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HomeMy WebLinkAboutSt. Mary's Heat Recovery Final ANTHC Project Number AN 14-243 February 2016PLOTDATE:2/12/20165:03:52PMFILE:J:\JOBSDATA\30306.31ANTHCST.MARY'SHEATRECOVERY\COCADD\O1WORKINGSET\OOGENERAL\KSM-G-STCOVER.DWGWilsonPlattUSER:[LO5 ST.MARY HEAT RECOVERY FINAL ANTHC PROJECT NUMBER:AN 14-243 FEBRUARY 2016 BARROW CHUKCHI SEA x 3 ARCTIC OCEAN RUSSIA | Col ie ° KOTZEBUE | =YR Nie pivel Ax |NOME yor wer \|ONG .PR _LEE ty,| o.worToN souno |fe 77...»FAIRBANKS Pig,| .Rive |suo ST MARYS |* SEC 26,T23N,R76W,SEWARD MERIDIAN RAGE&| BERING SEA 5 an § ©PRIBILOFQ__ISLANDS °BRISTOL BAY .WS 7.$oe2?7) \a ,1s LA N i "Qe SfUTtaN me:ow OhBaROogagPoPUNATASKA° Alaska Native Tribal Health Consortium Division of Environmental Health and Engineering 3900 Ambassador Drive,Suite 301 Anchorage,Alaska 99508 Phone:(907)729-3600Fax:(907)729-4090http://www.dehe.org (Saw ENGINEERING GROUR LLC 3940 ARCTIC BLVD.SUITE 300 ANCHORAGE,ALASKA 99503 PHONE:(907)562-3252 FAX:(907)561-2273 CANADA Sheet List Table NUMBER SHEET TITLE 6-001 COVER SHEET 6-002 LEGEND AND ABBREVIATIONS 6-101 COMMUNITY MAP C-001 NOTES AND SPECIFICATIONS C-101 SITE PLAN C-401 PLAN AND PROFILE C-402 PLAN AND PROFILE C-450 PHOTO EXHIBITS C-451 PHOTO EXHIBITS C-501 PIPING DETAILS C-502 PIPING DETAILS M001 MECHANICAL LEGENDS AND ABBREVIATIONS M002 MECHANICAL SCHEDULES M-003 MECHANICAL SCHEDULES M-004 MECHANICAL SPECIFICATIONS M-100 MECHANICAL SITE PLAN M-101 MECHANICAL DEMOLATION PLAN -AVEC M102 MECHNAICAL PLAN -AVEC M-103 MECHANICAL PLAN -CITY SHOP M104 MECHANICAL PLAN -COLD STORAGE HOTEL M105 MECHANICAL PLAN -CITY OFFICE WEST M-106 MECHANICAL PLAN -CITY OFFICE EAST M-107 EXHIBIT PHOTOS -CITY OFFICE M501 MECHANICAL SCHEMATICS -AVEC M-502 MECHANICAL SCHEMATICS -CITY SHOP M503 MECHANICAL SCHEMATICS -COLD STORAGE HOTEL M504 MECHANICAL SCHEMATICS -CITY OFFICE M-505 MECHANICAL DETAILS E001 ELECTRICAL LEGEND AND ABBREVIATIONS E-002 ELECTRICAL SPECIFICATIONS E-100 ELECTRICAL SITE PLAN E101 ELECTRICAL PLAN -AVEC E-102 ELECTRICAL PLAN -COLD STORAGE HOTEL F-103 ELECTRICAL PLAN -CITY OFFICE E-401 HxC-300 CONTROL PANEL E-402 HXC-300 LADDER DIAGRAM E-403 TEMPERATURE CONTROLLER PROGRAMMING £-600 PANEL SCHEDULES 1 ]]3 l 4 COMMON ABBREVIATIONS SITE PLAN GENERAL LEGEND EXISTING ALUM ALUMINUM PROPOSED APPROX APPROXIMATE ey eee ae NORTH ARROWASTMASSOCIATIONSTANDARD24CONTOUR TESTING MATERIAL AWG AMERICAN WIRE GAUGE ULVERTAWWAAMERICANWATERWORKS?<¢ONeattn and EngineceingASSOCIATIONVIEWTITLEDRAWINGTITLEOR3900AmbassadorDrive,Suite 301BOTBOTTOMXAnchoreae,Atesha 30506CAPCORRUGATEDALUMINUMPIPETTTDRIVEWAY,GT rao SECTION TITLE (p07)729-2600 CF CUBIC FEET mE GRAVEL ROADS CMP CORRUGATED METAL PIPE SHEET NUMBER CL CENTERLINE qoetttttaa,co CLEANOUT -SS DITCH OR STREAM ot Atty,CONC CONCRETE sWTDRAWINGTITLEORSECTIONf 7BIADIAMETEREDGEOFFILLLIMITSxXVIEWTITLETITLEWITHVERTICALANDf"3Ee.EAST HORZ.ad HORIZONTAL SCALE iG a HEET NUM )i EF ELECTROFUSION EDGE OF CUT LIMITS =«==-=-==-=-SHEET NUMBER ONE OASELECELECTRICng<EL ELEVATION VIEW TITLE a RES OSTESTESTIMATEapeereeFENCE-_____unane' FLG FLANGE EM FORCE MAIN CALL OUT BUBBLE >= FPT FEMALE PIPE THREAD 1.- FT FEET GRADE SYMBOL SHEET NUMBER BAR IS ONE INCH ON GA GAUGE ORIGINAL DRAWING,IF NOT GAL GALLON VIEW TITLE ADJUST SCALES ACCORDINGLY GALV GALVANIZED fy FORCE MAIN ruGPMGALLONPERMINUTE HDG HOT-DIPPED GALVANIZED SECTION INDICATOR >HDPE HIGH DENSITY POLYETHYLENE . HORZ HORIZONTAL ®POWER LINE SHEET NUMBER tfIDINSIDEDIAMETER> INV INVERT LF LINEAR FEET ----PROPERTY LINE VIEW TITLE wy,8ININCH<u LB POUND oOLVLLEVELOHEOVERHEADPOWERELEVATIONINDICATOR7)LaMAXMAXIMUM&TELEPHONE Daal MC MISC.CHANNEL SHEET NUMBER ic << MH MANHOLE <iL MIN MINIMUM HR HEAT RECOVERY LINE -_-_-_-_---==iL_NTS NOT TO SCALE 6 0000"20000 =¢ NSF NATIONAL SCIENCE FOUNDATION a ENGINEERING GRAPHIC SCALE be > OAE OR APPROVED EQUAL 1+00 2+00 oc oc ON CENTER STATIONING -_---__-}<oD OUTSIDE DIAMETER OSHA OCCUPATIONAL SAFETY &HEALTH -_ BREAK LINE EhaereTerrors-" PSI POUND PER SQUARE INCH ®KEY NOTE INDICATOR Pvc POLYVINYL CHLORIDE (REFERS TO NOTE ON SAME SHEET) R RADIUS ee TRAIL = REQ'D REQUIRED -Z] ROW RIGHT OF WAY MATCH LINE,SEE X-XXX MATCH LINE ={2 Ss STAINLESS STEEL NNN TREE LINESCHSCHEDULE SIM SIMILAR A REVISION INDICATOR 2STASTATIONsTDSTANDARDTTELEPHONE(BURIED)E |gSTLSTEELz|e(TYP)TYPICAL &leWSWATERSURFACEwWATERLINE2| °DIAMETER e te $SEWER LINE a zB F FUEL LINE 2 EL.17.0°2 aiFINISHGRADE/.17.&lqao x) ELECTRIC +TELEPHONE elCOMMUNICATIONPLANSET:__AN 14-743 PROJ MGR:TM PROJ ENG:TMXIJSTEXISTINGDRUMSENG:ECH DRAWN BY:WOMoOUTILITYPOLESHEETTITLE id GUY ANCHOR LEGEND AND ABBREVIATIONS SHEET 2 of 3 USER:WPLATT PRODUCT:Civii3D 2015 --20.0s LMS Tech FILE:¢\Websdata\30306.31 anthe st.mary's heot recovery\O0 CADD\O1 working set\01 Civil\KMS-G-STLEGEND.dwg LAYOUT:G-002 PRINTED:2/12/2016 9:03:56 PM ees ae a Bonet act reper ENom EE .*”- Gyath:eos sede ate,WATER TREATMENT O atETayTea:aa ceiie vas eR eer em er an .° :HIGH |"-o , ELEMENTARY _¢{SCHOOL Aseg eo #2 oF aetna a4 q Seed ars einebr2.i ANDREAFSKY RIVER ""a% TassSEE SHEET C-MECHANICAL M--100 AND ELECTRICAL E-100 5Setawadacande2aowateweeOEteealtSkateswar4ey4ZéomeCOMMUNITY MAP 250 t']125 250 SCALE:1°=250° 4,SactH cote Division of Envir I Health and Engineering rt,OFse BAR IS ONE INCH ON ORIGINAL DRAWING,IF NOT ADJUST SCALES ACCORDINGLY > oc Ww 5xO<2wOo=aCuz2Te=u ESwo < = E7) =eIe|Z g |;z |e 2 Ia $ 2 =a ©5 |Ss Qa °|g PLAN SET:AN 14-243 PROJ MGR:TUM PROJ ENG:TM DRUMS ENG:_ECH DRAWN BY:WOM SHEET TITLE COMMUNITY MAP G-101 sHeeT 3 of 3 USER:WPLATT PRODUCT:Civil3D 2015 -20.0s LMS Tech FILE: \Wobsdata\30306.31 anthc st.mary''s heat recovery\OO CADD\O!working set\O0 General\KMS-G-STMAP.dwg LAYOUT:G-101 PRINTED:2/12/2016 5:04:06 PM 3 OF 38 TOTAL SHEETS 3 |4 HEAT PIPE RHINOFLEX®THE PRE-INSULATED PIPING SYSTEM SHALL BE OF A FLEXIBLE DESIGN AND ALL COMPONENTS OF CARRIER PIPE,INSULATION AND JACKET MUST BE ABLE TO EXPAND AND CONTRACT AS A UNIT WITHOUT OVERSTRESSING OR ADVERSELY AFFECTING ANY OF THE MATERIALS.THE PIPE,INSULATION AND JACKET SHALL ALL BE MADE OF MATERIALS THAT SHALL NOT CORRODE.THE SYSTEM SHALL BE DESIGNED TO BE INSTALLED IN A MANNER THAT SHALL NOT REQUIRE EXPANSION LOOPS OR COMPENSATORS OF ANY TYPE. THE SYSTEM SHALL BE INSTALLED WITH THE FEWEST NUMBER OF UNDERGROUND JOINTS POSSIBLE.THE PIPING SYSTEM SUPPLIER SHALL BE RESPONSIBLE FOR THE OVERALL DESIGN OF THE EXPANSION AND CONTRACTION COMPENSATION.THE SYSTEM SHALL BE SUPPLIED COMPLETE WITH TERMINATION FITTINGS SUPPLIED BY THE PIPING SYSTEM SUPPLIER.ALL PRODUCTS SHALL BE MANUFACTURED TO ISO 9002 STANDARDS.NSF APPROVED. CARRIER PIPE CROSSLINKED PEX PIPE FOR TEMPERATURES UP TO 2047.NSF AND ASTM CERTIFIED FOR PEX PIPES. INSULATION ALL INSULATION MATERIALS SHALL BE SUPPLIED BY THE SYSTEM MANUFACTURER AND SHALL BE POLYURETHANE CLOSED CELL INSULATION.THE INSULATION SHALL BE FURNISHED IN THE THICKNESSES AS SHOWN IN CHART 1 &2 FOR THE RESPECTIVE CARRIER PIPE SIZES. WACKET MATERIAL THE OUTER PROTECTIVE JACKET SHALL BE CORRUGATED SEAMLESS POLYETHYLENE COMPLETELY ENCOMPASSING AND PROTECTING THE INSULATION FROM MOISTURE AND DAMAGE,DESIGNED FOR H-20 LOADING AT A BURIAL DEPTH OF 2 FT MINIMUM.THE JACKET SHALL BE PROVIDED IN A DIAMETER AND THICKNESS AS SHOWN IN CHARTS 1 &2. ELTTINGS. ALL FITTINGS AND CONNECTIONS SHALL BE EITHER BRASS,COPPER OR NICKEL-PLATED.THEY SHALL BE INSTALLED IN ACCORDANCE WITH THE DETAILED INSTALLATION INSTRUCTIONS. PRESSURE TESTS PRESSURE TEST PIPELINES IN ACCORDANCE REQUIREMENTS ON MECHANICAL SHEET M-004 PRIOR TO BURIAL. PPLIER A AN AT CUSTOMER'S REQUEST,SYSTEM SUPPLIER SHALL PROVIDE A QUALIFIED FIELD SERVICE TECHNICIAN ON-SITE TO PROPERLY TRAIN THE INSTALLING PERSONNEL IN ALL PHASES OF INSTALLATION. APPROVED VENDORSRHINOFLEX,AS SUPPLIED BY ROVANCO,JOLIET,ILLINOIS OR APPROVED EQUAL.ANY ALTERNATE SUPPLIER MUST SUBMIT THEIR TECHNICAL DATA TO THE ENGINEER TO BE APPROVED IN WRITING AS AN EQUAL. CONTINUOUS ROLLS ALL PRE-INSULATED PIPE SHALL BE SUPPLIED IN CONTINUOUS ROLLS SUCH THAT NO JOINTS WILL BE REQUIRED BETWEEN THE RESPECTIVE BUILDINGS SERVED.THE PIPELINES BETWEEN THE BUILDINGS SHALL BE CONSTRUCTED FROM ONE CONTINUOUS,FACTORY PRODUCED PIPING SYSTEM,THE ONLY JOINTS ALLOWED SHALL BE AT THE FACE OF THE BUILDINGS. CHART 1 -RHINOFLEX SINGLE PIPE DATA CHART 2-RHINOFLEX DUAL PIPE DATA MISCELLANEOUS TREATED TIMBER -ALL WOOD EXPOSED TO THE ELEMENTS SHALL BE PRESSURE-TREATED IN ACCORDANCE WITH THE AMERICAN WOOD PRESERVERS'ASSOCIATION (AWPA)TREATMENT STANDARD C2 (0.60 MIN RETENTION)USING WATERBORNE PRESERVATIVE.ACCEPTABLE PRESERVATIVES INCLUDE:ACZ AND CBA.CCA AND CREOSOTE SHALL NOT BE USED.WHENEVER NECESSARY TO CUT, NOTCH,TAP,OR DRILL TREATED TIMBER,NEWLY CUT OR BORED SURFACES SHALL BE TREATED WITH 2 COATS OF AN APPROVEDPRESERVATIVE,SUCH AS END CUT SOLUTION.APPLY PRESERVATIVE IN ACCORDANCE WITH THE MANUFACTURER'S INSTRUCTIONS. BOLTS -SHALL CONFORM TO ASTM A307 AND BE HOT--DIPPED GALVANIZED UNLESS OTHERWISE SPECIFIED. EARTH WORK GEOTEXTILE SEPARATION FABRIC -MIRAFI FW300 OR APPROVED EQUAL,ON ALL AREAS TO RECEIVE FILL MATERIAL.EDGE SEAMS SHALL BE SEWN IN ACCORDANCE WITH THE MANUFACTURER'S RECOMMENDATIONS OR BE OVERLAPPED A MINIMUM OF 3 FT. GRAVEL BACKFILL/EMBANKMENT -PLACE UNFROZEN LOCAL 2”MINUS COMPACTIBLE GRAVEL FILL MATERIAL IN MAXIMUM 12 INCHLIFTSANDCOMPACTWITHATLEAST3PASSESOFA10TONVIBRATORYROLLEROR8PASSESWITHAVIBRATORYPLATE COMPACTOR.COMPACT TO SAME DENSITY AS ADJACENT SOILS.ADD WATER TO INCREASE MOISTURE CONTENT IF REQUIRED.CONFINE STOCKPILES TO WITHIN EASEMENTS,RIGHTS-OF-WAY,AND APPROVED WORK AREAS.DO NOT OBSTRUCT ROADS OR STREETS. ALL TRENCHES AND OTHER EXCAVATIONS SHALL BE SLOPED OR SHORED IN ACCORDANCE WITH OSHA STANDARDS. TRENCH SECTION DESIGN ASSUMES THAW STABLE SOILS ALONG PIPELINE CORRIDOR.IF ORGANICS,SILTS,VISIBLE ICE,AND/OR PETROLEUM CONTAMINATED SOILS ARE ENCOUNTERED DURING EXCAVATION,CONTACT ENGINEER. RIGID BOARD INSULATION -EXTRUDED OR EXPANDED POLYSTYRENE FOAM PANELS WITH 40 PSI COMPRESSIVE STRENGTH AT 5% DEFORMATION.INSULATION SHALL HAVE A WARRANTED R-VALUE OF 4.5/INCH AT 75 (ASTM C518).MAXIMUM WATER ABSORPTION OF 0.3%BY VOLUME (ASTM C272).OWEN CORNING FOAMULAR 400,INSULFOAM 40,OR APPROVED EQUAL. "A Nae?>,yulease46aresa9,%,«)Carty oO Division of Environmental Health and Engineering 3900 Ambessador Drive,Sutte 301 eeRhag,st OF ite,as WLUAM M.KEMP CE 14047"e 02/12/16 MSO rROFESS \OXo""tanarasee™™ 0 ” [| BAR IS ONE INCH ON ORIGINAL DRAWING,IF NOT ADJUST SCALES ACCORDINGLY ST.MARY'S,AKST.MARY'SHEATRECOVERYFINALNAL PIPE JACKET a JACKETclommeuars,[Momaaeenanon|mest |vices |enum ||ctowmtsare,[POmmcsacsecce|Massa”|memes |te 15 1.00 3.66 0.09 30”1 1.7 4.45 0.09 3° 2 4.13 4.45 0.09 30”1.25 1.2 4.45 o.1 33° 25 1.34 5.63 0.12 35°15 1.25 6.42 0.13 40" *3.0 4.44 6.45 0.13 40"*2.0 1.5 7.2 0.13 a5" 4 1.05 6.42 0.13 ao”25 1.5 7.2 0.13 a5” 5 1.05 72 0.13 a5"2 id*PIPE SIZE THIS PROJECT ={2 HEAT PIPE -ADDITIONAL INSULATION AND CLADDING (ABOVE GROUND) MEMBRANE (APP Pp RETHAN ATION zCOLOR:GRAY-BLACK.=\z MEMBRANE THICKNESS:40 MIL (1.02 MM)ASTM 03767 PROCEDURE A (SECTION 9.1).3 5 TENSILE STRENGTH,MEMBRANE:250 PSI (1720 KN/M2)ASTM D412 (DIE C MODIFIED).E le ELONGATION,MEMBRANE:250%ASTM D412 (DIE C MODIFIED).S |e LOW TEMPERATURE FLEXIBILITY:UNAFFECTED ©-20F (-29°C)ASTM 01970.©|9 ADHESION TO PLYWOOD:3.0 LBS/IN.WIDTH (525 N/M)ASTM 0903.i PERMEANCE (MAX):0.05 PERMS (2.9 NG/M2S PA)ASTM E96.aCOLDAPPLIED,SELF ADHERING MEMBRANE COMPOSED OF A HIGH STRENGTH POLYETHYLENE FILM COATED ON ONE SIDE WITH A =} LAYER OF RUBBERIZED ASPHALT ADHESIVE AND INTERWOUND WITH A DISPOSABLE RELEASE SHEET.AN EMBOSSED,SLIP RESISTANT a SURFACE IS PROVIDED ON THE POLYETHYLENE,GRACE ICE AND WATER SHIELD,OAE. wo MINUM_(CLA\AP &|i SHEET AND PLATE:ASTM B209,ALLOY 5052 OR 6061 16,THICKNESS AS SHOWN OR SPECIFIED.=|° POLYURETHANE (HALF-SHELLS)& INSULATION SHALL BE LOW DENSITY RIGID CLOSED-CELL URETHANE INSULATION WITH A NOMINAL THICKNESS AS SHOWN ON THE =] DRAWINGS.IT SHALL BE APPLIED AND CURED IN STRICT ACCORDANCE WITH THE MANUFACTURER'S RECOMMENDATIONS AND GOOD PLAN SET:AN 14 Z43 COMMERCIAL PRACTICES SUCH THAT THE RESULTING INSULATION IS FREE OF DEFECTS AFFECTING ITS INTENDED PURPOSE.PROJ MGR:TM URETHANE INSULATION SHALL EXHIBIT THE FOLLOWING PROPERTIES AND CHARACTERISTICS SPECIFIED BY THE REFERENCED ASTM cove es =TESTS BELOW.: DRAWN BY:WOM ASTM C518 OR C177 MAXIMUM K-FACTOR,AS PRODUCED 0.15 BTU-IN/HR-FT2-F SHEET TITLE ASTM 01622 CORE DENSITY RANGE 3.0 TO 4.0 LBS/FT3 ASTM D1621 MINIMUM COMPRESSIVE STRENGTH 35 PSI (PARALLEL AND PERPENDICULAR TO PIPE AXIS)NOTES AND ASTM D2842 MAXIMUM WATER ABSORPTION 0.05 LB/FT3 SPECIFICATIONS ASTM D2126 DIMENSIONAL STABILITY 1%AT -20°(MAXIMUM LINEAR CHANGE)3%AT +100F C-001 sHeeT 1 oF 8 USER:WPLATT PRODUCT:Civil3D 2015 -20.08 LMS Tech FILE:f \Jobsdato\30306.31 anthe st.mary's heat recovery\00 CADD\O1 working set\0!Civil\KMS-C-STSPEC.awg LAYOUT:C-001 PRINTED:2/12/2016 5:04:12 PM 4 OF 36 TOTAL SHEETS 1 |2 |3 |4 roe ome at Id oo ete »::eye :"SR OO HD *”aaa SROa ROE,SBE GG OD RO |IE Ree aN bods .1e5 : . .;oars wre wea}vO :'oN C >wr,-™in aes tian .+h 4p .sa --Z . 7 jf.re rota Va '\Ne a &y,re A ?: ..>ae ? .F a :an "ya ts a a:dblbntiioeeaindhSerf F ' a "4 ho 4 = en b* - # t '; pared [*Coo"\CITY OFFICE7A\mr,a\®¥*" -e - -"-TEageeesneererrvad”COLD iSTORAGE/HOTELaod noelaaaelTeeneA.,\¥xRTOe.:y-zEatheahoeSITE PLAN SCALE:1°=30°yaleateAea,sane%,<2faeTHcoe Division of Environmental Health and Engineering 3900 Ambassador Drive,Suite 301 ,Alaska 99506 (907)729-3600 SURRY,oe Re,mx xt OF A amKSz i *i :A f4LH SaxxaaoresNee”"tnaeeanee™™™ 0 , es BAR IS ONE INCH ON ORIGINAL DRAWING,IF NOT ADJUST SCALES ACCORDINGLY ST.MARY'S,AKST.MARY'SHEATRECOVERYFINALWOMINITDESCRIPTIONISSUEDFORCONSTRUCTIONDATE02/20160MRKPLAN SET:AN 14-243 PROJ MGR:TuM PROJ ENG:TM ORUMS ENG:_ECH DRAWN BY:WOM SHEET TITLE SITE PLAN C-101 SHEET 2 oF 8 USER:WPLATT PRODUCT:Civil3D 2015 -20.0s LMS Tech FILE:j \vobsdato\30306.31 onthe st.mary's heat recovery\O0 CADD\O1 working set\O1 Civil\KMS-C-STHRPP.dwg LAYOUT:C-101 PRINTED:2/12/2016 5:04:27 PM 5 OF 38 TOTAL SHEETS 1 ]2 ||4 'aa eas wee Oe Tr oh andl -oe gm wee ee wore oye Fant iat -/ 's |.One a i |.i $s ws {nef Ne oe :*wot \Vow y '.be ;}i F-a5 a ts 4 *-a!1 . y tm *j ae .eae?ee a ne ra 'oY a,ad bo Ss woo.oo,F ye Pan) x #Nate leo 2 ls --- 'Bm vm +i ba F:,\5 __a.ve ee ."2 }é " ”\Divial . :2 a ies :*:of Envirt"we ®a-t.-_ae s \\Health and Engineering Pe Be re 'i _f fs came 1 \3900 AmbassadorDrive,Suite 301 :< :a iad . ; "gt 5 4 tee §=|.+\Anchorage,Aiasiun 96508 f Bocce 2 ed an oe a 4 .;f E °pie ee a r (907)729-3600 cop ”3 ,be ae LZ mat'Storace /uores!:.Fy po eh *pb g -city a eos ee re A ,{--3 bey ; ; ,SHOP 'LoS ES !ff }ao Qo.4 |FE 5 i or a og ay:i =|a4:'ng ar 7;;*i ah Ns |md PA |5 #( . f *i «|ve a i a rau|a:at pu rs j \ .tol §a)\ at |¥bey =|Zz 1 i ay =1 =- -w a .