Tynetec Advent xt User manual

DocNo.FM0410issueM‐1Page1
Adventxt
WardenCallSystem

____________________________________________________________________________________________________





InstallationGuide





























Tynetecoperatesapolicyofcontinualproductimprovementand
reservestherighttomodifythespecificationofitsproducts.

Ifanyvariationtothedetailsinthisdocumentaresuspectedplease
contactTynetec’sTechnicalSupporton01670352371.







Tynetec,abusinessunitofLegrandElectricLtd
Unit10CowleyRoad,BlythRiversideBusinessPark,Blyth
Northumberland,NE245TF.Tel:01670352371Fax:01670362807
Email:[email protected]Web:www.tynetec.co.uk

DocNo.FM0410issueM‐1Page2
INDEX



SectionTopicPage

1Introduction 3
2SystemOverview 4
3ControllerInstallation 6
4NetworkWiringRequirements 8
5NetworkLoadConsiderations 9
6NetworkTerminationBoard 10
7NetworkCableColourCode 13
8PAAmplifier&SMPSUInstallation 14
9IntercomUnitInstallation 15
10 IntercomUnitAuxiliaryDevices 16
11 IntercomUnitDILSwitches&LinkSettings 18
12 RemoteIntercomUnitInstallation 19
13 Fitting&RemovingtheIntercomFront 20
14 IntercomUnitTestMode 21
15 ManagerCallpointInstallation 22
16 LiftCallpointInstallation 23
17 StatusModuleInstallation 24
18 ManagersDisplayPanelInstallation 25
19 NetworkReceiverInstallation 26
20 ZonedNetworkReceiverInstallation 28
21 DigitalDoorPanelInstallation 30
22 DoorEntryTelephoneInstallation 33
23 CombinedIntercomInstallation 35
24 DoorOpenAlarmInstallation 38
25 BTLineSelectorInstallation 39
26 NetworkDataRepeaterInstallation 40
27 EthernetInterfaceKitInstallation 41
28 DigitalCommunicatorInstallation43
29 DECT&FixedCLITelephones 44
30 Kirk400SoloBaseDECT 45
31 Kirk400SoloBaseDECT–RepeaterDeployment 47
32Kirk400MultiCellDECT51
33Kirk400MultiCellDECT–RepeaterDeployment53
34Kirk6500DECT55
35Kirk6500DECT–RepeaterDeployment57
36 ControllerFirmwareLevelReport 59
37 AmendmentsRecord 60













DocNo.FM0410issueM‐1Page3
240VAC
240VAC
PIR
DETECTOR
240VAC
240VAC
240VAC
SMOKE
DETECTOR
CEILING
PULLCORD
DOORENTRY
TELEPHONE
169MHz
NETWORK
RECEIVER
STANDARD
INTER
COM
169MHz
AERIAL
MANAGER
CALLPOINT
LIFTCALLPOINTLIFTMOTORROOM
INTERFACE
TELECARE
RADIO
DEVICES
LOCKPSU
DOOR
LOCK
PRESS
TO
EXIT
SYSTEM
NETWORK
STATUS
MODULE
MINIATURE
PRINTER
MANAGERS
DISPLAY
PANEL
DIGITAL
DOORENTRY
PANEL
DOORCONTACT
FIREALARM
PANEL
ADVENTXT
CONTROLLER
PAAMP&PSU
CORDLESS
DECT
TELEPHONE
OFFICEDESK
TELEPHONE
MATRIX
IP PBX
DEDICATEDXT
TELLINE
OFFICE
TELLINE
DECTBASE
STATION
REMOTE
INTERCOM
COMBINED
INTERCOM
DIGITAL

COMMUNICATOR
ROUTER
1.INTRODUCTION

TheAdventxtisanalarmmonitoringandcommunicationsystemdesignedspecificallyforgroupedhousingschemes.
AtypicalinstallationwillcompriseofanAdventxtcontrollerwithintercomunitsandperipheraldevicesconnectedona
commonbuswiringnetwork.AlarmcallsarereportedtoanonsitemanagerviaaDECTcordlessordesktelephone,calls
mayalsobereportedviaastandardPSTNlinetoaremotecontrolcentreormobiletelephone.




























































240V
AC

DocNo.FM0410issueM‐1Page4
2.SYSTEMOVERVIEW


PartNo.DescriptionNotes
  
ZXT100AdventxtControllerincbatterystandby&telecomdialler
ZXT122AdventxtEthernetInterface(MK3) storesTelecaredataforremoteanalysis
ZXT155PAAmplifier&SMPSUtypically80PAintercomsperPSU
  
ZXT201StandardIntercom
maximum255intercoms/callpointspersystem
ZXT206StandardIntercom+PA
ZXT211ExtracareIntercom
ZXT216ExtracareIntercom+PA
ZXT280‐87CombinedIntercomRange
ZXT250ManagerCallpoint
ZXT260/5LiftCallpoint(FlushS/S)
ZXT271LiftCallpoint(SurfaceABS)
  
ZXT221RemoteIntercom1perintercom
ZXT226RemoteIntercom+PA
  
S00600CeilingPullcordmaximum5perintercom(withLED)
N/ASmokeDetectorusemainspowereddetectorswithintegral
standbybattery&normallyopenrelayoutput
N/APIRMovementDetectoruse12VDCPIR’swithnormallyclosedrelay
output(additionalPSUmayberequired)
  
ZXT300StatusModule1persystem
ZXT311MiniatureThermalPrinter 1perStatusModule
ZXT315ManagersDisplayPanel 1persystem
  
ZXT325169MHzNetworkReceiver Total16persystem(maximum12zoned)
ZXT326169MHzZonedNetworkReceiver
W06250169MHzAerial&5mCoax 1perNetworkReceiver
  
ZXT4XX169MHzRadioDevicesmaximum2048persystem
  
ZSD411SiDigitalDoorPanelmaximum16persystem
ZFT220AdventxtTelephone1perintercom
ZFT221AdventxtDualTelephone slavetelephoneforabove
W0052512V/2APowerSupplyUnit 1perDoorPanel(forlocksupply)
  
