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HomeMy WebLinkAboutE18-0207_Approved Plans_1538500408.pdf X040 °F 1'4/ I1Z. C AI-1J Stamp E� D SIG\ CO\D I I IONS D CT OP< L . G. \D FIFI\G L . G \D e N 'AL L . \D FLAN A55 . V 14T I O\S --No] )0-' 10/02/18 WINTER DESIGN TEMPERATURES: INDOOR: 10°F DB SINGLE LINE DESCRIPTION DOUBLE LINE IX] OR —*4— GATE VALVE GO CARBON MONOXIDE SENSOR AAV AIR ADMITTANCE VALVE (STUDOR OR EQUAL) OUTDOOR: -20°F DB -1/1— OR CHECK VALVE G2 CARBON DIOXIDE SENSOR AFF ABOVE FINISHED FLOOR 90° ELBOW DOWN - ELEVATION 5,200 FEET O OR BALL VALVE e IHUMIDISTAT ABV ABOVE BUTTERFLY VALVE ON D DEHUMIDISTAT BLW BELOW 90° ELBOW UP C' - -101 OR ter— PLUG VALVE N2 NITROGEN DIOXIDE SENSOR CFM CUBIC FEET PER MINUTE (AIR QUANTITY) OFFSET TO CHANGE ELEVATION ®GPM CIRCUIT SETTER UJITH GPM OS OCCUPANY SENSOR (RE: ELECTRICAL) CLG CEILING CNI (fig > ) ( AT 30° WHEN POSSIBLE. ' U1 C/ \ __ ARROW SLOPES DN. ) —Doi— GLOBE VALVE _ PB ERV PUSH BUTTON CONTROLLER (LIGHTED) CO CLEANOUT11:14 w 1n Z OR STRAINER (Y-TYPE) WITH BLOW-DOWN PT ERV PERCENT TIMER CONTROLLER (LIGHTED) CON( CONCRETE F- II l'J SHEET DESCRIPTION -----') ROUND RADIUS ELBOW ", %, OR TWO-WAY AUTOMATIC CONTROL VALVE — _ I O O SENSOR COTG CLEAN-OUT TO GRADE ill LLl M0.0 MECHANICAL COVER SHEET — 2 iv OR THREE-WAY AUTOMATIC DIVERTING VALVE SM SNOWMELT SENSOR (TEKMAR 091/094) DN DOWN H I- 9O° STRAIGHT TEE - - OC — O u E M1.0 MECHANICAL SCHEDULES ERIE OR �� SOLENOID VALVE e STATIC PRESSURE SENSOR DMPR DAMPER C? 6 v! O M2.0 BOILER ROOM MECHANICAL PLAN A A LL LL re A OR PRESSURE REGULATOR (OR REDUCING VALVE) O THERMOSTAT EA EXHAUST AIR Z M3.0 MECHANICAL SCHEMATICS 1 90° CONICAL TEE 0 0 O ��� ❑M Z TWO-WAY MODULATING CONTROL VALVE S WALL ON/OFF CONTROL SWITCH EC ELECTRICAL CONTRACTOR c� M4.0 MECHANICAL SPECIFICATIONS 4 SEQUENCE OF > �/ f OPERATION .� © THREE-WAY MODULATING MIXING VALVE ST WALL TIMER SWITCH ER / EG EXHAUST REGISTER / EXHAUST GRILLE X / 45° BRANCH >rf 0 THERMOSTATIC MIXING VALVE (TMV) Sy VARIABLE SPEED CONTROL ETR EXISTING TO REMAIN z u IY LU 4 _ a DP I DIFFERENTIAL PRESSURE VALVE EXH EXHAUST CC 1k LU 45° CONICAL TEE . W �J �� I- r S OR S PRESSURE RELIEF VALVE FCO FLOOR CLEAN-OUT_ 1:14 Z 10 Qyi I- —1— SIZE OR SHAPE TRANSITION V MANUAL AIR VENT FD FIRE DAMPER OR FLOOR DRAIN v v AUTOMATIC AIR VENT 1G\A I I \ - FPC FIRE PROTECTION CONTRACTOR z 01 /x\ 1i 0 Q VACUUM BREAKER GPM GALLONS PER MINUTE (WATER FLOW RATE) - 0 On1 2 ROUND FLEXIBLE DUCT OR C`�-f1 PRESSURE GAUGE WITH GAUGE COCK _ SIZE (INCHES) LD SUPPLY DIFFUSER (LINEAR) \,,, �1'k 1r 0 ill P NOTE: FOR STANDARD MODULE SIZE X T PRESSURE SENSOR MC MECHANICAL CONTRACTOR ��� 90° ELBOW DOWN X REGISTERS, SIZE GIVEN IS NECK O I` PRESSURE / TEMPERATURE TEST PORT SIZE. REFER TO AIR DEVICE SCHEDULE MOD MOTOR OPERATED DAMPER } tr.,* 0tu SHEET FOR MODULE SIZE. 1/�-► 0 fri I Q TEMPERATURE SENSOR OA/ OSA OUTSIDE AIR _ ELBOW UP • = AIR QUANTITY (CFM) ~ PE Stamp 31 THERMOMETER WELL CA - COMB. AIR OED OPEN END DUCT 5 Z OA - OUTSIDE AIR — �•-. ~.' �,i co 0 DROP/ RISE DROP/ RISE THERMOMETER I2/�' CD-I 250 RA - RETURN AIR PC PLUMBING CONTRACTOR '..„9,P,DC} /(' null1_ N U OFFSET TO CHANGE ELEVATION (AT 30° I�� l I > ] WHERE POSSIBLE). ARROW IN DIRECTIONI — t ....*'•`•'• J J OF AIRFLOW. INDICATE DROP OR RISE. e EA - EXHAUST AIR i G: N J. a;•`�41 '- BTU METER (FLOW 4 TEMPERATURE DIFFERENCE) MA - MIXED AIR PR PIPE RISER �' '�' 3/15/18 < MUA - MAKE-UP AIR — / O O(Y F FLOW METER RA RETURN AIR 39 3 ----) e ROUND RADIUS ELBOW Fs REPS OF AIR DEVICE. ; ,f . P s� Q FLOW SWITCH RR RETURN REGISTER ,� J 4 AQUASTAT RG RETURN AIR GRILLE If}�1r ` � m 0 RECTANGULAR ELBOW WITH lle _ 1� NAI. ct) al TURNING VANES OR � �'►� �';�"` Z U BRAIDED TYPE FLEXIBLE PIPE CONNECTOR IRIS SA SUPPLY AIR 00 SPLIT BRANCH TAKE-OFFWITH SQUARE D ELASTOMERIC PIPING ISOLATOR (WITH KEVLAR) SS. DMPR SMOKE DAMPER SPLITTER DAMPER ELBOW �� _I— PIPE UNION I \A I �\ SR SUPPLY REGISTER (SIDEWALL OR DUCT MOUNTED) (Y LU O ik SPLIT BRANCH TAKE-OFF I I QUICK CONNECT (GAS) OR HOSE BIB (WATER) SV STUDOR VENT (SIZED BY CONTRACTOR) J WITH RADIUS ELBOW 4 i- f l 11 SPLITTER DAMPER117DUCTING: PIPING: TYP TYPICAL J 1- OR RADIANT OR SNOWMELT MANIFOLD WITH ACCESS OA - OUTSIDE AIR CW - CHILLED WATER m 0 J BRANCH TAKE-OFF WITH11 0 OR 0 PIPE UP OR PIPE UP DOWN PIPE DOWN EA - EXHAUST AIR DW - DOMESTIC WATER TRANS TRANSITION q Z HW - HEATING WATER RADIUS HEEL AND DAMPER CGENERAL: G - GAS TA TRANSFER AIRVii 4 q — OUS - UTILITY SHAFT R - REFRIGERANT (Y BRANCH TAKE-OFF WITH FLOOR DRAIN SD - STORM DRAIN UNO UNLESS NOTED OTHERWISE I- Z AIR EXTRACTOR - LT OD - OVERFLOW DRAIN FLOOR SINK US UTILITY SHAFT }- q _ 11 O4 WV - WASTE 4 VENT Z ZUfe N LINED DUCTWORK —I I HORIZONTAL CLEANOUT VTR VENT THROUGH ROOF q Ll i v RISER NUMBER A E (UNLESS NOTED OTHERWISE) I QE OR 0 FLOOR CLEAN-OUT W/ WITH O / !�1 `/� 0 Z r� 1L X SQUARE NECK CEILING DIFFUSER OM METER WCO WALL CLEAN-OUT Zff Uj IRECTIONAL THROW UNLESS 4-WAY DINDICA ED OTHERWISE XFER TRANSFER Z ® AlS I IRVII \ A \ I I l °° 1„ FIFI \G D SI \4TIO\S C-1p � a- ROUND NECK CEILING DIFFUSER D 5 I \A I I O\ < j \ / /� NLESS—e- 4-WAY DINDICATED OTHERWISEIRECTIONAL THROW OII \T 1l I ;�F I �\S U111 CWS/R CHILLED WATER SUPPLY/RETURN LLI = SIDEWALL SUPPY GRILLE T CS/R CONDENSER WATER SUPPLY/RETURN —. O ~ T OR REGISTER WITH 1 NWS/R HEATING WATER SUPPLY/RETURN TERMINAL TYPE: AHU AIR HANDLING UNIT O LLI 0 I I AIR EXTRACTOR NWS/R(HT) HEATING WATER SUPPLY/RETURN HIGH TEMP CV - CONSTANT VOLUME BOX (SERIES) '4 N FP - FAN PICI OWERED BOX (PARALLEL) AS AIR SEPARATOR LLI HWS/R(LT) HEATING WATER SUPPLY/RETURN LOW TEMP vv - vA IA VOLUMEJ = STATIC PRESSURE CLASS SMS/R SNOWMELT SUPPLY/RETURN R BLE B BOILER (HOT WATER) ©®© OR STATIC PR COLUMN )j ASS CHANGE VR - VARIABLE VOLUME w/ REHEAT EV ii RS 4 RL REFRIGERANT SUCTION 4 REF. LIQUID CH CHILLER IY >- - - -----DCW----- DOMESTIC COLD WATER (DCW) COOLING AIR QUANTITY (CFM) �O{ Lu 1- DHW -- DOMESTIC HOT WATER (DHW) m 1 100 CC COILING COIL 0 " Z LLl " SUPPLY DUCT RISER " — —pHR— — DOMESTIC HOT WATER RECIRC (D1-1R) m 540 MINIMUM AIR QUANTITY (CFM) FOR O Z IL VENTILATION OR HEATING. CH CABINET HEATER co) �I Z 0 ----D1-1W-T---- DOMESTIC NOT WATER (TEMPERED) LLI ()_/ PRIMARY AIR VALVE SIZE th IZ RETURN, EXHAUST OR W WASTE - CT COOLING TOWER CELL OUTSIDE AIR DUCT RISER - - - - -`/- - - - - VENT i- in GW GREASE WASTE CV CONSTANT VOLUME BOX > Z CEILING RETURN AIR PW PRESSURIZED WASTE _ DEF DISHWASHER EXHAUST FAN CO O �- ./ GRILLE OR REGISTER \•, •1.- IW INDIRECT WASTE Q BD BUILDING DRAIN p MOD L L G ND ESN ELECTRIC BASEBOARD HEATER 0 q 4 + BS BUILDING SEWER IV DOOR GRILLE SD STORM DRAIN - ECU EVAPORATIVE COOLING UNIT (L = OD OVERFLOW DRAIN (STORM) POINT OF DISCONNECTION EF EXHAUST FAN IL 0 q ii SOD SEDIMENT 4 OIL DRAINPOINT OF NEW CONNECTION . Issued For iZ 0- G NATURAL GAS - e ERV ENERGY RECOVERY VENTILATOR (AIR TO AIR I-IX) '- O 41 MANUAL BALANCING DAMPER El (A) ABANDON No. Date Comment i- U MPG MEDIUM PRESSURE NATURAL GAS ETI EXPANSION TANK 1 3/15/18 PERMIT 3 Q __LPG PROPANE GAS (D) DEMO D DRAIN (E) EXISTING FC FAN COIL O 0 MOTORIZED DAMPER - CD CONDENSATE DRAIN — — lF) FUTURE FP FAN POWERED BOX ! E F FIRE SPRINKLER _ 3 E CA COMPRESSED AIR (N) NEW GF GLYCOL FEEDER Z 0 SMOKE DAMPER 111° GEO GEOEXCHANGE SOURCE — 0 — (R) RELOCATE HC HEATING COIL q U1 SWS/R SOLAR WATER SUPPLY/RETURN _ _1 a (E) EXISTING MECHANICAL w w FIRE DAMPER El* (UG) UNDERGROUND HP HEAT PUMP to } HX NEAT EXCHANGER COVER SHEET L w Z COMBINATION FIRE AND SMOKE DAMPER Ej*F/S H HUMIDIFIER OcD ft Z F/S KEF KITCHEN EXHAUST FAN IL -1 (k INLINE WET ROTOR PUMP � � ill MV MIXING VALVE Z D Z CEILING RADIATION DAMPER I 0 el INLINE WET ROTOR PUMP (W/ INTEGRAL CHECK) 0 L P PUMP (SEE PIPING LEGEND FOR DETAILS) (J) W ' INLINE CLOSE-COUPLED PUMP �l j I