contents zm1 edition 2... · • monitor fence voltage and current to trigger an alarm if current...
TRANSCRIPT
JVA ELECTRIC FENCE SYSTEMS
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Contents
CONTENTS1. INTRODUCTION ....................................................................................... 3
2. FEATURES ................................................................................................ 52.1 Limitations ........................................................................................ 5
3. OPERATION .............................................................................................. 63.1 Control Options ................................................................................ 63.2 Control Arbitration ............................................................................ 6 3.3 Control Inputs .................................................................................. 6 3.4 Keypad Control ................................................................................. 7
3.4.1 Using the Alpha Plus LCD Keypad ..................................... 73.4.2 Changing the USER PIN .................................................... 73.4.3 Changing the Keypad Messages and Address ................... 73.4.4 To Exit Keypad Programming ............................................. 9
3.5 JumperConfiguration ....................................................................... 10
3.6 LCD Display ...................................................................................... 11
3.7 Status LED Lights ............................................................................ 12
3.8 Front Label ...................................................................................... 12
4. SPECIFICATIONS ..................................................................................... 13
5. INSTALLATION ......................................................................................... 14
5.1 8 EHT Terminals on the ZM1 ........................................................... 14
5.2 Fence Wiring Diagrams .................................................................... 15
5.2.1 ConfigurationwithNOReturnWirefromFence ................. 155.2.2 Earth Loop Monitoring ........................................................ 165.2.3 Earth Spike Monitoring ....................................................... 175.2.4 No Earth Monitoring ............................................................ 18
5.3 LowVoltageTerminalsontheZM1 ................................................. 19
5.4 LowVoltageWiringDiagrams .......................................................... 21
5.4.1 16Vac2AmpPowerSupply ................................................. 215.4.2 Controllinga240VacEnergizer .......................................... 225.4.3 External Battery and Charger .............................................. 22
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6. PROGRAMMING OPTIONS ..................................................................... 23
6.1 Programming Basics ....................................................................... 23
6.1.1 Entering Programming Mode .............................................. 236.1.2 Exiting Programming Mode ................................................ 236.1.3 Changing the INSTALLER PIN ........................................... 236.1.4 Changing an Option ............................................................ 23
6.2 Programmable Options Table .......................................................... 24
6.3 Programming Options in Detail ........................................................ 25
6.3.1 FenceAlarmVoltageLevel(01x#) ...................................... 256.3.2 CurrentAlarmLevel(02x#) ................................................. 256.3.3 GroundVoltageAlarmLevel(03x#) .................................... 256.3.4 MissedPulseCount(06x#)................................................. 266.3.5 BatteryAlarmVoltage(07x#) .............................................. 266.3.6 SirenOnTime(08x#) .......................................................... 266.3.7 SirenOffTime(09x#) .......................................................... 276.3.8 SirenCycles(10x#) ............................................................ 276.3.9 InputType(11x#) ................................................................ 276.3.10 Input2Function(12x#) ....................................................... 276.3.11 GateExitDelay(13x#)........................................................ 286.3.12 ChimeMode(14x#) ............................................................ 286.3.13 FenceMode(15x#)............................................................. 286.3.14 BinaryOptions(16x#) ......................................................... 296.3.15 Anti-BridgingThreshold(17x#) ........................................... 296.3.16 AutoRe-ArmTime(20x#) ................................................... 306.3.17 Relay Functions .................................................................. 306.3.18 GroupMode(26x#)............................................................. 31
7. WARRANTY ............................................................................................. 32
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1. INTRODUCTION
Introduction
TheZM1isdesignedtobecoupledwithanystandardelectricfenceenergizer(see2.1Limitationsbelow)topowerandmonitoranelectricfence.AsitcancontrolverylargeenergizersitisanticipatedthattheZM1willfindapplicationonlargefencesforgamereservesandbordersecurity.TheZM1usesPatentPending,DFD™ technology to determineifthereisafaultonverylongfences.
ThecombinationoftheZM1andtheenergizeroperateinthesamewayasasingleJVAZseriesenergizer,withtheexceptionthatthepulsepowerleveloftheenergizercannotbemodified.
TheZM1monitorsthelivefeedlinefromtheenergizertothefenceanddeterminesifthefenceisworkingproperlybymeasuringthevoltageandcurrent(thereforepower)flowing to the fence. As such it does not require a return line from the end of the fence.Thiscanrepresentalargesavingoninstallationcostsonnewfencesormakemonitoringanexistingfencepossibleifnoreturnlinewasoriginallywired.TheZM1can,however,alsomonitorthereturnifthatisdesired.
TheZM1hasmanyprogrammableoptionswhichcanbeadjustedusingaJVAZserieskeypad.Bycorrectlysettingthealarmthresholdlevelsitispossibletodetermineifafencehasbeencutorshortedatanypoint.
TheZM1isdesignedtomeetorexceedtherelevantpartsof IEC60335.2.76.TheZM1ispartoftheJVAZseriesofsecurityenergizers,designedandmanufacturedby Pakton Technologies.
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Equipment Requirements and Options
Requirements• Anenergizer• 12Vrechargeablebackupbattery• 16VacpoweradaptorORexternalbatterycharger• Securityelectricfence;standards,insulators,wireetc.
SomeoftheseitemsmaybeincludedwiththeZM1.
Options• 12VSirenandstrobelight• LCDKeypad(PTE0210).Note1,2• WindowsPC
– WindowsXPorWindows7– PAE223 USB to Keypad Bus or PAE212 TCP/IP adaptor– PerimeterPatrolPCapplication(Proversion)
Notes:1. WhiletheKeypadisnotessentialfornormaloperation,itisalwaysrequiredfor
programming options during installation.2. Upto3KeypadsmaybeusedwithaZM1,eachKeypadmusthaveauniqueID
setting.
Formoreinformationontheseoptionspleaseseewww.jva-fence.com.au
TherearehighvoltagesinsidetheZM1andJVAenergizers.
The high voltage inside the energizer may take a longtimetodischarge.Waitatleast10minutesafterturningoffbeforeopeningthecase.