ZCS766DeskTelephonemaximum4persystem
ZXT556MatrixIPPBX1persite
ZXT503Kirk400WirelessServer(SoloBase) 1persite(max6Repeaters)
ZXT504Kirk400WirelessServer(MultiCell) 1persite(max3basestations/12repeaters)
ZXT536IP12ChannelBaseStation maximum3persite(withMultiCellServer)
ZXT502PoEInjector1persite(SoloBase)
ZXT54916PortFastswitch(8xPoE) 1persite(MultiCell)
ZXT5122ChannelMultiCellRepeater max6perBase(Solo)or3perBase(MultiCell)
ZXT523/524Spectralink7202/7212DECTHandset maximum12persite
ZCS729KirkRepeaterProgrammingKit 1offpurchase
W0052512V/2APowerSupplyUnit asrequiredforRepeaters
ZXT548700VAUPS1persiteforMatrixIPPBX&PoE/Fastswitch
ZXT330BTLineSelectorUnitoptional1persystem
ZXT130DigitalCommunicatoroptional1persystem
  


WIRING REQUIREMENTS

Onnewinstallationsthesystemwiringnetworkshouldbea6pairCW1308BTspeccable,onsiteswithexistingcablinga
minimumof5twistedpairsarerequired(or4pairswithoutPAordoorentry).

Thetelephonewiringnetworkshouldbea2pairCW1308BTspeccablewithBTmastersockets.AdedicatedPSTNlineis
requiredifthefacilitytoreportcallstoaremoteControlCentreisspecified.

A4pairCat5ecable(maxdistance100metres)isrequiredbetweenthePoEinjector/FastswitchandtheKirk400Wireless
Server/IPBaseStations.RJ45wallsocketsandpatchleadsarerequiredtoterminatetheCat5ecable.

SYSTEM PROGRAMMING

ALaptopPCwithWindows98,2000orXPlnternetExplorerandaserialdatacableisrequiredforallsystemprogramming.
Windows7LaptopscanbeusedwithaMicroSoftapplicationthatrunsXPmode(onlycompatiblewithWindows7
Professional,EnterpriseorUltimateeditions).SeetheAdventxtProgrammingManual(TynetecDocNo.FM0411).


DocNo.FM0410issueM‐1Page5
2.SYSTEMOVERVIEW

INTERCOM UNITS

Upto255intercomunitscanbeconnectedonthesystemnetwork.Eachintercomcanhaveceilingpullcords,smoke
detectorsandPIR’s(foractivityorintrudermonitoring)connectedasstandard.Anadditional4inputsareavailableon
intercomswithoutadoorentrytelephoneconnected.

REMOTE INTERCOM UNITS

Oneremoteintercomcanbeconnectedperintercomifspeechisrequiredin2rooms.Remoteintercomsareavailablewith
orwithoutPA.

MANAGER/LIFT CALLPOINTS

Variousvandalresistantcallpoints(forexternaluse)andliftspeechunitsareavailable.Theseareaddressedasintercom
unitsandarethereforeincludedinthe255maxlimit.

RADIO DEVICES

Amaximumof16networkreceivers(whichcanincludeamaximumof12zonednetworkreceivers)canbeconnectedon
thesystem.Upto2048Altecradiodevicescanberegisteredpersite.Radiodevicesinclude;personalpendants,fall
detectors,flooddetectors,temperaturesensors,gasdetectors,COdetectors,etc.

STATUS MODULE

Onestatusmodulecanbeconnectedonthesystemnetwork.Thishasakeyswitch&LED’stoselectthesystemoperating
mode.Aminiatureprinterandupto16callerIDdisplaypanelscanbeconnectedtothestatusmodule.

MANAGERS DISPLAY PANEL

Onemanagersdisplaypanelcanbeconnectedonthesystem.Thisisawallmounted10.4”VGAtouchscreenmonitorto
displaycallinformationandthesystemstatus.Italsohasa1GBmemorytostoresystemevents.Thisrequiresconnection
totheAdventxtcontrollerandamainssupply.

DOOR ENTRY OPTION

Upto16digitaldoorentrypanelscanbeconnectedtotheAdventxtcontroller‐additionalPSU’swillberequiredfordoor
locks.Doorpanelshavea“Manager”buttonasstandard.WhereonetelephoneisconnectedperdwellingusetheZFT220,
iftwotelephonesarerequiredbothmustbeZFT221’s.Arangeofcombinedwardencall/doorentryintercomoptionsare
alsoavailable(ZXT280‐287).

PA OPTION

Apublicaddress(PA)optionisavailabletobroadcastgeneralannouncementsorafirealarmtonethroughallintercoms.
SpecialintercomswithPAfacilitymustbefittedandonePAamplifier&SMPSUisrequiredforevery80intercoms.Each
groupof80intercomsmustbeonaseparatenetworkleg.

DECT & FIXED TELEPHONES

AMatrixIPPBXisrequiredtointerfacetheKirk400/6500DECTtelephonesystemtotheAdventxtandanoutside
telephoneline.TheKirk400DECTsystemwillusuallycovermostinstallations,largeorcomplexsitesmayrequireKirk
6500.Theradiocoverageofbasestationscanbeincreasedwithrepeaters.TomaintainoperationoftheDECTsystem
duringamainsfailureanadditionalUPSisrequired.

BT LINE SELECTOR OPTION

Ifspecified,theAdventxtcanhave2dedicatedtelephonelines(primary&secondary)oraprimarylineandasecondary
GSMcellularterminalconnectedviaaBTlineselectorunit.Iftheprimarylinefailsthesecondaryline/GSMmodulewill
automaticallybeselected,oncetheprimarylineisrestoredthesystemwillautomaticallyswitchback.

ETHERNET INTERFACE OPTION

TheEthernetInterfaceKitwillstoreallsystemactivityfordownloadandanalysisusingTynetec’siCaresoftware.A
BroadbandconnectionwithafixedIPaddressisrequired.

REMOTE CONTROL CENTRE (PSTN ARC)

ThechosenPSTNAlarmReceivingCentremustsupportBS8521orTT92protocol.