GRAVITY BACKDRAFT DAMPER RF RETURN/RELIEF AIR FAN ti SF , tuff SUPPLY FAN Project No. Scale: fa Z Q BASE MOUNTED END SUCTION PUMP 11083.00 N/AO `j CK TEF TOILET EXHAUST FAN Z r 0 DUCT MOUNTED SMOKE DETECTOR O ° _A_ TMV THERMOSTATIC MIXING VALVE Drawn By: Checked By: Z w 0 JSW JDR �, w I- UH UNIT HEATER LLI Z = \V/ CEILING ACCESS PANEL \V/ I Z Z ,. VV VARIABLE VOLUME BOX q ill VR VARIABLE VOLUME BOX W/ REHEAT MO 0 0 uLj 0 WALL CAP - BATH OR DRYER EXHAUST0 0 WITH INTEGRAL BACKDRAFT DAMPER WH WATER HEATER QOU 0 °F I/4 AI-1J Stamp g 1...6:2. ACCESSORIES 31Q0J' 0 PI I PS SOIL 5 1 - HIGH ALTITUDE KIT 4 - LOW WATER-CUT OFF hk I I 2 - ASME RATED CH-STAMP) 5 - 30% PROPYLENE GLYCOL 10/02/18 3 - FLOW SWITCH 6 - 50 PSI ASME RELIEF VALVE 4\'i 0`/ SYM. TYPE S.L. INPUT ALT OUTPUT FUEL DELTA e ELEC. MANUFACTURER EFF. ACCESSORIES SYM. GPM TDH HP VOLT/PH MANUFACTURER DESCRIPTION �4t Q4/ ,f it ��� MBH MBH T Q.() 4 MODEL (FT.) MODEL NO. U e00 FLOOR MOUNT N,d,T. co 120/1 LOCHINVAR 1, 2, 3, 4, 5, 6 5-1, 2 STAINLESS STEEL 850181 30 '� 91% P-1 56 12 1/2 115/1 C RUNDFOS B-1 BOILER 5 2 A 1 CONDENSING CAS v 12 A FTX 850N UPS 40-80/4 EQUALS: BUDERUS, BURNHAM, LOCHINVAR, TRIANGLE TUBE, WEIL-McLAIN. 0 14 i N GRUNDFOS B-2 BOILER w B 2 A P-2 56 12 1/2 115/1 UPS 40-80/4 1 w N II Z GRUNDFOS WH-1 WATER HEATER J4T IR I ATI- IRSMiii `Q z P-3 16 18 1/6 115/1 UPS 26-99 FC A 00 N 3 A 1 SYM. DESCRIPTION STORAGE RECOVERY DOMESTIC BOILER MANUF. 4 MODEL REMARKS 00 wZ C RUNDFOS WH-2 WATER HEATER DI ..,I— .� I- F-4 16 18 1/6 115/1 A 3 A 1 (GALS) (GPH) CONDITIONS CONDITIONSoC r UPS 26-99 FC p '� o GRUNDFOS SPACE HEATING INDIRECT-FIRED 100 DEG RISE 150 DEG LOCI-IINV,4R z C� 61 (E) P-5a 111 25 169 W 230/1 MAGNA3 65-120 F 5 A 1, WI-I-1, 2 DOM. HEATING 113 308 140°F LWT S. FT. P . SIT 119 o `Q Z �' o GRUNDFOS SPACE HEATING EQUALS: BUDERUS, LOCI-IINVAR, TRIANGLE TUBE, WEIL-McLAIN, NTP. N (N) P-5b 111 25 169 UJ 230/1 M�4CxN�43 65-120 F B 5 A 1, 4 • X in iegGRUNDFOS DOMESTIC HOT WATER Z 4 11..L 0_ IRF-16 8 1/8 115/1 UPS 15-S SUC/TLC CIRCULATION A 2 C 1, 2, 3 AMR 5 P4 4TO S W0 in I- CHECK VALVE: SPEED: MATERIAL: CONTROL: Z a Q, 3 A. INTiii EGRAL CHECK VALVE 1. 3-SPEED PUMP, OPERATE ON SPEED 1 A. CAST IRON 1. RE: SEQUENCE OF SYM. SERVES RECOMMENDED GPM P.D. MANUF. 4 MODEL REMARKS _ 00 B. EXTERNAL CHECK VALVE 2. 3-SPEED PUMP, OPERATE ON SPEED 2 B. BRONZE OPERATION MAX GPM (FT.) M71- 0 C. NONE 3. 3-SPEED PUMP, OPERATE ON SPEED 3 C. STAINLESS STEEL 2. TIMER, LINE CORD Z 01X 4. ON/OFF 3. AQUASTAT W0 in = 5. VARIABLE SPEED VIA INTEGRAL CONTROL 4. GENIE BUS MODULE FOR ,45-1 1-I ,QTINC SYSTEM 140 VARIES 1 SPIROTNERM 10 .j 6. VARIABLE SPEED VIA TEKMAR CONTROL TWO PUMP CONTROLVSR-300 C3"J ^^ ^"1 o (100% BACK-UP) in EQUALS: SPIROTHERM, TACO, BELL 4 GOSSETT, CALEFFI. O 0 t!\-r- U- )X( 1.11-b.- ( testi► 01 EQUALS: GRUNDFOS, WILO, TACO, BELL 4 GOSSETT. tltii Z tiff" FANS � XSIOI � TANKS � PE Stamp la '- I ANS SYM. SERVES MOUNTING ACCEPT. TOTAL MANUF. 4 MODEL REMARKS al 0 -�� D4•t�CF S�' N '- VOL. (GALS) VOL. (GALS) 0 U FAN !' '. V ; wj a/ /ism o ►� SYM. DESCRIPTION MANUFACTURER e Qe 0 - .. q0 FLEXCON i : 3• +. • O Q /. ET-1 DOMESTIC SYSTEM PIPE 4.5 9.0 r . • CFM SP 6 SL W/A/HP VOLT SONES 4 MODEL NO. 'Y� Q q00 0� PN 25 ., ;/ I- ry Q EQUALS: FLEXCON, AMTROL, TACO, WESSELS. 1.1'90�*'' .• 40, ! 0 i' •.••••* \ � 111 SF-1 BOILER ROOM 210 0.2" 12 W 115/1 __ F,4NTECI-I 5 3 D 1 M����`":`; z o SUPPLY FAN FCS 6 0_ p CODAMPER: SUPPORT: DUCT CONNECTION: CONTROL: I `� I `�SATNfUTRALION TAN W it A. INTEGRAL GRAVITY 1. RIGID SUPPORT A. RIGID 1. LINE VOLTAGE COOLING lf 111 BACKDRAFT DAMPER 2. HANG UNIT WITH NEOPRENE B. FLEX DUCT THERMOSTAT. SYM. SERVES MAXIMUM MAXIMUM PIPE MANUF. 