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HomeMy WebLinkAboutBrevig Mission Heat Recovery 95% Final Design - Feb 2016 - REF Grant 7071040BREVIG MISSION HEAT RECOVERY 95% DESIGN ANTHC PROJECT NUMBER: AN-14-Z42 FEBRUARY 2016 CNUACNI SE4 ROSS'A wac V —. Apg10N SOUND isuxo � Bc rNc sen 's�o� Puesuor uos ®:eo Npe SAlaska Native Tribal Health Consortium Division of Environmental Health and Engineering CR�, 3900 Ambassador Drive, Suite 301 An.hor.gge Alaska 99508 ENGINEBMG GROUP, LLC Phone: `907) 729-3600 ceaw. aa.w p Fax: (907) 729-4090 �E,°g;o;i �%I3�TT htm://www.dehe..rg r t p�) aei-zzn I I EVIG MISSIONp SEC 9. T2S. R38w. KATEEL RIVER MERICIAN ADIAM pig CANADA 2� OF aus n BRISTOL BIY ((����dd'��55 GU 2N Ka.— f�� L 1 2 3 4 COMMON ABBREVIATIONS ALUM APPRIXNM SRE PLAN � PROPOSEQ GENERAL LEGEND D ASTM OX AWD A A ASSOCIAMIONE STANDARD TESTING MATERIAL AMERCAN WIRE GAUGE AMERICAN WATER WORKS ----u---- CONTOUR CULVERT NORTH ARROW kTx c ASSOCIATION V� DRAWING TIME OR BOT CAP OF CMP BOTTOM CORRUGATED ALUMINUM PIPE CUBIC FEET CORRUGATED METAL PIPE - ___ '----- ORI VEWAY, O '-------- GRAVEL ROADS X SECTION TITLE xx SHEET NUMBER n nrnon0e, unlu rawe T Taazoo � 1 CL CENTERLINE CO CLEANGNT DITCH OR STREAM CONC CONCRETE CV CUBIC YARD TITLE OR V DIA DIAMETER EAST EDGE OF FILL LIMITS X NO—DRAOITH VERTICG AL HORIZONTAL SCALE EA EF EACH ELECTROFUSION EDGE OF CUT LIMITS SHEET NUMBER ELEC EL EST I. FPT FT GA ELECTRIC ELEVATION ESTIMATE FFM FOR CEEMAIN EMALE PIPE THREAD FEET GAUGE FENCE GRADE SYMBOL Z VIEW TITLE CALL OUT BUBBLE SHEET NUMBER scAL EsyA C GAL GALV GPM DG GALLON GALVANIZED GALLON PER MINUTE HOT -DIPPED GALVANIZED ru FORCE MAIN rM VIEW TIME SECTION INDICATOR YAcc W HDPE HORZ HIGH DENsitt POLYETHYLENE HORIZONTAL F POWER LINE ID INV INSIDE DIAMETER INVERT FEET PROPERTY LINE SHEET NUMBER VIEW TIRE Y U Q W IUP N LVL INCH POU VE D LMAXI —Cx[— OVERHEAD POWER ELEVATION INDICATOR Z Z W X NO IMUM MISC. CHANNEL & TELEPHONE SHEET NUMBER a a N S W MANHOLE z I' MIN MINIMUM xR HEAT RECOVERY LINE 0 NTS NSF NOT TO SCALE NATIONAL SCIENCE FOUNDATION ENGINEERING GRAPHIC SCALE a N > m OAE OC OD OR APPROVED EQUAL ON CENTER OUTSIDE DIAMETER 1+00 2+00 STATIONING a W — D: �L Do (� OSHA OCCUPATIONAL SAFETY & HEALTH BREAK LINE PE PVC AOMCNISTRATCON POLYETHYLENE POUND PER SQUARE INCH 0 STRUCTURES I� ET NOTE INDICATOR W DO DO PVC C POLYVINYL CHLORIDE TRAIL (REFERS TO NOTE ON SAME SHEET) B WG NO SCH REROGN GHT lEE SCHEDULE /VW1 TREE LINE MATCH LINE, SEE X-XXX MATCH LINE "M SIMILAR 0 REVISION INDICATOR 11 p T TELEPHONE (BURIED) (TYP) WS 0 TYPICAL WATER SURFACE DIAMETER w WATER LINE s SEWER LINE ' F FUEL LINE FINISH GRADE �EL. 11.0' ELECFNC + TELEPHONE COMMUNICATION Pux SEE PRO. MGR: An lazaz iW (A PRDJ ENG DRUMS I% RUM ECH UTILITY POLE DRAWN BY: SHEET TIRE XAL p GUY ANCHOR LEGEND AND ABBREVIATIONS G-002 EET 2 OF 3 USER. WNIMFR FR[o— cixlsD 2015 - 20.Ce uls iecn FI {\Jmmoto\sD.lce..l1 onlnc bmig minion —1 recowy\00 C.D\01 .-king net\0o Genarm\NTS-G-sn£GEuo.axg umuT. G-to2 IR—D: 2/2n/2o1a s:.w:a1 PM 2 of U T. SxM— 1 2 3 4 �i „l C W O Q W Z [CZ F- O Q N N W N N2W Z O AIRPORT [7 Vl 'O Wym / PROJECT AREA 5EE SHEET m / C—III AND ELECTRICAL ? W I. II_,-sFNT F. r,III m r i 11 • r T ` HIGH SCHOOL J ���fff• "' �, POWER PLANT WA ERIA v PORT CLARENCE PLAN SET AN IhZAR (� PROI NGR: iW PROD ENG U Dl ENG ECH DRANN BY: KAL SHEET 1. COMMUNITY MAP COMMUNITY MAP scA 1 -z� G-101 SHEET 3 aE 3 usER. wNll„-a PRcoNCT. c,.,uo zols - zo.o. INs T.�n PI : ;�um,amawo�oa.�z a�u,� n , m�a�a� n.m ,�o,.,,�co cAoo�ol .a*��, ,.I�oo c.�.,m�NTs-c-sTNAP.a., arouT. c-,o, PRIN— zizoizols s:.,o:sa PM 3 of al TOTAL sxEErs 7m 17 J j� / a / WASHETERI j / 591^ � SITE PLAN — 2o.os uls iecn F11£. J: \Jobsaatu\.lolm.lf ANIHc BreNg Missive Hwt Feconcy\W cAOD\ol woi:lny set\o1 ciN\Ntt—c—smFVP.aw Ell SITE PLAN SCAL50 C-1 O7 SHEET � OF n 1 2 13 4 WASHETERIA I II -i f 451DEG = k / IV MISSIOry STREET 10+91 �It00 t2 002£I 45 OEG \ a 644OE [sue I2+ 12+5 41 ` T YL yAcc LOCATE BURIED UTILITIES PRIOR TO DIGGING. 2 4 -ERE UNABLE TO LOCALE USE CAUTION F Z DIGGING, TW. y W y _ - , / / / O2 EXISTING GROUND y m W O WATPROPOSED AQUATHERM HEAT RECOVERY PIPING O \ O y m _ p PLANT TREATMENT T / CAUTION: LOCATION OF EXISTING UTILITIES HAS ED y OO NOi BEEN VERIFIED, iYP. W Go \ PSITE PLAN OS SEE e FOR HORIZONTAL FITTINGS R �J to 1 m SCA O 9 SEE e FOR TYPICAL TRENCH SECTION. Oi SEE e FOR PIPE PROFILE CHANGE SEE C3U1 FOR PIPE PENETRATION. O SEE a FOR PIPE SUPPORT. tO0 SEE e FOR PIPE EXTERIOR WALL SUPPORT lOi SEE e FOR TIMBER SLEEPER SUPPORT PLAN SET AN 1-42 A PR. NGR: lUl PROD ENG ILN DRUMS ENG ECH o77777 GENERAL NOTES: DRANN BY: KAL CONTRACTOR SHALL DEWATER THENCH SHEET TI1� 10+00 11+00 12+00 12+50 13+00 SECTION AS REQUIRED FOR CONSTRUCTION. PLAN AND PROFILE PIPELINE NO. 7 C-401 PERT. SCALE 11°=s SHEET 2 OF n USER. KLA—D PRao 1 CA131 mis — m.m uns T.m FIB: 1:\l.l.-.\3o3os. AN— ..Ay As— — R.-o \. —\.1 wa ., set\.1 ciNV---TPF-, 1-1 c-4m PRIM— 2/2n/m1a s:51:2a P. 5 of 41 T. ar— 40 / WASHETERIA � (2) 2—INCH SINGLE CARRIER PIPES PER c5 t0 S II —II ti WATER TREATMENT PLANT 40 35 35 30 30 25 20 20 t5 t5 11�1I WRATER / I I� PLANT ENT I i � 0, I �` h II I N'I trx c I1J/- S I\ =Z h I4 4 O1 NOTES: LOCATE BURIED UTILITIES PRIOR TO DIGGING. WERE UNABLE TO LOCATE USE CAUTION DIGGING, TYP. n >>aazoo II "'����--•��__��-�"�"-��"..., O EXISTING GROUND -�s 33+}0 3O PROPOSED AOUATHERM HEAT RECOVERY PIPING W f 31*O0 32+00 — 33+00' — — 45 DEG \ , O CAUTION: LOCATION OF EXISTING UTILITIES HAS NOT BEEN VERIFIED. TYP. %ISNNG GATE AND CLOSE WITH NEW FENCING REMEK 30+50 90 DEG \ \ MA L INSTALL NEW GATE. SEE a FOR TYPICAL TRENCH SECTION. MT scA Acc FOR PIPE PROFILE CHANGE. Y W .4 SEE e e FOR PIPE PENETRATION & SUPPORT. Y \� y' \� U \ 1 •'1� . / . tO0 SEE FOR HORIZONTAL FITTINGS. O Q 34+61 2 W 45 DEG •0 0 SEE e FOR TIMBER SLEEPER SUPPORT _N r2 Z O Q N 34+02 ME N O) W N SITE PLAN 26 DEG GENERAL rvo m �/ m 0 to rzo o, CONTRACTORT SHALL DEWATER TRENCH SECTOR AS REQUIRED FOR CONSTRUCTION.W 1 SCALE / hh/ MATCH STA: 35+00 m 35 (2) WC -INCH SINGLE CARRIER PIPE PER { 35 }O t _ 2 - — — __ ---- 30 25 25 15 20 15 � PLAN SET PR01 MGR: AN 1-42 lUl PROD ENS DRUMS ENS TLM ECH 10 10 DRAIN SHEET TI11£ SY: MAL }0+00 31+00 32+00 PIPELINE NO. 2 33+00 34+00 35+00 PLAN AND PROFILE C-402 JHOR2. SCALE r-20' VERT. SCALE -5 SHEET 4 OF 11 11 2 1 3 1 4 r .TR � rvoTEs: ^Ri�H aaI O1 LOCATE BURIED UTILITIES PRIOR TO DIGGING. WHERE UNABLE TO LOCATE USE CAUTION DIGGING, TYP. ^ i iyaaon V O ExISTING GROUND O PROPOSED AOUAIHERM HEAT RECOVERY PIPING 6 ® CAUTION: EXISTING 4• DIAMETER CULVERT — — CAUTION: CULVERT CROSSING, DEPTH HAS NOT BEEN 36+00 — — — _ 37+00 \ 58+� VERIFIED © EXISTING GABION BASKET WALL a 5 1 _ C 501 REE a FOR TYPICAL TRENCH SECTION — Fs- IF NOT FABRIC T Y LO C o \v �4 GENERAL NOTES: \ _ CONTRACTOR SHALL DETRENCH FOR C SECTION AS REQUIRED FOR ONSl RUC110N. O Q W \ \ = I F \ \ O z \ \ 1 Illt ~ W . _N2 � Z o 5 f Dm SITE PLAN LEN m 2 > W SCALE w m B 35 ^ 35 30 L (2) 3R -INCH SINGLE CARRIER PIPE PER 3C 25 20 3 — 25 20 a A 15 ------------------ 15 PLAN SET PR01 MOR: AN1h- TDI PROD ENG DRUNK ENG TLN ECH 10 v �O 10 DRAIIN SY: SHEET 1. XAL PLAN AND PROFILE 35+00 m+00 37+00 38+00 35+50 PIPELINE NO. 2 C-403 �J HORZ. SCALE r--20 VERT. SCALE 1 =5 SHEET 4 OF 11 1— ULA—R RR.— am Ill mis - m.m Des i.m III: 1\1-1G\lI-AK ANTHc -A, Ni..i. 1.1 R.co­\o —1\11 —U., set\11 cil\ F-awRNF-, 1ro61 c-Aoa EX.— z/zn/m1s s: al: as R. T or U — sHEErs BUM ` - El C O'NER PLPNT pVE P �t a.; •1 1 • t �/ 6 0 ,a3i65 DI­ NOTES: q�neeHq� LOCATE BURIED UTILITIES PRIOR TO DIGGING. WHERE UNABLE TO LOCATE USE CAU110N DIGGING, TYP. a BAR •�' � ` , ( o O EXISTING GROUND +_ O3 PROPOSED PEX HEAT RECOVERY PIPING �• y (' 1 L L © SEE O� FOR TYPICAL TRENCH SECTOR. SEE a FOR PIPE PROFILE CHANGE. SEE e FOR HORIZONTAL FlTTINGS. anvil �pl Fs SEE FOR PIPE LU 1+GO 42+00 PENETRATION AND SUPPORT. 0 W - 6 SEE a FOR TIMBER SLEEPER SUPPORT. 