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Permit M2000-045 - EXODUS COMMUNICATIONS
City of Tukwila (206) 431 -3670 Community Development / Public Works • 6300 Southcenter Boulevard, Suite 100 • Tukwila, Washington 98188 MECHANICAL PEP$'lIT Permit No: M2000 -045 Type: B -MECH Category: NRES Address: 12301 TUKWILA INTERNATIONAL BL Location: Parcel #: 092304 -9367 Contractor License No: MAC,DOM *248J9 TENANT OWNER CONTACT CONTRACTOR EXODUS COMMUNICATIONS 12301 TUKWILA INT'L BL, TUKWILA WA 98168 SABEY DAVID A & SANDRA L 101 ELLIOTT AV W, SEATTLE WA 98119 TREVOR MOSER 7717 DETROIT AV. SW, SEATTLE WA 98106 MACDONALD MILLER CO 7717 DETROIT SW, SEATTLE, WA 98106 ****•*****************************************-* *A * * * * * *-A' * * * * * * * * * * * * * * * * * * ** Permit Description: Status: ISSUED Issued: 03/22/2000 Expires: 09/18/2000 Phone: Phone: 206 281 -8700 Phone: 206 -766 -7198 Phone: 206 763 -9400 INSTALL 6 ROOF -TOP A/C UNITS WITH ALL RELATED DUCTWORK & ACCESSORIES. INSTALL 37 SPLIT SYSTEM A /C'S UMC Edition: 1997 Valuation: Total Permit Fee: 1,500,000.00 1,638.13 * _ * **A* *AkA.* **kkk* rte* k**** k*** k** •k****•k*•kkk * ***** **k * ** *A **k* Permit Center- Auutorized Signature Date I hereby certify that 1 have read and examined this permit and know the same to be true and correct. All provisions of law and ordinances governing this work will be complied with, whether specified herein or not The granting of this permit does not presume to give authority to violate or cancel the provisi ns of any other state or local laws regulating construction or he erformance of work. 1 am authorized to sign for and obtain this bu di permit. Signature: Date:, -2.2.00 Print Name:_nmt 4.044014( Title: ellancidLtt, '�-- -� This permit shall become null and void if the work is not commenced within 180 days from the date of issuance, or if the work is suspended or abandoned for a period of 180 days from the last inspection. CITY OF TUKWILA- Address: 12301 TUKWILA INTERNATIONAL BL Suite: Tenant: EXODUS COMMUNICATIONS Type: B-MECH rcel It 092304•9367 *A****Ak******AA******A****k**A**Ak****A*A***kk*WA*************11****A***A Permit Conditions: 1. Plumbing permits shall be obtained through the Seattle-King County Department of Public Health. Plumbing will be inspected by that agency; including ,all gas piping (296-4722). Electrical perrnits sh1 be,optained through the ,,Washington State Divisiopi;of LabOr'and'Industwies and all electrical work will beAnspeoted'by'that agency (248,4630), 3. No change si will be *lade to the ,plans unl'oss'approved'by the Engineerf,iaridithe 140kwila Building Division. , 4. Ali perms inipection records" end approved plan shall be available' at the Job site prior to the start of any=cont struCbAon,i These ,documints'are to be maintained and,aviq;.,, able4AritVlItinel„!inspiketion approval is granted, J S. AlTroOnstrUction to be doneln-oonformance with approved ,:V3; plar4(a6A Pecwirementt of the Uniform Building Coil() (1997 EditIonY-as amended, UnifOrMllechanical Code (1997'EdiftiP bn and- ashington State EnargyCode,,(1097 Edition), , , ‘1, 6. Va:fifdity of Permit. The iSpuanoe of a perMit or aeprOvel:tof 00s,.spficifitatiens, andcoMputa0ons shall not be 000-, f, st04,40d to/-be.a permit ro6:or aniapproval of, any vio)it$on ofqiny40 the provisions of the building code or of any otfter ordinance of the Jurisdiction. No permit presuOing t giyalauthority to violate or cancel theprovisionsAhls cod#1!shif11)e valid. 7. Mantificturers installation instructions required ,on site for\the building _inspectors revtew. Permit Na: M2000-045 Status: ISSUED Applied: 02/18/2000 Issued:. 03/22/2000 11, ,;4 4'■ 'y 4L4t t4v.A. .fle• • • • . CITY OF T. .VWILA Permit Center 6300 Southcenter Boulevard, Suite 100 Tukwila, WA 98188 (206) 431 -3670 Mechanical Permit Application Application and plans must be complete in order to be accepted for plan review. Applications will not be accepted through the mail or facsimile. Project Name/Tenant: Xo a Value of Mechanical E uipment: //�o0,Od0 Tax Parcel Number: isi i O SAddrjss : aE!/e � •$ PWik Jk f , �jty State/Zip: Property Owner: Cor,sI' -1 Phone: (144 ) Z6I _ elx, Street Address: lol 6l ow divL • w s;0 3m i i ;t v Fax #: ( ) Zsz. TIC I • Contractor: NitcPoidg /��`r Campos/ Phone: Z�) 7`3 e 4 Street Address C S t i : Fax #: ( ) Contact Person_,.. /Howe Phone: (leg ) -44.7110 Street Address: 77,7 ZW,Dtl 46 .SW SvQ,4ZiI,j,4WiZ at ax #: ( ) 1!e„ 7t MECHANICAL PERMIT REVIEWAND APPROVAL'RE'VESTED► (TORE FILLED ,. �UT BY APPLICANT) Description of work to be done (please be specific): y/0 Current copy of Washington State Department of Labor and Industries Valid Contractor's License. If not available at the time of application, a copy of this license will be required before the permit is issued OR submit Form H4, "Affidavit in Lieu of Contractor Registration ". Building Owner /Authorized Agent: If the applicant is other than the ownor, registered architect/engineer, or contractor licensed by the State of Washington, a notarized letter from the property owner authorizing the agent to submit this permit application and obtain the permit will be required as part of this submittal. I HEREBY CERTIFY THAT I HAVE READ AND EXAMINED THIS APPLICATION AND KNOW THE SAME TO BE TRUE UNDER PENALTY OF PER JURY BY THE LAWS OF THE STATE OF WASHINGTON, AND I AM AUTHORIZED TO APPLY FOR THIS PERMIT. BUILDING :OW ER OR AUTH • RIZED AGENT: Signature: Arpli , Date: " Print name: Phone: ( ) *� Address: /7 IMEMIIM , 'Jai Expiration of Plan Review • Applications for which no permit is Issued within 180 days following the date of application shall expire by limitation. The building official may extend the time for action by the applicant for a period not exceeding 180 days upon written request by the applicant as defined in Section 114.4 of the Uniform Mechanical Code (current edition), No application shall be extended more than once, Date phc ept Date licat' free: star o c • 11/1/99 meth penultaloc Appllc ion t • odiaki COMMERCIAL: Two complete sets of drawings and attachments required with application submittal ✓ Submittal Requirements ,Blgor,plgn,and system layout , y 1417 Roof plan required to identify individual equipment and the location of each instali'ation (Uniform.., 'Mt}ci (TtCal Code 504 (e)) -i . r: ..r:7•.• .• •; 3 it • • ` • • —4 • .. ,Details 4nd pievatign., (for roof mounted equipment) and proposed screening '' Heat Loss Calculations or Washington State Enemy Code Form #N -7 ' ' • ' • •.l_ -• •. •, - •H 4 .A.C:bver 2,000 CFM (appragi r i1 1y•5 ton antlfl rger) must tie provided\vith. srrrAike detection shut - ,otLapd will* routed to the Fire Prevention division for additional comments. niforrn Meeha cal 'Coact ibe .• •.' _ .. ' •...,♦ A'a ■. • -,r ... •*;:t'. .. . --4 1 IS ecificationsImustbe provided to ow thahreplaemerttp401pment complies 'wittheefficiarcy,ratings `and other`applicalild'requiremen's of th't•1N§h ni in StAtefifonresideiltOat ENer•y'Code`. • ' � trictural engiheer's'gnaiysis is required for new and the replacement•of existing equipment. . y�veighing 400 pounds and greater (Uniform Building Code 1632.1). Structural d`d?umentat)irns 'hail be r .t sfamped•bya. Was hiii' gtonStatePlicens‘d $trucp1raiEngineer. .!fi• _� , ' I -:�, '�r' 4 lot NOTE: Water heaters and vents are included in t e Uniform Mechanical Code -• please include any water heaters or vents being installed or replaced. ) A • • '.F t • �� "�', .y 4.�.•:" • •.� P 4♦+ 1. ;. Y +' f ,' ♦ _ .4 ♦•.... • • •. • .•• • a , • • ,. • a• • • • . • w) N • • a RESIDENTIAL Two complete sets of attachments required with application submittal tiulmutt.,l Rr•rluir r`►►►r'u1 New Single Family Residence Heat loss calculations or Form H•6. Equipment specifications, Chan . a -out or re . lacement of existin : mechanical e . ul . ment Narrative of work to bo done Includin: modification to duct work. Installation of Car Flrgjace Narrative with specification of equipment and chimney typo. If using existing chimney, provide a letter by a certified chimney sweep stating that'the chimney Is In safe t~dfditianr.: '' • • kit •••,•' *•••►• • 4" •, j f.•" •.' • •,• • •••• 1.`•`•• . , *. •yr • NO�'E:.Watec.heaters and vents arq�ncludod in tho Uniform Mechanical Cod — •please inc�udO ri water • tits .� •. .: �X•�, heaters oe v® ?tl being i btafled,dk replaced, •`, •' • `_• : • , • . .�FAkk* **iA.* rl 4: 4k: tk�► k**.k 4 lrk**.A * * **AkAhk**:1*AA*A * *k of t U'WtLA. NA ° ;Ai -* 4AA* 4 :*A *s4 ** **AA **, • *a k: *A* " PI Mxt Nuxtboe: P9.600254 'Amiournt % I'4;vmont: Mebhodt CHECK Uotitiont P . cymoo Account ti:ad11, oOo 3,4,11'.1o0 00OL3 tl:24i00 ._ M i1: H 111 r1 aM at. ai li i. ii k.11 1>! I+u 1f M2000 -04!5 :.Fvltatz 092304-9367 12301 TUKWILA 1,630,1 Ai4ksA`�i KANSMIT A *:t Ad4* X4:4 *:4*AhAk* *A **J4 **s4* *44. 1.630 13 02l.1i00 14x48 MACDONALD-MILLER !nib: WWI( 11 — 4, r • .Y r S r r w N n. w F M= N. 11 F 1/. I... l a. •1 /. .. a 0 MI.CH Ml C1$itNUt`I L P1!ftt4I f IHTLRRAT/ONAL 'CC,L'ltl 'Fetal rotia t ALL Pib1 * i) u l unc IH * 38i. i3 1,14:11).1:3 ** A* 4***A* k** A*A **AAAA *Ai* * *k *A * * * *k *+44i4*Ak Dello 1 ot $ on Amount t PLAN CHECK - Uot REO 0217.61 MCCEIEsN1CAL HtU4(Et; i, i1a.50 411 1NY : 4 .011 ti All L.11 IN 1 $ 1. .11 ua 1 1 . 4a 1 • . , i 1 .• .m 1f M 111 of ii 14 111 t i 1 i • •S 1 / . • ft' 7 1 1 1 0 1 1 . / 1 1 1. 10 w +N 11 w la INSPECTION RECORD Retain a copy with permit INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 9818 PERMIT NO. (2061431 -3670 Project: Type of insp: ion: Addre . +� . Date called: '"1°m"'"' Special instructions: Date want d. .Mrli r a. , ..'-6• .A Requester: "'""—Phone: Approved per applicable codes. COMMENTS: Corrections required prior to approval. Date: $47.00 REINSPECTION ' REQUIRED. Prior to Inspection, fee must be paid at 6300 Southcenter Blvd, Suite 100. Call to schedule reins ►action, Receipt No: Date: of Tukwi Fire Department Steven M.iMuilet, Mayor Thomas -1? keefe, F7re -Chief TUKWILA FIRE DEPARTMENT FINAL APPROVAL . FORM 'P.ro j ect Na Addrees Suite -. Retain current , i +nspec ian ,echedule�= w„. Needs shift inspection +j F ..,w..a......,.- s.;,at, B 'Approved without correction notice 'Sr :•Approved with correction notice issued Sprinklers Fire Alarm: Hood & Ducts Halon: Monitor: Pre -Fire: Permits: • Authorized Signature FINALAPP . M Rev. 2/19/98 T.F.D. Form F.P. 85 Headquarters Station: 444 Andover Park East ! Tukwila, Washington 98188 • ° hone: 2064754404 • Fax: 206. 575.4439 INSPECTION NO. art OF TUKWIIA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 9818 (206)431-3670 INSPECTION RECORD Retain a ropy with permit • , tJ. 11 PERMIT NO. Approved per applicable codes. Corrections requitadprior to approval, COMMENTSI P ft- /46 -, cY7 ; . 're .z 72:d 4?' itaP _#-. . Z., d ,. I-E--abrOs---.- ,...,trirZti.C,L /ee.6Igyej4V ,.....beitti. .....,es____... PLM thr _a___ E) $47.00 REINSPECTION FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd, Suite 100. Call to schedule reins ection. Receipt No: Date: INSPECTION RECORD Retain a copy with permit INSPECTION NO. 'CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 PERMIT NO. (206)431 -3670 Projpet: Type nspection: ,14 Acid2 � �! 7'7 L Date called: Special instructions: Date wa • : • -,r Gto a.m. , .m. l Phone: . 0 Approved per applicable codes. OCorrections required prior to approval, COMMENTS: ,14 t_/ /L7� ./.�C/.rJU�,/arr�►; r /�'. Take /Al,S�'itte9i: A'. / •it v. "12. 1 *.rt ..s. :.' l !: Alf r 0 x E"Ce+e I) ibuD cz,4.t,too Ag. i"Lo ezvezets... <O7 /4 -10020000640 eite,,er,er 77th 4f r ' tt[ $47.00 REINSPECTION FLE REQUIRED. Prior to Inspect on, foe must be paid at 6300 Southcenter BIvd,Sulte 100. Call to schedule reinspectlon. Receipt No: Date: :r? w!si INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 INSPECTION RECORD Retain a copy with permit PERMIT NO. (206)431-3670 El Approved per applicable codes. Corr tit on squired prior to approval. COMMENTS: Type of Inspection: fit, : C . r ddr:ss: —rm. Date called: ,,. CP614 ` P*f .mot.' '* Special instructions: Date wanted: ^ CZ .rn. quester: %Ji � 1 I "" ' 147' ,dam,..' ! AV Phone: �, r El Approved per applicable codes. Corr tit on squired prior to approval. COMMENTS: 3 CO() .. e WOO— ; ,� .) l/e.-. r,b / s ,,. CP614 ` P*f .mot.' '* Se , 14` , NM /5(oi\ "" ' 147' ,dam,..' ! AV _10 it G i `f ' rre.. 'p~ iiiiirmgr, r 1 i) (I e'r „ 4 , / c4 0 111111111r. r:+ $47,00 REINSPECTION FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd, Suite 100, Call to schedule reins * ection. Receipt No: Date: 1 INSPECTION NO. INSPECTION RECORD Retain a copy with permit MTocioLt PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 N!') (206)431 -3670 Pro ect: pe if Inspection:' Address: Date called Spec:a Instructions: Date wed: + 0 I ,.m. ueste : one: Approved per applicable codes, El Corrections required prior to approval. COMMENTS: -./0/ g-Z4 ..r Ono r% .r 0 $47.00 REINSPECTION LEE REQUIRED. Prior to Inspection, fee must be pald at 6300 Southcenter Blvd. Suite 100. Call to schedule rains ection. Receipt No: Date: #g City of Tukwila Fire Department TUKWILA FIRE DEPARTMENT FINAL APPROVAL FORM Project Name Steven M. Mullet, Mayor Thomas 1' Keefe, Fire Chief Permit No. Address /L// 7Ok A i 4. suite # Retain.current inspection schedule,. fril//4 Needs shift inspection )(Approved without correction notice Approved with correction notice issued At Sprinklers: Fire Alarm: Hood & Duct: Halon: Monitor:• Pre -Fire: Permits: Authorized Signature FINALAPP.FRM Rev. 2/19/98 T.F.D. Form:F.P. 85 Headquarters Station: 444 Andover Park Bast • Tukwila, Washington 98188 • Phone: 206•S75 4404 • Fax: 20647S4439 et Og • INSPECTION RECORD Retain a copy with permit INSPECIION NO CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 (206)431-3670 Approved per applicable codes. COMMENTS: Corrections required prior to approval. • 4 • c Dat $47,00 REINSPECTION NEE REQUIRED, Prior to inspection, fee mu at 6300 Southcenter Blvd. Suite 100. Call to schedule reins action. 1 be paid Receipt No Date: INSPECTION RECORD Retain a ropy with permit INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter BIvd, #100, Tukwila, WA 98188 PEaMIa NO. (206)431 -3670 Project: IC o /) t%S Type . tens n: „, '" i' Ad res ' Ord Date called: IMPr4d Ater Special instructions: aro, ,,..„, ,ArArm Date wa , ,' el 041 a.m. •.m. Requeste . Phone: Approved per applicable codes. Corrections required prior to approval. COMMENTS: .• eou'ode, €P et '-- . ,A Coe r + t'S -, x r"m ,tere IMPr4d Ater aro, ,,..„, ,ArArm wilwarg, FAr- r 0 t.,rr�•rrr i Inspo Date: J�� � r� Q $47.00 REINSI'ECTION FEE REQUIRED. Prior to inspection, fee must he paid at 6300 Southcenter Blvd.. Suite 100. Call to schedule rains ection. INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 INSPECTION RECORD Retain a copy with permit PERMIT NO. (206)431 -3670 Projects TiNfels4ection:ca c ddr ss: D . to call _ '�► to Special instructions: , . .' one: Approved per applicable codes, Corrections required prior to approval. 547.00 REINSPECTION FEE REQUIRE ' . Prior to inspe lion, fee must be paid at 6300 Southcenter 81vd. Suite 100. Call to schedule relnspoctlon. [Receipt No: Date: <_• INSPECTION RECORD Retain a copy with permit. INSPECTION NO, PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila,,WA 98188 (206)431 -3670 Proje • : • * liN■ 'Nov , ecti L f (� 4 Ar • ►� 0; Date called: I ► cta instr ctions: Da Phone: Approved per applicable codes, Corrections required prior to approval. 11111elg. .+ 'r• LCY.- •vr d. -. - . r;, ,1i�.^'. ;i+� � �j� :% .i' 1�.u��wr ..' • l� .-_ - --- ice,"'- . •� :- _..�/w -r_� - �+ $47.00 REINSPECTION FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Ulvd, Suite 100. Call to schedule reins ection. Data: Receipt No: 1 1 g INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION f r , INSPECTION RECORD Retain a copy with permit 6300 Southcenter Blvd, #100, Tukwila, WA 98188 PERMIT NO. (206)431 -3670 Special instructions: Approved per applicable codes. Corrections required prior to approval, 11111111.11111.1111111111 Insp 1,'aA Date: ;"filF $47,00 REINSPECTION FEE REQ MED. Prior to inspection, fee must be paid at 6300 Southcentor Blvd., Suite 100. Call to schedulo reinspoction. Receipt No: Date: INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 INSPECTION RECORD Retain a copy with permit (206)431.3670 Ell Approved per appiicablp codes. Corrections required prior to approval. $47.00 REINSPECTION LEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd. Suite 100. Call to schedule reins +action, Receipt No: Date: V§ Ty a of Inspection: ddress: R.5 "-- Date called: Special instructions: Dat anted: woo* , 0 • .m., ,.m.,� Phone: , r "'. Q • Ell Approved per appiicablp codes. Corrections required prior to approval. $47.00 REINSPECTION LEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd. Suite 100. Call to schedule reins +action, Receipt No: Date: V§ INSPECTION RECORD Retain a copy with permit INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 9818 PERMIT NO (206)431 -3670 Proj : Type •r ns.e i'n' A dr • : Date called: 4' 9 Special instructions: Date w t •: Pho %! t�, ,rte gCE3 Approved per applicable codes. COMMENTS! Corrections required prior to approval. Data $47.011 REINSPECTION FEE REQUIRED. Prior to inspection, tee must be paid at 6300 Southcenter Blvd. Suite 100. Cali to schedule reins ,ctlon. Receipt No: Date: INSPECTION NO CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 9818 INSPECTION RECORD Retain a ropy with permit PERMIT NO. (206)431 -367 .r 0 Prnj ° d1i Type of „ t 1/ ctia 1 o e/ A��(J/ / Date called: C/d Special instructions: Date wanted: /t/(/ .az` Requester: 61 Phone: '4023 _ We ed per applicable codes. Corrections required prior to approval COMMENTS: '!Ai lit • . :-. . A b. . w e .3 $ 3Y4' Afar 6A.L Cilig Tbk-t r a 1,4_ 7.4-c. getto A.,(5494, 4(425016. ',___..01-11602.2cLEigig_2:....Q.1 er/ MS I 1 " t 547.00 REINSPECTION FEE REQUIRED. Prior to Inspection, fee must b© paid at 6300 Southcenter Blvd, Suite 100. Call to schedule rains s action, Receipt No: Date: • INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 INSPECTION RECORD Retain a copy with permit PERMIT NO. (206)431 -3670 Proje .. I •) re : ,ems Ad • C.. Date called: O Special instructions: Date Wan a.m. .m. Requ , ck. Approved per applicable codes. fJ Corrections required prior to approval. Ins Dat i� s47.00 REINSPECTION SEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter BIvd. Suite 100. Call to schedule reins oction. Receipt No: Date: IMPEL-HON NO, CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 INSPECTION RECORD Retain a ropy with permit 'it+ PERMIt,NO. (206)431.3670 P <64,. 4141 It re' _. *..0: L A� Addre s :. • Date . e • : Special instructions: Date wanted: 10 Eke a, Reques • . AiAi Phone: 9, 11 pproved per applicable codes. ❑ Corrections required prior to approval. COMMENTSt 0 $47.00 REINSPECTION SEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd, Suite 100. Call to schedule reins tion. Receipt No: Date: zg, e INSPECTION NO, CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Yukwila, WA 98188 • PERMIT NO. (206)431 -3670 Special instructions: Approved- parappfloalilec E3 Corrections required prior to approval. U $47.00 REINSPECTION FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd. Suite 100. Call to schedule reinspection. Receipt No: Date: r • INSPECTION No. INSPECTION RECORD Retain a copy with permit PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 (206)431 -3670 Approved per applicable codes. Corrections required prior to approval. $47.00 REINSPECTION FRErQUIRED, Prior to inspection, fee must be paid at 6300 Southcenter 81vd., Suite 100. Call to schedule relnspectlon. Receipt No: Date: INSPECIION NO. CITY OF TUKWIIA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 INSPECTION RECORD Retain a ropy with pern►it PERMIT NO. (206)431 -3670 P oject: A. •.A .... Typ of nspection: I • • ,ail .AA ,.. Addr ss: _ +•I .i.& Date cal ed: •.a Special instructions: Date want • d• ear ..m. Reques r; 41 A# Phone', 01,11, A.416 jI: pproved per applicable codes, Corrections required prior to approval. COMMENTS il., • $47,00 REINSPECTION REQUIRED, Prior to inspection, fee must be paid at 6300 Southcenter Blvd. Suite 100. Call to schedule reins b action. Receipt No: Date: INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION • 6300 Southcenter Blvd, #100, Tukwila, WA 98188 INSPECTION RECORD Retain a copy with permit PERMIT NO, 206)431 -3670 Project: ;' Typ • f I • ection: Address: Date ca'ed: Special instructions: Date wanted: r' Requester: Phone: Approved per applicable codes. Corrections required prior to approval. Ej $47,00 REINSPECTS • r FEE REQUIRED. Prior to Inspection, fee must be paid at 6300 Southcenter Blvd, Suite 100. Cali to schedule ruins action. Receipt No: Data: INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 INSPECTION RECORD Retain a copy with permit PERMIT NO. (206)431 -3670 Project: 4X D Type rh . di . . Ac . A. . . Ota AC Date called: �. Special Instructions: Date want; 2 '.... a.m. 1 Req , to . Phon 7/ ..23 'Approved per applicable codes. COMMENTS: Corrections required prior to approval. Inspector: Date: Ej $47.00 REINSPECTION E REQUIRED. Prior to inspection, tee must be paid at 6300 Southcenter Blvd. Suite 100. Call to schedule reins ' etion. Receipt No: Date: INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 INSPECTION RECORD Retain a ropy with permit PERMIT NO, (206)431 -3670 Pr; •ct: Type of 1 spection: _ Address .-- • Date cal ed: Special instructions: Date w . t • • • \ a.m. Requeste` /,. Phone: f� Approved per applicable codes, Q Corrections required prior to approval, COMMENTS: ssvrea 3 )4- .- ,► 547.00 REINSPECTION PEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd. Suite 100. Call to schedule reins s ection. Receipt No: Date: 4, . • ;r. ,r r.i . INSPEC1ION NO. CITY nF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 INSPECTION RECORD Retain a copy with permit PERMIT NO. (206)431 -3670 Pr. e : , v/, „ 1.e of Inspe tion: kV. A..ress: 1 .4._A► ♦ 0A i .. P. • call •'' b� --- — Special Instructions: Da wa •` :•: �� ,,, r ..m. Pho e: tf, b O' pproved per applicable codes. COMMENTS: Corrections required prior to approval. ro "At/c. 1 +r..+ Date: 7.00 REINSPECTION FIE REQUIRED. Prior to inspection, too must ba paid at 6300 Southcenter Blvd. Suite 100, Call to schedule rains. action. Receipt No: Data: (". INSPECTION RECORD INSPECTION NO. CITY OIL TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 9818 Retain a copy with permit PERMIT NO. (206)431 -3670 Project: Type of sp . tion: ' .. .` _.►....4.._./ Address: Date called: Special instructions: /a/e6 4 . Date wanted: Requester: t hone: , Approved per applicable codes, ❑ Corrections required prior to approval. COMMENTS: roOlarife.OP D •' .00 REINSPECTION i.E REQUIRED. Prior to inspe Lion, e must be paid at 6300 Southcenter Blvd, Suite 100. Call to schedule reins action, Receipt No Date: g INSPECTION RECORD Retain a copy with permit INSPECTION NO CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 981 PERMIT NO. (206)431 -3670 Proje t: A A Type of insp ction: / ' �! 1 Ad . _ r • s: ,�.. �► .M Date ca ed. 1 . i; Spe al instructions: ;�-}'v f� ' l'� 1IU Date waited: • 9.A a.m. dd iiibrr Requeste ' . ` / - , . ' ""- Phone:! Approved per applicable codes. COMMENTS!'' Corrections required prior to approval. $4 .00 REINSPECTION FEE REQUIRED. Prior to inspe Lion, fee must be paid at 6300 Southcenter Blvd. Suite 100. Call to schedule reins s ection. Receipt No Date: INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 INSPECTION RECORD Retain a copy with permit PERMIT NO (206)431 -3670 Pro • ct: h_ Type of In pection: . •A L ' II tt. /._.0 I w1 Address: ,.,__ aaDl it tair Ivy . G • . Date cal ed: • . . '. Special instructions: Date anted: r a.m. •.m, A4 A� 4P 41b. Approved per applicable codes. Corrections required prior to approval. i na�►.►rr�s.��► p $47.1REINSPECTION LEE REQUIRED. Prior to Inspection, fee m st bo paid at 6300 Southcenter Blvd., Suite 100. Call W schedule reinspection, Receipt No: Date: +. • ALFA TECH Attention: City of Tukwilla Date: Nov. 2 , 2000 Subject: Exodus Seattle 2 Building Smoke Detection RECEIVED CITY OF TUKWILA - 3 2000 PERMIT CENTER The purpose of this letter is to explain the smoke detection system in Exodus Seattle 2 building. A. Summary As you are aware there is a factory mounted smoke detector at the intake of the computer room air conditioning (CRAC) unit, Any smoke generated in the room , will rapidly reach this detector. Upon detection, the CRAC unit will be shut down and an alarm is created, This detector Is hard -wired to the fan motor, Based on previous agreement we have installed additional detectors on the ground close to the discharge of the CRAC units addressing any smoke . generated in the unit. Upon detection, the CRAC unit will be shut down and an alarm Is created. This detector is hard -wired to the fan motor. Also building includes heat detectors, Upon room temperature raise beyond certain set number alarm will be activated. This is quite unlikely. Finally building is equipped with VESDA system that will detect any change In normal property of the room air and alarm, This detection can happen hours before smoke is even generated , VESDA is an alarm only system. After alarm is generated, operator evaluates the building conditions and decides on proper action, Air Intake Smoke Detector This detector is a factory mounted ionization type smoke detector. Detector is hard wired to the CRAC unit motor. See attached diagram 1. Field mounted wire will signal "Cheeta" panel if detector is activated, See diagram 2 for wiring detail. Diagram 3 (a selected page from Compu -Air submittal) explains factory mounted smoke detector function. Diagram 4 (another selected page from Compu -Air submittal) shows factory wiring for this smoke detector. C. Discharge air smoke detector As is shown in diagram 1, a second ionization type detector is mounted under the raised floor right at the discharge of CRAC unit, The raised floor is only 24" high thus any smoke travelling in such a narrow space will be picked up by the detector, This detector is hard wired to the CRAC unit fan motor as well. Upon smoke detection, CRAC unit will be shut down and field mounted wire will signal "Cheeta" panel if detector is activated.. See diagram 2 for wiring detail. Please do not hesitate to call me for any questions. Rod Mandavi Director Alfa Tech Walnut Creek Office e CAH UNIT (T(PICAL) - --16/2 FPLP + 16/4 FPLP TO UNIT S.D. DUCT TO CEILING PLENUM RETURN AIR SMOKE DETECTOR (LOCATED INSIDE UNIT) RAISED FLOOR 12" 4. --16/2 FPLP TO UNIT S.D. SUPPLY AIR SMOKE DETECTOR (LOCATED IN FLOOR) 4" SQ. BOX W/ FRCM 16/2 FPLP TO CHEETAH PANEL 4 Q 4 rTrrnir 16/2 FPLP TO NEXT CAH --- TYPICAL DETECTORS LAYOUT SCALE: NOT TO SCALE 0 FLOOR SLAB The remote air cooled condenser shall be supplied with a field mounted weather -proof control panel, incorporating all the fan actuators, terminal boards, ambient stets and motor speed controller required to provide head pressure regulation. The direct drive fan blades shall be aluminum, and shall be protected by a heavy gauge, steel wire, zinc plated, iridite dipped fan guard. Each fan section shall be separated by full width baffles to prevent bypass air. Vibration isolators of the rubber and shear or spring type are to be provided by others. Air cooled condenser shall be provided with a VARI -SPEED PACKAGE FOR LOW AMBIENT TO -20 °F: Consisting of factory supplied and field mounted and wired weatherproof control panel complete with fan cycling controls ( multiple fan units) and one solid state pressure control. The field installed capillary senses head pressure of a single circuit coil arrangement only. A single phase variable speed motor will be factory installed on the #1 fan of the condenser. The speed controller modulate air delivery in direct response to head pressure and maintain minimum head pressure required. OPTIONS & ACCESSORIES: 1. 'SMOKE DETECTOR: Smoke detector shall be mounted in the return air In the unit. Upon activation the smoke detector will "IMMEDIATELY SHUT DOWN THE ENTIRE UNIT" and activate the alarm system. 2. WARRANTY: Standard limited one year warranty Is In effect to insure unit to be free from defects in material and workmanship, limited to parts replacement and guarantees extended from our original . components parts manufacturer or vendor. 3. CONDENSATE PUMP: Has capacity of 300 GPH at 20 ft. head. Pump is complete with integral float switch, pump, motor assembly and reservoir. Check valve is to be field provided and installed. Voltage is 460 Volt, 80 Hertz, single phase. 4. CONDENSATE OVERFLOW SENSOR: Is a solid state water sensor. When the sensor detects the presence of moisture the alarm system is activated and shuts down the unit. (2) Sensors shall be provided per unit for field installation. 5. MAGNEHELIC PRESSURE GAGE: Unit shall be provided with magnehelic press. Gage in front of the unit to constantly read pressure drop across the filter. CQMPV.AIRE, INC. III07 Hymn Rod. Whinier. CA 90604 Pll:(i6 M5.1197I PAX:(142)494.0724 pI ! ire '3 c 8 rust SCHEDULE IN AMPS il COMPONENTS 30TON 1OSV/ 220V 4i0V /3RtV/ 415V 576it HUMIDIFIER 35 CD) 20 CA) 13 CA) COMPRESSORS) •O CS) 40 C2) 30 CS) REHEAT 23 CS) 13 CA) 10 CA) SLOWER D/F MOTOR U/F 40 (S) 23 (11) 30 CA) 20 C A) 23 (A) 13 (AO FUSE TYPE ' A' -1CTKR FUSE TYPE 'f' -FRS OR FRN D/F -DOWN FLOW Cl THRU Ce- CONTACTOR F1 THRU rearUSE VLOCK CONTROL. SOX 1 l40- °0711 ' .CO is 602..001 . t1. &CINC 11400003-001 MMUS 240 -1102 ■001 • • MAIM T[INAL siscammui 1, /O.H, 410/ TRANS 'P OAwen 14V AtCONt1AIN' ON 515v CP•urr ' a4 @E) PION 111 Sim ON immumm ems ■ NI 41. it MI at • • • • •• • . • • Pe R4-040- aptlrm l• NM MI IN 111101111111 UMW S w 111111111■1111 - I MI 1n 4141 ulit3:41 Initml HhIIUIlIHuI!aIuEEE, __._.0.111.. .M_.....___--------- WNW MIN WNW MN MiNi ONIMMINIPI ..... •11110111010.111. IMMI OM OPIUM.= = E E 11 . ■a_CIAwA.----- =- -- - -a -7�! minwimmaimmumummi MIMI ill II I WI WWI la IMP BMX I" MIN 110.1.1•11.1111 IlliMil IMMI114111.1 OM MO 1..111010 MO MI 1.0.11.11.1.0 ION 11111"1.111 0111111•0111.11.11.1 .1� CI:ij 0 ATC NORT= •JH1DtrZCR LBGEN D - ----H1 VOLU M LINE p.,.o - .. -•-•LA VU.TAt LINE �a1►� -- ^ --- -1F USED ON /`OCONTACTER COIL. ' r0 LC PRESSURE OWN 1LA 236- 121 -DOZ CTYPICAL) HI PRESSURE WOW a36- 2EE23-OOZ /TYPICAL) ��,, Pb0 -200T0 Y T iNf t it.1 oPO THERMAL. OVERLOAD I. �L ON OF C1 SS. COMPLY WITH EAR STATE ANND LOCAL ELECTRICAL CODE. I2.'.ALL MOTOR USED HAVE INTERNAL PROTECTION FORM NO. DWG -03A SUBJECT TO CHANGE VITHQUT INCURRING OBLIGATION 6- 03-99 1 • • ��av+, 1 cONPfIC38OR C L.aAt�cR 11�+LOAacR v vc CON I. fir mICIO fir WS= REHEAT 1 ru31RC Li►M (TYPICAL) M MIN M M NM 1�11■11 all 11111111 RCNCAT C NChCAT a R $CAT 4 6 5 PART / • REVISIONS DESCRIPTION D SEE ECO 1 DATE OS/19/00 APPROVED I MOM w w ••• w •••• ra RCLAY 3 2C7 14 I It"��,�n�l:. E. II ij 11111• ...T �., .la: r +rs:ls>trr. ws....vnr.l.._: ie. ill II 11'1 ..lif# 3Can111111 ,1 : :' f. ,u.tt.; i= I11ir1«111111t1111R .11 :i1.1 Alt ��A • 2 -7 1•.,,•. .• ��,.•. i 1'11 'Or 4.14 :111.01MM101111•■ irrn7 -71111117-11n7-• ,t11 IL14.111+i'�t' ■. ;11 s;.' it /111111 kjt.1 l,..� 11.1111+. ,atr Lst.71 111(7 t. r, •�i" : .:C ONMONIII OWNS NM. mo. -" mom en= owa• mow Imo mom mom. wpm me ow =U-- - -r. IMO n _»__A Mom a1 ow •••-ONN • amme pow . I__ I�al ma MN Nis Nom gm ime ••••• ,wr.__ r.••••...•� INNION NO ■�tA 111110111111/IIIIIIIIIU1 If1r • •N••••• • • *MICR I If UMW CLASC Iy ece400 -01s SwOKC ACTCCTp cIr Tool 155 -401-0•7 U. ■7 CANDcNIATC PRQ.0 CIF N1C11) R3S- 101^•011 C1.OiE Y1TH DIRTY AIR r I.TCR LTC-IGO -011 DIAgPti\ei 4T-2 3 SYSTEM 2100 CAA COMPU—AIRE INC 8167 BYRON ROAD WHITTIER, LA 90606 PHONE, ( 562) 945• -B973 FAX, ( 362) 696 -07E4 30 TON AIR COOLED WITH NORTEC HUMIDIFIER & ELECTRIC REHEAT DRAWN 9Y 8. FUN RVHITE DATE 01/19/00 .103 Na R V SD 05/19/00(8) 1682-601-204 1 PApr • The Trane Company Memo Tin Mike Kacmarczyk Crave Drew J. Osbom Dabs 5/23/00 IMr Exodus Communication, Seattle Computer Room Units Mike, This is to confirm that regarding your questions about Uniform Mechanical Code section 608 on the above mentioned project, for the unit model CAA -3034 the smoke detector mounted in the retum is appropriate. Computer room units are designed for 100% retum air, thus the properties of the return and supply air are essentially the same. Unlike a package unit there is not outside air mixing with the return air. In either case the return air best represents the conditions of the room air. If you have further questions regarding this matter please feel free to contact Balbir Narang, President of Compu•Aire or myself. If you are inquiring about a section of the national code please provide the section number upon your call, Compu -Aire (582) 9454971 Sincerely, Drew J. Osborn The Trane Company Phone (408) 481 -3800 Page 1 t.A2oo o -- 04 r 940 Remillard Court San Jose, CA 95122 Main (408) 280.1666 Fax (408) 280.1020 Service (408) 280.1677 Fax (408) 2800741 827 Broadway, Suite 340 Oakland, CA 94607 Phone (510) 835.9500 Fax (510) 8352630 Lic # 759297 Mr, Eric Strand, As per our conversation concerning the Uniform Mechanical Code section 608 and its application to the smoke detector installation in the Compu -Aire units, l have the following information, The President of Compu- Aire, l3albir Narang has worked directly over the years of change in the codes with the National Uniform Mechanical Code to insure that his units are produced in full compliance with section 608. He has given us his assurance on this matter. Attached you will find a letter from Trane Company, the distributor of Compu -Aire products. if there are any questions what so ever, Drew Osbon from Trane or i3albir Narang will answer them at your request. The question has been asked, what will happen if the blower motor or other wires in the unit burn? Vale blower wires or motor burn it will be disabled by the failure, irony other wires burn in the unit a shutdown will occur thru the onboard microprocessor, When the unit shuts down, the smoke will be detected by the factory installed smoke detector causing an alarm report, If the fan continued to run during a fire, the recycled smoke would then set off the detector that would then shut down the unit and report, The entire system is then backed up with the Vesda Laser Plus system that 1 have enclosed a submittal on. The Vesda system is the earliest smoke detection system available. it is capable of detecting particles in the pre - combustion stage with its highly sensitive receiving optics that allow for a wide range of particle recognition, Its placement in the space is at all return air openings for the ceiling, This in most cases would detect smoke even before an ION type supply air smoke detector, As you know this type detector cannot be used on this type of unit because the supply air velocity is greater than the rating for them. All of these reasons are why the units are designed with an area detector on the return side of the unit. It is simply the best way to monitor until something else is invented. Matt Mathis Site Superintendent air systems inc. an ENCOMPASS company www.airsystemsinc.com (800) 829-1666 MAT -„-lli.l 1UE 5 ::: AM Mu,l, .::' -r1i' LE 606 609.1.1 SECTION 606 •-- VENTILATING CEILINGS 606.1 General, Perforated ceilings may be used for air supply within the limitations of this section. Exit corridors when required to be of fire•resistive construction by Section 1005.7 of the Build. frig Code shall not have ventilating ceilings. 606,2 Requirements, Ventilating ceilings shall comply with the following provisions: 1, Suspended ventilating ceiling material shell have a Class 1 flame•spread index on both sides determined in accordance with Table S.A of the Building Code. Suspended ventilating ceiling supports shall be of noncombustible materials. 2. lighting f sturee recessed into the ventilating ceiling shall be of a type approved for that purpose. SECTION 807 •— UNDL7R•FLOOR SPACE USED AS PLENUMS An under.floor space may be used as a supply plenum, provided: 1, The use of underfloor splice shall be limited to dwelling units not more than two stories In height, Except for the floor Im• rnediately above the underfloor plenum, supply ducts shall be provided extending from the plenum to registers on other floor levels, 2. Such spaces shall be cleaned of ell loose combustible scrap material and shell be tightly and suhstentlally enclosed. 3, The enclosing material of the under.floor specs, including the sidewtll insulation, shall not he more flammeblc than 1.inch (2S mm) (nominal) wood boards (flame•spreid index of 200). In. >Itallatton of foam plssticr3 Is regulated by the Building Code, 4, Access shall be through an opening in the floor and shell not be less than 24 inches by 24 inches (6l(i nun by 610 mm), 5, A furnace supplying warm air to underfloor space shall be equipped with an automatic control which will start the air•ctrcu• lacing fan when the air In the (mice bonnet retches a temperature not higher than 150'F (65'C'). Such control shall be one that can not be set higher than 150'11(65'C). 6, A furnace supplying warm sir to such space shall he equipped with an approved temperature limit control that will lirn. it outlet air tempereture to 200'F (93'4 7, A noncrtmbutttihle receptacle shall be placed below each floor opening nto the air chamber, and such receptacle shell con. form to the following: 7.1 The receptacle shall be securely suspended from the floor members and shall not he more than 18 inches (457 mm) below the floor opening. 7,2 The area of the receptacle shall extend 3 inches (76 tnm) beyond the opening on all sides. 7.3 The perimeter of the receptacle shall haves verttcsl lip at least 1 inch (25 rnm) high at the open sides if it is at the level of the bottom of the joists, or 3 inches l76 mm) high if the receptacle is suspended. 3. Floor registers shall be desicned for easy removal in order 31ve sexes for cleaning the receptacles. Fxtertor walls and interior ;cud partitions =nn11 he tits ',locked at the flocs, 10. 'daeit • i I$ register be cnnnecild to the air (Mariner ny .t re■ttr.ter hqX or boot 1997 UNIFORM MECHANICAL CODE 11. A duct conforming with Section 601.1 shall extend from the furnace supply outlet at least 6 inches (152 mm) below combus• tiblc framing. 12. The entire ground surface of the under.floor space shall be covered with a vapor barrier having a minimum thickness of 4 mils (0.1 thin) and a ilame•spreed index of 200 or leas. 13. Fuel•ges lines and plumbing waste deanouts are not located within the space. SECTION 808 -- SHUTOFF FOR SMOKE CONTROL Air•moving systems supplying air in excess of 2,000 cubic feat per minute (940 Us) to enclosed spaces within buildings shall be equipped with an automatic shutoff. .Automatic shutoff shall be accomplished by interrupting the power source of the atr•moving equipment upon detection of smoke in the main supply.air duct served by such equipment. Smoke detectors shall be labeled by an approved agency for air.duct installation And shall be installed in accordance with the manufacturer's installation instructions. Such devices shall be compatible with the operating velocities, pressure~, tempetaturet+ end humidities of the system. Where fire detection or alarm systems are provided for the building, the smoke detectors required by this section sh311 be supervised by such systems, EXCEPTIONS 1, When the space supplied by the "frowning equipment I.s served by a total coverage smoke•detectlon system cum. plying with UPC Minden! 10.2, Interconnection to such system rney be used to accomplish the required shutoff. 2. AutomxiIC shutoff Is not required when ell occupied rooms ►erred by Ihe airrhandlins equipment have direct telt lathe exterior end the IMO distance dnei not exceed 100 feet (30.4 m). 3, Automuie shutoff Is not required for Croup R. Division 3 and Croup U Occupancies, 4, Autnmstic shutoff is not required for approved smoke /control system' or ashore analysts demonuteies shutoff would create s greater hoard, such is msY bs encountered do air•nukes eepdpnnsntiupply• Mg specialized portions of 01o11p H Occupanctse, Suck equipment ;Mil to required to have stroke detection with remote indication anti minuet shutoff caosotllty at an approved Ireation. SECTION 609 PRODUCT•CONVEYINO DUCT SYSTEMS 609,1 Materiels, ,Materials used In prnduct.cnnveying duct Sys. terns shell be suitable for the intended use and shalll be of metal, EXCErrLoNsi 1, Asbestos•cement, concrete, day or cerat»io m4t4rieia may be deed when it to shows that thee" matenats will be cquivelent to meal dude installed In accordance with this chapter, 2, Owls serving e Clue 5 system may be constructed of approved nunmelsllic materiel when the corrosive characteristics of the material being convoyed make a mete) system unsuitable end when the mixture being conveyed is nonflammable. Approved nonmetallic materiel shell be either a listed product hay. In a tlame•scread index of 35 or leas and a %nioke•davcloped rating 0150 Of 11:44 on both Inlide and outside 3urfue,1 without eVidClce 4f continued progressive combustion, or shah have s Ilsme•spiw4 index of ,'.S qr tars and shall ba installed with en automatic tire•sprinkler pre. tection system inside the duet, 3. Poch; wed la ccotrai vacuurn•cteentng,yrrrms within a dwelling unit may be of PVC pipe, Penetrations of fit{ walls end flaor•ceiitng or rcot.ueiting assonnlies shalt comply with Sicuons 709 and 7W of the Building Cone. Copper ur tctruu► pipes or coudoils extending from within the separation oetween a garage and dwcllini unit to the central vacuumir.g unit may be uscn. 6119,1.1 Aluminum. ,klutninum ducts shall not he used in Sys' tuna: conveying tlamtnable vapors, fumes or explosive dusts tier in Glass 2, 3 or 4 systems. Cralvantzed steer and aluminum duct; Thai' not he used when the temperature of the material being con• veyerd exceeds .I011`17 t ,'Q41('), SUPF ESSI O N SYSTEMS, INC - - SPECIAL HAZARD FIRE PROTECTION 4417 PACIFIC HWY. E. TACOMA, WA 98424 -2611 1e (253) 926 -3300 FAX (253) 926 -3306 May 17, 2000 Ray Cockerham Senior Building Inspector City of Tukwila Community Development 6300 Southcenter Blvd. Tukwila, WA 98188 Re: Compuaire Air Handler Units, Exodus, Intergate,West Dear Mr. Cockerham, I am writing you on behalf of Sabey Construction regarding the design and operation of the Compuaire Air Handler Units at Exodus Building at Intergate. West. I believe you had a question regarding the design and operation of these units in the event a Compuaire motor should overheat and become a source of fire. I spoke with Mr. Matt Mathis of Air Systems Inc., the provider and installer of the units. Mr. Mathis stated that in the event of a fire in the motor the fan operation would shut down. The resulting POSITIVE AIR PRESSURE in the sub floor would force the smoke back through the Compuaire Unit and activate the factory- installed smoke detector therein. The Compuairc smoke detectors are monitored by the Fike Cheetah Fire Alarm System and do notify both the building and the Tukwila Fire Department. Should you have any further questions regarding these units please do not hesitate to call me at 253- 229 -9945 or Mr, Matt Mathis at 949 - 283 -5393, Sincerely, SUPPRESSION SYSTEMS, INC. Vincent J. DePalma Vice President Sabey- Exodus•Intergate.West•Compuaire Deaombor 18, 1999 AIR J08# 9909.E PACES 1 711110110/1 1.9 M 2OOObOL15 NELSON-BOURDAGES a Division of Poggemeyer Design Group, Inc. 512 Sixth Street South, Suite 202 • Kirkland, WA 98033 (425) 827.5995 • Fax (425) 828.4850 CITY FEB 1 8 2000 POW CUTER . NELSON- BOURDAGES, INC., P.S. Consulting Engineers . 