Arrowhead Alarm Products ELITE SX-2 Operating instructions

Proudly Designed and Manufacturedin New Zealand
Installation&
Programming Guide
ELITESX-2
Arrowhead
AlarmProductsLtd
(64ZoneControlCommunicator) ESX-2

344bRosedaleRoad
Albany
AUCKLAND
PO Box303-096
AUCKLAND 1330
NEWZEALAND
Designed&Manufactured in NewZealand to MeetNZS:4301/93
Copyright byArrowheadAlarmProducts Ltd
October2019 ELITESXV10.
Thismanualrelatesto the Arrowhead ELITESXV10.2.328 software
and above.
Disclaimer
Arrowhead AlarmProductsLtd make no warrantiesregarding the
contentofthisdocument and assume no responsibilityforany
omissionsorerrors contained herein.
To the best ofourknowledge the information contained inthismanual
iscorrect at the time ofprinting. Arrowhead AlarmProductsLtd reserve
the right to make changesto thefeaturesand specificationsat any
time without noticeinthe course ofproductdevelopment.
PHONE:[phone]
FAX:[phone]
FREEPHONE:0800 700123
ArrowheadAlarm
ProductsLtd
ThisELITESXVersion 10 alarm controlpanelhasbeen designed to providethe mostrequested features
forboth theinstaller&theend-user. These featuresinclude easeofinstallation,ease ofprogramming and
userfriendlyoperation all ina package whichisreliable, functionaland attractive.
Utilisingmanyyears ofexperienceinthesecurityindustryandimplementingvaluablefeedback,weare
proud to provideyouwith anewgenerationofalarmcontroller.The ELITESXV10isaNewZealand de-
signedand builtproductwhichbringsyouthequalityand featureswhichyoudeserveatan affordable
price. Inaddition to thetheadvanceddesign, onlythe highestqualitycomponentshavebeenusedinthe
production ofthispanelto ensure the highest degree ofreliability.
Thismanualwillguide you through the installation and programming of yourElite SXalarmpanel.

Page3
CONTENTS PageNo.
CONNECTIONDIAGRAM5
Wiringzone and output expanderstothePanel5
ZONE EXPANDERDIPSWITCH SETTINGS6
OUTPUTEXPANDER DIPSWITCH SETTINGS7
WIEGAND EXPANDER DIPSWITCH SETTINGS8
SELECTIVE ARM/DISARMING withMULTIPLE AREAS10
INPUTS11
ExamplesofZoneWiring12
Inputs13
Outputs13
Accessories14
DTMFCOMMAND CONTROLOVERVIEW14
HowtouseDTMFRemoteControl14
MEMORY VIEWMODE 15
Current Alarms 15
HistoricalMemoryEvents15
ICONAND FULL LCD KEYPADINSTALLATION 16
Keypad AddressAssignment16
Keypad Zone orListen-in Input16
KEYPADADJUSTMENTS17
AdjustingLCD Keypad Backlighting17
AdjustingKeypad Buzzer17
FULL LCD KEYPADTEXTEDITING18
Programming LCD User, Display, Output, Area, KeypadZoneText18
FULL LCD KEYPADMENU OPERATION 19
ACCESSING PROGRAMMODE22
USERS24
User Codes24
User Type 24
User Areas25
User Arm/Disarmoptions25
User ProgramMode Access26
Radio User Type & Panicoptions26
User Time-zoneControl27
User Keypadassignment27
User turnsOutput Onor Off28
Learn/FindandDeleteRadio KeyCodes28
Learn/FindandDeleteRadio Access Cards29
MISCELLANEOUS PANEL &CLOCK SETTINGS30
InstallerCode30
DuressDigit30
Dial Delay30
SupervisedDetectorTimer30
TwoTrigger Time30
MainsFail Report Delay30
Receiver FailTimer31
Upload/downloadSiteCode Number31
TemporaryOutputDisable31
MiscellaneousInstaller& Panel Options31
Hide User Codes33
SettingTime, Date& DaylightSaving34
OUTPUTS34
ProgramLCD Output Name34
ProgramOutput1& 2Volume34
MiscellaneousOutput Options35
Output OnDelay, Pulse, Reset & ChimeTimes37
Output VoiceBoardRemoteControlStart message37
Un-Map an Output38
AssigningaTimeZone toan Output38

Page4
AREAS38
Area Armand SpecialFunctionOptions38
Area Arm/StayPulse& ChirpstoOutputs39
Area Exit DelayBeepstoKeypads41
Arm& StayExit DelayTime42
Monitoring Account Code Number42
RemoteArm/DisarmDTMFCode & Start Voice Message42
Area DelinquencyTime43
Auto-Arm/DisarmTime-zone 43
ProgramLCD Area Name43
KEYPADS44
Keypad Area Assignment44
Keypad Button Operations,Misc BeepsandLED Control44
Keypad “ARM”, “STAY”, “A” & “B” Button Options45
Keypad Number and “CONTROL” Button toOutput Mask49
Keypad “Panic” “Fire” &“Medical” AlarmstoOutputs& KP Buzzer49
Keypad ChimeTimer49
Full LCD DisplayOptions51
ProgramLCD Keypad name51
ZONES 52
Zone KeySwitchOptions52
Zone AreaAssignment52
Zone AlarmType Options53
Zone EOL&VibrationSettings55
Zone Radio Type56
Zone AlarmstoOutput& Keypad Buzzer Mapping58
Armed & StayMode EntryDelayTimes60
Zone LockoutTime60
VariousZone CID Report Codes60
Zone InactivityTimer61
Learn/Find& DeleteRadio Zone Codes61
ProgramLCD ZoneNames62
TIME-ZONES62
Time-ZoneDays 62
Time-ZoneStart & Stop Times62
DIALLER63
EnableDialler and Set Type ofDialling63
Dialling Cycles, Auto-answerRing Count64
TimetoFirst Test Call 64
Keypad Listen-in Options64
Dialling Pre-fixNumber65
Keypad “Panic” “Fire” &“Medical” AlarmsCID Report Code65
Output, Microphone &VoiceKiss-off DTMFRemoteCodes65
MiscellaneousVoiceReportingMessage Numbers66
TELEPHONE NUMBERS 66
Programming TelephoneNumbers66
ReportingFormats66
Dial ProgressOptions67
Enable/DisableMiscellaneousDiallerReports68
IPREPORTING PORTNUMBER 70
SIAREPORTING CODES 71
DIAGNOSTIC&DEFAULTOPTIONS 72
DisplaySoftwareVersion, Keypad Number,Keypad Areas72
DisplayActiveTime-zones,batteryVoltage72
Start Walk-Test Mode72
Read orWritetoDTU72
RestoreDefaults73
Clear MemoryBuffer73
PROGRAM SUMMARY GUIDE75
SPECIALKEYPADOPERATING FEATURES90
QUICK STARTPROGRAM GUIDE 91
CONTACTIDREPORTING CODE SUMMARY94
SIAREPORTING CODE SUMMARY95

