The URL can be used to link to this page

Home My WebLink AboutPRR24250_3I GREAT WESTERN ALARM ANd COMMUNICATIONS, INC. t- F r FlE'SLrElh/t l 1-*rA L- h/lA.littdg{}l-E cEl\la-E:lit 3gs{} i:!teo/-t trD s*rFtHE]r S^{A.I\! L.trlS CJ}BIf$S:t(>" (- 1636 Spring Street . Paso Robles, CA 93446 . (805) 238-901 I' (805) 541-4470 c61 . 561308 LA.OO2574 Mar- 17-97 03:43P ATLAS WIRE & CABLE 310 695 1356 P.O2 Hlllrc ffi D.l TYPE TG, ItL 1277 TFN lnsulatiGlll - PVC Jacket cilP;; conductors 600 volt DISTRIBUTIONCORP Crtalo0 No. mtolf00i D0101803 DOloldta D0101805 oololloc, oql01807 6nrbrm D0101812 flnlolll!," D0101819 iluermt, o0101830 .lolenncg! -9o6 1 10'lo .Fllt Conslrudion g0"c CALL 1-SOo-HOU'WIRE ','::..: ;;i;;1;;;i;;i:i':i,,,..:i . ':'"i : ili. '. . . ii:" li ;;,, .: '\';r: i::":'-" " ' ;i ' Appllcatlon: Power, control, signal, communication and lighting ciicuiti. 600 volt rated. , lnetallatlon: ln cable trays in accordance with Article3lS and 340' $il&; i i6 ; I :ql TT^";',?'il 3",8P ?1133,0J,f; .' ::":::H11;i--^i"['d;h$13"[*4r.".'l$:;lliJ:J" i6i.ittea in article 725'11 (b)' Envlronment: Wet or Dry locations; exposed to chemicals and oils' Maxlmum Conductor Temperatur.lc (continuous) : TFN Dry bcations YU v Ampaclty: See Ampacity Tabtes in the Technical seciion ot this Catalog' \-- - Nel WerghlOvetatl Oiamter Brccgtpb.bn Ptool Conn€ctol Lbs/Mltlnch Jscket Ttick- na3t tnch No. ol StrEnd8 No. ol l0rl Slze AWG ':: i, i::i.t,: t| 424UNOz 424UN03 ,370 .,420,. , , .475 ,,, ,660.-,'. .580 1t 18 It 18 It ro 1l r8 18 18 I (,) '{.. KItS[fSt E'o-.-r NESPfiT.E g +{YSTATED.O.S.. r,fj. 'TifroOtz utt 'l m. '| b t-'tE8r00,$ Br: afrtlE@u IYPE TC CFU Fn tEICtLnTt0t Ii eEulE trrl mrtaE ilt ru tlrm PPttcfltr ltls 0F nG nililfl. EtEgTrlht coE, 6i [.t1. sEtuE rn ott REitsTfrI tl umlrlilt. q TYPE s.rt /[ P0!{Eq f, cot'lTRs- TRflT CRBLE COI{DR$. o ) ) t * rrH|\-I t-LaJ r tf,:uJr UHLLI I HLHII,I'I I-HESI".IU 5HLT5 t@9 49.5 3494 P.Az Seruice Fnten (/34999.0ot) VALLEY BUBGLAR & FIREAItrRM CO INC 1543 O STFEET P O BOX 12627 FFIESNO, CA 93778 tdgcitJYbt fiAR r'/ 19 @ "qmTTJf tsi: jill"'Ja tori es I n E. o M3tvllt.. Ny FsltfichtdenEts park, Nc- C€mNr, wA A not-tgrfrc,ll organirallofl dodlcated to pubttc ,alstylnd Commined iO qualrry rervlcC CERTIFICATE OF COMPLIANCE : : THIS lS TO CEHTIFY lhat the Alarm.Servlce Cg_rnpany indicar'ed below ts lnctuded by UndemrttersLaboratories lrtc. (UL) ln lts Product Dkectodes as eligibte io use rhe UL Ltsring Mark ln cirnnirrlir"liiiiCerlilicated Alarm Systems._The only evidence of com-pllance wlth ul-'s requiiernents is the lssuanceiof aUL Certiflcate for the Alarm system and the Certlficate is current under UL's'cenificare Verlflcatlon SJ,ijcel Llsted Scruioe From: FRE$NO, CA Alarm Companv o349ss001) VALLFT BUBGLAR & FIREAI-ARM CO INC 1543 O STREET P O BOX 12A27 FRESNO, CA 93778 The Alarm Service Company ls Llsred in lhe following Ceruficate Selloe Categortesl File -Vol No, 8P1371 - 1 8P601 - I BPB535- 1 8P2468- 1 s584 - 1 Cc,v CP\D( CVDX CVSG cvww uuFX Llstlng@teqory , CENTRAL STATION. BUFGI.AR AIIRM SYSTEMS M ERCANTILE ALAR M . LOCAL - B U BG LAR AI.AFM SYSTEMS M EFCANTILE. BURGI.AH ALAF M SYSTEMS M ERCANTI LE . POLICE STATI O N CO N N ECT CrJ . E UNC LAR AI-AB M SYSTEIViS P HOTEGTIVE S IG NALI NG S ERVICES . C EN TRAL STATION ''* THIS CERTIFICATE HPIRES ON 1998-MAR-31 r r r "LOOK FOR THE UL ALARM SYSTEM CERTIFI SeMce Center No: I res: 1999.11ilAR.31 IApplicanr lD o: e10€7UL FormGS4C gt-A/ztgz 1997.MAR-03 n TOTAL P.A2 GREAT WESTERN ALARM ANd COMMUNICATIONS, INC. FIRE ALARM SUBMITTAL February 1-1, 1997 System Overview Marigold Shopping Center Broad & Tank Farm Road San Luis Obispo, Ca1if. GWAC, Inc. has contracted with CHQ Pacific to install and monitor a basic sprinkler notificaLion system for Ehe shell at Ehe above referenced center. The system will consist of a Radionics D911-2 fite t,ransmitter/control with point ID zoning. Each unit t,hat is sprinklered will have the waterflow switch and the post indicat,or valve contacEed and moniLored. The two OS & Y valves at each end of the complex will be conLacted and monitored as weIl. In ad.dition to the sprinkler system monitoring, one (1) manual pul} station will be provided for each riser. An interior horn will also be provided which will be powered from the FACP. The horn will sound upon activation of the sprinkler system or the manual pu1l station. The system will be monitored, 24 hours a day by Va1ley Alarm in Fresno. The signals will be backed up by GWAC's central statj-on in Paso Robles. Signals wilt consist of a 24 hour test report, sprinkler alarm, Piv tamper, OS & Y tamper, pulI station activation as weLl as any appropriate system Lrouble reports such as power fail-ure, circuit failure, telephone line failure or battery failure. The plans being submitted at this t,ime are for t.he shell only. As units are rented and improved the syst.em will be modified as directed by the San Luis Obispo Fire Department. This system can support up to L34 zones of protection- The plans atso show a 24 by 35 inch graphic annunciator t,o be instal-led at the northwest entrance to Lhe center. Since Lhis is a custom ordered unit,, I would request that the annunciator be held off until such time as we know the nature of most, protect, j-on being reguired. I woutd think this would be six months Lo one year t.ime. Includ.ed in this submittal are plans with cj-rcuit,s indicated, battery calcs, volt,age drops per horn circuit and cut sheets on major equipment used. RespectfulIy, EELi'riEIitsiiARig lgg7 Z tL'D 5L'8/1 /r74LMarion E. Todd Owner, GWAC, Inc 1636 Spring Street . Paso Robles, CA 93446 ' (805) 238-901I ' (805) 541'4470 c61 . 561308 tA.oo2574 Harigold Center Fire alarn equiPnent list L- Rarfionice D9112 trarrsnitLer/crsnlrc:L w /DL640 trarraforner 10- Raclionice D461 manual pul} statiorre 10- Radionics D457 multitorre horrre 4- DL26 7ah batteriee 1- Radionica D8132 batterv c}:.arger Z- Radiorrics DBt25 popex zorle exparrrlere 32-Radionice DBL27u/L PoPite l-Alarm Baf AS-P$5-BFS-24-UI 24 voLt' power supplv l-Radiorrice D1256 fire arrnurrciator 7- Radionics DBL29 octorelaye 10- F.adionics D192 horn supervieiorr rrodules All wire utilizecl will be 18 gauge, nolid fire wire rated for direct burial. t{arigold Center Yoltage drop calculatj-c'ne All drops baeed on a 24 vol-t DC power supply tld l8^gauge eolid copper wire. Each trorn clrawa a maxituum of .040 amps CIRCUIT S 1 z 3 4 5 6 7 I I 1tl WIRE RUN 350 FT 459 FT 390 FT 990 FT 1110 FT 1350 FT 1210 FT 1050 FT ?80 FT 7?O FT VOTTAGE DROP .17v .22v . 19v .50v .56v .68v .6lv .53v .39v .3Bv PERCENTAGE DROF .7% .99t, .8% 2.L% 2.3% 2.8% 2.,yo 2.27,, L.6% L.byo I. HLIC, ' UUHFEE LA'97 l4tZ7 FRut'l xHLt tutltt-: 8a*'Z xz Two D12E Batteries = 14 Ah 79fr,' /)Eat''t De D " StandbY BatterY Calculation lor NFPA zi fire Alarm APPlications Current Chart Firet $eetneogll2ft.TnaoyBattery,n!9|,::ntHating'c|Tnt.grlotalsBandCueedinthe .tornutas betow, wtren fJnnr.fing *o urtpi,rt]'rit titntr the D122 Drral Ba$ery wiring iil;*" oitne 08132 Battery charger Module' lne D|frw enclosure Ie r4ulryd f?l1tt:ommerctal flre appllcatlons' rhe D8108A enctouure ts rcqutred to' tiiiiiiiiiirv ipptriiuons with a locat bett' Central Station or Local SYstems cEntrals-talion or Local systems rgeyiqaf hours of sldndby plus 5 minute$ of ahrm operation at the eftl ol the 24 hour period. I sngeUaiety L iotetimes aoeouate lor Central Slaiion Svstems, but you mu$ ihsrall two batreriesio'*tJitnt basic standby requirements lor a L6cat System msrarraiti."Vl, ,,iuiirg u"iitw tmPerg now iarr) ialculatiorrs to -verilv comptiance. rne rouowing r"r*rhl""ruoes iilt .Lrluihion rot 5 minutes ol alarm operatbn ar rhe end or rhe 24;ffirH;iil;ili;;-i6i,-iJ"ri'igencv racror whrch arows ror dept.tion ol batery capacrty with ege' centrsl statlons or Locatsystems Ampere-Hour catculatlon Formula TotrlB Hours ToralC Hours Conlingenqy t iili- *zal'-* (i;l x '083)+ 1ae/a ! Totar Ah requirements musr nor exceed Ah capacity ol batteries: TOIBIz$Ah ,7 23,3 , ttl - -23- 23' 4l z,9a ;'FF-"26,1 I 74-06144.000.c 2/96 Dgl l2 Operaliort I lnstelletion Manual PaY 68 @ 1993'1996 Radion'tcs FEB L@ ,97 I4I?6 FRON RHDIUI'IILb Cu rrent Rating Chart for StandbY BatterY Calculations *Et,i ftt-;ii t a..i S*r't"! llodel Number Numbet Pse4 Ds11z L D1258 0127 D1?8 D1e9 Dteac !-L ot?s,f'tzsto-l- D720 Dgles A Da1z7 3!- D8128A D81?9 -L D8130 G D9131 -- Ratings ol other d nt57 t0 AC Power On UsorlQutent Eachutr[ Iplsl 250x1=2E0 ao X Quan.= -13 x Ouan.- -14 x QUan.- -25 x Quan.- -15 x Ouan,= 'fe 104 x Quarr.= 4'!* 55 x Ouan.= -48 x Quan.- j- 3xQienF lzo 50 x Ouan-= -zo x Quan.= /{o 5 x Quan.- -24 I QLt6n.= -- eviceg in the sYstem which are 4 x Ouan,= 0 -xQuan= -'- _ x Ouan,*.--:- - x Ouan.! -Tstal A =.fly ln AErm Merlmltrn Grrrent Eachunh ldal 500xt=E00 123 x oUan.2 -45 x Ouan.- -45 x ouarl.- -26 x Ouan.. -50 x Quan,= -'206 x Quan,= t:4- 75 x ouan.= * rl'lo 'Sar rd') 48 x Quan.= :'L n^ 4 x Ouan'= lLo nn go x Quan.o -20 x ouan. +23x (4) # relayg ='iqo 54 x Qudn.= -36 x Quan.= - -.' - ,l \ t,;. 't't t,i t i LLAf xQuan,= t'/,i "1" ., ;,',.1.',: !,,,,,.;,-,\ _ i?j;i But,:'t,l ^ t.,a;. - x Quan '= - '' i'r* F*a ;'lhi P't* a x Ouan,2 -_ x Ouan.- n Total Cl= 9L AC Power Oll lFlnlmum Curr€il Eachtlntt Total ?50x1=?50 19 x Ollan,= -12 x Ouan'= -14 x Ouan.. -25 x Quan.= -26xQuen'= 260 106 x Quan-= /&- 20 x Quan.= -48 x Ouan.=:L SxQuan.= rLo 50 x Ouan-= * 20 x Quan.= IYD 5 x Ouan.- -22 x Quan.= -not shown above: 4:. x Ouan '= d _- x Ouan.3 -* x Quan,= __ x Quan.a -Totat E = ElI currentg rhown tn mmramperee (1 ilmpOre=l000 mllllamperes)' 1 il rhe column Q lotal exceeds 1900 mA'.e D8132 is required to provide an additional 1400 mA' You may also utt t uiliited external Power supply lor lhis Purpose' -'' Dg1 12 Qperaticn I lnstaltetion Manval 74.06144-OO0-C 2/96 Page 66 O 1993.19S6 Fladionics GENERAL 7zrt-7 Protccted Fire Alarm System Certification and Description Syotem Installer Syctem Supplier Scrvice Organization Name Addiers Reprerentative Telephone Location of Ar Built Drawings: Location of Owncrr' Manuals: Location of Tert Rcporo: l. Ccrtification of Syrtcm Installation: (Fill out after installation is complete and wiring checked for opens, shorts, ground faults, and improper branching, but prior to conducting operational ac' ceptance tests.) | This system installation was inspected by found to comply with the installation requirements of: NFPA 72A, 72E, 72C.72D, 72E,72F (Circle any that apply) Article ?60 of NFPA 70, National Electrical Code@ NFPA 72H Manufacturer's Instructions Other ( 2. Certification of System Operation: All operational features and functions of this system were tested by ..-. on and found to be operating properly in accordance with the requirements of: -- NFPA 72A, 728,72C,72D,72E.72F (Circle any that apply) Iob Soecifications NFPA 72TI Manufacturer's lnstructions Other (specify)- on and Signed - Date Organizatior, ' Signed Date Orcanization - Tect Witne$ for the Authority Having Jurisdiction 1906 Edlllon v Dpna'l'.atTtvr'. sla:N RVS'rf,'.MS7zlt-8 PROPRIETAR 3. Type(s) of Syrtem or Service: NFpA ?2A - Local. If alarm is transmitted to location(s) off premise, iist where received: NFPA 72B - Auxiliary' Indicate type of connection: Local Energy Shunt' Parallel Telephone Location and telephone number for receipt of NFPA 72C - Remote Station. Location and telephone number for receipt of 'signals: . Alarm: .- Supervisory: --=-NFPA 72D - Proprietary. If alarms are retransmitted to Public Fire Service Com' munications Center or Central Station, indicate location and telephone number of the organization receiving alarm Indicate how alarm is retransmitted NFPA 72F - Emergency Voice/Alarm Service. Quantity of voice/alarm channels: Single --- Multiple (specify) Quantity of speakers installed: Quantity of speaker zones: -.-- Quantity of telephones or telephone jacks included in system 4. Alarm Initiating Devices and Circuits:-it;;ltat;"J rtyi" (See NFPA 72D, Table 3-9.1) of Initiating Device Circuits connected to system Quantity _.-, Style Types and quantities of alarm initiating devices installed: I Manual Stations: Noncoded, Coded Smoi.e Detectors: - Ion, Photo' Duct Detectors: - Ion, Photo' Sprinkler Water Flolv Switches Other: (List) \ Quantity: Quantity: Quantity: Quantity: 5. - Bells: Horns: Chimes: Other: Visible Signals Size - Quantity: Quantity: Quantity: Quantity; Quantity: (specify) Type: 1980 Edlllon Indicate whether combined rvith audible, or - mounted separately. GENERAL ENTS Types and quantities of supervisory signal initiating devices installed: Sorinkler Control Valve Buildins Temperature --- Site Water TemPerature -- - Site Water Supply Level Electric Fire Pump:- Fire Pump Power. --- Fire PumP Running Engine Driven Fire Pump: -- Selector in Auto. Position ...-- Engine or Control Panel Trouble . - - Fire Pump Running Engine Driven Generator: . -=- Selector in Auto. Position - Control Panel Trouble - Transfer Switch \ Ensine Running Other Supervisory Function (specify) : 72D-9 6. Supervisory Signal Initiating I)evices and Circuits: Qdantity ana Siyle (see NFPA ?2D, Table -3-9.1) of supervisory circuits:- "Q;rintity , Style Quantity: Quantity: Quantity: Quantity: Quantity: Quantity: Quantity: Quantity: Quantity: Quantity: Quantity: Quantity: Quantity: 7. Signaling Line Circuits:gi""tityina Style (See NFPA 72D, Table 3-10.1) of signaling line circuits connected to system: Quantity , Style(s) E. System Power Supplier a. Primary (Main): Nominal Voltage Overcurrent Protection: TyPe Amps Amps Location b Secondary (Standby): Storase Batterv: Amp- Calculated capacity to Hr. Rating operate system , in hours 24, _60 Ensine-driven senerator Location of fuel storage: dedicated to fire alarm system c. Emergency or Standby SFtem used as backup to Primary Power Supply, instead of using a Secondary Power Supply:- - -Emergency System described in NFPA 70, Article 700. -- Legal"ly R6qdired Standby System described in NFPA 70, Article 701. __ Op"tiorial Siandby System described in NFPA 70, Article 702, which also meets the performance re' quirements of Article 700 or 701. 1980 Edltlon 7 l0 9. ARY NFPA Standards: \ 1988 Edlllon Figurc 2-2.'l Fire Alarm Systcm C'ertification and Dcrcription $il9',ttli3t ll3 fltu [90? [xt{cEt BLfiRH.++ififfl 090? I||JRI $0ru 3t30' i++ flttl 030? flRtf=l Fllifii=f:,;i t3/t9 10:31 Ht Rt[T 09[? ilRt EiiT,iliil r++ [fcT 09[? ll|JRI sf,0kl i930rlll fC[I 0?$? flfltR=l Ffill.i=r.:l1i [I/tg 14;3t H3 RICI 09[? Fr[i TE$tl5rE.ri+ ficff 09[? }llJR|_5H0l(t 333$ '++i fi[fT [9il2 flRtft=l itriiiT+'iiii 0I/19 l0:tl HI Rfff m$? FIflf FiiT[RriL':1i+fl[cT 090? ll|JRI 5H0[E $30 'llr fit[I 05[i flltfi=l pt']iiil=r.ri;i $3rt9 1g;3t frJ fl[ll0]01FlRi nittjtli tr+r fiC[I Cgft }|lJt[ Sti][E $.Tl] ' "{il fitf] 0302 flttfl=i il.l:'iiT=l!?' tI,'19 10:31 tit t[[T 00? Ftng $stgFif,L -r++ flffI $302 fillm $fr0[t i930 iffn[fl c9[? mEff=l P0Jili=liiri . 03119 t0:lt Ht RffT $90? illt fiLRPH TI+ flffI [']B? FOIIER $ilPPL? IREhif,[ffi0901 fiRtfl=l F0IlJT=r1t6 0r/tt t0:?3 i3 R[tT 0902 FIIE [E$I0RRL Ii+ fi[TI O!O? POHEI SI,PPLY IIB iii fiC[I 0!01 flREfl=l p$]iii=riui; ; 0l/19 i0:23 HJ RICI 090t FIIE T[flUBLti nirg ro:t$ Bt flfcT 22{ Rt$TlRflL iti Ei +1+ fl[[I C $t , flflffl=t l!=g$i ilrtg t$::6 Ht R[cT tl9$? lflil[R $L!.ifH.{{+ $[[T O?B? POSET SljPFL? IR$ ']{+ flt[I030? Bfltf,=l p0lHi4,,r[ .u/19 10:26 fll flC[I $30? FIpt FttT[[Rt'lif [[[T [901 F0HE[ ${JPPLY T[g 'Fr fifilT $9il1 fitEfl=l p$lt{T=r'iiri ilit3 1c:!6 ht filfT $,qg] FIRI IRfffiLE :|r+ 8t[I 03$? P$$ER SI,PPIY HgtHR[[Tq9rti flRtfl=l p$t|{j=$r;t BIrl9 lil:t6 fij fff[I 0g$? ilpE ftg$Fiil +i{ fl[[T 0901 P0|{ER $lJPPtl rftB ++r flttl $0? $ffi$.| p0iiiT=il*f t|I/tg l0t?6 Hl fttl 0302 rtm ?scLreli ++t fiffT [30? PiliE[ SlJfFLl IF;S l+r flC[T 09il? , flREfl=l p0liiT=irlj6. 03119 t0:26 il3 Rt[T 0902 FIRE [E"qT0F$L r{r ficcl0302 P$E[ $tJpPtY ng +il fltfT [30? ftREg=t F$tl{T=Ci]6 $t/t9 lrl::6 Ht RttT il90? ilf;i filfigH 'l++ $lti 01[] fiflEfi=i l[=r:il $3115 l[:15 H3 Rt[T fl30? IRI{IIL ffL]ttt.I{{:F[[T [$I ELEII f;H llT 39]O 't{r fl6199n1 gREg=l fflll|T=!]!]5 $Ftg l0:i5 H3 fil[I0ilt FiftE REir$ffir {irfllHtj98? fiHtfl=i F&i.rlT=ii,.ri t3ri5 16'15 Ht fftfl .$9# FI[t *$itgl[.rr{ f,c[T 090t ELETI nil l{T 393t] , +++ ffCtI 0_q$? *ttt:t potilf=00: $3111 1n'i5 ll3 flt[T 090? FnE flt$I0pRL |t+ fllfT 0!02 ELEIT ffi Ar 3930 ++i fiff|090? fiPEfi.l pflHT=rll| tv$ t0:?5 f,3 fl[fT 0:18? ilFE filftflH ir{ flttT l9l? ,qitfl:i ll::lrji il+ ffffI 090i PI[J. tl&UF'il'I};'t{i1i:i.'fia:j::' t+t flttT 0901 'ffmfi:l'P0lliT={llH ilt,'13 rc:?3 lll fituT-090?.tlffi RE5T0RflL, r+* fiilT 09il? PllJ ljRL|J[ 39S i++ftftT 09fl? ftRtff=l P0lffi=004 $r/r9 10:2r H3 Rt[I 0901 FlflE llllllfilE,,, +++ fltfT [t02 FI|J ljflLllt $30i ' ' +r+ fit[T i] fJ? fi$tfi=l P0ll{i=0${ ir'ji1 1[:?],qI fi[fT 030? FiRE RESTmflL, u+ fitfl 0:]01 Piu ljnLtlE 193il : +++ ffflll 190? flRtff=l P0IllI=00{ $tr15 lrl:il l{3 R[[T 090? FIIE IR0IJBLI r++ *t[I 030? PIl, l]RLllE l9S i++$ffi 090] flRtR:l P0l!ll=il0{ llil,o lfllil Hl giil t9$i FlRt Rt5't0RH- *+ *f[T r]i$i Fll| t:flLl,E i330 t++ fii[T';!$i ng$=l F0ltil=00{ $I.,!$ i8:':l Hi Rt[I 090? FIIE fit8[H t++ fllfT [!0? fflEfi=l 10=001 $t/r9 t8;?t ll3 fittT B30t tfftltEl flLflRll +++ R[tI',Dlli 05[1 Tflll{tflRil r++ il[[T 0,101 " flfiEfi=l P0IHI=003 lirlS lir:21 FJ fittl Sl02 FIFI RESl0RflL ++i fli[I $$[? 