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Permit 0395-M - Foster High School
CITY OF TUKWILA Department of Community Development - Building Division 6200 Southcenter Boulevard, Tukwila WA 98188 (206) 433 -1849 MECHANLAL PERMIT (POST WITH PLANS IN A CONSPICUOUS LOCATION) MECHANICAL PERMIT NO. 0395 --in DATE ISSUED: FEES <:< AMOUNT... :;RECEIPT`** : 'DATE Basic Permit Fee Unit Fee' :! 84750:.:.: Plan Check F `l:5`fi3 Other: TOTAL : :: i C 78:13 Plan Check Reference # 90 -059 -M tTQrl C 0 Io- 244 -2100 SITE ADDRESS; 4242 S 144 St ADDRESS: SUITE NO. PROJECT NAME/TFN Foster Hip�h School 98168 1 VALUE OF WORK: $ 1.050.000.00 /NT: TYPE OF WORK: x New /Addition 0 Modifications ( ) Repair o Other: - DESCRIPTION OF WORK: HVAC for new high school. 7724 Seventh Avenue South, Seattle, WA ZIP: 98108 WA. ST. CONTRACTOR'S LICENSE NO. SOUTHEH269DJ IEXPIRATION DATE: 9791 PROPERTY OWNER: South Central School District (PHONE: 244 -2100 ADDRESS: 4640 South 144th Street, Seattle, WA IZIP: 98168 CONTRACTOR: South End Heating & Sheet Metal, Inc. IPHONE: 763 -8561 ADDRESS: 7724 Seventh Avenue South, Seattle, WA ZIP: 98108 WA. ST. CONTRACTOR'S LICENSE NO. SOUTHEH269DJ IEXPIRATION DATE: 9791 UMC EDITION (YEAR): 1988 FIRE PROTECTION: CJSprinklers ( )Detectors ( ) N/A CONDITIONS (other than noted on or attached to permit/plans): APPROVED FOR ISSUANCE BY: BUILDING OFFICIAL 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 mechanical permit. SIGNATURE:(, J?c -11_ k QwQt. PRINT NAME(C)o c) v-0, YA C) .n'C, DATE: \ o a ? C 0 COMPANY: SoJt.\n Lv- \`1ee)tt l ShA-. tA.i'.l,.aS'3.'.A ', V17, a .tm ,e:TH1 :I l'. .77=77 ,977771 dL (7:'; 1 DATE DATE(S) REQUIRED INSPECTIONS PHONE NO. APPROVED INSPECTOR CORRECTION NOTICE ISSUED 1 Rough- InNents /Ducts 433 -1849 2 - Fire Final 575 -4404 3 - Planning Final 433 -1849 4- 5 - Mechanical Final 433 -1849 OTHER AGENCIES: Plumbing/Gas Piping - King County Health Department (298 -4732) Electrical - Washington State Department of Labor and Industries (872 -6383) nttit shall r Olaf thl me null and void if (fie we) It"; msn wwlc 18 (upended v:nar: for a por1cud�f l8¢ �days thi'last inspects 06117/11 I MECHANkc;AL PERMIT APPLICATION TRACKb'NG PLAN CHECK NUMBER 9 0 - os9-/n PROJECT NAME SITE ADDRESS ' DaL1 Q 5 i' 1 r , 5C1 SUITE NO. INSTRUCTIONS TO STAFF • Contacts with applicants or requests for information should be summarized in writing by staff so that any time the status of the project may be ascertained. • Plan corrections shall be completed and approved prior to sending on to the next department. • Any conditions or requirements for the permit shall be noted on the plans or summarized concisely in the form of a formal letter or memo, which will be attached to the permit. • Please fill out your section of the tracking chart completely. Where information requested is not applicable, so note by using "N /A ". DEPARTMENTAL REVIEW "X" In box Indicates which departments need to review the project. .......:...::.:? ...: •::. ::.... :...::... ;... :..................:....... ........... .... ... .....r ... x. .. :: ..::fir: .. .•::: ..n......•.. n,. n............... r.., ........ �17�!!I�.... ................vi% Y iFi:: ' :.•''1 :6at. BUILDING - initial review .1 p 6 -t—�a , (ROUTED) cacti Ti`: oat. S.nt - �ippnov.dr -� . / Ft FIRE S" i"aIo FIRE PROTECTION: i1 Sprinkl.rs Menton) [� N/A FIRE DEPT. LETTER DATED: ®-y.!'a INSPECTOR: /..3 2nd NOTIFICATION INIT: A AMOUNT OWING O PLANNING 1 ZONING: (GARLAND USE CONDITIONS? [ ]Y.. MNo SCREENING REQUIRED? nY.. (RIND INIT: REFERENCE FILE NOS.: O OTHER INIT: tSit BUILDING • final review 7- 3.9 UMC EDITION &.w): 1 CI 66 INIT: REVIEW COMPLETED PERMIT NO. CONTACTED NOTIFIED BY: (snit.) DATE READY -'DATE PERMIT EXPIRES 2nd NOTIFICATION BY: IInit l AMOUNT OWING s� 1 3RD NOTIFICATION BY: (Intl.) nrr% CXJ W7V:41 e064484450 FROM! CIYY OF TUJ(W1LA � ��� tri.t (,11 � 1!1. t TO 1 357 903.?• dPR 1A. I993 R$ l9P& •2a,OZ McL:MANIC� AL. PERMIT APPLICATION • CITY OF ,TUKWILA De aliment of Cammunity D4wlopmont • BIM Division 'av8 (tor staff use only) 1 2 0 0 S o u t h c e n t e r Boulevard, T u k w i l a W A 08188 MOM 433.1841 rice 4,-,,, t. A: uIJ, ta.�u; E: i lli , "a•1r;,ilow,�•1,). r�r► � is -.pr 11,1k d;�u,iit''JJ 1 Ll?iel. tt.l. . '.: - : " :..:_riiii1fir.V4 . v I - 'NI PLAN clack ('� f'� NUMBER Y Y �y � iii1; 4 a ea`;`.".14 ;3:::: ?lit. ' ..,I 41.; :,y > v Yr. ,. Y• �7 JJI r 1 rI.+Y e. ' '� f.,lei.`1.P, -%1 •3 ;ld f.,• -..; ti. , Imo' -.:: all's :.,:). -ir.. t;,:I •�Q4tI1Tf1: .C:.�''].��.t .. .. 1{.�.i �iv;f,�P,��"tl'; k�tt ti ��"YMY S.: „�CM� .. .NIA APPLICATION MUST BE FILLED OUT COMPLITILY c ;,�; " "nq t^; 4-1 a - '.° ^: ' 4 is s.1 A 1 TA 42.4- 5.14 ' 7e' SA 7kt unit k'# 9: / .: PROJIC NAM E ANT oSTE Hl 6N f ilvot.. I 0 o ' o o a (fraluf 4.#4,141610 1! t ... — • – ._..._.' "' TYPE OF W • RK: P NewrAddttlon ■ Modlf - atfone • - 'pair • Other: "�'� — PE = RIB = WORK T • d DONE; V' C.. r, i. Al 4 , 1.- ..AlgiyTAMi 414NM.l' teit '' .*. � zTrai •,f , m• t.��(1 G''ilr. •'�.WaliNric''rt 11rd','a, I .rr q•cj_ �'. Y ii 1:' ,.. 1 •. �'Y!`�� �. LY�:� C; :" � i�i.l.�,"?,�:;,, , ,• ..: � Lam, t� �r�! L. 7�:� , �! 1. i 1•�. ,�" - - I 9 < < r ' - o ce, ware oust, e14 6l4 ,..G Ova t.. NA U = • austNe$5 ILL T R 8a A CHANa IN U8E7 No Yee IFS YES, EXPLAIN: WILL THERE UM $T0 GE OR USE OF FLAMMABLE COMBUSTIBLE 011 HAZARDOUS MATERIALS IN THE w BUILDING? U No RAYes IF YES, EXPUIIN: J ■t 4. Amoulior ♦P f:1e-4.wm41Lgf Al to 40.1 QV tD �4( N 400M Ale 0 R • " - ~ OWNS 5,,,,,r/ !tr•e. &m em r.. • • »j o0 ADORES: 464p 447), / r''' J+4o/`' • (e 98/6 - / "/ CONTRACTOR PH0 - ADDRESS IP WA, ST. CONTRACTOR'S LICENSE N ARCHITECT gi s�� PHONE %¢3 •• ' So ...1.� i...r.�..rr�..rl� .+�-m.r�� .•rte . w�.+�wr� w.��■ .�w��. ADDRE8i 3 Zo Loci f. /v, f 01 _ , 444 1 IPSO z. F l. A ` { d hi b " 1 ' � i - T. J pp,� � J A"y w•, . i .. Fk Ay ?Aiigk., " 1Li�4? ; 1' , z� " yi� -pb 91., 5t�, v, r i ilirialMEMIIIII atiksayrodiorm BUILDING OWNER OR AUTHORIZED AGENT .� IDNA UR . i ifalligir • IOW/ ADD : 1 ' i - Lam. - 0 «d f. , w • T MASON ' 4h 4 ' • . ? __ . APPLICATION IUSMITTAL In order to ensure that your fapplloatlon Is accepted for plan review, please make Sure 10 tili out the application completely and follow the pion submittal chet~kllit on the rovers* slde of this form, A completed •Mechanical. Porn*tt Fee Worksheet" must accompany this permit application. Handouts ere available at the Eulldlnp counter whloh provide more d,rtalivd Inloimation on application end plan submittal roqulrcmenta.. Application Cad clans must bo complete In order to be a0000ted tor Alan review. IUIL01N0 OWNER / AUTHORIZED A!lIN? If the applicant is other than the ownor, replatered srohilocuonaUOor, 01 oorgractor licensed by 1M Stale of Washington, s notarised letter from the property owner authorising the agent to submit This permit application and obtain tho permit will Ps raqulred as part of this submittal, 'ALUATIQN OF CONSTRUCTION The valuation It for the wont covered by this permit and must be filled In by the eppllcint. This figure Is used for budget reporting purposes only and not to calculate your fees. .XPIAATION OP PLAN RBV18W Applications for which no permit is Issued wlthtn 100 days fotlawtng the date of apollatIon shall 'ape by gmltstton, The Building Oftlotal may extend the time for action by the applicant for a pperiod net exceeding 100 days upon written request by the applicant as defined In Section 304(d) of the Uniform Meohanloel Code (current edition). No application shall be extended more than once. tl • v havm any qu•stbns about our •roast or plan aubmfttlhqulrimontS, test contact the D• • adman of Z- mmunit • •veto • m•nt at 43 .1149. APR 20 '90 09:22 Z.064494450 04 /1S /e0 tet02 !7367, o0az Fh0MlCITY OF TUKWtL TO' BJSS GROUP . 357 902 . APR 10. 1990 2' 291311 13,03 MECHANICAL. PERMIT FEE WORKSHEET CITY Department IYV of Community Dvelopment • Builin Division OF TUKwrLA . SONtncentr dou,.va!y. 1/KWl1 W/ d l d(2O) 433.1849 THIS WORKSHIST MUST ACCOMPANY 4.11 PM6N10..4. P.ARM PJ. OT10 . . , w ,. IF , UNITS OesT .._ . •0ISOf1UPTION YNI'7 0051' 1 AgjaMF„ S. 15.00 _ instettatton or relocation of each lore .sir gravitytype turnaoe or burner. tnoludlnp ducts and vents allaohed to such appllence, up to And Including 100,000 ,Btwh. . . . $0.00 x • a 3 tMtallelton or relooatlon of each foraedlir or Oravh•type furnace or burner, Including ducts and vents anaohed to such appliance over 100,000 Otu/h. . 611.00 x Installation or relocation el each floor furnace, Including vent, • =0,00 X 4 Installation or relocation of each suspended heater, recessed wall heater or floormounted unit heater. ;0.00 ,�. X ' igloo d . r.....' • Installation, relocation or reptatbnwnt or each appliance vent Inetaned and not Included In an appliance pormtt. $4,10 .......rI .• _... $0,00 , x 27 On Lw■■ Repair of, alteration of, or additIon to each heating appliance, • refrigeration unh, cooling unit, absorption unit, or each heating, cooling, absorption, or evaporative cooling system, Including Installation of controls regulatsd by this code, •Vr. x 7 installation or relocation of each boiler or compressor to and Includin throe horsepower, or each absorption system to and Including 100,000 • $9.00 X i 8,00 • Installation or relocation of each boiler or compressor over three horsepower to and lnoludino 111 horsepower, or each absorption system over 100,000 Stu /ti and Including 600,000 latu/h.. $10.00 3 ' X 49• SC . 0 ' Installation or relocation of each boiler or oompreuor over 10 horsepower to and Including 30 horsepower, or each absorption system ' over 800,000 Stu/11 to end ludlna 1,700, 00 Otulh. 002.60 1. X . +s. Ob 10 InstafaUon or relooatlon 01 each bolter or oompressor over 30 horsepower to and Includerlo 60 horsepower, or for *soh absorption system over 1,000,000 Btultt 10 and Including 1,760,000 Blum, 833.60 • x 11 11 1 • .rw..............�.r....� 14 10 17 Installation or reboatIon of each bight or refrigeration compressor s0 horsepower, or each absorption system over 1,760,000 Stu/h. over in le 500.00 =0.60 S I x X 112100 23/X17 Muth atrhandIIn0 unit 10 and inoludin--pp 10,000 cublo Not per minute, Including ducts attached thereto. (NOM: This fee shall not apply to alpharding unit which Is a portion of a faatory•asssmblsd appliance. coons' unit, evaporative owlet or absorption ON for which a permit required eta•where In this code.) Eaoh air•handfng unit over 10,000 cfm. -� $11 .00 � x Zi /off oath evaporative cooler other than a portable type. o .0 `uwo• .wM..,...... , *4.50 . 34 x ..�..•w� x .ww.�.r.w•....w.�. lath ventllatbn fan connected t0 a, elnole duct. /S3.Oo Each ventilation 'system which Is not a portion of any heating or air•condltbnInp *Worn authorised by a permit. Installation of each hood which Is ecru! by ,mechenlaal exhaust, Including the ducts for such hood. - 00.00 . X000 811,00 2 X X _ 13,09 � 1 1• Installation or relocation of each commercial or industriat.type inoinorator. • X19 Installation or :Vocation o1 each oommarolal or Induslrlal•type Incinerator, In $45.00 00 Coop flame or plies •f a erpMent reevlat.d • eeds low net dessedI by other appliance oatsoories, or for which no ether tee Is Hsted this oode. 00.00 g x SdrSb ` wee • • •YP ?OTaL (vnll tee PLAN ONION P1E Le. i3 Volta_ GRANO TOTAL CITY OF TUKWILA 6200 SOUTIICE'NTI I? BOULEVARD, T'UtiW /L 1. WASHINGTON 98188 # 1206)03480o Guns l.. V n!nisrn. ■%luyor Plan Check #90- 059 -Ms Foster High School 4242 S 144 St THE FOLLOWING COMMENTS APPLY TO AND BECOME PART OF TH APPROVED PLANS UNDER TUKWILA MECHANICAL PERMIT NUMBER C)EK45 • 1. No changes will be made to the plans unless approved by the Architect and the Tukwila Building Division. 2. Plumbing permit shall be obtained through the King County Health Department and plumbing will be inspected by that agency, including all gas piping (296 - 4732).. 3. Electrical permit shall be obtained through the Washington State Division of Labor and Industries and all electrical work will be inspected by that agency (872- 6363). 4. All permits, inspection records, and approved plans shall be posted at the job site prior to the start of any construction. 5. Readily accessible access to roof mounted equipment is required. 6. Any exposed insulations backing material to have Flame Spread Rating of 25 or less, and material shall bear identification showing the fire performance rating thereof. 7. All construction to be done in conformance with • approved plans and requirements of the Uniform Building Code (1988 Edition), Uniform Mechanical Code (1988 Edition), Washignton State Energy Code (1989 Edition). 8. Each single system providing heating or cooling air in excess of 2,000 C.F.M. shall be equipped with an automatic shutoff. Automatic shutoffs shall shut down . the air - moving equipment when smoke is detected in a return - air -duct. Smoke detection shall shut down the air - moving equipment. All smoke detectors shall be a monitored system approved by Tukwila Fire Department per U.M.C. Section 1009 (a) and (b). 9. A boiler permit shall be obtained through the Washington State Division of Labor and Industries, and all boiler work shall be inspected by that agency. 0. Validity of Permit. The issuance of a permit or approval of plans, specifications and computations shall not be construed to be a permit for , or an approval of, any violation of any of the provisions of this code or of any other ordinance of the jurisdiction. No permit presuming to give authority or violate or cancel the provisions of this code shall be valid. City of Tukwila FIRE DEPARTMENT 444 Andover Park East Tukwila, Washington 98188 -7661 (206) 575 -4404 Gary L. VanDusen, Mayor May 4, 1990 Fire Prevention Review Control Number 90 -059M Re: Foster High School - 4242 South 144th Street Dear Sir: The attached set of building plans have been reviewed by The Fire Prevention Bureau and are acceptable with the following'concerns: 1. Commercial -type food heat - processing equipment from which grease -laden vapors emanate in normal cooking application shall be protected by an approved automatic extinguishing system. The extinguisher system shall be interconnected to the fuel and current supply so that the fuel or current is automatically shut off to all equipment under the hood when the system is actuated. (UFC 10.313) 2. Duct detectors, required by the mechanical code, shall be tied into the fire alarm system and shall be separately. zoned. Submit plans to the Tukwila Fire Prevention Bureau prior to installation. 3. All electrical wiring is to be inspected by the State Electrical Inspector, Washington State Department of Labor & Industries. (NEC 70) 4. When fire dampers are required to maintain fire resistance of construction, fire dampers shall comply with the requirements of UBC Standard 43 -7. (UFC 10.401), INSPECTION RECORD. Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 s PERM N0. 208431.3670 Project: a _ �� r - Type of Ins o`n � /-- ��/ Address/:""$ 4i z �z . N� . Date Called: Special Instructions: Date Wanted: /A /40pcZ..- amcizfil Requester: Phone No.: Approved per applicable codes. COMMENTS: Inspector: O ions required prior to approval. Dale: /Hq—ert. 0 $30.00 REINSPECTION E REQUIRED. Prior to reinspection, fee must be paid at 6300 Southcenter Blvd., Suite .100. Call to schedule reinspection. / ; INSPECTION RECORD Retain a copy with pen?* CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 (206) 431-3670 Project: type ot Inspection: frig/ h ic2e ress: 45-A, /1-714/*-4-1-- Date Called: Special Instructions: Date Wanted: arneP Requester: Phone No.: 0 Approved per applicable codes. 7'4 - Corrections required prior to approval. COMMENTS: ' /) A(Sgoz2e.a.„ 772.6P44," 2) C "" ie._ cefrt,cd"-,e_, osite/ GA, Lf../GP 710,s44" 4'; Alkz_4444- 41f 7----/C4 We. KlaW7_ AQ€1-5 1 74. nsect o $30.00 REINSPECTION FEE REQUIRED. Prior to reinspection, fee must be paid at 6300 Southcenter Blvd .;Sulle 100. Call to schedule reinspection. M6/ 4(51e___ 1. IReceotNo.: Dale: 1.; INSPECTION RECORD Retain a copy with permit 0395 -M PERMIT CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 (206) 431 -3670 j Pro ect: Re7ter h }fo0 l Type of Inspection "T° 'ocoilor Address: 4 I S� Date Called: Date Wanted: Li _ G -� ' I -� 0 q `� am. m Spedal Instruct ons: OK 'to OCC,Up Li N=-1"i v i k i ' W .•• '.Gi Requester: 'j10A11d ti0a1 Phone No.: 1 .q, ZApproved per applicable codes. COMMENTS; ' ❑ Corrections required prior to approval. le-€10 b !e' r / / i)'1 A (tom ce r,; PLE 1 . rn v-E-c u A 1,3 ClEs9:44 Ao L... CJ CC ►1 r h1 714 E- A c-rt v T1 e'S Ail- 1 , cct r c-o tz ' r '?'�4 e-a-T e-Yt- A iNJ SICy I.S,c4 -.86'E; /LC AP0rwvt'�. .0A VI RA ❑ $30.00 REINSPECTION FEE REQUIRED. ,Prior to reinspection, fee must be paid at 6300; Southcenter Blvd., Suite 100.: 41.to schedule reinspection. %tp V4I1 J"to 04..':w'i INSPECTION RECORD 0 Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 (206) 431 -3670 Project: 1✓o 1,.1 S. ! 3) L.A -ems- F. F. Dooms t r.) sr -ACNE-7 wertc.S 1 (5) LOCR1-16Ns , - Type of Inspection; 1 occw,01 (F rot) Address: tocIGEct -. vnez —K. Rom 4(.3CInoe- Ir10T',vA -Tc L ‘A€A.c- 1-. 0 t.a t AG Oa ck. - A 1s c tiUa_ W V A C. u N t i 'rte S LAZ . 't) bofLea- 0-0.0• - ANC%OP- DOwrJ ,13otiev.S AND 6a-AC. Date Called: Special Instructions: lA N AVS A,J9 .D u.c -S u P Pam € -,5. N S ert-i . i P L ur,.3 o \X\ t P r -t- g-is PS. 'co (z.) OA C t..t N vt3 :PEA.. m A N tk ... Nst-i.. 66 lLm 3%5C, , t Nsr. D t FF0SF'R.. Sc REz.,J . Date Wanted: y'9 /9Z-- am. Requester: -)11-v'' Phone No.: ❑ Approved per applicable codes. r4 Corrections required prior to approval. COMMENTS: t) co t... Dd wA.t.t. - 8 - t3) p u rs %D Art a-. r >4Th € LA, VNE1L NCEIS G. R,P '-eV A-6 vim' ,t)t tc-r. 2, P., own 31 g E se -cmcc .gyp tact C tr6 6sAC.E rr FI.00L . ! 3) L.A -ems- F. F. Dooms t r.) sr -ACNE-7 wertc.S 1 (5) LOCR1-16Ns , i) 147-1~uut.E' F.9. ACCESS . t,it,_ t 'Lou, N9 D LA. Cr t So (.4.r% STACF' wtr-t.L. AND 5PcZ Sp Ft (V f-.9. rnoa,..ir►AC,, tocIGEct -. vnez —K. Rom 4(.3CInoe- Ir10T',vA -Tc L ‘A€A.c- 1-. 0 t.a t AG Oa ck. - A 1s c tiUa_ W V A C. u N t i 'rte S LAZ . 't) bofLea- 0-0.0• - ANC%OP- DOwrJ ,13otiev.S AND 6a-AC. tAt, r vrivr -: '1'A N'- A r- D dtoDDc`D-.'rtrKJY TO rJM-f- . S) vY1 . R.ftovn AOzvt= 42,b ► LEN- Zoom - A nr.hotr.- L) d w Is ti AC- lA N AVS A,J9 .D u.c -S u P Pam € -,5. N S ert-i . i P L ur,.3 o \X\ t P r -t- g-is PS. 'co (z.) OA C t..t N vt3 :PEA.. m A N tk ... Nst-i.. 66 lLm 3%5C, , t Nsr. D t FF0SF'R.. Sc REz.,J . IInspectorr, -, Date: _ ❑ $30.00 REINFECTION FEE REQUIRED. Prior to reinspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspectlon. j Reoept No.: Date: INSPECTION RECORD ` • Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 (206) 431 -3670 Proj 5 ►' - ti h -Sc hoo j. Type of Ins p l w e, atA -e_ no AddresLs. to 5. 4 N Date Called: 3- a 9 - Speclal Instructions* '`.... C.. • m , Date Wanted: 3 ` • a � .m. Requester: Phone No. , / /, "' go. 7 ❑ Approved per applicable codes. ❑ Corrections required prior to approval. COMMENTS 4_ i) I-1V 37 (6'fl1J4Suth) .t( Ott c(-o\ -- fA55e9. MV 43 C --- gAitTh■ 22vo cFm ' Pass;✓s? • 5- A 41 t P 4c1.4 4) uV bA0 fcRol z17S c,Fm No /Y ?etJ5 ack a tee: P-4/51.- $30.00 REINSPECTION FEE REQUIRED. Prior to reinspection, fee must be paid at 6300 Southcenter . Blvd., Suite 100. CO to schedule reinspection. I's INSPECTION RECORD 0 Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 (206) 431 -3670 Project: E.g. i fL I-4 , .S' Type of Inspectiont ciL z) 5092. GA g44 060- .p 'T1? -rAn13 .- ` ; - Address: Date Called: 3,2.3_1 2.- `f Special Instructions: SPc�c� -w bJ o F v8'1 .t.5 (-P '3) Date Wanted: 3 _.z �Z ' p.m. Requester: Phone No.: G) n,— 6-1(p .. 4 >J Ma, 0 c ct n-n.., 0 OK- I NO F- 0-1Z OA- Pet- 0 Approved per applicable codes. 4. Corrections required prior to approval. COMMENTS: I�.STkc 81)•CiL wAtt — vn t 3S I OG F.0 . F-LAvne.5. z) 5092. GA g44 060- .p 'T1? -rAn13 .- ` ; - `f 1?1 Ay r1 ca Pus. .- AT G 9-19 A- 154 r3-o Fi`ite- DA m +9v"e -S 0 f- A cc, .0s Dodl...S *TO is 71 '41 sh-il• P x.s . 5 41- 6-13 I mr,,,.I Gqt,- 2..osrL G,A:x L-o u~4 U q, c.rt4- ! LK_ f S ram" c.pvh P L W M' Pr, itiycs f . G) n,— 6-1(p .. 4 >J Ma, 0 c ct n-n.., 0 OK- I NO F- 0-1Z OA- Pet- 6-r- 8 - 13.5 `���-- wert-L., 34."95 . A Np • 32." Y3U' D(ACTS G-A-CJ F. 0 .'s . ) A-1- t3 _ /3. 47" x "(8" 6 n.iLi.Q A NO )C.. P. 1 v1-112,e '01ISSI1%4 '7 O $30.00 REINSPECTION FEE REQUIRED. Prior to reinspection, fee.must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule.reinspectionc INSPECTION RECORD Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 (206) 431 -3670 Project: ��t�c_ Type of Inspection: in V , Address: Date Called; 3 — 23 2- Special Instructions: Date Wanted: 3- 2 -' - gym?' p.m. Requester: 0-- Phone No.; Z44 -1270 O Approved per applicable codes. F Corrections required prior to approval. COMMENTS: La Sri C.6 Ni-nz -Acan 2 eL ce- Tt 1.-E5 w'T%A 0 %AT A P # A-6 VAc_ P I wspt' T-o,J C) (-1 VA-C. 5`1571 - . c r,4 tkL ri a2 VY► L Inspector: Date: 3(Z5112.--- $30.00 REINSPECTION FEE REQUIRED. Prior to reinspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. INSPECTION ' RECORD Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 (206) 431 -3670 roe : Type of Ins . :4..n: 1 .h f� ILc Pro, Al 774v Alvt.T7n -'iMi : 6 / (o 0, {. Address: Date Call: , : / t, rnmSSr -'G t-t6Hr wrok- ... 2 ,.5 - A hsv a? Jfr L P Vra:A" rt.a�i S'' Spedal Instructions: Date Wanted: 2 -11—g Z' c 6/4- tradvI o �` c ,r - A (.6e-sr Doty -co E. ivi,„e as., am, p.m. Requester: IN • Phone No.: ❑ Approved per applicable codes. ❑ Corrections required prior to approval. COMMENTS: 77 C j Lt,il wl may,, 3 4.-r57 D A-5 / No . o'zcc t PA -,.)W s Alit -Md.) c.o �a sr c1 zd tit ..06 , /44-4"' 1 .h f� ILc Pro, Al 774v Alvt.T7n -'iMi : 6 / (o 0, ()) 156 , _1 /5s1 15, 6 /tP7(' is o .uor c JS7xNcrt .t-s .0g , / NA.. & /0 (clikEST101J -cr rr of dcC:6610. THtouGwour n,t -c,N. 412.6-14) rnerli. c.or=1" ,-476 i ll_.3CS*»tt AS 6/77). / t, rnmSSr -'G t-t6Hr wrok- ... 2 ,.5 - A hsv a? Jfr L P Vra:A" rt.a�i S'' r✓r 2C' 647. c, , r yr ' t ti '0,,,) GAcLra�'. 4 z ,b/i2., N-t-vs P7 oz-s"-* Divilii, S) 1-01ca t3 1-0k....-1•;G€ : cfC/ -11 .Wig.r'S a>J suit rAch— Aoki. NrS. c 6/4- tradvI o �` c ,r - A (.6e-sr Doty -co E. ivi,„e as., 1 61 °1 — PP-600C F .A P ,lcces l�ocr�R- • IInspector: ( L. pawl ❑ $30.00 REINSPECTION FEE.REOUIRED. Prior,to reinspection, tee must be paid at 6300 Southcenter Blvd., Suite 100. CaII to schedule'relnspection. INSPECTION NO. CITY OF TUKWILA BUILDING. DIVISION 6300 Soutticenter Blvd., #100, Tukwila, WA 98188 INSPECTION RECORD Retain a copy with permit (206) 431 -3670 -ro : � / ypeo nape. •n , t J Addre .A•� ��J Date Called: / ! Special Instru ion /4-4/./0. A -1.<5., 5' /CX,uG„G4 7,,LC 6...res Date Wanted: ' /""3/42._ ante Requester: 14 Plane No,. -b 0 Approved per applicable codes. Corrections required prior torapprovai. COMMENTS: 4.) '7 € 1;1%4- S G/arar -$ e- her 4k 4v Cjs ex< Ins 0 MOO REINS P CTION FEE REQUIRED. Prior to relnspection, fee must be paid at 6300 Southcenter Blvd., Suite 100.. Call to schedule reinspection. 1,11'i`l Dale: 0. %C. kfgl FC`�C+.1'FT•W+rIC..K INSPECTION RECORD Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 (206) 431 -3670 Project; r~�� S. Type of Ins ction: c A-0Ez / c F„JA -c- t �o -'�T� . L H Address: Date Call : /_ a Special Instructions: ' �fi • iii. Date Wanted: 1.Z3 -115 i :- Requester; Phone No.: ❑ Approved per applicable codes. ❑ Corrections required prior to approval. COMMENTS: • 1 . L el e' Ds P Dot) rZS . z . PA-tv r 7 i2.00w■ t vJ St46 P Nee9S e ft-c DArtl P .• 3. IN- tra -t3—. F. 0. A•.rp CN(LtLcF 1 i-1 `�.khP A1J9 P2.OVt0ti""- AC( C —SS - `rt (x:tn mEK H. 42.66 m II.eio fZ . y, 4,--/ Nd4 01. - ..k yo A. l50 :./..;.-5,..7____ t... _ 47e 4.0.,�.�j" G+r 5 4:‘,1,-, ( 4.J f- a . 1v '7i -1° ," rt � j t" � sf f?Pc.t 7,,, K ZriA i ld l- Ades:t A. . f ✓ o w-S GAO ,7t94 4 ¢ Cd{ .44 --fC.....-rY j • • ,pI.4GC . S i Q i. v,y eli..s, r' ;II C_ i 'P 6it7//s S . . c.V C s•-rs#),), `e,., •.� l �, rc/ Sts .ti, ;� L., �, is i�d y,:- ,er.•/ h E ❑ $30.00 REINSPECTION FEE REQUIRED. Prior to reinspection, fee must, be paid at 6300 Southcenter Blvd., Suite 100, CaII to schedule reinspection. �t'e'�3"�',i�i�rha•. INSPECTION RECORD Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 (206) 431 -3670 I Project: 4 Type of Ins io : - Addre m Z 4 9, 1 44. , Date Called: ) �2� �„9� Icy Special Instructions: t Date Wanted: 1 "-7i ? ' q 7i 0 p.m. Requester. phone No•: -04-4— Pi i,-70 0 Approved per applicable codes. 4 Corrections required prior to approval. COMMENTS: 4.67/- /Cue, SOto -ew/ is 5. C-? $30.00 REINSPECTION FEE REQUIRED. Prior to reinspection, tee must be paid at 6300 Southcenter. Blvd., Suite 100.. Call to schedule reinspection. Date; OINscTIoN RECORD- v '� Retain a copy with permit 0. PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Soutlicenter Blvd., #100, Tukwila, WA 98188 (206) 431 -3670 Protect: D q ; ype o nspe • , n: i i 1 Addren: Z- 5. /44' Date Called: 1_72 �:v2 Spedal Instructions: /4„_ d ,"� 1 i!,040/ ,?/ (� Date Wanted: 1— (p °12 am. p,)n Requester Phone No.:�, (� � 0 ❑ Approved per applicable codes. Corrections required prior to approval. COMMENTS: Ark- elvy 44 1 / 1 t . G , / 7 /7 / /1 2 le G A.e.4 z g y /� . 4,67 // r�� /z3 f eeded O 1 Gorr,•ui� A -v 4' p, lade Al ifezvit 223 Date: /� / ❑ $30.00 REINSPECTION FEE REQUIRED. Prior to reinspection, fee must be paid at 6300 Southcenter Bivd., Suite 100. Cali to schedule reinspection. Reoept No.: it INSPECTION RECORD• Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 (206) 431 -3670 Project: Type of Inspection: Alec-4 Address: 92 * c Ny Date Called: /-3 2_ Special Instructions: 4,,,, c an,7C,.. • 6647,1. Date Wanted: /.....g -9 a, am.0 Requester: Phone No.: 0 Approved per applicable codes. COMMENTS: Corrections required prior to approval. E3- DUB i� .�Z/ 7J'/ ',r- ,74-:;/ c1- vy -- S - .2, L] lF t !4 40-4 'APA-, 0 $30.00 REINSPECTION FEE REQUIRED. Prior to reinspection, fee must be pald at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. INSPECTION RECORD • • 3—M X9:54 IRSPETTIONNT Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 PERMIT No. (206) 431 -3670 Project: ,sz Type of Inspect' �p� 2) uv0��.w --. 4--2.( ?- 7 e.�' Zz/ ( •��nr ,/� , (to, _e1, 10%, r..v, S4. ,/f,� c,/,:_.‘ A's r eff,ns )1 e,I�„.6N/ 1-74, 7IL) Address: V Date Called: 4 /,;T ,;� » '2 Z�y 'r �'L' ' i pi-,) /?oo � 2-2-3 63 cr. ic. Special Instructions: /i C- 6/dee+,/ 't.. 6a/7,,.7<,( N" d Plepo ,o^ ' Date Wanted: /'_ `- 9/ L i p ,m, Requester: 39,41e1"2-, Pion No.: O Approved per applicable codes. Corrections required prior to approval. COMMENTS: 'i) Ra ,4 ZZ- I ,?,o,„J$ .r:;.-c__ ,./4 �v.S ude e CJ J As e A_dh_ t•- eiQa/way �p� 2) uv0��.w --. 4--2.( ?- 7 e.�' Zz/ ( •��nr ,/� , (to, _e1, 10%, r..v, S4. ,/f,� c,/,:_.‘ A's r eff,ns )1 e,I�„.6N/ 1-74, 7IL) 3) � o d � , (e! 4 /,;T ,;� » '2 Z�y 'r �'L' ' i pi-,) /?oo � 2-2-3 63 cr. ic. 5) A-, 2-/y , zip • X04 f_ok,, 4. t A,7, ev i' '4, Pl 4h .>r ., 7/T'S$ -2 SE o 4 -246 D1c - zr4QvG d' x1544 . . ��r A 2.3o d_2.{5/ /1/ a, % "A- �' /4r �. 39,41e1"2-, O $30.00 REINSPECTION FEE WIRED. Prior to reinspectlon, fee must be paid at 6300 Southcenter Blvd., Suite 00. CaII to schedule reinspection. 1+�,1�..,,}.,`� ('INSPECTION RECORD Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 (206) 431 ..3670 Project; / /f- /ir - inspection: yTpe of Inspection: ' Address: Date Called: Special Instructions: .dpi c_, 4,/r ,✓,,_ 15 d (� ( LLLL '- Date Wanted: /7-'7C-in mil► p.m. Requester: Phone No,: ❑ Approved per applicable codes. Corrections required prior to approval. COMMENTS: 1) A 3.3 , . /Y, 54own 44 S S 6f.a.oti�1� 5004.444-40— .Ph-r 2-5 544,I, ' c,t4S Iry k -/P� /hlate- 3) A /3? I ,, 411 tg /� / --•- 45— `� 1 -t(os 4 -y' ‘..4w./04, be /-,Aegiex, a� -� /'� - -/2 7-� • mot 5)/14. l z4�0r Th d.4) /V€th 4.q // ,%, Aa16 A- le2ir ti-/D7 eboid Inspector: , �6. i mil - Dateiz---5 y/ CI 230.00 REINSPECTION FEE R %QUIRED. Prior to reinspection, fee must be paid at 6300 Southcenter Blvd., Suite 1 . Call to schedule reinspection. ecsjl No.;. Date: r 1 . r ..G.. . ', TIK i'•li;'�`i�r'� 8(•" a '.r ! ^rT4 R ()INSPECTION RECORD Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 (206),,:131 -3670 Project:. FC-2 S . 74\r `��, ! Type of Inspection: 4`J� //� Address: Date Called: Special Instructs :, Date Wanted: /2..--z..--/ am. 'p.m. Requester: Phone No.: ❑ Approved per applicable codes. $4, Corrections required prior to approval. COMMENTS: ' ‘5430 f-Aw fry (, S sio e _ off 6/ 4/) ;Pry,, G: t,i -eeJ 5e4 "k'7 .S �7 -/ / 'e h 7 "Qa< • ❑ $30.00 REINSPECTION FEE REQUIRED. Prior to reinspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to. schedule reinspection.•• No,: /` / i 1 Date: 1 CITY OF TUKW/LA Dept. of Community Development - Building Division Phone: (206) 431 -3670 .. w.. �... w- ...�...�..•rrxr.nrv✓..o..rr..r .*Ormrw. ruausr-+.. ww.. rwre' L�•••• nrw++ ie+• ewrwrxhww�+ fuwuiM +nwktwremrs�YhWfiw,TIW�EIXLLtti INSPECTION RECORD M 6300 Southcenter Boulevard — #100 Tukwila Washington 98188 PROJECT: pas, 34.,00_1_ AS • PERMIT NO. j'),-\ giS -AC4 SITE ADDRESS: DATE CALLED: 1 TYPE OF INSPECTION: /V P c ��,, .,. ; v / DATE WANTED: c`'3O s'/ . SPECIAL INSTRUCTIONS: ,4u /e,.-,, _ •?- _ 4,4 >7.,3 REQUESTER: /)e, ,,..• j PHONE NO.: INSPECTION RESULTS /COMMENTS: •, _G 71-.- k7A 7 «s �e,,,..--. e _!1� _ ■ r. `rte/ , S � 1,j S .14?-., /././%, - i _ - ,. INSPECTOR: %/�ii3O : ,/■c/1lt).0, DATE: --70r C7/ • HARGIS ENGINEERS 600 Stewart Street, Suite 1800, Seattle, WA 98101 (206) 448 -3376 FAX (206) 448 -4450 :February 23, 1990 City of Tukwila 6200 South Center Boulevard. Seattle, WA 98188 FEB 231990 E Attention: Duane Griffen RE:' Foster High School . As.we discussed by phone today, the city of Tukwila does require that piping from overflow drains be run separate from piping from the roof drains per UBC 3207 (c). The overflow drain piping maybe tied into the roof drain piping: at 5 feet outside the building. Overflow drain piping may also discharge into a lower roof area so long as the overflow drains /scuppers on the lower.roof are sized to handle both roof areas. Please call me immediately if your understanding differs from the above. Dean Willows /BJSS HARGIS ENGINEERS 600 Stewart Street, Suite 1800, Seattle, WA 98101 (206) 448 -3376 FAX (206) 448 -4450 December 9, 1991 City of Tukwila Building Department 6300 Southcenter Blvd Suite 100 Tukwila, WA 98188 Attn: Mr. Dave Larson __- ��t�rC� 1`�n LSD \i.DEC 11. 1991 CITY Oil TUIONIC PLANNING__- Re: Foster High School (permit no. 0395 -M) Please note the following responses to your inspection record no. 2 -M and 3 -M dated 12/5/91. Item numbers below correspond to those in the inspection record. Inspection No. 2 -M 1. Comment: A133 & 134 shown as occupancy separation - no fire dampers shown on plans. Response: Room 134 is open to room A132. The return air grille (30 x 42) in room A134 is called out with a fire damper. Room A133 has an exhaust grille with fire damper in the ceiling. See Drawing M3.01. The ducts and equipment above this room is above the rated enclosure, hence no fire dampers are required at ducts leaving HV -32 and HV -33. 2. Comment: Shop ceiling openings - rated one hour. Response: All ceiling grilles are dampers in this area. These will tile goes on the ceiling. Access through grille face. dampers and access doors called out with fire be installed after the to ceiling fire damper is 3. Comment: A139 damper shown not installed Response: Damper will be installed. 4. Comment: No access to fire damper between A127. Fire damper may not be there. Response: Sheetmetal installer says damper will provide access to it. near grid A- F /A -6. corridor and room is there, and he 5. Comment: No access door in duct north wall in A116. Response: Access will be provided. 6. Comment: A108, A107 and A106 - no fire dampers as per plan. Response: Dampers are installed; access to one through 24 x 12 grille, access to 6 x 6 fire damper serving room A107 will be provided. Inspection No. 3 -M 1. Comment: Room A226 needs fire dampers where ducts penetrate shaft by doorway. Response: 18 x 18 duct has fire damper at bottom of shaft (into corridor) on first floor; one not needed at top of shaft (shaft is basically an extension of the second floor). 1988 UBC 1706 (a) exception 1 states that in other than Group I occupancies, an enclosure will not be required for openings which serve only one adjacent floor and are not connected with openings serving other floors and which are not concealed within the building construction. Also, exception 5 states that in one and two story buildings of other than Group I occupancies, shafts for gas vents, factory built chimneys or piping which extend through not more than two floors need not comply with Table No. 17 -A. 2. Comment: Question A225, A222 and A221 damper locations for supply ducts penetrating ceiling to mechanical room. Response: Fire damper locations are either at the top of shaft in mechanical platform area or at bottom of shaft in room (as is case in these three rooms). Either way the mechanical platform space is effectively fire dampered from other floors. 3. Comment: Dampers required in shaft (one hour occupancy separation) room A223 3 ducts. Response: Ducts serve only one floor and have no openings into other floors. See also response to item 1 above. 4. Comment: A222 ceiling truss cross brace cut. Response: Sheetmetal installer will look into this and take necessary action. 5. Comment: A214 & A210 duct configurations different than plan and fire dampers missing 5 each. Response: Access to fire dampers and fire dampers is between ceiling and roof from access ladder to roof. 6. Comment: A208 duct above door missing fire damper. Response: Sheetmetal installer will check and install if not there. 7. Comment: A230 & 231 not built for one hour occupancy separation? Fire damper suspended in space. Response: Sheetmetal installer says that wall damper removed and ceiling fire damper installed. I trust that these responses answer your concerns. Please call me if you have any questions. These items need to be addressed immediately so as not to hold up construction progress. Regan Corwin RC:ly • Gordon Olson, BJSS' David Hall, Lydig Construction �w 4 ct ti)9 vzt ` aK `Ap '(014 14- it PLAN CHECK NUMBER C 'X' REOUIREO INSPECTIONS 1 Footings 2 Foundation 3 Slab and/or Stab Insulation 4 Shear wan Nailing 5 Roof Sheathing Nailing 8 Masonry Chimney 7 Framing 8 Insulation 9 Suspended Ceiling 10 Wa0 Board Fastening , 11 12 XI-AS—FIRE 13 FINAL1nsp: 15 PLANNING FINAL X17 18 PUBLIC WORKS FINAL BUILDING FINAL • PROJECT: ro6T ac7--�' /47 '4 ''&C/I�L- - �MiSr. �y... INS FOLLOWING CONNENTS vp APPLV�TO AND SEC Mt PAT OF tH1 APPROVI�O P.AN! UN LR TUKWIt.A OUIL0ING PERMIT NUMSEA vere No changes will be mode t0 the plans unless approved Sy the �y Architect and the Tukwila Building Division. (a Plumbing welt shall be obtained through the King County Mealth tom✓ Department and plumbing will be inspected by that agency, including all gas piping 1296- 4732). Etectrlcal permit shall be obtained through the Washington State Division of Labor and Industries and all electrical work .211 to Inspected by that agency 4072- 63631. OA11 mechanical work shall be under tolerate permit through the City of Tukwila. All welts, inspection records, and approved plans shall be posted at the Job site prior to the start of any construction. G) When special inspection is required either the owner, architect or engineer shall notify the Tukwila Building Division of appointment of the inspection agencies prior to the first building inspection. Copies of alt special inspection reports shall be submitted to the budding Division in a timely manner. Reports shall contain address, project name and permit number of the protect being inspected. OAll structural concrete to be special inspected Iles. 506, UfC1. O@ All structural wetdin9 to be done by W.A.0.0. certified welder and special inspected (Sec. 306, UDC). OAll bightstrength bolting to be special inspected (See. 30A. UPC). 10 Any new coiling grid and light fixture installation is required to net lateral bracing requirements for Seismic tone 3. 11 Partltloo walls attached to ceiling grid must be laterally braced If over eight 101 feet in length. Reedlly accessible access to roof mounted equipment Is required. is Engines,oed truss drarfng s and calculations shall be on site and available to the building Inspector for inspection purposes. Documents shall bear the seal and signature of A Washington State Professional Engineer. JEY'Any expesed insulations backing atterial to have Flan Spread Rating of 23 or less, and satirist shall bear identification showing the fire performance rating tbereof. it Subgradi preparation including dralnagm, excavation, compaction, and 1111 requirements shalt conform strictly with recommendations given to the soils report prior to final inspection tree attached procedure.). t6 A statement from the reefing contractor ver /tying fire retardancy of rook will be required prior to final Inspection Isle attached procedure). All construction to be done in conformance with approved plans and requirements of the Uniform 'Wilding Code MOO Edition), Uniform mechanical Code 1191111 Editlom), Washington State Energy Code (1509 Edition) , -and iten t st rrt-er- lea-. 8 All food preparation ostablishsents must hove King County Health Department sigm•off prior to opening or doing any food processing. Arrangements for final Wealth Department intention should be sad, by calling Xing County Health Department, 29h -4707, at toast throe (forking Jaye prior to desire inspection date. On work requiring Wealth Department approval, it Is the contractor's responsibility to have a sot of plans approved by that agency on the rob site. 19 Fire retardant treated wood shall have a flare spread of not over 23. All sataria)s shall bear identification showing the fire Performance rating thereof. Such Identification shall be issued by an approved agency havtmg a service for Inspection at the factory. (E), Notify the City of Tukwila Building Division prior to placing any concrete. This procedure is In addition to any requirements for 'medial inspection. 2t All spray applied fireproofing as required by U.S.C. Standard No. 43 -0, shall be special Inspected. 2t All end to rotate In placed discrete shall be treated Mood. T3 All structural masonry shall be spacial tnspected per U.I.C. pectic, 306 tat 7. )?(Validity of Perelt. The lesuanee Of a poralt or approval of Olaelle specifications and cementations shalt not be construed to be o poralt for , or as approval of, any violation of any of the provitlens of that code or of any other ordinance of the jwleelttlon. No poralt S►esUs1AG to give aathsrlty or violate or cancel the provlslons of this cede shall be valid. 000O oo 000000O0000 ■■■•••••,,i••■■1,r.to PROJECT MANUAL Volume I - Specifications (Part B) (Divisions 15 and 16) he Replacement Of OSTER HIGH SCHOOL youth Central School District. x`406, Tukwila, Washington TABLE OF CONTENTS Title Frontispiece Table of Contents DIVISION 15 - MECHANICAL General Provisions Special Provisions Electrical Provisions of Mechanical Work Access, Excavation & Backfilling Mechanical Identification Pipe, Tube & Fittings Piping Specialties Supports, Anchors, And Seals Valves Pumps Mechanical Insulation Natural Gas Piping Systems Domestic Water Piping Soil & Waste Piping System Plumbing Fire Protection System Boiler System Air Distribution Equipment Ductwork Outlets And Inlets Filters Testing, Adjusting And Balancing Section 15010 15011 15030 15051 15055 15060 15080 15090 15100 15140 15250 15350 15401 15405 15410 15500 15600 15820 15840 15870 15880 15980 DIVISION 16 - Section 16610 16011 16100 16110 16120 16135 16140 16160 16180 16420 16450 16460 16500 16580 16581 16700 ELECTRICAL General Provisions Special Provisions Basic Materials And Methods Raceway Wires And Cables Electrical Boxes And Fittings Wiring Devices Panelboards Overcurrent Protective Devices Generator Grounding Dry Type Transformers Lighting Stage Lighting Devices (NIC - For Information Only) Stage Lighting Controls (NIC - For Information Only) Sound Reinforcing Systems 16720 Fire Alarm System Specification Fire Alarm System Zone Schedule 16730 Intercommunication System Number of Pages 1 2 6 3 5 2 6 5 4 5 4 2 5 4 3 5 4 8 1� 5 5 3 2 3 6 5 2 2 3 3 3 7 3 3 3 • 6 11 14 10 i. 21 . , . . , • . • • • . • . • . , . • , . . • • . , • • , , . • ■ • • Title DIVISION 16 - ELECTRICAL (cont'd) 16748 Empty Conduit & Outlet Boxes 16749 Telephone Conduit System 16760 Clock & Program System 16770 TV Distribution System 16775 Security System 16900 Wiring Equipment Furnished By Others ' TABLE OF:CONTENT&.; SECTION 15010 GENERAL PROVISIONS PART 1.00 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and General provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to Um work epeuiflmd in tlil.b Utsut.Iuii. B. WORK INCLUDED 1. Include all labor, material equipment, trans- portation and services to furnish and install complete mechanical systems and alterations as shown on the drawings and herein specified. The work includes, but is not limited to: a. All plumbing work. b. All fixtures shown. c. Connection to all utilities. d. Ventilation. e. Heating and Air Conditioning. f. Insulation. g. Temperature controls. 1.02 SST MITTALS A. Contractor shall submit for review, six copies of shop drawings, literature, and equipment list within 30 days after contract is let. Include control diagrams. • Submit prior to fabrication or delivery. . Submit complete, at one time. Partial submittals will not be considered. Catalog sheets shall be complete and the item or model to be used shall be clearly marked. List substitute items separately and so identi- fied. Form: Submittals shall be in booklet form. The data shall be arranged and indexed under basic uateyorlee. A Lypewrltten . Index shall be .Included with dividers and identifying tabs between sec - tions and references to, sections, of the specifica- tions. 15010 -1 • SECTION 15010 GENERAL PROVISIONS 1.04 HANDLING A. Deliver packaged materials in unbroken packages, manufacturer's label thereon; do not open packages or remove labels until Architect inspects and approves. 1.05 ALTERNATES A. See Section 01100. PART 2.00 - PRODUCTS 2.01 MATERIALS A. All materials shall be new and best of their kind. They shall be U.S. made (except Canadian copper pipe is acceptable) and bear the U.L. label where possible. B. All equipment shall be regularly catalogued items of the manufacturer and in use for at least two years and shall be supplied as a complete unit in accordance with the manufacturer's standard speci- fications and any optional items required for proper installation for the equipment unless oth- erwise noted. All equipment and materials shall be installed in accordance with the manufacturer's recommendations and best trade practices. 2.02 SUBSTITUTIONS A. In all cases in this specification where an arti- cle is followed by the words "or equal ", the Ar- chitect is the sole judge of the quality of the proposed substitution. B. When the Architect approves a substitution, the approval is given with the understanding that the Contractor guarantees the article or material sub- stituted to be equal to or better in every respect than the article or material specified. The Con- tractor shall also assume complete responsibility that the article or material will fit the job as far as space, access and servicing requirements. Where several materials are specified by name for one use, select for use any of those so specified. Whenever item or class of material is specified SECTION 15010 GENERAL, PROVTSTONS exclusively by detail specification, trade name, manufacturer's name or by catalog reference, use only such item, unless written approval is given for substitution prior to bid. Submit written re- quests at least 10 days prior to bid opening. E. Make no substitutions for materials, articles or process required under contract unless written ap- proval is obtained. See the General Requirements. PART 3.00 - EXECUTION 3.01 DRAWINGS 3.02 A. The mechanical dtawluys ate yeiieial.ly Li1ayLamma- tic. Complete details of the building which affect the mechanical installation may not be shown. For additional details, the Contractor is referred to the Architectural, Structural, Electrical, Civil, Theatre, Kitchen and Landscape drawings. CODES. ORDINANCES AND PERMITS A. All work shall comply with all applicable codes and ordinances. Take out and pay for all inspection fees and permits. Compliance with codes and ordinances shall be at the Contractor's expense. Include all connection fees in Bid. MEASUREMENTS A. Verify all measurements at the job site. Locate all equipment and fixtures on the centers of walls, openings, spaces, etc. Check all piping, ducts, etc. to clear openings. TESTING A. Test all piping before backfilling or covering. The Architect or a representative is to be present at all tests. Notify Architect at least 48 hours before an expected test.. 3.05 SECTION 15010 GENERAL PROVISIONS B. WATER PIPING Test all water piping systems at 125 psi water pressure and hold for four (4) hours. Test in sections before covering. Test entire system when completely installed. Repair any defects shown by test and retest until entirely tight. C. WASTE AND SEWER PIPING Test all waste, sewer and vent piping by filling with water to roof. Hold for four hours. Test in sections as work progresses. Repair any defects shown by test and retest until entirely tight. D. GAS PIPING Test all piping with soapy water at 60 psi. Re- pair all leaks. CLEANING UP AND HOUSEKEEPING A. Leave all equipment clean and ready for use. B. Remove all labels, paint, plaster, etc., from fix- tures, equipment and piping. At final completion, remove all rubbish and waste resulting from the work from the site. D. On a periodic basis, remove all piping, duct scraps, etc., from working areas and site so that an orderly construction may continue. 3.06 OPERATING INSTRUCTIONS AND MAINTENANCE MANUALS A. SCOPE: 1. Provide complete operating and maintenance instructions and catalog sheets for all equipment. 2. Provide four copies of each bound into book- let form. 3. Deliver booklets to the Architect before final inspection. CONTENTS: Each booklet shall contain sheets, maintenance instructions and parts list as fol- lows: 1. Basic description of all systems. 2. Description of routine maintenance required for each component, including oiling instruc- tions. Suggested frequency of maintenance.• 15010 -4 SECTION 15010 GENERAL PROVISIONS 4. List of lubricants. 5. Parts list of all equipment. 6. Operating instructions on all equpment. 7. Controls. 8. Mechanical as -built drawings. 9. Trouble- shooting list. 10. List of fuse sizes for all mechanical equip- ment. 3.07 RECORD DRAWINGS 3.08 A. Provide the Architect with record drawings. Record drawings shall be new, reproducible mylars and shall show the measured locations of all concerned portions of the work and shall show all changes the Contractor has made. B. Drawings must show all addendum items, change orders and deviations from the plans. CUTTING AND PATCHING A. Do all cutting and patching required for the work. Cutting of structural members shall be done with Architect's approval. Patching shall match the surrounding area. 3.09 INTERFERENCE A. The Mechanical Contractor's attention is called to the restricted space for installation of mechani- cal systems. Offsets, rerouting and coordination will be required to fit all elements in available space and the Mechanical Contractor shall include provisions for such in his bid. Ductwork and light fixtures take precedence over piping and all piping shall be routed . tb' -clear these. Ductwork shall be installed as required to clear.., light fixtures. Provide offsets, V or sleeves as required. WORKMANSHIP All work shall be installed in accordance with best trade practice. Any substandard workmanship:. shall be removed and replaced at no extra cost to the Owner. 15010 -5.. SECTION 15011 SPECIAL PROVISIONS PART 1.00 GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and General provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 DEFINITIONS A. "Furnish" means supply and deliver to the job site. B. "Install" means build into the work, ready to use in a complete finished and operable system. C. . • "Approved or. Approval" means written the Owner or "Owner's agent ". "Work" or "Project" means the entire required by the Contract Documents. approval by scope of work "Substantial completion" shall mean that the entire project (or readily definable portion thereof if so designated in the contract docu- ments) is acceptable to code enforcement authori- ties and to the extent required by such authori- ties, has been inspected and approved by such au- thorities, and is suitable for occupancy by the owner or occupant for the purpose intended. "Provide" means furnish and install for a complete . finished and operable system. 1.03. CERTIFICATION A. By submitting a bid on the mechanical system, the . mechanical subcontractor acknowledges and /or cer- tifies the following: 1. That he has carefully examined all the draw - ings and Specifications (including but not limited to, architectural, site, utility, structural and electrical drawings and speci- fications); that he fully understands the drawings and specifications); that he fully understands the Contract requirements and has determined to his satisfaction that the draw- ings and Specifications are adequate to com- 15011 -1 SECTION 15011 SPECIAL PROVISIONS plete the mechanical system; and that he can provide a complete finished and operable sys- tem in accordance with the intent of the con- tract documents. 2. That he has had a reasonable opportunity to discover any ambiguities in the Specifica- tions and drawings or questions with regard to the contract documents and such ambigui- ties have been brought to the attention of the architect /engineer in writing prior to submitting the bid. 3. That he has reviewed the project progress schedule with the General contractor, fully understands the schedule, and he has veri- fied, prior to submitting a bid, availability of all necessary labor and materials includ- ing supervision and office backup, and can comply with the schedule requirements. 4. That there may be changes to the scope of work and that he understands that any pro- posal submitted for performance of additional work over and above that required by the ba- sic contract will include all costs to the . contractor associated with such change in- cluding but not limited to labor, materials, subcontracts, equipment, taxes, fees, sched- ule impact, loss of efficiency, supervision, overhead and profit. 5. That the contract requires him to coordinate his work with that of all other trades and that the responsibility for coordination in- cludes the rerouting, offsets, etc., to fit work in the structure in a manner that is compatible with the work of other trades in the same area. 6. That the routing of the elements of the mech- anical system included in the plans is schematic only and that offsets and rerouting probably will be required in installation, and labor and materials have been included for such in his bid. 7. That he has consulted with all affected Utilities and included in his bid all labor and materials to meet all requirements which may be imposed by each utility and has also included in his bid all costs and fees to be paid to such utilities, including temporary services and temporary and permanent connec- tions unless specifically excluded in basic contract Documents. That he understands the submittals of 15011 -2 SECTION 15011 SPECIAL PROVISIONS. material and equipment to the Architect -Engi- neer is for the purpose of establishing what the contractor is supplying for the project. Any review undertaken by the Architect -Engi- neer does not relieve the Contractor of its responsibility to furnish and install all ma- terials and equipment required for its work in the project nor does such review relieve . the contractor of his responsibility for co- ordination with contractors, subcontractors or designers to ensure that such materials and equipment will fit and be suitable for the purpose intended. 9. The contractor agrees to receive the prices set forth in its bid as full compensation for furnishing all the materials and labor which may be required in the prosecution and com- pletion of all work required under the con - tract documents, and in all respects to com- plete the contract work to the satisfaction of the Architect - Engineers. 10. "The mechanical subcontractor shall include in his bid the costs to furnish all bonds as specified in Section 00810, Article 7.5.1, Modifications to GenerlConditions.. PART 2`- PRODUCTS Not used. ,PART EXECUTION' Not used. ,END OF ',SECTION 15011 • • 5011:- SECTION 15030 ELECTRICAL PROVISIONS OF MECHANICAL WORK PART 1.00 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 STANDARDS A. For electrical equipment and products, employ with applicable NEMA standards, and refer to NEMA standards for definitions of terminology herein. Comply with National. Electrical Code (NFPA 70) for workmanship and installation requirements and to applicable sections of Division 16 of the specifications. PART 2.00 - PRODUCTS 2.01 MOTORS A. MANUFACTURER 1. Except where item of mechanical equipment (which otherwise complies with requirements) must be integrally equipped with motor produced by another manufacturer, provide motors for mechanical equipment manufactured by one of the following: a. Allis- Chalmers. b. Baldor Electric. c. Century Electric. d. General Electric. e. Louis Allis. f. Marathon Electric. g. Reliance Electric. h. Westinghouse Electric. MOTOR CHARACTERISTICS 1. Except where more stringent requirements are indicated, and except where required item of mechanical equipment cannot be obtained with . fully complying motor, comply with the following requirements for motors of mechanical work: a. Temperature Rating: Rated for 40 deg. environment with maximum 50 deg. C,. 15030 -1 SECTION 15030. ELECTRICAL PROVISIONS OF MECHANICAL WORK temperature rise for continuous duty at full load (Class A Insulation). b. Starting Capability: Provide each motor capable of making starts as frequently as indicated by automatic control system, and not less than 5 starts /hour for manually controlled motors. Phases and Current Characteristics: Provide squirrel -cage induction polyphase motors for 1/2 hp and larger, and provide capacitor -start single -phase motors for 1/3 hp and smaller, except 1/6 hp and smaller may, at equipment manufacturer's option, be split -phase type. Coordinate current characteris- tics with power specified in Division -16 sections, and with individual equipment requirements specified in other Divi- sion-15 requirements. For 2 -speed mo- tors provide 2:separate windings on polyphase motors. Do not purchase mo- tors until power characteristics avail- able at locations of motors have been confirmed, and until rotation directions have been confirmed. Service Factor: 1.15 for polyphase motors, and 1.35 for single -phase mo- tors. MOTOR CONSTRUCTION 1. Provide general purpose, continuous duty motors, Design "B ", except "C" where required for high starting torque. a. Frames: NEMA No. 48. b. Bearings: Ball or roller bearings with inner and outer shaft seals, regreasable . except permanently sealed where motor is normally inaccessible for regular main- tenance. Where belt drives and other drives produce lateral or axial thrust . in motor, provide bearings designed to resist thrust loading. Refer to indi- vidual sections of Division -15 for frac- tional -hp light -duty motors where sleeve- type bearings are permitted. Enclosure, Type: Except as otherwise indicated provide open drop -proof motors for ndoor use where satisfactorily housed or, remotely located during opera- tion, and provide guarded drip -proof mo. tors where exposed to contact by employ: protection and start -up condition; refer to individual equipment sections for basic load requirements. 1a. Manual Switches Provide manual switch 15030 -3. SECTION 15030 ELECTRICAL PROVISIONS OF MECHANICAL WORK and pilot light for motors 1/2 hp and smaller, except where interlock or auto- matic operation is indicated. 1) Overload Protection: Provide melting alloy type thermal overload relays. b. Magnetic Starters: Provide magnetic starters for 3 phase motors and for smaller motors where interlock or auto- matic operation is indicated. Include the following: 1) Hand -Off -Auto switch and pilot lights, properly arranged for sin - gle -speed or multi -speed operation as indicated. 2) Trip -free thermal overload relays, each phase. 3) Interlocks, pneumatic switches, and similar devices as required for co- ordination with control require- ments of Division -15 Controls sec- tions. 4) Built -in 120 -volt control circuit transformer, fused from line side, where service exceeds 240 volts. When a transformer isn't used the control coil shall be fused. 5) Externally operated manual reset. 6) Undervoltage release or protection for each phase. PART 3.00 - EXECUTION 3.01 STARTERS A. Install starters and wiring devices near motors or as indicated, securely supported and anchored, and in accordance with manufacturer's installation instructions. Locate for proper operational access, including visibility and for safety. 3.02 74OTOR$ A. Install motors on motor mounting systems in accordance with motor manufacturer's instructions, securely anchored to resist torque, drive thrusts, and other external forces inherent in mechanical work. Secure sheaves and other drive units to motor shafts with keys and Allen set screws, except motors of 1/3 hp and less may be secured with Allen screws on flat surfaces of shaft. 15030 -4 SECTION 15030 ELECTRICAL PROVISIONS OF MECHANICAL WORK Unless otherwise indicated, set motor shafts parallel with machine shafts. EQUIPMENT AND MOTOR,,,CONNECTIONS Provide flexible- conduit connection to motor and equipment;; Comply with applicable provisions of Division-16 sections for wiring materials and wiring services. Provide connection from discon- nect provided by Division -16 to equipment or starter and from starter to motor. 3.. 04.. EQUIPMENT FABRICATION Fabricate mechanical equipment for secure mounting of motors and other electrical items including in work. Provide either permanent alignment of.mo- tors with equipment, or adjustable mountings as applicable for belt drives, gear drives, special couplings and similar indirect coupling of equip - ment. Provide safe, secure, durable, and remov- able guards for motor drives, arranged for lubri- cation and similar running maintenance without re- moval of guards. END OF SECTION 15030 SECTION 15051 ACCESS, EXCAVATION &,BACKFILLING PART 1.00 - GENERAL DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General• and other Conditions and Divi- sion 1 - General Requirements_ sections, apply to the work specified in. this Section. 1.02 COMPLIANCE A. UL COMPLIANCE Where UL fire- resistance rating is indicated for construction penetrated by access units, provide UL- listed and labeled units, except for those units which are smaller than minimum size requir- ing ratings as recognized by governing authority. PART 2.00 - PRODUCTS 2.01 ACCESS TO MECHANICAL EQUIPMENT A. GENERAL 1. Provide access to concealed mechanical equip- ment, adequate for operation and maintenance. Provide locked units where indicated. Where . located in a painted surface area, provide units primed for painting otherwise, provide polished chrome or stainless steel units, unless another type of finish is indicated. Provide UL- labeled fire - resistant units where required. Provide access for applied finish material where indicated. a. Door Construction: Welded steel ground smooth, 16 -gauge frames and 14 -gauge panels, 175 deg. swing, spring hinges, cam locks, 5- pin /disc cylinder lock where indicated. MANUFACTURER 1. Provide products of one of the following: a.: Access Doors: •Milcor Div; Iryco, Inc., J.R. Smith Mfg. Co.,.Zurn Industries, Inc. 15051 -- SECTION 15051 ACCESS, EXCAVATION & BACKFILLING PART 3.00 EXECUTION 3.01 INSTALLATION A. Install access units as indicated, in accordance with equipment manufacturer's written instructions and in compliance with NEC, to ensure that access doors fulfill requirements. 3.02.:: EXCAVATING AND BACKFILLING FOR MECHANICAL WORK A. Provide per Section 02200. END OF SECTION 15051 • SECTION 15055 MECHANICAL IDENTIFICATION PART 1.00 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 STANDARDS A. ANSI COMPLIANCE Comply with ANSI A13.1 for lettering size, colors, and installed viewing angles of identification de- vices. 1.03 SCHEDULES A. Submit valve schedule for each piping system, typewritten and reproduced on 8 -1/2" x 11" bond paper. Tabulate valve number, piping system, sys- tem abbreviation (as shown on tag), location of valve (room or space), and variations for identi- fication (if any). Mark valves which are intended for emergency shut -off and similar special uses, by special "flags ", in margin of schedule. PART 2.00 - PRODUCTS 2.01 PLASTIC PIPE MARKERS A. Provide manufacturer's standard preprinted, flex - ble or semi - rigid, permanent, color - coded, plastic sheet pipe markers. B. INSULATION Furnish 1" thick molded fiberglass insulation with jacket for each plastic pipe marker to be in- stalled on uninsulated pipes subjected to fluid temperatures of 125 deg. F (52 deg. c) or greater. Cut length to extend 2" beyond each end of plastic pipe marker. SMALL PIPES 1. For external diameters less than 6" (including insulation if any), provide full- band pipe markers, extending 360 deg. around pipe at each location, fastened by one of the . following methods: 15055 -1 SECTION 15055 MECHANICAL IDENTIFICATION a. Snap -on application of pre- tensioned semi -rigid plastic pipe marker. b. Adhesive lap joint in pipe marker overlap. c. Laminated or bonded application of pipe marker to pipe (or insulation). d. Taped to pipe (or insulation) with color -coded plastic adhesive tape, not less than 3/4" side; full circle at both ends of pipe marker, tape lapped 1 -1/2 ". D. LETTERING A. Manufacturer's standard pre- printed nomen- clature which best describes piping system in each instance, as selected by Archi- tect /Engineer in cases of variance with names as shown or specified. a. Arrows: Print each pipe marker with arrows indicating direction of flow, ei- ther integrally with piping system ser- vice lettering (to accommodate both di -. rections), or as separate unit of plas- tic. 2.02. PLASTIC TAPE A. Manufacturer's standard color - coded pressure sensitive (self- adhesive) vinyl tape, not less than 3 mils thick. WIDTH Provide 1 -1/2" wide tape markers on pipes with outside diameters (including insulation, if any) of less than 6 ", 2 -1/2" wide tape for larger pipes. 2.03 UNDERGROUND -TYPE PLASTIC LINE MARKER A. Manufacturer's standard permanent, bright - burial service, not less than 6" wide x 4 mils thick. Provide tape with printing which most accurately indicates type of service of buried pipe. SECTION 15055 MECHANICAL IDENTIFICATION : PLASTIC VALVE TAGS Provide manufacturer's standard solid plastic valve tags with printed enamel lettering, with piping system abbreviation in approximately 3/16" high letters and sequenced valve numbers approxi- mately 3/8" high, and with 5/32" hole for fas- tener. VALVE TAG FASTENERS A. Manufacturer's standard solid brass (wire link or beaded type), or solid brass S -hooks of sizes re- quired for proper attachment of tags to valves, and manufactured specifically for that purpose. 2.06. VALVE SCHEDULE FRAMES For each page of valve schedule, provide glazed display frame, with screws for removable mounting on masonry walls. Provide frames of finished hardwood or extruded aluminum, with SSB- grade sheet glass. ENGRAVED PLASTIC- LAMINATE SIGNS Provide engraved stock melamine plastic laminate, complying with FS L -P -387, engraved with en- graver's standard letter style of sizes and word- ing, black with white core (letter color) except as otherwise indicated, punched for mechanical fastening except where adhesive mounting is neces- sary because of substrate. THICKNESS 1/16" for units up to,20'sq. 1/8" for larger units. in.. or 8" length;. FASTENERS Self- tapping stainless steel screws, except con- tact-type permanent adhesive where screws cannot or should not penetrate:substrate. D. Provide for all equipment. 5055;- SECTION 15055 MECHANICAL IDENTIFICATION PART 3.00 - 'EXECUTION 3.01 COORDINATION A. Where identification is to be applied to surfaces which require insulation, painting or other covering or finish including valve tags in fin- ished mechanical spaces, install identification after completion of covering and painting. In- stall identification prior to installation of acoustical ceilings and similar removable conceal- ment. .02' ':`, ` PIPING IDENTIFICATION A. Install pipe markers on each system, and include arrows to show normal direction of flow. ,, PIPE MARKERS AND COLOR BANDS SECTION 15055 MECHANICAL IDENTIFICATION A. Locate pipe markers and color bands as follows wherever piping is exposed to view in occupied space, machine rooms, accessible maintenance spaces and exterior non - concealed locations. 1. Near each valve and control device. 2. Near each branch, excluding short take -offs for fixtures and terminal units; mark each pipe at branch where there could be question of flow pattern. 3. Near locations where pipes pass through walls or floor /ceilings, or enter non - accessible enclosures. 4. At access doors, manholes and similar access points which permit view of concealed piping. 5. Near major equipment items and other points of origination and termination. 6. Spaced intermediately at maximum spacing of 50' along each piping run, except reduce spacing to 25' in congested areas of piping and equipment. 7. On piping above removable acoustical ceil- ings omit intermediately spaced markers. 3.04 UNDERGROUND PIPING IDENTIFICATION A. During backfilling /topsoiling of each exterior underground piping systems, install continuous un- derground type plastic line marker, located di- rectly over buried line at 6" to 8" below finished grade. Where multiple small lines are buried in common trench and do not exceed overall width of 16 ", install single line marker. For tile fields and similar installations, mark only edge pipe lines of field. 3.05 VALVE IDENTIFICATION A. Provide valve tag on every valve, cock and control devices in each piping system; exclude check valves, valves within factory - fabricated equipment units, plumbing fixture faucets, convenience and lawn- watering hose bibbs, and shutoff valves at plumbing fixtures, HVAC terminal devices and simi- lar rough -in connections of end -use fixtures and units. List each tagged valve in valve schedule for each piping system. 3.06 FHS SCHEDULES A. Mount valve schedule frames and schedules in cus- 15055-5 SECTION 15055 MECHANICAL IDENTIFICATION todial rooms where indicated or, if not otherwise indicated, where directed by Architect /Engineer. 3.07. MECHANICAL EQUIPMENT1 IDENTIFICATION A. MECHANICAL EQUIPMENT IDENTIFICATION Install engraved plastic laminate sign on or near each major item of mechanical equipment and each operation device. Provide signs for the following general categories of equipment and operational devices. 1. Fuel- burning units including furnaces and heaters. 2. Pumps, compressors and similar motor - driven units. 3.. Heat recovery units and similar equipment. 4. Fans. 5. Packaged HVAC units. 6. Tanks and pressure vessels. Control cabinets. END OF SECTION 15055. SECTION 15060 PIPE, TUBE & FITTINGS PART 1.00 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 QUALITY ASSURANCE A. BRAZING Certify procedures, brazers, and operators in ac- cordance with ANSI B31.5. 1.03 SUBMITTALS A. Submit manufacturer's product data, specifica- tions, and installation instructions for each type of pipe, tube and fitting. B. Submit reports as required for brazing certifica- tions. PART 2.00 - PRODUCTS 2.01 PIPING MATERIALS A. BLACK STEEL PIPE ASTM A53, A106, or A120. B. GALVANIZED STEEL PIPE ASTM A53, or A120. SEAMLESS STEEL PIPE ASTM A53, A106, or A120. GALVANIZED SEAMLESS STEEL PIPE ASTM A53, or A120. COPPER TUBE ASTM B88. . DWV COPPER TUBE ASTM B 306. DUCTILE -IRON PIPE. '1. ANSI A21.5, AWWA C151.: 15060 -1 SECTION 15060 PIPE, TUBE & FITTINGS a. Cement - Mortar Lining: For cast -iron and ductile -iron pipe and fittings: ANSI A21.4, AWWA C104. H. HUBLESS CAST -IRON SOIL PIPE CISPI 301, with coupling assembly, CISPI 310. I. HUB- AND - SPIGOT CAST -IRON SOIL PIPE ASTM A74. J. POLYVINYL CHLORIDE SEWER PIPE (PVC) ASTM D2729. 2.02 PIPE /TUBE FITTINGS A. CAST -IRON FLANGED FITTINGS ANSI B16.1. B. CAST -IRON THREADED FITTINGS ANSI B16.4. C. MALLEABLE IRON THREADED UNIONS ANSI B16.3; galvanized for galvanized piping sys- tems. . MALLEABLE IRON THREADED UNIONS ANSI B16.39. E. THREADED PIPE PLUGS ANSI B16.14. CAST -IRON THREADED DRAINAGE FITTINGS ANSI B16.12. G. PIPE NIPPLES Same piping material as connecting piping; Sched -. ule 80 for 1 -1/2" unthreaded length with pipe sizes less than 1 -1/4 "; no close nipples allowed. . WROUGHT- COPPER SOLDER -JOINT FITTINGS ANSI B16.22. . CAST- COPPER SOLDER -JOINT DRAINAGE FITTINGS ANSI B16.23. WROUGHT- COPPER SOLDER -JOINT DRAINAGE FITTINGS. ANSI B16.29. .COPPER -TUBE UNIONS ANSI B16.15. SECTION 15060 PIPE, TUBE & FITTINGS L. DUCTILE -IRON PRESSURE PIPING FITTINGS ANSI A21.10; AWWA C110. M. RUBBER - GASKET JOINTS ANSI A21.11; AWWA C111. N. HUBLESS CAST -IRON SOIL PIPE FITTINGS CISPI 301. O. HUB -AND SPIGOT ASTM A74. P. PVC SEWER PIPE ASTM D2729. CAST -IRON PIPE FITTINGS FITTINGS 2.03 MISCELLANEOUS PIPING MATERIALS /PRODUCTS A. SOLDERING MATERIALS A. Provide one of the following for each service: 1. Tin -Lead Solder: ASTM B32, Grade 50A; for drainage piping. 2. Tin - Antimony Solder: ASTM B32, Grade. 95TA; for pressure piping. PIING CONNECTORS FOR DISSIMILAR NON - PRESSURE PIPE Elastomeric annular ring insert, or elastomeric flexible coupling secured at each end with stain- less steel clamps, sized for exact fit to pipe ends and subject to approval by plumbing code. C. SOLVENT CEMENT FOR PVC PLASTIC PIPE & FITTINGS ASTM D2564 -80. PART 3.00 — EXECUTION 3.01 GENERAL A. Install pipe, tube and fittings in accordance with recognized industry practices which will achieve permanently leakproof piping systems, capable of performing each indicated service without piping failure. Install each run with minimum joints and couplings, but with adequate and accessible unions for disassembly and maintenance replacement of valves and equipment. Reduce sizes (where indi- cated) by use of reducing fittings. Align piping aennnratoly at cnnnontl on §, with 1/16u mi sal q i nment tolerance. 