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Plans (67) M EC2019-00875 PROpeti, . • , ...I E-4:---wii-.- ' • .. • . 13,319. -,, - , , .., • . , , • , • . i .. . .. RECEIVED . ' 1. '.\, i. ,,,: :.64--: : :::' •'' ' • DEC 17 Za19 , . CITY OFTIGAF1D • , . . GtNERALI . NOTES: , . BUilDiNG DIVISION • 1 WIRES 1.2-31-10' dait- V V A. THE CONTRACT DOCUMENTS ENDEAVOR TO PROVIDE THE CONTRACTOR I IT I- A N .:C.). .1 WITH A REASONABLE REPRESENTATION .OF THE WORK TO BE PERFORMED-, NOT ALL OFFSETS AND BENDS 'REQUIRED IN THE DUCT . . AND PIPING SYSTEMS CAN BE ANTICIPATED OR SHOWN, DO NOT RELY A.R 0 1,1 I.T.':.E''C T 0, PC. • ON THE SCALE OF THE DRAWINGS FOR- MATERIAL TAKE-OFFS OR • .. .COST ESTIMATION.. CAREFULLY INVESTIGATE CONDITIONS,SURROUNDING • 3611 8.11/, moor) AVE. INSTALLATION TO PROVIDE CODE REQUIRED AND MANUFACTURER'S • SUITE 200 CLEARANCES. ALL WORK SHOWN IS DIAGRAMMATIC AND SHALL BE PORTLANC),.OR c12361 .ROUTED TO FIT WITHIN STRUCTURE. COORDINATE WITH ALL TRADES. . .(503)220-2611 FAX-(503/120-2612, • . B. INFORMATION PERTAINING TO EXISTING DUCTWORK, PIPING, EQUIPMENT, -ITEMS; ECT,, 'SHOWN ON THIS. DRAWING, HAS BEEN TAKEN FROM UMITED, RECORD DRAWINGS: AND LIMITED FIELD. . .. INVESTIGATION.. CONTRACTOR SHALL.VERIFY' ALL EXISTING . CONDITIONS RELATIVE: TO SCOPE OF WORK PRIOR TO BID., . • O. NOT. ALL DUPTWORK, PIPING, AND EQUIPMENT HAS BEEN 'SHOWN.. SOME HAS BEEN SHOWN IN ASSUMED LOCATIONS. CONTRACTOR. SHALL FIELD INVESTIGATE ALL PRIOR TO BID. • D. CUT ,AND PATCH (E) WALL, ROOF, FLOOR, ECT, . -, SURFACES TO MATCH , . . , . . . (E) OR (N): FINISHES AND FIRE RATINGS AS. REQUIRED, .. . .. V V V V. E.. PROVIDE:_MAXIMUM .MAINTENANCE ACCESS POSSIBLE :AT .ALL . EQUIPMENT. PROVIDE MINIMUM. THREE FEET CLEARANCE AT ALL . . -"•- ---gmv-74-ov,paRws,..17.wis,, ,01,,,,tiv-tqw,:-..-Arkoz.," -1-,.....,,,---",-1,1",,c,:1,-,-. ...,..,,,,, .:-F,,..:,. ..,.:... ',AIi•Le.:441.V0,,,kr 1.1'iktR4 ir., ,07,44.vi,,I,K,:fwv,,,...,;,-,,a-igezwyit,:vriam,:v.;:wwwwmilf.7frmaiwtT; -:. 44.44.fwipt" ELEOTRICAL PANELS, COMPRESSOR, FAN ACCESS POINTS AN.0 ALL. ;•. -•''''4+-'•11-.4). ,:'?c,'-•5;•-•,' ,:':-fo.,,74,",,IN.7t* .44, -•..-4as,- T-‘,,'t- '', -`,-."-,,f-r--..1,',,CAt„-Vo.-o4, -,,,i0,.,..itt-e,- ..,,,,4,444,t, Y"....;'.--..4w.i -44-1,-0 .• -,, - .':,• -,. ,.,•-•,,. -,,,',z ..-, ,•,, 4,ii•itt . ;,,•,-„,• ,- '• , - ,,,:-m,1.C:.',04e;. , .,-..'1:k --},4,.'-• t',••,',- et,4• ':-k,f, ip.4,--,!.,r,. ,V.,P,,,,, ,,,,i '&k,,,#,,%..•,,,,,,,,Ag,-t-,;,-,,,k *„.,, .,-,..•,,,,,,,,,eir ...-, -•.,1•,.,ey 0 1:,,z,,,,,, '1.4/c,,,...;;Ii.t"th.',,40,...xskub.V, C.A3tiek4W4V: •%t'le.,r,4,04..,' -.34-fot 4,,P,A7MW544,tiokflit"441W,W 47:0',ut 404;44044"541*-- Ac.,4-,-t-o*.,x- ,totv,&40,,,,i,>,.._,-m,P4, :.4'•'4A•040 •14"4t.''Akt5f "'"PArllqP:4?'55ir°k:'.4f;'4V4'4C"i -V44; 44 440114t4A‘'‘'''''!4:-,00,;,,,'",i'4.7;VR.*:;-,,,4450*%,#*,..4N;;„4/f ,Vr.'4,4.,M.k..A.,ettA4g-itg'gt,Mg:,„.R . • OTHER ACCESS PER MANUFACTURER' . Pt • RP • ' . :Ftik I . 'Vgz '.4 wiz. NATURAL VENTILATION •COMMENTS V V .REQUIRED. S.INSTRUCTIONS . . ROOM . ROOM 'OCCUPANT . • CODE MAX.. ACTUAL . 'VENTILATION AREA OLITDOOR : 'BREATHING:ZONE AIR. .ZONEOUTD.00R :EXHAUST 'EXHAUST YES AREA AREA - . • F. UNLESS -OTHERWISE: NOTED ON. THE DRAWINGS, ALL PIPING AND . DESCRIPTION AREA f DENSITY - OCCUPANCY OCCUPANCY FACTOR AIR RATE VENTILATION DISTRIBUTION AIRFLOW •AIRFLOWRATE AIRFLOW OR REQUIRED 'AVAILABLE - DUCT"SHALL BE ROUTED IN OPEN CEILING SPACES AS HIGH AS . ' (SF): '(PEOPLE/1000 SF) • '(PEOPLE). - (PEOPLE) -(CFM/PERSON). . (CFM/SF) - (CFM) . EFFECTIVENESS . (CFM)- (CFM/SF) (CFM) • NO , .(SF), • (SF) • POSSIBLE. DO NOT 'SUPPORT' DUCT OR PIPE IN DIRECT CONTACT' TENANT A 12,702 : 0 . 0 . .9..06 ' 706 0,6. ..- • : .054. •0 • NO •NiA. 0 .t . WITH THE BUILDING STRUCTURE WITHOUT ADEQUATE MEASURES. TO „ , „ , , . ' - . • PREVENT -.NOISE DUE, TO VIBRATION OF NORMAL SYSTEM USE.: TENANTS 25500 • • " 0 0. • :106 .- 1,630- 0.8 • . .1.,913 - • • 0. . -NO • N/A. .• 0 1 • • . .. . . 0-., INSTALL VALVES, REGULATORS, DAMPERS AND ALL OTHER SUCH AS; , . . , . . , • • . , DEVICES REQUIRING ACCESS OR ADJUSTMENT IN PLAIN VIEW AND I , .. . „ ,. , • . , •. • . 11, , . , VALVES; REGULATORS,. . • . • WITHIN:. REASONABLE REACH FROM .LADDERS, AND ACCESS- DOORS 1 ANDTHELIKE, IF : . • • • . ' . LATORS; DAMPERS AND THE LIKE• • • . • . • , - . . .....,. . • . . - ' . CAN NOT. BE LOCATED IN AN ACCESSIBLE POSITION* REMOTE ACTUATORS. SHALL BE PROVIDED: , NOTES lo........, V I VENTIALTION IOTED.ISBASED ONIEMPTYSHELL CONDITION. . . , . Ha PROVIDE 'MINIMUM 10 -.0" DISTANCE BETWEEN ALL OSA 'INTAKES AND ,.. . ' • : EXHAUST' FANS, FLUE VENTS, PLUMBING."VENTS,. ETC. • . . . • .. . , • , . , . - -- .. . . .. .-• . „ • , „ . " . •I. THE ..JOBSITE AREA IS PRESUMED TO. BE FREE 'OF ASBESTOS.. HOWEVER, • ASBESTOS-CONTAINING MATERIALS (ACM'S)" MAY BE PRESENT IN . OTHER-VARIOUS LOCATIONS THROUGHOUT THE BUILDING.. CONTRACTOR . . • IS TO NOTIFY THE ARCHITECT / PROJECT MANAGER IF SUSPECT w, ACIol"S: ARE UNCOVERED DURING 'DEMOLITION OR CONSTRUCTION. IF , •mk- . THE CONTRACTOR. ENCOUNTERS' ANY MATERIALS. SUSPECTED TO CONTAIN VII ASBESTOS THAT WILL BE DISTURBED OR REMOVED IN THE COURSE OF • • -w•,,,,,,,e•!-A•iorlygfeitmtgwr;.4'.1o,:.:!,rzifamfro!,,,vrAf'',*• xv•K'n,, ,,,,Wsfie0:14:44,:i•`;,,,;,NV-',.•,*-C,.%,,,,tir;.•rift0*.,&,,I ;i'll,,;%,14.`74 ,1070:c$K1r,y.2,74',!:.4te:..,-'14''''tjaittipt--411 tikj---'4"''';:,,N1,-:.'•,,r.:4‘,,it4r.z.w.,,-'04,44,004,,,,,t,i„,10:100.'..;';',„„'-.,'.&.,o,t':V.,..1§-,Pile::,'''...11,,,,:,"..ci,WAP',..0.-'1,1--i','A.,,,,41,,, .,0-,,',1457,.J.4,74,,,,,,,,;444'.,,'.'w1r2Z142,4--4.7,4,pyr:.,4',...r./.47,115,,,4-7,,,,,,:.,, 4„:„T,,--,:,;.0,4K.,,,,,I,',:earirkw„r„,-;.:4r...,..".",,,,,,c,t,-,,,,,-,0,,s,,,,t1 -4, 1-,. , CONSTRUCTION.; REFER TO ARCHITECTURAL 'SPECIFICATIONS FOR - . . '''"•• 1,.-''gAct Itte,,,'"-T,,w,-,01,041.-:,,,,-4' w'Aitsrwt,*-;-,,,,'. '-4,-*IP-•'-''''',..;* ',..i.---,454,44:: `'iSt-lt•,...i':,' • 1'•:,,,V,..Po*.',.''";,., -,NV,Ir".. 0,'1-'• is:'.'f rtlik'-',..fat -le 12*.244:.', A. : *''' .'r.,'''""1 .,4'it-1!,-,-. : .,.,4,,,*,.,74,4r,_ -.0,4 INii,';'!- ,; ;;441''''-',..t4.,,NI16'6.1*,.,'.-t,:7'!'t,zt-,:. :.'','', '''. 71.444',,.,,,i,*::4.&:,*.leci,..,,,, .-,-,40.r.',4-,:,,,-.t,,,,.. 4.16 -.?!,i,,,i,,ydai,,,kw•,:A-. ....f,'I''',,'AF,S,,.4.::',,!,;,,.i:' '''";44,41,,,,#ktk,:,•-A,•-p. e.,<4.i',q'4-. , ,-, ,Ftt.,,,,,,,„. •:,,, me',,,,,1,4:, .:,,pf,t,!- . ADDITIONAL INFORMATION PRIOR. TO PROCEEDING. •kr444-titi.,i,V4Egg.''aSigfit '..,'", :01'.`: ,':fi`-i,,..,00,,,k.gi‘e;*k°0.,,,T,',.t..:...4,4°;:412441.1.-" ‘,:,..':-,,,,g.f:.?`,‘:::-iiXrc,?,i:.,i..;:• !,A.,'''.-41-0,,',:4';Ly....Witit:V:=;°.04;tl..•3 iAT4fig.2:;::`::',:1-.W, 4'..I.:: :--`,:::.,,,;,,15!,•;,--, 4'3,40,44114,1 ": .41* HEATING MINIMUM UNIT COMMENTS.m. •:.,Iticg2g.,,M.,:i,g;,,,I.,,,;.,w,re,,,..1,,, -: ,, 41,i„•;•/$,N., imAtz,,,g,gtavgia,,, ,,-i.,,,2,,..t,,:4:.,-„,,,,k,,,,tw.,,,„,,.&!,4,, ,,,,,,,,A,. . , I„ (1) . : .. • . SYMBOL • . :DESCRIPTION- SERVICE . ' .• - MANUFACTURER ' . MODEL SUPPLY- • -POOLING - . . • MARK i . • ' - -. NUMBER . ..CFM .• VOLTAGE 'PH. HP :MCA FIA ,ESP RPM: DRIVE NOMINAL - TOTAL EAT DF3IIAB (AT DB/W8 - MIN: • .INPUT OUTPUT ,.STAGES. OSA WEIGHT . • (IN V ). . . TONNAGE. CAPACITY•(MBH) (°F) ' lF) - EER. (MBH) . (MB11). CFBS M (L ) . . . . RTU-1 ROOF TOP-UNIT TENANT B YORK . 2.3150 5 000 '208 . ,. . . 3 500 710. .., .•150 •1A61 BELT . . 125' •• 170.3 s 80/67 57.5/XI . IZ0 t80 144 . • . 320. • 2 ' - : ' .• 1535 - 12,3A551,38,11,11 ' bajlaiiii . . , .1 -. , .. -: --•- • - ..• . . .. ....- . .. . • .. . .... ,...-. .•. ... . .. .. . . . . . , .. . ..: ..