Page5
Line
In
Phone
Out
CONNECTIONDIAGRAM
LIN DAT CLK NEG POS
RELAY
LINE_OUT
LINE_IN
AC_IN
Outputs
0V 12V 1 2 3 4 0V 12V 1 C 2 3 C54C 6 7 C 8 TM 0V 12V NC
EXP 1
REDBLK
Mains
Earth
230V
AC
Input
ELITESX
V10.00
Bat-
+ _
RST
RESETTING THEPANEL
Power-upthepanel withthetamperinputin
alarm whileshortingout“RST”pinsfor5
seconds(youmust shortoutthe“RST”pins
beforethepanel LED starts toflash).
Thiswill Disarm All ArmedAreas andallow
access to installermodebyentering<PROG>
<ENTER>.
TheReset featureisdisabledifInstallerLock-
out isturnedon.
TCP/IP
NOC
SERIAL
EXP 2
17VAC
BATTERY
DIPSwitch
-+
13V8IN
TAMP C
0V12V
OUT 0V12V OUT
DAT CLK 0V 12V OUT
12C34
INPUT 56C78 INPUT
ZoneExpander
DAT CLK 0V 12V OUT
0V12V
OUT -+
13V8IN
TAMP C
DIPSwitch
OutputExpander
NOCNC
RELAY2
NOCNC
RELAY3 NOCNC RELAY4
NOCNC
RELAY1
POS
CLK
NEG
DAT
CLK DAT
CLK DAT
POS
POS
NEG
NEG
NOTE:Ifthe Plug-inPowersupply is fittedDONOT CONNECT (N/C)the Panel POSto Expander13.8VIN
Ifthe Wiegand Interface boardis usedyou mustfollowthe same wiring as above.
13.8V
N/C
13.8V
N/C
DIPSwitch
-+
13V8IN
TAMP C
0V12V
OUT 0V12V OUT
DAT CLK 0V 12V OUT
12C34
INPUT 56C78 INPUT
ZoneExpander
-+
- +
Plug-inPowersupply
12V-24V-AC-AC
0V12V
OUT -+
13V8IN
DAT CLK 0V 12V OUT
TAMP C
DIPSwitch
OutputExpander
NOCNC
RELAY2
NOCNC
RELAY3 NOCNC RELAY4
NOCNC
RELAY1
-+
- +
Plug-inPowersupply
12V-24V-AC-AC

Page6
ZoneExpanderDIPSwitchsettings
Ifthe zonesareset toa type 0-13 then everyzoneisset to a singlezoneperinput andeachzone can besetdiffer-
ently.
Ifthe Globalzone doublingoption isturned on atP119Eall zoneson the panelare set to eitheratype14 or15
(depending on the selectedoption).When zone doubling isselected everysecondzone expanderisused asperthe
above chart astherewillbe 16 zonesperexpandernot8.
DIPswitch number8 disablesthe on-board tamperinput ifnot required.
DIPSwitches4, 5, 6, &7 are currentlyunused.
There isan LEDassociatedwith everyinput. Theyare labelled IP1—IP8.
LED IP1relatesto zone input 1 through toLED IP8 relatesto zone input 8.
At powerup the LED’swill cycle backand forth until communicationsisestablished with the main controlpanel.
Undernormalconditionsthe LED’swillbe off when thezone issealed and on when thezone isunsealedsothe
state ofthe zone can be displayed at the expander.
Ifthe zone ismonitored fora tampercondition (zone types12,13 or14)the associated LEDwillflash to indicate a
tampercondition.
The zoneexpandercan bepowered fromthe main controlpanel(asshown on the connection diagramon theprevi-
ouspage)orthereisan optionalplug in 1Apowersupplymodule that can be fitted to the zone expander.
When the optionalpowersupplymodule isfitted the 13.8V(POS)fromthe panelmust not beconnected,onlythe 0V
fromthe main controlpanelshould be connected to thezone expander0V.
NOTE:Ifthere is anaddress clash(egtwozone expanderssetto the sameaddress number)the8 LED’s will
displaythe following pattern, LED’s 1 & 8 On, changing to LED’s 2 & 7On, changing to LED’s 3 & 6 On,
changing to LED’s 4 &5 On, thenall 8 LED’s will flashtogethertwice thenthe patternwill repeatuntil the
address clashis removed.
Expanders-ZoneDoublingExpanders-NOZoneDoubling 1 2 3 4 5 6 7 8
Not used EXP #1(zones 9-16) ON off off
EXP #2(zones 17-32) EXP #2(zones 17-24) off ON off
Not used EXP #3(zones 25-32) ON ON off
EXP #4(zones 33-48) EXP #4(zones 33-40) off off ON
Not used EXP #5(zones 41-48) ON off ON
EXP #6(zones 49-64) EXP #6(zones 49-56) off ON ON
Not used EXP #7(zones 57-64) ON ON ON
On BoardTamperIgnoredON
On BoardTamperActive off
DIP Switch#

