Loading...
The URL can be used to link to this page
Your browser does not support the video tag.
Home
My WebLink
About
Permit M96-0030 - BOEING #13-03
�u -03 rY) 00c, City of Tukwila Community Development / Public Works • 6300 Southcenter Boulevard, Suite 100 • Tukwila, Washington 98188 Permit No: M96 -0030 Type: B- MECHAN Category: NRES Address: 10000 EAST MARGINAL WY S Location: Parcel #: 000340 -0021 Contractor License No: BOEINC*294ML TENANT BOEING #13 -03 10000 EAST MARGINAL WY S, SEATTLE, WA 98168 OWNER THE BOEING COMPANY PO BOX 3707 - M/S 1F-09, ,SEATTLE WA 98124 CONTRACTOR BOEING COMPANY P.O. BOX 3707, ;MSS IF -09, SEATTLE, WA,; 98124 CONTACT TERRY BENNETT 206 544 -2975 P.O. BOX° "3707, 'M /S ;46 -87, SEATTLE, : WA ;4Phone: ;:. k k klckl k * **** k * *.kk *•k *•k Ac * ** k •k* * **•k * *** ** * * *•k *•k** * * ** * sir *,At * * * * * * * * * * * * * * * *** Permit Descrpt --ion: MECHANICAL FOR NEW BUI UMC E d i t i o n : 1994 kk*** kkk•* k,* k• k***.4** A***)4 k14***4 ?k* k** *•k **•k * * * * **•k* ** * *' * * * * * * * *•k *4 * * * ** * ** MECHANICAL PERMIT Permi t:Cente,rAuthorized Signature (206) 431 -3670 Status: ISSUED Issued: 06/05/1996 Expires: 12/02/1996 Valuation: 1,500,000.00 Total Permit Fee: 362.50 - q_co • I hereby'cert:.ify that I have read. and examined this permit and know the same to.be true and correct./ All provisions of law and ordinances governing thi 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 prov ii si ons of any other state or local laws . regulating construction or the performance of work. I am authorized to sign for and obtain th is`•,buij i g p.ernj Signature: �.-- .- ti- F- Gr -�l�/ Date: Print Name: Title: This permit shall become -null and. void if the work, is' " not commenced within 130 days from the date ,:issuance, or if the .weir *k"' is suspended or abandoned for a period of" 18 . 0 . .°.days m e fl ^ o th 'l,ast inspection. Address: 10000 EAST MARGINAL WY S Suite. Tenant: BOEING 413 -03 Type: [- MCCFIPN Parcel 4 000340 -0021 CITY Or 1'LUE:.WILA Permit No: M96 -•0030 Status.. ISSUED Applied: 02/23/1996 Issued: 06/05/ i 996 44444 - 444.4k•k•4'k•k . 1,4.4•kk•4.44.4444.44 .44.4 A::441. kk41 44M 4. 444 •k•k•k•4*4'kk;4x44•kk4.44. 44- 44.444 Permit: Condition: • 1 No changes will be made to the plans unless approved by the Architect or Engineer and t.,h.e....FW Building Division. 2. Al ! permit:. i ri_.pec t i.o,n rec.odS .arid apDrc ved plan_ shall be available at the , Ok,' : :Hate "'prior to tIiE tati;tof any con- - struct ion. TiieSe :666ment:s ay`e t0',, be )1! rrtr`3rit`.11:, grid avail able 'until 1 f i p'e appr ova 1 is. .granted 1 `'' All core .tr,J'ur2Q.ct. ren tai hedone . Sire•' can, to ma e w ith {pp,rc•':ed •iefi. 't • i . , plans and�;�r eiuiu i r�emts Of the, ltn i. t u`i 1 t1i n +::cede; �t'`3 994 Ed itianK,ate amended • Unit.or�ni Mechan1'ca.1 +:ode' (.7994 f d1t;ion) , acid Wa 7,h t S tate ,Energy .Code j 1 994 Ed i:t i onl 4. Ufa1 idi;W of Fermat.,." the is iance.�of a perms Or;. ;appro'•a1:q,of plans 0 pecificationc fara � computation'_ hal l ryot 'k e qon _t :ruO fo be a p:er•nrit = n for.','.or an„- pproval of any v.lo`lati.on•, of e41. of the prov i s i ons. of /.bu •i l d i n. code or of .arr v oU er or� €nonce of the. 1uri d1 No permit pre urnirig gi' ' ati to vi canoe!'' she provic� ion. of',. - d4 '+' s.ha T1.,: LI. M be: va l i ;F.•. %, , r > .., FA1.1URgF°$ IN�; *.; t ; i, P C�.l.LA•7 r IU� 1 ".�+r +�tUIF.EG ±�t�� •ITC '=� F dd TI- IE BI ILDI; G s.�.. 14.,P ...7 REVIC I• 5,,' . , 4. ;.7,; _: tr 6. R iObingi ?errniir . _ha1,1 be. obtainedl thruoh' the ':,eat•tle ru Coo,! t„ C1'epcirst neh,t.,o.f P ib7i'rt:Htal wi ,T °be •,. � . � 9, . ;. i i �t•, e� t :: t e `d t 1 i.. t h a � a air ri c v { y rf'c:1'4r d'9 it ; , a 1. •rR a _• piping:: : <srx,� . •: y die' :a4,t }` I ` 7 t �,�. ��+.. f.......y 1j1 t 4 O i ,7 d7 \ VI M ��'0 1 �^ .04 a ma s "h, 24 ' 4 a . : : `r 1p E l et ri4;;a <1:� permits shall be obtas .ned v thr 'a hhe l.. a_ l i ''n nt: c - ttia Cri� o f Labor and 1 n r.` { i � `t p.e ,arrd. a.11 e to tr .a 1 x,y s wor ow i 1�,1, Sbe i n.iipec.tec1 by that ra' e } , :. - e p0,:. ` ..,... � {• Any 'eis"pc eci in_�u.1ationo. backing mater�yrai :h sll ; .a r la9n,e 'Spr'ead4!at ing of `t7� or less, an,d ma`t. 'r'i a i, shall bear 1 den `, f i ca t'i on :howi ng. tie fire pert'tri rcat Ihg the•r, eof . ' 9. Read i l ve, sCesiOle access to root mounted , equ i pnient is require DEPARTMENT RTMENT DATE IN ' DATE :: APPROVED RE / COMMENTS J 9 co X BUILDING - initial review °� °� ^�0 5 2-z � ROU ED� CONSULTANT: Date Sent - Date Approved - 3RD NOTIFICATION BY: (init.) FIRE S'" /Z3J / FIRE PROTECTION: Sprinkl Detectors N/A FIRE DEPT. LETTER DATED: S ! a 3 91. INSPECTOR: ,S7 / INIT: O PLANNING ZONING: BAR/LAND USE CONDITIONS? Yes • No SCREENING REQUIRED? Q Yes 0 No INIT: REFERENCE FILE NOS.: O OTHER INIT: W BUILDING - final review s bs UMC EDITION (year): / 9 q‘( INIT: c- <, g BUILDING OFFICIAL L 5 1' 4 7 Z L - INIT: c ) AMOUNT OWING: ,Q� , CONTACTED — I SITE ADDRESS DATE NOTIFIED J 9 co BY: (init.) 2nd NOTIFICATION BY: (init.) 3RD NOTIFICATION BY: (init.) PROJECT NAME �o-- 4 15— O3 SITE ADDRESS °coo at* 111061NA a1 SUITE NO. PLAN CHECK NUMBER mq (o oa3o REVIEW COMPLETED CITY OF TUKW , Department of Community Development — Permit Center 6300 Southcenter Boulevard - #100, Tukwila, WA 98188 (206) 431 -3670 Mechanical Permit Application Tracking t INSTRUCTIONS TO STAFF • Contacts with applicants or requests for information should be summarized in writing by staff so that the status of the project may be ascertained at any time. • Plan corrections shall be completed and approved prior to sending to the next department. • Any conditions or requirements for the permit shall be noted in the Sierra system or summarized concisely in the form of a formal letter or memo, which will be attached to the permit. • Please fill out your section of the tracking chart completely. Where information requested is not applicable, so note by using "N /A ", date and initial. DEPARTMENTAL REVIEW "X" in box indicates which departments need to review the project. 01/07/93 SITE ADDRESS SUITE # .: /. ,'.., ..� , i /� . l tr.'< / .� VALUE OF CONSTRUCTION - $ v ITI 1 I1 L. Pot"1 tn � 5�� ASSESSOR ACCOUNT # e% 3 c /('' _• / PROJECT N�ME/TENANT / 02 ( r /(. //` TYPE OF W9fK: `Q' New /Addition ❑ Modifications ❑ Repair ❑ Other: DESCRIBE WORK TO BE DONE: /�1 PE R TI G /SIZE'•; . NUM: ROF:UNITS , • .l ", J' .�; .�r -� . %_�,- �.., ";., ", / PHONE .. '-':.,.:1 __` ZIP BUILDING USE (office, warehouse, etc.) 1 ✓_ NATURE OF BUSINESS: WILL THERE BE A CHANGE IN USE? ']-No ❑ Yes IF YES, EXPLAIN: WILL THERE BE STORAGE OR USE OF FLAMMABLE, COMBUSTIBLE OR HAZARDOUS MATERIALS IN THE BUILDING? , ❑`No ❑ Yes IF YES, EXPLAIN: I HEREBYCERTIFYTHATI; HAVE: READ • AND•CORRECT, AND I AM AUTHORIZEDTO AND EXAMINED THIS APPLICATION: AND, KNOW APPLY`FOR:THIS PERMIT. ✓ - .- :THE .SAM E :TO. r: ' . DATE -'71-"j DATE BUILDING OWNER OR AUTHORIZED AGENT SIGNATURE — - ' f PRINT NAME - / .l ", J' .�; .�r -� . %_�,- �.., ";., ", / PHONE .. '-':.,.:1 __` ZIP ADDRESS ,�% ./.1/ .V ) - CITY/ZIP - fc�. " / cc_ i1 . > , Y CONTACT PERSON TOTAL . - PHONE �_7�,��. J � -- PROPERTY OWNER , _ %.; ,,, ,, AMOUNT RCPT # DATE PHONE , ' -• ; _ , .; ADDRESS i' . t / i .,• ZIP °, , c.., CONTRACTOR OTHER: PHONE TOTAL . - ADDRESS ZIP WA. ST. CONTRACTOR'S LICENSE # EXP. DATE DESCRIPTION AMOUNT RCPT # DATE BASIC PERMIT FEE UNIT(S) FEE .. PLAN CHECK FEE OTHER: TOTAL . - CITY OF TUKWILA PLAN CHECK NUMBER DATE APPLICATION ACCEPTED Department of Community Development - Building Division 6300 Southcenter Boulevard, Tukwila WA 98188 (206) 431 -3670 APPLICATION MUST BE FILLED OUT COMPLETELY MECHANAL PERMIT APPLICATION FEES (for staff use only) i-1 o, \i(1.lutkir v ( f-1. 1 P r Y v, t . APPLICATION SUBMITTAL In order to ensure that your application is accepted for plan review, please make sure to fill out the application completely and follow the plan submittal checklist on the reverse side of this form. Application and plans must be complete in order to be accepted for plan review. BUILDING OWNER /AUTHORIZED AGENT If the applicant is other than the owner, 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. VALUATION OF CONSTRUCTION The valuation is for the work covered by this permit and must be filled in by the applicant. This figure is used for budget reporting purposes only and not to calculate your fees. 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 304(d) of the Uniform Mechanical Code (current edition). No application shall be extended more than once. If you have any questions about our process or plan submittal requirements, please contact the Department of Community Development at 431 -3670. DATE APPLICATION EXPIRES 03114104 SUB4TTAL CHECKL T MECHANICAL Completed mechanical permit application (one for each structure or tenant) Two (2) sets of mechanical plans, which include: • Floor plan • System layout . • Elevations (for roof mounted equipment) • Heat Loss Calculations Structural calculations stamped by a Washington State licensed engineer may be required if structural work is to be done (2 sets) Note: Hood and duct systems require a building permit for the duct shaft. . Water heaters and vents are included in the UMC — please include any water heaters or vents being installed or replaced. 0 •t* *11•* *4 *•4otk *h k4k*** ***k **•4**A*44. **•4 *• 4*• A* r: 4 x* *- 44 lrh•4*.k:t•s•:4 ***r **..*i*•b .C.L .or tu, :L A. IIA , r � 4 ' • 1F' 4 Xi. 1'f E t a * * * *'*•k* A ar• k • /e *:1• * * * A!r *it4•**I ti .eA ..�*1 kAIri *: 4*4** *:4 **1r *•hk *. * *A "IRAN MIT Number^: 96004224 Amount:: 062.50 06/05/96 O :50 ..3'avinen•t Method: CASH Notation: 00EX140 :[nit: SL13 Permit No: M96.003O Type: 13-MECIIAN MECHANICAL PI:RM.[T Parcel Not 0Q(340-0021. S i t e Addr°rn n: 10000 EAST 14AR INAL. NY S *Iota( r•c-es: 062.50 Th i a Payment 362.50 Total ALL Pint : 36.2.50 Balance: .00 •t *A•A * *• Oat. kit4• kA**** A4**. 1 *k4***Ah:4 *A *A * **A•kh *k4*I.it. 4 *k ** *•4 **** ALcaurrt Code Oei,c'r^iptian 000/345.030 PLAN CHECI■ •• NONUES, 000/322.100 MECHANICAL. MOSS ' . Amount 290.00 Project Name Address Sprinklers: Fire Alarm: Hood & Duct: Halon: Monitor: Pre -Fire: Permits: Authorized Signature FINALAPP.FRM City of Tukwila Fire Department 0,14_ TUKWILA FIRE DEPARTMENT FINAL APPROVAL FORM prf'/A / 3- 0 3 /O 000 41 /Mr i Suite # Retain current inspection schedule Needs shift inspection Approved without correction notice Approved with correction notice issued Permit No. 09Z-„ U T.F.D. Form F.P. 85 John W. Rants, Mayor Thomas P. Keefe, Fire Chief � /ter ate Headquarters Station: 444 Andover Park East • Tukwila, Washington 98188 • Phone: (206) 5754404 • Fax (206) 575.4439 Project: 4 ,, O. Type of inspectjfin: r Address: �.. ,1w -• , tml . Date called: 7 / 7 Special instructions: I f t Date wanted: 7 ( a.m. e Requester: !� � ��� W,�, rE' Phone No.: 7 C INSPECTION RECORD R� o° l Retain a copy with permit INSPECTION NO, PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 9818 (206. 431 -3670 Kg:LApproved per applicable codes. COMMENTS: Inspector: Receipt No:: Corrections required prior to approval. Date: 7 1' $42.00 REINSPECTION FEE REQUIRED. Prior to inspe6tion, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. Date: COMMENTS: A" t " U 1J."1 ,Z; tits\-D-S Ait_E Aeemo , cerr (0A-- 1 StAiLE 1 sq.1.-cV1 ve LA NO (40104 I S CA-11<V ar.P. A rA0 pnyr- 6 •.) Li me . ) - 1111 cArti-A-., S A-c vm* 61 310.- Z.): Port 2.- (Du, t-i"" Tri 9 L-A Fi SD A Mc D-vract-S 7, 13.rn. .... 6 Requester3IA DliA6AN hone No.: 6 . lo Projec * 1 TYPe HUT boWN Am gNsir PAARbINAL VilS Pate called: 2 - 4_1 Special instructions: v/ F,IRE--.I-kr - 7!00 A.M. w t d: 7, 13.rn. .... 6 Requester3IA DliA6AN hone No.: 6 . lo I I INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 Approved per applicable codes. Xporrections required prior to approval. [ Inspector: Receipt No.: INSPECTION RECORD Retain a copy with permit Date: Date: 2. Mckto -0050 PERMIT NO. (206) 431-3670 $42.00 REINSPECTION FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100, Call to schedule reinspection. P .ject: '''' Address: . . I 1 Corrections Type of inspe COMMENTS: - . ., y SO9cialjp'etructions: - ••*-. • .•. ., ' 4. • ''' • ' Date wanted: '1 - , . a.m. 2__--2,o---96. p.m. Requester: .,. .. / / '- . . 4, Phone No.: . . 112SLApproved pe f,Pplicable c'Odes. I 1 Corrections required prior to approval. COMMENTS: - . , # /, 1 .. — .rnit ' - A . ...d.dlit: .. ,.. v. .,. .. / / '- . . 4, •- ____ . _ , .. ' .. • . . .,., . .. , — r ..t. . ., .. . .. i - , . .... . , / e . . • k •4- N...: . —... . ...... ..... 17 -1 • •,,,, . . .1y • -147 • INSPECTION. NO, • C,ITY.OF,TUKWILA BUILDING DIVISION SoUthoenter Blvd., #100, Tukwila, WA 9818 Inspector: INSPECTION RECORD Retain avopy with permit (206) 431-3670 $42.00 13 ECTION FEE REQUIRED, 'Prior to inspection, fee must be paid at 6300 Blvd., Suite 100. Call to schedule reinspeCtion. Receipt No.:: . rite j 10 e YUc t.C ca( s V n r � I Date dr / / pecial instruction Date w . oi cu INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 Approved per applicable codes. COMMENTS: INSPECTION RECORD Retain a copy with permit 4/0 A I Inspector: Receipt No:: Date: Corrections required prior to $42.00 I4EINSPECTI • FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. Date: f' '+ FACILITY DESIGN SUPPORT X: USR:MECH: KLOTZ:ca lcvsht.doc.2 /6/96 ENERGY CODE CALCULATIONS FOR BUILDING 13 -03 MILITARY FLIGHT CENTER • . f' KING COUNTY; WASHINGTON • • ' b9ebruary 12, 1996 Prepared By: FACILITY DESIGN SUPPORT P.O. Box 3707 Seattle, Washington 98124 -2207 Document Number: DCA- 95060 - CALC -M -1 Figured by: D. K otztz, P. E IrAir ` • • ....1u oor / e . Checked by: G Smith P Approved by: (---7 ,-z C. Lynch, P.E;/ RECEIVED CITY OF TUKWILA FEB 231996 PERMIT CENTER 1994 Washington State Energy Code Compliance Forms ENV Summary Project Information Type of project Compliance opts. Glazing area % Can use simple? Summ. of Req. MECH Summary Project information Type of project Compliance opts Can use simple? Basic equip efficiencies LTG Summary Project information Type of project Compliance opts. Can use most simple? Allowed and Proposed Watts 1994 Washington State Nonresidential Energy Code Compliance Form Organization of Forms ORG This document introduces the forms to be used for showing compliance with the 1994 Nonresi- dential Energy Code (NREC). The following fig- ure shows the overall organization of the form set. For simple projects, only. a few forms are required: more complex projects will require addi- tional forms. The forms explain the decision cri- teria for determining when a more complicated form is required. ENV Checklist What goes on plans? Where it goes Reprint of General Reqmts. I ENVSTD Component Performance Worksheet Target & Pro- posed UA Wtd. Avg. SHGC Area Adjustment MECH Cklst What goes on plans? Where it goes Reprint of General Reqmts. Complex Systems Additional Checklist and decisionmaking for Complex Systems LTG Checklst What goes on plans? Where it goes Reprint of General Reqmts. April 1994 All projects should complete the Summary forms which apply (envelope, mechanical and /or light- ing). All projects should also review the Checklist forms to make sure all necessary information on compliance is provided. Applicable excerpts from the General Requirements sections of the Code are reprinted on the back of the Checklist forms. The need for other forms will be determined by project specifics. Motors Checklist For any project with motors cov- ered by 1437 or 1511 f Envelope Mechanical Lighting The following is a list of the 1994 nonresidential compliance forms their use. 1994 Washington State Nonresidential Energy Code Compliance Form Forms List ORG ENV -SUM Envelope Summary - Use this form for all projects where envelope work is to be done; there are sepa- rate versions for Climate Zone 1 and Zone 2. .Show basic project information, compliance options chosen, summary list of required insulation levels and U- factors. Back side has Decision Flowchart for Prescriptive Option and calcu- lation to determine area weighted Heat Capacity for the Masonry Option. ENV -CHK Building Permit Plans Checklist - Comprehensive list of all information required on plans for all op- tions, including the Component Performance and Systems Analysis Options. Also includes space for building de- partment notes. ENV -UA Envelope UA Calculations- Use this form if using the Component Performance Option; there are sepa- r'ate.versions for Climate Zone 1 and..Zone 2.. Summary cal.culations•of Target UA,and Proposed UA..Sack side has calculation of Target and Proposed SHGC, and calculation of •glazirig and opaque target' area' adjustments,•if n'eed�d: MECH -SUM Mechanical Summary - Use this form for all projects where mechanical work is to be done. Show ba- sic project information, compliance approach chosen, list of basic equipment & efficiencies (else this information goes on equipment schedules on the plans). Back side has Decision Flowchart for Simple System option. MECH -CHK Mechanical Permit Plans Checklist - Comprehensive list of all information required on plans for all options, including the Component Performance and Systems Analysis Options. Also includes space for building de- partment notes. MECH -COMP Mechanical - Complex Systems - Use this form if using the Complex Systems Option. Complex Systems Checklist has additional information required on plans for this Option. Decision flowchart is provided for determining which Complex Systems requirements apply to the project. MECH -MOT Electric Motors Checklist for electric motors compliance and schedule of installed motors, both for mechanical systems and other equipment. LTG -SUMM Lighting Summary - Use this form for all projects where lighting work is to be done. Basic project in- formation, compliance approach chosen, alteration exceptions, Calculations of Allowed and Proposed Lighting Power for both Interior and Exterior Lighting if using the Lighting Power Allowance Option. Back side has questions to determine if project qualifies for the Prescriptive Option. Also has Lighting Power Allowance table /footnotes. LTG -CHK Lighting Permit Plans Checklist - Comprehensive list of all information required on plans for all op- tions, including Component Performance and Systems Analysis. Also includes space for building department notes. Building Permit Plans Checklist ENV -CHK 1994 Washington State Eneigy Code Compliance Aptit, 1994 Project Address :-' _. ` t i :: �AS I /!AI -.