4 MODEL REMARKS 0 ft B. EXTERNAL GRAVITY ISOLATORS C. FLEXIBLE CANVAS DUCT MBH GPH CONN. SIZE >- w BACKDRAFT DAMPER 3. HANG UNIT WITH SPRING CONNECTORS 1- In INSTALLED AT FAN VIBRATION ISOLATORS D. FANTECI-I FC CLAMPS -1 1- DISCHAE C. MOTORIZED DAMPER1" AXIOM FINISH WITH 44 Z CNT-1 HEATING SYSTEM 3,000 20 NPT NEUTRALIZING MEDIA, C 4 D. NONE NT-15 LOW PROFILE EQUALS: GREENHECK, LOREN COOK, SOLER 4 PALAU, TWIN CITY, FANTECN, RENEWAIRE, VENMAR, PANASONIC. EQUALS: AXIOM, SCHIER LU If E z L 3 it MIXING uALu S Z,„„, U h 4 C1 lir I- SYM. DESCRIPTION CAPACITY MANUF. 4 MODEL REMARKS il Z Vo wz Wd zwi TINERMOST,ATIC 45 GPM, 9 PSI DROP SYMMONS CHECK STOPS, VOLUME CONTROL SHUT-OFF O TM V-1 MIXING VALVE 1-1 2 �INLETS, 1-1/2" OUTLET 1-e004, FACTORY PM MIN. FLOW VALVE, 3"ASSEMBLED 4 TESTED, ASSEIMETAL DIAL R1011 ca) W 0 CDI-LU '9 O N0 4a W � Z W _ CA Z LUI- Z I- 0 o 0 0- çJ Imm4 LU W Z (y I- in >_ _ m15 0 _ o ; z O 4 cz 0_ 0 4 i Issued For Z • O- lt 0 No. Date Comment '- U 1 3/15/15 PERMIT 9 4 1- _I 2 o 1- E F N O Z 4 w 0_ I_ MECHANICAL � } SCHEDULES in V z o (Vz o u• iiz 4 X u1 5 LU IV el ei Project No. Scale: Z 4 11083.00 N/A O d 1Y _ Drawn By: Checked By: z• Et 9 N JSW JDR w z i zztY 4w >- M1 .0 ZQ0 4 �0 *Ai OF go „,„1/4740101i4, 4;iige:15 m. IP- Al-IJ Stamp 01 b 10/02/18 CA V1 V 1:14 1 — ,AN H I\ 0 LLI N 0 Z W ral vii ili LU EXISTING BOILER VENT TO BE USW AS CHASE FOR NEW BOILER VENTS. vi, tn LU ac 10 o 1.1 o (DI0 U- 0 6"m BOILER FLUE. TERMINATE ABOVE ROOF. SLOPE MINIMUM 1/4" 0 Z PER LF BACK TO BOILER INSTALL PER MANUFACTURER'S C7 0 REQUIREMENTS. X N •4 � �in 0- o� z 0 • Lijz a 2 9 I_ 104 0 o v ii- i_ 1 1 1 W 0 0 in I?) ' / / / / / / / 10 Ca 'Cr .j 4 ir 6 6 W (vvvv, 16 lei tr\-1.- 0_ 16 F - - 1- )X( tn--. al Lu 1 2( _TH I \ EXISTING 4m/36 OA LOUVER OED ri I PE Stamp 11 ���..��R�ti� m el 1O r (N) SF-1 �rO9,P,--C,E-%1' N '- NEW FULL SIZE LOUVER PLENUM. CONSTRUCT OF UNLINED S 0 ,••'1y.1. y •., (N. 10 Z n LU SHEETMETAL 4 EXTERNALLY WRAP WITH 2" DUCT WRAP.----- .., i U�,*-0'X18&' I, LU r t 3,,a,/ • /,. I (E) GF 1'�:° �, +* O 15 6". OPEN END DUCT (OED) FOR ••••�' c al ii DEA IEMO XISTING DOMESTIC G BOILER 15 MBH INPUT) J BOILER ROOM PRESSURE RELIEF 1��� '► �:; = O w O DEMO EXISTING SPACE HEATING - 1: W inIL BOILERS (1,S00 MBH INPUT EACH) (N) 5-1 (N) 5-2 O In (N) WH-2 EXISTING ELECTRICAL PANELS i- m -I I- �p 4 0 z 4"4, BOILER CA PIPE. INSTALL PER C MANUFACTURER'S REQUIREMENTS. �T� a, r W ._ Z I (N) WH-1 EXISTING GLYCOL FEEDER TO BE REUSED FOR HEATING 4 R (E) ET WATER SYSTEM (RE: M3.0/A). RELOCATE AS REQUIRED. ZU h Q 0 O AV.")VI � '- EXISTING EXPANSION TANK TO BE REUSED FOR HEATING _l r"i !- oco WATER SYSTEM (RE: M3.0/A). RELOCATE AS REQUIRED. wZ z 4 wi U z LU 111 (I) LU 111 a r L _1 L _I NEW CONCRETE HOUSEKEEPING PAD. FIELD 01 O VERIFY REQUIRED THICKNESS BASED ON C14) 4 141-1- cp(E) ETA RSF-1 EPO CONDENSATE DRAIN ROUTING. ICI < w Z Y RY T SZ > Wii � 1- CA o Z W O o 0 0- U Imm4 Z W Z (y I- in ›- _ m � EXISTING EXPANSION TANK TO BE REUSED FOR HEATING O WATER SYSTEM (RE: M3.0/A). RELOCATE AS REQUIRED. 4- 0 O 4 cz I- 4 (k Issued For Z '- O No. Date Comment L U DEMO ABANDONED-IN-PLACE COMPRESSION TANKS 1 3/5/18 PERMIT 1 4 REPAIR DRYWALL AT CEILING, MAINTAIN -4 FIRE-RATING AS REQUIRED. O Z = O ▪ E N O Z 4 w 0_- i_ SOILER ROOM u, in MECHANICAL PLAN ? V z otVz U _tW O Inz 4 X u1 LU 1Y 111 uj CI ei Project No. Scale: Z 4 11083.00 1/2" = 1'-0" o d lY _ Drawn By: Checked By: z• iy 9 N JSUJ JD1� w Z i zziv 4w >- M 2.0 Z Q 0 -4 �o 10.1 OF go „r„,740441;:e. m. AI-1J Stamp g b 31Q0J' P 10/02/18 TO EXISTING SPACE HEAT ._.. -)4 HWS HWR Obi I N CA NWS in w � � w HWR IXCV lJJ II Z �% Z 3" 3" 11/4 11/4 114o 11/4 11/4 11/4 1'/4° 11/4° ral w 2.. 2.. _ - - DHW - - - - - - I- '-N I- INCLUDE 10 EQUIVALENT PIPE r- -, o CHECK DIAMETERS OF STRAIGHT PIPE AT -' (C2) I-1/2"I I1-I/2" `'� d) 0 ir PUMP INLET 4 OUTLET. CHECK VALVE EXISTING 3/4" A 1„ - - - - FROM WATER01 TO BE INSTALLED MINIMUM 6 PIPE DOMESTIC DNR 1®1 I 0 I ENTRY d 4 7 `- ZO DIAMETERS FROM PUMP OUTLETs) 1 Le , IF WATER PIPING 34" 1�1�-1 CHECK L_ _J V N APPLICABLE. TO BUILDING BALL VALVE (Cl) I • fL A- 1Z m ® (TYP OF ALL PUMPS). 