&'0|wa,_TO MISSION -«=|11+00 of Zig i {BUILDINGS BAR IS ONE INCH ON -Fee ==|SES teeMeboronaly4Psat:A * -=eet oh eet a ce "\\ees Fu ru --_--_1 _a _ s s---#5 5 ."7 ermr|NOTES:5 *()LOCATE BURIED UTILITIES PRIOR TO DIGGING.¥&g fT.LL WHERE UNABLE TO LOCATE USE CAUTION adz ,DIGGING,TYP.Oe|ae (@)ABANDON HEAT RECOVERY MODULE IN eas °i PLACE.ALTERNATE NO.2:DEMOLISH HEAT ire i t RECOVERY MODULE.=u Low &;A.,(3)AFTER COMPLETION OF NEW HEAT RECOVERY bE > LINES,CUT &CAP EXISTING HEAT ”oRECOVERYLINES2°BELOW GRADE AND 1 PLAN ABANDON IN PLACE.= 20 0 0 20 -So ae (@)ABANDON EXISTING HEAT RECOVERY LINES o .IN PLACE.ALTERNATE NO 1:REMOVE SCALE:1°=20 EXISTING HEAT RECOVERY LINES BETWEEN HEAT RECOVERY MODULE AND COLD STORAGE BLDG.a ly ()AFTER COMPLETION OF NEW HEAT RECOVERYSYSTEMDEMOLISHEXISTINGABOVE-GRADE LINES BETWEEN HEAT RECOVERY MODULE 40 40 AND POWER PLANT.zfe (|z(©)TEMPORARILY RELOCATE EXISTING STORED 35MATERIALSALONGPIPELINEALIGNMENT,TYP.=ie212 35 35 CAUTION:LOCATION OF EXISTING UTILITIES 8 |@)HAS NOT BEEN VERIFIED,TYP.xaw POSSIBLE CONTAMINATED SOILS (PETROLEUM 8 30 30 PRODUCTS).DISPOSE OF ALL CONTAMINATED Z SOILS WITHIN THE TRENCH ZONE IN AN = ADEG APPROVED MANNER OR AT AN ADEC o (OR THE AUTHORITY HAVING JURISDICTION)5 lyAPPROVEDDISPOSALSITE.a |S 25 25 8 @)SEE FOR TYPICAL TRENCH SECTION.°|e PLAN SET:AN 14-243 20 20 ax PROJ MGR:TwSEEa)FOR PIPE TRANSITION.PROJ ENG:__TLM\e502/DRUMS ENG:_ECH(a\[DORAN BY.WOM(1)INSULATE ABOVE GROUND RHINOFLEX PER e503)oer ine 10+00 11400 12+00 13+00 GENERAL NOTES:PLAN AND PROFILE 2 PIPELINE NO.1 GROUND WATER MAY BE ENCOUNTERED ORZ,SCALE 1"=20"DURING EXCAVATION AND CONTRACTOR C-401 VERT.SCALE 1°=5'SHALL DEWATER TRENCH SECTION AS REQUIRED FOR CONSTRUCTION.set3of8 USER:WPLATT PRODUCT:Civil3D 2015 -20.08 LMS Tech FILE:¢\Yobsdoto\30306.31 onthe st.mary's heat recovery\G0 CADD\01 working set\O1 Civil\KMS-C-STHRPP.dwg LAYOUT:C--401 PRINTED:2/12/2016 5:04:32 PM 6 OF 38 TOTAL SHEETS .NE a=es ©af 5 sd Sak.deine N 2 '-'= '1 x ' 4 \=COLD ."10+0 :7 STORAGE /HOTEL *\10+07ne a 1 20 0 10 20 SCALE:17=20' Sf .. -G}a Dal OSCy SO i80AgitycaneouaL capRiER pipe PERE)80 CITY OFFICE WA .- 4 Sr i 70 70 60 60 50 50 40 40 30 30 20 20 40+00 41+00 42+00 PIPELINE NO.2 HORZ.SCALE 1°=20° VERT.SCALE 1°=10'OoO©©O©©NOTES. CAUTION:LOCATION OF EXISTING UTILITIES HAS NOT BEEN VERIFIED. SEE En)For TYPICAL TRENCH SECTION. SEE ia)ron PIPE TRANSITION. SEE (ia)ron PIPE TRANSITION. SEE C3)TYPICAL PIPE SUPPORTSECTION.SPACE PIPE SUPPORTS AT 8'O.C. SEE (a)ror PIPE TRANSITION. INSULATE ABOVE GROUND RHINOFLEX AND PIPE TRANSITIONS PER fae502) GENERAL NOTES: GROUND WATER MAY BE ENCOUNTERED DURING EXCAVATION AND CONTRACTOR SHALL DEWATER TRENCH SECTION AS REQUIRED FOR CONSTRUCTION. Division of Environmental Health and Engineering Mag Orr SsI ee"2\2Naaaease™ °° P| BAR IS ONE INCH ON ORIGINAL DRAWING,IF NOT ADJUST SCALES ACCORDINGLY ST.MARY'S,AKST.MARY'SHEATRECOVERYFINALWOMINITOESCRIPTIONISSUEDFORCONSTRUCTIONDATE02/2016PLAN SET:AN 14-243 PROJ MGR:TM PROJ ENG:Tu DRUMS ENG:_ECH ORAWN BY:WOM SHEET TITLE PLAN AND PROFILE C-402 sHeetT 4 of 8 USER:WPLATT PRODUCT:Civil3D 2015 -20.08 LMS Tech FILE:¢\Yobsdata\30306.31 anthe st.mory's heat recovery\O0 CADD\01 working set\O1 Civil\KMS-C-STHRPP.dwg LAYOUT:C--402 PRINTED:2/12/2016 5:04:37 PM 7 OF 38 TOTAL SHEETS COLD STORAGE BUILDING PHOTO -COLD PHOTO -STA.10+00 STORAGE BLDG 7 --- et er reety,[mee ce = oy fd re,OS aT Ee, PHOTO -STA.13400 PHOTO -STA 13+00 NOTES: [1 >EXISTING HEAT RECOVERY LINES,SEE NOTE 3 SHEET C-401. RELOCATE EXISTING STORED MATERIALS AS REQ'D FOR CONSTRUCTION ACCESS,TYP.COORDINATE WITH CITY ABANDON HEAT RECOVERY MODULE IN PLACE.ALTERNATE NO.2:DEMOLISH EXISTING HEAT RECOVERY MODULE [4 >ALTERNATED NO,2:COORDINATE WITH AVEC FOR DISCONNECT OF ELECTRICAL SERVICES.DEMOLISH ELECTRICAL APPURTENANCES. [s >REUSE EXISTING PIPE PENETRATIONS THROUGH BLDG WALL FOR NEW PIPELINES,PATCH OR MODIFYASNECESSARY. [8 >ExiSTING HEAT RECOVERY LINES,SEE NOTE 5,SHEET C-401 eat al ltaiF}COLD STORAGE BUILDING}EE IAL,APE NO Up Re geste ge1aWe F PIPELINE NO.1 Division of Envi l Health and Engineering 3900 Ambassador Drive,Suite 301 ,Alaska 90508 (907)729-3600 oa 0 ” [| BAR [S ONE INCH ON ORIGINAL DRAWING,IF NOT ADJUST SCALES ACCORDINGLY a > ce wi 3xO<2wo2?pe odan4Cuz<r=n >oa < = Eo” =jrZS|Z Els5(5&|a |e&|BY| S 8 Fa2 5 IOo Sigo °|e PLAN SET:AN 14-243 PROJ MGR:TM PROJ ENG:TM DRUMS ENG:_ECH DRAWN BY:WOM SHEET TITLE PHOTO EXHIBITS C-450 sHeT 5 oF 8 USER:WPLATT PRODUCT:Civii3D 2015 -20.0s LMS Tech FILE:&\Jobsdata\30306.31 onthe st.mory's heat recovery\Q0 CADD\O1 working set\0}Civii\KMS-C-SH-PHOT.dwg LAYOUT:C-450 PRINTED:2/12/2016 5:04:42 PM 8 OF 38 TOTAL SHEETS ae #/@HEAT RECOVERY MODULEfpe,ad ..'eee anna CITY OFFICE Division of Envir I Health and Engineering3900AmbassadorDrive,Sulte 301 Cepcle pe Fay -SATIS 1eeeAe- oe hal wea BAR 1S ONE INCH ON ¥3 ree;3 ORIGINAL DRAWING,IF NOT Tap TA "Fs =ADJUST SCALES ACCORDINGLY fo? .a ha dnvenia be HT] PHOTO =-HEAT rSRECOVERYMODULEx©(EAST SIDE)2 ww1-'=a= <<Cuztic , bet ual A =Pr|A cytbeg tort efCG.abe S 4 i &#CITY OFFICE |Doda <erg LE = poe Poy kee - wpe oO =|2 2 g lsSir=|S218§3 cd & =a) <22 IHS| 4 PHOTO -PIPELINE NO.2 5 PHOTO -STA.40700 -STA.40+00 ole=] PLAN SET:AN 14-243 PROJ MGR:TM NOTES:PROJ ENG:__TLM DRUMS ENG:_ECHfi>EXISTING HEAT RECOVERY LINES TO OLD MISSION BUILDINGS,SEE NOTE 3 SHEET DRAWN BY:WOM _ SHEET TITLE PHOTO EXHIBITS C-451 sHeeT 6 of 8 USER:WPLATT PRODUCT:Civil30 2015 -20.0s LMS Tech FILE:¢\Yobsdata\30306.31 onthe st.mary's heat recovery\O0 CADD\O1 working set\01 Civil\KMS-C-SH-PHOT.dwg LAYOUT:C-451 PRINTED:2/12/2016 5:04:49 PM 9 OF 38 TOTAL SHEETS NOTES: 1.NUMBER AND TYPE OF PIPES (DUAL OR SINGLE CARRIER) VARIES. 2.ALL TRENCHES AND OTHER EXCAVATIONS SHALL BE SLOPED OR SHORED IN ACCORDANCE WITH OSHA STANDARDS. 3.TRENCH SECTION DESIGN ASSUMES THAW STABLE SOILSDALONGPIPELINECORRIDOR.IF ORGANICS,SILTS,VISIBLE ICE,AND/OR PETROLEUM CONTAMINATED SOILS ARE ENCOUNTERED DURING EXCAVATION,CONTACT ENGINEER. 4.SEE SHEET C-401 REGARDING NOTES ON POSSIBLE PETROLEUM CONTAMINATED SOILS ADJACENT TO AVEC POWER PLANT.IF CONTAMINATED SOILS ARE ENCOUNTERED FOLLOW NOTES ON SHEET C-401 REGARDING DISPOSAL. FURTHERMORE,IF CONTAMINATED SOILS ARE ENCOUNTERED, PIPE JACKET AND FOAM BOARD MUST BE COATED WITH PETROLEUM RESISTANT COATING,3M SCOTCH WELD EC-776, LOCALLY AVAILABLE 2”MINUS GRANULAR COMPACTIBLE BEDDING MATERIAL.PLACE 8EDDING MATERIAL IN THAWED CONDITION AND COMPACT TO SAME DENSITY AS ADJACENT SOILS. HAZARD TAPE EXISTING GROUND POLYURETHANE INSULATION, THICKNESS PER SPECIFICATIONS CORRUGATED SEAMLESS POLYETHYLENE JACKET OAE. SNYD BNNENNENS PEX-A CARRIER PIPE 4 ZYAFY. : y \y ARR ARRIER%SINGLE CARRIER°g es S SEE NOTES 2 &3 N :ge é Y °oa INSTALL AWG 12 SOLID COPPER NOTE. TRACER WIRE WITH YELLOWEXISTINGHEATRECOVERYLINES,RHINOFLEX PIPE SHALL BE INSULATED AND JACKETED WHERE ABOVE GRADE AND ATCcDEPTH&LOCATION UNKNOWN S *POLYCOATING.TRACER WIRE TRANSITIONS AS INDICATED ON THE PLAN AND PROFILE SHEETS>.")MUST BE 600V RATED AND ULXKLISTEDFORDIRECTBURIAL "zeYyopoljg,GEOTEXTILE PIPE ANCHOR,INSTALL cae ify)"AN GEOTEXTILE TO MINIMIZE VOID SIZE. yee f y -SLY ae my 9 RHINOFLEX PIPE SECTIONNyySEENOTE1ANDNOTE4NOTTOSCALEREKRIKKKKKKKKKAaO 12"2°FOAM BOARD INSULATION 1 NOT TO SCALE ADDITIONAL OUTER INSULATION AND 7-6"J CLADDING PER va PIPE STRAP eS wy ane 1/2°X3"HDG LAG SCREW WITH HDGRtTREATEDmeee/AND NYLON WASHERS (NOTE A) 1"@ HDG THREADED ANCHOR ROD,TYP "BEND TO(_--1"@ NUT,TYP BEND TO.3-INCH WIDE 10 GA f anys PROVIDE 5/8"@ HOLES ALUM STRAP,LENGTH SS SE 3°3"xK%"SQUARE AROUND PIPE AS NEEDED.eters PLATE WASHER,TYP TO ACCOMMODATEtne (SEE NOTE) NX hyPWYYALIYOYINYY YOYRROLNAIAY?Hil OR :il 11/2”2'MIN BEDROCKj Mi42”MIN EMBEDMENT {1 WP|EMBEDMENT i.17"HILT!ANCHOR ADHESIVE,| Wu INSTALL PER MFR i)RECOMMENDATIONS,TYP DUCKBILL MODEL 88 EARTH ANCHOR.INSTALL NOTE:NOTE: IN ACCORDANCE WITH BEDROCK.A.INSTALL NYLON WASHER 4 INCH WIDE STRIPS OF EPDM OR NEOPRENE MAYMFRRECOMMENDATIONSBETWEENGALVWASHERANDBEUSEDASNEEDEDBETWEENPIPESTRAPAND ALUM STRAP AT EACH LAG PIPE TO PROVIDE A TIGHTER FIT. GRANULAR SOILS SCREW CONNECTION 3 NOT TO SCALE 4 WOT TO SCALE 4 ¢Carty 0% Division of Environmental Health and Engineering 3900 Ambassador Drive,Suite 301 roa ate,MF,Fens 7 WLUAM M.KEMP CE 14047 02/12/16 Re,PROFESSION'a nunnaeeet™ 0 7 P| BAR IS ONE INCH ON ORIGINAL DRAWING,IF NOT ADJUST SCALES ACCORDINGLY ST.MARY'S,AKST.MARY'SHEATRECOVERYFINALWOMINITISSUEDFORCONSTRUCTIONDESCRIPTIONDATE02/20160MRK-PLAN SET:AN 14-743 PROJ MGR:Tu PROJ ENG:TM DRUMS ENG:ECH DRAWN BY:WOM SHEET TITLE PIPING DETAILS C-501 sHeeT7of8 USER:WPLATT PRODUCT:Civii3D 2015 -20.08 LMS Tech FILE:j¢\Jobsdata\30306.31 onthe st.mary's heat recovery\O00 CADD\O1 working set\01 Civil\KMS-C SPDETL.dwg LAYOUT:C--501 PRINTED:2/12/2016 5:04:59 PM 10 OF 38 TOTAL SHEETS ADDITIONAL INSULATION & JACKETING (GRADUAL SWEEP 1 |2 |3 |4 -\r- SEE NOTE 6 STEEL(AVEC) SEE NOTE 13 PEX |COPPER (COLD STORAGE) SEE NOTE 5 SEE >HEAT RECOVERY PIPE W/MECHANICAL SEE NOTE 6 SEE NOTE 7 ADDITIONAL INSULATION & JACKETING (STRAIGHT SECTION) SEE NOTE 7 SEE NOTE 5 SEE HEAT RECOVERY PIPE W/(44MECHANICAL[|-" -SEE NOTE 12 HEAT RECOVERY PIPE SWEEP FITTING W/ADDITIONAL INSULATION & JACKETINGRHINOFLEXPIPE SEAL EXPOSED WTH HEAVY DUTY HEAT SHRINK WRAP SHARP SWEEP (MIN BEND RADIUS PER SPECIFICATIONS) TYPE 1 PIPE TRANSITION1NOTTOSCALE SEE NOTE 11 SHEET NOTES. 1.SEAL ALL JOINTS AND EXPOSED SECTIONS WITH SIKA FLEX 1A SEALANT. SEE NOTE 8 SHARP SWEEP (MIN BEND RADIUS PER SPECIFICATIONS) HEAT RECOVERY PIPE W/ ADDITIONAL INSULATION & JACKETING (STRAIGHT SECTION) TYPE 2 PIPE TRANSITION2NOTTOSCALE TABLE 1-PEX ADAPTERS AT BUR.DING PENETRATIONS2.FASTEN FLAT WRAP BAND WITH SELF DRILLING SHEET METAL SCREWS WITH RUBBER WASHERS ©6"O.C. 3.SEAL JOINT WITH %4"x4"CLOSED CELL NEOPRENE GASKET,ARMACELL A/P ARMAFLEX,ASTM D1056,OR APPROVED EQUAL,TYP 4.CUT 10°SECTIONS AS REQUIRED FOR SHORTER SECTION FIT-UP. 5.SEE TABLE 1 FOR ASTM F2080 STYLE PEX FITTING ADAPTERS,AS SUPPLIED BY ROVANCO,OAE. 6.WATERTIGHT FLASHING,DEKTITE ORIGINAL,OAE 7.FILL SPACE BETWEEN ARCTIC PIPE AND WALL WITH EXPANDING FOAM INSULATION TO BOND ARCTIC PIPE TO FACE OF THE BUILDING 8.PIPE STRAPS AT 12”0.C.MOUNT TO FACE OF BUILDING WITH HDG UNISTRUT. PROVIDE GALVANIC SEPARATION B/W ALUM PIPE STRAPS AND UNISTRUT WITH EPDM RUBBER OR NYLON GASKET. 9.SINGLE CARRIER PIPE SHOWN,DUAL CARRIER PIPE SIMILAR, 10.GRACE ICE ANO WATER SHIELD,CONTINUOUS WRAP OVER POLYURETHANE INSULATION. 11,WRAP BELOW GRADE PORTION OF PIPE JACKET WITH 3 LAYERS OF 8 MIL POLYETHYLENE ENCASEMENT,SECURE WITH TAPE. 12.UNISTRUT PIPE SUPPORT RACK. 13.INSULATE STEEL (OR COPPER)PIPE WITH 3”POL ANE INSULATION HALF-SHELLS AND JACKET WITH ALUMINUM,SIM 16 GA.ALUM FLAT [12"0.0WRAPBANDSPACER\- eg DUAL OR SINGLE NOMINAL PIPELOCATIONPIPELINENO.CARRIER PIPE CARRIER SIZE (IN)TYPE OF ADAPTER COLD STORAGE /HOTEL (SOUTH FACE)NO.1 SINGLE 3 90 DEG ELBOW PEX BY MALE NPT AVEC BUILDING NO.1 SINGLE 3 90 DEG ELBOW PEX BY VICTAULIC CITY OFFICE NO.2 DUAL 2 90 DEG ELBOW PEX BY MALE NPT COLD STORAGE /HOTEL (WEST FACE)NO.2 DUAL 2 90 DEG ELBOW PEX BY MALE NPT SEE NOTE 5 16 GA.ALUM FLAT WRAP BAND 90 DEG FITTING NLL,rnyi RIZONTA RTICAI \SWEEP FITTINGS on PEX PIPE pil ! / SEE NOTE 3 / / .«&7 |aL "yy 7 GRADUAL OR SHARP SWEEP BEND, 1 Qe AS REQ'D.MIN.BEND RADIUS +ae PER SPECIFICATIONS>'A 7 et Ce Oo Cae -a4 -f4l----------- 2------ ---AV -SEE NOTE 3. AT MZ =o COVER GASKET WITH 4"WIDE 16 GA.ALUM177,ain 70 ne(0 Ge LOA te aT BAND.L A Li . 6°|e 1 ||6"12”LONG POLYURETHANE SEE NOTE 1,Tre "el 10°,TYP,SEE NOTE 4 INSULATION HALF--SHELLS 16 GA.ALUMINUM FLAT WRAP ALUM JACKET SECTIONS SEE NOTE 1,TYP BANDS,12”LONG,BUTT JOINTS TYPICAL HEAT RECOVERY PIPING W/EXTRA INSULATION &JACKETING4NOTTOSCALE VERTICAL FITTINGS) SEE NOTE 1 RHINOFLEX PIPE TYPE 3 PIPE TRANSITION3NOTTOSCALE 16 GA.ALUM FLAT WRAP BAND SEE NOTE 10 (>RHINOFLEX PIPE PER SEE NOTE 9 2”POLYURETHANE INSULATION HALFSHELL TO FIT OVER RHINOFLEX PIPE SEE SHEET NOTE 2 16 GA.ALUM FLAT WRAP BAND (CONTINUOUS PIECE) 2”POLYURETHANE INSULATION HALFSHELL TO FIT OVER RHINOFLEX PIPE SEE NOTE 10 RHINOFLEX PIPE PER SEE NOTE 9 ¥"0x6"HDG BOLT W/ NUT &WASHER 2x2x%4"ALUM ANGLE CONTINUOUS WELD TO FLAT BAND 16 GA.ALUMINUM FLAT WRAP BANDS SEE NOTE 10RHINOFLEXPIPE PER (2 a SEE NOTE 9Zciafzwv&°2”POLYURETHANE INSULATION HALFSHELL TO FIT OVER RHINOFLEX PIPE SEE NOTE 2 Division of Envir Health and Engineering OFsstRRRna,,xia Ma, BAR IS ONE INCH ON ORIGINAL DRAWING,IF NOT ADJUST SCALES ACCORDINGLY > ce wi 5"xO<iwo2?pe ond=etcCuztr= ESnon <x = EK(%p] =al=|Z g lgSs|ez|e21S8S1h2Ia 8 8 2a 2glkgPsy °|g] PLAN SET:AN 14-243 PROJ MGR:TLM PROJ ENG:TM DRUMS ENG:_ECH DRAWN BY.WOM SHEET TITLE PIPING DETAILS C-502 sHeetT 8 of 8 USER:WPLATT PRODUCT:Civil3D 2015 -20.08 LMS Tech FILE:j \Jobsdata\30306.31 anthe st.mary's heat recovery\OO CADD\O!working set\O1 Civil\KMS-C--SPDETL.dwg LAYOUT:C-502 PRINTED:2/12/2016 5:05:05 PM 11 OF 38 TOTAL SHEETS 1 J 2 l 3 l 4 PIPING LEGEND PIPING SYMBOL LEGEND (CONTINUED)LOGIC LEGEND P&ID LEGEND EXISTING DEMOLITION PROPOSED HO ISOLATION VALVE e CONNECTION POINT ---COLD WATER -b<t-_GATE VALVE (E) S EXISTING CONTROL PANEL ---e-ELECTRICAL POWER TO DEVICE Se ee ----------=HOT WATER CHECK VALVE [#> -SHEET NOTE roy ----w-ANALOG SIGNAL/DATA ie -a»-_-_.XX--HEATING GLYCOL RETURN -o-PRESSURE REGULATING VALVE ELECTROMAGNETIC Lx J PROPOSED CONTROL PANEL (PLC)- @--DIGITAL SIGNAL(S) 1 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Hx--D GEA FG10X20-100 COLD STORAGE/HOTEL 200,000 50%PG 77 160 26 0.5 50%PG 155 170 30 0.5 SINGLE WALL BRAZED PLATE HEAT EXCHANGER,2-1/2"MPT CONNECTIONS wo FE ol HX-E GEA FW5X20-80 CITY OFFICE 100,000 50%PG 175 160 15 0.8 50%PG 150 170 W 0.5 SINGLE WALL BRAZED PLATE HEAT EXCHANGER,1-1/4"MPT CONNECTIONS S =stu7 EXPANSION TANK SCHEDULE Ce TANK VOLUME DIMENSIONS =SYMBOL MANUFACTURER MODEL FUNCTION MEDIUM |MATERIAL (IN)REMARKSTOTAL(GAL)|ACCEPTANCE (GAL)E ET-1 (E)WOOD INDUSTRIAL PRODUCTS JBER-25-011 WASTE HEAT RECOVERY 50%PG STEEL 158 36 30 DIA EXISTING EXPANSION TANK.FOR INFORMATION ONLY ” ET-2 (E)WOOD [INDUSTRIAL PRODUCTS JBER--25-011 WASTE HEAT RECOVERY 50%PG STEEL 158 36 30 DIA EXISTING EXPANSION TANK.FOR INFORMATION ONLY ET-A AMTROL Ex-1500-100 ICITY OFFICE BUILDING HEAT]50%PG STEEL 2.0 1.0 8 DIA X 13 H |EX SERIES COMBINATION PACKAGE 3 ZSz GLYCOL TANK SCHEDULE z TANK CAPACITY MOTOR DATA E |ZoOSYMBOLMANUFACTURERMODELFUNCTIONMEDIUM|MATERIAL (GAL)DIMENSIONS (VOLTS /PH)AMP REMARKS 3 GT-A AXIOM SF100 GLYCOL MAKE UP 50%PG STEEL §5 24”DIA X 49 H 15/1 0.7 PACKAGED UNIT WITH CONTROLS,SELF PRIMING TO 7FT,PLUG AND CORD Fa 56{A} S FINTUBE RADIATION SCHEDULE*g"n” SYMBOL |MANUFACTURER |MODEL |MEDIUM GPM FPF |EGT DEG)LOT DEG EAT DEG)BTUH/LF*REMARKS wo 8 ie FT-1 SLANT/FIN BL-75 50%PG PER PLANS 56.35 170 160 65 513 OWNER PROVIDED,CONTRACTOR INSTALLED,1 ROW,3/4”-3/4"COPPER/ALUMINUM FINTUBE,NU-WHITE BAKEO ENAMEL FINISH,ENCLOSURE HEIGHT 7 3/8”Ss al FT-2 SLANT/FIN BL-75 50%PG PER PLANS 