Intek Elite 16D Operating instructions

Proudly Designed and Manufactured in New Zealand
Installation&
Programming Guide
Elite16D
16ZoneControlCommunicator

Designed & Manufactured in New Zealand to Meet NZS:4301/93
Copyright byIntek SecurityProductsLtd
The information contained in this manual is correct at the
time of printing. Intek Security Products Ltd reserve the
right to make changes to the features and specifications at
anytime without notice in the course of product

Page 3
INSTALLATION NOTES ....................................................................................4
INTRODUCTION................................................................................................5
PACKAGE CONTENTS.....................................................................................5
ELITE CABINETDETAILS.................................................................................6
INPUTS..............................................................................................................7
OUTPUTS..........................................................................................................9
PCB WIRING DIAGRAM.................................................................................10
ELITE KEYPADS ............................................................................................11
KEYPAD FUNCTIONS....................................................................................12
KEYPAD TAMPER..........................................................................................12
MEMORY DISPLAYCHART...........................................................................13
KEYPAD INSTALLATION...............................................................................15
INSTALLING RX-16 RADIO RECEIVER........................................................16
INSTALLING SPEECH UNIT..........................................................................16
PROGRAMMING............................................................................................17
USER CODE PROGRAMMING......................................................................18
OUTPUTOPTION...........................................................................................20
OUTPUTTIME ZONE.....................................................................................22
KEYPAD OPTIONS.........................................................................................22
PARTITION 'A' OPTIONS...............................................................................24
PARTITION 'B' OPTIONS ..............................................................................28
PARTITION 'C' OPTIONS...............................................................................28
SIREN DRIVER & MISC SYSTEM OPTIONS................................................29
ZONE PROGRAMMING.................................................................................30
ENTRY/EXITDELAYS....................................................................................32
OUTPUTTIMERS...........................................................................................32
ACCESS CONTROL DOTL TIMERS..............................................................33
MAINS FAIL REPORTING DELAY...............................................................33
ZONE ALARM REPORTING DELAY............................................................33
RADIO ZONE PROGRAMMING.....................................................................34
RADIO ZONE OPTIONS.................................................................................34
RADIO KEY PROGRAMMING........................................................................35
RADIO KEY OPTIONS....................................................................................36
RADIO KEYS TO OUTPUTS..........................................................................37
TIME ZONE PROGRAMMING........................................................................37
DAYLIGHTSAVING........................................................................................38
ZONE RESPONSE TIME SETTINGS...........................................................38
DYNAMIC DIAGNOSTIC DATA......................................................................38
EVENTBUFFERPRINTING........................................................................39
REAL TIME CLOCK PROGRAMMING...........................................................40
RESETDEFAULTS.........................................................................................40
OUTPUTPARAMETER CLEARFUNCTION .................................................40
COMMAND CONTROL PROGRAMMING......................................................41
COMMAND CONTROL OPERATION ............................................................43
COMMUNICATOR INTRODUCTION - TELEPERMITREQUIREMENTS.....44
COMMUNICATOR REPORTING FORMATS.................................................45
COMMUNICATOR REPORTING SCENARIOS .............................................46
COMMON REPORTING SCENARIOS...........................................................47
PROGRAMMING COMMUNICATOR.............................................................48
AREA SPECIFICCOMMUNICATOR REPORTOPTIONS............................52
CONTACTID ASSIGNMENTS.......................................................................54
UPLOAD/DOWNLOAD OPTIONS................................................................55
CONTACTID CODE SUMMARY...................................................................57
PROGRAMMING ADDRESS SUMMARY......................................................58
OPERATING INSTRUCTIONS.......................................................................74

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Page 5
This Elite16D alarm control panelhas beendesignedto provide the most requested features for boththeinstaller &
the end-user. These features includeease ofinstallation, ease ofprogramming and user friendlyoperationall in a
package which is reliable,functional and attractive.
Utilisingmanyyears ofexperience in thesecurityindustryandimplementing valuable feedback,weare proud to
provideyou withanewgenerationofalarmcontroller.The Elite16D is aNewZealanddesignedandbuiltproduct
which brings you thequalityandfeatures which youdeserveat anaffordableprice. Inadditiontothe theadvanced
design,onlythe highest qualitycomponents have beenused in the production ofthis Elite16D panelto ensure the
highest degree ofreliability.
This manual will guide you through the installation andprogramming ofyour Elite16D alarmpanel. For additional
information regardingtheoperation instructions and options, please refer tothe enclosed Elite 16D User’s Guide”.
This Elite 16D package shouldcontain the following items;
1 x Elite controller PCB
1 x Elite newgeneration backlit keypad
1 x Elite keypad zone list
1 x Elite 16D Users Guide
1 x Elite cabinet & lid
1 x 17 volt 1.4a Telepermitted mains transformer
1 x Cabinet hardware accessorypackincluding,
1 x Elite installation & programming guide
1 x Spare1.5a fuse
1 x Cabinet tamper switch
1 x Cabinet tamper bracket
1 x Tamper switch wire set
1 x Batterylead set
2 x Cabinet lid screws
10 x 2k2 (red, red, red) end ofline resistors
10 x 4k7 (yellow, purple, red) end ofline resistors
10 x 8k2 (grey, red, red) end ofline resistors

