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HomeMy WebLinkAboutPermit M94-0110 - BOEING #14-01hb L ,/ c; I fzEJKSE, t I4-01 mQy -o��o City of ?Y.tkwi& Community Development / Public Works • 6300 Southcenter Boulevard, Suite 100 • Tukwila, Washington 98188 Permit No: M94 -0110 Type: B -MECH Category: NRES Address: 8620 EAST MARGINAL WY S Location: Parcel 4: 000160 -0019 Contractor License No: BAUGHIC2470Z TENANT BOEING #14-01 8620 EAST MARGINAL WY S, SEATTLE, WA 98124 OWNER BOEING CRISPIN D J, PO BOX 3707 -, SEATTLE WA 98124 CONTRACTOR BAUGH INDUSTRIAL CONSTRUCTION Phone: 206 726 -3661 900 POPLAR PL S, P.O. BOX 14135, SEATTLE, WA 98114 CONTACT SID BROWNE Phone: 206 655 -9923 P.O. BOX 3999, M/S 19 -35, SEATTLE, WA 98124 **********************************,********* * * * * * * * * ** * * * * * * * * * * * * * * * * * * * ** Permit Description: MECHANICAL UPGRADE. UMC Edition:. 1991 Valuation: 1,200,000.00 Total Permit Fee: . 318.75 ******************************************* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** Permit Center Authorized Signature 1 Date I hereby certify that I have read and examined this permit and know the same to be true and correct. All provisions of law and ordinances governing this work will be complied with, whether specified herein or not. The granting of this permit does not presume to give authority to violate or cancel the provisions of any other state or local laws regulating construction or the performance of work. I am authorized to sign for and obtain this buildiryg per it. Signature:_ Print Name: '2404e)'25 MECHANICAL PERMIT oot o- 94 Status: ISSUED Issued: 10/07/1994 Expires: 02/28/1995 Suite: (206) 431 -3670 Date: _ 7 / / v Title: 1 �' 1?� AAleie/ This permit shall become null and void if the work is.not "commenced within 180 days from the date. of issuance,,or the work is suspended or abandoned for a period of :180 days from .the last'. inspection. AMOUNT OWING: $31</N. -15 CONTACTED . • r DATE NOTIFIED W 0 init init. r I `� Imr 2nd NOTIFICATION BY: (init.) 3RD NOTIFICATION BY: (init.) PROJECT NAME )OF. I IJ 4 it v.f o f SITE ADDRES q6 a() e11s- M aitafI mi 5 SUITE NO. PLAN CHECK NUMBER M94-0 to PARTMENT ABUILDING - Initial review FIRE O PLANNING 0 OTHER X - inal review MBUILDING OFFICIAL Cl REVIEW COMPLETED CITY OF TUKt4r 4 Department of Community Development -- Permit Center 6300 Southcenter Boulevard - #100, Tukwila, WA 98188 (206) 431 -3670 Mechanical Permit Application Tracking 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 anytime. • 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. TE - 1- 25-11-1 INIT: INIT. Z OUTED) t j ,Q( C L/ 1NITTO (O 1 1 -\ INIT: Gi/`‘- >° 6 , ? ?V INIT: p'°" FIRE PROTECTION: REFERENCE FILE NOS.: UMC EDITION (year): V`cil UIREMEI FIRE DEPT. LETTER DATED: U Sprinklers CONSULTANT: Date Sent - Date Approved - ZONING: SCREENING REQUIRED? O Yes 0 No :OMMENTS Detectors JN /A IBAR/LAND USE CONDITIONS? INSPECTOR: , (7{ U Yes U 01/07/93 SITE ADDRESS SUITE # g6a o • /mss - h1/ " - - VALUE OF CONSTRUCTION - $ a.42a p� en PROJECT NAME/TENANT /0-52›. - /,V6 14 1) / ASSESSdR ACCOUNT # eise7 0/6 Co -- oevr Q Other: TYPE OF WORK: Q New /Addition Modifications Q Repair DESCRIBE WORK TO BE DONE: :TYPE ;: :RATING /SIZE: •:NUMBER OF:UNITS:.::? ADDRESS ( 60 /L y LO, 77/ ie/C'./G e, ff ZIP ..L ,o BUILDING USE (office, warehouse, etc.) y✓tiFi9 u,erg✓r NATURE OF BUSINESS: r/ WILL THERE BE A CHANGE IN USE? Cho Q Yes IF YES, EXPLAIN: WILL THER STORAGE OR USE OF FLAMMABLE, COMBUSTIBLE OR HAZARDOUS MAT RIALS IN THE BUILDING? 0 No ['Yes a /0/94 /51/2//3 e 0,c eLf - )v,A74 1- • E 1- 0/5 //e r, ~ IFYES, EXPLAIN: /-"M> • /440 -fici eg � 'J•Q PROPERTY OWNER 4 , . PHONE 6 , 37.; --_ 9 ct.� ADDRESS '7 ?v-1-6 „ 6". /11/9� /AJi9.. ZIP CONTRACTOR h/)A,/ /7N6 .4' / ,/ //4+* , PHONE ADDRESS ( 60 /L y LO, 77/ ie/C'./G e, ff ZIP ..L ,o PLAN CHECK FEE WA. ST. CONTRACTOR'S LICENSE # EXP. DATE DESCRIPTION AMOUNT RCPT .# DATE PERMIT FEE '. $15.00 UNIT(S) FEE .. PLAN CHECK FEE OTHER: TOTAL - ;.. CITY OF TUKWILA Department of Community Development - Building Division 6300 Southcenter Boulevard, Tukwila WA 98188 (206) 431 -3670 PLAN CHECK NUMBER APPLICATION MUST BE FILLED OUT COMPLETELY J HEREBY.CERTIFY:THAT I HAVE.:RE EXAMIN THIS:APRLICATIONAHD KNOW TH TR 'AND.CORRECT, AND I AM'AUTHORIZED Tot PPLY :FOR THIS PERMIT SIGNATUR 207 / PRINT NAME BUILDING OWNER OR AUTHORIZED AGENT CONTACT PERSON 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, lease contact the Department of Community Development at 431 -3670. • DATE APPLICATION G ur.: OD 19YII 1 -15_9(4 ADDRESS J , d' 39 PERMIT CENTER MECHAN 7 PERMIT APPLICATION fJ G�v�e --J FEES (for staff use only) DATE APPLICATION EXPIRES DATE PHONE c//,._3 CITY/Z IP PHONE 42/ "',1' SUBMITTAL CHECKLIST MECHANICAL Completed mechanical permit application (one for each structure or tenant) Two (2) sets of mechanical plans, which include: Note: Hood and duct systems require a building permit for the duct shaft. H • 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) Water heaters and vents are included in the UMC -- please include any water heaters or vents being installed or replaced. '7.1Mrsaq 4 • 0 .• .7; CI ••; •••• • 4 • •• ." • , " .14 Actoe-is,l'I NtO 7r1tt ALT 900. POPLAR 'PL' S SEATTLg ■-•.".:•••••. Uf/11/4 1U; Wq LJ 6, Le AblaillattVAMUICA*M 1 D PARTMENOF LABOR AND INDUSTRIES THIS CERTIFIES TH ed. o• •1$.8 THE PERSON NAMED HEREON IS REGISTERED AS PROVIDED BYLAW AS A • : " •,. oNTri' t •• • • WA ;96).,14 14.440 A. : • , STATE OF WASHINGTON ' ' NU.4.39 PUW2 tooN■friNsSIP:14.1MfAtm: 7 4- 3 • T 6 I ye o Ades al ald -- ' pca ntutos ae Wne: wg ) euse: Poe N. o: Project: _Approved per applicable codes. COMMENTS: I Inspector: Recept No.: INSPECTION NO. INSPECTION RECORD Retain a copy with permit V'-k. -±-1.1-2 U LA1- A P e (tw, rn Li 0 0 Corrections required prior to approval. • 0 $30.00 REINSPECTIONFgEBEQUIRED. Prior to reinspection, fee must be paid at 6300 Southcenter Blvd., SUlte 100. Call to schedule reinspection. Date: • PERPAIT NO. / 431-3670 • - . roe . e/ T _ ' � 6/ , _ Type o nspectoi n l /�']�/ Address: Date Called: Special Instructions: Date Wanted: / / / p.m. Requester: -- `, . -(.....) Phone No.: .. p:1 I Receipt No ,INSPECTION RECORD 0 Retain a copy with permit INSPECTIONTO CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 Approved per applicable codes. t>'..t•.A:'.:: :t .Wx eit Y; .L'tii.......�.. , .. (206) 431 -3670 ❑' \ Corrections required prior to approval. ❑ $30.00 REINSPECTIOI EE REQUIRED. Prior to reinspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. Dale: Pro ect " -- /7 ( / 4 1 Type of Inspection: / , � ! Ad :::: f LC(�/ lilcl L,IGS< -'4 - /a' l' /Cy) • ' `.- .- . ` c U ' % j } t d/, , / l C � : . p . rti rti Requester:__ ' . _ / \,... r 7 /CLtic_...) Phone No.: _ r _::f:'!k:nLS:i'tiY:Sii`:Q. *•*u`: i:0:¢_.!j�a:tfN.Y..�. „ +'u.r <tw ++w,n..a,.a ww w« vw..v.wru,.c.✓- r..uun. «..unw�cv Mr:vucYasre'....::,a . va,n'.n c.iar:.° pproved per applicable codes. ,INSPECTION RECORD Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 (206) 431 - 3670 ❑ Corrections required prior to approval. COMMENTS: ' • Inspector: Date: / 2 ❑ $30.00 REINSPECTION FEE REQUIRED. Prior to reinspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. I Receipt No,: Date: COMMENTS: Type of Inspection: Address: �^ "{ W ANu. 3o - ,e.4--ruit / v.sz. - t' ss Special instructions: 9 Date Wanted: //4 7 -A6 5cAl AI /6SO - PA3S Requester: Phone No.: If / 05/ - ('ps ;. ' /L a") t / <i 5y - (5 (L Y• CAPILq / - ` (',,5 .5vjL/ /v58 - ,Q4 9s /,1iA ' L 'J p -.7i 4 /o (EAL) 1. flpCf /O(0L. -- f ( LAP Pi. /(d3- P 35 cit.) r I -- ( pA- s i/ f c ' •», a ix 797F—ct: �•7 blc, /`(, d/ Type of Inspection: Address: �^ "{ W Date Called: 1r Special instructions: 9 Date Wanted: //4 7 -A6 (la p.m. Requester: Phone No.: ❑ Approved per applicable codes.- I Inspector: I Recept No.: ,INSPECTION RECORD Retain a copy with permit 0. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 ❑ $30.00 REINSPECTION FEE REQUIRED. Prior to reinspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. Corrections required prior to approval. Dale: (206) 431 -3670 -1- ro ect: `'l PC, l 6' ype o nspect S n: 0., „..x. Address: Address: 5 & La e.. .. vs Date Called: r Z ' Instructions: i Li �' >7 ik Cry �-6 -- r' oS oa r—) -5 "� ( ti- 1 Date Wanted: m p.m. Requester: a) ‘-t tA ri Phone No.: CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 [ReceNo,: , kti;Ji.,... ,^ • INSPECTION RECORD C Retain a copy with permit ( Date: PERMIT NO. (206) 431 -3670 COMMENTS: ii , 1 „, 1 �. �� / Z • 747 <p ,„. (rlis c-i-v-7-d A 4 Approved per applicable codes. ❑ Corrections required prior to approval. . _di. Al,. e: FIEFACWA ❑ $30. REINSPECTION F REQUIRED. Prior to reinspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. COMMENTS: ' • r" 'ZQOJ'L -- '' f t✓ ,d VA c, 5U PP( - tD 0 r1 c (e4 u G t-( /L.A t,JA ct,s 4 ta iq ( t '1-. CA -tA, (1,1 NI G , .. I ' tnJL , / L , a 1 P P 4 ; , - 5T7. L c., , J t O T 6 . Cc> P C rO A a-� WP rfq,.F, . 17. / r c r .t S (le � ( r4S u LA-nr 771 7 ►.... 1 6 Tt c . ------ Date Called: / a l Special Instructions: Project. Type of Inspection: 40 Addre 6.-- � r, ' Date Called: / a l Special Instructions: Date l /0%/Z P/ q4 4i p.m. Requester: ester: j s(ect,u ) Phone No.: LiS e //p • INSPECTION RECORD C Retain a copy with permit SPECTION O. ..-- =� CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 ERM(T NO. tI (206) 431 -3670 k Approved per applicable codes. ❑ Corrections required prior to approval. I Inspector: /' Date: I Z /6 5 y ❑ $30.00 REINSPECTION FEE REQUIRED. Prior to reinspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. • I Receipt No.: Date: COMMENTS: ' (< ) P -ou r r72-d in t4 /JG 6 7 I Z . Z 1 ,j 7v C.- a _ csiAG II- i r- /6 p efLo Aco . r,J01-k_._ 0 ._5 CA P C- to C7 19. , - , ,, igrrg -A 1 Ito k c.4 it A� w A- t-k.,% w t L. L. 6 E. r W SPw -s' , w Nt7--,.1 C- v w L6--- . ` u.�l y .1'!.4,4,., F 1 95L //.) Si /i r f iz A1-16( 31 At R-E AP <'/ 6: IL ,4U Et u ytiS , ... J Date Wanted: f / 0I 'R 1 t`iSt t1:» 0 Ucr to&vE` 0/ zzAai 1 ,47 AT Li rtQ /6.2_ rc 1 I . Requester ( Phone N o.: / ..,. C\ . / 4 Project: '7< J : (< ) Type of ; Ad � / ` u.�l y Date Called: Special Instructions: ... J Date Wanted: f / y am. p.m. Requester Phone N o.: / ..,. ci . / 4 nspector: 0 INSPECTION RECORD 0 Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 Approved per applicable codes. e: I X94 0//6 PERMIT NO. (206) 431 -3670 0 Corrections required prior to approval. 0 $30.00 REINSPECTION FEE REQUIRED. Prior to reinspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. Project: 1.--' CV Type ot Inspectioft g . _ I / IAA id i 4 < DC7E3 /VG /ct. Address: Date Called: 1 t [ 3 Special Instructions: Date Wanted: I 1 Iz 3M amiC.n Requester: Phone No.: .' • I Inspector: o $30.00 REINSPECTION FEE REQUIRED. Prior to reinspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. 0 INSPECTION RECORD C Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 0 Approved per applicable codes. COMMENTS: M99 d/(6 PERMIT NO. (206) 431-3670 0 Corrections required prior to approval. COMMENTS: ' ! / �,,, ` t "t ', Type of Inspection: f A 1) - C 1 n ij J t /Lc S NG P -' Gyi /-t t ./ .D t.t GI (.r NE"5 CJ ?<. . 7 htSL'Ica,t„r, Special Instructions: c b O r C ` I (y w r/u v � ° { .. Date Wanted: I ` f Co-9 am. a Requester: IIP• G +Va , 1 Alit- - SA 6 . C Lit , - TO (Z L.-. AJC . II- ..`IN.:.C. - 4 l-i u. 3-t) r) NI A . Z /.. r m.5 A AP A (-k` 3 Z•; ,,o 4. / Z c,, -, ,, �,....,,.,.. :. Project: joe in ! / �,,, ` t "t ', Type of Inspection: f A 1) - C 1 n Address: Date Called: Special Instructions: c b O r C ` I (y w r/u v � ° { .. Date Wanted: I ` f Co-9 am. a Requester: IIP• G +Va , Phon e No.: 0 �'.��/' �� I SPECT • N 1 0. I Inspector: } INSPECTION RECORD Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION • 6300 Southcenter Blvd., #100, Tukwila, WA 98188 • 2kApproved per applicable codes. ❑ Corrections required prior to approval. It {' (c4 ❑ $30.00 REINSPECTION FEE REQUIRED. Prior to reinspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. Date: DI 10 PERMIT NO. (206) 431 -3670 COMMENTS: k 1.41VJ MI 6 1'4 1 fitkFsStAie,< .0 0 cTS. rIZAPYA.. Li "J (2— -- 1) / 9. l erk- 0A )4 / 5 PX- To 6 %I Pg.() vi 0 "-/) Fd ill— 1 iv 5 ptc=1 r.. 0 iJ 0 '4 ccr- A- Cc ,1)-0 A'lz-6 i r4 . I- ue Date Called: z-I ocz-ac it — 5 Ph- ti Doci ra (4.__. A 3L-- .1 f Le L(N1/45 it 1 • 1‘ i‘ 3 ''- Ff-crti /e— A-Nen 31 dr (Z 1 A t-i t-c 3a C 1 KJ g.2-4/A16,„ Requested A P A MA5 9 - id . r (Aisf6c4m (---. Projo / 0 R ype o nspect .rt./6 1444...... Address: PO e ilic0 . . til Date Called: Special Instructions: / 40 1 7.1.. ',' I ct Date Wanted: „ / i/ ? / f g 0?).m. Requested Plane No .... . g 0 INSPECTION RECORD Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 Approved per applicable codes. er="nelp O .: PERMIT (206) 431-3670 0 Corrections required prior to approval. O $30.00 REINSPECTION FEE REQUIRED. Prior to reinspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. ••■■••■•••=7 COMMENTS: /G ( I 41- f°— P /L/ L t &c r fk ' : z 5 to A-pr O u.c rS AT •(-, n.ti's E- Z- A 1-410 ' ((c . .2) GN $Al D uc TS ress: i (0 / / 0 4 - . TC) 1 I-I S tA t„ A--pF , IV � 17: : F I r PAr.Paccc. A cG.=53 .IO ill lir / NSTA 1.4 -G � -� a Wanted: / � ��^ d �/ �P m . `r Requester ■ Phone No.: , Q • ro ect: /G fk ' : f r ` � • �` �} 7 e ress: i (0 / / �. , IV � 17: : Special Instructions: (.) ( °/°!,. � -� a Wanted: / � ��^ d �/ �P m . `r Requester ■ Phone No.: , 114SPE6ION RECORD Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 IK_Approved per applicable codes. PERMIT NO. (206) 431 -3670 O Corrections required prior to approval. D $30.00 REINSPECTION FEE REQUIRED. Prior to reinspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. Receipt No.: Date: COMMENTS: 0_ ' Ok-- ■ 1- A 1-t- D tA (XI OG... VI I ciA I E 0 Ov t LA i , k 17:- ar" newe V A V eavicqt 0 t.) E r-yeiLl - r - cztArts4 G.,.--viv Riz- 'NZ Special Instructions: ---10 1 / i // .4Yr7 11. Z. ANP 12- I- ( ' 9: Ts . C • ( 4;t / t //77 Request Phone No.6 , . Project 0_ "Tip o Inspect Addresseppo E r-yeiLl e Called: /0/ p9/ 91 Special Instructions: ---10 1 / i // .4Yr7 Date Wanted: : 4:: ( 4;t / t //77 Request Phone No.6 Approved per applicable codes. I inspector: o INSPECTION RECORD Retain a copy with permit V 6300 Southcenter Blvd., #100, Tukwila, WA 98188 ( )f , (206) 431-3670 CITY OF TUKWILA BUILDING DIVISION Corrections required prior to approval. We: 0 $30.00 REINSPECTION FEE REQUIFIED. Prior to reinspection, fee must be paid at 6300 Southcenter Blvd., Sulte to schedule reinspection. Receipt No.: Date: COMMENTS: 17K-7- ( „ 1 t 3,14 &ci'1.9 o r iis. M rr A ►sv,^,-,,) C.ii\i-,., / hr Fat. g,4fLS. ro rJ', 0 5SrYa TTh SCmP.‘. ar X464- --. 1.1Q" PL riS TO USu .S'rriAC NA ("A r D ‘:Lt Nrc ' (CO 1L- 0.ut CT. 5 t.( s P.—i- .S.c e n/ (A rNPO . wW■.7 5ucw 1 C 6r - LI onl'J Srn 4GNA, NC hM t C i r Mk= C`st .() r"�,AvJ r OG R 0 rJ N A r& 6=1) A- -I-4A» r r I 1 7 - T t A t,... / t I .D 't= A lr N L'Fr -v' S&A a-1 . e-, Q,--, !3 r S c cal . ril, ln 7 -- (--( /1-6 /5,r o x.ic r) \ ?- 1 ;7x16 rn.es r -r,JG, Arho SC,N Ltr,C GiC' /rJ S Alt Ito A1 S. I ci ' am. (m Requester i )9 — 50C't oc, lk1 - Ql Type of Inspec tl. C.o0 a Address: Date Called: 0 . 3 1 Special Instructions: f - •(' a ,,,1.i--n^"`ar`'s°0•! Date Wanted: I ci ' am. (m Requester i )9 I'taneNo: Cv S-!�s'/tp C] Approved per applicable codes. INSPECTION RECORD ', Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 (206) 431 -3670 ❑ Corrections required prior to approval. ❑ $30.00 REINSPECTION FEE REQUIRED. Prior to reinspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. Date: * A • City of Tukwila Fire Department TUKWILA FIRE DEPARTMENT FINAL APPROVAL FORM John W. Rants, Mayor Thomas P. Keefe, Fire Chit, Permit No. /S OHO Project Name , c e /^7 Address e..7(9 / L ' Mc '(J t. s' Suite # , Retain current inspection schedule Needs shift inspection X Approved without correction notice Approved with correction notice issued Sprinklers: Fire Alarm: Hood & Duct: Halon: Monitor: Pre -Fire: Permits: Authorized' Signa ure FINALAPP.FRM T.F.D. Form F.P. 85 Headquarters Station: 444 Andover Park East • Tukwila, Washington 98188 • Phone: (206) 57544404 • Fax (206) 5754439 { :Ak*:A *A*. •kk * * **'•k** *ic* "****** A*?4 * *kk *A *k Ak *k**itA* *'A *k ** *,“ **. * *k' LT1 SE 1•UKW ILA ,. • . TRANSMIT Jr %** k% 4***• k** A* A*** A•* *kk **k°k *h*Ak•k* *•kac *** **A• * ** *k * *,tiA *•A *k *:A•k* *•k* • TRANSMIT Number e 940O1'3 ; Amount.: 31.0.75 10/0,7/94 14•21•4 Permi 1.494 -0110 T ypea U EMI G1� MI CHtlNIGAl. PERMI.T'. Parcel "Na .'-.00019'.:QQi :.. • Addi^• ", EAST M(aRC7I.N(�1..,:.WY 0 Payment Method, CHECK Nutbtianl "UOEIN(3 C OMPANY Irtiilti`16§ ;4*h * * ** *:A* *k•*_ *JA,1". *** Jae** J.I c* A•:** k Jr******-** A *JrA*AJrA• * * A + *.A ** *** * *A•A• *A' Accauni; Coil` De.sc:ri.ptiar .Paid 0()0/345. [33:Q , PLAN 'CHECK - NQNRES .000/322.100: MECHANICAL:- ,NONRES.:. GENERA 63.75 GENERA 255.00 GENERA 6.50 GENERA 26.00 TOTAL . 351.25 CHECK 351.25: CHANGE 0.00- 6315A000 „15.59 1'ai;1 Fe0Ae Total All Payments: 0 al ance:. 75 25 «0 0 Total' ( T h i ' s Paymep. ) s 31(3 :,7.5 Address: 8620 EAST MARGINAL Wy. S •' Permit No: M94-0110 Suite: ' • - .Tenant: BOEING #14-01 Status: ISSUED Type: Et -MECH Applied: 07/25/1994 Parcel. #: 000160-0019 . ' .Issued: 10/07/1994 ************************************%A*44********************************A** Permit Conditions: — 1. , No changes will be ma cte-g;,,t■xiXfieRfang.'4 d by the A r c h i t e c t and t h e , . Tu011V-:Eiiiiid i ng DI Vilit(ii:V,,:;:„`, 2 . ' P 1 iambi ng permit sifall:3•4e ob,t a0 ned through t S e a t - t i e - K i n g i n g County D e p a rt ipfirkA1f p up 111,di Fla *1 t h 4',.', P 1 umbii ng w i4g* be inspected b sv . agency, Including `,,,, i all 9 , 6 'Vp it " :4 .4,- , -' , ,,, • ( 296 -,- 4722 ) f', ,,.. '-.• 3. El eotri oa,l;gpermtt 'Shall be:;,obtain "through 'tha Washington State Division ' fzi'f.,.., InliOst ri es and ,, ' , 44,1 1 ele ctrical work wii116/beiii),spabtatr by thast \Qd`ph.s.y (248-6630) A. ''i ') Ti t and A., ,4. All p py s i nseqti on ra,Rr;ds, : p lana "t,a\ ., Or ma 1 n t ci'available ) at t ys0)a' lob s i t'e' p r i or to tha-p s ta r.-to'of \'''' any ' d6tYstiitu4t i on i' • These' ' documents are to be ma i n fa itf4d...0 . 1 e u ,, 0. a v a ijan i . - - . n i 4 t i na 1 -1:fispe c ' a p p r o v a l v a 1 is granted. .. 5. Reary a a ccass it 1 e access . lifolohted equipment 'ri is r eq ,i r i iitt•It II 1, ,.. J. ,, . ' - d 6. An4k i nsulat.i.onS--bapk!ingi,m i i m a t e i r . a ,i s-h•eo I have a's Flamelt Spna'ad Rat pig c :;of'::2 5....,S1.',,1 es . i k and ita • e e V 0 1 shall bear 1 d ter ti at lon zrshow the'fi ma'pca yrat thereof 7 , Al 10`;0nst.pact fon '-.03 he don e' - '0 , ,, cotVo with approved p l a n S\ aiiiirqt.ii reiiikiit s ot ft0e\,',Linifox,4--Bui Code (19 „,,,, t' Edition) a slanfen d er by , Unit& 110 4phanIca 1 Code (1991 Ed'itfotT).';• inci-Wei'shingtbn State Ener CadC.S1991 Second Edition) 8. Va I idj,y of P;rrmtit. ' The issuance o \pr #pa,aificaelons• and comput i (ins is of • th iprov i lop of th a nu \ e s . - 10lcode or , oif EiVothep struedA' be a peril) t for,. or an pp s 4 va' • afprel s.„,,t t • be c o iistkii f,jinJ violatio I ordinanVeP,of. -t1)0 No permit. pti:eum .0to gi Nt, p'4%, 1, 'et';•. ' $ . • 40 ""' ,4 )• • a ti thor• i t'or ,v i o or - otm ce 1 the provi*i8ns of )s P•004'. -, - ,s.,, . "'. ' 1 ' ' , i;■• 0 ''.' ' • ,r • • • 4 • .047? shall be Valiti;;'d • '`51 • CITY OF TUKWILA DATE PROJECT' NAME ADDRESS CONTACT' PERSON CITY OF TUKWILA. 6300 SOUTHCENTER BOULEVARD TUKWILA, WA 98188 * * REIM! N SUBMITTAL * * /Y. 0 / 7z /1-40c4ht/i4-z_ 1-4) y S (Ze4e.e'rti4i PHONE ARCHliEcr OR ENGINEER '77/ //ALL /) PLAN CHECK/PERMIT NUMBER , 9d/- e7//z7 TYPE OF REVISION: — 77.0 PL./ / /0,2 7C pt) 4//) Z-e)/fe p ell - - 775cd.)-#45 , /AI& RECEIVED CITY OF TUKWILA JAN 1 1 1995 PERMIT CENTER / / / d A-S - 7i / "Cloud" or highlight all areas of revisions and date revisions. f SHEET NUMBER(S) SUBMITTED TO: • UUN OF I UOILIA APPROVED A 2 1:11111 Omir ro111gIn," DATE * REVISION SUBMITTAL * * 7/6/ CITY OF TUKWILA 6300 SOUTHCENTER BOULEVARD TUKWILA, WA 98188 PROJECT NAME I / )/ Ce / / 44 ADDRESS g6 ) ZE)y CONTACT PERSON �'� el 204e) PHONE 6 s -P -3 ARCHITECT OR ENGINEER — CHECK,PERMIT NUMBER r9 L C) II TYPE OF REVISION: , TLs /4 CL/j5'/✓`�c 1) P SUBMI'1'1'ED TO: SHEET NUMBER(S) "Cloud" or highlight all areas of revisions and date revisions. , 4-4''71770 - 70 J-9d� rA) �6 .e4Y6,ujfj /�i/ /vT.ACa CITY OF TUKWILA SEP 0 6 1994 PERMIT CENTER • ......_.._.,.,...,....... .......x.�e Fire Department Review Control #M94 -0110 (512) Dear Sir: City 'of Tukwila FIRE DEPARTMENT 444 Andover Park East Tukwila, Washington 98188 -7661 (206) 575 -4404 October 3, 1994 John W. Rants, Mayor Re: Boeing Company Building #14 -01 - 8620 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 #1646) Smoke detectors required by Uniform Mechanical Code Section 1009 (a), (HVAC 2000 cfm and greater), shall be installed in the main return -air duct ahead of any outside air inlet or they may be installed in each room or space served by the return -air duct. Detectors shall also be installed in the supply duct, downstream of the filters. Activation of any detector shall cause the air - moving equipment to automatically shutdown. Remote indicator lights are required on all above ceiling smoke detectors. (City Ordinance #1646) 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 #1646) (UFC 10.503) Call the Tukwila Fire Department at 575 -4404 for approval of any system shut down. Have job site address, name and the Tukwila Fire Department Job 11. • City Tukwila FIRE DEPARTMENT 444 Andover Park East Tukwila, Washington 98188 -7661 (206) 575 -4404 John W. Rants, Mayor Page number Number available to confirm shut down approval. (City Ordinance #1646) Dedicated fire alarm system circuit breaker(s) shall be equipped with a mechanical lockout device. (NFPA 72 (1- 5.2.8.2)) 2. This review limited to speculative tenant space only - special fire permits may be necessary depending on detailed description of intended use. 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: T.F.D. file ncd Awl Si Septe 4 -7110 NV • City ofila 6300 nter Bldv., Suite 100 98188 Attention: Duane Griffin Dear Mr. Griffin t8, 1994 008 GE''.. GiA 1A't O V . l v1`ED 1v` 139L -- Q273 We have received a clarification request from Sid Browne. The issue as we understand it, is the application of ceiling insulation to the area in the 14 -01 Building, we call the Wire Shop (rm #1100) and how this would interface with the application of rigid insulation applied on the roof deck, when the roof of the 14 -01 Building is redone." First, per our letter dated 9/23/94, we review the application of installing R -30 batt insulation to the ceiling space of the Wire Shop. This would be accomplish by using high lift platforms to suspend the vinyl face batt insulation between the existing roof purlins which are space approximately 8 feet o.c.. We would use metal wire supports between the roof purlins for sag control. This installation would cost Boeing $50,000 and is the most economical installation for this area. Boeing will install a rigid board insulation at the time the roof is required to be replaced. This is due to the ability of getting the required R value with the minimum of thickness while providing a means of installation without interrupting the building operation and manufacturing schedules. The existing roof is generally flat in slope with internal drainage (roof and overflow drains versus scuppers). This system will be modified to accommodate approximately 5 inches of rigid board material which will provide an approximate R value of R -20. The roof membrane will be evaluated at the time of installation but Boeing typically will use a built -up roof or single -ply roofing material. .. The issue which comes up here is the potential of double insulation at the Wire Shop or the problems associated with applying rigid insulation on the roof except over the Wire Shop. First, we would express concern with the economics of double insulation and the potential of a double vapor barrier which could occur during installation. A double vapor barrier could create physical problems down the road for maintenance personnel and the economics of payback for energy saved would not be reasonable as outline in our 9/23/94 letter. If a rigid board insulation is not applied over the Wire Shop with the rest of the roof, we will face some transition issues. First the 5 inches of insulation will be the difference in height in this location. This means that we have created a low spot on the roof which will collect water from other portions of the roof and hinder positive roof drainage at this location. Second, the problems associated with this type of transition between high spot and low spot creates problems for the installation of the roof membrane. The transition points would require solid cants and membrane reinforcement as not to break down the integrity of the roof membrane. This would be difficult at the building's perimeter parapet, which is minimum in height, thus not providing a typical termination point for the membrane. We may also jeopardize the warranty Boeing requires for all their roof membrane installation, due to the difficulty and non tradition installation parameters. We hope this summary points application. Please call if you Very truly yours, Ji • Hillier, FDS Job - Captain 7110 3U -EC 57 -6908 cc: Sid Browne out to you the issues and concerns Boeing will have with either feel any further clarificati9p' Iced --- REGISTERED A iTE T Concurren ■ GORDON A. CULTUM STATE OE WASHINGTON Go -= um' Architectural Supervisor 4 -7110 3U -EC 657 -6196 CITY OF TUKWILA Id: ACTP125 Keyword: UACT User: 1677 09/29/94 Activity Table Processing MECHANICAL PERMIT Permit No: M94 -0110 Tenant: BOEING .#14 -03 Status: PENDING Add±o s: 8620 EAST MARGINAL WY S Base Information Parcel No: 000160 -0019 Owner: BOEING Validated By: SLB Status: PENDING Applied Active /Inactive: A Completed Final Notice Sent: / / Nature of Work: Location: Category: Inspector Area: Valuation: UMC Edition (Yr): Fire Protection: MECHANICAL UPGRADE. NRES (RES, NRES, STOV) 1,200,000.00 1991 SPRINKLERED F1 =Help, ESC =Exit current screen. Type: B -MECH Vers: 9101 Screen: Plan Ck Approved: : 7/25/1994 Issued: : / / To Expire: Final Response By: / / 2/28/1995 / / Use Change (Y /N): N Storage of Flammable /Hazardous Materials:YES, PERMITTED UNDER FIRE DEPT. F7= Update, F2= Previous Line, F1= Screen Index, ESC = Cancel Update CITY OF TUKWILA Id: ROUT130 Keyword: UACT User: 1677 09/29/94 Activity document routing maintenance. MECHANICAL PERMIT Permit No: M94 -0110 Tenant: BOEING #14 -01 Status: PENDING Address: 8620 EAST MARGINAL WY S Route: 1 Current Route Line: 2 of 5 Packet Units Description Station Status Received Assigned Complete aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa Packet Units Action Station Initials Status Received Assigned Completed MECH 01 01 C BLDG KEN Approved 07/25/94 09/29/94 09/29/94 Priority (0 /low..9 /high): 0 Regular hours (HH.MM) .00 Overtime .Hours(HH.MM): Comments 1[MAJORH.V.A:C..UPGRADES REQUIRES REVIEW OF AUTO SHUT -OFF: 2[ 3[FIRE PLEASE REVIEW 4[ 5 [ BY KEN 6[ 7[ 8[ 9[ 10[ aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa 01 rvLIc BUILDING DEPARTMENT REVIEW 14 -01 BUILDING (HIGH BAY) 7755 EAST MARGINAL WAY SOUTH SEATTLE WASH. 98108 JULY 25, 1994 PREPARED FOR FACILITIES AND TECHNICAL SUPPORT SERVICES BCAG, PLANT II PREPARED BY BOEING FACILITY DESIGN SUPPORT P.O. BOX 3707 SEATTLE WASH. 98124 -2207 PREPARED B :- /Ala • • ► . ,. I . . // Si LL ".E CHECKED BY: a�.r/, i,�r� K. O. WIKS OM, P.E. APPROVED BY: K. RAMSEY, P.E. 0: 6 �yy4 RECEIVED CITY OF TUKWILA JUL 2 5 1994 PERMIT CENTER `EXPIRES 9/18/11-t SUMMARY CHECK SHEETS LOAD CALCULATIONS OFFICE TOWER HIGH BAY ELECTRICAL INDEX PROJECT DESCRIPTION SUMMARY •(o ^,biT4; � "F7! 7.,.,.......... `• 4l' .tsst?:'ii.�`.'f'� ",:tu;rptln,:: r7�;:4:�:�^ HVAC SYSTEMS WILL UTILIZE EXISTING CHILLED WATER AND HEATING HOT WATER FROM EXISTING CENTRAL SYSTEMS (EXCEPT FOR NEW CHILLER SERVING DATA CLOSETS AND ELEVATOR ROOM IN THE OFFICE TOWER.) EXISTING EQUIPMENT WILL BE CONTROLLED BY THE EXISTING ROBERTSHAW BUILDING CENTRAL MONITORING AND CONTROL SYSTEM. A NEW BUILDING CENTRAL MONITORING AND CONTROL SYSTEM WILL CONTROL THE NEW EQUIPMENT. HIGH BAY FIVE EXISTING DOOR HEATERS TO REMAIN. TEN EXISTING ROOF- MOUNTED HVAC UNITS REMAIN IN PLACE WITH THE CHILLED WATER COOLING ELIMINATED. EXISTING 100% OUTSIDE AIR ECONOMIZERS WILL PROVIDE THE ONLY COOLING. A NEW CONSTANT VOLUME HVAC UNIT WILL SERVE THE WIRE SHOP WITH HOT WATER COIL, CHILLED WATER COIL AND 100% OUTSIDE AIR ECONOMIZER. A NEW CONSTANT VOLUME AIR HANDLING UNIT WILL SERVE THE BLUE STREAK AREA WITH HOT WATER HEATING AND 100% OUTSIDE AIR ECONOMIZER COOLING. NEW EXHAUST SYSTEMS WILL SERVE THE TOILET ROOMS, THE SOLDERING TABLE, THE PAINT SPRAY BOOTH AND THE AQUEOUS CLEANER (MAKE -UP AIR WILL COME FROM EXISTING AIR HANDLING SYSTEMS.) A NEW WATER HEATER WILL SERVE THE TOILET ROOMS. FOUR NEW AIR CLEANERS TO BE INSTALLED FOR WELDING AREA. OFFICE TOWER THREE NEW VARIABLE AIR VOLUME UNITS UTILIZING EXISTING CHILLED WATER AND HOT WATER, AS NOTED ABOVE, TO SERVE THE OFFICE AREAS. INDIVIDUAL ZONES HAVE EITHER COOLING ONLY VAV BOXES OR PARALLEL FAN POWERED VAV BOXES WITH HOT WATER HEATING COILS. ONE CONSTANT VOLUME AIR HANDLING UNIT WILL SERVE THE VISIBILITY CONFERENCE ROOM ON THE THIRD FLOOR. A SEPARATE CHILLER WILL PROVIDE COOLING TO THE DATA CLOSETS AND ELEVATOR EQUIPMENT ROOM WITH FUTURE CAPACITY FOR EXPANSION (50 %). A SINGLE CONSTANT VOLUME COOLING ONLY AIR HANDLING UNIT WILL SERVE THE ELEVATOR EQUIPMENT ROOM. INDIVIDUAL COMPUTER ROOM AIR CONDITIONING UNITS WITH HUMIDIFIERS AND ELECTRIC REHEAT COILS WILL SERVE EACH OF THE FOUR DATA CLOSETS. A NEW EXHAUST SYSTEM AND DOMESTIC WATER HEATING SYSTEM WILL SERVE TWO NEW EAST TOILET ROOMS ON THE SECOND AND THIRD FLOORS AND THE EXISTING EAST TOILET ROOM AND CENTRAL TOILET ROOM ON THE FIRST FLOOR. EXISTING EXHAUST SYSTEMS AND HOT WATER HEATING SYSTEMS FOR THE WEST TOILET ROOMS WILL BE REUSED. COFFEE SINKS TO BE PROVIDED WITH INDIVIDUAL WATER HEATERS. ONE EXISTING DOOR HEATER TO REMAIN. CHECK LIST SUMMARY 1412.1 TEMPERATURE ZONES ARE SHOWN ON HVAC SHEETS 1M10 THROUGH 1M19. 1412.2 DEAD BAND CONTROL WILL BE ACCOMPLISHED THROUGH HEATING AND COOLING SET POINTS OF 68 DEGREES F AND 75 DEGREES F RESPECTIVELY. 1412.3 THE FOUR COMPUTER ROOM AIR CONDITIONING UNITS (CRU -1 THROUGH -4) HAVE HUMIDITY CONTROL BUILT INTO UNIT MOUNTED CONTROL PANELS. 1412.4 AUTOMATIC SET BACK IS ACCOMPLISHED THROUGH THE BUILDING CENTRAL MONITORING AND CONTROL SYSTEM. 1412.4.1 INTEGRAL CONTROL DAMPERS ARE PROVIDED FOR AHU -30 THROUGH -35 AND ARE MONITORED AND CONTROLLED VIA THE BUILDING CENTRAL MONITORING AND CONTROL SYSTEM. 1412.7 BALANCING DAMPERS AND CONTROLS ARE SHOWN ON THE PLANS, DETAILS AND SCHEMATICS. 1413 AIR SIDE ECONOMIZERS CAPABLE OF 100% OUTSIDE AIR ARE PROVIDE FOR AHU -30 THROUGH -35. THE BUILDING CENTRAL MONITORING AND CONTROL SYSTEM CONTINUALLY MONITORS OUTSIDE AIR TEMPERATURE AND SPACE TEMPERATURE AND WILL UTILIZE OUTSIDE AIR FOR COOING WHEN EVER IT IS LESS THAN ROOM SET POINT. 1414 DUCTS ARE SEALED PER SECTION 15890 PARA, 3.12 AND INSULATION IS PROVIDED PER SECTION 15290. SEPARATE DUCT SYSTEMS ARE INDICATED ON SHEETS 1M10 THROUGH 1M19. 1441 INSULATION BENEATH EACH OI- THE NEW ELECTRIC WATER HEATERS HAS BEEN CALLED OUT ON PLANS. 1442 THE NEW DOMESTIC HOT WATER CIRCULATING PUMP WILL BE CYCLED ON AND OFF PER THE OCCUPANCY SCHEDULE ON THE BUILDING CENTRAL MONITORING AND CONTROL SYSTEM. 1432.1 AHU -30 THROUGH -36 AS WELL AS THE FOUR COMPUTER UNITS WILL BE MONITORED AND CONTROLLED BY THE BUILDING CENTRAL MONITORING AND CONTROL SYSTEM AND HAVE THE CAPABILITY OF BEING INDIVIDUALLY TURNED ON AND OFF. 1432.2.1 THE BUILDING CENTRAL MONITORING AND CONTROL SYSTEM WILL RESET THE SUPPLY AIR TEMPERATURES ON AHU -30 THROUGH -32 AND -34 TO SATISFY THE SPACE CONDITIONS. 1432.2.2 THE CENTRAL HYDRONIC SYSTEM (BOILERS, PUMPS ETC.) IS EXISTING. 1433 ECONOMIZERS ARE PROVIDED AS INDICATED ABOVE EXCEPT FOR COMPUTER ROOM UNITS (CRU -1 THROUGH -4) AND ELEVATOR EQUIPMENT ROOM UNIT (AHU -36.) THESE UNITS HAVE A SUPPLY CAPACITY LESS THAN OR EQUAL TO 2800 CFM AND OR A COOLING CAPACITY LESS THAN 84,000 BTU /HR. 1434 AHU -30 THROUGH -36 AS WELL AS THE FOUR COMPUTER ROOM UNITS WILL BE MONITORED AND CONTROLLED BY THE BUILDING CENTRAL MONITORING AND CONTROL SYSTEM AND HAVE THE CAPABILITY OF BEING INDIVIDUALLY TURNED ON AND OFF. 1435 FAN POWERED VARIABLE AIR VOLUME UNITS UTILIZING PLENUM HEAT HAVE BEEN PROVIDED AND PRIMARY AIR IS REDUCED PRIOR TO REHEATING. CRU'S HAVE SPECIFIC HUMIDITY LEVELS. 1437 MOTORS 1 HP AND LARGER WILL ALL BE HIGH EFFICIENCY PER SPECIFICATION SECTION 15050 PARA. 2.01.A.14. 1438 AHU -30 THROUGH -32 ARE VARIABLE AIR FLOW SYSTEMS EMPLOYING VARIABLE SPEED MOTORS FOR BOTH SUPPLY AND RETURN AIR AND ARE CONTROLLED BY THE BUILDING CENTRAL MONITORING AND CONTROL SYSTEM. Envelope Requirements (enter values as applicable) Fully healed/cooled space Minimum ulatan R lues Roofs Over Attic Concrete/Masonry Option All Other Roofs Opaque Walls Below Grade Walls Floors Over Unconditioned Space Slabs -on -Grade Radiant Floors Maximum U- factors Opaque Doors Vertical Glazing Overhead Glazing Maximum SHGC (or SC) VerticaVOverhead Glazing I Space Heat Type ❑ Electric resistance ❑ All other (see over for definitions) Glazing Area Calculation Note: Below grade walla g may be included in the Gross Exterior Wall Area if they are insulated to the level required for opaque walls. Total Glazing Area (rough wing) Gross Exterior (mil & overhd) divided Wall Area times 100 uals X Glazing by X 100 = T X Concrete/Masonry Option CI Check here K using this option and if proieel meets el requirements for the ConcreteNasorwy Option, See Decision Flowchart (over) for qualifications. Enter requirements for each qualifying assembly in the table below. Project Info Compliance Option 1994 Washin ton State Nonresidential Ener Code Com a Iia ce Form Envelope Summary Climate Zone 1 ENV -SUM 1994 Washington State Nonresidential Energy Code Compliance Fonns Project Address Applicant Name: Applicant Address: Applicant Phone: Semifioated space* Minimum Insulatlon R- values Roofs Over Semi- Heated Spaces' 'Refer to Section 1310 for qualifications and requirements Notes: ❑ Prescriptive ❑ Component Performance (See Decision Flowchart (over) for qualifications) Date For Building Department Use ❑ ENVSTD •6 April 1ggi ❑ Systems Analysis 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 Z 9.0 Btu/fPoF 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 8 position) 1J-factor Fan Equipment Schedule Equip. ID Brand Name' Model No.' CFM SP' HP /BHP Flow Control . Location of Service Location 4 :-�- 2c - &VG. SCE l'c"oU LE '' 4 I•E"DULE Q 2. — Cooling Equipment Schedule Equip. ID Brand Name' Model No. Capacity' Total CFM OSA CFM Econo SEER or EER IPLV Location 4 &VG. SCE l'c"oU LE - t =�� a Z -- 2. Heating Equipment Schedule Equip. ID Brand Name' Model No.' Capacity Total CFM OSA cfm Econo Input Btuh Output Btuh Efficiency` 4 &VG. SCE l'c"oU LE - t =�� a Z -- 2. Project Info Project Address 14- ..63, qnc,�Ny Date 5/3/9,4. '1755 EST M A»1► tL Mc", 'Z. — For Building Department Use . 'SEMI LE. Wil. 9 t oe Applicant Name: a atN4 M r 1,`�GHEL•L FFEFF T'u, Applicant Address: °Too 5• 3C: x. 'W �Y ft Applicant Phone: e e J 7_ ca , 55 r • Mechanical Summary • MECH -SUM 1994 Washington State Nonresidential Energy Code Compliance Forms Project Description Briefly describe mechanical system type and features. Compliance Option Equipment Schedules 1994 Washin ton State Nonresidential. Ener :Code Com • liance Form ......,........ ❑ Simple System Complex System ❑ Systems Analysis (See Decision Flowchart (over) for qualifications) April, 1994 The following information is required to be incorporated with the mechanical equipment schedules on the jjm For projects without plans, fill in the required information below. 'If available. 1 As tested according to Table 14-1, 14-2 or 14-3. D If required. ' COP, HSPF, Combustion Efficiency, or AFUE, as applicable. 5 Flow control types: VAV, constant volume, or variable speed. • Mechanical Permit Plans Checklist rr ' irMlr t 1'a no n.a. no n.e. no n.a. no n.a. no n.a, yes no . es no no n.a. yes no s .no no n.a. no n.e. no n.e. e no n.a. no n.a. no n.a, no n.e. no 1. ;010111 ;11l14:la4_1111iiref 111:(4_11 1 1:10I•114-11-`f • t rrlibritl 1412.1 1412.2 1412.3 1412.4 1412.4.1 1412.5 1412.6 1412.7 1422 1423 1413 1413.1 1413.2 1413.3 1414 1414.1 1414.2 1415.1 1424 1440 Automatic setback Air economizers Operation Control Ducting systems Duct sealing Duct insulation Piping insulation Separate air sys. Mech. Sum. Form Service water ht.. Elec. water heater Shut -off controls Heated • • • Is Indicate 5 degree deadband minimum Indicate humidistat Indicate R -10 insulation under tank Indicate automatic shut -off MECH -CHK 71erlWI err MiTia - • rj Tern . ure zones. Deadband control " Humid control Dampers • Heat pump control Combustion ht . Balancing Thermostat interlock Economizers Int .rated o Ion Indicate locations on . = ns Indicate thermostat with ni a ht setback and 7 different da Indicate damper location and automatic controls Indicate microprpcessor on thermostat schedule Indicate modulating or staged control Indicate balancing features on plans Indicate thermostat interlock on plans E . ui •ment schedule Indicate 100% capability on schedule Indicate controls able to evaluate outside air 3 Indicate ca . : bil' for • rtial coolin Indicate sealing necessary 1 Indicate R -value of insulation on duct / Indicate R -value of insulation on piping J Indicate separate systems on plans Completed and attached. Equipment schedule with types, in • ut/out . , efficien , cfm, h • , economizer I 1 3 1904 Washington State Energy Code Comphance Forms Project Address '. State Nonresidential Energy Code Compliance Form 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 Code' (circle one) Section Component Information Required HVAC RE UIREM NTS (Sections 1401 -1424) 1411 Egpmt performance no IU11r 1411.4 Pkg. elec. htg.8 cig. List heat pumps on schedule no n.a. 1411.1 Minimum efficiency Equipment schedule with type, capacity, efficiency 1412 HVAC 1452 Pool water heaters yes no 1453 Pool heater controls yes no i glj► 1454 Pool covers yes no Arlo 1454 Pools 90+ degrees Indicate R -12 pool cover If "no" is circled for any question, provide explanation: yes no Indicate not electric resistance Indicate switch and 65 degree control Indicate vapor retardant cover 'Date I Location, Building Department Ion Plans! Notes TOP- 3�7 ./01/4)0117 M 3 1//40 I PMt_"t.1 r Apn1.1004 Mf! Project Address Date The following additional information is necessary to check a mechanical permit application for a complex mechanical For Building Department Use 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. Applicability I Code 'Information Location Building Department (circle one) Section Component Required on Plans Notes ADDITIONAL CHECKLIST ITEMS FOR COMPLEX SYSTEMS ONLY yes not 1431.1 Field aysem. sys. Provide calculations 1432 Controls stED n.a. 1432.1 Setback 8 shut -off Indicate separate systems or show isolation devices on plans /j' 3/3 77 1$} v 7 1432.2 Temp. reset control cap no n.a. 1432.2.1 Air systems Indicate automatic reset ft ) . / ? / 3 f e u ) 317 no 1432.2.2 Hydronic systems Indicate automatic reset no n.a. 1433 Economizers Indicate economizer on equipment schedule or provide /f313 calculations to Justify exemption I / no n.a. 1434 Separate air sys. Indicate separate systems on plans ..ono n.a. 1435 Simul. htg. & cig. Indicate that simultaneous heating and cooling is prohibited, fi, unless use of exception Justified 31 ntfew . m3/7 yes non. 1436 Heat recovery Indicate heat recovery on plans; corn 'fete and attach heat recove calculations <'r-* o n.a. 1437 Elec. motor effic. MECH -MOT or E. ui'. Schedule with h., .m, efficienc .1- /Z, • - no n.a. 1438 Variable flow sys. Indicate variable flow on fan and pump schedules " 3)3 C • Decision Flowchart 1994 Washington State; Nonresidential Energy Code Compliance Form Mechanical - Complex Systems Checklist 1994 Wa$Mnpton State Energy Code Compliance Forms MECH -COMP Awl. 1994 no is circled for any question, provide explanation: SscsNs 1432.2 Hot Water Supply Temperature Reset Controls Required Yes • ' Capacity of HW • Heating System Greater Than 600.000 atuh ^. No 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. Sesame 1411.1 Equipment Par.. Shall Meet Tables 14.1 through 14-3 / Field- Yes Assembled NE • / Air No System ` . Yes • �f ---: Saving \ \' Multiple • No; i Sees.a 1431.1 Calculations of Total On -site Energy input & Output Required Seed.. 1432.2.1 Supply Air Reset Controls Required (continued on back) i i 1994 Washington State Nonresidential Energy Code Compliance Form Electric Motors ti ?MVO EWE ?AMU NM II OLT= 111M11 MECH -MOT 1994 Washington State Energy Code Compliance Forms Project Address Date Apnl,1994 Complete the following for all design A & 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). Motor No. or Location HP 2 Type (open or closed) For Building Department Use Synch. Speed Min.Nom. Full bad Efficiency • Description of A2. lication or Use 1111F EWA a. L. 'l 0111111111 1t.' ll lilt A 11111trI IIIIIII Exceptions: 1. Motors in systems designed to use more than one speed of a multi -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). For motors claiming an exception, list motor and note which exception applies. 0. • n Motors Closed Motors Synchronous Speed (RPM) 3,600 1,800 1,200 3,600 1,800 1,200 HP Efficiency (99 Efficiency (96) 1.0 - 82.5 80,0 75.5 82.5 80.0 1.5 82.5 84.0 84.0 82.5 84.0 85.5 2.0 84.0 84.0 85.5 84.0 84.0 86.5 3.0 84.0 86.5 86.5 85.5 87.5 87.5 ' 5.0 _ 85.5 ' 87.5 87.5 87.5 87.5 87.5 7.5 87.5 88.5 88.5 88.5 89.5 89.5 10 88.5 89.5 90.2 89.5 89.5 89,5 15 89.5 91.0 90.2 90,2 91.0 90.2 20 90.2 91.0 91.0 90.2 91.0 90.2 25 91.0 91.7 91.7 91.0 92.4 91.7 30 91.0 92.4 92.4 91,0 92.4 91.7 40 91.7 93.0 93.0 91.7 93.0 93.0 50 92.4 93.0 93.0 92.4 93.0 93.0 60 93.0 93.6 93.6 93.0 93.6 93.6 75 93,0 94.1 93.6 93.0 94.1 93.6 100 93.0 94.1 94.1 93.6 94.5 , 94.1 125 93.6 94.5 94.1 94,5 94.5 94.1 150 93.6 95.0 94.5 94.5 95.0 95.0 200 94.5 95.0 94.5 95.0 95.0 95.0 1994 Washington State Nonresidential Energy Code Compliance Form Electric Motors ti ?MVO EWE ?AMU NM II OLT= 111M11 MECH -MOT 1994 Washington State Energy Code Compliance Forms Project Address Date Apnl,1994 Complete the following for all design A & 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). Motor No. or Location HP 2 Type (open or closed) For Building Department Use Synch. Speed Min.Nom. Full bad Efficiency • Description of A2. lication or Use 1111F EWA a. L. 