Beforeworkingon thehigh voltagewiringof anelectricfence, it is recommended that theenergizer isdisarmedandashortcircuit isplaced fromthe fence livewires toearth.This is a sensible precaution against the energizer being armedwhileworkingonthefence.
Note: The energizer manual must also be provided to the customer as itincludesmandatorysafetyinformation.
DANGER
TheZM1containspatentpendingtechnology.contactJVAformoreinformation.
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Features
2. FEATURES
• Wall-mountableZseriesenergizerenclosure• Canbecombinedwithanyenergizer(see2.1Limitationsbelow)toproduceafullfeaturedsecurityelectricfenceenergizer/monitor
• DistantFaultDetection(DFD)™allowsfaults tobedetectedonvery longfencelines(Note1)
• Anti-bridgingmode,alarmsonsuddenchangeinload(Note2)• ControlandprogrammableviakeypadwithsimilarcodestotheZseries• Monitorfencevoltageandcurrenttotriggeranalarmifcurrentrisesorvoltagefalls(loadincreases)
• Startand/orendoffencemonitoring• AbletobemonitoredviaPC(usingZcontrolorPerimeterPatrolsoftware)• Runfrom16Vacor12VDCexternalsource• Built-inbatterychargerand7aHback-upbattery(notincluded)asperZ14• Canbeoperatedfromalternativelargerexternalbatteryandcharger• Controls12VDCfeedtoenergizer• Cancontrola240Vacenergizerviaexternalrelay(notsupplied)(12Vcoil,240Vacratedcontacts)
• Remoteon/offorkeyswitch• Gatecontactinput• Sirenandstrobeswitched12VDCoutputs• 3on-boardrelayswithmanyprogrammablefunctions.
2.1 Limitations• An energizer used with the ZM1must comply with IEC60335.2.76 (or similar)safetystandard.
• TheZM1supportsconventionalwiringonly(notBi-Polar),although2unitscouldbeusedtomonitoraBi-Polarfence.
• Themaximumenergizerpoweris36Joules(StafixM36orsimilar).• Atthisstage(CodeVersion1.4andearlier)aZM1cannotbeusedinagroupeitherwithotherZM1unitsorwithZseriesenergizers.
Notes:1. DFDoperatesonPCBVersions1.1andhigherandfirmware1.40andhigher.2. Anti-bridgingoperateswithfirmware1.32orhigher.
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3. OPERATION
3.1 Control OptionsTheZM1maybearmedanddisarmed(controlled)usinga:
• Keyswitchorremoteswitchconnectedtothecontrolinput(IN1)• RemotecontrolradioreceiverconnectedtoIN1• ZSeriesKeypad• JVAGSMmodule• WindowsPCrunningJVAPerimeterPatrol(Proversion)• Lowlevelinterface(wiredtocontrolinputsandrelayoutputs)fromathirdparty
securityalarmpanelorPhysicalSecurityInformationSystem(PSIM)• Ahighlevelinterface
NOTE: More than 1 method may be used in the one installation.
3.2 Control ArbitrationIfaninstallationcontainstwowaystocontroltheZM1/Energizer,thenthemostrecentcontrolsignalwilldeterminetheArmed/Disarmedstate.Forexample,iftheZM1isarmedviathekeypad,andthendisarmedatthecontrolinput(IN1),itwilldisarm.
Thehigher levelcontrolmethodssuchas theGSMandPCcontrol softwaremayoverridetheControlinputandKeypadsmethods,dependingontheoptionsused.Ifyouneedtomakesurethatthefenceisdisarmed(formaintenance)thenusingtheKeyswitchorkeypadalonemaynotguaranteethatthefencewillremaindisarmed.
3.3 Control Inputs The ZM1 may have a single Key switch mounted on the right hand side of thecabinetwhichmaybeusedtoarmanddisarmthesecurityelectricfencetowhichitisconnected.ThisswitchisusefulforthesimplestimplementationswherenokeypadorPCcontrolprogramisused.Itmaybedisabledbytheinstaller,byremovingtheleadfromsocketSW2.
Whenswitchedonvia theKeyswitch(oraswitchconnected to IN1) theZM1willpoweruptheenergizeritiscoupledtoandbeginmonitoringthefence.
TheLCDdisplaywillchangetodisplaytheFeedandGroundvoltages.IfthereisafencefaulttheZM1willgointoalarm,theinternalbeeperwillsound(ifithasnotbeeninhibited)andanysirenandstrobeconnectedtotheZM1willbeturnedon.
SwitchingtheKeyswitchoffwilldisarmtheZM1,thoughitwillcontinuetodisplaythe alarm.
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Operation
3.4 Keypad ControlThe ZM1 uses the same keypads as the Zseriesenergizersand is controlledusingthe same keypad codes outlined below.The keypad will also display the feed andreturn voltages of the fence, but not theground voltage or fence current at this time.The standard alarms and alerts to problems (Trouble)willalsobedisplayed.
3.4.1 Using the Alpha Plus LCD KeypadTheLCDkeypadhastwoLED’s,Power and Arm,whichactasfollows:
Power – Onwithmainspower,flashesonlowbatteryArm – OnwhentheZM1isarmed.
Allotherindicationisgivenviamessagesonthescreen.
Wheneverthekeypaddisplays:
• ALARMZONE• FAULTEDZONEor• SYSTEMTROUBLE
pressingthe[#]keywillrevealmoreinformation,suchasthenameofthezoneortheactualsystemtrouble,forinstanceACFail.
3.4.2 Changing the User PINEntertheoldUSERPINfollowedby*0#(star,zero,hash).Enternew4-digitUSERPINand#(hash).
3.4.3 Changing the Keypad Messages and Address Youcanchangethemessagesandeachofthe8zonelabels.
The Dealer Messagedisplayswhenthesystemisonstandby.
Zonelabelsdisplayafterthe[#]keyispressedduringalarmmemoryorfaults.
The programmable Service Message is displayed duringAC failure, fuse failure,communicationfailure,orlowbattery.
