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IN
N
‘2NDEMC0,
CONGRATULATIONS
on your purchase of the Ademco vi876 System!
Th purpose of these Installation Instructions is to give you a brief overview
Adernco vIu76 system, and provide instmctions for installing a basic system.
As always, ADEMCO
im there for YOU!
Our SALES and TECHNICAL SUPPORT SM
to ●ssist you in any way they can, eo don’t hesitate to call, for any reason!
lk8t&aat2MJucnl “
of the
are eager
Suppolt: 141@-64&7492 (3 anMp.m E.S.TJ
Wedanlstlkchlud
“ Suppon: l-@O-fSS-9468
(3 anL-6p.nLP.S.TJ
PLEASE,
Before you call Technical
Support,
be sure you have:
Checked all wiring connections and ties.
Determined
that the power supply ●nd backup battery are supplying
proper
voltages.
“ Verified your programming
information
where applicable.
●
Noted th~ proper model n&nber of this producg and the vereion level (if known)
along with any documentation that came with the produck
●
Your Ademco customer number sdor
company name.
Having this information
handy will make it easier for us to serve you quickly and
effectively.
●
“
4@%
CONGRATULATIONS,
I
I
and WELCOME JWOAIZD!
FOR YOUR CONVENIENCE,
two eaeily removable Programming
Forms have been included at the center of thie manual.
I
ADEMCO LIMITED WARRANTY
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THEREARENOWARRANTIES,
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WHICHEXTENDBEYOND
THEDESCRIPTION
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-2-
CONTENTS
Lknbd w.v
............e.......e........................................ 2
Oonoml lnh*
..................................... ..................... 9
~~
~....~...................................~
&rSolsaim....................................... 4
ZanoTypaA~
Wkdoss as ................................................................. 5
4-W U........................................................ 6
m
~
............................................................
MountingUu condo(t) .....................................................
Pfogmmmhgh Sualdv.
.. ............. ........................
......................... :
......................................................... ls
ti8afin
.................................................................. s
S
&.=:::::::::::::::::::::::::::::::::::::::::::::::::
\
Cm?adml
m
Fw~
............................................................... 10
ThoLimiIuion8d his Ahnn *sm. .................................. a
Dlogromo
Instdlii ha Lod (M ~
.................................................6
lnudlh6AdDmco8#mf6
uld4261Tqpslu ......................... 7
Imtdhg Adunco*16 Ch#I &
Abno......................... 7
........................................................... 12
.................................................. 17
Tmnsmiaors
....................... t6
DIPTdos br W-
GENERAL INFORMATION
TheAdernco vf8f6 is a mkrcpmcessor-based se-
.
rnatbnwhichhas been programmedwill not be bst
inthe eventof a oorrptetebss of power.
The system provides communicatbn capability
(central station reporting,etc.) over existingtelephone lines. In addition,it can be upbaded, downtcaded,or contmtledvia yourcomputerand Hayes
modem.
This system includes an alarm output rated at
2 amps. Throughout tho manual, whorover
referenco Is made to Alarm Output Ratings,
they ● ssumo a fully charged battery ta connected unless the UL ret)ng b stated. The
batte~ is periodicallytested automatically,and if it
canmt sustaina bad, a bw batterymessageis dsptayedandcan be repwtedto the centralstatbn.
ZONE CHARACTERISTICS
Zones 1-4: not present
Zones 5,6: Wtred Progmmmable Zones.
EOLR supenrised,N.O. or N.G. sensors,300-500
rnsecresponse.
Zone 7: Console Panic. 24hr zone, programmsbteforsitent,audible,auxilia~,orfh.
zone 8 Duress (see Usets Manual).
Zone 9: Tamper.
Wlrelesa Zones. Up to 16 total can be used with
the 4281 receiver provided.Zone ID assignments
can be in the 19=63 range. Any 5700 series transrnttterscan be usedto makeup the wiretesszones.
This inctudeswlndowhborunits,smoke detectors,
PIRs, and pank keys. The selectbn of a partkular
transmitterand ttszone assignmentdefinesits systemcharacteristics.
curitycontrolwhich provides2 wired zones, amf in
ccnjunctbn wtth its accompanyingNo. 4281H RF
Receiver,up to 16 wireless(RF) zones.(tfa 4261Lor
4261M RF Recehmris usedinstead,ontyupto 4 or 8
wireless zones respectively can be supported.).
Not.: For brevity,subsequentmienw%xmherein to
the RF Receiver wi// be indicatedby “4281=unless
otherwiseindicated.
The security control is housed in a wall-mountsd
mOtatCSbin6tmeasuri~ 12-l& (318mm)wide X 141/2 (366mm) high x 3“ (76mm) deep, and can be
used with a consoleequippedwith a muttifunctiin
12-key digital keypad and a numerk and fixed
EngtishstatusLCD disptay(4127). Optiinatly,a No.
4137 may be used, or a No. 5330 AJphs Console
(selectfor Vectordevke, es descrbed in the 5330’s
installationinsbuctbns)maybe usedwiththe control
to provide programmable English language zone
descriptorsand statusindications.The systemmay
abo be armed and disarmed using a No. 5727
WirelessKeypad.
Connectbns to the securttycontrolare made via a
21-terminatconnectorbtockwhkh is used to interface to the wired hops, ptug-intransformer,telephone line, remote console(s), external alarm
sounder(s), etc. The securitycontrolcan be easily
programmed from any of the above remote consoles. Programmed options to establish specifk
atarmand reportingfeaturesare storedin etectricatty
erasable, non-volatiteEEROM memory.This means
that the unit can be reprogrammed many times
(untikeunits equippedwith PROMS) and that infor-
AND CONTROL
via16 can be rernotetyprogrammed
The Memo
from an IBM compatiblePereonstComputer(PC), a
Hayes Modem,and Ademco’sV-UNK@Software.
Programmingthe Ademco vis16 froma remotebcatbn is protectedagainstComprombeby someorwattemptingto defeat the system,using muttiilevelsof
securityprotectbn:
1. Socurlty Code Handahak@: An 8-digit
download ID code must be matched between
the Adernco v1876 and the downbader.
2. Site Inltlated Remoto Progmmmlng: The
instalteror subscriberinitiites the calbsck from
the subscriberpremises(by pressingMASTER
CODE + # + 1). Atl parameters can then be
~tinbm~aes
the phone lines using a per.
3. StatIon Inltlated Remote Progmmmlng:
The operatorcattsthe sitefmm yourofficeto initiate the downbad call. The Adernco via76
hari~ up and thencatlsbackthe PC viathe prepwramm~ telephone number. The unit can
then.be upbaded, downbaded, or controlled
fromyouroffii.
4. Data Encryption: Data passed between the
PC and the Adernco via16 is encryptedfor securitysothat it isverydiffiitt fora foreigndevice
tappedintothe phonelineto take over communicatbnand substitutesystemcompromMg informatbn.
-3-
soundedand the proper dialer repotts are sent to
the oentralstatbn. The consofeswill beoomeactive
after the downbad communkatbn is terminated.
The detansdOpemtbnof the downloadfu@ons is
oovered in the installation Instructions for the
4130PC Downbadng SoftwareDiskette.
Equlpmont Roqulrod
At tho prSM18S8:
●
Adernco *18 and Consofe.
At tho InStQllOr’s offioalhoma:
. ArI IBM PC conqMNM8computer,a Hayes
brand Smartrnodem 1200 (Level 1.2 or
higherextemat or Level 1.1 or higherinfernal styfe), No. 4130PC DownloadingBoftware Oiskette(Rev. 1.73 or higher),and 8P
Pfopffateinterconm%ngcables.
Programming:
The downbading system can perform many functkms when in communicatbnwith the controlunit.
Besides uploadingand downloading,the status of
the systemcan be obsetvedand varbus oommands
can be initiied.
Notes: After the ~rnco
via76 and the PC have
establishedvalid oomnmmicstion,
each consoleon
the systemwiflbecomeHive andwilldbptay%G.
The Ademco via16, however,witl stiflbe acannfng
itszones andtookingforatanns. ffansfarmdoesoe
our, after oommnmication
is broken off, sisrms are
Romoto Progmmming Advisory Not@s:
Alarm and trouble reporting may be detayed
during the time that the system and the
Downbaderare iinksdto each otherfottowinga
vafkf exchangeof oodes, but the proper msssagewill get throughto the Central Statbn after
the tfnkfsbroken.
●
Keypad entriesare ignoreddurfngthe time irk
tervalstatedabove.
●
A copyof the programdownbadsd may be pr&
duoed from the IBM PC COMpStfb10
00MpUter,
using the produot’sintemai repott generator,
when an opfbnal prfnteris connected(oonsult
your PC manualfor properprinterand oonnectbns).
●
Proorsm Downbad ~ess
than 45 secon& foraoon@eteprogmm.
●
ZONE TYPES AVAILABLE FOR SELECTION
openingsor troubles(such as sensorrnatfunotions or foil breaks). During the armed state
(r’@f’0~Me
anatarm.
6. 24=hour Want Alarm. This type ge~ralty
assfgnedto a zone oontsinfngan Emergenoy
buttonthat is designedto initiatean atarmreport
to the CentralSfatbn, butwhichpnxtuoesno b
cd displaysorsfarmsounds.
7. 24-hour Audlbfs Alarm. This type atso assignedto a zone containingan Emergencybutton,butwhichwfifinftfsteansudibteafanninedditbntosnalann reporttothe Csntnsfsfafkm.
