r shall install manifolds u provided by the tubing manufacturer. The manifolds shall consist of a retain header (including: balancing valve for each loop, compression fining to receive tubes and air vent) and supply header (including: manual shut -off valve for each loop and compression timing to receive odes). 1. Thermostats & See "Thermostat Schedule" Sheet M1.0 m determine which stets pert which fimctians. b. All existing radiem heating thermosMS are to retrain. C. All new Mtsubithermothermostats, i theos shall be Simple MA type and shall be approved by the owner prior prior i n ordering. d. Coordinate exact & final locations of ail new thermostam with owner. In rooms requiring two thermostats, the new thermnsnl shall be Imated adjacent to existing w that both thermostats are -posed to the same load profiles C. I.. ,p.. with two thernrosmts, the heating themmstat shall be sn to a minimum of 5`F lower than the cooling thermostat to ensure systems do tot simultaneously operate. L HP -1 Heat Pump a. Heat Pump shall he controlled by integral Mitsubishi CityMulti controls. Speed of... poramr tars & compressors shall be varied by integral Mitsubishi controls. 3. Fast mils a Cooling (all fm coils) - Fm coils shall be controlled by integral Mitsubishi CityMulti controls. Fan speed and refrigerant flow shall be v B areal as; determined by controls b. Hearin FCs -1 3 6 8 - Fa c 1. , , oil controllers shall be set to coolie mode o nl y . B( ) n g C. Harting (FC'W,5) -Fan coils shall be controlled by integral Mitsubishi CityMUln cono-om. From speed and refrigeuimt Bow shall be varied as determined by control,. d. Heating (FC-7) - Fan coil shall he controlled by integral Mitsubishi CityMulti controls. Fan speed and reftigerant flow shah he varied as determined by controls. Fan coil shall utilize integral CN24 heating relay to enable the radiant hewing system when outdoor lemperamon drop We, 50 °F (adj). e. Make -Up Air(FC- 6/HC -1) CA. Fan coil shall be elecr osically interlocked to tam whenever kitchen exhaust fm is on by utilizing a Mitsubishi DIDO board. Upon receiving a signal from the kitchen exhaust fin, a signal shall be .sent to FC-6 to operate in FAN MODE ONLY. e.2. OSA damper shall be set to allow for goo CFM ofrmmide air and 206 CFM of RA. Fan shall run on high speed. e.3. Tektar 356 vanahle speed pumping control shall vary the speed ofpump P -9 to vary the flow at HC-1 to maintain discharge air temperature of 65°1'(adj.). as measured by temperature sensor at fan coil iNet (see plans). CA P -9 shall be disabled if outdoor air temperatures are greater than 60 °F (adj.) or during cooling.. e.5. OSA damper shall be closed when fan coil is off. 4. Radiant Floor (Dining) e Associated zone valve shall open and pump energized based on signal from FG7 CN24 heating relay. 5. Energy Recovery V- 01.1or(ERV -1) a. ERV -1 shall he electrically interlocked to ma whenever the Media Room projector is opemti.g or the Game Room lights are on. 6. 11 -1 & H -2 Hummers n. Upon a call for humidification from wall mounted ed humidisnt, associated fm coil shell start and tam at full speed. Fm coil interlock for humidifiers shall be through individual MimwbisM DrDO boards, and fan coils shall run in FAN MODE ONLY during a call for humidif..tion . Once airflow is proven by air proving switch, humidifier shall start- b. Include a fine delay relay m allow fan m run for 5 minutes (adj.) once the h uridis st is satisfied and the humidifier is disabled c. Integral Controls shall automatically temper hot drain water by mixing cold domestic water to protect plastic waste piping. d. Include a duct mounted high limit humidity senior which shall temporarily disable the humidifier if the duct humidity level is too high. 7. Bodies- Return Temperature Aquastat a. Upon detection ofw w temperature lower ohm 140 - F at Boiler Return Aquastat, disable snowrach pump P(E )-8 temporaNy fm 30 mmmes (w1j). & Wine Room Cooling a. WFC-I & WCU -I shall both Cycle as nec essary to =main a space temperature of 55°1'(adj). Town of Vail REVIEWED FOR CODE COMPLIANCE Date: B � Code: - ---- -- tv s Wx0V in N W Wo '=00 N V 6 x i 3 Lo =�01 W 0 x T a O to atom w: �e r m Sul K Z �c 0 W 3 U W 0 Q a U �y O Y ff� F kauaa a No. Dots 2 tz Cnmra � E / PRICaVf aer z caasrsalcrlDB as Hn K� w� �r e- 0 rl It gr �R O� 0 �Y 3� MECHANICAL )i!u SPECIFICATIONS . & a 5ECUENCE OF OPERATION a Aojoe" Ho. orals: 0 K 9010.00 NO SCALE r 0.arn LC _ the J Dy, g g n JWC JDR Q Q r R2 if M4.0 Ai