CDVI DGLPTWLC User manual

DGLPTWLC
Group Products
 FRANCAIS
FR
 ENGLISH
EN
MANUELD’INSTALLATION
Lecteurs Proximité intérieur/extérieur - Wiegand
Gamme: Contrôled’Accèsintégré
INSTALLATIONMANUAL
Indoor/Outdoor Proximity Card Readers - Wiegand
Range: Integratedaccesscontrol/

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cdvigroup.com
IP64
-25°C to +55°C
CE Certifi cation
R&TTE Certifi cation
WEEE & RoHS
11121
DGLPTWLC
Indoor/OutdoorProximityCardreaders-Wiegand
INSTALLATION MANUAL
1] GENERAL INFORMATION
Wiegand 26, 30 and 44 bits.
Audible and visual feedback
Direct connection to the controller
through the door controller
(INTBUSW).
Flush mount.
Polycarbonate.
Sealed(resinmoulded).
Connectionby4pair6/10thcable
Inputvoltage:12VAC/DC.
Consumption:100mA.
Conforms to European directive R&TTE 99/5/CE and
according to the harmonised standards : ETS 301 489
and ETS 300-330-1-Ed 2001. Conforms to CEM applied
directives : EN 50133, EN 50130-4.
2] NOTES AND RECOMMENDATIONS
3] MOUNTING KIT
Installation recommendations
Tomaketheinstallationsecure,rememberto:
-installthevaristoronthelockingsystem,inparal-
lelonthesupplycircuit.
-placea120ohmsresistance,betweenAandB,on
thelastdoorcontrolleroftheRS485BUS.
Recommended cable
4pair6/10thcable.
Wiring reminder
Warning: do not route your wires close to cables
carryingahighcurrent(e.g.:230VAC).
Recommended power supplies
Twopowersuppliesaresuitable:
ARD12orBS60.
DGLPTWLC
reader
DGLPTWLC
Screw electronic
box jumper Varistor

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INSTALLATION MANUAL
DGLPTWLC
Indoor/OutdoorProximityCardreaders-Wiegand
DGLPTWLC CENTAUR LINKNET
CT-V900-A LT20PB - LT20PBIP
LT20AC - LT20IP
+Inputvoltage12VDC +12V 12VDC
-
0V R2/0V 0V
H Clock  
D0 Data0 R2/D0 CL
D1 Data1 R2/D1 DA
B Buzzer  
V GreenLED  
R RedLED  
4] CONNECTIONS: DIRECTCONNECTIONTOACONTROLLER
Direct connections to the controller terminal blocks:
OFF/OFF
26bits ON
Centaur
Mode
OFF
Pullup5V
31 2 4
ON/OFF
30bits
OFF
CDVI
Mode
ON
Pullup12V
OFF/ON
44bits
ON/ON
Non
allocated
The buzzer and the LED’s can be controlled
by the reader or by an external device.
Pulls up 12 V or 5V
Opencollectoroutputs:
The controller or the
audio entry system can
manage the LED and the
buzzer to program
other operations.
In standard, when a card or a tag is
placed within the reader the orange
LED is activated and the buzzer
emit a tone. The Centaur controller
can manage the LED and the buzzer
to program other operations.
Selecttheoutputvoltage
accordingtotheinstallation.
DIPSWITCH 1 & 2 POSITIONNING DIPSWITCH 3 POSITIONNING
DIPSWITCH 4
POSITIONNING

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DGLPTWLC
Indoor/OutdoorProximityCardreaders-Wiegand
INSTALLATION MANUAL
5] CONNECTIONS: CONNECTIONTOTHEDOORCONTROLLER(INTBUSW)
Door contact (not used)
Connect E and M
Shielded
cable
Strike
DGLPTWLC
INTBUSW
Electromagnet
Varistor
To other door
controllers (INTBUSW)
Power supply
Two different confi gurations,
are possible:
 12VDConly 
 (Asstandard) 
 Cutthestrap
 12VACor24VDC
DGLPTWLC
8 points terminal blocks:
+ Alimentation12VDC
- 0V
H Clock
D0 Data0
D1 Data1
B Buzzer
V GreenLED
R RedLED
EN
OFF
CDVI
Mode
OFF/ON
44bits
The buzzer and the LED’s
can be controlled by the reader
or by an external device.
The controller or the audio entry system
can manage the LED and the buzzer to program
other operations.
DIPSWITCH 1 & 2
POSITIONNING DIPSWITCH 3 POSITIONNING