2 F Z O (7 CLARENCE ROAD SEE C-503 FOR ALUMINUM SERVICE BOX DETAILS. N = W II—v—p—P—PkrP P P 1 �Z� N In m SITE PLAN o GENERAL NOTES: CONTRACTOR SHALL DEWATER TRENCH SECTION AS REQUIRED FOR CONSTRUCTION. m SCALE 1 LEI D: D] 40 (2) 3h"-INCH SINGLE CARRIER PIPE PER C90 — _ ' A EC POWER PLANT L 40 35 35 30 30 25 25 20 20 15 15 10 10 PIPELINE NO. 2 HORS.. SCALE I� =50. PLAN AND PROFILE C-404 IEET Ei OF 11 1 2 3 1 4 0-v lr D - -_.. :. ti r., , owe o,me�. ,o.mPmel .......... �. �. PHOTO -STA 12+72 / ` PHOTO -STA 70+00 PHOTO — STA 30+00 o 1' U U C � w Q W F OQC7 N2W 5 Z O 'D 0 N >ym W — m � W R m ` /PHOTO —PIPELINE NO. 2 _ D REMOVE EXISTING HOPE PIPING AS REWIRED SEE SHEET C-502 FOR PIPE TRANSITION DETAILS CAUTION: UNDERCRWND FUEL UNE 4� PROTECT EXISTING CULVERT IN PLACE CLARENCE ROAD (\ CLARENCE ROAD PLAN SEi PRO1 MOD: AN IhZ4R TUI PROJ END, DRUMS ENG TUM ECH DRANK EY: SHEET 1. XAI %�1PNOT0 -PIPELINE NO. 2 %�1PHOT0 -PIPELINE NO. 2 PHOTO E%HIBRS C-450 SHEET 6 OF n USER MUN1£R PR[o— ciwsD 2015 - 20.oe LMI iecn FII£. J: \Jobcaatu\50.1m.1f A—C Bans Mi— Hwt R-.o \oD CADD\ol woi:ing set\01 CiN\Ntt-C-sH-PHDT.d.g 1.11 c-,50 PRIMED: 2/29/2018 s:51: 44 PM 11 DF al TOTAL SHEE15 1 2 3 1 4 -1 0-v n.rn�atm'i oo z.°° �� PNOTO -STA 37+90 �NOTO -PIPELINE NO. 2 � JPNOTO -PIPELINE NO. 2 1' r C w O Q W Z Z F O Q O N2W Z O �i. tll'i N CR Nm 2 � ra s � W R m B PNOTO - STA 43+37 4 b rvoics. CAURON: EXI-NG CULVERT HAS APPROX. a' COVER lE_lc PiPE 11.'ENDIAI of 114 . PIPE sUPPORI AHo iRArvsmory oE.111S. USE SEE SHEET C-esa POP AL —NUM sERHCE Rox UErAEs PLAN SET, An 1-42 (\ PR. AIDR: . PR. ENG U DRUMS E% E DRANK BY: KAL SHEET 1. PHOTO UHIBM C-451 SHEET % OF n 1— KLA—R PRcoUc7. —11 2015 - 2o.oe uls Taco 111£. 1:\1obc1atu\.lolm.s2 AN— RreNg M1-!- Hwt Reco ,. cAOD\ol WoU., set\o1 ciN\Ktt-c-sH-PHoi.axg umui. c-451 PRIH— 2/2s/— e:51:47 Pu 1. OF al TOTAL SHEEIs NQTFs 1. ALL TRENCHES AND OTHER EXCAVATIONS SHALL BE SLOPED OR SHORED IN ACCORDANCE WITH OSHA STANDARDS, LOCALLY AVAILABLE 2' MINUS GRANULAR COMPACTIBLE BEDDING MATERIAL PLACE BEDDING MATERIAL IN THAWED CONDITION AND COMPACT TO 2, TRENCH SECTION DESIGN ASSUMES THAW STABLE SOILS ALONG PIPELINE CORRIDOR. IF ORGANICS, SILTS. VISIBLE SAME DENSITY AS ADJACENT SOILS, ICE, AND/OR PETROLEUM CONTAMINATED SOILS ARE AQUATHERM FPT BUILDING WALL ENCOUNTERED DURING EXCAVATION, CONTACT ENGINEER. HAZARD TAPE TRANSITION I—) SEE MECHANICAL FOR INTERIOR COPPER AQUATHERM EXISTING GROUND PIPING r \. 9 GAUGE HOG RIINGSM@ 6"O.C.FASTEN WITH / F \s�SEE NOTES 1 h 2 HIGH TEMP DEKTITE 1'-0" 2".2' 12 GAUGE GALVANIZED WELDED WIRE FABRIC FROM HEAT RECO' ARCTIC PIP (TYp) \% STA. 37+00 TO 39+00 FILL SPACE BETWEEN ARCTIC WITH E%PAN DING FOAM INSULATION PIPE AND GIRT TO BOND F O O t INSTALL AWE 12 GOLD COPPER TRACER WIRE WITH YELLOW PO ARCTIC PIPE TO FACE OF THE BUILDING ATERTIGHT FI GIRT EKTIIE ORIGI INTERIOR AND MUSTBE600V RATED AND UL UST LASTED PLYWOOD FOR DIRECT BURIAL, TYP GEOTE%TILE PIPE ANCHOR. INSTALL GEOTE%TILE TO MINIMIZE VDD SIZE. ARCTIC PIPE HEAT RECO—Y PIPE (TP) ^ / ` PENETRATION NOT TO SCALE I TRENCH SECTION NOT TO SCALE BEND TO 3-INCH WIDE 10 GA PROPOSE[ E '/ "N H IT SNUG LUM STRAP, LENGTH PIPE N AROUND PIPE AS NEEDED. TO ACCOMMODATESCREWS (SEE NOTE) � I /z" L TYP I I 3" I TYP i NOTE: 4 INCH WIDE STRIPS OF EPDM OR NEOPRENE MAY BE USED AS NEEDED BETWEEN PIPE STRAP AND EXISTING PIPE^TO PROVIDE A TIGHTER FIT. / 1 PIPE STRAP rvOT TO SCALE ED' BEND 90' PROPOSED 2-1/2" COPPER PIPING W/2" INSULATION. SEE M-OO4 FOR PIPING AND INSULATION REQUIREMENTS PROPOSED ALUMINUM UTILITY BOX, SEE SHEET M-501 FOR _ AVEC PIPE SCHEMATIC �J NOT To scALE PIPING DETAILS C-501 ET 8 OF 11 SOCKET FUSION JOIN TJ(TYP) TABLEI PIPE KET 0 21AMINCH -1/2 - INC -5n 16 GA ALUM FLAT BAND, TYP. SINGLE PIECE ALUMINUM SPIR-L-OK JACKET SEE TABLE 1 FOR 12" JACKET DIAMETER 13 13' 9' 13' AOUPE FOR BLUE PIPE FOR (5) 1/2"X5" BOLT W PIPE DIAMETER POLYURETHANE SEE TABLE 1 INSULATION PIPE NOTE AND WASHER. G EQUALLY SPA 1, MINIMUM LENGTH OF 13'. IF LONGER STICKS OF PIPE ARE AVAILABLE. USE LONGER STICKS TO MINIMIZE NUMBER OF JOINTS, TYP PIPE/FITTING / 1 HEAT RECOVERY PIPE SECTION Nor ro scaLE NOT TO SCALE ALUM SPIR-L-OK JACKET WITH CONTINUOUS WELDED SEAMS 12" POLYURETHANE FOAM INSULATION ALUM SPIR-L-OK JACKET WITHNIJ1 1IN 90'A.UA FUSION ELB MOLDED CONTINUOUS MIN SOCKET FUSION ELBOW (TYP) 1 �) AQUAIHIPE PIPE X" RIGID URETHANE FUSION E M MOLDED SOCKET FOAM INSULATION FUSION ELBOW FOR 30', 45', 90' FITTINGS, MITERED JOINT FOR OTHER ANGLES HORIZONTAL / %,1 VERTICAL FITTING �� PROFILE CHANGE FITTING NOT TO SCALE NOT TO SCALE 9 36" /NUT -1 fv B" N/4"X4" CLOSED CELL MIN EOPRENE GASKET BOTH ENDS) M E onmaMe EaHnA�y En9lzeH�gl (TYR ACKET 16 GA ALUM LAT BAND, (TYP A. NGLE PIECE) 2" ZJ LD FILLED OX21'X1/'4 ID URETHANE M INSULATION CEOCED RIGID URETHANE FOAM INSULATION ANGLEM ANGLE (CONTINUOUS FIELD FILL IN ACCORDANCE WITH TO BAND) MANUFACTURER'S RECOMMENDATIONS WE R JOINT IT Nor ro scALE a z z O aL7 N W N N2W � Z � Wym m � W m PIPE STRAP. TYP TREATED UMBER 111 1I/V'I" HDG LAG SCREW PIPE SUPPORT iH HDG AND NYLON /L\ /Wj� WASHERS (NOTE I) 4 X12 X2 TREATEDSLEEPER NOTE_ 1. INSTALL NYLON WASHER BETWEEN GALV WASHER AND ALUM STRAP AT EACH LAG SCREW CONNECTION &1 TIMBER SLEEPER SUPPORT Nor ro scALE PIPING DETAILS C-502 ET 9 CF 11 PRO OF SIX h"O Z' FROM BO,.LE EACH OM l 1 L 1 J 1 9 SHEET IS: ALUMINUM SHEET Y' TTK. 1, BONDGINSULATION TO ALUMINUM WITH T 0 MANUFACTURER RECOMMENDED ADHESIVE. 2. ALUMINUM SHEET SHALL BE Ya' THICK. I x�W TITEN HO CONCRETE BOLT OR APPFO D 3. ALL WELDS SHALL BE )C FlLLET WELDS. \ EWAL IT, 2 H 6061-T6 A B3 WO% 0168STF� SIDE WALLS 2 LAYERS OF 2" RIGID SHOWN FOR CLAa BOARD INSULATON ALLslOEs Tro. sEE rvoTE a wNTERIOR PIPING NOT O SHOWN FOR CLARITY/ SECTION A —A '166 tl1L WASHERS, M � E "� B• j UTUTY Box LID ALU / � I SHEET Y.MII GENTER 60 2" �/ A CONTRACTOR TO COORDINATE STIFFENER 2"HX3"W X 0188 THK. CENTER ON LID PIPE PENETRATIONS (TYP) 3 LI 2" LIP (TYP) ALL 1 I TITEN kPPR_D EQUAL W/N UT Ban W Nn AND T (TY P) P) n ALUMINUM UTILITY BOX ISOMETRIC PO._ UNIS, _ - 2o.oe W6 ieH, FII£. J: \Jobcbatu\S0Sm.1: TTP. 1 /B° 2 BOTTOM PANEL DETAIL RUBBERSPECIFICATIONS TYPICAL r2^ LIFTING HANDLE FABRICATED FROM 1/2'0 ALUM BAR, SEE HANDLE PLAN wEW DETAIL "... SS BOLT INPT 3 I/2" NIJ HOLE WITH AND WASHER LIP XANDLE PLAN VIEW LID HANDLE DETAIL III—IIIIII—III III9 — 5 FOUNDATION SECTION .I ORIOINAI DRA-G, IF NOT a m W O Q W z1z OQ(7 N2W fD 'A N_m m 2 W m ALUMINUM SERVICE BOX DETAIL C-503 HEET 10 OF 11 &WTP INTERIOR WALL PIPE SUPPORT INSULATEDPIPING EXTERIOR WALL EXTERIOR WALL E ALUMINUM PIP R BOLT GHT (TYP OF 3) lS PROVIDE UNISE TMEENNIC ALUMINUMAA*ND HOG UNISTRUT UNISTRUT — EPDM RUBBER !i" THROUGH BOLT —ON GASKET (TV) ME OF 3) SELll4L+ r r.-- N EAR WALL PIPE SUPPORT (TYPICAL) NOTES. IALL VERTICAL SECTIONS SHALL BE CONNECTED TO BUILDINGS AT 5' SPACING PIPE CLAMP W UNISTRUT FRAMING TWEEN WIND BRACING INSULATED PIPING WASTE AT PIPING M1eM En91zeH�q I A. ENETRATION DETAIL PE SIZE PER CHANICAL 2 GENpERATOR INTERIOR WALL PIPE SUPPORT E%ISTING GENERATOR J4' THROUGH INSULATED PIPING *B—T SUPPORT BEAM MINUM STRAP � " BOLT (TAP OF 3) PRO —N.M EN M AN G EXISTING UPPORT HOG UNISTRUT SECnoN GENERAT BEAM OR TH HER UNIS NnON GASKIETU(TYP) ELEvaT oN �\ GENERATOR EXTERIOR BOTTOM PIPE SUPPORT �� e,E C-504 i� GF n 1 1 2 1 3 1 4 %%FUG LEGEND PIPING D GAS U� CAE CABBREVIATIONS Y MU O Q z z o W N on N2W z L] 0 G ARCHITECTNURAL M, AMERICAN SOCIETY OF MECHANICAL ENGINEERS m SEPARATOR DESIGNATOR WAIR m Mq TOTAL SITIC PRESSURE HEATING COIL DESIGNATOR TAG NUMBERS TYPICAL LIT-250- INSTRUMENT IDENTIFICATION AS FORMAT OR TAG LIT - FUNCTIONAL L - FIRST -LETTER NUMBER IDENTIFICATION IT - SUCCEEDING-LETIER(5) 250 - LOOP NUMBER ttt /A FIRST LETTER SUCCEEDING LETTERS PLAN SET AN IhZA2 PRPI MGR: TUN L PROJ END, TUN 50 DRUMS ENG, ECH INSTRUMENT DRANK BY: Wm LOOP NUMBER (INSTRUMENT SYMBOLS) SHEET TITLE LEGEND & EXPANDED: LIT-250 - TAG NUMBER ABBREVIATIONS FORMAT A - OPTIONAL SUFFIX M-001 SHEET 1 OF 16 USER. IMF NDDZA PR[GUCT. ci 2015 - 2o.oe IMS T 1 FI {\Jmmoto\.lD.lte..l2 o .. M V minion N 1 recowy\DO C--\ol nuking net\De M.m ica\x -SHL.m , u 1 M- PRI D: 2/2n/m 6:19:01 FM 15 of al T. SIIUE SYMBOL LEGEND (OONIINUEDI LOGX:IEGEND PSID LEGEND x1ar,ND DEMO YRDYDaLD �o� BALL VALVE - - - COLD WATER —0� GATE VALVE EXISTING CONNECTION POINT %X EXISTING CONTROL PANEL ELECTRICAL POWER TO DEVICE ------- ------- ------- HOT WATER � CHECK VALVE ® SHEET NOTE - — —•- - • ANALOG SIGNAL/DATA —�— —«a— —�— HEATING GLYCOL RETURN PRESSURE REDUCING VALVE XX PROPOSED CONTROL PANEL (PLC) _ -In7— DIGITAL SIGNALS) —�— —�+— —�— HEATING GLYCOL SUPPLY � 3-WAY DIVERTING VALVE � ELECTROMAGNETIC FLOWMETER XX DATA BUS LOGIC PATH) —..i— —w— —w— RECOVERED HEAT RETURN PRESSURE TEMPERATURE/RELIEF (INTERNAL � HOSE BIBS FIELD INSTRUMENT DATA HIGHWAY (BETWEEN PLC's) —'®— —p— —'a— RECOVERED HEAT SUPPLY T e lY CAP PRESSURE GAUGE THERMOMETER CIRCUIT SENSOR FLOW METER %X XX INSTRUMENT (BACK OF DOOR) INSTRUMENT INSIDE PANEL 120 �% ® CONTpgNER x MAGNETIC MOTOR STARTER x = PANEL PPHG 9YME0L LEGEND PIPE DOWN � PIPE UP TEE CO. O STRAINER WITH BLOWDOWN XX � TEE up OO FLOOR DRAIN XX PANEL MOUNTED INSTRUMENT umoN ® PUMP INSTRUMENT CONlROL1ER ISO FLANGE � REDUCER � TAG DEFINITIONS TAG DEFINITION AIT ANALYSIS INDICATOR TRANSMIT ANALYSIS SENSOR (TURBIDITY) CP CONTROL PANEL FE FLOW ELMMENT FT now InDlcnioR TRArvsxrt FS FLOW SW TCH S LEVEL sN1TCH PI PRESSURE INDICATOR PS PRESSURE SvnTCH iC TEMPERATURE CONTROLLER 1E TEMPERATURE ELEMENT D TEMPERATURE INDICATOR R TEMPERATURE SNITCH PUMP SCHEDULE SYMBOL MANUFACTURER MODEL FUNCTION/LOCATION PUMPED MEDIUM GPM TOTAL HEAD (FT) FLA MOTOR DATA (VOLTS/PH) REMARKS CP-1,2 (E) GRUREFOG P'4 ./HE HEAT RECOKRY COMMON LOOP/AVEC 115/1 U GP -A GRUNDFOS MAGNA3 Q-180 F H RC/ Wry 50% PG a5 25 2.61 230/1 PUMP TO BE PROVIDED WITH INTEGRAL VD). SEALS TO BE SUITABLE FOR PROPYLENE GLYCOL CP-B GRUNDFOS MANGA3 40-W F HEAT RECOVERY INJECT/WTP COG PG TO 2.a5 115/1 PUMP TO BE PROVIDED WITH INTEGRAL SEALS TO BE SUITABLE FOR PROPY-ENE GLYCOL CP-C GRUNDFOS MANGAS 40-80 F BOILER PREHEAT/WTP IOG PG TO 2.45 115/1 PUMP TO BE PROVIDED WITH INTEGRAL SEALS TO BE SUITABLE FOR PROPY-ENE GLYCOL CP-D GRUNDFOS MANGA3 40-80 F HEAT RECOVERY HNJECT/WASNETERIA 30 21 1.2 230/1 PUMP TO BE PROVIDED WI TH INTEGRAL VFD, SEALS TO BE SUITABLE FOR PROPY-ENE GLYCOL CP-E GRONDF08 MANGA3 40-80 F BOILER PREHEAT/WASHETERIA 50% PG 30 2,45 115/1 PUMP TO BE PROVIDED WITH INTEGRAL VFD, SEALS TO BE SUITABLE FOR PROPYLENE GLYCOL AIR SEPARATOR SCHEDULE SYMBOL MANUFACTURER I MODEL ISIZE (IN)l CONNECTION I MATERIAL I FLUID I REMARKS AS -A SPIROTHERNI I VON300 1 3 1 RANGED I STEEL 50% PG I FOOT PRESSURE DROP. 45 GPM, REMOVABLE HEAD FOR CLEANING, AIR AND DIRT SEPARATOR HEAT EXCHANGERS SCHEDULE ®®®®®®®®®®®®®®® SINGLE ULL BRAZED PLATE HEAT EXCHANGER. " ANGEG"­C.­N"E`!T.m.N­. EXPANSION TANK SCHEDULE SYMBOL MANUFACTURER MODEL FUNCTION MEDIUM MATERIAL TANK VOLUME DIMENSIONS (IN) REMARKS TOTAL (GAL) ACCEPTANCE (GAL) ET -A MTROL ExiROL t000L WASTE HEAT RECOKRv 50% PG STEEL 26a Sa 30' GA X 65" H BLADDER TYPE, fACTORY PRECHARGE TO 12 PSI GLYCOL TANK SCHEDULE SYMBOL MANUFACTURER MODEL I FUNCTION I MEDIUM MATERIAL TANK CAPACITY (GAL) DIMENSIONS (VOLTS/PH) AMP REMARKS GF-A AXIOM SF100-L I GLYCOL MAKE UP 1 50% PG STEEL 100 Ge DIA X 49 H 15/1 1 0.7 IPACKAGED UNIT WIFIN CONTROLS, SELF PRIMINGTO 7FT, PLUG AND CORD 11 R O Q � 2 Z F N W f D w2W 5 Z ❑ 0 O Wym m � L7 W w AD MECHANICAL SCHEDULES M-002 2 GF 16 1 2 3 4 sm CONTROL -1 D200 P-200 HX-B PRESSURE RELIEF PRESSURE RELIEF VALVE, 30 PSI 7-10M, D HEAT RECOVERY SYSTEM -- 1097 CHM PLC TEMPERATURE SENSOR Y CIS. w100 WO' HEAT RECOWIR SYSTEM W 100 Q D:Z 2.0 2 F 200 N W f D N2W O N y Wym 61 W B (� N R. 1.1...IA PRpDMDT. —11 IS - m.o, uns T.m Ft {\ammma\aoate.al onlnc 6,.My minion —1 recowy\oo ..D\01 .-king net\oe uamonica\KTs-u-sHsdlo.eng umui. M-- PRINTEn 2/29/2a1a s:1s11 FM m PLAN SET PROI MGR: AN IhZ42 TM PROM EN DRAMS ENG TM E DRAWN BY: SHEET TT£ Wm MECHANICAL SCHEDULES M-003 SHEET 3 OF ie 1] of a — SNEEts VALVE SCHEDULE LOOP TAG N0. LOCATION SERVICE OPERATION FLOW (GPM) � (PSI) CV SIZE (IN) REMARKS 100 V-100 PRESSURE RELIEF 3/4 PRESSURE RELIEF VALVE. 30 PSI 21/2 F H - PRESSURE VVALVE 300 TCV-300 WASHETERIA DIVERTING 30 2 1/2 3R WAY DIVERTING HONEYWELL V501 }C WI1H SPRING RETURN ACTUATOR. ELECTRIC LINEPR VALVE ACTUATOR, DUAL AUXILIARY SWITCH. ML6425A. 24 VAC POWER SUPPLY INSTRUMENTATION SCHEDULE LOOP TAG NO LOCATION SERVICE POWER LIMITS REMARKS TI-t00A, B, C. D -- -- sOLAR POWERED THERMOMETER WIKA TYPE TI.DO1, ADJJSTABLE WITH TIERMOWELL GAUGE WE —ER MODEL UA35, LOWER MOUNT, ± 9. ACCURACY, 3-1 /2' DIAL KESSLER-ELLIS SUPERTRW 11 MWELHES]495T2'011 NCMOUNT IN/ON HXC-200 PANEL PRESSURE GAUC£ MKS -ER MODEL VA35, LOWER MOUNT, f 2-39. ACCURACY, 3-1 /2" DIAL EGENERAL t20V/t LOW PRESSURE SWITCH, A0JU5TABLE, sETEP01Ni110 Psis SINCLEWSTAGE, ENCLOSURE, TRANSDUCER ALUMINUM & BONA ASCO MODEL PA20A/RE20A11 120/1 FLOW SWITCH FOR FLOW/NO ROW, MCDWALO MILLER, MODEL F5254 120/1 ELECTROMAGNETIC ROW METER 150d ANSI FLANGED CONNECTION, 120 VAC. INTEGRAL MOUNTED TRANSMITTER. RAZED FOR OPERATING TEMPERATURE OF 210E SIEMENS SI TRANS FM MAC }IW PI-200A, B.MC'D. E. F. G. H PRESSURE GAUC£ wEKSLER MODEL VA35, LOWER MOUNT, 1 2-3%ACCURACY, 3-I /2' DIAL it-200A, B. C. D. E SOLAR POWERED THERMOMETER WIKA TYPE TI.DOt, ADJUSTABLE WITH TIERMOWELL 30 DEG F HONEYWELL TEMPERATURE SENSOR, PROVIDED WITH TC-200A 200 10A/120/1 HONEYWELL TEMPERATURE CONTROLLER T]]SR2019, PROVIDE WITH TEMPERATURE sENSIXts iE-t00A, AND iE-200A TC 200B WIP -A HEAT RECOVERY 10A/120/I -- HONETWELL REMOTE BULB AOUASTAT CONTROLLER RMWNTL ,DO PI-300A, B. C. D, E. F. G. H WASHETERIA X-B HEAT RECOVERY 0-60 PSI PRESSURE GAUGE WOKS -ER MODEL VA35. LOWER tb2-}R ACCURACTa 3-I /2' DIAL 300 TI-300A, B. C, D, E WASHETERIA HX-B HEAT RECOVERY SOLAR POWERED THERMOMETER WIKA TYPE TI.DO1, ADJJSTABLE WITH TIERMOWELL 300 TE-300A WASHETERIA HX-B HEAT RECOVERY 30-260 DEG F HONEYWELL TEMPERATURE SENSOR, PROVIDED WITH TC-300A 300 TC-300A WASHETERIA HX-B HEAT RECOVERY IOA/120/I HONETWELL TEMPERATURE CONTROLLER T/]SR2019, PROVIDE WIT1 TEMPERATURE sENSIXts TE-}DOA. AND TE-TOOB I OA/120/1 HONETWELL REMOTE BULB AOUASTAT CONTROLLER MODEL L6008A SET TO I607 ... THE IN 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. THI DRAWINGS ARE PARTLY DIAGRAMMATIC. NOT NECESSARILY SHOWING LATEST ADOPTED EDITION OF THE INTERNATIONAL BUILDING CODE (IBC), INTERNATIONAL MECHANICAL (INC), UNIFORM PLUMBING CODE (UPC) AND THE NATIONAL ELECTRICAL CODE (NEC) AS AMENDED BY TIE STATE OF ALASKA AND LOCAL JURISDICTIONS. EQUIPMENT SUBSTITUTIONS — ALL EQUIPMENT LISTED IS REPRESENTATIVE OF TIE STANDARD OF QUALITY AND PERFORMANCE REQUIRED. OR EQUAL SUBSTITUTIONS WILL BE CONSIDERED IF THE :I:II]:�`DI3�1'Gt' E�:1:�.T�SV:i:InZ]:ii�l Sd:IniLril:1: ORDERING OR INSTALLING ANY PART OF ANY SYSTEM. ACCESS — PROVIDE WORKABLE ACCESS TO ALL SERVICEABLE AND/OR OPERABLE EQUIPMENT. LEST AND START—UP — 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, ADDITIONALLY AQUATHERM PIPING SHALL BE TESTED PER MANUFACTURERS TESTING INSTRUCTIONS; PRELIMINARY & PRIMARY LEST — 1. BRING LEST UP TO LEST PRESSURE, 2. W AND MAKE SURE THE PRESSURE STABILIZES. 3. TOP OFF THE SYSTEM IF NEEDED. 4, WAIT 30 MINUTES, PRESSURE CANNOT DROP MORE THAN 9 PSI. 5. WAIT 120 MINUTES. PRESSURE CANNOT DROP MORE THAN 3 PSI. 6. IF THE SYSTEM CANNOT HOLD PRESSURE, CHECK FOR LEAKS. Z. IF TIE SYSTEM IS LEAK FREE, MOVE ON TO THE FINAL TEST. FINAL TEST — 1. BRING SYSTEM UP TO 150 PSI FOR 2 MINUTES. 2. DROP SYSTEM TO 15 PSI FOR 2 MINUTES, 3. DEPRESSURIZE AND REPEAT STEPS 1 AND 2 TWO MORE TIMES. 4. BRING SYSTEM TO 150 PSI FOR 5 MINUTES. S. DROP SYSTEM TO 15 PSI FOR 5 MINUTES, 6. DEPRESSURIZE AND SUBMIT TEST RECORD TO AQUATHERM. START—UP EQUIPMENT AND OPERATING COMPONENTS TO CONFIRM PROPER OPERA TON. NOTIFY OWNER IF ANY EXISTING EQUIPMENT, THAT IS REQUIRED, TO OPERATE THE SYSTEM IS MALFUNCTONING. REPLACE ANY CONTRACTOR PROVIDED EQUIPMENT THAT IS MALlJNCTONING AND RETEST. TEST AND ADJUST CONTROLS AND SAFETES, REPLACE DAMAGED AND MALFUNCTIONING CONTROLS AND EQUIPMENT AND RETEST. EQUIPMENT INSTALLATION — INSTALL ALL EQUIPMENT WHERE NOTED ON THE DRAWINGS IN ACCORDANCE WITH THE MANUFACTURER'S INSTRUCTIONS. PROVIDE MISCELLANEOUS APPURTENANCES. ACCESSORIES, SUPPORTS AND CONTROL CONNECTIONS REQUIRED FOR COMPLETE AND OPERATING SYSTEMS. MAINTAIN MANUFACTURER'S RECOMMENDED CLEARANCES, SEISMIC RESTRAINT — ALL PIPING. AND EQUIPMENT INSTAL UNDER THIS PROJECT SHALL BE SEISMICALLY RATED AND TESTED IN ACCORDANCE NTH ASTM E199 OR ASTM E81T SYSTEMS SHALL HAVE AN F RATING NOT LESS THAN THE REWIRED FIRE —RESISTANCE RATING OF THE ASSEMBLY BEING PENETRATED. INSTALL FIRESTOPPING IN ACCORDANCE WITH THE MANUFACTURER'S RECOMMENDATIONS. PIPE IDENTIFICATION — FACTORY FABRICATED PLASTIC PIPE MARKERS, FLEXIBLE, SEMI —RIGID PLASTIC, PREFORMED TO FIT AROUND PIPE OR PIPE COVERING: MINIMUM INFORMATION INDICATINf FLOW DIRECTION ARROW AND FLUID BEING CONVEYED, CONFORMING WITH ASME A13.1, NSULATON ASTM C547; GLASS FIBER, RIGID, MOLDED, PIPING — NON—COMBUSTBLE INSULATION; 'KVALUE OF 0.23 AT ZSF, RATED TO 8507. VAPOR RETARDER JACKETED NI REINFORCED VAPOR RETARDING FACING AND FACTORY —APPLIED LONGITUDINAL ACRYLIC CLOSURE SYSTEM: JOHNS MANVILLE MICRO—LOK OR EQUAL. EXTERIOR INSULATION — ASTM C534, TYPE I, FLEXIBLE CLOSED CELL ELASTOMERIC INSULATION TUBULAR. 