Page 6
MOUNTING
KEYHOLES
CABLEENTRY
MAINS
TRANSFORMER
Install Battery
Here
TAMPERASSEMBLY
MAINCONTROLCABINET
BLOCK
InsertTamper
AssemblyHere
Fit Radio
PCBHere

Page 7
1k
Tamper
AlarmContact
n/corn/o
4k7
AlarmContact
n/corn/o
8k2
Tamper
1k
2k2
Tamper
AlarmContact
n/corn/o
4k7
AlarmContact
n/corn/o
8k2
Tamper
2k2
Tamper
AlarmContact
n/corn/o
8k2
2k2
Tamper
AlarmContact
n/corn/o
4k7
The Elite 16D has 10 separate programmable monitored analogue inputs,
8 x Programmable, multi-state detection inputs
1 x Programmable, multi-state keyswitch input
1 x Programmable tamper circuit
Each input must beterminated with the appropriate value or combinationof end-of-lineresistors,
even if theinput is unused, unless the zone is defined as a radio zone.
ZONE INPUTS - Each ofthe 8 zone inputs can beassigned oneofthe followingconfigurationoptions;
Type 1 Single zone with no tamper (8 zones) - 8NT
Type 2 Single zone with individual tampers (8 zones highor low) - 8T
Type 3 Double zones with one tamper per input (16 zones) - 16T
The following table showsend-of-line resistor configurations.
Zone
Type Low Zone Resistor Hi Zone Resistor Tamper End-of-line
8NT(No Tampers) 2k2 - -
8T - Low(with Tampers) 4k7 - 2k2
8T - High (with Tampers) - 8k2 2k2
16T(with 8 Tampers) 4k7 8k2 2k2
n/c
n/o
2k2
Type 8NT- 8 Zones, no tamper Type 8T Low- 8 Zoneswith tamper Type 8T High - 8 Zoneswith tamper
Type 16T- 16 Zones with 8 tampers
Option 1
Option 2
NOTE:
In all cases EXCEPT
8NT, the alarmcontact
(detector relay) is
connected ACROSS
the zone resistor NOT
in series with it.

Page 8
Please note the followingimportant points intheend-of-line examples shown onpages 7& 8;
?Lowzones refer to zones 1-8
?HighZones refer to zones 9-16
?You mayuseeither normallyclosed or normallyopen detection devices as shownin configurations 8T- Low,
8T- High and 16Thoweverall detectors connected toazone must be ofthe same configuration (n/o or n/c)
For example, youmayconnect anumber ofnormallyopensmokedetectors in parallel across the 4k7end-of-line
resistor in the 8T-Lowconfiguration but you cannot connect a normallyclosedcontact in the same zone
Example only
In the example above,an activation ofthe n/c thermal in theparallelbranch ofthe n/o smokedetectors would not
be detected at all. An activationofthe thermal in series with the 2k2end-of-line would produce a Tamper”
condition rather thanthe required alarmactivationwhere as an activation ofan/o smokedetector in the parallel
branch would produce an alarmactivation.
Fromthis example you canclearlysee whyyou cannot mix n/o and n/c contacts on one zone
KEYSWITCH -This input can be used tocontrolthepanel via akeyswitch, digital keypador similar. This is amulti-
state input which can be end-of-line configured in thesamewayas the8zone inputs. These multiple end-of-line
configurations will produceeither full set/unset, monitor mode on/off or set/unsetofthe A, Bor Cpartitionson an
individual basis.
TAMPER -A24Hr tamper circuitis availablefor monitoringtamper statusofdetectors, junctionboxes, cabinets
andsatellitesirens etc. This Tamper circuit isprogrammable with2options(P201E5E) either normallyclosed loop
or 2k2EOL supervision.The tamper circuit must be terminated with an end-of-line resistor if2k2EOL supervision
is selected.The activation events andoutputsfor this tamper circuitaremappedin the samemanner as for
detection zones 1-8.
In addition to theAnaloguemonitoring inputs, you will find the following system inputs on your Elite 16Dcontrol
PCB;
AC -Connect the twolowvoltagewires (no polarity)fromthe transformer to the terminals marked AC on theElite
PCB. The Eliteincludes aTelepermitted transformer rated at 1.4amps at 17 volts and incorporates aninbuilt
thermal protection fuse.
2k2
4k7
3n/osmokedetectors
connectedin parallel
n/cthermaldetector
Right
Wrong
n/cthermal
detector
Wrong