8. 24-hour Auxllfsry Afsnn (Console sounder
onty).Thistype sssbned to a zone CX)ntsinhg
a
buttonfor use in personalemergencies,or to a
zone oontainfngmonitoringdevfoessuchas water sensors,terrpsraturesensors,etc. Designed
to hitbte an alarm rspwf to the CentraiSfsfion
onlyprovidesConsolewarningsoundsand
atsmldiepbya.
9. Stmervlaad Ftrs (aiarm on shorf/troubieon
op6n) Fire zone may not be bypassed.Only
usable on Zone S or -Console Panic In
the wired system, or on oertain zones of
the wireless system.
By using the 4261 recefver and the appropriate
5700 seriestrartsmftters,
all of the abovezonetypes
are avaitableforfhe vdraiessportionofthe system.
For each zone used,one of the fotbwingzone types
mustbe Setected:
o. Zone Dlsablod
1. Entw/Exit Burglary. Assignedto sensorson
doorsthroughwhichentry and exttwifinormaify
take pfacewhenthe systemis armed.
2. not used
3. Perimeter Burglary. Normaifyassignedto ail
~=rsf~xterbr
doors and wfndows requiring
4. interior, Foliower. Delayed aiarm only if the
Entry/Exitzone is fautted first: otherwise,pr&
duces an instantalarm.Assignedto zone covering an area such as a foyer or bbby through
which one must pass upon entry to reach the
keypad to disarmthe system. Designedto provide Insta% intrusionalarm in the event an intruder hicwson the premisesprbr to the system
being armed or gains aooess to the premises
throughan unprotectedarea.
s. Troubie by Day/Alarm by Night. Can be
assigned to a zone which ocmtainsa foil-pmt---rw~(wtbasom),ortiaia
zone coveringa %ensitii- area suchas a stock
room,drug euppfyroom,e% or OtfWroonttied
access area where fmmediatenotifiiin of an
entryis desired.Duringthe disarmedstate(day),
the systemwifl providefatcheciConsoieannunciation(and oentralstatbn report,if desired)of
4-
~
WIRELESS
Gonoral
In addltbn to 2 wired zones, the Ademoo vfa16, in
oon@cttonwith its4281 moeiver,carI provideup to
16 wlrebss zones. A wireless keypad (5727) also
oanbe usedwiththe system.
The 4281 receiverwfli normallybe mountedwfthfn
the ~rnco
vla16’a cabinet (see Page 7), buf it
oan, instead,be installedremotety,in its own housing.
The 4281 recognizesalarms,statusmmsagas and
keypadoontmlmessagesfrom5700 SeriesWinless
Transmitters operating at 345 Mhz (315 Mhz for
Canadian versbn). These messagesare prooessad
and relayedto the controlpanelvia a 4 wireconnectbn to the oontrot’sremoteoonsoleterminals.The
4281‘s RED, BLACK YELLOW, and GREEN W&SS
are oonnectadinparalteiwiththe oonsolswirl~.
The 4281 oan reoeivosignals fromwimlasstranstiters within a nominal range of 200 feet. See
SPECllWA77Wfor a listof avafbbb tmnsrMters.
Note: The 4281’s DIP swttchmustbe setfora reoeiver addressof “1=,as desorfbedin the
4281% hstructbns.
Wlroloss $upewlslon
Each transmitter(except 5701 and 5727) b supervisadby aohsok-inaignatthatissent totharaceivar
at 70-90 mfnuteintends. If at leastone check-inis
not raoeived from a transmitterwithin a predeterminedintervat,the transmitternurrberand ~HECK
witlbe displayedon the console.
Each transmitter(inctudtng5701 and 5727) is also
supervisedfor bw batteryoomfitbnsandwitftransmit
a bw batterystgnatto the 4281 whenthe batteryhas
approximately30 daYSof Me remaining.
Not.: Nterabwordaad battefyis_,
adfvate the transmitterand enter fhe saourity
oods+ OFF to dearths SyStSm’S
nnwnoryof
the *
Batte~ stgnat.
The 4281 itselfis supervised.tl cornrnunkationwith
the reoeiveris interrupted,or valid RF signalsfrom
ZONES
wireless transmitters are not received wtthin 12
hours,a tamperreport(Zone9) willbe generated.
House Identlflcatlon
The 4281 respondsonty to transmittersset to the
sameHouseID (01-31...aeethe DIP swft& tabfeson
P. 18) as programmedfn the A&n@ via16(see
fnld ●24). This preventsinterferencefrom transmitters in other namby systems.To make sure that a
House ID fs ohoaenthat is not in use namby, oond;ct~
$Eif~fede
test described under
.
Transmlttor Idontlflcatlon
Eachtmsmttter has ttsownuniqueID nu~rwhich
is DIP swltohprogrammablein each unit (except
wirebss keypads,whbh are ffxsdat ID 00). Wheneveratmsmhbntakas pfaoe,whetharforanatarm,
fautt,ohaok-fn,or bw battery,the ID rxxnberIs sent
abng with the messageto the 4281 which, fnturn,
relaysthis informatbnto theoontml,whfoh displays
the oondftbnand zone numberon the oonsole.
TransmitterID rangesto be used for varfouszone
types are gfven h the programmingsectbn (f&Ids
“76 to “92). DIP switchsettingtables are shownon
P. 18.
Not.: Transmittersset for an ID of 32 through4?
will have a 3-minute look-out between
transmissbna@ conservebatterytffe.
Advlsorles
1. If the 4281 reoefveris to b mountedremotely
(not in the control’scabfnat),place it in a high,
--edafeafwbsst
reu@bn.
2. Do not bcata receiveror transmitterson or near
metal ob@ta. This will deoreasarange andor
btodctmwmbabns.
3. Beforemountingtmnamhterspermanently,conduct GONO Go Tests to verifyadequate signal
strength(see TESTING WE SYSTEhfJand reorientor ndooatetransmitters
if ~v.
4-DIQIT SECURITY CODES
Maator SeourttyCod.
The instaiferprograms the Master Code hitiatiyas
part of the progmmming prooedurs (see “Progmmmingthe SecurityContmP). The Master oods
psnnitsre+r$ryfntothe pmgmmhg modesndaiso
afbwsacoessbthe rmrmslfunotbnsoffhesystem.
[ 1[ 1[ II 1 ~r~(u~W.
assignedduringprogramming.
i-r=~
~
*
(prevents m-entry into ~
mods with Masteroods).
●99
(aiiows re-entry into programming
modewithMaster oode).
By exitingwith “88, the only methodof getting back into the programmingmode from
the consoie is to completelydepower the
Wstem and Mow the wooadure noted in
&mb;bn
on “Progra~ng the Seowtty
.
“98
The Masterseourityoodeosnbeusedto_up
tOthfOSSOOOndSfy00dS6; it OSnSiSObIBUSOdtO*
move ail seoondary oodes fmm the system
(~.
Seoondaryseourityoodes are asalgned by Master
code as foibws:
Master Code + CODE key+ User # (2 -4)
+ Seoondarycods
The systemwili emit a singlebeep when eaoh secentered.
OndsrY~ bsen sucoessfutly
Not.: Whena saoondsryoodeis inadvertetiiy~
peated for different users, or one users
cods is anothefs duress oode, the bwsr
usernunber wifltakepriority.
individualwmndary eacaJrity
odes m be dalsted
byusar#l (wthMasterCode) asfofiow
MastarCode+CODE key+ Usar#(2-4)
Not.:
Ail security codas, master and secondaty,
pennitaooessto fhesystemtoranning,dis-9
@@.
fNSTALLING TNE LOCK (IF USED)
~-tab
~~ti
use Adenwo No. P3422 cam lack
and No. P3422-1 Push-on Ciip
(RetainerClip).
1. Remove the oabinet rmwr.
ff is easlty removablefor
Uti-a
n
aervidngandis easi(yreinsfawd.
2. Remove the took knmkout
from the controi oabinet
oovar.lnsertths keyintoths
&ok. Posit&nthe &&in the
hole makingoertainthatths
latch wiii matuj contaotwith
the latch braoket when the
door is dosed.
3. Whiie hoiding the iock
steady, insert the retainer
ciii into the retainer sbts.
P&Won clip as illustratedto
facilitateeasyremovaf.
II
Wby~2~hti~rs~.)
L
Note:
BEFORE MOtJNltNG TNE CIRCUIT BOARD(S) be sure to remove the appropriatemetal
knockMs fromthe osbinet.DO NOT AlllEMPT TO REMOVE THE KNOCKOUTS AH’ER THE
CIRCUiT BOARD(S) HAVE BEENINSTALLED.
INSTALLING Adwnco triaf6 AND 4281 CIRCUIT BOARDS
TOOETNER, IN TNE SAME CABINET
1. Hsngtwo Sh@ (bkk) mOUllthfJ dips
(Provided)onthomieed csbinottsbs,es
shovminDetsilBsIrigM.
2. Inaort tho top of tho 4281 board
(removed from its own cue se describedin ifs instruction)W th. stote
st the topof the csbinet(SOSDetsil A).
Mskosure thst the bosrd rests on the
OormctW of tebs.
3. Swing tho base of tho board into the
mountingdips end eeourethe 428t to
tho csbinot with the ampsnying
ecrews(see DetailB).