DIGITAL COMMUNICATOR (IP ARC)

TheoptionalDigitalCommunicatorallowstheAdventxttoconnectwithanIPAlarmReceivingCentre.




DocNo.FM0410issueM‐1Page6
SUPPLY
FUSED SPUR
(UNSWITCHED + NEON)
240V AC
MAI NS
DECT
LINE
PSTN
MODULE
SMPSU
BATTERYBATTERY
FIT CABLE TIE FOR STRAIN RELIEF
CORE
FERRITE
ON/OFF SWITCH
FIT 5A FUSE
FLEX
3 CORE
3.CONTROLLERINSTALLATION


TheAdventxtcontrollerishousedina400x500x75mm(HxWxD)steel
enclosurewithanintegralpowersupplyunitandrechargeable
standbybatteries.














3x20mm
KNOCKOUTS
ONR/HSIDE







240VAC
MAINSINPUT&
ON/OFFSWITCH




INSTALLATION

Thecontrollershouldbelocatedinadry,secureareawhichiseasilyaccessibleforterminationandfutureservice.To
removethelidundothesinglefixingscrewandunhookoffthetoplocatingslots.Fixthecontrollertothewallusingthe
twokeyholes(228mmverticallybetweencentres).Allsitewiringshouldentertheenclosureviathe20mmknockouts
provided‐undernocircumstancesshouldholesbedrillednearthemaincircuitboardarea.

MAINS SUPPLY CONNECTION

The240VACmainsconnectionshouldbetakenfromthelandlordssupplyandterminatedviaanun‐switchedfusedspur
withneonalongsidethecontroller.Thetypicalpowerrequirementforabasic32wayAdventxtsystemis15Watts.


















Connectthecontrollertothefusedspurusingthe3coreflexandIECsocketprovided.Securetheflextothechassisusing
thecabletieprovidedtopreventthemainsleadbeinginadvertentlyunplugged.Thespurshouldbefittedwitha5Afuse.
Iftheflexisreplacedforanyreasonalwaysensuretheferritecoreisre‐fittedascloseaspossibletotheIECsocket.

4x20mm
KNOCKOUTS
ONTOPFACE

DocNo.FM0410issueM‐1Page7
TERMINATION
BOARD
BATTERY BATTERY
SMPSU
MODULE
PSTN
LINE
DECT
2 x MASTER
BT SOCKETS
BT LINE
IN
BASE
TO DECT
STATIONS
BT LEADS
SUPPLIED
3.CONTROLLERINSTALLATION

27V SMPSU MODULE

Thecontrollerincludesa27V/150W(5.6A)switchedmodepowersupplyunitwithsolidstateoverloadprotection.Withthe
mainssupplyONthegreenoutputhealthyLEDshouldbeilluminated.Theoutputvoltageisfactorysetto27.5VDC(with
thebatteriesdisconnected)usingaDVMacrossV+/V‐.














BATTERY STANDBY

Intheeventofamainsfailure,two12V5Ahrechargeablebatterieswillmaintainatypical
systemforapprox.8hours.Aprotectioncircuitwilldisconnectthebatterysupplyinthe
eventofprolongedmainsfailuretopreventdamagetothebatteries.Themainssupply
mustbeappliedfirsttoenergisetheprotectioncircuit,i.e.thesystemwillnotfunction
bysimplyconnectingthebatteriesalone.

TELEPHONE CONNECTION

TwoBTmastersockets(notsupplied)arerequiredtoconnecttheexternaltelephonelineandthelocalDECTbase
stations/fixedCLItelephonestothecontroller.
























ThePSTNlineshouldbeterminatedinamastersocketbythetelephonecompany.Connecta2pairCW1308speccable
fromthesecondmastersocket(terminals2,3&5)totheDECTbasestation,MatrixIPPBXorfixedtelephonesocketson
thescheme.Noteamaximumof4devicescanbeconnectedtotheAdventxt.









27V/150WSMPSU
(W00581)
27VOUTPUTHEALTHYLED27VADJUST
MAINSLIVE
MAINSNEUTRAL
MAINSEARTH
0V
0V
27.5VDC
27.5VDC

DocNo.FM0410issueM‐1Page8



MODULE
STATUS
OFFSITE
REMOTE
OFFSITE
LOCAL
BT LINE FAULT
FAULTS EXIST
ONSITE
PRINTER
ADVENT xt
CONTROLLER
MANAG ER
CALLPOINT
MANAGER
NETWORK
RECEIVER
LAST
INTERCOM
CONTROLLER
ADVENT xt
ADVENT xt
CONTROLLER CUT
CUT
NEW LEG

4.NETWORKWIRINGREQUIREMENTS

AbasicAdventxtsystemrequiresaminimumof4twistedpairscommontoallintercomunits‐ifpublicaddress(PA)or
doorentrytelephonesarespecifiedthen5twistedpairsarerequired.

Onnewinstallationsa6pairCW1308BTspeccableisrecommended.Planthenetworkroutetominimisecablelength
usingtheintercomunitstojointthecabletherebyavoidingadditionaljointboxesincorridorsorroofareasetc.Onlarge
installationsthenetworkshouldbesplitintotwoorthreesmallerlegstoreducetheeffectofvoltagedropandaidfuture
service/faultfinding.Thenetworkcablelengthshouldnotexceed1200metresandthetotalnumberofnetworkdevices
shouldnotexceed255.Adatarepeater(P/No.ZXT340)isavailableforextremecases.















Singleauxiliarydevicessuchasthestatusmodule,managercallpoint,networkreceivers,etc.canbeconnectedtothe
systemnetworkwiringasshownabove.

Toeliminatethepossibilityofdatareflectionsandcorruptionthenetworkshouldneverbesplitintomultiplelegsfroma
mid‐pointinthewiring;smallgroupsofintercomsspurredoffatanypointshouldalsobeavoided.
















Ifanexistingsitewiringnetworkhasspursofintercomstheyshouldeitherbeintegratedintothemainlooporisolatedand
connectedbackseparatelytothecontrollerasadditionallegs.















Detailedsiteplansandexistingwiringdetailsareimperativebeforedesigninganinstallation.