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Keys used for changing messages
[1] [2]Characterup [3]notused Emergency not used
[4]<-Cursorleft [5]NextMessage [6]->Cursorright Fire not used
[7] [8]Characterdown [9] Panic not used
[*] [0]LastMessage [#]Enter/Exit Bypass not used
• Toactivatethekeypadprogrammingmode,enterthe[INSTALLER’sPIN][*][0][1][#].Informationmaybeenteredintothekeypadintheformofletters(upperandlowercase),numbers(0–9),and22specialsymbols.Allcharactersaredisplayedin theorder: upperand lower case letters, numbers, andspecial symbols.The[Space]characterprecedestheletterA.
• ToenteraLabel,usethe[2]keytoscrollthroughthecharactersuntilyoureachthedesiredcharacter.Ifyouscrollpastthedesiredcharacter,the[8]keymaybeusedtoscrollbackwards.Note:ThespacecharacterisbeforetheAcharacter(WhenAisdisplayed,press[8]tocreateaspace).
• Whenthedesiredcharacterisdisplayed,pressthe[6]keytomovethecursortothenextcharacterposition.The[4]keymovesthecursortotheleft.
• Whenallcharactershavebeenentered,pressthe[#]keytoenterthemessageandmovetothenextmessageposition.
• Usethe[0]keytomovebackwardthroughthemessages.
• To change the keypad address, scroll through the messages until the keypaddisplays: Keypad Address thenchangethevaluebypressing[2](up)or[8](down).Validatebypressing#
Note:Ifyoumovetothenextmessageusing[5]insteadofthe[#]key,youwilllose any changes you made!
Notes on keypad addresses: Upto3keypadscanbeusedinasystem.Whenusing2or3keypadsinasystem,oneof the keypadsMUSTbe set toaddress2and the secondone shouldbesettoavaluebetween1–7.Donotsetthistoaddress8asthisaddressusesadifferentprotocol.Ifathirdkeypadisused,itsIDmustalsobesettoauniquevaluebetween1and7.
the message order is:
• SERVICEMESSAGE(DisplayedunderSYSTEM TROUBLE)• DEALERMESSAGE(Displayedunderthestandbymessage:READY TO ARM)• SOFTZONEIDENTIFIERS(A,B,andC)(notused)• HARDWIREDLOOPIDENTIFIERS(Zone 1 =Gate,Zone 3 =Fence)• KEYPADADDRESS(shouldbe leftat1 forenergizerswithfirmwareolder than7V51)
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3.4.4 to exit Keypad ProgrammingWhenyouhavefinishedprogramming,press[*][#]
Note:Thekeypadwillalsoexittheprogrammingmodeifyoudonotpressanykeywithinafiveminuteperiod.
summary of LCD Keypad Functions
Function Key sequenceArm/Disarm [UserPIN][#]Silenceanalarm(singlezonesystemonly) [UserPIN][#]StartprogrammingtheZseriesenergizer [InstallerPIN][*][0][#]Start programming the keypad [InstallerPIN][*][0][1][#]Exitprogramming(anymode) [*][#]Change a USER PIN [UserPIN][*]0[#][NewPIN]#Change the INSTALLER PIN [0][0][NewInstallerPIN][#]Arm All Zones(multi-zonegroups) [UserPIN][*][1][0][#]Arm Zone 1(Master) [UserPIN][*][1][1][#]Arm Zone 2(onZ28orSlaveingroup) [UserPIN][*][1][2][#]Disarm All Zones [UserPIN][*][2][0][#]Disarm Zone 1 or Master [UserPIN][*][2][1][#]Disarm Zone 2(onZ28orSlaveingroup) [UserPIN][*][2][2][#]Switchtolowpowermode(allzones) [UserPIN][*][4][1][#]Switchtohighpowermode(allzones) [UserPIN][*][4][2][#]
To change the Keypad Messages to English [*][3][1][#]To change the Keypad Messages to Spanish [*][3][2][#](notwellsupportedyet)
Keypad Audible Feedback Toggle [*][5][1][#]KeypadAlarmBeeper(Chime)On/Off [*][5][3][#]KeypadErrorTonesToggleOn/Off [*][5][4][#]BacklightToggleOn/Off [*][8][#]Display Keypad Model [*][9][#]Resetanddisplayfirmwareversionnumber [UserPIN][*][6][8][#]PowerBoost [*][9][9][#]Siren test [*][6][3][#]Battery test [*][6][4][#]onlywhiledis-armedClear Alarm memory [*][1][#]
Proposed Function Proposed Key sequencePre-warntoggleon/off [*][5][2][#]Resetandreturntofactorydefaults [InstallerPIN][*][6][8][#]Emergency Holdfor3seconds.
Operation
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3.5 JumperConfigurationTheZM1isequippedwithfourjumpers.Twoofthem(J3andJ4)arespecialpurposejumpers(links).Thepurposeofeachislistedinthetablebelow.
Jumper Function PurposeJ3 DConlyjumper RemoveJ3toinhibitmainsfailerrorsifthe
intentionistooperatetheZ14onDConly(asinSolarPowersystems)
J4 Factorydefaultjumper Ifthemonitorunitneedstobedefaultedtofactorysettings,removeallpower–mainsandbattery–andremovetheJ4jumper.Reapplythebatterypowerfirst,andthenthemainspower.ReapplytheJ4jumperandtheunitwillberesettodefaultsettings.IfStatus LED flashesfourtimesafterdefaultingtheunit,returnittothenearestJVAservicecentre.
The3rdjumper,J5,whenfitted,willsuppressthebeeperontheZM1.
Thefourthjumper(J6)allowsthesupplyvoltagefortheenergizertobeset.Ifthetoptwopinsareselected(12VRegulated)thentheenergizersupplyvoltagewillbethesameasthePAE202batteryvoltage(between12and14.5volts).Ifthebottomtwopinsareselected(24VUnregulated)thevoltagesuppliedtotheenergizerwilldependonthetypeandsizeofACpoweradapterused,butmaybeashighas24volts.
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3.6 LCD Display TheLCDdisplayontheZM1willswitchbetweentwodifferentdisplaymodes.ThemodeshowncanbeidentifiedbythefeedandreturnLED’sonthestatuspanel.
