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HomeMy WebLinkAboutPermit M96-0100 - BOEING #13-03130FJ WI -4 rnqbot City of Tukwila Community Development / Public Works • 6300 Southcenter Boulevard, Suite 100 • Tukwila, Washington 98188 MECHANICAL PERMIT Permit No: M96 -0100 Type: B-MECHAN Category: NRES Address: 10000 EAST MARGINAL WY S Location: Parcel 0: 000340 -0021 Contractor License No: HOLADPI379N0 TENANT BOEING 413 -03 10000 EAST MARGINAL WAY S, TUKWILA WA OWNER THE BOEING COMPANY PO BOX 3707 - M/S 1F -09, SEATTLE WA 98124 CONTRACTOR HOLADAY PARKS, INC. Phone: 206 248 -9700 4600 S 134 PL, SEATTLE, WA 98168 CONTACT KOREY SEARS Phone: 206 248 -8700 4600 S 134 PL, SEATTLE WEA 98168 ******************************************** * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** Permit Description: INSTALL COMPLETE HVAC SYSTEM. UMC Edition: 1994 Valuation: Total Permit Fee: (206) 431 -3670 Status: ISSUED Issued: 08/28/1996 Expires: 02/24/1997 680,000.00 338.13 ******** t,*****,**************************** * * * * * * * * * * * * * * * * * * *. * * * * * * * * * ** w6 9 (9gb Permit. Center Autho ized Signature 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 building p Signature:_ Date: 2.8 � C�, Print Name: G GrUlt. Title: _et..rltit& . This permit shall become null and void if the work is not commenced within 180 days from the date of issuance, or if the work is suspended or abandoned for a period of 180 days from the last inspection. to CITY O F TU KW I L A Address: 10000 EAST MARGINAL WY S Suite: . . Tenant: BOEING #13 -03 Type B-MECHAN Parcel #: 000340 -0021 •AAA 4• k.' k*• k• k *b4***kit*'k*k•k** *'4'kk•k**•k k•A'*•4•, A4•k'k k *•k** k *k**•4 4 *•k•k•A• k.y*,t•4•4*k•k•k ' k•k 4.4'4 4.4 4 4 Permit Condition: 1 :.:No changes wi 1 1 be made to the plans un less approved by the Architect or Engineer and the la Building Division. 2. All permi tits: , inspection record: : and .approvf,ed plans sha 1 1 be aye lab le at the ..lobsi.te "prior to the Tstart of any con- struction. Thesedocument,.`a.re t� i'be maintained and ava;l - able until f na1. •inspection approval is granted All construct ion to :be :done in `conformarnce:with approved plans anti, ;'requirements. Of the Uniform Building Code (1994 . Edi rionr. ` °A ' d ' Uni,.form ,Code (1994.. Ed :i.-t ion) , and Washington State Energy 'Code 994 Edit t sort) • 4. Val i d i ;ty�� of • Permit. , ' 'The is s ( 1 uance, Of a permit. ors,.- .app.rova i cif plan a'r ... ppcif icat.iorts, and', computations shal 1 `not .be c,on strued . to>'.be a permit fora •or an :approval of, any violation of any of "the pray i s i ons • of the bu i 1 ding code or • of .,any other . ordinance of the jurisdiction. No permit presuming r give ;'s'authomit V to vio''1ate- or;', cancel' the provisions of .this code shall be v a l i d . 5., M N ,UFACTUF;ERS` INSTALLATION`' I NSTRUCTIONS REQUIRED ON SITE FOR THE .BU`ILDING , INS P ECTORS'. VIE REW. P4,1 ing ,slia11 be '. ob, ;thr the Seatt ie t�• ing Conty D partme`nt.. ,Publ`ic Me •P1umb'ing will be inS ected b,y ••that,; :agency, including all gas piping 1 .2'''-4722)''.' 9 .. .1 i . , • ' .Electrir,;�'1.>• °permits shall be obt.al.ned through'': the Washington 'tat,e` Criv.i `ion, of Labor and Industries: and..,a.l l electrical work". : *1 1 l be in pected by that agency. ,1243- 6630) Any 'exposed insulations backing material 1 , shal :l have a Flame'; Spread ..Rat i ng Of `25 or less, and materia 1, shall bear i dent.i •- f i cat ign`.show'ing, the f ire performance • rat i'n,g• thereof .. 9. Reath 1y: :'access ;ibl'e acre: s to roof mounted. nequipMent i requ i red.,'. Permit No: M96 -0100 Status: APPROVED Applied: 07/29/1.996 Issued: _.t_._ .H. Project Name/Tena t: 13v�.�., 131.u6. 1 3 — o 3 Value of Con , tr$ uction: �6c_y 000 Tax Parcel Number: 000 340 —Do ) Site Address: 0 000 C /4�1rZ6.T,,.. \/✓a City State/Zip: Y T„K 1 ../A 746: Property Owner: 1,(,,) Name: Phone: 7G - 3 7 0 Street Address: q g oo PAac •• Ave. • N. City State/Zip: Qen.rvN, Fax II: Address: Contact Person: , oRey SC- a a Ly53 -- 9 700 Street Address: , , / C S - 1bt]U . ) • 3 14 r>7 PL City State/Zip: 5mATTLe.,L..A 9g1 6S? Fax #: aLtg— ??°o Contractor: HuLAOAY- PARKS, �r-c • 0 Standby Phone: kY— 97 Street Address: 60 c7 ) 3 4 TN 1 i- S City State/Zip: GArri.e,I.vA ./Tldk Fax #: a 7 `fK -g UD Architect: Phone: Street Address: City State/Zip: Fax #: Engineer: Phone: Street Address: t• City State/Zip: Fax #: lt"64tANEO(0.005:i ViEW:'A• D APP• ROV iaiiiCiik kei ,i:4P.P.L(ICANT')4 .: Description of work to be done: TNS.r, tr i.,nr L J oP Co •L r I-V4G S KSTLA Will there be storage of flammable /combustible hazardous material In the building? ❑ yes Q no Attach list of materials and storage location on so.arate 81/2 X11 •a•erindicatin• • uantities & Material Safet Data Sheets ■ Above Ground Tanks ■ Antennas /Satellite Dishes ■ Bulkhead/Docks ■ Commercial Reroof ❑ Demolition ❑ Fence rff Mechanical ❑ Manufactured Housing - Replacement only ❑ Parking Lots El Retaining Walls Cl Temporary Pedestrian Protection/Exit Systems ❑ Temporary Facilities El Tree Cutting MONTHLYSERVICE•BILLINGS;:TO' ` • r:•'; •, . ,'" '. ;' • ,' Name: Phone: Address: City /State /Zip: 0 Water 0 Sewer 0 Metro 0 Standby CITY OI T(TWILA Permit Center 6300 Southcenter Boulevard, Suite 100 Tukwila, WA 98188 (206) 431 -3670 TAFF USE ONLY :"^i•yj; ^,.�af�4.' ''y'Yr.tyy. (•�. rr 1 •te •' L5.'�'rh •' (• ": • 'E3f 3 r I j � ''h,:l� 4r;, �=,y.y.(g. +�� . s• A� ,� e:..Lt # { •t; Miscellaneous Permit Application Application and plans must be complete in order to be accepted for plan review. Applications will not be accepted through the mall or facsimile. ? '' .. '�'" is% � '' APPI +ICAyJT REQUESTit OR'. MISCELLANEOUS 'sP.,UBLIC`:WORKS<PERMITS� •1, i ;l. :: `�;i , ❑ Channelization/Striping ❑ Flood Control Zone ❑ Landscape Irrigation ❑ Storm Drainage ❑ Water Meter /Exempt # ❑ Water Meter /Permanent # ❑ Water Meter Temp # ❑ Miscellaneous ❑ Curb cut/Access/Sidewalk ❑ Fire Loop /Hydrant (main to vault) #: Size(s). Land Altering: 0 Cut cubic yards 0 Fill cubic yards 0 sq. ft.grading/clearing Sanitary Side Sewer #: ❑ Sewer Main Extension 0 Private 0 Public Street Use ❑ Water Main Extension 0 Private 0 Public 0 Deduct 0 Water Only Size(s): Size(s): Size(s): Est. quantity: gal Schedule: ❑ Moving Oversized Load/Hauling WATER' METER :DEPOSIT /REEUNDEILLING :., r`i ' Name: Address: Phone: City /State /Zip: Value of Construction - In all cases, a value of construction amount should be entered by the applicant. This figure will be reviewed and is subject to possible revision by the Permit Center to comply with current fee schedules. 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 107.4 of the Uniform Building Code (current edition). No application shall be extended more than once. Date application accepted: Date application expires: Wag? 7 ' ) Application taken by: (initials) r/ Mil IATCP+n1AT W inn 7 N a /AL BUILDING'OWNE 'Q 1 YA'GENT :' . . :.:_.` ,r R R AUTHORIZED. ;�:' ':, ' Signature: ❑ :� •;i, ..),I ,i ,a : , f;a , t <f: � : !� r l , < :' 1 1. i+`' i , r ; i Z11��1. ,� 1 L A Y, • Y . `A :Antonnas /Satellite Dishesr t•, rr /: • . } ,�,�•, �; f,•,! r,t� 1, ¢ i : 1 , t i[ ::ya':!6 ly#f. ff ;1 '= . ... . ,"1'::g:',Ival. 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BE AT A LEGIBLE SCALE AND NEATLY DRAWN ➢ BUILDING SITE PLANS AND UTILITY PLANS ARE TO BE COMBINED ➢ ARCHITECTURAL DRAWINGS REQUIRE STAMP BY WASHINGTON LICENSED ARCHITECT ➢ STRUCTURAL CALCULATIONS AND DRAWINGS REQUIRE STAMP BY WASHINGTON LICENSED STRUCTURAL ENGINEER ➢ CIVIL/SITE PLAN DRAWINGS REQUIRE STAMP BY WASHINGTON LICENSED CIVIL ENGINEER (P.E.) Copy of Washington State Department of Labor and Industries Valid Contractor's License. If not available at the time of application, a copy of this license will be required before the permit is issued, unless the homeowner will be the builder OR submit Form H -4, "Affidavit in Lieu of Contractor Registration ". . • , • • Building O,wner/Authorizad Age kt other,,th the o registered..architect/engirieer or ;c by the State of Washington;:; a'hotartzed%letter,frornithe proper t y9 . 00' autiorizing :to subni /t permit appjlcatlonrand : .:. • obtain the permit will be required as part of this submittal: I HEREBY CERTIFY THAT I HAVE READ AND EXAMINED THiS APPLICATION AND KNOW THE SAME TO BE TRUE UNDER PENALTY OF PERJURY BY THE LAWS OF THE STATE OF WASHINGTON, AND I AM AUTHORIZED TO APPLY FOR THIS PERMIT. MISCPMT.DOC 7/11/96 RECEIVED CITY OF TUKWILA JUL 2919% PERMIT CENTER ...-*4.k;4 *** h : hk **A*****. hkh *. *h*k *** **A *4,* *A ***A *4*k4* A*4.4 * *:4****4- C..ITY Or Tt3KWILA, .Wtt TRNi't HY v *** it ** *** ****** *Akkh *** **** ***AMr1 ****A*4 ***.khA• /A h•k•k*k*A h** * *:t:4A TRAN£3MIT Number: R9600471. Amount: 330,13 0£3/2.£3/96 12:24 Payment Method: CHECK Notation: H0L(4L)AY PARK Snit. MEEV Permit No: 34 )t;• -0100 Typr : 33.- MECHAN MECHANICAL PERMIT Parcel No 000340-0021 S i t e . Addr eu : 10000 EAST MARGINAL NY a Total Fees: 338.t2 chill Payment 338'.13 :Total ALL Pmts: Balance: .00 * *:4* **.*h ** * *:t*:t*** r* * *.4 *h**•k *A***A** *A** *•k * * *•hit* kA• * * *k *A * *** Account Code. Description 000/345.030 PLAN CHECK •- NAURE3 000/322.100 MECHANICAL -- 000RE8 Amount 67.63 !0,50 2686 08/30 9417. TOTAL • 33843 Sprinklers: Fire Alarm: ____77_ Hood & Duct: Halon: Monitor: Pre -Fire: Permits: Authorized Signature City of Tukwila Fire Department TU1WILA FIRE DEPARTMENT FINAL APPROVAL FORM Project Name /A / r 3 Address /0 O O c) � l er-7, GC,ec [�.- Retain current inspection schedule i Needs shift inspection Approved without correction notice Approved with correction notice issued John W. Rants, Mayor Thomas P. Keefe, Fire Chief Permit No. /) /9 , - 0/6 FINALAPP.FRM T.F.D. Form F.P. 85 Suite # Date Headquarters Station: 444 Andover Park East • Tukwila, Washington 98188 • Phone: (206) 5754404 • Fax (206) 575.4139 Project: (L � j ! %� caEt Type of inspectior5;/r- Nom' If Address: Date called: Special instructions: Date wanted: /1 �1, Z / 1 /� l a.m. P.m. Requester: Phone No.: INSPECTION RECORD Retain a copy with permit INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 [Approved per applicable codes. PERMIT NO. 3670 Corrections required prior to approval. Inspector: Date: Z� 1q7 $42.00 REINSPECTION FEE REQUIRED. Prior to inspection, tee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. I Receipt No.: Date: Project: Type of in : G/ ate called: A Address: 20 /,i/' Special instructions: Date wanted: . ` / am Requester: 7 " - '7 Phone No.: 6, J. S�/j— INSPECTIO NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 INSPECTION RECORD Retain a copy with permit Approved per applicable codes. XI Corrections required prior to approval. Inspector: Date: $42. 0 REINSPECTION FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. Receipt No.: Date: PERMIT NO. 2- -`x--97 (206) 431 -3670 Projeq -�.� Type of inspectfort;, ,. n Address 0 , m D e called: I /14 / r Special instruction : ¢ ate wanted: i + mp D j � SI C�� a. Requester: F ( , L Phone No.: 3(Po) _ a490 COMMENTS: r 4E- 0 le 6.642--id cl -0711_0 4 Inspector: INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 Approved par applicable codes. Receipt No.: INSPECTION RECORD Retain a copy with permit I Date: Date: / 7 ' C PERMIT NO. (206) 431 -3670 Corrections required prior to approval. $42.00 REINSPECTIO FEE REQUIRED. Prior to inspection, fee must be paiVat 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. COMMENTS: —0, Type of inspe t n: 2 iJ l - r..4tS ,-. j • 0 ,r -��� 01`1"1. n1���� � 110 �.S — `` AMEN ' �, ,�' 66A"Iv , Li M i r 1 5 , 4 1 " j ttol-1 W . Special instructions: 2 Date wanted: / /fir zv ) 1/4.14T- (L t — y . k . t, ai rt_. 1. , 61 7 Projec 13 J —0, Type of inspe t n: 1 Address: (C' (l�t � 4 Date called: , G� / �� " I 1 ( Special instructions: 2 Date wanted: / /fir Requester: 14 0 Phone No.36) 9 0 INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 Approved per applicable codes. I I INSPECTION RECORD Retain a copy with permit iJ okp - 000 PERMIT NO. (206) 431 -3670 Corrections required prior to approval. $42.00 REINSPECTION FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. Receipt No.: Date: COMMENTS: 3 Pc-$51 it-- , 00 A- al c,,i i . ir- i 0 AP e !t- v,`'9. f L- ,1 f c /'-vE .onto• ga;alf4S C1 tc. -rt., , --)si C s 6' . ec.c.d1P r r-6 (l- () t '� 4 I t.0- N s ptJ TW *- r-4lr-1- c . Special instructions: (/U, t'" C� '� p.m. Requester: G Phone No.: 2 1 ,.,,- Q ., c--1 Project. 1 3 _ Type of insp. i; 1 , f Addres6 6 , rra , 'ol( � Date called: ' 4) Date wanted: 121 � � Special instructions: (/U, t'" C� '� p.m. Requester: G Phone No.: 2 1 ,.,,- Q I INSPECTION RECORD Retain a copy with permit INSPECTION NO, CITY OF TUKWILA BUDDING DIVISION 6300 Southcenter Blvd., #100; Tukwila, WA 98188 (206) 431 -3670 Approved per applicable codes. Li Corrections required prior to approval. Inspector: Date: 1 // $42,00 REINSPECTION FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspoction. Receipt No.: Date: j. -( f l 3O / T e ate calla) /c/ 6 . /S . 4/ 1 1/ / ' �' [�(/ llttL � ' Y Species ructions:/ Date wants e a , .. m .,„ / Re star: S' „ j 0 No.: 24o - 0490 INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 Approved per applicable codes. CO MENTS: Inspector: I Receipt No.: INSPECTION RECORD Retain a copy with permit PERMIT NO. Corrections required prior to approval. 74 -6100 (206) 431 -3670 Date: $42.00 REINSPECTION EE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. Date: COMMENTS: \ N -L ■J 1 1,1 SP`.w..1 1.1 of- S r Ic E /r- a4 -0 A r; Pelt FiNs Or r .CA, / ; — TJ�p,� qj , s i action: / (l/ ctJ S3 R6- t'- (;N4. 1 -QS ,Ai ,2 1.2- -- 3 F+-01 AS ""rurz / 0 % / 0 'S „ A\-' , 2- ' F- . 51..,E A x (2-) G ' a-6 U 1.45 , rJ c.-. �, it-„n . , 2- - r -. L S r R. . C.,., NIA 6∎ it... t,.d A-LL._ , s Div., A.-V. Z__ • L. S ‘ - 4 , A-0 L C.Li) S . W ke 8 • ecial instructions: �, U-I t.r T. -� , r, • ject: - 2 O TJ�p,� qj , s i action: / (l/ • dress: • `) ` 'i ` , Date called: ecial instructions: �, U-I t.r T. -� , Date wa t n : 3 /,� a.m. p.m. Ro.uest =r: 8 Jt17 , i 4L 1 Q 0(... INSPECTION RECORD Retain a copy with permit INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 Approved per applicable codes. Date: PERMIT NO. (206) 431 -3670 - Corrections required prior to approval. Inspector; $42.00 REINSPECTION FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. L Rt No.: Date: COMMENTS: 1S c�.1SSo vJiivA ovFrk1.CC►rn'L A op DoT , I o ►3( X13C .1°ttaos c A/t, c- T N'► 1.Sys ►. %AA 1 Ncam. d ATE (I') Fty oil— srw•att4/F+OAF 0/4-11. P L.S Al Pk.A.t L.. fp rir it-Arrto JS. - OW CA. 11 (411..A._ /ZL;"zr--i vc h.L'V► s loos ' tom M`Fvn SW-1 — z el AJ Tom' A NA Iva1►JG P. 1; A r-V IL"1ff J r 4 4j 711 "7» , -77 L 1- e I 1 !L` 1 t8 E. 14 4 t#J 4 t.0 Fa ,L.. AP!'/Lo VA-4- • Vic-- S14 Fitt (A) .L vg* (3.1 c..4-v, O�`` 7 r 0 714x. PA c•-444G q' • /��� /,�,� / C 4.- S-fs ;�-m S 1 t.L- uU PIP-1r Di P. S S, a GE' 7114 S n' / --r - -- trt-.S Alta' /1-4-Its. "1 .. (,.J i i A r3 S H S I 4 4-'m . 11413 WI t,1/4.. 0 c CAA (1,_ _ Ai` ri Lb CA. 1'\ Y Project: v7 JG / d ' ' 03 Type of in action: , O fr j 4 . 11 oeri 4 0 Address: / 66dd r, n�.. Wr , Date called: /i,//s Special instructions: Date wanted: /��� /,�,� / CP p.m. Requester: cA--- Phone No.: CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 1 INSPECTION NO, Approved per applicable codes. Inspector: [Recelpt No.: INSPECTION RECORD Retain a copy with permit PERMIT NO. (206) 431 -3670 Corrections required prior to approval. Date;�� $42.00 REINSPECTION FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. Date: COMMENTS: .. 13 t O 1 ,/ inl1 S (N -1 kit-- it.somS l 6°1 l—: l i, 0 E'Z.-, 121 Q / jq . L i / i , A r-9 ( 1'{ A LI O kJ Tia FT rtS1' r=1--01:)12,.. -+ ' i . 4- au— r»4 r I t-0ro 1 t a •.m Requester: g t C Phone No.: 5 - 0,4 Ro r rTh Pro :os.ii\t. .. 13 t O 1 ,/ inl1 S Type i gs: ow . Date called: - 'Z _1(0 Address: MOO / Special instructions: Date wanted. t 3 - (0 a •.m Requester: g t C Phone No.: 5 - 0,4 Ro E!?1 INSPECTION RECORD Retain a copy with permit INSPECTIO NO, CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 Approved per applicable codes. Inspector: Date: /t/139(a ti. $42.00 REINSPECTION FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. Receipt No.: (206) 431 -3670 Corrections required prior to approval. Date: P d okiNti .4 i ? J ^ o Type 1 O -, _ ` DOO goal M attiAL IA 5 Date called: it - - 9 io Special instructions: 20b -� Date wanted: "�'�� p.m. Requester: 'cis Phone No.: 1 _ 0"1 10 COMME NTS: Approved per applicable codes. INSPECTION NO, CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 INSPECTION RECORD Retain a copy with permit Date: lc Date: $42.90 REINSPECTION FEE REQUIRED. Prior to inspection, tee must be Old at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection, L1t F M9 AAci(o - 01 PERMIT NO. (206) 431 -3670 Corrections required prior to approval. p, li _i )3 - 0-7, T Y R U NMaM /Coiapsv ;d loe 6T AmizomL wys Date called: II to —61(° Special Instruction 04-4- DAMP4RS Date wanted: l ! 1- 1 _ l� p.m. Requester: jZ ( (IL Phone No.: 5 (D l ..0, Ct 0 COMMENTS: Inspector: II INSPECTION RECORD Retain a copy with permit INSPECTION NO, CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 Approved per applicable codes. Date: /kAaih 0100 PERMIT NO. (206) 431 -3670 Corrections required prior to approval .f i p. - $42. ' 0 REINSPECTI • N FEE REDUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. [Receipt No.: Date: COMMENTS: Or -( O 0 Type of inspectipivv.. n ,. L {,.g - I kJ 0 0 I `. F -- .,z,,., A ro 10. Z_- r 0 1 GrtPS I Ar-O S. . 2 Id cm-LI A. 1,14) - e..- l-1 & I 1 at- T'A t 14 5 u t.A.ne , ■b'N : .1)V (TS c s r..1 l'It CAT. (AG Y) -u�-YJ ME-- A 0 41- + ? rl- 6dt- -- + 1-r ZsT wk T14% r-.1 ELI eP S h1A( -rt /1.'" ■ C.E 6 4 / S - Oil-r t IS-6 •G (S f A- 41'4-Th45 k,.soit-t ,- (, cr,J ; Vats e/l4 t..rm. TWRAZ A (I ;) Sv.U1 l.ocA-7"W N-S. Project: t , _ i.. _ Type of inspectipivv.. n ,. L Address: 0 C pia + to called: (v j.� , / �� c Special instructions: Date wanted: / r fr . '/ Requester: -j7 i` f '1st-- Phone No �" O, K c1 i{ INSPECTIO NO. INSPECTION RECORD Retain a copy with permit 01 (0 0( PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 (Approved per applicable codes. (206) 431 -3670 Corrections required prior to approval. $42.00 REINSPECTION FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. Receipt No.: Date: Project: 54 0 06 13 7 Type of inspection: Address: Date called: /0 ,- /(0 Special instryctions: . ( F- t'- G ) Date wanted: a.m.„� . Requester: p I uc..- Phone No.: ''V -8&9 ! INSP TION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwlla, WA 98188 Approved per applicable codes. r-i Corrections required prior to approval. A001, "9/a22.ettl_ze,e/ Inspector: Receipt No.: I INSPECTION RECORD Retain a copy with permit Date: PERMIT NO. (206) 431 -3670 IA $42.'6 --R INSPECTIONrEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd, Suite 100, Call to schedule relnspection. Date: COMMENTS: IJ (1 r Type of inspection: ' ix 614 4-J /z4 , � crd A... 19 - I r-i - O ii it 1 /•() — / Special instructions: r 2 " r S'- -- vL--- Pvt ,s4teIG A tAci saA,0(at-A 14 600.1 AD ye 0. Project: DP (» IJ (1 r Type of inspection: ' ix 614 4-J /z4 Address: er r'? Date called: /•() — / Special instructions: r 2 " r Date wanted: / t7 -H -r6 g.- gmsJ Requester: Phone No.: Approved per apRlicable codes. INSPECTION RECORD Retain a copy with permit INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 PERMIT NO. 206) 431 -3670 Corrections required prior to approval. Inspector: Date: eflo $42.00 REINSPECTION FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection, Receipt No.: Date:' {tl COMMENTS: / 3_ 61 3 1 Type of inspection O lt--. - M t M-Su t.ra'r J) u■ c W-i3 (t -tL.. 0 T14 6 V-SI- ,Fc.& n._- F, b. Z. 'tom F , ( 7 , t ct..t,.,o, Tam - �AA.,,S:..0uCs 11 i■4c A4'm (L\. Ao 2 zu,c1 Su.P9on 1 Kr cNrf74Gzt 1t.A .01P- - :ri W A of G „ ° O " .0 lJ . Phone No.:6 f ,. -e5E3' "- / 3_ 61 3 1 Type of inspection , Address: / Address: 6 / 1 0 Date called: I T .�1 ( -96 0 Special instructions: 367....yf7, Date wanted: /a --7-9r p.m. Requester: i 4 , Phone No.:6 f ,. -e5E3' INSPECTION NO. INSPECTION RECORD Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 F Approved per applicable codes. Receipt No,:, PERMIT NO.. (206) 431 -3670 Corrections required prior to approval. Inspector: Date: /0 - 7 _ 9(. $42.00 REINSPECTION FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. Date: BUILDERS copy PERMIT NO WOW I kIntietstand that the Plan Check anprovals ore • or tors and fv. • • (6:•■•/:•%1•• ;Et'Oitcw.7,. ••,i ..1 I • of • • • 0,01)v'appt • • THIS SET OF APPROV-•• PLANS MUST BE ON THE .•13 AT ALL TIMES DURING oNSTRUCTION. THIS BUILDI IS NOT TO BE OCCUPIE. tiNTIL AFTEP, FINAL INSPEC "IN APPFG■f.o..1, ay THE TUI ILA BUILDINC:i :AVISION 0 • FITMENT OF COIVINIUNI1"i DEVELOPMENT RECEIVE of 1 001 " -A jk.R. 2 9 1996 PE.RMIT cENTER Wilo- 0100 FACILITY DESIGN . SUPPORT 1303CAI.C.DOC 07/24/96 HEATING AND COOLING CALCULATIONS AWACS BUILDING 13 -03 MILITARY FLIGHT CENTER KING COUNTY, WASHINGTON MARCH 14, 1996 Prepared For: D & SG FACILITIES Prepared By: FACILITY DESIGN SUPPORT P.O. Box 3707 Seattle, Washington 98124 -2207 Document Number: DCA- 95060 - CALC -M2 Prepared By: D. KLOTZ, P.E( Approved By: C. LYNCH, P.E RECEIVED CITY OF TUKWILA JUL 2 9 1996 PERMIT CENTER 1 g i co 0 0 c o ae a a co '«.. G. 12 C° ca ca 0 C • V C 4S V -O n. C OI W g C J lip: LL - !I W HEATING AND COOLING CALCULATIONS TABLE OF CONTENTS Description Page Number Heating and Cooling input Data - General 1 - 25 Heating and Cooling Calculations 26 - 76 Electrical Room Cooling Loads 77 - 80 Server Room Cooling Loads 81 Data Closet Cooling Loads 82 Wave Guide Filter Cooling 83 - 91 Lab Equipment Cooling Systems 92 -107 Lab Equipment Ambient Cooling Loads 108 -122 SF - 6 Exhaust Air Quantity 123 -124 Louver Sizing 125 -132 HVAC Rooftop Units 133 -137 Electrical Room Cooling Unit Sizing 138 -142 END O/ 0.17cc4,7 L0,10 S FACILITY DESIGN SUPPORT P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: PROJECT /11#4 / 3 -03 FIG. BY .7- ML orb CHECKED BY DATE /e SHEET / ,OF 1 M /sr -E.1-A 1 ?X.GS O Ff? , l �.e, /OMaA T 4, 4 .55-e i Gva/e e x`rA77eAr / 75 st- p,: Soy �G7Glt'�, 444/3 ?i / G :. . -c'/ 4 l"Ui�. il, o1%' r..,2, 4.) / t . • (i) fAx / e 7='ete Ai 7 (4456/2) .:mss,; 4e, x ,lox / oX. Site if )( .50'i (/) /6 32 rvA/F: RWM .45.5ciit.t 2 5 .1.77-t-2 PROJECT NO. Tp A ' 9'S!`'4Z) 92 Pe / /rte, .;•` 3 c-x>c 73 H / co ,oi62 /000 ee 5;00 e) a) /1/1's4 -. ; ash €4. )) (/) F.Y,x /lam /-2/c=,�c . 7 00,t4 : 2-Cs6 °eho 6 7i.e6 1 e) (/) /7- x/ 5 eeAr boo 4ssuma /a � .) 3S0 s F' C twg, Apo ' ,4sseekt Zo FlEoPIS Pave ANI../ Siz/ivz, Assume 4,465 Rerm r' oJgc !.o PROJECT 1 - D 3 Awes FIG. BY M. GA LAAti ?!5 CHECKED BY DATE SHEET I OF Z ns. L L44. • 17 7 ceso e ,1 4,740 u.1-41-L. L.. N4),. .4S I I.N.S \ c - cc0 oo p (H6lTi�l�,� l N r - L• ZoTi)4 2 C_ e„ WErA4._ TA -061. (o.3. F c -�.•c� - Oi ' 33 3a 41 PROJECT NO. `bsL-A 95Dbo 047 6D 4� U • 07 1►3 1 o S u t,_. 1 4.2,0 FACILITY DESIGN SUPPORT P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: PROJECT 1 - D 3 Awes FIG. BY M. GA LAAti ?!5 CHECKED BY DATE SHEET I OF Z ns. L L44. • 17 7 ceso e ,1 4,740 u.1-41-L. L.. N4),. .4S I I.N.S \ c - cc0 oo p (H6lTi�l�,� l N r - L• ZoTi)4 2 C_ e„ WErA4._ TA -061. (o.3. F c -�.•c� - Oi ' 33 3a 41 PROJECT NO. `bsL-A 95Dbo 047 6D 4� U • 07 1►3 1 o S u t,_. 1 4.2,0 I3 .o3 IWskflr VUJ8 2- t 2- • 124°F = R -2o Q 2 � ,oa� • WI4U P1 14 Merko 1 21.- IS (4. Oc'. 1 • Sote7Bikitt4r —10 • Miekl\AMIR, • 201Acaat (00 • WINGtN•iS .G 5c. =135 * � wogs C� PROJECT AwAzS l3 -rr3 FIG. BY 17.), 14+-u 2.- CHECKED BY DATE 12-IS SHEET I OF J 5I -EAc,k roe- l4A-' L-v cos Sounic Le..4 m YQ'Z /- LAN D2''/ eZ.cU - 3 //G (J /4 * ( 2- ) C4f 3508 , /cot ,2 r4os 40 )54e) Arab' tom. 4,n a 7( C.o." cpep.15 41N4 44444 10 l r. Gts . .8 cPva•s ;‘ = 32,500 t PROJECT NO. `beA ° gSadO FACILITY DESIGN SUPPORT P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: PROJECT AwAzS l3 -rr3 FIG. BY 17.), 14+-u 2.- CHECKED BY DATE 12-IS SHEET I OF J 5I -EAc,k roe- l4A-' L-v cos Sounic Le..4 m YQ'Z /- LAN D2''/ eZ.cU - 3 //G (J /4 * ( 2- ) C4f 3508 , /cot ,2 r4os 40 )54e) Arab' tom. 4,n a 7( C.o." cpep.15 41N4 44444 10 l r. Gts . .8 cPva•s ;‘ = 32,500 t PROJECT NO. `beA ° gSadO Aw5k s (a -03 r3: t� - 201.4c 144 I f '111 ; 111' n u10lMSS u1WA2oe ut0tAS0A \' — utOLA50A t .4 (5 At .32' ��• —S 22 -11 •OEACYG fAcAMICS DEURIL[NT COI OA OTCE , 206! c ,s•-s IA t05ASSA u t IAtOIA200 um IAIOI 1A10tMSA MIS /LUSA BUILDING 13 -03 AtI I tcum. YOU C0. A -A /I_2 GENERAL NOTES: CONSTRUCTION NOTES: 16'.AtL wL minas CCem a wow lutes. p .6u u. macuraAaE ■rL vAa IMI RBI s na ON Raul% Ca p l6TAU IC1. SILO wL FINNIC POI mums RAMC *C 6. 4FA10 wt SIVE 71 LIE p USW. au w< CO mlrt5 Of caw LIE B>. max i/A. FIC WtNICwt PLnam twat S-J 104. OAR COI .'011 El MCAa iconic W.0 I3-0S -IA10 14' -I 1/Y 1111C2 I 12 -r 9 ' -i0 2' -7 SUMP, SEE STRUCTURAL & MECHANICAL (10481) 1 11584 I 1A10 A208 ELEVATOR LOBBY ELEVATOR 1 1 11684 I 117C4 I (134C5) 113106 1 I {' 12' -NF (126E6) SHOP ADMINISTRATION MD RECEMNO 1126E6 I COUNTER 107C1 I (107C1) 1 132C5 I 4' 1A10 A504 FBA Y,tL 1124E4 I 110E2 SERVICE LOBBY 1110E2 I 1A10 A208 IM0 A451 IA 0 A453 114A4 1A10 A203 1A10 A208 22' -11' 1A10 A111 1A10 A208 IA10 A200 IAIO A208 IA10 A201 IA10 A110 1A10 A4 m IA 1A10 A208 CANOPY COVER ABOVE, SEE SHEET A508 AND STRUCTURAL SECURITY FENCE, SEE CIVIL- 10R 01+14/,0 n VALVE 1A10 111401 STY 16' -0' .4 FIRST FLOOR PLAN SGUE: N 160' -0' 5 A 32' -0') 0 A204 F aOEG T �- 1A10 L 5' -5' ACCEPTABU 9[R1711 M4 M411ofD ...110.11 A208 A454 IA10 A201 ELEVATOR IM MO( I 136 I 'CANOPY COVER J ABOVE, SEE STRUCTURAL BU ARCHITECTURAL WASTER Aw 4 l' -v3 H A /��L CAL :s •2c7 ( SF-10 S' -T I I07C1 I ` , 13904 1 132C5 ANTENNA AND TRANSMITTER RM SUMP, SEE STRUCTURAL k MECHANICAL 24' -6' 13106 1121E3 I 1 5' -r 1124E4 1.4 0 A504nRt c 16' -Fl 1A10 *450 IA10 A111 7' - 2' le 12' -O 1 12706 I 1A10 A204 IMO A208 1A10 A200 SHOP ADMINISTRATION AND RECEMNG 1126E6 I 1125E5 I COUNTER t0' - 9' i S' - 5' ' 15' - I0 . IA101A208 1AI0 A208 IA101A110 IA10 08 CANOPY COVER 1A101A454 IA10IA454 FIRST FLOOR PLAN BUILDING 13 -03 LEGEND: GENERAL NOTES: ARCHITECTURAL MASTER COL A -H /1 -7 M.F.0 RECESSED FIRE HOSE AND FIRE EXTINGUISHER CABINET (COMBINATION) CONSTRUCTION NOTES: I> INSTALL WALL PARTITION CENTERED ON WINDOW MULLION. INSTALL DEMOUNTABLE WALL PARTITION FINISH SURFACE WITH FINISH SURACE OF GWB, INSTALL METAL STUD WALL FRAMING PER COLUMN FURRING DIMENSIONS, KEEPING WALL SURFACE IN UNE. INSTALL CMU WALL ON CENTER OF COLUMN LINE. PRONDE 3/4' FIRE RETARDANT PLYWODO FURRING, 8' -0' HIGH, OVER GWD FOR ELECTRIC& MOUNTING. 2A 0 A203 2A10 A207 I 2, ELLVATOR MW 2A10 AA450 MECHANICAL 1'-4 I r CHASE IAECHANICAL CHASE TEST DATA CONIROL I 22006 4 lit t MECHANICAL CHASE 1 216E5 I _ - I I 217E6 I MO A202 2A10 A453 2A10 A203 2A10 A2013 2A10 A207 2A10 A111 1A10 A204 __...._... 1 4allitaimm arm immam•Ziiiiiiiiiiiiiiirammommiiiiiaiiimuna aimmummmummamolIOLELMEMIENNNLaiummummmiifiliiiii0 Inurimurassmummumm lionmaimmmmammummmmtwasammummammummommilaummimmumr-mmaarevilq II i ImmumommaimmmimumN i '111 •••••••••••••■••111111111•01iiN•••■••••••••••••••••••=111•11••••••43 li 111k11111111111111111:111111111111111111111117-1111111411111111:1111111111111111111111M 1 mmummumnum...... Immunummummommiulartitiumnimramus........sp........i...1 1 1...........mlimmmniummummuirmumprAnnumn--Nu whiii....rommiourirmiiiiiii.p.illimmgra ; Immaim.............7a...... „....__ _ memo maxmaim Nammamommaar...imm lir 111111111•1=–•••11 1 ... 1•••111•E111111•0111111•111111••1 In maim am Nam NI amals m ilwam•••mtommun limammmamm —ammoi Numunigamm_.....mm,:Jmumganam..;.• ....:....iiimammmmaammirrummkrf, 1 11311117111111111111111111;g1117113: 1 4 1 111:11:111111111111111111:Limnellelill ..amumammi mlimmujimgcummomir giaa al mom pinumumummumar Ili•••1111 Ikati•••••••• •••••••Milim.miadMIIMIMITNA•••••11111751••••••11R:i.17... ...q.........m , i.a......mm....tpaimnnmwAsa:armumlgvawIIIIMMIIIIIIIIIIII 1••••••••••••••••11•••••1•11 •••••11111•1•1111111111116:1; 1 1•••••••Numl••••••••••••••••••••111!E••••11111rail•••••111•111m1•111111111:1== MERU MI••••111•111 ME Aft 2A10 *200 iy 1•••••••••Ciiiill••••••••••••••1031••••••••• 1•••••••••1111•111111••11115••••••■••••••••••••••11111 111 on. 11•111••••111111.414.11 1 0:11 mimmainimmmumumaimaimilrymmtrirgtommimeimmommimmamminalammiummmmmommommorm. marammi ommunammummommarrama -* Jiatir_ Err- --i-imimmammmorlaimummammommamr- 11 i1•111111111111111 P I 293E3 I et I . - ''''' . STORAGE 2A10 A201 All° STAN 1 I :in.,.. m Il0111111111111UMMEWl. at Ordimommic ? pia:* iiim I immommum.:Afri_NNNNimilmul" 1111111111■111111111111,11 WISTIM 114211111111111111113111F71112111111 I /272 Imuumumwerummour. imursnW1%.41WIll 1111111WEB1111• • 10111••••••1111 E•11111•1110111••••• 11111 ••••111111111M1•1111C111•1114.1"K :214fr:U111111..7: ....mummesulin.km ••••if V •,-1••••1111111 uf 111•111•111111•• 111111111111111111••••••••••Ig••••••11 1 =111311111••111111••=••••1111• FAL CIS 0 ,1 &mum' 1••11SfilegrM MEEMEM likel,tir=a=mmIntun unniminnosi 4111MMOUNIMMEMMEMMIMMIlmFPWalitit1 1111 NOWIMOMLIAMMEM MEMMEMEMMIN 1111111111111111.1•111111111111111111111M•1111111 Inhe 11/" IV , r/..111 Illii.r.1,1 11'011••■••11 •••••••••• , 1••••••••••••••••11111 pm m maw mmalumatr-Abrimal imammomarimmaannirman I 1111111•••••••••••••Ell• 1111110:1-. ILlug. 11••••11.momems musenumpritstaimmill •••••••••••••••10111• LAM MIllingitli 1111 •Imuls •IIIIIIIMIN 11••••••ImAIN•NN•••••• ••••••111011••••••••111• ..1.61, IMIIIIIWB •1111=3111E111•111111111111111111111111hM41111•111r1:1>t•M i 111111111111111•1111111111111101KantlINRI• 1701111•• •00111,111 .1111111111111111111111111•111:mm 11 Imag•ma■•■■ ■■■■Nmw:kmm=mmmompmr7NmmmmromrmwairT5mmmR■mmmmmsmmmmmmmmm II t I! MilliMilii uP 1 21084 1 mEEMI li II!!!liell tiP Pli — il'-0 4 i t il 41 4 .1111 -1 44 _ p 0- e. v 1 , amift,620 . ela., Nu 2A10 2A 0:17 WA Otr,... AV( MIILIVTAtTAISINBreP747-Pin7t707WVAM7111M1-ATIV. ItI7A.Y4 M451 2A10 CANOPY ANO COVERED WALAWAY BELOW Out 08 Olt 160 (5 AT 32'4) SECOND FLOOR PLAN suaLwro ANSI PEZA FACILITIES DEPARTMENT CANOPY BELOW ACCEPTABILITY „ r o ar s = APIMOVED IY COI. CAR SIM. OPP. A208 A454 A201 17a 2A10 *452 2A10 ■iLJ�L!*L!!? 11 ■I. \11111L N..... ■ ■.■ ■■ins 1111 "1111,1111211 X1111111111115.111A1 lIi!hMN�IIIIIIIIIIIIRIIIIIIIL ■RImu ■ ■ ■E)1I ■■rt �,� �LJ..,_ I•R 111■■ ■1=-1111 ■1 ■ ■I•'11111111 j:l! ii!!11r1■ ■111111■ ■ ■ ■11 ■= 11J■1W 1■111■^.. ,_.•• Als.g6:1111=111111111111111111111 Ix■■ ■FI B ■rI1■■11■W1■ ■111111■ ■1111■ ■ ■11■ ■.1�■■ 11111■11IL ..1 11=i ■ ■■ ■111111 11 ■11 ■■ .�T...� I RLL ,7,�■ I ■ ■ ■ ■I1II ■1111■ ■11 111 ■11■ ■ ■ ■�i�a��i ." ,.... r:M' ■ ■111 mown munnu ■wvs• mum umur r20.,,1 ■ n 1 I 0 ■1111■ 1C'J+111111■1'4 ■ ■11111111 ■r0■ ■ ■ ■Cw..... stop ■■r7■©F 1��■■ f�■■■ ■F�.ammuLtAv.L J . 1■■LJENNE 111i11111111■1 I■■11■11f E1• ■11©11 ■ ■11 ■ ■1 1•11111111111M1731111111151111111•11111111111 1 ■1110■ •■111111111■11M■1111 •111 111.111111111111111111111111111M11111111111111111 � I' 11 ■r�11N�IIIIII©111��11■ RESM - I� Airek I<•f�f�T�- -- -fit -- ----. I(Q�] ■■ ■liniliffrall1 171111111111111111111111111111111111111111111•111111 ■1 IM ■ ■ ■11■?*7II■ ■■IFarIE! ■1 1 ■1111■ ■n1■ ■p!■'S:iq 11■ 1 ■ ■11■1111 ffillI IN11111 ■11 p■ ■ ■ ■11■e111.'11MIIMI ■�! limm■�m■�■nn■i iii �. u u� 1 203E3 6' 224E5 I218E5I TEST DATA CONTROL 1 220061 t /2. 1/2' 2A10 A111 1A101 A204 2A10 A200 (221E5) I 217E6 I ( 215E5 (222E5) 1 216E5 I 2A10 A454 2A 0 A201 2A10 A110 SECOND FLOOR PLAN BUILDING 13 -03 ARCHITECTURAL. OUSTER COL A -H /1 -7 Y.F.C. 95060 13- 03 -2A10 .. .. _...:' r,.:;< ��::., WS, ��:'' L, �. m::; r>... i:° i" t: X' s�..,..._ a+ Y. ?;:`!: i�Y•'.: e!: .;"ki:"_'� "h { ;'.Csi4�i�t4irl.:i S'' } ? CANOPY BELOW ✓ SIM. OPP. 1208 A452 2A10 A452 LEGEND: rnE__ 't•'�'!A RECESSED FIRE HOSE AND TIRE I EXTINGUISHER CABINET (COMBINATION) GENERAL NOTES: O CONSTRUCTION NOTES: INSTALL WALL PARTITION CENTERED ON WINDOW MULLION. INSTALL DEMOUNTABLE WALL PARTITION FINISH SURFACE WITH FINISH SURACE Of GWB. INSTALL METAL STUD WALL FRAMING PER COLUMN FURRING DIMENSIONS, KEEPING WALL SURFACE N UNE. All LA82 SSF EQUIPMENT FRAME TO BE CONSTRUCTED BY CONTRACTOR, DRAWING AND PARTS UST 204 -91400 ANO PL204 -91400 TO BE PROVIDED BY OWNER. E -57 CABINET TO BE CONSTRUCTED BY CONTRACTOR DRAWINGS AND PARTS UST TO BE PRONTO BY OWNER. P67 STAND TO BE CONSTRUCTED BY CONTRACTOR PER BCAG 204 -44231 DRAWINGS AND PARTS UST 204-442.33, TO BE PROVIDED BY OWNER. © EQUIPMENT POWER DISTRIBUTION RACK (SUPPORT ASSEMBLIES) TO BE CONSTRUCTED BY CONTRACTOR PER O DRAWINGS AND PMTS LIST BCAG. 204 -56180 MO C P1.204 -56180 TO BE PROVIDED BY OWNER. ® INSTAL PARTITION TO FORM POCKET TO HOUSE FOLDING DOOR PER DOOR MANUFACTURERS RECOMMENDATIONS. ® INSTALL (4) WINDOWS, 4' -0' X 3' -0', N PARS WITH r SPACE BETWEEN CR PER DEMOUNTABLE WALL MANUFACTURER. INSTALL WINDOWS WITH SXL 47 ABOVE FINISH FLOOR. INSTALL WINDOWS WITH SPACE BETWEEN EACH AS CENTER POINT FOR LOCATION ALONG LENGTH OF WALL THEY ARE N. > PROVIDE 3/4' FIRE RETARDANT PLYWOOD FURRING, O G 8 -O' HIGH, OVER GWB FOR ELECTRICAL MOUNTING. tl INSTALL ABOVE DOOR ABOVE CEILING INSIDE SIDE OF SARR ROOM, 3' X 3' X 3/4' FIRE RETARDANT PLYWOOD FOR TELEPHONE SWITCHES AND WIRES. SCALE; 1/8' -1' -0' 16' FACILITY DEUQN SUPPORT 0.-17 -7a I C I - - -• I I•V I I f 1 1 1 1 1+ 1 l 1 1 1 i 1+ 1 1; 1 1; 1 1 1 1 1 1 1 1 . 1 1 1 j� 111 1 1 I I I 1 1 I 1 I I 1 I I 1 I I I I f I 1 I , i ma I 1 1 1 1 � {'R7, .1 1 1 1 I I I I I I I I l 1 1 I I 1 I 1 I 1 I I 1 .. V I I I I I • I I 1 1 1 MINN M IN I I t � 1 . grin 1 I I 1m. I I i QE4MI r s. '.1tElE�1 1 1=Ei tll t�i'tua11• 1111�R 1 1 1 1 1 1 I i l 1 1 l 1 1 ' I I I I 1 1 1 I I I I i I 1 1 ` 1 1: "'�' �• 1 1 1 1 1 . 1 1 1 1 1 1 1 1 1 1 1 1 V , I I ( 1 1 1 1 C I I I 1 1 11 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 ( 1 1 1 1 1 1 . 1 1 1 1 1 1 1 . 1 1 1 1 1 1 1 1 . 4 1 1 1 1 1 1! ' 1 1.1 - 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 t) t • 1 1 1 1 f l 14 1 I 1 • 11111I 1 I11 Itl► II�I� i�wn'���� - �.t►QiE�ID►�09� � �I`sn IL IMMEMMIThmhENIMMI mifimmamminum ins Meant Win via case n t a.�� 171 5 Il "RiLI /� to � �:1vaR 6 I/tinst TDI� _-.9tamm maim t m�u m s , m : �����in( ®Ip IMINNINNENEMmiginIMI 11111 1111 .1 tm n t� ISM f _ MUM rd.'>fr hR• 0 MAW 1 EM IIbIL:�..�Lf`'� 1lt:It; ta !�� "' ntD3l�ILFr.�l �a t�'S:7►m �fT�h1• 1— OIST>r Camvi1Q� I '� °_LL..MIIN 1i!rY �1ra11 aka +000004 �d,,m Ott e r 1 1 1 1 1 1 1 1® {! I I i t 1 1 1 1 1 I I I I f l l 1 1 1 1 1 1 1 1 : 1 1. 1 1 2A101/0.13 2At0�aA1 2740227402110 , O10 2A 7 0 tr-r Ut01At00 1 � D I 1 uZ l ►tot� N. I V i f 1 1 1 1, l t l 1 1 , . I I 1 1 1 1 I 1 1 1♦ 1 1 1i I r t I I 1 I: 1 1 1 1 1 1 1 11 1 1 1 1 I I! I ;I IIIII Ii lIIlllltll 1 IIAL!M /PI II 1 1 1 . I I 1 1 1 I I I i l l l l l l i l l l l l i l l l l f l I I I .1291 I l l l l l i l{ i 1 :1 1 .1 ■ 1 r 1 I I 1 1 1 1 1 1 1 1 1 1 1 1 1 I pt CMOP7 Aro OWED SEE SOK J SECOND FLOOR PLAN SOIL t ..1 .111 =RI 0 ,71•..17 (5 AT ad) i 4r tr-r 1 / 0 V7 E5 � OEPARf � t pt01A,t1 w0P7 9EEal-- nCCEPusurr w m .ry ,xva.o. a r0+oo MiRr_ b 2AIOLA452 21410 *452 6 SECOND FLOOR PLAN BUILDING 13 -03 MCKIIC11.101. 1YS1ZZ COL /- .0/1 -7 LEGEND: mtDa GENERAL NOTES: CONSTRUCTION NOTES: P44 Haw. wl Puma tZ7411X0 ON 77097 OWN. a61ALL Coanowas 141 74110Th 1791 SUEIF3CE 1M /1181 SAUCE 07 an MOM 0 E p 6 MOO * aAricE unE E›. tAia S7 mower rFt.4 ro se 97 0714701. 011 NO POTS TS tSE m 40 *.70' -01400 10 Et PIQIA(ED 27 1,7410. E-57 COW 70 EC 07.15XCED 0310 CRON= MO MIS 107 TO SE MOOED 3T =CR. ® P07 SUMO 10 a CC76ii1QFD 97 =M GM PER 0G0 70' -*0230 Mao= MO PM10 !ST 204-“7.5.1. 10 9E ROCCO 9T 01411 POSER EOurinyr Assacu) 10 0:WSU l0D 97 1:Col PG0, POI 0104 110 9405 007 904. 204 -5000 MO rVW - 50100 TO BE ROMEO 97 cam ® .67x1 POTREO 10 POI 14067 4Oa& mac mat PER car twC:uns SEGrOCUOS 407*0. ( 0/000115 rd 0 r-4. x PIIQ *04 r SMQ NOM WPM 00734501E vLL IhMVxa*LE 16011WOO in 911 *t x02 OEM 8007, 967x1 710045 w00 SPUE 31* 7 EAOI 7S C VIER P411 FOR =Os xiSO 1D074 OE 0•11 BET a K ® mew 3/r P111E RESEW Promo PU7r7' r '171 01011 Car 101 f9C.1r'00L 07I0 G 5x7 _ __ro=0 x MOE 5 or 1.1.110170 PO iEEEp.EK 579005 MO ■DES. r a• D a• r SGIE: 9 /S•r -0 ® FOE 105E +10 FOE E ISCUS ER Marti (C"IMBy1011) war Nemoms 2A10 7S' 7 3-63 -2410 ,* l i � iiii i i1111 � • 111111111111 i. � 151f ..111111 (33144) 31683 1 31584 1 SRA 1A10 08 32985 1317C3 I DLVATOR 12 1 32885 I 4' 1 33105 1 1 1 IOEI 11' -1' 13' - 0' 3A10 02 3410 4451 CANOPY COVER AND COVERED WMXWAY (31683) 3A 0 A203 3410 A207 21' -0 1 2' 3M014453 3410 A203 10' -7 1 3110 A208 THIRD FLOOR PLAN 160' -0' (5 AT 32' -tr) ROOF WAL.KINC SURFACE INTS 3410 A1I1 319D3 I 3410 4204 3410 A504 341014208 3410 A200 3410 01 3110 A201 3410 A110 OZANNE 14101A110 EXTERIOR WALL ELEVATION 3410 A452 ARCHITECTURAL WASTER .: �vu✓• u... a.. �: i:.• .'�.7.t�.tti >: ?!i::tlS:'. °„�7t ?,. � „el"�.;�IA�;$i4.; %: ta i.. ��Ht: �i; �. �� .a� ".��f�bl��A"tBY.,t� > #.�t`t� �i.`, ,,. Yt ;�v':��.'i•"1ni N`:7hM.�..._ .Y3rwi-Wa 314C4 OPEN 3A10 1,504 DEF10E 3A10 A504 1313E4 I 311E2 4' 12' -0' S- COMPUTING RN 4' 12' -0' 1 30701 I 1310E1 l 321D5 4' -10'I 5' -0' (320E4) 1320E5 I � � `� uNn m4 AHU, SEE � ___ O 0 MECFANICAL I `\ I 0 0 0 L, y ROOF PENETRATIONS I - - \� lo a 0' (5 AT 32' -0') ROOF WALKING SURFACE MATS 3A10 A111 3A10 A204 3M0 A200 3A10 A208 3A101A200 3A10 A201 3A10 A201 3A10 A110 EXTERIOR WALL ELEVATION 3A10 A110 3,410 A452 THIRD FLOOR PLAN BUILDING 13 -03 ARCIITECTURAL MASTER COL A -H /1 -7 LEGEND: GENERAL NOTES: RECESSED FIRE HOSE AND FIRE EXTINGUISHER CABINET (COMBINATION) CONSTRUCTION NOTES: ID INSTALL WALL PARTITION CENTERED ON WINDOW MUWON. INSTALL DEMOUNTABLE WALL PARTITION FINISH SURFACE WITH FINISH SURACE OF CWB. I INSTALL METAL STUD WALL FRAMNQ PER COLUMN FURRING DIMENSIONS, KEEPING WALL SURFACE IN LINE. I>' INSTALL WALL FRAMING TO FORM POCKET TO HOUSE FOLDING DOOR PER DOOR MANUFACTURERS RECOMMENDATIONS. IP. PROVIDE 3/4' FIRE RETARDANT PLYWOOD FURRING, 13' -0' HIGH, OVER GWD FOR ELECTRICAL MOUNTING. M.F.C. 13- 03 -3A10 of� fth } ( SI;: FfY ct .L S4.Y,a: THIRD FLOOR PLAN tEO'd (S AT Il'd) r: tSL'4■11 1111,4 E1/ &'EM INN cfr:;"!;• ]A OI SAlla9 10 THIRD FLOOR PLAN BUILDING 13 -03 NR1/1EC111M. WSTER C0. A -A /1 -7 CONSTRUCTION NOTES- D>. wpm mu. 1 MOM t7ED a 100111 l 21DL .boll =UMW .0 PARm011 r1II. SWAM MOI MOH MRACE Cr as IX> .brill ,ER m0111. I vrn Mum norm 11001904 KWIC ow. s,./M • ut p NSW. all vwrc TO OM PCMET 10 11111E o11ot 1wlsal,liFra M OE W r11E AE010wr p,o (T r-? 1001. MD Ca RR =MM. KWIC Er SCJIE: I/C.1'd mf.C. 13.23•.14111 Weather Code SEATTLE CARD 08 -- Climatic Information Summer Winter Summer Clearness Clearness Design Number Number Dry Bulb 85 CARD 09 -- Load Simulation Periods CARD 10 Cooling Heating Load Load Method Method TETO -TA1 UATD Ventilation Method OADB - - -- Load Alternative - - -- Number Description 1 CARD 20 -- General Room Parameters Zone Room Reference Number Number 102 102 Room Descrip 1ST FLOOR LOBBY TRACE 00 input file C• DATA \TRANE \1303LDSR.TM by Trane Customer Direct Service Network -° and - Job Information ' Project: AWACS LAB. BUILDING 13 -03 Location: DEVELOPMENTAL CENTER Client: BD & SG Program User: M.CAUNITIS Comments: RE- DESIGN 12 -13 -95 1st Month Last Month Peak 1st Month Cooling Cooling Cooling Summer Simulation Simulation Load Hr Period JUN AUG Load Simulation Parameters Airflow Airflow Input Output Units Units ACTUAL ACTUAL Summer Winter Design Design Building Wet Bulb Dry Bulb Orientation 69 20 337 Last Month Sumner Period Load Section Alternative #1 Floor Length 22 Floor Width 13 1st Month Daylight Savings Room Put Wall Circulation RA Load Rate to Room MED -RCR NO Last Month Daylight Savings Const Plenum Type Height 7 6.3 Sumner Ground Reflect Acoustic Ceiling Resistance Winter Ground Reflect Floor to Floor Height 16.3 Alternative 01 Page #1 Duplicate Duplicate Floors Rooms per Multiplier Zone Perimeter Depth TRACE 600 input file C: \DATA \TRANE \1303LDSR.TM by Trane Customer Direct Service Network Alternative 01 Page 02 - - -- -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 104 104 SPRINKLER VLV RM 7 6 7 0 16.3 106 106 ELEV MACHY RM 14 8 7 0 16.3 108 108 RECYCLER 11 8 7 7.3 16.3 110 110 MEN'S ROOM 20 12 7 8.3 16.3 112 112 WOMENS ROOM 16 16 7 6.3 16.3 114 114 JANITORS CLOSET 9 8 7 8.3 16.3 116 116 ELECTRICAL ROOM 44 20 7 0 16.3 118 118 DATA COMMUNIC. 