3.02 FHS 'THREAD PIPE 15060 -3 SECTION 15060 PIPE, TUBE & FITTINGS A. Thread pipe in accordance with ANSI B2.1. Apply . pipe joint compound or pipe joint tape (Teflon) on male threads and tighten joint to leave not more than 3 threads exposed. 3.03 SOLDER JOINTS A. Comply with applicable provisions of "Copper Tube Handbook" by CDA. 3.04 FLANGED JOINTS A. Match flanges within piping system, and at connec- tions with valves and equipment. Clean flange faces and install gaskets. Tighten bolts to pro- vide uniform compression of gaskets. 3.05 HUBLESS CAST -IRON JOINTS A. Comply with CISPI 310. 3.06 WATER MAINS AND APPURTENANCES A. Install gray and ductile cast -iron mains and appurtenances in accordance with AWWA C600. 3.07 PVC DRAINAGE, WASTE & VENT PIPING A. Install per IAMPO - 15 9 -77. 3.08 CLEANING. FLUSHING. AND INSPECTING A. GENERAL Clean exterior surfaces of installed piping sys- tems of superfluous materials, and prepare for ap- plication of specified coatings (if any). Flush out piping systems with clean water before pro- ceeding with required tests. Inspect each run of each system for completion of joints, supports, and accessory items. 1. Inspect pressure piping in accordance with procedures of ANSI B31. 2. Disinfect water mains and water service piping in accordance with AWWA C601. 3.09.' PIPING TESTS A. GENERAL Provide equipment for testing, test before insu- lation is installed, remove control: devices before 15060 -4 testing. Test each section of each piping system independently. Fill each section with water, and test per Section 15010 3.04. ▪ Repair piping systems section which fail test, by disassembly and re- installation, using new materi- als to overcome leakage. Do not use chemicals, stop -leak compounds, mastics, or other temporary repair methods. ▪ Drain test water from piping systems after testing:: and repair work has been completed. END OF SECTION 15060 SECTION 15080 PIPING SPECIALTIES PART 1.00 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 SUBMITTALS A. Submit manufacturer's technical product data, assembly -type shop drawings, and maintenance data. PART 2.00 - PRODUCTS 2.01 GENERAL A. Provide factory - fabricated piping specialties recommended by manufacturer for use in service in- dicated. Provide piping specialties of types and pressure ratings indicated for each service, or if not indicated, provide proper selection as deter- mined by Installer to comply with installation re- quirements. Provide sizes as indicated, and con- nections, which properly mate with pipe, tube, and equipment connections. Where more than one type is indicated, selection is Installer's option. 2.02 PIPE ESCUTCHEONS A. Provide pipe escutcheons with inside diameter closely fitting pipe outside diameter, or outside of pipe insulation where pipe is insulated. Se- lect outside diameter of escutcheon to completely cover pipe penetration hole in floors, walls or ceilings; and pipe sleeve extension, if any. Fur - nish pipe escutcheons with nickel or chrome finish for occupied areas, prime paint finish for unoccu- pied areas. 1. Pipe Escutcheons for Moist Areas: For water - proof floors, and areas where water and con- densation can be expected to accumulate, pro - vide cast brass or sheet brass escutcheons, solid or split hinged. Pipe Escutcheons for Dry Areas: Provide sheet steel escutcheons, solid or split hinged. Install pipe escutcheons on each pipe pene- 15080 -1 SECTION 15080 PIPING SPECIALTIES tration thru floors, walls, partitions, and ceilings where penetration is exposed to view; and on exterior of building. Secure escutcheon to pipe or insulation so es- cutcheon covers penetration hole, and is flush with adjoining surface. 2.03 LOW PRESSURE Y -TYPE PIPELINE STRAINERS A. Comply with FCI 73 -1. Provide strainers full line size of connecting piping, with ends matching pip- ing system materials. Select strainers for 125 psi working pressure, with Type 304 stainless steel screens, with 3/64" perforations at 233 per sq. in. 1. Threaded Ends, 2" and Smaller: Cast -iron body, screwed screen retainer with centered blowdown fitted with pipe plug. 2. Threaded Ends, 2 -1/2" and Larger: Cast -iron body, bolted screen retainer with off - center blowdown fitted with pipe plug. 3. Flanged Ends, 2 -1/2" and Larger: Cast -iron body, bolted screen retainer with off - center blowdown fitted with pipe plug. 4. Manufacturer: American Air Filter, Armstrong Machine Works, Hoffman Specialty, Metraflex, Sarco, Trane or Trerice. VANDAL -PROOF VENT CAPS A. Provide cast -iron vandal -proof caps, full size of vent pipe, caulked base connection for cast -iron pipes, threaded base for steel pipes. 1. Manufacturer: Josam, Smith, Wade or Zurn. SECTION 15080 PIPING SPECIALTIES joint. Fabricate from the following gages: 3" and smaller, 20 ga; 4" to 6 ", 16 ga; over 6 ", 14 ga. 2. Steel Pipe: Fabricate from Schedule 40 gal- vanized steel pipe; remove burrs. 3. Iron -Pipe: Fabricate from cast -iron or ductile -iron pipe; remove burrs. 4. Plastic -Pipe: Fabricate from Schedule 80 PVC plastic pipe; remove burrs. PART 3.00 - EXECUTION 3.01 INSTALLATION A. Install Y -type strainers full size of pipelines, in accordance with manufacturer's installation in- structions. 1. Locate Y -type strainers in supply line ahead of the following equipment, and elsewhere as indicated, if integral strainer is not in- cluded in equipment: a. Pumps. B. Install vandal -proof vent caps secured with screws to each vent pipepassing through roof, and elsewhere as indicated. Locate base of vent cap 6" above roof surface, or higher where required by Code. C. Install dielectric unions at each piping joint between ferrous and non - ferrous piping. Comply with manufacturer installation instructions. D. Install pipe sleeves of types indicated where piping passes through walls, floors, ceilings, and roofs. Do not install sleeves through structural mombora of work, except au dc'1ia i I ud uii Brow I ssyss, or as reviewed by Architect /Engineer. Install sleeves accurately centered on pipe runs. Size sleeves so that piping and insulation (if any) will have free movement in sleeve, including al- lowance for thermal expansion; but not less than 2 pipe sizes larger than piping run. Where insula- tion includes vapor- barrier jacket, provide sleeve with sufficient clearance for installation. In- stall length of sleeve equal to thickness of con- struction penetrated and finish flush to surface; except floor sleeves. Extend floor sleeves 1/4" above level floor finish, and 3/4" above floor finish sloped to drain. Provide temporary support of sleeves during placement of concrete and other FHS 15080 -3 SECTION 15080 PIPING SPECIALTIES work around sleeves, and provide temporary closure to prevent concrete and other materials from en- tering sleeves. 1. Install sheet -metal sleeves at interior partitions and ceilings other than suspended ceilings. 2. Install iron -pipe sleeves at exterior pene- trations, both above and blow grade. 3. Install steel -pipe or plastic -pipe sleeves except as otherwise indicated. 3.02 SLEEVE SEALS A. Provide sleeve seals for sleeves located in foun- dation walls below grade, or in exterior walls, of one of the. following: 1. Lead and Oakum: Caulked between sleeve and pipe. 2. Mechanical Sleeve Seals: Modular mechanical type, consisting of interlocking synthetic rubber links shaped to continuously fill an- nular space between pipe and sleeve, con- nected with bolts and pressure plates which . cause rubber sealing elements to expand when tightened, providing watertight seal. Install sleeve seals in accordance with the following: a. Lead and Oakum: Fill and pack annular space between sleeve and pipe with oakum, caulk with lead, on both sides. Mechanical Sleeve Seals: Loosely assemble rubber links around pipe with . bolts and pressure plates located under each bolt head and nut. Push into sleeve and .center. Tighten bolts until links have expanded to form watertight seal. END OF SECTION 15080 SECTION 15090 SUPPORTS, ANCHORS, AND SEALS. PART 1.00 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this section. 1.02 STANDARDS A. MSS STANDARD COMPLIANCE Comply with the following: 1. Provide pipe hangers and supports of which materials, design, and manufacture comply with MSS SP -58. 2. Select and apply pipe hangers and supports, . complying with MSS SP -69. 3. Fabricate and install pipe hangers and supports complying with MSS SP -89. 4., Terminology used in this section is defined in MSS SP -90. 1.03 SUBMITTALS Submit catalog cuts, specifications, installation instructions, and dimensioned drawings for each type of support, anchor and seal. .1)4 GENERAL A. Except as otherwise indicated, provide factory - fabricated pipe hangers and supports complying with MSS SP -58, of one of the following MSS types listed, selected by Installer to suit piping sys- tems, in accordance with MSS SP -69 and manufac- turer's published product information. Use only one type by one manufacturer for each piping ser- vice. Select size of hangers and supports to ex- actly fit around piping insulation with saddle or shield for insulated piping. Provide copper - plated hangers and supports for copper - piping sys- tems. SECTION 15090 SUPPORTS, ANCHORS, AND SEALS PART 2.00 - PRODUCTS 2.01 HORIZONTAL- PIPING HANGERS AND SUPPORTS: A. ADJUSTABLE STEEL CLEVISES MSS Type 1. . ALLOY STEEL PIPE CLAMPS MSS Type 2. C. STEEL PIPE CLAMPS MSS Type 4. D. PIPE HANGERS MSS Type 5. E. ADJUSTABLE BAND HANGERS MSS Type 9. F. SPLIT PIPE RINGS MSS Type 11. G. PIPE SLICES AND SLIDE PLATES MSS Type 35, including one of the following plate, types: 1. Plate: Guided type. FIANGER -ROD ATTACHMENTS A. STEEL TURNBUCKLES MSS Type 13. STEEL CLEVISES MSS Type 14. BUILDING ATTACHMENTS CONCRETE INSERTS MSS Type 18. TOP BEAM C- CLAMPS_ MSS Type 19. SIDE BEAM OR CHANNEL CLAMPS MSS Type 20. SECTION 15090 SUPPORTS, ANCHORS, AND SEALS D. C- CLAMPS MSS Type 23. E. STEEL BRACKETS One of the following for indicated loading: 1. Light Duty: MSS Type 31. 2. Medium Duty: MSS Type 32. 3. Heavy Duty: MSS Type 33. F. SIDE BEAM BRACKETS MSS Type 34. 2.04 SADDLES AND SHIELDS 2.05 A. Provide saddles or shields under piping hangers and supports, factory- fabricated, for all insu- lated piping. Size saddles and shields for exact fit to mate with pipe insulation. 1. Protection Saddles: MSS Type 39; fill interior voids with segments of insulation matching adjoining insulation. 2. Protection Shields:: MSS Type 40; of length recommended by manufacturer to prevent crush- ing of insulation. FLASHING MATERIALS, A. Furnish fleshings for each penetration of mech- anical systems through roof or waterproof mem- branes to installer responsible for installation of fleshings, as specified in Division -7 sections. Installation; not work of this section. 1. Lead Flashing: Provide sheet lead complying with FS QQ -L -201, Grade B; formed from common desilverized pig lead, complying with ASTM B 29; weighing 4.0 lbs. /sq. ft., except as oth- erwise indicated. 2.06 HEAVY-DUTY STEEL TRAPEZES Fabricate from steel shapes selected for loads re- quired; weld steel in accordance with AWS standards. 2.07 PIPE GUIDES A. Provide factory- fabricated guides, of cast semi- steel or heavy fabricated steel, consisting of a bolted two- section outer cylinder and base with a two - section guiding spider bolted tight to pipe. 15090 -3 SECTION 15090 SUPPORTS, ANCHORS, AND SEALS. Size guide and spiders to clear pipe and insula- tion (if any), and cylinder. Provide guides of length recommended by manufacturer to allow indi- cated travel. 2.08 SEISMIC RESTRAINTS A. Seismic restraints shall be provided for all vibration isolated equipment, both supported and suspended. Restraints (snubbers) shall be designed to allow 1/4" motion in any horizontal direction and with both up and down adjustments to limit vertical or rocking motion to 0.1 ". Each snubber shall accommodate 2g without distortion. B. Provide sway bracing on all piping runs 40 feet or more in length. PART 3.00 - EXECUTION 3.01 INSTALLATION A. Install building attachments at required locations within concrete or on structure steel for proper piping support. Space attachments within maximum piping span length indicated in MSS SP -69. In- stall additional supports at concentrated loads, including valves, flanges, guides, strainers, ex- pansion joints and at changes in direction of pip - ing. Install hangers, supports, clamps and attachments to support piping properly from building struc- ture; comply with MSS SP -69. Arrange for grouping of parallel runs of horizontal piping to be sup- ported together on trapeze type hangers where pos- sible. Install supports with maximum spacings complying with MSS SP -69. Where piping of various sizes to be supported together by trapeze hangers, space hangers for smallest pipe size or install intermediate supports for smaller diameter pipe. Do not use wire or perforated metal to support piping, and do not support piping from other pip- ing. C. Install hangers and supports complete with nec- essary insert, bolts, rods, nuts, washers and other accessories. Except as otherwise indicated for exposed continuous pipe runs, install hangers and supports of same type and style as installed for adjacent similar piping. FHS 15090 -4 SECTION 15090 SUPPORTS, ANCHORS, AND SEALS Prevent electrolysis in support of copper tubing by use of hangers and supports which are copper plated, or by other recognized industry methods. Install hangers and supports to allow controlled movement of piping systems and to permit freedom of movement between pipe anchors, and to facili- tate action of expansion joints, expansion loops, . expansion bends and similar units. F. Install hangers and supports so that piping live and dead loading and stresses from movement will not be transmitted to connected equipment. Install hangers and supports to provide indicated piPe slopes, and so that maximum pipe deflections allowed by ANSI B31 are not exceeded. Comply with the following installation require- ments for insulated piping: 1. Clamps: Attach clamps, including spacers (if any), to piping with clamps projecting through insulation; do not exceed pipe stresses allowed by ANSI B31. Shields: Where low- compressive- strength insulation of vapor barriers are indicated on cold or chilled water piping, install coated protective shields. Provide structural steel stands to support equip- ment not floor mounted or hung from structure. Construct of structural steel members or steel pipe and fittings. Provide factory - fabricated tank saddles or tanks mounted on steel stands. Supports shall resist all seismic loads required, by Code, both lateral and vertical. END OF SECTION 15090 5090= SECTION 15100 VALVES PART 1.00 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 SUBMITTALS A. Submit manufacturer's technical product data, assembly -type shop drawings, and maintenance data. PART 2.00 - PRODUCTS 2.01 GENERAL A. Provide factory - fabricated valves recommended by manufacturer for use in service indicated. Pro- vide valves of types and pressure ratings indi- cated; provide proper selection as determined by Installer to comply with installation require- ments. Provide sizes as indicated, and connec- tions which properly mate with pipe, tube, and equipment connections. Where more than one type is indicated, selection is Installer's option. 2.02 GATE VALVE A. Select valves designed for repacking under, pressure when fully opened, equipped with packing suitable for intended service. Select valves de- signed so back seating protects packing and stem threads from fluid when valve is fully opened, and equipped with gland follower. Comply with the following standards: 1. -Cast -Iron Valves:: MSS SP -70. 2. Bronze Valves: MSS SP -80. 3. Steel Valves: ANSI B16.34. 4, Mannlfanturer. ; crane, Fairbanks, Nammnnri , Jenkins, Milwaukee, NIBCO, Powell, Stockham, or Walworth. SECTION 15100 VALVES 2.03 GLOBE VALVES A. Select valves designed for repacking under pressure when fully opened, equipped with packing suitable for intended service. Select valves de- signed so back seating protects packing and stem threads from fluid when valve is fully opened, and equipped with gland follower. Where required, provide suitable composition disc material for in- tended service. For stem throttling service, fit composition disc valve with throttling nut. For metal seated globe valves, provide hardened stain - less steel disc and seat ring. Comply with the following standards: 1. Cast -Iron Valves: MSS SP -85. 2. Bronze Valves: MSS SP -80. 3. Steel Valves: ANSI B16.34. 4. Manufacturer: Crane, Fairbanks, Hammond, Jenkins, Milwaukee, NIBCO, or Walworth. 2.04 BALL VALVES Select with port area equal to or greater than connecting pipe area, include seat ring designed to hold sealing material. Comply with the follow ing standards: 1. Cast -Iron Valves:: MSS SP -72. 2. Steel Valves: ANSI B16.34. 3. Bronze Valves: Milwaukee "Butterball" or equal. 4. Manufacturer: Conbraco, Crane, Fairbanks, Hammond, Jamesbury, Milwaukee, NIBCO, Stock- ham, or Walworth. 2.05'. SWING CHECK VALVES A. Construct pressure containing parts of valves as follows: 1. Bronze Valves, 125 or 150 psi: ASTM B62. 2. Metallic Seated Bronze Valves, 200 or 300 psi ASTM B61. Iron Body Valves: ASTM A126, Grade B. Comply with MSS SP -71 for design, workman- ship material and testing. Construct valves of pressure castings free of any impregnation. materials. Construct valves of bronze, re- grinding, with seating angle 40 deg. to 45 deg., unless composition disc is specified. Provide stop plug as renewable stop for disc hanger, unless otherwise specified. Con- 15100 -2'. SECTION 15100 • VALVES struct disc and hanger as separate parts, with, disc free'to rotate.. Support hanger pins on both ends'by removable side plugs. ▪ .Manufacturers: a. Crane. b. Fairbanks. • c. Hammond. d. Jenkins. e. NIBCO. f. Powell. g. Stockham. h. Walworth. 2.07 DRAIN VALVES A. Select valves with bronze body, composition disc, and hose thread outlet. 1. Manufacturer: Crane, Fairbanks, Hammond, Jenkins, Milwaukee, NIBCO, or Walworth. DOUBLE CHECK VALVE . Provide double check valve for irrigation system: 1. Assembly shall have two independently operat- ing poppet -type valves mounted in a common body, two gate valves and four test cocks and shall be designed for installation in normal horizontal flow attitude. • The check valves shall be designed to open under normal flow conditions at a pressure differential not less than 1 psi at back check valve. • The assembly shall have all internal parts accessible and removable for repair without removing the assembly from the line. • Manufacturer: Hersey- Beeco. BUTTERFLY VALVES PART 3.00 - EXECUTION INSTALLATION Install valves where required for proper operation of piping and equipment, including valves in branch lines where necessary to isolate sections of piping. Locate valves so as to be accessible and so that separate support can be provided when necessary. SECTION 15100 VALVES Install valves with stems pointed up, in vertical position downward from horizontal plane. Select and install valves with the following ends of types of pipe -tube connections: 1- Size 2" and Smaller: Soldered -joint valves. 2.: Pipe Size 2" and Smaller: One of the follow- ing at Installer's option: a. Threaded valves. b. Flange. 3. Pipe Size 2 -1/2" and Larger: One of the . following, at Installer's option: a. Flanged Valves. b. Mechanical joint end valves 2.01 HOT WATER CIRCULATING PUMPS (DOMESTIC WATER) A. GENERAL Provide centrifugal -type circulating pumps de- signed for 175 psi working pressure, 225 deg. F (107 deg. C) continuous water temperature where shown on the drawings; sizes, performance ratings and electrical characteristics as listed in the schedule on the drawings. B. CONSTRUCTION Single- stage, vertical split case, cast -iron bronze fitted construction. Pump internals shall be capable of being serviced without disturbing piping connections. Impeller; enclosed type, hy- draulically and dynamically balanced, keyed to shaft with locknut. SEAL Mechanical -type seal, with carbon seal ring and ceramic seat. A shaft sleovo shall bo furnlohod under the complete wetted area of the mechanical seal. BEARINGS SECTION 15140 PUMPS The bearing frame assembly of the pump shall be fitted with oil - lubricated, bronze journal bear- ings and a hardened alloy steel shaft. A flexible coupling, capable of absorbing torsional vibration, shall be provided between the pump and motor. The motor shall be resilient mounted, equipped with oil - lubricated journal bearings. E. MANUFACTURER Armstrong, Grundfoss, Taco or B &G. 2.02 HEATING HOT WATER PUMPS (HWS & HWR) A. Vertical In -line Centrifugal Pumps. PART 3.00 - EXECUTION 3.01 INSTALLATION OF PUMPS A. Install pumps where indicated, in accordance with manufacturer's published installation instructions, with recommended clearances provided for service and maintenance. • Install in -line pumps, supported from piping system as indicated on drawings, located for access to oil cups, service, and maintenance. C. Provide piping, accessories, hangers, supports, and anchors,valves, and equipment supports, as indicated for complete installation. • Check alignment, and where necessary, realign shafts of motors and pumps within recommended tolerances by manufacturer, and in presence of manufacturer's service representative. Lubricate pumps before start -up. Start -up in accordance with manufacturer's instructions. Ensure that pump units are wired properly,, with rotation in correct direction, and that pump and motor grounding have been provided. END OF SECTION 15140 SECTION 15250 MECHANICAL INSULATION PART 1.00 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. At a minimum, insulation values shall meet the requirements of the Washington State Energy Code. 1.02 FLAME /SMOKE RATINGS A. Provide composite mechanical insulation (insulation, jackets, coverings, sealer, mastics and adhesives) with flame spread index at 25 or less, and smoke developed index of 50 or less,. as tested by ASTM E84 (NFPA 225) method. 1.03 SUBMITTALS A. Submit manufacturer's technical product data, installation data, maintenance data and certifica- tions for each type of required insulation. PART 2.00 - PRODUCTS 2.01 MATERIALS A. FIBERGLASS PIPE INSULATION FS HH -I -558, Form D, Type III, Class 12. . FIBERGLASS PIPE FITTING INSULATION FS HH -I -558, Form E, Class 16. FIBERGLASS DUCT INSULATION. FS HH -I -558, Form B, Type I, Class 6. FIBERGLASS DUCT LINER (SOUNDLINING) FS HH -I -545, Form B, Type L. STAPLES, BANDS, WIRES AND CEMENT As recommended by insulation manufacturer for ap plications indicated. ADHESIVES, SEALERS, AND PROTECTIVE FINISHES As recommended by insulation,.manufacturer for plica -tions indicated. 15250 -1 SECTION 15250 MECHANICAL INSULATION 2.02 MANUFACTURERS A. ONE OF THE FOLLOWING: 1. CertainTeed Corp., Knauf Fiber Class, Manville Corp., Owens - Corning Fiberglass Corp. 2.03 PLUMBING PIPING SYSTEM INSULATION A. Omit insulation on exposed plumbing fixture run - outs, (except at handicapped fixtures) from face of wall or floor to fixture; on unions, flanges, strainers, flexible connections, and expansion joints. 1. Insulate the following cold plumbing piping systems: a. Domestic cold water piping. b. Interior aboveground rain water and overflow drain piping, from drain piping thru first horizontal run (stop insulation at vertical riser). Exception: Insulate all RWL &OFO piping in auditorium and stage areas. ▪ Insulate the above with the following insul- ation: a. Fiberglass, 1" thick exposed, 1/2" thick concealed. 3. Insulate the following hot plumbing piping systems: a. Domestic hot water piping. b. Domestic hot water recirculating piping. c. Heating hot watger piping (HWS & HWR). . Insulate the above with one of the following insulations: a. Fiberglass: 1" thick for domestic water pipe sizes up to and including 6 ", 1" thick for HWS & HWR up to 2" diameter pipe size and 1.5" thick for 2 -1/2" diameter and larger pipe sizes.. • Insulate the following refrigerant piping systems: a. Suction piping -. exposed and below grade. . Insulate the above with the following insulations: a. Armaflex: Armstrong 3/4" thick flexi- ble elastomeric thermal insulation. DUCT .' INSULATION All concealed supply ducts shall be insulated 15250 -2 SECTION 15250 MECHANICAL INSULATION the outside with flexible glass fiber blanket. All return ducts and fresh air intake ducts shall be insulated in same manner. 1. Insulation shall be furnished with factory applied foil- scrim -kraft facing consisting of aluminum foil reinforced with fiber glass scrim laminated to UL rated kraft. B. All ducts, where shown on the drawings, and within 10' of any fan shall be lined with 1" thick fiber glass duct liner. The liner shall meet the Life Safety Standards as established by NFPA 90A. 1. The duct liner shall have an NRC of not less than .70 based on a No. 6 mounting, a conduc- tance factor not exceeding .26 "(1 ") at 75 deg. F mean temperature, and the product name shall be imprinted on the air stream surface. C. Do not insulate both interior and exterior of ducts. PART 3.00 - EXECUTION 3.01 INSULATION - PIPE INSULATION A. Examine areas and conditions under which mechan- ical insulation will be installed. Do not proceed with work until unsatisfactory conditions have been corrected. Install insulation products in accordance with manufacturer's written instructions, and in accor- dance with recognized industry practices to ensure that insulation serves its intended purpose. • Install insulation on mechanical systems sub - sequent to testing and acceptance of tests. . Clean and dry mechanical surfaces prior to in- sulating. Butt insulation joints firmly together to ensure complete and tight fit over surfaces to be covered. Maintain integrity of vapor- barrier jackets on mechanical insulation, and protect to prevent puncture or other damage. Cover valves, fittings and similar items in each piping system with equivalent thickness and compo- sition or efficiency of insulation as applied to adjoining pipe run. Install factory molded, pre- 15250-3 SECTION 15250 MECHANICAL INSULATION cut or job fabricated units (at Installer's op- tion) except where specified form or type as indi- cated. Extend mechanical insulation without interruption through walls, floors and similar piping penetra- tions, except where otherwise indicated. Install protective metal shields and insulated saddles wherever needed to prevent compression of insulation. I. Repair damaged sections of existing mechanical insulation, damaged during this construction pe- riod. Use insulation of same thickness as exist- ing insulation, install new jacket lapping and sealed over existing. 3.02 INSTALLATION - DUCT INSULATION A. Insulation shall be cut slightly longer than, circumference of duct to insure full thickness at corners. All insulation shall be applied with edges tightly stitched with staples. Tape the stitched seam with 4" wide pressure sensitive alu- minum foil tape or seal joints with two coats of vapor barrier mastic reinforced with one layer of open weave glass fabric. The insulation shall be additionally secured to the bottom of all square ducts 18" or wider by means of welded pins and speed clips. The protruding ends of the pins shall be cut off flush after the speed clips have been applied. The vapor barrier facing shall be thoroughly sealed where the pins have pierced through with a tape of the same material by apply- ing a vapor barrier adhesive to both surfaces as recommended by the manufacturer. 1. All other joints and penetrations of the vapor barrier facing shall be sealed with 4" pressure sensitive aluminum foil tape. All cuts or tears shall be sealed with strips of the aluminum foil tape. The duct liner shall be applied with 100% coverage of approved fire resistant adhesive. Liner shall be additionally secured with mechanical fasteners on maximum 15" centers. Fasteners shall start within 2" of the leading edge of each section and within 3" of the leading edge of all cross joints within the duct section. All exposed edges and the leading edge of all cross joints of the liner • shall be heavily coated with an approved fire re- sistant adhesive. The duct liner shall be cut to assure snug closing corner joints, the black sur- face of the liner shall face the air stream, transverse joints shall be neatly butted, and any damaged areas shall be heavily coated with '. an ap- proved fire resistant adhesive. END OF SECTION.15250 SECTION 15350 NATURAL GAS PIPING SYSTEMS PART 1.00 - GENERAI4 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 COMPLIANCE A. ANSI COMPLIANCE Comply with applicable provisions of ANSI B31.2. B. NFPA COMPLIANCE Comply with applicable provisions of NFPA 54. C. LOCAL GAS COMPLIANCE Comply with requirements of local gas utility com- pany. 1.03 SUBMITTALS A. Submit manufacturer's technical product data, assembly -type shop drawings, and maintenance data. PART 2.00 - PRODUCTS 2.01 GENERAL A. Provide piping materials and factory- fabricated piping products of sizes, types, pressure ratings, and capacities as indicated. Where not indicated, provide proper selections as determined by Installer to comply with installation requirements. Provide materials and products complying with, ANSI B31.2 where applicable, base pressure rating on natural gas piping system maximum design pressures. Provide sizes and types matching piping and equipment connections; provide fittings of materials which match pipe materials used in natural gas piping systems. Where more than one type of materials or products are indicated, selection is Installer's option. SECTION 15350 NATURAL GAS PIPING SYSTEMS 2.02 BUILDING DISTRIBUTION PIPING A. PIPE SIZE 2" AND SMALLER Black steel pipe. 1. Pipe Weight: Schedule 40. 2. Fittings: Malleable iron threaded. PIPE SIZE 2 -1/2" AND LARGER Black steel pipe. 1. Pipe Weight: Schedule 40. 2. Fittings: Socket -weld, conforming to ANSI B16.11. 2.03 UNDERGROUND DISTRIBUTION PIPE (EXTERIOR TO BUILDING) A. Pipe and fittings, SDR II IPS polyethylene, 60 psi minimum working pressure as approved by local authorities. Joints, installation and tests shall conform to requirements of manufacturer, local codes and requirements of AGA & ASTM D2513. 2.04 PIPING SPECIALTIES A. ESCUTCHEON PLATES Install on each pipe penetration exposed to view in occupied spaces. SHEET -METAL PIPE SLEEVES Install on each pipe penetration through partitions and ceilings. interior CAST -IRON PIPE SLEEVES Install on each pipe penetration through exterior walls or footings, both above and below grading. STEEL PIPE SLEEVES Install on each pipe penetration except as other- wise indicated. SLEEVE SEALS Install in sleeves in foundation walls below grade . and in exterior walls; either calked lead and oakum or modular mechanical rubber link seals. . 15350 -2'' SECTION 15350 NATURAL GAS PIPING SYSTEMS 2.05 GAS VALVES A. GAS VALVES 1 -1/2" AND SMALLER 175 psi non -shock WOG, bronze straightway, flat or square head, threaded ends. B. GAS COCKS 2" AND LARGER 175 psi non -shock WOG, iron body bronzed mounted, straightway cock, square head, flanged ends. C. Install at branches and risers as indicated. Locate where easily accessible and where they will be protected from possible injury. D. Metering Valves: American Meters or equal. E. Pressure Regulataors: Rockwell pounds to inches pressure regulator or equal. PART 3.00 - INSTALLATION 3.01 PIPING INSTALLATION A. Install natural gas piping in accordance with applicable codes and local utility company requirements. B. Use sealants on metal gas piping threads which are chemically resistant to natural gas. Use sealants sparingly, and apply to only male threads of metal joints. Remove cutting and threading burrs before assembling piping. Ground gas piping electrically and continuously within project, and bond tightly to grounding connection. Install drip -legs in gas piping at all equipment and where required by code or regulation. Install "Tee" fitting with bottom outlet plugged or capped, at bottom of pipe risers. G. Use dielectric unions where dissimilar metals are . joined together. Install piping with 1" drop in 60' (0.14 %) in direction of flow. 15350 -3 pipe • .-'. '••: SECTION 15350, NATUkAL. GAS • PIPING SYSTEMS •• 3 • 02 EQUIPMENT CONNECTIONS Connect gas piping to each gas-fired equipment item, with drip leg and shutoff gas cock. Comply with equipment manufacturer's instructions. 3.03' ." PIPING TESTS • A. .Test natural gas piping in accordance, with ANSI B31.2, and local utility requirements and this specification. END OF SECTION 15350' • SECTION 15401 DOMESTIC WATER PIPING PART 1.00 — GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 COMPLIANCE A. Comply with applicable Plumbing Code Standards pertaining to materials, products, and installation of domestic water piping. 1.03 SUBMITTALS A. Submit manufacturer's technical product data, assembly -type shop drawings, and maintenance data. PART 2 - PRODUCTS. 2.01 GENERAL A. Basic piping materials and products required for work of this section, are specified in Division -15 Basic Materials and Methods sections. Provide products of sizes, ratings, and characteristics indicated, which comply with manufacturer's standard materials, design, and construction in accordance with published product information; provide proper quantity of piping and equipment as required for complete installation. 2.02: PIPE; TUBE AND FITTINGS A. DOMESTIC WATER PIPING 1. Copper Tube: Type L hard -drawn temper; wrought - copper fittings; soldered joints with 95 -5 solder. EXTERIOR WATER PIPING 1. 3/4,', through 2- 1 /2 ":: a. CopperTube:, Type Ksoft'.or hard,: SECTION 15401 DOMESTIC WATER PIPING annealed temper, wrought - copper fit- tings; soldered joints with 95 -5 solder. 2.03. PIPING SPECIALTIES A. PIPE ESCUTCHEONS Install on each pipe penetration exposed to view in occupied spaces. B. DRIP PANS Install under pipes passing over electrical equip- ment. C. SUPPORTS, ANCHORS, AND SEALS Provide factory - fabricated hangers, supports, and anchor complying with MSS SP -69. Install comply- ing with MSS SP -89. D. VALVES Provide one of the following types for each ser- vice at Installer's option. 1. Sectional Valves:: a. 2" and Smaller: Gate valves. b. 2" and Smaller: Ball valves. c. 2 -1/2" and Larger: Gate valves. d. Install on each branch or riser serv- ing 2 or more fixtures or equipment con- nections. Shutoff Valves: a. 2" and Smaller: Gate valves. b. 2" and Smaller: Ball valves. c. Install on inlet of each equipment item, and inlet of each fixture. . Drain Valves: a. 2" and Smaller: Gate valves. b. Install one each equipment item, base of each riser, and base of each rise or drop in piping system. 4. Check Valves: a. All Sizes: Swing check valves. b. Installation discharge side of each pump and elsewhere as indicated. 5. Balance Cocks: a. All Sizes: Plug type valves, screw- driver operated. b. Install on each recirculating water circuit and elsewhere as indi- cated. METERS AND GAGES 1. Dial Pressure Gages: Steel case, diameter, 0 -60 prig. range. 15401 -2 SECTION 15401 DOMESTIC WATER PIPING Install on water service inlet, pressure regulating valve discharges, pump suction and discharge, and elsewhere as indicated. 3. Thermometers: 9" industrial, aluminum case, adjustable angle, 30 to 240 deg. F range. 4. Install on hot water heater outlet, and else- where as indicated. PART 3.00 - EXECUTION 3.01 PIPING RUNOUTS TO PIPING A. Provide hot and cold water piping runouts to fixtures of sizes indicated, but in no case smaller than required by Uniform Plumbing Code. 3.02 MECHANICAL EQUIPMENT CONNECTION A. Connect hot and cold water piping system to mechanical equipment as indicated, and comply with equipment manufacturer's installation instructions. Provide shutoff valve and union for each connection, provide drain valve on drain connection. EXTERIOR PIPING INSTALLATION A. Install exterior water service piping in compliance with local governing regulations. STERILIZATION At completion of water service line installation, flush and sterilize in conformance with AWWA C- 601, to satisfaction of local authorities having jurisdiction. END OF SECTION 15401 SECTION 15405 SOIL & WASTE PIPING SYSTEM PART 1.00 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 STANDARDS A. PLUMBING CODE COMPLIANCE Comply with applicable Plumbing Code Standards pertaining to materials, products, and installa- tion of drainage piping and equipment. B. PDI COMPLIANCE Comply with applicable PDI Standards pertaining to produces and installation of soil and waste piping systems. C. SUBMITTALS Submit manufacturer's technical product data, as- sembly-type shop drawings, and maintenance data. PART 2.00 - PRODUCTS .2.01 GENERAL 2.02 A. Basic piping materials and products required for this section, are specified in Division 15 Pipe, Tube & Fittings section. Provide products of types, sizes, ratings, and characteristics indicated, which comply with manufacturer's standard materials, design, and construction in accordance with published product information; provide proper quantity of piping and equipment as required for complete installation. PIPES, TUBES AND FITTINGS Provide one of the following selections at In- mtall+r'o option: 1. Copper Tube: Type DWV, cast- bronze, solder joint drainage pattern fittings, solder - joints. . Cast -Iron Hub - and - Spigot Soil Pipe: Service weight, cast iron hub- and - spigot soil pipe fittings with compression gaskets. FHS 15405 -1 SECTION 15405 SOIL & WASTE PIPING SYSTEM 3. Cast -Iron Hubless Soil Pipe: Service weight cast -iron hubless soil pipe fittings; hubless joints. 4. Galvanized Steel Pipe: Schedule 40, Class 125 galvanized cast -iron, drainage pattern fittings, screwed joints. B. UNDERGROUND BUILDING DRAIN PIPING 1. Cast -iron hub - and - spigot soil pipe fittings, compression gaskets. 2. Cast -Iron Hubless Soil Pipe: Service weight; cast -iron hubless soil pipe fittings; hubless joints. C. SUPPORTS, ANCHORS AND SEALS Provide factory- fabricated hangers, supports and anchors complying with MSS SP -69. Install, com- plying with MSS SP -89. D. DRAINAGE PIPING PRODUCTS 1. Cleanout Plugs: Cast - bronze or brass, threads complying with ANSI B2.1, countersunk head. Install in cleanouts as indicated and as required by Plumbing Code. E. FLOOR CLEANOUTS Cast -iron body and follows: 1. Nickel - Bronze floor finish. 2. Cast -Iron Top floor finish. frame; adjustable round top as Top: Pattern to suit adjacent Install in occupied areas. : Pattern to suit adjacent Install in unoccupied areas. F. WALL CLEANOUTS Cast -iron body adaptable to pipe with cleanout plug, stainless steel round cover and screw. G. VENT FLASHINGS 4 -pound seamless lead roof flashing, minimum of 30" round with conical steel reinforcing boot. Use Dectite flashings for metal roofing alternate. H. VENT FLASHING SLEEVES Cast -iron caulking type roof coupling for cast- iron stacks, cast -iron threaded type roof coupling for steel stacks, and cast- bronze stack flashing sleeve for copper tubing. Install on stacks over vent flashings. FHS• DRAINAGE PIPING PRODUCTS MANUFACTURER Josam, Smith, Wade or Zurn. 15405 -2 SECTION 15405 SOIL & WASTE PIPING SYSTEM J. FLOOR DRAINS 1. General: Provide Duco Cast -Iron body and flashing collar with protector cap and nickel bronze adjustable strainer head with secured square hole, vandal -proof grate. 2" outlet (unless shown otherwise on drawing), square top. 2. Manufacturer: J.R. Smith 1010 -B or Josam, Wade or Zurn. K. FUNNEL FLOOR DRAIN 1. Same as floor drain above except with J.R. Smith Fig. 3591 nickel bronze funnel. ROOF DRAINS 1. General: Provide low profile, 12" diameter, Duca cast -iron body, with, flashing clamp, gravel stop and cast iron dome. 2. Manufacturer: J.R. Smith Fig. 1310 or Josam, Wade or Zurn. 3. Locations: Refer to architectural drawing A -13 for drain locations. PART 3.00 — EXECUTION 3.01 GENERAL A. EQUIPMENT CONNECTIONS Provide soil and waste piping runouts to plumbing fixtures and drains, with approved trap, or sizes indicted; but in no case smaller than required by Plumbing Code. B. Locate piping runouts as close as possible to bottom of floor slab supporting fixtures or drains. C. PIPING TESTS 1. Test soil and waste piping system in accordance with requirements of National Standard Plumbing Code. ▪ Coordinate with soil and waste piping as necessary to interface floor drains with drainage piping systems. . Install floor drains in accordance with written manufacturer's instructions, at low points of surface areas to be drained, or as indicated. Set 15405 -3 ..02. . SECTION 15405 SOIL "& WASTE PIPING' SYSTEM tops of drains flush with finished floor. Coordinate with architectural drawings. Install drain flashing collar or flange so that no leakage occurs between drain and adjoining floor- ing. Maintain integrity of waterproof membranes, where penetrated. SEWER LINES A. INSTALLATION Install underground building drains as indicated and in accordance with Plumbing Code. Lay under- ground building drains beginning at low point of systems, true to grades and alignment indicated with unbroken continuity of invert. Place bell ends of piping facing upstream. Install required gaskets in accordance with manufacturer's recom- mendations for use of lubricants, cements, and other special installation requirements. Clean interior of piping of dirt and other superfluous material as work progresses. Maintain swab or drag in line and pull past each joint as it is completed. Place plugs in ends of uncompleted piping at end of day or whenever work stops. B. Install soil and vent piping pitched to drain'' at` minimum slope of 1/4" per. ft. (2%) and 1/8" per foot where indicted on drawings. Vent piping may . be installed horizontal if requirecl to void con.. flict with building elements. :03 PIPING SPECIALITIES PIPE ESCUTCHEONS Install on each pipe penetration exposed to: view ,' in occupied spaces. 405= • DRIP PANS Install under pipes passing over electrical equip- ment. VANDAL -PROOF VENT CAPS Install on each vent pipe passing through roof.. Locate base of cap 6" above roof surface, or . higher where required by Plumbing Code. . SHEET -METAL PIPE SLEEVES Install on each pipe penetration through interior . partitions and ceilings. . CAST -IRON PIPE SLEEVES Install on each pipe penetration except as other- wise indicated. . SLEEVE SEALS Install in each cast -iron pipe sleeves.:, END OF SECTION 15405 SECTION 15410 PLUMBING PART 100 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 WORK INCLUDED A. Provide and install all plumbing fixtures and equipment specified herein and indicated on the drawings. PART 2.00 - PRODUCTS 2.01 PLUMBING FIXTURES A. Provide all plumbing fixtures indicated on draw- ings and specified herein. Equal units of Kohler, Eljer, Elkay, Haws or Halsey Taylor are accept- able. (On Chicago 50 -E3 faucets, provide a pin on the spout to prevent it from swinging on single bowl sinks). . Fixtures shall be as follows: 1. Fixture P -1 - Water Closet - Kohler Kingston K- 4430 -ET with Sloan Royal 110 flush valve, Bemis open front white seat with self sustaining check hinge (Model 1955 - -C) and J.R. Smith compact carrier. 2. Fixture P -2 - Lav (Wall Hung) - Kohler Greenwich K -2032 size 20" x 18 ", 4" faucet centers, Kohler K -15192 Coralais single lever faucet, grid drain and J.R. Smith 700 -M31 concealed arm floor mounted carrier, trap and supplies. Fixture P -3 - Urinal - Kohler Freshman K- 4985-T with Sloan Royal 180 flush valve and J.R. Smith floor mounted carrier. Fixture P -4 - Sink (Counter) - Just SL- 17519- A -GR 18 gage. S.S. sink with Chicago 50 -E3 faucet, J -35 strainer, trap and supplied. Fixture P -5 - Mop Sink - Florestone MSR -2424 with MR -370 30" hose and clamp, MR -373 S.S. rim guards, 3" drain and Chicago 897 faucet. Fixture P -6 - Lav (Counter) - Kohler Farmington K -2904 size 19" x 16 ", Kohler K- 15410 -1 SECTION 15410 PLUMBING 15192 Coralais single lever faucet, grid drain, trap and supplied. 7. Fixture P -7 - Shower (Column) - Acorn Capital Column Shower,1 16 gage S.S., factory prepiped and tested to 150 psi, 5 stations with 6' -0" shower head height (boys) and 5'- 6" shower head height (girls), Flo -C10z single temperature valve with 2 GPM flow control, slotted drain base, hand volume control and built -in liquid soad system. 8. Fixture P -8 - Shower (Handicapped) - Acorn Apex -HC with lever handle control valve, recessed with vacuum breaker, lever handle diverter valve, recessed soap dish, 24" x 1.5" S.S. grab bar, with vertical S.S. housing incorporating all the above elements (except grab bar)). Pressure balanced control valve. 9. Fixture P -9 - Shower (Prefab) - Kohler Puebla K -1592 32" fiberglass reinforced shower cove with Chicago 1762 pressure balanced control valve, shower arm, flange, 2.6 GPM shower head, metal lever handle with adjustable safety limit stops and S.S. seats. 10. Fixture P -10 - Shower (Emergency) - Speakman Deluge shower SE- 206 with deluge head, self closing valve and chain /pull ring. 11. Fixture P -11 - Eyewash - Speakman. 12. Fixture P -12 - Laundry. Sink - American Standard Lake Laundry Sink size 24" x 20 ", 7602.055 with black iron frame 7602.030, Chicago 897 faucet, grid drain, trap. 13. Fixture P -13 - Washer Box - Guy Gray FBB -200 TS top supply H & CW valves with 2" drain. Box size 9" x 11 ". 14. Fixture P -14 - (Not in Contract) - Acid resisting sink - Hamilton. 15. Fixture P -15 - (Not In Contract) - Acid resisting demo -sink - Hamilton. 16. Fixture.P -16 - (F.O.I.C.) - Science Sink rough -in and connect. 17. Fixture P -17 - Water Cooler - Haws HC85R - semi- recessed cooler. 18. Fixture P -18 - Sink - Same at P -4 except Just SL- 2219 -A -GR. 19.. Fixture P -19 - (F.O.I.C.) - Photo Sink - rough -in and connect. 20. Fixture P -20 - Kitchen Sink - Just DL- 1829 -A- GR.18 gage S.S. double sink with Chicago 989 faucet, (2) - J -3.5 strainers, traps and supplies. 15410 -2 2.02 SECTION 15410 PLUMBING 21. Fixture P -21 - (F.O.I.C.) - Whirlpool with thermostats mixing valve assembly - rough -in and connect. Mount mixing valve assembly on wall and extend piping to whirlpool. 22. Fixture P -22 - Shower - Chicago 1762 pressure balanced control valve, shower arm, flange 2.6 GPM shower head, metal lever handle with adjustable safety limit stops and S.S. seats. 23. Fixture P -23 - Eyewash (wall mounted) - Speakman. 24. Fixture P -24 - Water Fountain and Cuspidor - Haws Model 2203 semi - recessed fountain /cuspidor combination with Model 2204 mounting cans with S.S. access panels, with piping to adjustable spreader. Provide check valve in supply from fountain to cuspidor. See drawings for locations of water fountain only (noted "P -24 less cuspidor "): Model 2200 with 22.4 mounting can. 25. Fixture P -25 (F.O.I.C.) in and connect. 26. Fixture P -26 (F.O.I.C.) rough -in and connect. 27. Fixture P -27 (F.O.I.C.) in and connect. 28. Fixture P -28 - Sink (Drilled for bubbler) - Just. 29. Fixture P -29 - Bubbler - Just JB85. 30. Fixture P -30 (F.O.I.C.) - Icemaker - rough -in and connect. 31. Fixture P -31 - Shower Controller - Acorn. 32. Fixture P -32 - Sink with Water Heater - Just SL- 17519 -A -GR 18 gage S.S. sink with Insinkerator Ultrahot System, J -35 strainer, trap and supplies. Drill holes in sink as required for Insinkerator System. 33. Fixture P -33 - Service Sink - American Standard. - Photo Sink - Rough- - Photo Washer - - Dishwasher - Rough- NOSE BIBB A. 2.03 EXTERIOR :Woodford #B65 series. Freeze -proof with vacuum breaker. INTERIOR Woodford 0865 series. •TRAP PRIMERS SECTION 15410 PLUMBING Provide Precision Plumbing Products Trap Primer Valve Model P -2'. Provide Primers for all floor drains in school. PART 3.00 EXECUTION 3.01 FIXTURES A. Fixtures shall be installed where shown on plans, complete with traps, valves, stops and all fit- tings. All fixtures shall be firmly anchored against movements. Locate in center of area al- lowed. Fixtures shall be installed complete with all fittings and numbers shall include the fit- tings as if they were completely listed and speci- fied with each fixture. Provide caulking between wall and fixture on all wall hung fixtures. Pro- vide 18" of air cushion on HW & CW supply pipes not specified with water hammer arrestors. See architectural plans for mounting heights of all fixtures. HOSE BIBS Exterior: Mount Secure..to wall +24" ed grade. above finish -, END OF SECTION 15410- 54,10, SECTION 15500 FIRE PROTECTION SYSTEM 1. The other Contract Documents complement the requirements of this Section. 2. Requirements of Division 0 and Division 1 apply to the work of this section. WORK INCLUDED a. Inside and outside piping, including sprinkler heads, valves, hangers and supports, sleeves, and accessories. b. The drawings show the location of some of the com- ponents. The Contractor shall provide a complete design and installation to provide sprinkler and hose station protection for the complete building conforming to all NFPA 13 requirements and City of Tukwila requirements. 1. Provide sprinkler protection for all rooms, combustible void spaces, attic spaces and in all areas required by NFPA 13. 1.03 QUALITY ASSURANCE a. Sprinkler equipment layout and installation approved by applicable fire department. b. Equipment and installation to meet requirements of NFPA No. 13, Standard for the Installation of Sprinkler Systems, NFPA No. 14, Standpipe and Hose Systems, and City of Tukwila Ordinance No. 1528 Sprinkler Systems. Only contractors and workmen experienced in, and regularly engaged in, the installation of fire sprinkler systems shall be permitted to install the specified system(s). Where a state, county or municipality requires licensing of contractors and /or workmen for fire sprinkler work, the holding of an applicable license is mandatory. SECTION 15500 FIRE PROTECTION SYSTEM d. The General Contractor and the sprinkler sub- contractor shall meet with the Tukwila Fire Department to review procedures for handling submittals, inspection, testing, and for general coordination. e. Provide architect with a letter of approval from the Fire Marshal after installation is complete. 1.04 REFERENCE STANDARDS a. NFPA Standard No. 13, Current Edition: Sprinkler Systems, NFPA Standard No. 14, Current Edition: Standpipe and Hose Systems and City of Tukwila Ordinance No. 1528. b. Underwriters Laboratories approved fire protection equipment list. 1.05 SUBMITTALS a. Submit shop drawings in accordance with Section 01340. b. Submit preliminary layout showing only head loca- tions for review by architect /engineer. Furnish additional heads which may be required for coordinated ceiling pattern without added cost, even though number of heads may exceed minimum code requirements. c. Submit shop drawings stamped by a licensed Fire Protection Engineer of entire sprinkler system, after review by Architect of head locations, to Washington Survey and Rating Bureau and the local fire and building department. Submit only approved drawings to Architect. d.. Obtain and submit from each authority having jurisdiction written certification that the permanent installation has been inspected by the authority and that it complies with all details of the authority's published regulations and requirements. Submit two copies, of NFPA Recommended Practice No. 13A: Care and Maintenance of Sprinkler Systems. 1;06- OR DELETIONS SECTION 15500 FIRE PROTECTION SYSTEM No change orders will be issued for additions or deletions of sprinklers except as such additions or deletions stem from changes in building construction made subsequent to approval of sprinkler system shop drawings. 1.07 SYSTEM DESIGN a. General: Design and install systems so that no parts interfere with doors, windows, heating, . plumbing, air - conditioning systems, or electrical equipment. Comply with requirements of NFPA No. 13. Sprinkler sub - contractor is required to fully coordinate sprinkler work with all other trades. Hydraulic Calculations: Prepare in accordance with Chapter 7 of NFPA No. 13. System Layout: 1. Space, locate, and position sprinkler heads according to NFPA No. 13 and as shown on the drawings and as required by Tukwila Fire Department. Pipe sizes and configurations shall be on the basis of hydraulic calculations. Provide risers, flow switches, inside shut -. off valves, post indicator valves, tamper switches, alarm bell, etc., as required. Provide in general light hazard sprinkler coverage at classrooms, offices, auditorium (seating area), Commons, gymnasium and Locker Room areas with a maximum of 225 SF /head. Water density shall be a minimum 0.10 GPM /SF over a 1500 SF area. Note the following exceptions: Stage & Proscenium: Provide ordinary: hazard group II protection for these areas per NFPA 13. paragraph 4 -4.21 with proscenium opening protection (max. 6 feet on center sprinklers). Provide . sprinklers at roof of stage and below system; see Architectural Theater Drawings AS-1 thru AS -3. 15500 SECTION 15500 FIRE PROTECTION SYSTEM b. Tech Ed area, Rooms A -132, A -133, A -134, A -136 and Science Rooms A -123, A -124, A- 126, A -127, A -129; and the. Library A- 241: provide with ordinary hazard (group 2) densities and 100 SF /head coverage. c. Provide ordinary hazard (group 1) coverage in the food preparation area B110 and B111 with a maximum 100 SF /head coverage. d. Room A -157: Provide extra hazard Group 1 coverage. e. Provide ordinary hazard (group 1) coverage at all storage rooms, mechanical rooms and electrical rooms. 5. Provide dry type sprinkler system(s) for all exterior canopies /soffits that are 4' -0" or more in width, or in any space where subject to freezing. 6. Provide hose cabinets where shown on drawings. Tie 1 -1/2" pipe into sprinkler system piping. PART 2 - PRODUCTS 2.01 ACCEPTABLE MANUFACTURERS a. Manufacturer of equipment specified in this sec- tion shall be regularly engaged in the manufacture of components specified and shall publish catalogs listing all pertinent specifications of items manufactured. b. Manufacturers name and model identification used throughout this section is to establish general configuration, function, size, performance and quality. All equipment, material, and components shall be U.L. listed or approved by the local authority having jurisdiction. Substitutions: Items of same function and per- formance are acceptable in conformance with Section 01600. 2.02 2.03 SPRINKLER HEADS a. b. SECTION 15500 FIRE PROTECTION SYSTEM Provide automatic spray type sprinkler heads of the following type and finish for the areas, and ceiling construction designated: AREA/ CEILING Office areas/ suspended or hard ceiling Areas without suspended ceiling Where required HEAD TYPE Flush type pendent/ concealer HEAD ESCUTCHEON FINISH FINISH Satin Built -in, chrome Satin chrome Upright Plain Sidewall Manufacturer and Type: Satin Satin chrome chrome 1. a. Flush Type Concealer: Reliable Concealer Gi Ceiling Sprinkler with 1/2- inch orifice. b. Flush Type Pendent: Grinnell Quartzoid ceiling sprinkler with 1/2 -inch orifice. Provide at all ceilings over 12 feet high. 2. Upright: orifice. Sidewall: orifice. Grinnell Quartzoid with 1/2 -inch Grinnell Quartzoid with 1/2 -inch c. Operating Temperature: Per NFPA 13. Select to compensate for the maximum temperatures which occur in a particular area during either winter or summer conditions from such sources as unit heaters and sunlight. Use high temperature heads in kiln room, telephone rooms, electrical rooms and electrical switchgear rooms. ESCUTCHEONS Provide self- adjusting type, spring - loaded, or friction.. fit on each pendant sprinkler head fitting against ceiling. FHS 15500 PAGE 5 SECTION 15500 FIRE PROTECTION SYSTEM 2.04 SPRINKLER HEAD GUARDS Provide guards for heads located below a ceiling of such height that the clear space under the sprinkler head is less than 7 feet 6 inches. Chrome- or nickel - plated in finished areas. Also provide on all heads in gymnasium and all heads outside the building (walkways, soffits, etc.). 2.05 SPARE HEADS AND SPRINKLER WRENCHES Provide spare heads and one set of wrenches. The number of spare heads furnished shall be not less than 1 percent of the number of each type of head installed in the system. Heads and wrenches mounted in a sheet metal cabinet marked "Automatic Sprinklers - Reserve Supply ". 2.06 WATER FLOW INDICATORS (FLOW SWITCHES) Provide vane type flow switch where indicated on drawings and where required. Grinnell Model F620 or WFD. 2.07 VALVE MONITORING SWITCHES Provide supervisory device for each OS &Y gate valve and each valve requiring supervision. Grinnell Model F640. 2.08 DETECTION CHECK VALVE ASSEMBLY Central Sprinkler Corporation, riser check valve with trim, Model 90 (Shotgun -90). Provide detection check valves for wet systems, complete with fittings, interconnecting piping, tamper switches and devices required for valve operation. 2.09 ALARM AND DRY PIPE VALVE a. Manufacturer: ITT Grinnell, Central Sprinkler Corporation. b. Provide dry pipe valves for dry systems, complete with fittings, interconnecting piping, and devices required for valve operation. Provide quick opening devices for large system. c. Provide electric alarm bells where shown on drawings. FHS 15500 PAGE 6 !� ' 2.10. COMPRESSED AIR FOR DRY SYSTEM SECTION 15500 FIRE PROTECTION SYSTEM Provide electric drive, horizontal tank mounted, single stage compressor(s), capable of restoring normal system air pressure within 30 minutes, two -pole air pressure operated electric pressure switch with two -way release or breather valve, safety valve, check valve, tank drain, belt guard, and controls. 2.11 HOSE CABINETS Provide Larsen's Fire Hose Cabinet HC3030 -RI semi - recessed cabinet with 30 x 30 x 8 inside box dimension. Provide with 1 -1/2" hose valve and 100 feet long hose with nozzle and a fire extinguisher. Steel construction. FART 3 - EX CUTION 3.01 INSTALLATION a. Run piping concealed above furred ceilings and in beam space (holes provided) to minimize obstructions. Expose only heads. Only sprinkler piping specifically called out on drawings as being exposed shall be below ceiling construction. b. Protect sprinkler heads with 7 -foot 6 -inch, or less, clearance against mechanical injury with standards guards. c. Locate outside alarms on wall of building. d. Provide 1 -inch diameter nipple and 1- x 1/2 -inch reducing fitting for each upright head. e. Install system and auxiliary drains to discharge to the outside, to a suitable waste or to other locations, as indicated or required by the authority having jurisdiction. Drain valves shall not be exposed on the outside of the building. Provide access panels for drain valves. Label panel "Sprinkler System Drain Valve #32, etc. ". Where valves are not accessible directly from the floor, Contractor shall furnish permanent steel ladders or Grinnell riser steps for such access. 3 .02 SECTION 15500 FIRE PROTECTION SYSTEM Install test pipes per NFPA and the local inspec- tion authority, with discharge pipe to a suitable drain. Nameplate legend to read "Water Supply Test Valve ". ▪ Refer to coordination requirements in paragraph 1.07. i. The installer of the fire protection (sprinklers) shall be thoroughly familiar with the systems and equipment in the auditorium, stage and related areas. The installer shall review all contract documents and shop drawings for work in these areas. Sprinkler piping shall not: 1. Reduce headroom to less than 7' -0 ". 2. Project into any catwalk, passageway, ladder run, access or egress. ▪ Interfere with the stage rigging, electrical equipment, smoke vent, stage lighting projection. Sprinkler piping which, in the opinion of the architect, does not comply with any of the above shall be relocated in a manner which is acceptable to the architect. If doubt should exist as to the compliance of the above, the contractor or installer shall review the situation with the architect prior to rough -in. IDENTIFICATION ▪ Standard signs as adopted by the Automatic Sprinkler Industry. Submit shop drawings and specifications of signs. 1. For Combination Test and Drain: Legend to read "Water Supply Test and Drain Valve ". For Drain: Legend to read "System Drain Valve. Chose the Main. Shutoff Before Opening this Vaive. Test Vaive for this System. Located at Grid Room PART 1.00 - GENERAL 1.01 DESCRIPTION SECTION 15600 BOILER SYSTEM A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 WORK INCLUDED A. Include all labor, material equipment, transporta- tion and services to furnish and install complete boiler system as shown on the drawings and herein specified. The following items shall be supplied by the boiler supplier who shall assume single source responsibility for the operation of the components as a complete system including all devices required on the boilers for proper system operation: PART 2:01 2.00 — PRODUCTS BOILERS Boilers Three way mixing valves for boilers. Boiler circulating pumps for boilers. Boiler circulating pump balancing valves for boiler. Master boiler sequencing panel configured for two (2) boilers including required starters, fusing, input /output devices and terminal strip. Required temperature sensors for boilers. Boilers Bl and 82 shall be manufactured by Burnham, capacity per plans. Burnham series "E". Boilers shall be forced draft firetube steel factory packaged units for natural gas and #2 diesel fuel oil firing. Boilers shall be 15600 -1 SECTION 15600 BOILER SYSTEM completely packaged with fuel burning equipment. Design to be for 30 psi water service. Safety and operating controls as hereinafter specified. Auxiliary devices as hereinafter specified. C. The units to be of 3 -pass design with two passes of horizontal firetubes. D. Units shall be provided with factory installed enamel finished jacket over fiberglass insulation. E. Trim and controls for water units shall consist of the following: pressure /temperature gauge, ASME relief valve /S, #63M manual reset low water cut off, operating control, Back -up operating control, manual reset high temperature limit control, modulating control, stack temperature thermometer. Boiler outlet shall have a motorized damper with at least 90% close off for operation by the over fire draft control system. ▪ Gas burners shall be of the forced draft multi -jet type suitable for natural gas. Oil burner shall be pressure atomizing with by- passing type nozzle. Burner shall be complete with integral motor driven blower, motor driven oil pump, ignition system, combustion safeguard (Honeywell BC7000) motor starter, complete gas train including pressure regulator, complete gas train with dual nozzle oil valves, and any additional controls necessary for safe and efficient operation. The combustion controls, gas train and oil train shall meet UL and IRI requirements. • Gas pressure to the inlet of the burner gas regulator shall be 2 psi, burner pilot and main . gas trains shall be configured for the delivered gas pressure. H. Burner mounted oil pump shall be 2 stage full sized pump (not "mini pump ") capable of drawing oil directly from the fuel oil storage tank. . Power to the boiler motors shall be 460/60/3S. Burner shall be configured for the delivered voltage and be equipped with a step down control transformer for the 120/60/1 control circuits. Control transformer shall have primary and . secondary fuse protection. The return water set point shall be entered via a thumb wheel switch on the control panel. The return water temperature control shall be by the individual mixing valves on each boiler return. On a call for the lead boiler, the sequencer shall isolate the boiler from the system by closing the mixing valve. The boiler circulating pump shall be started and the boiler fired at low fire until the return water temperature reaches the return water 15600 -3 SECTION 15600 BOILER SYSTEM set -point temperature. At that point the boiler shall be modulated by the sequencing panel to meet the loop water temperature demand. The mixing valve shall be modulated to maintain the desired return water temperature. If the lead boiler reaches capacity requiring the lag boiler, the lag boiler mixing valve shall be closed to isolate the boiler from the system. The lag boiler circulating pump shall be started and the boiler fired at low fire until the boiler water reaches the return water temperature set - point. At that point the lag boiler mixing valve will be modulated to maintain the minimum return water temperature to the boilers. The lead boiler will be base loaded at 80% firing rate command and the lag boiler modulated to meet the load demand. As the load drops the lag boiler shall be modulated down to low fire. The lead boiler shall be modulated toward low wire. When the lead boiler is at a low enough firing rate that the lag boiler can be dropped off line, the lag boiler will be shut down. The lag boiler pump shall be run for 5 minutes to allow the boiler temperature to stabilize and then the pump will be shut down and the boiler mixing valve closed to the system. Boiler fault analysis: The sequencing control panel shall be able to determine if any boiler is available for use and if the safety limits are closed. This shall include monitoring the control switch, low water limits, high temperature limits, and operating control.- The sequencing system shall be able to determine if the boiler has been commanded on line and fails for any reason.. If the lead boiler fails the lag boiler will be made lead until the fault in the lead boiler is rectified. The sequencing system.shall be able to detect a circulation failure by monitoring the pump differential pressure. If.the.pump:shall fail, the pump and boiler shallbe; shut down and the mixing 4 SECTION 15600 BOILER SYSTEM valve closed to the system. The sequencing system shall be able to detect a failure of the sequencing PLC (Programmable Logic Controller). 4. Outside air reset: Using an outside air sensor (TS -5), the sequencing system shall be able to reset the loop temperature according to a schedule defined by the upper and lower loop tempera- ture and upper and lower outside air tempera- ture. The loop temperature shall be clamped so as not to exceed the maximum and minimum values. The maximum water limits and outside air limits shall be entered via thumb wheel switches on the front panel. The reset ratio shall be calculated by the controller to form a straight line reset ratio using the entered maximum and minimum loop temperatures with the corresponding maximum and minimum outside air temperatures. 5. UL listed master sequencing control panel: The panel shall be housed in a NEMA -12 enclosure with three point latch kit. The panel shall contain the following: a. Main disconnect switch. b. Fusing for each pump and burner. c. Fusing for control transformer primary and secondary. Control circuit transformer. Motor starters for the boiler circulating pumps. Industrial quality programmable logic controller (PLC). Necessary digital and analog I /O. to perform the control. function. Necessary. relays... SECTION 15600 BOILER SYSTEM Selector switches for the following: Circulating pump(s) H -O -A. Boiler(s) H -O -A. Lead boiler selector. Control valve man -auto (each. valve) . Push buttons for the following: 1. Alarm acknowledge. 2. Alarm reset. 3. Lamp test. Pilot lamps for the following: 1. B1 Lead 2. B2 Lead 3. B1 Firing /Fail 4. B2 Firing /Fail 5. Pump 1 On /Fail 6. Pump 2 On /Fail 7. PLC Normal Audible Alarm. Digital display for setpoints, temperatures described above. Digital keypad to enter and change set points and control digital display data... Temperature Sensors: a. Temperature sensors shall be RTD's with two wire 4 -20MA transmitters. Sensors . to be mounted in dry wells. HVAC control system interface: Provide digital input for sequencer enable /disable control by central HVAC system and dry contact output for alarm. Manual back up mode: In the event of .a PLC failure boiler mounted limits shall start and stop the boilers ,to maintain loop temperature set; point. The set point: shall not require, OSA reset. Boiler mounted backup. c. SECTION 15600 BOILER SYSTEM modulating controls shall control burner firing rate. the mixing valves shall fall back on manual return water temperature sensor (factory mounted and wired to boiler interface control panel) to control return water temperature. The boiler circulating pumps in the automatic mode shall be started. This back -up mode transfer shall be made without operator input in the event of a PLC failure and can be manually forced by control panel selector switches. The boilers shall also be enabled and disabled by the same HVAC system input that controls the automatic sequence. Forced Manual Operation: The pump H -O -A selectors shall start the pumps in the "hand" position for testing purposes. Iri the "off" position the pump shall be stopped and cannot be started. In the "automatic" position the pumps can be started by the sequencer, or if the corresponding boiler is placed in the "hand "mode. The pump shall also be started in the automatic position if the sequencer fails. The boiler H -O -A selectors shall in the "hand" position start the corresponding circulating pump and allow the boiler to . follow the boiler mounted back -up limit and modulating control. In the "off" position the boiler will be shut down and the corresponding circulating pump shut down (if it was in the "automatic" position). In the "automatic's position, . the boiler and pump will follow the command of the sequencing system. The return water temperature control valves will follow the command of the sequencer unless the sequencer fails.. If the corresponding boiler is selected to "hand" the control va].ve will follow SECTION 15600. BOILER SYSTEM return water temperature at all times. If the corresponding boiler is in the "automatic" position, the control valve will follow the normal automatic sequence. If the sequencer fails, the control valve will follow a back up controller to maintain 140 F minimum return water temperature. Over Fire Draft Control System: a. Each boiler shall have a motorized outlet damper providing a minimum of 90% close off. The damper shall be closed when the boiler is not firing and shall modulate to maintain an adjustable draft at the boiler outlet. This draft control system shall be mounted in the boiler mounted master sequencer interface panel. It shall be powered by the boiler control circuit transformer and shall operate totally independent of the sequencer. The draft gauge shall be mounted in the boiler mounted interface panel so that is is visible from the front of the boiler. U.L. Listed Boiler Mounted Interface Panel: Boiler interface panels shall contain the overfire draft control switch, low draft safety switch, puff delay relay, and necessary relays and terminals strip for connection to the master sequencing . control panel. The interface between each boiler mounted interface panel and . the master control panel shall not require more than 3 (three) two conductor #18 AWG shielded cables, and 10 (ten) #14 AWG stranded wires. There shall be a single strike from the master control panel to the boiler interface panels for the burner blower motor. If there is more than one motor on the boiler, break out fusing for the motors shall be provided in the boiler mounted interface control panel. The boiler mounted interface panel shall be mounted on the boiler at the factory. The 15600 -8 SECTION 15600 BOILER SYSTEM wiring between the burner, limits, draft control components, and boiler return water temperature sensor shall be completed at the factory. Draft sense line from the smoke box to the boiler interface control panel shall be made at the factory. 