56.35 170 160 65 513 FURNISHED AND INSTALLED BY CONTRACTOR,1 ROW,3/4”-3/4”COPPER/ALUMINUM FINTUBE,NU-WHITE BAKED ENAMEL FINISH,ENCLOSURE HEIGHT 7 3/8"° o |%=] PLAN SET:AN 14-243 "CAPACITY HAS BEEN DERATED FOR PROPYLENE GLYCOL PROJ MGR:TM PROJ ENG:TLM DRUMS ENG:ECH DRAWN BY:wip SHEET TITLE MECHANICAL SCHEDULES sHeeT 2 oF 17 USER:WPLATT PRODUCT:Civii3D 2015 -20.0s LMS Tech FILE:j \gobsdata\30306.31 anthe st.mary's heat recavery\O00 CADD\O1 working set\O6 Mechanical\KSM-M-SHSCHD.dwg LAYOUT:M-002 PRINTED:2/12/2016 5:05:23 PM 13 OF 38 TOTAL SHEETS 1 2 l 3 |4 AUNot 4 n, v & Bd e e e 2 5 %$ CONTROL VALVE SCHEDULE %64 ttn cot FLOW APLOOP|TAG NO.LOCATION SERVICE OPERATION (GPM)|(PSI)CV |SIZE (IN)REMARKS DivisionofEnvironmentalHealthandEngineering 100 |Tcv-100 AVEC RECOVERED HEAT MIXING 40 |--|--3 HONEYWELL 3-WAY MIXING VALVE MODEL V50138 WITH SPRING RETURN ELECTRONIC HONEYWELL ACTUATOR ML6425,24VAC,STEM DRAWS UP ON POWER FAILURE eeaintpose 100 |PRV-100 AVEC HX-A PRESSURE RELIEF ------[--3/4 |PRESSURE RELIEF VALVE,50 PSI (907)729-3600 200 |PRV-200A CITY SHOP HX B PRESSURE RELIEF ------J--3/4 PRESSURE RELIEF VALVE,30 PSI 200 |PRV-2008 CITY SHOP HX-C PRESSURE RELIEF ----|--|--3/4 |PRESSURE RELIEF VALVE,30 PSI oe,300 |PRV-300 |COLD STORAGE/HOTEL |HXx-D PRESSURE RELIEF ----|--|--3/4 |PRESSURE RELIEF VALVE,30 PSI i aS,400 |PRV-400A CITY OFFICE HX-E PRESSURE RELIEF ----|--|--3/4 [PRESSURE RELIEF VALVE,30 PSI *f aot *Y 400 |PV-400B CITY OFFICE HX-E REGULATING o --[--3/4 |HONEYWELL BRAUKMAN DOS PRESSURE REGULATING VALVE \Hi, 2,McKeon =aXMme1998<FGsQ22/6 ASMae.PoresaaygOFESSae INSTRUMENTATION SCHEDULE o . LOOP TAG NO LOCATION SERVICE POWER LIMITS REMARKS a BAR IS ONE INCH ON100BTU-100 AVEC HEAT RECOVERY |120/1 --KESSLER=ELLIS SUPERTROL I]MODEL ES749ST2-O11N WITH MS811-NEMAST4X ENCLOSURE ORIMNAL DRAWING:Tr NOT NGLY 100 F100 Avec HEAT RECoveRY |120/1 __ELECTROMAGNETIC FLOW METER 150g ANSI FLANGED CONNECTION,120 VAC,INTEGRAL MOUNTED TRANSMITTER,RATED FOR OPERATING TEMPERATURE OF 210F.SIEMENS ---- SITRANS FM MAG 3100 100 FS-100 COLD STORAGE/HOTEL |HEAT RECOVERY |24v 0c |3-28 DEG F [FLOW SWITCH FOR FLOW/NO FLOW,MCDONALD MILLER,MODEL FS254 > 100 PS-100 COLD STORAGE/HOTEL |HEAT RECOVERY |120V/1 4-36 PSI |LOW PRESSURE SWITCH,ADJUSTABLE,SET POINT 10 PSI,SINGLE STAGE,GENERAL ENCLOSURE,TRANSDUCER ALUMINUM &BUNA ASCO MODEL PA20A/RE20A11 cc 100 PI-100A,B,C,D,E COLD STORAGE/HOTEL |HEAT RECOVERY --0-60 PSI [PRESSURE GAUGE WEKSLER MODEL UA35,LOWER MOUNT,+2-3%ACCURACY,3-1/2”DIAL > 100 TC-100 AVEC HEAT RECOVERY |24 AC --HONEYWELL REMOTE BULB AQUASTAT CONSTROLLER MODEL L6006A SET TO 180 DEG F v 8 100 TE 100A,B AVEC HEAT RECOVERY --[30-240 DEG F [100 OHM PLATINUM,3-WIRE RTD,TEMPERATURE SENSOR aw 100 TE-100C COLD STORAGE /HOTEL |HEAT RECOVERY --|30-240 DEG F 11097 OHM PTC TEMPERATURE SENSOR PROVIDED WITH HONEYWELL CONTROLLER TC-300 wo L 4 100 TI-100A,B AVEC HEAT RECOVERY ---+SOLAR POWERED THERMOMETER WIKA TYPE TI.DO1,ADJUSTABLE WITH THERMOWELL -a 100 TI-100C,D COLD STORAGE /HOTEL |HEAT RECOVERY --|30-240 DEG F|SOLAR POWERED THERMOMETER WIKA TYPE TI.DO1,ADJUSTABLE WITH THERMOWELL &#z= 200 PI-200A,8,C,D CITY SHOP HX-B --0-60 PSI |PRESSURE GAUGE WEKSLER MODEL UA35,LOWER MOUNT,+2-3%ACCURACY,3-1/2"DIAL =o u. 200 PI-200E,F,GH CITY SHOP HX-C =0-60 PSI |PRESSURE GAUGE WEKSLER MODEL UA35,LOWER MOUNT,+2-3%ACCURACY,3-1/2”DIAL E> 200 TI-200A,B,C,D CITY SHOP HX-B ==--SOLAR POWERED THERMOMETER WIKA TYPE TI.DO1,ADJUSTABLE WITH THERMOWELL id & 200 TI-200E,F,GH CITY SHOP HX-C ----SOLAR POWERED THERMOMETER WIKA TYPE TI.DO1,ADJUSTABLE WITH THERMOWELL Ss 300 PI-300A,B,C,D,E,F,GH COLD STORAGE /HOTEL Hx-D =0-60 PSI |PRESSURE GAUGE WEKSLER MODEL UA35,LOWER MOUNT,+2-3%ACCURACY,3-1/2"DIAL E 300 TC-300 COLD STORAGE /HOTEL HX-D 10A/120/1 --HONEYWELL TEMPERATURE CONTROLLER MODEL T775R2019 PROVIDE WITH TEMPERATURE SENSORS TE-300A AND TE-100C " 300 TE-300A COLD STORAGE /HOTEL HX-D --[30-240 DEG F|1097 OHM PTC TEMPERATURE SENSOR PROVIDED WITH HONEYWELL CONTROLLER TC-300 300 TI-300A,B,C,D COLD STORAGE /HOTEL HX-D ----SOLAR POWERED THERMOMETER WIKA TYPE TI.DO1,ADJUSTABLE WITH THERMOWELL _ 400 |PI-400A,B,C,0,EF,GH,KL CITY OFFICE HX-E --0-60 PSI |PRESSURE GAUGE WEKSLER MODEL UA35,LOWER MOUNT,+2-3%ACCURACY,3-1/2"DIAL e lz 400 TC-400 CITY OFFICE HX-E 10A/120/1 --HONEYWELL TEMPERATURE CONTROLLER MODEL 1775R2019 PROVIDE WITH TEMPERATURE SENSORS TE-400A AND TE-4008 400 TE-400A,B CITY OFFICE HX-E --[30-240 DEG F|1097 OHM PTC TEMPERATURE SENSOR PROVIDED WITH HONEYWELL CONTROLLER TC-400 400 TI-400A,B,C,0 CITY OFFICE HX-E ----SOLAR POWERED THERMOMETER WIKA TYPE TI.D01,ADJUSTABLE WITH THERMOWELL iS 2cs)2 |e258|2 Ia ed 8 2Ba ©5S Wy$|soa z=] PLAN SET:AN 14-243 PROJ MGR:_TLM PROJ ENG:TUM DRUMS ENG:ECH DRAWN BY:WIP SHEET TITLE MECHANICAL SCHEDULES sHeeT 3 oF 17 USER:WPLATT PRODUCT:Civii3D 2015 -20.0s LMS Tech FILE:¢\Jobsdota\30306.31 onthe st.mary's neat recovery\OO CADD\O!working set\06 Mechanical\KSM-M--SHSCHD.dwg LAYOUT:M-003 PRINTED:2/12/2016 5:05:29 PM 14 OF 38 TOTAL SHEETS jyGENERAL THE INFORMATION SHOWN ON THIS DRAWING IS TAKEN FROM AS-BUILT DRAWINGS AND A NON DESTRUCTIVE WALK THROUGH OF THE FACILITY.THE CONTRACTOR SHALL FIELD VERIFY ALL ITEMS SCHEDULED FOR DEMOLITION PRIOR TO START OF WORK. PLANS -THE CONTRACTOR SHALL PROVIDE ALL MATERIALS AND LABOR NECESSARY FOR A COMPLETE AND OPERABLE SYSTEM.THE DRAWINGS ARE PARTLY DIAGRAMMATIC,NOT NECESSARILY SHOWING ALL OFFSETS OR EXACT LOCATIONS OF PIPING AND DUCTS,UNLESS SPECIFICALLY DIMENSIONED. CODE -ALL WORK SHALL BE DONE IN ACCORDANCE WITH THE LATEST ADOPTED EDITION OF THE INTERNATIONAL BUILDING CODE (IBC),INTERNATIONAL MECHANICAL (IMC),UNIFORM PLUMBING CODE (UPC)AND THE NATIONAL ELECTRICAL CODE (NEC)AS AMENDED BY THE STATE OF ALASKA AND LOCAL JURISDICTIONS. EQUIPMENT SUBSTITUTIONS -ALL EQUIPMENT LISTED IS REPRESENTATIVE OF THE STANDARD OF QUALITY AND PERFORMANCE REQUIRED.OR EQUAL SUBSTITUTIONS WILL BE CONSIDERED IF THE SUBSTITUTE CATALOG CUTS ARE SUBMITTED AND ARE SHOWN TO BE EQUAL OR BETTER QUALITY,INCLUDING EFFICIENCY OF PERFORMANCE,SIZE AND WEIGHT. WARRANTY -ALL WORK PERFORMED UNDER THIS CONTRACT TO BE FREE FROM DEFECTS IN MATERIALS AND WORKMANSHIP FOR A PERIOD OF ONE YEAR FROM ACCEPTANCE.ANY FAULTY MATERIALS OR WORKMANSHIP SHALL BE REPAIRED OR REPLACED TO THE SATISFACTION OF THE OWNER DURING THE GUARANTEE PERIOD. MATERIALS --ALL MATERIALS OTHER THAN OWNER SUPPLIED SHALL BE NEW AND UNUSED,INSTALLED IN ACCORDANCE WITH THE MANUFACTURER'S DIRECTIONS AND IN THE BEST PRACTICE OF THE CRAFT.OBTAIN OWNER'S APPROVAL OF ALL PRODUCTS PRIOR TO ORDERING OR INSTALLING ANY PART OF ANY SYSTEM. ACCESS -PROVIDE WORKABLE ACCESS TO ALL SERVICEABLE AND/OR OPERABLE EQUIPMENT. TEST AND START-UP - DOMESTIC WATER PIPING:TEST PIPING SYSTEMS IN ACCORDANCE WITH APPLICABLE SECTIONS OF THE IMC. HEATING WATER/GLYCOL PIPING:HYDROSTATICALLY TEST ALL PIPING AT 150 PSI FOR A MINIMUM OF 1 HOUR WITH NO NOTICEABLE LEAKS OR PRESSURE DROP.ISOLATE ENGINES AND RADIATORS PRIOR TO TESTING.FLUSH PIPING WITH WATER PRIOR TO CHARGING WITH GLYCOL AND PLACING INTO SERVICE. START-UP EQUIPMENT AND OPERATING COMPONENTS TO CONFIRM PROPER OPERATION.NOTIFY OWNER IF ANY EXISTING EQUIPMENT, THAT IS REQUIRED,TO OPERATE THE SYSTEM IS MALFUNCTIONING. REPLACE ANY CONTRACTOR PROVIDED EQUIPMENT THAT IS MALFUNCTIONING AND RETEST.TEST AND ADJUST CONTROLS AND SAFETIES.REPLACE DAMAGED AND MALFUNCTIONING CONTROLS AND EQUIPMENT AND RETEST. EQUIPMENT INSTALLATION -INSTALL ALL EQUIPMENT WHERE NOTED ON THE DRAWNGS IN ACCORDANCE WITH THE MANUFACTURER'S INSTRUCTIONS.PROVIDE MISCELLANEOUS APPURTENANCES, ACCESSORIES,SUPPORTS AND CONTROL CONNECTIONS REQUIRED FOR COMPLETE AND OPERATING SYSTEMS.MAINTAIN ALL MANUFACTURER'S RECOMMENDED CLEARANCES. SEISMIC RESTRAINT -ALL PIPING,AND EQUIPMENT INSTALLED UNDER THIS PROJECT SHALL BE SEISMICALLY RATED AND RESTRAINED FOR A SEISMIC EVENT IN ACCORDANCE WITH THE 2009 EDITION OF THE INTERNATIONAL BUILDING CODE AND THE LATEST ADOPTED EDITION OF ASCE 7.SEISMIC CATEGORY D,COMPONENT IMPORTANCE FACTOR 1.0. PENETRATIONS OF FIRE BARRIERS -PENETRATIONS SHALL BE PROTECTED BY AN APPROVED FIRESTOP SYSTEM INSTALLED AND TESTED IN ACCORDANCE WITH ASTM E199 OR ASTM E814.SYSTEMS SHALL HAVE AN F RATING NOT LESS THAN THE REQUIRED FIRE-RESISTANCE RATING OF THE ASSEMBLY BEING PENETRATED. INSTALL FIRESTOPPING IN ACCORDANCE WITH THE MANUFACTURER'S RECOMMENDATIONS. IN ATION ASTM C547;GLASS FIBER,RIGID,MOLDED, PIPING -NON-COMBUSTIBLE INSULATION;'K'VALUE OF 0.23 AT 75,RATED TO 850°,VAPOR RETARDER JACKETEO WITH REINFORCED VAPOR RETARDING FACING AND FACTORY-APPLIED LONGITUDINAL ACRYLIC CLOSURE SYSTEM;JOHNS MANVILLE MICRO-LOK OR EQUAL. EXTERIOR INSULATION - ASTMC534,TYPE |,FLEXIBLE CLOSED CELL ELASTOMERIC INSULATION TUBULAR,'K'VALUE OF 0.27 AT 75%,OPERATING TEMPERATURE RANGE:-58F TO 250%.ARMAFLEX HT OR EQUAL. EXTERIOR JACKETING - PROVIDE FLEXIBLE WEATHER-FROOPING JACKET COMPRISED OF A RUBBERIZED BITUMINOUS MEMBRANE WITH EMBOSSED UV RESISTANT ALUMINUM FOIL/POLYMER LAMINATE,PEEL AND STICK PRODUCT. POLYGUARD ALUMAGUARD OR EQUAL. INTERIOR JACKETING - Pvc JACKETS AND FITTING COVERS:ONE PIECE,PRE-MOLDED,HIGH IMPACT,UV--RESISTANT POLYVINYL CHLORIDE COVERING FITTINGS AND JACKETING MATERIAL;JOHNS MANVILLE ZESTON 2000 SERIES PVC OR EQUAL.ALL EXPOSED PIPING BELOW 10 FEET IN MECHANICAL ROOM AND INTERIOR SPACES SHALL BE JACKETED. EQUIPMENT INSULATION JACKET - SEMI-RIGID,FIBROUS GLASS BOARD NONCOMBUSTIBLE,END GRAIN ADHERE TO JACKET.VAPOR BARRIER JACKET:KRAFT REINFORCED FOIL VAPOR RETARDING BARRIER AND FACTORY APPLIED SELF-SEALING ADHESIVE JOINTS. SERVICE PIPE SIZE THICKNESS HEATING GLYCOL/WATER ALL SIZES 1" PIPE EXPOSED TO FREEZING ALL SIZES 2” PIPING DOMESTIC WATER PIPING,ABOVE GRADE - COPPER TUBING:ASTM B88,TYPE L,HARD DRAWN.FITTINGS: ASME B16.18 CAST COPPER ALLOY OR ASME B16.22 WROUGHT COPPER AND BRONZE.JOINTS:ASTM B32,LEAD FREE SOLDER, WATER SOLUBLE FLUX OR VIEGA,PRO PRESS SYSTEM. HEATING GLYCOL/WATER PIPING,ABOVE GRADE -COPPER TUBING:ASTM B88,TYPE L,HARD DRAWN.FITTINGS: ASME B16.18 CAST COPPER ALLOY OR ASME B16.22 WROUGHT COPPER AND BRONZE.JOINTS:ASTM B32,LEAD FREE SOLDER, WATER SOLUBLE FLUX OR VIEGA,PRO PRESS SYSTEM. STEEL PIPE:ASTM A106B,SEAMLESS BLACK STEEL 1-1/4” DIAMETER AND LARGER:SCHEDULE 40 SMALLER THAN 1-1/4” DIAMETER:SCHEDULE 80. FITTINGS TO BE FORGED STEEL WELDED TYPE JOINTS TO BE WELDED FOR ALL PIPING LOCATED IN/AT POWER PLANT. RHINOFLEX- CARRIER PIPING:CROSS-LINKED POLYETHYLENE (PEX )PIPE FOR TEMPERATURES UP TO 204F.PEX-A PIPE WITH AN OXYGEN DIFFUSION BARRIER. INSULATION:ALL INSULATION MATERIALS WILL BE SUPPLIED BY THE SYSTEM MANUFACTURER AND WILL BE POLYURETHANE CLOSED CELL INSULATION.THE INSULATION WILL BE FURNISHED A MINIMUM OF 1.25"THICK. JACKET MATERIAL:THE OUTER PROTECTIVE JACKET SHALL BE CORRUGATED SEAMLESS POLYETHYLENE COMPLETELY ENCOMPASSING AND PROTECTING THE INSULATION FROM MOISTURE AND DAMAGE,DESIGNED FOR H-20 LOADING AT A BURIAL DEPTH OF 2 FEET MINIMUM.RHINOFLEX DUAL LINE OR EQUAL TO MATCH EXISTING. REAM PIPE AND TUBE ALL CUT ENDS AND THOROUGHLY CLEAN PIPE ENDS AND FITTINGS FOR SOLDERING.REMOVE ALL BURRS, KEEP OPEN ENDS OF PIPE FREE FROM SCALE AND DIRT.PROTECT WITH TEMPORARY CAPS OR PLUGS. PIPING SUPPORTS AND HANGERS -SIZED AND SPACED IN ACCORDANCE WITH THE IMC.INSTALLED AS PER THE MANUFACTURERS INSTRUCTIONS. SEAL ALL WALL PENETRATIONS.FOR PIPING 2 INCHES AND LARGER THROUGH EXTERIOR WALLS INSTALL FLASHING AS INDICATED BY CIML.ON PIPING SMALLER THAN 2 INCHES AND ON ALL INTERIOR WALL PENETRATIONS SEAL WITH POLYURETHANE CAULKING. DO NOT CUT DRILL OR NOTCH STRUCTURAL MEMBERS UNLESS SPECIFICALLY APPROVED BY ENGINEER.MINIMIZE PENETRATIONS AND DISRUPTION OF EXISTING BUILDING STRUCTURE. VALVES. BALL VALVES -CLASS 150,BRONZE TWO PIECE BODY,FULL PORT, FORGED BRASS,CHROME PLATED BALL,TEFLON SEATS AND STUFFING BOX RING,BLOW-OUT PROOF STEM,LEVER HANDLE, SOLDER ENDS,OR VIEGA PRO-PRESS SYSTEM. SWING CHECK VALVES -UP TO 2 INCHES:CLASS 125,BRONZE SWING DISC,SOLDER,SCREWED OR VIEGA PRO-PRESS SYSTEM ENDS.OVER 2 INCHES:CLASS 125,IRON BODY,BRONZE TRIM, SWING DISC,RENEWABLE DISC AND SEAT,FLANGED ENDS. REUEF VALVES -THREADED END,BRONZE BODY,TEFLON SEAT, STEEL STEM AND SPRINGS.AUTOMATIC,DIRECT PRESSURE ACTUATED,ASME CERTIFIED AND LABELED. BUTTERFLY VALVE -DUCTILE IRON,BODY,LUG STYLE ENDS,316 STAINLESS STEEL TRIM,150LB FLANGE PATTERN,LOCKING HANDLE, 316 STAINLESS STEEL DISC,PTFE LINED EPDM SEAT.APOLLO 141 SERIES,KEYSTONE MODEL 920,OR APPROVED EQUAL. FLANGES,UNIONS,AND COUPLINGS: COPPER PIPING:CLASS 150,BRONZE UNIONS WITH SOLDERED OR BRAZED JOINTS. FLANGES FOR 2-1/2 INCHES AND LARGER -COPPERPIPING:CLASS 150,SLIP-ON BRONZE FLANGES. FERROUS PIPING:CLASS 150 FORGED STEEL,SLIP ON FLANGES. DIELECTRIC CONNECTIONS:UNION WITH GALVANIZED OR PLATED STEEL THREADED END,COPPER SOLDER END,WATER IMPERVIOUS ISOLATION BARRIER. GLYCOL SOLUTION. INHIBITED PROPYLENE GLYCOL AND WATER SOLUTION PREMIXED 50% GLYCOL 50%WATER,SUITABLE FOR OPERATING TEMPERATURES FROM -60 DEG F TO 250 DEF F.MATCH EXISTING DOWFROST HD PROPYLENE GLYCOL.COORDINATE WTH OWNER PRIOR TO ORDERING. HYDRONICS PUMPS IN-LINE CIRCULATORS WITH INTEGRAL VARIABLE FREQUENCY ORIVE -PUMP TO BE QUIET INLINE WET ROTOR DESIGN.IMPELLER:TYPE 304 STAINLESS STEEL.BEARINGS:TUNGSTEN CARBIDE SHAFT BEARING SURFACES.SHAFT:STAINLESS STEEL.MOTOR SHALL BE OF THE INTEGRATED VARIABLE FREQUENCY DRIVE DESIGN CONSISTINGOFAMOTORANDAVARIABLEFREQUENCYORIVE(VFD)BUILT AND TESTED AS ONE UNIT BY THE SAME MANUFACTURER.WITH ANALOG INPUT OPTION CARD AND INTEGRAL VFD CONTROLLER.GRUNDFOS MAGNAS OR EQUAL. RONIC SPECIA FLEXIBLE CONNECTORS --CORRUGATED STAINLESS STEEL HOSE WITH SINGLE LAYER OF STAINLESS STEEL EXTERIOR BRAIDING,MINIMUM 9 INCHES LONG WITH COPPER TUBE ENDS;FOR MAXIMUM WORKING PRESSURE 300 PSIG. STRAINERS -SIZE 2 INCH AND UNDER:SCREWED BRASS OR IRON BODY FOR 175 PSIG WORKING PRESSURE,Y PATTERN WITH 20 MESH STAINLESS STEEL PERFORATED SCREEN. STRAINERS -SIZE 2-1/2 INCH TO 4 INCH:FLANGED IRON BODYFOR175PSIGWORKINGPRESSURE,Y PATTERN WITH 3/64 INCH STAINLESS STEEL PERFORATED SCREEN. AUTOMATIC AIR VENT -BRASS BODY,SELF CLOSING FLOAT OPERATED VALVE,SCREW ON CAP,MIN 1/4”NPT CONNECTION.PROVIDE WITH GAUGE COCK ISOLATION.MAID-O-MIST NO.75 OR EQUAL. BALANCE VALVES -STRAIGHT PATTERN,INSIDE SCREW GLOBE VALVE FOR 125 PSIG WORKING PRESSURE,WITH BRONZE BODY AND INTEGRAL UNION FOR SCREWED CONNECTIONS,RENEWABLE COMPOSITION DISC,PLASTIC WHEEL HANDLE FOR SHUT-OFF SERVICE,AND LOCKSHIELD KEY CAP FOR BALANCING SERVICE.INSTALL PER MANUFACTURER'S INSTRUCTIONS.B&G CIRCUIT SETTER OR APPROVED EQUAL. ZONE VALVES --MOTORIZED ACTUATOR 2 WAY VALVE ASSEMBLY, 300 PSI MAXIMUM OPERATING PRESSURE,STRAIGHT THROUGH NORMALLY CLOSED CONFIGURATION,24VAC,BRASS BODY, STAINLESS STEEL DRIVE SHAFT STEM,BUNA-N RUBBER BALL PLUG, EPDM RUBBER O-RING SEALS SUITABLE FOR PROPYLENE GLYCOL, HONEYWELL V8043A OR EQUAL. PRESSURE GAUGE ISOLATION VALVES -GAUGE