HomeMy WebLinkAboutVAIL VILLAGE FILING 1 BLOCK 5E LOT K VILLAGE CENTER FIRE ALARM UPGRADE 2003 LEGALAPPTICA
75 S. Frontage
Vail, Colorado
Rd.
81657
Fire Alarm shop
ittal and must i
Application
\
INFORMATION
Fire Alarm Contractor:
Ca ram erc,h / ffe t )a litfr
lvctTrr,l
of Co/a '
Town ofVail Reg. No.:
/6 t _t Contact and Phone #'s:
-/,o// h/a1a er /n ro\9, j ^ 7 / on
E-Mail Addresst Cerrttp"egc @ ae/. t orrt
Contractor Sisnature:
--dA d;
COMPLETE VALUATIONS FOR ALARM PERMIT (Labor & Materials(Labor
FireAlarm: $ f3q.2 f,A OO
Adt\oit\."A.
Cr-"-H^-
B\\t s,=,
\)'. \\.6,-
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Contact Assessorc Office at 970-328-8640 or visit for Parcel #
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Job Name:
llitlaae Cenftr- R-it/iat B JobAddress: ,t, r,tt,1/ev t7r;rQ" pi/.
Legal Description ll Lot:Block: ll Filing:Subdivision:
owners Namei l/,-t/.re Ga*tlrL.ll Address:Phone:
Engineer: ,?/4 Address:Phone:
Detailed Location of work: (i.e., floor, unit #, bldg. #)hr';r. Fildi'tjt
Detailed description of work:
VPfrad(n2 €/1ft/e €;r, o/ot/rn fYtfrt/l
WorkClass: New() Addition( ) Remodel({) Repair( ) Retro-fit( ) Other( )
Typeof Bldg.: Single-family( ) Two-family( ) MultFfamily(7tfl Commercial ( ) Restaurant( ) Other( )
No, of Existing Dwelling Units in this building: 2 f ll No. of Accommodation units in this building: 4'f
Does a Fire Alarm Exist: Yes $/ No ( )Does a Fire Sprinkler System Exist: Yes 0d No ( )
,'**'t*'t**tr*tr**rr**tr*'t**rt*,!**rr************FOR OFFICE USE ONLY***********'t*,1**t ********************
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Commercial Specialists of Western Colorado, LLC.
Data Sheets
For
Village Genter Buildings
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Table of Contents
AIIP-200 Analog Fire Panel.. -.'.....'Section I
LJDACT Universal Digital Alarm Communicator Transmitter... ... ..Section 2
FCPS-24S6 Power Supply... ..........Section 3
PS Series Batteries... """ ""Section 4
o PS-1270 Battery
FMM series... ""'Section 5
o FMM-l0l Mini MonitorModule
- Gentex 9000 series ..'.section 6
o 9120 HF Smoke DetectorI' MDL Spc Module... ..........Section 7
Spectra Alert Series ... Section 8
o Y2,415 Horn / Snobes
o P24ll0K Weatherproof Horn / Strobe
o Hl2l24 Horn Onlv
o WBB Weatherproof Backbox
.*
I Decernb€r 13, Ar01 DN-37&t. A-.t06
NOTI FI ER'Anclog FIre Ponel
S€clion: Inlelligont Fire Alarm C.onbol Panels
@
no76s0oa G1)
Calilomia
Stale Fir6
Marshal
7165-0028:1il
--+*\.
Approved
1.
i,
a
GENERAT.
, The AFP-2@ is a compacl, cosl-€ffecliv€, int€lligent tire' alarm control wilh a capacity ol 198 individtnlly identilied
. and controlled poinls and an exlensive list of powoaM fea-
lures. The AFP-2OO provides capabilities that exc€€d most
large inlelligent systems, at a-cost compa.abl€ lo @.rven-
tio.El control pan€ls.
FEATURES. 198 intelligenl device capaclty (99 analog detectors and 99
.monilor/control modules). Style 4 ,6, or 7.. Overall 301 poinl capability (198 ir ollig€nt pointrs, 4 pro.
gramnuUe NAC chcuits. 99 programmaHe relays).. Nelwork ready (relereace)l0Tl. FlBE.llET" andJVAM-
232 dala sheets tor more intoniation).. Intelllgent featu.ca:y' Manual s€,nsitry aqushenl.
/ DayNight aulomatb sansitivity adjustment.y' Drift contpnsation (U.5. Patent Pending) meets IJL
rcquircmanE as a calibnted test instrumant.y' Auto detdot test (mee/6 NFPA nLy' Maintercrce aled (awo separa,le algotithms).
t/ Pre-alatm (AWACS|y U-5. Patent Pending).
./ Aclivata l@al stMar base on pra-alarm.y' LED blink contml lor sleeping areas.y' Automalic device type check.. Releasing fealures:y' Four independent hazards.y' Sophistiated c'ioss-zcn e (tfuee qtk t s)y' Delay thner and Okcharye timeis (adjustable).
./ Abott (fwt options).. Optional DACT. with AC fail delay.. LCD€o remot€ display/control.. ACS annunciators (ElA-485), induding U)M qrstorn.. Prioler inlerface (80-column and 4Gcolurn printErs).. 5.0 A usable regulaled oulput power, plus 6.0 A expander
(maximurn 8.0 A to panel cirorits).. 8o-charader LCD display, backkt.. ReaFtime c{ock, with European lonnat option.. Hislory fila wilh 65o-ev€nt capacity in nonvolatile monrory.
lncludes non-erasable shadow his{ory.. Waterllorv or sup€rvisory soleclion p€r point.. Alarm Verifbation sel€clion per point. witr trally.. Walk Test reports two dsvices s€t to sarne addr€ss.. Posilive Afann Sequence (PAS) P.€signal pt t/FpA72.. Silence inhibil and Auto Silsnco tim€r options.. March timeftemporal€alifomia code for bdl circuits.. Field-programmable on panel or o4 pC, with userd€tinsd
passuords, plus Auloprogram t€efure.. UL Listed mod€m interfac€ allows remole/off-sit€ slrstem
inlegralion.
lloTl.flAE.IETtr is a lradermlk o{ }{OTIFIER..1994.
^4, .^. =a af l rf r_'-rl /)ld\I Ut | ilil1.t r(anil\ 6-L
'
\-L-l l lt|cl!,,,\-7 \7 E5trsrE' #.!!irt
MEA u.s.coastGuard
lO4_93-E Vot. Vt 161.OOUZgt1
(noltar rcl€aslng)
The AFP-2(N
. FZM-1 twHvirc detector int€rlac€ prwftles compatfldlity
with many non-NOTIFIER detec{ors for retrofit applkxliom
(consult tadory for latest compatlbility listangs).. Dual-rate du]ger for up to gO hourc ol standby porver.. Two€age option for notiftcation ci nits (Canada).. Tomado WamirB ac{ivates differ€nt no0licafon circlit code.. Non-alam points lor lower priodty furctbns.. Remote Silence/Resel/Evecual€ via monitor firodules.. Automalh lirne control lunstions, wilh holiday enceptions.. Rapld poll dgori$m for rnanual stations. R€sponds in < 2
s€cond!.
e Operales wittr untwisted. unshielded wire (up to I ,00O ft-/
304.8 m) tor r€trolit epplications (U. S. Pat€nt S,210, 5Zg).. UL tlsted lof Fire Signaling per Standard 864 & NFpA 72.. UL Lisled br 8uqlary applications per Slanda.d 1076.. UL Listed lor Rehasing Sarvice. Complies wifh NFpA 12,
12r\ 12€., f 3, 15, 16, 2qx Standards when install€d in
accordance wilh apprqpriate NFPA standard.. FM approved ior Agent Releas€ and PreactiorvDeluge.
MEA and CSFM approved; hourev€., ndt approved lor
r€l€asing by MEA-. Approved for rlarine applicaliom by U.S. Coas{ Guard and
Uoyd's Regis0er of ship6ing.
,
Thas doqlmsnt b nol ht.ridcd b bs us€d lor Inslaluoo gt rpoBo.- W. lry ro ta+ ou.p'od[ld ktlornatlon up.t+dalc and accursto. Wc cannot'coicr att spcand apglca'Oons
or anticipac aI rt$Jlr€r|5nB. Al sp€cificatio.rs e.r snid O dtairoe wlfiod ndcs.
For morc |rdormrtbn, contact IIOTIRER. phono: (2Gt) {A4-716i FAi: (203) ,lSl_7l.i€
@ XOf t f t e n' i2 Oinronvll€ Ro.d, No.thio|It, con Edtclrt 06.4
rso s00 ffi=
ffiffmrrtilflmnm
SYSTEM BLOCK DIAGRAM
"I#ffifriff
t
I
Fst-t5l FSP't5th Pls FST-?51
Th.iltCM
StC J'lsl&Pd toop
DEl/tcEs
-" Se|ail F!$pl
t
roc
99 sollwara zones
ACU'AE .16AT
LED Anttundabr
u)r|-3rl
Cusbm G''9ttlcs
FCttst
It
lAc
I t{Fd'i'|lllbn d
tu&,ts W
prlptp
IrcE
PRN Sodt s Ptmor t
EIA-23/12 loterlac6 lor CRT'
prlntct, or PC comPulGl.
ELA-485 loop tor
LCD or LED
annunclators.
Fow sLndatd
NotlffcaUon or
Releaslng
clrcults.
Full Alpha
keyboard lor
mcnu-drlven
programmlng.
5 ampere
regulated
power suPPlY.
Voltmetet/
Ammetot
OPtlon.
PaOp 2 oaa - DN-376' lZr3,Dt
12 AH battetles; 18 AH wlth BB'17'
Up to 90 hours standby Poslf'
SLC looP.
Up to 198 devlccs
on a slngle Palr
of rirus.
Slot lor
optlonal
module.
8o-characGr backlit
LCD dlcplay.
;
.,I AwAcs" Adu"n"" Warning Addressable combustion Sensing (u's' PatentPending)
SMOKE OBSCURATION
% per foot
3o/o
ALERT
Waming at Pand
of Possible fir€
P0EArr suo(tlPllolol
frooR 3 IQUIP RAct 5
AttRl: 0.221 l.r0*
I l:25 P l2125193 066
ACTION
Shut ofi Power
to equiPment monit'ored
bY tl18 detector
PqtAtlt SMOKEIPHOIOI
FtooR 3 lauP nAcr 5
ACIIOil: 0.511 l.'0i
I r:36 t 12125'93 066
ALARM
Evacuate building
and call fire dePartment
Il
T|ME -4
ALERT and ACTION lovsls are corplgtoly adiustaHe in th€ field to suit lhe d€ar iness -and
staulitY of th€ envlrcntn€nt'
AtARil tevets are field "OiuiUiJrJorr'lf
tti." fevas wtrrrn-rie'-Ul-pltitt"O rang€' ACTION levds latcfi 8nd may De
used !o pertorm corilrof runc{i;i liiiir"""s ""f*"sor..t;;f|]
[j rc ictivate a local sounder baso b€loro
general AI-ARI wacualion'
AUTOPROGRAM
PLEASE WAIT
1.
FTELD PROGRAMMING - 3 WAYS
1. AUTO-PROGRAM
The AFP-zoo identifies a[ dsvices that are conn€ct-
;. ;;i;;"" tho tvp€ of device, and loads delault
ili*-ig;"t"r "urii)
into norwolatil€ memory' This
is comptlteA in less than 30 seconds'
2. ON-LINE ED]T
Wttn.
"tru
providing fir€ prot€c'tion' the AFP-2O0 pro-
ii"r t.v'u. .o,tipt.tety edited lrom the lront key-
iao. uenu traes permlt easy drange ol anV n1aln'
!i"i*lt *t .eferral to the programrning manual -R9'
iati increment and edit function sp€eds entry of al'
il"nu."da r"U"ls- New program check toutine catch'
€s colTrnon 6rotE.
3. OFF-LINE PC: VeriFlre-200
(included with VeriFir*CD)
Ths complete AFP-2OO p(ogram may be creat€d in
an olt-tine PC-compatible computer wilh a Window@
0.""a utitity. then loaded inlo the AFP-200 EIA-232
-tt. n" pbg.am may also be otf-load€d to a PC at
'anv time. if'rqh'speeO data translet compleies upload
or downoal in bss than one minute. The PC pro'
or"r *y also be used to a@ess re'note AFP'200
Ivstems over dial-up phone lines. Providing d€lail sta-
tus inlormation and history lile searcty'sort'
o=CLR t=AUTO 2=POINT
3=PAssllo 4=MESSAGE
s=ZONES 6=SPL ZONES
z=SYS 8=CHECK
2.
trDfml,!
iF-gzes'tzr3or - Pasa 3 ol4
AGENCY LI5TINGS AND APPR'OVAIJS
i#:n'i";X:i;l;rm';""9[?##'$"Tffi *f *':
liiJ'"'"."t, ""tiiiri modules mav not be lisled-by c€19rn'1?'
iiffi"JjJft;;, oi fts&tg may ue in process' consull faclotv
lor laiest listing stalus'
SPECIFICATTONS
'',T!*il'fi ffif#i,**T^**1nifr ffi,"
y' Non-.esettaH6 Powec 5oO nA'
i ;;t;at""rnofa deteclorpowon 5oomA'
r/ Foutbullt-h nodffcation dtEuits:
'NACCirctn l: 2'25l-
'iied Ci,*rtt z-l: 25 A (strared total)'
i?tr':!ffi:Nf^i13'^,*i;w,:^cci'cuitss&. a"n"w &,"tg"r rang€: TAll'lSAll'
, imffi;ii*.ffi.trj:,1.,1., o,,.u .,
crnl wi& x 5.5' (1 3'97 cm) d66P'
STSTE|h GAPACITY. iot"f ptograrnnablo itpuUouFirt Polnts: 3ol
. ld€Es€|{ d€todo|t; S. ruc&Ju";*n"trc""r"tmodules: 99
. F oo.a-rrabte NAC clrqits h pan€[ 4
. proirarnnraUte soltware zones: 99
. proiranrnaue rsrnole telaylannupato'Fti' 9: 99
. LCd-fl) anrundators porslst€m: 4
. ACSan rltdato|r9|3 q/stert 10
GONTR,OUS AIID INDIGATOR'
6 LED lndlcators: AC Porer.; Fire Aann; PreAlatm: Supervl'
;;/#"iitr;Ai-tt slenced; system Tqq1
il' ffi ;;il s"{qrr c"ny-"t': lSg{*#:".P:3iH:;:,*ffi:'iE;-Fi"""t iz-r"v Alpha pa4 4 cursor kevs;
Erl6r.
ilfi'br.p"vt 80 cheract€F (4 x 20) wi0r lonq'1il6 LED bad(-
Ism
GOITAPATIILE INIELUGEIIT DEYI CES
FSI-751 "lond€{odor. -
FsF-?51 Photodot€ctor.
iii-iirr Photo d€t€clorwith tixed thermd elemenl
FsT-751 Th€final dobdor' fr€d'
lsi-iiin Thoflnald€t€ctor, fx€d atd ratodd€€'
iii-isi' 11'fss$"ehdodebdor (q,tue5fpetjate€.5g.)'
FSt .75lP Ducl ddoctor. si[| ttqrsing'
FSI,'751FP Duct det€ctor, with trousiog aod rehy'
INTELLIGENT DETECTOR BASES
BT1d.PBP Steila,U nang€d bass, Pack896 ol bn'
Ssol8P $andatd Rangeless base, pacl(ag€ ot t6|l'
NOTE: Berrlte Bf stffix lor dngle'pac'( Das€s'
bnOro Ba56lot FsFl-751 (HARSHB) only'
WE24F/B RCaYbas€'
w2.4&l lsolabr bsse'
BsolEl Sottnd.r base-
BS0|BHT Sounderbce with terporal sout*br'
COIIIPAilBLE ADD RE€SABLE D EI'ICEs
NaC-f zLX Mdr€ssable pull stalion, visbl€ L€D. ' '
Ftr "l Morflormodd€.
F f&lol Monilorrodule.miniaturc'
6ii-l Monitor rnoduh, dual. two Independent class B
citct it$
F;2il-1 Monitor tnodrl6. lwo-wire smoke det€ctofg
P.06 4 ora - ol{€?&r' r2f13o1
FCM.l
FBll-1
XPilI
xPs€
rsG,X
C{ttrd rnodda
Retay rnodde.
iorrlponO"t, -onitor. five addressable Class B
cirqrtts.
Transponder, controUrelay, fu e addressable Cbss
B circuits'
lsolator modu{e.
\
tl' -Ir!
GoMPATIBLE DA||CES' EIA-232 Pod
Fee da|€ shecb)
PRN S.rlor: 8(blumn P.inter'
VimgSne Printer, 210 column, 24 nolts. Mountod in extomal
badhor (o der ftdlt Keft lon' I na )'
cBT-2: vkt€o dlsPlay tomilal'
ilu-iez t'tetnro* inteaace Module to NorI'FIBE'NET"
wirs or fter models.
COIVIPATIBLE DE\r|CES' R5'485 Port
{g'ce &6 sheebt
ICS S*ta", Rernote Serial Annunciator/Control sysietns'
LCD-80: Remote LCD disPlaY'
LOil Ssdea: Remot€ c|Jslom graphic drivsr modules'
ACll-8R Remoto relay rnodule' Eight Form€ relays'
NlBe6: N€twotk lr{edace Board'
H-pr-cs, s€d€s Repeater, isdslorand/orfrercptc mod€n
UDACT: Unive6al Oigftal Co|r|.nt.r*:a|or'
PRODUGT LIilE INFORilAilOII
aFP.2OC AFP-2OO systsn. Includ€s mah PC boad wlth
[6uTtno-i.ivp"c' ti*so-t and door (gray]' hardrate and
insirucdon rnanual. 12O vAG.
lfp-rOOe' Same as AFP'2(X), but 230 VAC'
eiieoon, SatnG as AFP'20O. hn widr rcd basox ard door'
lfp-zmne Same as AFP-2OoR, hrt 23o VAC'
;i-roc Same as AFP-Zfi), btll uLOapprorndvetsion'
Gp-zooact Same as AFP'2OOR, but t'Lc'aPpov€d wfi*on'
DR-AFP:D00': R€placam€nt dooG gray'
DB-lFp26g3" Replacem€.tdoor. rsd'
'Ai
sg8{r -AFP-2(D uiooox grc aoorl. gray' fo' r€dacemsnt onty'
SBB4XC AFP aoo baclbd (m rbor)' red. for rcdacement mly'
ila-fff, H€awdrny out€t o,ldos|lre' R€qdr€d for mafin€
agoncy aPpto\rod ePplcations'a96llcYiffii Frirg-in r.ito.itt". Modde' Prwldes municipal box
ard r€mol€ Stalkm conn€cliorl
nnii, nrett Belay Transmitter l'lodub' Ptovldes eight
Fonn€ r€lays, Plus transmlu€|.
ilxllll: Ammeter/Volttn€ter'iiiiCt Gray Ttim Rlng lor ssmi-flustr mountlng OF (XR lot
red).'oiirezoo:
Futl'lenglh d€ad'ftoil parrll (requirad lor Cana'
dien a@fraftotrs).
reliio- Battcry, 12 vo[" 7.o All' (tvo rqt/ilt€d.t' -is-rzrzc Batiry. 12 volt, 12.o AH. (wo raCutued}
PS.12180: Battet, 12vott, $n M $wo rcqdtadl'
APS{R: 6,0 A epanion supply (eq/Ui/€/s BB4 n'
ee'tZ, Aat"ry bor, ,€Srircd lor PS-12180' or it APS6F is
used.
cic-rzor 12o AH battery cfiarger (see sapara te daa s/laet)i
2'55 AH udized bY AFP'ZOO.
lf t Soio, D(TitaLAlarm Comflxrnicator'Transmitter'
v"irnr"io, Frogramming kit lor PC' tndud€s a CO wlth a
"iriliri.r v"iin.* prograirs lnuuong VeriFre-2(F) ' cable'
ardlsucdans
iiimrPzocp: Spanish hnguage kiL Indudes software lc'
rnarual. andlsb€b.
AR,CHTTECTURAI./
EilG I NEEN| HG 5PEGIFI GATIO N5
So€cittcat'tons ere evaitrbl€ on CD-ROM with N-OTIFIER's
;F;.F;-;-scft"€,€. Contact NOTIFIER for details
II
GENERAL
The Universal Digital Alarm Communicator Transmitter
(UDACT) is designed for use on the NOTIFIER AM2020,
AFP1010, AFP-400, AFP-300, AFP-200, System 5000 and
System 500 Fire Alarm control panels. In addition, it is
also designed for use on the Intelligent Network Annuncia-
tor (lNA), software release 2.8 or higher. When used in
conjunction with the lNA, the UDACT can report the status
of all control panels on llOTl. FIRE'NETTM. The UDACT
transmits system status to UL listed Central Station Re-
ceivers via the public switched telephone network.
The UDACT is compact in size and may be mounted exter'
nally in a separate cabinet. EIA-485 annunciator commu-
nications bus and regulated 24 volt connections are re-
quired.
The UDACT is capable of transmitting the status of soft-
ware zones (Alarm and Trouble), System Trouble, Panel
Off-Normal, Supervisory, Bell Trouble, Low Battery, and
AC Fail. When used with the AFP-200, the UDACT trans-
mits up to 89 zones; with the System 500, all 16 zones;
and with the System 5000, all 120 zones. When used with
the AFP-400, the UDACT is capable of reporting up to 567
points: with the AFP-300, up to 375 points. Reporting may
be in the form of software zones (99 plus 16 special), panel
circuits 14, panel output modules 1S4, and 192 points
per SLC loop (the first 96 detector and 96 module ad-
dresses).
When the UDACT is used with the AM2020 or AFP1010, it
is capable of reporting up to 2,040 points. Reporting may
be in the form of softivare zones (up to 240) or 60 zones
plus up to 1980 intelligent points. The first 568 points trans-
mitted may be programmed for a variety of types, including
fire, waterflow, supervisory, etc. Remaining points trans-
mitted are for fire alarm only.
I UOrc: Descriptions regatding point capacity, listed above,
I are for receivers which receive in Ademco Contact ,D for-
I mat See charT on page 2 for compatible receivers.
FEATURES
. Dual phone lines.. Dual telephone line voltage detect.. Surface Mount Technology.. Compact in size: 6.75' x 4.25".. Built-in programmer.. Built-in 4-character red 7-segmenl LED display.. Manual Test Report function.. Manual Transmission Clear function.. Mounts in a separate enclosure (ABS-8R or UBS-1).. Communicates vital system status including:
- Independent zone fire alarm.
- Independent zone non-fire alarm.
O.dti OEd, t 1
OE^{! Or!. o..
FLE^RI FEir-l FooelEEEEEEEEEElEEElEEIE]EEE@
e9e INDUSTRY
5fiH'iil"" cANADA
Marshal 2132 6030 A
7300-0028:174
lr
**&l8lFCC Vor.Vrl
IWGUSA.
20723-AL-E
MEA
328-94-E@
1ZoA4.AY
(with Ademo 685 onlY)
ABS.8R
for
remote
mountlng
(9.94'H x
4.63',W x
2.5'D)
A
- Independent zone trouble.
- Independent zone supervisory.
UDACT
- AC (mains) Power Loss (programmable).
- Low Battery and Earth Fault
- System Off-Normal.- 12 or 24 hour test signal.
- Abnormal Test Signal per new UL requirements.
- ElA485 Communication Bus Failure.. Annunciation of UDACTTroubles including: loss of phone
lines. communication failure with either Central Station,
total communications failure.. Troubleshoot Mode converts keypad to DTMF touchpad.. lndividual LEDs for: Power, EIA-485 Loss, Manual Test,
Kissoff, Comm Fail, Primary Line Seize, Secondary Line
Seize and Modem Communications.. Open Collector relay driverforTotal Communications Fail-
ure or UDACT trouble.. Real-time cloct.. Extensive transient protection.. Simple EIA-485 interface to host panel.
AGENCY LISTINOS AND APPR,OVATS
See abore forlrbfnrg agendes and file nunbers. rn som'e ceses, c€rtain
modules may not fu listed by eflain approval agencies, orlisting nay
be ar process. Consult faclory for lafesl r,:stmg status.
October 24. 1997 o-160
@HqH:,#F.UDACT
Universql Digitol Alqrm
Communicqlor Trqnsmifter
Section: Annunciator Control Syslems
This docum€nt is not intended b b6 used for inslallation purpos€s. W€ lry to k8€p out
product information up-lo{8te and accurate. We cannot cover all specific applications or
anticipate all requirements. All specilications ar€ subject lo d€nge without notce. Fo{
more information. contacl NOTIFIER. Phone: (203) 484-7'161 FAx: (203) 484-7118
@ r orl rl = n 12 Crinronvifie Road. Northford, conneclicut ool72
lso-9001
Engineering and Manufactudng
Ouality Syslem Certified to
lnternational Shndard ls$gml
NEffi:-
Made h lh6 U.S.A,
DN.4867 - Pagel of6
INSTALTATION
When used with the AFP-200, the UDACT mounts in the
ABS-8R or UBS-1 backbox. When used with the System
500. the UDACT can mount in the CAB-500 far back (nor-
mally NIB-96) position.
When used with the System 5000' the UDACT can mount
in any far back (front module with expander allowed) posi-
tion of the CHS4 chassis.
When used with the AM2020, AFP1010, AFP-400, orAFP-
300, the UDACT mounts in a CHS4 or CHS-4L module
position.
ln all cases. the UDACT can mount remotely (up to 6'000
ff.) in an ABS-BR or UBS-1 backbox.
NOTE: Oue to space consideratiotns, the far back of the CAB'
500 pos,lion is NoT recommended'
COftTflIU N TCATTO N FORi'TAT5
. 3+1 Standard . 4+1 Standard ' 4+2 Standard
. 4+'l and 4+2 Ademco Express ' Ademco Contact lO
NolE: Ademco Contact lD must be used tor independent zone
repoding.
REOUINED SOFTWARE
AFP-200 English EPROM' = 73609 (or highe4
AFP-200 Spanish EPROM' = 73618 (or higher)
AFP-200 French EPROM' = 73617 (or higher)
AFP.400 EPROM'= #AFP4R20 (or higher)
System 500 EPROM. = 73611 (or higher)
System 5000 EPROM. = 73610 (or higher)
AM2020/AFP1010* = Release 6.6 (or higher)
O RDERI NG IIIFORMATIOII
UDACT UniversalDigitalAlarmCommunicatorTrans-
mitter. Includes operating instructions, pro-
gramming instructions and mounting hard-
ware.
MCBL-7 DACT phone cord, seven feet long (two re-
quired).
ABS-8R Melal enclosure for externally mounting
UDACT up to 6,000 ft. from host FACP.
UBS-1 Metal enclosure. Includes viewing window
and optional relay mounting capability.
MR-101/C SPDT Form-C relay. Contacts rated for 10A
@ 115 VAC. Connects to open collector re-
lay driver.
MR.2otlC DPDT Two Form-C relays. Contacts rated
for 10A @ 115 VAC. Connects to open col-
lector relay driver.
FBD-I Ferrite bead kit. Use for remote mounting
onlY'
ETEGTRICAT SPEGIFIQATIONS
Standby current: 40 mA.
Curr€nt whlt€ communicating: 75 mA.
Maximum current while communicating and wlth open
collector output actlvated: 100 mA.
Voltage: Regulated 24 volts. Range: 21 .2 to 28.2 volts.
R.donhr
60mt
6rm
(0
Adqrp l(ddr C9|m0 F8l lod.b
(
I
&bo|naSLtl m fioftmnFormat #
(AddGsse3 16 & 421
s6oor E/r6ard
som xLR{0)pl
. Fire Alarm. Supervisory. Pull Station. Heat Detector. Waterflow. Duct Detector. Flame Sensor. Smoke Zone
Burglary
24 hour Non-Burglary
High Temperature
Low Temperature
Low Water Pressure
Low Water Level
Pump Failure
UDACT
shown in UBS-I
AFP-300/AFP-400 = ALL
'Preently, the IJDACT is not capable ot A.C.
Fail delay (per 1993 NFPA standads) when
used with the AA Series Amplitier, AVPS Power
Supply, or the XP Tnnsponclen
TYPE I'IODE FEATURE
(Ademco Contact lD format onlyl Use Type
Mode to identify reports to Central Station
as:
5$fl)(31 cP22of3 it2
0 4+l Ademco Erpress
4+2 Adernco Epress .t (8)
2 3+1/Sbndad/i8002300 ( (21 t/ (41 r45.61
a (NOT USEO)
4 3+ I /Sb rda d/l9ocl/ l400 (Q',,! (41
J (NOT USED)
6 4+ l/Sbndad/lE00/2300 ((21 t l4l ./ (5')
7 (l.OT USEDI
8 4+1/Sbndad/1900/1400 r'el ./ (41
9 (NOT USE0I
A 4+2,/Standad/1800/2300 t/ t?l r'()t/ (51
B (NOT USEO)
c 4+ZSbrdad/l9m/l400 r'et ! (41
o (NOT USED)
E Ademco Conbcl O
F (hroT usED)
with 685-8 Line Card with Rev 4.4d software.
With 9002 Line Card Rev 9035 software or 9032 Une Card with 93264 soflware.
Rev. 4.0 software.
FBI CP220FB Rec-11 Line Card with Rev 2.6 software and a memory card with
Rev 3.8 software.
Model 6500 with Rev 600 software.
Model 6000 wilh Rev 204 sottware.
Wilh Rev B control card at Rev 1.4 software and Rev C line card al Rev 1.5 sottware.
Model 2 only.
Version 1.62 software.
(1)
(21
(31
(41
(51
(6)
o)
(8)
(e)
Page2ot6 - DN4867
I Whct is "Gonlocl l.D.?"
Most digital receiving formats transmit simple information about the status of th€ site, i.e., alarm, trouble, supervisory,
battery fail, etc. Contact l.D. is a transmission format enabling transmission of alarm and trouble conditions on a bi-point
basis. Three groups of information are transmifted to the central station: a fourdigit account code, a group number (00
to 99), and the device or zone number (000-999). Each of these three information groups is programmable. Because of
the virtually unlimited number of combinations, the number of systems, points and/or zones transmitted is boundless.
TOCAT AR.EA NETWOR.K APPTIGATION
The NOTIFIER UDACT (Universal Digital Alarm Communicator Transmitter) provides the means to create a powerful,
tow cost, local area network solution for any application involving multiple facilities spread over a small geographic area,
such as a college campus.
Gompatible NOTIFIER fire control panels (System 500, System 5000, AFP-200, AFP-300, AFP400, AFP1010, AM2020),
NOTIFIER UDAGTs, standard public switched telephone network, and a low-cost digital receiver combine to solve what
has in the past been impossible to do without incuffing high costs.
The UDACT, when used in the contacl l.D. format, transmits detiailed system status via the standard public switched
telephone network to a digital receiver. The telephone network becomes the "net\^/ork galeway" from the FACP to the
digital receiver and to an optional UniNet monitor.
ln the example shown on the attached page, separate phone lines within each facility tie independently to the UDACT
and modem. For example:Building No.FACP Typ€4-Digit Acct Cod6 Group No.Devicezone Range
A AM2020 0ml 00 00 001 to 00 999
0001 01 01 000 to 01 999
0001 02 02 000 to 02 040
EI AFPlOlO 0002 03 03 001 to 03 396
c AFP.2OO 0003 04 04 001 to 04 089
D System 5m0 0004 05 05 001 lo 05 120
E Swtem 500 0005 06 06 001 to 06 0i6
In this type of configuralion, the maximum number of zonedpoinls to be reported is 100,000.
Applications include: hospitals, college campuses, shopping malls, prisons, airports, grouped govemment facilities, power
plants, large commercial facilities and much more.
ln addition, the control panels may be networked using ilOTI.FIRE.NETTM (see DN-4644). In this configuration, a
single UDACT can be used to report uup to 2040 separate points and panel statuses.
WIDE AREA ]{ETWOR.K APPLIGATION
lmagine an application which requires the status of a fire system to be clearly visible for appropriate tesponse/action, yet
the monitored facility is located thousands of miles away from the monltorlng center. These applications have in the
past been out of reach using existing technology, but today are po sslble with the NOTIFIER WAN.
The NOTIFIER UDACT provides the means to create a unique, flexible, low cost, wide area network solution for any
applicaiion involving multiple facilities distance by a large geographic area, such as facilities located in various states
spread across the continental United States.
NOTIFIER WANS are crealed by using compatible NOTIFIER fire control panels (System 500, System 5000, AFP-200,
AFP-300, AFP'400, AFP1010 and AM2020), a NOTIFIER UDACT, the standard public switched telephone network and
a low-cost digital receiver. Reporting the general system status or the specific status of any monitored point in any facility
to one cenlral location is made simple. Controlling the system in this configuration is also made simple by utilizing the
NOTIFIER UniNet, which is network compatible.
In the example shown,
example:
separate phone lines within each facility tie independently to the UDACT and modem. For
Bulldlng No.FACP Typo 4-Dlglt Acct Code Group No.Devlcclzone RangE
A AM2020 0001 00 m 001 tc 00 999
0001 01 01 000 to 01 999
0001 02 02 000 to 02 (X0
B AFPlOlO 0002 03 03 001 to 03 396
c AFP.2OO 0003 04 04 00.1 ta 04 089
D S!6tem 5m0 0m4 05 05 001 to 05 120
E S!6tem 500 0005 06 06 001 to 06 016
In this type of configuration, the maximum number of zones/points to be reported is 100,000 and the number of moni-
tored facilities is 99. Both the number of points and the number of facilities to be monitored increase when a four-digit
account number is applied (as with conventional Central Station facility assignments) as well to expand the network!
Multiple response centers are possible, one may be the local monitoring central station facility required by local codes/
ordinances. The other monitoring station, as an option, may be located wherever @mpatible telephone networks exist.
DN4867 - Pag€3of6
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Page 6 of6 - DN-4867
I|OTTFIEll.5
oExtlll
The FcPS-218i (Ganrpl dd FCF&'2IIS! (8'tnpl at€ cdn-
oa* ccremecmi nnrol porer rlpp[et xlfi bstbrydla|ls'
ffirEps-ilsdnlsa miv te crnirec*a b 8v l2- or 2+
d[ h; At"- c.,,t t Psrol (F cP) o' may be-us€d a3 I
stsnd-abn€ 3updy. Prlmary apdlca{otE lndude lrouncaooni;Eil tt.-iit'-rn (HrG) blparcim (b tuporl^oA re
qirlJe.g'gto ilAc rimornodzdoo) a sur||ary potrcrt
J"""ct Z+vott 3vsbm aooelsod€s. tlp FCFS'24S6'-24S8
ffi;d;-;A;A ild lttrcrrr 21 vrc pow€r !o lour nodn'
ffi--ofiirca atonr cmf,grnd asd$chrqat B (Slyb
fr?'dfil I istl. z, wtrr-zl{Ac.l o0dar..ttrdrle)'.Alter-
#gu. rc nrqmrts may b€ cotfigNrd al 8ll lErFn*e&dtl€'
dl r€lbteu€. or tro nqxcre6abb d lrc rct€$d'€' !n€
ftirs;21#2is8 ;bo oantdm a baety ctrargs c*eble ot
dre.glng up b 18 All brbrto6.
'llfltrll. Ul{labd t{AC sync{rmnhetlon u.lng Sysbm Sonsor'
Wh€€lod(, or Gq|br 4dlaE€8.. CaacadaHe for up b bn power 3|pp$€s wlth stobe tmhg
maintein€d.. Op€reb3 er 8'3Fc ltllotrcf a 6 s 'sync gsncabf (de'
f;Uittl. s8 nde n we z
ContaiBtwot ly{sobH lnpd/dltoldrcdls-
f,:\
\3.7
1ISIED
s6:,li
I frmr FACP l{AC (NAC elpenrler mode) c Junpsrcd per-
manelrty 'Otf (standolone mode)-
' Four Oiss 6 (Sty{o n atorr Class A (Styl6 Z' wtrt ZNAC4
module) MCs.. 6€mo (FcF924Ss) ors€'lP FcP9z88, ) f'd q€9-c4$l!'
*ttrlanrp";adruci.tt' h tuCogrrd*mooe (.l- Sl)'
.,|-snp FCPS-21S6)orGdnp (FCPs-24Sr8)conlhuFout'
put li slend-alono mode (UL lil8l)'. ibnpeEb wlth oded Inputq sbndr pee*d otrcugh'
. op$onel porvr+upowklon cray (Art'?ltB)-
. lo sbnd-dono modc, ousut porer drcrdb m€y bs conflgF
urod as: tasttstle (l@i ftF tom FACP rcqdFd)' nqF
|€lattaba€, or a mh of tF end two'
. Fullv rsoUlatedand ,ttecdpouroutsut-optrnal for pow'
stir drrle rrnols rtetictoo' anlrrtcialtr!, and oo€t
syr6m pen6recas t€quldng r€gulsEdrf,bcd potre''
. froru-ltmttng gar,rclogy n€ts uL pouGr*nltng l€qdre
mgttB.. Form4 nodr|sllydos€d touble r€lay.
. Fully anpendeed pd€t stfply, betory, atd NAct'
. Sdec{atle est| iallt debcliotr.. AC rorbl€ r€port 3€bcrat l€ for finmedate a 8+our ddsy.
. Wdl(! rl|h dtttalv eny UL 86/0 ft€ aEm Gonbol wlildl utl-
Itsec an hdrstritandad lwre+olanty no[&alhn dr-
qdt (lndudlng u-nflbrcd and unegutabd b€[ pow€4'
. tuqdlta Input tlg€tr roltrgg of 9.0 -:lrl VDC.
. Sdfsrbhed In ccnpect, lodrl'|g cettn€l - 1 t (:181 mm)
hlgh x l4.S (!!6E.3 mm) rlde x 2.75' (60.85 mr) d€sp'
. lndd€ mgrC balE:y dttgercap* olclrglp up.b 18
eH U[brta. Caunet cap.tle d hold|g 7l} AH bffi€!.
t
3I
. Sstbrt dra lpt may b. dbabl€d Yia olP 3wldr lor applha-
dor|s '€qdrhg
btls bdttt€8.
. fneo, dimp+ype fanntnal bUacs accommodab up b '12
At{G (3.25 mm'} rlrc.
l[AtDtrDt ma GODI|
Th€ FCP$2/0S6/-24S4 compllec wlth fle fdowttg atandar&:
. l{F?472 Neffi Fhe Altrtn Code.
. uL sc4 Stendard br conbol uttts bf FIl|' Atrm Sptoms
fiaCd''Pld*a*).. i|. rfft P*er aupy'hs ft. Flr€ Alettn s!'!bttt! (81€t'6
'/or7€'',ode).rrrcltlcrl|ore
Flhrry(AclFU.c. FCFS-24S6/-21S8: l2o vAC' d) l{a 32 A murnum'
. vl,lr€!trd ml*flm*f 4 AWG (2.0 rrmfrrrft dtrV heda0oc
Contrcl hput clrtrdt:. Trigger InF|t rrdtegF: I b 3it VDc.
. frrgger;Ent ZO mA (16 - 3a U. P€r lnFrt 1'0 mA (S -
16 v).
Trorttr contrst rrffrg: 5 amp. d 24 VDC.
IoinFEO i m oe.rdoll d ||aa.!|d-nt f*rnrr* f nimnrfaoburdhhllffir plrFr!!ryloi'.Pdt
;a,ratirn"dtet "r{"{d and Ert5. u,r cfr|oa €vc dl Ttcmc "glhdh'r
q
Itdni af ru.|;||ott. Afl tP.cfk Js rt |utid b cftlr|'t ||tnqt, ndi.r
F;ffi-|G;JnElrdror-t Ptm (28r 4!+7ror F x @)48+7lll
t|oTl Fl ! it 12 c|trEn tl Ro.d, Lo|ihlod, cq|n"icd 06472
Aurllhty pou.r oufut 3Fdfic applkaton potrf 5U) mA
mardnum-
OuFulchqr|t3:. +24 VDC filtot€d. r€gubH'. 3.0 amp! maxhuD b enY one chcult
. Toial conllnuous cutf€a br dl odputs (sbnd-abn€ mode):
lbt FCPS-24S6: 4.0 amps madmum; lhr FGFS-2tAta: 6'o
emps rnaxkflum.. TotBl shst-btm qfi€r ft. at o.&ub (]{AC ryfermode)
fEr FCPS-aaAA' 6.0 antpe maxlmum; frr FCFS-2'IS6: E'o
emp6 rmtdmuln.
S€coilll'y po*tr (t*trryf ctrri|ng dtcult
. Suppods l6ad-add battBdes only.. Fbatdtatgs wftage: 27.6 VDC.. Maxlmun cfiatgo crrr€nt 1.5 smpa
. Maxlnum bettsy capadtf i0AH.
rDPtlGlllollS
Exgrslr l: Exoand noffica[m .pg[8||co Pdt€t €n addi-
rind 6.b arnos (FCP92,ls6) a 8.0 emF (FcPs'2{s81. t,3€
uD to fo|l' C6ss-B (stvle Yf outsutr q htr Cb8' A (stylo z)
oir$rts (urfrg ZNAC-{!. F6r €x8rpb' Ol€ FACP nofllcatbn
ao6lanca Gicdts wll dr,ab tho FCPIS uten l€t€|a+pds-
iri'acOotar ocqrr. Ttollbb ondddre on tre FCFS are
ainceo Uv fre feCP ftough |he nofilcadon spdifico dnillt
Exanolo 2: Use the FCFS to st9ild aDdary r€gubt€d
2+wft ;vtbm powor up b 4.0 anF GCP$2/|SO) c uP b
6.0 amnri GCPS24SS). BoOr tcetbue and rsFresottEDl€
oo*cr 6Obns ars awilabb. Roretde ot F ts ate Groabd
'UV ennictng [t€ ?€refieU€ clF X tom $3 FACP b ofle a
bott of tho FCPS hPub.
Exnrole 3: us€ addr€!3au€ cdrd |r|odubs !o adhtats
th€ FcFb insbad ol ecltt€e|g it !|{ougn t|€ FACP notficatgll
aoo0encs dtqits. Thls brpbally eltows ft. moundng tE FCFS
ai gr€abr distatE e*ay lioot fts FACP whle s,Qandhg
system arcticchro h rndous applcatons.
For eramole. an addt€csabb conbd modub b used to 8cd-
vab &e FbiS, and an ddrs8sSl6 mdfb.r modrb b used to
senas FCPS bd"tble d.!d0ons. Locat ardfary poltsr ouq't
fif,c rc|'lillvotxlllTol f,otl
ln cofl|e h.tElHor|3, il h n@E aty b ryndtronlze the fastt
[mfE oarf ffi ln lh€ !y!an h ADA snplane. Stubes
asirpf*r O*l Oy modra|rrg €ry ghort tming pub.s on fre
ilACoirrer whlctr ae oabd by the FACP.lrvh€n lmtdl€d d
Ure eirO ot a NAC wi€ run. Era FCP92'|S6/-24S8 can tradt
(1.€.,'bllotif) th€ 3tobo ryndronizatio dmlng FrkB m th€
ixismq XnC *e run. Thls malntalns the ov€ral systsm ash
Umlng of th€ addldord std€s ettadEd b fi€ FCPS.
Wh€n the FCP€I-24S6/-24S8 b configut€d (vb OIP srldt set'
tlnosl a3 e 'tync fdlow,' tte FCPSb NAC dr|putE hd( f|€
sri,be cytdtrontsalton ntsa prcccnt at [p FCPS's rync lt
put bfmh8l. Th€ Fd3as origimb tdtl en upqtsam FACP a
otrer poter suPglY.
Whgr tho FCPS-24S6r-2/XS8 is co.m$t€d (Yic DIP swldl tot-
&Es) as I 'syrrc gfferetor,' the FCPS'3 lytE hPrn btmhals
are na used. Rather. th€ FCPS b t|€ otlgfrrala of the gtobe
swdrronbalicr pukes dt lre FCPS's NAC oulputs. In feync
g6nerasf morte, |re sync tpe (System Seruor, Wh€dodq
or c€nbx) is sdedle vb DIP switch re[in5.
tnoDUCr uxl rfolt flox
FGPE-2{tt:6.0 amp, t2O VAC reat& dla4tet pol'v€r lrltr
Dly. lrdud€s mdn prhE drEult boatd. hantft.m€|t, €r|dc
irio (t S FAt mml irlgh x il.f, [368.3 nml side x 275F lB9.8lt
mml dep), and Instdlaton Inatudiona'
FGDt-?lSt: 8.0 anp, 1 20 VAC rcrn& dargi€r por€r cup
dy. hdu<lee m€h pthled dutll boad, tansfrnners, endo'
iJe(15'[38] mml hlgh x 14.5'[368.3 mml wld€ x2.75'[89.85
mml deep), and Inst aeon instucffor|s.
ZtlG{: Cteeo A ($yb a NAC op[on modd€.
A77-7|C3:12[24VDC endof-lhe reby lbr mmltodng tour-
sk€ srnofts d€locbt por|€r.
?3-127O: B6try, 12 rcl, 7.0 A]l (luo Bqfid,8e Ps
Ssi6s dsrr sfr€et IN-tlOg).
t
f
from he FCPS protl&s PovYer
to th€ add€ssablo contol mo&
ub.
\&lE,s,f,blo FACfr ',nc€p&bof locqtitrg @aM arrd n onlw
modules et dlstaac€a d uP to
tQ,o@ M (3018 neb,'6.).
rctxcY utrrxoE
AXD rpPnovtlt
Se€ ffE flrlt pago d ttds data
$ootftrbthg agsd6fidfls
rnbers. Th6e lbft|gs and ap-
ponb apflyb fte FCF$24S6
and Op FCP$2,1S8. In rome a6
cat€s, oe.taln modulos 6 apdt pow'r
caloar3may rdb6Hbys-*r app(ovd eg€ncles, c lhlhg
may be h gwa Cssult lbebybrhrtlrfig!Hls.
llolF,; N llAtc a&ub st
!l'stwatldbs|tbzYdrZIAH@rtnod.t,'.Styb Y fiACtr
Door Holdcr
Fufr
Ornp|rtL
q&Yil c tIy|eYMC sttLYMC
OuD|rrf,| O|r|p|'t2 o0lp|,ifl
tlnD|J!ttDtlocI D| crrt
FCPS
noubb
Conoct
Orfprf
2Iwc
8Fcifio
Appllcdon
Pffi
NACCorff
Input'i|
(frmFA@)
l,lAC Contd
lneua *t
(ftwnFACP)
s!,nc hFrt
IIIPUT,UTIPUT
FUNCnONS
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PS Series Bottenes
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FEATURES
: ;r.r* secottdary jrorler for control panels'
Gdled eledtotYts
Sea|ed atd mintenance'ree '
ovstd|aEp p|oQded'
E d""d.d stidf life'
*.n;"*'oo'*.g5',T1'1y.;ffflffi :H;;;J.**,l* (ABS' Porystyrene' or
J"p"ttahg ott utd"tt'
ffi
APPLIGATIOIISG * ""
o'*-*'**' mtffirffi'S#ffim"ffiFffi8.""i:'
opr a terQeraur€ ramp o
coilsrnucrloll
il**rJco"s,.loi*-g5fi #:#.*ffiffift6€. saf€ op€ratloo h ely.Hl'i1.j-5lJ- i..- 'r..nrOtreO
tn affi
bmnce{ree' The cce s
8,il6 at"m*e and oammabritY'
rilsrALlalroil
All panels have space reservBd for qfi8'iesi. P-h-appro6"i"L
Dand lnda[ation t"n-' t-frrti t*t" restuictions' Ttnhal hter-
i:onnectior dkrgrans "* "i"ii itt rt freratne accomparrying eacfi
conbol Pand'
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208PS-t2250 12 9.t[5 210 39.7 18Il
3000 lo,5,260 6.60 168
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5000 12.m 3o5 660 168
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i'
Connect modules to listed compatible NOTIFIER control panels only.
