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Permit M98-0123 - BOEING #9-08
rY 9E- o/m3 City of Tukwila ( Community Development / Public Works • 6300 Southcenter Boulevard, Suite 100 • Tukwila, Washington 98188 MECHANICAL PERMIT Permit No: M98 -0123 Type: B -MECH Category: NRES Address: 9303 EAST MARGINAL WY S Location: Parcel #: 562420 -1032 Contractor License No: BOEINC*294ML TENANT BOEING #9 -08 9303 EAST MARGINAL WY S, TUKWILA WA 98188 OWNER BOEING PO BOX 3707 - M/S 1F -09, SEATTLE WA 98124 CONTRACTOR BOEING COMPANY PO BOX 3707, M/S IF -09, SEATTLE, WA 98124 CONTACT GARY TALLER Phone: 206- 544 -2975 PO BOX 3707 M/S 46 -87, SEATTLE WA 98124 ******************************************** * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** Permit Description: RELOCATE COMPUTER ROOM COOLING UNIT (3,350 CFM). UMC Edition: 1994 Valuation: Total Permit Fee: *** **,1****** ***** jk** * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Permit Center Authorized Signature Date I hereby certify that I have read and examined this permit and know the same to be true and correct. All provisions of law and ordinances governing this work will be complied with, whether specified herein or not. The granting of this permit does not presume to give authority to violate or cancel the provisions of any other state or local laws regulating construction or the performance of work. I am authorized to sign for and obtain this buildir• per i Signature: Status: ISSUED Issued: 07/01/1998 Expires: 12/28/1998 Date: '- ( — (206) 431 -3670 6,000.00 42.81 Print Name: Title: This permit shall become null and void if the work is not commenced within 180 days from the date of issuance, or if the work is suspended or abandoned for a period of 180 days from the. last'inspection. Project Nameftenant: BOEING INFORMATION, SPACE & DEFENSE SYSTi_MS ei-bi &leQ- Value of Construction: a , d (Q� Site Address: zj 7 2 6 - aikl /1 Cit State/Zip: Tax Parcel Number: Property Owner: TIIE BOEING COMPANY Phone: 206 - 544 - 2975 Street Address: Phone: City Stale /Zip: Fax II: 206 5 - 2854 Contact Person: Gary Taller Phone: ?06 - 5 1 14 - 2975 Street Address: P.O. BOX 3707 M/S 46 - 87 Seattle, WA City State /Zip: 98124 - 2.207 Fax II: 206 544 - 2854 Contractor: 0 Water 0 Sewer Phone: Street Address: 0 Standby City State /Z_ip: Fax It: Architect: Phone: Street Address: City State /Zip: Fax Ii: Engineer: , K .(A.ti ..-\.. /0 f'Iror e: 655 ' S33 Fax II: Street Address: City State /Zip: 1600,10-toU i4 #Nail {tVIEW:t.1.0. ?0.10WAL IiktauCSIE : - .(TO Bt FILLEd :D UT'.EYAOLI6AN7'). . Description of Worts to be done: 2.�t0Ccti' ter C or. pc Lr R.00 v.-- Coo1,rl a.,�, _ Will there be storage of flammable /combustible hazardous' material in the building? ❑ yes El no A list of materlals and story a location on separate 8 1/2 X 11 p_per indicating quantities & Material Safety Data Sheets - LJ Above Ground Tanks LJ Antennas /Satellite Dishes ❑ Bulkhead /Docks El Cornrnercial Roroof ❑ Demolition El Fence 174 Mechanical ❑ Manufactured Housing- Replacement only ❑ Parking Lots ❑ Retaining Walls El Temporary Pedestrian Protection /Exit Systems ❑ Temporary Facilities ❑ Tree Cutting MoN .i"MLY..;SEpVI.CEIDILLINGS,TO!, s .,., V :';I:; i:... ' + ` .. , . : ' Name: Phone: Address: City /State /Zip: 0 Water 0 Sewer 0 Metro 0 Standby CITY OF TUKWILA Permit Cent 6300 Soul/lowlier Boulevard, Suite 100 Tulctvila, WA 913188 (206) 431 -3670 job A 7ga 3 y 7_oa • R STAFF USE ONLY Project Number_ lierirtlt Number: Miscellaneous Permit Application Application and plans must be complete in order to be accepted for plan review. Applications will not be accepted through the mail or facsimile. ApPUiCANT.+, REQUESTAF, OR '.MISC8IilfANEOUS'RURLIGWORKS 4. 0 a 1.1 Channelization /Striping ❑ Curb cut /Access /Sidewalk ❑ Fire Loop /Hydrant (main to vauit)fl: Size(s): El Flood Control Zone ❑ I.arui Altering: 0 Cut _ cubic yards 0 no_ yards 0 sq. ftgrading /clearing ❑ Landscape Irrigation El Sanitary Side Sewer iI: _ ❑ Sower Main Extension 0 Private 0 Public ❑ Storm Drainage El Street Use El Water Main Extension 0 Private 0 Public El Water Meter /Exempt I! Size(s): _ 0 Deduct 0 Water Only El Water Meter /Permanent tl_ _ Size(s): ❑ Water Meter Temp it_ ❑ Miscellaneous WAr.EE`ME7:Ea'b.P, dSil' /REI= UNb:b1LL /NC :. Name: Address: Value of Construction - In all cases, a value of construction amount should be entered by the applicant. This figure will be reviewed and Is subject to possible revision by the Permit Center to comply with current toe schedules. Expiration of Plan Review - Applications for which no permit Is issued within 180 days following the date of application shall expire by limitation. The building official may extend limo time for action by the applicant for a period not exceeding 180 days upon written request by the applicant as defined in Section 107.4 of the Uniform Building Code (current edition). No application shall be extended more than once. Vale application accepted: M►GrPAA7'_ 7/11/96 Size(s): Est. quantity: _ gal Schedule: ❑ Moving Oversized Load /Hauling Date application expires: 12,-/ c 5 Phone: Cily /Stale /Zip: Applica Ion taken by: (initials) > ALL DRAWINGS SHALL BE AT A LEGIBLE SCALE AND NEATLY DRAWN i 1JILDINb, t 'E''(' ANS AND UTILITY PLANS ARE TO BE COMBINED y ARCHITECTURAL DRAWINGS REQUIRE STAMP BY WASHINGTON LICENSED ARCHITECT Y STRUCTURAL CALCULATIONS AND DRAWINGS REQUIRE STAMP BY WASHINGTON LICENSED STRUCTURAL ENGINEER y CIVIUSITE PLAN DRAWINGS REQUIRE STAMP BY WASHINGTON LICENSED CIVIL ENGINEER (P.E.) Copy of Washington State Department of Labor and Industries Valid Contractor's License. If not available at the time of application, a copy of this license will be required before the permit is issued, unless the homeowner will be the builder OR submit Form 11-4, "Affidavit in Lieu of Contractor Registration ". Bulldln j Own er /Autharized Agenf;;lf the appliGcint is Ujlier, {lj4(j'fhl •o'wp r ragis (oreal'arcllltacl/efigin9or, pp ;Fantraq(or, :00(j4a l.,'.�i • by the State of Washington a notailc rl•leller.frotp i /ia properly o' 4 r ttij Prizin,' (hA apsnf ta,slrbfnll Jh1S porllll f `€ipPlipetlgo, rirj� obtain the permit will be roqulred Part at tit submittal ' > 1' I .f ` r I HEREBY CERTIFY THAT I HAVE READ AND EXAMINED THIS APPLICATION AND KNOW THE SAME TO BE TRUE UNDER PENALTY OF PERJURY BY THE LAWS OF THE STATE OF WASHINGTON, AND I AM AUTHORIZED TO APPLY FOR THIS PERMIT. BUILDING `OWN R'OR AU ' 10 P AR Signature: II Print name: e4ry Taller Address: Art I S C 1'MT. D O C 7/11/96 P.O. BOX 3707 M/S 46 -87 ► ' ' ATIONS I BE SUB TED WITH THE FOLLOWING: I Date: _ 16 r hone: 544 -2975 I Fax II: 544 -2854 W A 9II124 -2 c ity /state /zip :Seattle, 98124-2207 h • SUBMIT' ° A PP LICATION AND REQUIRED CHECKLISTS FOR :A bove;Gr'ourld Tallks/1Nnter.' >Tanks . II�r p►1 ;tr : e 1 ' : , I c , — axceedin 5`OOQ anon a ' ' at 4 p • hel it fq'; l .1 1Q 1 �; 1 �; , . ri�i:e C. I r f t . (i a J C l „ , t 1 which exceed 2r1. . • �r< };., + : . 1 PERM ;fil^VI W : .,. Fybr)j1. § :6, i t,; 4 �'. , , .v ° i s z s ' f ' �1 I :;i,, .'( 'tJ� � 1 ' ; )ti I ; 1. r r 4 k ( 1 ` frl 2 1 i , I ' r ' r. a; Antennas /Satellite Dishes '. +I a ;ir „J '� i , t ;.., .• .. F <'•ti. t, f "'Subrnil: . ,', � Ir • '••J!r ! .,',A,,., ,. ..'.•1 „°�}flt'a�di .•. ri Awp jngs /Canopi No slgna a ��� ,t ) ' , xrl,,� , .j ;Sr � .r, r, ' � • f = tf !�} v,, l�} ,�• 1 .. ,. �• ''; 1 =�. >uiJ�,' `�i. ,, a f , � • 1:' , : t, � '$ Ni th .. Y , , a, Bulkh'i ad /Oock I t „ „ t; s t, ' ., ,; ,, ,, :{ {,; i�f •. t ,,:,l� ,,< 1 iY, { ;ti . ' e r . }. , '! ,.. :! P,, f4 �Ir';rtt lr,....r..,, �< r1 ;c4r ipprgi iii- 'onant :ImProvemmilt j � 1 f . } 41 },. ..�� � 6 lPFt 1' 1 ' Itit s +1 r ",:r.d ri ', >'f'errnilfJr..�rl'� ; ;{��" li �,. i :. J , o Pt�t; �'t,;r; ,•, lclr t •.mot �r „•�, r i"'�.;*'� .... t " '! a P t + [, sUt� t'c s II is l fN is„1rr 1 - „ '"(, ;, iitk.i �y { , P'!i * It ..1 ” "'il�t►' j " .n� tITY •i41; c „•�:.',':t t " . .., s , . { ri Coil -n ercia (3eroofi ; ' ' ; � a '` ft i � ,:t i ' 1 ": : c l t i• S U(�rpi� G eGi )i t$''Nq�,: M 6 r ; r ,� r , 1 4i,V 1:!..4..V. .j ' . D'e of t p r : :J ` I , , , t:: .. I JJ ,' .,v�. k Fences- Over 6 'feet in.I ht g a Subtpit G�� c�4�ir�4t7, a3M�i e J �4•;uY. J:b S�; �Jh � i� it.';j. `o ` S i . " " y ,,i ,, e C, , . . : ,4 , .: j�`�J�'}kl`a a�' • + Stibrrili }di;tt �Q= '�� g1i� r i r ' ' • r ,, .J .. , : : tl. ii . Y rrc , ..1, yr7r l 145.7 Jf :. ri Land Alterirlcj/Grading /Preloadsr ; . 1 s ., Y., ... ., [� Loading pocks • ; ' t Y ter i = f 1 t 1 hrf tu Lt.' �, ;, o , . > Q t y.., f ' • mrlls(rr i 'Tn n e O, z , t 1 1 1'J . NL t.1(ppC9 P J; S IR , til Permit; :Submit; ohaaklist,t b;4H$;477�?'1•' r (010.640';' a yl ! r d.,: > �s, ► s,� f X41 �M -� } -' •'�• Y . �µ �r t.r r9 , r t f,a„ R O'sidaintial(an_ iy.,4Ji�. ?” :,16'tli 1 :,.., ?; 3 .,., Y . , . b y 6 i : . ry ��J 1'}QQ 0 ,. f'f?' �pl ti, iJ. Ft 1 , t. �t � � I F 1 l;ii,,�;�ts „�.�' -tlllf tll J:rl�'!�rti.. l �,� t� �, � �t4. j : (i� 1 U M echanical: esidential & Co rria ci 1 , t '( rn r �) I ' '; � ,, , �.; , �: r � } a t t n. ! �., �, �'J. ,! .tk . ,, y , �r ' ? �r,,r',k, ,, y rl $ce a eoii b ct o ,,', , . MI l n . 'P ► ti VIl r is . , '.; ' ' ' tt� t , i •1 r; 6' t "'. i;Y t 1 / t 1 Y ! L • " •, r .. ' '1jA rr 0 8 u ' , i .4 x �1� 4 ti! � + m4 factirred Housin NS IGNI A sONl'.; . ) ly'Jjp Jt t i li rf rr,: I � ! , f . . } �� � y r • J't( + � ' r [� .r ” / � JH .� I , F, y , G r � k ! {: t ., qp Vjl r/, f,, Ili inj►t�h -P • t lsf t ai N `t t t I ` � }f,t J 1 � ; �1'i: 1'i.'r� '! i.C:� J i�':'!� nr +'r�� ( Rd 71?ht�! It Sa : Su 1j i ,�• h; 7 +ri:,t prr 4 �Ilac}��is4�' A '�t�Y�� # +t, Sui4ipltlr:jjoG 4 ' l(Stt's 5 NQ ' 1`� liti fit . }. � c s ir. ,; t:/, > ;IPA 1`41 p C1 t1 , R' a, +t ' ; , S ' u b nti l eckl I, Q -.r„ �;! i .v. �1f ,. tbmit'�IiQI`e'f�IISt'rl„iFNQ�In (y'iGr�,1if� l Mov n .Ove sized,Loail o ii :. : f r 5 , 4 } trb: , ' i g, r (N .t i ng' , r , ' ri Perking Dots S sidential Reroof - 1 Exempt0�vilh foitQw jng e xcpptl n tlf rapt striiettre Ii,eto be repaired,or�replaced ;• t , +, r ' �'_+ � A. � y i r J ;r , t art +' I rrl , ) � r g 1 , , , Fietailiin W ?ils .Over 4'fe t in t el0ht r 11, 1 � ,; r . n 1P% { n [°J , r.• n, t J �7 � , J' Y` lt l t ,r, !t' j t�brliltr §h� 1<I S 1:�:c ci�� m 'ilk1A � til . C t �''. f r t'•. � t '1 . ,r. :t ,. t,ll. K• 11` 1:1 {� "�;!'�,t l�` k. a�.r..d �i L n T em a ar Fa"c lities r 1 1 1 i � ,, R I? r y' i , r tti , P t4l;, ,,f '$(0)i '01 i i tt i�N M ,7 ,�k, yt ! 1, .. is , . i, nZl; 1:`i> t :Vt .i4A,i1t08tf '4at • Temporary'pedstr(an Prof ectiorl 000, : sys� m9�3r,3 r . 1" , .. ,? S'1. 1. M ., !{ i t f 'S { ' su ' � ' p11` j � � ` ( ' :, , y� t,; ., s�' ;tY,�{ ,i: , �(' ; is A9,,,a i'A'ik.41i u4 t1:t?�'; •OF. F.,1 :.,,i .. n t T4A7 : 5y y K •�' �t Sl. Tree Cutting- ! tl , J to } _ •. r ': ..,t , 1 ,y r'u r! :r ,., i � F b I :09911.11r j,i q "ful a`'ti�•t y �1,ly,! u rn i t;4t P,40 rr r, r ,. , y, 1 '! , t....)�4h: l,:t. :PflijiA1i %, > ALL DRAWINGS SHALL BE AT A LEGIBLE SCALE AND NEATLY DRAWN i 1JILDINb, t 'E''(' ANS AND UTILITY PLANS ARE TO BE COMBINED y ARCHITECTURAL DRAWINGS REQUIRE STAMP BY WASHINGTON LICENSED ARCHITECT Y STRUCTURAL CALCULATIONS AND DRAWINGS REQUIRE STAMP BY WASHINGTON LICENSED STRUCTURAL ENGINEER y CIVIUSITE PLAN DRAWINGS REQUIRE STAMP BY WASHINGTON LICENSED CIVIL ENGINEER (P.E.) Copy of Washington State Department of Labor and Industries Valid Contractor's License. If not available at the time of application, a copy of this license will be required before the permit is issued, unless the homeowner will be the builder OR submit Form 11-4, "Affidavit in Lieu of Contractor Registration ". Bulldln j Own er /Autharized Agenf;;lf the appliGcint is Ujlier, {lj4(j'fhl •o'wp r ragis (oreal'arcllltacl/efigin9or, pp ;Fantraq(or, :00(j4a l.,'.�i • by the State of Washington a notailc rl•leller.frotp i /ia properly o' 4 r ttij Prizin,' (hA apsnf ta,slrbfnll Jh1S porllll f `€ipPlipetlgo, rirj� obtain the permit will be roqulred Part at tit submittal ' > 1' I .f ` r I HEREBY CERTIFY THAT I HAVE READ AND EXAMINED THIS APPLICATION AND KNOW THE SAME TO BE TRUE UNDER PENALTY OF PERJURY BY THE LAWS OF THE STATE OF WASHINGTON, AND I AM AUTHORIZED TO APPLY FOR THIS PERMIT. BUILDING `OWN R'OR AU ' 10 P AR Signature: II Print name: e4ry Taller Address: Art I S C 1'MT. D O C 7/11/96 P.O. BOX 3707 M/S 46 -87 ► ' ' ATIONS I BE SUB TED WITH THE FOLLOWING: I Date: _ 16 r hone: 544 -2975 I Fax II: 544 -2854 W A 9II124 -2 c ity /state /zip :Seattle, 98124-2207 Address: 9303 EAST MARGINAL WY S Suite: Tenant: BOEING #9-08 Type :- -MECH ParCe 1 #: 562420-1032 Itsud (17/01/1998 CITY OF TUKWILA 't ::4 4, • 1.;* • I ' ' • .1. Permit No: Status: ADO ed: • V 7. M98-0123 ISSUED 06/16/1998 .0.****4******4,**********4********************4,**4(****4**********A*4,-***4' Permit Conditions: I. No changes w i l l be made to the plans tin less approved by the Architect or Engineer and the .TukAylla Bu i 1 d ing Di vi Is ion. 2. Al 1 permi ts, inspect iri:.;1064,*46c plans shall I be . available at the ),'90.!00 far t o' he #*:of any con- struction. Thes4:dAVDents taC'e to be ma i ntaiAtt and a va 1 1 - ab 1 e tint 11 f 9107cI spec OA ia 0 p ro,V6"9 i s #41-1 Cki, , ,. ' 3. All con s t rus41on to be done J n - ; , cOnfOrmanoel*T.th a pp!py e d plans anci , Of the pp i form Bulid*ncvicode0994 E d i t i o n ) /;a* Uniform 'Meehan foal, Code7(1994,EdlAon) and WashT9tOn State Energy Code 1994 E d i t i o n ) . .:. 4. V a l i d i t y yb of 'Permit. -' The i Ssbande:.of a perml,t oi tio40 I plansGs if i cat tons, avid!:computatjons shall not.be con- strued./tobe a permit 'fCir. Or an approval of. any v 191 a,t.1 p of any of the rovisions of the :bu i 1 d i nil code or',oflan,V '4 \ other ordinance of the iur I 01 et i on... No permit preiumtii 6. g 1 vp,,,aut i tv to v ib late—or cancel - the prov isions:, 'a code s ha 11"be, valid.. , , ', 2'::—/ :, '!, 5. MANUFACTURERS. INSTALLATION i INSTRUCTIONS REQUIRED ON SITE FOR THE BUILDING- INSPECTORS '.:REVIEW; /7 6. all 1 e le ctr i ca El'Otri ca 1 : perml ts . shall l'. be\ obta tnetiVthrbugh the Wash i ng ton kl , i.... f v, 5, tAte Division of Labor ariAIndtistri es and l ! - , 1 f l wor ij wi ll '''be oinsPeCted by ,tivat'.- agencv.„.,(248-6630),. T • giV4.:`:•.• t-4 r; .( 'PP -0' • ,!-'4 1 P • ' . ACTIVITY NUMBER: M98 -0123 PROJECT NAME: XX Original Plan Submittal Response to Correction Letter # BOEING #9 -08 DATE: 6 -16 -98 Response to Incomplete Letter Revision After Permit Is Issued DEPARTMENTS: ui ding ivision Public Works 7 DETERMINATION OF COMPLETENESS: (Tues, Thurs) Complete WR.ROUTE.DOC 6/98 TUES /THURS ROUTING: Routed by Staff C t Pen'btLf Ccov4 Gam, PLAN REVIEW /ROUTING LI Fire levention AWC' '*/‘? Structural Incomplete Comments: Please Route ❑ APPROVALS OR CORRECTIONS: (ten days) Approved 0 Approved with Conditions El CORRECTION DETERMINATION: Approved D Approved with Conditions C (if routed by staff, make copy to master file and enter into Sierra) REVIEWERS INITIALS: REVIEWERS INITIALS: Planning Division Permit Coordinator • DUE DATE: 6 -18 -98 Not Applicable No further Review Required DUE DATE: 7 -16 -98 C DATE: Not Approved (attach comments) Ei DATE: DUE DATE: Not Approved (attach comments) El REVIEWERS INITIALS: DATE: Page 2 Facilities Focals 1- 9604- DBW98052 May 14, 1998 1- 9604- DBW98052 To: Distribution List- Subject: 1998 Washington State Contractor's License for The Boeing Company Enclosed is a copy of the Washington State Contractor's License for 1998. This license expires on January 1, 1999. Please contact me if you have any questions. Enclosure D. B. eigelt 1 -9604, 1F-09 ,206) 655 -4535 E Detach And Display Certifii.att. F62 .O5 ].t>(x) flg97) DEPARTMENT OF LABOR AND INDUSTRIES REGISTERED AS PROVIDED BY LAW AS CONST CONT GENERAL -REGISTRATION NUMBER_' CCO:.,,.; *294ML 01/01/.1999- EFFECTIVE.;DATE. 07/13/1971 BOEING COMPANY, THE PO BOX 3707 MAIL STOP IF -09 SEATTLE WA 98124 -2207 Detach And Display Cutifik,u_. CITY RECEIVED MAY 1 5 1998 PERMIT CENTER cw_ ;vS W4"' 3 „' 1 T: r it , " ; °” Trw " rTh7rf, i t; rtA •7 A i Wr r r?!,7., . I J1 7 .,.,;,:} 1 . 7;",.. A ',9* *)1 * *A * *A **kA *kA*A. k.A A** 4*** 41A1•A *s1**:$*AA1 ;� *A*fiAA* .A• *AA *fir* *0* ;STY OF TUKWILA. WA TRANSMIT *o'A* *k *r40*.RA* *.AAA A4 k. A *AA4* *A*... *.kA* AAA *4.*% *AA*I:otik * *AAke ***A * TRANSMIT Numhert It9700791 Amn'.c►tt: 42.81 07/01/913 14 :38 • Pnvment Meth d: CASH Notation: BOEING COMPANY Irr'it: 11LH. ~W . Per�niit �No: M98..0i23.. Tvie I -•MECH • MECHANICAL PERMIT Parcel No: 562420. 1032 E it€ •Fliidr ess: 9303 EAST MARGINAL WY S Total Fees: 42.131 This Payment 42n8J. TutaI ALL Pmts: 42.8i. L1tti arice ..00 *AA * *1, *A*AAA * *•A **A * * *•a A**S * *AA AAA *Aa*4 *AAA * *+•• *AA *s1kA *A*** Acs:uunt Code Description Amount. 000/345.830 PLAN CHECK - HCliV1:ES ' 8..t4i ' • (:)/322.100 MECHANICAL - UONRE8 34.25 July 29, 1999 Gary Taller PO Box 3707 M/S 46 -87 Seattle, WA 98124 RE: Permit Status M98 -0123 9303 East Marginal Wy S Dear Mr. Taller: In reviewing our current permit files, it appears that your permit for the relocation of cooling unit issued on July 1, 1998 has not received a final inspection as of the date of this letter by the City of Tukwila Building Division. Per the Uniform Building Code and/or Uniform Mechanical Code, every permit issued by the building official under the provision of this code shall expire by limitation and become null and void if the building or work authorized by such permit is not commenced within 180 days from the date of such permit, or if the building or work authorized by such permit is suspended or abandoned at any time after the work is commenced for a period of 180 days. Based on the above, if a final inspection is not called for within ten (10) business days from the date of this letter, the Permit Center will close your file and the work completed to date will be considered non - complying and not in conformance with the Uniform Building Code and /or Mechanical Code. Please contact the Permit Center at (206)431 -3670 if you wish to schedule a final inspection. Thank you for your cooperation in this matter. Sincerely, City of Tukwila Department of Community Development Steve Lancaster, Director nitt, C1 Brenda Holt Permit Coordinator Xe: Permit Pile No. M98 -0123 Duane Griffin, Building Official John W. Rants, Mayor 6300 Southcenter Boulevard, Suite #100 • Tukwila, Washington 98188 • (206) 41313670 • Fax (206) 41313665 C City of Tukwila Fire Department Fire Department Review Control #M98 -0123 (510) Dear Sir: June 24, 1998 Thomas P. Keefe, Fire Chief Re: Boeing Company Building #9 -08 - 9303 East Marginal Way South John W. Rants, Mayor The attached set of mechanical plans have been reviewed by the Fire Prevention Bureau and are acceptable with the following concerns: 1. H.V.A.C. units rated at greater than 2,000 cfm require auto - shutdown devices. These devices shall be separately zoned in the alarm panel and local U.L. central station supervision is required. (City Ordinance #1742) Duct smoke detectors shall be capable of being reset from the alarm panel. (City Ordinance #1742) Dedicated fire alarm system circuit breaker(s) shall be equipped with a mechanical lockout device. (NFPA 72 (1- 5.2.8.2)) All new fire alarm systems or modifications to existing systems shall have the written approval of The Tukwila Fire Prevention Bureau. No work shall commence until a fire department permit has been obtained. (City Ordinance #1742) (UFC 1001.3) All electrical work and equipment shall conform strictly to the standards of The National Electrical Code. (NFPA 70) Any overlooked hazardous condition and /or violation of the adopted Fire or Building Codes does not imply approval of such condition or violation. Headquarters Station: 444 Andover Park East • Tukwila, Washington 98188 • Phone: (206) 575-4404 • Fax (206) 575 0, Page number Yours truly, City of Tukwila Fire Department The Tukwila Fire Prevention Bureau cc: TFD file ncd John W. Rants, Mayor Thomas P. Keefe, Fire Chief Headquarters Station: 444 Andover Park East . Tukwila, Washington 98188 :• Phone: (206) 575-4404 ■ Fat. (206)'57$4439 ..... ;: v:. •: 'i:4:• } }: •i Z ... }:4;•Y ?;:: •: : } } }i ..... }} }:• } } } }i:::. } }:J; {• } } } } } }:L'r •i: {•i }::: :• }:: { }: � } } } } }: • .........:..::::::::::::::: • .::..n.....,...,. r.