Page7
OutputExpanderDIPSwitchsettings
DIPswitch number8 disablesthe on-board tamperinput ifnot required.
DIPSwitches4, 5, 6, &7 are currentlyunused.
There isan LEDassociatedwith everyoutput. Theyare labelled OUTPUT1-4.
LED1 relatesto output1 through to LED4 relatesto output4.
At powerup the LED’swill cyclein numericalorderbackand forth untilcommunicationsisestablishedwith the main
controlpanel.Ifthereisan address clash (eg two output expanders set to the same address number) theywillcon-
tinue tocycleuntiltheclashisresolved bychanging the switcheson one ofthe expanders.
Undernormalconditionsthe LED’swillbe off when the output isoff.When an LED isonthat indicatesthe associated
relayison.
The outputexpandercan be powered fromthe main controlpanel(asshown onthe connection diagramon the previ-
ouspage)orthereisan optionalplug in 1Apowersupplymodule that can be fitted to the output expander.
When the optionalpowersupplymodule isfitted the 13.8V(POS)fromthe panelmust not beconnected,onlythe 0V
fromthe main controlpanelshould be connected to the output expander0V.
DIP Switch#
OutputExpanderNumber 1 2 3 4 5 6 7 8
O/PEXP#1 off off off FollowsOutputs 1-4
O/PEXP#2 ON off off FollowsOutputs 5-8
O/PEXP#3 off ON off FollowsOutputs 9-12
O/PEXP#4 ON ON off FollowsOutputs 13-16
O/PEXP#5 off off ON FollowsOutputs 17-20
O/PEXP#6 ON off ON FollowsOutputs 21-24
O/PEXP#7 off ON ON FollowsOutputs 25-28
O/PEXP#8 ON ON ON
On BoardTamperIgnoredON
On BoardTamperActive off
FollowsOutputs 29-32

Page8
WiegandInterfaceDIPSwitchsettings
DIP Switch#
WiegandInterface Address 1 2 3 4 5
WiegandI/F#1 off off off off off
WiegandI/F#2 ON off off off off
WiegandI/F#3 off ON off off off
WiegandI/F#4 ON ON off off off
WiegandI/F#5 off off ON off off
WiegandI/F#6 ON off ON off off
WiegandI/F#7 off ON ON off off
WiegandI/F#8 ON ON ON off off
WiegandI/F#9 off off off ON off
WiegandI/F#10 ON off off ON off
WiegandI/F#11 off ON off ON off
WiegandI/F#12 ON ON off ON off
WiegandI/F#13 off off ON ON off
WiegandI/F#14 ON off ON ON off
WiegandI/F#15 off ON ON ON off
WiegandI/F#16 ON ON ON ON off
WiegandI/F#17 off off off off ON
WiegandI/F#18 ON off off off ON
WiegandI/F#19 off ON off off ON
WiegandI/F#20 ON ON off off ON
WiegandI/F#21 off off ON off ON
WiegandI/F#22 ON off ON off ON
WiegandI/F#23 off ON ON off ON
WiegandI/F#24 ON ON ON off ON
WiegandI/F#25 off off off ON ON
WiegandI/F#26 ON off off ON ON
WiegandI/F#27 off ON off ON ON
WiegandI/F#28 ON ON off ON ON
WiegandI/F#29 off off ON ON ON
WiegandI/F#30 ON off ON ON ON
WiegandI/F#31 off ON ON ON ON
WiegandI/F#32 ON ON ON ON ON
DIP Switch#
OPTION 6 7 8
1Door Cntrl off - -
2Door Cntrl ON - -
CPT-Wiegand - off off
PWREADER - ON off
Spare - off ON
Spare - ON ON

Page9
INSTALLING PROXIMITYREADERS
The Wiegand Interface board allowsvariousaccess controlreaders/keypadsto beconnected totheELITESX key-
pad bus.
The Wiegand Interface hasan 8 wayDIPswitchthat allowsthe keypad address to be set to avalue between1-32.
It alsohastwo inputsandarelayoutput that arelinked to the keypad address, eg ifthe Wiegand Interface board is
set to keypad address number15 (Switches2,3 &4 ON)then input 1 can becomezone 15 on the controlpanel
(providedoption 4, “zone isa keypad zone”,isturned on atpanelprogramaddress P122E15E)and relay1 willfol-
lowoutput 15 fromthe controlpanel.
Thisallowsthe input to beused fordoormonitoringorasa REX(request to exit)input thatiscontrolled bythe main
panel.
It alsoallowsthe doorcontrolrelay(output 1 on theWiegand Interface)to becontrolled bythe main panel.
There isalso two LEDoutputsforeach readerportlabelled LD1 &LD2. LD1 ispreset to follow thestatusofthe as-
sociatedrelayon the board, eg LD1 on wiegand interface 1 willfollow relay1.
LD2 hastwo functions.
The first isit givesasingleflash whenanycardispresented ora button on the keypad ispressed.
The second isLD2 canbe programmed to followan outputon the panelat programaddress P98Eso that when the
output ison LD2 willalso be on to drive the LED on the reader. Thiscan be used to indicate an arm/disarmstate,
etc.
The Buzzeroutput on the Wiegand readerconnectionswillfollowthe keypad beepsfromthe panel. IftheWiegand
keypad hasa built-innumerickeypad theBuzzeroutput (BUZ) willbeep asa button ispressed asaudible feedback
that the button wasreceived bythe panel. The same Buzzeroutput can also followotherbeepsfromthe panelsuch
asentryorexit delaybeeps, chime zonebeeps, etc.
DIPswitch 6 setsthe Wiegand Interface to be a singledoorortwodoorcontroller.IfDIPswitch6 isoff the board isa
single doorcontrollerand onlyWiegand interface 1 isused forthe readerinput. Input 1 can be linked to thezone
numberthat matchesthe keypad address oftheboardand output 1 islinked tothe output numberthat matchesthe
keypad address. AlsowhenDIPswitch 6 isoff, inputtwo islinked to relay1. Ifinput 2 istriggered the output reset
time programmed forthe outputassociated with relay1will operate relay1 forthat timed period.Input 2canthere-
fore be used asa request to exitbutton.
IfDIPswitch6 ison then both readerinterfacesare used and both inputsand outputsareactive. The second reader
willbe the address set byswitches1-5 plus1, eg iftheboardaddress isset to number12 (DIPswitches1, 2&4
ON)then readerinterface 1 willbe keypad address 12 and readerinterface 2 will be keypad address 13. In the
same example input 1 on the Wiegand interface can be set to zone 12 and input 2 set to zone 13, output 1 on the
Wiegand interfacewillfollowoutput 12 and output 2 will followoutput 13.
NOTE: AlwaysensureDIPSwitch6 isOFF ifthe boardis to only use one keypadaddress otherwise there
couldbe a keypadaddress clash, egifone WiegandIFboardisaddressedas keypad# 10 and anotheras
keypadaddress # 11but DIPswitch6 was turnedON on the boardsetas keypad#10 there will bea clash
due to there being twokeypad# 11’s, one will be the second readerinput onthe boardsetas address # 10
and the otherwill be theboardsetas keypadaddress # 11.
NOTE2:Ifthere isanaddressclash(egtwoWiegand IFboardssetto the same address number)the8
LED’s will displaythe following pattern, LED’s 1 &8 On, changing to LED’s 2 & 7 On,changing to LED’s 3 &
6 On, changing to LED’s 4 & 5 On, thenall 8 LED’swill flashtogethertwice thenthe patternwill repeatuntil
the address clashis removed.
DIPswitches7-8allowthe type ofaccess controltechnologyto be selected (see chart on page 8).There are two
proximityreaders that canbe connectedto the controlpanel. Theyare;
1-CPT-Wiegand reader/keypad
2-PWREADERProx/PIN readers.
EachWiegand Interface board must havea unique keypad address numberfrom1-32 toavoid data conflictsand to
allowassigned programoptionsto bedirected to the correct unit.