Page 9
EARTH -Alwaysconnect the mains earthtotheappropriateterminals onthemains terminal block.Ifrequired a
flying lead maybe connected fromthis earth point to the terminal marked "Frame Earth" on the Elite PCB.
Never connect the mains earth directly to the Elite PCB
other than at the terminal marked"Frame earth"
BATTERY -Connect asealedlead acid rechargeable 12Vd.c. batterytothesered andblackbatteryleads. Be
careful to observe correct polarityas damage mayoccur fromincorrect connection. The minimumrecommended
batterycapacityis 6.5 amp hours. Batterycharge current attheseterminals is limited to 350mA maximum.
LINE IN -This pair ofterminals is usedtoconnect theElitetotheincoming telephonelinefromthe street. The
communicator uses this line for reporting.
LINE OUT -This pair ofterminals is used to connect telephones and other communication equipment to the
incoming phonelineviatheElitecontroller. The telephonelineis passedthrough the Elitecontroller toensure
that theline is available to the controller when it is required. Full details regarding the communicator can be
found ina separatesection.
12 VOLTOUTPUTS -
There are four 12 volt dc outputs available ontheElitePCB. These 12volt outputs are all regulated. Three of
themare fuse protected suitable for poweringdetectors, sirens and other external devices. These outputsare
marked 12v and0v,andaresuppliedbyfuses F1andF2.Amaximumtotal loadof1ampmaybedrawnfrom
these terminals. The fourth set offused (F2) 12V terminals are found adjacent tothe keypad commsclock and
dataterminals.This 12voutputismicro controlledand MUST onlybeusedtopower keypads, radio boardsand
other intelligent devices which use thekeypad commsbus.
OUTPUTS1&2-These fullyprogrammable, highcurrent, opencollector (high-going-low)typeFET outputsare
capable ofswitchingup to [e-mail] 2 outputs are normallyset as switched outputs,providing power
for 12v sirens or piezos.(This is with links 1&2fitted,refer to drawing on page 10).Howeveriflinks 1 or2 are
removed Outputs 1or 2(dependingupon which linkis removed) becomesiren outputs designed todrive an 8
ohm10 watt horn speaker per output.Link1=Output1,Link2=Output2.Also if ahorn speaker is connected to
Output 1you mayselect the listen-in feature to this output as well so that the dialling sequence can be
heard at thespeaker.(Refer to the drawing on page 10 for the position of the link)
OUTPUTS3, 4&5- These arelowcurrent, opencollector (high-going-low)type outputs capable ofswitching no
more than 100mA.LikeOutputs 1&2theyare fullyprogrammable thoughnot available as PWM. These outputs
are normallyused to control thesatellite siren.
NOTE: - Connecting devices whichdraw current in excess of 100mAto outputs 3,4 & 5 will cause
permanent damage to theElite controller.
KEYPADPORT -The terminals marked POS, NEG,CLOCK,&DATA makeup the communications port which
the keypads andother intelligentfield devices use totalkto theElitecontroller.The terminals areconnected to
corresponding terminals onthe remote devices. The "listen" terminal is onlyusedbythekeypads and utilises a
fifth wire to provide acommunicator listen in facility.This feature is particularlyuseful when servicingmonitoring
faults.
This keypad 12voutput is micro controlled and MUST onlybeused topower keypads, radio boards and other
intelligent devices which use the keypad comms bus.
SERIALPORT- The serial portis for theconnectionoftheRS232serialboard. The serialboardallowsfor
printingofthe63event buffer to aserial printer or for pc directup/down loadconnection. It is also used forthe
EEpromboard to allowprogramback-up and re-instatement.