All wiring sho rn is supervised and power limited.
Install contact cjosure d€vices per manufacturers' installation instruclions.
Any number of UL-list€d contact dosure devices .nay be used.
OO NOT UIX fire alarm initiating, supervisory, or secrrrity devices on the same cirdrit.
V Flg. 3 FMM-I: Typical two-wire initiating devlce circult configuration, NFPA Style B.
TO Next
Device FROM Panel
or Previous
Device
lnitiating Devlce Circuit (DC)
NFPA Style B, porver limited:
230 UA max. @ 12 VDC max.
\co.rrn,b" tionLine
32 VDC maximum.
Twisted-pair is
recommended.
Communication Loss
(optidnal conn€dion for panels
wtricfr support ihis feature)
FUTUREFEAruRE
47K EOL
Resistor
ELR.47K !.{..--
V Fig. 4 FMM-|: Typical tour-wire fautt-tolerant lnitiating circult configuration, NFPA Style D-
IO Nexl
Device FROM Panel
or Prcvious
Device
\cornrnrni"r tion Line
EOL Resistor
is intemal at
terminals I & I Communication Loss
(optional connection for panels
which support this feaure)
FUrUREFEAruRE
V Flg. 5 FMM-I: Typical two-wire initiating circuit configuration for security systems
(with alarm vercus short capability).
lnitiating Device Clrcuit (DC)
NFPA Style B, porrror limited:
230 pA max. @ 12 VDC max.
IONexl
Davie FROM Panel
or fuevious
Device
I
I
47K EOL
Resistor
ELR47K
\corrrn,a" tionLine
32 VDC maximum.
Twisted-pair is
recommended.
Communication Loss
(optional conneciion for panels
whictr support this feature)
FUTURE FEATURE
14K Sedes Resistor
j<
ON-6720. ogl12lo1 - Pag€ 5 ot 6
Connect rnodules to listed compatible conlrol panels only.
Terminal wiring must be power limated.
DO NOT tlx fire alarm initiating, supervisory, or security devices on lhe same circuit.
DO NOT LOOP wtre under terminals. Break wire run to provide supervision of conne€tions..
Detectors must be UL listed compatible with module.
Install detectors oer manufacturers' installation instructions.
Power to th€ interface module rnrst be extemally switched to res€t the detec{ors.
used to slitdr power {rom a standard power suppl}4 see Fig. 7 below.
i
An FRlll.l relay control rnodule can be
V f,ig. 5 FZM-I: lnterlace two-wlre conventional detectors, NFPA Styte B.
3.9K EOL
Resistor
(included)
A21€-10
TO Next
Device
FROM Panel
or P,evious
DeviceK- Communication Line
32 VDC maximum.
Twisted-pair is
recommended.
Usted Battery Backup
switched OC
power supply.
Gt201i5.rttt
z,.z Optional Branch Cittuit
TO Nert htedace Module
Module supervises supply
voltage and deteclor loo9.
V Fig. 7 FZM-I: lntedace two-wire conventional detectors, NFFA Style D.
IO A/ext
Device
FROM Panel
or Previous
Devie
\ communica tion Line
32 VDC maximum.
Twisted-pak is
recommended.
Listed Baftery Backup
switcfied DC
power supply.
6tl0r,i6.rtrl
.-z Optional Ere'nch Circuit
TO Nert lrr'(eiacc Module
Module supervises supply
vollage and detecior loop.
3.9K EOL Resislor
(indded)reqlired
atterminalsS&9
A2tlfit-l0
V Fig. 8 FRM-1: Relay control moduleusedto dlsconnecta power supply.
TO Nert
Device
(-)
(+)
FROM Panel
or Previous
Device
Communication Line
32 VDC maximum.
Twisted-pair is
recommended.
I
-l
RELAY
CONTROL
MODULEDC POWERSUPPLY (+)
Listed for Fire (-)
Protection with
Baftery Backup
Y ---'l u
s-*11 Iz{H 2
SSrl
Page 6 of 6 - DN-6720. 09/12/0i
.,)GiEI\ITEXccttrlPcrFtATrCilN
900Ct sEFllES
PHOTOELECTRIC TYPE SINGLE STATION/
MULTI.STATION SMOKE ALARMS
AC POWERED WITH BATTERY BACKUP
Installation Instructions - Owner's
READ CAREFULLY AND SAVE
INTRODUCTION 9OOO SERTES
The 9000 Series Smoke Alarm is a photoelectric Type
Alarm for use as an evacuation device in residential
applications. Each alarm has a solid state piezo signal to
warn and alert the household to the presence of threatenino
smoke.
Your Photoelectric alarm is designed to detect the smoke
that results from an aclual tire. Consequenfly, it is
uncommon for household smoke such as cigarette smoke or
normal cooking smoke to cause an alarm.
MODELS
(sEE BACK OF ALARM FOR EXACT MODEL)
91 20.................. .......... 12O VAC. 60Hz
9123.................. ..........12O VAC, 60Hz with Temporat Horn
9220................ -...........220 VAC, 50/60H2
9223..................-....._...22O VAC, 50/6OHz with Temporat Horn
OPTIONS, SELEGTIONS:
T - Integral 135"F Thermal Sensor
H - lsolated 135"F Thermal Sensor
F - 1 Form fu1 Form C Aux. Relay with Tandem Wire
Connection.
NOTE: In the event AC Power fails, a gv battery will provide
proper alarm operation for a minimum of 24 hours.
HOW YOUR SMOKE
ALARM WORKS
The 9000 Series Smoke Alarm operates on the
photoelectric light scafter principle. The unit's sensing
chamber houses a light source and a light sensor.
The darkened sensing chamber is exposed to the
atmosphere and designed to permit optimum smoke entrv
from any direction while rejecting light from outside the
atarm.
The light source is an infrared (invisible) LED which
pulses every 8 seconds. The light sensor is a photodiode
matched to the light frequency of the LED light source.
Under normal conditions, the light generated by the
pulsing infrared LED is not seen by the light sensor, as it is
positioned out of the direct path of the light beam. When
smoke enlers the sensing chamber, light from the pulsing
LED light source is reflected by the smoke particles onto the
photodiode light sensor. At the first sighting of smoke, the
alarm is put into a pre-alarm mode. This is indicated bv a
rapidly flashing LED on the face of the alarm. Once th; liqht
sensor confirms smoke for 2 consecutive pulses inside thJ
chamber, the light sensor produces the signal necessary to
trigger the alarm and sound the eleclronic horn.
This technique of verifying the smoke condition,
combined with a 5-to-1 signal-to-noise ratio, substantially
reduces the possibility of nuisance alarms.
HOW TO TELL IF YOUR SMOKE
ALARM IS WORKING PROPERLY
o Your alarm is provided with an alarm horn and pulsating
Light Emitting (indicator) Diode, which pulses every 30
seconds, and a green AC power on LED.o When turning the test knob on the alarm to TEST i the
red light emitting diode should ftash rapidly and the horn
should sound.. lf the battery is low, a chirp will be emitted when the red
LED flashes. lf the alarm is malfunctioning, or if the
battery is missing, the chirp is sounded without the red
LED flashing. lf AC power fails, the green LED will turn
off.o The test knob ofyour alarm simulates actual smoke
conditions.
NOTE: Tandem Interconnect Models.o When lesting one alarm, the alarm that is activated will
flash the red indicator light and sound its alarm horn. All
other units will sound the alarm horn with their red
indicator lights remaining off. The relays will also activate
on all units in tandem on models equipped wilh the relay
ootion.
FIRE PROTECTION PLAN
This Smoke Alarm can quickly alert you to the presence
of smoke-it cannot prevent fire. Please note lhat there are
hazards against which smoke detection may not be effective,
such as smoking in bed, explosions, when a closed door
separates the alarm from the source ofthe smoke, etc. The
ultimate responsibility for fire protection rests solely on you.
Pg. 9-1
550_0093
Information
II
I
{
MOUNTING: PLATE &
ALARM
1 . Lace the connector through the provided mounting
plale and secure the plate to the junction box.2. Pluo the wire connector into the alarm base.
Place the ala.m up lo the mounting plate, rotating
it clockwise until alarm llrmly snap locks into
place. Keep the alarm parallel to the mounting
plate so upper and lower labs on the plate seat
correctlv inlo the alarm.-fTr,,-A ".7,r,,7A
fdl///f-N\ i/1//((nt\uiiiitIl \1 I tiiii rt \)lllnNY i \\\" /r.yl_-r' \slj>. \h>. \.
woRx aortlEcrarF Ur FEA
l8tI$r*rouar noLE n 8ffi6ffi.","..
CHECKOUT &
TROUBLESHOOTING
1. Tum test knob lo the NORMAL posilion and install
battery and then supply house power lo lhe alarm.
The red indicator liqht should flash every 15-30
seconds, showing ihat the alarm is operating
propeny.2. lf red light is not tlashing or lhe green LED is not
on:
a. Check that the battery is installed.
b. Check the connector plug and wire
connections. NOTE: Be sure you turn off
power betore checking wire cbnneclions.c. lf the power supply and wrring check out. but
the red light does not flash or lhe green LED rs
still off. return the alarm to the manulacturer
See TO RETURN AN ALARM.
d- When oowerino uD alarms in a tandem
installdfton and ali the alarms souno
immediately, inspecl all alarms for those with
an illuminated indicalor liohl These will be F|e
trouble units.3. Testina with the Test Knob:a. Ro-tate the test knob counter-clockwise to the
TEST I oosition and wait uo to 20 seconds for
the alarm lo sound. lf the alarm does not
sound after 20 seconds, return the alarm for
service.
b. After successfully testing alarm, return test
knob to NORMAL (non-test) position and wait
20 sgconds tor the alarm to stop sounding.
c. To test alarm for high sensitivity, turn
tesi knob clockwise to TEST 2
position. Alam should remain silent.
d. Make sure to return test knob back to
als normal position.
e. lf your alarm sounds during this test it
means the alam's sensitivity has
become too high and may cause
lalse alarmsf. This could mean your alarm is dirly
and should be cldaned as describ;d
in lhe maintenance orocedure below.g. lf the alarm continues to alarm, tor
TEST 2 posihon tollowing cleaning.
relum it io Gentex for se-rvice.h. To check for proper smoke entry into
vour alarm's sensino chamber.
Genter recommendi usinq the Fjome
Saleguard Smoke Alarm s-pray.i, This test should be Derformed once a
year and should be sprayed from a
distance no closer than 12 inches
fiom the smoke alarm.
MAINTENANCE
After your ala.m has been in ope.ation for
a period of lime or if it was installed prior to
the complelion of all building construclion,
your alarm may have become more sensitive
due to dirl build-up in lhe alarm's optic
sensing chamber which could cause
nursance alaJms or could cause activation
from small amounts of smoke build-uo.
lf this should occur, following this simple
washing procedure will restore your smoke
alarm back to its odoinal condition.
For further inforfiation, regarding
frequencv of cleaninq and testinq. refer lo
NFPA 72, NFPA, Ba-nerymarch Fark. Quincy.MA 02269.
IMPORTANT: Failure to follow full
clsaning instructions cguld result in
damaqe to this smoke alarm.
DO NOT remove all alarms at the same
time for cleanino.1 Turn off electircal Dower to the alarm.2. Twist the alarm counter-clockwise to
remove it from its mounting plate.3 Unpluq lhe connector from the back of the
alarm. Do not remove lhe wire
connectaon: leave the connector for your
replacement alarm oa jumper plug.
Remove the batterv.4. Select three (3) staindard size wash
buckels and fill them each with one qallon
of normal iap water (dislilled or
de.ionized lreated water is
recommended as a final rinse if water
is extremely hard in your area).5 Add 1/8 cup of lvory dishwashinq liquid to
the firsl bucket of water and allow it to
mix thoroughly, then place one dirty alam
into tie soaD water mixture until it
becomes completely covered or
suomergeo.
NOTE: lf the alarms are exceptionally
dirty, you may wish to flrst wipb off any
excess dirt before washinq alarm so as
not to dirty the wash water too quickly.
DO NOT open alarm for cleaning.
WARNING: ONLY IVORY DISHWASHING
LIQUID IS TO BE USED.
OTHER BMNDS ARE NOT
RECOMMENDED AND MAY
CAUSE YOUR ALARM TO
MALFUNCTION,6. Allow alarm to soak for approximatelv 10
minutes tlonqer tf extremelv dirlv). Then
agitate for 5br l0 secondsto fluih out
any remaining dirt left inside alarm's
nousrng.
Remove alarm from wash water and transier
direclly to one of the lirst .inse budetg containing
clear water Again, allow alarm to become
completely submerged, agitate once more for 5 orlu seconds to rcmove soao residue
Frnally, transfer alarm to your second and final
nnse bucket. repeating m€thod found in Step 7,
then removo alarm to a clean dry area for aperiod of 48 hours to allow il to lhoroughly dry.
7.
\,-U
IMPORTANT: lT lS RECOMMEiTDED TO CHANGE
WASH AND RINSE WATER AFTER FIVE 15}aLARtrs. rF youR aLARfs aRE EXTREfiELY
DIRW, WATER SHOULD BE CHANGED MORE
FREQUENTLY,
WARNING: SMOKE ALARMS ARE TO BE AIR
DRIED ONLY. DO NOT PLACE ALARM IN OVEN.
MICROWAVE OR USE A HOT AIR BLOWER TO
ACCELERATE ORYING TIi,|E. THIS COULD
RESULT IN DAMAGE TO YOUR SMOKE ALARM.
In the evenl you experience difficulty in the cleaning ofyour smoke alarm or if you have ant questions,
please contact Gentex Coroofation 6r vour local
Genlex drstribuior.
WARNING:
lf lhe smoke ala.m does not work properly, do not
try and lix it yourself. This will void vdur iryariantv.
See "To Relum an Alarm' for instruations to retuin
smoke alarms lhal do not operate properly. OO NOT
TRY TO FIX IT YOURSELF
IMPORTANT: Gentex recommends alarms be
tested a minimum of once a week.
WARNING: Never use an ooen flame of anv kind
to test your alarm. You mav iqnite and damaoe ihe
alarm as well as your home. The lest feature-of your
alarm accuralely simulates smoke conditions and tesls
lhe alarm's functions as .eouired bv Underwrilers
Laboratories.
WARNING: Do not cover, tape. or otherwise btock
the openings of your smoke alarm. These ofreninqs
are designed to allow air to pass through your smdke
alarm, thus samg[no the air around the alam.
FAILURE TO REGULARLY CLEAN THIS SMOKE
ALARM WILL RESULT IN FALSE ALARMS, A BUILD
UP OF DUST CREATES AN OBSCUMTION THAT
SIMULATES SMOKE. THIS MEANS THE UNIT WILL
GO INTO ALARM WITHOUT A FIRE CONDITION.
TO RETURN AN ALARM
. Should you experience problems wilh your smoke
alaam. oroceed as follows:'1. Turn off eleclrical Dower to the alarm.2. T\,!ist the alafm counter-clockwise to remove il
from its mountinq olate.3. Unpluq the conn-ector from the back ofthe atarm.
Do not remove the wire connection: leave the
connector tor your replacement alarm.4. Carefully pack (the manufacturer cannol be
responsrble for conseouential damaqe) and return
to the manufacturer. lhclude comol6td details as
to exacl nature of difficullies beinli experienced
and date of installation.5. Return tot Gentex Corooration, 10985 Chicaoo
Drive, Zeeland. Michiqan 49464. prior to '
relurninq. call Genlex at 'l-800-436-8391 to obtain
a RMA Number trom our return deparlment.
Irrt.EeB F.!srre(sr,
lEsr Etrr litotE a.Ad l
lc@RDltcErvmt|lEP 72
I
I
4
il
GENTEX CORPORATION
10985 CHICAGO DRIVE, ZEELAND, MI 49464
PHONE: 1-800-436-8391
1-1-93
Pg. 9-6
LIMITED
Fo. a period ot l? mMlhs irm th€ date oaou.chase, or a naimum of 18 monhs r.on lhe date of
manulaclur€, G€ni6r wa.rants lo you, th€ origiml cmsurer purchaser. lhat your Smok€ Aam wilbo
fr€€ nom daf€cls in wofironship, mate.ials, and consrnr.lion under nomal use and seftft. lf a
defecl h wo*manship. maredials, d @stection shald cause your Smoko Alam lo bome
inop€.au6 wlhin lhs w6d6nty psiod. Gonlex will rcpen you. Smoke Ahm d rumisn yo! lilh a new o r
.ett ilt r€dac€m€nl Snlke Aam with@t chB.ge lo you excepl fd postage reqti ed to.etum lhe
Smol(€ alan b 6. Yo(r ropaired o. rcdacm€ol Smoke Alam will be relun€d to l6U t * o{ chago
and i ait t'6 coErod und€r rhis wa€nty for th6 bald@ of he k r6nly p€dn.
n'is ran nty is loid it or insp€dton ol yer Smore Aram shlM that ttb diamage or tailure wa s
caL6ed by abu$, misuso. abn(md !*0., taulv insralla!fl, iflprop€l mainlonanco, or Epaks obe.
than hos€ p€.fom€d by us.
ANY WARRAIITIES IMPLIEO UNOER ANY STATE LAW INCLUOING IMPTIEO IIARRANTIES OF
IVERChANIASIUTY ORfITNESS FOR A PARIICULAR PURPOSE, APPTY ONLY FOR THE
WARMNry PERIOO SPECIFIEO AAOVE. PLEASE NOTE TTIAT SOME STATES OO NOT ALTOW
LIMITATIONS ON HOW LONG AN IMPTIEO WARRANry LASTS, SOlHE I8OVEEXCLUSION MAY
NOT APPLY TO YOU
WARRANry
GENTEX WILL NOT BE UABLE FOR ANY IOSS. DAMAGE, INCIDENIAL OR CONSEOUENTIAL
OAMAGES OF ANY KINO ARISING IN CONNECTION WI1H IHE SATE, USE, OR REPAIR OF THIS
SMOKE AI-ARM PTEASE NOTE THAT SOME STATES OO NOT AIOW THE EXCLUSION OR
LIMITATION OF INCIOENTAL OR CONSEOUENIIAL OAMAGES. SO THE AEOVE EXCLUSION MAY NOT
APPLY IO YOU.
lf a <lefet in rcrkhanstt), mtdials, o. @nstlctbn shoutd €|rs€ yo!. Snrot€ Atarh to be@rE
ircpeGbl€ wihlr fa sa.ranty p€riod, tau must r6tum tha SftEke Ararm to C€nt6x podag€ prepail you
musr abo pac* rhe smote Alad rr hir*n@ rhe.isk of it being damag€d h |ran*t. y@ tud ale ddoss aretlm add|6- Smol€ Alains.erumed tor El6ty sa ice shoutd be sent to: G€nr.x CoDo€riot, 10905
Cnicago Dnve. Zeland, Ml 49464.
lt re r€ceive a Smok! Ah.m in a damao€<t @dition as thB resh o, shippr.g. we w notity yd and yd
musl l5le a claim wnh |h6 Shipp*
THIS LIMIIED WARFiANTY GIVES YOU SPECIFIC LEGAL RIGHTS. YOU MAY A!5O HAVE OTHE R
RIGHTS WHICH VAFY FROM STAIE TO STATE
550-0093-15
?;
C,
GENERAL
System Sensor's MDL Sync Module is designed to work
with the SpectrAlert series of homs, strobes, and horn/
strobes to provide a means of: synchronizing lhe tempo-
ral-coded homs, sy.rchronizing the one-second flash tim-
ing of the strobe. and silencing the homs ofthe horn/strobe
combination over a twc.wire circuit while leaving the sbobes
active.
iJIODU LE GO NFIGURATION
Each MDL module has the capability of connecting two
Style Y (Class 8) circuits or one Style Z (Class A) circuit.
The NAC output(s) from the panel are connect€d to the
zone inputs of the MOL module and the zone output(slfrom
lhe MOL module are connected to the notitication loop(s).
Supervision is accomplished in the module by a direct
connection between the zone input and the zone outpul of
each of the two zone circuits connected to lhe normal end-
of-line device. The FACP 'sees' the EOL device through
the MDL module. When either or both outputs (zones 1 &
2) from the module are wired to the SpeclrAlert products,
thd homs and sttobes in both zones will be synchronized.
The MDL module can be configured so that more than two
zones can be synchronized by the interconnection of the
shve input and output (see Application Examples).
SPEGtAL GONSIDERATIONS
A latching Form-C contact is provided in case the synchro-
nizing signal to the notification devices is intemrpted. The
output can be wired so that a trouble signal will be annun-
ciated at the panel. lf the synchronization pulse fails in the
MDL module, the strobes will shul off.
NOTE: The MDL Module is factory-sel with the trcubb @ntacts
in the open slata. Ihese @ntacls may close during shipping.
Approxlmately lwo seconds aftet power-up, tioss conlacls wlz
open.
SPEGIFTGATIONS
Voltage range: OC or full-wave-rectified: 11 to 30 votts.
NOTE: Supply voltage 6nge at 12 volts, 11 to 17 VDC; et 24
vdts, 21 to 30 vOC.
Maximum load on loop: 3 amps.
Current: chart at right.
Operating temperature: 0"C to 49"C
(32'F to 120'F).
@
OD4A7
s40't 1
I
I
('
The MDL Module
October 1, 1997
MDL
for use
DN-6066. J49A
NOTI FI EFf
FTRE SYSTETVIS
& MDLW Sync Modules
wirh rhe SpectrAlert Series
Section: AudioMsual Devic€s
Voltage
Average Peak lnfiush
oc FVI'R DC FWR DC FWR
12V 10 mA 12 mA 30 mA 31 mA 87 mA 122mA
24V 11 mA 15 mA 35 mA 37 mA 198 mA 262 mA
This doqrm€nl is not intended to be |Jsed lor installation purposcs. W€ try to k€€p our
product information ufFto{ale and accwate. We cannot cov€r all specilic agptications or
snticipate all roquiraments. All specilicalions arc subied to change without notico.
For more infomalion, contact NOTIFIER. Phono: (203) 484-7161 FAx: (203) 484-7110
@ rorlrren 12 Ctintoflvilte Road. Norrhford, connecric{r 06472 fl$trntffi Ililil!flfl|l[s
DN6066. lU01/97 - Pag€ 1 of4
APP LICATI O N EXA'IIP tES
Temporal Goding on
Multi-Alert and PA40O
(Non-SpectrAlert Horns)
. Program module to provide temporal coding
by inserting jumper plug per instructions.
. Connect only sounders producing a continu-
ous tone to the module zone output(s).
Strobes cannot be used on a module pro'
vtdlag temporal codlng to hornsl Strobes
must be wired for lndependent operatlon'
NOIE: Temporal jumper should be,ns€(ed €cross
both pins only on non-SpecltAldtl Ptoducts lhat ara
to b6 powered for temporal sound oulpul.
,{
NAC 1
TO N€TT
DE1/tCE
OR Eq,
tloms wfit ba ten|po/8,l{fded
and in syna
TEMP, JUMPER ON
MODULE 1
il
E}
E}
E}
Hof,r{ zoN€ I
CONIROI OUT
ZONE 1 ZONE2$t out
't?rNc.t
iri''-- rRouELE
stAvE st-AvEIN C['T
te
ts
{s
Synchronize SpectrAlert Horns and Strobes
ZONE 1 INPUT THs lrput powB6 th€ MOL Modd€. THs irput must har,E lotlage pr€sert fom lhe
FACP bebr€ any{tirp \Ni[ wo.k. T]is also supplies Fltage b Zot€ 1 oubc -
ZONE 2INPUT Tns l.pr, orly suppfies roltage to Zone 2 ovgn- NO'E: lf Zona 1 input ls not
pvarcd, ha notifrcaton devlces attached b tho Zone 2 oubut ull not be a ovod.
HORN CONTROL ln-s lrptt enabl€s the tpns on the Sp€ctAlert mtificaton app$alEss. Volbge
preseri m€ans homs are enabled. No rolbge pr€serl tneans tEms a'€ disabl€d.
SLAVE IN Comecb b Master MDL lvlodde sla\J€ oul.
SLAVE OUT Cornecb to Sbr,g MOL slaw In
MODULE 1
TONUff
0EvlcE
OR EOL
AU SpcdrAled homs,
hdn/sto/i,as, snd *obe4,{y
devlcas wlll opente la sync.
TEMP. JUMPER OFF
+
'UOTE:
Cless /{ confrgnatio[r
rcqulr?,s a spadal p el.
Cutsuft wlth panel memtfadurcr.
Synchronize SpectrAlert
Homs and Strobes
Eacfi module can power two
three-amp circuits wired in
Class B, or one three-amp
circuit povered as Class A.
Each rnodule will syncfironize
two zones.
Additional modules can be
added and may be synchro.
nized to all other modules by
interconnecting the'slave'
input and output terminals
between modules,
,I
itr
FACP
NACl
Configued as:
Style Z/ClassA
OUT (+)
NAC3
our (-)
RE1URN (+)
MC1
RETURN I)
MODULE 2
Pzg.2 of 4 - ON-6066'10i01,97
TO NDfi
DEVICE
OR EOL
2C|-ASS B
t
$}iffi-*'%il{$
B)'.*" %+{g
8)h*" '**'*{ff
8)n^:-:,'m{8
HoRN zonerJ$
couTRoL owl$
zor{E I zomzfgtu,t ow\$
z*ouz rnouarr{8
sr.Ar/E .t^rrEfgttl
,-------=r
our\$
l
l
l
l
TEMP. JUMPEROFF
t
I
r\
--
-
''v
H Controlling Sounder On/Off Over Two Wires Using Module Horn Gontrol
I . Connect the current source to the horn control input. lf a zone output is used for the sourcei you must use an EOL on
L)the horn control input terminal.
. When multipl€ modules are used, the hom control circuils can be wired in parallel. lf wired in parallel and a zone
output is used from panel, use an EOL on the last module for supervision.
ZONE 1 INPUT This irput powers tp MOL Modde. ftis irput musl ha\€ \oltage presenl fom lh€
FACP bebre anytting wilt uork. This also supplies wltage lo Zor€ 1 outsuL
ZONE 2INPUT Ttis irpd ody supplies \otage lo Zorc 2 outruL irofE' lt Zone 1 inPua ls not
pot/€m.d, the notifrcation davices attached to the Zone 2 ouFut vill not be alloLd,
HORN CONTROL Ttis irput erBbles the horns on the SgecltAlert mtification appliances. Voltage
presed m€ans hons are enabled. No tollage present means hont' are disabled.
SLAVE IN Cornects b Mastor MOL Modde sla\e out
SLAVE OUT Connects b Sla\€ MDL sla\€ irr
Horns Silenced Over Two-Wire Gircuit
1) Any mii of SpectrAlert homs/strobes or strobe-only devices is acceptable.
2) Horn Control connects to interruptible power source.
FACP 1
NAC {
(*)
SpectrAlert
Types of D:vkas:
HORI{ ONLY
HORI.I'SIROEE
STROBE O.IIY
MODULE 2 TEMP. JUMPEROFF
FACP 2
(*)
NAc I (-)
(*)
NAC 2 c)
TO NE T
SpeclrAlert
D€VICE
OR EOL
TO NETT
SpeclrAleri
HORN{NLY
DEv.|cEORK}L
AU SpeclrNaft huns,
honr/strobe s, and sttDbes
will ope@te in sy'c.
(-)
(+)
fforEs.'
1) Any mix of SpacttAled honl
strobe, sarobe-only, or hom-onlY
dev,b€s is allowable for Zone 1,
2) No devices or homenly are al-
lowed on Zono 2. lt no devices
are installed on Zone 2, tetminate
€OL rBsistor at hom @ntol ter'
minal,p
MODULE 1
)mu*'[ti{
)'^*" ..Hi{r
lir*" t*o"*{fi
):gH*.. '"[tit
)'^*'' .offi?{
)tf*' t*o"t'{8
8)n.^::.'ut
TEMP JUMPER OFF
DN-6066 . 10/01/97 - Pa963of4
PRODUCT LINE INFORTTATION
MDL Sync module for use with Sp€ctrAlert Se.ies, rod.
MDLW Same as above, whrle.
Three-Year Limited Warranty
System Sensor warranls these horns/strobes io be free
from defects in malerials and workmanship under normal
use and service for a period of three years from dat€ of
manufac{ure. For complete waranty information, contact
System Sensor.
.v
,fJ
\3t"
\t
\
A
iITOUNTING DIAGRA"TI
1) Complete field wlring.
2) Mount unit to 4-1 1/16' backbox with screws ('A")'
LII'IITATIONS OF HORNS/STROBES
The horn andlor strobe wlll not work wiahout power.
The horn/strobe gets its power from the fire/security panel
monitoring the alarm system. lf power is cut off for any
reason, lhe hom/strobe will not provide the desired audio
or visual waming.
The horn may nol be heard. The loudness of the horn
meets (or exceeds) cunent Underwriters' Laboratories stan-
dards. Horvever, the horn may not alert a sound sleeper
or one who has recendy used drugs or has been ddnking
alcoholic beverages. The hom may not be heard if it is
placed on a different floor from the percon in hazard or if
placed too far away to be heard over the ambient noise
such as traffic, air conditioners, machinery or music appli-
ances that may prevent alert persons from hearing the
alarm. The hom may not be heard by persons who are
hearing impaircd.
The slgnal slroba may noa be seen. The electronic vi-
sual waming signal uses an extremely reliable xenon flash
tube. lt f,ashes at least once every three seconds and ex-
ceeds cunent Underwrilers' Laboratories standards for pri-
vate mode viewing. The visual waming signal is suitable
for direcl vienring and must b€ installed within an area where
it can be seen by building occupants. The strobe must not
be installed in direct sunlight or areas of high light inten-
sity (over 60 footcandles) where the visual flash might be
disregarded or not seen. The strobe may not be seen by
the visually impaired and is not intended to meet Ameri-
can Disabilities Act (ADA) requiremenls.
The slgnal strobe may cause selzures. lndividuals who
have positive photic response to visual stimuliwith seizures,
such as persons with epilepsy, should avoid prolonged
exposure to environments in which strobe signals, includ-
ing this strobe, are actr'valed.
The slgnal strobe cannot operate from coded power
supplies- Coded power supplies produce interrupted
power. The strobe must have an uninteffupted source of
DC power in order to operate conecdy. System Sensor
recommends that the hom and signal strobe always be
used in combination so that the risks from any of the above
limitations are minimized.
Page4 of4 - DN$066. l0D1/97
G.
.tl
I
f
;
I
OENERAT
The System Sensor SpectrAlert@ wall-mount series indudes
a comblete line of electronic homs, stobes, and hom/strobes.
Intended for primary signaling use, SpectrAlert@ products meei
UL 1971, UL 46,4, and Americans with Disabilities Act require
m€nls.
Performance. with its extremely efficient reflector de-
sign and Xenon flash tube, SpectrAlert@ otferc curent draw
reductions as high as 40% over previous generation designs.
With less cunent consumption, more devices per loop are
possible for a lower installed cost.
Instatlation. SpectrAlert@ products are designed for
ease of installalion, which also lowers the installed cost.
SpectrAlert@ strobes and horn/strobes take up no room in
the backbox, making wiring connections simpler and faster.
Each SoectrAlert@ wall-mount device includes a universal
mounting plate for 4" (10.16 cm) square and single{ang
backbox mounting. Accessory mounting plates are also
available for small-footprint or surface-mount applications.
Flexibilaty. The SpectrAlert@ wall-mount series offers the
flexibility to meet a broad range of requirements. Homs and
horn/strobes feature a number of field-selectable/reversible
hom tones. Strobes and hom/strobes are available in a wide
variety of configurations to address visibility requirements-for
non-sieeping areas, sleeping areas, and conidors. Offer-
ings include 24-volt models at 15, 15/75, 30, 75, and 110
candela; and 1 2-volt devices at 15 and 15tr5 candela.
Aesthetics. To meet the aesthetic requirements of build-
ing owners, SpectrAlert@ incorporales a stylish, low-profile
design that is consistent across the SpectrAlert@ wall-mount
product line.
FEATURES
. Meets UL and ADA signaling requirements.
. Low current draw allows more devices per loop for a lower
installed cost.. Universal mounting plate included.
. Accessory mounting plates available.
. Field-selectable horn tones:
- Electromechanical /3 kHz.
- Temporal 3 / Non-TemPoral 3.
- High/Low dBA outpui.. Available in 15, 15/75, 30,75, and 110 candela'
. Synchronizable homs and strobes with Sync'Circuitm
module.- Aesthetically pleasing design.
SPEGIFIGATIOilS
Walk test: SpectrAlert@ hom and hom/strobe only work on
'walk tests' with time durations of 4 seconds or greater.
Input terminals: 12 to 18 AWG (3.25 mm'z to 0.51 mm2).
Dimensions, stro be and hornlstrobe with univercal plate:
5" (127 mm) wide x 5-5/8" (142.875 mm) high x 2-15/16"
(74.613 mm) deep; with small footprint prafej 3-3/8"
< S40ll &s5s12: P1215(w), P121575(W),
P241s0 r), P241575(W), P2475W), P21110(W).
55512: 51215(W, S121575(W), S121575K'
s2415(W), S241575(\r/), 241575AG, S241 575EV,
s24r57sP(w), s2430(w), s2475(W), S24l 10(w).
54011: P121575K, P241575AG, P241575EV,
P241575P(W), P2430(W).
< CS549: P241s(w)A" P241575(W)A, P2475(WA'
24110(W)A, S241s(W)A, S24157s(w)A, S247s(w){
5241 10MA. CS549 V3: P121575KA' P2430(W)A,
S121575M, S24300.V)A. Cs548: HC1?244
P121s(W), Pl21575(W), P241s(W), >
p241575(W), P241 575AG, P241575EV,
p241s7sP(w), P2430(W), P2475(W), 241 1 o(VU),
S121 5(W), S1 21575(W), S241s(l,v), 5241 575(W)
s241 575AG, S241 575EV, S241 575P(W),
s2430(w), s2475(W), S24110(\ r), Hlz24(w).
qJ < 7i35-120e:l7s-P1215(w),P121s75W),P121575K'/dffi\ p241sM,P241575(w),P241s75AG,P241575Ev'(ttWJl p241s75Prw),P2430M,P2475(w),P24110W)'
hffi 712s-120si174 -s1215M, s121575(vv)'s121s75K'
-\-.J . s241s(w), s241575(w), s241575AG, s241575EV'
:^llloPll s241575P0 t), s2430M, s2475M, s24110(w).
i,':;':;j'= 7135-1209:143 -Hlz24(W.
MEA ' 3lonffi E1?i:ffiiF:i'fiSrii#P
(vol. v), P24157sP(w) (vol. v0' P2430,(W)
(vot. v), pzlzs(w), pzl110W), s1215W)'
s1 2157s(W), s2415(W), S24157s(wl''
S241575AG (Vol. V), 5241575EV5241575AG (Vol. V), 5241575EV
(vol. v), S2a157sP(w) (Vol. vl),
s2430[w) (vol. v), s2475[w),
s241r0M, H124(w).
173-98-E Vol. ll: Pl21575K,
s121575K
@
Approved
I
r
F
a
I
I
5'
SpectrAlerilD,
Sync.Circultu,
and Multidledn
are trademarks of
System Sensor.
iI
t
1
January 12, 2001 oN-5939 . J-89
@geg',gtE,g
SpectrAlert@ Series
Horns, Slrobes, ond Horn/Sfrobes
Section: Audioruisual Devices
This document is not inlended to be used for installation purposes. We try to keeP our
product information up-todate and accurale. We cannotcoverall spscific applicat-ons or
;nticioate all feouirements. All specifications are subjecl to change wilhout notic€'
Formore information, contacl NOTIFIER Phone: (203)484'7161 FAx: (203)484-7118
@ X Of l f l e Fl. 12 clintonvilte Road, Northford, Gonnecticut 06472
DN-5939' 0l/12l01 - Page 1 of 4
(85.725 mm) wide x 5-5/8" (142'875 mm) high x 2-15116"
(74.613 mm) deep.
Dimensions, horn with universat mounting,ptltg:-
-Sl
llZt,
iml-wioe x s-te' (142.875 mm) high x 1-5/16" (33'338-TTl
deeb: withoul mounting plate: 5" (127 mm) wde x 5-5/d-
fi4i.:s75 mm) high x 1-5/16" (33.338 mm) deep'
Weight, hom on!Y: 7.2 oz- (2O4 d'
Weight, sfrobe and hom/strobe.' 8'8 oz' (250 g)'
Mounting: standard boxes 4" x 4" x 1'112" deep (101'6 x
ibi .6' i-s1.r .rnl o( 2- x 4" x 1-7t8" deep (s0'8 x 101'6 x
47.625 mm).
Ooeratinq temperature, indoor: 32"F to 120"F (0'C to
i{"Ci.- vi"iin[rpr"of models, hom and.horn .stro!3"s;
32'Fio 150"F (0'C to 66'C); outdoor strobe onty: 4v r
i-il ia"i-(ao'b to +70"c); ?Lc ca nadian modets: 4Q"C
to +66'C.
Maximum humidity: 95% as tested per UL 464'
Voltages: 12 ot 24 VDC and FWR unfiltered'
Operating voltage range:* 12-volt models: 10'5 - 17 V'
zi-vott m6oets: io - so v. with Sync'Circuitrr module
MDL*: l2-volt models: 1 1 - 17 V. z4-volt models: zu - ru
V. See currenl draw tables on page 4'
" These products thould be operated within thek rdted voltage
oigl. At does, however, teit funclional inlegity to -20% and
+7oo/o of manufacturcfs stated rcnges.
U.S. Patent Numbers: 5,593,569. 5,914,665' 6'049'446'
ENOTN EERTNO SPECI FIGATIOIIS
General - SpectrAlert@ horns, strobes and hom/strobg:
str"ff Oe capaOfri of mounting to a standard 4" x 4' x 1-112-
iror.orior.ox38.1 mm) blckbox or a single-gang 2" x4"
i'i-ila; rso.a t fi1.6 x 4i -625 mm) backbox using the uni-
versal mounting plate included with each SpectrAlerl@ prod-
uct. Also, SpeitiRtertO products, when used in conjunction
*itn tn" """i"sory
Sync'Circ itn Modute' shall b€ powered
from a non-coded'power supply and shall operate on 12 or
24 volts. 12-volt rated devices shall have an opera$ng volt-
"g" i"nle of f O.S - 17volts. 2+volt rated devices shall have
"i op"titing voltage range of 20 - 3o volts' SpectrAlert@
oroducts stritt trave an indoor operating temperature range
of 32'F to 120'F (O"C to 49'C) and operate from- a regulated
DC or full-wave rectitied, unfiltered power supply'
Horn - Horn shall be a System Sensor SpectrAler(o model
capable of operating al 12 and 24 volts. Horn
strZtt-6e tisteO to UL 464 for fire protective signaling sys-
tems. The hom shall have two tone options, two audibility
options (at 24 volts) and the option to switch between a tem-
poral 3 laftem and a non-temporal continuous pattem. All
hom models shall operate on a coded power supply.
Strobe - Strobe shall be a System Sensor SpectrAlert@
model -- Lisled lo UL 1971 and be approved for
fire protec'tive service. The strobe shall be wired as a pri-
mary siqnaling notiftcation appliance and comply with the
lmerica,-ns with Disabilities Act requirements for visible sig-
naling appliances, flashing at 1 Hz over the strobe's entire
oper5ting voltage range. The strobe light shall consist of a
xenon flash tube and associated lens/reflector system-
Hom/Strobe Combination - HonVstrobe shall be
a Svstem Sensor SpectrAlert@ model Listed to
UL 1971 and UL 464 and shall be approved for fire protec-
tive service. Hom/strobe shall be wired as a primary signal-
inq notification appliance and comply with the Americans with
Dilabilities Act requirements forvisible signaling appliances'
flashinq at 1 Hz over the strobe's entire operating voltage
ranoe. The strobe light shall consist of a xenon flash tube
andassociated lens/ieflector system. The hom shall have
two tone options, two auditrility options (at 24 volts) and the
option to switch between a temporal 3 pattgm and a non-
temporal continuous pafrem. Strobes shall be powered in-
deDendently of the sounder with the removal of factory-in-
statled iumier wires. The hom on hom/strobe models shall
operate on a coded or non-coded power supply (the strobe
must be powered continuously).
Module - tritodule shall be a System Sensor Sync'Circuitn
model
-
Listed to UL 464 and shall be approved
for fire protective service. The module shall synchronize
SoectrAierl@ strobes at 1 Hz and homs at temporal 3. Also'
the module shall silence the homs on hom/strobe models'
while oDeratinq the strobes, over a single pair of wires. The
module shall bL capable of mounting to a 4-11116' (119.063
mm) square x 2-1li8" (53.975 mm) deep backbox and shall
conirol'two Style Y (Class B) or one Style Z (Class A) circuit'
Module shatl be capabte of multiple zone synchronization by
daisv-chaining multiple modules together and resynchronizing
each other al6ng the chain. The module shall IVOI operate
on a coded power suPPlY.
T
1t
l
I
ilorEs FoR PR.ODUGT tlllE lNFORmAtloN )
,vorEs.. 1) canadian modet numbers end in.A". 2) Latin American model numbers end in'F". 3) All weatherproof models mast
use weatherproof uacrbox mooet fr-Be.- aj Alr speci'Atert@ products are designed for walFmou-nt only. 5) Installation of less than
7s candela strobes may oe per-issiore uridei rnd equivalent facilitation clause-of the ADAAG (Sec. 2.2)' However, it is the respon-
sibitity of the person or entity d""igni;g th" fir" alarm system to dii.tmi". tt e acceptability of iess than 75 candela strobes' 6) All
lsrs candela strobes or homistribes- are recommendld for 20'
--to; (6.096 x 6.0'96.m) iooms or less. 'Fot a complete listing ot
SpecttAlert cunent ,"quinr"nt")ii"=i"i ifn a tni Curnrt Dnw tablei on page 4 of thii document' or lhe lnstruction Manual' Hom
.ii-iiiiit-0" "urnrt dra*" "ttriii tn" horn is set at Temp 3, electrcmechanical tone, and high audibility'
Page 2 of 4 - Dll-5939 ' 01/1201
tI
II
SOU]ID OUTPUT OUIDE
(dBAl
UL Reverberant Room dBA @ Volb DC Anechoic Room Peak dBA @ l0 ft/VDC
10.5 12 17 20 24 fll 10.5 12 17 m 24 30
Temporal
LOW
TONE
Elecfomechanical NA NA NA IJ 75 79 NA NA NA 94 96 98
3000 Hz InteruPbd NA NA l,lA 75 79 79 t{A NA l\IA 94 96 98
HIGH
TONE
Electomecharical 75 75 79 a2 82 82 94 95 98 100 101 102
3000 Hz hbnuPted 75 75 79 82 85 85 94 95 s8 100 101 102
Non-
Temporal
LOW
TONE
Electomechanical NA NA tlA 79 82 85 NA NA NA 94 96 98
3$0 tL InbrruPbd NA NA M 82 82 85 M M NA 94 96 98
HIGH
TONE
Elecbromechanical 79 79 85 85 88 88 94 95 98 100 101 102
30m Hz hbrupbd 79 82 85 88 88 88 oc 95 98 100 101 l 1o2l
O3$o.rtrlll
-oI
E
EcoIL
-
-gzIJ
F(,3oo&o
tl
e
T
t
REO vliH|lE wlbge ;andela ult mA'@
nom. vlrc
rvs. mA'@
nan. FlllR
Horn/Strobes
P1215 P1215W 15 124 167
P121575 P121575W 12 15t75 152 181
P2415 P2415W 24 68 7A
P241575 P24157$t't '15 | 75 74 82
P2430 P2430W 92 100
P2475 P2475W -148 167
P24110 P24110W 1t0 209
P'121575K (weatherproo0 12 15 t75 167
P241575K weattprproof)15175 74 82
P2475K (weatt€ rproof)24 148 167
P241 I 0K (rrveafrerProo|24 1to 165 209
P241575P (m leterirE)P241575PW 24 15175 74
P24'l575AG (agent)24 15175 74 82
P241575,Ev (evacuation)24 15175 74 a2
GANADIAN Models' Horn/Silobes
P2415A P2415WA 15 68 78
P2415754 P241575WA 15175 82
P2430A P243OWA 30 92 100
P24754 P247sWA 148 167
P24110A P2411oWA 24 110 165 2@
P24 1 575KA (u,eatErpmof)24 15175 74 a2
P2475KA ('/veatherpoo0 24 75 148 167
P24 l 1 ot<A (vt€atl|erprooo 24 110 165 209
sPANlsH Labelinq. Hornrstrobes P241575F GUEGO)24 15t75 74 82
Strobes
s1215 s1215W 15 114 't 57
s121575 s121s75W 12 15t75 142 171
s2415 s2415W 24 15 43 60
s241575 s241575W 24 15175 49 64
s2430 s2430W 24 30 67 a2
s2475 s247$'l't ,24 123 159
s24110 s24110W 24 '| 10 140 191
Sl 2 1 575K (',t/eattErPoo0 12
24
15t75 '142
49
171
64s241575K(!t €atherproo0
S2475K (wealherproof)24 75 123 159
S24110K (t €at€rprmO 24 110 140 191
S241575P (rp letering)s241575PW-24 15 175 49 64
S241575AG (agert)24 15175 49 64
S241575EV (e\acuaton)24 15t75 49 64
GAllADlAl{ Models, strobes
s2415A S2415WA 24 15 43 60
s241575A s241575WA 24 '15 t 75 49 64
s2430A s2430rVA 24 30 82
s2475A s2475WA 24 123 '149
s24110A s241lowA 24 110 140 191
S24 1 575KA (v€atherproof)24 15 t75 49
't23
u
149S2475KA (n€alherproo0 24
S241101<A (wealh€Iptoo0'110 140 191
64
SPAl.llSH Labeling' Strobes s241s7sF (FUEGO)24 15175 49
Horns H12n1 H\2n4W 12 124 NA 10t25 10 /'18
H12n4K (!'€at|erproo0 12 124 NA 10125 t0/18
CAtIADIAN lllodels' Hotns HC12n4A HC1224W 12 124 NA 10125 10/18
tE12l24KA (wert|e;P1oo0 121 24 NA 10t25 't0 / 18
svnc.Gircuitfl ll,lodule MDL MOLW 12 124 NA 10/11 12115
CAI{ADIAN Sync.Gircuitn l/lodule MDIA MDLWA 'l2l 24 NA 10/11 12t15
I Small Footprint llloungng Plate
for Sinqle-Ganq orvl-Y S.MP S.MPW NA NA NA NA
Surface-tllount Backbox Sklrt BBS BBSW NA M NA NA
Universal t'lounting Plate
treDlacementl D.MP D.I PW M NA NA M
weatherptoot Backbox WBB NA NA NA NA
DN-5939'O1/12/01 - Page 3 or
CURRENT DRAW
TABLEg
ONLYHORN
V
t
4
I
l
AVERAGE GURRENT (mA): STROBE ONLY
Candela
1z.VOLT MODELS 24.VOLT MODELS
t0.5 v 12V 17V 20v 24V 30v
oc FWR oc FWR oc oc FWF oc FWR oc FU'R
159 114 't<',81 128 50 61 43 60 38 60
13t75 168 142 171 99 150 56 oc 49 64 44 62
30 NA NA M NA NA NA 7A 84 72
75 NA NA NA NA NA NA 145 '170 123 lao 102 14',1
1t0 f\lA l.lA tlA t'tA t.|A M 169 220 140 191 l{a 174
PEAK CURRENI (tnA}: STROAE ONLY
'15 460 460 450 460 420 480 135 204 135 208 185
15t75 490 520 490 520 460 480 150 199 150 207 150 198
30 NA NA l.tA NA t{A NA r83 201 183 219 183 216
75 NA l'|A l'lA NA t{A l.lA 350 440 340 ,160 330 rl80
fi0 NA NA NA NA NA itA 460 560 450 570 4m 620
INRUSI{ CURRENT (mA): STROAE ONLY
t5 80 108 92 124 140 190 97 129 '| 16 152 147 198
75 t75 t04 88 126 160 185 97 135 116 164 147 211
30 NA t'tA t\|A NA NA l,|A 97 129 116 152 147 198
75 NA I'tA NA NA NA NA 190 240 2fi 2W 290 380
110 NA NA t{A NA NA NA 190 220 290 290 370
5TROBE ONIV >
Eelow:
HORN/STROBE 15 csndela
HORN/STROBE | 5175 condela
HORII/STROBE 30 condelo
HOnf/SfnOBE 75 crrndelo
HORN/STROBE t lO tnndela
HORN
OHLY
I2.VOLT MODELS 24.VOLT IIIODELS
i05 v 12V 17V 20v 21V 30v
oc FWR DC FWR DC FWR oc FUn DC FWR oc FVI'R
AVERAGE CURRE T (mA): Electromechanlcal Tone
HGH
VOL.