12. Additional Master Control Panel Interconnections: a. There shall be three motor conductors to each boiler circulating pump sized per motor requirements. There shall be two #14 AWG stranded conductors to field mounted differential pressure switches at each circulating pump. There shall be 1 (one) two conductor #18 AWG shielded cable to the header mounted temperature sensor (TS -1). There shall be 1 (one) two conductor shielded cable to the outside air sensor )location specified by the engineer). There shall be a single three phase power strike to the master sequencing panel to supply power for the boiler mounted motors, field mounted circulating pumps and control power. PART 3.00 - EXECUTION 3.01 FIELD SERVICES PROVIDED BY BOILER SUPPLIER A. The Boiler Manufacturers Representative shall . maintain personnel within a 50 mile radius of the installation capable of troubleshooting boiler, combustion and master sequencer faults. They shall also maintain programming equipment necessary to make software changes. The Boiler Manufacturers Representative shall provide 1 (one) man day to meet with the Mechanical, Electrical and Control Contractors the Mechanical Engineer at the job site. This meeting is to be called when the equipment is . delivered to the job site to insure that all parties understand what interconnections are required. SECTION 15600. BOILER SYSTEM The Boiler Manufactures Representative shall provide 1 (one) man day to assist the electrician in the termination of the interconnecting wires in the master and boiler mounted control panels. This service shall also verify the proper connection and polarity of the wires. The Boiler Manufacturers Representative shall provide a start -up technician to start the boilers, pumps, control valves and sequencing system. This service shall include sufficient man days to complete the start -up. This start -up service shall include a minimum of 5 (five) full working days. Start -up service shall include at least 2 (two) observations of morning programmed start -up, mid day operation, and programmed night shut down to verify the proper tuning of the closed loop control. Follow Up Services After 30 days of normal operation a meeting will be held with the Owner's Maintenance Personnel specifically responsible for the boiler operation, the Consulting Engineer, and the suppliers software technician to outline software changes to meet specific system requirements. Job specific software changes agreed upon at this meeting will be made without charge to the Owner. Training Services The manufacturers representative shall provide 2 (two) 8 (eight) hour training sessions, one to cover the operation of the boilers and associated combustion control equipment and the second for detailed system operation . and trouble shooting. The starting time (during any normal operating shift) of . the training sessions shall be specified . by the Owner's Representative to minimize overtime required for their maintenance personnel END OF SECTION 15600 15600 -{ SECTION 15820 AIR DISTRIBUTION EQUIPMENT PART 1.00 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other. Conditions and Division 1 - General Requirements sections, apply to the work specified in this Section. 1.02 'COMPLIANCE 1.03. A. AMCA COMPLIANCE Test and rate air distribution equipment in accordance with AMCA standards, and provide AMCA Certified Ratings Seal. UL COMPLIANCE Provide electrical components of air distribution equipment which have been listed and labeled by UL. SUBMITTALS A. Submit manufacturer's technical product data, assembly- type shop drawings, ladder -type wiring diagrams differentiating between portions of wiring that are factory installed and portions to be field- installed, and maintenance data. PART 2.00 - PRODUCTS 2.01 #EATING & VENTILATING UNIT FANS A. GENERAL Provide utility fans of sizes and arrangement as indicated and of capacities and having accessories as schedule. UNIT CASING Fabricated of heavy - gauge steel reinforced and braced with steel angle framework for maximum rigidity.. Factory - assembled, sectionalized casing. Removable panels in fan section provides access to all internal parts. Metal parts of casing and all accessories chemically cleaned, FHS 15820 -1 SECTION 15820 AIR DISTRIBUTION EQUIPMENT phosphatized and given protective enamel finish. C. FANS 1. Fans are multi -blade centrifugal type. All fans statically and dynamically balanced and tested after being installed on properly sized hollow or solid shafts. Fan shafts do not pass through their first critical speed as unit comes up to rated rpm. 2. Fan housings constructed with die - formed, stream -lined inlets and side sheets. Units use forward curved fans. Fan bearings are grease lubricated ball bearings selected for 200,000 hours average life. Units have grease lubricated, externally- mounted fan bearings. MOTORS Provide open drip -proof motors with ball or sleeve bearings. Provide split phase or capacitor start motors for fractional horsepower, with resilient base. Provide induction motors for integral horsepower with rigid base. E. • DRIVES Provide B -belt drives for fractional horsepower motors selected for 1.2 service factor. Provide V -belt drives for integral horsepower motors selected for 1.4 service factor. Provide adjustable SECTION 15820 AIR DISTRIBUTION EQUIPMENT The ceiling fan shall be Greenheck Model SP. The fan housing shall be constructed of heavy gauge galvanized steel. The housing interior shall be acoustically lined with 1/2" thick insulation. The discharge outlet shall be adaptable to horizontal or vertical positions. The terminal box shall be internally mounted for motor hook -up. The motor shall be mounted on resilient electric grooments. The fan shall have a forward curved centrifugal wheel. All fans shall bear the AMCA seal for air and sound performance. Equal units of Penn, ,Tenn Air, Cook, Broan are acceptable. 2.03 ROOF EXHAUSTERS A. ROOFTOP UNITS A hinged aluminum cover provides quick access to the motor and drive assembly. The cover can be easily removed. . STANDARD FEATURES 1. Disconnect switch. 2. Backward inclined aluminum wheel. 3. Ball bearing motors selected and tested for specific application. 4. Aluminum curb cap with prepunched mounting holes. 5. Adjustable speed drives. 6. Vibration isolated power assembly. 7. Belt tension controlled by an adjustable motor plate. 8. Corrosion resistant fasteners. AMCA LICENSED RATINGS Units shall be tested in accordance with the latest AMCA standards and shall bear the AMCA Certified Ratings Seal for both air and sound performance. ACCESSORIES Accessories shall include birdscreens, sound curbs, gravity (or motorized, if noted) dampers, speed controls (direct driven only), motor out of airstream. 15820 -3 SECTION 15820 AIR DISTRIBUTION EQUIPMENT A. Vibration isolators are to be provided for all air handling units and furnaces. B. Furnace Isolation: Double deflection neoprene mountings shall have a minimum static deflection of 0.35 ". All metal surfaces shall be neoprene covered to avoid corrosion and have friction pads both top and bottom so they need not be bolted to the floor. Bolt holes shall be provided for these areas where bolting is required. C. Air Handling Unit Isolation -Floor Mounted: Spring type isolators shall be free standing and laterally stable without any housing and complete with 1/4" neoprene acoustical friction pads between the baseplate and the support. All mountings shall have leveling bolts that must be rigidly bolted to the equipment. Spring diameters shall be no less than 0.8 of the compressed height of the spring at rated load. Springs shall have a minimum addi- tional travel to solid equal to 50% of the rate deflection. Submittals shall include spring diameters, deflections, compressed spring height and solid spring height. Air Handling Unit Isolation - Hanger Mounted: Vibration hangers shall contain a steel spring and 0.3" deflection neoprene element in series. The neoprene element shall be molded with a rod isola- tion bushing that passes through the hanger box. Spring diameters and hanger box lower hole sizes shall be large enough to permit the hanger rod to swing thru a 30 deg. arc before contacting the hole and short circuiting the spring. Springs shall have a minimum additional travel to solid equal to 50% of the rated deflection. 2.05 DUCT SILENCER (SOUND. TRAPS) IAC Type "S" or equal. Dynamic insertion loss shall be 24. min.: 100 FPM, 3rd octave band. 15820 -4 SECTION 15820 AIR DISTRIBUTION EQUIPMENT Length shall be 5' -0 ". Size. for 1000 FPM. Provide transitions to duct sizes. PART 3.00 EXECUTION 3.01 INSTALLATION A. Units shall be installed in strict accordance with manufacturer's instructions and details on drawings. B. All exhaust fan systems to have backdraft . or motorized dampers in the system. C. Extend all grease fittings to one easily accessible point at each piece of equipment. D. Provide flexible duct connections to all fans. END OF SECTION 15820 SECTION 15840 DUCTWORK PART 1.00 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and Conditions and Division 1 - General Requirements sections, apply to the work specified in this Section. 1.02 WORK INCLUDED A. Include all labor, materials, equipment transportation and services to furnish and install complete all ductwork and related systems specified herein and indicated on the drawing. PART 2.00 - PRODUCTS 2.01 SHEETMETAL WORK A. Furnish all ductwork as shown on plans. Ductwork in general is low pressure. All ductwork con - struction shall comply with SMACNA Standards and Uniform Mechanical Code Standars. Prior to any fabricating of sheet metal work, the Mechanical Contractor shall carefully measure (at the site) available space for sheet metal work. He shall prepare large scale shop drawings of sheet metal work showing all other elements of the building including piping and electrical so all are coordinated and fit available space. The shop drawings will not be reviewed by the Architect, but evidence of the completion of them will be submitted to the Architect. C. Longitudinal seams in ducts shall be flat, double . lock type. Pittsburg type. Transverse seams shall be of type and spacing as follows: Max. Side Type Spacing Up to. 30" Drive Slip 7' -10" 31" to 60" 1 -1/2" Pocket Slip 7' -10" 61" and Up 1 -1/2" Pocket Slip 3'- 9" Cross break panels 18" and over in width. Standing seams are not acceptable on any ductwork. RIVETING 15840, -1 SECTION 15840 DUCTWORK The slipjoint in pocket slip seams shall be riv- eted using not less than one rivet per face and maximum spacing of 2' -0 ". G. DAMPERS Provide dampers and quadrants in ductwork as nec- essary for balancing. Provide one damper in the duct leading to each supply or exhaust opening. Dampers shall be located in an accessible loca- tion. Dampers shall be fitted with Parker Kalon damper bearings and Parker Kalon No. 195T quad- rants. Dampers shall be of 20 ga. G.I. single plate type with edges hemmed. For dampers above finished ceilings, provide Young Regulator con- cealed damper operators where directed. Ad- justable splitter dampers to be Young Regulator 890B. H. Provide fire dampers where'shown, or called for, 18 ga. steel or heavier. Dampers shall be UL ap- proved, and shall have blades out of the air stream. Install with fusible link and access doors. Access doors shall be provided for fire dampers and shall be of airtight construction. The door frame shall be welded in place and door itself shall be neoprene gasketed and equipped with sufficient fasteners to assure an air -tight fit. Size shall be 12" x 12" unless limited by duct size. I. Access doors shall be provided by this Contractor in finished walls or ceilings where required to reach mechanical equipment, Milcor or equal. J. Insulated low pressure flexible duct shall be a factory fabricated assembly consisting of a zinc - coated spring steel helix, non - perforated inner liner, wrapped with a nominal 1" thick by 1 lb /cu. ft. density fiberglass insulation. The assembly shall be sheathed in a vapor barrier jacket, fac- tory sealed at both ends of each section, thus as- suring the vapor resistance of each section as well as the completed installation. The composite assembly including insulation and vapor barrier shall meet the Class 1 requirements of NFPA Bul- letin No. 90 -A and be labeled by UL;with a flame spread rating of 25 or less and a smoke developed rating of 50 or under. Flexible ducts shall be installed in a fully extended length required to make the connection. Where horizontal support is required, flexible duct shall be suspended on 36" FHS 15840 -2 2..02 SECTION 15840 DUCTWORK centers with a minimum 3/4" wide flat banding ma- terial. All joints and connections shall be made with 1/2" wide positive locking steel straps. In- sulated low pressure flexible duct shall be Green - flex Type SL -1 or equal. Provide spin -in fittings for connection to truck duct. Exposed round ductwork shall be spiral wound. DUCT LINING A. Johns Mansville 2" thick Linacoustic R -8 min. or approved substitute. Service with glue and clips. Space slips a maximum of 18 "o.c. Line all ducts a minimum of 10, -0" on each side of each fan and where indicated on drawings. All ductwork outside of building shall be lined. See also 15250. 2.03 BACKDRAFT DAMPERS A. GENERAL Provide dampers at all fans and relief ducts ex- hausting to atmosphere that are not specified to have automatic dampers. TYPE Backdraft dampers shall be galvanized steel or aluminum multiblade type. Blades shall have felt strips riveted or crimped in place. Blades shall be joined together with connection bars. Each blade shall be rigidly attached to a pivot rod. The rod shall extend into oil- impregnated bronze bushings, or antifriction bearings, located in the frames. MANUFACTURER American Warming & Ventilating, Air Balance, Inc., Duro -Dyne, Pacific Air Products, Penn Ventilator, Ruskin or Vent Products, Inc. 15840- SECTION 15840 DUCTWORK PART 3.00 - EXECUTION 3.01 SHEET METAL WORK A. Partitions forming plenums or casings shall be #18 ga., with galvanized iron angles and rivets for seam connection and stiffening. All joints and standing seams shall be taped with 3M No. 474 vinyl plastic tape. B. Cork gaskets shall be installed between all connections of sheet metal to coil and filter cas- ings. C. Sheet metal connections of plenums and air cham- bers to wall and floors shall be made with galva- nized angles anchored to wall or floor construc- tion with anchor bolts with sheet metal bolted or riveted to angles. Mastic sealer shall be in- stalled at connection of angles to sheet metal to provide air -tight joints. Provide access doors in plenums and chambers with handles operated from both sides, Ventlock No. 205 or approved substi- tute. D. Doors in sheet metal duct for access to dampers shall be #18 ga., framed with steel angle. E. Connect all grilles to ductwork. Paint the inside of the duct a dull black at all grilles. F. All air inlets and outlets to outside shall have birdscreens and backdraft damper where motorized damper is not indicated. G. All ducts through roof shall be flashed water- tight. See detail. All ducts thru walls and ceilings shall have angle enclosures. H. Connections of all ducts to all equipment shall be made with Neoprene. I. Elbows shall have an inside radius equal to 1/2 the duct width. Square elbows shall have duct turns, T &B or approved substitute. Use square el- bows wherever around elbow cannot be equal. Square inside elbow and round outside elbow not permitted. FHS Supporters shall be galvanized strap or angle 15840 -4 iron hangers, arranged to prevent any bulging, bending, or sagging of ductwork. Under no condi- tion shall hangers pierce the ducts., Vertical ducts shall be :supported at each floor with 18 ga. formed angle. Tape all joints in ducts with 3M No. 474 vinyl plastic tape. HANGERS 1. Provide hangers on all ductwork. 2. Hangers for circular ducts and tubing: A #18' gauge galvanized sheet steel strap shall be . wrapped around the duct at each point of sup- port. For concealed work this strap shall be bolted to a strap hanger of similar gauge and width; for exposed work, bolted to a steel rod hanger in each case, rod hanger 1/4" size . for ducts up tol0" size, 3/8" size for larger ducts. Width of galvanized steel strap wrapped around the duct shall not be less.: than 1" in any case; where ducts are in ex- cess of 10" in diameter shall be 2 ". s, Spacing of hangers shall not exceed 10! -0" on' centers in any case; where ducts are insu- lated and are in excess of 10" in size, spac- ing shall not exceed 8o -0 "., PART 1.00 - GENERAL 1.01 DESCRIPTION SECTION 15870. OUTLETS AND INLETS A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 COMPLIANCES A. ADC COMPLIANCE Test and rate registers, grilles, and diffusers in accordance with ADC Equipment Test Code 1062R4, provide Certified Ratings Seal on each unit. B. AMCA COMPLIANCE Test and rate louvers, dampers, and shutters in . accordance with AMCA Standard 500, provide Certi- fied Ratings Seal on each unit. 1.03 SUBMITTALS A. Submit manufacturer's technical product data assembly -type shop drawings, and maintenance data. PART 2.00 - PRODUCTS 2.01 CEILING AIR DIFFUSERS A. GENERAL Except as otherwise indicated, provide manufac- turer's standard ceiling air diffusers with fire_ dampers; of size, shape, capacity and type indi- cested`fconstructed of materials and components in- dicated; constructed of materials and components as indicated, and as required for complete instal- lation. . CEILING COMPATIBILITY Provide diffusers with border styles that are com- patible with adjacent ceiling systems, and that are specifically manufactured to fit into ceiling module with accurate fit and adequate support. Refer to general construction drawings and speci- fications for types of ceiling systems which will contain each type of ceiling air diffuser. TYPES SECTION 15870 OUTLETS AND INLETS Provide ceiling diffusers of type, capacity, and with accessories and finishes as listed. 1. Ceiling (Sheetrock): Square housing, core of square concentric louvers, square or round duct connection. For.sheetrock ceilings Krueger "SH" for below 10' and Krueger "S" for above 10. For exposed ducts Krueger 180 series. • Ceiling (Lay -in): Round, square, or rectang- ular housing covered with removable perfo- rated panel in 24" x 24" frame. Conceal air pattern devices above panel. Install in lay - in ceilings. Anemostat PR series. 3. Provide: Adjustable opposed blade damper assembly, key operated from face of diffuser. ▪ Diffuser Finishes: Semi -gloss white enamel prime finish. 5. Manufacturers: One of the following: a. Anemostat Products Div., Dynamics Corp. of America. b. Barber Coleman Company. c. Carnes Co., Div. of Wehr Corp. d. Environmental Elements Corp., Titus Products Div. e. Kreuger Mfg. Co. f. Tuttle & Bailey Div.,.Interpace Corp. REGISTERS AND GRILLES GENERAL Except as otherwise indicated, provide manufac -. turer's standard wall registers and grilles with fire dampers; of size, shape, capacity and type indicated; constructed of materials and components as indicated, and as required for complete instal - lation. •PERFORMANCE Provide wall registers and grilles that have, as minimum, temperature and velocity traverses, throw and drop, and noise criteria ratings for each size device as.listed in manufacturer's ..current data. SECTION 15870 OUTLETS AND INLETS C. COMPATIBILITY Provide registers and grilles with border styles that are compatible with adjacent wall or ceiling systems, and that are specifically manufacturered to fit into construction with accurate fit and ad- equate support. Refer to general construction drawings and specifications for types of construc- tion which will contain each type of wall register and grille. D. TYPES Provide wall registers and grilles of type, capa- city, and with accessories and finishes as listed. 1. Register and Grille Materials: a. Manufacturer's standard stamped sheet steel frame and adjustable blades. b. Supply - Krueger 880H with OBD. c. Exhaust and Return - S8OH. 2. Heavy -Duty Grilles: Rigid heavy -gauge welded frame, horizontal bars, reinforced construc- tion. Titus series 30 -GL -5 or 30 -GS5, having fins turned at an angle between 30 degrees and 45 degrees, or approved. Provide in gy- mansium and all low wall grilles throughout building and elsewhere as indicated. E. Manufacturers: One of the Following: 1. Amenostat Products Div., Dynamics Corp. America. 2. Krueger Mfg. Company. 2.03 LOUVERS A. GENERAL Except as otherwise indicated, provide manufac- turer's standard louvers where shown; of size, shape, capacity and type indicated; constructed of materials and components as indicated, and as re- quired for complete installation. . PERFORMANCE Provide louvers that have a maximum free area, and minimum pressure drop for each type as listed in . manufacturer's current data, complying with louver schedule. SECTION 15870 OUTLETS AND INLETS C. SUBSTRATE COMPATIBILITY Provide louvers with frame and still styles that are compatibility with adjacent substrate, and that are specifically manufactured to fit into construction openings with accurate fit and ade- quate support, for weather -proof installation. Refer to general construction drawings and speci- fications for types of substrate which will con - tain each type of louver. D. MATERIALS Construct of aluminum extrusions, ASTM B221, Alloy 6063 -T52. Weld units or use stainless steel fas- teners. Provide annodized finish. Provide medium bronze color anodized to match windows Section 08520. LOUVER SCREENS On inside face of exterior louvers, provide 1/2" square mesh annodized aluminum wire bird screens mounted in removable extruded aluminum frames. STYLE Wonder Metal Ex -445. MANUFACTURERS One of the following: 1. Amneostat. 2. Wonder Metal Products. 3. Krueger. PART 3.00 — EXECUTION 3.01 INSTALLATION A GENERAL Install outlets and inlets in accordance with man- ufacturer's written instructions and in accordance with recognized industry practices to insure that products serve intended functions. Coordinate with other work, including ductwork and duct accessories, as necessary to interface in- stallation of .outlets and inlets with other work. Locate ceiling air diffusers, registers.,; and grilles, as indicated on general construction "Reflected Ceiling Plans" and "Interior Eleva- tions". Unless otherwise indicated, locate units in center of acoustical ceiling modules.: END OF SECTION 15870 SECTION 15880 FILTERS PART 1.00 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 COMPLIANCE A. NFPA COMPLIANCE Install air treatment equipment in accordance with NFPA 90A and 90B. B. UL COMPLIANCE Provide air filter units which have been listed and labeled by UL. C. ASHRAE COMPLIANCE Test air filter units in accordance with ARI 850. 1.03 SUBMITTALS A. Submit manufacturer's technical product data. PART 2.00 - PRODUCTS 2.01 AIR FILTERS A. EXTENDED SURFACE FILTERS Provide factory - fabricated, dry, extended surface filters; where shown, in sizes indicated. Equip with UL Class 1 fibrous media material formed into 2" deep V- shaped pleats and held by self- support- ing frames. Farr 30/30 or equal. PART 3.00 - EXECUTION 3.01 INSTALLATION A. Install air filters and holding devices of types indicated, and where shown; in accordance with air filter manufacturer's written instructions and with recognized industry practices.; to ensure that . filters comply with requirements and serve intended purposes. Comply with applicable portions of NFPA 70, 90A and B, pertaining to installation of air filters.. FHS 15880 -1 ▪ Locate each filter unit accurately in position indicated, in relation to other. work. Position unit with sufficient clearance for normal service and maintenance. Anchor filter holding frames securely to substrate. • Coordinate with other work including ductwork and handling unit work, as necessary to interface,. installation of filters properly with other work. SECTION .15880 ' FILTERS • - Install filters in proper position to prevent passage of unfiltered air. Provide clean set of filters at completion of job for all heating/ventilating pieces of equipment; plus one complete extra set of filters. END OF SECTION SECTION 15980 TESTING, ADJUSTING AND BALANCING PART 1.00 - GENERALS 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 INSTALLER A. Employ Hargis Engineers, Neudorfer or Able Balance to perform testing, adjusting and balancing on project. 1.03 INDUSTRY STANDARDS A. Comply with ASHRAE recommendations pertaining to measurements, instruments and testing, adjusting and balancing, except as otherwise indicated. 1.04 SUBMITTALS A. Submit certified test reports signed by Test and Balance Supervisor who performed TAB work. 1.05, JOB CONDITIONS A. Work will not proceed with testing, adjusting and balancing work until work has been completed and is operable. Ensure that there is no latent residual work still to be completed. Inform Ar- chitect in writing when project is ready for ad- justing and balancing. PART 2.00 - PRODUCTS 2.01 GENERAL A. Contractor shall provide all motors, sheaves, belts,ladders, etc. as required for balancer to accomplish work. SECTION 15980. TESTING, ADJUSTING AND BALANCING PART 3.00.- EXECUTION 3.01 GENERAL A. Examine installed work and conditions under which testing is to be done to ensure that work has been completed, cleaned and is operable. Do not pro- ceed with TAB work until unsatisfactory conditions have been corrected in manner acceptable to Tester. B.;. Test, adjust and balance air conditioning systems and components, as indicated, in accordance with procedures outlined in applicable standards. C. Prepare report of test results in format recommended by applicable standards. END OF SECTION 15980 :5980'- SECTION 16010 GENERAL PROVISIONS PART 1.00 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 WORK INCLUDED A. Include all labor, material, equipment, transpor- tation and services to furnish and install com- plete electrical system including: 1. New underground electrical secondary service 480Y/277V, 3 Phase, 4 wire to new main distribution switchboard. 2. Complete system of feeders in conduit to power panels and branch - circuit panels. 3. Furnish and install branch - circuit panels for power and lighting. 4. Complete branch - circuit wiring system for motors, receptacles, junction boxes, light- ing, etc. 5. Furnish and install all wall switches, receptacles, etc., as shown on drawings. 6. Furnish and install complete all lighting fixtures. 7. Furnish and install wiring up to and includ- ing safety switches for heating and ventilat- ing equipment installed by others. 8. Furnish and install telephone system ar.d security system. 9. Rival connections to all Owner supplied equipment. 10. Fire Alarm System.. 11. Audio /Visual Fiber Optic Cable System. 1.03 .SUBMITTALS A. Contractor shall submit for review, six copies of shop drawings, literature and equipment list, within 30 days after contract is let. Submit prior to fabrication or delivery. Submit complete, at one time. Partial submittals will not be considered. Submittals shall be in booklet form. The data contained shall be ar- 16010 -1 SECTION 16010 GENERAL PROVISIONS ranged in basic categories; i.e., heating equip- ment, lighting fixtures, panels, etc. A typewrit- ten index shall be included with dividers and identifying tabs between sections and references to sections of the specifications. D. Catalog sheets shall be complete and the item or model to be used shall be clearly marked. E. List substitute items separately and so identified. 1.04 HANDLING A. Deliver packaged materials in unbroken packages, manufacturer's label thereon; do not open packages or remove labels until Architect inspects and approves. PART 2.00 - PRODUCTS 2.01 MATERIALS AND SUBSTITUTIONS A. All materials shall be UL labeled where labeling service is normally available. B. All materials shall be new and best of their respective kinds. C. In all cases in this specification where an article is followed by the words "or approved equal ", the Architect is the sole judge of the quality of the proposed substitution. D. When the Architect approves a substitution, the approval is given with the understanding that the Contractor guarantees the substituted material or article to be equal to, or better, in every re- spect than the material or article specified. E. Where several materials are specified by name for one use, select for use any of those so specified. F. Whenever item or class of material is specified exclusively by detail specification, trade name, manufacturer's name or by catalog reference, use only such item, unless written approval is given for substitution prior to bid. Submit written re- questes at least 10 days prior to bid opening. FHS 16010 -2 SECTION 16010 GENERAL PROVISIONS G. Make no substitutions for materials, articles or process required under contract unless written ap- proval is obtained. See the General Requirements. PART 3.00 - EXECUTION 3.01 DRAWINGS A. Electrical drawings are generally diagrammatic. Complete details of the building which affect the electrical installation may not be shown. For ad- ditional details, the Contractor is referred to the General and Mechanical drawings. Contractor to carefully plan work to coordinate with other trades and to provide routing and offsets or nec- essary to achieve coordination. 3.02 GENERAL WORKMANSHIP A. OUTLETS 1. It shall be the responsibility of this Con- tractor to study the General and Mechanical drawings and specifications and confer with the various trades involved to the end that there is no conflict between the electrical outlets and any work of other trades. The following must be checked before installing any work: a. The exact outlet location. b. The location of furred ceilings. c. All door swings. d. All millwork and millwork details. e. All windows and other openings. f. The exact location of all Owner fur- nished fixtures and equipment. Outlet locations shown are approximate unless dimensioned and the Contractor shall verify exact location before installation. The Owner reserves the right to make reasonable changes in outlet location without additional expense. 3.03 DISCREPANCIES Where discrepancies occur between . plans and specifications, the Architect will determine which . takes precedence. The Contractor shall perform the selected requirement without additional cost. SECTION 16010 GENERAL PROVISIONS 3.04 INSERTS, ANCHORS, AND RACKS A. GENERAL The electrical contractor shall provide all in- serts, and anchors required for his work. B. PLACEMENT Place inserts and anchors in construction as work progresses. Do not interfere with reinforcing rods. C. RACKS Contractor shall provide all racks, stands, and supports for his equipment and work as required. Racks and supports shall be steel angle or channel cut to fit neatly and welded or bolted into a sturdy fit. 3.05 VISIT SITE A. Before submitting a bid, the Contractor shall visit the site and note all conditions affecting the work. Consult with serving utility and become familiar with their requirements. 3.0.6 IDENTIFICATION AND LABELING A. DIRECTORIES Each panel shall be equipped with a typewritten directory accurately indicating rooms and /or equipment being served. B. PANELS All panels including main distribution panel shall be identified with engraved lamacoid nameplates fastened to the equipment with escutcheon pins. Nameplates shall be 1/8" 5 -ply lamacoid with 1/4" white letters on a black background. Labels should state what item is and voltage. C. CIRCUIT COLORS On branch circuits, use shall be made of black - red -blue -white or orange - brown - yellow -gray throughout. Where wires of different systems junction in a common box, each cable shall be grouped with its own system and identified, using tags or identification strips. On all 3 phase systems, each phase shall be identified at all terminals using code markers. .16010 -4. 3.07 SECTION 16010 GENERAL PROVISIONS RECORD DRAWINGS A. Provide per Section 01300. 3..08.... OWNER FURNISHED EQUIPMENT 3.09. A. Provide wiring, conduit and boxes as required to make final connection to all Owner furnished equipment and machinery. Equipment will be set in place by others. CUTTING AND PATCHING A. Do all cutting and patching required for the work. Cutting of structural members shall be done with Architect's approval. Patching shall match the surrounding area. 3.10 TESTS GENERAL TESTS 1. During the course of construction, the .Elec- trical Contractor shall conduct the following tests on the electrical installation: a. The ground system shall be tested. 1) Equipment grounding conductors (and conduit system, where used for equipment grounding): Test for continuity. Service Equipment Grounding Connec- tions: Test for resistance to ground. All motors shall be checked for proper rotation. Feeder Conductors: 1) Test the service entrance conduc- tors with megger. Minimum accept- able value of insulation resistance . shall be 200 megohms.. Megger manu- facturer's instruction pamphlet, furnished with megger, shall pro- vide instructions for conducting tests. Disconnect devices not ca -. pable of withstanding voltage or current of megger test, such as in- dicating instruments, relays and lamps, before test is made. The do voltage output of megger shall be :., 1000, nominal. SECTION 16010 GENERAL PROVISIONS Contractor may elect to group and connect together conductors within raceway while performing megger test. Record readings which indi- cate less than minimum acceptable value. Repeat megger test after replacement of defective wiring. 3) Reconnect devices disconnected during testing. 2. Upon completion of the project, the Elec- trical Contractor shall measure load balance on all panels and reconnect loads as may be necessary to obtain a reasonable balance of load on phases. 3.11 HOUSEKEEPING AND CLEAN -UP A. The Electrical Contractor shall periodically remove from the site all debris and rubbish accu- mulating as a result of the electrical installa- tion. Upon completion of the project, he shall dispose of all debris and rubbish and shall leave manholes and electrical equipment rooms broom clean. The interiors of all cabinets, pull boxes and equipment enclosures shall be free of any de- bris. Clean all light fixtures, devices and cov- erplates. 3.12 CODES. ORDINANCES AND PERMITS A. Contractor shall familiarize himself with all requirements as to permits, fees, codes, inspec- tions and approvals. He shall obtain all permits, licenses, arrangements for work at his own ex- pense. All work shall be performed in strict accordance with NEC, National Electrical Safety Code and all other applicable local codes and ordinances. 3.13, MECHANICAL EQUIPMENT . •Ascertain location and electrical requirements of all mechanical equipment prior to bidding. Pro- vide all electrical service and to mechanical equipment. 'MANUAL Provide per.Section 01300. SECTION 16010. GENERAL PROVISIONS. 3.16. . MECHANICAL /ELECTRICAL INTERFACE Starter Spec. (In- cluding in- stallation & Wiring .Unit Ventilator 15030, 15769 Final 'Conn- ection from Disconnects,. Starter or J -box Division 16 Duct Heater Cabinet Heater Division 16 Division 16 Heating & Ven- tilating Units, Fans & Pumps: . 480V & 120V with inter - lock or auto operation. • 120V (no in- terlock or auto opera- tion) Water Heaters 16010 15030 16010 A.6010, ., 16010 Division 15 16010 15030. Division Division 1 END OF SECTION 16010 SECTION 16011 SPECIAL PROVISIONS PART 1.00 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and General provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 DEFINITIONS A. "Furnish" means supply and deliver to the job site. B. "Install" means build into the work, ready to use in a complete finished and operable system. C. "Approved or Approval" means written approval by the Owner or "Owner's agent ". D. "Work" or "Project" means the entire scope of work required by the Contract Documents. E. "Substantial completion" shall mean that the entire project (or readily definable portion thereof if so designated in the contract docu- ments) is acceptable to code enforcement authori- ties and to the extent required by such authori- ties, has been inspected and approved by such au- thorities, and is suitable for occupancy by the owner or occupant for the purpose intended. F. "Provide" means furnish and install for a complete finished and operable system. 1.03 CERTIFICATION A. By submitting a bid on the electrical system, the electrical subcontractor acknowledges and /or cer- tifies the following: 1. That he has carefully examined all the draw- ings and Specifications (including but not limited to architectural, site, utility, structural and electrical drawings and speci- fications); that he fully understands the drawings and specifications); that he fully understands the Contract requirements and has determined to his satisfaction that the draw- ings and Specifications are adequate to com- FHS 16011 -1 SECTION 16011 SPECIAL PROVISIONS plete the mechanical system; and that he can provide a complete finished and operable sys- tem in accordance with the intent of the con- tract documents. 2. That he has had a reasonable opportunity to discover any ambiguities in the Specifica- tions and drawings or questions with regard to the contract documents and such ambigui- ties have been brought to the attention of the architect /engineer in writing prior to submitting the bid. 3. That he has reviewed the project progress schedule with the General contractor, fully understands the schedule, and he has veri- fied, prior to submitting a bid, availability of all necessary labor and materials includ- ing supervision and office backup, and can comply with the schedule requirements. 4. That there may be changes to the scope of work and that he understands that any pro- posal submitted for performance of additional work over and above that required by the ba- sic contract will include all costs to the contractor associated with such change in- cluding but not limited to labor, materials, subcontracts, equipment, taxes, fees, sched- ule impact, loss of efficiency, supervision, overhead and profit. • That the contract requires him to coordinate his work with that of all other trades and that the responsibility for coordination in- cludes the rerouting, offsets, etc., to fit work in the structure in a manner that is compatible with the work of other trades in the same area. • That the routing of the elements of the elec- trical system included in the plans is schematic only and that offsets and rerouting probably will be required in installation, and labor and materials have been included for such in his bid. That he has consulted with all affected Utilities and included in his bid all labor and materials to meet all requirements which may be imposed by each utility and has also included in his bid all costs and fees to be paid to such utilities, including temporary services and temporary and permanent connec- tions unless specifically excluded in basic contract Documents. SECTION 16011 SPECIAL PROVISIONS 8. That he understands the submittals of material and equipment to the Architect-Engi- neer is for the purpose of establishing what the contractor is supplying for the project. Any review undertaken by the Architect-Engi- neer does not relieve the Contractor of its responsibility to furnish and install all ma- terials and equipment required for its work in the project nor does such review relieve the contractor of his responsibility for co- ordination with contractors, subcontractors or designers to ensure that such materials and equipment will fit and be suitable for the purpose intended. 9. The contractor agrees to receive the prices set forth in its, bid as full compensation for furnishing all the materials and labor which may be required in the prosecution and com- pletion of all work required under the con- tract documents, and in all respects to com- plete the contract work to the satisfaction:. of the Architect - Engineer. 10.. The electrical subcontractor shall include in his bid the costs to furnish all bonds as specified in Section Modifications to General. Conditions. ' PART 2:- tRODUCTS Not used. PART 3 - EXECUTION.. Not used ' END- OF SECTION 1'6011 0 1 e. e U c, e. SECTION 16100, BASIC MATERIALS AND METHODS PAGE'l BASIC MATERIALS AND METHODS PART I GENERAL 1.01 SCOPE This section contains the general requirements for materials and installation methods which apply to all sections of Division 16. All materials and equipment shall be installed in conformance with the manufacturer's installation instructions and U.L. requirements. PART II PRODUCTS 2.01 GENERAL A. All materials must be new, free from defects, and not less than the quality herein specified. They shall be designed to insure satisfactory operation and operation life in the environmental conditions which will prevail where they are being installed. B. Each type of materials furnished shall be of the same make and shall be of the standard products of manufacturers regularly engaged in the production of such materials and shall be the manufacturer's latest standard design. C. All materials and equipment installed, including lighting fixtures, shall have been tested and listed by Underwriters Laboratories or other approved testing organization and shall be so labeled unless otherwise permitted by the Code Inspector (AHJ) and the Architect. 2.02 SUBSTITUTION OF MATERIALS A. Listing of materials is not intended to prevent listing of other material provided the substitute product is submitted for listing and has been reviewed and listed in accordance with the following Substitution of Materials requirements: Listing Prior to Bid Opening Listing of products other than those specified will be issued after the following requirements are met: Requests shall clearly indicate the product fully complies with Contract Documents and shall be neatly marked to clearly define and describe the product for which listing is requested. Samples shall be submitted if requested. Requests shall be received prior to 10 days before bid opening. Requests containing insufficient information to confirm compliance with Contract Documents will not be considered. (2) After Award of Contract: Substitution of products will be considered after award of contract only under the following conditions: (a) The Contractor shall have placed orders for specified materials promptly after contract is awarded. (b) The reason for the unavailability is beyond the Contractor's control, i.e. due to strikes, bankruptcy, discontinuance of manufacture, acts of God. (c) Requests for substitutions shall be made in writing and shall be accompanied by complete description of the material or equipment. B. In all cases, should a substituted material result in requiring electrical system or building modifications; the Contractor alone shall pay all costs to provide" these modifications including all costs to the Engineer and Architect for re- design time required to accommodate the required modifications. '2.03 COMPLETE SYSTEM All the systems mentioned shall be complete in every detail and fully operational upon completion of the , project unless specifically noted otherwise. Mention of certain materials in these specifications shall not be construed as releasing the Contractor from furnishing such additional materials and performing all labor required to provide complete and fully operational systems. 2.04 SUBMITTALS AND SHOP DRAWINGS 8852.2 SECTION 16100, BASIC MATERIALS AND METHODS PAGE 3 A. Within 45 days after award of contract, submit common brochure(s) with index and divider tabs by specification section, containing all required catalog cuts, to the Architect in a three (3) ring binder with hardboard cover. Shop drawings shall be submitted to the Architect as soon as available but not later than 60 -days after award of contract. The data shall contain sufficient information to demonstrate that the material being submitted fully comply with Contract Documents and they shall have been stamped "Reviewed and Approved" by the Contractor prior to review by the Architect. (Note: Submittals and shop drawings which are incomplete or which contain insufficient information will be returned for resubmittal). See General Conditions for format, quantity, etc. B. The Contractor agrees that submittals processed by the Architect are not change orders; that the purpose of submittals by the Contractor is to demonstrate to the Engineer that the Contractor understands the design concept, that he demonstrates his understanding by indicating which equipment and material he intends to furnish and install and by detailing the fabrication and installation methods he intends to use. The Contractor alone accepts all responsibility for assuring that all materials furnished under this Division of the specifications meet in full all requirements of the Contract Documents. The Engineer's review is for general conformance with the design concept and Contract Documents. Markings or comments shall not be construed as relieving the Contractor from compliance with the project plans and specifications, nor departures therefrom. The Contractor remains responsible for details and accuracy for confirming and correlating all quantities and dimensions, for selecting fabrication processes and for techniques of assembly. Items to be included in submittals are: Fuses Transformers Contract Cost Breakdown switchboards. & Panelboards Raceway FittingsLighting Fixtures & Ballasts Stress ConesLighting.Standard & Poles Load Break ElbowsFire Alarm w /AHJ:.approval Medium Voltage CableClock & Program Wires & Cableslntercom Aluminum Conductor Term.Public Address System Cable ConnectorsTelevision System Splicing KitsElectric Heating Floor BoxesDisconnects & Fused Switches Wiring DevicesLighting Control Motor Controllers 2.05 NAMEPLATES Provide permanently attached nameplates constructed of plastic (black on white) laminated material engraved through black surface material to white sublayer. A. Job Nameplate: Refer to Section 16470. B. Switchboard and Panelboard Nameplates: Refer to Sections 16470 and 16471. C. Receptacle Nameplates: Refer to Section 16140. D. Motor Starter and Disconnect Nameplates: Refer to Sections 16160 and 16170. E. Special equipment outlet nameplates: Refer to appropriate Sections. As shown on the drawings and details. PART III EXECUTION 3.01 INSTALLATION A. Obtain permission from the. Architect prior to cutting. Locate cuttings so they will not weaken structural components. Cut carefully and only the minimum amount necessary. Cut concrete with diamond core drills or concrete saws except where space limitations prevent the use of such tools. B. All construction materials damaged or cut into during the installation of this work must be repaired or replaced with materials of like kind and quality as original materials by skilled labor experienced in that particular building trade. EXCAVATIONS • 8852.2 SECTION 16100, BASIC MATERIALS AND METHODS PAGE 5 A. Excavations shall not disturb or injure walls, footings or other property. B. Remove all surplus earth not needed for backfilling and dispose of same as directed. C. See Section 16105. 3.03 PENETRATIONS OF FIRE RATED ELEMENTS Must be provided such as to retain that rating. 3.04 PAINTING Painting in general will be covered under another Division of this Specification, except items furnished under this Division that are scratched or marred in shipment or installation shall be refinished. 3.05 CLEAN UP Contractor shall continually remove debris, cuttings, crates, cartons, etc., created by his work. Such clean up shall be done daily and at sufficient frequency to eliminate hazard to the public, other workmen, the building or the Owner's employees. Before acceptance of the installation, Contractor shall carefully clean cabinets, panels, lighting fixtures, wiring devices, cover plates, etc., to remove dirt, cuttings, paint, plaster, mortar, concrete, etc. Blemishes to finished surfaces of apparatus shall be removed and new finish equal to the original applied. 3.06 WORKMANSHIP AND OBSERVATION A. Workmanship shall be of the best quality and none but competent and experienced electricians shall be employed and shall be under the supervision of a competent and experienced foreman. All completed work shall represent a neat and orderly appearance. B. All work and materials shall be subject to observation at any and all times by representatives of the Architect. 3.07 HOUSEKEEPING PADS A. Provide a concrete housekeeping pad under each floor mounted switchboard or transformer. Pad shall be 4" greater in dimension (horizontal minimum) than base of equipment mounted 8852.2 thereon. Minimum height 3 -1/2 ". Refer to Division 3.for "Cast in Place" concrete. When housekeeping pad is poured on previously poured concrete, the pad shall be reinforced ( #4, 12" o.c., both ways) and the rebar shall be tied to the existing floor via d -bolts (previously set) or expansion bolts or other acceptable means. The existing slab shall be thoroughly cleaned and prepared for the pad just before the pour. 3.08 AQUIPMENT CONNECTION A. For equipment furnished under this or other Divisions of the Specifications, or by Owner; provide complete all electrical connections necessary to serve such equipment and provide required control connections to all equipment so that the equipment is fully operational upon completion of the project. Whenever the drawings show an equipment connection the Contractor shall provide the code required disconnect switch. Prior to rough -in, obtain submittals and shop drawings for all equipment requiring electrical connections being furnished under other divisions of the. Specifications and by the Owner. INTERFACE WITH OTHER TRADES The. Contractor shall continually interface and coordinate the electrical work with the work of other trades. At each switchboard and panelboard location the Contractor shall monitor the . work of all,' trades to assure that the space and clearance' requirements of code are met. END OF SECTION 16100 SECTION 16110 RACEWAY PART 1.00 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 COMPLIANCE A. NEMA COMPLIANCE Comply with applicable requirements of NEMA stan- dards pertaining to raceways. UL COMPLIANCE AND LABELING Comply with applicable provisions of UL safety standards pertaining to electrical raceway sys- tems; and provide products and components which have been UL- listed and labeled. C. NEC COMPLIANCE Comply with NEC as applicable to construction and installation of raceway systems. PART 2.00 - PRODUCTS 2.01 METAL CONDUIT AND TUBING A. GENERAL Provide metal conduit, tubing and fittings of types, grades, sizes and weights (wall thick - nesses) for each service indicated. Where types and grades are not indicated, provide proper se- lection determined by Installer to fulfill wiring requirements, and comply with applicable portions of NEC for raceways. RIGID STEEL CONDUIT FS WW -C -0581 and ANSI C80.1. INTERMEDIATE STEEL CONDUIT FS WW -C -581. RIGID METAL CONDUIT FITTINGS FS W -F -408. .1. Use.Type 1 fittings for connections. SECTION 16110 RACEWAY 2. Use Type 2 fittings for concrete tight connections. E. ELECTRICAL METALLIC TUBING (EMT) FS WW -C -563 and ANSI C80.3. F. EMT FITTINGS Compression type. G. FLEXIBLE METAL CONDUIT FS WW -C -566. H. FLEXIBLE METAL CONDUIT FITTINGS FS W -F -406, Type 1, Class 1, and Style A. I. LIQUID -TIGHT FLEXIBLE METAL CONDUIT Provide liquid- tight, flexible metal conduit; con- structed of single strip, flexible, continuous, interlocked, and double- wrapped steel; galvanized, inside and outside; coat with liquid -tight jacket of flexible polyvinyl chloride (PVC). J. LIQUID -TIGHT FLEXIBLE METAL CONDUIT FITTINGS FS W -F -406, Type 1, Class 3, Style G. K. NON - METALLIC CONDUIT 1. Electrical Plastic Conduit (EPC): NEMA stds. Pub No. TC 2, Type 3, Schedule 40 PVC, for direct burial and normal above- ground duty. 2. PVC Conduit and Tubing Fittings: NEMA Stds Pub No. TC 3, match to conduit /tubing type and material. CONDUIT, TUBING AND DUCT ACCESSORIES Provide conduit, tubing and duct accessories of types, sizes, and materials, complying with manu- facturer's published product information, which mate and match conduit and tubing. 2.02 WIREWAYS A. SURFACE METAL RACEWAYS Provide and construct surface metal raceways of sizes and channels indicated herein; in compliance with FS W -C -582; construct of galvanized steel with snap -on covers, with 1/8" mounting screw knockouts in base approximately 8" o.c. Provide all fittings necessary for a complete surface raceway system, including surface extension boxes, elbows, tees, bushings, supporting clips, connec- tion covers, boxes, etc. Fittings shall match and PART 3— EXECUTION 3.01 INSTALLATION A. Install electrical raceways as indi pliance with manufacturer's written and applicable requirements of NEC < "Standard of Installation ". C (I •V 1$1*(14 e cJ ee\ crAc-<:. yo) B. Metallic conduit system shall be in A.ur the connection of all outlet boxes, junction boxes, panelboards, cabinets, etc., as indicated on the drawings. All conduit shall be run continuous between out - lets with a minimum number of bends. In furred ceilings, conduit .runs .shall be support- ed from structure, not furring. TYPE OF CONDUITS 1. EMT conduit may be used in furred spaces, in partitions other than concrete or masonry and for exposed work indoors 5 feet or higher above finished floor. Flexible Conduit: a. Flexible conduit shall be, used for connection on all motor terminal boxes to conduit stubs or outlets. Where mo- tors are mounted on sliding bases, the flexible connection shall be of suffi- cient (minimum 12 ") length to allow full travel of motor or base. Flexible conduit shall be used for connection of control equipment requir- ing piping, such as solenoid valves, pressure controls,.,aquastats, pneumatic electric relays,. etc. SECTION 16110 RACEWAY c. Certain lighting fixtures shall require flexible conduit connections to junction boxes, as shown on the drawings or spec- ified hereinafter. d. Continuity of equipment ground shall be obtained by installing inside the flexi- ble conduit a bonding wire (each end of which shall be bolted to outlet box by a separate bolt) or by using liquid -tight flexible conduit approved for this pur- pose. 3. PVC rigid conduit (Schedule 40) shall be used for all conduits direct buried in earth. Minimum burial depth shall be 24 inches. Provide underground warning tape 6 inches above conduit along the entire run. Use rigid metal elbows. 4. Minimal size conduit is 3/4" except run to last outlet or switch. F. BENDING All field bends shall be made with standard tools and equipment manufactured especially for this purpose. G. PULL WIRE A pull cable shall be installed in all empty con- duits. Cable shall be nylon. H. SEPARATION A minimum separation of 6" shall be maintained be- tween conduits and hot water lines. I. All conduit shall be run concealed unless approved otherwise. All exposed raceway shall be surface metal raceway. 3.02 BRANCH CIRCUIT ROUTING A. GENERAL 1. Drawings accompanying specifications indicate general direction of routes of branch - circuit home runs. Continue all home runs to panel as though routes were completely indicated. Install branch- circuit wiring in home runs exactly as shown on drawings. All conduit run concealed wherever possible. 2. Conduit shall be run parallel or at right angles to building walls or beams. FHS 16110 -4 SECTION 16.110 RACEWAY .03'.. TELEPHONE. SOUND SYSTEM, INTERCOM SYSTEM COMPUTER &' SECURITY, & T.V. CONDUIT SYSTEM Install a complete conduit system for all systems. Locate outlets as shown. Provide coverplate for each outlet that does not have a device installed in it END.OF.SECTION 16110. SECTION 16120 WIRES AND CABLES PART 1.00 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 COMPLIANCE A. UL COMPLIANCE AND LABELING Comply with applicable UL safety standards per- taining to wires /cables and connectors; provide products which are UL- listed and labeled. B. NEC COMPLIANCE Comply with NEC as applicable to construction and installation of cables, wires and connectors. C. ASTM COMPLIANCE Comply with ASTM B 3 pertaining with conductivity of not less than 90% at 20 deg. C (68 deg. F). PART 2.00 - PRODUCTS 2.01 WIRE A. Conductors shall be solid or stranded copper with NEC 600 volt insulation unless otherwise indicated or required. Conductors used in high temperature locations shall have insulation types required by Code. Wire size #8 AWG and larger shall be stranded. The minimum wire size shall be #12 AWG. Motor control wiring may be #14 AWG, if not indi- cated otherwise on the drawings. Marking of con- ductors shall be in accordance with Code require- ments. Unmarked cable or wire shall be delivered to the job site in unbroken containers. Provide wires of types, ratings, materials and sizes as indicated on the drawings. All wire to be in conduit. 1. Type THWN or THW: For dry and wet locations, 75 deg. C (167 deg. F) max. operating temp. 2. Type THHW or THHN: For dry locations, 90 C deg. (194 deg. F) max. operating temp. 3. Type XHHW: For dry locations, 90 deg. (194 deg. F max. operating temp. 16120 -1 2.02 CONNECTORS SECTION 16120 WIRES AND CABLES A. Provide factory- fabricated metal connectors for splicing wiring. Provide proper selection as de- termined by Installer to comply with installation requirements and NEC standards. Use "wirenuts" for size 10 and smaller and pressure connectors for size 8 and larger. PART 3.00 - EXECUTION 3.01 INSTALLATION A. Install cables, wires and wiring connectors in accordance with recognized industry installation practices. Comply with applicable portions of NEC and NEMA standards and with NECA's "Standard of Installation ". . =. Coordinate with other work including electrical . raceway and equipment installation work, as neces- sary to interface installation of wires /cables with other work. Prior to energization, test cable and wire for continuity of circuitry, insulation resistance, and for short circuits. Correct malfunctions when detected. END OF SECTION 16120 FHS 16120. 2.03 WEATHERPROOF OUTLET BOXES A. Provide corrosion- resistant cast -metal weather- proof outlet wiring boxes, of types, shapes and sizes, including depth of boxes, with .threaded 16135 -1 SECTION 16135 ELECTRICAL BOXES AND FITTINGS conduit ends, cast -metal face plates with spring - hinged waterproof caps suitable configured for each application, including face plate gaskets and corrosion - resistant fasteners. 2.04 CONDUIT BODIES A. Provide galvanized cast -metal conduit bodies, of types, shapes and sizes, to suit respective loca- tions and installation, construct with threaded conduit entrance -ends, removable covers, and cor- rosion-resistant screws. 2.05 BUSHINGS, KNOCKOUT CLOSURES AND LOCKNUTS A. Provide corrosion- resistant punched -steel box knockout closures, with conduit locknuts and mal- leable iron conduit bushings, and offset connec- tors; of types and sizes to suit respective uses and installation. PART 3.00 - EXECUTION 3.01 INSTALLATION A. Install electrical boxes and fittings as indicat- ed, in accordance with manufacturer's written in- structions and with recognized industry practices. B. Coordinate installation of electrical boxes and fittings with wire /cable and raceway installation work. C. Provide weatherproof outlets for interior and exterior locations exposed to weather or moisture. D. Install boxes and conduit bodies in those loca- tions to ensure ready accessibility of electrical wiring. E. Fasten boxes rigidly to substrates or structural surfaces to which attached, or solidly embed elec- trical boxes in concrete or masonry. Provide grounding connections, sufficiently tight to assure permanent and effective grounds, where indicated for installed electrical boxes. END OF SECTION 16135 F. SECTION 16140 WIRING DEVICES PART 1.00 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 COMPLIANCE A. UL COMPLIANCE AND LABELING Comply with UL 20, 498 and 943 and provide elec- trical wiring devices which have been UL listed and labeled. B. NEC COMPLIANCE Comply with NEC as applicable to construction and installation of electrical wiring devices. C. NEMA COMPLIANCE Comply with NEMA standards for general and spe- cific- purpose wiring devices. PART 2.00 - PRODUCTS 2.01 RECEPTACLES A. HEAVY -DUTY DUPLEX Provide heavy -duty duplex receptacles, 2 -pole, 3- wire grounding, 20- amperes, 125- volts, with metal plaster ears, back wiring, NEMA configuration 5 20R unless otherwise indicated, specification grade. . GROUND -FAULT INTERRUPTER Provide general -duty duplex receptacles, ground- fault circuit interrupters, feed -thru type, capa- ble of protecting connected downstream receptacles on single circuit, grounding type UL -rated Class A, Group 1, 20- amperes rating, 120 - volts, 60 Hz; • with solid -state groundfault sensing and signal- ing; with 5 milliamperes ground -fault trip level; equip with NEMA configuration 5 -20R. FHS COMPUTER -GRADE Provide surge - protected 20- ampere, 125, 2 -pole, 3- wire, permanently installed (hardwired) grounding duplex receptacle. These receptacles must provide 16140 -1 SECTION 16140 WIRING DEVICES line -to- neutral, line -to- ground, and neutral -to- ground surge protection utilizing metal oxide varistors. The receptacles shall also provide clear, positive visual indication of operational status, including loss of surge protection. Levi - tion or approved equal. 2.02 SWITCHES A. SNAP Provide general -duty flush single -pole toggle switches, 15- amperes, 120/277 volts AC, with mounting yoke insulated from mechanism, equip with plaster ears, switch handle, and side -wired screw terminals. Use heavy duty where load exceeds 12 amperes. Provide key switches where indicated. Specification grade. B. DUPLEX SNAP Provide general -duty duplex flush 3 -way AC quiet switches, 15- amperes, 120/277 volts, with mounting yoke insulated from mechanism, equip with plaster ears, switch handles, side -wire screw terminals, with break -off tab features, which permits wiring for separate or common feed. 2.03 WIRING DEVICE ACCESSORIES A. WALL PLATES Provide single- switch and duplex outlet wall plates for single, duplex and combination wiring devices for types, sizes and with ganging and cutouts as indicated. Construct with metal screws for securing plates to devices; screw heads col- ored to match finish of plates; plates colored to match wiring devices to which attached. Plate shall be stainless steel. PART 3.00 - EXECUTION 3.01 INSTALLATION A. Install wiring devices as indicated, in compliance with manufacturer's written instructions, applica- ble requirements of NEC and NECA's "Standard of Installation ". Install wiring devices only in electrical boxes which are clean; free from excess building materi- als, dirt, and debris.. SECTION 16140 WIRING DEVICES Install galvanized steel wall plates in unfinished spaces. Delay installation of wiring devices until wiring': work is completed. Delay installation of wall plates until after painting work is completed. END OF SECTION 16140 SECTION 16160 PANELBOARDS PART 1.00 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 COMPLIANCE A. UL COMPLIANCE AND LABELING Comply with UL Stds Nos. 50, 67, 869 and 1053. Provide panelboards which have been UL listed and labeled, and with additional UL markings indicat- ing special usage, where panelboards are con- structed for that purpose. B. NEC AND NEMA COMPLIANCES Comply with NEC and NEMA Stds Pub No. 250, No. PB 1, NO. PB 1.1. PART 2.00 — PRODUCTS 2.01 MANUFACTURER A. Provide panelboards of one of the following (for each type of panelboard and enclosure): 1. Cutler - Hammer Products, Eaton Corp. 2. General Electric. 3. Square D Co. 4. Westinghouse Electric Corp. 5. Siemens I.T.E. 2.02 GENERAL A. Except as otherwise indicated, provide electrical panelboards, enclosures and auxiliary components, of types, sizes and ratings indicated, which com- ply with manufacturer's standard materials, design and construction in accordance with published product information; equip with number of unit panelboard devices as required for complete in- stallation. Where more than one type of component meets indicated requirements, selection is In- staller's option. Where types, sizes, or ratings are not otherwise indicated for an application, comply with NEC, UL, and established industry standards. 16160 -1 SECTION 16160 PANELBOARDS SECTION 16160 PANELBOARDS 2.05 PANELBOARD ENCLOSURES Provide galvanized sheet steel cabinet -type enclosures, in sizes and NEMA types indicated, code -gage, minimum 16 gage thickness. Construct with multiple knockouts and wiring gutters. Pro - vide fronts with adjustable indicating trim clamps, and doors with flush locks and keys, with all panelboard enclosures keyed alike with con- cealed door hinges and door swing as indicated. Equip with interior circuit- directory frame and card with clear plastic covering. Provide baked gray enamel finish over rust inhibitor. Provide enclosures fabricated by same manufacturer as pan - elboards, and which fit properly with panelboards to be enclosed. Provide skirts to floor and ceil- ing for surface mounted panels. PART 3.00 - EXECUTION 3.01 INSTALLATION A. Install panelboards as indicated, in accordance with manufacturer's written instructions, and re- quirements of NEC and NECA's "Standard of Instal - lation ". Anchor panelboards tightly to walls and structural surfaces, ensuring that they are mechanically se- cure and permanently affixed. Provide electrical connections . within enclosures. Type panelboard's circuit directory card upon completion of installation work. END OF SECTION 16160 SECTION 16180 OVERCURRENT PROTECTIVE DEVICES PART 1.00 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 COMPLIANCE A. NEC COMPLIANCE Comply with NEC requirements pertaining to over - current protective devices. B. UL COMPLIANCE Comply with UL 489, "Molded -Case Circuit Breakers and Circuit - Breaker Enclosures ", and UL 198D, "High- Interrupting- Capacity Class K Fuses ". Pro- vide overcurrent protective devices which are UL- listed and labeled. PART 2.00 - PRODUCTS 2.01 MANUFACTURERS A. Provide overcurrent protective devices by same manufacturer as panelboard manufacturer. 2.02 CIRCUIT BREAKERS A. GENERAL Except as otherwise indicated, provide circuit breakers and auxiliary components, of types, sizes, ratings, and electrical characteristics, which comply with manufacturer's standard design, materials, components, and construction in accor- dance with published product information, and as required for complete installation. B. MOLDED -CASE CIRCUIT BREAKERS Provide factory - assembled, molded -case circuit breakers of frame size indicated; rated 600 - volts, or 250 VDC, 60 Hz. Provide breakers with perma- nent thermal and instantaneous magnetic trips in each pole and with fault- current limiting protec- tion, ampere ratings as indicated. Construct with overcenter, trip -free toggle -type operating handle trip indication. Construct breakers for mounting and operating in any physical position and operat -- 16180 -1 FHS; SECTION 16180 .OVERCURRENT PROTECTIVE DEVICES' any physical position and operating in an ambient temperature of 40 deg. C. Provide breakers with mechanical screw type removable connector lugs, AL /CU rated. Breakers shall be bolt on type. 2.03:' DISCONNECT SWITCHES A. Provide heavy -duty horsepower -rated heavy -duty safety switches, fused or non - fused, in NEMA 1 or 3R enclosures, 250 or 600V, as required. Size as shown on drawings. Provide dual - element time- delay fuses with each fusible disconnect, switch, unless otherwise specified or shown. 2.04 FUSES A. GENERAL Except as otherwise indicated, provide fuses of types, sizes, ratings, and average time /current and peak let- through current characteristics indi- cated, which comply with manufacturer's standard design, materials, and construction in accordance with published product information, and with in- dustry standards and configurations. CLASS L TIME -DELAY FUSES Provide UL Class L time -delay fuses rated 600 V, 60 Hz, with 200,000 RMS symmetrical interrupting Current rating for protecting transformers, mo- tors, and circuit breakers: Inspect circuit - breaker operating mechanisms for . malfunctioning and, where necessary, adjust units for free mechanical movement. Test devices for continuity of circuitry and for prior to energization of overcur- rent protective devices. Where . possible, correct malfunctioning units at site, then retest o demon- strate compliance otherwise remove and replace .. with new units and proceed with retesting. SECTION 16180 OVERCURRENT.PROTECTIVE DEVICES,: Use Hi -Caps fuses on main switch and T -Tron fuses on ` all other switches in switchboard'`(Bussman Designations) END OF. SECTION 16180., SECTION 16420 GENERATOR PART 1.00 - GENERAL 1.01 DESCRIPTION 1-r \\D , \ 4 \1 13,,` V" es) T.I7V A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 COMPLIANCE A. Design, construction and installation of emergency standby generator set shall comply with all appli- cable recognized industry standards. B. Generators and transfer switches shall be UL list- ed and labeled. PART 2.00 - PRODUCTS 2.01 GENERAL A. All equipment shall be new and of current produc- tion of a national firm, who manufactures the al- ternator and control panel and assembles the standby electric plant as a matched unit, having a service and parts organization within 50 miles of this project, backed up by a national sales and service organization. 