Page10
SELECTIVEARM/DISARMINGwithMULTIPLEAREAS
At softwareversion V225anewmethod forselectivearm/disarmwhen multipleareasareassigned toa
user was added tomakeitmoreflexible.Tousethisnewselectivearm/disarmyou mustturnONoption 6
at P25E13E.
If auser hasmanyassigned areastheycanchosetoselectwhich area or areas theywouldliketoarmor
disarm. Theareasassigned totheuser musthave“ARMBeforeCode” selected for all ofthe areas(P45E
option 1ON)and all areas assigned tothe user mustbe assignedtotheirkeypad (P71E) andtheARM
button(P74E).
For exampleUser1has 10 assigned areas andtheyareusingKeypad #1.Theoptionstoprogram are:
P2E1EUser 1has areas01,02,03,04,05,06,07,08,09,10.
P45E1-10EAreas1-10haveoption 1ON.
P71E1Keypad 1has areas 01,02,03,04,05,06,07,08,09,10.
P74E1Keypad 1“ARM” buttonhas areas01,02,03,04,05,06,07,08,09,10
WhenUser1entersARM- CODE -ENTERtheywillbe presented withalist of areastoarm.
Thedisplaywouldlooklikethis(only6areascanbe displayed at one time):
All displayed areas arehighlighted sotheyarereadyfor Arming.Belowthisselection line will be thecus-
tomisedtext nameforthecurrentlyselectedarea(egifarea 01was named“Reception PIR”thatname
will appear underneaththe selectedareanumber). The currentlyselected area isarea 01becauseit is
inside the ><brackets.Toselectthenext areaandalso seetheother areaspressthe “BYPASS “ but-
ton tomovethedisplaytotheright.Tomoveback pressthe““button tomovebacktothe left.
If all the selectedareasaretobearmed simplypres the“ENTER”button tostartarmingof all areas.
Toremovean areayou can pressthe“ARM” button when the required areaisselected.It will changeto
beingun-highlightedasshowninthe examplebelowwherearea 01was removed fromthearming list.
Bydefault all assigned areas will be highlighted meaning theyareall going toarm.Ifthe userwantsto
reverse thatselection sothatall areasarenothighlighted (egnonewill arm)theycanpress00.To
changeit backthe usercan press99 toselectALL areasagain.If auserhas alargenumberof areas as-
signed buttheyonlywanttoarmafewofthem theycan press00 todeselect all areas then use the
“ARM” button toselectthefewtheywant toarm.Iftheywant toarm most ofthe areas but exclude justa
fewtheywouldstart off withall areasselected(99)then simplydeselectthe fewtheydon’t want usingthe
“ARM” button. Once the selection has beenmadetheysimplypresstheENTER buttontoarmthe se-
lected areas.
Thesamesituation works for disarmingonlytheuser pressesCODE - ENTER andtheyarepresented
withalistof areastodisarm.Theselection togglewiththe “ARM” buttonand the00 &99 functionswork
the sameduringdisarm.
Area/stoarm
>< Reception PIR
01 02 03 06
0504
Area/stoarm
>< Reception PIR
01 02 03 060504

