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