Thepictureontheleftbelowshowsthefeedmode,whichshowsthevoltageatthestartof the fence,and thecurrent flowing into the fence.Thepictureon the rightshowsthevoltageattheendofthefence,andthegroundvoltage.
Notethatthereturnvoltagecanbeinhibitedwithprogrammingoption15ifonlythestartofthefenceistobemonitored.
OPERATION
Keypad Control
Group Configuration
Jumper Configuration
LCD display
OPERATION
Keypad Control
Group Configuration
Jumper Configuration
LCD display
Operation
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Operation
3.7StatusLEDLightsThestatusLED’sonthefrontoftheZM1allowtheusertoquicklyascertainthecurrentstatusoftheunitandifanyactionneedstobetaken.BelowisabriefdescriptionofeachLED(fromlefttoright,toptobottom)andtheinformationitconveys.
Power – OnwhenevertheunithaspowerFeed – Tells the user that the LCD is displaying the Feed Voltage(left)andFence
Current (right)Armed – Onwhentheunitisarmed(pulsing)Return – Tells the user that the LCD is displaying the Return Voltage (left) and
Ground Voltage (right)Fence – Onwhenthereisafencealarm(eitherchannel)Gate – OnwhenthereisagatealarmGround – Onwhenthereisagroundalarm(specificmeaningwillvarydepending
ongroundconfiguration)(Pleaserefertotheinstallationchapterformoreinformation.)
Status – Flashesanerrorcodeformonitor(service)errors.TheseerrorcodesareidenticaltotheZenergizerrange.ThetablebelowshowstheStatusLEDError Codes.
error LeD Number of Flashes Interpretation Corrective Action
2 16Vacmainsfail Restoremainspower3 Lowbattery,badbattery Charge or replace battery
4PCBservicefault Returntorepair/servicecentre.
Note:AZslavewillshowthiserrorifdisconnectedfromtheMaster.
3.8 Front LabelAscanbeseeninthepicturealongside, thefrontlabelclearlylabelsthedifferent LEDfunctionsandLCDdisplaymodes.
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Operation
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4. SPECIFICATIONS
ThespecificationstablebelowoutlinesthepowerconsumptionoftheZM1andtheacceptablevoltageandcurrentrangesfordifferentinputsandoutputs.
Internalbatterychargerfloatvoltage 14.3VdcInternal battery charger charging current 580mAAbsolutemaximumpowerconsumptionofZM1(Note1) 85mAat12.5VdcMaximumACinputvoltagewheninternalbatterychargerissupplying 580mA 19Vac
MaximumDCenergizercurrentfromENERGIZERpoweredoutputifusing16Vacsupplyandinternalbattery 2.3 Amps
AmpsmaximumDCenergizercurrentfromENERGIZER poweredoutputifusingexternalpowersupplyandbattery 10 Amps
MaximumvoltageonIn1,SW2 and Gateinputs(Note2) 5VdcMaximumpowerprovidedtoSiren and Strobe outputs (Note3) 35Watts
Maximumfencevoltage 9.9kVMaximumfencecurrent 80 AmpsRecommended operating temperature –15°C to +50°C
Note 1: This is the power consumption when none of the powered outputs areactiveandthekeypadisnotconnected.Theratedpowerconsumptionmaybelowerdependingonrelayconfigurationandalarmstates.
Note 2: The control inputs, In1,SW2 and Gate supply their own power (5 volts,limited to 220nA). If a powered control system is connected to these inputs, thecontrolvoltagesmustnotexceed5volts.
Note 3:TheratedpoweristhecombinedoutputpowerofboththeSiren and Strobe outputs.Thevoltagewhichcanbeexpectedonthisoutputisthebatteryvoltage.Thecombinedmaximumoutputcurrentofboththeseoutputsis2.5Amps.Notethatthemaximumoutputpowerwilldropasbatteryvoltagedrops.
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Specifications
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5. INSTALLATION
5.1 EHTTerminalsontheZM1
INSTALLATION
EHT terminals on the ZM:
Description of high voltage terminals (left to right)
EHT In Connectthehighvoltageoutputoftheenergizertothisterminaltoallowfencecurrenttobemeasured.
Feed Connectthestartofthefencetothisterminal.VoltageatFeedwillbethesamevoltageasEHT In.
Return Connecttheendofthefencetothisterminal.TheReturn voltagewillnormallybelowerthantheFeed voltage.
Not Used This terminal is unused at this time.GroundRef Referencegroundconnection.PleaserefertodiagramsEarth Loop
Monitoring,Earth Spike Monitoring and No Earth Monitoring forinformationonhowtoconfigurethisinput.
Ground Mainfenceearth.PleaserefertodiagramsEarth Loop Monitoring,Earth Spike Monitoring and No Earth Monitoringforinformationonhowtoconfigurethisinput.
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ENERGIZER
5.2.1 ConfigurationwithNOReturnWirefromFenceNote:PleaserefertoprogrammingoptionFenceMode(point6.3.13)onpage28.
5.2 FenceWiringDiagramsThereareanumberofwaysthefencewirescanbeconnectedtoaZM1.Thefollowingdiagramswilloutlinedifferentwaysinwhichthegroundcircuitcanbeconfiguredandwhatthebenefitsofeachare.
EARTH SPIKES
JVAKEYPAD
JVAZM1
M36
HVIN
FEE
D
GR
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RE
F
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5.2.2 earth Loop MonitoringThesetuppicturedbelowwilldetectifthegroundwirehasbeencut.ConnecttheGround ReferenceinputtotheenergizerEarth,andtheGround input to the other end oftheearthfenceloop.
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HIGHVOLTA
GEIN
FEE
DHIGHVOLTAGE
ENERGIZER EARTH
HIGH POWER ENERGIZER
Feed/ Return
RE
TUR
N
GR
OU
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RE
FER
EN
CE
GR
OU
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EARTH
Current/ GroundkV
CONVENTIONALFENCE
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Installation
5.2.3 earth spike Monitoring This setup will check how well the energizer is earthed. Connect the Ground ReferenceinputoftheZM1tothemainsearth,orthecabinetearth.ThisGroundReferencemustbemorethan10mawayfromtheEnergizerEarth.