14 12 7 0 16.3 120 120 PAGING ROOM 14 8 7 7.8 16.3 122 122 SHOP ADM & RECVG 34 24 7 6.3 16.3 124 124 BREAK ROOM 25 25 7 6.3 16.3 126 126 WEST STAIRWELL 23 10 7 0 16.3 128 128 CORRIDOR 142 5 7 7.3 16.3 130 130 EAST STAIRWELL 15 9• 7 0 16.3 132 132 JTIDS #1 30 13 7 7.8 16.3 134 134 CONFERENCE ROOM 30 17 7 7.8 16.3 136 136 VEND, CUST OFF 12 12 7 7.8 16.3 140 140 VEND, CUST OFF 12 12 7 7.8 16.3 144 144 VEND, CUST OFF 12 12 7 7.8 16.3 148 VEND, CUST OFF 13 12 7 7.8 16.3 150 VEND, CUST OFF 12 12 7 7.8 16.3 156 DISPLAY REPAIR 24 17 7 7.8 16.3 158 158 ESOS 24 17 7 7.8 16.3 160 160 DCA OA OFFICE 34 16 7 7,8 16.3 162 162 EAST STAIR &CORR 47 5 7 7.8 16.3 164 164 ELEV MACHY ROOM 10 9 7 0 16.3 166 166 OFFICE WENTE 15 13 7 7.8 16.3 168 168 OFFICE CALLHAN 17 15 7 8.8 16.3 170 170 SECRETARY STA 15 10 7 7.8 16.3 172 172 OFFICE PETITT 13 12 7 7.8 16.3 174 174 OFFICE YORK 13 12 7 7.8 16.3 176 176 OFFICE (N) 24 13 7 7.8 16.3 178 178 OFFICE (N) 13 12 7 7.8 16.3 180 180 OFFICE (N) 13 12 7 7.8 16.3 182 182 OFFICE HARRIS 13 12 7 7.8 16.3 184 184 ANT & XMTR ROOM 40 40 7 7.8 16.3 186 186 SERVICE LOBBY 21 18 7 7.8 16.3 188 188 JTIDS #2 20 17 7 7.8 16.3 192 192 1ST FLR OPEN OFF 69 60 7 7.8 16.3 194 194 1ST FLR MECH RM 40 21 7 0 16.3 203 203 2ND FLR LOBBY 22 13 7 5.2 15.2 206 206 RECYCLE 11 8 7 6.2 15.2 209 209 COFFEE- VENDING 14 11 7 6.2 15.2 212 212 MEN'S ROOM 20 12 7 7.2 15.2 ^'S 215 WOMEN'S ROOM 16 16 7 7.2 15.2 218 JANITOR CLOSET 9 8 7 7.2 15.2 221 ELECTRICAL ROOM 20 8 7 0 15,2 4 TRACE 600 input file C: \DATA \TRANE \1303LDSR.TM by Trane Customer Direct Service Network Alternative 01 Page #3 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 224 224 DATA COMMUNIC. 14 12 7 0 15.2 227 227 TEST DATA CONTRL 50 40 7 6.7 15.2 230 230 LORAL OFFICE 17 15 7 6.7 15.2 233 233 WEST STAIRWELL 23 10 7 0 15.2 236 236 CORRIDOR 136 5 7 6.2 15.2 239 239 EAST STAIRWELL 19 10 7 0 15.2 245 245 SARR 41 21 7 6.2 15.2 248 248 MODULAR AIL 76 38 7 5.2 15.2 251 251 LAB 1 92 40 7 5.2 15.2 254 254 RTSS 29 21 7 6.2 15.2 257 257 FILE ROOM 12 11 7 6.2 15.2 260 260 LAB OFFICE 17 11 7 6.2 15.2 263 263 LAB LOBBY dl 26 16 7 6.2 15.2 266 266 LAB 2' 48 25 7 5.2 15.2 269 269 JTIDS 2ND FLR 16 15 7 6.2 15.2 272 272 RESORS LAB 33 16 7 6.2 15.2 275 275 EAST STAIR CORR 40 5 7 6.2 15.2 278 278 STORAGE (E) 10 6 7 6.2 15.2 281 281 WESTING. OFFICE 14 12 7 6.2 15.2 f 284 CONFERENCE ROOM 15 14 7 6.2 15.2 287 LORAL OFF CORR 27 5 7 6.2 15.2 303 3RD FLR LOBBY 22 13 7 4.5 14.5 306 306 RECYCLE 11 8 7 5.5 14.5 309 309 COFFEE, VENDING 14 11 7 5.5 14.5 312 312 MEN'S ROOM 20 12 7 6.5 14.5 315 315 WOMEN'S ROOM 16 16 7 6.5 14.5 318 318 JANITOR CLOSET 9 8 7 6.5 14.5 321 321 ELECTRICAL ROOM 20 8 7 0 14.5 324 324 DATA COMMUNIC. 14 12 7 0 14.5 327 327 MECHANICAL 23 6 7 5.5 14.5 330 330 SERVER ROOM 14 13 7 5.5 14.5 333 333 WEST STAIRWELL 23 10 7 5.5 14.5 336 336 CORRIDOR 137 5 7 5.5 14.5 339 339 EAST STAIRWELL 23 10 7 5.5 14.5 342 342 OFFICE (SE COR) 32 20 7 5.5 14.5 345 345 PERIMETER (W) 31 14 7 5.5 14,5 348 348 FAX, COPIER ROOM 14 12 7 5.5 14.5 351 351 OFFICE (W) 14 12 7 5.5 14.5 354 354 OFFICE (NW COR) 15 14 7 5.5 14.5 357 357 MIC RM 45 20 7 5.7 14.5 360 360 APERTURE LIBRARY 23 18 7 5.5 14.5 363 363 CONFERENCE ROOM 22 18 7 5.5 14.5 366 366 FAX, COPY ROOM 18 11 7 5.5 14.5 369 369 SEC. COMPT. ROOM 18 12 7 5.5 14.5 372 OFFICE (E) 12 12 7 5.5 14.5 ` 375 OFFICE (E) 12 12 7 5.5 14.5 \ 378 RADIO,FLT OFFICE 19 15 7 5.5 14.5 TRACE 600 input file C: \DATA \TRANE \1303LDSR.TM by Trane Customer Direct Service Network Alternative #1 Page 04 -1A--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 381 381 OFFICE (N) 15 12 7 5.5 14.5 384 384 OFFICE (N) 12 12 7 5.5 14.5 387 387 OFFICE (N) 12 12 7 5.5 14.5 390 390 OFFICE (N) 12 12 7 5.5 14.5 393 393 PERIMETER (N) 76 12 7 5.5 14.5 396 396 3RD FLOOR CORE 129 50 7 5.5 14.5 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 70 MED100 YES 104 55 NO 106 80 40 55 NO 108 NO 110 NO 112 NO NO 80 40 55 NO 80 40 55 NO 120 80 40 : 55 . NO 122 NO 126 NO 130 NO 132 40 NO 156 NO 158 NO 160 NO 164 80 40 55 NO 184 40 NO 186 NO 188 40 NO 194 80 55 NO 206 NO 212 NO 215 NO 218 NO 221 80 40 55 NO 224 80 40 55 NO 233 NO 239 NO 245 NO 'a6 NO NO NO TRACE 600 input file C: \DATA \TRANE \1303LDSR.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 OB RH Driftpoint Schedule Design 0B Driftpoint Schedule Flag Average Floor 257 NO . 260 NO 263 NO 266 NO 269 NO 272 NO 275 NO 278 NO 306 NO 312 NO 315 NO 318 NO'. 321 80 40 55 NO 324 80 40 55 NO 327 80 40. 55 NO 330 80 40 55 NO 333 NO 339 NO 348 40 .. 40 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 M 1 YES .058 27 227 1 NO 66 21 230 1 281 1 NO 14 6 287 1 NO 6 5 303 1 306 1 309 1 312 1 315 1 318 1 321 1 324 1 327 1 330 1 333 1 336 1 .zz9 1 1 1 Alternative 01 .Page 05 TRACE 600 input file C: \DATA \TRACE \1303LDSR.TM by Trane Customer Direct Service Network Alternative 01 -7 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 348 1 351 1 354 1 357 1 360 1 363 1 366 1 369 1 372 1 375 1 378 1 381 1 384 1 387 1 390 1 393 1 396 1 • -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 M 1 16.3 .048 58 102 1 20 .07 71 270 102 2 14 .07 71 180 104 1 1 77 .07 71 180 104 2 3 7 .60 70 180 106 1 1 44 .07 71 180 106 2 3 7 .60 70 180 116 1 1 349 180 116 2 6 7 .60 70 180 122 1 1 469 180 122 2 8 8 .60 70 180 122 3 23 90 122 4 3 7 .60 70 180 124 1 18 90 126 1 10 270 126 2 23 .07 71 180 128 1 7 .07 71 180 130 1 1 272 90 130 2 3 7 .60 70 90 132 1 14 270 .. 1 17 270 1 11 90 1 12 270 Page 06 TRACE 600 input file C: \DATA \TRACE \1303LDSR.TH by Trane Customer Direct Service Network C ..) --y- -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 168 1 15 0 168 2 19 270 170 1 8 270 172 1 12 0 174 1 12 0 176 1 24 0 178 1 12 0 180 1 12 0 182 1 12 0 184 1 1 610 0 184 2 6 7 .60 70 0 186 1 1 300 90 186 2 6 7 .60 70 90 188 1 20 90 188 2 18 0 192 1 1 60 0 192 2 3 7 .60 70 0 194 1 20 270 194 2 1 610 180 3 6 7 .60 70 180 1 20 15.2 .07 71 270 2 13 15.2 .07 71 180 206 1 10 15.2 .07 71 180 227 1 14 15.2 .07 71 270 227 2 56 15.2 .048 58 180 230 1 19 15.2 .048 58 180 230 2 16 15.2 90 233 1 10 15.2 270 233 2 23 15,2 .07 71 180 236 1 7 15.2 .07 71 180 239 1 19 15.2 90 248 1 70 15.2 270 248 2 1 527 0 248 3 8 7 .60 70 0 251 1 1 1813 0 251 2 42 15.2 90 251 3 8 7 .60 70 0 275 1 4 15.2 90 278 1 6 15,2 90 303 1 20 14.5 .07 71 270 303 2 13 14.5 .07 . 71 180 306 1 10 14.5 .07 71 180 M312 1 12 14.5 .048 58 180 315 1 16 180 $91 1 8 180 1 1 341 180 2 3 7 .60 70 180 Alternative 01 Page 07 it A TRACE 600 input file C: \DATA \TRANE \1303LDSR.TM by Trane Customer Direct Service Network (: ,. 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 333 1 10 270 333 2 23 180 336 1 7 180 339 1 23 90 342 1 30 180 342 2 21 90 345 1 32 270 348 1 12 270 351 1 12 270 354 1 15 0 354 2 15 270 369 1 18 90 372 1 12 90 375 1 12 90 378 1 15 . 90 378 2 19 0 381 1 15 0 384 1 12 0 387 1 12 0 1 12 0 1 76 0 Alternative #1 Page #8 CARD 25 -- Wall /Glass Parameters Pct Glass External Internal Percent Inside Room Wall Glass Glass or No. of Glass Shading Shading Shading Solar to Visible Visible Number Number Length Width Windows U -Value Coefficient Type Type Ret. Air Transmittance Reflectance M 1 0 6.5 0 .58 .35 102 1 20 10 1 102 2 13 10 1 122 3 16 1 124 1 16 1 166 1 12 1 168 1 12 1 168 2 16 1 170 1 4 1 172 1 12 1 174 1 8 1 176 1 20 1 178 1 12 1 180 1 8 1 182 1 12 1 203 1 20 10 1 'n3 2 12 10 1 2 56 1 16 yr TRACE 600 input file C: \DATA \TRACE \1303LDSR.TM by Trane Customer Direct Service Network Alternative 01 Page #9 (..--) --'- -CARD 28-- Wall/Glass Parameters Pct Glass External Internal Percent Inside Room Wall Glass Glass or No. of Glass Shading Shading Shading Solar to Visible Visible Number, Number Length Width Windows U -Value Coefficient Type Type Ret. Air Transmittance Reflectance 230 2 12 1 251 1 28 1 251 2 32 1 281 1 8 1 284 1 12 1 303 1 20 10 1 303 2 12 10 1 342 2 16 1 345 1 16 1 348 1 12 . 1 351 1 8 1 354 1 12 1 354 2 12 1 372 ' 1 12 1 375 I 8 1 378 1 12 1 378 2 16 1 381 1 12 1 384 1 12 1 1 12 1 1 8 1 1 68 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 M 250 SF -PERS 255 255 1.2 WATT -SF ASHRAE2 1.0 40 102 1 PEOPLE 104 0 PEOPLE 106 0 PEOPLE 108 0 PEOPLE 110 0 PEOPLE 0 112 0 PEOPLE 0 114 0 PEOPLE 0 116 0 PEOPLE 118 0 PEOPLE 120 0 PEOPLE 122 3 PEOPLE 124 12 PEOPLE 126 0 PEOPLE 128 1 PEOPLE , .-'q0 0 PEOPLE 2 PEOPLE 10 PEOPLE TRACE 600 input file C: \DATA \TRANE \1303LDSR.TM by Trane Customer Direct Service Network Alternative t1 -7 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 2 136 1 PEOPLE 140 1 PEOPLE 144 1 PEOPLE 148 1 PEOPLE 150 1 PEOPLE 156 3 PEOPLE 158 4 PEOPLE 160 4 PEOPLE 162 0 PEOPLE 164 0 PEOPLE 166 1 PEOPLE 168 2 PEOPLE 170 1 PEOPLE 172 1 PEOPLE 174 1 PEOPLE 176 4 PEOPLE 178 1 PEOPLE 180 1 PEOPLE 182 1 PEOPLE 2 PEOPLE 0 PEOPLE 2 PEOPLE 192 47 PEOPLE 203 1 PEOPLE 206 0 PEOPLE 209 0 PEOPLE 212 0 PEOPLE 0 215 0 PEOPLE 0 218 0 PEOPLE 0 221 0 PEOPLE 224 0 PEOPLE 227 5 PEOPLE 230 2 PEOPLE 233 0 PEOPLE 236 1 PEOPLE 239 0 PEOPLE 245 248 8 PEOPLE 251 8 PEOPLE 254 257 0 PEOPLE 260 4 PEOPLE 263 1 PEOPLE 266 7 PEOPLE ?aq 2 PEOPLE PEOPLE Page #10 Imo• TRACE 600 input file C: \DATA \TRANE \1303LDSR.TM by Trane Customer Direct Service Network • CARD 27- People and Lights Alternative 01 Page 011 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 2 278 0 PEOPLE 281 1 PEOPLE 284 2 PEOPLE 303 1 PEOPLE 306 0 PEOPLE 309 0 PEOPLE 312 0 PEOPLE 0 315 0 PEOPLE 0 318 0 PEOPLE 0 321 0 PEOPLE 324 0 PEOPLE 327 0 PEOPLE 330 0 PEOPLE 333 0 PEOPLE 336 1 PEOPLE 339 0 PEOPLE 342 8 PEOPLE 345 8 PEOPLE 348 1 PEOPLE 1 PEOPLE 1 PEOPLE 14 PEOPLE 360 2 PEOPLE 363 6 PEOPLE 366 1 PEOPLE 369 2 PEOPLE 372 1 PEOPLE 375 1 PEOPLE 378 2 PEOPLE 381 1 PEOPLE 384 1 PEOPLE 387 1 PEOPLE 390 1 PEOPLE 393 9 PEOPLE 396 90 PEOPLE 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 M 1 GEN OFFICE EQUIP 2.5 WATT -SF 100 100 0 GO 102 1 0 BTUH in4 1 0 BTUH 1 ELEV MACHY 32500 BTUH 1 . 0 BTUH C TRACE 600 input file C: \DATA \TRANE \1303LDSR.TM by Trane Customer Direct Service Network Alternative #1 Page #12 --: 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 110 1 0 BTUH 112 1 0 BTUH 114 1 0 BTUH 116 1 ELECTRICAL EQUIP 146765 BTUH 118 1 DATA CLOSET EQPT 30643 BTUH 120 1 PAGING EQUIP 5000 BTUH 122 1 124 1 COFFEE& REF &VEND 10000 BTUH 80 100 0 60 126 1 0 BTUH 128 1 WATER COOLER 1000 BTUH 130 1 0 BTUH 132 1 LAB EQUIPMENTQPT 28000 BTUH 100 33 67 60 134 1 PROJECTORS 200 WATTS 136 1 COMPUTER 250 WATTS 140 1 COMPUTER 250 WATTS 144 1 COMPUTER 250 WATTS 148 1 COMPUTER 250 WATTS 150 1 COMPUTER 250 WATTS 156 1 LAB EQUIPMENT 16 BTUH -SF 1 1 0 BTUH 1 ELEVATOR MACHY 11000 BTUH 166 1 COMPUTER 250 WATTS 168 1 COMPUTER 250 WATTS 170 1 COMPUTER 250 WATTS 172 1 COMPUTER 250 WATTS 174 1 COMPUTER 250 WATTS 176 1 4 COMPUTERS 1000 WATTS 178 1 COMPUTER 250 WATTS 180 1 COMPUTER 250 WATTS 182 1 COMPUTER 250 WATTS 184 1 LAB EQUIPMENT 7000 BTUH 186 1 0 BTUH 188 1 LAB EQUIPMENT 28000 BTUH 100 33 67 60 192 1 203 1 0 BTUH 206 1 0 BTUH 209 1 VENDING MACHINES 4000 BTUH 209 2 COFFEE POT 6000 BTUH 66 100 0 60 212 1 0 BTUH 215 1 0 BTUH 218 1 0 BTUH 221 1 ELECTRICAL EQPT 19200 BTUH 224 1 DATA CLOSET EQPT 30643 BTUH - "^7 1 5 COMPUTERS 1250 WATTS 1 1 0 BTUH C, nat w� m rwf uMM+• u+ M/- rt+ H- v*» ww w. e. awv.w 0. w.r +a+..wwwhvn.nw.wwvvlM.n.tnnf TRACE 600 input .file C: \DATA \TRANE\1303LOSR.TM by Trane Customer Direct Service Network Alternative 01 Page 013 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 236 1 WATER COOLER 1000 BTUH 239 1 0 BTUH 245 1 LAB EQUIPMENT 30 BTUH -SF 246 1 LAB EQUIPMENT 16 BTUH-SF 251 1 LAB EQUIPMENT 59715 BTUH 254 1 LAB EQUIPMENT 50695 BTUH 257 1 0 BTUH 260 1 4 COMPUTERS 1000 WATTS 263 1 0 BTUH 266 1 LAB EQUIPMENT 33825 BTUH 269 1 LAB EQUIPMENT 13245 BTUH 272 1 LAB EQUIPMENT 1950 WATTS 275 1 0 BTUH 278 1 0 BTUH ' 281 1 COMPUTER 250 WATTS 284 1 PROJECTOR 100 WATTS 287 1 0 BTUH 303 1 0 BTUH 306 1 0 BTUN 1 VENDING MACHINES 4000 BTUH 2 COFFEE POT 6000 BTUH 66 100 0 60 1 0 BTUH 315 1 0 8TUH 318 1 0 BTUH 321 1 ELECTRICAL EQUIP 19200 BTUH 324 1 DATA CLOSET EQPT 30643 BTUH 327 1 0 BTUH 330 1 SERVER EQUIP 14700 BTUH 333 1 0 BTUH 336 1 WATER COOLER 1000 BTUH 339 1 0 BTUH 342 1 8 COMPUTERS 2000 WATTS 345 1 8 COMPUTERS 2000 WATTS 348 1 COPIER,FAX,PRINT 6000 BTUH 351 1 COMPUTER 250 WATTS 354 1 COMPUTER 250 WATTS 357 1 PROJECTORS 200 WATTS 360 1 APERTURE READER 1000 BTUH 363 1 PROJECTORS 200 WATTS 366 1 COPIER,FAX,PRINT 6000 BTUH 369 1 2 COMPUTERS 500 WATTS 372 1 COMPUTER 250 WATTS 375 1 COMPUTER 250 WATTS 378 1 2 COMPUTERS 500 WATTS " 1 COMPUTER 250 WATTS ( 1 COMPUTER 250 WATTS \ .• 1 COMPUTER 250 WATTS TRACE 600 input file C: \DATA \TRANE \1303LDSR.TM by Trane Customer Direct Service Network Alternative 01 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 390 1 COMPUTER 250 WATTS 100 100 0 60 393 1 9 COMPUTERS 2250 WATTS 100 100 0 60 396 1 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 - - -- - - -- Cooling - - -- - - -- Heating - -Room Exhaust- - Number Value Units Value Units Value Units Value Units Value Units M 1 CFM -SF 1 CFM -SF { ' 0 0 0 0 0 0 112 0 0 114 0 0 120 0 0 126 0 0 128 .25 0 130 0 0 134 0 0 162 0 0 184 0 0 186 0 0 194 0 0 206 0 0 209 0 0 212 0 0 215 0 0 218 0 0 227 .5 .5 233 0 0 236 .25 .0 239 0 0 257 .25 0 263 .25 0 275 0 0 0 0 0 _ 0 Page 014 TRACE 600 input file C: \DATA \TRANE \1303LDSR.TM by Trane Customer Direct Service Network Alternative 01 CARD 30- Fan Airflows Main Auxiliary Room - - -- Cooling - - -- - - -- Heating - - -- - - -- Cooling - - -- - - -- Heating - -Room Exhaust- - Number Value Units Value Units Value Units Value Units Value Units 287 0 0 306 0 0 309 0 0 312 0 0 315 0 0 318 0 0 327 0 0 330 0 0 333 0 0 336 .25 0 339 0 0 357 0 0 363 0 0 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 1 21 15.92 .08 101 CONSTANT 90 55 2 8 15.92 .08 101 CONSTANT 90 55 CARD 32 -- Exposed Floor Parameters Exposed Slab Exposed Floor Room Floor Perimeter Loss Floor Floor Const Temp Cooling Heating Adjacent Number Number Length Coefficient Area U -Value Type Flag Temp Temp Room No 102 1 20 .54 102 2 13 .54 104 1 6 .54 106 1 4 .54 116 1 24 .54 122 1 34 .54 122 2 24 .54 124 1 18 .54 126 1 10 .54 126 2 24 .54 128 1 7 .54 130 1 18 .54 132 1 14 .54 134 1 17 .54 164 1 11 .54 166 1 12 .54 168 1 15 .54 2 19 .54 1 8 .54 Page 015 TRACE 600 input file C: \DATA \TRANE \1303LDSR.TM by Trane Customer Direct Service Network CARD 32- Exposed Floor Parameters 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 172 1 12 .54 174 1 12 .54 176 1 24 .54 178 1 12 .54 180 1 12 .54 182 1 12 .54 184 1 40 .54 186 1 20 .54 188 1 20 .54 188 2 18 .54 192 1 5 .54 194 1 21 .54 194 2 40 .54 CARD 39 -- System Alternative per Description CARD 40 - -- System Type System Section Alternative 01 Exposed Floor OPTIONAL VENTILATION SYSTEM System Ventil Fan Set System Deck Cooling Heating Cooling Heating Static Number Type Location SADBVh SADBVh Schedule Schedule Pressure 1 FPVAV 2 FPVAV 3 FC 4 FC 5 FC 6 FC 7 RAD 8 RAD CARD 41 -- Zone Assignment System Set Ref 01 Ref 02 Ref 03 Ref 04 Number Begin End Begin End Begin End Begin End 102 102 106 114 120 ' 221 227 287 303 321 327 396 Ref 05 Begin End Ref 06 Begin End Alternative 01 - Page 016 { TRACE 600 input file C: \DATA \TRANE \1303LOSR.TM by Trane Customer Direct Service Network CARD 41 -- Zone Assignment System Set Ref #1 Ref 02 Ref /3 Ref 04 Ref #5 Ref #6 Number, Begin End Begin End Begin End Begin End Begin End Begin End 3 116 116 4 118 118 5 224 224 6 324 324 7 104 104 8 194 194 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 5.0 5.0 .7 SUPPLY RETAIR 1 RETAIR PLENUM 2 •5.0 5.0 .5 SUPPLY RETAIR 1 RETAIR PLENUM 3 0.7 OMIT OMIT OTHER ROOMDK 4 0.7 OMIT OMIT OTHER ROOMDK 5 0.7 OMIT OMIT OTHER ROOMDK 6 0.7 OMIT OMIT OTHER ROOMDK OMIT OMIT OTHER ROOMDK OMIT OMIT OTHER ROOMOK CARD 43 -- Airflow Design Temperatures System Minimum Maximum Minimum Maximum Minimum Maximum Minimum Maximum Minimum Design Set 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 55 55 2 55 55 3 4 5 6 7 Alternative #1 Page #17 TRACE 600 input file Ca \DATA \TRANE \1303LDSR.TM by'Trane Customer Direct ,Service Network Utility Description Reference Table System: FC FAN COIL .. FPVAV FAN POWERED VAV RAD RADIATION ,Trane Air Conditioning Economics , Trans Customer Direct Service Network ( A ************** ****** ******** *** ******** * ******* ************** ***** ******* tw ** ** ** ** ** ********************************************** * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** AWACS LAB, BUILDING 13 -03 DEVELOPMENTAL CENTER BD & SG H.CAUNITIS RE- DESIGN 12 -13 -95 Weather File Code: Location: Latitude: Longitude: Time Zone: Elevation: Barometric Pressure: Sumner Winter Sumner Sumner Winter Sumner Winter TRACE by Clearness Number: Clearness Number: Design Dry Bulb: Design Wet Bulb: Design Dry Bulb: Ground Relectance: Ground Relectance: Air Density: Air Specific Heat: Density- Specific Heat Prod Latent Heat Factor: Enthalpy Factor: Design Simulation Period: System Simulation Period: Cooling Load Methodology: Time /Date Program was Run: Dataset Name: 600 ANALYSIS ** SEATTLE. 47.0 (deg) 122.0 (deg) 8 386 (ft) 29.5 (in. Hg) 0.95 0.95 85 (F) 69 (F) 20 (F) 0.20 0.20 0.0749 0.2444 1.0988 4,836.9 4.4953 (Lbm /cuft) (Btu /lbm /F) (Btu- min. /hr /cuft /F) (Btu- min. /hr /cuft) (Lb- min. /hr /cuft) June To August January To December TETD /Time Averaging 6: 7 :20 12/20/95 1303LDSR .TM ** ** ** 12�20�9 S V6 PAGE 6 Trane Air Conditioning Economics By: Trane Customer Direct Service Network 'FLOW - ALTERNATIVE 1 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) ‘41.4u01 FPVAV 3,258 29,453 24,483 29,453 3,258 0 0 v,1G11 2 FPVAV 3,060 13,056 11,526 13,056 3,060 0 0 3 FC 0 13,855 13,855 13,855 0 0 0 4 FC 0 2,851 2,851 2,851 0 0 0 5 FC 0 2,851 2,851 2,851 0 0 0 6 FC 0 2,880 2,880 2,880 0 0 0 7 RAD 0 0 0 0 0 0 0 8 RAD 67 0 0 0 67 0 0 Totals 6,385 64,946 58,447 64,946 6,385 0 0 CAPACITY - ALTERNATIVE 1 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 FPVAV 84.1 0.0 0.0 84.1 - 358,489 0 - 110,129 - 209,812 0 0 - 468,618 2 FPVAV 40.2 0.0 0.0 40.2 - 246,168 0 - 103,441 - 96,489 0 0 - 349,609 3 FC 13.1 0.0 0.0 13.1 -1,922 0 - 223,188 0 0 0 -1,922 4 FC 2.7 0.0 0.0 2.7 -313 0 - 45,932 0 0 0 -313 5 FC 2.7 0.0 0.0 2.7 -313 0 - 45,932 0 0 0 -313 6 FC 2.7 0.0 0.0 2.7 -341 0 - 46,396 0 0 0 -341 7 RAD 0.0 0.0 0.0 0.0 -743 0 0 0 0 0 -743 8 RAD 0.0 0.0 0.0 0.0 -6,192 0 0 0 0 0 -6,192 Totals 145.5 0.0 0.0 145.5 - 614,481 0 - 575,019 - 306,301 0 0 - 828,052 The building peaked at hour 14 month 7 with a capacity of 145.5 tons V 600 PAGE 7 27 c Trans Air Conditioning Economics By: Trane Customer Direct Service Network 1INEERING CHECKS - ALTERNATIVE 1. 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 11.06 0.92 350.1 381.7 31.44 0.76 -14.59 32,114 2 Main FPVAV 23.44 0.87 325.2 373.9 32.10 0.77 -23.29 15,012 3 Main FC 0.00 15.74 1,056.2 67.1 178.88 15.74 -2.18 880 4 Main FC 0.00 18.97 1,056.2 62.2 192.83 16.97 -1.86 168 5 Main FC 0.00 16.97 1,056.2 62.2 192.83 16.97 -1.86 168 6 Main FC 0.00 17.14 1,056.2 61.6 194.78 17.14 -2.03 168 7 Main RAD 0.00 0.00 0.0 0.0 0.00 0.00 -17.69 42 8 Main RAD 0.00 0.00 0.0 0.0 0.00 0.00 -7.37 840 V 600 PAGE 8 Trane Air Conditioning Economics By: Trane Customer Direct Service Network .em 1 Peaked at Time = => Outside Air = => Space Sens.+Lat. 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 vide Air .. Fan Heat t. Fan Heat Duct Heat Pkup OV /UNDR Sizing 0 Exhaust Heat Terminal Bypass Grand Total = => Aux Clg Opt Vent Totals Main Htg Aux Htg Preheat Reheat " , idif lent 11 -358.5 0.0 -110.1 -209.8 0.0 0.0 -468.6 Block FPVAV - FAN POWERED VAV COOLING COIL PEAK * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** CLG SPACE PEAK * * * * * * * * * * ** HEATING COIL PEAK * * * * * * ** Mo /Hr: 7/14 OADB /WB /HR: 84/ 70/ 88.0 Ret. Air Ret. Air Sensible Latent (Btuh) (Btuh) 0 0 0 0 0 1,577 63,908 0 10,049 0 11,414 6,623 0 0 0 85,371 8,200 76,124 50,749 83,075 441,696 37,520 600,895 88,269 12,258 - 12,258 0 0 0.0 0.0 0.0 0.0 84.1 1,009.6 14,436 - 31,868 -6,281 0 698,524 60,499 HEATING COIL SELECTION Capacity Coil Airfl Ent Lvg (Mbh) (cfm) Deg F Deg F 25,418 61.5 74.4 0 0.0 0.0 3,258 20.0 50.8 13,916 55.0 69.4 0 0.0 0.0 0 0.0 0.0 Type Vent Infil Supply Mincfm Return Exhaust Rm Exh Auxil * * * Net Percnt * Total Of Tot * (Btuh) (Btuh) (%) * 0 0.00 * 0 1,577 63,908 10,049 18,037 0 0 0 93,572 126,873 83,075 0 479,216 0 689,164 0 0 115,572 103,118 14,436 0 0 0 -6,281 0 0 0.00 * 0.16 * 6.33 * 1.00 * 1.79 * 0.00 * 0.00 * 0.00 * 9.27 * * 12.57 * 8.23 * 47.47 * 68.26 * 0.00 * 11.45 * 10.21 * 1.43 * 0.00 * 0.00 * -0.62 * -0.00 * * 0 1,009,581 100.00 * Mo /Hr: OADB: Space Sensible (Btuh) 0 0 0 68,458 9,754 11,125 0 0 0 89,337 AIRFLOWS (cfm) Cooling Heating 3,258 3,135 0 0 29,453 24,483 13,916 13,916 29,453 13,916 3,258 3,135 0 0 0 0 8/15 83 Percnt * Of Tot * ( %) * 0.00 0.00 0.00 10.36 1.48 1.68 0.00 0.00 0.00 13.51 76,124 11.52 41,537 6.28 437,656 66.20 555,318 84.00 16,413 2.48 0 0.00 0.00 0.00 0.00 0 0.00 0.00 0.00 661,068 100.00 COOLING COIL SELECTION Total Capacity Sens Cap. Coil Airfl Entering OB /WB /HR Leaving DB /WB /HR (Tons) (Mbh) (Mbh) (cfm) Deg F Deg F Grains Deg F Deg F Grains Main Clg 84.1 1,009.6 881.9 29,002 77.7 61.2 55.6 50.8 48.5 48.0 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 0.0 * Space Peak Space Sens (Btuh) 0 0 0 0 - 77,587 - 25,897 0 - 13,316 -3 - 116,803 -- ENGINEERING CHECKS- - Clg X OA 11.1 Clg Cfm /Sqft 0.92 Clg Cfm/Ton 350,08 Clg Sqft/Ton 381.71 Clg Btuh /Sqft 31.44 No. People 163 Htg X OA 12.8 Htg Cfm /SqFt 0.76 Htg Btuh /SqFt -14.59 0 0 0 0 -7,386 0 0 Mo /Hr: 13/ 1 OADB: 20 Coil Peak Tot Sens (Btuh) 0 0 -4,800 0 - 77,587 - 42,591 0 - 13,316 -3 - 138,298 0 0 0 0 0 - 171,114 0 0 0 0 1,600 0 V 600 PAGE 9 - 124,189 - 307,812 100.00 AREAS Gross Total Glass (sf) (5) Floor 32,114 Part 0 ExFI r 516 Roof 1,755 0 0 Wall 15,846 2,548 16 -- TEMPERATURES (F) - -- Type Clg Htg SADB 55.0 74.4 Plenum 76.3 69.3 Return 76.9 68.2 Ret /OA 77.7 57,1 Runarnd 76.3 69.2 Fn MtrTD 0.8 0.8 Fn B1dTD 0.6 0.6 Fn Frict 1.8 1.8 Percnt Of Tot (5) 0.00 0.00 1.56 0.00 25.21 13.84 0.00 4.33 0.00 44.93 0.00 0.00 0.00 0,00 0.00 55.59 0.00 0.00 0.00 0.00 -0.52 0.00 By: Trane Customer Direct Service Network m 2 Block FPVAV - FAN POWERED VAV Space Sens. +Lat. Envelope Loads (Btuh) Skylite Solr 0 Skylite Cond 0 Roof Cond 110 Glass Solar 34,196 Glass Cond 7,312 Wall Cond 2,031 Partition 0 Exposed Floor 0 Infiltration 0 Sub Total = => 43,649 Internal Loads Lights 35.494 People 78,030 Misc 145,870 Sub Total = => 259,394 Ceiling Load 7,789 ide Air 0 Fan Heat t. Fan Heat Duct Heat Pkup OV /UNDR Sizing 0 Exhaust Heat Terminal Bypass Grand Total = => 310,832 Ret. Air Ret. Air Sensible (Btuh) 0 0 12,914 0 0 1,948 -7,082 0 14,753 HEATING COIL SELECTION Capacity Coil Airfl Ent Lvg (Mbh) (cfm) Oeg F Deg F Main Htg -246.2 11,999 57.2 75.8 Aux Htg 0.0 0 0.0 0.0 Preheat -103.4 3,060 20.0 50.8 Reheat -96.5 6.374 55.0 69.4 'idif 0.0 0 0.0 0.0 Vent 0.0 0 0.0 0.0 al -349.6 .w4 1 Trane Air Conditioning Economics V 600 * * *" * * * * * * * * * * * * * * * * * * ** COOLING COIL PEAK * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** CLG SPACE PEAK * * * * * * * * * * ** HEATING COIL PEAK * * * * * * ** Peaked at Time *_> Mo /Hr: 7/14 * Mo /Hr: 7/18 * Mo /Hr: 13/ 1 Outside Air = => OADB /WB /HR: 84/ 70/ 88.0 * OADB: 81 * OADB: 20 * * Net Percnt * Space Percnt * Space Peak Coil Peak Percnt Latent Total Of Tot * Sensible Of Tot * Space Sens Tot Sens Of Tot (Btuh) (Btuh) ( %) * (Btuh) ( %) * (Btuh) (Btuh) ( %) 0 0.00 * 0 0.00 * 0 0 0.00 0 0.00 * 0 0.00 * 0 0 0.00 13,023 2.70 * 260 0.09 * -325 - 40,130 15.56 34,196 7.10 * 52,942 18.08 * 0 0 0.00 7,312 1.52 * 8,172 2.79 * - 56,454 - 56,454 21.88 3,979 0.83 * 2,569 0.88 * -6,505 - 12,580 4.88 0 0.00 * 0 0.00 * 0 0 0.00 0 0.00 * 0 0,00 * 0 0 0.00 0 0.00 * 0 0.00 * -2 -2 0.00 14.861 58,510 12.14 * 63,944 21.84 * - 63,285 - 109,166 42.32 * * 23,663 59,157 12.28 * 35,494 12,12 * 0 0 0.00 78,030 16.19 * 39,015 13.33 * 0 0 0.00 0 0 145,870 30.27 * 143,830 49.13 * 0 0 0.00 23.663 0 283,057 58.75 * 218.339 74.58 * 0 0 0.00 -7.789 0 0.00 * 10.490 3,58 * - 12,439 0 0.00 0 0 100,505 20.86 * 0 0.00 * 0 - 156,753 60.76 42,575 8.84 * 0.00 * 0 0.00 4,258 4,258 0,88 * 0,00 * 0 0.00 - 13,158 0 0,00 * 0.00 * 0 0.00 0 0.00 * 0 0.00 * 0 0 0.00 0 -7,082 -1.47 * 0.00 * 7,944 -3.08 0 0 -0.00 * 0.00 * 0 0.00 * * 0 481,824 100.00 * 292,773 100.00 * - 75,725 - 257,975 100.00 COOLING COIL SELECTION Total Capacity Sens Cap. Coil Airfl Entering D6 /WB /HR Leaving OS /WB /HR (Tons) (Mbh) (Mbh) (cfm) Deg F Deg F Grains Deg F Deg F Grains Main Clg 40.2 481,8 372.0 11,974 79.0 63.4 63.8 50.8 49.2 50.5 Aux Clg 0.0 0.0 0.0 0 0.0 0.0 0.0 0.0 0.0 0.0 Opt Vent 0,0 0.0 0.0 0 0,0 0.0 0.0 0.0 0.0 0.0 Totals 40.2 481.8 AIRFLOWS (cfm) Type Cooling Vent 3,060 Infil 0 Supply 13,056 Mincfm 6,374 Return 13,056 Exhaust 3,060 Rm Exh 0 Auxil 0 Heating 2,853 0 11,526 6,374 6,374 2,853 0 0 -- ENGINEERING CHECKS- - Clg % OA 23.4 Clg Cfm /Sqft 0.87 Clg Cfm /Ton 325.16 Clg Sqft/Ton 373.88 Clg Btuh /Sqft 32.10 No. People 153 Htg % OA 24.8 Htg Cfm /SqFt 0.77 Htg Btuh /SqFt -23.29 AREAS Gross Total Glass (sf) ( %) Floor 15,012 Part 0 ExFlr 0 Roof 15,012 0 0 Wall 7,177 1,854 26 -- TEMPERATURES (F) - -- Type Clg Htg SADB 55.0 75.8 Plenum 76.8 66.2 Return 77.1 66.1 Ret /OA 79.0 44.8 Runarnd 76.8 67.5 Fn MtrTD 0.8 0.8 Fn B1dTD 0.6 0.6 Fn Frict 1.8 1.8 PAGE 10 Trane Air Conditioning Economics By: Trane Customer Direct Service Network C tem 3 Peaked at Time - -> Outside Air Space Sens. +Lat. Envelope Loads (Btuh) Skylite Solr 0 Skylite Cond 0 Roof Cond 0 Glass Solar Glass Cond Wall Cond Partition Exposed Floor Infiltration Sub Total - -> Internal Loads Lights People Misc Sub Total Ceiling Load side Air a. Fan Heat .t. Fan Heat Duct Heat Pkup OV /UNDR Sizing Exhaust Heat Terminal Bypass Block FC - FAN COIL COOLING COIL PEAK * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** CLG SPACE PEAK Mo /Hr: 8/13 * Mo /Hr: 8/13 * OADB: 81 * Ret. Air Ret. Air Net Percnt * Latent Total Of Tot * (Btuh) (Btuh) ( %) * 0 0.00 * OADB/W8/HR: 81/ 69/ 87.0 Sensible (Btuh) 0 0 0 0 0 0 0 0 1,502 369 0 0 1,871 0 3,604 0 0 146,765 0 150,369 0 0 0 0 0 0 0 0 0 0 Grand Total = -> 152,240 0 3,604 0 0 146,765 0 150,369 0 0 0 5,172 0 0 0 0 0 0 0 0 0.00 * 0 0.00 * 0 0.00 * 0 0.00 * 1.502 0.95 * 369 0.23 * 0 0.00 * 0 0.00 * 1,871 1.19 * * 2.29 * 0.00 * 93.24 * 95.53 * 0.00 * 0.00 * 3.29 * 0.00 * 0.00 * 0.00 * 0.00 * -0.00 * * 0 157,413 100.00 * Space Percnt * Sensible Of Tot * (Btuh) (X) * 0 0.00 * 0 0.00 * 0 0.00 * 0 0.00 * 0 0.00 * 1,502 0.99 * 369 0.24 * 0 0.00 * 0 0.00 * 1,871 1.23 * * 3,604 2.37 * 0 0.00 * 146,765 96.40 * 150,369 98.77 * 0 0.00 * 0 0.00 * 0.00 * 0.00 * 0.00 * 0 0.00 * 0.00 * 0.00 * * 152,240 100.00 * COOLING COIL SELECTION Total Capacity Sens Cap. Coil Airfl Entering DB /WB /HR Leaving DB /WB /HR (Tons) (Mbh) (Mbh) (cfm) Deg F Deg F Grains Deg F Deg F Grains Main Clg 13.1 157.4 157.4 13,855 80.1 63.4 62.1 69.7 59.8 62.0 Aux Clg 0.0 0.0 0.0 0 0.0 0.0 0.0 0.0 0.0 0.0 Opt Vent 0.0 0.0 0.0 0 0.0 0.0 0.0 0.0 0.0 0.0 Totals 13.1 157.4 Main Htg Aux Htg Preheat Reheat ldif Vent al HEATING COIL SELECTION Capacity Coil Airfl Ent Lvg (Mbh) (cfm) Deg F Deg F -1.9 13,855 55.0 55.1 0.0 0 0.0 0.0 -223.2 13,855 55.0 69.7 0.0 0 0.0 0.0 0.0 0 0.0 0.0 0.0 0 0.0 0.0 -1.9 Type Vent Infil Supply Mincfm Return Exhaust Rm Exh Auxil AIRFLOWS (cfm) Cooling Heating 0 0 0 0 13,855 13,855 5,542 5,542 13,855 13,855 0 0 0 0 0 0 HEATING COIL PEAK * * * * * * ** Mo /Hr: 13/ 1 OADB: 20 Space Peak Space Sens (Btuh) 0 0 0 0 0 -1,468 0 -454 0 -1,922 -- ENGINEERING CHECKS- - Clg % OA 0.0 Clg Cfm/Sgft 15.74 Clg Cfm /Ton 1056.19 Clg Sqft /Ton 67.08 Clg Btuh /Sqft 178.88 No. People 0 Htg % OA 0.0 Htg Cfm /SqFt 15.74 Htg Btuh /SqFt -2.18 0 0 0 0 0 0 0 -1,922 Coil Peak Tot Sens (Btuh) 0 0 0 0 0 -1,468 0 -454 0 -1,922 0 0 0 0 0 0 0 0 0 0 0 0 V 600 PAGE 11 Percnt Of Tot (X) 0.00 0.00 0.00 0.00 0.00 76.40 0.00 23.60 0.00 100.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 -1,922 100.00 AREAS Gross Total Glass (sf) (X) Floor 880 Part 462 ExFlr 24 Roof 0 0 0 Wall 391 0 0 -- TEMPERATURES (F) - -- Type Clg Htg SADB 70.0 55.1 Plenum 80.0 55.0 Return 80.0 55.0 Ret /OA 80.0 55.0 Runarnd 80.0 55.0 Fn MtrTD 0.1 0,0 Fn B1dTD 0.1 0.0 Fn Frict 0.3 0.0 Trane Air Conditioning Economics By: Irene Customer Direct Service Network :em 4 Grand Total = => Main Htg Aux Htg Preheat Reheat idif Vent el . _....._.._.... ...............«.........., w+...,..... w................,._,.......,................,.,...- o......., ww.. w... m.. n,., .- uvw...rwsc�...,......a....... no-.......,. w«.. v.. wxow+.+ r rw-. wvsu.? matbatrka*. v.+. sMn.. eacax •.eaw..nrtxw+an «•.eu,,.vww. -. Block * * * * * * * * * * * * * * * * * * * * * * * ** COOLING COIL PEAK * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** CLG SPACE PEAK * * * * * * * * * * ** HEATING COIL PEAK * * * * * * ** Peaked at Time =_> Mo /Hr: 7/15 * Mo /Hr: 7/15 * Mo /Hr: 13/ 1 Outside Air =_> OADB /WB /HR: 85,069/ 80.2 * OADB: 85 * OADB: 20 Space Sens. +Lat. 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--> veiling Load side Air .i. Fan Heat _t. Fan Heat Duct Heat Pkup OV /UNDR Sizing 0 Exhaust Heat Terminal Bypass (Btuh) 0 0 0 0 0 0 0 0 0 0 688 0 30,643 31,331 0 0 31,331 FC - FAN COIL Ret. Air Ret. Air Net Percnt * Sensible Latent Total Of Tot * (Btuh) 0 HEATING COIL SELECTION Capacity Coil Airf1 Ent Lvg (Mbh) (cfm) Deg F Deg F -0.3 2,851 55.0 55.1 0.0 0 0.0 0.0 -45.9 2,851 55.0 69.7 0.0 0 0.0 0.0 0.0 0 0.0 0.0 0.0 0 0.0 0.0 -0.3 (Btuh) (Btuh) 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 (x) * 0.00 * 0.00 * 0.00 * 0.00 * 0.00 * 0.00 * 0.00 * 0.00 * 0.00 * 0.00 * * 688 2.12 * 0 0.00 * 0 30,643 94.59 * 0 31,331 96.71 * 0 0.00 * 0 0 0.00 * 1,064 3.29 * 0 0.00 * 0 0.00 * 0 0.00 * 0 0 0.00 * 0 0 -0.00 * * 0 32,396 100.00 * COOLING COIL SELECTION Total Capacity Sens Cap. Coil Airfl Entering DB /WB /HR Leaving DB /WB /HR (Tons) (Mbh) (Mbh) (cfm) Deg F Deg F Grains Deg F Deg F Grains Main Clg 2.7 32.4 32.4 2,851 80.1 63.4 62.1 69.7 59.8 62.0 Aux Clg 0.0 0.0 0.0 0 0.0 0.0 0.0 0.0 0.0 0.0 Opt Vent 0.0 0.0 0.0 0 0.0 0.0 0.0 0.0 0.0 0.0 Totals 2.7 32.4 Type Cooling Vent Infil Supply Mincfm Return Exhaust Rm Exh Auxil AIRFLOWS (cfm) 0 0 2,851 1,141 2,851 0 0 0 Heating 0 0 2,851 1,141 2,851 0 0 0 * V 600 PAGE 12 Space Percnt * Space Peak Coil Peak Percnt Sensible Of Tot * Space Sens Tot Sens Of Tot (Btuh) (X) * (Btuh) (Btuh) (%) 0 0.00 * 0 0 0.00 0 0.00 * 0 0 0.00 0 0.00 * 0 0 0.00 0 0.00 * 0 0 0.00 0 0.00 * 0 0 0.00 0 0.00 * 0 0 0.00 0 0.00 * 0 0 0.00 0 0.00 * 0 0 0.00 0 0.00 * 0 0 100.00 0 0.00 * 0 0 100.00 . * 688 2.20 * 0 0 0.00 0 0.00 * 0 0 0.00 30,643 97.80 * 0 0 0.00 31,331 100.00 * 0 0 0.00 0 0.00 * 0 0 0.00 0 0.00 * 0 0 0.00 0.00 * 0 0.00 0.00 * 0 0.00 0.00 * 0 0.00 0 0.00 * 0 0 0.00 0.00 * 0 0.00 0.00 * 0 0.00 * 31,331 100.00 * 0 0 100.00 AREAS Gross Total Glass (sf) (%) Floor 168 Part 0 ExFI r 0 Roof 0 0 0 Wall 0 0 0 - - ENGINEERING CHECKS -- -- TEMPERATURES (F) - -- Clg % OA 0.0 Type Clg Htg Clg Cfm /Sqft 16.97 SADB 70.0 55.1 Clg Cfm /Ton 1056.19 Plenum 80.0 55.0 Clg Sqft/Ton 62.23 Return 80.0 55.0 Clg Btuh /Sqft 192.83 Ret /OA 80.0 55.0 No. People 0 Runarnd 80.0 55.0 Htg % OA 0.0 Fn MtrTD 0.1 0.0 Htg Cfm /SqFt 16.97 Fn B1dTD 0.1 0.0 Htg Btuh /SqFt -1.86 Fn Frict 0.3 0.0 Trane Air Conditioning Economics By: Irene Customer Direct Service Network cem 5 * Peaked at Time = -> Outside Air - -> Space Sens. +Lat. 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 side Air Fan Heat .t. Fan Heat Duct Heat Pkup OV /UNDR Sizing 0 Exhaust Heat Terminal Bypass Grand Total - -> Aux Clg Opt Vent Totals Main Htg Aux Htg Preheat Reheat Vent .al 0.0 -45.9 0.0 0.0 0.0 -0.3 Block FC - FAN COIL (Btuh) 0 0 0 0 0 0 0 0 0 0 688 0 30,643 31,331 0 0 COOLING COIL PEAK * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** CLG SPACE PEAK * * * * * * * * * * ** HEATING COIL PEAK * * * * * * ** Mo /Hr: 7/15 * Mo /Hr: 7/15 * Mo /Hr: 13/ 1 OADB /WB /HR: 85/ 69/ 80.2 * OADB: 85 * OADB: 20 0 0 0 0 0 0 0 0 0 31,331 0 Ret. Air Ret. Air Sensible Latent (Btuh) (Btuh) 0 0 0 0 0 0 0 HEATING COIL SELECTION Capacity Coil Airfl Ent Lvg (Mbh) (cfm) Deg F Deg F -0.3 2,851 55.0 55.1 0 0.0 0.0 2,851 55.0 69.7 0 0.0 0.0 0 0.0 0.0 0 0.0 0.0 * Net Percnt * Total Of Tot * (Btuh) (%) * 0 0.00 * 0 0.00 * 0 0.00 * 0 0.00 * 0 0.00 * 0 0.00 * 0 0.00 * 0 0.00 * 0 0.00 * 0 0.00 * * 688 2.12 * 0 0.00 * 0 30.643 94.59 * 0 31,331 96.71 * 0 0.00 * 0 0 0.00 * 1.064 3.29 * 0 0.00 * 0 0.00 * 0 0.00 * 0 0 0.00 * 0 0 -0.00 * * 0 32,396 100.00 * COOLING COIL SELECTION Total Capacity Sens Cap. Coil Airfl Entering DB /WB /HR Leaving DB /WB /HR (Tons) (Mbh) (Mbh) (cfm) Deg F Deg F Grains Deg F Deg F Grains Main Clg 2.7 32.4 32.4 2,851 80.1 63.4 62.1 69.7 59.8 62.0 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 0.0 0.0 0.0 0.0 0.0 2.7 32.4 Type Vent Infil Supply Mincfm Return Exhaust Rm Exh Auxil AIRFLOWS (cfm) Cooling Heating 0 0 0 0 2,851 2,851 1,141 1,141 2,851 2,851 0 0 0 0 0 0 * Space Percnt * Sensible Of Tot * (Btuh) (X) * 0 0.00 * 0 0.00 * 0 0.00 * 0 0.00 * 0 0.00 * 0 0.00 * 0 0.00 * 0 0.00 * 0 0.00 * 0 0.00 * * 688 2.20 * 0 0.00 * 30.643 97.80 * 31,331 100.00 * 0 0.00 * 0 0.00 * 0.00 * 0.00 * 0.00 * 0 0.00 * 0.00 * 0.00 * * 31,331 100.00 * - - ENGINEERING CHECKS- - Clg % OA 0.0 Clg Cfm /Sqft 16.97 Clg Cfm/Ton 1056.19 Clg Sqft/Ton 62.23 Clg Btuh /Sqft 192.83 No. People 0 Htg % OA 0.0 Htg Cfm /SqFt 16.97 Htg Btuh /SqFt -1.86 V 600 PAGE 13 Space Peak Coil Peak Percnt Space Sens Tot Sens Of Tot (Btuh) (Btuh) (%) 0 0 0.00 0 0 0.00 0 0 0.00 0 0 0.00 0 0 0.00 0 0 0.00 0 0 0.00 0 0 0.00 0 0 100.00 0 0 100.00 0 0 0.00 0 0 0.00 0 0 0.00 0 0 0.00 0 0 0.00 0 0 0.00 0 0.00 0 0.00 0 0.00 0 0 0.00 0 0.00 0 0.00 0 0 100.00 AREAS Gross Total Glass (sf) (%) Floor 168 Part 0 ExFlr 0 Roof 0 0 0 Wall 0 0 0 -- TEMPERATURES (F) - -- Type Clg Htg SADB 70.0 55.1 Plenum 80.0 55.0 Return 80.0 55.0 Ret /OA 80.0 55.0 Runarnd 80.0 55.0 Fn HtrTD 0.1 0.0 Fn B1dTD 0.1 0.0 Fn Frict 0.3 0.0 Trane Air Conditioning Economics By: Irene Customer Direct Service Network Stem 6 Block Peaked at Time =_> Outside Air =_> Space Sens. +Lat. Envelope Loads (Btuh) 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 tside Air p. Fan Heat t. Fan Heat Duct Heat Pkup OV /UNDR Sizing Exhaust Heat Terminal Bypass 688 0 30,643 31,331 0 0 Grand Total - => 31,648 FC - FAN COIL 0 0 317 0 0 0 0 0 0 317 0 0 HEATING COIL SELECTION Capacity Coil Airfl Ent (Mbh) (cfm) Deg F Main Htg -0.3 2,880 55.0 Aux Htg 0.0 0 0.0 Preheat -46.4 2,880 55.0 Reheat 0.0 0 0.0 u.Nnldif 0.0 0 0.0 Vent 0.0 0 0,0 01 -0.3 WV WwwwwmwVwwwwwwwwv COOLING COIL PEAK * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** CLG SPACE PEAK * * * * * * * * * * ** HEATING COIL PEAK * * * * * * ** Mo /Hr: 7/21 * Mo /Hr: 7/21 * Mo /Hr: 13/ 1 OADB /WB /HR: 74/ 61/ 61.9 * OADB: 74 * OADB: 20 * * Percnt * * * * * * * * * * * * * * * * 0 * * 0 0 * * 0 0 * * 0 0 * * 0 0 * * 0 * * 0 0 * * 0 * 0 * 0 0 0 * * * * 0 * 31,648 100.00 * Ret. Air Sensible (Btuh) 0 0 0 0 0 0 Ret. Air Latent (Btuh) Lvg Deg F 55.1 0.0 69.7 0.0 0.0 0.0 688 0 0 30,643 0 31.331 0 0 •0 1.075 0 0 0 0 0 0 0 Infil Supply Mincfm Return Exhaust Rm Exh Auxil Net Percnt * Total Of Tot * (Btuh) ( %) 0 0.00 * 0 0.00 * 317 0.97 * 0 0.00 * 0 0.00 * 0 0.00 * 0 0.00 * 0 0.00 * 0 -0.00 * 317 0.97 * * 2.10 0.00 93.64 95.75 0.00 0.00 3.29 0.00 0.00 0.00 0.00 -0.00 0 32,723 100.00 Space Sensible (Btuh) 0 0 317 0 0 0 0 0 0 317 AIRFLOWS (cfm) Type Cooling Heating Vent 0 0 0 2,880 1,152 2,880 0 0 0 0 2,880 1,152 2,880 0 0 0 688 0 30,643 31,331 0 0 COOLING COIL SELECTION Total Capacity Sens Cap. Coil Airfl Entering DB/WB/HR Leaving DB /WB /HR (Tons) (Mbh) (Mbh) (cfm) Deg F Deg F Grains Deg F Deg F Grains Main Clg 2.7 32.7 32.7 2,880 80.1 63.4 62.1 69.7 59.8 62.0 Aux Clg 0.0 0.0 0.0 0 0.0 0.0 0.0 0.0 0.0 0.0 Opt Vent 0.0 0.0 0.0 0 0.0 0.0 0.0 0.0 0.0 0.0 Totals 2.7 32.7 Of Tot (%) 0.00 0.00 1.00 0.00 0.00 0.00 0.00 0.00 -0.00 1.00 2.17 0.00 96.83 99.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 y.�.i+W vt•Ranan•b..vvx.avw.v V.. "wr4...... Space Peak Space Sens (Btuh) 0 0 -341 0 0 0 0 0 0 -341 -- ENGINEERING CHECKS- - Clg % OA 0.0 Clg Cfm /Sqft 17.14 Clg Cfm /Ton 1056.19 Clg Sqft/Ton 61.61 Clg Btuh /Sqft 194.78 No. People 0 Htg % OA 0.0 Htg Cfm /SqFt 17.14 Htg Btuh /Sgft -2.03 -341 Coil Peak Tot Sens (Btuh) 0 0 -341 0 0 0 0 0 0 -341 0 0 0 0 0 0 0 0 0 0 0 0 V 600 PAGE 14 Percnt Of Tot (%) 0.00 0.00 99.99 0.00 0.00 0.00 0.00 0.00 0.01 100.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 -341 100.00 AREAS Gross Total Glass (sf) ( %) Floor 168 Part 0 ExF1r 0 Roof 168 0 0 Wall 0 0 0 -- TEMPERATURES (F) - -- Type Clg Htg SADB 70.0 55.1 Plenum 80.0 55.0 Return 80.0 55.0 Ret /OA 80.0 55.0 Runarnd 80.0 55.0 Fn MtrTD 0.1 0.0 Fn B1dTD 0.1 0.0 Fn Frict 0.3 0.0 ........... n....... �-.. rr......- w. �v< �M1r +NUtHO'd1t.Yd11tY�MtT.f.`�fi4te J'neftMTmN}vblf}NV...tu.iK .anwww.twvweru..n..,? Yee. M� ,+Lb..NMalYav%4)lHTtw�Jl.*XAk� MiYr'uriMh)N..riww�w..r... w.. Trane Air Conditioning Economics V 600 By: Trane Customer Direct Service Network PAGE 15 tem * * * * * * * * * * * * * * * * * * * * * * * ** COOLING COIL PEAK * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** CLG SPACE PEAK * * * * * * * * * * ** HEATING COIL PEAK * * * * * * ** Peaked at Time =_> Mo /Hr: 0/ 0 * Mo /Hr: 0/ 0 * Mo /Hr: 13/ 1 Outside Air =_> OADB /WB /HR: 0/ 0/ 0.0 * OADB: 0 * OADB: 20 * * 7 Block RAD - RADIATION 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 Envelope Loads (Btuh) (Btuh) (Btuh) (Btuh) (%) * (Btuh) (%) * (Btuh) (Btuh) (%) Skylite Solr 0 0 0 0.00 * 0 0.00 * 0 0 0.00 Skylite Cond 0 0 0 0.00 * 0 0.00 * 0 0 0.00 Roof Cond 0 0 0 0.00 * 0 0.00 * 0 0 0.00 Glass Solar 0 0 0 0.00 * 0 0.00 * 0 0 0.00 Glass Cond 0 0 0 0.00 * 0 0.00 * 0 0 0.00 Wall Cond 0 0 0 0.00 * 0 0.00 * -630 -630 84.73 Partition 0 0 0.00 * 0 0.00 * 0 0 0.00 Exposed Floor 0 0 0.00 * 0 0.00 * -113 -113 15.26 Infiltration 0 0 0.00 * 0 0.00 * 0 0 0.01 Sub Total = => 0 0 0 0.00 * 0 0.00 * -743 -743 100.00 Internal Loads * * Lights 0 0 0 0.00 * 0 0.00 * 0 0 0.00 People 0 0 0.00 * 0 0.00 * 0 0 0.00 Misc 0 0 0 0 0.00 * 0 0.00 * 0 0 0.00 Sub Total ■ => 0 0 0 0 0.00 * 0 0.00 * 0 0 0.00 Ceiling Load 0 0 0 0.00 * 0 0.00 * 0 0 0.00 C side Air 0 0 0 0 0.00 * 0 0.00 * 0 0 0.00 . Fan Heat 0 0.00 * 0.00 * 0 0.00 .t. Fan Heat 0 0 0.00 * 0.00 * 0 0.00 Duct Heat Pkup 0 0 0.00 * 0.00 * 0 0.00 OV /UNDR Sizing 0 0 0.00 * 0 0.00 * 0 0 0.00 Exhaust Heat 0 0 0 0.00 * 0.00 * 0 0.00 Terminal Bypass 0 0 0 0.00 * 0.00 * 0 0.00 * * Grand Total = => 0 0 0 0 0.00 * 0 0.00 * -743 -743 100.00 COOLING COIL SELECTION AREAS Total Capacity Sens Cap. Coil Airfl Entering DB /WB /HR Leaving DB /WB /HR Gross Total Glass (sf) (%) (Tons) (Mbh) (Mbh) (cfm) Deg F Deg F Grains Deg F Deg F Grains Floor 42 Main Clg 0.0 0.0 0.0 0 0.0 0.0 0.0 0.0 0.0 0.0 Part 0 Aux Clg 0.0 0.0 0.0 0 0.0 0.0 0.0 0.0 0.0 0.0 ExFlr 6 Opt Vent 0.0 0.0 0.0 0 0.0 0.0 0.0 0.0 0.0 • 0.0 Roof 0 0 0 Totals 0.0 0.0 Wall 98 0 0 HEATING COIL SELECTION AIRFLOWS (cfm) -- ENGINEERING CHECKS -- -- TEMPERATURES (F) - -- Capacity Coil Airfl Ent Lvg Type Cooling Heating Clg % OA 0.0 Type Clg Htg (Mbh) (cfm) Deg F Deg F Vent 0 0 Clg Cfm/Sqft 0.00 SADB 0.0 55.1 Main Htg -0.7 0 0.0 0.0 Infil 0 0 Clg Cfm /Ton 0.00 Plenum 0.0 55.0 Aux Htg 0.0 0 0.0 0.0 Supply 0 0 Clg Sqft/Ton 0.00 Return 0.0 55.0 Preheat 0.0 0 0.0 0.0 Mincfm 0 1.152 Clg Btuh /Sqft 0.00 Ret /OA 0.0 55.0 Reheat 0.0 0 0.0 0.0 Return 0 0 No. People 0 Runarnd 0.0 55.0 ,Norm dif 0.0 0 0.0 0.0 Exhaust 0 0 Htg % OA 0.0 Fn MtrTD 0.0 0.0 ( Vent 0.0 0 0.0 0.0 Rm Exh 0 0 Htg Cfm /SqFt 0.00 Fn B1dTD 0.0 0.0 .. Al -0.7 Auxil 0 0 Htg Btuh /SgFt -17.69 Fn Frict 0.0 0.0 Trane Air Conditioning Economics V 600 By: Trane Customer Direct Service Network PAGE 16 sn 8 Block RAD - RADIATION .,........ w. w .....,.... .. ... sex.: m: wv.. r�. eum. rx�mwx. nwn++ �w+ nr. Hr� .rn+n..rtcr+n.rm!c- x•*+�. : sne•a.+�mN+i x.. �. v.. .r.rra«.w...,.�e•........ -.... " * ** * * * * * * * * * * * * * * * * * * * ** COOLING COIL PEAK * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** CLG SPACE PEAK * * * * * * * * * * ** HEATING COIL PEAK * * * * * * ** Pdaked at Time = => Mo /Hr: 0/ 0 * Mo /Hr: 0/ 0 * Mo /Hr: 13/ 1 Outside Air = => OADB/W8/HR: 0/ 0/ 0.0 * OADB: 0 * OADB: 20 * * 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 Envelope Loads (Btuh) (Btuh) (Btuh) (8tuh) ( %) * (Btuh) ( %) * (Btuh) (Btuh) (%) Skylite Solr 0 0 0 0.00 * 0 0.00 * 0 0 0.00 Skylite Cond 0 0 0 0.00 * 0 0.00 * 0 0 0.00 Roof Cond 0 0 0 0.00 * 0 0.00 * 0 0 0.00 Glass Solar 0 0 0 0.00 * 0 0.00 * 0 0 0.00 Glass Cond 0 0 0 0.00 * 0 0.00 * 0 0 0.00 Wail Cond 0 0 0 0.00 * 0 0.00 * -2,454 -2.454 39.64 Partition 0 0 0.00 * 0 0.00 * 0 0 0.00 Exposed Floor 0 0 0.00 * 0 0.00 * -1,153 -1,153 18.62 Infiltration 0 0 0.00 * 0 0.00 * 0 0 0.00 Sub Total = => 0 0 0 0.00 * 0 0.00 * -3,607 -3,607 58.26 * * Internal Loads Lights 0 0 0 0.00 * 0 0.00 * 0 0 0.00 People 0 0 0.00 * 0 0.00 * 0 0 0.00 Misc 0 0 0 0 0.00 * 0 0.00 * 0 0 0.00 Sub Total==> 0 0 0 0 0.00 * 0 0.00 * 0 0 0.00 Ceiling Load 0 0 0 0.00 * 0 0.00 * 0 0 0.00 side Air 0 0 0 0 0.00 * 0 0.00 * -2,584 -2,584 41.74 . Fan Heat 0 0.00 * 0.00 * 0 0.00 .t. Fan Heat 0 0 0.00 * 0.00 * 0 0.00 Duct Heat Pkup 0 0 0.00 * 0.00 * 0 0.00 OV /UNDR Sizing 0 0 0.00 * 0 0.00 * 0 0 0.00 Exhaust Heat 0 0 0 0.00 * 0.00 * 0 0.00 Terminal Bypass 0 0 0 0.00 * 0.00 * 0 0.00 * * Grand Total --> 0 0 0 0 0.00 * 0 0.00 * -6,192 -6,192 100.00 COOLING COIL SELECTION AREAS Total Capacity Sens Cap. Coil Airfl Entering DB /WB /HR Leaving DB /WB /HR Gross Total Glass (sf) ( %) (Tons) (Mbh) (Mbh) (cfm) Deg F Deg F Grains Deg F Deg F Grains Floor 840 Main Clg 0.0 0.0 0.0 0 0.0 0.0 0.0 0.0 0.0 0.0 Part 0 Aux Clg 0.0 0.0 0.0 0 0.0 0.0 0.0 0.0 0.0 0.0 ExFlr 61 Opt Vent 0.0 0.0 0.0 0 0.0 0.0 0.0 0.0 0.0 0.0 Roof 0 0 0 Totals 0.0 0.0 Wall 978 0 0 HEATING COIL SELECTION AIRFLOWS (cfm) , -- ENGINEERING CHECKS -- -- TEMPERATURES (F) - -- Capacity Coil Airfl Ent Lvg Type Cooling Heating Clg % OA 0.0 Type Clg Htg (Mbh) (cfm) Deg F Deg F Vent 0 67 Clg Cfm /Sqft 0.00 SADB 0,0 55.1 Main Htg -6.2 0 0.0 0.0 Infil 0 0 Clg Cfm /Ton 0.00 Plenum 0.0 55.0 Aux Htg 0.0 0 0.0 0.0 Supply 0 0 Clg Sqft/Ton 0.00 Return 0.0 55.0 Preheat 0.0 0 0.0 0.0 Mincfm 0 1,152 Clg Btuh /Sqft 0.00 Ret /OA 0.0 55,0 Reheat 0.0 0 0.0 0.0 Return 0 0 No. People 0 Runarnd 0.0 55.0 ,Numidif 0.0 0 0.0 0.0 Exhaust 0 0 Htg % OA 0.0 Fn MtrTD 0.0 0.0 Vent 0.0 0 0.0 0.0 Rm Exh 0 0 Htg Cfm /SgFt 0.00 Fn B1dTD 0.0 0.0 ( al -6.2 Auxil 0 0 Htg Btuh /SqFt -7.37 Fn Frict 0.0 0.0 Trane Air Conditioning Economics By: Trane Customer Direct Service Network ( N SYSTEM COOLING - ALTERNATIVE 1 Room Number Description 102 1ST FLOOR LOBBY Zone 102 Total /Ave. Zone 102 Block 106 ELEV MACHY RM Zone 106 Total /Ave. Zone 106 Block 108 RECYCLER Zone 108 Total /Ave. Zone 108 Block 110 MEN'S ROOM Zone 110 Total /Ave. Zone 110 Block 112 WOMENS ROOM 7e 112 Total /Ave. ie 112 Block 114 JANITORS CLOSET Zone 114 Total /Ave. Zone 114 Block 120 PAGING ROOM Zone 120 Total /Ave. Zone 120 Block 122 SHOP ADM & RECVG Zone 122 Total /Ave. Zone 122 Block 124 BREAK ROOM Zone 124 Total /Ave. Zone 124 Block 126 WEST STAIRWELL Zone 126 Total /Ave. Zone 126 Block 128 CORRIDOR Zone 128 Total /Ave. Zone 128 Block 130 EAST STAIRWELL Zone 130 Total /Ave. Zone 130 Block 132 JTIDS 01 Zone 132 Total /Ave. lone 132 Block 134 CONFERENCE ROOM ge 134 Total /Ave. .one 134 Block 136 VEND, CUST OFF Zone 136 Total /Ave. Zone 136 Block Peak OA Rm Supp. Time Cond. Dry Dry Mo /Hr DB /WB Bib Bulb (F) (F) (F) 8/17 8/17 8/13 8/13 7/15 7/15 7/15 7/15 7/15 7/15 7/15 7/15 7/15 7/15 7/11 7/11 7/11 7/11 8/13 8/13 8/13 8/13 7/11 7/11 7/23 7/23 7/23 7/23 7/15 7/15 81 81 81 81 81 81 85 85 85 85 85 85 85 85 85 85 85 85 85 85 85 78• 78 78 78 78 78 81 81 81 81 81 81 78 78 78 71 71 71 71 71 71 85 85 85 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0V00 55.0 55.0 55.0 55.0 PEAK COOLING LOADS (Main System) Space Space Space Air Sens.. Flow Load (Cfm) (Btuh) 788 788 788 1,225 1,225 1,225 12 12 12 6 6 6 6 6 6 2 2 2 188 188 188 816 816 816 830 830 830 100 100 100 177 177 177 47 47 47 505 505 505 Space Peak OA Rm Supp. Lat. Time Cond. Dry Dry Load Mo /Hr DB /WB Bib Bulb (Btuh) (F) (F) (F) 17,322 255 8/17 17,322 255 17,322 255 8/17 33,639 0 8/13 33,639 0 33,639 0 8/13 265 0 7/15 265 0 265 0 7/15 132 0 7/15 132 0 132 0 7/15 141 0 7/15 141 0 141 0 7/15 40 0 7/15 40 0 40 0 7/15 5,159 0 7/15 5,159 0 5,159 0 7/15 17,933 765 8/12 17,933 765 17,933 765 8/12 18,244 5,060 7/14 18,244 5,060 18,244 5,060 7/14 2,190 0 8/13 2,190 0 2,190 0 8/13 3,901 255 7/14 3,901 255 3,901 255 7/14 1,032 0 7/11 1,032 0 1,032 0 7/11 11,103 510 7/14 11,103 510 11,103 510 7/14 4,985 2,550 7/14 4,985 2,550 4,985 2,550 7/14 3,165 255 7/14 3,165 255 3,165 255 7/14 r .d Q u Coil Coil Air Flow (Cfm) V 600 PAGE 17 Coil Coil Sens. Lat. Load Load (Btuh) (Btuh) 81 67 75 55.0 787 21,679 640 81 67 75 55.0 787 21,679 640 81 67 75 55,0 787 21,679 640 81 69 80 55.0 1,225 38,786 0 81 69 80 55.0 1,225 38,786 0 81 69 80 55.0 1,225 38,786 0 85 69 75 55.0 14 416 0 85 69 75 55.0 . 14 416 0 85 69 75 55,0 14 416 0 85 69 75 55.0 2 63 0 85 69 75 55.0 2 63 0 85 69 75 55.0 2 63 0 85 69 75 55.0 3 67 0 85 69 75 55.0 3 67 0 85 69 75 55.0 3 67 0 85 69 75 55.0 1 19 0 85 69 75 55,0 1 19 0 85 69 75 55.0. 1 19 0 85 69 80 55.0 192 6,237 0 85 69 80 55.0 192 6.237 0 85 69 80 55.0 192 6,237 0 79 68 75 55.0 724 21,287 2,223 79 68 75 55.0 724 21,287 2,223 79 68 75 55.0 724 21,287 2,223 84 70 75 55.0 702 21,602 11,112 84 70 75 55.0 702 21,602 11,112 84 70 75 55.0 702 21,602 11,112 81 69 75 55.0 100 2.971 0 81 69 75 55.0 100 2,971 0 81 69 75 55.0 100 2,971 0 84 70 75 55.0 175 5,408 759 84 70 75 55.0 175 5,408 759 84 70 75 55.0 175 5,408 759 78 66 75 55.0 47 1,444 0 78 66 75 55.0 47 1,444 0 78 66 75 55.0 47 1,444 0 84 70 75 55.0 614 31,980 1,519 84 70 75 55.0 614 31,980 1,519 84 70 75 55.0 614 31,887 1,519 84 70 75 55.0 218 7,924 7,593 84 70 75 55.0 218 7,924 7,593 84 70 75 55.0 218 7,924 7,593 84 70 75 55.0 67 2,160 759 84 70 75 55.0 67 2.160 759 84 70 75 55.0 67 2,160 759 140 VEND, CUST OFF 7/15 85 69 75 55.0 144 3,165 255 7/14 84 70 75 55.0 67 2,160 759 Zone 140 Total/Ave. 85 69 75 55.0 144 3,165 255 84 70 75 55.0 67 2,160 759 ( :ll'ne 140 Block 7/15 85 69 75 55.0 144 3,165 255 7/14 84 70 75 55.0 67 2,160 759 C. Trans Air Conditioning Economics V 600 a By: Trane Customer Direct Service Network SYSTEM COOLING - ALTERNATIVE 1 Peak OA Rm Supp. Time Cond. Dry Dry Room Mo /Hr DB /WB Bib Bulb Number Description (F) (F) (F) 144 VEND, CUST OFF 7/15 85 69 75 55.0 Zone 144 Total /Ave. 85 69 75 55.0 Zone 144 Block 7/15 85 69 75 55.0 148 VEND, CUST OFF 7/15 85 69 75 55.0 Zone 148 Total /Ave. 85 69 75 55.0 Zone 148 Block 7/15 85 69 75 55.0 150 VEND, CUST OFF 7/15 85 69 75 55.0 Zone 150 Total /Ave. 85 69 75 55.0 Zone 150 Block 7/15 85 69 75 55.0 156 DISPLAY REPAIR 7/15 85 69 75 55.0 Zone 156 Total /Ave. 85 69 75 55.0 Zone 156 Block 7/15 85 69 75 55.0 158 ESDS 7/15 85 69 75 55.0 158 Total /Ave. 85 69 75 55.0 158 Block 7/15 85 69 75 55.0 160 DCA QA OFFICE 7/15 85 69 75 55.0 Zone 160 Total /Ave. 85 69 75 55.0 Zone 160 Block 7/15 85 69 75 55.0 162 EAST STAIRACORR 7/15 85 69 75 55.0 Zone 162 Total /Ave. 85 69 75 55.0 Zone 162 Block 7/15 85 69 75 55.0 164 ELEV MACHY ROOM 7/18 81 66 80 55.0 Zone 164 Total /Ave. 81 66 80 55.0 Zone 164 Block 7/18 81 66 80 55.0 166 OFFICE WENTE 8/18 80 65 75 55.0 Zone 166 Total /Ave. 80 65 75 55.0 Zone 166 Block 8/18 80 65 75 55.0 168 OFFICE CALLHAN 7/18 81 66 75 55.0 Zone 168 Total /Ave. 81 66 75 55.0 Zone 168 Block 7/18 81 66 75 55.0 170 SECRETARY STA 8/18 80 65 75 55.0 Zone 170 Total /Ave. 80 65 75 55.0 Zone 170 Block 8/18 80 65 75 55.0 172 OFFICE PETITT 7/19 79 63 75 55.0 Zone 172 Total /Ave. 79 63 75 55.0 • Zone 172 Block 7/19 79 63 75 55.0 174 OFFICE YORK 7/19 79 63 75 55.0 Zone 174 Total /Ave. 79 63 75 55.0 7nne 174 Block 7/19 79 63 75 55.0 76 OFFICE (N) 7/19 79 63 75 55.0 ..e 176 Total /Ave. 79 63 75 55.0 ..one 176 Block 7/19 79 63 75 55.0 178 OFFICE (N) 7/19 79 63 75 55.0 Zone 178 Total /Ave. 79 63 75 55.0 Zone 178 Block 7/19 79 63 75 55.0 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 DB /WB Blb Bulb (Cfm) (Btuh) (Btuh) (F) (F) (F) 144 3,165 144 3,165 144 3,165 156 3,428 156 3,428 156 3,428 144 .3,165 144 3,165 144 3,165 408 8,966 408 8,966 408 8,966 408 8,966 408 8,966 408 8,966 544' 11,955 544 11.955 544 11,955 32 707 32 707 32 707 414 11,367 414 11,367 414 11,367 314 6,900 314 6,900 314 6,900 492 10,804 492 10,804 492 10,804 151 3.322 151 3,322 151 3,322 163 3,572 163 3,572 163 3,572 156 3,428 156 3,428 156 3,428 396 8,712 396 8,712 396 8,712 163 3,572 163 3,572 163 3,572 255 7/14 84 70 75 55.0 255 84 70 75 55.0 255 7/14 84 70 75 55.0 255 7/14 84 70 75 55.0 255 84 70 75 55.0 255 7/14 84 70 75 55.0 255 7/14 84 70 75 55.0 255 84 70 75 55.0 255 7/14 84 70 75 55.0 765 7/14 84 70 75 55.0 765 84 70 75 55.0 765 7/14 84 70 75 55.0 1,020 7/14 84 70 75 55.0 1.020 84 70 75 55.0 1,020 7/14 84 70 75 55.0 1,020 7/14 84 70 75 55.0 1,020 84 70 75 55.0 1,020 7/14 84 70 75 55.0. 0 7/15 85 69 75 55.0 0 85 69 75 55.0 0 7/15 85 69 75 55.0 0 7/18 81 66 80 55.0 0 81 66 80 55.0 0 7/18 81 66 80 55.0 255 8/18 80 65 75 55.0 255 80 65 75 55.0 255 8/18 80 65 75 55.0 510 7/18 81 66 75 55.0 510 81 66 75 55.0 510 7/18 81 66 75 55.0 255 8/17 81 67 75 55.0 255 81 67 75 55.0 255 8/17 81 67 75 55.0 255 7/14 84 70 75 55.0 255 84 70 75 55.0 255 7/14 84 70 75 55.0 255 7/14 84 70 75 55.0 255 84 70 75 55.0 255 7/14 84 70 75 55.0 1.020 7/14 84 70 75 55.0 1,020 84 70 75 55.0 1,020 7/14 84 70 75 55.0 255 7/14 84 70 75 55.0 255 84 70 75 55.0 255 7/14 84 70 75 55.0 PAGE 18 Coil Coil Coil Coil Air Sens. Lat. Flow Load Load (Cfm) (Btuh) (Btuh) 67 2,160 759 67 2,160 759 67 2,160 759 69 2,215 759 69 2,215 759 69 2.215 759 67 2,160 759 67 2,160 759 67 2,160 759 380 11,070 2,278 380 11,070 2.278 380 11.070 2,278 253 7,953 ,3,037 253 7,953 3,037 253 7,953 3,037 321 9,949 3,037 321 9,949 3,037 321 9,949 3,037 36 1,110 0 36 1,110 0 36 1,110 0 414 13,192 0 414 13,192 0 414 13,192 0 309 8,531 525 309 8,531 525 309 8,531 525 486 13,479 1,056 486 13,479 1,056 486 13,479 1,056 143 4,096 640 143 4.096 640 143 4,096 640 126 3,706 759 126 3,706 759 126 3,706 759 107 3,220 759 107 3,220 759 107 3,220 759 333 9,932 3,037 333 9,932 3,037 333 9,932 3,037 126 3,706 759 126 3,706 759 126 3,706 759 R9 180 OFFICE (N) 7/19 79 63 75 55.0 Zone 180 Total /Ave. 79 63 75 55.0 (:, 'nne 180 Block 7/19 79 63 75 55.0 156 3.428 255 7/14 84 70 75 55.0 107 3.220 156 3,428 255. 84 70 75 55.0 107 3,220 156 3,428 255 7/14 84 70 75 55.0 107 3,220 759 759 759 Trane Air Conditioning Economics By: Trane Customer Direct Service Network 4 SYSTEM COOLING - ALTERNATIVE 1 Peak OA Rm Supp. Time Cond. Dry Dry Room Mo /Hr OB /WB Blb Bulb Number Description (F) (F) (F) 182 OFFICE HARRIS 7/19 79 63 75 Zone 182 Total /Ave. 79 63 75 Zone 182 Block 7/19 79 63 75 184 ANT & XMTR ROOM 7/19 79 63 75 Zone 184 Total /Ave. 79 63 75 Zone 184 Block 7/19 79 63 75 186 SERVICE LOBBY 7/10 75 63 75 Zone 186 Total /Ave. 75 63 75 Zone 186 Block 7/10 75 63 75 188 JTIDS 02 7/22 72 61 75 Zone 188 Total /Ave. 72 61 75 Zone 188 Block 7/22 72 61 75 192 1ST FLR OPEN OFF 7/18 81 66 75 e 192 Total /Ave. 81 66 75 e 192 Block 7/18 81 66 75 194 1ST FLR MECH RM 8/14 83 69 80 Zone 194 Total /Ave. 83 69 80 Zone 194 Block 8/14 83 69 80 203 2ND FLR LOBBY 8/17 81 67 75 Zone 203 Total /Ave. 81 67 75 Zone 203 Block 8/17 81 67 75 206 RECYCLE 8/13 81 69 75 Zone 206 Total /Ave. 81 69 75 Zone 206 Block 8/13 81 69 75 209 COFFEE- VENDING 7/15 85 69 75 Zone 209 Total /Ave. Zone 209 Block 7/15 212 MEN'S ROOM 7/15 Zone 212 Total /Ave. Zone 212 Block 7/15 215 WOMEN'S ROOM 7/15 Zone 215 Total /Ave. Zone 215 Block 7/15 218 JANITOR CLOSET 7/15 Zone 218 Total /Ave. Zone 218 Block 7/15 221 ELECTRICAL ROOM 7/15 Zone 221 Total /Ave. ne 221 Block 7/15 t !27 TEST DATA CONTRL 8/13 ne 227 Total /Ave. .cone 227 Block 8/13 230 LORAL OFFICE 8/12 Zone 230 Total /Ave. Zone 230 Block 8/12 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 85 69 75 55.0 85 69 75 55.0 85 69 75 55.0 85 69 75 55.0 85 69 75 55.0 85 69 75 55.0 85 69 75 55.0 85 69 75 55.0 85 69 75 55.0 85 69 75 55.0 85 69 75 55.0 85 69 80 55.0 85 69 80 55.0 85 69 80 55.0 81 69 75 55.0 81 69 75 55.0 81 69 75 55.0 79 68 75 55.0 79 68 75 55.0 79 68 75 55.0 Space Space Space Air Sens. Flow Load 163 3,572 163 3,572 163 3,572 1,600 35,162 1,600 35,162 1,600 35,162 82 1,812 82 1,812 82 1,812 503 11,050 503 11,050 503 11,050 4,140 90,982 4,140 90,982 4,140 90,982 427 11,736 427 11,736 427 11,736 780 17,153 780 17,153 780 17,153 29 643 29 643 29 643 383 8,423 383 8,423 383 8,423 6 132 6 132 6 132 6 141 6 141 6 141 2 40 2 40 2 40 713 19.593 713 19,593 713 19,593 1,498 32,915 1,498 32,915 1,498 32,915 547 12,023 547 12,023 547 12,023 PEAK COOLING LOADS (Main System) Space Peak OA am Supp. Lat. Time Cond. Dry Dry Load Mo /Hr DB /WB Blb Bulb (Cfm) (Btuh) (Btuh) (F) (F) (F) 255 7/14 84 70 75 55.0 255 84 70 75 55.0 255 7/14 84 70 75 55.0 510 7/14 84 70 75 55.0 510 84 70 75 55.0 510 7/14 84 70 75 55.0 0 7/10 75 63 75 55.0 0 75 63 75 55.0 0 7/10 75 63 75 55.0 510 7/14 84 70 75 55.0 510 84 70 75 55.0 510 7/14 84 70 75 55.0 11,985 7/14 84 70 75 55.0 11,985 84 70 75 55.0 11,985 7/14 84 70 75 55.0 857 7/14 84 70 80 55.0 857 84 70 80 55.0 857 7/14 84 70 80 55.0• 255 8/17 81 67 75 55.0 255 81 67 75 55.0 255 8/17 81 67 75 55.0 0 8/13 81 69 75 55.0 0 81 69 75 55.0 0 8/13 81 69 75 55.0 2,040 7/15 85 69 75 55.0 2,040 85 69 75 55.0 2,040 7/15 85 69 75 55.0 0 7/15 85 69 75 55.0 0 85 69 75 55.0 0 7/15 85 69 75 55.0 0 7/15 85 69 75 55.0 0 85 69 75 55.0 0 7/15 85 69 75 55.0 0 7/15 85 69 75 55.0 0 85 69 75 55.0 0 7/15 85 69 75 55.0 0 7/15 85 69 80 55.0 0 85 69 80 55.0 0 7/15 85 69 80 55.0 1,275 8/14 83 69 75 55.0 1,275 83 69 75 55.0 1,275 8/14 83 69 75 55.0 510 8/13 81 69 75 55.0 510 81 69 75 55.0 510 8/13 81 69 75 55.0 Coil Coil Air Flow (Cfm) 126 126 126 640 640 640 98 98 98 603 603 603 2,646 2,646 2,646 420 420 420 774 774 774 34 34 34 379 379 379 2 2 2 3 3 3 1 1 1 713 713 713 1,475 1,475 1,475 536 536 536 Coil Coil Sens. Let. Load Load (Btuh) (Btuh) 3.706 3,706 3,706 19,667 19,667 19,667 3,153 3,153 3,153 31.731 31,731 31,358 84,104 84.104 84,104 14,677 14,677 14,677 21.353 21,353 21,353 1.113 1,113 1,113 10,126 10,126 10,126 63 63 63 67 67 67 19 19 19 22,746 22,746 22,746 42,913 42,913 42,913 14,870 14,870 14,870 V 600 PAGE 19 41 759 759 759 1,519 1.519 1.519 0 0 0 1,519 1,519 1,519 35,689 35,689 35,689 2,551 2,551 2,551 640 640 640 0 0 0 2,040 2,040 2.040 0 0 0 0 0 0 0 0 0 0 0 0 3,758 3,758 3,758 1,492 1,492 1,492 233 WEST STAIRWELL 8/13 81 69 75 55.0 95 2,081 0 8/13 81 69.75 55.0 95. 2,841 Zone 233 Total /Ave. 81 69 75 55.0 95 2.081 0 81 69 75 55.0 95 2.841 ( le 233 Block 8/13 81 69 75 55.0 95 2.081 0 8/13 81 69 75 55.0 95 2,841 0 Trane Air Conditioning Economics V 600 By: Trane Customer Direct Service Network ( 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) 236 CORRIDOR 8/13 81 69 75 55.0 Zone 236 Total /Ave. 81 69 75 55.0 Zone 236 Block 8/13 81 69 75 55.0 239 EAST STAIRWELL 7/18 81 66 75 55.0 Zone 239 Total /Ave. 81 66 75 55.0 Zone 239 Block 7/18 81 66 75 55.0 245 SARR 7/15 85 69 75 55.0 Zone 245 Total /Ave. 85 69 75 55.0 Zone 245 Block 7/15 85 69 75 55.0 248 MODULAR AIL 7/19 79 63 75 55.0 Zone 248 Total /Ave. 79 63 75 55.0 Zone 248 Block 7/19 79 63 75 55.0 251 LAB 1 7/11 78 66 75 55.0 ne 251 Total /Ave. 78 66 75 55.0 . e 251 Block 7/11 78 66 75 55.0 254 RTSS 7/14 84 70 75 55.0 Zone 254 Total /Ave. 84 70 75 55.0 Zone 254 Block 7/14 84 70 75 55.0 257 FILE ROOM 7/15 85 69 75 55.0 Zone 257 Total /Ave. 85 69 75 55.0 Zone 257 Block 7/15 85 69 75 55.0 260 LAB OFFICE 7/15 85 69 75 55.0 Zone 260 Total /Ave. 85 69 75 55.0 Zone 260 Block 7/15 85 69 75 55.0 263 LAB LOBBY #1 7/15 85 69 75 55.0 Zone 263 Total /Ave. 85 69 75 55.0 Zone 263 Block 7/15 85 69 75 55.0 266 LAB 2 7/14 84 70 75 55.0 Zone 266 Total /Ave. 84 70 75 55.0 Zone 266 Block 7/14 84 70 75 55.0 269 JTIOS 2ND FLR 7/14 84 70 75 55.0 Zone 269 Total /Ave. 84 70 75 55.0 Zone 269 Block 7/14 84 70 75 55.0 272 RESORS LAB 7/14 84 70 75 55.0 Zone 272 Total /Ave. 84 70 75 55.0 Zone 272 Block 7/14 84 70 75 55.0 275 EAST STAIR CORR 7/18 81 66 75 55.0 Zone 275 Total /Ave. 81 66 75 55.0 Zone 275 Block 7/18 81 66 75 55.0 278 STORAGE (E) 7/18 81 66 75 55.0 ie 278 Total /Ave. 81 66 75 55.0 Lone 278 Block 7/18 81 66 75 55.0 281 WESTING. OFFICE 7/21 74 61 75 55.0 Zone 281 Total /Ave. . 74 61 75 55.0 Zone 281 Block 7/21 74 61 75 55.0 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 DB /WB Blb Bulb (Cfm) (Btuh) (Btuh) (F) (F) (F) Coil Coil Air Flow (Cfm) PAGE 20 Coil Coil Sens. Lat. Load Load (Btuh) (Btuh) 170 3,736 255 7/14 84 70 75 55.0 170 5,240 759 170 3,736 255 84 70 75 55.0 170 5,240 759 170 3,736 255 7/14 84 70 75 55.0 170 5,240 759 35 772 0 7/18 81 66 75 55.0 35 1,226 0 35 772 0 81 66 75 55.0 35 1,226 0 35 772 0 7/18 81 66 75 55.0 35 1,226 0 1,333 29,298 878 7/14 84 70 75 55.0 1,311 36,231 2,615 1,333 29,298 878 84 70 75 55.0 1,311 36,231 2,615 1,333 29,298 878 7/14 84 70 75 55.0 1,311 36,231 2,615 2,888 63,468 2,040 7/14 84 70 75 55.0 2,571 73,088 6,075 2,888 63,468 2,040 84 70 75 55.0 2,571 73,088 6,075 2,888 63,468 2,040 7/14 84 70 75 55.0 2,571 73,088 6,075 3,877 85,213 2,040 7/14 84 70 75 55.0 3,653 102,559 6,075 3,877 85,213 2,040 84 70 75 55.0 3,653 102,559 6,075 3,877 85,213 2,040 7/14 84 70 75 55.0 3,653 102,559 6,075 2,418 53,148 621 7/14 84 70 75 55.0 2,398 64,043 1,850 2,418 53,148 621 84 70 75 55.0 2,398 64,043 1,850 2,418 53,148 621 7/14 84 70 75 55.0. 2,398 64,043 1,850 33 725 0 7/15 85 69 75 55.0 19 618 0 33 725 0 85 69 75 55.0 19 618 0 33 725 0 7/15 85 69 75 55.0 19 618 0 227 4,996 1,020 7/14 84 70 75 55.0 223 6,876 3,037 227 4,996 1,020 84 70 75 55.0 223 6,876 3,037 227 4,996 1,020 7/14 84 70 75 55.0 223 6,876 3,037 104 2,286 255 7/14 84 70 75 55.0 72 2,397 759 104 2,286 255 84 70 75 55.0 72 2,397 759 104 2,286 255 7/14 84 70 75 55.0 72 2,397 759 1,785 39.220 1,785 7/14 84 70 75 55.0 1,755 49,018 5,315 1,785 39,220 1,785 84 70 75 55.0 1,755 49,018 5,315 1,785 39,220 1,785 7/14 84 70 75 55.0 1,755 49,018 5,315 659 14,477 510 7/14 84 70 75 55.0 651 17,791 1,519 659 14,477 510 84 70 75 55.0 651 17,791 1,519 659 14,477 510 7/14 84 70 75 55.0 651 17,791 1,519 528 11,604 539 7/14 84 70 75 55.0 389 11,334 1,604 528 11,604 539 84 70 75 55.0 389 11,334 1,604 528 11,604 539 7/14 84 70 75 55.0 389 11,334 1,604 29 640 0 7/18 81 66 75 55.0 33 1,013 0 29 640 0 81 66 75 55.0 33 1,013 0 29 640 0 7/18 81 66 75 55.0 33 1,013 0 11 238 0 7/18 81 66 75 55.0 12 386 0 11 238 0 81 66 75 55.0 12 386 0 11 238 0 7/18 81 66 75 55.0 12 386 0 168 3,692 255 7/14 84 70 75 55.0 71 2,344 759 168 3,692 255 84 70 75 55.0 71 2,344 759 168 3,692 255 7/14 84 70 75 55.0 71 2,344 759 43 284 CONFERENCE ROOM 7/15 85 69 15 55.0 Zone 284 Total /Ave. 85 69 75 55.0 " 284 Block 7/15 8569 75 55.0 1.483 510 7/14 84 7075 55.0 68 2.298 1,519. 1,483 510 84 70.75 55.0 68 2,298 1,519 1,483 . 510 7/14 84. 70 75 55.0 68 2,298 1,519 Trane Air Conditioning Economics By: Trane Customer Direct Service Network A SYSTEM COOLING - ALTERNATIVE 1 Peak OA Rm Supp. Time Cond. Dry Dry Room Mo /Hr DB /WB Blb Bulb Number Description (F) (F) (F) 287 LORAL OFF CORR 7/21 Zone 287 Total /Ave. Zone 287 Block 7/21 System 1 Total /Ave. System 1 Block 8/15 303 3RD FLR LOBBY 8/17 Zone 303 Total /Ave. Zone 303 Block 8/17 306 RECYCLE 8/13 Zone 306 Total /Ave. Zone 306 Block 8/13 309 COFFEE, VENDING 7/21 Zone 309 Total /Ave. e 309 Block 7/21 312 MEN'S ROOM 7/21 .ne 312 Total /Ave. . Zone 312 Block 7/21 315 WOMEN'S ROOM 7/21 Zone 315 Total /Ave. Zone 315 Block 7/21 318 JANITOR CLOSET 7/21 Zone 318 Total /Ave. Zone 318 Block 7/21 321 ELECTRICAL ROOM 7/21 Zone 321 Total /Ave. Zone 321 Block 7/21 327 MECHANICAL 8/14 Zone 327 Total /Ave. Zone 327 Block 8/14 330 SERVER ROOM 7/21 Zone 330 Total /Ave. Zone 330 Block 7/21 333 WEST STAIRWELL 7/21 Zone 333 Total /Ave. Zone 333 Block 7/21 336 CORRIDOR 7/21 Zone 336 Total /Ave. Zone 336 Block 7/21 339 EAST STAIRWELL 7/20 339 Total /Ave. le 339 Block 7/20 342 OFFICE (SE COR) 7/11 Zone 342 Total /Ave. Zone 342 Block 7/11 345 PERIMETER (W) 8/18 74 61 74 61 74 61 83 69 83 69 81 67 81 67 81 67 81 69 81 69 81 69 74 61 74 61 74 61 74 61 74 61 74 61 74 61 74 61 74 61 74 61 74 61 74 61 74 61 74 61 74 61 83 69 83 69 83 69 74 61 74 61 74 61 74 61 74 61 74 61 74 61 74 61 74 61 76 62 76 62 76 62 78 66 78 66 78 66 80 65 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55,0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 55.0 PEAK COOLING LOADS (Main System) Space Space Space Air Sens. Flow Load (Cfm) (Btuh) 25 544 25 544 25 544 780,870 661,068 3 17,207 783 17,207 783 17,207 30 659 30 659 30 659 385 8,452 385 8,452 385 8,452 8 178 8 178 8 178 16 344 16 344 16 344 2 53 2 53 2 53 728 20,007 728 20,007 728 20,007 27 737 27 737 27 737 546 14,994 546 14,994 546 14,994 51 1,110 51 1,110 51 1,110 171 3,763 171 3,763 171 3,763 43 952 43 952 43 952 742 16,305 742 16,305 742 16,305 788 17,316 Space Peak OA Rm Supp. Lat. Time Cond. Dry Dry Load Mo /Hr DB /WB Blb Bulb (Btuh) (F) (F) (F) PA V 600 PAGE 21 Coil Coil Coil Coil Air Sens. Lat. Flow Load Load (Cfm) (Btuh) (Btuh) 138 7/14 84 70 75 55.0 27 896 410 138 84 70 75 55.0 27 896 410 138 7/14 84 70 75 55.0 27 896 410 45,577 84 70 75 55.0 30.283 914,407 126,552 45,577 7/14 84 70 75 55.0 29,002 881,852 127,729 255 8/17 81 67 75 55.0 779 21,524 585 255 81 67 75 55.0 779 21,524 585 255 8/17 81 67 75 55.0 779 21,524 585 0 8/13 81 69 75 55.0 34 1,102 0 0 81 69 75 55.0 34 1,102 0 0 8/13 81 69 75 55.0 34 1,102 0 2,040 7/21 74 61 75 55.0 380 10,410 2,040 2,040 74 61 75 55.0 380 10,410 2,040 2,040 7/21 74 61 75 55.0 380 10,410 2,040 0 7/21 74 61 75 55.0 15 520 0 0 74 61 75 55.0 15 520 0 0 7/21 74 61 75 55.0 15 520 0 0 7/20 76 62 75 55.0• 25 839 0 0 76 62 75 55.0 25 839 0 0 7/20 76 62 75 55.0 25 839 0 0 7/21 74 61 75 55.0 5 156 0 0 74 61 75 55.0 5 156 0 0 7/21 74 61 75 55.0 5 156 0 0 7/21 74 61 80 55.0 728 23,118 0 0 74 61 80 55.0 728 23,118 0 0 7/21 74 61 80 55.0 728 23,118 0 0 8/14 83 69 80 55.0 39 1,510 0 0 83 69 80 55.0 39 1,510 0 0 8/14 83 69 80 55.0 39 1,510 0 0 7/21 74 61 80 55.0 552 17,945 0 0 74 61 80 55.0 552 17,945 0 0 7/21 74 61 80 55.0 552 17,945 0 0 7/21 74 61 75 55.0 63 2,158 0 0 74 61 75 55.0 63 2,158 0 0 7/21 74 61 75 55.0 63 2,158 0 255 7/16 84 68 75 55.0 179 5,789 596 255 84 68 75 55.0 179 5,789 596 255 7/16 84 68 75 55.0 179 5,789 596 0 7/20 76 62 75 55.0 55 1,888 0 0 76 62 75 55.0 55 1,888 0 0 7/20 76 62 75 55.0 55 1,888 0 2,040 7/14 84 70 75 55.0 621 19,014 5,636 2,040 84 70 75 55.0 621 19,014 5,636 2,040 7/14 84 70 75 55.0 621 19,014 5,636 2,040 8/17 81 67 75 55.0 754 21,824 4,677 46 Zone 345 Total/Ave. ' 80 65 75 55.0 788 17,316 2,040 81 67 75 55.0 754 21,824 4,677 Zone 345 Block . 8/18 80 65 75 55.0 788 17.316 2,040 8/17 81 67 75 55.0 754 21,824 .4,677 348 FAX, COPIER ROOM 8/18 80 65 75 55:0 ,546 - 12 ,002 '255 7/18 81 , 66 75 55.0 537 14,668 473 Trane Air Conditioning Economics By: Trane Customer Direct Service Network i 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 348 Total /Ave. 80 65 Zone 348 Block 8/18 80 65 351 OFFICE (W) 8/18 80 65 Zone 351 Total /Ave. 80 65 Zone 351 Block 8/18 80 65 354 OFFICE (NW COR) 7/18 81 66 Zone 354 Total /Ave. 81 66 Zone 354 Block 7/18 81 66 357 MIC RM 7/21 74 61 Zone 357 Total /Ave. 74 61 Zone 357 Block 7/21 74 61 360 APERTURE LIBRARY 7/21 74 61 Zone 360 Total /Ave. 74 61 e 360 Block 7/21 74 61 363 CONFERENCE ROOM 7/21 74 61 .ne 363 Total /Ave. . 74 61 Zone 363 Block 7/21 74 61 366 FAX, COPY ROOM 7/21 74 61 Zone 366 Total /Ave. 74 61 Zone 366 Block 7/21 74 61 369 SEC. COMPT. ROOM 7/20 76 62 Zone 369 Total /Ave. 76 62 Zone 369 Block 7/20 76 62 372 OFFICE (E) 7/11 78 66 Zone 372 Total /Ave. 78 66 Zone 372 Block 7/11 78 66 375 OFFICE (E) 7/11 78 66 Zone 375 Total /Ave. 78 66 Zone 375 Block 7/11 78 66 378 RADIO,FLT OFFICE 7/11 78 66 Zone 378 Total /Ave. 78 66 Zone 378 Block 7/11 78 66 381 OFFICE (N) 7/19 79 63 Zone 381 Total /Ave. 79 63 Zone 381 Block 7/19 79 63 384 OFFICE (N) 7/19 79 63 Zone 384 Total /Ave. 79 63 Zone 384 Block 7/19 79 63 387 OFFICE (N) 7/19 79 63 387 Total /Ave. 79 63 ne 387 Block 7/19 79 63 390 OFFICE (N) 7/19 79 63 Zone 390 Total /Ave. 79 63 Zone 390 Block 7/19 79 63 393 PERIMETER (N) 7/19 79 63 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55.0 75 55,0 75 55.0 75 55.0 75 55.0 75 55.0 75 55,0 75 55.0 75 55.0 75 55.0 75 55,0 75 55.0 75 55.0 75 55.0 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 DB /WB Blb Bulb (Cfm) (Btuh) (Btuh) (F) (F) (F) Pet Ce' 4 . W 4) k3 546 546 234 234 234 399 399 399 CW 313 313 216 216 216 252 252 252 192 192 192 365 365 365 180 180 180 162 162 162 162 162 162 144 144 144 1,103 12,002 12,002 5,148 5,148 5,148 8,777 8,777 8,777 7,131 7,131 7,131 9,098 9,098 9,098 3,479 3,479 3,479 6,888 6,888 6,888 4,747 4,747 4,747 5,534 5,534 5,534 4,230 4,230 4,230 8,014 8,014 8,014 3,956 3,956 3,956 3,566 3,566 3,566 3,566 3,566 3,566 3,165 3,165 3,165 24,243 255 81 66 75 55.0 255 7/18 81 66 75 55.0 255 7/18 81 66 75 55.0 255 81 66 75 55.0 255 7/18 81 66 75 55.0 255 7/18 81 66 75 55.0 255 81 66 75 55.0 255 7/18 81 66 75 55.0 3,570 7/14 84 70 75 55.0 3,570 84 70 75 55.0 3,570 7/14 84 70 75 55.0 510 7/14 84 70 75 55.0 510 84 70 75 55.0 510 7/14 84 70 75 55.0 1,530 7/14 84 70 75 55.0 1,530 84 70 75 55.0 1,530 7/14 84 70 75 55.0 255 7/14 84 70 75 55.0• 255 84 70 75 55.0 255 7/14 84 70 75 55.0 510 7/14 84 70 75 55.0 510 84 70 75 55.0 510 7/14 84 70 75 55.0 255 7/11 78 66 75 55.0 255 78 66 75 55.0 255 7/11 78 66 75 55.0 255 7/11 78 66 75 55.0 255 78 66 75 55.0 255 7/11 78 66 75 55.0 510 7/12 81 67 75 55.0 510 81 67 75 55.0 510 7/12 81 67 75 55.0 255 7/18 81 66 75 55.0 255 81 66 75 55.0 255 7/18 81 66 75 55.0 255 7/18 81 66 75 55.0 255 • 81 66 75 55.0 255 7/18 81 66 75 55.0 255 7/18 81 66 75 55,0 255 81 66 75 55.0 255 7/18 81 66 75 55.0 255 7/14 84 70 75 55.0 255 84 70 75 55.0 255 7/14 84 70 75 55.0 2,295 7/14 84 70 75 55.0 Coil Coil Air Flow Coil Sens. Load V 600 PAGE 22 Coil Lat. Load (Cfm) (Btuh) (Btuh) 537 14,668 473 537 14,668 473 229 6,597 473 229 6,597 473 229 6,597 473 395 11,105 473 395 11,105 473 395 11,105 473 331 11,900 9,862 331 11,900 9,862 331 11,900 9,862 166 5,565 1,409 166 5,565 1,409 166 5,565 1,409 160 5,640 4,227 160 5,640 4,227 160 5,640 4,227 308 8,649 704 308 8,649 704 308 8,649 704 135 4,392 1,409 135 4,392 1,409 135 4,392 1,409 247 6,780 573 247 6,780 573 247 6,780 573 189 5,236 573 189 5,236 573 189 5,236 573 347 9,810 1,163 347 9,810 1,163 347 9,810 1,163 159 4,756 473 159 4,756 473 159 4,756 473 154 4,510 473 154 4,510 473 154 4,510 473 154 4,510 473 154 4,510 473 154 4,510 473 107 3,271 704 107 3,271 704 107 3,271 704 892 26,761 6,340 Ad °7 Zone 393 Tot6l/Ave. 79 63 75 55.0 1.103 24.243 2,295 84 7075 55.0 892 26,761 6.340 Zone 393 Block 7/19 79 63 75 55.0 1,103 24,243 . 2,295 7/14 84 70 75 55.0 892 26,761 6,340 396 3RD FLOOR CORE 7/21 74 61 75 55 .0 6,450 141,748 22 ,950 7/14 84 70 75 55 .0 4 ,365 143.373 63,402 Zone 396 Total /Ave Zone 396 Block System 2 Total /Ave System 2 Block 116 ELECTRICAL ROOM Zone 116 Total /Ave Zone 116 Block System 3 Total /Ave System 3 Block 118 DATA COMMUNIC. Zone 118 Total /Ave Zone 118 Block System 4 Total /Ave stem 4 Block 224 DATA COMMUNIC. .ne 224 Total /Ave Zone 224 Block System 5 Total /Ave System 5 Block 324 DATA COMMUNIC. Zone 324 Total /Ave Zone 324 Block System 6 Total /Ave System 6 Block Room Number Description _...�.............. w...u.n w ri..... ..wv. + «•n.w. 01.45 0 H+FHERAIMIKM061. hYA'#bMt51Y Trane Air Conditioning Economics By: Trane Customer Direct Service Network ,N SYSTEM COOLING - ALTERNATIVE 1 Peak OA Rm Supp. Time Cond. Dry Dry Mo /Hr D8 /WB Blb Bulb (F) (F) (F) PEAK COOLING LOADS (Main System) Space Space Space Space Peak Air Sens: Lat. Time Flow Load Load Mo /Hr (Cfm) (Btuh) (Btuh) • 74 61 75 55.0 6,450 141,748 22,950 7/21 74 61 75 55.0 6,450 141,748 22,950 7/14 81 66 75 55.0 15,936 357,369 41,055 7/18 81 66 75 55.0 13,056 292,773 41,055 7/14 8/13 81 69 80 70.0 13,855 152,240 0 8/13 • 81 69 80 70.0 13.855 152,240 0 8/13 81 69 80 70.0 13,855 152,240 0 8/13 • 81 69 80 70.0 13,855 152,240 0 8/13 81 69 80 70.0 13,855 152,240 0 8/13 7/15 85 69 80 70.0 2,851 31,331 0 7/15 • 85 69 80 70.0 2,851 31,331 0 7/15 85 69 80 70.0 2,851 31,331 0 7/15 85 69 80 70.0 2.851 31.331 0 7/15 85 69 80 70.0 2,851 31,331 0 7/15 7/15 85 69 80 70.0 2,851 31,331 0 7/15 . . 85 69 80 70.0 2,851 31.331 0 7/15 85 69 80 70.0 2,851 31,331 0 7/15 85 69 80 70.0 2,851 31,331 0 7/15 85 69 80 70.0 2,851 31.331 0 7/15 7/21 74 61 80 70.0 2,880 31,648 0 7/21 74 61 80 70.0 2,880 31,648 0 7/21 74 61 80 70.0 2,880 31,648 0 7/21 • 74 61 80 70.0 2,880 31,648 0 7/21 74 61 80 70.0 2.880 31,648 0 7/21 OA Rm Supp. Cond. Dry Dry DB /WB Bib Bulb (F) (F) (F) Coil Coil Air Flow (Cfm) V 600 PAGE 23 Coil Coil Sens. Lat. Load Load (Btuh) (Btuh) 84 70 75 55.0 4,365 143,373 63.402 84 70 75 55.0 4.365 143,373 63,402 84 70 76 55.0 13.103 405,318 106,740 84 70 76 55.0 11,974 372,001 109,823 81 69 80 70.0 13,855 157,413 0 81 69 80 70.0 13.855 157,413 0 81 69 80 70.0 13,855 157.413 0 81 69 80 70.0 13.855 157,413 0 81 69 80 70.0 13,855 157,413 0 85 69 80 70.0 2,851 32,396 0 85 69 80 70.0 2.851 32,396 0 85 69 80 70.0 2,851 32,396 0 85 69 80 70.0 2,851 32,396 0 85 69 80 70.0 2,851 32,396 0 85 69 80 70.0 2,851 32,396 0 85 69 80 70.0 2,851 32,396 0 85 69 80 70.0 2,851 32,396 0 85 69 80 70.0• 2,851 32,396 0 85 69 80 70.0 2,851 32,396 0 74 61 80 70.0 2,880 32,723 0 74 61 80 70.0 2,880 32,723 0 74 61 80 70.0 2.880 32,723 0 74 61 80 70.0 2,880 32,723 0 74 61 80 70.0 2,880 32,723 0 Trane Air Conditioning Economics By: Trane Customer Direct Service Network N SYSTEM HEATING - ALTERNATIVE 1 Room Number Description 102 1ST FLOOR LOBBY Zone 102 Total /Ave. Zone 102 Block 106 ELEV MACHY RH Zone 106 Total /Ave. Zone 106 Block 108 RECYCLER Zone 108 Total /Ave. Zone 108 Block 110 MEN'S ROOM Zone 110 Total /Ave. Zone 110 Block 112 WOMENS ROOM e 112 Total /Ave. ie 112 Block 114 JANITORS CLOSET Zone 114 Total /Ave. Zone 114 Block 120 PAGING ROOM Zone 120 Total /Ave. Zone 120 Block 122 SHOP ADM & RECVG Zone 122 Total /Ave. Zone 122 Block 124 BREAK ROOM Zone 124 Total /Ave. Zone 124 Block 126 WEST STAIRWELL Zone 126 Total /Ave. Zone 126 Block 128 CORRIDOR Zone 128 Total /Ave. Zone 128 Block 130 EAST STAIRWELL Zone 130 Total /Ave. Zone 130 Block 132 JTIDS #1 Zone 132 Total /Ave. ne 132 Block 134 CONFERENCE ROOM n e 134 Total /Ave. .one 134 Block 136 VEND, CUST OFF Zone 136 Total /Ave. Zone 136 Block Space Peak OA Rm Supp. Floor Time Cond. Dry Dry Area Mo /Hr DB /WB Blb Bulb (Sq Ft) (F) (F) (F) 286 13/ 1 20 18 70 105.2 286 20 18 70 105.2 286 13/ 1 20 18 70 105.2 112 13/ 1 20 18 55 60.1 112 20 18 55 60.1 112 13/ 1 20 18 55 60.1 88 13/ 1 20 18 70 125.0 88 20 18 70 125.0 88 13/ 1 20 18 70 125.0 240 13/ 1 20 18 70 125.0 240 20 18 70 125.0 240 13/ 1 20 18 70 125.0 256 13/ 1 20 18 70 125.0 256 20 18 70 125.0 256 13/ 1 20 18 70 125.0 72 13/ 1 20 18 70 125.0 72 20 18 70 125.0 72 13/ 1 20 18 70 125.0 112 13/ 1 20 18 55 55.1 112 20 18 55 55.1 112 13/ 1 20 18 55 55.1 816 13/ 1 20 18 70 78.2 816 20 18 70 78.2 816 13/ 1 20 18 70 78.2 625 13/ 1 20 18 70 75.8 625 20 18 70 75.8 625 13/ 1 20 18 70 75.8 230 13/ 1 20 18 70 125.0 230 20 18 70 125.0 230 13/ 1 20 18 70 125.0 710 13/ 1 20 18 70 125.0 710 20 18 70 125.0 710 13/ 1 20 18 70 125.0 135 13/ 1 20 18 70 125.0 135 20 18 70 125.0 135 13/ 1 20 18 70 125.0 390 13/ 1 20 18 70 71.8 390 20 18 70' 71.8 390 13/ 1 20 18 70 71.8 510 13/ 1 20 18 70 125.0 510 20 18 70 125.0 510 13/ 1 20 18 70 125.0 144 13/ 1 20 18 70 70.2 144 20 18 70 70.2 144 13/ 1 20 18 70 70.2 PEAK HEATING LOADS (Main System) ,a �.w w.n..�.'.n.•a'u.es•:"c +r� rz':#Y�a'1Y': a�M•.atY.'4�a 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) V 600 PAGE 24 Coil Coil Coil Air Sens. Flow Load (Cfm) (Btuh) 286 - 11,050 13/ 1 20 18 70 105.2 315 - 17,378 286 - 11,050 20 18 70 105.2 315 - 17,378 286 - 11,050 13/ 1 20 18 70 101.9 315 - 16,246 112 -624 13/ 1 20 18 55 60.1 112 -624 112 -624 20 18 55 60.1 112 -624 112 -624 13/1 20 18 55 60.1 112 -624 0 -23 13/ 1 20 18 70 70.1 5 -80 0 -23 20 18 70 70.1 5 -80 0 -23 13/ 1 20 18 70 70.1 5 -80 1 -63 13/ 1 20 18 70 70.1 2 -40 1 -63 20 18 70 70.1 2 -40 1 -63 13/ 1 20 18 70 70.1 2 -40 1 -67 13/ 1 20 18 70 70.1 3 -43 1 -67 20 18 70 70.1 3 -43 1 -67 13/ 1 20 18 70 70.1 3 -43 0 -19 13/ 1 20 18 70 70.1 1 -12 0 -19 20 18 70 70.1 1 -12 0 -19 13/ 1 20 18 •70 70.1 1 -12 0 503 13/ 1 20 18 55 55.1 0 0 0 503 20 18 55 55.1 0 0 0 503 13/ 1 20 18 55 55.1 0 0 816 -7,390 13/ 1 20 18 70 78.5 816 - 13,813 816 -7,390 20 18 70 78.5 816 - 13,813 816 -7,390 13/ 1 20 18 70 78.5 816 - 13,813 625 -4,000 13/ 1 20 18 70 75.7 625 -9,467 625 -4,000 20 18 70 75.7 625 -9,467 625 -4,000 13/ 1 20 18 70 75.7 625 -9,467 43 -2,621 13/ 1 20 18 70 125.0 43 -3,278 43 -2,621 20 18 70 125.0 43 -3.278 43 -2,621 13/ 1 20 18 70 125.0 43 -3,278 10 -596 13/ 1 20 18 70 123.3 71 -5,329 10 -596 20 18 70 123.3 71 -5,329 10 -596 13/ 1 20 18 70 77.4 71 -1,748 29 -1,769 13/ 1 20 18 70 125.0 29 -2,079 29 -1,769 20 18 70 125.0 29 -2,079 29 -1,769 13/ 1 20 18 70 125.0 29 -2,079 390 -766 13/ 1 20 18 70 71.7 390 -4,150 390 -766 20 18 70 71.7 390 -4,150 390 -766 13/ 1 20 18 70 71.7 390 -4,150 16 -940 13/ 1 20 18 70 133.2 91 -7,795 16 -940 20 18 70 133.2 91 -7,795 16 -940 13/ 1 20 18 70 80.8 91 -2,575 144 -38 13/ 1 20 18 70 70,1 144 -965 144 -38 20 18 70 70.1 144 -965 144 -38 13/ 1 20 18 70 70.1 144 -965 4n 140 VEND, CUST OFF 144 Zone 140 ..Total/Ave. •1 `e . 140 Block:; 1 44 13/ 1 20 18 70. 70.2 20 18 70 70.2 13/ 1 20 18 70 70.2 144 -38 13/ 1 20 18 70 70.1 144 -965 144 -38 20 18 70 70.1 144 -965 144 -38 13/ 1 20 18 70 70.1 144 -965 By: Trane Customer Direct Service Network N SYSTEM HEATING - ALTERNATIVE 1 Room Number Description 144 VEND, CUST OFF Zone 144 Total /Ave. Zone 144 Block 148 VEND, CUST OFF Zone 148 Total /Ave. Zone 148 Block 150 VEND, CUST OFF Zone 150 Total /Ave. Zone 150 Block 156 DISPLAY REPAIR Zone 156 Total /Ave. Zone 156 Block 158 ESDS , e 158 Total /Ave. ,e 158 Block 160 DCA QA OFFICE Zone 160 Total /Ave. Zone 160 Block 162 EAST STAIR &CORR Zone 162 Total /Ave. Zone 162 Block 164 ELEV MACHY ROOM Zone 164 Total /Ave. Zone 164 Block 166 OFFICE WENTE Zone 166 Total /Ave. Zone 166 Block 168 OFFICE CALLHAN Zone 168 Total /Ave. Zone 168 Block 170 SECRETARY STA Zone 170 Total /Ave. Zone 170 Block 172 OFFICE PETITT Zone 172 Total /Ave. Zone 172 Block 174 OFFICE YORK Zone 174 Total /Ave. 7 nne 174 Block 176 OFFICE (N) _. le 176 Total /Ave. cone 176 Block 178 OFFICE (N) Zone 178 Total /Ave. Zone 178 Block Peak OA Rm Floor Time Cond. Dry Area Mo /Hr DB /WB Blb (So Ft) (F) (F) Space Supp. Dry Bulb (F) PEAK HEATING LOADS (Main System) tr Trane Air Conditioning Economics V 600 Coil tr. m•1- .•r.�rnsw.�. PAGE 25 Space Space Peak OA Rm Supp. Coil Coil Air Sens. Time Cond. Dry Dry Air Sens. Flow Load Mo /Hr DB /WB Blb Bulb Flow Loac (Cfm) (Btuh) (F) (F) (F) (Cfm) (Btuh) 144 13/ 1 20 18 70 70.2 144 -38 13/ 1 20 18 70 70.1 144 -965 144 20 18 70 70.2 144 -38 20 18 70 70.1 144 -965 144 13/ 1 20 18 70 70.2 144 -38 13/ 1 20 18 70 70.1 144 -965 156 13/ 1 20 18 70 70.2 156 -41 13/ 1 20 18 70 70.1 156 -1,04f 156 20 18 70 70.2 156 -41 20 18 70 70.1 156 -1,04( 156 13/ 1 20 18 70 70.2 156 -41 13/ 1 20 18 70 70.1 156 -1,04E 144 13/ 1 20 18 70 70.2 144 -38 13/ 1 20 18 70 70.1 144 -965 144 20 18 70 70.2 144 -38 20 18 70 70.1 144 -965 144 13/ 1 20 18 70 70.2 144 -38 13/ 1 20 18 70 70.1 144 -965 408 13/ 1 20 18 70 70.2 408 -107 13/ 1 20 18 70 70.1 408 -2,735 408 20 18 70 70.2 408 -107 20 18 70 70.1 408 -2,735 408 13/ 1 20 18 70 70.2 408 -107 13/ 1 20 18 70 70.1 408 -2,735 408 13/ 1 20 18 70 70.2 408 -107 13/ 1 20 18 70 70.1 408 -2,735 408 20 18 70 70.2 408 -107 20 18 70 70.1 408 -2,735 408 13/ 1 20 18 70 70.2 408 -107 13/ 1 20 18 70 70.1 408 -2,735 544 13/ 1 20 18 70 70.2 544 -143 13/ 1 20 18 70 70.1 544 -3,64f 544 20 18 70 70.2 544 -143 20 18 70 70.1 544 -3,64f 544 13/ 1 20 18 70 70.2 544 -143 13/ 1 20 18 .70 70.1 544 -3,64f 235 13/ 1 20 18 70 125.0 1 -62 13/ 1 20 18 70 70.1 13 -21: 235 20 18 70 125.0 1 -62 20 18 70 70.1 13 -21: 235 13/ 1 20 18 70 125.0 1 -62 13/ 1 20 18 70 70.1 13 -21: 90 13/ 1 20 18 55 60.1 90 -509 13/ 1 20 18 55 60.1 90 -505 90 20 18 55 60.1 90 -509 20 18 55 60.1 90 -505 90 13/ 1 20 18 55 60.1 90 -509 13/ 1 20 18 55 60.1 90 -505 195 13/ 1 20 18 70 83.1 195 -2,808 13/ 1 20 18 70 83.1 195 -4,93; 195 20 18 70 83.1 195 -2,808 20 18 70 83.1 195 -4,93; 195 13/ 1 20 18 70 83.1 195 -2,808 13/ 1 20 18 70 83.1 195 -4,93; 255 13/ 1 20 18 70 93.9 255 -6,702 13/ 1 20 18 70 94.2 255 - 10,151 255 20 18 70 93.9 255 -6.702 20 18 70 94.2 255 - 10,151 255 13/ 1 20 18 70 93.9 255 -6,702 13/ 1 20 18 70 94.2 255 - 10,151 150 13/ 1 20 18 70 77.0 150 -1,148 13/ 1 20 18 70 76.9 150 -2,20; 150 20 18 70 77.0 150 -1,148 20 18 70 76.9 150 -2,20; 150 13/ 1 20 18 70 77.0 150 -1.148 13/ 1 20 18 70 76.9 150 -2,20; 156 13/ 1 20 18 70 86.3 156 -2.798 13/ 1 20 18 70 86.4 156 -3,97; 156 20 18 70 86.3 156 -2,798 20 18 70 86.4 156 -3,97; 156 13/ 1 20 18 70 86.3 156 -2.798 13/ 1 20 18 70 86.4 156 -3,97 156 13/ 1 20 18 70 82.1 156 -2.068 13/ 1 20 18 70 82.1 156 -3,201 156 20 18 70 82.1 156 -2,068 20 18 70 82.1 156 -3,201 156 13/ 1 20 18 70 82.1 156 -2,068 13/ 1 20 18 70 82.1 156 -3,201 312 13/ 1 20 18 70 84.2 312 -4,866 13/ 1 20 18 70 84.2 312 -7,66 312 20 18 70 84.2 312 -4,866 20 18 70 84.2 312 -7,664 312 13/ 1 20 18 70 84.2 312 -4,866 13/ 1 20 18 70 84.2 312 -7,664 156 13/ 1 20 18 70 86.3 156 - 2,798 13/ 1 20 18 70 86.4 156 -3,97; 156 20 18 70 86.3 156 -2,798 20 18 70 86.4 156 -3,97: 156 13/ 1 20 18 70 86.3 156 -2,798 13/ 1 20 18 70 86.4 156 -3,97: S Z 180 OFFICE (N) 156 13/ 1 20 18 70 82.1 156 -2.068 13/ 1 20 18 70 82.1 156 -3,208 Zone 180 Total/Ave. 156 20 18 70 82.1 156 -2,068 20 18 70 82.1 156 -3,208 ( .41, 180 Block 156 13/ 1 20 18 70 82.1 ..-- 156 -2,068 13/ 1 20 18 70 82.1 156 -3,208 Trane Air Conditioning Economics By: Trane Customer Direct Service Network 1 SYSTEM HEATING - ALTERNATIVE 1 Room Number Description 182 OFFICE HARRIS Zone 182 Total /Ave. Zone 182 Block 184 ANT & XMTR ROOM Zone 184 Total /Ave. Zone 184 Block 186 SERVICE LOBBY Zone 186 Total /Ave. Zone 186 Block 188 JTIDS #2 Zone 188 Total /Ave. Zone 188 Block 192 1ST FLR OPEN OFF e 192 Total /Ave. a 192 Block 194 1ST FLR MECH RM Zone 194 Total /Ave. Zone 194 Block 203 2ND FLR LOBBY Zone 203 Total /Ave. Zone 203 Block 206 RECYCLE Zone 206 Total /Ave. Zone 206 Block 209 COFFEE- VENDING Zone 209 Total /Ave. Zone 209 Block 212 MEN'S ROOM Zone 212 Total /Ave. Zone 212 Block 215 WOMEN'S ROOM Zone 215 Total /Ave. Zone 215 Block 218 JANITOR CLOSET Zone 218 Total /Ave. Zone 218 Block 221 ELECTRICAL ROOM Zone 221 Total /Ave. 