05[1 lfltlKtflRll i++ flt[T 09i]? fiREff=l P0l]lI'003 $t,,19 t[:?1 ll] g[cT $02 rlRE n0tlglt + f,ltT B9r]1 $ilY,Tflll]:fffEll +i+ $lXT f;!0? R[tFl $01l{1=003 rlrte l'i:?l fi3 RC|T 03$i FIEE [t$l[Rtr- +++ f;til tr5ili |.i5[1 islxFffHH :tfl=l P0llll=003 I],'I9 IO:?1 |j3 fillT O9O? FIRE fiLfiRH ' []rt9 lrr:il Bl fifil fll? tl0$l}{[ tl{ I i1i 1;1;f [ilt? FLILL ITPJ ]?lil +* iiitT [:,i0i . fift[P;l FilI}il=l.ifil tijl9 it:i0 HI ftlfl $3t2 llgE fti5T0Rtr - r++ $l[1 8901 ii]LL 3TftI.l!3[ : ]::' r++ flllT C901 fflEfi=l P0l]lI=002 lir19 1!:?"1 lil R[[T 09tI1 tlnE IR0lJ$Lt r++ fltlT 090? flPER=l ltl=B0l $trl! t0lt9 HI R[tjT 0!02 t8llftl fiLnRL: +r+ fli:tl [t!0? PIJLL $lfll J93$ ' , '" ''" ' r++ fliil [9'J? fimFl mlllT402 $till !0:1! f,3 flt[l 090i ll[E IE$0IRL ryfttt)LleqPn nr++ fitT 0902 FIJLL 5lfll l5lfl i++ flit:l 0tfl? ftRER=l P0llll=il02 $l1l,c lir:19 Hl f;fii 0'Ii? tlRt Rlff$lf _';:_-; 1 - 'a:'! lilrtS i|J;ii Hl flllf $ffi Cnritit ntmn. i++ fllfT 0i[? iUtL ilflI 3930 : l+{ fflli 01u ftflEfl"l F0lllT=$il? ; II3 flITT O$l IIPT RE$IORRL r++ $frr il9';1 luLL ilfiT l9lll +++ li:iT f9$i fiRtfl=l F[l'rll=fi$? tl3113 lil:16 Hl fltfl 09[1 F![E RtffiH r++ fftfT 0902 tilItRFL0 39]0 '. i++ 8i.lT 010? fi[t$=l P0lltl=001 iu13 r0:15 tlt ffcT $901 tlRE,[E$l0lH-. l++ l1i[T r]:.'0? IHIERFL0'$fi.r"", i"; i++ f;llT [3t]i ffi[f:t ffillfi=$$[:': [3j19 1r:15 !r] t][[I090t rlru n0ljglt +++ fltfT 09'll flf,t8:l IF001 frAtnuatctFrt F-8125-030-20 lntroduction Mod't" o?;."tJ8l[?"rrX and D812 6,Ds1z7poprr Modures are hardware accessories lor the I Radionlcs Zone Expansion (ZONEX) System' - The Dgl25 pOpEX Modute is a Point ol Protection EXpander. one ortwo POPEX Modules can be used to intertace ione expanslon loops to tne ogt 12G series' Each POPEX Module I can monltor upro 63 D8126/D8127 poptT tpoJnioipioiection rnpuiiransponde4 Modules' I and as many as 126 inoividuat POPIT Modules can be monitored in a ZONEX system with two popEX Modules. An unlimited number ol deteclion devices can be connecled to each IpOptf ssnsor toop; nowever, annunciation is available only lor lhe sensor loop' The Dg1 27 ls a smailer version ot the D81 26. There are lwo dillerent versions ol the D81 26/ Iog127 poplT trtooutes;tne-oatzo7og127T plastic enclosure, which conlains a taml swilch, andthe Dg126U/Dg127U, whlch comes ii an untampereO enclosure. Both enclosures I are made ol UL listed fire retardant material' Programmlng .. n^^nn cr^m^r6 a^^n I popEvpoplT apptication programs are developed using the D9300 Remote Account I Managerorrhe Radionics oiro6 BarCode p;fiiJTdicJnt"ininltne atiz:eux Product I Handler(see the gt t2:A:JX program Entry Gu'tle). The contro.l/communicalor used lor the ZoNEX system must oe oJ tne odr t z"c" s6ri., tr.ferred to in lhis tt"""i"J;oat t ec1' r'" I popEnpopf uoauii iitt ntot function with tie D81 12 "E" or "A" Control/Communicators' Ihe D81 12G contains the ZONEX lirmware, ailOnas expande^d memory lor custom ZONEX text displays on the naoionics a1zilzAoommand center. (custom alphanumeric text lor each expansion point can Ue programmed-with the 8112:PTEXT Product Handler'\ Each popEy Modute rs supiiieo *ili;;; ti ti zouex System Program/Account Record Sheet, used lo record both the ZONEX subhandler program lile and the physical location ol each POPEX and POPIT Module' ZONEX SYstem DesuiPtion POPEX/POPIT Operation and lnstallation Manual Page 2 Llsting Operation The popEX and poptT Modules are uL listed lor Local or Police connected Burglar Alarm' central station Burglar Alarm, Household Burglar Alarm, central station Fire (NFPA 71)' Local Fire (NFPA ZZ,-cnip.ol" Remote station Fire (NFPA 72,-chap.8), H-ousehold Fire (NFPA 74)iand Electrically Actuated Transmitter applications. See UL Applicationsinlhe bpectlcaiions section ot ihe manualto determine the appropriate POPIT module lor each application. The pOpEX module can be mounled in any D8112 compatible enclosure. Each pOplT Module is assigned to reporl to a D8112G Control/Communicator "masler zone." The pOptT can transriit three conditions to the D81 12G: sensor loop open, shorled, and normal. The Dg1 12G receives lhe condition signals and interprets them as: sensor loop alarm, lrouble, o, nor*tl, missing POPIT module, or extra POPIT module' The D8112G ,,master zone" loop code prograr-1see 8112:MA!N Program Entry Guide., RPN 74-03762' 000, Zone Code index s'ection; determines the system response to each ol these sensor loopconditions. When an evenl occurs on a POPlT,the 01252A sequenceslhrough displays which indicate lhe typ€ of event, POPE)UPOPIT Conll gurations Two conligurailons' horizontat(Figure 1) and verlical(Figure 2) are used to organize points ol protecti-on. Both modes providJ the ZONEX syslem with the maximum ol 126 points ol prolection. The two Zone Expansion lerminals are typically used lo group POPITS in a ZONEX system. 74-O4247-000-J 1/91 O 1986-1991 Badionics, lnc' F-8125-030-190 Operatlng Voltage' D8125: 10.5-14VDC suPPlied bY the D8112G Control/ Communicator' D8126/D8127: 7'15VDC suPPlied bY the POPEX Module. Current : D81 25: SOmAPer POPEX Module + POPIT current' D8126/D8127: 2.5mA Per POPIT Module Operatlng TemPerature Range gz"F - 122"F (0'c - 50"c),86% Relative HumiditY' Reslstance Maximum lncrease ol resistance on the POPIT LooP is 10000. Maximum resislance between the POPEX Module and anY POPIT is 90rl. Sensor LooP ResPonse Time APProximatelY 1 second POPIT sensor looPs are suPervised with a 33KQ end-of' line resistor: Radionics model# D106F. Appllcatlon Specif ications Hesidential UL Household Fire/NFPA74 UL Household Burglar Commercial UL Local Burglar/Police Connected Burglar UL Centralstation Burglar Grade C UL Centralstation Burglar Grades B & A UL Local Fire/NFPA 72 (chap. 6) UL Centralstation Fire/NFPA 71 UL Remole Station Fire/NFPA 72 (chap. 8) UL Electrically Activaled Transmitter Loop Condition Voltages OPen: 12VDC Normal: 6VDC Shorted: 0VDC Panel resPonds lo-a grounded looP as an oPen condition' Dlmenslons D8125 module:5"L x27/r"V'l x3/r"A' D8126 enclosure: ,', -4Y8" . I D8127 enclosure: _33/$"- 2t/r" I y1 I l5/ n - /t3 - ,1 1 I y2 I I 5/ I L 6 U.L. Appllcatlons The controlpanetenctosure and POPIT modules required lor specific UL or NFPA ZONEX . system.ppiiJ.rion. are listed below. The DB108A Attack-Resistant Enclosure meets or surpasses the requirements lor atiot tnese applications. Any melc.lntile combination lire and burglar system must use the model D8126T/08127T POPIT Module' Refer to uL 681 ,,lnstallation and Classilication ol Mercantile and Bank Burglar Alarm Systems" for lurther details on inslallation requiremenls' Control Enclosure D8103 D8103 D81 OBA D81 03 D8108A 081 09 D81 09 D81 09 08109 o81261D8127 Model T T T' T' T' UorT UorT UorT UorT U U or or . A model .u" PoPIT mounted within a tampered enclosure can be used in place of a model .T'' POPIT 18OOABBOTTST,,P.O.BOX8OO12,SALINAS,CA93912'0012 TECHNIC/iL SUPPORT: (800) 538-5807Rodionics'" F-8129-030-010 RA DIONI C S D8129 Octo-RelaY Module Operation and lnstallation lnstructions 1. DescriPtion The Dgl29 Octo-Relay Module is a relay switching accessory_lorthe D8112 Controucommunicator. This module has eight dry contact relay outputs. Each relay frouiles fom C sy]tcfring (rated ?l o!? Amp) lo conlrol various user- selected functions. The @o-Relay Modute uses inlormation laken trom tne D8112 serlat data-o.ttlo selectively activate lhe relaY outPuts. The ,,operation Mode,,determines how the octo-Relay Module rlpond_s to serial.data.. The operation Mode selects the data needed to switch a specilic relay, or seitf relays, oN or oFF. Programming within the controucommunicator will allecl Octo-Relay responses to certain syiGm conditions' Keep in mind*t$ T1lt1n: rnore than one D81 29 Module is installed in a system, each module will respond_in the s^ar" manner to sefiai Data-out unless each module is ;.;;;;;"; ii'" dit"'riit-Operation Mode ('seeSection 2, Conliguring the Operation Mode)' The Dgl29 may operate erratically when the control/communicalor is connected to AC power only' Therefore' Radionics recommends that the battery remain connected to the D81 l2 at alt times. ln addition to providing backup power, the batrery also lilters the AC power supply. The amount ol "ripple" that appears on the controucommunicator outputs is dependent on the condition ol the battery 2. Conflguring the OPeratlon Mode A stide switch with multipte switch settings on the ocro-Relay circuit board allows you to conligure the D8129 octo- R#t-ffirt, roi. speiitic mode ot opeiarion. The ditterent modes ol operation and associated switch settings are shown in the table, below. CAUTIONI Disconn ecr alt external devices lrom the octo-Relay Module before setting the operalion Mode Switches and before programming the control/communicator. The extemal devices may be unintentionaily activated if"rhey reriain connected during conliguration ol switch settings and/or programming. ntso remove power when changing switch settings. NOTE: When the cpu in lhe cOntiol/communicator is busy processing othertasks, relay responses may be delayed' llapulsed relay output is in progresswhen the cPU beginsprocessingdata, the relay may "lock" momentarily causing an irregular pulsed output' The characteristics ol each Operation Mode listed ln the table are described ln the sec{ions thatlollowthetable. Manyolthe relay response characteristics ol an Operation Mode are subjecl to conlrol/ communicator programming' See the applicable controUcommunicator program entry guide for programming options. All switches except Switch #5 are used in conliguringthe Operation Mode. The position ol Switch #5 (ON or OFF) has NO etlect on the conliguration ol lhe Operation Mode. Operation Modes:Switch Setti Zone Status ON ON ON OFF Alarm Memory ON OFF ON ON BuzzerlBell OutPut OFF OFF ON ON System Status't 2 ON ON OFF ON Syslem Status-9 OFF OFF OFF ON Shunt Stalus OFF ON ON ON Remote Control OFF ON OFF ON DB I 29 Operation/lnstallation lnstruction Page I74-04562-000-B 3/89 @1987-1989 Radionics' lnc F-8129-030-040 The Rernote ControlMode allows relay outputs lo manipu any one ol lhe means: Commands entered by lhe central station operalo r using a Radionics Remote Account (R.A.M.) . COMMAND 54 entered by the user lrom. Systems with the Access Control leature. Systems with the Skeds teature an Alpha llCommand Center Mountlno: lnslde Enclosure lor D8112 When nbuntlng the D8129 lnslde any D8112 enclosure, allgn the module with any of the tour mountlng locations and secure the module in place with three n6unting screws, or use a D137 Mounting Bracket. lnstallatlon The Octo-Relay Module is designed lor mounting as lollows:. As a local lnstallation, inside the controU ' . oommunicator enclosvre, or. As a remote installation, in a separate securilY enclosure a tocatlofl3 o8t2e ocTonELAY TODUIE trt IouxrlNGrcncwt t D8112 Termlnal D81 29 Termlnal {- DATA ts AUX <- GND Wlrlng Connectlons to the Control/Communlcatorfie Odo-Relay is linked to the controu comnrunicator by lhree wire connections: +12 VDC, Common, and Sbrial Data-Out (Seadiagram). Theie wlres arg connec{ed to a three-wire terminal block on the D8129 module. Relay Outputs Each relay output provides a normally open and a normally closed output. Three terminals are available in each rerai output p6sili6n: (li Normaily Open, (2) Comrnon !.Oote)., and (3) Normally Closed. The silkscreen on the il'.;iiil oeizg circuifooard adarti ioeniities the tunciibn ol each ierminaland the relay output number. The middle terminat ot each output position is the pole of the relay and is taueled -COMlvl.' When the relay is in an inac{ive state, the norrarri Joieo ierminar (rauer'eo "N.c.) has-continuity with the "CoMM" terminal. when lhe relay is an active (energized) state, the normatly open terininal (labeled'N.o.) has continuity with the "CoMM" terminal. D8129 Speclllcatlons Power: Nominal 12 VDC supplied by the controUcommunicator Current Requlred: ldle - 20 milliamps Maximum - 320 milliamps (all relays energized) Wr€ Requllemsnt: 16 to 22 AWG trom conlroUcommunicator to D8129 (up to 200 lt.) Relay Output: Form "C" dry conlact (1.0 Amp at 12 VDC). During pulsed output, relay maintains closure lor minimum ol 1 second Rodionics"18OO ABltorr sr., P.o. BOX 80012, SALINAS, qA 93912-0012 cuSror'ren sEBVtcE: (8oo) 538-s807' lN cA (8o0) 682-9865 RADIONICS D4E1 Manual Station- Operation and lnstallhtion. h'rstructions Before you begin Eetore installing the 0461 Manualt;lation, you should be lamiliarwilh the appropriate controu communicator Operation and lnstat'ation Manual. You should also be familiarwith all applicable localand state codcs ariO tne requiir:mcnts of the authority having iurisdiction. Descrip tion The Radionbs OC6t Man'ualstatio4 is a ULlisted lire alarm initiating device. lt can be inslatled along with other approved devices nn all Radionics tire alarm codtroUcbrnmunicators. The {.)461 is gunerally rnslalled al b.rilding lire exirs such.as slair..'ays.or lobbias-. Pe'snnl evacuating tn'e UuitOing duiing .n u,i1s'gincy are able to initiate an alatm by pulling down a tever. ThJlatching'pultdownlever rr;r the Oi6t requires a key to reset. This allows the origin ol the'atarm'to be eisity ditermined. Operation The 0461 has one setot normally clren contacts rated lor l0 Amps at 120 VAC. This makes the device suilable lor installations involving large current loads. The 0461 is-a high quality. die cast rlevice construcled entirely of non-toxic materials. lt has a low prolite and roundcd edges to lit mosl design requirements. Allcomponcnts are prepainled or have plated sur{accs to inhibilccrrosion. The 0461 is a Single action device ..irh a white pull down lever ln ils center. The levcr is easily acCeisiOte io pirs-ons either lnitiatirrg an alarm or testing the tire. alarm system. lt also has'a Uuilt in break glass rodcarrier lhat l'olds a slandard glass rod. pulling down the.lever latches il in piace. brcaks the glass rod. and causes a short across the normitty'open contaci switihi The lrull down tever can not be resel until the correcl key is insened inio the.tock aFd the unit is opened. The lever can then be reslored lo ils normal position. O46t Opcraicn and lnslattalion a rOOt Q:1.lian:13 lnstallation wtrtng the D461 The D461 has two plated screws lor connecting lhe initiating circuit wiring- Use the lollowing instructions lor installation. 1. Strip otl approximately 3/8" of insul;ition from each ol the initiating ciratit conduclors. 2. Place either the positive or negative wire, along with one side ol lhe End Ot Line tesistor, under lerminal 1. Do not twist them to;Jeiher. 3. Place the retnaining wire, along wil!1 t le olher side ol lhe End Ol Line recislor, under lermina! 2. Do n*;i twist them together. 4. Tighten each screw terminaldown :recurely. Both wires should be tightly held urder the Screw. Be carelul not to overtighlen wltich may damage the wires or the screw. 5. ll using stranded wire, Radionics rei:ommends tinning the ends lirst to provide better electricalcontact and to conlain loose st'ands. Mountlng the D461 The D461 Manual Slation mounts to a standard llush or surlace mounler single gang srvitch box or plaster ring. Use the slotted scrrw holes tor correc: posrtionrng when tightening Co'an lhe mounting screws. lnstalllng the glass rocl To install the glass rod, open the D461 using the key suppliect wilh lhe unil. lnside. lhere is a lormed narrow slot below the pull dorvrr lever lorlhe rod to sit. lnsen one end ol the glass rod under lhe spring tab then. lvith one lini;e'r, lill the olher end ol lhe spring tab allorving lhe glass rod to slip into place. ir lepia:ing a broken glass rod, remove i:ll debns prior to rnsta:irng a tle'.t, rcC io ensure ilie manual station is able lo close and locl( securely. TO FIRE ALARM CONTROUCOMMUNICATOR E.O.L. RESISTOR -.+ ) 3 4 s!!/ricH coO o oO D461 7.1-065i4-0O0- A (Prol 2t92 D16l Operatian and lnslallation ,D lll[iZ Radrcnrcs RADI ONICS D1 g2C lndicating Gircuit Module lnstallation lnstructions Description Belore you install the D192C, you should be lamiliar wilh the Operation and lnstallation manual lor the controUcommunicalor you are using. The D192C lndbating Circuit Module is used with Radionics D71 12, D7212, D8112 and Dg1 1 2 ContoUoomm]unicator panels. The Dl92C is used lor wiring connections to.rernote alarm indir:ating devices. The wiring is supervised for open, short, or grounded circuit laults. Several D1g2C rnodules can'be connected to the same zone on the D8112 or on'board point on the D7112, D7212.or D91.12. However, il you want individual annunciation of inOicating bell circuit, connecl the'Dl92C Modules to seParate zones or points' The D192C powers the atarm indicating devicesfromeitherthe panel's battery orlrom a UL lisled auxiliary power supply. This leiture allows the system to support more ind.icating devices on tongerwire ruh's. tt also allows the use ol 12 or 24 volt alanh indicating devices (requires me afpropriate power supply). The D192G tndicating Circuit Module is designed io 1jsr onfy poiariziO trct indicatihg devices {see Spectrba?bns lor Radionics indicating device mode!numbers). Flgure 1: D192C lndlcatlng Clrcult Module Slgnallng Devhes Speclflcatlons: Not all sQnaling devices are polarized and those used 'with the D192C Module rrust compl)^{rith the following parameters: . Must be Polarized (DC) equiPment . Must malch the voltage rating ol the alarm power supply . Must not exceed the currenl rating of the alarm power supply . Must rpt exceed 1.80 Anps per D192C Module D 1 92C I nstal lation I n str ud io ns Page 1 ffi*r +.il .-tD-',<Hz.G-<ar. tDt 0 3/4lts Str attta oo rr EEE EEE m" I.FIIB crf ErtNRn oor++ ltil rlE\**r0 @sq@@@-ql@ 74-06929-000-B 2€,4 @ 1993-94 Radionics Operation Programming During normaloperation, the indirlating circuit is srpervised loropens, shorls, and grounds. ll anyof these conditbns are detected, the panelindicates atrcuble condition atthe command center. You can program the panelto reporl the condition to the central station. When the panel detects an alarm, the alarm output circuittr(;gers lhe D192C to supply circuit powerto the lndicating devices. Panel Selector Jumper The panel selector jumper allows you to conligure the D192C lor either D8112 mode of operation or D7112,D7212and D91 1 2 rnode ol operation. The jumper in the D81 12 position adds the liltering capacitorto lhe indicatlrg output circuit. The jurnper should be set in the D711UD9112 position when used with the D7112,D7212, or D9112. ln this position, the diltering capacitor is removedlrom lhe.circuit and albws lhe panels to detect a missing batlery condition. All new Radionics controlpanels have the lilter capacitor built into their power supplies. Silence Switch The 0192C Module has a loggleswitch thatis"used to silence the lire alarm indicating devices while testirE the alarm panel. When the toggle switch is put in the SILENCE (OFF) mode, lhe Dl92C presents a short circuit to the supervisory circuit of the panel. Supervlsory Zone D7112 Program the point supervising the D192C with fl)204. D8112 Program the zone supervisir',g the D192C with .fl61. D9112 There are a nu nber ol ofl bns f or programming the poirn upervising the D 1 92C. Radionics recomrnendslhat you programthe pointwith a Point lndex conligured as follows: Polnt Type1, Pt Hesponse3, Buzz on Fault Yes. All other selections lorlhe Point lndex should be programmed No. D7212 There are a nurnberol oflbnslorprogramming the point supervisingthe D192C. Radionics recomrnends t hat you program the point wit h a Po int I ndex conl (7u red as lolhws: Polnt Type1, Pt Response3, Buzz on Fault Yes. All other seleclions lor lhePoint.lndex should beprogrammed No. Alarm Output D7112 lndicating output is terminal 7, or any of the area bell relays, if programmed in that confQuration. D8112 Program the D81 12 alarm ouput response, 75 Pulse. This item determines the response ol zones with pulsed bell ouput zone codes (fire zone codes). Radionics recommends using terminal 7 lor the Dl92C. When Pulse is Yes:TermlnalT Steady +12 VDC When Pulse is No: Termlnal6 Pulse +12 VDC Termlnal6 tlo Orrtprrt Termlnal T Steady +12 VDC TermlnalT operatlon: Plug a D136 relay in the K6 socket on lhe D8112 to op€rale terminal 7. D 1 92C lnstallation lnstruclbns Page 274-06929-000-B 2n4 @ 1993-94 Radionics Alarm Output Continued D911UD7212 lnstallation 1 a Program the D91 12 arrJD7212lrom the RELAY PARAMETERS nroJute of the program entry gukJe. The Radionics delaults set relay A (terminal6) asan Alarm Belloutput, relay B (terminal 7) as a Alternate Ahrm output, and relay C (terminal8) as a Verification/Reset output. The DgtiZ program Entry GuHe (74-06145-000) contains complete instructions lor programming relays. 