'K' VALUE OF 0.27 AT NSF, OPERATING TEMPERATURE RANGE: —587 TO 250F. ARMAFLEX Hi OR EQUAL, RUBBERIZED BITUMINOUS MEMBRANE NTH EMBOSSED UV RESISTANT ALUMINUM FOIL/POLYMER LAMINATE, PEEL AND STICK PRODUCT. POLYGUARD ALUMAGUARD OR EQUAL. VAPOR BARRIER JACKETS — KRAFT REINFORCED FOIL VAPOR RETARDING BARRIER AND FACTORY APPLIED SELF—SEALING IMPACT, —RESISTANT POLYMNYL CHLORIDE COVERING FITTINGS AND JACKETING MATERIAL; JOHNS MANVLLE ZESTON 2000 SERIES PVC OR EQUAL. ALL EXPOSED PIPING BELOW 10 FEET IN MECHANICAL ROOM AND INTERIOR SPACES SHALL BE JACKETED. SERVICE PIPE SIZE THICKNESS HEATING GLYCOL/WATER ALL SIZES 1" PIPE EXPOSED TO FREEZING LL SIZES 2' PIPING HEATING GLYCOL/WATER PIPING, ABOVE GRADE — COPPER TUBING: ASTM E88. TYPE L. HARD DRAWN. FITTINGS: ASME B16A8 CAST COPPER ALLOY OR ASME 816.22 WROUGHT COPPER AND BRONZE. JOINTS: ASTM 832, LEAD FREE SOLDER, WATER SOLUBLE FLUX OR MEGA, PRO PRESS SYSTEM. REINFORCED POLYPROPYLENE CARRIER PIPE TO BE SDR-11, AQUATHERM BLUE PIPE (CLIMAIHERM) OR EQUAL ALL FITTINGS TO BE APPROVED BY MANUFACTURER AND SUITABLE FOR ELECTROFUSION ASSEMBLY. AVEC PIPING: COPPER TUBING: ASTM 388, TYPE K, HARD DRAWN. FITTINGS: ASME B16.18 CAST COPPER ALLOY OR ASME 816.22 WROUGHT COPPER AND BRONZE. JOINIS: ASTM B32, LEAD FREE SOLDER. WATER SOLUBLE FLUX OR MEGA, PRO PRESS SYSTEM. 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 IMG. INSTALLED AS PER THE MANUFACTURERS INSTRUCTIONS. SEAL ALL WALL PENETRATIONS. FOR PIPING 2 INCHES AND LARGEI THROUGH EXTERIOR WALLS INSTALL FLASHING AS INDICATED BY CIVIL ON PIPING SMALLER THAN 2 INCHES AND ON ALL INTERIOR WALL PENETRATIONS SEAL NTH POLYURETHANE CAULKING. 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 MEGA PRO —PRESS SYSTE, SWING CHECK VALVES — UP TO 2 INCHES: CLASS 125, BRONZE SWING DISC, SOLDER, SCREWED OR MEGA PRO —PRESS SYSTEM ENDS. OVER 2 INCHES: CLASS 125, IRON BODY, BRONZE TRIM, SWING DISC, RENEWABLE DISC AND SEAT, FLANGED ENDS, RELIEF VALVES — THREADED END. BRONZE BODY. TEFLON SEAT. SERIES. KEYSTONE MODEL 920. OR APPROVED EQUAL COPPER PIPING: CLASS 150, BRONZE UNIONS tWTH SOLDERED OR BRAZED JOINTS. COPPER PIPING FLANGES FOR 2-1/2 INCHES AND LARGER: CLASS 150, SLIP—ON BRONZE FLANGES, FERRQUS PIPING: CLASS 150, FORGED STEEL SUP —ON FLANGES. DIELECTRIC CONNECTONS: UNION NTH GALVANIZED OR PLATED STEEL THREADED END, COPPER SOLDER END, WATER IMPERVIOUS ISOLATION BARRIER. NHIBITED PROPYLENE GLYCOL AND WATER SOLUTION PREMIXED 50% GLYCOL — 50% WATER. SUITABLE FOR OPERATING TEMPERATURES IN —LINE CIRCULATORS WM INTEGRAL VARIABLE FREQUENCY DRIVE — PUMP TO BE QUIET INLINE NET ROTOR DESIGN, IMF THE INTEGRATED VARIABLE FREQUENCY DRIVE DESIGN CONSISTING OF A MOTOR AND A VARIABLE FREQUENCY DRIVE (VES) BUILT AND TESTED AS ONE UNIT BY TIE SAME MANUFACTURER. WTH ANALOG INPUT OPTION CARD AND INTEGRAL VFD CONTROLLER. GRUNDFOS MAGNA3 OR EQUAL. H YD RQNIf SPFfIAI TFC STRAINERS — SIZE 2 INCH AND UNDER: SCREWED BRASS OR IRON BODY FOR 125 PSIG WORKING PRESSURE, Y PATTERN WITH 20 MESH STRAINERS — SIZE 2-1/2 INCH TO 4 INCH: FLANGED IRON BODY FOR 175 PSIG WORKING PRESSURE, 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- NET CONNECTION. PROVIDE WTH GAUGE COCK ISOLATION. MAID-0—MIST NO. 75 OR EQUAL SERVICE, AND LOCKSHIELD KEY CAP FOR BALANCING SERVICE, INSTALL PER MANUFACTURER'S INSTRUCTIONS, B&G CIRCUIT SETTER OR APPROVED EQUAL. I.]L]MIlrl.>•.IQ].LI LIYnTTJ1 CONTROL VALVES — UP TO 2 INCHES: GLOBE PATTERN. BRONZE BODY. BRONZE TRIM. RISING STEM. RENEWABLE COMPOSITION DISC. SCREWED ENDS, WTH BACK SEALNG 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' LCO DIGIT DISPLAY, HIGH IMPACT ADS CASE, GLASS PASSI VATED THERMISTOR SENSOR. ALUMINUM STEM. ACCURACY 17 OF READING, LUX RATING: 10 LUX, SCALE CALIBRATED IN BOTH DEGREES F AND DEGREES C. PROVIDE WITH THERMOWELL WHERE REQUIRED. WIKA TYPE T.DO1 PRESSURE GAUGES — 3-1/2 INCH DIAMETER CAST DRAWN STEEL CASE, BRONZE BOURBON TUBE. BRASS MOVEMENT, BRASS SOCKET. BLACK GRADUATION AND MARKINGS ON WHITE BACKGROUND, 1.5 PERCENT FULL SCALE ACCURACY, SCALE CALIBRATED IN PSI, GLASS WINDOW. 0 TO 60 PSI SCALE. 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. SEE INSTRUMENTATION SCHEDULE FOR OTHER TEMPERATURE SENSORS AND OTHER INSTRUMENTATION. MECHANICAL SPECIFICATIONS M-004 ET 4 OF 16 1 L r� /e v � RRRo 0 FOR Os T W%M o,n / / PROPOSED BURIED HEATT`., e SPIPEUNE AFOROREFEREN' UNITY SEEIT FOR R -- - I ,��,y��J1 / ' CE ETERT � /_ Y -.• ; �A � \ � EA WORK IT AEC S � v �"T /f �� BREVIG MISSION SITE PLAN �, w O Q W z�Z say N2W O occ N N_m m 2 W m MECHANICAL SITE PLAN M-100 EET 6 OF 16 MODULETp3 MODULEL MODULETp2 MODULETpt AFTERCOOLER (E) 3-I /2" gFTERC00LER (E) TERCOOLER (E� A. THER. PSFWHGR i0 OR CONTINUATION SEE CIVIL oX LOCATED ON f HXOUND FOR REFERENCE SEE ^ EXHIBIT PHOTO H%-3 (E) 2/M-504 H%-2 (E) Tro1/2"INSULATED G K COPPER L WH S/NHGft / CP-2 (E) CP-1 IS) FOR REFERENCE J VERTICALLY STACKED VERTCALLY STACKED SEE EXHIBIT PHOTO 2-1/2" HTDRONIC 2-,/2' HYDRONIC 3/M-504 OFFSET)F IL_1ARITY OFFSET )F SH GLNRI OR CLA ET-1 (E) OR CLA COOLANT LINES TO/FROM RADIATOR TO/FROM RADIATOR TO/FROM RAD %,� AVEC - MECHANICAL PLAN FOR EXHIBIT FPHOTO EE 3/M504 2-1 /2" 2-I/2" HYDRONIC HTDRONIC HTORONIC 2-1/2" INSULATED PIPING (E) PIPING (E) PIPING (E) ttPE K COPPER TO A LOCATED IN UTILITY BOX ON GROUND _ FOR III - T A� F77 € G GENERATIXt CgJ1ROL GENERATOR GENERATOR 3-1/2" ApUATIERM I T MODULE p3 MODULE MODULE Y2 MODULE $1 TO WFP, SEE CIVIL } FOR CONTINUATION 2 1-1N4" LURE 1-1N4" LUBE T-TN4" LURE IPI G (E) PIPI G (E) PI G (E) UTLItt P-1N4" FUEL 1-1/4" FUEL 'IF, I 1/4 FUEL BOX PIPING (E) PIPING (E) G (E) AVEC -SOUTH WEST ELEVATION � LXS FII, k\lw at \v OS.SO M 1M \.1 .-MI -noa M..­IP—.-M-SHFI_A- V .. X 1T 1 M-,o 9 GENERAL NOTES: 1. INFORMATION SHOWN ON ME DRANINGS IS TAKEN FROM A NON-DESTRUCTIVE WALK - THROUGH OF THE FACILITY AND AS -BUILT DRAWINGS. THERE IS NO GUARANTEE TO THE ACCURACY OF THE INFORMATION SHONN. CONTRACTOR SHALL FIELD VERIFY ALL ITEMS SCHEDULED n T TpW^^ FOR THE DEMOLITION PRIOR TO STARTING WORK. 2. ME OWNER SHALL HAVE ME FIRST RIGHT OF REFUSAL ON FOR REFERENCE SEE ALL SALVAGEABLE MATERIAL EXHIBIT PHOTOS AND EQUIPMENT. THE 1/M-504 CONTRACTOR SHALL DELIVER SALVAGED MATERIALS TO A PRE DETERMINED LOCATION COORDINATED NTH ANTHC PROJECT MANAGER. -HX-1 (E) 3; WORK WILL INCLUDE 8AR IS ONE INCH ORIOINAI DRAWINO IF NOT SCAL Acc DEMOLITION AND REMODEL WORK OF ME BUILDING WHILE THE BUILDING IS OCCUPIED. COORDINATE WM OWNER TO Y MINIMIZE DISTURBANCE TO OCCUPANTS. UB Y U Q W IDS 2 Z F OR R NSCf/J M 2 W 5 Z O FFr 5 vi In SO N COVERED HEAT RF N To N 2 2 WTP/WASHEIERIA TO BE IN TTIS GO LOCATION 2� ROUTE PIPING TO AVOID EXISTING PIPING AND DOOR, FOR PIPE W R SUPPORT DETAIL SEE C-504. 3. FOR HX-A PIPING SCHEMATIC SEE M-501. 6. FOR UTILITY BOX PIPING DETAIL SEE M-501. m KEY PLAN ■■■■■n Mir EE — / / e ENTRY RAW WATER (E) L � w a OOP "C" (FUTURE) WATER TREATIAENT AREA `� STIXEQUItAGE PMENT AREA �!_MIND Jill F,I!_ II IC II���,I.: � iI o o tl EST (E) COORDINATE FINAL PENETRATION T0� AVOID WI TH TI EXISTING FUEL OIL ENCLOSURE AND PIPING NEW FENCE FOR NEIAL SEE CIVIL 3" TOR (E) FOR REFERENCE PHOTO 11M_5055E EXHIBIT 2" GS/WHGR UP 3/4" HGS/HGR T/<" HGR (E) UP WHGS/WiIGR UP TO MEZZANINE TO 2N0 FLOOR SEE UP i0 ' HGS/HGR FOR REFERENCE 0 MEZZANINE LEVEL �EJ UP i0 SEE EXHIBIT BURIED HEAT RECOVERY ZZANINE EZZANINE PHOTO 3/M-506 LOOP TO WASHETERIA, FOR MECHANICAL PLAN - WTP FLOOR 1 REMODEL CONTINUATION SEE CIVIL 1 D GENERAL NOTES SHEET NOTES. 