912 Sixth Street South, Suite 202 • Kirkland, WA 98033 . (425) 827.5995 • FAX 425 828.4850 M de by s Ale Da... /2 ,' Job No. 910.s- Checked Iy 1 • is Date Sheet No. Description ' tor. .. dGsZ Gt4 Job Natne p4ct!-'rG yaw, 3LLk A "J1.6 Gp,•►a/),rG 202' Parties $ P Ca Ct. 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Consulting engineers . 512 Sixth Street South, Suite 202 • Kirkland, WA 98033 (425) 827•S99S • FAX (425) 828.4850 • Made by fn trees Dace:1Z M/7 Jo No. 1174..., Checked by t Date Sheet No. •, .. , Descripllon Job Name Pi c ,'ii: senor (s3L0& / ell SleNotss 5r• .■.• Alva ',L S„mo Wr• =Raba© 17C= Hh79 hJ_ $ = 2,35 jML i -,2z6 gm* Z(189 • . ,► 10170o is11 r h 3'l g gre""Fri":1 4. ti�i•k 24.8 2Cstttj a (atom)) _S .} j(i r ). 644) 3 3 3c X271$ . NELSON- BOURDAS, NC., P.S. GBI Consulting Engineers 512 Sixth Street South, Suite 202 • Kirkland, WA 98033 (42S) 829.5995 • FAX (425)!!28.4850 Ma.e by s A2so D im:72hy /Q9 Job No, 99 95 Checked by Date Sheet No, Description Job Name Phi Fit. V/NW' QL c A MOO .w • ..c Fro . Fb EfiX C&IUK cervet.rAM S s t66 Css) r. Z 3, t. oUO (i'3q iN) 1.11 -3 Ivr • Garw►1dIN1;0 Sr;te rt ,2Z6 * isgr 7,30/3r = eiq, �/t < 911,Z Ctr» er (or F3- I NELSON�OURDAGES, INC P.S. Consulting Engineers $12 Sixth Street South, Suite 202 • Kirkland, WA 98033 ' (429) 827.5995 • FAX (42S) 828•4550 Model)), e 412 D.... o No, Checked by Date - S eet No. Description /imp. J fft ,J r..r Job Name A.s T,l, ax sceee/t1, a' g' r-` q x y X y . . `r` :see' .'Aer .a icy' Igrao;N Ib 600tb- --} goon, .".‘14--------"i31V4"14 lose lb SeOtr w ;g cer fftt ' - Se. phut 3 ("es P°b ° ,M 9 ,66 06) : alefd SIRdi2 STrie°S ole VNS,, icrm0 LW OW Ok $91 600 iA !6 e 6 Icsl 14/6;01 14/6;01 lava �r > Axiaz. Logo . . Cg' rns- Pk.P ) K 7. 1.0 , q2 _IBS; 1 • Eyv "ew EE- I —'See Imo' 8 (ro0 6 Gym O Lis '. Sl Column Strength per ASO Chapter E - Compact Sections K 1 L = 48 inches r 1.51 Inches KtJr a 31.8 Slenderness Ratio ( <200) E 29000 ksl Fy u 48 kal Co m 111.8 E2.1 Fan 24.92 kal E2.1 Fati N/A kid E2.2 (only applicable it the Slenderness ratios Cc) etricK & Og ke ec rn's, • , Lino iva!i'•S • NELSON- BOURDACES, INC., P.S. Consulting Engineers • . 512 Sixth Streit South, Suite 202 • Kirkland, WA 98033 (425) 821.5995 • FAX (425) 828.4850 Made by 3. ARNCn -,� Da,. • Jo. No. . ?40 `j • ' Chec e . .y Date Sheet No. 1 Defcri tion p rj,�f =' - dueeN Job Name PACiFiL Vieur (6Lt, A ) G'61'. • . F%M'i v t4enu t2 ar P Et.M1 S • • AMMONS _••11•.•10 G jimo k044:1 * ao /drr- Cs4,c 1. Aar / ,,, . 1111 1111 �. 72)0 RAic . I01o, . t b)(2) At 100 I4/ • l2r Ib ,3e l/ 130o /6 liar Ib H, pc /, G • coo N si-00 A t�� CI rX I Z _.- .- ,. 3bN • asasigor 334 Cc ) (v,7 :►e) NBLSON•BOURDAGBS, INC., P.S. Consulting Engineers . S12 Sixth Strdet South, Suite 202 • Kirkland, WA 98033 (425) 827.5995 • FAX (425) 828.4850 Made .y S. 4miNo • L.. /Ms /l9 1°�. MI6" Checked by Date Sheet No. /it) Description ,,�. Reap -- vs S r OrName acoD� p, • ,Fic• Vi€w (8LDt» r �, 4:T4' �-- . /*'/ gft — Nor" ME WWI is Acwou Wit,,' PA) 0104 4 NELSON- BOURDAGES, IN.C., P.S. Ma l � �`�'� D. / lZ!1314i Jo' No. G ��9J�•.: JebY Consulting Checked by 512 Sixth•Street South, Suite 202 • Kirkland, WA 98033 Date • Sheet No. 11- —. (425) 827.5995 • FAX (425) 828.4850 Description e�,r .3..a tS r Job Name r c ` tel''e. V s E u y tet.f7G a) t x x s u V1 -r 1 1 1 0 . '!' t /o5•o Il ..-t, wig MUM_ ±- /E0 lb It ivy 16 20 +3(2S 33"Psr: ;L t, :e as ps►� t a. c-1 • 16 vurPvr" /d(2 ih2 r)1Q»1tDt/11" 1.t no►' ms 1 I . l w oaysirs Q *Ltvii1 -- (iz/) o. C. i-6f (c1,via -is) 8"- Qimrri ishkeffi 4 WIo ,W?vr- L C 1) O t W f '2 Lc. 2 . ) D - w 1-Pz L43) 0 +w /t-S zz) p_ vv/ S ..i- D;itodietr4 Mhx;Mw1 Moms "S MRS' w rnh'na JNC 0g6i4 ► pittlape Li- (Po • NELSON•80URDAGES, INC., P.S. 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Consulting Ensineers 512 Sixth Street South, Suite 202 • Kirkland, WA 98029 (424) 827.5995 • FAX (425) 828.4850 1 Made by `�", /ktnnr�Q G Mk/PI Jo No, 'MPS- Checked by Date Sheet No. ms 's.., , Oe� con Car Jab Name �itetra Ow CaLa . i) 0(64 TY6 -- « IN s�G%/ cm .s R et; y iikLI r1 e;ptki r ((ja ni 4- Tr- cafes' • 9023 4- d26 3S' I1, 6('8 rsi Mie&v.O.L.LT .: s .S I a, 3 9a cos; It 'NELSON•BOURDAGES,INC., P.S. Consulting Engineers 512 Sixth Street South, Suite 202 • Kirkland, WA 98033 (425) 827.5995 • FAX (425) 828.4850 Made by s, D Di JZ/ Job No, gpQ95— Checked by Date Sheet No /6 Description p ntUr R C ( CWNSG2 UN's* sirr!/XJRr Jo • Name &(cOUS 6X3, Y * 4 i 3,%1 ,Nt A. ' ,z,9 ;mg $X 3,2y r lttt/ iN r. MECN1�x� pufyr" F2 C • 'Z;7 sd /.F+ VAii'Wrr 7S?9/S i� N, = X6,7 j�',, Asst le< X16 r" =,q1 1.114, pry,Arf„, A r dyJ 4404 4700 0N1'r r0 A /ION w/ b4,r erwl.44. ,0o7vi3 . We. Do /t/oT' / 'v -'" timer" r arid/4.0r" yd- , 64,4- /44`0 si o co4tinotrshe a► J n»E /6117/ 6267)01151 8 - ASV lit l6 ✓ c 7Pig ,N lb re-StrtAkso Ol,roi Avvi )(•AV.'S .!�• — a !dL = a N./ a Ps; c" 2•4 acs; emoiv sme ns Agr sell Fri dwimc,rireJ P-- 17 .;1I:31AM ;• MapP 4 206 284 95764 3/18 • ACIFIG VIEW OFFICE BLOC I. . Mon Oct 1e 11:20:11 1996 • _ • • 44 • * *TOP CHORD AXIAL LOAD DESIGN ** S7111tr5j INCREASE ALLOWED AXIAL AXIAL STRESS RATIO 1009.6 .0472 20' 7 -.0/4" ' 11 -- TENS /ON -- AXIAL FORCE TC SEC * et .0000. -- COMPRESSION --- AXIAL AXIAL FORCE ETRE6S L END PANEL. Pp 13151. 12425. o • END PANEL MP 13181. 1242$40 INT PANEL PP 20072. 20053,2 YNT PANEL MM 2207tt. 206;3.2 i li ENO PANEL Mp 13101. 1e4SS.0 q END PANEL PP 13151, 1t425,0 J • "TCX DE8ION OR E- HEMSERS ** • RENDING SEC MOMENT REG 8 DEV 5 L 22 TC 2126, .071 .2150 es #R AXIAL RATIO .3451 .5233 .51 13 7649 .5233 •34x1 BENDING STRe9s 9184.3 2739.1 6004.8 ie,s,3 2739.1 9194.3 • • BENDING COMBINED • RATIO RATIO .26215• .6003 . 0967 .62d0 • . 0000 .6013 . 0000 • .7649 .0967 .6@00 • . 11151 .6003 • DEFLC DEARINc REO I DEV I IN. LENGTH DEPTH • .023 0413 .067 0- B in e.50 1- 0 1/2' i * *NEB DESIGN** 50000. PSI, LOAD u 463. Loom • REO DtV REO Who SEC DIAM SHEAR VHEAR FORCE All W1 112 ,7500 4632, 4767. 11S92. W2 110 .6250 2 3624. 3714. 43S&. kq 41 109 .56301/4121S: 2e9o. W e.ME HERS HAVE BEEN SIZED •� »o t' 2201 L B AT AII`I PANEL PONT,. a • **WELD** VEe N1 W3 EFF, THROAT FILLET SIZE .200 .19E .170 LOAneu,u STRENGTH LOS /IN 4e0o, 30110, 3729. „AMRIOOIN. RRDUIRUNtNTGwo. W Y M WORKINR TC RYY BC RYY LENGTH 1.041 .040 20.313 VPL&FT BRIDGING NO, OF SPACING ROWS 6.002 4 DEV ALLOW ACTUAL W1 NPWE • FORCE STRESS STRESS LENGTH END 11929. 27000, 26237. 3- 6 1/4 8 i z 14966. 1 4199 , 16390. 91!3. 00171 NAL SHEAR'`&UE TO A LOAD Of • * ** • ANGLE SMEAR L „C /IN 4600. 4699, ' 4900, WORKING LEN /ITC RYY! 234.561 CLEAR SPAN 14,000 ' BRIDGING SPACING FOR UPLIFT GOVERNS w,* .( 151 r 1 ii�ir. : 'Z�3q� se: ��i'� ita " .?N11 • r: . .` L g023 KS ' (Acme% & PMSS) 4 2rai -. w ,wwwpr VELD LENGTHY • L1 Le L3 1.4 1,300 .033 .659 .061 • .41$7' ,S14' 11590. 8122, 7001. .4706. •• STANDARD NO. OD 'PAC NC ' . ROWS b.eee e BC RYY L /RYY .040 98.2B9 • • • • • . .,. ...............w 14L'•4U-DO ,11;4UAM i WLCRAF'f-+ 200 284 8878 :;k 2/15 14 .ACIFIC VIEIJ OFFICE BLOC A Man Oct 12 ,1:40t11 199E .. 460 LIST 20' 7 -•3/4" * *SNORT SPAN JOIST DESIGN REQUIREMENTS v1.01 .- -rr-.r DEPTH. 8S LGTH 44.00 20'• 7 314 8RZDCING ACTUAL DEFL DEVELOPED INCHES (,,Be .79, TL .576 LL + +OAS I C 0 /HENS I ONS *. •4e0'a33 PANED'•' EFF 11( LYNCTH i LENGTH ) DEPTH { R04:1e5 ` 8- 0 0/0 15.03a • • 831 SPECS VULCRAFT ENC DEPT** LEFT ENO PONT END STANDARD STANDARD (r AN IvJ ,.. ,�. NP Y TCX LEFT 8 2- 3 7/8 00 -08 1/0 'LOAD CRITERIA*" - ¥66.q- 3SI►i lib r•+TAL LOAD • 462.9 PLF, LTVE LOAD M '331.5 PLF', UPLIFT LOAD r� 40.0 PLF 1 zS' I4:,3 F# 011 N --nn,e 4.,► oOclove i man RESISTING MOMENT a 301�N -Les, REDD END REACTION • w11,lir. �, LDS. ROOT AT MO !!HEAR . 111.9 I , (// ' `•-- .10+.'11 � a��. } % RIME LOAD ■ 250. I.e5., TOP CHORD AXIAL LOAD • 2.000 KIPS I UPLIFT RE21$Y!NO MOMENT is ECM. 1N -Les, UPLIFT END REACTION • 406. LOS. • • • • • • • • • L TCX LOAD! . UNIFORM - 46e.6 PLR. +`QHORO DESION4* BTREL FY • 50000. P8rr,,,..�••••-- •......... -..., .. END PANEL PP L 6ND PANEL MP INT , PANEL PP INV PANEL MP END PANEL MP R 3140 PANEL PP AXIAL STRESS 10635.4 10535.4 12963.6 18963.6 10!136.4 10236.4 Sic DESCRIPTION Re L e x 2 X.137 S4 14 1.1-1 /RX1-1 /2X,115 B OTTOM CHORD UPLIFT' 1IAL MOMENT UNI LOAD ,3 0 - 2615.9 0' 1052.6 .6321 - 1861.6 .9875 915.8 .5916 eose,o .3902 -C615.9 ALLou RES K 306315, 1.00 19'lnee , 1.00 196446. 1.00 BENDING s7RE5e 9144.3 2730.1 6500.8 1536.3 2739.1 9164.3 v6 04 • BENDING COMBINED RA ,� RATIO • 34 " 7304 Si siteg . 0000 .63a1 • . 0000 .92751 , .let6 .7181 . 3404 ,7304 • 'RL /R 1 PL111 LKNGTN 60.5 9e.7DEV 0 e1- 4 1/4 • 90,3 76.0R20 0 14- A 0/0 ,OREQ TL 98,3 - L /RY • 22C DEDDR1PTIOM AXIAL ETRE00 CDRMP iir 14 LI- 1 /!XI -1 /EX. t is 30260. 1.0043 B OTTOM CHORD UPLIF" t 2482, .1260 L /300 LZVI LOAD DRY • 413.3 P$F, L/440 LIVE LOAD • TOTAL LOAD POR DEFL - 487.5 PLF; 61,.3 PLF. • • • • • } r A 11 11•11•_r.r ..• MI. w•.A r. 11a. Y•... W. 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I, • • • . • • .._.w•. w •. •• • •••• ■•••••• • r etelh r 4444d i 4 w...•, -al;03 c7454 p� • ., 1I "yam 141 Awn.. mad �i oN - A?'0"4 ai . k ∎6116664•C1-2 r0O. int •MN xad :t'Wad . • • .._.w•. w •. •• • •••• ■•••••• • r Micro Com Systems Washington Ltd. 12608.8 INTERURBAN AVENUE SOUTH TUKWILA, WA 98188 TEL (206) 248.3191 FAX (206) 248.3313 ATTENTI ON The next image may be a duplicate of the previous image. � Other: www.microcomsys.com 15050 15250 15300 15400 15492 15500 15950 15990 MECHANICAL SPECIFICATIONS INDEX BASIC MECHANICAL REQUIREMENTS INSULATION FIRE SPRINKLER SYSTEM PLUMBING DIESEL FUEL STORAGE TANK AND PIPING SYSTEM HEATING, VENTILATING, AND AIR CONDITIONING CONTROLS TESTING, ADJUSTING, AND BALANCING 1:199199272WechkepeciAINDEX.M.DOC M2&001 EXODUS ATCE Job 99272 ROWED CITY OF TUKWILA FEB 1 8 2000 PERMIT CENTER IN DEX-M December 13, 1999 SECTION 15050 BASIC MECHANICAL REQUIREMENTS PART 1 - GENERAL 1.01 CONDITIONS AND REQUIREMENTS A. Refer to General Conditions, Supplementary Conditions, and Division 1 General Requirements. B. This section applies specifically to all other sections of Division 15. 1.02 SCOPE OF WORK A. Provide all labor, equipment, and materials that are required to provide a complete installation as Indicated on the drawings and as described in these specifications including that reasonably inferred for proper execution of work and system operation. B. Provide cutting and patching as required for execution of work performed under this section unless specifically provided for under other sections. C. Repair or replace, to the satisfaction of the Owner, any damage to work of this section, damage caused by leaks or breaks in systems of this section, and damage caused by work of this section, D. Coordinate with work performed by other sections in order to accommodate the requirements of this section and to ensure adequate space and proper location for all necessary work on this project whether or not work is under this section. Provide coordination drawings as required. E. Provide all necessary rigging, equipment and manpower to set equipment and materials in place. Provide all seismic restraints required by code and this specification, for all equipment, duct, pipe, and materials furnished under this section, The Contractor Is responsible for the design of the restraints and for proof of adequacy of the restraints and shall submit seismic calculations prepared by a registered Civil or Structural Engineer., G. Provide placement of all sleeves, hangers, supports, and openings for work under this section. Provide, to cause no delay, all required concrete Inserts, anchor bolts, sleeves, etc., before concrete is poured. Be responsible for correct location and installation of same. F. H. Provide flashing of all wall and roof penetrations for work performed under this section. RECEIVED CITY OF TUKWILA FEB 1 8 2 Ns1 EXODUS 15PifeAr0 CENTER ATCE Job 99272 December 13, 1999 I, Allow for movement in piping and ducts crossing building seismic joints. Provide offsets, expansion joints, and /or flexible coupling and joints as necessary to handle the movement. J. Allow for expansion and contraction of piping systems due to changing temperatures. Provide all necessary anchors, guides, offsets, and expansion joints to handle expansion and contraction and avoid damage to piping systems. 1.03 DEFINITIONS A. Contractor: Mechanical, Plumbing, Process Piping, Fire Protection, Insulating, Control, or other Subcontractor associated with the work performed, B. Furnish: Supply and deliver complete. C. Install: Place, secure, and connect as required to make fully operational. D. Provide: Furnish and Install as defined above. E. Start up: Place system or systems in operation using proper sequences for starting and, where required, equipment manufacturer's personnel to start equipment, F. Concealed: Inside building, above grade, located within walls, furred spaces, crawl spaces, attics, above suspended ceilings, etc, In general, any item not visible or directly accessible. G. Connect: Complete hookup of Item with required services, H. Exposed: Either visible or subject to mechanical or weather damage, indoors or outdoors, including areas such as mechanical and storage rooms. In general, any Item that is directly accessible without removing panels, walls, ceilings, or other parts of structure, I, Rough -In: Provide all Indicated services In the necessary arrangement suitable for making final connections to fixture or equipment. J. Indoor: Enclosed within building structure, including crawl spaces, etc, K. Use: Furnish and Install as defined above, L. Outdoor: Outside of building structure, including on roof, under eaves, etc. M. Indicated; Indicated elsewhere in contract documents. EXODUS ATCE Job 99272 DECEIVED CITY OF TUKWILA FEB 1 8 2000 T -9ll December 13, 1999 1.04 ABBREVIATIONS A. Abbreviations contained in various sections of the specifications and drawings refer to the following organizations, societies, associations, standards, and publications. AABC: Associated Air Balance Council. AMCA: Air Moving and Conditioning Association, Inc. ANSi: American National Standards Institute, Inc. ARI: Air - conditioning and Refrigeration Institute. ASHRAE: American Society of Heating, Refrigerating, and Air - conditioning Engineers. ASME: American Society of Mechanical Engineers, ASTM: American Society for Testing and Materials. AWS: American Welding Society, AWWA: American Water Works Association. NEBB: National Environmental Balancing Bureau. NEMA: National Electric Manufacturers Association. NFPA: National Fire Protection Association, OSHA: Occupational Safety and Health Act, SMACNA: Sheet Metal and Air Conditioning Contractors' National Association. UL: Underwriters' Laboratories. B. Other abbreviations and symbols are scheduled on the drawings, 1,05 CODES AND STANDARDS A. The work installed under this section shall conform to all applicable local codes, regulations, and standards. This project is being permitted under 1997 Building Codes. B. Do not construe anything contained In these specifications or drawings to permit work to be installed that does not conform to code. The codes shall govern where they require higher standards or are violated by the drawings and specifications. C. Consider interpretations and rulings of the enforcing agencies as part of these specifications, D. Comply with drawings and specifications showing work exceeding minimum code requirements. E. The Contractor shall furnish without any extra charge additional materials and labor required for the compliance with any rules and regulations. 1,06 DRAWINGS AND SPECIFICATIONS A. Consider all drawings and all divisions of this specification as a whole and proviNaa V6D work of this division shown anywhere therein, CITY OFTUKWILA FEB 1 8 200a EXODUS ATCE Job 99272 15C CENT December 13, B, Absolute accuracy of the drawings and specifications can not be guaranteed. While reasonable effort has been made to coordinate the location of equipment and materials with the structure and other trades, it is the responsibility of the Contractor to coordinate exact requirements and locations as governed by actual job conditions. Check all information and report any discrepancies to the Engineer before fabrication and in time to avoid any unnecessary work. Any changes or additions subject to additional charges made without written authorization, based upon an agreed price, shall be at the Contractor's own risk and cost. C, The Contractor may modify duct sizes and shift duct and fans as required to meet field conditions. Duct sizes, where modified, shall be sized at a friction loss rate equal to the size shown. The Contractor shall indicate, and clearly note, all changes on his shop and coordination drawings and submit them to the Engineer for approval prior to ordering or fabrication. The Contractor must obtain approval on any changes, D. The Contractor shall provide all necessary offsets, transitions, fittings, and modifications required to complete the work. E. Follow equipment and material manufacturer's instructions where items are not specifically covered on the drawings or within the specifications, If instructions are in conflict, obtain clarification before starting work. F. All dimensions shown on the drawings are in feet and inches unless indicated otherwise. If in doubt, obtain clarifications from the Engineer. G. Scaled and figured dimensions are approximate and are for estimating purposes only. Before proceeding with the work, check and verify dimensions and assume responsibility for fitting materials, equipment, and other parts of equipment within the structure. H. Confirm all slopes and Inverts. Route and coordinate all piping locations as required to obtain necessary elopes and proper drainage. This Is particularly important for steam, condensate, and drainage piping. I. Where apparatus and equipment have been shown on drawings, dimensions have been taken from typical equipment of the class and type shown. Check drawings to see that equipment contemplated for installation will fit Into the buliding and Into spaces provided. 1.07 SAFETY AND INDEMNITY Refer to General Conditions. 1.08 GUARANTEE AND WARRANTIES A. All materials, parts, equipment, and workmanship shall be guaranteed for a period of one year from date of substantial completion. RECEIVED CITY OF TUKWILA FEB 1 8 2UIti11 iftilifitt9ENTER December 13, 1999 EXODUS ATCE Job 99272 B, If the manufacturer provided for a longer guarantee period, it shall also be submitted, C. Also see Division 1. 1.09 EXAMINATION OF SITE Examine the building site and compare the drawings with existing conditions. The act of submitting a bid shall be deemed as having made such an examination and that allowances, therefore, have been made in preparing the bid figure, No extra payment will be made for additional work that would have been made apparent by the site visit. 1.10 OBSERVATION BY ENGINEER Work may be observed at any time by the Engineer or his representative, Work covered or concealed before being observed and approved shall be opened and uncovered upon request. 1.11 FEES A. Provide, procure, and pay for all permits, services, meters, licenses, fees, etc., required for performance or work of this section. B. Upon completion of the work, deliver to the Engineer, all certificates of approval signed by the controlling authorities. 1.12 SUBMITTAL DATA A. Submit complete data for all equipment, fixtures, and materials to be installed es required in Division 1. B. Equipment, materials, and products specifically Identified, described, or scheduled on the drawings and named first In the specifications are the basis of design, The other manufacturers or suppliers which may be named In the specification only Indicate the general acceptability of the manufacturer or supplier and are considered substitutions. It Is the Contractor's responsibility to research, select, and prove, through the submittal process, that the specific model, size, or type of the alternate Item proposed Is equal and will perform equal to that which is the basis of the design. Operational characteristics for such items as outlet velocities, power Input, sound levels, efficiencies, etc., shall be considered in addition to the overall performance or output. C, Each item submitted shall be labeled or identified the same as on the drawings, D. The Contractor assumes full responsibility that alternative items substituted for the first named manufacturer will meet the Job requirements and is responsible for the �� cost of redesign and modifications necessary due to this substitution. RevIntliV MlA additional work required due to the use of substitute materials shall be full indicated on detailed drawings submitted with the shop drawings, FEB 1 8 20110 EXODUS ATCE Job 99272 'T &tR December 13, 1999 E. Mark submittal "Exactly as Specified" or accompanied by a letter from the supplier explaining in detail what difference, if any, exists between the submitted item and the specified item. Failure to point out the differences will be considered cause for disapproval, If differences are not indicated and /or not discovered during the submittal review process, the Contractor will still remain responsible for providing equipment and materials that meet the specifications. F. Provide fan and pump curves, operation characteristics, capacities, ambient noise criteria, etc., for all equipment. G. Submit octave band sound power level data at the specified operating conditions for fans, air handling units, fan powered boxes, and terminal devices. H. Submit certified test report indicating sound insertion Toss and static pressure loss for ell sound attenuators. I. For vibration isolation equipment, list make and model selected with operating load and deflection. Indicate frame type where required. Submit manufacturer's product data. 1.13 SUBSTITUTIONS A. Refer to Division 1 for substitution procedure. B. Equipment, materials, and products specifically Identified, described, or scheduled on the drawings and named first In the specifications are the basis of design, The other manufacturers or suppliers which may be named In the specification only Indicate the general acceptability of the manufacturer or supplier and are considered substitutions. 1.14 DELIVERY, PROTECTION, AND STORAGE A. Provide all temporary storage and shop rooms that may be required at the site for the safe and proper storage of tools, materials, etc. These rooms shall be constructed only in the locations approved by the Engineer and must In no way Interfere with the proper installation and completion of other work, or the continuation of or with, existing operations during the entire construction. Remove these facilities and restore area to original condition at completion. B, Immediately, upon delivery, inspect shipment including Owner furnished items to ensure that products are undamaged and In accordance with requirements. Should the product be damaged or not in compliance with requirements, immediately repair as directed or approved or order replacement at no additional cost to the Owner. EXODUS ATCE Job 99272 fEO IVED CITY OF TUKWILA FEB 1 8 2UU0 December 1 itt 1,15 PROTECTION OF BUILDING Protect new and existing building structures and adjacent finished surfaces during construction. Patch, repair, and refinish existing work damaged by work under this division to match adjacent undisturbed area. Patching, repair, and refinishing shall be performed by workmen skilled in the section involved. 1.16 RECORD DRAWINGS Refer to Division 1. 1.17 OPERATING AND MAINTENANCE INSTRUCTIONS A Furnish three (3) complete sets of operating and maintenance instructions for all equipment of all types bound in a hardboard binder and indexed. Submit no later than thirty (30) calendar days prior to substantial completion. B. In addition to specific requirements specified in the various section of work, incorporate the following: 1. Complete operating instructions for each item of equipment, 2, Test data and other reports than may be specified. 3. Written maintenance instructions for each Item of equipment, listing in detail, the lubricants to be used, frequency of lubrication, Inspections required, adjustments, etc, C. Refer to Division 1, 1.18 SITE CLEAN UP A. After all other work has been accomplished, clean all exposed piping, ductwork, fixtures, equipment, and supports, (Leave all areas involving mechanical work clean,) B. Refer to Division 1. 1.19 QUALITY ASSURANCE A. General: Material and equipment Incorporated in the work shall be as follows: 1, New and manufactured or fabricated without defect. 2. Of the size, type, capacity, quality, model, and manufacture specified, PIt»OEIVEO 3. In conformance to applicable standards. CITY OF TUMNILA FEB 1 8 203U EXODUS 1 atitrt CENTER ATCE Job 99272 December 13, 1999 4. Suitable for use in the service specified or intended. B. Equipment: Design, fabrication, and assembly shall conform to the best engineering and shop practice. Parts of duplicate units shall be of standard dimensions, gauges, and material and shall be interchangeable with like parts in like units. All items of similar nature shall be by the same manufacturer. Trim for major items shall be furnished by the manufacturer of the item. C. Qualifications of Manufacturer: Manufacturers of products used in the work shall be regularly engaged in and shall have a history of successful production of such items; certification of same may be required. D. Qualifications of Installers: Installers shall be skilled and experienced in the particular crafts involved in the work and shall be sufficient in number for prompt accomplishment of the work. They shall be directed at all times by one person having skill and experience in each particular craft and complete familiarity with the work and methods needed for its proper accomplishment. The Owner has the right not to allow unskilled or Inexperienced installers on the project. Replace work that is installed below these standards as directed by the Engineer at no additional cost to the Owner. Welders shall be certified in accordance with American Welding Society "Standard Qualification Procedure ". E. The mechanical contractor shall cooperate with regard to sound tests (ARI 575, ANSI 5113) which may be conducted by the Owner or his representative to verify that noise criteria are met. F. The mechanical contractor shall notify the construction administrator of any changes that may affect the acoustical performance. 1.20 SPECIFIC MANUFACTURER AND MODEL A. Trade names are used to establish standards. Where more than one name le given, the first listed Is the basis of the project design and will be described fully. Other names indicate product Tines of generally comparable quality, but are considered substitutions, S. Where specifications call for an installation to be made In accordance with manufacturer's recommendations, a copy of such recommendations shall at all times be kept in the Job superintendent's office and shall be available to the Owner's representative, C. Follow manufacturer's instructions where they cover points not specifically indicated on the drawings and specifications. If they are in conflict with the drawings and specifications, obtain clarification from the Engineer before starting work, EXODUS ATCE Job 99272 RECEIVED CiTY OF TUKWILA FEB 1 8 MU PINOIFFIFER December 13, 1999 1.21 NO SPECIFIC MANUFACTURER Where no specific make of material or equipment is mentioned, an appropriate product conforming to the system application requirements shall be submitted. 1.22 UL LABEL Furnish UL labeled and listed materials and equipment except when equipment is of a type for which labeling or listing services are not available from UL. 1.23 CURRENT MODELS Materials and equipment shall be new current models by each manufacturer and shall bear complete identification by the manufacturer, Materials and equipment shalt be guaranteed by the manufacturer to equal or exceed specified, submitted, and published specifications such as pressure ratings, capacities, etc. 1.24 SERVICE CAPABILITY Provide materials and equipment of major and reputable manufacturers with ability to render competent and thorough technical services through local organizations and to expeditiously furnish spare parts, 1.25 FINISHES AND PAINTING A. Provide all equipment with a factory finish, All other painting will be done under another section, B. Touch up scratches in factory finished surfaces to match original. Obtain touchup paint from the manufacturer of the piece of equipment. 1.26 COORDINATION A, Coordinate with work performed by other sections In order to accommodate the requirements of this section and to assure adequate space and proper location of all necessary work on this project whether or not the work is under this section, This coordination shall Include, but not be limited to, the following: 1. Provide all required sleeves, chases, concrete Inserts, anchor bolts, etc,, before concrete Is poured. 2. Layout support pads, curbs, sleepers, anchor bolts, etc., for all mechanical equipment and materials so as to be In the proper location for the equipment actually ordered. These pads shall be of adequate dimension to provide for proper mounting of equipment isolators and equipment mounting so that anchor bolts meet all seismic criteria, Contractor shall allow for proper service clearances. Ramp CITY OF TUKWiLA FEB 1 8 MO EXODUS ATCE Job 99272 PERMIT CENTER 15050 - 9 December 13, 1999 3. Provide templates, information, and instructions to other divisions as necessary to properly locate holes and openings to be cut or provided for mechanical work. 4. Layout ducts, piping, and other mechanical systems and confirm all sizes of systems and components to be sure they fit the space available prior to ordering and manufacturing of components, fi. Be certain to allow for proper pipe slopes. 6. Provide proper clearances for access to and service of all equipment and Items requiring adjustment including shutoff valves, B. Prepare and submit, for review, large scale (minimum 3/8" = 1' -0 ") coordination drawings showing location and elevations of all equipment, ducts, piping, conduits, structural, and other items in the area. These shall be fully coordinated with all other trades and Owner supplied items, Check routing and elevations of all ductwork and equipment before fabricating. Report any conflicts that cannot be solved in the field to the Engineer. Extra charges shall not be allowed due to lack of coordination prior to, or during, construction. These drawings shall be distributed to all other trades that are affected, 1. in addition to plan view, indicate heights to clarify clearances from structure and from other trades. Use partial sections where necessary. 2. Se certain to allow for proper pipe slopes. 3, Provide proper clearances for access to and service of all equipment and items requiring adjustment including shutoff valves. 4. Provide for access to all terminal boxes, volume dampers, fire dampers, condensate traps, and fire sprinkler heads, 5. The coordination drawings shall be reviewed and checked for completeness by the general contractor. Review by the Engineer and engineer Is to assist the contractor and to attempt to point out obvious errors. Responsibility for proper coordination shall remain with the contractor, C. Differences or disputes concerning coordination, Interference, or extent of work between sections shall be decided by general contractor. D. Extra charges shall not be allowed due to lack of coordination prior to or during construction. RECEIVED OS111 OF TUKWIL,A FEB 1 8 MU EXODUS PrrtiTEn ATCE Job 99272 December 13, 1999 1.27 SPACE REQUIREMENTS A. Consider all space requirements for all work indicated in the contract documents and subsequent drawings before installing any portion of the work. Space conflicts that may occur during or after installation of work caused by contractor's failure to consider all such requirements shall be resolved by the Contractor at the Contractor's expense, B. Install equipment and materials with all working parts readily accessible for inspection, repair, and renewal. The right is reserved to make reasonable changes in locations of equipment on the drawings prior to rough -in without involving additional expense to the Owner. C. Confer with the General Contractor and /or Engineer to establish the exact locations, mounting heights, and arrangements of all the finish work prior to roughing-in, 1.28 STRUCTURAL MODIFICATION Do not cut structural members except with written approval of the Engineer, 1,29 WORKMANSHIP Workmanship shall be first class throughout, performed only by competent and experienced workmen. Replace work falling below these standards. Constant supervision of the work either by the Contractor or his competent representative shall be maintained. Welding shall be by certified pipe welders. 1.30 NOISE AND VIBRATION A. Quietness is a requirement. Eliminate noise, other than that caused by specific equipment operating at optimum conditions and at design noise criteria. B. Limiting of transmission of noise and vibration Is Important, The Contractor Is to pay particular attention that piping, equipment, and ductwork is installed so as not to chatter or rub against other materials, equipment, and the building structure, Provide Isomode pads, Insulation, or other suitable materials to avoid direct contact and noise conditions unacceptable to the Owner. Consider, In particular, pipe clamps at risers where they contact the slab, proper shields at pipe hangers, and pipe and duct penetrations of walls and floors. 1.31 MANUFACTURER'S INSTALLATION DETAILS Follow manufacturers' Installation details except as specifically modified on the drawings, and provide any valves or special fittings or other specialty items called for by them as required In order to make the equipment perform as Intended. CITY OF TUKWitA FEB 1 8 MI EXODUS ATCE Job 99272 PERMIT CENTER 15050 - 11 December 13,1999 1,32 SEISMIC RESTRAINTS A, General: All equipment, piping, ductwork, and materials shall be fastened to the structure with properly sized and structurally engineered anchors, bolts, and restraints to prevent permanent displacement in any direction caused by lateral motion, overturning, or uplift. 8, Calculations: 1. Submit drawings, calculations, and specifications that clearly indicate the furnished systems for support of equipment, piping, ductwork, and materials, 2, Calculations shall be in a form that can be readily reviewed by the Engineer. All engineering designs for the restraining systems shall bear the seal of a registered Structural or Civil Engineer, 3. Caicuiations shall indicate compliance with UBC Code requirements. C. Provide specifications of anchor bolt size and loads with installation instructions for each item. All structural steel shall be ASTM A38 (Fy in 36,000 psi), All pipe steel shall be ASTM A501 (Fy 38,000) or ASTM A53, type E or S, grade B (Fy = 35,000). All tubular steel shall be ASTM A500 grade 8 (Fy = 46,000 ps1). All bolts shall be ASTM A307 or ASTM A326. Other ASTM specified materials to be used In the unit and support shall be submitted for approval. Latest American Institute of Steel Construction (AISC) and American Welding Society (AWS) codes apply, E. All bolts, anchor bolts, expansion bolts, etc., shall be Installed with steel washers. All high strength bolting shall be Inspected by an Independent testing laboratory. All welding shall be by welders holding valid certificates and have current experience in type of welds performed. Certificates shall be those issued by an accepted testing agency, F. All welding shall be done by E70 series low hydrogen rods. All welding shall be according to American Welding Society standards. All field connections shall be bolted. Shop welds shall be shown on shop drawings, All full penetration welds shall be tested and certified by an Independent testing laboratory. G. Expansion Anchors In Hardened Concrete: 1. An expansion anchor Is defined as a mechanical fastener designed to expand in a self - drilled or predrilled hole of a specified size, and to engage the sides of the hole in one or more locations to develop shear and /or withdrawal resistance to applied loads without the use of grout, epoxy, or drypack. pttaliV6r► CiTY OF TUKWItA F EC3 1 8 MU 1 a 1EurER December 13, 1999 EXODUS ATCE Job 99272 2. Maximum Values: The shear and tension (pull -out) Toads shall not exceed the values allowed in the latest International Conference of Building Officials (ICBO) Research Report for the specific anchor in hard rock 2000 psi concrete. 3. Where the anchors are subjected to combined shear and pull -out forces, the ratio of the actual shear to the allowable shear, plus the ratio of the actual pull -out to the allowable pullout, shall not exceed 1.00 for gravity Toads or seismic forces. Expansion anchors shall be specified in calculations and drawings by manufacturer's name and model number, as well as by nominal thread size and required embedment. Embedment shall not exceed 3 ". They shall be sized and installed in accordance with the above referenced conditions and requirements, as well as manufacturer's recommendations and ICBO Research Report recommendations for the specific anchor. H. Ail isolators shall be fastened to the structure and to the equipment with properly sized and structurally engineered anchors and bolts as specified above. The isolator manufacturers shall submit seismic calculations confirming that such bolts and anchors can handle the specified seismic requirements. 1. The equipment manufacturer shall furnish the weight of the equipment at each point of support. J. The SMACNA "Guidelines for Seismic Restraints of Mechanical Systems and Plumbing Piping Systems" may be used for reference. However, submittals must be stamped by a licensed Structural or Civil Engineer, K. Seismic Bracing for Hangers and Duct: All required seismic bracing shall be installed as per zone requirements. L. Provide for attachment to portions of the building structure capable of bearing the Toads imposed. Design systems to not overstress the building structure. M. Design and install all support systems to comply with the site seismic zone requirements of the Uniform Building Code N. The General Contractor shall coordinate the load requirements from all Subcontractors so that no combination of loads exceeds the structural limitations. O. The Engineer providing the required calculations shall Inspect all supports and attachments designed by him and provide a letter certifying that they have been installed as designed. EXODUS ATCE Job 99272 RECEIVED CITY OF TUKWILA L't318Zau PERMIT CENTER 15050 -13 December 13, 1999 PART 2 - PRODUCTS 2.01 GENERAL All Items of similar nature shall be by the same manufacturer. 2.02 ELECTRICAL A. General; 1. All equipment shall be selected to suit power available; this requirement supersedes other portions of the specifications, 2. All equipment shall conform to the National Electrical Manufacturer's Association Standards and shall bear Underwriter Laboratories label where applicable. 3. Load and line voltage connections to equipment will be made by the Electrical Division unless specifically noted otherwise. Coordinate work with the Electrical Division. Furnish the Electrical Division with shop drawing Information for indicating ratings and control circuits required for the actual equipment furnished, 4. Guard openings giving access to "live" or rotating parts, except smooth shafts, with screens, grilles, or structural parts to prevent accidental contact with such parts, B. Motors: 1. Provide motors for equipment of this division, Motors shall be minimum size as Indicated but shall have sufficient starting torque to start equipment, 2. Motors shall be open drip proof for general use, totally enclosed for wet or exterior use, and explosion proof for hazardous duty. 3. All motors shall be rated for continuous operation at 115% of nameplate amperage (SF in 1.15), but shall be selected to operate at no higher than the nameplate rating at the design operating conditions, Immediately remove any motors found exceeding the nameplate rating. The horsepower. shown are minimum and shall be increased as necessary to comply with the above requirements. 4. Match the nameplate voltage rating with the voltage available as indicated on the electrical drawings. Provide a transformer for each motor not wound specifically for the available voltage. 5. All motors shall be the premium efficiency type: Century, Toshiba,tffTCjKWitA Electric, Reliance, Baidor. EXODUS ATCE Job 99272 FEB 1 13 2th10 PERMIT CENTER 15050 -14 December 13, 1999 6. The motors shall meet the NEMA nominal efficiency ratings for premium - efficiency motors indicated below: Motor Nominal Efficiency Horsepower 3600 RPM, 180_ 0 RPM 1200 RPM 900 RPM 1 78.5 85.5 82.5 77.0 1.5 85,5 86.5 87.5 80.0 2 86,5 86.5 88.5 85,5 3 87,5 89,5 89,5 86.5 5 89.5 89.5 89,5 87,5 7,5 90,2 91.0 90.2 87.5 10 91.0 91.0 91,0 90,2 15 91.7 92.4 91,7 91,0 20 91.7 92,4 91,7 91.0 25 92.4 93.6 93.0 91.0 30 92,4 93,6 93,0 92.4 40 93,0 94,1 94.1 92.4 50 93,8 94.1 94,1 93.0 80 94.1 94.5 94,5 93,0 76 94,1 95,0 94,5 94,1 100 94,5 95,4 95,0 94,1 125 95.4 95,4 96.0 94.5 150 95,4 95.8 95.8 94.5 200 95.8 95.8 95.8 95.0 NOTE: Efficiencies are based on NEMA Standards Table 12 -8D. 7, It may be necessary to provide motors from different manufacturers to meet the above listed efficiencies, Use the same manufacturer whenever possible, 8. Motors that are connected to variable frequency drives shall be Invertor duty rated to match the Invertor Installed (PWM or six - step), Coordinate with the Invertor supplier prior to purchase. C. Starters: 1. Provide starters for packaged equipment where starters are an Integral part of the equipment or where the design must be compatible with special motors such as hermetically sealed compressors. See equipment schedules and specifications for special requirements. 