'l 0111111111 1t.' ll lilt A 11111trI IIIIIII Exceptions: 1. Motors in systems designed to use more than one speed of a multi -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). For motors claiming an exception, list motor and note which exception applies. CODEMTR.XLS ATTACHMENT B 7/25/94 MOTOR HP TYPE DESCRIPTION SPEED MIN FULL NO. OR LOAD EFF. LOCATION • CRU -1 1.5 OPEN SUPPLY FAN 1750 84 CRU -4 1.5 OPEN SUPPLY FAN 1750 84 CHWP -1 3 OPEN PUMP 1750 86.5 CHWP -2 3 OPEN PUMP .1750 86.5 * NOTE : HIGH EFF MOTOR REQUIRED PER SECTION 15050 PARA. 2.01A.14 CODEMTR.XLS c Trane Air Conditioning Economics By: C.D.S. MARKETING 14 -01 BLDG OFFICE TOWER THOMPSON SITE BCAG LARPENTEUR- SCHELLPFEFFER SYSTEMS 1', 2, 3, & 4 Weather File Code: SEATTLE Location: Latitude: 47.0 (deg) Longitude: 122.0 (deg) Time Zone: 6 Elevation: 598 (ft) Barometric Pressure: 29.2 (in. Hg) Summer Clearness Number: Winter Clearness Number: Sumner Design Dry Bulb: Sumner Design Wet Bulb: Winter Design Dry Bulb: Sumner Ground Relectance: Winter Ground Relectance: Air Density: Air Specific Heat: Density- Specific Heat Prod: Latent Heat Factor: Enthalpy Factor: Design Simulation Period: July To August System Simulation Period: January To December Cooling Load Methodology: TETD /Time Averaging C ******************************************* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** ** TRACE 600 ANALYSIS ** ** ** ** by C.D.S. MARKETING ** ** ** ********************************************** * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** 1.00 1.00 85 (F) 67 (F) 20 (F) 0.20 0.20 0.0742 (Lbm /cuft) 0.2444 (Btu /lbm /F) 1.0882 (Btu- min. /hr /cuft /F) 4,790.2 (Btu- min. /hr /cuft) 4.4519 (Lb- min. /hr /cuft) Time /Date Program was Run: 11:17 :59 7/16/94 Dataset Name: 14010FT7 .TM ** V 60 PAGE 1 C Trane Air Conditioning Economics By: C.D.S. MARKETING 1171FLOW - ALTERNATIVE 1 Main Auxil. Room Outside Cooling Heating Return Exhaust Supply Exhaust System System Airflow Airflow Airflow Airflow Airflow Airflow Airflow Number Type (Cfm) (Cfm) (Cfm) (Cfm) (Cfm) (Cfm) (Cfm) 1 FPVAV 3,820 20,729 848 20.729 20,729 0 2,749 2 FPVAV 9,880 37.624 1,739 37,624 37,624 0 5,740 3 FPVAV 5,280 22,077 1,114 22,077 22,077 0 3,008 4 SZ 1,020 1,020 1,020 1,020 1,020 0 192 Totals 20,000 81,450 4,720 81,450 81,450 0 11,689 CAPACITY - ALTERNATIVE 1 Cooling Heating Main Sys. Aux. Sys. Opt. Vent Cooling Main Sys. Aux. Sys. Preheat Reheat Humidif. Opt. Vent Heating System System Capacity Capacity Capacity Totals Capacity Capacity Capacity Capacity Capacity Capacity Totals ar Type (Tons) (Tons) (Tons) (Tons) (Btuh) (Btuh) (Btuh) (Btuh) (Btuh) (Btuh) (Btuh) 1 FPVAV 54.6 0.0 0.0 54.6 - 588,016 0 - 166,279 - 90,464 0 0 - 754,295 2 FPVAV 111.0 0.0 0.0 111.0 - 1,065,055 0 - 430,062 - 163,855 0 0 - 1,495,116 3 FPVAV 62.9 0.0 0.0 62.9 - 625,865 0 - 229,831 - 96,287 0 0 - 855,696 4 SZ 5.4 0.0 0.0 5.4 - 66,599 0 - 36,537 0 0 0 - 66,599 Totals 233.9 0.0 0.0 233.9 - 2,345,534 0 - 862,709 - 350,605 0 0 - 3,171,706 ENGINEERING CHECKS - ALTERNATIVE 1 SYSTEM SUMMARY (Design Airflow Quantities) SYSTEM SUMMARY (Design Capacity Quantities) The building peaked at hour 15 month 7 with a capacity of 233.9 tons ENGINEERING CHECKS Percent Cooling - -- Heating - - -- System Main/ System Outside Cfm/ Cfm/ Sq Ft Btuh/ Cfm/ Btuh/ Floor Area Number Auxiliary Type Air Sq Ft Ton /Ton Sq Ft Sq Ft Sq Ft Sq Ft 1 Main FPVAV 18.43 1.13 379.3 335.4 35.78 0.05 -41.16 18,328 2 Main FPVAV 26.26 0.98 339,0 344.9 34.80 0.05 -39.07 38,269 3 Main FPVAV 23.92 1.10 351.1 318.9 37,63 0.06 -42.68 20,051 4 Main SZ 100.00 0.80 188.7 236.8 50.69 .0.80 -52.03 1,280 V 600 PAGE 2 Trane Air Conditioning Economics By: C.D.S. MARKETING TEM CHECKSUMS System 1 *r " * * * * * * * * * * * * * * * * * * * * ** COOLING COIL PEAK * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** CLG SPACE PEAK * * * * * * * * * * ** HEATING COIL PEAK Peaked at Time = => Mo /Hr: 7/15 * Mo /Hr: 7/16 Outside Air = => OADB /WB /HR: 88/ 72/ 97.7 * OADB: 87 * Space Ret. Air Ret. Air Net Percnt * Space Sens. +Lat. Sensible Latent Total Of Tot * Sensible Envelope Loads (Btuh) (Btuh) (Btuh) (Btuh) ( %) * (Btuh) Skylite Solr 0 0 0 0.00 * 0 Skylite Cond 0 0 0 0.00 * 0 Roof Cond 0 5,005 5,005 0.76 * 0 Glass Solar 3,640 0 3,640 0.56 * 3,360 Glass Cond 2,002 0 2,002 0.31 * 1,910 Wall Cond 7,876 3,869 11,746 1.79 * 8,113 Partition 13,984 13,984 2.13 * 14,243 Exposed Floor 0 0 0.00 * 0 Infiltration 0 0 0.00 * 0 Sub Total = => 27,502 8,875 36,377 5.55 * 27,625 Internal Loads * Lights 40,776 40,776 81,551 12.44 * 40,776 People 97,410 97,410 14.85 * 48,705 Misc 219,854 0 0 219,854 33.53 * 219,854 Sub Total = => 358,040 40,776 0 398,815 60.82 * 309,335 Ceiling Load 1,008 -1,008 0 0.00 * 1,409 nutside Air 0 0 0 147,192 22.45 * 0 Fan Heat 73,590 11.22 * Set. Fan Heat 0 0 0.00 * Duct Heat Pkup - 45,046 0 0.00 * OV /UNDR Sizing 0 0 0.00 * Exhaust Heat -202 0 -202 -0.03 * Terminal Bypass 0 0 0 -0.00 * * Grand Total = => 386,550 3,393 0 655,772 100.00 * 338,369 100.00 Main Clg Aux Cig Opt Vent Totals Total (Tons) 54.6 0.0 0.0 54.6 Capacity (Mbh) Main Htg -588.0 Aux Htg 0.0 Preheat -166.3 Reheat -90.5 Humidif 0.0 4( Vent 0.0 -754.3 Capacity Sens Cap. (Mbh) (Mbh) 655.8 513.9 0.0 0.0 0.0 0.0 655.8 HEAlING COIL SELECTION Coil Airfl Ent (cfm) Deg F 8,313 60.0 0 0.0 3,820 20.0 8,313 60.0 0 0.0 0 0.0 Block FPVAV - FAN POWERED VAV COOLING COIL SELECTION Coil Airfl Entering DB /WB /HR (cfm) Deg F Deg F Grains 20,697 77.5 63.7 68.6 0 0.0 0.0 0.0 0 0.0 0.0 0.0 Lvg Type Deg F Vent 125.0 Infil 0.0 Supply 60.0 Mincfm 70.0 Return 0.0 Exhaust 0.0 Rm Exh Auxil AIRFLOWS (cfm) Cooling Heating 3,820 3,617 0 0 20,729 848 8,313 8,313 17,980 8,313 1,071 3,617 2,749 0 0 0 * * Percnt * Of Tot * (%) * 0.00 0.00 0.00 0.99 0.56 2.40 4.21 0.00 0.00 8,16 12.05 14.39 64.97 91.42 0.42 0,00 0.00 0.00 0.00 0 0.00 0.00 0,00 Leaving DB /WB /HR Deg F Deg F Grains 54.7 53.0 58,6 0.0 0.0 0.0 0.0 0.0 0.0 -- ENGINEERING CHECKS-- Clg % OA 18.4 Clg Cfm /Sqft 1.13 Cig Cfm /Ton 379.33 Clg Sqft/Ton 335.38 Clg Btuh /Sqft 35.78 No. People 191 Htg % OA 426.7 Htg Cfm /SqFt 0.05 Htg Btuh /SqFt -41.16 * Mo /Hr: 13/ 1 Space Peak Coil Peak Percnt Space Sens Tot Sens Of Tot (Btuh) (Btuh) (X) 0 0 0.00 0 0 0.00 0 -9,620 4.01 0 0 0.00 - 8,070 -8,070 3.36 - 14,919 - 21,931 9.14 -6,474 -6,474 2.70 - 6,880 -6,880 2.87 -1 -1 0.00 - 36,343 - 52,976 22.07 Gross Total Floor Part ExFlr Roof Wall OADB: 20 0 0 0.00 0 0 0.00 0 0 0.00 0 0 0.00 - 14,386 0 0.00 0 - 196,791 81.99 0 0.00 0 0.00 0 0.00 0 0 0.00 9,750 -4.06 0 0.00 - 50,729 - 240,017 100.00 AREAS Glass (sf) (%) 18,328 8,092 172 5,954 0 0 5,235 . 280 5 -- TEMPERATURES (F) - -- Type Clg Htg SADB 60.0 Plenum 75.2 Return 75.2 Ret /OA 77.5 Runarnd 75.2 Fn MtrTD 0.8 Fn BldTD 0.6 Fn Frict 1.8 V 600 PAGE 3 * * * * * * ** 125.0 67.5 67.5 46.8 67.5 0.8 0.6 1.8 Trane Air Conditioning Economics By: C.D.S. MARKETING IC STEM CHECKSUMS ' " * * * * * * * * * * * * * * * * * * * * ** COOLING COIL PEAK * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** CLG SPACE PEAK * * * * * * * * * * ** HEATING COIL PEAK * * * * * * ** Peaked at Time = => Outside Air =_> Envelope Loads Skylite Solr Skylite Cond Roof Cond Glass Solar Glass Cond Wall Cond Partition Exposed Floor Infiltration Sub Total = => Internal Loads Lights People Misc ' Sub Total = => Ceiling Load Outside Air Fan Heat et. Fan Heat Duct Heat Pkup OV /UNDR Sizing Exhaust Heat Terminal Bypass Grand Total = => 741,434 11,328 0 1,331,658 Total Capacity (Tons) (Mbh) Main Clg 111.0 Aux Clg 0.0 Opt Vent 0.0 Totals 111.0 Main Htg Aux Htg Preheat Reheat Humidif Vent System 2 Block Space Ret. Air Ret. Air Sens. +Lat. Sensible Latent (Btuh) (Btuh) (Btuh) 0 0 0 0 0 10,506 9,360 0 5,148 0 15,438 7,756 26,806 0 0 56,752 18,262 81,127 81,127 162,255 12.18 251,940 251,940 18.92 347,094 0 0 347,094 26.06 680,161 81,127 0 761,289 57.17 4,520 -4,520 0 0.00 0 0 0 363,300 27.28 133,735 10.04 0 0 0.00 - 81,862 0 0.00 0 0 0.00 -1,679 0 -1,679 -0.13 0 0 0 -0.00 1,331.7 0.0 0.0 1,331.7 Mo /Hr: OADB /WB /HR: Sens Cap. (Mbh) 980.7 0.0 0.0 HEATING COIL SELECTION Capacity Coil Airfl Ent (Mbh) (cfm) Deg F - 1,065.1 15,057 60.0 0.0 0 0.0 -430.1 9,880 20.0 -163.9 15,057 60,0 0.0 0 0.0 0.0 0 0.0 - 1,495.1 7/15 88/ 72/ 97.7 (cfm) Deg F 37,613 78.7 0 0.0 0 0.0 FPVAV - FAN POWERED VAV Net Total (Btuh) 0 0 10,506 9,360 5,148 23,194 26,806 0 0 75,013 COOLING COIL SELECTION Lvg Type Deg F Vent 125.0 Infil 0.0 Supply 60.0 Mincfm 70.0 Return 0.0 Exhaust 0:0 Rm Exh Auxil Deg F 65.1 0.0 0.0 Percnt Of Tot ( %) 0.00 0.00 0.79 0.70 0.39 1.74 2.01 0.00 0.00 5.63 * * * Coil Airfl Entering DB /WB /HR Grains 73.3 0.0 0.0 AIRFLOWS (cfrn) Cooling 9,880 0 37,624 15,057 31,884 4,140 5,740 0 Heating 8,632 0 1,739 15,057 15,057 8,632 0 0 Mo /Hr: 7/16 OADB: 87 Space Sensible (Btuh) 0 0 0 8,640 4,910 15,261 27,302 0 0 56,113 81,127 125,970 345,594 552,691 5,340 0 614,144 Percnt * Of Tot ( %) 0.00 0.00 0.00 1.41 0.80 2.48 4.45 0.00 0.00 9.14 13.21 20.51 56.27 89.99 0.87 0.00 0.00 0.00 0.00 0 0.00 0.00 0.00 100.00 Leaving DB /WB /HR Deg F Deg F Grains 54.7 53.3 0.0 0.0 0.0 0.0 59.8 0.0 0.0 * * * -- ENGINEERING CHECKS -- Clg % OA Clg Cfm /Sqft Clg Cfm /Ton Clg Sqft/Ton Clg Btuh /Sqft No. People Htg % OA Htg Cfm /SqFt Htg Btuh /SqFt Space Peak Space Sens (Btuh) 0 0 0 0 - 20,750 - 29,575 - 12,410 - 11,260 - 3 - 73,998 0 0 0 0 - 30,063 0 26.3 0.98 339.04 344.85 34.80 494 496,5 0.05 -39.07 Mo /Hr: 13/ 1 OADB: 20 Coil Peak Tot Sens (Btuh) 0 0 - 20,355 0 - 20,750 - 43,900 - 12,410 - 11,260 - 3 - 108,679 V 600 PAGE 4 Percnt Of Tot ( %) 0.00 0.00 3.67 0.00 3.74 7.91 2.24 2.03 0.00 19.58 0 0.00 0 0.00 0 0.00 0 0.00 0 0.00 - 469,678 84.62 0 0.00 0 0.00 0 0.00 0 0 0.00 23,289 -4.20 0 0.00 - 104,061 - 555,067 100.00 AREAS Gross Total Glass (sf) ( %) Floor 38,269 Part 15,513 ExFlr 281 Roof 12,598 Wall 10,642 0 0 . 720 7 -- TEMPERATURES (F) - -- Type Clg Htg SADB 60.0 125.0 Plenum 75.4 67.5 Return 75.4 67.5 Ret /OA 78.7 40.3 Runarnd 75.4 67.5 Fn MtrTD 0.8 0.8 Fn B1dTD 0.6 0.6 Fn Frict 1.8 1.8 Trane Air Conditioning Economics By: C.D.S. MARKETING Peaked at Time = => Outside Air = => Envelope Loads Skylite Solr Skylite Cond Roof Cond Glass Solar Glass Cond Wall Cond Partition Exposed Floor Infiltration Sub Total = => Internal Loads Lights People Misc Sub Total = => Ceiling Load outside Air Fan Heat stet. Fan Heat Duct Heat Pkup OV /UNDR Sizing Exhaust Heat Terminal Bypass Grand Total = => Main Htg Aux Htg Preheat Reheat Humidif Vent TEM CHECKSUMS System 3 * " * * * * * * * * * * * * * * * * * * * * * ** COOLING COIL PEAK * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** CLG SPACE PEAK * * * * * * * * * * ** HEATING COIL PEAK * * * * * * ** Space Ret. Air Sens. +Lat. Sensible (Btuh) (Btuh) 0 0 0 0 0 5,699 8,840 0 4,862 0 8,722 4,711 14,663 0 0 37,086 10,410 42,631 134,640 212,1.65 389,436 1,141 0 Mo /Hr: OADB /WB /HR: 0 427,664 3,411 Total Capacity Sens Cap. (Tons) (Mbh) (Mbh) Main Clg 62.9 754.5 565.0 Aux Clg 0.0 0.0 0.0 Opt Vent 0.0 0.0 0.0 Totals 62.9 754.5 HEATING COIL SELECTION Capacity Coil Airfl Ent (Mbh) (cfm) Deg F -625.9 8,848 60.0 0.0 0 0.0 -229.8 5,280 20.0 -96.3 8,848 60,0 0.0 0 0.0 0.0 0 0.0 -855.7 7/15 88/ 72/ 97.7 Ret. Air Latent (Btuh) Block FPVAV - FAN POWERED VAV Net Total (Btuh) 0 0 5,699 8,840 4,862 13,433 14,663 0 0 47,496 COOLING COIL SELECTION Lvg Type Deg F Vent 125.0 Infil 0.0 Supply 60.0 Mincfm 70.0 Return 0.0 Exhaust 0.0 Rm Exh Auxil Percnt Of Tot (%) 0.00 0.00 0.76 1.17 0.64 1.78 1.94 0.00 0.00 6.30 * * * Mo /Hr: 7/15 OADB: 88 * Space * Sensible * (Btuh) * 0 * 0 * 0 * 8,840 * 4,862 * 8,722 * 14,663 * 0 * 0 * 37,086 * 42,631 85,263 11.30 * 42,631 134,640 17.85 * 67,320 0 0 212,165 28.12 * 212,165 42,631 0 432,068 57.27 * 322,116 -1,141 0 0.00 * 1,165 0 0 196,859 26.09 * 0 78,491 10.40 * 0 0 0.00 * - 48,046 0 0.00 * 0 0.00 * -444 0 -444 -0.06 * 0 0 0 -0.00 * * 0 754,469 100.00 * 360,367 Coil Airfl Entering DB /WB /HR (cfm) Deg F Deg F Grains 22,076 78.2 64.7 71.9 AIRFLOWS (cfm) Cooling 5,280 0 22,077 8,848 19,069 2,272 3,008 0 Heating 4,764 0 1,114 8,848 8,848 4,764 0 0 * * * Percnt * Of Tot * ( %) 0.00 0.00 0.00 2.45 1.35 2.42 4.07 0.00 0.00 10.29 * 11.83 18.68 * 58.87 * 89.39 * 0.32 * 0.00 * 0.00 * 0.00 * 0.00 0 0.00 0.00 * 0.00 100.00 Leaving DB /WB /HR Deg F Deg F Grains 54.7 53.2 59.5 0 0.0 0.0 0.0 0.0 0.0 0.0 0 0.0 0.0 0.0 0.0 0.0 0.0 -- ENGINEERING CHECKS -- Clg % OA Clg Cfm/Sqft Clg Cfm /Ton Clg Sqft/Ton Clg Btuh /Sqft No. People Htg % OA Htg Cfm /SqFt Htg Btuh /SqFt Space Peak Space Sens (Btuh) 0 0 0 0 - 19,598 - 16,419 -6,788 -7,520 -2 - 50,327 0 0 0 0 - 16,331 0 23.9 1.10 351.14 318.92 37.63 264 427.8 0.06 -42.68 0 Mo /Hr: 13/ 1 OADB: 20 Coil Peak Tot Sens (Btuh) 0 0 - 10,934 0 - 19,598 - 24,891 -6,788 -7,520 -2 - 69,732 0 0 0 0 0 - 259,219 0 0 0 0 13,326 0 - 66,657 - 315,624 100.00 AREAS V 600 PAGE 5 Percnt Of Tot ( %) 0.00 0,00 3.46 0.00 6.21 7.89 2.15 2.38 0.00 22.09 0.00 0.00 0.00 0.00 0.00 82.13 0.00 0.00 0.00 0.00 -4.22 0.00 Gross Total Glass (sf) (%) Floor 20,051 Part 8,485 ExFlr 188 Roof 6,780 0 0 Wall 6,313 . 680 11 -- TEMPERATURES (F) - -- Type Clg Htg SADB 60.0 125.0 Plenum 75.2 67.4 Return 75.2 67.4 Ret /OA 78.2 41.9 Runarnd 75,2 67.4 Fn MtrTD 0.8 0.8 Fn BldTD 0.6 0.6 Fn Frict 1.8 1.8 Trane Air Conditioning Economics By: C.D.S. MARKETING TEM CHECKSUMS System 4 Peak Envelope Loads Skylite Solr Skylite Cond Roof Cond Glass Solar Glass Cond Wall Cond Partition Exposed Floor Infiltration Sub Total = => Internal Loads Lights People Misc Sub Total = => Ceiling Load rn +side Air Fan Heat h'et. Fan Heat Duct Heat Pkup OV /UNDR Sizing Exhaust Heat Terminal Bypass * * * * * * * * * * * * * * * * * * * * * * * ** COOLING COIL PEAK * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** CLG SPACE PEAK * * * * * * * * * * ** HEATING COIL PEAK * * * * * * ** Peaked at Time =_> Mo /Hr: 7/15 * Mo /Hr: 7/17 * Mo /Hr: 13/ 1 Outside Air = => OADB /WB /HR: 88/ 72/ 97.7 * OADB: 86 * Space Ret. Air Ret. Air Net Percnt * Space Percnt * Space Peak Coil Peak Percnt Sens. +Lat. Sensible Latent Total Of Tot * Sensible Of Tot * Space Sens Tot Sens Of Tot (Btuh) (Btuh) (Btuh) (Btuh) ( %) * (Btuh) ( %) * (Btuh) (Btuh) ( %) 0 0 0 0.00 * 0 0.00 * 0 0 0.00 0 0 0 0.00 * 0 0.00 * 0 0 0.00 0 937 937 1.44 * 0 0.00 * 0 -2,104 3.16 0 0 0 0.00 * 0 0.00 * 0 0 0.00 0 0 0 0.00 * 0 • 0.00 * 0 0 0.00 564 196 760 1.17 * 523 2.60 * -1,080 -1,498 2.25 581 581 0.89 * 591 2.94 * -269 -269 0.40 0 0 0.00 * 0 0.00 * 0 0 0.00 0 0 0.00 * 0 0.00 * 0 0 0.00 1,144 1,133 2,278 3.51 * 1,114 5.54 * -1,349 -3,870 5.81 Grand Total = => 32,965 3,276 3,276 26,010 1,165 0 30,451 3,276 1,369 -1,369 0 0 0 HEATING COIL SELECTION 0 0 -3,041 0 0 (Tons) (Mbh) (Mbh) Main Clg 5.4 64.9 38.8 Aux Clg 0.0 0.0 0.0 Opt Vent 0.0 0.0 0.0 Totals 5.4 64.9 Capacity Coil Airfl Ent (Mbh) (cfm) Deg F Main Htg -66.6 1,020 20.0 Aux Htg 0.0 0 0.0 Preheat -36.5 1,020 20.0 Reheat 0.0 0 0.0 Humidif 0.0 0 0.0 Vent 0.0 0 0.0 -66.6 COOLING COIL SELECTION SZ - SINGLE ZONE 6,553 10.10 26,010 40.09 0 1,165 1.80 0 33,728 51.99 0 0.00 0 27,518 42.41 2,176 3.35 0 0.00 2,220 3.42 0 0.00 0 -3,041 -4.69 0 0 0.00 0 64,878 100.00 Total Capacity Sens Cap. Coil Airfl Entering DB /WB /HR Leaving DB /WB /HR (cfm) Deg F Deg F Grains Deg F Deg F Grains 1,020 88.0 72.4 97.7 52.9 . 52.0 57.9 0 0.0 0.0 0.0 0.0 0.0 0.0 0 0.0 0.0 0.0 0.0 0.0 0.0 AIRFLOWS (cfm) Lvg Type Cooling Deg F Vent 1,020 80.0 Infil 0 0.0 Supply 1,020 52.9 Mincfm 408 0.0 Return 828 0.0 Exhaust 828 0.0 Rm Exh 192 Auxil 0 Heating 1,020 0 1,020 408 1,020 1,020 0 0 -- ENGINEERING CHECKS- - Clg % OA 100.0 Clg Cfm /Sqft 0.80 Clg Cfm /Ton 188.66 Clg Sqft/Ton 236.75 Clg Btuh /Sqft 50.69 No. People 51 Htg % OA 100.0 Htg Cfm /SqFt 0.80 Htg Btuh /SqFt -52.03 * OADB: 20 * V 600 PAGE 6 * * * 3,276 16.29 * 0 0 0.00 * 13,005 64.65 * 0 0 0.00 * 1,165 5.79 * 0 0 0.00 * 17,446 86.73 * 0 0 0.00 * 1,555 7.73 * -675 0 0.00 * 0 0.00 * 0 - 55,499 83.33 * 0.00 * 0 0.00 * 0.00 * 0 0.00 * 0.00 * 0 0.00 0 0.00 * -9,076 -9,076 13.63 * 0.00 * 1,847 -2.77 * 0.00 * 0 0.00 * * * 20,115 100.00 * - 11,100 - 66,599 100.00 AREAS Gross Total Glass (sf) ( %) Floor 1,280 Part 336 ExFlr 0 Roof 1,280 0 0 Wall 336 • 0 0 -- TEMPERATURES (F) - -- Type Clg Htg SADB 56.9 80.0 Plenum 78.4 68.3 Return 78.4 68.3 Ret /OA 88.0 20.0 Runarnd 75.0 70.0 Fn MtrTD 0.5 0.5 Fn B1dTD 0.4 0.4 Fn Frict 1.1 1.1 Trane Air Conditioning Economics By: C.D.S. MARKETING IC IN SYSTEM COOLING - ALTERNATIVE 1 Room Number Description 101 OFFICE 6 -6.2 Zone 101 Total /Ave Zone 101 Block 102 OFFICE 6.2 -7 Zone 102 Total /Ave Zone 102 Block 103 OFFICE 7 -7.4 Zone 103 Total /Ave Zone 103 Block 104 OFFICE 7.4 -8 Zone 104 Total /Ave Zone 104 Block 105 OFFICE 8 -8.4 7nne 105 Total /Ave 105 Block 132 OFFICE 8.2 -8.4 Zone 132 Total /Ave Zone 132 Block 133 OFFICE 8.4 -9 Zone 133 Total /Ave Zone 133 Block 201 OFFICE 6 -6.2 Zone 201 Total /Ave Zone 201 Block 202 OFFICE 6.2 -7 Zone 202 Total /Ave Zone 202 Block 203 OFFICE 7 -7.4 Zone 203 Total /Ave Zone 203 Block 204 OFFICE 7.4 -8 Zone 204 Total /Ave Zone 204 Block 205 OFFICE 8 -8.4 Zone 205 Total /Ave Zone 205 Block 227 OFFICE 6.2 -6.3 Zone 227 Total /Ave Zone 227 Block 300 CONF 6 -6.2 300 Total /Ave Zone 300 Block 301 OFFICE 6.2 -6.4 Zone 301 Total /Ave Zone 301 Block Peak OA Rm Supp. Time Cond. Dry Dry Mo /Hr DB /WB Blb Bulb (F) (F) (F) 7/19 81 68 75 60.0 81 68 75 60.0 7/19 81 68 75 60.0 7/16 87 72 75 60.0 87 72 75 60.0 7/16 87 72 75 60.0 7/16 87 72 75 60.0 87 72 75 60.0 7/16 87 72 75 60.0 7/16 87 72 75 60.0 87 72 75 60.0 7/16 87 72 75 60.0 7/15 88 72 75 60.0 88 72 75 60.0 7/15 88 72 75 60.0 7/16 87 72 75 60.0 87 72 75 60.0 7/16 87 72 75 60.0 7/16 87 72 75 60.0 87 72 75 60.0 7/16 87 72 75 60.0 7/16 87 72 75 60.0 87 72 75 60.0 7/16 87 72 75 60.0 7/16 87 72 75 60.0 87 72 75 60.0 7/16 87 72 75 60.0 7/15 88 72 75 60.0 88 72 75 60.0 7/15 88 72 75 60.0 7/16 87 72 75 60.0 87 72 75 60.0 7/16 87 72 75 60.0 7/16 87 72 75 60.0 87 72 75 60.0 7/16 87 72 75 60.0 7/15 88 72 75 60.0 88 72 75 60.0 7/15 88 72 75 60.0 7/17 86 71 75 60.0 86 71 75 60.0 7/17 86 71 75 60.0 7/19 81 68 75 60.0 81 68 75 60.0 7/19 81 68 75 60.0 PEAK COOLING LOADS (Main System) Space Coil Space Space Space Peak OA Rm Supp. Coil Coil Coil Air Sens. Lat. Time Cond. Dry Dry Air Sens. Lat. Flow Load Load Mo /Hr DB /WB Blb Bulb Flow Load Load (Cfm) (Btuh) (Btuh) (F) (F) (F) (Cfm) (Btuh) (Btuh) 397 6,485 1,020 7/18 84 70 75 60.0 392 10,500 397 6,485 1,020 84 70 75 60.0 392 10,500 397 6.485 1,020 7/18 84 70 75 60.0 392 10,500 1,662 27.129 3,570 7/15 88 72 75 60.0 1,659 40,772 1,662 27,129 3,570 88 72 75 60.0 1.659 40,772 1,662 27,129 3,570 7/15 88 72 75 60.0 1,659 40,772 2,112 34,473 3,315 7/15 88 72 75 60.0 2,109 49,434 2,112 34,473 3,315 88 72 75 60.0 2,109 49,434 2,112 34,473 3,315 7/15 88 72 75 60.0 2,109 49,434 401 6,541 1,020 7/15 88 72 75 60.0 399 9,582 401 6,541 1,020 88 72 75 60.0 399 9,582 401 6,541 1,020 7/15 88 72 75 60.0 399 9,582 1,740 28,407 2,550 7/15 88 72 75 60.0 1,739 39,305 1,740 28,407 2,550 88 72 75 60.0 1,739 39,305 1,740 28,407 2,550 7/15 88 72 75 60.0 1,739 39,305 1,762 28,768 2,295 7/15 88 72 75 60.0 1,761 39,452 1,762 28,768 2,295 88 72 75 60.0 1,761 39,452 1,762 28,768 2,295 7/15 88 72 75 60.0 1,761 39,452 926 15,109 2,295 7/15 88 72 75 60.0 924 22,691 926 15,109 2,295 88 72 75 60.0 924 22,691 926 15,109 2,295 7/15 88 72 75 60.0 924 22,691 450 7,347 3,570 7/15 88 72 75 60.0 449 14,427 450 7,347 3,570 88 72 75 60.0 449 14,427 450 7,347 3,570 7/15 88 72 75 60.0 449 14,427 1,161 18,959 3,315 7/15 88 72 75 60.0 1,159 29,859 1,161 18,959 3,315 88 72 75 60.0 1,159 29,859 1,161 18,959 3,315 7/15 88 72 75 60.0 1,159 29,859 1,283 20,937 3,570 7/15 88 72 75 60.0 1,281 33,262 1,283 20,937 3,570 88 72 75 60.0 1,281 33,262 1,283 20,937 3,570 7/15 88 72 75 60.0 1,281 33,262 965 15,757 1,275 7/15 88 72 75 60.0 964 21,761 965 15,757 1,275 88 72 75 60.0 964 21,761 965 15,757 1,275 7/15 88 72 75 60.0 964 21,761 1,717 28,019 4,080 7/15 88 72 75 60.0 1,714 42,598 1,717 28,019 4,080 88 72 75 60.0 1,714 42,598 1,717 28.019 4,080 7/15 88 72 75 60.0 1,714 42,598 183 2,985 510 7/15 88 72 75 60.0 183 4,618 183 2,985 510 88 72 75 60.0 183 4,618 183 2,985 510 7/15 88 72 75 60.0 183 4,618 442 7,212 3,570 7/15 88 72 75 60.0 443 14,623 442 7,212 3,570 88 72 75 60.0 443 14,623 442 7,212 3,570 7/15 88 72 75 60.0 443 14,623 362 5,901 1,020 7/16 87 72 75 60.0 362 10,145 362 5,901 1,020 87 72 75 60.0 362 10,145 362 5,901 1,020 7/16 87 72 75 60.0 362 10,145 V 600 PAGE 7 2,642 2,642 2,642 10,398 10,398 10,398 9,655 9,655 9,655 2,971 2,971 2,971 7,427 7,427 7,427 6,684 6,684 6,684 6,684 6,684 6,684 10,398 10,398 10,398 9,655 9,655 9,655' 10,398 10,398 10,398 3,714 3,714 3,714 11,883 11,883 11,883 1,485 1,485 1,485 10,398 10,398 10,398 2,974 2,974 2,974 Trane Air Conditioning Economics By: C.D.S. MARKETING 'N SYSTEM COOLING - ALTERNATIVE 1 Room Number Description Peak OA Rm Supp. Time Cond. Dry Dry Mo /Hr DB /WB Blb Bulb (F) (F) (F) 302 CONF 6.4 -7 7/19 81 68 Zone 302 Total /Ave. 81 68 Zone 302 Block 7/19 81 68 303 OFFICE 6.2 -6.3 7/15 88 72 Zone 303 Total /Ave. 88 72 Zone 303 Block 7/15 88 72 304 OFFICE 6.3 -7 7/15 88 72 Zone 304 Total /Ave. 88 72 Zone 304 Block 7/15 88 72 305 OFFICE 7 -7.2 7/15 88 72 Zone 305 Total /Ave. 88 72 Zone 305 Block 7/15 88 72 306 OFFICE 7.2 -7.4 7/18 84 70 Zone 306 Total /Ave. 84 70 306 Block 7/18 84 70 307 OFFICE 7.4 -8 7/17 86 71 Zone 307 Total /Ave. 86 71 Zone 307 Block 7/17 86 71 308 OFFICE 8 -8.2 7/17 86 71 Zone 308 Total /Ave. 86 71 Zone 308 Block 7/17 86 71 309 OFFICE 8.2 -8.4 7/17 86 71 Zone 309 Total /Ave. 86 71 Zone 309 Block 7/17 86 71 System 1 Total /Ave. 87 72 System 1 Block 7/16 87 72 106 CONF 9.2 -9.4 7/16 87 72 Zone 106 Total /Ave. 87 72 Zone 106 Block 7/16 87 72 107 OFFICE 9.4 -10.2 7/16 87 72 Zone 107 Total /Ave. 87 72 Zone 107 Block 7/16 87 72 108 OFFICE 10.2 -11 7/16 87 72 Zone 108 Total /Ave. 87 72 Zone 108 Block 7/16 87 72 109 OFFICE 11 -11.1 7/16 87 72 Zone 109 Total /Ave. 87 72 Zone 109 Block 7/16 87 72 110 OFFICE 11.1 -11.2 7/15 88 72 1/ ie 110 Total /Ave. 88 72 110 Block 7/15 88 72 111 LOBBYE 11.2 -11.5 7/16 87 72 Zone 111 Total /Ave. 87 72 Zone 111 Block 7/16 87 72 112 CANTINA 11.4 -12 7/16 87 72 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 PEAK COOLING LOADS (Main System) Space Space Space Air Sens. Flow Load (Cfm) (Btuh) 543 8,861 543 8,861 543 8,861 181 2,955 181 2.955 181 2,955 382 6,231 382 6,231 382 6,231 807 13,170 807 13,170 807 13,170 368 6,001 368 6,001 368 6,001 893 14,579 893 14,579 893 14,579 584 9,539 584 9,539 584 9,539 1,463 23,874 1,463 23,874 1,463 23.874 20,783 339,240 20,729 338,369 838 13,683 838 13,683 838 1,144 1,144 1,144 2,894 2,894 2,894 781 781 781 218 218 218 276 276 276 455 13,683 18,670 18,670 18,670 47,232 47,232 47,232 12,746 12,746 12,746 3.551 3,551 3,551 4,508 4,508 4,508 7,427 Space Peak OA Rm Supp. Lat. Time Cond. Dry Dry Load Mo /Hr DB /WB Blb Bulb (Btuh) (F) (F) (F) 1,020 7/16 87 72 75 60.0 1,020 87 72 75 60.0 1,020 7/16 87 72 75 60.0 510 7/15 88 72 75 60.0 510 88 72 75 60.0 510 7/15 88 72 75 60.0 1,020 7/15 88 72 75 60.0 1,020 88 72 75 60.0 1,020 7/15 88 72 75 60.0 2,550 7/15 88 72 75 60.0 2,550 88 72 75 60.0 2,550 7/15 88 72 75 60.0 1,275 7/16 87 72 75 60.0 1,275 87 72 75 60.0 1,275 7/16 87 72 75 60.0 1,020 7/16 87 72 75 60.0 1,020 87 72 75 60.0 1,020 7/16 87 72 75 60.0 1,785 7/16 87 72 75 60.0 1,785 87 72 75 60.0 1,785 7/16 87 72 75 60.0 2,550 7/16 87 72 75 60.0 2,550 87 72 75 60.0 2,550 7/16 87 72 75 60.0 48,705 88 72 75 60.0 48,705 7/15 88 72 75 60.0 8,925 7/15 88 72 75 60.0 8,925 88 72 75 60.0 8,925 7/15 88 72 75 60.0 4,080 7/15 88 72 75 60.0 4,080 88 72 75 60.0 4,080 7/15 88 72 75 60.0 4,590 7/15 88 72 75 60.0 4,590 88 72 75 60.0 4,590 7/15 88 72 75 60.0 2,040 7/15 88 72 75 60.0 2,040 88 72 75 60.0 2,040 7/15 88 72 75 60.0 1,275 7/15 88 72 75 60.0 1,275 88 72 75 60.0 1,275 7/15 88 72 75 60.0 1,020 7/15 88 72 75 60.0 1,020 88 72 75 60.0 1,020 7/15 88 72 75 60.0 1,325 7/15 88 72 75 60.0 Coil Coil Coil Coil Air Sens. Lat. Flow Load Load (Cfm) (Btuh) (Btuh) 544 544 544 181 181 181 381 381 381 806 806 806 372 372 372 892 892 892 585 585 585 1,463 1,463 1,463 20,760 20,697 837 837 837 1,142 1,142 1,142 2,891 2,891 2,891 779 779 779 217 217 217 275 275 275 453 13,749 13,749 13,749 4,714 4,714 4,714 9,953 9,953 9,953 21,374 21,374 21,374 11,504 11,504 11,504 20,387 20,387 20,387 16,259 16,259 16,259 34,932 34,932 34,932 515,900 513,916 28,877 28,877 28,877 29,778 29,778 29,778 66,246 66,246 66,246 19,562 19,562 19,562 6,312 6,312 6,312 7,636 7,636 7,636 10,385 V 600 PAGE 8 2,974 2,974 2,974 1,485 1,485 1,485 2,971 2,971 2,971 7,427 7,427 7,427 3,717 3,717 3,717 2,974 2,974 2,974 5,204 5,204 5,204 7,435 7,435 7,435 141,554 141,856 24,762•' 24,762 24,762 11,320 11,320 11,320 12,735 12,735 12,735 5,660 5,660 5.660 3,537 3,537 3,537 2,830 2,830 2,830 2,682 Trane Air Conditioning Economics By: C.D.S. MARKETING 'N SYSTEM COOLING - ALTERNATIVE 1 Peak OA Rm Supp. Time Cond. Dry Dry Room Mo /Hr DB /WB Blb Bulb Number Description (F) (F) (F) Zone 112 Total /Ave. 87 72 Zone 112 Block 7/16 87 72 113 CONF 12.2 -12.4 7/16 87 72 Zone 113 Total /Ave. 87 72 Zone 113 Block 7/16 87 72 114 OFFICE 12.4 -13 7/16 87 72 Zone 114 Total /Ave. 87 72 Zone 114 Block 7/16 87 72 115 OFFICE 12.5 -13 7/16 87 72 Zone 115 Total /Ave. 87 72 Zone 115 Block 7/16 87 72 116 CONF 13 -13.4 7/16 87 72 Zone 116 Total /Ave. 87 72 7nne 116 Block 7/16 87 72 17 OFFICE 13 -13.1 7/15 88 72 Cone 117 Total /Ave. 88 72 Zone 117 Block 7/15 88 72 118 OFFICE 13.1 -13.4 7/15 88 72 Zone 118 Total /Ave. 88 72 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 Zone 118 Block 7/15 88 72 75 60.0 119 OFFICE 13.4 -14.2 7/16 87 72 75 60.0 Zone 119 Total /Ave. 87 72 75 60.0 Zone 119 Block 7/16 87 72 75 60.0 120 OFFICE 14 -14.1 7/16 87 72 75 60.0 Zone 120 Total /Ave. 87 72 75 60.0 Zone 120 Block 7/16 87 72 75 60.0 121 OFFICE 14.2 -15 7/16 87 72 75 60.0 Zone 121 Total /Ave. 87 72 75 60.0 Zone 121 Block 7/16 87 72 75 60.0 122 OFFICE 14.4 -15 7/16 87 72 75 60.0 Zone 122 Total /Ave. 87 72 75 60.0 Zone 122 Block 7/16 87 72 75 60.0 123 OFFICE 15 -15.2 7/16 87 72 75 60.0 Zone 123 Total /Ave. 87 72 75 60.0 Zone 123 Block 7/16 87 72 75 60.0 206 CONF 9.2 -9.4 7/16 87 72 75 60.0 Zone 206 Total /Ave. 87 72 75 60.0 Zone 206 Block 7/16 87 72 75 60.0 207 OFFICE 9.4 -10 7/15 88 72 75 60.0 e 207 Total /Ave. 88 72 75 60.0 207 Block 7/15 88 72 75 60.0 208 COFFEE 9.4 -10 7/16 87 72 75 60.0 Zone 208 Total /Ave. 87 72 75 60.0 Zone 208 Block 7/16 87 72 75 60.0 209 OFFICE 10 -10.4 7/15 88 72 75 60.0 PEAK COOLING LOADS (Main System) Space Space Space Air Sens. Flow Load (Cfm) (Btuh) 455 7,427 455 7,427 375 6,127 375 6,127 375 6,127 230 3,754 230 3,754 230 3,754 223 3,637 223 3,637 223 3,637 725 11,830 725 11,830 725 11,830 164 2,679 164 2,679 164 2,679 422 6,894 422 6,894 422 6,894 992 16,188 992 16.188 992 16,188 288 4,694 288 4,694 288 4,694 1,793 29,267 1,793 29.267 1,793 29,267 324 5,287 324 5,287 324 5,287 763 12,454 763 12,454 763 12,454 468 7,645 468 7,645 468 7,645 239 3,906 239 3,906 239 3,906 400 6,522 400 6,522 400 6,522 2,155 35,172 1,325 88 1,325 7/15 88 2,040 7/15 88 2,040 88 2.040 7/15 88 510 7/15 88 510 88 510 7/15 88 1,275 7/15 88 1,275 88 1,275 7/15 88 8.160 7/15 88 8,160 88 8,160 7/15 88 1,020 7/15 88 1,020 88 1,020 7/15 88 1,530 7/15 88 1,530 88 1,530 7/15 88 3,570 7/15 88 72 75 60.0 3,570 88 72 75 60.0 3,570 7/15 88 72 75 60.0 510 7/15 88 72 75 60.0 510 88 72 75 60.0 510 7/15 88 72 75 60.0 3,825 7/15 88 72 75 60.0 3,825 88 72 75 60.0 3,825 7/15 88 72 75 60.0 1,020 7/15 88 72 75 60.0 1,020 88 72 75 60.0 1,020 7/15 88 72 75 60.0 2,805 7/15 88 72 75 60.0 2,805 88 72 75 60.0 2,805 7/15 88 72 75 60.0 3,060 7/15 88 72 75 60.0 3,060 88 72 75 60.0 3,060 7/15 88 72 75 60.0 2,040 7/15 88 72 75 60.0 2,040 88 72 75 60.0 2,040 7/15 88 72 75 60.0 2,470 7/15 88 72 75 60.0 2,470 88 72 75 60.0 2,470 7/15 88 72 75 60.0 4,335 7/15 B8 72 75 60.0 72 75 72 75 72 75 72 75 72 75 72 75 72 75 72 75 72 75 72 75 72 75 72 75 72 75 72 75 72 75 72 75 72 75 72 75 72 75 72 75 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60,0 60.0 60.0 60.0 Coil V 600 PAGE 9 Space Peak OA Rm Supp. Coil Coil Coil Lat. Time Cond. Dry Dry Air Sens. Lat. Load Mo /Hr DB /W8 Blb Bulb Flow Load Load (Btuh) (F) (F) (F) (Cfm) (Btuh) (Btuh) 453 10,385 453 10,385 373 10,361 373 10,361 373 10,361 229 5,650 229 5,650 229 5,650 222 6,235 222 6,235 222 6,235 722 24,566 722 24,566 722 24,566 164 4,686 164 4,686 164 4,686 422 11,052 422 11,052 422 11,052 991 24,988 991 24,988 991 24,988 287 6,917 287 6,917 287 6,917 1,790 43,543 1,790 43,543 1,790 43,543 323 8,193 323 8,193 323 8,193 762 19,733 762 19,733 762 19,733 467 15,144 467 15,144 467 15,144 239 7,475 239 7,475 239 7,475 399 10,413 399 10,413 399 10,413 2,153 51,188 2,682 2,682 5,660 5,660 5,660 1,415 1,415 1,415 3,537 3,537 3,537 22,640 22,640 22,640 2,830 2,830 2,830 4,245 4,245 4,245 9,905 9,905 9,905 1,415 1,415 1,415 10,612 10,612 10,612 2,830 2,830 2,830 7,782 7,782 7,782 8,490 8,490 8,490 5,660 5,660 5,660 5,185 5,185 5,185 12,027 Trane Air Conditioning Economics V 600 By: C.D.S. MARKETING PAGE 10 N SYSTEM COOLING - ALTERNATIVE 1 Peak OA Rm Supp. Time Cond. Dry Dry Room Mo /Hr DB /WB Blb Bulb Number Description (F) (F) (F) Zone Zone 210 Zone Zone 211 Zone Zone 212 Zone Zone 213 Zone 7nne 14 `Gone Zone 215 Zone Zone 216 Zone Zone 217 Zone Zone 218 Zone Zone 310 Zone Zone 311 Zone Zone 312 Zone Zone 313 3 314 Zone Zone 315 209 Total /Ave. 88 72 75 60.0 209 Block 7/15 88 72 75 60.0 OFFICE 10.4 -11.2 7/15 88 72 75 60.0 210 Total /Ave. 88 72 75 60.0 210 Block 7/15 88 72 75 60.0 CONF 11.2 -11.4 7/15 88 72 75 60.0 211 Total /Ave. 88 72 75 60.0 211 Block 7/15 88 72 75 60.0 OFFICE 11.2 -12 7/16 87 72 75 60.0 212 Total /Ave. 87 72 75 60.0 212 Block 7/16 87 72 75 60.0 OFFICE 12 -12.4 7/16 87 72 75 60.0 213 Total /Ave. 87 72 75 60.0 213 Block 7/16 87 72 75 60.0 CONF 12.4 -12.5 7/16 87 72 75 60.0 214 Total /Ave. 87 72 75 60.0 214 Block 7/16 87 72 75 60.0 OFFICE 12.4 -13.2 7/16 87 72 75 60.0 215 Total /Ave. 87 72 75 60.0 215 Block 7/16 87 72 75 60.0 OFFICE 13.2 -14 7/15 88 72 75 60.0 216 Total /Ave. 88 72 75 60.0 216 Block 7/15 88 72 75 60.0 OFFICE 14 -14.4 7/16 87 72 75 60.0 217 Total /Ave. 87 72 75 60.0 217 Block 7/16 87 72 75 60.0 OFFICE 14.4 -15.2 7/16 87 72 75 60.0 218 Total /Ave. 87 72 75 60.0 218 Block 7/16 87 72 75 60.0 OFFICE 9.2 -9.4 7/18 84 70 75 60.0 310 Total /Ave. 84 70 75 60.0 310 Block 7/18 84 70 75 60.0 OFFICE 9.4 -10 7/16 87 72 75 60.0 311 Total /Ave. 87 72 75 60.0 311 Block 7/16 87 72 75 60.0 OFFICE 9.4 -10 7/20 79 68 75 60.0 312 Total /Ave. 79 68 75 60.0 312 Block 7/20 79 68 75 60.0 OFFICE 10 -10.2 7/15 88 72 75 60.0 313 Total /Ave. 88 72 75 60.0 313 Block 7/15 88 72 75 60.0 OFFICE 10.2 -10.4 7/15 88 72 75 60.0 314 Total /Ave. 88 72 75 60.0 314 Block 7/15 88 72 75 60.0 OFFICE 10.4 -11 7/15 88 72 75 60.0 PEAK COOLING LOADS (Main System) Space Space Space Space Peak OA Rm Supp. Air Sens. Lat. Time Cond. Dry Dry Flow Load Load Mo /Hr OB /WB Blb Bulb (Cfm) (Btuh) (Btuh) (F) (F) (F) 2,155 35,172 2,155 35,172 1,195 19,510 1,195 19,510 1,195 19,510 278 4,543 278 4,543 278 4,543 472 7,711 472 7,711 472 7,711 929 15,167 929 15,167 929 15,167 181 2,961 181 2,961 181 2,961 1,509 24,625 1,509 24,625 1,509 24,625 1,761 28,750 1,761 28,750 1,761 28,750 1,671 27,272 1,671 27,272 1,671 27,272 1,705 27,838 1,705 27,838 1,705 27.838 596 9,727 596 9,727 596 9,727 136 2,219 136 2,219 136 2,219 276 4,505 276 4,505 276 4,505 779 12,710 779 12,710 779 12,710 1,535 25,060 1,535 25,060 1,535 25,060 1,077 17,580 4,335 88 72 75 60.0 4,335 7/15 88 72 75 60.0 3,060 7/15 88 72 75 60.0 3,060 88 72 75 60.0 3,060 7/15 88 72 75 60.0 2,550 7/15 88 72 75 60.0 2,550 88 72 75 60.0 2,550 7/15 88 72 75 60.0 1,020 7/15 88 72 75 60.0 1,020 88 72 75 60.0 1,020 7/15 88 72 75 60.0 3,060 7/15 88 72 75 60.0 3,060 88 72 75 60.0 3,060 7/15 88 72 75 60.0 1,020 7/15 88 72 75 60.0 1,020 88 72 75 60.0 1,020 7/15 88 72 75 60.0 3,825 7/15 88 72 75 60.0 3,825 88 72 75 60.0 3,825 7/15 88 72 75 60.0 5,100 7/15 88 72 75 60.0 5,100 88 72 75 60.0 5,100 7/15 88 72 75 60.0 6,375 7/15 88 72 75 60.0 6,375 88 72 75 60.0 6,375 7/15 88 72 75 60.0 5,355 7/15 88 72 75 60.0 5,355 88 72 75 60.0 5,355 7/15 88 72 75 60.0 1,785 7/16 87 72 75 60.0 1,785 87 72 75 60.0 1,785 7/16 87 72 75 60.0 510 7/16 87 72 75 60.0 510 87 72 75 60.0 510 7/16 87 72 75 60.0 510 7/16 87 72 75 60.0 510 87 72 75 60.0 510 7/16 87 72 75 60.0 2,040 7/16 87 72 75 60.0 2,040 87 72 75 60.0 2,040 7/16 87 72 75 60.0 3,060 7/15 88 72 75 60.0 3,060 88 72 75 60.0 3,060 7/15 88 72 75 60.0 2,550 7/15 88 72 75 60.0 Coil Coil Coil Coil Air Sens. Lat. Flow Load Load (Cfm) (Btuh) (Btuh) 2,153 2,153 1,193 1,193 1,193 278 278 278 470 470 470 926 926 926 181 181 181 1,506 1,506 1,506 1,759 1,759 1,759 1,668 1,668 1,668 1,703 1,703 1,703 599 599 599 136 136 136 279 279 279 773 773 773 1,534 1,534 1,534 1,076 51,188 51,188 31,214 31,214 31,214 8,934 8,934 8,934 11,887 11,887 11,887 24,860 24,860 24,860 5,122 5,122 5,122 37,442 37,442 37,442 44,296 44,296 44,296 44,239 44,239 44,239 43,119 43,119 43,119 16,488 16,488 16,488 3,933 3,933 3,933 7,515 7,515 7,515 20,203 20,203 20,203 36,330 36,330 36,330 26,671 12,027 12,027 8,490 8,490 8,490 7,075 7,075 7,075 2,830 2,830 2,830 8,490 8,490 8,490 2,830 2,830 2,830 10,612 10,612 10,612 14,150 14,150 14,150 17,687 17,687 17,687 14,857 14,857 14,857 4,958 4,958 4,958 1,417 1,417 1,417 1,417 1,417 1,417 5,666 5,666 5,666 8,490 8,490 8;490 7,075 Trane Air Conditioning Economics V 600 By: C.D.S. MARKETING PAGE 11 N SYSTEM COOLING - ALTERNATIVE 1 Peak OA Rm Supp. Time Cond. Dry Dry Room Mo /Hr DB /WB Bib Bulb Number Description (F) (F) (F) Zone 315 Total /Ave. 88 72 75 60.0 Zone 315 Block 7/15 88 72 75 60.0 316 OFFICE 11 -11.2 7/19 81 68 75 60.0 Zone 316 Total /Ave. 81 68 75 60.0 Zone 316 Block 7/19 81 68 75 60.0 317 CONF 11 -11.2 7/15 88 72 75 60.0 Zone 317 Total /Ave. 88 72 75 60.0 Zone 317 Block 7/15 88 72 75 60.0 318 OFFICE 11.2 -11.4 7/20 79 68 75 60.0 Zone 318 Total /Ave. 79 68 75 60.0 Zone 318 Block 7/20 79 68 75 60.0 319 OFFICE 11.2 -11.3 7/17 86 71 75 60.0 Zone 319 Total /Ave. 86 71 75 60.0 Zone 319 Block 7/17 86 71 75 60.0 20 OFFICE 11.4 -12 7/17 86 71 75 60.0 one 320 Total /Ave. 86 71 75 60.0 Zone 320 Block 7/17 86 71 75 60.0 321 CONF 12.1 -12.2 7/18 84 70 75 60.0 Zone 321 Total /Ave. 84 70 75 60.0 Zone 321 Block 7/18 84 70 75 60.0 322 OFFICE 12.2 -12.4 7/19 81 68 75 60.0 Zone 322 Total /Ave. 81 68 75 60.0 Zone 322 Block 7/19 81 68 75 60.0 323 OFFICE 12.4 -13 7/17 86 71 75 60.0 Zone 323 Total /Ave. 86 71 75 60.0 Zone 323 Block 7/17 86 71 75 60.0 324 OFFICE 13 -13.2 7/17 86 71 75 60.0 Zone 324 Total /Ave. 86 71 75 60.0 Zone 324 Block 7/17 86 71 75 60.0 325 OFFICE 13.2 -13.4 7/15 88 72 75 60.0 Zone 325 Total /Ave. 88 72 75 60.0 Zone 325 Block 7/15 88 72 75 60.0 326 OFFICE 13.4 -14 7/15 88 72 75 60.0 Zone 326 Total /Ave. 88 72 75 60,0 Zone 326 Block 7/15 88 72 75 60,0 327 CONF 14 -14.2 7/18 84 70 75 60.0 Zone 327 Total /Ave. 84 70 75 60.0 Zone 327 Block 7/18 84 70 75 60,0 328 OFFICE 14.2 -14.4 7/21 77 67 75 60.0 •e 328 Total /Ave. 77 67 75 60,0 328 Block 7/21 77 67 75 60.0 329 OFFICE 14.2 7/19 81 68 75 60,0 Zone 329 Total /Ave. 81 68 75 60.0 Zone 329 Block 7/19 81 68 75 60.0 330 OFFICE 15 -15.2 7/17 86 71 75 60.0 PEAK COOLING LOADS (Main System) Space Coil Space Space Space Peak OA Rm Supp. Coil Coil Coil Air Sens. Lat. Time Cond. Dry Dry Air Sens. Lat. Flow Load Load Mo /Hr DB /WB Blb Bulb (Cfm) (Btuh) (Btuh) (F) (F) (F) 1,077 1,077 546 546 546 374 374 374 194 194 194 168 168 168 495 495 495 493 493 493 244 244 244 599 599 599 834 834 834 959 959 959 623 623 623 253 253 253 152 152 152 136 136 136 1,306 17,580 17.580 8,907 8,907 8,907 6,101 6,101 6,101 3,169 3,169 3,169 2,743 2,743 2,743 8,081 8,081 8,081 8,050 8,050 8,050 3,978 3,978 3,978 9,780 9,780 9,780 13,618 13,618 13,618 15,650 15,650 15,650 10,175 10,175 10,175 4,133 4,133 4,133 2,485 2,485 2,485 2,225 2,225 2,225 21,310 2,550 2,550 1,785 1,785 1,785 3,060 3,060 3,060 510 510 510 510 510 510 510 510 510 4,080 4,080 4,080 510 510 510 2,040 2,040 2,040 1,785 1,785 1,785 2,550 2,550 2,550 88 72 75 60.0 7/15 88 72 75 60.0 7/16 87 72 75 60.0 87 72 75 60.0 7/16 87 72 75 60.0 7/15 88 72 75 60.0 88 72 75 60.0 7/15 88 72 75 60.0 7/16 87 72 75 60.0 87 72 75 60.0 7/16 87 72 75 60.0 7/16 87 72 75 60.0 87 72 75 60.0 7/16 87 72 75 60.0 7/16 87 72 75 60.0 87 72 75 60.0 7/16 87 72 75 60.0 7/15 88 72 75 60.0 88 72 75 60.0 7/15 88 72 75 60.0 7/16 87 72 75 60.0 87 72 75 60.0 7/16 87 72 75 60.0 7/16 87 72 75 60.0 87 72 75 60.0 7/16 87 72 75 60.0 7/16 87 72 75 60.0 87 72 75 60.0 7/16 87 72 75 60.0 7/15 88 72 75 60.0 88 72 75 60.0 7/15 88 72 75 60.0 1,275 7/16 87 1,275 87 1,275 7/16 87 2,040 7/15 88 2,040 88 2,040 7/15 88 510 7/16 87 510 87 510 7/16 87 510 7/16 87 510 87 510 7/16 87 2,550 7/16 87 72 75 60.0 72 75 60.0 72 75 60.0 72 75 60.0 72 75 60.0 72 75 60.0 72 75 60.0 72 75 60.0 72 75 60.0 72 75 60.0 72 75 60.0 72 75 60.0 72 75 60.0 Flow Load Load (Cfm) (Btuh) (Btuh) 1,076 26,671 1,076 26,671 546 14,780 546 14,780 546 14,780 374 11,402 374 11,402 374 11,402 200 6,382 200 6,382 200 6,382 168 4,221 168 4,221 168 4,221 495 12,013 495 12,013 495 12,013 496 17,073 496 17,073 496 17,073 245 6,823 245 6,823 245 6,823 599 16,753 599 16,753 599 16,753 835 21,165 835 21,165 835 21,165 958 24,321 958 24,321 958 24,321 618 16,321 618 16,321 618 16,321 253 8,063 253 8,063 253 8,063 160 5,488 160 5,488 160 5,488 137 3,951 137 3,951 137 3,951 1,306 31,868 7,075 7,075 4,958 4,958 4,958 8,490 8,490 8,490 1,417 1,417 1,417 1,417 1,417 1,417 1,417 1,417 1,417 11,320 11,320 11,320 1,417 1,417 1,417 5,666 5,666 5,666 4,958• 4,958 4,958 7,075 7,075 7,075 3,541 3,541 3,541 5,660 5,660 5,660 1,417 1,417 1,417 1,417 1,417 1,417 7,083 Trane Air Conditioning Economics V 600 By: C.D.S. MARKETING PAGE 12 N SYSTEM COOLING - ALTERNATIVE 1 Room Number Description Zone 330 Total /Ave Zone 330 Block System 2 Total /Ave System 2 Block 124 OFFICE 16 -16.4 Zone 124 Total /Ave Zone 124 Block 125 CONF 16.4 -17 Zone 125 Total /Ave Zone 125 Block 12E OFFICE 17 -17.3 Zone 126 Total /Ave Zone 126 Block 127 OFFICE 17.3 -18 127 Total /Ave ne 127 Block Zone 135 Block 219 OFFICE 16 -16.2 Zone 219 Total /Ave Zone 219 Block 220 OFFICE 16.2 -17 Zone 220 Total /Ave 220 Block 1 CONF 16.5 -17 Zone 221 Total /Ave Zone 221 Block 222 OFFICE 17 -17.4 Zone 222 Total /Ave Peak OA Rm Supp. Time Cond. Dry Dry Mo /Hr DB /WB Blb Bulb (F) (F) (F) • 86 71 75 60.0 7/17 86 71 75 60.0 • 87 72 75 60.0 7/16 87 72 75 60.0 7/15 88 72 75 60.0 • 88 72 75 60.0 7/15 88 72 75 60.0 7/16 87 72 75 60.0 • 87 72 75 60.0 7/16 87 72 75 60.0 7/16 87 72 75 60.0 • 87 72 75 60.0 7/16 87 72 75 60.0 7/16 87 72 75 60.0 87 72 75 60.0 7/16 87 72 75 60.0 128 RECORDS 18 -18.2 7/16 87 72 Zone 128 Total /Ave. 87 72 Zone 128 Block 7/16 87 72 129 CORE 18 -18.4 7/16 87 72 Zone 129 Total /Ave. 87 72 Zone 129 Block 7/16 87 72 130 OFFICE 18 -18.4 7/15 88 72 Zone 130 Total /Ave. 88 72 Zone 130 Block 7/15 88 72 131 OFFICE 18.4 -19 7/16 87 72 Zone 131 Total /Ave. 87 72 Zone 131 Block 7/16 87 72 134 OFFICE 17.4 7/15 88 72 Zone 134 Total /Ave. 88 72 Zone 134 Block 7/15 88 72 135 CONF. 18 7/15 88 72 Zone 135 Total /Ave. 88 72 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 75 60.0 7/15 88 72 75 60.0 7/16 87 72 75 60.0 • 87 72 75 60.0 7/16 87 72 75 60.0 7/15 88 72 75 60,0 88 72 75 60.0 7/15 88 72 75 60.0 7/15 88 72 75 60.0 88 72 75 60.0 7/15 88 72 75 60.0 7/15 88 72 75 60.0 88 72 75 60.0 PEAK COOLING LOADS (Main System) Space Coil Space Space Space Peak OA Rm Supp. Coil Coil Coil Air Sens. Lat. Time Cond. Dry Dry Air Sens. Lat. Flow Load Load Mo /Hr DB /WB Blb Bulb Flow Load Load (Cfm) (Btuh) (Btuh) (F) (F) (F) (Cfm) (Btuh) (Btuh) 1,306 1,306 37,643 37.624 968 968 968 746 746 746 1,623 1,623 1,623 1,227 1,227 1,227 152 152 152 725 725 725 524 524 524 476 476 476 268 268 268 290 290 290 706 706 706 1,483 1,483 1,483 327 327 327 2,666 2,666 21,310 21,310 614,454 614,144 15,806 15,806 15,806 12,181 12,181 12,181 26,490 26,490 26,490 20,036 20,036 20,036 2,477 2,477 2,477 11,833 11,833 11,833 8.545 8,545 8,545 7,773 7,773 7,773 4,369 4,369 4,369 4.737 4,737 4,737 11,529 11,529 11,529 24,203 24,203 24,203 5,335 5,335 5,335 43,515 43.515 2,550 2,550 127,470 127,470 3,825 3,825 3,825 8,415 8,415 8,415 4,590 4,590 4.590 4,845 4,845 4,845 510 510 510 510 510 87 72 75 7/16 87 72 75 88 72 75 7/15 88 72 75 7/15 88 72 75 88 72 75 7/15 88 72 75 7/15 88 72 75 88 72 75 7/15 88 72 75 7/15 88 72 75 88 72 75 7/15 88 72 75 7/15 88 72 75 88 72 75 7/15 88 72 75 7/15 88 72 75 88 72 75 7/15 88 72 75 7/15 88 72 75 88 72 75 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 60.0 510 7/15 88 72 75 60.0 2,295 7/15 88 72 75 60.0 2,295 88 72 75 60.0 2,295 7/15 88 72 75 60.0 1,020 7/15 88 72 75 60.0 1,020 88 72 75 60.0 1.020 7/15 88 72 75 60.0 1,020 7/15 88 72 75 60.0 1,020 88 72 75 60.0 1,020 7/15 88 72 75 60.0 2,550 7/15 88 72 75 60.0 2,550 88 72 75 60.0 2,550 7/15 88 72 75 60.0 765 7/15 88 72 75 60.0 765 88 72 75 60.0 765 7/15 88 72 75 60.0 3,315 7/15 88 72 75 60.0 3,315 88 72 75 60.0 3,315 7/15 88 72 75 60.0 2.040 7/15 88 72 75 60.0 2.040 88 72 75 60.0 2,040 7/15 88 72 75 60.0 5,610 7/15 88 72 75 60.0 5,610 88 72 75 60.0 1.306 31,868 7,083 1,306 31,868 7,083 37,607 981,814 351.053 37,613 980,658 351,000 968 25,506 10,766 968 25,506 10,766 968 25,506 746 25,998 746 25,998 746 25,998 1,623 39,474 1,623 39,474 1,623 39.474 1,226 31,749 1,226 31,749 1,226 31,749 151 3,884 151 3,884 151 3,884 724 16,164 724 16,164 724 16,164 523 14,500 523 14,500 523 14,500 476 12,100 476 12,100 476 12,100 268 7,533 268 7,533 268 7,533 290 8,960 290 8,960 290 8,960 705 16,197 705 16,197 705 16.197 1,483 36,196 1,483 36,196 1,483 36,196 327 9,185 327 9,185 327 9,185 2,666 63,202 2,666 63,202 10,766 23,685 23,685 23,685 12,919 12.919 12,919 13,637 13,637 13,637 1,435 1,435 1,435 1,435 1,435 1,435 6,460 6,460 6,460 2,871 2,871 --' 2,871 2,871 2,871 2,871 7,177 7,177 7,177 2,153 2,153 2,153 9,331 9,331 9,331 5,742 5,742 5,742 15,790 15,790 Trane Air Conditioning Economics By: C.D.S. MARKETING 'N SYSTEM COOLING - ALTERNATIVE 1 C PEAK COOLING LOADS (Main System) V 600 PAGE 14 Space Coil Peak OA Rm Supp. Space Space Space Peak OA Rm Supp. Coil Coil Coil Time Cond. Dry Dry Air Sens. Lat. Time Cond. Dry Dry Air Sens. Lat. Room Mo /Hr DB /WB Blb Bulb Flow Load Load Mo /Hr DB /WB Blb Bulb Flow Load Load Number Description (F) (F) (F) (Cfm) (Btuh) (Btuh) (F) (F) (F) (Cfm) (Btuh) (Btuh) 341 VISIBILITY 14.3 7/17 86 71 75 56.9 1,020 20,115 13,005 7/15 88 72 75 57.0 1,020 38,785 26,093 Zone 341 Total /Ave 86 71 75 56.9 1,020 20,115 13,005 88 72 75 57.0 1,020 38,785 26,093 Zone 341 Block 7/17 86 71 75 56.9 1,020 20,115 13,005 7/15 88 72 75 57.0 1,020 38,785 26,093 System 4 Total /Ave. 86 71 75 56.9 1,020 20,115 13,005 88 72 75 57.0 1,020 38,785 26,093 System 4 Block 7/17 86 71 75 56.9 1,020 20,115 13,005 7/15 88 72 75 57.0 1,020 38,785 26,093 Trane Air Conditioning Economics V 600 By: C.D.S. MARKETING PAGE 13 TN SYSTEM COOLING - ALTERNATIVE 1 Peak OA Rm Supp. Time Cond. Dry Dry Room Mo /Hr DB /WB Blb Bulb Number Description (F) (F) (F) Zone 222 Block 7/15 88 72 75 60.0 223 OFFICE 17.4 -18.2 7/15 88 72 75 60.0 Zone 223 Total /Ave. 88 72 75 60.0 Zone 223 Block 7/15 88 72 75 60.0 224 .OFFICE 18.2 -18.4 7/16 87 72 75 60.0 Zone 224 Total /Ave. 87 72 75 60.0 Zone 224 Block 7/16 87 72 75 60.0 225 OFFICE 18.3 -18.4 7/16 87 72 75 60.0 Zone 225 Total /Ave. 87 72 75 60.0 Zone 225 Block 7/16 87 72 75 60.0 226 CONF 18.4 -19 7/16 87 72 75 60.0 Zone 226 Total /Ave. 87 72 75 60.0 Zone 226 Block 7/16 87 72 75 60.0 331 OFFICE 16 -16.2 7/17 86 71 75 60.0 331 Total /Ave. 86 71 75 60.0 .....le 331 Block 7/17 86 71 75 60.0 332 OFFICE 16.2 -16.4 7/15 88 72 75 60.0 Zone 332 Total /Ave. 88 72 75 60.0 Zone 332 Block 7/15 88 72 75 60.0 333 OFFICE 16.4 -17 7/15 88 72 75 60.0 Zone 333 Total /Ave. 88 72 75 60.0 Zone 333 Block 7/15 88 72 75 60.0 334 OFFICE 17 -17.2 7/15 88 72 75 60.0 Zone 334 Total /Ave. 88 72 75 60.0 Zone 334 Block 7/15 88 72 75 60.0 335 OFFICE 17.2 -17.4 7/15 88 72 75 60.0 Zone 335 Total /Ave. 88 72 75 60.0 Zone 335 Block 7/15 88 72 75 60.0 336 OFFICE 17.4 -18 7/15 88 72 75 60.0 Zone 336 Total /Ave. 88 72 75 60.0 Zone 336 Block 7/15 88 72 75 60,0 337 OFFICE 18 -18.2 7/15 88 72 75 60.0 Zone 337 Total /Ave. 88 72 75 60.0 Zone 337 Block 7/15 88 72 75 60,0 338 OFFICE 18.3 -18.4 7/16 87 72 75 60.0 Zone 338 Total /Ave. 87 72 75 60.0 Zone 338 Block 7/16 87 72 75 60.0 339 OFFICE 18.2 -18.4 7/19 81 68 75 60.0 Zone 339 Total /Ave. 81 68 75 60.0 1(: ,e 339 Block 7/19 81 68 75 60.0 10 CONF 18.4 -19 7/12 84 68 75 60.0 Lulle 340 Total /Ave, 84 68 75 60.0 Zone 340 Block 7/12 84 68 75 60.0 System 3 Total /Ave. 88 72 75 60.0 w.