}} :• }:•{.. .::.......:.::. . . ;i.:; r }:. }• : .:....... ... ........ .... x:; :::. �. { {• }r v:. �...... EEst; gtiC ` . ` .r } { {•; ?::v;,i:.T } +.y:ti },. :'p; }:::.': Balance Due: $ 42.a r Need Current Contractor Registration Card: ❑ Yes VI,t No Need to Enter Contractor Information in Sierra: ❑ Yes LN { • SMOKE DETECTION SYSTEM FOR FILE SERVER ROOM 1125 BUILDING 9 -08 SEATTLE, WA OPERATION AND MAINTENANCE MANUAL SEATRONICS PROJECT 110626 SEATRONICS, INC. 1501 15 N.W., Suite 106 P.O. Box 1138 (98071) Auburn, WA 98001 (253) 939 -6060 — 24 Hour Number 110625 TABLE OF CONTENTS SECTION 1 BATTERY CALCULATIONS SECTION 2 SEQUENCE OF OPERATIONS SECTION 3 ACCEPTANCE TEST PROCEDURE SECTION 4 EQUIPMENT DATA SHEETS PROJECT: BOEING 9 -08 ROOM 1125 AH REQUIRED = 12.15 AH BATTERY SELECTED = 17.2 AH BATTERY CALCULATIONS DEVICE QUANTITY SUPV.(MAI TOTAL ALARM (MA) TOTAL CP -35 1 195 195 250 250 AE -30U 2 6.5 13 40 80 ZU -35 1 9 18 110 220 SR -32 1 0 0 45 180 ZN -34U2 1 10 20 110 220 TL -30 1 0 0 50 50 PE -11 6 0.1 0.6 40 240 MT -24 -IS -VFR 2 0 0 242 484 RS- 2475 -VFR 1 0 0 200 200 TOTAL SUPV 246.6 TOTAL ALARM 1924 SUPERVISORY 246.6 MAX 48 HRS = 11836.8 MA HRS ALARM 1924 MAX .166 HRS = 319.384 MA HRS TOTAL = 12156.18 MA HRS ' c,..-4-' SECTION' :Z • .o.irotra'Amsw*Ozeviriirhi:air:.-2.)319:CtarNsivZia.57..V..41tMitIVUIttinkViairAtigiat BOEING 9 -08 BUILDING ROOM 1125 SEATRONICS JOB 1 10626 1 ST ALARM: 2 ND ALARM SEQUENCE OF OPERATION a. ALARM CHIME RINGS b. GENERAL ALARM L.E.D. ON CONTROL PANEL LIGHTS c. L.E.D. OF 1 ST ZONE MODULE TO ALARM LIGHTS d. L.E.D. ON DETECTOR IN ALARM LIGHTS e. TRANSMITS ALARM SIGNAL TO MAIN FIRE ALARM PANEL (MFAP) AND ANNUNCIATOR f. HALL STROBE FLASHES a. ALARM CHIME STOPS RINGING b. ALARM HORN SOUNDS c. L.E.D. OF 2 ND ZONE MODULE TO ALARM LIGHTS d. L.E.D. ON DETECTOR IN ALARM LIGHTS e. POWER AND HVAC SHUTDOWN TIMER ACTIVATES (60 SEC ) AT COMPLETION OF 60 SECOND TIME DELAY: a. COMPUTER POWER SHUTS DOWN b. HVAC SHUTS DOWN ACTUATION OF SAVE SWITCH WILL: a. PREVENT POWER AND HVAC SHUTDOWN b. RESET TIME DELAY ( RELEASE OF BUTTON STARTS A NEW 60 SECOND COUNTDOWN) c. CAUSE A TROUBLE CONDITION ON CONTROL PANEL d. TRANSMIT A TROUBLE TO MFAP AND ANNUNCIATOR ACTIVATION OF MANUAL STATION WILL: a. LIGHT MANUAL STATION ZONE L.E,D. b, ACTIVATE THE HORN IN THE ROOM AND THE STROBE OUTSIDE THE ROOM c. IMMEDIATELY SHUTDOWN COMPUTER POWER AND HVAC d. OVERRIDE SAVE SWITCH e. TRANSMIT ALARM TO MFAP AND ANNUNCIATOR .,.. .a.,.... ...ww..:,ivur:...t.. ..� SERVICE ORDER NO. SERVICE CONTRACT NO. PROJECT NO. SYSTEM TECHHNICIAN INSPECTION DATE TEST ALL CONTROL PANEL FUNCTIONS TO MEET ATP REQUIRMENTS 110(pac. DAOL- C- ( e / ql SERVICE PERFORMED STATUS INITIAL . START -UP & TEST CONTROL PANEL PER INSTRUCTIONS 0 K TEST ALL CONTROL PANEL FUNCTIONS TO MEET ATP REQUIRMENTS DI( VERIFY ALL NOTES ON DRAWINGS HAVE BEEN FOLLOWED C) �k TEST ALL PHOTOELECTRIC DETECTORS Oe_ TEST MANUAL FIRE ALARM STATIONS p14 CHECK MAIN BUILDING ALARM SIGNAL OIL I2 MARK INSTALLATION DRAWINGS WITH AS -BUILT INFORMATION 0 1 C. SEATRO1VICS SEAT'RONICS, INC. 1 15TH ST NW, STE 106 AUBURN, WA 98001 (206) 939 -6060 INSPECTION AND TEST REPORT CUSTOMER: THE BOEING COMPANY ADDRESS: 9 -08 BUILDING, FILE SERVER ROOM 1125 CITY, STATE: TUKWILA, WA i ACCEPTANCE TEST PROCEDURE NO. 110626 JOB NAME: Boeing File Server Room 1125 LOCATION: 9 -08 Building, Tukwila, WA TYPE SYSTEM: J Fire Detection System DATE: ( /g /g( INSTALLATION SUPERVISOR: -A%)£ 6.-Ag.K. 1.0 SCOPE This Acceptance Test Procedure (ATP) describes the functional tests required to verify that the installed fire protection system functions as intended by the design drawings and contract specifications. ' 2.0 REFERENCES Seatronics drawings. 3.0 RESPONSIBILITIES 3.1 Approval parties for acceptance testing shall be the owner's representative. 3.2 On completion of the test, the designated representatives shall sign the approval sheet in the space provided for witnesses, whether or not exceptions have been taken to the results obtained during the test. 3.3 Should any of the approval parties object to the results obtained during the acceptance testing, they shall so notify the Contractor's Field Engineer. Any such notice given verbally shall be confirmed in writing within forty -eight (48) hours after performance of that portion of the test to which exception is taken. The notice shall summarize the objection and shall state the reason for it. 3.3.1 Certain minor exceptions may be of sufficiently small magnitude that a qualified test approval may be given. In this case, a list of such exceptions shall be entered on the page provided and the "Test Approved With Exception" block shall be signed. The signature shall indicate that the exceptions are of such nature that a re -run of the acceptance test is not necessary to demonstrate that the exceptions have been adequately rectified. 3.4 After the ATP is satisfactorily completed and all exceptions have been cleared, the Owner's Representative shall sign the "Approved and Accepted" block. 3.5 The Contractor's Field Engineer shall be responsible for the organization and performance of this accepted test. 3.5.1 The Contractor shall provide all material and equipment required to perform the test except as noted below: 4.0 TEST PREPERATIONS 4.1 EQUIPMENT REQUIRED 4.1 .1 Test gas. 4.2 TEST CONDITIONS - GENERAL 4.2.1 Notify interested parties that system tests are beginning. 4.2.2 Verify that all photoelectric detectors have been properly tested and adjusted as required by Seatronics Form 68. 4.2.3 Verify that all other tests required on Seatronics Form 68 have been completed. 4.2.4 Visually inspect the installation of all equipment to verify that it is properly mounted. 4.2.5 Verify that the system is in normal supervisory condition (power lamp is "on" and other lamps and audible devices are "off "). 5.0 ACCEPTANCE TESTS - TROUBLE CONDITIONS 5.1 At each device listed in Table II, remove either the EOL or the detection device as noted and verify the specified system trouble responses occur. After verification of proper system response to each simulated fault, perform the following steps before proceeding: 5.1.1 Silence FAP trouble buzzer by pushing the TROUBLE / SILENCE switch. 5.1.2 Re- install EOL or detection device. TABLE I - TROUBLE CONDITIONS X - REQUIRED RESPONSE O - UNDESIRED RESPONSE BOEING 9 -08 BUILDING TD - TIME DELAY FILE SERVER ROOM R - RESET 110626 °'^S e''")-4-41 : / / /�0 .1 i � et/ . _ -1 IA. , -5 i . e 1 ✓ // W Z O a TROUBLE CONDITION w (OPEN CIRCUIT) cr 2 w H U) CO SYSTEM TROUBLE LED ON SYSTEM TROUBLE BUZZER ON SYSTEM TROUBLE TO MFAP INDIVIDUAL ZONE LED ON REMOTE SAVE LAMP ON LINE 1 I ee /;- (.10.4e -4' ZONE 1A p 1.---ea...--Vi.,, ..)o 0 x x x 2 ✓ ) � �� // ZONE 1B ti x x x x 6/ 3 MANUAL PULL x x x x 4 STROBE I x x x x 5 CHIME X x x x f✓ 6 HORN • ,C4 .. N...... X X X X I, SAVE SWITCH Av- -. X X X X /�- , / �!O ' ...s 4 c+ l/ e1 hl4ratln -.2c)I...i y� pa — 401, e� - J-- <DK- L *1%4'1 a, 1. ■ _ .. — ►... _. ti GA- 6.0 ACCEPTANCE TESTS - ALARM CONDITIONS 6.1 Verify alarm conditions as specified in Table III. For each alarm condition listed, the appropriate system response should occur. After initiation of each alarm condition, the following steps should be completed: 6.1.1 Alarm condition - silence audible alarms by pressing alarm / silence button. 6.1 .2 Reset the control panel after the alarm condition system response(s) have been verified. The system trouble lamp and audible trouble alarms will be "on ". 6.1.3 Verify the control panel is in normal supervisory condition and all trouble indications have been cleared. TABLE II - ALARM TESTS BOEING 9 -08 BUILDING FILE SERVER ROOM 1125 110626 f /: �drM ^ C-.044:)(.4-‘< SYSTEM ALARM AND ZONE MODULE LED ON �/)1 Aile }l.. ALARM SIGNAL TO MFAP 8 ANNUNCIATOR 1 1 X - REQUIRED 0 - UNDESIRED t E?JO O CHIME ON 0 z m ij r., r. m HORN ON PL' RESPONSE RESPONSE HALL STROBE ON I E m m m �1 =o DETECTOR LED ON O z /�j I l II ' � m ... POWER SHUTDOWN G� ��/ / /1 I HVAC SHUTDOWN ALARM SIGNAL TO ADT I I SAVE SWITCH LED ON I I PREVENTS SHUTDOWN 1 I RESTARTS TIMER H D n � 0 z o H O z SYSTEM RESPONSE LINE 1 ir / C.e,ir,r, c -L X X X X X X ZONE 1A (� GI ✓ I ( r - 4�IOA( eLacartw; 2 ZONE 1B a L/ V P -,. r .. •" •... i X X X X X X 3 CROSS ZONE 1A & 1 B oniZ . X X X X X X a X X 4 MANUAL PULL STATION C4‹. X X X X X X X 5 / ACTIVATE SAVE SWITCH CDk X X 6 RELEASE SAVE SWITCH I/ 3- Cj 4 +. r (051 !� X 7 /t l/ /l9 6 --SJ-, 1,4 4 wn / 8 7 'Q („,-17 --r.-- ; . )0 A as . 9 L am} l.. ;-LL ,.,.,.Q. Pc..11. 7.0 ACCEPTANCE TESTS — BATTERY POWER CONDITIONS 7.1 Switch the circuit breakers supplying power to the control panel to their off position. Verify the following: 7.1 .1 The system trouble lamp is on and the trouble buzzer is sounding. 7.2 Silence the trouble buzzer. 7.3 Actuate alarm condition on Table II line 4. Verify correct system response occurs. 7.4 Reset the control panel. 7.5 Return the circuit breakers supplying the control panel to their normal position. 8.0 SECURE FROM TEST 8.1 Notify interested parties that the acceptance tests are complete and the system is being placed in operating condition. 8.2 Instruct the operating personnel in the proper operation of the system. 8.3 Verify that the control panel is in normal supervisory condition. EXCEPTIONS: WITNESS: The Boeing Company File Server Room 1125 Building 9 -08 Tukwila, WA ACCEPTANCE TEST PROCEDURE #110626 WITNESS: -� APPROVED WITH EXCEPTIONS: APPROVED AND EXCEPT SEATRONICS INSTALLATION SUPERVISOR: DATE: DATE: 6'79/90 0( DATE: C0 / /91 DATE: o ,G GIe %g' SECTION;' System 3 Control Panel C rofronics ENGINEER AND ARCHITECT SPECIFICATIONS MODEL CP -35 • Basic Two Zone System • Expandable • Double Supervision • Ground Detection • Supervised Alarm Relay Coil • ® Listed Description The Pyrotronics Control Panel Model CP -35 is the basic control unit for System 3 Universal Alarm Control. It is of solid state circuitry and is designed for use in commercial, institutional, industrial, and life safety applications. The unit is U.L. listed and FM. approved for service in accordance with NFPA Standards 72A, 72B, 72C and as part of a 72D system as well as for waterflow alarm and sprinkler super- visory service when the proper supplementary modules are included in the system. The Model CP -35 and its associated PS -35 (Power Supply) provide circuitry for two supervised detector circuits, wired for either Class A or Class B (Styles D or B respectively). The CP -35 control panel accommodates any of Pyrotronics conventional low- voltage detectors, manual stations or con- tact type intput devices. The CP -35 also incorporates one supervised audible signal circuit utilizing either 120 VAC or 24 VDC audible devices. The audible signal circuit can be wired in either a Class A or B (Styles Z or Y respectively) configuration when using 24 VDC audibles. If 120 VAC audibles are used the circuit can only be wired as a Class B (Style W) circuit. Nine visual system indicators are mounted on the face of the CP -35, a green Power On LED, a red Alarm LED, a yellow Trouble LED and a yellow Ground Fault Indicator. To monitor the two detector circuits, a red LED Zone Alarm Indicator and a yellow Zone Trouble Indicator are supplied for each zone. An aaditional yellow LED Audible Signal Circuit Trouble Indicator is also provided. Pyrotronics Universal • i... Alarm 1 11 Control • TNOUSL[ CAUTION :x.:- • Two momentary contact switches are mounted on the CP -35, one serving as a combination "Reset/Lamp Test" function, while the other permits "Alarm Silence ". A fixed two position "Trouble Silence" switch and an internal trouble signal sounding device is provided. Also remotely located Trouble Annunciator (RT -38) , Alarm Annunciator (RA -38), and Alarm and Trouble Annunciator (RTA -38) are optional. Operation POWER The combination of a Model CP -35 with a PS -35, operates from a three -wire, 120/240 Vac 50/60 Hz, supply with grounded neutral, incorporating double supervision. Sec- ondary power may be supplied with optional battery standby. The green Power LED is illuminated to show that power is normal. Each input power line is separately fused within the power supply. Loss of the main AC operating power or secondary AC super- visory power is signaled by the system audible and yellow visual trouble indicators. Restoration of power returns the panel to normal condition. When battery standby is specified, loss of main power results in an audible and visual trouble signal, and the batteries provide power to the system. The system power supply furnishes power for detector cir- cuits and audible signal circuits. The detector circuits may be the two zones incorporated in the CP -35 Control, plus any mix of additional compatible zones, signal circuits or other fire monitoring circuits. In addition, an output rated at 24 Vdc 1.5A is provided on terminals 5 & 6 for powering modules internally housed and wired within the control unit enclosure. CATALOG NUMBER 3060 LARM ie Control panel alarm section circuitry responds to any ;ne module alarm input signal either from the on -board 3nes or separate zone modules. The alarm condition is _ocked In" within the control panel and is cleared only by oeration of the control panel "Reset" switch: n alarm condition is indicated by: Change of state of the two SPDT alarm relay contacts. Illumination of the panel "Alarm" visual indicator. Energizing of both the silenceable and non - silenceable alarm outputs. High going current - limited alarm signal to the supervised annunciator circuitry. Alarm signal output to the remote alarm and silence station. Operation of the momentary "Alarm Silence" switch causes both the silenceable alarm output to de- energize and the visual alarm display to flash. SUBSEQUENT ALARM ,tier operation of the "Alarm Silence" switch following a ystem alarm condition, the system visual indicator operates a flashing mode. A second or further alarm input signal will ause a renewed high going signal on this silenceable alarm utput terminal, causing the associated or connected audible evices to be energized again. This operation may be re- eated for up to ten (10) subsequent alarm conditions. multaneous alarm input signals from two or more zone :odules are considered to be but a single alarm input signal. )peration of the panel mounted alarm silence switch when no larm is present has no effect. Operation of the key- operated iomentary remote alarm station silence switch will cause a !istem trouble condition when the panel is not in an alarm cndition. ROUBLE trouble condition, which will illuminate the yellow system ['rouble" LED and sound the built -in audible trouble signal ill be caused by any of the following: Removal of a detector or contact device from the detector circuit or an open in the detector circuit, An open in a municipal tie line or remote station circuit, An open or shorted condition on the audible circuit lines, Removal of a supervised system module, Loss of main power (when equipped with emergency power), A ground fault on any detector circuit, audible signal circuit, or DC power line within the system. control panel trouble condition is indicated by: Change of state of the SPDT trouble relay contacts. Illumination of panel "Trouble" visual indicator. Sounding of the control panel audible trouble buzzer. High going current - limited trouble signal to the supervised annunciator circuitry. Trouble output signal to the remote trouble and trouble silence station. le control panel audible trouble buzzer may be silenced by e control panel trouble silence switch or the remote trouble lence station switch, when used. Trouble ringback of this Jzzer is provided to indicate that either the control panel ruble silence switch or the remote trouble station trouble lence switch is in the off- normal or silence position when no net trouble condition is present. system trouble condition may result from any of the follow - g conditions: I . Module placement loop open 2. Trouble condition from any supervised zone, audible alarm circuit or associated module which may produce a trouble signal condition 3. Ground fault 4. Auxiliary power output fuse open (see PS -35) 5. The momentary reset switch not in its fully closed position 6. Loss of the regulated 12 Vdc logic supply voltage 7. Alarm relay coil open 8. Loss of 120 Vac trouble phase input supply 9. Key- operated remote alarm station silence switch not in normal condition and the control panel in non -alarm condition 10. Battery charger /transfer fault condition or in an "On Battery State" FLEXIBILITY The use of the Pyrotronics Control Panel Model CP -35 per- mits expansion of system capability to incorporate additional functions over and above the two zone actuation circuits and visual and audible annunciating devices provided with the basic panel. The CP -35 will accommodate a combination of the following options: • Multiple alarm priorities • Master Code • Municipal tie with disconnect light and switch • Remote station connection with disconnect light and switch • Time limit cut out with indicator • Supplementary relays • Battery standby • Remote alarm and Trouble Silence • Non -fire monitoring • Reconfirmation Architect's Specifications The control panel for the alarm system shall be a Pyrotronics Model CP -35. It shall be listed by Underwriters Laboratories, Inc. The panel shall provide power and necessary components for the operation of the basic two zones of supervised detector circuits and one supervised audible signal circuit utilizing 24 Vdc devices. The detector circuit shall accommo- date ionization, photoelectric, flame, or thermal detectors as well as shorting type contact devices intermixed as desired on the same zone. The Model CP -35, with a PS -35, shall operate from a three - wire 120/240 Vac 50/60 Hz supply. Each input shall be separately fused within the panel. It shall include LED's for system power, alarm, and trouble as well as LED indica- tors for zone alarm, zone trouble, and audible signal circuit trouble. Momentary contact switches shall be provided for "Reset/ Lamp Test" and "Trouble Silence" which shall silence the internal trouble signal sounding device. Alarm receipt shall override trouble. The control panel shall be capable of powering early warning detectors and audible signal circuits. Additional circuitry and ( visual signaling for this capability shall be provided by Pyrotronics "Add -On" Modules and enclosures as are necessary. Interconnection of these modules to the CP -35 shall be by ten -pin plug and harness assemblies which shall provide system power. supervision, lamp and such other circuitry as is necessary f system. The control panel shall have two (2) sets o normally closed alarm operated relay co set of normally open and normally closed relay contacts. All contacts shall be rated The alarm relay coil shall be supervised. I shall have built -in ground detection as w nectors for emergency power. It shall be Ordering Information The Model CP -35 occupies space normal modules and must be located in the uppe of any type enclosure. This should be con the enclosure. Model No. CP -35 Description Control Panel, w/2 zones and 1 universal signal circuit Model No. I Description Shipping Weight CP -35 Control Panel, w/2 zones and 1 universal signal circuit 6 lbs. (3.7 kg.) Rail /Bracket Assembly Kit Enclosure Door Module Spaces EK -31 EB -31 ED -31 6 EK -32 EB -32 ED -32 16 EK -33 EB -33 ED -33 24 EK -35 EB -35 ED -35 40 provide system power. supervision, lamp - testing functions. and such other circuitry as is necessary for an operable system. The control panel shall have two (2) sets of normally open and normally closed alarm operated relay contacts and one (1) set of normally open and normally closed trouble operated relay contacts. All contacts shall be rated at 120 Vac 3 Amp. The alarm relay coil shall be supervised. In addition, the panel shall have built -in ground detection as well as plug -in con- nectors for emergency power. It shall be arranged so that Ordering Information The Model CP -35 occupies space normally taken by five (5) modules and must be located in the upper left -hand position of any type enclosure. This should be considered when sizing the enclosure. alarm signal annunciation shall take precedence over a trouble signal. Terminals shall be provided so that the trou indicators and controls can be located remotely. The Model CP -35 shall permit expansion of system capat ity to incorporate any combination of compatible Pyrotroni System 3 modules not exceeding the maximum current demand. Electrical Information Power Requirement: 120/240 Vac, 50/60 Hz, three -wire. The Model CP -35 is normally mounted on rail /brackets, separately priced, for installation in the enclosures. Each enclosure requires a rail /bracket assembly kit of appropria size. The size of the enclosure therefore must be noted at t time of order. Rail /bracket assembly kits are shown below. Typical Wiring Sawnw Ca wnr I. 01M Sinew MaWef Dam II A I "+ 1.1 21 Me IWOltee Maw -120M Orme n1 • .I 1'1' 3 1 1 1000000j 1C30(900 J tear l SMwmw wl Srwwva ■OlM1•1 Canal IrMINCtM W r law COMA a.cnr 15.. tic mom •. •mina amen Witt Rewire. A Ion ,y we *taw A Ow. M WMA Ica. n.w.wr nYMv LOWS St wt. rn.Ml err NN 10 Yak.. l Mfrel G. 