Page11
2k2
Tamper
4k7 8k2
Tamper
AlarmorKey-switch1Contact AlarmorKey-switch2Contact
NCorNO NCorNO
INPUTS
The ELITESXcontrolboard has9separate programmable monitored analogue inputs,
8 xProgrammable, multi-state zone inputs
1 xProgrammable tamperinput
Eachinput must beterminated with the appropriate value orcombinationof end-of-lineresistors,
even if the inputisunused.
ZONEINPUTS -Eachofthe 8zoneinputscan be assignedoneofthe followingEnd ofLine (EOL)configuration
options,
Zone EOL Type (P125E) Input Resistor Comments
0 (Short circuit) LoopEOL
1 1k(Brown, Black, Red) Single EOL
2 1k5 (Brown, Green, Red) Single EOL
3
(P126E“Vibration Mode”only
supports this EOL value)
2k2 (Red, Red, Red) Single EOL
4 3k3 (Orange, Orange, Red) Single EOL
5 3k9 (Orange, White, Red) Single EOL
6 4k7 (Yellow,Violet, Red) Single EOL
7 5k6 (Green, Blue, Red) Single EOL
8 6k8 (Blue, Grey, Red) Single EOL
9 10k(Brown, Black, Orange) Single EOL
10 12k(Brown, Red, Orange) Single EOL
11 22k(Red, Red, Orange) Single EOL
12 (series) 2k2Tamper, 4k7 Zone Zone &Tamper
13 (series) 3k3Tamper, 6k8 Zone Zone &Tamper
14 (series) 2k2Tamper, 4k7 Low Zone, 8k2 High Zone Zone Doubling, with Tamper
15 (series) 4k7 Low Zone, 8k2 High Zone Zone Doubling, No Tamper
16 (parallel) 4k7 Low Zone, 8k2 High Zone Zone Doubling, No Tamper
Type 1-11 (SingleEOL noTamper)
Type 14 (Zone Doubling with Tamper)
n/c
n/o EOLResistor
Type 0 (Short/LoopCircuit)
n/c
Type 12-13 (Single Zone with Tamper)
2k2or3k3
AlarmContact
n/corn/o
4k7or6k8
TamperResistor

Page12
Zone
0V
N/C
Shortcircuitloop, NoEOL
N/C
Zone
0V
2k2EOL,No Tamper
2k2
N/O
2k2
0V
Zone
Type 12 Configuration.Alarm&Tamper monitoring(contactscanbeN/Cor N/O)
4k7
N/C orN/O
Zone ResistorTamper Resistor
0V
WiringaPIRDetector (N/C) for Alarm&Tamper Monitoring
Zone
2k2
4k7 AlarmContact (N/C)
PIRInternalConnections
Alarm
Tamp
Tamp
Alarm
0V
+12V
Tamper Contact (N/C)
0V
12V
EXAMPLESOFZONEWIRINGOPTIONS
Type 15 Configuration.Zone Doubling, NOTamper (contactscan beN/Cor N/O)
4k7
0V
Zone
N/C orN/O
Lo-Zone Resistor Hi-Zone Resistor
N/C orN/O
8k2
Type 16 Configuration.Zone doubling no Tamper monitoring
0V
Zone
8k2
N/C
High Zone
4k7
LowZone
N/C
NOTE:WithType16 configuration NOcontacts cannotbeused

Page13
INPUTScont.
TAMPER -A24Hrtampercircuitisavailableformonitoringsystemtampers.ThisTampercircuitisprogrammable
aseithernormallyclosed loop or2k2EOLsupervision(the defaultisnormallyclosed loop).AnyTamperalarmson
thisinput are mappedto alarmoutputsin the same mannerasfordetection zones.
In addition to the Zone&Tamperinputs,you will find the following additionalinputson the controlPCB;
AC -Connectthe 17VACyellowwires(nopolarity)fromthe transformerto the terminalsmarked AConthePCB.
The panelincludesa mainstransformerrated at 1.4 ampsat 17 VAC.
EARTH -Connectthemainsearth tothe appropriateterminalonthemainsterminalblockinthecontrolbox
cabinet. Alsoconnectalead fromthisearth point to the terminalmarked with the Earth symbol(nextto AC
terminals) on the panelPCB.
BATTERY -Connect a sealed lead acid rechargeable12VDCbatteryto theterminalslabelledred andblackon the
controlpanelbeingcarefultoobservethecorrectpolarity.Theminimumrecommended batterycapacityis7amp
hours.Batterycharge current attheseterminalsislimited to300mAmaximum.Thebatteryconnection isprotected
againstshortcircuitsbyathermalfuse. The panelperformsadynamicload teston thebatteryevery15seconds
and ifit failsthe test at anytime itwill indicate a batterylowcondition.
LINEIN -Theseterminalsareusedtoconnectthepaneltotheincoming telephone line. Thediallerusesthis line
forreporting alarmevents.AnADSLfilterwillberequired beforetheLine InterminalsifADSLispresentinthe
building.
LINEOUT -Theseterminalsareused to connecttelephonesand othercommunication equipment to theincoming
phonelineviathe paneldiallercircuit. The telephone lineispassed through the controllerto ensurethat theline is
available to the controllerwhen itisrequired. OUTPUTS
12 VOLTOUTPUTS -Therearethree 12VDC outputson thepanelPCB.These12 voltoutputsareregulated and
Thermalfuseprotected againstshortcircuits.The accessoryoutputsaremarked12Vand 0V,whilethe keypad
buss 12Vsupplyislabelled“POS”&“NEG”.The 12Voutputsaresupplied bythermalfuses.The recommended
maximumtotalload that should bedrawn fromall ofthe 12Voutputsis1A.
OUTPUTS1&2-Thesefullyprogrammable, highcurrent, opendrain(high-going-low)typeFEToutputscapable
ofswitchingupto 1.5A@12VDC. These2outputsarenormallyset asswitchedoutputs,providingpowerfor12V
sirensorpiezos. Ifrequired, theseoutputscanbe programmed to besirenoutputsdesigned to drivean8ohm10
watt hornspeakeron eachoutput (see P37Eoption1).Ifan inductiveloadisconnected to theseoutputsaback
EMFdiode should be fitted.
OUTPUT3&4 -Thesearemediumcurrent, opendrain(high-going-low)typeFEToutputscapableofswitchingup
to 1A.LikeOutputs1&2theyarefullyprogrammable. Ifan inductiveload isconnected totheseoutputsaback
EMFdiode should be fitted.
NOTE:- Connecting devices thatdrawcurrent inexcess of 1A to outputs 3 or4 will damagethe output.
OUTPUT4Relay -Thisisarelayoutput(rated 1A@30VDC)that worksinparallelwith the FETon output4.It has
single polechangeovercontacts. Like Outputs1 &2 it is fullyprogrammable.
KEYPADPORT -The terminalsmarked POS,NEG,CLOCK, &DATA makeup the communicationsportwhichthe
keypadsand otherintelligentfielddevicesusetotalkto thecontroller.The terminalsareconnected to
corresponding terminalsonthe remote devices.The "lin" terminalisonlyused bythe keypadsand utilisesafifth
wireto provideacommunicator“listen-in” facility.Thisfeatureisparticularlyusefulwhenservicingmonitoring
faults. The keypad 12Vsupply(POS,NEG)isprotected bya thermalfuse.
EXPANSIONPORTS- Therearetwo highspeedexpansionports(labelledEXP1&EXP2)plusone 9600 baud
serialport(labelled SERIAL).The serialporthasno functionat present andisprovidedforpossiblefutureuse. The
two expansion portsallowoptionaldevicessuchasthe Cellularback-up module,CANbusinterfaceandother
peripheralsto come later.
ETHERNETPORT- The on-boardEthernet portallowsupload/downloadviathebuilt-inwebpage, IPmonitoring
and remote controlvia Smartphone and tablet apps.