2.02 CAPACITY Id A. The standby electric plant shall be rated tbIKW, 15.0 KVA, 0.8 P.F., 120/208 volts, 3 phase, 4 wire, 18 amps., 60 Hertz, A.C., Kohler or equal. Generator shall be Onan, Kohler, Generac or equal. Unit shall be #2 diesel powered. Provide built -in diesel tank in base of generator. 2.03 ENGINE A. The engine must be "air- cooled ". A hot air dis- charge duct adapter shall be provided to allow all . heated air and gses to be discharged out of the enclosure through one opening. The engine shall be of cast alloy iron construc- tion with cast aluminum alloy heads. Valves shall be overhead and free to rotate. Intake valves FHS 16420 -1 SECTION 16420 GENERATOR shall be alloy steel with replaceable inserts. Exhaust valves shall be hard chrome - cobalt alloy. The crankshaft shall be ductile iron. The con- necting rods shall be forged steel with replace- able inserts. There will be full pressure lubri- cation to the main and connecting rod bearings. C. The engine shall be equipped with adjustable gear - driven governor, speed regulation 5 %, no -load to full -load, with reusable element air cleaner, full flow, replaceable, oil filter with by -pass, oil pressure gauge, and 12 -volt starting. 2.04 ALTERNATOR A. DESIGN Revolving field, 4 -pole alternator rigidly coupled to the engine, permanently aligned. Drip -proof construction. Amortissuer windings and skewed stator for minimizing field heating and voltage harmonics. Segmented stator laminations welded in a heavy gauge steel frame. Dymanically balanced rotor, windings impregnated with 100% solid epoxy resin for improved cooling and complete environ- mental protection. Full 3 phase output provided by burshless, broad range, reconnectible 3 phase alternator with twelve leads brought out. Unit connected to obtain required voltage of 120/208V, 3 phase. B. BEARINGS Double sealed, pre - lubricated ball bearings. C. COOLING Direct drive centrifugal blower. Single opening air outlet. Capable of being easily ducted. EXCITER SYSTEM Brushless exciter with 8 pole stator mounted in end bell. Encapsulated rotating recitifier assem- blies protected from adverse environments and eas- ily accessible through end bell. Permanent magnet embedded in exciter stator field pole to ensure alternator voltage buildup. VOLTAGE REGULATOR Solid state voltage regulator. Silicon controlled recitifiers with phase controlled sensing circuit. The voltage reference shall be a temperature com- pensated.zener diode. FHS 16420 -2 SECTION 16420 GENERATOR F. VOLTAGE WAVEFORM The voltage waveform deviation factor shall be less than .06 per NEMA MG 1- 22.42. Telephone in- fluence factory (TIF) less than 40 per NEMA MG1- 22.43. G. TEMPERATURE RISE At rated load, temperature rise shall be within NEMA MG1 -22.40 definition. H. INSULATION SYSTEM Class F per NEMA MG1 -1.65 definition. Insulating varnish conform to MIL -I- 124092, Type M, Class 155. 2.05 UNIT PERFORMANCE A. BATTERY CHARGING OUTPUT 12 -volt DC, 2 to 5 amp adjustable. Negative bat- tery ground only. B. FREQUENCY REGULATION Governor drop 3 -hertz maximum, no load to rated load. Recovery to stable operation is less than two seconds on application or removal of rated load in one step. C. VOLTAGE REGULATION Plus or minus 3- percent, no load to rated load. Voltage variation plus or minus 1- percent of the mean value for constant loads from no load to rated load. Regulator matched to engine charac- teristics to provide maximum reserve overload ca- pacity. Maximum instantaneous voltage dip upon application of full load at rated power factor shall not exceed 15 %, with recovery within one second. RFI SUPRESSION Provide radio interference suppression meeting commercial standards. 2.06 ACCESSORIES AND ADDITIONAL EQUIPMENT FHS A. Starting batteries shall be lead acid type. Batteries shall be two each, 6 volt 105 amp -hr and shall include electrolyte, battery cables, a steel . battery rack and hydrometer. The battery rack shall be an integral part of the skid base. Mounted and prewired output line circuit breaker. 16420 -3 FHS SECTION 16420 GENERATOR C. Safety shutdown devices for high air temperature overspeed and low oil pressure shall be provided. air •• t adapter for exhausting engineer it om co •art nt • the • tside. D •t s to • prov ced • in in contra S, Provide critical rated silencer. Provide oil pressure gauge. Seamless stainless steel flexible exhaust tubing minimum of 12" in length. b. Vibration isolators as recommended by manufac- turer. 1. Three copies of detailed operation and mainten- ance manuals with parts list. Interconnecting and wiring diagrams, specification sheets, and outline drawings of exact equipment being supplied are to be furnished with submit- tals. h�. Provide factory certified test reports to owner and engineer showing maximum power capability of generator set suplied, voltage regulation and fre- quency regulation. I` Exhaust piping other than flexible exhaust section and muffler shall be supplied by 14- . ;I ,�.. 1>� ODD ' The engine- generator is to be properly mounted on a rigid steel skid base. trrstaii "'bontrazcbor ahe'1 0pdify dimensions of concrete mounting base (shown on the drawings) as necessary to acommodate the physical size of generator set per manufac- turer's instructions. A copy of manufacturer's standard limited warranty, shall be included with submittals. The entire system shall be warrantable for a period of five years from date of start -up. Complete engine and generator set shall be of the same U.S. manufacturer to assure compatibility and availability of parts and service. 16420 -4 SECTION 16420 GENERATOR 2.07 LOAD TRANSFER CONTROLS A. An automatic system load transfer control, 30 ampere shall be furnished. The automatic load transfer control shall be provided with three poles for normal service of 120/208 volts, 60 Hertz, 3 phase, and an emergency source (generator set) of 120/208 volts, 3 phase. Adjustable close differential relays shall be provided to transfer the load circuits to the emergency source when any phase drops below 83% normal voltage and automati- cally retransfer when all phases are 90% or more of normal voltage. B. The transfer switch shall mechanically and elec- trically held and rated to 600 volts for all classes of load and continuous inductive duty. C. HIGH CURRENT- BREAKING CAPACITY Capable of switching loads up to 15 times the con- tinuous rating of the switch at rated voltage. D. ENDURANCE 1. Must be capable of enduring 6000 cycles of operations complete opening and closing of the contact at rated current and voltage at a rate of 6 cycles per minute without failure. 2. Also must be capable of a continuous 10% overload (1.10 service factor) on the name - plate ampere rating without exceeding safe operating temperature. 3. The switch shall be double throw inherently interlocked mechanically and electrically to prevent supplying theload from both sources simultaneously. The operating current shall be obtained from the source to which the load is to be transferred. The transfer mechanism shall be of the double break design with solid silver cadium curface contacts and in- dividual heat resistant arcing chamber. 4. Arc barriers and magnetic blow out coils will also be acceptable if single break contacts are used. Failure of any coil for disar- rangement of any part shall not permit a neu- tral position. The contacts must be capable of carrying 20 times the continuous rating of the switch without welding and 15 times the continuous rating for interrupting current. 16420 -5 SECTION 16420 GENERATOR 5. All contacts, coils, etc., shall be readily accessible for replacement from front of panel without major disassembly of associated parts. ▪ The transfer switch shall have Underwriters' Laboratory approval and listing. The trans- fer switch shall be mounted in a NEMA 1 cabi- net. 2.07 TRANSFOER SWITCH ACCESSORIES A. Adjustable solid state low voltage sensing relays (start 5% to 20% below stop setting; stop 75% to 100 %) . . Solid state adjustable time delay on start and stopping of the generator set (1.5 to 15 seconds). . Adjustable time delay on retransfer to normal (2 to 60 minutes) . D. Automatic battery float charger, automatic charge. rate 0 to 2 amps with charge rate meter. ▪ Power failure simulated test switch. Test trans- fer switch permits plant to take over load when plant is being checked. • Disconnect plug control circuit - 4 wire, 20 amp, twist lock plug and receptacle disconnects control circuits from contactor for servicing control panel. ▪ Clock Exerciser - automatically start and run plant under load or no load emergency condition. Test switch. I. Operation Selector Switch - 3 Position - Check, Automatic, Stop. J. NEMA 1 enclosure. Overcrank indicator. Running time meter. PART 3.00 - EXECUTION 3.01 INSTALLATION A. Units shall be installed in strict .. accordance with manufacturers instructions and details on draw- ings. SECTION 16420 GENERATOR 3.02 TESTING A. Certified final factory test report shall be pro- vided to the Architect, certifying the units full power ratings, stability, voltage and frequency regulation. B. Provide complete operating instructions and main- tenance manual with parts list. A factory trained representative shall consult with the contractor during installation and start - up. He shall ful1j instruct the Owner's personnel as to correct operating and testing procedures. Upon installation of all equipment an on -site start -up shall be performed. A qualified techni- cian of the supplier shall test and properly demonstrate all equipment in the presence of the . specifying engineer. END OF SECTION 16420' SECTION 16450 GROUNDING PART 1.00 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 COMPLIANCE A. NEC COMPLIANCE Comply with requirements of NEC Article 250, per- taining to electrical grounding systems. B. UL COMPLIANCE Comply with applicable requirements of UL Stan- dards Nos. 467 and 869 pertaining to electrical grounding and bonding. Provide grounding products which are UL- listed and labeled. 1.03 SUBMITTALS A. Submit shop layout drawings of grounding systems and accessories including, but not limited to, ground wiring, ground rods, and plate electrodes. PART 2.00 - PRODUCTS 2.01 MATERIALS AND COMPONENTS A. GENERAL Except as otherwise indicated, provide electrical grounding systems indicated; with assembly of ma- terials, including, but not limited to, ca- bles /wires, connectors, terminals (solderless lugs), grounding rods /electrodes and plate elec- trodes, bonding jumper braid, and additional ac- cessories needed for complete installation. Where more than one type unit meets indicated require- ments, selection is Installer's option. Where ma- terials or components are not indicated, provide products complying with NEC, UL, IEEE, and estab- lished industry standards for applications indi- cated. SECTION 16450 GROUNDING CONDUCTORS Provide electrical grounding conductors for grounding connections matching power supply wiring materials and sized according to NEC. BONDING PLATES, CONNECTORS, TERMINALS AND CLAMPS Provide electrical bonding plates, connectors, terminals, lugs and clamps as recommended by bond - ing plate, connector, terminal and clamp manufac- turers for indicated applications. D. GROUND RODS AND PLATES Solid Copper, 5/8" dia. x 10'. E. ELECTRICAL GROUNDING CONNECTION ACCESSORIES Provide electrical insulating tape, heat- shrink- able insulating tubing, welding materials, bonding straps, as recommended by accessories manufactur- ers for type services indicated. PART 3.00 EXECUTION 3.01 INSTALLATION A. Install electrical grounding systems in accordance with applicable portions of NEC, with NECA's "Standard of Installation ", and in accordance with recognized industry practices to ensure that prod- ucts comply with requirements and serve intended functions. Coordinate with other electrical work as necessary to interface installation of electrical grounding system with other work. Install bonding jumpers with ground clamps on water meter piping to electrically bypass water meters. Install clamp -on connectors only thoroughly clean- ed metal contact surfaces, to ensure electrical : conductivity and circuit integrity. SECTION 16450 GROUNDING Upon completion of installation of electrical grounding systems, test ground resistance with ground resistance tester. Where tests show resis- tance to ground is over 3 ohms, take appropriate action to reduce resistance to 3 ohms, or less; by driving additional ground rods and /or by chemi- cally treating soil encircling ground rod; then . retest to demonstrate compliance. END OF SECTION 16450 SECTION 16460, DRY TYPE TRANSFORMERS DRY TYPE TRANSFORMERS PART I GENERAL 1.01 SCOPE PAGE 1 Provide dry type transformers complete and fully operational. Transformers shall be UL listed and comply with NEMA Standard ST -20. PART II PRODUCTS 2.01 MANUFACTURE Shall be Tierney, Sorgel Quiet Quality or General Electric QL or specially constructed units by ITC with the core and coil assembly mounted on rubber vibration and sound isolation pads. 2.02 SHOP DRAWINGS Prepare and submit for review prior to manufacture; include dimensioned front plan and section views, wiring and connection diagrams and bolting template. Contractor shall indicate mounting methods and connection lugs required on the drawings. 2.03 CABINET A. Steel panel enclosure over core, coil and terminal chamber with louvered openings for convection cooling. Cooling and terminal access shall be possible with both sides and rear of enclosure obstructed. Provide weatherproof when located outdoors or special enclosure when required for environment in which it is located. 2.04 WINDINGS A. 8852.2 Separate primary and secondary. Windings shall have Class H insulation and shall be rated for continuous operation.. at rated KVA With temperature rise of not over 150 degrees C above a 40 degree C ambient,. with .a maximum hot spot temperature of 220 degrees C. Windings and core and coil assembly shall be PART III INSTALLATION 3.01 88.52.2 MOUNTING SECTION 16460, DRY TYPE TRANSFORMERS PAGE 3 A. Transformers shall be attached to the building structure to prevent overturning in the event of earthquake. All attachment nuts to have washer and rubber pad spacer under them. Provide rubber pad under mounting rails. Transformers shall be mounted on floor, wall, or suspend from ceiling as noted or as required. Remove all shipping blocks prior to installation. B. Transformers with enclosures designed for -floor mounting where suspended from ceiling shall be suspended on a trapeze constructed of a minimum of two horizontal structural channels hung from threaded rods attached to structural members or inserts in structural slab. Channel, rod and inserts shall be sized for not less than 400% load safety factor. Locking type nuts shall be used in assembly. C. Transformers shall be installed with four spring vibration isolators, one at each corner, when the transformer is 45 KVA or larger. D. All transformers mounted directly on a wall shall be mounted with rubber vibration isolators. 3.02 CONNECTIONS, A. 208Y/120 volt three phase secondary transformers shall be considered "grounded neutral separately derived systems" and neutral shall be grounded per code accordingly. B. Transformer raceway connections shall be flexible metal conduit as specified in Section 16110. C. . Voltage Tap Connections: Connect all transformers at "normal" tap. After facility is completely energized, measure secondary voltages at all transformers and service switchboard. Forward a list to Engineer and Architect for evaluation. Include a copy in 0 & M manual. Reconnect tap as subsequently directed. All costs associated with this work to be included in base bid. END OF SECTION 16460 8852.2 SECTION 16500 LIGHTING A. GENERAL REQUIREMENTS Drawings and general provisions of the Contract, including General and other Conditions and Divi- sion 1 - General Requirements sections, apply to the work specified in this Section. 1.02 COMPLIANCE A. ANSI COMPLIANCE Comply with applicable ANSI standards pertaining to lamp materials, lamp ballasts and transformers, and interior lighting fixtures. 1.03 UL LABELS Provide interior lighting fixtures which have been UL- listed and labeled. NFPA COMPLIANCE Comply with National Electrical Code (NFPA No. 70) as applicable to installation and construction of interior lighting fixtures. SUBMITTALS A. Provide submittals on all fixtures accessories. PART 2.00 - PRODUCTS 2.01 LAMPS A. All fixtures shall be installed complete with lamps. Incandescent lamps shall be 125 volt frosted. Fluorescent lamps shall be deluxe cool white, energy saving type. FIXTURES All light fixtures shall be complete units, delivered to job site in original cartons, free from damage or blemishes. All materials shall be adequate for rigidity and sufficient mechanical strength to prevent distortion. All metal sur- faces shall be phosphatized and finished after as- sembly. Where finishes or colors are not speci- fied, the Architect shall select them. SECTION 16500 LIGHTING 2.03 MOUNTINGS A. Suspended or surface mounted fixtures shall be provided with required mounting devices and acces- sories. Mounting heights shall be as directed. Provide all necessary anchors, plates, etc., to mount fixtures as required by surface on which they are mounted. 2.04 BALLASTS A. Ballasts for fluorescent fixtures shall be of the energy savings high power factor type, and shall have sound rating of A. Ballasts shall be two lamp style where possible. Use no three lamp bal- lasts. Ballasts shall be protected with thermal protective fuses mounted in the fixtures or in the ballasts. Ballasts shall bear U.L., E.T.L., la- bels and be of approved make. Replace noisy bal- lasts. Provide Owner with written guarantee from manufacturer that all defective ballasts shall be replaced at no charge for a period of 24 months from final acceptance of building. Ballasts shall be drip proof. 2.05 LENS A. Lens on all fluorescent fixtures shall be 100% virgin acrylic. PART 3 - EXECUTION 3.01 INSTALLATION • Install interior lighting fixtures at locations and heights as indicated; in accordance with lighting fixture manufacturer's written instruc- tions and with recognized industry practices. Comply with NEMA, NEC and NECA's "Standards of In- stallation" pertaining to installation of interior 1 ighting fixtures. Fasten fixtures securely to indicate structural support members of building; and check to ensure: that solid pendant fixtures are plumb. SECTION 16500 LIGHTING.. . .Clean fixtures of dirt and debris upon completion of installation. • Provide earthquake support for all fixtures as re- quired by N.E.C. & UE3C. ▪ Provide approved fire -rated enclosures around all light fixtures recessed in rated ceiling systems. END OF SECTION 16500 1650 FOSTER HIGH SCHOOL STAGE LIGHTING DEVICES SECTION 16580 PART 1 - GENERAL 1.01 DESCRIPTION A. General Information: 1. The other Contract Documents complement the requirements of this section. 2. Requirements of Division 0 and Division 1 apply to the work of this section. B. Description of World: 1. The general contractor (or the electrical sub - contractor) shall furnish and install those items indicated as BASE BID. Include all labor, material, equipment and services to furnish, install and make operable all Stage Lighting Devices indicated as BASE BID. 2. For all other work, the owner intends to purchase from the manufacturer the remaining Stage Lighting Devices. The general contractor (or electrical sub - contractor) shall furnish all labor and material to install, connect and make operable said Stage Lighitng Devices. 3. Coordination with Others: Coordinate and cooperate with other trades or contractors for the installation and connec- tion to ensure proper operation of equipment. C. Belated Work Specified in Other Sections: 1. Stage Lighting Controls. 2. Stage Lighting Instruments and Accessories. D. Work that is NOT in this contract: 1. Stage Rigging and Drapery. 1.02 QUALITY ASSURANCE A. Manufacturer: Shall be experienced in the manufacture of Stage Lighting Equip- ment. Acceptable or approved products specified herein establish a standard of quality and function and are not intended to limit bidding. B. Prior Approval: Unless written approval is obtained ten days prior to bid opening for products not specified herein, no substitutions will be permitted. Any additional labor and materials that are required 16580 - 1 FOSTER HIGH SCHOOL STAGE LIGHTING DEVICES SECTION 16580 to accommodate substitute products shall be provided at no additional cost. C. Requests for Approval: DO NOT TELEPHONE FOR APPROVAL. Prior to bid date, all requests for approval shall contain a complete list of products and designs. Provide catalog cuts, data sheets, drawings, or other information to sufficiently show all, aspects of the specified equipment. Incomplete proposals will be rejected. NO TELEPHONE CALLS. All requests shall be in written form. Approvals will be in the form of an addendum to the specifications. 1.03 CODES AND STANDARDS All electrical equipment specified herein shall be listed by Under- writers' Laboratories (UL), manufactured in accordance with the National Electrical Code, latest edition, and be approved for use by the governing electrical inspector. Contractor shall be responsible for obtaining the required approvals for the equipment furnished herein. 1.04 SUBMITTALS A. General: Submit promptly, so as to cause no delay, shop drawings and catalog cuts which show all materials and fabrications. Provide complete product data, specifications, illustrations, dimensions, and other information as directed. Provide samples of products where directed. B. Review: All submittals must be reviewed by Architect prior to starting work, but such approval does not relieve the Contractor of responsibility for deviations from drawings and specifications. Bring all deviations to attention of Architect, in writing, at time of submittal. After review, the submittals will be returned to Contractor. Incorrect submittals shall be corrected and resubmitted. 1.05 DELIVERY AND SCHEDULE A. All equipment shall be properly crated and protected; assume responsibility for any and all damages that may occur prior to acceptance. B. All shipping and freight charges to and from the project site shall be paid by Contractor, including any charges involved in returns for repairs, replacement, or guarantee work. 1.06 JOB CONDITIONS Examine the substrates and conditions under which the equipment is to 16580 2 FOSTER HIGH SCHOOL STAGE LIGHTING DEVICES SECTION 16580 be installed, and notify the Architect of conditions detrimental to the proper and timely completion of the work. Do not proceed with the work until unsatisfactory conditions have been corrected in a manner acceptable. Verify all dimensions and locations. PART 2 - PRODUCTS 2.01 REQUIREMENTS The following requirements apply to all Stage Lighting Devices: A. Approved Manufacturers 1. For connector strips, plug -in boxes and j- boxes: Lee Colortran, Stagecraft Industries, Strand Lighting, Union Connector Co. 2. For floor pockets and access holes: SSRC, Inc. only. B. All Receptacles and Plugs: Two -pole, three -wire, grounding stage pin connector. C. All Cords. Tails, Multi- conductor Cables: Type SO, extra flexible, copper, 600 volts. Strain relief fittings where required. All cables with more than three conductors shall have Kellums grip strain relief at both ends. Verify all lengths at time of submittals. Quantity and gauge of conductors shall match the building conductors to which they connect. All cables shall be in single, continuous, unspliced lengths. D. Finish: For all metal surfaces, factory finish with one coat primer and one coat baked enamel, color black. E. Circuit Numbering: The circuit number shall be a permanent, approved method on the devices in contrasting color (i.e., white on black) as follows: 1. Connector Bodies: Permanently engraved on one side of the body, 5/8" high. This applies to all devices with connector bodies. 2. Connector Strips: On the sheet metal raceway on the upstage side And on the bottom next to the corresponding pigtail or outlet location ad on the connector body. 2" high on sheet metal. 3. Plug -in Boxes with Pigtails: On the connector body And on 16580 - 3 FOSTER HIGH SCHOOL STAGE LIGHTING DEVICES SECTION 16580 the coverplate above the corresponding pigtail location. 2" high on the cover plate. 4. Plug -in Boxes with Flush Receptacles: Above receptacles, 2" high. 5. Plug -in Boxes with Flush Receptacles on Drop Cords: Above receptacles and on the bottom of the box; provide numbers on junction box at fly floors. 2" high. 6. Floor Pockets: Above the receptacles, 1" high F. Electrical. Connections Devices with one or two circuits, wire nuts are permitted. Devices with three or more circuits shall have labeled, barriered terminal strips. In all devices, all wire ends shall be labeled with the appropriate circuit numbers. 2.02 DESCRIPTION The following is a description of the Stage Lighting Devices (refer to drawings for quantities and locations): A. Junction Boxes: Provide junction boxes above grid and at fly floors for multi - conductor cables. All boxes properly sized, code gauge construction; cable outlets at corners of boxes with reinforcing to transfer strain to structure directly without causing box to bend. Multi- conductor cables completely wired at factory to labeled, barriered terminal strips with saddle -clamp type connection at block. B. Connector Strips: 4 x 4 code gauge sheet metal raceway, terminal strip cabinet with barriered and labeled terminal strips. Spacing of tails and receptacles as shown. Provide all mounting hardware as shown or directed. Removable covers. Aluminum extrusion raceways not permitted. C. plug -in Boxes (4 Circuits or Less): Surface and flush -wall type as noted, sheet metal box, maximum dimensions 12 "L x 6 "H x 5 "D with flush receptacles or tails as indicated. Boxes on multi- conductor cables shall have two stage lighting type C- clamps, permanently secured on top of box; cable entry on side. D. Plug -in Boxes (5 -10 Circuits): Same as above, except maximum length shall be 18 ". 16580 - 4 FOSTER HIGH SCHOOL STAGE LIGHTING DEVICES SECTION 16580 E. Floor Pockets: Sheet metal back box and receptacle cover plate; cover plate shall conceal all wiring. Cast iron top ring and door, 3/8" thick. Door shall have four notches, sized for 12/3 SO cable. Top ring shall be flush (smooth) with the adjacent finish floor surface. Rout wood floors as required; recess concrete floors as required. Receptacles shall be flush with the receptacle cover plate. All floor pockets shall be 4 -gang width. F. Floor Pockets for Sound Equipment and Convenience Outlets: Similar to above. Provide blank receptacle cover plate for Contractor's hole drilling and wiring. Provide barrier for 120 - volt separation. Receptacle cover plate shall have permanent labels for all sound devices. The receptacles shall be at least 3 -1/2" below the door; the door shall close flush with floor when connector bodies are plugged in. Minimum size: 4 -gang. G. Access Holes: Use Floor Pocket top ring and door only; similar to Floor Pocket specified herein. No back box; no electrical. PART 3 - EXECUTION 3.01 GENERAL Do not begin manufacturing until submittals have been reviewed and approved by Architect. 3.02 INSTALLATION A. All equipment shipped to the job site shall be completely manu- factured, tested, and ready for placement and connection. All connections shall be clearly labeled and at single points. B. System manufacturer shall furnish to the installing electrical contractor all inter - equipment connection diagrams with all terminal designations and locations. Such information shall be explicit and be coordinated with the actual site conditions. C. Floor Pockets: Depress slab so as to surround the box with concrete. After back boxes have been installed in slab, provide adequate protection of all boxes so as to prevent damage prior to final wiring. Outlets shall be installed as recommended by the manufacturer or as shown. All wiring shall be concealed. All sheet metal shall be free from sharp edges. Hinged cover plates shall be mounted flush and smooth with stage floor; rout wood floor. Hinges shall be located where shown or directed. Paint the top surfaces (exposed to view) to match adjacent surface. 16580 - 5 FOSTER HIGH SCHOOL STAGE LIGHTING DEVICES SECTION 16580 D. Connector Strips: Coordinate installation of connector strips with stage rigging installer; provide a single cable cradle for each set of multi - conductor cables on one connector strip, complete, with all necessary hardware; rigging sheave is provided by the stage rigging installer. Multi- conductor cables shall hang plumb and parallel with connector strip. Hang cables from grid prior to installation with sufficient time so as to allow cables to become properly uncoiled, free from kinks and twists, and straightened. E. Plug -in Boxes: Securely anchor in place. Boxes shall be mounted with circuit numbers in a normal upright position. Pigtails shall come out the bottom. F. Drop Cords: Use single, unspliced lengths, free from twists and kinks. Hang or otherwise lay out in a manner to remove deformities. G. Quality of Work: Incorrect, improper, and sloppy installation methods shall be redone where directed and at no additional cost. No arguments; no excuses. H. Clean -up: All devices shall be clean and free of dirt, dust, debris, oil and the like, interior and exterior. Protect devices from paint overspray or splatters. 3.03 MAINTENANCE MANUALS Prepare maintenance manuals for all equipment and components. Submit all information in an orderly arrangement, bound, 8 -1/2 x 11 inch format (or multiple thereof). Manuals to contain shop drawings, catalog cuts, commercially available replacement parts, and equipment nameplate data for all equipment in this section. Submit preliminary copy 30 days prior to completion for checking and approval. Submit three (3) bound copies of approved manual. 3.04 GUARANTEE Provide as set forth in the General Conditions. END OF SECTION 16580. IIFOSTER HIGH SCHOOL STAGE LIGHTING CONTROLS SECTION 16581 A. Manufacturer to be experienced in theatre lighting control systems and, if directed, shall furnish satisfactory proof of competence, capability, and previous experience. Acceptable products specified herein establish a standard of quality and function. Manufacturer shall have completed and have operating ten (10) similar projects within the last two years. B. All products shall be FURNISHED AS SPECIFIED herein. Unless written approval is obtained seven (7) days prior to the bid 16581 - 1 FOSTER HIGH SCHOOL STAGE LIGHTING CONTROLS SECTION 16581 date, NO SUBSTITUTIONS will be allowed. DO NOT TELEPHONE FOR APPROVAL. C. Requests for approval of substitute products shall be in a written submittal form, showing all products and materials. Requests shall include specifications, drawings, wiring diagrams and basic functions to show the complete system. Approvals will be in the form of an addendum to the specifications. D. Any additional labor and materials that are required to accommodate substitute products shall be provided at no additional cost. E. All products shall be new and unused. 1.03 CODES AND STANDARDS A. All equipment and components shall be listed by Underwriters' Laboratories (UL) and shall comply with the governing electrical code, the National Electrical Code and the governing electrical inspector. UL labels shall be placed on all equipment. B. Contractor shall be responsible for obtaining the required approvals from the proper authority for the equipment furnished herein. 1.04 SUBMITTALS A. General: Submit, with promptness so as to cause no delay in the work, shop drawings which show the design, fabrication, products, and installation methods. Provide wiring diagrams, electrical entry locations, and interequipment wiring requirements; show quantity, type, and size of wiring between components. Show phase wiring requirements for dimmer bank. Provide complete product data and specifications of all standard manufactured data. B. Claims for Extras: No claims for extra costs may be made based on work shown on shop drawings. 1.05 DELIVERY AND SCHEDULE A. All equipment shall be properly crated, sealed, and protected; assume responsibility for any and all damage that may occur prior to acceptance. B. All shipping and freight charges to and from the project site shall be paid by Contractor, including any charges involved in returns for repairs, replacement, or guarantee work. 1.06 JOB CONDITIONS 16581 - 2 FOSTER HIGH SCHOOL STAGE LIGHTING CONTROLS SECTION 16581 A. Site Inspection: Installer shall be thoroughly familiar with actual site conditions as required for installation of equipment specified herein. Examine the substrates and conditions under which equipment is to be attached; notify Architect if conditions are detrimental to the proper and timely completion of the work. Do not proceed until unsatisfactory conditions have been corrected in an acceptable manner. Proceeding with work constitutes acceptance of job conditions. B. Schedule: Prior to commencement of work, submit an outline of proposed procedure and time schedules; Architect reserves the right to modify or disapprove such procedures or schedules. C. Protection: Provide protection of all equipment from dirt, dust and other debris. Should any equipment become dirty during the construc- tion period, the contractor shall immediately clean the equipment and provide protection from future dirt, dust and other debris. 1.07 RESPONSIBILITY The Contractor is solely responsible for compliance with the require- ments of the drawings and specifications and the proper manufacture, delivery, construction coordination with work of other trades, protec- tion, installation and worker's safety for the work specified herein. Contractor shall advise the Architect of any discrepancy in, or dis- agreement with the specifications and /or drawings prior to starting work and not proceed until the issue is resolved. Only contractors who are fully experienced and entirely knowledgeable shall perform the work specified herein. Commencement of work shall indicate contrac- tor's acknowledgment of his expertise in this type of work. Any delay resulting from failure to comply with this procedure will not be a basis for an extension of the completion date. PART 2 - PRODUCTS 2.01 REQUIREMENTS AND FUNCTIONS. The basic functions of the Main Theater system are as follows: JIouselight Dimmers shall be capable of operating at, all times. Houselight'dimmers are controlled at the House :Light Remote Stations (RS) and at the Stage Manager's Panel:(SMP). Stage Dimmers shall be controlled by.either Control Console when thSControl Console is plugged into any of ;.the Control Receptacle Stations (CR) and when the. Take Control Switch is.activated'.• FOSTER HIGH SCHOOL STAGE LIGHTING CONTROLS SECTION 16581 C. Stage Manager's Panel ISMP): SMP does not control any Stage Dimmers. SMP controls houselights, low voltage relays for certain work lights and non -dims, and other functions as noted. The basic function of the Studio Performance system is as follows: D. Stage Dimmers shall be controlled by the manual Control Console (CC -P) when the Control Console is plugged into any of the Control Receptacle Station (CR). 2.02 ACCEPTABLE MANUFACTURERS The following manufacturers are acceptable for Stage Lighting Controls: Lee Colortran; Strand Lighting. 2.03 DIMMER BANK (DB) A. Frame and Cabinet: Free - standing, self- supporting, welded, modular, rigid steel framework anchored to floor structure; vibration /isolation pads (Mason RBA 30 durometer) at all anchor points. B. Wiring access for main feeders located in auxiliary section of panel; provide front access for single -point connections of all load and control circuits, inputs, and outputs. Coordinate entrance location with others doing work. All wiring terminals and plugs labeled. C. Finish for frame, door, and panels to be one coat rust - inhibiting primer and one coat of approved baked enamel. IIFOSTER HIGH SCHOOL STAGE LIGHTING CONTROLS SECTION 16581 adjustable controls and circuit breaker. No tools required to remove from rack. Faceplate to have pull -out handle, identification label with manufacturer's catalog number, electrical ratings, and fully magnetic circuit breaker(s). Power and control connections at rear of module; brass pin type with tapered housing. 2. Approved Products and Electrical Characteristics: Strand Lighting "CD 80" Series or Lee Colortran "192 -000" Series or Lee Colortran "ENR Series 96 ". Quantity of modules as scheduled. H. Auxiliary Section,: 1. Non -Dim Relays and Worklight Re lays: Provide relays as scheduled. 2. Miscellaneous Requirements: Provide all power supplies, fuses, and circuit breakers for proper operation of system. I. Control signal: U.S.I.T.T. AMX 192 (analog multiplexed) or DMX 512 (digital /multiplexed) protocol for stage dimmers. Digi- tal /multiplexed or analog DC voltage for house light dimmers. 2.04 HOUSELIGHT DIMMER PACK (DP -H) A. Dimmer Modules: Plug -in, or bolt -in type modules, capacities as scheduled. Provide 120 -volt branch circuit breakers, quantity and ampacity as shown. B. Rouse Light Transfer /Take - Control Relays: Provide relays to permit transfer of control from one remote station (RS units) to another. Transfer /take- control operations shall function at all times. C. Emergency Transfer Switch: Provide one Asco emergency transfer switch, size as shown. D. Approved Products: Strand Lighting "Environ 2" or "CD 80" Series or Lee Colortran "192 -000" Series or Lee Colortran "ENR Series 96 ". 2.04 STAGE MANAGER'S PANEL (SMP) A. Genera Description: 1. Cabinet: Wall mounted, sheet metal (steel or aluminum), maximum dimensions as shown, controls and features as shown. Engrave, label and finish methods similar to Control Console (CC) . 2. Electrical Requirements: Completely dead front, all low - voltage (Class II) controls and wiring. Provide barriers to separate power, low voltag. 16581 - 5 FOSTER HIGH SCHOOL STAGE LIGHTING CONTROLS SECTION 16581 3. Function: Control of Houselight Dimmers, Non -Dim and Worklight relays. Other functions as shown. B. Controls and Features: 1. Houselight Section: a. Controls all Houselight Dimmers in Dimmer Bank (DB). b. Controllers: Linear potentiometers, similar to Channel Controllers in CC; master potentiometer. Arranged and labeled as shown. c. Take Control Switch: Push- button switch, when depressed will transfer control from other station(s) to local control. When controlled locally, switch shall be rear - illuminated or large (1/4 inch diameter minimum) LED. 2. Work Light and Non -Dim Section a. Master Control of associated relays in low voltage relay cabinet LVR. LVR is not part of this work. b. Work Light and Non -Dim Switches: Push- button switch, rear- illuminated or large (1/4) inch diamter) LED. Switches shall be compatible with relays in LVR. Switch shall illuminate when depressed. LVR is not part of this work. c. Other features: Clock /Timer: One digital clock /timer combination, with hours, minutes, seconds. Red - orange LED, 3/4" high (minimum) numbers on black background. Controls for set, fast, slow, start, stop, hold, and reset. 2.05 CONTROL CONSOLE, MEMORY TYPE (CC -M) A. General Description: 1. Console: Single unit construction, desk -top type operation. Sheet metal construction of frame, cabinet, and control surfaces. Engraving /identification shall be contrasting color, permanent method. Provide vinyl covers for all components. Electrical Requirements: Completely factory wired, ready for use. Internal power supply for low- voltage operation; provide power cable with NEMA L5 -15 connector body length as shown; cord shall be in a single, unspliced length. Stage dimmer control voltage shall be multiplexed signal., with a maximum of four (4) wires per 96 stage dimmers. 16581 - 6 FOSTER HIGH SCHOOL STAGE LIGHTING CONTROLS SECTION 16581 Control cables in single, unspliced length as shown. Bundle in a spiral plastic wrapper with power cable. Convection cooled, no electrical fans permitted. Maximum power consumption: 5 watts at 120 volts AC. B. Acceptable Products: Provide one Control Console, either: Type 1. Lee Colortran, Inc. "Prestige, Series 2000C" or, Type 2. Strand Lighting "Lightboard M" with 24 sub- masters and 24 channels, single tier. Regardless of which product is utilized, the console shall come with all wiring for a future hand held remote and printer. Provide ten (10) spare discs. The above consoles shall contain the manufacturers' standard features and functions as of the Bid Date of this specification. 2.06 CONTROL CONSOLE, PRE -SET TYPE (CC -P) A. General_ Description: 1. Console: Single unit construction with modular components. Sheet metal construction of frame, cabinet, and control surfaces. Finish with primer and final coat of paint, color black. Engraving/ identification shall be contrasting color, permanent method. Provide one vinyl dust cover. 2. Electrical Requirements: Completely factory wired, ready for use. Internal power supply for low- voltage operation; provide power cable with NEMA L5 -15 connector body 15 feet long; cord shall be in a single, unspliced length. Stage dimmer control voltage shall be multiplexed signal, with a maximum of four (4) wires per 96 stage dimmers. Control cables in single, unspliced length 15 feet long. Bundle in a spiral plastic wrapper with power cable. Convection cooled console, no electrical fans permitted. Maximum power consumption: 5 watts at 120 volts AC. 3. This control console shall utilize the same control signal as the CC -M and be capable of plugging into the same CR boxes as the CC -M. Receptacles and connectors shall be identical and interchangeable. B. Acceptable Products: Provide one Control Console, either: Lee Colortran, Inc. "Status 24/48 ", or Strand Lighting "Mantrix 2S ", 24 channel, with Patch Module, single tier. 2.07 EXTENSION CABLES Provide extension cables for all control consoles for power and 16581 - 7 FOSTER HIGH SCHOOL STAGE LIGHTING CONTROLS SECTION 16581 control wiring in continuous, unspliced lengths. For each control console, provide one set of extension cables 50 feet long. Connectors shall be permanently wired to cables; provide permanent labels or color code for all connectors. Where two or more cables are used for one piece of equipment, bundle in a spiral plastic wrapper into one harness. 2.08 CONTROL RECEPTACLE BOXES (CR Prefix) A. Functional Description: Provides for power and control connections of CC (includes CC -M and CC -P); take control switch; lock -out key - switch. B. Wall Box Type: Sheet metal back box (NEMA 1) and cover plate with receptacles and other items as shown. Size and type (surface or flush) as shown. Back box shall be grounded. Receptacles to match associated control plugs in the Control Consoles; manufacturer shall provide receptacles with factory - installed tails, lengths as required, wired to terminal strips in back box. Provide protective metal caps on captive chains to cover control receptacles when not in use. Faceplate engraved as shown. C. Floor Pocket Type: Receptacle cover plate with all wiring and devices attached. Entire unit shall fit inside and below the angled face plate of a typical, 4 -gang, stage floor pocket as shown. Floor pocket is specified in another Section. D. Internal Wiring and Connections: All units shall be completely wired at the factory, ready for installing by the electrical contractor. Single point connections at labeled, barriered terminal strips. Internal connections of wires to receptacles shall be soldered. E. External Control Receptacles: All receptacles to match their associated plugs. Permanent labels next to receptacles to state function; match with plug labels. The receptacles shall be Switchcraft, Canon or approved, XLR Microphone type connectors. F. Power: Provide a power receptacle, L5 -15, for console 120V power source. Provide barrier from low voltage section. G. Take Control Switch: Key switch that when turned will transfer stage lighting control of certain designated circuits from other ` IFOSTER HIGH SCHOOL STAGE LIGHTING CONTROLS SECTION 16581 Continuous - hinged door with flush latch and lock with four (4) keys where shown. All locks keyed alike,. Size as shown. Finish similar to CC. Engrave as shown, all control functions. Entire unit shall be manufactured and prewired at factory; provide labeled terminal strip in back box, ready for installation by Contractor. B. Function: Analog low- voltage (0 -10 VDC) or digital signal control of house light dimmers (with H prefix) at any time. Take Control switches, when depressed, transfer control from other station to local control; when controlled locally, switches to be rear - illuminated or large, 1/4" minimum LED. C. Controls: Potentiometer and switches same as SMP. 2.10 ROAD BOARD (RB) A. Function: To provide temporary power for portable equipment. Portable equipment is not part of this work. B. Cabinet: NEMA 1, code gauge steel. Finish, color black. Provide signs, equipment and labels as shown. Configuration as shown. C. Safety: Fused safety switch activating shunt trip circuit breaker. Whenever door is open, bus bars shall be dead. D. Circuit Breaker: 3 -pole, 3-phase shunt trip. 2.11 DIMMER PACK (DP) (for Studio Performance) A. pimmer Unit: Surface, wall - mounted, single unit cabinet, completely self contained (except control station) with twelve 2400 watt incandescent dimmers, terminal strips for load connections, 3 -phase 4 -wire 120/208 power, digital control signal indentical to Dimmer Bank (DB). Provide all necessary hardware for wall mounting installation. B. Controls: For Studio Performance area, use CC -P specified elsewhere in this Section. PART 3 - EXECUTION 3.01 GENERAL REQUIREMENTS Do not begin manufacturing until shop drawings and submittals have been reviewed and a written notice to proceed has been issued. 3.02 INSTALLATION A. All equipment shipped to the job site shall be completely manu- factured, tested, and ready for placement and connection. All connections shall be clearly labeled and at single points. 16581 - 9 FOSTER HIGH SCHOOL STAGE LIGHTING CONTROLS SECTION 16581 B. System manufacturer shall furnish to the installing electrical contractor all interequipment connection diagrams with all terminal designations and locations. Such information shall be explicit and be coordinated with the actual site conditions. Prior to the energization of the lighting control system, the manufacturer shall provide the services of a qualified engineer who shall perform a complete on -site system checkout to verify that all items are correctly installed, according to instructions and will operate as intended and herein specified. C. Contractor shall receive, set in place, anchor, connect, and make operable all components. 3.03 INSPECTION AND TESTING Upon substantial completion of work, notify Architect to schedule inspection. Furnish labor to sufficiently operate and demonstrate all equipment to the Architect and Owner for their use and approval. Should any equipment fail to meet what is intended, make repairs as directed at no additional cost. Reschedule a second inspection after corrections have been made. If after the second inspection any corrections are required and a third trip is necessary, such inspection by the Architect and Consultant shall be paid for by the Contractor. 3.04 INSTRUCTION PERIOD A. One month prior to the instruction period specified below, manufacturer shall send two (2) copies of the Operation Manuals of all control consoles to the Architect, who shall review them and forward on to the Owner's staff for their use. B. Provide factory- trained, qualified personnel to instruct the Owner on the use and maintenance of all equipment specified herein. Such instruction to include on -site demonstration to familiarize the functions, features, and operations to the satisfaction of the Owner and the Architect. 3.05 CONTRACT CLOSE -OUT A. Maintenance Manuals: Prepare maintenance manuals for the servicing and operating of all equipment and components. Submit all information in an orderly arrangement, bound, 8 -1/2 x 11 inch format. Manuals to contain shop drawings, wiring diagrams, operating and maintenance instructions, commercially available replacement parts list, and equipment nameplate data for all equipment. Submit preliminary copy for checking and approval. Three (3) bound copies delivered to the Architect after receiving approval of preliminary copy. B. Service Contract: Equipment manufacturer shall maintain a competent service organization and be prepared to offer the Owner a service contract. Submit sample copy of contract stating all 16581 - 10 FOSTER HIGH SCHOOL STAGE LIGHTING CONTROLS SECTION 16581 terms, conditions, and costs with the preliminary copy of the Maintenance Manual. ,Spare Parts: Provide spare parts in quantities as follows; deliver in protective container: 1. Stage Dimmer Section: Two electronic control cards for each 96 dimmers, or fraction thereof. Four (4) 2.4 kw dimmer modules and one 6.0 kw dimmer module. 2. douse Light Dimmer Section: Two printed circuit control cards. One dimmer module of each size utilized. 3.06 GUARANTEE A. Provide as set forth in the General Conditions. H. In addition to the above guarantee, Contractor shall: 1.. During the guarantee period, provide emergency service within 24 hours of notification or a longer period if agreed to in advance by the Owner. . Provide service performed by personnel in the employ of the manufacturer and shall not subcontract or assign the service • to another company unless approved.by Owner. END OF SECTION 16581 . FOSTER HIGH SCHOOL SECTION 16700 - SOUND REINFORCING SYSTEMS DECEMBER 15, 1989 1.0 GENERAL 1.1 SCOPE OF WORK Provide complete and operable sound reinforcement systems as described herein. Rough -in only is provided for a paging /house monitor system and a production intercom system. 1.2 GENERAL PROVISIONS A. Acoustical consultants for this project are Towne, Richards & Chaudiere, Inc., 105 N.E. 56th Street, Seattle, Washington 98105, (206) 523 -3350. Attention: Herbert T. Chaudiere. 8. These specifications are intended as a standard of quality, function, performance and appearance which will be considered as acceptable. 1.3 SUBMITTALS A. All submittals shall be accompanied by complete descriptive literature with technical data as follows: 1. Equipment list on contractor's letterhead listing major system components, such as: a. Microphones, microphone stands or mountings b. Amplifying and control equipment, including mixers, audio signal delays, power amplifiers, crossovers, automatic gain controls, relays, power supplies, equalizers, etc. Towne, Richards & Chaudiere, Inc. Consultants in Sound and Vibration c. Loudspeakers including horns, drivers, cone speakers, baffles, special mounting and enclosures, and transformere. d. Equipment cabinets or housings e. Microphones and microphone stands f. Intercom stations, headsets and power supply g. Cables used for microphones, speaker and intercom lines 2. Each item of equipment to be listed with: a. Item number b. Name of manufacturer c. Model number d. Description or nomenclature e. Quantity to be furnished f. Description of specially fabricated items. B. Block diagrams of system showing interconnection of major system components: 1. Shop drawings of any specially fabricated items such as: a. Speaker arrays b. Speaker enclosures c. Equipment housing or mountings d. Arrangement of equipment in racks, cabinets or consoles e. Panel layouts. C. Compilation of manufacturer's catalogs or specifications sheets or major system components. If not all of several components on a sheet are being furnished, items to be furnished should be clearly identified by an arrow or other obvious notation. Laboratory test data on specific items of equipment as may be called for in other sections of these specifications. Towne, Richards & Chaudiere, Inc. Consultants in Sound and Vibration E. Plan and riser drawing showing location of major system components, system outlets and wiring between system components and outlets, and system grounding. F. In the event that the initial submittal is not approved due to failure to comply with this specification, including content and format of the submittal, the contractor shall assume the cost for evaluation of all resubmittals. 1.4 VARIATIONS Itemize on a separate enclosure any variation of the submittal from the specifications. Refer to section, paragraph and item of the specification and clearly state the variation. 1.5 CONTRACTOR QUALIFICATIONS A. The sound system contractor shall be an authorized factory distributor for the major system components. B. Bidder shall show the address of his local service agent, trained and equipped, authorized to provide service and maintenance under the appropriate section of this specification. This same service agent shall fully participate in the original installation of the system to the extent required. 1. The contractor must have on hie staff a qualified project engineer. This person shall: a. Be a university graduate engineer in electrical or electronic engineering, or have at least (5) years experience with high quality engineered sound systems. b. Provide all technical liaison between the contractor and the architect. This shall include participation in meetings and conferences. He will be required to be present at the job site for•final inspection, to approve Towne, Richards & Chaudiere, Inc. Consullants in Sound and.Vibration 3 the operating and maintenance manuals, and to provide the specified instruction of designated members of the owner's staff. c. Preparation of all construction drawings from information within the specifications and the drawings. He shall approve and sign all shop drawings. d. Supervision of shop fabrication and field installation work to assure conformance with the contract drawings, the Specification, and the approved shop drawings to assure workmanship of the highest quality. He shall oversee the testing of all assemblies and sub - assemblies prior to delivery to the job site. , b. Full range reproduction of audio from film sound tracks, tape recordings, phonograph records or other auxiliary source. c. Future separate channel for foldback (stage monitors) or Bound effects, with provisions for two additional external channels. Foldback or sound effects shall be by portable speakers. 2. The commons sound system shall provide the following basic functions: a. Sound reinforcement from live microphones pickup with provisions to mix at least four microphones utilizing a portable mixer. b. Full range reproduction of audio from film soundtracks, tape recordings, phonograph records or other auxiliary source, utilizing a portable mixer. 3. The gymnasium sound shall provide the following basic functions: a. Sound reinforcement from live microphone pickup with provisions to mix at least four microphones. The system shall employ automatic mixing with selectable manual remote control. b. Full range reproduction from auxiliary sources. c. Selectable automatic gain control. d. On -off switches for speakers in each quadrant of the gym. 4. The auxiliary gym sound system (auxiliary gym is on an alternate bid item) shall provide the following basic functions: a. Sound reinforcement from live microphones pickup with provisions to mix at least four microphones utilizing a portable mixer. b. Full range reproduction of audio from film soundtracks, tape recordings, phonograph records or other auxiliary source, utilizing a portable mixer. Towne, Richards b Chaudiere, Inc. Consultants in Sound and Vibration 5 1.7 PERFORMANCE CRITERIh - SOUND REINFORCEMENT SYSTEMS A. Frequency Response: Measured at seated ear height in contiguous one third octave bands, 80 to 8000 Hz ±2 dB with 3 dB /octave roll -off above 1000 Hz and 18 dB /octave roll -off above 12.5 kHz and below 80 Hz. B. Noise: 1. System noise shall not exceed an equivalent input noise of -120 dBu based on a 20 kHz noise band width with system gain controls set for operation at 6 dB below threshold of feedback. Predominant noise component in the system output under any operating condition will be that of the input stages. 2. There shall be no audible clicks, pope, thumps, distortion or other spurious noises audible under normal operating conditions. C. pvnamic Ranae: The system shall deliver a minimum sound pressure level of 95 dB to any location at seated ear height at less than 5% total acoustic harmonic distortion. When system is driven to maximum output, clipping shall first occur in the power amplifiers. D. Any deviation from these criteria must be approved by the acoustical consultant. 2.0 PRODUCTS 2.1 All materials must be of the quality herein specified and required, or approved equal. All materials shall be new and free from defects. Mention of certain materials in these specifications shall not be construed as releasing the contractor from furnishing such additional Materials that may be required to provide a complete and operable. system.• Towne, Richards & Chaudiere, Inc. Consultants in Sound and Vibration 2.2 EQUIPMENT A. Loudspeakers: 1. Auditorium speaker array shall consist of two 60° x 40° constant directivity horns, one 90° x 40° constant directivity horn and a vented, direct radiator low frequency speaker. EV HP640 /DH1A, HP940 /DH1A and TL 806AX, or approved. Mounting hardware and enclosure as required to be furnished by sound system contractor. 2. Sound and projection booth monitor speakers shall be two -way, powered type, angle mounted above relight. EV Sentry 100 EL or approved. Provide mounting hardware as required. 3. Commons ceiling mounted speakers shall be the Soundolier CF 883 -T87 with 60 -8 baffle and Q408 enclosure, or approved. 4. Gymnasium speakers shall be two way full range systems. 100° x 100° system shall be the Electro -Voice FR 12 -2 or approved. 90° x 40° system shall be the Electro -Voice SH -1502 ER or approved. Speaker transformers shall be the Electro- Voice TK60 or approved. Mounting hardware and protective screening as required shall be furnished by sound system contractor. 5. Auxiliary gym speakers shall be two -way full range 90° x 40° type, Electro -Voice SH- 1502ER or approved. Provide mounting hardware as required. 6. Band and Choral Room Stereo speakers shall be full range, two - way type, Community Light and Sound CS25 or approved. Provide mounting hardware as required. Towne, Richards & Chaudiore, Inc. Consultants in Sound and Vibraltor, B. power Amplifiers: 1. Auditorium high frequency power amplifier shall have a rated output of 100 watts into 8 ohms. QSC model 1200 or approved. 2. Auditorium low frequency monitor power amplifier shall have a rated output of 300 watts into 8 ohms. QSC model 1200 or approved. 3. Commons power amplifier shall have a rated output of 120 watte into 70 volt line. Toa P -912 or approved. 4. Gym power amplifiers shall have a rated output of 300 watts per channel into 70 volt line QSC model 1400 with two OT -300 or approved. 5. Auxiliary gym power amplifier shall have a rated output of 240 watts into 4 ohms. Toa P -924 or approved. C. Auditorium Audio Sianal Delay: Audio Signal delay for horn alignment, 15 usec minimum increments. Audio Digital ADD -2 or approved. D. Auditorium Electronic Crossover: 800 Hz, 18 dB /octave, continuously adjustable low frequency delay, 2.msec. Rane AC22 or approved. E. pqualizerss Equalizers shall be of the one third octave type. Rane ME30 or approved. F. Automatic Microphone Mixers: Four balanced, transformer isolated microphone inputs with selectable phantom power, pregate tape output, one non - gating auxiliary input, and remote volume control of all inputs and master volume. Industrial Research Products DE -4025 or approved. Towne, Richards & Chaudiere, Inc. Consultants In Sound and VIINation G. Portable Mixer: Four transformer isolated balanced low impedance microphone inputs switchable to line level input. Shure M267 or approved. Provide output patch cord. H. Automatic Gain Control: Industrial Research Products DI -4019. I. Microphones: 1. General purpose, cardioid, dynamic EV RE -18 or approved. Furnish four. . Microphone floor mount. EV 411A or approved. Furnish two. 3. Floor Stands a. Atlas MS -12C or approved. Furnish four. 4. Lavalier a. EV CO -94 or approved. Furnish one. . Desk Stands a. EV422 or approved. Furnish one. 6. Microphone Connectors a. Switchcraft A3M or approved J. gquipment Racks: 1. Auditorium a. Floor standing rack cabinet, Soundolier 100 -77 or approved. D. Provide panel mounted, record jack fed from automatic mixer pregate mix, and auxiliary input jack. c. A.C. power panel. Soundolier ACR -193, or approved. ▪ Matching blank panels as required. Towne, Richards & Chaudiere, Inc, Consultants in Sound and Vibration 2. Commons and Auxiliary Gym a. Wall mounted rack cabinet, Soundolier 300 series or approved. b. Matching blank panels as required. 3. Gymnasium a. Wall mounted rack cabinet, Soundolier 300 series or approved. b. Panel mounted speaker on -off switches. c. Matching blank panels as required. K. Receptacles: 1. Microphone receptacles to be the Switchcraft D3F, or approved. 2. Floor mic receptacles to be mounted in floor pocket Ultramark MIC -8/8E, or approved. 3. Auxiliary input jack shall be 1/4" phone jack insulated from panel. 4. Remote volume control jacks shall be multi -pin type as required. 5. Band and Choral room stereo speaker jacke shall be Neutrik NL4MP or approved. Provide matching cable connectors, Neutrik NL4FC. • Wiring: 1. Mic lines to be Belden 8762 or approved. Mic lines to be continuous without'eplices between mic receptacle and mixer input. 2. Speaker lines to be twisted pair with overall plastic jacket sized for maximum 0.5 dB line lops. Towne, Richards & Chaudiere, Inc. Consultants in Sound and Vibration 10 3. Remote volume control lines shall be as recommended by mixer manufacturer. 4. Contractor shall verify rough -in and conduit. requirements. 3.0 rXECUTION 3.1 INSTALLATION A. Equipment shall be completely installed, tested and in operating order under the terms of this specification. B. All assembly and sub - assembly fabrication, construction, wiring, etc., is to be performed in the sound contractor's shop. All assemblies and sub - assemblies shall be thoroughly tested and made to operate perfectly in the sound contractor's shop prior to delivery to the job site. C. Installation shall be made under the supervision of a trained representative of the manufacturer, and in accordance with, all appropriate local electric codes for public building. D. Verify conduit runs, type and exact location of back boxes prior to rough -in. E. Grounding and Shielding: 1. Ground system is single point type. Main ground wire.to the equipment cabinet is provided by others. 2..Isolated ground receptacles are furnished by others. Verify integrity of grounding system and isolated receptacles prior to connection of equipiuent. Towne, Richards & Chaudiere, Inc. Consullanls in Sound and Vibration F. Supply all necessary equipment for a complete finished installation. G. Cover plates to be mounted with correct orientation. H. Equipment and installation shall be of a design to eliminate electrical shock. 3.2 SYSTEM ADJUSTMENT AND BALANCING A. Following complete installation, functional testing of the systems shall include check for proper polarity of the speaker components, impedance measurements of speaker circuits, and absolute polarity of the entire system. B. System gain structure shall be adjusted so that system noise under typical operation is that of the mixer input stages and when the system is driven to maximum output, clipping shall first occur in the power amplifiers. C. The orientation, acoustical alignment and relative power levels of the auditorium system horns shall be adjusted for the most uniform direct Bound coverage of the main floor areas as determined by acoustical measurements utilizing TEF, pulse or other approved techniques and by listening tests. D. The auditorium system equalizers and crossover delay shall be adjusted so that the frequency response of system is as close as possible to the system response criteria as measured at seated ear height, using a one third octave analyzer and pink noise input. E. Final equalization of all systems shall be made in the presence of the acoustical consultant. Towne, Richards & Chaudlere, Inc. Consultants in Sound and V watuon 12 F. If the consultant is required to spend additional time or make additional trips to the project as a result of system malfunctions or incompletion of the installation, the contractor shall bear the cost of the consultant's extra time and expenses. G. Performance testing of completed systems: 1. Steady state uniformity of sound coverage as measured in the 4000 Hz octave band, at seated ear height, using random noise signal. Note on plan drawings any seating location and relative level where coverage is not within ±3 dB. 2. Check for buzzes and rattles by sweeping an audio oscillator through the frequency range of 40 Hz to 12,500 Hz at a signal level just below clipping. 3. Frequency response of systems measured at seated ear height in one -third octave bands over range of 40 Hz to 12,500 Hz using pink noise input. 4. Sound pressure level produced by system as measured in dBA, slow, at seated ear height maximum level free of audible clipping, with pink noise input. 3.3 QBIENTATION AND INSTRUCTIONS A. The sound system contractor shall provide hands -on operating instruction to designated personnel. B. 0 & M Manual with complete servicing instructions including: 1. Manufacturer's instruction books on major system components. 2. Operating instruction written specifically for these systems. .Towne, Richards IL Chaudiere, Inc. Consultants in Sound and Vibration 13 3. Complete as -built drawings showing internal wiring of all equipment assemblies, wiring between equipment assemblies, running sheets showing cable color coding and terminal connections of all equipment assemblies and junction boxes. 4. Tap connections on all speaker transformers, power amplifier outputs. 5. Designations and settings of signal delay, crossover, power amplifier controls, and equalizers installed in the systems. 6. Performance data on complete systems. 3.4 MAINTENANCE AND SERVICE The sound systems shall be guaranteed againet defects in material and workmanship for a period of one (1) year from the date of completion of the installation. During this period, any service and /or parts replacement shall be made at no cost to the Owner. Any request for service or repair under this warranty shall be honored, except when damage has resulted from obvious vandalism or Acts of God. Towne; Richards & Chaudiere, Inc. Sound and Vibration SECTION 16720 FIRE ALARM SYSTEM SPECIFICATION PART 1.00 - GENERAL 1.01 DESCRIPTION A. GENERAL REQUIREMENTS Drawings and General Provisions of the Contract, including General and other Conditions and Divi- sion 1- General Requirements sections, apply to the work specified in this Section. 1.02 SCOPE AND RELATED DOCUMENTS: A. The work covered by this section of the specifications includes the furnishing of all labor, equipment, materials, and performance of all operations in connection with the installation of the new Fire Alarm System and revisions to the existing system as shown on the drawings and as herein specified. B. The complete installation shall conform to the applicable sections of NFPA -72 - A, B and E. Local Code requirements and National Electrical Code with particular attention to Article 760. C. The work covered by this section of the specifications shall be coordinated with the related work as specified elsewhere under the project specifications. Wiring methods shall comply with Division 16. All wiring shall be run in metallic conduit. 1.03. QUALITY ASSURANCE A. Each and all items of the Fire Alarm System shall be listed as a product of a SINGLE fire alarm system manufacturer under the appropriate category by Underwriters' Laboratories, Inc. (UL), and shall bear the "U.L." label. All control equipment shall be listed under UL category UOJZ as a single control unit. Partial listing shall NOT be acceptable. The system controls shall be UL listed for Power Limited Applications per NEC 760. All circuits must be marked in accordance with NEC article 760 - 23. FHS 16720 -1 SECTION 16720 FIRE ALARM SYSTEM SPECIFICATION 1.04 REOUIREMENTS A. Furnish and install a complete Fire Alarm System as described herein and as shown on the plans; to be wired, connected and left in operating condition. The system shall use closed loop initiating device circuits with individual zone supervision, individual indicating appliance circuit supervision, incoming and standby power supervision. Include a control panel, manual pull stations, automatic fire detectors, horns, flashing lights, all wiring, connections to devices, outlet boxes, junction boxes and all other necessary material for a complete operating system. B. All panels and peripheral devices shall be the standard product of a single manufacturer and shall display the manufacturer's name on each component. The catalog numbers specified under this section are those of Simplex Time Recorder Co. and constitute the type, product quality,material, and desired operating features. Equal systems and equipment by Notifier, Gamewell, Honeywell and Edwards are acceptable. 1.05 SUBMITTALS A. Submission must include a minimum of the following: 1. Complete descriptive data indicating UL listing for all system components. 2. Complete sequence of operations of the system. 3. Complete system wiring diagrams for components capable of being connected to the system and interfaces to associated equipment and a complete layout of all devices and wiring on the project. 4. A copy of State D.L.I local Fire Marshal's approval for equipment and drawings. Submission to those authorities shall be the Contractor's responsibility. 1.06 OPERATION A. The system alarm operation subsequent to the alarm activation of any manual station, automatic detection device, or sprinkler flow switch shall . be as follows: 16720 -2 SECTION 16720 FIRE ALARM SYSTEM SPECIFICATION . All audible alarm indicating appliances shall sound a continuous fire alarm signal until silenced by the alarm switch at the control panel. All visual alarm indicating appliances Xenon strobes shall display a continuous pattern until extinguished by the Alarm Silence Switch. All doors normally held open by door control devices shall release. A supervised signal to notify the local fire department or an approved central station shall be activated. To accommodate and facilitate job site changes the type of "city connection circuit" shall be on site configurable to provide either a "reverse polarity ", "local energy ", "shunt" or dry contact connection._, __...