'ml Mn two left Lime Shedd ❑❑❑ I.IemleNom VMM ■r Mh ll l 31 11 ■ ale. owe IMed 17lDC ?Wow When emergency Power 1s orovae0 using cnager leanstel module Model BC•35 24 VDC audible de- vices muS1 be used wn0 end 0l tine device Model Ti. •3 1 on audible device circuits When BC•35 Is not used 120 VAC audible devices may be employed by use Of AC program Mug Model No JP 'MACK wlresi in P? and Model 11.32 end of line device or by use of 24 VOC audible pewees with OfOi slug Model No JP• (yellow in P2 and Monet EL31 end of line dente Note: When Class A audible araUil conliguratan 5 used 24 VOC audible genets ale rewired 1 Sit/moleSystemAlarmoutputsignal termnal36 may be connected to various audible main aclualon input terminals such if terminal 39 01 me CP•35 and terminal 5 of me AE/AA-30U modules The non• Silence system alarm output signal terminal 47 may be connected to sucn modules as the MT-30 IP•30 and S11•30 When other alarm signals sum asCoduq or lime limit are rewired see individual module connection diagrams 3 When wafer pow devices are used employ inn• srlenceable system alarm oulout signal TB I terminal 42 to energize audible mum oevice arcuns 4 Audible alarm device circuits may oe Coded by ut1112• mp coder modules MC•30 or IC-30 5 Audible alarm device circuit 51911410uralan may be limited by oi zing me time limit cutout module Model T1•30U 715VOX Mw- 120M OTICE: use of other than Pyrotronics detectors and ises with Pyrotronics control equipment will be considered a isapphcatlon of Pyrotronics equipment and as such void all arrantles either expressed or implied with regards to loss. amage. haollmes and/or service problems. Nit L t4W •i' L A t Dior 1 Co.Lt. brMM Mw Dennel ../Inn Shawn n Suormsee Cnarsn SM. 21 VDC SmA Jam 14 VOC a 120 1C 15A nun ISM Noce f and adore, a hem. Sal. Mw 1M_MM Cattail Slaw CH•1uM [Phis 1 1 4- -11 � II /1 IA /3 2513 (11 tip (7) Comics IoM 17011 0 YD. 3 AA0 I. lM Waif Is I Deem tend .h2 Ayaww Alan Dote lbw. Wow to Iroa1R damiAlialt Wows pewee 71 VOC a t2O VAC ism MOM 1 W 15w Mal 1 W 040...11 Moe I a.dor.rn a 110. 6 Refer to battery manulacrurer s instructions for maintenance and test DI System benefits when abPbUOk Peter to apeOonate nibble tosang diagram to weak nlomation the maximum late resistance sooue, be 3 Grinds and a nre,murn of 14 AWG are is recommended All wlnng Would comply wnit Me local aryl national coots tot apply to the partrculaf mataWDah. 6 NFPA 726 C. and D reoufe a secoraary cower supply source. as does me Inclusion of automatic Hawn release The secondary faineant power source must corLSt 01 one of the Iolbw a A Storage pantry veal ma/des 24 hour Capa- Doty lout 60 now capaavry Is rewired lot 72E1 and 72C systems) 0 An engne-drnen generate and storage oanenes wen 4 row caoabrry Munro* autonutc Suning. engnMrwen generators cooed. 01 SuOnW1) the energy reOWed wits the largest generator out 04 Seryi[e 9 Tne total power supply current 120 VDC tit navels rated al 10A mailer Ia Ine PS•35 power supply This current Is Ono sum of Mal witch 11Ow5 Ovotlan: dal Plug P3 to elk various modules and Ibl Ierrnnms 5 and 6 of the power siQYY ntodi1e aryl at evade aurm (Nonce circuits wnrh DC audible Oeylces are used Under no circIMMWncsa should Shea. rub mSLmulll meant values be IsO sled. Swum Irwin Gown! Comm Show in cnMM $wwrv.lr0 c — n - Avee0 A4r, C 1 lamest a t Own teat I wrwr)l I. l 15.• Mae 101 Iwwwr ll le bowl' l A Division of CERBERUS Technologies, Inc. 8 Ridgedale Avenue, Cedar Knolls, New Jersey 07927 I II Me, 5 , +.5 .451 astir. i II iI Mpi, I'la. '1 I L 'sr MO. lilies Ingo torn.' 11A31r It 5111 , 1.N.I loud 14 IOOM lows taw./ 25 M MOAN awl. SIAM IOW WI CG ® IOM Cl lateen Whir tow R CP -35 la IMM1 Maw 010' 4/.r 'tint. 4111 M. arm a u t?3 e)a® Cl Connor 1. ewer Sm r IC SSr - -nw Nep•Aw i See Wit. i' 10 Compatible indicating dewceS Bells and chimes sngk•strose Models' BAS-6 • 10 605.62 -102a CAS.' 20 COS4 Bens and chimes vibrating ModelsBAC•6 •10' BOC•674' •1021 CAC120' CDC•74' Horns Series HSA• 1204 •1204F with 01 without me lens? "T' alter the lust number of each model number Homs Delis or cmmes vacating oath hashing temples. lute Models V•33A 130 Horns electric. Models SEA •t .3 indoor or Outdoot use Morn•lamp ab• SerbliuS Models HSO.24 •24A MOMS vibrating Models HAC 120 HEX 74 tor in0001 Or OUIdoor use Flashing signet lights Models AV 32A 120 t I Auslary Output is rated 24 VDC. 15A mad la Intern: a»icaton such as 5912. SR•33 a Model RA amun. cialor seated wiltun contra L mummy Sl (See Nole 9 to total current rating I 12 See MOPAelual oelena nslrscnan to actual lemma connection numbers Maximum o130 detects 1DP4 20 mail Per areal snowed 'Suitaeoe Io oul00or use when used wnn Mode No WBK•2 Matter 3/88 15M IG rl II PS -35 1700 I70V I51 TISA dr a, WOO Weer 63 a , 3 ion o®1 ® Lf-/ ' oC Fro Si we 4=1. • 0.005 (l•JO Namara 2 VDC !SA 1 Curti .11 iSea Note III __Ground Wirt Carwalon A F/00ai Criss A cowmen of CP•35 A sommor footnote lone mating Crams 1® ®®®I Not IMr.rr W itlOI C. ,A w.11 , 41 10 .recto )6 ai'r 6 Noss Class A crewclon of CP 15 Auoculid footnote Au4ae Maim Doss C•rewa 5 64 .1W Sul A S.nro or t.v ^--^� UM 211D: Soto .. ' Alan • SA Pte t. Moot Air.. Ipir P'nMM wow Drums w I,A.m10h coee wew Patent No 3521276 Patent No 4191946 February 1988 Printed In U.S.A. Supersedes sheet dated 11/85 • C. System 3TM Enclosures ENGINEER AND ARCHITECT SPECIFICATIONS • Attractive Styling • Left or Right Hinged Cover • Surface or Flush Mounting • Key Lock • Dead Front Construction • 0 Listed Description The Pyrotronics Enclosures, are designed to accommodate System 3 control panels, input and output modules, and all power supplies utilized in the system. They can be either surface or flush mounted. Each enclosure consists of a back box and door cover assembly fabricated of heavy gauge sheet steel. The back box, which is finished in a black baked vinyl, is designed for mounting the "Z" brackets and "U" channel supports on which are mounted the controls, modules, and power supplies. The door cover, which is attractively contrasted in medium blue vinyl is mounted with a sag resistant, steel piano hinge and is fitted with a key locking arrangement. Left hand or right hand mounting can be made on all enclosures as desired. Each door cover contains a full -width horizontal viewing slots, to permit visual identification of each row of modules and control panel for the various functions served by the system. The inside of the door cover is fitted with brackets to accommodate blank face plates to cover those positions in the back box not occupied by the control panel, modules, or batteries. Pyrotronics enclosures are shipped unassembled (back box and door cover) to facilitate installation. The prewired system controls, power supply, and operating modules are shipped assembled on support as one complete unit and in a ready to install condition. All that is required is to bolt the complete system assembly in posi- tion in the back box and mount the hinged door cover assembly. Pyrotronics 16 Module 24 Module Universal '� ■ ■ Alarm ®® Control `�... 8 Module 40 Module CATALOG NUMBER 3325 Enclosure Back Box I Door Cover A Mount Trim Kit B Ship. Weight I lbs. (kg) C D 8 Module 10" 25.4 cm 8 Module 16 Module 24 Module 40 Module — 14" 35.56 cm — 16 Module 20 /2" 52.07 cm 22 56.83 cm 241/2" 62.23 cm — 24 Module 31" 78.74 cm 32 83.50 cm 35" 88.95 cm 15 39.37 cm 40 Module 52" 132.08 cm 53 136.84 cm 56" 142.24 cm 26" 66.04 cm Enclosure Back Box I Door Cover Rail /Bracket Kit Mount Trim Kit Model Number Ship. Weight I lbs. (kg) Model Number Ship. Weight lbs. (kg) Model Ship. Number Weight I lbs. (kg) Model Number Ship. Weight lbs. (kg) 8 Module 16 Module 24 Module 40 Module EB -31 EB -32 EB -33 EB - 35 13 ( 2 8 5) (9.45) 29 (13.05) 44 (19.8) ED -31 ED -32 ED -33 ED - 35 j 9 (4.05) (6 (9.45) 31 (13.95) EK -31 EK -32 EK -33 EK - 35 ET -31 ET -32 ET -33 ET - 35 6 (2 7 ) (3 9 15) (4.05) 11 (4.95) Ordering Information Back boxes, door covers. rail; bracket kits with mounting hardware, and semi -flush mounting trim kits are available separately. To order, use the following model numbers. Mounting Data ' ° !I:" KNOCKOUTS 10P .:NU 80111M EACI' SIDE -.t- :r .2 11 15 cm f ;IT �J T I I r•; — ! l L ! 5x16" DIA. MOUNTING HOLES IN ENCLOSURE (7.16" ON 40 MODULE) C _ I EQUAL SPACESIa' ;'1 23'4• .1146 ,m +1 iSi cm 4 7 • • - NOT ON �� it 8 MODULE , 1 N ! °� •N OCKOUIS • . •;'" aNOCAOUlS '4: 4 13 cm 1vc -TIG 201T3r/ NOTICE: The use DI olhel man i ylotion1C2 tielec1o13 anti oases with Poolrooms control equipment will be consloerea a misaoolication 01 Pyrolronmes equipment and as such vote all warranties either elplesseo or Implied with regards to loss. amps. uaolhIms and/or service problems yrotrontcs Ridgedale Avenue, Cedar Knolls, New Jersey 07927 Typical Mounting Arrangement 9/87 1511 1(i Printed In U ; A March 1985, Supersedes Sheet Dated GrHa Rail Z Bracket U Bracket Encl. Oty. Part No. Oty. Part No. Oty. Part No. Model a meow. 320.021059 320. 021071 Ii Ny 16 wain. 320.021062 320. 021071 320.021019 21 Moaul. N 320. 021063 N 320. 021071 320. 021019 404a00uN 320.021065 320. 021071 320. 021019 Ordering Information Back boxes, door covers. rail; bracket kits with mounting hardware, and semi -flush mounting trim kits are available separately. To order, use the following model numbers. Mounting Data ' ° !I:" KNOCKOUTS 10P .:NU 80111M EACI' SIDE -.t- :r .2 11 15 cm f ;IT �J T I I r•; — ! l L ! 5x16" DIA. MOUNTING HOLES IN ENCLOSURE (7.16" ON 40 MODULE) C _ I EQUAL SPACESIa' ;'1 23'4• .1146 ,m +1 iSi cm 4 7 • • - NOT ON �� it 8 MODULE , 1 N ! °� •N OCKOUIS • . •;'" aNOCAOUlS '4: 4 13 cm 1vc -TIG 201T3r/ NOTICE: The use DI olhel man i ylotion1C2 tielec1o13 anti oases with Poolrooms control equipment will be consloerea a misaoolication 01 Pyrolronmes equipment and as such vote all warranties either elplesseo or Implied with regards to loss. amps. uaolhIms and/or service problems yrotrontcs Ridgedale Avenue, Cedar Knolls, New Jersey 07927 Typical Mounting Arrangement 9/87 1511 1(i Printed In U ; A March 1985, Supersedes Sheet Dated GrHa C C 1 CERBERUS PYROTRONICS PS -35 System 3Power Supply • Multiple Usage • Deadfront Construction • Modularized • UL /ULC Listed ENGINEER AND ARCHITECT SPECIFICATIONS Description The Cerberus Pyrotronics Power Supply Model PS -35 is a step -down transformer and bridge designed for use with Control Panel Model CP -35 or to provide addi- tional DC Power for Audible Devices. The units, which are modularized for System 3 enclo- sure mounting, are of deadfront construction and contain terminal strips, a circuit breaker with a reset switch on the AC input, protection fuses on the DC out- puts and a receptacle for jumper plug connection directly into the Control Panel, Model CP -35. The PS -35 occupies three module positions within the System 3 enclosure. Operation The Model PS -35 provides a rectified, full wave 24 VDC output from an input supply of 120 Vac, 50/60 Hz. The input consists of a main power phase and a trouble phase, each separately fused and a common neutral. The 24 volt full wave output is rated at 10 Amps. DC, full load. When the PS -35 is used to power the control panel system, the second output (terminals 5 & 6, rated at 24 VDC 1.5 Amps.) is used to power modules internally housed and wired within the control unit en- closure. Surge protection is provided across both the input phases as well as the DC output. inteLINK 1 1 • 1 •, I 11 Note: When an additional PS -35 Power Supply is used for additional audible device power in a CP -35 control- led system with emergency power, a Transfer Module TC -30U is required to supply emergency power to the audible signal circuit. Engineer and Architect Specifications The power supply for the alarm system shall be a Cer- berus Pyrotronics Model PS -35. The unit shall be Underwriters Laboratories Inc. listed. The unit shall provide a full wave of rectified 24 VDC output rated at 10 Amps. full load. The PS -35 shall be capable of powering 100 detection zones (50 Module ZU -35 Zone Modules and 4 fully loaded Alarm Exten- der Modules Model AE -30U simultaneously). The rated output, which shall be completely fused, shall be provided at a plug receptacle. A second out- put (terminals 5 & 6, rated at 24 VDC 1.5 Amps.) is used to power modules internally housed and wired within the control unit enclosure. The power supply shall be of deadfront construction and housed in a steel enclosure compatible with the modularized alarm system. Externally mounted 120 Vac /24 VDC transformers shall not meet the intent of this specification. CATALOG NUMBER 3061 Electrical Information Power Requirement: 120 Vac, 50 /60Hz, three wire. PS-35 3.5A Max, The Model PS -35 plus the CP -35 Control Panel occupy space normally taken by 8 modules. The power supply for the CP -35 must be mounted in the upper right -hand position of a System 3 enclosure. This should be con- sidered when sizing the enclosure. Additional power supplies, if required, are mounted ad- jacent to the modules to be powered by them. Typical Wiring JP -PS Pt Input 12 P S•35 V. 50/60 3,5A Hz • Neutral Ground Wire Connection When Used As Separate 24 VDC Power Supply With Battery Backup PS -35 0 0 0 O Q 24 VOC Full Wave PS -35 10A max When Used As Power Supply For Control Panel of CP -35, See CP -35 Wiring Diagram P/N 315 - 084902 CERBERUS Cerberus Pyrotronics prIritcyritopocs 8 Ridgedale Avenue Cedar Knolls, NJ 07927 Tel: (201) 267 -1300 FAX: (201) 397.7008 Battery input 24 VDC, 10A max (See Note) 6/93 10M CPY -IG Printed In U.S.A. Model No. Description I Shipping Weight A,,. PS -35 I Power Supply I 16 lbs. (8,3 kq.) , Pt TC -30U -v-- v O Battery Trouole 0 00 00 Note: Battery charging connections not shown. To Designated — Load .}. 24 VOC Full Wave or Battery Backup PS -35 10A max NOME use of other man Ceroerus Pyrotronics detectors anti bases with Ceroerus Pyrotronics control equipment will be considered a misapplication of Certain,. Pyrotronics equipment and as sucn void all warranties either expressed or implied with regards to loss, damage. liabilities and/or service problems. 50 East Pearce Street Richmond Hill, Ontario L48, 187, CN Tel: (905) 764 -8384 FAX: (905) 731 -9775 Junes 1993 Supersedes sheet dated 6/92 System 3 Input Modules rotronics MODEL ZU -35, ZU -35DS, ZU -35TS DUAL ZONE • Complete Supervision Detection Circuits • Styles A and B NFPA Compliance in 2 wire configuration • Styles A, B, and D NFPA compliance in 4 wire configuration • Accommodates Ionization, Photoelectric, Thermal, Flame Detectors, Manuals, and Other Contact Devices • Alarm and Trouble LEDs Per Zone • n Listed Description ZU -35 The Pyrotronics Dual Zone Module Model ZU -35, is de- signed to provide two independent initiating circuits. Up to thirty standard Pyrotronics ionization and photoelectric detectors or flame detectors (except model DP -4 and DF -1 detectors) as well as any quantity of shorting type contact devices such as manual stations and thermal detectors also can be accommodated and intermixed on each initiating circuit. Screw Terminals are provided for each circuit, in either NFPA styles A and B capability (2 wire configuration) or styles A, B and D capa- bility (4 wire configuration). ZU -35DS In addition to all the same features of the ZU -35, each zone is provided with a disconnect switch which will disable the zone when activated. This action will cause a zone trouble and a system trouble signal until the switch is returned to normal. ZU -35TS The ZU -35TS is furnished with a 3 position momentary contact test switch for each zone. The normal switch position is in the center and one side position will test the zone trouble signal and the other will test a zone alarm signal. This is a requirement for US Coast Guard approval for use on marine systems, and the module is Coast Guard approved. Operation Upon operation of a detector or shorting type device installed on the initiating circuit, the system will lock into an alarm condition, 'vitiating the start of the sequential functions designed into the system. These functions may be sounding audible devices, oper- Pyroironics ENGINEER AND ARCHITECT SPECIFICATIONS ZU- 35DS /ZU -35TS lJt Alarm Control ZU -35 ating alarm transmitters, closing doors, shutting down fans and equipment, recalling elevators, and other such functions required for life and property safety. In addition to the system alarm, a red Alarm LED, on the face of the dual zone module, for that particular detection circuit, will be illumi- nated. A trouble on either detection circuit will be similarly annun- ciated with a yellow LED for each circuit. The module supplies a current limited output signal for the circuit in alarm providing for activation of supplementary modules or annunciators. The dual zone module occupies one module space in the System 3 rail structure and is interconnected via a ten -pin plug and harness assembly. The Dual Zone Module Model ZU- 35 /DS /TS are Underwriters Laboratories Inc. listed. Architects Specifications Dual initiating circuit line monitoring shall be provided by a Pyrotronics Dual Zone Module, Model ZU -35, ZU -35DS or ZU -35TS. This module shall be system interconnected by a ten -pin plug and harness and shall be operable with the main control panel. Each zone circuit shall accommodate up to thirty current model Pyrotronics detectors (except for models DP -4 and DF -1 which are limited to 20 and 5 respectively). Any quantity of shorting type con- tact devices such as thermals and manual stations can also be inter- CATALOG NUMBER 3107 Model No. Description Shipping Wt. Lbs. ZU -35- Dual Zone Module 1 lb. (.45 kg.) ZU -35DS Dual Zone Module with On -Off Zone Disconnect Switch. 1 lb. (.45 kg.) ZU -35TS Same except wimomentary trouble & alarm test switches. U.S.C.G. approved. 1 lb. (.45 kg.) ZU -35 _ - ,, n Q RED ALA Q / INDICATORS ; ZONE? op YELLOW v ' TROUBLE a -•—� INDICATORS ZONE 1 am: ZONE ? 