1. INFORMATION SHOWN ON THE DRAWNGS IS TAKEN FROM ANON -DESTRUCTIVE WALK THROUGH OF THE FACILITY L_L> MAINTAIN ALL SERVICE AND MAINTENANCE CLEARANCES FOR BOILERS. AND AS -BUILT DRAWN- THERE IS NO GUARANTEE TO THE ACCURACY OF THE INFORMATION SHOWN. CONTRACTOR SHALL FIELD VERIFY ALL ITEMS SCHEDULED FOR THE DEMOLITION PRIOR TO STARING WORK, L2.> COORDINATE ALL PENETRATION LOCATIONS WITH CIVIL PRIOR TO START OF WORK. 2. THE OWE R SHALL HAVE THE FIRST RIGHT OF REFUSAL ON ALL SALVAGEABLE MATERIAL AND EQUIPMENT. THE 3, FOR END -USER TIE-IN PIPING SCHEMATIC AND PIPE SIZES SEE 1/.-502. CONTRACTOR SHALL DELIVER SALVAGED MATERIALS TO A PRE DETERMINED LOCATION COORDINATED WTH ANTHC PROJECT MANAGER. 3, WORK WILL INCLUDE REMODEL WORK OF THE BUILDING WHILE THE BUILDING IS OCCUPIED. COORDINATE WTH OWNER TO MINIMIZE DISTURBANCE TO OCCUPANTS. A ER.— cixl.l0 2015 - 2o.oe — — FIT£: {\Jmmoto\.l0.lce.12 onlnc bmiy minion Tam recowy\ao caoo\ol —il -PK. uamonica\Kn-u-sHPuu-WlP.exy 1EYJ1 .- 2 PRiNTEo: 2/2n/2...:.:. PH MECHANICAL PLAN V/TP FLOOR 1 M-102 PEET % OF 16 nRCTIC �T" HGS (E) ENTRT I" HGR (E) UH-3 (E) UH-2 (E) I HGS (E) ^ T Taavn HOR (E) a FILTER PROCESS AREA BELOW y III\ 1-1/2- (E) HGs/HGR 9 FOR REFERENCE SEE EXHIBIT PHOTO 1/M-506 FOR DETAIL SEE S EQUIPMENT 8AR IS ONE t Es STORAGE AREA 2/1A- 04 BELOW 42" HIGH GUARD RAIL GT-p EL-A R FOR REFERENCE SEE EXHIBIT PHOTO 4/M-505P. R PIPN AB W > FOR REFERENCE p5-A HEAT PI G ALONG 2 CONNECTION DOWN TO HEAT EXCHANGERS (E) 2ND BOOR MECHANICALSEE MEZZANINE PHOTO 3 CP-p �ce /M-505 4 pLL Z � Z 2-1/2' WHGS/WHIR O Q C7 ' HGR E r ( ) _"""` AWASTAT REMOTE BULB SENSOR < Hx-R 3 _GS/WHIR .,W1 / DO W O N 2 E3 TCV-200 SEE 3/M-104 FOR DETAIL 2 2 ` tl > o 1 2-1/2' HGS/RO0 DOWN TO CP-c p E) FOR PIPE ROUTING REFERENCE s a SEE EXHIIT PHOTO 2/M-505 > N U H _2 (E) MECHANICAL ROOM FOR REFERENCE 4 SEE EXHIBIT PHOTO 2/M-506 3 W — 2 1" HIS (E) 3 U-4 (E) m K' 2" WHCS/WHGR ""'U'� _ 3" WHGS/MHGR DOWN TO EQUIPMENT STORAGE > DOWN TO SELOW GRACE, SEE CIVIL2 FOR CONTINUATION - AREA R 1-1/I' (E) HGS/HGR tl] ET-1C (E) 3" COPPER WHGS/WHGR 3 HGS/HIR (E) ET-18 (E) TC-200B, SEE W T 111 ARCTIC HOOD (E) FOR REFERENCE SEE 3/4" HGS/HNR (E) ELEC71CAL EXHIBIT PHOTO 4/1A-506 DOWN TO BB-1 OR DETAILS 4" HGS (E) CONT2O0 PANEL, ET-1A (E) CP-6A.8 (E) FEE ELECTRICAL OR DETTAILS AS -I (E) ) DOWN STO BOILERS MECHANICAL PLAN - WTP FLOOR 2 REMODEL p 1/4' 1'-0' GENERAL NO SHEET No 1. INFORMATION SHOWN ON THE DRAWINGS IS TAKEN FROM A NON-DESTRUCTIVE WALK THROUGH 1� COORDINATEALL PENETRATION LOCATIONS WITH CIVIL PRIOR TO START OF WORK, PLAN SEi AN IhZ42 OF THE FACILITY AND AS -BUILT DRAWINGS. THERE IS NO GUARANTEE TO THE ACCURACY OF PROI MCR: iMl THE INFORMATION SHOWN. CONTRACTOR SHALL FULD VERIFY ALL ITEMS SCHEDULED FOR THE 2� INSTALL AUTOMATIC AIR VENTS WITH ISOLATION VALVES AT ALL HIGH POINTS IN THE SYSTEM. PROJ ENG ILN DEMOLITION PRIOR TO STARTING WORK, 3� MAINTAINDRUMS ENG E REQUIRED NEC SERVICE CLEARANCE OF 36', NO PIPING ROUTED IN THIS AREA. pRANN BY'. 2, ED OWNER SHALL HAVE THETOR FIRST RIGHT OF REFUSAL ON ALL SALVAGEABLE MATERIAL AND INLL LOCATION COORDINATED THE CONTRACTOR SHALL DELIVER SALVAGED MATERIALS TO A PRE DETERMINED - ABOVE FINISHED FL SHEET i11LE LOCATION COORDINATED WITH ANTHC PROJECT MANAGER. ECLEARANCE.. PUMP FACE TO HAVE A MINIMUME}6 �CLEARANCEAANO BEACCESSIBLEFOR PROGRAMMING. MECHANICAL PLAN 3, WORK WILL WHILE UILDING L INCLUDE REMODEL WORK OF THE BUILDING E THE BIS OCCUPIED. YRP FLOOR COORDINATE WI TIT OWNER TO MINIMIZE DISTURBANCE TO OCCUPANTS. 5. FOR END -USER TIE-IN PIPING SCHEMATIC AND PIPE SIZES SEE i1/A-50 r," R3 0iPRo— Cxllo C\.I fro1 M-1 PR-1: 2/29/I21 Pu F Sl1EEl FOR REFERENCE SEE EXHIBIT PHOT O 1/M-507 5— w-- INSTALL HIGH POINT AUTOMATIC Hx C VENTS WITH I SOLATIONs AGUASTAT REMOTE BULB SENSOR 5 Fl—"XHIS`lT%H.NCEESEE�'ETO 3/M-50Z IED 2" AQUATHERM TRANSITION FROM ^� A 5/WHGR TO/FROM 2• AQUATHERM 2" HGS/HGR M�Xl:E�:.­/HCR FOR CONTINUATION TO 2' COPPER CIVIL FOR REFERENCE SEE EXHIBIT PHOTO 2/M-507EXISTING HGS/HGRTO HYDRONCH. HEATING SYSTEMEXISTING HGS/HGR TO HYDRONIC DRYERS FOR REFERENCE SEEAND B5/AH-50Z�1Tf M A, SEE ELECTRICAL FOR DETAILST�}QU SEE ELECTRICALTOISWATER HEAHGR TER MECHANICAL PLAN - WASHETERIA GENERAL No H. INFORMATION SHOWN ON THE DRAWINGS IS TAKEN FROM A NON-DESTRUCTIVE WALK THROUGH OF THE FACILITY AND AS -BUILT DRAWINGS. THERE IS NO GUARANTEE TO THE ACCURACY OF THE INFORMATION SHOWN. CONTRACTOR SHALL FIELD VERIFY ALL ITEMS SCHEDULED FOR THE DEMOLITION PRIOR TO STARTING WORK, 2, THE OWNER SHALL HAVE THE FIRST RIGHT OF REFUSAL ON ALL SALVAGEABLE MATERIAL AND EQUIPMENT. THE CONTRACTOR SHALL DELIVER SALVAGED MATERIALS TO A PRE DETERMINED LOCATION COORDINATED WITH ANTHC PROJECT MANAGER. 3. WORK WILL INCLUDE REMODEL WORK OF THE BUILDING WHILE THE BUILDING IS OCCUPIED, COORDINATE WITH OWNER TO MINIMIZE DISTURBANCE TO OCCUPANTS. Ir CAPPED HOSE CONNECTION FOR MANUAL FILL °S3/4" O C{YCOL SYSTEM RPRTAS REQUIRED (Tw) VSOLATALVP ION �° UNION (TYP) ON u FLEXIBLE SYSTEM CONNECTION HOSE LABEL WITH GLYCOL BRAND SUPPLIER AND CONCENTRATION 11 COPPEN, SLOPED TON RAIN GLYCOL MIX TANK GLYCOL TANK DETAIL NO SCALE ELECTRIC SPRING ACTUATOR HGS FROM HGS TO HEAT .� BOILER EXCHANGER HGR TO HGR FROM HEAT BOILER EXCHANGER %,1 DIVERTING VALVE DETAIL No scALE SNEET No 1D MAINTAIN ALL SERVICE CLEARANCES FOR BOILERS, 2� COORDINATE ALL PENETRATIONS WITH CIVIL PRIOR TO START OF WORK, MAINTAIN REQUIRED NEC CLEARANCE OF 36". NO PIPING ROUTED IN THIS AREA. © FOR DIVERTING VALVE DETAIL SEE 3/M-100. A LL PUMPS TO BE INSTALLED BETWEEN 36"-60" ABOVE FINISHED FLUOR. PUMPS TO BE AREA OF WORK WASIHETERIA INSTA E PUMP FACE TO HAVE A BUILDING 5. FOR END -USER TIE-IN PIPING SCHEMATIC AND PIPE SIZES SEE 1/M-503. KEY PLAN MECHANICAL PLAN" WASHMERIA M-104 HEET 9 OF 16 SCHEMATIC NOTES 1� INSTALL THERMOKU-S FOR ALL THERMOMETERS AND SENSORS, TYPICAL. 1� 11011E ISOLATION VALVES FOR ALL PRESSURE INDICATORS AND AUTOMATIC AIR VENTS. 3� DEMOLISH 90 DEGREE BENDS IN THIS LOCATON, SEE EXHIBIT PHOTO 3/M-504 FOR REFERENCE. © ExRENSTALL01DE 11111O" 1ALVES INSIDE AVEC BUILDING. DEMODSH PIPE TD OUINED To ALL PIPING ON HOT SIDE OF HEAT EXCHANGER V Hx-a. TOMOM AVEC RECOVERED HEAT COMMON LOOP TO BE TYPE K COPPER. SOLDER g01NTS. NO TREADED PIPE/ETTNS IN AVEC. SUPPORT COPPER PIPE IN CCORDANCE TMANUFACTURERS RECOMMENDATIONS. SEE CIVIL FOR DETAILS. ®all r UTILITY BOX 1 AGNAT COP O T n" x 3-1/2" REDUCER 1 T P OOC 100C 3-1/2" NHGS/WHSEE PIML ALL PENETRATON -/ IOOB 100B �I-IL-I VALVE (TPED IP) N ISO FLANGE CONNECTION (TTP) 1/2" VEC GENERATOR MODULE p3 I � I 5" COOLANT LINE TO/FROM ENGINE (E) Hx) I LA LINE IR — RADIATOR (E) AVEC CONTROL MODULE I II I I I �I I I I I I I AVEC PUIMP CP-1,2 (E) I I I 1 H 1/2 RECOVERED EAT COMMON LOOP AVEC GENERATOR MODULE p2 I I I I 5" COOLANT UNE O�/FROOM ENGINE (E) j HX 2 (E) -t z" "' ANT LfLRADIATOR (E1 AVEC GENERATOR MODULE #I I III CO OLANT OOLANT LINE HTR A 5" OM ENGINE (E) I � Hx—, (E) I T Tp�o I I/S LIN" c oOOANT RADIATOR (E) — VEC RADIATOR MODULE p2 VEC RADIATOR MODULE M1 LVEC RADIATOR MODULE p3 A A PIPING SCHEMATIC - AVEC NO SCALE 1� 3F1/2" AGUATHERM PIPE O� 2-1/2" COPPER PIPE. a� 4" WAFER - BUTTERFLY vALME (TYP OF 2). ® 2-1/2" WAFER TYPE BUTTERFLY VALVE (TYPE OF 2). 4" X 3-1/2" REDUCER (TYP OF 2), © 4" X 2-1/2" REDUCER (TYP OF 2). Ef> 4" COPPER SLIP ON CLASS 150 FLANGE (TYP OF 4). © 4" AWATHERM CLASS 150 FLANGE (TYPE OF 2). ED 4" ISO FLANGE (TYP OF 4), ED 2-1/2" FLEXIBLE PIPE SUITABLE FOR 125 PSI AT 4507 (TVP OF 2). 11> PRESSURE GAUGE (TYP OF 4). 12 TEMPERATURE GAUGE (TYPE OF 4), [D 12" CONCRETE SLAB, SEE CIVIL FOR DETAILS. 