2" - (Bv1) - - I - V i - fL (L pcW 2 in I I 0_ cc ,1 k in I- 34 i, — W `1' t ,? STAINLESS STEELri7 Z k WELL (TYP). TMV-1 THERMOSTATIC 0 0 ii- MIXING VALVE, RE: IX AS-1 CLOSELY SPACED M3.0/15 0/B SOR PIPING I I W O T TS-1 - TEES. I I - 1- �T (vu^knA w3.. T 3.. s - ^^^^HWS I 3 -. �, ""N` '1 Q 'N I I I N.O. ■ O 16 3„ HWR 3" 21/z" 21/z" , 21/z" 21/z" ROUTE RELIEF VALVE ( 0 PSIS n o } � y 01 TO FLOOR TERMINATE 2" AFF l UH-1 UJH-2 .' z intuit kk 1 I - (TYP). U I PEStamp � � N a�a•.1.,w�„ _t Z HOSE BIB I- 0-11 TS-2 T P 3 ...---,09,P‘. .s.,,,01„tri i1` Cu 0 (TYP) s s b c�o' 0;y�r1 1 f'`o • �c1�l J J Ij �f ."z' 3/15/18 c''; Op O 0_` I ` � %. I- IIS IIS FS LWCO FS LWCO - _ - _ I 1`� aNAt., 0 w (E) GF (E) ET (E) ET ( CNT-I + 4- N 0 44- \ - If 1-11 O it w DRAIN PIPE DOWN TO 2" ABOVE m IL IC NEW CONCRETE HOUSEKEEPING PAD. ROUTE BOILER CONDENSATE FLOOFINISHED FLOOR (TYP). . 1 I- 50 f f FIELD VERIFY REQUIRED THICKNESS THROUGH CNT-I CONDENSATE Ip O BASED ON CONDENSATE DRAIN NEUTRALIZATION TANK PRIOR TO 4 Z NO SCALE ROUTING. DISCHARGE INTO FLOOR DRAIN • civ) , WITH AIR GAP. F W 50 V / / / / / _cl > emiNZ 2 U h 4Z it Z HANGER ROD TEMPERED WATER VALVE MAIN HOT SUPPLY TO•YSTEM `n PIT TEST PORT (V1) ftildZ �l _rl/ LL HOT WATER r THERMOMETERTAN (K ISOLATION VALVE HEATER, O/(T1) ILI .4Z O 0 0_ CHECK VALVE (LOCATE ON C. 1� ' ` w DISCHARGE SIDE OF PUMP IF 1/ vLU PUMP IS NOT EQUIPPED WITH 7 TEMPCONTROL THERMOSTATIC MIXING VALVE. W = INTEGRAL CHECK VALVE) 4 I- ici 1-1/2" r, 1-I/2° RP-10 a w /1.11,,, 112W (.) # _ /\ to I I-, Z Z > > W ii CHECK \ A (C1) b A CCIRCULATING 0 -Ki 44 I-I I (P1)UMP UM I CD OZ Fa u re O TEMPERED WATERImm4 Z O RETURN U LU it T-090398-2 • (C2)CHECK THERMOMETER Ui RMOMETER Z 0- BALL VALVE TI 4111i I><1 41i I- LU(BV1) VALVE COLD SUPPLY > _ TSF f CAL 1\L 1\ a T 0T0 (V2) m ° I 0 ; Z F,.-.MF D TAIL TMV = 1 FIFI\G SC1 1 MATE C IL4 _ NO SCALE le NO SCALE 5 0- 4Vr Issued For ZZ it O No. Date Comment '- U 1 3/15/18 PERMIT (4 4 O ZO 1- F F N O Z 4 w 0- i_ ME CHAN I CAL in > SCHEMATICS I w 0 olaz O � 4 X w } w U LU uj et Project No. Scale: Z 1 4 11083.00 N/A O 0 1Y _ Drawn By: Checked By: Z• Et 9 N JSW JDIR w z i zztY 4w >- M 3 .0 Z>_ Q0 O m0 .4 �o ....p,,, lk„ I � zi. Ae Mechanical Specifications Al-IJ Stamp 161 L. 10/02/18 General Insulation Controls 1. Immediately notify the Engineer of any discrepancies. 26.Piping Insulation Schedule: 51. Install emergency power off(EPO) switch inside mechanical rooms containing boilers. Switch plate shall be red in color and labeled "GAS BURNER EMERGENCY SWITCH". Switch shall be compliant with Section 1006.8 of the 2015 IMC. 2. It shall be assumed that all subcontractors are experienced and thoroughly knowledgeable in their respective areas of the Service Thickness (in.) Refer to electrical drawings for additional information. construction industry and shall perform in a responsible manner in an appropriate construction sequence. HWS/R(less than 1.5" pipe) 1.5 HWS/R(1.5" pipe and greater) 2.0 52.See Sequence of Operation for additional control information. 3. Do not scale drawings. Verify dimensions in field prior to commencement of work. DomesticHot Water 1.0 0 lki I Domestic Cold Water 0.5 Project Close-out v j w \J >r 4. It is the intent of these drawings and specifications to establish a standard of quality. The Engineer reserves the right to DomesticHot Water Recirculation 1.0 take exceptions to approve methods and materials not reflected herein. 53.Clean all equipment, ducting, piping, etc. of dust and debris from construction. CNin 1 z 27.Piping insulation shall be U.L. approved,white,all service,glass fiber, snap-on,pipe insulation. Insulate fittings with glass `s I I I - -t 5. Failure to order,or release order,for materials and/or equipment will not be accepted as a reason to substitute alternate fiber blanket insulation and premolded PVC covers. Provide submittal. 