TEMP 10 '11 10 t0 14 14 '19 21 25 18 29
NON 10 16 ln 19 t4 17 29 23 34 30 42
LOW
VOL.
TEMP NA |.lA NA t'lA l'|A tA 'tl ,|?13 t3 l4
NOt'l hl,A NA NA n|A l.lA NA 12 16 14 t9 17 24
AVERAGE CURREI{T (mA): 3'OoO l{z Inter.upted Tone
HIGH
voL.
IEMP 11 13 11 11 16 16 24 28 23 1''33
itoN 11 17 21 2A 19 34 39 45
LOlil/
vot-.
TEMP M 1\lA M NA t\|A NA 14 14 15 to
NON l,lA M NA NA NA 1.lA 13 18 16 21 22 25
H/S
30 cd
24-VOLT MOOELS
20v 21V 30v
DC FWR DC FU/n DC FIIIR
A\rG. CURRET{I (mAF Elsctromech.
HGH
VOL.
TEMP 97 105 92 100 87 98
NON 95 113 90 116 88 114
LO\,V
vq_.
TEMP 89 96 80 95 75 87
l,tot'l 90 98 8l 101 75 96
AVG. GURREiIT (mAl: 3,OOO l{z Inter'
HIGH
VOL.
TEMP 102 108 95 105 95 105
NOr,l ot 116 94 121 gt 117
LOW
VOL,
lEMP 96 84 97 79 ql
NON 9l 100 83 103 80 97
H/S
'15 cd
I2.VOLT MODELS 2+VOLT MODELS
105 v 12V 17v 20v 24V 30v
oc FWR oc FWR DC FWR DC FWF DC FWR DC FUn
AVERAGE CURREI{T (mA}: El€cttom€chanlc.l Ton.
HGH
vo{-.
lEMP 143 170 124 167 95 142 AO 82 o6 78 67 87
NON 143 170 124 167 95 112 67 90 66 94 68 103
LOW
VOL.
TEMP NA NA NA NA NA NA 61 73 73 76
NON NA NA NA NA NA NA 77 79
AVERAGE CURRENT (mA!: 3'OOO Hz Intcrrupled Tone
HGH
voL.
TEMP 144 172 125 158 97 144 71 a7 94
NON 144 173 1E 168 146 69 95 70 73 106
LO\ /
voL
TEMP tlA l\|A M NA tlA t.|A 64 75 60 f5 59 80
NON NA t'lA NA NA l.|A 1'lA 63 79 59 81 60 86
H/S
75 cd
z4-VOLT f,OO€LS
20v 21V 30v
trc FU'R DC FIVR oc FWR
AlrG. CURREIiIT (mAl: El.ctrom.ch.
HGH
VOL.
TEMP 16,4 191 148 167 '131 '167
l,lOl.l 163 188 146 159 132 169
LOI 'VOL
TEMP 156 182 136 152 119 156
tilotl 182 162 119 157
A\rG. GURRET'|T (mA): 3'0OO Hz Int.?.
HGH
VOL.
TEMP 169 151 172 r39 174
tlON 164 192 150 175 137 177
LOW
VON-.
lEMP 159 184 140 164 123 160
l,lot'l 158 184 '| 39 163 124 162
H/S;
l5|75 cd
12.VOLT OOELS 24.VOLT IODELS
10.5 V 12V t7v 20v 21V 30v
DC FWR DC FWR DC F1IIR oc FIIIR DC FWR DC FWR
AVERAGE CURRENT (mA): Electromechanlcal Tone
HGH
VOL.
TEMP '178 193 152 181 113 164 75 86 82 73 88
NON 'l78 lo?152 181 1t3 164 94 98 74 104
LOlrv
VOL.
TEMP t\lA NA NA t{A M 1.|,A 62 77 61 77
NON NA M NA NA NA NA 81 6l 86
AVERAGE CURRET{T (mA): 3,0O0 Hz Interruptod Tone
HIGH
vo{_.
TEMP 179 't 95 't83 '1'15 166 m 77 87 8l 95
NON 179 '196 152 183 113 168 oo ,o 103 79 107
LOW
voL.
TEMP NA t',lA NA NA t{A t\|,A 70 79 bb 79 o5 81
NON NA NA NA NA NA M 69 83 oc 85 66 a7
H/S
l{O cd
24-VOLT i'OOELS
20v 24V 30v
DC FWR DC FWF DC FUn
AlrG. CURREI{T (mA): Electromech.
HGH
vot-.
TEMP 't 88 241 165 209 144 200
l'lON 186 238 211 145 202
LOW
VOL.
lEMP 180 232 2U 132 189
NON '181 232 154 204 132 190
A\tc. GURRENT (mA): 3'OOO Hz Inter.
HIGH
voL.
IEMP 193 246 168 214 152
NON 188 242 167 217 150 210
LOVV
vot_-
.IEMP 183 2U 206 136 to1
NON 182 232 205 137 195
Page4of4 - DN-5939'01/12,01
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CONSTRUGTION DOCUMENTS
Village Genter
Vail, Colorado
Prepared By:
REDWINE.REIZIAN INC.
0150 East BeaverCreek Blvd
P.O. Box 8009
Avon, Colorado 81620
970-748-0711
March 26,2CF,3
Ee1-d
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VILLAGE CENTERI
Structural Drawing lndex
March 26,2003
page I
Sheet #Title
COMMONDETAILS
S1 NOT USED
S2 Stone Veneer: Steel Angle @Wall
S3 Stone Veneer: Door/Window Header
S4 Stone Veneer: Veneer Ties
s5 NOTUSED
S6 Window Infill: Sill
S7 Window Infill: Jamb
S8 New Window @ CMU Wall
S9 NOTUSED
sl0 Cut Stone Veneer: Above Roof
sll Cut Stone Veneer
s12 Stone Veneer: Above Roof
sl3 Concrete Stair On Grade
s14 Landscaping Wall
sl5 Balcony Connection To CMU Wall
s20 Structural Notes: Page I
s2l Structural Notes: Paee 2
s22 Structural Notes: Page 3
s23 Stuctural Notes: Page 4
s24 Structural Notes: Page 5
s25 Structural Notes: Page 6
s26 Structural Notes: Page 7
s27 Structural Notes: Page 8
s28 Strucfural Notes: Page 9
BUILDING A
SAl Roof Infill - Plan
SA2 Roof Infill- Detail
BUILDING B
SBl Roof Extension - Plan
SB2 Roof Extension - Detail
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BTJILDING C
scr Stair Enclosure: North Elevation
SC2 Stair Enclosure: West Elevation
sc3 Stair Enclosure: Foundation
sc4 Stair Enclosure: 2no Floor
scs Stair Enclosure: 3d Floor
SC6 Stair Enclosure: 4h and 5s Floor
SC7 Stair Enclosure: Roof
sc8 Stair Enclosure: Landing @ El 67' 0"
sc9 StairEnclosure: Landing @E|76'4": El 85'8"
SClO Stair Enclosure: Landing @,El 57'8"
sc11 NOTUSED
scr2 Overbuild Shed Roof
SCI3 Porte Cochere - Foundation
SCI4 Porte Cochere - Roof Plan
SCI5 Porte Cochere - Foundation Detail
scl6 Porte Cochere - Roof Detail
SCIT Porte Cochere - Roof Detail
SCI8 Porte Cochere - Roof Detail
SCI9 Porte Cochere - Roof Detail
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t3 Nosrt'rc BAR - TYP
,4 O 12'0.C. EA WAY
%' rsoLAn0N J0|NI MAIERiAL
(2) ,5
RoiltNE-RmAil hlc.
SIRTruRAL S{GINEERS
OI5O L BEAVER CRETX BLVD,
mrE 3/26lot
SHEET NO.
s13
JoB N0. 021J1.0
VILI-AGE CENTER
$JUEC', GENERAL NOTES
P.0. Box E009 sum
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1.GE}IERAIJ
A. THESE NOTES SttPPLEUmm THE SPBCIFTCATIONS, liHIcH SHALL BE REFERRED
TO FOR ADDITIONAT REQUIREMENTS.
ARCHITECT' S APPROVAL MUST BE SECT RED FOR ALIJ SUBSTITUfIONS '
CHECK AI,I, DIMENSIONS ON STRUCTT]RAT, DRAWINGS AGAINST ARCHITECI:I'R,AJJ
DRANINCS.
VERIFY OPENINGS THROUGH FIJOORS, ROOFS AND I{AI.'LS WITIT
ARCITITECTURAI,, MECHANICAI,, CIVIL AND EI,EETRICAIJ REQUIREMENTS.
GOVERNfNG BUILDING CODE: IIBC 1997
I.,IVE I,OADS USED IN DESTGN
SEISUIC I,OADS PER I,'BC 1997
1. ) zoNE. .
2.1 rr.tPoRTAlrcE FAcroR, r......
B.WITiID PRESSI]RE PER I'BC 1997
REFERENCE WIND VELOCITY. .
WIND STAGNATION PRESST'RE,
EXPOST'RE CI.,ASSIFICATION. . . . . . .
IMPORTANCE FACTOR, IW.... ...
Qs.... 16.4 PSF
1.0
1
?
4.
80 MPH
1.O
ROOF
1.) SNOW EXPOSURE CoEFFICIENT, Ce. """" 0'7
2.) TMPORTANCE FACTOR, r..... .'.'. 1.0
3.) ROOF SNOV| [,OAD < 4z]-2, Pf. 1OO PSF (NOT REDUCED)
4.) ROOF SNOW LOAD > 4:]-2, Pf- 80 PSF (NOT REDUCED)
5.) ROOF TOP OR SUSPENDED EQUIPMENT .. AS NOTED
s?ArRs ... 1oo PsF (Nor REDUcm)
RESIDENTIAL '40 PSF (NOT REDUCBD )
DISCOVERY AND FIELD VERIFICATION
A. DT'RING CONSTRUCTION. THE CONTRACTOR MAY ENCOT'NTER EXISTING
CONDITIONS WHICH ARE NOT NOW To\IOWN OR ARE AT VARIANCE WITI{ PROJECT
DOCIJMENTATION (DISCOVERY). SUCH CONDITIONS MAY INTERFERE WITH NEW
CONSTRUCTION OR REQUIRE PROTECTION AND/OR SUPPORT OF EXISTING IJORK
DURING CONSTRUCTION, OR MAY CONSIST OF DAMAGE OR DETERIORATION TO
STRUCTURAI., MATERIALS OR COMPONENTS WHICH COULD iIEOPARDIZE THE
STRUCTI.'R,AI, INTEGRITY OF THE BUILDING (S) .
B. THE CONTRACTOR SI{AI,I, NOTI FY THE ENGINEER OF AI,L DISCOVERIES HE
BELIEVES MAY INTERFERE WITI{ PROPER EXECI]TION OF THE VIORK OR
.IEOPARDIZE THE STRUCTITRAL, INTEGRITy OF THE BUILDING (S) PRIOR TO
PROCEEDING WITH WORK RELATED TO SUCH DTSCOVERIES.
C. TIIE STRUCTUR,AL DOCUMENTS MAY SPECIFY DII'{ENSIONS, EI,EVATIONS AND
CONSTRUCTION CONDITIONS TO BE FIELD VERIFTED' THE GENERAIJ
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SIRT'CIUMI SHIIEERS
O15O E EEAVER CREEK BLVD.
P.0. Box 8009 sum 2044
AVoN, @ 80202
(e7o) 74E-o7ll
DAIE: t/26/0t
SHEIT IO,
s20
JoB N0. mlJl.0
VILLAGE CENTER
SUBJICI: GENERAL NOTES
A.
B.
A.
B.
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"ont*"**e*rJ BE REspoNsrBLE FoR "rr- .rlrrcArroN oF ALL
SPECIFIED CO}iIDITIONS PRIOR TO PROCEEDING WITH THE COTiISTRUCTION OR
FABRICATION OF ANY STRU TURAT., COMPONENTS REI.ATED TO SUCH
COTIDITIONS. TITIS FIEI,D VERIFICATION SHALIJ BE MADE IN A TIMEI'Y
MANTiIER SO AS TO CAUSE NO DEI,AYS TN EXECIITION OF THE WORK.
STRUqN,'RAL STABII,TTY DURTNG CONSTRU T ION
fitE STRUCTURAI, DRAWINGS II,LUSTRATE T}IE COMPI,ETED STRUCTI]RE I{ITH
ALL ELEI,IENTS TN THEIR FINAL POSITIONS, PROPERLY SUPPORTED AND
BRACED.
TIIE COIiITRACTOR SHALIT BE RESPONSIBLE FOR AIJIr CONSTRUCTION IIIEANS AIID
l,tBTltoDs.
THE CONTRACTOR, IN THE PROPER SEQI'ENCE, SHAI,I, PROVIDE PROPER
SHORING AND BRACING AS MAY BE REQUIRED DI'RING CONSTRUCTION TO
ACHIEVE THE FINA], COI"IPLETED STRUCTURE.
c.
6.SUBMITTAIJS
FTJRNISH ONE SEPIA A}ID ONE PRINT OF SHOP AND ERECTION DRA}IINGS TO
STRUCHTRAIJ ENGItitEER FOR REVIEW PRIOR TO FABRICATION. SITBMIT IN A
TIMELY MAIiINER TO PERMIT 10 WORKING DAYS FOR REVIEW BY STRUCTT'R;AIJ
ENGINEER.
FI'RNISH TWO SETS OF CONCRETE, GROUT AND MORTAR MIX DESIGNS
INCIJIJDING STRENGTTI TEST DATA AND MANUFACTURER ' S I.IITER,ATI,IRE ON
ADMIXTURES FOR REVIEW BY STRUCTI'RATJ ENGINEER NO I'ATER THAN 2 WEEKS
PRIOR TO ON-SITE USE OF TIIESE MATERIAI,S.
GENERA], AND ST'B - CONTRACTOR NOTES:
1.) THE GENERAL CONTRACTOR SHALL REVIEW ALL ST]BMITTALS PRIOR TO
SI]BMTTTAL FOR REVIEW BY THE STRUCTT'RAT, ENGINEER IT'I
ACCORDA}ICE WITH THE PRO'IECT SPEC]FICATIONS.
THE STRUCTURAI, DRAWINGS SHAIJL NOT BE USED AS BACKGROT'NDS FOR
SHOP OR ERECTION DRAVJINGS. DRAWINGS PREPARED IN THIS MANNER
AND ST'BMITTED FOR REVIEW tO THE STRUCTI,'RAL ENGINEER WILL BE
RETURNED REJECTED AND CONSTDERBD AS NOT BEI\IG IN CONFORMANCE
WITII THE PRO,JECT SPECIPICATIONS.
SPECIAI, INSPECTIONS
A. THE OWNER SHALI, EMPI.,OY SPECIAI., INSPECTORS TO INSPECT WORK DURING
CONSTRUCTION AS DEFINED AND REQUIRED PER I'BC CHAPTER 1?. SPECIAI,
INSPECTIONS SiIAIJL BE MADE OF THE FOLLOIIING WORK:
1.
3.
5.
6.
1
1?01.5.1
t?07.5 .2
l-701.5.4
1701.5.5
1701.5.6
1701 . 5 .7
1701.5 .13
CONCRETE
BOI.,,TS INSTAILED IN CONCRETE
REINFORCTNG STEEL AND PRESTRESSING TENDONS
STRUCTURAIJ WEIJDTNG
ITIGH - STRENGTH BOI.,TING
S TRUCTURAI., MASONRY
EXCAVATTON AND FILLING
ROmE-ruZN D{C.
SIRI'GIURIL SHIIEERS
O15O L BEAVER CREEK BLVD.
P.0. Box 8m9 sum 2&A
AVoN, CO E0202
(970) 748-0711
MIE: 3/26/03
SHEET NO.
s21
,l0B N0. 02131.0
VILLAGE CENTER
SUBJECT: GENERAL NOTES
I B. FonNDArroNs - "ol"o"
A. A SOIIJS IIiIVESTIGATION HAS NOT BEEN PERFORMED FOR THIS PROJECT.
1. ) THE OWNBR SHAIJIJ EMPIJOY A QUAI'IFIED GEOTECHNICAI., ENGINEER TO
INSPECT ALL FOI]NDATION EKCAVATIONS PRIOR TO PI,ACEMENT OF
CONCRETE FOR FOOTINGS.
2.1 ITIE GEOTECHNICAIJ ENGTNEER SHAI'I' VERIFY TI{AT T1IE SAFE BEARING
CAPACITY OF THE BEARING IT'IATERIAI,S MEETS OR EXCEEDS TIIE
ASSI'I,IED TOTAL I.OAD AI,I,OV{ABI.,E BEJARING PRESST'RB USED IN DESIGN
AS STATED BEI,OW.
3.) TITE GEOTECHNICAL ENGTNEER S}IALIJ PREPARE WRITTSN
SPECIFICATIONS FOR SUITABIJE BACKFILL MATERIALS AND PERFORI,T
COMPACTION TESTS ON APPROVED BACKFIL,IJ PL,ACED AGAINST
FOLDiIDATTON tfAr.,IJS, BELOW STABS-ON-GRADE AND BELOW
FOT'NDATIONS.
B. BOTTOM OF FOUTiIDATTON OR GRADE BEAM SHALL EXTEND A MINTMIJM OF 48
INCHES BEI.,OW ADi'ACENT FTNAI, GRADE .
C. DO NOT PLACE BACKFIIJL AGAINST FOIJNDATION WAI.,I.,S OR GRADE BEAMS
t,}iITIL BRACING FI,OORS ARE IN PI.,ACE, OR OTHER ADEQUATE BRACING IS
INSTALLED.
D. ACTM LATERAL E ARTH PRESSLTRE USBD IN DESIGN: . 35 PCF
E. A?-REST LATERAL EARTIT PRESSITRE USED IN DESIGN; . 50 PCF
F. PASS IVE LATERAIJ EARTIT PRESSURB USED IN DESIGN: 300 PCF
G. COBFFICIENT OF SLIDING FRTCTION: ..... 0.4
H. FOOTINGS SHAIJIJ BE PIJACED ON TTNDISTURBED NATIjRAIT MATERIALS. TI{E
COMTRACTOR SHAI,I, REMOVE ANY I.,OOSE OR DISTTIRBED SOIL AND REPI,ACE
WITII NON - EXPAIIS IVE STRUCTURAIJ FILI COMPACTED TO 95I STANDARD
PROETOR (ASTM D598) AS APPROVED BY THE SOILS ENGINEER.
I. TOTAL LOAD SOIIr BEARING PRESSURE USED fN DESIGN: 5,000 PSF
I 9. SLAB-ON-GRADE
-
A. TIIE SLAB-ON-GRADE SELECTED BY THE OWNER AT TI{E GROT ND FLOOR LEVEL
I oF Turs BuTLDTNG HAs soME RrsK oF MovEllENT. TIIE sr.,AB oprroN
I cHosEN As pRovrDrNc surrABL,E IERFoRMANCE AT A REASoNABT.E cosr
REQUIRES 3 FEET OF OVEREXCAVATED FILL TO BE PLACED; REFEREIiICE TI{E
. PROiIECT SOIIJS REPORT FOR SPECIFIC REOUIREMENTS.
T B. THE PREPAR;ATIoN oF THE SIJBGRADE FoR THE SLAB-oN-GRADE SIIALIJ BE IN
STRICT ACCORDANCE WITH THE PRO.]ECT SOII,S REPORT REFEREI,ICED ABOVE;
I TrrE coMrRAcroR sHAr.,L DrREcr euEsrroNs REGARDTNG TIIE SITBGRADE
I PREPAXATION REQUIREMENTS To THE GEOTECHNICAL ENGINEER.
C. MOVEMEMT OF THE SLAB-ON-GRADE MAY CAUSE DAMAGE TO ANYTHING
CONNECTED TO BOT'I{ THE SLAB AND OTI{ER PORTIONS OF THE
SUPERSTRUCTURE. ISOLATION DETATLS FOR PARTITION WAIJIJS,
BASEBOARDS, PIPING. AND OTHER TTEMS MAY BE REQUIRED; REFER TO TIIE
APPROPRIATE DRAWINGS OR CONSUI,T WITH TIIE RESPONSIBI,E MEMBER OF THE
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REDfiNE-REZllil StC.
SIRTruMI $qNEERS
OI5O E BEAI'ER CRETJ( BLVD.
P.0. Box E009 $rm 2044
AVON, @ EO2O2
(e7o) 748-o7rr
PROIECT:
VILLAGE CENTER
DAIE 3/26/03
SHffT NO.
s22
J08 N0. 02151.0
SUBJECT: GTNERAL NOTES
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AND OTTIER PORTIONS OF TTIE SUPERSTRUSIURA.
10. collcRETE
DEsrcN tJ}*ro* To coNN'c?rl,rc rrEMs * "o0o" sr,AB-oN-cRADE
AIJIr CONCRETE SHAIJIJ BE NOR"I,IAIJ WEIGHT AGCIREGATE ITNITESS NOTED.
CLEARTY IDEMTIFY INTENDED USE FOR EACII II{IX DESIGN SI,BMITTED FOR
APPROVAI. CONCRETE SHAIJIJ CONFORM TO THE FOIJIJOWING TABLE:
IIRA = IIAIER REDUCING ADillnURE.
SP = SIIPER PLASIICIZER.
TOTAI- AIR CONIENI. PERCENIAGE MI'IGE. CMNGE TO 5-7 IF EXPOSED TO
FREEZING TOIPERAIURES.
ALIJ CONCRETE IN CONTA T WITTT SOILS SHAI'L USE TYPE I-TI CEMEMT.
REINFORCING: MILD STEEIJ REINFORCING SHAIJIT BE ASTM A515 V|ITII A
MINIMTJ},T YIEIJD STRENGTH 60 KSI, EXCEPT WHERE NOTED AS 40 KSI. ALIJ
REINFORCING REOUIRING WEIJDING SIIALL CONFORM TO ASTM A?05. WELDED
WIRE FABRIC SIIAIJIJ CONFORM TO AST!4 A185.
RE I NFORCEMEITT PROTECTION
1.) CONCRETE PI,ACED AGAINST EARTII. ......... 3N
2.') CONCRETE PIJACED IN FORMS BIII EXPOSED TO WEATHER OR EARTH:
a. BARS *5 AND SMALL,ER .... r-I/zf
b. BARS #6 AI.ID I,ARGER. ........ 2A
COL,I MNS, GIRDERS, BE,AI4S. -.... I-I/2'l
SLABS OR WALLS NOT EXPOSED TO I{EATHBR OR E.ARTH. . 3/4'
ilorsrs. ........ 1'l
coRE WALLS. ......... 1n
NO SPLICES OF REINFORCEMENT PERMITTED E:KCEPT AS DETAILED OR
ATITHORIZED BY STRUCTT'R,AL ENGINEER. MAKE BARS CONTINUOUS AROT'ND
CORNERS. WHERE PERMITTED, SPLICES MADE BY CONTACT I,APS, SITAI,L BB
35 BAR DIAMETERS MINIMI]I,,I.
DETAII., BARS IN ACCORDAI{CE WITII NACI DETATI,ING MAIIUAL I" PI'BLICATION
SP-66, AND ''BUII.,DING CODE REQUIREMBNTS FOR REINFORCED CONSRETE, N
ACI 3I8, I,ATEST EDITIONS. PROVIDE DETATI,S INDICATING REINFORCING
CONTINUTTT AT CONSTR,UCTION iIOIMTS.
PROVIDE ACCESSORIES NECESSARY TO PROPERI,Y SUPPORT REINFORCINC AT
POSITIONS SHOWN ON PITANS AND DETAILS.
I
2.
3.)
4 .')
s.)
6.)
]EE ffi
RAIIO
ry u)to(-
TF ffi
-s[ffi
FOOIINGS J000 Rq 0.58 3-4 .75'0-2
lvats J000/4{n0 5.5 .58/.48 2-4 u,M .t,5-7
IMIERIOR FUTY{ORK Jmo 5.5 0.5E 2-4 .75'0-2
EXTERIOR FLAIIIORK J500 6 0.lE 2-3 .75'5-7
EIIVA]ED SI.,ABS ON MEIAT DTCK 4000 5.5 0.18 2-4 .75'5-7
AII O1HERS NOT NOIED J000 5.5 0.58 2-+.75'4-6
G.
DAIE: l/26/03
srf,EI N0.
s23
JoE N0. 02131.0
VILI-,AGE CENTER
RBmilE-R&Uil rF.
$NIIUMT OIGfr{EEnS
OI5O E BEAVR CREB( BLVI}.
P.O BoX Emo $rm 204A
AVOi{. @ 80202
(e7o) 74E-07r1 GENERAL NOTES
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11. MASONRY
pLAcE 2-#sQ1 EAcr{ FAcE) }rrrrr 2'-0" pRoJEct o*o. o opn}rrrcs rN
CONCREIE; PLACB 1-#4 {IN TOPPING) WITH 2'-0'r PRO'JECIION AROLTND
OPENINGS THROUGH FTJOOR TOPPING SI'ABS, T'NLESS NOTED.
PROVTDE SLEE\IES POR AI,IJ PIPES PTACED THROUGH CONCRETE.
NO OPEIIINGS OTIIER TIIAN TI{OSE SIIOTIII ON TIIE STRU TURAI. DR.ATIINGS
SIIAI,IJ BE PERMITTED I'NIJESS TI{E ARCHITECI I S AND STRUETUR'AI'
EIIGTNEER'S APPROVAI, IS SECIIRED PRTOR TO rIIE PI,ACEMES T OF
RE INFORC I}IG STEEL.
ALL C1cNSTRUSrION JOINTS SHOWN ON THE DRJBWINGS SIIAI,I. BE PREPARED BY
ROUGHENING THE SURFACE OF 11{E CONCRETE SO THAT TIIB ACIGREGATE SHALIJ
BE EXPOSED IjNI FORIIILY, IJEAVING NO trAITAriICE, LOOSEIIED PARTICIJES, OR
DAII{AGED CONCRETE, AS AN AIJTERNATE, 2 X 4 CONTINUOUS KEYI'AYS MAY
BE USED FOR CONSTRU TION i'OINTS.
SIJABS A}ID BE.AMS SI{AI.,I., NOT HAVE
'IOINTS
IN A HORIZONTAIJ PI'A}IE. AIIY
STOP IN CONCRETE WORK MUST BE MADE AT CENTER OF SPAN OR AT CENTER
OF SUPPORT WITII VERTICAIJ BIIIJICIE ADS AIiID HORI ZOIiIIIAL KEYS, T NLESS
OTHERWISE SHOWN. AIJL CONSTRUCTION iIOINTS SHALL BE AS DETAfIJED OR
AS APPROVED BY ARCHITECT AND STRUCTURAL ENGI}IEER.
E}ISI'RE HORIZONTAIJ CONTINUTTY IN IIAI.'LS A}iID FOOTINGS BY PROVTDING
CORNER BARS AT WAIJIJ CORNERS AND INTERSECTIONS. I]NIJESS DETAIIJED
OTHERWTSE, CORNER BARS SI{AI,L MATCII SIZE AND SPACING OF HORIZONTAL
REINFORCING AI{D EKTEND A MINIMtl.l OF 35 BAR DIAMETERS BEYOND TIIE
CORTiTBR.
PROVIDE STIRRUPS }IITH 2-*I1 TOP SUPPORT BARS FOR I.,E}IGTH OF STIRRUP
SPACTNG TIHERE TOP BARS NOT OTHER9IISB PROVIDED.
WIRE FABRIC REINFORCEMENT: I.AP ONE AND A HALF MESH WIDTIIS AT
SPIJICES AI{D WIRE TOGETIIER.
NO WEIDING OF REINFORCTNG SHATJI.' BE PERMTTTED I]NI.'ESS SPECTFICALIJY
CALLED FOR OR APPROVED BY TITE STRUCTURAL ENGINEER.
DO NOT RE-BEND ANY BARS }IITH A YIEI,D STRESS OF GREATER TI{A}iI 40
KSI .
CONCRETE MASOIiIRY :
1 . ) CONCRETE ITIASONRY I]NITS SHAT,IJ BE I,AID PII]MB, TRUE TO I.,INE ,
WITH I,BVEI., COI]RSES ACCI,'RATELY SPACED. FULIJ T'NIT MOR?AR
BEDDING SHALIJ BE USED FOR THE FIRST ifOINT AT TIIE TOP Ar,ID
BOTTOM OF TIA],I,S AIiID AT IMTEru,{EDIATE BOND BEAMS. FACE SHELIJ
MORTAR BEDDTNG MAY BE USED FOR INTERMEDTATE COI'RSES. AII.,
atOfNTS SHAL,IJ BE 3 / 8 't NOMINAL AND SIIAITIJ BE TOOLED SLIGHTLY
CONCAVE, AFTER MORTAR HAS REACTTED ITS INITIAL SET SO TIIAT
MORTAR TIILI, BE THOROUGHIJY COMPACTED AGAINST EDGE OF UNTTS '
RUNNTNG BOND SIIAII., BB USED UNI.,ASS CTTHERI{TSE NOTED .
HOIJLOI{ LOAD BEMfNG CONCRETE BLOCK SHALL BE In X 15'r NOMINAIJ
FACE SIZE TIITH TIIICKNESS AS SHO$TN ON TTTE DRAWINGS COIiIFORMING
TO UBC STANDARDS 24.4 ArtD 24.5.
2.1
3.)
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RgmNE-RtElU$r r1S.
SIRrIURAL BFIIERS
OISO L BAVER CREEK BLVD.
P.0. Box 8009 $Jm 2044
AVor{, @ 80202
(e7o) 748-0711
VILL,AGE CENTER
PROJECT:MIE: 3/26/03
SHETT NO.
s24
JoB N0. 021J1.0
SU&'ECI: GENERAL NOTES
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4.)
s.)
5.)
7 .')
al,l ilcx srrArJrJ BE AsrM ceo, .RADE N,Q'E 1 MorsruRE
CONTROTLED. }IITH 19OO PSI AVERAGE NBT AREA COMPRESSIVE
STRBNGIE.
BLOCK IIEIGHT CLASSIFICATION: LIGIIIY|EIGHT, T NLESS OT'I{ERWfSE
NOTED.
ALL COMPLETED IIASONRY WALLS SHALL DEVELOP 1500 PSI IIJTIMATE
COMPRESSIVE STRENGTII (F,m) IN 28 DAYS.
PERIODIC SPECIAI, INSPECTION NOT RBQUIRED.
I.
IIORTAR SHALIJ CONFORM TO ASTM C2?O TYPE S. WITII A MINIMW
COMPRESS IVE STRENGTTI OF 18OO PSI.
GROIIT SHAI,I CONFORM TO ASTM C4?6, WITH A MINIMI,'M COMPRESSIVE
STRENGTH OF 25OO PSI .
RETNFORCING BARS: DEFORMED BARS, MINIMIIII YTEIJD STRENGTH 50 KSI '
EXCEPT IIII{ERE OTIIERWTSE NOTED, IIORIZONTAL REINTORCTNG FOR WAI.,I,S
SITALL BE sDlrR-O-tfAL" LADDER TRUSS TYPE .rOIMr REINFORCIITG PLACED AT
16" CENTERS. PROVIDE PREFABRICATED CORNERS AIID TEES AT AIJIJ WALL
CORNERS AND IIiITERSECTIONS . HORIZOIiITAL aIOINT REINFORCING SHALL BE
PIJACED IN TIIE FIRST TWO BED JOINTS IMMEDIATEIJY ABOVE AND BEIJOW AI.,L
OPENINGS, AND SHAIJL EXTEND A DISTANCE OF 24" BEYOND EITHER SIDE OF
TTIE OPENING.
AI,I, ITEMS REQUIRED TO BE BUIIJT INTO MASONRY SITAI,t BE INSTALLED AS
TIIE MASONRY WORK PROGRESSES. CUTTING Ar{D FITTING OF MASONRY SHALIJ
BE PERFORMED BY MASONRY MECHANICS USING MASONRY SAWS.
MASONRY WAI,LS SHAI,I, BE TEMPORARII,Y S}IORED AIID BRACED UTiTIIJ THE
DESIGNED I,ATERAI, SUPPORTS ARE INSTALTED.
LOI{ I,IFT GROIITING:
]..) VERTICAL GROIIT POUR SHAI,L NOT EXCEED 5I-O' IN HEIGHT.
I,IFTS MAY BE UP TO 5I-O[ TN HEIGHT.
GROIII
FILIJ BLOCK CEL,IJS SOLIDITY WITH GRO(I| A DTSTAIICE OF 24" BENE"ATII AND
12N EACH SIDE OF BEAM REACTIONS.OR OTHER CONCENTR.ATED IOADS.
AT BOTTOM OP },IASONRY WA].,IJ, PROVTDE DOWEIJS EMBEDDED INTO CAST-IN-
PLACE CONCRETE OR }IEIJDED TO STRUCTT]RAIJ STEEL SUPPORTS AT EACH
VERTICAL REINFORCING BAR. DOWEL SIZE SIIAI,I, MATCH VERTICAL
REINFORCEMENT.
SPIJICES NOT pERMITTED IN REINFORCING BARS EXCEPT AS DETAILED OR
AI'T}IORI ZED BY STRUCTIJRAI, ENGINEER. WHERE PERMITTED, SPLICES MADE
BY CONTASI I.,APS, SHALL BE A MINIMIJM OF 72 BAR DIAT4ETERS.
PROVIDE ONE *5 VERTICAL, FILL I{EIGHT, IN EACH OF TllO AD,'IACENT
CELLS, EACH SIDE OF AIJIJ OPEI.IINGS , UNI.'ESS OTHERWISE NOTED '
GROUT AI,I.' REINFORCED CEI,I,S AIiID BOND BI,OCKS F'UI,L .
REFER TO DRA}IINGS AI\ID SPECIFICATTONS FOR REINFORCTNG A}.ID OTHER
REOUIREMENTS.
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RBml€-R&lAil htc.
SIRJcruMI SHNEERS
OI5O E BEAVER CREEK BLVD,
P.0. Box E009 sullE 2044
AVON, @ E0202
(970) 71E-0711
tilTE: 3/26/03
SHEET NO.
s25
JoB N0. 02.|3,|.0
VILI-AGE CTNTER
SUBJECT: GENERAL NOTES
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o. n"* t*"l'*rs DRop B*r.,ow 40 DE.REE' "*t*tr. Ar Alry rrME
DITRING MASONRY CONSTRUCTION OR CURIIIG PERIOD, COLD WEATHER
PROTECTION PROCEDURBS PER PRO'IE T SPECIFICATIONS SHAI,I, BE
FOI,LOWED.
STRUETUR;AI, STEEI,
A . STRUCI'URAIT STEEL : MINIMlttq YIEITD STRENGTII 5 O KS I FOR WIDE FLAI'IGES ;
35 KSI (ASTM A53) FOR PIPES; 46 KSI FoR TIJBES; 36 KSI AL,L ELSE,
T'NI.,ESS NOTED OTIIERWISE.
MrNIMtl,t WELDS: AISC SPECIFICATION. NOT LESS THAN 3/15n FILLET,
CONTINUOUS I'NI.,ESS OTHERWISE NOTED.
ALI, GROOVE !|ELDS TO BE FT'LL PEIiIETR,ATION I'NI,ESS NOTED,
WELDERS; I{AVE CURRENT EVIDENCE OF PASSTNG THE APPROPRfATE A.}f .S.
QUAI.,IFICATION TESTS .
SEE ARCHITE TI'RATJ DRAWINGS FOR NAII.,ER HOI.ES,. ATTACHII4EMTS, ETC.
HEADED STIjD CONNECTORS: CONFORM TO A,W.S. D1 .1, STRUCTI]R.,AL I|ELDING
coDE. usB 3 /4 " MTNTMUM DrAI{grER STT DS t Nr.,ESS OTHERWTSE NOTBD .
HEADED STUD COIINEerORS SI{ALIJ BE AUTOMATICALIJY END }|ELDED IN
ACCORDAIiICE WITH A.W.S. Dl .1 STRUCTT'RAL WEI.,DING CODE. WHERE
POSSIBLE, CONNECTORS (OTI{ER THAN ON BEAMS) SIIAI,I, BE SHOP TIELDED;
WIIERE METAIJ DECK OCCURS, CONNECTORS SHAL,L BE FIELD INSTALIJED BY
WEIJDING THROUGH THE META].' DECK.
STRUCIURAIJ STEEL SHALL BE DBTAILAD AND FABRICATED IN ACCORDAI{CE
WITH TI{E AISC SPECIFTCATIONS AND CODE OF STATiIDARD PRACTICE AIiID
WITH OSHA REGULATIONS. IJATEST EDITIONS.
13 . METAI,, DECK
GENERAI,
1. ) DECK SHALL BE MANUFACTI'RdO STEEL WITH A MINIMW YIEI.,D
STRENGTH OF 33 KSI.
2.1 DECK SITATJIJ BEAR A MINIMI'II,I OE L-7/2 INCIIES AT SI'PPORTS.
3. ) DECK SUPPLIER IS NoT RESPONSIBITE AOR TIIE ADHESIVE ABILITY OF
SPRAYED ON FIREPROOFING.
4.) AIrL DECK SIIALL BE GALVANI ZED, PHOSPIIATIZED, Att MINTZED OR
PRIME PAINTED, PER M.ANUFACTURER'S RECOMMENDATION AND
s.)
SPECIFICATIONS .
DECK I'NITS STIALL BE INSTALI-.ED 3 S PAN MTNIMT'I,I CONTINUOUS OVER
SI'PPORTS 9IHEREVER POSSIBLE .
ROOF DECK:
1.) NO PER.I4ANENT SUSPENDED LOADS, OTHER THAN I,AY- IN ACOUSTICAI,
TIIJE CEILING SYSTEMS, ARE TO BE SUPPORTED BY TTIE STEEI, DECK'
2.) ATTACH DECK TO STRUCTURE AND ADiIACENT DECK PAIiIELS PER
DETAII,S SHOWN EI.,SEWHERE IN TIIE CONSTRUCTION DOCI'MENTS.
3 . ) EIIDIJAPS SHALL BE A MINIMUM OF 2 TNCHES.
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ROf,INE-REEUN IIE.
$RrIURAI RIGO{EERS
OI5O E BEAVER CREEK BLVD.
P.0. Box E009 stflE 20$A
AVoN, C0 80202
(e70) 748-07il
DAIE: 3/26103
STIEEI NO.
s26
JoB N0. 02131.0
VILIAGE CENTER
SUBJECT GENERAL NOTES
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4.)
FLOOR DECK:
1. ) ATTACH FfOOR DECK TO STRUCTT'RE A}ID ADi'ACEMT DECK PANEI.,S PER
DETAILS SHO!{N EIJSEHHERE IN TIIE CONSTRUCTION DOCIJIIENTS '
END OF DECK I,,NITS SHAI,I, BE BUTTED; DO NOT STAGGER ENDS OF
DECK I]NITS.
NON-COMPOSITE DECK BY OTHER MANUFACTI]RERS MAY BE SUPPI,IED IN
LIEU OF THAT SHOWN PROVIDED SECTION PROPERTIES, YIEIJD STRESS
ATTD LOAD CARRYING CAPACITTES EQUAIJ OR EXCEED THOSE SPECIFIED
AND IF APPROVED BY THE STRUCTT]RAIJ ENGINEER.
COMPOSITE DECK SIIAI,I, PROVIDE MINIMI,'}! SECTTON PROPERTTES
SHOMiI ON DR,AhIINGS. TIIE SPAN I.,ENGTII SHAI,I, BB DEFINED AS TIIE
CLE,AR SPAN BBT}IEE}I SUPPORTS.
TEUPORARY SHORING SHAI.,I, NOT BE USED ON NON-COMPOSITE FOR}I
DECK WITITOUT PRIOR ACCEPTANCE OF THE STRUCTT'RAI, E}IGINEER.
pectrpplrER sEAr.,L pRovrDE aor, aoortQlnr, FRAMTNG REQ'TRED
TO SUPPORT DECK AT OPENINGS TIIROUGH DECK NOT SHOWN OlI TIIE
DRAIVINGS.
2.')
3.)
4.)
s.)
14.TIMBER
ALL TIMBER PRODUCTS SHALL BE
FOREST PRODUCTS ASSOCIATION,
EDITION.
AIL I.,T'MBBR SIIALL BE VISUAILY
CONTENT OF 19*.
IN ACCORDAIICE WITIT TIIE NATIONA],
NATIONAL DESIGN SPECIFICATION, IJATEST
GRADED AND I{AVE A MAXIMT'II{ MOISTI'RE
2.'l
3.)
4 .',)
s.)
FRAMING LIIMBER: 2Xg AND LARGER, DOUGLAS FIR-LARCH; ALLr ELSE: IIEM-
FIR IN THE FOI,LOVIING GR,ADES:
1.) GENERAL FRAMING: STANDARD AND BETTER OR STI,D.
2.') STUDS: STt D OR BETTBR
3.) FLOOR JOISTS AND ROOF RAFTERS: NO. 2 OR BETTER.
4.) BEAl,lS, STRINGERS, POSTS AND TIMBERS: NO. 1 OR BETTER.
STT]D WALLS :
1 . ) F'P-AIT{E STUD 9IAI,I,S WITH 2X STI''DS @ 16 " ON CETiTTER AS CAI,I,ED FOR
ON TI{E DR,AWINGS .
PROVIDE A MINIMUM OP 3 STUDS AT CORNERS.
SHIM FOR BEARING ON CONCRETE SI'BSTRATES. GROUT WITH 1:3
PORTI,AND CEME} T- SAND GROUT FOR FI'I,I., BE,ARING.
WHERE MI'LTIPLE TOP PI.ATES ARE CALI-,ED FOR TN THE CONTRACT
DOCIJMENTS, STAGGER SPLICES AND FACE NAIL PITATES TOGETHER.
PROVTDE STl.lDS AT OPENING iIAMBS AS FOLLOWS :
A . 2 STI'DS AT OPENINGS LESS THAN 5 I - O II VTIDE
b. 3 STUDS AT OPENINGS BETI{EEN 5'-0" AI.ID 8'-0" WIDE
C. 4 STIJDS MINIMIJIT{ AT OPENINGS GREATER THAN 8'-O'' WTDE
BEAR OPBNING HEADERS ON MUI.,TIPI,E JAI4B STUDS AS FOI.,LOWS :
. 1 STUD AT OPENINGS I,ESS THAN 8'-ON WTDE
b. 2 STI'DS MINIMUM AT OPENTNGS GREATER THAN 8'-OO WIDE
REFER TO DRATIINGS FOR SPECIAI STT'D CONDITIONS
AI,I, T'{UI,TI PI,E ME}4BER HEADERS , BEAMS AND POSTS MADE FROM FRAMING
LI'MBER SHALL BE NAILED TOGETHER TO FORM A SINGI.JE, COMPOSITE T'NIT
USING NO I,ESS THAN TWO ROWS OF 16d AT 12" O,C.
5.)
7.)
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I
RffiINE-REEUN II{C.
stRtmru ilqlffis
OI5O E BFA!tR CREEK BLVD.
P.0. Box 6009 sullE
AVoN, C0 80202
(e7o) 74E-07il
DATE: 3/26/0J
$rEEt N0.
s27
JoB N0. 02lJl.0
VILLAGE CENTER
SU&IECT: GENERAL NOTES
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co'p,,y nrrtr*"* srAriIDARDs FoR FRAItrrNe "t*"tro*" As sET FoRTIt
IN lrBC TABLE NO. 23-II-B-1 AlrD 23-II-B-2 AI\ID AS DBTAILED '
SHEJATIIING:
1.) CONFORM TO A!,TERICAII PLYTTOOD ASSOCIATION (APA) DESIG}I
2.)
SPECIFICATION, I,ATEST EDITION. SHE.ATHING SHAI,I, BE
CONTINUOUS OVER TEREE ADJACENT SPA}IS MI}IIMT'M.
FIJOOR SITEATTIING: 3/4'' THICK TONGI]E A}ID GROOVE APA RATED
SHBATIIrNG 32/L6, BXPOST RE 1, NATL TO SUPPORTS WrTH 10d @ 6
INCHES O.C. AT AI,I, PA}IEI, EDGES A}ID lod @ 10 INCHES O'C. AT
INTERIOR OF PA}TEL. GI.I,JE FLOOR SHEATHING TO SUPPORTS VIITH
NTITE-BOITD'I (OR APPROVED EQUIVAIJENT) . CONSTRUCfION ADHESIVE
SIIAIJL MEBT APA AFG-01.