2. Mount the Dlg2C module(s) inskte lhe panel enclosure using the rmunting screws provkled. You can use anyof'the rnunting positions. lf additional locations are needed, use the Dl37 Mounting Bracket. Depending on the Power supply used, wire the D192C according to FBures 1, 2 or 3; Mulilph Dlg2C modutes: You can connect nurttiple D192C rnodules lo the same supervision zone/point. The zone/point must use a 1k O EOL' tnstaltthe 560 e, 2 wal EOL resistor (part #15-03130-005, included wilh the D192C Module) beyond the last ind'cating device. lnstallthe Dl05FL EOL resistor (part #15- 03130-0Ol) on the last D192C lor a supervised zone orpoint, as shown in Figures 1, 2 and 3. Flgure 1: Connectlon wlth no External Power Supply D 1 92 C I nstal lation I n struclb ns Page 3 1. :'o or{ternal autlllary Po't€r 3upply 2. 1.8 rnarlmumAmP draw lor each lndlcadm dfllco chcult 3lo o2wEoL 560 (I2wEoL (r'r5{31$O5)(r1503ffn-@s) {-FOt EZEo ALART HDtCArr{G DEVICES f -l FUHCTTOI D'n12 'Bfl2/Del12 D7112 I I I I I I I I lko 1 I I I I I I I EITIERY PLUS OAT.}' AL^RM OUTPUT . AIY OFTHE POINT OR PROTECNVE zot{E rNPuTs / EAFIH Grc$IO: Olt l2IERMHAL,l o9lr2TEBU}iAL0 ruxluAnY Po$rER EOL RESISTOR 5{3tSOl cor{TRoucoulr uNlcAToR RRST Dl92C LAST Dt92C @ - PowER uMrrED (d\ . e.rrenvrseo ---.ENCLOSURE CI @ @ 74-06929-000-B 2t94 @ 1993-94 Radionics l. 12124 r/oll exterml auxiliery poFr etpply 2 rn rlmumahmouputrhe ratingof he pomr.upp|y 3. 1.8 nrrim.rm rmp daw lor -ci lndicatirp device ciruit r tYPtc& l€ilArrYoPCt{ -l I INEl^Y rao 02lYEoL (rtsoitrS0€6) 6ao o2wEc,- (fito3t30{06l (Sl|llfoiolDilr|tthtls.ffol 'OIITIZED IAIIttdcl'ltao Dtvtct3 OOCrr.tlrrdr Dil.r+Pa'' dclT-.+ D'n'2 FttFNOI o?rr2 ^l-lF, cutPul PF ECTTVE ZO{€lruta tI g EOLRESISTORtgx'loot,: F[H Oml,{t: Dafi2tEn}{4. a Defi2tEnara I A'ILIA'' FOIYER COI{TROUCOTTUIIEATOR FIHiT Dt92C IIST Dr92C @-*nr*t D O-$PEFvlsEo --- 'Er€rosuRE tzraavFlil:iart tY IOO|II YdJ CI CI CI 39 'Z44\Nrd!, 'r.nt\v/ CI @ Flgure 2: Connectlon wlth 12 Volt or 24 Volt External Power Supply Note: When using a 24 voh system, the pcwer cable from th'€ 24 VDO power supply to the D192C EXT PWR |N/COM must be al least six leet or more ol AWG 22wire. This is required to limit the bell loop short circuit current to the D192C. 1. t2r24Fl.rl.tnd urthrypo{,.r srfply 2, rrlrlmrm rlrrm oaiqxJl -0r. dlrtg rr lhc potof r.,pply 3. 1.8rn rlrum l,'pdrillo..*h hdlcatlng d€vloclrcun trrtnF*t $0 oarva (ar&@t3066) t60 ll2w EoL (,l&@13$005) \-,r"*"-/ LAAI,uoto^tnarucct OE t-) Fflt ol FfitttnF*t D',nvJ0il112 Dfrr2 t2 ttflCUfFntT'YCllc IOT'T4mlECti,Eloc rn IaElFflmrolllttlmtt.(tritlalt, O EOI E6FTOR r&(ol30o0t 8/YlEnrR!m/€ GOfIndJciltstclTon FNST or02c LAST Dto2c @-*.rr*o @-SrpGnrBED --- -EI&LGURE r€t It v4tlfirgt e HTrAr Irjt .tir, CI H @ @ Flgure 3: Connec{lon wlth D8132 D I 92C I nstallation lnstruc:tions Page 474.06929-000-B 2A,4 O 1993-94 Radionics Auxiliary eow;r ::f-t:r-mmrnicaror and an exremarpower suppry musr be insrared in the same room, not nrore than 20leet aPart The interconneding wiring between the controucommunicator and the power supply musl be in conduit. The power source lor both the power supply and lhe @ntroycomrrunicator rnust be llom the same dedicated AC brarrch circr.rit. The power supply lault conditions must be supervised by a U'L' listed relay, as shown in Figure 2. r:BHt#TaxiilililJ:[33],XTf ,:'#hT#'fi ST,'JI?';',,#::'beinstarred Specifications Dl92C Operatlng Voltage: AUX PWR lN: 12 VDC suPPlied bY Aux Power lrom the controUcommunicator. Alarm Output Voltage: EXT PWR lN:12 or24 VDC suppliedbythe enernal power supply, or 12 VDC supplied by the Positive Battery Terminal on the @ntroYcommunicator. Module is rated at 1.80 Anps al 12 ot 24 VDC Dl92C Module Current: ldle: 20mA Alarm: 10mA Maximum rating ol module alarm circuit is 1.80 Amps. Alarm power @mes lrom an exlernal power supply, or lhe panel battery, il one is used (see Figure 2) Dlmenslons: 5.0'Lx3.0"Wx'75'D fl ndlcatlng ClrcrtttEndol'Llne Reslstor: Radionics part #15'03130'005:560 O, 2W D105FL End.Ol'Llne Reslstor: Locate between Paneland D192C Radionics Part #15'03130'001: 1l(f,) Power SuPPlles: Only the lollowing power supplies can be used lor auxiliary Power: Alarm-SAF: 24 VDC, 4A AS-PS5-BFS-24-UL 12 VDC, 4A AS+SSBFS-1z-UL Alarm-SAF power supplies provide a voltage output to indicate trouble. lnstallation requires UL listed relay device to provide dry contaA conneclion to the Radionics control unit's supervisory zone. Use the Alarm-SAF model AS/RBKS-124 (P) lor this purpose' D 1 92C tnstallation lnstruc:tbns Page 574-06929-000-B 2t94 O 1993-94 Radionics N Rodion tcs T HE O U A L IT Y L E A DER il ThE Radionbs logo is a registered lrademark ol Radionbs, lnc., Salinas, CA, U.S.A. @ 1993-94 Radionics, lnc., Salinas, CA, U.S.A. Allrighls reserved. II Badionics, lnc., 1800 Abbott Str€et Salinas, CA, 93901; U.S.A. Cuslomor Service: (800) 538-5807 ..BADIONICS ,18ooAbbcttltl. r !.frr, GA tSOt taosl 75t{8r7 INSTALLATION' INSTRUCTIONS D457 MULTITONE SIGNAL GEI{4AL: Ir/hrttltonc sloncr arc UL Urted for Flrc protcodvo scrvlcc cnd lor Gcncrd slgnallng scrvlcc. Thcy rrr llrtcd for both lrdoor rrd outdoor ur itrtt ttt. bcotborcr rpcdfcd ln thor lnrtruodonr. lscc Mountlng Optlonrl Ir/hrldton. slgnl orn br fiold .rt to produor .ny on. ol clght oorunord-y urcd darm toncr. Sound oulput o-.n bt fcd l.tro ttovldo drhr HIGH (HD dBA or STANDARD lSTDl dBA round output lcvcl. i/lulrltonc ilgnalr oan bc flcld rct forclthor l2vDc or 21YDC opr'.tlon rlrd rr. dcdgncd for.u' wlth dticr liltcrcd or unflltcrcd tiufi-."r"-.iotltlcdl lmui voltagc. All lnpub rrc pohdrod lor oonrprdblllty wf$ rrndrrd ,.".i.. poledty rupcrvldon of olroult wldng by r Flrc Alcrm Pantl' A *o**o: prrASE FEAD THEBE NBTRUcnons cAREFUrry BEFoRE usrt{o rxts pRoDUcr. T}lE MlrLTlroIlE rtoilAl tlusr BE RE-D SET TO TIE DES|RED frtpuT VoLTACE dSA SOuND OUTPUT tEl/EL AND ALARM TOttlE BEFORE TIIEY ARI N8TAILED. THls 1l DortE !v pRopERLv ltsEnnilo A JlrttpER iuo ano ADJUsrlNo A FouR Poamoil swrcH rl AccoRDAtcE wril TIEBE r{arnucnoila. iloonnEcr tErrNoa wll REsrrtr tr{ tMpRopER penronultrtc* At{D ilAY DAilAOE Tll8 Pnooucr, AllD colr-D irtrrr n pnopcntY DAilAoE tERloUa nutnY oR DEATH To You AND,oR oTxgr8' [oTG! Al CAUTIO]{' ]rd wAnilllloa |tt H.nrltLd bv th. .ymbol A. o, wrnrlngr .r. prkrbd h bold c'ph'l btt'r'' sPECmcATloils: Add 26g6 ,nor. hput otr'.nt whrn opernkrg th. unlr rt m.xkil.rn hplJt volt4. (t6.ovDc lor l2vDC modclr, 31VDC for 2ilvDC mod'Ll' Ancchob dBA lr mc..r'.d on rxh lr r mn{flcctlvt lfrcc lhldt tc.t room urlng t.tt mct.r rrlp_o_nrc. For p..k d8A h.lllnd whh p.rk mctrr rctponrcl, .dd 6 dBA to twlcrl rmcholc vdm. .hown rt r.ur 1. Rcvcrbo'.nt d6l t r mlnlrnunr uL r.thg blrod on ao|Id pow' tna|||tt|mtrtl h ' rovctbormt taat luoflr. r R.t.d lnput Volt.oo: Mrrthonr glgndr rrt lor 24VDrc oprrrtlon rre uL urtod to op.nt. ovrr r whrge rrngr fron t8vDc to SlvDc md l/h'tlton' ghn.L ..t lor l2vDG op.rutlon .ri uL urted to op.rrt. ovcr r vohrgr rrngo ol gvoc to l6.ovDc urhrg fltrrod Dc or tntlt.ttd FwR h$|l wli.gr' llofr: FWR vohtgl f|. moeilmd whh DC yolt m.t.r. Mrdflply FWR voltrgc by t.l t io Gonv.tt to VRMS. A/!\ wAn*f,o! f,ArE aunE THAT Tltt rorAl G{TRREI{T REoutRED By Au Dn rcEr rHAT ARE corilEcrED To l}lE lYtrEt'a ?RilARY ltlD lEoollDARY potvER tounctr Ailo rtot^ur{o clecurt DoEr [or GxcGED rHEn RAIED CURRETT. oYERLOADII{o rllEa! touRctl GolrlJt iEll r I Loll ot rourEn AI{D tAt.tnt to ALIRT ogc{,?Arra ounlf,o Ax EIIEROEI{CY. whcn cl;"rl.thg th. iotd cur.nt! ur Tlbb t to d.t.rmln thc 'lnprn Cunont' lor rn hdhldud Multttonr thrn mrlthly tH. v.b bV th. tottl nmbrr oi C.rA".q f rin to rdd tho crrnnt for 1ny othrr devlcl powcrcd by the rrrno rourcr rnd hcltdr rny rrqdrod .rt tY t'Gtort' /i\/!\ a11gs6! rAxE tuRG TIIAT Att R 8Ea utED otl stof,Auito ctnc{fiT8 ARE RATEo ro HAilDLE THE }lAxmlrl HRUTH oR tEAl, GlneEf,T FRoH AtL DEVtCta ot rHolE cncurrt. FAt uRE ro Do lHtr uAy REst LT $t LOst oF POWER lO THE tloll^Llllo cncur AllD rl5 FAltnt o? ALL DEVICC3 OT THAT G|RCI'II IO OPCRATE. Thc Multltonr eudbh rlgndr produce r brbl bnrrh cuncnt thrt lartr for furt 2 mlcrorocondr but cJl rilch r pillc vrlr ol 0.0 Attpa ll 12 n?r lor FWR hpdt. A /!\ w^Bilno: F llulilrots atorAt! ARE opGRATED wm{tr rE Nc+rE! oF A pEnson'a EAR, T]IEY cltl tnoDuct A aot llD ;nfllm uvG[ rHAt EXCtEDT Ttf IAtrfirr t20 dl^ ?lnmYtED !y ADA AltO O|HA RUtEr. CXPOTURE TO 3UCfi aOUtlD tEt,Etl CAX ntrnf,T n DAnAot To A tfntox't HEARHO. PI24C7{O3 D Shmt t ol 5 dBA o Ttplod Ancoholo AtNorJn lAt Mlnlrrum lnout Voltacc At Nonrlnal lnout Voltfir lnput Currcnt AMPS @ l2vDc lnput Cu?tcnt AMPS O 24VDC HIHISTDSTDSTDHISTDHIHI Tonc 9la29588olo.o23 o-too o.o20o-o40Horn 85a27689o.olo 94o-ot2 o.o3lo.Ol/tBcll a2798885ol95o.o23 o-too o.o20 8t 7t,85 7595o-o2()tolo-o23 o.too 7676a27997t2o-oao o.or5o-o2a o.ot7 88 82a8a296o-o26 10ro.o48 o-o26 o.tfi)Slow Whooo a2a288859Eo-o82 o.o20o.o36 o.o23Slrcn AE 79799('82o-ol2 96o-ol /3 o.o44o.o20HI/LO Potter Electrlc Slgnal ComPanY 2081 Cralg Road. P.O. Bor 28480 St. Louls, MO 631464161 (314) S784321 . (800) 325-3e36 PCVS-I STOCK NO. 1010107 PCVS-2 STOCK NO. 1010207 The Model PCVS ls a weather proof and tamper resis- tant switch for monitoring the open position ol fire sprinkler controlvalves of the post indicator, butterfly and oiner types. Depending on the model, one or two SPDT (Form -C) contacts are provlded which will operate when the valve positlon is altered lrom an open state. The unit mounts in a 112'NPT tapped hole in the post indicator or butterfly valve housing. The device is engaged by the lndlcating assembly of the post indicator or ine operatlng mechanlsm of the bufterfly valve, ac{uatlng swlleh(es) when he valve lE fully open. The unit should be lnstalled where lt ls accessible for service. The cover is held in place by two tamper resistant screws that require a specialtoolto remove. The tool is Envlronmental Llmltatlonr: -40'F I +14O"F ('4O'C lo 60'C) NEMA 4 and NEMA 8P Enclosure inaoor or Outdoor Use (Not lor use in hazardous locations') SeeBulletlnNo.54006g4P|VS.U-EXforhazardouslocalions' Condult Entrances: Two knockoutslor 112' conduit provided POTTETT PCVS-Ir -2 CONTROL VALVE SUPERVISORY SWITCH Potter Electrlc Slgnal & Mlg.'LTD. 55 Glen Cameron Road Thornhlll, Ontarlo, Canada L3T 1P2 (eos) 882-1833 UL and CSFM. LISTED, FM APPROVED, NYMEA ACCEPTED Dlmenslons: 4.75'Lx2.25'W x7'2'H (stem extended) 12.1cm Lx 5.7cm W x 18'3cm H Welght: 1.35 lb. /.61 kg Enclosure: Cover'Die-cast Finish - Red SPatter Enamel Base - Die Cast Zinc All parts have corroslon resistant linlshes Cover Tamper: Tamper Resistant Screw.s,' Optional cover tamper kit available Mountlng: 1/2'NPT Contact Ratlng:PCVS-I: One set of SPDT (Form C) PCVS-2: Two sets ol SPDT (Form C) 1 5.00 Amps al 125125OV AC 2.50 Amps al30VDC resistive Servlce Use: Automatic SPrinkler One or two lamilY dwelling Residential occupancy up to lour stories National Fire Alarm Code NFPA-13 NFPA.13D NFPA-13R NFPA.72 furnished with each device and should be left with the building owner or responsible party. Replacement or additionalcover screws and hex keys are available' See ordering inlormation on Page 6. OPTIONAL COVER TAMPER SWITCH: A lield instral- lable cover tamper switch is available as an option which may be used to lndicate removal of the cover. See ordering lnlormation on Page 6. TESTING: The PCVS and its associated protective monltoring system should be tested ln accordanc€ with appllcable NFPA codes and standards and/or the auihority having jurisdiction (manufacturer recommends quarterly or more frequentlY). MKT. t8020001 - RE\t G HFC. tt{00080 - l2l95' PRTNTED tN usA PAGE I OF 8 @Porrtrt PCVS-I, -2 CONTROL VALVE SUPERVISORY SWITCH PARTS GNINfiD SCREV TRIP ROII utcKll{G scREv s€T scREv MPPLE ulcKtdrT rRlP ROII FIG. I DIMENSIONS "t n G, a9aa-l FIG,2 KNITKOUTS FOR ELEC'RICAL CONNECTIONS ItvG 1980-e L ro tl*lt!S IEIITNYlttnn E3\'E' 6dtt'o A tl3 llilil U tt It uil wptcAL |NSTALLAT|ONS ON POST |ND|CATOR VALVE HOUSINGS (SEE FIGS.3 THRU 6) Reter to Ftg.2lorthe locailon ol pade described ln the foltow- of me plvs (see Flg. 3). Thls le usualty a pf?t9 q bar on the lng lnslru6-1on'. r-'-- --- target as_sembly, ona.sldeadlacent lo the'oPEl'tsHUT' plales. Sublrac't 118'lrom thc measurement It the targol moved down ac lha valvc wal cloccd, measure lhe dlstance lrom lhe bottom ol lhe head to lhe upper porl[ ol the larget assembly that wlllcontact the lrlp lod ol the PCVS (see Flg. 4)r Add 1/8'lo thls measurement. NOTE: ll lho eprlnklcr .y.tem la ln rervlce the owner or aulhoilzed rcpresentallvc lhould bc nolllled, belore any work lr done on lhe eyslem, thal lhe valve conlrolllng the waler supply to lhe syotem may be closed lor perlods ol tlme dutlng lhe lnslallatlon and lestlng ol lhls devlce, resulllng ln allor porllons ol lhe system belng lnoperatlve during lhese perlods' ll lhe syelem ls not tn service and valve ls closed, be sure that openlng the valve wlll nol allow any unwanted waler llow due lo qrenlngs ln lhe syslem, such ag heads off, broken or lncom' plele piplng, elc. , ' l. Poslllon the valve lo lully open ('OPEN; should appear ln the wlndow ol lhe houslng), Panlelly closE lhe valve whlle obServlng lh€ dlrocllon that the largel asserhbly moves. Feopen lhe valve. ll lhe rnlve houslng ls predrllled wllh a 1/2' NPT for lnslalla. tlon ol a monhorlng awltch, remove lhe 112'plug and lutly open thc 9alve. Make eure.thal'OPEN'appearu ln the wlndow ol lhe houslng. GO TO STEP NO. 6. 2. Remore lhe head and targel ass€mbly (coneultallon wlth vaFr manulacturer le recommended). S.lllhe largel arsembly moved up es lhs yalvo wao ciosed, moasur€ lhe dlstance lrom the bottom ol lhe head lc lhe lower parl ol the target assembly that will contacl the uip rod 4. Mark the houslng at lhe proper locatlon. Uslng a 2U32' drllt bit, drllland then'lap a ll2' NPT ln lhe houelng on lhe slde lhal colncldes wllh lhe porllon ol the taryet aeeembly that will engago the lrip rod ol lhe PCVS. (Conllnued on Page 3.) FIG.3 FIG.4 TARGET t{tvEstp As VALVEts sl'r lAltrl{l\ DIT v.,"' 13 srrtr oot: Jll ,r PRilTEDmUSA DVG t980-3 PAOE 2 Ct r.T. t882000t. REvo rrFo.l8l009t0. t2r95 POTTETT POST INDICATOR VALVE INSTALLATIONS (CONT.) 5. Replace the head and target assembly. 13. Sllda the PCVS unit as lar as possible onlo the nipple' observlng whlch dlractlon the rod will move when the valve 6. Loossn the set screw lhat holds the nipple ln the pcVS ls closed. orlent lhe devlce to acluatg the ewltchee when and remove the nlpple. the valve ls open. Tlghten the sel screw ln the collar. 7. Sctew tha lockhut that ls provlded onlo the nipple. '8. Scrcw lhe nlpirle lnto lhe 12' NPT hole ln the valve houslng - hand tlghlen. Tighten the locknut against tha valve houslng to secure the nlpple lirmly ln place. 9. lnseil a scale or probe lhru the nipple to measure the dlstance lrom lhe open end ol the nlpple to the target assembly. Subtract 112'hom thls measurement. NOTE: ln eome casas, lt may be necessary to attach an angle brac{<el to the targol assembly to ongags lha PCVS trlp rod. 10. Uslng the epeclal lool provlded, loosen lhe two cover screwg and remove the coverlrom the PCVS. PCVS-Ir -2 CONTROL VALVE SUPERVISORY SWITCH 14. Carelully open the valve to the lully open posltlon. As the target mbves to the open posltlon lt should ongage the trip rod and ac-tuate the switch(ss). There ehould be a mini' mum ov€rlravel ol 112 revolutlon ol lhe handle/trand wheel afler the switch(es) actuale (a contlnulty meter connected lo Each set ol contacts ls one method that could be used to determine thls). 15. Slowly close the valve. The swltch must operate during the lkst two revolutlons ol lhe handle/hand wtrselor durlng 1/5 ol lhe lravel distanco ol lhe valve conlrol apparalus lrom lls normal condltlon, NOTE: Small adlustmenls ol lhe largot posltlon may be n€cessary (consullatlon wlth valve manulacturer ls recorn' mended). 16. Ccmplete the requlred electrlcal wiring, conneclions and lests. ThE valve should be operated through lhe entlre cycle of lully closed and lully op€n lo determlnE lha lnlegrity oi me pCVS lhstallatlon and lha signallng system. Check that all electrlcal and mechanlcal connec-tlons aro securo. 17. When lhe installation and testlng are complete, relurn valve lo lts proper positlon. 18. AltEmative lnstallation lor other post lndicator valve houslng shown in Fig. 5 and 6. 1 1. LoosEn the locklng scraw lhat holds the trip rod ln placa and adlust the rod lenglh, lrom the end ol lhe collar to lhe snd of the rod, uslng the dlmenslon determlned in step no. 9. Tlghten the locklng screw to hold lhe rod ln place. NOTE: ll trip rod length ls excessive, loosen lhe locking ecrew and remove the trlp rod lrom the trip lever. Uslng pllere, break ofl lhe one (1) lncfi long notch€d sectlon (soe FlS. 7). Reinstalltrip rod and repeat Step 11 procedure. 12. Partially close'the valve (3 to 4 revolutions ol the handle/ hand wheel). FIG. 5 wlNDOW INSTALI.ANON XETAL PLATE REPLACES GLASS STEEL TRIPPING BLOCK - REPLACES OPEI{ 1.