06� 1 U1�' Io II ZONE I q, I r i r I000 I I - =f----)7ZONE I ci) 9 ( .1 ) ,, cfc . ZU -35 ,, n Q. RED • ALARM `� ,/ INDICATORS - -i-- / ZONE cf \ YELLOW \ TROUBLE O„ --'' INDICATORS ZONE I ZONE ? I r� w n u Sf� m9i- ZONE I q, I r i r I000 I mixed on a zone circuit. Each detection circuit shall consist of either NFPA styles A and B capability (2 wire configuration) or styles A, B, and D (4 wire configuration). Upon operation of any initiating device installed in the circuit, the system shall lock into alarm and the red LED alarm indicating device (one for each circuit) mounted on the face of the module shall illumi- nate. A yellow LED Trouble indicator (one for each circuit) also on the face of the module shall illuminate should a break occur in the initiating circuit wiring, initiating circuit wiring leak current excessivly to ground, or a detector be removed from the circuit. Receipt of alarm conditions shall have priority over trouble and shall be annunciated over any trouble conditions. All LED indicators shall be lamp tested from the system control panel. The Model ZU -35, ZU -35DS or ZU -35TS shall be placement super- vised and shall be Underwriters Laboratories Inc. listed. Typical Wiring for ZU -35, ZU -35DS, ZU35TS IONIZATION. FLAME. OR PHOTOELECTRIC DETECTORS MANUAL STATIONS THERMAL DETECTORS EOL DEVICE PYROTRONICS PART NO 100.115588 • IONIZATION, FLAME. OR PHOTOELECTRIC DETECTORS MANUAL STATIONS ( THERMAL DETECTORS ZONE 1 INITIATING CIRCUIT ZONE 1 r INITIATING CIRCUIT 1 i I ZONE 1 TROUBLE OPERATED OUTPUT 15 VDC. 12mA MAX 0 BUS CONDUCTORS ' ZONE 2 j INITIATING I CIRCUIT _1 • ZONE ? ALARM OPERATED OUTPUT 24 VDC I5mA MAX TO ANNUNCIATOR OR RELAY MODULE ZONE 1 TROUBLE OPERATE() OIITPIII IS VDC 12mA MAx I rotronicS A Division of CERBERUS Tnchnologles, Inc -v 8 Rldgedale Avenue, Cedar Knolls, New Jersey 07927 ZONE ? ALARM OPERATED OUTPUT ?4 VDC 15mA MAX TO ANNUNCIATOR OR RELAY MODULE Electrical Information Current Requirement: Supervisory — 9 ma Alarm — 110 ma /Circuit Ionization 200 ma /Circuit Shorting Ordering Information IONIZATION. PHOTOELECTRIC DETECTORS FLAME. OR SEE NOTE 3 5'HH ISM ISM I. MANUAL ! STATIONS THERMAL DETECTORS Patent No. 4191946 BUS EOL DEVICE CONNECTORS PYROTRONICS PART NO 100. 115588 ( }-' IONIZATION. FLAME. OR PHOTOELECTRIC DETECTORS SEE NOTE 4 J MANUAL STATIONS Patent No. 4191946 NOTE CONNECTION 'MIRING is THE SAME FOR 2U•350S AND ZU•35TS AS SHOWN STYLES A. B. 6 0 INITIATING CIRCUITS 21 4 VDC SUPV 6mA ALARM 200mA 1 TOTAL ZONE INITIATING CIRCUIT RESISTANCE 36 OHMS MAX 19 OHMS PER LINE) 2 UNUSED (SPARE) ZONES MUST HAVE EOL DEVICE CON- NECTED (ZONE 1, TERMINAL 2 TO 5. ZONE 2. TERMINAL 8 TO 11). 3 SEE INDIVIDUAL TYPE DETECTOR FOR ACTUAL CONNECTION TERMINAL NUMBERS SINE CONNECTION WIRING IS THE SAME FOR /U•3505 AND ZU•3515 AS SHOWN STYLES A 6 B INITIATING CIRCUITS THERMAL DETECTORS 21 4 VDC SUPV 6mA ALARM 200mA I. TOTAL ZONE INITIATING CIRCUIT RESISTANCE 36 OHMS MAX 118 OHMS PER LINE) 2. TERMINALS 3 AND 4 (ZONE 1) AND 9 AND 10 (ZONE 2) NOT USED 3 UNUSED (SPARE) ZONES MUST HAVE HAVE EOL DEVICE CONNECTED 4 SEE INDIVIDUAL TYPE DETECTOR FOR ACTUAL CONNECTION TERMINAL NUMBERS NOTICE: The use of other Than Pyrollonics defectors and bases with PyrOlronics COnlrbl equlpmenl will be considered a misapplication olPyrotronics equipment and as such void all warranties either expressed or enema with regards to loss, Flamm. Ilatuhlies and ur service emblems May 1988 Printed in U S A Supersedes sheer dated 12'87 t CERBERUS PYROTRONICS System 3 Output Modules • Styles W,X,Y,Z Circuit Operation • LED Trouble Indicator • Placement Supervised • AC or DC Audibles • (U) Listed, ULC Listed ENGINEER AND ARCHITECT SPECIFICATIONS Description AA -30U The AA -30U Audible Alarm Extender Module has been designed for use with the System 3 control panel and meets the requirements of NFPA 72 Styles "X" and "Z" (Historic Class "A "). The module provides a four wire circuit for operating polarized, parallel - connected 24 Vdc alarm devices. The circuit capacity is typically 20 vibrating dc bells, 10 dc horns or stobes. However, depending on the current requirements of the connected devices, additional bells, horns or strobes can be added providing the total circuit load does not exceed 1.5 amperes. Actuation of the module is caused by a high going input signal from a system control module. Dual input activation terminals are provided for programming or sequencing its operation. The Model AA -30U contains a yellow LED "Trouble" indicator on the face of the module which indicates an open or shorted condition. This is operative at all times except when the system is in alarm. The Model AA -30U is placement supervised, providing a system trouble signal upon removal from the system. Power for the alarm circuit is fused within the module. The fused circuit requires an end of line resistor valued at 5.6 K ohms at .5 watts. MODEL MODEL AA -30U AE=30111 (Styles "X" & "Z ") (Styles "W" & "Y ") Class A Audible Alarm Extender Modulo DC Audibles and Visuals intellNN 6 Class B Audible Alarm Extender Module AC or DC Audibles and Visuals Description AE -30U The AE -30U Audible Alarm Extender Module has been designed for use with the System 3 control panel and meets the requirements of NFPA 72 Styles "W' and "Y" (Historic Class "B "). The module provides a two wire circuit for operating polar- ized, parallel- connected 24 Vdc or 120 Vac alarm devices. The circuit capacity is typically 20 vibrating dc bells, 10 dc horns or strobes, or 30 VAC bells or 15 VAC horns. However depending on the current requirements of the connected devices, additional bells, horns or strobes can be added providing the total circuit load does not exceed 1.5 amperes. Actuation of the module is caused by a high going input signs from a system control module. Dual input activation terminal; are provided for programming or sequencing its operation. The Model AE -30U contains a yellow LED "Trouble" indicato on the face of the module which indicates an open or shorter condition. This is operative at all times except when the system is in alarm. The Model AE -30U is placement supervised, providing a system trouble signal upon removal from the system. The twi wire circuit which is fused, requires an end of line resistor valued at 5.6K ohms and rated at .5 watts for dc devices and 5 watts for ac devices. CATALOG NUMBER 312c Model No. Description Normal Current Requirements Alarm Shipping Weight i AA -30U Audible Alarm Module Style X, Z 6.5 ma 40 ma for AA -30U plus 1.5 amp max for signaling circuit 1 -lb. (.45 kg) AE -30U Alarm Extender Module Style W, Y 6.5 ma 40 ma for AE -30U plus 1.5 amp max for signaling circuit 1 -lb. (.45 kg) Architect's Specifications AA -30U For Style "X" and "Z" systems, an audible signal circuit for oper- ating 24Vdc polarized audible alarm devices shall be provided by a Pyrotronics Audible Alarm Class "A" Module. Model AA -30U. This module shall be system interconnected by a ten -pin plug and harness assembly and shall be operable with the main control panel. Upon receipt of a high -going dc actuating signal, the solid state circuitry shall supply operating power for either twenty (20) vibrating 24 Vdc bells or ten (10) 24 Vdc horns or strobes. The maximum output current shall be limited to 1.5 amperes. The audible devices shall require a four wire fused, supervised circuit. The module shall contain a yellow LED indicator lamp to indicate an open or a shorted alarm line when the system is in the normal condition, The LED shall be lamp tested from the main control panel. The Model AA -30U shall be placement supervised and shall be Underwriters Laboratories Inc. Listed. Typical Wiring 100 011,4 Onwf 164 lass CP 15 1 ohms my torsi sne Arosim(e M 41x001 Onto C.IW Comm., wan CLASS A CONMCTEO POIAMnD ALMA OEVKE3 P000,0141q.n 'O t,7th••Oh (0•04• Noes: 1 when Class A type 14/ CNNn (WNW WOO n uses 7! IOC 4.01014 06401 ore 4/14411.4 Uw 10L awe 100011 EL-11 and DC Dlogram 0114 Model 111'0 n 112 2 4 11064 aloIm Orme 0140041 may 0B act"al.4 1040 In! 5, remel601 %,f11m alarm 011341 Sgner Ielmw11 CP 15 pr troth me noa•SIMn4110M 3031140 alarm 0110101 04341 Iermmal 42 MCP 35 Wheo 0141 alarm 343(140 ticn as 0001043 3110410el0i10111 are 'mimeo See 9401104140001.1 00001411011 Or/Mimi nela to men 61.15 InsUASOn marrugMa PIN 315-066257 10101.14010 ,011414 010rm*600 whe11 440414 Pm 41.1011 con 411000 wan IM 61.15 "10.001 AA -30U 4 L L1 *10.001 01 4. See 0401 4 t, 1 5.10. 141;0 4 444110 7/ .CC 1 411!1 CP 15 .54e 101171 ! OSA WV M (01/.114 ComolhO01 001417{4 wheat o Onws 414% s.n011•uro.e Moon' 005.624 4024 CO5.24 6146. 1.0111114 Mogen ODC•624' •1024' COC •24' Mom 0411414 •.m AWN 11010 Imam. Moos V.320 lam 110nc Moos SEA.) moor or 04010001 Vw 30404400 itwol0401s Moans n50.24 .244 lam 061114. MOOR •00 24 'or "door or 0110001 use 4101443 sons wont. Moos 4 030 4404001 01114004 0114 100041 AD13•41 'Sync.* nor ov10004 vs. *wen 1144 well Caa1%e NO W8K -3 back boo 101141 Mn04 "nwMnr, x.•.. 0,701.0i40 11 ( el 001. 04111 NI: It t1 VIN: 0000 11 1 0 . .1 ;. 41.4 .10101 s e w . water 1 1 I I Mnrnnr. 15.1.041.1 I "1111 111■ 140Kn n11 0. ".04,110e 11.'111. VOW !40 000 440,0 1. l n e. rP 1 1y01400*II 171194 .. 110 W?l VOC 1440* M". 11 •In I 1 ,• 0 .0 P 0. 1 .1 4001.!1 101 414n. 0 010. IM140 04000 1.10n01 0 00. • .4110 mh 1. 0100 a 1x.114. 41 11110 IFmnM IO nIC 0 I. . Mow 94.014 1,41.0 x n•• 00p01 %/NI II m 017 w 1'11 Il 40.041140 000 40001 4440 11(1«0 0 . • n M. 4.940 4001401 tnn044 41.01 4010* 00004 1 .10000.. 14111110.0<1110 4.0(.1 Ant 14 0 . 0 01 1.44•410104 WM"1. IV. re •0 405 474 1•171 045 •.4 ,6', • 4401 .001410040 .01404 00.41 44C4• •0. 900 471• •'174• ':4C 170. CDC 71' 01014 \•••• 9444 1 M! !MI 44.114 00M1I .n. .041 I Ifw II1l044 11.14$11. x. 0 000 n1,w40 0001 ant II 10000 1 014300 .01 0 140 1 .1.4 , 00 4100. 41101 114 110 0 0•04 1.1111+ 4110110 I 10.000M.001 r'• - mn.04 441em00l 4040 1.11 ; 1 11 411401 ,1041407 4,4•40.11r • vt -Or. ?/ In. orlon. Of 01 • 04 4440.111 114 •04. O4Mm OA. MxM 40(1 1 � 1 •' 1104 V•1 I00/111 V1..nn ,: "I .•r. Catalog No. WOK -3 back boo. CUSS a COMMICt10 4 0 1 . 1 01 1 11 0 00 . 1 01 40 0 0. 0 4 6 ' AnOM *M•1. w 11040194.1 04.10 SIP. I lse ^ 11040 • 1 'M . I ' • • ^11 AE -30U •�i w1.: n • 'n • •111"" L t'03413 1 40 11 940101104 0 No ?A a ( / + 40 •414 • 00011 • 1� • ... WV.. 1- 1011 •10 +' 1 :.l 9411. .0.41010 £10,04 www Mom 0N4(11 /1 Ste 94x1 11 •n a 1 0 . 0 4. 0 1 114 •114 Woo ., 1..0 " .041410.0 -1.... Ion.. 194 I,' .'.h'! 4.14.404.1.04 .0.04.111.04 •104 ye,/ 40111 Wit n cn0w110n «1010. 41 1 0000. 100ms m1. 10141 4 oe Arosr of or o 04141 ru. 010411.4,.4 wan Ordering and Electrical Information NOTICE: T use of other than Pyrotronics 0etecto13 an0 bases with Pyroltonlcs control equipment will be consiaele0 a misapplication of Pyrotronics equipment and as WC1% void all warranties either eopre3sed Or Implied vain 4693105 101033. damage. 11381111163 anNOr service promem3 CERBERUS Cerberus Pyrotronics tr11'Ror ROt ics 8 Ridgedale Avenue - = - - Cedar Knolls, NJ 07927 -- - - -_ - Tel 1201) 267.1300 FAX' 1201) 397 -7000 Architect's Specifications AE -30U' For Style "W" "V" systems, an audible signal circuit for operating 120Vac or 24Vdc polarized audible alarm devices shall be provided by a Pyrotronics Audible Alarm Class "8" Module, Model AE -30U. This module shall be system inter;., . connected by a ten -pin plug and harness assembly and stll .. r , be operable with the main control panel. Upon receipt of a high -going dc actuating signal, the solid state circuitry shall supply operating power for thirty (30) ac bells or fifteen (15) ac horns. For dc devices it shall power twenty (20) vibrating Vdc bells or ten (10) dc horns or strobes. The maximum output current shall be limited to 1.5 amperes. The audible circuit shall be a two wire fused, supervised circuit The module shall contain a yellow LED indicator lamp to indicate an open or a shorted alarm line when the system is in the normal condition. The LED shall be lamp tested from the main control panel. The Model AE -30U shall be placement supervised and shall be Underwriters Laboratories Inc. Listed. Cerberus Pyrotronics 50 East Pearce Street Richmond Hill, Ontario L48. 187 CN Tel: (416) 764 -8384 Fax: (416) 731 -9182 5/93 10M IG Printed in U.S.A. S May 1993 Supersedes sheet dated 10 /8i C CERBERUS Ar PYROTRONICS System 3TM Supplementary Relay ENGINEER AND ARCHITECT SPECIFICATIONS MODEL SR -32 • 6 Relays per Module • DPDT Configuration • Terminals for 2 #12 Wires • ® Listed Description The Supplementary Relay Module, Model SR -32 is designed to activate or de- activate, as desired, external devices such as door releases, fan shut -down, extinguishing system release, audible alarms, etc. Actuation of the unit may come from the system control panel, a ZN or ZU Zone Module, an SM Switching Module, or any other module with appropriate signal output. The module is fitted with six (6) independent, 24 Vdc relays, each of which provides a set of double pole, double throw (DPDT) contacts rated 3 amp. 120 Vac or 30 Vdc each. Power to operate the relays is provided from the 24 Vdc system power supply. Actuation of each relay is from a high resistance transistor input circuit, requiring a high going dc signal from between 12 and 24 volts above system common. All terminals are of the clamp type, accommodating 2 wires of up to 12 gauge. The Model SR -32 occupies 2 standard module positions and is Underwriters Laboratories Inc. listed. SR•32 1 7 :fa 5 6 7 li 9 1111117" v /././ • / alt pormserwas• 13 14 15 16 11 111 1920 21 22 23 Z4 25 26 21 28 29 30 31 32 igair tfe7r7 /ir a. /:rli / /1 / / /iz 34 3] 3b 3i 36 33 4u 41 4z 4J 49 SR -32 with cover removed Universal • i• Alarm III Control .. Architect's Specifications For the control of external devices, there shall be provide a Pyrotronics Supplementary Relay Module, Model SR This module shall contain six (6) independent 24 Vdc relay; fitted with DPDT contacts with a rating of 3 amp. 120 Vac or 30 Vdc each. Power to operate the relays shall be 24 Vt furnished by the system power supply. A separate terminal shall be provided for individual activ tion of each relay. All terminals shall be of the clamp typ which shall accommodate 2 wires of up to #12 gauge. Ther fore, no spade type, ring type, or special connectors sha be required to connect 2 wires to each input (activating) or output (contacts) terminals. The unit shall be Underwriters Laboratories Inc. listed. Model No. Description Shipping Weight SR -32 Supplementary Relay Module 3 lb. (1.4 kg) NC ® NC NO OC i NC NO OC id Electrical Information Current Requirement: Relays de- energized — None Relays energized — 45 ma each Typical Wiring FROM 24V 1 +) POWER SUPPLY RELAY NO. I INPUT 1 2 3 NO NO NO r 1 I NO 13/ 14 • 1 23 CERBERUS Certerus Pyrotronics 8 Rldgedate Avenue Cedar Knolls, NJ 07927 RELAY NO. 1 RELAY NO, 4 24 25 NOTICE: The use in other tun Groom Pymuonres Mlecton ant] bases with Groerus Pyratran■CS comment woe be corium= a mrauoarcanon otGroarw Pymtronrn eouoment ant] as wen void an warranties mum comsat] or imam w,m mans to 4ss. damage. haoetOhs ant] I Of Sava Orobirm Tel: (201) 267 -1300 FAX (201) 397 -7008 SR -32 RELAY NO. 2 .INPUT 5 6 7 8 9 10 11 12 I 01 NO 0 0 10 15 16) 17 18 1920 21 22 i 1 T 26 27 RELAY NO. 2 RELAY NO, 5 Ordering Information 3 34 35 36 37 38 39 40 41 42 43 I I RELAY NO. 4 RELAY NO, 5 RELAY NO. 6 INPUT INPUT INPUT 28 f29 7/92 10M IG RELAY NO. 3 RELAY NO, 6 30 . 31 RELAY NO. 3 INPUT NC � !32 FROM 24V ( —) POWER SUPPLY March, 1985 Printed in U.S.A. Supersedes sheet dated 1/76 S CERBERUS PIrROTROIVICS System 3 Accessory Module ENGINEER AND ARCHITECT SPECIFICATIONS MODEL MM-35 Meter Module • Voltmeter • Ammeter • UL Listed Description The Cerberus Pyrotronics Meter Module, Model MM -35, is designed to provide visual indication of both battery voltage and charging current. It is used in conjunction with Battery Charger Modules, Models BC -35 and BE -35, in systems fitted with emergency standby power. Both a voltmeter and an ammeter are contained in the MM -35. The voltmeter provides a voltage reading value of the battery at all times while the ammeter shows the charging current. The Model MM -35 is placement supervised, pro- viding a system trouble signal upon removal from the system. The Model MM -35 is Underwriters Laboratories Inc. listed. Architect's Specifications Two meters shall be provided, mounted in a sin- gle module assembly for the purpose of indicating the battery voltage and the battery charging current. This module, Cerberus Pyro- tronic Meter Module Model MM -35, shall be system interconnected by a plug and harness assembly and shall be operable with the main control panel. The Meter Module, Model MM -35, shall only be used in conjunction with the Battery Charger Module, Model BC -35 and BE -35. The Model MM -35 shall be placement super- vised and shall be Underwriters Laboratories Inc. listed. CATALOG NUMBER 3355 Model No. Description Shipping Weight MM-35 Meter Module 1 lb. (45 kg.) Electrical Information Current Requirement: Normal -None Ordering Information Nodose: The use of other than Carberus Pyrotronics detectors and bases with Carboni' Pyrotronics control equipment will be consid- ered a misapplication of Pyrotronics equipment and as such void all warranties either expressed or implied with regards to loss, damage, liabilities and/or service problems. Carbarus Pyrotronics CERBERUS 8 Ridgedale Avenue tPVROTROPdICS Ceder Knolls, New Jersey 07927 Tel: (201) 287.1300 Fax: (201) 397 -7008 Typical Wiring 8/92 CPY 10 Printed In,U.S.A, oc vat. rrTun bus connector to plug P2 of BE•35 or BC-35 June 1992 Supercedu sheet dated 3185 ( system 3' Control Modules MODEL BC -35 Battery Charger /Transfer MODEL BE -35 Battery Extender • Automatic Operation • LED Trouble Indicator • For Lead Acid or Sealed Nickel Cadmium Batteries • Battery Circuit Supervised • Transfers System to Battery • EL Listed Description The Battery Charger/Transfer Module, Model BC -35, and the Battery Extender Module, Model BE -35 provide the means of automatically supplying 24 Vdc emergency power to the basic system during main power outages. Both models are of solid state circuitry. The Model BC -35 contains a yellow LED "Trouble" indicator. Under normal conditions, the system is powered directly from the main power supply. When the system is equipped with emergency power, the (calcium grid) lead acid or nickel cad- mium batteries are maintained at full charge through the operation of the BC -35 or BC- 35/BE -35 combination charging circuit. In the event of an AC power failure, the system is transferred to battery power. The basic Charger/Transfer Module Model BC -35 provides the following circuit function features: 1. Controls charging current and float voltage values to maintain the batteries in optimal condition. 2. Provides accurate AC to battery and battery to AC transfer. 3. Shuts off battery power supply source when discharging battery reaches an unacceptable deep discharge value point. Pyrotronics ENGINEER AND ARCHITECT SPECIFICATIONS '04 . • • ..,r.• • • • • Universal Alarm Control The units are Underwriters Laboratories Inc. listed. 4. Supervises battery placement along with high and low battery voltage points. 5. Withstands shorted battery terminal connections along with preventing the possibility of reversed battery polarity. 6. Charging path of BC -35 and BE -35 modules are super- vised for placement. Following are the battery capacities for this charging system: Battery Capacity Modules Used 4.5 to 25 AH BC -35 26 to 55 AH BC -35 and one BE -35 56 to 75 AH BC -35 and two BE -35's 76 to 100 AH BC -35 and three BE -35's Note: An optional Meter Module (MM -35) may be connected within the BC- 35/BE -35 connector loop. When used, this module is placed as the last module in the BC- 35/BE -35 con- nection loop and serves as an end of line connector for the charging path supervisory function. When the MM -35 is not used, the last module either the BC -35 or BE -35 must use the supervisory connector Model JPBE in plug P -2. The MM -35 indicates charging current present along with the battery voltage. CATALOG NUMBER 3177 MM -35 PI P2 BE -35 � Pt � BE P2 -35 0 PI i BE-35 0 P? ( Pt I BC-35 El P? TB or a Part No. Battery Sera 24 Neer 60 Now Miriam Current An at 246 Float Current $$$$$ tit Alarm Current Supr Current Alarm Current Sup, Current '75.084476 5 A 2A �.4 •. — 08A 0IA ' 75 084477 IO AN 4A 10A . ::A :bt 4A ,, 08A 01A 175.083897 28 AN 10A r5t 10A 08A 01A 175.083898 55 AN 10A I 85A 10A ;44 1 RA 0 IIA Model No. Description Shipping Weight BC -35f BE -35 Battery Charger/Transfer Module Battery Extender Module 3 lbs. (1.4 kg.) 1 lb. (.45 kg.) Architects Specifications Battery charging capability shall be provided by a Pyrotronics Battery Charger/Transfer Module; Model BC -35, and when necessary with a Battery Extender Module, Model BE -35. These modules shall be system interconnected by a harness assembly and designed for use with 24 Vdc audible signals. Capability shall be provided to recharge sealed lead acid or sealed nickel cadmium batteries to their full capacity. The BC- 35/BE -35 combination for proper battery capacity is as follows: (select one) Battery Capacity A 4.5 to 25 AH B 26 to 55 AH C 56 to 75 AH D 76 to 100 AH Loss of main operating power to the system shall auto- matically cause the system to transfer to battery power. After main power has been restored and the emergency batteries have been fully recharged, the system shall continue to float charge the batteries. The module shall be fitted with a fuse to protect against the battery overcurrent and accidental rever- sal of polarity. Typical Wiring NOTICE: The use ol other than Pyttiltottics detectors anti bases with Pytotronlcs control equipment will be considered a misapplicahnn of Pyrotronics nutriment and as such void all warranties either expressed or implied with regards In loss. damage liabilities inn or service p1tthlene. Modules Used BC -35 BC -35 and one BE -35 BC -35 and two BE -35's BC -35 and three BE -35's SRSM�r� A Division of CERBERUS Technologies, Inc. 4. 