'nne 221 Block ?27 TEST DATA CONTRL ne 227 Total /Ave. Lone 227 Block 230 LORAL OFFICE Zone 230 Total /Ave. Zone 230 Block Space Peak OA Rm Supp. Floor Time Cond. Dry Dry Area Mo /Hr DB /WB Blb Bulb (Sq Ft) (F) (F) (F) PEAK HEATING LOADS (Main System) Space Space • Air Sens. Flow Load (Cfm) (Btuh) 156 13/ 1 20 18 70 86.3 156 -2,798 156 20 18 70 86.3 156 -2,798 156 13/ 1 20 18 70 86.3 156 -2,798 1,600 13/ 1 20 18 70 71.7 1,600 -2,921 1,600 20 18 70 71.7 1,600 -2,921 1,600 13/ 1 20 18 70 71.7 1,600 -2,921 378 13/ 1 20 18 70 125.0 28 -1,672 378 20 18 70 125.0 28 -1,672 378 13/ 1 20 18 70 125.0 28 -1,672 340 13/ 1 20 18 70 75.1 340 -1,891 340 20 18 70 75.1 340 -1,891 340 13/ 1 20 18 70 75.1 340 -1,891 4,140 13/ 1 20 18 70 70.4 4,140 -1,627 4,140 20 18 70 70.4 4,140 -1,627 4,140 13/ 1 20 18 70 70.4 4,140 -1,627 840 13/ 1 20 18 55 125.0 47 -3,607 840 20 18 55 125.0 47 -3,607 840 13/ 1 20 18 55 125.0 47 -3,607 286 13/ 1 20 18 70 101.4 286 -9,854 286 20 18 70 101.4 286 -9,854 286 13/ 1 20 18 70 101.4 286 -9,854 88 13/ 1 20 18 70 125.0 6 -338 88 20 18 70 125.0 6 -338 88 13/ 1 20 18 70 125.0 6 -338 154 13/ 1 20 18 70 125.0 1 -41 154 20 18 70 125.0 1 -41 154 13/ 1 20 18 70 125.0 1 -41 240 13/ 1 20 18 70 125.0 1 -63 240 20 18 70 125.0 1 -63 240 13/ 1 20 18 70 125.0 1 -63 256 13/ 1 20 18 70 125.0 1 -67 256 20 18 70 125.0 1 -67 256 13/ 1 20 18 70 125.0 1 -67 72 13/ 1 20 18 70 125.0 0 -19 72 20 18 70 125.0 0 -19 72 13/ 1 20 18 70 125.0 0 -19 160 13/ 1 20 18 55 55.1 160 0 160 20 18 55 55.1 160 0 160 13/ 1 20 18 55 55.1 160 0 2,000 13/ 1 20 18 70 81.1 1,000 - 12,241 2,000 20 18 70 81.1 1,000 - 12,241 2,000 13/ 1 20 18 70 81.1 1,000 - 12,241 255 13/ 1 20 18 70 91.0 255 -5,886 255 20 18 70 91.0 255 -5,886 255 13/ 1 20 18 70 91.0 255 -5,886 V 600 PAGE 26 Coil Peak OA Rm Supp. Coil Coil Time Cond. Dry Dry Air Sens. Mo /Hr DB /WB Blb Bulb Flow Load (F) (F) (F) (Cfm) (Btuh) 13/ 1 20 18 70 86.4 156 -3,977 20 18 70 86.4 156 -3,977 13/ 1 20 18 70 86.4 156 -3,977 13/ 1 20 18 70 71.6 1.600 - 13,938 20 18 70 71.6 1,600 - 13,938 13/ 1 20 18 70 71.6 1,600 - 13,938 13/ 1 20 18 70 142.5 33 -3,172 20 18 70 142.6 33 -3,172 13/ 1 20 18 70 130.8 33 -2.748 13/ 1 20 18 70 75.2 340 -5,490 20 18 70 75.2 340 -5,490 13/ 1 20 18 70 75.2 340 -5,490 13/ 1 20 18 70 70.1 4,140 - 28,088 20 18 70 70.1 4,140 - 28,088 13/ 1 20 18 70 70.1 4,140 - 28,088 13/ 1 20 18 55 125.0 47 -3,607 20 18 55 125.0 47 -3,607 13/ 1 20 18 .55 125.0 47 -3,607 13/ 1 20 18 70 101.5 312 - 15,963 20 18 70 101.5 312 - 15,963 13/ 1 20 18 70 98.9 312 - 15,055 13/ 1 20 18 70 145.3 12 -1,161 20 18 70 145.3 12 -1,161 13/ 1 20 18 70 106.0 12 -656 13/ 1 20 18 70 70.1 153 -2,544 20 18 70 70.1 153 -2,544 13/ 1 20 18 70 70.1 153 -2,544 13/ 1 20 18 70 70.1 2 -40 20 18 70 70.1 2 -40 13/ 1 20 18 70 70.1 2 -40 13/ 1 20 18 70 70.1 3 -43 20 18 70 70.1 3 -43 13/ 1 20 18 70 70.1 3 -43 13/ 1 20 18 70 70.1 1 -12 20 18 70 70.1 1 -12 13/ 1 20 18 70 70.1 1 -12 13/ 1 20 18 55 55.1 160 -18 20 18 55 55.1 160 -18 13/ 1 20 18 55 55.1 160 -18 13/ 1 20 18 70 82.3 1,000 - 24,688 20 18 70 82.3 1,000 - 24,688 13/ 1 20 18 70 82.3 1,000 - 24,688 13/ 1 20 18 70 91.7 255 -9,832 20 18 70 91.7 13/ 1 20 18 70 91.7 255 -9,832 255 -9,832 ;Q. • • 233 WEST STAIRWELL • 230 13/ 1 20 18 70 125.0 26 -1.588 13/ 1 20 18 . 70 125.0 38 -2.913 Zone 233 Total/Ave. .230 20 18 70 125.0 26 -1,588 ' 20 18 70 125.0 38 -2.913 .—• :7e 233 Block 230 13/ 1 20 18 70 125.0 26 -1,568 13/ 1 20 18 70 108.2 38 -2.213 ..1.-) . Trane Air Conditioning Economics V 600 By: Trane Customer Direct Service Network SYSTEM HEATING - ALTERNATIVE 1 Room Number Description 236 CORRIDOR Zone 236 Total /Ave. Zone 236 Block 239 EAST STAIRWELL Zone 239 Total /Ave. Zone 239 Block 245 SARR Zone 245 Total /Ave. Zone 245 Block 248 MODULAR AIL Zone 248 Total /Ave. Zone 248 Block 251 LAB 1 ( 251 Total /Ave. 251 Block 254 RTSS 'cone 254 Total /Ave. Zone 254 Block 257 FILE ROOM Zone 257 Total /Ave. Zone 257 Block 260 LAB OFFICE Zone 260 Total /Ave. Zone 260 Block 263 LAB LOBBY #1 Zone 263 Total /Ave. Zone 263 Block 266 LAB 2 Zone 266 Total /Ave. Zone 266 Block 269 JTIDS 2ND FLR Zone 269 Total /Ave. Zone 269 Block 272 RESORS LAB Zone 272 Total /Ave. Zone 272 Block 275 EAST STAIR CORR Zone 275 Total /Ave. Zone 275 Block 178 STORAGE (E) e 278 Total /Ave. .e 278 Block 281 WESTING. OFFICE Zone 281 Total /Ave. Zone 281 Block Space Peak OA Rm Supp. Floor Time Cond. Dry Dry Area Mo /Hr DB /WB Blb Bulb (So Ft) (F) (F) (F) 680 680 680 190 190 190 861 861 861 2,888 2,888 2,888 3,680 3,680 3,680 609 609 609 132 132 132 187 187 187 416 416 416 1,200 1,200 1,200 240 240 240 528 528 528 200 200 200 60 60 60 168 168 168 t aa, -,.r ,e w. .r.'vfl 4t.*,:•.t <\, -.t, ,, •a. ns,.,.�e,w,,.•aa,, ,,,. n....:, M• n : + <:,,t•,..•nax:�:�•,: »N•:sv:;a v. r�:'rro: t`T-rta n:: r.aeaN •�.u. PEAK HEATING LOADS (Main System) 13/ 1 20 18 70 125.0 20 18 70 125.0 13/ 1 20 18 70 125.0 13/ 1 20 18 70 125.0 20 18 70 125.0 13/ 1 20 18 70 125.0 13/ 1 20 18 70 70.2 20 18 70 70.2 13/ 1 20 18 70 70.2 13/ 1 20 18 70 71.4 20 18 70 71.4 13/ 1 20 18 70 71.4 13/ 1 20 18 70 74.2 20 18 70 74.2 13/ 1 20 18 70 74.2 13/ 1 20 18 70 70.2 20 18 70 70.2 13/ 1 20 18 70 70.2 13/ 1 20 18 70 125.0 20 18 70 125.0 13/ 1 20 18 70 125.0 13/ 1 20 18 70 70.2 20 18 70 70.2 13/ 1 20 18 70 70.2 13/ 1 20 18 70 125.0 20 18 70 125.0 13/ 1 20 18 70 125.0 13/ 1 20 18 70 70.2 20 18 70 70.2 13/ 1 20 18 70 70.2 13/ 1 20 18 70 70.2 20 18 70 70.2 13/ 1 20 18 70 70.2 13/ 1 20 18 70 70.2 20 18 70 70.2 13/ 1 20 18 70 70.2 13/ 1 20 18 70 125.0 20 18 70 125.0 13/ 1 20 18 70 125.0 13/ 1 20 18 70 125.0 20 18 70 125.0 13/ 1 20 18 70 125.0 13/ 1 20 18 70 70.2 20 18 70 70.2 13/ 1 20 18 70 70.2 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) 7 7 7 11 11 11 861 861 861 2,888 2.888 2,888 3,680 3.680 3,680 609 609 609 1 1 1 187 187 187 2 2 2 1,200 1,200 1.200 240 240 240 528 528 528 2 2 2 2 2 2 168 168 168 - 399 -399 -399 -693 -693 -693 -226 -226 - 226 -4,376 -4,376 -4,376 - 16,785 - 16,785 - 16,785 -160 -160 -160 Coil 13/ 1 20 18 70 120.4 20 18 70 120.4 13/ 1 20 18 70 74.9 13/ 1 20 18 70 125.0 20 18 70 125.0 13/ 1 20 18 70 114.9 13/ 1 20 18 70 70.1 20 18 70 70.1 13/ 1 20 18 70 70.1 13/ 1 20 18 70 71.3 20 18 70 71.3 13/ 1 20 18 70 71.3 13/ 1 20 18 70 74.1 20 18 70 74.1 13/ 1 20 18 70 74.1 13/ 1 20 18 70 70.1 20 18 70 70.1 13/ 1 20 18 70 70.1 - 35 13/ 1 20 18 70 -35 20 18 70 -35 13/ 1 20 18 70 - 49 13/ 1 20 18 70 - 49 20 18 70 -49 13/ 1 20 18 70 -109 13/ 1 20 18 70 -109 20 18 70 - 109 13/ 1 20 18 70 -316 13/ 1 20 18 70 -316 20 18 70 -316 13/ 1 20 18 70 -63 13/ 1 20 18 70 -63 20 18 70 -63 13/ 1 20 18 70 -139 13/ 1 20 18 70 -139 20 18 70 -139 13/ 1 20 18 70 -139 13/ 1 20 18 70 - 139 20 18 70 -139 13/ 1 20 18 70 -145 13/ 1 20 18 70 -145 20 18 70 -145 13/ 1 20 18 70 -44 13/ 1 20 18 70 -44 20 18 70 -44 13/ 1 20 18 70 70.1 70.1 70.1 70.1 70.1 70.1 70.1 70.1 70.1 70.1 70.1 70.1 70.1 70.1 70.1 70.1 70.1 70.1 126.4 126.4 81.1 145.3 145.3 111.9 70.3 70.3 70.3 PAGE 27 Coil Coil Air Sens. Flow Load (Cfm) (Btuh) 68 -4,887 68 -4,887 68 -1,487 14 -1,081 14 -1.081 14 -925 861 -8,884 861 -8,884 861 -8,884 2,888 - 23,943 2,888 - 23,943 2,888 - 23,943 3,680 - 43,170 3,680 - 43,170 3,680 - 43,170 967 - 16,051 967 - 16,051 967 - 16,051 13 -219 13 -219 13 -219 187 -1,519 187 -1,519 187 -1,519 42 -690 42 -690 42 -690 1,200 - 11,898 1,200 - 11,898 1,200 - 11,898 263 -4,372 263 -4,372 263 -4,372 528 -3,539 528 -3.539 528 -3,539 12 -914 12 -914 12 -334 4 -429 4 -429 4 -270 168 -1,272 168 -1,272 168 -1,272 s' 284 CONFERENCE ROOM 210. 13/ 1 20 18 70 125.0 Zone 284 Total /Ave. 210 20. 18 70 125.0 '' ^ne 284 Block 210 13/ 1 20 18 70 125.0 -55 13/ 1 20 18 70 70.1 27 -448 -55 20 18 70 70.1 27 -448 -55 13/ 1 20: 18 70 70.1 27 -448 iN SYSTEM HEATING - ALTERNATIVE 1 c Irene Air Conditioning Economics By: Trane Customer Direct Service Network Room Number Description 287 LORAL OFF CORR Zone 287 Total /Ave. Zone 287 Block System 1 Total /Ave. System 1 Block 303 3RD FLR LOBBY Zone 303 Total /Ave. Zone 303 Block 306 RECYCLE Zone 306 Total /Ave. Zone 306 Block 309 COFFEE. VENDING Zone 309 Total /Ave. 'lne 309 Block 312 MEN'S ROOM a 312 Total /Ave. '` Zone 312 Block 315 WOMEN'S ROOM Zone 315 Total /Ave. Zone 315 Block 318 JANITOR CLOSET Zone 318 Total /Ave. Zone 318 Block 321 ELECTRICAL ROOM Zone 321 Total /Ave. Zone 321 Block 327 MECHANICAL Zone 327 Total /Ave. Zone 327 Block 330 SERVER ROOM Zone 330 Total /Ave. Zone 330 Block 333 WEST STAIRWELL Zone 333 Total /Ave. Zone 333 Block 336 CORRIDOR Zone 336 Total /Ave. Zone 336 Block 339 EAST STAIRWELL le 339 Total /Ave. e 339 Block 342 OFFICE (SE COR) Zone 342 Total /Ave. Zone 342 Block 345 PERIMETER (W) Floor Area (Sq Ft) 135 135 135 32,114 32,114 286 286 286 88 88 88 154 154 154 240 240 240 256 256 256 72 72 72 160 160 160 138 138 138 182 182 182 230 230 230 685 685 685 230 230 230 640 640 640 434 Peak Time Mo /Hr 13/ 1 20 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) 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 70 70 70 69 69 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 55 55 55 55 55 55 55 55 55 70 70 70 70 70 70 70 70 70 70 70 70 70 Space OA Rm Supp. Cond. Dry Dry DB /WB Blb Bulb (F) (F) (F) 125.0 125.0 125.0 74.4 74.0 102.0 102.0 102.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 58.0 58.0 58.0 125.0 125.0 125.0 55.1 55.1 55.1 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 125.0 76.6 76.6 76.6 78.4 Space Space Air Sens. Flow Load (Cfm) (Stub) Peak Time Mo /Hr 1 -36 13/ 1 1 -36 1 -36 13/ 1 24,483 - 124,191 24,483 - 123,463 13/ 1 286 - 10,048 13/ 1 286 - 10,048 286 - 10,048 13/ 1 7 -398 13/ 1 7 -398 7 -398 13/ 1 2 -145 13/ 1 2 -145 2 -145 13/ 1 4 -226 13/ 1 4 -226 4 -226 13/ 1 9 -548 13/ 1 9 -548 9 -548 13/ 1 1 -68 13/ 1 1 -68 1 -68 13/ 1 160 -520 13/ 1 160 -520 160 -520 13/ 1 1 -103 13/ 1 1 -103 1 -103 13/ 1 0 694 13/ 1 0 694 0 694 13/ 1 15 -929 13/ 1 15 -929 15 -929 13/ 1 13 -795 13/ 1 13 -795 13 -795 13/ 1 12 -713 13/ 1 12 -713 12 -713 13/ 1 640 -4,620 13/ 1 640 -4,620 640 -4.620 13/ 1 434 -4,016 13/ 1 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 70 70 70 69 69 70 70 70 70 70 70 70 70 70 70 70 70 . 70 70 70 70 70 70 55 55 55 55 55 55 55 55 55 70 70 70 70 70 70 70 70 70 70 70 70 70 Co OA Rm Supp. Cond. Dry Dry DB /WB Blb Bulb (F) (F) (F) 195.1 195.1 77.4 74.8 73.8 102.0 102.0 99.2 149.6 149.6 113.7 198.1 198.1 72.0 198.2 198.2 198.2 168.0 168.0 168.0 198.1 198.1 198.1 58,0 58.0 58.0 736.5 736.5 736.5 55.1 55.1 55.1 151.4 151.4 131.9 187.1 187.1 92.5 156.2 156.2 128.7 76.5 76.5 76.5 78.3 Coil Air Flow (Cfm) 10 -1,523 10 -1,523 10 -244 25,418 - 358,489 25.418 - 344,034 313 - 16,165 313 - 16,165 313 - 15,210 12 -1.248 12 -1,248 12 -774 154 - 24,196 154 - 24,196 154 -2,873 4 -583 4 -583 4 -583 9 -1,105 9 -1.105 9 -1,105 1 -175 1 -175 1 -175 160 -520 160 -520 160 -520 1 -1,017 1 -1,017 1 -1,017 0 0 0 0 0 0 20 -2,140 20 -2,140 20 -1,708 69 -9,941 69 -9,941 69 -2,822 17 -1,927 17 -1,927 17 -1.403 640 - 10,444 640 - 10,444 640 - 10,444 434 -9,499 V 600 PAGE 28 Coil Sens. Load (Btuh) Zone Zone 348 -- ( 345 Total/Ave. 345 Block •: FAX, COPIER BOOM 434 434 168 13/ 1 13/1 20 20 20 18 70 18 70 18 70 78,4 78.4 84.1 • .434 -4,016 434 -4,016 168 . -2,605 • 20 13/ 1 20 13/ 1 20 18 70. 18 70 18 70 78.3 78.3 84.0 434 • 434 218 . -9,499 • -9,499 -6,961 N SYSTEM HEATING - ALTERNATIVE 1 Room Number Description Zone 348 Total /Ave. Zone 348 Block 351 OFFICE (W) Zone 351 Total /Ave. Zone 351 Block 354 OFFICE (NW COR) Zone 354 Total /Ave. Zdne 354 Block 357 MIC RM Zone 357 Total /Ave. Zone 357 Block 360 APERTURE LIBRARY Zone 360 Total /Ave. oe 360 Block 363 CONFERENCE ROOM a 363 Total /Ave. "'Iiihe 363 Block 366 FAX, COPY ROOM Zone 366 Total /Ave. Zone 366 Block 369 SEC. COMPT. ROOM Zone 369 Total /Ave. Zone 369 Block 372 OFFICE (E) Zone 372 Total /Ave. Zone 372 Block 375 OFFICE (E) Zone 375 Total /Ave. Zone 375 Block 378 RADIO,FLT OFFICE Zone 378 Total /Ave. Zone 378 Block 381 OFFICE (N) Zone 381 Total /Ave. Zone 381 Block 384 OFFICE (N) Zone 384 Total /Ave. Zone 384 Block 387 OFFICE (N) t 387 Total /Ave. e 387 Block i 390 OFFICE (N) Zone 390 Total /Ave. Zone 390 Block 393 PERIMETER (N) Trans Air Conditioning Economics By: Trane Customer Direct Service Network Peak Floor Time Area Mo /Hr (So Ft) 168 168 13/ 1 168 13/ 1 168 168 13/ 1 210 13/ 1 210 210 13/ 1 900 13/ 1 900 900 13/ 1 414 13/ 1 414 414 13/ 1 396 13/ 1 396 396 13/ 1 198 13/ 1 198 198 13/ 1 216 13/ 1 216 216 13/ 1 144 13/ 1 144 144 13/ 1 144 13/ 1 144 144 13/ 1 285 13/ 1 285 285 13/ 1 180 13/ 1 180 180 13/ 1 144 13/ 1 144 144 13/ 1 144 13/ 1 144 144 13/ 1 144 13/ 1 144 144 13/ 1 912 13/ 1 OA Rm Supp. Cond. Dry Dry DB /WB Blb Bulb (F) (F) (F) 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 PEAK HEATING LOADS (Main System) Space 84.1 84.1 80.2 80.2 80.2 92.6 92.6 92.6 125.0 125.0 125.0 70.9 70.9 70.9 125.0 125.0 125.0 70.9 70.9 70.9 72.5 72.5 72.5 86.3 86.3 86.3 81.7 81.7 81.7 89.5 89.5 89.5 83.6 83.6 83.6 86.3 86.3 86.3 86.3 86.3 86.3 81.7 81.7 81.7 84.9 .. ,M1 .: %t.W . n* , s, �nx.nM}Mmn +h•v�p•✓r Mam r,:•_rtY ? Yl�x'..YJ�tTi F['nv.v':�:!'.':r.w.:IIY:P ^•h .+∎wr.•swvm Space Space Peak Air Sens. Time Flow Load Mo /Hr (Cfm) (Btuh) 168 -2,605 168 -2,605 13/ 1 168 -1,876 13/ 1 168 -1,876 168 -1,876 13/ 1 210 -5,221 13/ 1 210 -5,221 210 -5,221 13/ 1 14 -846 13/ 1 14 -846 14 -846 13/ 1 414 -389 13/ 1 414 -389 414 -389 13/ 1 6 -372 13/ 1 6 -372 6 -372 13/ 1 198 -186 13/ 1 198 -186 198 -186 13/ 1 216 -592 13/ 1 216 -592 216 -592 13/ 1 144 -2,583 13/ 1 144 -2,583 144 -2,583 13/ 1 144 -1,853 13/ 1 144 -1,853 144 -1,853 13/ 1 285 -6,107 13/ 1 285 -6,107 285 -6,107 13/ 1 180 -2,681 13/ 1 180 -2,681 180 -2,681 13/ 1 144 -2,583 13/ 1 144 -2,583 144 -2,583 13/ 1 144 -2,583 13/ 1 144 -2,583 144 -2,583 13/ 1 144 -1,853 13/ 1 144 -1,853 144 -1,853 13/ 1 912 - 14,897 13/ 1 OA Rm Supp. Cond. Dry Dry DB /WB Blb Bulb (F) (F) (F) 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 .70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 C 84.0 80.8 80.0 80.0 80.0 92.7 92.7 92.7 198.2 198.2 83,8 70.6 70.6 70.6 198.2 198.2 82.5 70.6 70.6 70.6 72.4 72.4 72.4 86.2 86.2 86.2 81.6 81.6 81.6 89.5 89,5 89.5 83.5 83.5 83.5 86.2 86.2 86.2 86.2 86.2 86.2 81,6 81.6 81.6 84.8 V 600 PAGE 29 Coil Coil Air Sens. Flow Load (Cfm) (Btuh) 218 -6,961 218 -6,185 168 -3,609 168 -3.609 168 -3,609 210 -8.042 210 -8,042 210 -8,042 130 - 20,419 130 - 20,419 130 -4,111 414 -3,525 414 -3.525 414 -3,525 63 -9,961 63 -9,961 63 -1,911 198 -2,347 198 -2,347 198 -2,347 216 -2,377 216 -2,377 216 -2,377 144 -4,357 144 -4,357 144 -4,357 144 -3,306 144 -3,306 144 -3,306 285 -8,967 285 -8,967 285 -8,967 180 -4,169 180 -4,169 180 -4.169 144 -3,871 144 -3,871 144 -3,871 144 -3,871 144 -3,871 144 -3,871 144 -3,043 144 -3,043 144 -3,043 912 - 23,469 40 Zone 393 Total/Ave. 912 20 18 70 84.9 Zone 393 Block 912 13/ 1 20 18 70 84,9 (.. 396 3RD FLOOR CORE 6,450 13/ 1 20 18 70 70.9 912 -14,897 20 18 70 84.8 912 -23,469 912 • -14,897 13/ 1 20. 18 70. 84,8 .912 -23,469 _6,450 -6.063 13/ 1 20 18 70 70.6 .6,450 -54,914 Trane Air Conditioning Economics By: Trane Customer Direct Service Network i SYSTEM HEATING - ALTERNATIVE 1 Room Number Description Zone 396 Total /Ave. Zone 396 Block System 2 Total /Ave. System 2 Block 116 ELECTRICAL ROOM Zone 116 Total /Ave. Zone 116 Block System 3 Total /Ave. System 3 Block 118 DATA COMMUNIC. Zone 118 Total /Ave. Zone 118 Block System 4 Total /Ave. tem 4 Block .24 DATA COMMUNIC. e 224 Total /Ave. "'tone 224 Block System 5 Total /Ave. System 5 Block 324 DATA COMMUNIC. Zone 324 Total /Ave. Zone 324 Block System 6 Total /Ave. System 6 Block 104 SPRINKLER VLV RM Zone 104 Total /Ave. Zone 104 Block System 7 Total /Ave. System 7 Block 194 1ST FLR MECH RM Zone 194 Total /Ave. Zone 194 Block System 8 Total /Ave. System 8 Block PEAK HEATING LOADS (Main System) +,.- w..v.+..nw...,K........m, `,3;n2Urt A t 7P+.JB+S+ V 600 PAGE 30 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. Area Mo /Hr DB /W8 Blb Bulb Flow Load Mo /Hr DB /WB Blb Bulb Flow Load (Sq Ft) (F) (F) (F) (Cfm) (Btuh) (F) (F) (F) (Cfm) (Btuh) 6,450 20 18 70 70.9 6,450 -6,063 20 18 70 70.6 6,450 - 54,914 6,450 13/ 1 20 18 70 70.9 6,450 -6,063 13/ 1 20 18 70 70.6 6,450 - 54,914 15,012 20 18 69 75.8 11,526 - 75,725 20 18 69 80.1 11,999 - 246,168 15,012 13/ 1 20 18 69 75.4 11,526 - 75,711 13/ 1 20 18 69 75.5 11,999 - 200,552 880 13/ 1 20 18 55 55.1 13,855 -1,922 13/ 1 20 18 55 55.1 13,855 -1,922 880 20 18 55 55.1 13,855 -1,922 20 18 55 55.1 13,855 -1,922 880 13/ 1 20 18 55 55.1 13,855 -1,922 13/ 1 20 18 55 55.1 13,855 -1,922 880 20 18 55 55.1 13,855 -1,922 20 18 55 55.1 13,855 -1,922 880 13/ 1 20 18 55 55.1 13,855 -1.922 13/ 1 20 18 55 55.1 13,855 -1,922 168 13/ 1 20 18 55 55.1 2,851 0 13/ 1 20 18 55 55.1 2,851 -313 168 20 18 55 55.1 2,851 0 20 18 55 55.1 2,851 -313 168 13/ 1 20 18 55 55.1 2,851 0 13/ 1 20 18 55 55.1 2,851 -313 168 20 18 55 55.1 2,851 0 20 18 55 55.1 2,851 -313 168 13/ 1 20 18 55 55.1 2,851 0 13/ 1 20 18 55 55.1 2,851 -313 168 13/ 1 20 18 55 55.1 2,851 0 13/ 1 20 18 55 55.1 2,851 -313 168 20 18 55 55.1 2,851 0 20 18 55 55.1 2,851 -313 168 13/ 1 20 18 55 55.1 2,851 0 13/ 1 20 18 55 55.1 2,851 -313 168 20 18 55 55.1 2,851 0 20 18 55 55.1 2,851 -313 168 13/ 1 20 18 55 55.1 2,851 0 13/ 1 20 18 55 55.1 2,851 -313 168 13/ 1 20 18 55 55.1 2,880 -341 13/ 1 20 18 55 55.1 2,880 -341 168 20 18 55 55.1 2,880 -341 20 18 55 55.1 2,880 -341 168 13/ 1 20 18 55 55.1 2,880 -341 13/ 1 20 18 55 55.1 2,880 -341 168 20 18 55 55,1 2,880 -341 20 18 55 55.1 2,880 -341 168 13/ 1 20 18 55 55.1 2,880 -341 13/ 1 20 18 55 55.1 2,880 -341 42 13/ 1 20 18 55 55.1 0 -743 13/ 1 20 18 55 55.1 0 -743 42 20 18 55 55.1 0 -743 20 18 55 55.1 0 -743 42 13/ 1 20 18 55 55.1 0 -743 13/ 1 20 18 55 55.1 0 -743 42 20 18 55 55.1 0 -743 20 18 55 55.1 0 -743 42 13/ 1 20 18 55 55.1 0 -743 13/ 1 20 18 55 55.1 0 -743 840 13/ 1 20 18 55 55.1 0 -6,192 13/ 1 20 18 55 55.1 0 -6,192 840 20 18 55 55.1 0 -6,192 20 18 55 55.1 0 -6,192 840 13/ 1 20 18 55 55.1 0 -6,192 13/ 1 20 18 55 55.1 0 -6,192 840 20 18 55 55.1 0 -6,192 20 18 55 55.1 0 -6,192 840 13/ 1 20 18 55 55.1 0 -6,192 13/ 1 20 18 55 55.1 0 -6,192 Z.1 Trane Air Conditioning Economics By: Trane Customer Direct Service Network 1 PSYCHROMETRICS - ALTERNATIVE 1 a Room , 116 PSYCHROMETRIC STATE POINTS Dry Wet Relat. Humid. Temp. Bulb Bulb Humid. Ratio Enthalpy Diff. (F) (F) (X) (GR) (Btu /Lb) (F) Space 80.0 63.4 40.0 62.1 28.9 Main System Return Air Heat Pickup 0.0 Return Fan 0.0 Return Air 80.0 63.4 40.0 62.1 28.9 Outdoor Air 81.3 68.7 53.5 87.0 33.1 Return /Outdoor Air Mix 80.0 63.4 40.0 62.1 28.9 Blow through Fan 0.1 Entering Coil 80.1 63.4 39.9 62.1 28.9 Leaving Coil 69.7 59.8 56.3 62.1 26.4 Draw Through Fan 0.0 Duct Frictional Heat 0.3 Supply Duct Heat Gain 0.0 Cold Deck Supply Air 70.0 59.9 56.0 62.3 26.5 Supply Air 70.0 59.9 55.8 62.1 26.5 C lent Outside Air 0.00 (X) sible Heat Ratio (SHR) 1.000 ~ "Percent Supply Air Bypassing Coil 0.00 (X) Coil Airflow 13,855 (Cfm) V 600 PAGE 31 Trane Air Conditioning Economics By: Trane Customer Direct Service Network M PSYCHROMETRICS - ALTERNATIVE 1 PSYCHROMETRIC STATE POINTS Room 118 Dry Wet Relat. Humid. Temp. Bulb Bulb Humid. Ratio Enthalpy Diff. (F) (F) (X) (GR) (Btu /Lb) (F) Space 80.0 63.4 40.0 62.1 28.9 Main System Return Air Heat Pickup 0.0 Return Fan By: Trane Customer Direct Service Network ROOM PSYCHROMETRICS - ALTERNATIVE 1 Room 118 PSYCHROMETRIC STATE POINTS • Dry Wet Relat. Humid. Temp. Bulb Bulb Humid. Ratio Enthalpy Diff. (F) (F) (X) (GR) (Btu /Lb) (F) ce 80,0 63.4 40.0 62.1 28.9 System Return Air Heat Pickup 0,0 Return Fan 0.0 Return Air 80.0 63.4 40.0 62.1 28.9 Outdoor Air 85.0 68.6 43.7 80.2 33.0 Return /Outdoor Air Mix 80.0 63.4 40.0 62.1 28.9 Blow through Fan 0.1 Entering Coil 80.1 63.4 39.9 62.1 28.9 Leaving Coil 69.7 59.8 56.3 62.1 26.4 Draw Through Fan 0.0 Duct Frictional Heat 0.3 Supply Duct Heat Gain 0.0 Cold Deck Supply Air 70.0 59.9 56.0 62.3 26.5 Supply Air 70.0 59.9 55.8 62.1 26.5 Percent Outside Air Sensible Heat Ratio (SHR) Percent Supply Air Bypassing Coil Coil Airflow 0.00 (%) 1.000 0.00 (%) 2,851 (Cfm) V 600 PAGE 32 PAGE 32 Trans Air Conditioning Economics By: Irene Customer Direct Service Network I PSYCHROMETRICS - ALTERNATIVE 1 , 224 PSYCHROMETRIC STATE POINTS Dry Wet Ralat. Humid. Temp. Bulb Bulb Humid. Ratio Enthalpy Diff. (F) (F) ( %) (GR) (Btu /Lb) (F) Space 80.0 63.4 40.0 62.1 28.9 Main System Return Air Heat Pickup 0.0 Return Fan 0.0 Return Air 80.0 63.4 40.0 62.1 28.9 Outdoor Air 85.0 68.6 43.7 80.2 33.0 Return /Outdoor Air Mix 80.0 63.4 40.0 62.1 28.9 Blow through Fan 0.1 Entering Coil 80.1 63,4 39.9 62.1 28.9 Leaving Coil • 69.7 59.8 56.3 62.1 26.4 Draw Through Fan 0.0 Duct Frictional Heat 0.3 Supply Duct Heat Gain 0.0 Cold Deck Supply Air 70.0 59.9 56.0 62.3 26.5 Supply Air 70.0 59.9 55.8 62.1 26.5 .cent Outside Air 0,00 ( %) Bible Heat Ratio (SHR) , 1.000 ` Supply Air Bypassing Coil 0.00 (%) Coil Airflow 2,851 (Cfm) V 600 PAGE 33 Trane Air Conditioning Economics By: Trane Customer. Direct Service Network .1 PSYCHROMETRICS - ALTERNATIVE 1 324 PSYCHROMETRIC STATE POINTS Dry Wet Relat. Humid. Temp. Bulb Bulb Humid. Ratio Enthalpy Diff. (F) (F) ( %) (GR) (Btu /Lb) (F) Space 80.0 63.4 40.0 62.1 28.9 Main System Return Air Heat Pickup 0.0 Return Fan 0.0 Return Air 80.0 63.4 40.0 62.1 28.9 Outdoor Air 74.2 61.3 48.3 61.9 27.5 Return /Outdoor Air Mix 80.0 63.4 40.0 62.1 28.9 Blow through Fan 0.1 Entering Coil 80.1 63.4 39.9 62.1 28.9 Leaving Coil 69.7 59.8 56.3 62.1 26.4 Draw Through Fan 0.0 Duct Frictional Heat 0.3 Supply Duct Heat Gain 0.0 Cold Deck Supply Air 70.0 59.9 56.0 62.3 26.5 Supply Air 70.0 59.9 55.8 62.1 26.5 cent Outside Air 0.00 ( %) sible Heat Ratio (SHR) . 1.000 "Percent Supply Air Bypassing Coil 0.00 ( %) Coil Airflow 2,880 (Cfm) V 600 PAGE 34 Trane Air Conditioning Economics By: Trane Customer Direct Service Network :DING AREAS - ALTERNATIVE 1 ......ne4w.rM.MaYNnnYVOdMlektem, Rn1u...te,4wettePu freabwakilsr+ m+.M n¢wYM'x�MwMFFTN♦lw`X BUILDING AREAS :+ + #NRLry.ga tCPttt /YAT14I` V6 PAGE 1 Floor Total Exposed Number of Area /Dupl Floor Partition Floor Skylight Skl Net Roof Window Win Net Wall Room Duplicate Room Area Area Area Area /Rf Area Area /W1 Area Number Description Flr Rm (sqft) (sqft) (sqft) (sqft) (sqft) (%) (sqft) (sqft) (X) (sqft) 102 1ST FLOOR LOBBY 1 1 286 286 0 33 0 0 0 330 60 224 Zone 102 Total /Ave. 286 0 33 0 0 0 330 60 224 106 ELEV MACHY RM 1 1 112 112 0 4 0 0 0 0 0 65 Zone 106 Total /Ave. 112 0 4 0 0 0 0 0 65 108 RECYCLER 1 1 88 88 0 0 0 0 0 0 0 0 Zone 108 Total /Ave. 88 0 0 0 0 0 0 0 0 110 HEN'S ROOM 1 1 240 240 0 0 0 0 0 0 0 0 Zone 110 Total /Ave. 240 0 0 0 0 0 0 0 0 112 WOMENS ROOM 1 1 256 256 0 0 0 0 0 0 0 0 Zone 112 Total /Ave. 256 0 0 0 0 0 0 0 0 114 JANITORS CLOSET 1 1 72 72 0 0 0 0 0 0 0 0 Zone 114 Total /Ave. 72 0 0 0 0 0 0 0 0 120 PAGING ROOM 1 1 112 112 0 0 0 0 0 0 0 0 v 120 Total /Ave. 112 0 0 0 0 0 0 0 0 122 SHOP ADM & RECVG 1 1 816 816 0 58 0 0 0 104 11 825 ne 122 Total /Ave. 816 0 58 0 0 0 104 11 825 124 BREAK ROOM 1 1 625 625 0 18 0 0 0 104 35 189 Zone 124 Total /Ave. 625 0 18 0 0 0 104 35 189 126 WEST STAIRWELL 1 1 230 230 0 34 0 0 0 0 0 538 Zone 126 Total /Ave. 230 0 34 0 0 0 0 0 538 128 CORRIDOR 1 1 710 710 0 7 0 0 0 0 0 114 Zone 128 Total /Ave. 710 0 7 0 0 0 0 0 114 130 EAST STAIRWELL 1 1 135 135 0 18 0 0 0 0 0 293 Zone 130 Total /Ave. 135 0 18 0 0 0 0 0 293 132 JTIDS #1 1 1 390 390 0 14 0 0 0 0 0 228 Zone 132 Total /Ave. 390 0 14 0 0 0 0 0 228 134 CONFERENCE ROOM 1 1 510 510 0 17 0 0 0 0 0 277 Zone 134 Total /Ave. 510 0 17 0 0 0 0 0 277 136 VEND, CUST OFF 1 1 144 144 0 0 0 0 0 0 0 0 Zone 136 Total /Ave, 144 0 0 0 0 0 0 0 0 140 VEND. CUST OFF 1 1 144 144 0 0 0 0 0 0 0 0 Zone 140 Total /Ave. 144 0 0 0 0 0 0 0 0 144 VEND, CUST OFF 1 1 144 144 0 0 0 0 0 0 0 0 Zone 144 Total /Ave. 144 0 0 0 0 0 0 0 0 148 VEND, CUST OFF 1 1 156 156 0 0 0 0 0 0 0 0 Zone 148 Total /Ave. 156 0 0 0 0 0 0 0 0 150 VEND. CUST OFF 1 1 144 144 0 0 0 0 0 0 0 0 Zone 150 Total /Ave. 144 0 0 0 0 0 0 0 0 156 DISPLAY REPAIR 1 1 408 408 0 0 0 0 0 0 0 0 e 156 Total /Ave. 408 0 0 0 0 0 0 0 0 158 ESDS 1 1 408 408 0 0 0 0 0 0 0 0 ..one 158 Total /Ave. 408 0 0 0 0 0 0 0 0 160 DCA QA OFFICE 1 1 544 544 0 0 0 0 0 0 0 0 Zone 160 Total /Ave. 544 0 0 . 0 0 0 0 0 0 162 EAST STAIR&CORR 1 1 235 235 0 0 0 0 0 0 0 0 L "7 Zone 162 Total/Ave. 164 ELEV MACHY R0014 . 1 ne 164 Total/Ave. I * 90 235 90 90 0 0 0 0 0 0 0 0 0 o . 0 • o • .•179 0 . 0 0 0: 179 Trane Air Conditioning Economics By: Trane Customer Direct Service Network LOING AREAS - ALTERNATIVE 1 -+ BUILDING AREAS V.4,WlyiilNb+WUt .20.0:a AVPKWOWItt`WAlift A^rcTlf?NfY:ti'.Rd,S allf...kLmAtReR wt,tn V 600 PAGE 2 Floor Total Exposed Number of Area /Dupl Floor Partition Floor Skylight Skl Net Roof Window Win Net Wall Room Duplicate Room Area Area Area Area /Rf Area Area /W1 Area Number Description Flr Rm (sqft) (sqft) (sqft) (sqft) (sqft) ( %) (sqft) (sqft) (X) (sqft) 166 OFFICE WENTE 1 1 195 195 0 12 0 0 0 78 40 118 Zone 166 Total /Ave. 195 0 12 0 '0 0 78 40 118 168 OFFICE CALLHAN 1 1 255 255 0 34 0 0 0 182 33 372 Zone 168 Total /Ave. 255 0 34 0 0 0 182 33 372 170 SECRETARY STA 1 1 150 150 0 8 0 0 0 26 20 104 Zone 170 Total /Ave. 150 0 8 0 0 0 26 20 104 172 OFFICE PETITT 1 1 156 156 0 12 0 0 0 78 40 118 Zone 172 Total /Ave. 156 0 12 0 0 0 78 40 118 174 OFFICE YORK 1 1 156 156 0 12 0 0 0 52 27 144 Zone 174 Total /Ave. 156 0 12 0 0 0 52 27 144 176 OFFICE (N) 1 1 312 312 0 24 0 0 0 130 33 261 Zone 176 Total /Ave. 312 0 24 0 0 0 130 33 261 178 OFFICE (N) 1 1 156 156 0 12 0 0 0 78 40 118 1e 178 Total /Ave. 156 0 12 0 0 0 78 40 118 180 OFFICE (N) 1 1 156 156 0 12 0 0 0 52 27 144 ne 180 Total /Ave. 156 0 12 0 0 0 52 27 144 182 OFFICE HARRIS 1 1 156 156 0 12 0 0 0 78 40 118 Zone 182 Total /Ave. 156 0 12 0 0 0 78 40 118 184 ANT & XMTR ROOM 1 1 1,600 1,600 0 40 0 0 0 0 0 652 Zone 184 Total /Ave. 1,600 0 40 0 0 0 0 0 652 186 SERVICE LOBBY 1 1 378 378 0 20 0 0 0 0 0 342 Zone 186 Total /Ave. 378 0 20 0 0 0 0 0 342 188 JTIDS 02 1 1 340 340 0 38 0 0 0 0 0 619 Zone 188 Total /Ave. 340 0 38 0 0 0 0 0 619 192 1ST FLR OPEN OFF 1 1 4,140 4,140 0 5 0 0 0 0 0 81 Zone 192 Total /Ave. 4,140 0 5 0 0 0 0 0 81 194 1ST FLR MECH RM 1 1 840 840 0 61 0 0 0 0 0 978 Zone 194 Total /Ave. 840 0 61 0 0 0 0 0 978 203 2ND FLR LOBBY 1 1 286 286 0 0 0 0 0 320 64 182 Zone 203 Total /Ave. 286 0 0 0 0 0 320 64 182 206 RECYCLE 1 1 88 88 0 0 0 0 0 0 0 152 Zone 206 Total /Ave. 88 0 0 0 0 0 0 0 152 209 COFFEE- VENDING 1 1 154 154 0 0 0 0 0 0 0 0 Zone 209 Total /Ave. 154 0 0 0 0 0 0 0 0 212 MEN'S ROOM 1 1 240 240 0 0 0 0 0 0 0 0 Zone 212 Total /Ave. 240 0 0 0 0 0 0 0 0 215 WOMEN'S ROOM 1 1 256 256 0 0 0 0 0 0 0 0 Zone 215 Total /Ave. 256 0 0 0 0 0 0 0 0 218 JANITOR CLOSET 1 1 72 72 0 0 0 0 0 0 0 0 c. e 218 Total /Ave. 72 0 0 0 0 0 0 0 0 221 ELECTRICAL ROOM 1 1 160 160 0 0 0 0 0 0 0 0 ,.one 221 Total /Ave. 160 0 0 0 0 0 0 0 0 227 TEST DATA CONTRL 1 1 2,000 2,000 0 0 0 0 1,386 364 34 700 Zone 227 Total /Ave. 2,000 0 0 0 0 1.386 364 34 700 230 LORAL OFFICE 1 1 255 255 0 0 0 0 255 182 34 350 . G7 Zone 230 Total/Ave. 233 WEST STAIRWELL .1 1 233 Total/Ave. 230 255 230 230 0 0 0 0 0 0 • 0 0 0 0 0 • 255 0 0 182 34 0 0 0 o 350 • 502 502 Trane Air Conditioning Economics By: Trane Customer Direct Service Network :.DING AREAS - ALTERNATIVE 1 BUILDING AREAS . ... «,..,,.ww..w.nrwo'uwmmnAnnre snYew�nl�saV. l.: vunT +avawrNSro-NCwisnrrt..YeHr.Snrne trl.: dtlMaw' AL9SY. 4f MP^ �' fC' Y ].:n ".:R'RU16'YX'1 ?XiIA'1i�V:2h Mwea..+!i.�w.�n.. Floor Total Exposed Number of Area /Dupl Floor Partition Floor Skylight Skl Net Roof Window Win Net Wall Room Duplicate Room Area Area Area Area /Rf Area Area /WI Area Number Description FIT. Rm (sqft) (sqft) (sqft) (sqft) (sqft) (X) (sqft) (sqft) (X) (sqft) 236 CORRIDOR 1 1 680 680 0 0 0 0 0 0 0 106 Zone 236 Total /Ave. 680 0 0 0 0 0 0 0 106 239 EAST STAIRWELL 1 1 190 190 0 0 0 0 0 0 0 289 Zone 239 Total /Ave. 190 0 0 0 0 0 0 0 289 245 SARR 1 1 861 861 0 0 0 0 0 0 0 0 Zone 245 Total /Ave. 861 0 0 0 0 0 0 0 0 248 MODULAR AIL 1 1 2,888 2,888 0 0 0 0 0 0 0 1,647 Zbne 248 Total /Ave. 2,888 0 0 0 0 0 0 0 1,647 251 LAB 1 1 1 3,680 3,680 0 0 0 0 0 390 16 2,117 Zone 251 Total /Ave. 3,680 0 0 0 0 0 390 16 2,117 254 RTSS 1 1 609 609 0 0 0 0 0 0 0 0 Zone 254 Total /Ave. 609 0 0 0 0 0 0 0 0 257 FILE ROOM 1 1 132 132 0 0 0 0 0 0 0 0 le 257 Total /Ave. 132 0 0 0 0 0 0 0 0 260 LAB OFFICE 1 1 187 187 0 0 0 0 0 0 0 0 ne 260 Total /Ave. 187 0 0 0 0 0 0 0 0 263 LAB LOBBY 01 1 1 416 416 0 0 0 0 0 0 0 0 Zone 263 Total /Ave. 416 0 0 0 0 0 0 0 0 266 LAB 2 1 1 1,200 1,200 0 0 0 0 0 0 0 0 Zone 266 Total /Ave. 1,200 0 0 0 0 0 0 0 0 269 JTIDS 2ND FLR 1 1 240 240 0 0 0 0 0 0 0 0 Zone 269 Total /Ave. 240 0 0 0 0 0 0 0 0 272 RESORS LAB 1 1 528 528 0 0 0 0 0 0 0 0 Zone 272 Total /Ave. 528 0 0 0 0 0 0 0 0 275 EAST STAIR CORR 1 1 200 200 0 0 0 0 0 0 0 61 Zone 275 Total /Ave. 200 0 0 0 0 0 0 0 61 278 STORAGE (E) 1 1 60 60 0 0 0 0 0 0 0 91 Zone 278 Total /Ave. 60 0 0 0 0 0 0 0 91 281 WESTING. OFFICE 1 1 168 168 0 0 0 0 84 0 0 0 Zone 281 Total /Ave. 168 0 0 0 0 84 0 0 0 284 CONFERENCE ROOM 1 1 210 210 0 0 0 0 0 0 0 0 Zone 284 Total /Ave. 210 0 0 0 0 0 0 0 0 287 LORAL OFF CORR 1 1 135 135 0 0 0 0 30 0 0 0 Zone 287 Total /Ave. 135 0 0 0 0 30 0 O 0 System 1 Total /Ave. 32,114 0 516 0 0 1,755 2,548 16 13,298 303 3RD FLR LOBBY 1 1 286 286 0 0 0 0 286 320 67 158 Zone 303 Total /Ave. 286 0 0 0 0 286 320 67 158 306 RECYCLE 1 1 88 88 0 0 0 0 88 0 0 145 //// Zone 306 Total /Ave. 88 0 0 0 0 88 0 0 145 309 COFFEE, VENDING 1 1 154 154 0 0 0 0 154 0 0 0 ie 309 Total /Ave, 154 0 0 0 0 154 0 0 0 312 MEN'S ROOM 1 1 240 240 0 0 0 0 240 0 0 C Zone 312 Total /Ave. • 240 0 0 0 0 240 0 0 C 315 WOMEN'S ROOM 1 1 256 256 0 0 0 0 256 0 0 232 Zone 315 Total /Ave. 256 0 0 0 0 256 0 0 232 1/ V 600 PAGE 3 318 JANITOR CLOSET 1 1 Zone 318 Total/Ave., 321 ELECTRICAL ROOM 1 .1 72 160 72 72 160 0 0 0 0 0 0 0 0 72 0 0 72 0 0 160 0 0 0 0 0 0 0 116 .DING AREAS - ALTERNATIVE 1 Trane Air Conditioning Economics By: Trane Customer Direct Service Network >... ..,. �..-........ i........«. �. i. aww. w-. ��n+ m+ xi .xnrrYNCwA'fo��!."a.xrrue +..e nr+ wvnruww+ v. e..+.+. wx.« r. �.++< www��! nYnraPbl�l. er�rrmra�' r• AmnrXW�4wNa : BUILDING AREAS Zone 321 Total /Ave. 160 0 0 0 0 160 0 0 116 327 MECHANICAL 1 1 138 138 0 0 0 0 138 0 0 362 Zone 327 Total /Ave. 138 0 0 0 0 138 0 0 362 330 SERVER ROOM 1 1 182 182 0 0 0 0 182 0 0 0 Zone 330 Total /Ave. 182 0 0 0 0 182 0 0 0 333 WEST STAIRWELL 1 1 230 230 0 0 0 0 230 0 0 479 Zone 333 Total /Ave. 230 0 0 0 0 230 0 0 479 336 CORRIDOR 1 1 685 685 0 0 0 0 685 0 0 101 Zone 336 Total /Ave. 685 0 0 0 0 685 0 0 101 339 EAST STAIRWELL 1 1 230 230 0 0 0 0 230 0 0 333 Zone 339 Total /Ave. 230 0 0 0 0 230 0 0 333 342 OFFICE (SE COR) 1 1 640 640 0 0 0 0 640 104 14 636 Zone 342 Total /Ave. 640 0 0 0 0 640 104 14 636 345 PERIMETER (W) 1 1 434 434 0 0 0 0 434 104 22 360 345 Total /Ave. 434 0 0 0 0 434 104 22 360 348 FAX, COPIER ROOM 1 1 168 168 0 0 0 0 168 78 45 96 Zone 348 Total /Ave. 168 0 0 0 0 168 78 45 96 351 OFFICE (W) 1 1 168 168 0 0 0 0 168 52 30 122 Zone 351 Total /Ave. 168 0 0 0 0 168 52 30 122 354 OFFICE (NW COR) 1 1 210 210 0 0 0 0 210 156 36 279 Zone 354 Total /Ave. 210 0 0 0 0 210 156 36 279 357 MIC RM 1 1 900 900 0 0 0 0 900 0 0 0 Zone 357 Total /Ave. 900 0 0 0 0 900 0 0 0 360 APERTURE LIBRARY 1 1 414 414 0 0 0 0 414 0 0 0 Zone 360 Total /Ave. 414 0 0 0 0 414 0 0 0 363 CONFERENCE ROOM 1 1 396 396 0 0 0 0 396 0 0 0 Zone 363 Total /Ave. 396 0 0 0 0 396 0 0 0 366 FAX, COPY ROOM 1 1 198 198 0 0 0 0 198 0 0 0 Zone 366 Total /Ave. 198 0 0 0 0 198 0 0 0 369 SEC. COMPT. ROOM 1 1 216 216 0 0 0 0 216 0 0 261 Zone 369 Total /Ave. 216 0 0 0 0 216 0 0 261 372 OFFICE (E) 1 1 144 144 0 0 0 0 144 78 45 96 Zone 372 Total /Ave. 144 0 0 0 0 144 78 45 96 375 OFFICE (1) 1 1 144 '144 0 0 0 0 144 52 30 122 Zone 375 Total /Ave. 144 0 0 0 0 144 52 30 122 378 RADIO,FLT OFFICE 1 1 285 285 0 0 0 0 285 182 37 311 Zone 378 Total /Ave. 285 0 0 0 0 285 182 37 311 381 OFFICE (N) 1 1 180 180 0 0 0 0 180 78 36 140 .lane 381 Total /Ave. 180 0 0 0 0 180 78 36 140 (.... 184 OFFICE (N) 1 1 144 144 0 0 0 0 144 78 45 96 'El 384 Total /Ave. 144 0 0 0 0 144 78 45 96 387 OFFICE (N) 1 1 144 144 0 0 0 0 144 78 45 96 Zone 387 Total /Ave. 144 0 0 0 0 144 78 45 96 390 OFFICE (N) 1 1 144 144 0 0 0 0 144 52 30 122 Zone 390 Total /Ave. 144 0 0 0 0 144 52 30 122 V 600 PAGE 4 Floor Total Exposed Number of Area /Dupl Floor Partition Floor Skylight Skl Net Roof Window Win Net Wall Room Duplicate Room Area Area Area Area /Rf Area Area /WI Area Number Description Flr Rm (sqft) (sqft) (sqft) (sqft) (sqft) (X) (sqft) (sqft) (%) (sqft) 73 393 Zone c396 Trane Air Conditioning Economics By: Trane,Customer Direct Service Network DING AREAS - ALTERNATIVE 1 BUILDING AREAS V 600 PAGE 5 Floor Total Exposed Number of Area /Dupl Floor Partition Floor Skylight Skl Net Roof Window Win Net Wall Room Duplicate Room Area Area Area Area /Rf Area Area /W1 Area Number Description Flr Rm (sqft) (sqft) (sqft) (sqft) (sqft) (%) (sqft) (sqft) (%) (sqft) Zone 396 Total /Ave. 6,450 0 0 0 0 6,450 0 0 0 System 2 Total /Ave. 15,012 0 0 0 0 15,012 1,854 26 5,323 116 ELECTRICAL ROOM 1 1 880 880 462 24 0 0 0 0 0 391 Zone 116 Total /Ave. 880 462 24 0 0 0 0 0 391 System 3 Total /Ave. 880 462 24 0 0 0 0 0 391 118 DATA COMMUNIC. 1 1 168 168 0 0 0 0 0 0 0 0 Zone 118 Total /Ave. 168 0 0 0 0 0 0 0 0 System 4 Total /Ave. 168 0 0 0 0 0 0 0 0 224 DATA COMMUNIC. 1 1 168 168 0 0 0 0 0 0 0 0 Zone 224 Total /Ave. 168 0 0 0 0 0 0 0 0 System 5 Total /Ave. 168 0 0 0 0 0 0 0 0 324 DATA COMMUNIC. 1 1 168 168 0 0 0 0 168 0 0 0 Zone 324 Total /Ave. 168 0 0 0 0 168 0 0 0 `em 6 Total /Ave. 168 0 0 0 0 168 0 0 0 04 SPRINKLER VLV RM 1 1 42 42 0 6 0 0 0 0 0 98 he 104 Total /Ave, 42 0 6 0 0 0 0 0 98 System 7 Total /Ave. 42 0 6 0 0 0 0 0 98 194 1ST FLR MECH RM 1 1 840 840 0 61 0 0 0 0 0 978 Zone 194 Total /Ave. 840 0 61 0 0 0 0 0 978 System 8 Total /Ave. 840 0 61 0 0 0 0 0 978 Building 49.392 462 607 0 0 16.935 4,402 18 20,088 Trane Air Condi Trane Air Conditioning Economics By: Trane Customer Direct Service Network IRAE 90 ANALYSIS - ALTERNATIVE 1 ASHRAE 90 ANALYSIS Overall Roof U -Value a 0.058 (Btu /Hr /Sq Ft /F) Overall Wall U -Value a 0.157 (Btu /Hr /Sq Ft /F) Overall Building U -Value = 0.117 (Btu /Hr /Sq Ft /F) Roof Overall Thermal Transfer Value (OTTVr) = 1.06 (Btu /Hr /Sq Ft) Wall Overall Thermal Transfer Value ( OTTVw) - 10.61 (btu /Hr /Sq Ft) PAGE .38 PROJECT A M / l ie / 3 -• 2 $LUx FIG. BY �. / ' L-o CHECKED BY DATE /0/ 7-‘• 2 140 FL(L. GAS 12 FACILITY DESIGN P.O. Box 3707 SUPPORT ?) x %5c , n. /1 4 , v ->v ,'3rz / �` ( ) < . 4 4 s 4. 3 4 32176 T!?z... / sr Fries j r Pm = /4'4 " . r .c# r2 ",..swam(... 7 x 4cY.�o Gel x , 4- ,< 3, 413 = 34 22 dry 71 7e 50 /0 = I r -ts 744't - ? E- 4.5- 5 70 = I. L ToN s ` 1z `.) »1 L1, l2- /I $ ec2 1' .OL&' c A macs 131-oz., s 1 ePg, Mail Stop: Seattle, Washington 98124.2207 PROJECT NO. -.,(/ _ /2.Z r s SHEET / OF / -- 3 $) 22 Y. Z tea, 77 r FIG. BY %,2ANruuE25 . h�1 C 4 ,N.-). L G 0 fi'+h1T+lt PROJECT t{LvA Z. e 1/7 F - it 2 F„l7 Greer FACILITY DESIGN P.O. Box 3707 SUPPORT Seattle, Washington 98124 -2207 Mail Stop: / 3 -,03 1) t"r (4;c ,i: NIA 10/2..4/15' 44•4 you 4/1/6 446 4'V os--rimAra e? -- r %' //,47 i.e/t7 7/‘( 4r L Z# r /'tir T /Al 7S/ • / ‘1 1 a -T 7ZMs. $ q- o , tw , 4 o 4.7 2- x 9060 /TU /j, �7x Vd6 PROJECT NO. `Ae—s4 — /5;91.17 CHECKED BY DATE 10/2- SHEET / OF / z "' 1 ct 3 ' A /2_ , 51..' 1, - 2 IlvC I. 12WAA 5‘. 1 rP, Sk.a.e211 cpq FACILITY DESIGN SUPPORT P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: fRoM L.o A PROJECT IS- ■• AWAZ.S FIG. BY 1Z=3. CHECKED BY DATE 00/54 SHEET , OF 2r. 1 51r F4.-Utx2. T ooAn CABS ' SEJ�15 �►"l� �T�:Lr (.pAi� 15 2., 24-o 11 CNm. = 162; 240 artAH (I,oz) (t>o °- crAn Lai = 37' v fl (,Ot) ( 5035) A-r - 52` -,^7 = 5/,3° 4 tsa. 3 vc� /v;rx ceIt- PIA/ (, 4 (503s) ;, 1,4•) 7.5 (C;), ( sr PAN I45" 's'." NW" PROJECT NO. — 95060 5 sM • 1 - ; FAN 5r- r, Miey (AA `r 411 („5t_., Lo s . Arc ld.4 ?a' �GvNs. t.rtu> — `f H grit t 1'c .w�:: ;::+�i �,. .. Y::...... n+. u...•: wr �: i�' �l'$ 5' t+? S: 2' 4' �sGmh±: ae: �nmx.... ..... ..:.....».._.......,........� -. 10 I 90 Ito 10 60 a S06 IIO� S0 g o g 10 = 30 20 10 PSYCHROMETRIC CHART © 1960 THE T ANE COMPANY. (A CROSSE. WISCONSIN Barometric Pressure 29.921 Inches of Mercury SO cp G c / o I rSTA L �s.-E •( !� 4, G �F:1(/S (4) a � rl r = ���� ► E 1 i - - ► - ��i 52.1 _.. 1 merwww �C - -•,- ••� ►-- .j- \w�rw.•- w.� - - /� ,yy ww wr wwwwwrmwwm ∎mw = ( l 7 ✓ (��t.l (-I ot, 45 C' i ri Er��E=m � .P , - ---ss�m --wc. .- -► -m rCJ r .,� raw wwWm mui2L -►_oE- a.!a^• wwww i� .L� 3 /.1 �' �G l t,,. {.,r,', s i i a ac A is ev ww Gi w - wma i i iii ��o 'Y r , l f jt✓ �•� (/ I ` L� QP iw - . . i�bfi =ii.��flL.ai► �iE�iF�' jLi►� I�ir - iiiiC ii M •�. v .w. /- W . 3 •A- -: ° -;f►-��.--_ .i'w: ►. w�c,.-..'r .r -r/ ■ -mow►- wwwt+wr L .. , .r -r S. tS n 'r P i . I --Low' - -r \ 11 m ---\ N ,�•t' � I�wi►y2A� 01.-40 � w iEi .w� wnc _ �.Ilwn -nEa►cs CR�-- 3 `)►.. 4 ' 3S \ • Atti��iP,Q:G?i'►' tESSIEIS rit�►.�.' 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'. 5 : '►a�i-E�iil► �' �..... . wri... . _ -. w: 3S Si - ti < �1 mtles,41 - w- ►o>fiw�11l-.-w► - ..r.• . �sr. - 0 �- 1 � ► i / wr -�► \ L !alai \m -l� .� '\ a lumawa porpa.� - \1-►r- :113r � , ' ' !I !►' # L 11111 ► m 11 � F ' Ci!'Q 'W4 .�.!!" =: " mow .Sr:�.ii1 G► w�' wi �-l►s aww►a11`w-aws y .�r .wF9! ��._��y L.�.��i�P .► �tiw►�►��Zi►_ UI .�u.->,-waw-t� -�� a. . _�rrG ' 3W�-wciw...- ► wliw.. -� iwso�.r OENONW safes o.► �e�1r �EL.SW2WWw-wlw►-Wr -t6p- ►a-- °-_rw:411:: -=g iri,∎∎ .� it'd` �LL Yr � �nkt c�►�.�1i� .G EIRIV C ii. = .•nw.. 1 r wi'.e►, ►-W i w- ► •.w^E..r , - � 2 r --Mw. - r� � 47 �3.�► =� i ' _ - " b .. s '�•..�i -.- ►" -Wa.1..CA.... = ow�iWaC . ' ��- w.'Yra �w�..-►W 0gialga ftrw.i► .r►:rab tcfl,1 /: . - ..� .ww..n"E �.... �IEwn.. _ .. _ o 10 10 . 15 40 50 60 i,.,,4..1..,, 10 80 DRY BULB TEMPERATURE - ° F SS IS ENTHALPY -BN por lb of dry air rind associated moisture 90 20 020 0 SENSIBLE HEAT RATIO =Os +Ot is 05 IS o • s SS IS 40 3S .' 