- .... . . ,. . . . . . .. . .. . . . . ..., „. „ . . . . i • • TU-2 I hoot TOP.UNIT - •• TENANT S - • • - YORK ' • ' 1107.8 2,600 .: 208 3 , 1.50 411 . •• .180. 871. . BELT . t5 ' • 6QA 80167 , -584/571 , 12.0 I. 120. . .86. . ' 2 320. 1285 U3,4,5 5,8,900 „ ' . .. ... .. .... - .. ... ........ -. -„ . . I" RTU-3 .ROOF TOP UNIT . TENANT 13 • YORK: • ' HZ j120 - 000. ' 2013 1 - 300 571 . - -.• 180 . .1,181 BELT : . 110- ' 1310 . :• 80/67 - 575/561 170 180 . ,144. . 2 -321 1325 1,2,3,45,6,8,8,1p ' - •I - . . ...,, „ „ - ,,,,, • lou . . . . • • RTU-4. ROOF TOP UNIT . - TENANT B -: • ' YORK • 1.1120 4000 • . 108 .. 3 3.00 57.2 - 180. i 1,18f - BELT 110 . . 131.1 •: 801 67 .57.8/56,7 12.0 • 180 144 2 .320 1,825 1,23,4,55,8A10 • . • • .. • ..................... . • ' ... . RTU-5 ,ROOFTOP UNIT ---. TENANT'S - . YORK -1 - 11120 000 . 208 3 ' .3.0Q 571 - - 080. 1,181 ' SELT . - 110. , 130.0 . 80/87 570567 : . 120 180: . 144 .. 2 ioq . '025: 1,2,324;50,,s10 . • ., • . . . , , .. . ... . , , .... ., . .. .• . „ , RTU-6 IROOF TOP UNIT .. - TENANTS - -1 *YORK- .1 11120 4,000 208 . 3 :. 3.00 572 :-- 0.80 14181. BELT 110 . . I 130.0. . . LIQ1 67 , 57.8/56.7 170- 1.80 • 144. . 2 . 100 . 1,325 123,4,555,9;10' ,. .. , . . .. . . . . . .. ... . . . , .. .,. .• . . . 13:a ,.. ' .RTU-7 - r 1ROOF TOP UNIT 1 TENANT BYO RK . '' . ' 1 11120 4,000 • . 208 , z1120. . .. ..... . . . .. .. 3 ,$,00 571 - :•• - 180 1,181 - BELT 10.0 r : • . .130.0 8(//67 57.84,58,7 , 120: 180' 144: . -. 2 100 1325- . 12345,09,10 . . • , . . .. .. . . .. • ,- ; RTU-11 ROOF TOP UNIT ' - TENANT B - ' - 1 . ' . .. . 1 . -.YORK" „ .4,000 . 208 ' 3 : -3,00 57,2 • •- - 050 1,181. BELT •110 . 180,0- 8016T 5t8,001.7 . 170- - 180 144 ' 7 • 100. 1325 123,415,6,8,910M. *11. - - - - • _ _ I . Ct. 11444 . ' . ...I - I- „ . 1 • . . I NOTES:- CONTACT YORK NATIONAL.ACCOUNT SALES TEAM FOR PREFERRED VENDORPRICINGi.:800-481.9738.OR.BE-YORKNASNOTES taLICI.COM . . . .. , • .. - 1.PROVIDE WITH FACTORY MOUNTED DISCONNECT SWITCH. . . . . AiJ „ 0 . 2 PROVIDE WITH FACTORY MOUNTED NON-POWEREDGFCI OUTLET. . .- . . ' . . . 3.PROVIDE WITH THROUGH THE BASE GASAND .141 4;PROVIDE WITH INSULATEDROOPCURS(135 LBS) • • Ilri• 'rim . .- • -•&PROVIDE WITH ENTHALPYIMECONOMIZER AND WEATHER HOODS () CC \j W •••-• • - • •• .•,•-• • -- , • - .•• •-• • rrr-- ... -. - - ..: ...•• . -• .... . •• . . •- --. . . • •• • .. . • .... : . .... • . ••••.6.PROVIDEWITHp0AEREMAUST.„ .... „ .. . . .. ..., .., ..,. . .. .. .. . .,,. . . .. . . ... . : .. . . . . . . . ... , . . . ,. . . .•.. : ..,, ... . -.. .... .. . .. „.. .:. . . . .... ..„ . ,.. ,..., ... . ,.. . ..„ „. . . . . ... . . .. .. . . . • . , , . • . .. .. .. . ... .. 1.. .. T.:PROVIDE WITH HIGH'STATIC DRIVE , .. , IL PROVIDE SMOKE DETECTOR ON RA DUCT TO SHUT DOWN UNIT UPON DETECTION OF FIRE. • uulI -- • • "0.;PROCIDEFACTORY WIRED VFD FOR 2 SPEED OPERATION PER:OEESC.AIR BAtANCE TO SET SUPPLY FAN TO 67%AT'FIRST STAGE,100%AT SECOND STAGE OPERATION. . ' : • iftak ozr . 10 PROVIDE OPEN ENDED SAAND RA DUCTS AT UNIT FOR.FUTURETJ.WORK,'SIZE DUCT T0 MATCH UN IT-OPENING PROVIDE THERMOSTAT COILED INSIDE RETURN AIR.(MINIMUM-50 FEE-1-'0F WIRING). . boa- Z EL '11111111111 . . , , - • , . 4... . „ 11 MINIMUM OSA QUANTITIES ARE AN:ESTIMATEFOR FUTURETIiNORI(AoTtix.REQUIREMENTS ARE TO BE CONFIRMED BY DESIGN/BUILD CONTRACTOR. . . , I 11 . . iiii . IA . . I 1 1 1 .1P. IIP 11 .1i . . • ' cc 6 , . , • t Z: CNI 1.114 / • i it . -ii z ma„ • • . - . . . . • , • • CC Lu , • CC. EL• . . . SA OR I ' • " THREADED PLUG TYP •• '--' : . . .......'N'i ._,...., 1...._r_....,m* i•N - v. . '.."..,:‘ VENT TYP , It ' . , „ i • RA DUCT - ' UNION TYP Wvvv, . i• • ROOFTOP. - UINT . .POSITIVE 30 DUROMETER- • . - PAD; CONTINUOUS ' AROUND. PERIMETER • . . , . . PRESSURE , "14 , '' , . . , . . . NAILER STRIP- • - - . AC UNIT DRAIN .PAN . ' • MOW 1 ', ''''' ."is N 1. . . • • • . ,01111 • ' ' '11 . TWO LAYERS 5/8" : TYP ' • . . ' - ri • . . . . 01,1. ..1 tc.MI - CURRUGATED- 'GYPSUM SHEATING . • . . . . COUNTER FLASHING METAL DECKING, • ' WITH OFFSET SEAMS . • • X -_,,„, • I 1 1...-1 . . me', , • ' , :// ' . - SCREWED/GLUED . , . . .. ..i. " \ I / .1 13. . INSULATED ROOF ' 7/- ' . • s,4 ";/,, --7-SCREWS . . . . • ... -UNFACED. RIGID '' : TO' DRAIN OR ' • /2 . " • •. . FIBERGLASS . . - APPROVED 00 S-7 .-.- " • . 11111141. -.ROOFING 'SEE_ - • - - ',/,,,, .. ', INSULATION . . :SPLASH PAD . . . Permit#: /. .0,..c,,jaja.,L-9.- - , • , i . ' ARCHITECTURAL. / 47 : 6LB/SF is . . L.G.D4a11... .162_,esug..4S_IS._ - - • ! . ..' - • PRESSURE •• ' 811111111 .. • . . ....:_s:. . , . ../ r-er- , , . -V - - , - 7r.., ,, ,,_ „ 7r, ' ' ' 'I".7-r-r--r"rrgic4;..t „.. . . .1°,1111.1.1 ...... ...--"F ‘ . ' . , Suite#: • - Br --4-4 .' - •- .. .. -_-_,,,m t ecbxeocoesnowf,t inarsobox<xxxwfri,MYARMA 1 tooteweacaocc.44 i leoxw000xax4 Date: 1.. .c.-1.9 . , ....,_ ROOF DECK SEE - • I • . " X • . . ARCHITECTURAL 1 -• -L----f._,: - ' I V V , • - • . - - STRUCTURAL . . : • FIBERGLASS BATT --. _ N t • . INSULATION - • . V I---1 I I . . . ROOF JOIST SEE • ,.-._. . .• . , • X . I 1 ' STRUCTURAL --.-....., , • -'--- • • _ U „._) ._____J. , \ I i• 1 : 13 ' • - NOTES: ....--... . ,. . . , . REITIAcorrpelr,:Ev7e. 1.. OFFICE j:rFpyi 01 CioCEFOTCDIOEG,, COMPLIANCEA R D ...:.:. , . ;, • .. 1. RTU MANUFACTURER SHALL PROVIDE 'STAMPED ENGINEERING DRAWINGS SHOWING • ,. . . . THE ACTIVATION OF A METHOD OF SEISMICALLY ANCHORING RTU. TO CURB,. AND: CURB TO ROOF,. c:•.! . - 1 • . NOTES: SMOKE DETECTOR .,,I.,-,-,.. ,, , • - .• 'CONTRACTOR SHALL PROVIDE SEISMIC, RESTRAINT TO UNIT PER MANUFACTURER'S . . - • INSTRUCTIONS, 1.. PROVIDE TRAP AT EACH INDIVIDUAL PAN. .. . • . ._ - " 2. X = 'TSP. +- 1 IN STATIC PRESSURE.. . ' .3. TSP :=.‘ TOTAL:FAN STATIC PRESSURE. TO BE FIELD 'VERIFIED PRIOR- TO . .. . " " • V V - " - • . . ,. DETAIL -- 'HORIZONTAL . INSTALLATION , . . • ' .. DUCTED ROOFTOP -UNIT . SOUND . . . . . . _ .. , . • • • CiT) DETAIL - CONDENSATE DRAIN • . • '''.. i • ISOLATIONCURB & 'SEISMIC :RESTRAINT . . . ,, SCALE: N,T.S, . ' • ' . '..M l ..0" . . ISE01..,,;i:;r. PROJECT NO.. • . , As AI:Au:T TNDI VAI AEBLoTNL.Am EEDT;AAcDuVC6pLI 00ESO6RINCE.:SAL.T:ITAI O.T4 L,y, . . . • . -19.10 - ' • , . . PAT : , • ' s-4-1-2c>ict .. pRAtuk Sy As ' . . . CI4CKED f3Y-I. • • • . • REVISIONS • , . . , .. • VALIDITY OF PERMIT. ' ., RTBEHTA.01:0sEu:Esi,CDEF;ONDRANGeoNT::0::FE.NvOoscicFsTol:AAR:::::::17i.,,, • . • • ii)DAorcAuswiHEAT-LsNippio,4E-r.vHEENHT . . • . .a. .0, (,,try OF TIGARD ' to •• V V V V . iltoPt'0110 by Phiming oi . .. • . • . L'ii cte: V . ...1..., : I 7/12__ . . ..._,.. .., -4, (NI . Ini _tials: ,,.,........ Da„ . . . •ID , SeSSENSIDES AND DETAILS .04 • . '''•.0 • • V V . . 1 . . - cn„1-. . , • • . LLI CO . .5-t,"e• . . • . . . . . 6915 SW M.ACADAM AVE.. . • x. .. , V o rri . ' , .. • agrE .2Q0 r , / , . ' - PORTLAN.04 ORMON 972:19 - .. PHO.NL .503.892.11 88 -...- • . . E• ..c-1 FAX 503.892.1190 k g.SOCLATE•srdu ' I 0 :•. . . CONTACT...STEVE KU :I:INSULTING EN.G.I.N.MERS • C), '...1 en gineerin glkiike-iiid•torn MECHANICAL AND ELECTRICAL SYSTEMS ' la..$ . • . , . . . . . . . . • • • . . . * • • * . • • • 39 4 0 . et, 0 . . Y A i " . . - I.: • 7ruCi-. 1 , C • , C (' I { EXPIRES 12:31-1.9 : • . .i 1. .L, A. N. E . /. • $ C . MIs I . I1 I j meq:$ 11JI NDOD AVE. I I ' SUITE 200 y PCRTLA�hI'D. �9't239 _.,. 1 (E) .JNIT HEATER !✓03r 224.01:11. I • 'PAX (EE'03)220-8518, • s f I � # - , 1 1 : ' 1 I - I •1 I • i• • I *► :. 2.01 .10 � 1S t1110 (i) 11(E}'•THkRMOSTAT I • p. lf-•: . 1,...).. ` i • 1 i. S 1 I • • I I I 1 � I .1 : i • .. I . . • • 1 1 S � � I I 0 � S :1 � ' I 1' � - -- 0 . 1 • • • • o ) THERM ;.` HEATER .. 