2. Starters for standard motors shall be furnished and installed under Division 16 unless noted otherwise, Connection to starters furnished by this section shall be under Division 16. Coordinate work to provide a completely operative system. RECEIVED MTV OF TUKWILA D. Controls: Provide devices as indicated on the drawings and in the tspe ci Cc�tiQr ,; PERPMO61i December 13, 1999 EXODUS. ATCE Job 99272 1. 2,03 PIPES AND FITTINGS A. Black Steel: t Threaded Malleable iron (2" and Smaller): a, Pipe: ASTM A53 or ASTM A120, schedule 40, black steel, b, Fittings: ANSI B16,3, 150 psig, black, c, Unions: ANSI 816,39, 150/300 psig. d, Joints: ANSI B2.1 pipe threads. 2, Mechanical Grooved: a. Pipe: ASTM A53, schedule 40, black steel, b. Couplings: Victaulic Style 77 standard with manufacturer's recommended gasket for type of use. c, Use pipe grooving tool specifically designed for this system, 3, Butt Weld (2 -1/2" and Larger): a. Pipe: ASTM A53, schedule 40, black steel, b. Fittings: ANSI 818,9, ASTM A234, schedule 40, black. No miters, c. Weld Joints: ANSI B16.25, butt - welding ends. d, Weldolets and Sweepolets: Weldolets on branch lines 2.1/2" to 5" diameter, Select Weldolet to suit main, Provide smooth beveled openings. B. Cast Iron: 1. Soil, Bell and Plain End: a. Pipe and Fittings: ANSI A112.5.2, service weight, bituminous coated Interior and exterior, b, Joints: Bell and plain end, caulked with neoprene compression gaskets, 2. Soli, Plain End (no hub): a, Pipe and Fittings: ANSI A112.5.1, hubless, service weight, bituminous coated interior and exterior. b. Joints: Neoprene sleeve with stainless steel shield, CISPI 301 -82 and ASTM C564, Galvanized Steel: 1, Threaded Malleable Iron: CITY Cp TUKWILA FEB 18 2000 PERMIT QENTER EXODUS 15050 -18 ATCE Job 99272 December 13, 1999 a, Pipe, 4" and Smaller: ASTM A53 or ASTM M20, schedule 40, galvanized. b. Fittings: ANSI 816,3, 150 psig class, galvanized. c. Flanges, system pressure less than 175 psig: ANSI B16.1, 125 psig class, black; ANSI 816,21, nonmetallic gasket. d. Unions: ANSI B16.39, 150/300 psig, galvanized. e. Joints: ANSI B2.1 pipe threads. 2. Drainage: a. Pipe: ASTM A120, schedule 40, galvanized. b. Fittings: ANSI 816,21, black, coated. c. Joints: ANSI 82.1 pipe threads. D. Copper: 1, Drainage; Type DWV: a. Tubing: ASTM 8306. b. Fittings: ANSI 816.23 cast bronze, or ANSI 816.29 wrought copper. c. Solder: ASTM 832, alloy grade; 95% tin, 5% antimony. 2. Drainage; Type M: a. Tubing: ASTM 888. b. Fittings: ANSI 818.29, wrought copper. c. Solder: ASTM 832, alloy grade; 95% tin, 6% antimony. 3. Pressure; Type L and K; Hard Drawn: a. Tubing: ASTM A B88. b. Fittings: ANSI 818.22, wrought copper. c. Solder: ASTM 832, alloy grade; 95% tin, 5% antimony. 4. Refrigeration Type L; Hard Drawn: a. Tubing: Type ACR, cleaned and capped, ASTM 8 -280. b. Fittings: ANSI 818.22, wrought copper. c. Brazing: 16% silver brazing alloy. 2,04 DIELECTRIC CONNECTIONS A, General; Isolate ferrous from non - ferrous material in piping systems and equipment connections with dielectric unions. RBCSIVBD QRY OF TUKWItA B. Provide Victaulic "Clearflow" style 47 dielectric waterway fittings or approved E B 1 8 2030 substitution. PERMIT CENTER EXODUS 15050.17 ATCE Job 98272 December 13, 1999 C, Dielectric Unions: 1. 2" and Smaller: EPCO Model FX 250 WOG, with standard gaskets for plumbing and high temperature gaskets for heating. 2. 2 -1/2" and Larger: EPCO Model X, brass half - union, ANSI B16.1, 175 WOG, to flange. 2,05 VALVES A, Provide Stockham, Jenkins, Demco, Grinnell, Dezurik, or Nibco valves. All ball or butterfly valves for general use shall have TFE seats, B, General Use Valves: 1, Gate Valves: a, 1/2" through 2" - Sweat: Stockham Figure B -109, b. 1/2" through 2" - Threaded: Stockham Figure B -105, c. 2 -1/2" and above - Flanged: Stockham Figure G -834 bronze fitted, d. OS &Y - Flanged: Stockham Figure 0.824. 2. Ball Valves - 1/2" through 2 ": Hammond No. 808, 3, Balance Valves: a. 1/2" through 4 ": Bell & Gossett circuit Better, b. 5" and above - Plug Valve: Homestead Figure 1522 (semi -steel body). 4, Check Valves: a. At pump discharge: Mueller Model No. 105 -MAP, nonslam, globe type check valve, b. 2 -1/2" and Larger - Flanged: Stockham Figure 0.931, 0. At pump discharge, Bell & Gossett triple -duty valve can be used to replace the Isolating valve, the check valve, and the balancing valve. Pressure Reducing Valves: a, 2" and Smaller - Threaded: Bronze construction, Watts U5LB, C,M., Bailey Figure 30A, b. 2 -1/2" and Larger • Flanged - Cast Iron 125 Ib,: C,M. Bailey, Figure 30A, RECEIVED CITY OF TUKI M FEB 182O PERMIT CENTER EXODUS 15050.15 ATCE Job 99272 December 13, 1999 6. Safety and Relief Valves: a. General: Construction rated and stamped per ASME set pressures as indicated. Minimum capacity to relieve while maintaining pressure in protected equipment within the following: (1) Boilers: 5 psi above boiler design pressure. (2) Unfired Pressure Vessels: 10% above valve set pressure. b. Safety Relief Valves for Heated Liquid (water): Watts No, 740 series, c. Relief Valves - for Unheated Liquids (water): Watts No. 174A series, 7, Cross Connection Control: Provide backflow prevention In accordance with code for each piece of equipment capable of contaminating the potable water system. Where permitted by code, vacuum breakers may be used. Use backflow preventers in all other instances. a. Backflow Preventers: Clayton Model RP, consisting of strainer with blow -off, two gate valves, two check valves, a pressure differential relief valve, and test cocks. Pipe relief discharge to a floor drain. b, Vacuum Breakers: The same size as the line In which they are Installed, Watts 288A. Use polished chrome - plated finish when exposed In finished areas. Use Watts 8A, at hose connections not otherwise protected with backflow protection, C. Butterfly Valves: 1. Lug Type (160 lb, ANSI flange rating): Furnish valve suitable for water at a temperature of 250 F and 176 pslg pressure, which will close off against and provide drip tight shutoff at differentials up to 176 psig, bronze construction. 2, Shafts: Constructed of a bar of stainless steel supported with a minimum of three permanently lubricated, oil Impregnated bronze bushings protected by at least three shaft seals with a field replaceable, reinforced resilient type seat having two seating surfaces to provide double -seat, lift with built - in spare seat usable without removing valve from line, 3. Valve Body: Lug type with holes drilled and tapped to receive cap screws, furnished with extended neck and stem for accommodation of Insulation. 4. Valve 6" and Smaller: Lever operated with a spring loaded locking trigger in handle and position Indicator. Provide means for locking lever in intermediate setting of disc at 15 degree intervals minimum, 5. Valves 8" and Larger: Manually operated with an enclosed worm geapsOdIVED handwheel with positive indicator and with mechanism having interfiNVI iPKWILA set to prevent disc travel beyond shut position. FE3 1 8 Zau EXODUS ATCE Job 99272 PERMIT CENTER 15050 -19 December 13, 1999 6. Manufacturer: Demco Series NE, Milwaukee, Grinnell, Dezurik, D. Valve Operating Chains: 1. Provide valves 8" and over installed 7' (top of valve) or higher above the floor with valve operating chains, 2. Manufacturer: Babbitt adjustable sprocket rim with chain guide. Babbitt Steam Specialty Company. E. Blowoff Valves: Lunkenheimer, Yarnell- Waring. 2.06 PIPING SPECIALTIES A. Thermometers and Wells: Weksler Type Al "Adjust- Angle ", 5" dial bimetal thermometer. Stainless steel case and stem, external adjustment, and matching brass well. Stem length shall be of the length required to obtain an accurate reading. Use lagging extension where pipe is insulated. Scale: Chilled water 25 to 125 F, hot water 50 to 300 F. B. Pressure Gauges: Weksler Model BY14P (March or Ashcroft), 4-1/2" diameter, liquid filled phenolic case, 1% accuracy, with phosphor bronze bourdon tube. Install with Bolton #825OFF bar stock needle valve. Select dial range so that the normal operating pressure will occur as close to the midpoint of the dial range as possible. Provide pressure, vacuum, or compound gauges as required. Use compound gauges for systems operating at plus 5 psig or lower. Provide bottom pigtail connection and bronze globe valve on steam gauges, All gauges that are to be mounted outdoors shall be suitable for mounting in the weather. C. Temperature and Pressure Test Station: Peterson Engineering Company, 1/4" or 1/2" MPT "Pete's Plug" with solid brass fitting cap, Use Nordel valve core for water, Use 1/8" diameter test probes at all pump Inlets and outlets and at other locations as Indicated on the drawings. Furnish two (2) 25 -125 F and two (2) 60- 300 F test thermometers with 1.3/4" diameter dial and 1/8" diameter probe gauge adapters, and two (2) pressure gauges as specified above, D. Air Vents: Hoffman #79 where automatic type Is shown unless specified otherwise, Install with Bolton #825OFF bar stock needle valve. Provide Bolton #8260FF bar stock needle valve cock for manual air vent at coils and at each high point In piping systems, E. Water Strainers: Charles M. Bailey #100A for ferrous and #1008 or #100BSJ for nonferrous piping, "Y" pattern, stainless steel square mesh or 3/64" perforations (Armstrong or Muessco). Install all strainers with a blow -off valve with hose adapter. RECEIVED F. Steam Strainers: Hoffman Series 400 with cast iron body and 20 mesh screens TUKWILA Minimum rating: 125 psi. Alternate suppliers: Armstrong, Mueller Stean1= a 1 8 2U JU Specialty, Spirax Sarco. PERMIT cEkrrER EXODUS 15050 - 20 ATCE Job 99272 December 13, 1999 } G. Flexible Pipe Connectors: Keefiex Kee -Max joints, arch type construction of molded butyl, complete with limit bolts and tie rods (or Mason MFNC approved substitution). H. Air Separators: Bell & Gossett Rolairtrol centrifugal type air separator with tangential inlet and outlet connections. Provide with integral strainer. 2.07 PIPE HANGERS, SUPPORTS, AND PENETRATIONS A. General: 1, The Contractor shall be responsible for locating and sizing all piping supports, hangers, and accessories including all attachments to the structure. See "Seismic Restraints ". 2, Provide Pipe Shields (Grinnell, Eicen, SuperStrut, Unistrut) anchors, guides, and supports. 3. The structural supports shall be SuperStrut metal framing channels with Goldguard corrosion protection or equivalent Unistrut, Eicen, The Contractor may at his option use standard structural steel components (I- beams, channels, angles, etc.) In lieu of the SuperStrut framing system. In this case, the steel shapes must be properly painted after assembly to protect against corrosion and rust. 4. All piping shall be properly anchored and guided to assure expansion and contraction is properly controlled and works toward the expansion loops and offsets provided, 6. All hangers, supports, anchors, guides, and structural attachments shall be installed according to good standard practice and according to the manufacturers recommendations, 8, Size hangers properly to fit around bare pipe, Isolator, hanger shield, or Insulation as required. 7, Use cadmium plated or galvanized hangers, attachments, rods, nuts, bolts, and other accessories, 8. Do not use wire, plumber's tape, or other make -shift devices for hangers, 9, Trapeze Suspension: Trapeze hangers may be used for parallel lines If pipes pitch same direction. Size channel assembly in accordance with manufacturer's published load ratings. No deflection shall exceed 1/180 of a span with a safety factor of 6. 10. When piping is installed using a trapeze hanger, bolt the pipe to the tiN1MPIttD using a pipe clamp, strap, or "U" bolt, Do not weld the pipe to the tri166RTUKWO FEB 182U30 1 5851rr "A December 13, 1999 EXODUS ATCE Job 99272 11, Support piping at walls as follows: a, Steel J-Hook (for pipe located close to wall, up to 3" pipe): Fee and Mason Figure 146 with resilient pipe sleeve, b. For Hanger Suspension (750 pound maximum loading, light welded steel bracket with hole for one rod, 3/4" diameter): Fee and Mason Figure 153 or Grinnell 194, 12. Floor Supports: Support piping near the floor with steel stanchions welded to plates and secured to the pipe and the floor. Provide isomode pad at floor. 13, For piping support on trapeze, use spacing required for the pipe requiring the shortest hanger spacing listed for single pipes, 14, No valve or piece of equipment shall be used to support the weight of any pipe for pipes 1 -1/2" and larger. 15. Provide a support or hanger close to each change of direction in the pipe, either horizontal or vertical. B. Pipe Protection and Supports: 1, Isolate bare copper and plastic piping from hangers with SuperStrut C711 F felt -lined hangers or S -718 Cush- A•Strip, 2, No water piping shall have direct contact with the hanging and support system or the structure except at anchor points required for expansion and contraction control. 3, On pipes 1 -1/4" and smaller that are insulated, run the insulation continuous through the hanger and provide Grinnell Figure 187 galvanized sheet metal shields under the Insulation to prevent crushing, 4, On pipes 1 -1/2" and larger that are Insulated, provide Pipe Shields, Inc., Insulated pipe supports as indicated below. Support shall be 380 degrees, asbestos free, water repellent, calcium silicate insulation, and overlapping galvanized sheet metal Jacket. EXODUS ATCE Job 99272 I'IECI IVOD OITY OF TUKWItA FEB 1820U PEIPMBNIER December 13, 1999 a, Horizontal Pipe: Model Designations Maximum In Ring or Pipe Horizontal Clevis Hanger Flat Surface On Rollers Size Spacing ft Cold, Cold B.,g1 Cold Hoi Schedule 40 Type L Steel Cooper Through 1/2" 7 5 A2000 A1000 A2000* A1000* A4000 A3000 3/4" 7 5 A2000 A1000 A2000* A1000* A4000 A3000 1" 7 6 A2000 A1000 A2000* A1000* A4000 A3000 1 -1/2" 9 8 A2000 A1000 A2000* A1000* A4000 A3000 2" 10 8 A2000 A1000 A2000* A1000* A4000 A3000 2 -1/2" 11 9 A2000 A1000 A2000* A1000* A4000 A3000 3" 12 10 A2000 A1000 A2000* A1000* A4000 A3000 4" 14 12 A2000 A1000 A3000* A3000* A8000 A8000 8" 17 14 D6000 D3000 B3000 B3000 A8200 A8200 Above 6" install model recommended by Pipe Shields, Inc. * With 0 -2000 guide strap, b. Vertical Pipe (all pipe sizes) - Pipe Riser Clamp Model: (1) E1100 downward load only, (2) E2100 upward and downward Toad. c. Model designations are as manufactured by Pipe Shields, Inc, d, Support spacings shall be calculated using a factor safety of 3 on the combined weight of standard steel pipe, water, and Insulation, Space hangers for horizontal uninsulated pipes with the maximum distance between hangers as listed above for insulated pipes. PVC pipes shall be: 1, 3" and Smaller: 6' -0 ". 2. 3-1/2" and Larger: 7'4". D. Other Materials: 1. Clovis Hanger: Grinnell Figure 260. 2, Hanger Rods: ASTM A107, hot rolled steel with ANSI B1.1 threads. EXODUS ATCE Job 99272 RECEIVED CITY OF F T 8 C y(U K W I 4)U j U t 4 FEB 1 4 PERMIT CENTER 15050 - 23 December 13, 1999 3. Hanger Rod Fixtures: a. b. c. d. Turnbuckles: Linked Eye Rod: Clevis: Beam Clamps: Grinnell Figure 230 Grinnell Figure 278 Grinnell Figure 299 Grinnell Figure 86 or Grinnell Figure 228 E. Pipe Anchors and Guides: 1, All piping that is subject to expansion and contraction shall be properly anchored and guided to prevent any damage to the piping system and the building structure. 2. The Contractor shall submit drawings for approval indicating the method of attachment and forces that will be transmitted to the building structure at each point. The Structural Engineer will advise as to the maximum loads that can be transmitted to the building systems. 3. Guides shall be rigidly supported so they maintain proper alignment and properly guide the pipe movement to the expansion loops and offsets. The Contractor shall submit drawings for approval showing the support method and attachments to be employed. 4. Anchors and clamps shall be Pipe Shields: a. 3/4" - 2.1/2 ": #01000/1200 b. 3" and Larger: #C4000 8. Guides (Pipe Shields): #02000 F. Penetrations and Escutcheons: EXODUS 1. Provide galvanized steel sleeves where work of this division passes through partitions or walls. Sleeves shall be a minimum of 2" larger than the pipe (Pipe Shield, Inc.). a. Noninsulated Piping: (1) Nonrated Wall: Seal annular space, (2) Fire Wall: Model F -3000. b. Insulated Piping: (1) Nonrated Wall: Model F -1000, (2) Fire Wail: Model F -1000, 2. Provide escutcheon plates that are neat, rigid, and securely attacheilienD work of this section penetrates the structure. Provide stainless sorptepTuKwut chrome plated brass in finished areas (or where required for proper appearance) and galvanized steel elsewhere, L U 1 8 2J ii PERMIT CENTER 15050.24 ATCE Job 99272 December 13, 1999 2.08 PIPE SCHEDULE Service Design Design , Pressure Tem •, Material Domestic water, underground Trap primer lines, underground City Water Potable Drains, (condensate) Refrigrant Piping 125 psi 250 F Type K annealed copper 125 psi 250 F Type K annealed copper 150 psi Ambient Type L Copper 10 psi Ambient Type L Copper 125 psi 250 F Type L ACR Copper tubing 2,09 DRIVES AND GUARDS A. Belt Drives: 1. Browning, Gates, Woods, or Dayton V -belt drives with cast Iron sheaves rated for not Tess than 1.5 times motor horsepower, 2. Adjustable motor sheaves for 5 horsepower and smaller; solid sheaves for others unless noted otherwise on drawings or under specific specifications for equipment, Adjustable sheaves shall be selected at the midpoint of the adjustable range. B. Drive Guards: 1, Comply with requirements of the State Division of Industrial Safety and CAL OSHA. 2, Indoor Belt Drives: 18 -gauge expanded metal or wire screen enclosure with 70% free area and steel frame, galvanized or bonderized after fabrication. 3, Outdoor Belt Drives: 18 -gauge solid galvanized steel. 4. Provide belt guards with hinges accessible section for tachometer readings and easy removal belt maintenance, C. All rotating parts shall be statically and dynamically balanced. 2,10 ACCESS DOORS AND PANELS necttivco CITY OF TUK#11t. ► A. Where Required: Wherever a piece of equipment or valve and dampers Copera'& : is inaccessible and requires access for maintenance, repair, or adjustment. PERMIT OENTEn EXODUS ATCE Job 99272 15050 - 25 December 13, 1999 Size: Size is dependent upon the relationship of the door to the product being serviced, therefore, the size of the door shall be selected to provide convenient access to its contents, Manufacturer: Inryco /Miicor, Silo, or Cesco, Access doors in ducts for access to fire dampers shall be rated at the duct design pressure; Access in ducts 14" In diameter or 14" x 14" or smaller can be flat plates attached with drive screws and sealed, All others shall be easily accessible hinged type doors, OITYO TUKWM FEB 1 8 2000 PERMRCENTER 15050.26 December 13, 1999 2.11 SPECIAL TOOLS AND INSTRUMENTS A, Furnish to Owner the Following: One set of any special tools required to operate, adjust, dismantle, or repair any equipment in this division. "Special Tools" means those not normally possessed by mechanics or maintenance personnel. B, Supply Owner with one (1) new Bell & Gossett "Read -out Kit" flow measuring meter designed to read Bell & Gossett circuit setters and sensors, Model #RO.2. C. Also see "Piping Specialties" for test gauges and thermometers that shall be furnished, PART 3 - EXECUTION 3,01 GENERAL PIPING A. Cut piping accurately to job measurements and install without springing or forcing, true to line and grade, generally square with building and adequately supported to prevent sagging or undue stress on pipe, fittings, and accessories. 9, Thoroughly clean all pipe and maintain In such condition throughout construction, Temporarily cap off plug ends of unprotected pipe, C. Install unions at connections to equipment, on service aide of valves and elsewhere as required or shown to facilitate maintenance, Install union and drain line on discharge side of relief valves, Install dielectric insulating unions of flanges between all dissimilar metals unless otherwise indicated, E. Run all piping generally level, free of unnecessary traps and bends, and arrange to conform to the building requirements and to suit necessities of clearance for other work, F. Arrange piping and hangers to allow for expansion, contraction, and structural settlement, Do not install piping in contact with the building structure, Anchor pipes properly so expansion /contraction 15 controlled, G. Make changes in size or direction with manufactured reducing fittings, The uee of bushings, reducing flanges, or bending of a pipe Is not allowed, H. Install piping full size through shutoff valves, balancing valves, etc, Change pipe size within three pipe size diameters of the final connection to fixtures and equipment, I, Provide piping subject to expansion or contraction with anchors and expaawrOF TUKWiu■ loops or joints as required, Provide adequate guides to prevent misalignment PERMrr CENTEfl EXODUS 15050 - 27 ATCE Job 99272 December 13, 1999 J. Protect all piping (except soil pipe or nonferrous pipe) installed below grade and to a minimum of 6" above grade with a factory applied covering; plastic coating. Protect field joints as follows; Clean fittings, nipples, and other field joints thoroughly and apply prime coat and one layer of heat applied 62 mil tape in accordance with manufacturer's recommendations. K. "Bull head" tees shall not be allowed. L. Flush all pipes free from foreign substances before installing valves, stops, or making final connections. M. Any section of pipe for which size is not shown or any intermediate section erroneously shown obviously undersized shall be the same size as the largest line connecting to it. N. Use flexible connectors where specifically called for. 0. Do not cover or enclose the piping work before it has been tested, inspected, and approved, P. Pipe the discharge of each relief valve, backflow preventer, and similar device to floor sink, floor drain, exterior, or other acceptable location whether indicated or not on the drawings and per code requirements. Q. Install exposed polished or enameled connections with special care showing no tool marks or threads, R. Allow for pipe movement at all piping connections to equipment. S. Install piping at the coils so that coils can be removed with a minimum of pipe dislocation, All fittings, etc., shall be readily accessible. T. Use standard elbows, tees, etc., for all pressure systems. U. Provide temperature and pressure test station (Pete's plug) on both sides of each piece of equipment, V, Seal all piping penetrating the roof with 4 lb, sheet lead flashing with 8" skirt and counter - flashing rim sealed with a nonhardening mastic, Install "Stoneman" Series #51100 -3, #S1100.5, #S1100 -8, or #51100.7 for all vents through the roof, W. inspect pipe and fittings for defects or other obstructions. Remove defective material. Cut pipe accurately to measurements established at the building. Work into place without springing or forcing. Make provisions to allow for expansion and contraction of pipe. pf»CEIVI"D X, Make reduction in pipe sizes with concentric reducers unless eccentric rgatatulmlIA are indicated, Make branches from mains with straight or reducing tee tt�ilrps�. 8 2 Bushings are not allowed. Joints must be of the type specified under "Val "ves and Piping ". "Saddling In" is not acceptable. PERMIT CENTEFI EXODUS ATCE Job 99272 15050 - 28 December 13, 1999 AK. When piping is installed using a trapeze hanger, bolt the pipe to the trapeze using a pipe clamp, strap, or "U" bolt. Do not weld the pipe to the trapeze. 3.02 PIPE CLEANING A. General; During installation, piping shall be kept clean and dry. Once water has been introduced into a piping system, the system shall be kept full of water. Thoroughly flush the system of foreign materials before installing valves and strainers, connecting to equipment, and again before operating any pumps or equipment. B. The Contractor shall physically preclean all water systems piping to remove dirt, debris, grease, oil, and corrosion products that may have accumulated during construction. Use sodium triphosphate at a rate of 10 pounds per 1,000 gallons of system volume along with a surfactant (such as caustic soda - NaOH) at a rate of 4 pounds per 1,000 gallons of system volume or approved equals. Maintain system pH between 8 and 7, recirculate for 24 hours after. Drain, flush, and refill with clean water. C. At completion of work, including system cleaning, remove baskets of strainers; thoroughly clean and replace. D. Clean up all solder "splatter". 3.03 PIPE TESTING A. Test piping as noted below with no leak or loss of pressure. Repair or replace defective piping until testa are accomplished successfully, Test Schedule anima Teat Medium Test Pressure, Test Time, Chilled Water Water 150 psig 4 hours Heating Water Water 150 psig 4 hours Condensing Water Water 150 psig 4 hours Domestic Water Water 160 psig 4 hours Waste Water Fill to top of 8 hours highest vent Vents Water Fill to top of 8 hours highest vent Storm Sewer Water Fill to top of 8 hours highest vent Natural Gas Air & Soap 150 psig 2 hours B. Test piping, as scheduled, In the presence of the Construction Engineer until imam acceptable. CITY OF TUKWitA C. Furnish test pumps, gauges, instruments, and equipment as required for 'estib j. 8 2,:.3 PERMIT CENTER EXODUS ATCE Job 99272 15050 - 30 December 13, 1999 C. Utility Trench Excavation: 1. Keep excavated portions of the work free of water at all times and until all concrete work and backfilling is completed. Install adequate facilities for removing excess water. 2. Shore and brace excavations where necessary to prevent cave -ins and /or in accordance with,all safety laws. 3.07 VALVES A. if no shutoff valve is indicated, provide a hand or gate valve at the outlet and the inlet connections to all coils and equipment. Provide the proper valve trim for service intended. B. Install all valves so their stems are located parallel to or above the horizontal plane of the pipe In which they are installed. In general, locate valves within 8' of the floor, out from under equipment, and in accessible locations with adequate clearance for easy operation, C, Follow manufacturer's recommendations for lengths of unrestricted straight pipe up and downstream of all circuit setters, flow sensor, and circuit sensor balancing valves, Contractor will be responsible for reinstalling valves that do not adhere to manufacturer's data. A minimum of four diameters of unrestricted straight pipe must be allowed In all cases. D. Valves and trim not specifically indicated, but required for proper functioning of equipment, shall be furnished and Installed by the craft furnishing the equipment. 3.08 GENERAL EQUIPMENT INSTALLATION REQUIREMENTS A. Install all equipment at locations Indicated on the drawings and as directed by Owner or Owner's representative, and in strict accordance with the equipment manufacturer's requirements. B. Where anchoring devices are not a standard part of any equipment, submit shop drawings and calculations for proposal method of securing equipment. C. Position equipment to result in good appearance, provide easy access to all components for maintenance and adequate space for tube removal or other repairs. Install the piping and pipe line accessories z.4 they do not interfere with equipment access. D. Install equipment level, secure, and out of moisture. Provide shims, anchors, support straps, angles, and grouted bases as required to accomplish this, REo mVED CITY OF TUKWILA E. Only use galvanized screws, nuts, bolts, rods, and washers. After fabricat o hpt . dip galvanize unfinished ferrous items for outdoor use, below grade install tlo +s, 1 or other areas subject to moisture. EXODUS ATCE Job 99272 PERMIT r,•r..14 + ; i 15050 - 32 December 13, 1999 When lubrication points on equipment are inaccessible or hard to reach, provide a 1/4" schedule 40 black steel extension. Terminate the lubrication extension with the proper type lubrication fitting at an accessible location in front of the equipment or behind an access door. G. Manufacturer's Directions: Follow manufacturer's directions where these directions cover points not included on drawings or in specifications. H. Start -up: Secure the services of the manufacturer's representative to start up all equipment that is special and /or which Contractor's personnel does not have adequate experience in starting up. 3.09 IDENTIFICATION A. Identification of New Material: 1. Provide pipe with manufacturer's identification and service on each length of pipe as required by ASTM Specifications. 2. Provide all pressure vessels with ASME Stamp of Approval. B, Piping: 1, Identify all pipelines with adhesive markers indicating the contents and direction of flow. 2. Markers to be Seton type Setmark, Brady, or Perma- Color. 3, Employ a maximum of four basic background colors conforming to American National Standards Institute. A 13,1, "Scheme for Identification of Piping Systems ". Superimpose names of materials (pipe contents) on ANSI background colors. Conform to ANSI No, 13.1 work legends to avoid confusion and mistakes. Basic background colors and content classification are: Yellow Dangerous Red Flre Protection Bright Blue Protective Materials Green Safe Materials 4, Provide pipe marking as follows: EXODUS ATCE Job 99272 a, Apply "Plastic Pipe Marker" at each valve to show identification of pipe contents. b. Use an "Arrow Marker" with each "Pipe Content Marker" and in direction of flow. c. Pressures exceeding 150 psi shall be indicated by the ' d iVeD Content Marker ", e.g. Hyd. 500 psi. F TUKWiLA FEB 1 8 MU PERMIT CENTER 15050.33 December 13, 1999 t:j d, If flow can be in both directions, use a double - header "Arrow Marker". e. Apply "Pipe Marker" and "Arrow Marker" at every point of pipe entry and exit where line goes through wall, floor, or roof, Apply "Pipe Marker" and "Arrow Marker" on each rise and "T" joint, Apply "Pipe Marker" and "Arrow Marker" every 50' on long continuous lines. h, Identify branch runs from mains with "Pipe Marker" and "Arrow Marker" at point of takeoff. i. Apply "Markers" on two lower quarters of pipe and where view is unobstructed. In this position, "Markers" are read at a glance from ground floor level and dust will not obscure "Marker ". Locate roof - mounted piping "Markers" so that they can be read from a standing position on the roof. Provide at each end of each marker, Brady, 2 -1/4" wide self - sticking clear tape around the periphery of pipe or insulation to further secure the marker. All markers shall be installed after finish painting is complete, Coat full marker with clear lacquer after Installation. k, Guarantee that "Pipe Markers" will stay on pipe systems for a period of not less than 5 years, I. Identify piping 2 -1/2" and smaller with 1" minimum height lettering every 20' where exposed to view and at valves where concealed, m. Identify piping 3" and larger with 2" minimum height lettering every 30' where exposed to view and at valves where concealed. n, Where piping is provided with Insulation, provide the size letters scheduled above in accordance with the outside dimensions of Insulation. 0. In the event commercial markers are not available for certain lines, custom order labels must be used. p, Use markers and adhesive suitable for the humidity and for surface temperatures ranging from -40 F to 150 F, 5, Following is a list of the more commonly used piping systems that require identification "Pipe Markers" and "Arrow Markers ", List may not be complete and responsibility for providing a complete marking system rests with this section, f. g. 1. Abbreviations Wording to Put ANSI Color on Draeg,$ on Plop Marker aegis orqund !, CSmols HWR HWS PCHR PCHS SCHR SCHS EXODUS ATCE Job 99272 Hot Water Return Hot Water Supply Primary Chilled Water Return Primary Chilled Water Supply Secondary Chilled Water Return Secondary Chilled Water Supply Yellow Yellow Green Green Green hsQewa� TUKWR Grp, OF A 1 t 15050 - 34 December .4301.999n Abbreviations Wording to Put ANSI Color on Drawings on Pipe Marker Background Plumbing/Process PSoina Symbols AFS Fire Sprinkler Red CA Compressed Air Green CD Condensate Drain Green CW City Water Green O Drain Green G Natural Gas Yellow HG Hot Gas(refrigerant) HW Domestic Hot Water Supply Yellow HWR Domestic Hot Water Return Yellow ICW Industrial Cold Water Green IHW Industrial Hot Water Yellow IHWR Industrial Hot Water Return Yellow IV Industrial Vent Yellow IW industrial Waste Yellow LR Liquid Line(refrigerant) RWL Rain Drain Green SL Suction line(refrigerant) ✓ Sanitary Vent Green W Sanitary Soil or Waste Green Apply lettering in black color except use white lettering for fire protection water or sprinkler water, C. Equipment Identification; 1. Identify each fan, pump, air conditioner, boiler, control panel, terminal box, and similar equipment with laminated black plastic tags with engraved white core lettering. Use tags with a minimum thickness of 1/16 ", a minimum size of 1 -1/2" x 4 ", and with 1" high lettering. Acceptable manufacturers; Seton, W.W. Wilcox, or Brady. Secure tags to equipment by means of screws or bolts, 2. All equipment shall have brass plates or tags that reference the maintenance manuals and the required routine maintenance action to be performed on the equipment, 3, Warning Signs; Place warning signs on all machines driven by electric motors which are controlled by fully automatic starters, per Article 3281, General Industry Safety Orders, They shall have warning signs "This nooutVE° motor may start at any time ", CITY OF TIJKWIIA 4. Label all motors with permanent sticker indicating 1 Z p g proper rotation d��c on. PERMIT CENTER EXODUS ATCE Job 99272 15050 - 35 December 13, 1999 D. Valves and Accessories Identification: 1. Label all valves using Owner's naming convention. 2. All strainers shall be labeled, 3. Ail pressure regulators shall be labeled. 4. A complete index, sorted by system /service type, along with a simplified floor plan indicating location, shall be provided for each labeled Item, The index shall indicate item number, system /service, building number, floor, and item served. 3,10 WATERPROOF CONSTRUCTION A. Maintain the waterproof integrity of penetrations through materials intended to be waterproof, Provide fleshings at exterior wall and roof penetrations, Caulk watertight penetrations of foundation walls and floors. Provide membrane clamps at penetrations of waterproof membranes. B. Provide galvanized sheet -metal weather protection canopies, hoods or enclosures over all out -of -door equipment, the operation or maintenance of which would be Impaired by rainwater, This requirement applles to, but is not limited to, damper operators and bearings, damper motors, controls, and Instruments. 3.11 CORROSION PROOFING Products which will be Installed exposed to the weather, moisture, or other potentially damaging conditions shall be constructed to resist the effects of such exposure. 1. Exterior casings shall have lapped or gasketed joints effectively sealed to prevent Intrusion of moisture or other injurious substances. 2. Casing or parts shall be constructed of materials which are fully resistant to harmful substances they may normally contact or (if ferrous) shall be galvanized after fabrication or shall be fully protected from such substances by paint or other coating In appropriate thickness or number of coats. 3. All bolts, nuts, screws, and washers shall be galvanized unless specified to be plated or unprotected. 3.12 ADJUSTMENTS TO SYSTEMS A. Adjust all equipment and system components as scheduled on drawings, MIA OFTUKWILA required, to result In the intended system operation. FEB 1 8 2UUUU B. Thereafter, as a result of system operation or as directed by the Engineer, make readjustments as necessary to refine performance. PERMIT CENTER EXODUS 15050 - 36 ATCE Job 99272 December 13, 1999 3.13 START -UP AND COMMISSIONING A. The Mechanical Contractor shall be responsible for proper operation of all systems, minor subsystems, and services provided under this Division. He shall coordinate start -up procedures, calibration, and system commissioning with all subcontractors and trades involved. Any system operational problems shall be diagnosed and all correctional procedures shall be initiated with the various subcontractors as required to bring the system into compliance with the design intent. B. The Mechanical Contractor shall be responsible for preparing a written start -up and commissioning procedure including check -off list and report format showing design conditions and blanks for indicating actual operating conditions. The report format shall include each piece of equipment and all items that require adjustment. (Chillers, cooling towers, fans, pumps, controls devices, variable frequency drives, etc.) C. The written start -up and commissioning procedure shall be submitted for approval 30 days prior to start-up. D. Personnel performing start-up and commissioning services shall be fully qualified, experienced, and normally engaged in this type of work. If the Contractor does not have such personnel available from his own company, he shall hire, at his own expense, subcontractors who are qualified. E. The Contractor shall designate one field person who has the overall responsibility for start -up and commissioning procedures which includes functional performance testing, He shall directly supervise the start -up operetlons and be available for required coordination before, during, and after start -up including assistance to Balance Contractor as needed. F, Prior to start-up, ensure that the systems are ready, Including but no limited to the following: proper equipment rotation; the systems are flushed and are clean; proper wiring; auxiliary connections; lubrication; venting; controls; all filters and strainers Installed; and properly set relief and safety valves, G. All electrical testing must be complete and test results submitted before equipment start-up to avoid power interruptions during mechanical equipment start -up and testing. Equipment or systems shall not be started until systems are completed and/or when other continuing work could possibly damage completed systems if they are in operation, I. Start and operate all systems, Provide the services of factory traine • - J ; I WI it for start-up of major equipment and systems Including but not limited o packs units, temperature controls, pumps, variable frequency drives, bollerEltit.1 8 ZJJU EXODUS ATCE Job 99272 PERMIT CENTER 15050 - 37 December 13, 1999 J. The Contractor shall provide all labor, materials and services necessary for the start -up and operation of all systems and equipment furnished and installed under this section. K. The Contractor and the factory representative shall check all equipment during the initial start -up to ensure correct rotation, proper lubrication, adequate fluids or air flows, non - overloading electrical characteristics, proper alignment, and vibration isolation. Systems shall be checked for air and /or water flows throughout without blockages. Air handling systems shall be checked for proper damper connections and positions, aligned and adjusted belt drives, proper lubrication, temporary air filters Installed, non- excessive electrical characteristics, and minimal vibration. Other miscellaneous equipment shall be started and operated as described above as applicable. L, After initial start -up and operation of systems, the Mechanical Contractor shall submit a startup report before commencement of the final 72 hour test. M. During initial operation of the system and until substantial completion, qualified personnel shall be provided and designated for maintaining the equipment and systems in good running order. Failure of equipment during this period due to lack of proper supervision Is the responsibility of the Contractor and continued failures shall be grounds for the Owner to provide such services with back charges to the Contractor. N. Controls, Start -Up, Check, Test, and Commissioning: 1, A complete start -up, check, test, and commissioning of the control systems shall be performed. 2, The control start-up person must work closely with the Contractor's overall start -up person. 0, A final and complete start-up, commissioning, and test report shall be submitted prior to final acceptance and payment. This report shall be signed by each person doing the start-up task and by the responsible field person. Report shall Include, but not be limited to: date of test; Instrument used; date of last calibration; temperatures; humidities; set points; rpm; voltage, amperage; pressures; stability; etc, 3.14 72 HOUR TEST A. Provide all labor, equipment, and materials required to perform test. B. The test shall occur after equipment start -up and balance services have been performed, The purpose is to demonstrate that individual pieces of equipment and all related elements operate as one complete system and not to identify pEatt1va:0 incomplete or defective work. • CRY OF TUKWILA EXODUS ATCE Job 99272 PERMIT CENTER 15050 - 38 December 13, 1999 Ali equipment is to be run in automatic operation position and exercised for 72 hours to verify that they perform in accordance with the specified sequence of operation and designed operation logic, A log shall be prepared by the Contractor to be submitted to the Engineer, of all tests including, but not limited to: time; temperatures; pressures; and other readings to prove all equipment is operating as specified. It is the responsibility of the Contractor to prepare this log for approval 30 days prior to the test. The log shall be in sufficient detail to clearly indicate how the Contractor intends to demonstrate that all systems do in fact operate as intended. The testing procedure shall be designed and conducted in a logical, orderly method, E. All temperatures, pressures, status indication, etc., shall be verified by at least one other means of measurement or visual verification of condition. F. Change set points and simulate conditions to demonstrate: 1. Ability to control to new set point. 2, Interface between systems. 