ISOLATION VALVE: LEVER OR T-HANDLE BALL VALVE,BRASS BODY,CHROME PLATED BRASS BALL,TEFLON SEAT.MODEL 886 AS MANUFACTURED BY TRERICE OR APPROVED EQUAL. INSTRUMENTATION AND GAUGES CONTROL VALVES - UP TO 2 INCHES:GLOBE PATTERN,BRONZE BODY,BRONZE TRIM, RISING STEM,RENEWABLE COMPOSITION DISC,SCREWED ENDS,WITH BACK SEATING CAPACITY,REPACKABLE UNDER PRESSURE.SIZE VALVE OPERATORS TO CLOSE VALVES AGAINST PUMP SHUT OFF HEAD. VALVES FOR TWO-POSITION SERVICE TO BE LINE-SIZED WITH FULL PORTS.VALVE BODY RATED FOR SERVICE PRESSURE OF 125 PSIG AT 250°F. THERMOMETERS -SOLAR POWERED THERMOMETER,ADJUSTABLE ANGLE,3/8”LCD DIGIT DISPLAY,HIGH IMPACT ABS CASE,GLASSPASSIVATEDTHERMISTORSENSOR,ALUMINUM STEM,ACCURACY 1% OF READING,LUX RATING:10 LUX,SCALE CALIBRATED IN BOTH DEGREES F AND DEGREES C.PROVIDE WITH THERMOWELL WHERE REQUIRED,WIKA TYPE Ti.D01 PRESSURE GAUGES -3-1/2 INCH DIAMETER CAST DRAWN STEELCASE,BRONZE BOURBON TUBE,BRASS MOVEMENT,BRASS SOCKET, BLACK GRADUATION AND MARKINGS ON WHITE BACKGROUND,1.5 PERCENT FULL SCALE ACCURACY,SCALE CALIBRATED IN PS!,GLASS WINDOW,O TO 60 PSI SCALE. THERMOSTAT -CONTROL RANGE:55 TO 95 DEG F,FINISH:TAUPE COLOR,MOUNTING:MOUNTS DIRECTLY ON VERTICAL NEMA STANDARD (2”X 4°)SINGLE-GANG OUTLET BOX,ELECTRICALRATING:24V AND 1.2FLA.CSA CERTIFIED.HONEYWELL MODEL 1822D OR EQUAL. SENSOR FLOW METER -SIZE 2-1/2 INCH TO 3 INCH:150 ANSI FLANGES,WAFER-TYPE ORIFICE PLATE.BELL &GOSSETT CIRCUIT SENSOR FLOW METER-TYPE A OR EQUAL. SOLENOID VALVE -120VAC,2 WAY NORMALLY CLOSED,BRASS BODY,MAX OPERATING PRESSURE 180 PSI,MAX OPERATING TEMPERATURE 200 DEG F. SEE INSTRUMENTATION SCHEDULE FOR OTHER TEMPERATURE SENSORS AND OTHER INSTRUMENTATION. Division of Envi , Health and Engineering3900AmbassadorDrive,Suite 301Anchorage,Alaska 99506(907)729-3600 sosebiting,ae.OF Na,LS %for Siy*f 49 TH "4 ren?5 .Muay OES5 BAR IS ONE INCH ON ORIGINAL DRAWING,IF NOT ADJUST SCALES ACCORDINGLY ST.MARY'S,AKST.MARY'SHEATRECOVERYFINAL&[2 FasES86=/%wy |&&|e©Id S es a]a) baadS IkSis x©|g] PLAN SET;AN 14-243 PROJ MGR:_TLM PROJ ENG:TW DRUMS ENG:_ECH DRAWN BY:WIP SHEET TITLE MECHANICAL SPECIFICATIONS M-004 sHeetT 4 of 17 USER:WPLATT PRODUCT:Civil3D 2015 20.0s LMS Tech FILE:j \Jobsdata\30306.31 anthe st.mory's heot recovery\G0 CADD\O1 working set\O6 Mechanicol\KSM-M-SHSPEC.dwg LAYOUT:M-004 PRINTED:2/12/2016 5:05:36 PM 15 OF 38 TOTAL SHEETS 1 |2 l 3 ]4 a all LPR PT,OEM ry &Pere 4s yo 1,EE eat arsiinved al a tain NN ne Mi Se et la ent ta ieee Kaa 9wo?fy gee man.a ee .uo et .77font*ert te rN ye \.ad Pa .'wots a AL aoe fF an >yO,d me ° '3 V8 ey we :e .*?csUpOSpee,Noga "neeere"Booey ., ae ">4 aE ge”qaaTeDivision of Environmental Health and Engineering +SFvate2Nnialak.ATA,SSA]os*RY&NA,'ale.Ks-£"3 % : 5 *f "Oe Oy Qoe .- 4 NQ)ene .o%*aoa + " Z +Ay . eae ae 7KINISBUILDINGSEESHEETM--103 0 7s Es aa .ivr ”Ce BAR [S ONE INCH ON ORIGINAL DRAWING,IF NOT ADJUST SCALES ACCORDINGLY.Ssoe eg o -#gre weet \Veowtatwa '¢\ , EXISTING ABOVE GRADE HEAT RECOVERY LINES BETWEEN AVEC AND CITY SHOP TO REMAIN « .a 7s aw \- }Nee ha a Nee ade 7 ae eh«FOR WORK IN THIS BUILDING - .SEE SHEETS M-101/102 Loa FINAL.\'Vos:-oo aoi*ae!aad oT - &"7 . *oF a'we '-\ety OFFICEareCaen ST.MARY'S,AKST.MARY'SHEATRECOVERY-"ereeg>ENet,Pa a,eaOE tool Vv . e .FOR WORK IN THIS BUILDING SEE SHEET M-104'a ae #tllAs\.\t."Ver .weFatx 2 {2 .an ddPo4:,"”"|wee rk , ; ."HEAT RECOVERY MODULE +"#'* t rr a""TO BE ABANDONED IN " an f bac ae .?oa PLACE UNLESS ADD ALT F 3 >belay eae 'TonbpSSen ove C .\\.a Ae .BIS ACCEPTED.SEE 5 aeeDanoBELowGRADEoF|\eo ce ce ate Oh aha gm gm &|eeeaL777THEATRECOVERY\ey \:COLD :PROPOSED BURIED HEAT 3,"od -g |eaaeo"!aa \.PIPELINE SHOWN FoR ES,.Vue ar 3 STORAGE/HOTEL>RECOVERY PIPELINE SHOWN es ©|6 _-dot"4 4"Q REFERENCE ONLY :©ra Sew eyes FOR REFERENCE ONLY SEE '" <A Ss .-otk CEONLY SEE era ar atTetNSget.NCIML FOR ROUTING =*SEN :CIVL FOR ROUTING Hs ee \\icwetNe:Cer a \ay [\we sa 7 "SY "'a pt :-"'.;a .a af Paes a , = adGN .r.4 }=t 4°{a=] +e PLAN SET:AN 14-243 PROJ MGR:_TLM PROJ ENG:TM DRUMS ENG:_ECH DRAWN BY:wip SHEET THLE 'MECHANICAL SITE PLAN ;SITE PLAN :a M100SCALE:1"=30 sHeT 5 of 17 USER:WPLATT PROOUCT:Civil3D 2015 20.0s LMS Tech FILE:¢\vopsdata\30306.31 anthe st.mary's heat recovery\00 CADD\O1 working set\06 Mechanical\KSM-M SHSITE.dwg LAYOUT:M-100 PRINTED:2/12/2016 5:05:51 PM 16 OF 38 TOTAL SHEETS 1 |2 |3 |4 oth Na > EXISTING AQUASTAT CONTROLLER v 4,.,: 3 5 RADIATORS (E)2 Ps SEE EXHIBIT PHOTO *%i3/M 501 FOR DETAIL in NOTES -DEMOLITION:fart oO ;¥;y OR PIPING SCHEMA 1 1 I [ i i [71>FOR PIPING SCHEMATIC SEE 1/M-501.Division of Environmental *Health and Engineering6"(E)COOLANT DEMOLISH EXISTING HEAT EXCHANGER AND ASSOCIATED PIPINGaK+>-RETURN TO AND APPURTENANCES TO THE EXTENT REQUIRED TO INSTALL hana pirenannayfrabiie terialEXISTINGAMOT--- ->-2»-_1-tar -»-_--_---+GENERATOR -4”(E)NEW HEAT EXCHANGER.(907)729-3600 VALVE (TYPme)>WHCSAWHGR EXISTING HEAT RECOVERY MODULE TO BE ABANDONED IN ¢--cr PLACE,UNLESS ADD ALT #2 IS ACCEPTED.wen 4 4 teOF AsaygCONTROLwHoR4[74>DEMOLISH PIPING ONLY TO THE EXTENT REQUIRED TO MAKE Ley Say ROOY NEW PIPING CONNECTIONS.fef5m * Cr)>wes s [5>EXISTING VALVES ARE CURRENTLY POSITIONED IN "SERIES”3 uf 3 ---is Dy MODE.VALVE POSITIONS WILL BE REQUIRED TO BE CHANGED BK MaLMsen 753 |WR -<WGR WHEN NEW HEAT RECOVERY SYSTEM IS INSTALLED.VEN NU A EEHX-1(E)felt cs >mics wes en oTnewerLoaHGS"@-HGS fs r a BAR IS ONE INCH ON Hx-2 (E)ORIGINAL DRAWING,IF NOT ADJUST SCALES ACCORDINGLY E uv > [oat Serie ui OF RICE 5°(E)WHGS/WHGR 3xO<WwaoaCUMMINSCAT3508CAT3512By 2 ;:DFEK (E)(-E)PLD (E)bas <s<r= oo 1 3 §tH < OFFICE ]l >[ornce |ot GENERATOR EBAY :i t o ==[--|Sr 4 SSS}aEZ| t ! ||z bot =iz /J a=aegf29 I I 2 16 '=Ly : RY 2 1 2 -VALVE POSITIONS Pa RE1ofsf W.HEAT °lzSERIESCITYSHOP=|VALVE\MODE PARACDKEL COVERY MODKs|(EXISITING)ony [|*ONLY PLAN SET:AN 14-243 PROJ MGR:__TLM oe v1 OPEN OPEN _DPEN CLOSED PROJ ENG:TL v2 CLOSED OPEN CLOSED OPEN aS xe ot v3 OPEN CLOSED |CLOSED CLOSED SET TINE ra -v4 OPEN _OPEN CLOSED OPEN_MECHANICALs---wes --v5 CLOSED OPEN OPEN CLOSED DEMOLATION PLAN « (s)AVEC 1 MECHANICAL PLAN -AVEC DEMOLITION d M-101SCALE:1/4"=1'-0”f sHeetT 6 of 17 USER:WPLATT PRODUCT:Civii3D 2015 -20.08 LMS Tech FILE:j \Wobsdata\30306.31 anthe st.mary's heat recovery\O0 CADD\O1 working set\06 Mechanical\KSM-M-SHPLAN-AVEC.dwg LaYOuT:M-101 PRINTED:2/12/2016 5:06:00 PM 17 OF 38 TOTAL SHEETS 1 |2 |3 !4 ot hens n, & wy e e a 2 5 %¢ EXISTING "earn oF AQUASTATEXISTINGAMOTCONTROLLERVALVE(TYP)Division of Envir " \I |Health and EngineeringRADIATORS(E)3900 AmbassadorDrive,Suite 301BTU-100 TO BE INSTALLED Anchorage,Alaska 99508ONWALLOFMEZZANINE||(907)729-3600 r'7 'v TES -REMODEL: 7 C {oyI1[>For PIPING SCHEMATIC SEE 2/M-501.SEF AL,[AK K»--6"(E)COOLANT "an TO -4”(E)[2 >INSULATED HEAT EXCHANGER TO BE FLOOR MOUNTED.:+ oAD 2 6 >|GENERATOR RAR TIN eePARTS.y CHES /MEGR TO [3>PIPING TO BE ROUTED AS HIGH AS POSSIBLE,FIELD a4 Saez ;ROOM r SEE CIVIL FOR COORDINATE FINAL PENETRATION LOCATIONS WITH CIVIL.aN Meiee Se 108 T mer non ---CONTINUATION ANA ESv5r . INSTALL FLOW METER SUCH THAT IT IS ALWAYS FILLED WITH Magy MOFESS Oe&CONTROL ot wir wicr 5 LIQUID,PROVIDE STRAIGHT LENGTHS AT INLET AND OUTLET IN maneane' aCOv |ACCORDANCE WITH MANUFACTURERS INSTALLATIONalyes3)INSTRUCTIONS.[r so >v-3 a | |«;OFFSET EXISTING COOLANT LINES AS REQUIRED TO CONNECT TO BAR IS ONE INCH ON xa WHR 4 WHGR 10 if v-1 NEW HEAT EXCHANGER.ORIGINAL DRAWING,IF NOT-V--3 > v-4 }ADJUST SCALES ACCORDINGLYmad-WHGS WHGS ->WHGS.iO}WHGS -|HOt?|[6 >PROVIDE PIPING FLEX CONNECTIONS AT WALL PENETRATION. %"es ¢nes es "es POST CONSTRUCTION THE RECOVERED HEAT SYSTEM > e |}-«-!OPERATIONAL MODE SHALL BE IN PARALLEL.CONTRACTOR TO £ADJUST VALVE POSITIONS AS INDICATED IN TABLE BELOW.rr] -d >Hx=2 (€),B 8 y+[8 >AQUASTAT CONTROLLER,SET TEMPERATURE 180,TO BE WALL ro) E #MOUNTED BETWEEN 48”AND 50”ABOVE FINISHED FLOOR.FIELD "<O d &LY LOCATE AS REQUIRED.<uy a Y [[9 >INSTALL AUTOMATIC AIR VENTS WITH ISOLATION AT ALL HIGH g be al [7 7 "POINTS IN THE SYSTEM.<< [crrice |5"(E)WHGS/WHGR -Cwz ; t [10 >REUSE EXISTING OPENINGS FOR BUILDING PENETRATION TO =Titg3EXTENTPOSSIBLE.PATCH AND SEAL ANY REMAINING OPENING m2)TO MATCH EXISTING.ESAQUASTATREMOTEnoc a BULB SENSOR 11.ALL PIPING IN AVEC TO BE WELDED STEEL.< 5 t CUMMINS CAT 3508 CAT 3512 = DFEK (E)(E)(E)ac A ” HD MIXING VALVE &8 7a8 4 OFFICE ISOLATION VALVE (TYP)R35]GENERATOR VALVE POSITIONS 3 iy SOLENOID VALVE eK a BAY - 7 7 VALVE\MODE PARALLEL |CITY.SHOP |UO Cty on2.ea 5 X 3 REDUCER \ERIE (NEW)ONS /city ICE 2Iil8IaE |L |E ay,-1 vi OREN OPEN OPEN |Sx"CLOSED z |B3”PEX TO COLD &|e +p PESTORAGE/HOTEL,SEE v2 cyoseo OPEN chose ores 5 2 CIVIL FOR TRANSITION v3 OPEN CLOSED CLOSED”CLOSED o is v4 /OPEN \OPEN CLOSED OPEN S SEE CIML FOR V5 7 CLOSED OPEN OPEN CLOSED aCONTINUATIONa 25 Ie=41MECHANICALPLAN-AVEC REMODEL A . SCALE:1/4”=1'-0"f °1g PLAN SET:AN 14-243 PROJ MGR:_TLM PROJ ENG:TM DRUMS ENG:£CH DRAWN BY:WIP SHEET TITLE MECHNAICAL PLAN « AVEC sHeetT 7 oF 17 USER:WPLATT PRODUCT:Civii30 2015 -20.0s LMS Tech FILE:;\Wobsdata\30306.31 anthe st.mary's heat recovery\O0 CADD\O!1 working set\O6 Mechanical\KSM-M-SHPLAN-AVEC.dw9 LAYOUT:M-102 PRINTED:2/12/2016 5:06:04 PM 18 OF 38 TOTAL SHEETS .-EXISTING HX-1 TO4°WHGR UP TO EXISTING EXPANSION TANKS 4”PIPING WHGS/WHGR IN MEZZANINE (E)SHEET NOTES;ON MEZZANINE ABOVE TO MEZZANINE ABOVE BE DEMOLISHED PIPING SHOWN OFFSET FOR -[-----4"WHGS UP TO [11>EXISTING CIRCULATIONCLARITY,SEE EXHIBIT PHOTO MEZZANINE (E)PUMPS CP-1,CP-2,CP-3, 3/M 103 FOR STACKED AND CP-4 TO REMAIN. CONFIGURATION HX-1 (E)TO cP-1 (E)4 BE DEMOLISHED [2_>HEAT EXCHANGER TO BE ea oot --/\\-WALL MOUNTED,FOR DETAIL a WHER (f)uP 1 SEE -1/M-107.ie:errrXPANSIONMd+Se tad Fed on Division of Envir 1 TANKS LOCATED ten*[3>DEMOLISH EXISTING PIPING Bar :dara meca Health and Engineering IN MEZZANINE _TO THE EXTENT REQUIRED on ie ..,-_3900 AmbessadorDrive,Suite 301eTHX-2 (E)TO INSTALL NEW HEAT i aed ee Anchorage,Aleska 99506cP-2 (E)tf -F TO BE EXCHANGER AND ¥i ig (907)729-9600 -DEMOLISHED ASSOCIATED INSTRUMENT ]-cas rae rcto 5ANDCONTROLS.1 A Ais oe ty ;4 >pct eWRing ep-3 (E)cp-4 (cE)8 |4.FOR END USER PIPING let Femmrataimsd a0 ee ci,|SCHEMATIC SEE -1/M-502 ar non £7 tomnox A-a.B . 1 8 Te 4 4"WATER LINES i AND 2/M 502.Rb Y4i,nag wag P nea.;7(E)TO CITY WATER bemrib seatite ;se Be ot,% fBay5.INSTALL AUTOMATIC AIR ie ..vy Lucen 7s ofCIRCULATIONLOOPVENTSWITHISOLATIONAT6:]ae EXISTING ELECTRICAL CON Mest Wi &HIGH POINTS IN THE SYSTEM.-4 cig!|ge -_Neo peesBefwsysFayKnfooOE*eaneeaaee™6.=CONTRACTOR TO PROVIDE Jat Oe _a ---EXISTING HX-2 TO GLYCOL SOLUTION TO FILL rye "9 BE DEMOLISHED 7)=ENTIRE BUILDING HEAT bape ro”[oLER ROOV |a SYSTEM ESTIMATED TO BE -ye BAR IS ONE INCH ONaaahAPPROXIMATELY75GAL.aaX.eae ORIGINAL DRAWING,IF NOTi,"or a.ADJUST SCALES ACCORDINGLY 4 ie(%.Ceara.2 1/2"HGS/HGR (E)TO - CITY SHOP HYDRONIC > HEATING SYSTEM ow uw 3 -y-vo xO<iEXHIBITPHOTO-NORTH WALL EXISTING ooMECHANICALPLAN-CITY SHOP 3 NO SCALE E z 1 BOILER ROOM DEMOLITION d ="<=3/8”=1-0"HX-B TO BE WALL MOUNTED IN THIS POSITION.=H uuSEE1/M-107 FOR PIPING SCHEMATIC ESPIPINGSHOWNOFFSET4”WHGR UP TO rare .oc FOR CLARITY,SEE MEZZANINE (E)<EXHIBIT PHOTO 4”WHGS UP TO s3/M-103 FOR STACKED MEZZANINE (E :CONFIGURATION )- CP-1 (E)\---HX-B iP 1”WHGR (E)UP YR =y\-TO EXPANSION =TANKS LOCATED 2 |EINMEZZANINE: yy, cP-2 (E)-T]2 | 3 ra >Ee FA-8 iq 2 iF 4”WATER LINES 2 16 S{E)TO CITY WATER 7 CIRCULATION LOOP BAY s38B 2 g ©&ly =AREA OF WORK o |6 BOILER RO S '[o |zJ: .'PLAN SET:AN 14-243ZYSHOEMvoronne0. : . :4 .r POSITION.SEE PROJ MGR:TLM :'Le See iA 4 ITION.: HEATING SYSTEM 3 x being *ae 4)))ae 11 /M-107 FOR PIPING PROJ ENG:TM snhisi eS ee SCHEMATIC DRUMS ENG:_ECH DRAWN BY:WIP A SHEET TITLE-\v-CITY SHOP MECHANICAL PLAN - MECHANICAL PLAN -CITY SHOP CITY SHOP >BOILER ROOM REMODEL d EXHIBIT PHOTO -NORTH WALL REMODEL 38 =0"7 NO SCALE KEY PLAN M-103 sHeET 8 oF 17 USER:WPLATT PRODUCT:Civil3D 2015 -20.08 LMS Tech FILE:¢\Jobsdoto\30306.31 anthe st.mory's heat recovery\O0 CADD\O!working set\06 Mechonical\KSM-M-SHPLAN-C1TYSHOP.dwg LAYOUT;M-103 PRINTED:2/12/2016 5:06:12 PM 19 OF 38 TOTAL SHEETS MAKE CONNECTION TO EXISTING BUILDING HEATING PIPING IN 2°WHGS/WHGR TO 2”WHGS/WHGR CITY OFFI ILDING.CE BUILDING ROUTE NEW HEAT RECOVERY=SEE CIML DEMOLISH EXISTING -DEMOLISH EXISTING HEAT LINESTHISAREAPIPINGADJACENTTOEXISTING ; TRANSITION FROM COPPER BUILDING HEATING PIPING BTU METER TO THE EXTENT REQUIRED TOyTOPEX.COORDINATE WITH INSTALL NEW PIPIN 4 cL Division of Environmental Heaith and Engineering3900AmbassadorDrive,Suite 3015|'Anchorage,Alaska 90508:(907)729-3600 L ces ROUTE PIPING THROUGH -----}-DEMOLISH oar,|EXISTING SHELL Se eeEXISTINGSOFFIT,PATCH AND TUBE HEAT)SAS "3 SOFFIT TO MATCH EXIST -MAKE EXCHANGER.i7 0 ue a)CONNECTION PUMP,PIPING 4 rhiyroaninAssonareo] (Spe EP 1INSTRUMENTS4%fsHEATINGtANDFITTINGSONGPIPINGHEREv'alos <rotkMagyores'voi.wanwaet® s ;--DEMOLISH wal :EXISTING AY -=:pe BUILDING t \,79 HEATING ti ";-t -PIPING m4 BAR IS ONE INCH ON2”WHGS/WHGR i Po .UTILIZE ORIGINAL DRAWING,IF Ni a peeeee 1.":EXISTING WALL PAQWSILSCALES ACCORDINGLY --\y a PENETRATIONote{:Ae |FOR INSTALLxDeete<s i=OF NEW HEAT >3 2 ree.eee wees YS RECOVER a4Lyfhejj4)aad x a\t PIPING,SEE Wwaaite:3 'RL.CIVIL FOR > DETAILS y GI-A TO BE INSTALLED IN ___f PxIsvinG BTU ¥8THISAREAPER3/M--104 METER <u » 1 EXHIBIT PHOTO 2 EXHIBIT PHOTO OofNOSCALENOSCALE=aCwz<r GS/HGR (E)VS v\=o H:se. -HXC-200 SEE -ROUTE WASTE HEAT ->TO/FROM HEATING ELECTRICAL FOR PIPING ADJACENT TO ne SYSTEM TO REMAIN DETAILS EXISTING PIPING.SEE < j EXISTING BUILDING HEAT EXHIBIT PHOTO 1/M-104 =LINES ROUTED ALONG WALL :;9PT[] HGS HCS ¢HGS HGS HGS HGS <¢HGS HGS HGS HGS ¢-4 L=<F 5 HGS HGS 2) HGR HGR >HGR HGR HGR HGR >HGR HGR HCR HGR HGR >aa]HGR HGR 1 GI-A FOR DETAIL rs WIGS wes CS <¢WG 1S ws 3 -_-_4q---was:wis wos:mics A SEE 2/m-505 2 Zz HGR wir >wR WHR WHR wR -----$pp -WHR.wR e----we ey,Yt cP-c L INSTALL HIGH L 2"WHGS/WHGR .PIPING SHOWN OFFSET FOR HX=D TO BE POINT AUTOMATIC /-2”WHGS/WHGR ROUTED CLARITY,NEW PIPING TO BE RE =WALL MOUNTED,S Zz AIR VENTS WITH ALONG HALLWAY TO EAST STACKED ON WALL,SEE EXHIBIT FOR DETAIL SEE 3 IF ISOLATIONS WALL OF BUILDING PHOTO 2/M-104 .1/M-505 ar2”WHGR -- Lt 2 (5 2”WHGS p-SE 8 ikROUTEPIPETO=cp-a eT =5 _ REUSE EXISTING 2AS-A (OPENINGS FOR ca [PENETRATION, PATCH AND SEAL 2 4 sy OPENING TO &iETRANSITIONFROM3”PEX TO MATCH EXISTING s |43”COPPER INSIDE BUILDING.tT IF REQUIRED COORDINATE WITH CIVIL A o {gl=3°”WHGS/WHGR TO/FROM AVEC --Cea ETS 7HMECHANICALPLAN-COLD STORAGE/HOTEL POWER PLANT,SEE CIVIL PROD MGR TM SCALE:1/2”=1'-0"PROJ ENG:TL SHEET NOTES;COLD DRUMS ENG:_ECH STORAGE /HOTEL DRAWN BY:WIP[11>INSTALL AUTOMATIC AIR VENTS WITH ISOLATION AT HIGH POINTS IN THE SYSTEM.BUILDING SET TnE% 2.FOR END USER PIPING SCHEMATIC SEE -1/M-503.7 MECHANICAL PLAN- 3.CONTRACTOR TO PROVIDE GLYCOL SOLUTION TO FILL ENTIRE BUILDING HEAT SYSTEM ,|COLD STORAGE HOTEL ESTIMATED TO BE APPROXIMATELY 50 GAL.Y 4,AREA OF WORK KEY PLAN M-104 Se sect «69S:«17 USER:WPLATT PRODUCT:Civil3D 2015 -20.08 LMS Tech FILE:¢\Wobsdota\30306.31 anthc st.mary''s heat recovery\OO CADD\O!working set\O6 Mechonical\KSM-M SHPLAN-CSHOTEL.dwg LAYOUT:M-103 PRINTED:2/12/2016 5:06:23 PM 20 OF 38 TOTAL SHEETS SHEET NOTES: [1 >PROVIDE 2”INSULATION ON PIPING ROUTED THROUGH ENTRY. ALL PIPING IN OFFICE AREAS TO BE ROUTED EXPOSED,BELOW CEILING,AT WALL.Division of Envi 1 COORDINATE WITH EXISTING ELECTRICAL AND LIGHTING.ALL PIPING TO BE Health and EngineeringINSULATEDANDJACKETED.COORDINATE WITH OWNER FOR RELOCATION OF 3900 AmbessadorDrive,Suite 301FURNITUREANDSTOREDITEMSTOMINIMIZEDISTURBANCETOOCCUPANTSDURINGAnchorage,Alaska 90506CONSTRUCTION.