Page 10
Line
In
Line
Out
Listen
Data
Clock
Neg
Pos
Phone
Street
To
From
Keypad
To
Earth
AC
AC
To
Battery
-ve
+ve
Battery
Connection to
Telephone Line
Keypad &
Communications
Port
Frame
F1F2Batt
Serial
Port
Expansion Port
12
Siren DriverLinks
toOutputs1&2
Listen-in toOutput1
Mains
Earth
To
Transformer

Page 11
When the Elite is displayingcodes and address values in programmode it maybenecessaryto displaythe 9
and 0digits. As there areno Zoneindicators for 0 and 9 the "A" and"B" indicators are used.
ie. When displaying values in programmode
LIGHT OFF ON STEADY FLASHING
BATTERY Normal BatteryLow
MAINS Normal Mains Power Off
ARMED Disarmed Full Armed Monitor Mode
MEMORY Normal MemoryDisplay NewEvent to View
EXCLUDE Normal Exclude Mode Zone(s) Excluded
PROGRAM Run Mode Client ProgramMode Installer ProgramMode
TAMPER Normal Tamper Violated Tamper Alarm
LINE Normal Communicating Line Fail
AUX. Viewing 8 LowZones Viewing 8 High Zones Zone violated in High 8
CONTROL Control Function Off Control Function On DOTL Override On
ZONES 1-8 Zone Secure Zone Violated Zone inAlarm
* A Partition ADisarmed Partition AArmed Partition AMonitor
* B Partition B Disarmed Partition B Armed Partition B Monitor
1
2
3
4
5
6
7
8
Armed
Memory
Exclude
Program
Aux
Mains
Battery
Tamper
Line
Control
Elite
A(0) B(9)
Standard Elite LED Keypad Window Layout
* For an expanded explanation of howthe ARMED and Area "A"and "B" lights work, pleaserefer to

Page 12
The EliteLED Keypadconsists of;an18button, backlit siliconerubber keypad,20LED indicators andan internal
piezo buzzer housed in amodern whiteplastic housing. The plastic housing has ahinged front lid to cover and
protect therubber buttonswhen not in use. All theelectronics are contained on asingle circuit board inside the
housing.
Becausethekeypads communicate withthecontrollerusingdata, the cable runfrompanel tokeypads is secure
against tampering.For this reason there is no tamper switch on the keypadassembly.Access to thekeypad
electronics will not disarmthe panel.
BUTTONS
The 18 siliconerubber buttons are used for the following functions.
In normal operating mode the numeric keysare usedfor entering Access Codes. In ProgramMode the numeric
keys are used for entering options & new values.
The buttons withtext labels are usedas function buttons andselect the optionsindicated bythetext andnormally
precede other button presses, e.g. to enter Exclude Mode during the exit delaypress <EXCLUDE>andthe numeric
keycorresponding to thezone number you wish to be excluded.
The PROGRAMKeyis used to prefix optionselections in the programmodes e.g.<PROGRAM>24<ENTER>
selects User Code24. ThePROGRAM keyis also used prior toaMaster Codeto enter user programmode from
normal operating mode.
The ENTER Keyisusedtoenter access or programcodes. It isnormallyusedattheendofabuttonsequence
except whenit is usedin a16 zone systemwhere pressing the <ENTER> keywill toggle the LED displaybetween
the lowandhigh zones. This toggle enables the 8zone LED's toindicate the status ofzones 1-8 (lowzones) and
zones 9-16(high zones). This dual status displayis achievedbyusingtheAUX. lighttoindicatewhichset ofzones
are currentlybeingdisplayed. i.e. AUX. off = lowzones(1-8) or AUX. on= high zones (9-16). The AUX. light flashing
when viewing the lowzonesmeans there is a violated zone in the high group.
The CONTROL button, ifenabled,is used to producean outputwithoutanalarm event. This control output canbe
used to operate other external devices such as garage door openers, door locks, lights or other options as required.
LED INDICATORS
The LED indicators are used to displaysystemconditions including Zone status, Batterystate, Tamper etc. Please
refer to the LED table on page 11 for a full explanation ofthe conditional displays.
Awrongcodeor KeypadTamper alarmis generated bythe Elite after 4consecutive invalidcode entries. The
controller will not Lock-Out”the keypad atthis pointbut simplycreate analarm conditionas determined but the
tamper alarmoptions (P111E-P118Eetc). Ifthe alarmsystemis amonitored installation, the Elite communicator will
report akeypadtamper tothe monitoringcompany.Entryofavalid user codewill resettheKeypadTamper alarm
however, thealarmeventwill bewrittenintomemoryand thekeypadmemorylightwill beflashing indicatingthe
presence ofa newmemoryentry.