54.Clean all water-side strainers and filtration equipment prior to system acceptance. 11i i materials, equipment, or installation methods. cc = ~ O 28.Insulation for all types of piping shall be carried full size through pipe hangers or pipes shall be supported with vibration 55. Furnish HVAC as-built/record drawings within 90 days of system acceptance. 0 (I) � (St6. Work shall be performed in a workmanlike manner to the satisfaction of the Architect & the Engineer. clamps. 0 a GI z 56.Furnish O&M manuals for mechanical systems within 90 days of system acceptance. 0Z 0 7. Labor,materials, and equipment shall conform to the latest applicable editions of local, State of Colorado,and National Piping v O in Codes and ordinances. If conflict between those publications exists,the most stringent requirement shall apply. 57. Provide Owner training of equipment operation & maintenance, including a detailed project walk through of the • > X f 29.DomesticHot, Cold & Recirculation piping inside building - Non-buried lines,type 'L' copper water tube,wrought copper mechanical systems z 4 4 � 8. The drawings show the intent of the mechanical systems but do not show all details required. It is the responsibility of the fittings and no lead solder. - I z Contractors to install complete& operable systems, which conform to the manufacturers' installations instructions & W " 1- industry standards. 30.Heating Water piping- For non-buried piping,type 'L' copper,wrought copper fittings, and no lead solder. END OF MECHANICAL SPECIFICATIONS. w a Q u 1_ X , 9. Systems shall be tested for proper operation. If tests show work is defective, Contractor shall make corrections necessary31.DrainPan piping- Not Buried: Type 'M' copper, wrought copper fittings, and no lead solder. - Buried: Type 'L' copper, Ig ? 0 I- 0 at no cost to Owner. wrought copper fittings, and no lead solder. w O to a 0 Dot -1- 10. It is the Contractors' and manufacturers' responsibility to assure themselves that the code authorities will approve any 3 2.Condensing Boiler Condensate shall be neutralized via a neutralization basin before discharge into building drainage Sequence of Operation ,,,N,,, product to be installed on the project. system.Condensate piping shall be PVC or other approved material suitable forpH levels of 3. �"`""" '1 0 '� in al y p p g pp 1. B-1 & B-2 Boilers ,} '� � O 11. Systems shall be professionally labeled.Piping shall be labeled with color coded commercial grade labels indicating piping 3 3.Gas Piping- Schedule 40 black steel pipe, 150 lb. malleable iron screwed fittings on above ground pipe, welded fittings )X( 01 • 0 service and flow direction. Equipment, fans, pumps,valves,switches and controls shall be labeled with engravedplastic or with all piping coated and wrapped on buried pipe. Weldedgas piping shall bepressure tested at a minimum of 60psiper a. Integral Lochinvar controls shall stage,modulate, and rotate B-1 and B-2 boilers to maintain heating w p � g pp g pp pp pp g z = metal tags and an equipment/valve schedule shall be provided and mounted on the mechanical room wall. Equipment Town of Vail amendment to the 2015 IFGC section 406.4.1. CSSTi e isprohibited. water supply setpoint at temperature sensor TS-1. p I- p p P Stamp _1 N labels shall follow the same nomenclature as the mechanical drawings. ��,�..���; 5 z 34.Gas Valves - Lubricated plug valve 175 lb. W.O.G. iron screwed or flanged. b. Heating water temperature shallbe reset based on outdoor air temperatures (180°F @ -20°F to 150°F @ ;�co,0o /.rc �‘r, o 0CO 12. Offset piping, ductwork, etc. as necessary to accommodate structure, beams,columns,and existing equipment. 70°F). 0,0° 4.-101.