HIGHVOLTA
GEIN
FEE
DHIGHVOLTAGE
ENERGIZER EARTH
HIGH POWER ENERGIZER
Feed/ Return
RE
TUR
N
GR
OU
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RE
FER
EN
CE
GR
OU
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EARTH
Current/ GroundkV
CONVENTIONALFENCE
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5.2.4 No earth Monitoring Thissetupwillmonitoronlythefencefeedandreturnvoltagesandfencecurrent.Connect the Ground Reference and Groundinputstoeachotherwithashortpieceofwire.
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HIGHVOLTA
GEIN
FEE
DHIGHVOLTAGE
ENERGIZER EARTH
HIGH POWER ENERGIZER
Feed/ Return
RE
TUR
N
GR
OU
ND
RE
FER
EN
CE
GR
OU
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EARTH
Current/ GroundkV
CONVENTIONALFENCE
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Installation
5.3 LowVoltageTerminalsontheZM1
Low voltage terminals on the ZM1
Label Type Description Energiser control input (dry contact). Defaults to normally open.
Can be used for a remote switch or a radio receiver. The receiver may be powered from the keypad +12V terminal.
Seepage20foratablegivingtheTypeandDescriptionofeachcomponentlabelledabove.
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Label type DescriptionIN1 2 Way Energizercontrolinput(drycontact).Defaultstonormally
open.Canbeusedforaremoteswitchoraradioreceiver.Thereceivermaybepoweredfromthekeypad+12Vterminal.
Gate 2 Way ZM1GateInput,whentheunitisarmedandthegateisopened,itwilltriggerthegatealarm.
Keypad 3 Way Suppliespoweranddatalineforanexternalkeypad.The+12sourceontheseterminalsisprotectedwitha1Aselfresettingfuse.
Siren 2 Way Switched12voltoutput.Lowsideswitched.35Wmax(includingstrobe).Abufferrelayshouldbeusedwhenconnecting these outputs to an alarm panel.
Strobe 2 Way Switched12voltoutput.Lowsideswitched.35Wmax(includingsiren).Abufferrelayshouldbeusedwhenconnecting these outputs to an alarm panel.
EnergizerPower
2 Way PoweredoutputwhichisenabledwhentheZM1isarmed.PowerisdrawnfromtheZM1batteryand16Vacpowersupply,orfromtheEXT12Vinput.
EXT12V 2 Way InputusedforDCenergizerswhichexceedthesupplyratingofthe16Vactransformer(greaterthan12Joulesoutput).
16VACIN 3 Way 16Vacpowerinput.FusedviaF33Aselfresettingfuse.Relay 3 3 Way Maybesettoanyof16alarmconditions.Relay 4 3 Way Maybesettoanyof16alarmconditions.Relay 5 3 Way Maybesettoanyof16alarmconditions.Batt Leads 12VdcorbatteryconnectionviaF1(3Ampselfresetting
fuse).ConnectRedleadtobatterypositive(+)terminal.(notpicturedonpage17)
SW2 2 Way Energizercontrolinput.Normallyconnectedtoakey-switch(notpicturedonpage17).
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Installation
5.4 LowVoltageWiringDiagrams
5.4.1 16Vac2AmpPowerSupply
HIGHVOLTAGE
HIGH POWER ENERGIZER
EARTH
Feed/ Return
Current/ GroundkV
12V 16Vac
BATT
16Vac 2A PSU
SLA12Volt Battery
+ -The ZM1 can be used to power an external highpowered energizer. A 16Vac 2Amp power supplyis able to power a B5, B8 or B12 (or equivalent)energizeraswellastheZM1andkeepthebackupbattery charged.
WARNING: The DC voltage supplied to theenergizerwillbe therectifiedvoltageof the16Vacwhichmaybeashighas30Vdc.
Largerenergizerswillneedtoutilisetheexternal12voltpowersupplyinput.
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5.4.2 Controlling a 240Vac energizer
HIGHVOLTAGE
HIGH POWER ENERGIZER
EARTH
Feed/ Return
Current/ GroundkV
12V 16Vac
BATT
16Vac 2A PSU
SLA12Volt Battery
+ -
Mains Relay Box
110/240Vac Input
TheZM1canbeusedtopoweranexternalhigh-poweredenergizer.
The ZM1 can control an external relay box designed to switch110Vacor240Vacpoweredenergizers.Therelayboxneedstoacceptswitchingvoltagesofupto13.8volts.
WARNING:DONOTuserelay3,4or5ontheZM1toswitchmainsvoltage.
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5.4.3 external Battery and Charger
Larger12Vdcenergizerswillneedtoutiliseanexternal12voltpowersupply.
To power the ZM1 from theexternal battery and charger,ensure Jumper J6 is placed on the 12V regulated pins. Do notconnecta16Vacsupplytothe ZM1.
HIGHVOLTAGE
HIGH POWER ENERGIZER (DCPOWERED)
EARTH
Feed/ Return
Current/ GroundkV
BATT
External 13.8Vdc Charger
SLA12Volt Battery
+ -
12V 16VacOUT IN
12V
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Program
ming O
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6. PROGRAMMING OPTIONS
LiketheZseriesofsecurityenergizers,theZM1hasanon-volatilememoryinwhichprogrammingoptions(orsetupparameters)canbestored.Thesearefactorypre-set,butcanbefieldprogrammedusingakeypad.
6.1 ProgrammingBasicsSomeoftheprogrammingoptionsontheZM1aredifferenttothoseontheZseriesofsecurityenergizers,butthebasicfunctionsremainthesame.
6.1.1 entering Programming ModeToenterprogrammingmode,enterthe6digitINSTALLER PIN followedby*0# keys. Thekeypadwillbeeptwicetoindicatethatthecommandwasaccepted.IfthePINwasincorrectthekeypadwillbeep3times.TheLCDwillnowshowthefirstprogrammingoption and its current setting.