30 2S 20 10 0 NN W -- r -- -M -"..w iD --- --- W MOWWWWWWWWVAMM - a •i 0.15 Sf , 0.45 �•o. 1 0.55 '000 c • 065 : 0.10 45 o.1s 0.90 a 0.9$ 1.00 40 W b .I. 35 k 0.00 0.85 6 II x .oe* MH411 re 4 1,A T30 .25 .20 I.IS 1.10 1.05 1.00 9S 0.90 0.05 0.00 O on 065 rd 060 8 0.55 j 0.50 045 0.40 0.3S 0.30 0.25 0.20 035 IO 0.05 13 -03 Bldg SERVER ROOM m i3 = U Description ERMS P Physical (per unit) Electrical (per unit) Mechanical (per unit) : WM % : , y ' :.,,, gl a• 4 :,x..1%:.; 1174 7.74" L" W" H" lbs Volts Phase BTU Amps Watts Receptacle CFM Type BTU /Hr Temp RH 2 Printer • HP 4 SI 100 -11E 1 • 9.4 1100 5-20 1 Printer - HPLI 115 1 6,6 76a 5-20 8 PC - 3000D 115 1 2.7 310 5.20 1 PC - Dell 115 1 2 224 5-20 3 PC Monitor - NEC 15" 120 1 1.8 215 5 1 VAX 7000 FUTURE 30 31 60 17700 121 -30 1 VT320 Console FUTURE 350 5-20 1 SR200 Tower Disk Drives FUTURE 36 28 60 8000 15.30 1 1-1SC70 FUTURE 36 22 42 3000 L21-30 1 TA -79 Tope Drive FUTURE 30 28 42 2900 L6-30 761"At,_• : 3a, r5o Ze,o9 • INS1303,XLS 11/14/95 To N A MOM-1M. L/t1 = 31 / ° I 5 0 -f 8 q v 5 - 4 55 �RTc t 1 A SSUME / \ -. LOATH GO op NA AE -P1. -ATE (2�TintL� ASST tMG. u5E#14E t ACT'o1z. TO AGCc 4T roe- t vccezt T `r GO I� -t^a sPAe. = 4a 655 x , 60 SiA 4• ([. vU 1 - rt.c It A 41116 Building 13 -03 Equipment 74 3,4%3 He10S (4 5 '(3 ;t.c -a{ GENERAL NOTES: OTHER SPECS: PREPARED BI: G.STRATTON TELEPHONE: 655 -3948 1 BBBB CIE CISCO ROOTER RCS FACILITIES HANOWARE DATA SHEET SYSTEM: 13 -03 IDF TIPICAL LOCATION: 13- 03.1.2.3 DATE: October 24, 1995 PAGE 1 OF 1 BCS FR I: NOME QTY LAYOUT VENDOR MODEL VOLT PR AMPS IVA /EA HERTZ RECEPTACLE 8TUS A EA STUN W EA EQ DIM CODE DESCRIPTION IVA /TOT CONNECTOR BTOH A TOT BTOR W TOT INCHES WEIGHT TOT RECEIVED 1 OCT 2 5 1995 WEIGHT EA HUMIDITY TEMPERATURE REMARIS ENGINEERS I 2 AAAA $Y0 3000 120 1 7.80 0.90 60 5 -15R 3061 0 R 19.25 100 20% -80% 50-1041 RACY MOUNT. TYPICALLY 60 -66 PORTS 3000 CONCENTRATOR WITH 3002 POWER SUPPLY 1,80 6122 0 N 11 200 3302 -ST (6 -PORT) i 3314-ST NODULE 0 12 NOTE: IN SOME CASES HAS 2 /EA 300 3002 BACIPLATE; 7.8A SPECS;110V -1 120 1 2.25 0.27 60 5-158 921 0 R 5.5 _ 19 20%-801 S0 -104F BACIPLATE; 110V -2,3A 270WATTS 0.27 921 0 0 17,5 19 D 20 1 CCCC CIE 1000 120 1 24.00 2.40 60 TWO 15 -10R 7502 0 H 19,25 80 200 -80% 501-SOP CABINS} MORN ?. HAS 2 /BA POWER SOP) CISCO ROUTER; 0 /2 /BA 12 AMP PWR.SUPPLIES 2.40 7502 0 W 17,5 80 BACIPLATES /EA; 12AMPS D 24,5 2 DDDD CN1 GATORBOI 120 1 2 0.24 60 5.158 019 0 B 0 200 -80% 50 -1041 RACINOONTABLE COMM DEVICE 0.48 1638 0 0 0 D 2 EEEE FAR STAR 120 1 .43 0.05 60 5 -15R 177 0 B 0 20% -801 50-1041 CONTROLLER 0.10 354 0 0 0 6 PPPP IBM PS /2 120 1 4.72 0.54 60 DOPY 5-15@ 1813 0 @ 23.75 05 200-80% 501-1041 DIMENSIONS REELECT POOR CPO; 8580 MOD 80 386/486 P.C. CPO i CRT 3.24 11058 0 W 6.5 510 858 CPU: 11!58 }D /BR 3, D 19 TYPICAL CRT; SONY CP01304/1604; 1. NETWORI CABLE 1 GGGG 'IBM 3174 -21R 120 1 5 0.60 60 5 -15R 2048 0 8 15 35 200 -80% 50 -1041 SPECS FROM MFG. BACIPLATE, CAN BS ::::i?:; t,:d.. ; REMOTE CONTROLLER 0.60 2048 0 M 19 35 MOUNTED; HOWEVER, A DOUBLE -SIDED I D 19 ILL BE REQUIRED. 1 HOER CDX 2100 CODEX /MOTOROLA 120 1 3.00 0.30 60 5 -158 1000 0 B 8,625 40 200-80% 681.181 RACY /CABT.MT.OP -TO 16 CODEI 2100 S LDSO NEST SHELF;W /16 'T1' LINE SLOTS 0.30 1000 0 0 19 40 LORD PWR.SUPPLY BACIPLATB; 3AMPS 014 TOTALS 9.19 30643 0 884 &"_ eaUt n SPAS RGp/ -T Mal( /MUM V I M 24 of Lti 3 1 t'F RA4 / - i5 PTE' C.EC.?" Ar v1 FZ&1 /26 Raliv , ARV PREPARED BY: G.STRAT?ON SYSTEM: 13 -03 IDF TYPICAL TELEPHONE: 655 -3948 LOCATION: 13- 03.1.2.3 BCS FACILITIES HARDWARE DATA SHEET DATE: October 24, 1995 PAGE 1 OF 1 BCS FR 1: NONE QTY LAYOUT VENDOR MODEL VOLT PH AMPS KVA /EA HERTZ RECEPTACLE BTUH A EA BTUH W EA EQ DIM WEIGHT EA HUMIDITY TEMPERATURE CODE DESCRIPTION KVA /TOT CONNECTOR BTUH A TOT BTUH W TOT INCHES WEIGHT TOT 2 AAAA SYO 3000 120 1 1.80 0.90 60 5 -151 3061 0 H 19.25 100 20% -80% 50 -104F RACK MOUNT. 3000 CONCENTRATOR WITH 3002 POWER SUPPLY 1.80 6122 0 N 17 200 3302 -ST (6 -P D 12 NOTE: IN SON 3002 BACKPLA 1 BBBB CIK MGS 120 1 2.25 0.27 60 5 -151 921 0 H 5.5 19 20% -80% 50 -104F BACKPLATE; 1 CISCO ROUTER 0.27 921 0 W 17,5 19 D 20 2 DDDD CHI GATORBOX 120 1 2 0.24 60 5 -151 819 0 1 0 20% -80t 50 -104F RACKMOUNTAB COMM DEVICE 0.48 1638 0 W 0 D 2 EEEE FAR STAR 120 1 .43 0.05 60 5 -15R 177 0 1 0 20% -80% 50 -104F CONTROLLER 0.10 354 0 W 0 000/11401600 6 FFFF IBM PS /2 120 1 4.72 0.54 60 DUPI 5 -15R 1843 0 1 23.75 85 20t - 80t 50F - 1041 DIMENSIONS 8580 MOD 80 386/486 P.C. CPU & CRT 3.24 11058 0 W 6.5 510 8580 CPU: D 19 TYPICAL CRT NETWORK CAB 1 GGGG IBM 3174 -211 120 1 5 0.60 60 5 -151 2048 0 B 15 35 20% -80% 50 -104F SPECS FROM >: ;..: t;;;.�;:,:;;:1 REMOTE CONTROLLER 0.60 2048 0 W 19 • 35 MOUNTED; HO D 19 ILL BE REQO 1 HHHH CDX 2100 CODEX /MOTOROLA 120 1 3.00 0.30 60 5 -151 1000 0 1 8.625 40 20% -80% 68F -78F RACK /CABT.M LDSO NEST SHELF;W /16 'T1' LINK SLOTS 0.30 1000 0 W 19 40 LDSU PWR.SO D 14 GENERAL NOTES: OTHER SPECS: CCCC CIK 7000 120 1 24.00 2.40 60 TWO L5 -201 7502 0 R 19.25 80 20% -80t 50F -80F CABINET MOON CISCO ROOTER; W /2 /EA 12 AMP PWR.SUPPLIES 2.40 7502 0 W 17.5 80 BACKPLATES/ D 24.5 TOTALS 9,19 14C46 U! • 505E-6 CA P, i " inpuMtt ()flu 24 1 co OF 15 1 c F R 4 bb ?1E'L -etr 41- L I Rai le r 30643 0 884 ?A SHIT DATE: October 24, 1995 ID? TYPICAL PAGE 1 OF 1 1.2.3 BCS FR f: NONE PH AMPS KVA /EA HERTZ RECEPTACLE BTUH A EA BTUH W EA EQ DIM WEIGHT EA HUMIDITY TEMPERATURE KVA /TOT CONNECTOR BTUH A TOT BTDH W TOT INCHES WEIGHT TOT 7,80 0.90 60 5 -15R 3061 0 B 19.25 100 20% -80% 50 -104F RACK MOUNT. TYPICALLY 60 -66 PORTS; 1.80 6122 0 W 11 200 3302 -ST (6 -PORT) & 3314-ST MODULES D 12 NOTE: IN SOME CASES HAS 2 /EA 3002 3002 BACKPLATE; 7.8A SPECS;110V -7.1 2.25 0.27 60 5 -15R 921 0 R 5,5 19 20% -80% 50 -104F BACKPLATE; 110V -2.3A 270WATTS 0.27 921 0 W 17,5 19 D 20 24.00 2.40 60 TWO L5 -20R 7502 0 R 19.25 80 20t -80t 50F -80F CABINET MOUNT. HAS 2 /EA POWER SUPPL 2.40 7502 0 W 17.5 80 BACKPLATES /EA; 12AMPS D 24.5 ac lA AX(mU N( RA b o DDLco RECEIVED 0.24 60 5 -15R 819 0 R 0 20% -80t 50 -104F RACKMOUNTABLE 0.48 1638 0 W 0 D 9.19 30643 0 884 OCT 2 5 1995 REMARKS ENGINEERS .43 0.05 60 5 -1511 177 0 B 0 20% -80% 50 -104F 0.10 354 0 W 0 D 4.72 0.54 60 DUPX 5 -15R 1843 0 B 23.75 85 208 -804 50F -104F DIMENSIONS REFLECT POOR CPU; 3.24 11058 0 W 6.5 510 8580 CPU: 1245BT0 /HR 3.2 D 19 TYPICAL CRT; SONY CPD1304/1604; 1.5 NETWORK CABLE 5 0.60 60 5 -15R 2048 0 B 15 35 20% -80% 50 -104F SPECS FROM MFG. BACKPLATE. CAN BE 0.60 2048 0 W 19 35 MOUNTED; HOWEVER, A DOUBLE -SIDED TR D 19 ILL BE REQUIRED. 3.00 0.30 60 5 -1511 1000 0 U 8,625 40 0.30 1000 0 0 19 40 D 14 20% -80t 68F -78F RACK /CABT,MT.UP -TO 16 CODEX 2100 SL LDSU PWR.SUPPLY BACKPLATE; 3AMPS c PROJECT /3 -03 AWACS FIG. BY , CHECKED BY DATE /2-h6 SHEET / OF / V/AvG 4441Qa NX 7 ac./nty ✓✓A7 - 64. C/ rieom ol3I2va/.2 2747A (/• ) 1.a, 6 0:),,,A / 63.x" t=urf 67 L. GlT ' / /o .5O f3 72UN �'. DATA P/LOM 7/v L177 / 5 4 .200 oN 6 �P.tri 69 (sov) (7 4 5) 7 . 1 2 4-1, ,5'oz' 2 W, / Tones C9 6(s 20, f 7QN.s &t2v2.i„r; ce41 ‹: ry Fog. 4 E wr 11 to ° S SE: S47v (/v °-� -5 50 GPM z )ZW S x{8.3 4i neRVhYMIAri+I hR r4Kf7';M$Y,I=M1 .r.vrerinmT leil.'YJwormfta&ca1 trpe PROJECT NO. Ze+4 - 5504o • u /gr.:44:4V 7s 6/ 4 � G 5 ° auk 72" - 8 4'PM (AssuME Ou r t c)7 As FACILITY DESIGN SUPPORT P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: c PROJECT /3 -03 AWACS FIG. BY , CHECKED BY DATE /2-h6 SHEET / OF / V/AvG 4441Qa NX 7 ac./nty ✓✓A7 - 64. C/ rieom ol3I2va/.2 2747A (/• ) 1.a, 6 0:),,,A / 63.x" t=urf 67 L. GlT ' / /o .5O f3 72UN �'. DATA P/LOM 7/v L177 / 5 4 .200 oN 6 �P.tri 69 (sov) (7 4 5) 7 . 1 2 4-1, ,5'oz' 2 W, / Tones C9 6(s 20, f 7QN.s &t2v2.i„r; ce41 ‹: ry Fog. 4 E wr 11 to ° S SE: S47v (/v °-� -5 50 GPM z )ZW S x{8.3 4i neRVhYMIAri+I hR r4Kf7';M$Y,I=M1 .r.vrerinmT leil.'YJwormfta&ca1 trpe PROJECT NO. Ze+4 - 5504o • u /gr.:44:4V 7s 6/ 4 � G 5 ° auk 72" - 8 4'PM (AssuME Ou r t c)7 As - • • - ,■•■•••. 100 80 so 44" 40 20 0 455 20 40 COOLANT FLOW GPM so Figurs 32 Liquid Coolam Oneratittp Etivelc,pe .,„ so 04 C3OLANT TEMP OF I I I . . 1 ' ! • : i I .. i! I _ • — 111 1 11 1 ri , _ •1 • 1 i I I, ill III ft; II Ai ll .1 I i III I " 1 11 II il • $ . : ; ■ k b% %..,N. % \t% II ■ 1 %..• . ‘‘ N 1 \ ' . •: i • !II 1 :0 1 • . ■ , \ , . | - - ---' '-------- ' --____-_. -'-------'------- -------------'- --------'-'------- ---------------' -'----'--'-----'-' '----''----'----- k ■ . km 0 A M&N.S\ S.1 6.. 1 Sk• S tIS. V1 k_, \ k■ S \ �--------| , .-.---_ - -------- -------'- ------- I ����_� .1 - • • - ,■•■•••. 100 80 so 44" 40 20 0 455 20 40 COOLANT FLOW GPM so Figurs 32 Liquid Coolam Oneratittp Etivelc,pe .,„ so 04 C3OLANT TEMP OF 22 20-- 18 —� 16 14 12 10 — a 7. I 6 4 2 0 WAVE.' 4LA 1 :. P i t—i .s - I-b' . � mi m n nt � ,: nm� 1111 I 1111 IllIllllIllhIIllllhIIllhIIIIIIllhIIllhI011ll °t� nl°i iI�{imm n� mnn�mnnnnnnmu �� m �nn 1111 � !i �mn i i m mmmn mmi n �� � �p � II � t I ' II � �I ] IlIII�� I II � I IIII I IIII I ��QIIIII �� � � I � �' � �- NIII �.I 1 �- MIR Ili 11111111111111111 i ' ' { � r i i IIII III qll l � t a nEn II • I 9 ii II it Ir4 1 i!1 FlU hi L 20 40 11$ BOz' //YG 60 COOLANT FLOW GPM Figure 33 Pressure Loss Thru Hear Exchangers 80 100 V t-rr2- I1/17 /.- f35 • PROJECT A V.) «- 0 3 FIG. BY • CHECKED BY DATE 1/15/44. SHEET OF \ki Av 4 rD4- l 5 s Av■ 41 4 20.125 el-41 - L_ (c , A-)ATi:-` ra- AT* -" 1 U" F • T a t : � r { v , ?-1 A M a icy {`l - I -- j � - C VAR 417M svv 4 ?, -v# 4? == �• Pr WD PROJECT NO. I. LA "" 25Dg7.) PM 5al -e.�- - 101 -4 y . 4- . b r -ts Gy 14(" e.2 5, kw 86 FACILITY DESIGN SUPPORT P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: • PROJECT A V.) «- 0 3 FIG. BY • CHECKED BY DATE 1/15/44. SHEET OF \ki Av 4 rD4- l 5 s Av■ 41 4 20.125 el-41 - L_ (c , A-)ATi:-` ra- AT* -" 1 U" F • T a t : � r { v , ?-1 A M a icy {`l - I -- j � - C VAR 417M svv 4 ?, -v# 4? == �• Pr WD PROJECT NO. I. LA "" 25Dg7.) PM 5al -e.�- - 101 -4 y . 4- . b r -ts Gy 14(" e.2 5, kw 86 PROJECT NO. 'D1& J c"1.51) -66 '12=4 FIG. BY . ( CHECKED BY DATE I I5 /r'j4 SHEET OF l PROJECT A Lt) 4- a -03 W iv . 4“.t 0e.. P10 0.4 CH0I LE-2. 1^VA1 WAVe -' 4c- i t- 1:;s1 X2,3( U. 160 x2.0 -}vr p,pz. vt ' 3 a� z /too' x 32,01 - 64 4- 4 4-,4' 10 ?o S 4.4 4* .6 -' sA 5'0' HT e .50 GPM l 7, `l , S7 FACILITY DESIGN SUPPORT P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: PROJECT NO. 'D1& J c"1.51) -66 '12=4 FIG. BY . ( CHECKED BY DATE I I5 /r'j4 SHEET OF l PROJECT A Lt) 4- a -03 W iv . 4“.t 0e.. P10 0.4 CH0I LE-2. 1^VA1 WAVe -' 4c- i t- 1:;s1 X2,3( U. 160 x2.0 -}vr p,pz. vt ' 3 a� z /too' x 32,01 - 64 4- 4 4-,4' 10 ?o S 4.4 4* .6 -' sA 5'0' HT e .50 GPM l 7, `l , S7 Horsepower Frame @ 1750 RPM Frame @ 3500 RPM Horsepower Frame @ 1750 RPM Frame @ 3500 RPM HA HB HD NN 0) N tD ION 256T 254T Y Z HA 284T 256T HL HO HP 286T 284TS bee 1'/+ AC (NPT) 11/2 (NPT) 56 324T 286TS 93/4 , 3 /° 145T 326T 324TS W m N -1 145T 364T 326TS 143/4 3 182T 365T 364TS 182T-184T 143'e 184T 404TS 365TS T 213 215T 343'2 213T — 404TS 31 10 215T 183/4 5' DIMENSIONS STANDARD MECHANICAL SEAL PUMP MODEL 1510, 1510•F STUFFING BOX CONSTRUCTION PUMP MODEL 1510•PF, 1510•S PUMP SIZE DISCHARGE SUCTION SIZE MOTOR FRAME SIZE HA HB HD HL HO HP Y Z HA HB HD HL HO HP Y Z bee 1'/+ AC (NPT) 11/2 (NPT) 56 12 2831 93/4 , 3 /° 3 31/4 4'h 143° 343b 93/4 13/4 143/4 3 31/4 41/2 14371457 182T-184T 143'e 31 13/4 14 T 213 215T 343'2 39% 11/4 BC (NPT) 14371457 31 10 1 183/4 5' 34% 103/4 1 18 5'h 182T-184T 213T-215T 39 16 46'/ 12 2 , a/�a 20 5 25472567 16 461/2 12 215/16 20 5 5513/4 284TS-286TS 13 21 13 21 1'h AB (NPT) 2 (NPT) 56 12 28 93i We 3 3'/e 432 14 34% 9 1 " /,e 15 3 3' /e 432 14371457 182T-184T 14 31 1 "Ae 213T215T 34% 3914 1'h BC (N PT) 14371457 31 103/4 171/4 53/ 34 10 17'/+ 5 1/4 18271847 21371750 34% 393/e 213721573500 39% 16 461h 12 2 18 5 254T-256T 16 46'h 12 213/12 18'h 5 5134 284TS-286TS 13 19' 13 191/2 2AC 2/2 56 12 283/+ 93/4 3 % 16/ 3 31/2 4 14% 34% 93/4 2 161/4 3 3S4 4 14371457 18271847 14% 31 23A 213T-216T 34% 16 46'/ 11 3353 17'k 5 2547256T 39 10 171/4 51 12 181/2 2 BC 143T-145T 31 2 "Ae 1734 4 51 14% 343'2 10 2 "Ae 173/4 3 4 5 182T-184T 213721571750 34% 39% 254T-3500 39% 13 3 /1° 5 16 461 12 13 3 Ae 19 5 25472567 16 46'/2 12 19 51 284TS-286TS 13 20 13 20 324TS-326TS 12 19 12 19 2 Et 3 182T 42'/a 14 61/2 22 6 5' 6 , 421/4 14 61 22 5 51/2 , 61/2 184T 213T 215T 254T 286TS 46'/2 41/2 51 41/4 324TS 51/ 326TS 364TS 24 56 161/2 43 241/2 6 24 56 16'/2 4 24' 6 365TS 2 Gt 213T-215T 16 46 /z 14 31/4 23 5 71/4 16 461/2 14 3% 23 5 71/4 254T-256T 513/4 284T 51 21/2 AB 56 12 28 9 4% 153/i 3 41/4 4 "Ae 14 34% 9 3 15 3 41/4 4 "Ae 143T-145T 182T-184T 14% 31 3 213T215T 34% 16 46'% 11 4 ,� 17 5 254T256T 39% 10 16 51 12 21/2 BB 182T-184T 31 2 17 4 6 14% 34% 1039 23/4 17'% 3 4 6 213T-215T 343e 3935 284TS•286TS 16 461/2 13 31/4 19 5 16 513/4 13 3 19 5 324TS-326TS 12 18 12 18 346TS 51 13 19 13 19 3 AB 4 143T-145T 12 283/4 9 46/,e 15 3 4 Y 5 14% 34% 9/i 2'3/ie 15 3 41/4 5 182T-184T 14% 31 2 2137215T 39 16 46 11 4 17 5 254T256T 16 48'/2 12 41/2e 18 5 513/4 12 18 284TS-286TS 13 19 13 19 6 Dimensions DISCHARGE Z -� IZ HA JJ Series 1510 Centrifugal Pumps GAUGE TAPPINGS These dimens ons are not to be used for installation purposes unless certified. All dimensions in inches. Motor Horsepower and Frame Tabulation three phase (Dripproof Enclosure) t250 psi available Maximum Working Pressure 175 psi PERFORMANCE CHARACTERISTIC CURVE FOR 1 CENTRIFUGAL PUMP no. Fro. 1510 SPEED 1750 R.P.M. CURVES BASED ON SHOP TEST USING CLEAR COLD WATER AT A TEMPERATURE OF NOT OVER 85 °F. PERFORMANCE IS GUARANTEED AT INDICATED OPERATING POINT ONLY ,//'')) APPROVED /'(V DATE 11 -20-81 11/ 85 AB CENTRIFUGAL BASED ON SHOP TEST °F. PERFORMANCE IS PUMP USING GUARANTEED FIG. CLEAR NO. 1510 COLD AT PERFORMANCE WATER INDICATED AT A OPERATING CHARACTERISTIC TEMPERATURE OF POINT ONLY. NOT CURVE APPROVED ,�y) ,7 1 /4AC 1750 R.P.M. SPEED Impellers 1750 DATE 11AB . 1750 m to n p R.P.M. 1 -7 -81 ' ''. R.P.M. are trimmed rn 4 ' incre• supply requ red capacih. with ITT Bell t Gossett l ess e _ 7 " —61/2" _ .1. ., ��,�■•�� O I �! � �' .,'. 50% "11 �IIC c� worm. ■ � ► \ U .�I W 4•A���. 5 a RIKI�::: EF'�I� i IT114hp41I` 55/0 /oil. 11111 o 0 57/059°/ r A�l A I tttttttt��� ■■ trimmed Impellers at trimmed in Y. incre• ments to supply required capacity Responsibility for final impeller sir. 30% 35 % % - 45% o 50 %53 % °/ ,�o� °a`o .■ K�_W_MW�IPwr D � � � 59% , .. ■■ inp remains with ITT Bell & Gossett — E " —61/2* 11�N FI � � l ■1 ' a.� MUMM _ �� �a�.- M _���__lt� ae� - -IIM CIMMIZMI _ —�- a \ 59 /D 58 %57% ■ / \ . :" 55% 50% 6 lip 4 5% o / 57% - 5 -■'bilarg`a�011111 -.Ia •••• ' 1 /xHP ■■ ••• ■ ■■■■■„ III ' /4HP �� 111111111 NPSH REQUIRED III ■ • roR CURVES OVER 11/ 85 AB CENTRIFUGAL BASED ON SHOP TEST °F. PERFORMANCE IS PUMP USING GUARANTEED FIG. CLEAR NO. 1510 COLD AT PERFORMANCE WATER INDICATED AT A OPERATING CHARACTERISTIC TEMPERATURE OF POINT ONLY. NOT CURVE APPROVED ,�y) ,7 . 72 SPEED Impellers 1750 DATE 11AB . 1750 m to n p R.P.M. 1 -7 -81 ' ''. R.P.M. are trimmed rn 4 ' incre• supply requ red capacih. with ITT Bell t Gossett l ess e _ 7 " —61/2" _ .1. ., ��,�■•�� O I �! � �' .,'. 50% "11 �IIC c� worm. ■ � ► \ U .�I W 4•A���. 5 a RIKI�::: EF'�I� i IT114hp41I` 55/0 /oil. 11111 o 0 57/059°/ r A�l A I .■■■■■■■■ °60° :N � t 1/1111111 .■ /a 60% �r r:� : moms Responsibility 9 , 40►' ° o / 57% 5 /o o •••• ■ ■■ ••• ■ �� III miinni,71... MIN11111■AOSSIIi all l'■ 4" 11111 5 " .I .�40. � 101 ∎Vn AN L mirral 11 .. ■ ■ ■ ■ ■ ,-. ■.:...�.., MAMA imp 1111111 1 iNr El 1 NPSH REQUIRED 12 70 60 50 40 30 20 10 0 60 50 40 30 20 10 10 20 1750 RPM PUMP CURVES 30 40 50 60 70 0 20 40 60 80 100 120 140 CAPACITY IN U.S. GALLONS PER MINUTE 80 90 0 100 20 10 W LL a. a z 10 0 07 6,5'1: 101 7 0 OHIO water In 60 -70 GPM RAW' brand tax transmittal memo 7671 • of Peas * I �. Io 2— " 1 LOS pumps 2 LOS heat exchanger 3 f=O77 heat exchanger (t9otodome) 4 TSU (F077 compressor) 6 FO77 reeevolr 6 SR bottles 7 Antenna dummy load (on second floor) 2 chilled wetor return 6-8 GPM I I 3 4 7 L T. guide easy J 112419 F 440 d-'r+? N A L. DA 4. gJr VI OF X M TR /AND A N•rep./ N A Co la (2.6 AvttL fp t`vR t3 — ti u ,v owar,:vvr:2•Px1r.oul,cwi4aus-rielwigariarP.Ate2A0VreivonrixiwiluV.:trictrzazdeloAmt4q.ww,humutor.mounridusikswegarafargib+xxxotsimoststarwreirmorstrs— tscr7rWalfil=0,2cregStlf`AVagrl.ftlitttef*Pillttlit:M'.? E A B D ; 1.414 TNAMPi Oat 1 La4 *4s meriz I A' M I L WAVEGL • IDE 39' SF6 A\TE\N TRANS N' ROOv 91 AIL 4 s F tau Qnnsntr 49.42(.t - Loxt5 PROJECT Av t #S I's- O ' FIG. BY ` . V4'2- - CHECKED BY E,4 t 5-t'r t-c'i 4 r L 1%0 At 2 ed:..- C.(r.t t (5' -3) z. (13A -.Stan 01..E 4 I:M o 1-4n / 46oY I (.4 wt sTATIt._ f vra-‘2. Nom .8 30 •. M 3 I , 2 AAF Ti t`Par_ 3 - A-' X24" X 36 (- go° tB /1 o 'v4 ' 3 ' / 37" yr 33° 7 Sv<PM T T`r Pt:t W 15 ; 0 ' BE&C ENGINEERS IwP o f 5 D t-A VS 3 8 JOB NO DATE Burt =AI—c <H sr2 4o 4 12 P JS to 'Rains j 2 "• ar2 �P 25.25 se' CP - 35`' w x 3 6" L- 1'LpW M6A s ..YL1>4.4 s - n o -( i ■•1 LA13 I►atledrffi0 co-( tT ow4 A-r G2 45v o �•FM 134 F is MA 4 AIR TEMP F �u E,t1 sT ` OAT — 3S G.AT = AT s5.t.45,-e NEt.0 So 1-Al + $.1 A•T M kAFw e: t. ttbf4; ON.. C4• �WIIAiRl J, 11T H. TJ^.' INM� xr+ 1n'+; Ti:l Cr�1R :."t4�:f1 <!'.�,�,!iT7*GV27' "F1'lfl'?F A?erACCV lot" g'A-T < is- r P.O. Box 3707 Seattle, Washington 98124.2207 Mail Stop: 95O40 E5l2.1 SHEET _I._ OF SERr5S 2010 ($5 % �� • ("io' - 3t') f, 05)L. 4 44, ?sip �TV} 19 Tows 5o (500)(4c .6 c 349 cxx-.) zrtt H -15,5 TONS To L .., s; t+ �CALi?•.': 4SY- i�':". A'. k::..,' 7+' 1" r1" l.. f'!! k':'+; YY7i.,22 V, i AA >xMAh �:Ca3 r kik:• 7K Gq sF. {7t+ fi!$. Y ; h .� Yi' P Q'�nfli XtiS4..l :G�:SS.YJ w'.:N "i -0�M {•ygn�d.t { "Yi <L`)gAlllY.S t.FiYtYd%': �.4cC;# J ^lW. S`i.CCE�+'C. #,(f:�: �'. iY K! AIL-4 5 uipb/� -t-tr Coz,L -1 ma, (-OATS BE&C ENGINEERS P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: PROJECT A V4AGS 1 3 -03 FIG. BY ' 144 61 ` Z ' CHECKED BY DATE /21 SHEET. OF.2 2) EC15TIt.4 1 41 L. A , - - rtil-t_k rm.+ CE-1 •<4 A c `' c2! G rM . I 7 ee wG N 460v, (2) -nx i L--- JOB NO S - c '/Stec) 512 12 ) Gw -THc 3 ) 5- SS 5026E 14112_ C 54- i 4 664 ( T C 8A :c ..> oN I>•Z, • ,4 AA V-9 ) 4600 c $ M c ?-)R' sr 5, 41sNp 4 oV ) 34 • (I) � MILLE v.1112 5A lo5 °1J13/3,i wr3 LAT 6 .r m 6 2.5 " vv a 36 cPM 1.`65 we- ASR A? 4W rlt4 fj •px 4e ", 445' ri M ( 2. 45" L. A �pc -sz . s11Mr' /0v (IV5 °_ 45 ° ) Lob ,< 461h GC=M g 13 4 - 25° 1 HErA (c7° oi2. 997 ? ) 4) rx1sT i•tt-. 5si- *5At.4, Ingo e 17-" SP S Hp 1 440ov , '144 Ni vo Ya R.�c '13i.o 2 C&t-s• LoA7. 93 17 Minktistmar :4 . c. 2 • • Of WA? II NMI pcn LII lAY All? I 11.1 2 40 'JO Alt? IIULII 011 WAILI ILMPLIIAILMI I .0 ASFIRAE PSYCHROMETRIC CHART NO, 1 NORMAL TEMPERATURE cAncontruc Pricssunr 70.021 INCHES OF 14LIICUILY corynictit I003 SOCILTY OF INATINC,RCFRIGLRATINO AHD AlkL0/101f10/11NO ENGINCLRS, INC. Ss4 orzeEc Aua eekr4.1 NIA Oirr SEA LEVEL is • • — s 1--.026/'■ .0'24 .., 00 .23 ENTHALPY (h) OTU PIN POUND OP DRY MR ATL., LA1E.2 4 mot) Art_ P'REU (N. y12N FACILITY DESIGN P.O. Box 3707 Seattle, Washington 98124 - 2207 SUPPORT Mail Stop: PROJECT Alit/AL -5 1 ?..- - o FIG. BY CHECKED BY DATE � ,45 SHEET I OF I � �-- • 15c ass; I ON o �2- to ekSige 'Poe- Col L.. 4 4 D )4.-% -ro 90% TtA4, . j L ! " 4Hnr4 fl, /,e FI • 54'' x ic-b * N eAsime is w,a ¢'' L.. e t , / 3 G" L- Az, rI.TC- 2.. 3.2 '' L.- mot,. a ok 12) F s ,10 4 Iry '2- Lt a,e 7ts H 52'' �- -1- ; / L 71 IT/ )' % ntuM 4r ' 4r4A C I S " 1/Ve- ra" n1Ge -H, 1 t" 5' 2 9 re- erc.ile`t 4. 1•110ZUA.L- r PROJECT NO. be-A `45 4 - I4* - 76 IGu 0 1I i 'r'�. Soo �:, PI4E4'434tr,, 144— are41, 14Th sd�fErr as3�.�R ∎44Svar eshMarxr, PROJECT Au.)ALS FIG. BY T . 3. ;13M'Iq��641!,b 13 -a3 ; An- ffsitT. a roan rim-1 II »"1Yr2'ktII CHECKED BY DATE 1( AO SHEET I OF 2 A. ail.._ $lz��s� `tA,-`, 13m-it-UP awe). 5)(1 61 AZT FA 4 = 4 / 017v erm cv .4- (4100o e>=M) 7( I0_. .75 A PA4 Ems, 30 7o`W , (35 Yo -For L-AT 36 /3 - 7 ° Wi 34,43'> 7,9 °6j I, OS (4- ,0:x0) S A T.Me. = 3Z + 7 :9 PROJECT NO. De.A - /506e) 1- (33 - r'H 12.0 l-RS 17 = qob � 4'51,° viwiwriatituirmtrzt7lAtiMM. pLMrlE�h�L^ t 5 4 *.1 4. roa NC cA- rr LAT 4T 5,0,. r 44(.460) X 16/' 1.9 .75 (1105) 45,0 E.A 50* i7.9° + 44.( 102° C '' 350 a 'RH (76 °o2 Est61", A11-- L.v)k& ( 4s. 0o °- 3Z') II0S5 $ oo GSM 22 6fyo L,r s Hem 34, 133 FACILITY DESIGN SUPPORT P.O. Box 3707 Seattle, Washington 98124 -220 Mail Stop: PI4E4'434tr,, 144— are41, 14Th sd�fErr as3�.�R ∎44Svar eshMarxr, PROJECT Au.)ALS FIG. BY T . 3. ;13M'Iq��641!,b 13 -a3 ; An- ffsitT. a roan rim-1 II »"1Yr2'ktII CHECKED BY DATE 1( AO SHEET I OF 2 A. ail.._ $lz��s� `tA,-`, 13m-it-UP awe). 5)(1 61 AZT FA 4 = 4 / 017v erm cv .4- (4100o e>=M) 7( I0_. .75 A PA4 Ems, 30 7o`W , (35 Yo -For L-AT 36 /3 - 7 ° Wi 34,43'> 7,9 °6j I, OS (4- ,0:x0) S A T.Me. = 3Z + 7 :9 PROJECT NO. De.A - /506e) 1- (33 - r'H 12.0 l-RS 17 = qob � 4'51,° viwiwriatituirmtrzt7lAtiMM. pLMrlE�h�L^ t 5 4 *.1 4. roa NC cA- rr LAT 4T 5,0,. r 44(.460) X 16/' 1.9 .75 (1105) 45,0 E.A 50* i7.9° + 44.( 102° C '' 350 a 'RH (76 °o2 Est61", A11-- L.v)k& ( 4s. 0o °- 3Z') II0S5 $ oo GSM 22 6fyo L,r s Hem 34, 133 i4TL S ze.ic. (j3AcK uP 'DATA FACILITY DESIGN SUPPORT P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: iYS PROJECT At,v44•S 1"3—e23 FIG. BY T' 1 TZ.- CHECKED BY DATE f I/3 to SHEET Z OF 2- G • TA YA 60.37 Kw X 1 = 20 g, 043 f 7_04 v5 I c l 5 4.-7 7 s"A L0 (.. - • 4 ( 4 5 ° 0 ) ( 6 " r 7 : + is 8, - ram. t.... LD A( -- 5.t.44 — 2_,0 ) 04'5 +35,40o S 1 z n' TA : '(3; tc-JA P zut acv 55F LoAD s�r.L t_oAO = 605 g& — 45 ° I-AT ) I,as (440 2.99 ,2. 1,\?,0.(,4 TL: r . 1 33 72 I (31'< c H s. rH% k.Wi K r 11 a l: f t 4c-15 e..trAA PROJECT NO. '.)LA " 954740 245 oaa a '4Y ^e,• ae rvC <<_V LA)/ /awAz . (AZ a ; vvo M LAPAz -IT't 57+,1 c. CAA.a.0 APPf.'.41(Zy ? 1414rF1< :NTC -� uvc(Z 1 0 (1 Z ° i MU vs 13 tinf3N TAGIAIM ) . Fort. LA. st:. H V A 1. tt E_ MOM `1 A I '. -.ATEO f, w'L 11S t S t= VATA, kt,k.) I58.7 MGR - rte """ SAME- OT 7'N124.4 aqccipMENIT A'S Pv AIL. 15 $f M(U „ 450a = 346,7 aFM 5 AY 50Z) e-FM . TRANSMITTAL ENGINEERS C E P.O. Box 3707 in Seattle. Washington 98124 -2207 Mail Stop 6Y -73 �;.'si:•i"s;ida+:t! x!' ?,:k):6:x: kffds;�N� 534m .o: ru).4v ,k 5u - Rut Refer your Transmittal: Transmitted are the following: These Documents are: 0 Per Your Request 0 For Your Record A -4, YaY'Zr,"t1o ..7 H 1 C�•I l 1 . J V «. e LVAJ Please notify us promptly if there are any further questions. Copy To: Project: Job No.: Date: File Ref.: 1/ 9v 0 For Your Use Or Information X For Your Review +(w_ V c , Lte LC-) ttxuasurotiwiv AW Az 13 -03 p �V/�c7 =; Q 't..x-L`'a l j -71!),(-- a 1 'Z I f1c:1 Lt 16 A z v\04 Signed: {. .�.- ct..' _. .( Orgn.: + .:'7 r • 0 For Your Comment 0 For Your Action r . 114 - tc.) r k -,cn.. ' 1 c , ,, c. • et win 1)t-.-'. 511 `�cw i t r9 - U LA- L Vek LIP ci4a. !1 4 f r l'- 4) <.F e Mall Stop: ' 3 C,A F G X•24823 REV. 10/89 en!" ` ( l rt. -, r. -k r OIti' . ( / r '� u � 1 kesT1,01A3 �� f v1�c: E'�'b1f; 1 e ttectR_ ed.i1 w� (( I -( LaoL IIJ � ica. MaNT $lz.l ^I �' � P A role. I--A15 =U1' (AIL 4 1 A6 2..) FACILITY DESIGN SUPPORT P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: .Yti W;74:4 .11ifJ.r. 1 4..YY`4v CfDelitt11.'.?JtNi 'taill'.i AA i i4',.' : .;nffis8.SUrs a:4:{rw tallotr CAIM W YATIKt l4CVR4'I'VetW elm AttCit7 PROJECT AwALs FIG. BY 1. L. ' i .- CHECKED BY DATE I /$/ 6 SHEET 1 OF 3 S C.IMMI42 t L,T3 Lc�oLl►JG C= .�cu1PMh�T SI21K D E5�1` 1 p i i o K A. A I Aire- (-ex:4-114 c, • I) PA►•4 Fww'RATIr 2) Coot-114A Lo 54.1Ae'MMNIT 2a4 Math T. SKGIrTI'S TAP. AL-ATGD '1737 kW 2d4 M2H I=AH LoAI' (13wW '114 0 t 35 MBH EST; AT 4'oti cPM rAN I6 3) rAN Sn 16 WG I EtcIS7. LAl, FAH Sc 1 r 15, AIL. DRAW - 4:201-o -I 4 r! rAN zrAA ( �� 2} > ANI SP '7 "WG ( Lo n 1 4604.1' sHEar) '06.5104 Q PROJECT NO. DlrA - q506D Souk 4500 k% LA73 F i vt�✓ /. /lc,4'ur It44, STATIGN G7c L.AF� SGHr�JU� FAN 4)g44IST FAH ZA 4GXx7 Gr'M I? 16 b)T sK t.7t s TAe, VAL. 213 4e) Lr 191.6 /ARti FW.oM Gw'rc i s r Lj 4%P, %GNe.04.u.r4 244" MAX. - mac. 5 4 31 -'1 19 , 644: TA, ___ __ ___ 3 5v 4 FM FRvti TAi3. VAlL -tE5 44 4. w4 F2oAn 'T sicm.m s 11.fb t VA LgAFs .... ..�w PROJECT PROJECT NO. CHECKED BY DATE —4/96 -SHEET 2— OF 1/1 Ipnn�.cT 512.l144, (cot.iT'c ) 1 tit-( 'D�54541ZIPTIOc.1 ceTY, 50(-a FIG. BY :zrr ns+w.ra+avc 5clMMAR (..Qi3 GooL.I►.dt� e, 1-A6 2 ri.n2. V-1:› AIR Cool , j s - 11) MA r (Tit N 5/�+ kE Ot (I) FAN l= ww't2ATE ;3ocA M. tz�.:u 141-1n .., VAuie 2) 6,01- I .4 4 Lo ra 3) FA 4 6P 'D. I.A5 2 lMAN-TNtzu (..cx)LI'14 F AN F L-cu- rea r 4 .}} (/22 MTG. w/ 5Lk 15, 1300s (AW'GS 4 1x111 ►tIA .� -- ' +, ►;tl�lc��a 1296$1 :2894 4 • 514ot-115 To- 158 % f VAt,0ES, usE LAIZ.4 . oF Art_ QR. 55F- r.?(-1t("? VAL -14s FolZ. Z, 1 WL ,SAMa- W As AS1.. 3 lE, (Ass 6A me_ S1* 5c ( 'ZATIo of ssp TAb, VAl:u,z ra A IL- Vo...“E TIM6s EsIST, .4 VL_ fAN a4HeD“1.0., Z24 5 350 7 REMARKS 2,25 MAX, Et I1 t) 2d'WG FIUM a,u sr. FAN 5414, ZN43 -u v 1, G NW evIL.S) 4 ) S WAG CAM /24/ ..._11.=4)4A I294 - z" WC. )100o 4r/A Ftzc�M R,(1 s . r -AN sc.H6D4. L-1 226 4IeM Fao 743, M LuE. 4 46$ I✓nn AWACS calre2 FACILITY DESIGN SUPPORT P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: .... ..�w PROJECT PROJECT NO. CHECKED BY DATE —4/96 -SHEET 2— OF 1/1 Ipnn�.cT 512.l144, (cot.iT'c ) 1 tit-( 'D�54541ZIPTIOc.1 ceTY, 50(-a FIG. BY :zrr ns+w.ra+avc 5clMMAR (..Qi3 GooL.I►.dt� e, 1-A6 2 ri.n2. V-1:› AIR Cool , j s - 11) MA r (Tit N 5/�+ kE Ot (I) FAN l= ww't2ATE ;3ocA M. tz�.:u 141-1n .., VAuie 2) 6,01- I .4 4 Lo ra 3) FA 4 6P 'D. I.A5 2 lMAN-TNtzu (..cx)LI'14 F AN F L-cu- rea r 4 .}} (/22 MTG. w/ 5Lk 15, 1300s (AW'GS 4 1x111 ►tIA .� -- ' +, ►;tl�lc��a 1296$1 :2894 4 • 514ot-115 To- 158 % f VAt,0ES, usE LAIZ.4 . oF Art_ QR. 55F- r.?(-1t("? VAL -14s FolZ. Z, 1 WL ,SAMa- W As AS1.. 3 lE, (Ass 6A me_ S1* 5c ( 'ZATIo of ssp TAb, VAl:u,z ra A IL- Vo...“E TIM6s EsIST, .4 VL_ fAN a4HeD“1.0., Z24 5 350 7 REMARKS 2,25 MAX, Et I1 t) 2d'WG FIUM a,u sr. FAN 5414, ZN43 -u v 1, G NW evIL.S) 4 ) S WAG CAM /24/ ..._11.=4)4A I294 - z" WC. )100o 4r/A Ftzc�M R,(1 s . r -AN sc.H6D4. L-1 226 4IeM Fao 743, M LuE. 4 46$ I✓nn AWACS calre2 S &MMAteY LAG Coa - ►.l� 'iDES .rail - iioN SUPPORT 1�. (..A(! Z t1?AL 4) - 11 - 11U4 eool.1 4 c' 2) PAN s�'kt FACILITY DESIGN P.O. Box 3707 aQ Seattle, Washington 98124 -2207 Mail Stop: PROJECT PROJECT NO. FIG. BY CHECKED BY DATE 1 ! 0G SHEET 3 OF 3 5►zlrt Got41' SouQ.G� Z4.M.E- A S Enn�f�l�5 64) WC DASta., ON GQ'u FAN scwa.DCA 6) ,3 WC_ 7A1. VII >_U -S G) $'` INC. (3A5t ,.J AWd '-S ' I 2968 - I in) �'1 #;:: Y: Y..^'^:£ v�:, rf:' t: 5• vnd: �Wiaycxfmmrtrnv�rw, m+>.....,...+ ...- ...._.- .- ...__ ....... .. .... ... .. ...... 10 25 IS 30 PSYCHROMETRIC CHART �0 .35.g(2...4 / �fZ.35.g(2...4 E�.�. © IoW tilt IRAN! COMPANY (A CROSS[. WISCONSIN Boromelnc Pressure 29.921 Inches of Mercury Mom (I7.� ( 45 00 3, 7- 4 - 7> t }. 50 SS ASTAIREIEWIREEEESEC 2M: CMC ���OCSr "C��C�CC -�C� 90 SEM r11CDC`Trr 1 llaiCratiimMucluMMINiR:w xenon � wwi ft M nai - wF.." -- .,ter �Rwr �R� I w ww .� w w 10 *:= C i> ��� C - mow.,. ■�-m- m.-r w Yi s� r.. m.--rt�r-w�.•-.\-.- a.� I. ...:■ ►..w...:-r - .... ......tom ..w : il ium . .. w 1 \`- -all -ice no r�� ■ r---.a.r.. .rim .�i. -+.:.r ...CR- -b.w-.�..r.,,.-- v...... mo m-. �-- .. .r . � ma. 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Nn , a.- .�i ..c...�...,... .. -.�. .s t� b Ei 'f1 am t a ..0 It C C --w. _r-, - t...a...• i.0 V>.. , -. m ►.i._ .T•. .... iii.�.t:�ie •�li' • ��i. c. �re. r-, 1. it��r�9.'�■�>7ir.► i.Mw - >ieM� _ �6-��i r�r�a�i_I�a.•. 40 SO 10 1O4 30, ' 30 6S 40 45 60 .I.IN .,• 0 0 DRY BULB TEMPERATURE- F OS IS ENTHALPY -Blu par lb of dry oir and associated moisture - I 25 IS. 15 40 35 30 2S 70 10 S SS 3S 03S 0 0. 0.45 0.50 0.5S 0.60 0.65 0.70 0.75 015 0.90 0.95 1.00 11 IO.r NuUSI• A....A 1.30 1.75 1.10 1.15 1.10 105 00 .9S 0.90 0 C 0.05 0.80 0.75 g 0.70 .i 0.65 LL 0.60 0 ss 0.50 0.45 0.40 0.35 0.30 • 0 .25 0.20 .15 10 0.05 PROJECT A wn6s FIG. BY I �, I - --Q'T CHECKED BY DATE I /24- SHEET _ I OF 2— MO DIALAR A �:L... (15i-0w-114124k 92,5°, ;' an 3,5%V4 I - 2 45,cvc0 •W u 0 senixf., ,. 4:JUJ Ig" TsP FACILITY DESIGN P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: SUPPORT PROJECT NO. ' — 950Z0 - co edtAAR26-s--;104 4. / M oTG2 H VAT T7 Me.. (r 7 SAT = 10o.4 /73 we AT. 42.5 1� L.AF .. 266 64■70 STUN St ahlc, /e PROJECT 4 I.t>i4L5 /3 - D3 FIG. BY - 2 2) . ki• oT2 CHECKED BY DATE I/ SHEET ' 1 - OF 2 — ArL (-F Lo fatx 11- Cvf,t. t7 IUN M 4 013 36Al2N Serve sa. I °rn3 5 ex-M I6' / TSF AT putr.. -r0 Hl t-1 oI GoMfa2sloN -! MoTocz ke @ 7�9 ° • 24ct 30a 13 5GN1s, LOA T AT 3s,1 PROJECT NO. - - 5D•0 LA1 yu ipm•tT 204 i n t I-4 sE -LS, FACILITY DESIGN SUPPORT P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: PROJECT 4 I.t>i4L5 /3 - D3 FIG. BY - 2 2) . ki• oT2 CHECKED BY DATE I/ SHEET ' 1 - OF 2 — ArL (-F Lo fatx 11- Cvf,t. t7 IUN M 4 013 36Al2N Serve sa. I °rn3 5 ex-M I6' / TSF AT putr.. -r0 Hl t-1 oI GoMfa2sloN -! MoTocz ke @ 7�9 ° • 24ct 30a 13 5GN1s, LOA T AT 3s,1 PROJECT NO. - - 5D•0 LA1 yu ipm•tT 204 i n t I-4 sE -LS, • ryas:W.2 .s;t:.,a'u;xu' r+;&"AVAIMV,WiteNt nk!Z IX.M ,aVt; s^ .uir.1:.:n+rrnmeri:raMeyn .asifmvart}:hM vrainrcRr. tud Yd Y.,» IU Uo be lu PACE Company Direct Expansion Coil Selection Program (Rev. 4.00) -PACE Coil Model Number- 8 8 DX - 31.5 X 56 - _A- 21/ 8 Agency: JOHNSON- BARROW Run By: JM Job Name: BOEING 13 -03 Job Description: AIL UNIT Standard Air Flow rate (CFM) Actual Air Flow Fate (CFM) Elevation (Ft) Density Ratio BLOW -Thru Configuration Entering Air Dry Bulb Temp. (F) Entering Air Wet Bulb Temp. (F) Leaving Air Dry Bulb Temp. (F) Leaving Air Wet Bulb Temp. (F) Refrigerant choice R -22 Refreigerant Suction Temp. (F) Total BTU /HR for Each Coil Sensible BTU /HR for Each Coil Total BTU /HR per Feed Coil Face Area (Sq. Ft.) Standard Face Velocity (FPM) Actual Face Velocity (FPM) Rows Required for 8 -FPI Air Pressure Drop @ 8 -FPI (In WG) Number of Tubes Fed (circuits) Number of Passes Refrigerant Pressure Drop (psi) (for NO Split Configuration) Job Number: tx�ixisi•� Specified Capacity 4682 5000 0 0.936 96.0 70.4 50.0 49.0 Date: 25- JAN -96 at 12 :13 PRELIMINARY Total Capacity 4682 5000 0 0.936 96.0 70.4 49.3 48.3 42.0 42.0 338829 317036 234775 238215 161 15097 12.25 12.25 382.2 382.2 408.2 408.2 7.52 8.00 0.72 21 8 1.50 IxC ` C3:sa:i.d:,:,ia3ry:5d• :Y.;�t:Fl f�tF+ 11!> 7! 'v'11Y04d1404010411 r::?d�,�m zgt.zooutt.a.r:e,; 'aesrAt fttrdmi PACE Company Direct Expansion Coil Selection Program (Rev. -PACE Coil Model Number - 8 8 DX - 31.5 X 56 - ._A- 21/ 8 Agency: JOHNSON- BARROW Run By: JM Job Name: BOEING 13 -03 Job Description: MODIFIED AIL Standard Air Flow rate (CFM) Actual Air Flow Fate (CFM) Elevation (Ft) Density Ratio BLOW -Thru Configuration Entering Air Dry Bulb Temp. (F) Entering Air Wet Bulb Temp. (F) Leaving Air Dry Bulb Temp. (F) Leaving Air Wet Bulb Temp. (F) Refrigerant choice R -22 Refreigerant Suction Temp. (F) Total BTU /HR for Each Coil Sensible BTU /HR for Each Coil Total BTU /HR per Feed Coil Face Area (Sq. Ft.) Standard Face Velocity (FPM) Actual Face Velocity (FPM) Rows Required for 8 -FPI Air Pressure Drop Q 8 -FPI (In WG) Number of Tubes Fed (circuits) Number of Passes Refrigerant Pressure Drop (psi) (for NO Split Configuration) Job Number: Specified Capacity 4172 4500 0 0.927 100.4 73.4 50.0 49.0 4.00) Date: 25- JAN -96 at 12:14 PRELIMINARY Total Capacity 4172 4500 0 0.927 100.4 73.4 49.3 48.3 42.0 42.0 341290 332659 229177 232271 16252 15841 12.25 12.25 340.5 340.5 367.3 367.3 7.53 8.00 0.62 21 8 1.66 0 404 Top View View 74" 58` . Unit Drawing: AIL S. flifi, A IL. • - [ 2" Filler-Hillff. Side 6" Houma Fan (Supply) 1/0444 are*. emir, • — PACE --- PUPS v3.1 Printout 01/22/96 17:08:55 Page: 3 r Plenum. f24 " Coil-Cooling (D JLJ 0 a 'd 'Y. 4e MVX)",,IJSMNI200)22MItElticti,WAIM 32" Plenums ,n II 'Fiz .IMINIAQ`f LAS u1P, AM(WtMu'T Loi►AS 5 un t. nA,15211' 1/5 LAS 2. (s' 13o 1E1'55 LAGS 120 TT I I ' DA-1A ray 5A1Z. AP-4A 125 14 1?0 =sv(2.S I. C" 3o f-1t&.f4/ p /50 16 Z w / 7_1✓ FACILITY DESIGN P.O. Box 3707 SUPPORT PROJECT IS e03 4\11/4/Az-I' PROJECT NO. EGA - ° j SA d FIG. BY TA. 144 v1'z. CHECKED BY DATE Mail Stop: 12W. i 0 / 12/c15 110 1-AF5 ,2 (A ZL) AM1IE 41 LOA = 59 715 T3 33 $25 Bi tH $O 'emuN .13 ) 2 45 3 u4-t GT akin To-r t- L <sa- 30 fr tv as, 0 rt 4 !o T, L 15 Tam: Mitt etc) i1. 2 Z Tdrtc Seattle, Washington 98124 -2207 0111 /9s SHEET 1 OF / 1 3.G 2.4 T ons To ks 74$ /08 3ela 24: '41 15 st✓ 431.4444p 440 s � / 7R, 2 871,04 / 41s s1= 318 13- rugs1~ S . . . AILLC ' *LS Page 1 10/12/95 _ AWACS EQUIPMENT LOADS • BUILDING 13-03 LAB: 1 (AIL) AMBIENT LOADS Code Units Description Electrical Cooling Loads Mt <' 1 :r ':... '...,..(V-,..', Watts (ea) Note Nameplate Type BTU/Hr (ea) - 5120 (4) clo nameplate of x (Units) Total BTU/Hr Comment 1500 1 Ambient 70 1 3584 — 1 IBM Term./SSS CRT Table 500 Ambient 1707 100 1 1707 15C 1 JTIDS CL2H Console 4200 2 35A,120v Ambient 14335 70 1_ 10034 29 1 TADIL-A 1000 Ambient 3413 100 1 3413, 30 1 Nav/ESS Sim Table 500 Ambient 1707 100 1 1707 31 1 IBM Commercial Line Print, 1400 Ambient 4778 70 1 3345 34 1 ARS 1500 1 Ambient 5120 70 1 3584 35 1 HRS 1500 1 Ambient 5120 70 1 3584 41 1 Radar Bench 1500 1 Ambient 5120 70 1 3584 42 1 MES 4000 Ambient 13652 70 1 9556 43 1 MES Console - 1200 2 10A,120v Ambient 4096 70 1 2867 44 1 ESM Antenna Rack 960 2 8A,120v Ambient 3276 70 1 2294 45 1 AOCP Sim Bench 960 2 8A,120v Ambient 3276 70 1 2294 46 1 M/M Bench 960 2 8A,120v _ Ambient 3276 70 1 2294 47 1 IBR/Blanking Sim 960 2 8A,120v Ambient 3276 70 1 2294 48 1 GPS 1500 1 Ambient 5120 70 1 3584 51 1 EMS Bench 960 2 8A,120v Ambient 3276 70 1 2294 56 1 SIE Rack 203-12348 3600 2 _ 30A,120v Ambient 12287 70 1 8601 P 2 Power Distrib. Rack 1000 1 Ambient 3413 70 2 4778 E8/E10 1 7100, 3 Ambient 24232 70 1 16963 E33 1 1500 1,3 Ambient 5120 70 1 3584 E36 1 1600 1,3 Ambient 5120 70 1 3584 0 70 0 0 0 70 0 0 SUBTOTAL (This sheet): • 99523 SUBTOTAL (Jhis sheet) w/ 60% simultaneous peak utilization of equipment. 59714 I 1. Assumed value, 2. Nameplate value = amps x volts 3. Assumed ambient cooling is required. 4. Nameplate wattage x 70% peak power derating S . . . AILLC ' *LS Page 1 10/12/95 SSFLr XLS Page 1 10/12/95 ._ _ AWACS EQUIPMENT LOADS BUILDING 13 -03 LAB: 2 (SSF) AMBIENT LOADS Code Units Description Electrical Cooling Loads . ' .. . t �: : r � wcf ' .; � : vxy��� r Watts (ea) Note JNameplate Type BTU /Hr ea ( ll nameplate x Units (Units) Total BTU/Hr Comment 1C 1 Comm. Control Rack 1500 1 Ambient 5120 70 1 3584 6 1 IBM Term. /SSS CRT Table 500 Ambient 1707 100 1 1707 15C 1 JTIDS CL2H Console 4200 2,3 35A,120v Ambient 14335 70 1 10034 29 1 TADIL -A 1000 Ambient 3413 100 1 3413 30 1 Nav /ESS Sim Table 500 1 Ambient 1707 100 1 1707 31 1 IBM Commercial Line Print. 840 ^ 7A,120v Ambient 2867 70 1 2007 56 1 SIE Rack 203 -12348 3600 2 30A,120v Ambient 12287 70 1 8601 P 2 Power Distrib. Rack 1000 1 Ambient 3413 70 2 4778 E8 /E10 1 7100 3 Ambient 24232 70 1 16963 E36 1 15001,3 Ambient 5120 70 1 3584 0 70 0 0 0 70 0 0 0 70 0 0 SUBTOTAL AL (his sheet): - 56376 SUBTOTAL 9T his sheet) w/ 60% simultaneous peak utilization of equipment. 33826 1. Assumed value. 2. Nameplate value = amps x volts 3. Assumed ambient cooling is required. 4. Nameplate wattage x 70% peak power derating _ SSFLr XLS Page 1 10/12/95 I --- -w AWACS EQUIPMENT LOADS BUILDING 13 -03 RTSS LAB: AMBIENT LOADS Code Units - Description °' `° x€ > }; s - , rte, ...4 .... Electrical Cooling Loads Watts ea ( ) Note Name late p Type BTU /Hr (ea) name latex p (Units) Total BTU /Hr Comment 52 1 High Spd Data, Encore 913 1800 2 15A,120v Ambient 6143 70 1 4300 53 1 3287 Mn. Fr., Encore RSX 3000 60A,120v Ambient 10239 100 1 10239 53A 1 Encore RSX Mn. Frame 2880 2 24A,120v Ambient 9829 70 1 6881 53A 1 Encore RSX Mn. Fr. JATF 3000 Ambient 10239 70 1 7167 53B 1 Encore RSX Preperal Rack 2880 2 24A,120v Ambient 9829 70 1 6881 53B 1 Encore RSX P. Rack JATF 3000 Ambient 10239 70 1 7167 54 4 Amiga Con., Encore 8617 600 2 5A,120v Ambient 2048 70 4 5734 54T 3 Sys. Tab. Encore CRT 9220 600 2 5A,120v Ambient 2048 70 3 4300 55 3 MTT Rack, Encore 9399 3600 2 30A,120v Ambient 12287 70 3 25802 57 3 Line Printer, Encore 9237 840 2 7A,120v Ambient 2867 70 3 6021 0 70 0 0 0 70 0 0 0 70 0 0 SUBTOTAL AL (This sheet): 84492 SUBTOTAL (rills sheet) w/ 60% simultaneous peak utilization of equipment. 50695 A L 1. Assumed value. 2. Nameplate value = amps x volts 3. Assumed ambient cooling is required. 4. Name late watta , e x 70% • eak • ower deratin s "; i.7 " 3tZN.�"t.+5 �" 7FSdt ' :rAtadnr *Ss r..�rr .c +wrx®rn+aur+a ....rawwar t eemwar .xa.... RISE' .1S Page 1 10/12/95 AWACS EQUIPMENT LOADS . BUILDING 13-03 JTIDS DATA REDUCTION LAB: AMBIENT LOADS Code Units Description Electrical Cooling Loads � , ` : 'f/. ft ��� . Watts (ea) Note Nameplate Type BTU/Hr (ea) name elate x (Units) Total BTU/Hr Comment 1 Concurrent Computer 6240 1,2 30A,208v -2 Ambient 21297 70 1 14908 1 LP 600 Printer 720 2 6A,120v Ambient 2457 70 1 1720 2 6312 Terminal 480 2 4A,120v Ambient 1638 70 2 2294 0 0 01 0 0 0 0 _ U 0 0 SUBTOTAL AL (This sheet): 18922 SUBTOTAL AL sheet) w/70% simultaneous peak utilization of equipment. 13245 (Thi 1. Assumed value. 2. Nameplate value = amps x volts 3. Assumed ambient cooling is required, 4. Nameplate wattage x 70% peak power derating - - , JTID'; . .S Page 1 10/12/95 Lower Level Equipment List Radar Transmitter / Antenna Equi • ment and JTIDS E • uipment ep °3 I Description Physical (per unit) Electrical (per unit) Mechanical (per unit) LIEU: n ' e. •f' ::. 1.'1 ,_�^.'. .. : . L" W" H" lbs Volts Phase Hertz Ames Watts Rece•tacle CFM T •e BTU Hr Tern. RH ANTENNA EQUIPMENT 12000 A 1 Antenna Manifold 1A1 72 23 35 628 B 1 Phase Shifter Driver Unit 1A2 39 17 27 248 C 1 Microwave Receiver 1A3 25 24 23 116 D 1 Phase Shifter Control Unit 1A4 27 13 45 163 0 1 Thermal Stabilization Unit 1A5 27 20 20 72 P 1 Pressurized Reservoir 1A6 13 13 24 36 E 1 Rotar Joint 2 21 21 56 140 TRANSMITTER EQUIPMENT 148000 G 1 Hi s h Volta! a Transformer 3A I A 1 25 35 45 384 M 1 Overcurrent Monitor 3A1A2 6 4 10 4 F 1 EMI Filter 3A1A3 18 32 16 208 H 1 Hllh Voltage Filter 3A2 21 23 45 463 J 1 Hi•h Voitale Reluiator -Low 3A3 13 13 25 62 I 1 Z • • ' • ! Rt •' • , 3A4 13 13 26 62 Q 1 KI stron -Low Chain 3A5 21 76 28 614 R 1 Ki stron -Hi,h Chain 3A6 21 76 28 614 N 1 alt.jimitej. : , l ' 3A7 24 43 32 268 K 1 Predrlver - Low Chain 3A8 3 13 4 5 • K 1 Predrlver - HI! h Chain 3A9 3 13 4 6 K 1 Transmit Anlle Control 3Al2 13 16 19 69 M 1 Driver - Low Chain 3A13 9 13 21 83 L 1 Driver - HIlh Chain 3A14 9 13 21 83 K 1 RF Sam•le Assembl 3A16 7 14 11 26 U 1 Protection and Control 3A16 10 17 20 66 V 1 Power Distribution Unit 3A17 8 17 19 58 T 1 Solenoid Power Su • •1 3A18 16 23 9 91 S 1 SF-6 Pressurization Control 3A19A1, 13 14 7 40 1 P - •I 58 121 58 238 W 1 Low Volta! a Auxilla 3A23 8 8 16 12 39 1 Wave Guide 125 12 74 X 1 SF6 Service Cart 42 36 48 587 Ambient 6696 Total with XMIT B. Forced 10Ib ml U•uid 100 •sl max Al OEQPT.XLS 10/23/95 Bul ding 13 -03 Equipment • Page 1 Lower Level Equipment List • Radar Transmitter / Antenna Equipment and JTIDS Equipment rpoo IN 1- sIun X Description Physical (per unit) Electrical (per unit) Mechanical (per unit) ' almemweitantimowega L" W' H" lbs Volts Phase Hertz Amps Watts Receptacle CFM Type BTU /Hr Temp RH Draw -Thru 1.6 lb /min JTIDS AREA / 28U 2 US CL 2R'JT 98 Belch 96 36 66 600 120 3 400 _30.,,. ...-.., -: °'" Hubble . �" ?r. -„ :_• .. 60 '302 X500'`"` 12 ...,-.+' 120 -' 3 ""60 400 15 30 Duplex Hubble 28F 1 FR CL 2H JTIDS Bench .�,.... . «pro' "" "'• " z. +4:20,.. 1 60 15 Duplex 28K 1 UK CL.2H JI1DS 8er1c"li .,. "" 60 30 28 500 120 `"'3'• -• , .400 30 Hubble 120 1 60 " "x•`15 Duplex 28S °-1" Stand Alone Control Panel 18 24 56 150 120 1 60 7 Duplex 1 JTIDS CLASS 1 BENCH 120 30 60 700 120 3 400 60 Hubble P► i t4 1' O .5(.( CcC is A10EQPT,XLS 10/23/96 Building 13 -03 Equipment ldrawlrarslab.dnv r 1 Classified Cabinet Unclassified Cabinet SMALL TABLE RESORS LAB 32' Laser Printer 1 2 U) U I C AS PC • CLASSIFIED LASER PRINTER as q g • Y E -3 AWACS System Test Operations I epo3 spin Description litazscrams Physical (per unit) Electrical (per unit) Mechanical (per unit) iii * i MIMMIR IISMINP11 L" W' H" lbs Volts Phase Hertz Amps Watts Receptacle CFM Type BTU /Hr Temp RH a, 3 PC Units 20 16 6 30 117 60' 3 350 _ine Suppressor Ambient 156 32 -95 20-80 o 3 PC Monitors 15 15 16 10 117 60 8 940 t ine Suppressor Ambient . 1 MlcroVax Mainframe 20 7 24 40 117 60 8 940 3 Pron, Ambient m 2 VT230s 15 15 16 10 117 60 3 350 3 Prong Ambient 59 -95 20-80 — 1 Laser Printer 30 21 16 60 117 60 9.4 1100 _he Suppressor Ambient 41- 104 20-90 1 SI Trl- Density Tape Drive 40 25 60 200 117 3 60 3 Prong m 4 Work Desks 30 60 29 75 2 Classified Safes 28 15 66 300 .. 