8 Ridgedale Avenue, Cedar Knolls, New Jersey 07927 The battery shall be protected against overcharge and deep discharge. Failure of the charging system shall be identified by an indicator on the primary charging module, BC -35, and also by a system trouble, if AC power is functioning. The Models BC -35 and BE -35 shall be placement supervised' and shall be Underwriters Laboratories Inc. listed. Electrical Information Normal Operating Current: BC -35, 46 ma BE -35, 2 ma (Excluding charging current) Ordering Information When optional MM•35 is not used last module IBC•35 or 8E•351 must use Supervisory Connector Model JP•BE in plug P2 4 2 r — + 7 L Schematic IP•BE Supervised Module Interconnections UP to three 8E•35 Modules may be used according to me lonowing schedule based on a 48 hour recharge period I ttory Curio MU/urea U ad 4 51n 75 AH BC 35 26 to 55 All BC•35 and 111138.35 Nate Ul permits up In one Bt•35 and up ru a 55 AH battery r^-3 2140 vma t�J A ma, Connection from P2 of CP.35 3788 5M IC Primed in U.S.A. Supersedes sheet dated 7 84 May 1985 o a 0 /1.34US I P1 LE 1 = P2 1 I _ _ 1 o o SUPERVISORY TR4UP/ F ZONE 1 ZONE 2 o o SUPERVISORY 1 TROUBLE ri ri ri Eri ri 7 8 W 9 10"11 12 Keg ri ri 1 2/3 4 5 6 0 0 0 Typical Wiring Diagram ZN -34US ZONE 1 CLASS A SUPERVISION SM•30 OPTIONAL SILENCE (SEE NOTE 1) (SEE NOTE 2) TO AE•30U (SEE NOTE 3) UNSUPERVISED OUTPUT RATED 24 VDC, 15mA �i II SUPERVISED INITIATING CIRCUIT 21.5 VDC at 8mA SUPERVISON and 65 mA SUPERVISORY SWITCH ACTIVATED Gate Valve Supervision Modules Models ZN -34US and ZN -34UA * EOL DEVICE 5.8K OHMS, 1/2 W at 3/4, or 9/10 S Universal Alarm Control Wiring Instructions ZONE 2 CLASS B SUPERVISION EOL DEVICE 5.8K OHMS, 1/2 W AT LAST DEVICE TO AE•30U (SEE NOTE 3) SM•30 OPTIONAL SILENCE UNSUPERVISED OUTPUT RATED 24 VDC, 15mA I U CERBERUS pYROTROIVIICS 8 Fernwood Road Florham Park, New Jersey 07932 (SEE NOTE 1) (SEE NOTE 2) SUPERVISED INITIATING CIRCUIT 21.5 VDC at 6mA SUPERVISON and 85 mA SUPERVISORY SWITCH ACTIVATED NOTES: 1. Normally open parallel connected gate valve contacts, or the equivalent. 2. The maximum loop resistance for each zone is 100 ohms. 3. Connect the supervisory contact operated output of the zone (terminal 6 or 12) to the input of a dedicated AE -30U (terminal 5 or 6). Multiple ZN -34US zones may be connected to a single AE -30U. Refer to the CP -35 Wiring Information, P/N 315- 085178, for signal factor load units. 4. The ZN -34US is a non - latching device and follows NFPA 72 guidelines for operation. P/N 315- 094221 -3 O o 0 ZN•34UA I P1 �f d P2 '' I'' O O SUPERVISORY TROUBLE ZONE I ZONE 2 O O SUPERVISORY TROUBLE am rim 0 7 8 11 '9 10 11 12 1 2 3 4 5 6 O o O Typical Wiring Diagram ZN -34UA ZONE 1 CLASS A SUPERVISION SM•30 OPTIONAL SILENCE (SEE NOTE 1) (SEE NOTE 2) TO AE•30U (SEE NOTE 3) UNSUPERVISED OUTPUT RATED 24 VDC, 15rnA SUPERVISED INITIATING CIRCUIT 21,5 VDC al 6mA SUPERVISON and 65 mA SUPERVISORY SWITCH ACTIVATED * EOL DEVICE 5.6K OHMS. 1/2 W at 3/4, or 9/10 ZONE 2 CLASS B SUPERVISION EOL DEVICE 5.6K OHMS, 1/2 W AT LAST DEVICE TO AE•30U (SEE NOTE 3) SM•30 OPTIONAL SILENCE UNSUPERVISED OUTPUT RATED 24 VDC, 15mA SUPERVISED INITIATING CIRCUIT 21.5 VDC al 6mA SUPERVISON and 65 mA SUPERVISORY SWITCH ACTIVATED NOTES: 1. Normally open parallel connected gate valve contacts, or the equivalent. 2. The maximum loop resistance for each zone is 100 ohms. 3. Connect the supervisory contact operated output of the zone (terminal 6 or 12) to the input of a dedicated AE -30U (terminal 5 or 6). Multiple ZN•34UA zones may be connected to a single AE -30U. Refer to the CP -35 Wiring Information, P/N 315-085178, for signal factor load units. 4. The ZN -34UA is a latching device and follows ULC S527 requirements. P/N 315 - 094221 -3 Pyrotronics 5 3 " S Universal Alarm Control J Features • U.L. Listed • Precision Timing • LED Indicator • Delayed Signal Capability • Placement Supervised • Solid State Logic Circuitry Description The Time Limit Module, Model TL -30 is designed to provide a controlled time interval from 1 second up to 10 minutes, after which either a signal circuit is activated, (such as a municipal alarm) or a signal circuit is deactivated (such as alarm bells). The module is also capable of repeating the above operational sequence when a subsequent alarm signal is received in a system utilizing a SA -30 Subsequent Alarm module. The module, which is of solid state circuitry, is normally pas- sive, drawing no power until an alarm signal is received. When this occurs, a binary counter is activated to control pre- cisely, the length of the desired time limit before continuing the pre - programmed sequence of system operation. This se- quence could be for silencing audible alarm devices so that the system could receive and annunciate subsequent alarms. An alternate use would be the sending of an alarm to municipal headquarters if the alarm source had not been checked or con- trolled, or, it could involve the actuation of an extinguishing system. This time interval is available in two ranges as follows: a) 1 second to 20 seconds b) 30 seconds to 10 minutes Standard units are preset for a 5 minute, time -out sequence, but can be changed by field adjustment. Note: Underwriters Laboratories Inc. standards re- quire that when time limit cutoffs are used with audible devices, they shall operate no less than 3 minutes and no more than 10 minutes. The module contains a red LED indicator lamp which• is il- luminated at the end of the timing period. This lamp will re- main on until the module has been reset. The Model TL -30 module is placement supervised, providing a system trouble signal upon removal from the system. The unit is Underwriters Laboratories Inc. listed. Architect's Specifications Capability for precise time control of an output signal either by delaying actuation or stopping actuation shall be prouided by a Pyrotronics Time Limit Module, Model TL -30. This module shall be system interconnected by a ten -wire jumper plug and harness assembly, and shall be operable with the sys- tem main control panel. Pyrotronics A Division of Baker Industries, Inc. Cedar Knolls, New Jersey 07927 CONTROL MODULE Time Limit MODEL TL -30 Engineer and Architect Specifications CATALOG NUMBER 3166 af 5�b tbSI 0 TL -30 -..---- Description Shipping Wt. Lbs. I@ Time Limit Module, 5- second,dme -out 1 WI b RED LED INDICATOR i TIME CYCLE COMPLETE 01 0 0 0 0 0 1 2 C 3 4 5 6 0 Model No. Description Shipping Wt. Lbs. TL -30 Time Limit Module, 5- second,dme -out 1 The time in /time out duration period shall be capable of being set at any precise interval between the time frames of I second to 20 seconds, and 30 seconds to 10 minutes. This interval shall be controlled by a solid state 14-stage binary counter contained in the solid state circuitry of the module. At the end of the time interval, a red LED indicator lamp shall indicate completion of the time cycle, (after which a subsequent alarm can be received and processed in an identical manner.') The module shall be reset from the main control panel. Only when a SA Subsequent Alarm module is used. The Model TL -30 shall be Underwriters Laboratories Inc. listed. Typical Wiring RESET SIGNAL INPUT FROM OPTIONAL ACTUATION SA -30 MODULE SIGNAL Current Requirement: Normal — None Alarm — 50 ma Oi•clerii /nf ;,/7lult/On BUS CONNECTORS CONTROL OF 2 OUTPUT MODULES (10 MA). FOR GREATER CAPACITY USE SR MODULE NOTE: WHEN SUBSEQUENT ALARM MODULE SA -30 IS NOT USED, TERMINALS 1 and 2 SHOULD BE JUMPERED Model No. Description Shipping Wt Lbs. Kg JA -5 Plug/Harness Assembly, 5" for modules in a row I- N N N .- N .45 JA -24 Plug /Harness Assembly, 24" for modules from row to row .90 JA-48 Plug /Harness Assembly, 48" for modules from row to row .90 JA -96 Plug /Harness Assembly, 96" for modules from row to row .90 JS-24 Supervisory Return Harness .45 Assembly, 24" JS-64 Supervisory Return Harness .45 Assembly, 64" JS-98 Supervisory Return Harness .45 Assembly, 96" JP -A Program Plug (black wire) for AC signaling circuits .45 JP -D Program Plug (yellow wire) for DC signaling circuits .45 BP -30 Blank Face Plate for enclosure .45 EL -30/31 Wall Mounting Plate for End - of•Line .45 Device used on System 3 DC Audible Circuit or Detector Circuit EL -32 End -of -Line Device for use with .90 AC Audible Circuit rC . 1 CERBEI C JS PYROTRaNACS System 3" Accessories Model JA Ten -Pin Plug Listed below are miscellaneous accessories for use with the Pyrotronics System 3 Universal Alarm Control. Model JA — Ten -pin plug and harness assembly for inter- connecting modules and control panels. Model JS — Supervisory Return harness assembly. Model JP — Program plug for use with systems not fitted with emergency power. Model BP — Blank face plate for insertion in brackets on inside of enclosure door. The Model BP covers those posi- tions within the enclosure not occupied by modules or control panels. Model EL — End -of -Line device mounting plates or assem- bly to be mounted on single gang switch boxes, for use with audible signal circuit or detector circuit. NOTICE: The use of other than Pyrotronics detectors and bases with Pyrotronics control equipment will be considered a misapplication of Pyrotronics equipment and as such void all warranties either expressed or implied with regards to loss, damage, liabilities and/or service problems. CERBERUS AI gdgdgedale le Aveenue� 5/91 May 1987 335( fPYROTRONICS Cedar Knolls, NJ 07927 2M Supersedes sheet CATALOG NUMBER Tel: (201) 287 -1300 FAX (201) 397-7008 IG dated 11/81 ENGINEER AND ARCHITECT SPECIFICATIONS Model JP Program Plug Model BP -30 Blank Face Plate Universal ••• Alarm ® ® Control t. 1 cERBsERUS PYROTRO PE -11 Photoelectric Smoke Detector ENGINEER AND ARCHITECT SPECIFICATIONS • Advanced Field Cleanable Chamber Design • Self Diagnostic • Multi -Color LED for Normal, Trouble or Alarm Indication • Low - Profile Design • Easy Twist -fn Base Design • Made in USA at ISO 9001 Facility • Listed, ULC Listed, FM, CSFM NYMEA Pending Introduction The Cerberus Pyrotronics PE -11 Series Photoelectric Smoke Detector, with its microprocessor controlled self- diagnostic circuitry, eliminating cumbersome sensitivity test equipment, is the most advanced detector in its class. This detector employs a simple twist -in base for ease of maintenance and has a field cleanable /replaceable labyrinth and bug screen. This detector is highly immune to false alarm caused by deceptive phenomena such as dust or RF. The PE -11 has a full range of accessories available, including remote alarm indicator, remote sensi- tivity and alarm indicator, relay and audible base adapters, and a base adapter that allows use in older Cerberus Pyrotronics DB -3S Series bases. Description The PE -11 is a two -wire, plug -in type photoelectric smoke detector which is compatible with Cerberus Pyrotronics PXL, SXL, and System 3 conventional systems and on conventional loops of MXL Series, IXL and XL3 analog - addressable systems. The PE -11 contains an infra -red light emitting diode (LED) and a light sensing photodiode arranged so that under normal conditions, fight from the LED does not reach the photodiode. When smoke enters the photo chamber, fight inteLiNK t t tl trt•ftlri ((t emitted from the IR LED is scattered by the smoke par- ticles and is received by the photodiode. The electrical signal produced by the photodiode is compared to a factory set alarm threshold, and if sufficient to indicate an alarm, latches the detector alarm. The PE -11 is reset at the control panel. The PE -11 has self- testing circuitry which tests the detector for defective operation or contamination every 6 - 7 seconds. If a problem is detected, the multi -color LED indicator will flash amber until the problem is corrected. The detector flashes green in normal operation. In the alarm mode, the detector will flash red every 2 -3 seconds, and latch into alarm, alerting the control panel to the alarm condition. This microprocessor - controlled self - diagnostic system eliminates the need for extemal test meters or other equipment for detector testing and also alerts users to trouble conditions prior to periodic system checks. The detector is field cleanable by twisting the detector out of the base, unsnapping the chamber from the outer cover, without affecting, sensitive calibration, and cleaning or replacing the removable chamber labyrinth and bug screen. The PE -11 utilizes the low- profile D8 -11 surface mounting base which may be used with a 4 inch square or octagonal box, as well as a single -gang electrical box. The PE -11 has CATALOG NUMBER 6169 Model Description Part Number PE -11 -C Conventional Photoelectric Smoke Detector 500. 094150 -C DB -11-C Low - Profile Surface Mount Base 500-094151 -C RL -11-C Remote Red LED 500-694626-C RSA -11-C Remote Multi -color LED Module 500 - 694935 -C RR -11-C Relay Module 500-694922-C Model Description Part Number PE-11 Conventional Photoelectric Smoke Detector 500-094150 DB-11 Low - Profile Surface Mount Base 500-094151 RL -11 Remote Red LED 500 - 694626 RSA -11 Remote Multi -color LED Module 500-694935 RR -11 Relay Module 500-694922 screw clamp terminals for easy wiring. The base has an optional concealed locking device to prevent unauthorized detector removal. The PE -11 is capable of operating both a remote lamp and a relay or audible base when used with a PXL or MXL Series control panel, other panels will allow one accessory per detector. The RSA -11 Remote Sensitivity and Alarm indicator duplicates the multi -color LED of the detector at a remote location to indicate normal operation (green), trouble or out of sensitivity (amber), or alarm (red) for detectors located in out of the way places such as duct detectors, under computer room floors, or above sus- pended ceilings. The RL -11 is simply a remote red LED to indicate an alarm condition of a detector. The RR -11 is a relay module that may be added to the DB- 11 base for use as a relay base. The RR -11 incorporates a single pole double throw relay to allow detector control dampers, doors, or other equipment where this control is required. The ADB -11 is an adapter that transforms the DB -11 into an audible base where local annunciation from an individual detector is desired. For installations where the need to use a PE -11 in an existing Cerberus Pyrotronics DB -3S base is desired, a DB -ADPT adapter will allow for that installation. The DB- ADPT twists into the DB -3S and the PE -11 twists into the DB -ADPT just as it does into the DB -11 base. The PE -11 and all of the above listed accessories are UL and ULC listed, and are pending approval with FM, CSFM, NYMEA, and other local boards where applicable. Application Data The PE -11 is fully compatible with other Cerberus Pyrotron- ics low voltage detectors and may be intermixed on the same conventional zone circuit. The PE -11 is applicable to the 30 foot spacing (900 sq. ft.) as referred to in the National Fire Protection Standard 72. This detector spac- ing, however, is based on ideal conditions and should be used only as a guide in planning detector layout. Do not mount detectors close to ventilation or air conditioning outlets that may move smoke away from the detector. Exposed joists or ceiling beam may also effect safe positioning of smoke detectors. It is mandatory that engineering judgement be applied regarding detector placement and spacing. Architect and Engineer Specifications The photoelectric smoke detector shall be a plug -in unit which mounts to a twist/lock base and shall be UL listed. The smoke detector shall operate on a two -wire circuit and shall contain a multi -color LED indicator indicating the detector is operational by flashing green, trouble by flashing amber, and alarm by flashing red. The detector shall be continually self testing with visual operation indication and not require additional hardware or contact with the detector for testing purposes. The detector shall allow for easy cleaning or replacement of screens and /or chamber components without affecting calibration. The base assembly into which the detector is installed shall be a twist/lock design with screw clamp terminals. A security lock shall be installed in those areas where tamper resistant installation is required as indicated in the draw- AZ ings. 