Tynetec Advent xt User manual

DocNo.FM0410issueM‐1Page1
Adventxt
WardenCallSystem
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InstallationGuide
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Tynetecoperatesapolicyofcontinualproductimprovementand
reservestherighttomodifythespecificationofitsproducts.
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Ifanyvariationtothedetailsinthisdocumentaresuspectedplease
contactTynetec’sTechnicalSupporton01670352371.
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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
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SectionTopicPage
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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
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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
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COMMUNICATOR
ROUTER
1.INTRODUCTION
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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.
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240V
AC

DocNo.FM0410issueM‐1Page4
2.SYSTEMOVERVIEW
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PartNo.DescriptionNotes
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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)
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ZXT221RemoteIntercom1perintercom
ZXT226RemoteIntercom+PA
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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
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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
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ZXT4XX169MHzRadioDevicesmaximum2048persystem
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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
  
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WIRING REQUIREMENTS
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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).
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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.
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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.
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SYSTEM PROGRAMMING
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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).
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DocNo.FM0410issueM‐1Page5
2.SYSTEMOVERVIEW
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INTERCOM UNITS
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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.
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REMOTE INTERCOM UNITS
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Oneremoteintercomcanbeconnectedperintercomifspeechisrequiredin2rooms.Remoteintercomsareavailablewith
orwithoutPA.
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MANAGER/LIFT CALLPOINTS
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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.
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RADIO DEVICES
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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.
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STATUS MODULE
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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.
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MANAGERS DISPLAY PANEL
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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.
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DOOR ENTRY OPTION
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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).
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PA OPTION
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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.
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DECT & FIXED TELEPHONES
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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.
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BT LINE SELECTOR OPTION
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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.
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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.

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

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.
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3x20mm
KNOCKOUTS
ONR/HSIDE
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240VAC
MAINSINPUT&
ON/OFFSWITCH
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INSTALLATION
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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.
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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‐.
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BATTERY STANDBY
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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.
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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.
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
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.
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Singleauxiliarydevicessuchasthestatusmodule,managercallpoint,networkreceivers,etc.canbeconnectedtothe
systemnetworkwiringasshownabove.
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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.
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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.
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Detailedsiteplansandexistingwiringdetailsareimperativebeforedesigninganinstallation.
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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.
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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
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12VAuxiliaryDevicesStandbyActive
  
DigitalDoorPanel30mA250mA

EXAMPLE
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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;
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(40x2mA)+(1x12mA)+(2x2mA)+(6x10mA)=totalcurrent156mA(0.156A)on24Vline
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400metresofCW1308cable=40Ω(10Ωper100metres)
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usingV=IxR:0.156Ax40Ω=6.24Vdropon24Vline(leavingapprox.18V)
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Devicesonthe24Vsupplywillworkdowntoapprox.16Vthereforetheabovedropisacceptable.
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REDUCING VOLTAGE DROP
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Thereareseveralmeansofreducingthevoltagedrop;siteconditionswilldictatewhichisused;
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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.
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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.
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3.Loopingbackthepowerconductorsfromthelastintercomtothecontrollerwillformaringcircuitwhichwilleffectively
halvetheresistance.
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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.
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THERESISTANCEOFCW1308CABLEIS
APPROX100ΩPER1000METRES

DocNo.FM0410issueM‐1Page10
6.NETWORKTERMINATIONBOARD
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TheAdventxtterminationboardprovidestheinterfacebetweenthemainCPUboardandthesitewiringnetwork.
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RS232LINK1‐6INPUTS   XT ALTERA
PORT2SETTINGSOUTPUTSFUSES NETWORK NETWORK
         
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JP2NETWORK1
RIBBONTO
CPUBOARD
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NETWORK2
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NETWORK3
RS232
PORT1
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     
SMPSUINPUTSEXTPSUINPUTSAUDIOINPUTPA&D/EI/PLINK7
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RS232 PORTS
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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.
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LINK SETTINGS
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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.
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RS232PortModeLinkSettings
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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
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INPUTS
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Thereare4inputswhichcanbeactivatedbyswitching0VvianormallyopencleancontactsintoterminalsIP1‐IP4.
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InputNo.Function
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IP1Spare
IP2Spare
IP3Spare
IP4FireAlarmTone
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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.
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