�,p'•%.sop 4s, - 0 3 5.Copper pipe Valves and Specialties: $ r ma` 3/15/18 V�i t, 0 O Electrical c. HWS setpoint shallbe ramped up to 180°F (adj) on any call for domestic hot water heating. r : 39 • s i- Gate Valves: Bronze,Class 125, 200 lb. W.O.G. 1;•. ;r ,. 4` I- ry 13. Contractor must carefully verify electrical service voltage and phase available before ordering any equipment. Ball Valves: Bronze,Class 125, 200 lb. W.O.G. d. P-1 or P-2 boiler pumps shall run whenever associated boiler is called to fire. 1 .4 ., o .+ S m •••••. \_� Check Valves: Bronze,Class 125, 200 lb. W.O.G. ��it 0 _' z w 14. The following are to be furnished by MC and wired by EC : equipment motors,magnetic starters, line voltage thermostats, Balancing Valves: 125 psig w.p. for 250F service tight shut-off, Illinois dual-purpose, balancing/shut-off valve, 2. WH-1 & WH-2 Indirect Water Heaters p C1 factory disconnect switches (if specified as part of factory wired equipment) resistance heaters, fire and smoke detectors. Hoffman, Sarco, or equivalent. o a. Upon a call for heating from temperature sensor TS-2 at WH-1 (set at 140°F adj), P-3 water heater w- W 15. The following are to be furnished and wired by EC: disconnect switches, thermal overload switches, manual operating 36.Support pipe with rod and clevis or clamps. No pipe tape allowed. pump shall start. Bo ilerHWS setpoint shallbe ramped up to 180°F (adj). CV Et switches and contactors. > w 3 7.Dielectric Unions- Furnish and install a dielectric union at all connections where non-ferrous material is in contact with b. Upon a call for heating from temperature sensor TS-3 at WH-2(set at 140°F adj), P-4 water heater .1 m J 1- 16. The following are to be furnished and wired by MC: low voltage thermostats, control transformers, control relays, control ferrous material and fluid is not protected with corrosion inhibitors. pump shall start. Bo ilerHWS setpoint shallbe ramped up to 180°F (adj). m 0 panels,motorized valves,motorized dampers, pilot lights,multi-speed switches and interlocks. • >- Boiler Flue & Combustion Air Piping 4. Pumps Cl')V) tu E Shop Drawings 3 8.Boiler flue piping shall either be CPVC, complying with ASTM F441, or a polypropylene venting system, listed in a. P-1 B-1 boiler pump: on whenever boiler is called to fire. 17. Submit entire HVAC and plumbing shop drawing submittal data at one time. Submittal to be bound in three-ring binders, accordance with ULC-5636, and rated for flue gas venting systems. - boilerZz o indexed in a neat and orderly manner. Partial submittals will not be accepted. Submittals shall include,but not be limited b. P-2 B-2 bo e pump: on whenever boiler is called to fire. U N to: equipment, fixtures, insulation, diffusers, pumps,fans, piping,valves,& boilers. 3 9.Boiler combustion air piping shallbe PVC, complying with ASTM D 1785. 0 / 1 0 a c. P-3 WH-1 water heater pump: on upon a call for DHW heating from TS-2 temperature sensor. �� 1--I IL Remodel,Demolition & Unforeseen Conditions Antifreeze Solutions w„ z 400 d. P-4 WH-2 water heater pump: on upon a call for DHW heating from TS-3 temperature sensor. _ /1 z ., 18. Visit site prior to bid and verify the conditions. Include in the bid, costs required to make work meet existing conditions, 40.Mechanical contractor to drain existing system fluid and replace with new good quality water,meeting the requirements of O z whether indicated or not. the boiler manufacturer. Engage the services of a qualified water treatment specialist to determine what water treatment is e. P-5a&b space heating pumps: r 1w to required. z 1- 19. In as much as design for remodel,renovation and/or rehabilitation requires that certain assumptions be made regarding e.a. Pump shall run whenever it is enabled by existing controls.Field verify. O 0. w O existing conditions and because some of these assumptions cannot be verified without destroying otherwise adequate or 41.DILUTION WATER QUALITY: Contractor shall be responsible for testing