4. Insertthe top of tho Ademco via f 6
bosrdintothe etothlthed~sndpodtiontwo~(red)dipe
mthobweredge
5.
6.
7.
II
IkEdl=w
=
mu
MD
-$/
#NIEMNA
+
AL
o
GRWNOIMG
mu c
sloEvlEwof
LoNcMnuulwccuPs
.’
●
?’
. .
AN?R%cl
Gm&NbJllmllmlmc+
INSTALIJNQ THE Adernco tda76CIRCUIT BOARD ALONE
(WiTH~THE
-1
IN THE CONTROL’SCABINET)
1. Hang two long mounting
ciips (provided) on the
raised oabinet tabs (see
iower detaii side view at
right).
2. insert the top of the cirouit
board into tha siots at the
top of the cabinet. Make
sure that the board rests on
the OorrectW (s66 the upper detailsideviewat righf).
3. Swingth6 base of the board
into the mountingciiis and
secure the board to the
cabinetwifhthe aooo-ing screws (as illustratedin
towerdetaii).
●
Smulrww
tmm’rMoInmlocws
ofthebosrd(HDaSilc).
Swing
thisbosrdhmpie
cesndeeoureit
withtwosdditionsfeorews.
Insert on. of ths *
groundinglugs
(suppliedw&hthe 4261), vis one of the
holes inthotopof thoosbinet#intothe
Wr-hsnd terminalof one of the twe 8ntenna Mocks (at the upper edge of the
4281 boud). secure ktotheoebinet*
with ono of the screws provtded, es
shown in Detdl 0. Do the ssme ● the
othersntonnabtock
Insertone of the 4281* two ●tennss
intob
btodt’e@Mandtefrninef snd
tightenbothscrews.
M“
DHAL81WWIW
a6mmnDmsmlED
Wmuon
oErNL&tw
@
-7-
LaaDlolNmacuM
WIRING CONNEOIIONS
(See Summary of Conneotlons Olagram on Pago 17)
IMPORTANT:
Do not oonneot the battery, or ‘plug In tho AC traneforwmr,
until ●ll Othar wlrfng connactlons havo been oompletod.
Grounding tho Syatom
Terminal21 is the earth OIOUndoonmtion point In orderforthe protectivedevioesInthk productto be effeothre,
the designatedterminalmustbe terminatedin a good earth ground.The followingare exanples of good earth
groundsavaliableat lnos Mallatbm:
Metal odd water plpw Use a non-oorrosivemetal strap firrnfyscouredto the pipe to which the lead is
electrioaltyoonnactedand seourad.
AC powor outlet ground:Availablefrom 3-prong, 120VAC poweroutletsonly.To test the integrityof the
ground terminal,use a 3-wire ckouit tester with neon ~
indicators, suoh as the UL Usted Ideal Model
61-035, or equivalent,avaitabteat mostelecMcaisupplyatoms.
TERMINALS
1 &2 AC Imut from No. 1321/TF2 WO-itI trSIUi-
fonne~,in U.S.A. (l&5VAC, 25VAj
NOTE: In Canadianinstallations,a 1321CN
transformernust be used.
3: Alarm relay output(+), 12VDC, 2.OA maximum
(600nA rnaxAlarmphJsAu I%wer, @r UL us890).
4: Alarm OutpuUAuxUiary Power/VWedFka/Con5
6
7
8:
9:
10:
11:
12:
13:
14:
SOW4281(BLACKlead). Ground(-) Retumt.
Auxiliary/WiredFire/ConeoW4281 (RED) Powm
+12vDcet500mA Insx.t
Data In fromConsote/4261(GREEN)t.
Data Out to Consold4251 (’YELLOw)t.
mt Usd
mt used
mt used
mt used
mt used
mt used
WiredZone 5. When thm zone, or zone 6, Is
used, a 1,000 Ohm EOLR shouldbe wiredbetween the farthest sensor oonnected to the
zone terminalandthe lowsideof the zone.
15:
16:
17:
18:
19:
20:
21:
Zones5 emf6 Return.
WkedZone 6 (S0S zone 5).
Ha@set (llP).
Handset(RING).
lnconMlgPhoneLine(TtP).
Inoonhg PtmneLine(RING).
EARTH GROUND (a omoer earthorounctrrwst
thesysteriifrom lightbe providedto Pro’t&t
ningandaktmatatk dkohafgedamage).
t Home run each oonsoteindividually,If possible
(eaohAdemm5330Consok used nurstbeonan
individualhome run). Use no more than 220’ of
#22wireor5500f#18 wlm.
Wamlng: To prevent the risk of electricalshock,
discom@the teleptumelineattheTelcoMbefore Sewioingthe unit.
RED LEAD: Battery(+). When AC is present,
13.8VDC is beingdevelopedto reohsrgea gel lead
aoidbatteryand when AC is abseru,12VDC ourrent
is drawnfromthe battery.Batterybad reversalwill
Mowthe batteryfuse.
BMCK LEAD: Battery (-).
MOUNTING l’NE 4127 CONSOLE(S)
1. Separate the consolefrom its backplateby removalof thetwoscravvs onthetopandbottom
Ddges.
2. Use the backplateto rnak the posifiins on the
wattfor the sorew mountingholes and the outwt for the intertaoewiring.Use wait anchorsfor
Iheaorews andmake theout+utinthewall no
largerthan indicatedon the template.l?w backptate is designed to be directly mountedto eiIhera singleor doublegang elactrM box.
3. Pultthe bterfaoe wiring in the wall throughthe
NJ&out.
“
4. Passthe interfaoewiringthroughfheopeningin
the baokpkte and then mountthe baokplateto
thewaasutfewilh soraws.
5. Splioethe interfaoewlrtngto the oonsolewires,
Insulated sotdertess wire splices (such as
AdemcoNo. 311) maybe Usedfor splicing.
6. Attaohthernainbodyoftheoonsole tothewallmountedbaokpfate.The consolek pmperiyattached when it k screwedto the backpfateby
top and bottomsorefws.
~
PROGRAMMING lHE SECURITY CONTROL
Iwtaibr Optbnsare storedin non-removable,eiectrlCatlye-,
nomwktila EEROM memory?These
optbns nwstbe pmgmmmdforthe partioutarinstak
latbntoestaMeh itsepadfioatannandmp@ingfea
~~res~m~ti~
murot maybe programmedfrom
.
When programming,the fietd mmlwr will be disP&yad on the LCD disphy; also, ~
entry is dsKm=
h b keyed in. After progmming, vatues
that have bean entered in eaoh field oan be reviewedand, Bneoeaaay, modlfbd.
“Not.: It la poaslbisto programthe systemat any
time-even atthahwtalbtspre
mtaesprbrtotheae
tuat installation.Simptyappty powertemporalityto
the controlandthen programthe unilas desired.
When programmingfrom the conaote,note the fotIowing:
1. Enterthe Programmingmodeby simuttansousty
depressing the r] and [#] keys wtthln 80
seconds ●fter powor Is ●pplled to the
Control, or subeaquenttyby keyingthe oods
4 + 1 + 1 + O followed by depression of
CODE + O keys. Once a Master oode Is
programmed, use It instead of 4110 to gain
access to the Programming mode. /f the
w~
-exuadpmvioualyW“ng
a ●98, & M pmvernem infofhe ~ng
mde Qytheuseoffhe Master Cods+ CODE+
o.
2. Immediately following entry Into the program
mode,20witl redisplayed. (lla533000nsoteis
used, 00 wltl be dbplayed. Enter ●2Oto ~
the programming start point). Following the
above display,the systemis readyto aooeptentrbs for Address20.
To programa data field, key ~ plusAddreee
(for exanple, “21), then make the requiredentry.
To sImpty revbw a data field, key [S] plus
3.
Address.
When a data fbld hae been oompbtety pm-
granrned, thacxmaobwilt nonnalty~ttwaa
times and than ~W
pmcaed to, and
diepiay, the next data field addressto be pgrammed (unot, key~pklstha addressofths
nextfbtd to be prograrrsnad).
thatyou etierinthedata
4. tfthe~ofdiglta
field Is teasthan the maximm permllted(forexample, phone nunber), then the oonsotawill
display the last data entered. To Prooaed.th
next data fietd addressto be programmedmust
then be entered (for exampte,●42).
5. If an addressis irrpmpertyentered,the console
will display EE. Simptym-enter ● or # plusthe
number.
The fotbwingis a descriptionof oomrnandsnacesSafy forprogramming:
FUNCTtON
ENTER
PROGRAMMING
MODE
PROCEDURE
1. POWER UP, thendepress
n and [Q simultaneously
within50 secondsof powering up.
OR
2. Inttially,Key: 4 + 1 + 1 + O
plus CODE key + O.
OR
3. AfterMasterCodeisomgramrned,key: M“er
Coda + CODE key + O.
(flwwasusedtoe xitpreviousiy,metlmd1 abovemustbe
uaedtoenterthe pmgrammode
again.)
●99 (attowsm-emytopmPROGRAMMING
~-*TyW3
MODE
entrymethodabove)
“98 (MitJts m-entryto pro=w~
M TYPS3
ADVANCETO FtELD ~ + ADDRESS(e.g. 21,
35,52, eto.).
PROGRAMFIELD
~ + ADDRESS,folbwed
bydataentries.
ERASEFIELDS
~+ ADDRESS+ fl (OW
appliesto Addresses40
thru43 and 84.)
