User's Manual

Digital Monitoring Products iComSL Series Universal Communicator Installation and Programming Guide
28
Appendix
testzonetripsoccur,thetestendsandanalSensorResetautomaticallyoccurs.The
SystemTestEndmessageissenttothereceiveralongwithVerifyandFailmessagesfor
eachzoneunderWALKtest.Faultedzonesthendisplayonthekeypad.
Failed Zones Display
EachzonethatdidnottripatleastonceduringtheWalkTestdisplaysonthekeypad
thatinitiatedthetest.AnyPanic(PN)orSupervisory(SV)24-hourzonethatisfaulted
attheendoftheWalkTestdisplaysatroubleconditionforthatzoneregardlessofthe
message programmed for the open or short condition of the zone and a zone trouble is
senttothereceiver.PresstheCOMMANDkeytodisplaythenextfailedzone.
18.5 Cross Zoning
CautionmustbetakenwhencrosszoningdevicestoensurethattheCrossZoneTimeislongenoughtoallowa
tripofbothzonesbeforeitexpires.ACrossZoneTimethatistooshortmayallowatripofthezonesandonlya
zonefaultreportbesenttotheCentralStation.
WhenaCrossZonedzonetrips,aFAULTreportissenttotheSCS-1RorSCS-VRReceivers.WhentwoCrossZoned
zonestripwithintheCrossZoneTime,bothzonessendALARMsignalstothereceiver.Forexample,ifzones1
and2areCrossZonedzones,andonlyzone1trips,aFAULTreportissenttothereceiverforzone1.Ifzone1
tripsandzone2tripswithintheCrossZoneTime,anALARMreportissenttothereceiverforzone1andzone2.
Note: To operate correctly, all cross-zone zones need to be programmed as the same zone type.
18.6 Z-Wave Information
TheiComSLCZisasecurityenabledZ-Waveproductandisdesignedtobeusedasaprimarycontroller.
TheXFERfeatureallowsanexisting3rdpartynetworktobetransferredintotheiComSLCZ.
TheiComSLCZcansupportZ-Waveproductsfromdifferentvendorsandproductcategories.Itisrecommendedto
use devices listed on the buy.dmp.com site for best performance.
Z-Waveterminology:
• InclusionistheprocessofaddingadevicetotheZ-Wavenetwork.Thenewdeviceis‘included’intothe
Z-Wavenetwork.
• ExclusionistheprocessofremovingadevicefromtheZ-Wavenetwork.Thenewdeviceis‘excluded’from
theZ-Wavenetwork.
• Replicationistheprocessofcopyingnetworkinformationtoanotherdevice(typicallyaZ-Wavecontroller)in
theZ-Wavenetwork.
18.7 Zone 4 Bell Cadence Information
TheiComSLevaluatestherst3.5secondsofbellcadencetimingtodetectthetypeofalarmsent.
Bell cadence types are:
BELL CADENCE ZONE NUMBER TYPE OF MESSAGE
Steady ZONE 4 BURGLARY
Pulse or Temporal 3 ZONE 5 FIRE
Temporal 4 ZONE 6 EMERGENCY OR
CARBON MONOXIDE
Figure 16: Zone 4 Bell Cadence Information
SOUTH LOBBY
ZONE: 10 -FAIL
Steady
Pulse
Temporal 3
Temporal 4
1.0 sec. 1.0 sec. 1.0 sec. 1.0 sec. 1.0 sec.
.5 sec. .5 sec. .5 sec. 1.5 sec. .5 sec..5 sec. .5 sec. .5 sec.
3.5 sec.
Each .1 sec. On
5.0 sec.
On
O
On
O
On
O
On
O
Each .1 sec. O
Each .1 sec. On
Each .1 sec. O