(907)729-3600 FUEL TANK (E)[3>COORDINATE WITH OWNER TO RELOCATE STORED ITEMS AS NECESSARY TO INSTALLFINTUBE,ALL PIPING TO BE EXPOSED,INSULATED,AND JACKETED IN STORAGE wen,A!ROOMS,See CenaA)£5[4 >Hx=£TO BE FLOOR MOUNTED.hs 5.INSTALL AUTOMATIC AIR VENTS WITH ISOLATION AT HIGH POINTS IN SYSTEM.3 i, 4 AN (L.McKeon os ”-_-GCN ME-11388 /Ssft3/4”HGS/HGR COLD STORAGE 6.|FOR END USER TIE-IN AND PIPING SCHEMATIC OF CITY OFFICE SEE M-504.KONTOK[2 Magy Porespau(T=)2 --T T J Ccoyahs;--;ete Wi ae nor I 4 | HY MN ET)if 'BAR IS ONE INCH ON ul i rT]\[/P|ORIGINAL DRAWING,IF NOT Hi!iH HI EXISTING DOMESTIC HOT/COLD EXISTING SINK ADJUST SCALES ACCORDINGLY FUEL Ht il i |WATER LINES ROUTED ALONG TO REMAIN TANK (E)Mi!8 ur is LF Hy WALL Ht =co 8 LF Wt ©.iaVto 1 =r =F V4 I i s-=4 MAINTAIN NEC uu Hi OFFICE H [storace 3 |STORAGE KC 3 _|18 os 'a =-;|CLEARANCES,3 >_NO PIPING =!CHASE ROUTED IN THIS O ]]i |I ][!ly qui[2 U ud WH (E)AREA 27 W !n Y 7)ra1' . !z ELECTRICAL a | OIL FIRED 3/4”HGS 1 S 1)PANEL (E)<<I =CuzHEATER(E)-ui |z <=nl ;,.C \s t+TO BINGO HALL =ciryzTOOFFICETHERMOSTAT-=<|THERMOSTAT ” Y |i Y Z SHELVINI@ 'i rail5-,1"HGS 5 Ht - ---_4!s)casineT YE CHANICAL aN |<4 _-wre wee iu LY -om ry)faa iY OFFICE a 0)9 11/2"HES +RCOM e [271 te or ls 1 []I 11/2"HGR Lpwes---ZONE CONTROL 77) il a i ls "-VALVE.(TYP |THERMOSTAT /i z 1 HR)ai 1 1/4"HGR |(TYP)/tl H a won i pe :1 s fe "iT) !x a =|Z He T _-- /'L T T T |][4]= 3/4°HGS/HGR }[/i8LlF i HX-E 1"4 OFFICE =A HGR a i]VENT (E)yil/[KITCHEN \EXISTING j a OUTDOOR zftillAIRINTAKEEe |g 1!|OFFICE |ry!ADS 2 {eo K [7 hy bs oe [orrice|--1"HGS (et)r |PENETRATE WALL INTO MECHANICAL 2 |e, H ;ABOVE GRADE HEAT ROOM TRANSITION FROM PEX TO 2 | i (er)GLCHANICAL ol e/RECOVERY PIPING COPPER.COORDINATE WITH CIML.ale 'ol)8 uF ROOM cab ¢NGS }TO/FROM COLD SEE EXHIBIT PHOTO 5/M-107 8 mM LL ee nes ->nos 18 STORAGE /HOTEL,& 7 |4-}!GR eo SEE CIVIL[|&3 l j Liem ers saa ae -a +Wn 8 LF a wo 1"HGS/HGR _]-OIL FIRED HEATER (E)&Eiyy1”HOS /HGR 2 MECHANICAL ROOM ENLARGED PLAN =14 4 SCALE:1/2”=1' 0"f -°o |xFORWORKwls| THIS AREA PLAN SET:AN 14-243, SEE 2/M-105 PROJ MGR:__TiM AREA OF WORK PROJ ENG:__TLM{4 DRUMS ENG:_ECH ORAWN BY:WIP |SHEET TITLE oie 4 MECHANICAL PLANBUILDING : 1 MECHANICAL PLAN -CITY OFFICE WEST d r CITY OFFICE WEST SCALE:1/4”=1'-0"f VA,| KEY PLAN sHeeT 10 of 17 USER:WPLATT PRODUCT:Civii3D 2015 --20.08 LMS Tech FILE:j¢\Yobsdata\30306.31 onthe st.mary's heat recovery\OO CADD\O1 working set\06 Mechanical \KSM-M-SHPLAN-CI TYOFFICE.dwg LAYOUT:M--105 PRINTED:2/12/2016 5:06:33 PM 21 OF 38 TOTAL SHEETS 1 2 |3 1 4 SHEET NOTES: [1 >CONTRACTOR TO PROVIDE ALL REQUIRED FILLER SLEEVES,SPLICE PLATES,VALVE,COVERS,AND ENDCAPS FOR A CONTINUOUS ENCLOSURE.DivisionofEnvironmentalHealthandEngineering[2>ALL PIPING ROUTED IN BATHROOMS TO BE EXPOSED BELOW CEILING,INSULATED,3900 AmbessadorDrive,Sutte 301ANDJACKETED.Anchorage,Alaska 90506(907)729-3600 ALL PIPING IN BINGO HALL TO BE ROUTED EXPOSED BELOW CEILING,AT WALL. COORDINATE WITH EXISTING ELECTRICAL AND LIGHTING.ALL PIPING TO BE INSULATED AN JACKETED.ROUTE PIPING TO MINIMIZE EXPOSED PIPING.ema,PAS)Pe, 4.INSTALL AUTOMATIC AIR VENTS WITH ISOLATION AT HIGH POINTS IN SYSTEM.for AS,s*f 49 TH *% 5.FOR END USER TIE-IN AND PIPING SCHEMATIC OF CITY OFFICE SEE M-504.F o .=fWAwieLF"e,'fs 1 aCOLDSTORAGECOLDSTORAGENeneciorieaawe C O -4 CT t LT 0 ha |rs BAR IS ONE INCH ON 4 4 ORIGINAL DRAWING,IF NOT wo 1 is ADJUST SCALES ACCORDINGLY oO 2 'a+!OIL FIRED HEATER (E)(E1-1zoc,Sy,ze - !Ch ec i 1 fy ws"el \FUEL ro)ra i I TANK ¥O G J!FOR REFERENCE EXHIT PHOTO 1 /MA107 if (e)<u <- 'w S Rf SEE EXHIBIT BLY ”alziPHOTO6/M 107 1 +aa 3 )'=wi za=°p++3/4”HGS/HGR RETURN PIPING ROUTED |i =o.oe 8 y THROUGH ENCLOSURE |.¢ ©SHOWN OFFSET FOR oe -5 aaptTOZONEVALVEINCLARITY(TYP)2UF <aa,MECHANICAL ROOM =ud rr]z --THERMOSTAT (TYP)8 4 fem \E 5 H ft 77) 'gZ1.KLY =1 r=!aE 18 LF LF1 e-H -HYDRONIC FINTUBE AND 3/4”HGS/HCR |ENCLOSURE FOR DETAIL i S|, |FOR REFERENCE,SEE 3/M-S05 (TYP)FOR REFERENCE,FOR REFERENCE,8 |em4SEEEXHIBITSEEEXHIBITSEEEXHIBIT=|e.PHOTO 4/M-107 PHOTO 3/M 107 PHOTO 2/M-107 2 182fuyo]40/3 Ik "cs we 8 LF 8 LF 8 LF 8 LF 8 LF 5 1 sD]be eee ee ee ee ee a a i a a a i a a a a a ee ee ee ee ee ee ee eee == P===m)me ===![===SS==-a=:EF [SSS SSa8S=SSSSSSSS=SS a_j {_-------ft I ty F t 1 nYYYYi,vy = 3/4”HGS/HGR ©gEaw[0Qa AREA OF WORK °Fa lon |1 PLAN SET:AN 14-743 1 MECHANICAL PLAN -CITY OFFICE EAST [-Y PROJ MGR:___TLM SeNE A=Too f |oy ocnce |aeBUILDING;z|DRAW BY:WIP |°SHEET TITLE |"A MECHANICAL PLAN - KEY PLAN CITY OFFICE EAST sHeeT 11 of 17 USER:WPLATT PRODUCT:Civil3D 2015 -20.08 LMS Tech FILE:¢\Wobsdata\30306.31 onthe st.mory's heat recovery\O0 CADD\O1 working set\O6 Mechonicai\KSM-M--SHPLAN-CITYOFFICE.dwg LAYOUT:M-106 PRINTED:2/12/2016 5:06:39 PM 22 OF 38 TOTAL SHEETS 1 |2 |3 |4 FT-1 ”HOR 3/4”HGS THROUGH WALL TO ADJACENT 3/4”HGS INSULATED r ET=2,INSTALLEDSeACEINSTALLED3/4"HGR INSULATED BATHROOM.PROVIDE ESCUTCHEONS AT AROUND CORNER 3/4”HGS INSULATED -ALL FINISHED WALL PENETRATIONS 3/4”HGR INSULATED ALONG WALL é .cian :=3/4"HGS aan +q é 3 ; :INSULATED Hp 'eps a |:Pa Division of Environmental ;".i Health and Engineering}aE 3000 AmbassadorDrive,Sulte 3014!Anchorage,Alasica 90506i(907)729-3600 3/4”HGS/HGR INSULATED FI=1,INSTALLED oon ie oi ALONG WALL ;ue is)ha P| .BAR IS ONE INCH ON 7FI-2 ORIGINAL DRAWING,IF NOISRUeOBeADJUSTSCALESACCORDINGLY ALONG WALL > ce Ww > "8 1 EXHIBIT PHOTO 2 EXHIBIT PHOTO EXHIBIT PHOTO <uyNOTTOSCALENOTTOSCALENOTTOSCALEwoEozacCwzsz1"HGS/HGR THROUGH 79WALLINTOKITCHENE> ”AREA.PROVIDE *oc3/4”HGS/HGR INSULATED ESCUTCHEONS AT ALL 3/4”HGS/HGR INSULATED = FINI WAI---FI=1,INSTALLED ALONG WALL PEN aA TONS --EI=1 INSTALLED ALONG WALL = die| =|ee|Z 3ce |z 3/4"HGS/HGR S éINSULATED2”WHGS/WHGR TO 5 lePENETRATEBUILDING312 HERE,COORDINATE WITH So |g CIVIL_FOR FINAL 3PENETRATIONLOCATIONa5 a CP-D TO BE LOCATED -IN THIS AREA PER ©EI-A S |!2/M-105 <i a 4OQjx HX-E,TO BE =] 1 1/4"HGS/HGR INSTALLED IN PLAN SET:_AN 14-243 LINES TO CITY THIS AREA PER PROJ MGR:TIM OFFICE HYDRONIC 2/M-105 PROJ ENG:LMHEATINGSYSTEMDRUMSENG:_ECH DRAWN BY:WIP SHEET TITLE ET=1,INSTALLED CP-E TO BE LOCATED IN ALONG WALL THIS AREA PER 2/M-105 EXHIBIT PHOTOS-CITY OFFICE 4 EXHIBIT PHOTO 5 EXHIBIT PHOTO EXHIBIT PHOTO NOT TO SCALE NOT TO SCALE NOT TO SCALE M-107 sHeET 12 of 17 USER:WPLATT PRODUCT:Civil3D 2015 20.0s LMS Tech FILE:j \dobsdata\30306.31 onthe st.mary's heat recovery\O0 CADD\O1 working set\O6 Mechanical\KSM-M--SHPLAN--CITYOFFICE.dwg LAYOUT:M-107 PRINTED:2/12/2016 5:06:44 PM 23 OF 38 TOTAL SHEETS LANTEMPERATURE"IGAUGE(E)(TYP) PRESSURE GAUGE -- {E)(TYP) PRESSURE RELIEF VALVE (E)(TYP) AQUASTAT REMOTE BULB SENSOR 6"(E) COOLANT LINE TO RADIATORS cy 6”(E)COOLANT LINE TO RADIATORS ISOLATION VALVE (E)(TYP)a Powa en I thre o y-1 es 2N F3 aeasNyv-2 aooea SCHEMATIC -HX-1 DEMOLITION ra .5”WHGS/WHGR TONOTTOSCALE A,"<PRESSURE RELIEF VALVE (E)(TYP) AQUASTAT REMOTE BULB SENSOR 6”(E)COOLANT LINE TO RADIATORS EXISTING WASTE HEAT MODULE 4”(E)WHGS/WHGR TO CITY SHOP EXISTING HX-1 TO BE DEM OLISHEO DEMOLISH PIPING TO THE EXTENT REQUIRED TO MAKE NEW CONNECTION TO HEAT EXCHANGER AND INSTALL NEW INSTRUMENTATION EXHIBIT PHOTO -AVEC HX-1 (E) NOT TO SCALE SHEET NOTES: FLOW METER MUST ALWAYS BE FILLED WITH UQUID.PROVIDE STRAIGHT LENGTHS OF INLET AND OUTLET PIPE IN ACCORDANCE WITH MANUFACTURERS INSTALLATION INSTRUCTIONS. INSTALL THERMOWELLS FOR THERMOMETERS AND SENSORS Division of EnvirHealthandEngineering 0 r Ce BAR [S ONE INCH ON ORIGINAL DRAWING,IF NOT ADJUST SCALES ACCORDINGLY ST.MARY'S,AKST.MARY'SHEATRECOVERYFINAL-*y (TYP).nN Fa Fy[3_>FOR VALVE POSITIONS BEFORE AND AFTER CONSTRUCTION SEE 2 S8 z=3 ep SHEETS M-101 AND M-102. a way,v-5 7 Pn *[_4_>ROUTE DISCHARGE FROM PRV TO WITHIN 6”ABOVE FINISHEDG4/hy'm n)Cs FLOOR.z é V-1 Ee |g /[5>PROVIDE AUTOMATIC AIR VENTS WITH ISOLATION AT HIGH Sis /©POINTS IN SYSTEM.=|S >[>vr ar3iy,6.COORDINATE SHUT DOWN OF EXISTING WASTE HEAT RECOVERY 8 |xYesgSYSTEMFORTIE-IN OF NEW SYSTEM WITH AVEC AND THE CITY & Ra 3 4”(E)WHGS /WHGR OF ST.MARY'S.=Ux=A AQUASTAT *TO CITY SHOP 7.AVEC WILL PROVED ALL ELECTRICAL AND CONTROL 3es3CONNECTIONSBETWEENNEWINSTRUMENTATIONANDTHEIRg Neg NY a v-3 <3|EQUIPMENT AND BIU-100. wo s SF Fs {NY v-2 "s 4 eK ISOLATION VALVE a s "&(E)(TYP)6”(E)COOLANT \:o |xSEQUENCEOFOPERATIONS:LINE FROM =] TEMPERATURE GENERATOR MOTORIZED 3-WAY MIXING VALVE,TCV-100,WILL MODULATE TO PLAN SET:__AN 14-243 GAUGE (E)(TYP)vv MAINTAIN A SUPPLY TEMPERATURE OF 180F.PROJ MGR:TLM ¢PROJ ENG:TIM PRESSURE GAUGE --SOLENOID VALVE wre SOLENOID VALVE 1S NORMALLY OPEN.VALVE TO CLOSE IF DRUMS ENG:ECH(E)(TYP)wy AQUASTAT READING LESS THAN 1657,ADJUSTABLE.WITH A SF DRAWN BY:WIP DRAIN VALVE WITH ISOLATION DIFFERENTIAL,SOLENOID VALVE/AQUASTAT SHALL PREVENT . AQUASTAT REMOTE BULB SENSOR RECOVERED HEAT FROM OVER COOLING AVEC LOOP.SHEET TITLE MECHANICAL SCHEMATIC -NEW HX-A .SCHEMATICS-AVEC25"WHGS/WHGRNOTTOSCALE 5”COPPER TRANSITION TO 3”PEX M-501 3”WHGS/WHGR TO COLD STORAGE /HOTEL suet 13 of 17 USER:WPLATT PRODUCT:Civil3D 2015 -20.0s LMS Tech FILE:j \sobsdata\30306.31 anthe st.mary's heat recovery\O0 CADD\O1 working set\06 Mechanicol\KSM-M-SHSCHM-O1.dwg LAYOUT;M-501 PRINTED:2/12/2016 §:06:52 PM 24 OF 38 TOTAL SHEETS ++f 4”WHGR/WHGS (E)TO/FROM AVEC POWER PLANT TO EXPANSION >mice >ween woe >mice wicr--_->wor WHGR-p f-TO CITY SHOP an WHR (©)m-4"WHGS (E)porccune 2 Hes (6)3-WAY MIXING HYDRONIC HEATING --} b AAV (E)GAUGE (E)VALVE (E)MI 2”WHGR (E)N.C.?z (TYP)0.N.0.ALC NO.SHEET NOTES:Ds AsN.O. _ye "oe 1 j--pe_d 4cTHi,4°HGS (E)Lz ues (ey THERMOMETER (E)(TYP)[>INSTALL THERMAWELLS FORoovcalaiaatoniantentontotantaeTHERMOMETERSANDSENSORS (TYP).DivisionotEnvironmental GATE.VALVE N.O.-Health and Engineering (E)(TYP)7 L-4 Hx-1 (E)vo I TO BOLER RETURN [2 >ROUTE DISCHARGES FROM PRVS TO 3900 AmbessadorDrive,Suite 301ChE-y----coCr-0.WITHIN 6”ABOVE FINISHED FLOOR.alesreertaal Qo N.O.7 *wes &)"T 2 1/2"HGR (E)|<nor ---=-RETURN FROM CITY SHOP [3>PROVIDE ISOLATION VALVES FOR ALLN.O.><Al 4"HGR (E)HYORONIC SYSTEM NEW PRESSURE INDICATORS AND - &NO.NO.AQUASTAT (E)AUTOMATIC AIR VENTS.See Re,3 ”WH E s 2”WHGR (E)8 H wacs ()4.POST CONSTRUCTION CITY SHOP hy Az{><}HGS --------Hs HGS ---------Hs.-q-4 --FROM BOILER SUPPLY RECOVERED HEAT LOOP WILL OPERATE IN yf 4g tH N.C.N.O.PARALLEL WITH CITY OFFICE/COLD : PF STORAGE RECOVERED HEAT LOOP.5 a iene Psd CHECK VALVE -------»f {y QD 1/2"HOS (E WN M8 ASF (E)(TYP)3”HGS (E)f»--4”wues (E)21/2 (€)5.NO MODIFICATIONS TO CONTROLS IS Ao ena&I ANTICIPATED AT CITY SHOP.'a oat fH BH inc.weg a2°WHGR (E)--e}hod == ™ Hx=2 (E)P :cP-1 (E)|CP-2 (E)MH |a) 4 am awe oe =-BR OS ONE NCH ON orSeORIGINALDRAWING,IF NON.0.X N.O X 3”HGR (E)T UNION (E)(TYP)ADJUST SCALES ACCORDINGLY v &&8 N.O.F3 oa o ¢€53 | > 4”WHGR (E)¥a 2”HGR (E)Ik 4”WHGS (E) rs O.N.0.w A A cP-4 (E)ro) a >$e wick --- wHGR |tee-TO GLYCOL FILL "xOidN.O..f {twS$-To ST.MARY'S 4”WHGS (E)1"WHGS (E) o 4”WHS (E)CIRCULATION LOOP g ed 1 CITY SHOP PIPING SCHEMATIC -DEMOLITION g < NO SCALE <Sai 9 +,SET 10 +.>Er I 4”WHGR/WHGS (E)TO/FROM PRESSURE GAUGE ocaeAVECPOWERPLANT(E)(TYP)EXISTING SEQUENCE OF OPERATIONS:<TO EXPANSION -=- >wicr vi4 >woe wHce wor wick D>,TO CITY SHOP =TANKS i HYDRONIC HEATING VALVE,V14 (E),SHALL BE USED TO BALANCE . 4”WHGR (E)--e] in 4°WHGS (E) Hes (E 3-WAY MIXING FLOW BETWEEN THE CITY SHOP HEAT RECOVERY E A 2"(E)VALVEre MI SYSTEM AND A BYPASS TO THE CITY OFFICE /” .N.C g g AAV (E) NO.COLD STORAGE HEAT RECOVERY SYSTEM.A 1202°WHGR (E)--e 7 n.0.#: »GPM FLOW RATE THROUGH THE CITY SHOP HEATO->-"»RECOVERY SYSTEM IS REQUIRED.- a THERMOMETER (E)me 5 oe 3”HGS (E)N.O.N.C.ONLY ONE PUMP,CP-1 (E)OR CP-2 (E)SHALL = GATE VALVE N.0.ry 12 1/2"rm R RETURN OPERATE AT A TIME.STAND BY PUMP TO BE (E)(TYP)<I HGR (E)TO BOILER RETU ALTERNATED MONTHLY.PUMP,CP-1 (E),OR CP=2nHN.O.(E)SHALL CIRCULATE AVEC/CITY SHOP HEAT|______hes cs RECOVERY LOOP.&|,Qo NO.AN a cr i RETURN FROM CITY SHOP 54N.O,/}--»>-<1 >es 2 1/2”HGR (E)HYDRONIC SYSTEM AQUASTAT,AI (E),SHALL PREVENT THE CITY z=|e =N.O.N.O AQUASTAT (E)ea No 5)2 1/2"HGR (E)SHOP HEAT RECOVERY FROM OVER COOLING THE 2 (6z™™3 AVEC LOOP,1F DIFFERENTIAL.WHEN AVEC LOOP S |e 2”WHGR (E)4 al >FALLS BELOW AQUASTAT SET POINT,MIXING 5 z _-|«10s nes "we FROM BOILER VALVE,Mt (E),SHALL BE OPEN B-C.3N.C.|s <vs SUPPLY IF EITHER EXISTING ST MARY'S CIRCULATION a11 .TAT (E)OR CITY a-_}4 Y AAV 9 LOOP LOW TEMP ALARM AQUAS B©(nr)'ve 1 «)'"@)SHOP HEAT RECOVERY LOW TEMP ALARM N.O.INITIATES EXISTING CITY SHOP ALARM A HEAT ©Z . ,4”HGR SOURCE SWITCH OVER FROM AVEC HEAT "@ @ Xnc NCX RECOVERY TO CITY SHOP BOILER SYSTEM MUST $|S2°WHGR (E)Ty T ®BE PERFORMED 3cP-1 (E)|CP-2 (E). rs 2”HGS (E)o |g]N-0.X NO.2°HGR (E) .R PLAN SET:AN 14-243 '» Y cP-3 (E)PROJ GR:TM z ay a ¢3 N.O. =PROJ ENG:__TLM0)®DRUMS ENG:_ECH 4”WHGR (E)v By DRAWN BY:WIP A N.O.5 HOR SHEET TITLE a a N.N.0.3 fe)MECHANICAL ><<TO GLYCOL CAPPED DRAINi---ost marys bg ®1rifu 4 de -=VALVE (TYP)SCHEMATICS-CITY><}4 T T.MA SHOP 4"WHGS (E)CIRCULATION LOOP 4”WHGS (E)WHGS (E)ISO FLANGE (TYP) 2 CITY SHOP PIPING SCHEMATIC -REMODEL M-502 NO SCALE sHeet 14 of 17 S USER:WPLATT PRODUCT:Civil3D 2015 -20.0s LMS Tech FILE:§\Jobsdata\30306.31 onthe st.mary's heat recovery\O00 CADD\01 working set\06 Mechanical\KSM-M-SHSCHM.dwg LAYOUT;M-502 PRINTED:2/12/2016 5:06:56 PM 25 OF 38 TOTAL SHEETS 1 l 2 l 3 |4 SHEET NOTES: [>INSTALL THERMOWELLS FOR THERMOMETERS AND SENSORS (TYP). [_2>ROUTE DISCHARGES FOR PRVS TO WITHIN 6”ABOVE FINISHED FLOOR. [3>INSTALL NEW B&G CIRCUIT SENSOR FLOW METER MODEL OP--2-1/2A,PROVIDE 2-1/4'OF UNRESTRICTED STRAIGHT PIPE UPSTREAM AND1/2'OF UNRESTRICTED STRAIGHT PIPE DOWNSTREAM OF SENSOR FLOW METER.INSTALL SENSORS IN ACCORDANCE WITH MANUFACTURERS RECOMMENDATIONS. INSTALL NEW B&G CIRCUIT SENSOR FLOW METER MODEL OP-3A,PROVIDE 2-3/4'OF UNRESTRICTED STRAIGHT PIPE UPSTREAM AND 1°Division of Environmental OF UNRESTRICTED STRAIGHT PIPE DOWNSTREAM OF SENSOR FLOW METER.INSTALL SENSORS IN ACCORDANCE WITH MANUFACTURERS Health and EngineeringRECOMMENDATIONS.3900 AmbsseadorDrive,Suite 301Anchorage,Alaske 90506729-2600 2"HGS/HGR TO/FROM [5>ALL PUMPS TO BE INSTALLED BETWEEN 36"-60"ABOVE FINISHED FLOOR.PUMPS TO BE INSTALLED TO MAINTAIN ALL MANUFACTURER on COLD STORAGE /HOTEL SERVICE CLEARANCES.PUMP FACE TO HAVE A MINIMUM 36”CLEARANCE AND BE ACCESSIBLE FOR PROGRAMMING. HYDRONIC HEATING SYSTEM oentnny[6>PROVIDE ISOLATION VALVES FOR ALL PRESSURE INDICATORS AND AUTOMATIC AIR VENTS.Poe Asy? Hos 4 [7 >TEMPERATURE CONTROLLER IC-300,LOW PRESSURE ALARM,AND LOW FLOW ALARM TO BE INSTALLED IN/ON PANEL HXC-300 ' G<---ISOLATION INSTALL AUTOMATIC AIR VENTS AT HIGH POINTS IN THE SYSTEM. VALVE (TYP); >wics 6S ----wes wes wics --p>mics wics wics ->oO w Ce BAR IS ONE INCH ON ORIGINAL DRAWING,IF NOT ADJUST SCALES ACCORDINGLY |{ekedee-ur On t or?tay,3/4”WHGS TO GI-A - ONT s[3 }--AUTOMATIC AIR VENT On fs 3 W/ISOLATION (TYP)Mee,ore Oe9°eee 'GRuGS'"Nee eee / .id -; MODEL OP-3A,B&G_-pr me a (>2”WHGS/WHGR 2"WHGS/WHGR ¥CIRCUIT SENSOR FLOW 3METEROREQUAL --0+--or _3”WHGS < Pl PI 1008 AS-A \100D THRU WALLFs}{PENETRATIONoons 3”X 2”REDUCER -3"WHGS/WHGR(TYP OF 2)TO/FROM AVEC 3 ,2”WHGS/WHGR 3 2”HGS/HGR mos CLOSELY SPACED \ TEES MAXIMUM 12”.