Page14
ACCESSORIES
INSTALLING RX-16 RADIO RECEIVER
The panelcanhavewireless capabilityviathe Arrowhead RX-16 receivermodulewhen connected to thekeypad
bus.The receiverwill add wireless capabilityto yoursysteminthe formorwireless PIR detectors,Wireless Radio-
keytransmitters and wireless reed switch transmitters.
The RX-16 connectstothesamecommunicationsportasthekeypads.The RX-16 isavailablein3frequencies,
303.875Mhz,433.92Mhzor916.5Mhz.MultipleRX-16’scan be connected to the panelto increasethecoverage
range ifdesired.
The greenLEDfittedtothe RX-16 receiverwillflashat1secondintervalswhenin"Learn"mode (seeP18E&
P164E). The LEDwill also turn on when it isreceivingan actualradio transmission (On Steady).
DTMFCOMMANDCONTROLSEQUENCE
IfDTMFCommand Controlhasbeen enabled the operation isperformed asfollows.
Callthe controlpanel.
When the panelanswers itwillplaythe message “Enteryourcode followed bythe # key”.
At that point enterinyourDTMFCode (programlocation P63EforArea Arm/DisarmorP175E12EforOutput control)
followed bythe #keyon the phone.
DTMFArming and Disarming
Ifforexample the DTMFcode toremotelyarmand disarmArea 1 (P63E1E)was1234and Area 1 wasdisarmed,
when you enterthe Area 1DTMFcode;
1234# -(you will hearthemessage “Area 1 Disarmed”)
If you then press the *keyit will change the stateorArea 1,eg
*-(youwillhearthe message “Area 1Armed”)
DTMFOutput Control
Ifforexample the DTMFcode toremotelycontrolOutputs(P175E12E)was9876 and youwerecontrollingOutput1
(whichwascurrentlyOff), when you enterthe Output DTMFcode followed byoutput 1 (01);
987601 # -(you will hearthe message “Output 1 Off”)
If you then press the *keyit will change the stateofOutput1, eg
*-(youwillhearthe message “Output 1 On”)
Exiting DTMFControlMode
When all DTMFremote controlfunctionsare completedyou caneitherhang upthe phone andthecontrolpanelwill
hangup automaticallyin 15 secondsoryou can press;
00 # -(youwillhear“Goodbye”) andthepanelwillhang up immediately.

Page15
MEMORYVIEWMODE
CURRENTALARMS
When viewing the memoryevent bufferat the keypadbypressing the “MEMÇ”button, the first thing that will al-
waysbe displayedare anyCurrent Alarmsthat are still active. When allcurrent systemalarmshave been dis-
played the keypad willthen start to show the historicalmemoryevents.
The chart belowliststhe possible current alarmsthat could beshowninmemory.
HISTORICALMEMORYEVENTS
Following the “Current Alarms” the panelwilldisplaythe historicalmemoryevents.The panelstoresthemostre-
cent events,(upto approx12000),includingallalarmevents,allsystemeventssuchasmainsfailureetcaswell
asarming byArea. The memoryeventsaredisplayedchronologicallywiththemostrecent event shownfirstand
subsequent eventsfollowing indescending orderfromnewest to oldest.
Tovieweventssimplypressthe “MEMÇ”buttonto moveto the nextevent.Ifyouwishtogobackand lookat an
earlierevent youcan usethe “È”button togo backto an earlierevent. Eachtimethe Downarrowispressed the
memorywillgo backone event.
The keypadwill beep andthe displayisadvanced to the nexteventeverytimethe “MEMÇ”button ispressed.
When all eventsinmemoryhavebeen displayed thekeypad will exitmemorymode and returnto thenormalidle
state. Tocancelthememorydisplayjustpress “ENTER”.Ifno buttonsarepressedforaperiod of20 secondsthe
keypadwillautomaticallyexit memorydisplaymode.
CURRENTALARMS FULL LCD Display
None NoFaults
1 Mains Failure PowerFailure
2 BatteryLow BatteryLow
3 12VFuse orOutput Failure O/PorFuse Fail
4 Telephone Line Failure Phone Line Fail
5 RadioDetectorBatteryLow RadioBatt Low
6 RadioPendant Battery Low Pendant Batt Low
7 Zone Supervise Failure SupervisedFail
8 SensorWatchAlarm SensorWatchFail
9 DelinquencyAlarm Area Delinquency
10 KeypadMissing/Fault KeypadMissing
11
12
13 DiallerKiss-off Failure DialerFailure