Page 13
This Elite16Dalarmpanel has an event memorywhichstores the 40 most recent events includingall alarmevents,
all systemevents such as mains failure etc as well assettings and unsettings This event memoryis displayed via
the standard keypad with the most recent event shown first and subsequent events followingin descendingorder
fromnewest to oldest.
The "MEMORY" light will flash on andoff when thereis anewevent in memorywhich has notbeenviewed. To
stop the"MEMORY" light flashing,simplypress theMEMORYbuttonandthe event memorywill be flashed back to
youwith the most recent event shown first. Each event is separated bya beeptone.
There are anumber ofevents which arestored in memorywhich do nothave aspecific indicator associatedwith
themsuch as Panic and Duress. Other events such as tampers and lowbatteryare sharedacross manydevices.
For this reason thefollowingtable has been created. This table details which indicator lights correspondto which
events in memory.
EVENTDEVICE INDICATORSTATUS
ACTIVATION Zones 1-8LED's 1-8 On Steady
ACTIVATION Zones 9-16 LED's 1-8
AUX On Steady On Steady
EXCLUDE Zones 1-8EXCLUDE
LED's 1-8 On Steady On Steady
EXCLUDE Zones 9-16 EXCLUDE
LED's 1-8
AUX
On Steady
On Steady
On Steady
DETECTOR TAMPER
(SHORTCIRCUIT) Zones 1-8TAMPER
LED's 1-8 Flashing On Steady
DETECTOR TAMPER
(OPEN CIRCUIT) Zones 9-16 TAMPER
LED's 1-8
AUX
Flashing
On Steady
On Steady
CABINETTAMPER Cabinet or Satellite Siren TAMPER Flashing
WRONG CODE ALARM Keypad Tamper TAMPER On Steady
LOW BATTERY Controller BatteryBATTERY Flashing
MAINS FAILURE Controller Mains SupplyMAINS Flashing
LOW BATTERY Radio PIR
Zone 1-8 BATTERY LED's 1-8 Flashing On Steady
LOW BATTERY Radio PIR
Zone 19-16 BATTERY LED's 1-8
AUX
Flashing
On Steady
On Steady
LOW BATTERY Radio Key
User 1-8 BATTERY LED's 1-8
CONTROL
Flashing
On Steady
Flashing
LOW BATTERY Radio Key
User 9-16 BATTERY LED's 1-8
CONTROL
AUX
Flashing
On Steady
Flashing
On Steady

Page 14
EVENTDEVICE INDICATORSTATUS
DURESS ALARM Area "A"Partition "A"
LINE On Steady Flashing
DURESS ALARM Area "B"Partition "B"
LINE On Steady Flashing
DURESS ALARM Area "C"Partition "A"& "B"
LINE On Steady Flashing
PANIC Keypad LINEFlashing
PANIC Radio Key
User 1-8 LINE LED's 1-8 Flashing On Steady
PANIC Radio Key
User 9-16 LINE LED's 1-8
AUX
Flashing
On Steady
On Steady
ARMED Area "A""A"On Steady
ARMED Area "B" "B" On Steady
ARMED Area "C" ARMEDOn Steady
MONITOR MODE ON Area "A""A"Flashing
MONITOR MODE ON Area "B" "B" Flashing
MONITOR MODE ON Area "C" ARMEDFlashing
TELEPHONE LINE FAIL Panel LINEOn Steady
In normal "RUN" mode, the <ENTER> keyis used to toggle between the
Low and High zone displays. Everytime you press the <ENTER> keythe
keypad will switch between displaying Low and High zone status.
This feature is onlyavailable when one or more zones are defined as "Dual

Page 15
INSTALLATION
Separate the two keypad halves by carefully insertinga small screwdriver into the release slots on the bottomedge
of the keypadfront half and applyinga gentle pressure.This will release thebottomedge of the housing enough for
youto unclip the top.
Screwthebase tothe wall usingthemounting holes provided. These holes will match the standard single switch
platespacing. Ensure the base is mounted right side up. It is marked with the word"TOP" to aid orientation. When
fixing the base to the wall make sure the top of the screwheads will not touch or short out the underside of the PCB
when the top halfofthe keypad is reinstalled.Bring thecables through the centre ofthe base.
Connect the 4or 5wires tothe 5wayterminal block on therear ofthe keypadPCB making sure to match the
cables upwith theterminals as marked on the controlpanel's keypad port. The 5thwire is connected fromthe"LIN"
terminal ofthe keypad to the "Listen" terminal ofthe Elite PCB keypad port.
Once thecables havebeenterminatedandtherequired address allocated(seesectionbelow)clip the fronthalfof
the keypad ontothe base byfirst engaging the clips at the top edge and thenclose the front downand clipit in at
the bottom. Nowstickthe zone list provided totheinside ofthe hinged lid.
WIRING
The Elitekeypad connects to the Elite Controller via a4or 5wire data &power connection. Amaximumof 8LED
keypads canbeconnected,eachwired inparallel. A5th wiremaybeusedtoprovide a"Listen-in" facilityat the
keypadwhen anElite communicator panelis being used.
The maximumrecommended cable usingstandard0.2mmsecuritycable is 50m.Cable runs exceeding this
distancemayrequire0.5mmcable. Alwaysuse goodqualitycable.Someinstallations mayrequiredata cable to
ensure data integrityin noisysites.
Keypad
Address Address Links
# A B C
1
2 X
3 X
4 X X
5 X
6 X X
7 X X
8 X X X
Xdenotes linkis cut
Each ofthe 8possible LED keypads which are able to be
connectedto your Elitepanel must be addressed individuallyto
avoidBUS conflicts andother communicationproblems. As
default, each keypad comes addressed as #1 withall links
intact.
Use thetable to the left todetermine which links to cut to assign
the correct address to the keypads you are installing.
eg. Toassign akeypad as address #2, youmust cut linkA
only.Toassignakeypadas address #4, youmust cutlink
A&B.
When cutting address linksit is important to makeaclean cut
between the link blocksas shownbelow.Linkscan berestored
ABC cut here