3. Proper sequence of operation, 4, Equipment safety systems and all automatic changeover back -up systems and alarms, G. If unsatisfactory performance or a system failure Is experienced for any reason, the test shall be repeated until 72 consecutive hours are achieved. The Engineer shall make all final decisions on a satisfactory test, 1 :1991092721Mschupec$\16080100C EXODUS ATCE Job 99272 END OF SECTION RECEIVED CITY OF TUKWILA FEB 1 8 2000 PERMIT CENTER 15050 - 39 December 13, 1999 SECTION 15250 INSULATION PART 1 - GENERAL 1.01 CONDITIONS AND REQUIREMENTS A. Refer to the General Conditions, Supplementary Conditions, and Division 1 General Requirements. B. Section 15050 Basic Mechanical Requirements is hereby made a part of this section as fully as if repeated herein, 1.02 SCOPE OF WORK Provide insulation for all mechanical systems as specified herein, including, but not limited to the following: 1. Supply duct systems. 2, Chilled water piping systems and equipment. 3. Domestic and industrial hot water supply and return, 4. Domestic cold water and industrial cold water where exposed outdoors. 5. Refrigerant piping. PART 2 - PRODUCTS 2,01 PIPE INSULATION A. General: 1, The term "piping" used herein shall Include pipe, valves, strainers, fittings, and all piping accessories, 2. Preineulated Pipe Supports: a. Preineulated pipe supports shall be supplied and Installed by the respective Mechanical Subcontractors as described In Pipe Hanger Specification Section. b. On cold water, chilled water piping, apply a wet coat of vapor barrier lap cement on all butt joints and seal the joints with a minimum of 3" wide vapor barrier tape or band, RECEIVED CITY OF TUKWILA 3, Insulation shall be installed per the manufacturer's instructions.cEt ' 8 2 iii PERMIT CENTER EXODUS 15250 -1 ATCE Job 99272 December 13, 1999 B. Type and Thickness: 1. Insulate piping with fiberglass ASJ /SS -11 heavy density pipe insulation, jacketed with a vinyl coated and embossed vapor barrier laminate with integral pressure sensitive longitudinal sealing lap. Band insulation with factory finished pressure sensitive sealing strip at each butt joint. Miter insulation at fittings and irregular surfaces and secure with pressure sensitive joint sealing bands. Seal or butter all raw edges of fiberglass. Use PVC snap on covers on fittings. C, D. 2. Flame spread and smoke developed ratings shall not exceed 25 and 50 respectively. 3. Insulate piping system as follows: Sm Insulation Thickness (inches) 1 1 1 1 pAn w Chilled Water Domestic Hot Water Supply & Retum Domestic and industrial Cold Water (outdoor only) Storm and Drainage Piping (raised floor areas) Refrigerant piping, Liquid Line Refrigerant piping, Suction Line, Hot Gas Co duct y& Btu- In/hr.sq.ft.'F .23 to .27 .25 to .29 .24 to .28 .24 to .28 thermaflex thermaflex Finish where exposed to weather and under cover outside, 1. Smooth or corrugated aluminum jacketing 0.018" thick fastened over Insulation with aluminum straps of minimum 3/8" width on 12" centers, Lap each section of jacketing 3" to each adjacent section. Cut aluminum roll to conform to contour Insulation. 2. Longitudinal seam shall be at bottom. 3. Valve fittings and irregular surfaces shall be covered with prefabricated 0.016" aluminum fitting or mitered sections of aluminum jackets, (PVC fittings are allowed Indoors only.) Finish where exposed Inside the building within 8' -0" of floor. 1. 2. 3, 4, Provide 0.020" thick white PVC jacket and matching fitting covers. Seal all longitudinal and circumferential joints with solvent weld adhesive. The finished product must be neat and attractive. Topline Products, Inc., Perma -Jac SX, or equivalent. 2.02 DUCTWORK INSULATION EXODUS ATCE Job 99272 REOSIVED CiTY OF TUKWILA FEES 1 8 2 JU PERMIT CEMrER 15250 - 2 December 13, 1999 2. Minimum sound absorption coefficients (ASTM C423 Mounting #6 or F -25)* for sound - absorbing duct lining material; Octave Band Center Frequency Hz. .25 250 500 1000 2000 4000 1" thickness lining, 1.5 -3.0 pcf density .15 .50 .60 .80 .90 .90 1.5" thickness lining, 1.5-3.0 pcf density .20 .70 .80 .95 .95 .95 2" thickness lining, 1.5 -3.0 pcf density .30 .90 .95 .95 .95 .95 * Tested while mounted to 24 gauge sheet metal. 3. Liner shall be installed per SMACNA duct finer application standard and as follows: cement the lining in place with 100% coverage of adhesive; all exposed edges and all transverse joints shall be coated with adhesive; and liner shall be additionally secured with mechanical fasteners with maximum spacing as follows; up to 2500' per minute duct velocity, 3" from transverse Joints, 4" from longitudinal joints, 12" on center perpendicular to air flow, 18" on center parallel to air flow. 4. Adhesive and sealants shall be fire retardant and classified Type 1 for Adhesive and Sealant Council Standard ASC -A -7001. 5, Duct sizes shown are net inside dimension. 8, All duct liner shall meet or exceed the ASTM C 1071 specification sound absorption coefficient. 3.01 GENERAL A, Follow manufacturer's written recommended procedures. B. Wrap duct insulation around ducts with full 3" overlap, staple In place, and seal joints with FRK tape. C. Install all insulation to allow for the operation of all moving parts and to permit viewing of all nameplates, controls, instruments, dampers, and valve bonnets and stems. D. Thoroughly clean and test all piping and equipment before installing insulation, E. Install insulation with the highest quality workmanship. EXODUS ATCE Job 99272 CITY OF TUKWILA FEB 1 8 211j1J PERMIT CENTER 15250 4 December 13, 1999 0§ External duct wrap shall be Owens Corning Fiberglas (CertainTeed, Knauff) all service faced duct wrap insulation, 1. Duct wrap shall be legibly marked with name of manufacturer, product, nomenclature, R value (installed), nominal thickness, and service burning characteristic indicating maximum values as follows: flame spread 25; smoke developed 50. (Per ASTM E -84.) 2, Prior to installing insulation, check with Mechanical Contractor to assure all ductwork has been properly sealed. 3, Wrap all unlined supply ductwork with 1 -1/2" thick Type 100 (1 ib. per cubic foot) duct wrap with FRK reinforced foil vapor barrier facing, Insulation shall have an installed R value = 4.2, 4. Adhere insulation to duct with fire retardant adhesive applied in bands around the duct In sufficient quantities to prevent sagging, Insulation shall be tightly butted with facing overlapping all Joints at least 2 ". Seams shall be stapled approximately 8" on center with outward clinching staples, Longitudinal seam shall be on the top surface of the ductwork, Neatly seal all joints with 3" wide pressure sensitive tape matching the facing. Where ducts are rectangular, Install so that insulation is not excessively compressed at duct corners, Where rectangular ducts are 24" in width or greater, insulation shall be additionally secured to the bottom of the duct with mechanical fasteners spaced on 18" centers maximum to prevent sagging. Seal all tears, punctures, and other penetrations of the duct wrap insulation facing to provide a vapor tight system. 6. Where Insulation is exposed to view, special care shall be taken to assure that the insulation Is Installed neatly and without wrinkles in either the Insulation facing or the tape at the joints. 8. Insulation is not required where the duct Is exposed in rooms served by the same duct, Install acoustical lining In all ducts where indicated on the drawings, 1. Acoustical lining shall be 1" thick, 1-1/2 lb, per cubio foot minimum density where duct Is below the roof; 1.5" thick, 1.1/2 Ib. per cubic foot minimum density where duct is outdoors. Liner shall be designed for operating velocities up to 6000' per minute (Manville "Linacoustic" or approved substitution), CITY OF TUtKWILA FEB 1 8 220 PERMIT CENTER EXODUS 15250 - 3 December 13, 1999 ATOE Job 99272 Pipe Fittings and Accessories: Apply Hi -Low Temp insulation to the fittings and cover with "Zeston" fitting closures. Tuck the ends of the HI -Low Temp insulation into the throat of the fittings and the edges adjacent to the pipe covering tufted and tucked in, fully insulating the fitting before applying fitting cover. Secure the fitting cover by banding fittings where manufactured insulation coverings are not used or available, apply Insulating cement to the fittings, and trowel it smooth to the thickness of the adjacent covering, then cover with jacket to match piping, Extend the insulation on the valves up to the valve bonnet, Leave strainer cleanout plugs accessible. At unions, miter insulation at 45 degrees and coat exposed insulation with insulating cement, Note: PVC "Zeston" fittings not allowed on exterior piping, END OF SECTION I;1991992721Mechlspecs 16250.DCC CITY nom) TUKWIIA FEB 1 8 2000 PERMIT CENTER 15250 -5' December 13, 1999 2, Concealed spaces, combustible or noncombustible, unless they are return air plenums, are considered to contain combustible material and shall be protected as if they were combustible. E, Provide main drain for draining and flow test of system to properly sized drain line or approved exterior location. F, Caulk penetrations through fire rated construction. G. Paint portions of the fire protection system required by the local Fire Marshal /Building Official and /or Owner's Reviewing Agent, H. Comply with the design requirements of the local Fire Marshal /Building Official and Owner's Reviewing Agent, Prepare Shop Drawings and Details for the approval and Installation of the system. I. Coordinate and obtain approval of the Owner's Reviewing Agent, Fire Marshal /Building Official and other authorities having Jurisdiction. J. Provide permit and inspection fees for work under this Section, K. Coordinate installation of electrical conduit for supervisory systems. L, Arrange for required inspections by the local official and by the Owner's Reviewing Agent. Include cost of testing and of special inspection required by them. 1,06 CODE REQUIREMENTS A, Work shall comply with the requirements of applicable Federal, State, and local building, fire and safety codes, ordinances and regulations: B. Nothing In this specification or on the plans shall be construed to permit a departure from any applicable Federal, State, or focal building codes, safety codes, ordinances, and regulations, or from any requirement of the local Fire Department, Building Department, and Owner's Reviewing Agent, C, If the local amendments to the Washington State Building Code lists edition dates of NFPA Standards other than listed in this specification, the local requirement shall prevail, 1.08 CONTRACTOR REQUIREMENTS A. The overhead fire protection system installer shall be a C -16, Fire Protection contractor, licensed by the Washington State Contractors License Board. B, The overhead fire protection system installer shall submit shop drawings and obtain approval of the local Fire Marshal /Building Official and the Owner's mop= Reviewing Agent, CITY OF TUKWILA EXODUS ATCE Job 99272 December 13, 1999 1 i; 2. Fast Response In Areas With Suspended Ceilings: Grinnell Model FR -1 R pendent automatic sprinklers of the response, fusible solder type with escutcheon plate or approved equal; exposed parts of heads and escutcheons shall be satin C.P. finish; fusing element temperature ratings per NFPA 13 requirements. 3. Fast Response Heads, In General: Upright heads, exposed pattern on exposed piping; Grinnell Model FR -1 intermediate level sprinkler of the fast response, fusible solder type or approved equal; fusing element temperature ratings per NFPA 13 requirements. 4. Dry sprinkler heads: Central model A -1 extended surface mounted dry pendant with escutcheons to be satin c.p. finish for cold room only. E, Sprinkler Test Assembly: Includes a waterflow switch, a test valve, a sight glass, a union with corrosion- resistant orifice giving flow equivalent to the smallest sprinkler orifice in the system and a sectional drain valve. F. Water Flow Switches: Vane type flow switched, UL listed; not affected by pressure fluctuations and surges in system piping, contacts make contact only on actual water flow only; circuits and contact selected to handle all switching required by the fire alarm system, as specified in Division 16. G. Water Flow Alarm Equipment and Wiring: Grinnell /Gem Model F -820 flow switch an d8 Inch diameter, underdome type weatherproof electric gong; Notifler or Edwards mfr,; with recessed backbox and seals, and all accessories and gaskets for weatherproof service; underdome, vibrating contactlees type, 24 volts A -C. Provide transformer and all wiring; all wiring Installed in conduit as specified for electrical wiring work in building. Equivalent water flow detectors may be used as made by Simplex, Notlfier or Pyrotronics, provided they are UL listed as "Control Units System" and have vane type sensor and proper circuitry for the fire alarm system, H. Water Flow Switches: Where shown by diagram and on alarm valve; Grinnell Catalog No. F -820; circuits suitable for connection Into fir alarm system, as specified in Division 18. I. Miscellaneous Connections and Fittings: As required by NFPA Standard No. 13; drains; inspectors tests fittings; discharge outlets and flushing connections; sway bracing; flexible joints with grooved -end pipe and fittings. PART 3 - EXECUTION 3.01 INSTALLATION OF SYSTEM CITY QF TiUEKVVIt., A. Headroom: Maintain maximum headroom throughout exposed piping areas* 8 2 Jkj EXODUS ATCE Job 99272 PERMIT CENTER 15300 - 4 December 13, 1999 8, Interferences: The sprinkler system shall be designed and installed in such a manner to prevent any interference with doors, windows, lights, cranes, monorails, heating equipment, plumbing equipment or electrical equipment. C. Pipe Supports: Supports, hangers, sway bracing, etc., shall be of an approved pattern and placed to conform to the requirements of NFPA No. 13. D. Drains: All drains shall be piped to discharge at safe points outside each building or to sight cones attached to drains of adequate size to readily carry the full flow from each sprinkler drain under maximum pressure. Drips and drains shall be installed where necessary and shall discharge outside the building, or to open sight drains or, to interior floor drains or floor sinks. In no case shall a direct connection be made to any of the sewer systems, E, Guards: Heads installed below 7'-6" and where they might receive mechanical injury, shall be protected with approved guards, F. Head Locations Shown on the Architectural Drawings: Positions of heads shall be as shown on the Architectural ceiling drawings, wherever heads are located on such drawings. These locations are not to limit the quantity of heads required in such typical positions, G, Heads In Suspended Ceiling Areas: Projection distance shall be a uniform distance, below the ceiling, in each area; shall be kept to the minimum permitted by the NFPA Standard, Pipe nipples shall be recut and rethreaded, or new longer nipples provided, as required, H, Inspector's Test Connection Termination Through Outside Wall: Unthreaded cast brass escutcheon, 1/2 Inch maximum projection from wall, same finish as Fire Department Connection, 1. Spare Heads: Quantity per requirements of the NFPA, shall be mounted in a sheetmetal cabinet marked "Automatic Sprinkler, Reserve Supply" one cabinet for each single installation or group of deluge or alarm valves, J. Hose racks shall be installed to comply with the requirements of the local Fire Marshal /Building Official and the Owner's Reviewing Agent, K. Fire Protection system piping must give way to gravity lines, L. Fire Protection System piping shall be designed to avoid utility lines, conduit, HVAC ducts, and structural members shown on the drawings. Coordinate with designers /installers of other trades to eliminate installation conflicts, M. Penetrations through fire rated construction shall be caulked in compliance with the manufacturer's listing details, These details shall be shown on shop draw] D lVED and submitted in the material Submittal. F TUKV ILA EXODUS ATCE Job 99272 FED 1 8 MU PERMIT CENTER 15300- 5 December 13, 1999 N, The overhead fire protection system installer shall furnish and install sleeves required for his work where it passes through concrete. If sleeves are not installed, penetrations shall be core drilled. Penetrations and cuts shall be approved by the Architect/Engineer before drilling. O. The overhead fire protection system installer shall be responsible for any damage to other work caused by his Installation or by leaks in the overhead fire protection lines. P. Work shall be done in a neat and workmanlike manner. 3.02 TESTING A. Tests: Hydrostatic, for all piping at completion, 200 psi minimum; duration 2 hours. Notify the Architect and City Fire Fighting Authorities 7 days In advance, to permit representatives from each organization to witness hydrostatic testing, END OF SECTION 1.1991992721Moch %picM15300.doa CITY op TUKwIIA FEB 1 8 MO PERMIT CENTER EXODUS 15300- 6 December 13, 1999 ATCE Job 99272 SECTION 15400 PLUMBING PART 1 - GENERAL 1,01 CONDITIONS AND REQUIREMENTS A. Refer to Division 1 General Requirements. B. Section 15050 Basic Mechanical Requirements is hereby made a part of this section as fully as if repeated herein. 1.02 SCOPE OF WORK A. This portion of the work shall include, but not be limited to, the following: 1, Provide plumbing equipment, fixtures, trim and floor drains as indicated herein and on the drawings. Provide rough -in and all final connections to equipment and fixtures. Provide chrome plated stops and supplies and escutcheon plates, service stops, and access panels for all fixtures and equipment, 2, Provide all plumbing Items required for complete and properly operating plumbing Installation in accordance with all applicable codes and regulations, 3. Remove all debris and clean up all equipment before final acceptance by Owner. 4. Provide hot water piping system to the second floor toilet room and tie -in to the existing water heater located on the first floor toilet room. 5 Provide insulation to hot water supply piping system. 8, Provide condensate piping with secondary containment to all CAN Units, and provide condensate pumps with drain pan as shown on the drawings, 7. Watertight flashing and sealing of all floor penetrations. 8. Meet all state and local codes. 9, Meet all code seismic requirements. 10. Coordinate with work performed by other sections in order to acco EXODUS ATCE Job 99272 ED TUKWiL.A FELL 1 8 PERMIT CENT 15400 -1 December 13, 1999 1.03 RELATED WORK SPECIFIED ELSEWHERE A. The following work is included in other sections. Where coordination is necessary, it shall be provided by this Contractor. 1. Electrical - Division 16. PART 2 - PRODUCTS 2.01 PIPING A. General: Refer to pipe material, joints and fitting requirements in Section 15050. B. Sanitary Soil, Waste, and Vent: Aboveground: Cast iron; soil, plain end (no hub). Contractor Option: DWV (copper or steel per UPC) drainage may be used for pipe sizes 2-1/2" and smaller. C. Potable Water: Above Grade: Copper; pressure Type L; joints Silvabrite 100, 95% tin, 4% copper, 0.5% silver solder, and noncorrosive flux. D. Condensate drainage system: Type M drawn copper and wrought copper fittings. 2.02 VALVES A. General: Also refer to Section 16050 for valve requirements. 2.03 DRAINAGE SPECIALTIES A. Manufacturers: Josam, J.R. Smith, Wade, or Zurn, Model numbers are shown on drawings. B. Cleanouts: Provide where shown and as required; types and sizes as scheduled. Provide lubrication on cleanout threads and provide Owner with three (3) cleanout plug removal tools. C. Floor Drains: Provide where shown; sizes, type, model number, as scheduled, on drawings. 2.04 FIXTURE SUPPORTS A. General: Provide plumbing fixture carriers, supports, and devices to carry Toads Independently of walls or partitions. Securely bolt supports to floor with power - driven or drilled inserts or studs. B. Manufacturer: J.R. Smith, Josam, Wade, or Zurn. EXODUS ATCE Job 99272 CITY OF�TUKWILA FEB 182x„ PERMrr CENTER 15400 - 2 December 13, 1999 2,05 PLUMBING FIXTURES A. Fixture Schedule: Furnish and install American Standard, Kohler or as indicated on the drawings. Water saver fixtures and accessories shall have a proven track record in the field. B. Fixture Supplies and Stops: 1. General: All supplies and stops shall be new. Provide chrome plated escutcheons at all wall penetrations, 2. Lavatories: McGuire Lavatory Supply Kits. (including undercounter pipes insulation). 3, Sinks: McGuire Supply Kits with 15" flexible chrome plated risers, 4, Flush Valves: Lockshield key operated stops. 6. Wall- Mounted Faucets: Screwdriver stops or faucets may have integral stops in lieu of separate stops. Fixture Flow Controls: To comply with Title 24 at each fixture as follows: 1, Lavatories: 0.6 gpm, 2. Service Sinks: 3,0 pm, D. Fixture Color: White, E. Trim Finish: Polished chrome plated. F, Traps: Chrome plated with chrome plated escutcheons at wall penetrations, 2,06 HOSE BIBB A. Manufacturer: Chicago Faucets or Woodford. B, Provide hose bibb with Integral vacuum breaker, T•handle key, 3/4" hose connection, and adjusting wall clamp as required, 2,07 SHOCK ABSORBER A, Zurn Z -1700 with access panel. Size and locations per Pressure Drainage Institute (PDI) recommendations, RECEIVED CITY OF TUKWILA EXODUS ATCE Job 99272 PERMIT CENTER 15400 - 3 December 13, 1999 PART 3 - EXECUTION 3,01 SURFACE CONDITIONS A. Inspections: 1, Prior to all work of this section, carefully inspect the installed work of all other trades and verify that all such work is complete to the point where this installation may properly commence. 2, Verify that plumbing may be installed in strict accordance with all pertinent codes and regulations and the approved shop drawings. 13. Discrepancies: 1, In the event of discrepancy, immediately notify the Architect, 2. Do not proceed with installation in areas of discrepancy until all such discrepancies have been fully resolved. 3,02 PLUMBING SYSTEM LAYOUT A. General: 1, Layout the plumbing system in careful coordination with the contract and approved shop drawings, determining proper elevations for all components of the system and using only the minimum number of bends to produce a satisfactorily functioning system. 2, Follow the general layout shown on the approved shop drawings In all cases except where other work may Interfere. 3. Size any section of pipe for which size is not indicated or any intermediate section erroneously shown undersized the same size as the largest pipe connecting to It. Sizes listed are nominal. Cut pipe accurately to job measurements and Install without springing or forcing, true to line and grade, generally square with building, and adequately supported to prevent sagging or undue stress on pipe, fittings, and accessories. 5, Install Epco, dielectric unions, or flanges at points of connection between copper piping and steel or cast iron pipes, or other dissimilar metals, 6. Provide unions at connections to equipment, on service side of vat valtrgIPM ItA elsewhere as required to facilitate maintenance. Ultw EXODUS ATCE Job 99272 I� L IJ 1 8 PERMIT CEN a 15400 - 4 December 13, 1999 Provide chrome plated, split ring type escutcheons where pipe penetrations through wall or ceiling are exposed to view. 8. Arrange pipe and hangers to allow for expansion, contraction, and structural settlement. No pipe shall contact structure. 9. Make changes of size or direction with manufactured fittings, Bushings, reducing flanges, and bending of pipe is not allowed. 10. Run full pipe size through shutoff valves, balancing valves, etc, Change pipe size within three pipe size diameters of final connection to fixtures and equipment. 11, Set fixture to equal height, plumb, or at right angles to wall. Connect to waste and water supplies in neat, uniform, and finished manner. Provide new trim and appurtenances for complete installation. See architectural drawings for fixture heights, spacing, arrangement, etc, 12, Provide a shutoff valve for cold and hot water to each floor with access panel, B. Enclosure of Pipes; Except where specifically permitted by the Architect, layout all pipes to fall within partition, ceiling, or roof cavities and not to required furring other than that shown on the contract documents. 3,03 INSTALLATION OF PIPING EQUIPMENT A. General; 1. Install all piping promptly capping or plugging all open ends and making pipe generally level and plumb, free from traps, and In a manner to conserve space for other work. 2. Provide uniform pitch of at least 1/4" per foot for all horizontal waste, soil, and rain leader piping within the building except as noted on the drawings; pitch all vents for proper drainage. 1/8" will only be accepted where required by location and type of grade beams, 3, Firmly anchor all pipes in position; provide complete Isolation of dissimilar metals. 4. Inspect each piece of pipe, tube fittings, and equipment for defects and obstructions; promptly remove all defective materials from the job site, nmeiveo 5. Install pipes to clear all beams and obstructions. Do not cut structural YOFTUKWILA members without the approval of the Architect, EXODUS ATCE Job 99272 13 1 8 2Uuii PERMIT CENTER 15400 - 5 December 13, 1999 B, Joints and Connections: 1. Smoothly ream all cut pipe; cut all threads straight and true; apply best quality Teflon tape to all male pipe threads but not inside the fittings; use graphite on all cleanout plugs. 2, Pack all joints in cast iron soil and waste pipe and fittings using oakum and securing with one inch deep lead caulking, fully and properly caulked and smoothly finished, except where compression -type neoprene fittings are permitted and used. 3,04 CLOSING IN UNINSPECTED WORK A, General: Do not cover up or enclose work until It has been properly and completely inspected and approved. B, Noncompliance: Should any of the work be covered up or enclosed prior to all required inspections and approvals, uncover the work as required and after it has been completely inspected and approved, make all repairs and replacements with such materials as are necessary to the approval of the Architect. 3,06 TESTS AND ADJUSTMENTS A, Test the installations in accordance with the following requirements and all applicable codes. 1, Notify the Architect at least seven (7) days In advance of any test, 2, All piping shall be tested at completion of roughing -In, or at any other times as directed by the Architect, 3, Furnish all necessary materials, test pumps, gases, instruments, and labor required for testing. Tests shall be witnessed by the Architect. B. Protect valves and equipment from damage during tests, Include connection to previously tested sections if the systems are tested in sections. C. Test Schedule: Teat all piping as noted below, with no leaks or loss In pressure. Repair or replace defective piping until tests are accomplished successfully. SYSTEM Drainage, soil waste and vents, condensate drains CW & HW, EXODUS ATCE Job 99272 TEST MOM Fill to top of highest vent TEST MEDIUM, TEST Water 8 hours RECEIVED CITY OF TUKW1I.A 4 htileg 1 8 nti 150 psig Water PERMIT CENTER 15400 - 6 December 13, 1999 Perform operational test under simulated or actual service conditions, including one test of complete plumbing installation with all fixtures and other appliances connected and operating. E. Should any material or work fail in any of these tests, it shall be immediately removed and replaced by new materials, and portion of the work replaced shall again be tested. F. Instruct Owner's operating personnel during operating adjustment period. Lubricate each item of equipment, including motors, before operation. 3.06 STERILIZATION OF PIPES A, General: 1. After preliminary purging of the system, chlorinate the entire potable domestic water system in accordance with the current recommendations of the American Water Works Association and in accordance with all pertinent state and local health codes and regulations. 2. Chlorinate only when prescheduled and provide proper warning signs at outlets. B, Flushing: 1. Upon completion of the sterilization, thoroughly flush the entire potable water system and Immediately fill the system. 2. When sterilization and flushings are complete, arrange with pertinent agencies for all required test on mains and systems. Submit certificate of sterilization. 3.07 CLEANING PIPING SYSTEMS A. After the piping systems have been tested and proved tight, clean piping systems of dirt, scale, oil, grease, waste, and other foreign substances which may have accumulated during the process of installation. 3.08 FINAL CLEAN UP A. Prior to acceptance of the buildings, thoroughly clean all exposed portions of the plumbing Installation, removing all labels and all traces of foreign substance, using only a cleaning solution approved by the manufacturer of the plumbing item and being careful to avoid all damage to finished surfaces, 3.09 PIPING PENETRATIONS OF FIRE WALLS pt;CUtVOD CiTY OF TUKWIIA A. Bare Pipe: All steel pipe or copper tubing penetrating fire walls or decks aiiall114 2'v'k' encircled by sheet metal sleeves sized for maximum one inch annular spacing PERMIT EXODUS 15400 - 7 ATCE Job 99272 December 13, 1999 between pipe and sleeve. Spacing shall be packed on each end with UL rated ceramic fiber strip insulation. Insulated Pipe: Same as for bare pipe, but with the addition of a 360 degree cylinder of waterproofed calcium silicate insulation encasing the pipe and covered with galvanized sheet metal shielding, all sized to extend to a minimum of one Inch beyond wall or deck. C. Sleeve and packing shall have the same fire rating as the partition construction in which they are installed. Any substitutions must have passed the ASTM E -119 test, per UBC 43 -1 for pipe penetrations. D. Fire barrier kits shall be Pipe Shields, Inc., Model "F" series, Caulking shall be applied additionally for 4 -hour wall penetrations. Caulking shall be 3 -M fire barrier caulking, CP -25, with 3 -hour rating. 1:199 9027218p.c116400,doo END OF SECTION RECEIVED CITY OF TUKWItA FEB 1 8 2000 PERMIT CENTER EXODUS 15400 - 8 December 13, 1999 ATCE Job 99272 SECTION 15492 DIESEL FUEL STORAGE TANK AND PIPING SYSTEM PART 1 - GENERAL 1,01 CONDITIONS AND REQUIREMENTS A. Refer to General Conditions, Supplementary Conditions, and Division 1 General Requirements. B. Section 15050 General Requirements applies to this section. 1.02 SCOPE OF WORK A, Provide all labor and materials for a complete and operational diesel fuel storage, piping, and control /alarm systems; and as indicated on the drawings, B. Diesel fuel oil is required only for the Building One emergency generators. 1,03 CODES AND REGULATIONS A. Fuel oil tank installation shall conform to Article 79 - Division VI of the Uniform Fire Code -1997 Edition, specifically UFC Appendix Standard A- II -F -1. B, Installation of all piping and connection of all equipment shall conform to requirements of NFPA Standard No, 30 (UBC Standard 10.1)1 NFPA Standard No, 31. C, Installation shall comply with provisions of Local Municipal Code. D. Installation shall comply with requirements of the City's Planning and Building Safety Divisions. E, Installation shall comply with Section 80,301, Uniform Fire Code. 1,04 SUBMITTALS A. Product Data: Per requirements in Section 15050. B. Shop Drawings: Submit Shop drawings of fuel storage tank. C, Submittal To Fire Marshal: The Contractor shall submit plans for fuel oil storage tank and piping installation to the Local Fire Marshal for review and written RECEIVED approval before installation. CRY QFI' PERMIT CENTEI % EXODUS ATCE Job 99272 15492 -1 December 13, 1999 PART 2 - PRODUCTS 2.01 FUEL OIL TANKS A. Type:. B. Tanks to, C. 2 Hr. fire resistance (4 hr. preferred), Ballistics, Vehicle Impact and Corrosion meeting UL 142, UL 2085 Listed Protected, Insulated Secondary Containment tank, D. Placarding and labeling per City Hazardous Materials Code. E, Tank(s) to F. Pipe nipple penetrations to have 3/18 striker plates on tank bottom, 0, Tank vent caps to have screens and UL listed for tank capacity. H, Tank to have proper Seismic zone restraints. I. See also Fuel 011 Piping for additional tank trim accessories. 2.02 TANK LEVEL GAUGE AND LEAK DETECTOR SYSTEMS A. Tank(a) to have a mechanical gauge (Morrison 818 clock gauge) and level chart for local reference during the tank filling operation. B. Tank(s) to have electronic gauging system for up to four (4) tanks providing remote data accusation. Veedor -Root TLS 350 or approved substitution providing the following requirements: 1. Each tank to have removable for field access and testing leak sensors at: a, Annular space between the tank steel walls, b. Tank fill sump and 0. At low point In fuel oil line supply and return secondary containment piping, 2. Each tank to have 90% high level and 25% low level alarm points. 3, Any condition from 1 or 2 above, to activate local 98+ db bell audible and red rotating beacon visual alarm. Local panel to have push buttom "silence" button for bell. Visual alarm to remain on until condition causing alarm itCGivo corrected. OITY OF TUKW to riii)1 (f ? PERMIT C ,NTeN EXODUS 15492 - 2 ATCE Job 99272 December 13, 1999 to OgZ'. 4. Low Voltage Alarm sensor and probe wiring to have dedicated conduit run separate from 110 vac conduit and wiring runs. Provide all necessary junction boxes, adapters, and seal offs separating the hazardous to non- hazardous locations, 5. Electronic gauging system shall be UL listed, Enclosure panel to be NEMA 3 suitable for outdoor application, All sensors and probes shall be UL Listed intrinsically safe. 6, Reporting requirements. System shall have: a. RS -232 communications port with auto - dialing fax and modem capability with Windows based communication software. b. Reports that document fuel delivery, usage, leakage, theft, and inventory status c. System shall allow external /remote configuration and external data input, C. Provide all control wiring, conduit, relays, and necessary electrical accessories between tank sensors /probes to monitoring panel, All wiring and circuits shall be intrinsically safe, Wiring to be THWN Gas and Oil resistant and at gauge specified by manufacturer of the electronic system. D, Electrical work: 120 vac power shall be provided to the audible — visual alarm panel and to the Veedor -Root control panel by Division 16. Division 18 shall also provide empty conduits and seal offs between the tank and the control panels. 2,03 FUEL OIL PIPING A. Piping system shall be "HazContainments" by HazCon Which consists of: 1. Tank/Piping Interface with: a. Drain to tank b. Leak probe npt fitting c. 1 Inch foot valve and suction tube d. Anti - siphon valve e, Return line npt fitting f, Lockable lid g. Secondary piping termination fitting with flex connector at tank. 2, Fuel Lines: a. 3 inch diameter secondary containment pipe. Galvanized npt treaded pipe schedule 40.with 3 Inch tees on all 90 degree turns. Double tap bushing Interfaces with all necessary fittings, RCCEiVED b, 1/2 inch primery flexible supply and return lines, ctTYOFTUKWILA c. Leak probe monitoring well for sensor. FEB 1 8 Mid d. 1/2 Inch ball valves 150 psi bronze body. Chrome ball, Teflon seats and seals. PERMIT CENTER EXODUS 15492 - 3 ATCE Job 99272 December 13, 1999 Tank Trim Items (each tank): a. (2) Morrison 244 OS 6" vents with screens b. (1) Morrison 354 vent c, (1) 2' X 8' vent pipe (12' AGL) d. (1) Morrison 334 3/4" foot valve e, (1) Morrison 184 2 X 3/4 X 3/4 double tap f. (1) Suction tube g. (1) Tee 2 X 1/2 X 1/2 h. (1) Set, fuel hoses (Supply and Return) 1, (1) 5 gal min. Fill Containment Box j. (1) 2 Step Ladder to access fill box k. (1) Morrison Solenoid Valve PART 3 - EXECUTION 3.1 INSTALLATION A, Emergency Generator Connections: Provide all fuel oil piping from generator fuel oil tank to generator. Make all piping connections. B. Install fuel oil tanks per manufacturer's recommendations with proper seismic restraints. C. Install electronic monitoring with factory authorized start up technician to validate warranties. 3.02 TESTING A. Fuel Storage Tank: Test with compressed air primary tank at 6 psi concurrent with 3 psi on secondary steel tank. B. Fuel 011 Piping: Teat with compressed air 5 psi on secondary steel pipe, Primary Fuel supply and return lines test at 100 psi. 1:199•99272W1scMspiw116492.000 END OF SECTION RECEIVED CITY OF TUKWILA FEB 1 8 2000 PERMIT CENTER EXODUS 15492 - 4 ATCE Job 99272 December 13, 1999 SECTION 15500 HEATING, VENTILATING, AND AIR CONDITIONING PART 1 - GENERAL 1.01 CONDITIONS AND REQUIREMENTS Refer to the General Conditions, Supplementary Conditions, and Division 1 General Requirements. 1.02 SCOPE OF WORK A. Provide all labor, equipment, and materials that are required to provide a complete installation and properly operating systems as indicated on the mechanical drawings and as described in these specifications including that reasonably inferred for proper execution of the work. B. Provide complete central heating plant including hot water boilers, pumps, expansion tank, and all necessary accessories. C, Provide all packaged rooftop air conditioning units, dampers, filters, mixing boxes, plenums, air Intakes and reliefs, and all necessary accessories. D. Provide exhaust fans complete with adjustable drives, belt guards, motors, backdraft dampers, bird screens, and all necessary accessories. E. Provide all air distribution devices, terminal boxes, reheat coils, and fan powered terminal boxes as shown on drawings. F. Provide all supply, return, and exhaust ductwork systems, ©. Provide automatic control dampers except where furnished by the equipment manufacturer. H. Provide layout of equipment supports, pads, curbs, and ductwork openings. I. Provide all piping systems shown on the mechanical drawings Including, but not limited to, piping; valves; accessories; and supports for heating hot water system. J. Provide all duct and piping Insulation as specified. (Refer to Section 15250.) K. Provide all fire /smoke dampers, backdraft dampers, and manual balance dampers, (Smoke detectors, other than factory installed in AC units, are by Div. 16.) L. Install all control components that are mounted In piping systems (vaiv rUK FCWtu► etc.). FED 1 8 26, M. Provide flashing of all roof and wail penetrations required by mechanical equipment, ducts, and pipes. PEAMi"r ctwnrrr� EXODUS 15500 -1 ATCE Job 99272 December 13, 1999 N. Provide rigging and setting of all mechanical equipment and materials, 0. Provide complete shop and field coordination drawings. (See Section 15050.) P. Provide complete start-up, check -out, and testing of systems. (See Section 15050.) Q. Provide complete chemical treatment systems for boilers, and piping systems. 1.03 RELATED WORK SPECIFIED ELSEWHERE The following items are to be included in other sections to be done by other trades. Where coordination is necessary, it shall be provided by this Contractor: 1. All electrical power wiring including field connections. 2. Motor control center, circuit breakers, and disconnect switches, except where indicated otherwise, 3. Fire sprinkler system. 4. Automatic control systems. (See Section 15950.) 6. Plumbing systems. 6. Concrete housekeeping pads and curbs. 7. Architectural sheet metal (other than flashing for mechanical work). 8. Air Balance (see Section 15990). PART 2 - PRODUCTS 2.01 DUCT AND ACCESSORIES A. Duct shall be fabricated of galvanized carbon sheet steel conforming to ASTM A527 (090) and the latest SMACNA Duct Construction Manuals except where stainless steel Is indicated on the drawings. Galvanized steel shall be of lock - forming quality with a minimum coating of 1.25 ounces of zinc per square foot conforming to the requirements of U.M.C. Standard No. 4 -2.. Galvanized steel shall be of lock-forming quality with a minimum coating of 1.25 ounces of zinc per square foot conforming to the requirements of U.M.C. Standard No. 4 -2. B. Fasteners such as bolts, nuts, sheet metal screws, etc., shall be cadmium - plated steel. C, Flexible Duct: Final connections to all ceiling mounted supply air outlets, ducted return air grilles, and exhaust grilles will be made with sound - absorbing, flex AWED duct. The duct will have an outer plastic liner, R-4 insulation, helical sup FeruKWUA and inner liner, EXODUS MAAProbrrEn ATCE Job 99272 December 13, 1999 1. On supply diffusers, returns, and exhaust grilles use Casco Silent -Flex II (sound absorbing type). 2. Alternative suppliers: Glass -flex; Thermaflex; Genf lex. 3. Length 6 ft. minimum, 8 ft. maximum. D. Aluminum flex is not allowed. E. Flexible Connections: 30 ounce neoprene fiber glass, Ventfab or Ventglas if exposed to the weather. Provide at supply and return connections of packaged AC units. F. Turning Vanes: All mitered rectangular elbows shall have single width turning vanes. G. Access Doors: Gasketed, airtight, hinged sheet metal doors. Install metal access doors and frames of size to permit access to fire dampers and all other built -In equipment. Use Wonder Metal Type AT -7, Ductmate "Sandwich" type or approved substitute access door. Provide Insulated access doors installed in insulated ductwork to provide an R value equivalent to the ductwork insulation. H. Splitter Vanes: All rectangular radius type elbows shall have a minimum of 2 splitter vanes. Refer to latest SMACNA Duct Design Manual for placement of vanes. 2.02 AIR CONDITIONING UNITS — (RTU) A. General: 1. The HVAC system design is based on McQuay Roofpak Model RPS (blow - through design) with sizes and operating performance as scheduled on plans. 2. Provide adds or deducts for the following substitutions: a, AAON, Trans. 3, Factory fabricated rooftop packaged air conditioning units of the size, type. All major components used to assemble air conditioning units with exception of electrical devices, control devices, drives and bearings shall be manufactured by the air conditioning unit manufacturer. Fans, coils, compressors and dampers not manufactured by the air conditioning unit manufacturer shall be listed in the bid proposal and must meet the requirements of these specifications. All unit controls shall be factory RE0CIIy p installed by the air conditioning unit manufacturer. CITY OFTUKWI A 4. Shipping: Ail costs for shipping shall be F.O.B. destination F.F.A. FEB 1 8 2;. PERMIT CENT. ►r B. Fan Sections: EXODUS ATCE Job 99272 15500 - 3 December 13, 1999 Fan Assembly: All fans shall be statically and dynamically balanced including final trim balance at the factory for quiet operation. All units shall have solid steel fan shafts mounted in heavy duty 200,000 hour greasable ball bearings. The entire fan assembly shall be completely isolated and mounted on 2" spring isolators with seismic restraints. 