1 E 3------- 2 I6" OCl 1 *�n 12" OC 5 i T 1 �� UTILITY BOX PIPING DETAIL - AVEC �� UTILITY BOX PIPING ELEVATION -AVEC MECHANICAL SCHEMATICS-AVEC M-501 HEET 10 OF 16 FOR nrvD sENsoas, O%,LG . ALL THERMOMETERS 2� PRV DISCHARGES TO BE ROUTED WITHIN 6" ABOVE FINISHED FLOOR, TYPICAL, INSTALL FLOW METER SUCH THAT IT IS ALWAYS FILLED WITH LIQUID, PROVIDE STRAIGHT LENGII OF INLET AND OUTLET PIPES IN ACCORDANCE WITH MANUFACTURER'S INSTALLATION INSTRUCTIONS. © BTU METER, ERI QQ TEMPERATURE CONTROLLER, TC-200A. LOW FLOW ALARM, AND POW PRESSURE ALARM TO BE INSTALLED IN/ NEL H%C-200 SEE ELECTRICAL FOR DETAIL S�INSTAU- NEW BAD CIRCUIT SENSOR FLOW METER MODEL OP-2-IST ASTROTE.A, PROVIDE 2-ISIN4' AM OF 1/2' INROF UNRESTRICTED STRAIGHT PIPEAN DOWNSTREAM OF SENSOR FLOW METER. INSTALL SENSORS IN ACCORDANCE WITH MANUFACTURERS RECOMMENDATIONS. © ALL PUMPS TO BE INSTALLED BETWEEN 36--60" ABOVE FINISHED FLOOR. PUMPS TO BE STAU-E TO MAINTAIN ALL MANUFACTURER SERVCE CLEARANCES, PUMP FACE TO HAVE A NNIMUM 36' CLEARANCE AND BE ACCESSIBLE NPROGRAMMING �7>IND`VDI ISOLATION AND UVALVES VENTS 1. URE TYPCAT ICAL. s INSTALL AUTOMATIC AIR VENTS AT HIGH POINTS TYPICAL. FOR DIVERTING VALVE DETAIL SEE 3/M-104. AQUABULB SSENSOR TC �Oh C 2006 FLUORPENETRATION To GT OR DETAIL SEE 2/M- 3/4 ---I �-- 3/4. AUTOMATIC AIR VENT W/ ISWATON (TYP) 2-1/2' HGS/HGR , ell I tl tOO PI NTB 6 STRAINER 100H VA DRAIN \ 3" WHGS/NHGR pO O 2-I/2' % 2' REDUCER VALVE MODEL OP-2-1/2A. B&G o 5 TE PRV TI TE TE T FS FM 00 O C�000 T IR METER FLOW e{ (1NO 100 2 100E 1008 IOOD �OB 100 100 I n ¢ zoa o 3 % 2-1/2" REDUCERe ° 7 Y° REDUCER% 2 pl 200E ` 3 I 200H 4' % 2-i/2" { O O o o �` 3 6 REDUCER ) I $ n 200 2 TI TI ° ' 200A 2A S 12" 'MAX CLOSE 200C z00A I CWPLED TEES II zoos T T ° s I t R-1/2" % 2" 5 S TI PI 1 2" WHES/WH EDUCER y 2008 20DD 200C 2 1/2" I TO WAS ¢ w MODEL OP-2-1/2A, O 6 5 lj GS/WHGR Ia SEE I/M -NATION503 A SEN CIRCUIT 4 y / T`III — CI FLOW O ° o w METER OR EQUAL Y PI TI T{p 1 CHECK VALVE (TTP) 200E 200D L , 3 ` MODEL W-2-1/2A. TO Tom,}- N " % 2-1/2" T e B&G CIRCUIT LOCATED IN WASHETERIA $ REDUCER I { ORNEIOR OUALFLOW METER ISO ONNEANCE VERTNG (TYP) 2-1/2- % Y REDUCER VY J CAPPED DR N V Y YL VE (TYP) / -ur r-DY IVY )I � � nY �/ TC 4 4 BTU _ _ �LnY 0 200A — —100 L"r - —WTP MECHANICAL MEZZANINE (FLOOR 2)_ —-----------Y-------------- -- - R 4" "WTP BOILER ROOM(FLOGR I) GR (H) FINA A s �BUIInlNc -1 �1 PIPINO SCHEMATIC - WATER TREATMENT PLANT I � TE Y No scALE 1 2ooA UM w O Q W 2 F Z O < a N2W O , Ul N_m cc 2 In (� W tl] OUPLE CLOSE A�JUSTA LE, SHALL S SENOSEO By CONTINUOUSLY WHEN ENABLED AND USE III INTERNAL CONTROLS TO MODULATE FLOW TO MAINTAIN 180E, COUPLED TEES ]E-1446 -0� Ex ON LOSS 30OF FLOW. FLOW SWITCH. Fj_-ypQ WILL DISABLE PUMP, f��-g, AND SIGNAL AN AUDIDLE/VISJAL ALARM LOCATED IN CONTROL PANEL ARON VALVE (TYP) TEMPER ON LOW PRESSURE, LESS THAN B PSI. PRESSURE SWITCH, P -1 450HGR TO BOILERS REMAIN OR TO IN CONTROL PANEL HXC_200. 5 00, WILL DISABLE PUMP, �� AND SIGNAL AN AUDIBLE/VISUAL ALARM LOCATED ON CALL FOR HEAT THE TEMPERATURE CONTROLLER, Tom- qQA, WILL COMPARE THE TEMPERATURE OF THE BUILDINGS HEATING RETURN, TE-200A. PLAN SEi AN IhZ12 TO THE RECOVERED HEAT SUPPLY 1M-1QQA WHEN THE RECOVERED HEAT IS MORE THAN 5 DECREES CHEATER THAN THE BUILDING HEATING PR. MGR: TL RETURN PUMP, CP-B. SHALL BE ENABLED. WHEN THE TEMPERATURE OF THE BUILDING HEAT IS WITHIN 2 DEGREES OF THE RECOVERED HEAT PRDJ ENG RN PUMP, CP-e. SHALL DISABLED. DRUMS ENG PON HIGH LIMIT SHUT OFF FOR THE BUILDING SYSTEM OCCURS WHEN THE BUILDING HEATING SYSTEM RETURN REACHES 180E, AS SENSED BY DRANK BY: IP T2I2A PUMP, QL-@ TO BE DISABLED MEN BUILDING HIGH LIMIT SHUT OFF OCCURS, HIGH LIMIT SHUT OFF AUTOMATICALLY RESETS AT Fl.1Z5T.PUMP, CP-G. SHALL OPERATE CONTINUOUSLY AND USES ITS INTERNAL CONTROLS TO MODULATE FLOW TO MAINTAIN 1607, ADJUSTABLE. MOTORIZED THREE-WAY DIVERTING VALVE, T�Q Qp, TO DIVERT FLOW UNTIL SUPPLY TEMPERATURE, T!_-_22M GREATER THAN 1607. ADJUSTABLE. WiP HEATING SYSTEM, INCLUDING UNIT HEATERS AND CONTROLS, WILL OPERATE UNCHANGED. WUIHOISOTLAn AIR VENT ry (TYP) WALL PENETRATON I♦B xa�x� 2' HGS/HGR Wy AQUASTAT LP / BULB SENSOR 4` NOR FROM t� BUILDING HEAT SIR HER . 1 DRAIN — 3008 ALVE DIVERTING TE L lY V S 300A r 300 a 1 1 T ISOLATON VALVE (TYP) -0n 12" MAX CLOSE 2-1/2" x 2" REDUCER COUPLED TEES — CIRCUIT SENSOR FLOW METER OR EQUAL EXISTI2-1/2' X 2" REDUCER INGICA TEMPERATURE NDICATOOR TO REMAIN CHECK VALVE (TTP)— To 0C!%GlQQ` WTI Lr i ITA { �o xo� 1T �xncz wu— N 00A I F TTO �' 300M i 'F' 2" Wr1G5/WHGR 2-1/2" x 2" REDUCER MODEL OP-2-1/2A.— BAD CIRCUIT SENSOR FLOW METER OR EQUAL 2-1/2' X 2" REDUCER r RED E'N COPPER TO AGUATHERM- O +In+ BLUE PIPE TRANSITION W PI TI 0 0 300H 300D .I1— CAPPED DRAIN VALVE (TYP) WALL PENETRATION (TYP) 0� PIPINO SCHEMATIC - WASHETERIA �� No scALE ED INSTALL THERMOWELLS FOR ALL THERMOMETERS AND SENSORS, TYPICAL. PRV DISCHARGES TO BE ROUTED WITHIN 6" ABOVE FINISHED FLOOR, TYPICAL. INSTALL NEW — CIRCUIT SENSOR FLOW METER MODEL GP-2-1/2A, PROVIDE 2-1/4' OF UNRESTRICTED STRAIGT PIPE UPSTREAM AND 1/2' OF UNRESTRICTED STRAIGHT PIPE DOWNSTREAM OF SENSOR FLOW METER. INSTALL SENSORS IN ACCORDANCE WITH MANUFACTURERS RECOMMENDATIONS. E IN E EN ED IAINTAINPAL NUFACNRER SERNCE CLEARANCES�PUMP FACE TO �AVE A MINIMUM BE TALL AND BE ACCESSIBLE FOR PROGRAMMING, 5D PROVIDE ISOLATON VALVES FOR PRESSURE INDICATORS AND AUTOMATIC AIR VENTS. TYPICAL © INSTALL AUTOMATIC AIR VENTS AT HIGH PONTS IN THE SYSTEM, TYPICAL. FOR DIVERTING VALVE DETAIL SEE 3/M-104. SEWENCE DF PUMP. QP-D. SHALL OPERATE CONTINUOUSLY AND USES ITS INTERNAL CONTROLS TO MODULATE FLOW TO MAINTAIN I60-F. ADJUSTABLE, ON CALL p. FOR HEAT. TC_30pSHALL COMPARE THE TEMPERATURE OF THE BUILDING HEAT RETURN.Tf j- QQg AND RECOVERED HEAT SUPPLY. M=12QD, WHEN RECOVERED HEAT IS IS MORE THAN 5T GREATER THAN BUILDING HEAT RETURN. Q - IS TO BE ENABLED, WHEN BUILDING HEAT RETURN IS WITHIN 2T OF RECOVERED HEAT PUMP. QF-L IS TO BE DISABLED. NEN THE BUILDINGHEATING ENABLED SHALL USE RENRNASSENSED INTERNAL NBYOL 30MODULATE00ROW i0 MAINTAIN 1607 I MOTORIZED THREE-WAY DIVERTING VALVE, TV- TC-300@ IS GREATER THAN 1607, ADJUSTLE. iQQ TO DIVERT FLOW UNTIL SUPPLY TEMPERATURE AB HIGH LIMIT SHUT OFF FOR THE BUILDING SYSTEM OCCURS WHEN THE BUILDING HEATING SYSTEM E DISABLD EN HIGH RLI MIT SHUT 0 FT OCCURS NHIGHBLIMIT SOHU OFFM AUTOMAPUP.DTICALLY RESETS EAT 17 BUILDING WASHETERIA HEATING SYSTEM, INCLUDING UNIT HEATERS AND CONTROLS, WILL OPERATE UNCHANGED. TO WR FOR CONTINUA TON SEE 1/M-502 R W Q W M 2 Z 1- O R M N2W > GO 'C N_m ILI m � 1 R AD MECHANICAL SCHEMATICS- WASHETERIA M-503 T 12 GF 16 11 2 3 4 A%IS11NG WHGR TO VEC HEAT RECOVERY STSIEM LOOP FROM AVEC !,sm LTn D ING ?XISTEAT WHGS I� 0 HEAT EXCHANGER ESTING COOLANT PI P NG FROM GENERATOR TO HEAT EXCHANGER HEAT HEAT RECOVERY Cp_I (E) SYSTEM LOOP f.. T Taazoo (PING TOCRAOIATOH EX SANG EXPANSUON TANK CP-2 (E) EXISTING HEAT EXCHANGER (TYP IN ALL M OU ES) BAR IS ONE INCH M Y w C (,')EXHIBIT PHOTO - GENERATOR MODULE -1 / NO SCALE ` EXHIBIT PHOTO - CONTROL MODULE NO SCALE O z ¢ z N W f /l w2W 5L Z O H n2 LOCATEDWIrvOR TO -PROPOSED TIE-IN UTILITY BOX ON GROUND FOR HEAT RECOVERY SYSTEM LOOP 0 O n W Vi I cc 61 � 1 W R O] B ,V 3-I /2' WHGS/NHGR PLAN SEi PROI MGR: AN IhZAR TW i1 TO WTP, SEE CINL \ PROJ END, DRUMS ENC RN PON �.�E. 1 DRAIN BY: SHEET 1. Wm EXHIBIT PHOTOS EXHIBIT PHOTO - EXTERIOR MODULE 3 AVEC M-504 JNo scALE SHEET �3 aF ie USER. UWNDDZA PRcoUCT. cixl.lD 2D15 - 2D.De uls iecn INI{\Jmmoto\.l0.lce.12 onlnc bmig minion nem recowy\cR caoo\ol nuking net\Ne uamonica-u-sHDETL-o -, uroui. M-.1 PR-1: 2/29/gala b.2o:b PM fY of Yl *oiu SxEETs 11 2 1 3 1 4 ROUTE HEAT RECOVERY PIPES ABOVE EXISTING EQUIPMENT -1 sm „ PENETRATIONNG L TOOMECHANICAL MEZZANINE FIELD LOCATE TO AVOID CONFLICT WITH EXISTING PIPES jT n Taaoo - — GATE TO BE SALVAGED AND ICAL 1 RELOCATED AVOID EXISTING ELECTR.1/WHO — ROUTE 3' �o�/WT GR RES 3-1/2" AOUATHERM EQUIPMENT STORAGE—� TO BE IN INTDO E ROUGH EAST AREA OF W1P STORAGE AREA, SEE CIVIL • • FIELD COORDINATE PENETRATION THROUGH EAST WALL _.. Y BAR IS ONE INCH C W Q Y U Q W Z Z F OQ(7 / 1 EXHIBIT PHOTO WTP EXHIBIT PHOTO - STORAGE rNn = w NO SCALE No SCALE z [7 ORlUl InR111 PIPING A' HIGH A' P>NIn � CE NO MERE P.BGKE,TOVDIDCDNFUCTANDAINSERV PIP NI AD HIGI AS POSSIBLE, CET'NG WHERE POSSDA'E HELD TO 2' NNGS/WHGR CLEARANCES FOR E%ISIINGMAINTEWIPMENTEA� TO WASHETERIA m CLEARACONFLICTNCES FOR EXISIINNTAINIPMENLOTOF +'��� WHGS/WHCO FROM > W Q EQUIPMENT STORAGE E \ AREA OF WiP1' m - Cp A WINDS T�O AND ET -A T-A AS A CP-C INSTALL AS -A IN 3' WGHS HERE _ HX-B FIELD COORDINATE PENETRATION INTO BOILER PROPOSED i1 ROOM BELOW FOR HEAT LOCATION INJECTION LOOP RE -IN OF Hx-B 2-I/2- VMGS/'MIGR TO H%-B PLAN SET 1RO1 MGR: AN IhZA2 TW PROD ENG DRUMS ENG RN ECH ' DRAWN BY: SHEET TIRE Wm EXHIBFT PHOTOS EXHIBIT PHOTO - MEZZANINE / 1 EXNIBIT PHOTO - MEZZANINE WTP M-505 NO SCALE NO SCALE SHEET 14 OF ie USER. —N—A PR —Al am Ill IS - m.o, INS T.m INHO{Wmmma\aoate.al onlnc b,.M9 minion —1 recowy\oo —\.1 .