Page 16
The Elite 16D is fullyhigh level compatible with the newAuto-tune RX-16radio receiver. The addition ofthis receiver
will add wireless capabilityto your systemin theform or wireless PIR detectors, Wireless Radiokeytransmitters and
wireless reedswitchtransmitters. The RX-16 auto-tunereceiver connectstothesamecommunications port as the
keypads andcan be installed , either insidethecabinet, or ifpreferred, maybe installed at a remote location.
The RX-16 receiver requires4cores andcan successfullybe runin 0.2mmunscreenedcable over adistanceofup
to 100metres. Likethe keypads the RX-16 has 12vand 0vterminals for connection tothe micro controlled 12v
supplyand CLK andDATAterminals for connection to the communications bus. Incorrect connectionoftheRX-16
receiver will cause acommunications bus re-boot whichis seen atthe keypads when theydie andre-bootover and
over again.
The green LED fitted to the RX-16 receiver will indicatewhen the unit is in "Learn" mode (Flashing - seeP501E)
or whenit is receiving an actual radiotransmission (On Steady)
The Elite16Dcontrolcommunicator can also befittedwitheither a20 secondor 90 second speech module. This
module stores either alarm event messages for speech dialmonitoringand/or statusmessages for use with
Command Control.The Elite16D Speech Moduleissuppliedwithall therequired mounting hardware including
stand-offs and is installed directlyonto the motherboard via the "EXPANSION" socket.
Installationprocedure for the Speech Moduleis as follows.
1Power-down the Elitefullybefore starting the installation procedure.
2Install the 2 plastic pcb stand-offs
3Carefullyinstall the speech module in the EXPANSIONsocket and engage into the stand-offs
4Power-up the Elite.
Before anyprogramming onthecommunicator, includingrecording your speechmessages, can begintheEnable
Communicator optionat P260E MUSTBE ON. Ifthis option is off,youcan notprogramor play-backanyspeech
messages.
Once youhave enabledthecommunicator youcanrecord your personalisedspeech messages intothemodulewith
the speech dialler programmer.The Elite16D Speech Module is fullycompatible with the earlier Elite 8zone speech
dialler programmer. The programmer plugs ontothe socket immediatelytothe right ofthespeechmoduleexpansion
socket andmust be installedwiththeBrown wiretothe right.Some programmers are fittedwith apolarisation pinon
the connection socket whichwill prevent incorrect insertion however,some earlierunits are not so.
Torecord yourmessages once theprogrammer is installed, first press the resetbutton on thesideofthespeech
board, then hold theprogrammerabout 10 cmawayfromthe mouth and speak clearlyat normal levelinto the
microphone while holding downthe "REC" button. When you reach the end ofyour message release the REC
button. When recordingyour voicemessage, you must ensurethat you clearlyidentifytheoriginofthe call. Youcan
playthemessage backthroughtheprogrammer byfirst pressingtheresetbuttonthenbypressingthe"PLAY" button
momentarily.Becausethe Elite16Dcontrolcommunicator has theabilitytostore upto8alarmeventmessages,
you must store individual messages at whatis known as recording slots within the speech module.Everytimeyou
press and release the REC button oftheprogrammer, youcreatean endofmessage marker. These markers are
used to define the recordingslots within thespeech module and are ofvaryinglength according to each message
duration.
Tore-record amessage youmust first press the "RESET"buttonon the speech module to getback to recording slot
#1. Once you areat slot #1you can re-record your messages inorder as required.
NOTE: To start a recordingat slot #1 or to play-backstartingat slot #1, youmust always press the reset button first.
When you have finishedrecording your alarmmessages, unplugtheprogrammer and the process is complete.