'll; The detector or group of detectors shall require a two -wire circuit of #18 AWG thermoplastic fixture wire enclosed in conduit, or #18 AWG limited energy shielded cable without conduit, if permitted by local building codes. All wiring shall be approved for fire alarm use and in compliance with national and local codes. The detector shall be Cerberus Pyrotronics Model PE -11 with a DB -11 surface mounting base. Technical Specifications Current Requirements: Voltage Range: In Canada Please Order: Normal - 100µA peak Alarm - 40mA 16 - 26.6 VDC Operating Temperature: 0 - 39 °C Humidity: 93% non - condensing Ordering Information S Wiring Diagram DB -11 WITH RL -11 OR RSA -11 REMOTE DEVICE DB -11 WITH RR -11 REMOTE DEVICE TO INITIATING CIRCUIT OF CERBERUS PYROTRONICS CONTROL PANEL (SEE CAUTION 1) DB -11 * WIRE IS TERMINATED WITH A LUG FOR CONNECTION TO BASE TERMINAL 5. CAUTION: 1. Do not use looped wire under base terminal 5. Break wire run to provide supervision of connection 2. When a remote relay is used to control a critical system function, the relay and its associated detector and optional module(s) must be the ONLY devices on the initiating circuit. SEE RR -11 INSTALLATION INSTRUCTIONS PM 315-094024 (SEE CAUTION 2) OPTIONAL MODULES RL -11 REMOTE ALARM INDICATOR RSA-11 REMOTE ALARMISENSITMTY INDICATOR END OF UNE DEVICE (NOTE POLARITY WHEN APPUCABLE) CERBERUS PYROTROINICS PE -11 Detector Mounted in DB -11 Base 1/2" Cerberus Pyrotronics 8 Ridgedale Avenue Cedar Knolls, NJ 07927 Tel: (201) 287.1300 FAX: (201) 397.7008 6" DIA. 3/4" 2 3/4" DIA. 4 1/8" DIA. 6/96 5M CPYIG Printed in U.S.A. 1 1/2" 40 Cerberus Pyrotronics 50 East Pearce Street Richmond Hill, Ontario L48, 187 CN Tel: (905) 764.8384 Jun• 1996 FAX: (905) 731.9182. Supersedes sheet dated 4/96 wheeio ZZ INC. (( Copyngnt 1994 Wheelock, Inc. All rights reserved UL Standard 1971 Listed Strobes for ADA Applications Wheelock's popular Tine of fire alarm signals and speakers is now available with UL 1971 Listed strobe options. Choose from 15, 15/75, 30, 75 and 110 candela models for Americans with Disabilities Act (ADA) applications meeting the latest NFPA/ ANSI Standards. Description Wheelock's new line of strobes and combination audible and speaker strobe signaling products is designed for ADA applications while meeting the latest requirements of NFPA 72 (the National Fire Alarm Code), ANSI 117.1 (the American National Standard for Accessible and Usable Buildings and Facilities), and UL Standard 1971 (Signaling Devices for the Hearing Impaired). These new strobe products, when properly specified and installed in accord- ance with NFPA/ANSI Standards, can provide the Equivalent Fa- cilitation allowed under ADA Accessibility Guidelines (ADAAG General Section 2.2) by meeting or exceeding the illumination which results from ADA's strobe intensity guideline of 75 candela at 50 feet. This is an illumination of 0.030 lumens per square foot (foot - candles). Features • Underwriters Laboratories (UL 1971) Listings, Factory Mutual. California State Fire Marshal, New York City MEA and Chicago BFP approvals on selected models (see Ordering Information and Specifications) • Designed to meet or exceed NFPA / ANSI Standards and ADA Accessibility Guidelines • All models meet ADA guideline for minimum one flash per second across the Listed voltage range • Low current draw with low temperature compensation to reduce power consumption and wiring costs • 15, 30 and 75 candela models Listed for wall or ceiling' mounting with the industry's widest selection of audible /speaker combi- nations • 15/75 candela wall mounted models Listed at 15 candela under UL 1971 and exceeding a near -axis 75 candela intensity for ADA guidelines with low current draw • 110 candela models Listed for wall mounting in larger rooms and in sleeping areas • Convenient strobe/plate retrofit assembly for upgrading strobes in existing installations • Polarized 12 & 24 VDC models with wide Listed voltage range, using filtered (DC) or unfiltered (FWR) input voltage • Durable Lexan strobe Tens and housing for extra protection and long service • Attractive flush or surface mounting options to standard electrical backboxes • Fast installation with in/out screw terminals using #12 to #18 AWG wiring • Compliance with API limits in Part 15, Class B for compatibility with sensitive detection and communication circuits Series SERIES HSAIS2 Safes 15, 15/75, 30, 75 & 110 CANDELA UL 1971 STROBE PRODUCTS MT+ LSIISMiMSlR MIZ+ LSA.SMAMSAS 3e1 E•n +LVLSMAl1iAS ET -1 ti1I + LSA,SMIMWA$ CH -0 L*ILSMIMLI$ Swiss LsnsMlMSna SERIES AESILSM Seise SERIES E•H +LS/MSIIS ET- 11N +LSIMSAS CH•C + LS/MSAS Swiss LS1M1MIMS1AS7 SERIES LSPAMSPIISPMSPW Seim Ma+ HS Wheelock's patented LS, LSM, MS, IS and HSW Series strobe designs (with additional patents pending) offer fire alarm system designers, specifiers and installers the industry's widest selection of UL 1971 Listed strobe products. Wheelock's new strobe family is designed for ADA applications with maximum performance, reliability and cost - effectiveness while meeting or exceeding the latest ULJNFPA/ANSI requirements. LS Series LS Series strobes are Listed at 15 candela intensity, with a light dispersion pattern that exceeds UL 1971 requirements and meets NFPA/ANSI requirements for indirect viewing in rooms and direct viewing in corridors. One LS Series strobe will cover a 20'x20' room when properly wall or ceiling' mounted in accordance with NFPA/ANSI Standards. LS Series strobes are available in a wide range of stand alone models and audible/speaker combination models, including Whee- lock's unique MT Multitone Signals and popular MIZ Mini- Horns, CH Chimes, ET Speakers and E Speakers. For retrofit applications, the model LSP Strobe /Plate Assemby makes it easy to upgrade existing signaling devices to meet the latest visible signaling requirements. LSM Series LSM Series strobes are also Listed at 15 candela intensity under UL 1971 and exceed a near -axis 75 candela intensity. LSM Series strobes are designed only for wall mounting, in a vertical orientation, in accordance with NFPA/ANSI require= . ments for 15 candela strobes, yet meet a 75 candela ADA guideline with low current draw. They are available in the same stand alone and audible/combination models as the LS Series, with attractive flush or surface mounting options to standard electrical backboxes and convenient in-out wiring terminals to speed installation. LSM POLAR LIGHT DISTRIBUTION 15175 CANDELA 80cd ..--- 120cd MS Series For larger areas, Wheelock's MS Series strobes are Listed at 30 candela intensity. One MS Series strobe will cover a 30'x30' room when properly wall or ceiling' mounted per NFPA/ANSI Standards. The MS Series strobes are available in the same stand alone and audible /speaker combination models as the LS and LSM Series. IS 'iSerie.S" Wheelock's IS Series strobes are Listed at 75 candela intensity for additional coverage capability. One IS Series strobe will cover a 40'x40' room when properly wall or ceiling' mounted per NFPA/ANSI Standards. IS Series strobes are available in the same stand alone and audible /speaker combination models as the LS, LSM and MS Series. (Available In June) HSW Series For very large areas and sleeping areas, Wheelock's HSW Series strobes are Listed at 110 candela intensity. One HSW Series strobe can be used to cover a 50' x 50' room or to awaken sleeping occupants (within 16' of the strobe) when property wall mounted per NFPA/ANSI Standards. The HSW Senes strobes are available in stand alone models or in com- bination with the MIZ Mini -Horns. They are also offered with the model HSPW Strobe/Plate Assemby for combination with a wide range of audible or speaker appliances in new or retrofit applications. 'Rotor to ADMG present Umitanons on coiling mounting. UL 1971 POLAR UGHT DISTRIBUTION 15.30,75110 CANDELA REMINDER: See Wheelock's Alarm Signals for Fire and Life Safety Systems catalog (Rev. 1093) for non -UL 1971 product information. The UL 1638 strobe products in this catalog .will no longer be Listed for public mode fire protection service if manufactured after April 1, 1994, Contact your Wheelock representative for availability of UL 1638 strobe products. n Ordering Information and Spe 24 VDC SIGNALS LS Strobes LSM Strobes MS Strobes IS Strobes HSW Strobes MIZ Mini -Horns MT Multitone AEr CH Chimes 12 VIM SIGNALS LS/MS/LSM Strobes MIZ Mini -Horns Muftltone Model Code LS -24 -VFR LS1- 24-VFR LS3-24 -VFR LSP- 24 -41FR LSM- 24 -VFiR LS1M- 24-VFR LS3M- 24-VFR LSPM -24 -VFR MS- 24-VFR MS1-24-VFR MS3-24 -VFR MSP- 24-HFR IS- 24-VFR IS1.24-VFR IS3- 24-VFR ISP- 24-HFR HSW- 24-HFR HS2W- 24-HFR HSPW -24 -HFR MIZ- 24- LS-VFR MIZ -24- LSM -VFR MIZ -24- MS-VFR MIZ -24-1S -VFR MIZ -24- HSW -HFR MT- 24- LS-VFR MT -24- LSM -VFR MT- 24- MS-VFR 4447 2445 -VFR MT4- 24- LS-VFR MT4-24-LSM-VFR 53 MT4-24-MS-VFR MT4 -24- IS-VFR AES -OL1- LSM- 24-VFR AES -EL1- LSM- 24-VFR CH- CF1- LS- 24-CFW CH- CFI- MS- 24-CFW CH- CF1- IS- 24-CFW CH- DFI -LS-24 -VFR CH -DFI- LSM -24 -VFR CH- DF1- MS- 24-VFR CH- OF1- IS- 24-VFR Ordering Information and Spe LS1 -12 -VFR MS1-12-VFR LSP -12 -HFR Model Number -1 LS1M -12 -VFR LSPM -12 -VFR MIZ- 12- LS-VFR MIZ -12 -MS -VFR MIZ -12- LSM -VFR MT 12 -LS -VFR MT- 12- MS-VFR MT -1 - LSM -VFR MT4- - LS-VFR MTS-1 -MS -VFR 5 0 5 5 5 5 5 5 51 51 51 51 51 51 51 53 51 51 51 53 53 53 53 51 53 51 51 53 53 Ord 53 537 53 538 538 564 Refer to ADAAG present limitations on coiling Notes: 1. NI 24 vde models are Listed for 20-31 vdc input ratings am measured at 10 ft an anechoic chamber selectable tones and High or Standard d8A settings. voltage ',henna; to p rod late h W - whihitspi on plate 7. Approval (York City Materials and Equipment Acceptance; BFP- WARNING: CONTACT WHEELOCK FOR "SPECIFICATI DOCUMENTS CONTAIN IMPORTANT NEW INFORMATI CURRENT REQUIRED BY ALL DEVICES CONNECTED TO MAXIMUM INRUSH OR PEAK CURRENT FROM ALL 0 2 MILLISECONDS FOR LS/LSWMS MODELS AND 4 MI OF VIEW: INSTALLATION OF 110 CANDELA STROBE P AND INSTALLATION ISSUES. 12 VDC SIGNALS Model Number Order Code Strobe Candela dBA • 10 ft Current 612 vdc Mounting 0. , ons Ap . royals . , royals UL CFM FM I MEA I BFP LS/MS/LSM Strobes M Mini -Horns LS1 -12 -V R i 1i 15 • .160 A.J X Jun Jun • • MS1 -12- • 5 8 30 • .270 A J 1 Jun Au' Jun . 5176 53 9 15 .080 .160 X X Jun Jun - . MatligatiMININI • 5380 30 • .2 0 111=1111011111 Jun Au. Jun • - 5630 1 /75 15/75 .230 A.J Jul X Jul - - IntaginagiMMIIN 56 15/75 - .230 IMIKILMINNINEUEM A J X Jun - - 15 88 .1 0 B C K X Jul Jun - - fff� Jun 30 8: .2.0 15 /75 - .109 E • - Jun 9 240 88 .240 KS Jun Au • Jul - - Muttttone X - MS1- 24-VFR 5317 30 - .135 A.J X Jul Eitialliti - 30 - -9• . 80-. I IIM i tais - .135 L - - X • 1 8 -• • .240 -. VI IIIIME lMi Jun Au. Jun - - ' - IS Strobes 15 -24-V • fffl♦i Jul Jul Jun 0 X /'t 'I:51iJ :' T:. Jun Se. T ffi il♦fr• 5 .225 - - 4 - L M•V - .. 1 f 8 - 9• . 40-. To . N Jul o Jun • - 24 VDC SIGNALS Model Code Order Code Strobe Candela dBA 610 ft Current (a)24 vdc Mounting 0. Ions Ap . royals UL CFM FM I MEA BFP LS Strobes LS -24 -V - 5174 15 - .080 0 I X X I X - - LS1-24-V • 5175 15 - .080 A.J x X X 1 - . 5176 15 - .080 L X X X - LSP-24-H ' 5180 15 - .080 ,R X X X LSM Strobes LSM -24-V • 5171 15/75 - .109 0 X Jun Jun Jun Jul L 1M- 24-VFR 51 2 15/75 .109 A J X Jun Jun 1 Jun I Jul LS3M- 24-VFR 5173 15 /75 - .109 L X Jun Jun Jun I Jul LSPM -24 -V • 5179 15 /75 - .109 E X Jun Jun Jun I Jul MS Strobes MS-24 -VFR 5316 30 - .135 0 X Jul X - MS1- 24-VFR 5317 30 - .135 A.J X Jul X - 5319 30 - .135 L X Jul X • • 5320 30 .135 E.R X Jul X - IS Strobes 15 -24-V • 5351 75 .225 0 X Jun Jun Jun Se. IS1 -24- • 5 .225 A J X Jun Jun Jun Seo IS3 -24-V R 5353 75 - .225 L X Jun Jun Jun Se ISP -24 -H R 354 75 .225 E.R X Jun Jun Jun Sep HSW Strobes HSW -24-H • 5177 110 - .230 0 X X X X Jun HS2W -24-H R I 51 8 110 - .230 C.K X X X X Jun HSPW- 24•HFR 5181 110 I - .230 I E.R X X X X Jun MIZ Mini -Horns MI - 24 -LS-V - 5191 15 90 .092 B C.K X X x - MI -24- LSM -VFR 5190 15 /75 90 .127 B C K X Jun Jun Jun Au. MIZ -24- MS-VFR 5376 30 90 .147 B C.K X Jun Jun - - MI - 24 -1S-V R 53 8 75 90 .237 B,C,K X Jul Jun Jun Oct MI -24 -HSW -H • 5192 110 90 .242 B C X Jul Jun Jun Jul MT M - 24 -LS -V R 5183 15 87 -99 .092 -.128 . M.0 P. X X X - Multnone M -24 -LSM -V • 5182 15 /75 87 -99 .127 -.163 C E M 0 P X Jun Jun Jun Au M -2441 V R 5321 30 8 -99 .147 -.183 C.E M • •. X Jun Jun - • 87 -99 .237 -.273 C.E M.O.P T X Jul Jun Jun Oct 4-24 -L VFR 5315 15 87 -99 .092 -.128 I N• X X Jun - M 4-24-LSM-VFR RAM 15 /75 87 -99 .127 -.163 N X Jun Jun Jun Seri 4-24 -M V R 53 5 30 87 -99 I .147 -.183 N I X Jun Jun - - M 4 -24-1 V R 5370 75 87 -99 .237 -.273 N X Jun Jun Jun Au AE • OL1 -t. M- 24-VF WM 15175 93-100 .134 -.159 M.0 P X Jul Jun Jul Jul /_r-1954111 _ _ _ _ d• 5398 15 /75 93-100 .134 -.159 N X Jul Jun Jul Jul CH _ 5187 15 83 .100 X Jun Jun - Chimes to):!'.4311W!"•MIllagg tii2'daifffe .ia. 5322 30 83 .155 G X Jun Jun - • 6 f 1 . 83 .245 G X I Jun Jun Jun Oct tI !o1 J. Z YId : 5189 15 83 .100 .' Jun Jun - - teSTitBE t ITSITWZR9j'EEOW 5188 15/75 83 .135 G.0 X Jun Jun 30 83 .15 .0 X Jun Jun - - CH -O 1 -I 24-V • 3 7 75 83 .245 F 0 X I Jun Jun Jul Oct • • 1 • S Ordering Information and Specifications (24 VDC Signals) Ordering Information and Specifications (12 VDC Signals) - MS Series available in June • Refer to ADAAG present limitations on ceiling mounting. Notes. 1. All 24 vdc models are Listed for 20-31 vdc input and 12 vdc models for 12 -15.6 vdc input using either filtered or unfiltered (FWR) input voltage. 2. dBA ratings are measured at 10 ft an anechoic chamber with nominal input voltage. 3. MT Multitone Series has range of current and dBA ratings with eight field - selectable tones and High or Standard dBA settings. 4. CH Chime Series can be set for angle stroke or vibrating mode. 5. Strobes require continuous input voltage to flash property; do not use strobes on coded or interrupted circuits. 6. Models code suffix: V vertical lens; C.. ceiling lens; H - horizontal lens; F.• fire lettering; R - red plate; W - white plate. 7. Approval codes: UL • Underwriter Laboratories; CFM - California State Fire Marshal; FM in Factory Mutual; MEA - New York City Materials and Equipment Acceptance; BFP as Chicago Bureau of Fire Prevention. WARNING: CONTACT WHEELOCK FOR "SPECIFICATION SHEETS ". "INSTALLATION INSTRUCTIONS" AND "GENERAL INFORMATION" ON THESE PRODUCTS. THESE DOCUMENTS CONTAIN IMPORTANT NEW INFORMATION THAT SHOULD BE READ PRIOR TO SPECIFYING OR INSTALLING THESE PRODUCTS, INCLUDING: TOTAL CURRENT REQUIRED BY ALL DEVICES CONNECTED TO SYSTEM PRIMARY AND SECONDARY POWER SOURCES; FUSE RATINGS ON SIGNALING CIRCUITS TO HANDLE MAXIMUM INRUSH OR PEAK CURRENT FROM ALL DEVICES ON THOSE CIRCUITS (THE TIME DURATION OF THE MAXIMUM STROBE INRUSH OR PEAK CURRENT IS 2 MILLISECONDS FOR LS/LSM/MS MODELS AND 4 MILLISECONDS FOR IS MODELS); COMPOSITE FLASH RATE FROM MULTIPLE STROBES WITHIN A PERSON'S FIELD OF VIEW: INSTALLATION OF 110 CANDELA STROBE PRODUCTS IN SLEEPING AREAS. INSTALLATION OF STROBES IN OPEN OFFICE AREAS; OTHER SPECIFICATION AND INSTALLATION ISSUES. Horizontal Angle in deg.) 15 cd 15/75 cd 30 cd 75 cd 110 cd UL Min, I Typ. LS Typ. L SM UL Min. T MS UL Mi n.. Typ. IS UL Min_, T . HS 0 15.0 21 100 30.0 42 75.0 90 110.0 132 5 13.5 20 75 27.0 40 67.5 92 99.0 129 10 13.5 20 38 27.0 40 67.5 89 99.0 127 15 13.5 20 28 27.0 40 67.5 86 99.0 121 20 13.5 20 22 27.0 40 67.5 86 99.0 116 25 13.5 20 19 27.0 40 67.5 83 99.0 109 30 11.3 19 19 22.5 38 56.3 77 82.5 103 35 11.3 17 17 22.5 34 56.3 70 82.5 100 40 11.3 17 17 22.5 34 56.3 65 82.5 96 45 11.3 15 16 22.5 30 56.3 62 82.5 92 50 8.3 10 15 16.5 20 41.3 42 60.5 86 55 6.8 8 15 13.5 16 33.8 35 49.5 79 60 6.0 8 15 12.0 16 30.0 33 44.0 76 65 5.3 8 15 10.5 16 26.3 31 38.5 59 70 5.3 8 15 10.5 16 26.3 31 38.5 45 75 4.5 8 15 9.0 16 22.5 31 33.0 43 80 4.5 7 15 9.0 14 22.5 30 33.0 42 85 3.8 7 15 7.5 14 18.8 27 27.5 41 90 3.8 6 14 7.5 13 18.8 26 27.5 36 Vertical Art le In de.. 15 cd 15/75 cd 30 cd 75 cd 110 cd UL Min.'• T •. LS I T •. LSM UL Min.•• T •. MS UL Min." T I. IS UL Min. I T •. HS 0 15.0 22 100 30.0 44 75.0 90 110.0 132 5 13.5 21 100 27.0 42 67.5 88 99.0 136 10 13.5 21 100 27.0 42 67.5 87 99.0 131 15 13.5 20 100 27.0 40 67.5 83 99.0 127 20 13.5 19 100 27.0 38 67.5 79 99.0 126 25 13.5 19 98 27.0 38 67.5 74 99.0 121 30 13.5/11.3 18 96 27.0/22.5 36 67.5/56.3 70 99.0 113 35 9.8/11.3 18 94 19.5/22.5 36 48.8/56.3 68 71.5 102 40 6.9/11.3 16 92 13.8/22.5 32 34.3/56.3 66 50.6 95 45 5.1/11.3 14 90 10.2/22.5 28 25.5/56.3 62 37.4 78 50 4.0/8.3 12 84 8.1/16.5 24 20.0/41.3 52 29.7 62 55 3.3/6.8 12 77 6.6/13.5 24 16.3/33.8 48 24.2 51 60 2.7/6.0 9 70 5.4/12.0 18 13.5/30.0 44 19.8 48 65 2.4/5.3 8 63 4.8/10.5 16 12.0/26.3 37 17.6 45 70 2.3/5.3 8 56 4.5/10.5 16 11.3/26.3 31 16.5 45 75 2.0/4.5 8 50 4.0/9.0 16 10.0/22.5 29 14.3 45 80 1.8/4.5 8 30 3.6/9.0 16 9.0/22.5 29 13.2 44 85 1.8/3.8 8 20 3.6/7.5 16 9.0/18.8 26 13.2 39 90 1.8/3.8 8 8 3.6/7.5 16 9.0/18.8 24 13.2 23 Although Wheelock's UL 1971 Listed strobe products exceed the UL 1971 requirements for intensity at all viewing angles as shown in the tables below, specification and installation of these products must be based on their Listed candela ratings in conformance with NFPA/ANSI strobe coverage tables. - Wall/Ceiling Wheelock products must be used within their published specifications and must be PROPERLY specified, applied, installed, operated, maintained and operationally tested in accordance with their installation instructions at the time of installation and at least twice a year or more often and in accordance with local, state and federal codes, regulations and laws. Specification, application. installation, operation, maintenance and testing must be performed by qualified personnel for proper operation in accordance with all of the latest National Fire Protection Association (NFPA), Underwnters' Laboratones (UL), National Electrical Code (NEC), Occupational Safety and Health Administration (OSHA), local, state, county, province, district, federal and other applicable building and fire standards, guidelines. regulations, laws and codes including, but not limited to, all appendices and amendments and the requirements of the local authortry having jurisdiction (AHJ). ANY MATERIAL EXTRAPOLATED FROM THIS DOCUMENT OR FROM WHEELOCK MANUALS OR OTHER DOCUMENTS DESCRIBING THE PRODUCT FOR USE IN PROMOTIONAL OR ADVERTISING CUUMS, OR FOR ANY OTHER USE. INCLUDING DESCRIPTION OF THE PROD- UCTS APPUCATION, OPERATION, INSTALLATION AND TESTING IS USED AT THE SOLE RISK OF THE USER AND WHEELOCK WILL NOT HAVE ANY LIABILITY FOR SUCH USE. Due to continuous development of our products, specifications and offerings are subject to change without notice in accordance with Wheelock, Inc. standard terms and conditions. Eastern Division Virginia - (703) 898-1477 NATIONAL SALES OFFICE 1-800-631-21411 Canada 903 791.4126 Central Division Minnesota - (612) 953 -0532 (MD Western Division California - (714) 951 -4761 Distributed By: MEMBER WHEELOCK INC. • 273 BRANCHPORT AVENUE • LONG BRANCH, NJ 07740 • (908) 222 -6880 FAX: 908- 222 -8707 S3000 Rev. 5/94 wheebck ADA Description Wheelock's Series RS Strobe and SR Sync Strobes are designed for maximum performance, reliability, and cost- effectiveness while meeting or exceeding the latest requirements of NFPA 72 (the National Fire Alarm Code), ANSI 117.1 (the American National Standard for Accessible and Usable Building and Facilities), and UL Standard 1971 (Signaling devices for the Hearing Impaired). RS /SR Strobe Signals, when properly specified and installed in accordance with NFPA/ANSI Standards, can provide the Equivalent Facilitation allowed under ADA Accessibility Guidelines (ADAAG General Section 2.2) by meeting or exceeding the illumination which results from ADA's strobe intensity guide- lines of 75 candela at 50 feet. This is an illumination of 0.030 lumens per square foot. • Wheelock's Series RS /SR Strobes employ an integral Strobe Mounting Plate (patent pending) that makes it easy to mount to a variety of backboxes. The strobes can be mounted to single - gang, double -gang, 4" square, or 100 mm European backbox- es. An attractive cover plate is provided for a clean, finished appearance on all retrofit models. All strobes use a Xenon flashtube enclosed in a rugged Lexan® lens to provide maximum reliability for effective visible signaling. Series RS strobe options include 15, 15/75, 30, 75, and 110 can- dela intensity, respectively. 15/75 candela wall mounted strobes are listed at 15 candela under UL 1971 and meet 75 candela intensity on axis for ADA guidelines with low current draw. By specifying and installing Series SR synchronized strobe prod- ucts, along with Wheelock SM/DSM Sync Modules, synchronized strobe flash is achieved. Synchronized strobes can eliminate possible restrictions on the number of strobes in the field of view. Wheelock's synchronized strobes otter an easy way to com- ply with ADA recommendations concerning photosensitive epilepsy. Series RS and SR with Strobe Mounting Plate Copyright 1996 Wheelock, Inc. All rights reserved. INC. FIRE ALARM SYSTEMS SERIES RS STROBES AND SR SYNC STROBES Series RS and SR 3iT Features • Approvals Include: UL 1971; FCC Part 15, California Str Fire Marshal (CSFM), New York City (MEA), Factory Mut. (FM), Submitted for Chicago (BFP). • ADA/NFPA/ANSI compliant. • All models meet ADA Guideline for minimum one flash per SE and from 20-31 volts or 12.0 to 15.6 volts, • Low current draw with low temperature compensation to reduce power consumption and wiring costs. • Available in 15, 15/75, 30, 75, and 110 candela intensity. • 15/75 candela wall mounted strobes were UL tested for cd on axis. They are listed at 15 candela under UL 1971 r meet 75 candela intensity on axis for ADA guidelines. • SR strobes, when used in conjunction with Wheelock SM/D Sync Modules, produce a synchronized strobe flash for c: pliance with ADA guidelines concerning photoepilepsy. • Polarized 12 and 24 VDC models with wide listed voltage rangL using filtered DC or unfiltered FWR input voltage. • Fast installation with IN /OUT screw terminals using #12 to #16 AWG wires. • Compliance with RFI limits in FCC Part 15, Class B for compati- bility with sensitive detection and communication circuits. Model Number 4 Order Code Nominal Voltage (VDC) Strobe Candela (CD) Average Current* (Amps) Mounting Options** RS- 2415 -VFR 6600 24 15 .074 B,D,E,F,G,J,N RSP- 2415 -HFR "' 6650 24 15 .074 E,H RS- 241575 -VFR 6601 24 15/75 .100 B,D,E,F,G,J,N RSP - 241575 -VFR "' 6651 24 15/75 .100 E,I RS- 2430 -VFR 6602 24 30 .124 B,D,E,F,G,J,N RSP - 2430 -HFR ••• 6652 24 30 .124 E,H dRS- . 