{ARKER SFIt'T ARGETilARKERASSEI.TELY n G llF0-,1 UP AS VALVEts sltuT Note A - See Flg. 5 Subject to the approval of lhe 'authority having luiisdiction" the alternate method ol installation shown in Fig. 5 may be used. ln this method, one of the glass windows of the housing is replaced with a 1/4' thick metal plate that is cut to lit in place ol the glass and drilled and tapped to recelve ths 1/2' NPT plpe nipple. ln some cases ll may be n€c€ssary to atlach an angle bracket to the target assembly to engage tha PCVS trip rod. NoteB-SeeFlg.6 ll lhe target ls statlonary and a hood arrangemsnl ls used, such as ls shown ln Flg. 6, the hood must be drllled with a 2U32'drllland tapped with a 1/2' NPT. The center llne ol thlc hole should be 1/8' below lhe porlion ol targel assembly that strikes the PCVS trip rod. The 11 3/8' dimension shown ls lor a Clow Valve. Flexlble conduit musl be used lor this type of inslallatlon. FIG. 6 CLOWVALVE INSTALI.ATION LOCKNUT FLEXIBLE CONIIJIT u 3/8', IARGET HOVES HOOD IIITVES IIOVN AS VALVE IS SHUT DV(i 1980-5 PRNTED ltl uSA llKT' l0820ool 'REv G PAoE 3 oF 6 MFC. t54q'980- t2l95 a POTTEIT PCVS-Ir -2 CONTROL VALVE SUPERVISORY SWITCH wPlcAL INSTALLAT|ON ON A BUTTERFLY VALVE (SEE F|GS. I AND 9) 81. Remove lh6 112'NPT plug from lhe gsar oporator case. Reler lo flg, 2lor locallon ol paris described ln the tollowlng lnelruclinns: : 82. LooSen lhe set screw thal holds the nipple in the PCVS and remove the nlpple. 83. Screw lhe locknul lhat ls provided onto the nipple. 84. Sctew the nipple lnto lhe 112'i.lPt trote in the gear op€rator - hand tlghten. Tighten the locknut against the case, lo secure lhe nipple lirmly ln place. 85. Padially close the valve (3 or 4 rEvolutions ol the hand wfieel or crank). 86. Uslng the speclal tool provlded, loosen the lwo cover screws and l6mov€ the cover lrom lhe PCVS. 87. Loosen the locklng screw lhat holds the trip rod in place. Estlmate lrlp rod length requlred and extend sllghtly past that polnt. Sllde lhe PCVS unlt as far as possible onto lhe nlpple, obseMng wtrlch dlrectlon lhe rod wlllmove when the valve ls closed. Orlent the device to acluate gwilchEs when valve ls open. NOTE: lf trlp rod length ls excessive, loosen lhe locklng ecrew and rsmove the trip rod from the trip lever. Uslng pllere, break ofl lhe one (1) lnch long notched section (eee Flg. 4. Relnstalllrlp rod 8nd rep€at Step 87 procedure. 88. Bsmove device lrom nipple and withdraw trip rod 1/32' (thls dimenslon ls important). Tighten the locking screw to hold lhe rod ln place. Re-installlhs device on the nlpple. Tlghtan lhe ecrew ln the collar agalnsl lhe nlpple. NOTE: ln some cases ll may be necessary to remove the gear box cover to €nsure correct operatlon (consultatlon wlth tho valve manulacturer is recommended).. 89. Carefully open the valve to its full open posltlon, as lhe boss on lhe gear hub moves to lhe open posltlon lt must engags lhe PCVS trip rod and acluate the swltch(es). There should be a minimum overlravel or revolutlon ol the crank or hand wheel after the switch(es) ac-tuate (a conllnulty meter conn€cted lo each set ol contacts is one method that could be used to determlne thls). NOTE: Slight adjustment ol gear stope may be necessary lo prevent overlravel ol the trlp rod (consultatlon with valve manulaclure ls recommended). 810. Carelully close the valve. The switch(es) must operate durlng the lirst lwo revolutlons of the crank or hand wheel or during 1/5 of the lravel dlstance ol the valve control apparatus lrom its normal condition. B11. Complete the requlred electrical wlring, connections and tests. The valve should be operated through the entire cycle ol lully closed and lully open to determlne the lntegdty ol lhe PCVS lnstallatlon and aignaling system. Check lhat all slaclrical and mechanlcal connectlons a s€curo. 812. When lhe installation and testing are complete, retum valve to its proper position. FIG.7 BREAKING EXCESSIVE ROD LENGTH DVG, *980-13 i pnntgD tN usA \ PAGE 4 OF 6lrKI. r882000t - REv c lrFG. t5400980 - 12115 @PorrER PCVS-1r -2 CONTROL VALVE SUPERVISORY SWITCH lTT GRINNELIJIGNNEDY INDICATING BUTTERFLY VALVE FIG.8 VALVE PARTIALLY CLOSED VALVE OPEN DVG, S980-6 DRESSER INDICATING BUTTERFLY VALVE FIG.9 t/?'ttvc t9S0-7 OTHER SELECTED INSTALLATIONS NOTE: THE APPUCANONS IN FIGURES tO, 11 AND 12 ARE SUBJECTTO THE APPROVAL OF THE AUTHOR]TY HAVINO JURTSDrcNON PBK. PRATT tBV BUTTERFLY VALVE KIT FlG.10 PvK (STOCK NO. 1000060)' PRATrllv3 PosT nc. it lNDtcAToR vALvE Klr MACHINE scRErv #8-32 BRACKEI AI.ID LOCKNI,fiS SUPPUEO WIIH PBK MOUNNNC Ktr orc. ,sEo-E MODEL PBK.L MODEL PBK.S StockNo.0090132 StockNo.009013it (14'and Up) (Up to 12') pran Butterlly Valve Kit as used lo mount a pCVS on a Pratt Pratt Valve Kil as used to mounl a PCVS on a Pratt Model Model IBV Vilve. PIVA Valve' Kils conlalns: Bracket, nuts and lnstrucllons Klt contalns: lnstructions, template, screw and nut. ! pntmeo N UsA tllcr. l882ooot . RHy G PAGE t oF 6 MFG. 15400980 - 12195 DrvG. #980-9 ) i e e e POTTER PCVS-1r -2 CONTROL VALVE SUPERVISORY SWITCH FtG.12 TYPICAL PRESSURE REDUCER TYPE VALVE INSTALLATION COLI.AR LOCKNUT NIPPLE This figure shows the Model PCVS mounted on the valve yoke,.with a bracket supplied by the valve manu- facfurer, to supervise a pressure reducer type valve. DWG. #98O-10 FtG. 1O WPICAL ELECTRICAL CONNECTIONS (Swltches Shown ln Valve Open Posltlon) Please Note: Thls devlce should be wired in accordance with the appllcable parts of the Natlonal ElectrlcalCode, all state and local codes, appllcable NFPA Standards and the requirements of the authority havlng jurisdlction. TYPICAL SWITCH ACTION OPEN VALVE POSMON CLOSED VALVE POSITION TYPICAL ELECTRICAL CONNECTIONS \ coM.LOCAL CIRCUIT N.O.N.O.coM.TO POWER FOR INOICATING DEVICE 6"1/1 MIN. GAP N.O. N.C.INOICATING DEVICEsw #1 sw #2 coM.N.O. sw #1 sw #2 N.C. N.O. N.C. t5 TO SUPERVISORY CIRCUIT OF CONIROL PANEL N.O. N.C. END OF LINE RESISTORt tt_coM. DWG. t980-12 Contacts shown in normal (valve open) conditionDwG. #98o:11 PCVS 0 ORDERING INFORMATION MODEL PCVS-1 PCVS-2 PBK.S PBK.L PVK DESCRIPTION Potter GontrolValve Switch (single switch) Potler ControlValve Switch (double switch) Cover Screw Hex Key for Cover Screws and lnstallation Adjustments Pratt Butterlly Valve Kit (Up to 12.) Pratl Butterlly Valve Kit (14'and Up) Pratt Valve Klt OptionalCover Tamper Switch Kit sTocK No. 1010107 1010207 5490293 5250062 0090133 0090132 1000060 0090131 For pressure reducer type valve installation kits (if required) conlact valve manufacturer . PFI{TED lN USA 6()F6l,lKT. 18820001 - REV O MFG. fs400980 - r2B5 ) POTTETT osYsu-l , -2 OUTSIDE SCREW AND YOKE VALVE SUPERVISORY SWITCH OSYSU-I Stock No. 1010106 OSYSU-2 Stock No. 1010206 , UL and OSFM LISTED, FM APPRPVED and NYMEA ACCEPTED Dlmenslons: 6.19"L X2.25'W X 5.88"H 15.7cm L X 5.7cm W X 14.6cm H Welght: 2 lbs (.9 kg) Enclosure: Gover - Die-Cast Finish - Red SPatter Enamel Base - Die Cast Zinc Allparts have corrosion resistant finishes Cover Tamper: Tamper resistant screws, Optional cover tamper kit available. Contact Ratings: OSYSU-1: One set of SPDT (Form C) OSYSU-2: Two sets of SPDT (Form C) 1 5.00 Amps al 125/25OV AC 2.50 Amps at 30VDC resistive Envilonmental Llm itations: -40"F to 14Q'F (-40"C to 60'C) NEMA 4 anil NEMA 6P Enclosure lndoor or outdoor use (Not for use in hazardous locations.See Bulletin No. 5400705 OSYS-U-EX for hazardous locations). Conduit Entrances: 2 kno0kouts lor l12" conduit provided Service Use: Automatic Sprinkler NFPA-13 One or two family dwelling NFPA-I3D Residential occupancy up to four stories NFPA-13R National Fire Alarm Code NFPA-72 GENERAL INFORMATION The OSYSU is used to monitor the open position of an OS & Y (outside screw and yoke) type gate valve. This device is available in two models; the OSYSU-1, con- taining one set of SPDT (Form C) contacts and the OSYSU-2, containing two sets of SPDT (Form C) contacts. These switches mount conveniently to most OS & Y valves ranging in size from 2" to 12". They will mount on some valves as small as 112". The cover is held in place by two tamper resistant screws that require a special tool to remove. The tool is furnished with each device and should be left with the building owner or responsible party. Replacement or additional cover screws and hex keys are available. See ordering information on page 4. OPTIONAL COVER TAMPER SWITCH A f '.ld installable cover tamper switch is available as an optr. ,r which may be used to indicate removal of the cover. See ordering inlormation on page 4. TESTING The OSYSU and its associated protective monitoring system should be inspected and tested ln accordance with applicable NFPA codes and standards and/or the authority having jurisdiction (manufacturer recommends quarterly or ma,re frequently). i MKT. t8820004 - REV G MFG. 1540(X)79 - 11,t5 PRINTED IN USA PAGE I OF4 POTTETT osYSU-1, -2 OUTSIDE SCREW AND YOKE VALVE SUPERVISORY SWITCH FIG. 1 SMALL VALVE INSTALLATION - 112" THRU 2112" SIZES THESE SWITCHES MOUNT CONVENIENTLY TO MOST 2'TO '12'OS & Y VALVES. THEY WILL MOUNT ON SOME VALVES AS SMALL AS 1/2-. J.HOOKS MAY BE REQUIRED ON VALVES WITH LIMITED CLEARANCE. SLOTTED MOUNTING HDLES MAY BE USED FNR TINE ADJUSTMENT OF SVITCH ON BRACKET CLAMP BAR BRACKET CARRIAGE BOLT DVG, fl979-3 SMALL VALVE INSTALLATION 1. Removs and discard '0'washer and roller fiom the trip rod. 2. With the valve in the FULL OPEN position, locate the OSYSU across the valve yoke as lar as possible lrom the valve gland, so that the trip rod lays against lhe non- threaded portion of the valve stem. t 3. Loosen the locking screw that holds the irip rod in place and adjusl the rod length (see Fig. a). When adjusled properly, the rod should extend past the valve screw, but nol so far that it contacts the clamp bar. Tighten the locking screw to hold the trip rod in place. NOTE: lf trip rod length is excessive, loosen the locking screw and remove lhe trip rod lrom the trip lever. Using pliers, break otl the one (1) inch long notched section (see Fig. 5). Reinstall lrip rod and repeat Step 3 procedure. 1 Mount the OSYSU loosely with the carriage bolts and clamp bar supplied. On valves with limited clearance use J-hooks supplied instoad ol the carriage bolts and clamp bar to mount the OSYSU. 5. Mark the valve stem at the center ol the trip rod 6. Remove the OSYSU. File a 1/8" deep groove centered on the mark on the valve stem utilizing a 3/16'diameter straight file. Round and smooth the edges of the groove to prevent damage to the valve packing and to allow the trip rod to move easily in and out ol the groove as the valve is operated. 7. Mount the OSYSU with the trip rod centered in groove. 8. Final adjustment is made by loosening 2 screws (see Fig. 1) and sliding the OSYSU on the bracket. Adjustment is correct when switches are not activated with the trip rod seated in the valve slem groove and thal lhe switches activate when the trip rod moves oul of lhe groove. L Tighten the adjustment screws and all mounting hardware. Check to insure that the rod moves out ol the groove easily and that the switches activale within one turn when the valve is operated lrom the FULL OPEN towards the CLOSED position. NOTE: CLOSE THE VALVE FULLY TO DETEHMINE THAT THE STEM THREADS DO NOT ACTIVATE THE SWITCH. THE SWITCH BEING ACTIVATED BY THE STEM THREADS COULD RESULT IN A FALSE VALVE OPEN INDICATION. MKT. #8820004 - REV G MFG. {5400979 - 'l l/9s PRINTED IN USA PAGE 2 OF 4 POTTETT osYSU-1, -2 OUTSIDE SCREW AND YOKE VALVE SUPERVISORY SWITCH FIG. 2 LARGE VALVE INSTALLATION .3'THRU 12" SIZES BRACKET3' THRU L?' VALVES USE CARRIAGE BI]LTS, .CARRIAGE BILTS MDUNT ON INSIDI OF YUKE, IF THERE IS SUFFICIENT CLIARANCE, SLOTTED MIUNTING HI]LES. MAY BE USED FOR FINE ADJUSTMENT NF SWITCH ON BRACKET. DVG, #979-4 CLAMP BAR CARRIAGE BOLTS(E REOUIRED) Rt]LLER GR[OVE YOKE VALVI STEM TRTP RDD GLAND LARGE VALVE INSTALLATION 1. With the valve in lhe FULL OPEN position, locate the OSYSU across the valve yoke as lar as possible lrom the valve gland, so that the trip rod lays.against the non- threadld porlion ol the valve stem. ' 2. Mount the OSYSU loosely with the carriage bolts and clamp bar supplied. 3. Loosen the locking screw that holds the trip rod in place and adjust the rod length (see Fig. a). When adjusled properly, the rod should exlend past the valve screw, but not so iar that it contacts the clamp bar. Tighten the locking screw to hold the triP rod in Place. NOTE: ll trip rod length is excessive, loosen the locking screw and remove the trip rod lrom the trip lever. Using pliers, break olf lhe one (1) inch long notched section (see Fig. 5). Reinstall lrip rod and repeat Step 3 procedure. 4. Mark the valve stem at the center of the trip rod. 5. Remove the OSYSU. File a 1/8' deep groove centered on the mark of the valve stem utilizing a 3/8' diameter straight file. Round and smooth the edges ol lhe groove to prevent damage to the valve packing and to allow the trip rod to move easily in and out of lhe groove as the valve is operat' ed. 6. Mount ihe OSYSU loosely with the trip rod centered in groove. 7. Final adjuslment is made by loosening 2 screws (see Fig. 2) and sliding the OSYSU on the bracket. Adiustment is correct when switches are not aclivated with the trip rod seated in the valve slem groove and that the switches activate within one turn when lhe valve is operated lrom the FULL OPEN towards the CLOSED position' 8, Tighten the adjustment screws and mounting hardware. Check to insure that the rod moves oul ol the groove easily and that the switches activate wilhin one turn when the valve is operated from the FULL OPEN towards lhe CLOSED position. NOTE: CLOSE THE VALVE FULLY TO DETERMINE THAT THE STEM THREADS DO NOT ACTIVATE THE SWITCH. THE SWITCH BEING ACTIVATED BY THE STEM THREADS COULD RESULT IN A FALSE VALVE OPEN INDICATION. MKT. t8820qr4 - REV G MFG. t5400979 - 11,1s PRINTED IN USA PAGE 3 OF 4 't TER T. SPO, CA, |/lAR 395 SAN I GOLD CEN O BROAD S LUIS OBI REI{OTE ANNUNCIATOR FAA.25O WsA Annunctolors - The lndr'rstry slon9ord ioiriitionl roentlflcotlon of flre/securltv emergencles. Deslcned, englneered. qnd conslructed to o" ifie oest, WsA teotures moks lhe difference' Whlte pltoto-emulsion grophl"t'.9PPli:9. i;'il.fieo ptexlgloss, o'isuie leglbllltv ond ;;;;;i;jittt ,iPoottns' Prolected bY o [G;;inon-glore plexilloss' eoch ponel ls ;J;; rn "tinrt".iurol-grov olumlnum' A kev i[k ona hldden-screw constructlon Jr"."ro"lo.per reslslonce Convenient l-d-.""t "^d reossembly of the front oonet ore ochleved bY use of o contlnuous hlnge, The WSA LED svsiem, posllioned lellna the orophlc ponel, ls vlslble only ln rne i5N ilil' FSJr cotors of sockel mounled Ietjs indi""le equlpment stotus ond locotlon' Verticol mounting LISTINGS: uinruo berrroRNlA sTATE FIRE MARSHAI lNlIlArlNG POLARllfr POSITIVE/NEGATIVE OPERTdING VOITAGE: 2,6,12,24 VDC INDICIJORS:i;iiti r',iour'rrro, HIGH EFFIcIENCV LED's; nio, vrtLow GREEN AND oRANGE StrANDARD DIMENSIONS; HE|GHI361za" WIDTH 24tla' STANDARD FENURES: TROUBTE SONAIER1 ( DRY) TROUBLE SITENCE SWTCH RESET SWITCH I DRY) ReAlcrrn ANT\TACY\nf,R $r\-*- Jlre crnnunclcltor sltoll be cr grc'phlc slylo FAA serles os rlcrnufccfured bY WSA. Tho grophlc loyout of 1l'le onrltlrlclotor rrlust bs cleslgned t,rllt"re crrtnunilolor rlrclrtruf<lclurer orrd submilled io the ;#;r;;ili; ","ii'rrect or ertgitreor for flnol opprovol' lr,ll oroohlc lnforntollort ls to be white photo emulslon iltY"i)Hprieir io,i rla-lrrch smoke<j plexlglos foce ot i;; 1'-ri" id;tortufocturo' llte qrtrtunclotor foce wlll be "ior""GO bv I / l ollt-lnch cleor no{l glol6 plexlglos enclosod lrv on otCr,rttclurol-groy extrudecl oluminttm frome' Tlre onnunclotor sholl bo polnt bock-llglrled ond use ioctet-,t',rr'rtltecl LEDs lo f<rcllltolo ony fulrtro crhongos' [E6'iir.r"ri'ijL .ju.trroore ln flvo colors: red' orongo' vollorv'.- 6i"J. o^o green. lnccrndescer)t llghts ore trol occeplcJble' Ihe onnunclolor sholl be grophicolly ond electronlcolly exoondoble, Fleld updolSs of grophlc lnformollon must be X.It."rtrr6lni"u"r,iniiuseof f oc-iory-supplledplroto-emulsion :il"rio; [rt. rfi"r" exlenslve chonges (noJor mocJiflcollon ;';;;hi;;remenri, oddlng or cleietlng LEDs' otc ) musl.be i"itr6i. trlflout requtring fu-ll replocerrent of ihe otlglnol I - ii"i. Molor clrnnoes lo llre ctnnunclolor, when 5;;;;";";;b w irib- ""ntroctor otrcj rnorrufocl urer' shcrll be l"."ffprrsneO oi tl'o fctctory wlthln o 48-hour perlod' Bockboxes wlll be foctory-pohrlod wlth o.block two-port ;;;;;dA;iloiv "no r,"ue provlslorr for elllror recossecl or ii,rr".J"i5.,rrtirrg, Bo-kboxes must be crvcrlloble for shlpmenl i. inJ iou slto c:tjlre e<rrllest clole roqulrecJ by tho conlroctor' iiont rjoners rnust be <leslgned for c;ulck fully cotrceolled U;lt-#;ilrrcninent to lhd bockt>oi foltowlrrg completlon of finot fleld tetmlnotions' The onnunclotor sltoll operole orr 24 r"olls DC or less ond bJ.iidbl; of onn,-rn"iollng nrore lhonone system' The, oiinirijtiot"r shoil hove provision for ilro incluslon of swltches lo perform ouxillory functlons os requlrocJ' All electronlcs wlll be osornblecl otr fcctory-slondotd ciicult ooorOs. lnlerconnection of clrcull boorcls sholl be oJl"rtlplrsned by the use of qulck-cJisconnect wlre horness oss6mO'ffes, The bnnr-rnclotor iholl lrove lermlnol sttipswlttr [,:f,l-O"wtl clcrrrl.is thof occept 14lo 22 Sot]99 wlre ' Tto- -ponel slroll hove o lornJr tesl puslr-trulton switctl lhot' wllon depresser,l, crctlvotes oll LEDs. All eleclronlcs ntusl be foctory rrtoutrled to o rnetol Oiif,nlorie th<rt wilt be mouniecj to the bockbox ot lhe linre oirinSionnunctotor tnstoil0ilon, Alt fletcj connecltons to lhe il"lr,pron"|.i-.lrsi oe rnooe lhrouglr system-slondord lermlnol "rrt'ic' All frorrl oortel LEDs mtrst b-e connected to the O"[-X"f"'ie W crulck-cllsconnect rlt)t]on cobles' All front ponei r*rttn6s inLrst utlllze qulck-p-lYg-ln clrcult boord bortrteciors, The onnunciolbr stroll ttilve o plezoelectrlc okriin. 1.rbJn ony lnput lo llre ottnunclotor, tho oudlo-olert iir"riioutio contfnuorrsly unlilsilenced by o nromentory key or pustr-buiton swltch' Tho qnnunclotor mtrsl be tjt. clnd Coliforrrlo Stote Flre Morshol llslecJ. Architecturcrl ond Engineering Specifidotions tAA Series Grophic Annunciotors }}:*SA H! fi'Hbv'|cdo zds quffil6s 1It 1!z1r1It l4 12 10 18 r6 t4 t2l6l412t018l612l0l8t6l412l018ypesl8l6l4t210l8l6t4 )A 156Ls'l 122 95 ?s75vII59070l8l4403t6550 216 16913210455439776l9153426 18683tt4294716 1691044376t526 79 72 129 ll8575320t83230llt0 1297957ll2032 126 109776632275649ltt020l7 63 49 27 20 t23 IM 81 448554636t9l57519l6t2753l2620lln9't 4 3 6865494210681l7473630976l6t2l02720 lffi 90 71326555432'1 23 l8 47 40986l6t411 60 46 99 75443497l5l225l9 80 6236284938l020l675t2 1632t615210067353248182158III73248553925t7103894l2832t4964 Table 2. Maxlmum Number ol Flxturo Wlreg ln Trade Slzer ol Condult or Tublng (40 Percent Fill Bascd on Individual Diameters) c,tNoCondult Tradc Slzc PTF, TTFF, PGFF, PGF, PFF, PF, PAF, PAFF,ZF,ZFF TFFN TFN sF-l SFF-I TF RFH-I TFF AF SFF.2 sF-2 FFH.2 RFH.2 KF-KFF.I, KFF.2 out outer covering) I RH,rHHw I Condun or *itfill"Yn '*rlirt (tl I tz) THW, rer;6offiflJl;rtn_ 2 10 34 110 z Ioz F m ffio{t6 Foo0m Table 3A. Maxlmum Number ol (Based Conductors ln Trade Slzee ol Condult or Tublng on Table I 'ChaPter 9) Tradc Slzc 106 78 51 4l 35 29 23 20 18 l6 l4 oI !