Page 17
HOW TO PROGRAM
The programming sequence always follows this pattern;
<PROGRAM> - <2 or 3digit address> - <ENTER>
3 short beeps if OK - 1 long beep if error
The leds will displaycurrentvalueor status
Enter the newvalue or option
<New Value> - <ENTER>
3 short beeps if OK - 1 long beep if error
Throughout this manual youwill see programinstructions expressed as
P 23E 5 E as an example.
In this example the<P> represents the PROGRAM keyand <E>represents the ENTER key.
ACCESS TO PROGRAMMING ON POWERUP
When powerisappliedtothe controllerfor thefirst time, withthepaneltamper inputopen,thepanel will inhibit
tamper alarmsand readythe paneltoenter PROGRAM Mode( unless the Installer Lock-out optionP201E6E has
previouslybeenenabled.)At this point you can gotoanykeypad which is connected tothe panel and thefirst button
press will automaticallyput that keypadinto full Programmode.(NOTE:Onlyone keypad canbe inProgrammode at
anytime)
ACCESS TO PROGRAMMODES FROMRUN MODE
Before you canenter programmode, the panel must be unset with nomonitor mode.
Press <PROGRAM> - <Code 1(or Master Code)> - <ENTER>
Program light steady
Note: DefaultMaster Code(Code 1) is 123
You are nowin ClientProgramMode. When you are inClientprogramming mode youhaveaccess to program
addresses P1E toP24E. To enter Install ProgramMode
Press <PROGRAM> - <Install Code> - <ENTER>
Program light flashing
Note: DefaultInstall Code (P99) is 000000
TO CLEARPROGRAMINFORMATION (FromInstall Mode Only)
There are five options availablefor clearing programinformation (Reset to
defaults). These are detailed on page 38.
e.g.To reset User Codes 1-24 (P 741E)
Press <PROGRAM> - 741- <ENTER>
3 beeps - Program light flashing
e.g.To reset Radio Defaults (P 743 E)
Press <PROGRAM> - 743- <ENTER>
3 beeps - Program light flashing
After the systemconfiguration or User Codes have been reset, all values, options&Codes will beset to the values
shownin theProgramOption Summaryas defaults. These value& option selections havebeenchosenas the most
common set-up for the majorityofsystems.

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TO EXITPROGRAMMODES
To exit programmodes when youhave finished programming:
Press <PROGRAM> - <ENTER>
Program light goes out
The panel is nowback in Run Mode,anyprogram changes youhavemade will havereplacedprevious values and
be in effect.
Note: During programming Tampers and 24 hour alarmsare disabled which allowsquiet access to the panel,
detectors and satellite siren units etc. Onexitingprogrammode, all inputs arescannedand ifanytampers or 24Hr
alarms are present an activationwill occur.
USER CODES - (P1E to P24E) & (P99E)
There are 25 codes available in the Elite, 24usercodes and 1install code.The user codes are located in
addresses 1-24.As default,Code1has Master Codepermissions and must be used to enter programmode. The
Installer code is stored ataddress 99 and is used to move from Client Programmode up to Installer Programmode.
Codes 1-24 maybe varied in lengthfrom1 to 6 digits.Code 99 must be 3-6 digits.
ToprogramaUser Codeyou must first be in client or installer programmode, thenselect the address from1-24. (If
there is alreadyacodeprogrammed at this address, itwill be flashed backto you)Nowenter thecodethenpress
the ENTER key.
eg. P 1 E 1234E
3 beeps - programlight flashing
In this example wehave set Code 1 ( Master Code ) to be 1234.
eg. P 5 E 567 E
3 beeps - programlight flashing
In this example wehave set code 5to be 567
Toreplace acodesimplyenter thenewcodein the sameaddress as the oldcode. This will overwritetheprevious
code but maintain the user permissions as mapped to that user number.
To clear or deletea code simplyenter the EXCLUDE button at the address where the old code is stored.
eg. P 3 E<EXCLUDE> E
3 beeps - Program light flashing
When flashing back codes and values Zone indicators 1-8 are used to indicate digits 1-8. The digit 0is indicated by
the "A" light and 9is indicated bythe"B" light.
Note: Where there are multiple options at one address, options 0 & 9 havebeen reserved. Entering a 0 at