READFtELD:
[#j + ADDRESS
SPECIAL MESSAGES
OPEN CIRCUtT (no conununbation between
the Consoteandthe Contmt).
ERROR (progmm ant~ mistake, re+mterthe
daa).
ERROR(using4281L). tt a 4281L isusadinstead of the 4281H and if anythingis programmedinfblds%0to*91, theoonsotewitl
disptayE4 and the cotiml witlbe disabled,
sinoethe 4281L does not use those fields.
Onty00/00 shouldappearin “80to %1.
ERROR hJsbm4281M). Ma 4281M is used
insteadoi the_4281Hand it anything is programmed
infietds“84to “91,the consolewill
d-lay E8 and the controlwill be disabled,
sinoethe 4281M does not use thosefields.
Only00/00 shouldappearin ●84 to ●9I.
After powering up, AC, dl (disabled) and NOT
READY will be d~ayed afterapproximately4 seconds.This will raven to READY in sppx. 1 minute,
whichatbws PIRS, etc. to stabilize.To bypassth~
delay,press:#+ o.
-9-
SPECIFIC ADDRESS PROGRAMMING INSTRUCTIONS
Not.:
The tollowtng
shows Factory Defautt Settings wtthln braokots: [
]
l~Ep~~-’3~~”Eo’”~
DIALER PROQRAMMING ~-)
PABX ACCESS CODE
[ 1[ 1[ 1[ 1 Enter4~@s~tfore~
PABX digit needed to aooess an outside
fine.To sidpthisfield,enter ●. if ● k entered,
SYSTEM ARMING ~@*24)
“ 20
MASTER SECURITY
CODE
[4~1][110] Enter 4 digits,O-8 (entryof ail 4
ismardatory). Useof a~intheiatil
posftiin inhibits the Ambush featura.
QUICK ARM ENABLE
●21
●
[0] Enter lforenabiedorOtordkabled
FORCED
BYPASS ENABLE
[0] Enter lforenabiedorOfordksbied
RF RECEIYER HOUSE 10 CODE
[00 ] Enters houseiD of 01-31.
23
“24
ZONE
●29
●
30
●4O
RESPONSE
PROGRAMMING
“41
“~”3S
FIRE TIMEOUT DISABLE
[0] Enter 1 to dsabfe the aoundertirnaout
111
Nota:Back-uP raPortfn9(80sik sfsmsdet0
the secondary phone number if no
forfireor Obenabiait.
ALARM BEU TIMEOUT
[1] Externalaounderwiiishutoffaftertfme
allotted. Enter1 digit.
Notirnaout
=0
4 minutes
=1
8 minutes
=2
12 minutes
=3
●42
admwbdgmant is moefvedafter6 attempts
totheprimay number)iaautomatioon~if
thersisaaemndmy phona~.
SECONDARY PHONE NO.
(Iii[]lltltltltlt][]tl[l
See above. End field by enterino“43 if not
To dear entriesm-mtiid, ~
●42.
fiited.
“43
SUBSCRIBER
ACCT.
No.
[15][15][15][15]
Enter digits O-9; #+1 1-B; #+12=C;
#+13-D; #+14-E; or#+15-F. Erbr ● as the
1= ENTRYEXIT, _
3- PERIMETER, Sur@ary
4- lNTERiOR, FOLLOWER,Bu@ary
5- TROUBLE BY OAY/AiARM BY NiGHT,Bu@ary
6-24 Hr (Sib~)
7=24 Hr (AWibia)
6-24 Hr(Aux)
9= FiRE, Fields%5,%7&%2 on!y
● 35
RESPONSE TYPE FOR ZONE S
[9] Enter1 U@,
●36
RESPONSE TYPE FOR ZONE 6
“30
1[1[1[1[1[1[1[
Enterupto 12 di@s, O-9.Do notfiii unused
srmoea.Endfield by entering●42 if rmttilted.
to dear enirieafromfield,~
●41”.
fourth digit ffa3cfigit scotno. (for3+ldMr
fapmm-)hu=d.mw
omtkfim
aoct no. for nos. 0000digit of s 4+t
0289. End field by entering ●44 if only 3
2- not used
37
no PABX nunber wifibe dialedand nothing
willappearin thisfield. Ed fieldby entering
●41 if not fiiied. To dear entrfesfrom field,
press“40’.
PRIMARY PHONE NO.
[1[1[1[
Use the followlng tablo of zone types for
progmmmlng
●ddressee “36=”37 & -2.
0- Zone Disabled
●
.
P] Enter 1 digit
RESPONSE
TYPE FOR ZONE 7
(Console
Panic)
[6] Enter1 digit
Onfy zone types 0,6,7SS applicable.
ENTRYI EXIT DELAY
[2] Systemwillwaitthe time aiiottedbefore
soundingalarm uponentering.Enter1 dw.
(i%itdefay= Entry deiaypius 15aeconds)
o0 Seoonds
1 = 20 Seconds
2.
Wseoonds
3 = 45 Seoonds
-10-
~~
●44
yeueed. To dear erWieafrom field,
.
REPORT FORMAT
[O] DaterrrWewhiohf
onnatktobeusadto
reporttooelWaiatation.ErWrldi@.
0=3+1; 4+1 ADEMCOiSStardad
l=3+l;4+l
Rsdk*~
2-4+2 ADEffiOLo SpSad~
3=4+2 RadionicsStandad
6 = 4+2 ADEMCO Express
7- AOEhfm Contad iD Reporting
8= 3+1: 4+1 ~EMco bLO~~)@8nded
9.3+l;4+l~
(Enter *asthe4th di9itof*43 if3+l dialer
rqorting is to be used.)
oalmu8donPaSDll*
*
Ademco
FIELD
SVSTEM
wkf6 PROGRAMMING FORM
FUNCTION
PROGRAMMED
VALUES
ARMIN@ ~2D-*24)
❑ oon
“20
MASTERBEOUWIYCODE
“21
aflcKARMEfwLE
q-J
“23
FORCEDBYPASSENARLE
to
“24
ff RECEfVER~
ZONE RESPONSE
D CODE
PROGRAMMING
DISABLE
“29
FIRE~
“30
AIARM BELLTIKOW
Enter4 dQit8,0-9
O.no,l-yos
O.m,l -p
~rj
Enter01+1
t+OUSCID
~29-%S)
ta
tt
❑
O.m,l
.y@g
0=~l=4~2=8mti3-12mh
~ ON
o (orUndefklod)
. h
Db8bfod
1 = ENTRYEXIT,BurgImy
2-notusod
“35
ZONESRESPWSETYPE
c1
●33
Z0NE6REW0NBElVPE
u.
“37
ZONE7~lYPE
“33
ENTRYDELAY
DIALER PROGRAMMING
“40
●
6.24 W (Siint)
7=24 Hr(Audibfe)
3- PERIMETER~~
4- fNTERtORmLLOWER
Sumlwy
8-24 Hr(A@iwy)
9- FlRE(Fii”35, %7&*92
only)
CONSOLEPANtc.onlyZOnotypos0,6,7, a, 9 appfidfo.
0.0Mc;lm20~2.30~3-45sac
EXmDOlay.Em
b+15sac
P40-*4S)
PABXACCESSCODE
proa$ing
“41
❑
tta
LOS “35=”37 6 “92
5
(and pm
Enter4 dii, 0-9. Wfaworthin!4 di@s OfltWOd,
Clclno
41, if cntoringrroxtfioid).To ctur ●ntriu fromfiokf,press“40”.
PRfMARYPHONENo.
QngnDnqnnnnoE*r.~12d@~~9
Donotfill unuoadspacos.Bfowort
12 dqits ●ntorod,an
pros8ing“ (andpras a
To dear ontria fromiii, press●41*.
“44
~
FOMAAT
r]
ml
ml
ml
Fl
c1
o.3+t,4+l AoEMmL4ssTAtlloAm6ormddilwd=4+2ADEwExPRE3s
1.3+1,4+1RAot@lrcssfANMm 7=AoEhK0mwftD~
2.&3 ADEMoDtJSsfANMRo
s.4+2RADlUwSsTANMuo
SYSIEM SELECT
~1
if ●ntorhqrwxtfafd).
m
ForAcaNo.s224,snt9c~ml
PorA@ No.122,Wlmc
OXitby
ttu#@nLBta
“45
-E
“46
SESCOAMADtONICSSELECT t
“47
15 SEC DMLERDELAY(BURG) to
“43
24 HR lEST MESSAGE
to
n
a.3+l,4+l AoEw0usExPANoEo
9 D3+1,4+1RADloNtcs
EXPANDED
lsmTona
WAISlino: O= Pub M,l=Tono
Dial
ifCwa Sta. fSon ●WATSiinc 2= PdsoDW,3=Tom Di81
0- Rdmii
(0-9,B+
O= IIO,l=YOS
o-rIo,l
-yes(uIwTat
m@Iw):1-
onfy
SE=OA (M
WXW
~
Oforaflothorformats.
Cdeinfidt”64)
.
OVER+
NU~l)
VIA16-PRlm2 (2.. lns8u@bns
‘TO PROGRAM REPORT CODES F R ALARM ‘
SYSTEM STATUS, RESTORE, ANDOXMTR ID;
(%5-”91):
Wfth ● 3+1 or 4+1 Standard Format: Enter ● cado
m the first box: 1-9,0, B, C, D, E, or F. Enter[#+10)for O,
[#+ll]for B, [#+121for C, [#+13]for D, [*14] for 5 [-15]
forF.