__..__ n nl__.. 7 /1C 00 7n 7C CA A PEAK COOLING LOADS (Main System) Space Space Space Air Sens. Flow Load (Cfm) (Btuh) 2,666 1,975 1,975 1,975 832 832 832 137 137 137 397 397 397 551 551 551 692 692 692 662 662 662 1,192 1,192 1,192 1,156 1,156 1,156 678 678 678 682 682 682 137 137 137 439 439 439 411 411 411 22,120 43,515 32,237 32,237 32,237 13,578 13,578 13,578 2,230 2,230 2,230 6,480 6,480 6,480 8,986 8,986 8,986 11,299 11,299 11,299 10,800 10,800 10,800 19,450 19,450 19,450 18,869 18,869 18,869 11,075 11,075 11,075 11,135 11,135 11,135 2,240 2,240 2,240 7,167 7,167 7,167 6,701 6,701 6,701 361,076 nn All nen ne, Space Peak OA Rm Supp. Lat. Time Cond. Dry Dry Load Mo /Hr DB /WB Blb Bulb (Btuh) (F) (F) (F) 5,610 7/15 88 72 75 60.0 5,100 7/15 88 72 75 60.0 5,100 88 72 75 60.0 5,100 7/15 88 72 75 60.0 765 7/15 88 72 75 60.0 765 88 72 75 60.0 765 7/15 88 72 75 60.0 510 7/15 88 72 75 60.0 510 88 72 75 60.0 510 7/15 88 72 75 60.0 2,550 7/15 88 72 75 60.0 2,550 88 72 75 60.0 2,550 7/15 88 72 75 60.0 510 7/16 87 72 75 60.0 510 87 72 75 60.0 510 7/16 87 72 75 60.0 1,530 7/16 87 72 75 60.0 1,530 87 72 75 60.0 1,530 7/16 87 72 75 60.0 1,785 7/16 87 72 75 60.0 1,785 87 72 75 60.0 1,785 7/16 87 72 75 60.0 2,805 7/15 88 72 75 60.0 2,805 88 72 75 60.0 2,805 7/15 88 72 75 60.0 3,570 7/15 88 72 75 60.0 3,570 88 72 75 60.0 3,570 7/15 88 72 75 60.0 1,530 7/16 87 72 75 60.0 1,530 87 72 75 60.0 1,530 7/16 87 72 75 60.0 1,530 7/16 87 72 75 60.0 1,530 87 72 75 60.0 1,530 7/16 87 72 75 60.0 510 7/16 87 72 75 60.0 510 87 72 75 60.0 510 7/16 87 72 75 60.0 1,275 7/16 87 72 75 60.0 1,275 87 72 75 60.0 1,275 7/16 87 72 75 60.0 2,040 7/14 87 72 75 60.0 2,040 87 72 75 60.0 2,040 7/14 87 72 75 60.0 67,320 88 72 75 60.0 C7 AAA 7 /1e 00 In IC en A Coil Coil Coil Coil Air Sens. Lat. Flow Load Load (Cfm) (Btuh) (Btuh) 2,666 63,202 15,790 1,975 48,231 14,355 1,975 48,231 14,355 1,975 48,231 14,355 831 18,963 2,153 831 18,963 2,153 831 18,963 2,153 137 3,700 1,435 137 3,700 1,435 137 3,700 1,435 396 12,327 7,177 396 12,327 7,177 396 12,327 7,177 551 13,411 1,437 551 13,411 1,437 551 13,411 1,437 688 18,043 4,311 688 18,043 4,311 688 18,043 4,311 657 17,693 5,030 657 17,693 5,030 657 17,693 5,030 1,191 29,319 7,895 1,191 29,319 7,895 1,191 29,319 7,895 1,156 29,449 10,048 1,156 29,449 10,048.- 1,156 29,449 10,048 674 17,762 4,311 674 17,762 4,311 674 17,762 4,311 677 17,835 4,311 677 17,835 4,311 677 17,835 4,311 137 3,862 1,437 137 3,862 1,437 137 3,862 1,437 443 12,306 3,593 443 12,306 3,593 443 12,306 3,593 386 12,004 5,748 386 12,004 5,748 386 12,004 5,748 22,076 565,554 189,516 nn Ale £041 nee 100 Aba Trane Air Conditioning Economics By: C.D.S. MARKETING r te.. SYSTEM HEATING - ALTERNATIVE 1 Room Number Description 101 OFFICE 6 -6.2 Zone 101 Total /Ave. Zone 101 Block 102 OFFICE 6.2 -7 Zone 102 Total /Ave. Zone 102 Block 103 OFFICE 7 -7.4 Zone 103 Total /Ave. Zone 103 Block 104 OFFICE 7.4 -8 Zone 104 Total /Ave. Zone 104 Block 105 OFFICE 8 -8.4 105 Total /Ave. Lisle 105 Block 132 OFFICE 8.2 -8.4 Zone 132 Total /Ave. Zone 132 Block 133 OFFICE 8.4 -9 Zone 133 Total /Ave. Zone 133 Block 201 OFFICE 6 -6.2 Zone 201 Total /Ave. Zone 201 Block 202 OFFICE 6.2 -7 Zone 202 Total /Ave. Zone 202 Block 203 OFFICE 7 -7.4 Zone 203 Total /Ave. Zone 203 Block 204 OFFICE 7.4 -8 Zone 204 Total /Ave. Zone 204 Block 205 OFFICE 8 -8.4 Zone 205 Total /Ave. Zone 205 Block 227 OFFICE 6.2 -6.3 Zone 227 Total /Ave. 4(1 le 227 Block 00 CONF 6 -6.2 Lune 300 Total /Ave. Zone 300 Block 301 OFFICE 6.2 -6,4 Zone 301 Total /Ave. Space Peak OA Rm Supp. Floor Time Cond. Dry Dry Area Mo /Hr DB /WB Blb Bulb (Sq Ft) (F) (F) (F) 580 580 580 1,600 1,600 1,600 1,600 1,600 1,600 240 240 240 800 800 800 800 800 800 800 800 800 522 522 522 1,459 1,459 1,459 1,600 1,600 1,600 552 552 552 1,677 1,677 1,677 144 144 144 507 507 507 570 570 13/ 1 20 19 70 20 19 70 13/ 1 20 19 70 13/ 1 20 19 70 20 19 70 13/ 1 20 19 70 13/ 1 20 19 70 20 19 70 13/ 1 20 19 70 13/ 1 20 19 70 20 19 70 13/ 1 20 19 70 13/ 1 20 19 70 20 19 70 13/ 1 20 19 70 13/ 1 20 19 70 20 19 70 13/ 1 20 19 70 13/ 1 20 19 70 20 19 70 13/ 1 20 19 70 13/ 1 20 19 70 20 19 70 13/ 1 20 19 70 13/ 1 20 19 70 20 19 70 13/ 1 20 19 70 13/ 1 20 19 70 20 19 70 13/ 1 20 19 70 13/ 1 20 19 70 20 19 70 13/ 1 20 19 70 13/ 1 20 19 70 20 19 70 13/ 1 20 19 70 13/ 1 20 19 70 20 19 70 13/ 1 20 19 70 13/ 1 20 19 70 20 19 70 13/ 1 20 19 70 13/ 1 20 19 70 20 19 70 PEAK HEATING LOADS (Main System) Space Air Flow (Cfm) Coil Space Peak OA Rm Supp. Sens. Time Cond. Dry Dry Load Mo /Hr DB /WB Blb Bulb (Btuh) (F) (F) (F) 125.0 -3,125 13/ 1 20 19 70 125.0 125.0 -3,125 20 19 70 125.0 125.0 20 19 70 88.1 125.0 20 19 70 125.0 125.0 20 19 70 125.0 125.0 20 19 70 76.7 125.0 20 19 70 125.0 125.0 20 19 70 125.0 125.0 20 19 70 75.4 125.0 20 19 70 125.0 125.0 20 19 70 125.0 125.0 20 19 70 73.4 125.0 20 19 70 125.0 125.0 20 19 70 125.0 125,0 20 19 70 73.1 125.0 20 19 70 125.0 125.0 20 19 70 125.0 125,0 20 19 70 73.4 125,0 20 19 70 125.0 125,0 20 19 70 125.0 125,0 20 19 70 75.9 125.0 20 19 70 125.0 125.0 20 19 70 125.0 125.0 20 19 70 79.0 125.0 20 19 70 125.0 125.0 20 19 70 125.0 125.0 20 19 70 73.0 125.0 20 19 70 125.0 125.0 20 19 70 125.0 125.0 20 19 70 78.2 125.0 20 19 70 125.0 125.0 20 19 70 125.0 125.0 20 19 70 71.9 125.0 20 19 70 125.0 125.0 20 19 70 125.0 125.0 20 19 70 74.5 125.0 20 19 70 125.0 125.0 20 19 70 125.0 125.0 20 19 70 90.3 125.0 20 19 70 125.0 125.0 20 19 70 125.0 125.0 20 19 70 78.7 125.0 20 19 70 125.0 125,0 20 19 70 125.0 52 52 52 -3,125 13/ 1 81 -4,871 13/ 1 81 -4,871 81 -4,871 13/ 1 83 -4,996 13/ 1 83 -4,996 83 -4,996 13/ 1 10 -588 13/ 1 10 -588 10 -588 13/ 1 39 -2,313 13/ 1 39 -2,313 39 -2,313 13/ 1 44 -2,633 13/ 1 44 -2,633 44 -2,633 13/ 1 40 -2,393 13/ 1 40 -2,393 40 -2,393 13/ 1 30 -1,771 13/ 1 30 -1,771 30 -1,771 13/ 1 26 -1,529 13/ 1 26 -1,529 26 -1,529 13/ 1 77 -4,582 13/ 1 77 -4,582 77 -4,582 13/ 1 14 -817 13/ 1 14 -817 14 -817 13/ 1 56 -3,337 13/ 1 56 -3,337 56 -3,337 13/ 1 27 -1,614 13/ 1 27 -1,614 27 -1,614 13/ 1 28 -1,680 13/ 1 28 -1,680 28 -1,680 13/ 1 10 -615 13/ 1 10 -615 V 60 PAGE 1 Coil Coil Air Sens. Flow Load (Cfm) (Btuh) 159 - 11,241 159 - 11,241 159 -4,854 665 - 47,024 665 - 47,024 665 - 12,105 845 - 59,753 845 - 59,753 845 - 14,189 160 - 11,338 160 - 11,338 160 -2,333 696 - 49,238 696 - 49,238 696 -9,888 705 - 49,865 705 - 49,865 705 - 10,304 370 - 26,190 370 - 26,190 370 -6,422 180 - 12,735 180 - 12,735 180 -3,730 465 - 32,863 465 - 32,863 465 -6,585 513 - 36,291 513 - 36,291 513 - 10,166 386 - 27,312 386 - 27,312 386 -5,019 687 - 48,566 687 - 48,566 687 - 10,809 73 -5,175 73 -5,175 73 -2,410 177 - 12,501 177 - 12,501 177 -3,603 145 - 10,229 145 - 10,229 Zone 301 Block 570 13/ 1 20 19 70 125.0 10 -615 13/ 1 20 19 70 73.9 145 -2,189 c Trane Air Conditioning Economics By: C.D.S. MARKETING (''N SYSTEM HEATING - ALTERNATIVE 1 Room Number Description 302 CONF 6.4 -7 Zone 302 Total /Ave. Zone 302 Block 303 OFFICE 6.2 -6.3 Zone 303 Total /Ave. Zone 303 Block 304 OFFICE 6.3 -7 Zone 304 Total /Ave. Zone 304 Block 305 OFFICE 7 -7.2 Zone 305 Total /Ave. Zone 305 Block 306 OFFICE 7.2 -7.4 Zone 306 Total /Ave. C : 306 Block 307 OFFICE 7.4 -8 Zone 307 Total /Ave. Zone 307 Block 308 OFFICE 8 -8.2 Zone 308 Total /Ave. Zone 308 Block 309 OFFICE 8.2 -8.4 Zone 309 Total /Ave. Zone 309 Block System 1 Total /Ave. System 1 Block 106 CONF 9.2 -9.4 Zone 106 Total /Ave. Zone 106 Block 107 OFFICE 9.4 -10.2 Zone 107 Total /Ave. Zone 107 Block 108 OFFICE 10.2 -11 Zone 108 Total /Ave. Zone 108 Block 109 OFFICE 11 -11.1 Zone 109 Total /Ave. Zone 109 Block 110 OFFICE 11.1 -11.2 'e 110 Total /Ave. . 110 Block 111 LOBBYE 11.2 -11.5 Zone 111 Total /Ave. Zone 111 Block 112 CANTINA 11.4 -12 Space Peak OA Rm Supp. Floor Time Cond. Dry Dry Area Mo /Hr DB /WB Blb Bulb (Sq Ft) (F) (F) (F) 570 570 570 156 156 156 350 350 350 800 800 800 800 800 800 480 480 480 800 800 800 920 920 920 18,328 18,328 960 960 960 1,120 1,120 1,120 1,600 1,600 1,600 800 800 800 240 240 240 650 650 650 420 13/ 1 20 20 13/ 1 20 13/ 1 20 20 13/ 1 20 13/ 1 20 20 13/ 1 20 13/ 1 20 20 13/ 1 20 13/ 1 20 20 13/ 1 20 13/ 1 20 20 13/ 1 20 13/ 1 20 20 13/ 1 20 13/ 1 20 20 PEAK HEATING LOADS (Main System) 19 70 125,0 19 70 125.0 19 70 125.0 19 70 125.0 19 70 125.0 19 70 125.0 19 70 125.0 19 70 125.0 19 70 125.0 19 70 125.0 19 70 125.0 19 70 125.0 19 70 125.0 19 70 125.0 19 70 125.0 19 70 125.0 19 70 125.0 19 70 125,0 19 70 125.0 19 70 125.0 19 70 125.0 19 70 125.0 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125,0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 Space Air Flow (Cfm) Space Peak OA Rm Supp. Sens. Time Cond. Dry Dry Load Mo /Hr DB /WB Blb Bulb (Btuh) (F) (F) (F) 10 -615 13/ 1 10 -615 10 -615 13/ 1 27 -1,589 13/ 1 27 -1,589 27 -1,589 13/ 1 53 -3,165 13/ 1 53 -3,165 53 -3,165 13/ 1 49 -2,930 13/ 1 49 -2,930 49 -2,930 13/ 1 27 -1,639 13/ 1 27 -1,639 27 -1,639 13/ 1 11 -671 13/ 1 11 -671 11 -671 13/ 1 26 -1,572 13/ 1 26 -1,572 26 -1,572 13/ 1 28 -1,683 13/ 1 28 -1,683 28 -1,683 13/ 1 848 - 50,729 848 - 50,728 13/ 1 42 -2,512 13/ 1 42 -2,512 42 -2,512 13/ 1 56 -3,351 13/ 1 56 -3,351 56 -3,351 13/ 1 80 -4,787 13/ 1 80 -4,787 80 -4,787 13/ 1 36 -2,181 13/ 1 36 -2,181 36 -2,181 13/ 1 18 -1,049 13/ 1 18 -1,049 18 -1,049 13/ 1 43 -2,549 13/ 1 43 -2,549 43 -2,549 13/ 1 13 -780 13/ 1 C 20 19 70 125.0 20 19 70 125.0 20 19 70 72.6 20 19 70 125.0 20 19 70 125.0 20 19 70 90.2 20 19 70 125.0 20 19 70 125.0 20 19 70 89.1 20 19 70 125.0 20 19 70 125.0 20 19 70 78.3 20 19 70 125.0 20 19 70 125.0 20 19 70 80.2 20 19 70 125.0 20 19 70 125.0 20 19 70 71.7 20 19 70 125.0 20 19 70 125.0 20 19 70 76.2 20 19 70 125.0 20 19 70 125.0 20 19 70 72.6 20 19 70 125.0 20 19 70 75.6 20 19 70 125.0 20 19 70 125.0 20 19 70 76.9 20 19 70 125.0 20 19 70 125.0 20 19 70 76.7 20 19 70 125.0 20 19 70 125.0 20 19 70 73.8 20 19 70 125.0 20 19 70 125.0 20 19 70 76.4 20 19 70 125.0 20 19 70 125.0 20 19 70 81.1 20 19 70 125.0 20 19 70 125.0 20 19 70 91.2 20 19 70 125.0 V 600 PAGE 2 Coil Coil Air Sens. Flow Load (Cfm) (Btuh) 217 - 15,359 217 - 15,359 217 -2,978 72 -5,122 72 -5,122 72 -2,377 153 - 10,800 153 - 10,800 153 -4,827 323 - 22,827 323 - 22,827 323 -6,442 147 - 10,402 147 - 10,402 147 -3,240 357 - 25,270 357 - 25,270 357 -4,558 234 - 16,535 234 - 16,535 234 -4,116 585 - 41,382 585 - 41,382 585 -8,050 8,313 - 588,016 8,313 - 141,192 335 - 23,717 335 - 23,717 335 -6,161 457 - 32,361 457 - 32,361 457 -8,329 1,157 - 81,869 1,157 - 81,869 1,157 - 17,382 312 - 22,094 312 - 22,094 312 -5,580 87 -6,154 87 -6,154 87 -1,996 110 -7,814 110 -7,814 110 -3,751 182 - 12,874 Trane Air Conditioning Economics By: C.D.S. MARKETING N SYSTEM HEATING - ALTERNATIVE 1 Room Number Description Zone 112 Total /Ave. Zone 112 Block 113 CONF 12.2 -12.4 Zone 113 Total /Ave. Zone 113 Block 114 OFFICE 12.4 -13 Zone 114 Total /Ave. Zone 114 Block 115 OFFICE 12.5 -13 Zone 115 Total /Ave. Zone 115 Block 116 CONF 13 -13.4 Zone 116 Total /Ave. Zone 116 Block ( 17 OFFICE 13 -13.1 one 117 Total /Ave. Zone 117 Block 118 OFFICE 13.1 -13.4 Zone 118 Total /Ave. Zone 118 Block 119 OFFICE 13.4 -14.2 Zone 119 Total /Ave. Zone 119 Block 120 OFFICE 14 -14.1 Zone 120 Total /Ave. Zone 120 Block 121 OFFICE 14.2 -15 Zone 121 Total /Ave. Zone 121 Block 122 OFFICE 14.4 -15 Zone 122 Total /Ave. Zone 122 Block 123 OFFICE 15 -15.2 Zone 123 Total /Ave. Zone 123 Block 206 CONF 9.2 -9.4 Zone 206 Total /Ave. Zone 206 Block 207 OFFICE 9,4 -10 1(1 e 207 Total /Ave. 207 Block 208 COFFEE 9.4 -10 Zone 208 Total /Ave, Zone 208 Block 209 OFFICE 10 -10.4 Space Peak OA Rm Supp. Floor Time Cond. Dry Dry Area Mo /Hr DB /WB Blb Bulb (Sq Ft) (F) (F) (F) 420 420 380 380 380 432 432 432 156 156 156 1,080 1,080 1,080 163 163 163 350 350 350 528 528 528 312 312 312 1,600 1,600 1,600 313 313 313 624 624 624 975 975 975 196 196 196 388 388 388 1,560 PEAK HEATING LOADS (Main System) 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125,0 13/ 1 20 19 70 125.0 Space Space Peak OA Rm Supp. Air Sens. Time Cond. Dry Dry Flow Load Mo /Hr DB /WB Blb Bulb (Cfm) (Btuh) (F) (F) (F) 13 -780 20 19 70 13 -780 13/ 20 19 70 21 -1,249 13/ 1 20 19 70 21 -1,249 20 19 70 21 -1,249 13/ 1 20 19 70 11 -659 13/ 1 20 19 70 11 -659 20 19 70 11 -659 13/ 1 20 19 70 19 -1,114 13/ 1 20 19 70 19 -1,114 20 19 70 19 -1,114 13/ 1 20 19 70 21 -1,248 13/ 1 20 19 70 21 -1,248 20 19 70 21 -1,248 13/ 1 20 19 70 18 -1,086 13/ 1 20 19 70 18 -1,086 20 19 70 18 -1,086 13/ 1 20 19 70 41 -2,466 13/ 1 20 19 70 41 -2,466 20 19 70 41 -2,466 13/ 1 20 19 70 56 -3,327 13/ 1 20 19 70 56 -3,327 20 19 70 56 -3,327 13/ 1 20 19 70 8 -485 13/ 1 20 19 70 8 -485 20 19 70 8 -485 13/ 1 20 19 70 80 -4,787 13/ 1 20 19 70 80 -4,787 20 19 70 80 -4,787 13/ 1 20 19 70 8 -496 13/ 1 20 19 70 8 -496 20 19 70 8 -496 13/ 1 20 19 70 46 -2,748 13/ 1 20 19 70 46 -2,748 20 19 70 46 -2,748 13/ 1 20 19 70 25 -1,510 13/ 1 20 19 70 25 -1,510 20 19 70 25 -1,510 13/ 1 20 19 70 11 -676 13/ 1 20 19 70 11 -676 20 19 70 11 -676 13/ 1 20 19 70 8 -449 13/ 1 20 19 70 8 -449 20 19 70 8 -449 13/ 1 20 19 70 98 -5,886 13/ 1 20 19 70 V 600 PAGE 3 Coil Coil Coil Air Sens. Flow Load (Cfm) (Btuh) 125.0 182 - 12,874 73.9 182 -2,761 125.0 150 - 10,620 125.0 150 - 10,620 77.6 150 -2,883 125.0 92 -6,507 125.0 92 -6,507 76.6 92 -1,661 125.0 89 -6,303 125.0 89 -6,303 81.5 89 -2,083 125.0 290 - 20,506 125.0 290 - 20,506 74.0 290 -4,403 125.0 66 -4,644 125.0 66 -4,644 85.2 66 -1,800 125.0 169 - 11,950 125.0 169 - 11,950 83.4 169 -4,305 125.0 397 - 28,060 125.0 397 - 28,060 77.7 397 -7,644 125.0 115 -8,136 125.0 115 -8,136 73.9 115 -1,737 125.0 717 - 50,730 125.0 717 - 50,730 76.1 717 - 12,592 125.0 130 -9,164 125.0 130 -9,164 73.5 130 -1,905 125.0 305 - 21,587 125.0 305 - 21,587 78.3 305 -6,069 125.0 187 - 13,251 125.0 187 - 13,251 77.4 187 -3,549 125.0 96 -6,771 125.0 96 -6,771 76,5 96 -1,718 125.0 160 - 11,305 125.0 160 - 11,305 72,6 160 -2,188 125.0 862 - 60,965 Trane Air Conditioning Economics By: C.D.S. MARKETING 'N SYSTEM HEATING - ALTERNATIVE 1 Room Number Description Zone 209 Total /Ave. Zone 209 Block 210 OFFICE 10.4 -11.2 Zone 210 Total /Ave. Zone 210 Block 211 CONF 11,2 -11.4 Zone 211 Total /Ave. Zone 211 Block 212 OFFICE 11.2 -12 Zone 212 Total /Ave. Zone 212 Block 213 OFFICE 12 -12.4 Zone 213 Total /Ave. Zone 213 Block 14 CONF 12.4 -12.5 IL tane 214 Total /Ave. Zone 214 Block 215 OFFICE 12.4 -13.2 Zone 215 Total /Ave. Zone 215 Block 216 OFFICE 13.2 -14 Zone 216 Total /Ave. Zone 216 Block 217 OFFICE 14 -14.4 Zone 217 Total /Ave. Zone 217 Block 218 OFFICE 14.4 -15.2 Zone 218 Total /Ave. Zone 218 Block 310 OFFICE 9.2 -9.4 Zone 310 Total /Ave. Zone 310 Block 311 OFFICE 9.4 -10 Zone 311 Total /Ave. Zone 311 Block 312 OFFICE 9.4 -10 Zone 312 Total /Ave. Zone 312 Block 313 OFFICE 10 -10.2 e 313 Total /Ave. 313 Block 314 OFFICE 10.2 -10.4 Zone 314 Total /Ave. Zone 314 Block 315 OFFICE 10.4 -11 Space Peak OA Rm Supp. Floor Time Cond. Dry Dry Area Mo /Hr OB /WB Blb Bulb (So Ft) (F) (F) (F) 1,560 1,560 13/ 1 1,760 13/ 1 1,760 1,760 13/ 1 276 13/ 1 276 276 13/ 1 1,011 13/ 1 1,011 1,011 13/ 1 1,376 13/ 1 1,376 1,376 13/ 1 156 13/ 1 156 156 13/ 1 1,444 13/ 1 1,444 1,444 13/ 1 1,600 13/ 1 1,600 1,600 13/ 1 1,760 13/ 1 1,760 1,760 .13/ 1 1,440 13/ 1 1,440 1,440 13/ 1 800 13/ 1 800 800 13/ 1 186 13/ 1 186 186 13/ 1 614 13/ 1 614 614 13/ 1 800 13/ 1 800 800 13/ 1 800 13/ 1 800 800 13/ 1 800 13/ 1 PEAK HEATING LOADS (Main System) 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125,0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 20 19 70 125.0 Space Air Flow (Cfm) Coil Space Peak OA Rm Supp. Sens. Time Cond. Dry Dry Load Mo /Hr DB /WB Blb Bulb (Btuh) (F) (F) (F) 98 -5,886 98 -5,886 105 -6,307 105 -6,307 105 -6,307 13/ 1 11 -649 13/ 1 11 -649 11 -649 13/ 1 29 -1,708 13/ 1 29 -1,708 29 -1,708 13/ 1 41 -2,465 13/ 1 41 -2,465 41 -2,465 13/ 1 11 -651 13/ 1 11 -651 11 -651 13/ 1 42 -2,526 13/ 1 42 -2,526 42 -2,526 13/ 1 100 -5,999 13/ 1 100 -5,999 100 -5,999 13/ 1 57 -3,389 13/ 1 57 -3,389 57 -3,389 13/ 1 50 -3,001 13/ 1 50 -3,001 50 -3,001 13/ 1 25 -1,472 13/ 1 25 -1,472 25 -1,472 13/ 1 11 -669 13/ 1 11 -669 11 -669 13/ 1 11 -667 13/ 1 11 -667 11 -667 13/ 1 49 -2,931 13/ 1 49 -2,931 49 -2,931 13/ 1 49 -2,931 13/ 1 49 -2,931 49 -2,931 13/ 1 49 -2,931 13/ 1 20 19 70 13/ 1 20 19 70 13/ 1 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 125.0 76.3 125.0 125.0 82.1 125.0 125.0 75.4 125.0 125.0 78.3 125.0 125.0 76.1 125.0 125.0 78.2 125.0 125.0 73.8 125.0 125.0 77.8 125.0 125.0 74.7 125.0 125.0 74.0 125.0 125.0 75.7 125.0 125.0 81.3 125.0 125.0 75.6 125.0 125.0 78.6 125.0 125.0 74.4 125.0 Coil Air Flow (Cfm) 862 862 478 478 478 111 111 111 189 189 189 372 372 372 73 73 73 603 603 603 705 705 705 668 668 668 682 682 682 238 238 238 54 54 54 110 110 110 311 311 311 614 614 614 431 V 600 PAGE 4 Coil Sens. Load (Btuh) - 60,965 - 15,266 - 33,818 - 33,818 - 11,510 - 7,875 -7,875 - 1,860 - 13,366 - 13,366 -3,764 - 26,290 - 26,290 -6,510 -5,132 -5,132 -1,440 - 42,683 - 42,683 -9,093 - 49,833 - 49,833 - 13,666 - 47,271 - 47,271 - 10,662 - 48,253' - 48,253 - 10,424 - 16,860 - 16,860 -4,065 -3,845 -3,845 -1,261 -7,809 -7,809 -1,869 - 22,030 - 22,030 -6,320 - 43,437 - 43,437 -9,613 - 30,471 Trane Air Conditioning Economics By: C.D.S. MARKETING 'N SYSTEM HEATING - ALTERNATIVE 1 Room Number Description Zone 315 Total /Ave. Zone 315 Block 316 OFFICE 11 -11.2 Zone 316 Total /Ave. Zone 316 Block 317 CONF 11 -11.2 Zone 317 Total /Ave. Zone 317 Block 318 OFFICE 11.2 -11.4 Zone 318 Total /Ave. Zone 318 Block 319 OFFICE 11.2 -11.3 Zone 319 Total /Ave. ( one 319 Block 20 OFFICE 11.4 -12 curie 320 Total /Ave. Zone 320 Block 321 CONF 12.1 -12.2 Zone 321 Total /Ave. Zone 321 Block 322 OFFICE 12.2 -12.4 Zone 322 Total /Ave. Zone 322 Block 323 OFFICE 12.4 -13 Zone 323 Total /Ave. Zone 323 Block 324 OFFICE 13 -13.2 Zone 324 Total /Ave. Zone 324 Block 325 OFFICE 13.2 -13.4 Zone 325 Total /Ave. Zone 325 Block 326 OFFICE 13.4 -14 Zone 326 Total /Ave. Zone 326 Block 327 CONF 14 -14.2 Zone 327 Total /Ave. Zone 327 Block 328 OFFICE 14.2 -14.4 ie 328 Total /Ave. 328 Block 329 OFFICE 14.2 Zone 329 Total /Ave. Zone 329 Block 330 OFFICE 15 -15.2 Space Peak OA Rm Supp. Floor Time Cond. Dry Dry Area Mo /Hr DB /WB Blb Bulb (Sq Ft) (F) (F) (F) 800 800 640 640 640 184 184 184 560 560 560 150 150 150 650 650 650 800 800 800 441 441 441 800 800 800 800 800 800 800 800 800 800 800 800 279 279 279 518 518 518 216 216 216 960 20 13/ 1 20 13/ 1 20 20 13/ 1. 20 13/ 1 20 20 13/ 1 20 13/ 1 20 20 13/ 1 20 13/ 1 20 20 13/ 1 20 13/ 1 20 20 13/ 1 20 13/ 1 20 20 13/ 1 20 13/ 1 20 20 13/ 1 20 13/ 1 20 20 13/ 1 20 13/ 1 20 20 13/ 1 20 13/ 1 20 20 13/ 1 20 13/ 1 20 20 13/ 1 20 13/ 1 20 20 13/ 1 20 13/ 1 20 20 13/ 1 20 13/ 1 20 20 13/ 1 20 13/ 1 20 PEAK HEATING LOADS (Main System) 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 Space Air Flow (Cfm) Coil Space Peak OA Rm Supp. Sens. Time Cond. Dry Dry Load Mo /Hr DB /WB Blb Bulb (Btuh) (F) (F) (F) 49 -2,931 49 -2,931 13/ 11 -671 13/ 1 11 -671 11 -671 13/ 1 40 -2,380 13/ 1 40 -2,380 40 -2,380 13/ 1 16 -963 13/ 1 16 -963 16 -963 13/ 1 6 -353 13/ 1 6 -353 6 -353 13/ 1 23 -1,370 13/ 1 23 -1,370 23 -1,370 13/ 1 25 -1,472 13/ 1 25 -1,472 25 -1,472 13/ 1 9 -556 13/ 1 9 -556 9 -556 13/ 1 26 -1,543 13/ 1 26 -1,543 26 -1,543 13/ 1 25 -1,472 13/ 1 25 -1,472 25 -1,472 13/ 1 49 -2,931 13/ 1 49 -2,931 49 -2,931 13/ 1 49 -2,931 13/ 1 49 -2,931 49 -2,931 13/ 1 6 -345 13/ 1 6 -345 6 -345 13/ 1 23 -1,352 13/ 1 23 -1,352 23 -1,352 13/ 1 5 -271 13/ 1 5 -271 5 -271 13/ 1 29 -1.762 13/ 1 125.0 76.3 125.0 125.0 72.8 125.0 125.0 84.6 125.0 125.0 81.4 125.0 125.0 74.8 125.0 125.0 76.4 125.0 125.0 76.9 125.0 125.0 75.2 125.0 125.0 75.9 125.0 125.0 74.1 125.0 125.0 77.0 125.0 125.0 80.8 125.0 125.0 73.1 125.0 125.0 90.4 125.0 125.0 74.6 125.0 Coil Air Flow (Cfm) 431 431 218 218 218 149 149 149 78 78 78 67 67 67 198 198 198 197 197 197 97 97 97 240 240 240 334 334 334 383 383 383 249 249 249 101 101 101 61 61 61 55 55 55 522 V 600 PAGE 5 Coil Sens. Load (Btuh) - 30,471 -7,619 - 15,439 - 15,439 -3,046 - 10,575 - 10,575 -4,007 - 5,493 - 5,493 -1,808 -4,755 -4,755 - 1,085 - 14,007 - 14,007 - 3,525 - 13,954 - 13,954 -3,618 -6,896 -6,896 - 1,617 - 16,952 - 16,952 - 4,151 - 23,604 - 23,604 -5,103 - 27,126 - 27,126 -7,104 - 17,636 - 17,636 -5,644 -7,163 -7,163 - 1,447 - 4,308 - 4,308 -2,015 - 3,857 -3,857 -864 - 36,937 C Trane Air Conditioning Economics By: C.D.S. MARKETING IN SYSTEM HEATING - ALTERNATIVE 1 Room Number Description Zone 330 Total /Ave. Zone 330 Block System 2 Total /Ave. System 2 Block 124 OFFICE 16 -16.4 Zone 124 Total /Ave. Zone 124 Block 125 CONF 16.4 -17 Zone 125 Total /Ave. Zone 125 Block 126 OFFICE 17 -17.3 Zone 126 Total /Ave. Zone 126 Block 127 OFFICE 17.3 -18 127 Total /Ave. d une 127 Block 128 RECORDS 18 -18.2 Zone 128 Total /Ave. Zone 128 Block 129 CORE 18 -18.4 Zone 129 Total /Ave. Zone 129 Block 130 OFFICE 18 -18.4 Zone 130 Total /Ave. Zone 130 Block 131 OFFICE 18.4 -19 Zone 131 Total /Ave. Zone 131 Block 134 OFFICE 17.4 Zone 134 Total /Ave. Zone 134 Block 135 CONF. 18 Zone 135 Total /Ave. Zone 135 Block 219 OFFICE 16 -16.2 Zone 219 Total /Ave. Zone 219 Block 220 OFFICE 16.2 -17 Zone 220 Total /Ave. 4(: ie 220 Block ?1 CONF 16.5 -17 Zone 221 Total /Ave. Zone 221 Block 222 OFFICE 17 -17.4 Zone 222 Total /Ave, Space Peak OA Rm Supp. Floor Time Cond. Dry Dry Area Mo /Hr DB /WB Blb Bulb (Sq Ft) (F) (F) (F) 960 960 38,269 38,269 840 840 840 700 700 700 1,376 1,376 1,376 945 945 945 144 144 144 920 920 920 552 552 552 580 580 580 432 432 432 216 216 216 576 576 576 1.296 1,296 1,296 168 168 168 1,680 1,680 PEAK HEATING LOADS (Main System) 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125,0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125,0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 Space Air Flow (Cfm) Space Peak OA Rm Supp. Sens. Time Cond. Dry Dry Load Mo /Hr DB /WB Blb Bulb (Btuh) (F) (F) (F) 29 -1,762 20 19 70 125.0 29 -1,762 13/ 1 20 19 70 73.1 1,739 - 104,061 20 19 70 125.0 1,739 - 104,059 13/ 1 20 19 70 76.4 46 -2,760 13/ 1 20 19 70 125.0 46 -2,760 20 19 70 125.0 46 -2,760 13/ 1 20 19 70 76.5 39 -2,305 13/ 1 20 19 70 125.0 39 -2,305 20 19 70 125.0 39 -2,305 13/ 1 20 19 70 77.1 73 -4,354 13/ 1 20 19 70 125.0 73 -4,354 20 19 70 125.0 73 -4,354 13/ 1 20 19 70 76.2 40 -2,380 13/ 1 20 19 70 125.0 40 -2,380 20 19 70 125.0 40 -2,380 13/ 1 20 19 70 74.5 4 -237 13/ 1 20 19 70 125.0 4 -237 20 19 70 125.0 4 -237 13/ 1 20 19 70 73.6 18 -1,069 13/ 1 20 19 70 125.0 18 -1,069 20 19 70 125.0 18 -1,069 13/ 1 20 19 70 73.4 61 -3,670 13/ 1 20 19 70 125.0 61 -3,670 20 19 70 125.0 61 -3,670 13/ 1 20 19 70 86.1 32 -1,943 13/ 1 20 19 70 125.0 32 - 1,943 20 19 70 125.0 32 -1.943 13/ 1 20 19 70 79.4 37 -2,230 13/ 1 20 19 70 125.0 37 -2,230 20 19 70 125.0 37 -2.230 13/ 1 20 19 70 89.1 19 -1,115 13/ 1 20 19 70 125,0 19 -1,115 20 19 70 125,0 19 -1,115 13/ 1 20 19 70 78.8 21 -1,273 13/ 1 20 19 70 125,0 21 -1,273 20 19 70 125.0 21 -1,273 13/ 1 20 19 70 74.1 75 -4,471 13/ 1 20 19 70 125.0 75 -4,471 20 19 70 125.0 75 -4,471 13/ 1 20 19 70 76.9 32 -1,944 13/ 1 20 19 70 125.0 32 -1,944 20 19 70 125.0 32 -1,944 13/ 1 20 19 70 83.7 95 -5,716 13/ 1 20 19 70 125.0 95 -5,716 20 19 70 125.0 V 600 PAGE 6 Coil Coil Coil Air Sens. Flow Load (Cfm) (Btuh) 522 - 36,937 522 -7,444 15,057 - 1,065,055 15,057 - 267,913 387 - 27,396 387 - 27,396 387 -6,975 299 299 299 649 649 649 491 491 491 61 61 61 290 290 290 209 209 209 190 190 190 107 107 107 116 116 116 283 283 283 593 593 593 131 131 131 1,066 1,066 - 21,114 - 21,114 -5,554 - 45,917 - 45,917 - 11,418 - 34,730 - 34,730 -7,723 -4,293 -4,293 -898 - 20,511 - 20,511 -4,225 - 14,812 - 14,812 -5,949 - 13,473 - 13,473' - 4,016 - 7,573 -7,573 -3,395 -8,211 -8,211 - 2,378 - 19,984 - 19,984 -4,348 - 41,952 - 41,952 - 10,925 -9,248 -9,248 -3,366 - 75,426 - 75,426 Trane Air Conditioning Economics By: C.D.S. MARKETING N SYSTEM HEATING - ALTERNATIVE 1 Room Number Description Zone 222 Block 223 OFFICE 17.4 -18.2 Zone 223 Total /Ave. Zone 223 Block 224 OFFICE 18.2 -18.4 Zone 224 Total /Ave. Zone 224 Block 225 OFFICE 18.3 -18.4 Zone 225 Total /Ave. Zone 225 Block 226 CONF 18.4 -19 Zone 226 Total /Ave. Zone 226 Block 0 . 331 OFFICE 16 -16.2 331 Total /Ave. NUne 331 Block 332 OFFICE 16.2 -16.4 Zone 332 Total /Ave. Zone 332 Block 333 OFFICE 16.4 -17 Zone 333 Total /Ave. Zone 333 Block 334 OFFICE 17 -17.2 Zone 334 Total /Ave. Zone 334 Block 335 OFFICE 17.2 -17.4 Zone 335 Total /Ave. Zone 335 Block 336 OFFICE 17,4 -18 Zone 336 Total /Ave. Zone 336 Block 337 OFFICE 18 -18.2 Zone 337 Total /Ave. Zone 337 Block 338 OFFICE 18.3 -18.4 Zone 338 Total /Ave. Zone 338 Block 339 OFFICE 18.2 -18.4 Zone 339 Total /Ave. e 339 Block 10 CONF 18.4 -19 Zone 340 Total /Ave. Zone 340 Block System 3 Total /Ave. System 3 Block Space Peak OA Rm Supp. Floor Time Cond. Dry Dry Area Mo /Hr DB /WB Blb Bulb (Sq Ft) (F) (F) (F) 1,680 1,400 1,400 1,400 751 751 751 144 144 144 551 551 551 600 600 600 800 800 800 800 800 800 800 800 800 800 800 800 800 800 800 800 800 800 156 156 156 644 644 644 580 580 580 20,051 20,051 PEAK HEATING LOADS (Main System) 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 20 19 70 125.0 13/ 1 20 19 70 125.0 Co Space Space Peak OA Rm Supp. Air Sens. Time Cond. Dry Dry Flow Load Mo /Hr DB /WB Blb Bulb (Cfm) (Btuh) (F) (F) (F) 95 94 94 94 20 20 20 10 10 10 30 30 30 20 20 20 52 52 52 49 49 49 49 49 49 41 41 41 49 49 49 49 49 49 10 10 10 16 16 16 29 29 29 1,114 1,114 -5,716 13/ 1 -5,655 13/ 1 - 5,655 -5,655 13/ 1 - 1,192' 13/ 1 - 1,192 -1,192 13/ 1 -626 13/ 1 -626 -626 13/ 1 -1,822 13/ 1 -1,822 -1,822 13/ 1 - 1,204 13/ 1 -1,204 -1,204 13/ 1 -3,113 13/ 1 - 3,113 - 3,113 13/ 1 -2,954 13/ 1 -2,954 -2,954 13/ 1 -2,954 13/ 1 -2,954 -2,954 13/ 1 -2,467 13/ 1 -2,467 -2,467 13/ 1 r2,954 13/ 1 -2,954 -2,954 13/ 1 -2,954 13/ 1 -2,954 -2,954 13/ 1 - 621 13/ 1 - 621 -621 13/ 1 -929 13/ 1 -929 - 929 13/ 1 -1,745 13/ 1 -1,745 -1,745 13/ 1 - 66,657 - 66,656 13/ 1 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 20 19 70 74.9 125.0 125.0 76.6 125.0 125.0 73.3 125.0 125.0 80.5 125.0 125.0 80.5 125.0 125.0 75.0 125.0 125.0 80.3 125.0 125.0 80.3 125.0 125.0 75.7 125.0 125.0 74.9 125.0 125.0 80.0 125.0 125.0 79.9 125.0 125.0 80.4 125.0 125.0 74.9 125.0 125.0 79.8 125.0 76.9 V 600 PAGE 7 Coil Coil Air Sens. Flow Load (Cfm) (Btuh) 1,066 - 17,320 790 - 55,877 790 - 55,877 790 - 14,251 333 - 23,534 333 - 23,534 333 -4,813 55 -3,865 55 -3,865 55 -1,221 159 - 11,232 159 - 11,232 159 -3,550 220 - 15,576 220 - 15,576 220 -3,600 277 - 19,585 277 - 19,585 277 -6,127 265 - 18,719 265 - 18,719 265 -5,834 477 - 33,713 477 - 33,713 477 -8,140 462 - 32,705 462 - 32,705 462 -7,499 271 - 19,196 271 - 19,196 271 -5,907 273 - 19,300 273 - 19,300 273 -5,923 55 -3,884 55 -3,884 55 -1,218 176 - 12,424 176 - 12,424 176 -2,840 164 - 11,615 164 - 11,615 164 -3,532 8,848 - 625,865 8,848 - 162,943 Trane Air Conditioning Economics By: C.D.S. MARKETING N SYSTEM HEATING - ALTERNATIVE 1 PEAK HEATING LOADS (Main System) V 600 PAGE 8 Space Coil Peak OA Rm Supp. Space Space Peak OA Rm Supp. Coil Coil Floor Time Cond. Dry Dry Air Sens. Time Cond. Dry Dry Air Sens. Room Area Mo /Hr DB /WB Blb Bulb Flow Load Mo /Hr OB /W8 81b Bulb Flow Load Number Description (Sq Ft) (F) (F) (F) (Cfm) (Btuh) (F) (F) (F) (Cfm) (Btuh) 341 VISIBILITY 14.3 1.280 13/ 1 20 19 70 80.0 1,020 - 11,100 13/ 1 20 19 70 80.0 1,020 - 66,599 Zone 341 Total /Ave. 1,280 20 19 70 80.0 1,020 - 11,100 20 19 70 80.0 1,020 - 66,599 Zone 341 Block 1,280 13/ 1 20 19 70 80.0 1,020 - 11,100 13/ 20 19 70 80.0 1,020 - 66,599 System 4 Total /Ave. 1,280 20 19 70 80.0 1,020 - 11,100 20 19 70 80.0 1,020 - 66,599 System 4 Block 1,280 13/ 1 20 19 70 80.0 1,020 - 11,100 13/ 1 20 19 70 80.0 1,020 - 66,599 600 input file C: \JOBS \14010FT7.TM by C.D.S. MARKETING 01 Card - Job Information Project: 14 -01 BLDG OFFICE TOWER Location: THOMPSON SITE Client: BCAG Program User: LARPENTEUR - SCHELLPFEFFER Comments: SYSTEMS 1. 2. 3, & 4 Card 08 Climatic Information Summer Winter Sumner Summer Winter Summer Winter Weather Clearness Clearness Design Design Design Building Ground Ground Code Number Number Dry Bulb Wet Bulb Dry Bulb Orientation Reflect Reflect SEATTLE 85 67 20 Card 09 Load Simulation Periods 1st Month Last Month Peak 1st Month Last Month 1st Month Last Month ( ing Cooling Cooling Sumner Summer Daylight Daylight ation Simulation Load Hr Period Period Savings Savings Jug AUG Card 10 Load Simulation Parameters Cooling Heating Airflow Airflow Room Put. Wall Load Load Ventilation Input Output Circulation RA Load Method Method Method Units Units Rate to Room TETD -TA1 UATD OADB • NO Card 19- Load Alternative - Number Description 1 Card 20 Load Section Alternative #1 Alternative #1 Page #1 General Room Parameters Zone : Acoustic. .Floor:to Duplicate Duplicate : = Perimeter Room Reference Room Floor Floor: Const Plenum Ceiling .Floor, Floors Rooms per Depth Number Descrip Length Width Type Height Resistance ,Height, Multiplier Zone' 101 OFFICE 6 -6.2 29 20 7 A... 12;5. TRACE 600 input file C: \JOBS\14010FT7.TM by C.D.S. MARKETING Alternative #1 Page #2 Card 20 General Room Parameters Zone Acoustic Floor to Duplicate Duplicate Perimeter Room Reference Room Floor Floor Const Plenum Ceiling Floor Floors Rooms per Depth Number Number Descrip Length Width Type Height Resistance Height Multiplier Zone 102 102 OFFICE 6.2 -7 40 40 7 4 12.5 103 103 OFFICE 7 -7.4 40 40 7 4 12,5 104 104 OFFICE 7.4 -8 12 20 7 4 12,5 105 105 OFFICE 8 -8.4 40 20 7 4 12.5 106 106 CONF 9.2 -9.4 24 40 7 4 12.5 107 107 OFFICE 9.4 -10.2 28 40 7 4 12.5 108 108 OFFICE 10.2 -11 40 40 7 4 12.5 109 109 OFFICE 11 -11.1 1 800 7 4 12.5 110 110 OFFICE 11.1 -11.2 12 20 7 4 12.5 111 111 LOBBYE 11.2 -11.5 25.5 25.5 7 4 12.5 112 112 CANTINA 11.4 -12 20.5 20.5 7 4 12.5 113 113 CONF 12.2 -12.4 19.5 19.5 7 4 12.5 114 114 OFFICE 12.4 -13 16 27 7 4 12.5 115 115 OFFICE 12.5 -13 12.5 12.5 7 4 12.5 116 116 CONF 13-13.4 40 27 7 4 12.5 117 117 OFFICE 13 -13.1 13 12.5 7 4 12.5 118 118 OFFICE 13.1 -13.4 28 12.5 7 4 12.5 119 119 OFFICE 13.4 -14.2 33 16 7 4 12,5 120 120 OFFICE 14 -14.1 24 13 7 4 12.5 IL 121 OFFICE 14.2 -15 40 40 7 4 12.5 122 OFFICE 14.4-15 12.5 25 7 4 12.5 12a 123 OFFICE 15 -15.2 24 26 7 4 12.5 124 124 OFFICE 16 -16.4 1 840 7 4 12.5 125 125 CONF 16,4 -17 700 1 7 4 12.5 126 126 OFFICE 17 -17.3 1376 1 7 4 12.5 127 127 OFFICE 17,3 -18 21 45 7 4 12.5 128 128 RECORDS 18 -18.2 12 12 7 4 12,5 129 129 CORE 18 -18.4 920 1 7 4 12.5 130 130 OFFICE 18 -18,4 23.5 23.5 7 4 12.5 131 131 OFFICE 18.4 -19 20 29 7 4 12.5 132 132 OFFICE 8.2 -8.4 40 20 7 4 12.5 133 133 OFFICE 8.4 -9 40 20 7 4 12.5 134 134 OFFICE 17,4 24 18 7 4 12.5 135 135 CONF. 18 12 18 7 4 12.5 201 201 OFFICE 6 -6.2 29 18 7 4 12 202 202 OFFICE 6.2 -7 38.2 38,2 7 4 12 203 203 OFFICE 7 -7,4 40 40 7 4 12 204 204 OFFICE 7.4 -8 23 24 7 4 12 205 205 OFFICE 8 -8.4 39 43 7 4 12 206 206 CONE 9.2 -9,4 39 25 7 4 12 207 207 OFFICE 9,4 -10 14 14 7 4 12 208 208 COFFEE 9,4 -10 19.7 19.7 7 4 12 209 209 OFFICE 10 -10.4 40 39 7 4 12 210 210 OFFICE 10.4 -11.2 40 44 7 4 12 211 211 CONE 11.2 -11,4 16.6 16.6 7 4 12 C 212 OFFICE 11.2 -12 31.8 31.8 7 4 12 213 OFFICE 12 -12,4 37,1 37.1 7 4 12 Card 20 TRACE 600 input file C: \JOBS \14010FT7.TM by C.D.S. MARKETING Zone Room Reference Room Floor Floor Number Number Descrip Length Width 214 214 CONF 12.4 -12.5 12.5 12.5 215 215 OFFICE 12.4 -13.2 38 38 216 216 OFFICE 13.2 -14 40 40 217 217 OFFICE 14 -14.4 40 44 218 218 OFFICE 14.4 -15.2 40 36 219 219 OFFICE 16 -16.2 24 24 220 220 OFFICE 16.2 -17 36 36 221 221 CONF 16.5 -17 12 14 222 222 OFFICE 17 -17.4 40 42 223 223 OFFICE 17.4 -18.2 35 40 224 224 OFFICE 18.2 -18.4 27.4 27.4 225 225 OFFICE 18.3 -18.4 12 12 226 226 CONE 18,4-19 19 29 227 227 OFFICE 6.2 -6.3 12 12 300 300 CONE 6 -6.2 17.5 29 301 301 OFFICE 6.2 -6.4 28.5 20 302 302 CONE 6.4 -7 28.5 20 303 303 OFFICE 6.2 -6.3 12.5 12.5 304 304 OFFICE 6.3 -7 12.5 28 IL. 305 OFFICE 7 -7.2 20 40 306 OFFICE 7.2 -7.4 20 40 30/ 307 OFFICE 7.4 -8 20 24 308 308 OFFICE 8 -8.2 20 40 309 309 OFFICE 8.2-8.4 23 40 310 310 OFFICE 9.2 -9.4 20 40 311 311 OFFICE 9.4 -10 12 15.5 312 312 OFFICE 9.4 -10 30.7 20 313 313 OFFICE 10 -10.2 20 40 314 314 OFFICE 10.2 -10.4 20 40 315 315 OFFICE 10.4 -11 20 40 316 316 OFFICE 11 -11.2 20 32 317 317 CONE 11 -11.2 23 8 318 318 OFFICE 11.2 -11.4 20 28 319 319 OFFICE 11.2 -11.3 12 12.5 320 320 OFFICE 11.4 -12 25.5 25,5 321 321 CONE 12.1 -12.2 20 40 322 322 OFFICE 12.2 -12.4 21 21 323 323 OFFICE 12.4 -13 20 40 324 324 OFFICE 13 -13.2 20 40 325 325 OFFICE 13.2 -13.4 20 40 326 326 OFFICE 13.4 -14 20 40 327 327 CONE 14 -14.2 15.5 18 328 328 OFFICE 14.2 -14.4 28 18.5 329 329 OFFICE 14.2 18 12 330 330 OFFICE 15 -15.2 24 40 331 OFFICE 16 -16.2 15 40 332 OFFICE 16.2 -16,4 20 40 General Room Parameters Acoustic Floor to Duplicate Duplicate Perimeter Const Plenum Ceiling Floor Floors Rooms per Depth Type Height Resistance Height Multiplier Zone 7 4 12 7 4 12 7 4 12 7 4 12 7 4 12 7 4 12 7 4 12 7 4 12 7 4 12 7 4 12 7 4 12 7 4 12 7 4 12 7 4 12 7 3 10.5 7 3 10.5 7 3 10.5 7 3 10.5 7 3 10.5 7 3 10.5 7 3 10.5 7 3 10.5 7 3 10.5 7 3 10.5 7 3 10,5 7 3 10,5 7 3 10.5 7 3 10.5 7 3 10.5 7 3 10.5 7 3 10.5 7 3 10.5 7 3 10.5 7 3 10,5 7 3 10,5 7 3 10.5 7 3 10.5 7 3 10.5 7 3 10.5 7 3 10.5 7 3 10.5 7 3 . , 10.5 7 3 7 3 7 3 7 3 Alternative #1 Page #3 d :�.n'• i:"i. ;.i( :ur-,XjiWr6,64 .u.06xt.,..,. TRACE 600 input file C: \JOBS \14010FT7.TM by C.D.S. MARKETING Caro 20 General Room Parameters Zone Acoustic Floor to Duplicate Duplicate Perimeter. Room Reference Room Floor Floor Const Plenum Ceiling Floor Floors Rooms per Depth Number Number Descrip. Length Width Type Height Resistance Height Multiplier Zone 333 333 OFFICE 16.4 -17 20 40 7 3 10.5 334 334 OFFICE 17 -17.2 20 40 7 3 10.5 335 335 OFFICE 17.2 -17.4 20 40 7 3 10.5 336 336 OFFICE 17,4 -18 20 40 7 3 10.5 337 337 OFFICE 18 -18.2 20 40 7 3 10.5 338 338 OFFICE 18.3 -18.4 12.5 12.5 7 3 10.5 339 339 OFFICE 18.2 -18.4 16.1 40 7 3 10.5 340 340 CONF 18.4 -19 20 29 7 3 10.5 341 341 VISIBILITY 14.3 32 40 7 3 10.5 Card 21 Thermostat Parameters Cooling Room Cooling Cooling Heating Heating Heating T'stat Mass / Carpet Room Room Design T'stat T'stat Room T'stat T'stat Location No. Hrs On Number Design DB RH Driftpoint Schedule Design DB Driftpoint Schedule Flag Average Floor M 75 50 70 YES € 22 Roof Parameters Roof Room Roof Equal to Roof Roof Roof Const Roof Roof Roof Number Number Floor? Length Width U -Value Type Direction Tilt Alpha. 300 1 YES .034 25 301 1 YES .034 25 302 1 YES .034 25 303 1 YES .034 25 304 1 YES .034 25 305 1 YES .034 25 306 1 YES .034 25 307 1 YES .034 25 308 1 YES .034 25 309 1 YES .034 25 310 1 YES .034 25 311 1 YES .034 25 312 1 YES .034 25 313 1 YES .034 25 314 1 YES .034 25 315 1 YES .034 25 316 1 YES .034 25 317 1 YES .034 25 318 1 YES .034 25 319 1 YES .034 25 320 1 YES .034 25 1 YES .034 25 1 YES .034 25 Alternative #1 Page #4 c c ;4,;Se� 1iS�::.vt RC: r•. F6° R: 3a�+ raus�. �rn .xY.C,fl,a.c.:¢ TRACE 600 input file C: \JOBS \14010FT7.TM by C.D.S. MARKETING Card 22 Roof Parameters Roof Room Roof Equal to Roof Roof Roof Const Roof Roof Roof Number Number Floor? Length Width U -Value Type Direction Tilt Alpha 323 1 YES .034 25 324 1 YES .034 25 325 1 YES .034 25 326 1 YES .034 25 327 1 YES. .034 25 328 1 YES .034 25 329 1 YES .034 25 330 1 YES .034 25 331 1 YES .034 25 332 1 YES .034 25 333 1 YES .034 25 334 1 YES .034 25 335 1 YES .034 25 336 1 YES .034 25 337 1 YES .034 25 338 1 YES .034 25 339 1 YES .034 25 340 1 YES .034 25 341 1 YES .034 25 Card 24 Wall Parameters Wall Ground Room Wall Wall Wall Wall Constuc Wall Wall Wall Reflectance Number Number Length Height U -Value Type Direction Tilt Alpha Multiplier 101 1 29 12.5 .09 72 270 102 1 40 12.5 .09 72 0 103 1 40 12.5 .09 72 0. 105 1 20 12.5 .09 72 0 106 1 24 12.5 .09 72 0 107 1 28 12.5 .09 72 0 108 1 40 12.5 .09 72 0 109 1 15.5 12.5 .09 72 0 110 1 11 12.5 .09 72 0 111 1 24 12.5 .09 72 0 115 1 11 12.5 .09 72 0 117 1 12.5 12.5 .09 72 0 118 1 28 12.5 .09 72 0 119 1 33 12.5 .09 72 0 121 1 40 12.5 .09 72 0 123 1 24 12.5 .09 72 0 124 1 25 12.5 .09 72 0 125 1 20 12.5 .09 72 0 126 1 38 12.5 , ..09 72 0 1 40 12.5 .09 72 0 I 1 28 12.5 .09. 72.' 0 Alternative #1 Page #5 TRACE 600 input file C: \JOBS \14010FT7.TM by C.D.S. MARKETING Car 24 Wall Parameters Wall Ground Room Wall Wall Wall Wall Constuc Wall Wall Wall Reflectance Number Number Length Height U -Value Type Direction Tilt Alpha Multiplier 132 1 20 12.5 .09 72 0 133 1 20 12.5 .09 72 0 134 1 24 12.5 .09 72 0 135 1 12 12.5 .09 72 201 1 29 12 .09 72 0 203 1 42 12 .09 72 0 205 1 42 12 .09 72 0 206 1 14 12 .09 72 0 207 1 14.5 12 .09 72 0 209 1 38 12 .09 72 0 210 1 44 12 .09 72 0 211 1 12 12 .09 72 0 212 1 15.5 12 .09 72 0 213 1 19.5 12 .09 72 0 214 1 12 12 .09 72 0 215 1 28 12 .09 72 0 216 1 40 12 .09 72 0 217 1 44 12 .09 72 0 218 1 41 12 .09 72 0 1 9 12 .09 72 0 1 27.5 12 .09 72 0 2ei 1 12,5 12 .09 72 0 222 1 42 11 .09 72 0 223 1 35 12 .09 72 0 224 1 10 12 .09 72 0 225 1 12 12 .09 72 0 226 1 28 12 .09 72 0 227 1 12. 12 .09 72 0 300 1 29 10.5 .09 72 0 303 1 12.5 10.5 .09 72 0 304 1 28 10:5 .09 72 0 305 1 20 10.5 .09 72 0 306 1 22 10.5 .09 72 0 308 1 20. 10.5 .09 72 0 309 1 23 10.5 .09 72. 0 310 1 20 10.5 .09 72 0 311 1 15.5 10.5 .09 72 0 313 1 20 10.5 .09 72 0 314 1 20 10.5 .09 72 0 315 1 20 10.5 .09 72 0 317 1 23 10.5 .09 72 . 0 318 1 12.5 10.5 .09 72 320 1 15.5 10.5 .09 72 321 1 20 10.5 .09 72 323 1 . 20 10.5 .09 72 IL 1 20 10.5 .09 72 20 10.5 .09 72 Alternative #1 Page #6 TRACE 600 input file C: \JOBS \14010FT7.TM by C.D.S. MARKETING Card 24 Wall Parameters Wall Ground Room Wall Wall Wall Wall Constuc Wall Wall Wall Reflectance Number Number Length Height U -Value Type Direction Tilt Alpha Multiplier 326 1 20 10.5 .09 72 0 328 1 28 10.5 .09 72 0 330 1 24 10.5 .09 72 0 331 1 9 10.5 .09 72 0 332 1 20 10.5 .09 72 0 333 1 20 10.5 .09 72 0 334 1 20 10.5 .09 72 0 335 1 20 10.5, .09 72 0 336 1 20 10.5 . .09 72 0 337 1 20 10.5 .09 72 0 338 1 12.5 10.5 .09 72 0 339 1 7 10.5 .09 72 0 340 1 29 10.5 .09 72 90 341 1 32 10.5 .09 72 0 Card 25 Wall r Number 2Uc 1 203 1 209 I 210 1 216 1 220 1 221 1 222 1 223 1 227 1 303 1 304 1 305 1 313 1 314 1 315 1 317 1 325 1 326 1 332 1 333 1 334 1 335 1 336 1 C Glass Glass Length Width 5 4 . 5 4 5 4 5 .4 5 4 5 4 5 4 5 4 5 4 5 4 5 4 5 4 5 4 5 4 5 4 5 4 5 4 5 4 5 4 5 .4 5 4 5 4 5 4 5 : 4 Wall /Glass Parameters Alternative #1 Page #7 Pct Glass External Internal Percent Inside or No. of Glass Shading Shading Shading Solar to Visible Visible Windows U -Value Coefficient Type Type Ret. Air Transmittance Reflectance 4 .55 .36 3 .55 .36 6 .55 .36 6 .55 .36 6 .55 .36 4 .55 .36 2 .55 .36 5 .55 .36 6 .55 ,36 2 .55 .36 ' 2 .55 .36 4 .55 ,36 3 .55 .36 3 .55 .36 ' 3 .55 .36 3 .55 .36 . 3 .55 .36 3 .55 .36 3 . .55 .36 3 .55 .36 3 .55 .36 3 .55 .36 2 ' .55 .36 3 .55 ' , ,36 3 .55 .36 TRACE 600 input file C: \JOBS \14010FT7.TM by C.D.S. MARKETING Alternative #1 Card 27 People and Lights Lighting Percent - -- Daylighting Room People People People People Lighting Lighting Fixture Ballast Lights to Reference Reference Number Value Units Sensible Latent Value Units Type Factor Ret. Air Point 1 Point 2 101 4 PEOPLE 255 255 1.2 WATT -SF RECFL -RA 1.0 50 102 14 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 103 13 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 104 4 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 105 10 PEOPLE 255 255 1.3 WATT -SF RECFL -RA I.0 50 106 35 PEOPLE 255 255 1.5 WATT -SF RECFL -RA 1.0 50 107 16 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 108 18 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1,0 50 109 8 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 110 5 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 111 4 PEOPLE 255 255 .8 WATT -SF RECFL -RA 1.0 50 112 3 PEOPLE 255 255 .8 WATT -SF RECFL -RA 1,0 50 113 8 PEOPLE 255 255 1.2 WATT -SF RECFL -RA 1.0 50 114 2 PEOPLE 255 255 .8 WATT -SF RECFL -RA 1.0 50 115 5 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 116 32 PEOPLE 255 255 .8 WATT -SF RECFL -RA 1.0 50 117 4 PEOPLE 255 255 .8 WATT -SF RECFL -RA 1.0 50 118 6 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 119 14 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 2 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 15 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 1cc 4 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 123 11 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 124 15 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 125 33 PEOPLE 255 255 1.5 WATT -SF RECFL-RA 1.0 50 126 18 PEOPLE 255 255 .8 WATT -SF RECFL -RA 1.0 50 127 19 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 128 2 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1,0 50 129 2 PEOPLE 255 255 .8 WATT -SF RECFL -RA 1.0 50 130 9 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 131 4 PEOPLE 255 255 1.3 WATT-SF RECFL -RA 1.0 50 132 9 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 133 9 PEOPLE 255 255 1.2 WATT -SF RECFL -RA 1 50 134 4 PEOPLE 255 255 1.2 WATT -SF RECFL -RA 1 50 135 10 PEOPLE 255 255 .8 WATT -SF RECFL -RA 1 50 201 14 PEOPLE 255 255 1.5 WATT -SF RECFL -RA 1.0 50 202 13 PEOPLE 255 . 