1 • ,I (E) WAIL O. 2KW r� ': o, I TO .REMAIN • / . �. --: S I 1 .I I I .1 >� • > 1 I I. rI. / • I 1. / 3 • (E} EXH: FAN . R -; 0(E) -:GEIUNG FAN_ AO 4 .. (E) UNIT HEATER ROOF 1 E :CEILING FAN AI)(E) CEILING. FAN :(E) OEILING' 'AN. - 1 „pa. . 0 CO ur1T HEATER • . �- 1 1 1 I I 0 (E) !tamp EXH1 :. 1 1 • . . (E} ARV I. (E). I6X12.SA • • 100(E) HOOD I • . . . ( ON ROOF AIV / . .. . .. E Ci~I�iNG. F • ‘. . . J. �'., rr ✓v > • e y1 'f','. 'f /r�rrt ! 1/ / !!f' /�/ i� 4}'`� /l////,,> . / '.rrr r�•i. ,,, .� �° .'//t,/"// ' //' ///: . f• . (E} EXH; FAN. �. ;�>�/ / :. < / �, , r , ..DN ROOF .. (E). COMPRESSOR RACK ,i: (E) 20X16 SA ( l.. • I • r ,m • 0/. :,' _ - - -----' - . IC) . • . _____.. • _ - - .- _ _._ - • •• •• '0 • 0 EXH FAN }. • �''.,.,'`� �` ///, ::97.„./d �' N ROOF . ,�,� 00E 'EXH FAN : IX30 I I • 10(E) so RA I I ON ROOF �K' •• I r ; I 1 (E} .RTU I %lri� I .0 (E) UNIT HEATER • 1 ON ROOF •• (E} 72X28. SA. 'CI) •- I ,'('-- 4.--,.. 00(E) CONDENSER: UNIT ' /� ON. ROOF ' 0E) 20x16RA ; .);,,,,,':'•;;; . • ,- '-'1'-'•-: ',:• 1 • -</ , ; 1 . 1 • ..I •• •• •CI)) CM) L ,, I - I • : ••• • • •• '• I •• • •I I • • .1 .• .Me-•, I • I • I , 1 r • J Yi • ,%' / CS /-y. r .. EXH �N / N ROOF , . 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REMAIN . .. . . . 1Ilk.4c05, . . . ( } 2 . UF" • • . II -,p • - -._�. - - _ -1. . •• 1+-F�4N �._ ; .,� E 16X.1. SA . - .-- . . . . .:,® . �,_ 1' TO REMAIN 1 I PROJE `C NO 1 • I S I 1°.I1O' DA'T'E' . 5-112019 V 'CHECKED Err =. N }T . Ev [ S10 DEMOLITION FLAN LEGEND: � R � s .- ' • r."-i's's'\ HVAC D E M O FLOOR: PLAN1.' EXISTING HVAC TO REMAIN: , . 15g?s's HVAC EQUIPMENT;.DUCTWORK, PIPING, SUPPORTS HANGERS, ETC. TO BE REMOVED .. SEE GENERAL NOTE-A FOR, ADDITIONAL REQUIREMENTS OF. 'PIPING, NOT SHOWN.. SCAGE' 1.• ,/.8'°-1,_-0 . 2 HVAC EQUIPMENT;. DUCTWORK,. GRILLES..DIFFUSER PIPING., CflN s E P ANY ANT 2. 4'. 13'' 16': _ir DISCONNECT AND' REMOVE ALL' U T;. L7 K S, 'CROLS AND APPURTENANCES UNLES iDTHERWtSE LVOT I), CA ' ' ROOF` OR'EXTERfOR WALL ^--� H1�AC EQUIPMENT; DUCTWORK PIPING; SUPPORTS HANGERS, FCC: TO REMAIN. OR N PENETRATIONS'WATER TIGHT. •TO. BE' SALVAGED AS. NOTED: 3. (E) ROOF CURB SHALL REMAIN: PROVIDE WATER TIGHT SHEET METAL CAP, • • 4. HVAC EXTENDS INTO, MEZ7ANINE°.LEVEL' AND 1S NOT SHOWN, DISCONNECT AND REMOVE ALL: HVAC IN MEZZANINE LEVEE. SIMILAR TO KEYED NOTE 2 • GENERAL Nt�TES: � _ AND WI I G R TE AND SECURE THERMOSTAT .COLUMN. 3' S" AFF. 5. SALVAGE (E) THERMOSTAT R N :. ELACA CU ON . OLUM . a A. SEE GENERAL,. NOTES ON SHEET M1.0.. B. DISCONNECT AND REMOVE ALL EXISTING ;HVAC EQUIPMENT,'PIPING, FITTINGS' AND d, ' APPURTENANCES UNLESS OTHERWISE NOTED. NOT ALL HVAC EQUIPMENT,•PIPING a FITTINGS:AND-•APPURTENANCES ARE SHOWN. HVAC TO REMAIN :IS NOTED ON UG RO f HAVC ����tit DRAWINGS•.AND SHALL INCLUDE% (E) RTU-1. AND_ DUCT DROPS THRO. H O , o SERVING 'THE:'EXISTING-•,RISER. ROOM, ::EXISTING UNIT :HEATER AT :THE: LOADING DOCK, EXISTING HVAC WITHIN THE ELECTRICAL ROOM,. HVAC WITHIN THE ':EXISTING' RESTROOMS. EXISTING HVAC.EQUIPMENT, AND.APPURTENANCES WHICH ARE i' REMOVED AND 'NOT' RELOCATED OR REINSTALLED SHALL BE DISPOSED OF AS L.1 v>! SPECIFIED r .. - 69?5 SW I�IACADAM` AVE PORTLAND,.. ' . 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' . . . • . . , • • • . - .1 --• --- . 1 . . -1 • •• ' • • . . .. . • 1 . . . 1 • .. 1 . • . . . .f: 1 , - . . . . . I ,. - . - . .. • i . . 1 . .. . . • - 1 • i • • . .. . • . .. . . . • • • . • . • - .. , i ..( )'.0X6- EXI.I.--.‹ ..ii; ".. ..)' '.." ". ..L -- . .. . .. •.. . . , . . . • . .. . • . . . .. • . .. . ., .. . ., . . . .. . . .. . ... . . . . .. .. . . . . . ,. • • . • • • . . • . . . . . • . • . . . • . . . . • . . • • • • . . . . . • • • - 1.- ilia '. • . . . , . . . . • • . ... .. . . . . • . . . .i . .:. . . • •• • • • • . • . • . • • . .. . . . . • . .• ' . *.• . . ,. . . . . ,, -, . .,. ,.., • . . . • • . . ... • . . . • • 1. . . .. .. ... ... • • . . .... ... . . .. . • . . . • ...,..: . . 1,-----.---.----•----.------, •••••-•-••-----,, -.----i-•-_••••----• -- . - IC)".EXH '*-- . N `.. N . N . • ^N- 'N \ 'N'' '' N N N "' N.: ' " •".. : ,. ••: • \ - •• N. •• \S ,N .. \ -•, -,.. A. N :: N,• N„ , ... , . • . • , , I ,•U :: . . . .. . . . • 4 .--- -- , ..--... .,--. • 4-....----.! . -:-- - - - A .: . • . .. _ ,..-. - . . . . i •• -. ci ' I :c.:.3.1, . - - . • • • "- 1 - - .titi ROOt• . . • ' --t' • • c::) : • . •Itip. . - 1-- • - • • I • . . 1 . e I . . 1 - . • .1 . .. . 1 .,!...., . . . 1 • , 1 . - . - . • -1 - . 1 .1 . . . . . . • . • PROJECT No, . . . . • . . 1 . . , . . . . • ..1 ...• . • • . . . . , • . , .. . . t. . _ • . . • . . . . .,. ... .., , ,. .. . • .... ..... . . .. ,..... ,, . • . . -, - • . • .. . . ,..1 • . .. . . . . • • . .. . . . . . . . , .. . .. . , • • • c1105 . • . • • ,,...,,,,, • : .. • ,..-7-: - . . . ' . . ' . . • . ' • ,, „ 7 . . .• .I . • . . . .: . • • . . . - . • - . . . . ' • . . . . . . . . . .. . . . .. . .. . „. . . . . ... • . . :1 , • , • .. • • . _ r›ATE. $ ' • . - . i. • • • r • • . • . . •. . . . . • . • • • . • • . . . . • • • • .. • . . - . • 5s-11-2019 . . . . . . . . . . , " PF?AUJI1 0"e- i- :. • .. .. . . . . . . • . • . • • . . . . . • . . . . . , . " • . . . . • . . . • . . . . ' . • • . . • • " . . • • • CI-IEGKEP Rrr.•,-s -- . . . • . . • . . . • . . . . . . • . .. • • ..„ • • • . . • • " . . . . GENERAL NOTES: . . . . . . . • . • . • . . . . •: . . . . .. A. SEE pENERAL. Molts .ON SHEET m1.0:. . _ . • • . 5 • • • . .. . IRE Vr. 1 /8 1 614 8 . • • • . . C, HVAC. FLOOR PLAN . • . . . • . • • .. . . • • /1111111) . . • . . . . • .. . . . • • • . • Ivi4i....- sCALE:. .1/8''5=-1''-o" . . . . . • : - 0. 4'. 8' 1.6' •\ ) - . . . - . . • •• • • . , • . . • • • • •• . • . . . - . . , . . • • . • . . . • . • , t ' • .. . . • • •• . .. • •• 6111 .0111111111.11111111111111111111i .. N .. S. .. . . „ . • KEYED. NOTES:: 0 • " . • . • • • ' • • ... . • _ •.: • . • • . .- . . . • . . . • • • .. . . . • .. . . . • . . . . . . . . • . • • . . . . . . . . . . , 1, PROVIDE NEW THERMOSTAT, CONTROL WIRING-.AND APPURTENANCES. TO (E),RTU-1. . . . . . • ' • • • • • . • . .. . . • . • • • • . . . . . . • - i - . . . . . " . . , . - . • . • . • • . ' . . . . • . . • . • • , . . . : 2. EXTEND DUCT:THROUGH JUST INTO SPACE 6ELOitv, SEE Rh) SCHEDULE FOR ADDITIONAL NOTES. . . . • . • - . • . • . . • . • . .• - • . , • . . . • . " .. . • . .. • . . • , • • . . . ' • • .• . .. • rs . ' . - . .. . , „ . • • -cr. .. , . • . • . • . ILS . ••• " • . • ,,- : . . . • . .. . . .. . . • • . . . . . . • • • '0) • .. • . • . . . • . . • . • . . • " . : • ,-. . . . . . • . •. . . 0 • . .. . .. . . . . . • • • . . .. . . . . - - :c4 • .. .. .. • ' : .. . . . , . • • . . . . • . . • • . • . . " * • .. • . . . . ,. . . . 14MAittllitigok PLAN • . . . .. . • . • . C44 , - • • • . .• . .• . . . • . CNI . • , . . • . . . • . . • • . . • . . • , . •,...,,,,;.= .. • .. . . . . . • . .• . .. )0 a-. . . . . • . . • • • .. . • . • . . ' • , • . i . . . . • . . . . . • - . . . . • , • - 4444:0.000%. ,.•'. , " •1AJ Os • . • , . , .. . .• . .. • • • • • • • • .. . . , • ,. . ;X-;-- . . . . . • .' . . . . . . . . . • . . . . . . . .. ,. • • .. . . • •• . . . . . . • . • • . .. . • . . . . . . . . - . • .. • • . • . . .. . . . . . . . • • • , • . . • .. .. . • . . • • 6915 SW" MACADAM AVE. 11,lk, ?": - . . . -z. . . • .. . . . . • - ' SUITE 200' • ' . • ' • . . . . . • • • •• • • . • . . PORTLAND. •OREGON 97219 • - • . • - • • • . • . • • . . • • .. .r - • . • . . • PHONE .503:592.1188. ii!c2 ' . • . . . . . . .. • . . . . . . • . . • . - FAx: 503;892;"90 , itills.,01' s a c hi t,s0111 N cl - ' '•'' • ;// 1 ' . . . .. . . ti • . . • . . • . • . • • . • . . . . . . • • . • . • CONTACT.....ST.EVE KU L, :"..