2. Supply Fan: Supply fan shall be double width, double inlet centrifugal type airfoil fan. The airfoil fan wheel shall be Class II type and fabricated from heavy gauge aluminum with the fan blades continuously welded to the back plate and end rim. 3. Return Fan: Return fan shall be Class II single width, single inlet (SWSI) centrifugal plenum type, airfoil fan with fan blades continuously welded to back plate and end rim, 4, Fan Motors: Fan motors shall be heavy duty 1,800 rpm, open drip- proof, high efficiency open drip-proof, or totally enclosed type with greasable ball bearings. Motor shall have a factory Installed variable sheave and an adjustable base for proper alignment and belt tension adjustment. Expanded metal belt guard shall be provided with fan motors, Fan motors shall be rated for inverter duty. 8, Variable frequency drives shall be provided for the supply fan and the return fan and be factory installed In a blank access section following the filler section, Bypass contactors shall be provided for the drives. C, Outdoor /Return Alr Section: 1, 100% Outside Alr Economizer: Unit shall be provided with a 100% outside air economizer. The 0 to 100% outside air economizer shall consist of outside, return, and exhaust air dampers and an actuator modulating outside and return alr dampers. Outside air shall enter from both sides of the economizer through horizontal louvered Intake panels complete with rain Hp and bird screen, Floor of the outdoor /return alr section shall provide for water drainage. 2. A powered exhaust damper closure with actuator shall be provided to exhaust alr out of the back of the unit, Exhaust louvers and bird screen shall be provided. Exhaust dampers shall be Tined with urethane gasketing on contact edges. 3, The damper actuator shall be of the modulating spring return type. Minimum outside air adjustment shall be made and monitored at the unit controller, A differential dry bulb control shall sense both outside and return air temperature so that economizer dampers can be modulateU EiveD response to whichever temperature is lower, CITY OFTUKWIL.A FEB 1 8 2033 D. Filter Sections: EXODUS ATCE Job 99272 PERMIT CENTER 15500 - 4 December 13, 1999 1, Filters: Unit shall be provided with a draw - through filter section. The filter section shall be supplied complete with a filter rack as an integral part of the unit. 2. The 12" deep American Air Filter Varicel cartridge filters shall be 60 -65% efficient, UL Std. 900, Class 1 Cartridge filters shall consist of filter media permanently attached to a metal frame. Cartridge filters shall slide into an extruded aluminum, staggered rack contained within the unit. The filter rack shall have gasketed, hinged end panels to provide easy access and ensure proper sealing, Cartridge filters shall include 2" thick prefilters. Plenum Accessories: 1, Smoke Detectors: Smoke detectors shall be factory installed in the supply air openings. Smoke detectors to be ionization type which responds to Invisible products of combustion without requiring the sensing of heat, flame, or visible smoke. 2. Isolation Dampers: Isolation dampers shall be provided in the bottom discharge openings, Isolation dampers shall be provided with a two - position actuator controlled to close when fans are not running. F. Electrical: 1. Provide unit mounted and wired, starters, variable frequency drives, auxiliary contacts, stepdown transformer and other line voltage components as required. A/C unit manufacturer shall provide factory line voltage wiring to fan motors, compressors, lights, safety lockout and other line voltage components as required. Unit shall be completely factory wired and fleld power wiring shall enter unit cabinet at a single location, Provide a convenience outlet on the unit, 2. Provide TEFC motors. G. Sound Power Level: 1, Air conditioning unit fan and panel radiated sound power data shall be submitted for review by the mechanical engineer, Sound power level shall be given at the supply connection(e) and return connection(s) In addition to the radiated sound power from the cabinet. Raw fan sound power shall be derived from the tests done on the same sizes and types of fans scheduled, Data extrapolated from non -like fan sizes and types as scheduled is not acceptable. All sound data shall be in accordance with AMCA Standard 300 or ASHRAE 12.12, Provide mechanical engineer with all sound power data. Cabinet, Casing and Frame: EXODUS ATCE Job 99272 RECEIVED CiTY OF TUKWILA FEB 1 8 2',;0, PERMIT CENTER 15500 - 5 December 13, 1999 t Unit cabinet shall be completely insulated with a minimum of 1" thick, 3/4 Ib. Density liner to all panels with adhesive and mechanical fasteners. All floors shall have galvanized sheetmetal liners. Provide liners in the supply and return plenums. J. Condensing Section: 1. Each condenser shall be factory leak tested under water. Compressors shall be Copeland Discus reciprocating, semi - hermetic type with reversible, positive displacement oil pump, suction and discharge line service valves, crankcase heater, high efficiency blocked suction unloading, and three leg Inherent motor overload protection. Compressors shall be isolated on spring isolators with vibration eliminators on suction and discharge lines to decrease noise transmission. 2. Condenser coils shall be multi -row type fabricated from 3/8" O.D, high efficiency rifled copper tubing mechanically bonded to aluminum tins or copper fins. 3, Condenser fans shall be direct drive, propeller type designed for low tip speed and vertical air discharge. 4. Each refrigeration circuit includes sightglass, filter -dryer and manual shutoff valve. Each refrigerant circuit shall include a subcooler circuit to provide 16 degrees of liquid subcooling. K. Cooling Coil Section: 1. Direct expansion (DX) type coils shall be fabricated of seamless 618" copper tubes mechanically expanded Into 0.0076" aluminum fins. DX coils shall be interlaces two circuit with a multi -row design with 5 rows and 8 fins per Inch. Coils shall be factory leak tested under water. The evaporator coil circuiting shall be fed with an adjustable thermal expansion valve. 2, Stainless steel, positively sloped drain pan shall be provided with the cooling coil. The drain pan shall extend beyond the leaving side of the colt and underneath the cooling coil connections. The drain pan shall be connected to a threaded drain connection extending through the unit base, Provide with a secondary drain pan connected to the primary drain pan. L. Refrigeration Controls: 1. The unit shall have a minimum of two refrigerant circuits. Each circuit shall Include a liquid line solenoid valve, oil pressure switch, high pressure switch, low pressure switch, compressor control circuit switch, and pump down switch, Each circuit shall have at least one condenser fan contr gums by a refrigerant pressure switch for positive head pressure controlt OFTUKWII,A ambient thermostat shall prevent the refrigeration system from operat n below 45 °F. : J 8 2. AU EXODUS ATCE Job 99272 PERMIT CENTER 15500 , 6 December 13, 1999 6,2 2. Hot Gas Bypass: Hot gas bypass control shall be factory installed on each refrigerant circuit. Hot gas bypass control includes a hot gas bypass valve, solenoid valve and hot gas bypass piping, M. Humidifier: 1. Each unit shall be equipped with a complete Ultrasorb humidifier suitable for 500 ibs /hr of water, Steam generators will be installed on the roof adjacent to the RTU units. M. Unit Controller: 1 Each unit shall be equipped with a complete MicroTech microprocessor control system. This system shall consist of temperature and pressure (thermistor and transducer) sensors, Input/output board, main processor board with display and keypad and staging boards as required. All microprocessors, boards, and sensors shall be factory mounted, wired and tested. 2, The microprocessor shall be a stand -alone DDC controller not dependent on communications with an on -site PC, Remote Monitor, and control panel, or the Network Master Panel. The microprocessor shall be equipped with LEDs to indicate that all hardware, software, and interconnecting wiring are In proper operating condition, All factory set and user set schedules and control points shall be maintained in non- volatile memory. No settings shall be lost, even during long -term power shutdowns. N. Network Interface Panel: Provide one open Protocol Master (OPM) Panel per building to Interface with the building management system, 2.03 OFFICE AIR CONDITIONING UNITS — (AHU) A, General: 1, The HVAC system design Is based on GAYLORD, with sizes and operating performance as scheduled on plans. 2, Factory fabricated air conditioning units of the size, type. All major components used to assemble air conditioning units with exception of electrical devices, control devices, drives and bearings shall be manufactured by the air conditioning unit manufacturer. Fans, coils, compressors and dampers not manufactured by the air conditioning unit manufacturer shall be listed in the bid proposal and must meet the requirements of these specifications, All unit controls shall be factory installed by the air conditioning unit manufacturer, 3. Shipping: All costs for shipping shall be F.O.B. destination F.F.A. QF T�UKWiLA 8. Fan Sections: ZJ`J EXODUS ATCE Job 99272 PERMIT CENTER 15500 - 7 December 13, 1999 1. Fan Assembly: All fans shall be statically and dynamically balanced including final trim balance at the factory for quiet operation. The entire fan assembly shall be completely isolated and mounted on spring isolators. 2. Fans: Supply and return Fan shall be (SWSI) centrifugal plenum type, airfoil fan with fan blades continuously welded to back plate and end rim. 3. Fan Motors: Fan motors shall be Washington State Energy Code Efficient Motors. High efficiency open drip - proof, or totally enclosed type with greasable ball bearings. Motor shall have a factory installed variable sheave and an adjustable base for proper alignment and belt tension adjustment. Expanded metal belt guard shall be provided with fan motors. Fan motors shall be rated for inverter duty, 4. Variable frequency drives shall be provided for the supply fan and the return fan and be factory installed in a blank access section following the filler section. Bypass contactors shall be provided for the drives. C. Outdoor /Return Air Section: 1, 100% Outside Air Economizer: Unit shall be provided with a 100% outside air economizer. The 0 to 100% outside air economizer shall consist of outside, return, and exhaust air dampers and an actuator modulating outside and return air dampers. 2. A powered exhaust damper closure with actuator shall be provided to exhaust air out of the back of the unit. Exhaust louvers and bird screen shall be provided. Exhaust dampers shall be Tined with urethane gasketing on contact edges. 3. The damper actuator shall be of the modulating spring return type. Minimum outside air adjustment shall be made and monitored at the unit controller. A differential dry bulb control shall sense both outside and return air temperature so that economizer dampers can be modulated in response to whichever temperature is lower, D. Filter Sections: 1. Filters: 66% filter efficiency based on ASHRAE Standard 62 E. Plenum Accessories: 1 Smoke Detectors: Smoke detectors shall be factory installed In the supply air openings. RECEIVED F. Electrical: 4111' OF TUKWItA FE3 1 8 2 U 1. Provide unit mounted and wired, variable frequency drives, auxiliary contacts, stepdown transformer and other line voltage components/tea cENTER required. A/C unit manufacturer shall provide factory line voltage wiring to EXODUS ATCE Job 99272 December 13, 1999 15500 - 8 fan motors, compressors, lights, safety lockout and other line voltage components as required. I. Cabinet, Casing and Frame: 1 i 1. Unit cabinet shall be completely insulated with a minimum of 4" thick, 3/4 Ib. Density liner to all panels with adhesive and mechanical fasteners. J. Condensing Section: 1 1, Each condenser shall be factory leak tested under water. Compressors shall be semi - hermetic type with reversible, positive displacement oil pump, 1M suction and discharge line service valves, crankcase heater, high efficiency 2 blocked suction unloading, and three leg inherent motor overload protection. Compressors shall be isolated on spring isolators with vibration eliminators on suction and discharge lines to decrease noise transmission. 2. Condenser coils shall be multi -row type fabricated from 3/8" O.D. high efficiency rifled copper tubing mechanically bonded to aluminum fins or . 3 M. copper fins. { 3, Condenser fans shall be direct drive, propeller type designed for low tip i' speed and vertical air discharge, 4. Each refrigeration circuit Includes eightglase, filter -dryer and manual shutoff valve. Each refrigerant circuit shall Include a eubcooler circuit to provide 16 ri degrees of liquid eubcooling. K. Cooling Coil Section: 1. Direct expansion (DX) type coils shall be fabricated of seamless 5 /8" copper tubes mechanically expanded Into 0.0076" aluminum fins. DX coils shall be Interlaces two circuit with a multi -row design with 5 rows and 8 fins per Inch. Coils shall be factory leak tested under water. The evaporator coil circuiting shall be fed with an adjustable thermal expansion valve. 2. Stainless steel, positively sloped drain pan shall be provided with the cooling coil, The drain pan shall extend beyond the leaving side of the coil and underneath the cooling colt connections, The drain pan shall be connected to a threaded drain connection extending through the unit base. Provide with a secondary drain pan connected to the primary drain pan, L. Refrigeration Controls: 1. The unit shall have a refrigerant circuit that includes liquid line solenoiOccElvaD valve, oil pressure switch, high pressure switch, low pressure swital rV OF TUKWIIA compressor control circuit switch, and pump down switch. Each circuit shall have at least one condenser fan controlled by a refrigerant p sOrb PERMIT CENTER EXODUS 15500 - 9 ATCE Job 99272 December 13, 1999 switch for positive head pressure control. An ambient thermostat shall prevent the refrigeration system from operating below 45 °F. 2. Hot Gas Bypass: Hot gas bypass control shall be factory installed on each refrigerant circuit. Hot gas bypass control includes a hot gas bypass valve, solenoid valve and hot gas bypass piping. M. Unit Controller: 1, Each unit shall be equipped with a complete MicroTech microprocessor control system. This system shall consist of temperature and pressure (thermistor and transducer) sensors, input/output board, main processor board with display and keypad and staging boards as required. All microprocessors, boards, and sensors shall be factory mounted, wired and tested. 2,04 EXHAUST FANS- (EF) A. Greenheck as scheduled (Barry, Twin Cities, Loren Cook), 8. Premium efficiency motors (see Section 15050). C, Fans shall be statically and dynamically balanced. D. Provide adjustable drives for all motors 6 hp and under, and fixed drives for over 6 hp. Manufacturer shall provide one change in sheave size where necessary to meet the actual Job air flow requirements. The Balancing Contractor shall determine the new size required. E. Fans shall have the wheel type as scheduled. 2.05 TERMINAL BOXES — (FTS), A. Terminal boxes shall be of the type, size, and capacity as scheduled. Titus as scheduled or approved substitution (Price, Envirotec, Metalaire). B, Discharge and radiated noise levels shall not exceed the catalogue values for the manufacturer listed In the schedule, C, Boxes shall be capable of operating satisfactorily throughout their catalogued range, from minimum to maximum capacity. D. Terminal boxes shall have DDC controls complete with factory- mounted damper actuator, multi -point primary air sensor, flow measuring taps, and reset flow controller, RECEIVED CITY OF TUKWILA 1. The Controls Contractor shall furnish the controllers and actuators toN L sty terminal box manufacturer for factory mounting. PERMIT CENTER EXODUS 15500 -10 ATCE Job 99272 December 13, 1999 1g, E. The terminal boxes shall be factory set for the maximum and minimum flow rates as scheduled. Field calibration shall be provided by external gauge taps. F. Terminal boxes shall be pressure independent. G. The unit casing shall be 22 gauge galvanized steel, internally lined with 1" thick 1- 1/2 Ib. density fiberglass insulation, All exposed insulation edges shall be coated to prevent erosion. H. Casing leakage shall not exceed 1% at 1.5" static pressure and maximum rated cfm. I. Hot water heating coils shall have the capacity as scheduled, The hot water coils shall be of the same manufacturer as the terminal box manufacturer, 2,06 GRILLES AND DIFFUSERS A. Air distribution devices shall be Titus as scheduled (Price, Envirotec, Metalaire, Krueger, Tuttle and Bailey). 1. Finish shall be off-white baked enamel. 2. Perforated face diffusers shall be full frame to allow for removing the face for adjustment of blow without removing diffuser from T -bar. B. All diffusers and grilles shall meet the performance of the listed manufacturer In terms of air quantity, adjustability, throw, noise level, etc, C. ADC certified performance ratings shall be submitted. 2.07 CONTROL DAMPERS A, All control dampers shall be Ruskin or approved substitution (American Warming, Arrow - Foil). 8. Rectangular dampers shall be Model CD80 or CD50 complete with blade and jam seals. C. Round dampers shall be Model CDR25 with blade seals. 2.08 BALANCE DAMPERS A. Opposed Blade Balance Dampers: 1. Less than 1500 fpm - Ruskin CD35, 2. Above 1500 fpm - Ruskin CD60 or CD50. B. Upstream of each flexible duct to supply air outlets, and exhaust grilles: RECEIVL:0 CITY OF TUKWILA F Hi 18 PERMIT CENTER EXODUS 15500 -11 ATCE Job 99272 December 13, 1999 1. Manual balance dampers shall be provided ahead of each flexible runout duct to each supply air outlet and exhaust grille. Dampers shall be 20 gauge galvanized steel and shall have a 3/8" minimum shaft and a Duro- Dyne KS385 quadrant set. Quadrant shall be accessible and easily visible. Where difficult to locate, they shall be marked with a red ribbon hanging below the ducts. 2. Provide standoff plate for insulated ducts. 2.09 FIRE AND FIRE /SMOKE DAMPERS A. Fire dampers shall be Ruskin as indicated below or approved substitution. 1. Supply and Exhaust Ducts: 1 BD2 Style C, CR, or CO. 100% free area, fully sealed. 2. Return Ducts: a. Below 1500 fpm: 1 BD2 Style A. Blades in air stream. b. Above 1500 fpm: 1 BD2 Style B. Blades out of air stream. B. Fire /smoke dampers shall be Ruskin as indicated below or approved substitution. 1. Rectangular: FSD60. 2. Round: FSDR25. 3. Horizontal ceiling applications: FSD36C2. 4, Provide UL555S classification with class 1 leakage and UL555S electric actuator. Coordinate voltage with Electrical Contractor, C. Ceiling fire dampers shall be UL classified radiation dampers. Ruskin CFD(R)2 up to 324 sq, In. and CFD4 up to 576 sq. in. D. All fire dampers and combination fire /smoke dampers shall be rated for 1 -1/2 hours minimum and shall be suitable for Installation In fire -rated assemblies up to 2 -hour construction, E, Fire dampers and combination fire /smoke dampers shall be Installed strictly per the manufacturer's recommendations for the application intended and shall meet all applicable codes. F. Fire dampers shall be installed at all penetrations of all fire rated assemblies whether or not indicated on the mechanical drawings. Refer to the architl;��TUK wita drawings for the location of all fire rated assemblies. Tutc G. Provide all code required sleeves and angle iron frames. FED 1 8 L, PERMIT CENTER H. The Contractor shall provide duct access doors to allow inspection of all dampers. EXODUS ATCE Job 99272 December 13, 1999 15500 -12 2,10 FLOOR MOUNTED AIR HANDLING UNITS -(CAH + CCU), A. Vertical upflow or down flow draw through DX computer room type units. Air Flow as scheduled or approved substitution (Liebert, Compu -Air Inc). B, Units shall be capable of providing the scheduled sensible capacity at the scheduled entering air temperature, entering water temperature, and gpm, C. Provide the unit complete with factory installed 2" 30% pleated filters, disconnect switch, starters, motor protection, and control system including 2 -way control valve. D. Control system shall be capable of adjusting set point between 70 and 76 °F and shall maintain stability at ± 2 °F. Provide fully modulating control, (Initial design set point is 74 6F.) LCD display shall at minimum indicate actual room temperature and set point. Humidity control Is not required, E. Provide the following minimum alarms: high and low temperature and no air flow, Alarms shall be displayed on LCD and an alarm horn with silence button shall be provided. F. Provide condensate pump factory wired and installed with automatic control. Pump shall be capable of handling all condensate assuming a 20 ft. lift. Provide with check valve and ball shutoff valve. G. Units shall be UL or ETL listed. H. Fan shall statically and dynamically balanced to a maximum vibration level of 2 mils in any plane. Bearings shall be rated at L- 10100,000 hours and drives shall be rated at 200% of motor horsepower. 1. Provide unit with a factory installed smoke detector which will shut down the unit upon detection of smoke. J. Contractor shall seismically attach unit to concrete floor through W minimum isomode pads. K. Frame shall be welded steel coated with corrosion Inhibiting finish. The cabinet shall have complete front and side access using high quality furniture grade steel doors with heavy duty hinges, easy opening latches, and gaskets to prevent leakage. The cabinet shall be painted with furniture grade finish. L. Floor stand: The floorstand shall be constructed of hellarc welded angle iron and shall be18" in height and shall have adjustable legs. A turning vane shall be supplied for field installation, AOFTUKV pp env �F TUk1MlLA M. Unit shall be equipped with isolation pedestals for ease of installation on qui jJopra 2JR, and to prevent any vibration being directly transmitted to the access floor, PERMIT CENTER EXODUS ATCE Job 99272 15500 -13 December 13, 1999 S§ All exterior panels shall be constructed of 16 gauge reinforced furniture grade steel and shall be insulated with 1 ", 1 -1/2 Ibs density insulation chosen for its sound absorbing properties, and to comply with NFPA Standard flame spread rate, not to exceed 25. Decorative exposed external front and side panels shall be painted standard color O. The air conditioners shall have 65% efficient filters as measured by ASHRAE standard 52 -76. P. Upflow plenum shall be constructed of 16 gauge furniture grade steel panels and shall be insulated with 1 ", 1 -1/2 Ib., density insulation. Q. Blower section: The air conditioner shall be configured for draw -thru air pattern to provide uniform air flow over the entire face area of the coil. The unit shall have DWDi blower(s). Each shall be the centrifugal type with forward curved blades, both dynamically and statically balanced. The blower(s) shall operate in the Class 1 range, shall be belt driven, and rated in accordance with AMCA Standard #210.The blower shall have permanently lubricated ball bearings, designed for a minimum 100,000 hour life. The blower shaft shall be cold finished centerless ground solid steel, treated for rust protection. The shaft shall conform to ASTM A- 108 specifications. R. Blower motor shall be mounted on an adjustable base, provided with a locking assembly to prevent motor play. The motor shall be 1725 RPM and shall have copper windings, phase isolation and shall be UL component recognized. The motors shall have a minimum NEMA service factor of 1.15. 8. Evaporator coil shall be "A" frame dual circuited design and has face area as listed In the technical data sheet. Each coil shall have Individual circuits for each compressor. Refrigerant flow controlled by thermostatic expansion valves, The prime surface shall be seamless copper tubes with aluminum fins. Return bends shall be made of seamless copper tube. Coils shall be tested at 350 psig. Coils are rated In accordance with ARI Standard #420, Fins shall be aluminum plate type, dle formed fin design to provide optimum strength and turbulence for maximum peak performance without objectionable high pressure drop. T. Drain pan shall be all stainless steel construction with nonferrous connections. The condensate drain line to be internally trapped. U. The compressors shall be located In a separate compartment. The compressors shall be of the hermetic type, complete with resilient suspension system, 3 -leg overload protection, and anti -slug protection. V Factory piped hot gas solenoid valve and externally equalized regulating valve the refrigerant circuit to provide capacity control under Tight load conditions, RECEIVED W, Each refrigeration system shall be provided with: OITV CIF TUKWILA FE[ 1 8 LiJ - Externally equalized expansion valve EXODUS ATCE Job 99272 PERMIT CENTER 15500 - 14 December 13, 1999 - Filter Dryer - Manual reset high pressure switch - Auto reset low pressure switch - Charging ports - Solenoid valve (air cooled only) - Liquid receiver (air cooled only) - Sight Glass with moisture indicator - Suction Accumulator (not provided with semi- hermeticcompressors) X. Condensate pumpas capacity of 2 GPH at 20 ft. head. Pump is complete with integral float switch, pump, motor assembly and reservoir. Check valve is to be field provided and installed. Voltage Is 277 volt, 60 Hertz, single phase. Y. Ionizing type smoke detector is mounted in the unit In the return air flow. Upon activation the smoke detector will "IMMEDIATELY SHUT DOWN THE ENTIRE UNIT" and activate the alarm system. 2.11 PACKAGED AIR HANDLER(Third floor UPS room) A. General: 1. Similar to RTU units but with supply fan only. PART 3 - EXECUTION 3.01 DUCT AND ACCESSORIES A. Fabricate and Install the duct In accordance with SMACNA HVAC Duct Construction Standards Metal and Flexible -1985 and the following: 1 Supply duct upstream of terminal boxes: 3" static pressure class, seal class A. 2. Supply duct downstream of terminal boxes: 1" static pressure class, seal class C. 3, Supply ducts' systems for units without terminal boxes: 2" static pressure class, seal class C. 4. Return ducts: 1 " static pressure class, seal class C. RECEIVED env OF TUKWiLA 5. Toilet and general exhaust ducts: 1" static pressure class, seal clapto. 8 22 EXODUS ATCE Job 99272 PERMIT CENTEF, 1550015 December 13, 1999 B. Installation manuals shall be included by the Contractor with his submittals. These manuals shall provide detailed instructions: 1. Assembly. 2. Joint Sealing. 3. Hanging. C. Provide all necessary transitions and additional fittings as required to clear obstructions, maintain clearances, and coordinate with other trades at no extra cost to the Owner. D. Round and oval duct fittings for duct rating equal to and above 2" positive or equal to and less than 2" negative static pressure: Fittings shall be manufactured by United Sheet Metal. 1. Elbows shall be five piece with centerline radius equal to 1 -1/2 times the diameter. 2. Conical tees or standard 45 degree Y- branches shall be used (straight tees or taps are not allowed). 3. Fittings shall be smooth on the Inside and shall be designed for minimum pressure drop and minimum notes generation. 4. A conical smooth flow tap may be used where connecting to supply air main ducts as long as all burrs are removed and no edges protrude into the air flow. All 90 degree tees and 45 degree laterals (wyes) shall have a radiused entrance Into the tap, produced by machine or press forming. The entrance shall be free of weld build -up, burrs, or irregularities. Elbows In diameters 3" through 8" shall be two - section stamped elbows. All other elbows shall be gored construction with all seams continuous welded. Elbows shall be fabricated to a centerline radius of 1.5 times the cross - section diameter. All elbows, not die - stamped, shall be fabricated according to the following schedule: Elbow Anale, Less than 35 degrees 36 through 71 degrees Over 71 degrees Number of Gore' 2 3 6 Fittings may be continuous welded (preferred) or may be spot welded and sealed with United Duct Sealer rated at 10" or better, as long as the fitting pieces fit together tightly; sealer is applied both inside and outside; ED is applied neatly on the inside; the fittings do not leak; and unaceppt trUKWILA noise is not generated. FEB . 4 i 8 Zu3 PERMIT CENTER EXODUS 15500 -16 ATCE Job 99272 December 13, 1999 6, Galvanized areas that have been damaged by welding shall be properly cleaned by wire brushing and coated with corrosion resistant aluminum paint. 7. Pipe -to -pipe joints in diameters to 50" are by the use of sleeve couplings reinforced by a rolled bead. 8, Pipe -to- fitting joints in diameters to 50" are by slipfit of projecting collar of the fitting into the pipe. 9. Insertion length of sleeve coupling and fitting collar is 2" for diameters through 9 ", and 4" for diameters 10" and up. E. Round Duct Fittings for Less than 2" Static Pressure Class: 1, All fittings shall be manufactured per SMACNA. 2. Adjustable elbows may be used if all gores and joints are sealed. 3, Standard shop fabricated Y- branches may be used. Seal at tap, F. Rectangular Duct Fittings: Fittings shall be manufactured according to SMACNA Standards. 1. The throat radius of all bends shall be 1 -1/2 times the width of the duct wherever possible. Provide square elbows with turning vanes where space does not permit the above radius or where square elbows are shown, 2. Splitter vanes are required on all radius elbows. 3, The elopes of transitions shall be approximately one to five and no abrupt changes or offsets of any kind In the duct system shall be permitted without prior approval, G. All ducts shall be galvanized steel, formed from flat sheets for rectangular ducts and United spiral ducts for round. H. Joint Sealing: 1, All joints shall be sealed per latest SMACNA manual to the seal classes as specified. RECEIVED CiTY OF TUKWILA FEB Bn,sl� 4 Lv PERMIT CENTER EXODUS 15500 -17 ATCE Job 99272 December 13, 1999 2. All joints shall be sealed as follows: a. Use United Duct Sealer and install per the manufacturer's directions. b. Other acceptable alternatives are Hardcast, Raychem heat - shrinkage bands, and United Unicast. c. The duct sealer must be specifically formulated for the job of sealing the field joints for high pressure systems. Samples of sealer and hardcast and the specification data sheets shall be submitted to the Architect for approval, 3. Rectangular ducts shall have transverse joints sealed using the Ductmate system, or equal, or using United Duct Sealer applied within the joint as it is assembled per SMACNA. Longitudinal joints shall be sealed using United Duct Sealer, applied within the joint as it is assembled. Simply painting the inside or outside of the joint with sealer is not acceptable. 4. Adhesive tapes are not acceptable for use to meet any seal class. I. Turning Vanes: Turning vanes shall be provided at all mitered elbows. J. Access Doors: Gasketed, airtight, hinged sheet metal doors. Install metal access doors and frames of size to permit access to fire dampers and other built -in equipment, K. Duct access doors may be constructed in accordance with Figure 2 -14 of SMACNA Low Pressure Duct Construction Standard. Furnish hinged doors except where space does not allow door to swing open the furnish removal doors. Insulate access doors where ducts are insulated with same Insulation as on ductwork or housing. L. Adhere to drawings as closely as possible. Vary run and shape of ducts and make offsets during progress of work if required, M. Install ductwork In adherence to ceiling height Indicated on architectural drawings. Consult with other sections, and in conjunction with them, establish necessary space requirements for each section so as to maintain required clearances, N. Hang ducts using specified hangers and brace seismically from structure. O. Reinforce ducts to prevent buckling, breathing, vibration, or unnecessary noise. 3,02 DUCT HANGERS A. General: EXODUS ATCE Job 99272 December 13, 1999 RECEIVED CITY QF TUKWilA 1 Seismic restraint of the duct system shall be made in accordance with Section 15050. FEB i 3 u7' PERMIT CENTER 15500 -18 2. All hanger materials shall be fabricated from galvanized or electroplated steel. Hanger material shall be minimum 3/8" diameter all- thread rod or 1" x 16 gauge strip steel. Manufactured hangers by SuperStrut, Unistrut, Kinline, or Elcen may be used as applicable. 3. Hangers shall be installed in accordance with these specifications, drawings, and the latest editions of SMACNA Duct Construction Standards; the most stringent of which shall prevail, 4. Hanger Toads shall not exceed the manufactured load ratings for a specific type of insert or attachment using a safety factor of 5. Where no Toad data Is available, maximum loading shall be that which shall be determined by a Structural Engineer. 5. All hangers shall be installed plumb and square to the building structure. Hangers shall be installed tight with load equally distributed between the hangers, Avoid splicing hanger straps wherever possible. 6, Miter ends of all trapeze supports at 45 degrees. B. Hanger Attachments: 1, Attachments to concrete structural members shall be made by prelnserting, with manufactured concrete Inserts, Installed prior to placing concrete, or by using drilled expansion anchors, 2. Attachments to structural steel members shall be made using manufactured beam clamps with retaining clips, Friction clamps will not be allowed. 3, Attachments to metal deck systems shall be made using prelnserted hanger rods with bearing plate, preineerted strap hanger with loop bent on end of strap or manufactured Insert clip. Prelnserted hangers shall be placed through slots or holes punched in the metal duct prior to placing concrete. Hangers installed after concrete Is placed shall be attached to decking using drilled anchor fasteners. Under no circumstances shall hangers be attached to prepunched deck clips. C. Hanger Spacing: Hanger spacing shall not exceed 10' -0" centers for rectangular, round, or oval ducts up to 60" size in either direction. For larger ducts, hanger spacing shall not exceed 5' -0 ", In no case shall hangers be installed such that they exceed the weight limit of the structural attachment. D. Riser Supports: Duct risers shall be supported at each floor level using minimaivED 1 -1/2" x 1 -1/2" x 1/8" angles, attached to each side or perimeter of the ducky OFTUKWILA spanning across the floor or shaft opening. In the case of high velocity du t, a band clamp welded to an angle frame shall be used. L�` u PERMIT CENTER EXODUS ATCE Job 99272 15500 -19 December 13, 1999 3 0 PENETRATIONS OF STRUCTURE A. Penetrations are prohibited in any structural members (except where noted in drawings) without the written consent of the Engineer. B, Obtain approval for other framed openings which may be required in addition to those shown on drawings. C. Pay all costs for additional cutting of holes as the result of incorrect location of sleeves or furnishing incorrect information as to the requirements of framed openings. END OF SECTION 1:.99199272iMech1specs116800.000 f EXODUS ATCE Job 99272 RECEIVED CITY op TUKWILA FEB 1 8 mu PERMIT CENTER 15500 - 20 December 13, 1999 SECTION 15990 TESTING, ADJUSTING, AND BALANCING PART 1 - GENERAL 1.01 CONDITIONS AND REQUIREMENTS A. Refer to Division 1 General Requirements. B. Section 15050 Basic Mechanical Requirements Is hereby made a part of this section as fully as if repeated herein, 1.02 SCOPE OF WORK A. Provide complete air and water balance of mechanical systems. B. Coordinate with other associated contractors to assure all mechanical systems are fully and properly started up and operating as intended. C. Balancing shall be in accordance with the National Environmental Balancing Bureau (NEBB) Procedural Standards by an Independent NEBB Certified or AABC approved Balancing Contractor. D. See Section 16050 for start-up, commissioning, and testing requirements. E. See Section 16950 for coordination required with Control Contractor. 1.03 AIR BALANCE A. General: 1, The Air Balance Contractor shall coordinate his schedule with the General Contractor, Mechanical Contractor, and Control Contractor beginning work as soon as each system Is completed and In full working order. Upon completion of the balancing and testing, the Air Balance Contractor shall submit six (6) typed copies of the compiled test data for forwarding to the Architect for evaluation and approval. All data shall be submitted on standard forms as recommended by NEBB. HCCEIV D CITY OR TUiCULA FEB 1 PERMIT CENTE EXODUS 15990 -1 December 13, 1999 ATCE Job 99272 B. Test Reporting Forms - General: Test forms used by Balancing Engineers and technicians shall be set up to include the following information: each sheet shall have job name and address; name of Air Conditioning Contractor and Architect; instruments used to perform tests; and name of test technician or test engineer. All forms shall be submitted on standard 8 -1/2" x 11" good quality paper and be bound together to form a complete report. All forms shall be submitted in typewritten form; handwritten forms are not acceptable. The cover or first sheet shall list the name and location of the project. A minimum of six copies shall be submitted. 1. Diffusers, Grilles, and Registers Test Sheets: Each sheet shall list in columns the following items: a. b. c. Fan systems and /or zone number. Room number or area designation. Outlet code number which shall correspond to code number of outlet on air balance code drawing. Size of outlet • manufacturer's listed size. Type of outlet - per manufacturer's model designation. Manufacturer of outlet. Required cfm of each outlet. Initial test cfm of each outlet. Final cfm of each outlet. 2. Air Handling Equipment Test Sheets (supply and return fans): a. Each sheet shall contain two columns, one shall list specified or required conditions and directly opposite shall list test conditions obtained. b. Sheets shall list the following items: EXODUS ATCE Job 99272 c. System fan number Manufacturer Supply cfm Return air cfm Outside air cfm Exhaust cfm Total static pressure Suction static pressure Discharge static pressure Coil pressure drop Filter pressure drop Provide separate appropriate reading for the supply and return fans. Fan rpm Size of driver sheave Size of driven sheave Belt sizes & number Motor manufacturer Motor size, voltage, phase, rpm, hp, amps, (nameplate rating) Final operating amps VFD setting RECEIVED CITY OF TUKWILA FEB 1 8 L PERMIT CENTrrl 15990 - 2 December 13, 1999 3, Exhaust Fan Test Sheets: Each sheet shall contain two columns, one shall list specified or required conditions and directly opposite shall list test conditions obtained, System Fan Number Fan Manufacturer Size and Model Motor, Hp, Voltage and Phase 4. Test, Code Drawings: Amps. Nameplate Rating Final Operating Amps, Fan rpm Total Static Pressure Total cfm VFD Setting a, Each report shall contain a single line drawing of air distribution system with fan system and zone number indicated. Each and every outlet, supply, and return shall be indicated on this drawing by a number corresponding to the number on the outlet test sheet. b. Drawing shall be clear and neat and shall list name of job and location of same. 6. Coil Performance Test Sheets: Test sheets shall list both specified and test conditions in opposite columns. All cooling and heating coils shall be listed except heating coils at terminal boxes and coils at fan coil units. Test at design air and water flow. a. Measure: (1) Entering air DB and WB temperature. (2) Leaving air DB and WB temperature. (3) Air quantity (cfm). C. Teat and Balance - Air Systems: The air balance agency shall perform the following tests and balance system in accordance with the following requirements: 1. Test and adjustment fan rpm to design requirements. 2, Test and record motor amperes at design air flow. 3, Make pitot tube traverse of main supply ducts and obtain design cfm at fans. Where air flow monitors are installed, they shall be verified for accuracy. 4, Test and record system static pressure, suction, discharge, and total, 6, Test and adjust system for design air quantities. RECEIVED 6. Test and adjust system for design minimum cfm outside air. 0I1YOFTUKWILA u1 82 U EXODUS ATCE Job 99272 PERMIT CENTER 15990.3 December 13, 1999 7. Test and record entering air temperatures. (DB heating and DB/WB cooling.) 8. Test and record leaving air temperatures. (DB heating and DB/WB cooling.) 9. Adjust all zone terminal boxes to proper design cfm, both for heating and cooling. List box manufacturer, model number, size, cfm cooling (maximum and minimum), cfm heating, and amperage draw and nameplate rating for fans in fan powered terminal boxes. Also list static pressure drop across terminal box inclusive of coil. (List actual and rated static pressure.) 10. Test and adjust each diffuser, grille, register, hood, and other exhaust equipment connections to within 10% of design requirements. 11. Each grille, diffuser, and register shall be identified as to location and area. 12. Size, type, and manufacturer of diffusers, grilles, registers, filter boxes, and all tested equipment shall be identified and listed. Manufacturer's ratings on all equipment shall be used to make required calculations. 13. In cooperation with the control manufacturer's representative, set adjustments of automatically operated dampers to operate as specified, Indicated, and /or noted, 14. All diffusers, grilles, and registers shall be adjusted to minimize drafts in all areas. 15. Mark all balance dampers indicating final set point. 16. As part of the work of this contract, the Air Balance Contractor shall make any changes in the pulleys and belts for correct balance as required at no additional cost to Owner. Mechanical Contractor and /or unit supplier will pay the cost of drive assemblies that are changed. 