255 1.3 WATT -SF RECFL-RA 1.0 50 203 14 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 204 5 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 205 16 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 206 12 PEOPLE 255 255 1.5 WATT -SF RECFL -RA 1.0 50 207 8 PEOPLE 255 255 1.2 WATT -SF RECFL -RA 1.0 .50 208 6 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 209 17 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 210 12 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 gE, 10 PEOPLE 255 255 1.2 WATT -SF RECFL -RA 1.0 50 4 PEOPLE ?55 255 .8 WATT -SF RECFL -RA 1.0 50 21a 12 PEOPLE 255 255 1.3 WATT -SF RECFL-RA 1.0 50 Page #8 • Card 27 .N f•, :'tYv`�4ufi.:l.. r' :`LF,t!a nh!:Y�;:i'G:..aYi�� TRACE 600 input file C: \JOBS \14010FT7.TM by C.D.S. MARKETING People and Lights Lighting Percent - -- Daylighting Room People People People People Lighting Lighting Fixture Ballast Lights to Reference Reference Number Value Units Sensible Latent Value Units Type Factor Ret. Air Point 1 Point 2 214 4 PEOPLE 255 255 1.2 WATT -SF RECFL -RA 1.0 50 215 15 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 216 20 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 217 25 PEOPLE 255 255 1,3 WATT -SF RECFL-RA 1.0 50 218 21 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 219 3 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 220 13 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 221 8 PEOPLE 255 255 1.2 WATT -SF RECFL -RA 1.0 50 222 22 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 223 20 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 224 3 PEOPLE 255 255 1.2 WATT -SF RECFL -RA 1.0 50 225 2 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1,0 50 226 10 PEOPLE 255 255 1.5 WATT -SF RECFL -RA 1.0 50 227 2 PEOPLE 255 255 1.3 WATT-SF RECFL -RA 1.0 50 300 14 PEOPLE 255 255 1.5 WATT -SF RECFL -RA 1.0 50 301 4 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 302 4 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 303 2 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 304 4 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 1 10 PEOPLE 255 255 1,3 WATT -SF RECFL -RA 1.0 50 5 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 30/ 4 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 308 7 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 309 10 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 310 7 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1,0 50 311 2 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 312 2 PEOPLE 255 255 .8 WATT -SF RECFL -RA 1.0 50 313 8 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 314 12 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 315 10 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1,0 50 316 7 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1,0 50 317 12 PEOPLE 255 255 1.2 WATT -SF RECFL -RA 1.0 50 318 2 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1,0 50 319 2 PEOPLE 255 255 .8 WATT -SF RECFL -RA 1.0 50 320 2 PEOPLE 255 255 .8 WATT -SF RECFL -RA 1.0 50 321 16 PEOPLE 255 255 1.5 WATT -SF RECFL -RA 1.0 50 322 2 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1,0 50 323 8 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 324 7 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 325 10 PEOPLE 255 255 1.3 WATT -SF RECFL-RA 1.0 50 326 5 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 327 8 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 328 2 PEOPLE 255 255 1.2 WATT -SF RECFL -RA 1.0 50 329 2 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 330 10 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 It 2 PEOPLE 255 255 I.2 WATT -SF RECFL-RA 1.0 50 6 PEOPLE 255 255 1.3 WATT -SF RECFL -RA 1.0 50 Alternative #1 Page #9 TRACE 600 input file C: \JOBS \14010FT7.TM by C.D.S. MARKETING c Cad 27 Room People People Number Value Units 333 334 335 336 337 338 339 340 341 Card 28 Miscellaneous Misc Room Equipment Number Number. M101 102 lz l lau 107 108 109 110 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 7 11 14 6 6 2 5 8 51 PEOPLE PEOPLE PEOPLE PEOPLE PEOPLE PEOPLE PEOPLE PEOPLE PEOPLE People Sensible 255 255 255 255 255 255 255 255 255 Equipment Descrip COMPUTER EQ. COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ. COMPUTER EQ CANTINA STUFF COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ COMPUTER EQ Energy Consump Value 1640 18030 25530 4090 23362 1165 10780 37200 7810 1490 5600 1165 1890 1490 1165 1165 3980 9996 2920 20000 2980 6868 9310 1165 18620 12050 1375 9310 4000 4000 23362 People and Lights People Lighting Lighting Latent Value Units 255 1.3 WATT -SF 255 1.3 WATT -SF 255 1.3 WATT -SF 255 1.3 WATT -SF 255 1.3 WATT -SF 255 1.3 WATT -SF 255 1.3 WATT -SF 255 1.5 WATT -SF 255 1.5 WATT -SF Energy Consump Schedule Units Code BTUH BTUH BTUH BTUH BTUH BTUH BTUH BTUH BTUH BTUH BTUH BTUH BTUH BTUH BTUH BTUH BTUH BTUH BTUH BTUH BTUH BTUH BTUH BTUH BTUH FUN BTUH BTUH BTUH BTUH BTUH Lighting Percent - -- Daylighting - - -- Fixture Ballast Lights to Reference Reference Type Factor Ret. Air Point 1 Point 2 RECFL -RA 1.0 50 RECFL -RA 1.0 50 RECFL -RA 1.0 50 RECFL -RA 1.0 50 RECFL -RA 1.0 50 RECFL -RA 1.0 50 RECFL -RA 1.0 50 RECFL -RA 1.0 50 RECFL -RA 1.0 50 Equipment Energy Meter Code Percent of Load Sensible 100 100 100 100 100 100 100 100 100 100 90 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100. ‚CO. 100 Alternative #1 Percent Misc. Load to Room 100 Page #10 Percent Misc. Sens Radiant Optional to Ret. Air Fraction Air Path TRACE 600 input file C: \JOBS \14010FT7.TM by C.D.S. MARKETING Alternative #1 Page #11 Card 28 Miscellaneous Equipment Misc Energy Energy Energy Percent Percent Percent Room Equipment Equipment Consump Consump Schedule Meter of Load Misc. Load Misc. Sens Radiant Optional Number Number Descrip Value Units Code Code Sensible to Room to Ret. Air Fraction Air Path 133 1 COMPUTERS 10280 BTUH 100 134 1 COMPUTERS 1960. BTUH 100 201 1 COMPUTER EQ 1165 BTUH 100 202 1 COMPUTER EQ 11450 BTUH 100. 203 1 COMPUTER EQ 11070 BTUH 100 204 1 COMPUTER EQ 12370 BTUH 100 205 1 COMPUTER EQ 18190 BTUH 100 206 1 COMPUTER EQ 1165 BTUH 100 207 1 COMPUTER EQ 1165 BTUH 100 208 1 COMPUTER EQ 4700 BTUH 80 209 1 COMPUTER EQ 23500 BTUH 100 210 1 COMPUTER EQ. 8425 BTUH 100 211 1 COMPUTER EQ 1165 BTUH 100 212 1 COMPUTER EQ 4100 STUN 100 213 1 COMPUTER EQ 7000 BTUN 100 214 1 COMPUTER EQ 1165 BTUH 100 215 1 COMPUTER EQ 16030 BTUN 100 216 1 COMPUTER EQ 16160 BTUH 100 2 7 1 COMPUTER EQ 15000 BTUH 100 1 COMPUTER EQ 17460 BTUH 100 l COMPUTER EQ 8230 BTUH 100 22u 1 COMPUTER EQ 14960 BTUH 100 221 1 COMPUTER EQ 1165 BTUH 100 222 1 COMPUTER EQ 30640 BTUH 100 223 1 COMPUTER EQ 20430 BTUH 100 224 1 COMPUTER EQ 10560 BTUH 100 225 1 COMPUTER EQ 1000 BTUN 100 226 1 COMPUTER EQ 1165 BTUH 100 227 1 COI•MPUTER EQ 1000 BTUH 100 300 1 COMPUTER EQ 1165 BTUH 100 301 1 COMPUTER EQ 3230 BTUH 100 302 1 COMPUTER EQ 6190 BTUH ELEC 100 100 SAME -RA 303 1 COMPUTER EQ 1000 BTUH 100 304 1 COMPUTER EQ 2490 BTUH 100 305 1 COMPUTER EQ 7000 BTUH 100 306 1 COMPUTER EQ 2000 BTUH 100 307 1 COMPUTER EQ 11810 BTUH 100 308 1 COMPUTER EQ 5000 BTUH 100 309 1 COMPUTER EQ 18430 BTUH 100 310 1 COMPUTER EQ. 5410 BTUH 100 311 1 COMPUTER EQ 1000 BTUH 100 312 1 COMPUTER CO 2720 BTUH 100 313 1 COMPUTER EQ 7000 BTUH 100 314 1 COMPUTER EQ 18330 BTUH 100 3 1 COMPUTER EQ 11360 BTUH 100 1 COMPUTER EQ., 5270 BTUH 100 1 COMPUTER EQ 1165 BTUH 100 TRACE 600 input file Ci \JOBS \14010FT7.TM by C.D.S. MARKETING c Alternative #1 Card 28 Miscellaneous Equipment Misc Energy Energy Energy Percent Percent. Percent Room Equipment Equipment Consump Consump Schedule Meter of Load Misc. Load Misc. Sens Radiant Optional Number Number Descrip Value Units Code Code Sensible to Room to Ret. Air Fraction Air Path 318 1 COMPUTER EQ 1000 BTUH 100 319 1 COMPUTER EQ 1490 BTUH 100 320 1 CATIHA STUFF 5600 BTUH 100 321 1 COMPUTER EQ. 1165 BTUH 100 322 1 COMPUTER EQ 2000. BTUH 100 323 1 COMPUTER EQ 5000 BTUH 100 324 1 COMPUTER EQ 9250 BTUH 100 325 1 COMPUTER EQ 9430 BTUH 100 326 1 COMPUTER EQ 5230 BTUH 100 327 1 COMPUTER EQ 1165 BTUH 100 328 1 COMPUTER EQ 500 BTUH 100 329 1 COMPUTER EQ 1000 BTUH 100 330 1 COMPUTER EQ 15670 BTUH 100 331 1 COMPUTER EQ 6160 BTUH 100 332 1 COMPUTER EQ 5820 BTUH 100 333 1 COMPUTER EQ 5410 BTUH 100 334 1 COMPUTER EQ 13040 BTUH 100 335 1 COMPUTER EQ 12050 BTUH 100 ;Lb, COMPUTER EQ 5940 BTUH 100 1 COMPUTER EQ 6000 BTUH 100 1 COMPUTER EQ 1000 BTUH 100 33' 1 COMPUTER EQ 4000 BTUH 100 340 1 COMPUTER EQ 1165 BTUH 100 341 1 COMPUTER EQ 1165 BTUH 100 Card 29 Room Airflows Ventilation Infiltration Room Cooling Heating 'Cooling Heating -- Reheat Minimum Number Value Units Value Units. Value Units Value Units Value. Units M 20 CFM -P 20 CFM -P 40 PCT -MCLG Card 30 Fan Airflows Main Auxiliary Room - --- Cooling - - -- - - -- Heating - - -= Cooking - - -: - - -- Heating Room Exhaust - Number Value " Units Value Units Value Units Value Units Value. Units M 0 'CrM-SF .15 CFM -SF Card 31 Partition Parameters Room Partition Partition . Partition Partition Const r Number Length Height .0 -Value Type 1 40 12,5 Temp . .CoolingI' Heat ing Flag : Temp Temp . PRORATED- 85 65 Adjacent Room'No Page #12 �..Cf (1�.'i..:� � �F a.;?It:f i�'.', f �V4, i, i�4'^��: t'. {'�✓�:.. ?(� c TRACE 600 input file C: \JOBS \14010FT7.TM by C.D.S. MARKETING Card 31 Partition Parameters Room Partition Partition Partition Partition Const Temp Cooling Heating Adjacent Number Number Length Height U- Value. Type Flag Temp Temp Room No 102 1 48.5 12.5 .16 PRORATED 85 65 103 1 53 12.5 .16 PRORATED 85 65 104 1 40 12.5 .16 PRORATED 85 65 105 1 12 12.5 .16 PRORATED 85 65 106 1 24 12.5 .16 PRORATED 85 65 107 1 28 12.5 .16 PRORATED 85 65 108 1 40 12.5 .16 PRORATED 85 65 109 1 32 12.5 .16 PRORATED 85 65 111 1 18 12.5 .16 PRORATED 85 65 112 1 45 12.5 .16 PRORATED 85 65 113 1 95 12.5 .16 PRORATED 85 65 114 1 32 12.5 .16 PRORATED 85 65 115 1 13 12.5 .16 PRORATED 85 65 116 1 40 12.5 .16 PRORATED 85 65 119 1 33 12.5 .16 PRORATED 85 65 120 1 24 12.5 .16 PRORATED 85 65 121 1 40 12.5 .16 PRORATED 85 65 122 1 25 12.5 .16 PRORATED 85 65 123 1 38 12.5 .16 PRORATED 85 65 1 4 1 12 12.5 .16 PRORATED 85 65 1 17 12.5 .16 PRORATED 85 65 1 26 12.5 .16 PRORATED 85 65 12/ 1 45 12.5 .16 PRORATED 85 65 128 1 12 12.5 .16 PRORATED 85 65 129 1 32 12.5 .16 PRORATED 85 65 130 1 9 12.5 .16 PRORATED 85 65 131 1 40 12.5 .16 PRORATED 85 65 132 1 40 12.5 .16 PRORATED 85 65 133 1 20 12,5 .16 PRORATED 85 65 201 1 33 12 .16 PRORATED 85 65 202 1 40 12 .16 PRORATED 85 65 203 1 37 12 .16 PRORATED 85 65 204 1 40 12 .16 PRORATED 85 65 205 1 53 12 .16 PRORATED 85 65 206 1 25 12 .16 PRORATED 85 65 208 1 15 12 .16 PRORATED 85 65 209 1 39 12 .16 PRORATED 85 65 210 1 44 12 .16 PRORATED 85 65 212 1 37 12 .16 PRORATED 85 65 213 1 /1 12 .16 PRORATED 85 65 214 1 10 12 .16 PRORATED 85 65 215 1 40 12 .16 PRORATED 85 65 216 1 40 12 .16 PRORATED 85 65 217 1 44 12 .16 PRORATED 85 65 218 1 41 12 .16 PRORATED 85 65 if 1 50 12 .16 PRORATED 85 65 1 50 12 .16 PRORATED 85 65 4 1 40 12 .16 PRORATED '85 65 Alternative #1 Page #13 TRACE 600 input file C: \JOBS \14010FT7.TM by C.D.S. MARKETING 11[:' Card 31 Partition Parameters Room Partition Partition Partition Partition Const Temp Cooling Heating Adjacent Number Number Length Height U -Value Type Flag Temp Temp Room No 222 1 42 12 .16 PRORATED 85 65 223 1 35 12 .16 PRORATED 85 65 224 1 23 12 .16 PRORATED 85 65 225 1 8 12 .16 PRORATED 85 65 226 1 38 12 .16 PRORATED 85 65 227 1 10 12 .16 PRORATED 85 65 300 1 36 10.5 .16 PRORATED 85 65 301 1 20 10.5 .16 PRORATED 85 65 302 1 20 10.5 .16 PRORATED 85 65 303 1 8.5 10.5 .16 PRORATED 85 65 305 1 20 10.5 .16 PRORATED 85 65 306 1 32 10.5 .16 PRORATED 85 65 307 1 35 10.5 .16 PRORATED 85 65 308 1 32 10.5 .16 PRORATED 85 65 309 1 22 10.5 .16 PRORATED 85 65 310 1 20 10.5 .16 PRORATED 85 65 312 1 22 10.5 .16 PRORATED 85 65 313 1 20 10.5 .16 PRORATED 85 65 314 1 20 10.5 .16 PRORATED 85 65 ii: 1 20 10.5 .16 PRORATED 85 65 1 20 10.5 .16 PRORATED 85 65 1 12 10.5 .16 PRORATED 85 65 319 1 28 10.5 .16 PRORATED 85 65 320 1 40 10.5 .16 PRORATED 85 65 321 1 20 10.5 .16 PRORATED 85 65 322 1 25 10.5 .16 PRORATED 85 65 323 1 28.5 10.5 .16 PRORATED 85 65 324 1 20 10.5 .16 PRORATED 85 65 325 1 20 10.5 .16 PRORATED 85 65 326 1 20 10.5 .16 PRORATED 85 65 327 1 15 10.5 .16 PRORATED 85 65 329 1 12 10.5 .16 PRORATED 85 65 330 1 23.5 10.5 .16 PRORATED 85 65 331 1 49 10,5 .16 PRORATED 85 65 332 1 30 10,5 .16 PRORATED 85 65 333 1 20 10.5 .16 PRORATED 85 65 334 1 20 10.5 .16 PRORATED 85 65 335 1 20 10.5 .16 PRORATED 85 65 336 1 20 10.5 .16 PRORATED 85 65 337 1 20 10.5 .16 PRORATED 85 65 338 1 8.5 10.5 .16 PRORATED 85 65 339 1 20 10.5 .16 PRORATED 85 65 340 1 35 10.5 .16 PRORATED 85 65 341 1 32 10.5 .16 PRORATED 85 65 c Alternative #1 Page #14 TRACE 600 input file C: \JOBS \14010FT7.TM by C.D.S. MARKETING Ca. u 32 101 1 29 .8 102 1 40 .8 103 1 42 .8 105 1 20 .8 106 1 15 .8 107 1 28 .8 108 1 40 .8 109 1 16 .8 110 1 11 .8 111 1 23.5 .8 115 1 11 .8 117 1 12 .8 118 1 28 .8 119 1 . 33 .8 121 1 40 .8 123 1 24 .8 124 1 25 .8 125 1 20 .8 126 1 38 .8 C 1 29 .8 1 40 .8 lac 1 21 .8 133 1 20 .8 134 1 24 .8 135 1 12 .8 Card 39- System Alternative Number 1 Description System Ventil Set . Deck Numbr Type Location 1 FPVAV , ROADK 2 FPVAV ROADK 3 FPVAV ROADK SZ ROADK System Section Alternative #1 Card 40 System Type Exposed Floor Parameters OPTIONAL VENTILATION SYSTEM Exposed Floor Fan Cooling Heating Cooling Heating Static SADBVh SADBVh .Schedule Schedule Pressure Alternative #1 Exposed Slab Room Floor Perimeter Loss Floor Floor Const Temp Cooling Heating Adjacent Number Number Length Coefficient Area U -Value Type flag Temp Temp Room No Page #15 14;?iG.relHk? 1t44�n - .EHSa ._w{f+i��'.'. TRACE 600 input file C: \JOBS \14010FT7.TM by C.D.S. MARKETING Ca,..) 41 System Set Ref kl Ref #2 . Ref #3 Ref M4 Ref•N5 Ref N6 Number Begin End Begin .End Begin End Begin End Begin End Begin End • 1 101 . 105 132 133 201 • 205 227 227 300 309 2 ' 106 123 206 218 310 330 3. 124 • 131 134 135 219 226 331 • 340 4 341 .341 Zone Assignment Card 42 Fan SP and Duct Parameters System Cool Heat Return Mn Exh Aux Rm Exh Cool Return Supply Supply Return Set Fan Fan Fan Fan Fan Fan Fan Mtr Fan Mtr Duct Duct Air Number SP SP SP SP SP SP Loc Loc Ht Gn Loc Path 1 5 5 2 SUPPLY 2 RETAIR PLENUM 2 5 5 2 SUPPLY 2 RETAIR PLENUM 3 5 5 2 SUPPLY 2 RETAIR PLENUM 4 3 3 SUPPLY 2 OTHER PLENUM Alternative' N1 Card 43 Airflow Design Temperatures m Minimum Maximum Minimum Maximum Minimum Maximum Minimum Maximum Minimum Design Cooling Cooling Heating Heating Cooling Cooling Preheat Preheat Room Ht Rec Number SADB SADB SADB SADB Lv DB Lv DB Lv DB Lv DB RH Diff 1 60 60 60 60 2 60 60 60 60 3 60 60 60 60 4 55 60 80 95 Page N16 ' Card 44 System Options System Econ Econ May Pct Direct Indirect 1st Stage Exhaust Air Heat Recovery,, Set Type On outside Evap Evap Evap Fan -- Effectiveness -- -- Control•Type -- -- Exh -Side Deck Number Flag Point Air Cooling Cooling Cooling Cycling Stage 1 Stage 2 Stage 1 Stage 2 Stage 1 Stage.2 1 DRY -BULB 65 100 2 DRY -BULB 65 100 3 DRY -BULB 65 100: 4 DRY -BULB 65 100 lit., qty Description Reference Table System:,. FPVAV FAN POWERED VAV SZ SINGLE ZONE TRACE 600 input file C: \JOBS \14010FT7.TM by C.D.S. MARKETING Page #17 I I HEATING COIL VAV BOXES PRIMARY MARK AREA CFM CFM CFM CFM ROOM AIR TOTAL FLOOR COOLING HEAT PRIMARY COIL LOAD LOAD LOAD 101 580 330 280.5 132 148.5 2299 1432.2 4880.7 102 1600 1615 1372.75 646 726.75 3700 7009.1 12559.1 103 1600 2029 1724.65 811.6 913.05 3794 8805.86 14496.86 104 240 380 323 152 171 290 1649.2 2084.2 105 800 1723 1464.55 689.2 775.35 1812 7477.82 10195.82 106 960 812 690.2 324.8 365.4 1812 3524.08 6242.08 107 1120 1113 946.05 445.2 500.85 2552 4830.42 8658.42 108 1600 2850 2422.5 1140 1282.5 • 3260 12369 17259 109 961 755 641.75 302 339.75 1697 3276.7 5822.2 110 240 211 179.35 84.4 94.95 831 915.74 2162.24 111 650 253 215.05 101.2 113.85 1931 1098.02 3994.52 0 0 0 115 156 210 178.5 84 94.5 816 911.4 2135.4 0 117 163 157 133.45 62.8 70.65 852 681.38 1959.38 118 350 407 345.95 162.8 183.15 1944 1766.38 4682.38 119 1444 956 812.6 382.4 430.2 2478 4149.04 7866.04 0 120 1600 1749 1486.65 699.6 787.05 3646 7590.66 13059.66 121 313 311 264.35 124.4 139.95 282 1349.74 1772.74 0 123 840 948 805.8 379.2 426.6 2145 4114.32 7331.82 124 800 731 621.35 292.4 328.95 1831 3172.54 5919.04 125 1376 1588 1349.8 635.2 714.6 2712 3353 7421 126 1200 1204 1023.4 481.6 541.8 2712 5225.36 9293.36 0 0 0 130 580 440 374 176 198 1117 1909.6 3585.1 131 800 1731 1471.35 692.4 778.95 1923 7512.54 10397.04 132 800 904 768.4 361.6 406.8 1821 3923.36 6654.86 133 432 254 215.9 101.6 114.3 1766 1102.36 3751.36 134 216 284 241.4 113.6 127.8 883 1232.56 2557.06 201 522 419 356.15 167.6 188.55 1037 1818.46 3373.96 202 1459 1141 969.85 456.4 513.45 1121 4951.94 6633.44 203 1600 1246 1059.1 498.4 560.7 3628 5407.64 10849.64 204 552 945 803.25 378 425.25 499 4101.3 4849.8 205 1677 1668 1417.8 667.2 750.6 2150 7239.12 10464.12 206 975 448 380.8 179.2 201.6 992 1944.32 3432.32 207 196 232 197.2 92.8 104.4 418 1006.88 1633.88 0 209 1560 2123 1804.55 849.2 955.35 5054 9213.82 16794.82 210 1760 1157 983.45 462.8 520.65 5320 5021.38 13001.38 C CDEHCOIL.XLS Page 1 CDEHCOIL.XLS Page 2 211 276 272 231.2 108.8 122.4 420 1180.48 1810.48 212 1011 445 378.25 178 200.25 1082 1931.3 3554.3 213 1376 883 750.55 353.2 397.35 1502 3832.22 6085.22 214 156 170 144.5 68 76.5 372 737.8 1295.8 215 1444 1473 1252.05 589.2 662.85 1623 6392.82 8827.32 216 1600 1728 1468.8 691.2 777.6 5124 7499.52 15185.52 217 1760 1625 1381.25 650 731.25 2162 7052.5 10295.5 218 1440 1663 1413.55 665.2 748.35 1884 7217.42 10043.42 219 576 677 575.45 270.8 304.65 724 2938.18 4024.18 220 1296 1449 1231.65 579.6 652.05 3692 6288.66 11826.66 221 168 303 257.55 121.2 136.35 1538 1315.02 3622.02 222 1680 2629 2234.65 1051.6 1183.05 4747 11409.86 18530.36 223 1400 1947 1654.95 778.8 876.15 4921 8449.98 15831.48 224 751 815 692.75 326 366.75 782 3537.1 4710.1 225 144 126 107.1 50.4 56.7 363 546.84 1091.34 226 551 364 309.4 147.9 145.6 69.6 163.8 78.3 1051 1422 1579.76 755.16 3156.26 2888.16 227 144 174 300 507 413 351.05 165.2 185.85 987 1792.42 3272.92 0 0 303 156 174 147.9 69.6 78.3 1417 755.16 2880.66 304 350 393 334.05 157.2 176.85 2871 1705.62 6012.12 305 800 792 673.2 316.8 356.4 2556 3437.28 7271.28 306 800 342 290.7 136.8 153.9 1046 1484.28 3053.28 307 480 877 745.45 350.8 394.65 421 3806.18 4437.68 308 800 556 472.6 222.4 250.2 1008 2413.04 3925.04 309 920 1442 1225.7 576.8 648.9 1120 6258.28 7938.28 310 800 576 489.6 230.4 259.2 950 2499.84 3924.84 311 186 128 108.8 51.2 57.6 412 555.52 1173.52 312 614 268 227.8 107.2 120.6 459 1163.12 1851.62 313 800 764 649.4 305.6 343.8 2529 3315.76 7109.26 314 800 1520 1292 608 684 2529 6596.8 10390.3 315 800 1062 902.7 424.8 477.9 2529 4609.08 8402.58 0 317 184 366 311.1 146.4 164.7 2131 1588.44 4784.94 318 560 185 157.25 74 83.25 10 802.9 817.9 0 319 650 468 397.8 187.2 210.6 820 2031.12 3261.12 320 800 473 402.05 189.2 212.85 950 2052.82 3477.82 321 441 233 198.05 93.2 104.85 354 1011.22 1542.22 322 800 572 486.2 228.8 257.4 972 2482.48 3940.48 323 800 814 691.9 325.6 366.3 950 3532.76 4957.76 324 800 944 802.4 377.6 424.8 2529 4096.96 7890.46 325 800 608 516.8 243.2 273.6 2529 2638.72 6432.22 326 279 243 206.55 97.2 109.35 222 1054.62 1387.62 327 216 131 111.35 52.4 173 568.54 828.04 328 960 1282 1089.7 512.8 1139 5563.88 7272.38 329 800 669 568.65 267.6 2604 2903.46 6809.46 330 800 647 549.95 258.8 2554 2807.98 6638.98 CDEHCOIL.XLS Page 2 I 331 800 1177 1000.45 470.8 2554 5108.18 8939.18 332 800 1140 969 456 2027 4947.6 7988.1 333 800 664 564.4 265.6 2554 2881.76 6712.76 334 800 667 566.95 266.8 2554 2894.78 6725.78 . 335 156 127 107.95 50.8 364 551.18 1097.18 336 644 428 363.8 171.2 624 1857.52 2793.52 337 580 360 306 144 1032 1562.4 3110.4 539604.56 OR 158.10271 KW CFM HEATING = .85 CFM COOLING I CFM PRIMARY = .40 CFM COOLING I I ROOM LOAD = PEAK HEATING SPACE SENS (TRACE 600) I I PRIMARY AIR LOAD = 1.08 PRIMARY AIR X (T ROOM -T PRIMARY AIR) r 1 1 1 COIL SELECTION BASED ON COIL CFM, MINIMUM SIZED COIL (1 ROW 150 FPF) AND .5 GMP (SEE ATTACHED TABLE 25 -1 TRANE ATTACHED.) C CDEHCOIL.XLS Page 3 Leaving Air Temperature (F) Airflow 1 Row 2 Row (CFM) GPM 150 FPF 150 FPF 200 0.5 120.4 140.0 1 133.8 157.1 2 143.2 166.2 3 146.9 169.2 4 148.9 170.6 5 150.3 171.4 6 151.1 172.0 7 151.8 172.4 250 0.5 113.1 130.7 1 125.6 148.5 2 134.9 159.4 3 138.7 163.2 4 140.8 165.1 5 142.1 166.2 6 143.0 166.9 7 143.7 167.5 300 0.5 107.8 119.8 1 119.5 134.8 2 128.6 144.9 3 132.3 148.6 4 134.5 150.6 5 135.8 151.8 6 136.8 152.6 7 137.4 153.2 350 0.5 103.7 115.5 1 114.7 130.8 2 123.6 141.8 3 1273 146.0 4 129.4 148.3 5 130.8 149.6 6 131.7 150.6 7 132.4 151.2 400 0.5 100.5 111.6 1 110.9 127.1 2 119.5 138.7 3 123.3 143.3 4 125.4 145.8 5 126.7 147.3 6 127.7 148.3 7 128.4 149.1 450 0.5 97.8 1083 1 107.8 123.7 2 116.2 135.8 3 119.9 140.6 4 122.0 143.3 5 123.3 144.9 6 124.3 146.0 7 125.0 146.8 500 0.5 95.6 105.4 1 105.2 120.7 2 113.4 132.9 3 117.0 138.0 4 119.1 140.8 5 120.5 142.6 6 121.4 143.7 7 122.1 144.6 44.3 28.1 16.1 11.3 8.7 7.1 6.0 5.1 47.4 30.6 17.9 12.6 9.7 7.9 6.7 5.8 50.0 32.7 19.3 13.7 10.6 8,7 7,3 6.4 52.0 34.4 20.6 14.7 11.4 9.4 7.9 6.9 53.7 36.0 21.8 15.6 12.2 10.0 8.5 7.3 55.1 37.4 22.9 16.5 12.9 10.6 9.0 7.8 56.4 38.8 23.9 17.2 13.5 11.1 9.4 8.2 Water Temperature Difference (F) 1 Row 2 Row 150 FPF 150 FPF 61.6 383 21.2 14.5 11.1 8.9 7.5 6.4 66.8 43.2 24.6 17.1 13.1 10.6 8.9 7.7 65.8 42.8 24.7 17.3 13.3 10.8 9.1 7.9 70.0 46.9 27.7 19.5 15.1 12.3 10.3 8.9 73.3 50.3 30.3 21.5 16.7 13.6 11.5 9.9 75.9 53.2 32.6 23.3 18.1 14.8 12.5 10.9 77.9 55.8 34.6 25.0 19.5 16.0 13.5 11.7 Performance Parallel Data Table 25-1 - VFPE Parallel - Intermittent Fan - Sizes 04, 07,11 Coil Capacity (MBH) 1 Row 2 Row 150 FPF 150 FPF 10.86 13.77 15.79 16.60 17.03 17.31 17.50 17.64 11.62 15.00 17.50 18.53 19.09 19.44 19.69 19.88 12.25 16.01 18.95 20.18 20.86 21.30 21.60 21.82 12.74 16.88 20.22 21.65 22.44 22.96 23.31 23.57 13.16 17.65 21.37 22.99 23.89 24.48 24.89 25.19 13.51 18.33 22.42 24.21 25.23 25.89 26.35 26.70 13.81 19.01 23.39 25.36 26.48 27.21 27.73 28.12 15.10 1827 20.76 21.39 21.70 21.88 22.00 22.09 16.38 21.17 24.12 25.13 25.64 25.94 26.14 26.29 16.13 20.96 24.22 25.45 26.09 26.48 26.74 26.94 17.17 22.97 27.12 28.71 29.55 30.07 30.42 30.67 17.96 24.64 29.66 31.64 32.70 33.35 33.80 34.12 18.59 26.06 31.92 34.29 35.56 36.36 36.90 37.30 19.10 27.35 33.94 36.69 38.19 39.14 39.78 40.25 25 WTD - EWT • LWT . MPH x 2 (WM Intermittent Fan Hot Water Coil Capacity Data (MBh) , Leaving Water Air Temperature Coil Capacity Temperature (F) Difference (F) (MBH) Airflow 1 Row 2 Row 1 Row 2 Row 1 Row 2 Row (CFM) GPM 150 FPF 150 FPF 150 FPF 150 FPF 150 FPF 150 FPF 550 0.5 93.7 102.9 57.5 79.6 14.08 19.51 1 103.1 118.0 40,0 58.1 19.62 28.46 2 110.9 130.3 24.8 36.5 24.29 35.75 3 114.5 135.5 18.0 26.4 26.43 38.89 4 116.6 138.4 14.1 20.7 27.66 40.61 5 118.0 140.3 11.6 17.0 28.46 41.70 6 118.9 141.5 9.9 14.4 29.03 42.44 7 119.6 142.5 8.6 12.5 29.45 43.00 600 0.5. 92.1 100.7 58.4 81.0 14.31 19.85 1 101.2 115.5 41.2 60.0 20.18 29.43 2 108.8 127.8 25.6 38.1 25.12 37.39 3 112.4 133.2 18.7 27.8 27.43 40.90 4 114.4 136.2 14.7 21.8 28.77 42.84 5 115.8 138.1 12.1 18.0 29.65 44.08 6 116.7 139.4 10.3 15.3 30.25 44.93 7 117.5 140.4 9.0 13.3 30.72 45.56 700 0.5 89.5 97.0 60.1 83.2 14.73 20.40 1 98.0 111.1 43.2 63.3 21.15 31.01 2 105.3 123.3 27.2 41.0 26.65 40.23 3 108.8 128.9 19.9 30.2 2929 44.45 4 110.8 132.0 15.7 23.9 30.82 46.83 5 112.1 134.0 13.0 19.7 31.83 48.36 6 113.1 135.4 11.1 16.8 32.55 49.41 7 113.8 136.5 9.6 14.6 33.09 50.20 800 0.5 87.5 94.1 61.5 84.9 15.07 20.81 1 95.5 107.4 44.8 65.8 21.97 32.27 2 102.4 119.4 28.5 43,5 27.99 42.62 3 105.9 125.1 21.0 32.3 30.95 47.53 4 107.9 128.3 16.7 25.7 32.68 50.32 5 109.2 130.4 13.8 21.3 33.82 52.13 6 110.1 131.9 11.8 18.2 34.64 53.39 7 110.8 132.9 10.3 15.8 35.25 5432 900 0.5 85.8 91.8 62.6 86.2 1535 21.12 1 93.4 104.3 46.3 67.9 22.68 33.30 2 100.1 116.0 29.8 45.6 29.21 44.67 3 103.4 121.7 22.1 34.1 32.45 50.20 4 105.4 125.0 17.5 27.2 34.37 53.40 5 106.7 127.2 14.5 22.6 35.65 55.49 6 107.7 128.7 12.4 19.4 36.56 56.94 7 108.4 129.8 10.9 16.9 37.24 58.04 1000 0.5 84.5 63.7 15.60 1 91.6 47.6 23.31 2 98.1 31.0 30.35 3 101.4 23.0 33.82 4 103.3 183 35.92 5 104.6 15.2 37.32 6 105.5 13.0 38.32 7 106.2 11.4 39.09 Note: 1. This table represents multiple fans sizes using the same hot water coil. Please reference coil pressure drop and fan curve data to assure proper selection. 2. Standard coils are one and two-row, 150 fins per foot. 3. Capacities based on 180 degree entering water and 70 degree entering air temperatures. See capacity correction factors at other temperature differences. 4. The following equation may be used in calculating Leaving Air Temperature (LAT) and Water Temperature Difference (WTD): LAT • EAT . MOH x 921.7 CFM 5. Fouling Factor - 0.0005 6. The off coil temperature of the hot water coil on parallel fan powered units must not exceed 140 F. WALLUFAC.XLS Page 1 INTERIOR PARTITION WALL (85 %) STUD (15 %) FACTORY SURFACE 0.68 0.68 5/8" DRYWALL 0.56 0.56 R -19 /METAL STUD 19 0 AIR SPACE 1.42 1.42 5/8" DRYWALL 0.56 0.56 INSIDE SURFACE 0.68 0.68 22.9 3;9 U WALL= 0.043668 U STUD= 0.25641 U ASS= .85(U WALL)+ .15(U STUD)= 0.075579 AREA WINDOWS= 4508 AREA ASSY= 22012 AREA TOTAL= 26520 U OVERALL =( AREA ASS *U ASS+ AREA WINDOWS *U WINDOWS) /AREA TOTAL WALL = 0.156224 EXTERIOR WALL WALL (85 %) STUD (15 %) OUTSIDESURFACE 0.17 0.17 METAL SIDING 0 0 R -19 /METAL STUD 19 0 AIR SPACE 1.42 1.42 5/8" DRYWALL 0.56 0.56 INSIDE SURFACE 0.68 0.68 21.83 2.83 U WALL= 0.045809 U STUD= 0.353357 U ASS= .85(U WALL)+ ,15(U STUD)= 0.091941 WALLUFAC.XLS Page 1 T: I PA t i ioN i t �102 Ot lCE. .4---5/g/4 eD2Le _L " N I R .f; PsCE t2." , 01 1ILL — .�;c KE- -- 1D1NC- e) "/, IR , :{P- P (PTJCE)T (...E 130 Ceti. - 1 pc- e cd v w\ 65`) 14v I1 > W1 - ` 03. Trane Air Conditioning Economics By: Trane Customer Direct Service Network ********************************************** * * * * * * * * * * * * * ** * * * * * ** * * * * * * * ** fir ****************************************** * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** ** ** ** ** T R A C E 600 14 -01 BUILDING WIRE SHOP THOMPSON SITE BCAG FEINSTEIN PROPULSION SYS RELOCATION - -77 DEG. F Summer Clearness Number: Winter Clearness Number: Summer Design Dry Bulb: Summer Design Wet Bulb: Winter Design Dry Bulb: Sumner Ground Relectance: Winter Ground Relectance: Air Density: Air Specific Heat: Density- Specific Heat Prod: Latent Heat Factor: Enthalpy Factor: ANALYSIS by Trane Customer Direct Service Network ** ** ********************************************** * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** Weather File Code: SEATTLE Location: SEATTLE, WASHINGTON Latitude: 47.0 (deg) Longitude: 122.0 (deg) Time Zone: 8 Elevation: 386 (ft) Barometric Pressure: 29.5 (in. Hg) 0.95 0.95 85 (F) 67 (F) 20 (F) 0.20 0.20 0.0749 (Lbm /cuft) 0.2444 (Btu /lbm /F) 1.0988 (Btu - min. /hr /cuft /F) 4,836.9 (Btu - min. /hr /cuft) 4.4953 (Lb- min. /hr /cuft) Design Simulation Period: June To November System Simulation Period: January To December Cooling Load Methodology: TETD /Time Averaging Time /Date Program was Run: 11: 7: 8 2/ 9/94 Dataset Name: 1401WIR3 .TM Fes-( /Q Ca O L c nJ(r- ()3 t s iOI ** ** V 60 PAGE 1 Trane Air Conditioning Economics By: Trane Customer Direct Service Network FLOW - ALTERNATIVE 1 . R HANDLING UNIT FOR WIRE SHOP SYSTEM SUMMARY (Design Airflow Quantities) Main Auxil. Room Outside Cooling Heating Return Exhaust Supply Exhaust System System Airflow Airflow Airflow Airflow Airflow Airflow Airflow Number Type (Cfm) (Cfm) (Cfm) (Cfm) (Cfm) (Cfm) (Cfm) 1 VTCV 4,000 23,360 23,360 23,360 4,000 0 2,800 Totals 4,000 23,360 23,360 23,360 4,000 0 2,800 CAPACITY - ALTERNATIVE 1 1 AIR HANDLING UNIT FOR WIRE SHOP SYSTEM SUMMARY (Design Capacity Quantities) Cooling Heating Main Sys. Aux. Sys. Opt. Vent Cooling Main Sys. Aux. Sys. Preheat Reheat Humidif. Opt. Vent Heating System System Capacity Capacity Capacity Totals Capacity Capacity Capacity Capacity Capacity Capacity Totals Number Type (Tons) (Tons) (Tons) (Tons) (Btuh) (Btuh) (Btuh) (Btuh) (Btuh) (Btuh) (Btuh) 1 VTCV 63.1 0.0 T, als 63.1 0.0 gob- JEERING CHECKS - ALTERNATIVE 1 1 AIR HANDLING UNIT FOR WIRE SHOP 0.0 63.1 - 621,292 0 0.0 63.1 - 621.292 0 ENGINEERING CHECKS 0 0 0 0 0 - 621,292 0 0 0 - 621,292 Percent Cooling --- Heating - - -- System Main/ System Outside Cfm / Cfm/ Sq Ft Btuh/ Cfm/ Btuh/ Floor Area Number Auxiliary Type Air Sq Ft Ton /Ton Sq Ft Sq Ft Sq Ft Sq Ft 1 Main VTCV 17.12 1.26 369.9 292.7 41.00 1.26 -33.62 18,480 V 600 PAGE 2 Trane Air Conditioning Economics By: Trane Customer Direct Service Network (stem 1 Peak Pe.Ked at Time =_> Outside Air > Envelope Loads Skylite Solr Skylite Cond Roof Cond Glass Solar Glass Cond Wall Cond Partition Exposed Floor Infiltration Sub Total = => Internal Loads Lights People Misc Sub Total = => Ceiling Load Outside Air Sun. Fan Heat Fan Heat ' Heat Pkup OV /UNDR Sizing Exhaust Heat Terminal Bypass Grand Total = => Main Clg Aux Clg Opt Vent Totals Main Htg Aux Htg Preheat Reheat Humidif Opt Vent } Space Sens. +Lat. (Btuh) 0 0 116,683 0 0 176,336 103,356 0 0 396,375 VTCV Total Capacity (Tons) (Mbh) (Mbh) 63.1 757.7 667.1 0.0 0.0 0.0 0.0 0.0 0.0 63.1 757.7 Sens Cap. HEATING COIL SELECTION Capacity Coil Airfl Ent (Mbh) (cfm) Deg F -621.3 23,360 61.4 0.0 0 0.0 -0.0 23,360 61.4 0.0 0 0.0 0.0 0 0.0 0.0 0 0.0 -621.3 COOLING COIL SELECTION Lvg Type Deg F Vent 85.6 Infil 0.0 Supply 51.3 Mincfm 0.0 Return 0.0 Exhaust 0.0 . Rm Exh Auxil - VARIABLE TEMP CONSTANT VOL * * * * * * * * * * * * * * * * * * ** COOLING COIL PEAK * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** CLG SPACE PEAK * * * * * * * * * * ** Mo /Hr: 7/15 Mo /Hr: 7/16 OADB /WB /HR: 85/ 67/ 69.7 OADB: 84 Ret. Air Ret. Air Net Percnt * Space Percnt * Space Peak Coil Peak Percnt Sensible Latent Total Of Tot * Sensible Of Tot * Space Sens Tot Sens Of Tot (Btuh) (Btuh) (Btuh) ( %) * (Btuh) ( %) * (Btuh) (Btuh) ( %) 0 0 0.00 * 0 0.00 * 0 0 0.00 0 0 0.00 * 0 0.00 * 0 0 0.00 0 116,683 15.40 * 143,109 25.34 * - 203,280 - 203,280 32.72 0 0 0.00 * 0 0.00 * 0 0 0.00 0 0 0.00 * 0 0.00 * 0 0 0.00 0 176,336 23.27 * 139,455 .24.70 * - 192,087 - 192,087 30.92 103,356 13.64 * 115,070 20.38 * 0 0 0.00 0 0.00 * 0 0.00 * -6,160 -6,160 0.99 0 0.00 * 0 0,00 * 0 0 0.00 0 396,375 52.31 * 397,634 70,42 * - 401,527 - 401,527 64.63 * * 98,977 0 98,977 13.06 * 98,977 17.53 * 0 0 0.00 78,000 78,000 10.29 * 34,500 6.11 * 0 0 0.00 33,584 0 0 33,584 4.43 * 33,584 5.95 * 0 0 0.00 210,561 0 0 210,561 27.79 * 167,061 29.58 * 0 0 0.00 0 0 0 0.00 * 0 0.00 * 0 0 0.00 0 0 0 82,255 10.86 * 0 0.00 * 0 - 219,764 35.37 68,521 9.04 * 0.00 * 0 0.00 0 0 0.00 * 0.00 * 0 0.00 - 25,668 0 0.00 * 0.00 * 0 0.00 0 0 0.00 * 0 0.00 * 0 0 0.00 0 0 0 0.00 * 0.00 * 0 0.00 0 0 0 0.00 * 0.00 * 0 0.00 606,936 - 25,668 0 757,712 100.00 * 564,695 100.00 * - 401,527 - 621,292 100.00 Coil Airfl Entering DB /WB /HR (cfm) Deg F Deg F Grains 23,360 78.4 61.4 55.6 0 0.0 0.0 0.0 0 0.0 0.0 0.0 AIRFLOWS (cfm) Cooling 4,000 0 23,360 0 20,560 1,200 2,800 0 * * Deg F 51.3 0.0 0.0 Heating 4,000 Leaving DB /WB /HR 0 23,360 0 23,360 4,000 0 0 Deg F 49.8 0.0 0.0 Grains 51.5 0.0 0.0 Floor Part ExF1r Roof Wall -- ENGINEERING CHECKS- - Clg % OA 17.1 Clg Cfm /Sqft 1.26 Clg Cfm /Ton 369.95 Clg Sqft/Ton 292.67 Clg Btuh /Sqft 41.00 No. People 100 Htg % OA 17.1 Htg Cfm/SqFt 1.26 Htg Btuh /SqFt -33.62 HEATING COIL PEAK Mo /Hr: 13/ 1 OADB: 20 18,480 22,852 154 18,480 8,932 AREAS V 600 PAGE 3 * * * * * * ** Gross Total Glass (sf) ( %) 0 0 0 0 -- TEMPERATURES (F) - -- Type Clg Htg SADB 55.0 85.6 Plenum .77.0 70.0 Return 77.0 70.0 Ret /OA 78.4 61.4 Runarnd 77.0 70.0 Fn MtrTO 1.1 1.1 Fn B1dTD 0.4 0.4 Fn Frict 1.2 1.2 Trane Air Conditioning Economics By: Trane Customer Direct Service Network t < IN SYSTEM COOLING - ALTERNATIVE 1 ., R HANDLING UNIT FOR WIRE SHOP Peak OA Rm Supp. Time Cond. Dry Dry Room Mo /Hr D8 /WB Blb Bulb Number Description (F) (F) (F) 100 WIRE SHOP 7/16 84 66 77 55.0 Zone 1 Total /Ave. 84 66 77 55.0 Zone 1 Block 7/16 84 66 77 55.0 System 1 Total /Ave. 84 66 77 55.0 System 1 Block 7/16 84 66 77 55.0 COOLING LOADS AT COIL PEAK - ALTERNATIVE 1 1 AIR HANDLING UNIT FOR WIRE SHOP om .ier Description 100 WIRE SHOP Zone 1 Total /Ave. Zone 1 Block System 1 Total /Ave. System 1 Block Lights Room Sensible (Btuh) 98,977 98,977 98,977 98,977 98,977 Lights Ret. Air Lites Sensible CLF (Btuh) PEAK COOLING LOADS (Main System) 0 1.000 0 1.000 0 1.000 0 1.000 0 1.000 Space Space Space Air Sens. Flow Load (Cfm) (Btuh) 23,360 23,360 23,360 23,360 23,360 564,695 564,695 564,695 564,695 564,695 INTERNAL COOLING LOADS (At time of Coil Peak) People Sensible (Btuh) 34,500 34,500 34,500 34,500 34,500 Space Peak OA Rm Supp. Lat. Time Cond. Dry Dry Load Mo /Hr DB /WB Blb Bulb (Btuh) (F) (F) (F) 43,500 43,500 43,500 43,500 43,500 People Peopl Latent CLF (Btuh) 43,500 1.000 43,500 1.000 43,500 1.000 43,500 1.000 43,500 1.000 7/15 85 85 7/15 85 85 7/15 85 67 77 67 77 .67 77 67 77 67 77 Misc. Space Sensible (Btuh) 33,584 33,584 33,584 33,584 33,584 55.0 23,360 55.0 23,360 55.0 23,360 55.0 23,360 55.0 23,360 Misc. Space Latent (Btuh) Coil Coil Air Flow (Cfm) 0 0 0 0 Misc. Ret. Air Misc. Sensible CLF (Btuh) Coil Coil Sens. Lat. Load Load (Btuh) (Btuh) 667,120 90,593 667,120 90,593 667,120 90,593 667,120 90,593 667,120 90,593 0 1.000 0 1.000 0 1.000 0 1.000 0 1.000 V 600 PAGE 4 Total (Btuh) 210.561 210,561 210,561 210,561 210,561 Trane Air Conditioning Economics By: Trane Customer Direct Service Network li OLING LOADS AT SPACE PEAK - ALTERNATIVE 1 ,,'R HANDLING UNIT FOR WIRE SHOP Room Number Description 100 WIRE SHOP Zone 1 Total /Ave. Zone. 1 Block System 1 Total /Ave. System 1 Block Lights Room Sensible (Btuh) 98,977 98,977 98,977 98,977 98,977 INTERNAL COOLING LOADS (At time of Space Peak) Lights Ret. Air Lites Sensible CLF (Btuh) 0 1.000 0 1:000 0 1.000 0 1.000 0 1.000 People People Peopl Sensible Latent CLF (Btuh) (Btuh) Misc. Space Sensible (Btuh) 34,500 43,500 1.000 33,584 34,500 43,500 1.000 33,584 34,500 43,500 1.000 33,584 34,500 43,500 1.000 33,584 34.500 43,500 1.000 33,584 Misc. Space Latent (Btuh) 0 0 0 0 0 1.000 0.1.000 0 1.000 0 1.000 0 1.000 V 600 PAGE 5 Misc. Ret. Air Misc. Sensible CLF Total (Btuh) (Btuh) 210,561 210,561 210,561 210,561 210,561 Trane Air Conditioning Economics By: Trane Customer Direct Service Network ,OLING LOADS AT COIL PEAK - ALTERNATIVE 1 R HANDLING UNIT FOR WIRE SHOP Room Number Description Room Number Description ,.i T.::•O.v BUILDING ENVELOPE COOLING LOADS (Roof - Skylight) (At time of Coil Peak) Roof Roof Skylight Skylight Return Air Roof Space Roof Skylight Skylight Skylt Return Air Skylt Space Skylt Sensible R.A. Sensible Space Return Air Space Solar Conduction R.A. Conduction Space Room Load CLTD Load CLTD Solar Solar CLF Load CLTD Load CLTD Number Description (Btuh) (F) (Btuh) (F) (Btuh) (Btuh) (8tuh) (F) (Btuh) (F) 100 WIRE SHOP 0 0.0 116,683 28.7 0 0 0.000 0 0.0 0 0.0 Zone 1 Total /Ave. 0 0.0 116,683 28.7 0 0 0.000 0 0.0 0 0.0 Zone 1 Block 0 0.0 116,683 28.7 0 0 0.000 0 0.0 0 0.0 System 1 Total /Ave. 0 0.0 116,683 28.7 0 0 0.000 0 0.0 0 0.0 System 1 Block 0 0.0 116,683 28.7 0 0 0.000 0 0.0 0 0.0 BUILDING ENVELOPE COOLING LOADS (Wall - Window) (At time of Coil Peak) Wall Wall Wall Wall Glass Glass Glass Glass Glass Glass Glass Plenum Plenm Space Space Space Return Air Solar Space Space Return Air R.A. Load CLTD Load CLTD Solar Solar CLF Conduction CLTD Conduction CLTD (Btuh) (F) (Btuh) (F) (8tuh) (Btuh) (Btuh) (F) (Btuh) (F) 00 WIRE SHOP 0 0.0 176,336 45.9 0 0 0.000 0 0.0 0 0.0 ,. ,a 1 Total /Ave. 0 0,0 176,336 45.9 0 0 0.000 0 0.0 0 0,0 Zone 1 Block 0 0.0 176,336 45.9 0 0 0.000 0 0.0 0 0.0 System 1 Total /Ave. 0 0.0 176,336 45.9 0 0 0.000 0 0.0 0 0.0 System 1 Block 0 0.0 176,336 45.9 0 0 0.000 0 0.0 0 0.0 BUILDING ENVELOPE COOLING LOADS (Exposed Floor - Partitions - Infiltration) (At time of Coil Peak) V 600 .PAGE 6 Exposed Expsd Plenm Ceiling Floor Floor Partition Part. Infilt. Infilt. Infilt. Dry 8 Sensible Envelope Sensible CLTD Sensible CLTD Airflow Sensible Latent Temp. Load Total. (Btuh) (F) (Btuh) (F) (Cfm) (Btuh) (Btuh) (F) (Btuh) (Btuh) 100 WIRE SHOP 0 0.0 103,356 15.0 0 0 0 77.0 0 ,396,375 Zone 1 Total /Ave. 0 0.0 103,356 15.0 0 0 0 77.0 0 396,375 Zone 1 Block 0 0.0 103,356 15.0 0 0 0 77.0 0 396,375 System 1 Total /Ave. 0 0.0 103,356 15.0 0 0 0 77.0 0 396,375 System 1 Block 0 0.0 103,356 15.0 0 0 0 77.0 0 . 396,375 Trane Air Conditioning Economics By: Trane Customer Direct Service Network OLING LOADS AT SPACE PEAK - ALTERNATIVE 1 R HANDLING UNIT FOR WIRE SHOP Room Number Zone Zone System System 100 WIRE SHOP 1 1 1 1 Room Number Description C . 00 WIRE SHOP 1 Total /Ave. Zone 1 Block System 1 Total /Ave. System 1 Block Room Number Description 100 WIRE SHOP Zone 1 Total /Ave. Zone 1 Block System 1 Total /Ave. System 1 Block Roof Return Air Roof Sensible R.A. Load CLTD Description (Btuh) (F) Total /Ave. Block Total /Ave. Block Exposed Floor Sensible (Btuh) BUILDING ENVELOPE COOLING (Roof - Skylight) (At time of Space Peak) Roof Space Roof Skylight Sensible Space Return Air Load CLTD Solar (Btuh) (F) (Btuh) 0 0 0 0 0 Wall Wall Plenum Plenm Load CLTD (Btuh) (F) 0 0 0 0 0 0 0 0 0 0 0.0 0.0 0.0 0.0 0,0 0.0 0.0 0.0 0.0 0.0 Expsd Floor. CLTD (F) 0.0 0.0 0.0 0.0 0.0 143,109 143,109 143,109 143.109 143.109 Wall Wall Space Space Load CLTD (Btuh) (F) 139,455 139,455 139,455 139,455 139,455 115,070 115,070 115,070 115,070 115,070 35.2 35.2 35.2 35.2 35.2 36.3 36.3 36.3 36.3 36.3 Partition Part. Sensible CLTD (Btuh) (F) 16,7 16.7 16,7 16,7 16.7 Glass Space Solar (Btuh) Infilt. Airflow (Cfm) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Skylight Space Solar (Btuh) LOADS Skylt Solar CLF 0 0.000 0 0.000 0 0.000 0 0.000 0 0.000 BUILDING ENVELOPE COOLING LOADS (Wall - Window) (At time of Space Peak) Glass Return Air Solar (Btuh) Infilt, Sensible (Btuh) 0 0.000 0 0.000 0 0.000 0 0.000 0 0.000 BUILDING ENVELOPE COOLING LOADS (Exposed Floor - Partitions - Infiltration) (At time of Space Peak) 0 0 0 0 0 Glass Solar Infilt. Latent (Btuh) Skylight Return Air Conduction Load (Btuh) 0 0 0 0 0 0 0 0 0 0 Plenm Dry B Temp. (F) 77.0 77.0 77.0 77.0 77,0 0 0 0 0 0 Skylt R.A. CLTD (F) 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0,0 0.0 0.0 Ceiling Sensible Load (Btuh) Skylight Space Conduction Load (Btuh) 0 0 0 0 0 V 600 PAGE 7 0 0 0 0 Skylt Space CLTO (F) Glass Glass Glass Glass Space Space Return Air R.A. CLF Conduction CLTD Conduction CLTD (Btuh) (F) (Btuh) (F) 0.0 0.0 0.0 0.0 0.0 0 397,634 0 397,634 0 397,634 0 397.634 0 • 397,634 0.0 0.0 0.0 0.0 0.0 Envelope Total. - (Btuh) Trane Air Conditioning Economics By: Trane Customer Direct Service Network OLING LOADS AT COIL PEAK - ALTERNATIVE 1 ; y, R HANDLING UNIT FOR WIRE SHOP Ventilation Optional Ventilation Bypass Ov /Undr Room Airflow Sensible Latent Airflow Sensible Latent Airflow Sensible Latent Sizing Number Description (Cfm) (Btuh) (Btuh) (Cfm) (Btuh) (Btuh) (Cfm) (Btuh) (Btuh) (Btuh) 100 WIRE SHOP 4,000 35,162 47,093 0 0 0 0 0 0 0 Zone 1 Total /Ave. 4,000 35,162 47,093 0 0 0 0 0 0 0 Zone 1 Block 4,000 35,162 47,093 0 0 0 0 0 0 0 System 1 Total /Ave. 4,000 35,162 47,093 0 0 0 0 0 0 0 System 1 Block 4,000 35,162 47,093 0 0 0 0 0 0 0 COOLING AIRFLOW HEAT GA1N /LOSS - ALTERNATIVE 1 1 AIR HANDLING UNIT FOR WIRE SHOP AIRFLOW COOLING LOADS (At time of Coil Peak) AIRFLOW HEAT GAIN AND LOSS (At time of Coil Peak) Cooling Duct Supply Return System System Room Run System Heat Fan Fan Exhaust Exhaust Exhaust Ducted Plenum Around Corridr Return IL :oom Pickup Heat Heat Heat Loss Total Airflow Airflow Airflow Airflow Airflow Airflow Airflow ,,fiber Description (Btuh) (Btuh) (Btuh) (Btuh) (Btuh) (Cfm) (Cfm) (Cfm) (Cfm) (Cfm) (Cfm) (Cfm) V 600 PAGE 8 100 WIRE SHOP 25,668 68,521 0 0 94,189 1,200 2,800 0 0 0 0 20,560 Zone 1 Total /Ave. 25,668 68,521 0 0 94,189 1,200 2,800 0 0 0 0 20,560 Zone 1 Block 25,668 68,521 0 0 94,189 1,200 2,800 0 0 0 0 20,560 System 1 Total /Ave, 25,668 68,521 0 0 94,189 1,200 2,800 0 0 0 0 20,560 System 1 Block 25,668 68,521 0 0 94,189 1,200 2,800 0 0 0 0 20,560 Trane Air Conditioning Economics By: Trane Customer Direct Service Network ENE PSYCHROMETRICS - ALTERNATIVE 1 'R HANDLING UNIT FOR WIRE SHOP Zone PSYCHROMETRIC STATE POINTS Dry Wet Relat. Humid. Temp. Bulb Bulb Humid. Ratio Enthalpy Diff. (F) (F) ( %) (GR) (Btu /Lb) (F) Space 77.0 60.3 37.5 52.6 26.7 Main System Return Air Heat Pickup 0.0 Return Fan 0.0 Return Air 77.0 60.3 37.5 52.6 26.7 Outdoor Air 85.0 66.6 38.1 69.7 31.3 Return /Outdoor Air Mix 78.4 61..4 37.8 55.6 27.5 Blow through Fan 0.0 Entering Coil 78.4 61.4 37.8 55.6 27.5 Leaving Coil 51.3 49.5 88.1 50.3 20.1 Draw Through Fan 1.5. Duct Frictional Heat 1.2 Supply Duct Heat Gain. 1.0 -. Cold Deck Supply Air 55.0 51.1 77.0 50.3 21.0 Supply Air 55.0 51.1 77,0 50.3 21.0 " °rcent Outside Air Able Heat Ratio (SHR) ,_,cent Supply Air Bypassing Coil Coil Airflow 17.12 (%) 0.928 0.00 ( %) 23,360 (Cfm) V 600 PAGE 9 TRACE 600 input file C: \CDS \TULTRA \14- 01 \1401WIR3.TM by Trane Customer Direct Service Network Alternative #1 ('rd - Job Information Project: 14 -01 BUILDING WIRE SHOP Location: THOMPSON SITE Client: BCAG Program User: FEINSTEIN Comments: PROPULSION SYS RELOCATION - -77 DEG. F Card 08 Weather Code SEATTLE Card 09 1st Month Cooling Simulation JUN Card 10 Cooling Load Method Card 20 Summer Clearness Number Zone Room Reference Number Number 100 1 Winter Clearness Number Climatic Information Sumner Summer Winter Design Design Design Building Dry Bulb Wet Bulb Dry Bulb Orientation 85 67 20 Load Simulation Periods Last Month Peak 1st Month Last Month Cooling Cooling Sumner Summer Simulation Load Hr Period Period NOV Heating Load Ventilation Method Method Load Simulation Parameters Room Descrip WIRE SHOP Airflow Input Units Airflow Output Units Load Section Alternative #1 Card 19- Load Alternative - Number Description 1 1 AIR HANDLING UNIT FOR WIRE SHOP Floor Length 154 Room Circulation Rate 1st Month Daylight Savings APR General Floor Width 120 Put Wall RA Load to Room YES Const Type 10 Last Month Daylight Savings OCT Sumner Ground Reflect Room. Parameters Winter Ground Reflect Acoustic Plenum Ceiling Height Resistance 0 Floor to Floor Height 58 Page #1 Duplicate Duplicate 'Perimeter Floors . Rooms per Depth Multiplier Zone. c C TRACE 600 input file C: \CDS \TULTRA \14- 01 \1401W1R3.TM by Trane Customer Direct Service Network Card 21 Thermostat Parameters Cooling Room Cooling Cooling Heating Heating Heating T'stat Mass / Carpet Room Room Design T'stat T'stat Room T'stat T'stat Location No. Hrs On Number Design DB RH Driftpoint Schedule Design 08 Driftpoint Schedule Flag Average Floor 100 77 50 70 NO Card 22 Roof Parameters Roof Room Roof Equal to Roof Roof Roof Const Roof Roof Roof Number Number Floor? Length Width U -Value Type Direction Tilt Alpha 100 1 YES .22 40 .9 Card 24 Wall Parameters Wall Ground Room Wall Wall Wall Wall Constuc Wall Wall Wall Reflectance Number Number Length Height U -Value Type Direction Tilt Alpha Multiplier 100 1 154 7.17 .36 58 180 100 2 154 50.83 .44 70 180 Alternative #1 Page #2 Card 27 People and Lights Lighting Percent - -- Daylighting Room People People People People Lighting Lighting Fixture Ballast Lights to Reference Reference Number Value Units Sensible Latent Value Units Type Factor Ret. Air Point 1 Point 2 100 100 PEOPLE 345 435 29000 WATTS SUSFLUOR 1 Card 28 Miscellaneous Equipment Misc Energy Energy Energy Percent Percent Percent Room Equipment Equipment Consump Consume Schedule Meter of Load Misc. Load Misc. Sens Radiant Optional Number Number Descrip Value Units Code Cude Sensible to Room to Ret. Air Fraction Air Path 100 1 12 COMPUTERS. 