3 Book Shelves 12 30 56 25 1 Tape Rack 16 75 72 40 v, 1 Phone 9 6 5 5 Phone Jack o: 3 Cabinets 18 36 78 25 O 4 Tables 30 60 26 25 v, 4 Cubicle Partitions 72 2 60 20 w 5 Office Chairs 25 23 37 20 o: 1 End Table 30 15 29 15 V EOLIST.XI.S 10/20/95 Building 13 -03 Equipment E -3 AWACS System Test Operations I epo —o situn Description Physical (per unit) Electrical (per unit) Mechanical (per unit) iiiiiMEMNIMIIIIIMMINI L" W H" lbs Volts Phase Hertz Amps Watts Receptacle CFM Type BTU /Hr Temp RH JTIDS DATA REDUCTION Ambient Concurrent 3212 Computer 48 34 60 600 208 1 60 30 Ambient Terminal Concurrent 6312 14 13 14 40 115 1 60 1 Ambient Terminal Concurrent 6312+ 14 13 14 40 116 1 60 1 Ambient Printer L (CP 30 36 43 160 116 1 60 1 Ambient Doich Recorder /Reproducer 16 8 10 30 116 1 60 275 Ambient Kennedy 9400 Tape Drive 23 34 38 160 116 1 60 8 Ambient UV -PROM Programmer 16 22 20 76 115 1 60 600 Ambient UV -PROM Eraser PC -2200A 20 17 9 76 116 1 60 3.5 Ambient HP 45946C PC 17 16 7 60 116 1 60 4.05 Ambient Monitor HP D1182A 14 15 12 40 116 1 60 1 Ambient EQLIST.XLS 10/20/96 Building 13 -03 Equipment 4. • 4 • = 11Ovpwr rece•tacle • 1 :ab `� UAL -E i bRS -j're c r 5 fp i t nkors Shop Admin. OCT 2 3 1995 WO r i r ABTES — J �5u�a Brea Are Lockers 1 YEW- i WR REQ'S 30A/ 115V Receiving Area 8'Rollup door DCA COMP __DOUBLE DOORS DESK D.C.A./ PROJECT A lC7)t6 1 FIG. BY `D. 14 Tga.MIIJ,is% 3.$kw ,42 = WOOED FACILITY DESIGN P.O. Box 3707 SUPPORT CHECKED BY DATE I I /Wq SHEET T - . _ OF 7- m s' 7<-194&s -- 5c/A t pAn:° &-C N..#-r L. /'OS L4r, 7 - —34- ) G L (1 /655 5-e. u 1 �-�M1': ,L1T H Ar' L.o? 05 1 (gA, 7 -M Mail Stop: PROJECT NO. l'lj " ci5o4e) 141.‘.i 3 413 S'itc f t f Ict,,, 2.7 cz , 11 H N Grr T Mi 4 Al,. 44 - V (.41,.' 3,$ Kw cA H 'i3E. 0,4 N ALLsTa b Fizom 5 PM-E. 5v TNKf ?NE lZVOM "POESNT S EE T44 I.OAL� , Seattle, Washington 98124 -2207 &^+?a ^r4;s4rc;t tcx3v+rzrd vef.N�+i.4:YK .','7 - tsixeirt3xtn. 17' aia, rc: ?qk "ttX : , �.Y,'�'i'.1,Y,krt'fi'7!' .J^ rr3i7: 1a, '.S'�+ �• r 1 • To: 7- 6684 - 9520 -34 November 6, 1995 9520 -34 CAH 11/06/95 B. Bailey 3F -65 R. Cheung 4H -29 S. Cruse 3U -EC J. DeLange 17 -HU L. Dickson 46 -90 J. Su 17 -HU Subject: JTIDS shielded room requirements for AWACS Labs in the 1303 Building The JTIDS Class 1 and 2H terminals will be located in the basement of the 1303 building in two (J1'll)S) labs. One JTIDS lab will contain two Class 2H terminals on test benches and the other JTIDS lab will contain two Class 2 H terminals and one Class 1 terminal. Terminals operating in one of the JTIDS labs will be subject to multi path interference from RF leakage, emanating from the terminals in the other JTIDS lab, unless these JTIDS installations are separated by at least 100 feet or adequately screened from each other. This problem may be remedied by locating the JTIDS equipment in one of the labs in a shielded room meeting the following requirements: Shielded Room Attenuation The shielded room shall provide 60 dB attenuation at the JTIDS operating frequencies of 1200 MHz with the door closed and with all necessary penetrations for RF cables, data cables, primary power, telephone and ventilation in place. Grounding: The shielded room shall be grounded to earth ground. A single point ground stud shall be provided for attaching equipment ground straps. Ventilation: The shielded room shall be equipped with conditioned air for personal and equipment cooling. Cooling air for the equipment is drawn from the room and exhausted into the room by blowers built into the bench assemblies. Each terminal will dissipate approximately 3.8 KW (including the Control Monitor Set). There will be three terminals in the shielded room and two in the unshielded room. The volume of air shall be sufficient to maintain a maximum room temperature of 75 degrees F while operating two terminals concurrently in each room, plus test equipment totaling 600 watts, plus two people. (The exhaust output of each bench may be ducted outside the screened room.) 1 r.' ;5f ar.-1KYrlTl.:.*4r;sA);ct?is C12, ,rd.157.4a!sgir.g4!:ye Cable type 28830/4B Coax Cable Semirigid Multiple shielded pairs Multiple shielded pairs Multiple shielded pairs MIL - STD -1553 Bus MIL - STD -1553 Bus Multiple shielded pairs Multiple shielded pairs 9520 -34 CAH 11/06/95 . 2.11 tks,!r1 =a, ruvra+.rawMSfttrr,+r . . an ah? aft kom5:7 m3; 'C'adc 'nalacI%rlet?aiarazity EMI Shielding of Ventilation Openings: The shielded room shall be furnished with honeycomb panels having cell sizes of 1/8 inch wide by 1/2 inch deep, cadmium plated and meeting the test requirements of MIL -STD 285 for all ventilation ports. EMI Filters for Prime Power The shielded room shall be furnished with EMI filters providing a minimum of 60 dB attenuation over a frequency range of 14 kHz to 10 GHz for prime power of 120 volts three phase 400 Hz and for 120 volts 60 Hz single phase. Power Factor Correction Networks will be required for the 400 Hz power filters. Primary Power Requirements (M DS Bench): Each bench installation requires one outlet with 120 Volts 400 Hz , 3 Phase, four wire center grounded 4200 watts average (including the Control Monitor Set) while transmitting standard double pulse messages at 100% slot duty cycle. The 400 Hz power shall meet the requirements of MIL -STD 704. Each bench also requires one outlet with 120 Volts 60•Hz single phase 20 amps for the blower motor and convenience outlets on the bench. All outlets to be mounted on the wall. There will be three terminal installations in the shielded room and two installations in the unshielded room. Additional 60 Hz power should be provided to other convenience outlets. EMI filter required. Data Cable Requirements: The shielded room shall provide ports for the following cable penetrations: Each cable will be furnished with an overall shield which shall be grounded to the shielded room at the point of penetration. EMI filtering of these cables is not required. Data type RF signal CPS to IU Discretes CDU to IU Discretes SLCU to IU Serial Data CDU to IU Serial Data NCS /GPS to IU SDU fill data SLCU to IU 1 Audio & Discretes ADS to IU 2 Number of cables 2 1 1 1 2 2 Telephone: A single line telephone is required in the shielded room. An EMI filter is required at the penetration to the shielded room. Charles Heurtley, 657 -5158 /2Z A t5N►s t.( '1%2A145M. r&e ?oe, ■ sl ' 11- uTi01.4 Ve1 ri LA'TI FACILITY DESIGN SUPPORT P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: PROJECT AVUQt..e., I 3 -0' FIG. BY CHECKED BY DATE II/IS SHEET � OF 1, � V c ( I - srZ Q, k bl? ›sc.avc,s.O toss R144 oeMAt -. a4..no4 S. SF6 : <G. = S.105 DE T4 e 1ovr = .3$2 (L/ .� M ot et.. t2 tt WK = l4C,oC 'TWA = l o 0o ? p w` Tc rAL (,SAS AVAILd'SL5 (I) 4 5I~6 600 -FsK C. 7Z,t-m 0P NovaNtawis c.vtTH SAY 'P�r'.so�!►� E c,., l.vss = 5 lb s oI.wa.t.TIOµ = 5 U./.(.4 ,c (e4, f 4 ,c I L 3.5 x Io (to/,,,,,;, 41• (U x l0 3 -c-4- mss .382_ (1/ .RS l z/n � r .0.114, - VOW 1 �A k 22 "` rr� . , 2 -5 C'-tf I/P, r4.4e G i = ro . a- evne (c 41 Q:A Ga� IdCOVFMZ 1, ovq, ace:, 7. ,( )1la 3 44 w, I 't 10. PROJECT NO. tGA -- 95oaa - rwA = logo ppw". I ,c 10 -5 9,2 44 � ' 1Mi►, 7+�1 'J,°rJ.,', :P'. iMI`'1` ' N[ A Y:1 ,h 123 PROJECT At)(A -- 1 3 -b3 FIG. BY ri". V CHECKED BY DATE I I ( )s SHEET Z OF z C e = q 7- = 4 -r+y,v,„ PA--Tbrz s A 'f 5 i F., = c 7 = 13 e 40/14111e% - ---+o- 5A Y I5o �H Ar mir + o1 4 Tb -rti Acove 1) • 2 1 w/ A l_A2M TaoczkA (co To itEL,t... /114.(4/ ► 2 ) PruNt SoL.Ct.&ot'17. ate 1 11lsttiLRAG. To 4 o LOSS 0 ra45s - seat (Gv To H vT At -42-AA , PROJECT NO. EGA g5o60 Neer /24 FACILITY DESIGN SUPPORT P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: PROJECT At)(A -- 1 3 -b3 FIG. BY ri". V CHECKED BY DATE I I ( )s SHEET Z OF z C e = q 7- = 4 -r+y,v,„ PA--Tbrz s A 'f 5 i F., = c 7 = 13 e 40/14111e% - ---+o- 5A Y I5o �H Ar mir + o1 4 Tb -rti Acove 1) • 2 1 w/ A l_A2M TaoczkA (co To itEL,t... /114.(4/ ► 2 ) PruNt SoL.Ct.&ot'17. ate 1 11lsttiLRAG. To 4 o LOSS 0 ra45s - seat (Gv To H vT At -42-AA , PROJECT NO. EGA g5o60 Neer /24 -S.. PROJECT (,V�IZS FIG. BY A4E-e (Ahl I GA 1— c ?-4x,M VE4 - Yt LAT tot /3 -03 Alra C%' 54cc> GfM EiVatir 134 ter.? 'i3'TU f{ 4. SUPPORT CN. V Ntr{ 1.-Krl V*4 CeC':t f - e. FACILITY DESIGN P.O. Box 3707 2'2..5 • p' 1 21"Nv\, 4 `a Go4.4P2-6 sv2 tg7Ate4. Wvt. ' I( 1Y2 -#= Tue 5t"': w:0= l lv f413r0 010.) 0.K.0 L.. 12ex,An l[Gt.,LT A 'f < co i ARC :; V.-1<T 4 wtr <AA4 -t- f� - s t.14 t4 n-‘r. N 14 H . 7i4 At.( rt{ t A At VA U -te-s) Seattle, Washington 98124 -2207 Mail Stop: PROJECT NO. Z€4 - 1■4 CHECKED BY DATE SHEET / OF / 1 25 PROJECT BY '7= • ti i T o 17'5 , '7 = 1 2 - 2 • 5 !% • a,3 CHECKED BY DATE SHEET 1 OF J 4.3s sP• f ot PROJECT NO. �-A gs Za k I- s AIW.1 4e'; /7 42.. 1— il,o 3v N L-. 2 G.v /16 FACILITY DESIGN SUPPORT P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: PROJECT BY '7= • ti i T o 17'5 , '7 = 1 2 - 2 • 5 !% • a,3 CHECKED BY DATE SHEET 1 OF J 4.3s sP• f ot PROJECT NO. �-A gs Za k I- s AIW.1 4e'; /7 42.. 1— il,o 3v N L-. 2 G.v /16 '17-t %A A, FACILITY DESIGN P.O. Box 3707 SUPPORT Seattle, Washington 98124 -2207 Mail Stop: PROJECT AWAzs L. -o FIG. BY • Y- +•vra.- CHECKED BY DATE SHEET 1 OF Lc�u�(�I11 nlr tpQ - c Ai Lau_v Use.. E L_ f✓ 6'5'7 A s T ti E 13A s Ls ewe- 4. 4 5x. ) t: C.' Gl*M M-r % 4 100 PPM t4ALA. ; 1 500 F9'Jv\ V „¢ _ F 'PO /We: A. x .41” = 5,3$ s f• 460e) 3 Sp 15ov 2 4 H ): 4/'_ - 3. (4 s F PROJECT NO. 'De-A -1.5274z 42. " %4f" ^ 6.2 •o 64. = 6. t4• j 3.33 sF IS )C) 3o'14-14 4-e = 4,4- sF = 1136 FF A 44 LOUVER MODEL ELF375 AMCA Licensed ELF3750D AMCA Licensed ELF6375 AMCA Licensed ELF6375D AMCA Licensed L375D AMCA Licensed L6375D AMCA Licensed ELF675DD SPECIFICATIONS BLADE MATERIAL . (Nom.) 6063-081" extruded aluminum 6063, .081" extruded aluminum 6063, .125" extruded aluminum 6063, .125" extruded aluminum 18 gage galvanized steel 18 gage galvanized steel 6063, .125" extruded aluminum BLADE STYLE Nondrainable Double Drainable Nondrainable Drainable Drainable . Drainable Double Drainable BLADE ANGLE 37 %* 42'h° 371/2° 3714° 37'k° 37'%° 37:° BLADE CENTERS (Nom.) 3" 3W' 434" 4W' 3W' 434" 5W' FRAME MATERIAL (Nom.) 6063, .081" extruded aluminum 6063, .090" extruded aluminum 6063, .125" extruded aluminum 6063, .125" extruded aluminum 18 gage galvanized steel 18 gage galvanized steel 6063, .125" extruded aluminum FRAME DEPTH 4" 4" 6" 6" 4" 6" 6" BIRD SCREEN Y':' x .051" aluminum 3/4' x .051" aluminum 34" x .051" aluminum 34" x .051" aluminum '/" mesh, 19 gage galvanized steel 'h" mesh, 19 gage galvanized steel 34" x .051" aluminum PERFORMANCE 48" x 48" Unit FREE AREA (Nom.) 49% 52% 47% 51% 50% 55% 49% SO. FT. FREE AREA 7.81 8.43 7.44 8.08 8.01 8.79 7.92 MAXIMUM RECOMMENDED AIR FLOW THROUGH FREE AREA FPM* 920 850 950 1070 975 840 950 AIR FLOW CFM 7185 7165 7068 8646 7810 7383 7524 MAX PRESSURE** DROP IN. W.G. .14 .09 ,16 .12 .11 .08 .15 C> �rr.,t:.• n,1 "rrs st .•s '.:L "z..rv7 y ,.. ,.„ ",HupERFORMANCE `;ERS 1+Yirr... .. r.:,:ti$:,'vt . ;:c, vs. _.. 'i,�',• ;r:. �.; �. c) �;:! �" 'u/.ttld�:�'in'i.W'i3.� «V::IL. +. Low water penetration, low pressure drop, and high free area are provided by Ruskin's High Performance Louvers. Plus, outstanding appearance is coupled with optimum performance for the most demanding, higher velocity intake and exhaust applications. Both galvanized steel and extruded aluminum constructions are available in 4" and 6" frame depths. Ruskin offers nondrainable blade styles as well as drainable blade styles featuring a drain gutter in each blade and down spouts in jambs and mullions. Most models are AMCA licensed with published air performance and water penetration data that bears the AMCA Certified Ratings Seal. SUGGESTED SPECIFICATION Furnish and install Ruskin model (specify model), which shall be (specify type) stationary type or stationary drainable type with a drain gutter in each blade and downspouts in jambs and mullions. Blades shall be contained within a single (specify depth) 4" or 6" frame. Louver construction shall be (specify thickness) 6063 extruded aluminum alloy frame with integral caulking slots or 18 gage galvanized steel frame. Blades shall be (specify thickness and material) 6063 extruded aluminum alloy or 18 gage galvanized steel at 371/2° angle on approximately (specify dimension) centers. (Specify type) screen shall be contained within a removable frame. Louver components (heads, jambs, sills, blades, and mullions) shall be factory assembled by louver manufacturer. Louver sizes too large for shipping shall be built up by contractor from factory assembled louver sections to provide overall size required. Louver design shall incorporate structural supports required to withstand a wind load of (specify loading required). Louver performance data must be submitted for approval prior to fabrication and must demonstrate pressure drop and water penetration equal to or less than Ruskin Model (specify model). Louver shall be finished with (specify paint type) baked enamel or Kynar 500 in color, selected by the architect, from Ruskin standard color chart. • 'Maximum air flows are based on minimal water penetration. "Pressure drop based on recommended air flow through free area. 'w: fPs i�i'i • Yi `�� " I {' i ^ i f Y : ... v r:: w.r.v��SY•f ? %:'w{ fifq +� 2 •'p . BuyLine 3966 /2 $ IG HPE RFORM I:` ELF375 AMCA Licensed Details on these pages are shown at Ye Scale. ELM6375 iYY4d "l7a`„7a <Yt' ?3rYii!SuE:# bS: d 4aYdY.2 afF'!, �Tl�tii 7/ 1 45):72tWk ? 1tR :' ".r;,: 'Y:'.'FLt1:llFC sr ; /,C•• Y'c n aH wo' ELF375DD AMCA Licensed L375D AMCA Licensed ( ELM6375D L 1 ) L745 ELF6375 AMCA Licensed L6375D AMCA Licensed L6745 ,ucuu, nuns Buy Line 3966 ELF6375D AMCA Licensed ELF675DD EL6D375 9 kF:: ^:t'?t,.,.<' • .S�a<!.'.; i.';.... r1�.hZ::'kd�i:'i:': • • RUSKIN® PO BOX 129 STANDARD CONSTRUCTION FRAME 6" deep, 6063T5 extruded aluminum, .125" nominal wall thickness. Caulking slots pro- vided. BLADES 6063T5 extruded aluminum, .125" nominal wall thickness. Blades are positioned at 371/2° angle and spaced on approximately 4 centers. BIRD SCREEN In removable frame, °/," x .051" flattened expanded aluminum. Screen adds approx- imately 1" to louver depth. FINISH Mill. MINIMUM SIZE 12 "w x 12 "h. MAXIMUM SIZE Unlimited. See page 4. L`.`f~i:�4' >.9'ts:t:'�4? �,'.;:: w::' i+:' ktt?. v"^ �w,'}' f7: v" r':`•.,•;! t�'".,!' k�' ssMi:rt�r_3"o".!!f+,'�fv'vii ^. Grandview, Mo. 64030 FRAME CONSTRUCTION 11'1 STANDARD FLANGE (at additional cost) Spec ELF6375. 887 /Reptacos ELF6375.182 Dim. Varies J- Bird Screen Water Stop ts: L';q;SM 4 air FEATURES omco CERTIFIED Rennet! .p.O,.m $u auoGRpn •Unit furnished approx. '/." smaller than given 'opening' dimensions. The ELF6375 offers the following features: • AMCA Certified performance ratings based on testing In accordance with AMCA Stand- ard 500. • Architecturally styled, hidden mullions for attractive appearance. • All aluminum construction for low mainte- nance and high resistance to corrosion. VARIATIONS Design variations available at additional cost include: • A variety of bird and insect screens. • Special finishes (baked acrylic enamel, epoxy, integral color and clear anodize, and others). • Extended sill. • Flanged frame. • Hinged frame. • Security'bars and filter racks. Consult Ruskin for other special requirements. QTY. A' -WIDE SIZE B" -HIGH FRAME VARIATIONS JOB CONTRACTOR LOCATION CRuakin Manufacturing 1987 I C ELF6375 LOUVER PERFORMANCE AND SELECTION .15 i w Z O _ F— C Q N I a - W Z a cc To' W Q O w .025 0 0 Water Penetration 800 900 1000 1100 FREE AREA VELOCITY fpm standard air .075 Ib. /ft Selection Procedure A (Determine maximum air flow — louver size given) Start with louver size' "w x "h Step 1 Use Free Area Guide (on opposite page). to determine Free Area = it 2 Step 2 Multiply Free Area x Free Area Velocity (Do not exceed 950 fpm on intake louver applications). ft 2 x' fpm = cfm Free Area Free Area Velocity Maximum Air Flow Step 3 Check the pressure drop of the selected louver at the given air flow (chart on opposite page). A P at Ipm = in w g Free Area Velocity Pressure Drop Selection Procedure B (Determine louver size — air flow given) Start with desired air flow cfm. Step 1 Determine louver free area by dividing air flow by free area velocity (do not exceed 950 fpm on intake louver application). cfm fpm= ft Air Flow Free Area Velocity Required Louver Free Area Step 2 Select a louver with at least the required louver free area. "w x "h ft. free area fpm free area velocity Step 3 Check the pressure drop of the selected louver at the given air flow (chart on opposite page). A P at ipm = in. w.g. Free Area Velocity Pressure Drop Performance Publication ELF6375•January, 1982 1200 1250 Step 1 Step 2 Step 3 5" Selecting a Louver Air flow velocity through louver free area must be Identified. This free area velocity determines if louver size selected will minimize water penetration (due to weather) and establishes pressure drop due to air flow. Select below the maximum recom- mended free area velocity (950 fpm for the ELF6375 whenever possible to provide a safely Tactor. No louver manufacturer "guarantees that louvers will prevent water penetration under all possible combinations of wind and rain. SELECT FREE AREA VELOCITY: Check Water Penetration Curve AND Pressure Drop Curve for the Louver Model being considered. Pick a Free Area Velocity that gives acceptable water penetration and pressure drop. Water penetration usually need not be considered when selecting exhaust air louvers. DETERMINE LOUVER FREE AREA: Louver tree area is never a constant per- centage throughout all louver sizes. Larger sizes have higher percentage tree area than smaller sizes. Free area percentage also varies from one louver design or model to another. Use the Free Area Table for the Louver model being considered. Free area tables give Louver Free Area In square feel. SELECTION PROCEDURE AND EXAMPLES Example A (Determine maximum air flow — louver size given) Start with louver size' 48 "w x 48 "h Use Free Area Guide (on opposite page). to determine Free Area = 7.44 ft.° Multiply Free Area x Free Area Velocity (Do not exceed 950 fpm on Intake louver applications). 7.44 ft 2 x 950 fp = 7068 cfm Free Area Free Area Velocity Maximum Air Flow Check the pressure drop of the selected louver at the given air flow (chart on opposite page). A P at 950 fpm = .17 in w g Free Area Velocity Pressure Drop Example B (Determine louver size — air flow given) Start with desired air flow 5500 cfm. Step 1 Determine louver free area by dividing air flow by free area velocity (do not exceed 950 fpm on intake louver application). 5500 cfm _ 900 fp = 6.11 ft 2 Air Flow Free Area Velocity Required Louver Free Area Step 2 Select a louver with at least the required louver free area. 48 " x 42 " 6.2 887 ft 2 free area fpm free area velocity (Other selections available — See Free Area Guide page 31 Step 3 Check the pressure drop of the selected louver at the given air flow (chart on opposite page). A Pat 887 fpm = Free Area Velocity .14 Pressure Drop A WORD OF CAUTION Louver performance ratings have come a long way In recent years. AMCA Standard 500 provides a reasonable basis for testing and rating louvers. However there is a growing tendency for louver manufacturers to recommend selection of THEIR louvers at the highest possible air flows. The AMCA Standard 500 test for Water Penetration identifies a range of louver performance that does not carry over rainfall under a specific set of laboratory conditions. This does not guarantee that Mother Nature will not create other conditions in the real world where louvers must operate. Persons with responsibility for design should provide a reasonable safety factor for louver performance BY SELECTING AT SOME POINT BELOW THE MANUFACTURER'S MAXIMUM RECOMMENDED AIR FLOWS. 1�J in. w.g. ,, � f ...,_.. 'iE�_;::_ , " A 3.30 ,1 3.05 Et, 2.79 ielk5 2.60 � � 2.42 C;] 2.17 � 'i .l i 5.41 5.00 4.58 4.26 3.97 3.55 "t� �L:],adi. 7.52 6.94 6.37 5.92 5.51 4.94 fi �n�..�,..�-r., 9.64 8.39 8.15 7.59 7.06 6.32 L 11.7 10.8 9.94 9.25 8.61 7.71 Eli: 13.9 12.8 11.7 10.9 10.2 9.09 ,.._ _ C., L:L' 16.0 14.7 13.5 12.6 11.7 10.5 ,� �:.;iiIi,l,..::. 18.1 16.7 15.3 14.2 13.3 11.9 �..�... 20.2 18.6 17.1 15.9 14.8 13.2 _.c_a 22.3 20.6 18.9 17.6 16.3 14.8 . _ . �*~ - 1, - f 24.4 22.5 20.7 19.2 17.9 16.0 . r . l .. : ..:...:_ls�.::l 26.5 24.5 22.5 20.9 19.4 17.4 ..,.- 28.6 26.4 24.2 22.5 21.0 18.8 �.,,,,,, 30.1 28.4 26.0 24.2 22.5 20.2 _ , - _..., L . J Erg 32.9 30.3 27.8 25.9 24.1 21.6 ��i l ,;.,;1 , �f , , ; rdA EWE Kam im', 1.91 3.13 4.35 5.57 6.79 8.01 9.23 10.5 11.7 12.9 14.1 15.3 16.6 17.8 19.0 " 40; ; MIS 1.79 r 1.54 2.94 4.08 5.23 6.37 7.52 8.67 9,81 11.0 12.1 13.2 14.4 15.5 16.7 17.8 if }i0 2.52 3.50 4.49 5.47 6.45 7.44 8.42 9.40 10.3 11.4 12.4 13.3 14.3 15.3 a iii Rrarm lig 1.28 lEtig 1.04 rt ' I. .91 .65 2.10 2.92 3.74 4.56 5.38 6.20 7.01 7.83 8.65 9.47 10.3 11.1 11.9 12.7 1.70 2.37 3.03 3.70 4,36 5.03 5.69 6,36 7.02 7.69 8.35 9.02 9.68 10.3 ' 1.49 1.07 2.07 1.49 2.65 1.91 3.24 2.32 3.82 2.74 4.40 3.16 4.98 3.58 5.56 3.99 6.14 4.41 6.73 4.83 7.31 5.25 7.89 5.66 8.47 8.08 9.05 6.50 F.<74 rxl Pi O C..I .40 .65 .91 1.16 1.42 1.67 1.93 2.18 2.44 2.69 2.95 3,20 3.46 3.71 3.99 EZ .17 .28 l u1 1't'dl.Y�dQZlLa .40 ;•24; , .51 •a36 - I .62 beg .73 l�61211�61L'li�if .84 .95 1.06 1.17 -- 1.28 191+diamtir 1.39 1.50 � ���� 11 , .61 Q}a'� 1.73 098 Mil �':+"+'a?i I .; •`151':,.`stV ELF6375 FREE AREA GUIDE 1.0 0.9 0.8 0.7 0.8 0.5 0.4 0.3 0.2 0.1 .09 .08 .07 06 .05 .04 03 .02 .01 WIDTH - INCHES Free Area Guide shows free area in square feet for various sizes of ELF6375. RESISTANCE TO AIR FLOW 3 :c5. INTAKE EXHAUST 2 3 4 6 7 8 9 500 1000 FREE AREA VELOCITY fpm (standard air .076 Ib.11t 4 6 a r 6 WATER HMIMIIOII IR •10.0.1•ACI amc4a CERTIFIED RATIfIGS no mOVIIMEM M $ocgno 1 Ruskin Manufacturing Company certifies that the ELF6375 Louvers shown herein are licensed to bear the AMCA Seal. The ratings shown are based on tests made in accordance with AMCA Standard 500 and com• ply with the requirements of the AMCA Certified Ratings Program. The AMCA Certified Ratings Seal applies to air performance and water penetration ratings. ELF6375 LOUVER PERFORMANCE CURVES /32. F -(dam Gt .t tr S t. e..Y IDS FACILITY DESIGN SUPPORT P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: itty.,".''e < >N. Ai.Y'A.�,�{c :h�:T f4�..t XP Y>�t tf;^tl«)iAi 41,K+ihril }Fi'fRlvfiS,iV, E y i;.� /y. PROJECT 1 3- 03 /WAGS fi re-ae . (t-(5t, f��- nnAfLkS kVAG. UN IT SE:, - 11Uri AI 1e i=1_0Lv M M . 0A I t ". 2-ul R is 5,4HAu . 1 4 : : 7 1 Sut°r Fn^ ' - -rugN PAry E : . c-tx71..t kLG, Co l t To TA i Gc POL ..I 1 S Cooi.ir•►t.� ; L. A, At„ �ts - t Cow A I'T10t.{5 3 Yac' AA 1 I' C.C1 44 5 5 °P PROJECT NO. 'UG 5t. FIG. BY 7:). 0 J xr�.__. CHECKED BY DATE I/ Ic / SHEET 1 OF 5 A. Md.C1u,; 1z'P6 cQG7 (v • V ur�t 17) M A21c No.: Ac.1' 6-7 !11 i t ! 1. t11:: C 7 5 1{T. 2 440 3, 24,o e..F41 2, 25o cAA. .2 7 I °tt) 3. 5 " WG .5 W e— ( AA So z, 1 1 Mr3h{ 52:2 tit r3 1-I bl.o 'iD133l 6.2. S • 5 t=va Mo2)i1144 ct>/. -ct ' I r- TG sr s '�u>r t I Ll ; 3070 r1LTE12: $U- t5 e-A4(tT2tr d, - r l w, (Gv4(2M -u iML- 0% 642o4.1 i4i. (-4./ / 00 7d O).4.a M t V 5I� 5tmwr 1=0,4 VSO (a a. riat4T % /owe) ' l2cdN pAl�j . _ ..• .,_aJ. /Vn 1Zovt= fo C O rr 'SEt o� FACILITY DESIGN SUPPORT P.O. Box 3707 Seattle, Washington 98124 -2207 Mail Stop: "J• II 1 ��11?ZA�h 4 /11w� Yw:.:i. PROJECT 13 -03 AwAe- StT FIG. BY CHECKED BY DATE it C)/96 SHEET Z OF 5 142,1 'A' 11,L/94 T. T A - rt v c 0 - 4 AA,. c7w u AnAlzi< No. % A .5 D7 5aeAr (Nie UL( tT C AA? oH.c+ - S Cvol. -lu G, A t iZ {%Lv1.v 44,.l, OA t=wa2 C. *HAus-r Su pPL`' F'Ar.( 1z5-1° (c)-( L A -4 5.* GoI L. 1fd�rFda t,141 5cus. 6001.,0M G, �aT , LAT AMt31 aMT CoNr cri o 4.5 2 O M 3f-' u. GK A7 - : 55 W L. Fit -T62. : w ° C PROJECT NO. e.-A- 95b6 Z0 - 045 (VA /1 -1.-/Gj 5 NT 3 5 vv GFAA I3 � 060 ct_ -ij■ 3 O Lp c{ =M 1 25 4t:' AA ( I 935 - F /,/\ 3, 5 o " W4. • 5 " WC. 4 1, A41 : Si2, M1 H 5 lr - Ft fac, Ha,-044, eG C ro MORN LNG, wA2tiA - KP 12'amAg =6 % T...)O(Ar'✓L . \NA; -c— Cv■.t -S-r, GAS - t✓ie 146.ATI ►� ( - ur 'PU.4r) DX Govt. -044 w/ lvto'Jvo Ec.o,►.wr�.t't62 Vs 5up'LY• V5 ED (0 2 I R L6-1* VA NMS 7.01% .044 tAN I'= C4,4213 Top TJ1 14(246- 5 TZCvAR Tu 12 - 30` z 9 4.4c 'A ' oA ZN i ihr V miklitre.A• A46 MequA`f 'iZ - o45 MARK NO, , AG3 D7 0 y y7 D / FAN •6 , D� ?vetwm Coµ ? i 45 24-• 1.4 - 72- 4,,14 4% 37/ = 3v '— ///' M CPC fzPS 0 10 af.. YP' 53 c4."I 117 Fi�, . . t "l ... 1>X , u►� CAW tS. 0- 72 24 16 At 45 45 10 AV)" 3q = 1 / � r � 9 MA2K. ds 5.7 9Ri " 3 q7" /io /7c tfr, 3 or 5 Z >.?... + 11.11 i ira; L•`s'(" 9 ,YEY ^Y..•..•• rn....................,»..,.......- ,,,..w... r.rxaNtrI arsearn.YAMa nt. Yea . PSYCHROMETRIC CHART C 1960 TM IAN COMPANY. LA CfOSSP. WISCONSIN Borometric Pressure 29.92) Inches of Mercury ILA PO'�, Ai4 1. •A Q2? m 42., .5? :"' 1 , 0 I tiry 3S 71 )( (3,€*&) w� = 132 Df; / G4 ° W EB = 5 +"D(, /50.6 `W3 2s 30 i0 SS s0So.$ 54 10 60 == ==== M1111111MIMalla UM a MA' ____w rI- MI/_r. n a a a i a a w _ r a _ i a r 5' a C 5' - ta a a a C _ w _ w i _ w w - _ w w w - - w w w m . . SO SS 71 62. DRY BULB TEMPERATURE - IS ENTHALPY -Btu per lb. of dry air and associated moisture • II • i /17.1,4 020 0. 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'� �__... iii ... r.m_.. .. r'ia_ 1G,:lSL•ST m i... ammbibie1 ' N C �b�> is L ► ' , i'I)ae-� I ft .� tImm s��.1I� a T. . .. ) .✓,.- w . q .�•1�eA t e w r m h-.r.�ti7_= filgllL'gs��is��i s►al�igs►.��+► e.i_ �..°tis'�a°L.QiI.2i. .-► n_ �,.�_ B.►ar.!t!.►_ \�i. avf�i.aw► ..two_ aG.sBaa_s►a_ 0 I 25 7s ° 70 65 G S5 iS 40 35 . 30 25 70 10 0 SS a " E 50 1 0 45 - 4 1 3S 0.35 0.40 0.45 0.S0 0 S 0.60 0.65 0.70 0.75 0.10 0.1 0.90 0.95 1.00 z OS „roe.1 1 41.A 1.30 1.25 1.70 1.1S 1.10 1 00 9S 090 0 8$a 0100 on 6 070 u, 065 I 0.608 0.55> 0.50 045 0.40 0.35 0.30 0.25 0.20 0.15 0 0 10 ,+ 30 2s W J PSYCHROMETRIC CHART 0 196o Mt IRAN! COMPANY. lA CROSS! WISCONSIN Barometric Pressure 29.921 Inches of Mercury 30 40 6'z • 10 �...RC -. ----a-- -a.-- ∎. -.WM. 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FPvwv To HAPIGE FR-OAA - DRAW.; 1I 44DH F14,u 2ATiot4 ri, PALO v - TI 2c.t) 5uPFLr FAN = Iv3�22Y> PA4,1-1 10 3/22.8 u � ct B R 2 (' 1, °$o) (2 c j i 440) ^ 3s 17.r, 3, D IY U U EAT = 5I,o PP.) / } 62,5 2 WC) U LAT = 54, I�fa/Irv WQ FROM LoAIJ Rw4 20 su•1.16 .n 10 5 pea DRY BULB TEMPERATURE- ENTHALPY- Btu par lb of dry air and associated moisture • • 020 0 S SENSIBLE HEAT RATIO = Os _ OI 20 u 7S ss 45, 4 I 35 so.' 25 20, 10 0 ; 10 IS I• 1 • 3 S 035 0.40 0.4 0 l og 0.65 0.10 45 . c 0.15 2 e .. t 085 0.90 0.95 z 1.00 40 a 6 . 11 1.30 1 1 IIS 110 I OS 100 .95 0.90 0 0.60 0 015 030 j, 065 g 0 .60 oe OSS 030 0.45 0 .40 0,35 0.30 0.25 0 0. 1S 0. /CM WWII 11161.4 kosakwa eck"riL't 3Cr& fs l !Qv'�fJ' viz otA Aw AG'.s t 3 -03 " 1, &( rT MAl244. tt40, AN 11D7 �.. Nt.,4 j .44., fJp . CC l D7 Um IT Gr-:4A -- 504p c P(A TtP = 1,5 MvnCL_ /s rz E M CI '' [.S L - I I ( w/ 16 s P;G e.-<> L... 4 FAN Th'. �� � L. � CaM (31N4 - not.1 FIL 4 M (Kl•c, 13 0?. 1D)t. Co I I_ 12-2-2 11.6 s� fi%acE AYza 10 ?AI.. C.lpAt -ti' = I C7 $ MBA Cif AAc -l1`r = (`J 4,0 fliteJ44 SAT l c r D5 / 6 1,7 4 %05 L, 51,3'b3 / 50° f,�S s -'-m -t Tin IR, 45 p ± a) Cep.m t4sl tT Foe USE. 1..) (TH 11 A6olt 404.(T PTZG -L I M * CIA 2 Y -�- M e...Qunk A►•LeJet-4 INA '(Li tT ST - o 13 • • • 45 u t Sc.u,'flot.1TesAf' : t ToNS C✓ q5 A5su,u 3 su44 -(04 Coss t K Pi'Fa44, (2"I) /38 1:4 W7i.V.CM.lr'.11a."41..zlio 044t1:1V1ira ivt;` CUSTOMER NAME FACILITY DESIGN aiNI:L ?F F JAN 18 '96 05:58PM NORBY COMPANY lab NORBY COMPANY SEQUENCE NUMBERS: 18 & 19 JOB ITEM: AH1D7 INTERNAL AIR PRESSURE DROPS: AIR HANDLER SELECTION McQuay International VERSION 3.55 JOB NAME REP NAME & CITY SALESMAN AWACS 13 -03 BLDG NORBY COMPANY JIM P McQUAY F A N DESIGN EXT. SP. TOTAL BRAKE FAN OUTLET ALTITUDE MODEL SIZE TYPE (ACTUAL) (ACTUAL) SP VEL NO. ACFM INCHES WC INCHES WC HP RPM FPM FT LSL111 STD FC 5040. .50 1.21 1.76 666. 1461. 0. DRAW -THRU UNIT SINGLE ZONE UNIT ARRANGEMENT - HORIZONTAL FAN DISCHARGE - TOP HORIZ. COOLING COIL .59 la,NGULAR FILTER SECTION WITH 35% EFF. FILTERS .08 _NG BOX DAMPER .04 SUM OF INTERNAL STATIC PRESSURE DROP .71 REFER TO AIR HANDLER UNIT CATALOG FOR MAXIMUM COIL DEPTH OF COIL SECTIONS (IN THE DIRECTION OF AIRFLOW). TO OBTAIN RADIATED SOUND POWER AS CALCULATED BY ASHRAE, SUBTRACT 15 dB FROM EACH OCTAVE BAND AND FROM dB A. fy P.2 /4 RUN: 011/12/9 TOTAL SOUND POWER LEVELS AS CALCULATED BY ASHRAE METHOD(REF.10EXP -12 WATTS) OCTAVE BANDS 1 2 3 4 5 6 7 dB A TOTAL PWL 86 82 78 74 67 64 62 75 /.3 9 MS-8 STOMER ,.; LITY SgQUENCE QTY TYPE 144u,,gi Xi a gettivi`iir 'i�Mos 'n`CLrJV 3 om man t f" /o - kisamitt ` ttuil JAN 18 '96 06 :00PM NORBY COMPANY 1 5EN 10 ARI CERTIFIED NAME DESIGN NUMBER: 18 JOB NAME COIL DIMENSIONS FIN ROW FH FL IN IN < - -- ENTERING CONDITIONS - - -> A -FLOW EDB EWB SUCTION ACFM F F TEMP F FINS & ROWS SPEC ir 5EN1004C 167344. 158000. 479. ..DARD FIN AND STANDARD TUBE. EVAPORATOR COIL SELECTIONS NORBY COMPANY AWACS 13 -03 BLDG NORBY COMPANY JOB ITEM:IARTD11 INPUT DATA FA CIRCTS FT 4 30.0 50.5 10.5 10 COIL MODEL TOTAL SENS FV LDB LWB BTUH BTUH FPM F F REP NAME & CITY < - - -- LEAVING CONDITIONS - - - -> LDB LWB TOTAL SENSIBLE F F BTUH BTUH 5040. 80.0 62.0 40.6 51.3 50.0 160000.0 156000.0 OUTPUT DATA P. 3/4 McQuay International 51.3 50.1 .59 710 12 1 -1.63 1 -1.13 SALESMAN JIM P RUN: 011/12/9 < - - -- AIR HANDLER - - - -> MAX FV AHU SECTION FPM SIZE SIZE 111 LA < - -- MISC - - -> REFR ALTI TYPE FT R -22 0 VERSION 3.55 APD CODE SUCTION LIQUID IN 18 19 CONN CONN CONN 'TZ <p l vi.• -:u ar_..v :o:dr.. r.+u: ;• ?W;?A!;VF :'ti'7tv /r�cl:a u ]x`] „• w:wM:zsx•�n+�n » Y: • n: vun+ unm. .nr. 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(t n� ! i tiM i IIi�ul I . !.1 1 liii IE 01 iiiIOI HI i � 111111111 111#111::1:: -� It�� f 0i)fl II ���� 1 � 1 �I Ill�. Illlll III i II II III 11h1ih II IIII� I11111iE � 111 t ,+ Il 111!lIIIl1 Illlllllll1111I i i'+� 111 f I I111111 1 1 11111 #11111111111: #11##11;#111111 111111 1 32 34 36 38 40 42 44 SATURATED SUCTION TEMPERATURE (° F) 46 48 • 50 PIN 44 1 Onlnluu fl�li zx� c;sty' % �;...: ' ^ °.; 'iJ':r? w�:'r'i `!.: : L'; :; > ;- iv s>ye w p_ng r i n!Y} :VI , ; Engineering guide specifications AL:P•013C thru 021C V Furnish and install as shown on plans, *Quay SEA8ONCON air cooled condensing unit(s), model ALP- . The unit(s) shall have a capacity of tans of refrigeration at °F saturated suction temperature when operating in °F ambient air, The unit shall operate on volts, hertz, 3 phase electrical service. Total unit power consumption shall not exceed KW. Total unit EER including compressor, fan motors, and controls shall be at least at the design operating conditions, The unit shall have a single refrigerant circuit. The condensing unit shall be completely factory assembled on a rugged steel channel base and be Individually performance tested at full and part load conditions. The unit shall be leak tested and shipped with a holding charge for Refrigerant 22. .Construction and ratings shall be in accordance with latest ARI Standard 520 and shall comply with ANSUASHRAE 15 Safety Code, National Electrical Code, CSA and ETL. CABINET -- Unit casing and all structural members shall be fabricated of continuous galvanized steel and galvanized steel channel. Exterior casing shall be phosphatized and painted with a beige urethane finish. COMPRESSOR — Compressor shall be sealed hermetic, reciprocating type with discharge service valve, oil crankcase heater, and suction strainer. Compressor shall have force feed lubrication system with reversible oil pump and operating oil charge. Compressor motor shall be refrigerant gas cooled, high torque, hermetic Induction type, 3500 RPM with Inherent thermal pro- tection In all three phases. Compressor shall be mounted on vibration isolators to minimize noise and vibration transmission. CONDENSER COILS — The condenser coils shall be constructed of 3 4" 0.0. seamless copper tubes mechanically expanded Into plate type aluminum fins. The fins shall have full drawn collars to completely cover the copper tube and protect against atmospheric corrosion. A subcoaling coil shall be an integral part of the main condenser coll. The condenser coil shall have a total face area of sq. ft. CONDENSER FANS AND MOTORS — Condenser fans shall be propeller type arranged for vertical air discharge and shall be individually driven by direct drive fan motors. Fan blades shall be steel with a black paint finish or unpainted aluminum. Each fan shall be protected by a heavy -gauge fan guard. Condenser fan motors shall be 1-phase, direct drive, 1140 RPM, open drip -proof type positioned within the unit cabinet for weather protection, CONTROLS -- Field power connection, control Interlock terminals and unit control system shall be centrally located in a weather- proof enclosure, A sheetmetal barrier shall protect service personnel against accidental contact with line voltage components. Power and starting components shall include factory fusing of fan motors and control circuit, starting contactors including in• dlvlduai contactors for each fan motor, solid-state compressor sequence start timer, solid-state compressor overload protection in all three phases, inherent condenser fan motor overload protection, and unit power terminal block(s) for field connection to remote disconnect switch(es). Safety and operating controls shall include unit control stop switch, recycling pumpdown control, high and low pressure swit- ches and fan cycling controls. Terminals shall be provided for field connection of 230 volt power supply to the control circuit. Unit controls shall provide recycling pumpdown protection at all times, Including tlmeclock system shutdowns on nights and weekends. LOW AND HIGH AMBIENT OPERATION — Units shall be provided with automatic head pressure control to permit satisfactory operation at ambient air temperatures down to °F by cycling condenser fans in response to refrigerant head pressure and ambient air temperature, Optional: Solid-state fan speed control shall be added to the last fan to provide satisfactory unit operation In ambient temperatures down to °F. Unit shall be rated for operation at ambient air temperatures up to 120°F. REFRIGERANT PIPING -- The refrigerant circuit shall Include a hot gas muffler, a manual liquid line shutoff valve with charg- ing connection, purge valve, and 450 psig relief valve (ALP-0210 only). /42— • • CITY OF Department of Community Development Building Division-Permit Center 6300 Southcenter Boulevard, Tukwila, WA 98188 Telephone: (206) 431-3670 REVISION SUBMITTAL DATE: /D/...30/9 PLAN CHECK/PERMIT NUMBER: - .'C) PROJECT NAME: oi-e--(4 PROJECT ADDRESS: CONTACT PERSON: PHONE: REVISION SUMMARY: p72-€A-J 4/e Zr-e- , , m.11 SHEET NUMBER(S) /7 / "Cloud" or highlight all areas of revisl and date revisions. SUBMITTED TO: nc WOO vi • - r ‘ fl$38 RECEIVED CITY OF TUKWILA 0 6 1996 PERMIT CENTER 3/19/96 October 29,1996 G- 8922- DEK-96 -074 To: cc: Subject: 422 � � I SMKOPRS,000 • Terry Bennett Stan Cruse Kevin Rambaldini Dave Klo z Facility Design Support 4- 7130•, 3U -EC, 657 -6889 .'•Y ilt %'� MIS 46 -87 M/S 3U -EC m/s 49 -29 AWACS Building 13-03 Project Number DCA -95060 Building Permit No. M960100 Request for Waiver of Requirement for Smoke Dampers Please forward the following information to the City of Tukwila Building Division, 6300 Southcenter Blvd., #100, Tukwila, WA 98188, to the attention of Mr. G. Schenk, Building Inspector: • The following is submitted in regards to your recent inspection No. 4, Permit No. M960100, for the subject project, and our telephone conversation of 10- 21 -96: Ductwork penetrates the "floor" between the first floor ceiling space and the second floor raised floor space between column lines "4" & "5" and "C" & "D" (see attached plan). The five subject ducts constitute two systems which will serve enclosed electronic equipment racks in the AIL and Modular AIL areas. Your inspection report indicated that in accordance with UBC, 1994, Para. 713.10 and 713.1] combination smoke and fire dampers would be required at these penetratio We are requesting a waiver of the requirement for smoke dampers, These duct systems are closed systems, and do not communicate with the occupied space. The hard supply ducts and return air ducts are 20 GA. galvanized steel which connect to the lab equipment via a composition wire and fiberglass reinforced rubber coated flex hose. This is a heavy duty industrial grade flexible hose rated at 4 psig maximum internal pressure. The equipment racks, which vary in configuration, are enclosed in steel cabinets, 14 to 16 GA., with gasketed access panels. The equipment racks, as well as the connecting ductwork, as designed to withstand 12" water column (WC) pressure, (HVAC systems are usually less than 6" WC, and even high pressure comfort HVAC systems do not normally exceed 10 "WC ".) In addition to the above, the air handling units serving these systems have smoke detectors located downstream of the supply fans which will shut down the units upon detection of smoke. If there are any questions concerning the above issues please call, N P P ORHOvE.p AP N / 6 1996 RUIL INDIVISION RECEIVED CITY OF TUKWIIA NOV O 6 1996 oeom*rr CENTER r•. r. ♦• . , ...fi; a =Y t r.. .1:•y L st.•1•t ;H •• r:!;;..• .••....v.• • • ✓1 I. r.u. . a •. .r • • Boeing Information & Support Services Facilities & Technical Support Services Facility Design Support .'u °'V * M- c v, "j NVI rt i p a. r `r' °L.t . %`� ii �,r 11-t 4 . art' n cY�t M: x u.`.�ixN.G• Lti , 9- ,10 -29 13:51 1 469 P.01/06 • u» • cr J'l I;ir • , a1 }:e. »�':'t : .''�,i. ...'M•. r:• • ' :04 '1? FACSIMILE LEAD SHEET DATE: /1, , 1996 NUMBER OF PAGES: Lead Plus 5 Pages TO: , , T es' artit t 1 COMPANY: LOCATION: TELEPHONE NO.: 544.- 2915 FAX NUMBER: 544- 2.55• FROM: D. KLOTZ COMPANY: BOEING ISS (FD$) LOCATION :. 7 -81 -11. B ldp. M / -E REMARKS: TELEPHONE NO.: (206) 657 -6889 FAX NUMBER: (206) 657 -6770 FAXLDSHT,DOC W19196 ul lYO APPROVED •t OV 6 1996 r + v IvJ ++-u R II.�NGDIV 'RECEIVE P UKWILA CITY t40V 0 6 1996 P ERMIT CENTER TABULATION OF SUFFIX NUMB RS TO BE ADDF() TO THIRD DASH NUMBER Of EI1A1ING TEMP D€QREE F MAX NEGATIVE PRESSURE 4,5 330 . .,..� (GRADE E) MAX INTERN . 4 (GRADE B) 12 (GRADE C) 20 (GRADE D) PRESSURE PSI D LEAKAGE .005 CLASS 1 .01 CLASS 2 .006 CLASS 1 .01 CLASS 2 .005 CLASS 1 .01 CLASS 2 .01 CLASS 2 .05 CLASS 3 II 1::› 160 (TYPE I) 300 (TYPE' II) 500 (TYPE III) 1 11 21 2 12 22 3 13 23 4 14 24 5 15 26 6 16 20 7 17 27 6 18 28 < '•i' : Y�ii]ii ".�` �.`�i ciu �l �. <:av " ` r .. :. 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I • .71,,;;;;,.. . u—. e=em =3=1= 4•112 rarr•dig r.•• _ _ ' -1:411111111 el; I il rAak:1 11 "'no ll'L? • 111 I HT:, Ito .1 ilk It ..,41 HUME 110k 11 • I '11110, =.n=lc - n=u-I• ====.==7. e1111 0 0 • T r."'"'"77777.777.----Tr r---- --- • • • , ^ • • - • 7 • ^ • - • - • •••••••.:: • •;...•••••; • +`i;, - .'`1 ,7Pr:. - "- ripgwr +�'�£ } ap.�•. r L...•.: ai.:...t, :, v`47! +.,.. ,N rt.. .fiY?;. r,:i7:7.: itiX ?ri4.ti hxrl:9 2a:sLA'4rf ag Mvv t... . %.; tt `Tr, "?z, +a..��� , r�,nd'� , rc,�.