∎ ; i•_S/ . '%11.'1' �, ∎4A K∎ .1ILI , Vi'l ` "t t 1055j Date IS l' •_7l- The following Information is necessary to check a building permit application for compliance with the building envelope requirements in the Washington State Nonresidential Energy Code.. . Applicability (circle one) Code Section Component Information Required Location on Plans Building Department Notes GENERAL REQUIREMENTS (Sections 1301- 1301 Scope Unconditioned spaces identified on plans if allowed LI A 1302 Space heat type yes (no) n.a. Electric resistance S t:.. f i4971 1, no a . Other Indicate on plans that electr c resistance heat is not allowed )\( 4, e yes yes ' no' rt.>) ' 1310.2 • Semi- heated spaces' Semi-heated spaces identified on plans if allowed' i insulation ye no n.a. 1311.1 lnsul, installation Indicate densities and clearances ; CO es no n.a. . ' oo cel mg nsu . n.Ica e ' -va ue on roo sec ions or a' cs an o er roo s; ndicate clearances for attic Insulation; ndlcate baffles If eave vents Installed; ndlcate face stapling of faced batts ,,��,,..,,����,►► KF'F -tip'- '753o „ ye ' no n•a, 1311.3 Wall Insulation ndicate R -value on wall sections; ndlcate face stapling of faced batts; ndlcate above grade exterior insulation Is protected;( ndlcate loose -fill core Insulation for masonry walls as necess; ndlcate heat capacity of masonry walls If masonry option Is used or if credit taken In ENVSTD; 0.71 3-10 . yes no n.a. r-. 1311.4 Floor insulation ndicate R -value on floor sections; ndicate substantial contact with surface; ndlcate supports not more than 24" o.c,; ndicate that insulation does not block airflow through foundation vents -- (_Yes. no n.a. 1311.5 Slab -on -grade floor ndicate R -value on wall section or foundation detail; ndlcate slab insulation extends down vertically 24" from top; ndicate above grade exterior Insulation Is protected A: aids' 5Pe5- 07 230 yes no n � -1 1311.6 Radiant floor indicate R -value on wall section or foundation detail; ndlcate slab Insulation extends down vertically 36" from the top; ndlcate above grade exterior Insulation Is protected; ndicate Insulation also under entire slab where req'd. by Official ye no n.a. 1312 Glazing and doors Provide calculation of glazing area (including both vertical vertical and overhead) as percent of gross wall area A 60 AZ. 1 :PEi= c: ... l f ^ yes, no n.a. 1312.1 - factors ndicate glazing and door U- factors on glazing and door schedule (provide area - weighted calculations as necessary); Indicate if values are NFRC or default, if values are default then specify frame type, glazing layers, gapwidth, low -e coatings, gas fillings 4 -3 c 7.2,,.;. =• " rt.. ?-1 t O G• ✓ '. t •kr yes no n.a. 1312.2 SHGC a SC Indicate glazing solar heat gain coefficient or shading coefficient on glazing schedule (provide area - weighted calculations as necessary) G?-4- r (c•' . ° • t , ` :• -`a 1313 Moisture control yes; no n.a. 1313.1 Vapor retarders Indicate vapor retarders on warm side c 21 b 9 no n.a. s) 1313.2 $Aceiling vap.ret. Indicate vapor retarder on roof section; Indicate vap. retard. with sealed seams for non -wood struc. of/>3c> yes ; no n.a. 1313.3 Wall vapor retarder Indicate vapor retarder on wall section '.., -I U yes no rn.a,l 1313.4 Floor vapor retarder Indicate vapor retarder on floor section yes no (n.a; 1313.5 Crawl space vap. ret. Indicate six and black polyethylene overlapped 12" on ground . - _ 1314 Air leakage yes. no n.a. , es: no n•a. 1314.i 1314.2 Bldg. envel. sealing Indicate sealing, caulking, gasketing, and weatherstripping Glazing /door sealing Indicate weatherstripping o'glb U3 i I U —T no n.a. 1314.3 Assernb. as ducts Indicate sealing, caulking and gasketing 15Vip PRESCRIPTIVE /COMPONENT PERFORMANCE (Sections 1320 -23 or 1330- IV no Envelope Sum. Form Completed and attached, Provide component performance worksheet if necessary Provide ENVSTD screen 1 output if necessary f no is circled for any question, provide explanation: 1 a NOTES: BUILDING PERMIT PLANS CHECKLIST (ENV -CHK) 1. Comfort space conditioning for the building is provided by packaged rooftop HVAC units with DX cooling'and gas -fired heating. Gas•heating •is utilized for morning warm -up and as necessary to maintain minimum mixed air temperature setpoint. Space heating is provided by fan powered VAV terminal units with electric reheat coils. There are some relatively small areas not served by the reheat VAV terminal units that use electric resistance heating to maintain winter interior temperature setpoint of 55 °F as follows: First floor - sprinkler valve room, mechanical room, electrical room, Stair No. 2 & 3, and Antenna & Transmitter room; Second floor - none; Third floor - mechanical room. All of the above spaces (except the stairwell) are .norrnally.unoccupied, and electric resistance heating is provided only to, maintain,protection.from . freezing.' There are also a few sp served by shutoff cooling VAV terminal units with'elecfric reheat coils. These units are controlled to provide a constant airflow to the space to maintain proper airflow relationships between supply and exhaust for process or safety considerations. These spaces are the JTIDS #1, JTIDS #2, and Antenna & Transmitter room. 2. The mechanical plans define the type of heating system to be used for the space. END Envelope Requirements (enter values as applicable) Fully heated/cooled space Minimum Insulation R- values Roofs Over Attic Glazing Area Calculation Note: Below grade walls may be included in the Gross Exterior Wall Area H they are insulated to lls. the level required for opaque walls. Na All Other Roofs times 100 equals % Glazing 21. 0 Opaque Walls 0,4 /� / X 100 = `/ � I (. 0 Below Grade Walls Applicant.Address:172. 5 , E _...- NA NA Floors Over Unconditioned Space F!'"r293; lJ A Slabs-on -Grade 10 .0 Radiant Floors 1,4A Maximum U- /actors Opaque Doors , GO Vertical Glazing . 60 Overhead Glazing N A Maximum SHGC (or SC) Vertical /Overhead Glazing ( . (.6. Space Heat Type ❑ Electric resistance ,'All other (see over for definitions) Glazing Area Calculation Note: Below grade walls may be included in the Gross Exterior Wall Area H they are insulated to lls. the level required for opaque walls. Total Glazing Area (rough opening) (vertical & overhd) divided by Gross Exterior Wall Area times 100 equals % Glazing 76 4- � _ . 1 ? )2e1 0,4 /� / X 100 = `/ � Concrete/Masonry Option ❑ Check here if using this option and if project meets all requirements for the Concrete/Masonry Option. See Decision Flowchart (over) for qualifications. Enter requirements for each qualifying assembly in the table below Project Info Project Address �a � t L.2 ft 4 f, , f mac j �-�J 1 Dale I ` --9 ` Department L For Building Use `7..-0' -; ) O Applicant Name ' t1 7 : 1 ,...„ . t (2_,t.::- 1.„3 �.,7.-r^T- Applicant.Address:172. 5 , E _...- NA w, id.),.b'1 Applicant Phone: S ,., 2.c175 p Fig F!'"r293; • 1994 Washin ton State Nonresidential Ener Code Corn • Hance Form Envelope Summary • Climate Zone 1 ENV -SUM 1994 Washington State Nonres denhal Energy Code Compliance Forms Project Description (lit New Building ❑ Addition ❑ Alteration ❑ Change of Use Compliance Option ',lit Prescriptive ❑ Component Performance (See Decision Flowchart (over) for qualifications) ❑ ENVSTD ❑ Systems Analysis Sewn- heated space' Minimum Insulation A- values Roots Over Semi - Heated Spaces' NA 'Refer to Section 1310 for qualifications and requirements Notes: 5 Apn1 1994 Opaque Concrete/Masonry Wall Requirements Insulation on interior - maximum U- factor is 0.19 Insulation on exterior or integral - maximum U- factor Is 0.25 If project qualifies for Concrete/Masonry Option, list walls with HC 2 9.0 Btu /Rr•'F below (other walls must meet Opaque Wall requirements). Use descriptions and values from Table 20-5b in the Code. Wall Description (including insulation R -value & position) U- factor (C5 All insulation Installed'? —' Opaque Walls R•19 Masonry walls (int) U-0 19 Masonry walls (other) U.0 25 Below grade walls (ext) R -10 Below grade walls (otter) R.19 Roofs over attics R.38 All other roofs R•30 Floors over uncond R•30 Slabs -on -grade R•10 Radiant floors R•10 Opaque doors U-0 60 Glazing Criteria Met? Glazing Vert OH Area % U U SHGC 00.20% 0 40 0 80 100 1994 Washin ton State Nonresidential Ener Code Com • liance Form Envelope Summary (back) a Climate Zone 1 ENV -SUM 1994 Washington State Nonresidential Energy Code Comp lance Forms Decision Flowchart for Prescriptive Option 1302 Space Heat Type: For the purpose of determining building envelope requirements, the following two categories comprise all space heating types Other. All otter space heating systems including gas solid fuel, oil, and propane space heating systems and those systems listed in the exception to electric resistance (Continued at right) All walls R•11 N9tilafion 7 "•rtly yes <40% Glazing Yes 'I T All Insulation Installed" • [Opaque Walls R•l1 I Below grade walls (aid) R•10 I Below grade walls (otter) R•11 Moors over attics R -30 I AII other roofs R•21 Floors over uncond sp R•19 :Slabs•on -grade R•10 Radiant floors R -10 Opaque doors U-0 60 Glazing Criteria Met? Glazing Vert. OH Area % U U SHGC 00.15% 090 1 45 100 15-20% 0 75 140 100 20.30% 060 1'• 0 65 3040% 050 1 25 0 45 no j Ives Masonry Wall Criteria OK" — -- • • (belo6) ' •yes • • . i no • Use this flowchart to determine if project qualifies for the optional Prescriptive Option. If not, either the Component Performance or Systems Analysis Options must be used. 25x •. no 'Glazing? yes r r All Insulation installed' Opaque Walls Masonry walls (int) U-0 19 R•1 1 Masonry walls (other) U•0 25 Below grade walls (ext) R•10 Below grade walls (otter) R.11 Roofs over attics R•30 II other roofs R•21 Floors over uncond sp R•19 Slabs -on -grade R•10 Radiant floors R•10 Opaque doors U• 60 Glazing Criteria Met'? Glazing Vert OH Area % U U SHGC 00-15% 090 1 45 100 15.20% 0 75 1 40 100 20-30% 060 130 0 65 30-40% 050 1 25 0 45 Start ' Electric ' • Resistance no Heat'? Electric Resistance: Space heating systems which use electric resistance elements as the primary heating system including baseboard, radiant, and forced air units where the total electric resistance heat capacity exceeds 1 0 WRt of the gross conditioned floor area Exception: Heat pumps and terminal electric resistance heating in variable an volume distnbubon systems 7• <20% '•Crlazrng�- no Yes •1' Yes no Masonry All ' Wall Cnteriq OK ?. t , walls R•19 • yes • (below) ' • • 'no' • disulaUon no � ' yes Y 20% no Glazing? ' 1 All Insulation Installed'? Opaque Walls R -19 Below grade walls (est) R•l0 Below grade walls (otht) R•19 Roofs over attics R•38 All other roofs R•30 Floors over uncond R•30 Slabs -on -grade R•10 Radiant floors R•l0 Opaque doors U•0 60 Glazing Criteria Merl Glazing Vert OH Area % U U SHGC 00.20% 0 40 080 100 nO 0 PrescnpUve Path Allowed _ _ _ —_ _ ff .Component Performance or Systems Analysis Required Concrete/Masonry Option* Assembly Description Assy.Tag Wall Heat Capacity (HC) HC" Area (sf) HC x Area Totals Area weighted HC: divide total of (HC x area) by Total Area April. 1994 'I1 the area weighted heat capacity (HC) of the total above grade wall is a minimum of 9.0, the Concrete Masonry Option may be used. **For framed walls, assume HC =1.0 unless calculations are provided; for all other walls, use Section 2009. Fan Equipment Schedule Equip ID Brand Name' Model No ' CFM SP' HP +BHP Flow Control location of Service Location Cooling Equipment Schedule Equip ID Brand Name' Model No' Capacity Total CFM OSA CFM Econo SEER or EER 1PLV' Location Heating Equipment Schedule Equip ID Brand Name' Model No ' Capacity Total CFM OSA cfm Econo Input Btuh Output Btuh Efficiency' Project Info ' Project Address ^e t..1 „le, a _ OS . 2 Fa'T~ '�j 6 For Building Department Use ,v41, 9510 . Applicant Name T .,,,..,.,. ' Applicant Address q i25 E•a T tilAR4t wAt_ WAY . 5, a t.e..,,I c..a ,`l Applicant Phone. 544- _2175 QAl16 '9 Yj - Z.`„3 Mechanical Summary MECH -SUM • :4'4 .'y dshIr g'on • :iate 'Jc' Tesi'ent'a' r ^e'g} •:omphance co'n's Project Description Briefly describe mechanical system type and features c.' /A?77-v 1,1 6.1:1:) /i' CLEf /.1.. ?;C:.! 5G{ /AAA A 7' -'r Compliance Option Equipment Schedules 1994 Washln ton State Nonresidential Ener Code Come Nance Form Simple System XComplex System I Systems Analysis (See Decision Flowchart (over) for qualifications) 'If available. ' As tested according to Table 14-1, 14 -2 or 14 -3 ' If required. 4 COP, HSPF, Combustion Efficiency, or AFUE, as applicable 5 Flow control types. VAV. constant volume, or vanabte speed Ap,ii '994 The following information is required to be incorporated with the mechanical equipment schedules on the plans. For projects without plans, fill in the required information below SIB t -fT.S M2a-�kt2e, MECHANICAL SUMMARY (MECH -SUM) PROJECT DESCRIPTION Building 13 -03 is a new office /electronic lab facility. The first floor is a mixture of office and lab support areas, the•second floor is an electronic lab area, and the third floor is office space. The lab areas have electronic/electric equipment which requires dedicated forced air cooling and draw - through exhaust cooling which is direct connected to the equipment. Following Is a description of the various mechanical equipment items serving the building: A. Package rooftop air conditioning and heating units (AC3D7 & AC3E7): These units are variable air volume units and provide general space comfort cooling and heating for the building. Unit AC3D7 serves the,third floor and unit AC3E7. serves, the first and second floor, Cooling is .. provided by a DX cooling coil and condensing section, and heating is provided for morning warmup and mixed air tempering by an indirect gas -fired heat exchanger. The units have variable speed drive supply and return fans, 100% economizer sections, and supply temperature reset. Optimized start/stop, night setback, and morning warmup is controlled via the units' direct digital control (DDC) microprocessor and their connection to the site DDC Central Monitoring and Control System. Outside air, return air, and mixed air dampers are controlled and monitored by the DDC system, and outside air quantity is determined by measurement of supply air and return air quantities. B. Air is distributed to the various building spaces by parallel type fan powered variable volume (VAV) terminal units. Units serving the perimeter spaces have electric reheat coils. For these units, the first stage of heating is provided by the terminal unit fan mixing plenum air with supply air once the primary air has reached minimum setpoint of 30 %; and then, additional heating is provided by staging the electric reheat coils. For Interior zones electric reheat is not provided. Some spaces which have only equipment loads such as elevator machinery rooms and electrical rooms are served by cooling only VAV terminal units. C. Packaged self - contained DX cooling units (FC1 D5, FC2D5, & FC3D5): These units each serve data communication rooms which house electronic euipment. The units discharge the rejected heat from the condensing section to the building plenum space, or in the case of FC3D5, to the exterior of the building. The spaces are considered as process loads. D. Equipment forced air cooling systems (AH1C7A & AH1C7B): These custom variable volume systems provide ducted cooling air directly to electronic racks and miscellaneous lab equipment. The units consist of DX cooling coils and remote located condensing units (CD1C7A & CD1C7B), variable speed drive fans, and 100% economizers. These units serve process Toads only. E. Draw - through equipment cooling systems (EF1E1A & EF1E1B): These equipment exhaust systems are direct connected to electronic equipment and provide equipment cooling by pulling ambient space air through the equipment and exhausting it to the building exterior. These fans serve process loads only. F. First floor electrical room cooling (AH1D7): This unit consists of a constant volume supply fan, DX cooling coil, remote condensing unit (CD1D7), and 100% economizer. Normally, ambient air will be used for cooling unless the room temperature reaches 80 °F, and at that point mechanical cooling will be utilized. This load is considered to be a process load. G. First floor mechanical room ventilation (VF1C7): The wall ventilation fan pulls air into the space through the dampered outside air louver and exhausts space air to the building exterior. H. Mechanical rooms (1st and 3rd floors), first floor electrical room, and antenna /transmitter room: Heating Is provided by electric unit heaters controlled by unit - mounted thermostats, setpoint 50 °F. I. Fire riser sprinkler room (WH1 C6): Freeze protection is provided by an electric wall heater. J. East stairwell cabinet heater (CB1 F5): Heating is provided by a wail mounted electric cabinet heater. K. Toilet room exhaust fan (EFRC6): Toilet room exhaust fan start/stop is controlled by the site CMCS. Lti The Wave Guide.Heat chilled water system: •Ghilled,water is provided fey . . 