-"' .1 ONSUTINB ENEIINEER-8 ' . 4' • , ertg'ineerIng9rnItp-iti. ,cord', .1vIECHANICAL:AND-ELECTRICAL•SYSTEMS- '. -3 . • • . . . . . . . , .a..5' . . • . . . . • • • • . . - . • . . , . . ' . . ' . . . . 1 . . • . . , . . • • • ' . - . • • • • . • . . - • . • . . . . . • • - • • . . • . - ,� �,�1. psi • $..:,.. . - : .i..2...1. )-4.,..‘.::14:4'..:1073. �. :1.3,319('. ;-. I:.: ' 0..1 9 ' - i•Gi .... - 7:_zr r .6.). :. .- j 1 , . . . .,(.. ),..., 0ygRD D• a •0' .0 .I EXPIRES 1231-15 i • 1 1, I • . 1 i 1 I #. T I'. L.... _t N -D / t j 1. . 1 SC ,1# M: i E) T 1 j , i A:1Rc .H-1T E G'T `P S,' „G_ I + i' { 3611 Ste.Hbor> Aye_ # I ! roRnANI) '200 Olq I * " I ; 3 39 . 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EXTEND DUCT 'THROUGH JUST INTO SPACE BELOW.. , • . SEE.RTU SCHEDULE FOR ADDITIONAL NOTES. .. a. a w 0) F>• 14 _ • •1411PWONNIIDOR PLAN \yam. tn� :Tr • 1 6915 SW MA CADAM AVE: . • • . . . . L i .14z . IT � r 4,,j1 _ . PORTAND, LREON9729 . 'N h- 1='HO ; 54 ..892.1188 ' /, 2 • L. 5 . . 9k"185 dCiAI :5lN C(3NTAt..:5TEVE KU. 11:1,4 13 u L.T.i N Ii 'E N it 1 N E E 17.5 - . . e'n•gineerin.g®mke--in-c.:corn. MECHANICAL AND ELECTRICAL 'SYSTEMS - a.x • 4. Supply air economizers shad be provided on each cooling system and incapable of providna 100-percent outdoor air,even d Plans reference page' T I L, N D / � Plane referents pspsllereafian' Proposed Etfkdency■12.00 EER,Required Efficiency: 11.00 EER +11.21EER additional mechanical cooling is squired to meet the cooling load tithe buMIng.Systems provide a means to relive excessoutdoor Fan System FAN SYSTEM 311111'U-3 THRU B-Compliance(Motor nameplate HP method):Passes air during economizer operation to pravard a ierpni�urtzing the building. tilii l�i1rt; ntl.8[!!4C[siC To:RTU-8' © 11.8aparate*distribution systems.Zane with apodal process temperature requirements and/or humidity requirements we served by pitli } <: Rod + separate air distribution systems from titaae serving specifically zones regain ordy comfort=debris;ped P s Y strati include eupplemendwy control C M I D T COM� @� Software @r i�� 4.1.1.0 Fay Purrs reference me/section: 1. Equipment meets minimum efficiency: Single Package Unit 11.00 EER 11 Z IEER provisions so that the tori ry systemsmay P iy A R G hl I T E C T 8. PSC. rFAN 3 Supply,0rcrrpptAM Volume,4000 CFM,3.0 motor ratrtaPirrta hp 2. Energy�ventilation systema.individual Ren systems that have both s design supply air capacity of 6,O00 cern or greater anti a �( ; Y Requirements Specific To: RTU-+1 : minimum outside air supply of 70 percent or greater of the design supply air quantity have an energy recovery system. ❑ [503.2.4.8+J Zones requiring only comfort heating or comfort coding that ere served bye system primarily used for process Mechanical Crim ti nCe Certificate 1 RTU-7lig:1each-Zone): Cooling:i salt-Single Package QX Unit;Capacity•180 kBtultr,Ah-Goofed Condenser,Air EconamiZer y► 1. Equipment meets minimum afAdertay: Single Psckasa Unit: 11.00 EER +11.2 IEFR temperature and humidity control. 3611 5.U1 HOOD AVE. Proposed Efficiency.12.00 EER.Required Efficiently: 11.00 EER +11.2 LEER be 2. Energy recovery ventilation systems.Individual fan systems that have bath a design supply air capacity at 6,000 tam or greeter anti a Piens reference page/section:Mi.� • SUITE 200 Fran System: FRN SYSTEM 31 RIU-3 THRU 8-Compliance(Motor nameplate HP method):Pastes minimum outside air supply of 70 percent or greeter d the design supply air quantity have an energy rrsc overt'system. ❑ 3• Hat ties Bypass Umiiedon.Catling systems dare not use hot gas byperes or other evaporator pressure control unless the equipment is Plans reference pagelsection: PORTLAND, OR 91239 Fans: Plane reference page/section:Mill designed with multiple steps(or continuous)osrpaci(y madtrfation. 12.Hunld control Where a humid control device eadela it Is sat to the use of foul fuel or elecdrfolty to produce reisave (503)220-8511 S.4 motor n Plana reference pafAefarecsffcn• O humidity s in mess of W percent.reduce W humidity gd humidity cordroi device la used for dehumidlfoatian,itis set b prevent the use of fossil fuel FAX 1503) 220-8518 Section 1: Protect information FRN 3 Supply,c::inrstsrtt Volume,4400 CFM, nameplate hp ❑ a. Hot Gas Bypass IJmitaitlon.Ct�oling systems does not use hot gas bypass or ether evaporator pressures control unless the equipment ls 1 RTU-8(Single Zone): designed with multiple steps(or continuous)capacity rnodulatbn. V 4. Supply air economizers shall be provided on each coding system end ere capable of molding 100-percent outdoor alt.even If �►(3 p Energy Code:2014 OregondWorgar Town Efficiency Square ity Code Cooling:1 each-Sings Package DX Unit,Capacity t 180 kEytu/h,Air-Cooled Condemn,Air Economizer additional mschankad cooing is required to meat the coding load q the building.Systema provide a means to relieve excess outdoor ❑ Hosataie,process needs,archivist,museums,critical equipment.and*Ow non-comfort situations etc*pectic humidity Protect Title: Atte ata Work at Tigard Towne ggnsere Proposed E:'ttietency■12.001 EER,Required Efficiency: 11.00 SER t 11.2 IEER Piens retrerenos pe tectlore Prt>:JeCt Type:AlleretlGn Fan System: FRN SYSTEM 31 RTU-3 THRU 8-Compliance(Hotton nameplate HP method):Passes air during ave�,�.�.�operation to prevanf overprossurizlnpy the articling. requitement'autaide this range. V 4. Supply air eaommtzers eel be provided on each cooling system and are capable d providing 1011-percent outdoor air,even if Plans reference page/section. Pierr,referencepage/Raton: Construction Site: OwnerfAcent: Designer/Contractor: additbneet machanicel coot ling s required to meet the load of the building.System ,provide a maeera to relieve excess outdoor 18244 O Peeks 224 Highway Fans: stir S Supply,Constant Volume,4000 CFM,3.0 motor nameplate hp air during economizer aparoBan b prevent averpresatrirfrtg the building. Generic Requirements: bust be met 6y all systems to which the requirement is applicable: ❑ 18.Hurrridity control.Where a humidity owed daubs exists it is est to maintain a dsadbrend of at!seat 1096 relative ternidityr no Tigard,OR 972Z+L Piens reference pesgelsectlort• 1. Calculation of hosting and cooling loads.Design loads are determined In accordance with the procedures described in the active humidification or dehurnidification takes piece. Section 4: Requirements Checklist ~ ASHRAE/ACCA Standard 183.Alternatively,design load,have been determined by en approved equivalent computation procedure. Pt+( ' Section �. General Information Requirements Specific To: RTU-5: v Heating for dehumldhlcetion s provided with neat recovery or heat pumping and the mechanical coding system efficiency Is 10 /n the fbaowing requirement*,inanity chorea Wentilyrorfuirenterde that fire*paced has not acknowledgadea met,Checkrlisntt tie 1. Equipment meets minimum(Mew Single Ricketts Unit 11.80 EER +11.2 IEER V 2 Equipment send system'lo nag,Heating and coaling equipment end systems capegdty do not exceed the baits calculates!in socardence percent higher than required in section 503.2'J,HVAC equipment performance requirements. Building Location(tor weather dads): Tigard,Oregon Identity requirements that one applicant add ars ret or excepted from compliance.'Plana relevance page/section'itfeddles where b V 2 Energy recovery ventilation systems.I ndividuai flan systems that hove both a design supply air capacity of 6,000 ofm or greeter and a With Section 5032.1. Pions referencepxsgtetssetbon. . Gimtats Zone: the pito/specs the