(ote)"&>xn.104 = )7 I x co 1 <104 cof.CLOSELY SPACED -Goo)(Sr)Soy TEES MAXIMUM 12”A wir -10K ROUTE TO PI 6”AFF 3008 FINALST.MARY'S,AKST.MARY'SHEATRECOVERYOR er -*--©|-ey -or -Or orFo/PRON Clty OFFICE Y a wes 4 (TYP)SEE cv.For.STRAINER (TYPL1>@ }°FOR CONTINUATION CS)Pele)CONTINUATIONrLASEE1/M-504 war wor --F iOH-1»-<= :g ==ii CHECK VALVE (TYP)ft 3°WHGS/WHGR |2-1/2"WHGR 2”WHGR TRANSITION FROM PEX --FOR DETAIL DRAIN VALVE W/MODEL OP-2 1/2A TO COPPER AFTER WALL zSEE2/M-505 MODEL OP-2-1/2A,ISOLATION (TYP)21/2"xX 2°*PENETRATION (TYP)zB&G CIRCUIT SENSOR Ee ijB&G CIRCUIT SENSOR REDUCER FLOW METER z |eFLOWMETERORISOFLANGE(TYP)----(TYP OF 8)0 OR z=(aEQUAL&EQUAL @ ISWy&|s 1 PIPING SCHEMATIC -COLD STORAGE/HOTEL 5 NO SCALE a a o SEQUENCEOFOPERATION COLD STORAGE /HOTEL:SEQUENCE OF OPERATION -AVEC;iS PER A &5 ON CALL FOR HEAT THE TEMPERATURE CONTROLLER,TC-300,WILL COMPARE THE TEMPERATURE OF RECOVERED HEAT SYSTEM CIRCULATION PUMP,CP-A,WILL USE ITS INTERNAL CONTROLS TO MODULATE THE 3 THE BUILDINGS HEATING RETURN,JE-300A,TO THE RECOVERED HEAT SUPPLY JE-100C,WHEN THE FLOW TO MAINTAIN 1807.AS TEMPERATURE REACHES SET POINT PUMP TO BE SET TO SPEED UP.ADJUST K zl RECOVERED HEAT IS MORE THAN 5 DEGREES GREATER THAN THE BUILDING HEATING RETURN PUMP,FACTOR FOR PUMP AS NECESSARY.IF SYSTEM SUPPLY TEMPERATURE EXCEEDS 190F,CP-A IS TO BE ©|g] CP-C,SHALL BE ENABLED.WHEN THE TEMPERATURE OF THE BUILDING HEAT IS WITHIN 2 DEGREES DISABLED. OF THE RECOVERED HEAT PUMP,¢P-C,SHALL DISABLED.PLAN SET:AN 14-243 HIGH LIMIT SHUT OFF FOR RECOVERED HEAT SYSTEM OCCURS WHEN RECOVERED HEAT SUPPLY TEMPERATURE PROJ MGR:LM PUMP CP-C SHALL OPERATE CONTINUOUSLY WHEN ENABLED AND USE ITS INTERNAL CONTROLS TO REACHES 190F (ADJUSTABLE)AS SENSED BY TE=100C,PUMP CP-A IS DISABLED BY TC-300 WHEN PROJ ENG:TM MODULATE FLOW TO MAINTAIN 1607,(ADJUSTABLE).RECOVERED HEAT HIGH LIMIT SHUT OFF OCCURS.THE HIGH LIMIT AUTOMATICALLY RESETS AT 1857.DRUMS ENG.ECH HIGH LIMIT SHUT OFF FOR THE BUILDING SYSTEM OCCURS WHEN THE BUILDING HEATING SYSTEM ON LOSS OF FLOW,FLOW SWITCH,FS-100,WILL DISABLE PUMP,CP-A,AND SIGNAL AN AUDIBLE/VISUAL DRAWN BY:Wm RETURN REACHES 1807,AS SENSED BY JE-300A.PUMP,CP-C,TO BE DISABLE WHEN BUILDING ALARM IN COLD STORAGE/HOTEL,CONTROL PANEL HXC-300,SHEET TITLE HIGH LIMIT SHUT OFF OCCURS.HIGH LIMIT SHUT OFF AUTOMATICALLY RESETS AT 175F.MECHANICAL PUMP,CP-8,SHALL OPERATE CONTINUOUSLY AND USE ITS INTERNAL CONTROLS TO MODULATE ON LOW PRESSURE.LESS THAN 8 PSI,PRESSURE SWITCH,PS-100 WILL DISABLE PUMP.GP=A,AND SIGNAL SCHEMATICS -COLD+ €P-ALAR D STORAGE/HOTEL,CONTROL PANEL HXC-: FLOW TO MAINTAIN 1607,ADJUSTABLE.AN AUDIBLE/VISUAL ALARM IN THE COLD STORAGE/|He 300,STORAGE HOTEL COLD STORAGE/HOTEL HEATING SYSTEM,INCLUDING UNIT HEATERS AND CONTROLS,WILL OPERATEUNCHANGED.M-503 sHeeT 15 of 17 USER:WPLATT PRODUCT:Civii3D 2015 -20.0s LMS Tech FILE:¢\Jobsdata\30306.31 anthe st.mary's heat recovery\GO CADD\O1 working set\06 Mechonical\KSM-M-SHSCHM-02.dwg LAYOUT:M-503 PRINTED:2/12/2016 5:07:02 PM 26 OF 38 TOTAL SHEETS 1 |2 |3 | _- "N \AUTOMATIC AIR VENTIERMOSTATINW/ISOLATION (TYP) OFFICE AREA \TO CITY OFFICE aHYDRONICHEATINGCae oO TO CITY OFFICE SYSTEM 5HYDRONICwens<wics HEATING SYSTEM QO --"THERMOSTAT IN 0 DivisionofEnvironmentalBINGOHALLHealthandEngineering °3900 AmbassadorDrive,Sulte 301wR-_-_-_-_-_>-.war -L Alaska 99508ZONECONTROL{907)729-3600VALVE(TYP) 3 INLINE AIR PURGER on,W/AUTOMATIC AIR VENT 1-1/2"WHGS See ey,1"HGS/HGR AND EXPANSION TANK 7 "5 ¥*¥$49TH 4 °o Oo oe)3 : «4S-8 =sTYTFP1Hessuc:Ge ueanee JeeEHO!1s 165 -7-- --Hos --_-WD LAIEA LE 7 aay PROFESS CelBALANCEadEI-A :Pl je 1-1/2"WHGR = VALVE (TYP):OP pe 1-1/2"WHGS 400C / tL fr)r99£ee]4OH-L-pne I Hor HGR HGR Pl 1-1/2"WHGS/WHGR BAR IS ONE INCH ON400DtCHECKVALVE(TYP)ORIGINAL DRAWING,IF NOT ADJUST SCALES ACCORDINGLY .TE 2-1/2”X 1-1/2”REDUCER1-1/4"HGS/HGR )4008la a-t/2"yeiea THRU WALLISOLATIONVALVE(TYP)---»O (5):GS =2-1/PENETRATION >Er OF OR.to ,MODEL OP-2 1/2A,B&G CIRCUIT 2”PEX wi STRAINER W/DRAIN Lor oan ww SENSOR FLOW METER OR EQUAL -t,> VALVE (TYP)”)Pa ee Hor WHGS/WHGR ro)Pl -ur -a Wie er”Y 2-1/2"X 2”REDUCER TO/FROM COLD "xO2"X 1-1/2"REDUCER 400K,- .STORAGE /HOTEL,<u |7 /*Route To 400)Pl 2°WHGR SEE CIVIL FOR o£ PI 400A .CONTINUATION Oro4>v 6"vo »ty &400L,(oo)@ PHO fc <q<2”WHGR 8 (6a)(oo)oe PI <ui Zz2-1/2"X 2”REDUCER YE {00E 4008 2"X 1-1/2"REDUCER ==iL MODEL OP-2-1/2A,TRANSITION FROM E> B&G CIRCUIT SENSOR i .PEX TO COPPER Ox FLOW METER OR EQUAL (.AFTER WALL < 2-1/2"WHGR |Oye2)es)2 1-172"WHGR PENETRATION (TYP)=ISOLATION VALVE (TYP)---+O Sy ¢4 5 Trot 5 1-1/2"WHGR =|Z 1-1/2"X 1-1/4"CAPPED DRAIN VALVE (TYP)REDUCER (TYP OF 4) Fos} ISO FLANGE (TYP)HX-E£TO BE FLOOR MOUNTED E é>ae4|aS| 1 PIPING SCHEMATIC -CITY OFFICE i= NO SCALE a aa 2 cred F_OPERATION:SHEET NOTES:5 << ON CALL FOR HEAT THE TEMPERATURE CONTROLLER,TC-400,WILL COMPARE THE TEMPERATURES [11>INSTALL THERMOWELLS FOR THERMOMETERS AND SENSORS (TYP).gi OF THE BUILDINGS HEATING RETURN,JE-400A,TO THE RECOVERED HEAT SUPPLY,TE=.WHEN THE RECOVERED HEAT IS MORE THAN 5 DEGREES GREATER THAN THE BUILDING HEATING [2 >RouTE DISCHARGES FOR PRVS TO WITHIN 6”ABOVE FINISHED FLOOR.o {x RETURN,PUMP CP-E,SHALL BE ENABLED.WHEN THE TEMPERATURE OF THE BUILDING HEAT IS 2] WITHIN 2 DEGREES OF THE RECOVERED HEAT PUMP,CP-E,SHALL BE DISABLED..[3_>INSTALL NEW B&G CIRCUIT SENSOR FLOW METER MODEL OP-2-1/2A,PROVIDE 2-1/4"OF PLAN SET:AN 14-243 UNRESTRICTED STRAIGHT PIPE UPSTREAM AND 1/2'OF UNRESTRICTED STRAIGHT PIPE DOWNSTREAM OF PROJ MGR:TIMHIGHLIMITSHUTOFFFORTHEBUILDINGSYSTEMOCCURSWHENTHEBUILDINGHEATINGSYSTEMSENSORFLOWMETER.INSTALL SENSORS IN ACCORDANCE WITH MANUFACTURERS RECOMMENDATIONS.PROJ ENG.TLMRETURNREACHES180T,AS SENSED BY TE-400A,PUMP,CP-E,TO BE DISABLED WHEN BUILDING DRUMS ENG:_ECHHIGHLIMITSHUTOFFOCCURS.HIGH LIMIT SHUT OFF AUTOMATICALLY RESETS AT 175F.[4 >ALL PUMPS TO BE INSTALLED BETWEEN 36" 60"ABOVE FINISHED FLOOR.PUMPS TO BE INSTALLED TO DRAW BY WIP PUMP,CP=E,WH A A N MAINTAIN ALL MANUFACTURER SERVICE CLEARANCES.PUMP FACE TO HAVE A MINIMUM 36”CLEARANCEPUMP.CP-E,Wh EN ENABLED WILL OPERATE CONTINUOUSLY AND USE ITS INTERNAL CONTROLS TO WD BL ACCESSIBLE FOR PROGRAMMING.SHEET TILE MECHANICAL PUMP,CP-D,SHALL OPERATE CONTINUOUSLY AND USE ITS INTERNAL CONTROLS TO MODULATE [5 >PROVIDE ISOLATION VALVES FOR ALL PRESSURE INDICATORS AND AUTOMATIC AIR VENTS.SCHEMATICS-CITYFLOWTOMAINTAIN1607,ADJUSTABLE.[6 >INSTALL AUTOMATIC AIR VENTS WITH ISOLATION AT HIGH POINTS IN THE SYSTEM.OFFICE FINTUBE RADIATION:ON CALL FOR HEAT FROM ZONE AS INDICATED BY THERMOSTAT ZONE CONTROL VALVE WILL MODULATE TO MAINTAIN SET POINT.INITIAL SET POINT 68F,ADJUSTABLE.M-504 sHeEeT 16 of 17 USER:WPLATT PRODUCT:Civil3D 2015 -20.08 LMS Tech FILE:%\WWobsdata\30306.31 anthe st.mary's heat recovery\Q0 CADD\O!working set\06 Mechanical \KSM-M-SHSCHM-O3.dwg LAYOUT:M-503 PRINTED:2/12/2016 5:07:06 PM 27 OF 38 TOTAL SHEETS 1 |2 ]3 ]4 oth MA > w & Ad e s e VERTICAL STRUT TO BE HORIZONTAL STRUT TO BE 3 2 BOLTED THROUGH WALL ATTACHED TO AND CENTERED A kK TO HORIZONTAL STRUT WITH LAGS ACROSS TWO STUDS A "$(TYP OF 4)earare® INSULATED JACKET TO -- BE PROVIDED WITH WALL HEAT EXCHANGER DivisionofEnvironmental Health and Engineering HEAT EXCHANGER CAPPED HOSE CONNECTION FOR MANUAL FILL eeachoreneAisake20508ASSPECIFIEDowmge,Assia-3/4"TO GLYCOL SYSTEM=oO oes pebahtnn,s Se FALb---SUPPORT AS REQUIRED (TYP)&A,3/8"ALL THREAD PRESSURE RELIEF fs *% ”:*f 49 TH %AND 3/16"STRUT r VALVE (IY)fT UNION (TYP)PIPING (TYP)5 Woe)==[NOTE:ALL CONTROL VALVES AND é st _BALANCE VALVES TO BE INSTALLED Qe\meni Jee |IL LID ASSEMBLY =IN MECHANICAL ROOM ONT ef7y,?2,one 3"-NAMEPLATE 'a MAAN ag OTS Oat MIN 3/8°x3'LABEL AIR GAl LAGS (TYP)FLEXIBLE SYSTEM =CONNECTION HOSE oeRETURNBARISONEINCH ON FUNNEL FITTING ORIGINAL DRAWING,IF NOTAlTAlAiNGLY STRUT BRACKET --PROVIDE COIN AIR DJUST SCALES ACCORDINGL MINIMUM 16”LONG,f ]2”COPPER,SLOPED TO DRAIN VENTS ON RETURN END CUT TO LENGTH u GLYCOL MIX TANKLABELWITHGLYCOLBRAND--j-+|__|SUPPLIER AND CONCENTRATION NOTES: . Lol [c | 1,ALL STRUT TO BE A MINIMUM OF 13/16",14 GAUGE STEEL.NN SUPPLY ISOLATION PROVIDE SEISMIC RESTRAINT VALVE2.ALL STRUT AND HARDWARE TO BE PROVIDED WITH ELECTRO-GALVANIZED OR PRE GALVANIZED FINISH FOR INDOOR APPLICATIONS. HEAT EXCHANGER SUPPORT DETAIL NOT TO SCALE GLYCOL TANK DETAIL NOT TO SCALE ENCLOSURE HEATING ELEMENT FINNED TUBE PIPING DETAIL NOT TO SCALE ST.MARY'S,AKST.MARY'SHEATRECOVERYFINALTMINTTDESCRIPTIONISSUEDFORCONSTRUCTIONDATE02/20160MRKosPLAN SET;AN 14-243 PROJ MGR:TLM PROJ ENG:TM DRUMS ENG:ECH DRAWN BY:WIP SHEET TITLE MECHANICAL DETAILS M-505 sHeetT 17 of 17 USER:WPLATT PRODUCT:Civil3D 2015 -20.08 LMS Tech FILE:j:\Jobsdata\30306.31 anthe st.mary's heat recovery\00 CADD\O1 working set\O6 Mechonical\KSM-M-SHPLAN-CITYOFFICE.dwg LAYOUT:M-505 PRINTED:2/12/2016 5:07:13 PM 28 OF 38 TOTAL SHEETS 1 ]2 !3 ]4 ELECTRICAL LEGEND ABBREVIATIONS GENERAL ELECTRICAL WORK SPECIFICATIONS ALL WIRING SHALL BE PERFORMED IN ACCORDANCE WITH THE LATEST ADOPTED VERSION OF THEa!COMO OICAND.PROWbE ee et Woy ARG RN ¢A AMPERE NATIONAL ELECTRICAL CODE NFPA 70 (NEC)BY OR UNDER THE SUPERVISION OF STATE OF ALASKA eee ,//34 NG.AFF ABOVE FINISH FLOOR LICENSED JOURNEYMEN ELECTRICIANS. - .CONDUIT,BURIED OR IN-SLAB-AVEC ALASKA VILLAGE ELECTRICAL COOPERATIVE ALL WIRING SHALL BE IN CONDUIT IN ACCORDANCE WITH THE FOLLOWING SCHEDULE: as BCu BARE COPPER ,HOME RUN TO CIRCUIT BREAKER PANEL,OR HVAC PANEL :CONDUCTOR ALL EXTERIOR WIRING SHALL BE iN GALVANIZED RIGID METAL CONDUIT UNLESS OTHERWISE NOTED.Divisiona gtunectna.AQ LFMC,SIZE INDICATED ON DRAWING c CONDUIT,SIZE AS NOTED,TYPE AS REQUIRED ALL INTERIOR WIRING BELOW AFF SHALL BE IN RIGID CONDUIT.ee a one,Atsate 30806 -:_ ckt CIRCUIT ALL REMAINING INTERIOR WIRING MAY BE IN GRC,EMT,PVC OR LIQUIDTIGHT FLEXIBLE METALLIC wn '}-CONOUIT RUN -CHANGE IN ELEVATION DWC DRAWING CONDUIT.AS PERMITTED BY CODE. DUPLEX RECEPTACLES EMT ELECTRICAL METALLIC CONDUIT CONDUIT SUPPORT SHALL BE PROVIDED WITH 2-HOLE STRAPS (INTERIOR AND EXTERIOR).PINCH fe FOOT CANDLE TYPE (CADDY)CLAMPS ARE APPROVED FOR USE ON EMT OR GRC ON INTERIOR WALLS AND CEILING QUADRAPLEX RECEPTACLES G GROUND CONDUCTOR ONLY. .GFI GROUND FAULT INTERRUPTING CONDUCTORS FOR USE ON THIS PROJECT SHALL BE STRANDED COPPER WITH THWN-2 INSULATION$SINGLE POLE SWITCH +42”AFF UON GRC GALVANIZED RIGID (STEEL)CONDUIT FOR INTERIOR AND XHHW-2 INSULATION FOR EXTERIOR.COLOR CODE AS FOLLOWS: $3 3-WAY SWITCH +42”AFF UON H HOT CONDUCTOR 120/240V WIRING--L1=BLACK,L2=RED,NEUTRAL=WHITE,GROUND=GREEN OR BARE COPPER. HOA HAND OFF AUTO%4-WAY SWITCH +42”AFF UON CONTROL WIRING-ANY COLOR OTHER THAN RED,BLACK,GREEN OR WHITE AS ALLOWED UNDER U/LHLHIGHLEVELANDNFPA79.0 T HP HORSEPOWER esOCCUPANCYSENSORANEQUIPMENTGROUNDINGCONDUCTORSIZEDPERNECARTICLE250.122 SHALL BE PROVIDED IN BAR IS ONE INCH ONKVAKILO-VOLT-AMPERES ALL CONDUIT RUNS.ORIGINAL DRAWING,IF NOT (©)JUNCTION BOX LFMC LIQUID-TIGHT FLEXIBLE METAL CONDUIT LADJUST SCALES ACCORDINGLY]FITTINGS -ALL NON-HUB CONDUIT TERMINATIONS SHALL BE BUSHED EITHER WITH NON-METALLIC @ THERMOSTAT MLO MAIN LUG ONLY BUSHINGS ON THREADED CONDUITS OR INSULATED THROAT CONNECTORS ON EMT AND BOTH TYPES N NEUTRAL CONDUCTOR OF FLEXIBLE CONDUITS.EMT COMPRESSION TYPE COUPLINGS AND CONNECTORS PREFERRED.> fea]CONTROL PANEL ows OIL WATER SEPARATOR BOXES SHALL BE PROVIDED IN ACCORDANCE WITH THE FOLLOWING SCHEDULE:AT P POLE : 5 =CIRCUIT BREAKER PANEL PE PHOTO ELECTRIC INTERIOR WITH GRC:TYPE FS OR FD DEVICE BOXES,CAST BOXES WITH GASKETED COVERS.v 3)SWL SWITCH LEG INTERIOR WITH EMT:PRESSED STEEL WITH APPROPRIATE GALVANIZED DEVICE COVER,OR AS <uwos)METER BASE WITH GRC. TRAV STWAY SWITCH TRAVLER EXTERIOR:NEMA 4 WITH GASKETED COVER 4 Fa3)SINGLE PHASE MOTOR W/HORSEPOWER INDICATED (F=<1/3HP)TWSH TWISTED SHIELDED :.oc a sTYPTYPICALALLCOMPONENTSFURNISHEDFORTHISPROJECTSHALLBELISTEDORLABELEDBYANAGENCYIrACCEPTABLETOTHESTATEOFALASKADEPARTMENTOFLABORMECHANICALINSPECTIONSDIVISION.=THREE PHASE MOTOR W/HORSEPOWER INDICATED ”UON UNLESS OTHERWISE NOTED U/L (UNDERWRITERS LABORATORIES),ETL (EDISON TEST LAB),FM (FACTORY MUTUAL)ARE ESVvVOLTSACCEPTABLE.NOTE THAT NRTL APPROVAL IS REQUIRED FOR CSA LABELS.tL SYSTEM GROUND ”&VED VARIABLE FREQUENCY DRIVE INSTALLATION OF CONTROLS AND CALIBRATION SHALL BE PERFORMED IN ACCORDANCE WITH THE =we]VARIABLE FREQUENCY DRIVE XFMR TRANSFORMER MANUFACTURERS.REQUIREMENTS.|vFD]Ee ()EXISTING COORDINATE INSTALLATION WITH OTHER TRADES PRIOR TO ROUGH-IN.MAINTAIN AND IDENTIFY FOR 7) ALL OTHER TRADES INVOLVED CLEARSPACE REQUIRED AT ALL COMPONENTS THAT MAY REQUIRECTINSTRUMENT(SEE TAG)ADJUSTING OR TROUBLE SHOOTING WHILE ENERGIZED. |IDENTIFICATION raetélALARMSTROBEWITHHORNMARKALLCONDUITSENTERINGORLEAVINGPANELBOARDSWITHINDELIBLEBLACKMARKERWITHTHEZI {CIRCUIT NUMBERS OF THE CIRCUITS CONTAINED INSIDE.MARK CIRCUIT NUMBERS ON ALL JUNCTION BOX COVERS.ALL CONTROL CONDUCTORS TO CONTROL PANELS,INSTRUMENTS,STARTERS,etc.,SHALLLHDISCONNECTBEIDENTIFIEDWITHAUNIQUENUMBERINGSYSTEM. =oOoTESTINGEe |ZTRANSFORMERTESTALLCONDUCTORSPRIORTOTERMINATIONWITHA500VDCMEGOHMETER,REPLACE ALL 8 5CONDUCTORSEXHIBITINGLESSTHAN10MEGOHMIMPEDANCE.REPEAT TEST.