'process equipment cooling an air- cooled chiller (CH1) and h pumps (PU1E1A & PU1E113). The system is manually started when the lab equipment requires cooling and is a constant volume system. One pump operates and the other is a standby pump. This load is a process Toad. END System Description See Section 1421 for full description of Simple System qualifications. If Heating/Cooling or Cooling Only: CI Constant vol? ❑ Split system? s jili Air cooled? a Packaged sys? C3 <54,000 Btuh? ❑ Economizer included? If Heating Only: < ❑ <5000 clm? < ❑ <70% outside air? 9 it 24 ✓ JWvgtt r .vi.. T n n . r 1994 Washington Stale Nonres,denhal Energy Code Compliance Fortes Heat • Only System Type 'Heatn�/Coolin� _ __ _ of Cooling Only <5000 cfm ?'' — - • yes no , r <70% OA ' --•111-1 yes no Start M.w. wVw- MmJ1(1N1[Yp Reference Sec. 1421 i A G31D7 A - 7 yes j. Packaged System? yes <54,000 Btuh• no`q r 1900 cfm? _- • yes (Includes; Econo? , Reference noT yes Sec. 1423 • r Simple System )~ Allowed Constant _ Volume? • no I Reference Sec. 1420 M 1994 Washin ton State Nonresidential Ener Code Corn i liance Form Mechanical Summary (back) MECH -SUM Decision Flowchart Use this flowchart to determine if project qualifies for Simple System Option. If not, either the Complex System or Systems Analysis Options must be used. ,Air Cooled? _._.__.._. . no no r Split ''System? n .yes • • <54,000 Btuh . '•cr 1900 cfm? yes • I Use Complex • » System Apnl 1994 • t \eference j Sec 1430 Complex Systems Refer to MECH -COMP Mechanical Complex Systems for assistance n determ g which Complex Systems requirements are applicable to this project. System Description See Section 1421 for full description of Simple System qualifications If Heating /Coolin or Cooling Only: ❑ Constant vol? E Split system? r 0 Air cooled? ❑ Packaged sys? ❑ <54,000 Btuh? u• Economizer included? If Heating Only: < ❑ <5000 cfml < ❑ <70% outside air? Mechanical Summary (back) MECH -SUM 1994 Washington State Nonresrdenbal Energy Code Compliance Forms Decision Flowchart Use this flowchart to determine if project qualifies for Simple System Option. If not, either the Complex System or Systems Analysis Options must be used. System Type •Heatinl/Cooling or Cooling Only Hee s' ng Only <5000 cfm ?' - • yes no <70% OA • —• • • - yes no Complex Systems 1994 Washin ton State Nonresidential Ener Code Com.liance Form AEI c7 / c 7 7 Start Reference Sec. 1421 <54,000 Btuh• n oc�r 1900 cfm? ;Includes', I .Econo ?; no ; • yes t � i i I • yes Reference Sec. 1423 • Constant Volume? es • no .Air Cooled? —•• • no yes i Packaged • System? no Y. Split '• System? yes y i Simple System >• Allowed I Reference Sec 1420 <54,000 Btuh -or 1900 cfm? yes , 0 Apra. 1994 Use Complex 1 Reference System )Sec 1430 Reler to MECH•COMP Mechanical Complex Systems tot assistance in- determ IIn r1gICh Complex Systems requirements are applicable to this project System Description See Section 1421 for full description of Simple System qualifications. If Heating /Cooling or Cooling Only: ❑ Constant vol? ❑ Air cooled? ❑ Packaged sys? ❑ <54.000 Btuh? ❑ Economizer included? ■ Split system? If Heating Only: g ❑ <5000 cfm? ❑ <70% outside alr7 1994 Washin ton State Nonresidential Ener Code Corn • liance Form • Mechanical Summary (back) MECH -SUM 1994 Washington State Noniesrdenoal Energy Code Compliance forms Decision Flowchart Use this flowchart to determine if project qualifies for Simple System Option. If not, either the Complex System or Systems Analysis Options must be used. Start .Heabn System Type.. or Cooling Only ` } Heating • my no, <5000 cfm ? ` —• - yes I 1 <70% OA ' -• • . 10-i yes no Complex Systems 1D5 r F ZDS_ 4 F4...'L75 SLUVJ.kr2� � T • ,, _ ,1 . – 1 �C ID►.; Reference , Sec. 1421 . -. (Includes; Econo ?; no T — I <54,000 Stull NK 1 900 cfm7 yes esf • Y • Refere ce l <54,000 Btuh 1 Sec. 1 3 ''or 1900 cfm? no • Constant Volume? • no yes i (Air Cooled? — n yes i I' Packaged • System? Y yes Simple System Y Allowed Split ' • - -� System? no yes j • I r. Use Complex Reference Y System Sec 1430 Refer to MECH•COMP Mechanical Complex Systems lot assistance in determining which Complex Systems requirements are applicable to this project April. 1944 System Description See Section 1421 for full description of Simple System qualifications If Heating /Cooling or Cooling Only: ❑ Constant vol? Split system? ❑ Air cooled? ❑ Packaged sys' ❑ <54.000 Btuh? 4 Economizer included? If Heating Only: ❑ <5000 cfm ❑ <70% outside air? M 1994 Washin ton State Nonresidential Ener Code Corns liance Form • Mechanical Summary (back) MECH -SUM 1994 Washington Stale Nonresrdentral Energy Code Compliance Forms Decision Flowchart Use this flowchart to determine if project qualifies for Simple System Option. If not, either the Complex System or Systems Analysis Options must be used. Heath Start r System Type., Heating/Coolin� _ __ _� Constant or Cooling Only Volume? • no yes Complex Systems <5000 cfm ?' • yes I _._......... no , Reference . Sec. 1421 <70% OA ' – • *j yes j no A H (rD7 _ 4 5t= 141 E ^e.IT r b : 1 C Jt L.. Su M M, LIB ; 1Th-- o: r .. <54,000 Btuh• no� 1900 cfm? Includes ' ?, no , yes yes .Air Cooled? — no yes i r Reference Sec. 1423 Simple System r >- Mowed Packaged._ System? no I Reference Sec 1420 Split •• ystem? no yes • <54,000 Btuh ; or 1900 cfm? no yes Use Complex )Reference System System , ec 1430 Refer to MECH•COMP Mechanical Complex Systems for assistance in determining which Complex Systems requirements are applicable to this project Aced. 1994 Mechanical Permit Plans Checklist MECH -CHK 1994 Wash,ngIon Slate Energy Code Compliance Korms April 1994 Project Address , ? 2� C>�,�sr bi . ?.: , i , ti, w. •-. ! :. t , °i r. a • 12 5.5E, C The following information is necessary to check a mechanical permit application for compliance with the mechanical requirements in the Washington State Nonresidential Energy Code. Applicability (circle one) Code Section Component' • Information Required • Location on Plans Building Department Notes HVAC RE UIREMENTS (Sections 1401 -1424) 1411 Eqpmt performance s n.a Pkg. elec. htg.& clg. List heat pumps on schedule Es J no n a. 1411.1 Minimum efficiency Equipment schedule with type, capacity, efficiency 5 Nuti's -- 1412 HVAC controls • G no n.a" 1412.1 Temperature zones Indicate locations on plans (M 10, 2 Mtc, 3M to yes no n 1412 2 Oeadband control Indicate 5 degree deadband minimum 55,c' IQ ernes.; .. - s.••no n.a,;,... 1412.3, Humidity.cpntrol Indicatehurpidistat . -- es no n.a 1412.4 Automatic setback Indicate thermostat with night setback'and 3 different day types ' Indicate damper location and automatic controls t/,/110 - ' M to M.452.. M4-52. •. ' yes no n a. 1412.4.1 Dampers yes no n.a) 1412.5 Heat pump control Indicate microprocessor on thermostat schedule es no n.a. 1412.6 Combustion htg. Indicate modulating or staffed control M452. s no ni . 1412.7 Balancing Indicate balancing features on plans 1 M 2 M 1 w N. t D — es no n a 1422 Thermostat interlock ,Q Indicate thermostat interlock on plans yes no n.a. 1423 Economizers Equipment schedule M2.o., 1413 Air economizers ye no n.a. 1413.1 Operation Indicate 100% capability on schedule M es no n.a. 1413 2 Control Indicate controls able to evaluate outside air Nt452 es no n a 1413 3 Integrated operation Indicate capability for partial cooling N1452- 1414 Ducting systems no n a 1414 1 Duct sealing Indicate sealing necessary 1 �7 V, es no n.a. 1414.2 Duct insulation Indicate R -value of insulation on duct 12` e no n a 1415.1 Piping insulation Indicate R•value of insulation on piping • (,,726 es no n.a. 1424 Separate air sys. . Indicate separate systems on plans Sts. I4o yes no Mech. Sum. Form Completed and attached. Equipment schedule with types, In uuoutpput, efficiency, cfm, hp, economizer SERVICE WATER HEATING AND HE' T D POOLS (Sections 1440 -1454) 1440 Service water ht.. es no n.a. 1441 Elec water heater Indicate R -10 insulation under tank 15 ,r • j no n.a. 1442 Shut -off controls Indicate automatic shut -off I544o 1450 Heated pools yes no n 1452 Pool water heaters Indicate not electric resistance yes no n A. 1453 Pool heater controls Indicate switch and 65 degree control yes no n 1454 Pool covers Indicate vapor retardant cover yes no n a,,:„ 1454 Pools 90+ degrees Indicate R -12 pool coves any question. provide exolanation! If "no' is ci rcled for 1994 Washington State Nonresidential Energy Code Compliance Form ..................«....-..+........«.... r. K. a... w ..re++n.r�wram....r.n. 1 1994 Washington State Nonresidential Energy Code Compliance Form t tga Wasn,ngton State tnergr : ode Compeance Forms Mechanical - General Requirements 1412 Controls 1412,1 Temperature Controls: Each system shall be provided with at least one temperature control device Each zone shall be controlled by individual thermostatic controls responding to temperature within the zone Ala minimum, each floor of a building shall be considorpd as a separate zone 1412.2 Deadband Controls: When used to control both comfort heating and cooling, zone thermostatic controls shall be capable of a deadband of at least 5 degrees F within which the supply of heating and cooling energy to the zone is shut off or reduced to a minimum Exceptions: 1 Special occupancy, special usage. or code requirements where deadband controls are not appropriate. Buildings complying with Section 1 141.4, if in rho proposed,. • building'energy analysis heating and cooling thermostat setpoints are set to the same temperature between 70 degrees F and 75 degrees F inclusive. and assumed to be constant throughout the year 3 Thermostats that require manual changeover between heating and cooling modes 1412.3 Humidity Controls: If a system is equipped with a means for adding moisture, a humidistat shall be provided. 1412,4 Setback and Shut -Off: HVAC systems shall bo equipped with automatic controls capable of accomplishing a reduction of energy use through control setback or equipment shutdown during periods of non -use or alternate use of the spaces served by the system The automatic controls shall have a minimum seven -day clock and be capable of being set for seven different day types per week Exceptions: 1 Systems serving areas which require continuous operation at the same temperature selpoint. 2. Equipment with full load demands of 2 kW (6,826 Btu/h) or less may be controlled by readily accessible manual off - hour controls. 1412.4.1 Dampers: Outside air intakes, exhaust outlets and relief outlets serving conditioned spaces shall be equipped with dampers which close automatically when the system is off or upon power failure. Stair shaft and elevator shaft smoke relief openings shall be equipped with normally open dampers. These dampers shall remain closed in normal operation until activated by the fire alarm system or other approved smoke detection system Exceptions: 1 Systems serving areas which require continuous operation 2 Combustion air intakes 1412.5 Heat Pump Controls: Unitary air cooled heat pumps shall include microprocessor controls that minimize supplemental heat usage during start-up. set -up. and defrost conditions These controls shall anticipate need for heat and use compression heating as the first stage of treat Controls shall indicate when supplemental heating is being used through visual means to g . LED indicators) 1412.6 Combustion Heating Equipment Controls: Combustion heating equipment with a capacity cher 225,000 Glut shall have modulating or staged combustion control E xceptrons 1 Boilers 2 Radiant Heaters 1412.7 Balancing: Each air supply outlet or air of water terminal device shall have a means ter balancing, including but not limited to, dampers, temperature and pressure test connections and balancing valves 1413 Air Economizers 1413.1 Operation: Air economizers shall be of automatically modulating outside and return air dampers to provide 100 percent of the design supply air as outside air to reduce or eliminate the need lot mechanical cooling. 1413.2 Control: Air economizers shall be controlled by a control system capable of determining if outside air can meet part or all of the building's cooling loads 1413.3 Integrated Operation: Building Heating Energy: Air economizers shall be capable of providing partial cooling even when additional mechanical cooling is requited to meet the remainder of the cooling load Controls shall not preclude the economizer operation when mechanical cooling is required simultaneously Exception: Economizers on individual direct expansion cooling 'systems with capacities not greater than 75 000 Bturh may include controls that limit simultaneous operation of the economizer and mechanical cooling for the purpose of preventing ice formation on cooling coils 1414 Ducting Systems 1414.1 Sealing: Duct work which is designed to operate at pressures above 1/2 inch water column static pressure shall be sealed in accordance with Standard RS -18 E,1ent of sealing required is as follows 1. Static pressure 1;2 inch 2.Inches, seal transverse pints '2 Static p ressure 2 rnches'to 3 inches. seal all transverse joints and longitudinal seams 3 Static pressure above 3 inches. seal all transverse pints. longitudinal seams and duct wall penetrations 1414.2 Insulation: Ducts and plenums that are constructed as part of the budding envelope shall meet the requirements of Chapter 13. Other ducts and plenums shall be thermally insulated per Table 14-5. Exceptions: 1 Within the HVAC equipment 2 Exhaust air ducts not subject to condensation 3 Exposed ductwork within a space that servos that space only 1415 Piping Systems 1415.1 Insulation: Piping shall be thermally insulated in accordance with Table 14.6 Exception: Piping installed within unitary HVAC equipment Water pipes outside the conditioned space shall be insulated in accordance with Washington State Plumbing Code (WAC 51-26) 1420 SIMPLE SYSTEMS (PACKAGED UNITARY EQUIPMENT) 1421 System Type To qualify as a simple system. systems shall be one of the following a Air cooled, constant volume packaged equipment, which provide heating, cooling or both, and requite only external connection to duct work and energy services b Air cooled. constant volume split systems which provide heating. cooling or both with cooling capacity of 54.000 Btu/h or less c Heating only systems which have a capacity of less than 5 000 cfm or which have a minimum outside air supply of less than 70 percent of the total air circulation All ether systems shall conic 4 with Sections 1430 trough 1438 1422 Controls: In aoditicn to the control requirements in Section 1412 . where separate treating and cooling equipment serve the same temperature zone thermostats shall Pc .n•c iiocr.ed to prevent simultaneous heating and cooling 1423 Economizers Ecceemceis meeting the requirements of Section 141:3 shall be installed on pac raged 'cot top lan•cooiing unas having a supply capacity el greater than t 903 cfm or a total cooling capacity greater than 54 000 Bturtt The total capacity of all units without economizers shall not exceed 240,000 Btu'h per building 1424 Separate Air Distribution Systems: Zones with special process temperature requirements andror humidity requirements shall be served by separate air distribution systems from those serving zones requiring only comfort conditions A IN NOTES: MECHANICAL PERMIT PLANS CHECKLIST 1. • Ref. 1411.1: Where required byequipment type and•size, shown on Equipment Schedule Shts. M2a thru M2e. Also see Mechanical Complex Systems Checklist (MECH- COMP). 2. Ref. 1412.2: There are no systems providing both heating and cooling that require deadband control. AC3D7 & AC3E7 provide both heating and cooling; however, they are variable volume systems utilizing fan powered VAV terminal units with electric reheat coils for zone temperature control. This type of system cannot use deadband control. 3. Ref. 1424: For a complete description of the mechanical systems and equipment see the Project Description in the Mechanical Summary (MECH -SUM). Rooftop HVAC units AC3D7 & AC3E7 serve comfort heating and cooling requirements In the building as shown on Shts. 1M10, 2M10, & 3M10. Air handling units AH1C7A & AH1C7B and exhaust fans EF1E1A & EF1E1B serve lab equipment process loads and are shown on M451, 1M10, 2M11, & 2M12. Air handling unit AH1 D7 is a cooling -only unit serving the first floor electrical room process loads and is shown on 1M10. Fan coil units FC1D5, FC2D5, & FC3D5 are cooling -only package DX units serving data communications electrical equipment process loads and are shown on Shts. 1M10, 2M10, & 3M10. 