ROOF SHE,ATIIING: 1/2N TIIICK APA R.ATED SHEATHING 32116,
EXPOSI]RE 1. NAIL TO SUPPORTS WITH 8d @ 6 INCTIES O.C. AT
AIJIJ PANEIT EDGES AND 8d @ 12 INCIIES O. C ' AT INTERIOR OF
PAITEI..
IVAI,I, SHEATHING: L/2" THTCK APA RATED SHE,ATIII}IG, B:KPOST'RE 1.
ORIENT PAIiIEL,S YIITH FACE GR LIN PARALLEIJ TO WAIJIJ STt'tDS . NAIIr
TO SITPPORTS I|ITH 8d @ 6 INCHES O.C. AT AIIJ PAIIEL BDGBS AIID
8d @ 12 INCEBS O.C. AIT INTERIOR OF PANEL.
REFER, TO DRAI{INGS FOR SPECIAL SHEATIIING OR NAII,ING
REQUIREMETfTS.
3.)
4.)
s.)
ALIJ TIUBER CONNECTORS SHALL BE iSTRONG-TIE'I CINNECIORS AS
MAIII]FACTT'RED BY TIIE SIMPSON STRONG-TIE CONNECTOR COMPANT. FOLLOW
SUPPLIBR' S INSTALL,AT I ON RECOMMENDATIONS.
DECKING I
1. ) DECKING SHALL BE TONGITE AND GROOVE I'IADE FROM SoIJID TIMBER OR
GLITED ITAIIINATED TIUBER. INSTALLATION SHAL'L BE CONTROLLBD
RA}IDOU IJAYT]P. CONTiTECTIONS AND INSTAI,I,ATION PROCEDT'RES SHALIJ
BE PER AITC 112. STA}IDARD FOR TONGUE -AND -GROOVE HEAVY
TIMBER ROOF DECKING. MAXIMT'I.{ MOISTURE CONTENT FOR 2'
DECKING SHAI,I, BE 15I, At{D FOR 3 AND 4 INqH DECKING 19*.
I,AG SCREWS :
1.) CONFORU TO AIIS r,/ASME STANDARD B18.2.1-1981-
2.t CIJEARAI{CB HOLE FOR SHAI\IK SHALL HAVB THE SAI{E DIAIT{RfER AS THE
SITANK AI\ID TIIE SAME DEPfiI OF PENETRATION AS THE I,ENGTH OF
I'NTT{RE.ADED SIIANK.
I,E,AD HOIJB FOR TITRE,ADED PORTION SHAI.,L TIAVE A DIAMETER EQUAI,
TO 7Ot OF DIAMETER OF I'NTTTREADED SHAI{K.
THREADED PORTION OF LAG SCREW SIaLL BE INSERTED INTO LEAD
HOI,E BY TT'RNING WITH A WRENCH, NOT BY DRIVING TIITH A HAMMER.
USE SOAP OR OTIIER I,I'BRICANT ON I,AG SCREW OR IN I,EAD HOLE TO
FACIIJITATE INSERTION A}ID PREVENT DAMAGE TO I.JAG SCREW.
J.
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4.)
s.)
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RBMNE-RflIAI{ IIIC.
SIRfiURAL ilqNffiS
OI5O E. BEAVER CRITK BLVI).
P.0. Box 8009 sxlE 20{
AvcN, @ 80202
(e7o) 748-07fi
DAIE: 3/26/03
SIEEI NO.
s28
JoB N0. 02131.0
VILI,AGE CENTER
SUBJECI GENERAL NOTES
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'o=:
:\:r
(e) nortr FD&E
V0ler.^w 1.5 bza
AMT DECh
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j APPLICATI INCOMPLETE OR UNSIGNEDs
NVtlWvarlly
75 S. Frontage Rd.
Vail, Colorado 81657
E$T-tr$'Etgu'm
CONTRACTOR IN FORMATION
Fire Alarm Contractor:
('o nn elz,b / grr |, tftr # n:T
Town of Vail Reg. No.:
te t'tl Contact and Phone #'s:
7-ad/ ty'.<.y'rr h fa)n 1- 7/2o
E-Mail Addres* ( ontjF( w<@ a-al. Cott
Contractor Signature: ,-?- 'l4rd (thw-
COMPLETE V ATIONS lsFOR ALARM PERMIT (Labor & Materials)
Fire Alarm: $ 2 l. grto. rc \)r.,-^\ O,L\.,-on* tt
(-\ rt --d \V t L\c^.r,,- L-a-nrtl
C
Contad Assssorc Office at 970-328-864O or visit t for Parel #
Parcer # 7totoET o14t - ',A.[DIt$Ai W0O
Job Name:
l/ilne e- Cen *tf- Fu,,/d;nq C
Job Address:l2q v)rlrtr/ [r,/q. F/-
Legal Description Lot:Block:Filing:Subdivision:
owners Namei h;/r"re ct,z{ztg. ll Address:Phone:
Engineer: ,VA Address:Phone:
Detailed Location of work: (i.e., floor, unit #, bldg. #)
.Fz/;re puitcl,h2
Detailed description of work: u77rn/,>y e/jt:t-p /)/e ,z-/ar.n !/ltczrt
WorkClass: New() Addition( ) RemodelQfl Repair( ) Retro-Rt( ) Other( )
Typeof Bldg.: Single-family( ) Two-family( ) Multi-family(;-) Commercial( ) Restaurant( ) Other( )
No, of Existing Dwelling Units in this building: ) L/ ll fVo. of Accommodation units in thisbuilding:. t7i/
Does a Fire Alarm Exist: Yes (X ) No ( )Does a Fire Sprinkler System Exist: Yes ($ No ( )
*******************rr*,r****rr************FOR oFFICE USE ONLY*********t<***************r.***********
Date Received:
Public Way Permit Fee:Acceoted By:
\WAiI\dAtA\CdEV\FORM5\PERMITS\ALRMPERM. DOC 0712612002
,/
(
fa
Commercial Specialists of Western Colorado, LLC.
Data Sheefs
For,'*,
\", '
,.1*,/
f Village Center Buildings
ArBandC
$ruesco, i @toTtFlEf,'HmnER ffi-EF gYlrsoffiraY. rG
Table of Contents
AFP-200 Analog Fire Panel.. ....'....Section I
UDACT Universal Digital Alarm Communicator Transmitter. . . . . . .. Section 2
FCPS-24S6 Power Supply... ..........Section 3
PS series Batteries... "' """'Section 4
o PS-1270 Batterv
FMM Series..' ......Section 5
o FMM-101 Mini Monitor Module
Gentex 9000 Series ... .Section 6
o 9120 FIF Smoke Detector
MDL Sync Module... . ..........Section 7
Spectra Alert Series ... Section 8
o P24llHorn/Stobes
o P24110K Weatherproof Horn / Strobe
o Hl2l?4HomOnly
o WBB Weatherproof Backbox
Califomia
Slate Fire
Marshal
7165-0028:164
-'^..{- t-M ->\../
Approved
Oecemb€r 13,2001 ON-37&l.A-r05
n|(}TIFIER'Anolog Flre Ponel
S6clion: Intelligent Fir€ Alarm Contrd Panols
GEN.ERAL
The AFP-200 is a compact, cost-etfec{iv€, intetlig€nt lir€
alarm conlrol wilh a capacity of 198 individually identified
and controlled poinls and an extensive list of powerful fea-
lures. The AFP-20O provides capabilities that €xc€€d mosl
large intelligent systems, al a.cost comparable to conven-
tional control panels.
FEATUR.ES
. 198 intelligenl devic€ capacity (99 analog detaciors and gg
.monitor/conlrol modules). Style 4, 6, or 7.. Overall 301 point capability ( t 98 int€lligent points, 4 prc,
grammable NAC circuits, 99 programmable relays).. Netwoft feady teterence$OT,. FtRE.llET" a nd NAM-
232 dala sheets for morc infoffi7€,tion).. Intelllgent featurc!:y' Manual sensitw adjustmenty' DayNight auton tic snsitiw adiustment.
/ Drift ctr,npnsation (U.5. Patent Pending) medb uL
rcquirqnants as a calibrated test instrument.
./ Auto detdu tesl (mg€.ls NFPA 72).y' Mahiamnce atrt $wo separa'te algptithms).y' Pra-alarm (AWACSt|. U.S. Patent pending).
y' Acliyate ted suder base on prc-alarm.
/ LED blink control lor sleeping areas.y' Automatic device type check.. Beleasing features:y' Four indepedent hazards.
t/ Sophislicaled cross-zone (three options)y' Delay tin'F.r and Disdnrge tinlp,rs (adiustable).
t/ Atp,tt (fow qtions).. Opdonal DACT, with AC fail delay.. LCD-80 remole display/control.. ACS annunciators (ElA-r185), including LOM custom.. Printer inlerlac€ (8o-column and 4o,€lumn p.inters).. 5.0 A usable regulaled outprJt povrr€r, plus 6.0 A expander
(marimum &0 A to panel circvltr).. Sodraracter LCD display, bacldit. Real-time dock, with European format option.. Histo,y file wilh 650-ev€nt capecity in nonvolatile memory.
Includes non-€rasaHe shadow history.. Watertlow or supeMsory soleclion per point.. Alarm Verification selecdion per point, with tally.. Walk Test reports two d€vices ssl lo same addr€ss.. Posifive Alarm Sequence (PAS) Prosignal p€r l,tFpA Z2-. Silence inhibil and Auto Silence tirner options.. Marih time/temporaUOalifomia code for bell circults.. Field-programmable on panel or oA pC, wlth user-defined
passwords, dus Autoprogram feefure.. UL Listed modem interface allows remotey'ofl-6il€ sylst€m
inlegration.
lfoTl.flRE.ltET'r is a trad€mark ol NOnFIER,.1994.
. FZM-I two-wire detector int€rlac€ porfres dnpathility
with many non-NOTIFIER detec{orc lor retrofit applications
(consult fadory for lat€st compatibility listings).. Dual-rat€ dtatler tor up to 90 hours o{ s[andby power.. Two€lage optim tor notilication cirorits (Canada).. Tomado Wamirg rlivates diflerent mtifrcalion circuit code.. Norr'alarm points for lower prio.ity functi'tns.. Remote Silanca/Fes€t/Evacuate via monator moddes.. Autonalic lime control funciions, with holiday €rceplions.. Rapid poll algorttrm for manual stations. Responds in < 2
aecond!.. Op€rat6 with untwisted. unshialded wire (up to 1,000 ltJ
304.8 m).for retrolit applications (U. S. Patenl S,2lO, 5A3).. UL t$tod lor Fire Signaling per Standard 864 & NFpA 72.. UL Usled tor Buqlary apdications per Standard 1076.. UL List€d tor Releasing Service. Complies with NFPA 12,' 12t\ 12B.,13, 15. 16, 2001 Standards when instalted in
accodanc€ rvith appropriate NFPA standard.. FM approv€d for Agent Release and Preaction/Detuge.
MEA and CSFM approved; howev€r, ndt approved for
relea-ing by MEA.. Approv€d formarine applications by U.S. Coasi Guard and
lJoyd's R€gi6t6t of shipping.
^n
--7
TISTED
s635
@
94/60004 (E1)
@@
csl18
(AFP-2@C,
AFP-200RC)
MEA u.s. coasr Guard
104-93_E Vol. Vt 161.00223/1
(twl lo( rcleaslng)
The AFP-200
This doomeol ls ml hfsnded to bc us6d lo. k|sbta0oo pglposas. Wc try |o U4 orrp[odrct htormalron upfiate ad ac6J-rstc. Wa cannA'oovar eff sped|i; apOfca'Oom
or addpac al r!$i{!msrts. AI sp€dbado.rs .n attod to duiliunrt,,a|co.
For morc infolmrrbn, co. acl OnFtER. phq|g: (203) 4ix-716r rei: tZogla,tZi.id
@XOflf teff iz cifnta|vne Rord, rodrto.4 conn csctn o6a7?$rmrx3ilffim
ffi
ud. h th. U.S-^.
SYSTEM BLOCK DIAGRAM
4ffifriff
FSF?5! FSP'?5.|kr P|s
E//|.45
FST-I5'.1Ilrcidtud
sLC ,ntsl&|'na fry
-"lGlaJ(
99 sofrt'tate zonas
AC$'AEM.I6AT
LEO Annund.tor
u)il€A
Curbol G.aptb
Flffr FCS1rttoc lAc
I tlofftf5,aur q
Faoara Gtsdis
PRN Satbr Pritt
E A-2ff2lntetlac. for cRT,
prlntcr, or PC comPutct
Fout standard
Notlffcadon or
Rel€aslng
clrcuits.
Full Alpha
keyboard tor
menu-driven
programming.
5 amPere
legulated
Powef supply.
Voltmeter/
Ammetol
OPtion'
P.lgszd1- O A7&f 'lzt3ot
12 AH bEtterles; 18 AH i,ith 88'17'
Up to 90 hours standby Poscf,.
SLC loop.
Up ro 198 devlces
on a slngle Pair
ol wlres.
Slot for
optional
module.
8o-character bacldat
LCD dlsplay.
AWACS" Adu"rr"" Warning Addressable combustion Sensing (u'S' PatentPendhg)
SMOKE OBSCURATION
o/o Per foot
3Yo
T|ME
-*ALERTandAcT|oNteve|sarecomP|gt€|yaqudaHoinq:fi"|drosuitthedean|inessarrdstat'lityofthoonv|rotmm|.
AraRil revers are n ro "oi'oi,iSiJJiii'lni'lij 9fl11115 :iJffiH ';'g:"Tiliffi *g,tr
PnEATU s oxtlPHolol
FrOOt 3 toulP nAc[ 5
AIEII: 0.221 l.r0t
I l:25 ? l2125193 066
ALERT
Waming at P6nd
of possible lire
ACTION
Shut ofi Power
to €quipment monltored
bY t|l8 det€ctor
ftEAtlt sttoKtlPHoIol
H.OOI 3 toult RAC( 5
ACITON: 0.511 | 't01
l r:36 P 12r25r93 066
ALARM
Evacuate building
and call fire deParttnent
Il
B
AIARil levels are fieb adiustable lo otl€ ol tnl€€ rslr€rs ururrrr uF es 'v!'i"r-- --' s g a bcal soutd€r ba"" bolo€
used to perlotm control runaiilsl liiir rev"r s€ff-reslote and may be used b acli€tl
general ALARII €r'acuatitl'
AUTOPROGRAM
PLEASE WATT
1.
FIELD PROGRAMMING _ 3 WAYS
1. AUTG'PROGRAII
The AFP-2oo identilies all dwices that ar€ conn€ct-
J]d"i"*1n"" tt€ typ€ ol devic€, and loads default
,iir* id"d alarm) into norwolatilo momory' This
is compGteO in less than 30 s€conds'
2. ON.UNE EDIT
Wtrite stitt providing lire protection, the AFP'200 pro'
ir"r m"y t" completely edhed lrom th€ |tont key'
iaO. Uenu troes p€.mit easy cfiange of any param-
[i", "lrf,o"t
reterial to the Prog'amming manual' R6'
iii in"t"*"nt and edit tunctiorf speeds atrv ol1t-
ptranumerlc tabets. New program check rcutin€ catch-
€s @mmon €nofts.
3. OFF-LINE PC: VeriFire'2fi1
(included with VeriFire'CD)
The complete AFP-2d) program may be c,rc1ted 1t
"n
off-fini pC*mpatible conrgrterwith a Wndorg}
U"..a mfitv, then loaded into the AFP'2OO EJA'a3P'
*n ftr" prcrgram may also be ofl-loaded to a PC at
-rn" ri.". iriqi'"p."d Oata transler compl€tes upload
or AowntoaO in less than one minute. The PC pro'
otaa tnay also be used to access,emote AFP'2()0
ivJems 6ver Oiatr.p phone lines, providing detail sta'
tus inlormation and history lile search/sort'
o=CtR 1=AUTO 2=POINT
3=PAS$IVO a=MESSAGE
5. ZONES 6 = SPL ZONES
7=SYS 8=CHECK
2.
trSr r.brt
orloz8' rZrSOt - Paoe 3 ol I
AGENCT LI5TINGS AND APPR'OV4F
*::tgi"titthe;s"tr"T""#trii;eSl6r66dffi$;;;";";;tiiiri modutes mav not be tisled-by cenahap'
ili']l?illi-s,'or itting mav ue in process' consult faclofv
lor latest listing slalus.
SPECIFICATIONS
.- primarv tnput pow€( 120 vAc, so/69 H.: 3..0 1T!"-:-.-,: iiilir'itJf,J tr vDq t"y:t;:.: t gi?5ffilff ,l;Eilt*
" 55*:3:iiffi $"Jlah ; r'oe maximum standbv'
y' Non'resettat{epow€c 5O0 tn'\;
i ;;;;:;6;.tadetectorpower scp nrA'
7 f*turltt-ln no0nouon cirwits:
. NAC CltEUn T: 225 A'
. ifnC circuns e<: 225 A (sharod total)'
I'#: *yHiZ' EX r"t Ei W: ^c
ci'cu iE 3 &
. i"tt"w ilt"o"r rang€: ?AH'18Atl'
: 8:ffi*'ffi.fflXiSSfi?'11I: Affiil;ffiffi#'te.tzs' 6o'eszscnr)hishxl'l'$ (36'83
crn) witb x 5.9 (1 3.97 car) do€P'
5YSTEIII CAPACITY. i","r pt"g.tt*sbltpuuouFutPolnts: gx
. lnto]rofltdet€do€:og. lia&iotemotdlodco.,rolmodubs: 99
. F *ramtmUe NAOtircults h Panek 4
. Prdratt n"lt sdtreto zon€s: gg
. b;;;"bt nnrote rclay/annunciatorpoints: 99
. t-C AO arur.nrdatoa P€rsYstem: 4
. ACS antxrndabB PorqFt'|||: 10
CONTR.OI.5 ATID INDIGATORS
6 LED indicatoF: AC Powec Fir€ Alarfr|; Pts'Aam: Superv+
;/#i;ilr At"rm Sle.Ed: Systom Trqrte.
;i;;;;# Ctft.rt controtr: Ad<ntrbds€/stop; silencs;
;;;il: sGtem R€s€t 12-lev Alpha pad: 4 qrrsor ttovs;
Erder.t6'buprl' 80 dreraclsts (/t r 20) witr longrlr€ LEo bad('
lsttt
GOilPATIILE lNrELltGE[r DFvlcES
FSI-751 'lontrdor. -
FSP-751 Pholo det€dor'
iii-zsf Photo dot€ctor wilh f rcd th€rmal €lomsnt
FsT-751 lhsmd d€Lclor' ft(od'
isi-zsr n Thetfiel d€t€ctor. fx€d and rated{is€'
. .
FStf-751 HARSTHil pholo deoaor (r€qrir'6 wt M&)'
FSI>TSI P Drct dstoctor. witl hot'tsiftg'
FSD-751RP Ducl dabcfor, wift trarsing and rchy'
INTELLIGEilT DETEGTOR. BASES
ezr0LPBp StariOarU nangeC bse, pad€gE d En'
e;orip Standatd tlangeless base, padog€ of ten'
NOTE: Renate Bf stttfu lor ingle-pack6as€s'
B71G|O Bas6lorFSH'751(I.|ARSHil)only'
B224RB RelaYbasa.
'tiE21€l lsoldorbas€.
85fi8[l S(xjtldet bas€.
B501BHT Soundetbas€wifhtEmporalsourvJEr'
COII'IPATTBLE ADDRESSAEIE DEI/ICES
NBG-IAJ Addressable Pullstation, vidbl' l-€D' ' '
FUItI-l tr,loritormodle
Fililr1 ol Mottitor modub, miniaturo'
iofu-r Monitor module. dual. two indep€ndent class B
ci.cuits.
Fzll-l Monitor rnodul6. two'tdr€ smoka deteclors'
Pags4 ol 4 - tlN€7q|' 12fi 3,l,1
FCtrl-1
FRll-1
xPs-il
xP$c
rs&x
C6|ttol fitodule.
Retav module.
ir",GponO",, .onitor, live addressable Class B
"circrtits.
Transpooder, controUrelay. fve addressable Class
B drcuils.
lsolator module.
(
COMPATIBLE DEVICES' EIA'232 Port
(sce drb sheetc)
PRN S.rl..: 8o-column Printsr'
VSIO9S,SZ, Printer' 40 column, 24 votts' Mount€d in €,d'mal
bafux (order fuom Keft rcn, I nc' )'
CRT-2: Video d|sPlay tetminal'
rllil-iSZt Netwot* intertace Modul€ to xoTl ' FIttE' llET-
wire or frer models.
GOIUIPATIBLE DEVICES' R5'485 Port
{see &ta ehee|s,
ICS S"rt"t Rernote Sedal Annunciatodcontrot systenrs'
LCD€o: Bomote LCD dbPby'
Lol| S€rle!: Bemote custom graphic ddver modules'
Ituen Remote r€lay rnodul€' Eight Form€ relays'
NIB-06: Neiwo* l {edacs Eoatd'
iFi<es, s€lhs R€p6ater' isolato( and/or ser.optc mden
UDACT: Unhreeat Oigltal C-;ommt'nicatot'
PN,ODUCT LIilE INFORTAfl ON
AFP€m AFP'2oo 6vst€(n. lndud€t.rn"h. q9 PI! 11IilicT"td-6vdo' hiclbox and door (grav]' hatdwa€ ard
insinilon manual. 12O vAc-
*P-zOOe Sam€ as AFP'an. brn 230 VAC''AFiimR:
Satne as AFP'20O, hn wifr rcd bad6ox and door'
lfp-ZOOne, Sane as AFP-2oOR. hn Uto VAC'
;F-2oct Same as AFP-2fi)' but ULCapp{ovsd Y€cson'
Gi-ioonc, Same as AFP'20oR, butULG4provedrcrsi'on'
oR-AFP:Dof : R€plac€m€rr door' Itay'
oR.AFPZ|OOR': FeP'lacsrn€ot doot' rEd
'M E ,oe,td ot pttttrnberbrz3OVAC t*elil'g'
ia8{i AFP-2oo uiaooo< rcamrt. gny' b(leplacerttsrtottty'
g6g.iin: AFP-2oo bad6d (m <bor)' red. lor rcflacemerr c{y'
c-ls-fU, HeavYduty oulor strd'x 'r€' R€quiGd for tnadn€
agenry aPPrwed ePPN6do.F- -agorEy;ffi; F[d" Transnriner atlottute' Ptovldes municipal box
and r€rnd€ statlon eom€cton'
nfni pf,retn Relay Transn*ter lrloduls' Provld€s eight
Form4 relays, plus tfansmm€r'
axllll: Ammeter/Vollmeter.iiiiict Gray Trim Rlrg for serd-llush mounthq ffi-4XR lor
red).opllfpAo' Fufl-l€ngth dea&lront panel (rcquit€,d lot Cana'
dj€naryff,l,lions)'is-riic BattEi, 12 volt, 7.o Nl, (ttro leqtn$q' -is-rzf zo, Eattery. 12 volt, 12.o A!1, (two Bqukdl
i+rzrgo' Banoi, 12wlt 1s.o F*t (tworeqnreQ'
APS4R: 6.0 A etQansion $.Fply (rcqrirg6 B&17):
- -- -- .-dil1i:
aanery box' requited for PS-121tr). or if APS{R is
used
dic-rzo, 12o AH battsry ch atger (sae sepante data sheet)i
2'55 AH utitizod bY AFP'zoo.
lf t S"tL., DigitalAbrm Communicator/Transmitter'
v.imt"io, Frogramming kit lot PC' Indudes 9 c-o wilq a
"i'tildiir v"lin*n progra;s linduoqg v€tiFir€'2oo) '
cabt€'
andHructm&iiili-*rzocp: spar{sh language kit' lndudes softrvare lG'
rnaflJal, atd lab€b.
ARCHlrECTUTAL/
ENGTNEEN|NO SPECIFI CATIOT{S
So€cffbatiorE ar€ availabl'o on C&ROM witr NOTIFIER's
;F;rrFd-;-sdt a,€. contact NOTIFIER for details'
October 24. 1997
UDACT
Universol Digilol Alsrm
Communicqtor Tronsmitf er
Section: Annunciator Control Systems
D-l60
@rq#,#"FR
GENENAL
The Universal Digitat Alarm Communicator Transmitter
(UDACT) is designed for use on the NOTIFIER AM2020'
AFP101O. AFP-400, AFP-300, AFP-200, System 5000 and
System 500 Fire Alarm control panels. In addition' il is
also designed for use on the Intelligent Network Annuncia-
tor (lNA), software release 2.8 or higher. When used in
conjunction with the lNA, the UOACT can report the status
of allcontrol panelson NOTI'FIRE'NETW. The UDACT
transmits system status to UL listed Central Station Re-
ceivers via the public switched telephone network.
The UDACT is compact in size and may be mounted exter-
nally in a separate cabinet. ElA485 annunciator commu-
nications bus and regulated 24 volt connections are re-
quired.
8gi9'rir3 't?HiH"Marshal 2i32 6030 A
7300-0028:174
NFttAAml8J
Oas OGr Fr
F.E RI fEil FooElEEEEE]EtdEG]E]EEE]EEI
E@EE@I
ld
til
Eflt:,
om
@@s63s cs100
FCC Vor.Vrl
IWGUSA-
20723-AL-E
MEA
328-94-E@
1Z0A4.AY
(with Ademco 605 only)The UDACT is capable of transmifting the status of sofl-
ware zones (Alarm and Trouble), System Trouble, Panel
Off-Normal, Supervisory, Bell Trouble, Low Battery, and
AC Fail. When used with the AFP-200, the UDACT trans-
mits up to 89 zones; with the System 500, all 16 zones;
and with the System 5000, all 120 zones. When used with
the AFP-40O, the UDACT is capable of reporting up to 567
points;with the AFP-300, up to 375 points. Reporting may
be in the form of softirare zones (99 plus 16 special), panel
circuits 1'4, panel output modules 1€4, and 192 points
per SLC loop (the first 96 detector and 96 module ad-
dresses).
When the UDACT is used with the AM2020 or AFP1010, it
is capable of reporting up to 2,040 points. Reporting may
be in the form of soft\ rare zones (up to 240) or 60 zones
plus up to 1980 intelligent points. The first 568 points trans'
mifted may be programmed for a variety of types, including
fire, waterflow, supervisory, etc. Remaining points trans'
mitted are for fire alarm only.
NOTE: Desciptions regarding point capac\, listed above,
are for receivers which receive in Ademco Contact lD for'
maf. See chart on page 2 for compatible receivers.
FEATUR.ES
. Dual phone lines.. Dual telephone line voltage detect.. Surface Mount Technology.. Compact in size: 6.75" x 4.25".. Built-in programmer.- Built-in 4-character red 7-segment LED display.. Manual Test Report function.. Manual Transmission Clear function.. Mounts in a separate enclosure (ABS-8R or UBS-1).- Communicates vital system status including:
- Independent zone fire alarm.
- Independent zone non-fire alarm.
A
- Independent zone trouble.
- Independent zone supervisory.
UDACT
- AC (mains) Power Loss (programmable).
- Low Battery and Earth Faull.
- System Ofi-Normal.- 12 or 24 hour test signal.
- Abnormal Test Signal per new UL requirements.
- EIA-485 Communication Bus Failure.. Annuncialion of UDACT Troubles including: loss of phone
lines, communication faiture with either Central Station'
total communications failure.. Troubleshoot Mode converts keypad to DTMF touchpad.
. lndividual LEDs for: Power, ElA485 Loss, ManualTest,
Kissoff, Comm Fail, Primary Line Seize, Secondary Line
Seize and Modem Communications.. Open Collec{or relay driver for Total Communications Fail-
ure or UDACT lrouble.. Real-time clock.. Extensive transient protection.
. Simple EIA'485 interface to host panel.
AGENCY USTINGS AND APPROVAU'
See aboro forlisting ageicies aN file nwnberc. ln sorne cdses' cedatl'r
nodules may not M listed by ertain approval qencies' w listing nay
be inprocess. Consrltfactory fu lalesf lsling sfatus.
.ABS.8R
for
remote
mounAng
(9.94'H x
4.63',W x
2.5'D)
This document is nol intend€d to b€ used tor inslallation purposos, wa ty to keep our
product information up-lodato and accurat€. We cannol covar all specific applications or
anlicipate all Gquiremonts. All specifications are subiec{ to change without nolic€' For
more information. contact NOTIFIER Phone: (203) 4E4-7161 FAX: (203) 48a'7118
X (of l Ff E R' 12 clintonville Road. Northford, conneciicut 06472
rso-9001
Engineering and Manufacbring
Quality Sysiem Cerlified to
lnt€maiional Shndard ISO-900 1
DN4867-Pagslofo
INSTATLATION
When used with the AFP-200, the UDACT mounts in the
AB98R or UBS-1 backbox. vvhen used with the System
5OO, the UDACT can mount in the CAB-500 far back (nor'
mally NIB-96) position.
When used with the System 5000, the UDACT can mount
in any far back (front module with expander allowed) posi-
tion of the CHS-4 chassis.
When used with the AM2020, AFP1010, AFP-400' or AFP'
3OO. the UDACT mounts in a CHS-4 or CHS4L module
position.
ln all cases. the UDACT can mounl rernotely (up to 6,000
ft.) in an ABS-8R or UBS-1 backbox'
N'TE: Due to space consideratic;ns, the tar back of tha CAB'
5o0 position is NOT recommended.
GOftTMU NIGAIIO N FO RflTATs
. 3+1 Standard . 4+1 Standard ' 4+2 Standard
- 4+1 and 4+2 Ademco Express ' Ademco Contact lD
NOTE: Ademco Contact lD must be used for independent zone
repoding.
R.EOUIR.ED SOFTWARE
AFP-200 English EPROM* = 73609 (or higher)
AFP-2OO Spanish EPROM' = 73618 (or higher)
AFP-200 French EPROM" = 73617 (or higher)
AFP-400 EPROM' = #AFP4R20 (or higher)
System 5OO EPROM' = 73611 (or higher)
System 5000 EPROM'= 73610 (or higher)
AM2020/AFP1010'= Release 6.6 (or higher)
O RDER| NG I N FO RlttATlO ttl
UDACT UniversalDigitalAlarmCommunicatorTransj
mitter. Includes operating instruciions, pro-
gramming instructions and mounting hard-
ware.
MCBL-7 DACT phone cord, seven feet long (two re-
quired).
ABS-8R Metal enclosure for externally mounting
UDACT up to 6,000 ft. from host FACP.
UBS-I Metal enclosure. lncludes viewing window
and optional relay mounting capability.
MR.'101/C SPDT Form-C relay. Contacts rated for 10A
@ 1 15 VAC. Connects to open mllector re-
lay driver.
MR-201/C DPDT Two Form-G relays. Contacts rated
for 10A @ 115 VAC. Connects lo open col-
lector relay driver.
FBO.I Ferrite bead kit. Use for remote mounting
only.
ETEGTHGAL SPEGI FIG/ATIOT'I3
Standby current: 40 mA.
Current while communicating: 75 mA
Maxlmum currentwhile communlcating and with open
collec{or output actlvated: 100 mA.
Voltage: Regulated 24 volts. Range: 212 to 28.2 volts.
Glo||lc ndtqftigLrt m fiofh|n 60001 Srscor
Adqtrco lGigh CS{000 Fd lodcb 6g[ 30OR
$sF) eoo (31 c9ruoE r&l (q p)
Format#
(Addrca3ss 16 & 421
S|'.GrdIttt
(t)
. Fire Alarm. Supervisory. Pull Station. Heat Detector
- Waterflow. Duct Detector- Flame Sensor. Smoke Zone
Burglary
24 hour Non-Burglary
High Temperature
Low Temperature
Low Water Pressure
Low Water Level
Pumo Failure
UDACT
shown in UBS-I
AFP-300/AFP400 = ALL
'Presently, the IJDACT is not capable of A.C.
Fai! delay (per 1993 NFPA standards) when
used with the AA Series Amplifier, AVPS Power
Supply, or the XP Tnnsponder.
TYPE IIODE FEATUR.E
(Adema Contad lD format onlyl Use Type
Mode lo identiff reports to Central Station
as:
0 4+l Ademco E)@ress
4+2 Adernco Epress t/ (81
2 3+1/Sbndad/l800/2300 te'l ,/ (4')/(s,61
3 (NOT USED)
4 3+ I /Sbrdatd/i 900/'l 400 ./ (21 r'61
5 (NOT USED)
4+I/Sbrdad/l800/2300 ./ l?l ( (4)./ (5,
(NOT USEO)
I 4+1/Sbrdard/l9m/1'100 {(21 ./ (41
9 (NOT USED)
4+2/Shndad/l800/2300 ( (2',)./ (41 ./ (51
B (NOT USED)
4+ zlsb rda rdl1 9 00/l 40 0 ./ (21 t l4l
o (NOT USED}
E Ademco Conbct D
F (NOT USEo)
With 685-8 Line Card with Rev 4.4d soflware.
With 9002 Line Card Rev 9035 software or 9032 Line Card with 93264 software.
Rev. 4.0 softwara.
FBI CP220FB Rec-11 Lin6 Card with Rev 2.6 software and a memory card with
Rev 3.8 software.
Model 6500 wilh R€v 600 software.
Model 6000 wilh Rev 204 sofiware.
With Rev B control card at Rev 1.4 software and Rev C line card at Rev 1.5 software.
Model 2 only.
Version 1.62 software.
II
(1)
(21
(31
(4)
(st
(61
r/)
(8)
(s)
Pag€ 2 of6 - DN4867
.Whrif Is "Gonlocl l.D.?'
Most digital receiving formats transmit simple information about the status of the site, i.e., alarm, kouble, supervisory,
battery fail, etc. Contact l.D. is a transmission format enabling transmission of alarm and trouble conditions on a bi-point
basis. Three groups of information are transmifted to the central station: a four-digit account code, a group number (00
to 99), and the device or zone number (000-999). Each of these lhree information groups is programmable. Because of
the virtuatly unlimited number of combinations, the number of systems, points and/or zones transmifted is boundless.
tOGAt AREA NETWORK APPLIGATION
The NOTIFIER UDACT (Universal Digitat Alarm Communicator Transmitter) provides the means to create a powerful,
low cost, local area network solution for any application involving multiple facilities spread over a small geographic area,
such as a college campus.
Compatible NOTlFlERfire control panels (System 500, System 5000, AFP-200, AFP-300, AFP'40O, AFPIO'10, AM2020),
NOTIFIER UDACTs, standard public switcfied telephone network, and a low-cost digital receiver combine to solve what
has in the past been impossible to do without incuring high costs.
The UDACT, when used in the contact l.D. format, transmits detailed system status via the standard public switched
telephone network to a digital receiver. The telephone network becomes the "network gatewa/ from the FACP to the
digital receiver and to an optional UniNet monitor.
In the example shown on the attached page, separate phone lines within each facility tie independently to the UDACT
and modem. For example:Buildlng No.FACP Type tl-Digit Acct Code Group No.Devicezone Range
A 4M2020 0001 00 00 001 to 00 999
0001 01 01 000 lo 01 999
0ml 02 02 000 to 02 040
E AFPlOlO 0002 03 m 001 1o 03 3t)o
AFP-2OO 0003 04 04 001 to 04 mg
D S),stem 5000 0004 05 05 001 to 05 120
E s!,stem 500 0m5 06 06 001 to 06 016
In this type of configuration, the maximum number of zones/points to be reported is 100,000.
Applications include: hospitals, college campuses, shopping malls, prisons, airports, grouped govemment facilities, power
plants, large commercial facilities and much more.
fn addition, the control panels may be networked using NOTI.FIRE.NETTU Gee DN4644). In this configuration, a
single UDACT can be used lo report uup to 2040 separate points and panel statuses.
WIDE AREA ilETWORK APPTIGAIION
lmagine an application which requires the status of a fire system to be clearly visible for appropriate response/action, yet
the monitored facility is located thousands of miles away from the monltoring center. These applications have in the
past been out of reach using existing technology, but today are posslhle wlth the NOIIFIER WAN.
The NOTIFIER UDACT provides the means to create a unique, flexible, low cost, wide area network solution for any
application involving multiple facilities distance by a large geographic area, such as facilities located in various states
spread across the continental United States.
NOTIFIER WANS are crealed by using compatible NOTIFIER fire control panels (System 500, System 5000, AFP-200,
AFP-300, AFP-400, AFP1010 and AM2020), a NOTIFIER UDACT, the standard public switched telephone network and
a low-cost digital receiver. Reporting the general system status or the specific status of any monitored point in any facility
to one central location is made simple. Contolling the system in this conftguration is also made simple by utilizing the
NOTIFIER UniNet, which is network compatible.
In the example shown,
example:
separate phone lines within each facili$ tie independently to the UDACT and modem. For
Building No.FACP Type 4-Dlgit Acct Codo Gmup No.DevicelZone Range
A AM2MO 0ml 00 00 001 to 00 999
0001 0t 01 000 lo 01 999
0001 02 02 000 lo 02 040
E AFP1 Ol O 0002 03 03 001 lo 03 396
AFP-2OO 0003 04 04 001 h 04 089
t)S\,stem 5000 0004 05 001 to 05 120
E SFI€m 500 0005 06 06 001 to 06 016
In this type of configuration, the maximum number of zones/points to be reported is 100,000 and lhe number of moni-
tored facilities is 99. Both the number of points and the number of facitities to be monitored increase when a four-digit
account number is applied (as with conventional Central Station facility assignments) as well to expand the networkl
Multiple response centers are possible, one may be the local monitoring central station facility required by local codes/
ordinances. The other monitoring station, as an option, may be located wherever compatible telephone networks exist.
ON4867 - Page 3 016
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tOG,At AREA NETWORK USING NOTI'FIRE'NETTM
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FCps-24S8NOTIFIER'
eEillltL
The FGPS2aSG (&) atd FCP$2I|SE (&€m.P) ar.e com-
oacl cct ofis.fi;.gt|ob pos€.$fpft€s wl|h bstbry-d|arys'
?n"'rcps.2lsel-zlsa may b€ dm€cbd b $y 1z- 6 zc'
;ii iir; Atr* co.tbol Patr€l (FACP) or m8v tr y1gt q'
;il;#;prtt- irm"tv
"dpttctui'ns
frrdirde t{ottfrcatlon
AppE;'O"tli'oi*lt (t{AC} de.rrdct (to s'f'PollDl Y6ffi;'tb"tli'o't*tr 1trfbl birpensict (to supportADA re'
qi[..*g'"d ilAc simdto.&8do.t] tr arDdlary pottt-to
&rppJ z+*n lrlem acc€sso.i.ts..I1l F-!|-s-.ryfl':jff
^4.tul I
-1ISIED
ti635Applisne
qiiremenu and l{Ac c
ffid;-;t;;-"nd nn lro zl voc p*"t !o fiuf Lotf'!.6--ini,b ucitr ccrllgured aa erh€. rilr qas B (sty'ls
n J'd& i tstvte z, wfri-zilAct optqt mo&b)' A!er-
nigfu. fre Orrounrg may be oo.|figiir€d aa cl IE|{€3GGaD|€'
al rienaUe. c ro nqr'c.ot6le atd lF r€tettsl€' ln€
liffi2aSOfZlSA ebo cantr|ns a bstbry cfiargg caPabb of
d|a glng up b 18 AH b8lbri€6.
llATUII'. Ul-Ltslad NAC ayndlncnizatlon udng System S€tEor'
Whe6lod(, or G.ntar ryPllancas.. CaacadaHe ior uP b tBn Portr supPfi€s lrdth stsobe tmlng
maintaingd.- Opcrates as e 'gync lbllorref or as a 'syrrc gen*ab', (de-
ta l.*ndoo'''€qPz. conbim tuo tlly-isobled hpUcmEol ckoits - tigg€t€d
frc; FACP NAc (NAc et$*det mode) o( iurpered per'
rnan€nly 'ON' (3tend€lode rnod€).
. Fouroaas B (Sryb Y, afdr Cbss A (sl!,b Z' u'ith zttlAC'{
tnodule) ]{ACc.. 6sm FCP9'24SS) or S.€np (FCF$2tlS8- ) frn !E^d -tgg.(wttrdrimsmodnilnduA h NACo9ddettnode (tf, 6t)'
. +arp (FCPS-24S6, or 6-dtrp (FCP$24S9) conlhrFrF out-
put kr stBnd-elon€ mod€ (Ut .|481).
. i:ompatbte nrlth cod€d lnpub; .lgnds pass€d thtough'
. optbnal pow€rdlpervlslon rcby (A77'7t64)'
. In stand-don€ mod6, or|but Polrer drtult3 may b€ enfrgi
s.€d a.: r€sotlsle (lset lne hdn FACP rcqui|€d), non-
]€aatbbls, or a mlx of tso dd tm.
. Flllv tEf/.rtdd t/Ird rillotdpqrct iltsul- opdmal for porrF
edni dt{|g mokg detaorr' an xrcialorg, atd oth€r
eys6m p€tlPtt€.als t€quldng Eguleiedrflr€t€d power'
. Pon€.{lmltng bd|nology nr*!s t L pilc'|tnldng rcqdre-
m€nl3.. FormA nomdlYdosed toubb rdaY-
. Fully eryervked porrer !|rpply' barery, atd NAca'
. s€l€ctabb ea,lh fauft delodion.. rc EouU€ t€port d€cLble frr lnm€deE a 8+our dday'
. wal(' wlth vtttalv any UL 80{ f]g sbrm contol wlldl u||.
Itses an hduetv-itaniard rgrerse-potattty notlficadon dr-
odt (lrdudlng u-nfilt€.€d and unr€gubbd bdl pounr).
. Roqulr€E lnpur Hgg€t vElt goof S.O-32VDC-. Sdf-onblned ln cdtl96ct, bcldng caHnet - 15'(1181 mm)
hlgh x 14.5r (:t68.3 mm) uide x 2.75r (60.85 mm) de€p.
. lncfudc lnbgd baby dtetg€r c+db.f dtglNrtg up.b 18
AH buter Cdnet cap* of ho|dtg 7I) AH bstEl6.
. Estbry da€€r may b€ dbaHed vla DIP ewltdr lor apglica-
0ons t€qdting latis betbd€s.
. Fh€d, demFspe lsmlnal btoc*s accommodab upb 12
AIwG (3.25 mm1 wlrt.
tilfl|DfDf .id GODtt
Ih€ FCP&24S6I-2/|88 ornpllec wlth the fiotlowlng standards:
. FPA 72 atldC Fls Alarm Co&.
. tl|. !?f $andad br Conf'ol Utilts br Flr€ AEm Slrt€tns
(NACerioorldernodet.. iff rffr Pdtr auppfid ft. FIla Al6nn sFbms (!dtt'&
dd/,ettt&)-trlcl'lGllloE
P.h.ty(AC)Ponr:. FCPS-24S6/-24S8: 120 vAc, €O Hz, 32 A me'dmum'
. wk€rts€: midfiI'r*14 AWG(20 fimlwltr 6(n V ktqtaton'
Co trol hpr|t olrEolt:. TdggBr lnpot Ydtsg€: I to 32 VDC.
. Tdggpr ornsnt 2.0 mA (tO - 32 V). P€r lnpt 1.0 mA (0 -
16u.
TroutL cofil.ct rs[bg: 5 stnpe rt 24 VDC.
t
3
s
l.ortF|' I m oe..dar d llorat'd.
T1 (hrtr i nda hffi b !. tlod b hJd.lbn FrDoG ft" ty b r'p ot
iirxuainiqnrtr upolar d 6ta5. tb Grnnoa covf, Jl ?'GIc dlcdd€ a
Irupar I rrqrfrirnrrl'. Al T.cflkdon D rubr.d b d|rlg' rfrioql- nodc!'
r- il.i-lnonnlioo c-rra reliER' Prro.: @t /o+7lcl FAx (2lxl) 4c+7r 18
f,OTlFl!i" 12 Cffin flo Ro.A Lo.lt{od. Conn!.tort oo/ftz
Dl{@7 . OtElrUr - P|ge l qa 3
Arrllary pouufi otrtsqt 3podfrc ap9f,ca6o't power fln mA
maxinum.
Ouout ckcdtr:. +24 VDC flio.€d, cgulabd.. 3-O amps manlnun 6t any dre drcdl
. Total conthuous cntts furdl ditsuts (slandalme.mo<l'e)'
i*-86-usct to ampo mulnumi bl F#'2's8:6'0
arnps maximum.. rdi *stsrn o.l|€nthasddp|lb (NAc t4949l!Pt)j
fbr FCPS-24aG 6.O ampl mardhum: for FCPS'2ISA 8'0
amps maxlmum.
S€condary poryJ (brtirryl firglng dtcdt:
. supports l€ad€dd batlgrl€s otrly.. Floatd|e ge voltdge: 27.6 VDC.
. Makntrn cftat$t qir€nt 1.5 attp8
. Martnum bettarY caPedtY 18AH'
tD"ucriloxt
Exf|Itla l: Expand notificato.l apgfane-PoG aL8dd-
ri-t"r e.'o anm ffdEelse) or8.o amF (FcP$2'SO)'-tFo
,n o l",r Ctils'e (Stt€ f0 a&ug ot tur Crbs3 A (S[y16 4
.[uri" i*lns zNlici). Far aiemd€, 0re FAGP ttcifrcaliott
aD;Isrca cirElrltt rill acffvab fte FCPS tflhen l€ssefda.'
il';.fivauotl occurr. Trcublo condliqrs m tfte FCPS are
Jint"O Uv ft feCP thtqrgfi 0t€ noffrce[m applisnc' dullt
Exanolo 2 t t€ f|€ FCP8 b €xpand au!tr€ty r€gubbd
24-voll ivsbm pow€r up b 4.0 srps (FCP$24S6) or up to
6.0 arD; GcPs2fsB). Eolh reefisle and no{trecsttalt€
o*o 6orii* ate avaliaute. Rdettable outsutt are cteabd
bv corniahg th€ res€ttaH€ outsut totn fte FACP to one a
boft of t|e FCPS htrlt3.
EnnDL 3: use eddt638He slbd ntodibs lo actvab
th€ FC6 insbad of acilYE0ng lt thmugh tt€ FACP iltdfiqtq4
aootarre drcu'lt3. Thb tttfcdly dow3 ftr lr|qf|thg the FcFs
ai'gtebr dietgnc€.' a#iy film th€ F CP $'hl6 eteanditg
system arlrbctre ln varlo.!3 epdlcstons.
For examob. an addaccabb ca|tol modub b |,sed to acd-
vao lhe FbiS, and sl sddres$le mo.Iq. modds is used !o
sense FCPS torlte onCtar* l-ocal et di.*y Pol|var o"S't
ttnc tou.iln/otxllllor f, ofi
ln lo|||e hstetrelbrB, lt b n63Ery b 3ynffizo th€ fredl
Umirn dallr0obesln E|€!y!b|n hADAgnPfian€. std€s
a@fflDf* ftb by ttu-lding vg|y lhat fmhg Ftl!.6 on lne
ll C D;rg wtldr ee oebd by the FACP. fYl|€tt hctdled at
tre eirO ot a MC wire run, th€ FCFS.24S6r-2tlS8 can tack
0.e.. 'b[orn |he stobo lrynctronizslin 0mhg pdaee d| the
ixftiru nAC *ire nrr. Tt*r mehtlhs th6 ovral q/dem iash
fning of O€ .dditional !tuob€s 6ttg# b h€ FCFS'
Wh,il tra FCPS-24S8/-24S8ls coflfgur€d (t b DIP swltcfi 3€l-
tho!) as a'smc bllortr,- tr|€ FCPISI NAC q&utr tr8d( fte
st5be syrctrionfzafqr Frls€s pt€!€nt at tho FCPS'8 sytrc in'
put brmhal. TtE F.&€s.'rifnah from an upatseem FACP o.
oth€t potiter suPPlY.