__.. 5. Local air handling units shall be shut down by the smoke detector at that unit.. Provide required wiring, relays, etc. Provide remote annunciation and reset at panel.. 6. The control panel shall provide on /off /auto switch(es). In automatic mode the mechanical controls shall operate the air handling systems . as required. The control panel shall indicate "on" or "off" status of the air handling system via separate and distinct "on" and "off" LED indicators. Manual control shall be provided to override the automatic functions. (Option) A "positive feedback" input shall be provided to indicate true "on". or "off" status from a contact closure of the air handling system. This positive feedback indication shall take precedence in determining true "on" or "off" status. a. The associated initiating device circuit red LED shall flash on the control panel . and the remote annunciator until the alarm has been silenced at the control panel or the remote annunciator. Once`silenced,this same LED shall latch on A subsequent alarm received from another zone after silencing . shall. 16720.: -3.. SECTION 16720 FIRE ALARM SYSTEM SPECIFICATION flash the subsequent zone alarm LED on the control panel and remote annunciator. A pulsing alarm tone shall occur within the control panel and the remote annunciator until silenced. B. The alarm indicating appliances may be silenced by authorized personnel upon entering the locked control cabinet and operating the alarm silence switch or at the remote annunciator. A subsequent zone alarm shall reactivate the signals. C. A manual evacuation switch shall be provided to operate the systems alarm indicating appliances. Other control circuits shall not be activated. However, a true alarm shall be processed as described previously. D. Activation of an auxiliary bypass switch shall override the automatic functions either selectively or throughout the system. When the switch is in the "off - normal" position (bypass) a trouble condition will appear at the control panel and the remote annunciation. E. Alarm and trouble conditions shall be immediately displayed on the control panel front without manual inquiry. F. All doors normally held open by door control devices shall release upon AC power failure. G. The control panel shall be capable of supply 5 amps at 24VDC power output expandable to 10 amperes. 1.07 SUPERVISION A. The system shall contain Class 'A' independently supervised initiation circuits so that a fault in any one zone shall not affect any other zone. The alarm activation of any initiation circuit shall not prevent the subsequent alarm operation of any other initiation circuit. Provide two independently supervised and independently fused indicating appliance circuits for alarm horns and flashing alarm lamps. Disarrangement conditions of any circuit shall not affect the operation of other circuits. 16720 -4 SECTION 16720 FIRE ALARM SYSTEM SPECIFICATION C. All auxiliary manual controls shall be supervised so that all switches must be returned to the normal automatic position to clear system trouble. D. Each independently supervised circuit shall include a discrete amber "Trouble" LED to indicate disarrangement conditions per circuit. E. The incoming power to the system shall be supervised so that any power failure must be audible and visually indicated at the control panel and the remote annunciators. A green "power on" LED shall be displayed continuously while incoming power is present. F. The system batteries shall be supervised so that a low battery condition or disconnection of the battery shall be audibly and visually indicated at the control panel and the remote annunciators. ▪ The System Expansion Modules connected by ribbon cables shall be supervised for module placement. Should a module become disconnect from the C.P.U., the system trouble indicator must illuminate and audible trouble signal must sound. 1.08 POWER REQUIREMENTS: A. The control panel shall received 120VAC power (as . noted on the plans) via a dedicated fused disconnect circuit. • The system shall be provided with sufficient battery capacity to operate the entire system upon loss of normal 120 VAC power in a normal supervisory mode for a period of twenty -four (24) hours with five (5) minutes of alarm operation at the end of this period. The system shall automatically transfer to the standby batteries upon power failure. All battery charging and recharging operations shall be automatic. • All circuits requiring system operating power shall 'be 24VDC nd shall be individually fused at the control panel. SECTION 16720 FIRE ALARM SYSTEM SPECIFICATION PART 2.00 - PRODUCTS 2.01 FIRE ALARM CONTROL PANEL A. Panel shall be a Simplex Type 4002 Fire Alarm Control Panel. Construction shall be modular with solid state,microprocessor based electronics. B. The control panel shall contain the following features. 1. Initiation Device Circuits (16) 2. Alarm Indicating Appliance Circuits (2) 3. Supervised Annunciator Circuits (16) 4. Polarity Remote Station Connection (As Selected) 5. Form C alarm contacts, fused (10 amps ea.) As Required 6. Form C alarm contacts (2.0 amps ea.) (2) 7. Earth Ground Supervision Circuit 8. Basic 5 Amp Power Supply 9. Automatic Battery Charger 10. Standby Batteries 11. Supervised Manual Evacuation Switch 2.02 REMOTE ANNUNCIATORS) A. The annunciator shall provide a common alarm and trouble circuit consisting of: 1. Control pushbutton switches - for: alarm silence, trouble silence, system reset and manual evacuation duplicating the control panel switches. A key "enable" switch shall be provided to activate or deactivate the control switches. 2. Tone Alert - Duplicates the control panel during alarm and trouble conditions. 3. System trouble LED. 4. Power on LED. 5. The annunciator shall be graphic type, minimum 24" x 18 ". 2.03 PERIPHERAL DEVICES Manual stations shall be Simplex Type 2099 -9201 single action and shall be constructed of high impact, red Lexan with raised white lettering and a smooth high gloss finish. The break glass rod station shall have a hinged front with key lock. Stations which utilize screwdrivers, alien wrenches, or other commonly available tools shall FHS, 16720 -6 SECTION 16720 FIRE ALARM SYSTEM SPECIFICATION not be accepted. Stations shall be keyed alike with the fire alarm control panel. When the station is operated, the handle shall lock in a protruding manner to facilitate quick visual identification of the activated station. Provide wire guard or other protective device in gymnasium. B. Smoke detectors shall be Simplex 2098 -9636. Detectors shall be listed to U.L. standard 268 and shall be documented compatible with the control equipment to which it is connected. The detectors shall obtain their operating power from the fire panel supervised detection loop. The operating voltage shall be 24VDC (nominal). Removal of the detector head shall interrupt the supervisory circuit of the fire alarm detection loop and cause a trouble signal to be generated at the control panel. Each detector shall have a flashing 1 status indicating LED for visual supervision. When the detector is actuated,the flashing LED will latch on steady and at full brilliance. The ( detector may be reset by actuating the control 1 panel reset switch. To minimize nuisance alarms, voltage and RF transient supression techniques shall be employed as well as a smoke verification 1 circuit and an insect screen. The detector design I shall provide full solid -state construction and compatibility with other normally open fire alarm detection loop devices, (heat detectors, pull stations, etc.). The detector head shall be easily disassembled to facilitate cleaning. C. Automatic heat detectors shall be combination rate -of -rise and fixed- temperature type, except where noted fixed- temperature type. When the fixed - temperature portion is activated, the units shall be non - restorable and give visual evidence of such operation. Heat detectors shall be Simplex Type 2098 -9464 (135 degree F) or 2098 -9404 (194 deg. F). D. Audio /Visual horns and flashing light units shall provide a common enclosure for the fire alarm audible and visual alarm devices. The unit shall be complete with a tamper resistant, pyramidal shaped Lexan lens with "Fire" lettering visible from a 180 degree field of view. The lamp assembly shall incorporate a built -in reflector for more efficient light propagation and a special shock- mounting arrangement to resist bulb failure FHS 16720 -7 SECTION 16720 FIRE ALARM SYSTEM SPECIFICATION due to vibration. Lamp shall provide 4 wire connection to insure properly supervised in /out system connection. Unit shall be complete with all mounting hardware including backbox. Audio /visual unit shall be UL listed for its intended purpose. Simplex 2903 - 9101.. E. Waterflow Switches - Provided by Division 15 and wired by Division 16. Coordinate requirements. F. Sprinkler Valve Tamper Switches - Provided by Division 15 and wire by Division 16. Coordinate requirements. G. Magnetic Door Holders - Provided by Division 16 and wired by Division 16. Coordinate requirements. H. Duct smoke detectors shall be Simplex Type 2098- 9648 and shall be of the solid state photoelectric type and shall operate on the light scattering photodiode principle. The detectors shall be designed to ignore invisible airborne particles or smoke densities that are below the factory set alarm point. No radioactive split type, that is, mounting base with twist -lock detecting head. Contacts between the base and head shall be of the bifurcated type using spring -type, self - wiping contacts. Removal of the detector head shall interrupt the supervisory circuit of the fire alarm detection loop and cause a trouble signal at the control panel. Detector design shall provide full solid state construction and compatibility with other normally open fire alarm detection loop devices. Duct housing couplings shall be slotted to insure proper alignment of the sampling and exhaust tubes. Detector shall have an alarm LED visible throughout a transparent front cover. Detectors shall obtain their operating power from the supervised current in the fire alarm loop. Installation must comply with NFPA -90A. Provide individual remote annunciation and reset at fire alarm panel. PART 3.00 - EXECUTION 3.01 INSTALLATION: A. Provide and install the system in accordance with the plans and specifications, all applicable codes FHS 16720 -8 SECTION 16720 FIRE ALARM SYSTEM SPECIFICATION and the manufacturer's recommendations. All wiring shall be installed in strict compliance with all the provisions of NEC - Article 760 A and C, Power Limited Fire Protective Signalling Circuits or if required may be reclassified as non -power limited and wired in accordance with NEC. - Article 760 A and B. Upon completion, the contractor shall so certify in writing to the owner and general contractor. B. All junction boxes shall be sprayed red and labeled, "Fire Alarm ". Wiring code shall be maintained throughout the installation. C. Installation of the equipment and devices that pertain to other work in the contract shall be closely coordinated with the appropriate subcontractors. D. The contractor shall clean all dirt and debris from the inside and the outside of the fire alarm equipment after completion of the installation. E. The manufacturers authorized representative shall provide onsite supervision of installation. 3.02 TESTING A. The complete fire system shall be fully tested in accordance with NFPA -72H by the contractor in the presence of the owner's representative and the Local Fire Marshal. Upon completion of a successful test, the contractor shall so certify . in writing to the owner and general contractor. The contractor shall obtain written approval of the system from the Fire Marshal. 3.03 TRAINING A. The contractor shall provide a four (4) hour training session for the owner's. representative. Maintenance manuals and record drawings shall be available at the training session. 3.04 MANUALS A. The contractor shall include in the maintenance manuals the following as a minimum: 1. Reduced copy (11" x 17 ") of the record drawings. Cuts on all .equipment 'and components. 16720 -9 SECTION 16720" FIRE ALARM SYSTEM SPECIFICATION Complete wiring diagram for system including internal workings of main panel and annunciators. Acceptance test certification. Provide the Architect complete layout and wiring diagrams for review. Submit drawings to Fire Mar- shal for a approval. Submit drawings to Dept. of Labor. and Industries for approval. ZONING System shall be zoned as 1. West half of b East half 9f uil 3 .,ukt sprinkler 4. Dry rinkler ▪ Smoke de • Portab Spa lows: END. OF "SECTION 16720' FIRE ALARM SYSTEM ZONE SCHEDULE ONE 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 MARK RISER 1 FLOW RISER 1 TAMPER RISER 2 FLOW RISER 2 TAMPER RISER 3 FLOW RISER 3 TAMPER RISER 4 FLOW RISER 4 TAMPER PIV AND PIT VA PIV AND PIT VA GYM LOCKER AREA KITCHEN CAFETERIA /COMMO LIBRARY (ACADEMIC BLDG. -MAIN FLOOR) (ACADEMIC BLDG: -MAIN FLOOR) (ACADEMIC BLDG. -UPPER FLOOR) (ACADEMIC BLDG. -UPPER FLOOR) (ACTIVITIES BLDG.- THEATRE) (ACTIVITIES BLDG. - THEATRE) (ACTIVITIES BLDG. -GYM & COMMONS) (ACTIVITIES BLDG. -GYM & COMMONS) LVES LVES NS ELEVATOR SHAFT SMOKE (TOP & BOTTOM). ELEVATOR LOBBY, LOWER ELEVATOR LOBBY, UPPER SPARE SPARE SPARE SPARE SPARE NOTE: 1. PROVIDE HEAT DETECTORS IN ELEVATOR MACHINE ROOM AND ELEVATOR SHAFT. VERIFY REQUIREMENTS WITH DEPT. OF LABOR AND INDUSTRIES CHIEF ELEVATOR INSPECTOR. INTERLOCK SHUNT TRIP BREAKER SUPPLYING ELEVATOR POWER WITH THESE DETECTORS. 2. DUCT DETECTORS SHALL BE PROVIDED PER MECHANICAL SCHEDULE. LOCATION IN DUCT SHALL BE AS DIRECTED BY MECHANICAL CONTRACTOR. TIE DUCT DETECTOR INTO BUILDING FIRE ZONE FOR CORRESPONDING AREA. PROVIDE REMOTE ANNUNCIATION OF EACH DUCT DETECTOR AT FIRE ALARM PANEL (SEE SPEC). PROVIDE AUXILIARY CONTACT IN DUCT DETECTOR FOR FAN SHUTDOWN (FAN SHUTDOWN WIRING BY MECHANICAL CONTRACTOR). SGcrloNL 1 <�Zyo i ..NiLe MMU 1c1k 10' 5)/514-141 1 -- GENERAL 1.1 -- GENERAL REQUIREMENTS The general intent of this specification is to provide equipment and software for an integrated communication system for telemedia control, telephone, dial-up two -way loudspeaking intercommunication, audio programming, master clock time tone signalling, and data distribution. The system shall be of modular design to facilitate both expansion and service and shall be microprocessor - based. All major communication system equipment shall be of a single manufacturer, supplied and installed by an authorized factory distributor. The communication system contractor and manufacturer shall have furnished and installed similar communication systems continuously for no less than five years. The system shall be designed for school applications and shall be completely factory - assembled, wired, and tested by a manufacturer of established reputation who has and can refer to a minimum of 100 similar school communication systems which are currently installed and operating satisfactorily. The communication system contractor shall furnish and install all materials, even though not specifically mentioned herein, which are necessary for the proper integration of the system, so that the system shall perform the functions listed herein in compliance with all the specified requirements. To qualify as a bidder, the installation shall be made by a licensed and bonded contractor holding a valid Washington State Electrical Contractor's License and Administrator's Certificate as described in the Electricians and Electrical Installations Revised Code of Washington State. All work covered by this specification is to be performed by a holder of a current State of Washington Specialty Electrician for limited energy systems. All major components shall be listed with the Underwriter's Laboratories Re- examination Service and registered under FCC Part 68 for connection to the switched telecommunications network. Submit FCC registration number on separate documentation with the ringer equivalency of the proposed integrated telephone system. This documentation is mandatory; all submittals without FCC registration information will automatically be rejected. Telecenter IV Plus System Specification - Page 1 The communication system contractor shall guarantee availability of 24 -hour local service by factory- trained personnel of the equipment manufacturer. The distributor shall have available stock of the manufacturer's standard parts. The contractor shall, at the owner's request, make available a service contract offering continuing factory authorized service of this system after the initial warranty period. This specification is based upon equipment as manufactured by the Rauland -Borg Corporation as furnished and installed by Electrocom of Lynnwood, Washington. Approval request to pre - qualify for bidding of equipment not as specified herein must be received by the architect not less than ten days prior to bid opening. Proposals shall include but shall not be limited to the following: complete technical data and such samples as required to indicate that the submitted components are equivalent to the specified equipment in all material aspects; the equipment proposed shall provide a precise functional equivalent to the system specified; the contractor will itemize on a separate enclosure any variation from the specification (refer to the section, paragraph, and item of the specification and clearly state the variation); a list of similar previous completed projects with the names and telephone numbers of the owners; number of years in the school communications business; service staff and qualifications; list of contractor -owned test equipment; documentation supporting that the contractor represents the products proposed; and the contractors' license number. Demonstration of the proposed equipment shall be presented at the owner's offices at no cost or inconvenience to the owner's personnel. Alternative proposals which are approved for bidding purposes only will be published by addenda. Proposals not complying with the prior approval requirements and conditions set forth above will not be considered. Final approval of the alternate system shall be determined at the time of job completion. Failure to provide the "precise functional equivalent" shall result in, the removal of the alternate system at the contractor's expense. The functions and features specified are vital to the operation of this facility. Therefore, approval does not release the contractor from strict compliance with the requirements of this specification. Telecenter Plus System Specification - Page 2 1.2 -- SCOPE OF WORK Provide an integrated microprocessor -based total school com- munication system, including telemedia control, private telephone communications, dial -up loudspeaking intercom with hands -free answer back, audio program distribution, master clock time tone signalling, and data distribution shall be provided as specified and as shown on the electrical drawings. The system shall, at a minimum, consist of the following: a communications and program control center; attendant console; staff or classroom telephones and loudspeakers; and all of the associated materials, hardware, and wiring necessary for a comprehensive and completely installed system which shall meet all requirements as specified and as shown on the electrical drawings. The control center shall include an integrated telephone and loudspeaking communications system of the modern, dual -tone electronic PABX switching typo, consisting of the following: a central microprocessor -based switching exchange connected to an owner - provided administrative area telephone system; staff telephones; classroom loudspeakers and . telephones; and digital readout display, facilities for call-in of non -dial staff-stations and classroom call switches. The central user programmable NMOS microprocessor -based exchange shall be of the modular, plug -in printed circuit board type, utilizing EPROM non - volatile memory (battery back -up or charged capacitors are not acceptable) with capability for internal and remote programming and diagnostics. Further, the control center and central microprocessor -based exchange shall be the product of a single manufacturer to ensure maximum compatibility and simplicity of operation. Systems which utilize central exchanges manufactured by parties other than the primary control center manufacturer will not be considered acceptable under the intent of this specification. The exchange shall be a global switching type; that is, there shall be no linking within the system that would restrict or block communications. The use of two or more systems linked together via tie lines, station lines, trunks, etc., in an attempt to meet specifications will not be acceptable. Those systems which utilize "smart" instruments which do not generate tones shall not be considered equal. Telecenter IV Plus System Specification — Page 3 The system shall not have limitations within the switch that restricts the linking capabilities such as station group- ing /linking. Those systems that utilize station grouping /linking technology that provide limited administrative lines /links per station group will not be considered as a global switch and will not be accepted under this specification. The central switching exchange shall provide an RS -232C serial data port for connection to a computer for on -site diagnostics or via a modem to a remote computer for off -site diagnostic functions by distributor or manufacturer personnel. It shall be possible to determine circuit and software faults via these diagnostics and facilitate remote software changes. The system shall maintain statistics of operations of the main system functions for use by the individual administering the system. The system shall be approved for direct interconnection to the utility services under Part 68 of FCC rules and regulations. Provide FCC registration number of system being proposed in equipment submittal. The telephones shall be standard pushbutton dialing telephones, complete with solid -state pre -tuned tone oscillators, identical to those employed by public telephone companies. The program audio control center shall be engineered for absolute simplicity of operation, made possible by the use of color -keyed pushbuttons with associated colored guidelines and supported by step -by -step instructions printed on the control panels themselves, in accordance with the latest principles developed in user engineering research. 1.3 -- FUNCTIONS -- Internal Communications The school communications system shall provide at least the following features and functions. The system shall contain the software and hardware for a single integrated telephone and intercommunication system. Systems which rely upon unique or specially developed circuitry for an individual or unique application shall not be acceptable under the intent of this specification. Provide for administrative area telephones, staff and classroom loudspeaker stations, and associated staff and classroom telephones. Telecenter IV Plus System Specification - Page 4 Sixteen (16) conversation and /or data paths are to be provided. Capability for expanding the system to accommodate up to (500) stations in any combination of dial or non -dial telephones, call -in switches, and /or loudspeaker locations. Provide direct dialing, two -way communication between all locations equipped with administrative area telephones, staff and classroom telephones, and staff and classroom loudspeakers. Provide for any dial telephone to call transfer from any non -dial staff and classroom telephone to any other staff and classroom telephone or speaker. Administrative calls to the classroom will automatically call the classroom 8" loudspeaker first for hands -free answer back intercommunication. The system shall provide automatic transfer from loudspeaker to handset communication by simply lifting the classroom telephone handset. Systems that require recalling the control center or main office re- dialing and ringing of the classroom telephone to accomplish speaker /handset transfer are not acceptable. Dial telephones shall be capable of consultation hold which puts the calling party on hold while the transferring station privately consults with a selected loudspeaker or handset that will receive the call. If the called party accepts the call, the transferring station simply hands up which will automatically connect the parties. Provide for conferencing calls between administrative area dial telephones and staff and classroom telephones or loudspeaker stations using any dial telephone to establish the conference. Any dial telephone may be restricted to provide call -in by simply lifting the handset off -hook. The call will display on the digital readout by architectural room number. External dial tone may be directed to the station by any authorized administrative telephone. The system shall be equipped with distinctive ringing which allows the party receiving a call to distinguish the difference between an internal call and an outside call. Provide for telephone communications between individual non -dial staff and classroom telephones utilizing any dial telephone to establish the telephone path. Telecenter IV Plus System Specification - Page 5 Provide for multiple two -way loudspeaking communications, to any selected location equipped with staff or classroom loudspeaker. Provide for automatically sounding a warning tone signal over any loudspeaker selected for two -way "amplified voice" communication to alert the station attendant (classroom teacher) to the call and prevent unauthorized monitoring. The warning tone signal shall sound as soon as the station is selected, and shall be automatically repeated at regular intervals for the duration of the call if no two -way communications occurs. Provide automatic camp on of the two -way loudspeaking intercom channels, with call "waiting" to be automatically connected when channel becomes available. Provide automatic level control on return speech to assure a predetermined constant return - speech level. Provide for the instantaneous distribution of emergency all -call announcements simultaneously to all locations equipped with loudspeakers, by dialing a predetermined code number. Emergency announcements originating at any authorized telephone shall have priority over all regular system functions. Provisions for restricting emergency all -call announcements and alarm signal origination to certain assigned administrative telephones. This assignment is to be user - programmable by a designated administrative telephone. Systems without this restriction feature will not be acceptable. Provide for the instantaneous distribution of announcements to eight (8) pre - scheduled groups of speakers (zone paging capability) from any location equipped with an administrative telephone, by dialing a predetermined code number. User programmable for easily changing speakers from zone to zone from an administrative area telephone. Provide for "all cancel" capability. It shall be possible, by dialing a predetermined code at any administrative control station, to cancel or clear all calls in the system memory. Provide for "executive override ", permitting any assigned administrative telephone (to be programmed by a designated administrative telephone), to "break in" on ongoing conversations in the system. This feature shall be user programmable without requiring any modification or additional equipment. Telecenter IV Plus System Specification - Page 6 Normal call origination shall require only a momentary depression of the call switch or where staff non -dial or programmed dial telephones are used, by momentarily lifting the telephone handset from its cradle. This action shall sound a tone signal to alert administrative personnel to the call and register the call on the readout display system until it is answered. Provide facilities to prevent monitoring of any staff classroom station with a call origination switch in the "Privacy" position. Priority (emergency) calls have precedence over all normal calls and shall be originated from any classroom or staff station by user programming the station as a "priority ". Priority (emergency) calls shall also have precedence over all normal calls on the digital annunciator and shall be identified by the display of an emergency message and the calling station's room number. The incoming call tone signal shall also sound at a higher repetition rate than normal calls until the priority call is answered. The above features can be programmed into any handset without the use of additional station lines. Provide for wall or desk mounted user programmable architectural- ly coded digital readout displays upon which incoming calls are identified by their numbers. The system shall simultaneously display three current calls, plus last call dialed, and store all calls with single button memory recall of all stored calls. Provide for answering calls registered in the readout system merely by pressing a single "response" button, thus eliminating the need to dial the calling station's number to respond. This capability shall not prevent other calls from being placed or answered by dialing their number. Provide for a "last number dialed" display. The call -in readouts or displays shall have provisions for continuously displaying the last number or station dialed. The fourth position on any readout shall continually indicate the last number dialed. Upon dialing another staff station, this number shall be automatically updated to reflect the change. Provide for use of the staff and classroom telephones for communications without interruption of normal loudspeaker programming, or the distribution of time or alarm signals in any room. Systems in which programming or the distribution of time or alarm signals are cut off during telephone communications will not be acceptable. Telecenter IV Plus System Specification - Page 7 1.4 -- FUNCTIONS -- Telephone Network Communications The system shall contain software and hardware for a fully integrated telephone and loudspeaker communication system including all functions as mentioned under the previous section. Operation shall be similar to an electronic PABX. The system shall utilize dial single -line staff and classroom telephones and an owner - provided administrative area telephone system. The system shall offer the following features: The communications system shall provide for the direct connection of up to ten (10) central office trunks routed through the Telecenter IV exchange to the owner - provided telephone system. Initially the system shall be equipped with ( 0) trunks, up to ( ) telephone and /or loudspeaker stations, and (16) conver- sation paths. The system shall be capable of operating with either loop start or ground start trunks for existing and future compatibility with utility services. The system shall provide all standard telephone company signalling to interface with other special services, such as off - premises extensions, WATS and CENTREX. The system must contain necessary software and hardware to be compatible with standard PBX or key equipment for direct con- nection to any customer- provided PBX or key phone system. The system shall offer full flexibility of outside line restrictions to selected staff or classroom telephones for external calling capabilities. The restrictions shall be programmed for each telephone by long distance allow /disallow or by dialed number, area code, and prefix. It shall be possible to connect a telephone trunk to the system that will directly ring a designated staff or classroom phone without the assistance of an operator ( "DIL "). This call may be automatically routed to an attendant if not answered by a predetermined time. A call to a ringing telephone may be picked up by another telephone by simply dialing the ringing station's number. Telecenter IV Plus System Specification - Page 8 ;. The system shall be capable of providing night answer. By placing the system in the night answer mode, an incoming call on any designated trunk places a tone on selected intercom speakers. Dialing a code from any staff or classroom telephone will allow an individual to answer the incoming call. The system shall be capable of putting a caller on hold, and placing an all -call or zone call for a party. The paged party can go to any dial telephone and pick up the call by dialing a predetermined number. System shall be configured to provide disconnect upon termination of the call whether the called station is a non -dial telephone or a classroom loudspeaker. The system shall be capable of directly accessing all the system capabilities from a remote location via a dedicated trunk. Software updates to the program may be accomplished via the RS -232 port or by an "allowed" programming instrument. It shall be possible to make software feature assignments to each staff or classroom telephone as follows: A. Assignment of loudspeaker intercom access. B. Assignment of "executive override" to authorized instruments. C. Assignment of an instrument up to ten (10) "hunt" groups. D. Allow /disallow paging, emergency zones, zone page, outside (dial 9) line access, long - distance. E. Assignment of numbering system (three or four digit and selected one -digit access codes). The administrative telephone system must be capable of answering and routing all incoming trunk calls to all locations on the system. Telecenter IV Plus System Specification - Page 9 All incoming calls shall be annunciated and rung to a designated attendant administrative telephone. Calls may be held, parked, transferred or released. Any transferred call to a staff or classroom telephone will recall to an attendant loop in a predetermined amount of time if the call is unanswered by the station. A "recall" indication shall be given to the attendant that this is a recall. The attendant telephone shall be able to process a call for any restricted dial or non -dial telephone. The attendant telephone shall provide call transfer of outside calls to any administrative telephone, staff or classroom tele- phone, or classroom loudspeaker. The attendant telephone shall provide three -way conference between an outside line and any administrative telephone, staff or classroom telephone, or classroom loudspeaker. Call transfer of outside calls to the classroom will automatical- ly call the classroom 8" loudspeaker first for hands -free answer back intercommunication. The system shall provide automatic transfer from loudspeaker to private handset communication by simply lifting the classroom telephone handset. Systems that require recalling the control center or main office re- dialing and ringing of the classroom telephone to accomplish speaker /handset transfer are not acceptable. It shall be possible to program the system for two independent programs such as restricted and unrestricted. The feature to provide dial tone to programmed classroom telephones for an after school mode. Upon activation by the master clock the system will provide the ability to place inside or outside calls. 1.5 -- FUNCTIONS -- Audio Programming and Clock Signalling Transmit programs from the control center to any one, several, or all loudspeakers simultaneously. Preset all selected rooms to a program channel before connecting for distribution. Visually and aurally monitor a program either before or during distribution. Telecenter IV Plus System Specification - 'Page 10 Selection of any one of two microphone lines. Selection of any one of three program sources. Facilities for the reception of commercial AM and FM radio broadcasts, and the playback of pre- recorded cassettes. Facilities for the connection (and distribution with control center amplification) of the owner's audio reproduction equip- ment. Clock signalling shall be an integral part of the Telecenter IV and shall be capable of assigning a speaker to any one of eight (8) clock zone circuits. All circuits will be user - programmed at a selected administrative telephone by utilizing. its keypad. 1.6 -- FUNCTIONS -- Telemedia Control The system shall provide capacity for the control of remotely located video cassette recorders (VCR), satellite receivers, and video disc players using the classroom telephones as the controlling devices. NOTE: Video cassette recorders, satellite receivers, video disc players, televisions, and an MATV system shall not be provided under this specification. However, they may be specified elsewhere. The operation of the telemedia control function shall be as follows: Access to a specific VCR, satellite receiver, or video disc player is attained, using the classroom telephone, by dialing the extension number of the desired VCR. A low level confirming tone shall be provided to indicate to the user that the connection has been made and that the VCR is ready. While the tone is present, the push buttons on the telephone may be used to control the VCR. "Play ", "Fast Forward ", "Rewind ", and "Stop" functions shall be included. Once connection has been made to a VCR, the VCR shall be reserved for that specific user and shall remain reserved until the user, or media center personnel, releases the VCR. It shall not be possible for another user to "break into" the operation of that VCR. Systems which do not protect the user against unwanted interruptions shall not be considered acceptable. Telecenter IV Plus System Specification - Page 11 While the VCR is in use, the user may hang up the telephone without releasing the VCR to other users. While the telephone is in the on -hook condition, no linkage shall be required. The classroom telephone and /or speaker may be used for any normal function (e.g. placing and receiving calls) while the program is in progress. Systems which require that a link be maintained throughout the duration of the VCR's use or that restrict the use of that telephone shall be considered inadequate. If the user wishes to re- connect to the VCR, they may simply press n *" for automatic re- connection. They may then send additional commands to the VCR. A user may not access a VCR if they already have another VCR occupied. When the used is finished with the VCR, they may press " #" to release the VCR. A VCR controller shall be provided in the media center which shall accept signalling from the classroom telephone and convert it to direct VCR commands. The interface to the VCR shall be via infrared transmission utilizing a light pipe. The interface shall be a universal device and shall be compatible with a majority of commercially available VCR's. This device shall be equipped with a status LED which will indicate when that VCR is reserved for a specific user. A "Release" button shall also be provided on the device which shall allow media center personnel to manually release the device . from a user. The central exchange shall then recognize that the device is no longer reserved by that user. A standard administrative telephone with digital readout shall be provided in the media center. The telephone shall provide standard administrative telephone communication functions. The digital display may be used by media center personnel to review the status and assignment of each VCR. The display shall indicate which VCR's are in use, and which classroom currently has each VCR reserved. During the review process, the media center personnel may use the telephone to release specific VCR's. 2 -- PRODUCTS 2.1 -- CONTROL CENTER CONSOLE The control center console housing shall be contained in an upright rack, providing at least 61 -1/4" total panel mounting space. The rack shall-be no more than 65- 7/16" high, 22 -3/8" wide, and 18 -1/2" deep. Model RP1103. 2.2 -.- MASTER PROGRAM CONTROL &AUXILIARY INTERCOMMUNICATION PANEL The master control panel simplicity of operation color - displaying pushbuttons supported by step -by -step panel itself. shall be designed for absolute made possible by the use of with associated color guidelines, instructions printed on the control The master control panel shall include: a complete program preamplifier providing a minimum of five program inputs (two microphone, one tuner /cassette player, two auxiliary), each selected by fluorescent color display pushbutton; five -watt communications amplifier with balanced output facilities for operating into a 25 -volt line, and separate incoming and outgoing level controls; full aural and visual monitoring facilities by a built -in monitor speaker and LED output level indicators; separate "all- call" and "emergency" announcement facilities. The communications channel shall utilize the built -in speaker/microphone. The talk - listen switching operation shall be accomplished by an ultra- reliable solid -state switching relay. The talk- listen switch itself shall also be rated for over one million operations. Model MCI210A. 2.3 -- POWER SUPPLY The power supply for control panels and associated equipment shall operate from 120 volts, 50 to 60. cycle AC power source. Output shall be 24 volts DC. Mode1.PSX30A. 2.4 -- AM -FM TUNER /CASSETTE PLAYER The AM -FM tuner solid -state unit, for reduced power life expectancy. and cassette player shall be a completely including transistors and integrated circuits consumption, greater reliability, and longer The tuner /cassette player shall be securely mounted in the rack by means of a standard rack mounting panel. The faceplate finish shall match the other panels. Model SRX173. 2.5 -- ANTENNA SYSTEM Provide AM -FM antenna system for sound system tuner. Antenna shall be mast mounted on a 1 -1/4" mast to a height of ten feet above the roof. Mount mast on an approved mounting bracket. Care shall be taken not to damage structure or cause leaks in the roof. Where RG59 cable penetrates the roof, provide suitable conduit stud with roof jack and weatherhead. 2.6 -- ROOM SELECTOR PANEL The classroom loudspeaker selector panel shall contain 25 lever- action three - position four -pole selector switches of the positive detent type. Switch contacts shall be self - wiping type with precious metal contact surfaces. The room selector panel shall provide for the ready accommodation of add -on TC4110 time zone modules. Model SW25. Provide 4 . 2.7 -- CLASSROOM LOUDSPEAKER RELAY ASSEMBLY The classroom loudspeaker relay assembly shall be designed to mount to the room selector panels. It shall consist of 25 DPDT relays with associated wiring and mechanical components. All connection points shall be clearly labelled and accessible from the rear of the assembly. The relays shall be usable for "time tone" or "zone call" -- singly or in any combination. The relay assembly shall not require any increase in front panel vertical mounting space. Model TC4110. Provide�"� - Telecenter.IV Pius System Specification - Page 14 Model TC4150. Provide • 2.10 -- DUAL TIME TONE OSCILLATOR The tone generator module shall provide a 550 to 660 Hz signal for time signalling use, or a 535 Hz (fundamental) repeating chime for time signalling. The output level shall be 0.3 volts RMS, adjustable. Model MTG100. 2.11 -- TIME TONE & ZONE PAGE POWER AMPLIFIER The amplifier shall be capable of an audio output of 60 watts at less than 3% distortion (60 Hz to 15 KHz), and shall have a peak output of 150 watts. Model DSA60. Provide two (2). 2.12 -- ALL -CALL & PROGRAM POWER AMPLIFIER The solid -state amplifier shall be capable of producing an audio output of 125 watts RMS at less than 5% distortion, and shall have a peak output of 250 watts. Model TAX125C. 2.13 -- CENTRAL EXCHANGE The central non - volatile microprocessor -based exchange shall be designed for use with dual -tone pushbutton dialing telephones. Telecenter IV Plus System Specification - Page 15 The central exchange shall perform all functions as previously described and have user programmable global switching and control facilities for (16) administrative talk and /or data paths and provisions for up to (500) staff and /or administrative stations, plus facilities for interconnecting to ten (10) telephone system or central office lines. The central exchange shall have automatic restoration of program following power interruptions including all remote or local station programming without the use of standby batteries or charged capacitors. The central exchange shall include the following features: voltage surge protection, toll restriction, automatic on -line diagnostics, and remote maintenance analysis and programming. The central exchange shall also include multiple bi- directional voice - controlled amplifiers for "hands- free" two-way communi- cations between telephones and loudspeakers (no "talk- listen" switch required), and complete facilities for receiving calls from up to (500) staff stations and displaying their station numbers on the associated digital display panel. The voice - controlled amplifier shall have both. a built -in volume compressor to eliminate the need for volume controls, and facilities for sounding a supervisory tone signal over any loudspeaker selected for communications. The system shall provide for visually displaying on user programmable architecturally coded wall or desk mounted digital readout the calling staff station numbers. The calling staff station numbers will appear on attendant console, wall display readout, and /or all administrative area telephones equipped with readout display panels. The readout system does not require calls to be answered in the order in which they are received. Emergency call annunciation from any staff or classroom station shall take priority over all incoming calls. Emergency priority calls will flash with digitally displayed number and sound a repeating emergency tone. Model TC4001. Provide a built -in, auto - answer, 1200 baud modem allowing off- premise troubleshooting and off - premise programming. Provide necessary outside line port for off - premise troubleshooting. Model SPX -1. Telecenter IV Plus System Specification - Page 16 2.14 -- VACUUM FLUORESCENT READOUT DISPLAY Provide a wall- mounted vacuum fluorescent 16- character display of numerals or letters measuring no less than 0.44" high. Four three -digit numbers shall be displayed simultaneously; the first three shall register call -ins and the fourth shall indicate the last number called. A tone alert shall signal each incoming call. Emergency call -ins shall take precedence on the display, and the alert tone shall sound continuously. Alpha (letter) display shall be used for emergency and programming functions. The unit shall flush -mount in a standard five -gang back box with a minimum depth of 2.5 ". Model TC4200. 2.15 -- ADMINISTRATIVE OFFICE TELEPHONE SYSTEM The administrative office telephone system shall be supplied by the school district, and be fully interfaced to the communication system to provide a fully integrated system. The telephone system shall perform traffic managing of all incoming and outgoing calls plus perform all current and future functions available for the Telecenter IV. 2.16 -- STAFF AND CLASSROOM DIAL TELEPHONES The dial telephones shall be standard two -wire American -made DTMF touchpad dialing instruments, furnished and installed in the types and quantities indicated on the plans. Each telephone shall be equipped with a tap button for recall operation and a data port. Model TC4201D. 2.17 -- WSPEAKER/TRANSFORMER ASSEMBLY The speaker shall be an 8" permanent magnet cone -type having a viscous - damped cone and a ceramic magnet weighing at least 4.8 oz. The speaker assembly shall be equipped with a dual - winding (25V/70V) line matching transformer. It shall provide 0,5, 1, and 2 watt power taps for both 25 -volt and 70 -volt operation. Model US0188. Telecenter IV Plus System Specification - Page 17 2. 1i] -- CEILING - MOULTED RODEO Br,FFLL /E TCLCSURL They • round speaker baffle shall bo constructed of :.tee'.. Tho finish bha] 1 he a }u .:1 baked l :.,:::ui- gle::s . hite enant•el . .Tho baffle shall have • a diaginor. o 12-3/4", and r:1ut1]. be Ci :si.cino .Lo accommodate a standard 8" loudspeaker. Model 62-8. The metal protective enclosure .shall have a plaster ,flange e, te:rna3. to the enclosure, with a br•.fl:ir mnun.tinu flange internal erna? to the enclosure. Ti e enclosure shall have four combination 1/2" to 3/4" conduit knockouts. Model 96 -8. 2.19 --- WALL- MOUNTED 3CUARII 1i\FFLE /ENCLOSU!;1 The square speaker baffle shall be fabricated of steel and shall be of one niece c. :onctruction. . :T'hct baffle shall have four welded studs on the fear of the baffle foal: mounng t11v) loudsr >oahrn :. The' baff1r' shall be :supplied with .x lilac]: "no leak" gn.ikot. The baffle shall measure 11-1/2'1' sc u :< and. shall be finished in matte t•1i1.i.1 o bc.1]:':.'.ri c'alr:ra .l.. The baffle :chall accommodate loudspeaker. Model 161 -8. Where flush rnoi'uited, the baffle shall bo mountua.: to' a metal protect i.vc1 cncl osu: cr'n t:i ucted of heavy gau:a e 3t:cc1 riiLli t'.!1C interior coato.i With. ce-^posi.ti.on material to IlrevehL mochainicfJ. and . coust:ical resonance Model 190-8. •Whc.re s ur.fce mounted, tho , baffie shall-boa mounted . to a metal protective enclosure constructed of steel'. The :enclosure dimensions shall lac: . 11 -5/0 square by 1" ..deep, Thee shall be finished in' tzhite: baked enamel. Model SIa175 -4. 2.20 COMBINATION CLOCK /SJM AICLR WALL RAFFLE The combination clock/speaker wall baffle flush mounted, as i ndicca.Lod. on the plan,. Telecon.te:c , ,IV Piii ' System' The grilles and back boxes are to be supplied by the clock su..lier as s•ecified elsewhere in the "Electrical" ortion of the specifications. 2.21 -- FLUSH MOUNT WEATHERPROOF LOUDSPEAKER ti The loudspeaker shall be of the flush mount weatherproof type. All exposed metal parts shall be heavily plated and sealed. The loudspeaker shall have a full range audio power rating of 15 watts. Sound dispersion angle shall be a nominal 90 degrees. A rubber gasket for providing a weatherproof seal between speaker flange and mounting surface shall be furnished. Model JCBWP. The dual- winding line matching transformer shall provide 5, 10, and 15 watt power taps. Model T250. 2.22 -- VANDAL -PROOF EXTERIOR BAFFLE Provide vandal -proof exterior speaker baffle. The square front of the grille shall be manufactured from a special self -aging aluminum alloy which has a tensile strength of 44,000 psi. Each grille shall have a heavy gauge cold rolled steel perforated screen to protect the speaker from vandal damage. The four mounting holes shall be countersunk. The baffle shall be furnished with tamper -proof hardware to prevent unauthorized entry to the baffle interior. The finish of the baffle shall be textured white baked enamel. Model VP161 -R8. The flush speaker back box /protective enclosure shall be constructed of heavy gauge steel. Model 193 -8. The surface mounted enclosure shall have a rust preventative baked white enamel finish. Telecenter IV Plus System Specification - Page 19 Model L20 -211. 3 -- INSTALLATION 3.1 -- CABLE .i 1 Intercom /teler =ho1Tc /clock cable shall ha only pair ;122 gauge stranded with drain wire and over.!.11. foil shield and three pair #22 gauge stranded within an overall vinyl jaclzet. Intercom cable shall be run in a separate conduit. Note: The above cabling sha.1.1 be spiced in junction boxes, device boxes, or terminal cabinets, In -line : :plices are not permitted. A minimum 24" wide by 43" high by 4" deep terminal cabinet equipped with a sufficient number of bushed openings s1ia11 be installed in th wall at the rear of the console. .Wiring • shall be identified by room number, negr< ::nat :ed, neatly laced, and teminateci on tolophone -typo punch-on block::. C f)bling between control cen':er ca:isole :Id the main junction La:: slid _►.1 ho provided with telephone-t: pc 25-pair c:: i::co tore to allow case in console connections, di.icO nec.1 :i.OnJ, and =vice. 3.2 --- .I1•ISTI UCTIOU• & .AS- 13UII,T .M.i!INTE:IANCI,. M.NUAT ;S A minimum of eight hours- of time shall ire: >.inc'luded in the • bi.d for. • in:truct.i.or 'cif the persorn ^1 d.esignated by the c;viner.,.•. :rs. .t:o itylo • correct ororat:i.on oft Lha:• :;jr;t:.m. Upon completion of the i.nstallat.i.on, •L•ho contractor shall furnish the owner with three as-- built. systein manuals, each' contai.ni.ng the " following where applicable. Operating .instructions of all equipment: Maintenance ranual's of all equipment. A floor . plan of the building showing :the the : as. =built location of: conduit runs, terminal crthinet:s, and cable utilized. A listing of all . stations (speaker- designation and circuit) aonnecto0 : ;; t:o ' the con ole, the power drawn by c-:ach" J :ou0sp raker 5t: +r ti.on Or ci.rcvi., and total lou'lspaLko : 1oaa Cci'1': c d �c1.c:,ctx;rite:r.'IV " P.'. ,ar -System. ;i: t �.r .`iiort ) ?aq • 3.3 GUARANTEE &MAINTENANCE A two year warranty covering all components, equipment, and workmanship shall be submitted in writing with system documenta- tion. The warranty period shall begin on the system's final:, acceptance date. Should any trouble develop within this two year period from the date of acceptance of the work due to inferior or faulty material'. and /or workmanship the contractor shall promptly make all required corrections without cost to the owner. SECTION 16748, EMPTY CONDUIT & OUTLET BOXES PAGE 1 gMPTY CONDUIT AND OUTLET BOXES PART 1 - GENERAL 1.01 DESCRIPTION A. GENERAL (1) Furnish all labor, materials, tools, equipment, and services for all empty conduit and outlet boxes as indicated, in accord with provisions of Contract Documents. (2) Completely coordinate with work of all other trades. (3) (4) (5) Work (1) Although such work is not specifically indicated, furnish and install all supplementary or miscellaneous items, appurtenances and devices incidental to or necessary for a sound, secure and complete installation. See Section 16010 for general electrical requirements. See Division 1 for in this section is Computer System PART 2 - PRODUCTS 2.01 MATERIALS, A. Conduit: As specified in Section 16110. . Conduit stub -outs: From outlet box to 6 in. above nearest lay -in type corridor ceiling, terminated with insulated. bushing. (1) Provide pulling wire or heavy nylon, pulling cord for conduit more than 25 ft. long. (2) Computer outlet stub -outs: 1 in. Outlet box - General: With extension ring, proper oize and depth, .with cover plate match wiring device cover. General Requirements. for following systems: D. Computer outlet boxes: Standard flush switch box with blank cover. PART 3 - EXECUTION 3.01 INSTALLATION A. Install all components as indicated. B. Tag ends of conduit with system identification letters. C. Test conduit for clear passage. D. Mark inside of outlet boxes with system identification letters using black felt-ink marker. END OF SECTION 8852: SECTION 16749, TELEPHONE CONDUIT SYSTEM PAGE 1 TELEPHONE CONDUIT SYSTE PART 1 - GENERAL 1.01 pESCRIPTION A. GENERAL (1) Furnish all labor, materials, tools, equipment, and services for telephone conduit system as indicated, in accord with provisions of Contract Documents. (2) Completely coordinate with work of all other trades. (3) Although such work is not specifically indicated, furnish and install all supplementary or miscellaneous items, appurtenances and devices incidental to or necessary for a sound, secure and complete installation. (4) See Section 16010 for general electrical requirements. (5) See Division 1 for General Requirements. B. Telephone cable will be furnished and installed by Owner. PART 2 - .PRODUCTS 2,01 j1ATERIALS A. CONDUITS As specified'in Section 16110; minimum 3/4 in. ti B. CONDUIT FITTINGS As specified in Sectio016111� Use factory sweep bends for all 90 deg. bends. '., . TELEPHONE OUTLET BORE, Standard flush switch box with plate with 3/8 in, bushed Opening(s). FLOOR ?'OWED TELEPHONE OUTLETS :Horizontal design housing with 1 in. bushed opening, threaded conduit fittings in base, satin chrome' finish (Hubbel]. SC -3090) on adjustable 4 in, flush floor box (Hubbell B -2529) with cover plato (Hubbell: S -2525 or Walker.), 8852.2, • SECTION 16749, TELEmom WNW= SXSTUI taut E. TELEPHONE BACKAOARDS 1 Fx 't i I ---r i 1 , . -,- ;ic.e.-, 10.,6 „diA.C.) 1 eAt • t,c, Ic.A - .:„c.•. .,L,,,,.„ 3/4 in. x i AC, 4 ft., fire r, etardant plywood as specified in Division 6, painted black as specified in 0 A riA-t VI' Wvo hi-`1"1 Division 9. F. SLEEVES (1) Provide two 3 in. sleeves through wall into space above corridor ceiling. G. mu] Lmo,...:Duia I ; From outlet to 6 in. above lay-in type corridor ceiling, terminated with insulated bushing. • H. GROUNDING Provide a #4 bare copper grounding conductor from a ground rod or metallic water service line to the main telephone terminal board. PART 3 - EXECUTION - • 3.01 OSTALLATION A. Install all components as indicated. 13.Test each conduit,for clear passage. END OF SECTION S�G�1o�y G -7(6pa M1.7 ' R.ocA r-e\ 49pI"riufr. AL •ri:1b1 124 019 irGM N -� 1 -- General 1.1 -- General Requirements A complete centrally supervised indicating clock and signalling system, including a solid- state, digital master time and class- change control unit, shall be furnished and installed under this contract. All major clock equipment shall be of a single manufacturer, supplied and installed by an authorized factory distributor. The clock system contractor and manufacturer shall have furnished and installed similar clock systems continuously for no less than five years. The clock system contractor shall furnish and install all materials, even though not specifically mentioned herein, which are necessary for the proper integration of the system, so that the system shall perform the functions listed herein in compliance with all the specified requirements. The system, shall be completely factory - assembled, wired, and tested by a manufacturer of established reputation who has and can refer to a minimum of 100 similar systems which are currently installed and operating satisfactorily. To qualify as a bidder, the installation shall be made by a licensed and bonded contractor holding a valid Washington State Electrical Contractor's License and Administrator's Certificate as described in the Electricians and Electrical Installations Revised Code of Washington State. All work covered by this specification to be supervised by a holder of a current State of Washington Specialty Electrician for limited energy systems. All major components shall be listed with the Underwriter's Laboratories Re- examination Service. The clock system contractor shall guarantee availability of 24 -hour local service by factory- trained personnel of the equipment manufacturer. The distributor shall have available stock of the manufacturer's standard parts. This specification is based upon equipment as manufactured by the Rauland -Borg Corporation to integrate with the existing communications equipment as furnished and installed by Electrocom of Seattle, Washington. Approval request to pre - qualify for bidding of equipment not as specified herein must be received by the architect not less than ten days prior to bid opening. Proposals shall include but shall not be limited to the following: complete technical data and such samples as required to indicate that the submitted components are equivalent to the specified equipment in all material aspects; the contractor will itemize on a separate enclosure any variation 2524' Snecif ication. •-r Pane 1 from the specification (refer to the section, paragraph, and item of the specification and clearly state the variation); a list of similar previous completed projects with the names and telephone numbers of the owners; number of years in the school clock business; service staff and qualifications; documentation supporting that the contractor represents the products proposed; and the contractor's license number. Demonstration of the proposed equipment shall be presented at the owner's offices at no cost or inconvenience to the owner's personnel. Alternative proposals which are approved for bidding purposes only will be published by addenda. Proposals not complying with the prior approval requirements and conditions set forth above will not be considered. 1.2 -- Functions The master clock shall include six program circuits. Any circuit shall automatically or manually operate class program schedule devices or complete no- voltage control circuits to the sound /intercom system console which shall be utilized for distribution of class program signals via the sound /intercom system classroom speakers. All synchronous secondary clocks shall be operated by individual synchronous motors and shall be automatically tested once each hour for exact minute and second synchronism and once every twelve hours for exact hour synchronism with the master time. Any individual clock or group of clocks found to be not in exact agreement with the master time shall be automatically corrected. Hourly correction range shall be 59 minutes slow and 55 seconds fast. All digital secondary clocks shall be operated by internal time - keeping circuitry, and shall be automatically supervised for exact minute and a second synchronism once every twelve hours for exact synchronism with the master clock. Additionally, the digital secondary clocks shall be automatically re- supervised upon daylight savings change at the master, reset or change of time of day at the master, and restoration of system power in the event of a power failure. Program Signalling. The master clock shall provide a "dry" or no- voltage contact closure for activation of "time tones" as produced by the school intercommunication /program system, specified elsewhere. 2 -- Equipment 2.1 -- Master Clock The master control clock shall be non - volatile microprocessor based, and shall be easily programmable by the user through electronic means. A simple step -by -step guide shall be provided to enable the user to accomplishing the programing quickly and correctly. Master control clocks which are not microprocessor based and /or which require a technician or programmer to perform the initial programing and subsequent changes in program, at additional cost, shall not be considered. The programmable master control clock shall be capable of storing and controlling 350 separate events as well as 100 holidays. It shall program and control: The time the event is to occur, and whether AM or PM. The selection of any one zone or any combination of zones (up to eight), where the event is to take place. The day or days of the week on which the event is to occur. The selection of up to eight schedules to permit flexible rearrangement of events to accommodate special circumstances. User - programmable automatic daylight savings time change. The clock shall provide for the electronic selection of the following operation "modes ": "Load" -- which shall access entry of each element of the program into the clock memory. "Edit" -- which shall permit the sequential display of all programs entered, for the purpose of review, correction, or change. "Time" -- which shall permit the entry of "present" time display on the clock panel. "Test" -- which shall test the operation of events by displaying them on the clock panel. "Run" -- which shall be the mode for normal operation. The clock shall further provide a 16- button keyboard for accomplishing the programming, which shall require no special skill or training to perform. The keys shall be numbered "0" to "9 ", and shall include "Erase ", "Clear ", "Enter ", and "Function" keys, as well as "Left" and "Right" cursor keys. Operation of the keyboard shall insert into the clock memory, by following a simple set of step-by-step instructions, all of the elements 2524 Specification -- Page 3 required for programming an event:, i.e. the Um., the event is to c`c ou'r, and whether 2' or x'14; the : c1:.C: or :one:,; ..n which it is to 't:n%c place; t.h:'. C a.y O dLon3 on which it 5 t.') oc',n and the j,.1,:.1.C:ot:].nn of of :!: ?: of t ::tri:.. .'otl!:Ct.'.3le.'.i 5". ;l:'e 3';'. :'1 1.1:1L''.,.. rrocjrw' .i.ng f'o:,. i,::7 Flying. .h ..; ;.lin;n 4140 onti .. pc nn shall' be clearly displayed for rcv'.'.C: :1 i..x. ..cre it is ent;S:)°c. :c, the memory. Additionally, the rnar+•cr clock shall vro =.►i.c o t,he 2:c)1Z.cwin S controls or functions: . Instantaneous indication of any improper o2eratlon o :2 keyboard and rejection of the erroneous entry, accompanied by an audible "invalid entry" signal and a t:i?.mult:.r".n ct,f,:3 ( :tig:l::i's.i describing the error made. Display of the ne : :t .`scheduled event on the clock (J11 the "Time" space) by activating n .aing c button on the keyboard. :: foolproof air;,', :hDd to prevent tampering cri Lh the clock or unauthorized procjrr:m change by c.cctroa: ±co'iJ.y locking (or unlocking) the keyhon. d through the use of two c•" ed i' nt:?:ons any J use �. 4. ... 1 � h attempt to opc.;.'i; t :19 inly key I•I3::.'Ia the keyboard !. in tin:: `t!.fir`, ;n1 IIiodie" shall ,: onnd the "..'1vc:t.E ! ii CII }. -y" n i.cjri..l . A two to t;en recon.rl adjustable tone ;;ig51zt1 duration orl for each zone. A circuit program and time base Traci; -up in tho event of a power failure. (When the .nit is on battery operation it: shall be possible to di.splrt.y the time . it.ial.'l.y. ) Crystal control of time-base operation. A companion instruction panel detailing the .programming procedure' in • step-by-step sectuene^ with program circuit activation • indicators.' Facilitie ► for manual activation of secondary clock supervision circuitry by me :nns of a cnclr, entered into the keyboard. Facil it:ieri for nol id -atate switching of clock and program signal loads. Provioinn for 24-hour clock reading (0 to 2400) . Facilities for ope:- Ling t:hr, f'.aula d -Borg 2420 series digital secondary clocks. Facilities fo.: simultaneously operating the I auland_ )org 2420 eri e j Cl ;.g :'.t'.a1 n•'.•.eonC+ary clocks and r conventional analog nL'^.c.rr .r.y . c.1 t.. r i .'�l':;C?i':�. » ' }..i ;•..` to c N„ ;, y 1 .1 - at.li,. ''r :'i.' d. 1 !':, C '`a a t Cl , `►.i�.,... h�: sell..].'; �,., 25,24 ; P a x:0 A The power requirements for the programmable master clock shall be 125 volts, 60 Hz AC. The master clock shall be available for rack mount, and shall be mounted in the intercommunication rack, specified elsewhere. The master clock shall be the standard product of an American manufacturer regularly engaged in the production of such devices. It shall be wholly fabricated and assembled in the United States. The solid -state master clock shall be a Rauland -Borg model 2524. 2.2 -- Analog Secondary Clocks The analog secondary clocks shall be of the wired synchronous type. The secondary clocks shall feature facilities for automatic hourly self - regulation (within a range of 59 minutes slow and 55 seconds fast) and 12 -hour self - regulation (within a range of 11 hours 59 minutes slow and 55 seconds fast) when connected to and supervised by a master control clock. The secondary clocks shall operate on 24 volts AC, 60 cycles. The clocks shall have hour, minute, and second sweep hands. The mechanism shall have a detachable dust cover. The clock shall have a round dial with an exposure of 12 inches. The clocks shall be of the semi -flush type. 'Provide wire guard frames where shown on the plans. 2.3. -- Analog Clock /Speaker Grille and Enclosure The combination analog clock /speaker grille shall include a face plate with painted white finish, integral clock hanger, clock positioning brackets, and an integral speaker baffle for installation of a standard 8" speaker. The combination wall boxes shall be acoustically treated. Boxes shall be. installed flush or surface as indicated on the drawings. •The speaker shall be furnished and installed under the "Intercommunication /Sound System" section of the electrical specification. The analog clock /speaker grille shall be Soundolier 840 series. Where flush mounted, the grille shall mount to a metal protective enclosure constructed of heavy gauge steel with the interior coated with composition material to prevent mechanical and acoustical resonance. Model 195 series. Where surface mounted, the grille shall mount to a metal protective enclosure constructed of steel. The enclosure shall be 3" deep. The enclosure shall be finished in white baked enamel. 2524 Specification -- Page 5 2.2 -- Analog Secondary Clocks The analog c ucencidry c2'+ck:i shall be of tb. :wired syrchronot:;i type. The secondary clock; shall feature :i:a::iii.tiLs for automatic hourly sc�).f- riJgu1.ati.on (wit :hi.n .t..: :nub c of `,') slow and 55 :.seconds fast) ati0 12- J?CLi,t Eieli re ulation (within a range of 11 hours 59 minutes--slow and 55 seconds fast) when connected to nnd supervitted by a master control clock. The secondary clocks shall ,olier ate on 24 volts-1X. 60 cycles. The clocks shaTi have hour, minute, and second sweep 'hands. The niechanisnt,,Aa1 l have a detachable dust cover. The cloth •.uhal l have a- -mound dial with an e) :posure of 12 inches. The clock;. shat ' -bra of the semi -flush type. Provide wire guard frames where '- shown on the plans. 2.3 -- Digital Secondary Clocks Digital secondary clocks shall be provided as shown on the plans. The clocks shall have a standard 4-digit 12 -hour display with illuminated colon marker.. The display characters sh;:11 be no less than 1.8" hi rh , and the segments shall be at least 3 i m wide; numbers shall ba legible at distances of up to 60 foot and the usable viewing angle shall be at least: 120 degrees. Correction of the digital secondary clocks Phall be as deocribnd under the master clock ; pecificat:Lon. The digital clock ;hall be of the large- segment light emitting diode type designed for long life under high character illumination conditions. Other digital clock assemblies of the "point" LEJ) type or mechanical analog, liquid crystal type which require e: :ternal iiluiui.natirn sh^].l not be acceptable under the scope of this spccification. The digital clock shall operate as an elapsed timer or countdown timer when used with the required switch assembly as shorn on the drawings. Eseh-° "c •i ock- sha'11..• have .. the•• prograwrn•+ rng eeesa,ary . to., pe•rforui . .the-fo1lowing-!?1mct.