3600 WATTS 100 2 4 HEAT GUNS 6240 WATTS Card 29 Room Airflows Ventilation Infiltration Room Cooling Heating Cooling Heating -- Reheat Minimum- - Number Value Units Value Units Value Units Value Units Value Units 100 4000 CFM 4000 CFM u Card 30 Card 31 Room Number 100 100 Card 32 C Card 40 System Set Number 1 Card 41 System Set Number 1 c Card 43 Partition Number 1 2 Exposed Slab Room Floor Perimeter Number Number Length 100 1 154 System Type VTCV Ref #1 Begin TRACE 600 input file C: \CDS \TULTRA \14- 01 \1401WIR3.TM by Trane Customer Direct Service Network Main Auxiliary Room - - -- Cooling - - -- - - -- Heating - - -- - -- -Cooling - - -- - -- Heatin Number Value Units Value Units Value Units Value Units 100 Partition Partition Partition Const Length Height U -Value Type 274 58 .30 51 120 58 .305 51 System Section Alternative #1 Ventil Deck Cooling Heating Cooling location SADBVh SADBVh Schedule ROADK End System Minimum Maximum Set Cooling Cooling Partition Parameters Loss Floor Coefficient Area .8 System Type OPTIONAL VENTILATION SYSTEM Ref #2 Begin End Card 42 System Cool Heat Return Mn Exh Set Fan Fan Fan Fan Fan Number SP SP SP SP SP SP 1 3.3 3.3 Fan Airflows Exposed Floor Parameters Floor U -Value Zone Assignment Ref #3 Begin End Fan SP and Duct Parameters Aux Rm Exh Return Fan Fan Mtr Fan Mtr Loc Loc SUPPLY Airflow Design Temperatures Temp Flag PRORATED PRORATED - -Room Exhaust- - Value Units 2800 CFM Cooling Heating Adjacent Temp Temp Room No 95 95 Exposed Floor Const Temp Cooling Heating Adjacent Type Flag Temp Temp Room No Fan Heating Static Schedule Pressure Ref #4 Ref #5 Ref #6 Begin End Begin End Begin End Supply Duct Ht Gn 1 Supply Duct Lac RETAIR Return Air Path ROOMDK Minimum Maximum Minimum Maximum Minimum Maximum Minimum Design' Heating Heating Cooling Cooling Preheat Preheat Room ' Ht Rec Alternative #1 Page #3 Number SADB SADB SADB SADB Lv DB Lv DB Lv DB Lv DB RH Diff 1 55 55 l.".:ttfi:V X4 41'.6£x?.. TRACE 600 input file C: \CDS \TULTRA \14- 01 \1401W1R3.TM by Trane Customer Direct Service Network 1111r Card 47 Fan Overrides Sys Clg Htg Ret Mn Exh Aux Rm Exh Opt Vnt MAIN COOLING FAN Set Fan Fan Fan Fan Fan Fan Sys Fan Mech Air Air Size Num Eff Eff Eff Eff Eff Eff Eff Eff Value Units Meth Confg 1 60 60 . �... .,.- ...... ..ro.,,.u..d..+,..menu s..r:a«wn AVVVVW ,wwaarWeirAWAr: Alternative #1 Page #4 c TRACE 600 input file C: \CDS \TULTRA \14- 01 \1401WIR3.TM by Trane Customer Direct Service Network Page #5 Utility Description Reference Table System: VTCV VARIABLE TEMP CONSTANT VOL t-1/4U HEATING LOAD CALCULATIONS BE&C ENGINEERS P.O. Box 3707 Seattle, WA 98124-2207 Mail Stop: 3U-EC PROJECT: PSD RELOCATION ENGINEER: M. FEINSTEIN UNIT: WIRE SHOP AIR HANDLER SITE: BLDG #: DATE: THOMPSON SITE 14-01 2/1/94 • • • • • • • • • • • • • • • • • • • • • • • • TABLE 1: DESIGN PARAMETERS i !NEIL TWU OAT DE OUTSIDE (VENTILATION) AIR CFM (OCCUPIED) = OUTSIDE (VENTILATION) AIR CFM (DURING WARM-UP) = INFILTRATION CFM (OCCUPIED) = INFILTRATION CFM (DURING WARM-UP) = DESIRED WARM-UP TIME (HOURS) = OUTSIDE DESIGN TEMPERATURE (DEG. F) = SPACE UNOCCUPIED (SETBACK) TEMPERATURE (DEG. F) = SPACE DESIGN TEMP. (OCCUPIED) (DEG. F) = SPACE VOLUME (FT3) = SAFETY FACTOR (%, I.E. 30 FOR 30%) = 4000 6000 2 20 55 70 1071840 10 TABLE 2: BUILDING COMPONENTS (I.E., WALLS, FLOORS, ROOFS) PONENT FLOOR-1 WALL-1 WALL-2 ROOF P. NENrD ,T SOUTH PERIMETER FLOOR LOSS SOUTH SILL WALL SOUTH METAL CURTAIN WALL ROOF 154 154 154 7.17 50.83 120 0.36 0.44 0.23 154 0.8 ("COMPONENT NAME" MUST BE ENTERED IN ROW IF DATA IS ENTERED.) TABLE 3: LIGHTING AND EQUIPMENT LOADS (DO NOT FILL IN IF NEGLECTING) s s. s ORES LIGH (*"ITEM DESCRIPTION" MUST BE ENTERED IN ROW IF DATA IS ENTERED.) Page 1 of 2 WIRE-HL2.XLS HEATING LOAD CALCULATIONS PROJECT: PSD RELOCATION ENGINEER: M. FEINSTEIN UNIT: WIRE SHOP AIR HANDLER BE&C ENGINEERS P.O. Box 3707 Seattle, WA 98124-2207 Mall Stop: 311-EC SITE: THOMPSON SITE BLDG #: 14-01 DATE: 2/1/94 C. RESi • ••••:::•• • • ••• OCCUPIED HEATING LOAD = COLD DAY WARM-UP LOAD = 627,767 BTUH 880,966 BTUH < WORST CASE TABLE 4: HEATING LOAD BREAKDOWN INFILTRATION WARMING SPACE AIR UP FROM SETBACK TEMPERATURE FLOOR-1 WALL-1 WALL-2 ROOF LC 325,500 BTUH 144,698 BTUH 6,160 BTUH 19,875 BTUH 172,212 BTUH 212,520 BTUH MAXIMUM HEATING LOAD = ADDING IN SAFETY FACTOR: 880,966 BTUH 10% 1.10 X 880,966 BTUH= = 969,062 BTUH = 969.1 MBH Page 2 of 2 TOTAL = 880,966 BTUH WIRE-HL2.XLS I. INTRODUCTION The spreadsheet "HEATLOAD" will calculate the heating load for a space. The program has the capability of comparing loads during an occupied (daytime) condition with a cold -day warm -up cycle and choosing the greater of these two loads. Data is entered on the first page of the spreadsheet and the results are printed on the second. The spreadsheet "HLSAMPLE" is an example illustrating the use of this spreadsheet. II. DATA INPUT A. TABLE 1: DESIGN PARAMETERS IL- GUIDE.DOC PAGE 1 OF 3 USER'S GUIDE FOR THE SPREADSHEET "HEATLOAD" Table 1 values can only be entered by the user in the "VALUE" column. Descriptions with the wording "OCCUPIED" refer to the daytime or "occupied" mode of operation. Descriptions with the wording "DURING WARM -UP" refer to the condition during the cold -day warm -up cycle. A safety factor can be included in the last row of Table 1. Its use can be seen on page 2 of the spreadsheet "HLSAMPLE." Most of the descriptions are self - explanatory. The cold -day warm -up cycle will increase the air temperature from the unoccupied (setback) condition (SUT) to the occupied temperature (SDT) in the specified time period (TWU). TWU usually varies from one to three hours. The heating load required for heating the outside ventilation and infiltration air is calculated as follows: For the occupied condition: I) QVENT = For the cold -day warm -up condition: OACFM x 1.085 x (SDT - OATDES) ii) QINFILT = INFIL x 1.085 x (SDT - OATDES) iii) QVENT = OACFMWU x 1.085 x (SDT - OATDES) iv) QINFILT = INFILWU x 1.085 x (SDT - OATDES) The heat required to warm up the space air from.the unoccupied (setback) condition to the occupied condition (a component of the cold -day warm -up load) is: f c HL- GUIDE.DOC PAGE 2 OF 3 V) QWARM -UP = [ V x 0.075 (Ib /ft x 0.24 (BTU/lb-deg.F) x (SDT - SUT)] / TWU B. TABLE 2: BUILDING COMPONENTS In Table 2, the user inputs components contributing to building envelope losses. For every row in which data is inputted, the "COMPONENT NAME" column must be filled in. Most data (except floors) is inputted by entering a length (LGTH) and height (HGHT) [or width (WDTH)] and a U- VALUE [BTU /(deg.F- ft -hr)]. If the area is not a perfect rectangle, the area can be inputted under "LGTH" and a "1" (unit value) can be input under "HGHT." Floor perimeter losses can be inputted by entering data in the "PERIMETER" column and the "F- VALUE" column. Heat losses are calculated as follows: For walls, roofs, doors, windows, etc.: vi) Q = (LGTH) x (HGHT) x (U- VALUE) x (SDT - OATDES) For floor perimeter losses: vii) Q = (PERIMETER) x (F- VALUE) x (SDT - OATDES) C. TABLE 3: LIGHTING AND EQUIPMENT LOADS Table 3 represents "negative" heat loads, since if data is entered, heat from these items will be subtracted from the total heating load. (Usually, designers neglect these loads in heating load calculations.) For every row in which data is inputted, the "ITEM DESC." column must be filled in. Table 3 data can be entered in either of three ways: • Entering values under "ITEM COUNT" and "WATTS /ITEM" will generate a heat load as follows: viii) Q = - [(ITEM COUNT) x (WATTS /ITEM) x 3.41 (BTUH /WATT)] Entering values under "WATTS /SQ.FT" and "FLOOR AREA" will generatea heat load as follows: ix) Q = - [(WATTS /SQ.FT) x (FLOOR AREA) x 3.41 (BTUH /WATT)] Entering values under "MISC. EQUIP" will generate a heat load as follows: x) Q = - (MISC. EQUIP) C III. RESULTS PAGE On the RESULTS PAGE (Page 2), the calculated "OCCUPIED HEATING LOAD" and "COLD -DAY WARM -UP LOAD" are both displayed at the top, with an arrow pointing to the larger of the two. The components of the larger heating load are then broken down in Table 4. At the bottom of the page, the safety factor input under Table 1 is factored in and the design coil heating load is shown in the shaded box. Data can be input in only one of the above combinations of columns for any one row. 0- VPLuES BEIAC ENGINEERS P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: PROJECT 14 FIG. BY �F E"N CHECKED BY DATE `Z — L 4 SHEET L OF ALL - /.1 S i LL J,\ L.L. ALL R -VAWCS IRON l`1 ti3 /4stiKgE. F'UAANAP TALS v� OUTS { - F, __ AES 15Tloc Q --*- — G " co AC RAE ® R = 2 .7 7 a ��.. 6m-) - eck .,mss; . SrKTC 64Cg-Gy cobf X -23771 REV. 5/90 JOB NO S tATETt.∎olL CvMpoN� A L O E S S t3Tv 0, 419 EST'v -18" A \k GAP eco `O' d osE.vALve.. Polk 3 " e R 0. .or-W- kr- 8„ '- - _ ° F - gTv R z o 4$ j U- VALU BE&C ENGINEERS P.O. Box 3707 Seattle, Washington 98124.2207 Mail Stoe: PROJECT JOB NO FIG. BY CHECKED BY DATE (- Z - e l 4 SHEET? OF X•23771 REV. 5/90 IN�'•�2.�0R Co MPo rJ Fti )1 P. OLY S1DV__ PIt l ( SA c1` _ 0.17 r-4.11. 8T✓ U M CTAL s D V ( M EC, LFic6 Z4 „ Auk oAe 0.82. VSO VptLV V— FOI<. 3.r" GAP = O, $, S ° F- 6TL) - Tv 4iJ < «1510 Fig -r'1 P■£S1$1A p. lacy *FA. 8TV 1 U_va>_VC...S BE&C ENGINEERS P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: PROJECT FIG. BY PAR"5l7100J 14 } - fJo H Ar.11 AST wAU..S DF c.J\ Stko a = uh Ckt.s cc (D - = 78 " 6 'TWC /s'" A i i, GA . C EO 0. 2_ S>: N/A'W _ froR 3 G P. P) X.23771 REV. 6/90 JOB NO. CHECKED BY DATE 1" ZU " SHEET OF— (� --� 578 " $ N we oo< LS- FILM fit.S1ST Co oF- R -vn W �.S 45.x. J 0, GB a ,SG o. B z b.Sc. O ,�.o 3.30 OF 1 oCPCA)te APT 1 U- \ALVE_S BE&C ENGINEERS P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: PROJECT FIG. BY CHECKED BY �A R� i I o N 2- WEST vJ, -L. o r Lo GOP. CASE A) - No sOL Tlo ,J ELS. W (D it1/4) S tOE F I LM RES)sTM L0 -'P2O '7s' TKOs ca-•(1, AA G he /MC..'Tgt_ STUD Q —' S/ " 6li -rat C2..0c (L• - - Me AT s'Tot, l,\K E STCB- L Wz. PE E XAMPL 3,PA6C 22 ) 1 K 0 .83 tk 2(7.2 g�J & - .- s* I (,60. s TE(t.. = 0 "rHoc --� USE vA Wf FOB 3, b e X -23771 REV. 5/90 JOB NO DATE \ -2 - 4- SHEET OF_ ID METAL S I (. GA 1"ct ev4o i b " O/' CsoTr& ---�► PRA MV■k, Re-rlo= ) 0.935 RES)srA nlC —S AK 60 FRAM IQ() O. 0.6 0.s% oSt, O.8 2' 4*. p. S3 0 .6 R =3.3o R 3.01 " R JAL' 93 /ES%&& E roA) Is ei(ArrA -Ls. 0,03Z °F I"T1- cK, A 1)JJS a1v 1 — x 032- -,. p o.(3 o.as'9 „ U - VAUJEs PROJECT JOB NO. FIG. BY CHECKED BY DATE k ZS - 'q4 SHEET OF \ * L l Gt0.J T ) -- C 0.938 (O. 333 * CI - 0 9 CA5 __,) '—°.. F.-3c) \A- Sc1LA - 0 0A) t c..) cs.J sods R>;s ts ►xE-5 I JJSOLPr - 0 O►.) FPIA.tI ")C, Ph — t'� P A �`!-� 0 Ns ion FILM C� . to � (1(.2) Si s" 5 H- W- rROCks O. S(. 0 ,410 (_ --,C \Ns0 L-41 - 70 Ay s"f 3 O. o.S3 c.---.) S 76 " 5,44.0.. - re.,-I K 0 ono O, s(.0 ® \t.).5 ,ate Fit. rA o. ( 0. G o " C.,= O, 0308 Cam 0. 332 ---_ U= O. 9 38 60.0302) + 1 - 0.538X0.332) ELf t EArc U - D. O 4 k r- f -��-� &.)E5 is \' Sv U71.Jn G s-r E FFECTN €1:;. -- s 60A -Lx. N RSA = 1 - - , $5 % = 69 .f. ASS WA co. 9 K 7TO a 4 0,03 /4;w- H R S o 1nrs 1 , / r 8° . 1 s - r A c e.z sS' A LL X•23771 REV, 5/90 C 0.332 (�\ - 3Z•� RL 3. BE &C ENGINEERS co P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: f ,uksLS Rod/1 ...�: s2['l,hr;; .... �; i.ti _� :i`,. �. _;.xN:1.[:a'xi'.r�k,Y+kuta�� >..... �.[;•...n.rt��:.�w.�:. r- n,,........„,... it; P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Sto : PROJECT FIG. BY PPt'Z X17 t o/3 is- Z Co... s C R SE_ A) c1E A- KAt FEZ- — (No V1IS UL Al O Q O A i r s r a 3os� x 6- G' 42" x 8 'F 8. +9x Jo' e CI1St1` B 4 EA-r -00\10S FER Q O.04 /s'x 8 >c AnJIJUAL E..1t:.R6y cos: st\\)t,J s 1 ASd uk - rCb (6 /0 /.3$x to ) i x O. Tn;') / 2., Oc0 14.76A KW JOB NO CHECKED BY . DATE X.23771 REV, E /90 (A -3 0 u LA-770A) /. 3$ x /O 6 704..rr E M01 -A-Tio ,►J / Mr - Co s . F Ppc c ri V . H SHEET OF, uv BE&C ENGINEERS P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: U- VPLu J3 PROJECT FIG. BY E. oo F *23771 REV. 5/90 JOB NO CHECKED BY DATE I - ZS q 4 SHEET_ OF_ EC C V & ROOF tz.EC 1< — 2 �Ct- IC K . I OST,4-LLaJ 11 ( TPcL\SE D TO LARRY $SOLJn1 ®TEC i u!h 1 A 014 l O • 6/k � I.7 5 - Ar1 c Fog "C t tAT 13 EcA7")0 of TEC LTh UL')S FILMS (3UILV JP R,3.0E E., L.EC - c - b.1 ILT- J4f fkO3FINc>. 0 0075 tsc -I LM RCS I STA. .(* i (1) It, (D --> 2 Te_cvv M CD 1"Z 10E. (Zv..stisT7 c€.. RE- 1s O. I 4* 3•- O.`l2 '* 4.5 COOL l n1G- "�� \� - 4, 28 Ham► �I4 = 0.2 2 --- ccot,��V °F--F -��- tnY' U14cA.T140 0. firJ °F- f -k -Lr -fit- e€22. L.)PCS1-1. ErJWGY cant -43( Pet. u1 is .EA14 -V'/ Cob L ` %4E V fW') 4o4.,JA) (SJMMEk) FoR. •vsT FLO' J P, R = G. Co I ROOF DECK AND FORM SYSTEMS TECTUM" r • " b :f•� � -'••• .n�E���'�i`�.k�LlhS'l��• ... �:"5 =�j "� ��ndi�i� • `.�, > {�rV.:.a�e:� .4 y.. i�t ri.'... t' v: K'{ kS�c �w l4lnis.ii:!^1!r•a�,'� %'� "�: h.'...... I ��J;yI; ` i'y.yh oi:'; iS .�'vvx:!- .'-.;9- •t.. >.l•�..,a4 vl'�+.'i �tiaa ♦ ... r I �' • , I V SN�j r'�� ;" .1. 1 1 .„,....,__..•..,...• ...„;..).,.....,::,,„...i. _,..:.,_:..p.„.v.,.x..,77,),1„:„..i...,.. N't....` ...- .4 .,:;. ,: .: 7 7; :/•: .... W " . : : . �. ... r.yt (1 A � � /-1,- I, Ion .•'1 l'Io 1d. A4iRn,',; • r r -. n i N q • 1 i � "`, met ' :4 •. 03500/TEC BuyLine 1436 G- ■ • • 4 3 bo, d P 'aye . rovide3 TECTUM II bstrate ckness Foam Thickness 3/4" i" 1 1/2" 2' 3" 1/2". 3/4" 1" 1 1 /2" 3/4 " 1" 1 1/2" 2" +4 10 %'' R -2 RS1 , Heat Flow ,,U 9.31 ■ 10.87 13.99 17.12 23.37 10.18 11.75 14.87 18.00 11.06 12.62 15.75 18.87 R VALUES (1) R.5' R -4 - R - 3 R -2 Heat Flow Up .107 .092 .071 .058 .043 Heat Flow Down 9.70 11.26 14.38 17.51 23.76 10.57. 12.14 15.26 18.29 11 :45 13.01 16:14,.. 19.26 30 % ;ig+ R -8 R -7 F15 R -4 R -2 .098 .085 .067 .056 .090 .079 .063 " • .053 (� =12 R -10 ,R - 6 :I R -4 R -2 U VALUES CO 50 % • 1171 . R -12 R -10, R -7 R -5 R -2 Heat Flow Down .103 .089 .070 .057 .042 .095 .082 .066 .054 .087 .077 .062 .052 Ins de Relative Humldlty - . at 70 • diurees F. 20 %' 60% R -26 R -22 R -19 R -16 R -12 R -9 R -5 • gym' .e p• •or ov le co e and" uireme Chem{ Styrofe 3 rests 1g Is 7/ 1 press 31 surta Idhesive ,y TectU • ar reputable 'ERFOR UG ^� ^Ins e 1�. ubstrate le inorganl :• heat a ily with ined in th on, and NAight r sists wate 1. Its wate ed for thl propertle assificatlo 7/16" OSB .ssure wi ping UPP 9/TECHNICAL SUPPORT ERMAL INSULATION e Tectum substrate insulating value has a k factor of 0.57. The thane on Tectum II plank has an aged k factor of 0.16. * CT 'M II INSULATED ROOF DECK m II panels are available with Tectum deck substrate thickness and thickness shown in the following table. Include B. U. roofing and surface values k = .57 for Tectum deck. See pages 4 & 5 for R values of Tectum deck t. k = .16 for urethane. Because of the interpenetration of urethane foam and Tectum wood fiber, Tectum II insulation is restrained from reacting to temperature extremes. Both dimensional stability and thermal effectiveness are therefore greater than with field applied roof insulation. Dimct exposure of the foam insulating surface to flame is a potential hazard. Immediate or prompt application of the built -up roofing is Therefore necessary. Careful job coordination will result in the simultaneous installation of the deck and application of roofing. This also will eliminate exposure to precipitation which may cause damage or water staining of exposed Tectum products. AI.UES OF FIELD- APPLIED INSULATION ired to prevent condensation within the Tectum I deck (2 ", 2 1/2" or anuary idemean • pe�eturo OSB ar :: ND BARRIER -WIND SEALS inimize "flanking" passage of sound from room to room, through roof D E sound barriers should be located over .all load-bearing partitions. t TECTU CTU barriers should be of dense materials such as wood, concrete or '7eals should be provided where Tectum panels project beyond tic r walls. This will prevent heat loss or gain at the exterior wall. seals should be placed over the exterior wall and should extend h the full thickness of Tectum planks so as to make contact with construction and the roofing. Materials used for wind seals should ntinuous along wall lines and may be of any material sufficient to the passage of air. ( #15 asphalt felt, grout, bulb -tens, etc.) 4 ROOF DECK & FORM SYSTEMS TECTUM • SOUND BLOCK WIND SEAL J 03500/TEC BuyLine 1436 ROOFING Tectum I plank is manufactured to accept roofing felts or insulation. Tectum II plank is an acceptable substrate for Class A, B or C built -up roof coverings using asphalt or coal tar, saturated organic or inorganic felts applied with hot mopping asphalt or coal tar, then surfaced with gravel, crushed stone or slag. Tectum III and Tectum E plank are ideally suited as a roof deck base for shingles, standing seam roofing, slate, or tile and can be used for single ply or built-up roofing systems. Single ply roofing membranes are used successfully with all Tectum roof deck systems. Representatives of roofing systems manufacturers should be consulted for recommendations on the specificiation and system best suited to the deck and conditions pertinent to each roof. •_ ATTACHING ASPHALT SHINGLES TO TECTUM I ROOF DECK The Tectum Annular Ring Nail is available only in aluminum in 2 ", 2 1/2 ", and 3" lengths from Tectum, Inc. ATTACHING ROOFING FELT TO TECTUM 1 ROOF DECK Tube -Lok roofing nail is available from Simplex Nails, Inc. Americus, Ga., 1 ", up to 6 1/2 ". E. S. Roofing nails are available from E. S. Products Inc., New Rochelle, New York. ATTACHING INSULATION TO TECTUM ROOF DECK Additional information may be obtained by contacting TECTUM, INC. and requesting Bulletin T -38. LIGHT REFLECTION Typical Range LR4 (natural) (60 %). LR2 (Field painted white 70 %). PAINTING Can be field painted. For best results use an alkali - stable flat latex base paint, spray applied. THERMAL BARRIER Tectum panels 1 1/2" or thicker are a Thermal Barrier for foam plastic insulation. SURFACE BURNING CHARACTERISTICS 3" Tectum Roof Deck Flame Spread Index 5 Flame Spread Index (30 min) 5 Smoke Developed Value 5 5" Tectum III Panels " Flame Spread Index 10 Smoke Developed Value 5 The flame spread did not progress more than 10 1/2 ft during the 30 minute test. United States Testing Co. Inc. Number 090168 " Hardwood Plywood Manuf. Assoc. Number T -5271 k 14/ %D" c)14.( %et 6 a, J ' • t- Lary 6 ro' °" `1 1 6 3 `TR \t LoAbfP. 2l+" PROJECT J0B NO FIG. BY CHECKED BY DATE Z citb SHEET OF_ 51-'%DsP #. PE,0 Pt_ ►.J s+Pi\C -c- 4 6S E oPc.e.. ci,s Yom. '� PEAK. ft . oe Fv"iv R>s 4, \C� t U — L OCAL Ov nViAb c.tuc -i-T)NG 0 i M (30 : 3Z F IKT UJsE S x do v•Iiri)(N lL. x \. 1S _ 4,411. vJ A OT W: 0Et1C tke.5 6 O .6E4 CIA X 4a ■•J/f3r_.Jc h' • 1s 2. 6 0 vJ 1-t 1 Ca H 6Ay L tG ti--r 114(,- ; 2t Ll1,t -rr X t0oO L � � - I -X 1. 1 O = Z.2,000 V E.QOttrMrz = 12. cat tr S ®3 Dour = 300 NA/ NE', - v - G u rJ S 4 lc 143 /0414Cr AT A NlY G (J 3 - rim M E c 5 9 JS%O JATTs . I W J CV e..17t UO') . --� Co Z4 •J. - rO- 441 I 274,0 22000 2.4 000 W A'C' Alsc, J = 3 6 Z it -. 9 8 '4o BE&C ENGINEERS P.O. Box 3707 Seattle, Washington 98124-2207 Mail Stop: s C +iftftt' A II ( Ly Lril t-L HEATING LOAD CALCULATIONS PROJECT: PSD RELOCATION ENGINEER: M. FEINSTEIN UNIT: BLUESTREAK AREA AIR HANDLER TABLE 1: DESIGN PARAMETERS P ION OUTSIDE (VENTILATION) AIR CFM (OCCUPIED) = OUTSIDE (VENTILATION) AIR CFM (DURING WARM -UP) = INFILTRATION CFM (OCCUPIED) = INFILTRATION CFM (DURING WARM -UP) _ DESIRED WARM -UP TIME (HOURS) = OUTSIDE DESIGN TEMPERATURE (DEG. F) = SPACE UNOCCUPIED (SETBACK) TEMPERATURE (DEG. F) = SPACE DESIGN TEMP. (OCCUPIED) (DEG. F) = SPACE VOLUME (FT3) _ SAFETY FACTOR ( %, I.E. 30 FOR 30 %) _ 8000 2 20 55 70 856080 20 FLOOR -1 WALL-1&3 WALL -2 &4 TABLE 2: BUILDING COMPONENTS (I.E., WALLS, FLOORS, ROOFS) SOUTH AND WEST PERIM FLOOR SOUTH AND WEST SILL WALL 238 SOUTH AND WEST CURTAIN WALL 238 (* "COMPONENT NAME" MUST BE ENTERED IN ROW IF DATA IS ENTERED.) (* "ITEM DESCRIPTION" MUST BE ENTERED IN ROW IF DATA IS ENTERED.) BE &C P.O. Box 3707 ENGINEERS Seattle, WA 98124-2207 Mail Stop: 3U -EC Page 1 of 2 SITE: THOMPSON SITE BLDG #: 14 -01 DATE: 4/19/94 7.17 50.83 0.36 0.44 238 0.8 TABLE 3: LIGHTING AND EQUIPMENT LOADS (DO NOT FILL IN IF NEGLECTING) ........... 'Ott ,S °:!;RICH' :> BLSTRKHL.XLS BE&C HEATING LOAD CALCULATIONS ENGINEERS P.O. Box 3707 Seattle, WA 98124-2207 Mall Stop: 3U-EC PROJECT: PSD RELOCATION ENGINEER: M. FEINSTEIN UNIT: BLUESTREAK AREA AIR HANDLER SITE: THOMPSON SITE BLDG #: 14-01 DATE: 4/19/94 OCCUPIED HEATING LOAD = COLD DAY WARM-UP LOAD = 910,122 BTUH 591,693 BTUH WORST CASE TABLE 4: HEATING LOAD BREAKDOWN OUTSIDE AIR FLOOR-1 WALL-1 &3 WALL-2&4 ROOF LC 434,000 BTUH 9,520 BTUH 30,716 BTUH 266,146 BTUH 169,740 BTUH Page 2 of 2 TOTAL = 910,122 BTUH MAXIMUM HEATING LOAD = 910,122 BTUH ADDING IN SAFETY FACTOR: 20% 1.20 X 910,122 BTUH = = 1,092,147 BTUH = 1092.1 MBH BLSTRKHL.XLS C • v f PROJECT A-o v-; kDH FIG. BY CHECKED BY ■.J E M tt■e cA. oc \A-0\) / 0 (-'ALL 2 ¶L'\ or A f.CR BE&C ENGINEERS JOB NO DATE WALL 16.owcR. coriCR.e - rC;_ s•► Lk. . I...IA LL) ec. vC_ LJAl� Z CuPPr�. MC•\l\` srpeA�, - rJo l -SEA rg..nPJSrr Ac4, JLs rJ OP. r1 t ;P/\C: & . f. (A e A `�PnC. ) �^ V v[ C. .∎ 1 UIs n ~ �` — PAacn• J 1. - 1 - v4,.iJ.SFrn r)IIU* it ^f P.O. Box 3707 Seattle, Washington 98124-2207 Mail Stop: SHEET OF__ 0- VALUES, BE &C ENGINEERS P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: PROJECT \A FIG. BY "'"e'tt.JS - r€ktJ 'JOB NO. CHECKED BY DATE t - 2 ° -( SHEET z OF A LL 4 - Cz ,J CkEmZ SILL wh ALL (Z -VALUE. S F2oNt l`1 `l Miwk FuNb 5A-r/1Ls z NTC?2. 1 \ 1 Co ■Po N �sAJ -- ' 0 ov-rs,t.c Fi LM 1;Es 1s-TA4c— . Q — C, " cot`1C ® EZ= 0.0 8/1 v.c L Q --, Q - 18 ° At&. GAP Eff ` o . oZ u.sE \/P L.JC_ r � � 3 . tZ = ---'r Cam. 8, ✓ or S„ ENE! £�k• ( N)S NBC FILM R€ sits '\4crt 7 7 (TL) - -}k PER B As * -\ KT(' E.J('IL{, co W _ ► / ,r o r- f k lvt- e7TL) O, 45 ° -C-}i R _ 0. (Q8 • c <�ssils� PROJECT � [ .U-VAuLS FIG. BY CHECKED BY DATE 1 ' 2- - 9 4 SHEET 3- OF W NA ETA R Al Lk Lc_ C:ar..1c ReT . EXTEA\o R I Ic\1 T €•old EAT K" VA S 0. 17 °r- t,r -ft C 0 UT S ) %Q 4-IL KCS\Sic Q ---� - METAL 5Ifl1 EX, Len) "' 24 A ■iGAe 6, e = 0.82. VSO v ALLA- fa& 3.S„ Gap - O. as ©--r = , "S Rock( K = D.S6 4r- G ,� C•L aT✓ (.0 0.405 or tn.r 4 \ °r- 0. A4 sbTu Sy I e - °r BE &C ENGINEERS JOB NO P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: T✓ O - \MLOE S BE &C ENGINEERS P.O. Box 3707 Seattle, Washington 98124.2207 Mail Stop: PROJECT JOB NO FIG. BY CHECKED BY DATE \ - 2s -_C( 4- SHEET OF..._. V T ION 1- was i vJr\LL. o :- U 4 S ti o P. o co CASE A) - tJo 01JsuLIsTro rJ Ip (NS iDE FIt.,.N1 P,CS,s -)A►xt U3 A “k c n e /me.-q\L s-r ui (� It .Sft F F ILM 4E - TRC AT STuD L\K E 57rct: L P A Peg E 1/\ p '_ 24,PAsc a.a.S ) 1c? �- !~ 0.83 K t 2(0.2 ST- At -(-l' 1 sTr (L - 0. ose q ” 7, 11c � -- ' ,er .1 As.Ir r , -.. A . .Qe r. Q O,O3Z IO S, METAL STVb5 1 (, GA 1"FGgn1GE.. • !b " 0NC TE2 ---> r N- c 45- t.-o.935 RE. S ISTA AIK GO 'AI oe 65 0. f R. z. 3. cK gbiJST 'R QAtvP_ 6TtJ ( „xD. o3Z- P.: c C U - vA LvEs BE &C ENGINEERS P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: cemz'f \T 10 f•J 4 (c.0,.) - r) ) C = 0. 333 / C Z = 0.3 32_ 0.938 (o. 303 6 - 0.938) Co. 32 l3 = 0. 30S hr- 0E- - f- JOB NO PROJECT FIG. BY CHECKED BY DATE - SHEET OF C c P,o0E U- VA Lu t_ - BE &C ENGINEERS P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: PROJECT JOB NO FIG. BY CHECKED BY DATE I "2-5 S 4- Ec RaoF t�C5. \ <— Z 35 1-c. r la( 8 TAL\- t TO LAR9 e.. 1"Q \ A! O N t . I.7S' ∎.,-, FQA. - C \ - T /3EZA"no.3 O� T E c . T L » , CVO- FILL a���r- or F?,'.De (A)( NEOL - r - bi 1 / . . 7 1 3 4 ' fkOOFING O OU"CS,tC. C - li_M RtS1STA ® 'ro ® ---> Z TfcC U M (g) In]S %OE t /LM KE4 5T4 JCE. _ 4 .6 — `1 COO. G- _ ‘61;-) 4 .2�g i ci ci U � 0. Z3 .61 • RE5 LS rA• O. 11 3 -s O. `l 2`" - I Po:. L..) Ns . cr1 1 14 cots c .4 ( - Y PFQ t\SN . 0 /J / C_ob L . - \ r sco L04 -JA) .SVNtiMrr, r �CI� r o� vP R = O. SHEET OF_ 1994 WASHINGTON STATE ENERGY CODE COMPLIANCE FORMS ELECTRICAL DEPARTMENT 14 -01 BUILDING 8620 EAST MARGINAL WAY SOUTH SEATTLE, WA. 98108 JULY 25, 1994 PREPARED FOR FACILITIES AND TECHNICAL SUPPORT SERVICES BCAG, PLANT II APPROVED BY: PREPARED BY BOEING FACILITY DESIGN SUPPORT P.O. BOX 3707 SEATTLE WA. 98124 -2207 PREPARED BY: ✓.X. : %�TT. CHECKED BY: ✓�'. i''/ R. M. HAMM AMMETT, P.E. T, P.E. {EXPIRES 5112195" Project Address 8620 East Marginal Way South, Tukwila, WA., Parcel No. 000160 -0019 I Date 25- Jul -94 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 t t no n.a. 1513.2 Area controls Maximum limit per switch (2) 1513,3 Daylight zone control Schedule with type and features, indicate locations yasj yes no n.a. vertical glazing Indicate vertical glazing on plans (3) no n.a. overhead glazing Indicate overhead glazing on plans yes no I n.a. 1513.4 Display /exhib /special indicate separate controls 1513.5 Exterior shut -off Schedule with type and features, indicate location (4) yes not n.a. (a) timer w /backup Indicate location yes no ! t n.a. (b) photocell. Indicate location 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) yes $ no Lighting Sum. Form Completed and attached. (8) Schedule with fixture types, lamps, ballasts, watts per fixture ELECTRIC MOTORS (Section 1511) yes I no n.a.j Elec motor efficiency IMECH -MOT or Equipment Schedule with hp, rpm, efficiency I (9) I :::::::..:....... 1994 Washin ton State Nonresidential Ener Code Com liance Form � n A::rrn if � > > • If "no" is circled for any question, provide explaination: (1) (2) No circuit is loaded above 16 amps. However, as allowed by exception 1, a single on /off control point does In some cases control more than one circuit In the high bay manufacturing areas. There are no windows in the first or fourth floors of the office tower. In areas of the second and third floors where windows are being installed, 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 automated shut off via the lighting control system. (4) The exterior lighting and associated controls are existing and will not be modified. The existing system shuts off the exterior fixtures by photocell controlled contactors. General Electric "TLC" Low Voltage Lighting Control System panels with intelligence cards are provided for all high bay and office tower lighting, except the existing 4th floor mechancial /electrical area. All lighting control panels are networked together. The overall control system is connected by modem to a central site system. Occupancy Sensors are provided in small offices and similar areas. In areas deemed not practical for occupancy sensors, the Low Voltage Lighting Control System includes functions which provide automatic shut-off during unoccupied hours. Time switches are not used. The Low Voltage Lighting Control System provides functions to shut off areas during non - occupied hours. (3) (5) (6) (7) (8) (9) Both the High Bay H.I.D. lighting and the office fluorescent lighting systems have local control that tie in to the automatic lighting control system (General Electric TLC.). The High Bay has column mounted on /off control stations which control individual areas. The office tower area has Individual controls for each open area and room, except where occupancy sensors are utilized. Refer to Architectural Reflected Ceiling Plans for fixture locations. Refer to Mechanical Package rmh/1401/1401 LCK1.XLS 7/23/94 3:23 PM Project Info Project Address 8620 East Marginal Way South Date 25- Jul -94 Allowed x Area Watts Tukwila, WA. For Building Department Use 1.5 Parcel No. 000160 -0019 Applicant Name: Sid Browne Applicant Address: P.O. Box 3707, MS 19 -35, Seattle, WA. 98124 Applicant Phone: (206) 655 -9923 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 (floor /room no.) Occupancy Description Allowed Watts per sq ft** Area In sq ft Allowed x Area Watts High Bay Manufacturing Process Area 1.5 218,400 327,600 High Bay Restroom Areas 0.8 600 480 Office Tower Flr. 1 Office Areas 1.2 28,536 34,243 Office Tower Flr. 2 Office Areas 1.2 29,590 35,508 Office Tower Flr. 3 Office Areas 1.2 29,590 35,508 Office Tower Restroom Areas 0.8 6,000 4,800 Tower Restrooms Compact Fluorescent Downlight 220 35 7,700 " From Table 15 -1 - document all exceptions taken from footnotes Total Allowed Watts 438,139 Location (floor /room no.) Fixture Description Number of Fixtures Watts/ Fixture Watts Proposed Gen. High Bay 1000 Watt Metal Halide H.I.D. (Green Lights Program) 261 1,065 277,965 H.B. Restrooms Compact Fluorescent Downlight 19 35 665 H.B. Emerg. Ltg. 8 ft, 2 -Tube T -12 Fluorescent (Existing) 16 213 3,408 H.B. Wire Shop 2 -Tube Fluorescent Troffer w/T8 Lamps 96 59 5,664 Tower Office 1 -Tube Fluorescent Troffer w/T8 Lamps 1350 31 41,850 Tower Office 2 -Tube Fluorescent Troffer w/T8 Lamps 281 59 16,579 Tower Restrooms Compact Fluorescent Downlight 220 35 7,700 Tower Conference Track Lighting w/150 watt Quartz lamps (display) 33 150 4,950 Total Proposed Watts may not exceed Total Allowed Watts for Interior Total Proposed Watts 358,781 Project Description Compliance Option 1994 Washin•ton State Nonresidential Ener• Code Com•liance Form Proposed Lighting Wattage (L1+terior) rmh/1401/1401 LBD1.XLS El New Building 0 Addition E Alteration Maximum Allowed Lighting Wattage (Interior) J Prescriptive Lighting Power Allowance System Analysis (See Qualification Checklist. Indicate Prescriptive & LPA spaces clearly on plans.) Maximum Allowed Lighting Wattage (Exterior) The exterior lighting system for the building has not been changed Proposed Lighting Wattage (Exterior) The exterior lighting system for the building has not been changed (May not exceed Total Allowed Watts for interior) 7/23/94 3:10 PM 7.25.94 lV.1;i41 roada LOCATION IN REGION UKILTEO TO EVERETT AUBURN •N_r, I 14 -01 VICINITY PLAN PROJECT SITE COVER SHEET VOLUME #2 PROPULSION SYSTEMS DIVISION RELOCATION /Z' O L71IW aMM ZCZI O W�L C77 BUILDING14 01 EAST MARGINAL WAY SOUTH SEATTLE, WASHINGTON 98108 FACIUTIES s SITE PLAN t ees • . - _._...... t IU • )dEt.S1 .F,Y/e t ..PQE1T 9 9tMliEH STAR w WL "Nlt tea -' ..r • ` CODE AND BUILDING DATA A. UNIFUKM BUILDING CODE: 1. FLOOR AREAS: a) EXISTING BUILDING STATUS: FIRST FLOOR OFFICE: FIRST FLOOR HIGH BAY: SECOND FLOOR OFFICE: THIRD FLOOR OFFICE: FOURTH FLOOR MEZZANINE: GROSS AREA h COVERED LOADING DOCK (14 -16): 2. OCCUPANCY: a) ACTUAL OCCUPANT LOAD: FIRST SHIFT HIGH BAY: FIRST SHIFT OFFICE TOWER: SECOND SHIFT HIGH BAY AND OFFICE: TOTAL ALL SHIFTS: b) OCCUPANCY GROUP: 3. CONSTRUCTION TYPE: 4. FIRE RESISTIVE REQUIREMENTS: a EXTERIOR NON - BEARING WALL: b STRUCTURAL FRAME: c PARTITIONS PERMANENT: d SHAFT ENCLOSURES: e FLOORS - CEILING /FLOORS: I ROOF - CEILING /ROOF: g) STAIRWAYS: 5. EXITS: a) CORRIDORS: b) STAIR ENCLOSURES: 6. BUILDING HEIGHT: a) EXISTING HEIGHT: b) LOADING DOCK (14 -16): 7. BUILDING HEIGHT IN STORIES: o) EXISTING FLOORS: 8. SEISMIC ZONE: B. BUILDING ACCESSIBILITY: C. DESIGN CRITERIA FOR STRUCTURAL LOADS: 1991 EDITION 31,260 SF 187,680 SF 31.280 SF 31,280 SF 31.280 SF 312.800 Sr 5518 SF 300 OCCUPANTS 460 OCCUPANTS 90 OCCUPANTS 850 OCCUPANTS 8 -2 OFFICE/MANUFACTURING EXISTING, TYPE II -N NON - COMBUSTIBLE NON - COMBUSTIBLE NON - COMBUSTIBLE 1 HOUR NON - COMBUSTIBLE NON - COMBUSTIBLE NON - COMBUSTIBLE 1 HOUR 1 HOUR 59 -0' 3' -10' (PLUS RAILING) 3 STORIES 1 MEZZANINE STORY 3 AMERICANS WITH DISABILITIES ACT AND WAC CHAPTER 51 SEE SHEET S2 •enuitrf I IBM users APO Ww "wewluA BUILDING 14 -01 .. .in MI ...O .. FILE COPY BY one ParMit No. 1 understand that the Plan Check eppa S d subjecttoer (Of s and omissionsM1011W plans does not authorize the tielatfon d sq adopted code ol a ordoinance. sRa�� t ractor's copy T � . pl ` 4a—' - A? ROUT ti 0 eut AO PL2 -R -93035 N sea MEC ENGINEERS AWE 7.25.94 or Wino.. VOLUME #1 • CML • ARCHITECTURAL • STRUCTURAL VOLUME #2 • MECHANICAL VOLUME #3 • ELECTRICAL VOLUME #4 • CABLE MANAGEMENT GYM • • INCLUDED IN SET DRAWING NO. SHEET NO. MECHANICAL REMOVAL DRAWINGS DRAWING TITLE O 107- 057- 4004M 101 F M -101 R PLUMBING PARTIAL. PLAN 0107- 057 - 4004- M -107F M -107R PLUMBING - PARTIAL. PLAN O 114- 001 - 4000 -M2 -R M2 -R PLAN & DETAILS VENTILATION & WATER SUPPLIES ORIG 627.94 O 114- 001 - 4001 -M2 -R M2 -R UNDERGROUND PLUMBING PLAN WEST PORTION ORIG 6.27.94 O 114 - 001 - 4001 -M3 -R M3 -R UNDERGROUND PLUMBING PLAN EAST PORTION ORIG , 6.27.94 O 114- 001 - 4001 -M4 -R M4 -R FIRST FLOOR PLUMBING PLAN WEST PORTION ORIG 6.27.94 O 114- 001- 4001 -M5-R M5 -R FIRST FLOOR PLUMBING PLAN EAST PORTION ORIG 6.27.94 O 114- 001- 4001 -M7 -R M7 -R SUPPORT AREA PLUMBING PLANS WEST PORTION ORIG 6.27.94 O 114 - 001 - 4001 -M8 -R M8 -R SUPPORT AREA PLUMBING PLANS EAST PORTION ORIG 6.27.94 O 114 - 001- 4001 -M9 -R M9 -R ROOF PLAN ORIG 6.27.94 O 114- 001- 4001 -M10 -R M10 -R TOILET ROOMS 1,2,344 WATER PIPING PLANS ORIG 6.27.94 O 114- 001 - 4001 -M11 -R M11 -R TOILET ROOMS NO. 1,2,344 WASTE PIPING PLANS ORIG 6.27.94 0 001 - 4001 -M28 -R M28 -R ASSEMBLY AREA HEATING & VENTILATION - WEST PORTION O 114 -001- 4001- M29 -R M29 -R ASSEMBLY AREA HEATING & VENTILATION EAST PORTION O 114- 001 - 4001 -M30 -R M30 -R FIRST FLOOR SUPPORT AREA HEATING & VENTILATING ORIG 6,27.94 O 114 -001- 4001- M30A -F M30A -R VIEWS Sc SECTIONS ORIG 6.27.94 O 114- 001 - 4001 -M31 -R M31 -R SECOND FLOOR SUPPORT AREA HEATING & VENTILATING & AIR COND. ORIG 6.27.94 O 114- 001 - 4001 -M32 -R M32 -R THIRD FLOOR SUPPORT AREA HEATING & VENTILATIOC ORIG 6.27.94 O 114 - 001- 4001 -M33 -R M33 -R FOURTH FLOOR SUPPORT AREA HEATING & VENTILATING 114- 001 - 4001 -M34 -R M34 -R ROOF EQUIPMENT PLAN O 114 -001- 4001 - M34A -F M34A -R ROOF PLAN O 114- 001 - 4001 -M35 -R M35 -R HEATING & VENTILATING SECTIONS O 114- 001- 4001 -M36 -R M36 -R HEATING & VENTILATING SECTIONS 114- 001 - 4001 -M37 -R M37 -R HEATING & VENTILATING DETAILS O 114- 001 - 4001 -M38 -R M38 -R HEATING & VENTILATING DETAILS ORIG 6.27.94 O 114- 001- 4001 -M39 -R M39 -R HEATING & VENTILATING DETAILS ORIG 6.27.94 O 114 - 001 - 4001 -1141 -R M41 -R CHILLED WATER PIPING DETAILS ORIG 6.27.94 O 114 - 001 - 4003 -M1R M1R PLAN & SCHEMATIC - HOT & COLD WATER PIPING ORIG 6.27.94 O 114- 001 - 4010 -M10 -R M1O -R FIRST FLOOR PIPING ORIG 6.27.94 O 114 - 001 - 4010 -M11 -R MI1 -R FIRST FLOOR PIPING ORIG 6.27.94 O 114 -001- 4011 -M1 -R M1 -R THIRD FLOOR HVAC ORIG 6.27.94 O 114 -001- 4011 -M2 -R M2 -R DUCTWORK ELEVATIONS 114 -001- 4011 -M3-R M3 -R DETAILS DUCTWORK O 114 - 001 - 4011 -M5 -R M5 -R FOURTH FLOOR DUCT 'PLAN O 114 -001- 4011 -M8 -R M8 -R TOILET ROOM PIPING O 114 -001- 4019 -FPIR FP1R FIRE PROTECTION CS&P AREA 114 -001- 4019- FP -2Alk FP -2AR FIRE SPRINKLER LINES - TRENCHES O 114 -001- 4019 -M -3R M -3R H & V UPPER LEVEL PLAN S.W. AREA O 114 -001- 4019 -M -4R M -4R H & V LOWER LEVEL PLAN S.W. AREA O 114 -001- 4019 -M -5R M -5R H & V, CLEAN /SEAL, RM. 143 114 -001- 4019 -M -8R M -8R EQUIPMENT PLAN 114- 001- 4019- M -12R M -12R TRENCH & SUMP SECT. & GETS. O 114 -001- 4019 -M -22R M -22R PIPING PLAN - N.E. CORNER O 114 -001- 4019 -M23R M23R PIPING PLAN - S.E. CORNER O 114- 001- 4019 -M23BR M23BR PIPING PLAN - PARTIAL PLAN & DETAILS O 114- 001- 4019 -M -24R O 114 -001 - 4021 -M -1R O 114- 001- 4021 -M -21R O 114 -001- 4330 -M1 -R O 14- 01 -M260R O 14- 01- IM26OR O 14- 01- 1M261R O 14- 01- 2M260R O 14- 01- 2M261R O 14- 01- 3M260R O 14- 01- 3M261R O 14- 01- 4M26OR O 14- 01- 4M261R O 14- 01 -M507R O 14- 01 -M10 O 14- 01 -M1b O 14 -01 -M1 c • 14- 01 -M2o 14 -01 -M2b 14 -01 -M2c NOON OFFICE TOWER/HIGH BAY 2ND AND 3RD FLOOR T.I. M -24R PIPING PLAN - S.W. CORNER M -1R MECHANICAL PLAN - COL E -D, 13.2 -17.0 M -21R PIPING PLAN N.W. CORNER M1 -R PLANS - SPRINKLERS M260R FIRE PROTECTION CONSTRUCTION DRAWINGS Mta HVAC LEGEND AND ABBREVIATIONS M1b PIPING LEGEND AND ABBREVIATIONS M1c INSTRUMENT LEGEND AND ABBREVIATIONS M2a EQUIPMENT SCHEDULES M2b EQUIPMENT SCHEDULES M2c 4QUIPMENT SCHEDULES S a CR JO DIM mmma GC GC Ai5 aet 7.25.94 9.2.94 0 REV DATE ORIG 6.27.94 ORIG 6.27.94 ORIG 6.27.94 ORIG 6.27.94 ORIG 6.27.94 SOP 0 RIG 6.27.94 ORIG 6.27.94 ORIG 6.27.94 ORIG 6.27.94 ORIG 6.27.94 ORIG 6.27.94 ORIG 6.27.94 ORIG 6.27.94 ORIG 6.27.94 ORIG 6.27.94 ORIG 6.27.94 ORIG 6.27.94 ORIG 6.27.94 ORIG 6.27.94 ORIG 6.27.94 ORIG 6.27.94 ORIG 6.27.94 ORIG 6.27.94 IM260R PARTIAL FIRST FLOOR FIRE PROTECTION PLAN ORIG 6.27.94 1M261R PARTIAL FIRST FLOOR FIRE PROTECTION PLAN ORIG 6.27.94 2M260R PARTIAL SECOND FLOOR FIRE PROTECTION PLAN ORIG 6.27.94 2M261 R PARTIAL SECOND FLOOR FIRE PROTECTION PLAN ORIG 6.27.94 3M260R PARTIAL THIRD FLOOR FIRE PROTECTION PLAN ORIG 6.27.94 3M261R PARTIAL THIRD FLOOR FIRE PROTECTION PLAN ORIG 6.27.94 4M26OR PARTIAL FOURTH FLOOR FIRE PROTECTION PLAN ORIG 6.27.94 4M261 R PARTIAL FOURTH FLOOR FIRE PROTECTION PLAN ORIG 6.27.94 M507R FIRE PROTECTION DETAILS ORIG 6.27.94 ORIG 7.25.94 ORIG . 7.25.94 ORIG 7.25.94 A 9.2.94 9.2.94 9.2.94 INDEX OF DRAWINGS INCLUDED IN SET DRAWING NO. O 14 -01 -M2d O 14- 01 -M2o 14 -01 -RFM 14 O 14- 01 -1M113 0 14 -01 -114114 O_ 14- 01 -1M115 O 14- 01 -1M116 0 14 -01 -114117 O 14 -01 -114118 O 14 -01 -114119 SHEET NO. DRAWING TITLE MECHANICAL (CONT) M2d EQUIPMENT SCHEDULES 142, EQUIPMENT SCHEDULES O 14 -01 -M2f M2f EQUIPMENT SCHEDULES O 14 -01 -11410 1M10 PARTIAL FIRST FLOOR HVAC PLAN O 14- 01 -1M11 1M11 PARTIAL FIRST FLOOR HVAC PLAN O 14 -01 -11412 11412 PARTIAL FIRST FLOOR HVAC PLAN O 14 -01 -11413 11413 PARTIAL FIRST FLOOR HVAC PLAN 14-01-1M14 1M14 _ PARTIAL FIRST FLOOR HVAC PLAN O 14- 01 -1M15 . 1M15 PARTIAL FIRST FLOOR HVAC PLAN O 14 -01 -11416 11416 PARTIAL. FIRST FLOOR HVAC PLAN O 14- 01 -1M17 1M17 PARTIAL FIRST FLOOR HVAC PUN O 14- 01 -1M18 11418 PARTIAL FIRST FLOOR HVAC PLAN 14- 01 -1M19 1M19 PARTIAL FIRST FLOOR HVAC PLAN 14- 01 -M1M12 . M1M12 PARTIAL FIRST FLOOR MEZZANINE HVAC PLAN O 14- 01 -M11417 M1MI7 PARTIAL FIRST FLOOR MEZZANINE INC PLAN ORIG 7.25.94 • 14 -01 -21410 _ 2M10 PARTIAL SECOND FLOOR HVAC PLAN A 9.2.94 • 14- 01 -2M11 21411 PARTIAL. SECOND FLOOR HVAC PLAN A 9.2.94 • 14 -01 -31410 31410 PARTIAL. THIRD FLOOR HVAC PLAN A 9.2.94 • 14 -01 -31411 31411 PARTIAL THIRD FLOOR HVAC PLAN A ' 9.2.94 0_ 14 -01 -41410 4M10 PARTIAL. FOURTH FLOOR HVAC PLAN ORIG 7.25.94 O 14- 01 -4M11 41411 PARTIAL FOURTH FLOOR HVAC PLAN ORIG 7.25.94 O 14- 01 -RFM10 RFM10 PARTIAL ROOF HVAC PLAN OR *G 7.25.94 0 14- 01 -RFM11 RFM11 _ PARTIAL ROOF HVAC PLAN OR G 7.25.94 O 14- 01 -RFM12 - RFMI2 PARTIAL ROOF HVAC PLAN , WIG 7.25.94 O 14- 01 -RFM13 RFM13 PARTIAL ROOF HVAC PLAN 011G 7.25.94 RFM14 PARTIAL ROOF HVAC PLAN O 14- 01 -1M112 114112 PARTIAL FIRST FLOOR PLUMBING PLAN 1M113 PARTIAL FIRST FLOOR PLUMBING PLAN 1M114 PARTIAL FIRST FLOOR PLUMBING PLAN 1M115 PARTIAL FIRST FLOOR PLUMBING PLAN 114116 PARTIAL FIRST FLOOR PLUMBING PLAN 1M117 114118 114119 PARTIAL FIRST FLOOR PLUMBING PLAN PARTIAL FIRST FLOOR PLUMBING PLAN PARTIAL FIRST FLOOR PLUMBING PLAN sass FACILITIES DEPARTMENT 14- 01- M114112 14114112 PARTIAL FIRST FLOOR MEZZANINE PLUMBING PLAN ORIG ORIG ORIG ORIG ORIG ORIG ORIG O 14- 01- 4114117 M1M117 PARTIAL FIRST FLOOR MEZZANINE PLUMBING PLAN ORIG REV DATE ORIG 7.25.94 ORIG 7.25.94 ORIG 7.25.94 ORIG ORIG ORIG ORIG ORIG 7.25.94 ORIG 7.25.94 ORIG 7.25.94 ORIG 7.25.94 IPS 7.25.94 7.25.94 7.25.94 7.25.94 OP O 14- 01 -RFM15 RFM15 PARTIAL ROOF HVAC PLAN arc 7.25.94 O 14- 01 -RFM16 RFM16 PARTIAL ROOF HVAC PLAN " OkIG 7.25.94 _ 14- 01 -RFM17 RFM17 PARTIAL ROOF HVAC PLAN - 14- 01 -RFM18 RFM18 PARTIAL ROOF HVAC PLAN OD _ 14- 01 -RFM19 RFM19 PARTIAL ROOF HVAC PLAN O 14 -01 -11460 11460 PARTIAL FIRST FLOOR HVAC PIPING PLAN ORIG 7.25.94 O 14 -01 -11461 11461 PARTIAL FIRST FLOOR HVAC PIPING PLAN ORIG 7.25.94 O 14 -01 -11462 1M62 PARTIAL FIRST FLOOR HVAC PIPING RAC ORIG 7.25.94 O 14- 01 -1M63 1M63 PARTIAL FIRST FLOOR HVAC PIPING PLAt ORIG 7.25.94 O 14- 01 -1M64 11464 PARTIAL FIRST FLOOR HVAC PIPING PIM ORIG 7.25.94 O 14- 01 -1M65 11465 PARTIAL FIRST FLOOR HVAC PIPING PLA ORIG 7.25.94 O 14 -01 -11466 11466 PARTIAL FIRST FLOOR HVAC PIPING PLA ORIG 7.25.94 0 14 -01 -11467 11467 PARTIAL FIRST FLOOR INC PIPING PLA t ORIG 7.25.94 O 14 -01 -11468 _ 1M68 PARTIAL FIRST FLOOR HVAC PIPING ORIG 7.25.94 O 14 -01 -11469 1M69 PARTIAL FIRST FLOOR HVAC PIPING PLA t` ORIG 7.25.94 O 14- 01 -M11467 M11467 PARTIAL FIRST FLOOR MEZZANINE HVAC (PING PLAN ORIG 7.25.94 • 14 -01 -21460 , 21460 PARTIAL SECOND FLOOR HVAC PIPING P A 9.2.94 • 14- 01 -2M61 21461 PARTIAL SECOND FLOOR HVAC PIPING P A 9.2.94 • 14- 01 -3M60 3M60 PARTIAL THIRD FLOOR HVAC PIPING P , A 9.2.94 • 14- 01 -3M61 31461 PARTIAL THIRD FLOOR HVAC PIPING P , � i A 9.2.94 O 14- 01 -4M60 4M60 PARTIAL FOURTH FLOOR HVAC PIPING PLAN ORIG 7.25.94 Q 14 -01 -41461 41461 PARTIAL FOURTH FLOOR HVAC PIPING PLAN ORIG 7.25.94 O 14- 01 -RFM60 RFM60 PARTIAL ROOF HVAC PIPING PLAN ORIG 7.25.94 O 14- 01 -RFM61 RFM61 ' PARTIAL ROOF HVAC PIPING PLAN g ORIG 7.25.94 0 14- 01- UGM110 UGM110 PARTIAL UNDERGROUND PLUMBUNG PIA ORIG 7.25.94 O 14- 01- UGM111 UGM111 PARTIAL UNDERGROUND PLUMBUNG PLAT; _ ORIG 7.25.94 O 14- 01- UGM112 UGM112 PARTIAL UNDERGROUND PLUMBING PLAN ORIG 7.25.94 O 14- 01- UGM113 UGM113 PARTIAL UNDERGROUND PLUMBLING PIAij ORIG 7.25.94 0 14- 01- UGM114 UGM114 PARTIAL UNDERGROUND PLUMBING PIA ORIG 7.25.94 O 14- 01- UGM115 UGM115 PARTIAL UNDERGROUND PLUMBLING PUN , ORIG 7.25.94 O 14- 01- UGM116 UGM116 _ PARTIAL UNDERGROUND PLUMBING PIA? ORIG 7.25.94 0 14- 01- UGM117 UGM117 PARTIAL UNDERGROUND PLUMBING PLA4 ORIG 7.25.94 O 14- 01- UGM116 UGM118 PARTIAL UNDERGROUND PLUMBLING PLAN ORIG 7.25.94 O 14- Ot- UGM119 UGM119 PARTIAL UNDERGROUND PLUMBING PL ORIG 7.25.94 O 14- 01 -1M110 114110 _ PARTIAL FIRST FLOOR PLUMBING PLAN ORIG 7.25.94 O 14- 01 -1M111 114111 PARTIAL FIRST FLOOR PLUMBING PLAN ORIG 7.25.94 7.25.94 7.25.94 ORIG 1 7.25.94 7.25.94 7.25.94 7.25.94 7.25.94 7.25.94 7.25.94 0 INCLUDED IN SET fiffoStiste ' AR(;HIIECT VATS 314181N DRAWING NO. SHEET NO. O 14- 01 -2M110 O 14 -01 -214111 0 14- 01 -3M110 O 14 -01 -314111 0 14 -01 -414110 0 14 -01 -414111 0 14- 01- RFM110 O 14- 01- RFM111 RFM111 PARTIAL ROOF PLUMBING PLAN O 14- 01- RFM112 14- 01- RFM113 14- 01- RFM114 14- 01- RFM115 14- 01- RFM116 O 14- 01- RFM117 14 -01 -RFM 118 14- 01- RFM119 O 14 -01 -14260 0 14 -01- UGM262 O 14- 01- UGM263 O 14- 01- UGM264 14- 01- UGM265 14 -01- 11014266 O 14 -01- GM267 , UGM267 PARTIAL UNDERGROUND FIRE PROTECTION PLAN ORIG 7.25.94 O 14 -01- GM268 O 14- 01- 11GM269 O 14 -01 -114260 1M260 PARTIAL FIRST FLOOR FIRE PROTECTION PLAN ORIG 7.25.94 d 14 -01 -114261 1M261 PARTIAL FIRST FLOOR FIRE PROTECTION PLAN 0 IR G 7.25.94 O 14 -01 -114262 1 M262 PARTIAL FIRST FLOOR FIRE PROTECTION PLAN ORIG 7.25.94 O 14 -01 -114263 O 14 -01 -114264 14 -01 -1 M265 O 14- 01.