Wher 0€ FCPS-24S6/-24S8 b co.lflgutd (vb DIP swldr eet-
thos) as a 'smc s€nefabr,' t|€ FCPS't sync hpd btmirals
ani'il rreeO. naCrer, the FCFS h fte odghslor of fi€ stobe
swrdrrontsathn prrls€s ql th€ FCPS's NAC oulF!ts. ln l8ync
(for€rab'nroda, fte syrE tlPG (syctem somor' wh€€lodq
a G€nbx) b sdoctatle Yb DIP ruldl !eting!.
ttoDUGr utt trroltAtlof,
FGt*'iLSG 6.0 anp, l 2O VAC mnde ctwper pd,Er 3rlP
Dlv. lndud€ main prhbd drqrlt bodd, betEfqm€t!, €tdG'
lirc (1t t3s1 mml hlgft r 14.t [368.3 mml rldo x 2.75: [60.85
r|rnl deep), and hotdbtlon lnsfuc{on!.
FGPS-24S!: 8.Oamp, 120VAC t€mtr cfie$ierFr€r3up'
ohr. lndud€s main prhted drqtit board, tansfurmots, endo-
triro (15' [38] mml hbh r 1a.5" [368.3 rnml wlde x 2'75" [6s.86
mml deep), and Instdlatoo inBtuctons.
ZItACla: c*s A (style 4 Nrc opfon rnodul€.
Al?-7'lCl.:.7212.4VI}C entr{h€ lelay br monllodng hrr-
wks snd€ dc{scir poiY€r.
]3-'127O: BatEry. t2 vof, 7.0 AH (awo teq,ntd, * Fs
Sa/r€s dda siedf l,fl-110o.).
from the FCPS Fdld€ Potr€r
to the addressable conlrcl mod-
ule-
ot /f'caalrjg @ntd ancl n.Io]nttor
modules at dlstancac af uP to
lo,qn le/t (9t18 net B).
roExcr utfllrot
rxD rP?rovAlt
S€e fte ftst pagp of 0il8 date
sfteet frr f*tg agmdc ild frfe
ffinbes. The lcfqs tld+
pofab apdy b fte FCP$AS6
and the FCP$'24S8. In some ag
ttolE: Al MC snl,,tb dl
!o drr,lrbd b grdr z fiulZtAAtqturtdth-StyhYl{ACa
lhor HolrLr
Po|or
Outprtrta
qtbYNAC
onputtB
S!,LYilAC SttbYNACo|rpd|z ouF|rt*l
FCP6tlnubL
Cont|Gl
o|rFln
caee, certah mo&|ec c aPdF po*"t
cato.E o|ay not b6 Hlbd by s'
tah app.oval egerder, or lkdng
rny be in pross. Cd|sult lbc-
lsy br hEst lbtm fihrs.
?{vDcsp*lfc
AttllcgdonPo*r
NAC Oo.fiolInD|Ifil
(fto'n FACP)
Irl c conbol
hputill
(fran FAcPt
Sync hFr|t
ttt?ltiltD
ItoGK Dllottn
NPUT/OUTPUT
FUilCTTONS
a.€ programmable by
SWI DIP a|llch s6rdn0s
P4'Ezof3 - [lt{&l7 . O7r3U02
Bat!.ry Cherg€r
$tt
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t=t_--_-------- l
tq Pllq pl
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}HgE}F#I
OENERAI . --^ri€spruvidesecondarypo'verforthe
i#ff-# 3i-ffiJiHa; controt Paners'
FEATURES
: ;;" secondary iorlor for conrol Pan€b'
. Golled olecfrolyte'
. Seabdand
MH1€28(s)
Ica.l P8-aeg 3 Volt t'' aH
Polaa'SctrlG Gc?Dot'llt'
ThePSS9SBattety
APP|.IGATTO1|3
H
GOr|SrRUCrlolr
The sealed constnrcdon d tha Powsr-Sonlc batbry altolr,s tlouble-
fte€. €afe operauon r" *yiiiin' rtt"tt't" n" neeo o aod aec-
Htrqffi* ffiSmtrffitenance+ee' Th€ casa ls
ilillri ir,*tt*t" and flalrrnability'
lllsrAllarrolr
All panels have space reerrred for batetbl. P^*-:pp-Ptl*"
palie ir,smuaim t*t'tt tl'frreli tP" t"uti"uor'"' Ty9ical htot-
;mnecfon diaurams *t "t*i i" fu tbcaurre accormanyep eacft
control Panel'
iot flgf oncrrrdbPtrcqr|o.lib'rtdr@ ffi-dlo?rm - Pre'ldl
}GIGI{TT BELOW
3.m!o.08ffi(Eat2.tm)
HEIGHT2BETOW
3.86 t 0.OO hd|Gs
€612nm)
Ei
t
ffiffii*#*ffiffi
fiEffifl[8ffiffi8[#.ffi
!
S'DEvlw
:ffi^
I
rlaL.l.t
5.94 r O.Oi &rctr€s
(151 I 1 |rm)
"#,t"gg?';ff3tr'3ffi: >
**m,xii'tp
shatr be rnaintenaricefe€ anc
Ch a racterl stic Dl sch a rg e Cury
orcharge thtc @ ZFc (6SF)
ffii 10 2oto'l--:--*.; b"--l
Etrect of TenPe,.alt tre on AP"cW
clf?fgr{rflr6{r
TgrF€rafit€ (Deg[€6C)
1M
r0dl6
g 8095at
e 60t6
$*"
M
-a -rc
'lcr/f,2d
t
ffi^e"t *oEA*E aArrERY
MODEL PS.127O
12 vo[r 7'o A P' HouR
256 r oIX hds'
G5 i I tmr)
oaoaSd
by lhe go/eml m regrlallcns and the suthodty
c [xEl|Slo{s
t{ofldnal I
Cepac[Y
@
2O hr. rab
Afl-
9.5
Dfschatgc
Cutrant
@
20 hr- rab
mASODEL
NomtPl
Voltagev
wx$fr..l ubbm
ul,ldtl Dep0r H€trm
h.InlIL tL tl|.lL h firn tL |L Ea.
4.9
l(g.
22
275
L76
70
70
65
5.54 t4l 5.3[141
175
2il
42{i
35r
1(l
g0Ps5056 4.O2
3.70
1012
9{
121 107 4.1 1.9
PS-t250 72
12
5l)
7.5
12
18
3t6 $5.7 2S
4I}95 5.9.1 151
151
2.ffiCF3.86
2fi
6stf
98
76
3.70 94 3J5 9E 83
dx)5.s{
PS.12t20 12
12
657 167 a5l 167 124 5.8
85875
1300
7.13
619
181
175PS-121E0 t86 1,92 t25 4.92 125
240
t8J
PS-lzl50 12 25 39.7 18.0
260 6.60 168 a20 208 9..[5
55 30(x)1025
PS-t2$n 12 208 9rd5 240 6tt.7 293
5000 12Jn 305 6.60 16E 820
PS-r21000 12 100
zoos
9bo
ato
6.0 |
I
551
5l,
15
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Pag82 d3 - Dt{-lt@'lPoTtUl
Ir
PS-l 2looo oa,,aa6'AABLE BATTERY:
:f""i$Ifff-f X*ffiT!*'",.gs:,"g'*'.,"ry"-***ffi ;ft fi n:#:
ffi;S+ 6'-tfiiou "t
r+'lo to 14'7o volts untl cure
ff;*.lr; fiot{-". and draryer should either be ory:ffi;;; .g.d " 13.80 volts "oq".FLOAT oR .srANDar sERvtcE: Hold battery.asods constant vollage **9 Ll;ilJ"rii"t|a.g"o po=it-.
ously. when h€b.t*" *t;;:;:-;oil'm "*il"*.'rr cr'n€nt ler'€l and mantan I
NOTE: Ouetotpo,ff.n*fr,dnadett&sofd,,t;;;i",ilEhtry.a:y\etthebaflelvbed'ors@atter
srx lo nhe nutths ot aoafiffi;;;;;""'-:::-^"n roi#""p"''Ey'ttttgtil restiltfmm sulfatlon'
100%
oE**gf zo*
o
E ooxao
I50%oo
g)%
40%
14.0v
13.0v
12.0 v
11!v
10.0v
9.0v
8.0v
I
6810 12 14 16 1820
Standlns Pedod ([lonts]
o.D6I
(Ec
E
P
Pgl21oN
Shelf-Ute
and Sfo,nge
PS-l21000
Discharge
Characteristics
Ctrargc maY
frlbrr&rc
tul c4ac[Y.
D()NOT
lci be0.rl6
€adr0l'tsdtb-
emhent femPeraure 2!"C (6P'F)
DiscfiargETlrne
ON-l t@ ' Ofilt?lto - Prppld3
l
GEIIERAt
Four difierent monitor modules are available for NOTIFIER in-
telligent contols to suit a variety of applications. Monitot
modules are used lo supeMse a ciranit of dry-contact input
devices, such as conventbnal heat detecio's and pull sta-
tions, or monitor and po$/er a cirqrit of two.wirc smok€ de-
tecnors (FZM-l).
FllM-{ - is a standard-sized module (typically mounts to
a 4' [101.6 mm] square box) that supeMses either a Class
A (Sgle D) or Class B (Style B) circuit of dry-contac't input
devices.
|re. is a miniature monitor module (a mere 1.3"
(33.02 mm) H x 2.75' (69.65 mm) W x 0.5" (12.70 mm) D)
used to supervise a Class B (Style B) circr.riL lts compact
design allows the FMM-101 to often be mounted in a single.
gang box behind the device it's monitrcring.
FiZM-l - is a standard-sized module used to monitor and
supeMse compatible twcwire, 24 volt, smoke d€tectofs on
a Class A (Style D) or Class B (Style 8) circuit.
FDi/l-l - is a standard-sized dual monitor module usgd to
monitor and supervise two independent two-wire initiating
device cirurits (lDCs) at two separate, consec live addresses
in intElliggnt. twowire systems.
FlashScan@ (U.S. Patent 5,539,389) is a new communi-
cation protocol developed by NOTIFIER Engineering that
gr€atly enhances lhe speed of communication between ana-
log intelligent devices. Intslligent devices communicate in a
grwpsd fashion. lf one of lhe dev,ices within the group has
new information, the panel CPU stops the group poll and
concenfales on singl€ points. The net efiect is .esponse
spe€d greater than fle tlmes that of other designs.
FlashScan@ is a regist€r€d t'ademar* of NOTIFIER.
Fftril-t moNtroR moDUtE
. Built-in type identification automatically identifies this de-
vicg as a monitor module to th€ contol panel.. Powered directly by two-wire SLC loop. No additional
power required.. High noise (EMF/RFI) immunity.. SEMS screws with clamping plates for ease of wiring.. Direct-dial entry of address 01 - 159 (01 - 99 on tradi-
tional systems).. LED flashes green during normal operation (this is a pro-
grammable option) and latcfies on steady red to indicate
alarm.
The FMM-I ltlonltor Module is intended for use in intellF
gent, twGwire systems, where the individual address of each
module is selected using the builtin rotary switcfies. lt pre.
vidEs either a two-wire or four-wire fault-tolerant Initiating
Device Circuit (lDC) for normally-open-contact fire alarm and
sup€wisory devices. The module has a panel-controlled LED
indicator. The FMM-'I can be used to replace MMX-I mod-
ul€s in existing systems.
/;\ttt I
\/
TISTED
s635@
Approved
Thb doqrnEnt is not intendod to be us€d for instalalion purposes. Wo try to keep ou(
produc{ information uPto.date ard acdrrate. We cannot co\€r all spedfic a'pplications or
anlicipato all r€quirernenls. All specificaiions are subiect to dtano€ withoul notice.
For nrore hlormation, contact OTIFIER. phon€: (m3)484-7161 FAIC (m3)4S4-7118
@ r otl rl e n 12 Ctinronvi e Road. Norrhford, conn€cricd oel?2 nsHr tIIItftS||Itr
@
cs669 @ffiiT:*,,,
Permit # 2020 14341-E (FDtLl)
(exccpt FDM-|| 4St-99-E 6Mt*1,
FMM-101, FZM-I)
FMM-1
and
EZtt-1
detail of FDM-I
- note "ones"
addresses ar€
0,2, 1,6,8 only
FilM-l Applicatlons - Use to monitor a zone of four-
wir€ smoke detectors, manual fire alarm pull stations,
waterflow devices, or other nomally-open dry-contact alarm
activation devices. May also be used to monitor normally-
open supervisory devices with speclat supewlsory tndlca-
tioa at lhe control panel. Monitored circuit may be wired as
an NFPA Style B (Class B) or Style D (Class A) lnitiating
Device Circtit. A 47K ohm End-of-Line Resistor (provided)
terminates the Style B ciratit. No resistor is required for su-
pervision of the Style D circuit Maximum IDC loop length is
2,5OO ft.n62 m (20 ohms maximum).
MARYLAND
State Flre Marshal MEA
E
I
I
Septemb€r 12, 2001 DN€720 . H-220
NOTIFTER.Flhfn, EZM, ond FDM Err{Gs
Monilor Modules with FlqshScqn@
Seclion: IntelligenvAddressable Devices
Oo sb
0
1
2
3
4
q\ " oO
0
1
2
3
4
DN€720. 09t121O1 - Page 1 of6
FMM-I Operatlon - Eadr FMM-I uses one of 159 avail-
able module addresses on an SLC loop. lt responds to regu-
lar polls from the control panel and reports its type and the
sratus (open/normaUshort) of its lnitiating Device Circuit (lDC).
A flashlng LEO indicates that the module is in communica-
tion with lhe confol panel. The LED latcfies steady on alarm
(subject to cunent limftafions on 6le loop).
FMll-{ Speclfications
Nomanal operating voltage: 15 to 32 VDC.
llaximum curront draw: 5.1 mA (LED on).
lilaximum operatlng curent: 375 UA (LED fiashing).
EOL r€slstance: 47K ohms.
Temperaiure range: 32'F to 120"F (0'C to a9"C).
Humldity range: '10% to 93% noncondensing.
Dimensions: 4.5' (114.3 mm) high x 4' (101.6 mm) wide x
125' (31.75 mm) deep. Mounts to a 4'(101.6 mm) square
x2.125- (53.975 mm) d€ep box.
Fltfl-tot tltNt flloNlToR moDULE
. Built-in lype identification automatically identifies this de-
vie as a mmitor module to the AFC600.. Povered dir€ctly by twG.wire FACP. No additkmal power
requir€d.. High noise (EMF/RFI) immunity.. Tinned, stripped leads $or ease of wiring.. Directdial entsy of address (01-159).
The Ft t{-101 llinl llonitor Module can be installed in a
singlegang junc{ion directly behind lhe monitored unit. lts
smallsiz6 and light weight allow itto be installed wilhout rigid
mounting. The FMM-101 is intended for use in antelligent,
two{ ,ire systgms where the individual address of each mod-
ule is seleclEd using rctary switcfies. ft provides a twcwire
inithting device circuit fof nonnally-open-contact fire alarm
and security devices. The FMM-101 can be used to replace
MMX-101 rnodule in existing systems.
FlllM-l Ol Applications - Use to monitor a single de-
vice or a zonE of four-wire smoke detec{ors, manual fire
alarm pull stations, waterf,orv devices, or othei nofinally-open
dry-conlacl devices. May also be used to monitor normally-
open supervisory devices with special supeMsory indication
at the control panel. Monitored circuivdevice is wired as an
NFPA Style B (Class B) Initiating Device Circuit. A 47K ohm
End-of-.1-ine Resistor (provided) terminates the cirolit.
FMM-lOl Operation - Each FMM-101 uses one of
159 available module addr€sses on an SLC loop. lt responds
lo regular polls from the control panel and reports its type
E
ETENS
Page 2 of6 - ON6720.09/12101
"-_t
and the status (open/normal/short) of its Initiating bevice.
Circuit (lDC).
FMM-IO{ Specifications
Nomlnal operating voltago: 15 to 32 VDC.
lraxlmum operating current: 375 uA.
EOL resistance: 47K ohms.
Temperature range: 32"F io 120"F (0"C to 49.C).
Humldlty range: 10% to g3% noncondensing.
Dlme-neions: 1.3' (33.02 mm) high x 2.75" (69.85 mm) wide
x 0.5' (12.70 mm) deep.
w|re length: 6'(152.4 mm) minimum.
FZTI.I ITiITERFAGE TODULE. SupporG ompatible two.wire smoke deleclors.. Supervises IDC wiring and mnnection of extemal power
source.. High noise (EMF/RFI) immunity.. SEMS screws with chmping plates for €ase of {iring.. Dir€ct-dial entry of address (01-159).. L€D fashes during normal op€ration (this is a program-
rnable option).. LED latches steady to indicate alarm on comnrand ftrom
contol panel.
The F4-'t Intorface llodule b inlended for use in intelli-
gent, addressable systems, wh6r€ the individual address of
eadr module is selected using buift-in rotiary s1 ,ttcftes. This
rnodule allows intelligent panels lo interface and monitor two-
wire oonventircnal smoke detectors. lt transmlls th6 status
(normal, open, or alarm) of one full zone of conventional de-
tectors back to the control panel. All twc.r rir€ detedors be-
ing monitorcd must be UL compatible with the module. The
FZM-I has a panelont olled LED indicator and can be used
to replace MMX-2 modules in existing systems.
FZM-I Applicatlons - Us€ the FZIrrl-t to monitor a
zon€ of tf,,o-wire srnoke detedo6. The monitor€d d.qrit rnay
be wired as an NFPA Style B (Class B) or Style D (Class A)
Initiating Device Circuit. A 3.9 K ohm End-of-Une Resistor
(provided) terminates the end of {he Style I or O (dass B or
A) circuit (maximum IDC loop resistance is 25 ohms). Install
ELR across terminals I and 9 for Style D application.
FZM-I Operataon- Eacfi FZM-I uses one of 1S9 avail-
able rnodule addresses on an SLC loop. lt r€sponds to regu-
lar polls from the control panel and reports its type and the
status (open/normaUshort) of its lnitiating Device Circuit (tDC).
A flashing LED indicates that the module is in communica-
tion with the control panel. The LED latches steady on alarm
(subject to cunent limitations on the loop).
FZM-I Speclficatlons
Nomlnal operatang volt ge: 15 to 32 VDC.
llaxlmum cu.rent draw: 5.1 mA (LED on).
llaxlmum oporatlng cunent: 255 pA (LED flashing).
EOL reslstance: 3.9K ohms.
Ertemaf supply voltage (between Terminals T3 and T4):
DC voltage: 18 to 28 volts power limited. Rlppla vottage:
0.1 Vnns maximum. Current: 90 mA per nrodulE maximum.
Temperature range: 32'F to 120'F (0'C to 49"C).
Humldlty range: 10% to 93% noncondensing.
Dimensions: 4.5" (114.3 mm) high x 4' (101.6 mm) wide x
1.25' (31.75 mm) deep. Mounts to a 4' (101.6 mm) square
x 2.125' (53.975 mm) deep box.
t
rJ
.J
at
FDTI.I DUAL IIONITOR flTODULE
The FDM-'! Dual Monltor Module is intended for use in in-
telligent, two-wire systems. lt provides two independent two-
wire initiating device circuits (lDCs) attwo separate, consecu-
tive addresses. lt is capable of monitoring normally open
contact fire alarm and supervisory devices; or either normally
open or normally closed security devices. The module has a
singfe panel-controlled LED. NOTE: The FDM-1 provides
fi,uo C/ass B (Style Y) IDC circuits Oltly. Crass A (Style Z)
IDC circuits are NOT suppofted in any application.
FDM-I Specifications
Normal operating voltage range: 15 to 32 VDC.
Maximum current draw: 5.7 mA (LED on).
Itaximum operating current: 750 pA (LED flashing).
EOL resistance: 47K ohms.
ilaximum IOC wiring reslstance: 1,50O ohms.
Temperature range: 32" to 120'F (0" to 49'C).
Humidity range: 10% to 93% (non-condensing).
Oimensions: 4.5" (114.3 mm) high x 4" (101.6 mm) wide x
2.125" (53.975 mm) deep.
FDM-{ Automatic Addressing - The FDM-1 auto.
matically assigns itself lo two addressable points, starting
with th€ original address. For example, if the FDM-1 is set to
address '56", then it will automatically assign itself to ad-
dresses'56" and '57". NOIE: "ones" addresses on fhe
FDM-I are O, 2, 4, 6, or I only. Terminals 6 and 7 use the
first address, and terminals 8 and I use the second address.
Avoid duplicating addresses on the system.
I!
Face Plate for FMM-|, FZM-|, and FDM-I
TNSTATLATION
FMM-1, FDM-1, and FZM-I modules mount direc(y lo a stan-
dard 4" (101.6 mm) square,2.125" (53.975 mm) de€p, eledri-
cal box. They may also be rnounted to lhe SMB500 surfaoe-
mount box. Mounting hardware and installation instruc-tions are
povided with each module. All wiring must conform to appli-
cable local codes, ordinances, and reguhtions. These mod
ules are intended for power-limited wiring only.
The FMM-IOI module is intended lo be wired and mounted
without rigid connections inside a standard electrical box. All
wiring musl conform to applicable local codes, ordinances,
and regulations.
PRODUGT IINE INFORflIAIION
Model Descrlptlon
FMM-I Monitor module.
FMM'101 Monitormodule,miniature.
FZM-1 Monitor module, two-wire detec-tors
FDM-I Monitor module, dual, two independent Class
B circuits.
SMa500 Optionalsurface-mountbackbox.
ARGHITEGTSTENOIN EERS'
SPEGIFIG,ATIONS
Specilications of these and all NOTIFIER products are avail-
able from NOTIFIER.
I
TIOUNTING DIAGRAftIS
lor slandatd-sized 6Nmodales
DN-6720. 09/120r - Page 3 of6
wlRIIiTG DIAGRATI
The fdlowing wiring diagrams are included:
tJ FDlt-l, typical dual two-wire Style B initiating device circuit configuration.
2) FMM-1O1, typical two-wire Style B initiating device circuit configuration.
3J FMM.1, typical two-wire initiating circuit configuration, NFPA Style B.q FMn-1, typical lour-wire fault-tolerant initiating circuit configuration, NFPA
Style D.
5/ FMfi-l, typical twGwire initiating circuit configuralion for security systems
(with alann versts short capability).
6,, Fztl-t; intedace twcwire @nventional dstectors, NFPA Styl€ 8.
7) EZil-I, interface two-wire conventbnal detectors, NFPA Style D.
8, FRil-l, r€lay control module used to disconnecl a power supply.
Fig. { FDM-I: Typical dual two-wire Style B
initiating device circuit configuration.
Two lnitiathg Device Aru)itsv (L&t|)
eadr power-lififfed to
230 pA mal. @ 12 VDC mar
47KEOL
Resislor
ELR47K
47K EOL
Redstor
ELR{7K
I?
fO Ar€xt
Device FROMPanel
or Prevbus
Devie
I
. ANY NUMEER of UL Listed contact closure devices rnay be used.. DO NOT MIX frre alarm initiating, supeMsory. or securtty devices on {he same circuit.. lnstall contac{ closure devices per manufacturer's installation instructions.
Fig. 2 FMM-101: Typical two-wireSfyte B
initiating device clrcuit configuratlon.
Pag€ 4 of 6 - ON{720. 09/12/01
\co.rn*io tionLine
32 VDC maximum.
Twisted-pair is
recommended.
. All wiring shown is supervised
and power limited.
. Conneci modules to listed compatible
NOTIFIER control panels only.
6@Ari1.rft{
UL LISTED
Compatible
Control
Panel
(-) (*) FMM-101
(1) H
t Connect modules to listed compatible NOTIFIER control panels only.
All wiring shom is supervised and power limited.
Install contact dosure devices per manufactlreF' installation instruciions.
Any number of Ul-listed contact dosure devices may b€ used.
DO NOT MtX fire alarm initiating, supervisory, or secrrity devices on the same circuit.
V Flg. 3 FMM-I: Typical two-wire initiating devlce clrcutt configuration, NFPA Styte B.
TO Next
Device FROM Panel
or Previous
Device
lnftiating Device Circutt (DC)
NFPA SMe B. power limited:
230 pA max. @ 12 VDC max.
47K EOL
Resistor
ELR-(7K -F-- Conmunication Loss
G72Oi{'2.$rl
V Flg. 4 FMM-I: Typical four-wire fault-tolerant Initiattng circuit configuration, NFPA Styte D.
I IONext
Devie FROM Paiel
or Previous
Devie
\ co.-rni"" tion Line
EOL Resistor
is intEmal at
termlnals 8 & I Communication Loss
(optional connec'tion for panels
which support this feature)
FWUREFEAruRE
ElA)'rltt.wr{
\co.rrnim tionLine
32 VDC maximum.
Twisted-pair is
recrmmended.
(optional connec{ion for panels
which support thls feature)
FUTURE FEATURE
V Fig. 5 FMM-I: Typical two-wire tnltiating circuit configuration for security systems
(with alarm yersus short cap ability).
lnitiatlng Device Circuit (DC)
NFPA Stye B, power limited:
230 pA max. @ 12 VOC max.
TO Next
Devi@ FROM Pand
or Previous
Device
47K EOL
Resistor
ELR.47K
t
\co.-rnb" tionLine.
32 VDC maximum.
Twisted-pah is
recommended-
Communication Loss
(optional connedion for panels
which support this feature)
FUruREFEATURE
14K Series Resistor
DN-6720. 09112101 - Page 5 016
Connect modules to listed compatibl€ control panels only.
Terminal wiring must be power limited.
DO NOT ,tlx fue dam initialing, supervisory or security devices on lhe same circuit.
DO NOT LOOP v{re under terminals. Break wire run to provide supervision of connec{ions..
Detectors must be UL lasted compatible with module.
Install detectors per manufacturers' installation instructions.
Pou/er to the interface module rnrst be extemally switched to reset the detectors.
used to switcfi power ftom a standard power supply; s* FIg. 7 below-
i
fui FRtf,-l relay control module can be
V Ffg. 6 FZln4: Intertace two-wire conventional detectorc, NFPA Style B.
3.9K EOL
Resistor
(included)
t2143-10
IO Next
Device
FROM Panel
or Prcvlous
Device
\ cn ornr.rn ication Line
32 VOC maximum.
Twisted-pair is
recommended.
Listed Battery Backup
switched DC
pow€r supply.
Olzorts.hrl
n-- Optional Bnnch Circnit
TO Nert /rrlteiace Module
Module supervises supply
voltage and detedor looj.
V Fig. 7 FiZM-|: lntertace two-wire conventlonal detectsrs, NFPA Style D.
TONert
Dev'rce
FROM Panel
or Prcvious
Devie I\ Cornmunica tion Line
32 VDC maximum.
Twistedfai. is
recommended-
Us/.ed Bafrery Backup
switchod DC
power supply.
..2 Optional Branch Ciratit
TO Next lnbrtace Module
Module supervises supply
voltage and detec{or loop.
3.9K EOL Resistor
(includeQrcqll,red
atteminalsS&9
Azt43-{0
V Flg. 8 FRM-|: Relay control moduleusedto disconnect a power supply.
TO Nert
Device
(-)
(+)
FROM Panel
or Previous
Device
Communication Une
32 VDC mafmum.
Twisted-pair is
re@mmended.
RELAY
CONTROL
MODULEDC POWERSUPPLY (+)
Listed for Fire (-)
Protection with
Bafrery Backup
Page 6 of 6 - DN6720.09/12101
i GiEI\ITEXcctFtrrctFIATlCIN
90cI0 siEFilESi
PHOTOELECTRIC TYPE SINGLE STATION/
MULTI-STATION SMOKE ALARMS
AC POWERED WITH BATTERY BACKUP
Installation Instructions - Owner,s Information
READ CAREFULLY AND SAVE
INTRODUCTION 9OOO SERIES
The 9000 Series Smoke Alarm is a photoelectric Type
Alarm for use as an evacuation device in residential
applications. Each alarm has a solid state piezo signal to
warn and alert the household to the presence of threatenino
smoke.
Your Photoelectric alarm is designed to detect the smoke
that results from an actual fire. Consequenfly, it is
uncommon for household smoke such as cigarette smoke or
normal cooking smoke to cause an alarm.
MODELS
(sEE BACK OF ALARM FOR EXACT MODEL)
N1?0.:....... ........ ..........12o VAC, 60Hz
9123.................. ..........12O VAC, 60Hz with Temporal Horn
9220............................220 VAC, 50/60H2
9223............................220 VAC, S0/60H2 with Temporat Horn
OPTIONS, SELECTIONS:
T - Integral 135"F Thermal Sensor
H . lsolated 135'F Thermal Sensor
F - 'l Form A,/1 Form C Aux. Relay with Tandem Wire
Connection.
NOTE: In the event AC Power fails, a gv baftery will provide
proper alarm operation for a minimum of 24 hours.
HOW YOUR SMOKE
ALARM WORKS
The 9000 Series Smoke Alarm operates on lhe
photoelectric light scatter principle. The unit,s sensing
chamber houses a light source and a light sensor.
The darkened sensing chamber is exposed to the
atmosphere and designed to permit optimum smoke entry
from any direction while rejecting light from outside the
alarm.
The light source is an infrared (invisible) LED which
pulses every 8 seconds. The light sensor is a photodiode
matched to the light frequency of the LED tight source.
Under normal conditions, the light generated by the
pulsing infrared LED is not seen by the light sensor, as it is
positioned out of the direct path of lhe light beam. When
smoke enters the sensing chamber, light from the pulsing
LED light source is reflected by the smoke particles onto the
photodiode light sensor. At the first sighting of smoke, the
alarm is put into a pre-alarm mode. This is indicated bv a
rapidly flashing LED on the face of lhe alarm. Once tne tignt
sensor confirms smoke for 2 consecutive pulses inside the
chamber, the light sensor produces the signal necessary to
trigger the alarm and sound the electronic horn.
This technique of verifi/ing the smoke condition,
combined with a 5-to-1 signal-to-noise ratio, substantiallv
reduces the possibility of nuisance alarms.
HOW TO TELL IF YOUR SMOKE
ALARM IS WORKING PROPERLY
o Your alarm is provided with an alarm horn and pulsating
Light Emitting (indicator) Diode, which pulses every 30
seconds, and a green AC power on LED.. When turning the test knob on the alarm to TEST .l the
red light emitting diode should ftash rapidly and the horn
should sound.. lf the battery is low, a chirp will be emitted when the red
LED flashes. lf the alarm is malfunctioning, or if the
battery is missing, the chirp is sounded without the red
LED flashing. lf AC power fails, the green LED will turn
off.. The test knob of your alarm simulates actual smoke
condilions.
NOTE: Tandem Interconnect Models.. When testing one alarm, the alarm that is activated will
flash the red indicator light and sound its alarm horn. Al
other units will sound the alarm horn with their red
indicator lights remaining off. The relays will also activate
on all units in tandem on models equipped with the relay
option.
FIRE PROTECTION PLAN
This Smoke Alarm can quickly alert you to the presence
of smoke-it cannot prevent fire. Please note thal there are
hazards against which smoke detection may not be effective,
such as smoking in bed, explosions, when a closed door
separates the alarm from the source of the smoke. etc. The
ultimate responsibility for fire protection rests solely on you.
Pg. 9- l
550-0093
MOUNTING: PLATE &
ALARM
1. Lace the connector through the provided mounting
plate and seqrre the plate to tie iunction box.2. Pluq the wire connector into the alarm base.
c. To iest alarm for high sensitivity, turn
test knob clockwise lo TEST 2
position. Alarm should remain silent.
d. Make sure to return test knob back to
its normal oosition.e. lf your alarm sounds during this test it
means the alarm's sensitivifu has
become loo high and may c'ause
ratse atarms.f. This could mean your alarm is didy
and should be clianed as descridd
in lhe mainienance orocedure below.g. lf the alarm continues to alarm, lor
TEST 2 position following cleaning,
tetum it to Gentex for service.h. To check for proper smoke entry into
your alarm's sensing chamber,
Gentex recommends usino the Home
Safeguard Smoke Alarm s-pray.i. This test should be performed once a
yea. and should be sprayed from a
distance no closer than 12 inches
from the smoke alafm.
MAINTENANCE
After your alarm has been in operation for
a period of time or if it was installed orior to
the completion of all building construction,
your alarm may have become more sensitive
due to dirl build-up in the alarm's optic
sensing chamber which could cause
nuisance ala.ms or could cause activation
from small amounls of smoke build-up.
ll this should occur, following lhis simple
washing procedure wrll restore your smoke
alarm back to its original condilion.
For further information. reqardino
frequency of cleaninq and tesiinq. rdfer to
NFPA 72, NFPA, Bafterymarch Fark, Ouincy,MA 02269.
IMPORTANT: Failure to tollow full
cleaning instructions could result in
damago to this smoke alarm.
DO NOT remove all alarms at th€ same
time for clsanino.'1. Tum oft electn-cal oower to lhe alarm.2. Twist the alarm counter-clockwise to
remove it from its mounting plate.
3. Unplug the connector from the back of the
alarm. Do not remove the wire
connection: leave the connector for vour
replacemenl alafm or Jumper plug.
Remove the batlerv.4. Select three (3) sta;dard size wast'
buckets and fill them each with one oallon
of normal tap water (distlllsd or
de-ionized beated wate. is
recommended as a final rinse if water
is exlremely hard in your area),5. Add 1/8 cup of lvo.y dishwashrng liquid to
the fi|st bucket of water and allow it to
mix thoroughly, then place one dirty alarm
inlo the soap water mixture until it
becomes completely covered or
suomerqeo.
NOTE: -lf the alarms are exceptionally
dirty, you may wish to first wipb off any
excess dirt before washinq alarm so as
not to dirty the wash wateitoo quickly-
DO NOT open alarm tor cleaning.
WARNING: ONLY IVORY DISHWASHING
LIQUID IS TO BE USED.
OTHER BRANDS ARE NOT
RECOMMENDED AND MAY
CAUSE YOUR ALARM TO
MALFUNCTION.6 Allow alarm to soak tor approximately 10
minutes (longer rf ext,em€ly dirty). Then
aqitate For 5 or 10 seconds to flush out
any remaining dirt lefl inside alarm's
nousrno.
7. Remove alarm trom wash water and transfer
directly to one of the first rinse buckets conlainino
clear water. Again, albw aladn to become
completely submerged, agitate once more for 5 orlu s$onds to remove soag fesidue.8. Finally, lransfer alarm to ydur second and fnal
rinse bucket. repeating method found in Step 7.then remove alaam to a clean drv area for a
pe.iod of 48 hours to allow it to thoroughly dry.
I PORTANT: lT lS RECOUHENDED TO CHANGE
WASH AND RINSE WATER AFTER FIVE (5I
ALARMS. tF youR aLARits ARE ExrREfiELyDIRW, WATER SHOULD BE CHANGED T'ORE
FREQUENTLY.
WARI'IING: SIOKE ALARMS ARE TO BE AtR
DRIED ONLY- OO NOT PLACE ALARM IN OVEN.
IICROWAVE OR USE A HOT AIR BLOWER TO
ACCELERATE DRYING TIME. THIS COULD
RESULT IN OAMAGE TO YOUR SI'OKE ALARM.
In the evenl you experience difficulty in the cleaning ofyour smoKe aErm or tt you have any questions,
please contact Gentex Corporation or your local
Gentex distributor
WARNING:
lf the_ smoke alarmdoes not work properly, do not
try and fix it yourself. This willvoid your warranty.
See "To Return an Alarm" tor instruations to retuin
smoke alarms thal do not operate propedy OO NOT
TRY TO FIX IT YOURSELF
IMPORTANT: Genlex recommends alarms be
tested a minimum of once a week.
WARNING: Never use an open flam6 of anv kind
to tegt your alaam. You may iqnite and damaoe the
alarm as well as yourhome. The test teature-of vouralarm accurately simulates smoke conditions and tests
the alarm's functions as required by Underwriters
Laboratories
WARNING: Do not cover, tape. or otherwise block
lhe openings ol your smoke alarm. These openings
are oesrgned to a ow aar to pass through your smoke
alarn, thus samolinq the air around lhe alarm.
FAILURE TO REGULARLY CLEAN THIS SMOKE
ALARM WILL RESULT IN FALSE ALARMS. A BUILD
UP OF OUST CREATES AN OBSCURATION THAT
SIMULATES SI\,IOKE, THIS MEANS THE UNIT WILL
GO INTO ALARM WITHOUT A FIRE CONDITION.
TO RETURN AN ALARM
. Should you experience problems with your smoke
alarm, proceed as follows:1- Turn off electrical Dower to the alarm.2, Twisl the alarm counterrlockwise to remove it
from its mountino Dlate-3. Unplug the conn-edtor from the back of the atarm.
Do nol remove lhe wire conneclion: leave the
connector for your reolacement alarm.4. Carefully pack(lhe manufacturer cannot be
responsible lor consequentiat damaqe) and return
to the manufacturer lhclude comoldt€i details as
to exact nature of difticulties beinq exDeri€nced
and date of installation.5. Retum to: Gentex CorDoration, 10985 Chicaoo
Drive, Zeeland, Michioan 49464. Prio. to -
retuming. call Gentex-at 1-800436-8391 to obta'n
a RMA Number from our return department.
3. Place the alarm up to the mounting plate, rotating
il clockwise until alarm firmlv snao locks into
place. Keep the alarm para'llel to the mounting
plate so upper and lower tabs on the plate seat
correclly inlo lhe alarm.*796ry1 ^W\
/ atil /d-*.\, lII /f .
tdffffN\ ffffi(s\ll\\V | \\\ 1LYt.2'\.> \\ \
WORI 6{'tEcYatn wlFEg
i6f5*Houa,. iotE rn lsf#6l?["'"..
CHECKOUT &
TROUBLESHOOTING
1. Tum test knob to the NORMAL oosition and install
battery and then suDDlv house Dower lo the alarm-
The ftid indicator lidht ahould nash every 15.30
seconds, showing that the alarm is operating
properly.2. lf red light is not f,ashing or the green LED is not
on:
a. Check that the bafterv is installed.b Checi the connector'plug and wire
conneclions- NOTE: Be sure vou furn off
oower bgfore checkinq wire cbnneclionsc. if the power supply an-d wiring check out, but
lhe red liaht does not tlash or lhe qreen LED is
still ofi. rdtum the alerm Io the ma;ufacture.
See TO RETURN AN ALARM.
d. When powering up alarms in a tandem
installation and all lhe alams sound
immediately. inspect all alarms for lhose with
an illuminated indicator lighl. These will be the
kouble units3. Testino with lhe Test Knob:
a. Rotate the test knob counter-clockwise to the
TEST 1 positlon and wait up to 20 seconds for
the alarm lo sound. lfthe alarm does not
sound after 20 seconds, retuan the alarm for
service.b. After successfully testing alarm, relurn test
knob to NORMAL (non-iest) position and wait
20 seconds for the alarm to stop sounding.
tE3l ElcH stioKEA Rr tl
GOROTI{CE Wmt IFPAt2
i
I
a
1-1-93
Ps. $6
10985 CHICAGO DRIVE, ZEELAND. MI 49464
PHONE: 1-800-436-8391
Fo. a peiod ol 12 m@lhs ftom rh6 dai6 of prci@, da roxinum ol 18 dontE ton lho dals ol
rEnulactro. Gstex Mm.ts ro F!. rhe odqhal @nsrer pu.cnas€r, lhal yM Smle Al-n wd be
lros fro.n d€tecls in rcrthanshjp, maien*, and @struclron undor oatul u* and 5Ri6. It a
d€fecl h wo.tmanstiD, rotdi:als. d dnstrucrio shotid cause you Smote Alrm lo b€lm6
inoo€rablo wilhin ih6 wananty pdiod, Go. er vd .epan trclr SdEke Ajam o. tumisi you *ilh a lw or
Eb{ilt.e!(acensnl Smote Alam withod charge to you €xc€pl icr postege reqlircd to €ium lhe
SdE&€ Alam io (6. Yu .ep.i.ed q epla@trBn Smole Ala.m *i be r6n med !o y@ ftee ol cia.ge
a.d it ril bo cov€red urider this waEnry tq ttp balaflce of nre *aranty pdin-
This satranly is vcii f o{r hspection of yo!. Smoke Alad snows 0rai tha dadlage o. fa ure wa s
c€us€d by du*. niese, aboomal usao€, fallty iBrallaltd idp@pg @intenaic€. o. repairs olho r
tMn thoso Psr(med by us.
ANY WARfIANIIES IMPLIED !|NDER ANY STATE LAw' INCLUDING IMPLIEO WARfIANTIES O F
MERCHAI,ITAEILITY OR FITNESS FOR A PA.RNCULAR F'IJRPOSE, APPIY ONLY FOR THE
WARRANry PERIOO SPECIFIEO ABOVE. PLEASE NOTE IHAI SOME STAT€S DO NOI ALTOV/
I.IMITATIONS ON HOW LONG AN IMPLIED WARRANTY LASTS, SO THE ABOVE EXCLUSION MAY
LIMITED WARRANTY
GENTEX WILT NOT 8E LNALE FOR ANY LOS'S. DAMAGE. INCIDENTA! OR CONSEOIJENTIAL
DAMAGES Of ANY KINO ARISING IN CONNECTION WITH THE SA!E. USE. OR REPAIR OF THI S
SMOKE AIARM. PLEASE NOIE IHAT SOME STATES OO NOf AILOW IH€ EXCLUSION OR
LIMITATION OF INCIDENTAL OR CONSEOUENIIAL OAI,IACES, SO THE ASOVE EXCLUSION MAY NOT
lf a delecl io wdt nanship, mal€/iats, d @nstrlctio. srFUtd eus€ var Smk6 Alam io b€.onr
InopeEblo $hrn lh€ waranty psiod, ydl rur.€i('n th€ SrEke Aadn to Gdtor pdag€ prepai, you
dusl dso p€d( tlE Sn|o(o Aam to manimizo th€ risk d n being danaged h fansit. Voqmrg afo arao:e a
relum addcs3 Smoks Aram .€tumed fa waf'lly 54ice shouH be sent io: Gsntsx ColDoratd1 10985
Chicago D.i!6, Z6€rard. Mt 49461.
ll ws rs@iw a Smoie Alam h a damag€d 6.dti,on s
'|6
.€sutr of shilpng, *s sil not'V yo{, and yc
must nl€ a dtr wih the Shtog
THIS LIMITED WARFIN-IY GIVES YOU SPECIF|C LEGAL RTGHTS yOU MAy ALSO ftA\J,E OTHE F
RIGHTS wlj|cH VARY FROM STATE TO STATE
GENTEX CORPORATION
550-0093-15
I
c'
-- \,
t-'
GENERAL
System Sensor's MDL Sync Module is designed lo work
with the SpectrAlert series of homs, strobes, and horn/
strobes to provide a means ot: synchronizing the tempo-
rakoded homs, synchronizing the onE-second flash tim-
ing of the strobe, and silencing the homs of the horn/slrobe
combination over a two-wire circuit while leaving the strobes
active.
MODULE GONFIGURATTON
Each MDL module has the capability of connecting two
Style Y (Class B) circuits or one Style Z (Class A) circuit.
The NAC output(s) from the panel are connected to the
zone inputs ofthe MDL module and the zone output(s) ftom
the MDL module are connected to the noufication loop(s).
Supervision is accomplished in the module by a direct
conneclion between the zone input and the zone outpul of
each of the two zone circuits connected to the normal end-
of-line device. The FACP 'sees" the EOL device through
the MDL module. When either or both outputs (zones 1 &
2) from the module are wired to the SpecfAlert products,
thd homs and strobes in both zones wilt be syncfironized.
The MDL module can be configured so that more than two
zones can be synchronized by the interconnection of the
slave input and output (sea Application Examples).
SPECIAI GONSIDERATIO NS
A latching Form-C contact is provided in case the synchro-
nizing signal to lhe notification devices is interrupted. The
output can be wired so that a trouble signal will be annun-
ciated at the panel. lf the synchronization pulse fails in the
MDL module, th€ strobes will shut off.
NOIE: The UDL Modtr,le iE tactory-set with the trouble conaacts
in the open stalo, Ttase contacls may ctose dwing shipping,
Approximately l|r,o saconds df,.er power-up, thsse contacts will
OD€N.
SPEGIFIGATIONS
Voltage range: DC or full-wave-rectilied; 11 to 30 volts.
NOTE: Supply vdaage nnge at 12 wfts, 11 to 17 VOC; at 24
vorc, 21 ao 30 VOC.
Maximum load on loop: 3 amps.
Current: chart at right.
Operating temperature: 0'C to 49'C
(32'F to 120'F).
@
OD4A7
The MDL Module
t
,T
Octobor 1. 1997 oN6066. J{gA
NOTIFIEFfFIRE SYSTEIVIS
|rlIDL & MDIW Sync Modules
for use with the SpectrAlert Series
Section: Audio^/isual Oevices
s4011
Voltage
Average Peak In-Rush
oc FWR DC FWR DC FWR
12V 10 mA 12 mA 30 mA 31 mA 87 mA 122 mA
24V 11 mA 15 mA 35 mA 37 mA 198 mA 262 mA
This doclmcnl is not irtandld b be used lor instaltation purposGs. Wc try to te€p or.rr
goducl inlormalion up.to{ate and accurate. W€ cannot cover all sp€cific apglications or
anticipat€ all roquir€rnents. All speciticalions a.c sub.icd to chang. without notice.
Fo. ttrorG informatioo. contact NOTIFIER. Phons: (203) 484-7161 FAX: (203) 494-2118
@rortrlen 12 Crinronvi € Road. Norrhfod. crnnediort 0&72 ffittatmtruillf|nul5
ON-6066. 10/01/97 - Page 1 of4
APPLI CATI O N EXA'UIPLES
Temporal Goding on
Multi-Aler{ and PA4OO
(Non-SpectrAlert Horns)
- Program module to provid€ temporal coding
by inserting jumper plug per instructions.
. Connect only sounders producing a continu-
ous tone to the module zone output(s).
Strobes cannot be used on a module pro'
vidlng temporal codlng Jo hornsl Strobes
must be wired for lndependent operatlon.
NOTE Temponl jumper should be ,nsetled actoss
both pins oaly on non-SpectrAled products that arc
lo be powered fot tempo/'s,l sounct ou$d.
Ifl
MC1
TO NEXT
0rypE
OR EOL
Homswfll b todr,{'tzl{'d€d
aad in sync.