-king net\oe uamonm—TS-M-SHOER-o2-' 1-1 M-505 PRINIEo: 2/29/2a1a ego: al PM 1. of al T. SxEEts 1 2 3 4 HGR 2-1/2' NOR 2-1/2" HGS !, Ov EXISTING EXPANSION TANK TO REMAIN ° ] ]yaaon ® THERMOSTATIC oIVERTING }/c" IIGS I A LVE EXISTING AI — _ CIE//I el, RELOCATE BO%ES AND EQUIPMENTS IN THIS AREA. COOi INATE WI MR O'FNER RSE EMA NATORRTO y �� • • t A.LUSTSCALESWAcc 1-1 IN -A '� 1 - EL AND AS LOOP ETA CT -A E 1 L-A CLOSE TOWALL AS POSSIBLE TIE-IN Y U Q �,1 EXHIBIT PHOTO - ET -A, GT-A �1 EXHIBIT PHOTO - THROUGH FLOOR 3 a � NO scALE rvo scALE DO W N N2W Z O Lry O n TIE-IN TO BOILER y m -1/2- TOR UP ETU HERE T 0 MEZZANINE FIELD LOCATE PENETRATION WILL ON W 2 1/2HGS UP i " 0 EZZANINE MEZZANINE LLEVEL, SEE CNAL m i7 2-1/2" HGR' > W R m 2-I /2' HGs • • EXISTING BOILER RETURN FROM NZZANINE L LEVEL 4 i EXIS NO WHGTM/WH DGWNIPEI TO GRAND LL .I BOILERS TO REMAIN g� p � PLAN SEi PRPI MGR: AN IhZ12 TIN PROHI ENG DRUN E% TUN TOP PRAWN BY: SHEET TITLE Wm �� EXHIBIT PHOTO - TIE-IN EXHIBIT PHOTO - WEST WALL EXHIBFF PHOTOS wTP NO SCALE NO SCALE M-506 USER. JMEN—A FIR.— a 111 IS - m.o, ws T.m FT {\ammma\aoate.32 onlnc n 1 CATR,01 nuking net\Ne M.m is TG- SHOETL-02.tvg fro 1 M-5m PR-1: 2/1X/2.. ego: a] PM SHEET 15 OF ie 28 of al T. s1EE15 i1 z 1 a 1 a ROUTE PIPING AT LEAST AND 6RI, O PENETRATON THROUGH AFF TO AVOID CONFLICT ` THERMOSTATIC +■■1 OLE MAINTAIN SERNCE r DIVERTNG VALVE p p SFOR 2" WHCS/WHGR CLEARANCES E%ISnNG HGS/HGR c PRWOSEO ROUTING OF 0 REMAIN 2" HGS/HGR PIPES EXISTING HEATING*" 1IIr RETURN TO BOILER D I ROUTE PIPING AT -\\ • LEAST C Al TO \\\\\\\\\\\\�•\\ EXIS EM BOILER J AVOID CONFLICT 0 REMAIN AND MAINTAIN H-0II11laazoo �" SERVICE GS/'AH -D ® CLEARANCES COORDINATE WITH CINL 1 P-nE -CIIAR IS NE I.0 ✓ V Y C UM O Q W EXHIBIT PHOTO - WASHETERIA CLOSET �� EXHIBIT PHOTO - WASHETERIA %,EXHIBIT PHOTO -BOILER RETURN TIE-IN 0 a NO SCALE NO SCALE NO SCALE Q N EC fM zo � N � DU STACK TO REMAI� m EX SION TO R 9 00 9 BOILER STACK TO REMAIN 4� EXISTING BOILER EXISTwc I aRcuLanoN N PUMPS TO —A REMAIN EXISTING BOILER EXISTING EXPANSIONOR UL TO REMAIN EXISTING BOILER TO REMAINTO REMAAINN UMP EXISTING BOILER 0 REMAIN EXISTING HEATING ETURN TO REMAIN ER BOILERS EXISTING FLOOR SINK TO REMAIN EXI i0 A PLAN SEE AN IhZAR PROD MGR: iMl PROJ END, TlM DRUMS ENG, ECH DRAIN BY: SHEET 1. NTP EXHIBIT PHOTOS" WASHETERIA EXHIBIT PHOTO -BOILER ROOM EXHIBIT PHOTO - BOILER ROOM NO SCALE NO SCALE M-SO% SHEET 16 OF 16 IGPI IMF ... IA PR.— -1- .15 - 2D.De uls iecn FT {\Jmmoto\sD.lce..l1 onlnc bmig minion nem recowy\cD caoo\ol .-king net\Me uamonm—TG-M-GHD--o -, umuT. M-501 PRINTED: 2/2n/2o1a —Ol PM .w of al Toiu Sl1EE15 ELECTRICAL LEGEND CONDUIT RUN, IF SIZE AND NUMBER OF CONDUCTORS ARE NOT INDICATED, PROVIDE 1/2" CONDUIT W/ 3/12 AWG H,N,G. CONDUIT, BURIED OR IN -SLAB HOME RUN TO CIRCUIT BREAKER PANEL, OR HVAC PANEL LEND, SIZE INDICATED ON DRAWING CONDUIT RUN - CHANGE IN ELEVATION G DUPLEX RECEPTACLES OLADRAPLEX RECEPTACLES $ SINGLE POLE SWITCH + 42' AFF NON $1 3-WAY SWITCH + 42" AFF LON $1 4-WAY SWITCH + 42' AFF VON oQs OCCUPANCY SENSOR Q JUNCTION BOX Q THERMOSTAT ® a CONTROL PANEL CIRCUIT BREAKER PANEL Q METER BASE g% SINGLE PHASE MOTOR W/ HORSEPOWER INDICATED (F-<1/3HP) 4 THREE PHASE MOTOR W/ HORSEPOWER INDICATED L SYSTEM GROUND ® VARIABLE FREQUENCY DRIVE ❑ INSTRUMENT (SEE TAG) -I� ALARM STROBE WITH HORN DISCONNECT ABBREVIATIONS A AMPERE ARE ABOVE FINISH FLOOR GENERAL ELECTRICAL WORK SPECIFICATIONS A WIRING SHALL BE PERFORMED IN ACCORDANCE WITH THE LATEST ADOPTED VERSION OF THE NATIONAL ELECTRICAL CODE - NFPA ZO (NEC) BY OR UNDER THE SUPERVISION OF STATE OF ALASKA LICENSED JOURNEYMEN ELECTRICIANS. AVEC BCu c C ALASKA VILLAGE ELECTRICAL COOPERATIVE BARE COPPER CONDUCTOR CONDUIT, SIZE AS NOTED, TYPE AS REQUIRED ALL WIRING SHALL BE IN CONDUIT IN ACCORDANCE WITH THE FOLLOWNG SCHEDULE: ALL EXTERIOR WIRING SHALL BE IN GALVANIZED RIGID METAL CONDUIT UNLESS OTHERWISE NOTED. ALL INTERIOR WIRING BELOW ARE SHALL BE IN RIGID CONDUIT. n GlI DWG CIRCUIT DRAWING ALL REMAINING INTERIOR WIRING MAY BE IN GRC, EMT, PVC OR LIOUIDTIGHT FLEXIBLE METALLIC CONDUIT, AS PERMITTED BY CODE, T 1— EMT ELECTRICAL METALLIC CONDUIT CONDUIT SUPPORT SHALL BE PROVIDED WITH 2-HOLE STRAPS (INTERIOR AND EXTERIOR). PINCH I C EOOI CANDLE CROUND CONDUCTOR TYPE (CADDY) CLAMPS ARE APPROVED FOR USE ON EMT OR GRC ON INTERIOR WALLS AND CEILING ONLY GET GRC GROUND FAULT INTERRUPTING GALVANIZED RIGID (STEEL) CONDUIT CONDUCTORS FOR USE ON THIS PROJECT SHALL BE STRANDED COPPER WITH THWN-2 INSULATION FOR INTERIOR AND %HHW-2 INSULATION FOR EXTERIOR. COLOR CODE AS FOLLOWS: HOT CONDUCTOR 120/240V WIRING- L1-BLACK. L2-RED, NEUTRAL -WHITE. GROUND -GREEN OR BARE COPPER. HOA HANG OFF AUTO CONTROL WIRING- ANY COLOR OTHER THAN RED, BLACK, GREEN OR WHITE AS ALLOWED UNDER U/L HL HE HIGH LEVEL HORSEPOWER AND NFPA 29. B. ISMC MUG KILO -VOLT-AMPERES LIQUID -TIGHT PE%IBIE METAL CONDUIT MAIN LUG ONLY AN EQUIPMENT GROUNDING CONDUCTOR SIZED PER NEC ARTICLE 250.122 SHALL BE PROVIDED IN ALL CONDUIT RUNS. FITTINGS - ALL NON -HUB CONDUIT TERMINATIONS SHALL BE BUSHED EITHER WITH NON-METALLIC BUSHINGS ON THREADED CONDUITS OR INSULATED THROAT CONNECTORS ON EMT AND BOTH TYPES ORIGINAL OR- NO IF NOT N C. NEUTRAL CONDUCTOR OIL WATER SEPARATOR OF FLEXIBLE CONDUITS. EMT COMPRESSION TYPE COUPLINGS AND CONNECTORS PREFERRED. BOXES SHALL BE PROVIDED IN ACCORDANCE WITH ME FOLLOWING SCHEDULE: F P POLE INTERIOR WITH GRC: TYPE FS OR FD DEVICE BOXES, CASs BO%ES WITH GASNETED COVERS. Q W PE PHOTO ELECTRIC = SOUL SWITOI LEG INTERIOR WITH EMT: PRESSED STEEL WITH APPROPRIATE GALVANIZED DEVICE COVER, OR AS WITH GRC. Z 2 O O R TRAY 3-WAY SWITCH TRAV�ER TWSH TWISTED SHIELDEDL. EXTERIOR: NEMA 6 WITH GASKEIED COVER. N N > W iYP TYPICAL ALL COMPONENTS E STATED FOR THIS PROJECT SHALL BE LISTED H LABELED BY AN AGENCY ACCEPTABLE TO THE STATE OF ALASKA DEPARTMENT OF LABOR MECHANICAL INSPECTIONS DIVISION. U O (J W o VON UNLESS OTHERWISE NOTED VOLiS U/L (UNDERWRITERS LABORATORIES). ET_ (EDISON TEST LAB), FM (FACTORY MUTUAL) ARE ACCEPTABLE. NOTE THAT NRTL APPROVAL IS REQUIRED FOR CSA LABELS. j C7 2 W > VFD R VARIABLE FREQUENCY DRIVE TRANSFORMER INSTALLATION OF CONTROLS AND CALIBRATION SHALL BE PERFORMED IN ACCORDANCE WITH THEY. MANUFACTURERS REQUIREMENTS, m 2 m (E) EXISTING COORDINATE INSTALLATION WITH OTHER TRADES PRIOR TO ROUGH -IN. MAINTAIN AND IDENTIFY FOR ALL OTHER TRADES INVOLVED CLEARSPACE REQUIRED AT ALL COMPONENTS THAT MAY REQUIRE ADJUSTING OR TROUBLE SHOOTING WHILE ENERGIZED, MARK ALCONDUITSENTERING OR LEAVING PANELBOARDS WITH INDELIBLE BLACK MARKER WITH THE CIRCUIT NUMBERS OF THE CIRCUITS CONTAINED INSIDE, MARK CIRCUIT NUMBERS ON ALL JUNCTION BOX COVERS. ALL CONTROL CONDUCTORS TO CONTROL PANELS, INSRUMENTS, STARTERS, 0, SHALL BE IDENTIFIED WITH A UNIQUE NUMBERING SYSTEM. IEi= TEST ALL CONDUCTORS PRIOR TO TERMINATION WITH A 30OVOC MEGOHMETER, REPLACE ALL CONDUCTORS EXHIBITING LESS THAN 10 MEGOHM IMPEDANCE, REPEAT TEST. GENERAL COMPONENTS SHALL AS CALLED OUT ON THE PLANS AND LEGEND, PROVIDE AS GE ERAL C SPECIFIED AND SHOWN. MANUFACTURER AND PART NUMBER DESIGNATIONS INDICATE THE MINIMUM PERFORMANCE AND QUALITY REQUIRED ON THIS PROJECT. � - w LEGEND IL ABBREVIATIONS E-001 ET 1 O n GENERAL CONTROL SPECIFICATIONS - NOTE: THESE SPECIFICATIONS APPLY TO ALL CONTROLS AND CONTROL PANELS PROVIDED UNDER THIS CONTRACT. cENEaeLL TURN"ATEIAL O EQUIPMENT AS REQUIRED FN FINAL( N BM2AON AND LL ]ANSTAILLLANON ROF NE CONTROL PANELS AS INDICATED ON MEORAWNGS AND IN NE SPECIFICATIONS ON ALL OF THE DRAWINGS. STANDARDS, CODES AND REGULATIONS WITH ME ST CCODE S(NEC).CNEPA YJ9 u ns-B ar DaAwlMcs: UPON RECEIPT OF APPROVED SUBMITTALS