-1M266 O 14- 01 -1M267 O 14 -01 -114268 O 14- 01' -1M269 O 14- 01 -2M260 O 14 -01 -214261 O 14- 01 -3M260 O 14- O1 -3M261 O 14- 01- 4M260' O 14 -01 -414261 O 14 HBM262 O 14- 01- HBM263 14- 01- HBM264 14- O1 '-HBM265 O 14- 01- HBM266 r 14- - HBM267 14- 01- HBM266 14- 01- HBM269 O 14- 01- RFM260 O 14- 01- RFM261 14- 01- RFM262 14- 01sRFM263 14- 01- RFM264 14- 01- RFM265 14- 01- RFM266 O 14- 01 -M317 O, 14 -01 -114450 O 14- 01 -1M451 • 14 -01 -214451 RF ACCEPTABILITY p Kari SIE Al 15 A PnIED APPROVED RV ow,. OA1t MECHANICAL (CONT 214110 PARTIAL SECOND FLOOR PLUMBING PLAN 214111 PARTIAL SECOND FLOOR PLUMBING PLAN 3M 110 PARTIAL THIRD FLOOR PLUMBING PLAN 314111 PARTIAL THIRD FLOOR PLUMBING PLAN 414110 PARTIAL FOURTH FLOOR PLUMBING PLAN 414111 PARTIAL FOURTH FLOOR PLUMBING PLAN RFM110 PARTIAL ROOF PLUMBING PLAN RFM112 PARTIAL ROOF PLUMBING PLAN RFM113 PARTIAL ROOF PLUMBING PLAN RFM114 PARTIAL ROOF PLUMBING PLAN RFM115 PARTIAL ROOF PLUMBING PLAN RPM 16 PARTIAL. ROOF PLUMBING PLAN RFM 117 PARTIAL ROOF PLUMBING PLAN RFM118 PARTIAL. ROOF PLUMBING PLAN RFM119 PARTIAL ROOF PLUMBING PLAN M260 FIRE PROTECTION ORIG 7.25.94 UGM262 PARTIAL UNDERGROUND FIRE PROTECTION PLAN ORIG 7.25.94 UGM263 PARTIAL UNDERGROUND FIRE PROTECTION PLAN ORIG 7.25.94 UGM264 PARTIAL UNDERGROUND FIRE PROTECTION PLAN ORIG . 7.25.94 UGM265 PARTIAL. UNDERGROUND FIRE PROTECTION PLAN UGM266 PARTIAL UNDERGROUND FIRE PROTECTION PLAN UGM266 , PARTIAL UNDERGROUND FIRE PROTECTION PLAN ORIG 7.25.94 UGM269 , PARTIAL UNDERGROUND FIRE PROTECTION PLAN ORIG 7.25.94 114263 PARTIAL FIRST FLOOR FIRE PROTECTION PLAN ORIG 7.25.94 1 M264 PARTIAL FIRST FLOOR FIRE PROTECTION PLAN ORIG 7.25.94 114265 PARTIAL FIRST FLOOR FIRE PROTECTION PLAN 114266 PARTIAL FI FLOOR FIRE PROTECTION PLAN ORIG 7.25.94 1M267 PARTIAL FI FLOOR FIRE PROTECTION PLAN ORIG 7.25.94 1 268 PARTIAL FIST FLOOR FIRE PROTECTION PLAN ORIG 7.25.94 1 269 PARTIAL FIRST FLOOR FIRE PROTECTION PLAN ORIG 7.25.94 2 260 PARTIAL SSE OND FLOOR FIRE PROTECTION PLAN ORIG 7.25.94 2 261 PARTIAL SECOND FLOOR FIRE P ROTECTION PLAN ORIG 7.25.94 314260 PARTIAL TN RD FLOOR FIRE PRbTECTION PLAN ORIG 7.25.94 3261 PARTIAL TH RD FLOOR FIRE PROTECTION PLAN • ORIG 7.25.94 4 260 PARTIAL FOURTH FLOOR FIRE PROTECTION PLAN ORIG 7.25.94 4261 PARTIAL FOURTH FLOOR FIRE PROTECTION PLAN ORIG 7.25.94 H014262 PARTIAL HIGH BAY FIRE PROTECTION PLAN ORIG 7.25.94 HB1A263 PARTIAL HIGH BAY FIRE PROTECTION PLAN ORIG 7.25.94 HBk$264 PARTIAL HIGH BAY FIRE PROTECTION PLAN HBf41265 PARTIAL HI §H BAY FIRE PROTECTION PLAN H9 266 PARTIAL HICH BAY FIRE PROTECTION PLAN HB �I 2667 PARTIAL GH BAY FIRE PROTECTION PLAN HO 4268 PARTIAL HIGH BAY H8M269 PARTIAL HIGH BAY RFI1260 PARTIAL RFM261 PARTIAL R DRAWING TITLE FIRE PROTECTION PLAN FIRE PROTECTION RQOF FIRE PROTECTION PLAN F FIRE PROTECTION PLAN RF1A262 PARTIAL ROOF FIRE PROTECTION PLAN RF41263 PARTIAL ROOF FIRE PROTECTION PLAN RF,i1264 PARTIAL ROOF FIRE PROTECTION PLAN 265 PARTIAL ROOF FIRE PROTECTION PLAN RF 4266 PARTIAL ROOF FIRE PROTECTION PLAN RFM267 PARTIAL RdOF FIRE PROTECTION PLAN M317 TEMPERATURE CONTROL DIAGRAM 114450 , WEST RESTROOM PLAN FIRST FLOOR 114451 . EAST RESTROOM PLAN FIRST FLOOR 14 -01 -214450 214450 WEST RESTROOM PLAN SECOND FLOOR 2M451 EAST RESTROOM PLAN SECOND FLOOR PLAN ORIG 7.25.94 ORIG 7.25.94 ORIG 7.25.94 ORIG 7.25.94 ORIG 7.25.94 ORIG 7.25.94 ORIG 7.25.94 ORIG 7.25.94 ORIG 7.25.94 ORIG 7.25.94 ORIG 7.25.94 ORIG 7.25.94 ORIG 7.25.94 ORIG 7.25.94 14- 01- RFM267 14 -01- RFM268 RFM268 PARTIAL ROOF FIRE PROTECTION PLAN 14- 01- RFM269 RFM269 PARTIAL Rc F FIRE PROTECTION PLAN Oa-M310 14310 CHILLED WATER SYSTEM FLOW DIAGRAM ORIG , 7.25.94 O 14 -01 -4311 M311 HEATING WATER SYSTEM FLOW DIAGRAM ORIG 7.25.94 14 014 0 M311a M311a HEATING WATER SYSTEM FLOW DIAGRAM A 9.2.94 -14312 i 14312 CHILLED WATER SYSTEM PI &D ORIG 7.25.94 14- 01 -M313 , M313 CONTROL DIAGRAM & SEQUENCE OF OPERATION ORIG 7.25.94 14 -01 -14314 14314 CONTROL DIAGRAM & SEQUENCE OF OPERATION ORIG 7.25.94 0 14- 01 -M315 M315 CONTROL DIAGRAM & SEQUENCE OF OPERATION ORIG 7.25.94 14 -01 -14316 M316 HVAC AIR FLOW DIAGRAM REV DATE ORIG 7.25.94 ORIG 7.25.94 ORIG 7.25.94 ORIG 7.25.94 A 9.2.94 INDEX OF DRAWINGS BUILDING 14 -01 VOLUME #2 u MLA SEP 0 6 1994 'an OR M LEGEND; NOT YET ISSUED 0 PREVIOUSLY ISSUED, NOT IN THIS RELEASE • IN THIS ISSUE NFC FRO ORIG A NOT FOR CONSTRUCTION FOR REFERENCE ONLY ORIGINAL ISSUE FOR CONSTRUCTION DRAWING REVISION - SEE SPECIFIC DRAWING FOR NATURE OF REVISION EAST RDASIDN mer Ala "D PL2 -R -93035 N ESC ENGINEERS $YY DATE 9.','.94 OF COMP NO. VOLUME #1 • CIVIL • ARCHITECTURAL • STRUCTURAL VOLUME #2 • MECHANICAL VOLUME #3 • ELECTRICAL VOLUME #4 • CABLE MANAGEMENT SYM INCLUDED IN SET DRAWING NO, O 14 -01 -311450 O 14- 01 -3M451 O 14 -01 -11453 O 14- 01 -M454 O 14 -01 -14455 14- 01 -M458 • 14 -01 -11500 O 14- 01 -M501 O 14- 01 -M502 14 -01 -11503 O 14 -01 -11504 O 14 -01 -11505 O 14 -01 -4506 O 14- 01 -M507 O 14- 01 -M508 O 14- 01 -M509 • 14 -01 -11512 • 14 -01 -11513 O 14- 01 -M514 • 14- 01 -M515 O 14- 01 -M517 O 114 -001- 4015 -1 O 114 -001- 4015 -2 O 114 -001- 4015 -3 3 O 114 -001- 4015 -4 O 114 -001- 4015 -5 O 114 -001- 4015 -6 O 114 -001- 4015 -7 O 114 -001- 4015 -8 O 114 -001- 4015 -9 O 114 -001- 4015 -10 O 114- 001 - 4015 -11 O 114 -001- 4015 -12 O 114 -001- 4015 -13 O 114 -001- 4015 -14 O 114 -001- 4016 -2 O. 114 -001- 4016 -3 O 114 -001- 4016 -4 O 114 -001- 4016 -6 O 114 -001- 4016 -7 7 O 114- 014 - 4001 -M2 O 114 - 014 - 4021 -111 M1 O 114- 014- 4100 -M1 M1 O 114- 014- 4100 -M5 O 114- 014- 4100 -M6 MON OFFICE TOWER/HIGH BAY 2ND AND 3RD FLOOR T.I. SHEET NO. DRAWING TITLE MECHANICAL (CONT) 311450 WEST RESTROOM PLAN THIRD FLOOR 311451 EAST RESTROOM PLAN THIRD FLOOR M453 PUMP ROOM PLAN M454 _ HIGH BAY RESTROOM AND SHOWER PLUMBING PLAN ORIG 7.25.94 111455 EAST RESTROOM PLAN FIRST FLOOR ORIG . 7.25.94 M458 HVAC PLANS M500 HVAC SECTIONS M501 SECTIONS AND DETAILS 11502 SECTIONS AND DETAILS M503 HVAC RISER DIAGRAM M504 SECTIONS AND DETAILS ORIG 7.25.94 M505 • HVAC SECTIONS AND DETAILS ORIG 7.25.94 14506 SECTIONS AND DETAILS ORIG 7.25.94 ORIG 7.25.94 M508 HVAC SECTIONS AND DETAILS ORIG 7.25.94 M509 SECTIONS AND DETAILS ORIG 7.25.94 M507 FIRE PROTECTION DETAILS 11512 _ WEST RESTROOM, DOMESTIC WASTE & VENT RISERS ORIG 9.2.94 M513 EAST RESTROOM, DOMESTIC WASTE & VENT RISERS A 9.2.94 M514 PLUMBING RISERS, HW &CW, WASTE AND VENT ORIG 7.25.94 11515 , PLUMBING RISERS, HW &CW, WASTE AND VENT ORIG 9.2.94 M517 . SECTIONS AND DETAILS FIRE PROTECTION ORIG 7.25.94 1 _ FIRE MAIN AND PLOT PLAN FRO ' 6.27.94 2 PARTIAL TRUSS AREA PLAN FRO 6.27.94 4 PARTIAL TRUSS AREA PLAN 1ST FLOOR FRO 6.27.94 5 SECOND FLOOR SUPPORT AREA FRO 6.27.94 6 3RD FLOOR SUPPORT AREA FRO 6.27.94 7 SUPPORT AREA CEILING & TIE -INS F RO 6.27.94 8 RISER DETAILS (SYSTEM 6 THRU 10) NORTH WALL FRO 6.27.94 9 CORE DRILLING LOCATIONS SUPPORT AREA MEZZ. FRO 6.27.94 10 WALL SLEEVES FOR W -PIV'S "B" COL LINE FRO 6.27.94 11 WALL SLEEVES FOR W -PMS " COL LINE FRO 6.27.94 12 TRANSPORTATION SHED FRO 6.27.94 13 TRANSPORTATION SHED SUPPLY VALVE DETAIL FRO 6.27.94 14 TIE -IN DETAILS FOR MACHINE SYSTEMS FRO 6.27.94 2 FIRE HOSE SYSTEM FRO 6.27.94 3 PUMP HOUSE PLAN -FIRE PROTECTION FRO 6.27.94 4 HOSE SYSTEM FRO 6.27.94 PLOT PLAN PARTIAL PLANS SUPPORT AREA M2 CHILLER PIPING PLAN ROOF PLAN 116 CHILLED WATER PIPING DIAGRAM SECTIONS & DETAILS SUPPORT AREA M5 PIPING SECTIONS AND DETAILS it Ninon oigc sYM CR JH GC 7.25.94 Y— D& 4I j GC /yl 9.2.94 REV DATE ORIG 725.94 ORIG 7.25.94 ORIG 725.94 A 9.2.94 ORIG 7.25.94 ORIG 7.25.94 FRO 6.27.94 FRO 6.27.94 FRO 6.27.94 E 6.27.94 6.27.94 6.27.94 B 6.27.94 B 6.27.94 r INDEX OF DRAWIN FACILITIES c mommi INCLUDED II IN SET Ole iris .�� RFOIsILRED ARGIIIIECr tSiAIEOFifia lON DRAWING NO ACCEPTABILITY IRS 0151,N AND__[OR__ SPECN1CADON IS A►Pllvr[D NMROYLLO RV OCPT. SHEET NO. DRAWING TITLE an MECHANICAL CONT ARrIIITITTII AI MAWR nil REV DATE INDEX OF DRAWINGS BUILDING 14 -01 LEGEND: NFC FRO ORIG A VOLUME #2 WY OF u SEP 0 6 1994 raw OI TIN EH Ain 11 NOT YET ISSUED 0 PREVIOUSLY ISSUED, NOT IN THIS RELEASE • IN THIS ISSUE MUT ISO Tin. NOT FOR CONSTRUCTION FOR REFERENCE ONLY ORIGINAL ISSUE FOR CONSTRUCTION DRAWING REVISION - SEE SPECIFIC DRAWING FOR NATURE OF REVISION LAST NMI Alb SEAC ENGINEERS 9.2.94 or NN N° PL2 -R -93035 --r°4}.74-67 INCLUDED IN SET MANG NO. SHEET NCL MECHANICAL (CONT) • ' _ 1 i . SYM INCLUDED IN SET DRAWING NO, O 14 -01 -311450 O 14- 01 -3M451 O 14 -01 -11453 O 14- 01 -M454 O 14 -01 -14455 14- 01 -M458 • 14 -01 -11500 O 14- 01 -M501 O 14- 01 -M502 14 -01 -11503 O 14 -01 -11504 O 14 -01 -11505 O 14 -01 -4506 O 14- 01 -M507 O 14- 01 -M508 O 14- 01 -M509 • 14 -01 -11512 • 14 -01 -11513 O 14- 01 -M514 • 14- 01 -M515 O 14- 01 -M517 O 114 -001- 4015 -1 O 114 -001- 4015 -2 O 114 -001- 4015 -3 3 O 114 -001- 4015 -4 O 114 -001- 4015 -5 O 114 -001- 4015 -6 O 114 -001- 4015 -7 O 114 -001- 4015 -8 O 114 -001- 4015 -9 O 114 -001- 4015 -10 O 114- 001 - 4015 -11 O 114 -001- 4015 -12 O 114 -001- 4015 -13 O 114 -001- 4015 -14 O 114 -001- 4016 -2 O. 114 -001- 4016 -3 O 114 -001- 4016 -4 O 114 -001- 4016 -6 O 114 -001- 4016 -7 7 O 114- 014 - 4001 -M2 O 114 - 014 - 4021 -111 M1 O 114- 014- 4100 -M1 M1 O 114- 014- 4100 -M5 O 114- 014- 4100 -M6 MON OFFICE TOWER/HIGH BAY 2ND AND 3RD FLOOR T.I. SHEET NO. DRAWING TITLE MECHANICAL (CONT) 311450 WEST RESTROOM PLAN THIRD FLOOR 311451 EAST RESTROOM PLAN THIRD FLOOR M453 PUMP ROOM PLAN M454 _ HIGH BAY RESTROOM AND SHOWER PLUMBING PLAN ORIG 7.25.94 111455 EAST RESTROOM PLAN FIRST FLOOR ORIG . 7.25.94 M458 HVAC PLANS M500 HVAC SECTIONS M501 SECTIONS AND DETAILS 11502 SECTIONS AND DETAILS M503 HVAC RISER DIAGRAM M504 SECTIONS AND DETAILS ORIG 7.25.94 M505 • HVAC SECTIONS AND DETAILS ORIG 7.25.94 14506 SECTIONS AND DETAILS ORIG 7.25.94 ORIG 7.25.94 M508 HVAC SECTIONS AND DETAILS ORIG 7.25.94 M509 SECTIONS AND DETAILS ORIG 7.25.94 M507 FIRE PROTECTION DETAILS 11512 _ WEST RESTROOM, DOMESTIC WASTE & VENT RISERS ORIG 9.2.94 M513 EAST RESTROOM, DOMESTIC WASTE & VENT RISERS A 9.2.94 M514 PLUMBING RISERS, HW &CW, WASTE AND VENT ORIG 7.25.94 11515 , PLUMBING RISERS, HW &CW, WASTE AND VENT ORIG 9.2.94 M517 . SECTIONS AND DETAILS FIRE PROTECTION ORIG 7.25.94 1 _ FIRE MAIN AND PLOT PLAN FRO ' 6.27.94 2 PARTIAL TRUSS AREA PLAN FRO 6.27.94 4 PARTIAL TRUSS AREA PLAN 1ST FLOOR FRO 6.27.94 5 SECOND FLOOR SUPPORT AREA FRO 6.27.94 6 3RD FLOOR SUPPORT AREA FRO 6.27.94 7 SUPPORT AREA CEILING & TIE -INS F RO 6.27.94 8 RISER DETAILS (SYSTEM 6 THRU 10) NORTH WALL FRO 6.27.94 9 CORE DRILLING LOCATIONS SUPPORT AREA MEZZ. FRO 6.27.94 10 WALL SLEEVES FOR W -PIV'S "B" COL LINE FRO 6.27.94 11 WALL SLEEVES FOR W -PMS " COL LINE FRO 6.27.94 12 TRANSPORTATION SHED FRO 6.27.94 13 TRANSPORTATION SHED SUPPLY VALVE DETAIL FRO 6.27.94 14 TIE -IN DETAILS FOR MACHINE SYSTEMS FRO 6.27.94 2 FIRE HOSE SYSTEM FRO 6.27.94 3 PUMP HOUSE PLAN -FIRE PROTECTION FRO 6.27.94 4 HOSE SYSTEM FRO 6.27.94 PLOT PLAN PARTIAL PLANS SUPPORT AREA M2 CHILLER PIPING PLAN ROOF PLAN 116 CHILLED WATER PIPING DIAGRAM SECTIONS & DETAILS SUPPORT AREA M5 PIPING SECTIONS AND DETAILS it Ninon oigc sYM CR JH GC 7.25.94 Y— D& 4I j GC /yl 9.2.94 REV DATE ORIG 725.94 ORIG 7.25.94 ORIG 725.94 A 9.2.94 ORIG 7.25.94 ORIG 7.25.94 FRO 6.27.94 FRO 6.27.94 FRO 6.27.94 E 6.27.94 6.27.94 6.27.94 B 6.27.94 B 6.27.94 r INDEX OF DRAWIN FACILITIES c mommi INCLUDED II IN SET Ole iris .�� RFOIsILRED ARGIIIIECr tSiAIEOFifia lON DRAWING NO ACCEPTABILITY IRS 0151,N AND__[OR__ SPECN1CADON IS A►Pllvr[D NMROYLLO RV OCPT. SHEET NO. DRAWING TITLE an MECHANICAL CONT ARrIIITITTII AI MAWR nil REV DATE INDEX OF DRAWINGS BUILDING 14 -01 LEGEND: NFC FRO ORIG A VOLUME #2 WY OF u SEP 0 6 1994 raw OI TIN EH Ain 11 NOT YET ISSUED 0 PREVIOUSLY ISSUED, NOT IN THIS RELEASE • IN THIS ISSUE MUT ISO Tin. NOT FOR CONSTRUCTION FOR REFERENCE ONLY ORIGINAL ISSUE FOR CONSTRUCTION DRAWING REVISION - SEE SPECIFIC DRAWING FOR NATURE OF REVISION LAST NMI Alb SEAC ENGINEERS 9.2.94 or NN N° PL2 -R -93035 --r°4}.74-67 SYMBOL DESCRIPTION wir El 2ND CHARACTER: F= FAN POWERED UNIT C= SHUTOFF UNIT 3RD CHARACTER: E= ELECTRIC HEAT We HOT WATER HEAT C- NO HEAT COIL MARK NUMBER THERMOSTAT, REMOTE, CEILING CI 0 HUMIDISTAT, WALL • HUMIDISTAT CEILING H 4D DUCT TYPE SMOKE DETECTOR Egi DUCT TYPE HEAT DETECTOR 2 STATIC PRESSURE REGULATOR °P1 AMMO SE SOR OUCTSEntD UMIOITY I' T 0 THERMOSTAT, WALL O NIGHT THERMOSTAT THERMOSTAT, CEILING T TEMPERATURE TRANSMITTER n VAV BOX LEGEND 1ST CHARACTER: V- VARIABLE AIR VOLUME TERMINAL UNIT wir El 2ND CHARACTER: F= FAN POWERED UNIT C= SHUTOFF UNIT 3RD CHARACTER: E= ELECTRIC HEAT We HOT WATER HEAT C- NO HEAT COIL MARK NUMBER AMMO Mt FACILITIES n SYM f 24/12 f 24/1 p-1a 71117.4FCL: alprz Is • tE13# Ina t UP f �I AD OR AP 0 f GENERAL DESCRIPTION RECTANGULAR DUCT, FIRST NUMBER INDICATES SIZE FOR SIDE SHOWN DUCT SHOWN IN SECTION, ARROW POINTS TO SIDE CALLED OUT FIRST R RO M UNDD DUCT, NUMBER INDICATES ETER OVAL DUCT, FIRST NUMBER INDICATES MAJOR DIAMETER, SECOND NUMBER INDICATES MINOR DIAMETER SUPPLY AIR DUCT, SQUARE OR RECTANGULAR ELBOW FACING TOWARDS SUPPLY AIR DUCT, SQUARE OR RECTANGULAR ELBOW FACING AWAY EXHAUST, RETURN OR SUPPLY AIR DUCT ROUND, ELBOW FACING TOWARDS EXHAUST RETURN OR SUPPLY AIR DUCT ROUND, �LBOW FACING AWAY EXHAUST AIR OR RETURN AIR DUCT, SQUARE OR RECTANGULAR, ELBOW FACING TOWARDS EXHAUST AIR OR RETURN AIR DUCT, SQUARE OR RECTANGULAR, ELBOW FACING AWAY TRANSITION RECTANGULAR TO RECTANGULAR TRANSIRON AT TAKE OFF ___ TRANSITION SQUARE OR RECTANGULAR TO ROUND OR OVAL . DUCT OFFSET UP OR DOWN OPPOSED BLADE DAMPER PARALLEL BLADE DAMPER VOLUME DAMPER DUCT DAMPER, MOTOR OPERATED (ELECTRIC OR PNEUMATIC) BACK DRAFT DAMPER (ALLOWS FLOW IN DIRECTION OF ARROW) ACCESS DOOR (AD) OR ACCESS PANEL OP) FIRE DAMPER (1 HOUR) FIRE DAMPER (2 HOUR) w oat SYMBOL it% p 100 CfM C P Sw GENERAL DESCRRPTCN mu DUCT. SQUARE ELBOW RECTANGULAR DUCT, RADIUS VANED ELBOW EXTRACTION GRID FLEXIBLE DUCT FLEXIBLE DUCT CONNECTION SOMALI SUPPLY AIR DIFFUSER, GRILLE OR REGISTER AND CFM MR FLOW OR REGISTER gliit FLOW GRILLE SCREENED OPENING AND CFM AIR FLOW SUPPLY OUTLET,_ TYPE, DIFFUSER OR GRILLE, SQUARE OR RECTANGULAR AND CFM AIR FLOW (4 TYP) AND L CFM AIR�FLOWEI(SEE WILE ROUND ) LSEE NOTFUS ER AND CFM AIR FLOW RETURN /EXHAUST REGISTER OR GRILLE, CEILING DUCT TYPE AND CFM AIR FLOW RETURN /RELIEF GRILLE, CEILING TYPE, NON- DUCTED UNIT HEATER, HORIZONTAL UNIT HEATER, VERTICAL PROJECTION LINED DUCT SOUND ATTENUATOR AND SMOKE WITH ACCESS DOOR LINED DUCT WITH AXIAL FLOW FAN CENTRIFUGAL FAN CENTRIFUGAL FAN, INLET GUIDE VANES EXHAUST FAN SUPPLY AIR FLOW DIRECTION RETURN, OUTSIDE OR EXHAUST AIR FLOW DIRECTION MECHANICAL HVAC LEGEND GENERA MV AD ADD ff AP APPROX ARCH AI BDD BFP BHD BHP BLDG BO BOP BOS BTU BTUH BW Cv 'C GAP CC CF CI CND CONN CONT CPLG CW DA DB DIA • DIS DIR DN DS DWG dB EA EAT EFF ELL ELEV, EL ESP EVAP EXH EXIST XT 'F FC FD FLR FCO FOB FOF FOOT FPM Fr pit GAL GPM GG HC HD HORIZ HP HPC HR HVAC HPU HTG IE INSUL IN SUGGESTED ABBREVIATIONS ABBREVIATION DESCRIPTION ANCHOR AUTOMATIC MR VENT ACCESS DOOR ANGULAR DOWN DISCHARGE AIR FOIL WHEEL ABOVE FINISHED FLOOR ACCESS PANEL APPROXIMATELY ARCHITECTURAL ANGULAR UP DISCHARGE AVERAGE BACKWARD INCLINED WHEEL BACK DRAFT DAMPER BACKFLOW PREVENTER BOTTOM HORIZONTAL DISCHARGE BRAKE HORSE POWER BUILDING BOTTOM OF DUCT BOTTOM OF PIPE BOTTOM OF STEEL BRITISH THERMAL UNIT BBRRTISHL THERMAL UNIT PER HOUR COMMON FLOW COEFFICIENT TEMPERATURE - DEGREES CELSIUS COOLING COIL COUNTER CLOCKWISE ROTATION CUBIC FEET PER MINUTE CAST IRON CENTER LINE CONDENSATE CONNECTION CONTINUED /CONTINUATION COUPLING CLOCKWISE ROTATION DIRECT ACTING DRY BULB TEMPERATURE DOWN BLAST DISCHARGE DIAMETER DEIONIZED WATER SUPPLY DEIONIZED WATER RETURN DOWN DOWNSPOUT DRAWING DECIBELS EXHAUST AIR / EACH ENTER AIR TEMPERATURE to EFFICIENCY ELBOW ELECTRICAL ELEVATION EXTERNAL STATIC PRESSURE EVAPORATOR ENTERING WATER TEMPERATURE EXHAUST EXISTING EXTERIOR / EXTERNAL TEMPERATURE - DEGREES FAHRENHEIT FORWARD CURVE WHEEL FIRE DAMPER FLOOR FLOOR CLEAN OUT FLAT ON BOTTOM FACE OF FLANGE FURNISHED BY OWNER, INSTALLED BY CONTRACTOR FLAT ON TOP FEET PER MINUTE FLOT SWITCH FACE VELOCITY FPM GALLONS GALLONS PER MINUTE GALVANIZED GAGE, GAUGE HEATING COIL HEAD - FEET OF WATER HORIZONTAL HORSEPOWER HIGH PRESSURE CONDENSATE HOUR HEATING, VENTILATING AND AIR CONDITIONING HEAT PUMP UNIT HEATING INSIDE DIAMETER INVERT ELEVATION INLET GUIDE VANE INSULATION INCHES ___ at g `1/4 . s »ONAL t•` ACCEPTABILITY 11 NMOYED UPPIIOV[D IV ABBREVIATION DESCRIPTION KW KILOWATT KVA KILOVOLT- AMPERE LBA I POUNDS AIR TEMPERATURE ('F) LWT LEAVING WATER TEMPERATURE ('F) MA MIXED AIR MAX MAXIMUM MBH HEAT CAPACITY BTU PER HOUR X 1000 MCC MOTOR CONTROL CENTER 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 OBD OF OS&Y OD D PBD PD /oP PDI POC PRESS PRV PS PSIG PSV RA RECT REF RH RM ROT RPM ROD RTN RV SA SCFH SHF SHT SOV SP SO SS STL STRUC SUCT TEMP TH THC THD THRD TOD TO TOP TP TS 1V TYP UBD VAV VD VP VERT VTR WB WG W/ VCO WHA OUTSIDE AIR OPPOSED BLADE DAMPER OVERFLOW OUTSIDE SCREW AND YOKE OUTSIDE DIAMETER OVERHEAD PARALLEL BLADE DAMPER PRESSURE DROP OR DIFFERENTIAL PRESSURE PLBG. & DRAINAGE INSTITUTE POINT OF CONNECTION POSMON PRESSURE PRSSURE REGULATING VALVE PRESSURE SWITCH PRESSURE - POUNDS PER SQUARE INCH, GAUGE PRESSURE RELIEF (SAFETY) VALVE REVERSE ACTING (CONTROLLER) / RETURN AIR RECTANGULAR REFERENCE REVISED RELATIVE HUMIDITY ROOM ROTATION REVOLUTIONS PER MINUTE REQUIRED RETURN ROOF VENT SUPPLY AIR FEET/HR STANDARD CUBIC FEET/MIN SENSIBLE HEAT CAPACITY SENSIBLE HEAT FACTOR SHEET SCREENED OPENING SOLENOID OPERATED VALVE STATIC PRESSURE SQUARE STAINLESS STEEL STEEL STRUCTURAL SOCKET WELD SUCTION TOTAL DYNAMIC HEAD (FEET OF WATER) TEMPERATURE TOTAL HEAD (FEET OF WATER) TOTAL HEAT CAPICITY TOP HORIZONTAL DISCHARGE THREADED TOP OF DUCT TOP OF STEEL TOP OF PIPE TOTAL PRESSURE TEMPERATURE SWITCH TOTAL STATIC PRESSURE TU RN IN G VANE UP BLAST DISCHARGE VARIABLE AIR VOLUME VOLUME DAMPER VELOCITY PRESSURE VERTICAL VENT TO ATMOSPHERE VENT THROUGH ROOF WET BULB TEMPERATURE WATER GAUGE (INCHES OF WATER) WALL CLEAN OUT WATER HAMMER ARRESTOR Dmv SUGGESTED ABBREVIATIONS mgilsom HVAC LEGEND AND ABBREVIATIONS MECHANICAL MASTER COL BUILDING 14 -01 GENERAL NOTES; 1. a DESIGNATES EQUIPMENT APPEARING ON MECHANICAL EQUIPMENT SCHEDULES, 2, SEE DRAWINGS Mlb AND M10 FOR ADDITIONAL MECHANICAL LEGENDS AND ABBREVIATIONS. 3, SEE CONTROL SCHEMATIC(S) FOR ADDITIONAL ABBREVIATIONS AND SYMBOLS RELATING TO CONTROL SYSTEMS. 4. 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. 5. 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. omi OP galu► JUL 2 5 1984 MONT «ma DI Aid II MOON M1a ND PL2 -R -93035 AQPR0 EO 00 6 k ha outgo B IfILD1NdONAS 10 N slac ENGINEERS Pa DATE or COW VC' STM SWABOL I -Sa •44K.ti4s 0 -0 - rNEW *poc BREAK IN PIPE GENERAL DESCRIPTION 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 FIXTURES SYMBOL CIRCULAR WASHFOUNTAIN SEMI - CIRCULAR WASHFOUNTAIN 0 0 ow (OFD) ►�4 13 to C DESCRIPTION ELECTRIC WATER COOLER LAVATORY, ROUND COUNTER MOUNT LAVATORY, RECTANGULAR COUNTER OR WALL MOUNT ROOF DRAIN (OVERFLOW DRAIN - ROOF) SAFETY EYE WASH FOUNTAIN SAFETY SHOWER AND EYE WASH SERVICE SINK, FLOOR MOUNT SERVICE SINK, WALL HUNG SHOWER STALL AND FIXTURE URINAL, WALL HUNG WATER CLOSET, WALL HUNG WATER CLOSET, FLOOR MOUNT WASTE FITTINGS SYMBOL — •II CO O FFo O RID O FD O Fs III[•]III 0 WR o DESCRIPTION 1/4 BEND CLEAN OUT, EXPOSED CLEAN OUT, FLOOR CLEAN OUT, WALL FUNNEL FLOOR DRAIN FUNNEL DRAIN FLOOR DRAIN FLOOR SINK LATERAL TRENCH DRAIN WASTE RECEPTOR, ROOF WYE AND 1/8 BEND, SHOWN WITH CLEAN OUT MOON aTc AIPROWD n 4 PIPE FITTINGS SYMBOL -S>v- DESCRIPTION BELL dT SPIGOT BLIND FLANGE BUSHING EXPANSION JOINT FLANGED FITTING FLEXIBLE PIPE CONNECTION '- GROOVED COUPLING we HOSE BIBB PITHS HOSE BIBB - NON FREEZE -0E-- PIPE ANCHOR —� PIPE CAP SCREWED OR SOLDER JOINT --0 PIPE CAP, WELDED OR GROOVED PIPE CROSS PIPE ELBOW, 90' SHORT RADIUS I t PIPE ELBOW, 90' LONG RADIUS PIPE ELBOW, REDUCING P IPE ELBOW, 45' to PIPE ELBOW, TURNED UP OR TOWARD I3 PIPE ELBOW, TURNED DOWN OR AWAY --a PIPE GUIDE P IPE HANGER I_ PIPING MATERIAL CHANGE, X TO Y ---Id PIPE PLUG IPE REDUCER CONCENTRIC o PIPE REDUCER ECCENTRIC '----�-- PIPE SUPPORT Its' PIPE TEE, STRAIGHT 4•K.N• PI PE TEE, UP OR TOWARD --ID R lot P1 - I + S EDUCING PIPE FLANGE PE TEE, DOWN OR AWAY CREWED FITTING OR AS SPECIFIED EISMIC HANGER , , -C- - CD- - CF —CHWR- -CHWS- - CLD- -CLWR- -CLWS- - CRV- - C RW - - CTFR— CTFS— -- CTWR -- -CTWS- - CW - - DI - -OW— F- -FOR- - FOS- - FOV- G- - G IWj- HGD- - HPC- - HPR - HPS- -HPW - -HPWC- -HW- - FNMC- - MNR - HWS - IWP- -LN2- - LPC- - LPG • —LPS — MPC - kips - - OFD- - PA- -PCWS- -PCWR— PIPE IDENTIFICATION ARGON GAS ACID WASTE DESCRIPTION COMPRESSED AIR, PLANT COMPRESSED AIR, PLANT ODOPSIG CONDENSATE RETURN (GRAVITY) CHEMICAL DRAIN CHEMICAL FEED CHILLED WATER RETURN CHILLED WATER SUPPLY CLEAR WATER DRAIN COOUNG WATER RETURN COOLING WATER SUPPLY CORROSION RESISTANT VENT CORROSION RESISTANT WASTE COOUNG TOWER FILTER RETURN COOUNG TOWER FILTER SUPPLY COOUNG TOWER WATER RETURN COOUNG 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) UQUID 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 COOUNG WATER SUPPLY PROCESS COOLING WATER RETURN WW1 N MVO AMU PC RD- - RDS- - RHO- - RII- - RS- - RWL— S — SAN— - SPO- - STM- VAC- - MECHANICAL PIPING LEGEND VPD— DESCRIPTION CONDENSATE RETURN (PUMPED) PROCESS WATER ROOF DRAIN REFRIGERANT DISCHARGE REFRIGERANT HOT CAS REFRIGERANT LIQUID REFRIGERANT SUCTION (GAS) RAIN WATER LEADER SPRINKLER UNE SANITARY WASTE ABOVE GRADE OR FLOOR SWAP PUMP DISCHARGE r SANITARY WASTE BELOW GRADE OR FLOOR STEAM SUPPLY STORM DRAIN BELOW GRADE TRAP PRIMER VENT VACUUM VACUUM PUMP DISCHARGE FA SCan PIPE FITTINGS SYMBOL -a—.. —I, SOLVENT CEMENT SPRING HANGER UNION, FLANGED DESCRIPTION UNION, SCREWED WELDED FITTING SOLDERED FITTING PIPING SPECIALTIES SYMBOL DESCRIPTION - C4-- 2 WAY CONTROL VALVE W /PNEUMATIC ACTUATOR -49- -- 3 WAY CONTROL VALVE W /PNEUMATIC ACTUATOR Q /Q AIR DROP - HOSE, SIMPLEX / DUPLEX e /e AIR OUTLET - HARD PIPE, SIMPLEX / DUPLEX DO ANGLE GLOBE VALVE, ELEVATION / PLAN _42}1a AUTOMATIC FL OW ATES CONGPM) TR L VALVE (NUMBER INDI TMV AUTOMATIC AIR VENT (WITH DRAIN) --{► -- BACKFLOW PREVENTER -Db-- BALANCE VALVE W/O METERING PORTS -10114.1- BALL VALVE, OPEN / CLOSED - Ill-- BUTTERFLY VALVE - ESP-- COOLING COIL CHILLED WATER - D�}- FLOAT VALVE BALANCE VALVE WITH METERING PORTS '-��- FLOWMETER, VENTURI TYPE -+i► -- FLOWMETER ORIFICE -DC- -04. GATE VALVE, OPEN / CLOSE GATE VALVE, OUTSIDE SCREW AND YOKE — DO GATE VALVE, WITH HOSE CONNECTION 403- /M GLOBE VALVE, OPEN / CLOSED -- HEATING COIL LIFT CHECK VALVE w as - -- MANUAL AIR VENT (WITH DRAIN) 7�. MOTOR OPERATED VALVE NEEDLE VALVE ® NITROGEN DROP Q NITROGEN OUTLET --MI-- PETCOCK SIC PETE'S PLUG, WITH BALL VALVE -ION- PLUG VALVE /STOP COCK PRESSURE GAUGE WITH VALVE i'r PRESSURE REGULATING VALVE W /EXT PRESS TAP Of PRESSURE REGULATING VALVE (SELF CONTAINED) 4 PRESSURE RELIEF VALVE / SAFETY VALVE QUICK OPENING VALVE D4 QUICK CLOSING VALVE, FUSIBLE LINK SOLENOID OPERATED VALVE STEAM TRAP -gr-- SWING CHECK VALVE WITH FLOW ACCEPTABILITY THE DESIGN PECNICATION MOM G PPM= In PIPING SPECIALTIES SYMBOL sk TEST PLUG DESCRIPTION ' S ' THERMOMETER, LINE MOUNT i t THERMOMETER, SEPARABLE WELL MOUNT ■ n TRAP, FLOAT VA TRAP SEAL PRIMER VALVE UNCLASSIFIED VALVE VACUUM BREAKER ® VACUUM DROP (LAB VAC) 0 VACUUM OUTLET (LAB VAC) HARD PIPED LI VACUUM CLEANING OUTLET e VALVE BOX -Ic+ -- VALVE IN RISER (TYPE SPECIFIED) WATER HAMMER ARRESTOR WYE STRAINER (WITH DRAIN VALVE) SYM BOL x 4 WAY EARTHQUAKE BRACING ---K� ALARM VALVE, WET e ASR AUTOMATIC SPRINKLER RISER - ICI-- DRY PIPE VALVE ELECTRIC BELL *-1114 EXISTING SPRINKLER HEADS (TO REMAIN) -)Ilf- EXISTING SPRINKLER HEADS (REMOVE) FIRE PROTECTION DESCRIPTION I 2 WAY EARTHQUAKE BRACING FIRE HOSE CABINET MC . FIRE DEPARTMENT CONNECTION, WALL TYPE .b FIRE DEPARTMENT CONNECTION, YARD TYPE FIRE DEPARTMENT CONNECTION, FLUSH s FH FIRE HYDRANT - 2 HOSE OUTLET . FIRE HYDRANT - 2 HOSE OUTLL:T M F F11 AND PUMPER CONNECTION © FLOW SWITCH ® HALON SYSTEM AUTOMATIC DISCHARGE STATION A HALON SYSTEM, MANUAL DISCHARGE STATION -0. C 4 GROOVED COUPLING, GROOVED CAP El MONITOR SWITCH I POST INDICATOR VALVE, YARD .-e• SPRINKLER HEAD, DRY PENDENT -0111-- SPRINKLER HEAD, OVER AND UNDER -�- SPRINKLER HEAD, PENDENT, IN LINE, NEW 1- SPRINKLER HEAD, PENDENT, OFFSET, NEW SPRINKLER HEAD, SIDEWALL, PENDENT, NEW SPRINKLER HEAD, SIDEWALL, UPRIGHT, NEW - 0 -- '- SPRINKLER HEAD, UPRIGHT, NEW --� THRUST BLOCK Sr e ll WALL INDICATOR VALVE, PLAN / ELEVATION WATER MOTOR GONG TAMPER SWITCH SSU STANDARD SPRINKLER, UPRIGHT (165'F) SSPR STANDARD SPRINKLER, PENDENT, RECESS MOUNTED (1651) ISU INTERMEDIATE SPRINKLER, UPRIGHT (212'F) ISPR HSU N ERMEDIATE SPRINKLER, PENDENT, RECESS MOUNTED (212'F) HIGH SPRINKLER, UPRIGHT (2867) OPT. OME WELDING SYMBOL I DESCRIPTION p p� N A NG OT W W ND CONTOUR SYMBOL FINISH SYMBOL THROAT SIZE OR STRENGTH FOR CERTAIN WELDS * S (E) {I iw }L -P {d h} (N) DETNLRBOL A ELEMENTS IN NS AREA HE T INN AS SHOWN ARE IL 011afflIgNI 41. R D REFE T D ITT SPEaFICATKRVS PROCESS OR OTHER RENITENCE a GROO FOR PLUGWELD LENGTH OF WELD PITCH (CENTER TO CENTER SPACING) OF WELDS r-- FIELD WELD SYMBOL ARROW CONNECTING REFERENCE UNE TO ARROW SIDE OR ARROW SIDE MEMBER OF JOINT WELD YMBO AROUND REFERENCE LINE NUMBER OF SPOT OR PROJECTION WELDS 0 Is I I 0 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. ,p1 qij-ouo •situ PIPING LEGEND AND ABBREVIATIONt o , JUL 2c 1b_ BUILDING 14 -01 IASI KNia Mib Pan cell, , nb PL2 -R -93035 Ae "ac ENGINEERS or '661iFir Acme 14 10951? ,44 O bNALV N. z LINES SYMBOL DESCRIPTION - DIAPHRAGM SEAL CONNECTION —M- CAPILLARY TUBING, (FILLED SYSTEM) AO UNK TIN amPEM BSI"? ECHANICAL IN UNE FLOW ELEMENT 0 DI 4 ELECTRIC HEAT TRACE DIGITAL OUTPUT, SIGNAL FROM EMCS ELECTRICAL SIGNAL •_____ EQUIPMENT PACKAGE WHERE NOTED . MAIN PROCESS E/P ELECTRIC TO PNEUMATIC PNEUMATIC SIGNAL -+f' O SECONDARY PROCESS �— - c 120V POWER - -a - REFERENCE NO. In CONTINUED ON SHEET NO. FLOWS SYMBOL DESCRIPTION DESCRIPTION DIAPHRAGM SEAL CONNECTION ORIFICE PLATE OR RESTRICTION DEVICE a ANALOG INPUT, SIGNAL TO EMCS AO ANALOG OUTPUT, SIGNAL FROM EMCS IN UNE FLOW ELEMENT 0 TEMPERATURE SYMBOL DESCRIPTION DESCRIPTION DIAPHRAGM SEAL CONNECTION W/ TEMPERATURE a ANALOG INPUT, SIGNAL TO EMCS AO PRESSURE SYMBOL DESCRIPTION SYMBOL DIAPHRAGM SEAL CONNECTION Al a ANALOG INPUT, SIGNAL TO EMCS AO INSTRUMD SYMBOL CONTROL METHODS SYMBOL DESCRIPTION Al a ANALOG INPUT, SIGNAL TO EMCS AO ANALOG OUTPUT, SIGNAL FROM EMCS Q CONTROL AIR SOURCE DI DIGITAL INPUT, SIGNAL TO FMCS DO DIGITAL OUTPUT, SIGNAL FROM EMCS USER'S CHOICE ELECTRIC ACTUATED E . ENERGY MANAGEMENT CONTROL SYSTEM FUNCTION (EMCS) . . E/P ELECTRIC TO PNEUMATIC I/P ELECTRONIC TO PNEUMATIC O INTERLOCK U MOTOR ACTUATED MCC (PRIMARY L MENT) MOTOR CONTROL CENTER F PNEUMATIC ACTUATED RATIO (FRACTION) P G VSD VARIABLE SPEED DRIVE CMCS CENTRAL MANAGEMENT CONTROL SYSTEM HAND INSTRUMENT IDENTIFICATION SYMBOL DESCRIPTION O LOCAL FIELD MOUNTED INSTRUMENT INCLUDING TRANSMITTER FOR SINGLE MEASURED VARIABLE MEASURED OR . ti. i . ..ii...:- ANALYSIS • EXISTING INSTRUMENT READOUT OR „ .� , O, ALARM LOCAL FIELD MOUNTED INSTRUMENT FOR TWO MEASURED VARIABLES OR MORE THAN ONE FUNCTION e PANEL MOUNTED INSTRUMENT FOR SINGLE MEASURED VARIABLE e PANEL MOUNTED INSTRUMENT LOCATED ON FACE OF LOCAL CONTROL PANEL USER'S CHOICE PANEL MOUNTED INSTRUMENT FOR TWO MEASURED VARIABLES OR MORE THAN ONE FUNCTION USER'S CHOICE . ENERGY MANAGEMENT CONTROL SYSTEM FUNCTION (EMCS) . . ra leg DIFFERENTIAL 3:1 INDICATING LIGHT E DIRECT CONNECTION 1� qtj saw DASHED LINE INDICATES BEHIND PANEL MOUNTINGS Ilt F �scans T AND CONTROLS LEGEND INSTRUMENT SOCIETY OF AMERICA TABLE ACCEPTABILITY nis =Go snancoom N WROVID BY I on'. oA'r INSTRUMENTATION LEGEND AND ABBREVIATIONS ,T W mwn ' Q JUL 2 5 1994 M 1 c znet PL2 •R •93035 MECHANICAL MASTER COL no Na BUILDING 14 -01 POW PINTS PLANT II sac ENGINEERS uu11110. DATE a tburwer- 9315211. 1\38NC/031411c) IDENTIFICATION LETTERS FIRST LETTER SUCCEEDING LETTERS MEASURED OR . ti. i . ..ii...:- ANALYSIS MODIFIER READOUT OR „ .� , O, ALARM OUTPUT O, MODIFIER BURNER, COMBUSTION . • USER'S CHOICE USER'S CHOICE USER'S CHOICE USER'S CHOICE CONTROL D USER'S CHOICE DIFFERENTIAL E VOLTAGE (PRIMARY L MENT) F FLOW RATE RATIO (FRACTION) G USER'S CHOICE VIEWING L D E VICE H HAND HIGH 1 CURRENT (ELECTRICAL) INDICATE POWER SCAN — TIME, TIME SCHEDULE TIMCHANGE UR AT C o CONTROL STATION LEVEL LIGHT LOW = I Z 1 o I USER'S CHOICE MOMENTARY _ INTERMEDIATE USER'S CHOICE USER'S CHOICE .- USER'S CHOICE USER'S CHOICE a USER'S CHOICE ORIFICE, RESTRICTION P PRESSURE, VACUUM POINT (TEST) CONNECTION 0 QUANTITY INTEGRATE, TOTALIZE R RADIATION RECORD S SPEED, FREQUENCY SAFETY SWITCH I -1 =1 >l TEMPERATURE TRANSMIT MULTWARIABLE MULTIFUNCTION MULTIFUNCTION MULTIFUNCTION VIBRATION, MECHANICAL ANALYSIS VALVE, DAMPER, LOUVER W WEIGHT, FORCE WELL X UNCLASSIFIED X AXIS UNCLASSIFIED UNCLASSIFIED UNCLASSIFIED Y EVENT, STATE OR PRESENCE Y AXIS REIAY,,COMPUTE Z POSITION, DIMENSION Z AXIS FINAL R CON 'LEMENT 1� qtj saw DASHED LINE INDICATES BEHIND PANEL MOUNTINGS Ilt F �scans T AND CONTROLS LEGEND INSTRUMENT SOCIETY OF AMERICA TABLE ACCEPTABILITY nis =Go snancoom N WROVID BY I on'. oA'r INSTRUMENTATION LEGEND AND ABBREVIATIONS ,T W mwn ' Q JUL 2 5 1994 M 1 c znet PL2 •R •93035 MECHANICAL MASTER COL no Na BUILDING 14 -01 POW PINTS PLANT II sac ENGINEERS uu11110. DATE a tburwer- 9315211. 1\38NC/031411c) PIA A r ig 500 500 500 500 12 12 12 12 MIP 197 197 219 197 PIM 500 12 - 219 - 500 12 - 219 - 500 12 - 197 - 500 12 - 197 - 500 12 - 219 - 544 6 13.5 .74 126 460 60 3 564 6 20 .34 274 460 60 3 EON Al 2X1 0 90 FFP H T T o- RA E iYPE W, WfPF FINS 2 0 : 5 108 FPF. EA ING- ItA E TYPE WC, a PF FINS 560 6 17.5 .79 153.5 460 60 3 nApAKH WL, ) 3K89, 110 PREHEAT H ING -TRANS TYPE WC WI .l. .. 350 8 5.3 - 11.7 120 505 6 23.7 .65 160.2 460 60 1 TRANE BLOWER COIL BCHA54 W /MIXING BOX 60 3 TY F1r 9 �S , i2 P H : G - TRAN .,. I, NA 288 NA NA 2.6 NA NA 6.8 • 460 60 3 R • VING • I CHARG , R • OF +OUNTED INTAKE, ROOF CURB, a • 1 120 60 1 TRANE BLOWER COIL 8CHA36 W /FILTER RACK 650 650 N AHU -14 RFM10 AHU -15 RFM10 AHU -16 AHU -17 AHU -18 AHU -19 RFM11 RFM11 AHU -20 AHU -21 AHU -22 AHU -23 AHU -30 AHU -31 AHU -33 AHU -32 DWG RFM10 RFM10 RFM11 RFM11 RFM11 RFM11 L an""%) CFM 68600 68600 68600 76200 68600 76200 76200 67000 67000 72000 41110 4MI0 41111 41411 22000 35819 20472 1350 AHU -34 M1M17 25000 -35 E 1) 11416 25000 AHU -36 41110 800 1.8 1.8 1,8 2.1 1.8 2.1 2.1 1.8 54 1/4 1.8 2.5 5.65 5.65 5.65 1.0 2.5 NA 1.0 54 1/4 54 1/4 54 1/4 54 1/4 54 1/4 54 1/4 54 1/4 54 1/4 54 1/4 36 49 36 12X9 30 AF NA 9X9 SUPPLY FAN SECTION MAX. OUTLET �iT MIN 3000 3000 3000 3000 3000 3000 3000 2238 NA RPM IM 1235 943 1286 702 100 100 100 100 100 100 100 60 60 75 30 60 40 1/2 1063 1/4 RETURN FAN SECTION HP OA CFM (INCF a E pp S 8 RPM WO)) 3640 9880 5000 1020 61700 0.8 61700 0.8 61700 68600 61700 68600 68600 61700 61700 68600 MIP 0.8 1.4 0.8 1.4 1.4 0.8 0.8 0.8 1.35 1.35 1.35 IMPP 66 66 66 66 66 66 66 66 66 66 16450 31671 19548 SPID 30 44 33 448 448 830 505 738 HP 30 30 30 40 30 40 40 30 30 40 7.5 10 7.5 IMP 1150 25 5000 N/A N/A N/A N/A N/A IMP ( /HR) 740900 593000 593000 658400 593000 823000 656400 593000 593000 823000 508800 1160000 630100 45400 969000 AIR (EA 70 70 70 70 70 70 70 70 70 70 42 42 42 60 850 7.5 3000 N/A • N/A N/A N/A N/A 1100000 70 CF) 80 78 78 78 78 80 78 78 78 80 65.4 69 71.5 91 ON PD WO) .25 .08 .09 111 NA GPM 37 30 240 30 33 240 30 41 240 240 33 37 37 41 16 43.4 22.0 1.0 68 103.7 .13 97 'F) C 240 240 240 240 240 200 200 200 200 200 200 200 240 200 200 200 HOT WATER MAX FACE PD (FT ) it L ROWS Milk 12 12 12 12 12 12 12 12 12 12 .25 .91 .36 1.6 110 200 180 5.6 850 650 r 650 650 650 850 650 650 IMP 350 200 180 6.0 700 1090 PIM 1 IND PIM ela 200 200 200 200 1 1 1 1 NA SENSIBLE (BTU /HR) CAPACITY TOTAL (BTU /HR) 889000 889000 889000 914400 889000 914400 914400 889000 889000 914400 136 147 143 120 521600 1053000 613300 43600 779100 NA 21800 987800 987800 987800 1097300 987800 1097300 1097300 987800 987800 1097300 629000 1369000 ■ 767300 59800 800800 NA 34500 ENT AIR rg 74 74 74 74 74 74 74 74 74 74 79 79.7 79.1 61 61 61 61 61 61 61 61 61 61 65 78.4 61,4 50 NA NA NA LV AIR 62 62 62 62 62 62 62 62 55 55.5 55.3 53.7 56.2 56.2 56.2 56.2 56.2 56.2 54.5 54.7 53.6 EVR 46 46 46 46 46 46 46 46 46 46 46 46 46 46 48.9 46 NA NA 85 11 59.7 58.2 4s LAW MAX FACE 56 500 56 56 56 56 56 56 56 56 56 56 56 56 56 NA 56 NO ROWS WIR 013 12 AIR PD ON WG) GPM VOLT MOTORS HZ SIM PH REMARKS NOTE 1 (TO BA1ANCER): WHEN EF-8 IS RUNNING, MINIMUM OUTSIDE AIR FOR AHU-35 IS 8000 crm. SEE SHEET M317. thqint MOON 2ND AND 3RD FLOOR TA or DO KOW AMMO 1 FANS OME 9.2.94 or HOT WATER COILS/PREHEAT COILS AVOSIAW FACIUTIES DEPARTMENT 0 14 D>0 EXISTING: DRAIN CHILLED WATER COIL, ABANDON COIL AND PIPING IN PLACE. Ir> EXISTING • COOLING WATER COILS CONSTRUCTION NOTES: ACCEPTABILITY DEMON MIOA SPECIFICAION EQUIPMENT SCHEDULES cCIVED OM OP mow' mat conoo MECHANICAL MASTER COL PLANT II 14 E.D VA -04 Oti IINGINEERS LAP IMMO tn"A DATE 9.2.94 M2a cc CO0 NO. DOOR HEATER (DH) SCHEDULE MARK LOCATION (SHEET NUMBER) CFM MBH EAT CO 1 LAT ( EWT (7) LWT ('F) GPM MOUNTING H FEET MOTOR REMARKS HP RPM DH -1 1M12 15400 690 60 101 200 170 46.5 14 2 - DH -•3 11410 9800 463 60 103 200 170 31.5 9.6 1 - DH -5 11415 15400 690 60 101 200 170 46.5 14 2 - DH -6 .. 1M15 15400 690 60 101 200 170 46.5 14 2 - DH -7 11119 15400 690 60 101 200 170 46.5 16 2 - PIA A r ig 500 500 500 500 12 12 12 12 MIP 197 197 219 197 PIM 500 12 - 219 - 500 12 - 219 - 500 12 - 197 - 500 12 - 197 - 500 12 - 219 - 544 6 13.5 .74 126 460 60 3 564 6 20 .34 274 460 60 3 EON Al 2X1 0 90 FFP H T T o- RA E iYPE W, WfPF FINS 2 0 : 5 108 FPF. EA ING- ItA E TYPE WC, a PF FINS 560 6 17.5 .79 153.5 460 60 3 nApAKH WL, ) 3K89, 110 PREHEAT H ING -TRANS TYPE WC WI .l. .. 350 8 5.3 - 11.7 120 505 6 23.7 .65 160.2 460 60 1 TRANE BLOWER COIL BCHA54 W /MIXING BOX 60 3 TY F1r 9 �S , i2 P H : G - TRAN .,. I, NA 288 NA NA 2.6 NA NA 6.8 • 460 60 3 R • VING • I CHARG , R • OF +OUNTED INTAKE, ROOF CURB, a • 1 120 60 1 TRANE BLOWER COIL 8CHA36 W /FILTER RACK 650 650 N AHU -14 RFM10 AHU -15 RFM10 AHU -16 AHU -17 AHU -18 AHU -19 RFM11 RFM11 AHU -20 AHU -21 AHU -22 AHU -23 AHU -30 AHU -31 AHU -33 AHU -32 DWG RFM10 RFM10 RFM11 RFM11 RFM11 RFM11 L an""%) CFM 68600 68600 68600 76200 68600 76200 76200 67000 67000 72000 41110 4MI0 41111 41411 22000 35819 20472 1350 AHU -34 M1M17 25000 -35 E 1) 11416 25000 AHU -36 41110 800 1.8 1.8 1,8 2.1 1.8 2.1 2.1 1.8 54 1/4 1.8 2.5 5.65 5.65 5.65 1.0 2.5 NA 1.0 54 1/4 54 1/4 54 1/4 54 1/4 54 1/4 54 1/4 54 1/4 54 1/4 54 1/4 36 49 36 12X9 30 AF NA 9X9 SUPPLY FAN SECTION MAX. OUTLET �iT MIN 3000 3000 3000 3000 3000 3000 3000 2238 NA RPM IM 1235 943 1286 702 100 100 100 100 100 100 100 60 60 75 30 60 40 1/2 1063 1/4 RETURN FAN SECTION HP OA CFM (INCF a E pp S 8 RPM WO)) 3640 9880 5000 1020 61700 0.8 61700 0.8 61700 68600 61700 68600 68600 61700 61700 68600 MIP 0.8 1.4 0.8 1.4 1.4 0.8 0.8 0.8 1.35 1.35 1.35 IMPP 66 66 66 66 66 66 66 66 66 66 16450 31671 19548 SPID 30 44 33 448 448 830 505 738 HP 30 30 30 40 30 40 40 30 30 40 7.5 10 7.5 IMP 1150 25 5000 N/A N/A N/A N/A N/A IMP ( /HR) 740900 593000 593000 658400 593000 823000 656400 593000 593000 823000 508800 1160000 630100 45400 969000 AIR (EA 70 70 70 70 70 70 70 70 70 70 42 42 42 60 850 7.5 3000 N/A • N/A N/A N/A N/A 1100000 70 CF) 80 78 78 78 78 80 78 78 78 80 65.4 69 71.5 91 ON PD WO) .25 .08 .09 111 NA GPM 37 30 240 30 33 240 30 41 240 240 33 37 37 41 16 43.4 22.0 1.0 68 103.7 .13 97 'F) C 240 240 240 240 240 200 200 200 200 200 200 200 240 200 200 200 HOT WATER MAX FACE PD (FT ) it L ROWS Milk 12 12 12 12 12 12 12 12 12 12 .25 .91 .36 1.6 110 200 180 5.6 850 650 r 650 650 650 850 650 650 IMP 350 200 180 6.0 700 1090 PIM 1 IND PIM ela 200 200 200 200 1 1 1 1 NA SENSIBLE (BTU /HR) CAPACITY TOTAL (BTU /HR) 889000 889000 889000 914400 889000 914400 914400 889000 889000 914400 136 147 143 120 521600 1053000 613300 43600 779100 NA 21800 987800 987800 987800 1097300 987800 1097300 1097300 987800 987800 1097300 629000 1369000 ■ 767300 59800 800800 NA 34500 ENT AIR rg 74 74 74 74 74 74 74 74 74 74 79 79.7 79.1 61 61 61 61 61 61 61 61 61 61 65 78.4 61,4 50 NA NA NA LV AIR 62 62 62 62 62 62 62 62 55 55.5 55.3 53.7 56.2 56.2 56.2 56.2 56.2 56.2 54.5 54.7 53.6 EVR 46 46 46 46 46 46 46 46 46 46 46 46 46 46 48.9 46 NA NA 85 11 59.7 58.2 4s LAW MAX FACE 56 500 56 56 56 56 56 56 56 56 56 56 56 56 56 NA 56 NO ROWS WIR 013 12 AIR PD ON WG) GPM VOLT MOTORS HZ SIM PH REMARKS NOTE 1 (TO BA1ANCER): WHEN EF-8 IS RUNNING, MINIMUM OUTSIDE AIR FOR AHU-35 IS 8000 crm. SEE SHEET M317. thqint MOON 2ND AND 3RD FLOOR TA or DO KOW AMMO 1 FANS OME 9.2.94 or HOT WATER COILS/PREHEAT COILS AVOSIAW FACIUTIES DEPARTMENT 0 14 D>0 EXISTING: DRAIN CHILLED WATER COIL, ABANDON COIL AND PIPING IN PLACE. Ir> EXISTING • COOLING WATER COILS CONSTRUCTION NOTES: ACCEPTABILITY DEMON MIOA SPECIFICAION EQUIPMENT SCHEDULES cCIVED OM OP mow' mat conoo MECHANICAL MASTER COL PLANT II 14 E.D VA -04 Oti IINGINEERS LAP IMMO tn"A DATE 9.2.94 M2a cc CO0 NO. .. S •r',Inw ., • run • • v..v,•,.. „-,•,• „•n1. V1'11 QV! 11.1"01•1• NUMBER M VFW -101 VFW -102 VFW -103 VFW -104 VFW -105 VFW 106 VFW -107 VFW -108 VFW -109 VFW -110 VFW -111 VCC -112 VCC -113 VCC -114 VFW -115 VCC -116 VFW -117 VFW -118 VFW -119 VCC -120 VFW- 121 VCC -122 VFW -123 VFW -124 VFW -125 VFW -126 VCC -127 VCC -128 VCC -129 VFW -130 VFW -131 VFW -132 VFW -133 VFW -134 VFW -135 VFW -201 VFW -202 VCC -203 AIR 9TY, 1AK. IN 4 03/ 1 6 1 1860/684 2110/844 400/160 1739/695 1160/484 1145/458 2896/1158 782/312 210/84 291/116 464/185 380/152 253/101 223/89 748/299 168/67 423/169 992/396 288/115 1795/718 324/129 764/305 972/388 713/285 1701/680 1231/492 152/60 777/310 526/210 479/191 1761/704 933/373 260/104 296/118 422/168 2366/946 1307/522 (INCHES NY. 1.27 1.04 .98 .79 .69 1.06 .77 1.15 .76 .72 1.29 .92 1.03 .76 1.06 .80 1.42 .99 1.21 .81 1.24 1.23 1.01 1.21 1,36 .82 .98 1,22 1,23 1.1 1.05 .70 1.04 .93 1.20 1.22 1.10 1.08 INLET HE (I CHE 35 6"/- 9M HP 181 1/10 35 107- 747 1/4 35 127- 950 1/3 35 6'7- 180 1/10 35 10"/- 783 1/4 35 107- 522 1/4 35 107- 515 1/4 35 147- 1303 1/2 35 87- 352 1/6 35 35 r/- 95 1/10 67- 131 1/10 35 6"/- 209 35 67- 171 35 57- 114 35 6"/- 100 1/10 35 8"/- 337 35 674.0 76 1/10 35 67- 190 1/10 35 107- 446 1/4 35 5 "/4.5 130 35 107- 808 1/4 35 674.5 146 35 1078.0 554 35 673.0 68 35 8"/6.5 350 35 10'/- 35 147- 1065 1/2 IND 35 8"/- 344 1/6 35 8" /- 437 1/6 35 87- 321 1/6 35 1079.5 765 1/4 35 6 237 1/10 35 67- 216 1/10 35 107- 792 1/4 35 8"/- 420 1/6 35 6'/4.0 117 1/10 35 674.5 133 1/10 35 67- 190 1/10 FV I VOLT PH H7 MBH GPM EWT F LW 'F 120 1 60 10 1.0 200 180 TEMPI/ASTER, SIZE 8 120 1 60 17 .50 200 124 / FAN PI/ASTER, SIZE E 120 1 60 28 .90 200 140 W MFG ER, SIZE F 120 1 60 11 1.0 200 180 TEMPMASTER. SIZE B W/ FAN 120 1 60 18 .50 200 123 / FR SIZE E 120 120 1 60 15 .50 200 133 W/ FAN ER, SIZE E 120 1 60 31 .90 200 133 W/ FAN MASTER, SIZE 0 120 1 60 13 .50 200 146 / F"ER. SIZE D 120 120 1 60 8 1.0 200 184 / F"ER, SIZE B 120 - TEMPMASTER, SIZE B • 60 13 .50 200 143 TEMPMASTER, � SIZE E 60 7 .50 200 174 w TE / MP F IAAST AN ER, SIZE B 60 7 1.0 200 186 TEMPMASTER, SIZE B 120 1 60 6 .50 200 177 / P ER, SIZE B 120 1 60 11 1.0 200 178 TE F,�ER, SIZE B 120 1 60 19 1.1 200 166 FN MPSTER, SIZE E 120 1 60 18 .50 200 122 FNER, SIZE E N REMARKS - • TEMPMASTER, SIZE B - TEMPMASTER, SIZE A - TEMPMASTER, SIZE D - TEMPMASTER, SIZE A a TEMPMASTER, SIZE B 120 1 60 13 .50 200 145 / FAN ER, SIZE D 120 1 60 14 .50 200 137 M FER, SIZE D 120 1 60 13 .50 200 145 M F"ER, SIZE D 120 1 60 17 .50 200 124 w FAN SIZE E - TEMPMASTER, SIZE E - TEMPMASTER, SIZE B - TEMPMASTER, SIZE D 120 1 60 11.0 .50 200 157 TEMPMASTER, SIZE B W/ FIN 120 1 60 11 .60 200 167 TEMPMASTER, SIZE B W/ FIN 120 1 60 18 .50 200 123 / FMSTER, SIZE E 120 1 60 14 .50 200 139 PER. SIZE D AN W/ 120 1 60 8 .60 200 174 FM SIZE B 120 1 60 9 .90 200 181 w TE / MP F MAST AN ER, SIZE 8 120 1 60 10 .50 200 158 / FA ER. SIZE 8 120 1 60 29 .90 200 137 ;E ER, SIZE G - TEMPMASTER, SIZE E VI%FUMDL.t AIM VULUML Tt KMINAL UNIT SCHEDULE 81 1/10 120 1 60 120 1 60 120 1 60 120 1 60 15 .50 200 135 16 .50 200 130 9 .50 200 163 6 .50 200 175 15 .50 200 135 25 .90 200 146 8 .50 200 167 10 .50 200 158 24 .90 200 147 24 .90 200 148 10 .50 200 158 24 .90 200 147 NUMBER IN VFW-204 1000/400 ,74 VFW -205 1253/5b1 1.18 VFW -206 342/IJb 1.07 VFW -207 138/5 VCC -208 510/204 VFW -209 1039/415 VFW -210 1636/654 VFW •211 272/109 VFW -212 275/110 VCC -213 404/161 VFW -214 419/187 VFW -215 • 1582/632 1.10 VFW -216 1505/6b2 VFW -217 1384/43 VFW -218 364/14 1.72 VFW -219 496/48 .9/ VF1 523/49 .87 VFW -221 416/46 .92 VFW -222 1556/42 .85 VF1V-223 1744/47 .68 VFW -224 80023 VFW -225 221/ #0 .78 .89 VFW -226 370/148 1.05 VCC -227 429/171 1.11 VFW -228 600/240 1.16 VFW -229 1011/404 1.20 VFW -300 415/166 1.20 VF1V-301 560/224 .91 VFW -302 1117/446 1.24 VFW -303 206/82 .79 VFW -304 257/102 .99 VFW -305 1136/454 1.25 VFW -306 518/207 VFW -307 527/210 .91 1.12 VF1V-308 932/372 .87 VFW -309 400/160 VFW -310 879/351 .82 WW-311 ( C H T S IW,,) 1.40 DIM 1.10 1.08 .72 .81 .70 1.04 1.27 1.24 1,14 1.1 IMP 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 6"/- 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 tot u. w N S ORIFIC INCHES) 10"/- 10 "/- 10'/- 12 "/- 8 "/4.0 674.5 6"/- 11/- 12"/• 10" /- 6/• 6 7- r/- 6'/- 12"/- 12'/- 8 " /- 674.0 35 6"/- 6'/- 10"/- 10'/- 6'/- 674.0 10'/- 6'/- 67 35 C/ V/- elo 450 564 468 736 122 124 189 712 677 623 164 2 2$ 285 167 700 765 363 99 167 270 455 186 252 503 93 116 511 233 237 419 180 396 OM 1/4 1/4 1/4 1/3 1/10 1/10 1/10 1/3 1/3 1/4 1/10 1/10 1/10 1/10 1/3 1/3 1/8 1/10 1/10 1/10 1/4 1/10 1/10 1/4 1/10 1/10 1/4 1/10 1/10 1/6 1/10 1/6 A P P R O W O n ,.II (4ftkM • i�; 41 Cr.. €10 .!I FAN HEAT I 0 26 13 12 15 10 11 15 11 11 14 9 14 90 .50 50 .50 .50 .50 .50 .50 50 50 50 50 50 50 .50 .50 COIL 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 142 170 135 158 151 133 171 168 133 152 152 138 140 REMARKS WEAN TEMPI/ASTER SIZE E W FAN TEMPMASTER SIZE F TEMP/ASTER SIZE B TEMP/ASTER SIZE B TEMPI/ASTER SIZE 8 W/FAN W/FAN TEMPMASTER SIZE F W/FAN TEMP/ASTER SIZE E TEMPMASTER SIZE B TEMP/ASTER SIZE B TEMP/ASTER SIZE B TEMPMASTER SIZE B W/FAN TEMP/ASTER SIZE F W FAN 161 TEMPI/OSTER SIZE B w FAN TEMPMASTER SIZE B W FAN TEMPI/ASTER SIZE E W FAN TEMPIAPSTER SIZE 13 TEMPI/ASTER SIZE B W FM TEMPI/ASTER SIZE 13 W AN NOT USED MECHANCAL MASTER COL EQUIPMENT SCHEDULE BUILDING 14-01 4-0/i0 Javu oftwooffet PLANT 0 n ...