I
AIO](ti[~lO~h~fti~til~a~
AIO] (not[#+lO~ inths sscondboxwillrnultin automatic
advanooto the naxtfiild wltonprogramming.
Wtth ●n Expandad or 4+2 Format: Enter odes in
both boxos(l@ and 2nd digits)for 1-9,0, or B-F, as de8cribadabove.
A [0] (not [#+10~ in tha secmd box wIIIotiiinata tha ●xpandadmaa8ageforthat raport.
AIO](not[#+lO]) in~h~witl
disabfotfw~
With Adomoo Contaot ID Roportlng: Erhr any
d~il (othorthan [O])in the fkstbox,to onablazone to
repro(Ontrim
intha saXMdboxaawillb ~norad).
will dh
tha ~tt.
A fO](rM [A1O]) in fho w~x
I
Ex8npks:FW
-s
(3h@B Oi#t), -.
ForoodDs2(lwo@itB),
Forcarlos3(Hmuk5n@
ALARM
REPORT
a19r
●72
BYPASS
RESTDRERPTCODE
“73
ffi~RPTwoE
●74
LtWBATRESTORE~CODE
●75
RFXMIRIQMTRSTWf~
Il&13
u=
.1
TRDuSLESYtiw
*1
AlJAMsYmEm&9m.
“77
●78
●73
r{
“60
~
m]
●81
ml
●62
Qrlmr pm
~
●76
]71
CODES (%S=*S9)
Egwnf
HEl
no
mu
no
●63
Do
00
00
“64
“66
“66
nn
●67
“66
“89
SYS STATUS RPT CODES (WO=*SS)
“80
“60
TRouBLEREfuRTmDE
“91
“61
BYPASSREPORT-
●62
AoLoss REPORTmDE
●63
“u
“65
●66
●67
oPENREPoRTmDE
mm
no
no
on
no
=H’t
CLOSE REPORTCODE
?tt 2ndd~itkaut0matimfty 80nt-fh. wrnm
bor If axpandd or 4+2 raportingi8 doctad.
RFXMTRL~BAT~CODE
no
“69
GRoLJP~FoR
TROUBLE,RF LW BAT,BYPASS
o.m, l.yoE
❑
“70
ALARMRESTORERPTCODE
o
2nd dwit is automatkafty acnt aa tha 2nd digtt
of the zone afann raportode programmedin
“55-”59 and ●76-*91, if ●xpandodor&2 reportingk aokctod.
“71
TROLJBLEREslORERITOal’E
VfAW-PR1/93(80e InMwbrm NtwS-1)
Ilr[
His❑
●82
Ontyzonotypoa0,6,7,8,9
DOWNL-~~-~#)
“w
lD63(ffusad)
appkdds.
—
g,lQ1gl#JQclJllng8
●
fffaworthan 12 diik niarad, ax~fii by pmui~
“ (and proas85, if ●nteringnext field).To cfoar●rttriaafromfiifd, prasa“94”.
●%
on
“66
MMEL RE~
q
RESTORE RPT CODES ~69=*7S)
14thmhinRmtmol#Tr[
●96
●97
Hmcum4Tm~
n
O-Diaabk Stdi Miatad Dwnfoad; l-14.nurnbor
of rings(l-9, #+lo-lo* till-11, #+12=lz #+13-13,
8+14-14~ 1fkmwwiq machii dafoat(A16-t5)
M7MlQES DOWNLOADIO , SUBSCRIBER
ACCOUNTNo.FOR WMAL DWNLCMD
No ●ntryrquirad.
~m0$@3AM
FIELDS
To EXIT PROGRAM iMIODE ~s or m}
Prasa“26or W3 ffding programming,
or naxffield
numberffcontinuing.
“86
EXfTSP~RAMMlffi
MODEand
~
r~*.
Maat.rti+Codo+o.
“s2
EXITSPROGRAMMINGm
mld
alknts m-entryby:Ma8torCodo+C0ds+0.
Ademco via16 PROGRAMMING FORM
FIELD
PROGRAMMED
FUNCTION
VALUES
SYSTEM ARMINQ r20-”24)
❑lmlcl
’20
MAsIERsEcuRfwwm
●21
affacARMENAB1.E
to
O=no,l-yos
“23
FORCEDBYPASSENMLE
to
0.00,1
“24
WRECEHHOUSE23CODE
ZONE RESPONSE
●29
=
“30
llrj
PROGRAMMING
TfhEOUT DISABLE
.yo$
EnterO1-31How ID
~%3S)
to
O-m,l
ttn
AIARMBEILTlhEOUl
Enter4 dgih, 0-3
=*
om~lm4ti2-8mh3.12mh
~
r
).znl@
o (or Undafmod
❑
●35
_E5RESF0WElYFE
●35
zoNE6~lYPE
●37
ZONE7RESPDWE7YFE
●36
ENmY DEIAY
DIALER
PROGRAMMING
“40
❑,
❑
tin
BYDAY
ALARMBY NIGk sing.
6-24 Hr (SiloIW)
7.24 Hr(Audibla)
8=24 Hr(Auxkry)
9. Flf?E(Fii”35, Y37&W2
onfy)
5.
Dhblod
1 = ENTRYEXK, BUIUIW
2-mtu60d
3= PERfMETEa Bw@my
lROlfBLE
00NSOLEPANIC. onfyzollstypao,6,7,8,9
qlplii.
O.ouc; l-20q2-auq3-6soc
EXtTDday-ENIRYDOky+15sac
~40-”4S)
PAsxAccEssm
-fW*(mfm41,
Donq
ff-noxtfhfd).
Enter4 dqits, O-2.fffeworthur 4 dvib ●ntorod,axitby
odurontrfosfrom field,Pro6s”40”.
“41
●42
“43
FarAa!tNo.123,0ntw~’
●u
~~T
•1
0.3+1,4+ 1ADEWOBSTANMR0
1.3+1, 4+1R4010Mc6srANw
2.&2 AwMc0u6sTANDARo
3=4+2 RADmic6srANMm
ttDticw~
/sW70rIa
ffCuU. SmBona
m
m
7{
6m~=4+3~~~~s
7-~mmom~
6=3+1,4+1 ADEhK0U5EXPANDED
9=3+1,4+1 RAmNlc55xPANDED
WATS fkM: o- Pti~l=Tono
Did
WATSfine 2= PufsaDd,3=Tone Did
“46
FWNESYSTEMSELECT
“45
SESCWMAD~lCB
“47
15 SEC DULERDEMY~)
to
0- fhdionii (O-9,S-F mport’m);1 = SESCOA(0-9 OIl&NPWUIQ)
6okt Ofordl othorformats.
O=no,l=ya
“46
24HRTEST_=
to
O=no,l=yos (ontsrTost
OodOinfoId”54)
VIA16-PRV62 ~
S-
)
hbudom M6476-1
t D
TO PROGRAM REPORT CODES FOR AMRM,
SYSTEM STATUS, RESTOR~ AND XMTR IDs
(“55 -”91):
With ● 3+1 or 4+1 Standard Format: Enter ● coda
inths fiitbmc 1-9,0, B, C, D, E, or F. Enter[#+10]tor O,
[#+ll]for B, [*121 for C, [#+13]for D, [8+14]for E, lA15j
forF.
A [0] (not[8+10])intha fiit boxwilldiwhls ● rqort
A [0] (not[#+10~ intha saoondboxwillrasuttin aummatk
advarwam ths naxtfmtdwhsnprqarnming.
With an Expanded or 4+2 Format: Enter codos in
both boxas (lst and 2nd d~its) for 1-9,0, or B-F, aa da.
acribodabove.
A [0] (not[#+10]) in tha SSCOIld box will ●liminata ths ●X-
“72
BYPABSRESTORERPT_
73
Ac~RPTmDE
00
“74
LOWBATfESlORERPTOODE
~1~1
On
-f-qetithatfapm.
A [0] (not[#+lO]) in tmfhbOXOS will da
tha rafmrL
With Ad.moo Contaot ID Roportlng: Enter ●ny
d~tt (other than 10)) in the fifst box, to snabls zons to
report(entriaainths aboxas
winba ignored).
1A !0] (not[Wlol) inths firstbox will diiabb th. fapoft.
Ehwb8:ForcodDa(8ingb
Dbit),anhc pl
rJ
I
FOroodoa2(lwo Digi@, anmc [m
Forcadss2(wxaddm@
AIARW
REPORT
anw
r{
pm
ml
CODES (%S-”59)
●55
zoNE5AlARMREPoRTcOM
~1-1
●56
ZONE6AlAFtMREP0RT~
Jll_’J
●89 14thFWXI14TRKV~000E/lrl
SYS STATUS
RPT CODES (W&OSSl
●6O
TFlouBIEREmRTcoDi
“61
BYPASSREPORTCODE
●82
AcLossREPoRTm
“63
LOWBATREPORTWOE
%4
TESTREFORTCODE
“6!5
oPENREmRTmoE
●66
CLOSEREPORT00DE
~
“92
zoNEW%P0NSEoFxMfRlD83
(tiuaad)
0nJyzonalypas0,6,7,6,9 a@cabls.
DOWNL=O_~;fl
●84
Qlgzgllqtlpltinl
. .