Page16
FULLLCDKEYPADINSTALLATION
INSTALLATION
Connectthe 4wiresfromthe keypad buson the maincontrolpanelto the correspondingconnectionson thekeypad
(DAT,CLK,POS&NEG) The 5th wireisan optional“Listen-in“connection. It isconnectedfromthe "Input"terminal
ofthe keypadto the"Lin"terminalofthe panelkeypadport. With the Listen-inwireconnected the usercan hearthe
call progress during diallingat the keypad (providedthe desired programoptionsat address P175E6Eareturned
on). The keypad input must not be set asa zone (P122Eoption 4)forthelisten-in featureto work.
The maximum recommended cabledistanceusing standard0.2mm securitycableis50m,or100musing 0.5mm se-
curitycable. Forlongercable runsthereisa keypad busextendermodule available.
FULLLCDKEYPADADDRESSASSIGNMENT
Atotalof32devices(keypadsorwiegandinterfacemodules) canbeconnectedtothepanel.Eachkeypadmustbe
addressed individuallytoavoidBUSconflictswhen multipleusers are operatingdifferent keypadssimultaneously.By
default,each keypad comesaddressed asKP# 1.
SettingtheLCD keypad address isdone in “LocalProgramMode”.
Toenter “Local ProgramMode” on the FULL LCD Keypadyou mustpress <PROGRAM>then <BYPASS> then
<ENTER>(sequentialbutton entry).The displaywillshow“keypad number” and the currentlyassignedkeypad ad-
dress numberwillbe shown.
Bypressinganynumberfrom01-32 thenpressing<ENTER>the keypad will changeit’saddress tothenewentry
and automaticallyexitLocalprogrammode.
Ifyou do not assign a unique address to every keypadand readerconnectedto the keypadbuss, a conflict
will existthatwill cause erraticoperation. EachreaderorkeypadMUSThavea different address.
FULLLCDKEYPADZONEINPUT
On the FULL LCD keypadsthereisa spare terminallabelled“Input”.
Thisinput can be used forlistening inwhen the dialleris active orasa zone input linked backto the main panel.
The zoneassociated withthe keypad inputislinked tothe keypad address, eg ifthe keypad address isset to 23 the
input on the keypad willbe linked to zone 23.
Ifthe zone input at P122Ehasoption 4 turned off the keypad input isused forthelisten in function.
Ifoption 4 isturned on the input will workasthe associated zone input, eg ifthe keypad address issetto 23 and op-
tion4 isturned on at P122E23Ethe keypad input will workaszone 23 sending sealed and unsealed statusbackto
the panel.

Page17
FULLLCDKEYPADADJUSTMENTS
ADJUSTING THE LCDKEYPADBACKLIGHTING
The installercanadjust the backlight levelofeachLCDdisplayand the keypad button backlight levelsbyprogram-
ming the required value atP95Ein the main controlpanel.
The value isa range from0-100%.
Ifset to 0 both the LCD andthe keypad button backlighting will be off.
Ifset to 100both willbe setto the maximum.
The programoption isP95E01-32E(forkeypad # 1-32)0-100E(0-100%)
ADJUSTING THE KEYPADBUZZERTONE–FULL LCD
Tochange thebuzzerfrequencyandhencevolumeon the FULL LCD Keypad you mustfollowthe instructionsbe-
low;
Press and holddownthe <CONTROL>button then within2secondspress the <1>buttonto increasethe frequency
orpress the <2>button to decrease the frequency.
To movethroughthedifferent frequenciesyouhavetocontinue to holddown the<CONTROL>button and press and
releaseeitherthe <1>or<2>button to move through the different settings.
DISPLAYIP&MACADDRESSATTHEKEYPAD
When the panelisinnormalmode (ie not in programmode)it ispossible to displaythe currentlyassignedIPaddress
forthe paneland the MACaddress.
ToviewtheMACAddress
At the LCD keypad press and holdthe<8>button for4 secondsuntilthe displayshowsthe panelsMACaddress. To
exit the displaymode press the <ENTER>button.
Toviewthe IPAddress
At the LCD keypad press and holdthe<9>button for4 secondsuntilthe displayshowsthe panelsIPaddress. To
exit the displaymode press the <ENTER>button.

Page18
FULLLCDKEYPADTEXTEDITING
The FUL LCD keypad hasvarioustextlocationsthatallow forcustomising ofnamesthat will appearwhen viewing
eventsin memorymode. Forexample allofthe2000 users can havea unique 20 charactername. AllLCD Text edit-
ing isdone in the “InstallerProgramMode”at the main controlpanel. Alistofthe text that can be customised when in
InstallationProgrammode isasfollows;
ProgramLCDKP“User“Name
P16E1-2000EProgramLCD KP“User” NameText
LCDKP“Idle”DisplayName
P25E14EThislocation iswherethe LCD KP“Idle”DisplayName can beProgrammed.
ProgramLCDKP“Output”Name
P31E1-32EProgramLCD KP“Output”NameText
ProgramLCDKP“Area”Name
P69E1-32EProgramLCD KP“Area”NameText
ProgramLCDKP“Keypad”Name
P100E1-32EProgramLCD KP“Keypad”Name Text
ProgramLCDKP”Zone”Name
P169E1-64EProgramLCD KP“Zone”NameText
When in InstallerProgramModeand at one ofthe aboveprogramlocationsthe arrowbuttonscan be used.
The “MEMÇ”orthe “È”buttonscan be used tochange between upper(Capital)and lowercase letters. The“Å”or
“Æ”buttonscan be used to move the cursorleft orrightto the letteryouwishto change.
In the chart belowthe maincharacters are those selected when set to Uppercase(Capital)mode. The characters in
bracketsare those selectedwheninlowercase mode.
Button # 1st Press 2nd Press 3rd Press 4thPress
1 *(‘) #(<) =(>) 1
2 A(a) B(b) C (c) 2
3 D (d) E (e) F(f) 3
4 G(g) H (h) I (i) 4
5 J (j) K(k) L(l) 5
6 M(m) N(n) O(o) 6
7 P (p) Q(q) R (r) 7
8 S (s) T(t) U(u) 8
9 V (v) W(w) X (x) 9
0 Blank Y(y) Z(z) 0