Pressingthe#keywillcyclethroughalltheoptionsontheLCD.
Note:Notallnumbersareused.ThedefaultINSTALLER PIN is 012345.
6.1.2 exiting Programming ModeToexitprogrammingmodeonceprogramminghasbeencompleted,press*#.Ifleftunattended,theunitwilltimeoutandautoexitafterapproximately5minutes.
6.1.3 Changing the INstALLer PINThe INSTALLERPINmayonlybechangedwhileinprogrammingmode.
ToenteranewINSTALLER PIN,press00 followedbythenew6digitINSTALLER PIN,thenthe# key.
If youcannot rememberyour INSTALLER or USER PIN, return theunitsmemorytodefault.Todothis,removepower(ACoffanddisconnectthebattery),opentheenergizer,removejumperJ4andreconnectthebatteryforabout10seconds.Donotforgettore-fitJ4.Thiswillreturnalloptionstothefactorysetdefaults.
6.1.4 Changing an optionMostoftheoptionshavepossiblevaluesintherangeof0to9.
Tochangeanyoptions,firstcheck theoptionnumber (see tableonpage24)andthen the Programming Options in Detail on page 25. Then press the option number followed by the required value. For example, to change theMissed PulseCount(Option06)tomaximum(9istheMaximum)press069#,thekeypadwillbeeptwicetoindicatethatthecommandwassuccessful.TheZM1LCDwillimmediatelyshowtheupdatedvalue.
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6.2 ProgrammingOptionsTable
option Function Description01 Fence alarm
voltagelevelSetsthevoltagebelowwhichthefencealarmwilloccur.IfthefeedORreturnvoltagefallsbelowthislevelformorethantheMissed Pulse Count afencealarm(Zone 1)willoccur.Ifthereturnvoltageisnotbeingusedsetoption15to1.
02 Current alarm level
Setsthethresholdtoalarmoncurrentfromthefeedterminaltothefence.Ifthefeedcurrentrisesabovethislevelformorethan the Missed Pulse Countafencealarm(Zone 1)willoccur.
03 Ground Voltagealarmlevel
Sets thevoltageabovewhich the fencealarmwilloccur. Ifthegroundvoltagerisesabovethis level formorethantheMissed Pulse Countagroundalarm(Zone 2)willoccur.
06 Missed Pulse Count
Setsthenumberofpulseswhichmaybemissedbeforethealarmisactivated.
07 Battery Alarm Voltage
Sets thebatteryvoltage thresholdbelowwhich thegeneralalarmwillactivate.
08 Siren On Time Setsthetimethatthesiren(andkeypadbeeper)willstayonafteranalarm.
09 SirenOffTime TheamountoftimethesirenwillremainoffaftertheOn Time has expired.
10 Siren Cycles The number of times the siren will sound for the time setin On Time above. After this many cycles the siren willautomatically mute.
11 Input type AllowstheZM1inputstobechangedfromnormallyopentonormally closed.
12 Gate Input Function
Gateswitchonlyfornow.
13 Gate Exit Delay
Durationoftimefromgateswitchopeningtoalarm.
14 Chime Mode Allowsthekeypadandinternalbeeperfunctiontobealtered.15 Fence Mode Setto1ifusingstartoffenceonly,removesreturnvoltage
fromdisplayandalarm.16 Binary Options Miscellaneous options17 Anti-Bridging Sets the% threshold for alarmon a sudden rise or fall of
fencecurrent.20 Auto Re-Arm
TimeSetsthetimewhichmustelapseafteranalarmhastimedout(completedthesirencycles)beforetheunitwillautomaticallyre-armreadyforthenextalarmevent.
21 Relay 1 Usedtoassignanalarmfunctiontorelay1(sirenoutput)22 Relay 2 Usedtoassignanalarmfunctiontorelay2(strobeoutput)23 Relay 3 Usedtoassignanalarmfunctiontorelay324 Relay 4 Usedtoassignanalarmfunctiontorelay425 Relay 5 Usedtoassignanalarmfunctiontorelay526 Group ID IfusedaspartofaSCADAsystem,thissetsthedeviceID
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6.3 ProgrammingOptionsinDetail
6.3.1 Fence Alarm Voltage Level (01x#)Thisoptionsetsthevoltagebelowwhichthefencealarmwilloccur.IfthefeedORreturnvoltagefallsbelow this level for more than theMissed Pulse Count afencealarm(Zone 1)willoccur.Ifthere-turnvoltageisnotbeingused,setoption15to1.
Unlike the other Z series energizer the value issetdirectly,notviaa table.Forexample tosetathresholdof5.0kVenter:0150# (Donotenterthedecimal!)Thedefaultlevelis4.0kv(40).
6.3.2 Current Alarm Level (02x#)This option sets the threshold to alarm on current from the feed terminal to the fence. If the feedcurrent rises above this level for more than theMissed Pulse Count a fence alarm (Zone 1) willoccur.
Unlike the other Z series energizer, the value issetdirectly,notviaa table.Forexample tosetathresholdof5Aenter:0205#Thedefaultlevelis10A.
6.3.3 Ground Voltage Alarm Level (03x#)Thisoptionsetsthevoltageabovewhichthefencealarmwilloccur.IfthegroundvoltagerisesabovethislevelformorethantheMissed Pulse Count a groundalarm(Zone 2)willoccur.
Unlike the other Z series energizer, the value issetdirectly,notviaatable.Forexample, tosetathresholdof2.0kVenter:0320#Do not enter the decimal! Thedefaultlevelis1.0kv(10)
Value (x) Alarm LevelMinimum0 0.0kVMaximum99 9.9kVFence Alarm Voltage Level
(01x#)
Value (x) Alarm LevelMinimum0 0 AmpsMaximum75 75 AmpsCurrent Alarm Level (02x#)
Value (x) Alarm LevelMinimum0 0.0kVMaximum50 5.0kVGround Voltage Alarm Level
(03x#)
Note: The bold panel in each table indicatesthedefaultvalue.