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USER CODE PERMISSIONS (Code Options) 1st Set - P25E-P48E
Option 0 - Turns all options off
Option 1 - Code has Area A permissions
Option 2 - Code has Area B permissions
Option 3 - Code has Area C permissions
Option 4 - Code canArmArea
Option 5 - Code can DisarmArea
Option 6 - Code can turn Monitor on
Option 7 - Code can turn Monitor off
Option 8 - Code can Operate control Functions
Option 9 - Turns all options on.
NOTE:Options 4, 5, 6&7are usedin conjunction with options1, 2&3wherebyoptions 4, 5, 6&7determine the
functions and options 1, 2& 3 determine the area ofoperation.
USER CODE PERMISSIONS (Code Options) 2nd Set - P49E-P72E
Option 0 - Turns all options off
Option 1 - Code can override DOTL timer
Option 2 - Code can change dialler telephone numbers
Option 3 - Code can alter the real time clock
Option 4 - User can start a print dump ofthe event buffer
Option 5 - .User can answer an incoming call and start up/down load
Option 6 - User can enter Client Programand change their code only.
Option 7 - User can enter Client Programand change all codes.
Option 8 - User can enter Client Programmode and then Installer Programmode(ifinstaller code is known).
Option 9 - Turns all options on.
USER CODE TIME ZONES - P73E-P96E
Users codes mayhave TimeZones or windowsassigned to control their operation. These TimeZones determine
when aparticular user codewill work.Addresses P73E-P96E are used tomap the user code to therequiredTime
Zones. The actual Time Zone parameters are defined at addresses P681E - P704E.
Asingle value from0-8 must be assigned to each user code. TimeZone zero(0) is fixed as 24 hour seven day
access and is the default time zone for all 24user codes.
P73ETZ E Where TZ represents the Time Zone from0-8 valid for User Code #1 (Fixed as TZ-0)
P74ETZ E Where TZ represents the Time Zone from0-8 valid for User Code #2
P96ETZ E Where TZ represents the Time Zone from0-8 valid for User Code #24
NOTE: More than one Time Zone may be assigned to each user allowing different time based controls for
different daysof the week etc.
INSTALLER CODE - P99E
This code is used toenter full Installer Program mode (Program light flashing) from ClientProgrammode (Program
light steady)The defaultinstaller codeis 000000. Tochange thiscodeenter your newinstallercodeatthe P99E
address. The newcode will be flashed backto you automatically.LikeUser codes, theProgramcode mayvary
from3-6 digits in length
P100E Option 8 Ifthis option is on (Led8 on) thentheinstaller code can access installer mode directly
without needing to enter viaclient programmode.(All areas must be unset and not in
monitor mode).

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OUTPUTOPTIONS FIRSTSET- P101E-P108E
This block ofaddresses (P101E-P108E) are usedto map output modifiers to each ofthe 8outputs available on the
Elite. Note: Only5outputsare available on the Elitemother board. The additional outputs are available on the
Output Expander module.
P101E 1E Invertoutput #1 - Default off
2E Flash output #1- Default off
3E Single pulse to output#1 - Default off
4E Lockout output #1once reset - Default off
5E Output mappedto Remote Command Control - Defaultoff
6E Output mappedto local Command Control - Default off
7E Dayzones linked to pulse timer - Default off
8E Spare
Option 1Invert Output -This option is usedto invert the normal state ofthe output. The Elite uses open
collector typetransistor switches andthedefault stateofall outputs is off or high. When in alarmthe
transistor switchis turned on andtheoutput is switched low. The invertoption reverses this function.
Option 2Flash Output -This optioncauses theoutput toswitch onandoff at 2secondintervals when inalarm
and is normallyused to flash a lamp duringan activation.
Option 3Single Pulse to Output -This option, whenapplied,produces asingle 1second pulseattheoutput
during analarm(the pulse time is the value programmed at the output pulsetimer address).
Option 4Lockout Once Reset - This option is used to limit the output to oneoperation perarming period.
Option 5Output mapped to Remote Command Control -This option is used to map an output to the remote
command control function wherebytheoutput can becontrolled via the telephone (this requires the
optional speech board unit)
Option 6Output mapped to LocalCommandControl -This optionis usedto map an outputto the local
command control feature wherebythe output can be controlled directlyfromthe keypad.
Option 7DayZonesLinked toPulse Timer - DayZones programmed to this output will pulse at thepulse timer
rate (P441E) for the durationofthe dayzone tokeypadtimer (e.g. ifthe dayzoneis in partition A, then
the timer at P457E applies)
Option 8Spare
P102E - P108E As per P101E above for Outputs 2-8
OUTPUTOPTIONS SECOND SET - P111E - P118E
In this blockofaddresses P111E relates tooutput #1, P112E relates to output #2etc