AND AFTER CONSTRUCTION OF THE PANEL S PREPARE AS —BUILT DRAWINGS USING NE 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 CD FOR EACH PANEL. THESE DRAWINGS WILL BE INSERTED INTO NE "LNG -11 15 AN INTERNAL PART of A DEwcE ArvD IS NOT cNNECTED ro EXTERNAL TERMINAL BLOCKS MAY BE WIRED USING TIE 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 OTTER DEVICES THAT ARE CONNECTED TO EXTERNAL CIRCUITS, EVERT WIRE TERMINATION. INCLUDING ALL JUMPERS. SHALL BE IDENTIFIED WITH WIRE MARKERS. WIRE MARKERS SHALL BE INSTALLED OVER WIRE TERMINATORS ORDIRECTLYADJACENT TO THEM. MARKERS SHALL _ ADOPTED EDITION OF THE NATIONAL ELECTRICAL AND UL 500 CODE COMPEANCE DESIGN SET PER RECORD DRAWINGS. NE INSERTED AS —BUILT DRAWINGS MAY BE REDUCED TO 80% TO INCLUDE NE ORICIAL OEM TITLE BLOCK, 0&M MATERIAL BE ARRANGED TO PERMIT READING OF IDENTIFICATION. TERMINAL BLOCKS SHALL BE PROVIDED FOR THE TERMINATION OF POWER AND CONTROL NFPA 70 UL 5o8A UL MO PROVIDE DATA CUT SHEETS, CURRENT PRICE AND SOURCE FOR ALL REPLACEABLE COMPONENTS (LE. PLUG—IN RELAYS, PILOT LIGHT LAMPS, ETC), IF A COMMON COMPONENT WIRING. WHERE MULTIPLE TERMINAL BLOCKS ARE SHOWN FOR A GIVEN WERE NUMBER. ADDI TINAL BLOCKS SHALL BE PROVIDED AND JUMPEREO AS NECESSARY i0 PROVIDE TERMINAL SPACES FOR EACH INDIVIDUAL OUTGOING WIRE, ° TTyaaon PRWDCT 0 IN SEVERAL PAELS, A SINGLECNEUT SSUBM[TiESINI PT`ACCEPTABLE ALL TERMINAL STRIPS SHALL BE MOUNTED ON A FLAT STEEL CHANNEL OR STRUT WHICH RAISES PLICAB EUSED PANELS A EN ANNOTATED ON ATERIAL SHALL BE TYPED IN MS WORD OR SCANNED AND CONVERTED TO .POF FORMAT. THEM TO THE LEVEL OF THE ADJACENT WIRE GUTTERS (2 INCH TO 3 INCH ABOVE 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. EACH CONTROL DEVICE SHALL BE LABELED WITH SETTING OR ADJUSTABLE RANGE OF CON— MATFRIAIc ENCLOSURES CON "L PANEL EN 'LOBO RE: NEA "STANDARD 8ACKPLATE). MINIMUM OF 10 PERCENT ADDITIONAL CONTROL WIRING TERMINAL BLOCKS ON EACH SIDE. 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 VENDORS OR AEA BORDER. CONTRACTORS DR WING STANDARDS SHALL INCLUDE THE REOUNEMENT FOR MINIMUM CHARACTER SIZE (ON 22X34 DRAWING) OF 0,125 INCH. HARD CON M. PANEL ENCLOSURE INTERIOR SHALLW, STEEL BACK PROVIDEPANEL FOR MOUNTING HINGEDOLOCKABLECONLD_R WITH CONTROLS ANDAND POWER D "I"U" PLACARDS ASCOMPONENTS SHOANDWN. HOFGROUNDFMAN ORGEQUAL. WME MARKERS SHALL CONSIST OF WHITE OR YE—W, SLIP—ON ELASTIC BLEEvES SIBED TO AND MARKED IN BLOCK PRINTING WITH THE LETTERS OR A MOUNTED TO ME INTERNAL MOUNTING PANEL. THESE NAMERILATES SHALL BE SIIED TO TH E UCH THEY REFER. NE ENGRAVING SHALL BE AS SHOWN ON TH PANEL LAYOUT DRAWING.SCALE OF ME DEVICE TO ME FROM GRONDS AN SHORTS TO CORRECTLYALL ESHHOW COPY SUBMITTALS SHALL BE 1/2 SIZE (11X1J) N BOND PAPER AND A SINGLE COPY OF A ".PDF' FILE AND A FILE IN AUTOCAD 2008. ELECTRONIC MEDIA SHALL BE SUBMITTED NUMBERS TO IDENTIFY NE CIRCUIIT DRAWINCSEUPONT COMPLLNNNOF NE WORK "AS SHIPPED' CONDITION OF THE PANEL .DWG ON CD FORMATTED FOR READING ON IN1EL—BASED PCS (NOT MAC), MICROSOFT WORD OR TERMINAL BLOC AFTER COMPLETION OF SHOP ASSEMBLY AND TESTING, PANELS SHALL BE ENCLOSED IN EXCEL. DATA TO BE INCLUDED ON NE SUBMITTAL DRAWINGS SHALL INCLUDE: q AN A R NO OF E DIMENSIONED OPERATOR DOOR AND BACK PANEL LAYOUT SHOWING ALL COMPONENTS. CNRER ETC. I RMNANON SHALL BE BT SLIP IK SON PADE TONGUE INSULATED COMPRESSION TERMINATORS HEAVY—DUTY POLYETHYLENE ENVELOPES OR SECURED SHEETING TO PROVIDE COMPLETE PROTECTION FROM DUST AND MOISTURE. DEHUMIDIFIERS SHALL BE PLACED INSIDE THE POLYETHYLENE COVERING. THE EOUIPMENT SHALL THEN BE SKID —MOUNTED OR CRATED FOR FINAL TRANSPORT. SHIPPING WEIGHT SHALL BE SHOWN ON SHIPPING TAGS. TOGETHER WITH F Y W BILL OF MATERIALS WITH MANUFACTURER AND RELEVANT PART NUMBERS. NAMEPLATES SHALL BEINSTALLED PLUMB AND PARALLEL TO HE LINES OF DOOR OR TRUCNRE TO MICH THEY ARE ATTACHED A NAMEPLATE SHALL BE PROVIDED FOR EACH INSTRUCTIONS FOR UNLOADING. TRANSPORTING, STORING, AND HANDLING ON JOB SITE. Q SCHEMATIC DIAGRAM. POWER, SIGNAL, AND CONTROL WIRING. DIFFERENTI AIE BETWEEN MANUFACTURER —INSTALLED AND FIELD —INSTALLED WIRING. PSANEL. IT SHALL BE 2"%10" MINIMUM SIZE WITH INCH MINIMUM ENGRAVED LETTERS, Z 2 O 2 R w DETAILS OF CONTROL PANEL FACES, INCLUDING CONTROLS, INSTRUMENTS, AND LABELING, THE ENGRAVING SHALL BE AS SHOWN ON DRAWINGS FOR THE IDENTIFICATION OF EACH PANEL TESNMG: O N DO j W PANEL FACTORY TESTS — PRIOR TO SHIPPING, PANEL MANUFACTURER SHALL DOT BETRATERELEASE OPERATION, WITNESSED BY AN OWNER'S REPRESENTATIVE. PANEL WILL NOT BE RELEASED FOR N L) O TERMINAL ASSIGNMENTS WITH ALL EXTERNAL COMPONENT IERMINANNS SHOWN. PROVIDE A NSTALLAT SHIPMENT UNTIL ALL FUNCTIONS HAVE BEEN VERIFIED. MANUFACTURER SHALL PROVIDE ° PANEL AND DESCRIBE EACH EXTERNAL CONNECTION FOR USE BY THE INSTALLER. DETAIL EQUIPMENT ASSEMBLIES AND INDICATE LOADS. REQUIRED CONTROL PANEL ASSEMBLIES SIMULATED INPUTS FOR THE PURPOSE OF ENABLING EACH ALARM D CONTROL FUNCTION REWIRED BY TIE DESIGN AND FUNCTIONAL DESCRIPTIONS. TESTING WILL NOT TAKE PLACE UNTIL AS —BUILT DRAWINGS HAVE BEEN SUBMITTED. PROVIDE 10 DAYS NOTICE FOR ALL j S2 2 � BE PODIMENSIONS,TS,AWEIGHTS. CLEARANCES, METHOD OF FIELD ASSEMBLY. COMPONENTS. AND LOCATION AND SIZE OF EACH FIELD CONNECTION. PROVIDE A WRITTEN DESCRIPTION OF SEQUENCE OF OPERATION, FIELD LEST REPORTS: INDICATE AND INTERPRET LEST RESULTS FOR COMPLIANCE WITH PERFORMANCE REQUIREMENTS, COUP 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 AND APPLICABLE MENA 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. TESTS. TESTING SHOULD TAKE PLACE IN ANCHORAGE AT A LOCATION WHERE PANEL MODIFICATIONS AY TAKE PLACE WITHOUT JEOPARDIZING VENDOR'S LABELING REWIREMENTS, IF AN ALTERNATE LOCATON IS PROPOSED OUTSIDE OF ANCHORAGE, ALL TRAVEL, LODGING AND G COSTS (LW DiTO EXCEED POSTED FEDERAL PERDIEM RATES) WILL BE INCLUDED BOARDING VENDOR'S BID. 2 m BE m MAINTENANCE DATA SHALL INCLUDE: MAINTENANCE INSTRUCTIONS AND LISTS OF SPARE PARTS FOR EACH TYPE OF CONTROL COMPONENTS AND DEVICES, DEVICE INTERCONNECTION WIRING DIAGRAMS WITH IDENTIFIED AND NUMBERED SYSTEM STEP—BY—STEP PROCEDURES INDEXED FOR EACH OPERATOR FUNCTION, INSPECTION PERIOD. CLEANING METHODS, CLEANING MATERIALS RECOMMENDED. AND CALIBRATION TOLERANCES, INCLUDING MOTOR OVERLOAD RESET. SHALL BE ACCESSIBLE AT THE PANEL DOOR LOCATED BEHIND A CLEAR LE%AN 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. WILLING DUCT SHALL BE PROVIDED FOR WIRING WITHIN THE PANEL ENCLOSURE INCLUDING FIELD WIRING. WIRING WITHIN THE PANEL SHALL BE LABELED WITH WIRE NUMBERS AND RU IN DUCT TIED BUNDLED TIE OR SIMILAR — CALIBRATION RECORDS AND LIST OF SET POINTS, PROJECT RECORD DOCUMENTS SUBMIT ALL CUT —SHEETS. 0&M INFORMATION AND INSTRUCTIONS IN EITHER ME WORD OR ADOBE .PDF FORMAT ON CD FORMATTED FOR USE ON INML—BASED PC'S. N WIRING NEATLY AND WITH WRAPS MATERIALS. LINEIN OR PANELS PER CONDUCTOR VOLT OR . HIGHER) WIRING ONE CLASS C STRANDED INSULATION COLOR CODING OF INSULATION SHALL BE OUALITV ASSURANCE ALL CON ROLp ALAASSEMBLY OE FOR THIS PRO EC SHALLLABELED AS ELLEG N AGENCY ACCEPTABLE)To THE _ INSPECTIONS OSUBMINJ ON SHALL MEHAN'APPROVES LABORTHE 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,AN AT A YELLOW: UNGROUNDED CONTROL CIRCUIT CONDUCTORS N Y REMAIN ENERGIZED WHEN NE MAIN DISCONNECTING MEANS IS IN THE OFF POSITION. THESE CONDUCTORS SHALL BE THROUGHOUT THE ENTIRE CIRCUIT, INCLUDING WIRING IN E CONTROL PANEL AND THE REOUIREDCAL PROCEED ONLY AFTER OWNER TTALS. BEFORE FABRICATION PANEL RTINGSSHALLLFOLLOW THONAL PANEL E UELEMENTARY WIRINGTS � ME ENGI DIAGRAMSAG'ORRAMS SHREVIEWOWN NON ME DRAWINGS. SHALL BE WHERE PROVIDED. DESIGNED BY THE VENDOR TO COMPLY WITH NE PERFORMANCE O TMLLOW E EXTERNAL FIELD WIRING. WHITE OR NATURAL GRAY: GROUNDED CIRCUIT CONDUCTOR. YAIIE WITH BLUE STRIPE. GROUNDED (CURRENT —CARRYING) DC CIRCUIT CONDUCTORS.OR PLAN SEE PRPI NCR: AN IhZ42 IDI PRO) ENG DRUMS ENG, TM EH DRAWN BY: SHEET TILE JJ ELECIAICAL SPECIFICATIONS E-002 SHEET 2 OF 11 UM. —LNG PR[0— ciwIlP MI5 — ... u1S — INUP{\Jmmwtw\.loloB.1.— N-A, mlv N 1 rec wry\ao caoo\ol .-king set\ol Eleclnml\KTS—E-55PEc.e.g umui. 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