requirement can be verified as being Wafted. minimum outside air supply of 70 percent or greater of the design supply air quantity have an anergy recovery system. Requirements Specific To: RTU-1 : Plane reteronce pa9efsactlon• r► 14 Vsntltsdon>s Ventitatlon,either natural or mechsnicel,is provided in accordance with Chapter 4 of the kienwtlonst Mechanical Code. Section 3: Mechanical Systems List Pins reference pegs/section:M2.g & HVAC Equipment Performance Requirements-Reported efficiencies have bean totted and rated to=cordon=with the ma aable tsar Where m�c ranloaf ventilations provided,the system has the capability to reduce the outdoor air supply b the Milkmen required by v 1. Energy recovery areata minimum efficiency: vii ale Package Unit t have EER +design IEER 2. Energy raootPery rerxtifaticrt,yaterrrs.irtdtvktusl fern system'that have basic a design supply air capacity of COM chit a greater end a ❑ 3. Hot Gas Bypass Limitation.Coding systems does not use hat gas bypass or other evaporator pressure control unless the equipments � procedure.The efficiency tae been verified through certification sunder art approved certification program or,tt no certification program Chapter 4 of the intonational Mechanical Code. ' rn e Desrnlpticstdesigned with multiple steps(or continuous)capacity modulation. extra,the equipment efficiency ratings are supported by data furnished by the manufacturer. Plans refinance Pafl�e/sadiar Id1.n C minimum outside sir supply of 70 percent or greater of the design supply air quruMtgy have an energy recovery system. to 4, Thermostedo Controls.The supply d heating end cooling energy to each zone Is controlled by Indhrictuol thermostelic controls that 1 RTU-1Cooling: each Zone): Plane reference page/section:ban Plans reference pegs/section• t;~oofirrg:l -Single Package DX Unit,Capacity-184 kt3tuftt,Air-Cooled Condenser,Air Economizer respond to temperature within the sans, e/ 15.Drmand controlled ventilation(DCV).DCV is required for spaces larger than tiDO ft2 for simple systems and spaces!angor than 150 fl2 Proposed Efficiency-1240 EER,Required Efficiency: 11.00 EER +11.2 LEER 3. Hot Gas Etypess Limitation.Cooprtg systema does not use hat g bypass or other evaporator pressure control unless the equrtpptent le 60 4• Supply air sccnorr s shell be provided on each cooling eyst�em end ars capable of pnovidng 100-percent outdoor sir,even If Pians reference page/section• for multiple none systems. Fan System: FAN SYSTEM 11 RTU-1-Compliance(Motor nameplate HP method):Passes ❑ designed with multiple slaps(or continuous)capacity modulation additional mechanical cooling is required to meet the cooling load of the building.Systems provide a moan to relieve excess outdoor Plans retarence page/sectlt le rt air dud%economizer operation to prevent overpressurtzing the building. 13 5. Heat pump heat Heat pumps having supplementary electric resistance heat have contrail that,except during defrost, Fans: Plans reference page/section: prevent heat operation when the heat pump am meet the heating load. ❑ 1S.1Itchen hoods.Kitchen makeup b provided as required by the Oregon Mechanical Specialty Code. FAN 1 Bop*.Constant Volume.5000 CFM,5.0 motor nameplate hp Plans reference psge/secdarr mss): f 4. Supply air economizers shall be provided on each coating system and ere capable of providing 100-percent outdoor air,even If Plane reference pege/section: i RTU-2(Single Zone): additional mechanical cooling Is required to meet the coding load of the building.Systems provide a means to relive excess outdoor �q u it+ilrnenti SpECin Ta: RTU-8: ❑ Where hoods are used to exhaust ventilation air that would otherwise be exhausted by other fan systems. Coding:l sect-Single Package DX Uri,Camaro 120 kat",Air-Coaled Condenser,Air Economizer air during economizer operation to prevent av+erprent ridng the building. Q & Sat point overlap restriction.Where used to control both heating and cooling,zone thermostatic controls provide a tempieratrrre range ❑ Kitchen exhaust systems that include exhaust air energy recovery complying with aerdon 5032.6. Proposed Efficiency a 11.80 EER,Required Mew. 11.20 EER +11.4 IEER v 1. Equipment meets minimum efficiency: Single Psdc�s Unit: 11.00 EER +11.2 lEER or deedbend d el least t€"F(2.8'C)within which the errppiy of heating and cooling energy to the sone Is capable of being shut off or Fen System; FAN SYSTEM 21 RTU-2-Campeance(Motor nameplate HP method)•Passes Pians reference page/section:Mtn 4/2. Energy mammy ventilation systems.individual bur systems that have bath a design supply air tepidly of 6.000 cen or grasser end a mducied to a minineen. Pians reference page/se:t ar minimum outside air supply of 70 percent or greeter of the design supply sir quantity have an energy recovery system. Exca; ►(3 ❑ 17,F.rwlosed perking garage controls.In Group t l-Z,enclosed parking paragea road for storing or hsrcttdlircg automobiles employs Fane: Requirements Specific TO: RTU-2: � Plena referee=Me/section:i11L.n ❑ Thermostat*requklrtg monad changeover between hooting arid aooitrrg msodae• automatic carbon monoxide tensing devises. FAN Z 8uppfy.Constant Volume.2600 CFM.1.6 motor narrates hop 1. Equipment mala minimum eniflalertcy: Single Package Unit i 1.20f EER +t 1 r41EER 9 2. Energy recovery ventilation systems.individual fan systems that have both a design supply air capacity of 5,000 dim or greater and a ❑ 3. Hot Gas Bypass Limitation.Coding systems doss not use hot gas bypass or other evaporator pressure control unless the equipment is Plans reference peg ctfon• Plana reference page/seceon• ,'r 1 R1 U�(Single tarts): minimum outside air supply d 70 percent or greater d the design supply air quuarrtity have an energy recovery a)rstent: designed with mutt**step*(or txrmtlnuraras)pgasrofty modulation. 7. Optimum Start Controls.Eacht HVAC systrem has cartels that very the start-up titrrs of fife system to just meat the temperature set Pnii:l each-Single Packets DX Unit,Capacity=180 ,Air-Cooled Condenser.Air Economizer 1 ❑ 1 @.Cud and plenum Insulsstion and sesuling.AR supply and rtssturn sir duces and plenums ora insulated with the specified kuulation.When Proposed ed Efficiency=12.010 RT3RequiredTHRU Efficiency: 11.00ceEER + me IEER Rene reference pegelsecdiorc Mtn Plane reference prage/section* paw at time of occupancy.Fan System: FAN SYSTEM S I RTU-3 THRU 6-Compliance(Motor nsmsplurrts HP method):Passes bcat'ed within a bulk:lkrg envektper assembly,the duct or planum s separated from the building arterior of urnconditivrted or exempt 3. Hot Gas Bypass Limitation.Cooling systems does not use hot gals bypass or other evaporator pressure control unless the equipmerd la V 4, Supply ah*conal=shot be provided on esc h cooling system and ere capable of providing.140-percent outdoor air,even if P re p on• spaces by a minimum d R-8 Inwletion.Al ducts,air handlers and fitter boxes are sealed.Jokes and WW1 comply with Section 603.9 ^i ; tri the International Mechanical Code. "� Farre: ❑ designed with muliple steps(or continuous)capacity modulation. additional mechanical cedingle required to meet the cooks)bed of the building.Systems particle le a mean to repays excess outdoor ❑ 8. Def-hover controls.East►zona is provided v►1th thermaetotb sefd:enfc t:antmtis that are cAnt7mitfed sty altl�er an autortastiG tarns cloGtd ar Eracay ►mars FAN 3 Supply,Constant Volume,4444 CFM,S.Oi motor nameplate hp air dud%economizer operation to prevent overpressudzing tea building. Plain,reference page/sedlorr prograrnmabie caned system. ja When boated ww*t equipment 1 RTU-4(Single.Zone): Ptarsa