RFXMTR~BATRPT~
00
“68
oANcELREFoRTm
RESTORE RPT CODES (%9-”7S)
00
“67
“89
GROUPRESTORESFOR n
TROUBLE,RFLOWBAT,BYPASS
O-no,l. yas
“70
ALARMRESTORERPTOOOE
m
2nd digitis ●utomaticallyaant as the 2nd digil
01ths zone alarm rsportcoda pmgmmmadin
●55-*59 and “76-”91, il oxpandador 4+2 mPortirlgk Salactad.
“71
lROUBLEREsToRERFf Cx30E
VIAl&m
1/92@e
N247&l)
lrr88ucdorM
Hfswsr”than12 iiti ●ntamd, ●x&fti by *rig
“ (and pmas 85, II ●ntaringnaxtfisld).To ctur
triaahornfisld,pmaa“84*.
mm
2nd d@ is automaticallyaantaa ths mar numbar Hexpandador 4+2 rsportingis adactad.
~rl
❑
995
.
●n-
RNGDEfCOUNTFOR~
m
@Disab&StationtnitidadDm#nM l-14=numbsr
d rings(l-9, 8+10-10, *11-11, 8+12.12 8+13-13,
8+14-14); 1Samwdng mtii
daiaat(#+15=15)
“96
MIALQES DOWNLOADID , SUBSCRIBER
ACCWNTND. FOR NITIALDWNLW
No ●wry raquimd.
“97
zERosALL~FIELDs
No ●ntryraquuad.
TO EX17 PROGRAM MODE (WS or ~)
Pma8●98 or “93if ding programmi~,or rraxtfmid
numbarif continuing.
“98
EMIS P-RAMMING
MODEmd
pmwnts ra-antry~ MasterQxJa+ Cods+ O.
●89
EX~ PROGRAMMINGMODEand
dmvs m-antry@Mastar-+~+0.
hmPqOlo
ThORqmrtcOdBsfarAlum, t3ysmrn
Bmtu8,Rn8wo,mdRF
xMIRlosstmwnh *%velhmlo-#OcdO
mnwybo
dUiwm9dmmP0rtbwM
-hanYofmDmti”
*cu&ur8d
Tho&land4+18tald9rd
lorlnm9~s3(w4)deit
wbdbornumbor tia8inehdi@mport*
{e.g.A&ml,
Tmubk ~,
~
OloM).
Th#+18nd4+ls
xp@dOdrOm
UtwmPrk9
● s(or4)
UamcdbUnullhU,arlda$in@Od
ieitr9flartaldD,fotbwai
bya Ucand2nowha9elomportoodois
m2J(ar4)h@s
wtdfakwodb
yandlorm!lnbc r(normdytizom mxnbsr)or
uarlDmhmdm9mtmport
mlJ’w&+fwa&rl*l.pri90 ● 4 *it OubAbU numberand
mmdhmlyfolladby erozorrofxmbor
@lmmlty)oruarlD. ‘
Ttw AdaB08Contmt lDRspwtlnSWmat
wmPr&99a4
digit8ubaibwnUnbw,l diokwelltqdirnr(%arar’mwrOl
3~tiwd,2~W”,d3~~,--iD,w,
arBy8wm*wrnMbr.
S+ I14+I
4+2
S+*14+3
AdcmoocontMtlDRoportlnewswtdowinO
ccccoEEEa3n
whuwOCCC: ~tinwrwID
bmlat:
E.nDwmmnt’,tiR”-r,8tm
EEE= Evant~(31wxaJadnd
“
NOIE:Fora olm@oaUtd-AadM,
I’ot,rmuwansS dtiarwaiwrrlmrxal.
QG= Arw8ysoo
z=
ZWWCUIactlDnwnbor~
undmm,
Oruurnumbwforopowdonv.
By8mm8ahl$~
(ACLou,W*
●45
●
46
T0sL*)wnwrlxuoB8hu10mtoamn.
P~Nr~Ed~TEM
SELECT [ O ]
.
tl CentralStationRcvris notonWATS line:
O= Pu13eDa
l= ToneDial
HCentralStationRcvrbon WATS line:
2= Puke D@
3= ToneDial
SESCOA/RADIONICS
SELECT
1 0 1
O= Radiinics(O-9,B-F reporting) 1- SESCOA (O-9 onlyreporting)
●47
15 SECOND
O-NO
“48
;:
DELA~ RR
#FJ TEST MES~~~[
-
BURG [ O ]
O]
If enabled, code programmedIor field ●64
willbesent approximately
12 hrssftercontrol
b programmedor downloaded,and every
24 b-thereafter.
O PROGRAM RE
SVS7EM STA7US.‘~~%g
ANDOXM%iu$#’
(*s$-*sI):
Wltha3+l or4+l Stettdard Fartrmti Entar ● codein
tlw fhtbox: 1-2, 0, 6, C. D, g or F. Entu (#+10] for O,
[#+11] for B, [#+f2] for C, [#+13] tor D, [#+14] for E,
[#+lSl forF.
AIOl(/tor[#tlOl) httlwf#sttmxwilld-aro@rt
A(O](nor[#+lODin thoe@candbox
willresu&in automatic
advancetottronomfiild wtwnprogramming.
With ●n Expended or 4+2 Format: Enter codos in
bothboxes(let and 2nd dgits) for 1-9,0, or B-F, as deectibod8bovo.
A [0] (not[#+lOl) in ttta 8@c@nd
boxwill●lirrim8totho ox~m~ti-r~
A [0](not[#+lO])&thothboxoswilld~tho
mpom
With Momeo Contact iD Reporting: Enter any dgit
(othorth8n [0]) m tho firxtbox, to ●n8bk zono to ropqrt
Thisis an ‘onablin~ cod. onlyand iBdhrogerdodin tho
actlJ8iropotting
tottwantr810ffii. Erttrksifttho boxoswinb igrtorsd.
willdis8bb h rwort.
A [0](not [#+101)intha fib%
Boa axem@Os on progrunming form.
ALARM REPORT CODES ~-*S9)
●55
ZONE S ALARM RPT CODE
ALARM RPT CODE
●ztxwmxnb@r8kK rl&P]DUas$=
Tmpar-
7
8
S
y~y
●59
[0][0]
-11-
ALARM RPT CODE
Console Panic
ALARM RPT CODE
~ Duress
ALARM RPT CODE
Tamper
wd RF XMTR ID mp~ CODE
[o][o]/[o]p]
●79
4th RF XMTR tD /RPRT CODE
[0][0]/[0][0]
ti:Ma42SlL &ti
WwVl&mt~.
●8O
Sth RF XMTR tD /RPRT CODE
[o][o]/pJp]
●81
8th RF XMTR fD /RPRT CODE
[o]p]/[oJ[o]
● 82
7th RF XMTR ID /RPRT CODE
Plwl/wl[ol
“83
8th RF XMTR ID /RPRT CODE
[0][0]/[0][0]
ti:lfa4zefMkti
w@vf&8mte.
●84
8th RF XMTR ID
CODE
[0][0]/[0][0]
● 8S
10th RF XMTR ID /RPRT CODE
●78
o]
lT RPT CODE
‘o)
SN RPT CODE
~2mldlgit=Uaar#)
ME
RPT
CODE
mwn
$?Mdigit=Uaer#)
TRANS. LOW BAT RPT CODE
:0]
IJCEL REPORT
[0][0]
CODE
“ 86
R~RE
REPORT CODES ~6S-*76)
(s00 boxabow fio~ “ss1
“69
GROUP RESTORES
FOR TROUBLE,
RF LOW BAT, BYPASS
[O] Enter lforeneMed orOfordkablad
●7O
ALARM RESTORE RPT CODE 1ST
DIGIT
[o](2nddi@ normanyzone#) Whenaettoo,
“ 87
“72
“73
●74
“75
L“7
89
●91
“ 92
alltmublealntheayatemarematored,~fleld
●82 is enabled.
BYPASS RESTORE RPT CODE
14th RF XMTR ID /RPRT CODE
Pl[ol/mlPl
lSth
RF ~
ID /RPRT CODE
wl[ol~[olw]
16th RF XMTR ID /RPRT CODE
Iol[ol/[ol[ol
ZONE RESPONSE
OF XMTR
ID 63, IF USED
[0] 0ntyzomtyPea0,6,7,8,9
@icabla.
DOWNUDAD tNFORNIA~N
(W@S7)
DWNLD PHONE NUMBR
“94
1111[1[
[0][0] Ifthelat d@iaaetto
o,reporungili
disabled.
AC RESTORE RPT CODE
[0][0] lftheletdigit iaaetto O,raportingis
‘as
disabled.
LO BAT RESTORE RPT CODE
[0] [0] If the let digit la aetto O, reportingh
diaablad.
RF XMTR. LOW BAT RESTORE
●96
CODE
[0] [0) If the mat digil k aet to o, reporting ia
dsabled.
101s
●
●9O
aiannmstOre 2digitrep0rt iatheaameasthe
2nd d~ Of.the @am reportbeing restored
asloundinfields *ss-*s9am176-*1.