-{m! a0 I -{ 6 6ut o mr =! Fo t0 9 {otto I Note l. This is for concentric stranded conductors only. Note table 543!t321lt211lzllrI1r!z Conductor Slzc AWG/kcmll I t08176 t84 171 l3t 62 9 7 5 2 t4 t2 l0 8 133 163 85 192 157 tz'l 66 143 lt7 95 49 142ul n5 40 93 16 61 32 99 ?8 60 28 65 53 4! 60 41 36 17 40 32 26 t3 44 35 26 12 l9 10 't< l9 l5 7 t3 1l 5 l5 l2 9 4 I 6 3 6 4 4 t 7t62 47 -.-14t2 l0 8 48 36 36 21l0 7 7t4 3 z II I6 4 39 40 34 ?5 3l 27 l9 23 20 t4 l5 l3 9 l6 t2 9 6 I I tt 1 3 3 7 I 1 I I 4 3 I t I I 7 I I I I2J0 3/0 4/1) 29 24 20 6 l4 t2tl 9 l8 15 l3 9 8 7 6 7 6 5 4 t4 t2 10 5 4 4 3 2 l0 9 1 1 6 5 3 3t I 5 4 3 t 1 I I I I I I I I I I 1 I I I t 350 400 500 1 1 6 4 4 3 3 ) 2 I I 1 700 750 2. Conduit frll for conductors with a'2 suffix is the same the dimensions in Table 5A shall be used. RADIONI CS D1256 Fire Command Genter and D1257 Fire Alarm Annunciator lnstallation lnstructions Before You Begin Description Before instatling the D1256 or D1257 you should be familiar with the Operation and lnstallation manual and Program entry Guide tor the control/communicator you are using When using the D1256 or O1ZSZ with the D91 128, the software must be Revision 2.1 or higher. The D1256 Fire Command Center is a lour-wire serial device used with the Radionics Dg124 Addressabte 24 VDC Fire Control/Communicator, and the 091 12 and D7212 control/communicators. The D1256 provides annunciation as well as system control' Fourlunction keys on the D1256 provide quick execution of alarm silencing, trouble silencing. annunciator display reset, and sensor reset lunctions. Four navigational keys on the D1256 allow access to a:stom programmed Junction lists to provide complete system control. The Dl 257 Fire Alarm Annuncialor is also a four-wire serial device used with the Dg124, Dg112, and D7212. lt provides remote annunciation withoul system control capability. lt is well suited lor use in locations where the public may have access to it. Two keys on the D1257 allow the user to step lorward or backward through a list ol system events. Display Both the D1256 and D'1257 leature a 16-character English language display, with custom programmable text, The custom texl is provided through programming the controu communicator. Both display lhe latest status conditions ol the fire system using words, numbers, and symbols. When an alarm occurs, it is displayed until the user acknowledges the event al a command center. When a series ol events affecting the system occur. each evenl displays in order ol its PrioritY. Audible Tones Both the D1256 and D1 257 have a built-in speaker that produces several distinct warning tones. The speaker volume can be changed by adiusting the potentiometer. Turn the potentiometer clockwise to increase and counterclockwise to decrease the volume. You cannot connect external annunciation devices lo the annunciators The following signals are silenced by pressing lhe correct key at the D1256 Fire Command Center. D1256 anci D1257 lnstallation lnstructions Page 174-0692s-000-A 9/93 ,o 1993 Fladionics Fire Signal lnvalid Key Buzz Keypad Encoding Tone Trouble Buzzer When the system is in alarm, lhe annunciators emit a pulsed, high pitched "bell" tone. When an invalid key, or sequence of keys, is pressed, lhe annuncialors emit a llat buzz tone. The D1256 emits a muted beep tone as each key is pressed to indicate that the entry has been accepted. To disable lhis feature, see seltlng the DIP switches. When a trouble event occurs, such as a service alert, the annuncialors emit alwo tone warble u ntil you press the " i rouble Silence" button on the D1256. Switch Settings + A six-position switch located under tfre D1256 and D1257 cover allows you lo select the address of each annunciator and silence the keypad encoding tones. To access the switches, remove the lront cover. Using a smallllat-bladed screw-driver, gently push in the two bottom tabs ol the enclosure cover. As the tabs are pushed in, lift lhe cover away lrom the base. . Set the switches as follows: Address # Switch 1 2 3 4 5 6 Address #1 Address #2 Address *3 Address #4 Address #5 Address *6 Address #7 Address #8 ON OFF ON OFF ON OFF ON OFF ON ON OFF OFF ON ON OFF OFF ON ON ON ON OFF OFF OFF OFF ON ON ON ON ON ON ON ON LLtLozo IJJz tJF oz 6oOz LJJ ON ON ON ON ON ON ON ON Mounting the D1256 and D1257 The annunciators are low profile, sudace-mounled units molded in durable red plastic. They can also be mounted using the following optional packages: . D56 Command Center Keypad Conduit Box - Protected surlace mount or flushmount . D54B Command Center Flushmount Kit (Brass) D54C Command Center Flushmount Kit (Stainless Steel) Mouttlng Locationsz Do not mount annuncialors in a location where they are exposed to direct sunlight. Direct sunlighl can intedere with the display screen's visibility and damage internalcomponenls. Do not mount the annunciators in wel or moist locations. D1256 and D1257 lnstallation lnstructions Page 274-06925-000-A 9/93 O 1993 Radionics Wiring the D1256 and D1257 A lour-wire llying lead is required lor the data and power connections between the annuncialorsand the conlrol/communicator. The annunciators come with a wiring harness consisting ol lour color-coded {lying leads with a female lour'pin connector plug al one end. To wire the D1256 and D1257: 1. Power down the control/communicator. Z. Connect the llying leads ol the wiring harness (provided) lo the wires lrom lhe panel. 3. Using a small flat-bladed screw-driver, gently push in the two bottom tabs ol the enclosure cover. As the tabs are pushed back, lilt the cover away lrom the base. 4. Set the switches as shown in Swilcft Seftings' 5. Turn the command center over and plug in the wiring connector lhrough the opening in the back of the enclosure base. 6. Mounl the annunciator's base to the wall. secure it in place using the lhree mounting holes inside the enclosure base. 7. Replace the cover. Align and insert the top two tabs ol the enclosure cover into the top two tab slots of the enclosure base. Hold lhe top edges o.f the enclosure cover and base in position. Push the tabs inward and press the enclosure and cover together until the cover snaps inlo place. re Cable lrom r', D9124 Motherboard 12 VDC (terminal 1) Data Out (terminal3) Data ln (terminal 4) COMMON (terminal2) r-wire C lrom D91 1 2 Panel terminal 3 to terminal 3'1 to terminal30 to terminal 29 to 12 VDC (red) Data ln (yellow) Data Out (green) COMMON (black) Figure 2: Wiring Connections Programming the Control/Comunicator The Command Center, User tnrcrtace, Command Menu, and Passcode Worksheet s'ections ol the control/communicalor program determine the annunciator displays and lunctions avaitable lrom the D1256. Key points to consider are described below. Command Center Assignment 1. Command Cenler Text. The D1256 can be used on any one of the eight (B) addresses in the control panel. The following describes programming lor one D1256 assigned to Command Center #t. Z. Supervision. Cerlain local jurisdictions may require that lire system annuncialors be supervised. ll this is a requirement in your area, set supervision to YES forthe addresses that use fire alarm annuncialors. 3. Scope. The D1256 is designed to acknowledge lire alarms and lroubles, not burglar alarms and troubles. Sel lhe scope.lo include fire areas only' 4 Area. Program the area number of the ltre area (s) as normal' D1256 and D1257 lnstallation Insttuctions Page 374-06925-000-A 9/93 O 1993 Radionics Area Text Refer lo example 1 on page T lor an illustration of the following. 1. Area# ls On - PRESS ALARM SlL. Fire area should remain inthe OFF state at all iimes. lf through misprogramming a fire area becomes armed the "PRESS ALARM SlL" display will show on lhe lire alarm annunciator. Pressing lhe ALARM SILENCE key will both silence any alarm(s) and disarm the area. This will cause the fire alarm annunciatorlo again display the normal"' FIRE SYSTEfiJI '" display. 2. Area # Not Ready - CHECK FIRE SYS. Most fire alarm areas willconsist ol all24' hour points and therelore the "Area # Not Ready" display will not be used. ll a controlled point type is used for some type of lire supervision device , and the device becomes off-normal,lhe "CHECK FIRE SYS:'message will appear on the lire command center. '3. Area # ts Otl - ' FtRE SYSTEM'. This is tfie normal idle'text lor the lire alarm annu nciator. 4. Area # Acct ls On - . The "Area # Accl is On" text is not used in the system. Custom Funclion These items must be programmed as indicaled in the D91128 Program Record Training Sheet lor the DgI24 (74-06802-000) to make the D1256lunction keys operational. The passcode 125600 has been chosen lor the following examples, allhough any passcode D4y be used, Refer to example 2 on page 7 lor an illuslration of the following. CF 128 - ALARM SILENCE ? - Key stroke - 125600E. This custom lunction will be l/ programmed as the lirst tlenu i1em. lt will be executed wfien'the*ALARM SILENCE" key is pressed on the D1256. The key slroke entry ol 125600E willbe seen by the control panel as a valid passcode entry in the area having the authority levelto silence a ringing fire bell in the area. The "E" al the end ol the string represents lhe , Enter key. .2 CF 129 - TROUBLE SILENCE ? - Key Stroke - A4CC. This custom iunction will be programmed as the second item in the Menu and will be executed whenever the TROUBLE SILENCE key is pressed on the D1256 This entry is equivalent to the .-.-, execution o1 a Command 4 at the D1256. 3.'' CF 130 - DETECTOR RESET ? - Key Stroke - A47 This cuslom function willbe'' programmed as the third Menu ilem and will be executed when the DETECTOR RESET key is pressed on the D1256. This entry is equivalent to the execulion ol a Command 47 at the D1256. 4. , CF 131 - ANNUNCIATOR RESET ? - Key Stroke - 125600C. This custom f unction will be programmed as the lourth command menu item and will be execuled when the ANNUNCIATOR RESET key is pressed. The eflect ot this function is to clear the "View Memory" buff er. lt does not clear the event out ot lhe 500 event log contained within the panel. (The ability lo clear the alarm memory by enlering a valid passcode and the ESC key will only apply with D9112 Revisions 2.1 or higher). D1256 and D1257 lnslallation lnstructions Page a74-06925-000-A 9/93 O 1993 Radionics Menu Reler to example 3 on page T lor an illustration ol the following. 1. Menu ltem and Function. Radionics recommends that you program the f irst ten menu ilems as indicated below. The lirst lour menu items must be programmed as indicated below tor the D1256 lo f unction properly, The lirst lour keys on the D1256 annunciator execute lhe tirst lour menu fiems turned on at the command center address. Menu items live through len are optional lealures lhat you may or may not want to program into the D1256 system. Menu items five through ten are explained in the D1256 Use/s Guide as optional leatures. See the User's Guide lor further explanation of these items. Programming of items live through ten is optional. ' Menu llem Function Description 1 128 ALARM SILENCE-_ ? 2 129 TROUBLE SILENCE ? 3 130 DETECTOR RESET ? 4 131 ANNUNCATOR RESET 5 9 VIEW - MEMORY- ? 6 10 VIEW PT STATUS _ ? 7 12 FIRE _ TEST - ? 8 21 VIEW LOG - ? g 29 REMOTE PROGRAM ? 10 32 DISPLAY _ REV ? 2. cc Address #. Program command cenler addresses to YES tor the first four menu items and optionalti program menu items five throughtenas YES. Passcode Worksheet Refer to example 4 on page T lor an illustration ol the following. 1. passcode. A special passcode must be programmed as a valid passcode lor the system to work. This passcode is used in cuslom functions 128 and 131 , Any user number may be used to establish this mandatory valid passcode. lt must additionally be created as a valid passcode in the area the D1256 is assigned to. Radionics recommends using aulhority level 14 in conjunction with the passcode you choose (see Authority Level Selections). User lnterlace Reler to example 5 on page 8 for an illustration of the lollowing' 1. Command Center Functions. The lollowing command cenler lunction must be turned on to enable the DETECTOR RESET keY #27 Reset Sensors It is suggested that the items below be included in the menu' #9 View Event Memory ' #10 View Point Status #12 Fire Test #21 View Log #29 Remote Program #32 Display Rev D1256 and D1257 lnstallation lnstructions Page 574-06925-000-A 9/93 O 1993 Raciionics Note: lt is important to enable each ol these items with an "E" and not a "P." lf any ol the above items are enabled with a "P" then a custom function musl also be established 10 execule the menu item from the command center. This custom function would include the appropriate embedded passcode to let the system function. For example, il View Event Memory were to be passcode protected and the chosen piasscode was 125600, the macro string would be A40125600E. Consideration should be given lo passcode protecting the command center tunction in combined burglary/fire applications. 2. Aulhority Level Selections. Radionics recommends using authority level 14 in conjunction with the passcode you choose. Any authority level may be chosen but the only lunction enabled wnh an "E" should be the "PASSCODE DISARM" function. Do not enable lhe "PASSCODE ARM" lunction. ll is not necessary to enable any other lunctions at lhe chosen authority level unless any ol the command center lunclions have been locked with a "P" Jor passcode required, CAUTION! Furlher customizalion may be required il the D1256 is located in an unsecured area, or il D1255 Command Centers are installed in the system. The lactory loaded program tor the D9124 makes these functions available withoul requiring a passcode entry. ll,lor example,lhe D1256 is located in a secure area, but D1255 Command Centers are also installed, you may want to restrict command center {unctions by requiring a passcode in 9::' 5c:'je.- 5-'.:J:r'i.:. Once restricted, a passcode with an appropriate authority level must be entered in Custom Function Ke;r Si'ere"* along wilh the key strokeslo make lhe function keys operational. Finally, inlhe Command Menu you would show the lunction numbers lor the Custom Functions controlling the lunction keys ONLY at D1?56 addresses in secured areas Funclion numbers lor standard User lnlerface command center functions can be programmed in the Command Menu lor D1256 and D1255 addresses. Remember to enable functions only as appropriate for the command center at lhe address. The D1256 does not have numeric keys. so it can nol be used to access functions that require a passcode. 01256 and D1257 lnstallation lnstructions- Page 674-06925-000-A 9/93 'e 1993 Radionics ) Examples Example 1. Area Texl. Area 1 Area#lsOn Ff: t Area # Not Ready C ir' € Area # ls Oll rt i r ii:;l'lSi,-€ S'rSs1{,41 - Area 2 Area # Acct is On - Example 2. Cuslom Funclion. Text CF128 A L A r?. tt1 CF129 C n 6 C i( cF130 Ltt'! (. c'l cF 131 A lt l,t r"' lt Example 3. Menu Menu ct0t 5:i it,'] L t.r I /\:itt S'r' c 0 irtLi t ritt O ri: r.: ,' ,l 'T t-tt 'L,1 qC ;l ,', 1n'a ral:,:-' C€e F:ti',t'! b c e ril c t:, ct o c.-- ) ,tlgnu lem Function Aciciress 1 cc Aciciress cc AdCress e2 cc Adoress 1 cc Aooress 5 A9DaESS 6 Adoress 7 Address 8 1 2 3 4 E 6 7 8 o 10 11 'ii ,it' Yes / No Yes / No Yes / No Yes / No Yes / No Yes i No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No yss / No Yes / No Yes / No yss / No Yes / No Yes / No Yes / No Yes / No Yes r' No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes i No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No Yes / No yes / No Yes / No yss / No Yes / No Yes / No YeS i NO yes / No Yes / No Yes / No Yes /No Yes / No Yes i No Yes / No Yes / No Yes / No lss / No Yes / No Yes / No yss / No Yes i No Yes / No Yes / No Yes / No Yes / No Yes / No yss I No Yes / No YeS i No Yes i No Example 4. Passcode Worksheel Passcode Worksheet User Flao User Passcode User Window Area Auth 345612 78 User lt{ame 000 001 00 01 'r il 15 15 15 15 15 15 15 15 Duress Selections: 1 or 2 ) D1256 and D1257 lnstallation lnstructtons Page 774-06925-000-A 9/93 O 1993 Radionics Example 5. User lnterlace User lnterface Cmd Center Function Blank=flieahlcd / tr-Fnahla / P-Precnn/'lo Authority Level Selections Blank = Disabled / E = Enable 1 )als A 7 n o 10 11 12 13 14 t( #Functlon Command EIP 1 Disarm l> 2 Master Arm CMD 1 3 Mstr Arm lnsl CMD 11 4 Perim lnsl CMD 2 5 Perim Delay CMD 3 6 Watch Mode CMD 6 I E 7 Perim Partial CMD 8 li I View Area Stat illii E o View Event Mem CMD 40 €l I II E 10 I View Pt Status €trliiiil E 11 Walk Test CMD 44 I ll E 12 Fire Tesl CMD 58 €i | | !I E 13 Send Report cMD 41/42 It I E 14 Not Used 15 CMD 49 €E 16 Cho Time/Date CMD 45 E 17 Chg Passcode CMD 55 !lll E 18 Add Passcode CMD 56 iil 19 Del Passcode CMD 53 E 20 Exlend Close CMD 51 Irl E 21 View Loo E ilii ti li E 22 Print Loq I rtlr ii E 23 User Cmd 7 CMD 7 E 24 User Cmd 9 CMD 9 E 25 | BypassaPt CMD O I 261 UnbypasaPt CMD OO iili E 27 i Reset Sensors CMD 47 €iiiiliiiri E 28 Relay Control CMD 54 rl I I E 29 Remote Proqram CMD 43 €i ll E 30 Move to Area CMD 50 I E JI Not Used jtli 32 Display Rev CMD 59 €iiiiril irl E 33 Service Walk iiii lrit;i /t E 34 Delaull Texl cMD 57 I llilll E 35 Chanqe Skeds CMD 52 E Force Arm P I Area O/C P Restricted O/C P ii Perimeter O/C P tlltri Send Duress P iri il iri Passcode Arm P I Pascode Disarm P iil llitl : i l€ 01256 and D1257 lnstallation lnstructions Page 874-06925-000-A 9/93 .e' 1993 Radronrcs Specif ications Power Nominal 12 VDC supplied by the control/communicator Current Required ldle: 104 mA Maximum: 206 mA, with annunciator lighted and warning tone on Wiring Four.wire expansion cable supplies Data ln, Data Out, +12VDC, and Common' Maximum dala loop resistance is 10O. Dimensions Base: 4.56"H x 8.15" W Cover: 4.3"H x 8.12"W x 0.816"D Color Fire engine red Display 16 character vacuum fluorescent display. Each character is a 14-segment unit. Sott blue color. Operating Temperature 32o to 122o F (0'to 50"C) Relative Humidity 5 to 85% @ 86'F (30"C) D1256 and D1257 