=2 |9MATERIALS62 GENERAL COMPONENTS SHALL BE AS CALLED OUT ON THE PLANS AND LEGEND.PROVIDE AS %SPECIFIED AND SHOWN.MANUFACTURER AND PART NUMBER DESIGNATIONS INDICATE THE MINIMUM 2 PERFORMANCE AND QUALITY REQUIRED ON THIS PROJECT.8 8 ©&|eSsao 4baa | PLAN SET:AN 14-243 PROJ MGR:__TLM PROJ ENG:TIM DRUMS ENG:_ECH DRAWN BY:TRK SHEET TITLE ELECTRICAL LEGEND AND ABBREVIATIONS sHeeT 1 oF 10 USER:WPLATT PRODUCT:Civil3D 2015 -20.0s LMS Tech FILE:¢\Jobsdata\30306.31 anthe st.mary's neat recovery\O0 CADD\O1 working set\03 Electricol \KSM E-SHLGND.dwg LAYOUT:E 001 PRINTED:2/12/2016 5:07:21 PM 29 OF 38 TOTAL SHEETS 1 l 2 |3 GENERAL CONTROL SPECIFICATIONS -NOTE:THESE SPECIFICATIONS APPLY TO ALL CONTROLS AND CONTROL PANELS PROVIDED UNDER THIS CONTRACT. GENERAL: FURNISH AND INSTALL ALL MATERIAL AND EQUIPMENT AS REQUIRED FOR FINAL DESIGN, FABRICATION AND INSTALLATION OF THE CONTROL PANELS AS INDICATED ON THE DRAWINGS AND IN THE SPECIFICATIONS ON ALL OF THE DRAWINGS. STANDARDS,CODES AND REGULATIONS:CONTRACTOR SHALL COMPLY WITH THE LATEST ADOPTED EDITION OF THE NATIONAL ELECTRICAL CODE (NEC),NFPA 73 AND UL 509. CODE COMPLIANCE NFPA 70 UL 508A UL 913 PROOUCT DATA, INCLUDE MANUFACTURER'S TECHNICAL LITERATURE FOR EACH CONTROL DEVICE.INDICATE DIMENSIONS,CAPACITIES,PERFORMANCE CHARACTERISTICS,ELECTRICAL CHARACTERISTICS, FINISHES FOR MATERIALS,AND INSTALLATION AND STARTUP INSTRUCTIONS FOR EACH TYPE OF PRODUCT INDICATED. CAC GON TROL DEVICE SHALL BE LABELED WITH SETTING OR ADJUSTABLE RANGE OFCONTROL. SHOP DRAWINGS: SUBMITTAL DRAWINGS SHALL BE PREPARED AND SUBMITTED FOR APPROVAL PRIOR TO CONSTRUCTION.SUBMITTAL FORMAT SHALL BE BASED ON A 22X34 SIZE SHEET WITH EITHER VENDOR'S OR AEA BORDER.CONTRACTOR'S DRAWING STANDARDS SHALL INCLUDE THE REQUIREMENT FOR MINIMUM CHARACTER SIZE (ON 22X34 DRAWING)OF 0.125 INCH.HARD COPY SUBMITTALS SHALL BE 1/2 SIZE (11X17)ON BOND PAPER AND A SINGLE COPY OF A ".PDF”FILE AND A .DWG FILE IN AUTOCAD 2008.ELECTRONIC MEDIA SHALL BE SUBMITTED ON CD FORMATTED FOR READING ON INTEL-BASED PC'S (NOT MAC),MICROSOFT WORD OR EXCEL.DATA TO BE INCLUDED ON THE SUBMITTAL DRAWINGS SHALL INCLUDE: DIMENSIONED OPERATOR DOOR AND BACK PANEL LAYOUT SHOWING ALL COMPONENTS. BILL OF MATERIALS WITH MANUFACTURER AND RELEVANT PART NUMBERS. SCHEMATIC DIAGRAM,POWER,SIGNAL,AND CONTROL WIRING.DIFFERENTIATE BETWEEN MANUFACTURER-INSTALLED AND FIELD INSTALLED WIRING. DETAILS OF CONTROL PANEL FACES,INCLUDING CONTROLS,INSTRUMENTS,AND LABELING, TERMINAL ASSIGNMENTS WITH ALL EXTERNAL COMPONENT TERMINATIONS SHOWN.PROVIDE A "WIRE-LIST”DETAIL SHOWING ALL TERMINALS IN THE ORDER AS THEY APPEAR IN THE PANEL AND DESCRIBE EACH EXTERNAL CONNECTION FOR USE BY THE INSTALLER. DETAIL EQUIPMENT ASSEMBLIES AND INDICATE DIMENSIONS,WEIGHTS,LOADS,REQUIRED CLEARANCES,METHOD OF FIELD ASSEMBLY,COMPONENTS,AND LOCATION AND SIZE OF EACH FIELD CONNECTION. PROVIDE A WRITTEN DESCRIPTION OF SEQUENCE OF OPERATION. FIELD TEST REPORTS:INDICATE AND INTERPRET TEST RESULTS FOR COMPLIANCE WITH PERFORMANCE REQUIREMENTS. MAINTENANCE DATA SHALL INCLUDE: MAINTENANCE INSTRUCTIONS AND LISTS OF SPARE PARTS FOR EACH TYPE OF CONTROL DEVICE.INTERCONNECTION WIRING DIAGRAMS WITH IDENTIFIED AND NUMBERED SYSTEM COMPONENTS AND DEVICES. STEP-BY-STEP PROCEDURES INDEXED FOR EACH OPERATOR FUNCTION.INSPECTION PERIOD, CLEANING METHODS,CLEANING MATERIALS RECOMMENDED,AND CALIBRATION TOLERANCES. CALIBRATION RECORDS AND LIST OF SET POINTS. PROJECT RECORD DOCUMENTS:SUBMIT ALL CUT-SHEETS,O&M INFORMATION AND INSTRUCTIONS IN EITHER MS WORD OR ADOBE .PDF FORMAT ON CD FORMATTED FOR USE ON INTEL-BASED PC'S. ALL CONTROL/ALARM PANELS PROVIDED FOR THIS PROJECT SHALL BE LISTED OR LABELED AS AN ELECTRICAL ASSEMBLY BY AN AGENCY ACCEPTABLE TO THE STATE OF ALASKA DEPARTMENT OF LABOR -MECHANICAL INSPECTIONS DIVISION.CONSTRUCTION SHALL PROCEED ONLY AFTER THE OWNER APPROVES THE REQUIRED SUBMITTALS. SUBMIT DIMENSIONAL PANEL LAYOUTS TO THE ENGINEER FOR REVIEW BEFORE FABRICATION. PANEL WIRING SHALL FOLLOW THE ELEMENTARY WIRING DIAGRAMS SHOWN ON THE DRAWINGS, OR SHALL BE DESIGNED BY THE VENDOR TO COMPLY WITH THE PERFORMANCE SPECIFICATION WHERE PROVIDED. AS BUILT DRAWINGS: UPON RECEIPT OF APPROVED SUBMITTALS AND AFTER CONSTRUCTION OF THE PANEL(S), PREPARE AS-BUILT DRAWINGS USING THE APPROVED SUBMITTAL FILES AND SUBMIT WITH PANELS.SUBMIT 3 SETS OF FULL SIZE DRAWINGS ENCLOSED WITHIN EACH PANEL AND A CD WITH A COPY OF AUTOCAD FILES OF THE SUBMITTAL DRAWINGS EDITED TO AS-BUILT STATUS.PROVIDE ONE CO FOR EACH PANEL.THESE DRAWINGS WILL BE INSERTED INTO THE DESIGN SET FOR RECORD DRAWINGS.THE INSERTED AS-BUILT DRAWINGS MAY BE REDUCED TO 80%TO INCLUDE THE ORIGIAL OEM TITLE BLOCK. O&M MATERIAL: PROVIDE DATA CUT SHEETS,CURRENT PRICE AND SOURCE FOR ALL REPLACEABLE COMPONENTS (I.E.PLUG-IN RELAYS,PILOT LIGHT LAMPS,ETC).IF A COMMON COMPONENT IS USED IN SEVERAL PANELS,A SINGLE CUT SHEET/DESCRIPTOR IS ACCEPTABLE IF ALL APPLICABLE PANELS ARE ANNOTATED ON THE SUBMITTAL.ALL PREPARED O&M MATERIAL SHALL BE TYPED IN MS WORD OR SCANNED AND CONVERTED TO .PDF FORMAT. MATERIALS ENCLOSURES CONTROL PANEL ENCLOSURE:NEMA 12 RATED ENCLOSURE.FINISH PER MANUFACTURER STANDARD.CONTROL PANEL ENCLOSURE INTERIOR SHALL BE PROVIDED WITH A STEEL BACK PANEL FOR MOUNTING OF CONTROL AND POWER DISTRIBUTION COMPONENTS AND GROUND LUG.PROVIDE HINGED LOCKABLE DOOR WITH CONTROLS AND PLACARDS AS SHOWN.HOFFMAN OR EQUAL. WIRE MARKERS SHALL CONSIST OF WHITE OR YELLOW,SLIP-ON ELASTIC SLEEVES SIZED TO TIGHTLY GRIP THE WIRE INSULATION AND MARKED IN BLOCK PRINTING WITH THE LETTERS OR NUMBERS TO IDENTIFY THE CIRCUIT. TERMINAL BLOCKS SHALL BE ALLEN BRAOLEY 1492 H SERIES WITH A MINIMUM RATING OF 600 VOLTS AC AND 30 AMPS.ACTUAL RATING OF TERMINALS SHALL BE DETERMINED BY THE MANUFACTURER AND BASED ON UPSTREAM OVER CURRENT PROTECTION,FAULT DUTY ETC. WHEN DEVICES OR TERMINAL BLOCKS ARE ENCOUNTERED WITH SCREW TERMINALS, TERMINATION SHALL BE BY SLIP ON SPADE TONGUE INSULATED COMPRESSION TERMINATORS. NAMEPLATES SHALL BE INSTALLED PLUMB AND PARALLEL TO THE LINES OF DOORS OR STRUCTURE TO WHICH THEY ARE ATTACHED.A NAMEPLATE SHALL BE PROVIDED FOR EACH PANEL.IT SHALL BE 2"X10"”MINIMUM SIZE WITH 1/2 INCH MINIMUM ENGRAVED LETTERS. THE ENGRAVING SHALL BE AS SHOWN ON THE DRAWINGS FOR THE IDENTIFICATION OF EACH PANEL. INSTALLATION CONTROL PANEL ASSEMBLIES CONTROL PANELS SHALL BE FACTORY OR SHOP FABRICATED UNITS COMPLETELY ASSEMBLED, WIRED AND TESTED IN THE PRESENCE OF AN OWNER REPRESENTATIVE BEFORE SHIPMENT TO THE JOB SITE.PANEL CONSTRUCTION SHALL,IN GENERAL,MEET JIC EMP-1-1967 STANDARDS ANDO APPLICABLE NEMA AND IEEE STANDARDS.THE PANELS SHALL BE CONSTRUCTED IN ACCORDANCE WITH THE STANDARDS OF AND BEAR THE LABEL OF AN ACCREDITED NATIONALLY RECOGNIZED TESTING LABORATORY. OTHER THAN FUSES AND TEST SWITCHES,ALL OPERABLE SELECTORS AND PUSHBUTTONS, INCLUDING MOTOR OVERLOAD RESET,SHALL BE ACCESSIBLE AT THE PANEL DOOR LOCATED BEHIND A CLEAR LEXAN HINGED COVER PANEL. COMPONENTS MOUNTED IN THE INTERIOR SHALL BE FASTENED TO AN INTERIOR BACKPANEL USING MACHINE SCREWS PLUS ADHESIVE TO INSURE VIBRATION-FREE ATTACHMENT. WIRING DUCT SHALL BE PROVIDED FOR WIRING WITHIN THE PANEL ENCLOSURE INCLUDING ALL FIELD WIRING.WIRING WITHIN THE PANEL SHALL BE LABELED WITH WIRE NUMBERS AND RUN IN WIRING DUCT NEATLY TIED AND BUNDLED WITH TIE WRAPS OR SIMILAR MATERIALS. LINE VOLTAGE (120 VOLT OR HIGHER)WIRING IN PANELS SHALL BE CLASS C STRANDEDCOPPERCONDUCTOR#16AWG,WITH TYPE MTW OR SIS INSULATION. COLOR CODING OF INSULATION SHALL BE BLACK:UNGROUNDED LINE,LOAD,AND CONTROL CONDUCTORS AT LINE VOLTAGE. RED:UNGROUNDED AC CONTROL CONDUCTORS,AT LESS THAN LINE VOLTAGE. BLUE:UNGROUNDED DC CONTROL CONDUCTORS. YELLOW:UNGROUNDED CONTROL CIRCUIT CONDUCTORS THAT MAY REMAIN ENERGIZED WHEN THE MAIN DISCONNECTING MEANS JS IN THE OFF POSITION.THESE CONDUCTORS SHALL BE YELLOW THROUGHOUT THE ENTIRE CIRCUIT,INCLUDING WIRING IN THE CONTROL PANEL AND THE EXTERNAL FIELD WIRING. WHITE OR NATURAL GRAY:GROUNDED CIRCUIT CONDUCTOR. WHITE WITH BLUE STRIPE:GROUNDED (CURRENT-CARRYING)DC CIRCUIT CONDUCTORS. WIRING WHICH IS AN INTERNAL PART OF A DEVICE AND IS NOT CONNECTED TO EXTERNAL TERMINAL BLOCKS MAY BE WIRED USING THE MANUFACTURER'S STANDARD WIRE DESIGNATIONS.WIRE WHICH CONNECTS TO EXTERNAL CIRCUITS,TO TERMINAL BLOCKS,OR THE NUMBERS SHOWN ON THE ELEMENTARY WIRING DIAGRAMS SHALL IDENTIFY OTHER DEVICES THAT ARE CONNECTED TO EXTERNAL CIRCUITS.EVERY WIRE TERMINATION, INCLUDING ALL JUMPERS,SHALL BE IDENTIFIED WITH WIRE MARKERS.WIRE MARKERS SHALL BE [INSTALLED OVER WIRE TERMINATORS OR DIRECTLY ADJACENT TO THEM.MARKERS SHALL BE ARRANGED TO PERMIT READING OF IDENTIFICATION. TERMINAL BLOCKS SHALL BE PROVIDED FOR THE TERMINATION OF POWER AND CONTROL WIRING.WHERE MULTIPLE TERMINAL BLOCKS ARE SHOWN FOR A GIVEN WIRE NUMBER, ADDITIONAL BLOCKS SHALL BE PROVIDED AND JUMPERED AS NECESSARY TO PROVIDE TERMINAL SPACES FOR EACH INDIVIDUAL OUTGOING WIRE. TERMINAL STRIPS SHALL BE MOUNTED ON A FLAT STEEL CHANNEL OR STRUT WHICH RAISES THEM TO THE LEVEL OF THE ADJACENT WIRE GUTTERS (2 INCH TO 3 INCH ABOVE BACKPLATE). PROVIDE SPACE FOR A MINIMUM OF 10 PERCENT ADDITIONAL CONTROL WIRING TERMINAL BLOCKS ON EACH SIDE. NAMEPLATES SHALL BE PROVIDED FOR ALL RELAYS,TIMERS,TRANSFORMERS,FUSES, TERMINAL BLOCK,SWITCHES MOUNTED INTERNALLY,AND OTHER COMPONENTS THAT ARE MOUNTED TO THE INTERNAL MOUNTING PANEL.THESE NAMEPLATES SHALL BE SIZED TO THE SCALE OF THE DEVICE TO WHICH THEY REFER.THE ENGRAVING SHALL BE AS SHOWN ON THE PANEL LAYOUT DRAWING. THE ASSEMBLED PANEL SHALL BE MEGGERED AND TESTED TO BE FREE FROM GROUNDS AND SHORTS.ALL CONTROLLERS,CIRCUITS AND INTERLOCKS SHALL BE RUNG OUT AND TESTED TO ASSURE THAT THEY FUNCTION CORRECTLY BEFORE THE PANEL IS SHIPPED.REVISE ALL DRAWINGS UPON COMPLETION OF THE WORK TO SHOW "AS SHIPPED”CONDITION OF THE PANEL. AFTER COMPLETION OF SHOP ASSEMBLY AND TESTING,PANELS SHALL BE ENCLOSED IN HEAVY-DUTY POLYETHYLENE ENVELOPES OR SECURED SHEETING TO PROVIDE COMPLETE PROTECTION FROM DUST AND MOISTURE.DEHUMIDIFIERS SHALL BE PLACED INSIDE THE POLYETHYLENE COVERING.THE EQUIPMENT SHALL THEN BE SKID-MOUNTED OR CRATED FOR FINAL TRANSPORT.SHIPPING WEIGHT SHALL BE SHOWN ON SHIPPING TAGS,TOGETHER WITH INSTRUCTIONS FOR UNLOADING,TRANSPORTING,STORING,AND HANOLING ON JOB SITE. TESTING. FACTORY TESTS -PRIOR TO SHIPPING,PANEL MANUFACTURER SHALL DEMONSTRATE PANEL OPERATION,WITNESSED BY AN OWNER'S REPRESENTATIVE.PANEL WILL NOT BE RELEASED FOR SHIPMENT UNTIL ALL FUNCTIONS HAVE BEEN VERIFIED.MANUFACTURER SHALL PROVIDE SIMULATED INPUTS FOR THE PURPOSE OF ENABLING EACH ALARM AND CONTROL FUNCTION REQUIRED BY THE DESIGN AND FUNCTIONAL DESCRIPTIONS.TESTING WILL NOT TAKE PLACE UNTIL AS-BUILT DRAWINGS HAVE BEEN SUBMITTED.PROVIDE 10 DAYS NOTICE FOR ALL TESTS. TESTING SHOULD TAKE PLACE IN ANCHORAGE AT A LOCATION WHERE PANEL MODIFICATIONS MAY TAKE PLACE WITHOUT JEOPARDIZING VENDOR'S LABELING REQUIREMENTS.IF AN ALTERNATE LOCATION IS PROPOSED OUTSIDE OF ANCHORAGE,ALL TRAVEL,LODGING AND BOARDING COSTS (LODGING AND BOARDING EXPENSES NOT TO EXCEED POSTED FEDERAL PERDIEM RATES)WILL BE INCLUDED IN THE VENDOR'S BID. Division of Environmental Health and Engineering 3900 Ambassador Drive,Sulte 301 BAR IS ONE INCH ON ORIGINAL DRAWING,IF NOT ADJUST SCALES ACCORDINGLY ST.MARY'S,AKST.MARY'SHEATRECOVERYFINALTRKINITDESCRIPTIONISSUEDFORCONSTRUCTION02/2016PLAN SET: PROJ MGR:TM PROJ ENG:TRK DRUMS ENG:_ECH ORAWN BY:WwW SHEET TITLE ELECTRICAL SPECIFICATIONS E-002 sHeetT 1 of # USER:WPLATT PRODUCT:Civii3D 2015 -20.0s LMS Tech FILE:f¢\Jobsdata\30306.31 onthe st.mary's heat recovery\O0 CADD\O1 working set\O3 Electrical\KSM--E-STSPEC.dwg LAYOUT:E-002 PRINTED:2/12/2016 5:07:26 PM 10 OF 38 TOTAL SHEETS |3 I 4 rr:SE "Me Fg NES”al Sy”er +eae:ll ie nine er we are ry.\a \>a earearnoe-ee >.a rn yi te oe a*.+»+toa,nhlicererentnat,+4,"actn cote Division of Envi A Health and Engineering .Beyok'LF.%,4¥.endlheweaha:Hgi:8faéSipiadZZ+*:.4-,-_¢oeSe»+BAR IS ONE INCH ON ORIGINAL DRAWING,IF NOT ADJUST SCALES ACCORDINGLY > ce uu a)" O<ia2?p=oIPomaOwzsu2 Es > ;oc;:4 e)-- t -W\.we ee n 7 vo\. :1 R RICAL ¢be 1 ON WOR IN THIS LOGENON see E-101 FOR ELECTRICAL 'wae Yi WORK IN THIS LOCATIONoe:\:SOT ohsleenateneinertenains Sieh WORK IN THIS LOCATION ake,==fzr fo + yo e & ie .Ee 6.3 IE ,2 |eaCOLD86 a STORAGE /HOTEL .©|e ao aimee 5 "*a +lyaveB 5 ynewO= tbe © 5 |}.LY l« \.. acbmySEEE-102 FOR ELECTRICAL ¥*WORK IN THIS LOCATION ©|e} i 2 vie ,ope PLAN SET:AN 14243 t..a \\wn,PROJ MGR:TL t ,\N\oe i PROJ ENG:TLM ee.SS aeo or DRUMS ENG:_ECH 'ee ee on a s7 ot j DRAWN BY:_IRK ;co yo ce aera'SHEET TITLE :-\",4» :a. -\\aN eo :vo a 7 %=toc Karan mae ;-we We ce {ELECTRICAL SITE PLAN| SITE PEAN See E-100SCALE:1"=30"sHeetT 3 of 10 USER:WPLATT PRODUCT:Civil30 2015 -20.08 LMS Tech FILE:§\vobsdata\30306.31 onthe st.mary''s heot recovery\O0 CADD\O!working set\03 Electrical \KSM-E-SHSI TE.dwg LAYOUT:E£-100 PRINTED:2/12/2016 5:07:41 PM 31 OF 38 TOTAL SHEETS 1 l 2 3 4 CD)1/2°C,3414(2516,6). (2)1/2°C,3CHI8TWSH. PANEL (E)172°C,SI2(H,N,6). L.4 i @ 1/26,12 (24VAC,6). 4a Vv 4 Vv I 120:24VAC 40VA ENCLOSED TRANSFORMER WITH INTEGRAL Division of Environmental [AH 1 I PROTECTION.RIB #PSC40AB10.Health and Engineering ,{Al Oe 3900 Ambassador Drive,Suite 30' xo TRANSFORMER "TX”AND BTU-100 TO BE INSTALLED ON WALL OF 'Anchorage,Alaska 99506|(907)729-2600 = oR >MEZZANINE. FARTS ROGM ig '{7)FIELD LOCATE TC-100TUN--<---8 bar Hoe >HOR ]100 |4 T a 20L ¢{Or =WHGR #HGRPANELC(E)CONTRO |B-18 dy im |ROCM i panes->|MOY ]oO y . [AQUASTAT (E)|>WHG?<q WHER -oO 7 || WHGS WHCS ->HOt WHOS |ee |||4 :HGS,>|HGS,HGS oO 1 ;a|||BAR IS ONE INCH ON H ||ORIGINAL DRAWING,IF NOT]4 ]a!|vé ADJUST SCALES ACCORDINGLY ||g | [aaul3Vt)¢M ¥O fy <c ;- REMOTE BULB-SENSOR FOR |MO, AQUASTAT CONTROLLER.|=<q <Nn [ i iy)=ticINSo >oc ,a.<[oFrice |a CENERATCR = HAY -” a I ---S X SS -S--&|Z &E |g5EF&Iswm1e6|a51s &ELECTRICAL PLAN -AVEC d aWw\SCALE:1/4”=1'-0"f 4 ©S |3 8 x°El PLAN SET:AN 14-243 PROJ MGR:LM PROJ ENG:1M DRUMS ENG:_CH DRAWN BY:RK SHEET TITLE ELECTRICAL PLAN - AVEC suet 4 of 10 USER:WPLATT PRODUCT:Civil3D 2015 -20.08 LMS Tech FILE:¢\Jobsdata\30306.31 anthe st.mary's hect recovery\O0 CADD\01 working set\03 Electricol\KSM-E-SHPLAN-AVEC.dwg LAYOUT:E-101 PRINTED:2/12/2016 5:07:51 PM 32 OF 38 TOTAL SHEETS 1 l I 3 [4 ®7 NOTES 00 C1)12°C,312 (H,N,6). (2)12°C,3f12 (2H,6).-+os >i nGR von 4 )1/20,3CHIBTWSH. wes wies wes ON 4)12°C.Sf12 (251G,6),(2)-3CHIBTWSH.wer wacr wGR wc Division of Environmental F ()1/2C,3f14 (2516,6).Health and EngineeringTC-300 MA rio ce=3900 AmbassadorDrive,Sutte 301HXC--Anchorage,AlaskeCc3!x -6)VU/2C,7$14 (6516,6).oo 7290000 ®F ee (7)SEE E-401 AND E-402 FOR HXC-300 AND ML cp 1C-300 DETAILS. REPLACE EXISTING DISTRIBUTION PANEL WITHre)NEW 200A,120/240V,1,30 SPACE, HXC-300 SURFACE MOUNT,NEMA 3R DISTRIBUTION PL pp PANEL,SQUARE D $Q0130L200GRB OR EQUAL. lm x 6 hea)NSPS Jog - ORIGINAL DRAWING,IF NOTINSTRUMENTATIONPLAN-COLD STORAGE/HOTEL ADJUST SCALES ACCORDINGLY 1 7 aeSCALE:1/2"=1'-0 > [oa Ww 3xO<i7)Oy= <<cw z>Te|=o 3 E> s o & z <Pd = HGS HCS --<-----_HGs.HGS HGS --<----_08 HGS HGS - HGR HGR >HGR HGR HGR >HGR HOR HGR HGR ” WHGS WHGS WHGS WH a WHGS:WHGS WHGS WHGS 4 WHGS WHGR WHGR WHGR WHGR >WHGR R WHGR WHGR--_--->-WHGR z |Z E |3/5={a21S8|g PANEL S 3 e 232 t4 2B |eSigoOo xPOWERPLAN-COLD STORAGE/HOTEL °|e PLAN SET:AN 14-243 2 > PROJ MGR:LM SCALE:1/2”=1'-0 COLD PROJ ENG:TLMSTORAGE/HOTEL DRUMS ENG:£CHBUILDINGDRAWNBY:TRKHASHEETTITLE ELECTRICAL PLAN - COLD STORAGE HOTEL AREA OF WORK S KEY PLAN E-102 suet 5 of 10 USER:WPLATT PRODUCT:Civii3D 2015 -20.0s LMS Tech FILE:j \Jobsdate\30306.31 onthe st.mory's heat recovery\OO CADD\O)working set\03 Electrical \KSM-E SHPLAN-CSHOTELdwg LAYOUT:E-102 PRINTED:2/12/2016 5:08:01 PM 33 OF 38 TOTAL SHEETS yy4 yicyPea, |_--PANEL "A”(E) NOTES CD 1/2C,5#14(251C,C). (2)1/26,SCf1BTWSH. (3)3/4°C,3f14(2SIG,6),(4)-3Cf18TWSH. C4)1/2°C,Sf 12(2H,6). )1/20,S#I2(4H,6). 