DocNo.FM0410issueM‐1Page9
5.NETWORKLOADCONSIDERATIONS

Itisveryimportanttotakevoltagedropacrossthesystemnetworkintoconsiderationwhenplanninganinstallation.Itis
thecableresistanceonthepowersupplywiringthatgivesrisetovoltagedrop‐thelongerthecablerunandthelargerthe
currentrequirement,thelargerthevoltagedrop.Toperformadetailedassessmentofvoltagedropiscomplex;youneed
toknowthecurrentrequirementofeachdevice,thedistancebetweeneachdeviceandtheresistanceofthecableper
metre.Toestimatetheworstcasescenariosimplytakethemaximumcablerunandcalculatethevoltagedropasifall
deviceswereattheendofthecable.


TypicalcurrentrequirementsofdevicesconnectedtotheAdventxtnetworkaregivenbelow:

24VNetworkDevicesStandbyActive
  
StandardIntercomUnit2mA10mA
RemoteIntercomUnit2mA10mA
CeilingPullcordwith24VLED0mA10mA
DoorEntryTelephone3mA15mA
DoorEntryTelephonewithLEDon4.5mAN/A
CombinedIntercom2mA70mA
CombinedIntercomwithLEDon7.5mAN/A
Manager/LiftCallpoint2mA10mA
NetworkReceiver10mA10mA
StatusModule12mA12mA

12VAuxiliaryDevicesStandbyActive
  
DigitalDoorPanel30mA250mA

EXAMPLE

Theestimatedvoltagedroponaninstallationwith40intercoms,1statusmodule,1managercallpoint,1liftcallpointand6
networkreceiverson400metresofcablewouldbe;

(40x2mA)+(1x12mA)+(2x2mA)+(6x10mA)=totalcurrent156mA(0.156A)on24Vline

400metresofCW1308cable=40Ω(10Ωper100metres)

usingV=IxR:0.156Ax40Ω=6.24Vdropon24Vline(leavingapprox.18V)

Devicesonthe24Vsupplywillworkdowntoapprox.16Vthereforetheabovedropisacceptable.

REDUCING VOLTAGE DROP

Thereareseveralmeansofreducingthevoltagedrop;siteconditionswilldictatewhichisused;

1.Thebestsolutionistosplitthenetworkintoanumberofshortspursratherthanonelongrun.Thishastheadvantageof
smallervoltagedropspercablerunandsimplifiedfaultfinding.

2.Onlargeinstallationsinstalla1.0mmpowerpairoraCW1308withadditionalsparepairstoallow“doubling‐up”on
powerconductors.Increasingthecablecrosssectionareawillreduceitsresistancethereforereducingtheamountof
voltagedropped.

3.Loopingbackthepowerconductorsfromthelastintercomtothecontrollerwillformaringcircuitwhichwilleffectively
halvetheresistance.

4.Anauxiliarypowersupplycanbeconnectedtothesitewiringatasuitablepointto“jack‐up”thesupplymidwayalong
thecablerun.ThedisadvantageofthisbeingfutureserviceengineersmaynotbeawareofPSU’spresenceandthe
networkwillremainpoweredwhenthecontrollerisswitchedoff.









THERESISTANCEOFCW1308CABLEIS
APPROX100ΩPER1000METRES

DocNo.FM0410issueM‐1Page10
6.NETWORKTERMINATIONBOARD

TheAdventxtterminationboardprovidestheinterfacebetweenthemainCPUboardandthesitewiringnetwork.

RS232LINK1‐6INPUTS   XT ALTERA
PORT2SETTINGSOUTPUTSFUSES NETWORK NETWORK
         


JP2NETWORK1
RIBBONTO
CPUBOARD

NETWORK2



NETWORK3
RS232
PORT1




     
SMPSUINPUTSEXTPSUINPUTSAUDIOINPUTPA&D/EI/PLINK7


RS232 PORTS

Thestandard9pin“D”RS232port1isusedtoconnectalaptopPCtomonitorthenetworkcommsusingWindowsHyper
Terminal(19200baud,8databits,1stopbit,noparity).ThesecondRS232port2(MMJdatasocket)isusedtoconnecta
Tynetecinterface(P/No.ZXT295)toprogramnetworkdevicesin‐circuit(thisisprovidedwithaWindowsutilitywhichcan
alsobeusedtomonitornetworkcomms).ThecorrectlinksettingsLK1‐LK6mustbeselecteddependingonwhattheRS232
portisbeingusedfor.

LINK SETTINGS

LinksLK1toLK6willnormallybefittedasshownonthedrawingabove.ThesesettingsalloweitherRS232porttobeused
tomonitortheAdventxtnetworkdataviaWindowsHyperTerminalortheTynetecinterface.IftheRS232port2(MMJ
datasocket)isbeingusedtoprogramnetworkdevicesthenthelinksettingsmustbechangedasbelow.Link7hasno
currentfunction‐leavefittedinpositionA.

RS232PortModeLinkSettings

MonitorAdventxtCommsLK1ALK2ALK3BLK4BLK5BLK6B
MonitorAlteraCommsLK1BLK2BLK3BLK4BLK5BLK6B
ProgramAdventxtNetworkLK1ALK2ALK3ALK4ALK5BLK6B
ProgramAlteraI/OUnitsLK1BLK2BLK3BLK4BLK5ALK6A

INPUTS

Thereare4inputswhichcanbeactivatedbyswitching0VvianormallyopencleancontactsintoterminalsIP1‐IP4.


InputNo.Function
 
IP1Spare
IP2Spare
IP3Spare
IP4FireAlarmTone

The“Brigadeoutput”relayonthebuilding’sFireAlarmPanelcanbeconnectedtoinput4toreportfirealarmsviathe
Adventxtsystem.