4. Complete controls Sequence of Operation is included in Specification Section 15956. (Control schematics will be provided by the Controls Subcontractor after the contract has been bid and awarded.) END Mechanical 1994 Washington - Complex Systems Checklist MECH State Energy Code Compliance Forms -COMP ApM. 1994 Project Address 7 25 Wi t , .s - Ae(A rz 4I AL WAS S I . To Kt..al l� Ulf. `9'6 14 45 Date 12 56Z 96 , The following additional information is necessary to check a mechanical permit application for a complex mechanical system for compliance with the mechanical requirements in the Washington State Nonresidential Energy Code. Use the checklist as a reference for notes added to the mechanical drawings (see the MECH -CHK checklist for additional system requirements). This information must be on the plans since this is the official record of the permit. Having this information in separa e specifications alone is NOT en acceptabfe,aftemative. , For Building Department Use Applicability (circle one) Code Section ` Component 'Information Required Location on Plans Building Department Notes ADDITIONAL CHECKLIST ITEMS FOR COMPLEX SYSTEMS ONLY yes no C19 1431.1 Field assem. sys. Provide calculations 1432 Controls (1 9 no n.a. 1432.1 Setback 8 shut -off Indicate separate systems or show isolation devices on plans Mg. 52 1432.2 Temp. reset control M s nd''n.a. 1432:2.1 Air'systems' " Indicate automatic reset; . • . • • .. ••• . , „ M452 es no n.a 1432.2.2 Hydronic's'stems Indicate automatic reset . s no n.a, 1433 Economizers Indicate economizer on equipment schedule' or provide calculations to justify exemption MI-4A ' • ' no n.a. 1434 Separate air sys. Indicate separate systems on plan TSEG Nora SJ I MIO d. g) no n.a. 1435 Simul. htg, 8 clg. Indicate that simultaneous heating and cooling is prohibited, unless use of exception is justified S 1.l e , /. �. yes no n.a. 1436 Heat recovery Indicate heat recovery on plans; rnmplPte nd attach heat recovery calculations — es) no n.a. 1437 Elec. motor effic. (MECH Variable flow sys. -M0 Jr Equip. Schedule with hp, rpm• efficiency Indicate variable flow on fan and - pomp schedules -- M Zcr. _yes no n.a. 1438 (Decision Flowchart Ad-31-J7 4 AG367 Se<+Mo 1431.7 lint IA' stet Supply Tengterattue Reset Controls Required Cynicity of 11W Heating System .nnta Than 000,000 Iltuh' 1994 Washington State Nonresidential Energy Code Compliance Form no is circled for any question, provide explanation: Use this flowchart to determine how the requirements of the Complex Systems Option apply to the project. Refer to the indicated Code sections for more complete information on the requirements. Seetiea 1432.2.1 Supply Au Reset Controls Required Swiss 141 j Egtupmenl Shall Meet Ta 14.1 through Sealers 1431.1 Field• Yes I Calculations of Assemble - - --- -� Total thistle Cnagy Equipmen i Input k Output Required • No I- T Au System Seems Multiple Tones t.. Yes (continued on back) /3 l 1994 Washin ton State Nonresidential Ener. Code Corn • fiance Form Mechanical - Complex Systems (back) MECH -COMP 1094 Washington State Nonresidential Energy Code Compliance Forms (continued from front) Electric met • * Electric °tor Efficiency d m Equtpntet Performance Rattyl? / 225.000 Btuh Capacity Section 1412.6 ModulaNyt or StaEed ('ombusoon Conuob Required Seeded 1435 Fan Powered Yes VAV Terminal Units System? Required Seetlew1411.4 Must be Heal Pomp 1412.5 Provide Microprocessor Neal Pump Controb Yes 'teams A. -� Cpolut, one Package° No n•Ekdne I Done 1-■ � • Fans or Pps wnss, Yes 10 NP? • Moto. speed ", do Motor in a —.' Mu1ti•apeed System Yes Section 1434 50% Effective Heat Recovery System Required Section 1437 Motor Musl Meet Efficie in Table 14.4 Total BId6 No Capacity 240,000 Etch" ,/ es Seed.. 1435 Vuu s i flow prstca Required Apnl, 1994 15 MECHANICAL - COMPLEX SYSTEMS CHECKLIST (MECH -COMPI NOTES for AC3D7 & AC3E7: 1. Ref. 1434: For a complete description of all building mechanical equipment and ' system's, see the Mechanical Equipment Summa'ry•(MECH- SUM), Protect Description. 2. Ref. 1435: The above systems utilize parallel type fan powered variable air volume terminal units as permitted by Exception 1. to Section 1435. •,. END Mechanical - Complex Systems Checklist MECH-COMP 1994 Washington State Energy Code Compliance Forms April. 1994 Project Address T72 ,4,..!., rtil AR-C.0 WAY S . Tu. i<vs./1 i-A WA 9 t)( 05 Date 1 2- k. 46 ) The following additional information is necessary to check a mecha permit application for a complex mechanical system for compliance with the mechanical requirements in the Washington State Nonresidential Energy Code. Use the checklist as a reference for notes added to the mechanical drawings (see the MECH-CHK checklist for additional system requirements). This information must be on the plans since this is the official record of the permit. Having , this information'in separatespecifications alone is NOT an acceptable alternative. • . . For Building Department Use • . Applicability one) Code Section CHECKLIST Component Information Required ITEMS FOR COMPLEX SYSTEMS ONLY Location on Plans Building Department Notes ,(circle ADDITIONAL tes no 1431,1 Field assem. sys. Provide calculations 1432 Controls yes no & 1432,1 Setback 8 shut-off Indicate separate systems or show isolation devices on plans • • . 1432.2 Temp. reset control i 'yes no rii 1432.2.1 Air syiterriS' , ' • f • '• indicateaUtomatic reset ' .. ..• '. •-• •. yes no r2,s0 1432.2.2 Hydronic systems Indicate automatic reset ar0 no n.a. 1433 Economizers Indicate economizer on equipment schedule' or provide • • • ' calculations to justify exemption (6556 I=154 • • ' , • • c no n . 1434 Separate air sys. Indicate separate systems on plans I AAjp, ZM ( I i yes no bi 1435 Simul. htg. 8 clg. Indicate that simultaneous heating and cooling is prohibited, unless use of exception is justified yes no 62, 1436 Heat recovery Indicate heat recovery on plans; njpIetpnd attach heat recovery calculations 'yes no n.a. 1437 Elec. motor effic. MECH-MO r Equip. Schedule with hp, rpm, efficiency , no n.a. 1438 Variable flow sys. Indicate variable flow on fan and pump schedules WF.. no is circled for any question, provide explanation: Decision Flowchart ANIC7A 4 AHicTis . or tE-IA $ gr(f _ . 40) 1994 Washington State Nonresidential Energy Code Compliance Form Sectams 1431.2 Ito( Water Supply Temperanue Reset et$11U1/1) Required cs i'apiint) of 11N` Ireerure S) stem Cuter! Than n00,000 No . 1 Use this flowchart to determine how the requirements of the Complex Systems Option apply to the project. Refer to the indicated Code sections for more complete information on the requirements. No Star; Here Stoke 1411.1 1 Equipment Per( 1 Shall Meet Tables 14.1 duough 14-3 • Sect1.4 1431.1 l'ield• 1'rs I Calculation of Assembled - Total t)i.site Energy Equipment" Input A Ourpui Required • Au S Servusy Multiple 74mes 1432.1.1 Supply Au Kesel Contiots Required (continued on back) JOH MECHANICAL - COMPLEX SYSTEMS CHECKLIST (MECH -COMP) NOTES for AH1 C7A & AH1 C7B and EF1 E1 A & EF1 E1 B: 1. These units serve lab electric/electronic equipment and are direct connected to the lab • equipment. Since these units serve only process loads they are•exempted from the requirements of the WSEC as defined in Secton 1401. The forced air units, AH1C7A & AH1C7B, do, however, utilize a 100% economizer cycle and a mechanical refrigeration system which can operate simultaneously with the economizer if required. • END Mechanical - Complex Systems Checklist MECH -COMP 19W Washtnpton State Energy Code Comptrance Forms Mr•1. t084 Project Address Date The following additional information is necessary to check a mechanical permit application fora complex mechanical system for compliance with the mechanical requirements in the Washington State Nonresidential Energy Code. Use the checklist as a reference for notes added to the mechanical drawings (see the MECH -CHK checklist for additional system requirements). This information must be on the plans since this is the official record of the permit. Having this information in separa {e specifications alone is NOT an acceptable alternative For Building Department Use Applicability circle ane Code Section Com• • Went Information R •wired Location on Plans Building Department Notes ADDITIO AL CHECKLIST ITEMS FOR COMPLEX SYSTEMS ONLY no OD 1431.1 Field assem. s . Provide calculations IIIIIIIIII.II 1432 Controls Setback Indicate separate s ystems or show isolation devices on lans p �� ' s no ON indicate automatic reset • l . . . • . _ iimaimim es no ary, 1432.2.2 H dronic s tent Indicate automatic reset '• • • yes no n.a. 1433 Economizers Indicate economizer on equipment schedule' or provide ' calculations to ustl exem•tion • no n.a. 1434 Separate air sys. Indicate separate systems on plans MA in es • tip 1435 Simul, htg. & clg. Indicate that simultaneous heating and cooling is prohibited, unless use of exce• ion is 'ustified yes no ep 1436 Heat recovery Indicate heat recovery on plans; _,-;; and attach heat recove calculations lion no motor ECH-MO 'or E•ui•. Schedule with h•, • m, etficienc es no a, 1. . • • Indicate variable flow on fan and •urn • schedules tf no t circled for any question, provide explanation: Decision Flowchart A 141.07 �SE NoTes) 1994 Washington State Nonresidential Energy Code Compliance Form Sertlaa 1411.1 Hot 1%' MI Supply Tempetatwe Reset Controls Requucd 1 e Capacity of 11N' Heaturg Systcnt arum lTwt 000,000 !huh' Use this flowchart to determine how the requirements of the Complex Systems Option apply to the project. Refer to the Indicated Code sections for more complete information on the requirements. Section 1411.1 Equipment Perf 1 Shall Merl Tables 14.1 through 14.1 Section 1431.1 field• Yea II Calculaoom of Assembled -10 -1 Total Uf.slte Energy Egiupmrnf Input d Output Requued No r Au No Ss win a_.._ Strew Multiple Tones S.c.a 1411.1.1 Yes + t1 Supply Au Reset Controls Requned (continued on back) I Y rs Sea1oa1411.4 Must be Heat Pump 1 1412.5 Proside Shaoprocawr Heat Pump Controls 1994 Washin ton State Nonresidential Ener ode Com • Hance Form • Mechanical - Complex Systems (back) • MECH -COMP 199.4 Washington State Nonresdenbal Energy Code Compliance Forms (continued from front) 1 No ' Elcanc '� Motor Efficiency Included m Equgnnen Performance Ita/ Fan of Pumps ". Yes 10111" • / Supply \ Section 1121 / , • $000 CFM a ` Sam Effective outside A u Hea very Ta System Required Scrams 1U1 Vauble Flow Destca Requuul See 1435 Fan Powered Yes VAV Temunal ash System? Required 0 Seed.. 1435 Simuha sous Huang & Cooling Prohibited Seetten 14.17 Motors Must Meet Effaasaa m Table 11.1 • Apo!. 1994 r rI NOTES for AH1 D7: MECHANICAL • COMPLEX SYSTEMS CHECKLIST (MECH -COMP) 1. This unit serves the first floor electrical room. Since the unit serves only a process load, it is exempted. from the requirements of the WSEC as defined in S.ecton 1401. The unit is a constant volume cooling -only unit consisting of a DX cooling coil and a remote condensing unit. The unit does have a 100% economizer. END 0. • n Motors Closed Motors 3,600 1,800 1,200 3,600 1.800 1,200 Efficiency • ( %) 82,5 80.0 Efficiency 75.5 ( %) • 82:5 80.0 82.5 84.0 84 0 82.5 84 0 85.5 84.0 84.0 85 5 84.0 84.0 86.5 84.0 86 5 86.5 85.5 87.5 87 5 85.5 87.5 87 5 87 5 87.5 87.5 87 5 88.5 88.5 88.5 89.5 89.5 88.5 89.5 90.2 89.5 89.5 89.5 89.5 91.0 90.2 90.2 91.0 90.2 90.2 91.0 91.0 90.2 91.0 90.2 91.0 91.7 91.7 91.0 92.4 91.7 91.0 92.4 92.4 91.0 92.4 91.7 91.7 93.0 93.0 91.7 93,0 93.0 92.4 93.0 93 0 92.4 93.0 93.0 93.0 93.6 93.6 93.0 93.6 93.6 93 0 94.1 93.6 93.0 94.1 93.6 93.0 94.1 94.1 93.6 94.5 94.1 93 6 94 5 94.1 94.5 94.5 94.1 93 6 95 0 94.5 94.5 95.0 95.0 94 5 95.0 94.5 95.0 95.0 95.0 1• e' r Project Address Motor No or Location Ac:5'D7 AG' T Arm's r-7 (4) /.. _3 E•7 50 Ao3e AHI1a7 Synchronous Speed (RPM) HP 10 15 20 3.0 50 7.5 10 15 20 25 30 40 50 60 75 100 125 150 200 AH 147A AHc 16 c. D 147A •P I C7P e f G 1-{ 1 ?(AI Pul .IFz er RC.,S HP 20 3 1994 Washington State Nonresidential Energy Code Compliance Form Electric Motors MECH -MOT 1994 Washington Stale Energy Cone Comptrance Forms 9725 E-As MA2.A1rJAL. WAY 5') TiAte-,A.)1611. Wa 95105 Complete the following for all design A 8 B squirrel -cage, T -frame induction permanently wired polyphase motors from 1 hp to 200 hp having synchronous speeds of 3600, 1800 or 1200 rpm (unless one of the exceptions below applies) .)t - T!Or• -{ 1 5 'HE'.' ( 1.1I ^. r( t'it • /NOTC S' 1:• N(' AT•tv• LnA(Z46e.) . • . . Type (open or closed) OPEN sc.rpAL•tr (=At* op EN 'RE -tu..( 1' -A OPEN CeN1 e.-t -i : e FAN Zu rN COU1J�Tri � f:At.is • Description of Application or Use 34.5 G.ot,fTI%.1f.. ecc2 i3 61. . otA_ , -.., t (•-1 .: !C FA N M P1LLi: vI•c(. l -7, :.. (e_W .t;oNMPI: . ; .. 7p ti us-r _...1`A_N_ -ot N S�o!l 1e44e -1,'.6 . 1�'f OE M AL( [o 1 ?J2.64 -a•SO Date 12. F ;1 e l (r, Synch Speed I Scx I $vO I >?z f36 For motors claiming an exception, list motor and note which exception applies. ISao Min.Nom. Full load Efficiency 91 6r 5 Exceptions: 1. Motors in systems designed to use more than one speed of a mufti- speed motor. 2. Motors already included in the efficiency requirements for HVAC equipment (Tables 14-.1 or 14-2) . 3. Motors that are an integral part (i.e. not easily removed and replaced of specialized process equipment (i.e. equipment which requires a special motor, such as an explosion -proof motor). 4. Motors integral to a listed piece of equipment for which no qualifying motor has been approved (i.e. if the only U.L. listing for the equipment is with a less- efficient motor and there is no energy - efficient motor option). April 1994 For Building Department Use (15) l 3 " o'P5•N At' -t.oN KW 62 I Sicx� rew a0'Mpe.E 1evo n'PuK FA I !?PO I f3ocO Eze.r, r'• 2 c33 9t 15oo. . - -� A b.,1 GOhlt]GU511� l.H1T FAN1> /' 29 --• 2 Kw _. ..... j.I bc , Q. 1 17 • 2'5 Project Info • • Project Address 10000 East Marginal Way South - Bldg. 13 -03 Date 12- Feb -96 Allowed x Perim. Watts Tukwila, WA, 98108 For Building Department Use • 560 4,200 Applicant Name: Boeing Co. Applicant Address: P.O. Box 3707, MS 46 -87, Seattle, WA. 98124 -6770 Applicant Phone: 206 - 657 -8201 Location (floor /room no.) Occupancy Description Allowed Watts per In ft" Area in sq ft or Perimeter in In ft Allowed x Perim. Watts Bldg. (by perim.) Building facade lighting 7.5 560 4,200 Open parking Parking lot fixture for new parking stalls 0.2 12,075 2,415 Bldg. Side canopy 2 180 360 Bldg. Front canopy 8 130 1,040 Alteration Exceptions (check appropriate box) No Changes are being made to the lighting Less than 60 % of the fixtures are new, and Installed lighting wattage is not being increased Location Fixture Description Number of Fixtures Watts/ Fixture Watts Proposed Bldg. Building facade lighting 6 457 2,742 Bldg. Building facade lighting 5 91 455 Bldg. Side canopy 2 180 360 Bldg. Front canopy 8 130 1,040 Bldg. Glass lobby uplight 3 130 390 Bldg. Pathway from bus stop to building entrance 12 130 exempt Bldg. Covered canopy pathway (13 -03 to 13 -01) 23 50 exempt Bldg. Parking (south side) mounted on 25' pole 1 460 460 Total Proposed Watts may not exceed Total Allowed Watts for Exterior Total Proposed Watts 5,447 1994 Washington State Nonresidential Energy Code Compliance Form ■ New Building El Addition LI Alteration Project Description Compliance Option . 11 Prescriptive. Q Lighting ,Power Allowance ,• . System Analysis (See Qualification Indicate Prescriptive & LPA spaces clearly on plans.) • Maximum Allowed Lighting Wattage (Interior) Prescriptive Option Proposed Lighting Wattage (Interior) Prescriptive Option Maximum Allowed Lighting Wattage (Exterior) (May not exceed Total Allowed Watts for interior) From Section 1532 - document all exceptions taken from footnotes Proposed Lighting Wattage (Exterior) to b /9120/ 1303 P E RA. X LS Total Allowed Watts 6,615 2/12/96 7 :49 AM . c Project Address 10000 East Marginal Way South, Tukwila, WA., 98108 • Date 12- Feb -96 The following information is necessary to check a lighting permit application for compliance with the lighting requirements In the 1994 Washington State Nonresidential Energy Code. Applicability (circle one) Code Section. Component , Information Required. , . Location on Plans Building Department Notes LIGHTING CONTROLS (Section 1513) yes no n.a. 1513.1 Local control /access Schedule with type, indicate locations (1) yes no n.a. 1513.2 Area controls Maximum limit per switch (2) 1513.3 Daylight zone control Schedule with type and features, Indicate locations yes I no n.a. vertical glazing Indicate vertical glazing on plans (3) yes no n.a. overhead glazing Indicate overhead glazing on plans yea no, n.a, , 1513.4 pisplay /exjiib/spgcial Indicate separatq controls ,.., . , , . „ . ,. 