6)1/2°C,3f12(H,N,G). @/7C,Sf14(CLOSE,N,6). SEE SHEET E-401 FOR TC-300 DETAILS. Division of Envi ' Health and Engineering |MECHA (3)120:24VAC_100VA ENCLOSED TRANSFORMERcs----+SA WITH INTEGRAL PROTECTION.RIBLcs#PSC 1002810. en =>=&0 12°C,3#12 (24VAC,G). - T T T T T -TT [*)r av4BARISONEINCH ON ORIGINAL DRAWING,IF NOT ADJUST SCALES ACCORDINGLY CITY OFFICE POWER PLAN = wi\SCALE:1/2”=1'-0"3xO<urH27wotFA2)=alnt <a Wy _i cuz {=lianvLa7” Ht E>°%4 ra __][Za 1 = !a = au { )Hi Ot ” Hy |[BINGO |ot |HALLBe:!14 t1 © ia '©i Onan |: NN | rT |E Z d : {|2 |6|__-_-4 ia |=i= 2 s-----=--5 5 400 ty 2 1SaI°5] I wae !fr Ly PANEL "A"(E)ae I Le ba |gLt|FA Hy |3 Daal ae : LY Tc-400 ”S le !Pad (2 a R |e Hy |AON cP F g e |1 qu 1 on|V ERP SANIC ADS |g o |x HGS A HyNA iss oe”Hos HGS HGS |HGS HGS |=] en wah ' w PLAN SET:AN 14-243HCS46s-->----cs 1 : ---»>wl VFD VFD recA GS a GS -HGS HGS CS HGS HGS soe =7SS774'|4 -a F F 2 os ; =a ior DRUMS ENG:ECH -<q+F Ee +t-+-+F +--+}a ¢Hop i HGR Vf -F RE +FF+F E+-+-+-+-#+7{DRAWN BY:_TRK i |\_---_F |SHEET TITLE T J T )oe T 4 ELECTRICAL PLAN«Y CITY OFFICE CITY OFFICE INSTRUMENTATION PLAN E-1032>heSCALE:1/2”=1-0)sHeeT 6 oF 10 USER:WPLATT PRODUCT:Civil3D 2015 -20.0s LMS Tech FILE:j \Jobsdota\30306.31 anthe st.mary's heot recovery\O0 CADD\01 working set\03 Electricol\KSM-E-SHPLAN-CITYOFFICE.dwg LAYOUT:E-103 PRINTEO:2/12/2016 $:08:10 PM 34 OF 38 TOTAL SHEETS ott MA > w & ©* .ee 3 5 TC 300 3 rs a 4a e SENSOR A ]-at ee 7 Vea Z0¥”io Ls |TE 100¢Te 400 SENSOR B =Ls _MOD_1 SENSOR A J TT 47 Division of Environmental T +}[7”Reo To >|TE "F |soft annebeSone sate aot1-|TE 300A Wt @ 12 Ld tL _Ch aan Moy seg 5 I =oe eBDIGITAL _-|TE 400A tNPUT 9 We {|L _| oar-_>_--INI| _wes POWER as |}power 120VAC120/240VAC Seg ces ll peR3z|Hxc-300 | |7)"]a|BAR IS ONE INCH ONORIGINALDRAWING,IF NOT ADJUST SCALES ACCORDINGLY --START/STOP __wo!9 --START/STOP|Poe -: J Tp en pa-__3 LJ [cP-E rt J ta_-wi ; TC-300 WIRING DIAGRAM >TC-400 WIRING DIAGRAM 2 NO SCALE NO SCALE x ° SEE E--403 FOR PROGRAMING DETAILS SEE E-403 FOR PROGRAMING DETAILS wo E ->_<C wi zqtr=o r 5)BTU 100 -> cage wo,GOO OT)eae = 120VAC . HX CONTROL PANEL -_][e-_b-®@e-_]TPHxC300reCH ho Ele .rooun THO TC 300 |Te 100A |©)z----)Ld ©5 |é+-{i1)&|o2|8 [ "|%ko Low |TE 100B |a PRESSURE 2iLdB (3K)S rm<eo 3 iF @ x-7 Oo lxN._A |--_PLAN SET:AN 14-243BTU-100 PROJ MGR:TM2-3 PROJ ENG:TL NO SCALE DRUMS ENG:_ECH DRAWN BY:TRK SHEET TITLE HX-300 CONTROL 'e oO PANEL E-401 sHeET 7 oF 10 USER:WPLATT PRODUCT:Civil3D 2015 -20.0s LMS Tech FILE:¢\Yobsdota\30306.31 onthe st.mary's heat recovery\O0 CADD\O1 working set\03 Electrical\KSM-E STPO1.dwg LAYOUT:HXC-300 CONTROL PANEL PRINTED:2/12/2016 5:08:18 PM 35 OF 38 TOTAL SHEETS 120v TS--1 KFS-1 KPS-1 cp-a CP_A5OB10/7)iin RUN Division of Envi 1 @®Health and Engineering Y !! 7.0.T.0.CP-A-1 9900 Ambassador Drive,Suite 301,Alaska 99506(007)729-3600aeTOCP-A VED | a Rn SILENCE Fi 1 Al-1 S1-2 $2-2 [ HORN]offo--o-fo XS 4 A [')"|STROBE |a BAR IS ONE INCH ON ORIGINAL DRAWING,IF NOTA2-1 ADJUST SCALES ACCORDINGLY LOW > FLOW eed Lu 5xO rax7 omYL()|SidcCwzire|= L-_4 >ox << Pi-1 Ss offo rzw” Pale g |gSie=| LOW o {& PRESSURE B |a©|lo S Fra] =|zB-O gm o : 300,3 iv||$sQappofpoe Lo -HIGH PLAN SET:AN 14-243 TEMP PROJ MGR:TLM PROJ ENG:_TLM DRUMS ENG:ECH DRAW BY:TRK SHEET TITLE HX-300 LADDER DIAGRAM E-402 sHeeT 8 oF 10 USER:WPLATT PRODUCT:Civil3D 2015 -20.08 LMS Tech FILE:¢\Jobsdata\30306.31 anthe st.mary's heat recovery\O0 CADD\O1 working set\03 Electrical\KSM-E STPO02.dwg LAYOUT:HxC-300 LADDER DIAGRAM PRINTED:2/12/2016 5:08:28 PM 36 OF 38 TOTAL SHEETS yyStand Alone Temperature Controller Programming TC-300A -Cold Storage/Hotel Building Sensor Description This device application requires two sensors: Sensor A is sensing building heating system return temperature,TE-300A. Sensor B is sensing recovered heat supply temperature, TE-100C. Operation Pump,CP-€,to be enabled when there is a 5°F differential between the recovered heat supply temperoture,TE--100C,and the building heating system return temperature,TE-300A.Pump CP-€to be disabled when the differential is 2°F. High limit shut off for the building side of the system occurs when the building heating system return tempercture reaches 180°F (adjustable)as sensed by tempercture sensor,TE-300A, pump,CP-C,is disabled when the building high limit shut-off occurs.The high limit shut-off for the building automatically resets at 175°F. High limit shut off for the recovered heat system occurs when recovered heat supply temperature reaches 190°F,adjustable as sensed by temperature sensor,TE-100C.Pump,CP-A,is disabled when the recovered heat high limit shut off occurs. The high limit shut off for the recovered heot automaticolly resets at 185°F. To Enter Setup: Press and Hold the menu button for 5 seconds to enter setup mode.Select the outputs menu and then: Set up Mod 1,Relay 1,Relay 2 and Relay 3. SETUP -OUTPUTS Select:Mod 1 The set up the following variables below: MIN Out %=100% Integral =O sec Hide =Yes Reset =Yes -Other (Mod 1 is used only to set the differential curve,do not wire Mod 1) Ject:Rel 1: The set up the following variables below: Reset =Yes Select Relay 2: The set up the following variable below: Reset =No Select Relay 3: The set up the following variable below: Reset =No Press Home to exit Setup. To Program: Press Menu to enter programming. |M 1: The settings for Mod 1 are to establish the offset curve only.There ore no electrical connections to Mod 1.The set up the following variables below: SP MAX Al =180°F RESET B1 =190°F SP MIN A2 =140°F RESET B2 =170°F THROTTLING RANGE =40 (SP Mox Al -SP MIN A2 = Throttling Range) HEAT/COOL =COOL Select Relay 1: The offset is the temperature differential at which you want the pump,CP-C,to turn on. Set the offset up as follows: OFFSET =S°F The differential will determine the number of degrees below the setpoint (5°F differential)at which the pump will be disabled. Per the sequence or operations the pump,CP-C,is to be disabled when the differential between the temperatures is 2°F so the differential is 5°F-3°F=2°F.Therefore,set the differential as follows: DIFFRNTL =3°F Select Relay 2: RELAY 2:Is the high limit alarm associated with sensor A.In accordance with the sequence of operations the pump,CP-C, will be disabled if the return water temperature from the building,TE_300A,reaches o temperature 180°F.The high limit temperature for sensor A is setup as follows: SETPOINT =180°F OIFFRTL =S°F SENSOR:SENSOR A HEAT |Rel RELAY 2:Is the high limit alarm associated with sensor B.in accordance with the sequence of operations the pump CP-A will be disabled if the supply woter temperature from the recovered heat,TE 100C,reaches a temperature 190°F.The high limit temperature for sensor B is setup as follows: SETPOINT =190°F DIFFRTL =5°F SENSOR:SENSOR B HEAT Press Home to exit programming. Stand Alone Temperature Controller Programming TC-400 -City Office Sensor Description This device application requires two sensors: Sensor A is sensing building heating system return temperature,TE-400A. Sensor B is sensing recovered heat supply temperature, TE-400B Operation Pump,CP-E,to be enabied when there is a 5°F differential between the recovered heat supply temperature,TE--400B,and the building heating system return temperoture,TE-400A.Pump CP-E to be disabled when the differential is 2°F. High limit shut off for the building side of the system occurswhenthebuildingheatingsystemreturntemperaturereaches 180°F (adjustable)os sensed by temperature sensor,TE 400A,pump,CP-E,is disabled when the building high limit shut-off eccurs.The high limit shut-off for tne building automatically resets at 175°F. To Enter Setup: Press and Hold the menu button for 5 seconds to enter setup mode.Select the outputs menu and then: Set up Mod 1,Reloy 1,and Relay 2. SETUP -OUTPUTS Select;Mod 1 The set up the following voriabies below: MIN Out %=100% Integral =0 sec Hide =Yes Reset =Yes -Other (Mod 1 is used only to set the differential curve,do not wire Mod 1) Select;Relay 1: The set up the following variables below: Reset =Yes Select Relay 2: The set up the following variable below: Reset =No Press Home to exit Setup. To Progrom: Press Menu to enter programming. The settings for Mod 1 are to establish the offset curve only.There ore no electrical connections to Mod 1. |M 7 The set up the following variables below: SP MAX Al =180°F RESET B1 =190°F SP MIN A2 =140°F RESET B2 =170°F THROTTLING RANGE =40 (SP Max Al -SP MIN A2 = Throttling Range) HEAT/COOL =COOL e!1 1: The offset is the temperature differential at which you want the pump,CP-E£,to turn on. Set the offset up os follows: OFFSET =5°F The differential will determine the number of degrees below the setpoint (S°F differential)at which the pump will be disabled. Per the sequence or operations the pump,CP-E,is to be disabled when the differential between the temperatures is 2°F so the differential is 5°F-3°F=2°F.Therefore,set the differential as follows: DIFFRNTL =3°F |Rel RELAY 2:Is the high limit alarm associated with sensor A.In accordance with the sequence of operations the pump,CP-E, will be disabled if the return water temperature from the building,TE 400A,reaches o temperature 180°F.The high limit temperature for sensor A is setup as follows: SETPOINT =180°F DIFFRTL =S°F SENSOR:SENSOR A HEAT Di of Envir Y Health and Engineering BAR IS ONE INCH ON ORIGINAL DRAWING,IF NOT ADJUST SCALES ACCORDINGLY ST.MARY'S,AKST.MARY'SHEATRECOVERYFINALTRKINITDESCRIPTIONISSUEDFORCONSTRUCTION02/2016DATE0MRKPLAN SET:AN 14-243 PROJ MGR:TM PROJ ENG:TM DRUMS ENG:_ECH ORAWN BY:TRK SHEET TITLE TEMPERATURE CONTROLLER PROGRAMMING E-403 sHeetT 9 of 10 USER:WPLATT PRODUCT:Civil3D 2015 -20.08 LMS Tech FILE:j \Jobsdata\30306.31 antnc st.mary's heat recovery\O0 CADD\O1 working set\03 Electrical\KSM--E-STTEMP.dwg LAYOUT:TEMPERATURE CONTROLLER PROGRAMMING PRINTED:2/12/2016 5:08:38 PM 37 OF 38 TOTAL SHEETS 1 _I 2 l 3 I 4 PANEL "A”SCHEDULE PANEL °S"SCHEDULE LOCATION:CITY OFFICE 200A MLO 10,000 AIC LOCATION:COLD STORAGE 200A MLO 10,000 AIC SERVED FROM:MAIN 240/120V NEMA 1 SERVED FROM:MAIN 240/120V NEMA 1 POLE |AMP LOAD POLE MLO POLE LOAD AMP POLE POLE |AMP LOAD POLE MLO POLE LOAD AMP |POLE #TRIP DESCRIPTION Kva L1 L2 Kva DESCRIPTION TRIP ##TRIP DESCRIPTION Kva L1 L2 Kva DESCRIPTION TRIP #Diviel Envi ' 1 20/1 {MAIN ROOM LIGHTS 0.6 |0.8 0.2 |WOMENS RESTROOM 20/1 2 1 20/1 |GT-A RECEPT.0.0 |0.0 0.0 |Hxe-300 10/4 2 Health on Engineering 3900 AmbassadorDrive,Suite 301320/1 |HALL OFFICE LIGHTS 0.4 0.6 |0.2 JOFFICE RECEPTACLE 20/1 4 3 20 |EXISTING CIRCUIT 0.0 0.0 |00 |o 20?4 5 20/1 |WEST OFFICE RECEPT.0.4 |06 0.2 [MAIN ROOM RECEPT.20/1 6 5 204 |EXISTING CIRCUIT 0.0 |0.0 0.0 6 (907)729-9600 7 20/1 |OFFICE LIGHTS 0.3 0.7 |0.4 [SECURITY SWITCH 20/1 8 7 201 |EXGSTING CIRCUIT 0.0 0.0 |09 |os 20?8 9 20/1 |BATHROOMS 0.2 |1.0 0.8 |FURNACE 20/1 10 9 201 |EXISTING CIRCUIT 0.0 |0.0 0.0 10 "0.3 0.7 |0.4 |EAST OFFICE RECEPT.20/1 12 1 0.0 0.0 |0.0 1220/2 |CP cP-c 20/2 13 0.3 |07 0.4 [NORTH WALL RECEPT.20/1 14 13 0.0 |0.0 0.0 14 15 |20/1 |COMM.CENTER LIGHTS 0.2 1.4 |1.2 [HEAT TAPE 20/1 16 15 0.0 0.0 |0.0 16 17 |20/1 |COMM.CENTER LIGHTS 0.2 |06 0.4 |CLINIC RECEPT.20/1 18 17 0.0 |0.0 0.0 18 19 |20/1 |COMM.CENTER RECEPT.0.2 |08 0.6 |COMM.FURNACE 20/1 20 19 0.0 |0.0 0.0 20 21 |20/1 |COMM.OUTSIDE LIGHTS 0.2 0.8 |0.6 [HOT WATER HEATER 20/1 22 21 0.0 0.0 |0.0 22 23 0.4 |06 0.2 |COMM.RESTROOM 20/1 24 23 0.0 |0.0 0.0 2420/2 |cP-D 0 " 25 0.4 0.6 |0.2 |Tce-4008T1 20/1 26 25 0.0 0.0 |00 26 -- 27.|20/1 }COMPUTER OUTLET 0.2 |0.2 0.0 -28 27 0.0 |0.0 0.0 28 BAR IS ONE INCH ON ORIGINAL DRAWING,IF NOT 29 -0.0 0.0 |0.0 -30 29 0.0 0.0 |0.0 30 ADJUST SCALES ACCORDINGLY 5.3 |48 Total kVA =10.1|kVA 0.0 |0.0 Total kVA =0.0|]kVA *=GFCI Breaker SmA **=GFCI Breaker 30mA Total Amps ©240V =42.114 *=GFCI Breaker 5mA **=GFCI Breaker 30mA Total Amps @ 240V =O.01A > ce Li 3"Oo<iwo Y =f tfgiz PANEL "B”SCHEDULE PANEL "C”SCHEDULE =oO i LOCATION:AVEC PLANT 200A MLO 10,000 AIC LOCATION:AVEC 100A MLO 10,000 AIC 5 a SERVED FROM:MAIN 240/120V NEMA 1 SERVED FROM:PANEL B 240/120V NEMA 1 < POLE |AMP LOAD POLE MLO POLE LOAD AMP POLE POLE |AMP LOAD POLE MLO POLE LOAD AMP POLE E #TRIP DESCRIPTION Kva L1 L2 Kva DESCRIPTION TRIP ##TRIP DESCRIPTION Kva u1 L2 Kva DESCRIPTION TRIP #” 1 0.0 0.0 0.0 {OUTSIDE LIVING 2 1 0.0 0.0 0.0 |PS-2 15/1 2 30/2 |WELDER OUTLET 30/2 3 /DER 0 0.0 0.0 |0.0 [QUARTERS /4 3 |15/1 |ps-2 0.0 0.0 |0.0 {PS-3 15/1 4 - 5 20/1 |FIRE SYSTEM 0.0 |0.0 0.0 |INNER OFFICE OUTLETS 20/1 6 5 20/1 |LIGHT 0.0 |00 0.0 |COMPUTER 15/\6 FE 2 7 20/1 |BATTERY CHARGER 0.0 0.0 |0.0 |WORKBENCH LIGHTS 20/1 8 7 40/1 |TRANSFORMERTX 0.0 0.0 |0.0 8 9 20/1 |AIR COMPRESSOR 0.0 |0.0 0.0 |EMERGENCY LIGHT 15/1 10 0.0 |0.0 Total kVA =0.0/kVA 11 |30/1 |WORKBENCH OUTLETS 0.0 0.0 |0.0 |EXIT LIGHTS 15/1 12 *=GFCI Brecker SmA =**=_GFCI_Breaker 30mA Total Amps @ 240V =O.01A &2 13 |20/1 [OUTLET BELOW PANEL 0.0 |0.0 0.0 |EXIT LIGHTS 15/1 14 S E 15 0.0 0.0 |0.0 |RADIATOR LIGHTS 20/1 16 F &15/2 |240 INSIDE LIGHTS 8 [2 17 0.0 0.0 0.0 |BTU-100&FM-100 20/1 18 oS |W 19 |20/1 |STORAGE VANS 0.0 |0.0 0.0 |LOUVERS 20/1 20 3 21 0.0 0.0 |0.0 |HYDRONICS CIRC-PUMP 20/1 22 815/2 |USED OIL OUTLET 5 23 0.0 |0.0 0.0 |DAYTANK ALARM 15/1 24 R 25 |15/1 [CIRC-PUMP UNIT #1 0.0 0.0 |0.0 |LOW COOLANT LIGHTS 16/1 26 wo 27.|20/1 |AFTERCOOLER OUTLETS 0.0 |0.0 0.0 PANEL "C*40/2 28 S ik< 29 |20/1 |OUTLETS BELOW 480 PANE 0.0 0.0 |0.0 30 a o 0.0 |0.0 Total kVA =0.0/kVA ole *=GFCI Breaker SmA **=GFCI Breaker 30mMA Total Amps @ 240V =O.01A Es PLAN SET:AN 14-243 PROJ MGR:LM PROJ ENG:Tu DRUMS ENG:ECH DRAWN BY:RK SHEET TITLE PANEL SCHEDULES sHeetT 10 oF 10 USER:WPLATT PRODUCT:Civil3D 2015 -20.08 LMS Tech FILE:j¢\Wodsdato\30306.31 onthe st.mary's heat recovery\00 CADD\O1 working set\03 Electrical \KSM-E-SHSPANELS.dwg LAYOUT:PANEL SCHEDULES PRINTED:2/12/2016 5:09:00 PM 38 OF 38 TOTAL SHEETS aml2 l 3 4 a2-\city OFFICEa\a \eexT|woa,aaa*"COLD \omayc4-"Iage_a+aream"a'*ereeSTORAGE /HOTEL vee.ia HQ ee oS a 5 ie ee ee a i RE ST wer Ee REOT PE OS RRSeR hae-om ?oan ae .«eg Ro 2 a .%,a .&a sg '"a wo.:" aa ok re ,a : -f .eanaon-woo4=> \ »Az* 3 -s. .*4 cs a i éomon: SITE PLAN == Division of Environmental Health and Engineering 3900 Ambassador Drive,Sulte 301 ,Alaska 99508 (907)729-3600 0 1” | BAR [S ONE INCH ON ORIGINAL DRAWING,IF NOT ADJUST SCALES ACCORDINGLY ST.MARY'S,AKST.MARY'SHEATRECOVERY95%DESIGNINITDESCRIPTIONDATEMRKPLAN SET:AN 14-243 PROJ MGR:TM PROJ ENG:TM DRUMS ENG:_ECH DRAWN BY:XXX SHEET TITLE SITE PLAN 1 -__C-101SCALE:1°=30)sHEET XXX or XXX USER:WKEMP PRODUCT:Civil3D 2015 20.03 LMS Tech FILE:}\Jobsdato\30306.31 anthe st.mary's heat recovery\O0 CADD\O1 working set\Q1 Civil\KMS-C-STHRPP.dwg LAYOUT:C-101 PRINTED:1/15/2016 2:22:11 PM XXX OFXXXXTOTAL SHEETS