•ins,. "Digital Elapsed Timer: The unit shall count up ,.;to 99:59 (hours minutes). Tt: shall count minutes /seconds up- to one hour, and shall then count hours /minutes to be indicated by an overflow: LED. A Rauland model 2423 .,nwitch shall be required to provide: "Count/Bold" and "Reset" functions.. When counting is completed, the display shall. show current tIme once the "Reset" button is pressed. _ .. 2.8 Time Tone Power Amplifier The amplifier shall leas the 31 distortion output of 150 watts. Model DSA6 able of •• audio output of 60 watts at 15 KHz), and shall have a peak 3 -- Installation 3.1 -- Wiring Clock wiring in general shall consist of three #14 AWG red, black, and white twisted conductors. Clock wiring shall be in separate conduit from all other systems. A minimum 24x24x4 terminal cabinet shall be installed at the electrical closet to accept clock conduit and wiring. The cabinet shall be equipped with a single 120 -volt AC circuit. A one -inch conduit shall be supplied between the clock and intercom 'terminal cabinets. 3.2 -- Instruction and Maintenance Manuals A minimum of four hours of time shall be included in the bid for instruction of the personnel designated by the owner as to the correct operation of, the system. The owner shall be provided with three maintenance and operation manuals that provide operating instruction (tailored to the system supplied), schematics, and service information for each component supplied. The owner'shall be provided with as -built drawings showing at least the following: As -built conduit routing on a floor plan drawing (if applicable). As-built cabling on a floor plan drawing. As -built system wiring diagrams showing the electrical interface of all components supplied. 3.3 -- Warranty A one year warranty covering all components, equipment, and workmanship shall be submitted in writing. This warranty shall begin on the final acceptance date. .2524 Specification -- Page 7 Should any trouble ...levelop within this.. one year period from the date :of acceptance work due to inferior or faulty material and/ol: tlorkmanship, 0 should it-. be cd th:tt the work is net:. 1.n ac.c.c.L:dancc.: thc: contrae:!'1, cont.re.c.tor: promptl y. mal:r.: rt.! 1. a:aqui:yea cornectic:mr; iyj.thotit cost to the Owner.. • • • 1 GENERAL W/70 -TV ➢6YRi431,trlo' /5-TL :1-\ (I POOrinVg tvk4'gttivia ITIA ) 1.1 -- General Requirements The work includes furnishing and installing a television distribution system complete and ready to use. The system shall include all amplifier, power supplies, cable, outlets, attenuators, and all other parts necessary for the reception and distribution of the cable company TV signal and the school closed circuit signal. The contractor shall show satisfactory evidence, upon request, that he maintains a fully equipped 'service organization capable of furnishing adequate inspection and service to the system, including' standard replacement parts. Contractor shall be prepared to offer a service contract for the maintenance of this system after the guarantee period. The contractor shall construct the system, following best engineering techniques for continuous operation in accordance with applicable codes and safety precautions. All equipment, including wiring, cabling, and outlets furnished and installed under these specifications, shall be guaranteed for, a period of one year from the date of final acceptance thereof against all electrical or mechanical defects or failures, except that which can be proved to have been caused by misuse. All service and all parts shall be provided during the first year by the contractor or his designated agent. All television equipment shall be supplied and installed by a licensed and bonded contractor holding a valid Washington State Electrical Contractor's License and Administrator's Certificate as described in the Electricians and Electrical Installations Revised Code of Washington State. All work covered by this specification is to be performed by a holder of a current State of Washington Specialty Electrician for limited energy systems. All components shall be of single manufacturer such as Jerrold or Blonder- Tongue. 1.2 -- System Functions The system shall provide TV reception, amplification, and distribution of all sub, mid, and super band cable TV channels, channels 2 through 13, and school - originated channel 3.-. I070 `I Television Distribution System -- Page .1.. The system shall receive the television signals by amplify these .signals, and distribute them to all permit simple connection of EIP1 standard television mast::er. cable, TV outl t s to receivers. The system shall deliver at all .outlets all monochrome and i•ITSC color telr3vi.3ion signals without introducing noticeable.. effect on intelligence and color fidelity. ,.Picture quality shall be equal.. to tIi t received from the Cable Company. The system and all equipment shall be designed and rated for. 24- hours -a -day continuous operation. All ac Live components shall be of solid state design. 2 PRODUCTS 2.1 -- Preamplifier Preamplifiers for. VIIF shall, be provided Preamplifier:, shall be of solid state design. VIIF shall have 21 db minimum gain, 5,5 db maximum 75-ohm input and output:: Model DA -21. 2.2 -- Broadband Amplifier: The broadband amplifier shall be provided for all ,TV channels. Specified. Each unit shall be..pf %oli:cl state cieSi.gn, ::ont:ai.n it3 ,. own power supply, and a manual gain: cintr.ol. as required. preamplifiers noise figure, • The amplifier shall meet the following specification: Gain 51 db minimum, 10 db gain control range., Band- -.pass ;hall be. 50 to 300 MHz, 75 -ohm input and output. Model BIDA , 30,0 -50 . 2.3 Channel Elimination Filter A channel elimination filter shall Balancing of the signals shall be driver adjustment of the individual - 113 db. The filter shall have 55 db of the specified channel . Model CIF 'channe14t,(.', be provided for channel 3. accomplished by simple screw filter over a range of from 0 minimum rejection of i:t least •ra1e0 scion 2.4 -- Modulator Provide a crystal controlled solid state channel 3 modulator. The modulator shall have a video input with a level capability of 0.5 to 2 volts peak -to -peak and an audio input 150K ohm unbalanced. Automatic gain control (AGC) shall be provided for both audio and video inputs. Video response shall be + 0.5 db for 4.2 MHz bandwidth, audio response shall be + 0.1 db 50 to 15,000 Hz with pre - emphasis network. Audio distortion less than 1% 50 to 15,000 Hz. Video carrier output shall be 56 dbMV nominal. Audio carrier output shall be 34 dbMV nominal. Model TVM with Options 4 and 5. (tLry.*•t--- -' ~`""" 2.5 -- Audio /Video Input Panel The audio /video input panel shall consist of one XLR and one "F" connector4for connection toa• remote modulators" Jacks are to be mounted to a ainglemgang stainless steel plate. The panel is to be located as shown on the drawings. 2.6 -- Line Splitters Line splitters shall have a frequency response 12 to 890 MHz. The unit shall be of the hybrid design with a 75 -ohm match on input and outputs and a VSWR of not more than 1.45. Two -way line splitter shall have a signal loss of not more than 3.7 db at VHF and 4.0 db at UHF at each output. Four -way splitters shall have a signal loss of not more than 6.5 db at VHF and 6.7 db at UHF at each output. Models MS -2U /V and MS -4U /V. All unused outputs on the splitter and end of runs shall be terminated with 75 -ohm terminators. Model PBT. 2.7 -- Back- Matched Outlets Back - matched outlets shall be provided at each location shown on . the plans and mounted in 2" deep minimum flush electrical boxes as indicated on the plans. Provisions shall be incorporated in the network to prevent 60 cycles AC or DC feedback into the distribution lines. Outlets shall be designed to cover a frequency range of 10 MHz to 300 MHz. Insertion loss shall not exceed 1.0 db at any frequency within the designated frequency range for 17 db isolation network. Outlets shall be back - matched from 10 to 300 MHz. Outlets shall have one "F" -type connector on the front and two "F" -type trunk connectors on the rear. The minimum isolation value between any two receivers shall be 24 db. 1677v 3 Television Distribution System -- Page 3 Model V -3888. Provide one 5' drop cord for each television receiver. 2.0 -- Headend Pick housing Provide and install a cabinet or the amplifiers, modulators, hcadond distribution jack, splitters, etc. The. cabinet is to be complete with louvered ventilation slots acid hinged lockable door. The rack shall provide 36" of vertical panel space. Model 300 -36. 3 INSTALLATION 3.1 -- Distribution System. System coaxial cable shall be 75 -ohm cable. All components in the system shall connect to RG50, RG6, or RG11 cable. Coaxial cables shall be run in continuous lengths except for . terminations and no :splices shall be permitted in any conduit run. Cables shall be installed to avoid sharp kends or physical distortions. All cables terminating at amplifiers or splitter shall be tagged as to function and destination. All coaxial cables used in this, system shall have a nominal . characteristic impedance of 75 ohms throughout the entire frequency spectrum utilized in this system. Fach rest of cable shall be sweep tested from 10 to 300 MHz. 3.2 --• Performance and Testing On completion of the installation of the system, the contractor supplying this equipment shall provide a qualified technician to perform the following tests The overall system shall be swept tested with a Spectrum Analyzer from the headend location to the last outlet in each distribution leg of the system. The system shall deliver a minimum .signal 75 ohMs on each channel. att each outlet. A certification shall be made to the fact that no frequency drop -outs are present in the distribution system which would affect any of the VHF channels. Using a return loss bridge, the contractor shall certify that the return loss of the system shall be a minimum of 26 db down. VSWR shall not exceed 1.4:1. 3.3 -- Instruction and Maintenance Manuals A minimum of four hours of time shall be included in the bid for instruction of the personnel designated by the owner as to the correct operation of the various systems. The owner shall be provided with three maintenance and operation manuals that provide operating instructions (tailored to the systems), schematics, test results, and service information for each component supplied. The owner shall be provided with as -built drawings for each system showing at least the following: 1. As -built conduit routing on a floor plan drawing. 2. As -built cabling on a floor plan drawing. 3.. As -built system wiring diagrams showing . interface of all components supplied. C?.7[ -I Q F r 5.2 1 /16214. • I u1GI:n 6F F31 L I•LATL ►tJ ' 1;COIA 25 'Z1s�.t' SECTION 16775 SECURITY SYSTEM %; PART 2.00 - PRODUCTS 2.01 CONTROL A. The main control shall be a Radionics 8112GG Control Communicator, transformer and battery, and a Radionics Alpha II Digital Command Center. The community sub zone panel shall be a Radionics #279 Digital Command Center. Provide an ADEMCO 698 UL subscriber terminal unit for the main panel and one for monitoring the F.A. system. 2.02 DOOR SWITCH A. Install Sentrol 1078W magnetic contact where indicated on exterior doors. 2.03 POWER A. Provide a power supply, standby battery and trans- former to power the system. Write installation date on batteries. 2.04 TAMPER A. Provide a tamper switch on control cabinet door and arming station wired to a 24 hour loop. Pro- vide a tamper loop per zone. 2.05 ENCLOSURE A. Provide a hinged cover Hoffman steel enclosure with Medeco 60 series can lock keyed to the dis- trict system key for protection of the control FHS 16775 -1 • SECTION 16775 SECURITY SYSTEM nanol and community sub-zone panel and community use phone cabinet. Coordinate enclesure,reguird- ments with Contract Hardware. 2.06 SENSORS A. GENERAL Sensors shall be provide and • installed in the lo- cations sbown on the plans. NF,nufacturcrs in- st::uctions will be followed and quality workman- ship used to eliminate nuisance alarms caused by poor installation. B. PASSIVE INFRA RED MOTION DETECTORS Unieorn Model SPSOW and Model XP-2 series PIRG will be installed where shown on the plans. This vandal resistant device will bu use:1. in areas sub- ject to student traffic to provide area protec- tion. The alignment shall be clone per manufac• turer's instructions, with care to avoid windows, heat sources or other potential problem areas. The PiRs shall be powered from the 12 •vdc supply. 2.07 AC PSI Each panel shall report Ac power failure, this alerts .District personnel: to an cdpnormal building condition even though the panel an&relatedequip7 ment have standby battery :power. 2.08 KEYS & LOCKS A. ALARM KEYS A11 cam locks and key switches will he keyed to the district specifications, i.e., a masterkeyed system with a district master and a site key. CABINET LOCKS The control panels will be mounted in lockable steel enclosures. These enclosures shall have cam lock; installed which interface without field mod- ification, to locking hardware supplied by the manufacturer of •the enclosure. These locks shall be kend to the District Medeco 1:eying System. c. STRODE LIGHT SIREN Wheel lock Model 46T-G10-12-SW-12-11F-R. 2.09 FASTENERS SECTION 16775 SECURITY SYSTEM • A. TAMPER RESISTANT SCREWS All exposed equipment, junction boxes, enclosures or other hardware which could affect the operation of the security system if removed, shall be se- cured with a Tamper Resistant screws to match Dis- trict standard. B. OTHER FASTENERS Screws and fasteners provided by the equipment manufacturer shall be used unless conditions dic- tate substituting a device of treater strength, security or quality. Fasteners shall be appropri- ate for the surface encountered. PART 3.00 - EXECUTION 3.01 INSTALLATION A. System shall be installed in accordance with details on drawings and manufacturer's recommenda- tions. Review installation drawings and details from manufacturer prior to submitting a bid. All devices shall be securely mounted. Provide neces- sary backing in walls or ceilings. 3.02 WIRING A. Wiring shall be twisted pair throughout. Provide alarm memory circuitry at all detectors. Wiring shall be 22 ga. minimum. Larger conductors shall be used when runs exceed lengths recommended by manufacturer. Wiring for detectors in gym and multi- purpose rooms shall homerun to sub -panel in corridor 120. All other wiring shall homerun to panel in Nurses Office 135. Provide required in- tertie wiring between panels. 3.03 TESTING A. System shall be tested in presence of District Personnel. 3.04 DRAWINGS A. Submit layout and wiring drawing to Architect, Owner and Department of Labor and Industries for. review. Zoning shall be as directed. END OF SECTION 16775 16775 -3 SECTION 16900.7RA, WIRING EQUIPMENT FURNISHED BY OTHERS PAGE.1 WIRING EQUIPMENT FURNISHED BY OTHERS PART 1 - GENERAL 1.01 DESCRIPTION A. GENERAL (1) Furnish all labor, materials, tools, equipment, and services for wiring all equipment furnished by others as indicated, in accord with provisions of Contract Documents. Completely coordinate with work of all other trades. Although such work is not specifically indicated, furnish and install all supplementary or miscellaneous items, appurtenances and devices incidental to or necessary for a sound, secure and complete installation. (4) See Section 16010 for general electrical requirements. (5) See Division 1 for General Requirements. B. RELATED WORK SPECIFIED ELSEWHERE (1) Wiring of equipment provided in Division 16:. See individual Division 16 section. (2) Temperature control wiring and conduit: See Section 15900. PART 2 - PRODUCTS . 2.01 HEATING, COOLING AND .VENTILATING SYSTEM EQUIPMENT A. Provide all conduit, wire, and connect all units 'of heating, cooling, and ventilating equipment. B. Provide all motor starters except in package or prewired units. as indicated in Mechanical Equipment•Schedule. (1) Connect all motors. (2) Provide starters with thermal overload protection for all motors not having such "protection, except as otherwise indicated. C. Provide proper thermal overload heater elements in all starters. 2.02 KITCHEN EQUIPMENT A: Provide all conduit, wiring,, outlet boxes, receptacles, circuit breakers, fittings switches, etc. , to make final eon oet:io'ta to all equipment B. Where equipment items are to be connected using plug and. .receptacle, provide receptacle compatible with plug. Where equipment is to . be directly connected, use flexible conduit as indicated in Section 16110. . .Provide power panels serving electrical cooking equipment with vain breaker having 120V shunt trip. P. Install 120V relay cabinet furnished by food' equipment 'contractor near cabinet for deT hemical system.,,; (1) Provide 20A, 120V emergency circuit to thi's relay cabinet. PART 3 (2) Provide 2 No. 14 1/2 in. conduit from this cabinet to shunt trip on main circuit breaker(s) to open when system is pressurized. Provide connect:Lon from this cabinet to initiate fire alarm. (3) F :. Provide manufactured metal sign with 1/2 in. high white letters on black background reading: . "After operation and restoration of dry chemical system,' close main circuit breaker in power- panel to restore ,•electrical power ". - EXECUTION 3,01 INSTALLATION : 1 . 1)1I C.tt.1..<V GIB A.. Perform • work in accord with- Division .16' sections. ,Wire equipment,: complete properly connected and energized.. Provide conduit and wiring..r..s required for connected switches as indicated or required. i.Pcx.10.70 explosion- proof. wiring :in accord;: With • THE REPLACEMENT OF i 4 SOUTH CENTRAL SCHOOL DISTRICT NO. 406 TUKWILA, WA. DRAWING SET °B" / r • • • , tt� t ltTi il11tT loll II .ill .iii ,i1t t 1 ». w , I11itI� tl ` 14.'11 lt4'�u_h!'��- ' • " —_ • - , if y, C..% w. • pntiw1;r sw• ys sslri t h7/44; i . • yli Yf . it 1� yl!'Itti ' '� \}' ft i-,32.i.,■-`t .1v.r:ikkt ' rr!o %/. ;,,,. ,,/,,,x � ✓�0� ' d l�f y,� -- � t` � r �r:.+t l.s > asrcC! a s �.>w -�. '' � �' � i - 1. ` t) • 4j :,,yam. -_ 44 !�. .;�•1�� i , - — i�kN;i a.•,.!'What: t /.04rx,•!'; _Yrt 9 . t , Y/AA IMIL.2t (.. •/,l.l i+'r`� ._ ft•�.�•�x -y. -.- • , r 'i';'7041`1% �.. yr�f�^_ 5��.. r .TgNY�,J�q•L;.a���•wwr++wC'�.�_ • , - _'. iT °' 1 �(+ j,o .., • _ : rrr�:r:� . ! , /,� c t 4r,N,. 1r tt't 1;t t )t�t rC�,,41.1, {•� nqq t.°1 • r�l7ata.- �: ir•..- tr. . r Aim � f , _ ,7 r.- 1.r•t � .yam 1 N i•. ddt• a �� tk r •1 , f. .•1. d' t. . 1. c? r..�lt1t .•. 1L1 / rl %f (l'Ija.. '4 qe n19.. 4 t7.�..lteliG) irff ` it,relr4t(J. "e_• `II • Ufa • ', y ' n ; • •I 1 • ct.-a >i.7r.eg .�-!.� C.'�Sf .✓ r. {,, a r )ail }i f,r/n f'� � r - -.. •I. ') .ry,.ri.. • CITY OF TUKWILA APPROVED jut, t 133313 /A 1S FIL =COPY I teidieetand fiat the Purl Cneck epi*wafs ere MJAlect so eftora and ondaeiorx ana approval of pk►n$ *OS Yid authorise lire_ violation of enY adoofed Grose or onslinance, Receipt of contractors copy of old pig ackn w °y'�4• ..1..,1G•3,1.�1� �' BUR Dtis4(.; L SET NUMBER` 111!11 1IIIIIII1IIIi111!I1IIII1f I :Il1 111111111111:1 1 j 1 1 1 If�II l t 1 1 p pill +oiljli I i1�!I +i+lljilii+l 8.. 9 I 10 NOTE: if the aicrofilmed document is less clear than this . ; notice, it is due to the quality of the rpriginal document. tentaINCH 1 / 3 4 5 6 7. 06 6Z 6`G LIZ 9Z SIIZ hZ ' CZ Ze t, {Z OZ Bt 9l 41 91 GI VI. Et 8l U N. 6I 9 i+ 11)11111111 III, 11111i111111ii111111111111111111111l1gllilll� 'i 'J11�1111U11 !Illll!I{� inhiii1111111111�11111111 ;�1i1i!ll±l1llli!!{ hill1 1{ llIli;! II111I1111f1ill11i1tLIIIi1111 1.1 � 10111li1iili(011111ll01.11 P111 11I111I1I111I11►I 11 w "'e 12 9G 7 £ Z1 Mn 11n11111In11111n1111111n{ �I1 +111:1fIn1111111,nlillillhlll� Permit No 0 ARTISTS REPRESENTATION OMLi4 NO PART OF CONTRACT 1 h r' ,t • BOARD MEMBERS JANELLE BALDWIN CHAIRPERSON WAYNE HAMMOND VICE CHAIRPERSON TOM COLLIER DIRECTOR JOY JENNE RON LAMB DIRECTOR DIRECTOR "HE REPLACEMENT OF i SOUTH CENTRAL SCHOOL DISTRICT #4Q6 TUKWILA WASHINGTON ABBREVIAT90NS & SYMBOLS BU1LDING DATA (For Building Officials Use) A All .4nCh • Hdt A/C Air Creek timing ACV A( u. CIR.Hsntls (Suspended) ACT :►aa:t. CIR. Tie (elved) AC.)u Acoustical Af) Above Datum A041 Adolftiae. Al)) Achusttite ADM Addendum AM1IN Adniristration or Acknieiverathe ADii Area Oralln AFF Above 1<Irish Floor AGG Aureate ALT Alternate ALUM Ahanisyn ANOD Anodised AP Aces"; Panel APPROX Approximate ARCH Archive-ea bra) ASS Asbestos ASP:i Asphalt ASST Assistant' ASSY Assembly AUTO Automatic AV Audio Visual AWP Aootbtical wall Panel a. B BD bEL BKPL BLDG BLK BLKG BIT BM BOT BPL BRG DRCL BRK BS BSMT BTtIN !AIL Bottom Board Below Back Plate Block Blocking Bull t Beam Bee tom Base Plate &taring Bullet Resistant Glass Brick BaClaplesh Basement Betwee'ri Bevelled) c C • Channel CABs Cabinet CR Catdn Bosin C/c Center io Center CCT Cubicle Certain Track CEM Centro CHAM Chamfer CHoD Chalkboard CI Cast Iron CIPG Cast- in-Piece Concrete C3T Control Joint CLG Ceiling CLCtS Clare CL R Clear CMT Ceramic Maisie Tt)e CMU Concrete Memory Unit CO Cleenout C/O Convenience Outlet COL Caunn COMP Computation or Campsite Ccc5P1c Cowes, CONE Cahletehce COIN Cavwctfed) CQNST . Construction CONt continuous CONTR Co1'ntractbr) CORR Corridor CORRUG Corrupted CP. Comore Plaster CPT Carpet CRS Cold Rolled Steel CR SI Concrete' Reinforcing Steel Institute. CT .Ceramic Tie CT R Center CIVT Cerattic Wall Tie DBL DE SIO DEPT DET DF DG ( DIAG DIA M 1311i IIMPIt nxitill <.I' I)L FIN nit ISS i)T nW 1)WG 1)WR 0 Double Desndition Deportment Detail Drinking Fount ai n Douglas Fir Diagonal Diameter iltrslemioe Dispenser Dead ri.engewoo f nip, . (sentient able e Down Dino Once Downspviut Drapery Track Disheaster Drawing Drawer • E E East EA Each , EB Expand co Iloi t EC Electrical Contractor £3 Expa.,sicry Join I. Eleveticn ELEC Electrical ELEV '?Ievatien or Elevator EMER Emerylrncy ENAM Enimei ENCL Ere:Icstre EP Electrical Panel EPF Epoxy Flooring EPF Epoxy Paint EQ Equal EQUiP Equiprnitnt ES Each Side EW Each ti►ry EXEC Executive EXH E3Y,tatat EXIST Existing t► XP Exposed Exi�l: •Expansitri EXT Ex:erice - EXTN Extinlltrisher F FA Eire Alarm FB Flat Bar FD Floor Drain FE Fire Extinguisher FEC Fire Extinguisher t:abintt FEM Feminine" FP Factor y Finish Fif Fire Hydrant FIN Finish rIo Ftrnish 4 Imtalled by Owner Fix Fiatwce FL Floor .ELE X Flexible FIR Floor nisei Flash or Flashing el 4.10R FltxsresOCnf FND Fet.ndation FOC Face of Co krete Of Face of Cdimn FOIL Ftanislred by Owner; Ind alied by Ccntractoe FCa Face of Stud Pi < Fire Proofing FRT , Fire Rcirrdant Treated FS FaesMrttned FT Feet or Foot FTC Footing FUR Fisted or Fining FUT Future • GA GALV GB Go GEN GI Gi. GLBM GLM GP GR GRND GVL GWB GYM GYP HB HBD HC HDCP HOR HOW UMW HE HIP it H \1 111116'11 t= HP HR HT HVAC H 41 10 !NCI INSL'L INT INV JAN 3NT 3ST K 1(0 KEC KIT KO KP KSi L LAB LA UN LAV LB LBL IBS LE LF LGMF 1.11 L:N LK1t LL L1' LRC LT LTWT LY It MACH MANIA% MAT MA :( MB MBR MC MDO M/E AIECH MED MEMEI MFG MFR Mil MIN MIR MISC ML tt0 MOD MOI5T.B 100v M&S MTO MTG MTL MULL MWK N NAPK NIC NO NOM NTS OA Lit: 01) PA PAY PAR PART, PB Pet) PCC PERF PERI M PKG PL PLAID PLAS PLWO PR PREC PSF PSI PT PTD PTR PVC Pw car QT Y c Gauge Galvanized Crab Bar General Contractor Guttter Drain Gene:al Galvanized Iron Glass or Glazed Glee- Laminated Beam Give-Laminated Gypsum Plaster Grade Ground Gravel Gypsum Wellboa: d G ymnasi tot Gypsum Hose Bibb Hardboard Hollow Core Handirapfped) Header Hardware Hardwood Han -Fir Higi Per!cr.:wore Architect ur al ( :natiiie 11nfl.sw' trial Water Hai rout aI IOW Pitt Hour Hddnt Heating/Ventilating/Air Conde timing Hot water Healer Irtide Diameter incitding Iris ul atim Interior Invert 3 3anitor 3an Joist K Kips or 1000 Founds Kn ck Down or Kiln Dried Kitchen Equip. Sub - Contractor Kitchen Knockout Ki•:kplate Kips per Square Inch L Length of Span or Structural Angle Laboratory Laundr y Lavatory Poendor Lag Bolt Label Ponds Latex Enamel Linear Font Lightgauge Metal Framing Let t Hand Linen Locker Live load Li::tit Proof Of Lour Perna Learning R esotre a Center Light Lien weight Levee, al Machine Menu( act urcd Material Madmen Machine Bolt Member Mechanical Contractor or Mineral Core Medium Density Overlay Mechanical /Efreir)cal Mechanical Medium Membrane Martel act tying Manufacturer Manhole Minimums Mirror Misaellaneetn Metal Lath Masonry Opening Modular Moistsre Barrier Movable Mirror (n: Shelf Moeted Moulting Metal malion Millwork N North Napkin Not InCentract Nun bar Nominal Not To Sale U Overall On Center Overflow Grain or Outside Diameter Oxygen Office Overhead Opening Opposite Hand Opposite P Preumatic Applied P aving Parallel Partition Of Partial PIi seer Base Particle Board Precast Cenaete P rrierate(d) Perimeter Parking Property Line Plastic Larntgste Plastic Plywood Pair Precast Pcuids /Sq. Foot Pm/ads /Sq. inch Faux fed) Paper Towel Dispenser Paper Tovrel Receptacle Polyvinyl Clicride Plyeopd 4 Query rem Quantity R R Radius or Riser RA Rettrn Air RB Rubber Base RO Roof Drain RECEPT Reception RI:,: PT Receptacle KECT Itcztangut.r REF Ref etencr REEL Reflected REFR Ref tiger ator • neva r Rctnfar, :In,; ttF.L Relocate . RECD • Reratired. RESIL Resilient RETG Retaining ' RFG Rooting RH Rigit Hopei RL Rain Lead& RN Rwm RO Rot/4h Opening ROW Right-of •war RUBE Rubber S S/B SC SCHED SD SECT SHINS SHM SHr SHTH SIM S&L SM SPECS SPK ssis SSD • ST STAG STAND STD STG STL s Sorrthor Sotrt.:al Shield Be Solid Core Schedule Soap Dispenser or Storm Drain SeCticn Shelves Secteity Hdlov Metal Sheer Sheathing 5)mila Stain & Loewe'. Sheet .Metal Speciliations Speaker Square Stainless Steel See Struc'tual Ora.ings Stain Staggered Standard Stardard Storage Steel STRUCT Structural 5UsP SV Sac V 5W SYM SYS Suspended Sheet V inyt Stain b Vanish Shear Wall Symmetrial System T T Tread or Trip Tlh Tar:14,03t,1 Tr Top of (-orb TEL Tdepwne T.4 C. Tongue dr (1 goo THK Thick TOn Top of lik -gin TOC Topol Ccncrese or Top of Column TOP Topa( Parapet TOR. Tope! Plate TP Top of Pavement TPD Toilet Paper Dispense TRANS!, Transparent TRANSV Transverse TR&S Trowel & Seal TS Tube Steel TS Top of Slab TV Television 'PC.- repot wait (TYP) Typical UNF UON UR VAT 1B VE RI VEST VF VG VtF VN VP W/ WO WC WO WOW wF WG Vita VIs Wit wscr w r wr<r L Pt ct- u Unfinished Unless Otherwise Noted Urinal V Vinyl Asbestos Tile Vapor Barrier Vertical vestibule Vinyl Fabric Vertical Grain verify In Field Vinyl Veneer Planer West. Wide or Width With wood Base Crater Chet :: ti'no3 window Wide Flange Wire Glass tt•1thtih Wate.Irool Wat er items t ant wairtcrot Wei gut welded wire Ferric sreaeOLs Square Foot Mgle Flaw Center Lana Number 0 Round CL STK Canter Leas Symmetrical TOTAL 125,403 SF See reference plans Sheet A2.01 and A2.02 for location of 2 -hour area separation walls, occupancy separations and other rated walls. ' FIRE SPRINKLING The entire building will be fire sprinklered. ACADEMIC BUILDING Building Area: • Number of Stories: Occupancy Groups: Type of Construction: ACTIVITIES BUILDING 58,167 SF Main Floor = 31J76 s.f. (includes all covered outdoor areas) 2 Upper Floor = 26,991 s.f. (includes all covered outdoor areas) E -1 General only II-one hour with UI3C section 508 (fire resistive substitution of automatic fire sprinklering systems in lieu of one -hour resistive construction). 66,372 SF COMMONS AREA Building Area: Number of Stories: Occupancy Groups: Type of Construction: Main Floor 10,679 s.f. • (includes all covered outdoor areas) 1 A -3 Il -one hour with UBC Section 508 (fire resistive substitution of automatic fire sprinklering systems in lieu (gone-hour resistive construction). GYMNASIUM AREA • Building Area: Number of Stories: Occupancy Groups: Type of Construction: Main Floor 28,690 s.f. (includes all covered outdoor areas and Alternate bids) 1 A -2.1 II -one hour AUDITORIUM AREA Building Area: Number of Stories: Occupancy Groups: Type of Construction: Main Floor 11,178 s.f. (includes all covered outdoor areas and Alternate bids) 2 Upper Floor 695 s.f. (includes all covered outdoor areas) A -2 II -one hour with UBC Section 308 (fire resistive substitution of automatic fire sprinklering systems in lieu of one -hour resistive construction). Stage - Type II -FR according to chapter 39 CLASSROOM AREA Building Area: Number of Stories: Occupancy Groups: Type of Construction: Main Floor= 15,130 s.f. (includes all covered outdoor areas and Alternate bids) 1 E -1 General, A -3 (Studio Performance) 1I -one hour with UBC Section 508 (fire resistive substitution of automatic fire sprinklering systems in lieu of one -hour resistive construction). PEDESTRIAN WALKWAY 864 SF FIRE FLOW Upper Floor Connection "Activities" and "Academic" Building Fire Department Approved test on site August, 1989 - 2950 GPM at 20 psi SITE ELECTRICAL PLAN REVIEW Plans submitted April 2, 1990 SEPARATE SUBMITTALS TO BLDG. DEPT. AND FIRE DEPT. BY BIDDER /DESIGN SUBCONTRACTORS Fire Alarm System, Fire Sprinklering System, Elevator/Elevaror pump room, Skylight and Skylight glazing, Bleachers, others as required. HANDICAP ACCESS Handicap signs at e.11 designated parking stalls, train entry and toilet moms numbered A119, A120, A 161, A 162, A163, A216, A217, B121, B125, B131, B137, B143, B147, B183, B184, and B185. CERTIFICATE OF OCCUPANCY See Specification Section 01700. DESIGN TEAM SUPERINTENDENT DR. MICHAEL SILVER ASSISTANT SUPERINTENDENT DR. SANDi McCORD BUSINESS MANAGER TERRI PATTON PROJECT COORDINATOR _ _ DR. BILL RIGGS PRINCIPAL . . . . DR. CHERYL HANSEN HEERY PROGRAM MANAGEMENT.,....... GARY GOLTZ • SH . ET IND EX ARCHITECT CIVIL ENGINEER LANDSCAPE ARCHITECT STRUCTURAL ENGINEER MECHANICAL/ ELECTRICAL ENGINEER THEATER ARCHITECT FOOD SERVICE CONSULTANT HARDWARE CONSULTANT • ACOUSTICAL ENGINEER Phone No. FAX No. The BJSS Group, Architects & Planners, AIA 943 -4650 357 -9022 320 West Bay Drive, Suite 212 Olympia, Washington 98502 Contact: Dwayne Harkness Whitacre Engineers, Inc. 728 Pacific Avenue • Tacoma, Washington 98402 Contact: Jim Carlsen Duane Edwards Landscape Architect 6405 Congressional Drive SE Olympia, Washington 98503 Contact: Duane Edwards. AHBL, Inc. 2215 N. 30th, Suite 210 Tacoma, Washington 98403 Contact: Joe Simon Hargis Engineers 600 Stewart Street, Suite 1800 Seattle, Washington 98101 Contacts: Regan Corwin - Mechanical Allen Fumey - Electrical Armand Marion & Associates 119 South Mann Street Seattle, Washington 98104 Contact: Armand Marion George Bundy & Associates 1028 NE Ravenna Boulevard Seattle, Washington 98105 Contact: George Bundy Frank Schelhamer 4015 192nd Place Sw Lynnwood, Washington 98036 Contact: Frank Schelhamer Towne, Richards & Chaudiett, Inc. 105 Ni . 56th Street Seattle, Washington 98105 Contact: Roy Richards 272-5111- 272 -5147 491 -2595 DRAWING SET `tA" SEPAR/ PERMIT AND ss: APPROV L REQ1'1R D• 383 -2422 383 -2572 448 -3376 448 -4450 624 -7473 682 -3484 523 -9690 523 -9692 778 -1232 523 -3350 523 -0174 VICINITV MAP GAL DESCRIPTION ?AA C$6: THE .SOUTN.HALE OF THE SOVTH•ES1 •IARTER OF THE SOUTHEAST QUAR7Ea Of SEC?HNt 15. TOWNSHIP 23 kORTh. PAGE 4 EAST. N.H., IN KING COUNTY, IIASNIft6TCcltr EXCEPT Tiff NEST .190 FEET OF THE EAST S65 FEET OF THE SOUTH 320 FEET Of SAID SUDDIVISTWI; M W f;ctar THE SOUTH ZO FEET DEErAu TO KiNG Couu1Y FOS ROAD UNDER AUDI MR.! FILE NO. 31E046; AND EACEFT THE NEST 30 FEET DEEDED TO KING COUNTY $Y AUDITOR'S FILE NOS. 472349 MO 554nn.Es; EXCEPT TU NORTH 30 ffEr OF THAT PORTION OF THE *TRUEST QUARTER OF THE SDIITierEST QUARTER OF THE SOUTHEAST QUARTER OF SECTION IS, TOI!NSHJP 23 IOTA. NW 4 EAST, W.L. IN KiNG COUItTY. IMS111116TOh, LYING CAST Of THE BEST* !Let OF SAID SL'80IVIS :O14 AND WEST. OF THE `SOUTHERLY 'PRODUCTION OF THE EAST UNE OF VIEW STREET 64380 AVENUE SOUTH'. As SOWN ON THE PLAT OF *IYERTOff MOM RDAS TRACTS, ACCORDING TO THE PLAT RECORDED IN YOU$E 16 or Mese PAGE 90. IN xtpp6� GOWN. WASHINGTON; OfEDED TO CM COMITY FOR ROAO UNDER AUOITefi'S FILE NO. 6o1G9TO; AND Elit£PT THE NORTH 3 FEET OF THE SOUTH 23 FEET of THE SOUTH HALF or THE SOUTHWEST QUARTER Of THE SORT EAST QUARTER Of SECYJOTi IS. TOWNSHIP 23 FORTH. MU 4 EAST. V:N., IM XINf. COUNT'T, N45,11DHGTON, FROM ENO. STA. �.e�o0 TO EIGR. STA, YO�110 AS SURVEYED t1Y KING •COUNTY SURVEY N0. 20.13.4.46. DEEDED TO KING COUNTY FOR ROAD UNDER AUDITOR'S FILE NO. 7444130313: ALSO THE REST. WO FEET OF THE NORTH .609:84 FEET OF ,THE SOUTH 629.114 FEET OF THE SOUTHEAST rARTCR,: OF THE SOUTHEAST QUARTER OF SECTiON IS, Teesdale 23 NORTH, RANG 4 EAST; N.H., IN KING COUNTY, WASHINGTON, sjolin I 3111 II I 3000„a* Faster IV 4 33 Nast a c, s UaiM RIVERTON 5 10/115 ,• , la.t r s inn osperr ISIS 901/0 ROAD t 1lrtM SI 00 SOUTH CENTER Rote 4 t4 II 1 Mc/41(KEM HEIGHTS INTERNATIONAL AIRPORT SYMBOLS REFERENCE SYMBOLS liztz •flainer HUM W.- 6g.117' - LINE rEregri,la-- • or PlzajEcc Ft A61--!0Th iztati&iri rapt MUM-TT 111,1-115:71. a- MATERIAL SYMBOLS ESJ 11111111111 FiLL WevAilij 02.t.rn 11‘ L101)5 FE] ON totAlsa, pi-Ai-peer az. FAIT SEPARAT PERMIT APPROVA REQUIRED D Vs CIVIL C COVER SHEET G1.01 TITLE SHEET G1.02 LAND SURVEY C1 Existing conditions and site demolition C2 Civil Site Plan C3 Sections and Nixes C4 Sections and Details • C5 Storm and Sanitary Sewer Systems C6 Water System Details LANDSCAPE - LI.01 L1.02 1.1,03 RCHITECTURAL At.ol A2.01 A2.02 A2.03 A2.04 A2.05 A.06 A2.07 A2.08 A2.09 A2.10 A2.11 A2.12 A2.13 A2.14 A3.01 A4.01 A4.02 A4.03 A4.04 A4.05 A4.06 A4.07 A5.01 A5.02 A5.03 A5.04 AS.05 A5.06 A5.07 A5.08 • A5.09 A5.10 A5.1 i A6.01 A6.C72 A6.03 A6.04 A6.05 A6.06 A6.07 A6.08 A6.09 A6.10 A6.12 A6,13 A6.14 A6.15 A6.16 Landscape Plan Irrigation PIM Landscape Details Ancilitecuual Site Plan Main floor Reference Plan Upper Floor Reference Plan Academce Wing Main Floor Plan Academic Wing Upper Floor Plan Activities Wing - Lobby Area Main and Upper Floor Plans Activities Wing - Gymnasium Area Main Floor Plan Activities Wing - Theater Area Main Floor Phan Activides Wing - Upper Floor Plans Activides Wing • Alternate Bid Plans Enlarged Toilet Room Plans and Elevations Enlarged Toikt Room lPtans and Elevations •Enlarged Toilet Room Plans and Elevations Game Line Plane Screed Pattern Plan Roof Plan • Academic Whig - Main Floor Reflected Ceiling Plan • Academic Wing - Upper Floor Reflected Ceiling Plan Ac*i 4ties Wing - Lobby An;a Main and Upper Floor Reflected Ceiling Plan Activities Wing - Gymnasium Area Main Floor Reflected Ceiling Pllun Activities Wing • heater Ares Main Floor P.eIe zed Citing Plus Activities Wing - Theater Area Upper Floor Reflected Ceiling Plan Activities Wing - Alternate Bid Main Floor Reflected Ceiling Plan Exterior Elevations Exterior Elevations Exterior' Elevations Exterior Elevations Exterior Elevations Exterior Elevadoni i tither Elevations Exterior Elevations Large Scale Exterior Elevations Loge Scale Exterior Elevations Large Scale Elevations Building Sections Wall Sections Wall Sectiuns Wall Sections Wall Sections Wall Sections. Wail Sections wall Sections Wall Sections Wall Sections Wall Sections Wall Sections Wall Sections Wall Sections Wall Sections A7.3I Stair and Elevator Plans and Sections A7.02 Stair Flans A7.03 Stair Sections A7.04 Stair Sections A8.01 Interior Elevations A8.02 interior Elevations A8.03 Interior inventions . A8.04 Interior Elevations A8.05 Interior Elevations A8.06 Interior Elevadols A8.07 Interior Elevations A8.08 Interior Elevations A8.09 Interior Elevations A8.10 Interior Elevations A8.11 Dnterior Elevations A9.01 Auditorium and Stage Plan A9.02 Catwalk Control Room and Sage Rigging Plan A9.03 Grid Plain A9.04 Auditorium Section A9.05 Auditorium Seating Plan A9.06 Stage Rigging Plan and Schedule A9.07 Stage Rigging Details k7.08 Stage Rigging Details FOOD SERVICE . . K1 ItitclannPlaLs K2 Kitchen Elevations and Details STRUCTURAL PERMIT A APPROVAL REQUIRED 0 ELECTRICAL SI 52 S3 Sd S5 S6 S7 S8 S9 510 SiI S12 S13 S14 515 S16 S17 S18 SI9 S20 '521 Structural Notes and Standard Details Academic Wing Foundation Plans Lcbby/Co nmons Foundation PJLnn Gyainadiwn. Foundation Plsn (Base Bid) TheatterlPerfutming Arts Foundedoti Pawn (Base Bid) Over -Stage Framing Plan Activity Bid Found:don Plans Academic Wing Second Floor Ptah Academic Wing Roof Framing Plan Lobby/Commons Foundation Plan Gymnasium Roof Fling Flan (Base Bid) Theater/Performing Arts Roof Plan (Base Bid) Alternate Bid Roof Framing Plan Snow Drift Plan TrInup Wall Elevations (Sc asi Hid) Tilt -up Wail Elevations (Alternate Bid) Braced Frames Braid Frames And Wall Elevations Covered Waiting Elevations and Details Theater Catwalk Plan and Dawn Raze end Floor Piaphrrr» Platv 1.01 Mechanical regend and Schedules 1.02 Mechanical Schlo ivies .01 Academic Wing Main Floor Plan - Plumbing and Hie protection + .02 Academic Wing Upper Mar Plan - Plumbing 'and Fez Protection 2.03 Activities Wing Lobby Alta Moor Plan - Piwsibing aid Fire Protection r .04 Activities Wing Gymraasitan Area Floor plan - Plumbing and Fire Protection M2.05 Activities Wing Theater An F14or Dian - Plumbing and Pitt Protection M2.06 Activities Whig Additive Alternate Floor Plazas - northing and Fire ProteClia., M2.07 Roof Plan - Plumbing and Fire Paotec ton . M2.08 Kitchen Plait a Plumbing and Flm P:otection M2.09 Plumbint, Riser Diagram . M2.10 Plumbing and Fire Priote:ction Details • M3.01 Medtronic Wiag Main Floor Ptact - HVAC M3.02 Acbdamic Wing Upper Floor Plan - HVAC M3.03 Activities Win Lobby Area Floor Plan - HVAC M3.04 Activities Wing Gymnasium Area For Plan - HVAC M3.05 Actiaidcs Wing Theater Agra Roca Haan - HVAC M3.06 t.ctivides Wing Additive Alternate floor Plans -HVAC M3.07 Partial Plans and She Plan - Plumbing; lire Protecdott and HVAC M3.08 Partial Plans and HVAC Details M3.09 HVAC Details El PI E2.01 1;2.02 E2.03 E2.o4 E2.05 E2.06 E2.07 E2.08 E2.09 E2.10 E2.11 E2.12 E2.13 E2.14 E2.15 E2.16 E8.0I E8.02 E8.03 E.8.04 18.05 F'8.06 E8.07 B808 E8.09 •1x8.19 F8.1 h (.4.12 E 8.13 Weenie/al Site Ran and Legend . Lighdrtg Plan - Academic Wing Maio Floor Lighting Plan - Upper Floor Fan Lighting Plan ACI Yides Wing Lobby Aft , Main Floor Flan lighting Plain • Acdvitie6 Wing Gymnasium Ana Maim Floor Flan Lighting Plan - AdivIdes Wing Theater Aree Main Floor Flan Lighting Plan - Activities Wing Theater Area Upper Floor Plan • Lighting Him - Activities Wing nester Area Additives Alternates Power and Systems Pion • Academic Wing Maul Floor Plan . Prover nand Systems Pisa - Academic Wing Upper Floor Plea w Posen' 4 Systems Plan'. Activities Wing Lobby Aiea.MafaFloor Pty Power and Systatks Plan - Activities Wing Gymnasium, Aces Main Floor Plan Power Raid Sy nuns Platt • Acdv'Ities Wing Tt6emet Ana Main Flom Plan Power and Sy(t ms Plats Ac:ivtties Wing Theater Area Upper Floor Plan Pawn and Symms Plat - ,Activities Wing Thema Ateli Additive Alternates Kitchen Flan said Wane • • Mechanical, kOoca Plan rind Details Single Link Diagram. Load Cate 'ado s.:7.stails • • . Phu AEassfn aniSecutry System Rho Diagrams grl Details Sound System Ditpunts gad Details ' Panel Panel Schedules Schedules Panel Schedules . Lighting Fixture Schedules and .D; alts . Panel Scheduled; and Details . Stage Lighting System Stage D.ighthig Ootans Auditorbsta it istal lg Pixie Aud1iAtirtm Ugliting Detx;is Atltlitiu*j a 1.10tftag Details 111 11111111111111111111111111111111111111111 11111111111111p fp 11111 1111111111111'111111 111 1 1 111 11111 1 1 11 1 111 NOTEi if the microfilmed document is less clear notice, it is due to the quality of the original 8 than this 1111.11,11111111111111111111111111111111111111 11111 5) 10 11 MAZE W3CRWM 12 • a �r u llii: tft.; O!vts :c ale aye aaa a aka ? ' ;>? R. rt, wig ' >ic' ro;r ai tY' 5� 4. 4_ 0 F " ant es: r / t F, x• r ; • 4` ' c£ r'i y`\ ■ ��r naa !J? 7,‘ EXHAUST FAN SCHEDULE , X10. Dsi rioNege. tlo ',I.- A-1 A -2 . ZPs "'.c' � . Zip 4. •. BOILER B1 BOILER B2 -r r.�,.J tz 2 OUCT 7°) M5 ,1kt , w1:IGNT A--4 A-5 "12, 1610LOGY l Lc; 15Q1.1b IIIIIIMMIIIIIIMIIIIIIIII GR.EEw.114 1500 K. CUbe -10 -5 2650 2700 3000 1104 2240. •I/ 1°'1°70 ~2,2 MN �� 3wP 4? ION I' HP 1204E1 o� /311- Pk lit- 0 r ACE OIL TANK, DOUBLE SHELL, 1000GAL WITH TRANSFER PUMP SYSTEM. A -9 WEIGHT (LBS ) 471- 5.- . '301 • A123 CNEi115TR,;' x•22°1,233 ". TO INCLUDE BALL VALVE, UNION, ARMSTRONG VALVE W /STRAINER (SET FOR 12 PSI OUTLET) , PRESSURE RELIEF VALVE (WATSON MCDANIEL W /BRONZE BODY, 300 PSI @ 300 F RATING, 5 TO 35 VALVE. QUINCY FT216, 2 HP 480V/34, SIMPLEX COMPRESSOR 8.09 SCFMFREE AIR @ 80 .PSI, 600 LBS. A -10 4 Co WI . B -1 B"-2 J' P•24 54OR.KrCr'+ . A21(0,2t1, 11el,120 1LG (At* )s20 1000. 1400 eE" ,HP 12(N 411 Y o •� AC-3 COOK ACRU • P) 225 RGp a YLG 5a t.e) 1030 I LG 5OLQ5 1 aSO 2(95o 6500 1100 '710 .15" , 1.0" .1V , �1P 46ov ,► 21-IP46c7/ /5ej OP 460V/34) evieRG. Vt14T Ff.4..1 5!~1 FQR 1325 CFr i AC -6 arm A•123,12 (0,1'2°1 . 1155 1550 p.150)/142 Ai3t,TRN45PORTN • :. ,LG tgit Lb 1225 SOO 1445 • AC -•10 HP 120/ 1A • «,i, Y .._ . STUDIO PERFORMANCE INDOOR UNIT TRANE TINE 120B, 4000 &M @ 2.4" S.P., 1163 RPM, 3 HP 480V/3 0, 115 MBH TOTAL COOLING. DX COIL, 100MBH SENSIBLE COOLING, SINGLE ROW HEATING COIL 115 MBY, 11.5 GPM. I % "R.UNOU'f 512E 14 f.136 FIII151..41QG ILG CR5 12 400 8 ,,50" / , HP i20v/10 ►121 CORRIDOR 310 15 LQCKK e -i COOK 20 Cd3 4200. 1500 2.0" .)1-4P 450V 6 4 ' .02" 52 14. KiTCHEI<J e•ri.H. G e i.4 CUBE-HP-18-7 7 GOOK GEMINI 5-15 4.4 )so 15.0 1040 .1005 1550 Ein 1,0" , .50" 3HP tel. 0 ci 40 �• v 0,40 . �� 01.© SQ.1! RD. D 82.E 14.(0 $%. it 1 245 16 Ki.r0.4 I,1 f) »4. x:14• 510(.9101 Mall 3/4HP 450V 3 41 155W 120V p*.I rZ 1© 5 10 32 16') P.10S 5T"F -P G-15 (GOO 16E5 MINN IIIIMIIIIIIIII MIMI NM 1/4 HP 120V gisu 45 . 20 mat ,: 8152153 '3i01ZPGe 11111111 6-15 C)-15 5 00 5OO i625 1G25 - ra. 1.1.11111111111 , 45 A212, LI►•4G,U,KG1° 45. 370 ZOO .-' 51` 2 Tire" I•E TR•4IJ' c ,•21 4oq 1000 lbocip 1.0' 1.0" SIP 400V, ,1 �1 314P 4SOV, 3 215am() HP 4 V 64� $1014 5TPGt TRRA4-1e 4. -24 1111111 4 Il.4 SAFEAIRE SSL799 . 500 1750 .75" . (03" 1//3 1 /b#4P r 12441 O.4 0 .o '1.4, 30 +2o *o Altai RH-19 55L795 .06,p Co Ale 16 55L799 500 1750' COOK COOK. 1 /3HP 147 107 AI I7 C0MPUYee 4Co H6-20 1413 - it +a it& e;)5o 55L795 3(oO 1750 .(o " 1 /(o14P 1+x.2* 30 ` 4 t`�19i, 5S L795 3(00 1750 .605" 1 /(0 HP : e P 4 //3 ° '50 30 MN f11-101,- WH -3 COOK ACE-D 135 CLOD 1000 1075 .5 " 116 HP 120V •0 . $0 MN . .0to TJERNLUND HS-3 i3 .70" " 44,5 W I15V W/ D •. S S W 170 A F•1 P VIN , • 1 « 1 ' 0 '• • : TRANS 0,-21 4000 1396 1.0" 1.S HP 48OW36 P'201 , 20 , C0&2 • 2 30 °1`,0 13$n 1 i'15 1330 amO 11/0 1045 I 1 le 21E14, 185 ILG 5QLB 1350 IGBO Eall 550 1717 _70" r HP 190 "20G LP+IJGUP GF bIGO GOOK GEMINI! 5 -15 G-I5 i55O . IG 2.5 .50" 1.55 W 12OV 0243 LA14Gui*Gt 32 34 BI7L;,179 .50" 1 /4HP 120V 45 A108 Ai05 3U511Je55 ``i31=-10 GOO . 1075 .(o3 ". 1/3 HP 1240V . 10' . 32 A.2,2$31 A 2 52 GRE>MIJI.IEC1� cue • 10 -4 IS 15.o .1 /441 -ip 120 MISCELLANEOUS EQUIPMENT " • _ O' . • . _+ .:- -.. t .,: A-1 A -2 . ZPs "'.c' � . Zip 4. •. BOILER B1 BOILER B2 . HEATING WATER PRIMARY PUMP •- ARMSTRONG VERTICAL INLINE CENTRIFUGAL PUMP 4380. 4X4X8, 1200 RPM,,220'GPM AT 15' HEAD. 1.5 HP MOTOR, 480V 3 PHASE. A -3 2 OUCT 7°) M5 A132 MFG • . SAWDUST. COLLECTION SYSTEM- STERNVENT 15 LS, 2900 CFM AT 10. " S.P., 10 HP, 480V 3 PHASE, WITH SILENCER. A--4 A-5 Ca. ENTIRE BLDG . HEATING WATER SECONDARY PUMP - ARMSTRONG VERTICAL INLINE CENTRIFUGAL PUMP 4380, 4X4X10, 1800 RPM 440 GRPM AT 60° HEAD, 15 HP MOTOR, 480V 3 PHASE. ONE PUMP IS STANDBY. A -6 420 EXPANSION TANK - ARMSTRONG 1200 -'L PRECHARGED BLADDER TANK, 317 GAL, 36" DIA. X 86 "H, 864 LBS. � �� ARMSTRONG AIR PURGER AAP-624 W /AAAE -700 AUTO AIR ELIMINATOR. VOW. Pk lit- 0 r ACE OIL TANK, DOUBLE SHELL, 1000GAL WITH TRANSFER PUMP SYSTEM. A -9 WEIGHT (LBS ) • AUTO FEED ASSEMBLY R040 PRESSURE REDUCING THEN 3/4" CHECK VALVE, 3/4" TYPE R VALVE PSIG)., UNION, BALL ". TO INCLUDE BALL VALVE, UNION, ARMSTRONG VALVE W /STRAINER (SET FOR 12 PSI OUTLET) , PRESSURE RELIEF VALVE (WATSON MCDANIEL W /BRONZE BODY, 300 PSI @ 300 F RATING, 5 TO 35 VALVE. QUINCY FT216, 2 HP 480V/34, SIMPLEX COMPRESSOR 8.09 SCFMFREE AIR @ 80 .PSI, 600 LBS. A -10 °el AIR COMPRESSOR - W /60 GAL, ASME RECEIVER, B -1 B"-2 3000 BURN'HAM E-70 `FORCED DRAFT BOILER WITH GAS OIL BURNER, 2929 MBH GS INPUT, 2038 MBH NET WATER RATING, 30 PSI WATER, COMPLETE WITH ELECTRONIC CONTROL SYSTEM. AC -1 co I ADMIN PERIMIETER INDOOR UNIT 1410 CFM @ 2.0" S.P. TRANE HORIZONTAL DRAW THRU CLIMATE CHANGER 3A, 1655 RPM, .82 BHP, 1.5 HP 480V 30 MOTOR, 30 X 18 DX COIL (4 ROW): 42 MBH TOTA COOLING, 29 MBH SENSIBLE COOLING, SINGLE ROW HYDRONIC HEATING COIL (32 MBH, 3.2 GPM) . 4" RuNOur SIZE t4.01 14.1 iA0.01 , ,$ t0.0 40.0 :•.O ID40 i ©o 'i'� ' ADMIN PERIMETER OUTDOOR UNIT TRANE TTJ742A100A, 208 V /10, 31 M.C.A., 30W X 27L X 38H 215 LBS. AC-3 .2(1 ADMIN INTERIOR INDOOR UNIT TRANE HORTZ. DRAW THRU CLIMATE CHANGER'6A, 2465 1 CFM @2.0 S.P., 1181 RPM, 1.32 BHP, 2 HP 480V/30 MOTOR, 45 X 18 4 ROW DX COIL, 72 MBH TOTAL COOLING, 54 MBH SENSIBLE COOLING, SINGLIE ROW HEATING COIL (41 MBH, 4.1 GPM) . t I' 4 RUNOUT 512E AC -•4 ADMIN INTERIOR OUTDOOR UNIT TRANE TT A090A4, 460V 3 0, 9.44 KW, 34 W X 42 L X 39 H, 400 LBS. AC-5 VIDEO A246, 247 INDOOR UNIT, 700 CFM @ 0.5 ",ESP TRANE TWH 030 A14, 1/3 HP 208 V/10, 28W X 36 X 22H, 140, LBS, W1 DX COIL, 24.6 MBH TOTAL COOLING, 18.5 MBH SENSIBLE COOLING, SINGLE ROW HYDRONIC HEATING CIL • (4 MBH, 0.4 GPM) . '/ " R_u ouT oze AC -6 VIDEO A •246, 247 OUTDOOR UNIT, TRANE TTJ724A 100A, 208V/1 0, 17 MIN. CIR. AMPS, 20W X 21L X 25H, 120 LBS. AC-7 THEATRE SEATING INDOOR UNIT, TRANE HORIZONTAL D tAWTI-IRU CLIMATE CHANGER; 17A, 8400 CFM @ 3" S415.1 878 RPM, 6.6 BHP, 10 HP.480V 3 0 MOTOR WITH 96 X 30 4 ROW DX COIL, 308 MOH TOTAL CAPACITY, 231 MBH SENSIBLE CAPACITY, SINGLE ROW HEATING COIL (250 MBH, 25 GPM) . i k211 RUNOUT SIZE AC -8 THEATRE SEATING OUTDOOR UNIT, TRANE RAUC -=C25, 26.4 -KW 460V 3 0, 7' -4" W X 5' L X 5'-8" H, 1900 LBS. AC --9 THEATRE STAGE INDOOR UNIT, TRANE HORIZONTAL DRAW THRU CLIMATE CHANGER 14C, 7,060 CFM @ 3" S.P., 945 RPM, 5.3 BHP, 7.5 HP 480V 3 0 MOTOR WITH 75 X 38 4 ROW DX COIL, 238 MBH. TOTAL COOLING, 178 MBH SENSIBLE COOLING, SINGLE ROW HEATING COIL (85 MI I, 8.5 GPM) . IJ2. '' �.`Ai l • AC -•10 THEATRE STATE OUTDOOR UNIT, TRANE RAUO -C20, 2(1.8 KW 460V 3 0, 71-'4" W X 5' L X 5°"8" H, 1700 LBS. AC -11 STUDIO PERFORMANCE INDOOR UNIT TRANE TINE 120B, 4000 &M @ 2.4" S.P., 1163 RPM, 3 HP 480V/3 0, 115 MBH TOTAL COOLING. DX COIL, 100MBH SENSIBLE COOLING, SINGLE ROW HEATING COIL 115 MBY, 11.5 GPM. I % "R.UNOU'f 512E AC--12 STUDIO PERFORMANCE OUTDOOR UNIT TRANE TTA 120 B4, 13.9 KW 460V/3 0, 121 MBH COOLING, 3'"2" X 4'"3" X 3' -7" H, 520 LBS. 3.0 W� 2.9 130111111111112111 3.0 4.01111 3.4 2• 3.0 5.0 .. LOCKER ROOM MAKEUP -- COOK 180 CIC 4500 CFM @ 2.25" S.P., 5 HP 480V/30, 1720 RPM, ARR 9 STYLE FM, 350 LBS. 8 Y--2 KITCHEN MAKEUP GREENHECK SU -^19.5 •.• 4210 CFM @ 1.75" S.P., .962 RPM, 3 HP 480V/3 O MOTOR, HOUSING 2 ARR.A, W /1" ALUMINUM FILTERS, INDIRECT FIRED GAS HEATER 1G• -250 (250 MBH INPUT, 167.5 MBH OUTPUT) W /VENT CAP, = 1100 LBS. +.i3fi�r76',bdikkal WnG.NF'.►r+r•a!1so...w «.v, -... .,,...,..- .....w+w+Y'l.�itl.+.* p' f 5. 7�ir�lY! X+ k.14. 1 •...+ rim.- sxa? .:,2144SF'F,'WJ45i::r7::1iS`:%u nl+wr•. ...s.<.. > . *. UNIT . D� E JNI1T NI. . ZPs "'.c' � . Zip 4. •. o> G �l� s ' � / ELECTRIC DUCT COIL IN 12 X 12 LINED DUCT, 12 K7, 480V/30, 900 CFM W/6 STEPS OF CONTROL. 2 OUCT 7°) M5 r 'i` 1-I� 2,550 Ca. .014 r-kl't 420 I � �� GPM VOW. Pk lit- 0 r . Ifi WEIGHT (LBS ) 5 PIPE 1� •a P12°1 g10LOGY ,1. , GEN. sctb 4Ce °el 24'0 1400 • X400 1000 12(00 :• . 1380 1000 1560 1116 1'beo 3000 2 M 430V/34 180 111.1111.10 1111.1111 i.um 1111111111 r11111111111 co I 40.0 41.o 4 *. o ,, ,Gi.a 41.0 e1 -5' t4.01 14.1 iA0.01 , ,$ t0.0 40.0 :•.O ID40 i ©o 'i'� ' Io.01 c /4: 5.5 MIIIMINISE 10.0 11/4 I.E�i 4 .2(1 • 12 X 12 za,"41.4 T 121.Nt1•.1r c 400 1111 t%P 111111111111M111111111 12X12 l. .02" MIM. MUM 3 "123 cHami5TRY '•225 5.5Tu v ipJYear4"T10t4P L H3' i2. 4 11111111 111111111111111111M1111111111111111111111111 a.m. MEI 4HP 45v . , ► 1 HP 4f5OV 3 , • NP 48oV/3 �∎ V4friP 'IS / *4 I Zvv I * 3.0 W� 2.9 130111111111112111 3.0 4.01111 3.4 2• 3.0 5.0 an 11111111111111111111111MIIIIIIMMIN 1111111110111111111131111 MEM !U/ .07711 al . •10" S ►121 CORRIDOR 310 Hi5-2O 2004 I l eo 144'e) 1000 feri.1 C! . IS MN H 6 -12 .02" 52 7 e "223 OFFICI~/rCORR. ,081` kV- 10 tel. 0 ci 40 �• v 0,40 . �� 01.© SQ.1! RD. D 82.E 14.(0 $%. it 1 '0 4o � o vp %0 ° 1 P■ t 1G, 1'114,121'1 . p*.I rZ VW- 10 ,./ .04" 52 - 11111111111111111.1111 1000 13•0 MINN IIIIMIIIIIIIII MIMI NM u gisu it x'420 eh4GL151.4 i5 X 18 500 .01" 88 11101111111111111111 igulm 12 � . 14 A212, LI►•4G,U,KG1° .05" .-' RH-1(o EF° 54 3 I$5 B IF . p213 CO�PUR 1650 H13.24 215am() HP 4 V 64� coo 1.249 LA.1.4GUAGe 1111111 H13-12. 1 OJO IMIIIIIIIIIIIIIIIIIIIIIIIIIIIIIMIIIIIIIIIIII 1 560 a� , /41•4P 4e0V 0 1.1.11111111 O.4 0 .o 43. +2o *o 3.0 L1I1 RH-19 LAUNDRY- " 18X148 WWI MIMI 16 too RH- Et LAUNDRY KILN B159 CL^SSIZt.45 2213,237', 23$ (.1 &P R i' r�1C;ME 4 t�.Mill„ r ^22, COOK COOK. VR V t • , 147 107 AI I7 C0MPUYee •o , ° 'OW H6-20 1413 - it 2200 1400 2200 e;)5o 1 HP 4130V/0 1+x.2* 3.81111 .10 . 1350 am : e P 4 //3 ° -___ �1 ,. 0 tvr3 0 coo:0 *ro. o *r-A0 82.0• 8I. 4► 3 8Z.' to : u0 . • 30 3o 30' 3.011 3.0 3•0 3.0 3.0 IIIIIMIIIILIII MINIM 1111MMII minim •0 . $0 MN . .0to i3 t•206 LANG UfG $ nim. MINN in II • Man Igurniemauzumumem. am • • 11111.1 • 1 M 450.041 1111111111111111111111 mogign. agemmiamo 1 °) P'201 , 20 , C0&2 • °1`,0 13$n 1 i'15 1330 amO 11/0 1045 I 1 le '20 __.___b•20 i 15- i2 Hb -1(® w3-12 1 000 1(,,00 1000 4.6-1P 460v' 21 "20G LP+IJGUP GF 22 ��. 24 0243 LA14Gui*Gt <32• 3 $02 ?tea 3.011I nosi EMOSI. 4.8 IN Q0 Ai05 3U511Je55 1-ker20 2.140 1425 1 HP 450v 6 4HP 430V t1 11-4P 4'50430 0i11:1 . 10' Ai i0 8'U504e55.. "225 HOW: 023'7 POg. l•IP 4c . Hib- t(. . Orb- 20 "6° ° IC`+ 00.3. 60.4 '+'1 ' .°(°" 07" 2 °4 Moo I * 0 0 1050 2°120 2°100 1330 3750 0)00 HP' :'' / "� i.SHP 4$Ov '': AO? Aso im HP 450 3 41 SHP 450/3.1 +- •un __ 11111111111111111,1 III agag o� . um 11111 .'I 04,1 '.' ' 40.1 $o•r-.i' -2. • 00,0 4^ 4.2 .07' 26 ^435 FOR. i- G. 1~1 B •• 1Z 1330 X17 °M7 1110 990 t010 1340 30 8, cod 3.0 8.9 (0.2 3.0 MU 2.0 El mii in ,1' 0 it •0(s" .1v '241 LIP R,fRY 11.hi�1r 10R123vCN1* Oaf . 400 2°1 •05" .0‘.1 30 /00,150, 151 P.135 COro1 K IhJieitt•i ■Tioh•iAl 1•16 -4 1.113 -20 (vo,S *Ito $4•4, 904 141,A 120 IM=111201131 4.0 . 1.12 4' .10" .20' ,10" "132,13(. i-$P� -40 • P+ 135 CLA55 blot COMM0IJS 1-+0° $ 10.0 TRp`I•a . T1012.R1VeIJT 4)^ 5000 10(05 11� 3WP 4130/6 . iQ.1 .05" 2°0 MU .13105 WM 3Y) 6110 1ci'TcHel -I STP%FF• I�I''�6RNPTlo4P».. He -30 r•15 -5 2400 ' )00 550 1340 im 1.51 .4? 4:+, '' '2.� =M 14.5 11/4! 1700 CFM OA 1 14R I • 3111111111.11111 ,* 610,1 i 4.5 4' .10' '31.50 P•v)4. C,-PM YRv,Ne veRr CL.c1-1. 4tA 'MN.' e 'I gT CL .CH. 2 Ile% 24000 11000 '34(. G030 �_ ISIaP ' " • 3`tinam 7,�HP ' i. • ' ����� IhtrIP 450/3 4414P 4 .11lMIIIIMIMI t wig 4 $ 0/ 43 + INN amming 1111111111111 : 111111111 .. (00.1 +'-., 1, 0 14,3 06.- •a lintillE1111112111121 *3, Zs •�• . Olga i ticia .4 '2'' .14," 400 • .1`� " •i'S' . .al immunt 2,100 El ' gm= 3°1 61ec. /�•T.It.L'1'IC5 i�.1T8Rt4".rroorkt. He -3o 24.40 8 *c� 1 'a ° g 00 11/S 40 6113 , i'� Cr 1- iii -12 113 -20 "17 5 I(,75 R ics, 1,4 -reu 1 a •1.1 0446 44.6 1,4° lel Flo Diu 101•i alanirill So.8 tc+o tr o 46 " 4. (c` 5.0 4.41111111111111 111111111111111111 11111111111111111111111 la 11 IN 1 4 1 ' 1 ,.. • °'I .410 42. JIG.) CH0RP L. . NMI 1.16-1(• 111011.11111M. usimammin 4 1'j 1r,4 PNRT A Pa -20 2200. 1500 0)4)0 9(e0 MN :. 3/4 HP 3 /4HP . 3/4 HP .10" •°"7 'Qs" 44 13201 SKI BRID a. 1-113-1tn 97.9 99.0 41 -D 4* 13101 ENTRY 148-11 1,-113-16 !GOO I6aU 970 970 51 *I ACo .0109 ENTRY 47 0121 PIVTRY H13--8 800 1000 1/4 h�Pr20 /1ClJ .. 98.4 . 25 SO 314" magaug 1111111111111111111111111111111111111111111111111111111IMINNEE lin lallinal=1.111111111111111110111111111 , .01111111 .. , III. MN .- ■. i HEAT EXCHANGER SCHEDULE 04.11•r ►.lo, Nik -e. 4 14140C26#1.,4 ('PM &Plot? '4'1%1 '` r• 14,11 M20 . ZPs "'.c' � . Zip 4. •. DH -1 & 040 f ELECTRIC DUCT COIL IN 12 X 12 LINED DUCT, 12 K7, 480V/30, 900 CFM W/6 STEPS OF CONTROL. 2 OUCT 7°) M5 3242 .25/.25 2450 2,550 Ca. .014 g ' r-kl't 420 ta,b5 1 * 1'`" COM 2400 200 . 'PP- it 10S. 10 1100 °el 2 DUCT 71 fr15 324.2 'b8i.38 34Q0 3000 I eP n1?. $ 00 .04 1 c % OUc,T -1, ML 4345 .38/.35 442,00 4200 • 12 X 12 500 1104 L55 . . 52 'C° t%P 12X12 3(00 .02" 52 1 I _' I e r..., Vito )2X 12 GENERAL NOTES: 1. FOR HIP-1, X£:c -25, HV •28, `HV -37 & AC -1 SEE DETAIL 1/M3.08 FOR HEATING COIL PIPING (3 -WAY CONTROL VALVE). FOR ALL OTHER HV UNITS, AC UNITS & HEATING COILS•(HC) SEE DETAIL 1/M 3.08 FOR HEATING COIL PIPING (3 -WAY VALVE). 2. INSTALL DUCT SMOKE DETECTOR FURNISHED UNDER DIV. 16000 FOR ALL HV, AC & SUPPLY FAN UNITS OVER 2000 CFM. LOCATE IN RETURN DUCT BEFORE OUTSIDE AIR DUCT CONNECTION. 1A13G. eaLl1P. (cowl.) Liu i'r .lC . oe5ciR11'not4 8 -3 & 5 HOOD MAKEUP PM - GREENHECK DSQ -100 -A 900 CFM AT 1.O' S.P., 1750 RPM, 1/4 HP 120V/10, 71 LBS. S -4 HOLD MAKEUP FAN - GREENHECK DSQ - 100 -A 600 CFP! AT • 1.0" S.?., 1750 RPM, 1/4 HP 120V/195, 71 LBS. DH -1 & 3 ELECTRIC DUCT COIL IN 12 X 12 LINED DUCT, 12 K7, 480V/30, 900 CFM W/6 STEPS OF CONTROL. DH -2 ....P- ELECTRIC DUCT COIL IN 12 X 12 LINED DUCT, 8 RW 480V/30, 600 CFM W/6 STEP OF CONTROL. . kazr Sal • ROOF HOOD SCHEDULE : 1 LJNIIT JrJ iri © Mogt, I ►�orJ,.i, oce' e- lam t pvi o, fr (Fter f -1 ....P- &Ave_ viz. .4411. '(oo .014 g ' r-kl't CAMMONIt el, 1 * 1'`" COM ° 1 .i1 1 1 1 Ca 0.1-t 'PP- it 10S. 10 1100 °el tils 44.4 - --i 01,01-1 A 112e0 I eP n1?. $ 00 .04 1 c ;+•I - ' Ot11,4 12 X 12 500 .03" 52 'C° t%P 12X12 3(00 .02" 52 1 I _' I e r..., Vito )2X 12 500 .03" 52 ,$ ,i1%.• tj t2X 12. 310 .02" 52 feri.1 C! . IS 12 Xla ;;; .02" 52 +0•.10 4iG11 1 1.2E 4'z/...*Ge. GtDD ,081` 196 144,11 r': t..- 1 C� VI, ND K24 7230 �11" 150 GP. - 1 11-4-11. OP- VW- 12x12 . ,./ .04" 52 1;�1.} -1 �I� I2X1Z .01" 52 °ti ' i5 X 18 500 .01" 88 RH-15 EF • -34- Bin, 179 12X12` 550 .05" 5 2 RH-1(o EF° 54 3 I$5 B IF IS XIS 1650 .G7" 88 RH -17 EF •-33 B►tv0 12X la .. 15O - .01" 52 KH--16 EF 8152! i5, 5152.1 3 12X 2 500 .05 ' `''a RH-19 LAUNDRY- COOP. VI 18X148 too RH- Et LAUNDRY KILN B159 CL^SSIZt.45 2213,237', 23$ (.1 &P R i' r�1C;ME 4 t�.Mill„ r ^22, COOK COOK. VR V t • , I$X 18 24X24 413424 (44,t24 1d1 "t 111 400 •• .'* •o , ° 'OW 100 1110 1,84. . 146 RH-21 Rb4.22. RJ .1•') rZ 4-24 ,ME C ►L L L •• 5 F HG --- RlrJl. -•-•- *OMISII• C,0 .0100 .-..• POS -••-• - •'- aPOR�••• p?- W,O li f1rIrJ(,., \&441. MHc 401.17 vV :t'- elrkJ(91 r woTV1- �iw'i1Jt�I re'-k°` 1.400111440 1,irr V;l ie tIOr -J c.� • value -L- (wit, v44.r./t. &> - e.47 avveJeikir '` JIJ (TYPE 1) 1 610k0 �I�IrIG'� `'AK ter I.J6•1 7 wi=g- +4 � � -. III: ;fe.v.p4zrr r, t21, c 1'°''� 4 I I I 1r r7u ) LIQUID REFRIGERANT PIPING SUCTION REFRIGERANT PIPING FIRE HOSE CABINET 2,a•11J�•�Jo•TERe LeN) . C ER Ft.C�v�.J t"� i a.t CoiloFif 5P•T> D1 1•1 gueL OIL SuPPL' �LIGL OIL. R�C1'LJ�i -J TIorJ .7 "' 1SGT t eIL,I .km f 7t_, - (P w 04141t17)61. 1144140) w oJc1 ( &five © -far 'tpi r 4,14 iotoTloNiv) _1r.,1J CII.L2 w�I,I. -• v- TIC�1,.- 04h cI v45,1,1.• 'i itkllt- &$_ e- voi, , .1r G61r p 4s�+�71,.ir1G1.7 pl.16 ( IeZ x 121 1P►I17 71r1t 61.J ) In i frt tA ' T ?NI vtt- c,o- wrong ' ? itsolpejer r.L - -� swim jta ,17a1 r.i v.9/fro To e.2./4 '�14 -r,1 .i!►Jc.01 \/k:' , 1° •s Ir•J rAkir (t ' is t p Ini ITT. ) Trz Weir 442124 1441 Viola• i4loh ev ) 20/10 4.1.10 .-.._. , . Pt,, ce-h -Z 1' 1or4 tgpit4tAz, - *. 41rf°ilo rt'r. - Nivcx.. ci is C ke.4460 ) esat? `'`- alrt- 61,k,14.01--f C L p•,,r1 ) Niec4.10.4444. eigUlemVs4T Tkram G•C4. C.C4trl+.40, .(-�. 841Le i- e-1. T !1.4I. .1" P,CANt. P tItilyiV0 91E- w.o. 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Z . ° t::.a �+ Y...''ei''1'11 .au yt'a`s6 J'n I 11iii1.1�.1111111111iiII 111i1111i11 . C1i11111111111i111i 9 i 10 11 K4/3"4° 12 0 9 4, 9 s t e F. l wW 0 I1111111,11111I111 0 U THS INCH 1 7 3 4 �' �! 1111Ilillil�lll! il1�IIIlI�i1111IIII li!IIIII!Ilil!II�IIIIiiI!I! �. T..•'; ..W: wr•.. ,i; r� 'i�°P?�1e: .w 'il: f•'wt2Sh".rf tY7d+vC:lrk•'6:°^ `ai4:i6.;ti:::'.,rtt 5:°..f, .°.ki:.'.M' .'v maw o..^a -a 44-40 000041r4iw 1 'FILTER SCHEDULE MARK MAKE SIZE GFM CLEAN DIRTY F--1 FARR 3O/30 -2" 42 X t , 2450 • 1 314 5 GIRLS LOCKER F--2 FARR 30/30-2" 14X14 825 2400 54.0 89.3 F-3 .2Go - 0, le 120 BOYS LOCKER STAGE WATER HEATER - A,O.SMITH D5E -5, 5 c AL , CAPACITY IN/ 3.0 KW 4S0V /340 COIL. 3400 . 825 F-4 54.0 89.3 48 X 24 4210 4000 , 75" .2; ' 1pCi.• */4 I/tI1 12 X12 450 18 54.0 90.3 I.Geo M ,24: .Is' ce 4 BIG BOYS LOCKER l I" .. 14X14 850 32 - 54.0 88.2 HEATING COIL SCHEDULE MARK AREA SERVED MAKE SIZE it+ -'104 (e, MBH EAT LAl. WP TER AP AIR Q P • 1 314 5 GIRLS LOCKER TRANE W • 14X14 825 3 Z 54.0 89.3 lb.2 r,rt'1 .2Go - 0, le 120 BOYS LOCKER STAGE WATER HEATER - A,O.SMITH D5E -5, 5 c AL , CAPACITY IN/ 3.0 KW 4S0V /340 COIL. �- 14 X14 825 32 54.0 89.3 - ,2corM . s.p.G $,I v4 A •,.H A 6bt'U 4000 ' 81310 GIRLS LOCKER .2; ' 1pCi.• */4 I/tI1 12 X12 450 18 54.0 90.3 I.Geo M ,24: .Is' ce 4 BIG BOYS LOCKER Via.`,,A, - ! ' 1 I" .. 14X14 850 32 - 54.0 88.2 •Zcfr1 .r- r264 5 B 134 WEIGHTS ,y" 10.12. l.:s 1320 50 54.0 88.4 t' .2?.. SOUND TRAP SCHEDULE . • i O, :ff:! .0.97 WEIGHT a. it+ -'104 (e, 1 4 �� 1. ' Intl-I- 2. 4141a' 4.01t4 A VP" 1-1)( 041" 1. 2400 0,14" t flkv r'v V ELI X 4e H x moo' U $ 4: Q 0,11 NH -5 't44$ $ 02 Pat, '1 I✓ PM 4V 1.,.IA 444 c a1'I, /I TWO - 0, le W1-I- 7 STAGE WATER HEATER - A,O.SMITH D5E -5, 5 c AL , CAPACITY IN/ 3.0 KW 4S0V /340 COIL. �- yAG 1.!iM�7 Pv" vd n oio►'I r1 x t'oo" V 1000 • D.141 NT - 4 I $.1 7 .too s.p.G $,I v4 A •,.H A 6bt'U 4000 0.10 .2; ' 1pCi.• */4 I/tI1 c o.c, ?;* 1'7 ,, 9,o" vJ A 24" 1..4 X 0 1. 44,a �► 6,10" ,,t4w'vz -. •r k P 401* .imminimmin. I o Via.`,,A, - ! ' 1 I" .. , 1. int itsi . Ida f - I I e'.•�tr wM 4 (Go)'J''�1:1. rtall�l .0) 01 IC-- L.A e.t171L.`j' wMA04*it- VOX.. 1 h" man 2! n 1 k ,y" 10.12. -11, • P. 14 0 I,J4..AGlt7 fe IG•.(F.a.1.6) i4 :I ! ' 14A p. l s _ hlog- - i✓G r "• /I�1`°' do • (F V. 1,c) 1W d f: r- vo , MISCELLANEOUS EQUIPMENT _ UNIT NO DESCRIPTiory WEIGHT WH - 1 TECH ED WATER HEATER - A.O. ;SMITH D5I~ -'2.0, tt3 GAL, CAPACITY , 15 KW 460v/395 ELECTRIC COIL. , ASME RATED. z:. • Intl-I- 2. ACADEMIC WING WATER HEATER - A. O. SMITH O$. - i0, e0 GAL, CAPACITY , 48 KW 40OV 34) ELECTgIC COIL AS ME RATED. 950 WH - 3 __.,.._.._-_.__.. LOCKER ROOM WATER HEATER - A.O. SMITH HW- Cc70, 4-770 MESH GAS INPUT , 510 ME'3H OUTPUT, INTERMITTENT tc NIT1oW DEVic DRAFT t oNatt'ts. , A•arit 1244to • Ito v/1 ¢ , N ptSL tni4e.K. . 400 NH- 4 THEATER AREA WATER HEATER s0 GAL CAPACITY , 1.5$ W 4e0 ASME RATED. - A . O. SMITH ose - eo., /30 ELECTRIC COIL, 9s0 NH -5 KITCHEN AREA WATER HEATER - A.O.SMITH DTA- SO01 047 0AL.. CAreA CIT Y 500 MSH G A5 INPUT, 375 MESH OUTPUT) 500 C�PH 0 q0 FAT, W/ INTEMMilro 1T IGNITION (Device VERTICAL DRAFT DIVERTER , ASMt . ATEi:. ISOIIi 4 C 4'(R'I, pcAles. 703 1/4H- O SCIENCE AREA WATER HEATEM.R - A.O. SMITH DS..- 20, 20f.AL. CAPACITY , el<N 480V/30 ELECTRIC COIL , ASM E RATED, 10,7 W1-I- 7 STAGE WATER HEATER - A,O.SMITH D5E -5, 5 c AL , CAPACITY IN/ 3.0 KW 4S0V /340 COIL. 425 M-1 ACID NEI IT1AI-IZING TANK. - RION 4cx (AA., t►oWeii.4,,'1..E: . ' x 4frl,e.4 1,4/ 44 It/ooi( f mNn IoJS , aj' VorJj , 4711 MANHOLE . INSTALL N G UuND . riii4H'- 1N1rJHc*Z avert- k/r.r. PROVIDe W/ umESTOlve CHIPS. , 9400 NT - 4 WATER STORAGE TANK - A, Os SivITH HD 4E3-700, 451.1.4 x 9311 H . GLASS LINED VERTICAL TANK , 700 GAL., AeM Er. RATED . INSULATE TANK W/ P.45 FIBER LASS INSULATION NSCArr% A5 JACKET, t'! /lie r'p LPift1 r'K�, ?OIL V triGAL 7 .too 1 01r9"<i•tUMP PD17-- I414 - a? /1.J1-1 k1Z1 1IRar + 140iI • 04HP, I _ova 1 + , 1' tJt. ' to I , 1' j1•4IJ MO i ir. 2 of r1 ' T 1t1 ?r . c,1 .2; ' 1pCi.• */4 I/tI1 q. 1! 41 / . •-- ► IV Icolo i7 p.1 ,,t4w'vz -. •r k P 2 °P12 I o Via.`,,A, - ! ' 1 I" .. , 1. int itsi . Ida f - I I 'lO.I►^.- Mt'a.tlrs.gf FIXTURE CONNECTION SCHEDULE . P -14. - H4L'te.e urooirc •‘,wT W PERFOgATE.D FACE CEtLING DIFPUSDIa (SuPF ') FOR LAY- IN TILE. ON_SURFACI . MOUNT - sTeeL GONSTRuc TiOrl - WHiTC. FINISH. 5 « fr., 1 .c. Jrl J 42.90 - 1111111171111121 lel,..... M r- 14 LAV," ViAoto latlit4e0 '4° 4 1iIt li4"1.. . 'zIl - P. ..{- *.114.- CIJNTell• 2I' MI V2 ,✓1 V4 P - r- r or oalt4g. `,Avg ` . 691... tt- 49 ' I . a► 4 III r -1 44410wC1z.- - utIo11frir .2; ' 1pCi.• */4 I/tI1 q. 1! 41 / . •-- ► IV Icolo i7 p.1 ,,t4w'vz -. •r k P 2 °P12 I o Via.`,,A, - ! ' 1 I" .. I 1,1 int itsi . Ida f - I I e'.•�tr wM 4 (Go)'J''�1:1. rtall�l .0) 01 IC-- L.A e.t171L.`j' wMA04*it- VOX.. 1 h" man 2! n 1 k ,y" 10.12. -11, • P. 14 0 I,J4..AGlt7 fe IG•.(F.a.1.6) i4 :I ! ' 14A p. l s _ hlog- - i✓G r "• /I�1`°' do • (F V. 1,c) 1W d f: r- vo 4.2.4v. o,I►JIC- e • 1,., 17't j4M fk 1•1 wso-rr- GototAP- 41 . rt. 10 gvil41(-• , MEI vi2 19-1 . rho o'i c Lo c -POI) . r -' ®'% r `' tj' um .mi '.', 4,4.4f2- „d , , �Z, I,� .,,z c i 1, I II.. , ) IEEE" I I 1g" lem lino I ` Vz' vla. I.1'I'a•IIJ 4 at,riravg. ,,,,T. 4IH, p erb weksi. 'pF- 01 v0,4►41er- ( FAIL.) 1 141 - I fi , f. 21 9.2, • : eiHK. w/gy p 4" 111lIFEa- r. ztoi ifputoziz- : - — r- 0,I 6:2f- to tivi-Vor- I" t e 34 mom W%r ' 1P 4trek,it- Ilia .d__ id: $2, . 4,efl\tao. 004" _ IN .., • CITY OF TUKWILA APPROVED JUL 199@ fit' NOTE. : RE.F-ER TO ,ARCH, DINGS. FOR CEILING 0 NALL TYP'Ea. C?IFFLISeR5 ILL SHALL F3E COMPATII3LEE. vv/ CEILING ANCVGV WALL TYPE.. 6U.E_DING DIVISION r" DIFFUSER. SCHEDULE -x MASK M FG it, MODEL NR. w •• • . IDESGR IPTtoN ww...e —e�wnw A rte..... J* J 4200 . PERFOgATE.D FACE CEtLING DIFPUSDIa (SuPF ') FOR LAY- IN TILE. ON_SURFACI . MOUNT - sTeeL GONSTRuc TiOrl - WHiTC. FINISH. 5 J $ J AL 444-4 MODULAR EILING DIFFUSER (SUPPLY) WITH FIXED COVES THAT CAN P_EE ROTATED .Tea ADJUST THWh4 - ALL ALUMINUM GQri5Ti`:UGT ION POI2 LAYIN Ord SURFAce MOUNT. Wt-IITt FINISH, - G Jrl J 42.90 - I✓'ERFFRATWD PACE,. CEILING. R TU12A - W/ DU T COLLAF't 45 Reaum''D. Fait LAY -IN OR 3UIRPACE.. MOUNT. WHrrE Fiwt;3ri . S"E" ESL C NSTicLCTiON. M J .*J 5G `t90 - SrL • COUr;3L DI:.FLEGTIOM SUPPLY SECURITY GRILLE - 40 GAGE.. FACE. PLATE. ct /1G6f1 HOL .S ON AM/1341I CENTER *, ' STetEL. GON°3TQ.Uf.` T Ili' N Nyi-1iTL FINISH . N d • J AL 55901-I re.7... HEAVY DUTY Rel.URi41 GRIL.Le, - F1XDD P*A.W, 950 bE FL.EGTI0N , STEE.L OR ALUMINUM CONSTRUCTION . KJHITE• FINIw3H. P J* 11 AL. 551OH HEAVY DUTY ReTURN GRILLE.- FIXED FAN 0° Den..CT ION , ALL ALUMENUM CGiNSTRU'cenog -- NHITE FINI'St~t. . J 4.1 AL 55901-1 HeAvY DUTY SOFFIT_ GRILLE-FIXED I N O °, DEFL. .CTI04d ALL ALUM t MUM GI!71►35TI+ i3GTde9tot, r W/ 4/ „�I A R/Z AL. 'SIR OSC..R N FINISH A5 $.LE. TED 6 ARCH, R. ANt.MOSTAT TAL -ASN -FED. LINEAR PLOOS .aftILLE Aid KIM SAME ATi1 %'O.G. A5 ° DEFL C N , W/ R 1NI CtNG OARS Pr'c1',t It fQQT Tr AFFIC , PROVIDE FRICTION 0.4MPEK - MOUNT WITH AIR DEFLeCTION TOWARD NINpOW, : .rv..+... ♦:•a.,.':.- t�..,.,�Jai 4;!";r"` o, /'• .... .i::.r:.Fn.;b",::V3 ".,A•c,.t, ∎•• ♦... y:q.R+.... ».':+c. -.. ..*.w. 3'. kvAt mst�iY,k:",?rC.tiiq�R�t .. _. 7 • ter. ,.. .. , 4 ...... .. ... -e'i i ,. h.. ♦ .i . �. .,1.- _...,...,...,,,,,...,t,,-, .: ' i.lt , . Y.•. r,'H Y. .'. .. ..' ..r rte- . .. , ..• .., ... .. .... .f . .�.. . l -�i.y f "�'�,i _ '._... iii.. • ' �:......: ._ } ,. h'•.. ,. ^.ti: ..,,sr.,.. .. � Y; �1r 7. •. r ,'�a ♦ y,''� IIIIIIIIIIIIIIiiiiiiiIiIiIIIIiIIiiiii itiliwilIIN iIII�I' r r IIt r I(III�ITI�t- ii I �II►ill III�IIi IIIIII(IIIIII111111 Irrlll�l1 (+ i►[ IllilitiliiiIIIIIll iiiiiiiIill1oilitilyli. 0 IA 7H$ INCH 1 2 3 4 5 Ei 7 8 _•- 9 s 10 1'" ""PI GERM?m 12 NOTE: If the microfilmed document is less clear than this notice, it is due to the quality of the 1:orriginal document. 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Ur Air- 0011,0r - stillroptp VALv 1/411 G .tl I0I1.cc•HrHOGT- EM i Iea,eN c:.', r1A3 SHUT OFF• SwlTCH (Eri..UIV IrOOO) "If l J& r-LeVyl GOIInIre -It • cliJ. lb Ire f %tC, 1,2 11, F- YlvaAtero fr_isylvt b1' tO 1-A4 4)-4o tostriNks, Vdii/gbfr GA5 pIPINa Ohl IN WALL , T,HMN IN mAtseo FLOOR TO 'OSM© TABU.. • 1 /2`l Ca coN N WALL TG FUME HOOD. V�11 G Tca FUME HOOD., I/24 AIR LINE DOWN IN WALL, THEN IN RAISED FLOOD TO OMMO TA ®LE (6) CHAS pRes$UI2e I eaULATO1r;' W/ RELIEF THIeU C7ur5ioe WALL. II /21I '"NtZeNSATE, GRAN DOWN IN WALL. eTUE5 INTO GOUNTI IC Oe LOW IP -1'1 I(VTC.? FIxf t7 AIR c AP . TIE INTO I,dA51 a LIAIf:.• t MOWrr 1,41A -6 1 44.l king.. Hr, 01 ON WALL., 5EE DeTAIL 7/,M2.10. 2.10. . 120V/I0 No1=2NIALLY GLOSe© 5OLCNQtD VALVE.. E• SEAL PIPE. PENETRATION THRU WALL WATERTIGHT, 4 F' OVIOE 14/211 ACM WASTE • # d1 /211 GW W /SHUT -OFF VALVE T© Fume. HOOD. I�rc�viDE 441t8 AG ED VISNT. DISHWASHER P-27 - PROVIDE 1 /2 "CW A FIW, 1 V2 "V, 2 "w (TIE INTO NORMAL WASTE. OPEN PIPE TNRLI WALL INTO CONDUCTOR HEAD. SEE ARCH DETAIL A123.02. REFER 70 ARCH DWGS FOR E X OMCT LOCATION, _GENERA L NOTES 1. Plf1r460 l9 P coOlt,,INV,Ap dt4Lt idifitt7 ol*.dp.vAs F9N FLf2. !LfV4,15 284,001. I%2y Car, DN. IN WALL. t I 1 HW OP 2" OFD DN THRU CANOPY (PIPE ENDS 112" BELOW CANOPY) A137 We 5/4' 3/4" A139 fe- FDIC 311 +y`I W, 04. IN WALL THRU FLOOR 4 !g 8/$` eV 4 &1.00 IS* kO.1) P•25 X142. L J JN A101 A102 A103 A104 A105 A106 A107 A108 A109 A110 A111 A112 A113 A114 A115 A116 A117 A118 A119 A120 A121 A122 A123 A124 Al25 A126 A127 A128 A129 A130 A131 A132 A133 A134 •• 3. GA5 FOR ROOMS A129 it AIZ3 HAVE EMERGENCY 5NUT OFF SWI'ICi4ES AT DEMO TABLE IN 'THOSE ROOMS. • GAS FOR ROOMS Al2G, A1E4 €1 A127 HAS EMERGENCY SHUT OFF SWITCH IN ROOM A126 AT DEMO TABLE, 4. ALL PIPING IS CONCEALED UNLESS SPECIFICALLY NOTED OTHERWISE. 5, aEAL ALL P1P . PENETRATIONS or EXTERIOR WALL W ATe RTIHIZ r EMILA1111 ENTRY LOBBY STAIR HALL ALCOVE BUSINESS /OFFICE VESTIBULE STORAGE ELEV. MACH. ROOM OFFICE BUSINESS /ACCOUNTING CORRIDOR MATH LATH MATH. CORRIDOR MATH OF>F'ICE COMPUTER LAB ALCOVE MEN_ • WOMEN ' CORRI DOR ALCOVE CHEMISTRY /PHYSICS OFFICE ALCOVE GENERAL.LARTH SCIENCE OFFICE ALCOVE BIOLOGY FIRE SPRINKLER. STAIR . MANYJF /PRODUCTXON FINISHING t STORAGE ROOw a A135 A136 A137 A138 PRACTICE A139 A140 A141 A142 A143 A144 A145 A146 A147 A148 A149 A150 A151 A152 A153 A154 A155 A156 A157 A158 A159 A160 A161 A162 A•1.6S3 A164 4165 A166 A3.67 A168 A154 'e w. Ah' lV" G I1LI'.l, 311 V. DN COiNNffCT TO FLAMMAME, LIQUID GAI3INe.T NOTE: PIPIN3 ✓HALL I N7T RUN IN THIS �j, WALL.; PIPING DOES UP INTO SHAMT AaOVII;;. • 4 re Om- 4, 7tI_II f P4mot,1 1 • A1/4113•10 121,.164. 1itpo. . 11 11 alma ■.u.a.asu' ■■ ■■ 2195z 1I GAS LINE A!`;3OVE CIgApe JUST pEL.O4 T�eN INTO WALt- Ta IH -4. X11 c1 i* - .---�I I 2 "CD ON AT WALL APE WASTE TO R1, PurP, ETt,I L. AID) G.O. FHG it /4." G :-/P4, 114 WALL In!/ HEAOCR IN WALL •0 evevq.1 L.Ao $TATIGN TYp. 0"PLACE5 11 I1 9'&'1M# JP I. ON) 1N WAIL bee 515t12, DithG 1 *i1 Itw1/ Ur 411 ' V,/1.0 Onl, 114 Witkloi. 0 41AMOS CIr1LA.M0 INSTRUCTIONAL AREA POWER/TRANSPORTATION OFFICE • COMMUNICATIONS CENTER PROCESSING LIGHT TRAP STORAGE PRINT DARK ROOM STAIR CORRIDOR ,SECRETARY CAREERS CVNFa COUNSELING COUNSELING RESOURCE ROOM SUPPORT HALL SECRETARY PHONE STORAGE WORKROOM FIRE STORAGE CLOSET HEALTH HEALTH 'TOILET WOM1N MEN I.S.S. ASSISTANT PRINCIPAL OFFICE PRINCIPAL WAITING 4 r 6AIL L 4 Pavto tlp 41' AM-, c114. I 4II Am- UP le-wto (jP 0101,._• -aow. .....o wf a... a la._. _01_,+1,01 .d.....• .....,.f. e.01f....w.m.1 ...1.._ ._..__......wa - -.-_ a._... ...w_u •••■••••• -..M11._ 0101_..•.. _1.,.w14 G .....,..•a, _.._a1. 01...°11.,1. a._..o.1...•a_......1...1.. 1■01,..0.11 _--_ 01t1.t1.orr1. .r01,11011M .f..1..ta. ..r1......a..■.,,- ..rr.el,.. .•1.. w . _._1., a1.•,.a...•••■■ _m.._. 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DN W WALL 2 "V BELOW WINDOW ,._ ROMA A203. A202 A203 A204 A205 A206 A207 A2 08 A209 A210 A23.1 A212 A213 A214 A215 A216 A23.7 A218 A219 A220 A221 A222 A223 A224 A225 A226 A227 , A228 A229 A230 A23]. A232 A233 A234 A235 A2.36 A237 A238 A239 A240 A241 A242 A243 A244 A245 A246 A247 A248 A249 2 472p V1TL 51DE WALL HEAD 1 '/a COND. DRAIN ON IN WALL iHIIIaIIIIIHI SEE DETAIL (IDS 014,0. 04 1°444 t,7t4 1 x /40cH D 1' ton • itw1o• 'NJ G" -i1Y4,P.I. =LAM LOBBY CLOSET LANGUAGE ARTS STORAGE CORRIDOR LANGUAGE ARTS BOOKS STORAGE LANGUAGE ARTS LANGUAGE ARTS OFFICE CORRIDOR LANGUAGE ARTS COMPUTER LAB JAN /ELEC ALCOVE MEN WOMEN CORRIDOR CoRRX DOR ENGLISH 2ND LANGUAGE SOCIAL STUDIES SOCIAL STUDIES S.S. OFFICE CORRIDOR SOCIAL STUD /ES SOCIAL STUDIES STORAGE HOI4E AND FAMILY xxrogrs STORAGE STORAGE KITCHEN XXTCHEN H & F OFFICE A COVE P. L. OFFICE FOREIGN LANGUAGE FOREIGN LANGUAGE HALL A.V . LZBRARY OFFICE WORN ROOM TOILET ALCOVE STUDIO ROOM VIDEO INFO CONFERENCE 40th RENCB U. 0 Ili (up La1 °° 9.W 5 rut Ce fen Lei h.° 4 SEE DETAIL' 3 "14. ON IN WALL 4 TIE INTO WASTE FROM P- 5 -- ------ OPEN PIPE 'TNRU WALL—.SEAL WATER TIGHT @ WALL fIo,. ? ,,,, c! WL. 1 ABOVE A MECH. PLAT FOR L.. �D 2„ w uP ACADEMIC WING UPPER FLOOR- PLBG & FP SCALE: Veen t70. 1 ' J. J evklApir Iowl.• tar 44° 1244, 04. 14 020040T $� IL,NL. Of B /4 ° AR' UP$DNS SEF_ 0140. M5.07 FOg cONTINUATION TO Awe GOMPRE- 5SOR cN MI:..GH. ILL- ATFOgsvM. 41! Itkai.. Vtl. It• 21 tutu. t1p -4t ILNI• 4' ILA, CITY Of TU} WIi t, APPROVED JUL 1990 :a1■roro.•aiaeOWAIIIIIIIw. • r. Il111111I111 iIIlIIIIIIIIIIIIi1111111 11111111i1111111i111I11111 1° 1 "1IiiIIIt 111111 1 1111 1,11111 I lI 11�11i111i1 lllfilll1 111111 0 ,a tH$ �M<N 1 3 4 5 6 7 8 NOTE: If...the.>ai crofi ..........� �.,..., __...._.- _........__._ ...._ ..:.___. lacd document is less clear than this notice, it is due to the quality of the original document. 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Cf.ILING <;\ COORDINATE, c.o.. ` \\ LOCATION TO Air IO D \ 1 �\ \SCREED FLOOR JOINTS 2H aF0p ON �\ SEE DWG A2.I4)- C.O 'LW r2NL !BELOW CilIFADe SLOPE 04. /FT _.. ( 2i 4 s cave AO* mill.••■■1111•11013■011, I=SPEMMMINIIMMWMIMMIM ...144,1=0,71M 1 4 fcwl.• L1p• -- ' 2YIR14 L. T_7N tN WALL_ 1 P -24 , . 1 LESS CUSPIDOR ail Ict NL. UP, - - - - 4 1 . - . . . 1 I - 11 rl -- �17 1I. - - - - -- LI__L:. oho lJ_1i r _ ,_ J /2"V DN 5P LOAD. )a01114.w 5EE DWG, . M 2. 7 POI? GOWTINUATION,�' kf ,'\AV � N rl —it'sd.60,64O r lc r 41/21' P -52. (• r.P tie; TENS parenorJ e i' �°i IM/Frier G" RWL RISER DN AT WALL (EXPOSED) I opGti pir►r tail A •iNi $/2" PAST FACING WALL (SEE t4 AG.05). -e .VJ• eftloorki 601',Vtot ra4tP pity GA5 RELIEF THl U WALL CTYP.3); SEAL.. WATekT'OE -17" 5$I I, °2 Cofrig Ps1a, .� 4 0750 MESH) SEE RISER DIAGRAMS r- tDUSEK EE PIPE.• PAP N 5 —zil v 12.10 ameizG. GE NCR OR OtJ EXIT. PIPING - 5 E QfrAIL ON c»' Ea063 NOTE: PIPING iS ' ©OVE 26" HIGH SOFFI ____7 En" BELOW GRADE �lI riwi• + i.ovJ G• al.1 Pnlr- e*t CAVIL owe.. rift (.44010,11),K lo 5e E. I/4 EI PLAN DwG. MB Fog ADDITIONAL. vo r2 SEE. DETAIL 1 M2.03 Ali 1,40 _Pr Rwto ot.J, �, w.N.l. (EXPOSED ) E!; THEN BELOW GRADE ACTIVITIES BLDG. COMMONS — PLBG. & F.P. • ' iji1i1I1Ilij ili1iji 'ili11jljill1illjill1iilWIWI! 18 ?HS INCH 1 2 3 •••-t3t L3ELOIAi ne, Ape. 1NY. ELEV, Zei.Q71. 0 • GENERAL NOTES: 1. REFER TO•DWG M2.4t FciR GENERAL NOTES. 4 12E IL• A /25 .oa . 