17. Read and record the pressure drop across each filter bank. Advise of any operating beyond the rated initial pressure drop. D. Pressurization Balance: 1. All buildings are to be maintained at a positive pressure referenced to atmospheric pressure (02" to .05" W.C.) END OF SECTION 1;1991992721Mech1spec8115880.00C EXODUS ATCE Job 99272 RECEIVED CITY OF TUKWILlb+ FEB 1 8 2Jt PERMIT CENTEF 15990 - 4 December 13, 1999 ig ALFA TECH COOLING LOAD CALCULATION PROJECT: 'EXODUS SEATTLE A DESIGN j PROJECT LOCATION: MONTH TIME OA DB TEMP. OA WB TEMP OA GRAINS DAILY RANGE ROOM TEMP ROOM RH ROOM GRAINS August 3 85 86 66 19 74 50% 52 WALL 'U' PM WALL WEIGHT F ROOF 'U' F ROOF WEIGHT GRAINS CLG. HT. F F %RH GRAINS 0.75, 60 0.08 10 10 COMPUTER ROOM AREA: 25,800 E Walls 8 Walla w Walla N Walla Roof E Glass 8 Glass W Glass N Glass Area EQUIV. TD 3088 1 3 1252 23 4080 34 1852 11 0 48 Area 1000 CORRECTION -3,28 •3,25 -3,25 •3,28 -3.25 S0. FT. BTU/H'F•SQ, FT. LB /SF BTU/H•F•SQ, FT. LB /SF FT 2/18/00 Seattle, WA 2nd Floor - 80 w /sgt't *LP Peak Btuh /af Stor, Factor Shade Coal 1.1 400 1.1 1.1 1.1 184 80 104 15 0,14 1 0,50 0.28 0.08 0,00 0,50 0,80 0,50 Btuh F TO 2,409 1,978 10,058 1,024 0 eta e POWER LIGHTS PEOPLE 80.0 W /8G, FT. 1,5 W /80, FT. 2000' 8F /PERSON 2,048,000 Walls 38,400 Watts 13 Poo lo 24 BIuh/Porson COOLING SA: SAT mimmE DUCT HEAT GAIN AND LEAKAGE SA FAN HEAT 8P DRIVE LOSS F 24 F TD of R$H FAN EFF. MTR, EFF, 274,140 CFM OUTSIDE AIR 28,800 SQ, FT. MEW CFM/BF 3840 CFM OUTSIDE AIR SENSIBLE HEAT 23,580 8,428 0 0 47,478 0.18 0,080,024 23,30 131,050 0.44 3,130 0.01 7,171,495 24.00 358,575 1.20 034,215 2.12 1.00 3,840 11 F TO 46,042 0,15 REQUIRED EQUIPMENT SENSIBLE HEAT ROOM LATENT HEAT OUTSIDE AIR LATENT HEAT 0,68 274,140 GRAINS GRAINS 372,830 0,08 3,840 86 62 38,657 REQUIRED EQUIPMENT TOTAL HEAT REQUIRED EQUIPMENT TONS (Note this Is not the Nominal Equipment Capacity) Equipment Coll Selection Data: F DB Entering Air Temp 74.15 Coll Leaving Air Temp 48.68 C: 1w indows1TEMPt(seatUea•2n480.x1sJ LOADS By: RM 1 F WS 53.60 49.20 8,619,713 8TUH 718 TONS IECEIVIID CITY of TUKWILA FEB 1 8 2000 PERMIT CENTEF M 2 000111. Oaf 5111. Soattlaa -2nd80 ALFA TECH Consulting Engineers 6 PROJECT: MONTH TIME OA DB TEMP. OA WB TEMP OA GRAINS DAILY RANGE ROOM TEMP ROOM RH ROOM GRAINS COOLING LOAD CALCULATION EXODUS SEATTLE A DESIGN August 3 85 66 66 19 75 45% 52 PM F F GRAINS F F %RH GRAINS WALL 'U' WALL WEIGHT ROOF 'U' ROOF WEIGHT CLG. HT. 0.75 80 0.08 10 10 COMPUTER ROOM AREA: 29,000 E Walla S Walla W Walls N Walla Roof E Glass 8 Glass W Glass N Glass ota . a Area EQUIV. TD CORRECTION 4088 13 1882 4088 1682 30,000 Area NU° SO. FT. PROJECT LOCATION: BTU /H'PSQ. FT, LB /SF BTU/H'F'SO, FT. LB /SF FT 2/18/00 7 :57 AM Seattle, WA 3rd Floor • 80 w /agft -4,25 -4,25 -4.25 -4,25 -4.25 Peak Btuh/af 164 89 104 16 1000 400 1,1 400 1.1 1.1 1.1 Stor. Factor Shade Coef 0.14 0.28 0.08 0.90 Log__ j0 0.50 0.50 0.50 Btuh F TO 2,862 2,478 9,729 892 100,200 POWER 80.0 W /80, FT, 2,320,000 Watts LIGHTS 1.8 W /80, FT. 43,500 Walls PEOPLE `- 2000 SF /PERSON 18 People j— EjBtuhlParson INOILIWITIETRIXr COOLING SA: SAT y DUCT HEAT GAIN AND LEAKAGE 8A FAN HEAT OUTSIDE AIR 8P DRIVE LOSS OUTSIDE AIR SENSIBLE HEAT F 26 F TO 20,000 SO, FT. 1.09 E.1 4,350 of ROH FAN EFF. MTR. EFF. CFM/SF 10 F TD 302,514 CFM 4350 CFM 22,480 7,988 28,704 0 173,333 0.53 7,018,100 148,488 3,553 8,243,511 24,01 0.45 0.01 28.00 412,178 1.25 009,050 2.12 47,415 0.14 ROOM LATENT HEAT OUTSIDE AIR LATENT HEAT GRAINS GRAINS 0.68 302,5141_82 ( 80 0.68 4,350 66 52 REQUIRED EQUIPMENT TOTAL HEAT REQUIRED EQUIPMENT TONS (Note this is not the Nominal Equipment Capacity) Equipment CoII Selection Data: F DB Entering Air Temp ; .1 Gail Leaving Air Temp 46.63 F W8 C: lwindows \TEMPgseattlea•3rd90.xIsL LOADS By: WTH ._ r, 411,410 41.412 0,855,702 BTUH 821 TONS seattlea -3rd80 601 ALFA TECH PROJECT: MONTH TIME ' OA DB TEMP. OA WB TEMP OA GRAINS DAILY RANGE ROOM TEMP ROOM RH ROOM GRAINS COOLING LOAD CALCULATION 'EXODUS SEATTLE A DESIGN August 3 85 86 66 19 74 50% 52 PM F F GRAINS F F %RH GRAINS WALL 'U' WALL WEIGHT ROOF 'U' ROOF WEIGHT CLG, HT, COMPUTER ROOM j AREA: 25,80( Area EQUIV. TO CORRECTION E Walla 8 Walla W Walla N Walla Roof E Glass 8 Glass W Glass N Glass of h.II 3088 13 1262 23 4088 34 1662 11 0 46 Area 1000 "U" 1.1 400 1,1 1.1 1.1 0.75 60 0.08 10 10 SQ. p1'. PROJECT LOCATION: BTU /H'F'SQ. FT, LB /SF BTU/1-1'F•S0. FT. It C Sl ��c .!`.'1r� �. F r ,., ,. ..+ royals at P! a 3 j ��.:� �� � th��, E, trluNiolation`9f ad„, „ '..� 'h Or�iin rc . 'F;ecefpt �S tr l'i copy of opbt ed plans sicktioWttidgbd, Btuh F 2,409 .r.r.. (.3 i 1,978 • +./ �. 2/18/00 Seattle, WA 2nd Floor • 80 w /sgft • •3.25 -3.25 -3.25 -3.25 •3,25 Peak Btuh /at Stor. Factor 184 69 164 15 0.14 0.28 0.88 0.90 0.50 0.60 0,60 0.50 23,680 8,428 0 0 POWER 80.0 W /8Q, FT, LIGHTS 1.6 W /SQ, FT. PEOPLE 2000 8F /PERSON I r COOLING SA: SAT 13 Pooplo 2,048,000 Watts 38,400 Watts �L7 8tuh /Parson DUCT HEAT GAIN AND LEAKAGE SA FAN HEAT OUTSIDE AIR F 24 F TD 6.00% of RSH 8P 80. 0% FAN EFF, DRIVE LOSS 4.00% 90.00% MTR. EFF, OUTSIDE AIR SENSIBLE HEAT 28,600 SQ, FT, 1.09 0.15 3,840 274,140 CFM CFM/SF 3840 CFM 11 F TD 47,478 0.16 8,989,824 131,069 3,136 7.171,496 23.39 0,44 0.01 24,00 368,575 1.20 834,215 2.12 46,042 0.18 V f ROOM LATENT HEAT OUTSIDE AIR LATENT HEAT GRAINS GRAINS 0.68 274,140 52 I 50 1 0.68 3,840 68 62 REQUIRED EQUIPMENT TOTAL HEAT REQUIRED EQUIPMENT TONS (Note thls Is not the Nominal Equipment Capacity) Equipment Coll Selection Data: FOB FW8 Entering Air Temp Coil Leaving Air Temp 74,15 53.50 46.68 I 49.20 CAwindowalTEMPg aeattlea4ndBQ.xt51 LAM$ By: RM 372,830 36,557 8,619,713 BTUH 718 TONS CRY OF TUKWILA FEB 182000 PERMIT CENTER seattlea -2nd80 601 ALFA TECH Consulting Engineers PROJECT: MONTH TIME OA DB TEMP. OA WB TEMP OA GRAINS DAILY RANGE ROOM TEMP ROOM RH ROOM GRAINS COOLING LOAD CALCULATION EXODUS SEATTLE A DESIGN August 3 85 66 66 19 75 4, 5% 52 COMPUTER ROOM E Walla S Walla W Walls N Walla Roof E Glass 8 Glass W Glass N Gass Total Shell POWER LIGHTS PEOPLE Area PM F F GRAINS F %RH GRAINS WALL 'U' WALL WEIGHT ROOF 'U' ROOF WEIGHT CLO, HT. 0.75 60 0.08 10 10 AREA: ( 29,000 SQ, FT. DT CORRECTION -4,25 -4,25 -4.25 -4.28 -4.25 EQUIV. TD 4088 13 1652 23 4088 34 1652 11 30,000 48 Area 1000 400 PROJECT LOCATION: BTU /H•PSQ. FT. LB /SF BTU/H•F'SQ. FT. LB /SF FT 2/18/00 7:57 AM Seattle, WA 3rd Floor • 80 w /sgft Peak Btuh/s1 Stor, Factor Shade Coef 184 89 184 18 0.14 0.28 0.88 0.90 0.60 0,60 0.60 Btuh F TO 2,862 2,478 9,729 892 100,200 80.0 W /8Q. FT. 1.8 WIBQ, FT. 2000 SF /PERSON 2,320,000 Watts 43,500 Watts 15 Poo • le 246 Btuh/Person COOLING SA: SAT DUCT HEAT GAIN AND LEAKAGE SA FAN HEAT OUTSIDE AIR SP DRIVE LOSS OUTSIDE AIR SENSIBLE HEAT F 28 F TO ITI � 3.0 80,00% ---717saW-""--116= 29,000 80, FT. 1.09 4,350 of RV FAN EFF. MTR, OFF, CFM/8F 10 F TD 302,614 CFM 4360 CFM 22,480 7,988 28,704 0 173,333 7,918,180 148,488 3,653 0,243,611 0.53 24.01 0.45 0.01 20,00 412,178 1.25 609,859 2.12 47,415 0.14 .1 • , _ .1 ROOM LATENT HEAT OUTSIDE AIR LATENT HEAT GRAINS GRAINS 0.68 302,614 62 1 50 0.88 4,350 66 62 REQUIRED EQUIPMENT TOTAL HEAT REQUIRED EQUIPMENT TONS (Note this Is not the Nominal Equipment Capacity) Equipment Coll Selection Data; F D9 Entering Air Temp 76,14 CoII Leaving Air Temp 40,63 C: tiwindowalTEMP1 (seatUea•3rd80.4s) LOADS By: WTH F WB 63.50 49.20 r, 411,419 41,412 9,865,792 BTUH 821 TONS seattlea•3rd80 1 1§ Is FEB. 17 ' 00 (MOM 15:92 AIR SYSTEMS 4082020 PAOE. 1/9 air systems inc. FAX COVER SHEET A. TO: eint,4 / wog DATE: NO, OF PAGES: �r.r���e�rrir �...+..rr:rr•r- ��.r�r�reaau rr��niu �. -���r- i�.�arr ATTN: FAX NUMBER: ,10i, FROM: 1114 ct 't' AT EXTENSION NO.: 0 SUBJECT: 3‘ ••+ w /3l iw .4w,rt Arwalet MESSAGE: RESPONSE REQUIRED BY: 61// CC: 301 Stockton Ave. - San Jose, California 95126 - 408 480 -1666 phone - 408.280 -1010 fax w te',VM rie ; M z0000qs R110a1v110 ci7YoF TukWII.A FEB 1 b PERMIT OEN ai. FM 1 7' 00 (MOM 15 : 52 A I A SYSTEMS Film1 T•00 14:20 40029,1020 FROM - NORMAN WRIGHT -SCL 1- 4o9 -T49 -1800 Typical Main Control Circuit (VAN Units) 121%1 ... ,.- II •.1► - ......1 • '•. • . ••,•Y.1 '". Mr . :ra• 4 ...01, I PAGE. 2/4 T•117 P,02/00 F -774 •. p.. Pimp i41 M4 405 N11 .l 111 *rf •+�+w•A• - 111 1•! •� W Ir♦•.�i S ► 1. • h •n or- R •w ■ hi.? .11 144.4.4440444•4•41....44/K • i.. ,11 M1.>11■,ll of / 'NI 4 4444.•.• -f-�w 1 01 ,r./ • H .1} . IL 3}• 1 M wl X11 N ra / n•.-- m-rr.w.� ww1...1.11• —.1� — 11.44 011•..1111 •r w• Iiii poi 111, * 1 . MM•fl •/r 11k$r �, ft, WO Pro qt •w M I ' • 3' 1• • • 2' • yf • III MI 11, I/M 1N a►b ,•. • 1•. 1•• Iry 1441. 641111. •3 It 4 ••• =IA rM1 .,•• t_: .,II. 01,44/ MOM 4■14 tI ' Ed 010111 • �1�,�• • 111-- �•'�•'� j0-'�� rap. IIf•1• 4444..♦ f/.I N- • I� R �1 .. -I! 1 •it 1•A • IM r r s.10... . • Kealf(1M 11f ✓ tot :140.6 la 1r -M• 4•1$1• 16 641/6 • 1,•- •M NI. • M.. .1l' • Am Ana •A•. h' •••• •/M • ■•• -/1•ate IN I.n,. 1• • w• 1.1 111 n KJ 13 n fAl m R1 m In 7. JT f'"1 m r I 11• r ,It ► 1 tJ u Q 3, '•• r•• r •a• ••l. . AN - A1- •M• • p• •A,• •p. mgr. -•,a • *MO* -r•. 11 r• • a • 1•'. Mfr YL _�1iYi111 wool -w ,l MINIM WV.. 11 • 11 .I M • 44/111 f1, • or 160 . r r• PES. 17 ' 00 (MON) 15:32 AIR SYSTEMS FEB-17-00 14:20 FROM-NOOMAI WR I GHT -SCI. • 4002001020 1-401 -740 -1300 T -017 P.03 /00 F -774 PAGE. 3/9 1VPlo.i Amain Control iNreult (CAIZTC LIMO 1) P' rat AI • 11 TilentrAra Jai (SE:T=teseta-e• witivE ammo woo ap1.0411.44.1 ,..w ww. wawa J L •411 •l1 3' 15 • Is" raliPMX F • •w 0w.11al. ill11*V.1111+••Wrr►�1 N • 1 1100 Wage wl•• NNW wow POW NMI �� 1. 11010 * 1'11N11 is � AMA •1UM `!► • 1 011 NN 111 1 - - AM 0111,11 Ill l .. :_.1:;;Iw . 1i..4t 1 /111111114771L, Mme• RI w IM ,e• 1 • 11 000 ag +MM +••• .M+ alga .•••• • 11. —M.. M11. so We al OS •11• • . -, FEB. 17 ' 00 (M0N) 15:33 FEN Mb 14:10 • Al HYBTEM9 IROWN0!WN WRlan1 -SCL 4082800°11 01020 1- 401 - T4I -1900 T -Olt P.OA /00 f -?t'A PAGE. 4/9 optional Remote Mtonitorini And Control panel O eon tie ineorpared Ito h $etnotre Monitoring Ilea C�� vol MC) Pellet The *low MAC Pencil promos the ing impel programme:de feawras: 111-Rornito 40M whining (uP 10 elplrr) • Common duet WO prNewre tAe�d Melkoot changeover control at mutual' • P a 01 tol0 COWAN lone hlppnronto rm multiple CAV unto (groups of two to s10ht) O comnIo I unit scheduling Ibr furtfier information rotor to Rwu*tln No IM 444, "Maymben names Montrone(' and control Panel" /noun V 1lrrmate Mar)Itiodnp and Oonf al PUAr 0 3 External Time Clock Art a dernat time cleat can be used 11 en $Nernative to (or in addition 1.) M1f M'rerdTian COMre!IAre eoneduinp function, TM Memel amino Aemnanirm is ser up to open and e_ the alma between WIM1d terminals 101 and 103 Mien Mlle *cult Is open, power le ns1 supebod to OW iM put 01(ten11 n01 UM1 -11 011 MO API Mare This Is the normal oonddla+ in wnich the ptogreraffiellie Internet WOMNMUM Is blto*id When me circuit 11 closed, paver is fed to 0Ifti The Mierdheh eonlmI ►r reephittle by Weill, the unit In the occuplea moan, aveMdi Ins IN internal ecneduN Memel hnna IMM11.1icrdre hA "MIMI Inputs" maim I (M)tountr*NM�" Stoats Dry Optional stogies defame ten be located et eta supply end • MUM a .ripe. The whirl tar tnea omoiu tweeters le shown on any ell the rf' CA IMNm Cgmrai oiro4r�'eahemsr In ow Wong nI r mr iMCtton of the mineral, The sequenes aloes edge for Befallen le Be follows: When the emcee h detected titter swn*or. Ind V 0?Mt fy elem. M let gone pt open, s rrma+eS power rem 00111 Input 011 (terminal Dtia.11) on the A01 board, The M croTiati BentM11er(ropol * bbvuIiuttlnp Ow unittlnvrn• Th0eonlrolla► Is pieced m the Alen Off Mete, and canna be mewled wi%I the WWI 11 manu*$y cleared. Muter to toe o 1 on m.nuMi supplied kWh the un? for IrWrfrlttlon on clearing it emo (We TAW 1), Trio stno it OsfoolMM1rse1Wt mum t+M mOnuOlIy fleet once they nque tripped Power mutt Oa cycled to the 1reMte daleeter to NM Ah eptlenot Mamma le aveRanle an any unit teat has het taterorsteam horning calla, The element itriembel �n Vi deMIN'Nm aide of Me heating In Me naming sec. Port a VW Wilt.11 me frown* cleesele 4 Moo=ing oorMhlon *00 Meet the Miarrlbon convoller * I MINI dilterent Ietion• l000tellna ail WhOltet the Nna or• on or off, The fnNfeltet le en lido now typo of contrail 110Peaver, 1110 eennMier Wenn gamiest' to manual reset 11 the ran Is on ape swto rasa 11 the Iw1n is 011, On Operation 11 Me t t:: doom tomaine penanwn wnfle the ton le 1 no will Nut down tale one, oboe Ow ,,moor eN Nempele, pen halting valve, and eat e 111~etlmee timer, TIN M�i the heating OMBMPers WPM storm (menu Ili* be "'Prone Mot F.il" When 10*mmun turner aspires, the controller deans choosing I e fm as m again, It the Woo to open, Ili. Ion heeling valve v l 010116, K the frealid et cloNe opefn, Po pealing 4v0 win open WO the tamMute Omer wtil roset. The unit wilt tornain 1�tW down until 1$ "Pratt# Vat Fen" alarm red mMrwMlyciwred. Refer tothe operation mantel plieder nMeunitlerirdermadononclearing MMrriwplsallrbla, Pan ON Opmflen IoM, the Mrctrd ch CO troll l i sn qN heaMfl$ 1/ Me tan la 1011 tamed eat a 104111111411111,1144 The Mtardlach controller's eurrem went (name alb w11 be Irmo Iwo Prole When Me 1010nile hull, M.alres, the eatrsllar Heine ehacitina tied heeeemnega1I1, it the NammeN i! open, Mete heating si,* el *N If MW frs1e1e111 closes OPin, Me hosting valve wN1 open. end the 1010inate thaw *0 room, When NN UNl eatig opensNten, the "Frame Aiat Prow' Warm automitfcally darer$ Tnie-MNwr• WOWS 1111 oo$ ena alloys I1* system to alert norm$ity eher a cats nIgnt 5R 0557393 11lTR, FPLEI4 SD1 -tC IT rrr rep -- ._ail*.r r -. r Aim alr.rrr1111■• all Mfr U M 10rora Vet MIL VIM 1I !MIME II WM 11.O UtoatItmiry a1i 1 Mlpci6 WILL It 4111 Wt Utile IF llii 011101 04III. t. 11014.1110 UK, aWM1I1Mtn Ot 11>a K1►10Q OM( t 1 Int 1 i 1R1t MIL WNW Mt► 1 10 Mlle HI 1.111104 uIC011 Mei 110 IMMO'LAM IOA W iRWE 10 MOIL Maul cane 11c0 1,1110 MI6 111 eel* U NAi i Kt MOM III Wig • ?. '_17, ` -1 :3 i+1 L, • C7.:'I" 1 :711 li■1M (. C-7:1 : � _� 75 PEB. 7 ' 00 CMOI.) 15 : 94 AIR OVEITEM8 FEtl -1? 0Q 14 :3G FRO14`N01lMi1N TRIO SCL AD�Y I . ft� W ON 1 • AMAM.AR{a !A NAM ti) vArli $IGH VO ?M! APRs 1MWMw&CONTACT! 1• ... AN UM ..,. Ilia Itt AKi�M• C Air LOW vt10140 "OW ONION CONTACTS R6 O R "Weir C °NI MAO mis, t,) ANMM NOM 1•I AUM POWIA I.) A4>< NOMA L... ..r Ole ,w. ••• 4082801020 1 -4011- 141 -13GS r I VA p �11% Ls PAGE. 6/9 11-99f A.06/111 F -774 Ripr`"a 7 -+ optima 1 M WON Figure eying add411101111 +AnA1001.0al ,r•* AO AO PACE 7/9 4082001020 . Mr . •• • 4r•• S r• • la• }..faientli • II'.taA• • CONTROL, StettE DETEC'TOW, gram t nsfau R1o1M . •/ . � V Is � towbar • • WM MAW uPMINOw ten. I 'f Lambe No M MwM r .+4e wc. cot WI* Oat e1owww co, awTilIAL 11 sir • 19 seely lar0011111 an Pm few • �. f U=:'` � `iwr iw] .tea'"""'' Papa *or .11/V1407 IMA raw" 01-4.000-1,0 AtIllessu 0111141110 0 a FEB. 17 ' 00 INMMN NNW gS/EM on arum MAIM �fISMOOS i§ • FEB. 17 ' 00 MMON) 15:34 Al A OV TEMS P10-1T-00 14:10 1111011400M411 MIRI Gun(' SCI 4082801020 gift 1- 401•'T41 -1101 T -S1T P.01/01 P474 PAGE. 8/9 MVAC Weal al Mounted Ionization or photo*Illevonio ImahoMMr nor for ssp.r * ay1tsms or mind ala'Msrip ms. �4Rip�ty.iwm re* donuts provide tin oasnlactpr shutdown to droved HVAC circulation of smoke. INMIROMININTAI. LIMITI Tomporsturo; Humidity: M VON*: a2'Fm 1202F 0'C to 4VC Do not kistatt where normal ombtnnt tomporr turom osnoea11201($0'C), 10% to 04% A.M. 300 to 4000 ll.lmin. 1.sasN.4now. TOT NATURES h4aQnetic tael awittth, trMpns 1c rout aiM a i, Nf KMQD40A tam m/daile, Sa0RTd4SI mg Motion MPONANICAL 1 1f:IPICATIQNA . re stAlled): TOAMINALR CIO* 1p M SNOW wow wire sins al 14 Awl (1 d oq, non) M !MOW SCAM Will 1 I oMOo�M 10 witnawt *mow 14.0 In 3? an in 13 awl 4 I 10cm Ito ' 3111 ACCIMMOMMS AIAAPA411 K 0 .110110-0540 1/•05.00 41'OAISM01.0; ARKMOD400 SSDP4/4t1.00 OR PM00 ARKAN -1$•00 146061110401 ORKRAI4 BROM SBORT1401 Annotostor *Oh plot *, oiarm $ power I.ODs Ion core/ removal tool Replacement air sitar (Mid per ptlOape) r.. Tem Mortal einsdivily INN Iris Ind asp for metal aannpllna tubes FAO sounder CUOMO 1111 earl (For photo units only) A.muIn LOD Atrtunoietar Worm replemernem amen Pew mplacement Amon Hamm• Too Mallon, asst I MOM svwtch with Mhrrn end paws LOP' SAMPLING PLOT) TUNIS • TUIPI ou'miaR DUCT wIpTM MOM .f 1 m ! It (0310 0,41m) BAKST•, *10411 (0.t to 1.2 m) WOMB 4 toll h (1, =1o11.4 m) SKIT -10 I to 11 h (0,4 to 3,7 m) KIINA11IT TURK UTINAION UDA1440.0q 6.7'$ m, (141 ant.) egdt:onel FEE. 17 ' 00 (M010 15 : 94 AI A SYRTEMS 110-1f-110 14:1(1 FNOM1• MIAM 1 un i-ltL ILRGTHICAL cWA, AoTEIMIT{c, rem. Rola roam IflNlll capooNones: AWN 1101M/t1: Rout Ilms (with RT801 }: Aim 100 MY Pow down): Pow up we: Alen Melones MCD40011n nme: 409261 020 PAOE. 9/9 1 -4O8-741 -1101 11-01? P.01 /01 F-??4 2040 VDC 270 ler 612x. 3.0 VDC min. .03 to 0.3 sec OA sat. mai. 36 MC. mai. 2 l 1? sec, 9.4 head label 34 VAC 1040 Ma (WA 170µ0'B►• 10 VAC min. .03to0.3#Ire:. 0.6 sac. mi*. 34 eat. max. 1 to 17 MC. ea tread label POWIN AROUINIMUNT$ (USINO N0 A00111613NIU) Ma. win*, low!: : 15 ntA 95 mA AC age, Molt. aMnMOp POW 1 WW1 1.1 Wale 0111 MIL germ arrant: 110 mA 111 mA AC ,alp. MSc OM paws: 4 Wanks b,1 Wals app. 190 VAC ao•Ag He WA 10 VAC 014 1. .03 la Q 1300. 0.11 se. mart. 14 Nc. meat. 1 to 17 set. l.a load labs! I$mAACa/• 3,1 Waal 04 as A1A AC avo, 11.2 Woo ll1. l PROW N/41NAMMUN?$ MIND MAXIMUM NUMMSA OP AC C101110111111111 • Mat mealy imam: 115 mA ill0 mA AC t v . 76 MA AC 11111, Mac Sw M cum* 4 walls a VANN � g. 71 WM e, a 1e0 mA 570 mA AC val. 100 MA AC av1. Mawr. iMum power: 0 Waal 11 Wan i avg. 13 Waste 10+p. comma RATINGS Alarm kdiIutbn comaca l5P9T): Aim *WORN Dantsata PPM MWrotviaall► nom t*prfl: 1.0A • 30 VAC/DC (0.e power 10A11 90 V00 11)A • en VAC (O.75 powir Meta) 110 VA • 140 VAC (0,4 paver IMAM 141 14114P 130 VAC I /4MP1112IOVAC 0,2A • 31 VDC tmOSti a) • 11■04140 VAC 1043 Hi N1A 00 VAC Min. 0310 0,3 NC, 0.0 tic. Ala. 14 Goo. maz, 21017 Mc. AIM road 11b111 10 mA AC avg. 3 Watts ova, $0 A1A AC alp, 1.1 WIN avg. 311 MA AC WI, • 1 WIC. tale. Ott rtA AC alp, 1 b WdIM► avg. VE S DA® LaserPLUS A Wider Window of Opportunity Protecting Your Assets People. data, computers, Inventory and lelecommunil:ntitms systt.'I11k drive almost t!t•e•I•y a:rpt!e't Of r)lfr 0001101nv. '111r1' NV(' bVrranit• curnv'rstr.►nes t±f c'vc'h'daV life. WIl t:11 is wiry it's hard to imagine the potential chaos related to fire d :utiage :Ind business disrup- 1lr•►n, Irt •n ■'ftl11:111t Substantial fire damage, other serious Ct111M.!(ltlal1CeS May be motored such as lost tints!, tltltiip111t'.I1t Mlltrttli1tt'11, lush c)f Valtiable (Etta and e've'n clumage from unnecessary release of suppressants, Vl ?yl'iA 1NISerf I.tiS, is a high se'ttsitivity aspirating smoke detector. h provides very early detection, flint mild rssen• dally turn a itcllc!nih.tl fire' ume'rgency Into .1 .rllttph+ maintenance e task, thus helping to itvc:►Id fire damage, Toss, and business disruption, Working With Suppression White existing aspirating smoke detection systems h ;IVs lees used In a number or flalttll replacement applied- t10118 10 complement or replace Alp. prt!ssitln MvStuntx, tit. very early alarm was often ecntsidc'red (oo sensitive to initiate atn(mlatir te10a41e!. VI ?SI)A Laserl'LLUS, however, provides both; M an early warning to facilitatee early intervention, and N ,t suppression (fire! 2) signal to inl. Hatt; release Iu ;In appropriate level, eliminating the need for a separate dett;eliuu My$tt:nt. 'hits :irI1u1ge'Ine•nt espltiits tile full range of the VEMI)A I.uyurl'I.Uti detector, without compromising the early warning or incipient Ilse' growth, The Blest investment VESDA T.:tserl'1.US Is designed to he the hem, high sensitivity aspirating smoke detection system with the l ttvest 11f4., time (mt. 'Ilia syst(1It1 is modular, L)lspiays and programmers can he installed only where needed. it uses high quality stillhlet components erred has !evvitil rev• ralutlunary features to achieve a milli• doom design lire of tan years, Ivory detector is monitored and problems are intelligently reported to eliminate expensive tIY)t111lesho inns;, The prod- uct meats worldwide fire standards wltit'h are required by ntalttr insurers. Full 2'l•Ituur support is prcwider:l thr(suglr local ttcc•redited VCS17A di41rt- hilNctn anti international sales (tfllc:es, No other smoke detection investment can provide the fle!xlhlllly, perfor- mance, quality, reliability, and low Ilfittilne COMM ctffert!tl by VII.S1)A IsirttrPI,11S, '1 t, . TIMI •' '': • 'i1l,f0 ..., s• . • ..n.. VESDA • VESDA • VESDA ALERT ACTION PiPS 1 Convention QeteCtor•, • . ' VUOA FINN 2 ' (111re Suppression Used) Time Available to Proven( Fire Loss All ►►srwl,tling NOS Java !our stages: Incipient (prn.varnttustiorl), Visibio Smoke, Flaming, Fire, ,rend Intense Hoot. This chart Shows the progression of tiro over a lime period. Moto that the incipient steps of rmoldnring fires provides tho widest window of opportunity to detect and control the spread of firo, before it develops into davnstoting stages. VCSOA laserPLUS can ha ennflgjrnd to gent =rate multiple Alarms within this window. 18 va 00 Introducing... A New Benchmark ViiSI )A became the proven benchmark of aspiriting smoke dete'c'tion by pro- viding the ea:Idle'st prss hie) response to Incipient lire's. fete twti decades. this ultra sensitive response was achieved by the tISI' of :t xt'ncin 111'0ad hand light source, Xenon technology allows for the detection of :t vt'ry wide range or rice types. While.' ;1 lager light source.' offers on extended lifetime advantage user xenon. smoke detectors that entl ►l iy the Laser p1lttt:iplc vete not able 10 tit't('t'l across :► wide, range or Eire types, until.,. Vi;.I)A Laserl'1,11S. VVMI)A Istrst'r111.11S is the result or extensive research and development by Vision Systems' world class engi- neers. 1'ac'kukt+c) into a Cully Ititetuuted and modular range clt products, VLryi)A LitsurPLUS unsutus detection across tt wide range of fire types awl employs :i laser light source, In addl- tfuil. VI SL)A L itterP1.1,1S provides! w The world's widest sensitivity range — with one detector ▪ Intprove'cl suppression hat:trace a Four levels of ahi1111 M The httibIlity of tt laser light .solurce! A tivtt't'to)r whlt'h tdnipItly.% 11001 llghi st;atteoing and particle: eounting techniques • Improved iminlinity from nuisance alarIlIS w TIN: III,►it clean air optical ■%'ash • Lower nl3tintenallCe COStS ▪ lamgelife filter and eIetectolr ee Maximum Iicxibility, anti,.. 1'; Very early detection perfslrmancts on which the \'1;SI)A reputation is based This oleve'Iopmenl not only represents ;t new hetnrlulturk, it represents n quantum leap for laser based smoke tit'tt't'titin tt't'Iutoletgy. How VBSDA LaaerPLUS Works Air is continuously drawn into the piping network by an internal ttslhh'ct• tar. A maniple of tills :,Ir is trttnsl><lited through the filter to the detection ch:►nlber, in the detection chamber, the ;fir N1111- pie its exposed to a highly stable laser light source, Light scattered by smoke is (I tected by very sensitive receivers. The ott►ptit signal Is prnc't's!;Nd finch pre.'.Kt'tltt'd on the bar utaaph display its e:u1t' or inure.' illuminated segments, depending upon ssmuke density. vF.sr)A t tttrrl'l.tis t'onlmtmit;ttem this Information n httt'te to the Dire alarm rein. trt,l panel or building nutnstyt' tie'nt system vitt relay contacts or intelligent Interfuce:s, Unmatched Sensitivity Range 'rite VESIDA Lirscerl'LU$ detector pro• vides a sensitivity range of 00015% to G!K, ubscuration /ft. (0.005 tO 20'!x, obscuration /m). The Intensity of the laser light source i$ c' ;trcfully monitored, maintained and controlled to ICItirvc* detection to tt wide range or paiticie sizes and an unmatched sensitivity mtge. High P..fncir:ncy Aspirator 'i'he unique, purpose .Mille ;iapir:ttclr allows the s:amphng rront multiple pipes per detector, with the fastest smoke transport time weft fur very :small levels of smoke and hi areas with high air flow. ;8 ea Monitored Dual Stage Filter Thu muunlumic filter monitoring feature suI)er%•iscs filter performance and signals when replacement is dttc!. 111 ;Itiditit111 tit the automatic ItlrJllitt.tr, a urea programmable monitoring resume allows the 'IMO' 10 pre.4rrihe filter changes t1.1 coincide with the date and nmt' uI" scheduled liu'itity maintenance to tic's. '1'hc' I111c'r Is st dual stage cartridge. 'rile Ilrwt Iut;yte re'lntn'e'y ei(Mt trial dill from the air sample but allows smoke to enter the laser detection tion chmnht'r, 'flie s v:t,itti. uitni-fitte stage, pro% ides an acldtutmtll clean ;sir Hash which keeps the oittic•81 surf:ices clean. '11$is unique Inter de•slgts, ce tilt easy acces,t for ser- vice. allows extended, low coslt main. tentntce, e'cre'n In ditty environments. 1.8`x. • �.�— ∎,lee. -%7 ...VESDA LaserPLUS The VESDA LaserPLUS Display Display modules incorporate numer- ous .system inclicators and I'tmctionst M Mann It'vel indiratuly 1n Itt'3I•timt' stttukt' level indication on ;l 20.segment I1;sr.rapil or Vasil buttons to perform ;1 g'nt!r• ;tl funclicnl iltvt, silence 1.1111411O n. WSW Mid isohltu hinclluns • fauIt Cclndit1011s, with spedtic information indicated Atwater Feature ui' the display is the 2•(llgit, dlgittii rrsictuut that provides: to Fite 1 alarm threshold rit Current numeric smoke level M Zone Indication PA Pipe Identification (Scanner only) Intelligent Power Distribution VNtiI )A I. i't's I'I.l lti devices ttc'e'tytt tl wide ramie (Jr I)C rower front 11 to 30 V1)(1, Intelligent power xutttyiy units are available which cr►nnue't to the cytnntunteatinn network vaned VCSI)Aise'/. monitot the At: Input and ales1 the network to power failure. They also pc'rfurin hntR't•',' condition monitoring: Hach power supply can support a number of detectors, displays and pro - gt lmnters, allowing the system to he configured into power zone's. 'flit' intelligent power supply will ttiiertac front a range of voltages, Including 120 VAC, 240 VAC, and 414 VI)(':. Versatile Mounting ()ptlons The dctec:tc)r module can be mounted on the wall to allow sampling pipes to enter front the top or bottom of tlw detector, In addition. recess mounting kits are available to allow the mounting boxes and pspc.'work to be recessed to enhance the itesthettc appearance nI the itrctdurl. Remote mounting huger and 1!)' rack• mount modules complement tile syrs• twit to provide the mounting option you requite, Easy Interface Choices VL'$L1A LatlerPLU:t provide4 multlnlr 11rr alarm contra) rune) Interface choices: MI • Via relay cuntae't■ Vla it 1.0w !MVO! Internal! (III/ 1litst conveniently links the witty contacts to an addressahlu conventional lisp Vitt a I hull I4tvttl Iltittfliittu (H1.1) to intelligently connect to VUtinAitn► Superior Flexibility, Performance, and Reliability... Cogt•EP%ctive Modular System Tile 1'1i;DA L iscrl'LLiS system is ml,clular. and illert•'ti.11ti' highly Ilexiitlt., making it possible to 'mild the exact syr- 1e111 W11161141 :It Ittini11111111 t't1sf. Displays and p11) itII11(ttvis ran he 11101111ted lvitir IIi IIk tk'll'e'tor or separately in a remote I( 'cation, \'1 ?tit')A I:IM.ri'LLIS modules elm form an Intelligent network. bused on on 1tS -IH, plyll(,t.ul, 4vltlt'h needs only a simple twisted pair of wlrt' . Al any point in the network there iN tills sleet's to Other networked device's. Programming stmt monitoring ean iX' ix'tfarnicd at the til'lt'cic,r, the fin! ;11:11111 ("01111.01 panel. or :1111' olia'r m11101111.* location -• even (fU• Mtt' VIII 1111 tdl'111, Unique t)cnigttl Solutions (atsrri'I.(IM I ill) 11e .11111Nt'tl 111 :i varlets' or wilt's to address design oct,I►I(.Ins that t'(inv4'ntionai smoke dl'tl'tt(it74 ei111110t 111,141 ilr How In tele'onmumicalicmtl fill'ill(Ivri, atm. i1I1ll'I' cos))))h maid clean rooms, where ,fir tvncl111o111ng maintains ptlSltivi )art's)• MIN'. rnatke °hell her01110A ht''* tNlull't1 x1111 11111 110 t'inrtitl 1(1 the exhaust %v11ht►tit ever reaelting c'iti 'l'11tklllill 1,1041 tr►rh High ;fir (low 1111) impair the sensitivity ui' t I ti ,'llth 111 ;1l tirtvt' Drs, ;hid in •' 4';IHI's. l'iltlsl' 11t11N ;1111'4' III:11'111s The r:w »iti'iry of "1'til)A LIs4'rl'LI. S is not IN PI /rc' Sc'htrurk tuitial int•ipit.ni rinmku i■ low in density ;Intl ielow the clelectlun range of �ililhtii\'e'" tt111Y1'111i( ►IIaI 414!I(!t'I(Irs. '1.111 i iota ik4' lately (0111301S the heat Itiu , incj' nt'ces.a y tot lilt it to the ceiling. in I;ict, iin ipic'ni smok • is ty'picillly itiltu•4'cl into 1114' iai11(lst)Ilt'(t'• lay the tilltt' s111411tC in sufficient co incvntrntiun finds its slay into ilitlIvi lull "i►assi4r" ceiling. mounted 4lI'It'l'Itfl,, .'+1'4'4'1'4' 4illlllilgt' 1il11' UIn►t,ciy 11;114' cr:turiv'41. ‘'ESDA .Ispil'.Itil1 11t!tcm( . ttH'• rul4't' 1lus problem with their n1'Itvu1k I►I' interr•cm,lt''I4'tI "a':livv" sampling 1101111.;. 111114'S ,• :111 110 Irx',Itt•(I 11r11.n4' tit' ,:vl1ltlg. in Ili); t•t.•iling (Ir it,,,,r v(1icl. •1'111'1' +';►n h,+ ,10;I1i1;t•t1 1st .1 Iilulli•I4%t.•l l'ttiltiglllilnt111 (pips.' tlltlp) to sample air directly above t'h't'tn.,rlie equipment c ;iltinets. I'ipc:s %I 11 11c: Itxatt'(I Itt tlll' air 11ar1cllIny, system to i11or1lI(,r return air, Rxtended Cute'rrrl;e A single Vlttit)A LisctVl.1 S detector is tiesltlned and approved) t(1 monitor on f() 20.(XX) MI. U. (2(110) MI, nieleI t). Actual t:ovc.'nlge may vary depending upon motional standards. (1I.Mt(1111t'r require - mt'nty, and risk asstklnu'ntA Ier specific cI lc! ailpiicati(1nr, l tell "active" sampling point along tie pie network van take the illace of :t Mpa.'4lvt!•' 0(11v4.'111i01101 detector. ■ /11X/,1/)' Setistitee VI?S1)A Luserl'Ll IS detects p;uticies in tit.' piv't'onlhu.tIon stags', with Its high ly 54'r1MIII'e receiving optics Mao ;ill(14v ttlr a %vital' rangy of particle rt!(' ,gni(lon, As u result, Vl'SI )A 1.aserl'LLIS tvIll pro. vide ;in earlier winning to to wider range of till: s V'i ii'ioh, Cost Effective Retrofit The Vl ?SIlA L;iser1'l.t,S system is not dependent nix's' a paosicular I►turl(1 (lt' fire ;tl.inn unttroi panel, It will interf'at'r to the building's existing panel, rc!ciu('iny new equipment cost, and business clisnintt(,n. IhtSy, tux -Cost Maintenance While maintenance on vonventional cletl'ctuis is iytiic alit' performed at the rl'iling level, the! t'tt51)A L crI'I,t 1!i system 1':111 het maintained tram (lilt! ct'r11111I I(xt1111n. 'Iii' lilac') tlt.'ttctitln t•Is ii, I ('r has a ittlnittuull itl•year life expectancy. 1'c!rirxllc' Intc11iitt' In111n It91 ;111c'e! IS n(,( required to iit;lintain the optical it1ti glity, or 11te unit:!: detection Nam, its t 1x111'1!. Event Lugger '1'111: Initit•Iu t;ve'nt loggtlr shat'!, oil Ire IH,O(XJ twt'nls, 10 prnvkic' 11x111 mitt remote di.,wnloading of 'moot tan( MOOTS 0401AV MT/1T11A & MOW/ Wlrw VI NOW OPTION 1r.._._.. -,_ •..w Tape •Ip/1101, NYY,,, . n41 11V 1 M'1,m"/ NEW =NW VIEW UOP1ll1 111419111 • cinema ow CONPIQUN41IO14 VN /AnMo lOCu► MTlCTO11 ONLY eoN,w4UNaIoN ea Information in a user frien(11y graphical format, All alarm and fault events are IvotRit'cl ;W Well ;►s .it;11111tant sm(1kt' level t'IIII1 cs. The threshold Iitr a smoke t'11;II1}te dal t'tt11M11111tt'M ail t!Vtl111 is user programmable, 'I.11e ('vent logger van he configured to record minute chlorites in environmental smoke levels over a I)e.•rIU(I of tlays, eir by 11101111;1in ;1 long wont t•t'cta'd of ;alarm and fat tit events t1t't't' a reran! of )'011`1. .1.11V ('vents c;ut Ix' ;tct'c's ('tl 1'1;1 VC, ;11141 111:,S1 )A 11:■11!111 11latiogt'lllt'ttt (VSA11A') Avoids Nuisance Alarms t'ttlikc• other high :(ensittvtty !Mt( 'kV licit'(. ikon .ystt'n1s that eon :harm In the presence of (Itist, or ate recommended only for "clean" environments, V1.tifA l,IM'LI'LI. ;S uses it stipple hut highly 1%41;111Iu 11 her to trip dust t1r cult particles, 1411C?On $ 0ISPLAY MO.!. Mi/WItf9K•Oete • ,. ..r 8111 NAiOOIINO INA1, lAlNlt1 j' ut t' n► i! RIIM►fOR MI I Or- In- 10 raw ►oMiMlmerw rrm NMI, NN IIANnt1Nt1 town IAMVt) y war* INTIC10110 OI PtAY WITH 10ANINN 01111001 .:r ...From the Market Leader. 'i'11e cletectot' :Intl controls can he located remotely front the protected am) and Ica► »t11i►1g t1tlints can be con-. 4:C:11(:(1 to prevent nulsoncr alarms From vandalism. The danger of !lois:Ince Alarms caused by electrical inte'rfe're'nce is vIrtu:Illy eliminated by eart'ful design to met EMC re'cµtirentents, VL.etl)A Ltse'rlLi.t $ Is the only aspirating smoke eh tection system that supixtrly four contis;ul;lhle alarm levels; Aleit, Action, Ilhu 1 and i'Irt' 1. Maim 11trj,hol(Is uii• u vt' (lc'liii d within the sensitivity mtge. 'I11t' therm levels are field prtlgnitttn1able, allowing tier kit ott'sitt' adjustments to :u c'onuntxl:ltt' 11 possible change in environmental conditions, In altir:tn It11)0e3.t k) 17111u1t!t) intak(► air front external sources, V1'4I)A LslxerlILLIS can be nrogranmetl for "Air to Legend -- tSmPlort9 Pipe I,•■•w •.. sampling blue Iwatt FWSI '. vESUAnct Uefc'rcncing." This f'e'ature automatically discriminates hettvc't.'n Internal and external pollution, to ensure reliable (ivie!e•tictn 111 1110 111011itOrt!tl :iron. The p1•our:lnun:li ►le cline delay feature of up to 60 seconds provides alarm vcrillc•tltion lilt each alarm Ii. vc•l. •riot•. Aloof earn" te►. ;ltilre! save!. time and effort by sell' - configuring the alarm thresholds, thus helping to prevent twig:ince alarms. Learning pe'Ntitls can Ix' svt uf) 10 14 days, Tilts tit!xibdt }' taisetPLL'`t to perform in clean or (tiny .ss 1ton- t11t!l1rti, t're1111 t'Itl :11141X IS tt) coal ttlttvey• ors and c'ahlt' tunnels, Dit+criminatkrn & Repotting '111(' 4y. ie!nt discriminates Iwtween :1 milintt:nonce fault ;Intl an urgent fault, The first level Of fault re'hon k tt!ic:cl to Indicate conditions witirlt du nut signlfl. candy II»nair flit.' lire cleteetio t 11rrf'nr• Inllnce, Itor example, 11 small (frill in stir Clow Of a illogic' intik In it taint tolerant VI;.'MI)Astet, 11' the fault impairs the petiilrttutrt('t+ 01 the detector, then the .+ecotltl level of f;tult is repotted: For exxan1171e, .► leaue thong': In :fir Clow, a total loss or power to one element In lift.' system, or an indication that tit(' $s,Mtvn i,, nut perionning within dv I n ((,111..ni 14'd!. VESDAn. t r" VIN IDAi,c'I is ., comprehensive fault tolenult communicant in outwork, It links 1'1N1)A i,sisel'1'LLJS (It tectorh anti :uu'illtity tlevict.'t, on ;in Itti:ifii ciaky• chained 1(1,!17. System.. external ut the network such :tri a building management system can tit' Vl"►I)Anul via :t digit level interface, to communicate with in(Iivi(Itial devices In the VCSL)A I,itsvri'1•( %ti system, it' tilt! wiring k damaged, or one device (►n 111(' It )c 111 CMS, ►nti tl t »:uion continues to t1;►ss around Ow hiclirectictnal 1lctwet:k. k 's tut ettilt!l `ieat• of tilt• I:uilt .a't1(I ;t tiwtis:igv back. This allows the faulty tit!va'(< H' wiring link tt► he located ',vitae a110dd IN other dt »'ic:cs to continue' n(►rntul (Iftc'1•atit1I1'. VESDA LaserPLUS Modules The Detector Assembly The detector assembly contains the laser detection chamber, high efficiency aspirator. 11I(111I00rtl 11Iit•r t• :Irlrielge•, t•,1nIICII Cle'e11'(,111cs, :Met 01;1%* 11110 1;1ctr. 1'18! (Itte•etc,r a8tir11114 can he used am .1 ''(listrIbnted" Nyste'n1, with the display. 11rOgt;uuluc'r. and \'t ••SI)Altt't M ielc :t modules ttlnllllle'd in 41 te'n1(,te• IOC1I11 0n, A tari:1rw(•ly, the detector assembly can he coniigured as ;1 "se'It.(Y)tlt;lltted" system by replac- ing tit' dete'ctor's blink I):utos with ht' disi,ia%' and 'or programming modifies, Scanner Configuration VI:S1)A L:ISCrI'LUS is also available in :t Scanner c(nliguratkm, which allows the system to distin};ni.h and kll'ntU'y Ills! pipe carrying snu)ke, wltiit' sampling multiple sectors. 'I'lu. detection or smoke results In the system I(IC:uing the first st'cttr in Ak!rt, Indicating the origin or a lire!. The VI?!+t)A lalst!rt'I,UIS tletuct(1r will (.,,!riot' to 8801( 11e 1•1.0111 1111 sectors 1(, monitor the fire growth and Maintain Tull protection. '1'Ite Display Module A disr)Iay module tli(llitcri the VINI)A t.lse'rl'[.US de'tec'tor. It reports a visual te'flrc'tir'nl ;Ilion Of 4I1IOke Ici'c'le. :Intl all alarm and limit conditions. The 1010 1101 101 sollnelrr tvsirns r►e•tsunne!I 1tt the' l0c• :11 ;u'e:1 t11:1t ;tn ;1Lu'111 rhresic,iet 11118 he'e'11 1'0.10114 AI, or ;I I41till 11;1!1 111Splays C;I11 Itr located ;1t s1 t'oltw'rlie'111 100 01011 — (:itil'r t. ilhin tie' detector module. or remotely on the %'11,S1)Aii i. live InOnitOring t'(111t'e'• rttent:e', nlultlf)k• tlishl;ty:1 t':tn be' slsw(,cisucd wult .1 single' dt!te'ctut, Ul TEC ION ()ism AY K PUOt nAMMEr1 Programmer options IP Me Module The menu driven programmer allows the ‘'I:SI)A l,asc'rl'I,U,s system to he configured. commis. ,rittttcd :roll ttmaaintaaine(i. Only one prognimatter is required to sup. port the entire network. it can hi' located either with a particular detector. or remotely for easy It it icc:onimencit'cl Mat at least 01st' httNIA111I1tt!r 171! 11e111i■1i1t'itt4' I'ctnnt'rted tr, thtt Vir'til)Arlc /, 1114' //art/hold Pfrwtcwrrrrtrr '1114.' proµratut ei is available in a hauld•ht'ltl 'rs jn to plug into the V1SI)Attet socket located cin tilt' detector, ut located in a rt'ntotc auea. It IM specifically designed iOI t'nnvtmlent nn•'ritte maintenance and service lnterrog itlun, tw The PC Cnnfguraltar Available via at I'C link into Vlal)Aii' /, the Pc cottliguri1c r is Windows"' based and hicludcs (44441 hair. pull down menus. drag & chop, and help screens. The 1'C connive: or provides al wow convi :nient commissioning inter. face for Iaigt.'r VI l)A tatserP1.1 ;S installations. tlltttions. ASPIRE" A CO111p1110' lolttyalrt! Nicol for design. inu and evaluating aspirated pips' system layouts. VSMT%I VE:,tii)A System Management (VSM) is an intelligent, 1Vindc vsTM hosed graphics communication software. it is a tnonittiring and administration tool that supports custom Floor finis . vsm allows the user to operate, main• tiain. pt aura i l and commission all ti lc %'i'.4UA fatsrrl�l,l.;S dctt'ctors on a wUtuh! Vt'Mi A,,, I. Real time and historic events for a single detector, an ;ttta, or the entire facility clot lie colle'cte'd, processed, and presented in t,'Iiiit!r rr.ivalt or 3•i') graph format, lit MOIL 14lO(.11AMMLII MUUUI I Total Protection in Critical Applications... ...In area that require zcro or minimum downtime. 1 Telt!ConullunicatIons N (fit I11puter HO( JIM M CIt':In ROOMS w Arwc hole Ch :ttttl,e,,s 1 Television Stations • Radio Stations a Robotic I:.quiptnent .,.Where aesthetics is important and preservation of priceless objects a must. n ,1tu.seums Archive S 1 Mimic 13uilciingy M Scientific Projects IN Art (l:tllerles w Cathedrals NPPA 3 =A mandates Aspirating Smoke Detection for Clieenreente Protects worldwide telecommunlcetlon sites ...When extra time is necessary for safe and orderly evacuation. • 11cfshitals • Theatres 1 Chur: lies >w 1411ctl;+portatle)11 Tenttinal.l 1 Nursing Homes Winchester Cathedral - ono of the many cultural altos protected by VLIDA Protecting heepNel equipment and lives Where Fire Loss and Downtime are Unacceptable. ,..To avoid unnecessary ttuppression release and associated business disniptkon. 14 ,Magnetic Media Libraries EDP Facilities • Might Simulators • glec'trnnic Medical Diagnostic Facilities . CAD /CAM Facilities /1 ...In areas with high ceWngs or high air flow, where smoke is hard to detect. • Warehou cA • Cold Storage • Atriums • Indoor Stadiums • Gymnasiums . Aircraft Hangars . Large Function Booms ...Where maintenance access is limited or !smoke detection must be unnoticed. • PriscinA • Schools M Dormitories • Lc cker Itr o nis • (test Moms VIJDA fin be uaod with aupprooalon system. to Iacilltato When vary fatly tiro dotoctlon la critical to protoot fatly lnt.rvvnflon and /or to Initiate auppreaalon miffs. 411Ru • wIt Protlota high falling ammo oloofronlo control rooms Protecting prison Iscilifloa 4 eat PERMIT COORD COPY PLAN REVIEW /ROUTING SLIP ACTIVITY NUMBER: M2000 -045 DATE: 2-18-2000 PROJECT NAME: _EXODUS COMMUNICATIONS ._XX__originai Plan Submittal Response to Incomplete Letter # ___,_„Response to Correction Letter # Revision # After Permit Is Issued DEPARTMENTS: ui t. 5- i1v1 -00 �W �SS Public Works Q Fire Prevention vc0 z -zq-0 Structural EJ Planning Division Permit Coordinator DETERMNATION OF COMPLETENESS: (Tues., Thurs.) Complete gi Comments: Incomplete DUE DATE -22 -2000 Not Applicable ❑ TUES /THURS ROUTING: Please Route R. Structural Review Required El No further Review Required �❑ REVIEWER'S INITIALS: DATE: APPROVALS OR CORRECTIONS: (ten days) DUE DATE -21 -2000 Approved ❑ Approved with Conditions ❑ Not Approved (attach comments) ❑ REVIEWER'S INITIALS: DATE: COR ION TERMJJ T : Approved ❑ DUE DATE_,�___� Approved with Conditions ❑ Not Approved (attach comments) ❑ REVIEWER'S INITIALS: DATE: WRROUTE.DOC 5/99 1§ City of Thkt•1a Steven M. Mullet, Mayor Fire Department Thomas R Keefe, Fire Chief February 29, 2000 Fire Department Review Control #M2000 -045 (510) Re: Exodus Communications - 12301 Tukwila Intl. Blvd. Dear Sir: The attached set of mechanical plans have been reviewed by The Fire Prevention Bureau and are acceptable with the following concerns: 1. H.V.A.C. units rated at greater than 2,000 cfm require auto - shutdown devices. These devices shall be separately zoned in the alarm panel and local U.L. central station supervision is required. (City Ordinance #1742) H.V.A.C. systems supplying air in excess of 2,000 cubic feet per minute to enclosed spaces within buildings shall be equipped with an automatic shutoff. Automatic shutoff shall be accomplished by interrupting the power source of the air- moving equipment upon detection of smoke in the main supply -air duct served by such equipment. Smoke detectors shall be labeled by an approved agency for air -duct installation and shall be installed in accordance with the manufacturer's installation instructions. (UMC 608) Dedicated fire alarm system circuit breaker(s) shall be equipped with a mechanical lockout device. (NFPA 72 (1- 5.2.8.2)) Duct smoke detectors shall be capable of being reset from the alarm panel. (City Ordinance #1742) All new fire alarm systems or modifications to existing systems shall have the written approval of The Tukwila Fire Prevention Bureau. No work shall commence until a fire department permit has been Headquarters Station: 444 Andover Park East • Tukwila, Washington 98188 • Phone: 206. 5754404 • Fax: 206.575.4439 City of ThkWIIa Fine Department Page number 2 Steven M. Mullet, Mayor Thomas P. Keefe, Fire Chief obtained. (City Ordinance #1742) (UFC 1001.3) 2. All electrical work and equipment shall conform strictly to the standards of The National Electrical Code. (NFPA 70) An aisle to and working space shall be provided for each electrical panel. An aisle width not less than 24 inches shall provide access to the panel and 30 inches of working space shall be provided directly in front of the panel. (NEC 110- 16(a), NEC 110- 16(c)) Each circuit breaker shall be legibly marked to indicate it's purpose. (NEC 110 -22) Any overlooked hazardous condition and /or violation of the adopted Fire or Building Codes does not imply approval of such condition or violation. Yours truly, The Tukwila Fire Prevention Bureau cc: TFD file ncd Headquarters Station: 444 Andover Park East • Tukwila, Washington 98188 • Phone: 206473 %4404 • Fax: 206475 4439 14135.0,2400 WIP71 sassa^ istwaa'aras.tasaa aa•sloasea a a.. . II 43 Ir 44 2 C Detach And DI,plar Ann DEPARTMENT OF LABOR AND INDUSTRIES REGISTERED A8 PROVIDED BY IAAW AS COMM CONS GENERAL ; REGIST. L.e. MCP DATE • CCO1 •;14400914,248J9) 08/01/200% xixcrxvi •,' 04/29/1976 •, . . 