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Value (x) Missed Pulses
0 11 12 23 34 45 56 67 78 89 9
Missed Pulse Count (06x#)
6.3.4 Missed Pulse Count (06x#)The Missed Pulse CountoptionisidenticaltothatoftheZseriesofsecurityenergizers.
Thisoptionenablesthepulsecounttobevariedfromthedefault(3).Thisisthenumberofbadormissingpulsesthatarecountedbeforethealarmoccurs.
Note:The lower this option is set, themore likelyyouaretogetfalsealarms
6.3.5 Battery Alarm Voltage (07x#)Thisoptionsetsthebatteryvoltagethresholdbelowwhich the general alarm will activate. The defaultBatteryAlarmVoltage is10.0Volts.Thisalarmcanbesettoactivateoneoftherelays,andispartoftheGeneralalarm,seebelow.
Note:TheZM1willnotturntheenergizeroffwhenthe battery voltage is low.But if the supply voltagefallstoolowtherelaypoweringtheexternalenergizerwilleventuallydropout.
6.3.6 siren on time (08x#)The Siren On Timeoption is identical to thatof theZseriesofsecurityenergizers.
Thisoptionsetsthedurationoftimethatthesirenwillremainonafterafencealarmoccurs.Afterthistimethesirenwillturnofffortheoff time indicated in the table in 6.3.7 Siren Off Time Values.Thesirenwillsoundagainifthealarmisstillpresentafterthisoff time has passed.
The default is 3Minutes. Thismay be the subjectof localregulationstostopanalarmcausingunduedisturbancetoneighbours,etc.
Note: The Siren On Time will be cut short if thebatteryfallsbelowthelowbatterylevel.
Value Alarm0 9.0V1 19.5V2 10.0V3 10.5V4 11.0V5 11.5V6 12.0V7 12.5V8 13.0V9 13.5V
Battery Alarm Voltage (07x#)
Value time0 10 Seconds1 30 Seconds2 1 Minute3 2 Minutes4 3 Minutes5 4 Minutes6 5 Minutes7 6 Minutes8 7 Minutes9 8 Minutes
Siren On Time (08x#)
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Value time0 10 Seconds1 1 Minute2 2 Minutes3 5 Minutes4 10 Minutes5 20 Minutes6 30 Minutes7 40 Minutes8 50 Minutes9 60 Minutes
Siren On Time (09x#)
6.3.7 siren off time (09x#)The Siren Off Time option is identical to thatof theZseriesofsecurityenergizers.
Thisoptionsetstheamountoftimethesirenwillbeoffforaftertheontimeabovehasexpired.Ifanalarmisstillpresentafterthisoff timethesirenwillsoundagain.
6.3.8 siren Cycles (10x#)The Siren Cyclesoption is identical tothatof theZseriesofsecurityenergizers.
Thisoptionsets themaximumnumberof timesthesirenwillsoundfortheOn Timeifthealarmcontinues.This may be limited by local regulations to stop an alarmcausingunduedisturbancetoneighbours,etc.
Note:Thisisthemaximumnumberofcyclesfor1continuous alarm. Intermittent alarm events couldcausemorethanthisnumberofsirensoundings.
6.3.9 Input type (11x#)The Input Type option is identical to that of theZseriesofsecurityenergizers.
ThecontrolinputscanbeinvertedunlessaninputisusedforaGateswitch,inwhichcaseitisalwaysNC.
6.3.10 Gate Input Function (12x#)ThisinputcannotbeconfiguredtoanythingotherthanaGate input at this time.
Value Cycles0 11 12 23 34 45 56 67 78 89 9Siren Cycles (10x#)
Value Input type0 No Normally
open1 NC Normally
closedInput Type (11x#)
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6.3.11 Gate exit Delay (13x#)The Gate Exit DelayoptionisidenticaltothatoftheZseriesofsecurityenergizers.Thisoptionsetsthetimebetweenthegateswitchopeningandthesirensounding.
6.3.12 Chime Mode (14x#)The Chime Modeoption is identical to thatof theZseriesofsecurityenergizers.
Thisoptionallowstheenergizerinternalandkeypadbeeper to be used as a door chime for the gateswitch. When set to None, the keypad beeper isused to indicate correct keypad operation only. In Door Chime mode, the beepers sound when thegateswitchopens,eveniftheenergizerisdisarmed.Note: Gate must be selected in option 12.
IfsettoSiren,thebeepersmimicthesirenfunction.
Gate Beeps plus Siren will give 2 beepswhen thegatestartsopeningand4beepswhenitcloses,pluscontinuous beeps for an alarm. Beeps are on thekeypadonly,notontheinternalbeeper.
6.3.13 Fence Mode (15x#)Thisoptionconfiguresifthereturnvoltageshouldbemonitored.Ifsetto1,thisoptionwillstopthereturnvoltagefrombeingdisplayedontheLCD,andinhibitanyalarmswhichmaynormallybetriggeredowingtonovoltagebeingpresentonthereturninput.
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Value Function0 0 Seconds
(immediate)1 30 Seconds2 1 Minute3 2 Minutes4 3 Minutes5 4 Minutes6 5 Minutes7 6 Minutes8 7 Minutes9 8 Minutes
Gate Exit Delay (13x#)
Value Function0 None1 Door Chime2 siren3 Fence Alarm4 Gate Beeps
plus SirenChime Mode (14x#)
Value Function0 Monitor return1 Feed onlyFence Mode (15x#)
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6.3.14 Binary options (16x#)Each option in this table can be turned on by adding thevalue.Foroption+1set16to01,for+1and+2set16to03.
+1:EnableDFD™(DistantFaultDetection).FirmwareV1.40andlater,PCBV1.10andlater.
DFD™enables theZM1todetecta faultat theendof very long fences. Instead of only measuring thepeakcurrenttheZM1withDFD™calculatesthe“real”currentandrejectsthe“reactive”current.Thecurrentdisplayedwillusuallybelessthanreadbyastandardhand-heldmeterwiththisfeatureon.ThereisnotheoreticallimittothelengthoffencethattheZM1canmonitorwiththisfeatureon.WithoutDFD™thelimitisapproximately8km.