DocNo.FM0410issueM‐1Page11
6.NETWORKTERMINATIONBOARD

FIRE ALARM INPUT(issue “A-D” A00415 Amp Board & V1.0x Firmware)

When0Visappliedtoinput4a“999”firealarmcallwillbereportedviathecurrentoperatingmode.Ifinput4isstillactive
whenthiscallhasbeenansweredandclearedafiretonewillstarttosoundthroughallintercoms(unlessdisabledinthe
GeneralSet‐upprogramming).Thefiretonewillcontinueuntilinput4isremoved,i.e.whenthebuildingsFireAlarmPanel
isreset.Ifthesystemisoperatinginonsitemodeitispossibletostopthefiretoneandresumenormaloperationbefore
theFirePanelisresetbyliftingthehandsetandpressingthe“5”keyinthegapbetweentheburstsoftone.Thefirealarm
callwillnotre‐reportuntilthe0Vsignalisremovedandreappliedtoinput4.Note,thefiretonecannotbestopped(or
parked)viaLocalorRemoteOffsitemode‐theFireAlarmPanelmustbereset.Relayoutput2canbesettoenergisefor
thedurationinput4isapplied;thisisnormallyusedtooverridethemainentrancedoorelectriclockreleaseallowingthe
EmergencyServicestoenter.

FIRE ALARM INPUT(issue “E” A00415 Amp Board onwards & V2.0x Firmware onwards)

When0Visappliedtoinput4a“999”firealarmcallwillbereportedviathecurrentoperatingmodeandatthesametime
afiretonewillstarttosoundthroughallintercoms(unlessdisabledintheGeneralSet‐upprogramming).Thefiretonewill
continueuntilinput4isremoved,i.e.whenthebuildingsFireAlarmPanelisreset.AllotherFireAlarmrelatedfeaturesare
asV1.0describedabove.

OUTPUTS

Thereare4N/Ocleancontactoutputswhichcanbeprogrammedforanumberoffunctions.Thecontactsareratedat24V
DC500mA.

OutputNo.FunctionCPULED
  
1AnyAlarmOutputorDTMFRelay1 LED4
2FireAlarmOutputorDTMFRelay2 LED5
3BTLineSelectororDTMFRelay3 LED6
4BTLineFaultorDTMFRelay4 LED7

WhenanoutputisactivatedtherelevantLED4‐7willilluminateonthemainCPUboard.
Note;alloutputscanbeactivatedwithDTMFkeysorsetassystemoutputs‐seetheAdventxtProgrammingManual
(TynetecDocNo.FM0411).

EXTERNAL PSU INPUT

Therearescrewconnectorsprovidedforadditional12V&24VDCpowersuppliesifthenetworkcurrentrequirement
exceedsthatofthesystemSMPSU.ThepowerratingandstandbybatterycapacityofadditionalPSU’smustbecalculated
accordingly.Considerationshouldalsobegiventothepowerconductorsonthesitewiringnetworktoensuretheyare
capableofcarryingtheincreasedcurrentwithminimumvoltagedrop.FusesF1‐F6willneedtobeup‐ratedinlinewiththe
increasedcurrentcapacity.

FUSES

Thereisfuseprotectiononthe12Vand24VDCsuppliesoneachofthe3networkconnections.TheLEDalongsideeach
fusewillextinguishifafuseisblown.

FuseNo.RatingFunctionLED
   
F11.6A24VNetwork1LED3
F21.6A12VNetwork1LED4
F31.6A24VNetwork2LED5
F41.6A12VNetwork2LED6
F51.6A24VNetwork3LED7
F61.6A12VNetwork3LED8

Ifonlyonenetworklegisconnecteditisacceptabletoincreasebothfuseratingsto3A.










DocNo.FM0410issueM‐1Page12
6.NETWORKTERMINATIONBOARD

PA & DOOR ENTRY

TheoptionalPAamplifierand/ordoorentrypanelsareconnectedtotheterminationboard;

TerminalFunction

ENEnablesignalconnectedtoPAamplifierboard
AUDDECTaudioconnectedtoPAamplifierinput
0VDECTaudio0Vreference
RS485+RS485bi‐directionaldatabus
RS485‐
PA1PAaudiosignal(100Vline)fromPAampoutput
PA2
C1doorpanelaudio C1=audiotodoor
C2C2=audiotophone

SeeTynetecwiringdiagramDrgNo.ZXT100sheet2.

SYSTEM NETWORK

Thereare3blocksofpluggableXTnetworkterminals‐iftherearemorethan3legssimplyconnectinparallelinanyblock.
Theterminalsonthesystemnetworkhavethefollowingfunctions;

TerminalFunction

24V24VDCsupplyfornetworkdevices‐fusedat1.6A
12V12VDCsupplyforauxiliarydevices‐fusedat1.6A
0VsystemEarthreference
RS485+RS485bi‐directionaldatabus
RS485‐
SP1intercomloudspeaker
SP2
Micintercommicrophone
PA1/C1PAaudio‐100VLineC1=doorentryaudiotodoor
PA2/C2C2=doorentryaudiotophone

OnsystemswithpublicaddressanddoorentrytelephonesthePA1/PA2pairissharedforPAaudioordoorentryC1/C2
audiodependingonmodeofoperation.

FERRITE CORE

Thenetworkwiringshouldbeloopedthroughaferritecorebeforebeingconnectedtotheterminationboard.Thiswill
suppressanyvoltagetransientsinducedonthenetworkwiringandgreatlyreducethelikelihoodofdamagetothemain
CPUboard.

NETWORKCABLE


LOOPNETWORKCABLETHROUGHTHE
FERRITECOREBEFORECONNECTING
TOTHEADVENTxtTERMINATIONBOARD

TOTERMINATIONBOARD


FourferritecoresareprovidedinthekitofpartswiththeAdventxtcontroller‐foradditionalferritecoresorderTynetec
P/No.T06050.