Page19
FULLLCDKEYPADMENUPROGRAMMING
The FULL LCDKeypad enables“Menu”programming ofthe ELITESXpanel.Easyto followplaintextMenuswillbe
displayedon the keypad toenable selection ofthe desired programming options.
<ENTER>keyselectsthe Menu youwish toworkin orthe option ina Sub-Menu you wish
to use.
<PROG>keywillstep youbackto the previousMenulevel.
ÇÈ <Up>or<Down>arrowkeyswillallowyou to cycle throughtheMenu options(Main&Sub Menus).
ÅÆ <Left>or<Right>arrow keyscan be usedwhen in theData Entry-Menustocyclethrough the
options(eg ifin “USERS”Data Entry-Menu, the optionswouldbe Users 1-2000, ifin “ZONES”the
optionswould Zones1-64,etc).
SELECTINGTHEMAIN-MENU HEADINGS(“ÇUp”or“ÈDown”ArrowKeys)
Enter“INSTALLER”ProgramMode eg <PROG>-<INSTALLER CODE(000000)>-<ENTER>.
The LCD willdisplay“INSTALLER:USERS”. Thisisthe default Main-Menu heading.
To access a desired programlocation youfirst navigate to the desired Main-Menu byusing the “ÇUp”buttonto cy-
cle forward throughthemenu headings(the “ÈDown”button movesbackwardsthrough the menu headings). Each
press of“ÇUp”button willadvance the displayto the next Menu heading.
The Main-Menu headingsare shownon the top line of the LCD display.
To access the Sub-Menuoptionsfroma Main-Menu press the <ENTER>button.
SELECTINGTHESUB-MENU HEADINGS(“ÇUp”or“ÈDown”ArrowKeys)
Havingpressed the <ENTER>button attheselected Main-Menuheading the keypad willnow showSub-Menusfor
that heading.
The Main-Menu heading will remain on the top line ofthe LCD displayandtheSub-Menuswill appearon the bottom
line.
Each press of“ÇUp”or“ÈDown”arrow keyswilladvance the Sub-Menusdisplayed on the bottomline eitherup or
downbyone location.
To access the Data Entry-Menuoptionsfromthe Sub-Menu press the <ENTER>button.
SELECTINGTHEDATAENTRY-MENU HEADINGS
Havingpressed the <ENTER>button atthedesired Sub-Menu heading,the keypadwill nowbe in the DataEntry-
Mode.
The Main-Menu headingonthe top line ofthe displaywillbe replaced with the actualdata entryfielddescription, eg if
you had gone from“USERS”to “CODES”thento the data entryfield ofcodesthe displaywillshow “USERCODE1”
on the top line ofthe displayand the code “123”on thebottomline (“123”beingthe default User1 code).
You can nowchangethecode, eg to change Code # 1 to 4567 press <4567><ENTER>. The bottomline willnow
showthe new codeof“4567”.
At thispoint you can use the “ÇUp”or“ÈDown”arrowkeystocyclethrough theotherSub-Menu optionsforUser
Code 1 toprogramallofthe optionsforcode 1, or;
You can usethe “ÅLeft”or“ÆRight”arrowkeystocycle through allofthe Usercodes. Thisallowsyou toprogram
allofthe usercodesfrom1-2000. The “ÆRight”arrow keywhen pressed willtakeyou upone Userata time and the
“ÅLeft”arrow keywill take you down one User,eg ifthe displaywascurrentlyshowing“USER CODE10”, pressing
the “ÅLeft”arrowkeywilltake the displayto “USER CODE9”,pressingthe“ÆRight”arrowkeywilltake the
displayto “USER CODE11”.
You can also usethe“ÅLeft”or“ÆRight”arrow keysto move through allofthe Usercodes, andwhile ata particular
User,you can alsouse the“ÇUp”or“ÈDown”arrowkeysto programall optionsforthat User.
ENTER
PROG

Page20
STEPPINGBACK THROUGH THEMENUS
If you areina Menu location, egthe“USER”DataEntryfield, and youwishto step backone stage totheprevious
Sub-Menu, youneed topress the <PROG>button.
Each time the <PROG> button ispressed the displaywillstepbackto the previousstage (remembering whereyou
were before)untilyougetbackto the Main-Menu.
Forexample if youwereinthe “KEYPADS”Main-Menu, then pressed <ENTER>to get to the “AREAS”Sub-Menufor
keypads, then pressed <ENTER>again to get to the “AREAS”DataEntry-Menuforkeypads,you could nowpress
the <PROG>button once and itwouldtakeyou backto the“KEYPADS/AREAS”Sub-Menu. Pressing <PROG>
againwilltakeyou backto the “KEYPADS”Main-Menu, and pressing <PROG>one more time will returnyou backto
the default “USERS”Main-Menu.
If you get backto the “USERS”menu andpress the <PROG>button once more the displaywill go to the
programexit menu. If you press <ENTER>when atthis point the panelwillleaveprogrammode. If you don’twish to
leaveprogrammode you can press the <PROG>button again toreturnto the “USERS”menu.
The flowchartbelowindicatesthe programmenu stepsusingthe“ARROW”, “ENTER”&“PROG” Buttonson the
keypad.
ÇorÈArrows will Cycle
through Main-Menus
MAIN-MENU
SUB-MENU
ÇorÈArrows will Cycle
through Sub-Menus
DATAENTRY-MENU
USER 1 CODE
123 (Data)
USER 2000 CODE
— (Data) USER 2 CODE — (Data)
USER 1 ACCESSOPT
--------(Data)
LEARN RADIOUSER1
-ENTER-TOLEARN ÇÈÅÆ Arrowscan be used intheData-
Menu fields.See belowfor details.
PROGRAMButton
Leaves Sub-Menu and
goes back toMain-Menu
PROGRAMButton
Leaves Data-Mode and
goes back toSub-Menu
USERS (Main-Menu Heading)
_
USERS (Main-Menu Heading)
CODES(Sub-Menu Heading)
ENTERButton
ToaccessSub-Menu
ENTERButton
ToaccessData-Menu
ÇArrow
ÅArrow ÈArrow Arrow Æ