lnstallailon lnsttuctions Page I74-06925-000-A 9/93 e 1993 Radionics Rodionics T HE O UA LITY L EA DER Radionics, lnc., 1800 Abbott Street Salinas, CA, 93901, U.S.A. Technical Support: (800) 538-5807 r\r The Fladionics logo is a registered lrademark of Radionics, lnc., Salinas, CA' U.S.A O 1993 Radionics, lnc., Salinas, CA, U.S.A. All righls reserved. RADI ON ICS D125B Powered Loop lnterface Module Operation and lnstallation lnstructions Features Description Operation Two separate powered protective loops Suitable lor 12 or 24 VDC, 2 or 'wire smoke detectors Up to 50 2-wire, 12 VDC glassbreak detectors per loop Loop troubles and alarms transmitted individually to the control/communicator panel Command cenler or central station reset capability with the Remote Account Manager (RAM) UL listed CSFM and NYC-MEA Pending Figure 1: ,1258 Powered Loop lnterlace Module D8112/D9112: 12 VDC Mode: tn this mode, the D8112 and D9112 Switched Auxiliary Power output (terminal 8) supplies power to the 01258 Powered Loop lnterface. The switched power output allows all detectors connected to the D1258 module to be reset by interrupting power' The D1258 Powered Loop lnterf ace is used to connect up to two 2-wire powered loops to separate on-board points on a D7112 or D91 12 or separate protective zones on a D81 12' Tlrese loops are powered with nominal 12 or 24 VDC lor compatible smoke detectors or glassbreak devices. You can also use any dry contact device with the D1258 Powered Loop lnterf ace. a a D 1 25 B Operation E lnstallation Jnstructions Page 1 o oo RV2 T8t/Jr 10 o (lIfD\"' liR;;;fiTfl*"'. !! RV3 o E; n i,: fi{{ D1 258 PTC,I APTC2 A 74-06616-000-B 5/93 O 1993 Radionics Operatior (continued) lnstallation D7112:12 VDC Mode: With a D7112,switched detector power is achieved by using an auxiliary Ot S0 Relay Module. The relay coil connects to one side of the panel lire loop (Point 1) and a panel common (see Figure 3). Power is interrupted for a programmed time ol up to 75 seconds by entering Command 47 atthe command center. See the D7112 Operation and lnstallation Mariuallor detailed operation instructions. Do not connect any devices to Point 1 when using the D130 Relay Module. D7112, D8112 and D91 12:24 VDC Mode: A separate UL Listed 24 VDC power supply must be used when using 24 VDC detectors. rUse.a D130 Relay Module to reset 24.VDOsmoke detectors with CMD 47 (see Figures 4 and 6). The D1258 module mounts in the D7103, D8103, D8108A, or D8109 enclosures. Use the''- rnounting'screws'provided. Onty the'D8l08A-and DSl09"enclosures are suitable for commercial lire applications. You can also use a D137 Mounting Bracket lo installthe D125B. Wiring Loops The D 1 258 Powered Loop lnledace'hastwo J,oop irputs.These are labeled : Loop A Loop B A+ LOOP (Terminal9) 8+ I-OOP (TerminalS) A- LOOP (TerminalT) B- LOOP (Terminal6) To supervise lhe loops, inslall an end-of-line resistor beyond the last detector of each protective loop. lf you are replacing a D125 or D125A module with the D1258, you can use tbe 1.SkO resistor (RPN 15-03130-000) installed withthe original system. lf you are installing a D125B in a new system or in an existing system and adding additionaldevices, use the 1 .8k0 resistor (RPN 15-03130-006) supplied with the module. The D1258 shorts the protective loop on the panelwhen the high (+) and low (-) side ol 'either module loop is shorted logether orrvhen a snroke detector activates. The D125B opens the protective loop-onlhe panel during the following conditions: . Either ol the module protective loops are opened. . The D125B lnterface module is not powered. - Either{he{rgh (+) side ol the loop or the low{-J side ol the loop is shorted to ground. When programming lor fire applications, refer to the appropriate control/communicator Operation and lnstallation Manu al. Application Do NOT mix't2 VDC and 24VDC detectors on the same D1258 module. Do NOT use lerminalS lor silent alarm output when using D8112 Switched Aux Power. D1258 Operation & lnstallation lnstructions Page 274-06616-000-8 s/93 O 1993 Radionics l Wiring Figure 3: Wiring the D7112 ln the 12V Mode D1258 Operation & lnstallation lnstructions Page 3 Flgure 2: Connectlng the Detectors to the D1258 Figure 4: Wiring the D1258 to the D7112 in the 24V Mode \ 10 I I 7 6 5 4 3 2 1 NOTE O€SERVE POIANTYWH€N WIHNG OETECTION LOOPS, OO NOT Cn6S LOOP AAND LOOP B COa|{ECT1C'{S. Fu{cTtol{ (*) POsmvETo looPA (.) DEIECIoFa (.t POSFTVETO LooPl(+) DErEgrORs (-) NEG^rrvETO LOOPA(-) OEI€CTOFS (-) NEGATTVETO LOOP I C) DEIESTOnS D130 RELAY MODULE ^^ PANELz6 coilMoN INAL D7112 24+ -, r.cKo EOL RESISTOR a PANEL" coMMoN < +AIJX- PowER D7112 CONNECTIONS Dl30 FIELAY MOOULE .. PANELzB cotttot a PANEL' COMMON EARTH GROUNO 07112 23 21 + 25B INAL ""'.7 r.8K O EOL RESISTOR 74-06616-000-8 s/93 O 1993 Radionics Wiring (continued) Flgure 6: Wlring the D1258 to lhe D8112 and D9112 ln the 24V Mode Flgure 5: Wlrlng the D1258 to the D8112 ang, D91121n the 12V Mode 01258 Operation & lnstallation lnstructions Page 4 10 9 I 7 6 5 1 3 2 1 BC'TH D8112ANO D91.I2 D1258 TERMNAL BLOCK D81r2cot*{EcTtot{s l OR D8rr2 coit{EcrK}rs Ft}{CTlOll Errrx onouto LOTEr OBSEE E POLARITY WIIEN WIRING D€TECTION L@PS. Do NOTCBOSS L@P A ANO LOOP B CONNECTIONS. ONLY CONNECT TO ONE COMI|cN AT THE PANEL CONNECT IO PROTECTIVE ZOIIE'FOINT CONNECT TO PROTECTIVE ZONE/POINT AUX POWER swficHEo Aux PowER D8lt2/09112: USE TERMNAL 8 FOR 2 WIRE LATCHING DETECTORS. THE O811?TUST HAVE A RELAY IN SOCKET K8, THE 09112 MUST HAVE ARELAYIN S@KETJ9, 10 I 8 7 b 5 4 3 2 1 + UL USTED 24V POWER SUPPLY BOTH D8112AND D9112 D8112. CONNECNONS Dl30 FELAY IIOOULE @ -l I I I I I I I f I I I I---? I I I FUNCTION COMMON Dl258 TEFMINAL ELOCX D|112cc!{NEcttoNs EARTH GROUNO ONLY CONNECTTO ONE COMMONATTHE PANEL CONNECT TO ON-BOARO POINT CONNECT TO ON.BOARD POINT €WITCI{ED At X POWER ON D8'f?/!t9r'12 MUSTEEPFOGRAMMED AND HAVE RELAY IN SOCKET KUJg. 74-06616-000-8 s/93 @ '1993 Radionics Specif ications Operatlng Voltage: 12 VDC: (Nominal) Supplied by the control/communicator 24 VDC: UL Listed 24V Power SuPPIY such as Alarm-Sal. Model AS/PSS-BFS-24-UL Number ol Radlonlcs 2.Wlre Detectors: 12 VDC:25 24 VDC:80 Number ot Detectlon Systems2'wlre Detectors: 12 VDC:20 24 VDC:60 Number ol.System Sensor 2'Wre Detectors: 12 VDC: 10 24YDC:40 Reler to the appropriate control/communicator Technogram detailing compatible smoke delectors trlax. Operathg Curient: 12 VDC Non-alarm (idle) 22mA 85mA 85mA 147m4 12mA 12mA 1.7mA 80mA' 80mA' 150mA' 'After 2mins. 23mA 23mA 24mA 24 VDC 42mA 1 68mA 1 68mA 292m4 23mA 23rnA 2.5mA 55oA 55mA 85mA 45mA 45mA 46mA Alarm (Loop A) (Loop B) (LooPs A+B) Open (Loop A) (Loop B) (Loops A+B) Short+(Loop A) (Loop B) (Loops A+B) Shorl-(Loop A) (Loop B) (Loops A+B) D1258 Operation & lnstallation lnstructions Page 574-06616-000-8 s/93 @ 1993 Radionics Rodionics' @ 1992 Radionics, lnc., Salinas, CA, U.S.A. All rights reserved rM The Radionics logo is a registered trademark ol Radionics, lnc., Salinas, CA, U.S.A. Radionics, lnc., 1800 Abbott Street, Salinas, CA, 9390.t, U.S.A. Customer Service: (8OO) 538-5807 RADI ONI CS D928 Dual Phone Line Switcher Operation and lnstallation lnstructions Before You Begin The Dg2g module is used with Dg1 12 and D7212 control/cOmmunicalors. The controv Communicator must OJequippeO with lirmwareieuision 2'95 or higher. Use Command 59 lo delermine the revision currently in use' Belore you insrail the Dg2g you should be lamiliarwith the operation and installalion manual andtheprogramentryguidelorthepanelyouareinstalling. Description The Radionics Dg112 and DTzlzcontroucommunicator panels use the D928 Dual Phone Line Switcher to lransmit over a second phone line when ine primary phone line is taulted' The panel monitors the primary line and the 0928 monitors lhe secondary line' ll a signal is generaled and lhe p.nti.tnids thaf the primary phone line is bad' lhen it will allempt t0 use the secondary phonJ tine fo send the meiiage' For lurlher explanation' see the Communication Faipre section ol the appropriatE Operation and lnstallation manual' lf troubte is delected, the panel keeps the laulty phone line in memory' lt the primary line is lound to be electrically fauhy, lhe D928.switches to the secondary line anC reportsine tautt, W',tn1n. Modem tilormat, the panel sends a PlioNE LINE FAIL message ter the D6500. The second line ol t;e ieF,ort indicates';.'ltich phone line is in irouble' When using BFSK, the panel sends a TR9UBIE zN B lor trouble on the primary phone line and a TR9gBLE zN C ior trouble on the secondary phone line' The D928 uses the primary or secondary phone line to dial a primary' backup' or duplicate phone number, Groundstart SyStemS; You cannol uSe the 0928 on ground start systems lor commercial lire applications. CPU Failure Annunciation StAtUS LEDS Dgz8 lnstattation Manual Page 1 The D928 module haS a CirCuil rhat monitors lhe panel's cPU (Gentral Processing unit) lor proper operation. ll the CPU lails, a buzzer on the D928 sounds as does a sounder in lhe panet. You cannot reset this 'warchdog" sounder while the cPU is failed' The D928 only itops sounOing when the panel's CPU returns to normal operation' Four LEDs mounted on fhe lronl edge ol lhe D928 module indicale primary phone line lailure, secondary pnone line lailure, lailure 10 commUnicate, and AC power stalus (see Figure 1 ). When programmed and operatingnormally, only the green AC power slatus LED should be lit. 74-07040-000-B 1t94 € 1994 Fadronics lnstallation Phone Line Failure LEDs Two yellow phone line status LEDs (one lor the primary line, one for the secondary line) light up when phone line voltage drops below 4.5 -7.5 VDC without a corresponding 8-13 mA increase in current. The panel monitorsthe laulty lelephone line lorthe programmed interval belore indicating a trouble condition. For more inlormation, see the descriplion of is,?c.:e Supv Tims in lhe Program Enlry Guide. Failure to Communicate LED A yellow LED lighls up when the panel goes inlo communications failure, The LED is cleared when communication reslores. AC Power Status LED The green AC power status LED lights up when the panel is running on AC Power. When AC power is not available, it is not lit. Hardware/Software Com pati bi I ity Make sure that the control panel board hardware has part number 04-05958-004 printed in the lower right corner. The panel's operating soltware must be revision 2.95 or higher The D928 is nol compatibte with lirmware revision 2,91 or lower or control panel board hardware revision 04-05958-003 or lower. Mounting The D928 Dual Phone Line Switcher mounls inside the D8103, D8108A and D8109 enclosures. Fasten the module lo the inside ol the enclosure with lhe screws provided. When usirrg the D928 with a rire system, it must be mounted inside an enclosure that is UL lisled lor lire, such as the D8108A or D8109 Enclosure. Wiring 1. The D928 has lwo llying leads. Connect the green lead to Terminal 1 or 2 on the panel lo monitor AC power. 2. Connect the black lead on the D928 to Terminal 10 on the panel. This provides surge proteclion lor the lwo incoming phone lines. This is also ground relerence for the AC LED. Phone Connections 1. Plug one end ol the ribbon cable provided with the D928 into J4 on lhe D928. Plug the other end into J2 (AoCESSORY) on the panel. 2. Plug crne end o{the D162 (2') phone cord provided with the D928 into J3 on the D128. Plug the other end into J3 (TELCO) on the panel. 3. Plug one end of a 0161 (8') or D1€2 (2') phone cord into J1 on the D128. Plug the other end into the RJ31X lor the primary phone line. 4. Plug one end of a D161 or D162 phone cord into J2 on the D928. Plug the other end into the RJ31X lor the secondary phone line. D928 lnstallation Manual Page 274-07040.000.8 1t94 e 1994 Badionics Programming To use the D928, program Twc Phone x-lnes and Phcna supv.Timein the control panel. see the phon-e section in tne approfriate Program Entry Guide lor programming instructions CONNECT TO ACCESSORY CoNNECTOR (J2)WTH RIBBON CAELE pxbne JAcK To PHONE LINE. PFIMARY RJ31X \ secoNonRv- FAIL LED GREEN. TO TERMINAL 1 BLK. TO TERMINAL 1O AC POWER LED (GREEN) PRIMARY FAIL LED (YELLOW) (YELLOW) COMMUNICATIONS FAILURE LED (YELLOw) PHONE JACK TO SECONOAFY PHONE LINE. RJ31X PHONE JACK TO TELCO CONNECTOR BUZZER Flgure 1. Phone Cord and Wlrlng Connections D928 lnstallation Manual Page 3 ! l o H H 74-07040-000-B 1/94 e 1994 Radionics Specif ications Current Bequlred ldle (average): Maximum (average) Operating Voltage: 18 mA @ 13.8 VDC 100 mA @ 13,8 VDC 10.2 - 13.9 VDC Stalus lndlcators A sounder annunciales CPU lailure. LEDs indicate: . AC power. Primary phone line failure. Secondary phone line lailure. Failure to communicate Wirlng Connecllons 3 Dual modular conneclor phone cords1 Ribbon cable2 Flying leads (green, black) C 1994 Radionics, lnc., Salinas, CA, U.S.A. All righls reserved. n' The Radionics logo is a tegislered lrademark ol Radionics, lnc,, Salinas, CA, U'S.A. Rodionics Radionics, lnc., 1800 Abbott Street Salinas, CA, 93901, U,S.A. Customer Service: (800) 538'5807 GREAT WESTERN ALARM ANd COMMUNICATIONS, INC. FIFtE ^Al_qFrlvl lvlA.-rFr'l>< zOHZHB<OFIAHrFHz?trl E>a &o H H C)ztzz Ff (J O F1 zoH H Ha Fl &H trlO aFl F]pq Fl O Fl 14v)zO tu U)klE IIIITIATING WATERFLOW I INDICATOR OS&Y MANUAL PULL STAT]ON SMOKE AND HEAT DETECTION HOOD SUPPRESSION HVAC C]RCUIT TROUBLE 1636 Spring Street . Paso Robles, CA 93446 . (805) 238-9018 ' (805) 541'4470 &oH Hfl()uzOF =ztAzF4< trl Fl mHa rlnHazH oooc ooo ooo oCCo oooC C ooC o ooo o oo c61 . s61308 lA.oo2574 MARftU.DCEI.ITER Ftrc Alrrnr Syncfi.dod ,arilt t, lggl ltl EXntBlT r.Br- scoPE OF WORK I Contracror her€ln a8rees lo ltrrnlsh all labor, materials and equipmenl required as neoesslrry to complelc rhc nrstgrlrrn-mcn on Marlgold Ccnter in accordance rvith 0re plans, specifications and all aiplicable code requircmenis. SAFETY Conlrrclor shall pruvtde safe and,healfful rvorking condillons for all pcrsons and shall at all tlmes bc govcrned by rhc Willirmr- -Stclger0ccupational Safe$ end Health Acl of 1970, as amendcd to dnie. tle shalt lndemnify Marlgold Ccnter, tt C, r Callfornla Llmlted Llebility Company and CHQ Paclfic lt, tnc., a Califomia Corporarlon; quong Enrerpriscs; and Firs Bant &, Trunttainst all claims arislng from his non<onformance of the safely Acr. coNTRAcToR MUST HAVE wEEKLy sAFETy METTINGS AND PRESENT PRO,ECT ST,PERJNTENDENT WI1H A WRITTEN REcoRD oF EACH sUcH MEETING. CLDAfi.T'P Conhclor shelt clean up and rcmorrc all dcbris from the Job slte and shall keep the Job site ctean and orderly on r dally tasls. Contraclor hcrcby undentends and agr€es lhat if General Conlraclor is not satisfied rvilh Contraclor'r clcanup, he *'ill give Conlraclot tncnty-four (21) houn noticr lo correct lhe mailer. lf aller twenty-four (24) hours, eontraclot has nor cteanerl-up thelr d6ris lo lhe satisfaction of Geneml Conlraclor, then General Contractor may perform the cleanup on bchalf of Contnclor AT CONTRACTOR'S EXPENSE. Any cleanup done by the General Contractoi on behalf of Coninctor rlull be bllled toeonuaclor, and Gcneral Conlractoq at his sole oplion, may pay all costs associated thereMth on bchalf of Conlrrctor End (l) withhold qnd keep lhe amounl thereoffrom the paymenb n-xtcoming due hereunder, or (ii) demand rclmburscmenl rnd bclmmedlatety rclmbursed lhcrrfor by Contractor. Mlgcfrlsrrucnorrs t{oDoos oRtETs wLL TtrErOt SmE. pltxrftrois ooNTtt^ctoft OtrllWrrbffAlffnt 32 | CONIIIACTORADDRESS: 1636 sortns strccr/pasRdlffi 33 { I corrnreroRpnoNE: noJrrla-eorg 3J 36 | CUt.nnACTOn EIiEROENCy PHONE:739 ?o/B t 2 1 a 5 6 7 t 9 l0 ll t2 l3 il It l6 l7 It 19 20 2t 22 21 21 73 26 27 2t 29 301 3l tl 3t I coNm^croRFArc 39 BE ALTO$'ED ON THE JOB SrrE. RADIOS wlLL NOT BE ALLOII'ED TIO BE PLAYED ON z 36 qqza m | fl,ANsfaEpAREDBy: Dorutdpl&cnmdEnAfi 12 | PtAllsDArED: &Ulnlleillt 1t 11 I{rl 16 47 48 49 50 ,l s2 53 5l 5t 561nl rEl 59 60 6l 62 63 61 go.^NqlgJIRtq: sFfnrrrnF rqro hundrcd rewnty.nw dollnn tll5o oot ror cactt trtun dci---- CPNTRACT WONK NCLUDES, BUT IS NOT LIMMD TO, TIIE FOLLOWING: 4 +rylcta,fiEthm:qstcm r! rcqtddiylhcsas&il$$Efirlllpadllcg t:All rrlrlnr end couirrmnl rr rcouircd NOT':' Monlhlv rnonllodnl fcc lncludlnr ouartcrlv tcstlnr is tob: fprtv-Iivc and ndlfi) doilm (ffi COMNUCT WORK EXCLUDES: lf &nromdcorrdutrrrdorrllbo-es 8// a7yc4 /az 4ru r'1 /AIELL Alum- flIfil&nl.ollla -a,uui(r,aL) o^rcy Ta ,o rt 579rE4 A(or/two B7 otr64 Ahrm rcourirclmntr othcr then mrintleUnonllotln&ht.irlUrahuilrtilg l{oflct TNE lRIi IS REQUTRING TRAf WE PROVTDE TNEM A LIST OF TIIE CONTRACfORS ON TRIS JOBINCLUITING EAcn coNTMcroR's AIrDREss, pRoNE, TAx tDENTtFIcATtoN NUMBER ANtt LICENSENUMBEN. EXHIBIT'B'- SCOPE OF 1'/ORK PAGE I OF 2 FEB II ,37 12247 FROI,I RRNIONICS PAGE . AB I|tr4ryRADIONI CS D91 I 28 Control/Commun icator Control Features . Eighl Programmable areae Eight on-board Points. Up to 126 off-board points for . a total of 1U Points. Built-in digitel communicator o Real time dock and teet timer r Battery charging circuit and vottaga supervision . Automalic re$et circuit proteators r On-board wamlng buzzar for CPU walchdog faature . Four diagnostic LEDg . Ughming and EMI prctec{ion . Ponrer limitecl extemalcitcuits . ProgrammablE AC Supervision . 500 Event Log Communicator Features . Four telephone numbers for 6rent reporting' prcsrammabre phone rine Hl;ff,l#"FgsTr?Er"'o .t:il'x::ilT:r" monitor r Monitors 2 phone lines witli ' Centralstation reporting command c'enters optional D!128 Dual Phone r 31 poirrt indexes for cuetom o Cusfom "om-an'O center text Une Switcher point response ' Programmable tuslom . Prograrnmable for loop staft ol Fire Alarm verilicatlon Funationsf ground $tan phone syetems . Programmable loop reeponSe ' Fulllunc'tion command menu ' Programmable answering tnre ' 90 user pes€codeg macfrirre work-around for . Flre alarm inspestoCs lOcal r 14 anthority levels remote programming actess test mode r 15 ueer windows for passcfde PfOgfammable ' Watc*r mode " activation OUIFU1S r Automalic test andor status . Programmable user authori$ . 1p vDC, z Anrp Alarm Power rcporte to dtange' add' andor delete r Ararm ourput *''$11:"' ' fl:[11lF*;:1Ei:lx;f"-- HftTod's from dre command staady, Pulsed, clliflll ^ ino undypa*= pointe, Eet and . Point bypassing by ueer standard' Temporal code 3 Lset retays . Adjuetable brightness rorr Automatic belltest . windsrvs for auto arming, fail commano cerier display. tsell shutoff timer to opery'olose, let€ to cloee. 