2475 -VFR 6603 24 75 .200 B,D,E,F,G,J,N RSP- 2475 -HFR "' 6653 24 75 .200 E,H RS- 24110 -HFR "' 6360 24 110 .200 B,D,E,F,G,J,N RSP - 24110 -HFR "' 6680 24 110 .200 E,H RS- 1215 -VFR 6604 12 15 .155 B,D,E.FG,J,N RS- 121575 -VFR 6605 12 15/75 .210 B,D,E,F,G,J,N RS -1230 -VFR 6606 12 30 .227 B,D,E,F,G,J,N RSP - 1215 -HFR "' 6654 12 15 .155 EM RSP -1230 -HFR "• 6656 12 30 .227 E,H RSP - 121575 -VFR "' 6655 12 15/75 .210 E,1 SR- 2415 -VFR 6607 24 15 0.096 B,D,E,F,G,J,N SR- 241575 -VFR 660B 24 15 /75 0.136 B,D,E,F,G,J,N SRP- 2415 -HFR '" 6657 24 15 0.096 E,H SRP - 241575 -VFR "' 6658 24 15 /75 0.138 E,I SM SYNC MODULE "" SM- 12/24 -R 6369 12 .014 E,N 24 .025 E,N DSM SYNC MODULE "" DSM- 12/24 -R 6374 12 I .020 W 24 .038 W STROBES STROBE/PLATE ASSEMBLY AUDIBLE & VISIBLE SIGNALS OPERATE IN UNISON STROBE/PLATE ASSEMBLY AUDIBLE & VISIBLE SIGNALS OPERATE INDEPENDENTLY 0 WARNING: PLEASE READ THESE SPECIFICATIONS AND INSTALLATION INSTRUCTIONS CAREFULLY BEFORE USING, SPECIFYING OR APPLYING THIS PRODUCT. FAILURE TO COMPLY WITH ANY OF THESE INSTRUCTIONS, CAUTIONS AND WARNINGS COULD RESULT IN IMPROPER APPLICATION, INSTALLATION AND/OR OPERATION OF THESE PRODUCTS IN AN EMERGENCY SITUATION, WHICH COULD RESULT IN PROPERTY DAMAGE, AND SERIOUS INJURY OR DEATH TO YOU AND/OR OTHERS. NOTE: All CAUTIONS and WARNINGS are identified by the symbol 0 . All warnings are printed in bold capital letters. General Notes: Strobes are designed to flash at 1 flash per second minimum from 20 -31VDC (for 24 VDC models) or 12.0 - 15.6 VDC (for 12 VDC models). Note that ADA guidelines presently specify a flash rate of 1 to 3 flashes per second. All candela ratings represent minimum effective Strobe intensity based on UL 1971. Series RS/SR Strobe products are UL 1971 Listed for indoor use with a temperature range of 32° F to 120° F (0° C to 49° C) and max- imum humidity of 85% RH. 3PECIF JCAT1ONS AND ORDERING INFORMATION • Average current per actual Wheelock Production Testing C 24 VDC Nominal Voltage, For rated average, peak and inrush current across the listed voltage range for both filtered DC and full -wave rectified (FWR), see the installation instructions or the current Wheelock "Alarm Signals" catalog. • Refer to Data Sheet / S7000 for mounting options. • Future release. • SM Sync Module is rated for 3.0 amperes at 12/24 VDC; DSM Sync Module is rated for 3.0 amperes per circut. The maximum number of interconnected DSM modules is twenty. Models code suffix: V vertical lens; C ceiling lens; F fire lettering; R • red plate; W • white plate. the letters SR denote synchronized models. Also available in white, please call customer service for order code and delivery information. • Wheelock products must be used within their published in accordance with their installation instructions at the ti regulations and laws. Specification, application, installati accordance with all of the latest National Fire Protection Heatth Administration (OSHA), local, state, county, provi including, but not limited to, all appendices and amend Wiring Diagrams A WARNING: CONTACT WHEELOCK FOR "INSTALLA CONTAIN IMPORTANT INFORMATION THAT SHOULD BE • TOTAL CURRENT REOUIRED BY ALL DEVICES CONN • FUSE RATINGS ON SIGNALING CIRCUITS TO HANDL OF THE MAXIMUM STROBE INRUSH OR PEAK CURR • COMPOSITE FLASH RATE FROM MULTIPLE STROBE • THE VOLTAGE APPLIED TO THESE PRODUCTS MUST • INSTALLATION OF 110 CANDELA STROBE PRODUCTS • INSTALLATION IN OFFICE AREAS AND OTHER SPECI • USE STROBES ONLY ON CIRCUITS WITH CONTINUO THE APPLIED VOLTAGE IS CYCLED ON AND OFF AS • FAILURE TO COMPLY WITH THE INSTALLATION INS AND/OR OPERATION OF THESE PRODUCTS IN AN EM YOU AND/OR OTHERS. STROBES TO NEXT SIGNAL OR END•OF-LINE FROM PRECEDING RESISTOR ( E.O.LR.) SIGNAL OR FAC.P, t — STROBE/PLATE ASSEMBLY AUDIBLE E VISIBLE SIGNALS OPERATE IN UNISON _AUDIBLE, VISIBLE I ` t — _ — i 0 � + A a I I PRECEDING SIGNAL TO NEXT SIGNAL ORFAC.P. OR E.O.LR. STROBE/PLATE ASSEMBLY AUDIBLE & VISIBLE SIGNALS OPERATE INDEPENDENTLY AUDIBLE VISIBLE i 'f 0 L., • PRECEDING SIGNAL — .." :1 0 I J I HE 11E11 TO NEXT SIGNAL OR FAC.P. 11 :� OR E.O.LR. PRECEDING SIGNAL TO NEXT SIGNAL OR E.O.L.R. OR F.A.C.P. Wheelock products must be used within their published specifications and must be PROPERLY specified, applied. Installed. operated, maintained and operationally to in accordance with their installation instructions at the time of installation and at least twice a year or more often and in accordance with local, state and federal code: regulations and laws. Specification, application, installation, operation. maintenance and testing must be performed by qualified personnel for proper operation in accordance with all of the latest National Fire Protection Association (NFPA), Underwriters' Laboratories (UL), National Electrical Code (NEC), Occupational Safety and Health Administration (OSHA), local, state. county. province, district, federal and other applicable building and fire standards, guidelines, regulations, laws and codes including, but not limited to, all appendices and amendments and the requirements of the local authority having jurisdiction (AHJ). Wiring Diagrams A WARNING: CONTACT WHEELOCK FOR INSTALLATION INSTRUCTIONS" AND "GENERAL INFORMATION" SHEET ON THESE PRODUCTS. THESE MATERIALS CONTAIN IMPORTANT INFORMATION THAT SHOULD BE READ PRIOR TO SPECIFYING OR INSTALLING THESE PRODUCTS, INCLUDING: • TOTAL CURRENT REQUIRED BY ALL DEVICES CONNECTED TO SYSTEM PRIMARY AND SECONDARY POWER SOURCES. • FUSE RATINGS ON SIGNALING CIRCUITS TO HANDLE MAXIMUM INRUSH OR PEAK CURRENTS FROM ALL DEVICES ON THOSE CIRCUITS. THE TIME DURATION OF THE MAXIMUM STROBE INRUSH OR PEAK CURRENT IS 2 MILLISECONDS IMS) FOR 15, 15/75 AND 3 CD MODELS, 4 MS FOR 75 CD AND 6 MS FOR 110 Ct • COMPOSITE FLASH RATE FROM MULTIPLE STROBES WITHIN A PERSON'S FIELD OF VIEW. • THE VOLTAGE APPLIED TO THESE PRODUCTS MUST BE WITHIN THEIR RATED INPUT VOLTAGE RANGE. • INSTALLATION OF 110 CANDELA STROBE PRODUCTS IN SLEEPING AREAS. • INSTALLATION IN OFFICE AREAS AND OTHER SPECIFICATION AND INSTALLATION ISSUES. • USE STROBES ONLY ON CIRCUITS WITH CONTINUOUSLY APPLIED OPERATING VOLTAGE. DO NOT USE STROBE ON CODED OR INTERRUPTED CIRCUITS IN WHI THE APPUED VOLTAGE IS CYCLED ON AND OFF AS THE STROBE MAY NOT FLASH. • FAILURE TO COMPLY WITH THE INSTALLATION INSTRUCTIONS OR GENERAL INFORMATION SHEETS COULD RESULT IN IMPROPER INSTALLATION, APPLICATIO AND/OR OPERATION OF THESE PRODUCTS IN AN EMERGENCY SITUATION, WHICH COULD RESULT IN PROPERTY DAMAGE AND SERIOUS INJURY OR DEATH TI YOU AND/OR OTHERS. Architects and Engineers Specifications The visual notification appliances shall be Wheelock Series RS Strobe Signals, or equivalent appliances. They shall meet and be list- ed under UL Standard 1971 (Emergency Devices for the Hearing Impaired for indoor fire protection service). The strobes shall be list- ed for indoor use only. The strobe signals shall produce a flash rate of one (1) flash per second minimum over the operating voltages of 20 VDC to 31 VDC for 24 volt models and 12.0 VDC to 15.6 VDC for 12 volt models. All inputs shall be polarized for compatibility with standard reverse polarity supervision of circuit wiring by a Fire Alarm Control Panel (F.A.C.P.). All visual appliances shall incorporate a Xenon flashtube enclosed in a rugged Lexan lens or equivalent with solid state circuitry. The strobe intensity shall be rated per UL 1971 for 15, 15175, 30, 75, and 110 candela for public mode installations. The 15/75 candela strobe shall be specified when 15 candela UL 1971 Iistinn with 75 candela intensity on -axis is required (e.g., ADA compliance). Series SR Models shall incorporate circuitry for synchronized strobe flash and shall be designed for compatibility with Wheelock SM and DSM Sync Modules. The strobes shall not drift out of synchronization at any time during operation. If the control module fails to oper- ate (i.e., contacts remain closed), the strobes shall revert to a non - synchronized default flash rate. All strobes shall be certified to meet FCC Part 15 Class B and shall incorporate low temperature compensation (except RS -110) to insure the lowest possible current consumption. The visual appliances shall be designed for indoor surface or flush mounting. RS and SR models shall employ a unique Strobe Mounting Plate that shall allow mounting to single -gang, double -gang, 4 inch square, or 100 mm European type backboxes. An attach- ing cover plate shall be provided to give the appliance an attractive appearance. The aesthetic appearance shall not have any mount- ing holes or screw heads visible when the installation is completed. ANY MATERIAL EXTRAPOLATED FROM THIS DOCUMENT OR FROM WHEELOCK MANUALS OR OTHER DOCUMENTS DESCRIBING THE PRODUCT FOR USE IN PROMOTIONAL OR ADVERTISING CLAIMS, OR FOR ANY OTHER USE, INCLUDING DESCRIPTION OF THE PRODUCT'S APPLICATION, OPERATION, INSTALLATION AND TESTING IS USED AT THE SOLE RISK OF THE USER AND WHEELOCK WILL NOT HAVE ANY LIABILITY FOR SUCH USE. Due to continuous development of our products, specifications and offerings are subject to change without notice In accordance with Wheelock. Inc. standard terms and conditions. NATIONAL SALES OFFICE 1-800. 631.2148 Canada 800. 387.5777 3 YEAR WARRANTY MEMBER Distributed By NHEELOCK, INC. • 273 BRANCHPORT AVENUE • LONG BRANCH, N.J. 07740 • (908) 222 -6880 • FAX: 908 -222 -8707 I )4D(J Hm 4'f4( a Model No. Main Action MS -151 MS -157 ' N. 0. SPST N. 0, DPST Manual Fire Alarm Station ENGINEER AND ARCHITECT SPECIFICATIONS MODEL MS45Land MS -157 • Durable Compact Design • Shock and Vibration Resistant • Reset with Allen Key • Activation Visibly Noticeable • No Break Rods Necessary • Surface or Semiflush Installation Listed Description The Pyrotronics modern, compact design satisfies archi- tectural and code requirements for a manual fire alarm station initiating device. This manual station design is easily observed yet does not detract from a building's decor. The MS -151 and MS -157 Single Action Manual Stations contain a normally open toggle switch. The switch is located so that it is activated by pulling down the cover. To indicate visually that the manual station is activated once the cover has been pulled down, the cover remains down and locked until the station is reset. The station is reset by turning the reset screw counterclockwise, using the Allen key provided, while at the same time pushing the cover upwards. These models are intended for use with all Pyrotronics low voltage systems but can be used for connection to existing fire alarm systems (reference Contact Ratings Chart). Pyroironics Initiating ®® Devices ••••= Architect's Specification The manual fire alarm station shall be a Pyrotronics Model (See chart for model number) with Underwriters Laboratories, Inc., listing. The single action manual station shall be of the non -coded type and contain an internal toggle switch. The switch shall be located inside the manual station so that it is activated by pulling down the cover. To indicate visually that the manual station was acti- vated once the cover has been pulled down, the cover remains down until the station is reset. The station shall be reset by turning the reset screw counterclockwise, using the Allen key provided while at the same time pushing the cover upwards. Electrical Information CATALOG NUMBER 6182 Product and Accessories Ordering Information i Model No. •MS-151: MS-157 SB -15 Reset Key SB -5 Adapter Kit Part No. 500. 688458 500-688457 500-688556 500. 620490 500.688901 Description SPST Manual Station DPST Manual Station Surface Mounting Box Reset Key (2 keys provided) SB•5 Adapter Plate Kit (For installing MS -151/ 157 onto an SB•5 Box) lbs Kg 1 1 11/4 1 /2 3 /4 .45 .45 .56 .23 .34 Mounting Data Contact Ratings • Main switch MS -151 and MS -157: 125 VAC, 3A 20 -125 VDC, 3A 250 VACNDC, 1A IN KEY -\ MAIN SWITCH MS - 151 in PULL•OOWN COVER OUT OUT MAIN SWITCH MS -152 Ship. Wt. 6.32 SCREWS (3) RESET SCREW BACKPLATE !OtIOfiCS A Division of CERBERUS Technologies, Inc. 1/89 15M 8 Rldaedale Avenue. Cedar Knolls. New Jersey 07927 IG KNOCKOUT Printed In U.S.A. I 2 3 in PYROTRONICS P/N SB.15 4 in January 1969 New Issue MANUAL M STATIONS. 1 1 1 1 2 1 3 1 4 1 5 1 6 1 o POWER O ALARM O TROUBLE P3 O 0 O 0 O 0 O 0 O 0 MODEL CP -35 OD 31 Iy 4 DET. LOOP B 17181911011421 Systen uwvow. � or�r.d RESET ALARM TROUBLE LAMP TEST SILENCE SILENCE S2 ZIEL 6liilNIi',Pii'ilfiil EM 0 O N P4 S3 V U N N N ALARM ALARM TROUBLE N CO a Z Fl 2A o GROUND FAULT o AUDIBLE ALARM o Co P2 O ALARM MANUAL ST O TROUBLE 0 0 0 0 0 0 0 0 0 PWR M SHTDN ALARM SPARE TROUBLE P1 O 0 O a O 0 0 • Q U • N o 0 o 0 O 0 0 P1 MODEL PS-35 N G + - VV V 1z o � M N N RESET 0 EACH MODULE HAS AN ADDRESS, FOUND DIRECTLY UNDER THE MODEL NUMBER. THIS ADDRESS MAKES UP THE FIRST. PART OF THE DESIGNATIO THE SECOND PART OF THE DESIGNATION TELLS THE TERMINAL THE MODULE. ITEM QTY DESCRIPTION PART NUMBER MANUFACTURER 1 1 CONTROL PANEL CP-35 PYROTRONICS 2 1 ~ ENCLOSURE EA -33 PYROTRONICS 3 1 7 POWER SUPPLY PS --35. PYROTRONICS 4 1 DUAL ZONE MODULE '. ZU-35 PYROTRONICS 5 2 ALARM EXTENDER MODULE AE-30u PYROTRONICS 6 1 ; RELAY MODULE SR-32 PYROTRONICS 7 1 : !METER MODULE MM-35 PYROTRONICS 8 1 BATTERY CHARGER MODULE BC-35 PYROTRONICS. q iprpvIcinNi MODUL.F ZN PYROTRONICS WIRING ADDRESS DETAIL EACH MODULE HAS AN ADDRESS, FOUND DIRECTLY UNDER THE MODEL NUMBER. MODEL CP -35 > 019 THIS ADDRESS MAKES UP THE FIRST PART OF THE DESIGNATION. THE SECOND PART OF THE DESIGNATION TELLS THE TERMINAL OF THE MODULE. 1A -1 MODULE ADDRESS WIRE TERMINAL BILL OF V ATER 1AL SYM •. ZU -35 b • • • •Pt• • • • • • • • • •Pa• •. • • ALARM ZONE 1A TROUBLE ALARM ZONE 18 TROUBLE DET. o LOOP A 7 8 9 101112 1 2 o •Pt. . • 3 4 5 DET. LOOP B ZN -34UA • • eo P2 a . • • REVISION 6 SUPERVISORY SAVE TROUBLE SUPERVISORY SPARE TROUBLE 1` 71819110111112 V v N 16 K -2 AE -30U • • •Pt• • • b • STROBE 0 TROUBLE 3 4 5 L =�- 6 2 3 K -4 K -5 1 O 2 AMP FUSE 2 CL • v N TL -30U 1 • 0 .P1. • • • 0 TIMER TROUBLE 1 [ 2 31415161 / 12131415 I / L . J M M N N I SAVE I o I I pit SW N NN N � • • • • *Pao •• • • AE -30U . 1 • • • . •Pt• •• • • HORN 0 TROUBLE 0 2 AMP FUSE N CO a Z Q Q < �— I- �- • • 0 • .P2. • . 0 • 6 • • • • •P2• •• •• BY DC 1 IN + 13 I M ©QOQ n 9 1 m!® K -1 K--3 C NO D : C Qilil�itti 1415 11:119 2O to M BATTERY APPROVED KO. PWR M HTDN HVAC M SHIN a SR -32 1 :® 26328 ;�� 33O 32 2:B NI "�ii1EI M +� 6 ®m® 3637381:39MCM 'DATE 6/11/98 QQ c0 f/S IN 2 MM -35 ap 1 • • • • •P2. • • • • DC VOLTMETER AMMETER • • • • • P25 •• • • 1 2 th N N 0 TROUBLE 0 15 AMP FUSE BATTERY BC -35 131 ACCEPTABIL THIS DESIGN ° AN SPECIFICATION IS APPROVED BY ., D BATTERY STROBE CHIME EOL 5.6K n --1 /2W EOL 5.6K n -1 /2W EOL 5.6Kn --1/2W BC -35 a j 0 II 0 TROUBLE 0 15 AMP FUSE 11 P, ACCEPTABIL THIS DESIGN ° AN SPECIFICATION IS APPROVED BY ., D BATTERY STROBE CHIME EOL 5.6K n --1 /2W EOL 5.6K n -1 /2W EOL 5.6Kn --1/2W ITEM QTY DESCRIPTION PART NUMB 1 1 CONTROL PANEL CP -35 2 1 ENCLOSURE EA -33 3 1 POWER SUPPLY PS -35 4 1 DUAL ZONE MODULE ZU -35 5 2 ALARM EXTENDER MODULE AE -30u 6 1 RELAY MODULE SR -32 7 1 . METER MODULE MM -35 8 1 BATTERY CHARGER MODULE BC 35 9 1 SUPERVISION MODULE ZN -34UA 10 1 TIME DELAY, MODULE• TL -30U 11 6 BLANK PLATES BP-30 1.2 . 2 • BATTERIES NP18 -12: 13 6 PHOTOELECTRIC DETECTOR PE--11 14 6 :DETECTOR BASE DB-35 15 2 • MULTITONE /STROBE MT- 24 -IS -- 16 1 STROBE • RS- 2475 -V' 17 1 MANUAL STATION MS-151 18 1 ABORT STATION 280012 ACCEPTABILITY DC N THIS DESIGN AND /OR CHECKED SPECIFICATION IS APPROVED NL fEA 0TREER , . PROVED BY DEPT. DATE KD /DC C HECKED APPROVED TCH EOL 5.6Kn -1/2W 1 T T EOL 5.6Kn -1/2W EOL 5.6K n -1/2W EOL 5.6Kn -1/2W BILL OF V ATERIA, DESCRIPTION PART NUMBER MANUFACTURER CONTROL PANEL CP -35 PYROTRONICS ' ENCLOSURE EA-.33 PYROTRONICS POWER SUPPLY PS -35 PYROTRONICS ' DUAL ZONE MODULE ZU -35 PYROTRONICS ALARM EXTENDER MODULE AE -30u PYROTRONICS RELAY MODULE SR -32 PYROTRONICS METER MODULE MM -35 PYROTRONICS BATTERY CHARGER MODULE BC -35 PYROTRONICS SUPERVISION MODULE ZN -34UA PYROTRONICS TOE DELAY • MODULE TL -30U .. PYROTRONICS I BLANK PLATES BP-30 PYROTRONICS I BATTERIES NP 18 --12B YUASA PHOTOELECTRIC DETECTOR PE-11 PYROTRONICS 1 DETECTOR BASE DB-35 PYROTRONICS MULTITONE /STROBE MT- 24-- IS --VFR WHEELOCK STROBE RS- 2475 --VFR WHEELOCK I MANUAL STATION MS-151 PYROTRONICS ABORT STATION 280012 SEATRONICS BILL OF iv smair 1501 15th NORTHWEST SUITE 106 AUBURN, WA 98001 253 -939 -6060 CURRENT REVISION A SHEET 1A1 JOB NO. DWG NO. 110626 SYMBOL PATE 6/11/98 COMP NO, DETECTION ' ALARM SYSTEM WIRING DIAGRAM SERVER ROOM 1125 COL. E.5 - F / 3.5 - 5.25 ATERIAL TO BUILDING F.A. ROOM 11C16 EOL S O r CIALIVAIRIAREILIr 1/420211■112111/ 11202111 11/ 0 16 16 14 4 #16 2 #14 1B-2 CEILING 4 #14 �-- H BREAKER: PANEL 1A--3 EOL 2 #16 TO BUILDING F.A. :ROOM 11C16 THIS ' FIRE PROTE ON BUILDING AND CONFIGURATIONS REVISION OF THIS BE ADVISED OF AIR CONDITIONING THIS NATURE MA THE FIRE PROTE GIVEN CONDSIDE THE INSTA WIRE AND CURRENT ELECTRICA IDENTIFYIN DETECTOR NUMBER CIRCUIT A, CONDUIT THE EXAC; BE DETER GENERALL SHOWN 0 ALL WIRIN UNLESS. TO BUILDING F.A. ROOM 11C16 A THIS FIRE PROTECTION SYSTEM DESIGN IS BASED ON BUILDING AND AIR CONDITIONING CONFIGURATIONS AS OF THE LATEST DATE OF REVISION OF THIS DRAWING. SEATRONICS MUST BE ADVISED OF CHANGES TO THE BUILDING OR AIR CONDITIONING SYSTEMS. ANY CHANGES OF THIS NATURE MAY AFFECT THE OPERATION OF THE FIRE PROTECTION SYSTEM AND MUST BE GIVEN CONDSIDERATION IN THE SYSTEM DESIGN. NOTES - ELECTRICAL 1 THE INSTALLATION OF ALL ELECTRICAL CONDUIT, WIRE AND FITTINGS SHALL CONFORM TO THE CURRENT EDITION OF NFPA 70 (NATIONAL ELECTRICAL CODE). 2 REFER TO THE MANUFACTURES INSTALLATION MANUALS FOR THE EQUIPMENT USED. 3 IDENTIFYING NUMBERS ADJACENT TO THE DETECTOR SYMBOL INDICATES THE ZONE NUMBER AND , WIRING ORDER. (1A-2 = ZONE 1, CIRCUIT A, DETECTOR NUMBER 2). CONDUIT RUNS ARE SHOWN DIAGRAMMATICALLY. THE EXACT ROUTING OF CONDUIT RUNS SHALL BE DETERMINED IN THE FIELD BUT SHALL GENERALLY CONFORM TO THE LAYOUT AS SHOWN ON THE DRAWINGS. ALL WIRING SHALL BE INSTALLED IN CONDUIT UNLESS OTHERWISE NOTED. MINIMUM WIRE SIZE FOR LOW VOLTAGE SHALL BE #18, 7 STRAND UNLESS OTHERWISE NOTED. ONLY THOSE WIRES SHOWN ON THE DRAWINGS ARE PERMITTED IN THE CONDUIT LEADING TO THE FIRE PROTECTION DEVICES. WIRE ROUTING SHALL NOT BE CHANGED WITHOUT SPECIFIC PRIOR APPROVAL FROM SEATRONICS INC, 8 ALL WIRE TO DETECTION AND AUDIBLE ALARM DEVICES TO BE ELECTRICALLY SUPERVISED. PARALLEL BRANCHING OF WIRE IS NOT PERMITTED. 9 FIRE DETECTORS MOUNT IN A 4 SQUARE BOX WITH A SINGLE GANG 1/2 INCH RISE MUD. RING UNLESS OTHERWISE NOTED. 10 PHOTOELECTRIC DETECTORS SHALL NOT BE MOUNTED DIRECTLY IN THE AIR STREAM OF SUPPLY AIR. 4 4 nrTCY`Trnoc' IUICTM I I rn I II.If1WP CAI qF fi nnPS REVISION BY DC. APPROVED KO DATE 6/11/98 ACCEPTABILITY THIS DESIGN AND /OR SPECIFICATION. IS APPROVED FIRE DETECTIQN 8c ALARM SYSTEM EQUIPMENT '84 WIRING LAYOUT g i FILE SERV ROO�vI 1125 G 9-08 �COL.E.S —f/ 3.5 -5.25 arms 0 n o w s arm 0 KEY PLAN No SCALE CURR(NT REVISION A SHEET .me N0, DWG NO, 1A2 110626 SYMBOL 1501 151h NORTHWEST SURE 106 AUBURN, WA 98001 253 -939 -6060 DATE COMP NO. 6/1.1 /98 1 14 GENERALLY CONFORM TO THE LAYOUT AS SHOWN ON THE DRAWINGS. 5 ALL WIRING SHALL BE INSTALLED IN CONDUIT UNLESS OTHERWISE NOTED. 6 MINIMUM WIRE SIZE FOR LOW VOLTAGE SHALL BE #18, 7 STRAND UNLESS OTHERWISE NOTED. ONLY THOSE WIRES SHOWN ON THE DRAWINGS ARE PERMITTED IN THE CONDUIT LEADING TO THE FIRE PROTECTION DEVICES. WIRE ROUTING SHALL NOT BE CHANGED WITHOUT SPECIFIC PRIOR APPROVAL FROM SEATRONICS INC, 8 ALL WIRE TO DETECTION AND AUDIBLE ALARM DEVICES TO BE ELECTRICALLY SUPERVISED, PARALLEL BRANCHING OF WIRE IS NOT PERMITTED. 9 FIRE DETECTORS MOUNT IN A 4 SQUARE BOX WITH A SINGLE GANG 1/2 INCH RISE MUD RING UNLESS OTHERWISE NOTED. 10 PHOTOELECTRIC DETECTORS SHALL NOT BE MOUNTED DIRECTLY IN THE AIR STREAM OF SUPPLY AIR. 11 DETECTORS INSTALLED UNDER FALSE FLOORS SHALL BE MOUNTED TO STATIONARY STRUCTURE. DETECTORS SHALL NOT BE ATTACHED TO FLOOR PANELS OR ON LOWER FLOOR SURFACE. 12 RELAY CONTACTS ARE SHOWN IN NORMAL SUPERVISORY POSITION WITH POWER APPLIED TO THE PANEL. 