15 shut -off ' Schedule with type and features, indicate location (4) yes no ma. (a) timer w/backup Indicate location yes I no n.a. (b) photocell. Indicate location (4) 1513.6 Inter, auto shut -off Indicate location (5) yes no n.a. 1513,6.1 (a) occup. sensors Schedule with type and locations (6) yes no n.a. 1513,6.2 (b) auto. switches Schedule with type and features (back -up, override capability); (7) Indicate size of zone on plans LIGHTING WATTAGE (Sections 1520-22 or 1530 -32) Completed and attached. (8) yes I no — Lighting Sum. Form Schedule with fixture types, lamps, ballasts, watts per fixture ELECTRIC MOTORS (Section 1511) yes I no n.a. lElec motor efficiency MECH -MOT or Equipment Schedule with hp, rpm, efficiency (9) 1994 Washington State Nonresidential Energy Code Compliance Form .:�. •ter :.�..rvy .�� �::e� r ► 1...:_ r:I I If "no" is circled for any question, provide explaination: (1) The new office fluorescent lighting systems has local control that tie in to the automatic lighting control system (I.E,G, lighting control panel). The office area has individual controls for each room. Refer to Control Schedule Drawing E503 and E504. (2) No circuit Is loaded above 16 amps. Refer to E10 series lighting plan drawings. (3) Separate switching will control all fixtures within the prescribed areas near the windows. There will be locally mounted switches adjacent to the other light switches for the common area outside the daylighting area. These switches will also have a timed shutoff via the lighting control system. Refer to E10 series lighting drawings. (4) All exterior lighting and associated controls will be connected to a daylight photocell mounted to face north. (5) International Energy Group., IncLighting Control System panel with intelligence cards are provided for all new office lighting. The overall control system is connected by modem to a central site system. Refer to E10 series lighting drawings. (6) All offices and restrooms will have occupancy sensors. (7) The Low Voltage Lighting Control System includes functions which provide automatic shut -off during unoccupied hours. Refer to E10 series lighting drawings. Time switches are not used. The Low Voltage Lighting Control System provides functions to shut off areas during non - occupied hours. See drawing E502 control diagram and E503 & E504 control schedule. (8) Refer to E10 series lighting plan drawings for fixture locations. Refer to drawing E500 for fixture schedule. (9) Refer to Mechanical Package to b /9120/ 1303 P E R B.X LS 2/12/96 8;16 AM ?-7 rp Dear Sir: City of Tukwila Fire Department Fire Department Review Control #M96 -0030 (511) May 23, 1996 Re: Boeing Company Building #13 -03 - 10000 East Marginal Way South The attached set of building plans have been reviewed by The Fire Prevention Bureau and are acceptable with the following concerns: 1. H.V.A.C. units rated at 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) 2. Duct smoke detectors shall be capable of being reset from the alarm panel. (City Ordinance #1742) Remote indicator lights are required on all above ceiling smoke detectors. (City Ordinance #1742) 3. Dedicated fire alarm system circuit breaker(s) shall be equipped with a mechanical lockout device. (NFPA 72 (1- 5.2.8.2)) John W. Rants, Mayor Thomas P. Keefe, Fire Chief Headquarters Station: 444 Andover Park East • Tukwila, Washington 98188 • Phone: (206) 575-4404 • Fax (206) 57$44.39 L City of Tukwila Fire Department ,Page number 2 When the control panel is located inside a room, the door to the room shall have a sign with one -inch letters which reads "Fire Alarm" or "Fire Alarm Control ". (City Ordinance #1742) 4. 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 obtained. (City Ordinance #1742) (UFC 1001.3) Contact The Tukwila Fire Prevention Bureau to witness all required inspections and tests. (UFC 10.503) (City Ordinance #1742) 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 John W. Rants, Mayor Thomas P. Keefe, Fire Chief Headquarters Station: 444 Andover Park East . Tukwila, Washington 98188 : Phone: (204) 575-4404 • Fax. (206) 57$4439 . . .. . . . . . . . . .. . . ,. . . . , .--,.---.,.......*........*...w........*m...m.waww•m..r.W.wm..w.....•mmo.m.^.woow...,Umo.,ho.w.**M.WWO**..WW*W1N*MNO4*VVAOMWW4geAtt0*ftWIVP DEPARTMENT OF LABOR AND INDUSTRIES THIS CERTIFIES THAT THE PERSON NAMED HEREON IS REGISTERED AS PROVIDED BY LAW AS A 7 cIS1 1IMBt Y, BA STATE OF WASHINGTON F625-052.000 (192) • E ' J - C H A \ CAL — VAC L C _ \ D GENERAL NOTES: GENERAL GENERAL GENERAL SUGGESTED ABBREVIATIONS SUGGESTED ABBREVIATIONS 1. SEE DRAWINGS 1v11b AND M1c FOR ADDITIONAL MECHANICAL LEGENDS AND ABBREVIATIONS. 2. SEE CONTROL SCHEMATIC(S) FOR ADDITIONAL ABBREVIATIONS AND SYMBOLS RELATING TO CONTROL SYSTEMS. 3. DIFFUSER SYMBOLS WITHOUT AIR FLOW DIRECTION ARROWS INDICATE AIR FLOW IN ALL DIRECTIONS (TWO DIRECTIONS FOR LINEAR DIFFUSERS). AIR FLOW ARROWS ARE USED TO INDICATE DESIRED AIR FLOW DIRECTIONS IN OTHER CASES. 4. SOME ABBREVIATIONS AND SYMBOLS INCLUDED IN THIS LEGEND MAY NOT BE FOUND ON ANY DRAWINGS. THEY ARE INCLUDED HERE AS PART OF A STANDARD LEGEND AND MAY BE UTILIZED IN THE FUTURE. . e DESIGNATES EQUIPMENT APPEARING ON MECHANICAL EQUIPMENT SCHEDULES. ��. .. AaP ?� - \ SR F � �yrAST �. - "- E►- r > 11.A.2 0.7' N" : N C SIyp1N0i VNT� D ''� _._.-- -'"�CUP "T ---- 1-r -- ^ � ,,,,,,` �_ , ,•,,d' „,1 a ,w ' o )//,,,,,/ G! /�' .-- •. �� (--. - -- — TUNIIA ,,.. __— ��— j� f T R O V E U -�' 2 r „ n^ "° M A Y 8 19 9 6 U '� „l BU I OIN DNI I ON ri HrcEivED I Y nF r < A 0 o SYMBOL DESCRIPTION SYMBOL DESCRIPTION SYMBOL DESCRIPTION ABBREVIATION DESCRIPTION ABBREVIATION DESCRIPTION INMEE RECTANGULAR DUCT, FIRST NUMBER INDICATES SIZE FOR SIDE SHOWN RECTANGULAR DUCT, SQUARE ELBOW WITH TURNING VANES ® THERMOSTAT, REMOTE, CEILING A ANCHOR ApV AUTOMATIC AIR VENT AD ACCESS DOOR ADD ANGULAR DOWN DISCHARGE Af AIR FOIL WHEEL AFF ABOVE FINISHED FLOOR AP ACCESS PANEL APPROX APPROXIMATELY ARCH ARCHITECTURAL AUD ANGULAR UP DISCHARGE AVG AVERAGE RI BACKWARD INCLINED WHEEL BDD BACK DRAFT DAMPER BFP BACKFLOW PREVENTER BHD BOTTOM HORIZONTAL DISCHARGE BHP BRAKE HORSE POWER BLDG BUILDING BOD BOTTOM OF DUCT BOP BOTTOM OF PIPE BOS BOTTOM OF STEEL BTU BRITISH THERMAL UNIT BTUH BRITISH THERMAL UNIT PER HOUR BW BUTTWELD C COMMON Cv FLOW COEFFICIENT •C TEMPERATURE - DEGREES CELSIUS CAP CAPACITY CC COOLING COIL CCW COUNTER CLOCKWISE ROTATION CFM CUBIC FEET PER MINUTE CI CAST IRON CENTER LINE COND CONDENSATE CONN CONNECTION CONT CONTINUED /CONTINUATION CPLG COUPLING CPVC CHLORINATED POLYVINYL CHLORIDE CW CLOCKWISE ROTATION DA DIRECT ACTING DB DRY BULB TEMPERATURE DBD DOWN BLAST DISCHARGE DIA 0 DIAMETER DIS DEIONIZED WATER SUPPLY DIR DEIONIZED WATER RETURN DN DOWN DS DOWNSPOUT KW KILOWATT KVA KILOVOLT- AMPERE LAT LEAVING AIR TEMPERATURE (•F) LBS, POUNDS LAY LEAVING WATER TEMPERATURE (•F) MA MIXED AIR MAX MAXIMUM MBH HEAT CAPACITY MCC MOTOR CONTROL CENTER HOUR X 1000 MECH MECHANICAL MIN MINIMUM MOV MOTOR OPERATED VALVE MTD, MTG MOUNTED, MOUNTING NC NORMALLY CLOSED NIC NOT IN CONTRACT NO NORMALLY OPEN / NUMBER NTS NOT TO SCALE NPSH NET POSITIVE SUCTION HEAD OA OUTSIDE AIR OBD OPPOSED BLADE DAMPER OF OVERFLOW OS &Y OUTSIDE SCREW AND YOKE OD OUTSIDE DIAMETER OVHD OVERHEAD PBD PARALLEL BLADE DAMPER PD /AP PRESSURE DROP OR DIFFERENTIAL PRESSURE PDI PLBG. & DRAINAGE INSTITUTE POC POINT OF CONNECTION POS POSITION PRESS PRESSURE PRV PRSSURE REGULATING VALVE PS PRESSURE SWITCH PSIG PRESSURE - POUNDS PER SQUARE INCH, GAUGE PSV PRESSURE RELIEF (SAFETY) VALVE PVC POLYVINYL CHLORIDE RA REVERSE ACTING (CONTROLLER) / RETURN AIR RECT RECTANGULAR REF REFERENCE REV REVISED RH RELATIVE HUMIDITY RM ROOM ROT ROTATION RPM REVOLUTIONS PER MINUTE RQD REQUIRED RTN RETURN RV ROOF VENT SA SUPPLY AIR SCFH STANDARD CUBIC FEET /HR SCFM STANDARD CUBIC FEET /MIN SFD COMBINATION SMOKE & FIRE DAMPER SHC SENSIBLE HEAT CAPACITY SHF SENSIBLE HEAT FACTOR SHT SHEET SL SOUND LINE SO SCREENED OPENING SOV SOLENOID OPERATED VALVE SP STATIC PRESSURE SQ SQUARE SS STAINLESS STEEL STL STEEL STRUC STRUCTURAL SW SOCKET WELD SUCT SUCTION TDH TOTAL DYNAMIC HEAD (FEET OF WATER) T TH P TOTAL TEMPERA (FEET OF WATER) THC TOTAL HEAT CAPICITY THD TOP HORIZONTAL DISCHARGE THRD THREADED TOD TOP OF DUCT TOS TOP OF STEEL TOP TOP OF PIPE TP TOTAL PRESSURE TS TEMPERATURE SWITCH TSP TOTAL STATIC PRESSURE TV TURNING VANE TYP TYPICAL UBD UP BLAST DISCHARGE VAV VARIABLE AIR VOLUME VD VOLUME DAMPER VP VELOCITY PRESSURE VERT VERTICAL VTA VENT TO ATMOSPHERE VTR VENT THROUGH ROOF WB WET BULB TEMPERATURE WCO WALL CLEAN OUT WG WATER GAUGE (INCHES OF WATER) WHA W/ WATER HAMMER ARRESTOR WITH J 24/12 J 24/12 > DUCT SHOWN IN SECTION, ARROW DUCT TO SIDE CALLED OUT FIRST RECTANGULAR DUCT, RADIUS VANED ELBOW 0 HUMIDISTAT, WALL 1, 240 S ROUND DUCT, NUMBER INDICATES DIAMETER OVAL DUCT, FIRST NUMBER INDICAi MAJOR DIAMETER, SECOND NUMBER INDICATES MINOR DIAMETER EXTRACTION GRID FLEXIBLE DUCT 0 4D 4 D HUMIDISTAT CEILING DUCT TYPE SMOKE DETECTOR DUCT TYPE HEAT DETECTOR 240 J J b 24/120 s 24/12 a J J UPLY AIR CT SQ R DU ELB OW FACING UARE OR TOWA FLEXIBLE DUCT CONNECTION �I, ' AIR DUCT, SQUARE OR RECTANGULAR ELBOW FACING AWAY SIDEWALL SUPPLY AIR DIFFUSER, GRILLE OR REGISTER AND CFM AIR FLOW STATIC PRESSURE REGULATOR MEI SUPPLY tTh(. EXHAUST, RETURN OR SUPPLY AIR DUCT ROUND, ELBOW FACING TOWARDS SIDEWALL RETURN /EXHAUST AR GRILLE OR REGISTER AND AIR FLOW ki ©I TEMPERATURE SENSOR, HUMIDITY SENSOR, DUCT MOUNTED EXHAUST, RETURN OR SUPPLY AIR ROUND, ELBOW FACING AWAY SCREENED OPENING AND CFM AIR FLOW 0 THERMOSTAT, WALL IMED EXHAUST AIR OR RETURN AIR DUCT SQUARE OR RECTANGULAR, ELBOW FACING TOWARDS SUPPLY OUTLET, CEILING TYPE, DIFFUSER OR GRILLE, SQUARE OR RECTANGULAR AND CFM AIR FLOW (4 TYP) °N NIGHT THERMOSTAT 111M EXHAUST AIR OR RETURN AIR DUCT SQUARE OR RECTANGULAR, ELBOW FACING AWAY SUPPLY OUTLET, CEILING TYPE, ROUND AND CFM AIR FLOW (SEE NOTE 4) ❑T THERMOSTAT, CEILING /� I TRANSITION RECTANGULAR TO RECTANGULAR LINEAR DIFFUSER AND CFM AIR FLOW (SEE NOTE 4) TT TEMPERATURE TRANSMITTER ��—� I_ �j TRANSITION AT TAKE OFF RETURN /EXHAUST REGISTER OR GRILLE, CEILING DUCT TYPE AND CFM AIR FLOW �'—i g---0. TRANSITION SQUARE OR RECTANGUL TO ROUND OR OVAL �� ' RETURN /RELIEF GRILLE, CEILING TYPE, NON-DUCTED UP -I / UNIT HEATER, HORIZONTAL VAV BOX LEGEND DWG DRAWING dB DECIBELS EA EXHAUST AIR / EACH EAT ENTER AIR TEMPERATURE (•F ) EFF EFFICIENCY ELL ELBOW ELEC ELECTRICAL ELEV, EL ELEVATION ESP EXTERNAL STATIC PRESSURE EVAP EVAPORATOR EWE ENTERING WATER TEMPERATURE EXH EXHAUST EXIST EXISTING EXT EXTERIOR / EXTERNAL T TEMPERATURE - DEGREES FAHRENHEIT FC FORWARD CURVE WHEEL FD FIRE DAMPER FCO FLOOR CLEAN OUT FOB FLAT ON BOTTOM FOIC FURNISHED BY OWNER, INSTALLED BY CONTRACTOR FOT FLAT ON TOP FPM FEET PER MINUTE FRP GLASS FIBER REINFORCED PLASTIC FS FLOW SWITCH FT FEET FV FACE VELOCITY FPM GAL GALLONS GPM GALLONS PER MINUTE GALV GALVANIZED GA GAGE, GAUGE HC HEATING COIL HD HEAD - FEET OF WATER HORIZ HORIZONTAL HP HIGH PRESSURE CONDENSATE HPC HR HOUR HVAC HEATING, VENTILATING AND AIR CONDITIONING HPU HEAT PUMP UNIT HTG HEATING ID INSIDE DIAMETER IE INVERT ELEVATION IGV INLET GUIDE VANE INSUL INSULATION IN INCHES I 1 DUCT OFFSET UP OR DOWN DOWN W= VARIABLE AIR VOLUME TERMINAL UNIT OPP OSED BLADE DAMPER UNIT HEATER, VERTICAL PROJECTION �j F � PARALLEL BLADE DAMPER LINED DUCT all VOLUME DAMPER SO UND ATTENUATOR J \ J MARK NUMBER \ Non El DUCT DAMPER, MOTOR OPERATED OR PNEUMATIC) LINED DUCT WITH ACCESS DOOR AND SMOKE DAMPER BACK DRAFT DAMPER (ALLOWS ( FLOW IN DIRECTION OF ARROW) LINED DUCT WITH AXIAL FLOW FAN - r BDD AD OR AP ACCESS DOOR (AD) OR ACCESS PANEL (AP) CENTRIFUGAL FAN I L 0 I FT SMOKE FIRE DAMPER (1 HOUR) SMOKE FIRE DAMPER (2 HOUR) CENTRIFUGAL FAN, INLET GUIDE VANES �ME" F D J IS F ' EXHAUST FAN SUPPLY AIR FLOW DIRECTION ;SFD2 J RETURN, OUTSIDE OR EXHAUST AIR FLOW DIRECTION Mgb Lif)5() REHMIT CENTER 0 FACILITY DE810N 8UPP M S1'A4 REVISION BY APPROVED DATE SYM REVISION FA' APPROVED DATE C ® ® G' � SPECIFICATION FACILITIES DEPARTMENT r p 'A U (' F, �� i, T' _ z , � o . , a ; - . f, AP RES 6 / ?'I ', ACCEPTABILIT THIS DESIGN AND/OR SPECIFICATION IS Ammo �ICAUIVR D ATE SUBT TLE HVAC LEGEND AND ABBREVIATIONS UST REVISION SHEET SW IDTE h D.KLOTZ APPROVED BY DEPT. DATE D.KLOTZ BUILDING 13 -03 MECHANICAL MASTER COL M.F.C. M 1 a CH ECKED G.SMITH APPROVED C.LYNCH JOB NO. MFC -95060 COMP NO. IZ. ALDINI 2.12.96 Dwc No. 13- 03 -M1a - 003 0 PIPING SPECIALTIES SYMBOL DESCRIPTION E1 2 WAY CONTROL VALVE W /PNEUMATIC ACTUATOR I1 3 WAY CONTROL VALVE W /PNEUMATIC ACTUATOR A/A AIR DROP - HOSE, SIMPLEX / DUPLEX e /e AIR OUTLET - HARD PIPE, SIMPLEX / DUPLEX 1 Da ANGLE GLOBE VALVE, ELEVATION / PLAN 400 AUTOMA FLOW O (NUMBER TIC INDICATES CONTR GPM) L VALVE 0 -AMV AUTOMATIC AIR VENT (WITH DRAIN) BFP BACKFLOW PREVENTER EXISTING SPRINKLER HEADS (REMOVE) BALANCE VALVE WITH METERING PORTS *1 BALANCE VALVE W/O METERING PORTS -101-/ii1- BALL VALVE, OPEN / CLOSED —iiil— BUTTERFLY VALVE —l COOLING COIL CHILLED WATER FH FLOAT VALVE FH --1:=1— FLOWMETER, VENTURI TYPE — : -- FLOWMETER ORIFICE /_+ GATE VALVE, OPEN / CLOSE 1 GATE VALVE, OUTSIDE SCREW AND YOKE --D4 GATE VALVE, WITH HOSE CONNECTION -D4-/ GLOBE VALVE, OPEN / CLOSED — rtEri — HEATING COIL -N- / $ LIFT CHECK VALVE -MAv MANUAL AIR VENT (WITH DRAIN) SPRINKLER HEAD, OVER AND UNDER MOTOR OPERATED VALVE — NEEDLE VALVE Q NITROGEN DROP O NITROGEN OUTLET �4 PETCOCK —111•— $HHiFC PETE'S PLUG, WITH BALL VALVE —01— PLUG VALVE /STOP COCK WALL INDICATOR VALVE, PLAN / ELEVATION PRESSURE GAUGE WITH VALVE 0, PRESSURE REGULATING VALVE W /EXT PRESS TAF W PRESSURE REGULATING VALVE (SELF CONTAINED) 8 PRESSURE RELIEF VALVE / SAFETY VALVE - -0 QUICK OPENING VALVE —I>.<1 QUICK CLOSING VALVE, FUSIBLE LINK PI SOLENOID OPERATED VALVE ID STEAM TRAP —nl— SWING CHECK VALVE WITH FLOW FIRE PROTECTION SYMBOL DESCRIPTION O 2 WAY EARTHQUAKE BRACING x 4 WAY EARTHQUAKE BRACING —t � ALARM VALVE, WET 0 ASR AUTOMATIC SPRINKLER RISER ICI DRY PIPE VALVE uu ELECTRIC BELL FLANGED FITTING -18:313F- EXISTING SPRINKLER HEADS (TO REMAIN) -0--•- X x EXISTING SPRINKLER HEADS (REMOVE) ® FIRE HOSE CABINET Foc Y FIRE DEPARTMENT CONNECTION, WALL TYPE .S. FIRE DEPARTMENT CONNECTION, YARD TYPE p FIRE DEPARTMENT CONNECTION, FLUSH -II FH FIRE HYDRANT - 2 HOSE OUTLET FH FIRE HYDRANT 2 HOSE OUTLET AND PUMPER CONNECTION U FLOW SWITCH ® HALON SYSTEM AUTOMATIC DISCHARGE STATION in HALON SYSTEM, MANUAL DISCHARGE STATION H3 GC 4 GROOVED COUPLING, GROOVED CAP M❑ MONITOR SWITCH —fO POST INDICATOR VALVE, YARD PIPE ELBOW, TURNED DOWN OR AWAY SPRINKLER HEAD, DRY PENDENT ---41.-- --0• SPRINKLER HEAD, OVER AND UNDER SPRINKLER HEAD, PENDENT, IN LINE, NEW • •X SPRINKLER HEAD, PENDENT, OFFSET, NEW SPRINKLER HEAD, SIDEWALL, PENDENT, NEW �4 SPRINKLER HEAD, SIDEWALL, UPRIGHT, NEW 0 SPRINKLER HEAD, UPRIGHT, NEW PIPE REDUCER ECCENTRIC THRUST BLOCK iwIv d WALL INDICATOR VALVE, PLAN / ELEVATION WMG WATER MOTOR GONG T TAMPER SWITCH 101 -ID' REDUCING PIPE FLANGE PIPE TEE, DOWN OR AWAY - SCREWED FITTING OR AS SPECIFIED PIPE FITTINGS SYMBOL DESCRIPTION O BELL & SPIGOT -) ) SEMI - CIRCULAR WASHFOUNTAIN BLIND FLANGE --11 --t)-- BUSHING 0 EXPANSION JOINT uu - II-1 FLANGED FITTING -18:313F- FLEXIBLE PIPE CONNECTION --EP GROOVED COUPLING HB HOSE BIBB NFHB HOSE BIBB - NON FREEZE SHOWER STALL AND FIXTURE PIPE ANCHOR -XE— p PIPE CAP SCREWED OR SOLDER JOINT 7 WATER CLOSET, FLOOR MOUNT PIPE CAP, WELDED OR GROOVED VENT — V;..;— PIPE CROSS IT, ___,.