2uu OF=D DN THRU CANOPY ( PIP . R::NDS I /il 5E.L.OE4 GANG?P'Y \\N --2" OFD UP d ON `> cr v 4 ot 2 11OFD UP 4 DN O 111,11111111 iunie owdor Vill* I „, R T ABV. RNNNL CLG, PIPING a LON FLOOR PIPING, UP HIGH ( BELOW MECH. PLAT FORM FLOOR i» Ca A3 DN 'CO SC7ELt~f� IN / &Kir VAI_VE�. C2 Psi U/%S) PION BELIE F F1tOM 6A;z PRESS REGULATOR, 13 DTh4 g CV LINE TO WH -S AND BOILER SYSTEM MAKE UP-SEE M3.08. 1 l!fll�Iw1 20 twlt : i. N L za, // %Mk • B9 ". UPPER F QQ pL, f SCALE: Vs" -. -NO" 3�WATTS NO. N 223 5 . 200 GPM 4C PSI AP t Nl..!~T = 534- PSI OUT L E.T:1r 66 F'Sz SHUT OFF VA LVt* (TYPO -- . 1151 YSTEI►9 • CITY OF'TU Wli.A APPROVED.. JUL 151r,1 •y IP' BUI DING DIVISION 5H6e VALVE.. !aY F'ASS (NQRMALLY GL.OSIr I ) PrIr�SU� GAG._ CTVP) EX• eRI CR BALL UNION (TYt . 1� SIZE_ A:3' IN01CAT . ON. P'LA.N5 ). ."- --DO M5T10 COLO HATtict ER.VIC FLOOR 1.44 75 NA' 235 40 moth S 14 PSI .4P INLPT s 134 P5I ouTC_ .-r : 70 PST llllll"1. 111 ,100 I1tITIri up ICI !I_. 1 II iii, III1IIIII1Ii f I multi! 4 5 6 7 8 NOTE: If the aicrofiined. document is less clear than this notice, it is due to the quality of the original document. 1111'1111111 1111111111111111.11111111111111111111111 9 it 10 1') FN BERMANY 12 ()c 6II� 8c LZ 9? 9Z 1++F. CZ aZ LZ 0? 61. 8L LA 91 GI ',!- el z(I a (OL 6 B+ L 9 i • - -- ` ill {III�IIl Ili► �! 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DOOR DIN ATE- ICI / DUCTWORK , e'f*P o#pn 12UN PIPING AS HIGH AS PO5518LE L f/`I ork7 U c w 4 64 I1J C.0401.4 AV U L.00AT E TO AV rca alK%T wOrzk , Ee. M S. 04 1 -1- a- ACTIVITIES WING GYMNASIUM- p LBG & FP S ALE: 1/8", 1'°-O' SEE RISER DIAGRAM E)(POSEA PIPING (TYP ) 4,1 �tJ l �a Pfs ari IJco (1. TYP'.• 2 6145 tv� izwL• DM 170, 1" CM 4 H W ON TO INA 4 R W / SHUT. P...I3 --WIPING EXPOSED ON ©• i --4 11 co To :Pk'.(�1 (W/ s�iUT -oFP •--- -ZpOFO tJP i OM, RWL tir 2" RWL BELOW FLR. GPI '2.wL. GIN ON TO ICE MACHINE (I' -30) P ( PIPINGS IN ;NALL) -- �W�_....._.._,_._...�.. 2r, 1 11 B14 1� L RNL �• '.-■ 2" 0 F D UP t RWL Uta td ola'ty b/ 2" RWL �fLOW FLIP. 2 "RWL BELOW FLR. 2110F0 oN Zi1 R %1L+ L)l' 2 jz.+Nls tIJ C N11, r L !INN -a. - gm/. 1F' C°vN 4 &A', IpJ mkeot. W/ ilk - , j� 04 13141 D14( v PIPING e1 /Z' �GW PlPE, DN l i4 WALL U(� TO MEC I-t. PLATFORM, 2 "W'UP TO 2" © -2 .--2u W > I N WALL ftWir IAN _ VV.. V.?. 2 1, 40 L t ►jo4lw lu NDa P O A L CM.. Q e P." 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FOR L XAGT LOCATION. 2 "OFD ON THRU CANOPY (PIPE ENDS BELOW CANOPY) pelP'Ir13. R UNt THKU H(.?i.l':.5 IN ST1ct1GTURA1.. MENIE5MIZ AT GRI© LINE5 SEi:. ARCH. 1PW05. �XP45e �� *PRINKLelfe ri'iNG In TH . F;A plus er.Nra TO !MATCH MAOIUS Ois ARREL. VAULT, see. A1eCH• Di+4GS. FQR it ri" A I L S. PIPING BELOW INTERMEDIATE STRUCTURAL. MEMBER. EXPOSED S.S. WASTE STANDPIPE PROVIDE TRAP FOR EACH CONNECTION TO HEAT EXCHANGER MX -4 ABOVE. I/2 a • PIPING IS ABOVE BARREL VAULT CE'1* INGE SEE 21/A6.07. • RWL PIPING DOWN IN WALL AT PANEL POINT: SEE DETAIL A/20.18 AND OWCa A2.00.0. OFIr5FT PIt'ING A RCCAUIKe. 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IDWG5 DeTAIL5 FOR E)(TtRIOR L UVER LOCATIONS 51ZE.S. 5tE ARCH. RCP CMGs * CETAILS 504 DIFFU5ER /GRILLE LOCATIONS, 3, COORDINATE WITH DIVISION 1 LOCATIONS OF PIPES Et DUCTS PASSING FHRU WALL FLOOR it CEILING CONSTRUCTION. COOKI'INATE, IDUGTWO, K. 4 PIPIN+C THAT RUN IN T1AU53 SPACE. W/ TRUSS GON 5 TRUCTION. 5. sEE ARCH . O TA11.x5/ ELeVAT►ON FOR E)(TERIOR LOUVER:') SIZES EXACT LOCATIONS. LOUVE125 ARE. Pr20VIDEO 13Y DIV. 45000 • Or: et (00 11.4 5OFFIT WOO *Cox 24x.24 `'� ( Y.r p) Yd/ F DPI. 1®x12(L.) TO Ac 1 el co 1.401.)t 1Z EIS.IN rz 1 a i2 W/ F. DPR 12x12 1Z-.1.1 400 DUCT ON TO CG 30 a 3co FLre. 4CCE55 14x14 (L,) dtsOT WAN MCI TIGHT TO WALL TO AVOID E LE cT. PANELS. 16x IS.�C,..0) 26x4 1,/2" o.I1C:U /g -J W (T P 3) W/ F DPR. ZPo Ia xla 300 N WRY a" Nw5 24x 46 (L.) 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CHEMISTRY /PHYSICS OFFICE ALCOVE GENERAL EARTH SCIENCE OFFICE ALCOVE BIOLOGY FIRE SPRINKLER STAIR MANUF /PRODUCTION FINISHING STORAGE W /F, ©PR 24x112 ,oa A140 A141 A142 A143 A144 A145 A146 A147 A148 A149 A150 A151 A153 A153` A1S4 A155 A156 A157 A158 A159 A160 A161 A162 A163 A164 A165 A166 A167 A168 • INSTRUCTIONAL AREA. POWER /TRANSPORTATION OFFICE COMMUNICATIONS CENT §R PROCESSING LIGHT TRAP STORAGE. PNT DARK ROOM STAIR CORRIDOR SECRETARY CAREERS CONF. CO,IINSELING COUNSELING RESOURCE ROOM SUPPORT HALL SECRETARY PHONE STORAGE WORKROOM FIRE STORAGE CLOSET HEALTH HEALTH TOILET WOMEN MEN I.S.S. ASSISTANT PRINCIPAL OFFICE PRINCIPAL WAITING 10% IP 4et, 126 Wf f, pR. -- Lil*!ED PLENUM C Ia.' I -11tH) *Ado '011 10"0 211111 ■I. s.. ~:^� e�'A: ■ ■���� �� A(Z IuliLIa•uI!j •ISaaia81 11* JIMMIIMMMU Ilrifszqumw7 iM 1 lwrrr.+ir.0'iwwrrs r.ww0rr 10x10 2.'I2►`CIRcul ZETTE R 311GIWCUIT SETT ER 10'4 I-IV -2 ilex (, mar: ■ ■ NAM HV-16) q.46(1/ 14-* ( NP ‘ ) 16 )(W(1-) Al • i eLET. 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NOTES KEY NOTES Lax la */isms lexica. 39CaD i. SEM ARCH, DWGS/ o TAILS FOR EXTERIOR LOUVER LOCATlO :5 . 512.ES,. 2. eLI* ARCH. ' wCP C7tNCa5 * FOR I'IFFU5t~R / G ol2ILLE LOOATIONS. 3. ALL DUCTNORK 15 A5OV1= THE CEILING UNLESS NOTED OTH>~RNI 'E. 24 )(24 (TIP) 24X IS(U/ UP TQ 10X10 GREASE DUCT UP TO ON ROOF -- -- ��� L15 AND N1N5 *R ON IN SHAFT r--pipING OVER PuGT 28X 2q. IL) DH• 1N SHAFT t4x lap (.V ) 6.'1101(10 U00 ZG1 HIGH SOUNOLINE PLENUM 100x26) 'w w1 l Tit 0)(0 !4x14 90. 3(oxIrdL) 24 �I Z SD ENCLOSURE ARQUND DucT - 5EE ARCH, DWG. 41/11.° GIIGuiT SETT1rR GREASE DUCT DOWN TO MOOD SEE KITCHEN DRAW INE . 7ROVIDE 12" HIGH LINED PLENUM DISCHARGE DUCE' TO DIFP05ER, 40 90° EL@OW5 REc uI12Ec' rom NoiSt Ce,fsirgeOL. RQOlI g =LHM A201 A202 A203 A204 A205 A206 A2O7 A208 A209 A210 A211 A212 A213 A214 A215 A216 A217 A218 A219 L220 A221 A222 A223 A224 A225 A226 A227 A228 A229 A230 A231 A232 A233 A234 A235 A236 A237 A238 A239 A240 A241 .A242 4243 A244 A245 A246 A247 A248 21249 LOBBY IrL 1SET LANGUAGE ARTS STORAGE CORRIDOR LANGUAGE ARTS BOOK STORAGE LANGUAGE ARTS LANGUAGE ARTS OFFICE CORRIDOR LANGUAGE ARTS COMPUTER LAB JAN /ELEC ALCOVE BOYS GIRLS CORRIDOR CORRIDOR ENGLISH 2ND LANGUAGE SOCIAL STUDIES SOCIAL STUDIES • S.S. OFFICE CORRIDOR SOCIAL STUDIES SOCIAL STUDIES STORAGE HOME AUD FAMILY KITCHEN STORAGE STORAGE KITCHEN KITCHEN H & F OFFICE ALCOVE F.L. OFFICE • FOREIGN LANGUAGE FOREIGN 'LANGUAGE HALL • A.V. LIBRARY OFFICE WORK ROOM TOILET ALCOVE STUDIO R0014 VIDEO INFO CONFERENCE CONFERENCE 4 y n 10° 48•(48(L) Its ♦ 8x6 GREASE DUCT UP 10 Pk. f,, 19:0(14, 40Q 24 X t 2 (t_) U P TO - 14414(L) 1 1c 11 I2 x 12 ORYeg e velar 114.10 PP (T�t'P•e ,xG I^'a RV' 10 x 10 50 j►!!� loxla 4.00 • !yam i2 rosOe 10 4:1) I2xl2(L) HV -22 LJ• 4...d •,.r.11.....r.. 11/0.!7, N 140 Gi00 (-1'Nfra Z ? HV -45 tt9,a 14 (L.) 2Dx 46(x. i4x k2 (14 6(1,:)U9° DN ) UP* UN 514 ( (L) UP #ON ,.. FLCV JOLT • w',t r 10,410 HNPt U1° ON HWS 1 ON O i 20 ,. It UP4 ArJ 164.20(t.)UP 14,&14(L)uP 1t .1e(t.) UP 20" ep uP , tie x (OM 14- %12(L) UP 14 ,8 12.(L) 1€5 UP ef .ot-J- 14•x (1,)Ii1� 14 K IQ. (L) 2.0'4) UP i 48x ,U3 ( L.) l+ *f2t1,.) I (D rC I Ca (L) uP air ON, 2O-A IIp (tom) UP-� --- 14.414, L.) u Ple aN 14,E 14 (L.) Ut000N 20,E t$ (L) uP co R.. (L.) UP** RN 2.0,,.V0 (L.) 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STORAGE OFFICE STORAGE DRYING JAN/ STORAGE CORRIDOR CHORAL MUSIC PRACTICE OFFICE PRACTICE INSTRUMENTAL MUSIC LIBRARY OFFICE KILN FIRE SPRINKLER INSTRUMENTAL STAGE STORAGE NAKE -UP CLOSET GIRLS DRESSING GIRLS TOILET STAIR Y 8178 8179 8180 8183 8184 8185 8186 8187 8,!8 8189 8190 8191 B192 8193 8194 B195 8196 B197 8204 8205 8206 B207 B207A 8200 BOYS DRESSING BOYS TOILET CLOSET LAVATORY WOMEN MEN ATHL. SECRETARY ATHLETIC DIRECTOR ASS OFFICE LIGHT TRAP VESTIBULE VESTIBULE STAIR STORAGE AUDITORIUM VESTIBULE STAGE ELEC /STORAGE MECH. ROOM MECH. ROOM MECH. ROOM CONTROL HALL SOUND Gol lh t J / .. v tit4 Preut4. taelot� f 46^' os ti z4l 2. 1 JJl4t. l,or. 'Io1J@ ' ow, . oaf ,arr.�.r -I, I � M f Dkicsfe, 4 t7 �t• r-t . /c L r1.014 v:.'t. tom► l•1v Jl oNi> It-1°.•oW)rt -iehlr I'1kelvior , IIJGW9I , WI* ¶b takA2v, it4 r�kJt4.0I. vh.1I6 -f I- Jahri�}Gi't.. 841,0 .4 0 4 v19Thi Farm 441411 6441.47-F 017140r4 °r 1.14C: Pit?,,ril1W > ritrof.7011. 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(A017 ALT. # A5) CITY OF TUKWILA APPROVED U 1997 •J .Jw � ^ 1191 111111111,111111111111 1111111111I111I1111111111 9 10 11 ionme R,Uwf 12 p {€ 63 @C LE 9Z SZ +,Z ' cZ ZL 1,Z p? 61 el L 91 GI hl CI Zl ll pL 6 9 L 9 9 '� £ Z t WW (� 1111 111111111111111111111111111111111I .111111,111 111 111111111111111111 !!1lllillll!�lI�111! 11111 �Ii1111iI�IIJli1l111 !lil11111I�Ul�i1U�l 1111111' Illilllill !lillli(11i111111!!!1111� liiIIIIIIIIIiI{ ililili !11111111!1!I1li11111111II 11. 1111 1111111I!111111111i1111111!ii1 1 !► , I ,< . ,,, • � ; 11�Ii11 11) 111111111 .4 .pli a ci DT, , ice. 4 Meb.ejr • • CyFA'ERAL NOTES: 1. ALL WORK SHALL CONFORM TO THE LATEST EDITION OF THE NATIONAL ELECTRICAL CODE (NFPA -70) AS AMENDED BY TdE STATE OF WASHINGTON AND LOCAL ORDINANCES, 2. ALL WIRING SHALL BE COPPER, INSTALLED IN CONDUIT. 3. FIELD VERIFY EXACT LOCATIONS, ROUTING AND DISTANCE PRIOR TO SUBMITTING BID, 4. ANY DISCREPANCIES IN THE DRAWINGS OR SPECIFICATIONS SHALL BE BROUGHT TO THE AT1ENTIOA OF THE ARCHITECT /ENGINEER PRIOR TO COMMENCEMENT IN THAT AREA. 5, VERIFY THE MOUNTING HEIGHT, TYPE OF SURFACE AND EXACT LOCATION OF ALL DEVICES AND FIXTURES PRIOR TO INSTALLATION. SEE ARCHITECTURAL DRAWINGS AND COORDINATE WITH GENERAL CONTRACTOR, 6. ALL RACEWAYS ARE TO BE RUN IN A CONCEALED MANNER EXCEPT IN MECHANICAL OR ELECTRICAL 1700MS. EXPOSED RACEWAY SYSTEMS , WHERE REQUIRED, SHALL BE WIREMOLT) SURFACE METAL RACEWAY OR APPROVED EQUAL. SURFACE MOUNTED BOXES, WHERE REQUIRED, SHALL BE OF SAME MANUFUACTURE. COLOR SELECTION SHALL BE MADE BY ARCHITECT. 7. ALL DEVICES, EQUIPMENT OR FIXTURES SHALL }3E NEW UNLESS SPECIFICALLY IDENTIFIED FOR REUSE. 8. VERIFY EXACT LOCATION OF EXISTING UNDERGROUND PIPING AND CABLE SPRIOR TO COMMEI`' ^,ING EXCAVATION. 9. USE #8 AWG MINIMUM WIRE SIZE FOR EXTERIOR LIGHTING BRANCH CIRCUIT WIRING. LEGEND (SITE PLAN ONLY) • p IJN05 co L9t ert.lr/iihtz.f (, • • t11-1170 Ji-12 L, r1-16 ,L. (-Pow 1-" liNIC t2.udhly -r N,, 0L4vrie+ Gd�h 8--0 pat a rildrJ L-104r F-i,c. i1t _ AAir 1-1 1 4-x 60JI -1'1'6 1-JI604.1r . tL do . '9i J i.' HT 1. PN L RECEPT SMR SW TEL TYP UV UG WP XFMR SWBD AHJ ANSI ASTM EMT MFR. NEC NEMA NFPA PVC RGS UL E.C. FVNR FVR o+.ni. w PANEL RECEPTACLE SURFACE METAL RACEWAY SWITCH TELEPHONE TYPICAL UNIT VENTILATOR UNDERGROUND WEATHERPROOF TRANSFORMER SWITCHBOARD AUTHORITY HAVING JURISDICTION AMERICAN NATIONAL STANDARDS INSTITUTE AMERICAN SOCIETY FOR TESTING MATERIALS ELECTRICAL METALLIC TUBING MANUFACTURER NATIONAL ELECTRICAL CODE NATIONAL ELECTRICAL MANUFACTURERS ASSOCIATION NATIONAL FIRE PROTECTION ASSOCIATION POLYVINYL CHLORIDE RIGID GALVANIZED STEEL UNDERWRITER'S LABORATORIES, INC. ELECTRICAL CONTRACTOR FULL VOLTAGE NON REVERSING FULL VOLTAGE REVERSING AC A.F.F. AHU BLDG BKBD CAB C CB CO CONTR CCTV DISTR D.S. EXIST EF EWC FU FA HTR IG J -BOX LTG MTD NIC MLO OHL AT AIR CONDITIONING ABOVE FINISHED FLOOR AIR HANDLING UNIT BUILDING BACKBOARD CABINET CONDUIT CIRCUIT BREAKER CONDUIT ONLY CONTRACTOR CLOSED CIRCUIT TV DISTRIBUTION DISCONNECT SWITCH EXISTING EXHAUST FAN ELECTRIC WATER COOLER FUSE FIRE ALARM HEATER ISOLATED GROUND JUNCTION BOX LIGHTING MOUNTED NOT IN CONTRACT MAIN LUGS ONLY OVERHEAD LINE 06,U1oMATI, TRAi•15 EI2 SJ JITTH PROVIDE TE1J1J15 COURT RACV4601 its1Jo POLE 15A5C5 DULY ..w i 1 i l l(I ! I I 1r 410W. 10,12 hl•ANNINC0 DE.Pwt T NHIs c- RT' CIaa} fT N� 0 POLE BASE 'FOR 40 FOOT POLE (TYPICAL G PLCS.) E QEiAlt.. 5 • PLAN NOTES 1. PROVIDE TWO (2) 4" PVC DUCTS W /PULL WIRE FROM TELEPHONE BACKBOARD TO TELEPHONE VAULT. VERIFY EXACT LOCATION WITH UTILITY. • PRCVIDE 2" PVC DUCT W /PULL WIRE FROM TV SIGNAL DISTRIBUTION EQUIPMENT TO NEW CABLE TV JUNCTION BOX. VERIFY EXACT LOCATION WITH UTILITY. A■C. IV! AT DETAIL. 01J A r SHT.E$.01 STAIR LT5. TH15 AREA ITtr4le444444, <4004.,4 mr.144140, (AMA Tv. look, 10 oe Ratio-vet', tier' P .JA f - r t 1. v15 1o�I, , T i •et. Nov t/t V- extig, tiPCIG I exe,AVATION BAotFt LL Ore E.6, T +Pk v I tag Re e WA F' OM a-t6 V u. c .` ept.M O4 To WAUL.T. ELECTRICAL SITE PL A N AND LEGEND GEND SCALE: - 50'--O" 3 - 2'' PVC 51..EEVES 0JO Llre'++HTe (,TIP 2) Goo PaT/gt.., SNT, V. a-9 • PROVIDE FIVE (5) 3 1/2" PVC DUCTS WITH 3 #500 MCMCLI AND 1 #250 MCMCU.I IN EACH DUCT FROM MAIN ELECTRICAL SERVICE EQUIPMENT TO SECONDARY OF SEATTLE CiTY LIGHT XFMR IN VAULT. PROVIDE 2" MINIMUM CONCRETE ENCASEMENT AROUND SERVICE CONDUCTORS OVER 15 FEET LENGTH INSIDE BUILDING. TERMINATION OF SERVICE CONDUCTORS AT UTILITY XFMR BY SEATTLE CITY LIGHT. VERIFY EXACT LOCATIONS WITH UTILITY. PROVIDE #8 AWG CONDUCTORS IN 1 1/4" PVC DUCTS AS SHOWN ON PLAN FOR EXTERIOR LIGHTING HOMERUNS. 4et 001-44L, 1' to 0.0'1 Nit rt. ot. L,tco rT . pe;?it. . ,7&174.- DK! RAW t'i'•. s 6 I: 'ac -epo'' 1.I404resp . ficksia. 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M/ /',c' %I rJ6. • ( A1,c.IiAiN `r I,JN1 Joy-0K- 4' W,. , * 2 I7 mat 4 /Ito 0.146P • F4 -l. i 4tl r4//.d. 10-it.kto OPTICAL TUDI (FI13ER.51AC2. LIC -!TIIJ FAG iJC7TE 0 �.✓' tIJDIC�ATE L.IgHT F1 •TUt2.E TYPE'S' -1 YPlCAL FOE. ROOM E)CCEPT L.N1HERE warm. BASE CLOCK PROVIDED BY OWNER ADDIiiVE ALTERNATE BID ITEM A-B - C.L,4GK PROVIDE2 BY EL.EC r RICAL COAJTRAC'ToR. 4OTE : SEE SME.ET5 E8.12 FoR ADDITIONAL 3'XM8OL.5 INSTALL Oki ALL SOUND SYSTEM DOXE5 EXCEPT Al' ID ` iyt�L•f•1 lilil! 11III111III1111ilillli�1111111iIl +IIIII'�!I'iI!il' 111!'1 111.1111111111111n11 1 IIIIII1111 1 111111111 111111111111111 111111 0 161H31NCM 1 2 3 4 5 6 I _ 7 _ 8 NOTE: If the microfilmed document is .Less clear than this notice, it is due to the quality of the original document. 1 oc 6Z 8e GZ 9Z SZ t/ 6Z ZZ 6 11111 11111111111IiI !1►1111II11!i{Ill61l11111 1111llli ,111Jll ! i{! U 1111tH[lli1111juI1111111 1111111111111110111111111 9 i 10 11IX 12 1.2 C)?, 6l 8 Lt 91 St t'; et Zt u OL is ! . L ._..,., fl G -..9 S E '4P4 0 �,I1�lII 1II { 1 I i !1 f �iili 111 1111! 11 1i I IL 1 ! l 1i ►!1 I lil! !1 1► 1 II II Ii 1 11!I lil1 1 • k• .k� a • • • 1 1116160166,1661=11116111161111611111MINIIIIIP • • SZENBAILIBUEL CAPPLICAO.E• To ALc:.L.14HT11.4 plzAW114A6) LICOP11. 4011&14 "fl?` . °Ole Pier‘ 114.q. 4 1 °,14WP4).1 44 Nin7 It- &VIEW" 1 490.. A4Ereucww.r. -L4,001.$11444 "ft% e, 4'4E2," PROVIDE DiMMIEJC.1 SAELAST5 FOR FEATURES UJ ROOM A16� EE/IM tE.E0 �4;p1:14 AELE1612-• Pt)E.Ell,beteP LAC,Eir coort4e (NI E.) HAEJE.6 EYE?. "44.! 11-i11 E E4.4AE4 141.6k0 Nolizet.T upptoic,..wiT • 1%44,1 ••■•••••1•4414.••01.11M114.1.1.1•••■ 4 OS ttelt °A4Pd Poit.444,0141 " 3rJ oeve" LIcsf DARKROOM SWITCHING DETAIL NO SCALE 1. ALL FLUORESCENT LAMPS SHALL BE COOL WHITE SNERGY SAVING TYPE (4200 °X) UNLESS OTHERWISE NOTED. 2. COORDINATE FIXTURE LOCATION MOUNTING Maier WITH ARCHITECTURAL DETAILS AND REFEEETED CEILEN61 PLANS. 3. COORDINATE EXACT LOCATION OF FIXTURES TO CLEAR MECHANICAL PIPING AND EQUIPMENT. 4. PROVIDE TRIM FOR ACOUSTIC TILE OR GYPSUM WW1.. BOARD, CEILING AS DETAILED ON ARCHITECTURAL REFLECTED CEILING PLANS, TYPICAL KUL FIXTURES, 5, FIXTURES INSTALLED OUTSIDE SHALL BE SUITABLE FOREMET LOCATIONS. 6. PROVIDE DIRECTIONAL ARROWS ON EXIT SIGNS AND DOUBLE FACE AS INDICATED ON PLANS. PROVIDE LAMPS, CANOPY AND MOUNTING HARDWARE AS REQUIRED. 7. PROVIDE ALL TRACK LIGHTING FITTINGS MD FIXTURES AS INDICATED ON PLANS. 8. 9. FIXTURE SUPPLIER SHALL PROVIDE (2) BALLASTS IN TYPICAL THREE LAMP FIXTURES AND (2) BALLASTS IN ALL FOUR LAMP FIXTURES, INBOARD LAMP(S) OR ONE BALLAST AND OUTBOARD LAMPS ON SECOND BALLAST. PROVIDE ALL FIXTURES WITH LAMPS. VERIFY COMPATIBILITY OF ENERGY SAVING LAMPS WITH ENERGY SAVING BALLUTS, 10. FIXTURES MOUNTED IN FIRE RATED AREAS SMALL BE INSTALLED ' TO MAINTAIN INTEGRITY OF FIRE RATED CEILING. 11. FOR FIXTURES .INSTALLED IN KITCHEN PROVIDE ADDITIONAL LENS GASATTING BETWEEN LENS AND DOOR TO PREVENT DIRT ACCUMULATION IN FIXTURES. 12. PROVIDE WIRE GUARD FOR EXIT LIGHTS IN GYMNASIUMS. 13. PROVIDE UNSWITCHED LINE VOLTAGE CONDUCTOR TO ALL FIXTURES EQUIPPED FOR EGRESS OR EXIT LIGHTING. 24. PROVIDE COLOR SAMPLES TO ARCHITECT FOR SELECTION WHERE OPTIONAL FINISHES OR COLORS ARE AVAILABLE AT TIME OF SHOP pwci. 15. CONTRACTOR SHALL VERIFY CEILING CONFIGURATIONS PRIOR TO ORDERING ANY LIGHT FIXTURES. ANY DISCREPANCY BETWEEN LIGHT FIXTURE SPEC/PIED AND CEILING TYPE SHALL BE REPORTED TO THE ARCHITECT FOR RESOLUTION PRIOR TO commeluctiam WORK. 16. SEE SPECIFICATIONS FOR ADDITIONAL INFORMTION. 17. PROVIDE 5P35 pHospi-foR 1.-AMPS IN FJJORE5CENT FIXTURES FOR ROOM5 1.42 A1563 AND A143 IO. PROVIDE TWO WAy 6WITHIN4 IM itcomt eQUIreP WITH DUAL LAHT IGHt% , coIJIJeGT EACH t\al TCH To KCU1T UP'1"L'Ilki4 elALLA61-6 IUP0AKP 4 ou TboAkk.0 L,Ami=5. • ROOM 1 A101 AI02 A103 A104 A105 A106 A107 A108 A109 A110 A111 A112 A113 A114 A115 A126 A117 ..A118___ . A1.20 A121 A122 A123 A124 A125 A126 A127 A128 A129 . A130 A131 A132 A133 ‘.4.134 mas A137 A138 A/39 A140 A141 A142 A143 A144 A145 A146 A147 A148 A149 A150 A151 A152 A153 A154 - A155 A156 A157 A158 A159 A160 -,A161- kh.162 A163 A164 A165 A166 A167 A168 BOOM NAME ENTRY LOBBY STAIR HALL ALCOVE BUSINESS/OFFICE PRACTICE VESTIBULE STORAGE ELEV. MACO. ROOM OFFICE BUSINESS/ACCOUNTING CORRIDOR . MATH MATH MATH CORRIDOR MATH 'OFFICE COMPUTER LAB ALcpy kith-- MOM:ENS_ CORRIDOR ALCOVE CHEMISTRY/PHYSICS OFFICE ALCOVE GENERAL EARTH SCIENCE OFFICE ALCOVE , BIOLOGY FIRE SPRINKLER STAIR MANMPRODUCTION FINISHING STORAGE. __EMETBUCTIONATEALREA PoWER/TRANSPoRTATIoN OFFICE COMMUNICATIONS CENTER PROCESSING LIGHT TRAP STORAGE PRINT DARK ROOK STAIR CORRIDOR SECRETARY cAREERS cONF. COUNSELING COUNSELING. RESOURCE ROOM SUPPORT HALL SECRETARY PHONE STORAGE WORKROOM: FIRE STORAGE CLOSET HEALTH HEALTH WOME MEN I.S.S. ASSISTANT PR PAL OFFICE I • PRINCIPAL al WAITING ••••••••• .1•••••••••• • ACADEMIC WING MAIN FLOOR PLAN - LIGHTING SCALE: MB" = 7. 4",76,.,;.4.1.1.tvn;4406:;, ith4m • • • • I m 1111111! II I1Il1I I !Top! 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THIS SHEET. 24V LOW VOLTAGE RELAY 4C-1C) 1 AZ syse LIBRARY LIGHTING —LOW VOLTAGE SWITCHING DIAGRAM ' CORRIDOR LIGHTING— LOW VOLTAGE SWITCHING DIAGRAM V Gidr�% ,1 r A201 A202 A203 A204 A205 A206 A207 A208 A209 A210 A211 A212 A213 A214 A215 A216 A217 A218 A219 A220 A221 A222 A223 A224 A225 A226 A227 A228 A229 A230 A231 A232 A233 A234 A235 A236 A237 A238 A239 A240 A241 A242 A243 A244 A245 A246 A247 A248 A249 LOBBY CLOSET LANGUAGE ARTS STORAGE CORRIDOR LANGUAGE ARTS BOOK STORAGE LANGUAGE ARTS LANGUAGE ARTS OFFICE CORRIDOR LANGUAGE ARTS CONFUTER LAB JAN /ELEC ALCOVE WINO INOWINS CORRIDOR CORRIDOR ENGLISH 2ND LANGUAGE SOCIAL STUDIES SOCIAL STUDIES S.S. OFFICE CORRIDOR SOCIAL STUDIES SOCIAL STUDIES STORAGE HOME AND FAMILY KITCHEN STORAGE STORAGE KITCHEN KITCHEN H & F OFFICE ALCOVE F.L. OFFICE FOREIGN LANGUAGE FOREIGN LANGUAGE HALL A.V. LIBRARY • OFFICE WORK ROOM • TOILET- ALCOVE ALCOVE STUDIO ROOM VIDEO INFO CONFERENCE CONFERENCE • ry 2C2 -1�5 14 (t -412' 12C2 -f7 3J 2c2 -15 io 4c-214, �• ,. =We r U2- .1+1160,18 eNseeerznamonatam ACADEMIC WING P F LOOR .PLAN b° LIGHTIN...G SCALE: 1/8"w 1r --O" ( J ✓M1y - ir" of 111'1! 111i111I�I1I,IIIII1I.I!1!111 0 td THe INCH 1 2 • II'I�IJI�lIIIlI]T 1'��'jII�� -�L�L �I, I:IIIiI;II�111 .I� �! �v4: cu ,..ziK !K'xiN1C7':. . 1I`I1I1iII1III11111'f 3 4 5 6 7 8 NOTE: If the microfilmed document is less clear than this notice, it is due to the quality of the original document. 1 s INIEMITEEMIXIIIINCOMMEEla !! �iir11{ I�1I�it!! �I�i� !�!�!�!�!iI�!�!�I!►�I�i�l�!tIj! Ii 9 i 10 11 u ..GEC 12 tit oc 6Z 8C LZ 9Z 5Z t, • £Z ZZ to 03 6l et a 91 GI hl £t Zl 11 QL 6 8 1. t 9 S e Z Mw ff � i 1{ fil!! f! iIIIi11lfii�lf{lii�!(1�1!I�II:I !;hJlil�Iiii� !IIII!liill!lIIIIIIii'i ii! 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LIBRARY • OFFICE WORK ROOM • TOILET- ALCOVE ALCOVE STUDIO ROOM VIDEO INFO CONFERENCE CONFERENCE • ry 2C2 -1�5 14 (t -412' 12C2 -f7 3J 2c2 -15 io 4c-214, �• ,. =We r U2- .1+1160,18 eNseeerznamonatam ACADEMIC WING P F LOOR .PLAN b° LIGHTIN...G SCALE: 1/8"w 1r --O" ( J ✓M1y - ir" of 111'1! 111i111I�I1I,IIIII1I.I!1!111 0 td THe INCH 1 2 • II'I�IJI�lIIIlI]T 1'��'jII�� -�L�L �I, I:IIIiI;II�111 .I� �! �v4: cu ,..ziK !K'xiN1C7':. . 1I`I1I1iII1III11111'f 3 4 5 6 7 8 NOTE: If the microfilmed document is less clear than this notice, it is due to the quality of the original document. 1 s INIEMITEEMIXIIIINCOMMEEla !! �iir11{ I�1I�it!! �I�i� !�!�!�!�!iI�!�!�I!►�I�i�l�!tIj! Ii 9 i 10 11 u ..GEC 12 tit oc 6Z 8C LZ 9Z 5Z t, • £Z ZZ to 03 6l et a 91 GI hl £t Zl 11 QL 6 8 1. t 9 S e Z Mw ff � i 1{ fil!! f! iIIIi11lfii�lf{lii�!(1�1!I�II:I !;hJlil�Iiii� !IIII!liill!lIIIIIIii'i ii! 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Z �� 6t $t ,;,t 9l 5t oil Cl Zl tl O� 6 � 1 0E 6Z BC QZ 9ZZ sZ tlZ ' CZ zz II4ijj!111I1�1i 1111!! 1!11 11111l1Illlii111I P111111lii '111l1111i!ili111111illili1 11111 N1ii11l1111 )il1iiiiiiiiiliili!iilll 1111iili Iiliilil+i ► I�I��lI` il1111illJQ1IIi1I 'i1ili11j111iiiE!lii1'I 12 e 8 L 5 S h £ Z t rvw 0 11� ii!i11!I !!!iuil!iI11�!.!�1i,ii 1111ilil111 iiillisiitiii,ll,liilii • ...�..t:.,,_.... \\ G#N'f l..', ' !.I 'reo. caa)NQ e•x,ritUtax044, 4 GI. 'i!G Ir.l See Gown vot.Ta4& tki;TcHipcii 0144siltN4 TI-115 '3HeiT AINOm.u+404=,wili.:. wearrslor.orallasstuulis 25 7 ti/c000 ? karre coi J ul T p Wa.u� IbAk6S OF LQG401245 TO L iari1TIkian 0014 rRoL ccNTACTOR 4X-7 ■.M N ■■ 111:v FIXTURE MOUNTED AT 2(a' AFF (TYPICALI Bt3I MINN 11•1101 • •••E■Rrr4N 1 14X- 5,7 0 r i>1/0444:7 814 erAL, 1-J 1 ACTIVITIES WING GYMNASIUM AREA -42LiAIN fLQQR PLAN f' LIGHTING L'K. � 4E- 7, q�11 SI. Swib EDO i Kom • 8115 8116 8117 8118 8119 B120 8121 8122 8123 8124 8125 B126 8127 3128 8129 8130 8131 8132 8133 B134 8135 8136 8137 . B138 B239 8140 8141 8142 8143 8144 8145 8146 B147 B148 B149 8203 EDE- Si 262.55 22- ESE-2g) 2s2- �Z CORRIDOR MAIN GYM ALCOVE GYM STORAGE VESTIBULE BOYS P.E. TOILET SHOWER P.E. OFFICE COACHES OFFICE TOILET- BOYS TEMI STORAGE DRY STORAGE VESTIBULE LAUNDRY TOILET VESTIBULE TRAINING WEIGHTS VESTIBULE GIRLS TEAM TOILET VESTIBULE OFF—SEASON STORAGE STORAGE GYM STORAGE COACHES OFFICE TOILET P.E. OFFICE GIRLS F.E. SHOWERS TOILET V STIBULE ALCOVE MECH. ROOK 0 24: 5 ix a. tx�i La imam CIC CORRIDOR LIGHTING -N LOW VOLTAGE' SWITCHING DIAGRAM SCALE: 1/8 " -1' -0 NO'i s^+": :.:. "�r."f'yCY. iilY 4 ~tY':.' 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PRACTICE INSTRUMENTAL MUSIC LIBRARY • OFFICE KILN FIRE SPRINKLER t INSTRUMENTAL STAGE STORAGE MAKE-UP CLOSET • GIRLS DRESSING GIRLS TOILET STAIR 1 9 1 51A5F + 15' A5F� 12 tti 2o rft \ V..../"..- ...----,--- .--- \, \ \ X1 5 -1Z,14,IG IG 4-12/-0", 9 \\ B1949 NOTES : SEE FIXTURE SCHEDULE ON SHEET E2.0G, FOR FIXTURES IN AUDITORIUM WITH 0 DESIGNATION. \ A‘)<111.,!tie 040 BOOM #1 8178 .8179 3180 •8183 B184 8185 B186 8187. 3188 B1139 8190 B191 13192 8193 B194 8195 13196 13197 8204 B205 8206. 5207 B207A 8208 . Rt7QM NAME ' BOYS DRESSING BOYS TOILET CLOSET • LAVATORY WOMEN 'MEN ATHL. SECRETARY ATHLETIC DIRECTOR ASH OFFICE LIGHT TRAP VESTIBULE VESTIBULE STAIR STORAGE AUDITORIUM VESTIBULE STAGE • ELEC /STORAGE MECH. ROOM MECH. ROOM MECH. ROOM CONTROL HALL SOUND . 0 O LA= W CL "Ai ileam Ckt "1 0 S- 162.0.22 \6 o- ■ 1 sr i, { SMI°- 2 5M!" -1 CR -1 12 10 5191 040 FkEcE5 ED- -/ 4H' -7 ACTIVITIES WING THEATRE AREA MAIN FLOOR PLAN LIGHTING SCALE: 1/ 8 T-0" • :-r 1111111!1! 11111! 111111111! 11111111111 !I11111111111111{1!ji III 2 161HS INCH 1 * 1 .,t. ... T�'. Ky : I 1 1 1 1 1 1 � 1 1 1 1 1 1 1 1 I 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 'I � I 1ry.1n 1 1 �h1'".4` 11aY t111'. 1� 1 3 4 5 6 ? 8 • M1 HOT: If they microfilmed document is less clear than this notice, It in due to the quality of the 9riginal document. FIXTURE TYPE "Y. TYPICAL 1 11 43.17/ 112111101/11131.01114 111 .11 1111111111111111111 !11111111111{111111111ii 9 t 10 11 INO614 12 08 6Z 6G LZ 9?, SZ Ell!a CZ ZZ tZ OZ 6: 9L Gt 4l 5t 4l C{t Zt I. b1, 6 Eli ' L , 9S ' C Z "4" 0 11l IIIIIIIIIIIIIIIIIIIIIIIiIfII {I!liilIIIIII;III!If! 111111 !it1i111Nll1s�Ii�II11U11�' X111! Mill. I�IIIIIi!1!III! {IIUIIIIIlIII IIIl I11iiI11lillilillillillllllllll !!I1!!!III11I1111 IIIIIiIIIII !11I1i!IiIIIIII!I!IIII! �i ili 11 li) I' "ill i I' i jj . ,. :. _ ..:.., . ;._�,. ,r.:. ,. _...,. .. .y_._... _ . �,_......:...�.. ......u,1��.� i, {I LIII,I,�IIIIi,rII. IIlIIIIIII,I • Illllf .Ilinlrlu�l!Ili!nlll!!IIIIIII �w's ybuhlh' ". �Gi4iii°4$arn -.. -. 411111Or III 3x 4 Ur' (Dir.) COORDINATE DUOT5 4040 PIP THRU TRU.55ES 7 (7$ TAKEOFi'l TRANSITION TO 46x4 (TYP) ti lr Gx OuCr N SOFFIT ( SOFFIT HEIGHT 7'A) cDpiR . pitopv IJP hJ e..4440t ekJ 41F- 44 x 44. 460-, 44)014 80Q 44)04 w 500 f4x 4 (L) jT VOL . DPRe. ou 00 11-'4 led. T1 ■ F:71::711 1/./(11. *oe) ; ,t4Nkt4r7-1 04 1 • 44Alla (1.0) s.0947m 1.19' 11' x 48 Low equie,,L,,c 40c4ia. 1/4x 'Go F-to.. r7JC7 (-) gsvA 04)(PRA DCYT 10:14VieWprt;01# ot.1-41 a.)1,a>c la - - • -I - - - , 4x1&DW TO 0151-IWA!)HER HOOD CLc. ,.449xt4- 4144 nkii HV -4G ,/ • FLOOR 6,1RILLe. 45'44 425 kJ/ F CTION I:7AM- (-1-0?) EQQX..1 IMILITA/U1 11.101 8102. B103 8104 8105 8106 B107 8108 B109 13110 8111 B112 D113 B114 8201 8202 LOBBY/COMKONS STUDENT STORE/TICKETS STORAGE STAIR STAFF MEN WOKEN STORAGE JANITOR FOOD SERVICE ALCOVE STORAGE ELEC BOILER ROOM PEDESTRIAN WALKWAY MECHANICAL ROOM mop, p14. 1Ni c.4-1Ase. 496 • • GENERAL NOTES: 1, SEE. ARCH. C, was] DE.T41.-5 FOR EXTERIOR LO VER LOCATIONS 4 SIZES, 2_. 5EE ARCH, RCP Dwane DETAILZ FOR DtFFuseR / GRILLE, LOCATIONS. 5- See KITCHEN 1,1,51 FOR CONNECTION DETAILS. 2.0s 20 GREASE f!.XH. UGT LIP TO Cog ea, 44 x42 (OR. A DUCT Oa LOW SUPPLY r 192 (f) x41.6 SOFFIT CrniRILLE., LENT-1 OF GRILLE. TO MATCH SOFFIT N — C-7 A . -0-E.4LOIAI PLATFORM ZOx 24 (L) ON PLATFORM OxZO R.A.1)P W/41..poPR. g4-x30 mx5tie Louvek T... CP" a.P.r. r x 30 Louvape Aavve pe2c2FE 0.12.1.-. 41-011 A F7: 241q, FLWE THU WALL. frt1 THINI5Le. 140,1ce. 4 Lopommarrw 7?- s4 8 OFMN DUCX SIR °SCREEN ADOVE CEILING. Gkoz5 P/C 1N Goe, 5 THRU DUCT-- Vox $:1 &Av. Nur 'VA. 91- • NJc ksk*Not 141 4,414,r1 ACTIVITES WING COMMONS- HVAC SCALE: WV- uNtr5 ON NR•Cfry PLATFORM t PLATFORM /1,--,. 101..ao AFc !. LI 5EE F"ARTIA PLAN ON M3.03 FOR DOILER Ra.'11 Ff:ZON ..„ '-'110TE If the microfilmed document is leas clear than this • Y.''. 4?%.• fill I 11111111 !flip TIT/01111 !Milt .1 I .1 0 lams RICH 2 3 ,1177111fta KEYNOTES : 20x12, CONNECTiON TO HOOD - Z810 CFM. I4x le CONNECTION TO MOOD - 1400 CFM. 24,2O MAKEUP DUCT TO 3/4" ("WAIN VA LVff HO4e THReAD END/ . MIN 4' AFF, r // ' ,,•, •-•-• •••• .t, t• S. • •,,‘•••%• 4 • 5 6 7 9 t 10 11 umemaiRmAKY 12 notice, it is due to the quality of the original document. oc 6Z 8C LZ 9e Se to CZ Ze te OL,P 61 91 a 91 St VI. £1 et 11 01, 6 9 tiNI*40 lilidnd I 111.1h1 . • , • .• • • UPPER FLOOR COMMONS PARTIAL PLAN HVAC SCALE: 1/8" CITY OF TUKWILA APPROVED JUL :s -1990 BUIL ‘.; l • • > ' 1 • K CGT. t 191.011A5F IR.GGT. 611 ASS' --- 0 CGT. "@ ir4yik Pitoe b. i$, riff- vPrl at,l Ase•c) 24 ICJ CA-2 i 1 5MIs -.3 \ § e 5Hee\ 1r, e6.11\ or V PsU%J u O i TO U Lim► -4T5 \\ 5EE FIXTURE 5CML ULE • \ ` THI5 SHEET FOR AUDITORIUM F1XTU -RE3 \\ W 1714 DESICIjjAIION . rp►kJE4 .0 4 GtO' ePIJTAFCiCS5O» . 2 S �teT T RIP.- � 5 r . ,,.4, ,.• _e.IC ,! ' --, ^� ,\ (5-5 J(�.!.�% ),�'s c ,:-_,5-:;,061.. \ i • O"/ S F �V RE RD RC RA $ $ $ • Li/ wrntlI raw tiot01IJT SWITcH 1340g 0� 12A1LIiJq O t.GT ASF _A/1" \\\ 8194 8195 5196 8197 B204 8205. 8206 B207 8207A 3248 AUDITORIUM VESTIBULE STAGE ELEC /STORAGE MECH. ROOM MECH. ROOM MECH. ROOM CONTROL HALL SOUND 00 1.10T MOUsJT AIJy ELEC. OIJ G�RIO. (TYI° ALL CiRATI U �• EJOT SURFACE Mo kit ELECT. OIJ TI-I15 Mot lkJT SWITCH 150X 48" frit5ove LOADIIJ nom. -4) B--5 00 IJOT SLJRFAce P°30LJ1.JT AIJ"r' ELECT. Oh!' THIS FOR FULL IACIPHT, STAGE GRID LEVEL. PLAN SCALE 8111 9t V - 1 LIGHT FIXTURE SCHEDULE FOR AUDITORIUM Wall bracket, adjustable swivel, cylinder 5" diameter. Swivelier 31732. (1) 65W R30 lamp. .. Porcelain socket, keyless, with wire guard. (1) 100W A- 21 lamp, Standard dome reflector, 12" diameter: rigid mounting. Benjamin 5641. (1) 100W A--21 lamp. Mount up 71 --0 ". Floodlight, wide beam, Appleton G500 -5 with wire guard. (1) 500W T -3 CL lamp. Surface mount to exppsed j -box, aim down at stage 45°' Make -up lights. Wire:nold G -3000, with G- 3026EE sign receptacle cover, medium base 'incandescent porcelain lamphalder, open -end wire guard, G-3043GE receptacle and cover, single pole switch with red pilot handle, G- •3046CE switch cover and all other necessary hardware. 406x' A -19 lamps as shown. Angled dome reflector, 8" diameter, rigid mounting. Benjamin 5541. (1) 100W ,-21 lamp. Mount out from wall 18" to centerline of lamp. Steplight, recessed, hinged panel. Prescolite AL -1. (1) 25W A -19 lamp. When shown with duplex receptacle, provide Prescolite AL -5. Receptacles wired independently from Damp. 73-8 Wall bracket down light. Prescolite 9319 less baffle. -oIp F \\ \ vrkot , OlM 1e t4 ACTIVITIES WING THEATRE AREA UPPER FLOOR PLAN - LIGHTING SCALE: 1/8" = r- O" -- t,8,Jr +1 tom- .1K. :1U .CRTA)L. R j UP 4811 I' lIi�11iPl1,1ll�lHIP. t6 THl INCH 1 7 3 High bay industrial H.I.D. H i -Tek TG 250M ALW. (1) MXR 250 /C /BU lamp. See details for mounting. Economy industrial fixture. Lithonia Ld2407120- ES -WG7. (2) 34W lamps. Surface ;mounted strip. Lithonia C 140 120 ES. (1) 34W lamp.. Parabolic, curface or pendant mount. Lithonia PM 3X 240 8 120 ES. (2) 34W lamps. Parabolic, recessed in gypsum board ceiling. Dithonia - PM 3 GB 240 8 120 Es. (2) 34W lamps. LLD d 3: LaAMMO LiJ CK 13. Lami Z � W � OG xitra 0 0 0 U N 0 z. cf 0 0 0 v9 • s �?5. �:.'.J.., ,fir •t .n,.?.. �� ;.2�ri ,.z- �.. i ...I 1111111 ; I111 X111 111111I111111111111111111i111i1 9 1 10 11 IN�a� 12 40 t ww O I11�In11 1�lillni lit; 11i1111111111111111In1olmIntdr, InilhOnninii* 4 11111 11511.1 11111 11111 1 1111111111111 (111111111 11 Note: if the microfilmed document is less clear than this notice, it in due to the quality of the original document. Oc 6E se LIE 9E SO to ' £E Ee tE 03 6t 91 GIt 91 St +,1 Et Et 11 OL 1111111 llilillli iflll! 1I1ll llilf� ±ilkl�l�llilllfllillilll,�ll)' i dtl��lii111 111111 ,1.li1110jl�l�llnillllllll1li1l lllii.111J 1 11iI111lliinln llflllll{11 1111111! 111 11 I!nllll 11 I I � lI � ... I ! I !s I Iill 11 :'_. (c.t41 'J 17 Ti) r hi.tr 1•rte`( J t411•4Jt (N1 011'12.i0'0p- 2441 ceNi c.TIe1■I To r, r c. ,. MEMA 3R 30A, 2P -- AC -lo 1. I4, \' r1_ 1¢ ME.NA 3R GOA, 2P -- 3/4 "c, 248 1.40:1a +10 =1' IID 1 w.w•1 ' ft (n t A=4 ?92.1 2131 -I .'r-;0 :201-al 48:1 -31 , i 2 1 -24, i . 1-321. z&t br. off' -'IYP l.P.ly. 4,4 EF -13 ' 1w 4-4V' 4 2 J -ZA6' ,* I, ,e,ovr. 14 I +421 +4.2" 2A2-19,16,17 4„ rr F)124! , 13 te)I-31,3,535 zeIMO +42'r I 8132.14,140,15 201-7 �4w Ar btbe 2.39X3 r rr 2p2" 1,3,E . 251-2..5 +42" 442 a4 , - -2 + 42"\ 2142-a2,54,a 28 =ail Mf NAMS Room # A101 ENTRY LOBBY I A135 A102 STAIR A136 A103 HALL A137 A1O4 ALCOVE A138 A105 BUSINESS /OFFICE PRACTICE A139 M06 VESTIBULE A140 A107 STORAGE• A141 A108 ELEV. MACH. ROOM A142 A109 OFFICE A143 A110 BUSINESS/ACCOUNTING A144 A111 CORRIDOR A145 A112 MATH A146 A113 MATH A147 A114 MATH A148 A115 CORRIDOR A149 A116 MATH OFFICE A15) A117 COMPUTER LAB A151 1'118 ALCOVE A152 A119 r.1 11, A153 A120 thloNfitt4ev A154 .A121 CORRIDOR A155 A122 AMAZE A156 A123 CHEMISTRY /PHYSICS A157 A124 ' OFFICE A158 A125 ALCOVE A159 A126 GENERAL EARTH SCIENCE A160 A127 OFFICE A161 A128 ALCOVE A162 A129 BIOLOGY A163 A130 FIRE SPRINKLER A164 A131 STAIR A165 A132 HANUF /PRODUCTION A166 A133 FINISHING A167 A134 STCRAGE A168 eisA Vi -47- _ i /2A�A -33 1 I C)C) PAIJEL 4A;r ��oA,3P 0v.. y �` 1 ...• A !eGG.O *{ zA3.4.1 28, 34 --2.42 -'26,27201 121 9 Tr- 0' 2A2- 37,3ci,+4 :). *01 10. I /tip c. • I Di HR. ; • 1"11-1 -1 Lr O . 1'�"zo il.n... u ,, Net, .14. \ -11:4 N1 +42', a8 e /-CPI -7,41, 11,13,143,21,2S,V 114IL1II1;1 ■ E �i■ ■lt■■ 111 r _ 2_A - 7,g;I1 • etir I i ( 1 3 C,O.L. + ° +cica; r DRYER ROOT( NAME INSTRUCTIONAL AREA POWER/TRANSPORTATION OFFICE COMMUNICATIONS CENTER PROCESSING LIGHT TRAP STORAGE PRINT DARK ROOM STAIR CORRIDOR SECRETARY CAREERS CONF. CQUNSELINC COUNSELING RESOURCE ROOM SUPPORT HALL SECRETARY PHONE STORAGE WORKROOM FIRE STORAGE CLOST T HEALTH HEALTH TOILET WOMEN MEN I.S.S. ASSISTANT PRINCIPAL OFFICE PRINCIPAL WAITING PLAN ad07►' PROVIDE DISC. SWITCH & POWER FOR FUTURE HYDRAULIC LIFT. CONNECT FOR ELEVATOR RECALL. PROVIDE CONNECTOR FOR FUTURE SUMP PUMP IN ELEVATOR PIT. MOUNT •IR44d1T i i ., IMMEDIATELY ADJACENT TO DOOR .f' O/IM C.04100 AP401FIL (701014 'VAX To WePr opreetrogrp 4 e/14.4.r. polo ogr.dor 511.0440L. 1 aqa.. PROVIDE SWITCH & CONNECT TO SOLENOID VALVE FURNISHED BY M.C. PROVIDE NAMEPLATE "EMERGENCY GAS SHUTOFF VALVE” IN 1 /2" HIGH RED LETTERS ON WHITE BACKGROUND. PROVIDE 2 412 CONDUCTORS IN FLEXIDLE METAL RACEWAY FOR CONNECTION TO RECEPTACLES IN CASEWORK. SEE DETAIL ON SHEET E8.03 FOR CONNECTION OF EMERGENCY SHUTDOWN CONTROL STATIONS. PROVIDE TELEPHONE LINE TO ELEVATOR AND DIAL TELEPHONE IN ELEVATOR MACHINE ROOM. SYSTEM SHALL FUNCTION AS FOLLOWS: ELEVATOR SUPPLIER IS PROVIDING A NON —DIAL PHONE AND DIALER WITH ELEVATOR. WHEN RECEIVER IN ELEVATOR IS REMOVED, A CALL SHALL AUTOMATICALLY BE PLACED TO A 24 HOUR MONITORING SERVICE. PHONE IN ELEVATOR MACHINE ROOM SHALL HAVE THE CAPABILITY TO PLACE A CALL TO THE PHONE IN THE ELEVATOR. COORDINATE WIRING AND EQUIPMENT REQUIREMENTS WITH THE ELEVATOR SUPPLIER. LOCATE PIT LIGHTS AND RECEPTACLES AS RECOMMENDED BY ELEVATOR CONTRACTOR. PROVIDE HEAT DETECTORS IN ELEVATOR MACHINE ROOM AND ELEVATOR SHAFT. VERIFY REQUIREMENTS WITH DEPT. OF LABOR AND INDUSTRIES CHIEF ELEVATOR INSPECTOR. INTERLOCK SHUNT TRIP BREAKER SUPPLYING ELEVATOR POWER WITH THESE DETECTORS. 5e TYPICAL DETAIL- ON SWEET E8.43 FOR DRCP CORDS. +4Z" 2A3-35 C P LOL®u 4' G O ut L•e O Cam' `v 2E QM J 3/4.4 e 'R i 444 P >100 e 41 et.lo c - it f bovt tejLu c, 4 Z 5' PL T1P1 Or•l.- rY._ -, rNATA f I 0 - I rr n —:5 1NYP, 01 vo _ 1 ___ �I , I ri7.1. G 3-... 41 s 04 e.13 Lillis( 1 +42 r +42 r' ACADEMIC WING MAIN FLOOR P SCALE: 1/81'..1'-O" AN POWER AND OYSTEMS a Y 1 rrsawre.we.aar `I(III(Billitypi��.I liiiI1 (i!I(i�il(I�1(11111j1(1I1(I., (IL1. I�f11 ,I.� ( 0 .""m. I1 2 3 !I. NOTE: If the notice, it is � 111 II'TII 11fI _11►�11� II1J1l111�111�I jI {(iI`1 11 (�rjlr aicrofilted document is lees clear than this due to the quality of the original document. (19111 ti11 1j1trrIiII11� ii-r I 11- iiiI�I (111 10 I 11 womowm 12 oc Gc 9C LZ 9Z Sz 7Z CZ ZZ lz OZ 61 Ll 91 SI bl El Zl ll OL ,^ • „. .: . :; ` .. •: . _ - 6 qr9 Y.. 4, � � - ... .•, � E .. wwII!I}Il!It I IIIII!' I I�! "1 1 ( IIIIIIll' l }l!II 111111111 �! ! 11111 1111. i ll1 !IIII!I ! IIj l 1 I! 1! 1111l111U1 111!illiil!I!11II11! ` Ilil I 1 J!I1!!!j III.IIIn,1! !}!f 11 Ill1 l III.1 iIJj11111 ��IIl Ll1, 11111111lllllilll iliil II,IIIi1. 111IIIIIIIIII ,I !1 • ••■•••••■■•••■ TJO 5/4"C,O, p\PIcSANIAY Fac)M AC)-1 101.0opt, OUI'LaT To GA6LB •,-FVN%f /4%gbove osiLikiei 114 MAW K•oon CoPtissloolN, e4Cr*-ir) CONOUT Ai5o\ c11.16 0-4 lootsi■ (rYPIC.R.L.,) 13l>ft-9\Ar) *14' rt-1006•90 w.f.:004v M.44c, ei,rrigo L-fdi-lesiP4 or Ntolzik * e0,1° i4.11-4-07 oP' 110NA 4441 teopac: tfrev00 tbe Pre• [1:::›cot.irleaar r-og. eaLe%1A-raz. GALL.. [3>P1ZOVIDe CO4r-leCTior-i To PN-JeL. 2,C6 FOR ro1fr,s5Tel. 51-1k.)ToPF., a--->rgovioe 3/4dcotsbOil FROM abscORITy 6y6Teril TUR1J5r1Le TO er(PAS5 SWITCH Locil-TEP AT 1.4,G,GIROULATIOW coOu'rep.. PRo,ylosoLriuT tox,I*Luek MTD,ATIVIAFF,FoR POURe C.01-11JECTION1 TO I6C0K SROURITY 6V5TEM. pRome '3/4"casiDurt F-F1/42tA pidrrLeT i5o$ T yPAS46 i51.#.110TCH QJ GIP441,JLA1101-1 4:•01.A.rr5.K. I. ritoVift. (Mg-r,retiLA7 r•it 4.40 ottilat4 (-)44.0‹z , 001# 1e4usihivr :,. 2,24. C.P.A.Ir l At-ro Aoor1/4101 a Zpf+ ..0wAsr vi/a4c, 4044rr 04/1144-109 eoro titsiowrrc+4 09 ritovim tAphiere.o- 411. kv64 PA4te f-Ae- 1140, 4,4er.1 wt-itorts4 %to . rteismov *4- #. 1 pViA.," towiwiLirmr-ocrlor-119 oult-epe.z v11# fe.#.6tAt, ,Aty 4 teoifrpr 14fq Jat-iorlor4 0.04 relaikiW oftkiro cod....IP.Ico. 040 plo44 Lo(dgriori -t- 'Re" 13 PL ri . 2 4132.-15 f9A0■S1-112C3' 2c#19- 4,4,4; +0,14:1 ZcI-1411(47,18 9 zce-7,9,11 2-19 • 06,13' 2C2- 20, 212,•* 2c3- 13 vv, Vol -1,4,1)0 2C2•26 30 2a1-2.6),263o A201 A202 A203 A204 A205 A206 A207 •A208 L209 A210 A211 A212 A213 A214 A215 A216 A217 A218 A219 A220 A221 A222 A223 A224 A225 A226 A227 A228 A229 A230 A231 A232 A233 A234 A235 A236 A237 A238 A239 A240 A241 A242 A243 A244 A245 A246 A247 A248 A249 LOBBY CLOSET LANGUAGE /airs STORAGE CORRIDOR LANGUAGE ARTS BOOK STORAGE LANGUAGE ARTS LANGUAGE ART OFFICE CORRI DOR LANGUAGE ARTS COMPUTER LAB JAN/ELEC ALCOVE tolONT.N.1 CORRIDOR CORRIDOR ENGLISH 2ND LANGUAGE SOCIAL, STUD/ES SOCIAL STUDIES sus. OFFICE CORRIDOR SOCIAL STUDIES SOCIAL STUDIES STORAGE , HOME AND FAMILY KITCHEN STORAGE STORAGE KITCHEN KITCHEN H & F OFFICE ALCOVE F L . OFFICE FOREIGN LANGUAGE FOREIGN LANGUAGE HALL A. V . LIBRARY OFFICE WORK ROOM TM LET ALOVE STUDIO ROOM VIDEO INFO CONFERENCE CONFERENCE EP-25 ?C2.16 2c1-7,9,11 icii21;:b 4C-4 • , • 2G1- 8,10,1z ACADEMIC_ WING UPPER FLOOR PLAN - POWER AND SYSTEMS .44 4 • " - 11111111111111111111111111111111P11111/11{11111.11111111 0 14 THS INCH 2 3 • rill r1 i• 111111'11111111111111111111 1111110 H11111111 pill 4 5 6 .... 8 .._._.......... .._.... NOTE: ifihe iiCrOillateCiiiocniaent is less clear than t'his notice, it is due to the quality of the cxiginal document. OE 6Z 8C LZ 9Z 9Z sia CZ ze te OZ et RI Li- 9L St at Ct Z1 LI. cn • • • , „ • • . . 1. • 1111111111111111111111111111111111111111111111 11 liANNNRM" 12 6 10 0 9 s C Z voi IOU ,1111 11111411.11111111iIiIIIIIIH1111111111111111filliin16111111 • • . • 4 • - • \O ♦ ROOM NO. r'COM NA2ALLt' 8101 LOBBY /COMMONS . B102 STUDENT SORE /TICKETS B103 STORAGE B104 STAIR B105 STAFF B106 XEN B107 WOMEN B108 STORAGE B109 JANITOR B110 FOOD SERVICE 8111 ALCOVE 8112 STORAGE B113 ELECTRICAL 8114 BOILER ROOM 8191 VESTIBULE B201 PEDESTRIAN WALKWAY 3202 MECHANICAL ROOM 0 0 4. tote • o, err ,fr,f;'/ "e C9Alir17 44.5T P./1 As1rlr!P%Me . 5f: 5i EE.T E2.N --_. FOR CONTINUA r 10N ,,, 11,,I (,., 1.1, 1141, 422 49.. I k 1 CA 4D2 -lei 510! .r ZZ 7__ IJI..lF.GT TO 20L.L. 000R6 r 'Z9-14,11,14 / \3 3oa, 1 5.2 3 POLE 20A t/O 1-1),1 4 y 1VA t# 4 o�• \J -Niv r4� I M44.1-1114e, A 1 ENCLOSURE MT. NW. C1.2i . 17 --- 3OA, 5r 40'2-14. [MI C I I -i L J L rivie> -- ruk.4 Tq1s. ocia ,G. wp wMINSMIM �n1/I,�, s< - t4 WP• 600 &2 L0 �+• 8.01 #10 $,.25 rliza ALARu\ 5Y57 ,A CRAP 4IG AJNUNG',4 Q , SEE SHEET E202 1n1V -35 AeOv ' r •••t 401- wt' UPPER FLOOR PLAN . POWER AND SYSTEMS' 401-20 I l�v- �V 'Hq .. } 4•D-I9 - L- f ACTIVITI S WING LOBBY AREA MAIN FL ri ) —SEE S H F E T E e3. t to FOk IILM)ITk1NAL 1•,<f '1, D15T�1 0157R45 ,. MAil} PUL PLAN °° POWER AND //PANEL. 20•-- PANEL 40 ELECTRICAL ROOM PLAN Ga Too X}°1142% .FLOOR MID (KITcHaH P4+1 •' 4001A`3P FUSED DISCONNECT MAR Tfo (SECONDARY) '�--T 2 FLOOR KID X FAR C PANEL 2tn 1 SCALE: 1! 4 " =1• - r..' #a.^.<.'t•�11i.:'.tie 1rr,.',Y:- :i:.�i7b2::iwr. ,.:r.tis::''1''s,:..t -.,.. .:.. �III�IIIii�i�Ili�IIl�IIi�Iii�lli�lli�lllll !I +Ili11- ���11�11�1�1' r Ili I 111 1 1 (( 11111111 1 ? 0 /STNS INCH �1 1 11 -III 1I1 milli I.. IIi4 3 4 5 _�.. ,... 6 _. ...._� 8 ` NOTE: I£ the microfilmed document is less clear than thls notice, it is due to the quality of the vriginal document. 1 r • If iriVt1111111Ii, 1111111 (111(111111111i111111II111I 9 s 10 11 WE WoERI 12 06 6Z OZ LZ 9Z 9Z hZ CZ ZZ tZ 0? Gil el I' LJ 9l Sl b� El Zl It 01. 6 s L 9 9 h e 7, t Wn 0 11I�I11 11111Ei! 1111111111111! IiiilllIIIIIIiIiI!!11 11 T 161111([1 i±!JI 11L! ILl. I! IIII11d1! i11 11! Ii111I !!11�1111Ii!16[sJ!lluhtIi iii 1!IilIl11!�IIiIIIIIi1 i! J) ill1111111! IIli1IIIIIII11 !111!II!!!ilil!III!!!, II ! t it ' !I i II I o !! 1 Ijl� IIJ �„IIIlIIIEIiil1!111�1111111I JIIII1111111111 w++Mi.fYnk4w ► ^7s«n � ;*t�c.i7i1 1 1 4• 5 .EE SHEET EZ. X FOR CONTINUATIoN -rc r i�lA 4aitakmoito ev G" lr:4s � fi !o r 'f 1 Jr A 1 41611 T I ITT +dl' o LIGIMTI►4I, r.P.6.P- 1 Gl.c -it 4•.VNI' r oL4c 1 N LOGO -E` r? ei:NGt,z'co0 . 2E2 2E1- 5OUNP SYSTEM AMPLFIER EMI Chi`I: ►_ r- TY 'I1CAL 1 - r1 ; 1 1 L1 0 30A,3F- BI I (o ral�.ii i , 01,1CACT WALL 2E2-13 1 0 01 NOTE: ALL C WDUti BELOW 241' AFF MUS BE CONCEALED. 7 '2E2- 8,10,12 0 8143 RI >.• . 1JRR /Il *r O O I I3I4 I BI38 1 1 1 I I'Iv 3`I YFMR T3 FLOOR PA-TD . ACTIVITIES WING GYMNASIUM AREA MAIN FLOOR PLAN — POWER AND SYSTEMS SCALE: 118 "= 1'--0" • to 4E -37 POWER PLAN — LOCKER ROOM PLATFORM • rompaprzumi- SCALE: 1/8"--4-0" r AMiVAL STATI Ire, J• 1#L1 iw+al� 0� 100 / aItGkil . PROVIDE CONNECTION to CANT OL NATION IN ROOM Bii7 AND AMPLIFIER IN ROOM SI18. PROVIDE SWITCH AND CONNECT TO. In WITH 2 % 10 CONDUCTORS TO SIGN- LIGHT OUTSIDE OF BUILDING. SEE SITE PLAN SHEET EI.1 FOR LOCATION. PROVIDE CONNECTION FOR FUTURE DIVIDER PARTITION. PROVIDE $ * t2 AWG IN 1 /2" CONDUIT TO CnNTROL STATION IN ROOM RII7. GraJi VIT 4 Tv ''I iT2.-e'... L.044Ac it t ko. ROMA 8115 B116 8117 B118 B119 8120 8121 38122 8123 B124 8125 8126 8127 8128 8129 8130 8131 8132 B133 8134 8135 8136 B137 B138 B139 8140 9141 8142 8143 B144 B145 8146 8147 B148 8149• u[nw xAttS CORRIDOR MAIN GYM ALCOVE GYM S,TORAGL VESTIBULE BOYS P.E. TOILET SHOWER P.R. OFFICE COACHES OFFICE TOILET BOYS TEAM STORAGE DRY STORAGE VESTIBULE LAUNDRY Toner VESTIBULE TRAINING EIGHTS VESTIBULE GIRLS TSAM TOILET VESTIBULE . OFF...SEA.SON STORAGE STORAGE GYM STORAGE COACHES OFFICE TOIL P. E. OFFICE GIRL$ P.Ea, SHOWERS TOILET VESTIBULE ALCOVE 8203 MECR. 3R00M 0 0 ct La ro La 0 x v to 0 ag g` • • • x Y .: IIIII111IIIIIIIIIIIIIIIII1iIIIIIIIJ ,IIIIIIIIIII1IIIIIIIIIIlII rl1 11 1 ►Irk IIJIillrirliIIt1lrJt 1 II j1 ii`1I1j`1?IIIJII 1 ill mot 0 1e1""IN H 1 2 3 4 5 6 NOTE: If the microfilmed document is less cloar than this notice, it is due to the quality of the original document. 1I111i.II.J ill 111111ll !�!I!I!Ill!I!I1;!�Illl11111111 9 ; 10 11 *1K 112 0€ 62 se cz 9z G4 biz as L7, OZ 61 91 Gl 91 sI iL CI 2l a OL 6 a L ,9G ', e Z 1 owl 0 �l 111. 4I6II !!I!hdigilil!IIfi!Iklhu t!II!�Ii!1r!,J!_! Ill! JII{j1';!;I;lll��!!Ill 0! III! Ili! !! IIIII�liJ1! �Ii11 .b!il�lndliIIII!I!�!I!IIIIII! I! li►!!I�IIII111!I�!1!!il!II�IIII ' II I II I 'I i' O i,, i I (� IIIII, ! !IIIIIt!!IlJlll)�111 II!, �, III! II�IL��,!, I�! i! Ilii!I�!Illlil!i�i!IL,lI!ill!d • 1.: 2 .s wp 1 8154 8155 8156 B157 B158 8159 8160 8161 8162 8163 13164 13165 8166 8167 B168 B169 8170 8171 8172 8173 B174 8175 8176 8177 8178 B179 8180. 8183 8184 8185 8186 8187 B188 B189 8190 B191 8192 10193 1109$ . TICKETS ART STORAGE OFFICE STORAGE DRYING JAN /STORAGE CORRIDOR CHORAL MUSIC PRACTICE OFFICE PRACTICE INSTRUMENTAL MUSIC LIBRARY OFFICE KILN FIRE SPRINKLER INSTRUMENTAL STAGE STORAGE MAKE -UP CLOSET GIRLS MRESSYNG GIRLS TOILET STAIR BOYS DRESSING BOYS TOILET CLOSET LAVATORY WOMEN MEN ATHL, SECRETARY ATHLETIC DIRECTOR ASB OFFICE LIGHT TRAP VESTI BULE VESTIBULE STAIR STORAGE 2 CD CC U'a •11. < xL z0 ` 0 < 'Q 0 cr 1 LLB z n a..; : 2 teki SO,VICC -0)4\5 PDX LL. 0 Z 0. L., mama, ta,:t LAJ Lei DB -138, 139 1+o r A 0).'„),j4 ∎1t ""1 ri iji th4R, \ is .\�( •N‘■ :t, \,' \-1\6°' 4CfetOillb et 25 \f� \,.., ,,,,, 0 � ,. C.A. \v DB :475 ja. ,� © t �-14 `fi 5IA,N0 -2O 2 5.27 \ �11;.G aB-"129° ,f25,1240 DB -153 156,151 4 J _ B172 2 a� -152, J 15rj', 158 DB -137, ! 3,132 ' 4Gro M B It 7 � Y 0 .47 \� NEXT T© TICKET NIMC0ki 2\ 44C' cld. M :‘1r7 � ;� k\O ' I ,e; -ow •'°r ►449 A ACTIVITIES WING THEATRE AREA MAIN FLOOR PLAN POWER AND SYSTEM 2.2�' A Q L SCALE: 1 /8'i1'_0 A4 • •n 1111!11'11 CIIi1fiIIl, 111111 illlllllllllllllilililllil ,ltll�i i1"i i1 ill .I. itiiI 11.111i(i'i111 Ir'iItlili r(iIi III •I'II � I ii tilr� 0 10 THS Ifh�M 1 2 3 4 5 7 P NOTE: If the Microfilmed docuatont is less clear than thls notice, it is due to the quality of the i rifiinal docuaient- OC 6Z 8c a 9Z GZ 473 CZ ZT lz OZ 61 8l LI 91 SI ht t i ZI tl p(, 6 8 1 I ! j { j �illlillllllll! Ililllftlfllllllllllill(( I( IIIlilflillll�l111�1Ii�INill;fi 1111, 1;4 111 11[ 1dnllllfilliiil1114fllilllllilli lialiflll1 11 lIIIIIIIIIIIIIIIIIiliiiillllllllllll illlll,fl III I jj I i ,..,:...� ...,.. 1 ill III L�lII(�IIIIf1111I111.1ill.Illi IMMO i- f'IlIIIII�Ii� 1111111111 i:,= 9 i 10 11 umemo(RmNiv 12 9 s ', c Z l yin 0 llljlmillililalIIIIII' fl 'llllll(IIIiiIIilm161I11iillli 1.111 yh .r'r Gown rTi *J 11 One of the mic jacks on Grid line 815. should be an auxiliary input jack. J. ^Y/. .. ..,:..I.:.raru•.i�.. /M+'r'wY'+. •? YI "ti.M�+.!YIW'.?nhPM!vl *406444/iOtiotiotottwovra, Jr- -.K.+ r Note: All conduit and electrical equipment located on or around the catwalks shall be installed in a manner which allows people to pass without hitting or bumping into said equipment. Where the building height permits, all oonduit,, boxes, clamps and other equipment shall be at least 6' -6" above the catwalk floor; or be installed to the outside of the guardrails. Any equipment that is installed which, in the opinion of the Architect, presents a possible hazard or injury to people shall be relocated in an approved location. If doubt should exist as to location, the Contractor shall review installation methods prior to rough-in. WITH THi. ANNITecT, • 818 B194 B195 B196 7+197 B204 8205 £206 B207 B207A B202 O 33 D8 -115j, 11(0,117 BOX NAME AUDITORIUM VESTIBULE STAGE ELEC /STORAGE MECH. ROOM MECH. ROOM MECH. ROOM CONTROL HALL SOUND ROOF UFrc.t. MOLj ijILj HA12014ft . DB -11Z, 113,114 t \\\ pB -173, l9, 3 --I }•l 3,1-3142.- D5 -15'5 \. Z7, A3 IkJOICAeT.5 TH,a►T. Dth1EA1 5101b.1 MUST �E COOI?O1PJATED WITH 5TACa . SYSTEM. L' - Oki te.15 ofriSew!oa \11 oilkilyai H51 11 •ON'rP > M ,a+ D OUiJD eooTH ■ \ \\ DS-99 \ \j1 a©, f01 '1 2 I "X 2./(e "A 10 '44OFJ GI \ BURFAC=. METAL.. \RACE 'i" I'%Z "G\O.'T'0 PANI L. .LCIr DB -5A, 8, ¶i;.1.32 A OB- 15()B., 1515, -� I84AJ'45q- \pIr33 -SA •41&,7 \ \ , B- IA,2A,lo Ac\\ \ \ \ :1t ABOVE N I tzty m1 OpENIkicm, LAAT -ro 5OLJ J® OUTLET �= \ ACTIVITIES WING THEATRE AREA JJf'ER FLOOftELAN__PQWER AND SYSTEMS SCALE: 1/8"= 1' -0" 0 • I1111111111111111111111 111111111111111111111111111111111111p F11 Iii 1111111 11 1 1Ili► 11JI III�I ,III 1111i11'I i Ii it l iii i 3 4 5 8 NOTE: if -the'ioicrofilmed document is less clear than this notice, it is due to the quality of the original document. 1)1.iI. II 111111111111111111111111 111111111101 9 # 10 11"1 12 I 4; 9 s h CZ L WW 0 Illll�,lli IIIIIIiil,,lli�i!;filll►1!' `{ (I t I , , I 1 , II , , MI Y ', 1 „ � jj I ( I I' IffIIII�1,lflllll�llllil II�IaIllll.ulll,f Iljjj! I�1 llLidlll�ll !!I(Illlllil�lllllll!lllll!l11� IJIII�III lilllllll !illi!I11111111li1111 +i111� IIIIIIIIIIIIIIIIIIfIiIl�IIIIIlIIIIIIIIIii II111 II I I iil�ill i 'I'! I I I III' I 1, .._.,,_ ,lli J� f III, I fI�Illlii, llllfllilllllllllll,Il,.,Iliill al Ds- 345,35S,365, 43, 44- " AFF • 06 31p, 32A, 33A, 37, 38 +11-o" APF DIMMER. BANK "15f1 (Po 1 -) BZIO D8 .. 34A, 35A, 36A, 34, 4 ''O ",AI' F i I z J Zzt.. z OIL 0) < 0 s . 1 >-(r a; 0 Z (a) araN- 0 CL LLI ce SOUTH . CENTRAL SCHOOL DISTRICT NO 406 4 DATE APRIL 20 1990 cm. 0 Isx. Ci) _: Y- a. o tx I cc tt, 4MAN' X2.1 1 r o 320 WEST BAY DRIVE .f. ..:..... !.< r4; o' J' �s�+.• �% s+ �. iV.. ti: wawv. wWcLrC�M1�iwt :K+sa;`n'.�r�+^��C..YaN: u�,.w.n- x+•rs'W» 7: • • ,, 8198 ELIO larramosssurawarenummilmmink 0 � 8181 4■ 3161 vies 8170 THEATRE ADDITIVE ALTERNATE Nor,A-4- POWER AND SYSTEMS PLAN SCALE: 1/811=f-0" 40%1,49 eedrem 740011-11mell- • 1 8129 YJ/GUk■o 5 1 1 1 /VVCAux. o zae BEI51 w /Gufrmo -- c Neumo 1JoTC : !JO VAPOSEO f •olJoUIT 2(' PUFF. 410. 11 CoNot ux cotXTR01. PANEL. FOR LIC/1 -11"l Fri Sold J )) 3cORE ARD, E,Tc. 0 Ys icuaPo 0 1 B138 w /cumio • 2E2 - Z,4,(' • 19 GYMNASIUM AREA ADDITIVE ALTERNATE No, A-3- POWER AND SYSTEMS PLAN . ACTIVITIES WING THEATRE AREA ADDITIVE ALTERNATES - POWER AND SYSTEMS SCALE: 1/8-f-0" 1fPilai� ii7IIIIIIIIIIt' !► MLA 21.28 2129 8130 2134 2138 2139 8150 B151 8152 2153 8162 B181 8196 8198 INKMAANI DRY STORAGE VESTIBULE LAUNDRY WEIGHTS VESTIBULE OFF — SEASON STORAGE VESTIBULE AUXXLTARY GYM GYW STORAGE MAT STORAGE CORRIDOR STUDIO PERFORMANCE STAGE SIDE STAGE . Z z :x mol 2 << <(0 [c,w Cr g -�` LLB CO !LI 0- CO ~- act SIRCo • THEATRE ADDITIVE ALTERNATE No POWER AND SYSTEMS PLAN SCALE: 1/8 "- 1'--0" J rgiEl 513 THEATRE ADDITIVE ALTERNATE NA-" SCALE: 1/8"-1' 0" POWER AND SYSTEMS PLAN .f+..+4•wn«v +AS'!.y,�`tis�Yr ww:.,,.: '� , .,.;.: S.t 4::::::,,,:,...-....: I lil I lil I Iii I lil I I I I lil Ii1 I lil I lil il ll;i II I III I IilI !ifa rj I III II Intl i! 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Ke. i� ���„ L TIME CLOCK FREEZER COMPRESSOR POWER AND CONTROL --f WIRING OSe rte_ 120/10 RUN DRAIN UNE OUTSIDE (W FREE TO NEAREST FL. DRAIN. ZER l -' OU YI.ss_' T FOR O R AN UNE: HATER (BENEATH 'BL COIL) L DEFROST FACTORY INSTALLED SWITCH AND INCANDESCENT LIGHT. HEATED AIR VENT 002 HEATER WALK --- I.N FREEZER DETAIL HOT GAS DEFROST SYSTEM ELECTRICAL REQUIREMENTS 11/2HP 208/30 '120V -‹ 0N5t4Ak5,201c ONEMA I.201Z NEMA 5-308 Zar Zti I 1 1:2. ° D, L 24 1 Filrr, GIP %il- 41l4 olOr1 cerlorrtol/ pru,1�I. I:1, -lbw +1■10. '•std 4, c..T. 1 2 30A, Sp **It, 17/1 C+. 208/30. Ke. i� ���„ L TIME CLOCK FREEZER COMPRESSOR POWER AND CONTROL --f WIRING OSe rte_ 120/10 RUN DRAIN UNE OUTSIDE (W FREE TO NEAREST FL. DRAIN. ZER l -' OU YI.ss_' T FOR O R AN UNE: HATER (BENEATH 'BL COIL) L DEFROST FACTORY INSTALLED SWITCH AND INCANDESCENT LIGHT. HEATED AIR VENT 002 HEATER WALK --- I.N FREEZER DETAIL HOT GAS DEFROST SYSTEM ELECTRICAL REQUIREMENTS 11/2HP 208/30 '120V COMPRESSOR 1HP Mai a 120V �. BLOWER COIL THERMOS TAT & 1 OV 80 VAT TS DRAIN UNE HTR. 120V 80 RATT$ — HEATED AIR VENT UGHTS DOOR HM. • 120V HEATED AIR VENT 120V �"`■ KITCHEN PLAN SCALE: 1/4 "-1' **12. ,W.41‘ KZ -14 208/3i ✓ COOLER COMPRESSOR glee were; al so LOCATE IN COOLER AT 8L COIL 120/10 . RUN DRAIN UNE OUTSIDE OF COQLER TO NEAREST FL DRAIN. 6LOV/tR COIL DUPLEX CONN. OUTLET (BENEATH BL COIL) 0,7-FACTORY INSTALLED SNITCH UGHT . % AND INCANDESCENT LIGHT. HEATED AIR VENT DOOR HEATER , .� 1 WALK ---IN COOLER DETAIL ELECTRICAL REQUIREMENTS 11/2HP 208/30 '120V COMPRESSOR BLOWER COIL rT, 4ERUQ TAT ON 120V 120V DRAIN UNT—H7R. LIGHTS 80 VAT TS DOOR HIP. 120V HEATED AIR VENT J20V KITCHEN PLAN AND DETAILS - POWER AND SYSTEMS 4I- 14 vi — 124i OP/0• 1)/1 C. KI- 0,1!? writ! ;..z",5,-:..-",_ ... r r . :: J w-' .. 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CC I W. 2m1 1-z a DESCRIPTION - I I WALK- JNF'REOZER 2 1 WWALK °!ht C,LDOLLR C 2 wok TABES 4 CONVECTION OVENS 1 I HOT E I 1 i CnRIDDLE PLAT W /STAND 1 Z r 2 FRYE R5 W/ STAN D 13 1 VENTILATOR 1 4 3 HOT F'04 'i'+ LI N 1'T S 1 2 SALAD B,AF 19 1 DISPOSER 20 i ZI 22 1 . 27 Zet 1 Z cl I . 31 3 3Z 1 33 1 38 1 .3q 2 14Z i I OIS1rIWASHING/POTWASH".NG MACNtN(a RINSE BOOSTER DISHWASHER HOOD LITIL1� Y PLiMP REFRICERATOR WORK TAL3L+E CA5HIER STANDS REFRICAERATION SY5TEIN.M MIXER W /STAND COMB)- OVEN HOT CABINETS MILK COOLER FOOD FACILITIES ELECTRICAL SERVICES MANUFACTURER MODEL NO. 1 ' "' r w 1 COOL -TEC COOL • TLC 5/S FA I5 LAN +a 1..Aly GI 6AI�G� LAIN(., SELa VOLLRATN VOL► RATM IN- SINK- ERATOR STERO LEC1 P.O SPEED S /S __FAB WELLS 1- IQ•AR"f' .$ /S FAB VOLL RAT M ACL - F1LCO . WELBILT /VARIM1XE43 C�ROE■1 CRES -COR 13EvE.RA GE AIR 1. CONNECT DOOR HEATERS FURNISHED WITH WALK IN COOLER AND FREEZER. COORDINATE WITH KITCIHEN EQUIPMENT CONTRACTOR. 2. INSTALL SWITCH FURNISHED WITH DISPOSAL. FURNISHED WITH UNIT. 3. PROVIDE 3/4" INCH CONDUIT EQUIPMENT COMPRESSORS AND 4. PROVIDE HOOD LIGHT SWITCH WIRE SOLENOID BETWEEN REFRIGERATION WALK IN COOLER AND FREEZER. AND CONNECT HOOD LIGHTS. 5. PROVIDE 3/4" CONDUIT WITH 2 #14 CONDUCTORS FROM FIRE SUPPRESSION CONTROL CABINET TO SHUNT TRIP BREAKER IN PANEL K2. 6. INSTALL SWITCH FURNISHED WITH DISPOSAL CONNECT SOLENOID VALVE FURNISHED WITH UNIT. 7. PROVIDE CONNECTION FROM FIRE SUPPRESSION CONTROL CABINET TO FIRE ALARM SYSTEM ZONE #13. • 30 "X 84" .cco- s Zs. .36_5 -IA L648S /TSC C- -28L /TSC-30 ... HVX - WFM (2)360'30 0) 3(.040 (i)3o75 0!) 3602i . SS -2.00 SCT -44 CM -54 347017 MIN -PAK CC -2O -EF Si- 34N -W �.:: ♦: <:^ w.; 1. A,, ' ...< r. y` .a I i .1IliI1111111I111I11111II +III+IIIl11III III'Ii;1.. 9 1 10 11 ►.NOEANAHY , 2 0c 6E ee 6Z 9e 92 7z £z ze tz 0? 61 at Lt 91 91 pit £t it tt (?( �6 8 1 11 11 1 1II 11 1u . IU 611III11IJbI U 4 11 1 11IAI lll 11Ju HII III 11 I I 1 I i 9 s ' e z t w4 0 14111IIII1IIII111111141111 14!1111116111111611i1111 CL > 1/4 2 12o I 120 IZO 11.6 : 208 3 24.0 208 3 i2.0' 208_ Hre° 1 IZO I 120 1 208 3 2 10.0. Z©8 3 54.0i Z O8 I/3 120 12C? zl�d- 1/+ . ; 1 Z 0 ;208 21.0. 208 o a REMARKS _... _. (Z) DOuBt.E STACK UNlr5- 1NTEERWIRC DECKS IK FIELD X4...2 MOBILE STAND MOBILES STAND -VV-Pff.,"4tE SUPPRESS l0t4 (WRYER Fo4J ..___.._.__..___...._. MDAILE. MbeiLO._ REFRicAERAT'tD, FLAT TOO 3 3 20.0 66.o ExTR'4 I- II6I -1 H04Q FOR P6T WASMINE, 1'"000 CFM 2-SECTION MOBILE M0B1LE__ . MOEII L.E. <C Luz cirij WASHINGTON O O U 14i ,„, oc. (." oe LU La im-m 0 Elti gl 4,4 w- .H+M�awvw{ vbi6`J+L +r wtiw,«r,Y��►i�•:+1sry.4u.nu: .•.e n..- .....+�.�r..... • 3* 10.412 "C (t Itv 1 -.51 BOILER ROOM PLAN SCALE: 1f (--PA1.ICL 4 4F-31 r- RV- 44 EIr ! - 4V -I3- -PA 4E;_ e eon 3P 4,f- -Z MECHANICAL ROOM PLAN AND DETAILS SCALE: 1 /8'sf -0" 10 THIS INCH 11111j1 I I , 111 lil II,j illy riflll lil�� t 111 l 111111111 1 -1-1111111 4 5 6 7 • 8 • ' NOTEi if tho microfilmed document is leas cleat than this l notice, it is due to the quality of the original document. (HV -2O L E1IV -22 4G; -31 3Of• 3P 1 � � s<IV- (eLcw) 46.20 BOA- 3P 4G- 1 " ly I1f` III1III1II! 1III1IIIjIII1III1III1III1I1I1II 9 E 10 11 12 OE 6Z se LZ 9Z 5Z 17Z ' r!Z ZZ LZ OZ 61 It it 91 St 7I. Cl Zt It 01. 6 8 L , 9 I 1 II...I iI III II IIIIII!III�II!IIIIII IIIiI .III,lI,IIIIIIIIIIl.rJllll! III! I! IIi�lIUljj�ILIILULI�I ,�l.11lltlf�Ll.I 111.,11�1!IIIIl111111!I�I!IIl LIB, IiIIIIIIII. iIlIII11! IIiIJIIIIII, II�III !!I.!ll�lll!�!!!I�IIIIIII! III! III!Iill�,!III�!!li�{IIiIII,)!! �IIIII!!I� ' � Y� H� .y L• 5 c Z t rir IIIIIIl dmil IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII SCHOOL DISTRICT NO 408 SWITCHBOARD REQUIREMENTS 50,00o AX.C. BRACINCC . Z. • BARRIER BETWEEN SECTIONS . 3. U.L.. 5E13VICE ENTRANCE LABEL ON SEC.I 4. BUS CQfuIJECT'IONS SETWEEN SECTIONS 5. PROVIt sg NAMEPL.A'T" E5. SEE SP CI FIOAT I ON S FOR REQUIREI"1ENTa . INSTALL 514JTCHEOARo 3'' ABOVE FINISHED FLOOR 14/34 THICK . CONCRETE PAD . PROVIDE VOLT MEre,R AMMETER. E .C. To PROVIDE CURRE.LIT TRANsFoRmER AND KWH MCT'ER 144/PULSE •OUTPUT FOR CoNMECTION TO MECHANICAL CONTRACTORS E 4El Ci' M.A►NACIEN jT S'T'S'°1"E.iv 114.4.4.10 eaptioNc.e. 0/0111.4.116604(7 ref- tb /Arrik rTu1,64, n I MAC~( 5EFIvloe { IMATTLE CITY 1..16,17 SEATTLE CITY L.I61I -47' TRANSFORMER VAULT f 11ioV)P Q AKIO III '(`r4•LLE10 P1° OlT" r L IwNT IsloTt PNL 4A T4 T IOOW3P 1cOA/! r 100A/3P 1OOA /3P 100A/3P 400A /3P i i PIJL 4q T7 12OOq/3P oloorotipodi 1a� ter. FUSE 1000121 cXe !i 30A /Sr CGLL,E,caro Z 0' CIT( DTI ON5 -rr C.T. IIJCLUDE 2 5P11 -225A FUSII5L,C 5WITcHES MAXIMUM FAULT DUTY' .4T COLLECTOR BU 5 401000 AMPERES • 6.c. To PROVIDE TER MIIUA►'TIoN C�i= GOLJOUcTOR5 PER SCL. ST'ANOARDS ito00A (5o,000Alc,) PROvIC E CABLE LIMITERS 'G x ELECTRICAL SINGLE LINE DIAGRAM SCALE: NONE • ,DRY TYPE TRANSFORMER SCHEDULE #ti ADK� K V4 ; PRIMARY VOLTAGE II i T IOOW3P 1cOA/! r 100A/3P 1OOA /3P 100A/3P 400A /3P i i PIJL 4q T7 12OOq/3P oloorotipodi 1a� ter. FUSE 1000121 cXe !i 30A /Sr CGLL,E,caro Z 0' CIT( DTI ON5 -rr C.T. IIJCLUDE 2 5P11 -225A FUSII5L,C 5WITcHES MAXIMUM FAULT DUTY' .4T COLLECTOR BU 5 401000 AMPERES • 6.c. To PROVIDE TER MIIUA►'TIoN C�i= GOLJOUcTOR5 PER SCL. ST'ANOARDS ito00A (5o,000Alc,) PROvIC E CABLE LIMITERS 'G x ELECTRICAL SINGLE LINE DIAGRAM SCALE: NONE • ,DRY TYPE TRANSFORMER SCHEDULE #ti ADK� K V4 ; PRIMARY VOLTAGE ECONDAR VOLTAGE PRI. BKR. OR FUSE SEC. BKR. 'MOUNTING OR FUSE T1 15 l 480V, A 208-1)/120V ZOA 40A 1 G OA 1W A, 150A 2.00A _..__. - - -- - 50A IC14. Hi..ikC 1'2 30 i •' T3 45 ' __ .. T4 75 .75. 112.5 t ' 100/ 150A 1 • 225A .. _ ... __A 550A :'FLIP. M T D 400A FLre . m TD -- T6 150 1 T 7 300 _ - - 400e. 1000" FLT mro 4-0—Pt 100A CLC.,: Hi.IiJq _I'8 50 -fi_ V i . T9 _..1 T1o" T111 1 }j .____.r T12 T13 THE 5EGOi.JOAR. ' E.IELiTIZAL OF DRY- TPE TRA1.15FOI2M5125 31-1ALL e5c clootA..Jt .D PER. - ISOLATIOI J T12AW5FOIZMEIR. (SHIELDED) SEE DETAIL 5H7 E6.07 FEEDER SCHEDULE 0 • '�I 4 AVies• , i ieirnt.� 4 *4/0 A (40 ' [1 -01/' Asko, '2.' co] *A [4 * *190 M CoM , � Co] '3 *2Al#4 , 11/2 "C 3 *Z /0 AFDC!, uz C. 3tSAGJCl, •'4"G .4* l/Q A[4 2 "Co atko Aklel l 1 "G 5 x [44t4comcm,alq 2.x : *4 /oAw , 2f'cJ 3 #4 /0Awq 2110 :4 *5,1"G 1 :2 x f 4 4/o 4w6 , a" c ], • [02*40o 42., A [ A9 M G►-1, 214' C'] ;X, ootMGr1,314 O] 4.4**oa ric.M, , a t G 2 rt [*iM,J'cJ PAN 3/0 AI,s1 CU- OROUJD T°J AUTO ALF> ITCH r-- 3P,:O,A /"1 i _ -- 5 X C3U M 500 MC C,U 14250 MCM C a 3� _ - e PVC] I— 12 kki EMEk.Ga.Z ofE.SEL 4E I'A OR. 460/277V, 30, 44, 4, CoOHE i PRovIOI.O 8.? EI.!Ea.AToR MAI.JLJFACTLJRER. ovii 4.1 'f SINGLE LINE DIAGRAM - THEATRE DISTRIBUTIOhl. 'tom =rte I111111111111IIIIIILI111I1I1ItI11 111111IIIIIIIIIIIl111 0 is TMs ova* 1 2 3 Oc 6Z se GZ 9Z SZ 9Z ' £Z ZZ 11!!!11111 !fi111!!! 111111! 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VI 60.6 5,2_ 1,1 5,0 101,3 ; 1‘0,4- 304,5 { 642. 9,6 2(,7 1o.5 25.3 . 0.4- ta,9 50,3 *' 2.5 ..41.4 625.5 .0e0 7. 40.3 42.3 4171 20,1 41.2. 5, 4 31.5 34,q 15,5 4 18,1 + ,` t5, 9 L7.5 1.i 50,4e. 26Y 2 20,1 51.5 5,6 e • L 9 s */ £ z t W "O !II!�!111111111111tll►il►!l�, 1. I.! I!- IiIIIIl IIiiIiIl; tiliil!fllllilll1111i11►1It!111 55.9 151. 182.3 ., ' 151.5 182.5 16,0 ; 34.1 124,4- 155.6 : 4,4,q 122.7 14,8,o 5,6 7.� 1;0 2.O 10,1 too. - 121.1 22.1 2.7,5 22,5 27,1 DRY f,e1E1 P_ 7;4I. Imo(4i►1'sTE-1 1 a,w. 1otJe; l r` 00-r' ?PG,I ►J IL 2 'SYSTE.M olv-IPE.S2 S:J. ZONJE.7 Mtge , 1zoo C rx4wl 7 ) 7 1aMftle- 4nA • I tea~ ,1 f- 1.41.4ap . „416I FiR ALARM & SECURITY SYSTEM — ZONE DIAGRAM FIRE ALARM ZONE SCHEDULE /0. r 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 19 20 21 22 23 24 21 (''YP'CAL) H OQ -I /ST Roe LT (TWICPPL) Iel.LfrCTYPIC 771 oft** iv* I MARK RISER 1 FLOW (ACADEMIC BLDG.-MAIN FLOOR) 1,1ET SP21r.1K,.LE,;Z �r's1"E.I•°I RISER 1 TAMPER (ACADEMIC BLDG. -MIN FLOOR) 11 Ir RISER 2 FLOW (ACADE,MIC BLDG. -UPPER FLOOR) QR-(5Priat.1Ki.,Er . S -rF_r-1 11 II RISER 3 FLOW (ACTIVITIES 'BLDG. -THEATRE) WET 5P'.JtJK.LE,R. I- RISER 3 TAMPER (ACTIVITIES BLDG.-THEATRE) u II " OR(' •UPRaNki.ER. Wg I. ,'''i 0 PIv AND PIT VALVES - kk7e.71 -4 SPIV AND PIT VALVES GYM LOCKER AREA KITCHEN CAFETERIA /COMMONS LIBRARY BC.�. IIG ekoc';.*.— ri # IN P A I2- ELEVATOR SHAFT SNORE (TOP & BOTTOM) ELEVATO1 LOBBY, LOWER ELEVATOR WfBY, UEE`PER tot-N.-RA.4v, LiPptR,- P- 1401t- Di 1!t4 — AteAtnivist. s�TM peg, 134.JXP. p+or1‘ADe RISER 2 '1aAMPSER ( ACADEMIC BLDG.-UPPER FLOOR) Isla ISZoi c. Oia2L te,104 Olga' 6110 tblloe, 140.1e. DX02. RJ L.. 45..S #I3F1p. /NO* 11.4 V 41 �1 k'', +014- IrJ,o evar-V 124,1 P 'Z41 . -4012,0, . (a.m. oII4) 11..1'W-1.444 ' 4 Acd 4041 povlr i Kr4i '•1 'f o1 pltrl1ol,, VW*. C piv1440J «m') FIRE ALARM .SYSTEM — ONE LINE DIAGRAM 0604,41: Nist4e.-. * Inlrvicikii . 044. ero . —&1 4 t;arliwlor.17 DOOR ReLEP►5e5 4-4.41-41 vieor,l, 4101 A4---- QJG91'�. pia;... re- t oi\AioNJ 40040 ) ett' 7.1 i.4bNiw -ff ..Alrte•(. 2_.c 1',1. 0441 a Zo.h.42. INTRUSION ALARM SYSTEM °° ONE LINE DIAGRAM • t. r! NOTES TO FIRE ALARM DIAGRAM 044 .• o -to Ir.J f oti.It7►JI'r H rAlnflNILif• iiC.ro itxarr 1,4 vui- F4,44IG. MX.L;lleI40 # �'� Off.- ��t . 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OC 6E se LE 9E S7 I1I1111IIIlIIIIIIIII�lillllil�Ililillilllll ,ll►lilllli! •.a,.8l.. c= i.G:z3�,r 111111 [111(1111111`111111II1111111 1111111111111111 � 4 9 i 10 11 M413" 6 RMPNY 12 $Z ea ZZ to Oz 61 91 Llt 91 Si. till £t Zl tt Off, 6 B L 9 S , E Z L PM () Il 1l!Ilih1411,11j11•4 l 1111111,1 i1 111,ill1 111!IillllllllillltMillO lid► 1{ II iIIIILIIIIIIIIIIIiIIIth li,IIiIIll1 IInIl1nllllilliil1ln111, 111 I I 111 I �I .,. ? ,., � .:... ... �,.. i III LIiii lii. Illlilllll,lllllll,lill..11(II lfllf, lllllll ,llllllll�IlIIlIIIlllllllilll1 F1EX ///1E CONDUIT 70 y£ARBY JUNCTION BOX SHOKE REJECTOR HOUSING' Sal'1' ACCESS POOR 1/11/ RUBBER CAS ET cE,N£A'TED ON POOR. SAMPI /16 TUBE TO BE // ?'£. M. T, CO101/ /T 1 /TN 14-1/1' HO1 £S £Y£1/..Y SPACER. 1/011$ /I IIPP£,• TIMB'£ D /R£CTED UPSTRf4,Y, 1/01 ES /1 101E8 TI//JI 47 MEMO 90 PKCR£fS PRO1 4lIf10F POAW. 1 EA'CTH Of TUBE TO BR.r 1/1. Of 1/1 DUCT 1 /0T11. DUCT CASKET --- $,4NP1 /NB TUBI.' SETSCRfY RUBBER STOPPER CASKET SUCI MOM MUM A'0 SCA1 f 4 .. ' w co CC 4‘7i CI uj n C:: W CC Z 0 M+ Eiung Q 0 Z 0 taa - Ca ce w }� w0 ILA. be- CENTRAL SCHOOL .DISTRICT NO 406 . „.. - -+. �4r':-..:. w+ t+ li�N•'%' �o l�'M'xfrn.°fdf- M'Y'wrrawy.`1.r TOP VIEW SIDE VIEW PROTECTIVE SCREENING PROVIDE FOR ADJUSTMUIT OF VERTICAL ORIENTATION OF 90'X 406 MAKERS OMEN:IONS ARE BASED ON ELECTRO-vOICE SPEAKERS. SPEAKERS OF OTHER MANUFACTURERS MAY DIFFER. TYPICAL OF FOUR FRONT VIEW , SPEAKER ASSEMBLY MAIN GYMNASIUM SCALE:1=1' -0" real •II.11 scrx 40' ITYP 1006X ?Ofr ITYP OF 41 GYMNASIUM SOUND SYSTEM NO SCALE IOW 1.1%! en •;13;.• OM*. INIV1 AI)X AUX Saab 41111.1... WALL MOUNTED SPEAKERS AUXILIARY GYM am. .011. COMMONS AUXILIARY GYM & COMMONS SOUND SYSTEMS NO SCALE HORN TIP ON 10' LF SPKR TIP ON 15' 356 60.X0' HORN TOP VIEW IF SPEA •eseolaseassoosa ON II 0 Nu so see ear • PAM I 111101 I Mil SIDE VIEW SPEAXER DIMENSIONS ARE BASED ON ELECTRO-VOICE SPEAICERS. SPEAKERS OF OTHER MANUFACTURERS WILL GE DIFFERENT. ANGLES SHOWN ARE FOR ORIENTATION. PROVIDE FOR ADJUSTMENT OF VERTICAL ORIENTATION OF THE 906/4 40' HORN AND THE LF SPEAKER A.ND FOR ADJUSTMENT OF VERTIVAL. HORIZONTAL AND AXIAL ORIENTATION OF THE 60'X £0' HORNS. GRO.LE CLOTH ENCLOSURE ENCLOSURE FRAME OF RODS NOT MORE THAN 3/4 DIA. eflOssammenwe 2• DUCT LINER BOARD, ABOVE AND BEHIND SPEAKERS 'PROSCENIUM AUDITORIUM SPEAKER ASSEMBLY SCALE: 1'=1'-0" AUDITORIUM SOUND SYSTEM NO SCALE t sr x 40' 60°X £0' IOW FREQUENCY ' • . 1 111111W/111i WI I III QTres twcts ,?' X 7' X INA. STEEL Oaf IYEZPEP TO TOP Of BOX ON OPPOSITE SIPES, Mae 1071-01-018 STR4 IN NEL 111, 1'80P CORP -TYPE 'SO WYEllak SYNTHETIC OYER.IACKET: 164,19.1241 204NP=10/3 USE ITT ROYAL 01/1112 OR 11/11.10 600K, .90"C RATEP 1Y/RE OR EOUAL. XEILENS 0073-10-00J STRIIN RELIEF, Lk!: 4.0 41' X 1' X 2' JUNCTION 80X ANCHOREP TO STRUCTURE TO IYITHSTANP 1501 P1/IL. • 7- 6' X 1' X I864, STA/NIESS STEEL COVER PLATE AT CEILING% CONNECTOR 808 120Y, IL 154NP = 152690' II/1/81E1II 120Y, /1, 1044/P = 053610Y 1088E11l 230V, IL 1540 = 05669CT 1111/1181111 830V, 11, 8O4NP = 15169C, 11/1/68(111 Illi'OP CORP DETAIL NO SCALE VIImumma 1110.1■••■..I.Mm 91 Ir1itIIIlt1IfIri.1I pill!! I III ill pp II ill "› 3 4 . . _ NOTE: I notice, II 5 6 7 7. if the iiicrcif docume-nt lees clear than this it is due to the quality of the original document. 001.111111•MmiminimpornINNIII411011.1141119. • .•• „.. 7:!?.• 111111111111111111111111111111111111111111 9 10 11 w•1EI/4 NM"' 12 OC 6.Z Re Z.Z 9Z Sz 11Z CZ ZZ ta OZ 61 81 Li 91 91 *1 CL Z1 It 0i. 6 9 S Pqr+ 0 i 1,4401111111 111,11,110 !Iv ii0;11,6 ,- PROVIDE 3 CIRCUIT LIGHT TRACK MARCO /40.103 (WITH ALL MOUNTING HARDWARE WITH (G) 75W SPOTLICAT FrATURES MARCO 41G211 WiT1 * T5740 ADAPTER EQUALLY SPACED. LOCATE IN CEILING. LUTRON NOVA INCANDESCENT DIMMERS CAT. NO. N.1500 FLUSH MOUNTED W/ BACK BOXES (QUANTITY :3 ) AND MOUNTING HARDWARE To FA.Kiet... zcz.is STUDIO LIGHTING DIAGRAM (ROOM A246) Vern L. 0• ffrei trtio.g* e70)r. rtO? Or COI AstoVe cLiNics fotivII•Jeto 4-ftrkr•ele- 14/11/40 414211-10egOt...e-VD.14, oso. H ,#1L0 (At-l6s 12.°11-1v, I. 4-of P. eN14. tri/C-44afr rttor'4 Aert U.414 604- Alpe, Ur cd fr-bigr. colt...41441i - I —41( 410 40 ir-iltftwarNI Ceex4v) M.MINI14.0.1.111 IWID( 4.4..4W4 (4L.) -T'qre t, coit.'' APIr. T64 I o1/4,104e,1 dt. 4e Arr. ‘0,41‘41 Hit—i CLASSROOM — TYPICAL ELEVATION ,{4 : ot,‘ 0" T . 4 PANEL 4151 SCHEDULE 450 / 277 V1 54), 444 , 40, r\ , I Co ea Aye U � W 2Y `� 4 SERVICE U 3 5 7 ho 1x� 9 II 13 1) AL - 'I 15 17 19 - II 21 23 as 27 29 31 Iel 33 35 37 'iQ 39 4t TOTA L AMPS VA ROOM A I ?,Q 1 SERVICE 14 I'. o t,oAbN1 E #1' 119 oitior-1% -1 I %,s , 1 7 A +�id'I✓ r� rte' J 42 13,`1 ?9 (.41,144WP L.'A 48,235 480 U U PANE e77V, 54), 401.1. s2cv A . W SERVICE L 482 SCHEDULE !Di Irv. 2s 3 0� v 1.1'v. 2'1 (ROOM A130) x,°11. -- G`la, 31I II 13 Is 23 Can 41 +•M- 5Pfr •c a TO`FAL VA AMPS +!010 11 r M 1�O 311- r 3 -149e .3743 8 , r 4 15 34,656 28.7 74 125. I 103.8 40 42 iv /4ertter, L4k,' . CoNIr,1GC1 �' 2�'JI�;11 oI•J ' PANEL *-E. SCHEDULE (Room _t_1) PANEL 4/s SCHEDULE (ROOM A130) 4So 277 V, 54), 441 020 Po , 14, Oars A.tiGd M.L.O. Cies U, SERVICE. VA SERVICE �l SERVICE L.Tyl 11. A1T ;A+rA, • Al2o,A11 • AI2�I, AI.r 1,' s. Aiil , ^ lie-,, 20 40 C I A .,. G I a j II *. t244 . A (IA ,POW .,-ro A 3 4 3 %0 041. A140,AI 1 L."1- CA1'tA 5 20 5 20 WI.A Ilv . L1 -�tYIA 7 •.... v� 20 1 ' a 9 ?_0 2O I �. 02 A101, I f PI. A! I • A110 I .. �. L`1'3 - LOGIGVx Lit,. ILO. A 12 20 I eo 20 (Ai,. 0.0, Al-as , AIl►<v 20 1 10 II 20 1 v 1 1. AI 12 4^11.04- 13 ' 1" 41110 1.4P. 1 . A I 1. A 1 9o1 20 I 12- HV -16 20 t I M, Vat Ai+11►I , �_' 1 , i tltozs , s o - 7 57 273 20 I '4 151 3 2Q I 1.N . Ic.11. 0,14,6,Alci3 16 110--- 20 1 11' 20 I 110 l 7.0 , l:17v,, p' Al , A I 0� I , 2A I�'�I' I �2I : 19 .1 '' 311 . 2A 113 SPr C-E. . to I W V - 36 10 zo ELEVATOR 50 23 ' G,9�9a 2I 23 el-• 27 MOM Willi -- /•- I Zz .,�6z _ 25' El 3 (o9(090 liii 23 2Z 2; as 3 BOILER B WAT "- PUMP 1 2 as 1111113 20 3 : ZG W H -1 500' OtKy / W k- Co 28 -- a' 24 2G 27 111128 IIII° 100 INS —its- 40 29 la15 3 BOILER 51 FAN � ■ ,,- ill BOILER 52- FAN IIIIII -- i [•oto: 111, lei 213 29 26.8 35 SPACE, J 7,6-601 ��0L'1^�' +1;XMI� 4 33 S1/ 30 - -- I5 3 30 32 ..... • �Q 3 HV -38 J 291201ra ' 4 -�� II � I EF-15 33 35 ..... .__ _--t-ifi 51 mimminnimiummi" imompiiiiiiiiii 161 oil I PIPE 41 29/8.---- /2.04G ecee-o TOTAL VA 56,3604 571702. 55.8G3 CbPJA 041%, t? *.169.f-72.9 AMPS 203.4 208.3 1 201. G , PANEL 4151 SCHEDULE 450 / 277 V1 54), 444 , 40, r\ , I Co ea Aye U � W 2Y `� 4 SERVICE U 3 5 7 ho 1x� 9 II 13 1) AL - 'I 15 17 19 - II 21 23 as 27 29 31 Iel 33 35 37 'iQ 39 4t TOTA L AMPS VA ROOM A I ?,Q 1 SERVICE 14 I'. o t,oAbN1 E #1' 119 oitior-1% -1 I %,s , 1 7 A +�id'I✓ r� rte' J 42 13,`1 ?9 (.41,144WP L.'A 48,235 480 U U PANE e77V, 54), 401.1. s2cv A . W SERVICE L 482 SCHEDULE !Di Irv. 2s 3 0� v 1.1'v. 2'1 (ROOM A130) x,°11. -- G`la, 31I II 13 Is 23 Can 41 +•M- 5Pfr •c a TO`FAL VA AMPS +!010 11 r M 1�O 311- r 3 -149e .3743 8 , r 4 15 34,656 28.7 74 125. I 103.8 40 42 iv /4ertter, L4k,' . CoNIr,1GC1 �' 2�'JI�;11 oI•J ' PANEL *-E. SCHEDULE (Room _t_1) 4-61o/L77 y, �irA,4Fw, 225A le), oo etc. M.L.. o. ki £ W u a SERVICE �A SERVICE. VA SERVICE �l A B C I ZO i L`Ira �I`� M 2...--- 700 lir,. @A. 13I9 I -_ • L.1 - Y IA 1.'T9- 1M Lis" Gi°f IA 20 20 2.0 I 4 3 %0 I L."1- CA1'tA I zio,� ''2.7‘" ____7 5 20 i L1 -�tYIA 7 to 1 L15 -INT 12.4A . I ' a 4 *17-e 20 I �. 02 9 20 I L`1'3 - LOGIGVx I 11111 ,---_ GOO eo 20 I ! 10 12 II 20 I L.TS - 51'I0WOP., qo/ (I v 4.1„2 - I 13 2.0 Io 13Q0 sPker r!odb HV -16 I.-N, - A A.. C s1 20 I 14 , s o - 7 57 273 1273 .;re) '^ �' 151 3 14 1G 20 I 16 17 20 1 11' 17 III I°1 50 2111, ��f 17 eO I l 23 , 20 I 18 19 .1 '' 311 . Hv-to 113 SPr C-E. 690 690 411...----- S?P C.c W V - 36 15 3 zo zo 2E _ 23 ' G,9�9a .... _ - - - -B� Ivco IT0,R ' , ��gT WALL 72o7827 / / /•- I Zz HV -12 _ 25' El 3 (o9(090 22 24 23 - 2; as 3 BOILER B WAT "- PUMP r' 793 as 24) 15 3 Z Iii 29E8 --- 20IG 31 39 41 1793 / r-3 {2�- 28 -- 2 24 2G 27 - 1 III I1I» 3 32 la15 3 BOILER 51 FAN � ■ ,,- ill BOILER 52- FAN IIIIII -- i [•oto: 111, lei 213 29 26.8 35 26.8 H Y~ 23 , ?1 5P�►l.E _ �� f S1/ 30 y -- I5 3 30 32 31 �Q 3 HV -38 J 291201ra ' 4 -�� II � I EF-15 33 35 ---' � X71 555.51•; 22.230 23.543 • I 40 41 29/8.---- /2.04G ecee-o 34 3s j d j 42 TOTAL VA , CONN' LOAD :05,3% VA AMPS B1.5' . 80.2 84-.9 38 / 016 - j'o 40 r III GO 38 37 50 3 HV 37 557���0 paNMl- ..2E �r;�c�'1a� Tai 39 39055 - - - -- — 140. q T CONN. LOAD AMPS . %%�2' ;� 1I° 42 11 41 • 40 TOTAL VA .--1 30319 32670 31449 C,ONN. LOAD'. 941438 VA AMPS 109.4 117.9 113.5 t --'.•J bASE, '6o PANEL 4DI SCHEDULE CRO01V113113) 4P Q/ 277V, 5-07444 , loo kb, I 0,04.0 A ;•1.L.. 0. tJ U a F. < to SERVICE ' VA SERVICE E a B CI u A B ed (1 I 20 I lir,. @A. 13I9 I ,., 15 1 1111M 11111 I © 11 1i ®Nv 3 11■ III 3 (-7,. ItM. Io4, V0y,t2/lq I 20 I 1 2 4 3 20 I . 2 4 !a El 10 5 - . - ��z i r,,1a1✓I.r, lla, X111. p,1 12. 20 5 20 1 1466 1774 ' a I5 �(;, —__ �. 02 8105,BlO8,8109 F1110.81t3b,B107.131r3 20 I I-1v- IG* i I 11111 1.410. Om . 1•20I GOO 90237 { 9 SPARE 20 I a I 20 I III SPARE qo/ (I v -� TENNI - '(FUTURE) ?7 20 1 Io 13Q0 NV-5 4 1 HV -16 13 NV ~C� El I1I Br 1.1IiD Ono iII.1W 15 hUB III 20 1 1a 1 I - 7 57 273 1273 .;re) NV-34 151 3 14 1G 20 I 1 y .. H\ -7 7I 'tpa' 21 1 11' 17 III I°1 50 2111, ��f 17 eO I l 23 , 111 273 2' 15 .1 '' 311 . Hv-to 113 19 15 3 HV'35 690 690 411...----- � j 3'l i W V - 36 15 3 zo D ' Ill 29 i 23 ' G,9�9a .... _ - - - -B� Ivco IT0,R ' , ��gT WALL 72o7827 31 J5 . I. ► I Zz HV -12 25' El 3 (o9(090 3" _______8(079,---' __ I 2; as 3 BOILER B WAT "- PUMP r' 793 BOILER B2 'IT. PUMP 24) 15 3 Z Iii 29E8 --- 20IG 31 39 41 1793 1 r-3 {2�- 28 f--, 5Pf,GI 28 2 24 l 127,, 17 1179 1 III I1I» 3 32 la15 3 BOILER 51 FAN 1'371 ill BOILER 52- FAN IIIIII 37 k- i [•oto: 111, lei i W. AMPS 26.8 35 26.8 H Y~ 23 , ?1 5P�►l.E 1v -24 S1/ 30 y 31 _. 33 37 30 3 �VVA1ER PUMP 81)4 5571 aTl - WATER PUMP' RM.8 ;i4 f 3 38 39 I ' 4 -�� II � I , 4I I : ---' � X71 555.51•; 22.230 23.543 • I 40 41 TOTAL VA W610 IP ecee-o 34 3s j d j 42 TOTAL VA 22.583 CONN' LOAD :05,3% VA AMPS B1.5' . 80.2 84-.9 38 W /SUB FEED LUGS CONNECT TO c.;ECTI'.)1`1 2. 4e, PANEL 4a SCHEDULE (MECH :PLATFORM) PANEL 4r SCHEDULE (MECH. PLATFORM) 4e 0 ;'77 V 54 414,1,00 AN , 1 Lae)- ALet. M. L.. O. ki v a : to a SERVICES B pie u 2 - d IA a. ed (1 P. 16 C SERVICE 1 3 5111111 .7 9 I I 13 15 17 19 15 1 1111M 11111 I © 11 1i ®Nv 3 11■ III 3 V' I .�_ — cisZ 8�5 250. 2$ i N'I -2 ' -GLOW i0P Orr. . 2 4 !a El 10 5 II • 14 CI ��z � 61635.81121.13150/81518158 8159.131(c194131(03,5164,BIGS ISO liii 1466 1774 ' a I5 5 �. 02 V 7 LIP - fit'''. bile), VIa}2 .. I-1v- IG* i III 11110 lillia 111 111 rvIeLeI . fteentpItm 111. -5 90237 { 9 HV -4_ . -.4 .- 041 `�0 37L qo/ (I v -� TENNI - '(FUTURE) ?7 lo 12 13Q0 NV-5 4 1 HV -16 13 NV ~C� El I1I Br 1.1IiD Ono iII.1W 15 hUB III 5 8 3 Ell .6 26 1 1 I - 7 57 15 15 .;re) 14 '8 + ,� -571 _._. �1Ca 1 y .. H\ -7 7I 'tpa' 21 1 11' 17 III I°1 50 2111, ��f $FARe d e l 23 , 111 ' �y 71 2' 15 .1 '' 311 . Hv-to 27 Nig II 15 NV-11 411...----- � j 3'l i HV ° 20 • 15 30 29 i 23 ' 1 .... _ - - - -B� Ivco IT0,R ' , ��gT WALL 72o7827 31 J5 . I. e HV- l l 511 - --511 1 HV -12 33 ' 25' El 3 AC -9 3" _______8(079,---' __ �'%3 -11 27 f--'3:-1' .. ,..... -35 .- I 1. IS 29E8 --- 20IG 31 39 41 15 3 r-3 {2�- 28 f--, 5Pf,GI - 2 24 l 127,, 1 I_ 291 . 01 sa III 29 12.7 ill TOTAL VA 7454 - 1355 74b4 6G1 ,11Jrc i [•oto: 111, lei i W. AMPS 26.8 25.3 26.8 4e, PANEL 4a SCHEDULE (MECH :PLATFORM) 450/277V, 5& 4W1, loo/k, 18,000 AIc IA L.. a. V ei ei 4 W 0 SERVICE -- SERVICE '4 V - 14 r-& a 15 Ilin 3 pie u 2 A B C 1 16 5 Hv -16 r r " ,3 SIG2,B172 ..... 8�5 250. 2$ i f ' -GLOW i0P Orr. 3 4 !a El 10 5 II • 14 CI 11 � 61635.81121.13150/81518158 8159.131(c194131(03,5164,BIGS ISO 1466 1774 x 161 I5 5 tiv•15 V 7 LIP - fit'''. bile), VIa}2 o I-1v- IG* i III 11110 lillia 111 111 rvIeLeI . fteentpItm 111. 0 II . 9 LT,. -- 14-1. p'110, . -.4 .- 041 9 11 v -� TENNI - '(FUTURE) ?7 �i,�r„ 13Q0 ill ry� HV -16 13 15 5 HV -17 / 7 1 I 14 Ib la eo 15 15 .;re) 14 '8 15 11 _._. �1Ca I g4e --- I I5 1 11' 17 III I°1 50 2111, 3 $FARe d e l "Pi _.