TROUBLE
RESTORE
RPT CODE
[0] [0] rf the let dgil is eat to o, reporting k
disabled. Trouble restore is raported only if
RF TRANSMITt’ER
IDs AND REPORT
(soo RapOrtCadOill@box8bovofti*s5)
88
llth RF XM7R ID /FtPRT CODE
[0][0]/[0][0]
12ttI RF XMTR ID /RPRT CODE
@l[ol/[ol[ol
13th RF XMTR ID /RPRT CODE
Plrol/[olrol
ailreatores arediaabled. The2nddi@r#an
●71
●
rollol/lo)Iol
CODES
●97
1[1[1[111[1[1[1[1
ErXerupto 12d@lta:04L Dom)tfillwaed
p.
field by enterfng “.To olear
Wltrleafromfiel d,preaaw”.
RING
DETECTION
COUNT
FOR
DOWNLOADING
o. ~~nmaad~
ml
1-14#dringa
1s.
anawwingfneohtiu
lNITIALfZES DOWNLOAD ID AND
SUBSCRIBER
ACCT. NO. FOR
DOWNLOADING
(No entry required)
ZEROES ALL PGM FLDS
(NoefW fwW
~
EXfT PROGRAM MODE (W8 or W6)
Pmas %8 or ●38 if exiting programming,or
nexl Field No. If continuing.
●98
EXITS PROGRAMMING
MODE
and ~~8VW’Jt8 ro-entry by:
TR01m12BYMYI
ALARMaYralE, aq.
24hr.@Jdlbh)
mtw:7BtD %2mnhs Lmodw#4261H~
1st RF XMTR ID /REPORT CODE
“76
[0)[0]/[0][0]
● 77
2nd RF XMTR ID /RPRT CODE
[0][0]/[0][0]
Masteroode + oode + O
●99
EX~S PROGRAMMING
MODE
8110w8 reentry by:
MaatOrcode+oode+O
●ti
-12-
Ademco viaf6 PROGRAMMING FORM
FIELD
SVSTEM
FUNCTION
ARMINQ
PROGRAMMED
P20-”24)
“20
MAsrERsEcmnooDE
“21
UJIOKARMENABLE
●23
FORCEDBYPASSEMEIE
“24
RF REOEHHOUSEDOODE
❑ oon
to
o.m,l.~
t ❑ O=rn,l .Imr[
ZONE RESPONSE PRMRAMMINQ
(%S=a)
“29
FE
tDo.
“30
AlARMBELLTlAE0U7
TlhEOUT DISASLE
tt D
●35
ZONE5REW0NSElYPE
•1
“36
zoNE6RESP0WElvPE
“37
ZONE7~TYPE
•1
—
~
●36
ttn
ENTRY DELAY
VALUES
Enter4 dgits,0-3
EnterOl+l -ID
nQl.ya
0=~1-4rr@2m8
mrn3-12mrn
[ ZONE TYPES for PROGRAMMING FIELDs “35-”37& ●92[
o(or Unddii ).hm
5 lRousLt BYDAY
= AIARM BY NB~, Burg.
6-24 Hr (Wont)
1 = EIORWENT,Burgbry
29mtund
7.24 Hr(AudM@
8=24 Hr(Auxili@
3= PERIMETER surg~
9- FtRE(Fii*35,
~7&T12
CONSOLEPANIO. onfyzomtyposo,6,7,8,9~.
0.osoc;l.20x2.mscq3.4soc
EXITDafay9t
ENlRYD01ay+15Mc
DIALER
PROGRAMMIN~
~40-’48)
“40
PAsxAccEssm
4 dqltsontarod,
exitby
Enter4 digits,0=6.Wfmvwrtlurr
nnqq
umsshlo*
if@ntorin9noxtfi@ L OObrontrin fmnrfiOM,
w0s8*40”.
-..@ndPrca841.
“41
PRNARYFHONENO.
qlrlrgJclJlqJpmoci
E-r*to12d@$~
,Ox
-w
(d P421if ●ntoringmxt field).
Dorrotfill unusodspscu. tifowwrt
frumfkld, Dross“41*.
To dou ●*
●
R)rAou
No.
s2a4,0ntBnp3ilm
No.12a,
oneKlm
ForAcct
“45
WEBYSIEMSEI.ECT
“46
s~fcs
“47
15SECDLAlER~Y(BlJRG)
“46
24HRTESTMEB6At=
tt
❑ timw
SELECTt n
to
to
EmonaWA7S
h
ffCont.Sts.&90na WATSlk
0- Rdiiia
(0-3,
w
wafting); 1-
O=no,l=ya
O-m, t.y~(ontorTost
-13-
m
m
m
ml
Y1
O. Puba N, l- Tom Did
2= PuboDish3=Torre Did
SESCOA
(0-6 only MPortine)
SokctOforallotherformats.
CodoinfkM*64)
DES FOR ALARM
?
PRO R M REPORT
S?STEM=S?ATUS,
REST~%
AND XMTR ID;
(“5s-’91):
Wfth ● 3+1 or 4+1 Standard Format: Enter ● oodo
inthe fhatbox 1-9,0, B, C, D, E, or F. Entar[8+10]for O,
p+~l] for B, [#+12jfor C, [#+13]for D, [#+141for& [#+151
.
AIO](W[wlOBh~f~bx*l~a~
A [0] (nof[&lO]) inthe oooondboxwillraautfin aubmatk
advanceto the nextfieldwhenprogramm”ktg.
With ●n Expandad or 4+2 Forntati Enter oodos k
6oth boxoa(laf and 2nd dgits) for 1-9, 0, or B-F, aa de
Ocribodabove.
A [0] (not [~101) in the secondbox will ●liiinata tha ●x
pandattmoaaagaforthat raport
AIO](m[~lO])htik~wWdtiti~
With Adomoo Contact ID Roportlng: Enter ●n)
digft (other than [0]) in tho first~, to ●nabfozone tc
repoti(entrioainthe 8acxwrdboxaa will be ignofad).
4261LmrIOrWO*8@’81)-
X1’RD/~M
mm
mu
on
lam
no
00
mm
ccl
mu
mm
00
mu
Elm
no
00
no
“76
“77
“78
“78
“60
orrmc\71
Forcklde82(rwolx@s),
Forc9d082(HoYakh@OrrmcIpm
ALARM REPORT CODES f%6=”S9)
r(
“81
mrj
●62
“63
●55
“84
●56
“66
●57
“66
“87
“56
“66
●59
“89
SYS STATUS
RPT CODE6
(+CkB)
“20
“60
TRofJBLEREPoRrmDE
“91
“61
BYPABBREPORTCODE
●22
●62
AOLOBSREPORTCODE
“63
LOWBATREPORT~
Onlyzonotypaa0,6,7,8,@-.
DOWNL~~O~~7)
“w
“64
TE3TREFORTCODE
“6s
OPENREPORTOoDE
“66
OLosE REFoRTmDE
ttt 2nddwtfiaautonmicany
‘aontastho uaornurn-
rrtorup to 12 dqita, O-9.Do notfill unuaad~.
tffowarthan 12 dgita ●nterad, oxftfiifd by proaaing
“ (and proaa85, if enteringnext field).To dear ●ntr’ioafromfiald,Draaa●24”.
●65
“67
●66
“%
RPT CODES ~69-*76)
GmfJPREsmREs FoR
TROUBf&RF LOWBAT,BYPABS
O=rro,l.
“70
RtNGDErmuNTFoRDmmmD8@
O=D-
RES TORE
n
- —
pnnnnnnnnam
barif@andador4+2~
ngiaadactod.
“69
ZONERESPONBEOF_063(haadI
•1
“97
yaa
Bt@fon-d
Down&.
n
l-14-nurnbor
ofrinp (1-8,8+10-10,8+11-11,*12-12 *13-13,
8+14-14);la-anoworing
rndlim dafa (8+16-15)
lNfmL=BDOWMOAD fD, suB3CR@ER
~fWNo.
FORNMM DWNLOAl)
No●ntryroquirad.
zERoBALL~FfELDB
No.ntry required.
TO EXIT PROGRAM MODE (W8 or W9)
or nextfmld
Praaa●36 or ●89 if oxltingprogramming,
numbaritoontinuirtg.
“98
EWTSPROGR4MMtNGMODEand
X*
mw:-r-+codo+o.
●99
EXEfSP-RAMMING
MODEand
dbws ra-a@yby:MaaterCoda+ Ooda+O.
AtARMFEBToRERPTmDE
2nddigitm automaticallysent aa the 2nd digit
of the tine afarrnrapoficode pmgrammodin
%5-*59 and “76-”91, if ●xpandad or 4+2 reportingia Oabctad.
——
“71
-14-
-
TESTINQ THE SYSTEM
After inatattatbnis oompteted,the SecurftySystem
Shoutdbe Oarefutlyteated.
1. With the System in the d~rrnad state, check
that atl zones are intact. tf NOT READY is disptayed, press the ~ key to disptaythe faulted
zone(s). Restorefaultedzone(s)if necessary,so
that READY is disptayed.Fauttand restoreevery sensorindfviduaftyto assurethat tt fs being
monitoredbytheayatem
2. Enter the eeourtty code and press the TEST
key. The external sounder (if used) shwfd
aoundforl aeoondandthen tumoffeachtimea
COntaOt
b iauttad.A teat reportShdd be trammitted (If programmed) to the Central Statbn immediately.ff the backupbattetyis disolwged or
missing, the external sounderwill not turn on
and a LOW BA~ERY repodwiltbe transntftted
insteadof a TEST report.The keypadwitlbeep
onoe par rnlnuteto indkate thatthe systemfa in
the Teat Mode.