retenarrcx,pagefseotien: Exaept on(a): Coding:l each-Single Package DX Unit,Capacity I.180 keittdh,Air-Cooled Condenser,Air Economizer t✓ 4. Supply sir economizers shell be provided on each coding system end are capable of providing 100-percent outdoor ilk,even S 10 Zones fiteut will to operated continuously. ❑ When the design temperature difference between the Interior and exterior of the duct or plenum does not exceed 15'F(8'C). Proposed Efficiency•12.00 EER,Required Efficiency: 11.00 EER +11.2 IEER additional mechanical cooling is required to meet the cooling toad of the building.Systems provide a means totrelieve excess outdoor Fan System: FAN SYSTEM 31 RTU-3 THRU 8-Compliance(Mohr nameplate HP method):Passes air during ec eomizer operation to prevent overpnessuriang the building. Requirements Specific To:RTU-7: Q Zahn with a full HVAC load demand not exceeding 6,8010 Mufti(2kW}and having a readily accessible manual shutoff switch. la 18.Low-pressure duct systems.Al bngitud'inel and transverse Joints,seems end connections of towitiresaure supply and return ducts are r Olt if 1. Equipment meets minimum efficiency: Single Package Unit: 11.00 EER +11.2 IEER Piano reference me/section: fastened sande manufacturerseledwithInstallation a sk lie,,mastics (adhesives),mastio-pkrs-embedded-fabric systems or tapes installed in Fans: Pins reference pagosectton:G�f.O 2. Energy recover y ventilation syeteurrs.individual fan systems that have bath a design supCply air tapsdty eft 6,0014 u:tm or greeter and a FAN 3 Supply,Constant Valuing,400 CFM,3.0 motor nameplate hp rodnirnum outside air supply of 70 percent or greater of the design supply sir quantity have an energy recovery system. ❑ >ar. Shutoff damper cartUcia.Both otutdocr sir supply ells!exhaust ary aqulppad with rtes leas than C;lga I maborGcad dampers. (Can us and locking-gips langitudltal joints and seams on ducts operating at static praaerrras less than 2 Inches w.g. Requirements Equipment e s minim To:RTU-3: Excel (4J Continuously slyeattldxatloa. 1 RTU-5 n(Single - : 1. Equlpxnsnt meds minimum stfltxfency: Single Package UNC 11.00 EER +11.2 IEER Piens reference�:t Clin Cdxallrtg:l each-Single Package DX Unit,Cspedty a 180 k6tulh,Air-Cooled Condenser,Air Economizer � g, Energy recover/ventilation syattams.Irailyldual tan systems that heave lydh a dealan supply sir oraspxactty d 6.000 cin or grater and a • ❑ Gravity damper/eat be permitted for outside sir Intake or exhaust Wows of 300 fain or lees. Prepaid Efffdancy■12.04 EER,Required Efficiency: 11.40 EER +11.2 IEER minimum outside/ airof TOpercent orof the sir quantity hove an energy ❑ & Hot Gas Bypass Limitation.Coding systems does not use hot gas bypass or other evaporator pressure control unless the equipment fa Fan System: FAN SYSTEM 31 RTU-3 THRU 8-Compliance(Motor nameplate HP method):Fame supply greater supplyq recovery designed with multiple steps(or c ntinuous)capacity modulation. Plans reference pigersectico Rens reference pagelsec tion: Plana reference pagauvasdlon:tLf1.0 Planta reference pragersectio n• ❑ 18.Freeze Protection and Snow malt srystem con rols,Freeze protsctCon systems,such as heat tracing of outdoor piping GM heat ❑ 24.Metdiwn itnasure dust systems.AN ducts end plenums designed b operate medium-pressure are Masxlaisd and seated M accordance • Fans: axchengars,including soft-telputetlng haat t:ac>rkp,include automatic control,capable of shutting elf the system when outdoor air with Section 503.2.7.Pressurar classifications*pacific to the dud system ars dearly trtdtcaired an the construction documents. Li Fa", FAN 3 Supply,Constant VokrrrNa,4404 CFM,3.0 motor nameplate hp ❑ S. Hot One Bypass Licrdhetion.Coolingco swine doss not use bort gars bypass or other evaporator pressure control unless the aqutpmnertt 4 9 4. Supply air economizers shall be provided at each cooling system and ere capable of prxryk ins 1010-peroant outdoor air,even if temperatures meat cods t ria. designed with multiple atelia(dor continuous)capacity modulation. additional mechanicatl cooling Is required to meet the cooling load of the building.Systems provide a means to releve exoses outdoor Pr Z 1 RTU-8(Single Zane) Cooling:l each-Single Package DX Unit,Capacity=1804 kBtulh,Air-Cooled Condenser,Air Economizer Plans reference page/section• air during economizer operation to prevent overpree nalz ng the building. Protect Title:Landlord Worts at Tigard Towne Square Report date:05/24118 Project We:Landlord Work at TuTome Tigard Tos Square Report data 43/20119 Project Titian:Landlord Work at Tigard Towne Square Report date:05120/19 Project The:Landlord Work et Tigard Towns Square Report date:45/10119 Project Title:Landlord Work at Tigard Towne Square Report data:45/20/19 Cita filename:P-1Job Fikefft31512eiCelautatianstHVACt5164'Tigard Towne Square CamCheckedc Page 1 of 7 Data filename:P:Uob FilestT815194tCalcufa tIonatHVACN5194 Tigard Towne Square Comelhad cock Page 2 of 7 Data Merano:R JO FNsstTS151941CalculattonatHVACl3194 Tigard Towne Square Corelis:kW' Page S of 7 Data SWIM POJob FiketTS 151941CaiculetbnstHVACk5184 Tigard Town Square ComChedtock Page 4 of 7 nets filename:Mob FileteTS151941CatoulationstHVAC15194 Tigard Towne Square ComCheck.ocit Page 5 at 7 Cu)0 Plane reference page/section' 0 21.High-pressure duct systems.Ducts designed to operate at high-pressure are insulated end sealed In accordance with Section 50317. to addition,ducts and plenums are leek-tested in accordance with the SMACNA HVAC.Air Duct Leakage Test Manual. 111111110 IAN Plans reference pagelsectioro . Z ' 44 imuo,, trr 1111tp and The construction documents require that en operating ai rd mime/ince manual be provided to the building owner by the II mechanical contractor.See long description for specifications. 1111 14.ft N f ii Z z N Rene rarhsarence pegs/section ,. tyr Zap it Byatem Design and Control.Each HVAC system having a to fan system motor nameplate hp exceeding 5 hp threats the provlsbns § (5 N et Bodkins 508.2.10.1 through 503.2.10.2. Plants reference page/section:lldi.P se 24.Aaflatredrie fan floor horsepower.Each HVAC system at ben system design conditions does not exceed the*towable fan system motor nameplate hp(Option 1)or fan system bhp(Option 2)es shown and adulated in requirement debt*. rim co) rat Plane reference papa/section:MLP . t,,,, LL1 'ft " 0114 0 sof25JNder nameplate horsepower.For each fern,the selected fan motor Is no larger than the first available motor sloe greater then the brake trarsepavrer(bhp). 11011.04 loft lit Q Piano reference pegs/section:M1.G , bill 0 28.L.args Volume Fan Systeme.Fan'Warne over 8,000(T mate)cion without direct expansion coding coils that serve single zones reduce motor or variabledrive reduces airflow to a airflow based on specs thermostat heating and coding demand A tvrat•sptsedfrequency maximum 64 percent of peak airflow or minimum ventilation air requirement as required by Chapter 4 of the Internetidnal Mechanical Code,va+hidtever is greater. Ilufts LI. 1:C , la:cepriton(3) ""' � la Systeme where the function of the supply air is for purpose*other than temperature control,such as maintaining specific humidity , CC Ci) IICC levels or supplying an exhaust system. Li.O .2C., Plans reference poor'• _ 0 27.Ait dr-conditioning equipment and alpha:idling units with direct expansion cooling and a cooling capacity at ARI conditions greeter than or equal to 110,000 Bluth that serve single zones have their supply fan operation controlled according to code specific requirements. EfocepOan(s): 0 Systems where the function of the supply air is for purposes other than temperature control,such as drneiMelning specific htunidtiy 0 'floe levelsor an exhaust system. , waft �Ptn9 Plane reference pegs/section* 0 28.8eries fan-powered tsrmdrrat unit fen motors.Fan motors far series fan powered terrine'units are electronically-commutated motors elk and have a minimum motor efficiency of 70 percent when rated In accordance with NEMA Standard MG 1-2008 et full load rating conditions. 