}SR PIPE ELBOW, 90' SHORT RADIUS --++ PIPE ELBOW, 90' LONG RADIUS PIPE ELBOW, REDUCING k PIPE ELBOW, 45 —fO PIPE ELBOW, TURNED UP OR TOWARD PIPE ELBOW, TURNED DOWN OR AWAY —I PIPE GUIDE = PIPE HANGER / —LL I -L- MATERIAL CHANGE, X TO Y PIPE PLUG �4 —D— PIPE REDUCER CONCENTRIC o PIPE REDUCER ECCENTRIC PIPE SUPPORT j— PIPE TEE, STRAIGHT } PIPE TEE, UP OR TOWARD 101 -ID' REDUCING PIPE FLANGE PIPE TEE, DOWN OR AWAY - SCREWED FITTING OR AS SPECIFIED -I —F SEISMIC HANGER / FIXTURES SYMBOL DESCRIPTION O CIRCULAR WASHFOUNTAIN 0 SEMI - CIRCULAR WASHFOUNTAIN ® ELECTRIC WATER COOLER 0 LAVATORY, ROUND COUNTER MOUNT 0 LAVATORY, RECTANGULAR COUNTER OR WALL MOUNT OO RD (OFD) ROOF DRAIN (OVERFLOW DRAIN - ROOF) 8 SAFETY EYE WASH FOUNTAIN c SAFETY SHOWER AND EYE WASH D SERVICE SINK, FLOOR MOUNT 0 SERVICE SINK, WALL HUNG ® SHOWER STALL AND FIXTURE I) URINAL, WALL HUNG p WATER CLOSET, WALL HUNG .0 WATER CLOSET, FLOOR MOUNT - -- V -- VENT — V;..;— VACUUM — VPD— VACUUM PUMP DISCHARGE WASTE FITTINGS SYMBOL DESCRIPTION + 1/4 BEND —RD— CLEAN OUT, EXPOSED --I I CO O FCO CLEAN OUT, FLOOR REFRIGERANT HOT GAS CLEAN OUT, WALL --I WCO Q FFD FUNNEL FLOOR DRAIN 0 Flap FUNNEL DRAIN 0 FD FLOOR DRAIN ID Fs FLOOR SINK 1 LATERAL ® TRENCH DRAIN 0 WR WASTE RECEPTOR, ROOF 1 WYE AND 1/8 BEND, SHOWN WITH CLEAN OUT - -- TP - -- TRAP PRIMER - -- V -- VENT PIPE IDENTIFICATION SYMBOL DESCRIPTION —PW— PROCESS WATER —RD— ROOF DRAIN — RDS— REFRIGERANT DISCHARGE — RHG— REFRIGERANT HOT GAS — RL— REFRIGERANT LIQUID — RS REFRIGERANT SUCTION (GAS) — RWL— RAIN WATER LEADER —S— SPRINKLER LINE — SAN— SANITARY WASTE ABOVE GRADE OR FLOOR -- SAN -- SANITARY WASTE BELOW GRADE OR FLOOR — SPD— SUMP PUMP DISCHARGE — STM — STEAM SUPPLY -- STS -- STORM DRAIN BELOW GRADE - -- TP - -- TRAP PRIMER - -- V -- VENT — V;..;— VACUUM — VPD— VACUUM PUMP DISCHARGE SYMBOL SLOPE "-EXIST -b -NEW .POC GENERAL DESCRIPTION BREAK IN PIPE CROSSING LINES, NO CONNECTION DIRECTION OF FLOW DIRECTION OF SLOPE, DOWN EQUIPMENT MARK NUMBER EXISTING WORK EXISTING TO BE REMOVED — — — HIDDEN OR BELOW GRADE - IN -LINE RECIRCULATING PUMP INSULATED PIPE INSULATED PIPE WITH ELECTRIC HEAT TRACING NEW WORK POINT OF CONNECTION PUMP PIPE IDENTIFICATION SYMBOL — A- -AR- - AW- - C- - CD- - CF- - CHWR- -CHWS- - CLD — — CLWR- -CLWS- - CRV- -CRW- - CTFR- - CTFS- - CTWR- - CTWS- - CW - DI- - DW- - F- - FH- - FOR- - FOS- - FOV- - G- - GN2 — HGD- - HPC — — HPR — — HPS — — HPW — — HPWC- - HW- - HWC- - HWR- - HWS- - IA — — ID — — IWP- - LN2 — LPC — — LPG — — LPS — — MPC — — MPS — — OFD- - PA — — PCWS- -PCWR- - PC— DESCRIPTION COMPRESSED AIR, PLANT ARGON GAS ACID WASTE CONDENSATE RETURN (GRAVITY) CHEMICAL DRAIN CHEMICAL FEED CHILLED WATER RETURN CHILLED WATER SUPPLY CLEAR WATER DRAIN COOLING WATER RETURN COOLING WATER SUPPLY CORROSION RESISTANT VENT CORROSION RESISTANT WASTE COOLING TOWER FILTER RETURN COOLING TOWER FILTER SUPPLY COOLING TOWER WATER RETURN COOLING TOWER WATER SUPPLY DOMESTIC COLD WATER DEIONIZED WATER DISTILLED WATER FIRE LINE, AHEAD OF ALARM VALVE FIRE HOSE CABINET PIPING FUEL OIL RETURN FUEL OIL SUPPLY FUEL OIL VENT NATURAL GAS GASEOUS NITROGEN REFRIGERANT HOT GAS DISCHARGE CONDENSATE, STEAM (HIGH PRESSURE) CONDENSATE RETURN (HIGH PRESSURE) STEAM SUPPLY (HIGH PRESS, 125 -250 PSIG) HOT PROCESS WATER HOT PROCESS WATER CIRCULATING DOMESTIC HOT WATER SUPPLY DOMESTIC HOT WATER CIRCULATING HEATING WATER RETURN HEATING WATER SUPPLY INSTRUMENT AIR INDIRECT DRAIN INDUSTRIAL WASTE INDUSTRIAL WASTE PUMPED LIQUID NITROGEN CONDENSATE, STEAM (LOW PRESSURE) LIQUID PETROLEUM GAS STEAM SUPPLY (LOW PRESS, 0 -15 PSIG) CONDENSATE, STEAM (MEDIUM PRESSURE) STEAM SUPPLY (MEDIUM PRESS, 15 -125 PSIG) OVERFLOW DRAIN PAINT BOOTH SERVICE AIR PROCESS COOLING WATER SUPPLY PROCESS COOLING WATER RETURN CONDENSATE RETURN (PUMPED) FAIIMMAI ►iw lwalynwrima &UM" IV Bf APPROVE �V IC A \ICAL PIPING DATE FACILITIES DEPARTMENT L IC SYMBOL t-- -- III -- e p PIPE FITTINGS DESCRIPTION SOLVENT CEMENT SPRING HANGER UNION, FLANGED UNION, SCREWED WELDED FITTING SOLDERED FITTING \D ACCEPTABILITY THIS DESIGN AND /OR SPECIFICATION IS APPROVED APPROVED BY PIPING SPECIALTIES SYMBOL l II A 0 0 DESCRIPTION TEST PLUG THERMOMETER, LINE MOUNT THERMOMETER, SEPARABLE WELL MOUNT TRAP, FLOAT TRAP SEAL PRIMER VALVE UNCLASSIFIED VALVE VACUUM BREAKER VACUUM DROP (LAB VAC) VACUUM OUTLET (LAB VAC) HARD PIPED VACUUM CLEANING OUTLET VALVE BOX VALVE IN RISER (TYPE SPECIFIED) WATER HAMMER ARRESTOR WYE STRAINER (WITH DRAIN VALVE) DEPT. DATE M CAIPNITIS DATE D.KLOTZ C ECKED G.SMITH APPR V K. ALDINI 2.12.96 SUBTRLE TREE MECHANICAL MASTER COL ROOT OPENING DEPTH OF FILLING FOR PLUG AND SLOT WELDS EFFECTIVE THROAT SIZE OR STRENGTH FOR CERTAIN WELDS I I O CONTOUR SYMBOL FINISH SYMBOL 1 I, (E) {n oO }L —P °m {g h } (N) ELEMENTS IN THIS AREA REMAIN AS SHOWN WHEN TAIL AND ARROW ARE REVERSED S BASIC WELD SYMBOL OR DETAIL REFERENCE TAIL (MAY B O MMIT T ED WHE REFERENCE I S NOT USED SPECIFICATIONS, PROCESS OR OTHER REFERENCE GROOVE ANGLE, INCLUDED ANGLE OF COUNTERSINK FOR PLUGWELD LENGTH OF WELD PITCH (CENTER TO CENTER SPACING) OF WELDS -#------- FIELD WELD SYMBOL ARROW CONNECTING REFERENCE LINE TO ARROW SIDE OR ARROW SIDE MEMBER OF JOINT WELD ALL AROUND SYMBOL REFERENCE LINE NUMBER OF SPOT OR PROJECTION WELDS BACK WELD FILLET WELD PLUG OR SLOT WELD SQUARE WELD SPOT OR PROJECTION WELD GENERAL NOTES: 1. SOME ABBREVIATIONS AND SYMBOLS INCLUDED IN THIS LEGEND MAY NOT BE FOUND ON ANY DRAWINGS. THEY ARE INCLUDED HERE AS PART OF A STANDARD LEGEND AND MAY BE UTILIZED IN THE FUTURE. PIPING LEGEND BUILDING 13 -03 M.F.0 'Cfi MIT CENTER SHEET B1ILOINC, ONISIGN LAST REVISION M1b JOB No. MFC -95060 FACIUTY DESIGN SUPPORT DWG N0. 13 03 — M1b DATE OE COMP NO. rn 0 NSTRUv1E \T A \3 CONTROLS LEGE \3 INSTRUMENT IDENTIFICATION CONTROL METHODS INSTRUMENT SOCIETY OF AMERICA TABLE SYMBOL DESCRIPTION SYMBOL DESCRIPTION O LOCAL FIELD MOUNTED INSTRUMENT INCLUDING Al A ANALOG INPUT, SIGNAL TO EMCS IDENTIFICATION LETTERS FIRST LETTER SUCCEEDING LETTERS RANSMITTER FOR SINGLE MEASURED VARIABLE AO ANALOG OUTPUT, SIGNAL FROM EMCS MEASURED OR INFTIATING VARIABLE MODIFIER READOUT OR PASSIVE FUNCTION OUTPUT FUNCTION MODIFIER /- EXISTING INSTRUMENT OS CONTROL AIR SOURCE A ANALYSIS ALARM DI DIGITAL INPUT, SIGNAL TO EMCS B BURNER, COMBUSTION USER'S CHOICE USER'S CHOICE USER'S CHOICE CO LOCAL FIELD MOUNTED INSTRUMENT FOR TWO MEASURED VARIABLES OR MORE THAN ONE FUNCTION DO DIGITAL OUTPUT, SIGNAL FROM EMCS C USER'S CHOICE CONTROL D USER'S CHOICE DIFFERENTIAL O PANEL MOUNTED INSTRUMENT FOR SINGLE MEASURED VARIABLE © ELECTRIC ACTUATED E VOLTAGE M (PRIMARY ELEMENT) DASHED LINE E/P ELECTRIC TO PNEUMATIC F FLOW RATE RATIO (FRACTION) e PANEL MOUNTED INSTRUMENT LOCATED ON FACE OF LOCAL CONTROL PANEL INDICATES BEHIND PANEL MOUNTINGS I/P / ELECTRONIC TO PNEUMATIC G USER'S CHOICE GLASS, VIEWING DEVICE ea PANEL MOUNTED INSTRUMENT FOR TWO MEASURED VARIABLES OR MORE THAN ONE FUNCTION O INTERLOCK H HAND HIGH I CURRENT (ELECTRICAL) INDICATE © MOTOR ACTUATED J POWER SCAN / \,. .1 ENERGY MANAGEMENT CONTROL SYSTEM FUNCTION (EMCS) IMCCI MOTOR CONTROL CENTER K TIME, TIME SCHEDULE TIME RATE OF CHANGE CONTROL STATION Q PNEUMATIC ACTUATED L LEVEL LIGHT LOW i� INDICATING LIGHT IVSD VARIABLE SPEED DRIVE M USER'S CHOICE MOMENTARY MIDDLE, INTERMEDIATE N USER'S CHOICE USER'S CHOICE USER'S CHOICE USER'S CHOICE E7 DIRECT CONNECTION CMCS CENTRAL MANAGEMENT CONTROL SYSTEM 0 USER'S CHOICE ORIFICE, RESTRICTION P PRESSURE, VACUUM POINT (TEST) CONNECTION Q R QUANTITY RADIATION INTEGRATE, TOTALIZE RECORD PRESSURE SYMBOL DESCRIPTION LINES S SPEED, FREQUENCY SAFETY SWITCH iii DIAPHRAGM SEAL CONNECTION SYMBOL DESCRIPTION T TEMPERATURE TRANSMIT CAPILLARY TUBING, (FILLED SYSTEM) X X U V MULTIVARIABLE VIBRATION, MECHANICAL ANALYSIS MULTIFUNCTION MULTIFUNCTION VALVE, DAMPER, LOUVER MULTIFUNCTION CONNECTION TO PROCESS MECHANICAL LINK OR INSTRUMENT INPUT ,__ ' , 'j_".__ ,__ " ELECTRIC HEAT TRACE W WEIGHT, FORCE WELL TEMPERATURE ELECTRICAL SIGNAL X UNCLASSIFIED X AXIS UNCLASSIFIED UNCLASSIFIED UNCLASSIFIED Y EVENT, STATE OR PRESENCE Y AXIS RELAY, COMPUTE CONVERT SYMBOL DESCRIPTION EQUIPMENT PACKAGE WHERE NOTED CI) TEMPERATURE ELEMENT W/ THERMO -WELL Z POSITION, DIMENSION Z AXIS DR ECE IVER A SIFlED OR, FINAL CONTROL ELEMENT MAIN PROCESS �- d 0 a uT S g 0 0 ,� l \ PP t "'' H FU 2 9 1996 H'.;1 OIN'' rn u7 0 r u E •'rn 5 �,v „ i�..vtilr, rn o_ N PNEUMATIC SIGNAL ,7 // SECONDARY PROCESS �- FLOWS —c—o— POWER (VOLTAGE INDICATED) SYMBOL DESCRIPTION REFERENCE NO. --(1- ORIFICE PLATE OR RESTRICTION DEVICE CONTINUED ON SHEET NO. 0 IN LINE FLOW ELEMENT s .%' ! : ,'I RI, CFIr EF, FACILITY . 11FAIAIJ AI I� sr REVISION Bf APPROVED DATE sYM REVISION BY APPROVED DATE c ®OE FACILITIES DEPA RTMENT :T9 a' 2 \ y (\ , ' T ,z „� ° a .�� r 5 T � r - ExPiaESslo�4d ACCEPTABILITY THIS DESIGN IS APPROVED AND PRO VED SPECIFICATION PRO SPECIFICATION RAWN Y D M.CAL IT IS D ATE SDBfRIE CONTROLS LEGEND LAST REVISION SHEET SYMBOL DATE OF T- _ PIIIN r D.KLOT -` - _ APPROVED BY DEPT. DATE TILE BUILDING 13 -03 MECHANICAL MASTER COL M .F.C. ' • V ' M 1 C I , -WIR f�� _ II® 1 _W�_ C D. CKEED C .SMITH • • • E V r C.LYNCH I � . 'r;,G "-, _ i _, - JOB NO. MFC -95060 COMP NO. �' �' '• '■ u�P K.I��Iv ALDWI 2.12.96 DWD NO. 13 -03 M1c ROOF TOP HEATING, VENTILATING & AIR CONDITIONING (AC) UNIT SCHEDULE MARK NUMBER AREA SERVED MODEL SUPPLY FAN RETURN FAN (100% ECONOMIZER) CONDENSING UNIT EVAPORATOR COIL HEATING CAPACITY FILTER ppPROX OPERATING O WT (LBS) REMARKS CFM TSP IN WG ESP IN WG SIZE/ TYPE RPM ELECTRICAL SIZE/ TAE ESP IN WG RPM ELECTRICAL COMPRESSOR ELECTRICAL FANS POWER TOTAL COOLING (MBH) SENS COOLING (MBH) EAT ('F) DB EAT ('F) WB AMBIENT AIR CF) WB TYPE REQ. MBH OUTPUT MODEL NO. CONN SIZE (IN) HP BHP ELECTRICAL REFRIG TYPE QTY HP (EA) V /PH /HZ HP BHP QTY RLA UNIT KW AH3D7 3RD FLOOR RPS -045C (4) 13,060 5.0 3.5 27 /rD 1425 20 14.1 40° /AWSI .5 441 3 (1) 1.73 2 31 (2) 36.5 R -22 4 1 460/3/60 415 372 82.0 64.0 85 (3) CAS (6) 240 250 3/4 AF3D7 13,000 McQUAY, OR APPROVED. SFITM45. CONDENSING UNIT SHROUD, SEE FURNISH PROVIDE CUSTOM ROOF CURB. AH3E7 1ST FLOOR RPS -090C (5) 29,440 5.5 3.5 33'/ DWDI 1378 50 36.8 44 1/2" /AWSI .5 648 15 (1) 8.94 2 71 (2) 85.4 R -22 8 1 460/3/60 916 883 81.0 62.5 85 GAS (3) 380 500 1 AF3E7 19,000 DISCHARGE AIR P SHROUD, SEE I SHTCM452N S PROVDE IT CUSTOM ROOF CURB. NOTES: (1) VARIABLE SPEED DRIVE FURNISHED WITH UNIT (4) 9.8 EER 10.92 ILPV PER ARI 360 -1986 (2) DATA IS FOR INDIVIDUAL COMPRESSORS (5) 9.1 EER 10.48 ILPV PER ARI 360 -1986 (3) FURNACE FLUE WILL BE CONNECTED TO A VERTICAL FLUE EXTENSION, SEE SHT. M452 (6) PROVIDE STAGED CONTROL AIR HANDLING UNIT (AH) SCHEDULE MARK NUMBER FAN SECTION COIL SECTION HUMIDIFIER AIR FILTER MIN OA CFM REMARKS AREA SERVED FAN DIA. INCH MFR SIZE NO. TYPE CFM TSP IN WC ESP IN WG MAX. OUTLET VELOCITY FT. /MIN. APPROX RPM DRIVE SIDE BHP MOTOR COOLING HEATING ARRG'T. NO. HP VOLTS PH HZ COIL COIL AH1D7 1ST FLOOR ELECT ROOM , 16 1/2 _ FC 5,040 2 1.5 () 5 1460 733 BTM H 2.1 3 460 3 60 CC1D7 - - AF1D7 0 McQUAY OR APPROVED, LSL, SIZE 111 WITH COMB. FILTER /MIXING BOX CW, TH AH1C7A MODULAR AIL EQUIPMENT 21 PB -21 CCW BTM. HORIZ. 4,500 16.0 13.5 5005 2741 LH 19.8 25 (1) 460 3 60 CC1C7A - - AF1C7A 0 (3) PACE, OR APPROVED, BLOW -THRU ARRG'T W/VARIABLE SPEED DRIVE, MIXING BOX, FILTER SECT., FAN, FAN DISCH. PLENUM, COIL & SUPPLY PLENUM AH1C7B AIL EQUIPMENT 21 PB -21 CW BTM. HORIZ. 5,000 16.0 13.5 5560 2865 RH 22.7 25 460 3 60 CC1C7B - - AF1C7B 0 (3) PACE, OR APPROVED, BLOW -THRU ARRG'T W /VARIABLE SPEED DRIVE, MIXING BOX, FILTER SECT., FAN, FAN DISCH. PLENUM, COIL & SUPPLY PLENUM NOTES: (1) VARIABLE SPEED DRIVE REQUIRED. (2) ASSUMES DIRTY FINAL FILTER. (3) NOTE MECH. ROOM SPACE CONSTRAINT ON UNIT LENGHT COOLING COIL (CC) SCHEDULE MARK NUMBER UNIT SERVED CFM COIL FACE MBH EAT 'F LAT 'F MAX. SUCTION TEMP 'F DX COIL MODEL NO. CIRCUTS REFRIG. TYPE ROWS FINS PER FOOT MAX. PRESSURE DROP REMARKS AREA SQ. FT. TOTAL SENS. DB WB DB WB AIR - IN WG TUBE -PSI CC1D7 AH1D7 5,040 10.5 167.3 158.0 80.0 62.0 51.3 50.1 40.6 5EN 10 R -22 4 120 .6 - McQUAY OR APPROVED CC1C7A AH1C7A 4,500 12.25 341.3 229.2 100.4 73.4 50.0 49.0 42.0 88DX- 31.5X56 -A -21/8 21 R -22 8 96 .62 - PACE, OR APPROVED CC1C7B AH1C7B 5,000 12.25 339.0 235.0 96.0 70.4 50.0 49.0 42.0 88DX- 31.5X56 -A -21/8 21 R -22 8 96 .72 - PACE, OR APPROVED AIR FILTER (AF) SCHEDULE MARK NUMBER UNIT SERVED AIR FLOW CFM FINAL FILTER PREFILTER REMARKS MEDIA TYPE EFFICIENCY PERCENT (1) MAX FV FPM I SIZE EACH NO REQ'D. PRESSURE DROP IN WG MEDIA TYPE EFFICIENCY PERCENT MAX FV FPM SIZE NO. PRESSURE DROP IN WG DIRTY EACH REQ'D. CLEAN DIRTY AF1D7 AH1D7 5,040 PANEL-FIBERGLASS 25 -30% 250 20 "x25 "x2" 6 .1 .5 - - - - - - - AMERICAN AIR FILTER AM AIR 100E AF1C7A AH1C7A 4,500 CARTRIDGE - FIBERGLASS 80 -85% 250 20 "x24 "x12" 24 "x24 "x12" 4 2 .25 1.0 PANEL FIBERGLASS 25 -30% 250 20'x24 "x2" 24 x24 "x2" 4 2 .10 .75 AMERICAN AIR FILTER: PREFILTER -AM AIR 100E; FINAL - VARICEL AF1C7B AH1C7B 5,000 CARTRIDGE- FIBERGLASS 80 -85% 250 20 "x24 "x12" 24 "x24 "x12" 4 2 •25 1.0 PANEL FIBERGLASS 25 -30% 250 20"x24 "x2" 24° x24 "x2" 4 2 •10 .75 AMERICAN AIR FILTER: PREFILTER -AM AIR 100E; FINAL - VARICEL AF3D7 AH3D7 13,060 CARTRIDGE - FIBERGLASS 80-85% 545 12 "x24 "x12" 24 "x24 "x12" 4 8 .5 1.0 PANEL FIBERGLASS 25 -30% 545 12"x24 "x2" 24' x24" x2" 4 8 .30 .75 AMERICAN AIR FILTER: PREFILTER -AM AIR 100E; FINAL - VARICEL AF3E7 AH3E7 29,440 CARTRIDGE - FIBERGLASS 80 -85% 545 24 "x24 "x12" 16 .5 1.0 PANEL FIBERGLASS 25 -30% 545 24 "x24 "x2" 16 .30 .75 AMERICAN AIR FILTER: PREFILTER -AM AIR 100E; FINAL - VARICEL NOTES: (1) EFFICIENCY PER ASHRAE 52.1 CONDENSING UNIT (CD) SCHEDULE g } p; 11)0° 108 2g NO) ----1- -- V p1vls`�N eD MARK NUMBER UNIT SERVED CAPACITY MBH SATURATED SUCTION TEMPERATURE F AMBIENT EAT 'F COMPRESSOR UNIT EER COND FANS PIPING CONNECTIONS ELECTRICAL REMARKS QTY LRA (EA) RLA (EA) KW (EA) NO. STEPS REFRIG TYPE QTY HP (EA) SUCTION (IN) LIQUID (IN) VOLT PH HZ CD1C7A AH1C7A 341.3 40.0 95 1 235.0 53.0 29.3 3 R -22 10.9 3 1.0 2 1/8 OD 7/8 OD 460 3 60 McQUAY ALP -032C WITH HOT GAS BY -PASS CD1C7B AH1C7B 339.0 40.0 95 1 235.0 53.0 29.3 3 R -22 10.9 3 1.0 2 1/8 OD 7/8 OD 460 3 60 McQUAY ALP -032C WITH HOT GAS BY -PASS CD1D7 AH1D7 167.3 38.6 95 1 126.0 24.0 17.8 2 R -22 9.4 2 .5 1 5/8 OD 5/8 OD 460 3 60 McQUAY ALP -016C WITH HOT GAS BY -PASS ti r(• 0 O_ N :::::: � SYM REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE BOC ,�� ` FACILITIES DEPARTMENT 110 E. AL . , ''ace�acy' OT r - {% �( .. -,,.., ' n\ � ACCEPTABILITY THIS DESIGN AND /OR SPECI IS APPROVED 'Maim M.CAII IITIS ��' _ GATE SUBTITLE EQUIPMENT SCHEDULES REVISION FACILITY DESIGN �T'- SUPPORT � T SHEET ^ L - APPROVED BY DEPT. DATE D.KLOTZ D --- ECKEb •TFTLE B UILDING 13 -03 G _S D C.LYNCH JOB N0. MFC -95060 COMP NO. DWG No. 13- 03 -M2o - - -1CP I RK ALDINI 2.12.96 MECHANICAL MASTER COL M.F.C. E XPIRES e /T3 /' UNIT HEATER (UH), WALL HEATER (WH) & CAB NET HEATER (CB) SCHEDULE MARK NUMBER LOCATION CFM MBH EAT 'F LAT 'F KW VOLT PHASE HZ MOTOR REMARKS HP RPM UH1D6 1st FLR MECH RM 400 11.2 60 - 3.3 480 3 60 1/125 1550 TRANE, OR APPROVED, MODEL UHEC -033D0 WITH 24V UNIT - MOUNTED THERMOSTAT AND WALL BRACKET UH3D6 3rd FLR MECH RM 400 11.2 60 - 3.3 480 3 60 1/125 1550 TRANE, OR APPROVED, MODEL UHEC -033D0 WITH 24V UNIT - MOUNTED THERMOSTAT AND WALL BRACKET UH1E1 TRANSMITTER RM 400 11.2 60 - 3.3 480 3 60 1/125 1550 TRANE, OR APPROVED, MODEL UHEC -033D0 WITH 24V UNIT - MOUNTED THERMOSTAT AND WALL BRACKET UH1E3 TRANSMITTER RM 400 11.2 60 - 3.3 480 3 60 1/125 1550 TRANE, OR APPROVED, MODEL UHEC -033D0 WITH 24V UNIT - MOUNTED THERMOSTAT AND WALL BRACKET UH1E7 1ST FLR ELECT RM 400 11.2 60 - 3.3 480 3 60 1/125 1550 TRANE, OR APPROVED, MODEL UHEC -033D0 WITH 24V UNIT - MOUNTED THERMOSTAT AND WALL BRACKET CB1F5 EAST STAIRWELL 200 - - - 1.25 " 277 1 60 - 1100/900/700 TRANE FORCE -FLO CABINET HEATER MODEL N46E002 WH1C6 SPRINKLER VALVE ROOM _ _ - - 1.0 277 1 60 - - CHROMALOX MODEL HCH 101 OR APPROVED EXHAUST FAN (EF) SCHEDULE MARK NUMBER LOCATION AREA SERVED EXHAUST FAN SECTION REMARKS FAN DIA SIZE MEG. SIZE NUMBER ARRNGMT. NUMBER CFM TOTAL STATIC PRESS. INCHES WG MAX. OUTLET VELOCITY FPM APPROX. RPM DRIVE SIDE BHP MOTOR HP VOLTS PH HZ EF1E1A TRANSMITTER ROOM MODULAR AIL EQUIPMENT 12 PB -12 ARR. 9 CCW 315 BOO i 2730 3130 MOTOR POSITION "W 1.35 2 460 3 60 PACE, OR APPROVED, PRESSURE BLOWER EF1E1B TRANSMITTER ROOM AIL EQUIPMENT 12 PB -12 ARR. 9 CCW 315 800 7 2730 3130 MOTOR POSffION "Z" 1.35 2 460 3 60 PACE, OR APPROVED, PRESSURE BLOWER EF1E1C TRANSMITTER ROOM SF6 EXHAUST - 80 -3 - 600 .5 665 1885 BTM. .28 1/2 120 1 60 GREENHECK, OR APPROVED, BSQ IN LINE CENTRIFUGAL FAN, BELT DRIVE, WITH MOTOR COVER & BELT GUARD PROVIDE BACKDRAFT DAMPER WD -330 EFRC6 ROOF TOILETS 24 LC24A - 3475 .75 800 723 _ 1.23 1 1/2 460 3 60 PENN OR APPROVED, WITH BACKDRAFT DAMPER AND ROOF CURB FAN COIL UNIT (FC) SCHEDULE MARK NUMBER LOCATION TYPE EVAPORATOR DATA INDOOR CONDENSING UNIT ELECTRICAL REMARKS LIEBERT MINI -MATE PLUS, OR APPROVED, EVAPORATOR #MME036E WITH PLENUM, CONDENSING #MMCO36A CFM MBH TOTAL 36.4 MBH SENS. 29.2 EAT 'F 80 DB 66.7 WB HP 1/2 / FLA 2.3 CFM 1650 FAN HP 1/2 AMBIENT 'F 80 ESP IN WG .5 FLA 19.0 VOLTS 277 PH 1 HZ 60 FC 1 D5 1ST FLOOR DATA COMM. RM. AIR - COOLED CONDENSING UNIT 1250 FC2D5 2ND FLOOR DATA COMM. RM. AIR - COOLED CONDENSING UNIT 1250 36.4 29.2 80 DB 66.7 WB 1 1/2 2.3 1650 1/2 80 .5 19.0 277 1 60 LIEBERT MINI -MATE PLUS, OR APPROVED, EVAPORATOR #MME036E WITH PLENUM, CONDENSING #MMCO36A FC3D5 3RD FLOOR DATA COMM. RM. AIR - COOLED CONDENSING UNR 1250 36.4 29.2 80 DB WB 1/2 / 2 2.3 1650 1/2 80 .5 19.0 277 1 60 LIEBERT MINI -MATE PLUS, OR APPROVED, EVAPORATOR #MME036E WITH PLENUM, CONDENSING #MMCO36A SOUND ATTENUATOR (SA) SCHEDULE MARK NUMBER SERVICE LENGTH FEET UNIT WIDTH x HEIGHT INCHES MAXIMUM PD IN /H20 MAX FV FPM AIR QUANTITY CFM MINIMUM REQU RED ACOUSTIC RATING dB RE 10 -12 W OCTAVE BAND CENTER FREQUENCY HERTZ REMARKS RATING 63 125 250 500 1000 2000 4000 8000 SA -1 1 JTIDS S 12 3 12 "x12" .02 500 500 - 4 5 9 14 23 24 14 10 IAC TYPE "L" OR APPROVED SA -2 SPLY & RETURN SARR RM. 7 18 "x12" .06 900 1335 - 8 13 18 28 40 47 26 18 AC TYPE "L" OR APPROVED ■ VENTILATION FAN (VF) SCHEDULE MARK NUMBER AREA SERVED (ROOM NO.) CFM ESP IN.WG. TIP SPEED FPM ARRG'T NUMBER APPROX. RPM FAN TYPE BHP DRIVE APE MOTOR DATA REMARKS HP VOLTS PHASE HERTZ VF1C7 1ST FLOOR MECH ROOM 1500 .25 4377 WALL MOUNTED 836 PROPELLER .22 BELT 1/4 120 1 60 GREENHECK, OR APPROVED, MODEL SB- 1H2O -4 WITH WALL HOUSING & BACKDRAFT DAMPER + OPERATE ON LOW SPEED ONLY m c1G2oow REVISION BY APPROVED DATE SYM REVISION APPROVED DATE ®OE //VG FACILITIES DEPARTMENT O .as I s�r1 C.'12!9 6 ACCEPTABILITY THIS DESIGN AND /OR SPECIFICATION IS APPROVED APPROVED BY DEPT. DATE V1 CAAITIS F D KLOTZ D.KLOTZ CHECKED G.SMITH APPROVED C. LYNCH K RX ALDINI DATE 2.12.96 SUBTITLE BLE MECHANICAL MASTER COL EQUIPMENT SCHEDULES BUILDING 13 -03 M.F.C. PERMIT CENTER FACILITY DESIGN SUPPORT VAST REVISION SHEET M2b JOB NO. MFC -95060 SYMBOL DWG NO. 13 -03 -M2b DATE OF COMP NO. VALVE SCHEDULE MARK NUMBER SERVICE MEDIUM CAPACITY PRESSURE CODE STAMP MATERIAL CONFIGURATION MANUFACTURER AND MODEL REMARKS GPM VOLUME (LB /HR) DESIGN (PSI) WORKING (PSI) RELIEF (PSI) SET (PSI) BODY TRIM INLET OUTLET PSV - SAFETY CHILLED WATER — — 125 37 45 WATER ASME BRASS BRASS 3 4 NPT / " 3 4 NPT / " BELL & GOSSETT, OR APPROVED, MODEL 790 BRONZE PRV -1 ' PRESSURE E REDUCING W ATER W 110 — 200 150 — 60 BELL & GOSSETT MODEL 1510 -1 1/4 AC CAST IRON 316 SST 2" NPT 2" NPT CASHCO, OR APPROVED, MODEL 8310HP 52.1 PRV -2 PRESSURE REDUCING PROCESS WATER 1D — 125 60 — 15 — BRASS 316 SST 3/4" NPT 3/4" NPT WATTS, OR APPROVED, MODEL U5LP STANDBY PUMP PU2D5 HOT WATER CIRCULATING WATER 140 10.5 9 1 1 CAST IRON BRONZE — — DIRECT 1/12 115 1 PUMP PU) SCHEDULE MARK NUMBER SERVICE FLUID TEMP CAPACITY SIZE (IN) CONSTRUCTION PERFORMANCE MOTOR PUMP TYPE MANUFACTURER AND MODEL REMARKS GPM TDH SUCT DISCH BODY FITTINGS FF NP THR DRIVE TYPE HP VOLTS PH HZ RPM PU1E1A EQUIPMENT COOLING WATER 44 52.1 50 1 1/2 1 1/4 CAST IRON BRONZE 59 4 DIRECT 1 1/2 480 3 60 1750 END SUCTION CENTRIFUGAL BELL & GOSSETT MODEL 1510 -1 1/4 AC PU1E1B EQUIPMENT COOLING WATER 44 52.1 50 1 1/2 1 1/4 CAST IRON BRONZE 59 4 DIRECT 1 1/2 48D 3 60 1750 END SUCTION CENTRIFUGAL BELL & GOSSETT MODEL 1510 -1 1/4 AC STANDBY PUMP PU2D5 HOT WATER CIRCULATING WATER 140 10.5 9 1 1 CAST IRON BRONZE — — DIRECT 1/12 115 1 60 3150 INLINE BOOSTER BELL & GOSSETT MODEL LR -15B AIR - COOLED CHILLER (CH) SCHEDULE MARK NUMBER TYPE CAPACITY C COMPRESSORS ELECTRICAL EVAPORATOR CONDENSER EER REMARKS QUANTITY RLA (Ea) LRA (Ea) VOLTS PH HZ FLOW GPM EWE 'F LWT 'F MAX PD FT H2O FOULING FACTOR PEFRIG NO. OF FANS MOTOR HP (Ea) CH1 SCROLL COMPRESSOR AIR COOLED— 20.9 1® 10 TON 1® 15 TON 17.2 X3.5 23.5 142 14 460 3 60 52.1 54 44 17.7 .0005 R -22 3 1.0 9.3 TRANE #CGAD —C25, OR APPROVED, W /40% ETHYLENE GLYCOL AIR SEPARATOR (AS) SCHEDULE MARK NUMBER SYSTEM MIN CAPACITY GPM OVERALL DIMINSIONS (INCHES) OUTLET /INLET SIZE INLET /OUTLET FACE TO FACE DIM. (INCHES) APPROX. OPERATING WEIGHT (LBS) REMARKS AS1E1 CHILLED WATER 52 18"Lx9"0 2 1/2" NPT 9 3/4" 100 BELL & GOSSETT, OR APPROVED, ROLAIRTROL #R -2 1/2 2.5 — — 12"A x 25 3/4" 125 25 ASME BELL & GOSSETT SERIES D, MODEL D -20, OR APPROVED VESSEL - COMPRESSION TANK (CT) SCHEDULE MARK NUMBER SERVICE CAPACITY GALLONS DIAMETER x LENGTH PRESS PSIG CODE STAMP REMARKS DESIGN GAL WORK GAL DESIGN CU FT WORK CU FT DESIGN WORK C1E1 CHILLED WATER 10.9 2.5 — — 12"A x 25 3/4" 125 25 ASME BELL & GOSSETT SERIES D, MODEL D -20, OR APPROVED REVISION fl'c1(t2 coo Bt APPROVED DATE SYM REVISION BY APPROVED DATE BOEZA/O FACILITIES DEPARTMENT S �v,TSf <n4 ^. 