the water and submitting a report to the Owner O serviceable portions of the building, the Engineer cannot assure the Owner or the Contractor that the professional & Engineer, prior to system fill. "Hard"water shall not be used. The water used to dilute the concentrated inhibited e.b. Utilize Grundfos Magna3 integral controls with Genie Bus Module to automatically stage the two w = consulting services herein encompass all contingencies. Field coordination during construction is imperative. Contractors glycol-based heat transfer fluid must be either distilled, deionized, or contain less than 25 ppm of chloride,25 ppm of pumps for 100%back-up.Only one pump is required to run at a time. Z EV- ii bidding this work must make reasonable allowances for unseen conditions and should include associated allowances in sulfate, 50 ppm of calcium,and 50 ppm of magnesium, with a total hardness not to exceed 100 ppm. If good quality water CA 0 (Y >- w 1- their bids noted as such. is unavailable, the manufacturer of the glycol product will provide the heat transfer fluid and water to meet the e.c. Operate pumps in "Proportional Pressure" mode. 0 specifications of the system. Q- w (e• 0- e.d. Upon failure of lead pump, lagpumpshall run and lead pumpshall turn off. z O 20.Field verify locations of all existing piping, equipment, ductwork, etc. p p p U _--i w 42.Fill heating water system with 30% propylene glycol/ 70% water solution, by volume,for freeze protection to 8°F and ? 21.Be responsible to field verify existing equipment or ductwork remaining to be reconnected to new or existing systems. burst protection to -20°F. Include corrosion inhibitors. e.e. Rotate lead pump for equal run times between pumps over an annual basis. >_ 2 Provide ductwork, piping, controls, diffusers, etc., as required to restore continuity to system(s). m Ductwork f. RP-1 shall be controlled by timer and aquastat. Provide an on/off line voltage wall switch to turn pump _1 off during extended unoccupied times. > z 22.All ductwork, diffusers, and equipment shown on this plan are new, except where noted. 4 43.Duct sizes shown on drawings are outside (sheet metal)duct dimensions. ft 23.All new ductwork, piping, equipment, etc. is shown with dark lineweight. All existing ductwork, piping, equipment, etc. is I- 5. Fans d 0 shown with light lineweight. 44.All ductwork shall be sealed airtight with duct mastic. Where duct tape is used,it shall be listed and labeled in accordance Issued For z �~ with UL 181. a. SF-1 Supply Fan for boiler room cooling shall be controlled by a line voltage wall mounted cooling w 24.All removed piping, ductwork, equipment, etc. are to be disposed of by Contractor unless noted otherwise. thermostat. Room pressure relief is via open end duct(OED),RE: plans. No. Date Comment '- 0 45.Provide 1/4" galvanized mesh screen on Open End Ducts(OED). 3�15�lS PERMIT 3 Q 25.All existing support rods and straps now supporting ducts,pipes, air tubing,electrical conduit, etc. that are removed to END OF SEQUENCE OF OPERATION. allow room for installation of new equipment shallbe relocated and reinstalled, or replaced if damaged. 46.Seal all ductwork joints and vapor barrier penetrations at all exterior walls. a O 3 E 47.All ductwork or surfaces which are visible behind a grille,register, diffuser or louver shall be painted flat black. z 0 4 w 48.Sheet metal and fittings to be pursuant to SMACNA and ASHRAE standards. 0_ ~ MECHANICAL iu in SPECIFICATIONS 4 w ft u 49.All ducts shall be 26 gauge minimum. Duct gauge and construction shall conform to SMACNA HVAC Duct Construction a w z Standards. SEQUENCE OF w E d OPERATION o ft z 50.Seal off all ducts during construction. iL N in Z D Z o- it7 4 X w } w IY Project No. Scale: Z I 4 11083.00 N/A 0 0 I- Drawn By: Checked By: Z (/ 9 N JSUJ J D R w z i z z IL q w )- z (t0- >_ w , M4.O >- ou QiiO