128 programmable relaye tone, op€n/elose rcport suppression. 7s-o6lo4-00o.A B/ge @nra o 1993'1gg€ Hadionircs FEB II ,97 12:5@ FROI,I RFIDIT]NICS Accessories (Continued) D520O Pragrammer Providee on-Eite prcgramming for D91128 and other Fladionlcs proclucts. D5300 Rcmote Accounl llanager ll Provides Remote Programming eapabilityfor D91 128 and olher Radionics products. Also used to relrieve events stored in Dg112Bs event log. FHGE . E,KJ4 D9112B Specifications Voltege lnput Primary: 16.5 VAC /m VA dass 2 plug-in transforrner Sixondary 12 VDC 7Ah EqnaEeable baflery Current Hequlnmente P-.arlel: 250 - 500 mA Auriliary Powtr OuPut 1.4 Amp @ 10.0 to 13.9 VDC (continuous eupply) Swltchad.-Agt_Ecw Current drawn lrom auxillary voltage supply, may be interupted (strvitched offl momentarlly from the command center ordudng dam verification. D136 Plug-in Felay requir€d. Alarm PowerOu$ute Steacly orjulead:2 Amps at 10'0 to 19.9 VDC on alarm. Output may be aGady, pulsed, Ca. Standard and/or Temporal Gode 3. Programmed by area. Altemate Alam: Cunent drawn lrom alarm power output (2 Amps at 10.0 to 13.9 VDC). D13O Plugin Relay requircd. Fire and Fire/EurglerY SYcGmr To ormplywith UL 985 and 864 lisling standadslorfire alarm eysterne (effec.tive March 1, 19891, the totttl combinedroondnuous and alarm ctrrcnt draw for lhe system during alarm condilionr must be limited to 1.4A (1400 mA) prcvidetl bythe prlmary poweranpply (r€stitbd AC). Tclcphonc Gonnes{ons One RJ3l X or R.J38X iack reguired for each phone line connected to tho D91 128. Two Phone Llnes: lnstall Radionics D928 Duel Phone Line $witcher. Supewision suppliecl. Ustings and Approvals Flre Undenuiters'Laboratodes' 4 NFPA 71 Central Slation, NFPA 72 Chapter 0 Local, NFPA 72 Chapter I RemotE Stalion, and NFPA 74 Household Fira Waming. Califomia State Fire Marshal (CSFM) FM and NYC-MEA (turmerly NYC.BSA) arc pendng. Burglary Undenvrilers' taboratories: Central Station, Local, Police Qonnect, and Household syctems. IJ122 DI25B Dl26 D127 D9?E Dl29 Dl30 Dl36 Dt61 Dt82 Dl924 D268/ o269 D27g D|255 Dt64{t D5200 DS300 D8004 DSIOB o8lGt DIlOEA D812lA/ tnl?2 D8125 D4127 D81284 D8129 D8130 D813? DE6?OA Dgt3l Dual Battery Hamess Prered Loop lnterface Module leV,7 Ah Rechargeabh Battery Feverslng Helay Dual Phone Llne $wibher Dual Clare A lnltlatlon Glrcult ltiodule Relay llodule Plug-in Rehy 8' Phone Gord 2' Phone Cord lndicaring Glrcuit Supclition Module lndependent Zone Gontrol lndependent Zod€ Gontol Commard Genter f 6.E VAC /00 VA Transfordter Programnrer Remote Account Manager ll Encloeure lor DIA{O Transformer Univrnsel Enclotutt Fire Enclosurp Attaak Roelstant Encloeu re Derlved Ghannel S.T,U, POPEX tlodul€ POPIT ilodule OetoPOPlT lllodule OctoRelay Module Relcacc todulc Battery Gharger Module Briefoase Demonstration Kit Parellel Printer lnterlace Module @ 19*l-1993 Radionics, lnc., Salinas, CA, U-S.A. All rlghb reserved. m The Radionics logo ls a registered trademark of Radiorricr, lnc., Sqlinas, CA. i.,:rrr:- ,:.:..i.: f:t . ':': .. .l:;;' Fladionics, lnc., 18tlo Abbott Street, Salinas, CA 93901, U.S.A'N Rodionics' ** TnTOI trOGtr IA|AA )klk FEB I I 'g? I2;48 FROI,I RRD I ON I CS PAGE.AAz Descriptlon The Radionlcs [r911?B QontroUCommunicator is an alarm processing control panel capable of raporting up to eight unique ec@unt numbera ueing its built'in digital oommunicator - but that's only the beginning. Wilh prog rammi ng and accessory modules the Dg 1 1 28 ofteri ttexiUility and beneficlalfoatures rarely found in other eecurity alarm c-ontrol systems. The D91128 features *arean programming. Area programmlng otfers you a wide selection ol system configuralions. You oan prpgrarn up to eight areas in the system. Assign each area a unlque accou nt number -or-.every area to lhe same account number <r- several areas to one a@ount number and other areas to different account numberE. Command Centers Tha D91128 prwides a fully programmable user i nterface that maltes it possible to customize command center displays and simplify operation. D1255 Gommand Centers prcvicle on'pr€mis€s point and system status annunoiatlon. The D9112 superuises up to eight command centers (You can connect more il supeMelon is not necessarY). The D1255 Command Center ug€s a 16-character English language display to show system status' erea sErtus (custom text), and point status (ctstom text)' Gommandt The D91128 includes easy to temember command funclions. Familiar commande lilte Command 1, Command 2, ... Command 8, and Command 0' plus several n6w ones like Command 00 to unbypass a point, and Command 11 for instanl master arming' rnake the D9112 an easy trEnsition lor seasoned Radionict cuetonere. Gommand tenu and Gustom Functione The Command Menu can help the dew user to become lamiliar with the featurcs ol the control panel' You program the Conrmand Menu to list command leatures and Guetom Functions that can be accessed at individual command oenters. Custom Funclions altow users to perform complex lunstions with a lew keystrokes. Up to 16 Custom Functions can be programmed, 6ech identified by 16 characters of custom text. You can program the panel with functions confiilning up to 32 keyshokes' User Paeecodee You can program up to gg user pa$scodes in the DgI128. Passoodes are 3 to 6 dlgite ln len$h wlih no fixed diglts. Assigning user pa$scodesto one ol the 14 programmable authority levels, and one or more of tha I eraeg delermines each users eccess to the system' You can assign the Passcode adifferent authotitylwel lor eac*r area. Assighlrrg a pa$code to a user window restricts its use to specilic tirn€ periods. The passcode is only enabled during the winclow' Point Expansion . Up to 134 detection pointe (eighl on-board and 126 off-board) The D9112 provides eight'on'boanl" points. Add expansion inlerlacEF and up to 126 addilional points to provide uP to 134 Points. The D1255 Command Center shows the status of individual poinr with cttstom text. lf you program the D911U to eend reporF in the Modem ll lonnat to a Radionics D65OO Recelver, point reports indude lhe crstom t'ext shovvn at the ctmmand centef. Each point can be assigned to any one of the eight areas. Points can be aseignetl in any order- numerical s€ou€nce is not important. Points can be re-assignecl m i diferent area withoutchalging lhe point number' Modem ll RePorting Format The Modem I I Format, available with Radionics' D6500 Flecetuer and the D91128, adcla these reporting capablllties - to nane lusd a few: . Reports individual point numbers . Repods indMdual Point text ' openin/closing reports lrom up to 99 ueers . Separately identilied Opening/Glosing reports from eacfi of the elgfit areae . Reporte prcgrarnming sttsmPts made by remote prograrnmers r Expanded Dlagnoetic RePofie Report GrouPs The D91 1 2B sofie events into ofie of 1 2 Hepod Grcups: fire alarm, fire houble' ron'fire alam, trouble, oper/ close, test report, diagnoeth, relays, Skeds' RAM' phone/power supervieion, and service. You oan program hc D91128 to route r€Ports lrom each group to one or mor€ of lour reosfver phone numbdo. You eelect one of the phone numbers as primary for the report group. You can also select one number as back up and one number as duptlcate lor the group.A phone numbercan be designated as pimary ior one or rnore grolJPE and back-up or dudlcae for others. The D1255 @mmand Genter ifT .[i,i:; )-f: tri,!,rr .;1." t.i I ri:li :; ritr. i; n;,-.r .; -'\'' '-'.,] '\'. ''.' ' '/. 'l l. .' .".," "'"^-', ..r, ,r i n,ra I rl. i -,r ilcr, 75-06104-000-A 8/96 Epactficilions thaet el99S1gfri,Hsdionicg FEE 1l '97 lz:43 FROl"l RHutur',llLr , r'l'gs. -eJ Fire Test ln the FirB Teet Mode' the Dgl l2Bsuppresses repofts to the receiver so you can testinitiating and indicating deviceswithor,rttralremittingalarmstothecantralstation. Wtt"n you pui the D91 t zB in Fire Test Modei the panel senOs i reiofi to the central ilation to indicate the start ol the test. Test events then beopme "local onlf' The Dl 255 commend center shorvs how many points are to be tested. Each Ume a device tnitiates an alarm, the programmed point t"*t tlisplays at the command center' Th€ artomatc sensor reeat feature of the Fire Teel Mode allorvs you to continuetesting addifi onal devices without tn "on*urning tipstothe commandcerrterto manually ruget sensorsl at the end of the test, the D1255 displays he number of untested points' You can also viei'v ne polnt text tor eac*r untested Point' When you take the D91 128 out of Fire Test Mode' the panet'sends a report to tho receiver indicating the completion of the teet. Logger . 5(X) Event Memory . Localprinting with a D9131 printer interface . Remote event r€tri€valwitft RAM ll . Logs I-oael Onlf events . Logggd events c'ontain Time, Date, Event' Account#, Aree#, Ueer lD All events, local only and transmitted repotG' are automaticatly stored lir tne OSt 128's errent log (up to iOO events). epcn event log entry contains the time' Oaie, oent Oescription, aorcount number, point number' and user lD. Th6 D9131 Parallel Prlnter. lnterlace allows the Ogt teg to print lhe event log lircally' You can rctrleve selected evenB from the er/ent log with the D5300 Flernote Accor.rnt Manager ll (RAM ll)' Local Printer , Up to three tuperuised localparallelprinters . Three groups of printer information (Point Evente' Operr/Cloee and non-alarm events) r Route each informaton group to orre or all printers r Events conhin Time, Date, Event, Account#' Area#, User lD, PointText The tn112B cen print events localty using a sl1lltd p"raf f el prinGrand ttt" O9131 Printer Interface Module' Eu"ntt ir*rtt as fi€y are stored in the D91128'e event fog. E";tt event aPP€arE in one eighty eharacter line' nn'V ot. all of thred event groups (point €vents' open/ dee erteng, and non alarm inlormatlon) can be printed on any or all of the three oupervl$ed printere' Log ger/Frinter APPI icatl ons Logger and Local Printer are ideally suited lor thE cuiiomerwho wotrld like to have a recotd ol openings and closi ngs without having excessive telephone bills' Using Loggterand the D53fi) Rernote Account Manager ll (HAM I ii, you can retieve the seourity system events pdtiooicairy using one aost-effec'tive phone call, ralher ihan receiving several calls each day. When tha panel's went log reacfres the programmed frru*tofO it *oreO events' the De1128 sendr e LOG n+neSHOLD report to tre D6500 rcceiver' Upon receiving fte report, the centrat-statigl cen tetrl€v€ events tfom ttre panel's log wlth RAIVI ll' Skeds . Day-of-weekschedulee . Date of the Year schedulee . FlemotelyProgrammable . Four holidayeh€dules ol 365 days each The D91128's irrtemal clock and calendar help the p"nul optr"tu individual Skeds (schedul€d wents)' You can program each Sked to perbrm a specilic func{ion ('suc-tr ae arn/disarm, relay @ntrol, point Uyp"**inci, eilc.). Each Sked is programmed tor a tirne uili "nnii a day of the week schedula (Monday' iuesoay, Wedrresay, stc.) or a date of the year ecnedul-e (July4, December ?5, elc')' Accessories for the D91128 D1255 Alphe lV Comrnend Center Features an illuminated keypad, a 1 Gcharac{ervecuum nuorescent dieplay, and prcgramrnable tBxt A pull'up rEference cardand labeled ketryad faceplarc ptwitle t" *ut with a quiclt ralercnce to eommon conrrnand .*t"it"at rea and system displayt' - The built-in speaker emits seveml distinct wemlng tones. As )lou Pr€ss each key the speaker Emits a ruttO neei to inOicae that your entry was accspted' Gonrmand Center ac$og€ori€s irclude : fi e DSIB bress flusttrnouttt ldt, the D94C cilaiflless fludrmount Ht' ttt'' D55 dee* stand, and the D56 contluit bot' D$ze OetrRtlsy Module Provides eight Form t" dry contaat r$ay ou@uts fo' variety ot programmabln reeponses' Eact relay ottl; *" can ui openied on a schedute ucing Skedg' by sptem .rl.e iiti*e, trcubles, phone fallun, ?tc'), manually t-m a fif ZsF Command Center, or renrbtety using the D530o Remote Account Manager ll' ' DglSl Parallel Printcr lnterface llodule FttiO"* " parallel printer output ln an eighty characier format. ' ,-'75'o0104-o0GA 996 2 Spxifications $heef ': o 1999'1990 Batllonics System Wiring Diagram, lssue A ) D12 m TRANSFORUE:N ENCLOsURE 16 vac AilrNG SrATlOr{ ^s I Dt26REoUIBED\-r BAtTEnyrf tzvzltr 'r I I ) D8125 POPEX 1 DIgtA frPE ECt DEVICE 'The D9112 is compelible with eithsr lhs D128 or the D928 Dusl Phma Um Swibher. Tha 0128 is ffipallbb wilh fflm Bision 291 or lmr, and with control psnol b€rd hatdrar€ Bisiffi O4-{L5958O03 or lmr. The D928 ls cornpatible with fimvvaE rwFion 2r4 or highet 04-05958.004 or hbhor. V9A1EFFLOil ALANil RETARD FEATURE NOT SUITAST.E FOR }WIFE $rcKE DEIECTORS. }IOfE USE ZERO RETARD O(CEr'f FOfi WA'ERFLOW. MECTUP o oo @NEST UP EIGHT D8128A OCTORELAY OR O8I1 ARM STATUS RELAY D811 ARM STATUS RELAY TO RtsIX FOF PRIMANY PT€NE UNE @dFq!ru@eruArN) l I to ru3tx FoR sEcoa{DraYMEN X""oror.o"r,o,*o @ . POTTVER UMITED - ST PER\,|SED ) D91 I 2 hBWaliM nd Tnj&/ddwli8 Ouk:k Re/f€'sr€ Pqe 6 D9112 lnstelelim and Tru.d/l$lwling Auid< Relqffi Page 7 Lm8 Dr25 orls 10 3.4 or 5 t- o o P A D1255 UPTO EIGHT SUPERVISED Dl2c AATTERY t2v 7Ah N Rodionics D9t t2 ) CHARGER 1 >oi3 + D126 AATTERY l2v 7Ah Dr26 BATTERY AUX P'I'VR ALARM TRIG coM SUPV IN ALARM CKT r2v 7Ah 27 26 25 24 23 >oc>xt I ) oJ3 tI28 or D928' 17 1419m 21 2 cX z + >oc>x# D9131 PARALLEL PRINTER INTERFACE PAMI LFL PRINTER 74{6666{'00'A lZ9ll O 1993 Radionics 7I46866{OGB r2l93 O 1993 Radioni6 ALAR SA 1l'xt5'x4' et 15'r18'x4' GREAT WESTERN ALARM & COMM. 1636 SPRING STREET PASO ROBLES, CA 93446 OUTPUT UNINTEilNUPTIELE POWER SYSTEMS ercial grade units are avdilable in '12 or 24volt DC output at current levels to l5 amperes. General chardcteristics includ'e a filtered and regulated output, on and reporting, output protection, key lockable cabinet, and battery charg- bilities from 4 to 150 amphours with in-cabinet battery space for a limited amount capacity. Designed to charge gel-cell or lead acid chemistry batteries. Y 3 or 5 Amp Output Q 1Z or 24 VDC gattehy charge to 4o AH . Fault output On: Low Battery, Los of AC' Blown Battery Fuse, Blown AC FuseI Short Circuit Protectionr Thermal Protectionr KeviLockable Cabinet 803. t-if6time warranty on PC Board Model: Model: Model: Model: AS/Ps3-BFS-l2 (12V, 3Al AS/PS3-EFS-24 (24V, 3A) AS/Ps5-BF5-12 (12V, 5A) AS/P55-8f 5-24 (24V, 5A) V 3 or 6 Amp OutPut @ 12 or 24 VDC Battery charge to 60 AH . Fault output on: High/Low Battery, Lose of AC, Blown AC/Battery Fuse, HiEh/Low OutputI Relay Fault Output, Form 'C'r Visubl FEult lndicatorsr Over Current Protectionr Ther,mal Protection ' Kev Lockable Cabinet 803. tif6time Warranty on PC Board A3INPL-rZ03o-B03 (!2v' AS/NPL-12060-803 (12V, AS/NPL-24030-803 (24V, AS/NPL-24060-803 (24V, Y 4,8, i2 or 16 Amp Output @ tZ or 24 VDC' Eatrtery Charge 80 AH to 15O All , Fault output On: High/Low 8attery, Loss of AG Blown AgBatteryFuse, High/Low outputr Relai Fault output, Form "C' r Visudl Fault lndicatorsr overlCurrent Protection. TherFral Protection ' Key liockable Cabinet 804r Lifetime Walranty on PC Board (t2v,4Al (t2v,8A) (24V,4A) (24V,8A) (tzv, t2A) (12V,16A) (24V, 12A) (24V,15A1 Mod,el: Model: Modbl: Modbl: 3A) 6A) 3A) 6A) iilodil: AS/NPL-I 2040.804 Moddh AS/NPL-|20t0.804 Modih AS/NPL-24040-804 Modil: AS/NFL-24080-804 Moddl: AS/NPL-IZlz0-804 Moddl: AS/NPL-12150-Bo4 Model: A5/NPL-24120-804 Model: A5/NPL-24160-804 o 1.,"t 5lN These lroin fault ing'ca Cabinet of " ililillllllllililil rll Alarm5af esa rn ustrial Wilmington, MA 01887-3499, USA, Phone 508.658-5717, Fax 508'658'8538 r L!.aL.LJ=t LISTING CATEGd LISTEET DESIGNT ON: MARKINGI APPRO Tliis listlng is based on but does not make listed. This listing sheet, installation TSSUED: JUIY Grfifomia Deprtment Of Forestry & Firu protectitin Califorvra $tzte Frrc itrshd LISTING SERVIGE 7315-1214:100 Prge 1 of 1 Power Units Alarm-Saf, 654 lndustrial Wdy, Wilmingion, MA Ol BBT.g4gg Contact; Joseph Mondetlo (508) 658-6717 Models AS/PSS-BFS-12 and AS/PSS.BFS-24 power supply/battery chargerdevices, Befer to listee's data iheet for detailed product description and operetional consideration s. In accordance with listee's printed installation instructions end appllcabtr codec and ordinancBs, Listee's name. model designation, circuit ratings and UL lebel, Listed as power supplV units for u$6 vJith seperately listed compatible fire alarm control units. flcv, 12.29.93 data submitted by the applicant. CSFM st6ff has revtewed the tsst results und/or othe? dateindverification of any claims- This listing is not an endorrsement or recommendatiorr of the item be used to verify correct operationsl requirements or installation criteria. Refcr to listee,s dar-snd/or other suitable irrformation BEN O. HO ocputy State Fire Marshal Listfng Erpires June 3O, 1997 E{{ective i$rrt date to ,19 6 AUTHORIZED BY: Sources. ALARM'SAF r \ruuEt r)Lllrply, tr)altgl y trl lafgefs lnstallation I nstructlons fi3{n 304 313 -o1314 A = UU48l - Pofler Sunply/Egn!ry Cfi€r$er. Guide UTRZ Porcr SupplytBaltery Gharget for use wilh llsted dsrrlcee shurnr ln Adderrdum '4". UL294 - Acce$ Control $rrsterfls Unll Accesspry. Guidc AL\IY Po*er Supply/Battery ChaBer fo'IAcc€ss Coffiol A!ryllcalhns 'UL Ltsted Produclscomplywlth NFPA72-Natloml FireAlarm Code, and are CSFM Listed fl31$121 4100 and NY MEA Aooepled #MEA 3-92-E Installation lnstructions l. Mount cabinel per mechanical dimcnsions and loockoul locatione given ln $eclion lV. 2. Conned l2OVAC, mHz- single phase to lhe black and vfrlte leads ol lhc translormer ln actonhnce wilh Atlide 725 sf lhe Naltunal Elec,ttical Gode 3. Low Volt AC lnput - Connect to secondary rrdnding of the tnnsformcr. . Fused at l0 Amps {Fuse Type AGGIO) il, v:rlfy orFut yq!g: qt -Pc .gulprf ald "ftltenf 12V31-steHiirfr 3iiiibafpo'x-iriril-lyl3.8VDc, 24V syslem meaEurer appr$(imate$ 27-EVDC. 5. Gonnect bollery set lo "Balle4l teminab. CAUTlOl.l: Obserre polarig; inconect polarlty wlll deslroy baltery Fused at lOAmps(Fwe TypeAGC-1O). Recornmerrded battery type - PoruerSonic (PSSerieo) or Connect'DC Oulput" to inpul ol uscr s;,stem. YUASA {HPserias} seated lead acH/gd ccll CAUTION: Obsewe pohdtf incorrect polarig nray darmge uslr sfstem- Rehr to Seclion I lor Maximum Allonable S;rstewr Currenl. 