41ACDONALTSTAILLEIVC:01 7717 DETROIT' AVE 8W SEATTLE WA 98106 4 Dosch And Dhplay C111111011 In 44 •■••••••••1111 • • •INC INV • 91111 140 !MI MI Mt teRs • I , • 46# cjitetle if 174,41%17;tirl*M1‘;7141 60015s/tif . sow 14 ii, 0 io .losinio .•.4.. 144,0.4, , ... . 0140144 ... t. ••■••••• ire NIA 40: '.„1fre littormittof • • JOS DRAWING INDEX SHEET DESCRIPTION MO ABBREVIATIONS, GENERAL NOTES, AND DRAWING INDEX MO .1 MECHANICAL - BUILDING "A" ZONING PLAN M2.2.A MECHANICAL -' SECOND FLOOR HVAC PLAN M2.2.B MECHANICAL - SECOND FLOOR HVAC PLAN M2.3.A MECHANICAL - THIRD FLOOR HVAC PLAN M2.3.B MECHANICAL - THIRD ! FLOOR HVAC PLAN M2.4.A MECHANICAL - ROOF LEVEL HVAC PLAN M2.4.B MECHANICAL - ROOF LEVEL HVAC PLAN ° dt M2.2.AP MECHANICAL - SECOND FLOOR PIPING PLAN M2.2.BP MECHANICAL - SECOND FLOOR PIPING PLAN M2.3.AP MECHANICAL - THIRD FLOOR PIPING PLAN M2.3.BP MECHANICAL -' THIRD FLOOR PIPING PI. AN M2.4.AP MECHANICAL - ROOF PIPING PLAN M2.4.BP MECHANICAL - ROOF PIPING PLAN M3.1 MECHANICAL - ANNEX BUILDINGS PARTIAL PLANS M3.2 MECHANICAL - BUILDING "A" REFLECTED CEILING PLAN M4.1 MECHANICAL SCHEDULES M4.2 MECHANICAL SCHEDULES M4.3 MECHANICAL SCHEDULES M6.1 MECHANICAL DETAILS M6.2 MECHANICAL DETAILS M6.3, MECHANICAL DETAILS ABBREVIATIONS ABBREVIATIONS LISTED ARE FOR GENERAL USE DISREGARD THOSE WHICH ARE NOT USED ON DRAWING ABBREV DESCRIPTION AHU Al AO A.A.V AC ACC AD AFF AP ARCH BDD BD BG BHP BLDG BOD BOP BTUH CD CDL CC CDA CFM CL CLG CONC CONN CW DB D DI DN DIW DP DWG EA EAD EAT EFF EG EQ EVAP EWC EWT EXH (E) OR F FC FD FOB FOT FLT FMD FPM FPS FPWH FSD FS FV (F) OR G GA GALV, GPM GSM GE GEF HC HG HP HOA HR HVAC HW IA IN JAN GENERAL LEGEND ABBREVIATIONS LISTED ARE FOR GENERAL USE DISREGARD THOSE WHICH ARE NOT USED ON DRAWING. SYMBOL DESCRIPTION SYMBOL DESCRIPTION 1 iii M -1 • 0 Q CFM 60D 1 1nn AIR HANDLING UNIT ANALOG INPUT ANALOG OUTPUT AUTOMATIC AIR VENT AIR CONDITIONING AIR COOLED CONDENSER ACCESS DOOR (IN DUCT OR EQUIPMENT) ABOVE FINISHED FLOOR ACCESS PANEL ARCHITECTURAL BACK DRAFT DAMPER BUTTERFLY DAMPER BLAST GATE BRAKE HOSEPOWER BUILDING BOTTOM OF DUCT BOTTOM OF PIPE BRITISH THERMAL UNITS PER HOUR CEILING DIFFUSER CONDENSATE DRAIN LINE COOLING COIL CLEAN DRY AIR CUBIC FEET OF AIR PER MINUTE CENTERLINE CEILING CONCRETE CONNECT, CONNECTION CITY WATER (DOMESTIC) DRY BULB TEMPERATURE DRAIN DIGITAL INPUT,, DOWN DEIONIZED WATER DIFFERENTIAL PRESSURE DRAWING EXHAUST AIR OR EACH EXHAUST AIR DAMPER ENTERING AIR TEMPERATURE EFFICIENCY EXHAUST GRILLE EQUAL EVAPORATE EVAPORATIVE WATER COOLER ENTERING WATER TEMPERATURE EXHAUST EXIST EXISTING FAHRENHEIT; FIRELINE; FEED FLEXIBLE CONNECTION FIRE DAMPER FLA', ON BOTTOM FLAT ON TOP FILTER FLOW METER DEVICE FEET PER MINUTE FEET PER SECOND FREEZE PROOF WALL HYDRANT FIRE /SMOKE DAMPER FLOW SWITCH FACE VELOCITY FUT FUTURE GAS GAGE GALVANIZED GALLONS PER 'MINUTE GALVANIZED SHEET METAL GENERAL EXHAUST GENERAL EXHAUST FAN HEATING COIL HOT GAS (REFRIGERANT PIPING) HORSE POWER HAND -OFF AUTOMATIC SWITCH HOUR HEATING, VENTILATING AND AIR CONDITIONING HOT WATER INSTRUMENT AIR INCH JANITOR DETAIL 1 / SHEET M1 SECTION 1 / SHEET M1 EQUIPMENT MARK NO. M -1 REVISION SHEET NOTE / POINT OF CONNECTION ROUND DUCT INDICATOR OVAL DUCT INDICATOR CUBIC FEET PER MINUTE DIFFUSER OR GRILLE'S NECK SIZE DIFFUSER OR GRILLE'S MARK No. AWN INT GE PFAA F,PtCinirtr, SEE EQUIPMENT SCHEDULE ABBREVIATIONS ABBREVIATIONS LISTED ARE FOR GENERAL USE DISREGARD THOSE WHICH ARE NOT USED ON DRAWING. ABBREV KW, KWH LAT LWT MAX MCC MD MAU MUA MIN MOD NC N (N) G NTS NO OA OAT 0/C OD PCV PD PF PG PH PRFV PRV PSI R RA RAH RG RH RL RND RPBP RPM RR RS SA SC SCE SCEF SE SEF SME SMEF SD SP SPEC SST STRUC SWE SWS SWT (T) OR TEMP TCP TCV TEMP TEMPERATURE TERM TERMINAL TF TOP FLAT THERM THERMOMETER THERMO, T'STA THERMOSTAT THRU THROUGH TW TYP UBC UMC UNO UPC VOC VAV VD VTR W WB DESCRIPTION KILOWATT, KILOWATT HOUR LEAVING AIR TEMPERATURE LEAVING WATER TEMPERATURE MAXIMUM MOTOR CONTROL CENTER MANUAL DAMPER MAKE -UP AIR UNIT MAKE -UP AIR MINIMUM MOTOR OPERATED DAMPER NORMALLY CLOSED NEW NATURAL GAS NOT TO SCALE NORMALLY OPEN; NUMBER OUTSIDE AIR OUTSIDE AIR TEMP ON CENTER OUTSIDE DIAMETER; OVERALL DIAMETER PRESSURE CONTROL VALVE PRESSURE DROP; PIT DRAIN PREFILTER, PERFORATED FACE PRESSURE GAUGE PREHEAT COIL PRESSURE RELIEF VALVE PRESSURE REDUCING VALVE POUNDS PER SQUARE INCH RELOCATE RETURN AIR RECIRCULATING AIR HANDLER RETURN GRILLE REHEAT COIL; RELATIVE HUMIDITY REFRIGERANT LIQUID ROUND REDUCED PRESSURE BACKFLOW PREVENTER REVOLUTIONS PER MINUTE RETURN REGISTER REFRIGERANT SUCTION SUPPLY AIR SCRUBBER SCRUBBED EXHAUST SCUBBED EXHAUST FAN SOLVENT EXHAUST SOLVENT EXHAUST FAN SMOKE EXHAUST SMOKE EXHAUST FAN SMOKE DETECTOR STATIC PRESSURE SPECIFICATION STAINLESS STEEL STRUCTURAL SIDE WALL EXHAUST SIDE WALL SUPPLY SIDE WALL TRANSFER TEMPORARY TEMPERATURE CONTROL PANEL TEMPERATURE CONTROL VALVE TEMPERED WATER TYPICAL UNIFORM BUILDING CODE UNIFORM MECHANICAL CODE UNLESS NOTED OTHERWISE UNIFORM PLUMBING CODE VOLTILE ORGANIC COMPOUND VARIABLE AIR VOLUME VOLUME DAMPER VENT THRU ROOF WITH WET BULB TEMPERATURE X -X ❑N THERMOSTAT (LEVEL - ZONE) THERMOSTAT - DUCT MOUNTED PIPING (DROP DOWN) PIPING (RISE UP) MOTOR OPERATED EXISTING TO BE REMOVED ID BAROMETRIC PRESSURE SENSOR MOTORIZED CONTROL DAMPER Tr'I'].,I.IAI nny SINGLE LINE S D S RECTANGULAR TO ROUND TRANSITION DOUBLE LINE S - o S-D L xx MAR 2 1 2n AS NO FIRST DIMENSION DENOTES VIEW SHOWN; RECTANGULAR OR OVAL [Ern RISE OR DROP IN DIRECTION OF ARROW, l IT RECTANGULAR DUCT Illpm TRANSITION, 18" MIN_ LENGTH, 15' MAX. EACH SIDE. ROUND OR RECTANGULAR LINED DUCT, LIMIT AS SHOWN. DIMENSIONS ARE NET INSIDE. CITY OF TUKWILA APPROVED DUCT LEGEND II .,.III DESCRIPTION ABBREVIATIONS LISTED ARE FOR GENERAL USE DISREGARD THOSE WHICH ARE NOT USED ON DRAWING. 90' ELL W /TURNING VANES 45' HEEL TAKE -OFF FITTING, RECTANGULAR DUCT CONICAL OR FLARED SPIN -IN OR CONICAL TAP ON RECTANGULAR DUCT 18 INCH ROUND DUCT RISE OR DROP IN DIRECTION OF ARROW, ROUND DUCT. ROUND DUCT ELBOW; R /D= 1.5MIN. STRAIGHT TEE FITTING 90' CONICAL TEE FITTING 45'' LATERAL FITTING 45' CONICAL LATERAL FITTING FLEXIBLE DUCT (SHOWN WITH DIFFUSER) DIVIDED FLOW FITTING TEE FITTING WITH TURNING VANES SUPPLY DUCT TURNING TOWARD SUPPLY DUCT TURNING AWAY RETURN DUCT TURNING TOWARD RETURN DUCT TURNING AWAY EXHAUST DUCT TURNING TOWARD EXHAUST DUCT TURNING AWAY ROUND DUCT TURNING TOWARD ROUND DUCT RUNING AWAY BALANCE DAMPER OR VOLUME DAMPER FIRE DAMPER (FD) S, )) BLAST GATE (BG SMOKE VOLUME DAMPER R ( ( D D),' F BALANCEE AMPERE(BDO (FSD) SMOKE DETECTOR. PROVIDE AND WIRED BY ELECTRICAL. INSTALLED BY MECHANICAL SQUARE SUPPLY AIR DIFFUSER 4 -WAY THROW SQUARE SQUARE SQUARE RETURN EXHAUST GRILLE LI--- SUPPLY GRILLE -� RETURN OR EXHAUST GRILLE so -- - SCREENED OPENING SEPARATE PERMIT REQUIRED FOR; ECHIANICAL EI ELECTRICAL PLUMBING ❑ GAS' CITY OF TUKWILA BUILDING DIVISION SUPPLY AIR DIFFUSER 3 -WAY THROW SUPPLY AIR DIFFUSER 2 -WAY THROW SUPPLY AIR DIFFUSER 1 -WAY THROW GRILLE OR TRANSFER GRILLE w:_l. JE . arid o:nl n: arid iiic alcY pl does Irrt a. iihbrize the vl,la.lcn of any adeiiIed nr ordinance Receipt of con- tractors / , .:if a ;.f•.ved plays acknowledged. By Date � �^ Permit No. aWS s M7.t1t1(1 -(14 1. ALL NEW CONSTRUCTION SHALL CONFORM TO CURRENT CITY, STATE AND NATIONAL CODES, STANDARDS AND REQUIREMENTS. 2. THE CONTRACTOR SHALL VERIFY ALL EXISTING SITE CONDITIONS IN THE FIELD BEFORE COMMENCEMENT OF THE WORK AND SHALL REPORT ANY DISCREPANCIES AND /OR INCONSISTENCIES BETWEEN THE DRAWINGS AND EXISTING FIELD CONDITIONS TO THE ENGINEER FOR CLARIFICATIONS BEFORE COMMENCEMENT OF THE WORK. 3. THE CONTRACTOR, PRIOR TO BIDDING, SHALL VISIT THE JOB SITE TO BECOME ACQUAINTED WITH THE EXISTING INSTALLATION AND SYSTEMS RELATED TO HIS WORK, AND SHALL INCLUDE IN THE BID PROPOSAL ALL LABOR AND MATERIALS REQUIRED FOR THE INSTALLATION TO BE COMPLETE AND OPERATIVE. 4. THE CONTRACTOR SHALL CONSULT THE ARCHITECTURAL AND OTHER DRAWINGS RELATED TO THIS PROJECT FOR ADDITIONAL WORK TO BE PROVIDED. 5. THE CONTRACTOR SHALL BE RESPONSIBLE FOR SECURING ALL TRADE PERMITS AND INSPECTIONS_ 6, THE CONTRACTOR SHALL PROVIDE ALL MATERIALS, LABOR AND EQUIPMENT TO COMPLETE WORK AS SET FORTH IN THESE PLANS UNLESS OTHERWISE NOTED. THE SUBMISSION OF A BID OR PROPOSAL SHALL BE CONSIDERED AS CONCLUSIVE EVIDENCE THAT THE CONTRACTOR IS THOROUGHLY FAMILIAR THE INTENT OF THE CONTRACT DOCUMENTS, AND NO CHANGE ORDER WILL BE ISSUED FOR ANY ADDITIONAL LABOR OR MATERIAL REQUIRED TO RECTIFY ANY DISCREPANCY DISCOVERED OR REPORTED TO THE ENGINEER AFTER THE EXECUTION OF THE CONTRACT. 7. DRAWINGS ARE DIAGRAMMATIC IN NATURE AND EXISTING CONDITIONS SHALL BE FIELD VERIFIED FOR EXACT LOCATION AND SIZES OF EXISTING UTILITIES, THE PROPOSED POINT OF CONNECTIONS TO EXISTING SYSTEMS AND NEW ROUTINGS. DUCT SIZES AND ROUTING SHALL BE MODIFIED AS NECESSARY BASED ON ACTUAL EXISTING CONDITIONS AT NO ADDITIONAL COST TO THE OWNER. THE CONTRACTOR IS RESPONSIBLE TO THOROUGHLY VERIFY ALL EXISTING CONDITIONS BEFOR. S'. 1BMITTING HIS 8. THE CONTRACTOR SHALL COORDINATE WITH THE ARCHITECTURAL REFLECTED CEILING PLAN FOR EXACT LOCATIONS OF DIFFUSERS, GRILLES AND TIRE SPRINKLER HEADS BEFORE COMMENCEMENT OF THE WORK. 0. IN THE AREA OF NEW CONSTRUCTION THERE ARE A NUMBER OF EXISTING SERVICES_ PROTECT ALL ACTIVE LINES AND MAINTAIN SAME IN GOOD OPERATING CONDITION. TEMPORARY SHUTDOWN OF EXISTING SYSTEMS SHALL BE COORDINATED WITH OWNER REPRESENTATIVE. 10. PROTECT EXISTING BUILDING STRUCTURES AND ADJACENT FINISHED SURFACES DURING CONSTRUCTION, PATCH, REPAIR AND REFINISH EXISTING WORK DAMAGED BY WORK UNDER THIS DIVISION TO MATCH ADJACENT UNDISTURBED AREAS. PATCHING, REPAIRING AND REFINISHED 15 TO BE PERFORMED BY WORKMEN SKILLED IN THE TRADES INVOLVED. 11. ALL MATERIALS AND WORKMANSHIP ARE SUBJECT TO APPROVAL BY OWNER. ANY PORTION OF THE WORK DEFECTIVE SHALL BE REPLACED BY THE CONTRACTOR AS PART OF THIS CONTRACT AT NO ADDITIONAL COST TO THE OWNER. 12. ANY NEW OR EXISTING DUCT OR PIPING OFFSETS REQUIRED AS RESULT OF JOB CONDITIONS OR LACK OF COORDINA- TION WITH OTHER TRADES, SHALL BE PROVIDED AT NO ADDITIONAL COST TO OWNER AND SUBJECT TO ARCHITECT'S REVIEW: 13. CONTRACTOR SHALL PROVIDE DUCTWORK AND TRANSITION EQUAL TO DUCT FREE AREA OF DUCTWORK AS SHOWN ON DRAWING, TO PREVENT A CONFLICT WITH EXISTING CONDITIONS_ 14. BRANCH DUCT RUN —OUT SIZE', TO DIFFUSERS /GRILLES SHALL BE THE SAME SIZE AS DIFFUSERS /GRILLES NECK SIZE UNLESS NOTED OTHERWISE. 15. INSTALL MANUALLY ADJUSTABLE CONTROLS, SWITCHES, AND THERMOSTATS AT 48" AFF. 16, SURFACE OF INTERNAL DUCT LINING SHALL MEET THE `OLD, HUMIDITY, AND EROSION RESISTANCE REQUIREMENTS OF UMC STD. 6 -1. 17. FACTORY MADE AIR DUCTS SHALL BE CLASS 1 PER UMC 603.2. 18. DUCT INSULATION WITHIN THE BUILDING SHALL HAVE A FLAME SPREAD OF NOT MORE THAN 25 AND SMOKE DENSITY NOT EXCEEDING 50 WHEN TESTED AS A COMPOSITE INSTALLATION. 19. DUCT SMOKE DETECTORS FOR FIRE /SMOKE DAMPER ACTIVATION MUST BE LOCATED WITHIN 4 FT. OF THE UPSTREAM SIDE OF THE FIRE /SMOKE DAMPER. GENERAL NOTES ARCHITECTURE�GROUP CONSULTING ENGINEERS n rrm ethoo k. g. tf7a Sa. bw. a pll! vn.l1. (108)436 -8300 F. (406)436 -1611 Project #: 99272 CONSULTANTS ISSUED FOR CONSTRUCTION 02/02/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21 /99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE NI drowinys and written material appearing herein constitute the original and unpublished work of the Sabey Corporation and the same may not be du e4lted, used or disclosed without the written roncent of the Sabey Corporation. EXODUS G IGCP - BUILDING A TUKWILA, WA DRAWING TITLE: ALfA JECH PROGRESS DATE: 1149/99 FILE: h/99/99272/CAD/212M0 PLOT: PROJECT NUMBER: 99272 DRAWN BY: WJN CHECKED BY: RI APPROVED BY: MECHANICAL ABBREVIATIONS, GENERAL NOTES, AND DRAWING INDEX DRAWING NUMBER: \O 7 7 SECOND FLOOR ZONING PLAN - .�i M2000 -045 CITY or TUKWIL APPROVED MAR 2 1 2.000 AS Fr)!ED 131 "A" DRAWING �J1 CORPORATION ARCHITECTURE/ GROUP AIfA TECH CONSULTING ENGINEERS A WO.. 6e10. SJa /60e Sa Jew. d 151!1 Mem (106)476 -8380 F. (.8).6 -1511 Project #: 99272 CONSULTANTS ISSUED FOR CONSTRUCTION 02/02/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings and written material appearing herein constitute the original and unpublished work of the Sabey Corporation and the same may not be d used or disclosed without the content of the Sobey Corporation. DRAWING TITLE: • ee. Exous IGCP BUILDING A TUKWILA, WA PROGRESS DATE: 1149/99 FILE: 1!/99/99272 /CAD/2721101 PLOT: PROJECT NUMBER: 99212 DRAWN BY: WJN CHECKED BY: I1 APPROVED BY: MO.I MECHANICAL BUILDING "A" ZONING FLAN ,JJ �j, 1 I i 1_. ___ I I — r m _ s_� _ ,_ . __.. _v.� _.re_.._.r m_ _..n I 1 p- -MV__ ii i _M� _ w� _ _ __ y 1 i 1 zli __ 1 ---Al I ii - 710 - 15 1 ZONE 7 Z O NE 8 1 1 r T 1 II li 1 li 1 II l'I' I I 11 11 1 1 il II d i 4 1 '-- -- - -- -- ! 7 I �t Pli 7 ! _ ZONE 5 @-- -- - -- - ;PCF+ °1 I� \ l 24 °eM r'On •°tea _ r a, j 1_) L J I 1 �._...__--- --- -- ,11= =a ZONE 5 ( I z --.121- 'i ZONE 4 1 - - 1 -- — 4 I , ` ti� I ZONE 3 = - I I E - .,.� — =— -- � , i L IL 1 r ZONE 1 _ cr I K� I Z0N 6! I I L — -- i tJ �� �� _ � � f I 4) 1 r6 1 f 1 6 >. y - r C J ! , , - II -r !I,>_ I III — ' — v l l - I - -- -- --- - - 1 ! I' 1 I 1 �.. , s w f It .41 /1 \I I L\ �) 7 SECOND FLOOR ZONING PLAN - .�i M2000 -045 CITY or TUKWIL APPROVED MAR 2 1 2.000 AS Fr)!ED 131 "A" DRAWING �J1 CORPORATION ARCHITECTURE/ GROUP AIfA TECH CONSULTING ENGINEERS A WO.. 6e10. SJa /60e Sa Jew. d 151!1 Mem (106)476 -8380 F. (.8).6 -1511 Project #: 99272 CONSULTANTS ISSUED FOR CONSTRUCTION 02/02/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings and written material appearing herein constitute the original and unpublished work of the Sabey Corporation and the same may not be d used or disclosed without the content of the Sobey Corporation. DRAWING TITLE: • ee. Exous IGCP BUILDING A TUKWILA, WA PROGRESS DATE: 1149/99 FILE: 1!/99/99272 /CAD/2721101 PLOT: PROJECT NUMBER: 99212 DRAWN BY: WJN CHECKED BY: I1 APPROVED BY: MO.I MECHANICAL BUILDING "A" ZONING FLAN ,JJ �j, 1 ( � l OD - 710 - 15 b l '1 J '-- -- - -- -- ! ZONE 5 @-- -- - -- - i ___ II FEN TO -- B 11 1 . 24 °eM r'On •°tea _ r a, j 1 �._...__--- --- -- 1 z --.121- 'i ZONE 4 1 - - 1 - � -- - K - - i I I I \ T ----1 1 ! I I rri i i . . .... , 1 1 , I Li...)4-_ ',..,...,._,..=.1 TiAti !-,11 I Z NE 3 t [ 1 i s w f �) ZONE 2 1 \ 11 !. ZONE t I --e- . ---- ._,. -_. r f1 i 1_ - _ -- .... -_- d\ 7 SECOND FLOOR ZONING PLAN - .�i M2000 -045 CITY or TUKWIL APPROVED MAR 2 1 2.000 AS Fr)!ED 131 "A" DRAWING �J1 CORPORATION ARCHITECTURE/ GROUP AIfA TECH CONSULTING ENGINEERS A WO.. 6e10. SJa /60e Sa Jew. d 151!1 Mem (106)476 -8380 F. (.8).6 -1511 Project #: 99272 CONSULTANTS ISSUED FOR CONSTRUCTION 02/02/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings and written material appearing herein constitute the original and unpublished work of the Sabey Corporation and the same may not be d used or disclosed without the content of the Sobey Corporation. DRAWING TITLE: • ee. Exous IGCP BUILDING A TUKWILA, WA PROGRESS DATE: 1149/99 FILE: 1!/99/99272 /CAD/2721101 PLOT: PROJECT NUMBER: 99212 DRAWN BY: WJN CHECKED BY: I1 APPROVED BY: MO.I MECHANICAL BUILDING "A" ZONING FLAN SECOND FLOOR HVAC PLAN - BLDG "A" SCALE: 1/8 " =1' -0" GENERAL NOTES: A. CONTRACTOR TO COORDINATE INSTALLATION OF DUCT WITH STEEL FRAMING, ELECTRICAL CONDUITS, CABLE TRAY AND FIRE PROTECTION PRIOR TO INSTALLATION. ADJUST DUCT SIZE AND ROUTE AS REQUIRED TO AVOID CONFICTS. B. DUCT TO INLET OF TERMINAL BOX TO BE SAME SIZE AS INLET SIZE OF BOX. DUCTWORK TO MEDIUM PRESSURE CONSTRUCTION PER SMACNA STANDARDS. C. COORDINATE CEILING DIFFUSER, GRILLES AND REGISTERS LOCATIONS WITH CEILING GRID, LIGHTING, SPRINKLER HEADS, CAMERAS, AND SPEAKERS. M2000 -045 °a. GIP( OF TUKWILA APPROVED MAR 2 1 2000 AS ttOILU SABEY CORPORATION ARCHITECTURE GROUP ALFA TECH CONSULTING ENGINEERS ratsmog eat s. Pie ...bin F. (e — esoo FAX (+0!)136 -1511 Project #: 99272 CONSULTANTS REV 2 ISSUED FOR CONSTRUCTION 02/02/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings and wr:len material appearing herein constitute the original and unpublished work of the Sabey Corporation and the some may not be duplicoted, used or disclosed without the written concept of the Sobey Corporation. DRAWING TITLE: EXODUS IGCP BUILDING A TUKWILA, WA PROGRESS DATE: 1149/99 FILE: Ir /99/99212/CAD/2711•111 A PLOT: PROJECT NUMBER: 99272 DRAWN BY: WJN CHECKED BY: R 1 APPROVED BY: MECHANICAL SECOND FLOOR HVAC PLAN DRAWING NUMBER: M2.2.A (B) (B) _ — — — `�(B) c (B) I I 1 I I 32x24 - r+ -8' VD 26x18 24x24 �+ 18x1. VD FBOD E BOD # I:: ONO I ILI 2 -� O Ill OFFSET DOWN SFD 56x18 SA BOD 10' -8" ' II SET BOTTOM OF SFD TO BOD 10' -4" II (TYP OF 5) i EXISTING ! `Itil� SA 0' -5" > BOD 10' -8" ®' 18x ! /.\ \I \ v t1y , % u SFD I � 0 0 -r j VD 92x24 SA BYPASS 14 "EA TO F -16 21 6 EA I I TO ROOF I� \ i � BOD 10' -7" 72x24 SFD X12" G A < " - a' EG2 2.5 M E < — — -- — -J — — i I 0 -- ; 2 -5 ■ ' SET BOTTOM 0 CFM OF UNIT AT P 2) �I� i vai' c. =__ II 1 r% 10' -0 "AFF � (A) WALL OPENING 10 —6 AFF (TYP) 16 CD i _ 1 _ I I l .r"\ L 400 ' CFM r'q -cal- I" — J I 1 ��� d 08X24 _ �� - 1 14 . I. I x 0 ,_ „ J — j T� I 48 4 - ,. 'I I BO 12° 14 CD3 — I 9 � 255 CFM Ir ' BOD Q �_ �., '1 ' 1 I I 1 16x1. °y, 26x2• ��' -4Ux-2, .�. ;: 2— I � BOD r BOD BOD ® 1 56 18 SA • EI I — - -- -_ x I y ' FTS (A) I .. -tra I x I BOD 1 - FI 8" ® (TYP) I Ty ca r - ( ) s ' - 4 AM 7 I F 11=D 1 2 -2 I I 1 Mr � 1 FASTEN F [_00R STAND TO CONCRETE SLAB (TYP), INSTALL 30x16 OA INTAKE LOUVER AT BOD 10' -8" / < < SECOND FLOOR HVAC PLAN - BLDG "A" SCALE: 1/8 " =1' -0" GENERAL NOTES: A. CONTRACTOR TO COORDINATE INSTALLATION OF DUCT WITH STEEL FRAMING, ELECTRICAL CONDUITS, CABLE TRAY AND FIRE PROTECTION PRIOR TO INSTALLATION. ADJUST DUCT SIZE AND ROUTE AS REQUIRED TO AVOID CONFICTS. B. DUCT TO INLET OF TERMINAL BOX TO BE SAME SIZE AS INLET SIZE OF BOX. DUCTWORK TO MEDIUM PRESSURE CONSTRUCTION PER SMACNA STANDARDS. C. COORDINATE CEILING DIFFUSER, GRILLES AND REGISTERS LOCATIONS WITH CEILING GRID, LIGHTING, SPRINKLER HEADS, CAMERAS, AND SPEAKERS. M2000 -045 °a. GIP( OF TUKWILA APPROVED MAR 2 1 2000 AS ttOILU SABEY CORPORATION ARCHITECTURE GROUP ALFA TECH CONSULTING ENGINEERS ratsmog eat s. Pie ...bin F. (e — esoo FAX (+0!)136 -1511 Project #: 99272 CONSULTANTS REV 2 ISSUED FOR CONSTRUCTION 02/02/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings and wr:len material appearing herein constitute the original and unpublished work of the Sabey Corporation and the some may not be duplicoted, used or disclosed without the written concept of the Sobey Corporation. DRAWING TITLE: EXODUS IGCP BUILDING A TUKWILA, WA PROGRESS DATE: 1149/99 FILE: Ir /99/99212/CAD/2711•111 A PLOT: PROJECT NUMBER: 99272 DRAWN BY: WJN CHECKED BY: R 1 APPROVED BY: MECHANICAL SECOND FLOOR HVAC PLAN DRAWING NUMBER: M2.2.A 18x18 SA 28x24 SA 18x12 SA BOD 1O' -8" 92x28 SA BOD 1O' -5" EXIST NG :f ..- /j iC-' /•0x18 60x18 92x24 SA I SFD BYPASS BOD 10' -7i" 84x12 SA BOD 10' -8" 26x18 SA BOD 10' -10" PROVIDE 62x36 SFD AT FLOOR SLAB. DUCT TO EXTEND 24" BELOW FLOOR. ADD BIRDSCREEN AT DUCT OPENING'_ SET BOTTOM OF SFD TO BOD 10' -6 (TYP OF 4) t F L.• (UPFLOW) UPFLOW ( UPFLOW) Ill (TYP OF 3) 90x20 SA CONNECT TO BOTTOM OF PLENUiv I I (Ty P) CONTROL DAMPER 36x28 SA ii l i BOD 10 —2 "AFF — II 91 x20 SA ;WI 1-1 CONTROL; DAMPER — CONNECT 'TOi BOTT0IA OF PLENUM 18x16 SA BOD 10' -8" X8) I )2 -5 0 (B) —BODI 10' -9" I (A) 44x12 SA BOD 10' -8" BOD 10' -8" jVD IVD (B) FASTEN FLOOR STAND TO CONCRETE SLAB (TYP) (A) -�A ) ,- SECOND FLOOR HVAC PLAN - BLDG "A" 62x36 RA OPENING IN FLOOR. ADD SFD. EXTEND 24" BELOW FLOOR. SFD TO BE FLUSH WITH FLOOR ADD STEEL EGGCRATE GRILLE TO FACE OF SFD. GENERAL NOTES: A. CONTRACTOR TO COORDINATE INSTALLATION OF DUCT WITH STEEL FRAMING, ELECTRICAL CONDUITS, CABLE TRAY AND FIRE PROTECTION PRIOR TO INSTALLATION. ADJUST DUCT SIZE AND ROUTE AS REQUIRED TO AVOID CONFICTS. B. DUCT TO INLET OF TERMINAL BOX TO BE SAME SIZE AS INLET SIZE OF BOX. DUCTWORK TO MEDIUM PRESSURE CONSTRUCTION PER SMACNA STANDARDS. C. COORDINATE CEILING DIFFUSER, GRILLES AND REGISTERS LOCATIONS WITH CEILING GRID, LIGHTING, SPRINKLER HEADS, CAMERAS, AND SPEAKERS. 045 CITY OF TUKWILA APPROVED ♦ I Fly J CORPORATION ARCHITECTURE 'GROUP_ Al1A TECH CONSULTING ENGINEERS R ns Bak a... b ,a,. G 95112 Fix 000.6 -1511 Project #: 99272 CONSULTANTS REV 3 6920 FOR CONSTRUCTION 02/02/00 REV 2 REMO TO a a ova DGTPoBIIIION 01/14/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings and written material appearing herein constitute the original and unpublished work of the Sabey Corporation and the same may not be duplicated, used or disclosed without the written content of the Sabey Corporation. DRAWING TITLE: EXODUS IGCP BUILDING A TUKWILA, WA PROGRESS DATE: 11/19/99 FILE: h/99/99272/CAD/212M225 PLOT: PROJECT NUMBER: 99272 DRAWN BY: WJN CHECKED 8Y: R`1 APPROVED BY:. DRAWING NUMBER: M2.28 MECNANICAL SECOND FLOOR 4vAC FLAN 7 /� \ / -- � = 1 ll \' J J = 7 (B) INF (B) th 26x18 SA r BOD 10' -11" 14"EA TO 2ND FLR 3 -4 20x16 EA TO 2ND FLR 20x16 EA 8" EG2 200 CFM r.- (TYP 2) L THRU ROOF I f� 14 "EA TO EF -16 (B) (B) /Erik Tffi 32x24 SA BOD 10' -8" (B) 61x716 RA UP THRU ROOF TO RTU X04 THIRD FLOOR HVAC PLAN - BLDG "A" 56x SOD 10' - -8 ") 42x72 RA UP THRU ROOF TO RTU -06 42x72 RA UP THRU ROOF TO RTU -05 _ (B) H( B) L VD I BOD 10 —8' 45x76 SA UP THRU ROOF TO RTU -04 —84x1b—SAI 10' -8" SFD SFD 14" CD3 265 CFM 811 x 6'15 NOTCH DUCT UNDER ROOF STEEL. (TYP) 8Lx16 SA BOD 10' -8" — 74 BO TY GENERAL NOTES: A. CONTRACTOR TO COORDINATE INSTALLATION OF DUCT WITH STEEL FRAMING, ELECTRICAL CONDUITS, CABLE TRAY AND FIRE PROTECTION PRIOR TO INSTALLATION. ADJUST DUCT SIZE AND ROUTE AS REQUIRED TO AVOID CON FI CTS. B. DUCT TO INLET OF TERMINAL BOX TO BE SAME SIZE AS INLET SIZE OF BOX. DUCTWORK TO MEDIUM PRESSURE CONSTRUCTION PER SMACNA STANDARDS. C. COORDINATE CEILING DIFFUSER, GRILLES AND REGISTERS LOCATIONS WITH CEILING GRID, LIGHTING, SPRINKLER HEADS, CAMERAS, AND SPEAKERS. M2000 -045 CITY OF TUKWILA APPROVED MAR 2 1 2000 AS N01ED MAIM, DIVF3t0h 1 '4I 1 CORPORATION ARCHITECTURE; GROUP ALFA TECN CONSULTING ENGINEERS FPhoa FAX ( �. ( — e P. m 'e.. a av +01)556 - 1511 Project #:99272 CONSULTANTS REV 2 ISSUED FOR CONSTRUCTION 02/02/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings and written materiel appearing herein constitute the original and unpublished work 0 the Sabey Corporation and the same may not be duplicated, used or disclosed without the written content of the Salley Corporation. • EXODUS LGCP BUILDING A TUKWILA, WA PROGRESS DATE: 1149/99 FILE: I /99/99212/CAD/212M23A PLOT: PROJECT NUMBER: 992'12 DRAWN BY: U;JN CHECKED BY: F APPROVED. BY: MECPANICAL TNfRD FLOOR HVAC PLAN THIRD FLOOR HVAC PLAN - BLDG GENERAL NOTES: A. CONTRACTOR TO COORDINATE INSTALLATION OF DUCT WITH STEEL FRAMING, ELECTRICAL CONDUITS, CABLE TRAY AND FIRE PROTECTION PRIOR TO INSTALLATION. ADJUST DUCT SIZE AND ROUTE AS REQUIRED TO AVOID CONFICTS. B. DUCT TO INLET OF TERMINAL BOX TO BE SAME SIZE AS INLET SIZE OF BOX. DUCTWORK TO MEDIUM PRESSURE CONSTRUCTION PER SMACNA STANDARDS. O. COORDINATE CEILING DIFFUSER, GRILLES AND REGISTERS LOCATIONS WITH CEILING GRID, LIGHTING, SPRINKLER HEADS, CAMERAS, AND SPEAKERS. M2000 -045 ExoDus IGCP BUILDING A TUKWILA, WA SI OF m � 9 3' DRAWING TITLE: MECHANICAL THIRD FLOOR HVAC PLAN CITY OF TUKWILA APPROVED MAR 2 1 2000 AS NOWEU C9i11L9No DTYj3N Nl 1 JI CORPORATION ARCHITECTURE %GROUP Afi TECH CONSULTING ENGINEERS 17 Fed Swim kW,. /700 b:». =12 ebaa. grg:1 wo fA% (�OD)+36 -1511 Project #: 99272 CCNSULTANTS REV 3 ISSUED FOR CONSTRUCTION 02/02/00 REV 2 REVISE FOR UPS Miff CHG 01/13/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE NI drawings and written material appearing herein constitute the original and unpublished work 0 the Sabey Corporation and the same moy not be duplicated, used or disclosed without the written concept of the Sobey Corporation. PROGRESS DATE: 11/19/99 FILE: h/99/99212/CAD/212M236 PLOT: PROJECT NUMBER: 99212 DRAWN 8Y: WJN CHECKED BY: RM APPROVED BY: M7. _I J ( r I tJJ 7 ; k 1 C 5r) I j j L I i I r � (B) i /11 ' (B) - _ I - - f \ � %, i / I I EN / TO I E.ac%u) I 1 Ai ON I { , L -- 4x24 SA OD 10' -8" I : OD 10' -8" e� -- ° I % INTO WITH ELBOWS (2)22x74 90' IVD 1 1 T 40x20 THRU ROOF TRANSITION TO ! ,50x20, CONNECT TO I ; i \ , \' I \ I / / SA SPLIT RAD TYP 61x77 RA UP THRU ROOF TO RTU -03 3 -5 I ,3 SA - I ;/BOD '10' 0 "A FF m i / 1 �I I`� ti: '.I �'. I / � �� II� 45x74 SA U P 114x28 RA THRU ROOF BOD 10' -10" TO RTU -03 F!' / II , 46x24 THRU ROOF CONNECT TO TOP OF 40x28 (TYP) F -40x28 RA --- - - - - -- TO THRU ROOF TO RTU -06 \ SFD° Sl -1 4x28 RA (E)1 14x28 10' -10" / / I \ '1 1' M BOD o k TO THRU ROOF 86x18 SA BOD 10' -8" RAP ` F CIF , ,/ \--____,/ TO -3 -RTIJ405 - -74x22 SA BOD 10' -9 I VDI ° TYP OF 4} A MN 86x18 SA BOD 10' -8" 1 J 50x18 A BOD 1 0,' NON X18" I I 1 101.:11. 8 "W z 6"D NOTCH DUCT UNDER ROOF STEEL. (TYP) P5 /1 v, N M 3 -2 T -- 1 / I ( G) i - T N w z (C) ( T 1 a -- t ®■ G ma ( A) 1:11F A& (�) Fes' (A) (A) VIIF Mk (A) 1 (C} THIRD FLOOR HVAC PLAN - BLDG GENERAL NOTES: A. CONTRACTOR TO COORDINATE INSTALLATION OF DUCT WITH STEEL FRAMING, ELECTRICAL CONDUITS, CABLE TRAY AND FIRE PROTECTION PRIOR TO INSTALLATION. ADJUST DUCT SIZE AND ROUTE AS REQUIRED TO AVOID CONFICTS. B. DUCT TO INLET OF TERMINAL BOX TO BE SAME SIZE AS INLET SIZE OF BOX. DUCTWORK TO MEDIUM PRESSURE CONSTRUCTION PER SMACNA STANDARDS. O. COORDINATE CEILING DIFFUSER, GRILLES AND REGISTERS LOCATIONS WITH CEILING GRID, LIGHTING, SPRINKLER HEADS, CAMERAS, AND SPEAKERS. M2000 -045 ExoDus IGCP BUILDING A TUKWILA, WA SI OF m � 9 3' DRAWING TITLE: MECHANICAL THIRD FLOOR HVAC PLAN CITY OF TUKWILA APPROVED MAR 2 1 2000 AS NOWEU C9i11L9No DTYj3N Nl 1 JI CORPORATION ARCHITECTURE %GROUP Afi TECH CONSULTING ENGINEERS 17 Fed Swim kW,. /700 b:». =12 ebaa. grg:1 wo fA% (�OD)+36 -1511 Project #: 99272 CCNSULTANTS REV 3 ISSUED FOR CONSTRUCTION 02/02/00 REV 2 REVISE FOR UPS Miff CHG 01/13/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE NI drawings and written material appearing herein constitute the original and unpublished work 0 the Sabey Corporation and the same moy not be duplicated, used or disclosed without the written concept of the Sobey Corporation. PROGRESS DATE: 11/19/99 FILE: h/99/99212/CAD/212M236 PLOT: PROJECT NUMBER: 99212 DRAWN 8Y: WJN CHECKED BY: RM APPROVED BY: M7. _I J I -- i I I 1 -- I �.. 1 1 % =� I I 6-_ i SEE SCHEDULE FOR MATCHING COMPUTER ROOM UNIT TAG ON M4.2 (TYP U -N -O.) 1 - -- I O o 1 1 I, I 0 L'J L/ —; '`� i I I �. (B) i 1 V �(B) I \J 1, LJ �J -' I i. 1 ,,cc / (B) � 0 (C1---) Lry I I _ , - LJ. 1, L J - j � LJ Cl-,) -- -- i I i lJ fl l% y (B) I / (B) ` 6-, \' � 1 I � (B) C � r (B) + 0 AM (B) L l � (B) i 1 _ �J �� �J J L \J � ' \— - \ !! i I r � ` i1 —4576 SA O PENING THRU ROOF —61 RA OPENING THRU ROOF —__- 42x80 RA OPENING THRU ROOF 6 ; ' RT (A) — Gl l 1 1. /%1 �1 f6-: l r 61 LJLi LJ`J \ KW (A) 1 I - K , 02_, - - -- \ / i R - -- - - - - -- — = - -- 'i_ -- - -- - --I➢ ©' _ —42x76 OPENING\THRO ROOF RA r AUL .--, I In 0 (A) \ tit © \\ � •\ •. \ •\ 1 E, 6(A) '� - / SERVES AHU 2 -2 R ON 2ND FLOOR IN RESTROOM � / \ / 1 \ SEE SCHEDULE FOR MATCHING COMPUTER ROOM UNIT TAG ON M4.2 (TYP U.N.O.) \ / 4 • N I - -- - - - -- - / \. \ tq / 0 / N : w z ` ROOF LEVEL HVAC PLAN — BLDG "A" SCALE: 1 /8 " =1' -0" M2000 -045 cTY OF TUKWILA APPROVED MAR 2 1 2000 AS NOTED B9111.0?WG DIVISION ARCHITECTURE GROUP .E314:76. H A" DRAWING ALFA JECH CONSULTING ENGINEERS n rat Iblo. 8iei a .b. G Olt Phan (408)438 -8300 fAX (403)436-1511 Project #: 99272 CONSULTANTS ISSUED FOR CONSTRUCTION 02/02/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATA All drawings and written material appearing herein constitute the original and unpublished work of the Sabey Corporation and the same may not be duplicated, used or disciosed without the written content of the Sabey Corporation. e e EXODUS v P F " "F BUILDING A TUKWILA, WA PROGRESS DATE: 11/19/99 FILE: l: /99/99212/CAD/212M24A PLOT: PROJECT NUMBER: 99212 DRAWN BY: WJN CHECKED BY: RM APPROVED BY: MECHANICAL ROOF LEVEL I-IVAC PLAN SCALE: 1/8"=1'-0" ROOF LEVEL HVAC PLAN - BLDG "A" OD M2000 -04 CITY Of TUKWILA APPROVED MAR 2 1 2000 As NOTED euiLDRNG ul'vlsiON S A I *X CORPORATION ARCHITECTURE ;GROUP AR TECH CONSULTING ENGINEERS 92 FM BWav geld .. 9302 Sw low, G 16112 Phone 006)136 -4300 FAX (4001.315-1511 Project #: 99272 CONSULTANTS ISSUED FOR CONSTRUCTION 02/02/00 REV 2 REVISE FOR UPS LAYOUT CHG 01/13/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings and written material appearing herein constitute the original and unpublished work of the Sabey Corporation and the same may not be duplicated, used or disclosed without the written concept of the Sabey Corporation. • EXODUS GOP BUILDING A TUKWILA, WA PROGRESS DATE: /149/99 FILE: 11/99/99212/CAD/27211413 PLOT: PROJECT NUMBER: 99272 DRAWN BY: U1JN CHECKED BY: ia`1 APPROVED 80: IV12.4.F MECHANICAL ROOF LEVEL HVAC PLAN DRAWING NUMBER: I i i y '—SEE SCHEDULE FOR 1 MATCHING COMPUTER / ROOM UNIT TAG ON M4.2 (TYP U.N.O.) j I l'J � I CG. r — \T B GSA C C r G 1 //.1 Irl �/..•1 B r� \J �- j 45x74 SA I � I I I I —45x74 SA OPENING ITHRU ROOF =m' OPENING THRL. / ROOF I j �� ' , A A ) ( � 1 � A) . `M.:4r1Tr rl r, r1 rl 1�r1Trl- ? :, \ , , fr% r�Tr� r, r, r1 rl rl �1 fr,1 rl r1 I � , 6 a J ;ROOF "(r P) P l ._ I \. i \ q ) ; 1Tr1TG,1 1.l1 sw ,9 ,,,,A i 7 ai ' : f i — OPENING THPU ® \, o. - I I LJ LJ 0 LJ I DI D 11 /rl �1I J � L J / I 0 LJ ll L% . Fro DIY` \% \J \% --- - - - -- - -- m - N j W w w z 7 x CD I- --- - - - - -- --- - - - - -- - - - - -- SEE SCHEDULE FOR MATCHING COMPUTER ROOM UNIT TAG ON M4.2 (TYP U.N.O.) `. \ I KI N I l I � 1 1 1 2 )r\ \\ \ \ - - -- - - -- r -IL 'I- ___ - ----- ---' --- -- -- SCALE: 1/8"=1'-0" ROOF LEVEL HVAC PLAN - BLDG "A" OD M2000 -04 CITY Of TUKWILA APPROVED MAR 2 1 2000 As NOTED euiLDRNG ul'vlsiON S A I *X CORPORATION ARCHITECTURE ;GROUP AR TECH CONSULTING ENGINEERS 92 FM BWav geld .. 9302 Sw low, G 16112 Phone 006)136 -4300 FAX (4001.315-1511 Project #: 99272 CONSULTANTS ISSUED FOR CONSTRUCTION 02/02/00 REV 2 REVISE FOR UPS LAYOUT CHG 01/13/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings and written material appearing herein constitute the original and unpublished work of the Sabey Corporation and the same may not be duplicated, used or disclosed without the written concept of the Sabey Corporation. • EXODUS GOP BUILDING A TUKWILA, WA PROGRESS DATE: /149/99 FILE: 11/99/99212/CAD/27211413 PLOT: PROJECT NUMBER: 99272 DRAWN BY: U1JN CHECKED BY: ia`1 APPROVED 80: IV12.4.F MECHANICAL ROOF LEVEL HVAC PLAN DRAWING NUMBER: SECOND FLOOR PIPING PLAN BLDG "A ") M2000 -045 GENERAL NOTES: A. CONTRACTOR TO COORDINATE INSTALLATION OF REFRIGERANT PIPING WITH STEEL FRAMING, ELECTRICAL CONDUITS, LIGHTING, RAISED FLOOR PEDESTALS, CEILING GRID, DIFFUSERS, CABLE TRAY AND FIRE PROTECTION PRIOR TO INSTALLATION. ADJUST PIPING ROUTE AS REQUIRED TO AVOID CONFICTS. SHEET NOTES: 0 TERMINATE AT HORIZONTAL RUN JUST ABOVE FLOOR. CITY OF T UWEA APPROVED MAR 2 1 2000 AS NOIEU ULfillI N'G DIVISION J I CORPORATION ARCHITECTURE ,GROUP ISSUE DATE AIFA EN CONSULTING ENGINEERS .7 W.. 44I, SY./30a Sa Jae, CA 1511: Phone 6108)433 -8300 FAX (408).36 -1311 Project /F: 99272 CONSULTANTS REV 2 ISSUED FOR CONSTRUCTION 02/02/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS NI drawings and written material appearing herein constitute the original and unpublished work of the Sabey Corporation and the same may not be duplicated, used or disclosed without the written concept of the Sabey Corporation. PROGRESS DATE: 049/99 FILE: b/99/99212/CAD/2121122AP PLOT: • EXODUS GOP BUILDING A TUKWILA, WA PROJECT NUMBER: 99272 DRAWN BY: WJN CHECKED BY: RM APPROVED BY: DRAWING NUMBER: MECHANICAL SECOND FLOOR PIPING PLAN N /17.7_QP 1 5/8" HG (2) 1-5/8" HG (2) 1 -1/8 RL C 7 /B) CA /B) / B ) ( � ■ (B) � I — � -- V11 — — 11111 1111 _ - - L O7 CAP f 1 -1/8° RL CAP 1O 1 -5/8" HG 1 -1 RL i � 1 ,\ I , , - -- !---- - l - r. —1- - --- - _ --- -- �I / / � i I j � 1 � it4 I 1 1 I -1 , - i :1-----t-- Y l ll ' il /XIl T T I [ T l , \ I I 1.±1 rD RA:. ' (./� _ pyj _' ) (A) ma T O R ( ( r NV/ . iiri L 2 ( J 1 ± i f 2nd F L O I H II _ - -- - -- 0 _- \,,i _ 1 I All MATCHLINE SEE DWI. M2.2.BP 111 __ Oil M2.2.AP ?. (A� I ✓ � I L____ 1 � ,_____ ( MATCHLINE SEE DWG. - ��J J -J - I L I i a `� r a \ I 1 -1/8 RL i -5 /8" HG �- - - -� - Fl I 1 - 1/8° RL / K_ P ` , 1 %)! ��y` O a Fi _ - -__. �_ RI - ...: — .- - -__ -. --c ._- - __ - -_ .. ^__ :���B) %�B) _._..______ C `B� C 1 (a) Q7 CAP ..s. .... .. //, \\ L \\ - - r- SECOND FLOOR PIPING PLAN BLDG "A ") M2000 -045 GENERAL NOTES: A. CONTRACTOR TO COORDINATE INSTALLATION OF REFRIGERANT PIPING WITH STEEL FRAMING, ELECTRICAL CONDUITS, LIGHTING, RAISED FLOOR PEDESTALS, CEILING GRID, DIFFUSERS, CABLE TRAY AND FIRE PROTECTION PRIOR TO INSTALLATION. ADJUST PIPING ROUTE AS REQUIRED TO AVOID CONFICTS. SHEET NOTES: 0 TERMINATE AT HORIZONTAL RUN JUST ABOVE FLOOR. CITY OF T UWEA APPROVED MAR 2 1 2000 AS NOIEU ULfillI N'G DIVISION J I CORPORATION ARCHITECTURE ,GROUP ISSUE DATE AIFA EN CONSULTING ENGINEERS .7 W.. 44I, SY./30a Sa Jae, CA 1511: Phone 6108)433 -8300 FAX (408).36 -1311 Project /F: 99272 CONSULTANTS REV 2 ISSUED FOR CONSTRUCTION 02/02/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS NI drawings and written material appearing herein constitute the original and unpublished work of the Sabey Corporation and the same may not be duplicated, used or disclosed without the written concept of the Sabey Corporation. PROGRESS DATE: 049/99 FILE: b/99/99212/CAD/2121122AP PLOT: • EXODUS GOP BUILDING A TUKWILA, WA PROJECT NUMBER: 99272 DRAWN BY: WJN CHECKED BY: RM APPROVED BY: DRAWING NUMBER: MECHANICAL SECOND FLOOR PIPING PLAN N /17.7_QP SFCC)Nfl FI OOR PIPINC PI AN RI flC GENERAL NOTES: A. CONTRACTOR TO COORDINATE INSTALLATION OF REFRIGERANT PIPING WITH STEEL FRAMING, ELECTRICAL CONDUITS, LIGHTING, RAISED FLOOR PEDESTALS, CEILING GRID, DIFFUSERS, CABLE TRAY AND FIRE PROTECTION PRIOR TO INSTALLATION. ADJUST PIPING ROUTE AS REQUIRED TO AVOID CONFICTS. SHEET NOTES: QQ TERMINATE AT HORIZONTAL RUN JUST ABOVE FLOOR. CITY OF TUKWILA APPROVED MAR 2 1 2000 AS NOIEO UILDTNG DM31ON if 1 ARCHITECTUREGROUP CONSULTING ENGINEERS 17 rd Moe Poet' S. y00 S. kw. QOM Man. c� 436 -1300 FAX (40/}36 -1311 Project #: 99272 CONSULTANTS ISSUED FOR CONSTRUCTION 02/02/00 REV 2 ROOD TO ADO AR DUCT DSIlJTK 01/14/00 REV 1 ISSUED FOR DID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings and written material appearing herein constitute the original and unpublished work of the Sabey Corporation and the same mot' not be duplicated, used or disclosed without the written concept of the Sabey Corporation. DRAWING TITLE: AIEA JECN • EXODUS e IGCF BUILDING A TUKWILA, WA PROGRESS DATE: 1119/99 FILE: 6/99/99272/CAl2/21211228P PLOT:_ - __ PROJECT NUMBER: 99212 DRAWN BY: WJN CHECKED BY: RM APPROVED BY: MECNANICAL SECOND FLOOR PIPING FLAN DRAWING NUMBER: NA? ? RP m► `�(B) I I I I I I I 1 1 -1/8 ° 1 RL - -- I CAP ( I I / 1 -5/8" HG I . , 1 III (4) 1. F r ( • f. I ill I I I I 1 , I 1 ' 1 I : 1 1 II 1J I I I rf I 1 � () T �/ - -- - -- — — -- — — - '\ I f . I i I I — I E N O 1 / j 1 \ 1 / �ry� +- / 1 -1/8 RL I • z- iij L F" FE (A) \ S U ) I I Ir - -- / — I I ( L (A) I I I I \' 1 I 1 --,-,. Vii) ,. dV'Z'ZY4 0 m - Ca — � MATCHLINE SEE DW p ■n W (2) 1 -1/8° RL 1 1 RL I ,.z_y — 1-1/8- RL i -5/8' HG / ' l ` C.a J �, `r is /8" 1 5 HG 1 iii 111 -=..= - R L S I - I 1 1 - I - - —_ - -- -- - -- - -- 1215' Mr —(2) 1 -5/8° HG — It 1 -5 /8" HG SFCC)Nfl FI OOR PIPINC PI AN RI flC GENERAL NOTES: A. CONTRACTOR TO COORDINATE INSTALLATION OF REFRIGERANT PIPING WITH STEEL FRAMING, ELECTRICAL CONDUITS, LIGHTING, RAISED FLOOR PEDESTALS, CEILING GRID, DIFFUSERS, CABLE TRAY AND FIRE PROTECTION PRIOR TO INSTALLATION. ADJUST PIPING ROUTE AS REQUIRED TO AVOID CONFICTS. SHEET NOTES: QQ TERMINATE AT HORIZONTAL RUN JUST ABOVE FLOOR. CITY OF TUKWILA APPROVED MAR 2 1 2000 AS NOIEO UILDTNG DM31ON if 1 ARCHITECTUREGROUP CONSULTING ENGINEERS 17 rd Moe Poet' S. y00 S. kw. QOM Man. c� 436 -1300 FAX (40/}36 -1311 Project #: 99272 CONSULTANTS ISSUED FOR CONSTRUCTION 02/02/00 REV 2 ROOD TO ADO AR DUCT DSIlJTK 01/14/00 REV 1 ISSUED FOR DID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings and written material appearing herein constitute the original and unpublished work of the Sabey Corporation and the same mot' not be duplicated, used or disclosed without the written concept of the Sabey Corporation. DRAWING TITLE: AIEA JECN • EXODUS e IGCF BUILDING A TUKWILA, WA PROGRESS DATE: 1119/99 FILE: 6/99/99272/CAl2/21211228P PLOT:_ - __ PROJECT NUMBER: 99212 DRAWN BY: WJN CHECKED BY: RM APPROVED BY: MECNANICAL SECOND FLOOR PIPING FLAN DRAWING NUMBER: NA? ? RP 1 -1/8' RL- - 1 -5/8° HG — 1 -1/8" RL G - 1'- 1 /8pR� .. L_ 1. -5/8 HG ON TO 2nd FLOOR 1 -1/8 RL. D cV 0 0 / 1 -5/8° HG 1 -1/8' RL 'II l i I I I li II (B 1 -1/8' RL 1 -5/8° HG 1 .1.1 ... • (B) (B) ( B) I - J 1 -1/8 RL - - 1 -5/8 HG SFD THIRD FLOOR PIPING PLAN - BLDG "A "�� 1 -1/8° RL J L-1- V8" HG GENERAL NOTES: A. CONTRACTOR TO COORDINATE INSTALLATION OF REFRIGERANT PIPING WITH STEEL FRAMING, ELECTRICAL CONDUITS, LIGHTING, RAISED FLOOR PEDESTALS, CEILING GRID, DIFFUSERS, CABLE TRAY AND FIRE PROTECTION PRIOR TO INSTALLATION. ADJUST PIPING ROUTE AS REQUIRED TO AVOID CONFICTS. SHEET NOTES: 0J TERMINATE AT HORIZONTAL RUN JUST ABOVE FLOOR. CITY OF TUKWILA APPROVED MAR 2 1 2000 AS NO rED SUiLDINO i DIVI3ION 411 BLDG °,4" SAB CORPORATION ARCHITECTURE GROUP AIFA TECN CONSULTING ENGINEERS n FAA War Rest s. pro CA OM Phon• (408)430 -5300 FAX (405)+30 -1501 Project #: 99272 CONSULTANTS ISSUE DATE ISSUED FOR CONSTRUCTION 02/02/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS All drawings and written material oppeoring herein constitute the original and unpublished work at the Sobey Corporation and the same may not be duplicated, used or disclosed without the written concept of the Sobey Corporation. EXODUS 0 IGCP BUILDING A TUKWILA, WA PROGRESS DATE: 11/19/99 FILE: Il99/99272/CAD/212T123A P PLOT: PROJECT NUMBER: 99272 DRAWN BY: IJN CHECKED BY: Ril APPROVED BY: DRAWING NUMBER: MECHANICAL THIRD FLOOR PIPING FLAN NA? LP t ) t , THIRD FLOOR PIPING PLAN BLDG "A GENERAL NOTES: A. CONTRACTOR TO COORDINATE INSTALLATION OF REFRIGERANT PIPING WITH STEEL FRAMING, ELECTRICAL CONDUITS, LIGHTING, RAISED FLOOR PEDESTALS, CEILING GRID, DIFFUSERS, CABLE TRAY AND FIRE PROTECTION PRIOR TO INSTALLATION. ADJUST PIPING ROUTE AS REQUIRED TO AVOID CONFICTS_ SHEET NOTES: Qi TERMINATE AT HORIZONTAL RUN JUST ABOVE FLOOR. CITY OF TUKWILA APPROVED MAR 2 1 2000 AS NOTED MUILDMVG DIVISION BL DO "A" LA CORPORATION ARCHITECTURE "- GROUP ALFA TECH CONSULTING ENGINEERS IT fed aa..kml,sr. p0o ssJ ,C* wn rnow. (aos -esoo rA% ( —r311 Project #: 99272 CONSULTANTS ISSUED FOR CONSTRUCTION 02/02/00 REV 2 REVISE FOR UPS LAYOUT CHG 01/13/00 REV 1 ISSUED FOR 81D DOCUMENTS 12/21/99 REV U ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings and written material appearing herein constitute the original and unpublished work of the Sabey Corporation and the some may not be duplicated, used or disclosed without the written concept of the Sobey Corporotion. EXODUS 1GCP BUILDING A TUKWILA, WA PROGRESS DATE: 11/(9/99 FILE: h/99/99212/CAD/2121123E3P PLOT: PROJECT NUMBER: 99212 DRAWN BY: U1JN CHECKED. BY: RI"/ APPROVED BY: MECHANICAL 71H112D FLOOR PIPING FLAN DRAWING NUMBER: N/r7 '1 RP I 1 1 I ! / ; , i r- - - 1 - I _ ' „�� IEr► (a) 1(4) 1 -1 RL L ----I- CA -( • _, I / ;I — g ... �y ! hi ____1_ ! \ \ Oar Q1 CAP - - ^� I _ AP C Qt I i 2) 1 -1/ RL & n•� r 4'++ 'F 1- /8 HG (4) 1 -5 /8" HG f 2) i -5/8" HG Dh TO --- --- .----- _ --- -- TO 2nd FLOR. CAH 2-41 c i I 1� I I I '- - -- -- - - -- -- -- - :t _ f— - - -_ H _ 1 r I / i1 / I I / ', I i I \\ .-- _- - -_. -- _ i - 1 .1 -- .-- .— _ - - _-- _-_-_- 1 I L- 1 ! r I o I -- -- 5 Fs ,- 1 I , I 4r I I I ' 1 y \ E -,--- r i i — , ` 1 I I � \ J 1 F (. .1PrP LIP , \_V •J �I J 1 1 1 t i -- —- , � �- -,A) y�IL - r I m , •i �� I' . - � . --� 1 5/8" HG , _ - 0 I 1 -1/8° RL nj 7 ► ., LJ `J (C) 4 . I� 1 n L L in ( i I 7 (�) ( G) . / I LJ t 1 -1/8" RL (A) 1 -1 RL _ ma (A) — 1 -5/8" HG— Lm (C)� - 1 -1/8" RL GM( ) (A) � (C) 1 -5/8" HG I I 1 -1/8" RL- I t ) t , THIRD FLOOR PIPING PLAN BLDG "A GENERAL NOTES: A. CONTRACTOR TO COORDINATE INSTALLATION OF REFRIGERANT PIPING WITH STEEL FRAMING, ELECTRICAL CONDUITS, LIGHTING, RAISED FLOOR PEDESTALS, CEILING GRID, DIFFUSERS, CABLE TRAY AND FIRE PROTECTION PRIOR TO INSTALLATION. ADJUST PIPING ROUTE AS REQUIRED TO AVOID CONFICTS_ SHEET NOTES: Qi TERMINATE AT HORIZONTAL RUN JUST ABOVE FLOOR. CITY OF TUKWILA APPROVED MAR 2 1 2000 AS NOTED MUILDMVG DIVISION BL DO "A" LA CORPORATION ARCHITECTURE "- GROUP ALFA TECH CONSULTING ENGINEERS IT fed aa..kml,sr. p0o ssJ ,C* wn rnow. (aos -esoo rA% ( —r311 Project #: 99272 CONSULTANTS ISSUED FOR CONSTRUCTION 02/02/00 REV 2 REVISE FOR UPS LAYOUT CHG 01/13/00 REV 1 ISSUED FOR 81D DOCUMENTS 12/21/99 REV U ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings and written material appearing herein constitute the original and unpublished work of the Sabey Corporation and the some may not be duplicated, used or disclosed without the written concept of the Sobey Corporotion. EXODUS 1GCP BUILDING A TUKWILA, WA PROGRESS DATE: 11/(9/99 FILE: h/99/99212/CAD/2121123E3P PLOT: PROJECT NUMBER: 99212 DRAWN BY: U1JN CHECKED. BY: RI"/ APPROVED BY: MECHANICAL 71H112D FLOOR PIPING FLAN DRAWING NUMBER: N/r7 '1 RP ('$-R u ` � `' I- Li I ■-.1 (E) G -'- - - - - - ooj LJ (2)1 -1/8 IRL &(2)1 -5/8" HG \DN TO 2ND `FLR. TO CAH, 2 -8 (B) 2 / IMF \'J 1 I- 2 - \J (TY (TYP) (2) -1 RL &(2)1 -5/8" HG DN TO j 2ND FLR. TO AH (B tn, 4%r % In 5$,8$ 7r , •J1LJ 'J`8' 1f N _ i, LJ LJ (2)1 -1/8" RLdc(2)1 -5/8 HO DN TO 3RD FLR. TO CAH 3 -: Ali O ( (2)1 -1/8" R_ &(2)1 -5/8" HG DN TO 3RD FLR. TO CAH 3 -9 1, '5J \'J �l '( 1 -1 /8 "RL :LT 1 -5," 8 "HG DN \� TO rd FLOOR (A) (B) (A) (2)1,1/8 RL & {2)1 -5/8" HG ION TO 3RD FLR. 3 -8 l\ 5J ROOF LEVEL PIPING PLAN BLDG " SCALE: 1/8 " =1' -0" (2)1 -1/8 RL&(2)1 -5/8" HO DN TO 2ND FLR. TO CAH 2 -6- B) ( ) — x(2)1 -1 RL &(2) l - 5/8" HO DN, TO 2ND FLR. TO CAN 2 -5 1 (B F,2 ih" ( - /8 ( -1 / RL&(2)1 -5/8 RL &(2)1 -5/8° HG DN TO HG DN TO 2ND FLR. 3RD FLR. TO CAH TO CAH 2 -7 3 -4 (B) f5 lJ (8) B (A) (A) LJ a m N N o ▪ D w 1 w 53 Z z J J 0 - 0 M2000 -045 A SHEET NOTES: OO TERMINATE PIPES ABOVE THE ROOF ON HORIZONTAL RUNS AND CAP. O 1 -108° RL AND 1 -5/8° HG PIPES DOWN TO LOWER LEVELS CITY OF TUKWILA APPROVED MAR 2 1 2000 AS NOTED Bi11LDfNG DIVISION SJ3EY CORPORATION ARCHITECTURE%GROUR CONSULTING ENGINEERS ■•■■o1. 