DocNo.FM0410issueM‐1Page13
7.NETWORKCABLECOLOURCODE

CW1308 NETWORK CABLE

Therecommendedcolourcodeusinga6pairCW1308BTspeccableisgivenbelow;

PairNo.DiameterColourSignal

10.5mmWhite/Blue24V
Blue/White12V
22x0.5mmWhite/Orange
Pair0V
30.5mmWhite/GreenRS485+
Green/WhiteRS485‐
40.5mmWhite/BrownSP1
Brown/WhiteSP2
50.5mmWhite/GreyMic
Grey/WhiteSpare
60.5mmRed/BluePA1
Blue/RedPA2

TUNSTALL NETWORK CABLE

Ifusinganexisting5pairTunstallTelecomcablealwaysensurenoneoftheoriginalequipmentisleftconnectedbefore
terminatingtheAdventxtsystem.Usethefollowingcolourcode;

PairNo.DiameterColourSignal

10.8mmRed24V
Black0V
20.5mmWhiteRS485+
BlueRS485‐
30.5mmGreySP1
YellowSP2
40.5mmOrangeMic
Brown12V
50.5mmVioletPA1
TurquoisePA2

Othercablenetworksfromprevioussystemscanbeusedprovidedthereareaminimumof4x0.5mmtwistedpairs
maintainedthroughoutthesite.Checktheoverallcableresistancefromoneendtoanother,checkthereisnoresistance
betweencoresandcheckthecablesarevoltagefree.

NETWORK CABLE LIMITATIONS

Themaximumnetworkcablelengthis1200metres‐beyondthisitislikelyyouwillexperienceproblemsrelatingtovoltage
drop,lowaudiolevelsandcorruptdata.

VoltagedropcanbeovercomebyincreasingcableconductorsizeandaddingadditionalPSU’s.
Lowaudiolevelscanonlybeovercomebyincreasingcableconductorsize.
Corruptdatacanbecausedbycablelengthand/ortoomanydevicesonthenetwork.
ANetworkDataRepeater(P/No.ZXT340)isavailableforextremecases.

















DocNo.FM0410issueM‐1Page14
100V LINE AUDIO
240V AC
MAINS
EN
AUD
0V
VR2
AUD IO VO L
PA AMPLIFIER
BOARD
TONE VOL
VR1 FIRE
ISSUE "E" ONWARD
+24V/50W DC-DC CONVERTER -24V/50W DC-DC CONVERTER
15V/100W SWITCH MODE PSU
TRANSFORMER
12V BATTERY
PA1 PA2
AUDIO OUT
AUDIO & DATA IN
8.PAAMPLIFIER&SMPSUINSTALLATION


TheoptionalPAamplifier&SMPSU(P/No.ZXT155)allowsthe
onsitemanagertobroadcastpublicaddressannouncements
throughallintercomssimultaneously.

Note;PAintercoms(P/No.ZXT206)mustbefittedinall
dwellings.OnePAamplifier&SMPSUcandriveapprox.80
intercoms,forlargersystemsasecondZXT155willberequired
andthesitePAwiringmustbesplitintotwolegs.
















INSTALLATION

ThePAamplifier&SMPSUishousedinasinglesteelenclosure200x500x100mm(HxWxD)designedforwallmounting
belowtheAdventxtcontroller.

MAINS SUPPLY

The240VACmainssupplyshouldbetakenfromthesamefusedspurastheAdventxtcontroller.Fitthenylonstrainrelief
tothesockettopreventthemainsleadbeinginadvertentlyunplugged.

TERMINATION

3cablesareprovidedforconnectiontotheAdventxtterminationboard‐seetablebelowforconnectionsandcolour
codes.SeeDrgNo.ZXT100sheet2,forlargersystemswithintercomssplitover2legsseeDrgNo.WD0276.

TerminalColourCableConnectedTo:

PAAmplifierENRed
3Core
AdventxtTerminationBoardEN
PAAmplifierAUDBlueAdventxtTerminationBoardAUD
PAAmplifier0VGreenAdventxtTerminationBoard0V

RS485+Red2CoreAdventxtTerminationBoardRS485+
RS485‐ BlackAdventxtTerminationBoardRS485‐

TransformerPA1Red2CoreAdventxtTerminationBoardPA1
TransformerPA2BlackAdventxtTerminationBoardPA2

Note:thetransformerPA1/PA2connectionisnotpolarityconscious.

SMPSU & DC-DC MODULES

The15V/100Wswitchmodepowersupplyunit(P/No.W00585)isfactorysetto13.75VDCoutputtosupplythetwo24V
DC‐DCconvertersandthePAamplifierboard.Thisvoltagealsochargesthe12Vstandbybattery.TheSMPSUhasan
internal20mm3.15Amainsfuseandsolidstateoverloadprotectionontheoutput.Fordetailsonchangingthemainsfuse
see“27VSMPSUModule”onPage7.

Thetwo24V/50WDC‐DCconvertermodules(P/No.W00590)arefactorywiredtoprovide+/‐24VDCsupplyforthePA
amplifierboard.TheDC‐DCconvertershavesolidstateoverloadprotectionandcontainnouserserviceableparts.

PROGRAMMING

TheAllCallandFireToneoptionsmustbeenabledinthe“GeneralSetup”programming‐seetheAdventxtProgramming
Manual(TynetecDocNo.FM0411).


DocNo.FM0410issueM‐1Page15
A00399
ENTRY
CABLE
AA
A
A
BB
C
C
CABLE ENTRY
9.INTERCOMUNITINSTALLATION

Theintercomunitshouldbewallmountedinacentrallocationwithineachdwelling.Screwfixtheintercomrearsecurely
tothewallusingthe4holesmarked“A”.The2holesmarked“B”canbeusedforanembeddedbox.Ensurethecaseisnot
twistedasthismaypreventthelidfittingcorrectly.









97mm









70mm

Thenetworkcableshouldloop‐inandoutofeachintercomviathecableentrychannelonthetoporthesquarecut‐outin
therear.Whereverpossibleavoidcableentryfrombelowasthismayinterferewiththeoperationoftheemergency
pullcord.Thecableclipsmarked“C”canbeusedtoretainsparecoresandpreventpossibleshortcircuitswhenthe
intercomfrontisfitted.

INTERCOM TERMINATION

Thenetworkwiringisterminatedontheinterconnectboardintherearsectionoftheintercomasshownbelow;





NETWORKNETWORK
WIRINGWIRING
INOUT












The12Vconnection(COM)isonlynecessaryifthereareauxiliarydeviceswithinthedwellingthatrequirea12VDCsupply.
Likewise,thePA1/PA2connectionisonlynecessaryforthepublicaddressoptionorifdoorentrytelephonesarefitted.
Ifallcoresareavailableinthenetworkcableitisgoodpracticetomakealltheconnectionsforpossiblefutureupgrades.