•• >..V..#31°°r eto ota: LAST MOON ThIP M2b bwo so. INGINEIRS atm 9.2.94 or cow No. nGVIJ vn I L.L.. J1rnCVUL.r. Wei1111111i1111111 OMTA EGG CRATE CEILING GRILLE EGG CRATE 6NG CRATE EGG CRATE SG -1 SG -2 SG -3 SG -5 SIDEWALL GRILLE SIDEWALL GRILLE IDEWALL GRILLE % IDEWALL GRILLE EGG CRATE EGG CRATE EGG CRATE EGG CRATE SIDE WALL ALUMINUM 1/2x1/2x1/2 ALUMINUM CORE ij2x1 /2x1/2 ALUMINUM CORE 1/2x1/2x1/2 ALUMINUM CORE 1/2x1/2x1/2 STEEL ALUMINUM CORE 1/2x1/2x1/2 STEEL W/ALUMINUM MODULAR STEEL W/ ALUMINUM MODULAR STEEL W/ ALUMINUM MODULAR STEEL W/ ALUMINUM MODULAR STEEL W/ ALUMINUM . MODULAR STEEL DOUBLE DEFLECTION STEEL DOUBLE DEFLECTION DOUBLE DEFLECTION WHITE WHITE 18X18 12X12 14x14 12X12 22X10 22X22 48X96 14X10 10X10 14X14 24X10 14X10 TITUS LAPIN MODEL 50F TYPE 3 BORDER TITUS MODEL 350 ZRL, TYPE 1 BORDER WI. CR TITUS MODEL 50F TYPE 3 BORDER IAYIN TITUS MODEL 50F TYPE 1 BORDER SURFACE MOUNTED TITUS MODEL 50F TYPE 3 BORDER TITUS MODEL 50F TYPE 3 BORDER TITUS MODEL 50F TYPE 3 BORDER LAPIN TITUS MODEL 50F TYPE 3 BORDER LAPIN TITUS MODEL MCD LAPIN TITUS MODEL MCD LAIN TITUS MODEL MW IRAN TITUS MODEL MCD SURFACE MOUNTED TITUS MODEL MCD SURFACE MOUNTED TITUS MODEL 272 -RL TITUS MODEL 272 -RL TITUS MODEL 272 -RL TITUS MODEL 350 ZRL, TYPE 1 BORDER WITH SCREWHOLES TITUS 350 ZRL, TYPE 1 BORDER WITH SCREWHOLES NUMBER SR -1 SR -2 SR -3 SR -4 SR -5 SUPPLY GRILLE SUPPLY GRILLE SUPPLY GRILLE SUPPLY GRILLE SUPPLY GRILLE SIDEWALL GRILLE FINISH INLET /NECK MAX. NOISE MAX. TP MAXIMUM SIZE, INCHES COEFFICIENT INCH WO. SET CFM 12X4 31 .20 250 TITUS MODEL 300RL WITH AG -15 DAMPER 16X10 24X10 16X12 26 .13 340 TITUS MODEL 300RL WITH AG -15 DAMPER 31 .14 750 TRUS MODEL 300RL WITH AG -15 DAMPER 1000 TITUS MODEL 300RL WITH AG -15 DAMPER 30X12 34 .13 1660 TITUS MODEL 300RL WITH AG -15 DAMPER 1000 TITUS MODEL 350 ZRL, TYPE 1 BORDER WITH SCREWHOLES EQUIPMENT SCHEDULE SE$C Il<NOINEERS 1 VFW -318 184 NU VFW -312 VFW -313 VFW -314 .80 .96 SIMP 35 35 6" /- PM 358 217 VFW -315 VFW -316 VFW -317 -319 VFW -320 VFW -321 VFW -322 VFW -323 VFW -324 VFW -325 VFW -326 VFW -327 VFW -328 VFW -329 VFW -330 VFW -331 VFW -332 VFW -333 VFW -334 VFW -335 VFW -336 VFW -337 VFW -338 VFW -339 VFW -340 943/377 621/249 1.03 35 8"/- 279 884/346 798/319 463/194 GM 259/104 211/85 509/204 840/338 2 44/9 8 873/270 992/397 1 819/328 823/329 70 926/371 409/164 436/175 540/216 325/130 473/190 713/285 745/298 1342/537 1121 227/91 442/177 586/235 PRI gag El f NR r 5 ` , E INLE �NL (I .87 35 8'/- .81 35 W/- 389 1.3 35 6"/- 117 1.02 35 674.0 95 .90 35 6"/- 229 1.14 35 378 .97 35 674.0 110 1.22 35 0/- 303 .71 35 446 .79 35 8"/- 369 .84 35 8"/- 370 . 84 35 316 . 73 35 8"/- 417 .84 35 196 1.15 35 6"/- 243 1.04 35 674.5 146 1.00 35 6"/- 213 .77 35 321 .79 35 8"/- 335 .77 35 10"/- 604 .97 35 10"/- 504 1.02 35 6"/- 102 .86 35 67- 199 1.19 35 6"/- 264 „m A 2ND AND 3RD FL' . • OD K0W MEI 9.2.94 ' HP VOLT 424 1/6 120 1/6 120 HEATIN; PH HZ 1 60 EWT 'F 200 200 1/6 120 1/10 - 60 1/6 120 1 1/10 120 1 1/10 - MD 1/10 120 1/6 120 1/10 120 1/6 120 1/6 120 1/6 120 1/6 120 1/6 - 1/6 120 1 1/6 120 1/4 120 1/4 120 1/10 120 1/10 120 1/10 120 1 1 1 1 1 1 1 1/10 120 1 1/10 - - 1/10 120 1 1/6 120 1 60 1/10 120 1 60 1 60 1 160 1 1 1 1 60 60 142 154 MID 60 60 60 60 60 60 60 60 IMP 60 60 60 60 60 60 60 60 MBH 14 12 14 .50 .50 Me 13 11 7 7 11 14 7 12 15 13 13 12 14 10 10 11 8 11 13 13 16 15 7 10 12 GPM .50 .50 .50 .50 .50 .50 .50 .50 .50 .50 .50 .50 .50 .50 .50 .50 .50 .50 .50 .50 .50 .50 .50 .50 .50 .50 CQIL 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 LWT 'F 137 149 140 TEMPMASTER, SIZE D W /FAN TEMPMASTER, SIZE B W /FAN 1407 USED 168 171 152 141 169 147 136 142 142 146 138 158 157 151 164 154 145 144 129 133 170 156 150 REMARKS TEMP1AASTER, TEMPMASTER, SIZE D W /FAN TEMPMASTER, SIZE D TEMPMASTER, SIZE B W /FAN TEMPMASTER, SIZE B W /FAN TEMPMASTER, A SIZE B T F MASTER, SIZE D TEMPMASTER, SIZE 8 W /FAN TEMPMASTER, SIZE D W /FAN TEMPMASTER, SIZE D W /FAN TEMPMASTER, SIZE D WIFAN TEMPMASTER, SIZE D TEMPMASTER, SIZE 0 W /FAN TEMPIAASTER, SIZE 0 W/FAN TEMPMASTER, SIZE B TEMPMASTER, SIZE B W /FAN TEMPMASTER, SIZE 8 W /FAN TEMPMASTER, SIZE B TEMPMASTER, SIZE B W /FAN TEMPMASTER, SIZE D W/FAN TEMPMASTER, SIZE D W /FAN TEM P SIZE E TEMPMASTER, SIZE E W /FAN TEMPMASTER, SIZE 8 W/FAN TEMPMASTER, SIZE B W /FAN TEMPMASTER, SIZE B W /FAN NOTE: STATIC PRESSURE DOWN STREAM OF VAV 80X, 0.5 INCH WG COOLING, 0.35 INCH WG HEATING. SPACE HEATING FLOW- MINIMUM PRIMARY FLOW + FAN FLOW. CONNECTIONS ON 10', 12", & 14" DIAMETER ARE EQUIVALENT FLAT OVAL. FA M PE /v 1 / TV) q:l -wo I (' v " . UIVj ACCEPTABILITY INS DESIGN Nrd Mat A•11/1•1 saserres BUILDING 14-01 CT' OP TUKW/LA PONITCOMMN Altana ma lam M2c n 04 cOUSG 604 9.2.94 Or COMP NO. COMPUTER ROOM COOLING UNIT (CRU) SCHEDULE TYPE flow M AMC re NUMBER CRU -1 CRU -2 CRU -3 CRU -4 LOCATION (ROOM NUMBER) DATA CLOSET (412) DATA L8 SET DATA CLOSET (231) DATA CLOSET (129) SELF CONTAINED CHILLED WATER SELF CONTAINED CHILLED WATER SELF CONTAINED CHILLED WATER SELF CONTAINED CHILLED WATER NOMINAL CAPACITY TONS 5 3 3 5 TTY DIRECT DIRECT DIRECT DIRECT CAP Y (CR11 2800 1250 1250 2800 IN WO .3 ,3 .3 FAN MOTOR HP 1.5 1/2 1/2 1 1/2 ca4 CaOWNGJAPACITY CAPACITY BTUH ROOM TEMP ('F Z SENSIBLE TOTAL DB WO 82,700 77,503 75 62 25400 25400 62,700 28500 28500 77,500 75 75 75 83 63 62 FACILITIES M raVC CHILLED WATER FLOW E 'F FLOW PSI 14.5 457 91 5.7 5.7 14.5 45'F 45'F 45'F 3,3 3.3 1.0 /HR 10,0 4,5 4.5 10.0 NO OSP GIP ELECTRIC REHEAT TYPE to COIL KW DEPTH 10 4.8 4,8 „ 10 A - MID CHILLER (CH) SCHEDULE NUMBER CH -1 TYPE AIR COOLED RECIPROCATING CAPACITY 30 KW 30.0 ELECTRICAL VOLTS 480 PH 60 HZ 3 COMPRESSOR CITY 2 TONS 15/15 HP 15/15 EVAPORATOR FLOW 66 CAP TONS 27.9 EIVT AMP EV 45'F MAX PD AT FLOW FT H2O 6.5 CONDENSER FAN QTY 3 CF M 20900 HP 1 EAT 'F 95 UNLOAD ING 100/50 MAXIMUM OPERATING WEIGHT 2800 REMARKS WANE MODEL CG- A- E- C30- 4- A -A -A -1 W /SEISMIC SPRING MOUNTS COP 2.7, ILPV 3.2 m a 0 110 .yam FW�Hi` V�ti� °r a� Y AsioNAL PER ASHRAE 52 -78 C1 - AnROVEO BY - ACCEPTABILITY MS DES= AND[OR__ MCMAHON IS IIPPIIDY[D VOLTS PH 480 80 208 60 208 60 460 60 HZ 3 1 REMARKS LIEBERT CU102 FILTER LIEBERT MME040C _IVO DISTRIBUTION PLENUM LIEBERT MME040C WAIR DISTRIBUTION PLENUM LIEBERT CU102 FILTER WELDING AIR CLEANER (WAC) SCHEDULE MARK NUMBER WAC -1 WAC -2 WAC -3 WAC -4 LOCATION HIGH BAY WELDING SHOP GRID (APPROX) C.5 -6.2 HIGH BAY WELDING SHOP GRID ( APPROX) C.5 -6 HIGH BAY WELDING SHOP GRID (APPROX) C.5 -6.2 HIGH BAY WELDING SHOP GRID (APPROX) C.5 -6 DISCHARGE SIDE SIDE SIDE FRONT CFM 3000 3000 3000 3300 FILTER (A EFFICIENCY HRAE5 76) 95% 95% 95% 95% MOTOR HP 2 2 3 VOLTS 480 480 480 480 PH 3 3 3 3 HZ 60 60 60 60 REMARKS TEPCO MODEL M3000 AIR CLEANER WITH M3000 SILENCER TEPCO MODEL M3000 AIR CLEANER WITH M3000 SILENCER TEPCO MODEL M3000 AIR CLEANER WITH M3000 SILENCER TEPCO MODEL M30 AIR CLEANER WITH ONE CAPTURE ARM & 113000 SILENCER Sur= EQUIPMENT SCHEDULE BUILDING 14 -01 LEGEND: GENERAL NOTES: CONSTRUCTION NOTES: �,►-- JUL 25 VJ34 raw p wea LAST AMNION MIT M2d MD PL2 -R -93035 A PR °4t Oct 6 6911 na %low BOLDING 01VIS t r' INGINUUNR mum p►TE or TEMPERATURE CONTROL VALVE (TCV) SCHEDULE NUMBER SERVICE MEDIUM GPM C TYPE MATERIAL BODY/TRIM REMARK PRESSU DROP REMARKS BOO -1 GRAVITY, COUNTER- BALANCED ALUMINUM 102x66 12500 .03 RUSKIN MODEL CBD2 BDD -2 G B BALANCED COUNTER- ALUMINUM 102x66 12500 .03 RUSKIN MODEL CBD2 BDD -3 GRAVITY, COUNTER- BALANCED ALUMINUM 102x66 12500 .03 RUSKIN MODEL CBD2 BDD -4 GRAVITY, COUNTER- BALANCED ALUMINUM 102x66 12500 .03 RUSKIN MODEL CBD2 TCV -30A AHU -30 HOT WATER 16 6 TWO WAY BRONZE/ SS TRIM WITH PNEUMATIC ACTUATOR TCV -309 AHU -30 CHILLED WATER 126 65 TWO WAY BRONZE/ SS TRIM WITH PNEUMATIC ACTUATOR TCV -31A MU -31 HOT WATER 43.4 16 TWO WAY BRONZE/ SS TRIM WITH PNEUMATIC ACTUATOR TCV -31B MU -31 CHILLED WATER 274 94 TWO WAY BRONZE / SS TRIM WITH PNEUMATIC ACTUATOR TCV -32A AHU -32 HOT WATER 22.0 10 TWO WAY BRONZE/ SS TRIM WITH PNEUMATIC ACTUATOR TCV -328 AHU -32 CHILLED WATER 153.5 65 TWO WAY BRONZE/ SS TRIM WITH PNEUMATIC ACTUATOR TCV -33A AHU -33 HOT WATER 1.0 .5 TWO WAY BRONZE/ SS TRIM mill ELECTRONIC ACTUATOR TCV -33B AHU -33 CHILLED WATER 10.9 6.3 TWO WAY BRONZE/ SS TRIM WITH ELECTRONIC ACTUATOR TCV -34A AHU -34 HOT WATER 97 38 TWO WAY BRONZE/ SS TRIM WITH PNEUMATIC ACTUATOR TCV -34B AHU -34 CHILLED WATER 160 65 TNIO WAY BRONZE/ SS TRIM WITH PNEUMATIC ACTUATOR TCV-35A AHU -35 HOT WATER 110 38 TWO WAY BRONZE/ SS TRIM WITH PNEUMATIC ACTUATOR TCV -36A AHU -36 CHILLED WATER 6.8 2.5 TWO WAY BRONZE/ SS TRIM WITH ELECTRONIC ACTUATOR TCV -V VFW'S HOT WATER .5 .3 TWO WAY BRONZE/ SS TRIM WITH ELECTRONIC ACTUATOR COMPUTER ROOM COOLING UNIT (CRU) SCHEDULE TYPE flow M AMC re NUMBER CRU -1 CRU -2 CRU -3 CRU -4 LOCATION (ROOM NUMBER) DATA CLOSET (412) DATA L8 SET DATA CLOSET (231) DATA CLOSET (129) SELF CONTAINED CHILLED WATER SELF CONTAINED CHILLED WATER SELF CONTAINED CHILLED WATER SELF CONTAINED CHILLED WATER NOMINAL CAPACITY TONS 5 3 3 5 TTY DIRECT DIRECT DIRECT DIRECT CAP Y (CR11 2800 1250 1250 2800 IN WO .3 ,3 .3 FAN MOTOR HP 1.5 1/2 1/2 1 1/2 ca4 CaOWNGJAPACITY CAPACITY BTUH ROOM TEMP ('F Z SENSIBLE TOTAL DB WO 82,700 77,503 75 62 25400 25400 62,700 28500 28500 77,500 75 75 75 83 63 62 FACILITIES M raVC CHILLED WATER FLOW E 'F FLOW PSI 14.5 457 91 5.7 5.7 14.5 45'F 45'F 45'F 3,3 3.3 1.0 /HR 10,0 4,5 4.5 10.0 NO OSP GIP ELECTRIC REHEAT TYPE to COIL KW DEPTH 10 4.8 4,8 „ 10 A - MID CHILLER (CH) SCHEDULE NUMBER CH -1 TYPE AIR COOLED RECIPROCATING CAPACITY 30 KW 30.0 ELECTRICAL VOLTS 480 PH 60 HZ 3 COMPRESSOR CITY 2 TONS 15/15 HP 15/15 EVAPORATOR FLOW 66 CAP TONS 27.9 EIVT AMP EV 45'F MAX PD AT FLOW FT H2O 6.5 CONDENSER FAN QTY 3 CF M 20900 HP 1 EAT 'F 95 UNLOAD ING 100/50 MAXIMUM OPERATING WEIGHT 2800 REMARKS WANE MODEL CG- A- E- C30- 4- A -A -A -1 W /SEISMIC SPRING MOUNTS COP 2.7, ILPV 3.2 m a 0 110 .yam FW�Hi` V�ti� °r a� Y AsioNAL PER ASHRAE 52 -78 C1 - AnROVEO BY - ACCEPTABILITY MS DES= AND[OR__ MCMAHON IS IIPPIIDY[D VOLTS PH 480 80 208 60 208 60 460 60 HZ 3 1 REMARKS LIEBERT CU102 FILTER LIEBERT MME040C _IVO DISTRIBUTION PLENUM LIEBERT MME040C WAIR DISTRIBUTION PLENUM LIEBERT CU102 FILTER WELDING AIR CLEANER (WAC) SCHEDULE MARK NUMBER WAC -1 WAC -2 WAC -3 WAC -4 LOCATION HIGH BAY WELDING SHOP GRID (APPROX) C.5 -6.2 HIGH BAY WELDING SHOP GRID ( APPROX) C.5 -6 HIGH BAY WELDING SHOP GRID (APPROX) C.5 -6.2 HIGH BAY WELDING SHOP GRID (APPROX) C.5 -6 DISCHARGE SIDE SIDE SIDE FRONT CFM 3000 3000 3000 3300 FILTER (A EFFICIENCY HRAE5 76) 95% 95% 95% 95% MOTOR HP 2 2 3 VOLTS 480 480 480 480 PH 3 3 3 3 HZ 60 60 60 60 REMARKS TEPCO MODEL M3000 AIR CLEANER WITH M3000 SILENCER TEPCO MODEL M3000 AIR CLEANER WITH M3000 SILENCER TEPCO MODEL M3000 AIR CLEANER WITH M3000 SILENCER TEPCO MODEL M30 AIR CLEANER WITH ONE CAPTURE ARM & 113000 SILENCER Sur= EQUIPMENT SCHEDULE BUILDING 14 -01 LEGEND: GENERAL NOTES: CONSTRUCTION NOTES: �,►-- JUL 25 VJ34 raw p wea LAST AMNION MIT M2d MD PL2 -R -93035 A PR °4t Oct 6 6911 na %low BOLDING 01VIS t r' INGINUUNR mum p►TE or BACKDRAFT DAMPER (BDD) SCHEDULE NUMBER TYPE MATERIAL SIZE ON) ovo0 IN vo0 _ CFM PRESSU DROP REMARKS BOO -1 GRAVITY, COUNTER- BALANCED ALUMINUM 102x66 12500 .03 RUSKIN MODEL CBD2 BDD -2 G B BALANCED COUNTER- ALUMINUM 102x66 12500 .03 RUSKIN MODEL CBD2 BDD -3 GRAVITY, COUNTER- BALANCED ALUMINUM 102x66 12500 .03 RUSKIN MODEL CBD2 BDD -4 GRAVITY, COUNTER- BALANCED ALUMINUM 102x66 12500 .03 RUSKIN MODEL CBD2 COMPUTER ROOM COOLING UNIT (CRU) SCHEDULE TYPE flow M AMC re NUMBER CRU -1 CRU -2 CRU -3 CRU -4 LOCATION (ROOM NUMBER) DATA CLOSET (412) DATA L8 SET DATA CLOSET (231) DATA CLOSET (129) SELF CONTAINED CHILLED WATER SELF CONTAINED CHILLED WATER SELF CONTAINED CHILLED WATER SELF CONTAINED CHILLED WATER NOMINAL CAPACITY TONS 5 3 3 5 TTY DIRECT DIRECT DIRECT DIRECT CAP Y (CR11 2800 1250 1250 2800 IN WO .3 ,3 .3 FAN MOTOR HP 1.5 1/2 1/2 1 1/2 ca4 CaOWNGJAPACITY CAPACITY BTUH ROOM TEMP ('F Z SENSIBLE TOTAL DB WO 82,700 77,503 75 62 25400 25400 62,700 28500 28500 77,500 75 75 75 83 63 62 FACILITIES M raVC CHILLED WATER FLOW E 'F FLOW PSI 14.5 457 91 5.7 5.7 14.5 45'F 45'F 45'F 3,3 3.3 1.0 /HR 10,0 4,5 4.5 10.0 NO OSP GIP ELECTRIC REHEAT TYPE to COIL KW DEPTH 10 4.8 4,8 „ 10 A - MID CHILLER (CH) SCHEDULE NUMBER CH -1 TYPE AIR COOLED RECIPROCATING CAPACITY 30 KW 30.0 ELECTRICAL VOLTS 480 PH 60 HZ 3 COMPRESSOR CITY 2 TONS 15/15 HP 15/15 EVAPORATOR FLOW 66 CAP TONS 27.9 EIVT AMP EV 45'F MAX PD AT FLOW FT H2O 6.5 CONDENSER FAN QTY 3 CF M 20900 HP 1 EAT 'F 95 UNLOAD ING 100/50 MAXIMUM OPERATING WEIGHT 2800 REMARKS WANE MODEL CG- A- E- C30- 4- A -A -A -1 W /SEISMIC SPRING MOUNTS COP 2.7, ILPV 3.2 m a 0 110 .yam FW�Hi` V�ti� °r a� Y AsioNAL PER ASHRAE 52 -78 C1 - AnROVEO BY - ACCEPTABILITY MS DES= AND[OR__ MCMAHON IS IIPPIIDY[D VOLTS PH 480 80 208 60 208 60 460 60 HZ 3 1 REMARKS LIEBERT CU102 FILTER LIEBERT MME040C _IVO DISTRIBUTION PLENUM LIEBERT MME040C WAIR DISTRIBUTION PLENUM LIEBERT CU102 FILTER WELDING AIR CLEANER (WAC) SCHEDULE MARK NUMBER WAC -1 WAC -2 WAC -3 WAC -4 LOCATION HIGH BAY WELDING SHOP GRID (APPROX) C.5 -6.2 HIGH BAY WELDING SHOP GRID ( APPROX) C.5 -6 HIGH BAY WELDING SHOP GRID (APPROX) C.5 -6.2 HIGH BAY WELDING SHOP GRID (APPROX) C.5 -6 DISCHARGE SIDE SIDE SIDE FRONT CFM 3000 3000 3000 3300 FILTER (A EFFICIENCY HRAE5 76) 95% 95% 95% 95% MOTOR HP 2 2 3 VOLTS 480 480 480 480 PH 3 3 3 3 HZ 60 60 60 60 REMARKS TEPCO MODEL M3000 AIR CLEANER WITH M3000 SILENCER TEPCO MODEL M3000 AIR CLEANER WITH M3000 SILENCER TEPCO MODEL M3000 AIR CLEANER WITH M3000 SILENCER TEPCO MODEL M30 AIR CLEANER WITH ONE CAPTURE ARM & 113000 SILENCER Sur= EQUIPMENT SCHEDULE BUILDING 14 -01 LEGEND: GENERAL NOTES: CONSTRUCTION NOTES: �,►-- JUL 25 VJ34 raw p wea LAST AMNION MIT M2d MD PL2 -R -93035 A PR °4t Oct 6 6911 na %low BOLDING 01VIS t r' INGINUUNR mum p►TE or PENTHOUSE (PH SCHEDULE MARK NUMBER TYPE MATERIAL SIZE (IN) TIERS (SOTF AREA PRESSURE DROP (IN WG) CFM REMARKS PH -1 LOUVERED ALUMINUM 60"X108" X56" 11 45 - - RUSKIN PH811(S) W /FACTORY CURB 18' COMPUTER ROOM COOLING UNIT (CRU) SCHEDULE TYPE flow M AMC re NUMBER CRU -1 CRU -2 CRU -3 CRU -4 LOCATION (ROOM NUMBER) DATA CLOSET (412) DATA L8 SET DATA CLOSET (231) DATA CLOSET (129) SELF CONTAINED CHILLED WATER SELF CONTAINED CHILLED WATER SELF CONTAINED CHILLED WATER SELF CONTAINED CHILLED WATER NOMINAL CAPACITY TONS 5 3 3 5 TTY DIRECT DIRECT DIRECT DIRECT CAP Y (CR11 2800 1250 1250 2800 IN WO .3 ,3 .3 FAN MOTOR HP 1.5 1/2 1/2 1 1/2 ca4 CaOWNGJAPACITY CAPACITY BTUH ROOM TEMP ('F Z SENSIBLE TOTAL DB WO 82,700 77,503 75 62 25400 25400 62,700 28500 28500 77,500 75 75 75 83 63 62 FACILITIES M raVC CHILLED WATER FLOW E 'F FLOW PSI 14.5 457 91 5.7 5.7 14.5 45'F 45'F 45'F 3,3 3.3 1.0 /HR 10,0 4,5 4.5 10.0 NO OSP GIP ELECTRIC REHEAT TYPE to COIL KW DEPTH 10 4.8 4,8 „ 10 A - MID CHILLER (CH) SCHEDULE NUMBER CH -1 TYPE AIR COOLED RECIPROCATING CAPACITY 30 KW 30.0 ELECTRICAL VOLTS 480 PH 60 HZ 3 COMPRESSOR CITY 2 TONS 15/15 HP 15/15 EVAPORATOR FLOW 66 CAP TONS 27.9 EIVT AMP EV 45'F MAX PD AT FLOW FT H2O 6.5 CONDENSER FAN QTY 3 CF M 20900 HP 1 EAT 'F 95 UNLOAD ING 100/50 MAXIMUM OPERATING WEIGHT 2800 REMARKS WANE MODEL CG- A- E- C30- 4- A -A -A -1 W /SEISMIC SPRING MOUNTS COP 2.7, ILPV 3.2 m a 0 110 .yam FW�Hi` V�ti� °r a� Y AsioNAL PER ASHRAE 52 -78 C1 - AnROVEO BY - ACCEPTABILITY MS DES= AND[OR__ MCMAHON IS IIPPIIDY[D VOLTS PH 480 80 208 60 208 60 460 60 HZ 3 1 REMARKS LIEBERT CU102 FILTER LIEBERT MME040C _IVO DISTRIBUTION PLENUM LIEBERT MME040C WAIR DISTRIBUTION PLENUM LIEBERT CU102 FILTER WELDING AIR CLEANER (WAC) SCHEDULE MARK NUMBER WAC -1 WAC -2 WAC -3 WAC -4 LOCATION HIGH BAY WELDING SHOP GRID (APPROX) C.5 -6.2 HIGH BAY WELDING SHOP GRID ( APPROX) C.5 -6 HIGH BAY WELDING SHOP GRID (APPROX) C.5 -6.2 HIGH BAY WELDING SHOP GRID (APPROX) C.5 -6 DISCHARGE SIDE SIDE SIDE FRONT CFM 3000 3000 3000 3300 FILTER (A EFFICIENCY HRAE5 76) 95% 95% 95% 95% MOTOR HP 2 2 3 VOLTS 480 480 480 480 PH 3 3 3 3 HZ 60 60 60 60 REMARKS TEPCO MODEL M3000 AIR CLEANER WITH M3000 SILENCER TEPCO MODEL M3000 AIR CLEANER WITH M3000 SILENCER TEPCO MODEL M3000 AIR CLEANER WITH M3000 SILENCER TEPCO MODEL M30 AIR CLEANER WITH ONE CAPTURE ARM & 113000 SILENCER Sur= EQUIPMENT SCHEDULE BUILDING 14 -01 LEGEND: GENERAL NOTES: CONSTRUCTION NOTES: �,►-- JUL 25 VJ34 raw p wea LAST AMNION MIT M2d MD PL2 -R -93035 A PR °4t Oct 6 6911 na %low BOLDING 01VIS t r' INGINUUNR mum p►TE or PLUM BING FIXTURE CONNECTION CHEMICAL FEED POT (CFP) SCHEDULE NU BER LOCATION SERVICE O PRESSURE K PSIG I SIZE / (IM O CH) INCHES DIMENSION APPROX (POPE ORATING REMARKS CFP -1 4TH FLR COL. B/14.4 CHILLED WATER 5 200 3/473/4" 10 1/211 100 NEPTUNE FTF -5 W /40 MICRON FILTER - - - 3/4 - (H) HANDICAP P -3 LAVATORY a - 1/2 1/2 PLUM BING FIXTURE CONNECTION DOMESTIC WATER BACKFLOW PREVENTER (BFP) SCHEDULE NU BER LOCATION MARK NUMBER CONSTRUCTION CONFIGURATION OVERALL DIMINSIONS (INCHES) REMARKS BODY INTERNALS INLET OUTLET MANUFACTURER AND MODEL BFP -1 COL 8/ , PRESSURE BRONZE B SS. SPRIP RELIEF 3/ 3/4" 82SY INCLUDE DRAIN 2 1 1/2 - 3/4 WALL -HUNG FLUSH VALVE (H) HANDICAP P -3 LAVATORY a 1 1/2 1/2 PLUM BING FIXTURE CONNECTION AIR SEPARATOR (AS) SCHEDULE DECRIPRION MARK NUMBER SYSTEM MAX. CAPACITY GPM OVERALL DIMINSIONS (INCHES) S II INLET /OUTLET FACE TO FACE DIM. (INCHES APPROX. OPERATING WE AT (LBS) REMARKS AS -1 CHILLED WATER 90 1733/8'H 2 1 /2'NPT 9 3/e 120 B&G R -2 1/2" W /STRAINER URINAL 2 1 1/2 - 3/4 WALL -HUNG FLUSH VALVE (H) HANDICAP P -3 LAVATORY 1 1/2 1 1/2 PLUM BING FIXTURE CONNECTION SCHEDULE MARK DECRIPRION CONNECTION (INCHES) TYPE REMARKS VENT HW HWHP -1 P -1 WATER CLOSET 4 2 - 1 WALL -HUNG FLUSH VALVE (H) HANDICAP P -2 URINAL 2 1 1/2 - 3/4 WALL -HUNG FLUSH VALVE (H) HANDICAP P -3 LAVATORY 1 1/2 1 1/2 1/2 1/2 COUNTER TOP RECESSED (H) HANDICAP P -4 MOP SINK - - - - FLOOR MOUNTED - P -5 SHOWER - IS - - - NOT USED P-M SHOWER - M. - ■ - NOT USED P -6 ELECTRIC WATER COOLER 1 1/2 1 1/2 - 1/2 WALL HUNG - P -6A ELECTRIC WATER COOLER 1 1/2 1 1/2 - 1/2 WALL HUNG - P -7 BAR SINK 11/2 1 1/2 1/2 1/2 COUNTER TOP RECESSED - P -8 SERVICE SINK 3 2 1/2 1/2 WALL HUNG - P -9 EYE -WASH FOUNTAIN - - - 1/2 - - P-9A LAV EYE -WASH - ■ ■ - ■ NOT USED P -10 EYE -WASH AND SAFETY- SHOWER - - - 1 1/4 - W /PRNACY CURTAIN P -11 FREEZE PROOF EYE WASH AND SAFETY - SHOWER _ _ _ _ _ NOT USED P -12 WASH FOUNTAIN - - ■ - ■ NOT USED P -12A WASH FOUNTAIN 2 1 1/2 1" 1" SEMI - CIRCULAR - P -128 WASH FOUNTAIN - - - - - NOT USED FD -1 FLOOR DRAIN VARIES VARIES - - 1 /2"TRAP PRIMER (SAN ONLY) SEE PLAN FOR SIZE FFD -1 FUNNEL FLOOR DRAIN VARIES VARIES - - 1/1 TRAP PRIMER (SAN ONLY) SEE PLAN FOR SIZE FUD -1 FUNNEL DRAIN VARIES VARIES - - 1 /21RAP PRIMER (SAN ONLY) SEE PLAN FOR SIZE HUD -1 HUB DRAIN VARIES VARIES - - 1 /2'TRAP PRIMER (SAN ONLY) SEE PLAN FOR SIZE 1420 95 • .L.ff Mv„ . HWHP -1 SERVICE TOWER a FLUID 1420 TIP 200 CAPACITY SZE ( DISCH CONSTRUCTION T r ORNE PUMP TYPE _ F PACO 11- 40127�?01 REMARK OPM 870 IDH 80 NCI - - /0 OM FRTINOS IMP MP , IMP 'IYPR - HP VOLTS PH - HL - RPM - HWHP -2 TOWER H2O 200 670 80 - - - - - - - - - ft 1 - - - EXISTING REUSE (P -8) HWHP -3 HIGH BAY 1120 200 432 50 - - - - - - - 7 I 1 . I ' - - - RREVIS a A tial HWHP -4 HIGH BAY 1120 200 432 50 - - - - - - - 7 1/2 , - I I IS - _ - - -. —�. - EXISTING REUSE (P -13) HWHP -5 HI NA B Y H2O 200 350 80 3 3 CI - - - - • 10 - - - - ■ — 891 EXISTING REUSE (P -14) HWHP -6 HIG A H AUY 1120 200 350 80 3 3 CI - - - - 10 - - - - ■ Bd 10 i EXISTING REUSE (P -15) CHWP -1 TOrdtaATA H2O 95 68 80 1 1/4 1 1/4 CI CI 55.1 7.71 DIRECT 3 460 60 460 0 3 1750 SIMON 1 1/ SNLE MECHANICAL SEAL CHWP-2 TO 1TA 1420 95 66 80 1 1/4 1 1/4 CI CI 55.1 771 DIRECT 3 3 1750 SUCTION 1 8C SINGLE MECHANICAL SEAL HWCP -1 HWH -1 H2O 140 10 8 3/4 3/4 BRONZE BRONZE - - DIRECT 1/25 115 60 1 1750 SLC-30B ALL BRONZE SELF LUBRICATING SP -7 SEWAGE LIFT H20 140 510 55 - 4 . - - - ■ 15 480 60 3 1750 SUBMERSIBLE PACO DUPLEX SEWAGE LIFT STATION (EXISTING) . , a VESSEL - EXPANSION TANK (EXT) SCHEDULE N UMBE R EXT -1 SERVICE CHILLED WATER CAPACITY GALLONS DESIGN WORK DESIGN WORK GAL GAL. CU. FT. CU. FT. 44.4 22.2 DIAMETER x LENGTH 16 1 /4 "OIAx56" PRESS. PSIG DESIGN WORK 125 20 WOE STAMP ASME REMARKS B&G 0 -80V - OIl O IDIOM sn —o Mt WIN FACILITIES en DOMESTIC HOT WATER HEATER (HWH) SCHEDULE NUMBER HWH -1 HWH -2 HWH -3 HWH -4 HWH -5 HWH -6 HWH -7 HWH -8 HWH -9 HWH -10 HWH -11 INPUT RANG 5/3 54 1.5 1.5 1.5 1.5 1.5 12 8 9 1.5 STORAGE GALLONS 120 120 4 4 4 4 4 80 NA 120 4 DELIVERY RATE STAMP ASME ASME MO ASME ASME RECOVERY GPM 100'F 807 RISE RISE 221 7 7 7 7 7 49 NA 37 7 277 8.3 8.3 8.3 8.3 8.3 61 NA 46 8.3 ELEMENTS PHASE 3 3 1 1 1 1 1 3 1 3 1 NUMBER 2 3 1 1 1 1 1 1 NA 1 1 KW 5/3 18 1.5 1.5 1.5 1.5 1.5 12 8 9 1.5 VOLTS 208/480 480 120 120 120 120 120 480 277 240 120 REMARKS NATIONAL ARGL -120 A.O. SMITH DSE -120 A.O. SMITH ELC -4 A0. SMITH ELC -4 A.O. SMITH ELC -4 A.O. SMITH ELC -4 A.O. SMITH ELC -4 A.O. SMITH DSE -80 CHRONOMITE LABORATORIES MODEL 5 -901 TANKLESS ELECTRIC WATER HEATER A.O. SMITH DSE -120 -9 A.O. SMITH ELC -4 CONSTRUCTION NOTES: Dp PUMP FURNISHED BY OWNER INSTALLED BY CONTRACTOR REVISE EXISTING PIPING AND INSTALL WHERE OLD PUMP WAS REMOVED. ® EXISTING X40 4/ 3. ACCEPTABILITY In DM ARC AT A SONO= In OAR. OMTt f FEFFER 'f :.25.04 sntt EQUIPMENT SCHEDULE e_— BUILDINQ 14 -01 JUL 2 S 1394 IT C MOM* C A Q PRp∎ E pt3 19 000 WSL. M2e - '� M 5L2 -R -93035 MC IITNOINEERB Mat °Mg or Corn NO. EXHAUST FAN (IF) SCHEDULE MARK NUMBER RFI -1 -10 CFM 8000 EF -2 EF -3 EF -4 5430 3660 EF -5 EF -6 EF -7 EF -8 EF -9 EF -10 EF -11 EF -12 LOCATION ROOF ELEV EQUIPMENT RM ROOF' ROOF TELE RM 419 LIFT STATION TOILET ROOM GRID E -10,4 PAINT BOOTH GRID 0.8 -6 WIRE SHOP GRID E -t4 NORTH WALL . . COL 8 -13.4 ROOF SOUTH WALL COL E -11 AREA SERVED (ROOM NO.) HIGHBAY 108 EAST RESTROOMS WEST RESTROOMS 1ST di 2ND FLOOR! (419) UFT STATION T PAINT BOOTH EXHAUST STADING F RO'OMR WE&RFL M FinT FLOOR_ CENTER TOILE EXHAUST FAN SECTION FAN DIA SIZE 12.6 • 27 27 NA 24 NA NA �E NUMBER 114A IMP WA020 3C411 WCW81 148 • NU IIRRNtMT, T11BA SKYCAP ROOF' FAN CEILING INUNE WALL INUNE WALL FAN WALL FANS ROOF FANS ROOF FANS 1145 477 350 1080 6000 2800 1910 NA 1920 1700 1920 STATI INCHES WC .125 .25 ,356 .625 .1 ,1 .5 .5 .125 .25 .125 MAX, OUTLET mare FPM 900 1300 GIB NA NA RPM 470 250 1175 1175 1750 • 1312 825 SIDE NA NA NA NA NA NA NA NA GUIDE VANES IMP NA NA SID NA NA NA NA NA NA BHP .10 .87 IMP ON 1.5 1.0 1/ 1/50 1/3 SNP NIB HP 15 1/4 1/2 1/4 1/3 1/4 MOTOR (EXISTI REMARKS VOLTS PH a HZ 460 3 60 120 120 60 60 120 1 60 480 3 60 480 3 60 120 1 60 208 1 60 480 3 60 120 1 60 120 1 60 120 1 60 PACE -MI PACE CRE -27F W /FACTORY CURB TYPE A -1 (EXISTING) PACE DD-450G (EXISTING) PACE DD -350T PENN DOMEX WALL FAN, DIRECT DRIVE, WITH GRAVITY BACKDRAFT DAMPER, 7.4 SONES AT 5 FEET. DAYTON 3C411 BELT DRIVEN TUBE AXIAL FAN PENN DOMEX WALL FAN, DIRECT DRIVE, WITH GRAVITY EIACKDRAFT DAMPER, 7.4 SONES AT 5 FEET. JENN AIR MODEL 148CW (EXISTING) CARNES ERBA16M4 (EXISTING) JENN AIR MODEL 148CW (EXISTING) inciting-01/0 rr APPEND sw N F a at ACCEPTABILITY g SPECN II,S D AP PROVE D r„ DEPT. DATE SUBTITLE MECHANICAL MASTER COL EQUIPMENT SCHEDULES aa BUILDING 14 -01 LEGEND: GENERAL NOTES: CONSTRUCTION NOTES: D' SPRAY BOOTH FAN (EXISTING) WILL BE MOVED WITH THE SPRAY BOOTH FROM THE ROBBINS SITE. JUL 2 5 U24 P r PLANT II an M2f Asp N0 PL2 -R -93035 DM N0' I- .1191 "C ENGINEERS of Co+iP ii5 ' r. rl • - 1 .. 10/10 Ar4!■I 12 10 12 12 0 10/ --. 1E. /12 16/12 FD 80/14 RA �.' NING • 1 NPIIINTh PIII Sri e APPNWED ND • 92 .1 •MI 1.1 0 0 64 MATCHUNE SEE SHEET e 1;12 - mq -01 •• • MD 72 1) O1 t /CFM • 4.3 PARTIAL FLOOR PLAN SCALE: 1/8" =1' -0' � 1 M1 CFM .19ssa'a FACILITIES DEPARTMF 41/ +.• .s 9 .50 8/ TYP S MATCHLINt SE '_dtl l T 1111 PARTIAL FLOOR PLAN SCALE: 1/8' 111' -O" 1 1.2 2 i SD/ 104 )t ,1 RA OPENING MD • 114 LOWER • 63 0) 12.1 SEE ARCH DWG - S 1 2.2 • CFM 18/18 LOUVER • 28/12 .;1 8 1O 8 12 14'12 8/10 VD TYP 0 8r TYP 12 12 14 1 2 KEEP DUCT FOB HOLD 8' BETWEEN FINISH CEIUNG AND I UNDERSIDE OF DUCT 1 (IYP ,r- TkANSFER D +1C 60 1 4'/12e ( FIRE DAMPER AT FLOOR PENETRATION 220 u� 220 11110 11503 48/14 TRANSFER DUCT 1 L. l Ir 0 (TYP 2) �J —18/18 MIN CL ARANCt. MAI TENANCF 54 3 CFM /8 EXIST 120 FROM UFT STATION ROOM POC TO 14/8 PARTIAL FIRST FLOOR HVAC PLAN BUILDING 14 -01 MECHANICAL MASTER COL B -C /6 -12.4 LEGEND; 1. FOR MECHANICAL LEGENDS MD ABBREVIATIONS SEE SHEETS M1o, M1b AND Mlc, GENERAL NOTES; 1. REFER TO ARCHITECTURAL REFLECTED CEILING PLANS 1A280 THRU 4A281 FOR ADDITIONAL RETURN AIR WALL OPENINGS ABOVE FINISHED CEILINGS 2. PROVIDE DUCT ACCESS DOORS FOR EACH FIRE DAMPER UNLESS THE FIRE DAMPER IS OTHERWISE ACCESSIBLE. MINIMUM Inc FOR HAND ACCESS. 3. CEILING SPACE 15 EXTREMELY LIMITED. COORDINATE INSTALLATION WITH OTHER TRADES. OWNER WILL NOT REIMBURSE THE MECHANICAL CONTRACTOR FOR CHANGES RESULTING FROM THE CONTRACTOR'S FAILURE TO COORDINATE INSTALLATION WITH THAT OF OTHER TRADES. 4. CEIUNG USED AS RETURN AIR PLENUM. USE PLENUM RATED CABLE, OR ENCLOSE WIRING IN CONDUIT CONSTRUCTION NOTES: SUSPEND FROM STRUCTURE DOWN TO 1' -O'AFF © EXISTING EXHAUST SYSTEM INCLUDING GRILLES DUCTWORK & FAN TO REMAIN AND BE REUSED. a��RS LAP SON iM10 N° 142-R -93035 OM NO. caw ' 0 ! J W SJ, a) $ 10N 1M12 1 1M13 i 11114 - -i - -1- 1M16 i 11117 11118 1 -- 0 0 0 0 KEY PLAN SCAM MN ariti J111 2 5 19J4 Pan awtw PLANT I1 SCALE: 1/ •1' -0' 8' 4' 0 4' 8' 16' 41_M-4114A a 0 1 1 10/10 150 CFM P 200 CFM RANSFE UCT oI c r a -l., FOR RA 48/14 RA OPENING 78/14 TRANSFER DUCT 0 1f, 13 16.2 -- I' ' - 13) fl, STING -- a – 17.2 a a a a SCALE: 1/8 " =1'40 80 TYP 6 -- 14/14 . 14/10 4 d; I •, hr. . ofif PIING ' I 11111C k a L!H/TI±E I ._._. - .._ r — ....... –. a a PARTIAL FLOOR PLAN .: .1 - - - - -- MATCHUNE — SEE SHEET 14415 PARTIAL FLOP ET SCALE: 1 /C.i' -0' FACILITIES DEPARTMI IJl VO TIP 1 X11 t1I CFM UP PI AO cia) 4 1)WICY 9 a • — Y MATCHLINE SEE SHEET 11414 18.2 15. 18.4 EXIST GRILLE TO REMAIN %S a MI I' ( 1000 CFM f� Q 4 Giq "k4 301 I.FM POC W U I {A -.4 f /r '14 ✓'1 JUAN I I I. Di 11 I 1 Ill. 1, 4.;I'Ek AT FLOUR Pf IF Fr.?TION PARTIAL FIRST FLOOR HVAC PLAN BUILDING 14 -01 .1 r. i. I • n • • s LLGEND: 1 FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M1x, M1b AND M1c. GENERAL NOTES: I. SEE SHEET 11110 FOR NOTES. CONSTRUCTION NOTES: I. SEE SHEET 11410 FOR NOTES. . 11112 I 11113 I 11114 11415 _L 11116 11116 i 11417 11118 11419 , .41111E 16 Mee OM OF ,II„ JUL 2 5 1JJ4 MINT OWN KEY PLAN SCAL NONE 8' 4' 0 SCALE: t /e.1' -0" IAfA NNW to nu no �tvt BU1LOtn 4' 8' 19 aac sNarNEsa• UAW 16' 1M11 cv to 1M " N MS - I4/14 MO MI - - ®(EXIST) 14/14 UP TO SOUND PLENUM. SEE SIFT 1M12. -a 41110- ■N! COVER OPEN END OF DUCT WITH BIRDSCREEN. - • Ch M) 1 -3M4A 114 - 001 - 4023 -M1 rn qij 0110 STING DIFFUSERS FROM ROOF DUCTING N t....... MATCHUNE - FOR CONTI TON SEE SHEET 4M10 - -- - 0 --- .. -- - - -- a - - - - -- PARTIAL FLOOR PLAN SCALE: 1/8.1' -0' FACILITIES ■ MATCHI.INE - FOR CONTltUATK)N SEE SHEET 11116 DN TO FLOOR 48x114 UP TO EXISTING ROOF PENTHOUSE ® (EXIST) 4D- 8 8 4 - - t - - - - _ }7 '- - t -. ( 117 • 4P EQOfgry Si r)NAl,ti' . 3y 4 0._- -___-- i ACCEPTABILITY INS 0(90/1 An o A}Mp W Sr an. OATS MO =I ID MP i I BUILDING 14 -01 MECHANICAL. MASTER COL C— D/6 -92 PARTIAL FIRST FLOOR NVAC PLAN LEGEND : 1, FOR MECHANICAL LEGENDS MD ABBREVIATIONS SEE SHEETS M1a, M1b AND M1c, GENERAL NOTES: 1. SEE SHEET 1M10 FOR NOTES. MOUNT WAC -1, 2 AND 3 WITH BOTTOM AT 12' -0" AFT, MOUNT WAC -4 WITH BOTTOM AT 10' -O' AFF. CONSTRUCTION NOTES: 1. SEE SHEET 1M10 FOR NOTES. FOR MOUNTING RACK SEE SHEET S507. 0 I Et r — � 4 1 1 - 1M13 1 11114 i 1M15 I 11116 i 11117 1M18 i 1119 • O O KEY PLAN SCALE: NONE 8' 4' 0 KNOW a,, OP TUKWILA .1111. 2 ri bUtt 4' SCALE: 1/8'.1•-0" vat AMVON AP ? got OCS 1yy4 1M12 a '512-R-93035 Bouj NGC AVISION 8' a>< OF COMP NO. 16' Of 114 -001- () 1 3M 114- 001 - 4023 -M1 -- - -- - -- IND EXISTING DIFFUSERS DOWN FROM ROOF DUCTING (TIP) 1 1 flea f f US UP —a— ® (EXIST) ------------------ -- ------ ------ ---------- -e ----- M -- • I a e l 1 OM GEM MIS GS M - 1 [ c f ------------------ - ----- MATCHUNE - FORS, INUATTION SEE SHEET 4M a t ■•• 1[. MM. 6111 MATCHLINE - FOR CO NIT SEE SHEET WIT PARTIAL FLOOR PLAN SCALE: 1 /S' -1' .4 1D PIO IN ON OS =la 114 IN as f i I 1 one aim 80 X 108 UP TO NEW ROOF PENTHOUSE �� -- �-240 DN TO THIRD OOR 1 1 2. 1C 1 • - MI I= (EXIST) 1 1s a 1 8 LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M1a, M1b AND M1c. GENERAL NOTES: 1. SEE SHEET 11410 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 11410 FOR NOTES. KEY PLAN SOU: NONE 8' 4' 0 4' SCALE: 1/x131' -0" 8 WPM n MX w AMMO WE ACCEPTABILITY THIS >n ° °" arnOrlo n �n. Olin PEEPER PFEFFER ORE wins PARTIAL FIRST FLOOR an pre r HVAC PLAN 'flit BUILDING 14 -01 MECHANICAL MASTER Ca C -nb 4 - 19 t ' Lit L n '4h:4 Parer a ear LAST MINN 1M13 M5L2 -R -93035 131 AM II 1/131O. Inc ViairMrt— IIIINOINUR$ a COMP NO. o, 3sn Fan I 1 1 1 go - - - 60 4 UP T — -- Ir 0 0 oax 0 -- -•- - - - -_-- - - - -- 240 ON TO THIRD FLOOR ( 4 UP TO USE (EXIST) MAICHLINE - PIN (EXIST) 0 0 TC LINe NEEFOR CONTI ATION SEES 1�T�9 If (EXIST) O 17.4 O PARTIAL FLOOR PLAN SCALE: 1/8' -1' -0" F A scan MD IA - - - --- -- - - _ 111111111111a au* I - - - APNIOWD 1111 18.4 - - ACCEPTABILITY II'EtIf1PA= II Tam CCM IMO 60x60 UP TO ROOF DUCTING W/ 1' ACOUSTICAL UNING (EXIST) e (EXIST) OAX • 7.25.04 o PARTIAL FIRST FLOOR HVAC PLAN BUILDING 14 -01 MECHANICAL WASTER COL C- D/16 -19 LEGEND: 1, FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M10, M1b AND Mit GENERAL NOTES: I. SEE SHEET 11110 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 1M10 FOR NOTES. o 4 1M12 ! 9113 I 11114 M IMO 1M16 I 11117 I 1M18 1 1M19 0 4 KEY PLAN sCU NOW JUL 2 5 S J 4 NAT CS PLANT II IF 4' 0 SCALE: 1/6'.1' -0" eat IAN T S 4' 1M15 MC NNa1NIIRS sati. O Tt MD PL2 -R -93035 11111 14 -01 -11115 a COMP No. 16' o) S 0 3 SNP O 0 x I .__ ____t____- ____e___■-__ r PAINT SP Y BOOTH (EXISTING, RELOCATED) • x x I i — —� I -X _ __________ WALL LOUVER I SEE ARCHITECTURAL • • I I— X—� x >» x -j I 41; MS MEP IMP. INS I, MI PURUN (TYf) • al --la: MI Illeare • MATCHLINE - FOR CONTI Cie TEMPERATURE SENSOR T0� AHU -35 I WALL LOUVER SEE ARCHITECTURAL I I —X — X X —X--s X I FACILITIES UATION SEE SHEET 11112 I X X PARTIAL FLOOR PLAN SCALE: 1 / c.i' -a' I • _2:r f -4 22146- CFM 6) I I I I t (EXIST) I L,W1 B a MIL a i OP IM * __ � -'L-- •TEMPERATURE SENOR TO AHU -34 4 l a An tilY I WALL LOUVER SEE ARCHITECTURAL I X X X SEE TYPICAL DETAIL M508 x • 1000 CFM 2 1660 CFM 2 . Pm a• r•� ti 220 -- - - - - -- 220 I SW MI I ACCEPTABILITY B APPNOWO iv OPT. oat I NW X x- \ X x x 1 I I (TYP) I I 1 3 I 8 PARTIAL FIRST FLOOR HVAC PLAN BUILDING 14 -01 MECHANICAL MASTER COL D- E/6 -9.2 LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M10, MIb AND MIc. GENERAL NOTES: 1. SEE SHEET 1510 FOR ADDITIONAL NOTES. SUPPLY DUCTWORK IN WIRE SHOP RUNS ON STANCHION SUPPORTS. SEE ARCHITECTURAL FOR EXACT LOCATIONS AND MOUNTING DETAILS. 246 014 GA EXHAUST STACK TO ROOF, FOR CONTINUATION SEE SHEET RFM16. CONSTRUCTION NOTES: LOCATE SPRAY BOOTH SO THAT EXHAUST STACK CAN PASS THRU ROOF WITHOUT BENDS. SEE SHEET RFS1667 FOR LOCATION OF ROOF PENETRATION. © INSTALL AHU -35 EQUALLY SPACED BETWEEN TRUSSES AND PURUNS ON SOUTH SIDE OF CATWALK. NO PART OF UNIT MAY PROTRUDE BELOW BOTTOM CHORD OF TRUSS AND INTERFERE WITH CRANE TRAVEL. MOUNT PER MANUFACTURER'S INSTRUCTIONS AND PROVIDE SEISMIC BRACING PER SPECIFICATIONS. 0 I m 11112 I 1M13 i 11414 I 11115 I 11417 11118 i 11419 0 O 0 KEY PLAN sat Now 8' 4' 0 JUL OrrOP 2 r, 19J4 raw ca PLANT II SCALE: 1 /8'.1' -0r LS MINN 4' 8' 1M16 L2 -R -93035 Inc INSINI�RS 16' 0 tn I- 0 co m M II 01 0 3 1 I I ` I f : ) 1 ..... 4 I___ 3 I I SNP O 0 x I .__ ____t____- ____e___■-__ r PAINT SP Y BOOTH (EXISTING, RELOCATED) • x x I i — —� I -X _ __________ WALL LOUVER I SEE ARCHITECTURAL • • I I— X—� x >» x -j I 41; MS MEP IMP. INS I, MI PURUN (TYf) • al --la: MI Illeare • MATCHLINE - FOR CONTI Cie TEMPERATURE SENSOR T0� AHU -35 I WALL LOUVER SEE ARCHITECTURAL I I —X — X X —X--s X I FACILITIES UATION SEE SHEET 11112 I X X PARTIAL FLOOR PLAN SCALE: 1 / c.i' -a' I • _2:r f -4 22146- CFM 6) I I I I t (EXIST) I L,W1 B a MIL a i OP IM * __ � -'L-- •TEMPERATURE SENOR TO AHU -34 4 l a An tilY I WALL LOUVER SEE ARCHITECTURAL I X X X SEE TYPICAL DETAIL M508 x • 1000 CFM 2 1660 CFM 2 . Pm a• r•� ti 220 -- - - - - -- 220 I SW MI I ACCEPTABILITY B APPNOWO iv OPT. oat I NW X x- \ X x x 1 I I (TYP) I I 1 3 I 8 PARTIAL FIRST FLOOR HVAC PLAN BUILDING 14 -01 MECHANICAL MASTER COL D- E/6 -9.2 LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M10, MIb AND MIc. GENERAL NOTES: 1. SEE SHEET 1510 FOR ADDITIONAL NOTES. SUPPLY DUCTWORK IN WIRE SHOP RUNS ON STANCHION SUPPORTS. SEE ARCHITECTURAL FOR EXACT LOCATIONS AND MOUNTING DETAILS. 246 014 GA EXHAUST STACK TO ROOF, FOR CONTINUATION SEE SHEET RFM16. CONSTRUCTION NOTES: LOCATE SPRAY BOOTH SO THAT EXHAUST STACK CAN PASS THRU ROOF WITHOUT BENDS. SEE SHEET RFS1667 FOR LOCATION OF ROOF PENETRATION. © INSTALL AHU -35 EQUALLY SPACED BETWEEN TRUSSES AND PURUNS ON SOUTH SIDE OF CATWALK. NO PART OF UNIT MAY PROTRUDE BELOW BOTTOM CHORD OF TRUSS AND INTERFERE WITH CRANE TRAVEL. MOUNT PER MANUFACTURER'S INSTRUCTIONS AND PROVIDE SEISMIC BRACING PER SPECIFICATIONS. 0 I m 11112 I 1M13 i 11414 I 11115 I 11417 11118 i 11419 0 O 0 KEY PLAN sat Now 8' 4' 0 JUL OrrOP 2 r, 19J4 raw ca PLANT II SCALE: 1 /8'.1' -0r LS MINN 4' 8' 1M16 L2 -R -93035 Inc INSINI�RS 16' 0 tn I- 0 co m M II 01 0 3 1 I ` I : ) I___ I I SNP O 0 x I .__ ____t____- ____e___■-__ r PAINT SP Y BOOTH (EXISTING, RELOCATED) • x x I i — —� I -X _ __________ WALL LOUVER I SEE ARCHITECTURAL • • I I— X—� x >» x -j I 41; MS MEP IMP. INS I, MI PURUN (TYf) • al --la: MI Illeare • MATCHLINE - FOR CONTI Cie TEMPERATURE SENSOR T0� AHU -35 I WALL LOUVER SEE ARCHITECTURAL I I —X — X X —X--s X I FACILITIES UATION SEE SHEET 11112 I X X PARTIAL FLOOR PLAN SCALE: 1 / c.i' -a' I • _2:r f -4 22146- CFM 6) I I I I t (EXIST) I L,W1 B a MIL a i OP IM * __ � -'L-- •TEMPERATURE SENOR TO AHU -34 4 l a An tilY I WALL LOUVER SEE ARCHITECTURAL I X X X SEE TYPICAL DETAIL M508 x • 1000 CFM 2 1660 CFM 2 . Pm a• r•� ti 220 -- - - - - -- 220 I SW MI I ACCEPTABILITY B APPNOWO iv OPT. oat I NW X x- \ X x x 1 I I (TYP) I I 1 3 I 8 PARTIAL FIRST FLOOR HVAC PLAN BUILDING 14 -01 MECHANICAL MASTER COL D- E/6 -9.2 LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M10, MIb AND MIc. GENERAL NOTES: 1. SEE SHEET 1510 FOR ADDITIONAL NOTES. SUPPLY DUCTWORK IN WIRE SHOP RUNS ON STANCHION SUPPORTS. SEE ARCHITECTURAL FOR EXACT LOCATIONS AND MOUNTING DETAILS. 246 014 GA EXHAUST STACK TO ROOF, FOR CONTINUATION SEE SHEET RFM16. CONSTRUCTION NOTES: LOCATE SPRAY BOOTH SO THAT EXHAUST STACK CAN PASS THRU ROOF WITHOUT BENDS. SEE SHEET RFS1667 FOR LOCATION OF ROOF PENETRATION. © INSTALL AHU -35 EQUALLY SPACED BETWEEN TRUSSES AND PURUNS ON SOUTH SIDE OF CATWALK. NO PART OF UNIT MAY PROTRUDE BELOW BOTTOM CHORD OF TRUSS AND INTERFERE WITH CRANE TRAVEL. MOUNT PER MANUFACTURER'S INSTRUCTIONS AND PROVIDE SEISMIC BRACING PER SPECIFICATIONS. 0 I m 11112 I 1M13 i 11414 I 11115 I 11417 11118 i 11419 0 O 0 KEY PLAN sat Now 8' 4' 0 JUL OrrOP 2 r, 19J4 raw ca PLANT II SCALE: 1 /8'.1' -0r LS MINN 4' 8' 1M16 L2 -R -93035 Inc INSINI�RS 16' 0 tn I- 0 co m M II 01 0 3 1 1 O - 220 1 AC aSO a II UAW L_ . 260 I �i c I � --x SOLDERING : ENCH EXHAUST HOOD DETAIL I ana N . MP 280— 11M 7 M505 NMAam CFM CFM OM 660 CFM BENCH X EXHAUST) s MO IMP ala SEE 1YP DEMAIl M 7 M508 LOUVER. lab ARCHITECTURAL. 320 - M1M171M 1D • R RA RILL -Fr 12 12 N OM In S 10,4 X x x,—x I MATCHUNE - FOR 'NTINUATION SEE SHEET 1M1:1 540 CFM (1YP 2) M17 OS MP M50 RETURN MR P W /2" ACCO a l�rri1116'l1I � I I1 •)i 1 I i� ►�, IC N UM UNEF a Oil FAaLss GE ell gm a w 114/32 UP TO AHU -34 0 PARTIAL FLOOR PLAN SCALE: 1 /If -1' -a' x 1:1 114 ■ • r n t . IV WA t w ^ar 'S •- : t ._ .4 a MS a IN IMP MI ON 1 an 7.25.04 I 1 PARTIAL FIRST FLOOR HVAC PLAN BUILDING 14 -01 MECHANICAL MASTER COL D -E/9.2 -12.4 LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS MU:, M1b AND MIt GENERAL NOTES: 1. SEE SHEET 11110 FOR ADDITIONAL NOTES. ® SUPPLY DUCTWORK IN WIRE SHOP RUNS ON STANCHION SUPPORTS. SEE ARCHITECTURAL FOR EXACT LOCATIONS AND MOUNTING DETAILS. CONSTRUCTION NOTES: 1. SEE SHEET 11110 FOR 0 1 k� m 11412 I 1M13 i 1M14 I 11415 1M16 1M18 } 1M18 1 1M19 a a O O 4 0 KEY PLAN SOLE NOW 8' 4' 0 O JUL 2 5 1:1:;4 ran an PLANT II NOTES. 4' SCALE: 1/f.1' -0' Ur KOMI IMIT al L2 -R -93035 s a, 6 8' 16' zee Oti s Inc a UIRS nom oat -- 340 CFM , 1 1 O - 220 1 AC aSO a II UAW L_ . 260 I �i c I � --x SOLDERING : ENCH EXHAUST HOOD DETAIL I ana N . MP 280— 11M 7 M505 NMAam CFM CFM OM 660 CFM BENCH X EXHAUST) s MO IMP ala SEE 1YP DEMAIl M 7 M508 LOUVER. lab ARCHITECTURAL. 320 - M1M171M 1D • R RA RILL -Fr 12 12 N OM In S 10,4 X x x,—x I MATCHUNE - FOR 'NTINUATION SEE SHEET 1M1:1 540 CFM (1YP 2) M17 OS MP M50 RETURN MR P W /2" ACCO a l�rri1116'l1I � I I1 •)i 1 I i� ►�, IC N UM UNEF a Oil FAaLss GE ell gm a w 114/32 UP TO AHU -34 0 PARTIAL FLOOR PLAN SCALE: 1 /If -1' -a' x 1:1 114 ■ • r n t . IV WA t w ^ar 'S •- : t ._ .4 a MS a IN IMP MI ON 1 an 7.25.04 I 1 PARTIAL FIRST FLOOR HVAC PLAN BUILDING 14 -01 MECHANICAL MASTER COL D -E/9.2 -12.4 LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS MU:, M1b AND MIt GENERAL NOTES: 1. SEE SHEET 11110 FOR ADDITIONAL NOTES. ® SUPPLY DUCTWORK IN WIRE SHOP RUNS ON STANCHION SUPPORTS. SEE ARCHITECTURAL FOR EXACT LOCATIONS AND MOUNTING DETAILS. CONSTRUCTION NOTES: 1. SEE SHEET 11110 FOR 0 1 k� m 11412 I 1M13 i 1M14 I 11415 1M16 1M18 } 1M18 1 1M19 a a O O 4 0 KEY PLAN SOLE NOW 8' 4' 0 O JUL 2 5 1:1:;4 ran an PLANT II NOTES. 4' SCALE: 1/f.1' -0' Ur KOMI IMIT al L2 -R -93035 s a, 6 8' 16' zee Oti s Inc a UIRS nom oat 1M16 1 1M17 INOINII S L2-R-93035 • 1.2,4 SO imor Ile awls*. en. sipa ease dews ea UM IN - ---- ---- -- menu +--- are -- - -- - fyi clite olio SS C --- _ ----_- tT----•F---- 13,4 MP MP I IN OD • 1 I PARTIAL FLOOR PLAN SCALE: 1 /I' •1' -O" F rean (EXIST) EXISTING DIFFUSERS DOWN FROM ROOF DUCTING (1YP) MATCHZINE - F R CO Nt�T U ON SEtt SHE 1M14_ 1 IM NIP IN I NO 1D H I MIS 15,4 I Ile H •• Urn IN urnuAutu sierra I 1 PARTIAL FIRST FLOOR HVAC PLAN BUILDING 14 -01 niu w r ita• • LEGEND: 1, FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M1c, M1b AND Nib. GENERAL NOTES: 1. SEE SHEET 1M10 FOR NOTES. CONSTRUCTION NOTES: SEE SHEET 1M10 FOR NOTES. KEY PLAN Scut rapt 8' 4' 0 4' 8' 16 JUL 25 VIA nftn WITS SCALE: 1/8' -1' -0" 1 I la MI or I Th 4oiio 80110 1 0 N! UR la ONNO UM •M • e mus) 4 131 D 1 N WALL. LOUVER SEE ARCHITECTURAL 114/32 OE =SIN • a MI OD 611 M1 g C PULL i FACILITIES L ELECTRICAL - (REF) ELECTRICAL CLEARANCE ( TRANSFORMER PARTIAL FIRST FLOOR MEZZANINE PLAN SCALE 1/C •1' -0" 11, 114 ® 2,1 12. 12,4 114-001-4001-3M 4-001-4023—M1 ■ 114- 001 -40 1 SOS OS ACCEPTABILITY ►tI DEMON o II NFL OM —so 7.2514 EXISTING DIFFUSERS D (1w) OF e ( EXI ST) 1 1 1 I 1 1 1 t 1 1 1 PARTIAL FIRST FLOOR MEZZANINE HVAC PLAN BUILDING 14 -01 urruaurrsi MMrse sin n_r aw a a a LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS Mich MTh AND Mit GENERAL NOTES: 1. SEE SHEET 1M10 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 1M10 FOR NOTES. KEY PLAN WALL: NONI 8' 4' 0 ant, an JUL 2 5 1o114 Pat a -. u- .. SCALE: 1 /f.1' -0 LIST II 4' se M1M17 'PL2 -R -03035 8' BtSC IIIINSINSIIIR$ Inn OATZ COM No. 16' 6 a VD MP) 10/10 N AAA t af 100 CFM 2M 0 0 140 CFM 280 UP 240 ON LYa',l ■ 11 ;TAI' 1 7AP4% Erk 90 CFM 210 CFM 80 a 8/10 6/10 80 18/10 �•�..�� ,1 : 31/12 -A- 41/12.e- 140 UP FROM BELOW 240 UP TO EXISTING L� ON ROOF t! (EXIST) 8 R A OPENING 60 60 60 VD (TYP) --' 6 10 10 10 60 60 12/10 60 a 114Yc. IN! 4 280UP 2400N 2E0UP 2000N 1250 CFM • PART A LOOR P SCALE: 1/8".l' 275 CFM 125 CFM BUILDING 14 -01 MECHANICAL MASTER COL 8-C /6 -12.4 9.2 62 9.4 64 rnq m - ono n 10. • 10.4 DWM KOW KMR PA SCALE F As L °sa ~ s 11.2 84 2.1 12.2 12.4 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M1o, Mlb AND M1c. GENERAL NOTES: SEE SHEET 1M10 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 1M10 FOR NOTES. KEY PLAN wt ;i: 8' 4' 0 4' APPROVED OCT 6 19 r.;,.wiLtr ILDINC � 8 0 2 O 0 0 0 WALE: 1/f•1' -0' BI OP cp11P N0. — Q 0 ENa1NRRRR OAT[ 9.2.94 (2)36/14 RA OPENINGS (2)36/14 RA OPENINGS 9.2.94 nSess011 Srw MINN n DOE SW A 2ND AND 3RD FLOOR T.I. OWM KOW K it PARTIAL FLOC O eaa. O FACILITIES DEPARTMENT � : " sn /11 , ti I.iil. •� . ;141 r.b,•; .'•.rl w IUNALt;: ■ ACCEPTABILITY NS DUNN SPECIFICATION I » Paovw AMMO K DDT. DAIS PARTIAL S C ND FLOOR BUILDING 14 -01 COL B- C/12.4 -19 LWCINIV 1. FOR MECHANICAL. LEGENDS AND ABBREVIATIONS SEE SHEETS Ma, M1b AND Mic. G NERAL NOTES: 1. SEE SHEET 1M10 FOR NOTES. CONSTRUCTION NOTES: I. SEE SHEET 1M10 FOR NOTES. 0 OD SEP 0 6 1994 Me MINI PLANT II 124 KEY PLAN SCALE: NONE 8' 4' 0 SCALE: 1/8 -0" 2M11 APPROVED OCT 619S'$ BUIaING Divisor 4' M° PL2 - R - 93035 6' In 14- 61-21111 one ENGINEERS Tit OATS LAST avliON 9.2.94 or COOT No. 16' 175 CF (a) 40 CFM 4) 8• VD OW) 8/10 190 CFM (TYP 6) 95 CFM (' 5) 3M 0 155 CFM (TIP 8) 8UftJ J$ AIR 85 CFM OYP 4) 500 CFM 16/18 UP TO ON ROOF EXIST 1L7 60 CFM 600 CFM 280 UP do ON 12 400 155 CFM TIP 6) 105 CFM 135 CFM (TYP 6) 120 CFM (TYP 4) SA 210 CFM OW 4) 80DN 360UP 280DN 60/12 I ll�ll 11111 6 SFER 1250 CFM 00 CFM 4 10 L X50 CFM 110 CFM 105 CFM (TYP 4) FOURTHTFFLOOR KEY PLAN SCALE: NONE 8' 4' 0 4 a SCALE: 1/8' -1' -0' 14 -01 -31410 ESC ENGINEERS 9.2.94 9.2 9.4 6� 10.2 10.4 PARTIAL SCALE: 1/8' -1' -0' 11.2 1 4 12.2 ACCEPTABILITY IS gillpVtD MMOVLo IlY BUILDING 14 -01 MECHANICAL MASTER COL 8-C/6 -12.4 LttitNU: 1, FOR MECHANICAL. LEGENDS AND ABBREVIATIONS SEE SHEETS M1a, Mlb AND Mlc, GENERAL NOTES: 1. SEE SHEET 1M10 FOR NOTES. ,2. y - CONSTRUCTION NOTES: I. SEE SHEET 11410 FOR NOTES. 