4 ACCEPTABILITY THIS DESIGN AND /OR SPECIFICATION IS APPROVED C. LYNCH K K ALDINI 2.12.96 SUBTITLE TITLE MECHANICAL MASTER COL EQUIPMENT SCHEDULES BUILDING 13 -03 M.F.C. R�CFIVED t; I'fV pF IUK PERMIT CENTER SHEET LAST REVISION M2c JOB NO. MFC -95060 DWG NO. 1 3 -03 —M2c FACIUTY DESIGN vvrr vn SYLIDOL DATE OF COMP N0. 0 J LJ I REVISION r BY APPROVED O 0 DATE • 0 I==I =1 , FOR CONDENSING UNITS, REFRIGERANT PIPING AND NATURAL GAS PIPING —SEE SHT. N652 FOR CONDENSING UNITS, REFRIGERANT PIPING AND NATURAL GAS PIPING —SEE SHT. M452 i L FACILITIES DEPARTMENT SEE SHT. M451 FOR DETAIL PLAN Rik w 1 otn.i^^ C/1317? - 1 ACCEPTABILITY THIS DESIGN AND /OR SPECIFICATION IS APPROVED APPROVED BY DEPT. DATE vir DRAWN J.MO RO CHECKED D.KLOTZ ENGR J .MONRO CHECKED G.SMITH APPROVED C. LYNCH KPI >�AALDINI DATE 2.12.96 UBTITLE TITLE FIRST FLOOR PIPING PLAN BUILDING 13 -03 MECHANICAL MASTER COL A —H/1 -7 LEGEND: 1. SEE SHEET M1a, M1b, AND M1c FOR MECHANICAL LEGENDS AND ABBREVIATIONS. GENERAL NOTES: l> FOR COIL CONNECTION PIPING SEE DETAIL 1M60 M507 CONSTRUCTION NOTES: M.F.C. SHEET SO ✓EHIA11 GENTER 8' 4' 0 4' 8' SCALE: 1/8" =1' -0" LAST REVISION lunNILA 1M60 JOB NO. MFC -95060 Dwc N. 13- 03 -1M60 16' FACIUTY DESIGN SUPPORT SYMBOL DATE OF COMP NO. aimaimmmIgnmedireammunirWii mopgrimunmanomminm.:1-i. 111111111111111111111111111111111111111111111111111111111111 11111111111111111111111111111•1111111111111111111111111111111111111111111111111111111111 11111111111111111111111•11011111111111MMIE•••=1•11111111111111111111••••••111111111111111111111101••••••1111111111111•••••■■••••■•••1111 11111111111111111111111111111111111111111111111111111111111111111111111 1 111111111111i1111111111111•111111111111111111111111111111111111111111111•111111111111 11111=1:111111111111111111111MINIMEI111111111111111111E11•1111111111•1 IIIIIIIIIIIIIIIIIIMIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII0111111 =■111•111EIN MOM IIIIIINE■=1•ILW UNIMINIMMI 0 REVISION MIME— APPROVED DATE 1:3 APPROVED DATE ACCEPTABILITY THIS DESIGN AND/OR SPECIFICATION IS APPROVED APPROVED BY NO r.PROALDINI DATE 02.12.96 SUBTITLE TLTLE MECHANICAL MASTER SECOND FLOOR PLUMBING PLAN BUILDING 13-03 COL A—F/1-7 M.F.C. LAST REVISION SHEET 2 M 110 JOB NO MFC-95060 DVIO NO. 13-03— 2M110 111111111 111111111•MMEMMIIIMEEMMIlltlillIIEMINWIMINNEMIIIIMIIMUMMENIMUMUMIM1111111111 WM= II sommIN■■=um 'M EM= ir VINNINININNINE r)lalbs4)os 1 1 11111111 • FIN INII WA MINIM Il1111111•111111===111111 =MI= M MIN Mill 111 ui I. 111 IMMO 33 um im MI= im 1 ....Iz.-;T all11111NEN mom] imi 1 _ iiiiil notim. lommum mom a.m.' IMMO MEM= IMIIM I 1111111111111M IIII•1=M M 111=M1111 1 ir, IfflIMMIIMII IIMIM! I=.1■1111 SEE SHEET M450 FOR DETAIL PLAN II ot, IMI .,- .. .. , 111111111 M rA . 1 EN ,Nirr_-_-......m..... AI= 11 IEHMII - gm MIESICEMMIIIIIMMINNUM M I IN I =I NI .1 SECOND FLOOR PLAN SCALE: 1/8" = l'-0" 6" RWL DOWN - F itfrI - 17gDEPARTMENT 2"VTR 1 1/2" ID UP ink _1 17L-- AIME 1 • MIN II= wie MI II • Illiii —,. NM II= NMI NMI =I olinmq ___ ,- .. -,. -,..._ ME m, =I _ mm mi II - A . -.. •zIQ- r--7....=-------=_--...11MIIIIIIMIIIMEININI■ MEI iin lip 141) II EMINI,A11111AMMI MI N MIN 0 ILIMINLVIL 1111111111111 IMM111111•111=1:1111111112-111•1111111111111 11111M1111M111E1 IMMII ■.1 ' i 116110ETIMISIMAR======... Itial oramkraingEMINEMEMEm LIESIPIR Ea —&-. 11 " 1 " --- -,.. an lb 2"VTR LEGEND: 1. SEE SHEET M1a, M1b, AND M1c FOR MECHANICAL LEGENDS AND ABBREVIATIONS. GENERAL NOTES: LI FOR TYPICAL DUPLEX AIR (HARD PIPE) ASSEMBLY SEE DETAIL 2M110 M507 12> FOR PIPE PENETRATION INTO SECURE AREA, SEE DETAIL 2M110 M506 CONSTRUCTION NOTES: 1. FOR AH UNIT CONDENSATE DRAIN SEE MECHANICAL ROOM PLAN, SHEET M451. CV TO 8 4' SCALE: 1/8" =1' —0" PTRfAl I CENTER 0 4' 8' 16' FACIUTY DESIGN SUPPORT LEGEND: OA �� \ ) � /� D C D 3" UP TO RD -1 (LOCATION SHOWN OFFSET FOR CLARITY) 6"RWL DN -- - - - C 1. SEE SHEET M1D, M1b, AND M1c FOR MECHANICAL E LEGENDS AND ABBREVIATIONS. 2-VTR , �� �� �Pl I i � r f S LOPE 1 /4 " /FT - 3" UP TO RD " • I'• ��i �� �. ' V�.I •• 0 hi II 3" UP TO RD -1 GENERAL NOTES: 1 _ !IuI _ IIU NN I -1 C� ► J, RWL RW L RWL � 1I0 JI1 i I, VI II , FOR TYPICAL DUPLEX AIR (HARD PIPE) ASSEMBLY SEE DETAIL - 3M110 M507 In 11 - ct _ i LM O I I I I Pr Ci1 3" UP TO , _ 3" UP TO RD -1 - CO F� RD 1 � � - - -� Zl I O I I.I 1 I 111 , �I 3" UP TO RD -1 11 -. r-� I SEE SHEET M453 R h 0 O CONSTRUCTION NOTES: ■ _ \\ 3 "� I" FOR DETAIL PLAN , _ I 0 RD -1 SLOPE 1 /4 " /FT -� 3" CO 4„ 3" SLOPE 1/4 /FT ,� CO CO RWL k k 3" UP TO RD -1 RWL I� I I � i 3 UP TO RD -1 MEI • �II_I 1. FOR AH UNIT CONDENSATE DRAIN SEE MECHANICAL ROOM PLAN, SHEET M451. i 2"V112 ED i o O -- I ' / D a a .3E. I ■� 1 F i i i I iL 1� - - ICJ LI ui. I IWH 6" RWL DN � RD -1 li -, i 1 "A DN TO 2ND FLR RD RD -1 � NN H 5 FOR SEE S DETA IL M4 PLAN 2 2 u� I S O 0 u5 � rn - - I ? m_ } � O c��� ° 00 ° P? " MIS �a V* RE CEIVED G Q`V`$ nu �vQ'' M n� s' 4' 0 PERMIT 16' to THIRD FLOOR PLAN N SCALE: 1/8" =1' - n q b .. ,� wi��nj o SCALE: 1/8" =1' -0" csi FACILITY i DESIGN SUPPORT SYM REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE L Z /� � B45WA FACILITIES DEPARTMENT _ t �' 3 F' ' of `r'S \C � qq �/ ��^^�` ?�r•?+ � ;�� ' y � ,- . q - rS '*S io 4 ACCEPTABIL 'PHIS DESI AND /OR IS APPROVED SPECI DRA WN BY J.MONRO DATE SUBTITLE THIRD FLOOR PLUMBING PLAN L AST REVISION SHEET SYMBOL - DATE °` CHECF�D OTZ BY N APPROVED BY DEPT. DATE CHMO I BUILDING 13-03 / MECHANICAL MASTER COL A -F 1 -7 M.F.C. 31\4110 APPROVED C.LYNCH JOB Na MFC -95060 COMP N0. KPf ��Iv�ALDINI DWG NO. 13- 03 -3M110 } _ Els fi/13/✓ _ 2.12.96 REVISION BY APPROVED DATE REVISION Bf APPROVED ROOF PL SCALE: 1/8" =1' —O" DATE (N) ®OEZAW FACILITIES DEPARTMENT L ACCEPTABILITY THIS DESIGN AND /OR SPECIFICATION IS APPROVED APPROVED BY SUBTITLE ROOF PLUMBING PLAN BUILDING 13 -03 MECHANICAL MASTER COL A —F /1 -7 LEGEND: 1. SEE SHEETS M1a, M1b, AND M1c FOR MECHANICAL LEGENDS AND ABBREVIATIONS. GENERAL NOTES: 1. VENT TERMINATIONS NOT TO BE LESS THAN 6" ABOVE ROOF NOR LESS THAN 12" FROM ANY VERTICAL SURFACE. 2. SEE ARCH DWGS FOR ROOF DRAIN INSTALLATION AND VENT PENETRATIONS. CONSTRUCTION NOTES: PERMIT CENTER 8' 4' 0 4' 8' M.F.C. SCALE: 1/8" =1' -0" SHEET LAST REVISION CITY OF T FACIUTY DESIGN SUPPORT SYMBOL RFM 110 JOB NO. MFC -95060 DWG No. 13- 03 —RM110 DATE OP 16' COMP N0. — RD 1 RD-1 — 2"VIR RD -1— �RD-1 �RD-1 RD -1 o RD -1 �RD-1 RD -1 7 \/ 4 "ViR o 2" VTR FOR ROOF DRAINS IN THIS AREA SEE SHEET 3M110 - A n REVISION BY APPROVED DATE REVISION Bf APPROVED ROOF PL SCALE: 1/8" =1' —O" DATE (N) ®OEZAW FACILITIES DEPARTMENT L ACCEPTABILITY THIS DESIGN AND /OR SPECIFICATION IS APPROVED APPROVED BY SUBTITLE ROOF PLUMBING PLAN BUILDING 13 -03 MECHANICAL MASTER COL A —F /1 -7 LEGEND: 1. SEE SHEETS M1a, M1b, AND M1c FOR MECHANICAL LEGENDS AND ABBREVIATIONS. GENERAL NOTES: 1. VENT TERMINATIONS NOT TO BE LESS THAN 6" ABOVE ROOF NOR LESS THAN 12" FROM ANY VERTICAL SURFACE. 2. SEE ARCH DWGS FOR ROOF DRAIN INSTALLATION AND VENT PENETRATIONS. CONSTRUCTION NOTES: PERMIT CENTER 8' 4' 0 4' 8' M.F.C. SCALE: 1/8" =1' -0" SHEET LAST REVISION CITY OF T FACIUTY DESIGN SUPPORT SYMBOL RFM 110 JOB NO. MFC -95060 DWG No. 13- 03 —RM110 DATE OP 16' COMP N0. LEGEND: O 103 C O 1. SEE SHEETS M1a, M1b, AND M1c FOR MECHANICAL LEGENDS AND ABBREVIATIONS. 0 2. SEE SHEET 2M260 FOR SPRINKLER LEGEND AND SPRINKLER SCHEDULE. GENERAL NOTES: 1. SPRINKLER SYSTEM - COMPLY WITH ALL STATE AND CITY OF TUKWILA CODES. COMPLY WITH STANDARDS FOR INSTALLATION OF SPRINKLER SYSTEMS AS STATED IN THE LATEST EDITION OF NFPA PAMPHLET NO.13, NO.24 - , ,` - - ,�� �� AND FACTORY MUTUAL DATA SHEETS 2 -8, AND 2 -8N. 1 O �J - I' Iffil I OFFICE YORK OFFICE HARRIS OFFICE 2. SPRINKLER CONTRACTOR IS TO REVIEW REFLECTED II CEILING PLANS AND PLACE ALL SPRINKLER HEADS TO CLEAR CEILING SUPPORT GRIDS, POWER POLES, ETC. LIGHTS, GRILLES, 3. SPRINKLER CONTRACTOR TO REVIEW ARCHITECTURAL AND STRUCTURAL PLANS AND SECTIONS IN THE DESIGN OF THE SPRINKLER SYSTEM TO ENSURE THAT ALL AREAS ARE SPRINKLERED. 4. ALL SPRINKLER DRAWINGS ARE TO BE PREPARED ON I TYPE 1 ( TYPE 1 I (TYPE 1 I 'TYPE 1 I (TYPE 1 I 'TYPE 1 I (TYPE 1 I OFFICE PETTTT OFFICE !TYPE 1 1 OFFICE JTIDS #2 OF OF OFFICE CA AN _ -� ! ANTENNA AND TRANSMITTER ROOM J SEC L'. 24"x36" STANDARD BOEING MYLAR SHEETS FURNISHED O BY BOEING OR DRAWINGS CAN BE PREPARED USING AUTOCAD REV 12. BOEING WILL PROVIDE BACKGROUND AND TITLE BLOCK /BORDER, FOLLOW BOEING DRAFTING PRACTICE AND STANDARDS. ORIGINAL MAAR, OR DISK COPY INCLUDING AS -BUILT CHANGES, WILL BECOME THE PROPERTY OF BOEING AT THE COMPLETION AND ACCEPTANCE OF THE PROJECT. DRAWINGS ARE TO BE DONE AT 1/8 " =1' -0" SCALE. TYPE 3 ; Er SERVICE LOBBY TYPE I I TYPE 1I OFFICE I TYPE 1 I EA II 5. PROVIDE ADDITIONAL AUTOMATIC SPRINKLER PROTECTION BELOW DUCTS AND OTHER OBSTRUCTIONS O 48 INCHES AND LARGER. 6. FOR AREAS WITH LAY -IN OR GYPSUM BOARD CEILING, WHERE THE CEILING SPACE IS ACCESSIBLE AND /OR USED AS A RETURN AIR PLENUM, PROVIDE SPRINKLER PROTECTION ABOVE (ISU) AND BELOW (SSP) CEILING PER CODE. 7. FOR ALL AREAS WITH RAISED COMPUTER FLOOR, PROVIDE . I J 1=7,1 rm - n DCA GA. OFFICE (TYPE 1I DISPLAY REPAIR I TYPE 1 I TYPE 4 ELEVATOR MEETING I TYPE 1 I ROOM [TYPE 4I ELEVATOR SPRINKLER PROTECTION IN THE RAISED FLOOR SPACE, ( MACHINE TYPE SSU. FLOOR PANELS DIRECTLY ABOVE SPRINKLER ROOM PIPING AND HEADS MUST BE INSTALLED WITH SCREWS TO PREVENT `EASY REMOVAL. n (TYPE 1I JTIDS #1 ITYPE - - �� ESDS O 8. IN GENERAL, THE SPACE BETWEEN BOTTOM OF STEEL (BOS) TO 6" BELOW BOS HAS BEEN RESERVED FOR ROUTING OF FIRE MAINS. BRANCH LINES AND CROSS MAINS ARE TO BE ROUTED AT A BOP ELEV. ABOVE BOS ,r , I TYPE 1 L. --- TYPE 1 I VENDOR/ CUSTOMER OFFICE 'TYPE 1 I� I TYPE 1 I -/ 1 TYPE 1 I VENDOR/ CUSTOMER VENDOR/ CUSTOMER OFFICE VENDOR/ CUSTOMER OFFICE VENDOR/ CUSTOMER OFFICE OF THE MAIN GIRDERS. THIS DOES NOT RELIEVE THE FIRE PROTECTION CONTRACTOR FROM THE RESPONSIBILITY OF COORDINATING WITH OTHER TRADES SINCE OTHER WORK WILL PASS THROUGH THIS SPACE. IN PARTICULAR, 1 TYPE 1 OFFICE ��, THERE ARE AREAS WHERE DUCTWORK INFRINGES ON THIS SPACE. J 9. SEE CIVIL DRAWINGS FOR SIZE AND PLACEMENT OF ® UNDERGROUND PIPING THRUST BLOCKS. THE FIRE RISER IS TO HAVE BOTH THRUST BLOCKS AND TIE -RODS. II I I 10. SEE CIVIL DRAWINGS FOR EXACT LOCATION AND INVERT I ELEVATION OF FIRE LINE ENTERING THE BUILDING. 11, EXCESS PRESSURE PUMP AND SWITCH ARE TO BE CON TIA DED O BY ADT AND INSTALLED BY FIRE PROTECTION 12 . WHERE INDICATED DRY PENDENT SPRINKLERS [TYPE 31 CORRIDOR 1TYPE 2 rI TYPE 31 TLS ` RECYCL I _ MEN MI ...m. Z -- I= o -_ �� , , , z a I CANOPY LOBBY ~ ELEVATOR #i , WOMEN < (TYPE 3 I I TYPE 1 I I TYPE 6 I IBM DATA COMMUNICATION TYPE 4 o ( 1 TYPE 1 I TYPE 4I G I TYPE 3 I BREAK AREA ENTRY 1 TYPE 2 I i L EL EAZOR ELEVATOR ROOM (2: G I TYPE 6 I ^f c ] � } J TYPE 4 L 5 • •INKLE•c TYPE 8 V �__ ARE TO BE INSTALLED AT INLET AND OUTLET OF FILTER SECTIONS OF AIR HANDLING UNITS. 0 13. INSTALL FIRE HOSE CABINETS IN ACCORDANCE WITH 13. OF TUKWILA REQUIREMENTS. SEE ARCHRECTAL DRAWINGS AND SPECIFICATIONS. => PIPING PENETRATING SAR (SECURE ACCESS ROOM) g WALLS IS TO HAVE A DIELECTRIC FIT TING, SEE "' DETAIL o WET PIPE VALVE AND l u � I ELECTRICAL ROOM (LY SHOP ADMINISTRATION AND RECEIVING ,_ II Jam& As `„ WI . i VA SE P 81 BLY MECHANICAL ROOM � 'TYPE 3I ti I TYPE 3 1 1 TYPE 1 I SPRINKLER ALARM RISER ASSEMBLY FI SIAMESE FIRE DEPT. CONNECTION { + I Fo I T+ 8 " FP TYPE 7 o 2M260 M506 § CONSTRUCTION NOTES: ; TYPE 3 FILTER SECTION - �;, � n 7 NO SPRINKLERS FOR COVERED REQUIRED WALKWAY FOR CONT. , / T SEE CIVIL DWG. C290 \J 1�- THE ONLY PIPING PERMITTED IN THE SAR MUST SERVE ONLY THE SAR, I.E., NO PIPING CAN PASS THROUGH THE SAR. SUKw�� J �PeoVERwEC � 9g6 RECP "`° 8' 4' 8' FIRST FLOOR PLAN CO N s RECEIVING AREA CANOPY MAC 22 � =6' SCALE: 1/8 " =1' 0" AN NE SERVED BY DRY PIPE SYSTEM. ci o f rur;wiva co o PROVIDE TYPE 3 SPRINKLERS. GpNS�ON SCA 1/8" =1' -0" c.i �V�LD�N PERMIT CENTER. I o FACIUTY DESIGN SUPPORT REVISION BY APPROVED DATE SYM REVISION B! APPROVED DATE ®OE,�� F ' 7 F i FACILITIES DEPARTMENT tr~ /� /7 {/ / lA ' � t ;�► i `. ,��. 'T EXPIRES R /1:i1 `}'6 ACCEPTABILITY THIS DESIGN AND /OR SPECIFICATION IS APPROVED DRAWN Y M.CAUNITIS DATE SUBTRLE FIRST FLOOR FIRE PROTECTION PLAN LAST REVISION SHEET SYMBOL OATS OF "c D.KLOTZ T APPROVED BY DEPT. DATE D.KLOTZ TRH BUILDING 13 - 03 MECHANICAL MASTER COL A -F/1 -7 M.F.C. 1 M 2 6 0 CHE C KED G.SMITH --• ED C.LYNCH JOB NO. MFC -95060 COMP NO. K.RAPPR I�PTALDINI 2.12.96 DWG NO. 13- 03 -1M260 SPRINKLER SCHEDULE AREA TYPE HAZARD PEDESIGNATION F 3 SPRINKLER $ (TYYPE) REMARKS NUMBER DESCRIPTION 1 ALL AREAS UNLESS OTHERWISE INDICATED ORDINARY ISU /SSP SEE NOTE 6, 1M260 2 LOBBYS & CORRIDORS ORDINARY SSPR 3 MECH, ELECT, DATA COMM, STAIRS ORDINARY SSU 4 ELEV SHAFT, PIT, & MACH ROOM ORDINARY ISU 5 RAISED FLOOR SPACE ORDINARY SSU SEE NOTE 7, 1M260 6 TOILET ROOMS ORDINARY SSP 7 AHU FILTER CABINETS ORDINARY DP SEE NOTE 12, 1M260 8 ENTRY CANOPY ORDINARY SWDP SPRINKLER LEGEND ITEM DESCRIPTION SSU STANDARD SPRINKLER, UPRIGHT (165 DEG F) SSPR STANDARD SPRINKLER, PENDENT, RECESS MOUNTED (165 DEG F) ISU INTERMEDIATE SPRINKLER, UPRIGHT (212 DEG F) DP DRY PENDENT, (165 DEG F) SSP STANDARD SPRINKLER, SEMI — RECESSED PENDENT (165 DEG F) SWDP SIDEWALL DRY PENDENT, 45 SPRAY PATERN (165 DEG F) REVISION r c. im■im.m1i:im ■■um� ■■M■m V \ ■ ••■_ ∎ ■∎ ■■■ \M■ =Mom El Pi 1 EMMINI =I :Jmmom■■�` - =■ ■�C ■ ■� ■■ % a■`■1i����■ ■.■�■m■■■■■ =■■■■�■■1 0 •• ••• ••••___ ■ ■_ ••■ ■■ ■■ ••■ ■ ■ ■ /% ■1 ` I ' ::�I■: ■IM: _____ ■��■ ■111111 ?�i1=111i ■ ■■■� ■ ■:1: � �■� �� ■■�■�■�■■_■_____■ •1111•.■■■•111■■■■= ••••••• � •�1�■ •� • ■ ■■■_____ ■ • % ■ ■ ■ ■ ■ ••■ ■ ■t ::1 IEEE _ ■11 11111iiil :' 11E ,I ! WAIIM1III111■ : :■■■uiuii•111 ••••••• ■M ••111•••111•11•11111■ iiiuy+LMEMJ \ \■19 ■ ■ ��■ ■■■■�■■■■ ■IL ■■■■ ••■�■_■ =__■■••■ ■ �� ■i ..ii■....` =■■��11■■■■■�■■■■�■■1 — 11.11■: \111111 :1::::::::::C • I��' MII■ •••■■••••111111■ •1 ■•111 •••••■•••■•1111••■ ∎�=I •••••••■■ ••■•■1 11111111111111 RESORS : :•\111:1 •1111 \\•I ■■uiiiilimmi i ui .■ ■ ■.■II1 ■■■...■ MI■i■•11111 - ■ ■1■II1■. u ■■■1m ��1� ■ ■ ■ ■_■_�.._ ,.._._■ ■ ■ ■ ■�■ ■� I = ■ ■ ∎ ■ ∎■ .■■■■■■ ••••••■••••■• • •••■• MM. %11411•= ■1 , 1111:1 i � 1 _ _ 1111111111111111111111111 1111.11111111111111E '11111r III r. ID ILJ •IU•••••■• ■••■•■• = ••■•■• ELEVATOR #2 TYPE 4 • McI04)ow BY APPROVED DATE YM LOBBY 1 TYPE 21 REVISION BY SCALE: 1/g' =1' -0" APPROVED CORRIDOR 1 TYPE 2 MEN 0 � WOMEN DATE SECOND FLOOR PLAN 1 TYPE 6 1 TYPE 31 0 FACILITIES DEPARTMENT 1 TYPE 31 DATA COMMUNICATION COUNTER TEST DATA CONTROL 'TYPE 11 GATE i y � 1/w ELEVATOR #3 TYPE 4 TYPE 11 ACCEPTABILITY THIS DESIGN AND /OR e SPECIFICATION IS APPROVED APPROVED BY DEPT. DATE TYPE 3 ORAGE 1 TYPE 31 MEETING RM M CAI�NITIS CHECKED D K LOTZ D.KLOTZ CHECKED G.SMITH APROVED C.LPYNCH AraigALDN DATE 2.12.96 C91 0 MPs 6 �ggb LEGEND: GENERAL NOTES: 'r. Rio, CENTER SUBTITLE SECOND FLOOR FIRE PROTECTION PLAN BUILDING 13 -03 MECHANICAL MASTER COL A —F/1 -7 1. SEE SHEETS M1a, M1b, AND M1c FOR MECHANICAL LEGENDS AND ABBREVIATIONS. 2. SEE SHEET 1M260 FOR GENERAL NOTES. CONSTRUCTION NOTES: 8' M.F.C. 4' SCALE: 1 /8" =1'-0" SHEET LAST REVISION JOB N0. M 2 6 0 N0. 0 4' MFC -95060 8' FACIUTY DESIGN SUPPORT SYMBOL 13 03 - 2M260 DATE OF 16' COMP No. LEGEND: M i 7� v MJC/02.I0.96/08:26 95060M.L/560M2603 CI © C I O !