114.4 Plans reference page/sectiorr 0 29.Hot Gas Bypass Lmritstien.For coding systems ot•240 kBtulh,maximum hot gas bypass capacity is no more than 50%total cooling capacity. Piens reference psgelea tion: 164 ;' Section 5: Compliance Statement I' ftlal Compliance Statement The proposed mechanical alteration project represented In this document is canalstent with the building pians, specifications and otter calculations submitted with this permit application.The proposed mechanical alteration project has been designed to meet the 2014 Oregon Energy Efficiency Specialty Code,Chapter L requirements in COMcheck Version 4.1.1.0 and to comply with the mandatory requirements in the Requirements Checklist. 0 Name-Title Signature Debs 114 Section 6: Post Construction Compliance StatementIIZ 0 ❑ HVAC record drawings of the actual installation,system capacities,calibrator'Information,and performance data for each equipment provided to the owner.13HVAC O&M documents for all mechanical equipment and system provided to the owner by the mechanical contractor.or. 10,4 OR �d Project Title:Landlord Work et Tigard Tawas Square Report date 0f1120/19 aData Cling=P:1Job FileskTS'5194kCaioulatioralflVAO16194 Tigard Towne Squats CcmChadd.cak Page 8 d 7 11111111111 ❑ Written HVAC balancing and operations report provided to the owner. . The above•.: construction requirements have been completed. -4 . ,a k h lives i ..rf/ ' f a/PI di • Principal Mechanical Designer-Name Signature Date • PROJECT NO. 19105 DATE 5-11-2019 DRAWN 15Y : ME CI-IECKED BY FMS REVISIONS 19105 COI'lChedc COM Project T ,Lomond Walt el Tigard Towne Square data:ti512Wt9 COMcheck Data Iifeatama:Ptubb FlossrStS194tCaleulatfionsSl-IVA0 5194-Ttgard TOM)Squarer CesCheck.erld Page 7 of 7 r i 3.9 40 6 8 9 160'-105/16 STRUCTURAL NOTES " S C H M I D T TIGARD ALBERTSON S PLANET FITNESS LANDLORD WORK-VLMK JOB#20190291 3 -7 5/16 • ; 32 -7 i 32'-9" 32'-1" i 38'-5" 21'-5" I"f .L DNISION1 -GENERAL I ARGHITECT5, P.C. A. GENERAL - . - --1 _ - - - - _ - - - - _ -,. 3611 S.W. HOOD AVE. 1. SUITE 200 THESE DRAWINGS HAVE BEEN PREPARED SOLELY FOR USE IN THE CONSTRUCTION OF: PORTLAND, OR 91231 A. TIGARD ALBERTSON'S PLANET FITNESS LANDLORD WORKI I I ( I (503) 220-8511 B. 16200 SW PACIFIC HWY,TIGARD OR 1 FAX (503) 220-8518 C. POSSESSION OF THESE DRAWINGS DOES NOT GRANT A LICENSE TO CONSTRUCT OR r FABRICATE THE WHOLE,OR PARTS OF THIS PROJECT IN OTHER LOCATIONS. to 2. THESE NOTES SET MINIMUM STANDARDS FOR CONSTRUCTION. THE DRAWINGS GOVERN OVER o THE GENERAL NOTES TO THE EXTENT SHOWN. . I I I I N P�'�' 3. CONTRACTOR SHALL VERIFY ALL DIMENSIONS AND CONDITIONS ON DRAWINGS AND IN FIELD. V , COORDINATE LOCATIONS OF OPENINGS THROUGH FLOORS, ROOFS AND WALLS WITH u �, ARCHITECTURAL, MECHANICAL AND ELECTRICAL DRAWINGS. NOTIFY VLMK ENGINEERING+ 0 DESIGN (VLMK)OF ANY DISCREPANCIES OR IF ACTUAL CONDITIONS DIFFER FROM THOSE SHOWN y ENGINEERING + D E S I G N OR NOTED. 1 ` 3833 SW Kelly Avenue t t I Portland,Oregon -97239 4. CONTRACTOR SHALL PROVIDE ALL NECESSARY TEMPORARY SUPPORT PRIOR TO COMPLETION " t 503.222.4453 OF VERTICAL AND LATERAL LOAD SYSTEMS. VLMK HAS NOT BEEN RETAINED TO PROVIDE ANY t i I 05/22/19 VLMK.COM SERVICES RELATED TO JOB SITE SAFETY PRECAUTIONS,OR TO REVIEW THE MEANS, METHODS, " 1 RV C T UR,q TECHNIQUES,SEQUENCES,OR PROCEDURES FOR THE CONTRACTOR TO PERFORM WORK. �� UNLESS WE ARE SPECIFICALLY RETAINED AND COMPENSATED TO DO OTHERWISE,OUR WORK IS I " I I 1 (I :`' LIMITED TO THE DESIGN OF WORK DESCRIBED ON OUR DRAWINGS FOR THIS PROJECT. _ 1F I . (E)26"TJW AT 4'-0"O.C. + 1 ,��RED,pROFFss� f; O 5. INSPECTION AND/OR JOB SUPERVISION IS NOT PROVIDED BY VLMK. ;; 1 1 I ! - 4& 'r /a ;I,' I N . ,,..- + 1, r 6. WHERE REFERENCE IS MADE TO ASTM,A1SC,ACI OR OTHER STANDARDS,THE LATEST ISSUE 11 r i r--NEW 12.5 TON HVAC: N SHALL APPLY. I I i; I I RTU-1AND(WT. 1,-370CULB BS) �M v ,- t` ,��z 7. ALL WORK SHALL BE IN STRICT COMPLIANCE WITH: 114 / UNIT P A. 2012 INTERNATIONAL BUILDING CODE(IBC)AS AMENDED BY THE STATE OF OREGON I i ! C I^ �, Imo'‘l- P� (2014 OREGON STRUCTURAL SPECIALTY CODE) f B. ALL OTHER STATE AND LOCAL BUILDING REQUIREMENTS THAT APPLY. ;; S1.0 j j I I EXPIRES: -2019 1 ISi I . • 8. DESIGN CRITERIA: '! (E)6 3/4 x 33 I (E)6 3/4 x 33 I (E)6 3/4 x 33 �' F 1 (E)8 3/4 x 33 (E)6 3/4 x 19 1/2 - I { a. ROOF SNOW LOAD(PER IBC 1603.1.3) FLAT-ROOF SNOW LOAD (Pf) 25 PSF I i I I IGO SNOW EXPOSURE FACTOR (Ce) 1.0ii I I SNOW LOAD IMPORTANCE FACTOR (Is) 1.0 { �F I I I C THERMAL FACTOR (Ct) �1.0 I II 1 co b. WIND LOAD(PER IBC 1603.1.4) 11 . . ULTIMATE DESIGN WIND SPEED (Vult) 120 MPH " i I N1.1 ^, NOMINAL DESIGN WIND SPEED (Vasd) 93 MPH 11 1 Z) RISK CATEGORY II 11 WIND EXPOSURE B 1 ( 1 I I I I I I INTERNAL PRESSURE COEFFICIENT (GCDi) 10.18 11 c. EARTHQUAKE DESIGN DATA(PER IBC 1603.1.5) 1 1 1 • . SEISMIC IMPORTANCE FACTOR (le) 1.0 I t a ' qin' RISK CATEGORY II ,"; a I •MAPPED SPECTRAL RESPONSE ACCELERATIONS Ss=0.952 51 =0.419 1 (E)36"TJ60 AT,'-0"O.C. SITE CLASS D I I H I I I } - DESIGN SPECTRAL RESPONSE COEFFICIENTS Sds=0.710 Sd1 =0.441 " I SEISMIC DESIGN CATEGORY D �j 1) 9. MECHANICAL EQUIPMENT, MECHANICAL AND SPRINKLER PIPING LARGER THAN 2 INCHES IN 11 " \ TYPICAL I DIAMETER OR ANY OTHER ITEMS PRODUCING A HANGER OR SUPPORT LOAD OF OVER 50 ;; S1.0 (6)LOCATIONS POUNDS SHALL BE HUNG BY A SYSTEM APPROVED BY VLMK. ANY HANGER OR SUPPORT I 11I PRODUCING A LOAD OVER 200 POUNDS SHALL HAVE ADDITIONAL FRAMING INSTALLED TO I ;I +�«� .•�.. TRANSFER THESE LOADS TO THE MAIN STRUCTURAL BEAMS OR WALL UNLESS OTHERWISE " ' APPROVED. I ( I�- El 1 ® i t �j 10.' WHERE REQUIRED, !;(E)63/4x341/2 E)63/4x3c1/2 (E)63/4x341/2 (E)83/4x36 I 1(E)63/4x19'/2 iv "r SEISMIC BRACING FOR MECHANICAL AND ELECTRICAL EQUIPMENT, 1 „ T HM. D SPRINKLER PIPING OR OTHER NON-STRUCTURAL COMPONENTS SHALL BE PROVIDED BY THE -, I 1' 1 j I w- CONTRACTOR IN ACCORDANCE WITH CHAPTER 13 OF ASCE 7-10. STRUCTURAL CALCULATIONS t I J AND DETAILS STAMPED BY A LICENSED ENGINEER SHALL BE SUBMITTED TO VLMK FOR REVIEW. 11 NEW 6.5 TON HVAC NEW 10 TON HVAC NEW 10 TON HVAC - b UNIT AND CURB UNIT AND CURB UNIT AND CURB I DIVISION 2-SITE WORK(NOT USED) ,1 RTU-2(WT. 1,420 _BS) RTU-5(WT. 1,430 LBS) RTU-6(WT. 1,460 LBS) O II I I t 1 1 ' . rift Woo DIVISION 3-CONCRETE AND REINFORCING(NOT USED) ; , RC 11 t' DIVISION 4-MASONRY(NOT USED) 1 VII ;i I I ;; I I • _ 1,...1-• R ti DIVISION 5-METAL(NOT USED) i 11 } � � �, N 1 �+ !! I (E)40"TJ60AT4'-0"O.C. t DIVISION 6-WOOD I11 I I J !I z.1 ;4C 0 N 1 I I . A. ROUGH CARPENTRY I ! i ' 1. LUMBER SPECIES AND GRADES TO BE AS FOLLOWS UNLESS OTHERWISE SHOWN ON DRAWINGS: kil...- 11 �V ELI JOISTS, BEAMS&STRINGERS: DOUGLAS FIR#2 NEW ,O TON HVAC r-NEW 10 TON F'VAC I NEW '0 TON HVAC '" UNIT AND CURB I UNIT AND CURB UNIT AND CURB I Irigo 2. PROVIDE FIRE BLOCKING AS REQUIRED AND BLOCKING FOR ALL SPECIFIED WALL-MOUNTED + RTU-3(WT. 1,460 LBS) RTU-7(WT. 1,460 LBS) RTU- (WT. 1,460 LBS) ITEMS INCLUDING CABINETS, DOORSTOPS, ETC. +H I i (tiL PINIC 3. CONNECTORS: 1 it 1 1 1 r' I Liu a. TIE STRAPS, FRAMING ANCHORS, HANGERS,STIRRUPS, COLUMN CAPS,COLUMN BASES,ETC., ; ;;(E)8 3/4 x 341/2 (E)8 314 x 341/2 • 1 (E)8 3/4 x 341/2 I (E)8 3/4 x 37.1/2 (E)6 3/4 x 191/2 TO BE SIMPSON AS DETAILED,OR AS APPROVED. . . . i . . I; _ �� - -'� • is..... b. FULLY FASTEN ACCORDING TO MANUFACTURER'S SCHEDULE USING LARGEST SIZE SHOWN. " 1 I Q c. ALL BEAMS AND JOISTS NOT BEARING ON ANOTHER MEMBER TO CONNECT WITH 'U'TYPE I 1 1 I I I I I r� EL HANGERS UNLESS OTHERWISE NOTED ON DRAWINGS. d. NAILING: ALL NAILS SPECIFIED IN THE DRAWINGS TO BE"COMMON"NAILS UNLESS I I I111 EC OTHERWISE NOTED. ALL NAILING SHALL COMPLY WITH IBC FASTENING SCHEDULE PER 't I CHAPTER 23. OBTAIN ENGINEERS APPROVAL OF ALL PROPRIETARY NAILING SYSTEMS. 