IntercomNetwork
124VDC
20V
3TX+
4TX‐
5SP1
6SP2
7MIC
11PA1
12PA2
COM12VDC
FIXINGHOLES
“B”ON60mm
CENTRES

DocNo.FM0410issueM‐1Page16
N
L
ENC
NO
COM
1 PAIR
TO SMOKE
10.INTERCOMUNITAUXILIARYDEVICES

Theintercomhasthefacilitytoconnectceilingmountedpullcords,smokedetectors,PIRdetectorsandahardofhearing
strobelightwithineachdwelling.Fouradditionalinputsareavailableprovidedthereisnodoorentrytelephoneorstrobe
lightconnectedtotheintercom.

CEILING PULLCORDS (NORMALLY OPEN)


INTERCOM 1 (24V) Tynetec P/No. S00600 shown.
INTERCOM 8 (LED-)
Up to 5 pullcords with LED’s can be connected
in parallel within each dwelling.
An end of line 4K7 resistor must be fitted across
theN/Ocontactsonthelastpullcord.
INTERCOM 9 (P/C) Existing pullcords with 12V LED’s can be
INTERCOM 0V connected to the auxiliary 12V supply.


CEILING PULLCORDS (NORMALLY CLOSED)


INTERCOM 1 (24V)
INTERCOM 8 (LED-)
INTERCOM 9 (P/C)
INTERCOM 0V



ForthenormallyclosedconnectiontheintercommusthaveEE1650V2.01afirmwareonwards.
OptionsDILswitchNo.6intheintercommustbeONfornormallyclosedpullcords.
Upto5pullcordswithLED’scanbeconnectedinserieswithineachdwelling.
Anendofline4K7resistorisNOTrequired.
IMPORTANT:aRemoteIntercom(ZXT220/ZXT225)CANNOTbeconnectedifnormallyclosedpullcordsareused.


SMOKE/HEAT DETECTORS


INTERCOM 10 (SM)
INTERCOM 0V















Smoke/Heat detectors are supplied by others.
They should be mains powered with an internal
battery back-up. They should have N/O clean
contacts which close on alarm.
If low voltage detectors are used then these must
be powered from an additional power supply unit.
DO NOT POWER FROM THE ADVENT xt SYSTEM.
Multiple smoke/heat detectors can be connected in
parallel within each dwelling.

DocNo.FM0410issueM‐1Page17
NO COM NC0V12V
TO PIR
2 PAIR
18K
47K
CLIENT WANDERING (34)
LOW TEMP (42)
NATURAL GAS (44)
CARBON MONOXIDE (49)
47K
18K
0V
0V
0V
0V
STROBE
10V 0V SCLK SDATA - +
A00452
ZSL045
ADVENTxt STROBE
USE 2 TWISTED PAIRS
INTERFACE BOARD
10.INTERCOMUNITAUXILIARYDEVICES

PIR DETECTORS

PIR detectors are supplied by others.
They can be powered from the network wiring
auxiliary 12V supply.
Theymusthavenormallyclosedcleancontacts
whichopenwhenmovementisdetected.
INTERCOM 12V If more than one PIR is installed in the same
INTERCOM 0V dwelling the normally closed contacts must be
INTERCOM 20 (PIR) connected in series.


ADDITIONAL INPUTS

Four additional inputs can be wired to the
intercom terminals 18 & 19 provided DIL
INTERCOM 19 (SCLK) switch 2 is OFF (no door entry/strobe).
The correct resistor value for the appropriate
input device must be connected in series
INTERCOM 18 (SDATA) with N/O clean contacts to 0V.
The input types shown are the factory defaults.
These are programmable with V2.0 firmware.

STROBE LIGHT

Tynetec P/No. ZSL045 shown.
Only one strobe per intercom (if a remote
intercom is fitted a second strobe can be
connectedtothat).
SetintercomDILswitch2ONwhena
INTERCOM 18 (SDATA) strobe is connected.
INTERCOM 19 (SCLK)
INTERCOM 0V The strobe will flash for 20 seconds when
INTERCOM 15 (10V) the intercom is called (in any operating mode).

IMPORTANT

ToconnectanAdventxtstrobelight(ZSL045)theintercomunitmusthaveEE1650V2.00afirmwareonwards.
V2.0xandV1.0xintercomfirmwarecanbemixedonthesameinstallation.



















DocNo.FM0410issueM‐1Page18
ON
12345678
ON
12345678
ADDRESS
DIL SWITCH
LK3
LK2
LK1
OPTIONS
DIL SWITCH
11.INTERCOMUNITDILSWITCHES&LINKSETTINGS

Beforefittingtheintercomfrontthe“Address”and“Options”DILswitchesmustbeset.ThejumperlinksLK1,LK2&LK3
mustalsobesetinthecorrectposition.

INTERCOM ADDRESS DIL SWITCH

TheintercomAddressmustbesetsequentiallyusingan8bitbinary
codestartingfrom“1”inthelowestflatnumberonthesite.
Note:binary“0”(allDILswitchessetOFF)isnotused.














INTERCOM OPTIONS DIL SWITCH

AnyadditionalequipmentconnectedtoanintercommustbeenabledviatheOptionsDILswitch.

Options
DILSwitchNo.FunctionOptions DILSwitch“OFF”
Options
DILSwitch“ON”
   
1I/OExpanderUnitN/AN/A
2DoorEntry/Strobe DisabledEnabled
3DoorEntryInterfaceN/AN/A
4PIR/DoorContactDisabledEnabled
5IntercomModeMasterRemote
6PullcordType NormallyOpenNormallyClosed
7NotUsedN/AN/A
8NotUsedN/AN/A

Whendoorentry/strobeisdisabled(DILSW2OFF)intercomterminals18&19areenabledasfouradditionalalarminputs‐seeSection10.