TEMP. JUMPER ON
MODULE 1
il
E}
8)
B}
roRN zoNE r
coNIROt ot,T
ZOl,lE I ZOI{E 2tN our
TnltE 2-ri"'* - rRouErE
suvE st.AvEN our
ts
IB
ts
Synchronize SpectrAlert Horns and Strobes
ZONE I INPUT Ttis lrpul polvers the MOL ModLd€. THs input must hale r,oltage pros€r from th€
FACP b.br€ anyfing willuo.t. THs also srpplies r,oltage b Zo(F 1 odptt -
ZONE 2INPUT THs irput oriy sf,ppEes \loltage to Zotb 2 outst^ A,OIE: lt Zone I input is not
porercd, the nofifrcafion devlces attachad ao tha Zone 2 oubut v l not bo sllo\€d,
HORN CONTROL TliB lrput snables the horns on tle SpectAlett rptification appnarrces. VoltEg€
pr€6€rl rnearE horns are enabbd. No roltage pr€se|t tneara horns et€ disabl€d.
SLAVE IN CoffFcb !o Masbr MDL Modde slale ouL
SLAVE OUT Cod|gcG b Slar,€ MDL sla!€ ln
MODULE 1
'%il{8
'5+{B
,*or*$
=''Tffi{E
g)ffi*
g)fr*"
E)fr*"
8)il^*,-
HoRN zone r J$coNTRoL ow|g
zoNE 1 zoxezlSn our\$
lolez rnoueu{E
sr-AvE srAr/EtBtt ,------', ourt8
l
l
l
l
TO NEXT
0EvrcE
OREOT
2 CT.ASS B
TO NEXI
DEVrcE
OR EOL
ALt SpoctrAred rtoms,
lurnlslrobeq aN fiohc<tty
devlcas sW oo€,'ate b syaa
TEMP, JUMPEROFF
,VOIE Aass A co.r ftgtratfuxt
a€gurras a specia, paneL
Consult uvflt panel manufadurer.
Synchronlze SpectrAlert
Horns and Strobes
Each module can porryer lwo
three-amp circults wired in
Class B, or on€ three-amp
circuit polrerEd as Class A.
Each modula will synchronize
two zones.
Additional modules can be
added and may be synchro-
nized to all other modules by
interconnecting the'slave'
input and output terminals
between modules,
[-l
TO NOfi
DE1/ICE
0R EOr-
Configured as:
Styte Zl0lass A
OUT (+)
NAC 3
orjr (_)
REruRN (+)
NAC4
REIURil (.)
MODULE 2
Pagc 2 of4 - DN{066' 10 lti97
TEMP JUMPER OFF
ty
Controlling Sounder On/Off Over Two Wires Using Module Horn Gontrol
. Connect the current source to the horn control input. lf a zon€ output is used for lhe source, you must use an EOL on
the horn control inpul terminal.
. When multiple modules are used, the horn control circuits can be wked in parallel. lf wired in parallel and a zone
output is used from panel, use an EOL on the last module for supervision.
ZONE 1 INPUT Ttis inpr.l powers the MOL Modde. This input must ha\e \tollage present from lhe
FACP before anyting witl u/ork. This also supplies \oltage to Zone 1 outstJL
ZONE 2INPUT THs irptt ody suppfies vo[age lo ZotE 2 otlput ,VOIE' ff Zone 1 input ls nol
potrrbd, tho noUfcdUon devices attached to Ue Zone 2 ouFut vill not be allotnd.
HORN CONTROL Ttis irp|lt enables the homs on the Sp€ctrAlert mliflcation appliancss. Voltage
preser means horns are enabled. No \o[age pr€sent nr€ans honrs are disabled
SLAVE IN CoryEcb to Masler MDL Module slave ouL
SLAVE OUT CoruEcts to Sh!€ MOL sla\€ in.
Horns Silenced Over Two-Wire Gircuit
1) Any mii of Spec{rAlert homs/strobes or strobeonly devices is acceptable.
2) Horn Control connects to intenuptible power source.
MODULE 1
FACP 1
NAC {
(*)
SpectrAlert
I
-
G)
(+)
FACP 2
(+)
NAC 1
(_)
(*)*atu,
MODULE 2 TEMP JUMREROFF
Typss ot O,eticss:
HORN ONLY
HORI,ITSIRoBE
S]RO8E ONLY
TO NgCt
Spec{rAlert
DEVICE
OR EOT
TO NETT
SpectrAlert
HORII{t{-Y
DEVICE OR EON.
ALL SpectrAtetl homs,
hom/strobe s, and slrobes
will opente in sync.
,,rOfES.'
1) Any mix ot SpectrAled horn/
strobe, strobe-on9, or hom-onlY
deices is alloweble for Zone 1.
2) No devicas or hom4nly an al-
lowed on Zone 2. lt no devices
are inslallad on Zone 2, tetninate
EOL r8sislor €l hom controt ter-
minal.
o
i
)unx..
li'*'l
)r,*"
hyL
zone r fgour\8
'xt+{E
,*orr,r{fi
jrn{E
)Hs*,
."tilt
)t**'' .oH?{
)t**tt '*.,"t{E
TEMP JUMPER OFF
ON€066. 10/01/97 - Page3of 4
\1-
ft'TOU NTI N G DIAGR.A'I/I
'l) Gomplete field wlring.
2) Mount unit to 4-1 'll16" backbox with screws ("A").
LilnrTArroNt oF HoRNS/STnOBES
The hom andlor strobe wltt not wo* wfthout powor.
The honVstrobe gets its power from lhe firey'security panel
monitorir€ the alarm system. lf porver is cut off for any
reason. the horn/strobe will not provide the desired audio
or visual waming.
The hom may not be heard. The loudness of the horn
meets (dr exceeds) cunent Undenrvriters' L:boratories stan-
dards. Holever, the horn may not alert a sound sleeper
or one who has recently used drugs or has been drinking
alcoholic beverages. The hom may not be heard if it is
placed on a different floor from the person in hazard or if
placed too far away to be heard over the ambient noise
such as traffic. air conditioners, macfiinery or music appli-
ances that may prevent alert persons from h€aring the
alarm. The hom may not be heard by pecons who are
hearing impaired.
The signal strobe may nol be seen. The electronic vi-
sual waming signal uses an extremely reliable xenon flash
fube. lt Rashes at least once ev€ry three seconds and ex-
ceeds cunent Underwriters' Laboratories standards for pri-
vate mode viewing. The visual waming sighal is suitable
for direct viewing and must be installed within an area where
it can be seen by building occupanb. The strobe musl not
be installed in direct sunlight or areas of high light inten-
sity (over 60 footcandles) where the visual flash might be
disregarded or not seen. The strobe may not be seen by
the visually impaired and is not intended to meet Ameri-
can Disabilities Act (ADA) requirements.
The signal strobe may cause saizures. lndividuals who
have positive photic response to visual stimuli with seizures,
such as persons with epilepsy, should avoid prolonged
exposure to environments in which strobe signals, includ-
ing this strobe, are actl'vated.
The slgnal stobe cannot operate from coded power
supplies. Coded power supplies produce interrupted
power. The strobe musl have an unintenupted source of
DC power in order to operate correcfly. System Sensor
recommends that lhe hom and signal strobe ah.rays be
used in combination so that the risks ftom any of the above
limitations are minimized.
Pag€ 4 of4 - DN{066 .10/0147
PR.ODUGT LINE I NFORI.TATION
MDL Sync module for use with SpectrAlert Series, r€d.
MOLW Same as above. whrle.
Three-Year Limited Warranty
System Sensor warants these horndstrobes io be free
from defects in materials and workmanship under normal
use and service for a period of lhree years ftom date of
manufacture. For complete wan"anty information. contact
Syst€m Sensor.
\
\
o
I
{frt \NtoTI FI E Ri I sp"ctalerr@ series
N I/F1RE -iWSfetvtS I Horns, Strobes, ond Horn/strobes
\-rl I Section: AudioMsual Oevices
< 54011 & 55512: P1215(W' P121575(W'
P241s(1 1, P241575(w), P2475(w), P24110(W).
55512: 31215(W), 312157s(W), S'121575K,
s2415(W), S24157s(W), 241575AG, 5211575EV,
s241575P(w), S2430(w), S2475(w), 524110(W).
54011: P121575K, P241575AG, P241575EV,
P241 575P(W), P2430(W).
< cS549: P2415(W}A, P24l57s(t/V)A, P2475(VV)A'
241 1 o{w)A s241 s(w)A, 5241 575(w)A, s2475{w}A, .
S24.|10(W)A. CSs49 V3: P121575KA, P2430(W)A'
S121575M, S2430W}A. Cs548: H012J24A.
P1215(w), P12157s(w), P2415(W), >
P24 157 sNU\, P241575AG, P241 575EV,
pzlrszsi,(w), pzqgoUv), P247s(w), 24110(w),
s121 s(w, s121 575(W), S2415(W), S241s75(W
s241s7sAG. s241575EV, s241 57sP(w),
s2430tw), s247s(w), s21110W), H124(w).
FJ < 713s-1209:173 -P12150fi), P12157s(W' P121575K'
/ffi\ pz4rsM,P24is75(w),P241s75AG,P241575EV'\KW/r/ P241s7sPov).P2430(w),P2475(l,v),P24110(w)'Hffi ttzs-tzogitzn - s1215(w, s121575(w), s121575K'
^\-;J . s241s(riv), s211575(w), s241s75AG, s241575EV,gfllorJ,9 szlt sisp(w), sz+so(w), s247s(w), s241 10(w).
ir'l5r'^"'= 7135-1209:143 - H124M.
M EA' 3li;ffi, FlliSffili:i]ilP,i'111's,'
(vol. V), P241575P(!10 Uol. vD' P2430(w)
(vot. v), P2475M' P24110(w)' S121s(w)'
s121575(vU, S2415(W)' S241575(w)'
3241575AG (Vol. V), 5241575EV
(vol. V), S241575P(W) (vol. Vl),
S2430(w) (vol. v), S2475(w),
s24110(W), H124(w).
173-98-E Vol. ll: P121575K
s121575K.
@
usTEll
@ @Approved
\
I
GENERAT
The System Sensor SpectrAlert@ wall-mount series includes
a complete line of electronic homs, strobes, and honvstrobes.
Intended {or primary signaling use, SpeclrAlert@ poducts meet
UL 1971, UL 4&, and Americans with Disabilities Act require'
menE.
Performance. With its extremely eflicient reflector de-
sign and Xenon flash tube, SpectrAlert@ offers current draw
reductions as high as 40% over previous generation designs.
With less current consumption, more devices per loop are
possible for a lower installed cost.
lnstallation. SpectrAlert@ products are designed for
ease of installation, which also lowers the installed cost.
SpectrAlert@ strobes and hom/strobes take up no room in
the backbox, making wiring connections simpler and faster.
Each SpectrAlert@ wall-mount device includes a universal
mounting plate for 4' (10.16 cm) square and single-gang
backbox mounting. Accessory mounting plates are also
available for small-footprint or surface-mount applications.
Flexibility. The SpectrAlert@ wall-mount series offers the
flexibility to meet a broad range of requirements. Horns and
hom/strobes feature a number of field-selectable/reversible
hom tones. Strobes and horn/strobes are available in a wide
variety of configurations to address visibility requirements for
non-sleeping areas, sleeping areas, and corridors. Ofier-
ings include 24-volt models at 15, 15fl5, 30, 75, and 110
candefa; and 12-volt devices at 15 and 15175 candela.
Aesthetics. To meetthe aesthetic requirements of build-
ing owners, SpectrAlert@ incorporates a stylish, low-profile
design that is consistent across the SpectrAlert@ wall-mount
oroduct line.
FEATURES
. Meets UL and ADA signaling requirements.
. Low current draw allows more devices per loop for a lower
installed cost.. Universal mounting plate included.. Accessory mounting plates available.. Field-selectable hom tones:
- Electromechanical /3 kHz.
- Temporal 3 / Non-Temporal 3.
- High/Low dBA output.. Available in 15, 15fl5, 30,75, and 110 candela.
. Synchronizable homs and strobes with Sync'Circuitw
module.. Aesthetically pleasing design.
SPEGIFTGATIONS
Walk test: Spec'trAlert@ hom and horn/strobe only work on
Walk tests" with time duraiions of 4 seconds or greater.
Input terminals: 12 to 18 AWG (3.25 mm'? to 0.51 mm2).
Dimensions, slro be and homlstrobe wl''h unlversal plate:
5" (127 mm) wide x 5-5/8" (142.875 mm) high x 2-15116"
(74.613 mm) deep; wi(rt small footprint plafe: 3-3/8"
F
I
r
P
SpeBtrAlerto,
Sync.Clrcultfl,
and Multl-Alcrtn
are trademarlG oi
System Sensor.
ffdMam emf,ltlclrlm
This document is not intend€d to be used for insiallation purposes. Wo try to k6€p our
product information up-todale and accurate. We cannot cover all spscitic applicatlons or
inticipate all requiremenls. All specifications are subject to changB wilhout notice
For more information, contact NOTIFIER. Phone: (203)484-7161 FAX: (203)484-7118
X(DfIFIER' 12 ctintonville Road, Northtord, connec.ticut 06472
DN6939. ol/12/01 - Page 1 of4
(85.725 mm) wide x 5-5/8' (142'875 mm) high x 2-15116"
f/4.613 mm) deep.
Dimensf ons, hom with universal mounting-ptgQ:^ ^Sl
(lZl.
..]-*io" i s'-sle'(142.875 mm) high x 1-5/16" (33 338 mm)
il;;;#;;i; oiniig ptate! s; (127 mm) wide x 5-5/8"
t'tqi.azs mm) high x 1-5/16" (33.338 mm) deep'
Weight, ftorn onlY: 7 .2 oz. (2A4 g)'
Weight, strobe and homlstrobe: 8'8 oz' (250 g)'
Mounting: standard boxes 4" x 4" x 1-112" deep (101'6 x
ibr.e i s'C.r ;*l or 2" x 4" x 1-718' deep (50'8 x 101'6 x
47.625 mm).
ODeratinq temperature, indoor: 32"F to 120'F (0'C to
ad'Cr. - li"iir,,i rproof models, horn and horn -sfrobes-'
32'Fio 150"F (06c to 66'c); outdoor strobe onty: '4u-r
to *r ia'f-t-+o'b to +70'c); tlc ca nadian models: 4o'c
to +66"C.
Maximum humidity: 95% as tested per UL 464'
Voltages: 12 ot 24 VDC and FWR unfiltered'
Operating voltage range:' 12-volt models: 10'5 - 17 V'
zi-uoif .6o"r.' io - s0 v. with svnc'circuity fgdu!2
MDL': 1?-voltmodels: 11-17V. z4-volt mooels: zu-ru
Y. See cunent dnw tables on Page 4'
' These products should be opented wi'hin their rated voftage
onge. iJL does, however, test functional integity to -20% and
+10?6 of manulacturels stated ranges,
U.S. Patent Numbers: 5,593'569. 5,914'665' 6'049'446'
ENGINEEn|NG SPECIFIGATIONS
Generat - SpectrAlert@ homs, strobes and horn/strobes
shafl be capabld of mounting to a standard 4'x4' x 1-112-
ai0i.6 i iot.o t se.t mm) bickbox or a single{ang 2" x 4-
i r-28" (50.4 " fi1.6x4i.625 mm) backbox lising.the uni-
versal mounting plate included with each SpectAlert@ prod-
uct Also, Spe&ilertO proAucb, when used in conjunction
*ift ttre .bci""ory Sync'Circuitm Module, shall be powered
from a non-codeO- pdwer supply and shall operate on 12 or
24 volts. 12-volt rat€d devices shall have an operatng volt-
ige -nge ot t O.S - 17 volts. 24-volt rated devices shall have
.i optiting voltage range of 20 ' 30 volts' SpectrAlert@
oroalcts stritt trave an indoor operating temperature range
bt gz'r to 120'F (o"c to 49"c) and operate from a regulated
DC or full-wave rectified, unfiltered power supply'
Horn - Horn shall be a System Sensor SpectrAle@ model
capable of operating at 12 and 24 volts' Horn
itrlilT6 t-isted to uL 46,4 for fire protective signaling sys-
tems. The hom shatl have two tone options, two audibility
options (at 24 volts) and the option to switch between a tem-
pbral 3 iattem and a non-temporal continuous pattem. All
hom models shall operate on a coded power supply.
Strobe - Skobe shall be a System Sensor Spec'trAlert{O
model
-
Listed to UL '1971 and be approved for
tire oroGdiG service. The strobe shall be wired as a pri-
marv sionalinq notification appliance and cornply with the
nmdrica-ns with Disabilities Act requirements for visible sig-
nalino appliances, flashing at 1 Hz over the strobe's enlire
operJting'voltage range. The strobe light shall consist of a
xenon flash tube and associated lens/reflector system.
Horn/Strobe Gombinatlon - Hom/strobe shall be
a Svstem Sensor SpectrAlertlO model Listed to
UL i971 and UL 464 and shall be approved for fire protec-
tive service. Hom/strobe shall be wired as a primary signal-
ino notification appliance and comply with the Americans with
Disabilities Act requirements for visible signaling appliances'
flashinq at 1 Hz over the strobe's entire operating voltage
ranoe.-The strobe light shall consist of a xenon flash tube
andassociated lens/reflector system. The hom shall have
two tone options, two auditility options (at 24 volts).and the
ootion to iwitch between a temporal 3 pattem and a non-
temporal continuous pattem. Strobes shall be powered in-
deDendentlv of the sounder with the removal of factory-in-
stalled jumier wires. The hom on hom/sttobe models shall
operat6 on a coded or non-coded power supply (the strobe
must be powered continuously).
Module - tvtodule shall bE a Sylstem Sensor Sync'Circtitn
model Listed to UL 464 and shall be appoved
for fire p6iEcti6 service. The module shall synchronize
SoectrAert@ stobes at 1 Hz and homs at temporal 3. Also'
the module shall silence the homs on hotn/strobe models,
while oDeratinq the strobes, over a single pair of wires. The
modufe shall G capable of mounting to a 4-11116' (1 19.063
mm) souare x 2-118" (53.975 mm) deep backbox and shall
conirol'nro Style Y (Class B) or one Style Z (Class A) circuit'
Module shall bE capable of multiple zone synchronization by
daisydraining multipte modules together and resyncfi ronizing
each other along the chain. The module shall IiIOI operate
on a coded Power suPPlY.
,
"l
t
I
NOTE5 FOR PRODUCT UNE INFORflTATION )
,vo7Es.. 1) Canadian modet numbers end in.A'. 2! Latin American model numbers end in'F". . 3) All weatherproof models must
use weatherproof backoox mooet fr-Be.- ij eri sp""trryert@ producti are designed for wall-mounl only. 5) lnstallation of less than
75 candela strobes may oe permissiuG dd;ih;;ilivalent'facilitation clausdof the ADMG (sec. 2'2)' Hovever, it is th€ respon'
sibility of the person or entity d".ignl;g th" nr" alarm system to_d"i"-i"" in" ""t"pt bility of iess than7s candela strobes' 6) Al
15fls candera strobes or no.r"rr!o"i jr. ,"commendld to, zo'
-
io;(o.oso x oo's-o_ml iooms or less. 'Fot a complete listing ol
spectrAled cunent requirements,
-[ii;;ii;i
thte cunent Dnw ifiiei on page I or thii docum.ant' or the lnstruction Manudl' Hom
and hondstrobe cuftent draws ""5rrJ ri," hom is set af Temp 3, eloctromechanlcal tone, and high audibility'
Page2of4 - DN-5939 ' 01/12l01
)
l
I
SOUND OUTPUT OUIDE
(dBAl
UL Reverberant Room dBA @ Volb DC Anechoic Room Peak dBA @ l0 ft/VDC
10.5 12 17 20 24 30 10.5 12 17 20 24 30
Temporal
LOW
TONE
ElecfomectBnical l\|A NA NA 75 75 79 l.lA M NA 94 96 98
3000 Hz hlerupbd NA NA r.lA 75 79 79 l.|A r,tA NA 94 96 98
HIGH
TONE
Elecbomechanical 75 75 79 a2 82 82 94 95 s8 't00 101 102
3000 tlz Inbrupbd 75 75 79 82 85 85 94 95 98 100 't01 't02
Non-
Temporal
LOW
TONE
Electomechanical M NA M 79 82 85 NA NA NA 94 96 98
3000 l-E Inbrupbd NA NA NA 82 82 85 NA NA NA 94 96 98
HIGH
TONE
Electomechanical 79 79 85 85 88 88 94 95 98 't00 101 102
3000 Hz lnbruPted 79 82 85 88 88 88 93 95 98 100 101 1 1021
€3g.ot,r.bl
5TROBE OiltY >
Eelow:
HOR.]|/S!ROBE | 5 condela
HORN/STROBE | 5/75 condela
HORII/STROBE 30 cendeln
HORN/STROBE 75 cerndela
HORN/STROBE I lO cerndela
: GURRENT DRAW
I rABtEs
aI
g
ONtYHOR.N
V
3
I
e
a
6
t;
5
a
I
tI
I
AVERAGE GURRENT (mA|: STROBE ONLY
Candcla
t2-vo|.T lloDELs 2TLVOLT tlOltELS
10.5 V 12V 17V 20v 21V 30v
DC FWR oc FWR oc DC F5n DC FWR oc Ftn
t5 159 114 1a',81 128 50 61 43 ou 38 60
15 t75 168 1A2 142 171 99 150 65 49 64 u 62
30 NA NA t'lA tlA NA NA 78 u a?72
75 NA t'lA l.l,A NA NA NA 145 170 't23 159 102 '141
fl0 NA ].|A NA t{A NA l.,tA 169 220 140 191 115 174
PEAK CURRENT (mAF STROBE O'{LY
t5 460 460 450 460 420 480 135 204 208 135 185
1s t75 490 520 490 520 460 480 150 loo 207 150 t98
30 t.lA NA NA NA NA NA 183 201 183 219 183 216
75 tlA l'|A It{NA NA NA 350 440 340 460 330 480
110 l,|A M NA NA NA NA 460 450 570 4m 620
INRUSH CURRENT (mA): STROEE Ot'lLY
t5 80 't08 92 124 140 190 o,'| 29 116 152 147 198
lst 75 76 104 88 126 160 185 116 16,4 147 211
30 NA NA M NA NA NA o',1A 't 16 152 147 198
75 NA t'lA NA M NA NA 190 240 230 2AO 290 380
fi0 NA tlA NA NA NA NA 190 230 220 290 290 370
HORN
ONLY
t2-voLT MOOELS 2GVOLT OOELS
10.5 v 12V 't7 v 20v 21V 30v
DC FWR DC FWR oc FWR oc FWR DC FII/R oc FWR
AITERAGE CURREIIT (mAF Electrom.chanlcal Tone
HIGTI
VON-.
TEMP 10 tl 't0 10 14 t4 't9 21 25 18 29 26
l.loN 10 t6 10 't9 14 25 17 29 23 34 30 42
LOVV
VOL.
TEMP NA t{A llA itA l'lA t{A 11 12 13 13 17 It
NON l.|A NA tlA NA l,lA 1.|A 12 t6 14 19 17 21
AVERAGE GURRENT (rnA): 3'000 Hz InterruPt€d Tone
HGH
voL.
TEMP 11 13 11 11 t6 16 24 2A 23
NON 11 't7 1l 21 14 2A t9 u 27 39 45
LCM/
VOL.
TEMP l.lA t'lA t{A t{A itA t{A 14 14 17 21 19
NOf.l l.|A t'|A t{A t|A I'lA l.|A 13 t8 16 21 25
H/S
3O cd
24-VOLT UODELS
20v 24V 30v
oc FWR DC FYUN DC FIVR
A\rG. GITRRErT (mA): Elscttomech.
HGH
voL.
TEMP 97 105 g2 100 a7 98
tll3tl 95 113 90 116 88 114
LOVV
VOL.
lEMP 89 80 95 75 87
NoN 90 98 81 101 75 96
AVG. GURRET{T (m/{E 3'OOO llz Inter.
HGH
vot-
TEMP 102 108 105 95 1os
tpN 97 't16 94 121 93 117
LOI/V
voL
TEMP 92 96 84 97 79 91
NON qt 100 83 103 80 97
H/S
{5 cd
lz.VOLT TTOOELS 2'|-VOLT IIODELS
10.5 v 12V t7v 20v 21V gtv
DC FWR oc FWF DC FII'R DC FIVR DC FWR oc FUIR
AVERAGE GURRENT (mA): El€ctrom€chenlcal Ton.
HGH
VOL.
TEMP 143 170 124 r67 o<142 82 68 78 87
NON '143 170 124 r67 95 142 67 90 bo 94 68 103
LOW
VOL.
TEMP t\|A NA NA t.lA NA ilA 6t 73 73 55 76
NON NA NA NA NA NA |.|A 62 77 79 55 6J
AVERAGE CURREI{T (mAl: 3'OOO Hz lnterruptcd Ton€
HIGH
voN-.
TEMP 144 172 125 168 o7 '144 71 87 7'l 83 94
NOI.I 144 173 125 168 vc 146 69 70 99 73 '| 06
LO/l/
voL.
TEMP NA ttA 1'|A NA l.lA l'|A 64 60 75 to 80
NON NA NA NA t{A ]\lA tt{?9 8t 86
H/S
75 cd
2/r-VOtT f@El-s
20v 21V 30v
DC FUIR OG FWR oc FI{R,
AfrG, CURRE T (mAF ElectromGch.
HIGH
VON..
lEMP 164 191 148 167 131 167
NON 163 188 't 46 169 132 169
LryV
VOL.
TEMP 156 182 136 162 119 r56
l.lON 157 1A2 137 162 119 157
A\tG. CURRENT (mA!: 3'OOO Hz lntor-
HGH
VOL.
TEMP 169 196 151 172 139 174
l.loN 1$192 150 175 137 177
LOW
vo{-.
lEMP 159 194 140 164 123 160
NOtl 158 188 139 163 124 162
H/S
'15175 cd
r2.voLT OOELS 24-VOLT IODELS
10.5 v 12V l?v 20v 24V 30v
oc FWR oc FWR oc FIVR oc FWR DC FWR DC FU'R
AVERAGE CURRENT (mAl: El€ctromechanlcal Tono
HGH
vot_
TEMP 174 'r93 152 181 113 '164 75 86 74 82 73 88
NON 178 193 15?t8t 113 164 73 94 72 ot 74 104
Lol'
voN-.
IEMP NA 1,|A l{A r.lA l'l,A NA 67 77 62 61
NON NA t{,A I'lA NA M t{A 68 81 65 61 86
AVERAGE CURRENT (mAl: 3r0oo llz Intsltupted Tons
HGH
VOL.
TEMP 179 195 152 183 115 156 80 al 77 87 81 95
NON 179 r96 152 183 Ita 168 75 99 't03 79 107
LOW
vo{_.
TEMP NA NA NA l'lA l.lA t'tA 70 79 66 79 8t
NON NA NA NA NA I,lA tl,A 69 65 85 bo a7
H/S
'l{0 cd
24-V(LT OT'ELS
20v AV 30v
oc FWR oc FWn oc F5'R
A\rG, CURREilT (mA): Eloctromech-
HEH
voL.
TEMP 188 211 165 209 114 200
t{oN 186 238 163 211 1/t5 202
LOW
VOL.
TEMP 180 232 r53 2U 132 189
NON 181 232 154 2U 132 190
AltG. GURRENT (mA): 3POO Hz lnteG
I-trGH
voL.
lEMP 193 246 168 214 152 m7
NOtl 166 242 167 217 150 210
LOttt
vor-.
TEMP 183 2U 157 206 136 193
t{oN 182 232 156 205 137 195
Page 4 of4 - ON-5939'01/1201
RED vuHtrE voltage ;andela Mg. m/t @
nom. voc
NS. nrf @
non. Fl\'fl
Horn/Strobes
P12',15 P1215W 12 15 124 167
P121575 P121575W 12 15175 152 181
P2415 P2415W 24 68 7A
P241575 P241575W 15t75 74 82
P2430 P2430W 24 30 100
P2475 P2475W -75 148 167
P24110 P24110W 24 110 165 209
P 1 21 57 5R (weatfprprogf)12 15 t75 124 to,
P24 1 57 5K (n'eattErpoo0 15t75 74 82
P2475K (weattErp roof)24 ta 148 167
P241 1 0K (',raalherProo0 24 110 165 209
P241575P (m bnering)P241575PW 24 74 82
P2415754G (aged)24 '15 I 75 74 82
P241575EV (e'ac ation)24 15175 74 6Z
GANADTAN Models' Hornlstrobes
P2415A.P241sWA 24 15 68 78
P2415754 P241575WA 24 15t75 74 82
P2430A P243OWA 24 30 92 100
P247 5A P247sWA 24 148 167
P24110A P2411oWA 110 165 209
P241 57 sKA (weatherproof)15175 74 oz
P2475KA (',r€attprPtoo0 24 148 '167
P24 1 I oKA (weatlErproof)1t0 '| 65 209
SPANISH Labetingr Horn/Stiobes
Strobes
P241575F (FUEGO)24 't5 I 75 74 a2
s1215 s1215W 12 15 114 't57
s12'1575 s121575W 12 15175 142 171
s2415 s2415W 24 t5 43 60
s241575 s24157sW 24 15t75 49 64
s2430 s2430W 24 30 a2
s2475 s2475W -24 123 '| 59
s24110 s24110W 24 tlo 'r40 191
Sl 2 I 575K (,,\€atheQtoo0 12 15t75 142 171
S241575K ($€athePooD 24 't5 I 75 49 64
S2475K (wealherproo0 24 75 123 '159
S24 l 1 0K (\r,€atherproof)24 110 140 191
5241575P (r|o bnerirE)s241575PW -24 1st75 49 64
S241575AG (8ger{)24 15t75 49 u
S241575EV (e\acuation)24 15t75 49 u
CANADIAN Models, Strobes
s2415A s24'15W4 24 43
s241575A s241575W4 24 15 t75 49 64
s2430A s243oWA 24 30 ot 82
s2475A s247sWA 24 123 149
s24110A s24t1owA 110 140 191
5241 575KA (\,'?a0ErPmoD 24 15 175 49 64
S2475KA (weat€rpmo0 24 75 123 149
52411oKA (weaheProof)24 110 140 191
sPANtsH Labelinc. Strobes s24157sF (TUEGO)24 15t75 49 64
Horns H12n4 H72n4W 't2 t 24 NA 't0 I 25 10/18
H1224K (u€atherprcoo 12t24 M 10t25 10 / ',l8
GANADIAN Models, Horns
HC12n4A HC12n4W 12t24 NA 10t25 10/18
HC12a4KA (t r€at€rprooo 12 124 NA 10t25 10/18
Sync.Circuitn Module MDL MDLW 12t24 NA 10t11 121 15
CANAOIAI{ Sync'Circuitn l6odule MDLA MDLWA 12 124 NA 10/11 't2 I 15
Small Footprint Mountlng Plate
for Slnqle-Gang OllLY S.MP S.MPW NA NA NA M
surface-Mount Backbox Skirt B8S BBSW M NA l'|A M
Universal Mounting Plate
lranlacement!D.MP D-MPW t\|A NA NA NA
Weatherproof Backbox wsB NA NA NA NA
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E
E4oE2I
E
=IJ
FI
Doo4a
,
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1
DN-5939. 0l/12/01 - Page 3 ot4 il
tl
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Gommercial Specialists of Western Colorado, LLC.
Data Sheets
For
Village Center Unit 3-K
$ruesco@toTlFIEn'rcnftRruErrlrucffiY.rc
Table of Contents
FMM Series Monitor Modules with FlashScan... ... . '. ... ... Section 1
o FMM-l0lMiniture Monitor Module
PA400 SeriesMini-Alert SounderwithOptional Stobe..............'Section2
o PA400B Mini Alert Sound,er @eige)
Gentex 9000 Series Photoelectric Type Single Station Smoke.'......Section 3
o 9L20IIF 120VAC/9VDC Tandem with Therm-Relays
I
Septomber 12, 2001 DN-6720 . H-220
NOTIFTER.Fft,lM, FZM, ond FDM Series
Monitor Modules with FloshScon@
Sec'tion: IntelligenuAddrossable Devices
GEIIERAT
Four difierent rnonitor modules arc available for NOTIFIER in-
telligent conbols to suit a variety ot applications. Monitor
modules are used to supervise a circuit of dry-contact input
devices, such as conventional heat detectors and pull sta-
Uons, or monitor and power a circuit of twc.wir€ smoke de-
tectoF (FZM-1).
FillUl-l - is a standard-sized module (typically mounts to
a 4" [101.6 mm] square box) that supeMses either a Class
A (Style D) or Class B (Style B) circuit of dry-contad input
devices.
ilt l0l - is a miniature monitor modulo (a mere 1.3.
(33.02 mm) H x 2.75' (69.85 mm) W x 0.5" (12.70 mm) D)
used to supeMse a Class B (Style B) circuit. lts compacl
design allows the FMM-101 to oft€n be mounted in a single-
gang box behind the device it's monitoring.
FZ,M-I - is a strandar&sized module us€d to monitor and
supervise compauble two.wire, 24 volt, srnoke detectors on
a Class A (Sbdo D) or Class B (Style B) circuit.
FDil-l - is a standard-sized dual monitor modulg ussd to
monitor and supervise two independent two-wir€ initiating
device circuits (lDCs) at two separate, conseqrtiw addresses
in intelligent, two-wiro systsms.
FlashScan@ (U.S. Patent 5,539,389) is a nerv communi-
cation ptotocol dsvsloped by NOTIFIER Engin€ering that
greafly enhances the sp€6d of communication b€twe€n ana-
log intslligent devices. Intelligent devices communicate in a
group€d fashion. lf one of the devioes within the group has
new informatbn, th€ pansl CPU stops the group poll and
concenbates on single points. The net efiec{ is rcsponse
spe€d gre.ter lrran f,ve umes that of other dssigns.
FltshscenO is a r€gistorod tradema* ot NOTIFIER.
Fmm.t toNttoR moDutE. Built-in type identmcation automatically identifies this de-
vice as a monitor module to the contnol panel.. Ponrered direclly by twewire SLC loop. No additional
Por 'er r€quir€d.. High noise (EMF/RFI) immunity.. SEMS screws wlth clamping plates for eas€ of wiring.. Oired-dial entry of address 01 - 'tsg (0j - 99 on badi-
tional systems).. LED flashes gr€€n dudng normal operation (this is a p]},
grammable option) and latches on steady red to indicat€
alarm.
The Fl,lil-l l{onltor llodule is intended for use in intellF
gent, two.wir€ systems, wh€re the individualaddress of each
modul€ is selected using the built-in rotary switches. lt prc-
vides either a two-wir€ or four-wire fault-tolgrant Initiating
Device Circuit (lDC) for normallyopen-contract fire alarm and
supervisory devices. The module has a panel-cor rolled LED
indicator. The FMM-1 can b6 us6d to replace MMX-1 mod-
ules in existing systems.
@
cs669 @ffiH:*,.,\.7
USTED
s635@
Approved
Thls dodjflrent is nol intsndod to b€ used tor inslallatbn purposes. W6 try to ksop our
producl infomation up.to.dab and accurat€. Ws canmt cov* all spedlic aDolications or
anlicipalc all r€quir€nsnls. All spocilicstions ar€ suuaci to ai;noe witirout notbe.
Fo. mor3 infomatbn. conrrBct NorFER. phon6: (203)aE+?161 FAX (203)4E4-7tlE
@ r on rl e n t2 ctintonvi a Rosd, No htord, connscricur 06472
DN€74r. 09112n1 - PsgB l ofo
MARYLAND
State Flre Marshal ME/A
Permit # 2020 14341-E (FDM-1)
(ex@pt FDtkl) 4ileg-E (FMIG-I,
FMM-101, FiZ hl)
FMM.l
and
F;Zf,t-1
detail of FDM-I
- note "ones"
addresses arc
0, 2,4,6, I onllt
FMt-{ Appllcatlont - Use to monltor a zon€ of four-
wire smoke detectors, manual fire alarm pull stations,
waterf,ow devic€s, or oth6r nonnelly-open dry-contact alarm
activation d€vicss. May also b€ usad to monitor normally-
open supervisory devices with speclrl supanlsory lndlct-
tion at the control panel. Monitored circuit may be wired as
an NFPA Styl€ B (Class B) or Styl€ D (Class A) InldaUng
Device Circuit. A 47K ohm End-of-Line R€sistor (provided)
terminates the Style B circuit. No resistor ls required for su-
peNision of the Style D circuit. Maximum IDC loop length is
2,5@ fr,.n62 m (20 ohms maximum).
EOosb
0
1
2
3
4
qs oo
0
1
2
3
4
FMM-I Operatlon - Each FMM-1 uses one of 159 avail-
able module addresses on an SLC loop. lt responds to regu-
lar polls from the contol panel and reports its type and the
status (open/normal/short) of its Initiating Device Circuit (lDC).
A flashlng LED indicates that the module is in communica-
tion with the control panel. The LED latches steady on alarm
{subject to cunent limltations on the loop).
FilM.{ Speclficatlons
Nominal operating voltage: 15 to 32 VDC.
Ittaximum currenl draw: 5.1 mA (LED on).
lllaximum operating current: 375 UA (LED flashing).
EOL resistance: 47K ohms.
Temperature range: 32'F lo 120'F (0'C to 49'C).
Humldity range: 10% to 93% noncondensing.
Dlmenslons: 4.5' (114.3 mm) high x 4' (101.6 mm) wide x
1.25' (31.75 mm) deep. Mounts to a 4' (101 .6 mm) square
x 2.12tr (53.975 mm) deep box.
Fmt-tot flilNt mol|lToR moDutE
- Built-in type identification automatically identiftes this d*'
vie as a monitor modul€ to the AFC600.. Porered directly by two-wire FACP. No additional po$,er
requir€d.. High noise (EMF/RFI) immunity.. 'Tinned, sbipped leads for Ease of wiring.. Dircd-dial entry of address (01-159).
The FMM-to'l ltlinl lionltor ltodulo can be installed in a
single€ang junction directly behind the monitored unit. lts
small size and light weight allow il to be install€d without rigid
mounting. The FMM-101 ls int€nded for us€ in int6lligent,
twowire syst€ms where the individual address of each mod-
ule is selectEd using rotary switches. lt provid€s a two-wir€
initiating device circuit for normally-open-contacl fir€ alarm
and se€urity devices. The FMM-101 can be used to replace
MMX-101 module in existing slstems.
FtM.l Ol Applicatlons - Use to monitora single d+
vice or a zone of four-wire smoke detectors, manual fire
alarm pull stations, wai€rflow devic€s, or other normally-op€n
dry-contact dovices. May also be used to monitor normally-
open supervisory devices with special supervisory indication
at the control panel. Monitored circuiVdevico is wir€d as an
NFPA Style B (Class B) Iniiiating Device Circuit. A 47K ohm
End-of-Line Resistor (provided) lerminates th6 circuit.
FMM.lOl Operatlon - Each FMM-101 uses one of
159 available module addresses on an SLC loop. lt responds
lo regular polls from the control panel and r€ports its typ€
and the status (open/normal/short) of its Initiating Device
Circuit (lDC).
FMM.{0{ Speclficatlons
Nomlnal operatlng voltage: 15 to 32 VDC.
Maxlmum operallng curr€nt: 375 pA.
EOL resistance: 47K ohms.
Temperature range: 32'F to 120'F (0.C to 49.C).
Humldlty.angs: 10% to 93o/o noncondensing.
Dlmanslons: 1.3" (33.02 mm) high x 2.ZS' (69.85 mm) wide
x 0.5' (12.70 mm) deep.
Wre length: 6' (152.4 mm) minimum.
FZTI.I INTERFACE MODUTE. Supports compatible two-wir€ smoke d€tecrtors.. Supervises IDC wiring and connecdon of extemal power
souroe.. High noise (EMF/RFI) immunity.. SEMS screws with clamping plates for ease of wiring.. Direcldial entry of address (01-159).. LED nashes during normal operation (this is a prograrn-
mable option).. LED latches steady to indicate alarm on command from
control panel.
The FZm-l Int€rfaca oduls is intended for use in intelli-
gent, addressabl€ s!6tems, wh€re the indMdual address of
eacfi module is selecied using builtin rctary sritcfies. This
module allows intelligent panels to Interface and monitortwo-
wire conventional smoke deteclors. lt transmlb the status
(normal, open, or alarm) of one fult zone of @nvensonal de-
tedors back to the control panel. All t/r,o-ud'€ detec.tors be.
ing monitor€d musi b€ UL compatible with the module. The
FZM-1 has a panel-controlled LEO indicator and can be used
to replace MMX-2 modules in eisting systgms.
FZM-I Appllcatlonr - Use the FZM-I to rmnitor a
zme of tr/lro'wire smoke deteclors. The rmnibrcd circuit may
b€ wirod as an NFPA Style B (Class B) or Styte D (Class A)
Initiating Device Circuit. A 3.9 K ohm End-of-Llne Resistor
(pDvidsd) terminatEs the end of the Style B or D (dass B or
A) circuit (maximum IDC loop msislance is 25 ohms). Install
ELR across tEminals 8 and 9 for Style D application.
FZM-I Operatlon - Each UM-l uses one of 159 avait-
able modulo addr€sses on an SLC loop. lt responds lo regu-
lar polls from lhe control panel and reporb ib gpe and the
statrs (op€n/normaUshort) of lts Initiating Dwice Cirolt (tDC).
A flashing LED indicates that the module is in communica-
tion with the control pan6l. The LED latches steady on alarm
(subj€ct to cunent limitations on the loop).
FZlrl.l Speclflcatlon.
Nomlnal operatlng voltago: 15 to 32 VDC.
Maxlmum cu.rcnt draw: 5.1 mA (LED on).
Maxlmum operatlng cun€nt 255 pA (LED flashing).
EOL reslstrnca: 3.9K ohms.
Exlernaf supply voltage (betwaen Terminals T3 and T4):
DC voltaga: 18 to 28 volts porer timtted. RIWte vottage:
0.1 Vnus maximum. Cunenl: 90 mA p€r module maximum.
T€mporaturo range: 32'F to 120"F (0'C to 49'C).
Humldlty range: 10% lo 93% noncondensing.
Dlmenslons: 4.5" (114.3 mm) high x 4" (101.6 mm) wide x
1.25" (31.75 mm) deep. Mounts to a 4' (101.6 mm) square
x2.125" (53.975 mm) deep box.
I
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Pag€ 2 ot6 - DN6720.09/l2ml
FDM.I DUA! }IONITOR TTODULE
The FDM.1 Oual Monltor Module is intended for use in in-
telligent, two-wire systems. lt provides two independent two-
wire initiating device circuits (lDCs) at two separale, consecu-
live addresses. lt is capable of monitoring normally open
contact fire alarm and supervisory devices; oreither normally
open or normally closed s€curity devices. The module has a
singfe panef -controlled LED. NOIE: The FDM-1 provides
trlo C/ass B (SUle Y IDC circuits Oir[Y. C,ass A ($yte Z)
IDC circuits are NOT supported in any applietion.
FDM-{ Speclficatlons
Normal operatlng voltag€ range: 15 to 32 VDC.
lrlaximum currsnt draw: 5.7 mA (LED on).
lilaxlmum operatlng curront: 750 yA (LED flashing).
EOL r€slslanco: 47K ohms.
ilarimum IDC wlring r.slstance: 1,500 ohms.
Tempcraturs range: 32'to 120'F (0'to 49'C).
Humldlty rango: 10% to 93% (non-condensing).
Dlmenslons: 4.5'(114.3 mm) high x 4'(101.6 mm) wide x
2.125' (53.975 mm) deop.
FDM-I Automatlc Addres3lng - The FDM-I auto-
matically assigns ibelf to two addressable points, starting
with th€ original address. For example, if the FDM-1 is set to
address "56', then ll will automatically assign itself to ad'
dress€s "56' and '57'. IVOIE' 'ones" addresses on fhe
FDM-I arc O, 2,4, 6, or 8 only. Terminels 6 and 7 use the
{irst address, and terminals 8 and 9 use the second address.@tt
Avold duplicating addresses on the system.
Face Plate for FMll-|, FiZll-1, and FDM-I
xtoultillto DtAcRAms
for stenderd.sfzcd
mcdalct
l1{sTAtLATtON
FMM-1 , FDM-1 , and HZM-7 mdules mount diredly lo a starF
dard 4" (101.6 mm) square, 2.125" (53.975 mm) deep, elec'tri-
cal box. They may also be mounted to the SMB500 surface
mount box. Mounting hardware and installation instructions are
provided with each module. All wiring must conform to applF
cable local codes, ordinances, and regulations. These mod-
ules are intended for pow€r-limited wiring only.
The FMM-101 modure is intended to be wired and mounted
without rigid connections inside a standard elec.trical box. All
wiring must conform to applicable local codes, oldinances,
and regulations.
PRODU€! HlitE tltFORfltATtON
Model Descrlptlon
Filtll-1 Monitor rnodule.
FllM-101 Monitorrnodule,miniature.
FZM.'I Monitor module, twswire detec{ors
FDM-I Monitor module, dual, two indapendent Class
B circuits.
SltlB500 Optionalsurfac€-mountbackbox.
ARG H If ECIS'/EIIGI 1I EERS'
SPEGIFICATIOIIS
Specifications of these and all NOTIFIER producG ate avail-
able from NOTIFIER.
a
TiI
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T
dN%^go%
ON€720. O9|1AO1 - Page 3 of6
5)
6)
7)
8)
WIRING DIAGRAIYTS
The lollowing wiring diagrams arc included:
t) FDM.1, typical dual two-wire Style B initiating device circuit conflguration.
2J FMM-101 , typical two-wire Style B initiating device circuit configuration.
3, FMM-i, typical two-wire initiating circuit configuration, NFPA Slyle B.
4J FMM.I, typical four-wire fault-tolerant initiating circuit configuration, NFPA
Style D.
FMM-i, typical two-wire initiating circuit configuration for security systems
(with alarm versus short capability).
FZM-1, interface two-wire conventional dotectors, NFPA Style B.
FZM.1, interface two-wire conventjonal det€ctors, NFPA Style D.
FRM-1, relay mntrol module used to disconnect a power supply.
Fig. I FDM-|: Typical dual two-wttc Style B
initiating devlce circult conflguntion.
Two lnitiating Device Circuits-7 (L&H)
eacfi Dor,verlimiled to
230 uA max. @ 12 VDC max.
47K EOL
Resistor
ELR47K
47K EOL
Resistor
ELR.07K
TO Nan
Device FROM Panel
o/,Prcvious
Devlce
ofih,tl.lrd
\comrn,", tiotrLine
32 VDC maxlmum.
Twistedaalr ls
]€commended.
. All widng shown is supervised
and power limit€d.
. Conneci npdules to listed compatible
NOTIFIER conhol panels only.
. ANY NUMBER of UL Listed contacl closure devices may be usad.
. DO NOT MD( ttre alarm initiating, supervisory or seorfi danices on the same circuit.. Install contiact closure devices per manufaclurer's instrallation Instruc{ions.
Flg. 2 FMM-101: Typlcal two-wlre Style B
i nitiatlng devlce clrcult con@urailon.