Atsrm moaesgos wIII be aont to the oentrsl
atatfon during 8tw foltowing toeta 3 snd 4.
Nottfy t?t.m that teats wflt be In prmBreaa,
3. Arm the system and fautt one or more zones.
After 15 seoomla (if optimal dhbr delay is eeteoted), aitenoe afarm aoutukr(s) by etUedngthe
code and preasfng OFF. Check Entry/Exft delay zones.
4. Chaok the keypad-4tttated atarm by prees~ the
Panic key pairs - ~ and [#]. ff the system has
been programmed for audible emergency, the
ooneote will emit a steady alarm sound, and
ALARM and 07 witl be displayed. Sitenoe the
alarm by entering the securtty code and
IXSSairKIOFF.
tf the system has been programmed for sitenf
a. SNIFFER
b.
MODE: By pressing security
code + # + 2, a house code “sniffer
mode is enabfed. The oonsole will display
the house code of any RF tranamissbn it reoeives. In ths way, you oan cheek that yw
are not usingthe same houseoode as any
nearby system (suggested test period:
approx. 2 hrs). This mode can be exited by
keying the aecurtty code + OFF.
TRANSMITTER
TEST
MODE: “By
pressing eecurlty code + # + 3, the consofe will display aftzone n~rs
of wireless
units programmed into the system. As the
system rsoeives a signal from each of the
transmitters, the zone number of that transmitter witl disappear from the dsptay. The
transmittercodesmay be checkeduponinstallation, or in an ktstatled system, all the
wireless addresses shoufd disappear after
about 1-1/2 hours. This mode can be exited
by keying aecurtty code + OFF.
c. GOINO GO TES7 MODE: BY Dressing
eecurfty cod. + # + 4, a mode similarti
the uaertesf mode(aeourttyoode+ TEST) is
entered,but the wirelessreoeivergain is reduced. Checkingtranemfttersin this mode
enablesverifyingthat the RF transmission
hassufficientsignalamplitudemarginforthe
instattedsystem.Exftthe mode by entering
securfty code + OFF.
Note: tf the battetv standbvoaoaoftvis exceeded
duringan AC powe~failura,the s~ern wittautomatiCattyshutifseffoff.
TO THE INSTALLER
~U~
maintorianoa and irlapdii
tha instdbr and fraquont
(at
bast mma~)
by
tastingbytha uaar u. vitalto
continuous
adefauory Oparation
of anyalarmSyatorn.
raaponsibility
ofdavebp
lha installershoukfaasumo tit.
eme~enoy, there wilf be m aud~e atarmsor
disptaya,but a reportwfll be sent to the oentraf
station.
5. Notify the oentrat station that atf teats are finbhed, and vertfyreauttswiththem.
6. To teat the wirelesspart d the systemand the
4261,3 addttbnatteetmodtparaavaifabfe:
ing and offoring ● regular maint9nanoa program to h uaor
as vmll as acquainting tha user with tha propar operation
and limitations of the alarm system and its component
patis. Racemmendationsmust be incfuded for a specific
program of frequent testing (at baat woldy) to insure tha
aysmm’amoper OPOrationat ●ll timaa.
ACCESSORIES
NO.
1321/TF2
NO.
1321CN
BRK
PA400B
No.
702
No.
740
ProgrammingForm(Pkgof 50).
4-wirabnizafionProductsof
CombustbnDefector
4-wire PhotoelectricSmoke
BRK 2412
Deteotor
4-wire Photoelectric
Smoke
BRK 2412TH
Detectorw/135°F (57C) Heat
Detector
see SPECIFICATIONSon nextpage
also:
vla16-PR
BRK 1412
16.6VAC, 25VA Ptug-fnTranafonner(U.SA fmtatkdbns).
16.5VAC, 25VA Ptug4nTransfomter(Oaneden ina@btbns).
Pbzoe)eotricAtamtSounder,
90dBoufpuf (mountSh@@egang box).
Setfarttained 20 watt Siren
(indooror outdood.
Extreme!ybud Piezoeteotrio
AtarmSounder, 122dB output
(ktdooror outdoor).
-15-
SPECIFICATIONS
4137
REMOTE CONSOLE
1. Physical: 8-2/5” (213mm)W
4-3/49 (121rrsn)H
1-1/10= (26rnm)D
2. Electrical: V$~
~:
:;V~C
.
Adernco v/af6 SECURITY CONTROL
1.Physlcal:
12-1/2- (318mm)W
14-1/2= (366mm)H
3- (76mm)D
2. Electrical:
VOLTAGE INPUT:16.5VAC from p-
25VA trsns-
3. ~~~rface
.
BLUE:
forrner,AdemcoNo. 1321fi2, (i U.S.A.).
Note: For Canadian installations,a No. 1321CN
tmnsfonnermustbe used.
RECHARGEABLE BACK-UP BATTERY: 12VDC,
4AH (Geltypa)
AURM SOUNDER: 12V, 2.OAmpoutputcan drive
12V BELLS or can drive one or two 702 (series
oonneoted)self-contained20-watt sirens. Do not
connecttwo 702s in parallel.
AUXILIARY POWER OUTPUC 12VDC, 500mA max.
Interruptsfor smoke detector reset.
Note: For UL installations, Alarm Sounder plus
~~wti;yar
wtrent shouldnot exceed
.
STANDBYTIME: 4 HRS wtthAuxiliarybad of 500mA
(using4AH battery).lo determinetotal standbybattery bad, add 90rnA to total Aux. power outputand
remoteoonsolecurrents.
FUSES: Battery(3A) No. 90-12
Sounder(2A) No. 80-2
3. Communlcstlon:
FORMATS SUPPORTED:
Ademco Express, 10 characters/see, DTMF
(TouchTone) Data Tones, 1400/2300Hz ACK,
1400Hz KISSOFF
Ademco Contact ID Reporting,
10 characterskec.,DTMF (TouchTone)DataTones,
1400/2300Hz ACK, 1400Hz KISSOFF
Ademco Low Speed, 10 pulses/see, 1900Hz
Data Tone, 1400Hz ACWKISSOFF
Radionics/SESCOA, 20 pulses/sec,1800Hz
Data Tone, 2300Hz ACWKISSOFF.
Can reprf O-9,BF
Line Seize: Doubie Pole
RingerEquivalence: 0.7S
FCC RegistrationNo.: AC 398U46192-AL-E
4127 REMOTE CONSOLE ‘
1. Physical: 5-5/8” (143mm)W
GREEN:
YEUOW
BLACK:
5330 REMOTE ALPHA CONSOLE
(SelectVectorDevke)
1. Phyalcal: 7-3/4” (197nun)W
4i7~,$ (113nun)H
.
(32mm)D
2. Electrical: VottageIr@: 12VDC
CurrentDrain: 105mA
3. Interface Wlrln9:
w’lg~ykpwr
RED:
GREEN:
YEUOW. DatsInfromCortml
BLACK: Ground
4281H (also 4281M & 4281 L) RF RECEIVER
~m16~_(4~lU@@S,*lGsm4)
1. Physical: 7-3/8” (168rmn)W
4-3/6” (112mn) H
10-7/8= (277mm)H +with antenna
1-7J16* - (37mfnjD
2. Electrical: VCttageInput:12VDC
(from00nt~rsremoteooneols
connectionpoints)
currentDrain:35rnA
3. ;~#ace
Wlrlng:
12vCJ?mqM&m PwT
GREEN:
YEUOW gsta~from Cc@rol
BLACK:
4. Range: 200H (60m) nominalindoorsfrom wiretesstranematers (thesotual rangetcbs
determined wtth system In TEST mode).
WIRELESS TRANSM~ERS
for 4281
5701 PanioTransmitter
5706 PhotoelectricSmokeDetector~ransmltter
5711 DccrlWindowTmnsmitter
Sdtch
571Wrd Docr/Windowxmtr. Wmeed
5715WH
UniversalTmnsmilterWhite)
5715BR UniversalTransmMer(Mow@
5716 Miniature DoorAWutowTmnsmitter
5742 Bbe Grass JWdii Discrtminatcrflmnsrnitter
5743 Bbe GrassDuaITechnologyGISSSBreak
Deteotor/Tmnsmitter
Pas6~e Infrared Detectorfimnsrnitter
5775
Wireles6Keypad
5727
Pkgof 8 Magnets(for5716)
5799
4-1 1/1 6“ (119mm) H
7/8”
(22rnm) D
2. Electrical:
Voltage hwut: 12V M
3. Interface
RED:
G2,SEN:
YE40W:
BLACK:
Wiring:
“
12VDCiqnJt(+) am w
18VDC inputfromOptbnai
No 1350 or 1360 PowerPack
Data~ to Control
DataInfmm COGroundand (-) aumectbn fmm
;~nal No. 1350 or 1360 Power
CuITemDrkin: 20 mA
Wiring:
12VDC input(+) auxpar
Data Outto Control
Data InfromControl
Ground
-16-
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i’
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I
$
1’
(5
-17-
WARNING
THE
LIMITATIONS
OF THIS
ALARM
SYSTEM
AiARM DEVfCS MANUFACTURfN(?C@
[2KtEMCOJ
N54?s-1 VW
A~*~Y~
1SS Eiken
way, Smeeets
Camwe
NewYork11791
lWZPllTWAY~~
I
-19-
DIP SWITCH TABLES FOR WIRELESSDEVICES
-18-