*DFD™isTradeMarkandPatentPendingbyEx-PTPtyLtd.
6.3.15 Anti-Bridging threshold (17x#)Anti-Bridging has been designed to detect a section of fence being bypassed, and removed,byanintruderbridgingtheadjacentfencesectionstogether. This also detects when the feed isconnectedtothereturnwithashortcable,andthentheentirefenceiscut.
Settingthisoptiontoavaluegreaterthan0(defaultis0=off)willenableAnti-Bridging.
WhileArmed,aFenceAlarmwilltriggeriftheFenceCurrentrisesORfallsquicklybymorethanthethreshold.AslowchangetotheCurrentwillnottriggeraFenceAlarmuntiltheCurrentismorethantheCurrentAlarmLevel(02x#)
TheAnti-BridgingThresholdisapercentagevalueoftheFenceCurrent.Forexample,settingoption17to50(1750#)willseta50%Anti-BridgingThreshold.AtthislevelaFenceCurrentnormallyreading10AmpswilltriggeraFenceAlarmiftheCurrentquicklyrisestoover15Aorfallstolessthan5A.
Measuringfencecurrenttodetermineifafenceisbridgedwillworkirrespectiveoftheenergizertypepoweringthefence.
Value Function0 None+1 EngageDFD*
Binary Options (16x#)
Value (x) thresholdMinimum0 DisabledMaximum90 90%
Anti-Bridging Threshold (17x#)
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Value Function0 0 seconds
(immediate)1 30 Seconds2 1 Minute3 2 Minutes4 3 Minutes5 4 Minutes6 5 Minutes7 6 Minutes8 7 Minutes9 Disabled – Do
not auto re-armAuto Re-Arm Time (20x#)
6.3.16 Auto re-Arm time (20x#)The Auto Re-Arm Timeoption is identical to thatoftheZseriesofsecurityenergizers.
Thisoptionsets the timewhichmustelapsebeforeanother alarm will sound after the first alarm hastimedout(gonecompletelythroughitscycles).
Ifaneventoccurs(suchasalowfencevoltage)whichtriggers the siren, any other events which wouldotherwisetriggerthesiren(suchasagatealarm)willbeignoredwhilethesirenissoundinganduntilafterthe Auto Re-Arm time has passed.
Asettingof9willdisableautoRe-Arm.
IfthistimeissettolessthantheSiren Off Time,theunitmayre-arminthesirenofftimeandthenumberofsirencycleswillbereduced.
6.3.17 relay FunctionsAll relays can be set to any of theavailablefunctions(userassignable).
Relay1is(21x#)Relay2is(22x#),etc
Defaults for the ZM1:
• Relay1 – Siren• Relay2 – Strobe• Relay3 – Fence1• Relay4 – Armed• Relay5 – General
Note: The siren and strobe switched12V outputs can be used to driveexternalbufferrelays.
Value Function0 Fence 11 Fence1oroff2 Armed 13 GroundVoltage4 GroundVoltageorOff5 Not used6 Bi-Polar7 General8 Siren9 Strobe10 AC Fail11 Low/BadBattery12 Tamper13 Not used14 Gate Alarm15 Siren caused by Gate16 Not used
Relay Functions
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6.3.18 Group Mode (26x#) At this time it is not possible to connect ZM1s into a group.
Since the ZM1 cannot control the pulse timing ofan attached energizer it cannot be grouped for thepurposesofsynchronising.NorcanitbeincludedinagroupwithotherZseriesenergizers.
It may be necessary to change 26 to 1 to enable PC controloftheZM1.
Value Function0 No Group1 Master2 Slave13 Slave24 Slave35 Slave46 Slave57 Slave68 Slave79 Slave8Group Mode (26x#)
Function Logic for alarm state (opposite of normal state)Fence alarm TheZM1isArmedANDthefencevoltagehasfallenbelowtheFence
AlarmVoltageLevel(Option01)formorepulsesthantheMissedPulse Count. Not latched.
Fence alarmoroff
TheZM1isDisarmedORtheZM1isArmedandfencevoltagehasfallenbelowtheFenceAlarmVoltageLevelformorepulsesthantheMissed Pulse Count. Not Latched.
Fence Bipolar Not applicable to the ZM1.
Armed The ZM1 is Armed.General ACfailORTamperORLowbatteryORinternalerror.Latchedfor
internal errors only.
Siren Fencealarm1ORfencealarm2ORGateOrTamper,willtimeoutafterthesirentimeouttime.Thisfunctionislatched.
Strobe Aspersirenbutdoesnottimeout,willremainonuntiltheZM1isDisarmed.Thisfunctionislatched.
AC Fail AlarmonACfail.
Battery Alarmonloworbadbattery.
Tamper Not applicable to the ZM1.
CUSTOMISED CODES
Customer Pin No. ...................
Installer Pin No: ......................
INSTALLER DETAILS
Name ........................................................
Phone No. ................................................
Date Of Installation .................................
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War
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All JVA products carry a 2-year warranty against defective components andworkmanship.Thewarranty excludes damage caused by acts ofNature such aslightning or flooding, power supply surges, rough handling, malicious actions orincorrectwiring.
Whilsteveryefforthasbeenmade tocheck that the informationcontained in thismanual isaccurate,JVATechnologiesPtyLtdwillnotbe liable to lossordamageresulting from construction, operation or failure of any installation or system.Installationofsecurityelectricfencesshouldbemadebytrainedprofessionalswithregardtotherelevantlocalstandardsandworkplacehealthandsafetyrequirements.
Product model purchased: .................................. Serial No.: ..........................
Customer Name: ..................................................................................................
Address: ..................................................................................................
..................................................................................................
..................................................................................................
Postal Code: .......................................
Tel. No.: Cell: ................................ Landline: ....................................
email: ..................................................................................................
Date purchased: ........................................
InvoiceNo.: ........................................
Dealer Name: ..................................................................................................
Dealer’s stamp
7. WARRANTY
Mail to your local JVA Dealer: rsA JVA service Department, P.o. Box 13898, Cascades 3202
republic of south Africa