�Yr+. Dear Sir: City of Tukwila Fire Department Fire Department Review Control #M96 -0100 (512) August 6, 1996 Re: Boeing Company Building #13 -03 - 10000 East Marginal Way South The attached set of building plans have been reviewed by The Fire Prevention Bureau and are acceptable with the following concerns: 1. H.V.A.C. units rated at greater than 2,000 cfm require auto - shutdown devices. These devices shall be separately zoned in the alarm panel and local U.L. central station supervision is required. (City Ordinance #1742) H.V.A.C. systems supplying air in excess of 2,000 cubic feet per minute to enclosed spaces within buildings shall be equipped with an automatic shutoff. Automatic shutoff shall be accomplished by interrupting the power source of the air - moving equipment upon detection of smoke in the main supply -air duct served by such equipment. Smoke detectors shall be labeled by an approved agency for air -duct installation and shall be installed in accordance with the manufacturer's installation instructions. (UMC 608) Local U.L. central station supervision is required. (City Ordinance #1742) Remote indicator lights- are required on all, above ceiling smoke detectors. (City Ordinance #1742) All new fire alarm systems or modifications to existing systems shall have the written approval of The Tukwila Fire Prevention Bureau. No work shall commence until a fire department permit has been John W. Rants, Mayor Thomas P. Keefe, Fire Chief Headquarters Station: 444 Andover Park East • Tukwila, Washington 98188 • Phone: (206) 5754404 • Fax (206) 57544139 Yours truly, cc: TFD file ncd City of Tukwila Fire Department Page number 2 obtained. (City Ordinance #1742) (UFC 1001.3) Call the Tukwila Fire Department at 575 -4407 for approval of any system shut down. Have job site address, name and the Tukwila Fire Department Job Number available to confirm shut down approval. (City Ordinance #1742) 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. 5 /<9. The Tukwila Fire Prevention Bureau John W. Rants, Mayor Thomas P. Keefe, Fire Chief Headquarters Station: 444 Andover Park East • Tukwila, Washington 98188 • Phone: (206) 57$'4404 • Fvr (206) 57.44139 July 31, 1996 Dear Mr. Sears: Sincerely, Kelcie J. Peterson Permit Coordinator M96- 0100,. City of Tukwila Mr. Kory Sears Holaday- Parks, Inc. 4600 South 134th Place Seattle, Washington 98168 ---6e.&tzgc-atme507-7 .te SUBJECT: Development Permit Application Number M96 -0100 Boeing #13 -03 10000 East Marginal Wy S fnr .t ?T,:�� >?F.7ik:r.1.? FILE COPS John W. Rants, Mayor Department of Community Development Steve Lancaster, Director } This letter is to inform you that your permit application received at the City of Tukwila Permit Center on July 29, 1996, was reviewed at the July 30, 1996, plan review meeting. Your application was determined to be complete. Your permit has begun the plan review process, you will be notified of any corrections or when your plan is approved. If you have any concerns or questions please contact me at the City of Tukwila Permit Center at (206) 431 -3672. 6300 Southcenter Boulevard, Suite #100 • Tukwila, Washington 98188 • (206) 4313670 • Fax (206) 4313665 JOIST j r' . 4 1. ='...--',:.:.....0 • , . ... EFFECT), VF;.:iDA,TE': ., ..„...,-.:..• , • ..::. ,:'. ..........,; :......,......i.,",: 01421(83 . :;..,..•:,...:•-. • i-i., *., 1 • ..• . .. . .. 'b.. ;.-REG's7rfftnIV.. N.1 ,,.....i.-......... .... :.e:; " . . VE''D TC E.F.ECY.1.3 . , . 34: —,'.• ,.,,. z (ii . / . "1ig . : ...: .. . 0: ....;',. -..,:,.. •• :.. .47 '31 • = • tOr:re *ROA VIA' V.. •,. ' • . • . DEPARTMENT OF LABOR AND INDUSTRIES lit! 11 THIS CERTIFIES THAT THE PERSON NAMED HE'aEON IS REGISTERED AS PROVIDED BY LAW AS A PR • • . . i+OLA D P-O BOX 69208 . 'I. • ••• • yo. •••. SEATTLE WA REGISTERED AS PROVIDED OY OW AS A,- •••—• • • •• • • • • ••' • -••• !',CONST •i CC T • • • , :•••••!. F. .0.. BOX :BlEb.E. •• .• • 'SEATTLE 'WA• 1 6 SI�NATURE ISSUE DEPARTMENT OF LABOR AND INDUSTRIES . • . • , • • • . t STATE OF WASHINGTON , r • 4 ••;„. . " F625-052-000 (1.921 $: L I L1 I'I GENERAL SYMBOL SLOPE — 7 1 / I f EXIST —b NEW , POC. DESCRIPTION BREAK IN PIPE CROSSING LINES, NO CONNECTION DIRECTION OF FLOW DIRECTION OF SLOPE, DOWN EQUIPMENT MARK NUMBER EXISTING WORK EXISTING TO BE REMOVED HIDDEN OR BELOW GRADE IN -LINE RECIRCULATING PUMP INSULATED PIPE INSULATED PIPE WITH ELECTRIC HEAT TRACING NEW WORK POINT OF CONNECTION PUMP FIXTURES SYMBOL ORD (OFD) DESCRIPTION CIRCULAR WASHFOUNTAIN SEMI - CIRCULAR. WASHFOUNTAIN 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 i 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 Co O Ft) FOX a FD OOWR —�ICO DE SCRIPTION 1/4 BEND CLEAN OUT, EXPOSED CLEAN OUT, FLOOR CLEAN OUT, WALL FUNNEL FLOOR DRAIN FUNNEL DRAIN FLOOR DRAIN 0 ES FLOOR SINK LATERAL TRENCH DRAIN WASTE. RECEPTOR, ROOF WYE AND /8 BEND, SHOWN WITH CLEAN OUT REMSION A ISSUE FOR COPNSTRUCTION APPROVED .DATE MC DK CL CA", 3.14'96 PIPE IDENTIFICATION SYMBOL - A- - AR- -AW- - C- -CD- -CF- - CHWR- -CHWS- -CLD- - CLWR- - CLWS -- - CRV- -CRW- - CTFR- - CTFS- - CTWR- -ETWS- - CW - DI- - DW- -F- -FH- - FOR- - FOS- - FOV-- - G- - GN - HGD- - HPC- - HPR- - HPS- - HPW - - HPWC- - HW- HWC- - HWR -HWS- -IA -ID • - 0111-- - IWP- - LN2 -:. - LPC- - LPG - - MPC - MPS -QFD- - PA - -PCWS- -PCWR- - pc- DESCRIPTION COMPRESSED AIR, PLANT ARGON GAS ACID WASTE CONDENSATE RETURN (GRAVITY) CHEMICAL DRAIN CHEMICAL FEED CHILLED WATER RETURN CHILLED WATER SUPPLY CLEAR WATER DRAIN COOLING WATER RETURN COOLING WATER SUPPLY CORROSION RESISTANT VENT CORROSION RESISTANT WASTE COOLING TOWER FILTER RETURN COOLING TOWER FILTER SUPPLY COOLING TOWER WATER RETURN COOLING TOWER WATER SUPPLY DOMESTIC COLD WATER DEIONIZED WATER DISTILLED WATER FIRE LINE, AHEAD OF ALARM VALVE FIRE HOSE CABINET '':PIPING FUEL OIL RETURN 1 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, 1257250 PSIG) HOT PROCESS WATER HOT PROCESS WATER CIRCULATING DOMESTIC HOT WATER SUPPLY '.. DOMESTIC HOT WATER CIRCULATING HEATING. WATER RETURN. HEATING, WATER SUPPLY INSTRUMENT :AIR INDIRECT! DRAIN INDUSTRIAL WASTE '..INDUSTRIAL WASTE PUMPED LIQUID NITROGEN CONDENSATE, STEAM (LOW PRESSURE). LIQUID PETROLEUM GAS - LPS- STEAM SUPPLY (LOW PRESS, 0 -15 P510) CONDENSATE. STEAM (MEDIUM PRESSURE) STEAM SUPPLY (MEDIUM PRESS, 5-125 PSIG) OVERFLOW DRAIN PAINT BOOTH SERVICE AIR PROCESS COOLING WATER SUPPLY PROCESS COOLING WATER RETURN CONDENSATE RETURN (PUMPED) REVISIT APPROVED DATE V IC PIPE IDENTIFICATION SYMBOL -PW- -RD- - RDS- - RHG- - RL- -RS-- - RWL- -5- - SAN- SPD- - STM- STS -- - VAC- - VPD- DESCRIPTION PROCESS WATER ROOF DRAIN REFRIGERANT DISCHARGE REFRIGERANT HOT GAS REFRIGERANT. LIQUID. REFRIGERANT SUCTION (GAS) RAIN WATER LEADER SPRINKLER LINE SANITARY WASTE ABOVE GRADE OR FLOOR SANITARY WASTE BELOW. GRADE OR FLOOR SUMP PUMP DISCHARGE STEAM SUPPLY STORM DRAIN BELOW GRADE TRAP PRIMER VENT VACUUM VACUUM PUMP DISCHARGE PIPE FITTINGS SYMBOL • RHB SR 4 --1D I C I DESCRIPTION BELL &, SPIGOT BUNS FLANGE BUSHING EXPANSION JOINT FLANGED FITTING FLEXIBLE PIPE CONNECTION GROOVED COUPLING -.: HOSE BIBB HOSE BIBB ':- NON FREEZE PIPE ANCHOR PIPE CAP SCREWED OR SOLDER JOINT PIPE CAP, WELDED OR GROOVED PIPE CROSS PIPE ELBOW. 9P SHORT RADIUS PIPE ELBOW, 90'. LONG RADIUS. PIPE ELBOW, REDUCING PIPE ELBOW, 45' 1, I PIPE ELBOW, TURNED UP OR TOWARD .I PIPE ELBOW, TURNED DOWN OR AWAY'! PIPE GUIDE PIPE HANGER:: PIPING MATERIAL CHANGE, X TO Y PIPE PLUG PIPE REDUCER CONCENTRIC PIPE REDUCER ECCENTRIC PIPE SUPPORT PIPE TEE, STRAIGHT PIPE TEE, UP OR TOWARD REDUCING PIPE FLANGE PIPE TEE, DOWN OR AWAY SCREWED FITTING OR AS '.SPECIFIED'.. SEISMIC HANGER II B■E,AG FACILITIES. DEPARTMENT A \ICAL PIPING LEGE \D PIPE FITTINGS SYMBOL DESCRIPTION SOLVENT CEMENT SPRING HANGER UNION, FLANGED UNION, SCREWED WELDED FDTING SOLDERED FITTING PIPING SPECIALTIES SYMBOL e /® -MY bI i�f %H�f i / 4 71 MAV —0 DESCRIPTION 2 WAY CONTROL VALVE W /PNEUMATIC ACTUATOR 3 WAY CONTROL. VALVE W /PNEUMATIC ACTUATOR AIR DROP HOSE, SIMPLEX / : DUPLEX AIR OUTET - 'HARD PIPE. SIMPLEX / DUPLEX ANGLE. GLOBE VALVE, ELEVATION./ PLAN AUTOMATIC'S FLOW CONTROL VALVE (NUMBER INDICATES GPM) AUTOMATIC. AIR VENT (WITH DRAIN) BACKFLOW PREVENIER BALANCE'. VALVE WITH METERING PORTS BALANCE', VALVE W/O METERING PORTS BAL VALVE, OPEN / CLOSED' BUTTERFLY VALVE COOUNG COIL CHILLED WATER FLOAT VALVE FLOWMETER, VENTURI. , ,TYPE FLOWMETER ORIFICE GATE VALVE, OPEN / CLOSE GATE VALVE. OUTSIDE SCREW AND YOKE. GATE VALVE, WITH HOSE CONNECTION GLOBE - VALVE, OPEN / CLOSED HEATING COIL LIFT CHECK VALVE MANUAL AIR VENT (WITH DRAIN) MOTOR OPERATED VALVE NEEDLE VALVE NITROGEN DROP NITROGEN' OUTLET PETCOCK PETE'S PLUG, WISH BALL VALVE PLUG VALVE /STOP COCK PRESSURE GAUGE WITH VALVE PRESSURE REGULATING RAINY W /EXT PRESS. TAP PRESSURE REGULATING VALVE'. (SELF CONTAINED) PRESSURE RELIEF.. VALVE / SAFETY VALVE QUICK OPENING VALVE QUICK CLOSING VALVE, FUSIBLE LINK, SOLENOID OPERATED VALVE STEAM TRAP SWING CHECK VALVE WITH FLOW ACCEPTABILITY -THIS DESIGN AND /OR SPECIFICATION ID APPROVED. APPROVED !BT SYMBOL n m 0 TEST PLUG 0 PIPING SPECIALTIES DESCRIPTION THERMOMETER, LINE MOUNT THERMOMETER, SEPARABLE WELL MOUNT TRAP, FLOAT TRAP SEAL PRIMER VALVE UNCLASSIFIED VALVE VACUUM BREAKER VACUUM DROP (LAB VAC) VACUUM OUTLET (LAB VAC) HARD PIPED VACUUM CLEANING OUTLET VALVE BOX VALVE IN RISER (TYPE SPECIFIED) WATER HAMMER ARRESTOR WYE STRAINER (WITH DRAIN VALVE) FIRE PROTECTION SYMBOL c ALY ®' ASR xx —C FIRE. HYDRANT - 2 HOSE OUTLET FI RE HYDRANT - 2 HOSE OUTLET AND PUMPER. CONNFCTION FH FH 0 0 -0 2 6 M❑ • V V }WV DESCRIPTION 2 WAY EARTHQUAKE BRACING 4 WAY EARTHQUAKE BRACING ALARM VALVE, WET'''.. AUTOMATIC SPRINKLER RISER DRY PIPE VALVE ELECTRIC BELL', EXISTING SPRINKLER HEADS (TO REMAIN) EXISTING SPRINKLER HEADS (REMOVE) FIRE HOSE CABINET FIRE DEPARTMENT CONNECTION, WALL TYPE FIRE DEPARTMENT CONNECTION, YARD TYPE FIRE DEPARTMENT CONNECTION, FLUSH FLOW SWITCH HALON SYSTEM AUTOMATIC DISCHARGE STATION HALON SYSTEM, MANUAL DISCHARGE STATION GROOVED COUPLING, GROOVED CAP MONITOR SWITCH' POST INDICATOR VALVE, YARD SPRINKLER HEAD DRY PENDENT SPRINKLER HEAD, OVER AND UNDER SPRINKLER HEAD, PENDENT, IN LINE, NEW SPRINKLER HEAD, PENDENT, OFFSET, NEW SPRINKLER HEAD, SIDEWALL, PENDENT, NEW SPRINKLER HEAD, SIDEWALL, UPRIGHT, NEW SPRINKLER HEAD, UPRIGHT, NEW THRUST BLOCK WALL INDICATOR VALVE, PLAN / ELEVATION WATER. MOTOR GONG TAMPER SWITCH DATE DROWN M.CAIPIJITIS G.SMITH C.LYNCH K.a)ALDINI 2.12.96 UBTITLE TITLE MECHANICAL MASTER SYMBOL WELDING DESCRIPTION ROOT OPENING DEPTH OF FILLING FOR PLUG AND SLOT WELDS EFFECME THROAT SIZE OR STRENGTH FOR CERTAIN WELDS A ELEMENTS IN THIS AREA REMAIN AS SHOWN WHEN TAIL AND ARROW ARE R ERSED O -S CONTOUR SYMBOL KNISH SYMBOL BASIC WELD SYMBOL OR DETAIL REFERENCE OWL (MAY BE OMMIRED EN REFERENCE. IS NOT USED WH SPECIFICATIONS, PROCESS DR OTHER REFERENCE GROOVE ANGLE, INCLUDED ANGLE OF COUNTERSINK FOR PLUGWELD LENGTH OF WELD PTCH (CENTER TO CENTER SPACING) OF WELDS FIELD WELD SYMBOL ARROW CONNECTING REFERENCE LINE TO ARROW SIDE OR ARROW SIDE MEMBER OF JOINT WELD ALL AROUND SYMBOL REFERENCE LINE NUMBER OF SPOT OR PROJECTION WELDS BACK WELD FILLET WELD PLUG OR SLOT WELD SQUARE WELD SPOT OR PROJECTION WELD. GENERAL NOTES: 1. SOME ABBREVIATIONS AND SYMBOLS INCLUDED IN THIS LEGEND MAY NOT BE FOUND ON ANY DRAWINGS. THEY ARE INCLUDED HERE AS PART OF A STANDARD LEGEND AND MAY BE UTILIZED IN THE FUTURE. PIPING LEGEND BUILDING 13 -03 COL L ..:I:T:I:, P ,,.5 +r k ?I�.,D JUL 2 9 1923 R ILA INC cry of TuNwtu HOLADAI' IPA RK S, INC. JUL 2 9 1995 PRINTED ED JUL D 3 1995 M.F.C. DW N LAST REVISION SHEET M1b JOB PERMIT CENTER FACILITY DESIGN SUPPORT SOL DATE OF FLOWS SYMBOL - DESCRIPTION I.. - I ORIFICE PLATE OR RESTRICTION DEVICE AO IN LINE FLOW ELEMENT CONTROL METHODS SYMBOL DESCRIPTION Al ANALOG INPUT, SIGNAL TO EMCS AO ANALOG OUTPUT, SIGNAL FROM EMCS OS CONTROL AIR SOURCE DI DIGITAL INPUT, SIGNAL TO EMCS DO DIGITAL OUTPUT, SIGNAL FROM EMCS © ELECTRIC ACTUATED E/P ELECTRIC TO PNEUMATIC I/P ELECTRONIC TO PNEUMATIC OI INTERLOCK © MOTOR ACTUATED IMCCIMOTOR CONTROL CENTER GI PNEUMATIC ACTUATED VSD VARIABLE SPEED DRIVE CMCS CENTRAL. MANAGEMENT CONTROL SYSTEM E. VOLTAGE LINES IDENTIFICATION LETTERS FIRST LETTER SUCCEEDING LETTERS MEASURED OR INITIATING VARIABLE MODIFIER READOUT OR PASSIVE FUNCTION OUTPUT FUNCTION MODIFIER A ANALYSIS ELECTRICAL SIGNAL ALARM EQUIPMENT PACKAGE WHERE NOTED B BURNER. COMBUSTION USER'S CHOICE USER'S CHOICE USER'S CHOICE C USER'S CHOICE POWER (VOLTAGE. INDICATED) CONTROL REFERENCE NO. D USER'S CHOICE DIFFERENTIAL E. VOLTAGE SENSOR (PRIMARY ELEMENT) F FLOW RATE :- RATIO (FRACTION) G USER'S CHOICE GLASS, VIEWING DEVICE H HAND - HIGH I CURRENT (ELECTRICAL) INDICATE POWER. . - .SCAN K TIME, TIME SCHEDULE TE OF TIME RA CHAN GE „ CONTROL STATION LEVEL., LIGHT LOW M USER'S CHOICE MOMENTARY MIDDLE, INTERMEDIATE N USER'S CHOICE USER'S CHOICE USER'S CHOICE USER'S CHOICE 0 USER'S CHOICE ORIFICE, RESTRICTION P' PRESSURE, VACUUM . :. POINT (TEST)CONNECTION O QUANTITY INTEGRATE, TOTAI I7E ''.. RADIATIONI, RECORD ' I . S ,SPEED. FREQUENCY'. SAFETY - SWITCH TEMPERATURE TRANSMIT U MULTIVARIABLE MULTIFUNCTION MULTIFUNCTION MULTIFUNCTION V VIBRATION, MECHANICAL ANALYSIS VALVE, DAMPER, I OUVER W WEIGHT, FORCE WELL X UNCLASSIFIED X AXIS UNCLASSIFIED UNCLASSIFIED UNCLASSIFIED Y EVENT, STATE OR PRESENCE - Y AXIS RELAY, COMPUTE CONVERT POSITION, DIMENSION Z AXIS DRIVER ACTUATOR AS FINAL CONTROL ELEMENT LINES SY DESCRIPTION -� 'NT,, ',FILLED SYSTEM) CONNECTION ". PROCESS MECHANICAL LINK'.. OR INSTRUMENT INPUT ELECTRIC HEAT TRACE ELECTRICAL SIGNAL EQUIPMENT PACKAGE WHERE NOTED MAIIo PNF IMATIC SIGNAL POWER (VOLTAGE. INDICATED) —_ —O— REFERENCE NO. CONTINUED ON v0 SYMBOL I ` r CO Ge � 1 J INSTRUMENT IDENTIFICATION DESCRIPTION LOCAL FIELD MOUNTED INSTRUMENT INCLUDING TRANSMITTER FOR SINGLE MEASURED VARIABLE EXISTING INSTRUMENT LOCAL FIELD :. MOUNTED INSTRUMENT FOR TWO MEASURED VARIABLES OR MORE THAN ONE FUNCTION PANEL MOUNTED INSTRUMENT FOR SINGLE MEASURED VARIABLE PANEL MOUNTED INSTRUMENT LOCATED ON FACE OF LOCAL CONTROL ''PANEL PANEL MOUNTED INSTRUMENT FOR TWO MEASURED VARIABLES OR MORE THAN ONE FUNCTION. ENERGY MANAGEMENT CONTROL SYSTEM FUNCTION (EMCS) INDICATING LIGHT DIRECT. CONNECTION PRESSURE SYMBOL DESCRIPTION SY TEMPERATURE TEMPERATUPF ELEMENT -. ISSUE FOR !. CONSTRUCTION MC OK. elf 3.14.96 0000,0D 0A SYM DASHED LINE INDICATES BEHIND PANEL MOUNTINGS PEN ON \STRU V E \T PROVED DATE .II II II A\ FACILITIES DEPARTMENT 3 CO \TROLS LEGEND I I INSTRUMENT SOCIETY OF AMERICA TABLE ACCEPTABILITY THIS DESIGN AND /OR SPECIFICATION IS APPROVED APPROVED BY DEPT. -DATE reAURITIS HEU D AWN PPgOVED C.LYNCH K:fNAA8ALDINI DAT 2.12.96 UBTNLE TIRE MECHANICAL MASTER COL gECEIVED CITY OF TUKWM JUL 2 9 1999 PERRY CENTER CONTROLS LEGEND BUIL - D1 1 =O3 1\::41''\11:3; X996 G tit O\NGO\J\5 16979 13jfi „ A JUL 0 3 1996 crrT OF E ,vNYn� r �� JUL 2 9 1996 I10LPO :Y -i'A PERMIT CENTER PRINT M.F.0 FAST RENSION FACILITY DESIGN SUPPORT SYMBOL :7?FACI-10C60 V COMP ND. 13- 03 -M1c DATE 3.14.96 NECKED N CH BUILDING 13 -03 -- - - -- 2-a G.SMITH ,DR N0. COMP N0. APPRw[u MFC -95060 DEC DWG N0. M.F.C. 13- 03 -M2a avzo11o99 /111o9oss IZZI /96£I£o /err ROOF TOP HEATING, VENTILATING & AIR CONDITIONING (AC) UNIT SCHEDULE MARK A AREA SERVED M MODEL T SUPPLY FAN R RETURN FAN (100% ECONOMIZER) C CONDENSING UNIT E EVAPORATOR COIL H HEATING I FILTER A IM APPROX. REMARKS CFM R TSP E ESP S SIZE/ E RPM C ELECTRICAL SIZE/ '' E ESP E ELECTRICAL C COMPRESSOR ELECTRICAL F FANS P POWER T TOTAL S SENS E EAT E EAT A AMBIENT R TYPE M REQ. O MODEL C CONN F HP B BHP T TYPE I RPM B BHP E ELECTRICAL - R R TYPE Qn , H HP / /PN / N QTY R RI A I I1NIT KW T AH307 3 3RD FLOOR R RP5 -045C (4) 1 11060 5 5.0 3 3.5 2 2Y /AF DI 1 1425 2 20 (1 1 14.1 4 40 " /AF SI . .5 4 441 1 1.73 2 2 3 31 (2) 3 36.5 R R -22 4 4 1 1 4 460/3/60 4 415 3 372 8 82.0 6 64.0 8 85 G GAS(6) 2 240 2 250 3 3/4 A AF3D7 3 3,060- 1 13 • • DIS Q CHARGE AIR SEE I SHTCM4 DENS PROV DE ROOF CURB. AH3E7 7 7SFLOORND R RPS -090C (5) 2 29,440 5 5.5 3 3.5 3 33 "/ DI 1 1378 5 50 (1 3 36.8 4 44 1 /2' / S I . .5 6 648 7 75 (1 8 8.94 Z Z 7 71 ( 8 85.4 R R -22 8 8 1 1 4 460/3/60 9 916 8 863 8 81.0 6 62.5 8 85 G GAS �6, 3 380 5 50 1 1 A AF3E7 3 3,260 1 19,000-• D DISQ HARGE AIR SHROUD, SEE FURNISH 51-IT.PROVIDE CONDENS P T CU570M ROOF CURB. NOTES: (1) VARIABLE SPEED DRIVE FURNISHED WITH UNIT (4) 9.8 EER 10.92 ILPV PER ARI 360 -1986 (2) DATA IS FOR INDIVIDUAL COMPRESSORS (5) 9.1 EER, 10.48 ILPV PER ARI 360 -1986 (3) FURNACE FLUE, WILL BE CONNECTED TO A VERTICAL FLUE EXTENSION, SEE SHT. M452 (6) PROVIDE MODULATING GAS CONTROL VALVE AIR HANDLING UNIT (AH) SCHEDULE ° ° MARK A AREA SERVED F AN SECTION I " . C COIL SECTION HUMIDIFIER F AIR M MIN REMARKS FAN M MFR T TYPE M CFM I TSP E ESP A MAX. OUTLET A APPROX D DRIVE M MOTOR C HEATING H ARRG'T. C HP V VOLTS P PH H HZ COOLING H AH1 D7 1 1ST FLOOR 1 16 1/2 F FV 5 5,040 1 1.5 (2) . .5 1 1460 7 733 B BTM 2.1 3 3 4 460 3 3 6 60 C CC1D7 - - - - A AF1D7 0 0 M McQUAY OR APPROVED. LSL, SIZE 111 CW, TH R AHiC7A M MODULAR AIL 2 21 P PB -21 C CCW 4 4,500 1 16.0 1 13.5 5 5005 I 2 2741 L LH 19.8 2 25 4 460 3 3 6 60 C CC1C7A - - - - A AF1C7A 0 0 ( (3) PACE, OR APPROVED, BLOW -THRU ARRG'T W/VARIABLE SPEED DRIVE, AH1C7B A AIL 2 21 P PB -21 C CW 5 5,000 7 76.0 1 13.5 5 5560 2 2865 R RH 22.7 2 25 (1 4 460 3 3 6 60 C CC1C7B - - - -', A AF7C76 0 0 ( (3) PACE, OR APPROVED, BLOW -THRU ARRGT W /VARIABLE SPEED DRIVE, NOTES: (1) VARIABLE SPEED DRIVE REQUIRED. - (2) ASSUMES DIRTY FINAL FILTER. (3) NOTE MECH. ROOM SPACE CONSTRAINT ON UNIT LENGHT COOLING COIL (CC) SCHEDULE - M MARK U UNIT C CFM A COIL FACE M MBH E EAT 'r' L LAT 'F MAX..,; ' ' F N0. R REFRIG . R ROWS P FINS M MAX PRESSURE DROP _ _ TOTAL S SENS. D DB W WB D DB W WB • •F C MR - IN WG T TUBE -PSI CC1 D7 A AH7D7 5 5,0400.5 1 167.3 1 158.0 8 80.0 6 62.0 5 51.3 5 50.1 4 40.6 5 5EN 1 10 R R -22 4 4 1 120 M McQUAY OR APPROVED CC1C7A A AH1C7A 4 4,500 1 12.25 3 341 3 2 229.2 1 100.4 7 714 , ,,, 4 49.0 4 42.0 8 88DX -31. 5X56 -' ' x9 2 21 R R -22 8 8 9 96 . - -62 - - P PACE, OR APPROVED CC1 C7B A AH1C7B 5 5,000 1 12.25 . . 339.0 2 235.D 9 96.0 7 70.4 5 50.0 4 49.G� . ., I.5X56 -A -21/8 2 21 R R -22 8 8 9 96 . .72 - - P PACE OR APPROVED AIR FILTER (AF) SCHEDULE MARK U UNIT A AIR FLOW _ -.,,Al --- PREFILTER REMARKS _ E EFFICIENCY M MAX FV S SIZE N Na P PRESSURE DROF IN WG R _ FPM E - M CL�„x P CLEAN : D DIRTY AF1D7 A AHID7 5 5,040 P PANEL - FIBERGLASS 2 25 -30% 2 250 2 20 "x25 "x2" 6 6: . . 1 . .5 - - - - - - - - - - - - A AMERICAN AIR FILTER AM AIR 100E AF1C7A ' 'H1C7A 4 4 C CARTRIDGE - FIBERGLASS " - -- 2 250 2 20 "x24 "'x12 "' 4 4; 2 25 1 1.0 P PANEL FIBERGLASS 2 25 -3C% 2 250 2 20"x24 "x2° . 2 - .10 . .75 A AMERICAN AIR FILTER: PREFILTER -AM AIR 100E; FINAL - VARICEL AF1C7B A AH1C7B ' ' n00 " " ^ - RTRIDGE- FIBERGLASS 8 80 -857 � �,,,, '12 ` `4' . .25 1 1.0 P PANEL FIBERGLASS 2 25 -30% 2 250 2 20 "x2". 4 4 . .70 7 75 A AMERICAN AIR FILTER: PREFILTER-AM AIR 100E; FINAL - VARICEL AF3D7 A AH3D7 1 13 C CARTRIDGE- FIBERGLASS 8 80 -857 5 545 1 12'x24 I IV .5 1 1.0 P PANEL l7 5 545'. 1 12 x24 ° xz 4 4 . .30 . .75 A AMERICAN AIR FILTER: PREFILTER -AM AIR 100E; FINAL - VARICEL AF3E7 A AH3E7 2 29,440 C CARTRIDGE - FIBERGLASS 8 80- 857 . .A• 2 24 "x24 "x12" - -16 . .5 ' . .., P PANEL FIBERGLASS, 1 2 25 -307 5 545 2 24"024"x2" 1 16 . .30 . .75 A AMERICAN AIR FILTER: PREFILTER -AM AIR 100E; FINAL- VARICEL Lib 4 4 NOTES: (1). EFFICIENCY PER ASHRAE 52. - - - CONDENSING UNIT (CD) SCHEDULE a aPPFa MARK U UNIT - C CAPACITY S SATURATED . AMBIENT C COMPRESSOR C EER Q COND FANS P PIPING CONNECTIONS E ELECTRICAL F REMARKS ..1996 QTY ( (EA) ( (EA)) ( (EA) S STEPS T TYPF E QTY A A S SUCTION (IN) L LIQUID (IN) V VOLT P PH H HZ CD1C7A A AH1C7A 3 341.3. 4 40.0 9 95 1 1 2 235.0 5 53.0 2 29.3 3 3 R R -22 1 10.9 3 3 1 1.0 2 2 1/8 OD 7 7/8 OD 4 460 3 3 6 60 M McQUAY ALP -032C WOH. HOT GAS BY -PASS gU1lU1N� O CDIC7B A AH1C7B 3 339.0 4 40.0 9 95 1 1 2 235.0 5 53.0 2 29.3 3 3 R R -22 1 10.5 3 3 1 1.0 2 2 1/8 OD 7 7/8 OD 4 460 3 3 6 60 M McQUAY ALP -032C WITH HOT GAS BY -PASS CDID7 A AH1D7 1 167.3 3 38.6 9 95 1 1 1 126.0 2 24.0 1 17.8 2 2 R R -22 9 9.4 : : 2 . .5 1 1 5/8. OD 5 5/8 OD ' 4 460 3 3 - 6 60 M McOUAY ALP-016C WITH HOT GAS BY -PASS _ J JI1L 2 CITY OF T 9 f V . f FACILITY ' SYM gEYI510N B BY A MEWED S OAIE S SYM R RMSION g gf A APPROrED D DATE O w' 7 THIS DE ACCEPTABLE-FY AND/OR I O MWN ET p p2T S MECHANICAL c LAST REM9ON A S YMBOL D DATE A ISSUE FOR CONSTRUCTION R RL DK C CL C. 3 3.74.96 T 7.NE ' - _ SNE APP ^OVED DY D DEIT- O ORE D K/ IALDINI 2 2 17 96 M ` 38Z011095/1 11090g6 rc eo /ssz rco /Drw EXHAUST FAN (EF) SCHEDULE MARK NUMBER LOCATION AREA SERVED EXHAUST FAN SECTION r REMARKS - FAN DIA SIZE SIZE SIZE NUMBER NUMBER' NUMBER CFM TOTAL STATIC PRESS . INCHES WC MAX. OUTLET VELOCITY FPM APPROX. RPM DRIVE SIDE BHP "MOTOR HP i VOLTS PH HZ EFIEIA TRANSMITTER ROOM MODULAR NL EQUIPMENT 12 PB -12 ARR. 9 CCW 315 800 7 2730 3130 MOTOR POSITION "W 1.35 2 460 3 60 PACE, OR APPROVED, PRESSURE BLOWER EF1EI8 TRANSMITTER ROOM AIL EQUIPMENT 12 PB -12 ARE 9 CCW 315 800 7 2730 3130 MOTOR POSITION "T 1.35 2 460 3 60 PACE. OR APPROVED, PRESSURE BLOWER EF1E1C ' -' TRANSMITTER ROOM SF6 EXHAUST - 80 -3 - 600 .5 665 1885 BTM. .28 1/2 120 ` 1 60 GREENHECK, OR APPROVED. 550 IN -UNE CENTRIFUGAL FAN, BELT DRNE. WITH MOTOR COVER &BELT GUARD PROVIDE BACKDRAFT DAMPER WD -330 EFRC6 ROOF TOILETS 24 LC24A - 5475 .75 800 723 _ 1.23 1 1/2 460 3 60 PENN OR APPROVED, WITH BACKDRAFT DAMPER AND ROOF CURB VENTILATION FAN (VF) SCHEDULE MARK NUMBER AREA SERVED (ROOM NO.) CFM ESP IN.WG. TIP SPEED FPM ARRG'T NUMBER APPROX. RPM FAN TYPE BHP DRIVE T .p E MOTOR DATA REMARKS _ HP VOLTS PHASE HERTZ VF1C7 1ST FLOOR MECH ROOM 1500 .25 4377 WALL MOUNTED 836 PROPELLER .22 BELT 1/4 120 1 60 GREENHECK, OR APPROVED, MODEL SB- 1H2O -4. WON WALL HOUSING Sc BACKDRAFT DAMPER SPOT bEF,6.4-S ,, SCHEDULE MARK NUMBER LOCATION TYPE EVAPORATOR DATA INDOOR CONDENSING UNIT ELECTRICAL REMARKS - - - CFM M8H TOTAI' MBH SENS. EAT 'F HP FLA CFM FAN Hp AMBIENT AMBIENT ESP WG FLA VOLTS PH HZ SC1D5 1ST FLOOR DATA COMM. RM. AIR - COOLED CONDENSING UNTT 1250 36A 29.2 80 DB 66.7. WB 1/2 2.3 1650 1/2 80 .5 19.0 277 i 60 LIEBERT MINI -MATE PLUS, OR APPROVED, EVAPORATOR g1AME036E WITH DISCHARGE AIR PLENUM, CONDENSING #MMCO36A SC2D5 2ND FLOOR DATA COMM. RM. AIR - COOLED CONDENSING, UNIT n 1250 36.4 �g.p 29.2 80 DB .66.7 wd V WB 1/2 2.3 1650 1/2 80 :5 19.0 277 1 60 LIEBERT MINI -MATE PLUS, OR APPROVED, EVAPORATOR MME036E WITH DISCHARGE MR PLENUM, CONDENSING IIMMCO36A SC3D5 3RD M M. „. DATA COMM. RM. AIR-COOLED CONDENSING UNIT ..1250 1250 36.4 I�, 2.3 16 50 1/2 80 :5. 19.0 277 1 60 V EVAPORATOR WITH DISCHARGE AIR PLENUM CONDENSING LIEBERT MINI -MATE PLUS. OR APPROVED, ER' , MMCO36A � � UNIT HL,- _; /UN), WALL HEATFR (wu\ 9. - " ^I ^ICT ' (CB) SCHEDULE MARK NUMBER LOCATION CFM MBH EAT LAT KW VOLT PHASE HZ .MOTOR REMARKS HP RP 'UH106 1st FLR MECH n.. 11 .2 60. - 3 60 1/125 1550 TRANE, OR APPROVED, MODEL UHEC -033D0 WITH 24V UNIT - MOUNTED THERMOSTAT AND WALL BRACKET • UH3D6 3rd FLR MECH RM 400 11.1 3.3 480 - 60 1/125 1550 TRANE, OR APPROVED, MODEL UHEC - 03300 WITH 24V UNIT - MOUNTED THERMOSTAT AND WALL BRACKET : UH1EI TRANSMITTER RM 400 - 11.2 60 - 3.3 480 .3 60 1/125 1550 TRANE, OR APPROVED, MODEL UHEC- 033D0 '. WITH 24V UNIT -. MOUNTED THERMOSTAT AND WALL BRACKET . •UH1TX TRANSMITTER RM 400 11.2 3.3 3 60 1/125 1550 'TRANE, OR. APPROVED, MODEL. UHEC -033D0 WITH 24V UNIT MOUNTED THERMOSTAT AND WALL BRACKET UH1 E7 1ST FLR ELECT RM 400 ..11.2 60. - 480 3 6G 1/125 1550 TRANE, OR APPROVED, MODEL, UHEC -03350 WITH 24V UN MOUNTED THERMOSTAT AND WALL BRACKET CBIF5 EAST STAIRWELL 200 - - - - 1.25 " 277 1 60 - 1100/900/700 .TRANE FORCE-FLO CABINET HEATER MODELN46E002 WITH H183 CONTROLS (DUAL HEAT SWITCH, OFF-VENT- HIGH - LOW MOTOR SWITCH, '. UNIT I MOUNTED THERMOSTAT, TRANSFORMER, AND MOTOR STARTER. WH1C6 SPRINKLER VALVE ROOM _ _ - 1 277 1 60 - _ CHROMALOX MODEL HCH -101 OR APPROVED OPERATE ON LOW SPEED ONLY _ i\SVO FPS P'UN 100 21 1996 SOUND ATTENUATOR (SA) SCHEDULE 8 °11. °IHG lUL 2 ;i uG:i ECEIVED E , .. E CRY R OF TUKYIM _. � ,. JUL 2 51996 MARK NUMBER SERVICE LENGTH FEET UNIT WIDTH x HEIGHT INCHES MAXIMUM PD IN /H20 MAX F ,,,,, F ,,,,, AIR QUANTITY CFM MINIMUM REQUIRED ACOUSTIC RATING dB RE 10 W OCTAV BAND CENTER FREQUENCY HERTZ - REMARKS RATING 63 125 250 500 1000 2000 4000 8000 SA -1 RETURN AIR JTIDS #1 & #2 3 12'x12" .02 500 500 - 4 5 9 14 23 24 14 10 IAC TYPE "L" OR APPROVED SA 2 SPLY & RETURN SAR RM. 7 18 "x12" ON 900 1335 - 8 13 18 28 40 47 26. 18 IAC TYPE "L" OR APPROVED PERMIT CENTER JUL C { Tin NOI AIjAY-I . ..,. 1 ...� FACILITY DESIGN SUPPORT SYMB DAT REVISION 6f APPli GATE $VIM. REV410N Bf APPRO+FO onto ®® zAsec FACILITIES DEPARTMENT - ACCEPTABILITY DRAWN BY M.CAUNRIS RATE SUETRLE EQUIPMENT SCHEDULES LAST REVISION A 3.14. ISSUE FOR CONSTRUCTION SRL DK CL C. 3.14 96 L . C SPEC61fADON APPROVED W0 17 SHEET - M - 21:1) 1 1 APPROVED BY DEPT. DATE D KLOTZ q q BU ILDING 13 -03 MECHANICAL MASTER COL M. F.C. G.SMIT doe NO. MFC -95060 COMP no C.LYNCH K12�fALDINI 2.12.96 D" ND. 13 - 03 - M2b VALVE SCHEDULE MARK NUMBER SERVICE S MEDIUM CAPACITY PRESSURE CODE STAMP MATERIAL CONFIGURATION MANUFACTURER AND MODEL REMARKS GPM (LB/HR) DESIGN W(PSI) G RELIEF (psi) 1 ) BOD TRIM INLET OUTLET PSV -1 SAFETY CHILLED WATER - - 125 37 45 - ASME BRASS BRASS 3 4 NPT / " 3 4 NPT / " BELL.& GOSSETT, OR APPROVED, MODEL 790 PRV -1 PRESSURE REDUCING. DOMESTIC WATER 110 - 200 150 - 60 - CAST IRON 316 SST 2" NPT 2" NPT CASHCO, OR APPROVED, MODEL 8310HP 23.5 23.5 PRV -2 7 PRESSURE REDUCING WATERSS 10 - 125 60 - 15 - BRASS 316 SST 3/4" NPT 3/4" NPT WATTS, OR APPROVED, MODEL U5LP C.LY ENCH V I L MECHANICAL MASTER COL M.F.C. JOB ND. AFC- 95060 COMP ND. AIR - COOLED CHILLER (CH) SCHEDULE MARK SYSTEM -. CAPACITY COMPRESSORS ELECTRICAL EVAPORATOR CONDENSER REMARKS AS1E1 NUMBER TYPE TONS QUANTITY (Ea a VOLTS PH HZ FLOW E tWT fM"fAXH2O PD FOULING FACTOR REFRIG NO. FANS HP (Ea) _ EER REMARKS AIR COOLED- OF a 1® 10 TON 17.2 APPROMSD 6M OEPT. WE E D.KLO mLE CHI SCROLL COMPRESSOR 20.9 1® 15 TON 23.5 23.5 142 14 460 3 60 52.1 54 44 17.7 .0005 R -22 3 1.0 9.3 TRANS CLAD - C25, OR. APPROVED. AIR SEPARATOR (AS) SCHEDULE MARK NUMBER SYSTEM -. MIN. CAPACITY GPM OVERALL DIMINSIONS (INCHES) OUTLET /INLET SIZE INLET /OUTLET FACE TO FACE DIM. (INCHES) APPROX. OPERATING WEIGHT (LBS) REMARKS AS1E1 CHILLED WATER 52 18 "Lx9 "0 2 1/2" NPT 9 3/4" 100 BELL & GOSSETT, OR APPROVED, ROLAIRTROL #R -2 1/2 .. DATE 3.14.96 A ISSUE FOR CONSTRUCTION _ CTI MC DK CL C•n 3.14.96 3.74.96 SON B N Bf LPP0,A S ttA REV ISO BY MIMED DATE B�Id�r ACCEPTABILITY nos DESIGN IS axo /oa DPECIEICn IS CPPFVMED DRAWN BY M.CAUNITIS DATE SUEirtLE EQUIPMENT SCHEDULES SYMBOL iasT e',T55N A DATE 3.14.96 A ISSUE FOR CONSTRUCTION _ CTI MC DK CL C•n 3.14.96 3.74.96 D K I SHEET /1 .�/12_C OF a APPROMSD 6M OEPT. WE E D.KLO mLE FACILITIES DEPARTMENT � - C.LY ENCH V I L MECHANICAL MASTER COL M.F.C. JOB ND. AFC- 95060 COMP ND. K...caALDIN 12.12.96 DWC ND. 13- 03 -M2c VESSEL - COMPRESSION TANK (CT) SCHEDULE MARK NUMBER C1E1 • SERVICE CHILLED WATER CAPACITY GALLONS DESIGN WORK DESIGN WORK GAL GAL CU FT CU 'FT 10.9 2.5 rn ( 1 5-.0 i DIAMETER x LENGTH 12"0 x 25 3/4" PRESS'PSIG DESIGN WORK 125 CODE STAMP 25 ASME REMARKS BELL & GOSSETT SERIES D, MODEL D -20, OR APPROVED MARK NUMBER PU1E1A PU1ET8 PU2D5 PU) SCHEDULE SERVICE EOUI "'T HOT WATER CIRCULATING FLUID WATER EQUIPMENT WATER COOLING TEMP 'F 44 CAPACITY GPM 52.1 50 TDH SUCT I'..DISCH BODY FITTINGS 1 1/2 SIZE (IN) CAST IRON 140 10.5. CAST IR, CAST IRON CONS BRONZE BRONZE BP"'"__ PERFORMANCE EFF 59 4 59 4 NPSHR FT DRIVE TYPE HP MOTOR VOLTS PH HZ RPM DIRECT 1 1/2 480 3 60 1750 DIRECT 1 1/2 480 DIRECT 1/12 115 PUMP TYPE END SUCTION CENTRIFUGAL 3 60 1750 END SUCTION CENTRIFUGAL 60 3150 INLINE BOOSTER MANUFACP IRER ''. AND MODEL BELL & GOSSETT MODEL 1510 -1 1/4 AC BELL & GOSSETT MODEL 1510 -1 1/4 AC BELL '..& GOSSETT MODEL LR -15B REMARKS STANDBY PUMP ECENED CITY P OF TUKWI JUL 2 9 1996 PEDANT CENTFA FR "NTED JUL 0 3 1951 FACILITY DESIGN SUPPORT 0 ED VARIABLE AIR VOLUME TERMINAL UNIT (W) SCHEDULE MARK NUMBER MAX COOLING UM PRIMARY AIR PRESSURE DROP AT MAXIMUM CFM WG VALVE ONLY RADIATED (1) NC LEVEL INLET SIZE DA. (INCH) REHEAT REMARKS (4)(5) PRIMARY CFM (2) CAPACITY (TOTAL KW M IN NO OF STEPS H (6) VOLT PHASE 141 495 .25 24 6 150 3.0 2 1/8 480 3 TRANE MODEL #0600VFED OR APPROVED 142 ' 465 .20 24 6 140 2.0 2 1/8 480 3 TRANE MODEL #0600VFED OR APPROVED 1B1 ' 495 .25 24 6 150 3.0 2 1/8 480 3 TRANE MODEL #0600VFED OR APPROVED 163-' 800 .10 25 8 240 1.5 1 1/8 480 3 TRANE MODEL #1100VFED OR APPROVED 184 ' 500 .25 24 6 500 3.0 _ 2 - 480 3 TRANE MODEL #0600VCED OR APPROVED (3) 185A 250 .06 <15 6 75 1.5 1 1/15 480 3 TRANE MODEL #0600VCED OR APPROVED 1B5B ' 790 .10 25 8 240 4.5 3 1/8 480 3 TRANE MODEL #1100VFED OR APPROVED 1014 - 400 .15 26 6 120 2.0 2 1/15 480 3 7RANE MODEL #0600VFED OR APPROVED 1018 330 .10 15 6 100 2.0 2 1/15 480 3 TRANE MODEL #0600VFED OR APPROVED 1C2A ' 1180 10 - , 33 10 - - - 1/3 460 3 TRANE MODEL #1700VFCD OR APPROVED 1C2B '.590 .30 29 6 - - - 1/8 480 3 TRANE MODEL #0600VFCD OR APPROVED 1034 1180 - .10 33 10 - - - 1/3 480 3 TRANE MODEL 01700VFCD OR APPROVED 1038 1180.. .10 33 10 - - - 1/3 480 3 TRANE MODEL #1700VFCD OR APPROVED 1044 300 .09 15 6 - - - 1/15 480 3 TRANE MODEL #O600VFCD OR APPROVED 1048' 450 20 22 6 - - - 1/8 480 3 TRANE MODEL #JO600VFCD OR APPROVED 105 ' 1225 .10 33 10 - - - 1/3 - - TRANE MODEL #1700VCCD OR APPROVED 1E4A 550 .25 26 6 - - - 1/8 480 3 TRANE MODEL #0600VFCD OR APPROVED 1E4B 180 .04 <15 6 - - - - - - TRANE MODEL #0600VCCD OR APPROVED 1E2 600 .30 29 6 600 4.5 3 - 480 3 TRANE MODEL #0600VCED OR APPROVED (3) 1E5A 1100 .25 26 8 - - - - - - - TRANE MODEL #1100VCCD OR APPROVED (7) 1E5B 190 .04 <15 6 - - - - - - TRANE MODEL #0600VCCD OR APPROVED 1E1 500 25 24 6 500 10 2 - 480 3 TRANE MODEL #0600VCED OR APPROVED (3) 1F2 / 300 .02 <15 6 90 3.0 1 - 480 3 TRANE MODEL #0600VCED OR APPROVED 1F3A 410 .15 26 6 - - - 1/15 480 3 TRANE MODEL #0600VFCD OR APPROVED 1F3B 415 .15 26 6 - - - 1/15 - - TRANE MODEL #O600VCCD OR APPROVED 1F4A 410 .15 26 6 - - - 1/15 480 3 TRANE MODEL #0600VFCD OR APPROVED 1F40 200 .04 <15 6 - - - 1/15 - - TRANE MODEL #O600VCCD OR APPROVED 1F5 . - 830 .10 25 8 250 3.0 2 1/8 480 3 TRANE MODEL #1100VFED OR APPROVED 1E6. 820 .10 25 8 250 4.5 3 1/8 480 3 TRANE MODEL #1100VFED OR APPROVED DOMESTIC HOT WATER HEATER (HW) SCHEDULE MARK NUMBER TANK STORAGE GALLONS • DELIVERY RATE KW VOLT PHASE REMARKS UL LISTED RECOVERY GPH 100'F RISE 80'F RISE HW2C5 82 YES 221 276 54 480 3 LOCHINVAR MODEL HS54 -082 OR APPROVED BACKFLOW PREVENTOR (BP) SCHEDULE MARK NUMBER LOCATION .TYPE CONSTRUCTION CONFIGURATION MANUFACTURER AND MODEL REMARKS BODY INTERNALS INLET OUTLET BP - 1ST FLOOR TRANSMITTER RM DOUBL CHECK BRONZE CORROSION RESISTANT 3/4" NPT 3/4" NPT FEBCO MODEL 805Y SPRING LOADED "Y' TYPE CHECK VALVE. INCLUDES FULL PORT BALL SHUT -OFF VALVES AND FOUR BALL VALVE TEST COCKS. AIR DRYER (AD) SCHEDULE MARK NUMBER TYPE CAPACITY SCFM INLET AIR OUTLET AIR AMBIENT 'F ELECTRICAL REMARKS ' DB 'F RH PRESSURE PSIG DEWPOINT 0 PRESSURE VOLTS PH KW ADTD7 HEATLESS DESICCANT 200 100 100% 103 -40 F - 100 120 1 .03 DELTEC HYDROBLOC MODEL HB102 HEATLESS DESICCANT AIR DRYER. AIR DIFFUSER / REGISTER / GRILLE SCHEDULE - MARK NUMBER TYPE ! MATERIAL FINISH INLET /NECK SIZE, INCHES MAX. NOISE COEFFICIENT MAX. TP INCH WG. MAXIMUM SET CFM REMARKS CD -1 SQUARE STEEL 'NH. ,, ,."y,_ ' 29 .20 190 TITUS, OR APPROVED, MODEL MCD • CD -2 SQUARE STEEL WHITE JxA RI 80 ADAPTTEE R I 26 .16 285 TITUS, OR APPROVED, MODEL MCD CD -3 SQUARE STEEL 1n., "" JAPTFR 23 .13 445 TITUS. OR APPROVED, MODEL MCD CD -4 SQUARE STEEL WH WHITE 72x12 WITH 12x12 120 ADAPTER .16 650 TITUS, OR APPROVED, MODEL MCD CD -5 CEILING DIFFUSER ROUND STEEL WHITE 6 31 .13 190 TITUS, OR APPROVED, MODEL TMR CEILING DIFFUSER ROUND STEEL _ d o4 .17 295 TITUS, OR APPROVED, MODEL TMR CD -7 CEILING DIFFUSER ROUND STEEL .. 27 .09 410 TITUS, OR APPROVED, MODEL TMR CD -8 CEILING DIFFUSER ROUND STEEL HITE 4 28 09 730 TS, OR APPROVED, MODEL TMR CC -" CEILING DIFFUSER 'TEEL ROUND WHITE 18 34 .15 1500 TITUS, OR APPROVED, MODEL TMR ER -1 EXHAII T RFrIVTOO , WHITE 5x6 11 .016 1P5 .I.�,, OR APPROVED, MODEL 35ORL WITH AG -15 DAMPER ER -2 .EXHAUST REGISTER STEEL WHITE 12x12 16 .014 500 TITUS, OR APPROVED, MODEL 35ORL WITH AG -15 DAMPER RG -1 RETURN GRILLE STEEL WHITE 12x12 - - TITUS, OR APPROVED, MODEL. 35ORL RG -2 RETURN GRILLE STEEL WHITE 24x13 - - - TITUS, OR APPROVED, MODEL 35ORL RG -3 RETURN GRILLE STEEL WHITE 18x18 18 .09 1420 TITUS, OR APPROVED, MODEL 35ORL RG -4 EGG CRATE RETURN GRILLE STEEL WHITE 24x24 - - - TITUS, OR APPROVED, MODEL SOR RG -5 HEAVY DUTY RETURN GRILLE STEEL WHITE 24x24 - - - TITUS, OR APPROVED, MODEL 355ZRSHD - W /18 GA FRAME &I, 14 GA BLADES RG -6 RETURN GRILLE STEEL WHITE 36x24 - - - TITUS, OR APPROVED, MODEL. 35ORL RG -7 EGG CRATE RETURN GRILLE STEEL WHITE 24x12 - - - TITUS, OR APPROVED, MODEL 50R SG -1 SUPPLY GRILLE STEEL WHITE 6x6 15 .10 100 TITUS, OR APPROVED, MODEL 300R SG -2 SUPPLY GRILLE STEEL WHITE 12x10 25 .12 415 TITUS. OR APPROVED, MODEL 3008 SG -3 SUPPLY GRILLE STEEL WHITE 20x16 29 .1 1225 TITUS, OR APPROVED, MODEL 30012 SR -4 SUPPLY GRILLE STEEL WHITE 28x20 32 .15 2520 TITUS, OR APPROVED, MODEL 300R. SG -5 SUPPLY GRILLE STEEL WHITE 8x6 20 .11 150 TITUS. OR APPROVED, MODEL 3008 SG -6 SUPPLY GRILLE STEEL WHITE 18x12 34 .14 1100 TITUS, OR APPROVED, MODEL 300R TG -1 TRANSFER GRILLE STEEL WHITE 10x10 33 .11 310 TITUS, OR APPROVED, MODEL 4FL ISSUE AIR COMPRESSOR (CO) ' 'SCHEDULE MARK NUMBER CO1D7 OPERATING PRESSURE PRIG CAPACITY ICFM 230 103 COOLING AND INLET AIR 'F DB RH 100 COMPRESSOR TYPE MOTOR DATA VOLT OIL -FREE 40% ROTARY SCREW 460 3 PH HZ HP RPM 60 60 1750 MANUFACTURER AND MODEL VECTOR MODEL V 60 REMARKS AIR - COOLED WITH SOUND ATTENUATING .ENCLOSURE... UNIT RATED AT 79 dB(1). FURNISH WITH AUTOMATIC RE -START AND TIME DELAY RELAY. (1) PER ANSI S5.1 REVISION FOR CONSTRUCTION AT C OK APPROVED CL c. e. DATE 3.14.96 REVISION APPROVED DATE ®OE/YG FACILITIES DLPARI MENI NOTES: (1) MAX RADIATED NC LEVEL 0 2.0'WG INLET. (2) PRIMARY AIR HEATING OEM IS 30% OF COOLING CFM, EXCEPT FOR CONSTANT VOLUME BOXES. (3) CONSTANT VOLUME OPERATION. (4) SET FAN SPEED SO THAT TOTAL HEATING CFM (FAN CFM + PRIMARY AIR) IS AS. CLOSE TO PEAK COOLING CFM AS POSSIBLE. (5) FAN POWERED BOXES ARE PARALLEL TYPE. (6) FURNISH WITH TRANSFORMER FOR MOTOR VOLTAGE (277V,10) (7) FOR BACKUP COOLING FOR SC1D5 ACCEPTABILITY TARS. DESIGN AND /OR SPECIA1CATION IS APPROVED APPROVED RN DEPT DATE K BUIL LHECVLu D.KI OTZ ppKLp G.SM APPRO C.LYNCH KJEEO ALDINI DA 2.12.96 uRDRE MECHANICAL MASTER COL EQUIPMENT SCHEDULES BUILDIN -W JUL 0 3 1005 HOLADAY- PARKS, INC I "- RECEIVED CAT? OF NKWILA JUL 2 9 1996 PEHMTT CENTER M.F.0 SHEET DwD NO LAST REVISION M -2-d 3 FACILITY DESIGN SUPPORT aTMB L DATE 3.14.96 OF B No. MF CORP ND. C -95060 13- 03 -M2d VARIABLE AIR VOLUME TERMINAL UNIT (w) SCHEDULE FAT REH GOIL l COOLING CFM PRESSURE DROP AT Tr t CFM RADIATED (1) NC LEVEL SIZE DIA. (INCH) PRIMARY CFM (2) CAPACITY TOTAL KW MDII STEPS FAN ( HP VOLT PHASE REMARKS 3A1` 400 .15 21 6 120 3.0 2 1/15 480 3 TRANE MODEL 600 VFED OR APPROVED 381' 550 .25 26 6 165 2.0 2 1/8 480 3 TRANE MODEL 600 VFED OR APPROVED 342 235 .05 <15 6 75 1.0 1 1/15 480 3 TRANE MODEL 600 VFED OR APPROVED 3A3 - - 550 .25 26 6 165 2.0 2 1/8 480 3 TRANE MODEL 600 VFED OR APPROVED 3A4 B00 .10 25 8 240 2.0 2 1/8 480 3 TRANE MODEL 1100 VFED OR APPROVED 363 480 .20 23 6 145 1.0 I 1/15 480 3 TRANE MODEL 600 VFED OR APPROVED 3B4A 800 .10 25 8 - - - 1/8 480 3 TRANE MODEL 1100 VFCD OR APPROVED 3848 540 .25 26 6 165 1.0 1 1/6 480 3 TRANE MODEL 600 VFED OR APPROVED 3B5 790 .10 25 8 235 4.5 3 1/8 480 3 TRANE MODEL 1100 VFED OR APPROVED 3C1 550 .25 26 6 165 2.0 ! 1/8 480 3 TRANE MODEL 600 VFED OR APPROVED 3C3 - - 420 .15 22 6 10 390 - . 1/15 480 3 TRANE MODEL 600 VFCD OR APPROVED 3C4 540 .25 26 6 165 2.0 2 1/8 480 3 TRANE MODEL 600 VFED OR APPROVED 3C5 385 .15 20 - - - - - - - TRANE MODEL 600 VCCD OR APPROVED 301 '.. 310, .09i 15 6'- I. Ic 2.0 2 1/15 460 3 TRANE MODEL 600 VFED OR APPROVED 3D2A 1600 ''. .17 35 10 - - - 'I/3 48C 3 TRANE MODEL 1700 VFCD OR APPROVED 3D20 1200 .20 331. '10 -. - - - 1/3 480 3 TRANE MODEL 1700 VFCD OR APPROVED 3D4A 800 10 25 8 : 10 - - - 1/8 480 3 TRANE MODEL 1100 VFCD OR APPROVE' 3048 - 2000 .06 33 12. - - 4:5 TRO 3 - TRANE MODEL 2400 VFCD OR APPROVED 305A 730 .08 23 8 - - - - - TRANE MI✓u__ 3056 ..1100 .25 26 :. 8. - - - - - - TRANE MODEL 1100 VCCD OR APPROVED (7) 3D5C 170 .03 <15 6 - - - - 1/15 - 485 - - TRANE MODEL 600 VCCD OR APPROVE' 3E1 350 .10 16 6 105 _.. 6 ,, '" v °ED OR APPROVED 3E4 315 .10 15 6 - - - 1/15 480 3 TRANE MODEL 600 VFCD OR APPROVED 3E5A -'.550 25 26 6 - - - - - - TRANE MODEL 600 VCCD OR APPROVED 3 5 740 .09 23 8 225 30 2 1/8 480 3 - 3._ ..1 VFED OR APPROVED 3F1 / 365 .12 16 6 110 3.0 2 1/15 480 3 TRANE MODEL 600 VFED OR APPROVED 3F2 450 18 22 6 135 2.0 2 1/15 480 3 TRANE MODEL 600 VFED OR APPROVED 3F3 220 .O5 '. <15 6 70 1.0. 1 1/15 480 3 TRANE MODEL 600 VFED OR APPROVED VARIABLE AIR VOLUME TERMINAL UNIT (VV) SCHEDULE REH GOIL -4)(0 MARK NUMBER MAX COOLING CFM PRESSURE DROP AT MAXIMUM CFM INCH WG VALVE ONLY RADIATED (1) NC LEVEL INLLI SIZE DIA. (INCH) PRIMARY CFM (2) CAPACITY (TOTAL KW; NO OF STEPS FAN(6) HP VOLT PHASE ( REMARKS 262 1440 .15 35 10 435 3.0 2 1/3 480 3 TRANE MODEL 1700 VFED OA APPROVED 264 1440 .15 35 10 435 10 2 ' 1/3 480 3 TRANE MODEL 1700 VFED OR APPROVED 285 780 .10 25 8 235 45 3 1/8 480 3 TRANE MODEL 1100 VFED OR APPROVED 2C2 1300 12 34 10 390 45 3 1/3 480 3 TRANE MODEL 1700 WED OR APPROVED . 2C3 1800 .05 31 12 - - - 1/2 480 3 TRANE MODEL 2400 VFCD OR APPROVED 2C4A 2400 .09 34 12 - - - 1/2 480 3 TRANE MODEL 2400. VFCD OR APPROVED. 2C4B 280 .09 15 6 - - - 1/15 480 3 TRANE MODEL 600 VFCD OR APPROVED 2C4C 105 .02 <15 6 - - - 1/15 480. 3 TRANE MODEL 600 VFCD OR APPROVED 2C4D 1335 .15 34 10 - - - 1/3 480 3 TRANE MODEL. 1700 VFCD OR APPROVED 2C5 385 .15 18 6 - - - - - - TRANE MODEL 600 VCCD OR APPROVED 202 1290 .12 . 34 10 390 4.5 3 1/3 480 3 TRANE MODEL 1700 VFED ORAPPROVED.. 2D5A 170 .03 <15' 5 - - - - - - TRANE MODEL 600 VCCD OR APPROVED 2056 1100 .25 26 6 ' - - - - - - TRANE MODEL1100 VCCD OR APPROVED '(7) 2D6A' 715 '', .08 I', 30 B - - -. - .TRANE MODEL 1)00 VCCD OR .APPROVED 2D68 500 22 ! 22 6 150 2.0 2 1/15 480 3 TRANE MODEL 600 VFED OR APPROVED 202 1300 • .12. 34 10 390 4.5 3 1/3', 480 '.. 3 'TRANE MODEL 1700 WED OR APPROVED • 2E3 ': 530 .22. '... 22 : 10 - - 1/8 480 3 TRANE MODEL 600 VFCD OR APPROVED 2E5A . 1000 A5, 30 10 300 4:5 3 1/U 460. 3 TRANE MODEL 1100 VFED OR'APPROVED :, 2E5B 650 :08 !. 21 8 200. '.. 1.0 '.. 1 1/8 480'. 3 TRANE MODEL 1100 VFED OR APPROVED 2F5 185 04 <15 6 60. 1.0 1 1/15 460.' 3 TRANE MODEL 600 VFED OR APPROVED • 2F6A 170 - .. .04 <15 6 60 1.0 '.. 1 1/15 480.. 3 TRANE MODEL 600 VFED OR APPROVED 2F6B 550 . .25 26 6 165. 3.0 2 1/8 480 3 TRANE MODEL 600 VFED OR APPROVED B31ND° LWM3d 9661 6 Z 190 Y1IMOIU 40 A11D ONN3DNU NOTES ISSUE FOR CONSTRUCTION (1) MAX RADIATED NC LEVEL'.® 2.0 "WG INLET. (2) PRIMARY AIR HEATING CFM IS 307 OF. COOLING CFM, EXCEPT FOR CONSTANT VOLUME BOXES. (3) CONSTANT. VOLUME :OPERATION.. (4) SET FAN SPEED SO THAT TOTAL HEATING CFM (FAN CFM '.. IS AS CLOSE TO. PEAK 'COOLING GFM. AS POSSIBLE. (5) FAN POWERED BOXES ARE PARALLEL,TYPE. (6) FURNISH WITH TRANSFORMER FOR MOTOR VOLTAGE (277V,14) (7) FOR BACKUP - COOLING FOR SC2D5 MC DK PRIMARY AIR) APPROVED CL DATE 3.14.96 P00004 DATE ASFASCEZAKa FACILITIES DEPARTMENT NOTES: (1) MAXRADIATF'T NC LEVEL ®'2("180 INLET. (2) PRIMARY AIR HEATING CFM IS 307 OF COOLING CFM, EXCEPT FOR CONSTANT VOLUME BOXES. (3) CONSTANT VOLUME OPERATION: (4) SET FAN SPEED SO THAT TOTAL HEATING CFM (FAN CFM + PRIMARY AIR) IS AS CLOSE TO PEAK COOLING CFM AS POSSIBLE. (5) FAN POWERED BOXES ARE PARALLEL TYPE. (6) FURNISH WITH TRANSFORMER FOR MOTOR VOLTAGE (277V,16) (7) FOR BACKUP COOLING FOR SC305. ACCEPTABILITY THIS DESIGN AND /ON SPECIFICATION IS APPROVED MPROVE0 BY DEPT: DATE MOWER R.BROWER LH! HEU K D.KLOTZ G T C. LYNCH K.1 ALDINI DATE 2.12.96 SUBTITLE EQUIPMENT SCHEDULES TITLE MECHANICAL MASTER BUILDING 13 -03 COL M.F.C. 513L0 313 ; 8 HOLADAY-PARKS, INC. DWG NO. FACILIT DESIGN SYMBOL IAST REVISION A SHEET M2e ANN ND. MFC -95060 13- 03 -M2e SUPPORT DATE 3.14.96 OF COMP N0. LEGEND: O (�(`�� \ `� / O - 1. SEE SHEET LEGENDS AND IABBREVIATIONSMIC FOR MECHANICAL CONTROL NOTES: 165 CFM 0 0 200 CFM A CFM 0 165 CF 00 CO TO 2ND FLOORS_! FOR CONT. SEE SHEET 2M72 1. SEE SHEET M452. (lY, , © TYP 2 Q II Y / �- �� 49 .T��� - I m Q I� 3 FOR TYPICAL VAV TERMINAL UNF INSTALLATION, v SEE DETAIL I ILEI 150 m III <-2, THfS ROOM SEE SHEET M457 gp � 1 q ■I 11 �pI ■� 110 Mk W120 - SFD; O �� , i Of aJ® 7 © 8 10 / r�/ ICJ IV ■ •, � © .' % ® X 91 • © 2 I $. © �° ®. 