7. Vieual lndicabrs: AC Prcsenca LEDI: Fault Condition LED3: Syslem OKLED3: e" For 4 hr. standby udlh 20 Ah bellcry sd - Ma( standry drdw: 3A, 5 rnlnute alann alrrerlt: 4A" la Pour€r Supply Eystm Draw {No AC, No had) ls 25rnA. r To Gonueil Oto Vollage Faui output to a Forn C relEy cortact output . -lG Fura .l-^r;--l acliucta .t8'lE€ Model Numbers ,r AE ,'Ordel- No. t;ffil Aalbrt ffc#l Bdbry Frsi LCrrVot t! AC c.rnEl Brli.ry cooreE DC o{lpul CtJlflrt bilYoltr{€ AD Connec! A6$ery Ggnn.cl Fltro PS5.uL Board J.! lrDo Faalt trr 1 -{ :tl t fr f, LJ l IJ ill: { Df terninals.r To Conveillhe Vollage Faull b a Form C relay contacl output reiI 6. AG FusEr-;ffl Green LED YcllowLED {PSSBFS} Grecn LED (PS$8031 E tEoo art L n J { 8. Gonnect "Fault Oulput" lo syslem fault annunciation. PS$BFS-UL MoCels: Cunent limited voltagc orrtpul 24V systeq short circuit hull cunent b 50nA madmun. For fault repoiing ln fire applicalions,use Relay Module RBKS-124P or RBKS-124N: See Secilm il. Donbclsj rated 1A@ 24VDCPSS-B(XIUL Modeb:Fom uc" CAUTION: Faull oorrdition r€portlr{g nay be delayud Thl battery sel ts NOT supervtscd lot presence, dependenl on porr sup$y lmding. 0, This unlt ls lntendad lo be placad ln the cane room as lhe control equipmcnt, 1. UL Ballery Slandby lntormation lor propcr UL Usted operallon ollhii rinll: a. Fol 60 ht. shndby wlth 17Ah beltery se[ Mar slandby drau: .15A, Mu 5 mlnute alarm cunent 3A. b. For 24 hr , standby wllh l TAh battery set: Max standby draw: .4A. Max 5 minute alann cwren!: 3A. c. For 60 hr. stards rvlth 34Ah battety set: ilbx etandby dftryv: ,5A, Mar 5 minute alarm cunenl: ZA. d'For 24hr. shndby wilh 3,lAh beftery sel - Max standby draru: 1A, Mat 5 minute alarm cunerrl: 2A- Alarmsd . uuu lndustrial way. 1rq1r'ngron, hrA 01887-3499r {508}65S-6717r pr'- (50s} 6s8-8638.( \ PS-E UL BoordWithRllay EC output D Rril Ij j uJ L Faritt PS$2404L8{BUL PSSlZt40-B{XIUL PS+SFS-2+UL PSs-BFs-t2-UL tlodel Nurrber 24VDC lZVDC 24VOC lzVDC Systenr Uoltaga 4.OA 4,OA 4.OA 4-OA Sydem Cunenl 38Ah Wlaxhnum Barterl Gapaclly 3{Ah 34Ah 38Ah z50A 1.zsA 2.504 t.5A }lsrilnum AC lnput Gurruril ?f2VAC l7.5VAC 28.2VAC l7,5VAC xFmn Uoltagc SAhMar zOAhMil EAh ltlax 20Ah l'tax BatrrJ Slotrgc ln Gatlnet oooo oooo oooo o o ooooItrpnl ffi] DCOTtrli tfl!qbr oooo 9COdpd rffiit Farl Oqilr tffiiir o Form'C' F.rJli Drryn lsrEl6t2ail Fni'e Filrlt Outrrl ooooo Cautiorr For continuous proteclion agalnsl fire hazard. replace only rvrth the san)e lyps and rating oI fuse Caution: Voltage Fau,Jt Output Not lor Fire Protective Siglaling Use. Use [or eeneral riurnose onlv. 52-1fr 061796 REV C r lrTug. lnstallatiu.. prat rtr'afte lnstructions ry una rgers _-:-iu M Mechanical Hook-U p Drauinu TolcK lrfl' vt Troubleshootin Guide limlled rclbgeoutput l2Vsysterg shorl ciroutt curant ls25rnA mar 24V sysien; short clrcult cuncnt ls s0rnA nd f:r.ryillggllng in tire applicationq use Rday Module RBK,S-124P or RBI($|Z{N: Sea Seclion lll, RBI(S-124N requind lodebdAC lauttwhen no balleiles are connecled. Form "C-relay contacls Conhcts rabd 14 @ 24VDC Vlsd lndicalons t.AC PresenceLEDI: Grcen LED2 Fault LED'3 (PSSBFS): yeilo,r tED - SystemOKtED3 (pSS-803): cr*n LED 3. IEDZ (Red LED] serrres no user tunclion. 4. Fault Conditions FhshlrU Yeflow LED (PSASFS) or Green LED attinguishes (pSE-BGt! on: 'Lcry AC / trh AC / Btqrn AC Fuse 'LowBallery 'Bhum Battey Fuse L l't r-ea lY" I I ? D Fail.safej aclive unlfl en actual faull condiilon. Trouhlesh ooting Chart For lurther assisiance. ptease conl*l lhe Alarrnsd rechnical service Department, 2.12 I .34 If,t f, I I: 'J 'ri tr ,J l l, J L L -{ r-) f o 'gt ,l3.56 LI v I n n{ {{ rl J o o ,=rllr Treltrlunner PE.,2ov^c $Ec. PorurSupgf EFd '---1 I Nobdterybec*+p 3) lnconect output volbge p; creen'AC- [lunlnaled. LED ie nol Yellol"Faull" LED is fiashing; Green "Fault' LED is otl. Ou$ut" repoiling lrrcorrecl battery hook-up, Slown batbryfusa. setting. lnoorest or defec{lye xfrnr. lnconect battery The q6lemload ls greeler lhan he suppty capaHlily. Delective beltery. Loss ol lransfonner (xlnr) pouar, BlolnAG luse, Loss ofAc-pow€r. Bloun battery fuse. Low bailery Lq$rAC /NoAC/ BlownAC luse, ballery set. Rennn luse. pnmary Power cAUTtOlt. End batteries.ihen Mea$re xfrnr s€sndary hllag._ tf mtwlthin propcf range, re@ce bansbrmer. Rewie battery seL Rerme system lmd ard bstterics: check systern oulpul voEage- ll OK rechedr systern reqlirments, andlor measure urlpul currern dravrnfi aniunmder. Ctr€d(ballery condilion and replace r needed- Checl xlmr secondarymltage at pC bosrd "[o'r]ollage AG Conneclion,. lf wftage is present repbce rfmr- not batteries,then Ehedr AG-prirnary supply. +See Symflorn3. Sec Sympton 2_ Baltery Storage S pace -4 8"H x 15"V-1,i x 4''D Alarmsaf r 65A tndustrtatway r witmington, MA 01887_3499. (508i 658€717, FA)(: (503165S{638 'J.q /97 r,. : 59 SUBSCRIBER ALARM + : OTCIgtZIE GREAT I^JE$ ERN ALARM AND COMM. SIJNSCRIBER MASTERF II..E BY RI.RRM * RLARM +l: rZr10r9CIE Tl'{RU flltAgU'E MR I L.*TO NAME ADDRESS F.A6E ID : 1 LYNDA NRME ADDRESS CITY STATE F-'l{oNE # NOMMENTS STATL'S STRRT R/R C fi/R * F.ANEL DATE CIMF,ANY ACT I VE aE/86 /97 1' GW grae 91 1e MARI6CILD CENTER 395UI BROAD STREET SAN L.UIS OBISPO CA ZIf'' C0DE : 93zrtZtl (8ra5) 7gE-B8C'Cl ZIF' CODE i : THE MARIEOLD F'LAZR IS MONITORED BY VALLEY ALARM/ACtrOUNT * I : 514-CIgraergraa-64r4*E65ta.h'E RECEIVE DUpLICATE SIBNALS' i CCIMM CITY STATE ATTN FIRE I SIJFZONED (Y/N) I COMBO TYF'E (O-3) I N MAIN RI-ARM r+ ! 0 FRIMRRY RLRRM+I i ANY ACTIVITY=TEST (Y/N): N REGULAR ACTMTY (Y/N) : N TIME ZONE OFFSET (HRS) : II DRYLIGHT SRUINBS (Y/N) : Y REtrORT TYPE (A/E/O/N) : A E/E DELAY (SECONDS) : fr VERIFY F'-CD* N/N/O/C) z N EXTENDED SIGNALS (Y/N) I N trCIMIYIENTS SF.RINKLERS ON/FIRE ALRRIY1 ! DISF' FDl3934 BROAD STREET MANUAL trULL STATION/FRONT DESK DISF" FDI393O BRORD STREET Os&Y VALUES ARE OFF/TANKFARFI RD/F'REM/NA/ RESP/NR/F I RE DEF'T FOST INDICATOR VALVE IS OFFi 393Ct BRORD/F'REM/NR/ RESFI/NR/FD HEAT DETECT ION-EGUIF.. RCIEM/3934 BROAD/DISF' FDICALL F'REM/RESF' F'OWER SUFF'LY TROUBLE/3g3O BRCIAD / F'REM / NA/ RESF'/ NR/ FD SMOKE IN VENTILATINE SYS/3938 BROAD/DISF' FD/CALL F'REN/RE5F' FIRE CIRCUIT TROUBLE/3934 BRCIRD/F'REM/NA/NCITIFY FD F'ETY CROI"JFT IcLn5s : D I ALE.R TYF'E : U.l*. GRADE t RLJTCI ]'EST : CODE NANE F.REMI SE 5L0FD sAN LUIq CIBISFo FIRE DEF','r VRLLEY RLRRM CENTRAL VALLEY RECEIUER {+ END RECEIVER +} *** KEYF{OLDER/CALL*Utr LIST **tt CATEEUR' ORDER Fl-{CINE* P-CDl+USERACl A 3 4 5 6 7Be-Egrarzr franq, 5/+3- 16 13 F I RE EUrSr-644-e650 B8B-84 1 -4686 EArg-495*'a 167 e I 3 1 e ? 11ee JJ CCIDE F F F F F .F ,i F t G ZONE rao 1 qilae U'43 aa4 er05 rZilZrG ilfr7 ra0 I *** C}{ANNEL DESIGNATIONS tT** DESCRIF'T T:'R CAT DLY .RsT REG CODE FIRE AUI1 1 1 N N Y H FIRE fiEIE 1 1 N N Y H TAMF'ER55NNYH TAMPERSSNNYH FIREOOS 1 1 N N Y H TROUBLESSNNYH FIRE AO7 I 1 N N Y I{ TROUBLESSNNYH ZONE ra[r I au'e 083 aa4 etarS 0C'6 otz'7 'ao I CODE t, G E G E E G H H ll H H H H H R T T T T T X ZONE fi@e aa3 aa4 raaS aa6 aa7 EA8 aal oarE aa3 aa4 croS ura6 aa7 0ur8 E CAT DLY 5N 5N 5N 5N 5N 5N 5N 5N 5N 5N 5N 5N 5N 5N 5N 6N DESCR I F'T TROUBLE TROUBLE : TROUBLE TROUBLE TROUBLE TROUBLE TROUBLE RESTORAL RESTORE RESTORAL RESTCIRAL RESTORAL RESTORAL RESTtrRAL RESTORRL TEgT FiR t: 5 5 5 5 5 5 9 5 5 5 5 5 5 EJ I RI]T REG CODE NI YH NYH NYH NYH NYH ZONE aae eter3 qa4 oo5 ArA6 FIAGE E COMMENTS TROUBLE CIN F'ULL STATIBN WIRINC 393O BROAD/PREM/NA/GWR SUtr OS&Y I^IIRING TROUBLE/393O BROAD/NOTIFY F'REM/Gh'A SUC PIV CIRCUIT TROUBLE/3g3A BROAD PREM/NR/GWA SUC HEAT DETECTOR CIRtrUIT TRBL 3934 BROAD/PREM/NA/EiI^IA SVC FIOWERSUF'F'LY CIRCUIT TROUBLE 393A BROAD/F'REM/GWA SVtr SMTIP.E DETEtrTOR/HVAC/39sCI BROAD NOTIFY F'REM/NA/FDIBWR gVC HORN CIRCUIT TRBL/393O BROAD F,REM & EWA SVC FIRE ZTINE HAS RETURNED TCI NORMAL/393A BROAD/INFORM FD F'ULL STATION IS NORMAL./3g3A BROAD/NOTIFY FD OS&Y VALVES ARE NC]RMAL/3g3A BROAD/INFORIVI FD AFTER ALRRM F'OS INDICRTOR VALVE NORMAL 3934 BROAD/NOTIFY FD AFT ALARTf HEAT DETECTOR CIRCUIT OR/ 393O BROAD/NBTIFY FD AFT AI. V FIT]WER SUFIFILY OK/393O BRT]AD NOTIFY GiWA SVC SIYIOKE HVAC NORMAL/3gsO BRORD NTIT'IFY FD AFTER ALARM }{ORN CIRCUIT NORMAL/393A BROAD NOTIFY 6WA SVC DAILY FIRE TEST/NTITIFY CWA SERUIEE IF NOT RCVD AC FOWER FAILURE BATTERY TROUBLE/NOTIFY GWR SVC PRIMARY FIHONE LINE FAILURE. NOTIFY PREMISE/BWA gVC BECONDARY FHONE LINE FAILURE. NOTIFY F'REMISE/EhIA SVE COMMAND CENTER DATA FAILURE. NOTIFY F.REMISE/GWA SVC DRILY FIRE SYSTEM TEST LOW BATTERY/NOTIFY F,REMISf SERU ICE N N N N N N N N N N N N N N N N N N N N N N N N N N ht N H AA7 H AEB IA TROUBLE9 TROUBLEB TROUBLE C TROUBLE 9 5 D TROUBLE 9 5 E TEST9 TRCIUBLE 959595 e' 5 N N N N N N N H H H H R a I B c D I 9 9 R AtR PRoDUgfs a Goffinous, LT[. INSTALLATION INSTRUCTION8 FOH RW-SERIES DUCT SMOKE DETECTOHS ffiffiE l#fr ilVi.Ei,tfti.EFt:rsvf sHil-Uiiii{ +iii'r irv.r.c.;erv'o'c'orrlsv'A'c' t- ('v( o Photorlrs{c lonlrllott Fholod.ctlc lmlrrtlort *"( rrf E^ST FOiln'lC,lllHn^il {!{o 0rqs'srF x(ltollf,#t ti. t.'' t'l r. MouNrNcr rHE DErEcroR (slr ffil.,ll.rJfiIl1ffi,.lltji'}.ii']f*'iHlltiilifrSf;ll!,Hl#.T;lHg:llXtrtr'$l.iffiFlgtl5Hl$lo'. #I ll{TAxC YUIE + N t ^ ?yfl#T5tolff'd3s,^o.rpm.1p.uqt1e-p11{$t-q$##-ll.ll'l+ll1!*XLiill,#Ijl*i?f*9,".'llTltr#Shrnrnewr ' 'r:!-'JsrFi*n,r,$';lH,:J.'.di{$tH}ft1flfr{,"irfllT."t';ffilliF:ffiHliff**:**1*.:,.i.':T: ;rfpldtrerdln lnilrllill(rllhdr. .Y:f,llI#E [H#'t['.3$'.:Ii9tgl,T$:.H.;;[;*:i?Hffi6fi','f.i[#H,ffirJillf,,iillffiHly-tllH,iffi,1 ; -1ioacillcrllohl ol lnltallrtbn ln6 r nrerlltlyr utl- .Iutrlrer-treotr srwr rYffirt I rrvrYr r!! r *.' 6E-Fbd;; fhr iemptmg tuUc or|rrfidon tb rk llow dlrwion' ", 7c.sAMPuNsruBEA'EE*Eby.lHt,TBin3*$,"l;l.,.ifili$iffffifi,,fjfffi?ifliffit#S,H:fi1#liffifi : iThe rrmPllng lublt me! lilnte*ilt jilEif,fl tlli3llT.',Xg'"r?"rf; fi t;.eirs"rriinr-rrhau, TNTAKE $AMPuNG TUBEB sr4tto-AFq IENOrHE: a' t J t' BtE;e.E - Forductwtdttr al1'gb3.q: 'l si+5:0 Fotduauddtrr ol S.S.u f--4.srs.ltro raoudiiiffiIilE.d6io'o'. \ i.'duilii mui-irninttnet,br w;5ff'/llfrri.HFiarl rn rt r rnd or rhr TNTAXE ,.rnprns rubc.2, Frmry rnr'rt ilrc r"JlLH"T.$hii*r,nHF*, rn nr rnd or thc TNTAXE ,.r'rprns rubc. ' t D. MoJJNTlNo siMFtlilo ruBEslftir$lfrful ifirwr whrdr drowrhe rub.rr,o b. mountrd and nstrrd In dlnctlonr rhown ln : .'i lF"dl#iililffi ,*mmffi Hffi ilr''i#'ffi#*'' E. qErEcron Mol,ryI!trfle(pg{gi[hl$,#'flll',,.,Jf1j[fjl'stiii'$'"i[iunlllr3lP.*. ro n I r 1rathed mrrar rcrcwc, prcllead 1, Movcdiliclot lampl ln lnrrdlrton ld0, rrdm to duct' 'ifri#,liJ,ifiilf#i:liiil#il{"ffiiftfuffiii,tir,iliitfi,ri'.r1c","s"Jtr,l:r*rt,tr?rlliill*,?"ni,rnl#ti wrtrr, Afi OUCY lxFAUsr lUgE HoLeI C9trttlcr0E AtF f LOtv n lxiAulT?tJlt ?UIE HOLE it .1@ DtFF€ilNIlaL slrilrF+ 3 l-iff :lsl on E*ioJ :Atfi tlorv D IHTAKIlull xt'aau31 Frs, I tA$rLtilo tlJll ollEllrATlox = IUtrt4tr trorrIr- FJ TU'E Arn Flow f0R lr{tt I L LUFTNATIOA I uR0 CXHAUST TUEE LOw tRlErtutt FREesurC CAgE (On COUIVA' r,sxit wrrx lultl'o aHo lrll 0 Rurllh t?ottl.troa ot t* oucr $toRE olrrcrQr ouct trouirtrNo tclllvj rrG I OEtEcToR tlout'ltlilc ttc, t Ari aa.ltLltlo vtFlFlcaYl9t{ il, ELECTFTCAL |NSTALIST|ON A. GENERAL INFOHMATION Wlrlng murt contorm d Ipittceble locel eodrs,.ordlnancel and rcguletlonr cpvellnO thlt tyPo ol drvlce ' wlrl the dolsc{orl iccordlng uu+hi*S:ffi[[qj,r,dn'+i:l;iiflli,l- lFtltlffir,:**l**l"t[lci?iii':r'frlTtisl;1"J.'*i"l'd['x','''J# g;[d";;"lf.l,H,,f '',g;lffi"iiilg1,i;g1t*lry3T{*U3'"it]lilill"3;H'"i ftri'ELf,if9".lif;'h a /\-fi,6iieiil: .- - - B. DETECTOH WIRINE 1, wlth pow6, courcg dr.rnerglzod, emotr detector not lntlallcd, wlre ell eonncctlonr pcr englneetlng drawlnga' Flelal lo Flgutr 4 lor powcr conntctlonl. g, Wtttitt wtrtitg ln ptEca lntlrll ihr dotector hord. 3, Enrrglzr lhe dglodor- C. TESTINCI INSTALI-ATION 1. tnstall smoka de6cr#|6d Hochlkl Model-SlH-?4FAP, Apollo pert #55000-250 Srrlrl 604 lsn tor FW'024'N snd RW-UNI^N' Hochlkt Moder*sr-ii--iiF-,-i#ifi';in *-si-0b6:5so'$rini 6oA pt qro tor.Hw-oz4-P nnd RW-uNl'P ?, Gresn .pllof lndlcatot on lront ot Rw Detec,tori[i,]ii'6-s tirutiiinitr,a rn-d. tnr.rroublr lqlay conlacts rhould ba Enatglzsd. Plnr l3 cnd t4 on tne rermrn-itlitip ltfindiilto i ii6rcd clrcult whgn mrerurtd wllh en oHM meter. 3. unFlus hcsd end dlff'il"dtfii;l;ffilg1;-n-ililffi iiHi'iri,i ttri.iiimtnel rtrtp musi be an oF€n circuit. rhlc Indlcetot auParvlrlon of hrld. 4. f,eol|c| htrd.i:Ti'ii?ff*i!"J't't"frTtl",l"?IJflllllfrg'lt?flf,1'iil"",l'11?f.jioliif*,i1ff",J",il':J;,'i.';liii":.lfftiA'"'f iilt"''"p':'1f,"'jf;; . h:iifigri['J'.t,g:rl,J1.li.H#[$'*"11"":"",':r$g,'l;lr:t++iH'.,','J'xlllffS-Urlnnll0,hor"r,'.,,p,er6n, padorm rhe r€ser operErronte-v-;r;'iiffi;:AtG;]i;';1.uil;id;i''iirt'lnlr'i'iliiu;iiiiiiii'iiiorrJirivi clcareo qnd thdn the devlcs will rrmrln fgt0t, 7. Hcpteco dua unlt cowr. D. WIFINC TEFMINAL$ "ffiF cd#o *ffiS" "Wffi$EFIffiffiffiffiFdWERColtlilEcnoNs gEE Fls. 4 *TROUBLE (PILOT} CONTACTS ARE SHOW{ IN THE TROUBLE OR NON.ENERGIZED CONDITTON 6S6234 l*l.l t"l J l*1. I lt3v.A,d.c*lr 0.1A"M X/TFTL lssd;666l2 3 4 i6 ll5vA.c. FowEtl U$ R!V. UM.ff) FIG. 4 PQWER CONNECTIONS E, FIBE AIIHM CONTROT FANELWIRING ttv,Ac. "G0l0O,2 A. IrtAX 6soGol2 3 4 5o 2rvA.c. F,otYER{,$tfrv-tf1-0f, 21V0,C,fi+ut 0.1 LMA( 6 s o6-$ol2 3 4 66 2l vD,c. Fc/fvER LJlfRl,V-m4.(n sssssss5 6 7 b I l0 ll t-J J t-J, J sssssssssssE- 6 T e- c to li it 13 !4 15 l*1., J h-j.i J t*l i ssss12 13 l4 13 l.J J r,w oflEcTSRRW OEIECTOR F, SPECIFICATIOil$:i,rbirelHuues.s: HW:ffiiH eiVSllFillil_liJt"#T,'JgHr?{ilJ,1_or^,-- H,ii_uNr lr z,i v6ii or t t5 Volt lonlzEtion Duct $moko DeteEtof RW"UN| p 24 Voll or 115 Volt Photelocltlc ou-':t $moks D€!9.q9.r powEg BEaUIREMENTs: 24 Volt A.C, "p"i"iion O At rnn 'te'1d.by (MAXI l60 mA elerm (MAX)-' t*iriili;cc. ;#Hi ?iygl Piic n*Xil^',T#^':.,lf, f iJ ilf&,lS{t^'511,(iif#q BELA' coNTAcr FIATTNG: ercrm-ro_lmdiirliil'o zq V,b,c. !6rl"rlvi,-zi v,a c. Fe*ictive, ai 115 v A'c' Boeietivs Troubto-B .d;'il!: d iA V.O,C, ncrtrtivj, a+ V.A,O, Rrtistivc, or 115 V A.C, Feeistive FADtoAcTlvE ELEMENT$: for FW024N ana nw'uNt N, Amerldum 241:0'8 Micro-curl€e $ENSlTlVlTYr Ffqiory qq! AIR-VELOCIil: 30tl to-logo t'/mln' AMBTENT rruFennrUne: 32'F !o',t20'F (occ.lo 49cc)' tluMiotrr: loyc FH lq 85% FHnepndveli ui'Lr'r,diirip6aAj, csru #1004, 10o, crty ol N.Y, MEA #73-e2-E DO NOT EXPOSE TO CORROSIVE ATMOSPHERES Form No RW'|N9'UN|-O?4'1192 Bcv' c AP49 ENO DF tINEbE\4l. tl.r \. usTtb FIAF AtADI/,I c.-rhtnol ur-lt M.AV.-T7-97 03:43P ATLAS WIRE & CABLE Clhloo No. 310 695 1356 P.Ol E+tfi+FFf D-15 TYPE TG. SHIELDED TFN/TFFN lnsulation - PVC Jacket CoPPer Gonducto-ls- 600 Volt 90'C Altitilinu m'MYlar Sh ield ortoilo2 Dl501803 OttOtl0l',r Dr50l806 or6orti[' D1501812 ottoi6z' D1501602 Dt50lG06 D1501604 Dtt0l!0c D1501508 Dl60rdii: Dr501608 Drtortl2 D1501619 Dr!0ilt7, ) I . Toldrrc.! - 096 .f l0% Aoollcatlon: For critical circuits, eg. instrumentation' cdritrot and communlcatlon, where shielding lrom amOient electrical interlerence is necessary' 600 volt raled. Inrtallatlon: Approved for cable tray use in hazardous areas. Also apiioved for use in raceways, in open air, direct buried,'dnd applications where supported by messenger wire. Envlronment: Wet or Dry locations; chernicals and oils' Maxlmum Conductor Temperature (continuous): TFN Dry locations 90'C Ampaclty: See Arnpacity Tables in the Technical Section ol this Gatalog. Speclflcatlon: Conductora: Soft bare Mrdaled copper per ASTM B-3' Class B Stranding per ASTM B'8. Conductor Slees:18 AWG'16 AWG. lnsulation: Heat and moisture resistant polyvinylchtoride (PVC) per UL Standard 62. Conductor Jacket: Clear Nylon UL Standard 83. Aseembly: Conductors cabled with or without lillers as required, [o form a round, compact cable core and with a binder tape. Shleld: Aluminum-Mylar tape shield with tinned etranded copper drain wire. Gablc Jackct: Sunlight resistant PVC rated 90'C. Flame Test: Cable passes th€ IEEE-383 vertical tray ribbon-burner flame tesl. Nst \ryeight Ors!ll Di!. mcler M'ds ol ln$lelion lidr Lbt/Mn Ercc E|phslon Prod Cmnector pvc Nylon M13 ol ryC Jrclol No. ol Ststtds Orah Wha S{o AU,G 1{o. ol Conduc- lo.r tltltlt€l 42,1UN02 raruttol 424UN02 4gaUtng 4e4Uf'loe 424UNO2 4r4Uiil)2 42auN02 .2{l,,io:l 424uN02 az1{I'tr2 424UN03 4!tuNo{ '$., raii 45 ial rt5 iii 45 .690 90 il0 170 s3 8t 7C e2 r0t 120 lq, 112 $5 3.l0 .il0 22 22 22 '&: 22 iii: :;i'3r;i :'lS. 15 t5 't5 ,it r5 1l 16 It :, 16 tt' t6 ra 'r6 rl It t8 1 U 6 i I t, 19 U' ,| POTTER osYSU-l, -2 OUTSIDE SCREW AND YOKE VALVE SUPERVISORY SWITCH FIG.3 DIMENSIONS 3.98 RttD RETRACIEO T .a8 AllD 3.SS /{ltll ROD EXTENDED DV6. 1979-5 FIG.5 BREAKING EXCESSIVE ROD LENGTH DVG, *979-7 TYPICAL ELECTRICAL CONNECTIONS LOCTL clRCUfT IO SUPERIISORY CJRCUT OF COI{IROL PI'{EL t{o. x.G ll.o. r.c. 0{olcfixG o€vrcE $rE Rfsrslof, 6,r9 FIG.4 xNocKours FOR ELECIRrcrl- PARTS coll. slv lr e25 2.m 1,f 3 3.6? /!tttltl coNr{EcnoNs GROI'ND SCREW 1.56 rO POWER FOR NDrrnNc o€vcE sw #r c0M sw #2 T; IRIP RC'O LOcl(lMI SCREW TNP ROD Dv6. 1979-6 N.O. N.C. ht TXD OF n*C. ,971-l Contacts shown ln normal (valve open) condltlon. TYPICAL SWITCH ACTION OPEN VALVE POSTNON CLOSEO VALVE POSMON c0y. c0M t; N.C. ,-,;W MOOEL OSYSU-1 osYsu-2 ORDERING INFORMATION OESCRIPTION Oul3lds Screw & Yoko-Supsrvisory Swilch (Single switch) Outside Scrsw & Yoke-Supervisory Switch (Doubls switch) Cover Screw Hex Key lor Cover Screws and lnslsllation Adiustmonis Optional Cover TamPer Swltch Kll sTocK No. 1010 t 06 r 0't0206 5400293 5250062 009013't For pressure roduc€r typ€ valv€ lnstallallon khs (ll required) contact valve manulaclurer. PRINTED IN USA N.C. DWG. #e7s-2 PAGE I OF 'MKt. 18820004 - REV G MFG. 19100979 - 1'l/95 "Ref€r to NFPA Standard 72 for application requirements' . UL Listed ' FM APProved . Calilornia State Fire Marshal Listed . Approved. Ffl9.:lghnda'{:."19. .,, Appears, Nyc ,"rol_ "m".,*i,i; $rd. , I SPECIFICATIONS Maxlmum Spaclng I I If l5 l 50x50ft.30x30fi. Listing and Aqqrovals: 601 Temp., (57'C).lndepen- d€nt Signals 602Gray Bingo Spot lndepen- d€nt Signals Fixed T€mp. Only 200"F (94'C). Gray Spot @ & Ring 604 25x25ft. 20xm tt. ft. 30 x 30 15x15ft. 15x15|t. i but not 1 Rat€-of-Rise Electrical Ratings s-125 Volts AC, 3.0 AmP. 6-28 Volts DC, 1 0 AmP. 125 Volts DC, 0.3 AmP. 250 Volls DC, 0.1 AmP. Dosigned ln rccotdancc wllh NFPA Siandatd 72 Ghemeff6ffid$. HEAT DETECTOR SERIES 600 623 For Two 624 For Two lnd€pen- dsnt Signals 621 For Two 622 Rat€-otRise arrl For lwo Fixsd TemP indepen- 200'F (94"O). dent Signals Fix6d 135'F Normal temp€ratur€ fl uctuations and ceiling temperatures exce€ding 100"F (38'C) but not 150"F (68"c) Fixed Temo, Unusually viol€nt ijnfufs5'f l€mpetaturefluctualionsnu.hr and ceilino temperatures oxcesdinq- 1oo'F (38'C)' Doscrlptlon APPllcatlons Normal l€mperatur€ .. ' 50 x fluctuations and c€lllng tompgralures not exc6eding 10o'F (38"C) Allowancci UL FM ^ l-NO ldontlllcatlonon Clrcull Heal Collcctor Modol 2-NO Clrcult Modsl