INTERCOM LINKS

IntercomModeLK1LK2LK3
   
StandardAAA
N/ORelayOutputConnectedBAA
DoorEntryPhoneConnectedAAA
RemoteIntercomConnectedAAB
Remote&PhoneConnectedAAB

ConnectedasaRemoteBBA

RELAY OUTPUT

ArelayoutputisavailableonintercomsWITHOUTadoorentrytelephoneconnected.TheN/Ocleancontactoutputcanbe
activatedbythemanager/controlcentrewhenaspeechchannelisopen.TheN/Ocontactsareonterminals16&17‐
contactrating:30VDC@500mA.

PROGRAMMING

ThetotalnumberofintercomunitsandtheirID’smustbesetinthe“GeneralSetup&TenantsUnitIdentity”programming.
SeetheAdventxtProgrammingManual(DocNo.FM0411).

BEEPING INTERCOMS

Ifanintercom“beeps”every10secondsthenitsIDhasbeensetgreaterthanthenumberofintercomssetinthesystem
programming.Ifanintercombeepseveryfewminutesitisnotreceivingdata(orthedataiscorrupt).
Address
DILSwitchNo.
ON=
BinaryCode
 
11
22
34
48
516
632
764
8128

DocNo.FM0410issueM‐1Page19
ON
12345678
ON
12345678
ADDRESS
DIL SWITCH
LK3
LK2
LK1
OPTIONS
DIL SWITCH
12.REMOTEINTERCOMUNITINSTALLATION

Theremoteintercom(P/No.ZXT221)canbeconnectedtoanystandardintercomifasecondspeechunitisrequiredwithin
adwelling.TheremoteintercomisalsoavailablewithPAfacility(P/No.ZXT226)ifallcallspeech/firetoneisrequired
throughbothintercoms.Note;theExtracareresetfunctionisnotavailableonaremoteintercom.

INSTALLATION

A6pairCW1308cableisrequiredbetweenthemasterintercom(connectedtothenetwork)andtheremote.Thecablerun
betweenthemasterandremoteshouldnotexceed20metres,onlyoneremotecanbeconnectedpermaster.Allauxiliary
inputdevicessuchaspullcords,smokedetectors,PIR’s,etc.areconnectedtothemasterintercomasnormal,onlythe
cleancontactrelayoutputisavailableontheremote.SeewiringdiagramDrgNo.ZXT100sheet4forconnectiondetails.
DILswitchandlinksettingsmustbemadetoidentifyanintercomasa“master”or“remote”.

DIL SWITCH & LINK SETTINGS









OPERATION

Themasterorremoteintercomcanbeusedtoinitiateanalarmcallandaspeechlinkwillbeopenedtoboth
simultaneously.Theorangecordonthemasterwillreportan“intercomalarm”whereastheorangecord(orthealarm
button)ontheremotewillreporta“pullcordalarm”.The4smallerkeypadbuttonsdonotfunctionontheremoteunit
thereforethemastermustbeusedtoselectprivacymodeortoaccepta“messagewaiting”.Whenprivacymodeis
selectedtheamberLEDwillilluminateonboththemasterandremote,anyalarmcallwilloverrideprivacyonboth
intercoms.Whenanalarmcallisinitiatedthealarmbuttonwillilluminatebrightredonboththemasterandremote.Ifthe
masterintercomhasExtracarethenthealarmbuttonwillflashredonbothintercomsuntilcancelledonthemaster.If
there’sa“messagewaiting”theblueLEDwillflashonbothintercomsuntilacceptedonthemaster.

PA LIMITATIONS

OnePAamplifier&SMPSU(P/No.ZXT155)iscapableofdrivingupto80intercomsthereforethetotalnumberofmaster
andremoteintercomsonanynetworklegmustnotexceed80.OnlargeinstallationsasecondZXT155PAamplifierwillbe
requiredandseparatenetworklegmustbeused.

4K7 PULLCORD RESISTOR

AremoteintercomdoesNOTneeda4K7endoflineresistorbetweenterminal9&0V.The4K7mustbefittedonthe
furthestnormallyopenceilingpullcordconnectedtothemasterintercom.NOTE:itisnotpossibletoconnectnormally
closedpullcordsandaremoteintercomtoamasterintercom.














ADDRESS DIL SWITCH
SET THE SAME 8 BIT ADDRESS ON
BOTH MASTER & REMOTE INTERCOMS
OPTIONS DIL SWITCH 5
OFF = MASTER INTERCOM
ON = REMOTE INTERCOM
JUMPERS LK1/LK2/LK3
LINKS ARE SET DIFFERENTLY
FOR MASTER/SLAVE INTERCOMS
(SEE TABLE ON PREVIOUS PAGE)

DocNo.FM0410issueM‐1Page20
BASE FIXED TO WALL
LOCATE TOP TWO CLIPS FIRST
NOTE
ENSURE THE PULLCORD
IS LOCATED IN THESE
SLOTS
SWING
DOWNWARD
AND CLIP
TOGETHER
INSERT THE TRIANGLE PEGS
INTO THE BASE CLIPS.
APPLY MORE FORCE TO
ONE PEG, WHILE GENTLY
LIFTING THAT SIDE OF THE LID.
THEN APPLY FORCE TO THE
OTHER CLIP, SIMULTANEOUSLY
LIFTING THE LID.
LIFT LID
OUTWARDS
FROM
LOWER EDGE
13.FITTING&REMOVINGTHEINTERCOMFRONT

Beforefittingtheintercomfront;settheAddressandOptionsDILswitchesandchecklinksLK1‐3arefittedinthecorrect
positions.Ensureallcablesareproperlyterminatedandsecuresparewiresintheclipsprovided.

FITTING THE INTERCOM FRONT

Locatethe2topcornersoftheintercomfrontoverthe2topcornersoftheintercomback,swingdownwardsandclip
togetherensuringthepullcordislocatedinitsslots.  





















REMOVING THE INTERCOM FRONT

Usethepegsontheorangetriangletopushtheclipsoneatatimeonthelowerfacewhilstpullingthefrontoutwardsfrom
thebottomedge.
































ALWAYSCHECKTHEPULLCORDOPERATES
AFTERTHEFRONTISFITTED