_ � r) F I 1. SEE SHEETS M1a, M1b, AND M1c FOR MECHANICAL LEGENDS AND ABBREVIATIONS. 2. SEE SHEET 1M260 FOR GENERAL NOTES. SEE SHEET 2M260 FOR SPRINKLER LEGEND AND SPRINKLER SCHEDULE. _ L� II II ►J OFFICE :`= SEC = - - — — -Js am RADIO /FLIGHT OFFICE u 1 II II GENERAL NOTES: II - - - - Il• II di OFFICE SEC rNI mu IIII1 LNI CD IIIII II FAX II II / COPIER II TYPE 1 THROUGHOUT THIS AREA ` SEC I I II II I �1 �I'' ii AISLE X5:1 `i� q i II II I I _ ' _ r� 12' i t r!i II, MEETING APERTURE LIBRARY , . SECURE COMPUTING R �' CD CD F , I I MEETING I/ — AISLE — —, AX /COPY OM 1 CONSTRUCTION NOTES: 0 i► , 1 1 1 I - 32hlLl CORRIDOR (TYPE 2 TYPE 31 J =mini m��,f - � �. _ ma r% L°_r��rT�.r.� _ ' � [ a:1∎ . E '' II TYPE 1 I J Ili , wry DATA COMMUNICATION I/ SERVER ROOM ITYPE 3I II I I I I I I 0 6 O I IC I LOBBY ELEVATOR TYPE 4 z 333 MEN • '= WOMEN TYPE 11 zI > TYPE 6 I TYPE 3 I TYPE 6 I I v ix w w (TYPE 3I , « Er I I TYPE 2 J ELEVATOR #Z TYPE 4 RECY E MECHANICAL (TYPE 3I I F E " � I TYPE 1 I �� - - 7 - / L - — -- HVAC UNIT HVAC UNIT Oo OUTDOOR MECHANICAL SPACE ' — r� II L =J 0 FILTER SECTION FILTER SECTION ,_ 1uK C 11 v Ot \J E D nPPR� y 2 g 199 MA nr)qb....00,w I TYPE 71 'TYPE 71 THIRD FLOOR PLAN " R` }Lp1�001�1510N RccevED g' i 0 4' 8' i' wig �= = 5 SCALE: 1/8" =1' -0" SCALE: 1/8"=1'_0" PERMIT CENTER FACILITY DESIGN SUPPORT SYM REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE /+ B ®E,�ft FACILITIES DEPARTMENT o� I c _. o� �� '., '� !� _ - ;'ANAL ACCEPTABILITY THIS DESIGN AND /OR DRAWN M.CZLJ FrIS DATE SUBTRLE THIRD FLOOR FIRE PROTECTION PLAN LAST REVISION SYMBOL DATE SPECIFlD IS A EPT. PPROVED H. � D.KNCLOTZ Z ECI P RAVED C.LYNCH TITLE BUILDING 13 -03 MECHANICAL MASTER COL A -F/1 -7 M.F.C. SHEET 3 M 2 6 0 a APPROVE BY D CATIDN DATE JOB N0. MFC -95060 COMP NO. XPIRES$/13J 7 /� � i [r ��Iv� K "''.fP ALDINI 2.12.96 D " NO. 13- 03 -3M260 1 M 1 10 > 3/4" cw-I i°- -N}N— MAKE —UP & FILL WATER SUPPLY TRIPLE DUTY VALVE, TYP. PU 52 GPM W 50'HD REVISION 2 1 2" 2 1/2" / 1 ® MOTOR r STARTER \ -3/4" DRAIN W /BALL VALVE TYPICAL RAIN CHWR — CHWR COMPOUN D GAGE 15 "Hg TO 60 PSIG, (TYP 2) u_ START —UP STRAINER T ▪ ▪ ,, r - ow) n� Y CHEMICAL FEED POT NALCO FTF -5 APPROVED DATE 2 1 2" CHWS SET TO PSIG 40 CHWR 2 1 2" CHWR l 1 MOTOR STARTER 0 -60 PSI HIGH CAPACITY FLOAT TYPE AIR VENT 3 �f 3/4" r FD PU (STANDBY) niqb,005o REVISION r DRAIN, TYP FD ROUTE TO f DRAIN DIFFERENTIAL PRESSURE TRANSMITTER (TYP 2) 2 1/2" CHWR 2 1/2" CHWS AIR VALVE FOR CHARGING FIRST FLOOR BY PRECHARGED TO 12 PSIG APPROVED DATE SCALE: NTS INTERIOR — hlU;'`+1 3/4" CHWS "-WAVE GUIDE HEAT EXCHANGER DUMMY LOAD BY BOEING Q 1 1 TI 1 T LCS HEAT EXCHANGER BY BOEING P &ID — COOLING WATER SYSTEM BOE/A/G FACILITIES DEPARTMENT FC77 HEAT EXCHANGER BY BOEING FLEX HOSE 46 GPM TYP. DP =6.6 PSI (15.3 FT.HD) HRIRFS fi /11/9l In — EXTERIOR BLDG WALL k HEAT TRACED PIPING EXTERIOR OF BLDG, (TYP) FLEX CONNECTION (TYP) ACCEPTABILITY THIS DESIGN AND /OR SPECIFICATION IS APPROVED APPROVED BY DEP, DATE CHILLER MAV 2" 44' CHWS / 54' CHWR ATE C HEC7 G.SMITH AROVED CPP .LYNC K M ALDINI 02.12.96 SUBTITLE 'RILE ■ / MAV fi MECHANICAL MASTER COL GROUND LEVEL LEGEND: PAID COOLING WATER SYSTEM BUILDING 13 -03 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M1a, M1b AND M1c. GENERAL NOTES: CONSTRUCTION NOTES: VERIFY FLOWRATE WITH BOEING PRIOR TO HYDRONIC BALANCING 2. SEE SPECIFICATION SECTION 15956 FOR CONTROLS AND SEQUENCE OF OPERATION. M.F.C. RCCEIVECI I.iry of nlo.wlu+ � rllnnlT CENTEP CIIY OF I UY0 AP PPpVEU MX 2 8 1956 NG ON SHEET LAST REVISION M360 JOB ND. MFC -95060 DWG NO. 13- 03 —M360 FACIUTY DESIGN SUPPORT OF COMP NO. 11// i /, 1 1 �� 2j1 1 1 I p 1 � 3 � +� IP'7! I P, 3 I Z PLUMBING FIXTURE CONNECTION SCHEDULE P p,...3 I MARK N UMBER DECRIPITION CONNECTION (INCHES) TYPE REMARKS / > V ENT / < -'� 13 2A + G A 2 1/ .11_ 4M1VR SAN NW CW 2,140,--„,......I 1 / 1 r_ I P P �SAtV `� � A - -- // , v / / N 1 P `6 I . v ,,2"►V P -1 WATER CLOSET 4 2 - 1 WALL HUNG FLUSH VALVE (A) ACCESSIBLE I 3 (A 1 2 .2 a , �`� `�� 4 " ` i \ V _Co / P -2 URINAL 2 1 1/2 - 3/4 WALL -HUNG FLUSH VALVE (A) ACCESSIBLE I P 2 ( q) I 2 I • ^N ?/ S "' / P - 3 LAVATORY 1 1/2 1 1/2 1 1/2 COUNTER TOP RECESSED (A) ACCESSIBLE P _♦ C /r `-� 4 M1 / , % -P 4 / // %/ I 4^ `.„ I F� `,, 0 ' 1 2 � � P - 4 MOP SINK 3 2 1/2 1/2 FLOOR MOUNTED - 2 • 4 1 1 /T �2�G0 2 1 1 I 1/ '1 1 I I' N �, I 4 I . • • P -5 SHOWER - - - - - NOT USED I 1 I p ` P -6 ELECTRIC WATER COOLER 1 1/2 1 1/2 - 1/2 WALL HUNG, HANDICAP - +�IG I V (q . [ P S PN 2 1, 1/2-1 R, P - 7 BAR SINK 1 1/2 1 1/2 1/2 1/2 COUNTER TOP RECESSED - "..i ��71/ t 2,Fp �/ PI PY i /� I / I I //f I , j i I , /2 i P , I • 1 / l 3 • , % / DIAGRAM P -8 SERVICE SINK - - - - NOT USED , 2 I . 1 1 I P `3 i I I II ` I I P S pN 2 t/2 P -9 EYE -WASH FOUNTAIN - - - - - NOT USED P -9A LAV EYE -WASH - - - - - NOT USED I I Ip 1 / 2 � p, 2 3 Wr - Z P 2 1 a, 2 \ N ,� 1 1 / y 4..... -' P $G / /I Fp•l / F P R 4 / / I IN O 0 4I c— N I R / < 2 I I 4 M1 E 0 ` /f / 2 � P -10 EYE -WASH AND SAFETY- SHOWER _ - - - - NOT USED 1 ` /� i P� `�> �/ / /f �� \\ ' '1 , 3 1� - � I p `ll I 7 I 1 ,, 2 i P -11 FREEZE PROOF EYE WASH AND SAFETY- SHOWER _ _ _ _ - NOT USED ' )2 � 1 /2 "V�G = P -12 WASH FOUNTAI - - - - - NOT USED 2 J f P, �S / v 1 (A) \ A 2 y ` -' \„ 4 ■ / /,\Z,V 4,,s AN NI 1 °SP 1 � P `6 I P -12A WASH FOUNTAIN - - - - - NOT USED /f 1/2 1 f.!-- P, I 2 1 1 2 P -12B WASH FOUNTAIN - - - - - NOT USED P.2 (A ) I P F CC 1 12 • FD -1 FLOOR DRAIN PLAN PLAN - - 1 /2"TRAP PRIMER (SAN ONLY) FINISHED AREAS . 2 " 5� 2V < 1/ F / / P\1`�(�V i FD -2 FLOOR DRAIN PLAN PLAN - - 1 /2'TRAP PRIMER (SAN ONLY) UTILITY AREAS GO 1 2 1 / 2 2 \1 I p. 2 FFD -1 FUNNEL FLOOR DRAIN PION PION - - 1/2 "TRAP PRIMER (SAN ONLY) - \\ FUD -1 FUNNEL DRAIN - - - - - NOT USED P `1W • 1 `1 HUD -1 HUB DRAIN - - - - - NOT USED 4 M1 1p S ITE SAN " � 2J /f P I p 1 2 (q) I 1 /2' < • 4, 2 1/2 -00 21 2 1/ 2 1 1/2�/ 4 16 0 4 ,0 I 2 FFp N + FGO malb...0030 4 /f I I I P\ A I 1 k ° � G , `- / "v, i , I 2 "F ' N AGO - • 2V% / �/ . �-... \ a /2 4' " 25 P,1�A�\ 0 ) c _ k SAN 1 / D\ . 1 / /� 1 2 FF - p _ � \ N /I P, 1 FGO SANITARY 2,Fp.t 2 V 1 r 1 I I )2 41 2 1 /T p I 1 \ ``� 2 Fp'1 2 "v 1 1 Z• I P `3 P J 1 2 1 p 2 I p .3 3 - 1 2, , 1 /2PyyG '` ^ � , � 4M1 ` ,ter\ S Ni . `L ,1 "SP 2 2 1 �, 2 1/ IN SEWER 1 1 `1 P , / V 1 -3 1 p, 1 1 I a 2 1 2• , 20 A N •� 4 "SA _ 2�/ /f 1 `2j/ i P, r P `3 I I 2P 2 N AND VENT .1 2 pN 2 1/ ,� `5 2 Al V / ; ' -' / SP N 3M1 S AN , RISER 1 l 1 P `6 Ito 4T Y r 7 cry �F III ,, si M1 CENTER FACILITY \ DESIGN SUPPORT SCALE NONE REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE B ®E /A/6 E SC L FACILITIES DEPARTMENT a v 1� r ' A .K /'' � • < S / � I„ �: F.� Q of 4'. �I �1/ �.'_+ •, i ,.9 C - ACCEPTABILITY THIS DESIGN AND /OR SPECIFICATION IS APPROVED ORA c Y D.McC�UNG DATE SOMME PLUMBING RISER DIAGRAM LAST RE VISION SHEET MGM . DATE of D.K. OT APPROVED BY DEPT. DATE J.M T TRE BUILDING 13 -03 MECHANICAL MASTER COL M.F.C• A C O O '1•/' -`/1 G C ED G.SMITH C.LYNCH JOD N0. MFC -95060 COMP N0. APP K. f�RALDINI 2.12.96 DWG NO. 13- 03 -M500 LEGEND: TERMINAL BOX ACCESS DOOR, COORDINATE WITH ALL TRADES TO ENSURE THAT DOOR SWING 1. SEE SHEETS M1a, M1b, M1c FOR MECHANICAL IS NOT BLOCKED BY ELECTRICAL LEGENDS AND ABBREVIATIONS. i'i�+ CONDUIT, PIPING, CEILING TIE WIRES, ETC. MAINTAIN 36" CLEAR INFRONT OF BOX AS REQUIRED BY NEC ARTICLE 110 -34 FLEX DUCT, MAX LENGTH OF 8', TYP WALL COLLAR m ?ate 4111 TYPICAL VAV TERMINAL I' CONTROL PANELS � � 0 MOTOR FILTER VAV UNIT 11 VD MAX" LOUVER, SEE ARCH DWGS / AND SPECS / SEE PLANS FOR DUCT / �- ARRANGEMENT, SIZE, AIR FLOW / AND NO. OF OUTLETS / DUCT FULL SIZE OF 5'x6 "x1/4" VAV OUTLET TO TEE STEEL PLATE r "MI MOTOR SIDE GUARD �� I n r ___ ■F----1 I I I I I I " —� • CEILING ACCESS TILE FOR NORMAL UNIT MAINTENANCE 24" HI H PRESSURE G ESSU E DUCT RUNOUT T -BAR CLG " I�)�II _j_ J l �' �Ali - GRID (REF) L J J BACKDRAFT DAMPER GENERAL NOTES: FLEX DUCT SIZE TO 4' -0" MIN � / 1 1/2 "x1 1/2 "x1/4 L PHENOLIC LAMINATE LABEL, BLACK LETTERS ON WHITE BACK GROUND, SUBMIT NV I MATCH UNIT INLET TO TEE BOTTOM ACCESS PANEL VD 1 II OR FIRST DIFFUSER (2 REQ'D) ATTACH TAKE -OFF UNLESS TO WALL WITH SHOWN OTHERWISE MIN (2) 3/8" EXP ON PLANS SHELLS EA FL SAMPLE FOR APPROVAL- W-XXX ACCESS -T -BAR ARROW POINTING TO WELDED SUPPORT FRAME MECHANICAL ROOM —� ROOM VENT FAN VAV MARK NO. ACCESS CLG TILE NOTE: FAN POWERED BOX SHOWN, MAINTAIN SAME CLEARANCES FOR NON- FANPOWERED (LABEL SHOWN VIEWED BOXES WITH ELECTRIC HEAT. FROM BELOW) VAV TERMINAL UNIT VAV IT ACCESS LABEL DETAIL INSTALLATION DETAIL ( MECHANICAL � NONE 1M1o,2M10 M903 SCALE: NONE 3M10 TO STRUCTURE FIRE SEPARATION f — HANGER WIRE SHEET METAL STRAP 2 "WIDE INSULATED FLEX DUCT. SLEEVE PER NPPA 1M1D, 2M10, 3M10, M451 M503 SCALE: NONE MOUNTING ANGLE PER NFPA j / SLIP JOINT TYP SHEET METAL DUCT AS CLOSE AS • / POSSIBLE- / 1 M45,.3_ M503 1 1/4x1 1/4x1/8 L & SUPPORT BRACE TO STRUCTURE ABOVE, (TYP 4). PROVIDE CONSTRUCTION NOTES: �\ • SEE PLANS FOR SIZE 1/ i i' �% j /� / / AL 2" MIN (TYP) -�� CROSS BRACE EA END OF SILENCER -� I 1 / I i / A NON- SECURE SIDE / �� S ECURE SIDE NON- CONDUCTIVE FLEX CONNECTION DUCT �� 1 / i f - CEILING GRID HANGER WIRE UP TO STRUCTURE. SEE ARCH /STRUCT DWGS FOR SIZE A LOC'N (TYP) A � i� 1 18 GA SHT METAL COLLAR, FASTEN I TO WALL &DUCT �' ��' � j ACCESS DOOR % i i i i L L\ v. "ZZ_ _, ■ ,� ' a ■ j . TO SMOKE DETECTION SYSTEM / DAMPER MOTOR A - - - - - - -- - - - - -- D �1/4" 0• ..... � ..�Z�� i MOUNTED EXTERIOR 0 g" i TO DUCT SNAP -TIE COMBINATION SMOKE & DUC FIRE DAMPER / 3" MIN 17'x12" 6" MAX SILENCER, PANEL .SEE SCHEDULE o, ELEVATION __- - -- "T' ` LAY -IN CEILING NOTES: CEILING GRID (TYP) TILE (TYP) 1 . FIRE DAMPERS FUNCTIONING AS TRANSFER AIR OPENINGS ADJUSTABLE PATTERN ARE SIMILAR TO ABOVE BUT NOT DUCTED. CONTROLLERS LAY - IN SUPPLY AIR DIFFUSER n TYPICAL SMOKE /FIRE DAMPER DETAIL n SECURITY SILENCER DETAIL SCALE: NONE 1M10,2M10 M503 SCALE: NONE 1M10,2M10,3M10,M505 M503 SCALE: NONE al q be.. 0030 3M1 a 2M10 M503 ,,IT UF'TU<V IA o �! 0 PCRMIT CENT FACILITY ,- DESIGN BUP,PORT SYM REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE ,. ;� � v.�sy n , e, = — r 1 / , D ( f ` ". 6' ; n�� �t �s ACC THIS DESIGN AND/OR SPECIFICATION IS APPROVED DRAWN BY M.CAUN DATE SUBTITLE LAST REVISION SYMBOL DATE r SECTIONS AND DETAILS D.KLQTZ SHEET M 5 0 3 OF BoE4FA, APPROVED BY DEPT. DATE D.KLOTZ TREE FACILITIES DEPARTMENT CHE G. BUILDING 13 -03 APPROVED C.LYNCH JOB N0. M FC -95060 COM N0. _ D'I X ALDINI 2.12.96 MECHANICAL MASTER COL M.F.C. D" NO. 13 03 -M503 rin /1 /' ECONOMIZER/ RETURN AIR FAN SECTION DISCH. SUPPLY FAN m FURNACE SECTION FURNACE AIL FILTERT SECTION ECONOMIZER/ RETURN AIR CONDENSING UNIT PLENUM 3S �- " SECTION SUPPLY FAN FAN SECTION SECTION 1" AiIR GAP- �1 1 /2"COND. FUNNEL- / /' 1/2"ID �1 1/2 "G ECONOMIZER/ RETURN AIR FAN SECTION .TERT SECTION SUPPLY FAN m FURNACE SECTION DX SECTION DISCFt. PLENUM CONDENSING UNIT SECTION FUNNEL �- " AIR GAP 220 SA LAST GATE DAMPER (TYP) REVISION -80 i-ttx (IYP) BAH` 40/28 A RL RS BY APPROVED DATE 2 11 AIR RECVR SYM RA-' RL RS 1 1/4 "G� 1 1/2 "A A T) rn bOoso J r- I RS RL 1 1/2"ID- REVISION 260 2 "G 0 SHROUD BY APPROVED 320 DATE SHROUD 10/16 ACOUSTIC PANEL PLENUM 0 w SECTION A SCALE: 1/4" =1' -0" 1 M10,2M10,M452 1504 ASFASWZAle FACILITIES DEPARTMENT -AIR MEASURING STATION BY CONTROLS CONTRACTOR NOY I ACOUSTIC I PLENUM ! te a 60 it \ 10/14 ACCEPTABILITY THIS DESIGN AND /OR SPECIFICATION IS APPROVED APPROVED BY DEPT. DATE 24/20 J DRAWN .CA fflS Z HLCKEO D.KLOTZ D.KLOTZ C HECKED G.SMITH APPROVED C. LYNCH K Pf►v ALDINI THIRD FLOOR FIRST FLOOR DATE 2.12.96 TIRE 120 CEILING LIN SECOND FLOOR SUBTTRE MECHANICAL MASTER COL 4' 2' SECTIONS AND DETAILS BUILDING 13 -03 LEGEND: 1. SEE SHEET M1a, M1b, AND M1c FOR MECHANICAL LEGENDS AND ABBREVIATIONS. GENERAL NOTES: CONSTRUCTION NOTES: GRAPHIC SCALE 0 2' 4' 8' M.F.C. JOB N0. DWG N0. LAST REVISION nrcEivro ciTV ur- ru „.vlLn PERMIT CENTER MFC -95060 FACILITY DESIGN SUPPORT SYMBOL SHEET M504 13- 03 -M504 DY OF 16' COMP NO. REVISION SIZE TO SUIT GRILLE CEILING M451 M505 LINE TRANSFER DUCT W /SOUND INSULATION IDENTIFICATION PLACARD, SEE NOTE BELOW 8 "0 SECTION SCALE: 1/2 " =1' -0" NOTE: DETAIL FINISHED FLOOR SCALE: 1 ° =1' -0" 1 M1 0,2M 10,3M10,M505I M505 -- c 7 SHORT RADIUS ELL 12 "0 A 20 GA. IDENTIFICATION PLACARD, 3/4" HIGH BLACK LETTERS ON WHITE BACKGROUND. PLACARD TO READ AS FOLLOWS FOR EACH RESPECTIVE SYSTEM: (1) "MODULAR AIL: STANDBY EQUIPMENT COOLING" (2) "AIL: "STANDBY EQUIPMENT COOLING" sr APPROVED DATE YM COMBINATION SMOKE & FIRE DAMPER, SEE OPEN END OF DUCT 2" THICK INSULATION 22 '0 BLAST GATE DAMPER M505 f FLOOR DETAIL M505 M5 M505 M503 RETURN AIR PLENUM SOUND ATTENUATOR JTIDS ROOM SCALE: NTS %OOW REVISION Dr APPROVED DATE SFD (WHERE SHOWN ON PLANS) / FROM CONSTANT VOLUME VAV BOX 500 CFM RETURN AIR GRILL (RAG) U EXTERIOR FACE OF WALL DUCTWORK TYP. FOR BOTH BENCHES SEE ARCHITECTURAL DWGS FOR CEILING PENETRATION DETAIL 30' 80 DOUBLE WALL ACOUSTIC DUCT, DETAIL SCALE: 3 " =1' -0" CEILING JTIDS ROOMS- DUCTWORK SCHEMATIC BO W //dG FACILITIES DEPARTMENT SECURE TO WALL W /UNISTRLT STANDOFFS 500 CFM EA. (ESTIMATED) SFD (WHERE SHOWN ON PLANS) JTIDS BENCH HOOD (BY BOEING) 0, 20 GA. 1 (TYP 4 ) M451,M505 M505 RETURN AIR PLENUM WOODEN JTIDS FAN ENCLOSURE (BY BOEING) 3"x3" FLANGED x 8"0 ROUND ADAPTER. SECURE & GASKET FLANGED END TO ENCLOSURE WALL AT FAN OUTLET WITH WOOD SCREWS, MIN. (1) EA. SIDE. - 12"0 20GA. SOLDER 1/4" MESH ALUM SCREEN TO 12 "0 DUCT COMPANION FLANG= 14 GA. 1/8" RUBER GASKET SLOT-11'P OF 2 COMPANION FLANGE FOR MOBILE A/C UNITS NOTE: VERIFY FLANGE DIMENSIONS WITH BOEING PRIOR TO FABRICATION AIRFLOW DESCRIPTION: APPROVED BY JTIDS BENCH FANS OFF: a. CONSTANT VOLUME SUPPLY = 500 CFM b. RETURN AIR EXITS VIA RAG AND SOUND ATTENUATOR ONE JTIDS BENCH FAN ON: a. CONSTANT VOLUME SUPPLY = 500 CFM b. SUPPLY AIR EXHAUSTED TO ADJACENT PLENUM VIA BENCH EXHAUST TWO JTIDS BENCH FANS ON: a. CONSTANT VOLUME SUPPLY = 500 CFM b. 1000 CFM EXHAUST FROM JTIDS BENCHES c. 500 CFM MAKEUP AIR PULLED FROM ADJACENT PLENUM VIA RAG & SOUND ATTENUATOR 1M101M505 CONSTRUCTION NOTES: CAULK PENETRATION WATERTIGHT WITH ELASTOMERIC SEALANT ALL AROUND 18 GA. BLANKING FLG. WITH (4)- 3/16"0x 1/2" STUDS ATTACH TO COMPANION FLANGE W /WING NUTS ACCEPTABILITY THIS DESIGN AND /OR SPECIFICATION IS APPROVED DEPT. DATE M CALFNITIS D.KLOTZ D.KLOTZ CHECKED G.SMITH AP'ftOV D C. LYNCH DATE APR V K. ALDINI 02.12.96 SUBTITLE ITT MECHANICAL MASTER COL SECTIONS AND DETAILS BUILDING 13 -03 LEGEND: 1. SEE SHEETS M1a, M1b, M1c FOR MECHANICAL LEGENDS AND ABBREVIATIONS. GENERAL NOTES: M.F.C. SHEET LAST REVISION PE HM IT CENT EN M505 JOB ND. MFC -95060 DWG No. 13- 03 —M505 FACILITY V DESIGN SUPPORT SYMBOL DATE OF COMP NO. CEILING IDENTIFICATION PLACARD, SEE NOTE BELOW N M451 M505 REVISION SIZE TO SUIT GRILLE LINE TRANSFER DUCT W /SOUND INSULATION NOTE: 8 "0 SECTION SCALE: 1/2" =1' -0" DETAIL SCALE: 1 " =1' -0" 1 M10,2M 10,3M 10,M505 1 M505 BY 7 SHORT RADIUS ELL 12 "0 APPROVED FINISHED FLOOR 20 GA. IDENTIFICATION PLACARD, 3/4" HIGH BLACK LETTERS ON WHITE BACKGROUND. PLACARD TO READ AS FOLLOWS FOR EACH RESPECTIVE SYSTEM: (1) "MODULAR AIL: STANDBY EQUIPMENT COOLING" (2) "AIL: "STANDBY EQUIPMENT COOLING" DATE YM OPEN END OF DUCT 2" THICK INSULATION (____ 22 "0 L � BLAST GATE DAMPER MM:505 COMBINATION SMOKE & FIRE DAMPER, SEE r FLOOR REVISION DETAIL M505 M503 SEE ARCHITECTURAL DWGS FOR CEILING PENETRATION DETAIL 80 DOUBLE WALL ACOUSTIC SECURE TO WALL W /UNISTR RETURN AIR PLENUM SOUND ATTENUATOR SCALE: MS %-OOW BY APPROVED DATE SFD (WHERE SHOWN ON PLANS) / FROM CONSTANT VOLUME VAV BOX 500 CFM RETURN AIR GRILL (RAG) U DUCTWORK TYP. FOR BOTH BENCHES JTIDS ROOMS - DUCTWORK SCHEMATIC Za EXTERIOR FACE OF WALL 30' 8 "0 DETAIL SCALE: 3 " =1' -0" BOWZA FACILITIES DEPARTMENT 3"x3" FLANGED x 8"0 ROUND ADAPTER. SECURE & GASKET FLANGED END TO ENCLOSURE WALL AT FAN OUTLET WITH WOOD SCREWS, MIN. (1) EA. SIDE. STANDOFFS f -8 "0, 20 GA. 4 . RETURN AIR PLENUM 500 CFM EA. (ESTIMATED) SFD (WHERE SHOWN ON PLANS) JTIDS BENCH HOOD (BY BOEING) WOODEN JTIDS FAN ENCLOSURE (BY BOEING) f -12 "0 20GA. SOLDER 1/4" MESH ALUM SCREEN TO 12 "0 DUCT COMPANION FLANGE 14 GA. 1 /8" RUBER GASKET 1 \ (TYP 4 ) M451,M505 1505 18 GA. BLANKING FLG. WITH (4)- 3/16"0x 1/2" STUDS ATTACH TO COMPANION FLANGE W /WING NUTS SLOT —TYP OF 2 COMPANION FLANGE FOR MOBILE A/C UNITS NOTE: VERIFY FLANGE DIMENSIONS WITH BOEING PRIOR TO FABRICATION AIRFLOW DESCRIPTION: JTIDS BENCH FANS OFF: a. CONSTANT VOLUME SUPPLY = 500 CFM b. RETURN AIR EXITS VIA RAG AND SOUND ATTENUATOR ONE JTIDS BENCH FAN ON: a. CONSTANT VOLUME SUPPLY = 500 CFM b. SUPPLY AIR EXHAUSTED TO ADJACENT PLENUM VIA BENCH EXHAUST TWO JTIDS BENCH FANS ON: a. CONSTANT VOLUME SUPPLY = 500 CFM b. 1000 CFM EXHAUST FROM JTIDS BENCHES c. 500 CFM MAKEUP AIR PULLED FROM ADJACENT PLENUM VIA RAG & SOUND ATTENUATOR 1M10M55 CAULK PENETRATION WATERTIGHT WITH ELASTOMERIC SEALANT ALL AROUND .KLOT CLYCH K RXAALDINI L ACCEPTABILITY THIS DESIGN AND /OR SPECIFICATION IS APPROVED APPROVED BY DEPT. DATE M CAL IRIS DATE 02.12.96 SUBTITLE TITLE MECHANICAL MASTER COL SECTIONS AND DETAILS BUILDING 13 -03 LEGEND: 1. SEE SHEETS M1a, M1b, M1c FOR MECHANICAL LEGENDS AND ABBREVIATIONS. GENERAL NOTES: CONSTRUCTION NOTES: M.F.0 SHEET r+rcnvro ary of TLCm�ts UMR REVISION PERMIT CENTER SYMBOL M 505 JOB No. MFC -95060 Dwc No. 13- 03 —M505 FACILITY DESIGN SUPPORT DATE OF COMP N0.