124 OV TO APPROVE DO b 1354 Mv,.v.w PARTIAL THIRD FLOOR HVAC PLAN us mum deggilesCWILA 3 1410 SEP 0 6 1994 PEW cents N°PL2 -R -93035 PLANT II ° "° OWNING 60 CFM (Ti 2) in I Ii !Ol • 2ND AND 3RD FLOOR Ti 150 CFM (TYP 3) OPENI JIJ RN AIR 20CFM � (p 2) 6/10 110 CFM (TYP 3) 60 120 CFM OW 4) 10/10 `ti 12/10 120 CFM (TYP 6) 125 CFI' (TYP 6) 10/10 ACCEPTABILITY BUILDING 14 -01 MECHANICAL MASTER COL B- C/12.4 -19 4D 4D //fin IIIENOINIIRS 16.2 16.4 17.2 PARTIA OOR PLAN SCALE: 1/8"•1'-0* 17.4 18.2 18.4 15,4 LtUtNU: 1, FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS 1A1a, M1b AND M1c, GENERAL NOTES: 1. SEE SHEET 11110 FOR NOTES. nn q4-olio CONSTRUCTION NOTES: I. SEE SHEET 1M10 FOR NOTES. KEY PLAN SCALE NONE 8' 4' 0 4' SCALE: 1/8•-1' -0' OCT B 1 '► fl .fir VV as clim nivis' 8 14- 01 -3M11 16' 9.2 MEP — - q 94 — • • 11— • L 3.2— • IS • _,_ L 1■11•1,-- 11— ••11•■•••,••■ UP 0( 10 10.2 -- OD IM MATCHUNE — SEE SHEET 1M12 10.4 MATCHUNE — SEE S EET 11413 a • a a W rliP 2) n% cE'I — 7q PARTIAL FLOOR PLAN SCALE: 1/8' =1' -01' 4M10 M50C 60/6 ass's FACILITIES DEPARTMENT -- . 162 "x bb' 0/A III ft at PULUI 16;I_2 FD MODULAR BUILDING CONTROLLER i 16/12 • - 120/36 ON PARTIAL FLOOR PLAN() SCALE: 1/8" =1' -0" 11 2 LOUVER AHU S 1 1 4 84 12.1 • — 1 2S ION SEE ARCH 1,1 1 f L OD IMP • - 9 �,— I.- -, — - 12.2 11— •— . — • — I - - • —• —•- -. - 24/30 OM IN S 1 .a -C-- •.11. -.-. - a a- J 1) i 1,'A (\ 24/24 ON W /FD -24/24 24/30 ON 24/24 ON W /FD 0 PARTIAL FOURTH FLOOR HVAC PLAN BUILDING 14 -01 - - a- LEGcNQ: 1. FOR MECHANIC# LEGENDS AND A8OREVIATIONS SEE SHEETS Ma, M1b AND Mk. GENERAL NOTES: 1. SEE SHEET 11410 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 11410 FOR NOTES. 0 a m 11412 11413 i 11414 I 11415 11416 I 11417 I 1818 I 11419 0 0 0 KEY PLAN SWL: NONE arnirWavaA JUL 2 5 19:;► FiWRn -- 8' 4' 0 A P P RpVED 00 6 rt. notai gO1 DSG OVISION 4' SCALE: 1/t.11 -r uar S 4M10 � 8' LL „C LL1L111111NUU DUI OF 16' aa. rs 1 .T.— I -y- 9.2 MEP — - q 94 — • • 11— • L 3.2— • IS • _,_ L 1■11•1,-- 11— ••11•■•••,••■ UP 0( 10 10.2 -- OD IM MATCHUNE — SEE SHEET 1M12 10.4 MATCHUNE — SEE S EET 11413 a • a a W rliP 2) n% cE'I — 7q PARTIAL FLOOR PLAN SCALE: 1/8' =1' -01' 4M10 M50C 60/6 ass's FACILITIES DEPARTMENT -- . 162 "x bb' 0/A III ft at PULUI 16;I_2 FD MODULAR BUILDING CONTROLLER i 16/12 • - 120/36 ON PARTIAL FLOOR PLAN() SCALE: 1/8" =1' -0" 11 2 LOUVER AHU S 1 1 4 84 12.1 • — 1 2S ION SEE ARCH 1,1 1 f L OD IMP • - 9 �,— I.- -, — - 12.2 11— •— . — • — I - - • —• —•- -. - 24/30 OM IN S 1 .a -C-- •.11. -.-. - a a- J 1) i 1,'A (\ 24/24 ON W /FD -24/24 24/30 ON 24/24 ON W /FD 0 PARTIAL FOURTH FLOOR HVAC PLAN BUILDING 14 -01 - - a- LEGcNQ: 1. FOR MECHANIC# LEGENDS AND A8OREVIATIONS SEE SHEETS Ma, M1b AND Mk. GENERAL NOTES: 1. SEE SHEET 11410 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 11410 FOR NOTES. 0 a m 11412 11413 i 11414 I 11415 11416 I 11417 I 1818 I 11419 0 0 0 KEY PLAN SWL: NONE arnirWavaA JUL 2 5 19:;► FiWRn -- 8' 4' 0 A P P RpVED 00 6 rt. notai gO1 DSG OVISION 4' SCALE: 1/t.11 -r uar S 4M10 � 8' LL „C LL1L111111NUU DUI OF 16' aa. 1.2.4 '24/24 ON W/FD I x24/24 1,'`24/30 ON ' ;24/24 ON W/FD 3 2800 C X I IN --- 16.2 16 4 X42/40 1 `-26r II, SIMIOVID E NHll IC ,FO aat 1m FOR CONT NUATION SEE DRAWING 1M15 is MOWN 13.4 or as f S s — 17.2 - — — T M-- (c' I -IL INita - `.aG aa PARTIAL FL OO! "' 11,4!•i SCALE: 1/•=1' -O' MA'I• :Nc.ttNi -7Sb •_., . 11.11 PARTIAL FLOOR PLAN SCALE: 1/8" =1' -0` BOE/�Ii/a FACILITIES DEPARTMI I r - I • 1 M t 1 — — — we 1D - - -- -- 17.4 C103 18. 114 -- MD MI Ell MD MI= 10/6 r S _ J LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M10, Mlb AND Mk. GENERAL NOTES: 1. SEE SHEET 11110 FOR NOTES. cfri es Of 10 a- PARTIAL FOURTH FLOOR HVAC PLAN CONSTRUCTION NOTES: 1. SEE SHEET 1M10 FOR NOTES. BUILDING 14 -01 JUL ��2I u Man ....— KEY PLAN semi: Iam 8' 4' 0 SCALE: 1 /8'.1' -O' APP ROVED 00 1511 111111.06 MASON O 1 a m D 1M12 I 11113 I 1M14 I 1M15 11116 I 11117 11118 I 1M19 0 v IS WWI 4' 4M11 a L2 -R -03035 6' 16' Nsc MN ENS COW a II It v 0 0 1 MINN • (EXIST) OAI is as - - - - - - -- n 94 OW • •YY 8 • eel 6 14-- or 0 0 MATCHUNE — SEE SHE RFM12 PARTIAL ROOF PLAN SCALE: 1 /g' -1' -O' MATCHUNE - SEE SHE RFM13 PARTIAL ROOF PLAN SCALE: 1 /t' •1' -0' r r an MUM EMI 0 ea IS IIMMI IMO (EXIST) xlitY -- .'t l eo Oa • ., -- -- ~ID BY ACCEPTABILf TIC Mal LIE Al AI'Fl1oYD :'N: ' 7a77 OUR 1 a►n (EXIST) -- 0 1 12.4 PARTIAL ROOF HVAC PLAN BUILDING 14 -01 iltAuJf•110•1 &LURID AA. w a at a LEGEND: 1. FOR MECHANICAL. LEGENDS MD ABBREVIATIONS SEE SHEETS MI , Mlb AND M1c. GENERAL NOTES: 1. SEE SHEET 11110 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 11110 FOR NOTES. 0 Irr MOM RFM12 RFM13 1 RFM14 RFM15 RFM16 RFM17 ' RFM18 1 RFM19 KEY PLAN scar: Noe/ sta— JUL 2 ti 11,4 Mt OMR is 8' 4' 0 4' 8' 16' SCALE: 1/8" -1' -0 RDIION nr INOINIIRS ownwr .. RFM 10 L2 -R -93035 153" Ur 1T4 1 I 1 • MOM (EXIST) OAI (I) CI - IMP ���- NW 13. 16.4 a a- — -- (EXIST) di) IMP — 17 -- PARTIAL ROOF PLAN SCALE: 1/6 -1'-0' 0 a PARTIAL ROOF PLAN SCALE: 1 /I' •1'-o" MATCHUNE SEE SHEET RFM14 17.4 mime FACT n 144 ® i i O — (EXIST) (EXIST) MI a a 1 ACCEPTABILITY WIS Mal Na ~KO BY - otr�. DAIS MI — 1=I•MPINSO OM (EXIST) PARTIAL ROOF HVAC PLAN BUILDING 14 -01 GENERAL NOTES: 1. SEE SHEET 11410 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 11410 FOR NOTES. JUL 25 15A POUT PINION MECHANICAL MASTER COL 8- c/12.4 -19 PUNT II LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M1a, MTh AND Mk:. 0 _ ' _ RFM12 RFM13 I RFM14 RFM16 RFM17 ' RFMI8 RFM15 I- 8 ,M18 Ir KEY PLAN we NONE 8' 4' 0 SCALE: 1 fig' -1' -If IIDSON Maur APPR eV 6 1984 no twain 4' a 1.2 -R -93035 NG DM MOON OID 8' 0 FMII 'sac INAINIIR8 or coup so 16' • � r AMC MI! N I 30 ® 30/28 WM a 34/34 34/34 a n a � 30/28 30/28 30/28 APPISMO gtINE� £'r FACILITIES DEPARTMENT (Dag) PENTHOUSE PARTIAL ROOF PLAN SCALE: 1/8 -0' l t—r es 30/28 (EXIST) irrel 30/28 30/28 M I i I• A.......• m., ea S. a I n om"; �. 1;1! • , „ l w s • � 34/34 34/34 34/34 MO IN ACCEPTABILITY DP . li tO g NMMOKp j i If WY. oE1v A • R OM 1-04 :U M= Ivo ATM • 30/28 30/28 30/28 116 IMP PARTIAL ROOF HVAC PLAN BUILDING 14 -01 MECHANICAL MASTER COL C- 0/8 -92 LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M1o, Mb AND M1c. GENERAL NOTES: I. SEE SHEET 1M10 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 1M10 FOR NOTES. ti 0101 nfloVE OCA 5 b3 /k • ••• pl q n tar RFM13 1 RFM14 RFM15 i RFM19 —I- RFM16 1 RFM17 RFM18 • KEY PLAN SCOW NOME at 4' 0 4' 8' 16' SCALE: 1/8"x1' -0' Inc ENGINEERS inn OM 'AU WPM JUL 2- RFM12 arrtw R- 93035 " PLANT II 1111 it 1 4 - 01 -RFM12 or 30/28 S z Lag 0 Sr Sac _ __ r J S _ IN __ (EXIST) 1g2 10,4 11, MATCHUNE — SEE S EET RFM10 - e r e N 30/28 30/28 30/28 _ _ r S S MATCHUNE - SEE EET RFM17 1 PARTIAL ROOF PLAN SCALE: 1/8" -1' -0' FACILITIES n 30/28 30/28 L 30/28 2 114 .44 ]•c S IONALWn n r=, � 1 ACCEPTABILITY < d , • ' • .� MS MON Na 7 mamma • 30/28 _ • _ t PARTIAL ROOF HVAC PLAN BUILDING 14 -01 MECHANICAL MASTER COL C - D02.2 - 12.4 LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M1c, M1b AND M1c. GENERAL NOTES: 1. SEE SHEET 1M1O FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 11410 FOR NOTES. 0 I RFM12 RFM13 4 4 RFM16 1 RFM17 RFM18 t_ RFM14 I RFM15 1 -- RFM19 fr KEY PLAN SWIM NONE Qyter JUL 2 5 19.;4 MN COMM MIAMI H ' - NO. MILD IlD i ' 15' SCALE: 1 0•1' -0` RFM73 ND PL2 -R -93035 (c) INOINEIRS svMOL Cr1TL AA MA MmnAm OF C) CPO Fi In ch S 01 I IN MI I "I 1 I• 1 I 1 1 1 1 Lea it 1D MOO tw (EXIST) Ef01 SOW EXIST PENTI NO ROOF ( OUSE q -011 w 1D MATCHUNE - SEE SHEET RFM11 a aa •• MATCHLINE - SEE SHEET RFM19 PARTIAL ROOF PLAN SCALE: 1/8"■1' -01' F Asosa's 1 /. II. • r 443 04 e SON AL et % ACCEPTABILITY its am mm PfalrATION AMMO M OLIR. Mt • • MN • PARTIAL ROOF HVAC PLAN BUILDING 14 -01 MECHANICAL WASTER COL C- D/18 -19 LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M1o, M1b AND M1c. GENERAL NOTES: 1. SEE SHEET 1M10 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 11110 FOR NOTES. KEY PLAN scar: NONE sup JUL 2 < L" Plat WIN PLANT II SCALE: 1/V.1' -0" 0 T Et the RFM12 RFM13 i RFMI4 R 1 #. RFM18 1 RFM17 RFM18 1 RFM19 8' 4' 0 4' 8' 16' WIC INGINIURB USTAMMIN RFM15 ,m L2 -R -93035 u_.n• nrutE cs NO. N z 0 • L...' - -- a RFM 6 M505 CROSS MEMBER AT TOP AND BOTTOM CHORD OF TRUSS ('1YP) 240 EXH STACK FROM SPRAY BOOTH FOR CONTINUATION SEE SHEET 11416 PURLIN (TYP) ►�'� cliale of 10 OA INTAKE FOR 9 PARTIAL ROOF PLAN SCALE: 1/C.1 F ►�cIL OE4 111/0 IN ES (EXIST) MO OD r MEI rrri • '. f ry ��,� SI a SS MN IN IN MI IN IN MIN SIPA,...It AI ...mss i 1 1 g ' 1 PARTIAL ROOF HVAC PLAN BUILDING 14•01 JUL 2 a, aa, a at La a LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS Mc, M1b AND M1c. GENERAL NOTES: 1. SEE SHEET 11410 FOR NOES. CONSTRUCTION NOTES: 1. SEE SHEET 1M10 FOR ADDITIONAL NOTES. © LOCATE TO CLEAR PURLIN AND BOTTOM CHORD CROSS MEMBER. FOR EXACT LOCATION SEE SHEET RFS166T. ® FOR EXACT LOCATION OF ROOF OPENING SEE SHEET RFS166T. Q a MS RFM12 RFM13 1 RFM14 RFM15 Ole anammasmigia a RFM17 RFM18 RFM19 A KEY PLAN SCAN: NONE 8' 4' 0 SCALE: 1/t.1' -0' p AMMON nr liFM18 L2 -R -93035 „AC ENGINEERS us Cc) V NO 16' to tin lV 0 I U, N v to 0 1THWS UP (EXIST) 92 ..J -- 9.4 4'HWS UP - - MCH () 10� DETAIL 1 M 0 M509 10.4 MATCHLINE - SEE SHE 1M62 PARTIAL FLOOR PLAN SCALE: 1/8 " -1' -o F SeE/fl V i MATCHU - SEE SHEET 11183 PARTIAL FLOOR PLAN SCALE: 1/8' -1' -0' IMP OP 1 2 111 1= 4 . ✓ t h1 Al SI Le — — 8� ACCEPTABILITY TIC OEM NO MICA= Ii ALIGNMENT GUIDE TYPICAL DETAIL OWL E I am tir 1M M509 12. 1 90 i 12.4 4'CHWR UP (CHWS UP oat EXIST) . � THHWR . ,�,∎�; • 1 1/2" 21 -- -- 7.25.94 1 1 C ON 11 /YC ON I 1 /2'CHWS UP 1 /2'CHWR UP PARTIAL FIRST FLOOR HVAC PIPING PLAN catrarmtA BUILDING 14 -01 MECHANICAL MASTER COL B-C /8 -12.4 LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M1o, Mb AND M1c. GENERAL NOTES: CONSTRUCTION NOTES: 1. CEILING SPACE IS EXTREMELY LIMITED. COORDINATE INSTALLATION WITH OTHER TRADES. OWNER WILL NOT REIMBURSE THE MECHANICAL CONTRACTOR FOR CHANGES RESULTING FROM CONTRACTORS FAILURE TO COORDINATE INSTALLATION WITH THAT OF OTHER TRADES. © DRAIN EXISTING CHILLED WATER PIPING AND COILS ON ROOF AND ABANDON IN PLACE. �U}L 0 1 et: m I :[ ;t' it 11162 I 1M63 i 1M64 11465 -- -} - -1- 1 -- 11186 I 11167 I 11168 11469 m 0 0 KEY PLAN WALL NON 8' 4' 0 t rill ri POW on PLANT II SCALE: 1/g' -1' -0' IASI PINION 4' 'n 1M60 airit PL2-R-93035 8' U11C INSINOIRS t o -nt -turn a COP NO. 16' 0 0 m 0 0 m M II Y t &Di'.? 1 ' y, v s : : I 1.2,4 1D 16.4 17.4 MATCHUNE - SEE SH 11184 PARTIAL FLOOR PLAN SCALE: 1/8".1' -O' 1,4.4 -- - - 16.2 a - - 16.4 -- 15,4 ALIGNMENT GUIDE TYPICAL SEE DETAIL IM M509 4'HWR UP MECHANICAL MASTER 1 1 PARTIAL FIRST FLOOR HVAC PIPING PLAN BUILDING 14 -01 COL 8- C/12.4 -19 LEGEND: 1. FOR MECHANICAL. LEGENDS AND ABBREVIATIONS SEE SHEETS M1a, Mb AND M1c. GENERAL NOTES: 1. SEE SHEET 1M80 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 1M60 FOR NOTES. KEY PLAN scKE: NONE 8' 4' 0 4' SCALE: 1/8'•1' -0' •• A• •.• -• 6 W 8' 16' COW NO. c6) Q (WAS H n • • &R) I CAP (NEW) 2 1/2' I - - (NEW) El - - i (EXIST) HWR HWS 11P.8 =fa 21/2' l _ tri IBM CAP (NEW) — - Z.) iu ------------------ ---- -- UATION SEE SHEET 4M60 • • PARTIAL FIRST FLOOR PLAN SCALE: 1/8.1' -0' DOD J Z vi - MATCHLINE - FOR ICTNT NUATION SEE SHEET 1MOl - - all rD r iii oar - i [loi • - n f' cr019 1 r N•14;A 14# TO�NAL • amok a.wt.. 00 OS MI - 84 - 6' 0 0 0 HWR HWS - - - 4 - 1 a -- WS OD SNP 2 1/2' 3 Fr p _9 IS qj_ a al CAP (NEW) 4' 6' (EX L I I LLULNO: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M1a, M1b AND M1c. GENERAL NOTES: 1. SEE SHEET 1M60 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET IM60 FOR NOTES. © REPLACE EXISTING SADDLES WITH URETHANE BLOCKS ON REUSED HWS & R PIPING. „ 1 .! 1 � t 11 ` ! L T e'IL01NC 0 _ _fM6j 1M62 11163 i 11164 1M65 4— I_ 1M66 11167 11168 I 1M69 KEY PLAN Nall cjPROV D DO 6 191+ SCALE: 1/8'.1' -17 SKI KS Mt it am KS n Mt ACCEPTABILITY NS r snaN _ID w an. DAM tnt PARTIAL FIRST FLOOR HVAC PIPING PLAN BUILDING 14 -01 MECHANICAL MASTER COL C- D/6 -92 -- JUL 2 1 t4,21 MAR SON PLANT II LAP So n "1M82 'Etc ENGINEERS >►�-- -trot 1K i10t MD .L2 - R - 93035 ` H0: u -ell _ wA7 1 1 1 f 1 U a CID ...- w -..-r= w.-- .w. --.. i 4" (EXIST) MYR HWS - .n---- __.r_ _ _ - _ _ mpg ass --- -.--- --- ___.r - -- T _ emb_ mop aims -- 10,4 MATCHLINE - FOR C0 1 » VTINUATION SEE SHEET 4M60 I mow.- _- �._= wn -a -- M1- . d► • MATCHLINE - FOR CO ITINUATION SEE SHEET 11167 PARTIAL FIRST FLOOR PLAN SCALE: 1/8' -1' -0• S.- Mw-rwww• a •■■•■•at _ -w ww._ TJE:ILl - - - - t _ .ti — _—. __ MN" N_ ere • cu wINAu... IMP GIP - - -- ..r MP IMP eta — — r aGn - (EXIST) '�'- _- -T - - -t Ti d'rs.. r r --- - - - - -- • - • I0I • ,. 12.4 0 E XIST) HWR HWS -- I i 1 1 i 1 1 i _r.vrr •v• It FOR MECHANICAL. LEGENDS AND ABBREVIATIONS SEE SHEETS M1c, M1b AND M1c. GENERAL NOTES: 1. SEE SHEET 11160 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 11160 FOR NOTES. 1M62 ✓ 1116 4 11164 G . 1M66 1 1M67 KEY PLAN SCALE: NONE "p R OV D O CI 6 ' SCALE: 1 /g'-1' -O" IOW d NCO • NON ATFl n FACILITIES t Ate "t ccti r ' . Sc ,* A ACCEPTABILITY p wEcmcA M MIIIOYto NM= DV OVT. OATt currmc PARTIAL FIRST FLOOR NVAC PIPING PLAN BUILDING 14 -01 MECHANICAL MASTER • COL C -D/9.2 -12.4 RECEIVED IMPSINIAMAINA— JUL 2:; SJJ /LlNTOT owrL1T PLANT II REEC ENGIN LAST MINN sywo'. �1M63 i10r N PL2 -R -93035 COO NO. 14 -01 -11163 DATE ERE a (1) On to. 0 1 0 N to I 0 14 1 I I - -3 GIP IN i IIMII - elan as_ ji 4" ti • MWSeMIelaa ftgalMINIaftee 0 4 MOOMMMOO Mes 0 - --- - - - - -r ------------- - -• - -- -a -- sin 1 I I I IMP OM -- i -- ' - - --- - } ----- - 1 - - - --- - - H T� F$INE —FOR s I k SH u.. 4' / /6' (EXIST) H WR HWS "- _ H P—I - -- -� -- -- - MATCHUN - FiR C' UAT�N SEE SHEET 1M68 - I DUO H H 14,4 PARTIAL FIRST FLOOR PLAN SCALE: 1 /g' -1' -o" 1 I H r: !flit Slo 114 -- - --- - 1S 2 H I DOO e (EXIST) iVIR �11Is HWS H . -] 3 r ❑ 1 CAP (NEW) ❑ am ❑ ❑ I 1 LEGEND;, 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M1o, MI AND M1c, GENERAL NOTES: 1. SEE SHEET 11160 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 11460 FOR NOTES. 0 2 _ M 0 41161_ 1M62 1163 11164 1M65 1M66 i 1M67 11468 I 1M69 12� KEY PLAN sca: 8 SCALE: 1 /8" .1'-0" IIMON /01101113 PAN K AMC N Mt FACILITIES t • ,uta. f. J. vs et.t It I nmtt PARTIAL FIRST FLOOR HVAC PIPING PLAN BUILDING 14 -01 MECHANICAL MASTER COL C- 0/12.4 -16 p - J U L 2 .; NNW MINN PLANT II (AU NOUN nu iM84 . ND1212 -R -93035 NO Ne. 14 -0 /ESC ENOINIER 1 -1M6$4 OF (6) CF) V r am • I 1 I 4' 6' W1 (EXIST) I Z7c1 H WR ; HWS ▪ 1 1 • I gl 1 1 I 1 1 I 1 1 I I 1 I I 1 Len —• 1 6) - - 0 0 a - 1 x 6 ;4 ° ° a 0 ea -n 0 0 0 ( 1 0 1D MATCHLINE FOR CONTINUATION SEE SHE MATCHLINE - 0 17.4 4M61 13 I 0 11 =a_ 000 0 � ��aa I as FOR CONTINUATION SEE SHE 11469 FACILITIES — • — NI -. =IIMP elm • PARTIAL FIRST FLOOR PLAN SCALE: 1/8' -1' -0' —a 0 - - OM - 6" 6" (EXIST) HWR HWS MP — all • — a r/37diI1 • -- 1 >4 I a a 1 I ACCEPTABILITY a °" I, p AMIIOV[o If Odn. OMR MI ® ZT (EXIST) ® (EXIST) 2 1 /2"HWS 2 1 /2'HWR (EXIST) r ------- ____ -_ - -_ .Jr .- P Malla 0 PARTIAL FIRST FLOOR HVAC PIPING PLAN BUILDING 14 -01 MECHANICAL MASTER COL C— D/16 -19 LEQEND : 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M1o, MTh AND M1c. GENERAL NOTES: 1. SEE SHEET 11.160 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 11160 FOR NOTES. 4'A _ _ 41460 — 11462 I 1M63 - - --}-- 1- 11466 i 11467 � " E KEY PLAN SCALE: NONE JUL 2 L., Mat SIN PI AMT II 8' 4' 0 4' 8' 16' SCALE: 1t =1' - lv4 LOST REVISION 11464 1M65 r 1- 1168 I 11469 1M65 S E&C E NGINEERS Tt -- N° PL2 —R -93035 ow No. • - -• - - - -- Cr LV 6 ____gipp_ ..__"lime • 00 ablee. ea Se. ell■••••1111Me MD SIMI lee, 111B - ---�- flee----- - - - - - MINJh & :cam MN Mr. X x Se 2 I--I T- - x x 4—x i X x —, X -I ND • MP OD ON MP x x x s • % -, • • Tsl i. J J • PARTIAL FIRST FLOOR PLAN x x x St •a as OM OW IN UP as as L x IN ND x x x I • FOR CONTINUATION SEE SHEET M1M67 ((EXIST) ((EXIST) _J II I I 4 LttitNU: 1. FOR MECHANICAL. LEGENDS AND ABBREVIATIONS SEE SHEETS M1a, M1b AND M1c, GENERAL NOTES: 1. SEE SHEET IM60 FOR NOTES. CONSTRUCTION NOTES: I. SEE SHEET 1M60 FOR NOTES. REPLACE EXISTING SADDLES WITH URETHANE BLOCKS ON REUSED WS & R PIPING. ® 2 16 _J ft__ . - 4 M ) g 1M62 I _ 1M63 L 11164 I 1M65 ce ��; 1M67 1M68 i 1M69 --0 KEY PLAN SCALE: NONE I srN MUM it aaE s<w FU N w SCALE: 1 /8'• 1' -D" FACILITIES ACCEPTABILITY MS CM SPECIFICATIION IS N►IIDY[p NM= IN tin. OATt Pal PARTIAL FIRST FLOOR HVAC PIPING PLAN BUILDING 14 -01 MECHANICAL MASTER COL D- E/6 -9.2 UST AMMON twit nit M 66 JUL 2 5 'l sin mum N° PL2 -R -93035 PLANT II X M 1 4_111_1L aa ENOINISPle OAn OF CON. NO. SCALE: 1 3•1' -0" grt 0 1 II a CO 0 c m M - • MAO C:7 1 4 ( �. z -- x -x--x � Q Q ) *s r x _ �L, x -I L—x 1 • z 0 x PARTIAL FIRST FLOOR PLAN SCALE: 1/8'-1' 114 cf4s olio 1 LttitNQ: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M1a, M1b AND M1c. GENERAL NOTES: 1. SEE SHEET 1M60 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 11160 FOR NOTES. 0 _ M _ 11462 1M63 1M64 i 1M65 Me Mal 1M66 11467 1M68 i 11169 KEY PLAN SCALE: NONE 1t4 119 8 ' 4' 0 4' 8' 16' SCALE: 1 /t =1' -O' 11r1A Kra MOM 1 AMMO f A sasavc � ` y� � NAS�j� r N 4 b rt ACCEPTABILITY PECIFICAVN f AMNOVID rr OPT. DAM 1 UNG I ; .t UNG NG , %:;(!. FY VII[ 7.25. Ira PARTIAL FIRST FLOOR HVAC PIPING PLAN 0 4111MA BUILDING 14 -01 JUL L MECHANICAL MASTER COL D -E/9.2 -12. PLAIT 11 Up AMNON T 1M87 10 � N PL2 -R -93035 ONO NO. FINDOI. ONE Inc ENGINEERS COMP tto. a x m FOR CONTINUATION SEE SHEET 141M67 On MP sr OPPIOCI w ----- rt---- l--- -- - e—w--T ear -w r-••- 1 i C 9 a P a.a: _D D n MP MI CAP (NEW) 2 1/f I e l 1 fr'qqe(( o 13,4 -a I H N I - - 14,2 PARTIAL FIRST FLOOR PLAN SCALE: 1/8'•1' -0' FACILITIES as (EXIST) HWR 14,4 U&TJON SEE SHEET 1164 - - - - MOD H :2 .c ,r. c 4417::: A: I ` I ` ,, a 1 . 1 N .. if f 9 4 - - BUY, ,1.1 D CU UM JIM 15, H - - ACCEPTABILITY S'EeMICAION IS mown IN OPT. 0A1[ (EXIST) Hws HWR - IM 13,4 L H •o 2 1/2' ! 3 J L .1 r D DD :cc - err -- i CAP (NEVI) OIM Mani _ C_ I PARTIAL FIRST FLOOR HVAC PIPING PLAN BUILDING 14 -01 COL 0- E/12.4 -16 LEGEND: 1, FOR MECHANICAL. LEGENDS AND ABBREVIATIONS SEE SHEETS M1o, M1b AND We, GENERAL NOTES: I. SEE SHEET 11460 FOR NOTES. CONSTRUCTION NOTES: SEE SHEET 11460 FOR NOTES. KEY PLAN SCALE: NO ow OP TUKWILA JUL 2 NNW MT. PLANT II pot 12) 0 2 0 4 _ 11462 I 1M63 1M64 I 11465 I 11466 _ 11,467 11468 i 11469 8' 4' 0 4' 8' 16' SCALE: 1 /8'• 1' -0" LAST WWI SHUT 1M68 Na PL2 -R -93035 BOAC N° ' 14 -01 -11468 ENGINEERS moot "ONTt lc) - 0 0 M Q 1 1 1 I 1 �J i71 1 1 3 1 1 1 1 1 1 1 1 (EXIST) 6' 6" (EXIST) - 1 6, 4 IN - IMI -. . - - 6' (EXIST) b i - - T - 1 1 'r L 000 a • J 1 INS IIWR IT J null -a MIND f Asens e PARTIAL FIRST FLOOR PLAN SCALE: 1/8 6' S (EXIST) EN ND 1g - - MEMO • 1 � ��... -` 1. r;NAL t• No IS L - 6' 8' (EXIST) 1 .1 4 1 ACCEPTABILITY MPROYED N OEPf. OAEE eel urwwuISAI uso*re. PARTIAL FIRST FLOOR HVAC PIPING PLAN BUILDING 14 -01 dm dmIA. aka LEGEND: 1, FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS MIt M1b AND We. GENERAL NOTES: 1, SEE SHEET I M60 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 1M60 FOR NOTES. 4 60 1M62 11463 - - - -}- 11466 i 1M67 KEY PLAN SCALE NONE 8 4' 124 0 SCALE: 1 /f -1' -0" AppROVED OC1 b b i 4' 8' 19 61 1M64 11,465 11468 * 11469 1 . ) RENlIOM a Tv l D »�Inu� ' >Mkur JUL 1 1s16 9 Pemr ag i1p N° PL2 -R -93035 One ENGINEERS If COMP NO 16' FOR CONTINUATION SEE SHEET 1M66 U 1 1 1 1 1 1 1 1 1 HWR CHWS 6' EXIST 4 (EXIST; 4' nnq4Q(Io I M 7 11508 • 1 0,4 IN IS • • COIL PULL AREA IMMIND la • 3'HWS DN 3'HWR DN 4'CHWS DN 4' CHWR ON IQ MN 1 M50 4'CHWR D 4'CHWS DN 3'HWR DN 3"HWS DN IMP ELECTRICAL ELECTRICAL CLEARANCE TRANSFORMER (REF) IN UN L PARTIAL FIRST FLOOR MEZZANINE PLAN SCALE: 1 /8' •1' -0' MP ON i i4 1» 1 1 HWR 1 I 1 1 I I 1 I 1 FOR CONTINUATION SEE SHEET 1M68 LEGEND: 1, FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M1o, M1b AND M1c. GENERAL NOTES: 1. SEE SHEET 11160 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 1M60 FOR NOTES. KEY PLAN SCALE: NONE 8' 4' 0 APPROV OCT 6 " nafvIw PI WONG nhilStn ", 4' 8' NIS PAS DOS d PM AMMO Pt FA Sara's y 60x,1; 1 ` ; 0 `', ACCEPTABILITY ! C $ OR O M a PM . rc PARTIAL FIRST FLOOR MEZZANINE HVAC PIPING PLAN BUILDING 14 -01 MECHANICAL MASTER COL D- E/10.2 -1 Ot19i OFTi to JUL 2 1 MAR to PLANT II ntsis ON .11M 67 7Q. ND P12 -R -93035 H&C ENGINE .- PATE Orq N0' 14- 01 -M1M67 SCALE: 1/8' •1' -0" IRS • ( OF COMP NO. -(D) 16' r` 0 0 v i Id N- 0 m N- ° m L cn to 'C io 1O"HWR UP 10 "HWS UP (EXIST) Fog uft (EXIST 2'HWS & R TO OH -1 (EXIST) FOR CONTINUATION SEE SHEET 11462 9.2 9 4 PARTIAL FLOOR PLAN SCALE: 1/8"•1' -0' PARTIAL OOR PLAN SCALE: 1/8 -0' 2M ANCHOR SPE DETAIL 114.0 M509 84 ALIGNMENT GUIDE TYPICAL. SEE DETAIL 114¢0114 1 » 12.4 mq4c io 1 1 /2"CHWR DN 1 1 /2"CHWS DN EXPANSION LOOPS ELD. LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS MN, M1b AND M1c. GENERAL NOTES: I. SEE SHEET 11,460 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 11460 FOR NOTES. 0 !I;t.'J4: i ru i 0 0 0 KEY PLAN wL e N* 8' 4' 0 SCALE: 1/8" • 1' -0' 4' 8' 16' :1n' A AMMON 2ND AND 3RD FLOOR Ti it OWM K0W Da 9.2.94 m SIMON it FACIUTIES ays . 'ct ti t�V ACCEPTABILITY NS N[ CMGIflONOEiIp1 __ MMIOV O M a MIt - iUi�rtlC PARTIAL SECOND FLOOR HVAC PIPING PLAN BUILDING 14 -01 MECHANICAL. MASTER COL 8-C /8 -12.4 w, SEP 0 6 1994 NW OMITS PLANT II lASI Mom ! !2M60 1 L2 -R -93035 14- 01 -214R0 INOINIIRS 9.2.94 of too so. 1 r 1 2ND AND 3RD FLOOR T.I. 2" WR �r n 16.2 OWN KOW Keg NORM xc 9.2.94 16.4 4 "HWR 3 /4•HWS ANCHOR (TYP SEE DETAIL 134 214 611M509 Sr 1�4. 14.4 2" PARTIAL FLOOR PLAN SCALE: 1 /8' -1' -0' 17.4 PARTIAL OOR PLAN SCALE: 1/8" -1' -0" FA Saran AUGIIMENT GUIDE SEE DETAIL 2M61 M509 of 4th tat r ' A .1' . G ►lONA 18.4 0 0 do R TO OH -5 (EXIST) FOR CONTINUATION SEE SHEET 11465 ACCEPTABILITY 111$ MON Ta IFECNAINNI *Plot N OM. an O'CH 18.4 2" HIM UP & ON INNS UP (EXIST) THWR UP (EXIST) • • • 4"CHWS UP & DN ' PUMP ' r -'.114 s 4 "CHWR UP & ON ifr .III I , II1 Ir L BUILDING 14 -01 �1lwu1•IIw11 uaeie- $Al S PA •A • •w LG:. 1, FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS MTh, M1b AND M1a, GENERAL NOTES: I. SEE SHEET 11460 FOR NOTES. mqq± of to CONSTRUCTION NOTES: 1. SEE SHEET 11460 FOR NOTES. tu t i 04 05° 0 t 7t ,t /AXP17.14 % ���� 0 0 KEY PLAN SCALE: Nowt 8' 4' 0 4' 8' 16' MIA u- SCALE: 1/8' •1•-0' "C NNOINUIN$ 9.2.94 " 1 SEP 0 6 1994 ' 2M6 Pew owns 12 -R -93035 Nana PARTIAL SECOND FLOOR HVAC PIPING PLAN 1/41 RD1MON P DWM KOW Kp Ifl IAL FLOOR PLAN SCALE: 1/8'01 Inc INOINIIRI 10"HWR DN (EXIST) 10"HWR UP 1O'HWS UP () rH u (EXIST) 9.2 1 9.4 12.2 12.4 3M PARTIAL FLOOR PLAN SCALE: 1 /L1' -1' -o FACILITIES 11.2 1r4 8� AUGNMENT GUIDE TYPICAL SEE DETAIL 1M M509 122 Del ( +4.01 10 12.4 1 1 /2"CHWS DN 1 1 /2"CHWR ON 1 /2"CHWR UP 1 1/2 CHWS UP EXPANSION LOOPS WELD. BUILDING 14 -01 MECHANICAL MASTER COL B-C \12.4 -19 1.wervv: 1, FOR MECHANICAL. LEGENDS AND ABBREVIATIONS SEE SHEETS M1o, M1b AND M1a. GENERAL NOTES: 1. SEE SHEET IM60 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 1M60 FOR NOTES. KEY PLAN WU NOW 8' 4' 0 OF SEP 0 6 1994 MAN fMlMl PLANT II SCALE: 1 /t -1' -0' V ps FD Oct 6 1y,4 .J• °.V Not 0 ! W H 4' 8' 14 -01 -31160 16' CoNP NO. 2ND AND 3RD FLOOR T.I. K 16.2 Mmaw OWM KOW Mt 9.2.94 1» rell Sal 16.4 ANCHOR SEE DETAIL () 13,4 N 17 PARTIAL FLOOR PLAN SCALE: 1 /8'•1' -0' 17.4 FACILITIES a 1 14.4 ALIGNMENT GUIDE TYPICAL SEE DETAIL 1M M509 18.2 l IA r. . I S G 9L:1 ; � 6 . t '` 18.4 ACCEPTABILITY NS OE= b manna I ARIIp AMMO If OM OM 18.4 HWRUP 2"HWS UP & DN (EXIST) THWR UP & DN (EXIST) 4"CIHWS UP & ON (CHWR UP & ON tinctialsouo PARTIAL THIRD FLOOR HVAC PIPING PLAN BUILDING 14 -01 MECHANICAL MASTER COL B- C/12.4 -19 LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M1o, M1b AND M1c. GENERAL NOTES: 1. SEE SHEET 1M60 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET IM60 FOR NOTES. 0 KEY PLAN SCALE: NONE 8' 4' 0 Aron SEP 0 6 1994 Parr ce PLANT 0 6 W I vio"'" RIHI niOC= t)MsG n. 4' 8 ' 16' SCALE: 1 /S' - 1' -d' LAP WPM 3M81 d0 � M 5L2 -R -93035 °w0 N0' 14- 01 -3M61 RESC IIIINOINIIRS 9.2.94 or 0011► w0. C N O. CAI O'f Mr�orm OAX VIM Or OAR ACCEPTABILITY nn nom r MICIFICAION MD n WI. OAR f(4 :7 %A VM i . ULMMOp • t. r fr PARTIAL FOURTH FLOOR HVAC PIPING PLAN BUILDINQ 14 -01 0 It 2. m 'Asir - A 4M80 L2 -R -93035 0 0 0 1 I 3 1 PUMP ROOM PLAN DETAIL( 411 0 4453 B'HWR . 8•CHWR 94 4" / t••■•-h—s■••• ■11■••■•••.g... CHWS ANCHOR CHWR HWS 'HWR 4' 6" CHWS C HWS H • • • • " I" •—— e---- t— .— >1711.— :— . — .—� —r -- -M —a—. ALIGNMENT GUIDE TYPICAL DETAIL 4M Al 09 10.4 m PARTIAL FLOOR PLAN SCALE: 1/8' -1' -U' 411 1 1 /2"HWS 8 " 1 " 1 /2 S MYR ( 8" 4 CHWR ` CHWS N , CHWR�- I� --�I \ " HWR -- - G' S . • Y I I ■ ■ r°i■ � r L.—. ITC" NJ MINIM I=1 Mei" 1 (• I � • a —I WI • a- an • a ;+ ,.• • • • • • • I• , FACILITIES DEPARTMENT 1 CH 3/4" PARTIAL FLOOR PLAN SCALE: 1/8'•1' —G' —_, MENNEN. NS 112 . —i r HWR 2 KYR CHWS ■—. ■i —r Ce• 4M82 I►�' OO 1 4 PREHEAT COI1 COOLING COIL (CHWS ON" (CHWR ON CHWS CHWS HWS thear 1Yr•3' " �rn '� ) � • 7. d C CHWR HWR 4"C 4'C 6 4WR DN 4WS ON � - I -- I " t — " — 'i —t— ¢.moll .._g —. aall —" a 12.2 CHWS CHW -HWS 4 HWR � ANCHOR R DETAIL 411 8" 1 1 /2"CHWR ON 1 1 /YCHWS ON CHWS CHWS H M509 CH CHWR HWR •leALIA &IIaA. u•••• 1 2" 2" at int LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M1o, Mob AND Mtc. GENERAL NOTES: 1. SEE SHEET 11160 FOR NOTES. m'I'4.ouo CONSTRUCTION NOTES: 1. SEE SHEET 11160 FOR NOTES. KEY PLAN SCILE: NONE 8' 4' 0 JUL 2 Li i,,,,} pan cans SCALE: 1/8 4' 8' EEAC ENGINEERS 0 i 1 1 St MS CHWS CH : K 3/4" 18.2 18.4 MW 1D 3 /4'C 4 CHWR 4'CHWS 1 1 /2"HWR 1 /2'HWS 13,4 ALIGNMENT QUID TYPICAL SEE DETAIL ( 41150 M509 aM M 17.2 4' CHILLER AREA PLAN DETAIL a\ 4M 1 (4502 PARTIAL FLOOR PLAN SCALE: 1/8" •1' —U' 1 17.4 GO IN PARTIAL FLOOR PLAN SCALE: 1/C' -1' -0' 14.4 ANCHOR SEE DETAIL NC / 4M fASeDEPARTMENT -- - - -- -- f- t-- NO tat— t— t—t— t --t —t t—t—t--t—t— t—t : —t—t—t— t—tei at 18.2 41350 1D 18.4 ACCEPTABILITY �p 3" MW 3/4' HWS FANS HWS 15,4 2"H'S GN (EXIST) 2'HWR DN (EXIST) • ■ GENERAL NOTES: 1. SEE SHEET 11380 FOR NOTES. rYqqeD( io CONSTRUCTION NOTES: 1. SEE SHEET 1M60 FOR NOTES. KEY PLAN T PARTIAL FOURTH FLOOR HVAC PIPING PLAN aJ'a,au ink BUILDING 14 -01 MECHANICAL MASTER COL B- C/12.4 -19 LEGEND: 1, FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M1a, MTh AND M1c. MIMMIT PPM SCALE: 1/8"m1' -0' UV SW 4M61 L2 -R -93035 0 ell ; 471111(3:'. 4 / / O 0 0 SCALE NM 8' 4' 0 4' 8' 16' PLANT II ° " o " 1/—n1 —/uR, IIIIN.HN4IRS an Cr COMP NO. vt N LU Mg r -- - - -� oI I L __ —__J HWS HWR se (EXIST) C CHWS 12" (E►s° BLIND FLANGE _ a a a INN rr ®(EXIST) dig 94 1 gam riell q 4 alb AMMO Mc IMO sn • S (EXIST) • 0110 • MINN N 10.4 AMC HIS .. HWRr CHWR CHWS HWS-• HWR -� CHWR CHWS as as MATCHLING _ SEE SHEET ' 62 PARTIAL ROOF PLAN SCALE: 1/g'•1' -0' MATCHLING _ SEE SHEET 63 PARTIAL ROOF PLAN SCALE: 1/8'•1' -O' FACILITIES an r - - - - -- I NI 4 MI MP a i (EXIST) ME •a a (EXIST) t 4" (EXIST _4 t r v i :'�+ \' ACCEPTABILITY s � • l ' l } " 1 MUM maw .i h MMCdro If COT. O R IMP el 10' (EXIST HWS HWR CHWR- CHWS - ,IM I I p 1 BUILDING 14 -01 LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M10, Mtb AND M1c. GENERAL NOTES: 1. SEE SHEET 1M60 FOR NOTES. CONSTRUCTION NOTES: I. SEE SHEET IMGO FOR NOTES. RFM62 i RFM63 i RFM64 I RFM65 RFM66 i RFM67 RFM68 I RFM69 KEY PLAN SCAM: NOM wane HVAC PIPING PLAN SCALE: 1/g'•1' -0' MEI JUL UST NSW Ce WKVINA " FM 60 J "SC IIINSINSINS Wt[ 0 8' 4' 0 4' 8' 16' 4:4 • : .'. 51 0141st ueeuuaru sieve Vi W E U. to Ott 6 ii rano p1VIS m ® € 1 16 19 pote a a /512 -R -03035 1.2.4 I — • -- 16.2 M. -sr- -HWR t -lu+- -HWR 4" (EXIST) - 'U - -CHWR �F - -CHWS 8 (EXIST) SENO 1 . 3 _1 16.4 — — - • -- C Pt d- (EXIST) • PARTIAL ROOF PLAN SCALE: 1 /EC 1' -G' INEM 17.2 0 PARTIAL ROOF PLAN SCALE: 1/8'-1` -o' MATCHUNE - SEE RFM64 17.4 amie MATCHUNE - SEE RFM65 FACILITIES �Q HWS S HWR CHWS 4" (EXIST) ( (EXIST) a a -- S • IN= OM C MD MI -- HWS HWR (EXIST) CHWR CHWS 4' C (EXIST) - of 18.2 -- -- 0 ® (EXIST) — i . . . — — 18 (EXIST) (EXIST) MI ACCEPTABILITY la OM ra MINIM n► onr. an ell al 18.4 OAT{ 7.2514 I'IVA PIPING PLAN BUILDING 14.01 MECHANICAL MASTER COL B- C/12.4 -19 LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS Mla, M1b AND M1c. GENERAL NOTES: 1. SEE SHEET 1M60 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 1M60 FOR NOTES. RFM62 i RFM63 i RFM64 RFM66 RFM67 RFM68 KEY PLAN Wolfs NONE JUL P.NR p PLANT II 8' 4' 0 4' 8' SCALE: 1/8' •1' -0" MT KS ThFM61 RFM65 RFM69 EINOINMER$ teat wn a N51.2 -R -93035 M0 ' 14- 01 -RFYR1 a 16' 9 t �3 6"A rcw CA 4"V UP (EXIST) 92 3 FOR ENLARGED PLAN SEE DETAILS n Y J 6"A UP rCW up. (EXI 6"A UP 1M1 0 1 450 1111 0 1M450 9.4 N J ED L_.I.._J 1 - - 64 — — ▪ OMB 8"SAN (EXIST) ■ FCO (EXIST) 12.2 •M• alb limb AMMO (EXIST) 4"RWL UP (EXIST) 12.4 r (EXIST) ;1 FA Sara° MATCHIJNE - SEE SH :ET UGM113 YSAN UP TO P -7 YSAN — - (RWL UP (EXIST) MATCHUNE SEE FCC ( EX ST) 1172 PARTIAL UNDERGROUND PLAN SCALE: 1/8 -0' PARTIAL UNDERGROUND PLAN SCALE: 1/V.1' -0• • — HEET UGM112 YSAN UP r POC «" SAN (EXIST) 8�2 1 1.4 - — xu �aS w10, qt — — 6" CAP FOR FUTURE (EXIST) YSAN UP TO P -7 r- 1 J & - . a : • . r K' r �S ONAL O' 8.4 12.1 %Wy l4 ACCEPTABILITY i vE AmmN no IE 105.75 (REF) FC0 -' (EXIST) r SAN (EXIST) a — a 'CO a;.t (EXIST) (EXIST) YSAN UP TO P -7 ON 2ND 1 AND 3RD FLOOR - — OPT. DA L_4._ POC 6 SEWAGE PU DISCHARGE IE l (EXIST) 12.2 IP j 4 "V UP (EXIST) 6"COMBO WASTE t t VENT (EXIST) 110.' •1 NG Ti 1111Vc UNG ■ kg, j N Irb7G _ f7f: /. 714z,.a • . .. «'SAN 7- FOR CONTINUATION SEE DWG 114- 000 - 4001 -M1 r rSAN (EXIST) -- rag UP A UP MECHANICAL MASTER 0 MIME _44 I I I SEWAGE LIFT STATION DETAIL ..r UGM110 M506 -- -_ 1 IE 102.00 I (REF) IE 102.08 in - (REF) I I sAN (EXIST) ry (EXI 41 p 4,/j PARTIAL UNDERGROUND PLUMBING PLAN BUILDING 14 -01 COL B -C /6 -12.4 LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M10, M1b AND M1c, GENERAL NOTES: 1. FINISHED FLOOR EL 116' -0 ". 2. SEE FOR TRENCH DETAILS do FLOOR PATCH. 1S2Q0 3. SEE PLUMBING RISERS SHEETS 14512 & M513 FOR ADDITIO : • BING 0 Gas 500 :.,.,>, m 509 (e.fanke. ipervi44- cal okkeir‘ 10 0 C 6 1994 L Cheek 8OP'r' T tbl i1„� �htlt 1 Aso c ...,n r• �� . CONSTRUCTION NOTES: © OFFSET EXISTING RISER SO THAT RISER CENTERLINE IS A MIMIMUN OF 8' SOUTH OF COLUMN. RELOCATE AS REQUIRED TO KEEP RISER CENTERLINE WITHIN 4' -0" OR LESS EAST -WEST OF COLUMN. 0 '1 / s . 1 1 i' '//%%%/ UGM _ 1 UGM112 : UGM113 1 UGM114 UGM115 -- + - -L I -- UGM116 1 UGM117 I UGM118 1 UGM119 KEY PLAN SCALE: NONE coy o `rinwlA JUL L i .', Paw on PLANT II 8 4 0 SCALE: 1/8'.1' -0" LAST NLVIlla HT) 4 8 16 ERIC ENGINEERS '1GM 110 ale N6PL2 -R -93035 MN 14- 01- UGM110 or D) COME nu. _ _I I 111/ . �. L : ri`��...IJL�►' 4 — LOUVER 11 " 18'x30' LOUVER 8 Ic 180 SECTION 6 CI S b 240 160 al DIVISION , A SIMON 2ND AND 3RD FLOOR TJ. mono KM R V oac 9.2.94 In DMA K0W Im AMMO DMZ scan FACILITIES DEPARTMENT ACCEPTABILPY OESPI pE Ah ON APPIIOVID tv ISM DOI HVAC SECTIONS I wI VY ({til�(A BUILDING 14 -01 SEP 6 1997 •� orl� MECHANICAL MASTER COL PLANT II We• 14- 01 -M500 WIC IIINOINIORI LAP Invlt o thg Th1500 "° PL2 -R -93035 pus 9.2.94 or COMP NO. 4' 2' 0 2' 4' 8' SCALE: 1/4" ■1' - 0" • 0' re MOM Li a 0 I I 0 ILAW 11 SECTION SCALE: 3/r 1 la II LLAIDII I LAM!) M4 3IM501 FACILITIES n wu VINVVW A .41 ♦ a4 • N r.)( ; i rd., • ACCEPTABILITY DO 01931 Ta S mac IN 1 opt I an SECTIONS AND DETAILS a• A•• MIA ta• a s MIL J LS AMON CITY IISNIP u t IA KM INSINIIR• Firtar a SERVICE CLEARANCE M 14 M 1 A SEERV CE CLEARANCE SECTION SCALE: 3 /8 1• -Of' PLAN DETAIL SCALE: 3/8's1 414 t M S02 OAR 2 1 /iCHWS FOR CONTINUATION SEE SHEET 4M61 5 14.4 _ 4.4 3/4'ID 2 1 /2"CHWS 2'FFD (EXIST) 1 1/4' CHWS BYPASS CONTROL J PRESSURE REDUCING ASSEMBLY i 3 /4 "CW X /4 "HW FOR CONTINUATION SEE SHEET 4M110 FOR CONTINUATION SEE SHEET 4M110 f kl iC =: b b e a BOP EL 8' -0' rn - 0110 FACIUTIES DEPARTMENT BYPASS CONTR CHWS SECTION SCALE: 3/8'•1' -0" SECTION SCALE: 3/8*•1' -0 2 1 /2"CHWS 2 1 /YCHWR 41481, M M502 M V WOW 1 n •c 0 T SECTIONS AND DETAILS BUILDING 14 -01 LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M1o, M1b AND M1o, GENERAL NOTES: CONSTRUCTION NOTES: MECHANICAL MASTER COL B/14.2- B/14.4 PLANT II IMO WOW ECt1Vn 502 rw -R -03035 L' 1 MAW CONN IOC IIIINOINIUN$ Arw. 0411 COO N0' 14- 01 -M502 or COMP Mo. DETAIL - SOLDERING BENCH SCALE: NONE C 1 . M 7 M505 Yfl 94 0110 SEE SHEET A505 FOR GU YTS WIRES AND EYE ROOF SECTION SCALE: NONE 114 GA GALV SHEET OLLAR A SEE ARCH. DRAWINGS FOR CURBING FACILITIES 114 GA' 114 GA-" A Ig t to 114 GA ACCESS COVER FOR SPRINKLER HEAD RFM 8 1 05 .1' INNER 240 DUCT OUTER 250 DUCT ROOF CURB 1/2' SQUARE BY 16 GA TUBING 1 -' LONG 30/10 C' 22 GA, PERFORATED 4 PANEL, 3/32-INCH DIAMETER HOLES ON 3/18-INCH STAGGERED CENTERS SOUND PLENUM SCALE: V? 8•1'4 SECTION -STACK HEAD r S SCALE: NONE 'FLANGE ?ACOUSTIC UNING 18 OA, SHEET METAL PLENUM IS 4'x4'x4' ?ACOUSTICAL UNING ON ALL SIX SIDES 18 GA. SHEET METAL FLOOR - 3.25.94 I MECHANICAL MASTER n1 MIM 2 M505 BONDED WASHER HEAD 110- 16x10 SELF- TAPPING CREWS, THREE ON EACH SIDE (TYP 4 PLACES) GENERAL NOTES: I. SEE SHEET 11410 FOR NOTES. NVAC SECTIONS AND DETAILS arveMilicr— JUL PAW MIMI 01 mu* n BUILDING 14 -01 LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M1o, Mtb AND M1c. CONSTRUCTION NOTES: D CONTACTOR TO SUBMIT SOUND PLENUM CONSTRUCTION DERAIL WITH SHOP DRAWINGS FOR APPROVAL. Th1505 a M 12 -R -93035 fN01NUINS Inert o,TL OF corn NO. o, 0 0 Poe SEWAGE METER 4 "VENT SEWAGE LIFT STATION PLAN SCALE: 1/2" -1' -0' UGM110(M506 AMMO FACILITIES (PUMP DISCHARGE r DISC 4 HARGE M1 (COMB WASTE dt VENT f• ', - ._ • 3/4 / RCONNECT TO NEW SEE DWG 114110 - 3 /4 " CW ACCEPTABILITY INS Sl �arl Wan) OY OPT. DUE i SECTION SCALE: 1/2 1.2.4 725.04 r DI ARGE MP ALARM 2ND PUMP ON EL 102 Cr PUMP AN LOW WATER EL 96.75 PIT INV EL 96.75 FIN FLOOR EL 116' -O" FIN FLOOR El. 108.00 BUILDING 14 -01 MECHANICAL MASTER COL B/12.4 LEGEND: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS M1a, M1b AND M1c. GENERAL NOTES: 1. SEE SHEET 114110 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 114110 FOR NOTES. 2' 1' SCALE: 1/7 ■1' -0" 0 1' 2' E EiC E NGINEERS Inc on SECTIONS AND DETAILS p„ 'Moo emr e . r�.u,o. J„L 14506 PIPAr Ca , a M0PL2 —R -93035 N0. PLANT no .. -. •••■■ Of 4' ring o XE FOR CONT. SEE CIVIL DNS. -Th EXIST. 4'RWL 2" DRAIN CENTERUNE APPROX. 16'AFF RE -USE EXISTING ANGLE VALVE, UNION AND CHECK VALVE PLAN VIEW - INSTALLATION DETAIL SCALE: 1/4' =l' -0" ANGLE VALVE mat F EXISTING FIRE MAIN TO REMAIN PLAN VIEW DETAIL SCALE: 1/4'. -O' • POC ROUTE 2' DRAIN THRU BLDG WALL ROUTE 2' DRAIN THRU BLDG. WALL BLDG. WALL EXIST. 8' FIRE MAIN REMAIN TO POC THRU WALL TO RWL ,112 0 11507 1112 1 11507 FA sasfl ROUTE 2' DRAIN THRU BLDG WALL EXISTING g' FIRE MAIN EXIST. ANGLE VALVE TURN 90 ELBOW AND LOCATE HORIZONTAL PIPING AS CLOSE TO BLDG WALL AS POSSIBLE PLAN VIEW DETAIL SCALE: 1 4 -1'- ANGLE VALVE EXIST. g' EXISTING FIRE MAIN TO REMAIN PLAN VIEW DETAIL SCALE: I /4 ".1•70' •.• • .... a /' f I *POC ROUTE 2' DRAIN THRU BLDG WALL itO , -_ t -k `. f or FOR CONT. SEE CML DWGS. EXISTING • POC 4' RWL EXISTING TO I AMMO= N 1 M2 0 1 507 ,112 1 MSO7 I ACCEPTABILITY 1111 MI IPKVICAIION S A oeMr. ant FIRE PROTECTION DETAILS MECHANICAL MASTER • COL BUILDING 14 -01 LEGEND: I. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS Mla, Mlb It M1c. GENERAL NOTES: 1. SEE SHEET 11260 FOR NOTES. CONSTRUCTION NOTES: 1. SEE SHEET 14260 FOR NOTES. «T► a— J51 J 1 f PI MNT man PLANT II 4' 2' 0 2' 4' SCALE: 1/4`.1' - 0' o ;z16 ���ne N pots P MP SINN Ia " M 507 L2 -R -93035 "Sc IIINSINIO NS 14 01 - M507 a or Mc. it r: 1 irr1 L2 -R -93035 iota Th1508 or F sosso Y �'ivnsi,� 9 ♦. . at wu +r la; itaLvr S Iu N AL 1. to HVAC SECTIONS AND DETAILS BUILDING 14 -01 MECHANICAL MASTER COL AECEN+:A .VIUJM w aaru PLANT II 14- 01 -M508 SEE ARCHITECRIRAL DRAWING FOR LOUVER MEZZANINE 4'CHWR SIZE TO SUIT SUPPLY GRILLE 4 "CHWS� 3.14 32/114 3'HWS - 4C DETAIL SCALE: NONE /MIND f/OM ISM' MEP/ ISEPI■1 n 1M 6 M508 1M 7 M508 el2/12 Ittl�011 .__ 48/114 W t ACOUSTIC DUCT UNER ringttectiO • DQU LE WALL ACOUSTIC DUCT TUNER ■ SI CD SECTION SCALE: 1/4" -1' -0r 11111 WALL NOT SHOWN FOR CLAW 1M17, M1M17, M1M 7 M508 40/ MEZZANINE CEILING (REFS 320 32/114 SHWR 3'HWS SECTION SCALE: 1/4' -1' -0' DUCT SUPPORT SEE STRUCTURAL SHT S507 48/114 W/2" ACOUSTIC DUCT LINER 289 I 48/96 W 2' ACOUSTIC DUCT U 4ER 11,417. M1M17, M1M67IM508 SS MSS —1 1 D R N EF � M. 116' -d' LEGEND: 1. FOR MECHANICAL LEGEN4 AND ABBREVIATIONS SEE SHEETS M1o, M1b, D M19. GENERAL NOTES: 1. SEE SHEET 1M10 FOR NOTES. CONSTRUCTION NOTES: Inc INSINIERS o, In 0 a 3 // C 5x6.7- C 6x8.2 - ANCHOR DETAIL SCALE: NONE I M M509 b C 5x6.7 ANCHOR DETAIL c SCALE: NONE 49 Y v ci Isla 0 1 I 0 it Mac PIPE SUPPORT SEE STRUCTURAL DETAIL RFS160T,RFS161T S401 st IMMO TS 4x4x12.02 FACILITIES avo (r) .2 GUIDE DETAIL SCALE: NONE ,M 0 M509 GUIDE DETAIL SCALE: NONE 4M 0 M509 3/10 V Mg's IATE MP) GUIDE GRINNELL FIG 256 C 5x6.7 PIPE GUIDE GRINNELLRG 256 a PIPE SUPPORT SEE STRUCTURAL DETAIL (REF) RFS160T,RFS161T S401 4 "xV REGULAR REDUCER (TILER PIPE ASA 021 -5760 ' 0 A REF) Th FINISHED FLOOR O A 4 • • • 0 A HUB DETAIL SCALE: NONE MECHANICAL MASTER COL --4 "SAN TO P -TRAP rn 1M1 2 M509 SECTIONS AND DETAILS BUILDING 14 -01 CRY OF J J L L i.,., MIMI? en PI ANT 11 up oast oar 0,, ,1 509 a L2 -R -93035 lerit •tac IIENOINIONS ITNIOL DUE a CONN NO. a i, EXHAUST FAN (EF) SCHEDULE N UMBE R LOCATION (ROOM NO.) EXHAUST FAN SECTION CV PHYSICAL SIZE L DIA FAN DIA SIZE MFG. SIZE NUMBER ARRNGMT. NUMBER CFM TOTAL STATIC PRESS. INCHES WG MAX. OUTLET VELOCITY FPM APPROX. RPM DRIVE SIDE V INLET GUANES IDE BHP MOTOR REMARKS HP VOLTS PH HZ 527 SARCO TYP TEE STAINLESS STEEL RFI -1 -10 ROOF HIGHBAY - - - 8000 .125 - - - - - 15 460 3 L (EXISTING) EF -2 ELEV EQUIPMENT RM 106 12.6 114A T11BA 1145 .25 900 470 - - .10 1/4 120 1 60 PACE -MI EF -3 ROOF EAST RESTROOMS 27 - SKYCAP 5430 .356 1300 250 NA NA .87 1,6 480 3 60 PACE CRE -27F W /FACTORY CURB TYPE A -1 EF -4 ROOF WEST RESTROOMS 1ST & 2ND FLOORS 27 - ROOF FAN 3660 .625 - - NA NA - 1.0 480 3 (EXISTING) EF -5 TELE RM 419 (419) - - CEILING 477 .1 - - 10 120 1 , 60 PACE DD-450G (EXISTING) EF -6 LIFT STATION UFT STATION - - INUNE 350 .1 I 'I p 120 1 Iskis PACE 00-350T EF -7 TOILET ROOM GRID E -10.4 HIGH BAY TOILETS WA020 WALL 1080 .5 f 120 1 DIRECT , DAMPER, , EF -8 PAINT BOOTH GRID D.8 -6 PAINT BOOTH EXHAUST 24 3C411 INLINE 6000 1910 1312 208 1 DAYTON 3C411 BELT DRIVEN TUBE AXIAL FAN I► EF -9 WIRE SHOP GRID E -9.4 SOLDERING TABLE NA YYCYY81 WALL FAN 2800 .5 NA 825 NA NA - 1/2 480 3 C DRIVE, BACKD EF -10 NORTH WALL COL B -13.4 FIRST FLOOR RESTR00 NA 148 WALL FANS 1920 .125 NA - NA NA - 1 4 / 120 1 60 JENN PM MODEL EF -11 ROOF WEST RESTROOM 3RD FLOOR _ - R OOF FANS 1 700 .25 - - NA NA - 1 1/3 120 1 60 EF -12 SOUTH WALL COL E - 1I FIRS F LOO R CENTER TOILET - - ROOF FANS 1920 .125 - - NA I 120 1 60 MODEL n STRAINER (ST) SCHEDULE NUMBER LOCATION SERVICE SIZE (IN) GPM CV PHYSICAL SIZE L DIA REMARKS ST -1B AQUEOUS CLEANER P -1B 3" 75 130 28' x 36' ST STAINL SESS S P T NL STEEL ST -1C AQUEOUS CLEANER P- 1 C r 80 130 40' x 48" 527 SARCO TYP TEE STAINLESS STEEL ST -28 AQUEOUS CLEANER P -P8 3' 75 130 T STAAIINN ST LESSSS STEEL L ST -2C AQUEOUS CLEANER P -2C 3' 80 130 ST SP TE STAINL ES S S E NL STEEL ST -38 527 STAINLESS STEEL ST -3C AQUEOUS CLEANER P -3C r 80 130 NCO S 527 STAINLESS S STEEL - - - - - - - SILENCER (SL) SCHEDULE MARK NUMBER LOCATION SERVICE SIZE IN CFM MAX OP PRESS DROP PHYSICAL SIZE L DIA REMA SL -1 AQUEOUS CLEANER PF - 1 120 480 .05 28' x 36' INDUSTRIAL ACOUSTICS CO MODEL 12FCL36 W/TAILCONE F801C SL -2 AQUEOUS CLEANER EF •13 240 6100 .08 40' x 48" INDUSTRIAL ACOUSTICS CO MODEL 24FCL48 W/TAILCONE FBOIC SW A • Lise o t t AMAIN ADDED AQUEOUS CLEANING SYSTEM by NS KOW KMR OAN 10.14.94 Sri M FACILITIES s a- * N o) W �' ACCEPTABILITY / �� , 1 ` ' $Rq AIION A !"' � d Aj I' I. , DATE LEGEND; GENERAL NOTES: EQUIPMENT SCHEDULES BUILDING 14 -01 MECWWC;AL MASTER COL CONSTRUCTION NOTES: SPRAY BOOTH FAN (EXISTING) WILL BE MOVED WITH THE SPRAY BOOTH FROM THE ROBBINS SITE. �A RD'4 12. W11 WT MOON O CT M2f ND PL2 -R -93035 14- 01 -M2f conf JAN 1 11995 �■Mr► enn B ESC E NGINEERS OAT[ 10.14.94 co COMP NO. V 1 I 1 7 I I 7 i T t 7 — I 1 1 I I I I I I I I 0 M1M12 M520 I I I LOUVER 60"x48" ® Esao 240 EON o /'. a._ .:. iItJ SEE S. ) .LkONpLEARANCE A ';I - ,t-- , -- - - - - -- -- - - - -- - -- - - - a= MB= - -- - - MIS - - - - - -- - - - - -� M1M12 M '5 •t - - e w w I V I I I NW - - - - -- - - - - -- - - - - - - - - -- -- MOON ISSUE PER DCN /27 ADDED AQUEOUS CLEANING SYSTEM a DWM KOW DWM KOW MMIOVto oat KMR 9.2.94 KMR V1( 0.14.94 n 7 RUN DUCT UP 15 FEET ABOVE SOUND PLENUM. END DUCT WITH A 6 -INCH WIDE FLANGE MOUND OPENING. UNE DUCT WITH 2" ACOUSTIC LINING. COVER OPENING WITH BIRDSCREEN. rn oi io PARTIAL MEZZANINE PLAN SCALE: 1/8" -1' -If sas FACILITIES DEPARTMENT ACCEPTABILITY ►, IS "1° Co ONO= M sot. Oat , • SEE HOLMES & NORVER DWG M -203 FOR FAN SCHEDULE. BLANK OFF UNUSED PORTION OF EXISTING 10'x4' LOUVER. BUILDING 14 -01 MECHANICAL MASTER COL C—D /5-0.2 Lt%tIVU: 1. FOR MECHANICAL LEGENDS AND ABBREVIATIONS SEE SHEETS Ma, M1b AND M1e. GENERAL NOTES: 1. SEE SHEET 11410 FOR NOTES. CONSTRUCTION NOTES: 1. SEE EET 11410 FOR NOTES. arirtravu JAN 1 11995 sarr caw PARTIAL FIRST FLOOR MEZZANINE HVAC PLAN KEY PLAN SCAM: MN 8' PLANT II 4' 0 A Q QR D� EO 4' 8' 16' SCALE: 1/t •1' -0" LAST IDIOM M1M12 M PI.2 -R -93035 OMO NO. EEaC ENGINEERS c 10.14.94 u_n4_wu1fl or COMP 10. HA 7 M520 n 1'- (REF INNS SOLUTION 5 -C' 120 1 14/14 UP TO SOUND PLENUM SEE SHEET M1M12 8' -C X240 140 1 140 24x24INTMCE AIR LOUVER W /AIR FILTER & SCREEN 550 CFM a 1 14/14 1M4571M520 240 UP SFE SHFFT M1M12 it 8 3/4" 5' -'J' RINSE TANK de ani■ • v� 5' -0" RINSE TANK t-BOD EL 7' -GAFF 14/14 L -p COVER OPEN END OF DUCT BIRDSCREEN (TYP 2) FACILITIES ss 4 • I PLAN SCALE: 3 /S' =1' -D' 2 1/4" 4' -6' DRYER GOD EL 7-3 1/4' w , ACCEPTABILITY OM v tc 11gN I< A Rp OAT[ _e 9 8Y8T NVAC�PLAN BUILDING 14 -01 MECHANICAL MASTER COL D/6 - 6.4 LEGEND: GENERAL NOTES: CONSTRUCTION NOTES: PLANT II emu► JAN 1 11995 /MINT OM tI�T RB11011 1M457 ssac ILNOINEEN$ MOO, DATE RD PL2 -R -93035 DIM NO. II- f11 -1u/s7 cos. No. SOUND PLENIU SEE DETNL MI 2 503 $n 12x12 POUR SECTION SCALE: 3 /0'•1' -0* WI* gropi SRN NuND ATTENUATING BLANKET OUNETICS KNM•1008) 2 40 e o � �o IMO SEE HOLMES 1 NORVER WS 2 AN FOR F � 0 LOUVER ghee airs • SECTION SCALE: 3 /S' -1' -0' M1M12. 7111520 SECTIONS AND DETAILS BUILDING 14 -01 1EQWICAL. MASTER COL PLANT N aet JAN 11 1995 Noe an= CA ED Jp RAC IWOII�1EI11S wr xa�ou 520 a. -R -93035 NM NM 14 -01 -11520 W1W c.