Page 4 of6 - DN€720 .09/12rc1
UL LISTED
Gompatlble
Control
Panel
(-) (+) FMil-101
iffi2\S'-tdtt)
t-)
3
Connect modules to listed compatible NOTIFIER control panels only.
All wiring shown is supervised and power limiled.
Install contact closure devices per manufacturers' installation instruclions.
Any number of ULiisted mntact closure devices may be used.
DO NOT MXfire alarm initiating, supervisory, or security devices on the same circuit.
V Flg. 3 FMM-|: Typtcal two-wirc tnttiating device circuit configuratlon, NFPA Style B.
TO Nen
Device FROM Panel
or Prevlous
Devicc
lnftlating Devioe Circuit (DC)
NFPA St$e B, povv€r limitod:
230 pA max. @ 12 VDC max.
\corrrni." tionLine
32 VDC maximum.
Twlsted-pak ls
r€comrnended.
Communication Loss
(optional conmctbn for panals
whlcfi support thls f€ahJrs)
FUruREFEAruRE
47K EOL
Resistor
ELR{7K
3720'*2.rrt
V Flg. 4 FMM-1: Typical four-wlre fault-toterant lnfttattng clrcuit configuratla, NFPA Style D.
IO l{exl
De,vlce FROM Panel
or Pltvlo,us
Devfu
\cornmunicatron une
EOL Resistor
is intemal at
tarminals 8 & 9 -J< Contmunication Loss
(optional oonnectlon for panels
which support thls feetur€)
FUruREFEAruRE
t?2q,r3.i!,
V Ffg. 5 FMM-I: Typlcal two-wlre Inlttating clrcult configunfion for securltyr systems
(wlth alarm vercus short capablllty).
Initiating Devlcr Clrcult (DC)
NFPA SVI€ B, power limitad:
230 pA max. @ '12 VDC max.
IO lVexl
Device FROM Panel
or Prcvtous
Devlc€
47K EOL
Resistor
ELR-47K -J< Communication Loss
\comrni", tion Line .
32 VDC maximum.
Twistod-pair is
recommended.
(optional connec,tion for panels
Yvhich supporl thls feature)
FUruREFEAruRE
14K Series Reslstor
!li2or,r,a.rnf
DN€720. 09/12/01 - Paga 5 of6
Connect modules to listed compatible control panels only.
Terminal wiring must be power limited.
DO NOT Mlt( firc alarm initiating, supervisory, or security devices on the same circuil.
DO NOT LOOP unre under terminals. Break wire runto prwide superuision of conneclions..
Detectors must be UL listed compatible with module.
Install detec{ors Der manufacturers' installation instructions.
Power to the interface module must be extemally switched lo reset the detectors.
used to s ,itch power ftom a standard power supply; see Fig. 7 below.
An FRM-I relay control module can be
V Flg. 6 FiZM-1: lntertace two-wire conventlonal debctors, NFPA Style B.
IO Next
Devicr-
3.9K EOL
Resistor
(inctud&)
A2l'|ll-10
FROM Panel
or Prcvious
Dc,vice
\ c*,rrn ication Line
32 VDC maximum.
Twiste&pair is
recommended.
Listed Battery Backup
swltch€d DC
pow€r supply.
G?ito*s. {
*z Optional Bnnci Cirgr.tit
TO Next lntertace Modute
Module supelises supply
vollage and detec{or loop.
V Fig. 7 FiZM-l: Inbrtace two-wire conventlonal detectors, NFPA Style D.
IO Nexl
Device
FROM Panel
or P@vlous
Devte..
\Cornrrn kation Line
32 VDC maxlmum.
Twist€d{ak ls
re@mmended.
Lided Baftery tuckup
Eritcfiod DCpoi€r supply.
t720*a.s
.,- Optional Bnnch Circuit
TO Next tntertac8 Mod/ule
Module superuises supply
voltags and d€t€coor loop.
3.9K EOL Resistor
(tnduded) r€quired
atterminalsS&9
A2trB.10
V Flg. 8 FRM-1: Relay control moduleusedto disconnecta powersuppty.
TO Nert
Device
(-)
(+)
FROM Panel
or Previous
Devioo
Cunmunication Line
32 VDC maximum.
Twisted-pair is
recommended.
RELAY
CONTROL
MODULEDC POWERSUPPLY (+)
Listed for Fire (-)
Protection with
Baftery Backup
,+
E+lf
7-{P
SSpl
Psge 6 of 6 - ON€720. 09rlz0l
t7:ZO*t srl
June 16, 1998 PA400 DN-240s'J'10s
NOTTFTEFf
FTRE SYSTENIS Mini-Alerl'" Sounder
wirh Optionql Strobe
Section: AudioNisual Appliances
GEIIERAt
System Sensor's model PA400 Mini-Alert Sounder is com-
pact and reliable.
Sounders
Model PA400, the Mini-Alert piezo horn, has a 90 dBA
pulsed sound output, and operates at 12 and 24 VDC and
full wave rectilied unfiltered. This compact device is ideal
for hotel, motel, or residential fire system applications,
where aesthetics demand a small indicating device.
Strobes
The UL 1638 compliant PS Series signal strobe is an eleo
tronic visible waming signal that flashes approxlmately once
every 1.5 seconds. Available in a 1 .5 cd light intensity, the
strobe light uses an e)drem€ly reliable xenon flash tube
with lort, cunent requirements. The elec{ronic circuit is en-
closed within the durable polycarbonate lens. All circuits
are polarized to be compaUble with DC alarm supervision
and saiisry lhe latest code requirements for primary visible
signaling.
PSLO add-on strobes field install to the PA400 Series
sounders, but are listed for secondary visible signallng only.
FEAIURES
. Atbactive styling (ideal for residential or hotel applica-
tions).. Polarized for DC supeMsion.. lntenupted tone.. 9O dBA output at 10 fe€t (3 meters).. 1.5 candela add-on sbobe (secondary signaling).. Operates from 10 to 32 VDC.. Low cunent drain.. Easy field-wiring with SEMS s6€ws.. Available in red, b€ig€ or white.. Mounts in standard slngle{ang backbox.. Three-year warranty.
GOilgTRUCilON AltD OPERAflOil
The sounder operates electronically and uses th€ piezo
efiect. The sounder is mounted on a wall plate which is
available in red, white or beige. Optional stob€s (models
PSl2LO and PS24LO) are easily mounted to sounders in
the field. The red+olored sounder is lntended for use in
the alarm indicating cirqrit of a UL listed 12 or 24 VDC fire
alarm conlrol panel. Optionalstrobe additions of Ore PA400
(models PS12LO and PS24LO) require a 12 or 24VDC
panel respeclively. These devices are available in dual
voltages, red or beige (P4400 ls available in wtrlt€), and
mount in several different configurations.
OW4A5.AY (PSrO)
The PA400
with Optlonal Strcbe
APPLICAIIOlIS
Piezo sounder ls designed for fire alarm and security haz-
ard waming, Optional strobe is recommended to protect
the hearing impaired and anyone occupying noisy areas.
The National Fire Protection Association publishes codes,
standards, and recommended practices for the installation
and use of sounders and strobes.
fhePAI(N
This dodment is nol inlond.d to ba usrd for In6tallstion purpos€s. Wa try to ko€p our
product informalion uFiodata and accurata. Ws canmt cov€r sll sp€cific applicatiom or
snlicipato ell requirEmanlE. All sp€cilications ara subjcct lo chang€ without notic..
For moro infomalion, contscl OTIFIER. Phon€: (203) 484-7161 FAX: (203) 484-7118
@ f Of f f l e R. 12 Ctinronvfl€ Roed, Nodhford, connscticut 06472 nffirnrilmtr|l]r
DN-2405.06ner98 - Psgs I ol 2
SPEGIFICATIONS
Mini-Alertil Sounder/Strobe
Mechanical: AWG: 12 (3'25 mm'z) to 18 (0.75 mm2)' Di'
mensions without strobe j +9/16" (1 1 5.89 mm) high x 2-
13/16" (7'1.44 mm) wide x 1-1l8" (28.58 mm) deep; dimen-
sions wlth strobe: 4-9/'16" (115'89 mm) high x 2-13116"
(71.44 mm) wide x 2" (50.8 mm) deep' Weight wtthoy!
strobe: 2.4 oz. (68 g.); welght wlth sfrobe.' 5.6 oz (159
g.). Mountlng: 2-1t2" (63.5 mm) single-gang backbox.
Operating temperature range: 14'F to 140'F G10"C to
60'c).
Operating voltaget 12 and 24 VDC and full'wave recti-
fied unfiltered. Actual 12 volt operating voltage cannot be
less than 9.6 VDC or greater than 15.4 VDC; actual 24 volt
operating vollage cannot be less than 18 VDC or greater
than 33 VDC.
NOTE: Atl models can be powered using full-wave recth
fied unfiftered supplies. lJnder no circumstances can MA
1A24, SS12/24, or PA400 series devices input voltage
exceed 33 VDC or be ,ess than 9.6 VDC.
CURRENT DRAII' I SOUND OUTPUT
Gunent (mA)Reve1b0rant
(UL Ming)
Anechoic
@ r0fi.
(3.1118 m)12V 24V
PAA{IO 12 .t(82 dBA 90 dBA
PA400 with
PS__Lo 1.5 cd 62 40 75 dBA 83 dBA
wrRtNc
tNsrALtAiloll
Installation instructions are packaged with each unit. The
PA400 is intended for mounting to a standard 2-112" deep
single-gang box which allows sufiicient clearance for con-
duit entrance. The PA400 is compatible with DC line su-
pervision. The piezo sounder is polarized and has termi-
nals marked with polarity. Apply positive supply voltage to
(+) terminal and negative supply voltage to the (-) terminal
[See wiring diagramJ. Mount the appliance to the electrical
outlet box using the two mounting screws supplied. Wiring
must be in compliance with all codes and must not be of
such length or wire she which would cause the appliance
to operate outside of its published speciftcations.
The National Fire Protection Association has published
codes, standards, and recommended prac-tices for the in-
stallation and use of sounders and strobes. lt is recom-
mended that the installer be familiar with these require-
ments, with local codes, and any special requirements of
the Local Authority Having Jurisdic{ion.
ARGHITECTURAT/
ENGI 1I EERI ]IG SPECIFIOAITONS
Sounder shall be a System Sensor Model
-,
ca-
pable of operating at 12 and 24 VDC. Sounder shall be
listed to UndeMrite/s Laboratories Standard 46tt for fire
protection signaling systems. Sounder shall have an op-
erating temperature between 14'F and 1/tO"F G10'C to
60'C). Sounder shall have eight tone options, selected by
means of dip(s).
For sounder/strobe comblnatlon:
Sounder/strobe shall be a System Sensor Sounder/Strobe
Model
-,
capable of operating at 12 or 24 VDC.
Sounder/strobe shall be listed to Underwriters' Laborato-
ries Standard 464/1638 for fire protection signaling sys-
tems. Sounder/strobe shall have an op€rating temperafure
betw€€n 14'F and 1/O'F (-10'C to 60'C). Strobe shall
have a mlnimum light output of 1.5 or 15 candela and shall
be UL listed as a secondary signaling dwice.
DIilEilSIONS
tcon
Control
Panelor
prBvious
device.
TO
EOLR
or next
device.
+
ffi
hffil
+
l-- z.arzs' II f/1.44 trfnl I | ,,i:llll', I
.*il
..^..
NOTE: Shown with control Panel
in alarm. Panel polarity reversed
in supervisory condition.
PR,ODUCT LI NE INFORIIATION
RED WHITE BEIGE DESCRIPTION VOLTAGE CURRENT CANDELA
PA4OOR PA4OOW PA4OOB 90 dBA Sounder 12E4VDC 12 mA
PS12LO Add-on Strobe 12 VDC 50 mA 1.5
PS24LO PS24LOB Add-on Stobe 24 VDC 25 mA 1.5
Pag€ 2 of 2 - DN-2405. 06/16/98
GIENTEX sooo siEFilEs'
GctFIF'cIFIATIcII\I
PHOTOELECTRIC TYPE SINGLE STATION/
MULTI.STATION SMOKE ALARMS
AC POWERED WITH BATTERY BACKUP
lnstallation Instructions - Owner's Information
READ CAREFULLY AND SAVE
INTRODUCTION 9OOO SERIES
The 9000 Series Smoke Alarm is a Photoelectric Type
Alarm for use as an evacuation device in residential
applications. Each alarm has a solid state piezo signal to
warn and alert the household to lhe presence of threatening
smoKe.
Your Photoelectric alarm is designed to detect the smoke
that results from an actual fire. Consequently, it is
uncommon for household smoke such as cigarette smoke or
normal cooking smoke to cause an alarm.
MODELS
(SEE BACK OF ALARM FOR EXACT MODEL)
9120.................. ..........12o VAC, 60Hz
9123............................120 VAC, 60Hz with Temporal Horn
9220............................220 VAC, 50/60H2
9223............................220 VAC, 50/6oHz with Temporal Horn
OPTIONS, SELEGTIONS:
T - Integral 135"F Thermal Sensor
H - lsolated 135'F Thermal Sensor
F - 1 Form A/1 Form C Aux. Relay with Tandem Wire
Connection.
NOTE: In the event AG Power fails, a 9v battery will provide
proper alarm operation for a minimum of 24 hours.
HOW YOUR SMOKE
ALARM WORKS
The 9000 Series Smoke Alarm operates on the
photoelectric light scatter principle. The unit's sensing
chamber houses a light source and a light sensor.
The darkened sensing chamber is exposed to the
almosphere and designed to permit optimum smoke entry
from any direction while rejecting light from outside the
alarm.
The light source is an infrared (invisible) LED which
pulses every 8 seconds. The light sensor is a photodiode
matched to the light frequency of the LED light source.
Under normal conditions, the light generated by lhe
pulsing infrared LED is not seen by the light sensor, as it is
positioned out of the direct path of the light beam. When
smoke enters the sensing chamber, light from the pulsing
LED light source is reflected by the smoke particles onto the
photodiode light sensor. At the first sighting of smoke, the
alarm is put into a pre-alarm mode. This is indicated by a
rapidly flashing LED on the face of the alarm. Once the light
sensor confirms smoke for 2 consecutive pulses inside the
chamber, the light sensor produces the signal necessary to
trigger the alarm and sound the electronic horn.
This technique of verifying the smoke condition,
combined with a s-to-1 signal-lo-noise ratio, substantially
reduces the possibility of nuisance alarms.
HOW TO TELL IF YOUR SMOKE
ALARM IS WORKING PROPERLY
r Your alarm is provided with an alarm hom and pulsating
Light Emitting (indicator) Diode, which pulses every 30
seconds, and a green AC power on LED.
. When tuming the test knob on the alarm to TEST 1 the
red light emitting diode should flash rapidly and the hom
should sound.. lf the baftery is low, a chirp will be emitted when the red
LED flashes. lf the alarm is malfunctioning, or if the
battery is missing, the chirp is sounded without the red
LED flashing. lf AC power fails, the green LED will turn
off.. The test knob of your alarm simulates actual smoke
conditions.
NOTE: Tandem lnterconnect Models.
r When testing one alarm, the alarm that is activated will
flash the red indicator light and sound its alarm horn. All
other units will sound the alarm horn with their red
indicator lights remaining off. The relays will also activate
on all units in tandem on models equipped with the relay
option.
FIRE PROTECTION PLAN
This Smoke Alarm can quickly alert you to the presence
of smoke-it cannot prevent fire. Please note that there are
hazards against which smoke detection may not be effective,
such as smoking in bed, explosions, when a closed door
seoarates the alarm from the source of the smoke, etc. The
ultimate responsibility for fire protection rests solely on you-
Pg.9-1
550-0093
2.
1.To minimize fire hazards-avoid improper storage of
flammable liouids and don't leave small children home
alone.
Bedroom doors should be closed while sleeping if a smoke
alarm is installed in the bedroom. They act as a barrier
against heat and smoke.
Establish an escape plan:
(a) Post a detailed floor plan depicting the chosen escape
routes.(b) Each bedroom should have at least two escape routes.
(c) trlat<e sure your children know what to do in case of
fire and teach lhem to follow the escape plan you
have oosted.(d) Agree on an outside meeting place.
(e) Conduct fire drills at least twice a year.(f; Be sure each member of the family is Jamiliar with the
smoke alarm so they can react properly.
WHAT TO DO IF THERE IS A FIRE
IN YOUR HOME
lf you have prepared family escape plans and practiced
them with your family, you have increased their chances of
escaping safely. Review the following rules with your children
when you have fire drills so everyone will remember lhem in a
real fire emergency:
a. Don'l panic; stay calm. Your safe escape may depend on
thinking clearly and remembering what you have practiced.
b. Get out of the house following a planned escape route as
quickly as possible. Do not stop to collect anything or to
oet dressed.
c. 6pen doors carefully only after feeling to see if they are
hot. Do not oDen a door if it is hot: use an alternate
escaoe route.
d. Stay close 10 the floor; smoke and hot gases rise.
e. Cover your nose and mouth with a cloth, wet if possible,
and take short, shallow breaths.f. Keep doors and windows closed unless you open them to
escape.g. Meet al your prearranged meeting place after leaving the
nouse.
h. Call the Fire Department as soon as possible from outside
your house. Give the address and your name.i. Never re-enter a burning building.
Contact your local Fire Department lor more information on
making your home safer from fires and about preparing your
family's escape plans.
WHAT THIS SMOKE ALARM
CAN DO
This alarm is designed to sense smoke entering its sensing
chamber. lt does not sense gas, heat (except for the H or T
options), or flames.
When properly located, installed, and maintained, this
smoke alarm is designed to provide early waming of
developing ftres at a reasonable cost. This alarm monilors the
air and, when it senses smoke, activates its built-in alarm hom.
It can provide precious time for you and your family to escape
from your residence before a fire spreads. Such an early
warning, however, is possible only if the alarm is located,
installed, and maintained as specified in this Use/s Manual.
NOTE: This smoke alarm is designed for use within single
residential living units only; that is, it should be used inside a
single-family home or one apartment of a multi-family building.
In a multi-family building, the alarm may not provide early
warning for residents if it is placed outside of the residential
units, such as on outside porches, in corridors, lobbies,
basements, or in other apartments. In multi-family buildings,
each residential unit should have alarms to alert the residents
of that unit. Alarms designed to be interconnected should be
interconnected within one family residence only; otheruise,
nuisance alarms will occur when an alarm in another living unit
is tested.
IMPORTANT NOTE: WHAT SMOKE
ALARMS CANNOT DO
Smoke alarms will not work without power. A battery
must be connected to the alarm to maintain proper alarm
operalion if AC power supply is cut off by an electrical fire, an
open fuse or circuit breaker, or for any other reason. In the
event of AC power failure, the battery will supply power for a
minimum of 24 hours.
Smoke alarms may not sense fire that starts where
smoke cannot reach the alarms such as in chimneys, in
walls, on roofs, or on the other side of closed doors. lf
bedroom doors are usually closed at night, alarms should be
placed in each bedroom as well as in the common hallway
between them.
Smok€ alarms also may not sense a fire on another
level of a residence or bullding. For example, a
second-floor alarm may not sense a first-floor or basement fire.
Therefore, alarms should be placed on every level of a
residence or building.
The horn in your alarm meets or exceeds cunent audibility
reouirements of Undenivriters Laboratories. However. if the
p9. G2
5504093
lf the alarm should sound:
1 . Never waste time dressing or gathering valuables. Follow
lhe escape route and leave the house immediately2. Check bedroom doors before openinq. lf the door is hot or
smoke is leaking in around the edgeS-DO NOT OPEN-use
lhe alternate escaoe route.3. lf there is smoke in the escape route-keep close to the
floor and take short breaths. lf possible, cover your nose
and mouth with a wet cloth.4. Do not use your own telephone-call the Fire Department
from vour neiqhbor's house.5. Once'out, do -not re-enter your house, but proceed to your
prearranged meeting place.
WHAT ELSE YOU CAN DO TO MAKE
YOUR FAMILY SAFE FROM FIRES
Putting up smoke alarms is just the first step in protecting
your family from fires. You also must reduce the chances that
fires will siart in your home and increase your chances of
safely escaping if one does start. To havir an effective fire
sarety program:
a. Install smoke alarms properly following the -instructions in this manual. Keep your smoke alarms
clean. Test your alarm weekly and repair or replace it
when it no longer functions, As with any electronic
product, alarms have a limited life, and alarms that don't
work cannot orotect vou.b. Follow safety rules and prevent hazardous situations:. Use smoking materials properly; never smoke in bed.r Keep match-es and cigaiettb lighters away from children.. Store flammable materials in proper containers and
never use them near open flames or sparks.r Keep electrical appliances and cords in good working
order and do not overload electrical circuits.. Keep stoves. fireplaces, chimneys, and barbecue grills
gredse-free and inake sure they are properly installed
away from combustible materials.. Keep portable heaters and open flames such as
candles away from combustible materials.. Do not allow rubbish to accumulate.c. Develop a family escape plan and practice it with your
entire family, especially small children.o Draw a floor plan of your home and find wo ways to
exit from each room. There should be one way to get
out of each bedroom without opening the door.. Teach children what the smoke alarm signal means,
and that they must be prepared to leave the residence
by themselves if necessary. Show them how to check
tci see if doors are hot before opening them, how to
stay close to the floor and crawl if necessary: a.nd fgw
to ise the alternate exit if the door is hot and should not
be opened.o Decide on a meetino olace a safe distance from your
house and make suie that all vour children undeistand
that they should go and wait for you if there is a fire.e Hold fire drills at least everv 6 months to make sure that
everyone, even small childien, know what to do to
escape safely.. Know where to go to call the fire department from
outside vour resr-dence.. Provide 'emergency equipment such as fire
extinguishers?nd ieaih your family to use this
equipment properly.
alarm is located outside a bedroom, it may not wake up
a sound sleeper, especially if the bedroom door is closed or
onlv Dartlv opdn. lf the alarm is located on a different level of
the'rirsiddncb than the bedroom, it is even less likely to wake
up people sleeping in the bedroom. In such cases, the
Naiional Fire Protection Association recommends that lhe
alarms be interconnected so thal an alarm on any level of the
residence will sound an alarm loud enough to awaken
sleepers in closed bedrooms. This can be done by installing
a fir6-detection system, by connecting alarms together, or by
using radio frequency transmitters and receivers.
All tvDes of smoke alarm sensors have limitations.
No Wpri bf smoke alarm can sense every kind of fire
every'time. In general, alarms may not always warn you
aborit fires caused by violent explosions, escaping gas,
improper storage of flammable materials, or arson.
NOTE: This alarm is not designed to replace
soecial-purpose fire detection and alarm systems necessary
t6 protebt persons and property in non-residential buildings
sudh as warehouses, or other large induslrial or commercial
buildinqs. lt alone is not a suitable substitute for complete
firedelbction systems designed to protect individuals in
hotels and motels, dormitories, hospitals, or other health and
suoeryisory care and retirement homes. Please refer to
NFPA 101;The Life Safety code, and NFPA 72 for smoke
alarm requirements for fire protection in buildings not defined
as "households."
lnstalling smoke alarms may make you eligible for lower
insurance rates. but smoke alarms are not a substituto for
insurance. Home owners and renters should continue to
insure their lives and property.
PLACEMENT OF SMOKE ALARMS
THIS EQUIPMENT SHOULD BE INSTALLED IN
ACCORDANCE WITH THE NATIONAL FIRE PROTECTION
ASSOCIATION'S STANDARD 72 (National Fire Protection
Association, Batterymarch Park, Quincy, MA 02269).
For vour information, the National Fire Protection
Associaiion's Standard 72, r€quires the following:
Smoke detoctors shall be installed outside of each
separate sleeping area in the immediate vicinity of the
bedrooms and on each additional story of the family living
unit including basements and excluding crawl spaces and
unfinished attics. In new construction, a smoke detector
shall be installed in each sleeping room.
Where to Locate the Required Smoke Detectors in
Existing Construction. The major threat from fire in a family
livinq u-nit is at night when everyone is asleep. The principa'
thre,t to persons in sleeping ar€as comes from fires in the
remainder of the unit: therefore, a smoke alarm(s) is best
located between the bedroom areas and the rest of the unit.
ln units with onlv one bedroom area on one floor, the smoke
alarms should be located as shown in Figure 1.
ln familv livino units with more than one bedroom area or
with bedrooms oi more than one floor, more than one smoke
alarm will be needed, as shown in Figure 2.
In addition to smoke alarms outside of the sleeping areas,
NFPA 72 requires the installation of a smoke alarm on each
additional story of the family living unit, including the
basement. These installations are shown in Figure 3. The
livinq area smoke alarms should be installed in the living
roori or near the staiMay to the upper level, or in both
locations. The basement smoke alarm should be installed in
close proximity to the stairway leading to the floor above.
When'installed on an open joisted ceiling, the alarm should
be Dlaced on the bottom of the joists. The alarm should be
positioned relative to the stairway so as to intercept smoke
boming from a fire in the basemenl before the smoke enters
the stairway.
Where to Locate the Required Smoke Alarms in New
Construction. All of the smoke alarms specified for existing
conslruction are required, and, in addition, a smoke alarm is
reouired in each bedroom.' Are More Smoke Defectors Desircble? The required
number of smoke alarms may not provide reliable early -
warninq orotection for those breas separated by a door from
the areii orotected bv the required smoke alarms For this
reason, it is recommehded that the householder consider the
use of bdditional smoke alarms for those areas for increased
orotection. The additional areas include: basement,
bedrooms, dining room, furnace room, utility room and -.hallwavs not orotected by the required smoKe alarms. I ne
installdtion of smoke alanns in kitchens, aftics (finished or
unfinished). or oaraqes is not normally recommended, as
these localions-bccdsionally experiende conditions that can
result in improper operation.
Figure 2: lN FAMILY LIVING UNITS WITH MORE THAN
ONE SLEEPING AREA, A SMOKE ALARM SHOULD BE
PROVIDED TO PROTECT EACH SLEEPING AREA IN
ADDITION TO ALARMS REQUIRED IN BEDROOMS
FiguTe 3: A SMOKE ALARM SHOULD BE LOCATED ON
EACH STORY.
IMPORTANT CONSIDERATION
We recommend replacing your alarm(s) every ten (10)
years; wny:i Dust, dirt, and other environmental contaminants can
affect your alarm over a prolonged period.. Fast chanoino industry consensus standards and codes
on all alarFrs-make it advisable to p€riodically upgrade
vour alarm to maximize life safety.. Assurance that vour smoke alarm needs are kepl abreast
with the constadtly improving electronic technology.. Smoke alarms are recognized as one of the lowest cost
wiis to protect dwelling- inhabitants against the.danger of
fire(s). lt makes good @mmon sense lo penoolcally
repiabe and updale your smoke alarm that contributes so
much to life safety.
Figure 1: A SMOKE ALARM SHOULD BE LOCATED BETWEEN
THE SLEEPING AREA ANO THE REST OF THE FAMILY LIVING
UNIT.
Pg. 9-3
550-0093
RLill | *
W Room
a
MOUNTING: PLATE &
ALARM
1. Lace the connector through the prcvided mounting
plate and secure the plate to the junction box.2. Plug the wire connector into the alarm base.
c. To test alarm for hrth sensitivity, turn
test knob clockwrse to TEST 2
gosition. Alarm should remain silent.
d. Make sure to return test knob back to
ils normal oosition.e. ll your alarm sounds during this lest it
means the alarm's sensitivitv has
become too hioh and mav c-ause
false alarms-f. This could mean your alarm is dirty
and should be cleaned as described
in the maintenance procedure below.g. lf the alarm continues lo alarm, lor
TEST 2 posrlron following cleaning.
return il to Genlex for service.h, To check for proper smoke enlry into
vour alarm's sensino chamber.
Gentex recommendi usinq the nome
Saf€guard Smoke Alarm s-pray.i. This test should be perlormed once a
year and should be sprayed from a
distance no closer than 12 inches
from the smoke alarm.
MAINTENANCE
After your alarm has been in operalion for
a oeriod of time or if it was installsd orior to
the completion of all building constuction,
vour alarm mav have becom€ more sensitive
aue to dirt bui6-up in the alarm's optic
sensino chamber which could cause
nuisanae alams or could cause activatron
7.
IMPORTANT: lT lS RECOMMENOED TO CHANGE
WASH AND RINSE WATER AFTER FIVE (5I
ALARTIS. IF YOUR ALARMS ARE EXTREIKELY
DIRW, WATER SHOULO BE CHANGED iilORE
FREOUENTLY.
WARNING: SMOKE AL.ARMS ARE TO BE AIR
DRIED ONLY. DO NOT PLACE ALARI' II{ OVEi'I.
MICROWAVE OR USE A HOT AIR BLOWER TO
ACCELERATE DRYING TITE. THIS COULD
RESULT IN DAMAGE TO YOUR SMOKE ALARM.
ln lhe event you experience difficulty in the cleaning of
your smoke alarm or il 1ou have an! quesr|ons,
please contact Gentex Corporation or your local
Gentex distributor.
WARNING:
ll the smoke alarm does not work properly, do not
try and lix il yourself. This will void your wananty.
S-ee -To Retum an Alarm' for instru;tons to retuin
smoke alarms thal do not operate prope.ly. DO NOT
TRY TO FIX IT YOURSELF.
IMPORTANT: Gentex recommends alarms be
tesled a minimum ol once a week.
WARNING: Never use an open flam€ of any kind
to tesl vour alarm. You mav iodite and damaoe Ole
alam ds w€ll as your home: The test feature-of your
alarm accurately simulates gnok€ conditions and tests
the alamb functions as required by Underwriters
Laboratories.
WARNING: Do not cover, tape, or othenvise block
the openings of your smoke alarm. Th€se op€nings
are desioned to allow air to Dass throuoh vour smoke
alarm. ttius sampling the aiiaround th6 afarm.
FAILURE TO REGULARLY CLEAN THIS SMOKE
ALARM WILL RESULT IN FALSE ALARMS. A BUILD
UP OF DUST CREATES AN OBSCURATION THAT
SIMULATES SMOKE. THIS MEANS THE UNIT WILL
GO INTO ALARM WITHOUT A FIRE CONDITION.
TO RETURN AN ALARM
Should you experignce problems with you. smoke
alarm. oroceed as follo.rs:1- Tum off elecirical oowBr to the alarm.2. Twist the alarm counter-clockwise to remove it
from its mounting plate.3. Unoluo the connec{or tron the back of the alarm.
Do nof remove the wire connection: leave the
conngctor for your replacement alarm.4. Carefully pack (the manufaclurer cannot be
resoonsible for conssousntial damaoe) aM r€tum
to the manufac{urer. lidude comoldtd details as
to exact nature of difliculties b€ing exDeri€nced
and date of installation.5. Retum to: Gentex Corporation, 10985 Chicago
Orive, Ze€land. Micfiioan 49464. Prior to
retuminq. call Genteiat 1-800-436-8391 to obtain
a RMA Number from our retum d€oartment.
Remove alarm from wash water and transler
direclly to one of the firsl rinse buckets containing
clear water. Again, allow alarm to become
completely submerged, agitale once more for 5 or
10 seconds to remove soaD r€sidue.
Finally, transfer alalm to your second and linal
rinse bucket, repeating method found in Step 7.
then remove alarm lo a clean drv area for a
period of 48 hours lo allow it to thoroughly dry.
Place the alarm up to lhe mounting plate, rotating
it clockwise unlil alarm fl,mlv snao locks inlo
place. Keep the alarm parailelto the mounting
plate so upper and low€r labs on the plate seat
correctly into the alarm.*7r.w> "*)tu>
aAfffA lffitq({[t\N (fiffit \\tl-Nv ' NN ILyl-,' \SN:> \\>
wonxcoxtEdtot*rnaa \ \
!iF5#fl!l "o" " Sli$6ffi*,no"
CHECKOUT &
TROUBLESHOOTING'1. Turn test knob to the NORI4AL Dosition and anstall
battery and then supply house porver to the alarm.
The red indicator light should flash every '15-30
seconds, showing that lhe alarm is operaling
propeny.2. lf red light is nol ffashing or lhe green LED rs not
on:
a. Check that the batterv is inslalled.
b. Check the connectorbluo and wire
conneclions. NOTE: 6e Sure you tum off
power before checkino wire @nnectons.c. I the power supply an-d wirinq check out, but
the rdd lioht ddds-not flash oi the oreen LED is
still off. re-tum the alarm to the man-ufacturer.
See TO RETURN AN ALARM.
d. When po\ivering up alarms In a tandem
installation and all the alams sound
immediately, insp€ct all alams for those with
an illuminated indicator lioht. These will be the
trouble units.3. Testing with the Test Knob:a. Rotate the test knob counter-clockwise to the
TEST 1 position and wait up to 20 seconds for
the alarm to sound. ll the alarm does not
sound afrer 20 seconds. return the alarm for
servrce.
b. After successfullv testino alarm. retum lesl
knob to NORM{L (non-iest) position and wait
20 seconds for the alarm to slop sounding-
from small
washang
alarm back to its original
n small amounts of smoke build-up.
lf this should occur, following this si
ihang procedure will reslore your sr|
following this simple
reslore vour smoKereslore your smoke
rl condition.
nIJ srsi €||FrsFL@r.
tESr !&H !|aot(E
^lrtfl
tllcconoArca wmt tFPAr2
For turth€r infomation. reoardinq
freouency of cleanino and tesiino. r;fer ro
NFPA 72-, NFPA. Bafterymarch Park, Ourncy.
t\rA 02259.
IMPORTANT: Falluro to iollow tull
cleaning In3tructions could result In
damagq to thla smolo alarm.
DO NOT remove all ala.ms al lho same
timg tor cleanlno.
1. Turn ofi etectn-cal oower to the alarm.
2. Twist the alam counter-clockwise to
removs it from its mounting plate.
3. Unplug Ore conneclor from the back of the
alarm. Do not remove the wire
connsction: leave the connector for yout
replacement alarm or iumper plug.
Remove the batlel.4. Select th.oe l3l stBhdard sizs wash
buckets and hlf th€m each with one gallon
of normal tap waler (dtsiilled or
de-lonlzed tr€aigd wal€r is
recommondsd .s a final rlnsa lf watsr
is srlremely hard In your aroa).
5. Add 1/8 c1lp of lvory dishwashing liquid to
the first bucket of water and allow it to
mix thoroughly, then piace one dirty alarm
into lhe soao waler mixture until il
becomes completely @vered or
submeroed,
NOTE: -lf the alams are exceplionally
dirty, you may wish to first wipe off any
excass dirt before washing alarm so as
not to dirty the wash waler too quickly.
DO NOT open alarm for cleaning.
WARNING: ONLY IVORY DISHWASHING
LIQUID IS TO BE USED.
OTHER BMNDS ARE NOT
RECOMMENDED AND MAY
CAUSE YOUR ALARM TO
MALFUNCTION.6. Allow alarm to soak for approximately 10
minut6s (lonoer if extremelv dirtv). Then
agitate for 5-or 10 seconds to fluah out
any remaining dirt lefl inside alarm's
nousrng.
LIMITED WARMNTY
For a p€tud ot 12 nronih! tom th€ date ol our.hss6, or 6 rulimum ol i0 no.'lhs tom lh6 drle of
haNfacturs, Ganl.x warants ro you. th€ o.iglnrl coftumr pwchsrar, [|8l yoq s.nok! Alarm will b r
lr€a f|Dh debcls in wortmarship, ma|3ii6B, .nd consbuctbn und3r nomd usa ffd €€dio. ll a
def*1 in softmamhlp, mat€dals. o. corElruclbn should cau!€ yol' Smok€ Alam to b.co.n€
inoprad€ withln lh€ w*r!.ty pedod. G€nh: will €paf y r Smot. Arad or fumEh yo{ wlh 5 now or
rsn l r.pl.@mdt smokc At€rfi *|tnod.ia|!€ r,o tou .x6pr lor po6raq! r€qul€d lo rstum lh6
Smok€ Asm io us, Your Gpan€d or rcpl€lamonl Snok Aamr wtl b€ lllrtn€d to you lr.l o{ ch.rg€
and il will bo co$rad undd thb waranty for !l€ Dalsnce ol hs rlrrunly p€nod.
ThE wa.ranly is void f ou inlpection rt you. Smoke Arn rhows thst ho rlamEg€ d frilll! wss
ctu36d by abus., misu!6, .bndn€l u!€ge, f5ully insblblron, impop6i m€intonahc€, o. .4'!i|l olh. r
tlan lhc6 F€dorinad by us
ANY WARRAMIIES IMPLIEO UNDER ANY STATE LAW INCLUOING IMPIIED WARMN"NES O F
MERCIIANTAAIITY OR FITNESS FOR A PARTICULAR PURPOSE, APPI.Y ONLY FOR THE
WARRANTY PERIOD SPECIFIEO ABOVE, PLEASE NOTETHA]SOME STATES OO NOT ALLOW
LIMIIATIONS ON HOW LONG AN IMPI-IEO WARRANTY LASTS. SO TIiE AAOVE EXCLUSION MAY
NOf APPIY TO YOU
GENTEX WII.! NOT BE LhALE FOR ANY LOSS. DAi'AGE, INCIOENTAL OR CONSEOUENTIAL
OAMAGES OF ANY KIND ARISING IN CONNECTION WNH THE S.AIE, USE. OR REPAIR OF THI S
SMOKE ALARM PLEASE NOTE THAT SOME STATES OO NOT AIIOW TI-IC EXCLUSION OR
LIMITATION OF INCIOENTAL OR C'NSEOU€NTIA OAAIAGES. SO THE AACA/E EXCLUSION MAY NOT
ll ! d€f.cl ln 'i,or(Dmlfrp, m.i6rielB, o. conltructlon rhol,ld c€u.€ yol,r gno*o Arrin to b..ome
llEpo€ble viithin h6 Yrsr.nly pclbd, yo{, mu3t .!tun th. Smolc Alal|n b G.ri.x pctag. pr.pid. Yorl
mult abo plct lh€ slioka Aem b mhiniz. th€ rkt of tt bsing &magod in Fanltt. You mu{ abo cncto6€ a
r€rum .dd.b$. Smot Alams .6tum.d lor w6nlr|ty ss.r/ic6 riould b! !.d to: crr.x CoToralion. 10e85
Chhsgo D?iva, Z..land, Ml 4940a.
ll w! r.c!iv. 3 S'noko Alam ln a damag.d condllon a! th! r6ult ol 3hipplng, 'r€ wlll notlt you .nd ydr
nu.t fla 6 clrin wll,l h6 SfiDodr
THIS LIMITED WARMNTY GIVES YOU SPECIFIC LEGAL RIGHTS. YOU MAY ALSO HAVE OTHE R
RIGHTS WHrcH VARY FROM STATE TO S]ATE.
GENTEX CORPOMTION
10985 CHICAGO DRIVE, ZEELAND, MI 49464
PHONE: 1-800-436-8391
1-'1-93
Pg.9-6
550-0093-15
Best
COD]A;dq
,-v
Commercial Specialists of Western Colorado, LLC.
Data Sheefs
For
Village Center Unit hl
$ruesco@iloTrFIER"XmFCn nEElvtruoffixr.rc
Table of Contenb
FMM Series MonitorMo&rles with FlashScan.. ..'Section I
o FMM-l0lMinitrne Monitor Module
PA400 Series Mini-Al€rt Sounder with Optional Sfiobe... . . . .. . .... . . Section 2
r PA400B Mini Aleft Sounder (Beige)
Gentex 9000 Series Photoelectio Type Single Station Smoke........Section 3
o 9I20IIF I20VACPVDC Tandem with Therm-Relays
Sept€mber 12, 2001 DN-6720. H-220
NOTT FT ER'FMM, FZM, snd FDM Series
Monitor Modules with FloshScqn@
Section: InlelligenUAddressable Devices
GEIIERAt
Four difi€rent monilor modules are available for NOTIFIER in-
t€lligent controls to suit a variety of applications. Monitor
modules are used to supervise a circuit of dry-contact input
devices, such as conventional h€at detectoE and pull sta.
tions, or monitor and power a circuit of two-wir€ smoke de-
tec{ors (FZM-I ).
FMIII-{ - is e standar*sizod module (typically rnounts to
a 4'[101.6 mm] square box) that supervises either a Class
A (Style D) or Class B (Style B) circuit of dry-contac,t input
devices.
FMlf,.lOl - is a miniature monitor module (a mere 1.3"
(33.02 mm) H x 2.75' (69.85 mm) W x 0.5' (12.20 mm) D)
used to sup€rvise a Class B (Style B) drcuit. lts compact
design allows the FMM-101 to oftsn be mounted in a single-
gang box behind the devica ifs moniloring.
FZm-{ - is a standard-sized module used to rnonitor and
supeMse compatible two-wire, 24 volt, smoke delec,tors on
a Glass A (Style D) or Class B (Style B) chcuit.
FDM-I - is a standard-sized dual monitor rnodule used to
monitor and supervise turo indepondent two-wire initiating
devic€ circuits (lDCs) at t\ |o s€parate, consec ive addresses
in intelligent, tr,\rou,ire systems.
FlashScan@ (U.S. Patent 5,539,389) is a new communi-
cation prctocol developed by NOTIFIER Engineering that
greatly €nhances the speed of communication betu/e€n ana-
log intellig€nt d€vi€s. Intelligont devic€s communicate in e
grouped fashion. lf one of lhe devices within the group has
new information, the panel CPU stops the group poll and
concenfates on single points. The net efiec{ is Fsponso
sp€ed gr€.ter t ren five Ames lhat of other designs.
Flashsc.ro is s registef€d irademark of NOnFIER.
Fmm.t toNlroR moDutE. Bullt-in type iden$fication automatcally identities this de-
vice as a monitor module to the control panel.. Powored diractly by two.wire SLC loop. No additional
porver required.. High noise (EMF/RFI) immunity.. SEMS scrsws with clamping plates for eas€ of wiring.. Dirccf{ial entry of address 01 - 1S9 (01 - 99 on badi-
tional systems).. LED flashes green during normal op€ration (this is a pro.
grammable option) and latches on stgady rod to indicaie
alarm.
The Fmm-l onltor llodule is intended for use in intelli-
gent, two-r ,irs sltstems, where the individualaddress of each
module is sel€cted using ihe built-in rotary switches. lt pre,
vides either a two-wir€ or four-wire fault-tolerant lnitiating
Device Circuit (lDC)for normally-op€n-contac{ fire alarm and
supeMsory devices. Th€ moduls has a panal-controlled LED
indicator. The FMM-I can be used to replaca MMX-I mod-
ules in sxisting systems.
@
cs669 @ffiH:,,,,
A
't tD Lt\/
usTE0
s63s@
Approved
MARYLAND
State Flre Marshal MEA
Permit # 2020 14341-E (FDil-l)
(excapt FDM-1) 4ST-991E FMM-1,
FMM.|O|, HTM-1)
FMM.l
and
FAn-|
detall of FDM-I
- note "ones"
addresses ar€
0,2,1,6, 8 onlyt
FMil-l Appllcatlonr - Use to rnonitor a zone of four-
wire smoke detectors, manual fire alarm pull stations,
waterflow devices, or other normally-op€n dryontact alarm
ac{ivation devices. May also be used to monlbr normally-
op€n supeMsory dsvices with specrrl supenlsory lndlct-
tion at the control pan€|. Monitor€d circuit may be wired as
an NFPA Style B (Class 8) or Style D (Class A) Initiating
Device Circuit. A 47K ohm End-of-Line R€sistor (provided)
terminat€s the Sq/le B cirqJit. No resistor is required for su-
pervision of ihe Style D circuit Maximum IDC loop length is
2,il0 ft.n62 m (20 ohms maximum).
IOosb
0
'l
2
3
4
qs oo
0
1
2
3
4
This docum€nt ir not intanded to be us€d for installstbn purpossr. W6 t y tq xeep our
produ|c't infomstjon uptodab and accurat€, W€ cennot coyer all apcdfrc a-oolicaiicirs or
anticipste all pquirem€nts. All spedfications ara subioc{ to cirange w irout notice.anticipste all pquirem€nts. All spedfications ara subioc{ to cirange w irout notice.
For mor€ Information, contect NOT|F|ER, phon6: (203)i&t-7161 FAi: (AO3) 4E4-ZilE
@ r ort rt e n t2 crinronvitb Ro8d, Norrhrord. conn€ciicur 06472 flstar3lllilruflIr
DN€720. 09rl201 - Pag6l of6
FMM-{ Operatlon - EachFMM-I usesoneof 159 avail-
able module addresses on an SLC loop. lt responds to regu-
lar polls from the control panel and reports its type and the
status (op€n/normal/short) of its Initiating Device Circuit (lDC).
A flashlng LED indicates that the module is in communica-
tion with the control panel. The LED latches steady on alarm
(subject to curreat limftations on the loop).
FMM-I Specifications
Nominal operating voltage: 15 to 32 VDC.
Maxamum curront draw: 5.1 mA (LED on).
f,laximum operating cunrnt: 375 pA (LED flashing).
EOL resislance: 47K ohms.
Tempetature range: 32'F to 120'F (0'C to 49'C).
Humldity range: 10olo to 93% nonmndensing.
Dimenslons: 4.5'(114.3 mm) high x 4'(101.6 mm) wide x
1.25" (31.75 mm) deep. Mounb to a 4'(101.6 mm) square
x 2.125r ($.975 mm) de€p box.
Fmm-tot flilNt flloNttoR moDUtE. Built-in type identification automatically idenlifies this de-
vice as a monitor module lo the AFC600.. Pourered direc'tly by twc.wir€ FACP. No additional power
required.. High mise (EMF/RFI) immunity.. Tinned, stsipp€d leads for sase of wiring.. Direct-dial entsy ot address (01-159).
Th€ FMlt-'to1 ltllnl ilonltor odulo can b€ install€d in a
singla€ang Junc{ion dir€c{ly behind the monitored unit. lb
small size and light wBight allow it to ba installed without dgid
mounting. The FMM-101 is intended for use in intelligent,
t$,o-wire syslems where the individual addr€ss of sach rno&.
ule is selec-ted using rctary sr ritches. lt provides a two-Mre
initiating device circuit for normally-open-contact frs alarm
and security devices. The FMM-101 can be used to r€plac€
MMX-101 modul€ in €xisting syslems.
FMM-I Ol Appllcatlons - Use to monitor a single de-
vice or a zon€ of four-wire smoke detectors, manual fir€
alarm pull stations, waterf,ow devices, or oiher normallfop€n
dry-contact devices. May also be used to monitor normally-
open supErvisory devices with special supervisory indication
at the conhol panel. Monitored circuiUdevice is wired as an
NFPA Style B (Class B) Initiating Device Circuit. A 47K ohm
End-oFLine Resistor (povided) terminatEs th€ circuit.
FilM-{Ol Operatlon - Each FMM-101 us€s one of
159 available module address€s on an SLC loop. lt responds
to regular polls from th€ control panel and r€ports lts type
I
E
TENS ONES
Page 2 of6 - DN6720.09/12 t1
and the status (open/normal/short) of its Initiating Device
Circuit (lDC).
FMM.{0t Speclflcatlons
Nomlnal operatlng voltag€: '15 to 32 VDC.
axlmum operatlng current: 375 pA.