1 a ► ' � ( - �.r ya 5F0 Iv m (') 1 1M10 M503 ® FOR TYPICAL VAV UNIT ACCESS LABELING, SEE DETAIL ( 0 M50 I I FOR TYPICAL J LAY- IN INSTALLATION, I 300 SEE DETAIL 0 0 M 0 ��[ya�® 295 CFM © � ® , 100 . . 66 • .,_.11 • f 24/14 025 -- E ® ®1 ®� ' _. , 0%�6" 10:..__... CFM Wit_ i © —� 24/14 I I 7f -, :..M FD' II II 315 0 II M ©!911 -' ,`• 1 T MY TYP 4 (TMp) cF 5' 1061' - - -CFM 0 " j � E (TYP) �� J TO vv/v2 IN SCREENED , 295 OPENING, TYP CF © CFM .M1 M503 II © SHEET METAL OPENING IN WALL ABOVE � / CEILING LINE. TYP 4 120 ANTENNA RM T ! 'rte � ® ®11 [ ; 400 CFM F ® J ®� M / ® – I I m 205 CFM \ JJ ®(1YP 2) 7 SOUND LINED TRANSFER ELBOW ABOVE CEILING 100 1 ® 12 10 / I�. © O 30/18 Q V ® i17iP�® ® �(yiC� ® 0 ' , 24 76 ° ,-,7\ 1E4A K� 10 /ti 0 >M 1 C3 � 295 CFM 1 ' � ' SEE DETAIL iM1D M505 m 415 ( © CFM 18 -> FOR JTIDS DUCTWORK AND AIRFLOWS 12/12 ,� _ 80..+.x; X 140 . TYP 4 I �711/- � ® TYP 2 Q 1 I Ill 1 ® 4'� ,� 38 �J ®` � � ®a ! r .r - >CFM ®MI I � gL1 © ti � , ® SEE :UA±!:HEETD i. I 1 aw l, , 8 8 - 66 70 0 tl '. 1 - ter - 7yN®a® . � 7 f �l __ .._ 250 CFM 0 i —'_ d\ mCFM � FOR 2M11 AND 2M12. v(NP 2) 110 > SPACE STATIC PRESSURE SENSOR /TRANSMITTER. C B el 184 I. - _ MI IIO i�� ©� 1C 4A 180 ' / $ 0 , , ® 10 /10 Q ( 7F4A I I I = ®� TYP 2 , r-- I , I i III _ . - q—II� U ® 11. SYMBOL FOR 0 TYPICAL. I \ ' II I (7, '= , 5M - S I TYP 5) 1 - i p F 1804 O • Z _. - ® t F4 ® a � III I SG 200 I �i "�( CFM ®.\ — pr iiir CFM E> BACKUP COOLING SOURCE. SEE SEQUENCE �I�I' ® _____ ® WO � il; 12 I � / =STEW .� -- fa ' i ,v g \ L. Fpl ��, ¢ FD2 I TO TEMP SENSOR OF OPERATIONS. SEE SHEET 2M70 SENSOR/TRANSM iTER. �� CO2 _ 2/10 ► Fr \v E E O . p ° 10 �0 F . ®rte v � p I 1 � ® � -- ,.. ��� rf 'p li'• O 7� I I © Mii I I '. ' ®H[�)159 'I II . ' , . p m ' O m41s CFM CONSTRUCTION NOTES: ET's _ �, ; `� I t Ii / i�� ---� ®I��q '� SEE.SHEET 2M10.: CFM ® - > li ® ® (TYP Z) 1. IN GENERAL, THE 1ST FLOOR CEILING SPACE FROM ( M' CJi 1` �� 25 f . a 3 $ ' "' '1 � .� � VII Iq ®!N; `e ®�F 6/6 d e y ® f 190 (�� i 2/29 I -p �IL.J�N_ BOS TO 25 BELOW.BOS IS RESERVED FOR DUCTWORK &PIPING. THERE WILL BE EXCEPTIONS, HOWEVER. AND THIS DOES NOT RELIEVE THE lIi VI VII l l a, vt� ILVIn i4 I∎ ,1-, VI Ln� u COORDINATING WITH ALL TRADES TO RESOLVE INTERFERENCES. ` Me � Y � 10 *1'te, I fr I 4 1 1 g t "� / % 24 / 14 I W /I .. y, 395 6FM m I I D �1 -- , � ' �� II ® -I � � C q _ s l, 1 840 11 CFM TYP 2 Q 1� r . Hionnor �I��Il _ ` I m � II� 1 IN •' 14 .10 �(oll 2 NOT USED 3 SOUND LINE ALL BRANCH TOILET AND JANITOR EXHAUST SYSTEM DUCTWORK. o AIR MEASURING STATION (ANT e d 4 CENTER UNIT BETWEEN ELECTRICAL CABLE TRAYS BY CONTROLS CONTRACT R I m410 C FM TO PROVIDE MAXIMUM MAINTENANCE ACCESS. DUCT J 0 ( ) SHOWN IS FOR CONDENSER INTAKE AND DISCHARGE. TYP 2 �' - I] VERIFY FINAL LOCATION OF JTIDS B PRIOR � ®' � 220 220 $ X500 CFM I ' � � ROOM 51 ALL BRKi 0 AFF _ - CFM Q ® UP' \ 1 � 1 FOR MECHANICAL I ' SEE SHEET M �fj y iM10 M508 UNIT HTR W II . BTM -0H ® IMI m 0 E7 ® I N .w:g � �r NEW � TO INSTALLING EXHAUST DUCTWORK.- JUL rr E6 U' 260 UP. u . - E>. DUCTWORK OFFSET UP INTO SECOND FLOOR RAISED 7M1-0 �-• •_ _ 1 _ O c ;, Ii1C. FLOOR SPACE. _ HDLA! -' FOR LOUVER LOCATION AND DESCRIPTION SEE -. ARCHITECTURAL DRAWINGS AND SPECIFICATIONS. 8[] DUCT MOUNTED SMOKE DETECTOR, SEE ELECTRICAL N - DRAWINGS, SHEET 1 E260 AND DIVISION 1dECEIVEO N r4 - -- - FIRST CI oOD R J C nl LAI \ P V nl - - -- - =' "\I _ - - MOTORIZED I - n BUS BY CONTROLS CONTRACT R EXH. DAMPER - �, SEE SHEET M504 60/30 INTAKE Q 54/30 EXHAUST�7 � - - - --- LOWER LOUVER I 1 p' SCALE: 1/8 " =1` -O' IV JJLCB SPECIFICATIONS. \ JUL 2 9 1996 g 16' CltvoFnlNwlu ■ PERMIT CENTER ,■■ o I' � � FIC ,ti'C .1 -``., _ .•. 6' 4' O 4' 6' - -. ( � SCALE: 1/8'= 1 - 0 "' o FACILITY DESIGN SUPPORT a s n REVISION Er nvPRa¢D sttn ernvaN a P D ED SmE THIS O SPECIFICATION I AND/ON 15. D DPAWN Y M.GAI�NITIS D ATE S IIEORE FIRST FLOOR HVAC PLAN LAST RENSION EN EET SYMBOL A iE 3.14.96 A ISSUE FOR CONSTRUCTION CTION SRL DK CL C,)°, 14 96 3.14 ry . 1<' I. _ 8��Aec DEPT. APPROVED erDr PROVED EY DATE O T D.KLOTZ mEE r� i �j �uJ. IYr JS� -01 1M 10 FACILITIES DEPARTMENT cNECnEa G.SM TN _. _.... __.. -.. - me, C.LYN MECHANICAL MASTER COL A -F/1 -7 M.F.C. 701-110. MFC -95060 C01.71. NO. K.R mtlALDINI 1,12.96 o w c rva 13- 03 -IM10 LEGEND: AO , (�• �/ J € I 1. SEE SHEET M1a. M1b, AND M1c FOR MECHANICAL LEGENDS AND ABBREVIATIONS. CONTROL NOTES: 275 CFM Ark 275 CFM m All 145 m 165 CD 185 1. SEE SHEET M452. (TYP 2 2 TYP 2) © 1 CFM 1 CFM I 2 CFM s . •E -- - �_�l5�I: = --- -- � `iL _ F =�� t i � �tla ��' d al ® I -0, e L L —7 —, 9 - I jai GENERAL NOTES: MI All. 365 - II m II QI , T I � �� I 0 l i -� �\ -� e ®- © `' E ®�I u _ CFM [----> 36/24 OPENING IN WALL ABOVE CEILING WITH SMOKE FIRE DAMPER. 20/12 2� 1---> :::::::: ELBOW :::::: -- ELBOW c d 60 � .. �� (TYP) Q II'' �I ► � "ER ri 0 12 -i • ® 10� 1 Dm �� 35 235 PO D I �_ .•, = �Bi 400 CFM i m 6 7 1. _ - ._' 10� 6ss 1111 © CFM SEE DETAIL TYP 4 ® (TYP) . - - - - IW x -y/ . - 3M10 M505 ii I n n e 316 SCREENED 4 OP NING PL) , ___ -- • r ��.. 12: , / / ' 3 � a_ 10 ..10 1 �II � � ® OPENING IN WALL ABOVE CE WITH TWO 18/18 HOUR SFD AND RETURN GRILLE. ILING, SYMBOL FOR TYPICAL16 r > FOR T 550 SEE DETAIL CFM © III' m CFM v II��Ii 'ii' OI I poi 400 � _ II 12 12 � 12 , 1� ® ' = I' 9 : II. � 28/16 . - : - . _� ✓4100 - .F 17A C M CFM 100 s � � r ® ® 'TO CMCS' a� 400 CFM , 3M10 M503 FOR TYPICAL VAV UNIT ACCESS LABELING, 240 CFM m TYP 2) 2 210 CFM m �' TYP 2 + © -- �I® I 400 CFMm (TYP 2) Y ® (TYP 5) - �!i Inll I� M g L 1 11 ta '�� \ I 24 18 �� �>�[ IN ►y.A €�!� 10 0 NO tiu , ( ® ''� 411 � 60 'Ili _ � � �; � ! � � _-- - - - - -' © I CD 220 SEE DETAIL Q '� CFM 3M10 503 © M I 8 > FOR TYPICAL LAY -IN DIFFUSER INSTALLATION, 1 20/ 2 SEE DETAIL r 3M1.0 M503 9 DUCT RUNOUT TO DIFFUSER TO BE SAME 0 315 SIZE AS DIFFUSER INLET UNLESS INDICATED 3 CFM OTHERWISE. 1 10 1D. I � ®� _ _.. _._ al © I II Q: — VV ' 3F3 I J 8 14/12.80 �� �� I ! - PI ; -.. ® ' - 16 16 W D4A !y 12 , 111 ®B , ® � A 12 " -------1 1© 10/10 10/10 I , - � € n t' -' 3A4 . / i 11) - 1 e 4?00 _ I I� ,' 100 0 - ` f 270 CF � ` I I -- ( 36 24 �� '' ° CFM' - 17P �� \ _ i 10 BACKUP COOLING SOURCE. SEE SEQUENCE OF OPERATIONS. 11 SPACE STATIC SENSOR /TRANSMITTER. PRESSURE 400 CFM E 0 �� 0 - 60 i AI � ' VV i II M � j r r D5B u TRAP? T 10� 400 CFM A€ A TYP 4 1` I y - TYP 2 3 TYP 2) 3 I -__ _ _.��, F CO2 SENSOR /TRANSMD ER. m low Il CONSTRUCTION NOTES: ® _ ( ® mil' � ; �\ W SFD I - 1,' VII --- 3C4 1 - X160 D D ® @ice I 3E4 I SFD D/ dfl - - - BED- SFD' I' t� ERN 0 ,o® : - r.�, —��_ s I -UI al _ 25 eI § I I 8 ■ / �.� I ..• �� ®r �r.:r. .�,� a��r._ —a _ ° -- -.r.Ti fir— _,., —,..r � — _ �� S • Bl /o6' �l ;' .; v v V It � 2/20 _ v ' E .m ` � � is CD 370 CFM 1. IN GENERAL, THE 3RD FLOOR CEILING 'SPACE FROM - �� – oI7O -- CS , ; 1. ® 3D /? 6 TRANSFER DUCT ® ! Q , I I ©(TYP 2) BOS TO 25" BELOW BOS IS RESERVED FOR DUCTWORK & PIPING. THERE WILL BE EXCEPTIONS, HOWEVER, AND THIS DOES NOT RELIEVE THE CONTRACTORS FROM THE RESPONSIBILITY OF COORDINATING WITH ALL TRADES TO RESOLVE INTERFERENCES. CENTER UNIT BETWEEN ELECTRICAL CABLE TRAYS — TO PROVIDE MAXIMUM MAINTENANCE ACCESS. DUCT - I �y - — EM � -E I. !` v 2 3 MI ' « E F UN 3D6 .. .► .r l � Q ® 385 l�l i14 'r [ Ip:'s� � �� A - ' � e rl 18/1 V• C F M �� 1 ® 'MINI « i� ®� - CFM &� 0 � \ (T91 F)M ® s G�} ® —1_ ! SHOWN IS FOR CONDENSER INTAKE AND DISCHARGE. U flIw 1 1IFiEl W73 � ® ' —�s� - 60/3D LOUVER W/ BOD ® A MA pa •500 CFM ! AM1251 '1 { VOLUME DAMPER. TYP .?_i I 3 SOUND LINE ALL BRANCH EXHAUST SYSTEM DUCTWORK SERVING TOILET AND JANITOR SPACES. o e _ - - ® AIR MEASURING STA :ION BY CONTROLS CONTRACTOR. _ ° _ BACKDRAFT CAMPER SEE ARCH DINGS. 11'- CI'AFF 20/20-UP TO'ROOF MOUNTED EXH FAN EFRC6, SEE ARCH. DWGS FOR CURB DETAIL AM 50 o n - � ® (TYP 2) m 730 CFM 11111/CFM o FOR - MECHANICAL.: AREA -PLAN 3D /20 LOUVER DS / CFM DAMPER. SEE @ \ UNIT HTR / W WALL' RIFE B'_0"AFF BTM UN ®9' -0" AFF / AFi CH. . DWGS DWGS "I' SEE SHEET M452 O _ o [>. DUCT MOUNTED SMOKE DETECTOR, SEE ELECTRICAL o DRAWINGS, SHEET 3E260, AND DIVISION 16 .-' SPECIFICATIONS. 0 1 CFM r— � THIRD FLOOR P LAN ; , RECEIVED CITV OF 7UKWI JUL 2 9 1996 .: D _ _ PERMIT CENTER CO ' Irn _r } I a� ^ v , 8 4' 0 4' 8' 16' SCALE: 1/8 " =1' -0" z :: JLIL D a a , cn H, _ , " SCALE: t /g' =1' 0" FACILITY DESIGN SUPPORT g SYM REVISION BY "APPROVED DATE SYM REVISION BY APPROVED DATE ACCEPTABILITY THIS DESIGN AND /OR SPECIFICATION IS APPROVED DRAWN Br M.CAUNITIS DATE SUBTRLE THIRD FLOOR HVAC PLAN REVISION SYMBOL A DATE 3.14.96 A ISSUE FOR CONSTRUCTION SRL DK CL C, /. 3.14.96 € D.KOLTZ LAST SHEET _ - --,3-M 1 oP — 1 -.. -_ -.. � -- ... �� L DEPT. APPROVED BY T. DATE D.KLOTZ TTLE - C � FACILMES DLPARIMLNY GSMITH BUILDING 13 -03 MECHANICAL MASTER COL A -F/1 -7 M.F.C. ... APPROVED C.LYNCH doe NO. M - 9 6O COMP Na APPR v K- R,�A�ALDINI , 2.12.96 WG N 13- 03 -3M10 , a i■■■II■■11■■■ ■■■ r 111 11Wr MEW: ON 3 1 ®' 0 CMCS P w 011 A MO . AIL SYSTE S CO ROL PANE (S E SECUENCB OF — 0P 0 J, SE I TION 15956 5 5 53 2 BY it SEE PARTIAL SECOND FLOOR SCALE, /1 1' -0" NTROLS CO PEC. r ECT10FI 15 PLAN 1 20 2' 0" w O MC DK CL 0 3.14.96 r ® '■ �bid ■ 7 __ _ _® Pa ; i:� Mrs 1, � .ems I `d REVISION ISSUE. FOR CONSTRUCTION APPROVED DATE AP' oV ED C. LYNCH K MALDINI 2.12.96 DWG N0. 13- 03 -2M11 OF 80 t .44 W■ 1 1111111111111111.1 1111111FRIE-Imumi _ ■■■■ ■ ®■■ SOPPEY (S)G &O�ETURt IHI■IM ■■II I •W1 Ii� Ht■ ■■ EQUT E D A ° EE VI �IIL7i�1ISI■ 1 ■11 E111111111111111Milrule1111PIE ■ ■ ■■ ■1=■1 ■■■I■ ■1111 ■�■ ■� i�•s.'< ' � I II- - -- " r! ■IHI■ 11111= i.■r!i;�■�i !L iI ilITIM �'IEIlI _ 140 IIG ■� ■11■■ ■1111111 ��JlEIMMI I ■r ■■LVMI 1111.111111111ENI 1 ....IMMUMMIP,nt miniv----E=m-m=ths....a=maimm spew I ■st■ ■. asumm �1� ■■■ ■INI■■ REVISION PPROVED DATE ACCEPTABILITY THIS DESIGN AND /OR SPECIFICATION 15 APPROVED APPROVED BY DEPT: DATE DRAWN B1' M. CAUNIT1S 0 60 DRAW –THRU EXHAUST (EA) TO HEADER LOCAL €B ABOVE EQUIPMENT „-SEE M508 AIL SYSTEMS CONTROL PANEL (SEE SEQUENCE OF OPERATION, SPEC. SECTION 15956) FOR DUCTWORK CONTINUATION SEE SHEET `1M10 DATE SUBTITLE MECHANICAL MASTER COL LEGEND: FLEX DUCT SIZE AND LOCATIONS OF PENETRATIONS THROUGH RAISED FLOOR TO BE VERIFIED BY BOEING PRIOR TO INSTALLATION, TYPICAL. PROVIDE 60 TAP AT MAIN FOR EACH FLEX DUCT, TYPICAL UNLESS INDICATED OTHERWISE. I/ INSTALL DUCT IN RAISED FLOOR SPACE, TYPICAL UNLESS INDICATED OTHERWISE. (FOR CLARITY, DUCTWORK NOT DRAFTED WITH HIDDEN LINES.) MITRED ELBOW WITH TURNING VANES. REDUCERS ARE TO BE OFFSET TYPE' FLAT ON BOTTOM, TYPICAL. INSTALL TAKE –OFF NOZZLES AT 45' ABOVE HORIZONTAL WHERE INDICATED. HIGH PRESSURE DUCT FROM AHU TO LAB EQUIPMENT INLET, DESIGN S.P. 1.4 G. - RETURN. DUCT, MEDIUM PRESSURE CLASSIFICATION. ECENED CIYY g OP'TUKWILA .JUL 2 9 1996 SECOND FLOOR'.HVAC PLAN RAISED FLOOR AREA BvEarNI 1. SEE SHEET M1a, M1b, AND M1c FOR MECHANICAL LEGENDS AND ABBREVIATIONS. GENERAL NOTES: 1. DUCTWORK IS TO BE INSTALLED IN RAISED FLOOR SPACE UNLESS OTHERWISE INDICATED. COORDINATE CLEARANCES WITH OTHER DISCIPLINES PRIOR TO INSTALLATION. NOTE THAT FIRE PROTECTION PIPING AND ELECTRICAL CABLE TRAYS ARE INSTALLED IN THE RAISED. FLOOR SPACE.. 1 FOR DUCT SUPPORTS SEE DETAIL 2M11 M507 SEE SPECIFICATIONS FOR SPACING. CONSTRUCTION NOTES: 6. BRANCH DUCT CFM'S TO BE DETERMINED BY BOEING AWACS. BOEING TO FURNISH AND INSTALL BRANCH DUCT AIRFLOW ORIFICES FOR SYSTEM BALANCING. 4' 2' 0 2' 4' M.F.C. SCALE: 1 /4” =1' –O" SHEET UST REVISION 8' FACILITY DESIGN SUPPORT PERMIT CENTER srMeoL A DATE 3.14.96 JOB N0. COMP NO. MFC -95060 SYM FOR DUCTWORK CONTINUATION SEE SHEET '1M10 REVISION A ISSUE FOR CONSTRUCTION 100 'Z r "a>te �-- . r = � 100 EAR _ -q.'� im, ® 1 .s, _m„ � I IMMO Ell �s _._ ,, ? 4--+ fir, ! 111 if ..greate_i ®I ► N 1mUUI1II■111 �. �, SE C i - ®= eI■ ■ ■ .Uses 0 liii.I■MM!!■Mii I ■Ei1■ ■ ■I1E = Ib■RA I■■ ■1■■MINI � �P .II . - ■II ■®II■■!'�iNSi ■STAS I e . � � :� �'` ' ■1 . �■■ IMEIIIIIIIM—lei. 1 1.11 ■IL = �r Y ®..� ri 0— — - I ,_ � = � Bit ■■■ v7 J' �I 4 MC DK CL "WE ®u ■ I ' -11' APPROVED AIR MEASURING GTATIOl! FOR -, . dY COIJTPOLSI COMT SECjTION J 56.I DATE' NOTIE: DOI NOT -ROUTE ANY DU TWOR < THROUGH THE SAR RAISE FLOOR SPACE. REASON SAP ( P) 39 PARTIAL SECOND ' FLOOR PLAN SCALE. ;1/4 ° =1' -0" APPROVED DATE 4 DOE // VG ,FACILITIES DEPARTMENT 20 r IIIMMINI MEE NEM ® ', SHEET roe No. MFC -95060 DWG 100 MODULAR AIL DRAW -THRU EXHAUST & 100 AIL DRAW -THRU EXHAUST DN TO 1ST FLOOR ANTENNA ROOM, SEE SHEET 1M10 & M451 ACCEPTABILITY THIS DESIGN AND /OR SPECIFICATION IS APPROVED APPROVED 9Y DEPT_ DATE. DRAWN HY M. CAUNITIS LHLLKEO E D KLOTZ GR D. KLOTZ CHECKED G. SMITH APPROVED C. LYNCH K RX ALDINI DATE 2.12.96 SUBTITLE LE MECHANICAL MASTER SECOND FLOOR HVAC PLAN RAISED FLOOR AREA stntotNG COL LEGEND: 1. SEE SHEET M1a, M1b, AND M1c FOR MECHANICAL LEGENDS AND ABBREVIATIONS. GENERAL NOTES: 1. DUCTWORK IS TO BE INSTALLED IN RAISED FLOOR SPACE UNLESS OTHERWISE INDICATED. COORDINATE CLEARANCES WITH OTHER DISCIPLINES PRIOR TO INSTALLATION. NOTE THAT FIRE PROTECTION PIPING AND ELECTRICAL CABLE TRAYS ARE INSTALLED IN THE RAISED FLOOR SPACE. 2. PROVIDE SLEEVES FOR DUCT PENETRATIONS THROUGH THE FLOOR SLAB. SEAL WATERTIGHT WITH ELASTOMERIC SEALANT. FOR DUCT SUPPORTS SEE DETAIL �=-- SEE SPECIFICATIONS FOR SPACING. 2M12 2507 CONSTRUCTION NOTES: FLEX DUCT SIZE AND LOCATIONS OF PENETRATIONS THROUGH RAISED FLOOR TO BE VERIFIED BY BOEING PRIOR TO INSTALLATION, TYPICAL. INSTALL DUCT IN RAISED FLOOR SPACE, TYPICAL UNLESS INDICATED OTHERWISE. (FOR CLARITY, DUCTWORK NOT DRAFTED WITH HIDDEN LINES.) MITRED ELBOW WITH TURNING VANES. REDUCERS ARE TO BE OFFSET TYPE, FLAT ON BOTTOM, TYPICAL. OFFSET DUCT UP WITH 45' ELLS, TO ALLOW 90' ELL UPSTREAM OF FLOOR SLAB PENETRATION. INSTALL TAKE -OFF NOZZLES AT 45' ABOVE HORIZONTAL WHERE INDICATED. , DUCT STATIC PRESSURE SENSOR /TRANSMITTER. WIRE TO AIL CONTROL PANEL, 8. BRANCH DUCT CFM'S TO BE DETERMINED BY BOEING AWACS. BOEING TO FURNISH AND INSTALL BRANCH DUCT AIRFLOW ORIFICES FOR SYSTEM BALANCING. HIGH PRESSURE DUCT FROM AHU TO LAB EQUIPMENT INLET, DESIGN S.P. 14 'W.G. RETURN DUCT, MEDIUM PRESSURE CLASSIFICATION. M.F.0 RECENED COY OF TUKWILA JUL 2 91996 PERMIT CENTER 2' 0 2' 4' SCALE: 1 /4" =1 ' -0" IAS1 REASON 0. FACILITY DESIGN SUPPORT SYMBOL DATE A 3.14.96 13- O3 -2M12 OF 8' COMP N0. I FIRST FLOOR MECHANICAL ROOM — PIPING ` JUL 2 91996 0 SCALE: 1/4 =1' 0" / FACILITY SCALE: 1 4 " =1' -0" PERMIT CENTER DESIGN SUPPORT - S YM REVISION BY APPROVED DATE SYM - REVISION Bf APPROVED DATE - D BY D AT E SUBTRLE SYMBOL DATE A ISSUE FOR CONSTRUCTION SRL DK CL t;, • TWS 3.14 96 - __� DAD ACCEPTABILITY DESIMGN EN AND/OR OR M CHECKED LAST REVISION MECHANICAL DETAIL PLANS A N CKED 3.14.96 - - B+� � $PECIFlCA7IDN I$ APPROVED S50 SHEET ■ -.. - .. , . - APPROVE BY s a- # • � � � OF �. °� CHEDKED B UILDING 13 -03 ��� - -- G.SMITH JOB NO COMP NO. APPROVED MFC -95060 - - _ C.LYNCH PPR MECHANICAL MASTER COL M.F.C G No. A . K- ALDINI 1 2.12.96 13- 03 -M451 �� FOR CONTINUATION a �� CONCRETE SUPPORT ( l ; ] SEE SHT 1M 10 ,:' PAD, S CIVIL DWGS (-4% ` � ` r , , L LEGEND: �� ® a a z z- a a . a 80D 11' 2" "rF � a E ® 2 \ 1. SEE SHEET M1a, M1b, AND M1 c FOR MECHANICAL o° * NI I BOD 10' -1O" AF i I ` • T O o o E XHAUST P 0 • PIPE SUPPORT 0 � � t I B I N ° 0 1 160 I • 2 2 1/2" C Lc/ F NI � � � \ UNFF HTft W WALL BR>< I {�I �1 , ■ 1 `l ci — - I _ — _ GENERAL NOTES - t s s�i�l a ar — UNIT H HTR W I ' _ I -,. I — — , _ G i�r n - I C C I ` I ® , _ q BACKDRAFT DMPR , '° 80. 1. FOR COOLING WATER SYSTEM P &ID, SEE SHT.M360. / g 1. 1 J J1 ®tea �= 12/12 ' _ _ ' ' F CHEMICAL W /WALL 1 1 ' A r , T t , B ` AH ' ' Z _BRKT, B h " - ��$a v ► ` TRANSTION © BACKDRAFT SUPPLY TO CHILLED WATER SYSTEM. 5' -10" „ t, ; F MEM ® ®c � �a — T�? Hb [N.R15EP.; DAMPER o � & 1 � �' R R C EF 3 C m 3/4 "CFA° 48/21 RA � 1 'aF, , , ? �' �'^ M 12/12 DN, TRANSITION A M Q Q. , TO m (T YP) BOP 1 _ C HW R / S �' 5 A' I I 2 1/2" " " 2 1/2 CHWS 220 TO FAN OUTLET PROVIDE 1 1 o �\ . . o � � ; ; ` I - = - 1" t 2 1/2 CHWR A 260 SA UP - _ ' — i! H - _ _ F FOR — — U 120 1 120 sr d∎ ■ u _ 8 ■GJ I I _ FOR COIL CONN. & PIPING, SEE DETAIL I ® D 1O' -{�' AFF _ = © D ; - -,,r C M45115 O OA I MIRE ,� - 30/30 I INTAKE LOUVER 11 D NOMINAL 6' -0" X 2' -6" X 1' -6" DEEP E 6' -0' Wx2' -6 H M j505 D EA ABV) f,t. ,DA(BEL) 3 ARCHITECTURAL DRAWINGS AND SPECIFICATIONS. 11 D _ D \ O PROVIDE 4" HIGH HOUSEKEEPING PAD FOR M451 M508 M451 M505 1 SF6 1 PC " " \ (TYF 41 5 S 1 SUMP - - & PUMPS. HOUSEKEEPING PAD TO EXTEND 5' MIN, — � S ' F ® S FOR CONTINUATION t- OF UNITS ON ALL FOUR SIDES: SEE SECT F SCALE: 1/4 " =1' -0" N - -' — \ A 3/4 "CON0. _ _j �� C __ 3 3� CHWS & R FLEX HOSE TO HEAT EXCHANGER. - q q C COORDINATE HOSE LENGTH, SIZE. ROUTING IF I 1 1 I 120 T CONNECTION TYPE AS REQUIRED TO CONNECT I . ® I I D 6 > N . - � + ++ 1 SEE SHEET 1 1M10 N ® 111 / ® VERTICAL AIR ' C "NCH PLENUM I) COIL SECTION N COIL SECTION N (' - NOT USED DIFFUSER SECTION D 7 /8 " DIFFUSER SECTION m I ( m .".' F II.- A AH " "R 1 SEE SHOEETN11M 5 1 A AIR DRYER S � � SCALE_ 1/4"=V-0" SCREENED OPENING 12" ABOVE BOTTOM OF SUMP. lar F FILTER SECTION : FILTER SE ® MIXING BOX 1 PIPE PIT, SEE � � � MIXING BOX / 1 8 RS F FOR CONTINUATION .- ROUTE RL & RS PIPING AT BASE OF AH UNIT. DWGS. , 2 " ■o� ,� S A - - I I ._..am - - - - '=' 2" THICK DOUBLE -WALL ACOUSTIC DUCT, M451 M504 I I i , S � 2"G UP T iiiN��A 6" ABOVE WALKWAY SURFACE SMOKE DETECTOR MOUNTED IN UNIT DISCHARGE HO . PLENUM, SEE ELECTRICAL DRAWING SHEET 1E260 4 2 0 2 4 8 AND DIVISION 16P�L M SCALE: 1 /4" =1' -0" REVISION A ISSUE FOR CONSTRUCTION 7/8"4 RL 1 5/8" ORS u.iLiUUK, JGG CIVIL DRAWINGS FOR CONTINUATION =T- BY APPROVED DATE MC DK CL �, „..3.14.96 1 1 /8 ° 4 RL 1 5/TORS SYM PARTIAL PLAN — CONDENSING UNIT ENCLOSURE I _ 5 /8 "4RL 1 1/8"0RS UTILIDOR, SEE CIVIL DRAWINGS 2 "G GAS METER AND PRESSURE REGULATOR BY WASHINGTON NATURAL GAS; DISCHARGE PRESS. SETPOINT IS 14" WC REVISION BY - - -SCH. 40 STEEL PIPE SLEEVE UNDER CONC. WALKWAY APPROVED THIRD FLOOR MECHANICAL AREA PLAN SCALE: 1/4"=1' DATE f fif FACILITIES DEPARTMENT :i ACCEPTABILITY TMS DESIGN AND /OR SPECIFICATION IS APPROVED 'Mks M.CAUNITIS G.SMITH AP C. P LYNCH K RR ALDINI DATE SUBTITLE 2.12.96 TITLE EI;L 2 '2 723 ` MECHANICAL DETAIL PLAN BUILDING 13 -03 MECHANICAL MASTER COL C -F/6 -7 LEGEND: 1. SEE SHEETS M10, M1b, AND M1c FOR MECHANICAL LEGENDS AND ABBREVIATIONS. CONTROL NOTES: AC3D7 & AC3E7 1. FOR SEQUENCE OF OPERATION SEE SPECIFICATION SECTION 15956. 2. PROVIDE SA TEMP. RESET AS REQUIRED TO SATISFY ZONE WITH PEAK DEMAND. 3. SITE CMCS TO PROVIDE OPTIMIZED START /STOP AND NIGHT SETBACK FUNCTION. 4. WHEN UNITS ARE SHUT OFF, OA DAMPERS WILL BE CLOSED, RA DAMPERS OPEN, AND EXHAUST DAMPERS CLOSED. 5. GAS FIRED HEATING WILL BE STAGED FOR MORNING WARM -UP AND TO TEMPER MIXED AIR TO MAINTAIN 52'F MINIMUM TEMPERATURE. 6. PROVIDE 1007 ECONOMIZER BASED ON ENTHALPY OF OA & RA. MECHANICAL COOLING SHALL BE CAPABLE OF OPERATING IN CONJUNCTION WITH THE ECONOMIZER. GENERAL NOTES: CONSTRUCTION NOTES: INSTALL P -TRAP PER AIR HANDLING UNIT MANUFACTURER'S RECOMMENDATIONS. PROVIDE GALV. STEEL CONDENSING UNIT DISCHARGE AIR SHROUD. SHROUD TO BE: PROVIDED BY AHU SUPPLIER AND PAINTED TO MATCH UNIT. SUBMIT SHOP DWG'S FOR REVIEW PRIOR TO STARTING FABRICATION. SHROUD IS TO HAVE CASING REINFORCING AND BRACING CONSISTENT WITH AHU QUALM'. SHROUD IS -TO BE 4' -0" HIGH FOR AH3D7 AND 3' -6” HIGH FOR AH3E7. AH UNIT SUPPLIER_TO FURNISH STAINLESS STEEL GAS FLUE AND RECTANGULAR -TO -ROUND TRANSITION. PROVIDE DRAIN & DRAIN COCK AT BOTTOM OF FLUE. TRANSITION TO 10 "0. , CONTRACTOR TO EXTEND GAS FLUE TO 3' -0 " ABOVE TOP OF GRATING (OR 2' -0" ABOVE TOP OF PARAPET IF WITHIN 10' OF FLUE). FLUE EXTENTION IS TO BE METALBESTOS TYPE PS INSULATED DOUBLE WALL CONSTRUCTION. OFFSET AS REQUIRED TO CLEAR GRATING SUPPORT FRAMING. ENTIRE WEIGHT OF FLUE IS TO BE SUPPORTED BY THE GRATING LEVEL STEEL FRAMING. PROVIDE SUPPORT, BRACING & GUY WIRES AS REQUIRED BY FLUE MANUFACTURER. EXTERIOR DUCT IS TO HAVE 2" THICK INSULATING DUCT LINER, SEE SPECIFICATIONS. SEAL ALL DUCT JOINTS WEATHERTIGHT PER SMACNA. © PROVIDE 1/20 REFRIGERANT PUMP -OUT TAP AT PIPING LOW POINT, TYPICAL EACH SYSTEM. M.F.0 RECEIVED cm of TuICwILA J 2 9 1996 PERMIT CENTER 4' 2' 0 2' A' 8' SCALE: 1 /4" =1' -0" LAST REVISION SHEET roe No. MFC -95060 DwG No. 13- 03 -M452 U N FACILITY DESIGN SUPPORT SYMBOL DATE A 3.14.96 COMP N0. 95060M L/560M452N �l 1 c �/ / _ 4' 4" T 14 I _ r ND / Ci H - --I D \ —'4',11" I F4 ' CON - 1 UATION _EE SH,r 3M10 11111 TN N _ 2' /. /1 \ I 1 10 1111=ail FUNNEL, DWG'S — FIBERGLASS GRATING AT / ROOF LEVEL, SEE ARCH. - 1 y ; . ' 1 1/2"G UP FROM , 2nd FIR, CONNECT my it SHT. METAL COLLAR FOR POCKET `, © SEAL WATERTIGHT WITH 'R, ��w �� DWG'S TYP. „6-4 TO UNf GAS TRAIN imm "WTIi ��. ' ELASTOMERIC SEALANT, TYP P -TRAP , \ At, I —,,. I ,` FLEX CONN. ■a■ _ 0/28 , % _, - ; ECONOMIZER/ RETURN AIR FAN SECTION FILTER SECTION 307 SUPPLY FAN SECTION FURNACE SECTION DX COIL SECTION CONDENSING UNIT SECTION N ..� CONDENSING UNIT SECTION _ ---_ \ / \ ` \ i V ` / \ - _ DX SE COIL ON _ FURNACE SECTION AH 3�j SUPPLY `, , SECTION FILTER SECTION r CONDENSING UNIT DISCHARGE AIR SHROUD % % / _ T FIBERGLASS GRATING AT ©� DISCHARGE I D P- TRAP �_ PLENUM ..'■• - = = ECONOMIZER /RETURN 11/2- COND. ON TO AIR FAN SECTION EV. ROOF LEL SEE ARCH 1 / 4 G U P 1 FROM OM as DWG TYP. 2nd FLIT, CONNECT TO UNIT (AS TRAIN DISCHARGE PLENUM i FUNNEL SEE ARCH. DWG'S a--- -' ' PIPING PffCH POCKET - WITH FLEX CONN. }_____ I 45211504 4 M SCALE: 1 /4" =1' -0" REVISION A ISSUE FOR CONSTRUCTION 7/8"4 RL 1 5/8" ORS u.iLiUUK, JGG CIVIL DRAWINGS FOR CONTINUATION =T- BY APPROVED DATE MC DK CL �, „..3.14.96 1 1 /8 ° 4 RL 1 5/TORS SYM PARTIAL PLAN — CONDENSING UNIT ENCLOSURE I _ 5 /8 "4RL 1 1/8"0RS UTILIDOR, SEE CIVIL DRAWINGS 2 "G GAS METER AND PRESSURE REGULATOR BY WASHINGTON NATURAL GAS; DISCHARGE PRESS. SETPOINT IS 14" WC REVISION BY - - -SCH. 40 STEEL PIPE SLEEVE UNDER CONC. WALKWAY APPROVED THIRD FLOOR MECHANICAL AREA PLAN SCALE: 1/4"=1' DATE f fif FACILITIES DEPARTMENT :i ACCEPTABILITY TMS DESIGN AND /OR SPECIFICATION IS APPROVED 'Mks M.CAUNITIS G.SMITH AP C. P LYNCH K RR ALDINI DATE SUBTITLE 2.12.96 TITLE EI;L 2 '2 723 ` MECHANICAL DETAIL PLAN BUILDING 13 -03 MECHANICAL MASTER COL C -F/6 -7 LEGEND: 1. SEE SHEETS M10, M1b, AND M1c FOR MECHANICAL LEGENDS AND ABBREVIATIONS. CONTROL NOTES: AC3D7 & AC3E7 1. FOR SEQUENCE OF OPERATION SEE SPECIFICATION SECTION 15956. 2. PROVIDE SA TEMP. RESET AS REQUIRED TO SATISFY ZONE WITH PEAK DEMAND. 3. SITE CMCS TO PROVIDE OPTIMIZED START /STOP AND NIGHT SETBACK FUNCTION. 4. WHEN UNITS ARE SHUT OFF, OA DAMPERS WILL BE CLOSED, RA DAMPERS OPEN, AND EXHAUST DAMPERS CLOSED. 5. GAS FIRED HEATING WILL BE STAGED FOR MORNING WARM -UP AND TO TEMPER MIXED AIR TO MAINTAIN 52'F MINIMUM TEMPERATURE. 6. PROVIDE 1007 ECONOMIZER BASED ON ENTHALPY OF OA & RA. MECHANICAL COOLING SHALL BE CAPABLE OF OPERATING IN CONJUNCTION WITH THE ECONOMIZER. GENERAL NOTES: CONSTRUCTION NOTES: INSTALL P -TRAP PER AIR HANDLING UNIT MANUFACTURER'S RECOMMENDATIONS. PROVIDE GALV. STEEL CONDENSING UNIT DISCHARGE AIR SHROUD. SHROUD TO BE: PROVIDED BY AHU SUPPLIER AND PAINTED TO MATCH UNIT. SUBMIT SHOP DWG'S FOR REVIEW PRIOR TO STARTING FABRICATION. SHROUD IS TO HAVE CASING REINFORCING AND BRACING CONSISTENT WITH AHU QUALM'. SHROUD IS -TO BE 4' -0" HIGH FOR AH3D7 AND 3' -6” HIGH FOR AH3E7. AH UNIT SUPPLIER_TO FURNISH STAINLESS STEEL GAS FLUE AND RECTANGULAR -TO -ROUND TRANSITION. PROVIDE DRAIN & DRAIN COCK AT BOTTOM OF FLUE. TRANSITION TO 10 "0. , CONTRACTOR TO EXTEND GAS FLUE TO 3' -0 " ABOVE TOP OF GRATING (OR 2' -0" ABOVE TOP OF PARAPET IF WITHIN 10' OF FLUE). FLUE EXTENTION IS TO BE METALBESTOS TYPE PS INSULATED DOUBLE WALL CONSTRUCTION. OFFSET AS REQUIRED TO CLEAR GRATING SUPPORT FRAMING. ENTIRE WEIGHT OF FLUE IS TO BE SUPPORTED BY THE GRATING LEVEL STEEL FRAMING. PROVIDE SUPPORT, BRACING & GUY WIRES AS REQUIRED BY FLUE MANUFACTURER. EXTERIOR DUCT IS TO HAVE 2" THICK INSULATING DUCT LINER, SEE SPECIFICATIONS. SEAL ALL DUCT JOINTS WEATHERTIGHT PER SMACNA. © PROVIDE 1/20 REFRIGERANT PUMP -OUT TAP AT PIPING LOW POINT, TYPICAL EACH SYSTEM. M.F.0 RECEIVED cm of TuICwILA J 2 9 1996 PERMIT CENTER 4' 2' 0 2' A' 8' SCALE: 1 /4" =1' -0" LAST REVISION SHEET roe No. MFC -95060 DwG No. 13- 03 -M452 U N FACILITY DESIGN SUPPORT SYMBOL DATE A 3.14.96 COMP N0. 95060M L/560M452N LEGEND: TERMINAL BOX ACCESS DOOR, COORDINATE WITH ALL TRADES TO ENSURE THAT DOOR SWING 1. SEE SHEETS M1 a, M1 b, M1c FOR MECHANICAL IS NOT BLOCKED BY ELECTRICAL LEGENDS AND ABBREVIATIONS. �III: I CONDUIT, PIPING, CEILING TIE WIRES. ETC. MAINTAIN 36" CLEAR IN FRONT OF BOX AS REQUIRED BY NEC ARTICLE 110 -34 FLEX DUCT: MAX VF Ihk ® MOTOR TYPICAL VAV TERMINAL PANELS LENGTH OF 8', TYP WALL COLLAR LOUVER, SEE ARCH DWGS AND SPECS SEE PLANS FOR DUCT f� ARRANGEMENT, ARRANGEMENT, SIZE, AIR FLOW FILTER :::::: c, 11 VD MAX , • I � �� r I MOTOR SIDE GUARD MI II. ..■ CEILING ACCESS TILE FOR NORMAL UNIT MAINTENANCE 24" HIGH PRESSURE DUCT RUNOUT I I I I I T -BAR CLG GRID (REF) '�IIIIIIIIII J ' -� NO. OF OUTLETS 6"x6"x1/4" BACKDRAFT DAMPER GENERAL NOTES: e 45,1 FLEX DUCT SIZE TO 4' -O" MIN DUCT FULL SIZE OF VAV OUTLET TO TEE OR FIRST STEEL PLATE DIFFUSER TAKE -OFF UNLESS (2 REQ'D) ATTACH SHOWN OTHERWISE ON PLANS. TO WALL WITH PROVIDE TRANSfTION FROM MIN (2) 3/8" EXP OUTLET TO DUCT WHERE DUCT SHELLS / 1 1/2"x1 1/2 "x L MATCH UNIT INLET PHENOLIC LAMINATE TO TEE LABEL. BLACK LETTERS BOTTOM ACCESS PANEL V D ON WHITE BACK c 11 GROUND, SUBMIT SAMPLE FOR APPROVAL w-xxx ACCESS I~ ,,„� --- T -BAR SIZE DIFFERS FROM OUTLET ARROW POINTING TO WELDED SUPPORT FRAME MECHANICAL ROOM ROOM VENT FAN (- VAV MARK NO. I (LABEL SHOWN VIEWED FROM BELOW) VAV UNIT ACCESS LABEL DETAIL NOTE: FAN POWERED BOX SHOWN, MAINTAIN I ACCESS CLG TILE SAME CLEARANCES FOR NON- FANPOWERED BOXES WITH ELECTRIC HEAT. VAV TERMINAL UNIT 1 INSTALLATION DETAIL MECHANICAL SCALE: NONE TO STRUCTURE HANGER WIRE STRAP 2" WIOE IM10,2M10 M503 SCALE: NONE 3M10 SHEET METAL FIRE SEPARATION ., 1UC? SLEEVE PER ^c i'� 1M10, 2M10, 3M10, M451 M503 SCALE: NONE M451 M503 MOUNTING ANGLE PER NFPA SLIP JOINT, TYP. 1 1/4x1 1/4x1/8 L /SHEET METAL DUCT AS CLOSE AS POSSIBLE SUPPORT & BRACE TO STRUCTURE ABOVE, MIN (TYP) )BRACEIDF�E CONSTRUCTION NOTES: \\ � \ I 1 I 1 % % / i T % (-2" CROSS _ /� L L V WIRE UP TO STRt NON- SECURE SIDE END OF SILENCER�� II SECURE SIDE NON - CONDUCTIVE I FLEX CO DUCT A i Al � s AC CESS DOO 18 GA SHT METAL COLLAR, FASTEN TO 9YALL & DUCT / / i - ` 4 � I ' / /�� -- �, SEE ARCH /STRUCT DWGS I FOR SIZE & LOC'N (TYP) '.� @' .., et�� + �- � _,,,,„e, \ i _ \ --- "- - - - - -- - TO SMOKE DETECTION SYSTEM DAMPER MOTOR � MOUNTED EXTERIOR V-./-I 6' 0 M -'- D - l � I TO DUCT DUCT 1/4" SNAP -TIE COMBINATION SMOKE & FIRE DAMPER 3 MIN 1 " x12" ° / 5 MAX ACCESS o / SILENCER, PANEL u, SEE SCHEDULE J -- - - - - -- - - -- ........ I <:' ° 1 ° CEILING GRID "T' SLAY -IN CEILING NOTES : °' (TYP) TILE (TYP) 1 . FIRE DAMPERS FUNCTIONING AS TRANSFER AIR OPENINGS ADJUSTABLE PATTERN ARE SIMILAR TO ABOVE BUT NOT DUCTED. CONTROLLERS ELEVATION EI _ 2 _ . .._. . . RECEIVED LAY -IN SUPPLY AIR DIFFUSER TYPICAL SMOKE /FlRE DAMPER DETAIL SECURITY SILENCER DETAIL J D T 1 CITY O ° J' JUL 9 1996 o SCALE: NONE 1M10,2M10I M503 SCALE: NONE 1M10,2M10,3M10,M M503 SCALE, NONE 2M10 M503 PERMIT CENTER \ o 3M10 NvL„ F.Y .,' :: o? • `-7 •i FACILITY DESIGN SUPPORT SYM REVISION BY APPROVED DATE O APPROVED DATE ACCEPTABILITY RAWN BY DM_CAUNITIS DATE SUBTRLE S ECTIONS AND DETAILS IAST R EVISION SYMBOL A DATE 3.14.96 A ISSUE FOR CONSTRUCTION MC DK CL C, 3.14.96 1111S DESIGN AND /OR $PECIFlCATION IS tH ECA A .OTZ SHEET r 3 M ® � 1 =V] MFC -95060 OF OF B ®E�� APPROVED BY DEPT- DE P I DATE I NG� D.KLOTZ BUILDING Fd-U MECHANICAL MASTER COL M.F.C. FACILITIES DEPARTMENT G SMITH APPROVED C.LYNCH KPR�IALDINI 2.12.96 Dwc No. 13- 03 -M503 ECONOMIZER/ FURNACE DX SECTION FILTERT SECTION ECONOMIZER/ RETURN AIR RETURN AIR CONDENSING UNIT SUPPLY FAN FURNACE SECTION SUPPLY FAN FAN SECTION SECTION SECTION PLENUM] SECTION 3D7 ____-1 1/2"‘Cfl'"). ,, ,,,1 1/2'ID „....1 1/2 ECONOMIZER/ DX SECTION RETURN AIR SE SUPPLY FAN FURNACE DISCH.. CONDENSING UNIT FAN SECTION SECTION PLENUM] SECTION 3D7 i1 FUNNEL ...... AIR GAP 40/28 T 220 SA ELAST GATE urwtrcr, r d 1C7A 240 RA RL RS REVISION I BY APPROVED DATE ISSUE FOR CONSTRUCTION MC DK CL C, 3.14.96 J_ 1 1, ci - rrl - • _.._ AIR RECVR 200 SAM RL RS 7 — '171177 28/30 M 2"G 160 RA RS RL REVISION BY SHROUD w SECTION SCALE: 1/4" =1'-0' PPROVE 320 1 1/2"G SHROUD ACOUSTIC PANEL PLENUM Elk w I 260 10/16 45,47EZAVG 1 M10,2M10,M451,445214,504 • 160 CEILING UNE AIR MEASURING STATION' BY CONTROLS 'ONTRAIPTOR Iz ACOUSTIC :1 PANEL PLENUM ' T 260 I — ACCEPTABILITY THIS DESIGN AND/OR SPECIFICATION IS APPROVED 10/14 APPROVED BY PT 120 THIRD FLOOR SECOND FLOOR FIRST FLOOR 17.F 2.12.96 SUBTITLE MECHANICAL MASTER COL 4' 2' SECTIONS AND DETAILS BUILDING 13-03 LEGEND: 1. SEE SHEET M1 a, M1b, AND M1 c FOR MECHANICAL LEGENDS AND ABBREVIATIONS. GENERAL NOTES: CONSTRUCTION NOTES: 2' THICK DOUBLE–WALL ACOUSTIC DUCT, SEE SPECIFICATIONS. - 2" THICK SOUNDLINED RECTANGULAR DUCT. 0 GRAPHIC SCALE :TED JUL 0 3 ISS3 ADAY-PARKS, INC. 2' 4' 8' NI M.F.C. LAST REVISION si.ET -- M 0 JOB NO. MFC-95060 DWG NO. on-Nni&R.A JUL 2 9 1996 PERMIT CENTER 16' FACILITY DESIGN SUPPORT A 13-03–M504 DATE 3.14.96 OF COMP NO. SYM CEILING IDENTIFICATION PLACARD, SEE NOTE BELOW 1 M451 M505 ISSUE FOR CONSTRUCTION SIZE TO SUIT GRILLE LINE TRANSFER DUCT W /SOUND INSULATION NOTE: r SECTION SCALE:. 1/2" =1' -0" DETAIL 12"0 r SCALE: 1 " =1' -0" 1 M10,2M10,3M 10,M505 M505 SHORT PADIUS E� �r— 20 GA. IDENTIFICATION PLACARD, 3/4" HIGH BLACK LETTERS ON WHITE BACKGROUND. PLACARD TO READ AS FOLLOWS FOR EACH RESPECTIVE SYSTEM: (1) 'MODULAR AIL: STANDBY EQUIPMENT COOLING" (2) "AIL: "STANDBY EQUIPMENT COOLING" REVISION BY APPROVED DATE JMC DK CL C. 3.14.96 FINISHED FLOOR r _____ SYM COMBINATION SMOKE Sc FIRE DAMPER, SEE OPEN END OF DUCT 2" THICK ACOUSTIC DUCT INSULATION r 27 ., E ' \ST GATE PER J M505 FLOOR REVISION DETAIL M505 MSOS M503 RETURN AIR PLENUM SOUND ATTENUATOR JTIDS ROOM JTIDS ROOMS - DUCTWORK I SCHEMATIC SCALE: NTS PROVED DATE SFD (WHERE SHOWN ON PLANS) FROM CONSTANT VOLUME VAV BOX 500 CFM RETURN AIR GRILL (RAG) EXTERIOR FACE OF WALL DUCTWORK TYP. FOR BOTH BENCHES RETURN AIR ( PLENUM c,9A EA _t J (ESIMAIE3D) \I \ J 30' DETAIL SCALE: 3 " =1' -O" BOEl�/ FACILITIES - DEP_ARTh'ENT CEILING SEE ARCHITECTURAL DWGS FOR CEILING PENETRATION DETAIL 60 DOUBLE WALL ACOUSTIC 1UCT. SECURE TO V=M1LL W /UNISTRIJT STANDOFFS 3'x3" FLANGED x ROUND ADAPTER SECURE & GASKET FLANGED END TO ENCLOSURE WALL AT FAN P! FILET WITH WOOD SCREWS, MIN. (1) EA. SIDE. 111 20 GA. 7 7/8" I.D. SFD (WHERE SHOWN ON PLANS) JTIDS BENCH HOOD (BY BOEING) WOODEN JTIDS FAN ENCLOSURE (BY BOEING) COMPANION FLANGE 14 GA. -1/8" RUBER GASKET 1/4- 1 (TYP 4 ) M451,M50�M505 -12"0 20GA SOLDER 1/4 MESH ALUM SCREEN TO 12"0 DUCT AIRFLOW DESCRIPTION: 1M10 M5 5 E - CAULK OMERIC PENETRATION WATERTIGHT ALL AROUND WITH ELAST �18 GA BLANKING FLG. WITH (4)- 3/16"0x 1/2" STUDS ATTACH TO COMPANION FLANGE W /WING NUTS SLOT -TYP OF 2 COMPANION FLANGE FOR M (TBILE A/C UNITS NOTE VERIFY FLANGE DIMENSIONS WITH BOEING PRIOR TO FABRICATION APPROVED BY JTIDS BENCH FANS OFF: a. CONSTANT VOLUME SUPPLY = 500 CFM b. RETURN AIR EXITS VIA RAG AND SOUND ATTENUATOR ONE JTIDS BENCH FAN ON: a. CONSTANT VOLUME SUPPLY = 500 CFM b. SUPPLY AIR EXHAUSTED TO ADJACENT PLENUM VIA BENCH EXHAUST TWO JTIDS BENCH FANS ON: a. CONSTANT VOLUME SUPPLY = 500 CFM b. 1000 CFM EXHAUST FROM JTIDS BENCHES c. 500 CFM MAKEUP AIR PULLED FROM ADJACENT PLENUM VIA RAG & SOUND ATTENUATOR ACCEPTABILfTY THIS DESIGN AND /OR SPECIFICATION IS APPROVED DEPT. DATE DRAWN BY M.CAUNIIS HEC D NGH D.KLOTZ T G.SMITH APPROVED C.LYNCH A K. P gagALDIN I ATE 02.12.96 SUBTR E 1TILE MECHANICAL MASTER COL SECTIONS AND DETAILS BUILDING 13 - LEGEND: 1. SEE SHEETS M1a, M1b, M1c FOR MECHANICAL LEGENDS AND ABBREVIATIONS. GENERAL NOTES: CONSTRUCTION NOTES: HC'L M -F.0 RECEIVED CITY OF TUKWILA 3 3 : JUL 2 9 1996 PERMIT CENTER LAST REVISION SHEET SYMBOL A - Al 60 5 DWG No. 1 3- 03 -M505 FACIUTY DESIGN SUPPORT DATE 3.14.96 or JOB NO. MF'C - 95060 COMP NO. FULL FACE DIELECTRIC GASKET - DIELE WASHER (2 PER DOLT) PIPE PIPE FLANGE STEEL BACKER WASHER, (TYP DIELECTRIC SLEEVE SECURED SIDE AS CLOSE AS POSIBLE INSTALL PVC SLEEVE. SEAL ALL AROUND PENETRATION WITH ELASTOMERIC SEALANT 1 NON- SECURED SIDE NOTE: DIELECTRIC GASKET, WASHERS, AND BOLT SLEEVES ARE TO BE CALPICO OR APPROVED. PROVIDE 1/8" NEOPRENE -FACED PHENOLIC GASKET, 500 VOLTS PER MIL DIELECTRIC STRENGTH; 1/32" WALL HIGH DENSITY POLYETHYLENEE, OR PHENOLIC SLEEVE, AND 1/8" THICK PHENOLIC' WASHERS WITH 1/8" STEEL BACKER WASHERS. PIPE PENETRATION SECURE ACCESS ROOM DETAIL 3 SCALE: NONE 2M260,2M110 M5O6 rn qbo1oo UNISTRUT SERIES P -2000 PIPE CLAMP _I UTILIDOR, SEE ff ° ' CIVIL DRAWINGS I f I 4- SECTION SCALE: 1 1/2" =1' -0" ° ASFIZEZAVG FACILITIES DEPARTMENT ,1 P-1000 I III - f P -1000 UNISTRUT / i= I I — I I— i— III EMBED (REF) M45 6 SYM REVISION A ISSUE FOR CONSTRUCTION By MC DK APPROVED CL c.;;. DATE 3.14.96 SYM REVISION APPROVED DATE LEGEND: i. SEE SHEETS M1a, M1b, M1c FOP MECHANICAL LEGENDS AND ABBREVIATIONS. GENERAL NOTES: CONSTRUCTION • NOTES: RECENED CfiY OF TUKNNLA JUL 2 91996 PERMIT CENTER J13.. I JUL 3 3 .._�.3 HOLADAY , INC. ACCEPTABILITY IRS DESIGN AND /OR SPECIRCADON IS APPROVED APPROVED BY DEPT. DATE DRAWN Y M.CAU D.K.OTZ ENCR D-KLOTZ CHECKED G.SMITH DATE 2.12.96 A PPROVED C.LYNCH A ALDINI SUBTRLE SECTIONS AND DETAILS TIRE MECHANICAL MASTER COL BUILDING 13 -03 M.F.C. LAST REVISION FACILITY DESIGN SUPPORT SYMBOL A DATE 3.14.96 SHEET 5 O 6 JOB NO. MFC- 95060 COMP NO. DWG N0. 13- 03 -M506 — 3 - '. LEGEND: MJC/03.13.96/08:13 95060M1/560M5070 1 /2" BALL VALVE EL 5' -O " AFF 1 /2x3/8 HEX BUSHING (TYP 2) WALL (REF) a- - � INSULATION, WHERE 1 SEE SHEETS M i � REQUIRED BY 1. a, M1 b, AND M i c FOR MECHANICAL d ! '°' a ,� Illr, 111 E _� ik . g _ P GO (TYP) a C,, LEGENDS AND ABBREVIATIONS. 1/2" 1/2' P -1000 UNISTRUT 4 "LG GGLE W /(2) 1/4x2" _ TO BOLTS 2 1 f2 TO SPECIFICATIONS RESTRO�AS il&-,..... , III n I " ' R °� ►. I► I 1. ►. BOP 48" AFF ' 1 1 4 T O PRV -1 / 1 "X 20 GA SET e 60 PSIG 1 1 Z' :O HOSE BIBBS BAND STRAP 4" CW SERVICE WINN 3 4 FIRE i / PLYWOOD •'I • i ro 145 PSI -150 PSI TRAP PRIMER VALVE i; II ti PP,V -1 / PIPING DETAIL .,,,,I DIA SCALE: NONE 11110 6!s- 3/4 DUCT irk - GENERAL NOTES: 1 /2"TEE I 1/2" STREET ELBOW EXPANSION i e ._ (TYP) TANK ► jI IL __ � �'- \', ' �% -- __ / �'� 3/8" EXPANSION SHELL I WITH WASHER, TYP 2 ' '' =u 42" AFF. �. ....,,,--=1, THERMLX -TROL MODEL ST -5, O 2 GAL. b - 53' I I' I P1OOC UNISTRUT I BAND STRAP 0 . I ' i��i� K I UNISTRUT P1026 I ANGLE FITTING. TYP DISCONNECT 1 1/2" 1 1f2' T 4- SOCKET iy -CW-1� - iIF- -+ 7 DAY T I ME'`--_' -'— ® CLOCK -� — '. COMB I NATION TEMP &PRESS RELIEF Ji ti I '`,..________...--/ • RAISED FLOOR `__ �N. N, DUCT NOT SHOWN FOR CLARITY SYMBOL AQUASTAT SETPOINT 100 °F ; WALL MOUNTED DUPLEX AIR OUTLET DETAIL ; DUCT SUPPORT TO FLOOR DRAIN _ SCALE NONE 2M11,2M12 M507 CAPILLARY TUBE SCALE NONE 1M110,2M110,3M110 M507''' M452,M453 1-- HWC-.-'44, HI 11-1$ CIRC PUMP La • _ _ ® Fifir TO CONDENSING UNIT CONTACTOR SOLENOID LIQUID VALVE TANK DRAIN FROM RL DX COIL 10 t R S • IIH v /1 veil 1/2 " i /2 "' LIQUID- LINE ►. - CONDENSING UNIT UNIT ® 4 y _ J i ' "`rte HOT WATER HEATER PIPING = P -1000 UNISTRUT ' T i �,® ,u�� 4 "LG W /(2) 1/4x2" SCALE: NONE M450,M501 M507 I _ TOGGLE BOLTS LIQUID DISTRIBUTOR - ►• SUCTION LINE TO COMPRESSOR ry C I; 3Ea III = Iu� p �° TRAP PRIMER VALVE ii �- .- ° EXPANSION THERMAL TRAP PRIMER VALVE (TPV) 1 , /2 "A FOR FUTURE REFRIGERANT COIL PIPING VALVE BULB CONSTRUCTION NOTES: DETAIL n EXTENSION [ , . TO 13 -01 BLDG. SCALE NONE SAFETY' RELIEF I SET AT 230 SCFM @ 115 PSIG "A 1 1 /2°A PRESSURE GAGE (TYP_2) 1 ^ SAFETY RELIEF /7 \ SET AT 230 SCFM M451 M507 AT COMPRESSOR DISTRIBUTIO"' ""IT `4 i DISTRIBUTION I \ fF^1/2 b ,: �t J$14 • 1 1/2'A v 2 A ®115 PSIG 2 ^A 200 GAL RATED DESIGN PRESSURE 15OP51G N Iii OUTLET UNIT PRECISION 1 1/2 "A- + (7-C MODEL DU- 4 TO 13-03 2 A-" �+� BUILDING 3. i • I. { I I -'- i - A- ' Q •' ' 4 � 1 • • ®� - . 1 i�a+�rr PREFILTER: WILKERSON COALESCING ¢ FILTER, MODEL M32. N FLEX CONNECTION / WALL (REF) o a I o PURGE AIR TO BLDG. E'`fERIOR ( U P> PLY TUBING. (T )PLY TUBING AIR RECEIVER - - `a[IGFLER*(TYP.2) PURGE VALVE AIR DRYER Ark 1 MICRON, 200 SCFM @ 1.3 PSID AUTOMATIC DRAIN TRAP - FLOOR / 7 1/2 • f / COND. TO FLOOR DRAIN AIR COMPRESSOR ' J t. 2 I -';: :':C, -:.: ) RECEIVED ;,, crry oP TucwaA �uL 2ss5s F, 1 INC. PEAMIT CENTER j TRAP PRIMER VALVE CONNECTION DETAIL — /TO FLOOR DRAIN •0 DRAIN 1D7 * FURNISHED AIR DRYER 3/4" TO FLOOR DRAIN AFTERFILTER: WITH 5 MICRON RATED CAST, WILKERSON PARTICULATE AT 200 SCFM ALUMINUM COMPRESSED F35. FILTER @ .3 PS1D, AIR SCHEMATIC 6 SCALE NONE 1 M110,M450,M453 M507 SCALE: NTS _. , • , .., : , /; �� FACILITY DESIGN SUPPORT SYM REY61oN BY APPROVED DATE SYM REVISION BY APPROVED DATE 4,O f Z �� ACCEPTABILITY D BY DATE SUBl RLE SECTIdNS AND DETAILS IJST REVISION SYMBOL A, DATE 3.14.96 A ISSUE FOR CONSTRUCTION MC DK �CL e.g. THIS DESIGN AND /OR SPECIFICATION IS ED LMECKtir M507 ,,,,it t ••-• J M. CAUNfTIS g 11 BUILDING 13 -03 MECHANICAL MASTER COL M.F.C. OF 1 `"�° G:SMITH APPROVED C.LYNCH JOB Na NO I COMP MFC 95060 , I I a PPR K.R lu ALDINI 02.12.9E DWG No . 13- 03 -M507 RAISED FLOOR i AREA - 2ND FLOOR v 220 k . ,� 22A. PT 184 a•. 2 00 : S' -6'' CEILING SFD` -; ; FLEX �'SFD Wiliiiii I 10/10 - � 6/6 1 8/1 0 12/8 5 I I _______220, V © zBL d BLAST GATE DAMPER 1. 1j) ll t II 0 t / � FAN "' v ij PLENUM o S x m 2 BOX © SEE DETAIL M505 1ST FLOOR , 1 � I I f REVISION A ISSUE FOR CONSTRUCTION 120 SA D ELBOW JOT SHO N FOR CLAR 120 RA D RAI•ED FL MC DK I . -1am - 60 RA ,24 WN TO OR SPACE, 2 1/20 P F- CONNECT EGA - RENT (TYP E10 PARTIAL PLAN — AIL DETAIL SCALE: 1 /4" -1' -O" (ABOVE RAISED FLOOR) BY APPROVED DATE CL Ct 3.1 4.96 SYA REVISION 64 3 120 E 0 0 9 I SECTION 3 D oE 20 DN 1, BY APPROVE .21C ,.H DATE 1 M10, M4511 M508 60 DRAW -71RU DOWN TO RAISED FLOOR SPACE, SEE SHEET 2M11 ASTISEEZAV v - ,- - EA 21/x8 BOA DUCT CONTINUATION NOT SHOWN FOR CLARITY ACCEPTLI TMS DESIGNA BI AN TY D / SPECt100DIDN IS APPROVED APPROVED BY. DEFT. DATE DRAWN ev MCAUNRIS G.SMITH APPROVED C. LYNCH DATE raxagALDINI 2.12.96 SUBTITLE TRLE MECHANICAL MASTER COL SECTIONS AND DETAILS BUILDING 13 -03 LEGEND: 1. SEE SHEET M1a, M1 b, AND M1 FOR MECHANICAL LEGENDS AND ABBREVIATIONS. GENERAL NOTES: CONSTRUCTION NOTES: D. ATTACH RETURN AIR FLEX HOSE TO RETURN AIR HEADER AND EQUIPMENT. PROVIDE UNISTRUT SUPPORT FRAMING FOR DUCTWORK. NOT USED ® INSTALLATION OF BRANCH DUCT FLOW ORIFICE AND FINAL BRANCH BALANCING BY BOEING. TEST AND BALANCE CONTRACTOR RESPONSIBILITY IS TO BALANCE AND MEASURE MAIN DUCT AIRFLOW. BLOCK OFF BRANCH DUCTS AS REQUIRED TO ACHIEVE MAIN DUCT STATIC PRESSURE SETPOINT OF 12 "W.G. 2 THICK DOUBLE -WALL ACOUSTIC DUCT, SEE SPECIFICATIONS. © 2" THICK SOUNDLINED RECTANGULAR DUCT. 20 DRAW -THRU DOWN AND CONNECT TO P -74. ':::; ;ABOVE FLOOR FORCED AIR COOLING AND DRAW -THRU COOLING DUCTWORK TO BE SUPPORTED FROM UTILITY SUPPORT FRAME. DESIGN OF SUPPORT FRAME BY AWACS ENGINEERING. DESIGN FOLLOW AT A LATER DATE. 4i 11OL AD?:Y -P .uiKS, INC. SHEET JOB N0. RECEIVED' ' "CRY"CF TUKWILA IL 2,1LL 1996 PERMIT CENTER LAST REVISION MFC -95060 M.F.C. NO. i3- 03 -M508 SYMBOL DATE 3.14.96 COMP NO. FACILITY DESIGN SUPPORT