97a.m. Slain Sep kw 897111 Phone (406)436 -6300 FAX 006}936 -1511 Project #: 99272 CONSULTANTS ISSUED FOR CONSTRUCTION 02/02/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE A7I drawings and written material appearing herein constitute the original and unpublished work of the Sobey Corporation and the some may not be duplicated, used or disclosed without the written content of the Sabey Corporation. - DRAWING TITLE: BLDG 111-111 DRAWING ALFA JECH • EXODUS e IGCP BUILDING A TUKWILA, WA PROGRESS DATE: II49/99 FILE: I:/99/99212/CAD/212M24AP PLOT: PROJECT NUMBER: 99272 DRAWN BY: WJN CHECKED BY: Rh? APPROVED BY: MECHANICAL ROOF LEVEL PIPING FLAN Vi2.4.14P `5vm ?1Tr1 ``lJ1lJ ``J LJ r .,T�lr1, sv , t L JL (111 /1(1 1 / /1 R , I �� 1 1 e (A) /XLJ 1 // 1 r, 1 f� r1 lJlJl�JIJ / - u _ u , �A) is -// a s m -- - N N / _ \ — 1 6- -6 D o O � w CnC.1) I`. I (g) I I �J L J fr w z J J 2 S LJ 1 rl 17 ( -1 f 8 " RL &(2)1 -5/8 HG DN TO 3RD FLR. TO CAH, (2)1 -1/8° (2)1 -1/8° RL &(2)1 -5/8 RL &(2)1 -5/8" HGDN TO HG DN TO 3RD FLR. 3RD FLR. TO CAH TO CAH 3 -5 (i1 21 3 -3 (n' ( RL &(2)1 -5/8" HG', DN TO 2N FLR. TO CAH - 21-4 I I cc (B)I • of (B)I I �a� I I I ` I I I )1 F L (A) L J L LJ \'J (A) 1 il 4 / c5 ROOF LEVEL PIPING PLAN — SCALE: 1 /8 " =1' -0° (A)1 L (2)1-1/8" RL &(2)1 -5/8" HG DN TO 2ND FLR. TO CAH 2 -3 - ( RL&(2)1 -5/8" HG DN TO 2ND FLR. / TO CAH 2 -2 4 — 1 Dad (2)7 -1/8 RL &(2)1 -5/8" HG DN TO 2ND FLR. TO CAH 2 -1 M2000 -045 SHEET NOTES: O TERMINATE PIPES ABOVE THE ROOF ON HORIZONTAL RUNS AND CAP. O 1 -1/8" RL AND 1 -5/8" 1-15 PIPES DOWN TO LOWER LEVELS CITY OF TAW! APPROVED MAR 2 1 2000 AS NUILD SUILDNG DIV431ou B_/:26 DRAWING NUMBER: :BEN CORPORATION ARCHITECTURE/ GRO U P ALFA TECH CONSULTING ENGINEERS • V WYWs 0n5. SY. 000 So bw. CA 15.112 FYOna (406)436 -1,300 FAX (406)436 -1511 Project #: 99272 CONSULTANTS ISSUED FOR CONSTRUCTION 02/02/00 REV 2 REVISE FOR UPS LAYOUT CHG 01/13/00 REV 1 ISSUED FOR 81D DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings 1,.n; written material appearing herein constitute the originol and unpublished work of the Sobey Corporation and the same moy nol be duplicated, used r disclosed without the written content of the Sobey Corporation. EXODUS ® IGCP BUILDING A TUKWILA, WA PROGRESS DATE: 1149/99 FILE: I:/99/99272/CADQ72M2451. PLOT: PROJECT NUMBER: 99212 DRAWN BY: lUJN CHECKED DV: RM APPROVED BY: MECHANICAL ROOF LEVEL PIPING FLAN 1 li u7 } I }U 1 1 s I ' ri c���'i 1,--J 6 \ ,�[_ -_ - ] ___ __-,- �__�._ _ / _i4 BUILDING "A" - SITE PLAN I I R R _ L l I I? 1: q II k PARTIAL PLAN iii �- -- _'� ---- ■ % 1 _ i - °ms y t Y rte- �' _ J I C ' I i l I I I(;Ic I(,I - I I �, 1 1 l ` � 11# \ `l 11 ____,, „--- ., , ' II I I � I � rt- I IL' - G NERRA IR RF [JM O EXISTING GENERATOR BLDG. SCALE: 1 /8 " =1 ' -0" 2000 -04 _ --- -- i --- , ' L_J I it 1r - -- — I CITY OF TUKWILA APPROVED MAR 2 1 2000 AS NUIcD *1JQDfNT6 OIV1°I(I�vl+ 410 ' FY CORPORATION ARCHITECTURE; GROUP ALFA JECH CONSULTING ENGINEERS A [wl Asbn f∎Aa.A/SAa sw Jew. G 161I2 Mono (406)436 -6366 FAX (SW 36 -1511 Project #: 99272 CONSULTANTS ISSUED FOR CONSTRUCTION 02/02/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE. DATE All drawings and written material appearing herein constitute the original and unpublished work A the Sabey Corporation and the same may not be duplicated, used or disclosed without the wAtten concept of the Sabey Corporation. ® jot z , DRAWING TITLE: ,EXODUS r IGCP BUILDING A TUKWILA, WA PROGRESS DATE 9 -13 -99 FILE: Ie/99/99272/CAP/272M3I PLOT: PROJECT NUMBER: 99272 DRAWN BY: WJN CHECKED BY: RM APPROVED BY: ,E3L.DG HA II DRAWING M') .1 MECHANICAL ANNEX BUILDING PARTIAL PLANS _ -- I r1.1iiIIlio k, in e �fi 1 is o � � ■r , , , MI . SECOND FLOOR RCP BLDG "A" it SCALE: 1/16" 1' -0" e MEI it - !:F] I tip piRi� 41•11e GENERAL NOTES: A. COORDINATE CEILING DIFFUSER, GRILLES AND REGISTERS LOCATIONS WITH CEILING GRID, LIGHTING, SPRINKLER HEADS, CAMERAS, AND SPEAKERS. B. FOR DUCT MAINS SIZES, SEE DWG. M2.2A, M2.2B, M2.3A AND M2.3B_ ROUTE DUCT AS SHOWN. ALL BRANCHES TO DIFFUSERS AND DUCT CONNECTIONS FROM MAIN TO HAVE BALANCING DAMPERS. PROVIDE MAX. 6 FT. FLEXDUCT FROM DIFFUSER TO HARD DUCT. ALL DUCTWORK TO ADHERE TO SMACNA CONSTRUCTION STANDARDS. COORDINATE DUCTWORK WITH STEEL FRAMING, CONDUITS, CABLE TRAY, SPRINKLER PIPING, AND CAMERAS SUPPORTS. M2OO -045 GITY OF TUKWILA APPROVED MAR 2 1 2000 00 h0 IEU ?UIt.DtRG DIVEIUN ' BL DC "A" ll . �1� T �Y CORPORATION ARCHITECTURE /GROUP ALFA TECH CONSULTING ENGINEERS f1 too Bdw bo43M. rIDa Ss Jer, G eb11 Foam ( .Dews —esoo FA% (AOe}a„e -1511 Project #: 99272 CONSULTANTS REV 3 ISSUED FOR CONSTRUCTION 02/02/00 REV 2 RDASED TO ADD AR DiCI MOON 01/14/00 REV 1 ISSUED FOR 81D DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings and written material appearing herein constitute the original and unpublished work of the Sabey Corporation and the some may not be duplicated, used or disclosed without the written content of the Sabey Corporation. /EXODUS IGCP BUILDING A TUKWILA, WA DRAWING TITLE: PLOT: MECHANICAL BUILDING "A" REFLECTED CEILING PLAN PROGRESS DATE: 11/19/99 FILE: 1:/99/99772/CAD/212M32 PROJECT NUMBER: 99212 DRAWN ' :BY: WJN CHECKED BY: P.M APPROVED BY: DRAWING NUMBER: n' EXHAUST FAN SCHEDULE UNIT MARK MFR ® MODEL CFM IN RPM TIP SPEED SON ES BHP DRIVE MOTOR OPER WT LBS SERVICE CONTROLS SEE NOTES TYPE HP VOLTS'PH /HZ EF -10 GREENHECK SBE- 3H48 -75 26,500 0.75 788 9,902 48 6.8 BELT TEFC 7.5 460/3/60 420 EXIST. ANNEX GEN. ROOM LINE VOL' 'GE T -STAT 1,2,6,7,8,9,10 EF -11 GREENHECK SBE- 3H48 -75 26,500 0.75 78-8 9,902 48 6.8 BELT TEFC 7.5 460/3/60 420 EXIST. ANNEX GEN, ROOM LINE VOLTAGE T -STAT 1,2,6,7,8,9,10 (F)EF -12 GREENHECK SBE- 3L42 -50 22,000 ' 0.5 695 7642 31 4.55 BELT TEFC 5.0 ', 460/3/60. 320 NEW ANNEX GEN. ROOM LINE VOLTAGE VOLTAGE T- STAT /GEN _ OPERATION 1,2,6,8,11,12 (FUTURE) (F)EF -13 GREENHECK SBE- 3L42 -50 22,000 0.5 695 7642 31 4.55 BELT TEFC 5.0 460/3/60,, 320', NFW ANNEX GEN. ROOM, LINE VOLTAGE T- STAT /GEN OPERATION 1,2;6,8,11,12 (FUTURE) (F)EF -14 GREENHECK SBE - 3L42 -50 22,000 0.5 695 7642 31 4.55' BELT TEFC 5.0 460/3/60 320 NEV ANNEX 'GEN. ROOM LINE VOLTAGE T- STAT /GEN OPERATION 1,2;6,8,11,12 (FUTURE) (F)EF -15 GREENHECK SBE - 3L42 -50 22,000 0.5 695 7642 31 4.55 BELT TEFC 50 460/3/60 320 NEW ANNEX GEN. ROOM LINE VOLTAGE T -STAT /GEN OPERATION 1,2;6,8,11,12 (FUTURE) EF -16 GREENHECK GB -130 -5 1400 1.0 1478 5079 13 0.37 BELT ODP 0.5 115/1/60 60 2ND /3RD FLR RESTROOM CONTROLLED BY AHU -2 -2 1,2,3,4,5,61 381.5 95 82 - 65.5 56.4 54.3 4 2.6 460/3/60 2 71 460/3/60 2,600 8,000 SEE NOTES #1 THRU 10 AND 12 THRU 16 (CONSTANT VOLUME UNITS) RTU 3 -4 MCQUAY ROOFTOP AIR CONDITIONING UNIT SCHEDULE UNIT MARK MFR MODEL RPS 1350 SUPPLY FAN RETURN FAN COOLING ELECTRICAL MINIMUM OSA (CFM) 3,400 OPERATING WEIGHT LBS 23,700 REMARKS SEE NOTES CFM 49,500 ESP (in. wg) 2" BHP 65.25 HP 75 V /P /H 460/3/60 CFM 46,100 ESP (in. wg) 1.0 BHP - HP 50 V /P /H 460/3/60 TOTAL MBH 1720 SENS MBH 1283 COND EAT TEMP. 'F 95 EVAP EAT 'F EVAP LAT 'F CONDENSER FAN COMPRESSOR DB 80 WB 67 DB 56.3 WB - QTY 12 FLA 60 V /P /H 460/3/60 QTY 4 RLA 61 V /P /H 460/3/60 RTU 2 -1 MCQUAY RTU 2 -2 MCQUAY RPS 135C 49,500 2" 65.25 75 460/3/60 46,100 1.0 - 50 460/3/60 1720 1283 95 80 67 56.3 - 12 60 460/3/60 4 61 460/3/60 3,400 23,700 RTU 3 -1 MCQUAY RPS 135C 49,500 2" 65.25 75 460/3/60 46,100 1.0 - 50 460/3/60 1720 1283 95 80 67 56.3 - 12 60 460/3/60 4 61 460/3/60 3,400 23,700 RTU 3 -2 MCQUAY RPS 135C 49,500 2" 65.25 75 460/3/60 46,100 1.0 - 50 460/3/60 1720 1283 95 80 67 56.3 - 12 60 460/3/60 4 61 460/3/60 3,400 23,700 RTU 3 -3 MCQUAY RPS 036C 13,640 0.5" 4.9 7.5 460/3/60 - - - - - 460.4 381.5 95 82 - 65.5 56.4 54.3 4 2.6 460/3/60 2 71 460/3/60 2,600 8,000 SEE NOTES #1 THRU 10 AND 12 THRU 16 (CONSTANT VOLUME UNITS) RTU 3 -4 MCQUAY RPS 036C 13,640 0.5" 4.9 7.5 460/3/60 - - - - - 460.4 381.5 95 82 65.5 56.4 54.3 4 2.6 460/3/60 2 71 460/3/60 2,600 8,000 AIR HANDLING UNIT SCHEDULE (SPLIT SYSTEM) VAV BOX TAG UNIT NUMBER LOCATION SERVED BY CONDENSER UNIT MARK SUPPLY FAN PERFORMANCE COOLING COIL - RETURN FAN PERFORMANCE MIN. 0•A. CFM EQUIPMENT WT (LBS) UNIT DIMEN� IONS MAX BASIS OF DESIGN REMARKS CFM STATIC PRESSURE ELECTRICAL STARTER COOLING CAPACITY MAX. FACE V LOCITY (FPM) CFM STATIC PRESSURE ELECTRICAL TSP ESP HP VOLTS PHASE TAG TOTAL (MBH) SENSIBLE (MBH)' L.A.T. F ENT. COIL' DB(F) ENT. COIL WB(F) COIL CFM TSP ESP HP VOLTS PHASE AHU 2 -2 2ND FLOOR RESTROOM CU 2 -2 ' 4000 3.. 56 15 5 60 460 3 BY ELEC. - 135.8 90.3 58.3 80 67 4000 550 4000 1.29 ' 1 2 460 3 700 1764 14' -1 1 ° x4'- 6 "x3' -1 " Gaylord Model MCF -4150A Y NOTES FTS 2 -5 TITUS DESV 12 16X15 1720 515 1 0.25 0.19 29 19 ! ^ FTS 3 -3 TITUS DESV 12 16X15 1720 SINGLE DUCT TERMINAL UNIT SCHEDULE VAV BOX TAG MFG MODEL SIZE CFM STATIC PRESSURE NC LEVELS ELECTRIC HEAT COIL UNIT OUTLET MAX MIN INLET DOWN MIN RAD DISCH CFM KW EAT LAT V /P /HZ STEPS FTS 2 -2 kTITUS ITUS DESV DESV 12 08 16X15 1835 800 1 0.25 0.49 28 17 800 11.0 55 98 208/1/60 3 FTS 2 -3 12X10 784 220 1 0.25 0.14 24 12 FTS 2 -4 ' TUS DESV 10 14X13 862 314 1 0.25 0.14 27 13 FTS 2 -5 TITUS DESV 12 16X15 1720 515 1 0.25 0.19 29 19 ! ^ FTS 3 -3 TITUS DESV 12 16X15 1720 515 1' 0.25 0.19 29 19' NOTES: 1. COOLING CONDITIONS: 88'F AMBIENT 2. PROVIDE WASHINGTON STATE ENERGY CODE EFFICIENT MOTORS 3. PROVIDE INSULATED HOUSING 4. PROVIDE INTERNAL SEISMIC SPRING ISOLATION ON UNIT FANS 5. PROVIDE FACTORY MOUNTED WIRED SMOKE DETECTOR IN DISCHARGE AIR STREAM SEE SPEC SECTION 15500 6. 65% FILTER EFFICIENCY BASED ON ASH RAE STD. 52 -76 7. PROVIDE 100% C.A. ECONOMIZER 8. DOWN DISCHARGE NOTES: 1. ALL DISCONNECT AND STARTERS ARE PROVIDED BY ELECTRICAL CONTRACTOR 2. WIRING OF T -STAT BY ELECTRICAL CONTRACTOR 3. PROVIDE GRAVITY BACKDRAFT DAMPER, BIRDSCREEN, AND MIN. 12" ROOF CURB 4. PROVIDE PRESSURE PROBE 5. PROVIDE DRAIN CONNECTION NOTES: 1. PROVIDE WASHINGTON STATE ENERGY CODE EFFICIENT 2. PROVIDE INSULATED HOUSING 3. INTERNAL SPRING ISOLATORS. UNIT MARK CD1 CD2 CD3 RG1 RG2 EG1 EG2 SR1 M FR TITUS TITUS TITUS TITUS TITUS TITUS TITUS TITUS TMSA TMSA PAS PAR PAR PAR PAR MODEL AERO -BLADE 272RS AIR DISTRIBUTION SCHEDULE FACE SIZE 24x24 24x24 24x24 24x24 24x24 12x12 12x12 SEE PLAN SFF CONN SIZE SEE PLAN 22x22 SEE PLAN 22x22 22x22 SEE PLAN SEE PLAN SEE PLAN SFF DESCRIPTION T -BAR LAY -IN, ALUMINUM, #44 WHITE SURFACE MOUNTED, ALUMIMUM, #44 WHITE SURFACE MOUNTED, ALUMIMUM, #44 WHITE T -BAR LAY-IN, ALUMIMUM, #44 WHITE SURFACE MOUNTED, ALUMIMUM, #44 WHITE T -BAR LAY -IN, ALUMIMUM, #44 WHITE SURFACE MOUNTED, ALUMIMUM, #44 WHITE 9. PROVIDE EBTRON OUTSIDE AIR FLOW MONITORING STATION WITH CONTROLS 10. BLOW -THRU CONFIGURATION 11. PROVIDE ABB VFD FOR SUPPLY AND RETURN FANS, FACTORY MOUNT AND WIRED. 12. PROVIDE SUPPLY AND RETURN ISOLATION DAMPERS WITH ACTUATORS. 13. PROVIDE (1) OPEN PROTOCOL MASTER PANEL 14. CONDENSER UNIT TO HAVE SEALTITE CONDUIT. 15. PROVIDE DOUBLE WALL CONSTRUCTION 6. PROVIDE WASHINGTON STATE ENERGY CObE EFFICIENT MOTORS 7. PROVIDE EXTENDED LUBE LINES 8. PROVIDE SHORT WALL HOUSING, FLUSH EXTERIOR WITH OSHA GUARD 9. PROVIDE GRAVITY BACKDRAFT DAMPER, AND DAMPER GUARD 10. HORIZONTAL MOUNTING, MOTOR BOTTOM, AIR UP MOTORS. 4. ELECTRICAL CONTRACTOR TO PROVIDE SUPPLY AIR SMOKE DETECTORS. 5. 65% FILTER EFF. BASED ON ASHRAE STANDARD 52 -76. 6. PROVIDE 100% 0.A. ECONOMIZER. 7. PROVIDE VARIABLE SPEED DRIVE FOR SUPPLY FAN & RETURN FAN MOTORS SIDE WALL REGISTER, DOUBLE DEFLECTION, 3/4" SPACING ,r1A1CI II T 61Ahll ICA,71 IDCD Cr\D IAICTAI I ATInkl 16. PROVIDE EXTERNAL SOUND ATTENUATION IN THE FORM OF SOUND TRAPS AND ACOUSTICAL LOUVERS TO MAINTAIN A MAXIMUM NOISE LEVEL OF 50 DECIBLES, 10 FT. FROM UNITS ON ALL SIDES. ATTENUATOR AND LOUVERS TO BE AIR /WATER TIGHT AND CONTAINED WITHIN 2" OR 4" DBL WALL. PROVIDE SUPPORT AT END OF ATTENUATOR AS REQUIRED. 11. PROVIDE CLOSURE ANGLES 12. PROVIDE GALVANIZED WEATHERHOOD WITH BIRDSCREEN, AND GRAVITY BACKDRAFT DAMPER 1V[2000 -045 MAR 2 1 2000 PLOT: SABEY CORPORATION ARCHITECTURE% ;GROU P CONSULTING ENGINEERS V Fat OY1e 6ia. SM. oca SwI J, . G 771/2 Phan 000436 -6766 FAX (406)436 -1311 Project #99272 CONSULTANTS REV 3 ISSUED FOR CONSTRUCTION 02/02/00 REV 2 REVISE FOR UPS LAYOUT CHG 01/13/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings and written material appearing herein constitute the original and unpublished work of the Sabey Corporation and the same may not be duplicated, used ar disclosed without the written content of the Sabey Corporation. DRAWING TITLE: DRAWING NUMBER: ALFA TECH EXODUS IGCP BUILDING A TUKWILA,' WA CITY DF APPROVED O E DP iA PROGRESS DATE: 11/19/99 FILE: 1: /99/99272/CAD/772M41 AS NOIL: PROJECT NUMBER: 99272 E'J1LATNG b 65j( DRAWN BY: U.UN CHECKED BY: RP1 APPROVED'. BY: M4.1 MECHANICAL SCHEDULES COMPUTER ROOM AIR HANDLING UNIT SCHEDULE UNIT MARK LOCATION MFR MODEL SERVED BY UNIT CONDENSER FAN COIL INFORMAT ON MOTOR OPER LBS SEE NOTES CFM 0TY IN ESP /WG SQ AREA F PS TOTAL MBH GPM °WB Ta WB N/H 0 BHP HP V /P /H FLA DRAT DB CAH 2 -1 2ND FLOOR COMPU -AIRE CAA -3034 CCU 2 -1 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3, 4, 5, 6, 7, & 9 CAH 2 -2 2ND FLOOR COMPU -AIRE CAA -3034 CCU 2 -2 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3, 4, 5, 6, 7, & 9 CAH 2 -3 2ND FLOOR COMPU -AIRE CM-3034 CCU 2 -3 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3, 4, 5, 6, 7, & 9 CAH 2 -4 2ND FLOOR COMPU -AIRE CAA -3034 CCU 2 -4 15,400 3 0.5 29.9 4/12 339.4 339 -4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3, 4, 5, 6, 7, & 8 CAH 2 -5 2ND FLOOR COMPU -AIRE CAA -3034 CCU 2 -5 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3, 4, 5, 6, 7, & 8 CAH 2 -6 2ND FLOOR COMPU -AIRE CAA -3034 CCU 2 -6 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3, 4, 5, 6, 7, & 8 CAH 2 -7 2ND FLOOR COMPU -AIRE CAA -3034 CCU 2 -7 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3, 4, 5, 6.. 7, & 8 CAH 2 -8 2ND FLOOR COMPU -AIRE CM-3034 CCU 2 -8 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3, 4, 5, 6, 7, & 8 CAH 2 -9 2ND FLOOR COMPU -AIRE CAA -3034 CCU 2 -9 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3, 4, 5, 6, 7, & 8 CAH 2 -10 2ND FLOOR COMPU -AIRE CM-3034 CCU 2 -10 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3, 4, 5, 6, 7, & 8 CAH 2 -11 2ND FLOOR COMPU -AIRE CM-3034 CCU 2 -11 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1. 2, 3, 4, 5. 6, 7, & 8 CAH 2 -12 2ND FLOOR COMPU -AIRE CAA -3034 CCU 2 -12 15,400 3 0 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 460/3/60 89.7 2760 1, 2, 3, 4, 5, 6 7, & 8 CAH 2-13 2ND FLOOR COMPU -AIRE CM-3034 CCU 2 -13 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 58.6 51.6 51.667 50.5 NONE NONE - - 10 10 460/3/60 460/3/60 89 ..7 89.7 2760 2760 1, 1, 2, 2, 3, 3, 4, 5, 4, 5, 6, 6, 7, & 7, & 8 8 CAH 2 -14 ! 2ND FLOOR COMPU -AIRE CAA -3034 CCU 2 -14 15,400 3 0.5 29.9 4/12 339.4 339.4 - /2 CAH 2 -15 2ND FLOOR COMPU -AIRE ',CAA -30, CCU 2 -15 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1 2, 3 4, ,5, E, 7, & 8 CAH 2 -16 2ND FLOOR COMPU -AIRE 'CAA -3034 CCU 2-16 15,400 3 0.5 29.9 4/12 339.4 339. - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3, 4, 5, 6, 7, 8,' & 10 CAH 2 -17 2ND FLOOR COMPU -AIRE CAA -3034 CCU 2 -17 15,400 3 0.5 29.9 4/12 339.4 339. - 7? 58.6 51.6 50.5 NONE 1 1 10 460/3/60 89.7 2760 1, 2, 3, 4, 5 6, 7, 8, & 10 CAH 2 -18 2ND FLOOR COMPU -AIRE CAA -3034 CCU 2-18 15,400 3 0.5 29.9 '', 4/12 339.4 339 -4 - 72 58 -6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1 2 3, 4, 5 6,, 7, & 8 CAH 3 -3 3rd FLOOR COMPU -AIRE CAA -3034 CCU 3 -3 15,400 3 0.5 29.9 4/12 339.4 339:4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3, 4, 5, 6, 7, & 8 CAH 3 -4 3rd FLOOR COMPU -AIRE CAA -3034 CCU 3 -4 15,400 3 0.5 29.9 4/12 339 339.4 - 72 58. 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2 3, 4, 5 6, 7, & 8 CAH 3 -5 3rd FLOOR COMPU -AIRE CAA -3034 CCU 3 -5 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2 3, 4, 5, 6, 7, & 8 CAH 3 -6 ';rd FLOOR COMPU -AIRE CAA -3034 CCU 3 -6 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1 2, 3, 4, 5, '6, 7, & 8 CAH 3 -7 3rd FLOOR COMPU -AIRE CAA -3034 CCU 3 -7 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1 2, 3, 4,' 5, 6 7, & 8 CAH 3 -8 3rd FLOOR COMPU -AIRE CM-3034 CCU 3 -8 15,400 3 0.5 29.9 4/12 339.4 339.4 -' 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3, 4, 5, 6, 7, & 8 CAH 3 -9 3rd FLOOR COMPU -AIRE CAA -3034 CCU 3 -9 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3, 4, 5, 6, 7, & 8 CAH 3 -10 3rd FLOOR COMPU -AIRE CAA -3034 CCU 3 -10 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3, 4, 5, 6, 7, & 8 CAH 3 -11 3rd FLOOR COMPU -AIRE CAA -3034 CCU 3 -11 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3, 4, 5, 6, 7, & 8 CAH 3 -12 3rd FLOOR COMPU -AIRE CAA-3034 CCU 3 -12 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2 3„ 4„ 5, 6 7, & 8 CAH 3 -13 3rd FLOOR COMPU -AIRE CM-3034 CCU 3 -13 15,400 3 0.5' 29.9 4/12 339.4 339.4 - 72 58.6 ,51.6 50.5 NONE I - 10 460/3/60, 89.7 2760', 1, 2, 3, 4,' 5, 6,1 7 & 8 CAH 3 -14 3rd FLOOR COMPU -AIRE CM-3034 CCU 3 -14 15,400 3 0.51 29.9 ', 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3, 4,' 5, 6,, 7, & 8 CAH 3 -15 3rd FLOOR COMPU -AIRE CAA -3034 CCU 3 -15 15,400, 3 0.5 29.9 4/12 339.4 339.4 - 72 58,6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1 2, 3 4, 5, 6, 7, & 8 CAH 3 -16 3rd FLOOR COMPU -AIRE CAA -3034 CCU 3 -16 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58:6 51.6 50.5 NONE - 10 460/3/60 89.7' 2760 1, 2, 3, 4, 5, 6, 7 & 8 CAH 3 -17 3rd FLOOR COMPU -AIRE CAA -3034 CCU 3 -17 15,400 3 0.5 29.9 4/12'339.4 339.4 -' 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3, 4, 5, 6, 7, & 8 CAH 3 -18 3rd FLOOR COMPU -AIRE CAA -3034 CCU 3 -18 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3 4, 5, 6, 7, & 8 CAH 3 -19 3rd FLOOR COMPU -AIRE CAA -3034 CCU 3 -19 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3, 4, 5, 6, 7, & 8 CAH 3 -20 3rd FLOOR COMPU -AIRE CM-3034 CCU 3 -20 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3, 4, 5, 6, 7, & 8 CAH 3 -21 3rd FLOOR COMPU -AIRE CAA -3034 CCU 3 -21 15,400 3 0.5 29.9 4/12 339.4 339.4 - 72 58.6 51.6 50.5 NONE - 10 460/3/60 89.7 2760 1, 2, 3, 4, 5, 6, 7, & 8 NOTES: 1. PROVIDE LOW NOISE LEVEL FANS. 2. PROVIDE SMOKE DETECTOR. FACTORY MOUNT IN DISCHARGE. 3. PROVIDE DISCONNECT SWITCH, LOCKING TYPE, MOLDED CASE. 4. PROVIDE SEISMIC FLOOR STAND, 18" TALL, WITH TURNING VANE ASSEMBLY. 5. PROVIDE 4" PLEATED FILTERS (60% EFFICIENT). 6. PROVIDE ELECTRIC IMMERSION HUMIDIFIER 7. PROVIDE SEMI - HERMETIC COMPRESSORS. 8. PROVIDE DOWN DISCHARGE. 9. PROVIDE UPFLOW DISCHARGE WITH INSULATED DISCHARGE PLENUM AND DIFFUSERS. 10. PROVIDE UPFLOW DISCHARGE WITH DUCT FLANGE. M200 045 CITY OF TUKWILA APPROVED MAR 2 1 2x290 AS NJILD 1JIi_DING' 6r`.13!C-' V ,� CORPORATION ARCHITECTURE, GROUP ALFA TECH CONSULTING ENGINEERS ■■••••■■ 81 fat Wow 0449. ad Sm kw,G f.M12 Phen. (408)438 -8388 Mt (488)438 -1811 Project #: 99272 CONSULTANTS ISSUED FOR CONSTRUCTION 02/02/00 REV 2 9915E FOR UPS LAYOUT CHG 01/13/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings and written material appearing herein constitute the original and unpublished work of the Sabey Corporation and the same may not be duplicated, used or disclosed without the written content of the Sabey Corporation. EXODUS IGCP BUILDING A TUKWILA, WA DRAWING TITLE: PROGRESS DATE 1119/99 FILE: L/9S/99212/CADQ12TT42 PLOT: PROJECT NUMBER: 99272 DRAWN BY: WJN CHECKED 6Y: RI1 APPROVED BY: DRAWING NUMBER: \14.2 MECHANICAL SCHEDULES CONDENSING UNIT SCHEDULE MARK AREA SERVING MFG MODEL INDOOR MATCHING UNIT NO CAPACITY COMPRESSOR CONDENSER FANS ELECTRICAL EER IPLV OUTDOOR UNIT WEIGHT SEE NOTES TOT. MBH SENS MBH QTY FLA LRA VOLT / PH QTY HP CFM FLA VOLTS PHASE MCA CCU 2-1 2ND FLOOR COMPU -AIRE ACC -37 CAH 2 -1 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 2 -2 2ND FLOOR COMPU -AIRE ACC -37 CAH 2 -2 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 2 -3 2ND FLOOR COMPU -AIRE ACC -37 CAH 2 -3 340 340 - - - -- 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 2 -4 2ND FLOOR COMPU -AIRE ACC -37 CAH 2 -4 340 340 - - - - 4 0.5 19,500 - 460 3 8-5 - - 740 LBS 1, 2, & 3 CCU 2 -5 2ND FLOOR COMPU -AIRE ACC -37 CAH 2 -5 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 2 -6 2ND FLOOR COMPU -AIRE ACC -37 CAH 2 -6 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 2 -7 2ND FLOOR COMPU -AIRE ACC -37 CAH 2 -7 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 2 -8 2ND FLOOR COMPU -AIRE ACC -37 CAH 2 -8 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 2 -9 2ND FLOOR COMP U-AIRE ACC -37 CAH 2 -9 340 340 - - - - 4 0.5 19,500 - 460 3 8.,3 - - 740 LE':'S 1. 2, & 3 CCU 2 -10 2ND FLOOR COMPU -AIRE ACC -37 CAH 2 -10 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 2 -11 2ND FLOOR COMPU -AIRE ACC -37 CAH 2 -11 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, Z, & 3 CCU 2 -12 2ND FLOOR COMPU -AIRE ACC -37 CAH 2 -12 340 340 - - - - 4 0_E, 19,50'. - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 2 -13 2ND FLOOR COMPU-AIRE AL-37 CAH 2 -13 340 340 - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 2 -14 2ND FLOOR COMPU -AIRE ACC -37 CAH 2-14 340 340 - - - - 4 0.5 19,500 - 460' 3 8.5 - - 740 LBS 1; 2, & 3 CCU 2 -15 2ND FLOOR COMPU -AIRE ACC -37 CAH 2 -15 340 340 - - - - 4 U.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 2 -16 2ND FLOOR COMPU -AIRE ACC -37 CAH 2 -16 340 340 - - - - 4 0.5', 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 2 -17 2ND FLOOR COMPU -AIRE ACC -37 CAH 2 -17 340 340 - - - - 4 0.5 19;500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 2 -18 2ND FLOOR COMPU -AIRE ACC -37 CAH 2 -18 340 340 -- - - - 4 0 -5', 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 3 -3 3RD FLOOR COMPU -AIRE ACC -37 CAH 3 -3 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 3 -4 3RD FLOOR COMPU -AIRE ACC -37 CAH 3 -4 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 3 -5 3RD FLOOR COMPU -AIRE ACC -37 CAH 3 -7 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 3 -6 3RD FLOOR COMPU -AIRE ACC -37 CAH 3 -8 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 3 -7 3RD FLOOR COMPU -AIRE ACC -37 CAH 3 -9 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 3 -8 3RD FLOOR COMPU -AIRE ACC -37 CAH 3 -10 340 340 - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 3 -9 3RD FLOOR COMPU -AIRE ACC -37 CAH 3 -5 340 340 - - - - 4' 0:5 19,500 I- 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 3 -10 3RD FLOOR COMPU -AIRE ACC -37 CAH 3 -6 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 3 -11 3RD FLOOR COMPU -AIRE ACC -37 CAH 3 -11 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 3 -12 3RD FLOOR COMPU -AIRE ACC -37 CAH 3 -12 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 3 -13 3RD FLOOR COMPU -AIRE ACC -37 CAH 3 -13 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2 & 3 CCU 3 -14 3RD FLOOR COMPU -AIRE ACC -37 CAH 3 -14 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 3 -15 3RD FLOOR COMPU -AIRE ACC -37 CAH 3 -15 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 3 -16 3RD FLOOR COMPU -AIRE ACC -37 CAH 3 -16 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 3 -17 3RD FLOOR COMPU -AIRE ACC -37 CAH 3-17 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 3 -18 3RD FLOOR COMPU -AIRE ACC -37 CAH 3 -18 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 3 -19 3RD FLOOR COMPU -AIRE ACC -37 CAH 3 -19 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 3 -20 3RD FLOOR COMPU -AIRE ACC -37 CAH 3 -20 340 340 - - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CCU 3 -21 3RD FLOOR COMPU -AIRE ACC -37 CAH 3 -21 340 340 - - - 4 0.5 19,500 - 460 3 8.5 - - 740 LBS 1, 2, & 3 CU 2 -2 2ND FLOOR OFFICE MCQUAY ALP012D AHU 2 -2 128 96 2 9 70 460/3 2 0.5 10,150 2.1 460 3 25 8.9 8.3 625 LBS 1, 2, & 3 NOTES: 1. COOLING: 88 F OSA DESIGN 2. ALL DISCONNECT AND STARTERS ARE PROVIDED BY THE ELECTRICAL CONTRACTOR. 3. THE ABOVE DATA SHALL NOT BE USED FOR ELECTRICAL,STRUCTURAL OR ARCHITECTURAL COORDINATION. USE APPROVED MANUFACTURER'S SUBMITTAL DATA ONLY. M2000 -045 DIY OF TUKWILA APPROVED MAR 2 1 2000 AS Ni)(LD -UILDINIC Eo :j SABEY CORPORATION ARCHITECTURE;; GROUP ALFA TECH CONSULTING ENGINEERS V w 66w. hot Sat= sa awti a wslu Phone (4004.36 -6300 F. (406)36 -1611 Project #: 99272 CONSULTANTS ISSUED FOR,CONSTRUCTION 02/02/00 REV 2 REVISE FOR UPS LAYOUT CHG. 01/13/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings and written material appearing herein constitute the original and unpublished work at the Sabey Corporation and the some may not be duplicated, used or disclosed without the written concept of the Sabey Corporation. PLOT: sEXODUS e IGCP ° -=BUILDING A TUKWILA, WA DRAWING TITLE: PROGRESS DATE: 1149/99 FILE: 1 /S9/99212/CAD/212M43 PROJECT NUMBER: 99272 DRAWN BY: ILIA CHECKED BY: RI APPROVED BY: MECHANICAL 9C✓4EDULES DRAWING NUMBER: 1 HANGER STRAP SECURE TO STRUCTURE AS REQ'D LOCATE WITHIN 2 FT. OF DIFFUSER CENTERLINE.— FLEX DUCT, SEE PLAN FOR SIZE PROVIDE SMOOTH RADIUS CONNECTION, PROPERLY SUPPORT FLEX DUCT FOR SMOOTH AIR FLOW TO DIFFUSER 0 1.5x DIAMETER I ( 1 NNNNN PROVIDE 2 ANGLE CLIPS ON OPPOSITE SIDES OF DIFFUSER SCREW TO T —BAR -, SUSPENDED CEILING NOTE: SEE ARCH. AND STRUCT. DWGS FOR ROOF PENETRATION, FLASHING & ROOFING DETAILS. EI I DUCT THRU ROOF Scale: NONE SEALANT (TYP) ,— STORM COLLAR 24 GA.GALV. FLASHING K . SOLDER ALL JOINTS. FLARED AT TOP FOR SEALANT FOAM GASKET 3" MIN. ALL AROUND (FOR COMBUSTIBLE DUCT) 12 MAX. ALL AROUND (FOR COMBUSTIBLE DUCT) SHARP RADIUS NOT ACCETABLE DUCT LAY IN T— BAR CEILING DIFFUSER CAD PLATED LAG SCREWS 2 /SIDE MIN. 8" HIGH LEVEL CURB (WOOD MUST BE PRESSURE TREATED) CANT ROOFING & INSULATION ROOF DECK FRAMED OPENING DUCT STRAP AS REQ'D SECURE DUCT TO FLANGE WITH DRAWBAND AND SHEETMETAL SCREWS DIFFUSER CAN SUPPORT ANGLES FACE OF GRILLE OR DIFFUSER • PROVIDE SUPPORT & BRACING AS PER LATEST SMACNA SEISMIC BRACING CRITERIA DUCT TRANSITION AIR FLOW ROUND DUCT 4' -0" MIN. OF LINED DUCT PAINT INSIDE OF DIFFUSER CAN WITH BLACK PAINT \ SECURE GRILLE /DIF'OSER WITH SM SCREW:. THROUGH NECK OF GRILLE OR DIFFUSER SHEET ROCK CEILING DAMPER ACTUATOR REHEAT COIL NOTE: PROVIDE SEISMIC BRACING AT ALL VAV BOXES. SEE SPECIFICATIONS.FOR SEISMIC DESIGN CRITERIA. HIGH PRESSURE FLEX DUCT. 3 FEET MAXIMUM. 5 VAV TERMINAL BOX SUPPORT Scale: NONE X ROOFING FOAM GASKET ON TOP OF CURB WOOD NAILER FACTORY CURB (LEVEL) ROOFING EXHAUST DUCT OPENING w/1/4x1/4 GALV. MESH BIRDSCREEN VAV BOX FOAM GASKET PROVIDE 40 ON TOP OF CURB STRAIGHT DUCT 2x6 LEVEL CURB AT INLET (BY OTHERS) (BY OTHERS) • D i\i/h. A rCEILING SQUARE TO ROUND _Z 1 j FRAMING TRANSITION 12 "MIN M2000 -045 EXHAUST FAN /ATTA ATTACH TO CURB CH SCREWS /SIDE DUCT TO BE SAME AS DAMPER SIZE — EXHAUST DUCT NOTE: SEE ARCH. AND STRUCT. DWGS FOR ROOF PENETRATION, FLASHING & ROOFING DETAILS. NOTE: SEE ARCH. AND STRUCT. DWGS FOR ROOF PENETRATION, FLASHING & ROOFING DETAILS. FASTEN TO STRUCTURE ROOF DECK CD CEILING DIFFUSER CONNECTION SHEET ROCK CEILING DIFFUSER MOUNTING 10 ROOF MOUNTED EXHAUST FAN DETAIL Scale: NONE Scale: NONE Scale: NONE SEALANT (TYP) STORM COLLAR 24 GA.GALV. FLASHING SOLDER ALL JOINTS. FLARED AT TOP FOR SEALANT FOAM GASKET CAD PLATED LAG SCREWS 2 /SIDE MIN. HEM CANT (BY OTHERS) II EXHAUST DUCT OUTLET THRU ROOF Scale: NONE CITY or 7UKV!Lk APPROVE" MAR 2 1 2000 AS F.'i) 5UILDtNI D I D fyl3i:;: CORPORATION ARCHITECTURE; GROUP ALFA TECH CONSULTING ENGINEERS 17 Sd8tlN6xd, Sk PG se e.% st 17112 Phone (408)436 -8300 F. (308)436 -151 Project #: 99272 CONSULTANTS ISSUED FOR CONSTRUCTION 02/02/00 REV' 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT. 12/16/99 REVISIONS ISSUE DATE All drawings and written material appearing herein constitute the origincl end unpublished work of the Sabey Corporation and the same may not be duplicated, used or disclosed without the written content of the Sabey Corporation. °EXODUS v OIGCP BUILDING A TUKWILA, WA DRAWING TITLE: PROGRESS DATE: 9 -19 -99 FILE: 11/99/99212/CAP/77211b1 PLOT: PROJECT NUMBER: 99212 DRAWN BY: IUJN CHECKED BY: ' RM APPROVED BY: DRAWING NUMBER: Mi6.l MECNANICAL DETAILS RATED WALL OPENING STATE FIRE MARSHALL U.L. APPROVED FIRE DAMPER. ACCESS DOOR (ACTUATOR SIDE) SHT. MTL. SLEEVE ANGLE FRAME BOLTED TO ALL FOUR SIDES OF SLEEVE. NOTES: 1. THIS DETAIL IS GENERIC. FOLLOW FIRE /SMOKE DAMPER MANUFACTURERS RECCOMENDATIONS FOR INSTALLATION OF DAMPER. 2. USE "UNITED DUCT SEALER" OR EQUAL WHERE DUCTS CON?ECT TO SLEEVE. IF ROUND DUCT, PROVIDE WELDED ROUND DUCT COLLAR ON BOTH SIDES.. 3. SIMILAR TO HIGH' VELOCITY FIRE DAMPER. 4. INSTALL DUCT SMOKE DETECTOR FOR FIRE /SMOKE DAMPER ACTIVATION MUST BE LOCATED WITHIN 4 FEET OF THE UPSTREAM SIDE OF THE FIRE /SMOKE DAMPER. 5. CONTRACTOR TO PROVIDE INSTALLATION /OPERATION MANUAL FOR FIRE /SMOKE DAMPER. THE MANUAL TO BE LOCATED ON SITE, AND TO BE READILY AVAILABLE UPON REQUEST BY THE CITY OF MOUNTAIN VIEW INSPECTOR. E SA /RA DUCT SFD Scale: NONE 90 TAKE —OFF �15 MAX Pit PP SIZE TRANSITION Scale: NONE 90 OR 45 ELBOW 45 TAKE —OFF 90 CONICAL TAKE —OFF DUCT DOWN 3 NOTES: 1. SINGLE —LINE ILLUSTRATIONS ARE SYMBOLS USED ON DRAWINGS I ,4, ROUND DUCT DETAILS 90 OR 45 9 ANGLE TAKE— RADIUS' TAKE— FF 11 ACTUATOR @ RA /TRANSFER AIR SFD Scale: NONE NOTES: 1. THIS DETAIL IS GENERIC. FOLLOW FIRE /SMOKE DAPdII L : MANUFACTURERS RECCOMENDATIONS FOR INSTALLATION OF DAMPER. 2. USE "UNITED DUCT SEALER" OR EQUAL WHERE DUCTS CONNECT TO SLEEVE. 3. IF ,ROUND DUCT, PROVIDE WELDED ROUND DUCT COLLAR ON BOTH SIDES. SIMILAR' TO HIGH VELOCITY FIRE DAMPER.' 4. UNDUCTED FIRE /SMOKE DAMPER. OPENINGS SHALL HAVE LISTED SMOKE DETECTORS INSTALLED UP TO 12" IN FRONT OF, OR BEHIND THE OPENING_ 'DETECTORS SHALL BE CENTERED IN THE OPENING' IN ACCORDANCE WITH NFPA 72. SIZE TRANSITION DUCT DOWN RADIUS ELBOW 90 MITER ELBOW 15 MAX. FF fi■i� SPLITTER TAKE —OFF J (SD) 1(5 0) RADIUS SPLITTER TAKE —OFF NOTES: 1. SINGLE —LINE ILLUSTRATIONS ARE SYMBOLS USED ON DRAWINGS 2. SIZE A &B DIMENSIONS IN PROPORTION TO AIR QUANTITIES IN EACH LEG SPLIT @ RECTANGULAR DUCT DETAILS Scale: NONE GASKETED WEATHERSTRIP CONCRETE EQUIPMENT PAD ROOF EDGE OF CONCRETE ROOF CURB 4 1 ACU EQUIPMENT ROOF MOUNTING Scale: NONE. 22 GAUGE TOP COVER A/C U NIT SEALANT NOTE: SEE ARCH. AND STRUCT. IDWGS FOR ROOF PENETRATION, FLASHING & ROOFING DETAILS. A Al APPLY MASTIC BEFORE SHEET METAL SCREWS 2" DEEP CLIP SEAL WITH MASTIC APPLY MASTIC BEFORE SLIDING CLIP ONTO DUCT & FLASHING CUT HOLE THRU ROOF REFRIGERANT PIPING WITH INSULATION 2'T NOTE: 1. PAINT ALL EXPOSED SHEET METAL PARTS WITH WEATHER RESISITANT PAINT. STEEL ANGLE (GALV.)SHEET METAL SCREWS 7 IN HOLES & ▪ FLASHING PENETRATION ANCHOR BOLT. WOOD NAILER .FLASHING (GALV. SHEET METAL SCREWS MASTIC IN HOLES & © FLASHING PENETRATION REGLET PACK BOX WITH FIBERGLASS CAULK AND SEAL SPACE AROUND. PIPE 26 GA. FLASHING HOT MOP INTO'. ROOF 4 "MIN. HOT GAS WITH INSULATION ROOF JACK FOR PIPES THRU ROOF 5 PIPES PENETRATION THRU ROOF DETAIL Scale: 1 " =1' - M2000°4 OF 'PNI i uIUI A OF lul MAR 2 1 2000 AS WILD NE ILOM;G SABFX CORPORATION ARCHITECTURE GROUP ALFA TECH CONSULTING ENGINEERS to am. im.9a /.tOD Sa 31a GUna F.. (406)436 -6300 FAX (406)436 -1511 Project #: 99272 CONSULTANTS ISSUED FOR CONSTRUCTION 02/02/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings and written material appearing herein constitute the original and unpublished work of the Sabey Corporation =OUT some may not be duplicated, used or disclosed without the written concept of the Sabey Corporation. DRAWING TITLE: jXODUS 4:9° ® !GOP BUILDING A TUKWILA, WA PROGRESS DATE: 9 -13.99 FILE: 11/99/99212/CAD/2121162 PLOT: PROJECT NUMBER: 99272 DRAWN BY: WJN CHECKED BY: 12/'1 APPROVED BY: M6.2 MECHANICAL DETAILS DRAWING NUMBER: PIPE SIZE (IN) MAX SUPPORT SPAN (FT) MIN. ROD SIZE (IN) 3/8 UP TO 1" 7 1 -1/2 9 3/8 2 TO 2 -1/2" 10 3/8 3" 12 1/2 3 -1/2" 13 1/2 4 14 5/8 5 16 5/8 6 17 3/4 8 19 7/8 10 22 7 /8 12 23 7/8 r I I I F t 1 ! riLiJ I Iq I I ! I I III i 1 I. I I I \'��,� I I i Y If .�� - -� — ■ I / — TTL d, ■J t / — �' j' _` `i 1 j i PERIvAL _T _F I LES DOWN AB ' ! PANEL NEL IN 3QR - 1O.0 ROO — 1 _rte,._ rd 7 by -- 1 __ 1 —__ 11 I I rJ L _ i e3� 1 . 0 1 _ I � � - 1 , a 9 91 9 ���e ! ,ii I I , J CI _IlLii NOTE: CANT ROOFING CONDENSER FRAME CONCRETE SLAB 24 GA GALV SM SLEEPER FLASHING "PIPE SHIELD" PIPE SUPPORT & CLAMP MECH EQUIP LEG OR SUPPORT 1 2 "x6 "LAG BOLT ALL FGR PROVIDED HOLD DN POINTS & AS NECESSARY TO ACHIEVE SEISMIC HOLD DOWN,MASTIC IN HOLE & © FLASHING PENETRATION 24 GA. GALV. * FLASHING LEVEL RDWD SLEEPER CANT * ROOFING ROOF DECK — * BOLT TO STRUCTURE *BEAM OR PERLIN * BY GENERAL CONTRACTOR CD ROOF EQUIPMENT SUPPORT Scale: NONE CD CONDENSER MOUNT TO CONCRETE SLAB Scale: NONE 1. PROVIDE CRICKET ON UP SLOPE SIDE WHEN SLEEPERS ARE PERPENDICULAR TO ROOF SLOPE. ROOF INSTALL 1/2 "0 ANCHOR BOLT WITH 3 1/2" EMBED (TYP.) 6x8 PRESS. TREATED RDWD SLEEPER MOUNTED ON TOP OF PURLIN. 1 -5/8" UNISTRUT := � �inpo`� p1 r 14 `IIII N 6 "x6 "x16 GAGE STEEL STEEL PLATE 1/2 "x 4" LAG BOLT, PROVIDE NEOPRENE –STEEL WASHERS BETWEEN CAP & UNISTRUCT PIPE SUPPORT CD ROOF SUPPORT DETAIL Scale: 1 " =1' -0" ATTACH TO STRUCTURE WITH SUPERSTRUT ACCESSORIES AS REQUIRED HANGER ROD MIN 1/2" DIA_ LOCATION CLASS "D-1" SPRING ISOLATOR (TYP) Scale: 1"=1'-0" L5/8" CAP SCREW WITH LOCKWASHER AND DOUBLE NUT SUPERSTRUT PIPE CLAMP –\ L THERMAL HANGER SHIELD OR ISOLATOR WHERE REQUIRED SUPER –STRUT CHANNEL SESMIC RESTRAINTS PER SMACNA GUIDELINES TRAPEZE PIPE HANGER n PIPE HANGER DET (1= (C "E SUPERSTRUT C -71 1 (: ATTACH TO STRUCTURE WITH SUPERSTRUT ACCESSORIES AS REQUIRED SPRING ISOLATORS (WHERE CALLED FOR) LOCK & LOCKNUT (TYP) ALL THREADED ROD (SEE SCHEDULE) PIPE HANGER 120,26 GA.SHT. METAL SADDLE CLEVIS PIPE HANGER PIPE HANGER DETAIL Scale: 1"=1'–o" (L) SUPERSTRUT C -710 CD , LEAK DETECTION - 2ND FLR Scale: NONE (7 1 LEAK DETECTION = 3RD FLR 111(111 11A SABEY CORPORATION ARCHITECTURE; GROUP ALFA TECH CONSULTING ENGINEERS o� 97 Yo. 6. s. +». u 15112 FAX (408).6 -1511 Project #: 99272 CONSULTANTS ISSUED FOR CONSTRUCTION 02/02/00 REV 2 REMSE FOR UPS LAYOUT CHG 01/13/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings and written material appearing herein constitute the original and unpublished work of the Sobey Corporation and the some ma not be duplicated used or disclosed without the written concept of the S obe y .Corporation. DRAWING TITLE: EXODUS IGCP BUILDING A TUKWILA, WA PROGRESS DATE: II49/99 FILE: I1/99/99212/CAD/212M63 PLOT: PROJECT NUMBER: 99272 DRAWN BY: WJN CHECKED 8Y: RM APPROVED BY: DRAWING NUMBER: I\A h MECNANICAL DETAILS - - I t / ), I -- 1 r - ,_' __ _ z_N CI _IlLii 4 T_(4) TO - _EI.ST LEAK PERM d' DETECTION LERT R_�OC CAt LES DOWN MAIN PANEL IN 1 ROO --- - b I - —_. I I I q , .. _d.._ ...�. _ e _I� NOTE: CANT ROOFING CONDENSER FRAME CONCRETE SLAB 24 GA GALV SM SLEEPER FLASHING "PIPE SHIELD" PIPE SUPPORT & CLAMP MECH EQUIP LEG OR SUPPORT 1 2 "x6 "LAG BOLT ALL FGR PROVIDED HOLD DN POINTS & AS NECESSARY TO ACHIEVE SEISMIC HOLD DOWN,MASTIC IN HOLE & © FLASHING PENETRATION 24 GA. GALV. * FLASHING LEVEL RDWD SLEEPER CANT * ROOFING ROOF DECK — * BOLT TO STRUCTURE *BEAM OR PERLIN * BY GENERAL CONTRACTOR CD ROOF EQUIPMENT SUPPORT Scale: NONE CD CONDENSER MOUNT TO CONCRETE SLAB Scale: NONE 1. PROVIDE CRICKET ON UP SLOPE SIDE WHEN SLEEPERS ARE PERPENDICULAR TO ROOF SLOPE. ROOF INSTALL 1/2 "0 ANCHOR BOLT WITH 3 1/2" EMBED (TYP.) 6x8 PRESS. TREATED RDWD SLEEPER MOUNTED ON TOP OF PURLIN. 1 -5/8" UNISTRUT := � �inpo`� p1 r 14 `IIII N 6 "x6 "x16 GAGE STEEL STEEL PLATE 1/2 "x 4" LAG BOLT, PROVIDE NEOPRENE –STEEL WASHERS BETWEEN CAP & UNISTRUCT PIPE SUPPORT CD ROOF SUPPORT DETAIL Scale: 1 " =1' -0" ATTACH TO STRUCTURE WITH SUPERSTRUT ACCESSORIES AS REQUIRED HANGER ROD MIN 1/2" DIA_ LOCATION CLASS "D-1" SPRING ISOLATOR (TYP) Scale: 1"=1'-0" L5/8" CAP SCREW WITH LOCKWASHER AND DOUBLE NUT SUPERSTRUT PIPE CLAMP –\ L THERMAL HANGER SHIELD OR ISOLATOR WHERE REQUIRED SUPER –STRUT CHANNEL SESMIC RESTRAINTS PER SMACNA GUIDELINES TRAPEZE PIPE HANGER n PIPE HANGER DET (1= (C "E SUPERSTRUT C -71 1 (: ATTACH TO STRUCTURE WITH SUPERSTRUT ACCESSORIES AS REQUIRED SPRING ISOLATORS (WHERE CALLED FOR) LOCK & LOCKNUT (TYP) ALL THREADED ROD (SEE SCHEDULE) PIPE HANGER 120,26 GA.SHT. METAL SADDLE CLEVIS PIPE HANGER PIPE HANGER DETAIL Scale: 1"=1'–o" (L) SUPERSTRUT C -710 CD , LEAK DETECTION - 2ND FLR Scale: NONE (7 1 LEAK DETECTION = 3RD FLR 111(111 11A SABEY CORPORATION ARCHITECTURE; GROUP ALFA TECH CONSULTING ENGINEERS o� 97 Yo. 6. s. +». u 15112 FAX (408).6 -1511 Project #: 99272 CONSULTANTS ISSUED FOR CONSTRUCTION 02/02/00 REV 2 REMSE FOR UPS LAYOUT CHG 01/13/00 REV 1 ISSUED FOR BID DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings and written material appearing herein constitute the original and unpublished work of the Sobey Corporation and the some ma not be duplicated used or disclosed without the written concept of the S obe y .Corporation. DRAWING TITLE: EXODUS IGCP BUILDING A TUKWILA, WA PROGRESS DATE: II49/99 FILE: I1/99/99212/CAD/212M63 PLOT: PROJECT NUMBER: 99272 DRAWN BY: WJN CHECKED 8Y: RM APPROVED BY: DRAWING NUMBER: I\A h MECNANICAL DETAILS OUTSIDE AIR EXHAUST AIR 3 SHEET NOTES: C Scale: NONE Scale: NONE RETURN FAN CONTROLLER RTU 2 -1 RTU 2 -2 RTU 3 -1 RTU 3 -2 AHU 2 -2 _ 1 r !1 i FILTERS SUPPLY REFRIGERENT FAN COOLING COIL RETURN AIR 1 SMOKE DETECTOR INTERLOCK WIRING BY DIVISION 16000. 2 SMOKE /FIRE MODE CONTACT BY FIRE /LIFE SAFETY SYSTEM. WIRED BY DIVISION 16000 TO OVERRIDE BAS CONTROL. IF FIRE /LIFE SAFETY SYSTEM SENSES AN F.S.D. CLOSURE VIA THE F.S.D END SWITCHES, THE F.I_S SYSTEM WILL COMMAND OFF THE ASSOCIATED ACU. 3 FIRE /SMOKE DAMPER MONITORED AND CONTROLLED BY FIRE /LIFE SAFETY SYSTEM. DIVISION 16000 PROVIDES POWER AND WIRING. 4 NETWORK WIRING BETWEEN RTU /AHU BY CONTROLS CONTRACTOR. 5 RTU /AHU IS CONTROLLED BY UNIT SUPPLY CONTROL SYSTEM. TYPICAL RTU /AHU FIRE /SMOKE CONTROL DIAGRAM 120VAC ELECTRIC REHEAT COIL (AS REQ'D, SEE SCHEDULE) NOTE: VAV CONTROLLER, TEMPERATURE SENSOR ARE FURNISHED BY CONTROLS CONTRACTOR CONTROLLER AND REHEAT COIL TO BE INSTALLED BY TERMINAL UNIT MFG. HI CONTROLLER LO i -1 24V ( TERMINAL UNIT CONTROL DIAGRAM PRESSURE INDEPENDANT 120VAC SUPPLY AIR CONTROLS NETWORK (F.S.D) FIRE /SMOKE DAMPER F.S.D. END SWITCHE— IE /SI 120VAC 0 D 0 2) MS 0 COMPUTER ROOM AHU Scale_. NONE VOLTS/PHASE/HZ. SEE EQUIPMENT SCHEDULE ON DWG. M4.1 NOTE: 0 USE AUX CONTRACT IN EMERGENCY GENERATOR CONTROL PANEL FOR FAN START/STOP 0 COMBUSTION /HEAT EXHAUST FAN OPERATION IS INTERCONNECTED WITH OPERATION OF EMERGENCY GENERATOR. (4)EXHAUST FANS ARE LOCATED ON WALL IN NEW ANNEX BUILDING (SEE M3.1) COMBUSTION AIR EXH. 4w FAN CONTROL DIAGRAM Scale: NONE NOTES: 0 ALL CONTROLS AND INTERLOCKS ARE PROVIDED ® SMOKE DETECTOR INTERLOCK WIRING WITH BY AHU MFG. FAN MOTOR. Scale: NONE 0 0 H (n IMSt CONTROL DIAGRAM VOLTS/PHASE/HZ. SEE EQUIPMENT SCHEDULE ON DWG. M4.1 NOTE: 0 USE AUX CONTRACT IN AC UNIT CONTROL PANEL FOR FAN START /STOP. TOILET ROOM EXH. FAN CONTROL DIAGRAM M2000 -045 EY CORPORATION ARCHITECTURE %GRO i AN TECH CONSULTING ENGINEERS 17 Fat W. bat. a. pm s. xr. u sMa P.m 000.6-8300 F. (408).38 -1511 Project #: 99272 CONSULTANTS — ISSUED FOR CONSTRUCTION 02/02/00 REV 1 ISSUED FOR BID'DOCUMENTS 12/21/99 REV 0 ISSUED FOR PERMIT 12/16/99 REVISIONS ISSUE DATE All drawings and written material appearing herein constitute the original and unpublished work of the Sabey Corporolion and the same may not sed r discl without the written concept of the Sabey Corporolion . EXODUS w _. ® IGCP UILDING A TUKWILA, WA DRAWING TITLE: PROGRESS DATE: 1149/99 FILE: 11/99/99272/GAD/2121111 PLOT: PROJECT NUMBER: 99212 DRAWN BY: WJN CHECKED BY: RM APPROVED BY: DRAWING NUMBER: M7.1 MECHANICAL CONTROL DIAGRAM rt x�mmticq 0 littr FOUNDATION PLAN SCALE: 9/32' NORTH THIRD FLOOR FRAMING PLAN NORTH' RI NI i VIII illolll91�11 11111011111K ; 11��1 I 11111 I 1 ll lllil iredigilmoli i mi 1 ■ IiT■11 1 111� i,iiiii ul�i 4 of � �� ��1� 1[ 71 II�L����. m . um _ III I 1 111; I =I 11 IIII�IIIIIII I r f� ;� � ■■ h ;; r . ; , I I!' ■ l i 111.. �I�_ ������ III !r - -�' ;� � Nit I � uu , , r I . _- ■ L ..I II'" ° UM I II I I� I I I , r II r II SIIIIGGIIIu ®IIuur 1 I II, _ "� .1�1 � 1.11 Pdgill IFNI 11911! I �1! 1 �c n II II I���m � *� ... III I ■� _s�� _ . 1111 �h�� ����� SL Ill��l � ! IIIIIIIIII 1 M � rt . O © O O O U m G O O " r " 1 „ 2:111„16111111111 1 / 1 1 mil IIO i r < 1 �. X111 iiIi g I li i 1 i iIIIIh�I I H !line/ e I IPI h ����� ... i �� 1 � ■II�IIII�I IIIICil IIIIII11' ° I � I IIIII�111111111� ; �9i1 r�, �: �J$ �, :....� ���� iIIIllH1 lii � 1! � ����111 I�� 1 �II�I�1 � l�1 111 1 ! IIIuIIIIIIIII!IIIUIIIinI�I III! II IIII�III i1111!!l�F; 1111011111111II11 lI11III1101101 lily IIII _ IIIIIIGGii Ail ° win., 0 0 0 SECOND FLOOR FRAMING PLAN tin SCALE: 1 /s3"= 1' -D" Kapr NORTH ifidiell iiiiii iii iri s i ii i i- 1�i i :� ° �� �■®�������IIIIIIII IIIIIl11111�� ,.1111611E�I�iil1 ° H J' Y -C, F S ^' M''-- 3. MEMO .F+ -. a IV�j 11 ���I , i O r � 6& ° � � � Erg - r ' ' 104 0.. kid 0 `Iln0111 �■ : ■I i ■mss �� . r l M I 10011 ... ICI ►I !2°1 111111111Y1 i` , .i� 3 'I� 1 3 ---- = 111 ROOF FRAMING PLAN SCALE: 1/32'= 1' -0' K17 NORTH M2000 -045 SCOPE OF WORK AT THIS AREA GUY OF TUI(WILA APPROVED MAR 2 f 20110 AS NO ill) — 01JILDfNG DI•v.°'ON RECEIVED CITY OF TUKWRA 1 EXPIRES OCTOBER 24, 20001 DRAWN BY JC 'CHECKED BY RB JOB NO. 99095 FOUNDATION PLAN SCALE: we = NORTH ° 0 0 V ° 0 THIRD FLOOR FRAMING PLAN �� NORTH 0 0 0 0 0 0 0 0 U O , �iiiiiii. ii P� � i �; r b i * �! �111lh ■11 ��m / _ _ ..iIi1 I ii .. � fl�l�l IIIYt1� °1 111111111111' � II IIi� �l l � � , � yy :. , r illlpt ill uI�m I I �III I I II Ali. 1 � � 1� 11�� �� � � r l ; ; 1111 111ll!1 IIIIIIIIIIIIII!I I II!i 1!!I SECOND FLOOR FRAMING FLAN d.E SCALE: 1/32'= 1' -O' NORTH NORTH pifiiii j� � ii i i�i�i�iiii u II 0111 111" ;I tlIl 1 II t al , i 1E VI. 1 E !prim Iii ii BMW ' A gita �I I!iI E!U ! or ROOF FRAMING PLAN SCALE: 1/32". 1' -0° NORTH M2000 -045 SCOPE OF WORK AT THIS AREA CHECKED BY R8 JOB NO. CITY OF rU0(WILA APPROVED MAR 2 i 2000 AS F!i1ILD - C+UILCENG Dry ' RECEIVED SHEET Si I I I I I r . -. m .. f W18x35 e•• W18x35 :. OM W12x14 CO WI 8x35 g -_____ I _- -... 1W14) 34 ( ` W14x341 VI ..I 1 1 p W14x34 I -2m 25 6 p L ..W14 8 Ilk Milli 61 .. S I 100940 ..... _ t Q1 � r I g Y �Tl� ?j .W1$x55 co -•,taJ I �� t 1 � :Y • �'1 �9 c D " ! ( I < S- ►f= , 5 Xal ex ID 6 W12 19 WI6x36 i is MIs ro MN 110. _ tom ' W18k35 WI x36' M ill 00 s „ N : ^• i W18 .35 . _ 6 x36 I . es .., R 4 3 " - 0 1W-21/4" ' i1 r ':.. J imiu x26 e' Yj 10 11 cn ° N74x22 DP UNO 40 am/ y J 1 �` ' W x36 �a, � I� 1 WI x2;2`m TYPl UMO q. [t s1 ` ,I0 W18 35 y ,...... .. ^ Ip1 rti:ja; %; , r 9 i 111 l MAW. I S1 Ill i,i`I -� l.Tl fl i`-J ; ' - 4 4 ,1/8 .....5 1 p....... 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Suite 330 Seattle, Washington • 99119 -4220 sae /297 -9700 Fox: soel2e2 -9951 oolil foe.cons.ctin• aelcpmeal•mengeem[ rn 0 C PACIFIC VIEW OFFICE PARK EXODUS -BLDG A ME:CH UNITS LOCATION REVISIONS NELSON - BOURDAGES a Division of Poggemeyer Design Group, Inc COPYRIGHT 1999 512 61h Street South Suite 202 Kirkland, WA 98033 (425) 827 - 5995 FAX: (425) 828 - 4850 E -moll: nelsbour90al.com worloDJnogs!au :low -3 wok - ea (gZp) 4(V3 -- 9669 - to (gar) Noss VM 'PuopVi) 6661 O d.H0121Ad00 •ul 'dna/0 Asap latawa66od Jo OOIEIAQ u ZOZ a1lnS 41noS 1004S 419 Zig S2OV08nIOB — NOS13N -ALT CONNECTION DETAIL S�Idl�a NOI10]NN00 (100 v oa1e— Snaox] )ddd I WO MIA OIJIOdd CD 4110 1566 —ZBir �'od OOLa—L8Z /aoE OLE .0,186 .^0iMi M •HO MI OL£. al!n5 • 'M anuanq MHO MI MOLLV 1Od1O A2 I s