EOL resistance: 47K ohms.
Temperatur€ ranger 32'F to 120.F (0.C to 49.C).
Humldlty range: 100/o to 93% noncondensing.
Dlmenslons: 1.3" (33.02 mm) high x 2.75" (69.85 mm) wide
x 0.5' (12.70 mm) deep.
tllllre length: 6' (152.4 mm) minimum.
FZftI-I I]ITERFACE MODUTE. Supports compatible two-wire smoke d€tectors.. SupeMses IDC wiring and connec{ion of extemal power
souroe.. High noise (EMF/RFI) immunity.. SEMS screws with clamping plates for ease of wlring.. Directdial enty of addr€ss (01-159).. LED flashes during nonnal op€ration (this is a prograrn-
mable option).. LED latches stoady to indicate alarm on command fiom
contnol pan6l.
The Fzlt-l Interface ilodule ls intended for use in intelli-
g€nt, addressable s),stems, wher6 th€ indMdusl address of
€adr rnodule is selected using buih-in rotary switcfies. This
module allotvs intelligent panels to int€rfacs and monitor lwo-
wi.€ @nventional smoko detec,tors. ll transmlts the status
(nonnal, open, or alarm) of one full zone of conventionel do-
tectors back to the control panel. All turowir€ d€tedors b€-
ing rnonitor€d mus{ b€ UL compatible wt'th th€ module. The
FZM-1 has a paneFcontrolled LED indicator and can be used
to replace M!rtX-2 modules In existlng syst€ms.
FZt-l Appllcatlon3 - Use the FZM-1 b rnonitor a
zon€ of two-u/ir€ smoke detsc.tor5. The monibred circuit may
be wired as an NFPA Style B (Class B) or Style D (Class A)
Initiating D€vic€ Circult. A 3.9 K ohm End-of{inE Resisbr
(provided) terminatss th€ end of the Style B or D (dass B or
A) cirorit (maximum IDC loop resistance is 25 ohms). Install
ELR across tarminals 8 and 9 for Styte D application.
FZM-I Operatlon - Each FZM-1 uses one of i 59 avait-
abl€ module addr€sses on an SLC loop. lt r€spords to regu-
lar polls fiom the contrcl panel and reports fts type and the
status (open/normaUshort) of its Inidating Dwice Ctrcuit (lDC).
A flashing LED indicates that the module ls in communica-
tion with the control panel. The LED latches steady on alarm
(subjsci to cunsnt limitations on th€ loop).
FZI[-{ Speclf,catlon3
Nomlnal operullng voltago: 15 to 32 VDC.
Itaxlmum curent draw: 5.1 mA (LED on).
Maxlmum operatlng currcnl: 255 pA (LED flashing).
EOL rorlrtanc.: 3.9K ohrns.
External supply voltage (between Termlnals T3 and T4):
DC volhge: 18 to 28 volb power limiied. RIWIe vottage:
0.1 Vnus maximum. Curten[: 90 mA per module maximum.
Tomp€raturo range: 32"F to 120'F (0'C to 49'C).
Humldlty range: 10% to 93o/o noncondensing.
Dlmenslons: 4.5" (114.3 mm) high x 4' ('101.6 mm) wide x
1.25' (31.75 mm) deep. Mounts to a 4' (101.6 mm) square
x 2.125' (53.975 mm) deep box.
o
FDM.I DUAL IAONITOR }TODULE
The FDM.'I Dual Monltor lUlodule is intended for usE in in-
telligent, two-wire systems. lt provides two indEpendent two-
wire initiating device circuits (lDCs)at two separate, @nsecu-
tive addresses. lt is capable of monitoring normally open
contact fire alarm and supervisory devices; oreither normally
open or normally closed security devices. The module has a
single panel-controlled LED. NOTE: The FDM-1 ptovides
two C/ass B (Style V IDC circuits OTVLY. Crass A (Style Z)
IDC circuits aro NOT suppofted in any application.
FDM-I Speclficat:ons
Normal operatlng voltrg€ range: 15 to 32 VDC.
Illaximum curr€nl draw: 5.7 mA (LED on).
llaxlmum operatlng curent: 75O pA (LED f,ashing).
EOL roslstance: 47K ohms.
liaximum IDG wlring rosbtance: 1,500 otrms.
Temperalure range: 32o to 120'F (0'to 49'C).
Humidlty range: 10% to 93% (non-condensing).
Dlmenslons: 4.5'(114.3 mm) high x 4'(101.6 mm) wide x
2.125' (53.975 mm) ds€p.
FDM-{ Automatlc Addresslng - The FDM-1 auto-
matically assigns itself to two addressabl€ points, starting
with the original address. For examplo, if the FDM-I is sot to
address "56', then lt will autornatically assign its€lf to ad-
dress€s "56' and '57'. ,VOTE' "ones'sddresses on fhe
FDM-I arc 0, Z 4, 6, or I onty. Terminals 6 and 7 use the
first address, and terminals 8 and g use the s€cond address.
a@idEit
Avoid duplicalrng addresses on the system.
Face Plate for FMlhl, F1ZM-1, and FDM-I
INSTALIATION
FMM.I, FDrh1, and FiZM.l modules mount dir€dlylo a stan-
dard 4" (101.6 mm) squars,2.125'(53.975 mm) deep, elec{ri-
cal box. They may also be mounted to he SMB500 surface-
mount box. Mounting hardware and installation instructions are
provided with each module. All wiring must conform to appli-
cable local codes, ordinances, and regulations. These mod-
ules are intended for power-limited wiring only.
The FMM-101 modure is intended to be wired and mounted
without rigid connec{ions inside a standard electrical box. All
wiring must conform to applicable local codes, ordinances,
and regulations.
PRODU€r UNE mFORXlATtOll
Model Descrlptlon
Flllt-i Monitor module.
FMl,l-10'l Monitormodule,miniature.
FZM.1 Monitor module, two-wir€ detoc{ors
FDM.I Monitor module, dual, two independenl Class
B circuits.
SltlBsoo Optionalsurface-mountbackbox.
ARGIIITEGTS'/EIIIGINEERS'
SPEGIFIGAIIOIIS
Specifications of thes€ and all NOTIFIER products are avail-
able fiom NOTIFIER.
o
tI!
xlouilfllrc DtAeRArs
for slanderd-sizcd
mcdalet
f,6'A%^90%
DN-672{1 . 09/'12101 - P896 3 of6
4)
5)
6)
7)
8)
uilRtltc D|AonAils
The following wiring diagnms are included:
tJ FDM.I, typical dual two-wire Style B initiating device circuit configuration.
2) FMM.101, typical two-wire Style B initiating device circuit configuration.
3) FMM-1, typical two-wire initiating circuit configuration, NFPA Style B.
.FMM-I, typical four-wire fault-tolerant initiating circuit configuration, NFPA
Style D.
FMil.1, typical twowire initiating circuit configuration for security systems
(with alarm versus short capability).
FZil.1, interface twowire conventional detec,tors, NFPA Style B.
FZll.1, interface twowire conventional detector, NFPA Style D.
FRU-1, relay control module used to disconnect a power supply.
Fig. I FDM-|: Typical dual two-wlre Style B
inltiating devlce circult configuratlon.
Tw lnitiating Devie Ciranits'- (L&H)
eadt powerlimited to
230 pA max. @ 12 VDC max.
47K EOL
Reslstor
ELR47K
47K EOL
Resistor
ELR47K
IO Nex|
Devi@ FROM Panel
orPrcvious
Devica
. ANY NUMBER of UL Listed contad dosur€ devices may be used.
. DO NOT MIX frre alarm Initiating, supervlsory or security devices on the same circrJit.
. lnstall contacd dosure devices per manufactrrer's lnstallatlon lnslrudlons.
Flg. 2 FMM-101: Typlcal two-wireStyle A
lnitiatlng devlce clrcult configuratlon.
PadB 4 of6 - DN€720.09/12101
\comrn'", tiot'rLine
32 VDC maximum.
Twirtedgalr b
Bcommended.
. All wiring shown is supervised
and pofler limlted.
. Connect rnodules to listed compatible
NOTIFIER control panels only.
66?artl.wr|f
UL LISTED
Gompatlble
Gontrol
Panel
(-) (+) FMU-101
W(t) (-J
Connect modules to listed compatible NOTIFIER contml panels only.
All wiring shown is supervised and power limited.
Install contact closure devices per manufaclurers' installation instructions.
Any number of UL-listed oontact closure devices may be used.
DO NOT MX fire alarm initiaung, supervisory, or security devices on the same circuit.
V Flg. 3 FMM-I: Typical two-wlre initiating device circuit configuration, NFPA Styte B.
IO Nexl
Device FROM Panel
or Prcvious
Device
lnitiating Device Circuit (DC)
NFPA Style B, porver limited:
230 yA max. @ 12 VDC m8x.
47K EOL
Resistor
ELR47K *t<-- Communication Loss
.7m*2.srt
V Fig. 4 FMM'1: Typicat four-wtre fault-toterant lnitlating clrcuit configuratlon, NFPA Style D.
IONexl
Devicc FROM Panel
or fuevious
Devi@
\corn nunication Une
EOL Resistor
is intemal at
terminals I & 9 -.F- hmmunication Loss
(optional conneciion for panels
which support this feature)
HIruREFEAruRE
Itilol|r3.i|
\crr.rni", tiqtLine
32 VDC maximum.
TvYisted-pair is
re@mmended.
(optional connedion for panels
which support thls feabre)
FUruREFEAruRE
V Flg. 5 FMM-1: Typlcal two-wlre tnlttaling clrcuit conflguratlon for securityrst stems
(with alarm yersus st ort capeblllty).
lnltlatlng Device Ci/r/uft (DC)
NFPA Style B, power llmited:
230 yA max. @ 12 VDC max.
TO Next
Device FROM Panel
or Previous
Devi@
47K EOL
Resistor
ELR47K
\cor.rni"" tion Line
32 VDC maximum.
Twisted-pah is
recommended.
Communication Loss
(optional connec-tion for panels
whicfr support this feature)
FUrUREFEATURE
14K Series Resistor
!tilo*B.rrt'
DN$720. O9rl2/01 - PagE 5 ofo
Connect modules to listed compatible control panels only.
Terminal wiring must be power limited.
DO NOT MXnte alarm initiating, supervisory, or s€curity devices on the same circuit.
DO NOT LOOP wtre under terminals. Break wire run to provide supervision of mnnec{ions..
Detectors must be UL listed comoatible with module.
Install detectors per manufacturers' installation instructions.
Power to the interface module must be externally switch€d to reset the detectors.
used to switch power from a standard power supply; see FIg.7 below.
An FRI'l-l relay control module can be
V Fig. 6 FZM-I: lnterface two-wire conventional defeclors, NFPA Style B.
3.9K EOL
Resistor
(induded)
A2143-10
IONext
Device
FROM Panel
or Prcvious
Device
Y---- Communication Line
32 VDC maximum.
T$risi€dfair ls
recomrn€nded.
Usled Baftery Baekup
switchod OC
powsr supply.
!720||t5.rid
'.- Optional Bnndt Citcuit
TO tletd. lntedace Module
Module supeNis6 supply
voltage and deteclor loop.
V Fig. 7 EM-1: lntertace two-wire conventional detectors, NFPA Style D.
fO Nexf
Devica
FROM Panal
or Prcvbus
Dcvice
\ Comrnunica tion Line
32 VDC maximum.
Twisted-pair is
recommended.
Liiled BatteryBa*up
$ryitchod DC
poriler supdy.
!t2orl6.wr|'
'-z Optiondl Bnnch Circuit
TO Nextlntefiac€ Mdute
Modul€ suparvises supply
voltagB and d€tector bop.
3.9K EOL Resistor
(incluctd) lqllred
atterminalsS&9
42143-t0
V Flg. 8 FRM-i: Relay control module used to dlsconnect a power supf.
RELAY
CONTROL
MODULEDC POWERSUPPLY (+)
ListedforFire (-)
Protection with
Baftery Backup
Paga 6 otO - DN6720.09/lz0l
IO Nexf
Device
(-)
(+)
FROM Panel
or Prcvious
Devire
Communication Une
32 VDC maximum.
Twisted-pair is
recommended.
t7:lorLt.rrd
June 16, 1998 DN-2405 . J-105
NOTTFIER
FTRE SYSTENIS
PA4OO
Mini-Alert* Sounder
with Oplionol Strobe
S€slion: Audio^/isual Appliances
GEIIERAT
System Sensor's model PA400 Mini-Alert Sounder is com-
pact and reliable.
Sounders
Model PA400, the Mini-Alert piezo hom, has a 90 dBA
pulsed sound output, and operates at 12 and 24 VDC and
full wave reclified unfiltered. This compact device is ideal
for hotel, motel, or residential fire system applications,
where aeslhetics demand a small indicating device.
Strobes
The UL 1638 compliant PS Series signalstsobe is an elec-
tronicvisiblewaming signal thatflashes appoxlmatelyonce
every 1.5 seconds. Available in a 1.5 cd light intensity, the
strobe light uses an extremely reliable xenon llash tube
with low cunsnt requirements. The electronic circuit is en-
closed within the durable polycarbonate lens. All circuib
are polarized to be compalible with DC alarm supervision
and satisry the latest code requirements tor primary vlsible
signaling.
PSLO add-on strobes field install to th€ P4400 Series
sounders, but are listed for secondary visible signaling only.
FEATURES
. Aftractive styling (ldeal for residential or hotel applica-
tions).. Polarized for DC supervision.. Interrupled tono.. 90 dBA output at 10 f€et (3 meters).. 1.5 candela add-on strobe (secondary signaling).. Operates from 10 to 32 VDC.. Low cun€nt drain.. Easy fieldwiring with SEMS screws.. Avaihble in ted, beige or white,. Mounts in standard singlegang bac*box.. Three-year rvarranU.
coilsrRu€floN AltD oPERAflotl
The sounder oporates €l€ctronically and uses the piezo
effect. The sounder is mounted on a well plate which is
available in red, white or beige. Optional shobes (models
PS12LO and PS24LO) are easily mounted to sounders in
the field. The red+olored sounder is Int€nded for use in
the alarm indicaiing circuit of a UL listed 12 or 24 VDC lire
alarm contol pan€1. Optional sfob€ additions ofthe PA400
(models PS12LO and PS24LO) require a 12 or 24 VDC
panel respec*ively. Thes€ devic€s are available in dual
voltages, red or b€ig€ (PA400 ls available In white), and
mount in several different configurations.
ThePAI(N
with Optional Strcbe
APPtlCiATlOll5
Piezo sounder is design€d for fire alarm and seorrlty haz-
ard waming. Optional strobe is recommended to protect
the hearing impaired and anyone occupying nolsy ar€ss.
The National Fire Protection Assodation publishes codes,
standards, and recommended practicss for the Installation
and use of sounders and strobes.
s4o1't (PA400) cs548
s3593 (PSLO) (PA400)
\/
OW4A5.AY
MEA
427-91-E (PA only)
ffi, 8,"JF.li13
(Kffi)J) lut"otttt
bIF64 7135-1209:143\_---J (pAl00)
713$1209:123
(PSLO)
The PAIA(N
This documcnt ic not inbndad to b. us3d for kEtslletion punosa8. Wr ty to k .p our
producl Inbrmation upb.dals and accurst . Wa cennol cowr 8ll sFcific spl ioation! ot
enlicipeL all requiram.ntt. All spcdficslims arc iuuac't to chsnge without mticc.
Fd mor€ inbrmrtion, cor .cl OTIFIER. Phon.: (203) 484-7161 FA)C (203) 484-7il8
@ r orl rl e n t2 ctinronv ts Road, Northtord, connaclicur 06472 ilclnrtrfilnmn
DN-2405.06/16,99 - Pag.l of2
SPEGIFICATIONS
Mini-Alertil Sounder/Strobe
Mechanical: AWG: 12 (3.25 mm') to 18 (0'75 mm2). Di-
mensions without strcbe: 4-9/16' (1 15.89 mm) high x 2-
13t1t (71.44 mm)wide x 1-118" (28'58 mm) deep; dimen'
sions with strober 4-9/16" (115.89 mm) high x 2-13l16'
(71.44 mm) wide x 2" (50.8 mm) deep. Walght wiah?y!
strobe: 2.4 oz. (68 g.); welght wlth sfrobe.' 5'6 oz (159
g.l. Mountlng: 2-1t2" (63.5 mm) single-gang backbox'
Operating tempErature range: 14'F to 140'F C10"C to
60'c).
Operating voltage: 12 and 24 VDC and full-wave recti'
fied unfiltered. Actual 12 volt operating voltage cannot be
less than 9.6 VDC or greater than 15.4 VDC; actual 24 volt
operating voltage cannot be less than 18 VDC or greater
than 33 VDC.
NOTE: All models can be powered using full'wave recti-
fied unfiltered supplies. Under no circumslances can MA
1224, SS12/24, or PA400 senes devices input voftage
exceed 33 VDC or be ,ess fhan 9.6 VDC.
CURRENT DRAW'SOUND OUTPUT
Curcnt (mA)Revetbsrant
(JL Rating)
Anedroic
@r0fr.
(3.0a8 ml12V24V
PA/IOO 12 15 82 dBA 90 d8A
PM00 wlth
PS__LO t5 cd 62 40 75 dBA 83 dBA
wR|lto
tNSTArtATlOll
Installation instructions are packaged with €ach unit. The
PA400 is intended for mounting to a standard 2-112" deep
single-gang box which allows sufficient clearance for con-
duit entrance. The PA400 is compatible with DC line su-
pervision. The piezo sounder is polarized and has termi-
nals marked with polarity. Apply positive supply voltage to
(+) terminal and negative supply voltage to the G) tetminal
[See wiilng dia$amJ. Mount the appliance to the electrical
outlet box using the two mounting screws supplied. Wiring
must be in compliance with all codes and must not be of
such length or wire size which would cause the appliance
to op€rate outside of its published specifications.
The National Fire Protection Association has published
codes, standards, and recommended practices for the in-
stallation and use of sounders and strobes. lt is recom-
mended that the installer be familiar with these require-
ments, with local codes, and any special requirements of
the Local Authority Having Jurisdiction.
ARGHIIEGTUNAT/
ENGINEER.INO SPEGIFIEAfl O]IS
Sounder shall be a System Sensor Model
-,
€-
pable of operating at 12 and 24 VDC. Sounder shall be
listed to Underwrite/s Laboratories Standard 4O4 for fire
protection signaling systems. Sounder shall have an op
erating t€mperature between '14"F and 140'F (-10'C to
60'C). Sounder shall have elght tone options, selec'ted by
means of clip(s).
For sounderlstrobe comblnatlon!
Sounder/strobe shall be a System Sensor Sounder/Strobe
Model _, capable of operating at 12 or 24 VDC.
Sounder/strobe shall be listed to UndeMriters' Laborato-
ries Standard 'f64/1638 for ftre protection signaling sys-
tems. Sounder/stobe shall have an operatlng temperafure
between 14'F and 140'F C10'C to 60'C). Stobe shall
harre a minimum light ougut of 1.5 or 15 candela and shall
be UL listed as a secondary sQnaling device.
DtrENSrOlls
FROf,
Contol
Panelor
prcvious
deYica
fo
EOLR
or next
device.
.,#r\
-^.
JIIOIE: Shown with control panel
in alarm. Panel polarity raversed
in superuisory condition.
PR,ODUCT LINE INFORtrIATIO]I
l--.nr*i--l | 1.75fir I| (14.45 mm) |
ru
ffi
RED WHlTE BEIGE DESCRIPTION VOLTAGE CURRENT CANDELA
PA4OOR PA4OOW PAi+00B 90 dBA Sounder 12t24VDC '12 mA
PS12LO Addon Strobe 12 VDC 50 rnA 1.5
PS24LO PSz4LOB Add-on Strobe 24VDC 25 mA 1.5
Psq,e2 sl2 - ON-2405 ' 06/16/98
GiENTEX sooo siEFilEs
CcItrIPGIFIATIGIN
PHOTOELECTRIC TYPE SINGLE STATION/
MULTI.STATION SMOKE ALARMS
AC POWERED WITH BATTERY BACKUP
lnstallation Instructions - Owner's Information
READ CAREFULLY AND SAVE
INTRODUCTION 9OOO SERIES
The 9000 Series Smoke Alarm is a Photoel€ctric Type
Alarm for use as an evacuation device in residential
applications. Each alarm has a solid state piezo signal to
warn and alert the household to the presence of threatening
smoke.
Your Photoelectric alarm is designed to det€ct the smoke
that results from an actual flre. Consequently, it is
uncommon for household smoke such as cigarette smoke or
normal cooking smoke to cause an alarm.
MODELS
(sEE BACK OF ALARM FOR EXACT MODEL)
9120............................',120 VAC, 60Hz
9123............................120 VAC, 60Hz with Temporal Horn
9220............................220 VAC, 50/60H2
9223............................220 VAC, 50/60H2 with Temporal Horn
OPTIONS, SELECTIONS:
T - Int€gral 135'F Thermal Sensor
H - lsolated 135'F Thermal Sensor
F - 1 Form A,/1 Form C Aux. Relay with Tandem Wire
Connection.
NOTE: In the event AC Power fails, a 9v banery will provide
proper alarm operation for a minimum of 24 hours.
HOW YOUR SMOKE
ALARM WORKS
The 9000 Series Smoke Alarm operates on the
photoelectric light scatter principl€. The unil's sensing
chamber houses a light source and a light sensor.
The dark€ned sensing chamber is exposed to the
atmosphere and designed to permit optimum smoke entry
from any direction while rejecting light from outside the
alarm.
The light source is an infrared (invisible) LED which
pulses every 8 seconds. The light sensor is a photodiode
matched to the light frequency of the LED light source.
Und€r normal condiuons, th€ light generated by the
pulsing infrared LED is not seen by the light sensor, as it is
positioned out of the direct path of the light beam. When
smoke enters the sensing chamber, light from the pulsing
LED light source is reflected by the smoke particles onto the
photodiode light sensor. At the first sighting of smoke, the
alarm is put into a pre-alarm mode. This is indicated by a
rapidly flashing LED on the face of the alarm. Once the light
sensor confirms smoke for 2 consecutive pulses inside the
chamber, the light sensor produces the signal necessary to
trigger the alarm and sound the electronic horn.
This technique of verifying the smoke condition,
combined with a 5-to-1 signal-to-noise ratio, substantially
reduces th6 possibility of nuisance alarms.
HOW TO TELL IF YOUR SMOKE
ALARM IS WORKING PROPERLY
. Your alarm is provided with an alarm hom and pulsating
Light Emitting (indicator) Diode, which pulses every 30
seconds, and a green AC power on LED.. When turning the test knob on the alarm to TEST 1 lhe
red light emitting diode should flash rapidly and th€ horn
should sound.o lf the battery is low, a chirp will be emitted when the r€d
LED flashes. lf the alarm is mafunctioning, or if the
battery is missing, the chirp is sounded without the red
LED flashing. lf AC power fails, the green LED will turn
ofi.. The test knob of your alarm simulates actual smoke
conditions.
NOTE: Tandem Interconnect Models.o When testing one alarm, the alarm that is activated will
flash the red indicator light and sound itrs alarm horn. All
other unils will sound the alarm horn with their red
indicator lights remaining off. The relays will also activate
on all units in tandem on models equipped with the relay
option.
FIRE PROTECTION PLAN
This Smoke Alarm can quickly alert you to tho presence
of smoke-it cannol prevent fire. Please notE that there are
hazards against which smoke detection may not be effective,
such as smoking in bed, explosions, when a closed door
separates the alarm from the source of the smoke, etc. The
ultimate responsibility for fire protection rests solely on you.
Pg. 9-1
55G0093
1.To minimize fire hazards-avoid improper storage of
flammable liouids and don't leave small children home
atone.
Bedroom doors should be closed while sleeping if a smoke
alarm is installed in the bedroom. Thev act as a barrier
against heat and smoke.3. Establish an escape plan:
(a) Post a detailed floor plan depicting the chosen escape
roules.(b) Each bedroom should have at least two escape routes.
(c) lvtat<e sure your children know what to do in case of' ' fire and teabh them to follow the escape plan you
have posted.
(d) Agree on an outside meeting place.
(e) Conduct fire drills at least twice a year.
(D' Be sure each member of the family is familiar with the
smoke alarm so they can react properly.
lf the alarm should sound:1. Never waste time dressing or gathering valuables. Follow
the escaoe route and leave the house immediately.2. Check bedroom doors before opening. lf the door is hot or
smoke is leaking in around the edges-DO NOT OPEN-use
the alternate escape route.3. lf there is smoke in the escape route-keep close to the
floor and take short breaths. lf possible, cover your nose
and mouth with a wet cloth.4. Do not use your own telephone-call the Fire Department
from vour neiqhbofs house.5. Once-out, do -not re-enter your house, but proceed to your
preananged meeting place.
WHAT ELSE YOU CAN DO TO MAKE
YOUR FAMILY SAFE FROM FIRES
WHAT TO DO IF THERE IS A FIRE
IN YOUR HOME
lf you have prepared family escape plans and practiced
them with your family, you have increased their chances of
escaping safely. Review the following rules with your children
when vou have fire drills so evervone will remember them in a
real fire emergency:
a. Don't panic; stay calm. Your safe escape may depend on
thinking clearly and remembering what you have pracliced.
b. Get out ofthe house following a planned escape route as
quickly as possible. Do not stop to collect anything or to
get dressed.
c. Open doors carefully only after feeling to see if they are
hot. Do not open a door if it is hot; use an alternate
escape route.
d. Stay close to the floor; smoke and hot gases rise.
e. Cover your nose and mouth with a cloth, wet if possible,
and take short. shallow breaths.f. Keep doors and windows closed unless you open them to
escaoe.g. Meet at your preananged meeting place after leaving the
nouse.
h. Call the Fire Department as soon as possible from outside
your house. Give the address and your name.i. Never re-enter a buming building.
Contact your local Fire Department for more information on
making your home safer from fires and about preparing your
family's escape plans.
WHAT THIS SMOKE ALARM
CAN DO
This alarm is designed to sense smoke entering its sensing
chamber. lt does not sense gas, heat (except for the H or T
options), or flames.
When properly located, installed, and maintained, this
smoke alarm is designed to provide early warning of
developing fires at a reasonable cost. This alarm monitors the
air and, when it senses smoke, activates its built-in alarm horn.
It can provide precious time for you and your family to escape
from your residence before a fire spreads. Such an early
warning, however, is possible only if the alarm is located,
installed. and maintained as soecified in this Use/s Manual.
NOTE: This smoke alarm is designed for use within single
residential living units only; that is, it should be used inside a
single-family home or one aparlment of a multi-family building.
In a multi-family building, the alarm may not provide early
warning for residents if it is placed outside of the residential
units, such as on outside porches, in conidors, lobbies,
basements, or in other apartments. In multi-family buildings,
each residential unit should have alarms to alert the residents
of that unit. Alarms desiqned to be int€rconnected should be
interconnected within on6 family residenc€ only; otheMise,
nuisance alarms will occur when an alarm in another living unit
is tested.
IMPORTANT NOTE: WHAT SMOKE
ALARMS CANNOT DO
Smoke alarms will not work wlthout power. A battery
must be conn€cted to the alarm to maintain proper alarm
operation if AC power supply is cut ofi by an electrical fire, an
open fuse or circuit breaker, or for any other reason. In the
event of AC power failure, the battery will supply power for a
minimum of 24 hours.
Smoke alarms may not sense flre that stark where
smoke cannot reach the alarms such as in chimneys, in
walls, on roofs, or on the other side of closed doors. lf
bedroom doors are usually closed at night, alarms should be
placed in each bedroom as well as in the common hallway
between them.
Smoke alarms also may not 3ens€ a flre on another
level of a residence or bullding. For example, a
second-floor alarm may not sende a first-floor or basement fire.
Therefore, alarms should bo placed on every level of a
residenca or buildlng.
The horn in your alarm meets or exce€ds cunent audibilaty
requirements of Undenvriters Laboratories. Horever, if the
P9. 9-2
550-0093
work cannot Drotect vou.
Follow safety rules'and prevent hazardous situatlons:. Use smoking materials properly; never smoke in bed.o Ke€p match6s and cigaiett'e ligihters away from children.o Store flammable materials in proper conlainers and
never use them near open flames or sparks.o Keep electrical appliances and cords in good working
order and do not overload electrical circuits.. Keep stoves, fireplaces, chimneys, and barbecue grills
grease-free and make sure they are properly installed
away from combustible materials.r Ke€p portable healers and open flames such as
candles awav from combustible materials.r Do not allow-rubbish to accumulate.
Develop a famlly escape plan and practice it wlth your
entlre famlly, espocially small children.. Draw a floor plan of your home and find two ways to
exit from each room. There should be one way to get
out of each bedroom without opening the door.. Teach children what the smoke alarm signal means,
and that they must be prepared to leave the residence
bv themselves if necessarv. Show them how to check
t<i see if doors are hot before opening them, how to
stay close to the floor and crawl if necessary, and how
to use the alternate exit if the door is hot and should not
be oDened.
Decide on a meetino olace a safe distance from your
house and make suie that all vour children undeistand
that they should go and wait firr you if there is a fire.
Hold fire drills at least every 6 months to make sure that
everyone, even small children, know what to do to
escape safely.
Know.where to go to call the fire department from
outsroe your resroence.
Provide emergency equipment such as fire
extinguishers and ieach your family lo use this
equipment properly.
product, alarms-have a limited life, and alarms that don't
alarm is located outside a bedroom, it may not wake up
a sound sleeper, especially if the bedroom door is closed or
onlv Dartlv ooen. lf the alarm is located on a different level of
the'rirsiddncb than the bedroom, it is even less likely to wake
up people sleeping in the bedroom. ln such cases, the
National Fire Protection Association recommends that the
alarms be interconnected so that an alarm on any level of the
residence will sound an alarm loud enough to awaken
sleepers in closed bedrooms. This can be done by installing
a fire-detection system, by connecting alarms together, or by
using radio frequency transmitters and receivers.
All types of smoke alarm sensors have limitations.
No type of smoke alarm can sense every kind of fire
every time. In general, alarms may not always warn you
about fires caused by violent oxplosions, escaping gas,
improper storage of flammable materials, or araon.
NOTE: This alarm is not designed to replace
special-purpose fire detection and alarm systems necessary
to protect persons and property in non-residential buildings
suih as warehouses, or other large industrial or commercial
buildings. lt alone is not a suitable substitute for complete
fire-dei6ction systems designed to protecl individuals in
hotels and motels, dormitories, hospitals, or other health and
suDervisory care and retirement homes. Please r€fer to
NFPA 101:The Life safety Code, and NFPA 72 for smoke
alarm requirements for fire protection in buildings not defin€d
as "households."
Installing smoke alarms may make you eligible for lower
insurance rates. but smoke alarms are not a substitute for
insurance. Home owners and renters should continue to
insure their liv€s and proPerty.
PLACEMENT OF SMOKE ALARMS
THIS EQUIPMENT SHOULD BE INSTALLED IN
ACCORDANCE WITH THE NATIONAL FIRE PROTECTION
ASSOCIATION'S STANDARD 72 (National Fire Protection
Association, Bafterymarch Park, Quincy, MA 02269).
For vour information, the National Fire Protection
Associaiion's Standard 72, requires the following:
Smoke detectors shall be installed outside of each
separate sleeping area in the immediate vicinity of the
bedrooms and on each additional story of the family living
unit including basements and excluding crawl spaces and
unfinished ailics. In new @nstruction, a smoke detector
shall be installed in each sleeping room.
Where to Locate the Required Smoke Detectors in
Existing Construction. The maior threat ftom fire in a family
living u-nit is at night when everyone is asleep. The principal
threat to persons in sleeping areas comes from fires in the
remainder of the unit; therefore, a smoke alarm(s) is best
located between the bedroom areas and the rest of the unit
In units with only one bedroom area on one floor, the smoke
alarms should be located as shown in Figure 1 .
ln familv livino units with more than one bedroom area or
with bedro6ms oi more than one floor, more than one smoke
alarm will be needed, as shown in Figure 2.
In addition to smoke alarms outside of the sle€ping ar€as,
NFPA 72 requires the installation of a smoke alarm on each
additional story of the family living unit, including the
basement. Th€se installations are shown in Figure 3. The
living area smoke alarms should be installed in the living
room or near the staiMay to the upper level, or in both
locations. The basement smoke alarm should be installed in
close proximity to the staiMay leading to the floor above.
When inslalled on an open joisted ceiling, the alarm should
be placed on the bottom of the joists. The alarm should be
positioned relative to the stairway so as to int€rcept smoke
boming from a fire in the basement before the smoke enters
the stairway.
Figure 1: A SMOKE ALARM SHOULD BE LOCATED BETWEEN
THE SLEEPING AREA AND THE REST OF THE FAMILY LIVING
UNIT.
Where to Locate the Required Smoke Alarms in New
Construction. All of the smoke alarms specified for existing
construction are required, and, in addition, a smoke alarm is
reouired in each bedroom.'Are Mote Smoke Defectors Desinble? The required
number of smoke alarms may not provide reliable early -warninq oroteclion for those areas separated by a door from
the areai orotected bv the required smoke alarms. For this
reason. it is recommehded thdt the householder consider the
use of additional smoke alarms for those areas for increased
orotection. The additional areas include: basement,
bedrooms, dining room, furnace room, utility room and _.
hallwavs not orotected by the required smoke alarms. I ne
installdtion of smoke alaims in kitchens, attics (finished or
unfinished), or garages is not normally recommended, as
these locations occasionally experience condilions that can
result in improper operation.
FiguTe 2: IN FAMILY LIVING UNITS WITH MORE THAN
ONE SLEEPING AREA, A SMOKE ALARM SHOULD BE
PROVIDED TO PROTECT EACH SLEEPING AREA IN
ADDITION TO ALARMS REQUIRED IN BEDROOMS
Sadoon
a
Hell Badootfl
Lh,hq
Rom
a
-f Dlnlng
Rorn
\.
Ba!.mmi \
h
FiguTe 3: A SMOKE ALARM SHOULD BE LOCATED ON
EACH STORY.
IMPORTANT CONSIDERATION
We recommend replacing your alarm(s) every ten (10)
years; wny:. Dust. dirt. and other environmental contaminants can
affeci yoir alarm over a prolonged period.. Fast chanoinq industry consensus standards and codes
on all alarfts-make it bdvisable to periodically upgrade
vour alarm to maximize life safety.. Assurance that your smoke alarm needs are kept abreast
with the constaitly improving electronic technology.. Smoke alarms are recognized as one of the lowest @st
ways to protect dwellind-inhabitants against the..danger of
fire(s). lt makes good common sense to penoo|cally
replaie and update your smoke alarm that contributes so
much to life safety.
Pg. 9-3
550-0093
ffil**-
TV Room
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MOUNTING: PLATE &
ALARM
1. Lace the connector through the provided mounting
plate and secure the Dlate lo the iunction box.2. Plug the wire connectbr into the dlarm base.
3. Place th€ alarm up lo the mounting plate, rolating
it clockwise until dlarm firmlv snao-l6cks into
plac€. Keep the alarm parailel to the mounting
plate so upper and lower tabs on the plate seat
correctlv inlo th6 alarm"t{m"'m
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CHECKOUT &
TROUBLESHOOTING
'1. Tum tesl knob to the NORMAL Dosition and install
battery and then sugDlv house dower to the alarm.
The rdd indicator lidtit 3hould flbsh every 1t30
seconds. showing thal the alarm is operating
propeny.2. lf red light is not flashing or the green LED is nol
on:
a. Check that the batterv is installed.b. Check tl|e connectorbluo and wire
connec{ions. NOTE: 6e Sure vou tum off
rpwer before checkino wire c6nnedions.c. f th€ power supply an-d wirinq c*|eck out, but
the rcid lioht ddds'not fiash o; the oreen LED is
still off, raum the alalm to the mai'ufacturer.
See TO RETURN AN ALARM.
d. When powedng up alarms in a tandem
installation and all the alarms sound
immediately, inspect all alarms for those wi0r
an illuminaled indicalor lioht. These will be lhe
lrouble units.3. Testing vi,ith lhe Test Knob:a. Rotate the test knob courter-clockwise to the
TEST 1 position and wait up to 20 seconds for
the alarm to sound. lf lhe alarm does not
sound after 20 seconds, retum the alarm for
seryEe.
b. Aflef successfully testinq alarm, return test
knob to NORMAL (non-iBst) position and wait
20 seconds tor the alarm to stop sounding.
c. To test alarm for \igh sensilivity, tum
lest knob dockw,ie to TEST 2
position. Alam should remain silenl.
d. Make sure to retum lest knob back to
its normal position.
e. lf your alarm sounds during lhis tesl it
means the alarm's sensitivitv has
become too high and may cluse
false alarms.f. This muld m€an your alarm is dirty
and should be cleaned as described
in the maintenance Drocedure below.g. lf the ala,m contlnues !o alarm, tor
TEST 2 position following cleaning,
retum it to Gentex tor service.h. To ch€ck for proper smok8 entry into
your alam's s€nsing chamber,
Gentex r€commends using the Home
Safeguard Srnoke Alarm spray.i. This test should bB perfomed once a
year and should be sprayed lrom a
distanca no closor than 12 inches
trom the smoks alarm.
MAINTENANCE
After vour alarm has bean in ooeration tor
a period bf tim€ or if it was inslalldd prior to
the compleiion of all building consiruction,
your alarm may hav€ b9com6 more sensitive
due to dirt build-uo in lh€ alarm's ootic
sensing chamb€r which could cause
nuisance alarma or could cause activation
from small amounts of smoke build-up.
It this should occur, following this simple
washing p.oc€dure will rgstoro your smoke
alarm back io its oriolnal condition.
For further intorriation, regarding
freauencv of cleanlno and testino. refer to
NFpA 72-, NFPA, Bafterymarch Fark, Quincy,
MA 02269.
IMFORTANT: Fsllure to tollow tull
cleanlng Inttructlonr could rerult In
damago lo ttr18 smoke alarm.
DO NOT tsmovo all rlarma at ths 3am€
tlm6 for cl€snlno.
1. Tum otf eloci;cal oowsr to the alarm.
2. Twist the alarm counler-clockwise to
remove it ftom iis mounting plate.
3. Unplug the connector ftorn tho back ol the
alam. Do not r€mov€ the wire
conneciion; leave lh6 conn6clor for your.
rsplacemont alam or jumper plug.
R€mov€ ttte battery.4. Selgct thre6 (3) standard sEe wash
buckets and hll them €ach with one gallon
of normal tap water (dlslllled or
do-lonlzed treated wator l!
recommondad a! a linal rinse It watar
18 oxtrdrply hard In your arca).
5. Add 1/8 cup of lvory dishwashing liquid to
th€ tirst buckat ol water and allow it to
mix thoroughly, lhgn place one dirty alarm
into th€ soap wat€r mixure until it
becomos complelely covercd or
submemod.
NOTE: -ll th€ alams ar€ sxcsptionally
dirty. you may nish to first wipe off any
excess dil| bofora washing alarm so as
not to dirty lhe wssh rvater too quic*ly.
DO NOT open alarm tor cl€aning.
WARNING: ONLY IVORY DISHWASHING
LIQUID IS TO BE USED.
OTHER BRANDS ARE NOT
RECOMMENDEO AND MAY
CAUSE YOUR ALARM TO
MALFUNCTION.6. Allorv alarm to soak for aooroximatelv '10
minutes (lonogr lf grlre.rislv dirtv). Then
agitat€ tdr 5 -or 10 ssconds to fluih out
any remaining dirt lefl insid€ alarm's
nousn9.
Remove alarm ftom wash water and transfer
direcllv to one ot the first rinse buckets containino
clear water. Again, albw alarm to become
completely submerged, agitale once more for 5 or
10 seconds to remove soao residue-
Finally, transfer alarm to your second and linal
rinse bucket, repeating method found in Step 7,
then remove alarm to a clean dry area for a
period of 48 hours to allor^r it to thoroughly dry.
IiIPORTANT: lT lS RECOr|lrlEt{DEO TO CHANGE
WASH AND RINSE WATER AFTER FIVE 15)ALARiIS. IF YOUR ALARIS ARE EXTREftELY
DIRTY. WATER SHOULD BE CHANGED IIORE
FREQUENTLY.
U/ARNING: SMOKE ALARMS ARE TO BE AIR
DRIED ONLY. DO NOT PLACE ALARTI IN OVEN,
ICROWAVE OR USE A HOT AIR BLOWER TO
ACCELERATE DRYING TIIIE. THIS COULO
RESULT lN DAMAGE TO YOUR SUOKE ALARi,l.
In the evenl vou exDerience difficultv in the clganino of
your smoke ilarm dr if vou hav€ ani, ouestions. -
blease contact Gentex Corporation br your locil
Gentex distributor.
WARNING:
lf the smoke alarm does not work prop€rly, do nol
try and fix it yourself. This will void wiur iaanantv.
Sbe "To Retum an Alarm" tor instrud-tions to retuin
smoke alarms that do nol operate pmperly. DO NOT
TRY TO FIX IT YOURSELF.
IMPORTANT: Geni€x rscommends alarms be
tested a minimum oi once a wegk.
WARNING: Never use an oDen flam€ of anv kind
to test your alarm, You mav hnite and damaoa the
alarm is well as your home-. Th€ test feature-ot your
alarm accurately simulat6s smoke conditions and tests
the alarm's functions as requirsd by UnderwritBrs
Laboratories.
WARNING: Do not cov€r, tape, or otherwis€ block
ths oDeninos ot vour smoke alarm. These ooeninos
are design;d to -allow air to pass through your smdke
alarm, thus sampling the air around the alam.
FAILURE TO REGULARLY CLEAN THIS SMOKE
ALARM WILL RESULT IN FALSE ALARMS. A BUILD
UP OF DUST CREATES AN OBSCUMTION THAT
SIMULATES SMOKE. THIS MEANS THE UNIT WILL
GO INTO ALARM WITHOUT A FIRE CONDITION.
TO RETURN AN ALARM
Should you experi c€ problerns with your smok€
alarm, proceed as folbws:1. Tum off €l€c'bical power to lhe ala.m.2. Twist the alarm courter-clocls'vise to a€mov6 il
trom its rnounting plats.3. Unplug the conneclor from tl|o back of the alarm.
Do not remove the wire conn€dbn: lsavs the
connec{o{ tor your replacement alarm.4. Carefullv oac* (the manufaclurer cannot be
r€soonslbl€ fur conseouential damaoe) and rstum
to the manufacturer. lhclude comol;td details as
to exact naturE ol diffcullbs t€ing Bxperi€ncad
and date of installatbn.5. Retum to: Genlex CorDoration. 10985 Chic€qo
Orive, Zeeland, Michigan 49464. Prior to -
returninq. call Gentex at 1-80G43@391 to obtain
a RMA Flumber from our r6tum d€oartrn€nt.
'Ilr|lllo! |r r.flxoprEDF.io[ iroEolo.i rrarrco
Gi, ir[-h, Flt br *F Lr(}f,
tEt
TE I EE]I ru|c^'NX|xE@eD ICCWI||iX|P t2
LIMITED
For 3 Fnod of 12 nu$E nsn tE dat of poft,]as€, or € mrrimun of t6 mon[|. li!.n th! dab ot
n|sndlcnJll, G€nlex N.al'aob io yft. lr|6 orliiml crlsum€. purch336r. out yolrsnbk Almwlllb.
fr63 trqn d.i.cL ln wortJt'arEhip. niatldals. srd co.|lrrudbn ufthr m.nr€l ul€ rid .aNac.. It a
dsf€cl h rc.lnslshlp, n|at!fials, or constvcto.r shdrld caula tour Smok Ahm lo !€cdnc
inopersu€ wl6in lle warsnry pdbd, G€.{ex t',1 r.p€i. youl Slr|ol(. AtIn o. tumbh yur $th . ncr or
l!!'lrl ..d.codi€nt gnote Adm |thod chrEF lo yorl orc.9l b pGt.0F cqd,td b lltrn tr€
Snbta Asm !' us. Ydrr EpaiEd d rEplamdll SnEto Asm will b. rstulli€d lo Fr lt ! of dslG
tld n wl b€ @6Gd under hB mmnv fo. h€ b€lrnce of !r€ wr.r'ty p€riod.
Thl! sr|€nv i! v(id if @iEp.dion of For Smok A€m !hoN! thsl th. dfrl3g.o. Ar. *et
c$!€d t'y.lus., trri{so, at dlnal U3.gE laurt hslallad.ri, Inp.!?.r rxirbnrrc.. or r!p.ir! oth. r
ltln !ro$ p..io.nrd by us.
ANV WAFTIAITIES IMFTIED UNOER A'{Y STATE LAW II€IUDIIG IMPUEO WARRAMES O F
IERCHANTAATUTY OR FITIIESS FOR A PARTICT'IAR PI'FPOSE, APPIY ONIY FOR TI.C
W'NRAXTY PERIOO SPECIFIED ABOVE, PLEASE iIOTE THAI SOiTE STATES oo NOT AILOW
LIMITATIONS ON HOW LONG AN IMPI.ED WARRANTY TASTS, SO THE AAOVE EXCLUSIOT{ MAY
NOT APPLY TO YOU.
WARRANTY
GEITEX WILI NOT AE LIAALE FOR ANY !OSS, DAMAGE. INCIO€NTAI OR @NS€OUENTIAL
OAIIAGES OF AAIY KINO ARISING IN COTINECTION WITH I}€ SAIE, t'SE. oR REPAIR OF THIS
SIIOKE AARM. PLEASE TIOTE TTIAT SOME STATES DO NOT AI.OI/V TNE EXCLUSION OR
LIMII nO Of INCmNTAL OR CONSEQUEi|T|AI DAMAGES: SO TBE ABOryE E(cLt S|ON MAY iloT
APPLY TO YOU
lt. d.lbcl h wod.n mnip, n'lt€riab, d co.Er.udbn stn td c.us. yor StrE*! Arn b b.oodr.
inop.r$L |it|h tlc inlr8nty Fid, yq, mu6t r€bm tn€ gt1dG Abnn to c€d.x Fd.g. FlFid. you
nrEt dlo p.d( 0lo SnEl(. Aam io mtini!.Aj. rLk of ntt€ dam€o.d in lrldt yd/ rxllr.tro d|cb€ s
dum dr!.( giol(' r'r.ft! .!trn d b wf||nv s€rvice .hcrrb b6 r.nt to: G..ax CdDddo.r, t0S5
chh.lo odv., z.d5|n, m a94€4.
It rr |l .tvr ! Smof. ALrtn h ! drr|.o€d corairim ss h€ t€st 6f $ipdq. t! e .b!.t yul fid l,o{nrd nb. cbim lti t,|l Shioo€r.
THIS IIIITED WARMNTY GryES YOU SPECIFIC LEGAL RIGHTS- YO('| MAY AISO HAVE OIHER
RIGTITS WHICTI VARY FROM STA]E TO SIATE.
GENTEX CORPOMTION
10985 CHICAGO DRIVE, ZEELAND, MI 49464
PHONE: 1-800-436€391
1-1-93
Pg. 9-6
550-0093-1s