1 I i trit CI) Ict e. NAILS AT ROOF, FLOOR, t I I �' AND WALL DIAPHRAGMS TO BE DRIVEN SO THAT THEIR HEAD OR I O CROWN IS FLUSH WITH THE SURFACE OF THE SHEATHING. CHECK AND RESINK IF NEEDED, I I I I I I I I O IMMEDIATELY BEFORE ROOFING. I r t t I 0 f. BOLTS-SEE DIVISION 5, METAL. " (1111, g. CORROSION PROTECTION: I I • �� 1. CONFIRM REQUIRED CORROSION PROTECTION FOR HARDWARE AND FASTENERS WITH I , t SPECIFIC RECOMMENDATIONS FROM PRESSURE TREATING MANUFACTURER OR HANGER I ;; I O 'mar 1111111111111 - MANUFACTURER(USE MOST CONSERVATIVE)FOR SPECIFIC WOOD TREATMENTS USED. I 1 I 1► I 2. MINIMUM CORROSION PROTECTION ON METAL CONNECTORS EXPOSED TO THE I " (E)48"TJ60.�T 2'-8"O.C. (E)40"TJ60 AT 4'i 0"O.C. ;4. 1 ENVIRONMENT OR PRESSURE TREATED LUMBER TO BE PER ASTM A653 CLASS 185 I 11 - ..- (SIMPSON (SIMPSON ZMAX)OR ASTM A123. 't I 3. FASTENERS FOR PRESSURE TREATED LUMBER MUST BE MINIMUM HOT-DIP GALVANIZED, I! '-NEW 13 TONlHVAC STAINLESS STEEL,SILICON BRONZE OR COPPER. ;; I ----\ UNIT PND CURB I i 4. HOT-DIP GALVANIZED HARDWARE AND FASTENERS MUST COMPLY WITH ASTM A153, I I t B RTU-4 ;WT. 1,460 LBS) ICI " ' STAINLESS STEEL FASTENERS TO BE TYPE 304 OR TYPE 316. 't S1.0 !! ° ° ° e 5. HARDWARE AND FASTENERS USED TOGETHER MUST BE THE SAME TYPE(E.G. HOT-DIP 11 ° GALVANIZED NAILS WITH HOT-DIP GALVANIZED HANGERS). /II i , I .� OW El If I 9; 4. DELIVERY AND STORAGE: ALL LUMBER AND SHEATHING DELIVERED TO THE SITE,SHALL BE I i 1 Caji Mai STACKED OR STORED OFF THE GROUND AND PROPERLY PROTECTED AGAINST WEATHER. 1 1 �� I I , � 1 ® I ' -� ___ _ B 5. CUTTING AND NOTCHING OF JOISTS NOT ALLOWED. A 1 INCH DIAMETER HOLE MAY BE DRILLED IN ' THE CENTER 1/3 OF THE MEMBER DEPTH. ALL OTHER HOLES TO BE APPROVED BY ENGINEER. 11 �.,,T I � I I I t o X 1 s 6. STUDS MAY BE NOTCHED IN THE LOWER 1/5 OF THE HEIGHT OF THE STUD FOR ELECTRIC AND I " 1"-- Q I I I in4� PLUMBING PIPES, BUT NO PART OF THE NOTCH IS TO BE DEEPER THAN 25 PERCENT OF THE _1 iu. I WIDTH OF THESTUD. HOLES OF DIAMETERS UP TO 1/3 OF WIDTH OF STUD MAY DRILLED IN I I I i 1 0 THE STUD. ! I74- Cl://I I I 1 i t . _ - _ _ 1 -z ---... __ _ .-..- I .�, _ _ J _ 1 _ - j -1/4, , A aftil! { 111 �t:;:1::- A PARTIAL ROOF FRAMING PLAN,�.� �'; � S O 3/32"= 1'-0" 1 41.411 PROJECT NO. • 201902 (1 DATE : 05/20/I9 DRAWN Sy : SMS CHECKED SY : KMK • REVISIONS TSWIland-SchmidtiW3Elan�st Fitness Landlord Oraiutng Wo rkW35TRUCTURAL S 040 1 • HVAC FRAMING NOTES: TILAND / 1. LOCATEDVERIFY EXISTING MECHANICAL UNITS ARE NOT E SAMEFRAMING BAY OR IMMEDIATELY ADJACENT BAYS AS THESCHMIDT NEW UNIT, EXCEPT AS SPECIFICALLY NOTED ON THE PLAN. ARCHITECTS, P.C. 2. CONTRACTOR TO VERIFY EXISTING FRAMING WITH CONDITIONS SHOWN OR NOTED PRIOR TO BEGINNING WORK. 3611 S.W. HOOD AVE. SUITE 200 3. PROVIDE CRICKET ON HIGH SIDE FOR PROPER DRAINAGE PORTLAND, OR 91239 AROUND UNIT. (503) 220-8511 FAX (503) 220-8518 4. REINFORCE EXISTING JOIST AT LOAD BEARING POINT PER DETAILS ON THIS SHEET,TYPICAL. GRID x i _00, , q I i �x ... o ,,,, • coENGINEERING + DESIGN 0 3933 SW Kelly Avenue w Portland,Oregon -97239 F I 503.222.4453 F" 05/22/19 VLMK.COM m co o �,�RUCTl1Rgl a v NEW 4x6,TYPICAL 4x6 WITH SIMPSON co O o ,,, m ,��ED IPROP sS� 'LUS44'FACEMOUNT w w R F HANGER EACH END, ,airj_, S1.0 w w Z z ����' pa'£ OTYPICAL x , I m m a U w Q �/;,� i \ 7 i � ii i, O O 4 O a. i Q a w , SIM w_, , viti � NEW 2X8 LEDGER, --I►� i i i i i 2 2 a � TYPICAL � 1 � 1 i S1.0 x . x , S1.0 ie \"- 1 r //� y1 ' ' ' ' G1 i i i i s 4x6 WITH SIMPSON (E)GLULAM GIRDER i ,i i, �j „Ir (E)GLULAM GIRDER ' ' ' ><ii ' igi 11 , , , , , }_ GRID ��` / , , LUS44 FACEMOUNT I EXPIRES: -2019 NEW I I i HANGER EACH END, • i 1 i i i M�TYPICAL8 LEDGER, i i i ' TYPICAL >!� NEW HVAC UNIT TO `� r // it i i iX: :/ co F BEAR ON NEW OR , I �`�/ I ' I ' ' rill__NEW 2X8 LEDGER, O EXISTING FRAMING i ' 1 • i i i I I ' ' i ' TYPICAL w ON ALL SIDES , ' I (WEIGHT PER PLAN) NEW 4x5, © NEW HVAC UNIT TO NEW 4x6, -2-1 411111 \ NEW HVAC UNIT TO z F TYPICAL BEAR ON NEW OR TYPICAL F� I BEAR ON NEW OR 041,44� a v EXISTING FRAMING EXISTING FRAMING 0 n. ON ALL SIDES Lu (WEIGHT PER PLAN) ALL T SIDES (WT PER PLAN) Z) I is; Cir) ENLARGED FRAMING PLAN B ENLARGED FRAMING PLAN C ENLARGED FRAMING PLACi-k.- 11/4"= 1'-0" Enlar ed Plan_Column N 'O g Framing S 0 1/4"= 1'-0" Enlarged Framing Plan Joist S 1 .0 1/4"= 1'-0" Enlarged Framing Plan_Joist_GRID 7 Umi IT •-----� OPP ��� % (-71- W W . Oo _...i, \ / / / / lZ CONTINUOUS 2x BLOCKING /•� HVAC UNIT / ..-,./, HVAC UNIT AND CURB soy....- s UNIT CASING • WHERE UNIT CURB BEARS / AND CURB BY / / BY OTHERS Z / UNIT BASE AND BASE RAIL ON EXISTING FRAMING OTHERS / SECURE HOEDOWN TO UNIT WITH / / HVAC UNIT AND CURB BY s/ OTHERS, LOCATION 2x LEDGER AS SCREWS TO PENETRATE / / / OCCURS / (4)#12 x 1 1/2"TEK SCREWS 1"MINIMUM INTO GLULAM / / HVAC SUPPORT DIFFERS AT SIM CONDITION 1 1;1 N/ ICZ 1141 / / / SIMPSON SECURE ANCHOR TO CURB GIRDER FRAMING, TYPICAL / ' L .; i / EXISTING PLYWOOD / FRAMING CLIP / HVAC SUPPORT , WITH (4)#12 x 1 1/2"TEK , 1 SHEATHING / FRAMING BEYOND L� w... z N .r__- - -,, '- __ _' . _ ----.j.�_. 1� . -'� -__ �._. ! SCREWS,TYPICAL � _ "..1 :�� ,. lig �'' i, ‘ . ... 4,x .� 1----1,t�, -`-- ■ WOOD NAILER i -.� 4 1.1 ,", ��' ;+ , ,,"`i -- , f , ' ' 16 GAUGE STEEL'CANFAB' ■ NZ1 LEDGER PER PLAN , , .�� \;�-'� MIN i•i �� � � i , �' OR EQUAL ANCHOR (4) ET' Zaill" it r...., ca) II:t UNIT MOUNTING CURB BY UNIT WITH NAILING PER I MANUFACTURER(14" N J TOTAL, (1)EACH CORNER 4 Una 1 `.,���... , DETAIL© ,, � _ ' -'-�r'' ON LONG SIDES OF UNIT HEIGHT) :\ 51.0 WEB STIFFENER----10.• 1 FRAMING PER PLAN `. MINIMUM 2x P.T.LEVEL PER DETAIL '� ' PLATFORM BY CONTRACTOR SIMPSON'LUS24' © GALVANIZED SHEET METAL (111111 FACE MOUNT . 1.0 ,, `� COUNTER EFT. S MOUNT HANGER EACH END S ` CC / ;- HANGER,TYPICAL., S IF 6"OR LESS ® 0 `� • EXISTING ROOF SHEATHING, WEB STIFFENER ROOFING BY OTHERS z REMOVE UNDER UNIT AS REQUIRED _11:11:1 '' EXISTING s+i 2x8 LEDGER TO BE SECURED TO �` �/ 1 ■ 4. s JOIST STIFFENER OPEN-WEB " // NOT REQUIRED —i STIFFENER WITH(3) 16d NAILS _ _ _ INIIIIIII Q PER DETAIL© JOIST I' AND EXISTING TRUSS TOP �.` 11111114 Lift IZ ------ ,' S1.0 , CHORD WITH 16d NAILS AT 8"O.C. .� j-� DO NOT PENETRATE TOP CHORD .` -- SECURE CURB TO SUPPORT FRAMING f SUPPORT FRAMING PER PLAN _-, I -. _, AT PIN LOCATIONS L. WITH#14 WOOD SCREWS AT EACH ,,;,.--›<„, � CORNER AND AT 2'-0"O.C. MAXIMUM IZ Ci) SC ' SPACING, SCREWS MUST BE LONG "1? EXISTING COLUMN s; i EXISTING GLULAM EXISTING OPEN-WEB VARIES -� O ENOUGH TO PENETRATE SUPPORT LL „, 0 AS OCCURS BEYOND inn i GIRDER PER PLAN JOIST PER PLAN EXISTING OPEN 2x WEB STIFFENER TO MATCH Q BEYOND,TYPICAL WEB WOOD JOIST CHORD WIDTH,ALIGN AT WEB FRAMING 2"MINIMUM. PANEL POINT AS SHOWN AND �� NOTCH BOTTOM FOR WEB it_ Z,.• � 1 HVAC FRAMING DETAIL HVAC FRAMING DETAIL 3 HVAC FRAMING DETAIL 4 HVAC CURB DETAIL ac ir.S1 .0 1"= 1'-0" H360 CD 1"= V-0" H361 51 .0 1"=1'-O" H362 1 1/2 - -0 S1 .0 "- ' 1 " H380 Q fib, C Q. , W eC xf ilk 0. Z a ' 0 111111111 1,11111) 5 IP • 111111114 • PROJECT NO. 20190291 DATE : 05/20/19 DRAWN 131- : SMS CHECKED 8Y : KMK REVISIONS 7133TIland-Schhmtdt)6nlanet Fltr�ee Landlord at+'Ir'9 WorkieSTRUCTURAL S 0 ,