1E10 1E11 1E12 1/2 PW 1 1/2" HPWR 1 1/2" HPWS 1 /2''PW 1 1/2" HPWS 1 1/2" HPWR CR1A6 P1C3 FIPIth 1;1/2' HPW 1 1/2" HPW 1/2 "P —1/2" C HPWS 1" HPWR 1 1 /2 "ID 1" HPWS 1" HPWR 1" HPWS 1" HPWR 1 1/2 "ID 1 1/2" ID P1E6 P2 3/4" DRAIN 3/4' HPWS HPWR II .T! _ t HFaA MI • P2 w ord 1 1 1/2` HPWR 1/2' HPWS C P1 B n r 172 II 2" HPWS 2" HPWR 1 1 /2'HP'w / 1 1/2 "HPWR / 3 '1/2" PW 3 "HPWS -3 .1PWR 1/2" PW 1 1/2" HPWR 1 1/2" HPWS 4 "HPWS 4 "HPWR CR1C6 RWS /EJC 3/26/98 1" HPWR 1" HPWS 1" ID 2 "HPWS 2 "HPWR — 1 - 1 /2" BQE54W FACILITIES : DEFARTMENT HP�F1 HP1 5" RWL DN TYPICAL HEAT PUMP SEE NOTE 1 KRAPEN CHECM ONSTRUCT1ON NOTES: t>.CUT THE HEAT PUMP WATER SUPPLY & RETURN, CONDENSATE DRAIN, AND PROCESS WATER (HUMIDIFIER) LINES ABOVE THE DROP CEILING AND CAP THE ENDS. CLOSE ALL VALVES IN THE CEILING SPACE ASSOCIATED WITH THE UNIT REMOVAL SAVE THE CONNECTION MANIFOLDS, CONTROL VALVES, : ISOLATION VALVES,' HOSE KITS, AND CONDENSATE PUMP' THAT ARE DIRECTLY TIED TO THE UNIT AND REUSE THEM AT THE 'ITS NEW LOCATION. RELOCATE THE COTEMPO MODEL #CEMW-0534 COMPUTER ROOM PROCESS COOLER TO THE NEW COMPUTER EQUIPMENT ROOM AT COLUMN F /5. INSTALL THE UNIT TO THE ' RAISED FLR ON THE SUPPORTS FROM THE PREVIOUS INSTALATIONN ® COL. A/7 TIE INTO THE EXISTING 4" HEAT PUMP WATER SUPPLY AND RETURN PIPING WITH A VICTAULIC CLEARFLOW DIELECTRIC WATERWAY AT THE LOCATIONS SHOWN. 333 ROUTE 1 1/2" TYPE "L" HARD DRAWN COPPER TUBING COOLING WATER SUPPLY AND RETURN LINES ABOVE THE CEILING TO THE RELOCATED CONTEMPO MODEL #CEMW -0534 COMPUTER, ROOM PROCESS COOLER. SUPPORT T. ;E PIPING AT A Mr".IMU; 8' INTERVA'.. ROUTE THE LINES DOWN THE SOUTH WALL. THROUGH THE COMPUTER ROOM; RAISED FLUOR. SUPPORT THE 1 1/2 "0 LINES OFF THE WALL IMMEDIATELY ABOVE THE CEILING, BELOW THE RAISED FLOOR AND Al ONE POINT INBETWL'EI'J. INSTA, .:. ISOLATION VALVL:, IN THE SUPPLY AND RETURN ! INES AND REUSE TI IE FLOW CONTROL VALVE /MANIFOLD FROM THE EARLIER INSTALLATION. INSTALL THE CONTROL VALVE IN THE THE RETURN LINE. RE -USE THE HOSE KIT INSTALLED AT THE ORIGINAL LOCATON TO MAKE THE FINAL CONNECTION TO THE COMPUTER ROOM PROCESS COOLER. INSTALL UNIONS AND ISOLATION VALVES AT THE POINTS OF CONNECTION TO THE UNIT. VERIFY THERE IS A STRAINER ON THE INLET SIDE OF THE HEAT PUMP WATER SUPPLY TO THE COMPUTER ROOM PROCESS COOLER. IF THE ORIGINAL INSTALLATION FAILED TO INSTALL A STRAINER - DRAW ONE FROM STORES AND INSTALL IN THE NEW LOCATION. 1 INTO THE EXISTING 1/2" CITY WATER LINE AND PROVIDE ISOLATION VALVES AT THE POINT OF CONNECTION. ROUTE A NEW 1/2 "0 TYPE "L" HARD DRAWN COPPER TUBING LINE TO THE RELOCATED COMPUTER ROOM PROCESS COOLER. ; ROUTE THE 1/2" CITY WATER LINE ABOVE THE CEILNG AND SUPPORT AT MAX: 6' INTERVAL. ROUTE THE LINE DOWN THE SOUTH : WALL THROUGH THE COMPUTER ROOM RAISED FLOOR. !, SUPPORT THE ' 1/2"0 LINE OFF THE WALL IMMEDIATELY ABOVE THE CEILING, BELOW THE RAISED FLOOR AND AT ONE POINT INBE TEEN. CONNECT TO THE HUMIDIFIER WITH THE SAME FITTINGS' FROM THE PREVIOUS INSTALLATION. PROVIDE ISOLATION VALVES AND UNIONS AT THE POINT OF CONNECTION TO THE ROOM UNION. INSULATE THE CITY WATER PIPING WITH THE INSULATION PROVIDED. RELOCATE THE EXISTING CONDENSATE PUMP TO THE NEW COMPUTER ROOM THE PROCESS COOLER AND INSTALL IT BELOW THE COMPUTER ROOM FLOOR.,;: F >. ROUTE A 3/4" CONDENSATE DRAIN LINE FROM THE DRAIN', CONNECTION ON THE I' COMPUTER ROOM PROCESS COOLER TO THE RELOCATED CONDENSATE PUMP. ROM A 3/4 PUMPED DRAIN LINE UP THE EAST WALL OF THE NEW COMPUTER RODM. ROUTE THE NEW PUMPED DRAIN LINE ABOVE THE CEILING TO THE EXISTING 1` GRAVITY DRAIN UNE 4' TO THE WEST OF THE NEW COMPUTER ROOM. SLOPE THE 3/4" PUMPED DRAIN LINE A MIN. 1/8" PER FOOT IN THE DIRECTION OF FLOW FOR THE PORTION THAT RUNS ABOVE THE CEILING. SUPPORT THE DRAIN PIPING AT 6' INTERVALS. 01 "CHANICAL MASTER PIPING PLAN BLDG. 9 -08 KEY PLAN NO SCALE FILE COPY understand that the Pien Chock = 3rFreva so Die ct to errors and onOssionsand approv wont does not authortxe the violation of adopted coda or ordinance Rac•...'t'a tractor's cop of boom .d :Arro tid By Date Paired NO Ar REOUIR =D (OH: 0 MECHANICAL, betE CTGICAL E PLUMBING 0 Gm PIPIN° crr( of 111 ILDDNG D1VI " RECEIVED' CRYOFTURWEA :JUN 1 6 1998 PERMIT CENTER rr Da} 3/25/ M311• A RECORD DRAWINGS B COMP. AC UNIT COL D/7 #910099 -01 C INSTALL 2 SPOT COOLER JOB N0. 911022 -14 CREATE (3) COMPARTMENTS J #737332 E JAST OFFICE J #147016 MJC PAXTON D. VILLA SR SR APP AVa KMR /DS 10.01.9C 12 -12 -9' 3/4" DRAIN 5" RWL DN 3/4 " PUMPED DRAIN 3 /4 "CW DOWN TO HOSE BIBB SEE SHEET UGM11 FOR CONTINUATION 1 1/2" ID 3/4" ISOLATION VALVES FOR BOTH SUPPLY AND RETURN ( BOTH UNITS) 3 /4 "CW DOWN TO HOSE BIBB SEE SHEET UGM11O FOR CONTINUATION 3 /4 "CW FOR CONT. — SEE SHT 1M111 RELOCATE,JSF LEVEL 4 J #780347 -00 2" V TO TOILET AREA SEE SHE 1M111 FOR CONT. BELOW RAISED FLOOR. CD 1/4 PUMPED CONDENSATE. MATCH LINES (FOR CONTINUATION SEE SHEET 1M62) FIRST FLOOR PIPING PLAN 7 C SCALE: 1/8 " =1' -0° 2" V SEE SHT. UGM110 FOR CONT. rflq 0(2 LEGEND: EXISTING WALLS NEW FULL - HEIGHT PARTITION DEMOUNTABLE PARTITION FURNISHED AND INSTALLED BY OWNER PROGRAM PERIMETERS AND STC 45 PARTITION STC 45 PARTITION' - -- STC 50 PARTITION GENERAL NOTES: 1. TYPICAL HEAT PUMP NUMBERING SYSTEM: EQUIPMENT NUMBER FOR MAINTENANCE & LABEL g ----- EQUIPMENT SIZE. SEE SCHEDULE ON SHEET M4. 4. FOR EXACT LOCATION OF HP'S AND CR'S SEE SHEET 1M14. ALSO SEE SCHEDULE ON SHEET M4 FOR PIPE SIZING AND DETAILS, AND 12 TYP.IM311 TYP.IM521 TYP. a ASBESTOS NOTIFICATION: A good faith survey of the work area has been conducted and asbestos containing material wos not discovered that would be involved In the construction of this project. COMPUTER ROOM COOLING UNIT (CRU) SCHEDULE MARK NUMBER TYPE UNIT WIDTH X HEIGHT INCHES NOMINAL CAPACITY TONS FAN MOTOR HF * CO QUANTITY PRESSOR REFRIGERANT EVAPORATOR CAPACITY MBH COIL ENTERING AIR FLOW GPM CONDENSER EWT 7 (HPWS) WATER MAX MAX FLOW FT H2O PIPE SIZE HUMIDIFIER CAP # /HR KW ELECTRIC REHEAT COIL -KW AIR FILTER REMARKS DRIVE TYPE CAPACITY (CFM) ESP IN WG QUANTITY TYPE & DEPTH EFFICIENCY PER ASHRAE 52 -76 MAX FINAL SP IN WG SENSIBLE TOTAL DB WS VELOCITY CR1A5 WATER COOLED OW HP4C12 5 BELT 3350 1.5 * 2 1.5 (1) 2 R -22 63.9 77.1 72 60 252 FPM 18 85 6 1 1/2" 17.4 6.4 (1) 10 (1) * 12" 85 1.0 CONTEMPO CR1A6 WD HP4A10 5 BELT 3350 1.5 * 2 1.5 (1) 2 R -22 63.9 77.1 72 60 252 FPM 18 85 6 1 1/2" 17.4 6.4 (1) 10 (1) * 12" 85 1.0 CONTEMPO ;. , , CR1$.7, , I ' WATER COOLED ,( - Inc1wN Fl ow ;- 5` BELT 3350 1.5 * 2 1.5 (t) 2 R -22? 63.9 77.1 !, 72 •60' ' 252 FPM j; 18- P, 85 `; 1 6 I 1 1/2 I 17.4 1 6'4 (1) ' 10 (1) * 12" , 85 1.0 CONTEMPO CR1B8 WATER FOOLED HP1B13 5 BELT 3350 1.5 * 2 1.5 (1) 2 R -22 63.9 77.1 72 60 252 FPM 18 85 6 1 1/2" 17.4 6.4 (1) 10 (1) * 12" 85 1.0 CONTEMPO CR166 WATER FLOWED 10 BELT 5650 1.5 * 2 3 (1) 2 R -22 113.6 130.0 72 60 383 FPM 32.1 85 12.5 2" 17.4 6.4 (1) 15 (1) * 12" 85 1.0 CONTEMPO CR1C6 WATER COOLED HP5E10 10 BELT 5650 1.5 * 2 3 (1) 2 R -22 113.6 130.0 72 60 383 FPM 32.1 85 12.5 2" 17.4 6.4 (1) 15 (1) * 12" 85 1.0 CONTEMPO CR4C8 WA I ER COOLED DOWN FLOW 10 BELT 5650 1.5 * 2 3 (1) 2 R -22 113.6 130.0 72 60 383 FPM 32.1 85 12.5 2" 17.4 6.4 (1) 15 (1) * 12" 85 1 . 0 CONTEMPO CR4A10 WDOWNCFLOWD HP2C17 10 BELT 5650 1.5 * 2 3 (1) 2 R -22 113.6 130.0 72 60 383 FPM 32.1 85 12.5 2" 17.4 6.4 (1) 15 (1) * 12" 85 1 . 0 CONTEMPO SOUND AIILNUATOR (SA) SCHEDULE MARK NUMBER HEAT PUMP ID NUMBERS UNIT WIDTH X HEIGHT INCHES MAXIMUM PD IN /H20` HP1 AIR QUANTITY CFM MINIMUM REQUIRED ACOUSTIC RATING dB RE OCTAVF RAND CFNTFR FR QUFNCY HP2 REMARKS ' RATING +1000 HP3 HP4 HP5 HP1A4A HP4C2 HP1A9 HP2B4 HP3A9 HP4A9 HP5A14 HPIA19 HP1B5A HP1B5A HP1A6A HP4C10 HP1A10 HP2B5 HP3Al2 HP4Al2 HP5B6 HP1C5 HP2E16 HP3A7 HP1A8 HP4C12 HP1A13 HP2B7 HP3A18 HP4A15 HP5B11 HP1C9 HP2E17 35 HP1B4 HP4C17 HP1A15 HP2B8 HP3B4 HP4A17 HP5812 HP1C14 HP3C18 +1000 HP1B8 HP4C18 HP1A17 HP2B9 HP3B5 HP4B4 HP5B15 HP1D6 HP4A10 SA-4 HP1B11 HP4D17 HP1B3 HT2B10 HP3B6 HP4B5 HP5B18 HP1D14 HP4A11 '28 HP1B18 HP4E1 HP1B6 HiP2B11 HP3B7 HP466 HP5C2 HP1E13 HP4B10 550 HP1B19 HP4F1 HP1B9 I: -2812 HP3B8 HP4if7 HP5C12 HP1E17 HP4C11 17 HP1C3 HP4F3 HP1B10 HP2B13 11P389 HP488 HP5C15 HP2C6 HP4D11 12 HP1C17 HP4F10 HP1B12 Ha2B14 HP3B10 HP4B11 HP5C19 HP2C14 HP5B10 6x12 HP1D1 HP4F11 HP1B13 HP2B15 HP3B11 HP4B12 HP5D11 HP2D6 HP2C18 35 HP1D7 HP4F14 HP1B14 HP2816 HP3B12 HP4613 HP5D12 HP2D9 HP1D16 HP4F16 HP1B15 HP2B17 HP3816 HP4B14 HP5E1 HP2D14 HPIF1 HP5A5 HP1BI6 HP2B18 HP3B17 HP4B15 HP5E2 HP3A14 HP1F10 HP5A9 HP1B17 HP2B19 HP3B18 HP4816 HP5E7 HP3A15 HP1F17 HP5A15 HP1C3 HP2C2 HP3B19 HP4817 HP5E10 HP3B15 HP2A4 HP5A16 HP1C8 HP2C8 HP3C3 HP4818 HP5E11 HP3C6 HP2A9 HP5A17 HP1C12 HP2C11 HP3C8 HP4819 HP5E12 HP3C9 HP2A15 HP5A18 HP1D11 HP2C12 • HP3C11 HP4C3 HP5E13 HP3C14 HP2A19 HP5A19 HPIE1 HP3C12 HP4E2 HP5E17 HP3D6 HP2B6, HP2C3 HP5B5 HP5B8 1 HP1E2, HP1E3 HP2E2 HP2E3 HP3D2 HP3E1 HP4E3 HP4E4 HP5F6 HP5F11 HP3D14 1 HP3E2 HP2C17 HP5B19 HP1E4 HP2E4 HP3E3 HP4E5 HP5F13 HP4C6 HP2D1 HP5C3 HP1E5 HP2E5 HP3E4 HP4E6 HP5F16 HP4C14 HP2F3 HP5C9 HP1E6 HP2E6 HP3E5 HP4E7 HP4D6 HP2F7 HP5C17 HP1E8 HP2E7 HP3E6 HP4E8 HP4D9 HP2F9 HP5D3 HP1E11 HP2E8 HP3E7 HP4E9 HP4D14 HP2F16 HP5D15 HP1E14 1,P2E9 HP3E8 HP4E10 HP4E16 HP3A3 HP5E3 HP1E15 HP2E10 HP3E9 HP4E11 HP5A3 HP3A19 HP5E5 HP1F3 FIP2E11 HP3E10 HP4E12 HP5B4 HP3B13 HP5E8 HP1F4 I•IP2E12 HP3E11 HP4E13 HP5E17 HP3B14 HP5E15 HP1F5 HP2E13 HP3E12 HP4E14 HP5B9 HP3C2 HP5F1 HP1F6 HP2E14 HP3E13 HP4E15 HP5C6 HP3C17 HP5F4 HP1F7 HP2E15 HP3E14 HP4F5 HP5C14 HP3F9 HP5F8 HP1F12 HP2F1 HP3E15 HP4F7 HP5C18 HP3F10 HP5F17 HP1F12 HP2F2 HP3E16 HP4F13 HP506 HP3F11 HP5F18 HP1F14 HP2F5 HP3F1 HP4F17 HP5D9 "3` "ti`cn,}�. HP3F16 HP3F17 HP2A3 HP2A6 HP2F12 HP2F14 HP3F3 HP3F6 HP5A4 HP5A7 HP5D14 HP5E4 C':IV. O A HP4A19 HP2A9 HP2F15 HP3F14 HP5A10 HP5E6 3I3 VD HP4B3 HP489 HP2A13 HP2A17 HP3A4 HP3A7 HP4A4 HP4A6 HP5Al2 HP5A13 HP5E9 HP5E14 �,, , -', ,,, SOUND AIILNUATOR (SA) SCHEDULE MARK NUMBER LENGTH FEET UNIT WIDTH X HEIGHT INCHES MAXIMUM PD IN /H20` MAX FV FPM AIR QUANTITY CFM MINIMUM REQUIRED ACOUSTIC RATING dB RE OCTAVF RAND CFNTFR FR QUFNCY 1Oefr W -IFRT7 REMARKS ' RATING +1000 63 7 125 12 25,0 16 500 1000 2000 400 8000 SA -1 3 12x36 .11 550 1650 28 35 35 28 17 IAC TYPE S SA -2 3 12x24 .10 550 1000 +1000 7 12 16 28 35 35 28 17 IAC TYPE S SA -3 3 12x18 .10 550 750 +1000 7 12 16 28 35 35 28 17 IAC TYPE S SA-4 3 12x42 '.11 600 2000 +1000 7 12 16 '28 35 35 28 17 IAC TYPE S SA -5 3 6x24 .10 550 500 +1000 7 12 16 28 35 35 28 17 IAC TYPE S SA -6 3 12x12 .10 550 500 +1000 7 12 16 28 35 35 28 17 IAC TYPE S SA -7 3 6x12 .10 550 450 +1000 7 12 16 28 35 35 28 17 IAC TYPE S sYu A B * FARR RIGA -FLOW 100 (ESP AND MOTOR HP TO OVERCOME ADDITIONAL RESISTANCE OF 1" FOR DIRTY FILTER HEAT PUMP (HP) SCHEDULE FAN PERFORMANCE MARK NUMBER HP -1 HP -2 HP -3 HP -4 HP -5 MARK NUMBER CD -1 CD -2 CD -3 CD -4 CD -5 RG -1 SG -1 SG -2 SG -3 SG -4 SG -5 SG -6 SG -7 SG -8 EG -i EG -2 EG -3 EG -4 EG -5 EG -6 EG -7 RECORD DRAWINGS MAX. CFM 486 955 1275 1940 600 EGG CRATE CEILING RETURN GRILLE EGG CRATE CEILING SUPPLY GRILLE PERFORATED CEILING SUPPLY GRILLE PERFORATED CEILING SUPPLY GRILLE PERFORATED CEILING SUPPLY GRILLE REVISION UPDATED EQUIPMENT LIST 0.5 0.5 SQUARE CL;LING DIFFUSER SQUARE CEILING DIFFUSER SUPPLY GRILLE SUPPLY GRILLE SUPPLY GRILLE SUPPLY GRILLE EXHAUST GRILLE EXHAUST GRILLE EXHAUST GRILLE EXHAUST GRILLE EXHAUST GRILLE EXHAUST GRILLE PREFORATED CEILING EXH GRILLE REPLACE HEAT PUMP JOB NO. 160082 -00 EXT. STATIC IN. MOTOR FLA SIZE Wq. 0.5 0.86 (4) 1 -24x24 0.5 1.0 ( 1 -24x24 0.5 1.8 (1) 1 -24x24 2.6 (1) TYPE I MATERIAL SQUARE CEILING DIFFUSER I STEEL SQUARE CEILING DIFFUSER I STEEL SQUARE CEILING DIFFUSER I STEEL. BY MJC SR DMV rILTER (SPECIAL DETACHED) 2 -24x24 1 -24x24 APPROVED STEEL STEEL STEEL STEEL STEEL STEEL STEEL STEEL FACE VEL FPM 120 240 320 240 AIR DIFFUSER / REGISTER / GRILLE SCHEDULE STEEL WHITE STEEL WHITE STEEL WHITE DALE KMR /DS 10.1.90 RS /EJC 3.18.94 RS /EJC 7.29.96 WHITE WHITE WHITE WHITE .4AX -FINAL SP IN WG WHITE WHITE WHITE WHITE WHITE 0.3 0.3 0.3 0.3 0.3 FINISH WHITE WHITE STEEL I WHITE CFM /SIZE 75/6 "0 145/7 "0 190/8 "0 (5) 24x24 24x24 24x24 24x24 24x24 24x24 24x24 24x24 24x24 24x24 STEEL STEEL WHITE WHITE WHITE 14x8 6x5 8x6 16x10 12x6 18x16 24x16 24x24 AIR CONFECTIONS OX S AT 290/0 REVISION 100 120 140 24x24 22x22 60 80 80 100 12x12 OTHER PLENUM PLENUM PLENUM PLENUM FACE SIZE INLET /NECK INCHES SIZE INCHES 60 HOSE LENGTH 36" 24" GPM 3.0 6.1 8.6 12.8 MAXIMUM NOISE COEFFICIENT 33 33 36 36 48 29 34 43 44 25 23 23 21 29 26 29 26 32 33 29 MAX. PRESS. DROP HOSE CONDENSER F. WG. SIZE BY 3.4 4.6 10.7 9.8 WATER FLOW APPROVED 1/2" 3/4" 3/4" 1 3/4" MAXIMUM TP INCH WG 060 .110 .130 .127 .240 .150 .150 .080 .200 .210 .120 .120 .100 .100 .150 .065 .100 .040 .110 180 .150 DATE PSI RANGE 2 -32 2 -32 2 -32 2 -32 2 -32 MAXIMUM SET CFM 190 275 425 550 950 800 2900 220 380 540 720 280 400 2000 450 50 130 280 720 1200 600 GRISWOLD FLOW CONTROL ASS Y FLOW RATE GPM 13 REMARKS KRUEGER 6404F23 KRUEGER 6404F23 KRUEGER 6404123 KRUEGER 6404F23 KRUEGER 6404F23 KRUEGER EGC -JNSF KRUEGER EGC -JNSF KRUEGER 6590E23 KRUEGER 6590E23 KRUEGER 6590E23 TITUS SERIES 270 TITUS SERIES 270 TITUS' SERIES 270 TITUS! SERIES 270 TITUS CORE 8F T1TUS CORE 23 T1TUS CORE 8F TITUS CORE 23 TITUS CORE 23 TITUS CORE 23 TITUS 8F TYPE 3 FACILITIES DEPARTMENT HOSE SET P/N K10 -2DS K10 -2FS K10 -2FS K10 -2HS K9 -2FSDX EAT F DB /WB 80/67 80/67 80/67 80/67 80/67 EWT F 85 85 85 85 85 TOTAL MBH 14.3 29.3 41.7 61.3 ❑ AUBURN, WA. 98002 C3 BELLEVUE, WA. 98007 ❑ EVERETt, WA. 98201 ❑ KENT, WA. 98031. ❑ PORTLAND, OR. 97220 ❑ RENTON, WA. 98055 • SEATTLE, WA. 98124 COOLING PERFORMANCE SENSIBLE MBH 10.3 21.8 31.4 46.7 25.0 HT. REJECT MBH 19.1 39.5 55.8 82.7 POWER INPUT KW 1.45 (4) 2.99 (1) 4.1 (1) 6.3 (1) LAT 'F DB 65 65 65 65 (5) WHERE ADDITIONAL FLEX IS SHOWN, ALL RETURN AIR IS DUCTED, PROVIDE ONE 16" OR TWO 12 "AS SHOWN. EWT 7 65 65 65 65 TOTAL BH HEAT 17.6 37.0 54.0 60.1 24.0 .PSLKA 10.1.90 HEATING PERFORMANCE ID NUMBER EXAMPLE: HP2D16 HEAT ABSORBED MBH 12.6 26.2 39.3 43.0 33.0 v ACCEPTABILITY PATRACEY DAm SUBTU THIS DESIGN AND /OR SPECIFICATION IS APPROVED APPROVED BY DEPT. DATE COLUMN LOCATION FLOOR HEAT PUMP rog er 0123 BLDG 9-08 POWER INPUT KW 1.49 (4) 3.19 (1) 4.30 (1) 5.02 (1) MANU. /MODEL MACQUAY /CCH MACQUAY /CCH MACQUAY /CCH MACQUAY /CCH MACQUAY /CCH EQUIPMENT SCHEDULES COL N/A SIZE 15A 30A 42A 60A 24A QUANTITY 77 192 42 9 REMARKS BE&C ENGINEERS RECORD DRAWINGS NOTES: MECHANICAL MAS I ER 1. 460V/30/60Hz 2. 208V /30 /60Hz 3. 115V/10/60Hz (4.) 208V/10/60Hz D.C. SHEET V RECENED CITY OFTDz 4LLA JUN1 61998 PERMITCENTEF} Iii JOB NO. 86062 DWG N0. 9.08 -M4 y P� �wrlw TO BUILDING F.A. ROOM 11C16 SYM A REASWN DC 111. „/\ By APPROX. DATE KD 6/11/98 P LA ' VV SCALE: 1 /2 V CEILING 108" 78" \./ FLOOR v SUBFI 000 REASION 18" APPROVED FCP DATE AS \-4 #16 •40" 90" 4 #16 / BREAKER PANEL 12 #16-- 2 #14 NO SCALE 1A-3 FOL 2 #16- P - /\\ R hi , 10-3 F_OL. 1A--1 ACCEPTABILITY This DESIGN AND/OR SPECIFICATION IS APPROVED APPROVED BY DEPT. DATE - - — — - 2 #14 DRAW" DC SET AppRoy,w APFROVED NCEREEFF ED / DC TESTED TO BUILDING F.A. ROOM 11C16 3 IDENTIFYING NUMBERS ADJACENT TO THE DETECTOR SYMBOL INDICATES THE ZONE NUMBER AND ,WIRING ORDER. (1A-2 = ZONE 1, CIRCUIT A, DETECTOR NUMBER 2). 4 CONDUIT RUNS ARE SHOWN DIAGRAMMATICALLY, THE EXACT ROUTING OF CONDUIT RUNS SHALL BE DETERMINED IN THE FIELD BUT SHALL ,GENERALLY CONFORM TO THE LAYOUT AS I SHOWN ON THE DRAWINGS. 5 ALL WIRING SHALL BE INSTALLED IN CONDUIT, UNLESS OTHERWISE NOTED, THIS FIRE PROTECTION SYSTEM DESIGN IS BASED ON BUILDING AND AIR CONDITIONING I CONFIGURATIONS AS OF THE LATEST DATE OF REVISION OF THIS DRAWING. SEATRONICS MUST BE ADVISED OF CHANGES TO THE BUILDING OR AIR CONDITIONING SYSTEMS, ANY CHANGES OF H.! THIS NATURE MAY AFFECT THE OPERATION OF r!!, THE FIRE PROTECTION SYSTEM AND MUST BE GIVEN CONDSIDERATION IN THE SYSTEM DESIGN., NOTES — ELECTRICAL 1 THE INSTALLATION OF ALL ELECTRICAL WIRE AND FITTINGS SHALL CONFORM TO THE CURRENT EDITION OF NFPA 70 (NATIONAL ELECTRICAL CODE). 2 REFER TO THE MANUFACTURES INSTALLATION MANUALS FOR THE EQUIPMENT USED. 6 MINIMUM WIRE SIZE FOR LOW VOLTAGE SHALL BE #18, 7 STRAND UNLESS OTHERWISE NOTED. 7 ONLY THOSE WIRES SHOWN ON THE DRAWINGS ARE PERMITTED IN THE CONDUIT LEADING TO THE FIRE PROTECTION DEVICES, WIRE ROUTING SHALL NOT BE CHANGED WITHOUT SPECIFIC PRIOR APPROVAL FROM SEATRONICS ,INC. 8 ALL WIRE TO DETECTION AND AUDIBLE ALARM DEVICES TO BE ELECTRICALLY SUPERVISED, PARALLEL BRANCHING OF WIRE IS NOT PERMITTED. 9 FIRE DETECTORS MOUNT IN A 4 SQUARE BOX WITH A SINGLE GANG 1/2 INCH RISE MUD RING UNLESS OTHERWISE NOTED. ,,, , 1, !, ,, ,, ,, RANELS/■OR‘UNto140WE$6LOORwa,iiiFAe§ 12 SRUEIAPEYRVCISOONRTYACPTS'OSAITRIOENSHWOITWHNPIONWENRORAMpALpLi;D': T4 1‘ DETECTORS SHALL NOT BE ATTACHED TO FLOOR 11 DETECTORS INSTALLED UNDER FALSE FLOORS I 10 PHOTOELECTRIC DETECTORS SHALL NOT BE SUPPLY AIR, I I MOUNTED DIRECTLY IN THE AIR STREAM OF SHALL BE MOUNTED TO STATIONARY STRUCTURE. I THE PANEL. , 1 ' • D -3 F:10 -> L 0 0 , \ ATv 1998 oth Nam= 4inE 11051 ' c 2 SUBTTEE FIRE DETECTION (Sc ALARM SYSTEM A Zt: 9°9 " ..pws ` 11A 6/11/98 1 ,_UN T , BUILDING 9 FILET SEKVEF ROOM 1125 EQUIPMENT & WIRING LAYOUT BOEING CO. COL. E.5 - F / 3.5 - 5.25 -:1r367—HuERETRENff R"m 110 A 6:6 "" 'ATE MANUAL n STATIONS 10 ANT ,„_-,____. 1 TF— 1 1 21c marm®mmms:7lmmm` 13 '7�6 ?9 PART NUMBER iTJ t .i -T T MODEL CP - -35 TROUBLE 1 ALARM ALARM .) O AIWiM 0 POWER GRUUND S O IROBPLE �S�PIYI o CONTROL PANEL - - - PYROTRONICS J FAULT 0 ALARM — O AUDIBLE C TROUBLE O ALARM 0 ALARM SPAR� TROUBLE ENCLOSURE - ...__..___" - �- _ . - PS - 35 PYROTRONICS 3 P3 L.._ L� _ RESET ALARM TROUBLE LAMP TEST SILENCE ,ILENCE r; I I 1 _ I 51 S2 S3 2 A r1 P2 (MODEL 1F ''-- -- ----- --_.._._- - _I P1 H N G + - RESET MmSIMES S GmmDI o - -.. , I j j o ©o©© DUAL ZONE MODULE ZU -35 S 5 L...,... H, &Ali PYROTRONICS'' 6 7 1 - T PYROTRONICS PYROTRONICS PYROTRONICS'' 8 1 BATTERY CHARGER MODULE o u o N o i _I L' n m N 120VAC f <9 10 A n n SHTIJ ¢c 1' TIME:„ DELAY, ,MOD ,rI,P,I, T L- A0,. PYR I TRONICS . ,, ZU -35 I ' j I AE -30U I 20 AE -30U. 'C 1 1 2 3 4 5 7 8 .. 9 10 1 2 1.1M--35 2D L BC -35 - 1_, 0) NP18'-1281 IN C • •IN 'a . I N C Io .Pl. • P2. l: .L :P2 _L . Pt. :I •P2. K -1 K-2 K_3 '� 2 • • :P2, • : P2. WHEELOCK + C 03 1 CHOJ 1 I C UI1• 2122 - -- 131415m -- - -- PYROTRONICS I 18 1 I V' J I v I +' HVAC T 4' w SHTDN ¢ ,- N SR - :32 v C4 280012 SEATRONICS 0 AL O�OUBLE 1A 0 TROUBLE - - Ti) 15 AMP FUSE - STROBE TROUB HORN 0 TROUBLE I D (VOLTMETTLN [ , _ -_ JI - AURM ZONE 10 o TROUBLE 'DEL'. o LOOP A. � 1-----A T . 0 2 AMP FUSE 0 2 AMP FUSE Fill ®`gym 25353132 E C E C .0 • CI - m ®12 K-4 K -5 K-6 r1 r2I '— - - -- SC • C IN , I C I N N JCIC C IW 1 2 8 4 5 6 5 2 ©41 6 1 2 3 5 5 6 333435363738383940414242 1 � V ` I `- Y� PA via D Du. 1 LOOP B, 1 n i = T Q a_ a o n 11-34UA : • :P2: :: TL .PI -30U ••2e I , O 0 0 O BATTERY BATTERY SUPESORY SAVE RV TROUBLE TIMER TRO O TRO SUPERVISORY SPARE TROUBLE OBomm! oppripa 1 2 3 4 50 " n i N N T7 SAVE I o I 1 0 a SW R"2 ° ITEM JESCRIPTION PART NUMBER MANUFACTURER 1 CONTROL PANEL CP -35 PYROTRONICS 2 1 ENCLOSURE EA -33 PYROTRONICS 3 1 POWER SUPPLY PS -35 PYROTRONICS 4 1 DUAL ZONE MODULE ZU -35 PYROTRONICS 5 ALARM EXTENDER MODULE AE -30u PYROTRONICS'' 6 7 1 RELAY', MODULE MC1ER', MODULE SR -32 IIIMEMII BC -35 PYROTRONICS PYROTRONICS PYROTRONICS'' 8 1 BATTERY CHARGER MODULE 9 1 SUPERVISION MODULE ZN -34UA 1 PYROTRONICS 10 1 TIME:„ DELAY, ,MOD ,rI,P,I, T L- A0,. PYR I TRONICS . ,, 11 6 BLANK PLATES BP -30 PYROTRONICS 12 2 BATTERIES NP18'-1281 YUASA 13 6 PHOTOELECTRIC DETECTOR PE-11 PYROTRONICS 14 6 DETECTOR BASE DB-35 PYROTRONICS 15 2 MULTITONE /STROBE, WHEELOCK 16 1 STROBE WHEELOCK 17 1 MANUAL STATION MS-151 PYROTRONICS I 18 1 ABORT STATION 280012 SEATRONICS REVISION BY DC APPROVED KO DATE 6/11/98 SYM REVISION HY APPROVED DATE 2B - -8 (-D) 2B - -11 ( -) <- -/ 1A -35 ( +) 2D -22 ( -) 3A - -2 2D -32 (- -) <- 2D-13 ( -F) 3A -3 ULT_CT':..)N CIRCUIT LOOP A DETECTION CIRCUIT LOOP 0._491746711110 ° �.� (B) MANUAL STATIONS D EGL EL -30 EOL 5,6K 11 -1 /2W EOL 5.6K n. -1/2W l ROL T_ EL -30 WIRING ADDRESS DETAIL EACH MODULE HAS AN ADDRESS, FOUND DIRECTLY UNDER THE MODEL NUMBER. THIS ADDRESS MAKES UP THE FIRST PART OF THE DESIGNATION. THE SECOND PART OF THE DESIGNATION TELLS THE TERMINAL OF THE MODULE. 1A -1 MODEL CP -35 > 1A MODULE ADDRESS V WIRE-TERMINAL BILL OF MATERIAL q FIRE DETECTION & ALARM .SYSTEM' WIRING DIAGRAM ACCEPTABILITY - DC 0 5� 96 8 "BTmE THIS DESIGN AND /OR N 5/6/96 SPECIFICATION IS APPROVED ____ig NEER LIRE APPROVEO DEPT. OATS KD DC 5/6/98 ggOsING CO. >S�D FILE SERVLR ROOM #1125 APPROVED BUILDING 9 -08 COL.' E.5 - F / 5 - 5.25' OURRENT PENSION A SHEET JOB NO. DWG N0. 110626 5Y11 96L 1.101' 15U' NORTNNESf':SURE 106 ' , :: 618689, WA 06001 2 53 -008- 6060 ,.. , : DA7L 6 /11/98 {�iN'3^�nK•A I JUG S 1998 COMP NO, 00 T1NTE1