-------op. •• -- coNl'AGTCI2 I6 !a 1 Alt. AC -10 86 830 19 15 Nig II 15 NV-11 411...----- HV ° 20 • 15 30 $`° 830 i 23 ' 1 Pli i fr - 5 I Ivco IT0,R ' , ��gT WALL 72o7827 Ii.I© 23 - 5 , 23 25' El 3 AC -9 2918 2016 _______8(079,---' __ �'%3 -11 27 • 24 as IS 29E8 --- 20IG Hv°21 /I'WI ,c1l 17 1 HVy-Zs 28 29 24 zS 2 24 27 •i 291 . 01 sa I 2s o 29 130 r a :4, n,A., eito. '144-12 902 30 31 I 5 3 H Y~ 23 477,-- 2-4 5P�►l.E 1v -24 � 5- 31 _. 33 33 111 - ' ) I ' 4 -�� II � I , 4I I : • • I 34 [35 TOTAL VA W610 IP ecee-o 34 3s 37 39 41 .---- 47 37 39 41 15 5 5- I. E F -2 ='''" SPARE 41111f 3 38 'I - j'o 40 r 11111 42 ft iii ' i TOTAL VA .G.54f�� 705) 7422 7051 l aJ+Jev p 1.40,E .. 211 524 AMPS 25.4 26.7 25.4 39055 - - - -- — 140. q tior.b.wr . . PANEL 4-HI SCHEDULE mow 81,47) 1 40 /vile, tei' . 4;14-1, GOO ,1.oai P r•e,. . V U W " SERVICE VA SERVICE LTS RM 8173,8 in 8170,8179/8178 Q W 2 pie u 2 A 323t48 B C I 20 -. 1 LT5 RM 8154.8155 3 20 Iii 1 � II EXT LTG- PER. ME E SIG2,B172 ..... 8�5 250. 2$ i 8160 ' -GLOW i0P Orr. 3 4 !a El 10 5 II • 14 CI 11 � 61635.81121.13150/81518158 8159.131(c194131(03,5164,BIGS ISO 1466 1774 x 161 t 1 7 �, VrGt.TS EP t.TS LIP - fit'''. bile), VIa}2 o 7 9 E 1 19 1111 1111 11111 !l1 1 rvIeLeI . fteentpItm 111. 9 9 I: 13 LT,. -- 14-1. p'110, . -.4 .- 041 9 113Q0 4 _ v -� TENNI - '(FUTURE) ?7 �i,�r„ 13Q0 ill _ O "1 �I 10 � WO TN WL- 13 la "3 HV-40 IOOO 1 I AC -13 70 15 .;re) 14 '8 15 11 _._. �1Ca I g4e 3 111 I5 1 11' 17 III I°1 50 2111, 3 $FARe d e l "Pi _.-------op. •• -- coNl'AGTCI2 I6 !a 1 CONT,&OTO'a AC -10 86 830 ?j AC -12 Nig II 15 iiii 3 eo 2.G S PAN' .. , : 21 ' 30 $`° 830 i 23 ' 23111 �- 191, _ Ivco IT0,R ' , ��gT WALL 72o7827 Ii.I© 23 - 5 , 25' El 3 AC -9 2918 2016 _______8(079,---' __ AC -11 27 • . . 29E8 --- 20IG . I 1 28 29 24 27 •i 291 . 01 sa I 2s o 130 IS 34 31 IoD :4, n,A., eito. '144-12 902 �_, EF-31 ® 3 33 35 5P�►l.E 37 ' � _ 31 _. 33 5PACE 111 - ' ) ,-- -� , 4I I : • • �- . ,--'40-----2 TOTAL VA W610 IP ecee-o 34 3s 37 39 41 -' °- SPACE / PANEL ''.Z41" 3 ::.z:I 41111f .____ __ � 40 r HIP IP6 TOTAL VA 37 39 MHO : 110855 TOTAL VA ,.�._ -_ 37293 39055 - - - -- — 140. q 341.547 CONN. LOAD AMPS - 134.(0 r 124-.7 tior.b.wr CONNECT TO SECTION I PANEL CP SCHEDULE Zoe / i.o'i, $d''.414 IOPA 10 Pap A *4 uu SERVICE VA IL E: eekvm A 7::::z STA,TIC30 7 III AMP geo, SA5T WALL. Milli Dliii ii1ip,R Ivo En in • 001 ,1T /NO T©P.. 1eo B ori", (ROOM Al17) SERVICE it S t1 U TV M01417012 9PA0.B 1 JOE 9Paa6 �� WBS7 WALL 5P*Fa CoMla , '1�I� WALL SPARS c Ti\oTO12. liii11111 marammimi MO1417012- 121lc, L:I3T W14.1, M©fI ITOR Rec, WavT WAf. SPAR 5PA1f TOTAL VA (eta 1-,vloo $ goAR� SPA• 2,..s 9PnR6 5f'l�faC AMPS 45.5 25,5 10.0 v4/ suFzes SUFPR SOl.. WI BP, 100A, col..1T1 ctro.. 20 40 42 Co i JF p. t. r IO 4•13Q v� PANEL CpZ SCHEDULE (Room A213) PANEL 4D2 SCHEDULE C. ROOM 8113) to V. 3.dP , 41 , I 00 A , 127, 2. ABC.. M l.. a, 4-ED / 277 V, 30, 4W. 10oA i 1800O f,1. I.0 U 0. ¢ U 000. SERVICE �/ Y b E ac 6- 20 1 u A "� B C SERVICE EXT L1G -DRIVE wAV I• 3 5 7 20 Iii 1 � II EXT LTG- PER. ME E 2°91.-.1.)0 ..... 250. 2$ i a 1I -GLOW i0P Orr. 3 I II • 14 CI 11 � ISO - PnttlCii' (WOR T 5 ' �, VrGt.TS EP t.TS 7pp , z; SPAR! 7 9 E 1 19 1111 1111 11111 !l1 1 CFA`5T) 1 • 9 I: 13 314'' o . 11 _13LDG.PACA Da' STS 9 113Q0 4 _ , -� TENNI - '(FUTURE) ?7 �i,�r„ 13Q0 ill _ O "1 �I 10 � WO TN WL- so _ I Go ttyl� —rte , 1 I ___Ni /� Si � 15 .;re) 13 _._. �1Ca I g4e I 4/2 I5 IIIID En/ OA 17 f >:2PR $FARe d e l ePARl. -- coNl'AGTCI2 I6 !a !.!/� CONT,&OTO'a I 1 ! I7 ?j 14./...41. 3Ai ,•12 S PAN' .. , : 21 WH -2 RM A2 02 30 i 23 ' • �- 191, _ Ivco IT0,R ' , ��gT WALL 72o7827 Ii.I© 23 MC.>IJ1Tc� t5 � V� 'I' . '�zi • . . 72o SPARE Uh°11r�ALL 24 27 •i ZG I 2s o ,0. 1111 a2 lil1 �. ■ 1 . zi 1 IeF'ft � ��� 2., ni SPi�tz : 5P�►l.E 37 ' � _ 31 _. 33 5PACE 111 1111 _ ' ) ,-- -� 111. 4I I : • • �- . .- TOTAL VA W610 Ia0&)0 ecee-o Gfist.ii\le-cM1,1. -d ©� 11, -gm r 25.5 2.0 ::.z:I 41111f .____ __ 53836 5> .')3a 44.437fa IP6 TOTAL VA 37 39 . _ 194.5 ■� -' 1 • rAthi LI''4171 t,Ar1vf 12, ) 4o 2 • 40 t --'.•J 42 .41 TOTAL VA 11362 I fn 4(02 1300,2 CONN LOAD '. 4i 4. [ I4 V.A. AMPS 4.1 59.4 47.1 CONNECT TO SECTION I PANEL CP SCHEDULE Zoe / i.o'i, $d''.414 IOPA 10 Pap A *4 uu SERVICE VA IL E: eekvm A 7::::z STA,TIC30 7 III AMP geo, SA5T WALL. Milli Dliii ii1ip,R Ivo En in • 001 ,1T /NO T©P.. 1eo B ori", (ROOM Al17) SERVICE it S t1 U TV M01417012 9PA0.B 1 JOE 9Paa6 �� WBS7 WALL 5P*Fa CoMla , '1�I� WALL SPARS c Ti\oTO12. liii11111 marammimi MO1417012- 121lc, L:I3T W14.1, M©fI ITOR Rec, WavT WAf. SPAR 5PA1f TOTAL VA (eta 1-,vloo $ goAR� SPA• 2,..s 9PnR6 5f'l�faC AMPS 45.5 25,5 10.0 v4/ suFzes SUFPR SOl.. WI BP, 100A, col..1T1 ctro.. 20 40 42 Co i JF p. t. r IO 4•13Q v� PANEL CpZ SCHEDULE (Room A213) ZOO/ to V. 3.dP , 41 , I 00 A , 127, 2. ABC.. M l.. a, 0 D[ U Q. £ d W 6 a. SERVICE f W b A A C ---- -� SERVICE 20fl 20 LT5 RM R203.AdOG i FILZ SelaVI 2°91.-.1.)0 LT5. RM A225,A22G T'/ M0141ToR a 1I 2 3 292122 A221,A222 11 TgACHER. ST*71°0 ISO 5ptik,Fze. 11I,D 111 5 A212.A213 8 SPAR! 7 9 E 1 19 1111 1111 11111 !l1 1 S1111' 7 d228.A229.A ?30 314'' o COMPS c,1✓i, 'r i1AL1.,7� COMP , lNa5T OIL 9 , A237. At 33 720 720) 317 ,11,241 ill 10 WO TN WL- 146 ,930 Sou•N `MALL 1 I Ng 12 .;re) 13 _._. �1Ca I g4e I 11D 1!!® I5 I SPiikg.e f >:2PR $FARe d e l ePARl. -- coNl'AGTCI2 I6 !a CONT,&OTO'a Bil ono ■ rn -- _ WH -2 RM A2 02 30 i 23 ' • 1 Ivco IT0,R ' , ��gT WALL 72o7827 MC.>IJ1Tc� t5 � V� 'I' . • 00O . L JORfl4 WILL 72o SPARE Uh°11r�ALL 24 �c (1�FMR T5) •i ZG I 2s o ,0. 1111 a2 lil1 �. ■ 1 . zi 1 IeF'ft � ��� 2., ni SPi�tz : 5P�►l.E 37 ' � _ 5PACE 111 1111 _ ,-- -� 111. 4I I : • �- _ - Elie TOTAL VA W610 Ia0&)0 ecee-o Gfist.ii\le-cM1,1. -d ©� 11, -gm AMPS •K3. 25.5 2.0 PANEL 4C SCHEDULE. (ROOM A2.14) 4- 80/2rTV, 34)14N , 22e, Al 15/000 A/C 14i...0 . E p SERVICE VA � u Cie A B C SERVICE 3 20fl LT5 RM R203.AdOG 64�. 8 LT5. RM A225,A22G • a - A208.A2.01 292122 A221,A222 11 1 S A212.A213 8 ■ A22C>.A219,A2241l11 7 9 E 1 19 1111 1111 11111 !l1 1 l d228.A229.A ?30 314'' o /�24 i,A2a,l249 111 A237. At 33 317 ,11,241 ill 10 A2?4!• . A247 146 ,930 A24! . A24U. A244 A 242, Ng 12 Ii I A ,AoA2R. 1 1. _._. �1Ca �� I6 !a WH -2 RM A2 02 30 20 23 ' /1/111 . • 00O . as mu WR11. 1:1111111111 ® 35 :iI_ SPARE Sid PANEL �c (1�FMR T5) •i ZG I ,0. II I �. r,. -� 5PACE 11111112 .16 IIII3 I ,-- -� _ 41111f 53836 5> .')3a 44.437fa IP6 TOTAL VA . . CONN. LOAD' IS? ,(k St V.A. AMPS 194.5 212.7 161.2 0 (,) .„ 1: 0 i� 0 z 0 i 0 Cef eL Lai 0. LaJ Pte- L. 0 0 1- • 0 0 4.1 I . _ , r ,,i I I I 1 1 ! I ! I 1 i l I I I I C I f 1 I t ►11 ( I I I f 1I 1 11 mill 1 IfttIl If .3 4 5 6 7 NOTEs If -the Microfilmed document is less clear than this notice, it is due to the quality of the original document. IIl } ! I! IIII+ IIIIIIIIIIIIIIIIIIIIl11IIIIIII1I11 }I 9 1 10 11 "IN "ate 12 oe 62 Be L4 9 {`2 92 b2 V f:2 22 12 02; 61 9L Gil 9t SI lit it 21 It 01, s 8 4 9 S h £ 2 I Ww Q IIII! �illlillll�llll�Illl1Il {{I1111�111Illil{ !! I!! II !I�!IId!11!�11!!1 }lli�lil!�il!I flllllli {ll!Illll�lllllllli�!!!!IIl!! 111111} U�I}! I, il!! �I! Ifl !lil�I!!illl!Illllftllll�!I!iI !I!�IIII�IIII�I!'I ' i I I '! ' II ii' ``I+�IIij' 1 1+1 ! 1 I ! ! il��fll(Jifll�lV , ,.,,IIIIiII�I; ill il1�1. 1111 ,IIII�fI�llll�llll,llll�IIIII • • G4IJIJSCTE:0 ,601 22 , 880 VA PANEL ZA1 SCHEDULE CM A130 Zoe 120V 4N 22,5A i'A a, e� ��, , 2Z13/N, I�c:�cao p.IG ."i U SERVICE II s 5 20 20 20 w� `' vg SERVICE a 2 K u A A C a COW, law, RM. AI29 9004100 0.0 20 CONY. 12EG, km. AI29 2o I E 1 •, . / 5 2 0 I to 1 co JV, tzez. RA. AIII,MIs,A114 I --Goo - j GONV. 12EG. KIM . A110,A,11 I. ,� 20 20 20 I 1 I J3 io 7 2o 111 114IeG `Ioo 4QO 9 20 I 112.2 r A;i,ir4 ,AR3 20 II 20 j 1 �o1+�V REC RM A1If1 "�` X72 400/ cloo _;- 2, 10 20 1 Iz 13 15 20 eon! 142- I 1 20 A123 q°°° g00 900 zG 21B:, Rm,,132' �p8p A125 20 I 14 'c 20 11 I6 213 qQO 4SS0 d I r°' 20 i lb 18 17 19 20 20 1 f III • I CONV REC. ►iM AI27 /.,,,5 410, 00 iq 20 FLOOR Rte, ISM:, A125 W500 GO V.12E0, tom. MOO, A1SS rUMe. HOOD RA. X129 20 I 4v 21 20 1 A11�,A160 A126 54D3 54a5�o _.-- t° < — - - - OeMo STATION 014V. 12e4. fa1,M. 20 20 20 20 I 1 1 I az 24 24 28 23 . 1 20 I A 12'9 as • ePARe - i Bo 21 A 1240 SP4 20 1 _ L *lb I ®corw I 20 7e° , . _r- 108.2/ 21 a C.1-114.) ?Q I 30 33 20 I -�-- CoNv, Rao. IzM. Al2q 18,0 00 ! InuME H000 RA. Al2( 20 I 32 33 20 I 1111:11 I i 3;00-- -- Dom, STATIo 1J Rat. Al p�, R �►I?.6� 20 20 20 20 20 I I 1 1 I 34 3 38 40 42 35 2co 1 Cl.IMATOttiUM I..M,A IER rCo�v, aQ 37 2O I kJMe Hoop P.M. AI 25 ta"--d _ ' ,/3c,0 9 Al2.5 Al2.3 39 20 1 oaMo, `aTP'TIO1J i ,AI23 41 20 I COW, ', PA. M3 SPAR4 TOTAL VA 7950 73a0 7520 CON,--I. WAD'. I5,I0,4ESV/A AMPS 100.5 661.5 (t4•1 AMPS g6.7... G4IJIJSCTE:0 ,601 22 , 880 VA FUME HOOD RM 01127 I 1+/ 4-1 50 540 COMP REC RM.A116,A17.4 AC-6 20 gist -■ SPACE PANEL. ZAZ SCHEDULE .C, A130 ao8 12:ov�' 601 4W.) 225,1 10 000 X11:. S213A M,.r.a' u U T < ui al SERVICE a. VA- SERVICE a SERVICE a. U u A B C 0.0 20 52540 COMP ICI G, PA; A113,Ai1 Ia COMP tI e. 144.,4103,A151 W I 3.. 5 co MP, REc. IZM, A112. II 20 5 2 0 I 7 Irmo 13 E in 20 SI 20 I co JV, tzez. RA. AIII,MIs,A114 7 tio !oN3o 2• _ GONV. 12EG. KIM . A110,A,11 flCOJV P5O,R04 -, - M.1 IIIke,Au+ • XERox 30 3 q• •10L U rrr A112,I�IIU,AIII Pi,c * �.I4I 720 2a a 111° 11I 12 112.2 Pc A;i,ir4 ,AR3 20 CN P fzik4Va . a Ai42. 1 �o1+�V REC RM A1If1 "�` X72 400/ cloo CONV REC Rnn AIaS 20 11111 k 142 2, 1 10 A 14 , I I6 17 720 720 I 142- I 1 20 I 900 zG 21B:, Rm,,132' �p8p 20 = 0 COMP, Pec, ta,M.,131,AID • 'c 20 11 I6 213 0011 20 d I 20 20 , 080 GOIJV. I2EC. RM. A15O, AI S I A I la 20 20 2P, 00 I in L 111:1 1 2° III • I CONV REC. ►iM AI27 /.,,,5 CONV REG Al 4,AI12to lI iq 20 DIZI LL PRS`3' GO V.12E0, tom. MOO, A1SS 72° 1 10 50 rye r COMP Ia GG. R.M. Aa1 � .20 27 20 20 Zo I A11�,A160 23 ! . as Dfl 11 rnuuii 1 6 9a aR1001,.� I I 1 Co(J`. KEG, P.M, AI 4G, 1 A149,A145 al COIAP, R.P.G, Itµ, A131s 54°4 721' 200 °o o 20 I AI56,M481NU4 co MI? gez, RA. A1o5,AIc 1 zo A 1 (0 21 1 ` q , , SP4 GOP/. 1?-ea R R. a 105)14109 20 a4 31 BeoicoNv.t2sc, 37 39 20 ec ZGI 20 70 I ®corw I COP,/ RIB. P.M. Al$ CCMR ..C, R. X D-5 7e° , . G0'1V. REG, 1132 108.2/ 21 a �103� AI IQ 20 1 • 33 J G(a�P I .1"C�4, AI its. G rp ! CI 34 Iztit, A155 COW, ke.c,gm4ieio 720 y 0 ®r11 COW. ReC, PK, Al its 20 1111:11 I gm /N I 9 71 400' 0o A.14 o, 44407 20 .REC. RM A130 360 >o . • 8070 KM j is 6/410UBT caLL QTOR 41 1! _ HUkJr TRIP . .J i KLER• SYS. R 130 Q,1R COMPRESS. 940 300 0 _ GO 1 , COi�N. Imo, { A � Aisq ONT. ,e,. WI. At I-471 2U 20 40 • ' .. 00 R CIRC. PUMPS RM Al30 39 •.I4a TOTAL VA '4500 1a740 IZ-IW CONN. LOAD : 1s4140 VA. AMPS g6.7... 69.5 101 FUME HOOD RM 01127 I 1+/ 4-1 50 540 COMP REC RM.A116,A17.4 AC-6 20 gist -■ SPACE PANEL aAA SCHEDULE (I 1,4 A10) 208 izrv, 50,41/4. 41/4, 2.2,5A, 10,000 A10 225,; M.1,-.o U `. Q p SERVICE V SERVICE e u ¢ SERVICE a. A B C I 0.0 " 1 ca1V. geapit, 16(°1A15 52540 3 II SPAN" TAbLE 5AI4 COMP tI e. 144.,4103,A151 W I 3.. 5 2.0 1 A i 'A1l2 5 4 5.#o CONY• PEG, P.M, 615441,, - 20 I _ 2© { CO AP, Rte, tZM. AI5G Is 3 7 tio 16��i40 GOt•IV, 2E.G. P.M. A155 e0 I _ 20 flCOJV P5O,R04 -, - 7'O Q.. • XERox 30 3 �o rrr II .. 2040 1____ a 111° 11I 12 112.2 Pc I I ate, . �I a4,Q155 25410 CN P fzik4Va . 13 cowV, rplaG, 1 �o1+�V REC RM A1If1 �� �� 400/ cloo CONV REC Rnn AIaS 20 11111 X2 qZ 1 I 1 DP LASH 15 3 , I I6 17 Gv I 17 I 1 20 I 900 zG . o to Iq 20 = 0 4.22:iq 2 ? ,' 20 'c 20 5 0011 20 at m Mrs MI 20 20 II HAND DRIER-RIO T9 .1 175 iaU�t�11FPR UtW1P RM At 08 lID Al2c 11112 rim 175 11 7 HV -'S� 20 I 20 III • I CONV REC. ►iM AI27 72 900 CONV REG Al 4,AI12to lI COMP. RFC RM AI27 3:,o_ --' CONV REC P.M A114-. ,./1440 FUME HOOD AM AIZ4 FUME HOOD RM 01127 I 1+/ 4-1 50 540 COMP REC RM.A116,A17.4 AC-6 20 gist -■ SPACE C0 JCT 70 5Ea1 !ON i R R PANEL Z.5I SCHEDULE ( go A1327 2oa/ 12oV 5I 4'14. lO,odc'� A1G �c MOP W NJN? TRIP cit V � d d SERVICE \ f Y SERViC.E � CONV REC RMA132•AI3 -to WQ CUt § u" I A $ p B C . I 20 I 3PIh11aL 3A,4U 3 II SPAN" TAbLE 5AI4 200 • _ 00 a 1 I 5 A I I I I Is 3 7 tio 6 1122 _ WUR? AcE2 PI..AlJJE1k 'J 3 S 1. I 9 _ �o rrr II .. 5PA,12> " 1 . to 112.2 IIIIIII 13 l 25410 CN P fzik4Va . 1267 Ca cowV, rplaG, 5 430 1Z '3 15 M4D GAM X2 qZ 1 1 1 DP LASH 15 3 14 I6 15 �I�q,� CONY, Rec. RNA, A1SG 20 1 1° 17 I 1 20 I 17 I 5f.70 7 a comp 12130, Imo, A224+,A223 = 0 4.22:iq 2 - i°,1U, WO 'c 20 5 144.10 _Auk 8R7 5'70 18 19 20 I GPINc W 82.26: 5A. 11112 rim AIR cogPasesoR. 20 III • 23 Dliii DIiiI 20 21 I.: - 6,40 DIZI LL PRS`3' 23 G 4515 50 rye r 17 0 , air/ 3'�a 9 I 24 23 ! . as Dfl 11 rnuuii 1 6 5pA�S aR1001,.� I I 1 180 CONV. REC RM.:'AI32 oleo q). Moai 721' 200 45Z1J0• 120 20 I ecRoLL 6,144 i III 63132 hII' r.., ',o 6.W.. gee...ievi, Ha a 23 as 30 3 21 . SP4 573 12 1. aIIt7,13Id1 SPAR: 20 7 s,o c4 28 G0'1V. REG, 1132 720 3 7i _S00 4- JOINTER 29 33 J 1/1 31_ 54 3 ___ 1 I COW, ke.c,gm4ieio 1" (p• ®r11 rt �© A135 fl El 33 20 9 71 i /N1540 !!r 1 Goo 51 6? • 8070 37 - 39 - 6/410UBT caLL QTOR 41 1! _ HUkJr TRIP (:eap.. ® 940 as 40' ePA E 20 15 lI - 6 , ■ 40 WeLP ' .. 41 - 50 - -03 I 39 •.I4a TO-1AL VA I65SI 14929 I247 __� CONN. LOAD: 41?,°471 VA AMPS 13°1.8 124:4 104.0 L C0 JCT 70 5Ea1 !ON i R R PANEL 2i32. SCHEDULE (17.001 A132 51 20e i2oV, 34) 4W. 400 A, la,000 A1G M.1.., O. ------t/A U a U/ U z (2,1 SE.RVICE 4 J SERVICE BORING MACH I S W 3 ow a 4 to A -� § 940 .2; I COHff G . i M'�,121 Ai35,r4.i�a ggD�Z' 440 boo 940 DII 1; • i I y I'4 � 1080 CONV, Rs°, .o:1;7 IOMO, 35 5 2a T SPARE 3601 Is 3 MsTAL Lowe 6 1122 IIZZ 22 5 McTA . I~AT�i 15 a 9 _ 5i rrr II .. 5PA,12> " 1 . 1 112.2 IIIIIII 13 l 3 CN P fzik4Va . 1267 Ca cowV, rplaG, 5 430 Gtlzl f.l0l =,I2. 20 1 Is L 2D s a q 2n 1 GONV. 12�G, O 1207 84 20 CONY, Rec. RNA, A1SG 20 1 1° 17 I 1 20 I CO PV. 12EG, 17 5f.70 7 a comp 12130, Imo, A224+,A223 = 0 '72a - i°,1U, WO 'c 20 5 144.10 _Auk 8R7 5'70 .--�1 3 RAND �£ I4 4I�I3tt. L.1... PRroes ea 3 21 11112 rim la 200 III • 23 Dliii DIiiI S 7870 I.: - 6,40 22 23 11111 50 rye 17 0 , air/ 3'�a a V hIhIco 121 ,ISM. A2.20 24 as 20 aR1001,.� I I 1 MILL. 513 BO ao 2 { 45Z1J0• 120 20 I 24 27 6.W.. gee...ievi, Ha a az 23 as 30 3 21 5 -7000 ill?fri4e 573 12 1. aIIt7,13Id1 SPAR: 20 28 s,o c4 28 27 -__442_,_ / _S00 4- – 29 as J 1/1 31_ 54 3 96 31 20 I COW, ke.c,gm4ieio 1" (p• I 29 rt �© V Ldto fl El 33 20 34 i /N1540 11142 1 Goo '444 ' • 8070 37 - 39 - 35 20 1 Pe s (:eap.. ® 5 as 40' ePA E 20 15 lI - 6 , 37 100 3 WeLP ' .. 41 - .. i2,° O 39 CO�1N . LOAD: 054, ,'300 I TOTAL VA 4,60,VlS.3, 5(0,323 sol- ;;- 41 470,4) ctf,JnN i'I : Lew 1 0,189 VAk I 5 lID TOTAL VA 17,471 16,631 1301 1 . CO,I,.,1, Ll o :z1i, r3 VA AMPS 145.(,o r .s. 106.1. - C0 JCT 70 5Ea1 !ON i R R . I..� 4I.1 401.1 irJe.,0MIw ei F' ep, c-as.i l i TO TJt1 2.. vs//07A)0 Pm: i.-. 9 AT IN/c.:7--11K144 P A N E LE,...r?c,1117100 2,SCHEDULE C12nA02i10 PANE.Lstlt0NISCHEDULE ( t M B110) I Zoe / i oV, 50, 4114. , I$,000 A10 400A, M.C. W eHLJWT 712,110 e u a 4 SERVICE B SERVICE a -� § CI u A C G I ?:0 I I GaNv, l eo. I'4 � 1080 CONV, Rs°, .o:1;7 IOMO, 35 •s°'A 2a I a 3601 , R • 20' ." 1.-4. go Joao 5 ,2281,0 33 Vi-% a g _ 5i i I .. 5PA,12> " 1 . 1 d cot4v, :00 I eo 1 cowV, rplaG, 5 430 20 bleioo5M1 4 2D s a q 2n 1 GONV. 12�G, O .rrrr la 20 I 1° to I 1 20 I CO PV. 12EG, 17 5f.70 7 a comp 12130, Imo, A224+,A223 = 0 i__i 12 la 13 eo 5 HoT PLAT I� I© 1730�2oO .--�1 3 RAND �£ I4 4I�I3tt. FREEZER C6MP l 11112 rim la 200 III • 23 Dliii DIiiI .-----i61-4 I.: - 6,40 I6 17 11111 50 rye RALICAE, - RM ,232 /III 17 0 , f a V hIhIco 121 ,ISM. A2.20 la 19 qo 3 aR1001,.� I I 1 * 0M F 50 3 ao 2 { -- Igoe) 20 I 1._ Ql 6.W.. gee...ievi, Ha a az 23 as 30 3 21 5 -7000 ill?fri4e e 12 1. aIIt7,13Id1 24 00 Lira-7= OVM 8 ®�'! Q EIJS TIW /_. s,o c4 28 27 -__442_,_ / _S00 4- – 29 as 0 1 3000, -- .---17,,•4, 4 -- i. 31_ 54 3 r N't.Yetke 12 coo ! $2.'iet2- 12 50 3 32 33 I 29 rt �© .341aNr ' ,I r • a� Q 'r�'.o'', rAI�IoU el,p 34 35 7,1 11142 ` .t '444 ' • 8070 37 - 39 - ~' _ - . ..1' PA+Ci _� -t�M0 014 (:eap.. ® 5 as 40' � --1-6000 6*afo li :, * 41 - .. i2,° O CO�1N . LOAD: 054, ,'300 42 TOTAL VA 4,60,VlS.3, 5(0,323 .t.l 4.I AMPS 44A7 4(.(A.4 470,4) ctf,JnN i'I : Lew 1 0,189 VAk . I..� 4I.1 401.1 irJe.,0MIw ei F' ep, c-as.i l i TO TJt1 2.. vs//07A)0 Pm: i.-. 9 AT IN/c.:7--11K144 P A N E LE,...r?c,1117100 2,SCHEDULE C12nA02i10 208 / IZoV, i 4V4, 226 AL18,Ooo A IG lAAPm tai. •E. U F a 6 SERVICE VA SERVICE. I Q ki F ¢ Q Ek. ou[ o A I 5 7 q C SERVICE I 20 I COJv, R'ec. It13G, tztA. A, Ago �:1- S, as Cr4rJV, i�BG, R A2� 20 I'4 � 1080 CONV, Rs°, .o:1;7 IOMO, 35 20 30 I 1 a 4 3 3601 , R • 20' ." 1.-4. go Joao 5 ,2281,0 33 Vi-% a g _ 7zo 200, _22 I to 5PA,12> " 2o 1 d cot4v, :00 I R F12 I C�> I� A►TaF�. >s tUT I L I'T-r purAP 27 20 18 Z5' • _ I -. Plot CIRC PUMP -RM A202 COMP REC. RM A24I I GONV. 12�G, O .rrrr la 20 I 1° 11 20 I CO PV. 12EG, 17 !%;;e4DL-20 a comp 12130, Imo, A224+,A223 = 0 1 12 13 15 1 AZ3't, A2 , SPARS .--�1 3 RAND III1cov a FREEZER C6MP l 11112 rim la 1� III • 23 Dliii DIiiI .-----i61-4 I.: - 6,40 CoNU, z. �. hID II1ID II 1113 1111 rr wa eHe54 50 rye RALICAE, - RM ,232 /III 17 cal), f A2441,04.413 hIhIco 121 ,ISM. A2.20 • :. COIb1lU, LOAD: AMPS COW: A24o,A743 CONY, fT ,d,220,i►2f13 g tcA�l� • 20 19 20 I rot" M It Ql 6.W.. gee...ievi, Ha a IIIID IIIID rh'11 II jMCI 1111140 I 21 I ill?fri4e e 12 1. aIIt7,13Id1 ZD 1 a2 23 20 I -__442_,_ / km.6110. ewei 190 I 24 as 0 1 • f — .. - - 2,49 i 1 26 28 27 Zo I I 29 2� I .341aNr ' ,I r • a� Q 'r�'.o'', rAI�IoU el,p I 30 7,1 11142 ` .t '444 r / i'- • 8070 GONhJ, LOAD : 37, 6G0 VA. o o QJ� 014 07....i .. J � _ � 4444_ .._�._... li :, * TOTAL. � 4'l� 1492 0 i2,° O If�,SzP CO�1N . LOAD: 054, ,'300 ., .t.l 4.I I 15411$ ., 444 4_. L _____. ,, , .1. 4'S4Z 2 Vr4 ___' Innr l4 w 4"L TOTAL ' VA Gp,..►,e.l. uAc : a? v',°� AMPS 140•1 1 pi.S 14.2. 1 38 40 A • tt 4-07 *I 42 TOTA1... ViN AMPS ID, 10,8%9 5408 CONK. LOAD: st, -7 VA. anc; "0.w 'Jg.-7 Sem. i P' PANEL ad _ SCHEDULE ( A214 -- e0 8/ l 2ov_ , 34 414 , 4cxI A ,10 000 A /C 44O A N.G ' $ w SERVICE SERVICE. I Q ki ea.. No+ POLE MIZ A SOU g ---- -, C. I 5 7 q 20 1101,1V, ReaszTJ • , A �?� 3 Ell Ell GI IIlIMP rr I CONY REC,.RM A247 It13G, tztA. A, Ago �:1- S, as Cr4rJV, i�BG, R A2� 20 CO 1080 12�0 900 oN. G4�IV. . COWR •!PI I A ?.I2, 22. „ - � a .,, flfl _—__�, 'CONuN.REC.RM A24C2 3601 OSIY' R • 20' ." 1.-4. go Joao II iItIeoJvi ,2281,0 33 GO a g _ 7zo 200, _22 I to i /3441, A e • s � A21�,�,21 ,�c29,A228 A2 2 %,AZlo 10- 2A cot4v, 54011000 pkee2,�.223 r Im WM Mill. Z. 0121'ER.. Z5' • _ I -. Plot CIRC PUMP -RM A202 COMP REC. RM A24I WAR III 31, Aa A2. .rrrr la 2,. .� CONY. REC`RM A2411/124 2 e• 0 CONY. REC RM A24 I , IJV, A2.57,, III 16 17 �-°�' fie" a comp 12130, Imo, A224+,A223 = 0 •� 7W 41.AY, AZ3't, A2 , 11111 18 A* Isr III1cov a MU r1! * ..:-,ti Ice°3 , 11112 rim Iao ' e cui�rref s 'e III • 23 Dliii DIiiI IIIIc#oIJvi a ,� ZG ► I.: - 6,40 CoNU, z. �. hID II1ID II 1113 1111 rr wa eHe54 50 rye RALICAE, - RM ,232 /III 1000e4 cal), f A2441,04.413 hIhIco 121 ,ISM. A2.20 • :. COIb1lU, LOAD: AMPS COW: A24o,A743 CONY, fT ,d,220,i►2f13 g tcA�l� • ... _. ,Y,g Ih1I IlII Nil: iIiiE. r IIIID IIIID rh'11 II jMCI 1111140 0. -1 . P41 .. /- A243424211 • OuTLeT PM, A245 2` ' poop., A1/4244-1 A.-1 33 !' r2 720 4100. CONV, 'EC. RM.A ?34,A23637 Za a 5g�1� A234,A2%•Ag2371 H H ' 7 50 1 -LAND DRYERS RMA21br RMA217 r rite• 39 r1Arr ,....-----(5-5C *0 411 1111 • U, ' 11142 , • '43 rAL VA 13,800 155,790 • 8070 GONhJ, LOAD : 37, 6G0 VA. �r AMPS I1 W 014 07....i IIIIIII 1JV/ SOBI"EED LUGS,CONNECT TO SECTION 2 PANEL 2c2. SCHEDULE Cfoo1 A214) 208/120V 3P 41A4 , 400A 110,000 A C • M.L.O. g Q $ SERVICE �B SERVICE. I Q ki � a to � v OC u A I 5 7 q (' I� SE�/iCE 0 Orin s 7 20 IIII II n . CONY REC,.RM A247 7 20 100. CO Al T VI1.7E0 s . z, IWO 1110 1111 IIIIm I1IID nfl IIIID 1111120 liii 1111 I UCI a. Io it 24 _—__�, 'CONuN.REC.RM A24C2 3601 ° 000 Joao 10 I?.. 14 ,2281,0 33 ATT e.QLJIPM7. lIlUl 1111v I Ifl r1 III 1111 I I • I 3 100• ,�c29,A228 A2 2 %,AZlo 560180 54011000 FLOOR REC.RM 4.22 8 40. ,. A\ 247 • , I ts- ( Ire. . 1500 1.4... ,. �h�I'� Carr I9 Dl 3 as IN-1 Man 132,. ;iui ;1 ifia 41 _ I -. Plot CIRC PUMP -RM A202 COMP REC. RM A24I CO 15 .6t 2d * 800 2,. .� CONY. REC`RM A2411/124 CONY. REC RM A24 I , 720 180 72 40 �-°�' fie" ' S Ole = 0 e "' 211, al..1* S -* ort..a." 2(,P, • _ ._ .w�. 11 A* Isr ill IIIID .1123 111149 VA MU r1! * ..:-,ti 28 4•2 11112 rim in _4Qao 000 rN� ,� ZG ► RANG -1E - IRM A229 6,40 _do. ?,0,G 4I 222,0 -. .. ,1 50 rye RALICAE, - RM ,232 /III 7` -, 3 , f _�._. _...__ TOTAL VA . 2 ,Iio 1040 2°I, '7 COIb1lU, LOAD: AMPS iA((D . • PANEL ZC3 SCHEDULE ( Pt2 $ ) tog zov, 3 , 4N , 2Z5A , IO,OOQ A A M.C.E3. kJ/CONTACTOR d u d i3 0 a. SERVICE � SERVICE. I Q ki A *-- B C I 5 7 q d MU H 1 COIUV. 'a;.C.RM,A 3)1,232, 2 1100 100 CONUV.REC•JZM A22S SZ' ALL 50. WAL CO A 23 Z1AZ33 1 104' 724 I ia 10 I?.. 14 ,2281,0 33 720 900 • I 113 ,�c29,A228 A2 2 %,AZlo 560180 FLOOR REC.RM 4.22 8 min 1r MIDj 50 r 2 420 180 CO 15 I,22:}0,229 50 720 180 52412,;11 = 0 2 RAN6,E - RM , 233 4°Z400L7 RA1'J RM A 233 17 _4Qao 000 RANG -1E - IRM A229 UIJ: MO 1111 20 KIRI t9 21 z.'3 50 rye RALICAE, - RM ,232 /III / • .* �00 f I 0411'1- 041,01 .0a0 + as 11 Ih1I IlII Nil: iIiiE. 27 z!' L• Of 0. -1 . P41 .. /- • :11-Hf e4AJ U, ' I ,./ . IIIIIII TOTAL. � 4'l� 1492 0 i2,° O If�,SzP CO�1N . LOAD: 054, ,'300 AMPS •••••••• 11•4.3 101.2 15411$ ., 444 4_. 4 . rovves, Loa. vyrf 41fAot4 larPT11 opeo'rtot'a OF newel. /..A P10VIDE 100 Ai 3P CON'TAC'POR 114 PANEL .L� • • 0 0 v) • 1. Fr" • 0, il o CO En co X E < 0 N M •4 ...,...+. c: .,a::r..:a�i:�:;.zsasw�57.srtc� a' .:.:.4�,.+t:':d,r'.:ac:�;:..�. •... • �I 11 I l i 111 111 111 11 I III ! 11 III 111 111 111 III III ! I I I r• ! t 1 V I I I I i I 1 1 1 i� l I 111 i t "I 1 1 1 II 111'11.1111r".''.. I I i� l ;, - -� l 1 I r I I I i (CI III II JII i l 1111 I 1l.1iI 0 NUM INCH 1 2 3 4 5 6 7 8 ,4.444 - _ ti_.... _.. NOTB: ]f the microfilmed document is less clear than this I notice, it is due to the quality of the original document. I 0€ GZ t3C Lz 92 52 h7 £Z 22 12 o? 61 et 4,,t 9t Sit ht Ct zt !t c71• 6 a L 9 s ti C 2 t ww 0 I 11 l'' ( 1 �I I 1, r • 1�J1�11( tJlllilll,hJ1lIL 1111111 llilY 1111111 ll�l!lthililll�il!i!II01101.11 Illl1l111111ll!�I 111111111111,1111 VIII 'I' l II ((' 'I l 111111 I i 1 (1111 III1�i11! 11111111 11111�1111111t� ,,. ,. 4444.,. ..,I . 111111 ,I�1,1•I,II,,IIIIIII! �i ... �II�I�1IIIiillllnllililllllll11111111111iIlIIiIl1111111111 III 11111. 111 11111 III111111 ,,li } ..,r � _. c+ ♦ . IIII .11.iIlIIII1IIIIIIIJII11111I 11rIiI IplIl 1111111;. 9 l 10 111.4. 12 .4 ,:�6�:i.�..:::.:.+..::. . Nw•4vT A.•• a. A' iJOMf {/�.X'.IM�VG4}vYf'A`141�.wYfW �Jh v. r. . • 4 4 4 • PANEL 2D SCHEDULE (ROOM BRIM) 20 6/120 V 3c4, t4kit A , 10,000 A C. 1401 P`• 1M.G.0.180, rY V w V SERVICE A VA' SIERVIGII:. AMPS 1 1 III A B B S A a zo 1 t t:o.RECRM exists 1,J 148 5 5144- • . . ... C Q��I; Co1�UV.REG , M S1Qf, 8105 2 20 E En3 CONY,12eCt izM, �11�, I ^t7 ; l .4.1 :: •• ^ 1 Iii o ' 55°' ISO o 1 ' 1004,8for i iii Ct1!W.REG.RM 8914 7 72o boo D /pp I _ DISPOSAL VM. 8107 � IIIIcoiJv1 I111CadN IIN1 0100 •,. 131 S SPARE / vb-f- l ° 1 0 11111 I 1 10 11113 imp 11! lav4,00 R REFER RM 3105 I GoIJV geo, M. 12400 . . COIJV.REC.RM 3i 0Z - -34°04 L giiM L.T5 1RM B101 I _ 1041._ 1111th N11 a L a 34 C L1,1 t2 4 Po I0( 1 , i , . 1 1 11! DISPEWER. RMB102 . . . . _ 1 12o° A AMPLIFIER , , I 34o7'to V er. zz ..; VE1` c MALI .RM 101 D t I - ,. I� 2, de ' c� . - 3 (pa E 900 E.L1 Cf"ROIUtC, RM Biel . f NMM NN f 0 0 Mal - I - . ., 3 - -- 1111112.A11111 36 2a V VENC. MACHeRM X3101 1 WHIRLPOOL- R1M. 6154 D sa '3 G GARDE COMPACTOR 8 8a` t 920 250 II tp, 20 Z Zo Q 131111 % �-� . % oe c I II 12 ce -1, 1 ._._. PP•1zE' 11 I 250 1 uIiI' 31. 3311110/1 35 El 5 W145I1ap- tail- D150 C'70 . MOM `2 KILt*1 RM bI(,aO) I f''• ,. .' . . CONN. LOnO 46)A41 Inn 15.467 11.' S 2.2 } •* IiIiD 37 20 I SPARE AMPS I401.01 1400.a SPARE (FUTURE WASHE' Urialla 392° _ III. 4120 1 .w Burn TOTAL VA 8380 3329 7100 COM•J `J, LOADS : 2 3 , 80 9 AMPS 6041.01 601.4 6/01.2 f PANEL S SCHEDULE (N91'411,914/1) 2aa /ito ttooA , G0,vex; AV, V SERVICE 9 39 41 AI1.21•,4. cM1r1 °j%TLeT 12,410.11. LT' 602141, -• L I.'1 .-• 124-1. 1jI0I*, VATTAGE A B 100 SERVICE oftlivt.t. L'Th. Co */ 1 .- 12110. s,igra 2a TOTAL. •VATT$ ,p. !pa 040 #'!off :.. ..r Io %0, 0, bD 10 Vapti leviglco c*,4\ 1•. IZ+. 144. 14/1.1,101& .-1'?. w- • 1 k1.4 61112.07 CAW. W.- 4.4141$4,10-0 18 20 22 26 3 4' 36 40 (aa),1 '1 at-4 CONNECTED LOAD u 1(14, *r. AMPS �1 rz s�'1.2 .�. DEMAND LCD 4 . I pN ( Voli' 0 l W 11.41 (,. 11,1 1 • 4 IEMEMP' .•••11111111=10211. PANEL Ztt1 SCHEDULE (.>i8141 208 I24Vt 3 4N � A►, ID,OOO A/G 110A M.G.5. rY V �_ Q iLl � SERVICE se2vi c SERVICE. 1 1 III Itl 6 A - 07.11_ A B so III D 0111 111 II 011111! DII1ICQtAR D VI • Q��I; cc7N1�, P.M1 f' 11 G q,�.. • ,,Ella CONY,12eCt izM, �11�, I ^t7 ; l .4.1 :: •• ^ 1 Iii o ' 55°' liii ' G t�I"uSY FAN. ;1 ..: GY' % � �, �,,�� �Y G�� ��.� COOL RBI A M% 0164. iuiia _ 11 � IIIIcoiJv1 I111CadN IIN1 0100 •,. t bitoCip 111 ° 1 0 11111 I 1 10 11113 imp 11! . 6 GoIJV geo, M. 12400 . . come Rec. Rr'l biSS giiM I Rat RM.15120,0145 018+ ,514.2.720 1 , s tA,1b144� 514 , � � , � � , >�1 • 'r5, • �: . ; .l, 12�, 1513+ 0124, _ 1041._ 1111th N11 , e o a 34 C L9.J > t. 14,4,1 %1. , i , . f 180 t.. • 41,1012.-(a RA, 5156 , COMP. 131 , PA. 0126151 IElI1i er. zz ..; ...N t I - ,. I� 2, de ' c� . - Goov. Rw, I�w �( ., I2,finn 900 P400 NMM NN SPARE 1111 eo al 23 as 0111 29 11 III, I 11111cot I l p�154,r 135,I31 - -- 1111112.A11111 1111111111111111111 Ti I IIIID WHIRLPOOL- R1M. 6154 IIEn 1 IptI WRIP.LiQL 9-1.4. GIs+ 920 250 II um lir .'f1 R RMt �! © 1112113 !0'.ak>�t 5I 5�$ �-� . I II 12 1zo. LAM I 8 ' : ._._. PP•1zE' I 250 1 uIiI' 31. 3311110/1 35 El 5 W145I1ap- tail- D150 C'70 . MOM `2 KILt*1 RM bI(,aO) I f''• ,. .' . . CONN. LOnO 46)A41 Inn 15.467 11.' S 2.2 } •* IiIiD 37 20 I SPARE AMPS I401.01 1400.a SPARE (FUTURE WASHE' Urialla 392° _ III. 4120 1 .w Burn TOTAL VA 8380 3329 7100 COM•J `J, LOADS : 2 3 , 80 9 AMPS 6041.01 601.4 6/01.2 f w (Sul3f`EED LUGS CONNEC T -ro secTIA I 2 PANEL 2E2 SCHEDULE ( 814( ) 208 /I20 ,s.1,4,2 �p, lO,Ocv P.Ic. M.s..0 u SERVICE A V SERVICE �' Pi Q 13 le 2 la IZO AMpLIFERoRH BI5'i 205-60 CONU.REC.RPr1 BISI 20 III CORN iREC. RM B 1 ' 1,1315.2. _ IhhlD t'a0 SIT I Ii 131 I %O 3�0 15151 11111'! el h11l : ' Yc T5 T ALL g vi . *ReTfPLL 1 1D iI1I 1111° HIl.. 111W I i 1 1 3 IEIF Y >. '''/ d. I.1*' p'' liii 14 I5 1 - „ IIHD Dliii.. i D • to% H 116116 • �,, • L " ' me Eo Ili ._______. -1`. lilly! will . 1 4 UIID me! L442. 0,11 ' aro, +5a _�____. £c 1 1IP . • 1,14 -3 Ha zb BI 401 leo Mal ox) MI INNINI ON w. Ilhl-. _ ± loo 111 Ir .�. IWO IH o 0111 ..--� 1I 66 *al 1111 _ III II 4; 41 ii .. 'J . iiia TOTAL VA 22•4-gc 155* 22.195 CO i,LOAD: (6•001o8 VA AMPS I e ?, s I2 L 3 IBM . co1.A.leGT •T'U D a Ste# f 1 vIDe. Loki V01:1-0 lr# •t•-*'f 9 e/IC•4.11'N j I., i Cam, I i& 2�, `v1, 101 ,'2-! ,? 3 4 PANE.L2Hc SCHEDULE (t o111 swam) 2D8 /12OV, 3o, 4N vie, A 1$000 A C A . 1§1.1...0. a u �_ Q 0, SERVICE se2vi c SERVICE. cohl o Rec. QM itill 1 1 III no 1101 11!'1 6 A - 07.11_ 0111.1.- Ell Ell so 1 cow Ieec Q��I; 1,4'4.41 Hv-4a ,,Ella I ^t7 ; l .4.1 :: •• ^ 1 Iii o ' 55°' 5 III U JUl CIIIII ®1111 mom 15 II 1'7 Ill` 31111 DINI MIMI DIN DIII DIMI is Ial INI� ' G t�I"uSY FAN. ;1 i t • ? I R RIG0•101.1 GOP4tOL kec Rei • I 1 ' cow R erc ram ` It _ 0100 •,. 111004v 61,211A bitoCip 111 V•4 ............* . 6 IuII come Rec. Rr'l biSS giiM M .1': Ni ' ' ' WIIIIIIII 1111th N11 a 34 C L9.J > t. 14,4,1 %1. , i , . f + . • 1 _ IElI1i er. zz ...N de ,,,,,,, P400 NMM NN ittal l 2,1 . - � 1111111111111111111 Ti I T 61,4,P,�1e,0 11112 lIPID IIIlM IN IIIID MI Min Nile IIEn 1 COMP a P,15- bI « % ' colJV Rec Ro 61 w- �t (Jv e& • II um lir ffill1111111 mil , 1102.1® M3511111 11/ ._._. PP•1zE' �,Il, -I'll itM, I'blto1 wilein co1.A.leGT •T'U D a Ste# f 1 vIDe. Loki V01:1-0 lr# •t•-*'f 9 e/IC•4.11'N j I., i Cam, I i& 2�, `v1, 101 ,'2-! ,? 3 4 PANE.L2Hc SCHEDULE (t o111 swam) 2D8 /12OV, 3o, 4N vie, A 1$000 A C A . 1§1.1...0. a u �_ Q 0, SERVICE se2vi c SERVICE. cohl o Rec. QM itill 1 1 III no 1101 11!'1 6 A - 07.11_ 0111.1.- Ell Ell so 1 cow Ieec Q��I; 1,4'4.41 Hv-4a ,,Ella I ^t7 ; l .4.1 :: •• ^ 1 Iii o ' 55°' 5 III U JUl CIIIII ®1111 mom 15 II 1'7 Ill` 31111 DINI MIMI DIN DIII DIMI is Ial INI� ' G t�I"uSY FAN. ;1 i t • ? I R RIG0•101.1 GOP4tOL kec Rei • I 1 ' cow R erc ram ` It _ 0100 •,. 111004v 61,211A bitoCip 111 V•4 ............* . 6 IuII come Rec. Rr'l biSS giiM M .1': Ni ' ' ' WIIIIIIII 1111th N11 a 34 C L9.J > t. 14,4,1 %1. , i , . f + . • 1 _ IElI1i er. zz ...N de ,,,,,,, P400 NMM NN ittal l 2,1 . - � 1111111111111111111 Ti I T 61,4,P,�1e,0 11112 lIPID IIIlM IN IIIID MI Min Nile IIEn 1 COMP a P,15- bI « % ' colJV Rec Ro 61 w- �t (Jv e& • II um lir ffill1111111 mil , 1102.1® M3511111 11/ ._._. PP•1zE' �,Il, -I'll itM, I'blto1 wilein C'70 . MOM `2 KILt*1 RM bI(,aO) I f''• ,. . CONN. LOnO 46)A41 J, 40 15.467 15,47 S 2.2 1111112 TOTAL VA •b• 10,,1? i 1+1.110 1 *,1-V1 CQ 4i.l. L°P'0 : 4*/ *'11.41- VA, AMPS I401.01 1400.a Ia',' PANEL C SCHEDULE caoomgz(r) F.., zoe nova .aw, goo nn0000 nic woo VA 01 01 EC " SERVICE. $ 2. ZO COrJRELR✓� BBB� �o� �Rtt. Rn b20 En °ii .�i �11110Ell II, izirimal-__. 111= MID I II 11 1 11 - e4o,. �oa � .2 HIND 1 15 I III NMI . Mil Dilhle E m lila Dliii P�� m� a_ I Npmuiii__ DIIM-V � 1111112 r— ail 33 Mi -""INIIIIIIIIIIIIII al NM ell WM iii""4110....._ ... CI NM • • TOTAL VA. . vyoo i62o IOW CoNN. i.ono -agoo vin''m AMPS 19.27 lw.y 9.0 - PANEL 4H2 SCHEDULE (Room e101/) 960�/+2]")v. jm,4w, IOO A, 10.000 niC n�0. AMPS se2vi c .. VA " SERVICE. AMPS 0111.1.- `" miii u3n 011111 Midi , . p 1,4'4.41 Hv-4a ,,Ella ' 11110 Meg III WI MO min V•4 ............* WN-1 riOPA. _...... • � IIII Hv-b`) DUU DIO f 1 _ IElI1i er. zz de ,,,,,,, � u 2,1 . - � nuwill! IIUD nil 30 11110 NM 1 121 1111111 JA e..p- a, II ffill1111111 M3511111 11/ ig II li PI III t5497 MI 39mi III . 411111 ,. . CONN. LOnO 46)A41 TOTAL VA • 15.467 15,47 S 2.2 32.2 312 iti ;IN IfII�IIIIIII' 11 1�111�1; 1�11f11111�111�11II111�i11I1111111 '�(11�I !III pi II ri 1111111111p IT' !111-11 111111111111 !Top NOTE: if the microfilmed dacunent 118 lees cleat then this notice, it is due to the quality of the original document. 0€ 6z se 12 9z sz 4,Z zz 13 0z s► 91 !.1 91 5t tit el Er 01, h 8 L j 9 C WTl0 11 f11111111111111111111111ihi11111iiI11111111``1111111111 1 111.III1II11.61111.411101111011, I1111111g111111 .111,61.1l11i116111111111111111( II 1 11111 11.IIIII111111111111 I II I I ll I 1111t1! , 1lll1llliI l n , l L � !11 II11111iIHI111111I1lI111111II1i111 !!I1 0 ID TN9 INCH 1 1 1111'11. 11111111111111 11111111111111 .1I111111111111f11IT 9 f 10 11 IAD€MOSRMMiV 12 • .r: *' Y rat4Nve ` r c TIo PANEL 2H1. SCHEDULE toteoilf-pq , 2 o? 141.1 120®0. d i 6,000 ' v M.Io- O g SERVICE ACS SERVICE ; a elm ;., 1314.4e I�fi. 0IMMG 1' �• ` f I' " Iop�13 r, /� J i 21;: ■le___ ONO ISEIN0.41-• ''vo' 4 1110. -- a 11 lIIIU� ! ,- ,4 . �Qr� I I 2 EllE1 --� 18 Pli 19 3 6041 '( Gi 4i . 4 19 QO t , ;� ._,.. ,. 10. Will! 1°" PRIM tea' t/SlTi c` �e TMD ? 04,120 MEM 133 29 Ir V ,161 , m3A m1 `,- SPACE lig .III iIll _ ' N II ,�,.,,l d - . maim 3 39 1 IlI - El En •TOTAL. WATTS 0101. 11, l05►,saei.l ,vZ1 CONNECTED LAD " ,iu.",Qk' AMPS 0,2.1 581.1 021. I :tl. • 0 0 (a) Con 12 (au, Laul ce Litri v) 0 ri •rn rn e' rt 0 ;. Lu �k c li r ° 0 u a cc WASHINGTON z Col ItaL, cn v Cl) 0 - PANEL 4H2 SCHEDULE (Room e101/) 960�/+2]")v. jm,4w, IOO A, 10.000 niC n�0. g tu se2vi c .. VA " SERVICE. 0111.1.- `" miii u3n 011111 Midi , . p 1,4'4.41 Hv-4a ,,Ella ' 11110 Meg III WI MO min V•4 ............* WN-1 riOPA. _...... • � IIII Hv-b`) DUU DIO f 1 _ IElI1i er. zz de ,,,,,,, � u 2,1 . - � nuwill! IIUD nil 30 11110 NM 1 121 1111111 JA e..p- a, II ffill1111111 M3511111 11/ ig II li PI III t5497 MI 39mi III . 411111 ,. . CONN. LOnO 46)A41 TOTAL VA • 15.467 15,47 S 2.2 32.2 312 rat4Nve ` r c TIo PANEL 2H1. SCHEDULE toteoilf-pq , 2 o? 141.1 120®0. d i 6,000 ' v M.Io- O g SERVICE ACS SERVICE ; a elm ;., 1314.4e I�fi. 0IMMG 1' �• ` f I' " Iop�13 r, /� J i 21;: ■le___ ONO ISEIN0.41-• ''vo' 4 1110. -- a 11 lIIIU� ! ,- ,4 . �Qr� I I 2 EllE1 --� 18 Pli 19 3 6041 '( Gi 4i . 4 19 QO t , ;� ._,.. ,. 10. Will! 1°" PRIM tea' t/SlTi c` �e TMD ? 04,120 MEM 133 29 Ir V ,161 , m3A m1 `,- SPACE lig .III iIll _ ' N II ,�,.,,l d - . maim 3 39 1 IlI - El En •TOTAL. WATTS 0101. 11, l05►,saei.l ,vZ1 CONNECTED LAD " ,iu.",Qk' AMPS 0,2.1 581.1 021. I :tl. • 0 0 (a) Con 12 (au, Laul ce Litri v) 0 ri •rn rn e' rt 0 ;. Lu �k c li r ° 0 u a cc WASHINGTON z Col ItaL, cn v Cl) 0 :tl. • 0 0 (a) Con 12 (au, Laul ce Litri v) 0 ri •rn rn e' rt 0 ;. Lu �k c li r ° 0 u a cc WASHINGTON z Col ItaL, cn v Cl) 0 'MIMEO GRADE OR PAYING HAND HOLE AND COVER ANCHOR BASE AND COVER 1' CHAMFER 3/4' X 18' ANCHOR 801 TS 1 /TH 4' HOOK I1' RE4'D1. 4118 CORNER BARS. AIL REINFORCING TO 81 ASTN 481S !BO CRAM. J! TIES 2'C. C. EXTRA AT TOP 4HO BOTTOM Of ANCHOR BOLTS. CONCRETE FOUNDATION 3000 PSI NIN /MUM COMPRESS /ON STRENGTH. ---O4 CLOSED TIES AT /8' C. C. --moo JOINT. AUC£RED. HOLE J /1' X /0' -0' COPPERNELD GROUND ROD. *HMV MORI ' DEPTH °A' DEPTH 'A' 101-'O' S' -0• 1 20'-30' 8' ..O' i 10' 7'-0' JO' 50' S'-011 JO' POLERA f'1al"'1r�6 �� .�, (TY )!CP -L. FOR ALL POLLS R A ..vim st i*'-e I L N-e,, v3/4/ r -h ,-._I 4' (1 001.-/ t-ir- -° 5 t,i R Pie SCALE: NONE CONCRETE SLA8 STEEL - BEltS • DETAIL 1 -1 t 2- C 4 X 5,4 REAPERS I 1-TI/OS REO1.1 NOW A' ROOS, 117/671/ AS REDO. r 4 NEW. r S /If AS SHOAT!' OM PLANS,/ DETAIL 2-2 80L T TRANSFORMER TO IPIrroap B.:sr op BASE '10 CHANNEI S _N'/TM J' /9' D BOLTS, ELEVATION 3r9• PL ryODO BASE.. r 2 REM/ 1I X 5.1 PLAN FROM BELOW ffXS.I ASOI'E • a • 4J HIND HOLE AND COVEN ANCHOR 84SE AND COYER -1' CHAMFER --- F /N /SH(D GRADE OR PAYING 181S CORNER BARS. AIL REINFORCING TO BE 457N 4815 (80 CRAM. J11 TIES 2 °C. C. EXTRA .4T 1OP AND NOTION Of ANCHOR BOLTS. 3/1' X 186 ANCHOR 80L TS NTH 4' 1100X (1 RE0'01. 11' RADIUS BEND. CONCRETE FOUNDATION J'000 PS/ MIN /NUM COMMISSION STRENGTH, • d /4' / lair DETAIL 1 -1 2- (9X5.4' I I -REM 1 CIEVISE FOR 5/8` NARCER ROD. 5/8' d 11A.Y6ER ROD 77„.„----------- PITH DOUBLE NIT As SRO,/ - TRANSFORMER d/4 • PL Y11000 BASE. -�___-- -CI X 5. 4 2' X P' X J /J' WSHER. r I- RE00.I DETAIL 2-2 CEILING SUSPENDED DRY-TYPE TRANSFORMER MOUNTING DETAILS SCALE: NONE 01 CLOSED TIES AT /8' C. C. ,#1 TIE. CAVNELD JOINT. 3/4' X 10'-0' COPPERNELI GROUND ROD. .... MANUFACTURER DEPTH 'A' P IA. °B'. atw; 1 !8' i i A 40' 1 0 ' i I 3O' J . ► 1 ti. I yam. 1I X 5.1 PLAN FROM BELOW ffXS.I ASOI'E • a • 4J HIND HOLE AND COVEN ANCHOR 84SE AND COYER -1' CHAMFER --- F /N /SH(D GRADE OR PAYING 181S CORNER BARS. AIL REINFORCING TO BE 457N 4815 (80 CRAM. J11 TIES 2 °C. C. EXTRA .4T 1OP AND NOTION Of ANCHOR BOLTS. 3/1' X 186 ANCHOR 80L TS NTH 4' 1100X (1 RE0'01. 11' RADIUS BEND. CONCRETE FOUNDATION J'000 PS/ MIN /NUM COMMISSION STRENGTH, • d /4' / lair DETAIL 1 -1 2- (9X5.4' I I -REM 1 CIEVISE FOR 5/8` NARCER ROD. 5/8' d 11A.Y6ER ROD 77„.„----------- PITH DOUBLE NIT As SRO,/ - TRANSFORMER d/4 • PL Y11000 BASE. -�___-- -CI X 5. 4 2' X P' X J /J' WSHER. r I- RE00.I DETAIL 2-2 CEILING SUSPENDED DRY-TYPE TRANSFORMER MOUNTING DETAILS SCALE: NONE 01 CLOSED TIES AT /8' C. C. ,#1 TIE. CAVNELD JOINT. 3/4' X 10'-0' COPPERNELI GROUND ROD. POLE BASE DETAIL' -B (wO►.4•T1z /4'FIc Poe ) SCALE: NONE HOT 11-.1PUT �H LT12.06T/A►TIG kilauTRANI. 1-10T OUTPUT .0-----15L111-0109 GpouF4o tieI OLlNO' Cfr% aRooPo COMpUTeI2 3YSTEIA GAF1,00140 Rory oR ROLi C GRIC ISOLATION TRANSFORMER CONNECTION DIAGRAM SCALE: NONE CONNECT TO ADJACEt4T GLOWTO P FIXTURE. SEE SWEET EI.Oi F=IXTURE TYPE "AT" f FLAGPOLE LIGMT) ----- FIXTURE TYPE "AV" ( TYPICAL FOR A) DETAIL STEP LIGIITSANDFLAGPQLE . . LIGHTS ' SCALE: 1/16" 1' 70° L I G H T I N G F I X T U R E S C H E D U L E MANUFACTURER DEPTH 'A' P IA. °B'. 10' -20' 5' -0' !8' 10,-.10' e s -O , �. U , 40' 1 0 ' 7'-o" 3J' 3O' s' -0' JO u POLE BASE DETAIL' -B (wO►.4•T1z /4'FIc Poe ) SCALE: NONE HOT 11-.1PUT �H LT12.06T/A►TIG kilauTRANI. 1-10T OUTPUT .0-----15L111-0109 GpouF4o tieI OLlNO' Cfr% aRooPo COMpUTeI2 3YSTEIA GAF1,00140 Rory oR ROLi C GRIC ISOLATION TRANSFORMER CONNECTION DIAGRAM SCALE: NONE CONNECT TO ADJACEt4T GLOWTO P FIXTURE. SEE SWEET EI.Oi F=IXTURE TYPE "AT" f FLAGPOLE LIGMT) ----- FIXTURE TYPE "AV" ( TYPICAL FOR A) DETAIL STEP LIGIITSANDFLAGPQLE . . LIGHTS ' SCALE: 1/16" 1' 70° PRGViOE SEPP;I /,)Te 151,NLLA3T o 'eM e GI" LieHilO ciRGui-r 51 ov4\ 1-10 H'; A r r .o'sd. a �� U O rTQI2i u,1 .042.eti.• LIGHTING F I X T U R E SCHEDULE MANUFACTURER .. LlrNai`I A a4- 5ds -A I: EE- Ix -W - Li-1505M -277-HL- A -5C C` . y, TYPE MOUNTING L ITNoMA E51 R - XT SE u LEN175M9AC- 277-SFQ WALL UG• INWREGT soax r W /co.JD . P'L.iU- c Awµw46 PRKRA�R i e" 7M,� us Hf Sal P501 Q�L. DOWIJI-1G hr 1 5P1 - 6L ©RUM LIGHT PF LICHTINC Fie.CZ PAR-40 rol E tie- '17 1.400W APe - eC- v.1G-5CK - Q125- wGr -eCt . LI11-490 • Akeovle7. ebei 1.4112tlei#44 & HI- Loa- efil-C•11 .0 so C C3 CO 0 z 0 U • •••/i:•. Ili 111lIIIIIIIIIl 1II�IIII111IIIIIIIIIIIIIiIiIIIIIIIIIIIlI1 lIII�'I l IIIII;ii I IrT Iljllil I Iili JIt!II [I O re TMs INCH 1 4 3 5 6 7 8 NOTE: If the ei.crofi.lned document is less clear than this notice, it is due to the quality of the original document. oc sz se Gz 9z sz +,z ez ziiz ►z 0? cis► B► 4► 91 51 a► CI ZI► a pl, 6 III!I II!IIIIIIII!!II!I!IIit ! i , 111! IIIIIIiIIIIIII! IIIII�illll !III�l�I(�l�Il�llllU!!I�jill ! 111�J, ILfll illlllilll l! IIIIiIVIIIIiJIllilllllllllillll illl;Illll!(IIIIIII IILIIII Ill+. i( IIIIIIIII!IIII1111I1!I!Illlilil • Ills VIII VIII'IIII!II�IIIIIIIIii 'IIIIIIIIIjIIIIII 9 10 11 N, INK RmNt, 12 L j 9S V C z ► ;:;; 1 11 i! IIiII�, II��IIII!(i►!{!! �II�Il liltli► Ifiill l!1!Ill1if!I1IIIIIIIIliIII L I G H T I N G F I X T U R E S C H E D U L E MANUFACTURER LAMP T! MOUNTING VOLT. REMARKS 1 6p6 -24G -AI2 -E5 2-ai Ati ACT we RE ' Eb ;1 1 x 4, 6Pf -2'c. Al2 E5 2- I'X 4/ c__ III. 2 P6y- 24o-AI2-E5 ACT -- 2'x.4' .0 2 5FF - '1O -AI2 -E5 cIw13 . ...r` E III F 2 5 PG - ?4o -AI2- E`er ALT 111111 25PF -34Q -Al2- 111 6WB 1 2F'&-,4410-Al2-Es 4 ACT 25FF -44O- AI2 -f•:5 4- 603 2'X 4' . 45th- 64o- Al2-•E (o- Acr I ECEs5E0 4`,744/ 2PM46 340- 245•F5 3 -34W ACT ReGES , oil 2'x"i' III M24o - FW -Al2 -277 -ES 2-34W 6WE3 Sur FAc.E 411 I x4' N 1111 0 1111 2.240 -FW - Ai2-277 -Es 2 .- 34W Wil IMEMI 2'x'4' 4'__r_ 2M 340- FW -Al2- 277 -E5 5-334W ID 111 2 M440 - iFW -AJ2- 277- 5. 4-34W 211(4' 4M;I0-FW- AI2 - 277 -E5 6-34W 41xz' Q._ CI4U- 277 -E -WC 9 I -341 .5TRJP LU , .. R G24o - 277 -E6-W6 • 2 -34W T -i!P FLUOR, W 1NIRIS 6UARC, 5 al AF- 2.45 -2 17- tep -W6 3 '. - 34I IlJpuTietAUA,R UDR. :a1/IR�rUAfZ.I:? inw S VIZ -240- Al2i2 - 277 -E'S 2- 3zi W IZ.11 I')C 4' VANDAL- RE517: JUIZF/ -r MAruo N4 SOl9 -.. Z- 4W 2- 3-4 W ciWL GW GURFACE CoR RN era. � r s s4' i�A"L L 1 IMP LL7Utir,� LITHotLiiA U VDG -240- Re2 -2 77 E'' Y x �' vANPAtr Isr. DAMP UxaiWN 'y II W24o- 277 - 2- 31 W ALL lbr 1 I w VRTC -24b AI JZ -277 ES 2-34W AC-1- al;at tigFAATZ f al VIZT -24QAgIZ -277 2- 34W ACT I l' X q ' 1rAf�CAI- Ir sis7: Tt i= . X1 F2 E; I C -277 -aN 2- F5T T • UNIVE:tz4.AL .111 17_t. AcE. ,x2 F21W2C�r-277 -ELI.I 4i I E tr L164-lr °� ■ LQr'3ar- H PF- 27 7- RASA 2p-1.3)W . AtiVeolvi IzCG -,, I.7 vi poyi.iC.ICSHr- §(L,- i i,..1 ) 2N1 -v_ * ., -°-- vm 6' t 164 .,r. -- _ I IIIININ I PRGViOE SEPP;I /,)Te 151,NLLA3T o 'eM e GI" LieHilO ciRGui-r 51 ov4\ 1-10 H'; A r r .o'sd. a �� U O rTQI2i u,1 .042.eti.• LIGHTING F I X T U R E SCHEDULE MANUFACTURER .. LlrNai`I A a4- 5ds -A I: EE- Ix -W - Li-1505M -277-HL- A -5C C` . y, TYPE MOUNTING L ITNoMA E51 R - XT SE u LEN175M9AC- 277-SFQ WALL UG• INWREGT soax r W /co.JD . P'L.iU- c Awµw46 PRKRA�R i e" 7M,� us Hf Sal P501 Q�L. DOWIJI-1G hr 1 5P1 - 6L ©RUM LIGHT PF LICHTINC Fie.CZ PAR-40 rol E tie- '17 1.400W APe - eC- v.1G-5CK - Q125- wGr -eCt . LI11-490 • Akeovle7. ebei 1.4112tlei#44 & HI- Loa- efil-C•11 .0 so C C3 CO 0 z 0 U • •••/i:•. Ili 111lIIIIIIIIIl 1II�IIII111IIIIIIIIIIIIIiIiIIIIIIIIIIIlI1 lIII�'I l IIIII;ii I IrT Iljllil I Iili JIt!II [I O re TMs INCH 1 4 3 5 6 7 8 NOTE: If the ei.crofi.lned document is less clear than this notice, it is due to the quality of the original document. oc sz se Gz 9z sz +,z ez ziiz ►z 0? cis► B► 4► 91 51 a► CI ZI► a pl, 6 III!I II!IIIIIIII!!II!I!IIit ! i , 111! IIIIIIiIIIIIII! IIIII�illll !III�l�I(�l�Il�llllU!!I�jill ! 111�J, ILfll illlllilll l! IIIIiIVIIIIiJIllilllllllllillll illl;Illll!(IIIIIII IILIIII Ill+. i( IIIIIIIII!IIII1111I1!I!Illlilil • Ills VIII VIII'IIII!II�IIIIIIIIii 'IIIIIIIIIjIIIIII 9 10 11 N, INK RmNt, 12 L j 9S V C z ► ;:;; 1 11 i! IIiII�, II��IIII!(i►!{!! �II�Il liltli► Ifiill l!1!Ill1if!I1IIIIIIIIliIII PANEL 4X SCHEDULE Ozoo ' 1 144- ►/ .11 v, *41,. 4{-I4 100 Ask i I v,.0a0 ate , NL L. fO, g t� SERVICE \/A SERVICE . A g lel g a .00 SERVE c 3 21) _? %ltere (,r�ta2,i0%. i%Ca1 LIf. Jw • td I EI ter Lam. I � ,1, boo 44, r ' 1111 1lII. IN 111110 : 5 IRLe I. 10.-- c i ' , - I° *• T4-¢7 t!: _ 4.. Uri L1.. L N1 PARE ,, _,,Il,s0 DIR WI. 15 111R III 11f � r 9 1 ID . ,, PANeL., 2K (mr -mg.. •-i) * fl 14 Jew „ _ 5445 LIM mss' IIIIZI II imill 11111. r1 urn1 1116 17 , GM 131111mh, 23 al 25 27 al 29 I , SPARE .2 } ✓ d 28 30 38 4 0 CM ...� � . SPARE 1 111118 III. 1111:1 .- i � � 19 flfl 0°1 / -44 ‘111111 •-■ MI MINI ID in 3 9 ra it TOTAL 44rxa 2400 42 CONNECTED LOAD >Q I I ,z ' vfrk AMPS 1$40 ;.'? 11•3 . ry , .. .dassor,..or-ss.n.r.....:...r.r h i III iilipil;Iliilliiiiliipiliwilji wililililllitiwillip r I 16111 .wIti III lI 111911 III III I 1 1!1111111 + i tIIIIIIt II 3 4 5_ 6 _'7 8 NOTE: If the microfilmed document is less clear than this Inotice, it is due to the quality of the erigina.l document, 06 6a 8C LZ 9a 9' ha EZ Zz lZ Oe 61 91 Lt 91 St hi CI at Lt O% 6 e Z. 9 S h s . -- .. ... .., .,.. ... l Z t rs 0 (I1I111111Ii! 1111 I1111I111 1111h11111! 1 1il1. 1111, 14111 11l141iii i14111lll1 1111HIIIIiI! 111l ab ll lbl iiIl! III! 1i1 11111111(1111111,11111!!1!I11, Hil( ll �i !iillllli iinli!lillllIllli Ili � 11iilli llli!1!1I 1111!Illlllil I 116 I ` III i i I I ! I!!I ii 0 16THS INCH 1 7 1111111111111111 1i111111111i"1111I1111111) 9 1 10 11 MADEINGEAPAA41 12 • i' i coot/ Age Cr rf) 4Il.or im( O(, Iet C t�rY ow. I ) `3. wg" L4AI, i i i i i I � LJ PetkIW t 1114. !& 9 ) i PNOrOc E L L J i : t4 t'LZ ea ANIPtItO erei U(a4446. _.(+ •ra '( e c�.r.Ir' ) ( . ) (For 41,172. • 2 Ottwo k( Id t 4:4 4 014.4tei -ryp LIB 4402.1 '2k4 LIr, PLAroircLe orttp, L 46I1j 4010• Co 2S elf2t le) 411•Zo* 13rdtLi � INic ► 1r1 - EXTERIOR LIGHTING CONTROL DIAGRAM NO SCALE J 0 • vi Z.. (ND La 4' 5. et La Irma Cd rya% m:.‘Bisor Nv V O CENTRAL SCHOOL DISTRICT NO. 406 '171L N! 'b'`( i 0 t44 41 ° 1.-( • f?I\4 161 0! I 141 >L/1 0 it,`{ 014. I r0OaD �p1 • M1..1, Irsr Apsi. co120,0 l IF 4 i4/ PP./. IC# fluV1 it i ,oi rI, 4 re 1401O A SYh/ I'ca9 , 1►.14+rm w1101.1 Gail. Mar iviiksitiFyceirtiftgAl 14CoMM'11ariDi ' INic.1.4 , * lr chid LI*1i•No Tv. I eg,t r,p,4eNir tor48v b.1 DIVE Flo ,a440 J# T$ Ibv rarJe, r`e P.Fr ,ioro ruka'„c i Ta Ftr4 Pt _ 4 t 1#vIa -1-40184.4 v64- ft.tderkurtow- rtzeom ro..,a 1411. lc, 4 0.,f 4L.- /,►,5 ?Lisekjlfr -e.( cCzticAL fz- ccl,ft4cor`e 1"0"1" Ott9tkiNI \Av 1.04c0 ackpi i 0/2: 0t T Per //. /'' r- tse 1 tit, Nfir 41, r�laL , s4v, t" rra. r.wr. -1•m4K- w►/ Ifil. flkh12 Cowl rv1Aisi greAt, EMERGENCE' DIESEL GENERATOR INSTALLATION PT1AL NO SCALE • w 0 '6) 0 z czi 1� V3 5 ar) z co 0 r r.� • PANEL 2 X SCHEDULE ( P114 ) /as/1204,'S4, 41^1, I", 00` • 110,6,470 ALG . SOA. N4,A,g7; t� SERVICE \/A SERVICE ; g lel HaLXIT LT5 � & e, ,7 L;117.— i' 1eP(?► 20 �) 1�. � ,1, IRD Dliii.:• • ,, _8415 III 11f � r 9 - 8145 11 M DEL 1$ I . Jew „ _ 5445 r1 urn1 1116 . 20 SPARE .2 } - THMATRe ell aPAC1r � . SPARE 1 111118 III. 1111:1 mi i 19 flfl MINI it r►- NNW MEM BIM III, 29 E �•�, ■ Il 30 e m 38 MOE . rn .-wield �� - min .. ■ EL/ 40 -timill lurk, 226o 1660 .9400 CONNECTED LOAD >« Woo /A AMPS t e2.'16 t2,9 2,.3 ry , .. .dassor,..or-ss.n.r.....:...r.r h i III iilipil;Iliilliiiiliipiliwilji wililililllitiwillip r I 16111 .wIti III lI 111911 III III I 1 1!1111111 + i tIIIIIIt II 3 4 5_ 6 _'7 8 NOTE: If the microfilmed document is less clear than this Inotice, it is due to the quality of the erigina.l document, 06 6a 8C LZ 9a 9' ha EZ Zz lZ Oe 61 91 Lt 91 St hi CI at Lt O% 6 e Z. 9 S h s . -- .. ... .., .,.. ... l Z t rs 0 (I1I111111Ii! 1111 I1111I111 1111h11111! 1 1il1. 1111, 14111 11l141iii i14111lll1 1111HIIIIiI! 111l ab ll lbl iiIl! III! 1i1 11111111(1111111,11111!!1!I11, Hil( ll �i !iillllli iinli!lillllIllli Ili � 11iilli llli!1!1I 1111!Illlllil I 116 I ` III i i I I ! I!!I ii 0 16THS INCH 1 7 1111111111111111 1i111111111i"1111I1111111) 9 1 10 11 MADEINGEAPAA41 12 • i' i coot/ Age Cr rf) 4Il.or im( O(, Iet C t�rY ow. I ) `3. wg" L4AI, i i i i i I � LJ PetkIW t 1114. !& 9 ) i PNOrOc E L L J i : t4 t'LZ ea ANIPtItO erei U(a4446. _.(+ •ra '( e c�.r.Ir' ) ( . ) (For 41,172. • 2 Ottwo k( Id t 4:4 4 014.4tei -ryp LIB 4402.1 '2k4 LIr, PLAroircLe orttp, L 46I1j 4010• Co 2S elf2t le) 411•Zo* 13rdtLi � INic ► 1r1 - EXTERIOR LIGHTING CONTROL DIAGRAM NO SCALE J 0 • vi Z.. (ND La 4' 5. et La Irma Cd rya% m:.‘Bisor Nv V O CENTRAL SCHOOL DISTRICT NO. 406 '171L N! 'b'`( i 0 t44 41 ° 1.-( • f?I\4 161 0! I 141 >L/1 0 it,`{ 014. I r0OaD �p1 • M1..1, Irsr Apsi. co120,0 l IF 4 i4/ PP./. IC# fluV1 it i ,oi rI, 4 re 1401O A SYh/ I'ca9 , 1►.14+rm w1101.1 Gail. Mar iviiksitiFyceirtiftgAl 14CoMM'11ariDi ' INic.1.4 , * lr chid LI*1i•No Tv. I eg,t r,p,4eNir tor48v b.1 DIVE Flo ,a440 J# T$ Ibv rarJe, r`e P.Fr ,ioro ruka'„c i Ta Ftr4 Pt _ 4 t 1#vIa -1-40184.4 v64- ft.tderkurtow- rtzeom ro..,a 1411. lc, 4 0.,f 4L.- /,►,5 ?Lisekjlfr -e.( cCzticAL fz- ccl,ft4cor`e 1"0"1" Ott9tkiNI \Av 1.04c0 ackpi i 0/2: 0t T Per //. /'' r- tse 1 tit, Nfir 41, r�laL , s4v, t" rra. r.wr. -1•m4K- w►/ Ifil. flkh12 Cowl rv1Aisi greAt, EMERGENCE' DIESEL GENERATOR INSTALLATION PT1AL NO SCALE • w 0 '6) 0 z czi 1� V3 5 ar) z co 0 r r.� • • • BASE:: I t) a STAGE LIGHTING DEVICES Locq /roN cc fl/w (D8, NL�, UL) TYPE OF DEV /CE l', 2A, Co 3A, 4A, 7 5A &, `l, l8 2A 16, /0,//, /c 34 2,5,',35, /.2 55/7 /(al - /lnlp, ND-5,61, 1,4,/z.-/ 4B, `,5, /3 144, /5A, /9, 20 1 (0/4./7,4,2/,22 45A,23, 21, ND -/ 14,3, 25,2,//-2 /sa, /68, 27, 28 /78,/65e21, 30 ND -3, A/0-4 3/,4,324 33A, 37, 3& 344, 35A,364 , 39 4U 3/8,326,335)41,42 (MAIN TJ6A Eg) CAT /A/,.jL,/j CATWALK #2 CArW.4LA 4'/ LE-F7 GALL. SLor • 348,356, 3(08, 43;44 45 /4-4161 5o -6,s, 64A -70e, 71 -8O, 167- /72LND -7, 8 , WL -2 Sl - 92, 17.1-178, Nb - /, /0, WL-3 93-98,179d4 -/8 /F; MD-//, /2 9q, 100, 10/ 102, /03, /04 105, /t2 ?, /07 106, 109, NO -/3 Cs .e! Fs /G,yT G�!q /_L SLUT /1 54" 7A/C.5 I PRcJ/vir.. o6V wHicH IN-941:7 cm- um' D/Mt?Ei9 511NK SCHEDULE Qgzw r!TY[ • 17E1v? I -7; 157A� 0/1/M g5, 1 7/1/. U /76 • 7 S7 i�'U 43 5, 20 NON-DPI R&. y , ND- / TN 'e/ �o 3 --r 1V(2/ L(&//T /?EU-l?, /ca. rftRa A/\ 11 G414CIiY 20 cO T�vtLsv , Errr gk;5 CCM, CCP NoN C� T II II I ----1/z"14 LETTEX.5 - ENG/Z.4vEO NA N11/10ER P1/511 &/TTOAI 5147V11 .5.0 c -cn, CCP Zo 5/n /.7 - 2 5m/z)- 3 20 5/1.17-'-2 Ll� G I I0 I f B ENG,FAVED Loc47704/ TT aTroas 40H r:r 84Ce /71t/ O1i7L 875 ON COMA/8G TO T/ /P5. • 14 z RTA i DOWN-57-A66 LEFT (/P- 5T,$&E LEF7- NJ J� 20 C0VEs /q.47 A6oVE 5TAG oN R/GGINc; El rE 2 NIGHT LIGHT Oliver 1.1" I V SP23 /FR /0c £4 S ERV /L t. FLODR, L AFT L Clgc // /T5 /79A. 1795, 171IC, 1 /7T E , ,q,,+;E 20 A/''(i" 78 /11/v47 "C- W /TN 20A1° / c -7 L31tEAKE//5 //Y 7J e.`,". 51.1//.,4/ FOX /5 . /N. NENA - / - CAo /NET THREADED S ll T .' 5TU05C /e ' q a7 4 „O C. Le/G5 a2 7O,' Ors SUS 54 FGIe FEELS LX, 4V- 57A(.."- x161/3 UP- STAGE fll�/T OLccK/ TIMEi� ® STAGE MAA146. M '\146. e 7,. *t3 6.91P-3)A Yit s /zE PPOV /CE` ONE UNIT A5 A / FU/.5/"/ MO /A'T 55/ f R 51-' 3/ FR /bC. S "RVI E • FLOOK IC'1Glir t. (%SE ,45 PULL XX f R #23 a5E 45 PULL ;f3OX FO/z #215 r. -1] I II II II, -'II II I I � I I 11 I /II I:,I ;,j ,.I I 11 • 1 I i,-- I1 I I 11 ri SIGN ON' F/WNT OF NOOK: "DANGER - E oui AU'f HQE-1ZEp PEr6ONEL. ONLY 2" /4/6/4 LETTERS /18, //9, /20 5P8 /T F/' DOWN STAGE- 18-Fr STAGE FI-DOK, / Er -r /8" 7-41L5 /27. /25, /21 To "5" 130, /3 /, /32 /33, /34, /.63-e./.e3, NO -/o FEEt7Eg /20/203)3f//, 4//, 4aoArll° PER 1"/'455, 4 #5OOMCM, 31/. C 514/ eT Y 5W /To,; L4REO 70 SHUNT iR /," ccT. ,6Rkk LATCH W/ LGc/K , 3 KEY5-k1 LAL3EL5 ON &ACk, l "1/ -DOOR £OGE TO ©vE,VA1° AT Slot 5 ,a/VIER CO/V7i '0L /?ECE''TACLE S r -P1151-1 51,1770N (21 57.4GE Ce1,4/VAGR,5 PANEL 7,62 mp-2) A PRoV/DE ONE UNIT A5 Aeol/A- AUDITOFklUM LIGHTS oNLy Fol - -- CONSOLE I STAGE DIMMERS PoWEI� 5P5/ T /55, /3(v, /37, 1838 ND-17 /55, /39, 140 . 141, 142, 14.E 144,145; /46 /47 /418 , / e, /4P1 /'/o -iq. FP 1(_ 5,1,8/T FP FP8/ FP Up - 5749: /g>> /LS ,/ALL DOWN 57/16tE /8„ Te1 /L5 WALL , g /6,97 STAGE 1- -"L ofl, R /G/17 * To 'L" 3OTTOri 000R Loak5 ON //1/5/DE 'y (5) 2kz" //OLES r // 5/1/4700 7,47/ 51/50/V65 77-1 FF42NT V//E/,.l 5314. \�J cwR W/ CoAT/NOO/i5 /IllvGE • L.� 6 *x4 "x4" OE'E,° -� RRCF..,PT4 C'L Er L 5-15 NEMA 1' C/zo V) 0008 Rg55E0 FAcg PLATE" FOR CR-/, e CR -2 /'ECEPTACLE 41<RANGE:M1 VT LA&L5 TO 5C IDENTICAL OA/ ALL 1/417:5 J 15-0A, /5/,4, "/0-20 /5-013, /5/,6, /84A, /4 5A 152, 155, 15.5 /53, 16(0. 151 1/P-57-46E. WALL, /z /6HT / &,, Ti. /(.s OF ° 57,4kE. FLUOR TO 15" ORcA/57-gq /0/7 LE3E7-7-0t'1 V /EW COtIPANY SW /TCH C45/NET "Cs" Pi o V /DE ONE Of THE F /N/5/1 FLUOR__ 7- i"/////7 51DE V /EW ASOVE • CR- I CR- 2 C13 , CONTT O/ , �,c; TABLE 6TZ TION HALF 5/z8 --- l°RaV/o. DOOR A// LOG/( 0/V R5-3) ,ers -4 c"X194r 4 "a ,4CK eaJ ' • ol cr 0 z TAKE_ o • (;) 0 z w ce tx.v) Ili, 9 1. swam • REMOTE ST,4770N 1-/A4F sae • CDNTeoL ,e0on OP- STAGE p'L G x • P211 /54, 157 Moo No51-4(... ChZi/r1 on4.)1h1 - STAB= -E: p( l2 00WAI - v'1-44 P- t60,e_ AuoIrofZZIUM 41SL: Auoir02,Ulo 11:3/ic ACCE55 HcLg• ( 4) M,C.12 17,40 lrr (I) SouND oon -& "c. I, r „ smr. (i) /N . -tZCOM aa1 611" "o/e" () p 'LDa r, STAG LI&HTING LOAD C /gC( //7-5 • 7o "Don C/RCU /T5 1 TH1?U /55, ALL ARC 2-A//47E , /20V c /Ra/ /TS. NO c0MMVN NEUTRAL5. _ -_•__ ___ • cc7'5, / TANI/ /78 4 E 20 AMP • ccT5 /7% ISO, /81, /'2, /S3, /84, 165 4gE 5 At1P • c /l'Cd /75 lc/ ' '/4" 73" SUff> ' AgE 1`A><'AL /_EL C XCe./' /75 W/ 5 /A/ 7LE /loci,. gUN TO "D8 ") EXcEPT Cirecl//7 I79,/e6),/61, r- (Z)6ELDEN 9829 UA) -#ig- -rte 0 .-' , +•- ''-=ice- r-•• -- I r-='r-i I r . ,<✓ v I C.....=. °,;..r ( ::a 7 4, L.' / G,_7 / -tom•F�- F-o 1=M,4 h1G f3 / E5 11 • 0 • ___.., 72- cGrc;.,1; niume61,- LPG ter- DE- L-0,ci ri °kJ - - - I2EMA1Zk��� fLA , ?A, 5, C Pe/ FR PIP C'R I C) • SA 4A 1 O -- s. )h 73 1 i3/ 2;.SL2, lr7 _�. 74 : , 4 -E', I I I / 75 15AL14Ar 17 11 15A.,11,oA, 10 '17 i 3E,, (4i32I2 le 150,1 (o�,2.0 79 2-1A ,'LZ,A, 25;14; ~ 23A, 24 41 ? -7 , 2O I 21,13 '220 29, 31> . e& 1?-45t3_, 2-413.4`S), :37 y V 3- 33A 34/ FPL FR.- S-rupIL> WA4C��.24i2 ?Ta Mot k r Up I�-" a,,F,r• .5 U=,� r -- - . _. EAST r r 4. :33.f�' ',4- 358 ,13 i y .i....._..,_ _1 S YMi0L5 (515 /T) SURFACE PLUG.-/N 80X W /TH TAILS (Ff48 /fR) P10 5H WALL PLI /6 -/N eaX 1-4TNT FL1/5/•1 REGE•F'r ?ACLgS 5P5/P,Q) 5 RFACE PLUG -/N 80% MT/I FLUSH R EcE/ AcL E5 (5 P8 /fR/ ac) 5 /, 4CE PLUG -/N ,BO)r A'PTH /+L/5H ,ECEi°TACCES ON AROI° COA '. (I I") FLOOR POCKET (C6) a2Mv ACTOR 57, /P • Call °I X , CE. P7"ACL /5A //2ta V' Ocval_E' UI°LXX /?EC 'TACLE /, A/ /WOE/ J 5 -2 t4z„ -.411O/TOROV ',4164 /5E L /61.175" /NC4Na &SCENT L/6/7/7- , /KTURL. S, /20V. CC T..5 /1 -AA -THRL/ 14-Q. REFER Tb (�r 7o Op 21-1 i ;1!ON- DUI Cl/Fa//r5 /1/0-/ 14,41 No-20 ALL ARE 204t1P//20 ✓, 2 - G✓ /A? (90) # 18 ) l 1/2" r" (3) 5Et-C Ell 982,9 / r.33,r 120 V CGT PAAIEL "C " -14 CONTROL , oo/\1 5207 R5 -4 r- 800 Al M P D /16COAIN CT S14//7GN 3/°H, ¢ fa& /20/206 GE/1'�E, 4 L oUTy --� /,p5„ fgE-DEI /20/;.26-k3 3,01-1, 4!/, L 800 A/V /qI‹ To Pis,I.,IIdL. 2H1-2G 2,x[4# Mc1-1 C,l,l, 31/2tJ SCR -3 (2) f3EL10eN 9829 (6) #14- 1"C. SA cH E, nloY pOLie p4/J_ , CGT / l° /4 CextraZoL- 0,(16. (49 R5 cf,k/irS -WORK L161/7'5 A/4-1 THxU M.-4 oN coNMECTO, ST7.?//05 204/ /20 v . '�' GC,'T TE•12, 8x 5A FULL LENOTI/ Del'IE, &WI< "03" MAX 0 /f1EiV5 /ON5. 7b'V x 2/' pA* -77/ SHP ELEC./ 570/'4 5210 12.o v cG7. PA A/t1 c.. 's - -> G D 19 29 is 11/4-4 C 114AcJ•1 • The c of wiring and conduit sizes and quantities that are sh are approximate. If any additional wiring and conduit are required for the proper operation of the system, then such wiring and conduit shall be furnished at no extra cost. Contractor shall obtain the correct wiring requirements for the system from the system manufacturer. /20V 4'C'T. PA (19O)ff /8 � 11/2."G STAGE ! /&/- JT /A/G S y5 •TEM 1T 15ER DIAGRAM - ' 4 /t i T EATE 2 No SCALD' A I NV / cA`r ' Al`/ Owi!< LJ I j SPIED i 1 , lu�-r1� � c.. 4 c•00 -1 - 1,(1 T>a/ Ce�u -K/40T • .1. ,.,. • IIII lIII fIII i/IIIIII lIII lIII lII(lIII lIII 1111 l 11 111� 1111111! It 1 11111111111111 111111I iii lfjl l II1 1 1 If IIli Ii I 1 1 0 'laTHS,w. 1 2 3 4 5 6 7 8 1 NOTE: If the microfilmed document is less clear than NOTE: this notice, it is due to the quality of the original document. STAGE 8/94 i4l 1111111l III11111111111111111111111111111111 9 10 11., 12 0c 6z 8d cz 9z sz az ez zz oe 61 et LL 91 sI fit et zI Lt Ol 6 e I , I I! iIIIIIIIh! II I, �IIIII iII;II II!!!I III IIIIIIII�IIIII�iI�II!IIIIIIIlIi i)IIIII.IJIIJ;!Iili U! JII; IIIilII�! IIIIII�IILIIIII�UI�Jlti�llUllll111!! !}lniilil1111I!lilllllllliIih;lll 1Uh IIIIIIIIIIIIII!IIIflUhUI IIIIII / I i r , t e Z ( W++ 0 111 I} ��Illlll�i! i111111I11lIIIIIIIIIIIIIiIlI1 111IIIIIIi III!111I11Ill aorz.c24/2 51r1114/ to,63„\ g Li) ;1 SL)) • 4M1 o. kce CO ra 5TA E AUX OlcI P'1 R5 I 5F..G7tOiV Del'IE, &WI< "03" MAX 0 /f1EiV5 /ON5. 7b'V x 2/' pA* -77/ SHP ELEC./ 570/'4 5210 12.o v cG7. PA A/t1 c.. 's - -> G D 19 29 is 11/4-4 C 114AcJ•1 • The c of wiring and conduit sizes and quantities that are sh are approximate. If any additional wiring and conduit are required for the proper operation of the system, then such wiring and conduit shall be furnished at no extra cost. Contractor shall obtain the correct wiring requirements for the system from the system manufacturer. /20V 4'C'T. PA (19O)ff /8 � 11/2."G STAGE ! /&/- JT /A/G S y5 •TEM 1T 15ER DIAGRAM - ' 4 /t i T EATE 2 No SCALD' A I NV / cA`r ' Al`/ Owi!< LJ I j SPIED i 1 , lu�-r1� � c.. 4 c•00 -1 - 1,(1 T>a/ Ce�u -K/40T • .1. ,.,. • IIII lIII fIII i/IIIIII lIII lIII lII(lIII lIII 1111 l 11 111� 1111111! It 1 11111111111111 111111I iii lfjl l II1 1 1 If IIli Ii I 1 1 0 'laTHS,w. 1 2 3 4 5 6 7 8 1 NOTE: If the microfilmed document is less clear than NOTE: this notice, it is due to the quality of the original document. STAGE 8/94 i4l 1111111l III11111111111111111111111111111111 9 10 11., 12 0c 6z 8d cz 9z sz az ez zz oe 61 et LL 91 sI fit et zI Lt Ol 6 e I , I I! iIIIIIIIh! II I, �IIIII iII;II II!!!I III IIIIIIII�IIIII�iI�II!IIIIIIIlIi i)IIIII.IJIIJ;!Iili U! JII; IIIilII�! IIIIII�IILIIIII�UI�Jlti�llUllll111!! !}lniilil1111I!lilllllllliIih;lll 1Uh IIIIIIIIIIIIII!IIIflUhUI IIIIII / I i r , t e Z ( W++ 0 111 I} ��Illlll�i! i111111I11lIIIIIIIIIIIIIiIlI1 111IIIIIIi III!111I11Ill aorz.c24/2 51r1114/ to,63„\ g Li) ;1 SL)) • 4M1 o. kce CO ra • QOD 1_16HT -. f ANDS CCT VER/l Y EMC-1— C.o 477C'V PR /OR To ROL16N -/N 57AGE L /Glar DEV /CES 0 .416 00 NOT j°ROJECT BEYOND RUN CQVVOI/ /T //V SLOT5, -- or l.AIL//VG • 'SURFACE MT/,7. 5OX x CM' x4'b -4- CONMEC'rol - 80X • 80X KE t L 1//15 -- GI<I/' $t'1OKE Ve/V T -COPT - i /t% ---- Lof:T bLLX..-K • P.4/er o, ' 7;4 A'/GG /N6 7r 1 j coi*.,'RE.0!Ski`l 7"40 1- 9 /MN -LOST BLOC, ,00 No7 MOUNT ANY wL1 C, EcxJ /,c/7 /JT 0A1 GA' IQ. j, SERVICE FLOOR 3/4 '/' -D" (SOUTH 5101:1" 5/IO14lN NE/eE NO/.7-1/ 51,0E 5//1/4.4R) DIM. _E'T. TO GKKJTEP OF POCI%T HiNGEO TOr DING POUT FLOO FOR FL1.15H FINISH PI2OVIDE SLEEPEK5 L BALL FOUL 6I0E5 OF FWO1. POCI .T5 STAGE.- FLOOR /3L OG /' SURFACE A'/OIJAJT ED PL-116-/A1 ; �;O,FC A r4 SIZE (5 f'b /T) !4 r - MT l_ 57u35 W/G4/5 -� CM(l - -.. -1• 2:/CA846-1 P/CK• e/P - -- L FLOOP- rlocKET • eAc.4& .50x, 5Uf2f4oUND N/ MIN. 4" CONCI TE ALL 5112E6 FLOOR FOOE:`T- lI fZa �Iy II - C,o`✓e, - NATE '5Hb1 L C.ONC. L ALL W119NG I€CEPTACL.E. • AUDITORI UM =PLAT BAR in COVER STRAPS PIGTAIL CONNECTOR- - CON N ECTOR STR I P FLUSH RECEPTACLE WHERE SHOWN -M.B. W /LOCK WASHER -PIPE BATTEN, I %21 STD. (PART OF STAGE RIGGING) / LIGHTING , 1...400E k (PART Of 5T/GE RIGGING) 44 '4i- r IC a" E- _ -,.., , -RUN awoo /T op To ca .//v6. DG NOT. /`TOUnl r CONbl//r ohl Pik GRID PLUG- IA/ F30X { rl,Nt -57 • Wt.-IA /GLLEY, PAT OF R /GG /NG .4T7,�CMJD ro 514GE ,'IGG / / ✓G F.. //_G.E y -6746E /Q /GG /NG 64=7 61/V8-5— — - FYX CRADLE` ro G /,°T L //■/E - V PTZOSCEN111/4 O, °EN/A,5 - -- 1 GRAD (G';AT/NG ) 5PR/NKLE,k pipes (b-m Ii="ze /©R6,GCEIyr F/XTU,'E5 ANC /-/O/< 5M0KE t°z•, J T 70 GAl . -ro -coc /riNs S/`NOK /E P E T HIGH � TRIM 4.1` GRID FL-00R EL. *50'0" WASHINGTON re- 1 SE,k'VIGE f4OO/ ?-z5 1-47" 4 E - TWb ,Mi/LTI - CONCOCT-0g G45L.E5 PEA CONiV, 5Tk/F. EACH AI°l°/?Dy THE 54/47E: S/Z E 7'- Cr (TYI°) p /9' &" Wt..-113--\ ND .10 ., 59 I i 47S 49A 6,I 4)2 E4%, 01 I • FLAT &, = 3 /Ili "X 2" - LI - BOLT' !/ /NdP.5 l_pck 4./45N - P /PIE Gf /D PlF' CONNECTOR STRIP DETAIL*, 1 /2': i, -0,► PIPE., e5ArrEN (MizT or -STASE tP- oC'ING) --\ STALE LlcHTING - -- c.- CLAMP ,GIRiUI'T NUM6.F- GA 71) PLUG - /N t-30X �► -50 CISL,E I4.r..L .UMS SHPT MelAL X PLUG - IN Qrt 41 42- 43 4 0 0 0 R 8CE.PTA.CLE FONT Vl iJ (L.00V-4Ne SIDE VIEW TOWARD AUDITO12-IUM) 15ox ON DROP COI2-0 SeG /!=r21I7C., c TS 13 -z41- t 0) 15 a AMP, 3p14, 41k/ /ZO/ zoe V 56-kV/CE MITI -I CI�C�; " 5IEE;- & Fob T4c:,1-` PA 0/M ' '._ • __�COj�1T/tcroL wlg//1/& (Z.) BOW / '78Z9 I" CONOZI/T OACl/ ,BRANCH CG7S 1-36g WA, 2- WIRE nl/v1/1/41R P,444/ , 1tCtl A/Iril/ (/2) 2, 4KW ,CfiMM8s , -Cg-A A cgip +1LO" - /zOV c-.475 f OM cc ,c., �c,� l AA/Et,. 5 ,ASE L /64/7 -. 1 55T,7 ///.5EK 0114GI M1- S l/D /Q A owNEk fC///N /// U 7W/:5 CO/v7[4 C,TOk 5M!-L /1\67-/-144 AN,ca CONNCGr, VO 5C..448 �_- n.. 4 o: f )V/: TI/L: (S) 5o ,4MP SE 'v /L: 24 C/ j.'T t`3I A/J fl.1,../8p, 7r GQ ON /75 , CONOtl /T PO/< �'l,../ ti+ :;4./4/1t1 Ll�',C2i',T /-3(n `.NcLLi,l.) /NG WNU',/i7 4 f= /-000 POC KET 4 AUOIrO/</Ut 11(125e.-EN/601 DPEN /,VCa SECTION 7/-// <." STAGE - wo A/6 Towzigo 4ijo/To,lu/77 =_- is ' -o" /91-6" vaL -'2)+, i;ID- CGT C..Vk �� -2r3 ND_f3 � j La -2v:z r ? �- lr 1 1 bbA 71 WA �12 73 b(cr3 (,„„5/N 74 '1S 7fi' 79 (095 (6,7,I4o9,r11 t�9A Ito - -7 68 70A NIGHT rlXr"U E 54 1 A CoIJ C--.-C-7M ST IC i' - (27) OS GCT (1) Ilok:k< L/eHT SGT ccq(2.) z) &/ .,u -9'IM C'c A 119A, IebA,io!A 54„ TAI LS N9 -11 94 I ?913,!i14 s�lr; I. Ai _-[_ 3. A L- - M'/•'! +C'E! 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U1nnr/b E r8s AUDITORIUM LIGHTING PLAN TgAt.:IC L /61-17' P./X7'Ure; G/IGU1r TUE Lt~TTE12' 4E3' /./5 /JE- F /X'% -lcZE woicsATTs A #3Q 121.1 Dco)2 HO,'- S I:uN ra L?P -r-/ F - -' CE5A' 5 blip) (A1.1p1 i o1zioivi 5 19+) 1fS = /Loft II A/01070 -1 1 -1 L `/E LIGHT T / V o -r s (4uc/re/uM 8194-) / ('AS I c) dimmer & cct. i.d. fixture i.d. • load light fixture type H -AA - spare circuit - H -AB Al -A9 9 x 90w = 810 LSI #290 -VHL with 90PAR /NSP /H B1-B10 10 x 90w - 900 LSI #290 -VHL with 90PAR /NSP /H H -C C1 -C15 15 x 90w = 1350 LSI #290 -VHL with 9OP.R /SP /H H -D D1 -D16 16 x 90w = 1440 LSX #290 --VEIL with 90PAR /SP /H H -E E1 -E15 15 x 90w = 1350 LSI #290 -VHL with 90PAR /SP /H H -F F1 -F7 7 x 250w = 1750 LSI #290 -VHL with 250PAR38 /FL H -G G1 -G7 7 x 250w = 1750 LSI #290 -V*L with 250PAR38 /FL H-H H1•-H5 5 x 250w = 1250 LSI #290 -VHL with 250PAR38 /FL H-J J1 -J7 7 R 250w a. 1750 ' LSI #290 -VHL with 250PAR38 /FL H -K K1-K5 5 x 250w = 1250 LSI #290 -VHL with 250PAR38 /FL H -L L1 -L7 7 x 250w = 1750 LSI #290 -VHL with 250PAR38 /FL H -M N7. -M7 7 x 250w = 1750 LSI #290 -VHL with 250PAR38 /FL H -N N1 -N6 6 x 150w = 900 LSX #290 -VHL with 150PAR38 /FL N7 --N12 6 x 75w = 450 LSI #280 -VHL with 75PAR30 /NFL /H H -P Pl -P7 7 x 150w = 1050 LSX #290 -VHL with 150PAR38 /FL • P8 -P13 6 x 75w = 450 LSI #280 -VHL with 75PAR30 /NFL /H • H -Q Q1 -Q26 25 x 45w = 1170 Edison Price #DL 38/7 CFL with 45PAR/FL/H . 1'oTAL C.o1.ItieC150 LOAD'. 211120VA Notes: 1. Tracks: Lighting Services Inc. (LSI), 2 circuit, surface type, with all end feeds, end caps, joiners, fixture fittings and all necessary mounting hardware. Mounting details as shown. 2. All lamps 120V. Lamps with diodes NOT ACCEPTABLE. 3. Aim fixtures to location shown on "HOUSE LIGHT AIMING PLAN". Adjust as di6' -6" 4 ed rect by architect. Minimum spacing: 5' -6" o.c. Maximum spacing? G 4. Barndoors: LSI, 4 -way, color flat black. Adjust as directed. 0 te) Le. 0 z• (ND La Ammum 5. ct 1461 inena. *.v) Lai .0 1 I'IIII IJI �fIIII II.1�1IIL1�IIIIJII�`IIIJIJI I.JHIJIII 0 lc TMs INCH 1 2 3 r ` 1�iix :r ■ i11111+(+1 lII �IIilI llif tI1 I�I Ij II 1 11i�i lii i l jfi+�i1j 1 0 6 7 $ NOTE: If the Microfilmed document is .less clear than this notice, it is due to the quality of the original document. Ij9+ 1I! 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Location and engraving for 1.D. tags n LOADING FLOOR b GRID • c FLY FLOOR LEFT d CROSSOVER CATWALK e FLY FLOOR RIGHT f DOWNSTAGE FLOODS g UPSTAGE FLOODS h AUDITORIUM CATWALKS i ELECTRIC /DIMMER ROOMS j LEFT ACCESS STAIR k RIGHT ACCESS LADDERS l RIGHT ACCESS LADDERS EQUIPMENT LIST G E N E R A L NOTES m STAGE STEP LIGHTS n STAGE WALLS 0 STAIR TO GRID p STAIR TO FLY FLOOR 4 r ORCHESTRA PIT s tI i7a i'.A►C,E. t AUDITORIUM NIGHT LIGHT to STAGE NIGHT LIGHT v �. w .f M o DUPLE)? k' fiEGE1° I.-uvpswi ;t o SMP-1 Notes 1. Description: SMP -1 provides low voltage control of work light circuits in the stage, auditorium and related work areas. 2. Provide a submittal or written description of the equipment proposed for use. 3. LVR Cabinet: NEMA -1, size as G.E. RR -8 or approved, silent 24 VAC transformer. required. Relays: acting type. 4. SMP Cabinet: NEMA -! -, size as shown. 5. Switches: switches; G.E. 2 -32P. Provide tags above all permanent method. Do not use abbreviations. 6. Spare parts: Provide 10 spare switches, 6 spare relays. CUT O/c/-= Oa'< C e/VE , Cj &4 :EE /6-A / /25'V' £ //p &X' ,eECEI -TALL E /N — Alai//T // ✓v /-/E /GH r- i I` I I I It _ r Cc-Tv Gown wr AV C I NNET L?ETA /L.. NU SALE 5E'E PLANS Ft LOC..4T/DN MAKE,- UP ROOM 1 -.2 /,.fin i27,6.g pip) 5ETION THR1.1 COUNTER The following is a list and description of electrical equipment u ,ed in the stage, auditorium and related work areas: S C (.3) G /NGLE C VGA DEEP HANDY ?OXE 5 /p12 59UND Rt�.� lz1 %4c t. e 5 CONT.' / / /NC:AE "AA /0/x 4 ".0 Up /d" aNL X55 NoTE), T i_Er//4'Y GARy/1 7 NEt 4 - /, FLU.5tl 1.01/VT /=/N�5 // PA/Nr 2,5,$(o rOt147W 144 I gcEiV T' IV,4 L L 51.11gPACE. Panel (or panels) to provide all normal lighting and power in the main stage, auditorium and related areas. Does not contain any stage lighting load circuits. Panel in Control Room for lighting and power only for control room and sound room outlets. LVR Low voltage relay cabinet for the control of the work light system in the stage, auditorium and related work areas. Locate immediately next to S. Usually furnished and installed by the electrician. SMP -1 Stage manager's panel #1, provides low voltage control of relays in LVR. Furnished and installed by the electrician. SMP-2 Stage manager's panel #2, provides low voltage and multiplexed signal control of house light dimmers and non-dim relays. Furnished by the stage lighting manufacturer and installed by the electrician. ** Cs company switch, provides temporary power for visiting companies with certain power requirements not provided by the permanent stage lighting system. Furnished by the stage lighting manufacturer and installed by the electrician. ** DB CR RS Dimmer bank, contains all the stage lighting dimmers, house light dimmers, non -dim relays and other associated controls for the stage lighting system. Branch circuit reakers provided for all circuits. Furnished by the stage .lighting manufacturer and installed by the electrician. ** Control receptacle station, provide a control receptacle for the stage lighting console and a separate 120V circuit for power for the console. Furnished by the stage lighting manufacturer and installed by the electrician. ** Remote station, provides control of all house lighting dimmers. All low voltage. Furnished by the stage lighting manufacturer and installed by the electrician. ** ** indicates that the item will be specified in the stage lighting. 1. Large scale elevations show actual loactions of the outlets and equipment; such elevations take precedence over plan locations. v 0 A B B R E V I A T I O N S AFF ASF CO CCT Above finish floor Above stage floor Conduit only Circuit ELECTRICAL NOTES J -box and power for stage rigging index light' strip. Light strip with flexible conduit and conductors provided by the stage rigging installer. Connections by electrical contractor. J -boxes for Auditorium Seating aisle lights. Aisle lights with flexible conduit and'conductors provided by Seating manufacturer. Connections by electrical contractor. See detail drawing. All aisle lights and step lights in auditorium fed from Panel switched in electrical room.- Panel S. for all normal power and and related areas. Does not conta Panel C for all power and lighting S Y M B O L lighting in stage, in any stage light circuits only in S U S E D FOR STAGE L I G H T I N G Junction box D E V I C E S Surface plug -in box with pigtails' CED Flush plug -in box with flush receptacles Surface plug-in box with flush receptacles. Surface plug -in box with flush .receptacle:, on Floor pocket hinge point 'Connector strip S Y M B O L S U S E D O N Switch drop auditorium ing load circuits. the control room. cord L I G H T I N G P L A N S Switch, 3 -way Switch, remote low voltage relay system. Lower indicates circuit i.d. case Dimmer switch, wail box type, with torroidal filter. Lutron "Nova" or Prescolite "horizon HT Series". Indicates a light fixture type. See Light fixture 0 Ceiling light fixture. 00 Wall light fixture. .c• Step light . Step light with receptacles l Floodlight Exit Sign /light 0 r q . Special purpose outlet. See detail. Junction box Fluorescent light fixture Fluorescent strip light SYMBOLS U S E D O N Junction box Duplex receptacle Double duplex receptacle Duplex receptacle on single, letter schedule. P OWE R P LAN S dedicated circuit Stage lighting device. See schedule, 1 /E- . Special receptacle ( IIIi111ll�I�IIlI111i111l illil llllllillllllli1l lllllillli`IIIi1'j l Ii ii.Iil .II!IJEIllI.Ii.1 III Illll II III I II IIllPlll 11111111 0 ,6 TS INCH 1 2 3 4 5 6 7 8 NOTE: If the microfilmed document is leas clear than this notice, it is due to the quality of the original document. 1Z OZ 61 al Ll 91 5I al Efjt EL i 01, 6 9 441166666661116666666664646kOmml�Ililllll! 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MAKE,- UP ROOM 1 -.2 /,.fin i27,6.g pip) 5ETION THR1.1 COUNTER The following is a list and description of electrical equipment u ,ed in the stage, auditorium and related work areas: S C (.3) G /NGLE C VGA DEEP HANDY ?OXE 5 /p12 59UND Rt�.� lz1 %4c t. e 5 CONT.' / / /NC:AE "AA /0/x 4 ".0 Up /d" aNL X55 NoTE), T i_Er//4'Y GARy/1 7 NEt 4 - /, FLU.5tl 1.01/VT /=/N�5 // PA/Nr 2,5,$(o rOt147W 144 I gcEiV T' IV,4 L L 51.11gPACE. Panel (or panels) to provide all normal lighting and power in the main stage, auditorium and related areas. Does not contain any stage lighting load circuits. Panel in Control Room for lighting and power only for control room and sound room outlets. LVR Low voltage relay cabinet for the control of the work light system in the stage, auditorium and related work areas. Locate immediately next to S. Usually furnished and installed by the electrician. SMP -1 Stage manager's panel #1, provides low voltage control of relays in LVR. Furnished and installed by the electrician. SMP-2 Stage manager's panel #2, provides low voltage and multiplexed signal control of house light dimmers and non-dim relays. Furnished by the stage lighting manufacturer and installed by the electrician. ** Cs company switch, provides temporary power for visiting companies with certain power requirements not provided by the permanent stage lighting system. Furnished by the stage lighting manufacturer and installed by the electrician. ** DB CR RS Dimmer bank, contains all the stage lighting dimmers, house light dimmers, non -dim relays and other associated controls for the stage lighting system. Branch circuit reakers provided for all circuits. Furnished by the stage .lighting manufacturer and installed by the electrician. ** Control receptacle station, provide a control receptacle for the stage lighting console and a separate 120V circuit for power for the console. Furnished by the stage lighting manufacturer and installed by the electrician. ** Remote station, provides control of all house lighting dimmers. All low voltage. Furnished by the stage lighting manufacturer and installed by the electrician. ** ** indicates that the item will be specified in the stage lighting. 1. Large scale elevations show actual loactions of the outlets and equipment; such elevations take precedence over plan locations. v 0 A B B R E V I A T I O N S AFF ASF CO CCT Above finish floor Above stage floor Conduit only Circuit ELECTRICAL NOTES J -box and power for stage rigging index light' strip. Light strip with flexible conduit and conductors provided by the stage rigging installer. Connections by electrical contractor. J -boxes for Auditorium Seating aisle lights. Aisle lights with flexible conduit and'conductors provided by Seating manufacturer. Connections by electrical contractor. See detail drawing. All aisle lights and step lights in auditorium fed from Panel switched in electrical room.- Panel S. for all normal power and and related areas. Does not conta Panel C for all power and lighting S Y M B O L lighting in stage, in any stage light circuits only in S U S E D FOR STAGE L I G H T I N G Junction box D E V I C E S Surface plug -in box with pigtails' CED Flush plug -in box with flush receptacles Surface plug-in box with flush receptacles. Surface plug -in box with flush .receptacle:, on Floor pocket hinge point 'Connector strip S Y M B O L S U S E D O N Switch drop auditorium ing load circuits. the control room. cord L I G H T I N G P L A N S Switch, 3 -way Switch, remote low voltage relay system. Lower indicates circuit i.d. case Dimmer switch, wail box type, with torroidal filter. Lutron "Nova" or Prescolite "horizon HT Series". Indicates a light fixture type. See Light fixture 0 Ceiling light fixture. 00 Wall light fixture. .c• Step light . Step light with receptacles l Floodlight Exit Sign /light 0 r q . Special purpose outlet. See detail. Junction box Fluorescent light fixture Fluorescent strip light SYMBOLS U S E D O N Junction box Duplex receptacle Double duplex receptacle Duplex receptacle on single, letter schedule. P OWE R P LAN S dedicated circuit Stage lighting device. See schedule, 1 /E- . Special receptacle ( IIIi111ll�I�IIlI111i111l illil llllllillllllli1l lllllillli`IIIi1'j l Ii ii.Iil .II!IJEIllI.Ii.1 III Illll II III I II IIllPlll 11111111 0 ,6 TS INCH 1 2 3 4 5 6 7 8 NOTE: If the microfilmed document is leas clear than this notice, it is due to the quality of the original document. 1Z OZ 61 al Ll 91 5I al Efjt EL i 01, 6 9 441166666661116666666664646kOmml�Ililllll! 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