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Without jumper : without clock
With jumper : with clock
INSTALLATION MANUAL
DGLPTWLC
Indoor/OutdoorProximityCardreaders-Wiegand
STAND ALONE MODE
TELACCESS
-Dipswitchaddresssetup
-Dip4=ON
DIP SWITCH adressing
1 2 3 4 Mode
ON ON ON ON Frontplate
OFF ON ON ON Reader1
ON OFF ON ON Reader2
OFF OFF ON ON Reader3
ON ON OFF ON Reader4
ST1 (Programming jumper) : Normal
CENTRALIZED MODE
-TERENA,
-UGM-UGL,
-UGP/40
-PDN345BUSPROX
-Addressprogrammingduringinstallation
-Dip4=OFF
ST1 (Programming jumper)
Normal (As standard) Installation
INTBUSW (Door controller)
Terminal block : Motherboard
VInputvoltage-
12 Inputvoltage+
1DataO
2Clock
3Data1
Terminal block : Motherboard
RN/Ccontacteletromagneticlock(+)
CCommoncontactpowersupply(+)
TN/Ocontactelectricrelease
RN/Ccontactalarm
CCommon
TN/Ocontactalarm
+ ~ - InputvoltageDCorAC,12Vor24V
P1 Request-to-enterinput
MCommon(P1etP2)
P2 Request-to-enterinput
EDoorcontact,N/C(Doorclosed)andN/O(Dooropen)
LReaderactivationimput(N/O)readerenabledand(N/C)readerdisabled
MCommon(EandM)or(EandL)
ARS485Bus(AlltheAmustbeconnectedtogetherindaisychain)
BRS485Bus(AlltheBmustbeconnectedtogetherindaisychain)
Terminal block - 3 points : Piggybackboard
7LED>Redcolor
8LED>Greencolor
9Buzzer
EN
OFF
Pullup5V
Pulls up 5V
Opencollectoroutputs:
Selecttheoutputvoltage
.
DIPSWITCH 4
POSITIONNING

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DGLPTWLC
Indoor/OutdoorProximityCardreaders-Wiegand
INSTALLATION MANUAL
6] OUTPUT FORMATS 26, 30 AND 44 BITS WIEGAND
Chronograms
Open collector output with internal pulls up 1K at +5V or +12V according the ST4 position.
26-bit Wiegand Output
ST5 jumper on 1.
Format26-bithexadecimal.Theoutputformatis26-bitWiegand(Signals:DATA1,DATA0andCLOCK)
Theframeismadeof26-bitandbuiltasfollow:
1 - First parity: 1-bit–evenparityfortherst12-bit
 Codeofthebadge:6halfbyterepresentthelast6digitofthecode(4bit=1digitofacode)
 Eachbyteistransferredfrombit7tobit0.
2 - Second parity: 1bit–paritéimpairedes12derniersbits

Bit 1 Bit 2 à bit 25 Bit 26
EvenParityonbit2tobit13 Data(24bit)
OddParityonbit14…bit25

Example: code of the badge is 0100166A37.
1 0001 0110 0110 1010 0011 0111 0
Parity1 1 6 6 A 3 7 Parity2
The code transmitted is in hexadecimal format 166A37
Parity 1: 0 if the number of 1 in bit 2 to bit 13 is even,
1 if the number of 1 in bit 2 to bit 13 is odd.
Parity 2: 0 if the number of 1 in bit 14 to bit 25 is odd,
1 if the number of 1 in bit 14 to bit 25 is even.
0logic
\DATA1
\CLOCK
\DATA0
50µs 50µs 2ms 2ms
1logic
EN

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INSTALLATION MANUAL
DGLPTWLC
Indoor/OutdoorProximityCardreaders-Wiegand
Format Wiegand 30 bits
ST5 jumper on 2.
Signalsoutputinopencollectorswithpullupin30-bithexadecimalformat.Theoutputformatfromthe
proximityreaderis30-bitwiegand(Signal:DATA1,DATA0andCLOCK)andisstructuredasfollow:
1 - First parity : 1bit–evenparityfortherst14-bit
    Code:Acodeisformedfrom7halfbyte.
    Eachbyteistransferredfrombit7tobit0.
2 - Second parity: 1bit–oddparityforthelast14-bit
Bit 1 Bit 2 à bit 29 Bit 30
EvenParityfrombit2tobit15 Data(28-bit) OddParityfrombit16tobit29

Example A: Temic card decimal code: 689905 (in hexadecimal: A86F1).
1 0000 0000 1010 0110 0110 1111 0001 0
Parity1 0 0 A 8 6 F 1 Parity2
The code number of the card is 00A86F1 in hexadecimal
Example B: EM badge hexadecimal code: 0100166A37
1 0000 0000 0001 0001 0110 1011 0110 1
Parité1 0 0 6 6 A 3 7 Parité2
The code transmitted is in hexadecimal format 0166A37
Parity 1: 0 if the number of 1 in bit 2 to bit 15 is even,
1 if the number of 1 in bit 2 to bit 15 is odd.
Parity 2: 0 if the number of 1 in bit 16 to bit 29 is odd,
1 if the number of 1 in bit 16 to bit 29 is even.
44- bit Wiegand Format Output
ST5 jumper on 3.
44-bithexadecimalformat.Theoutputformatfromtheproximityreaderis44-bit(Signal:DATA1,DATA0
andCLOCK)andisstructuredasfollow:
1 - Data: 10digitcodenumberhexadecimalMSByterst.
  Eachhexadecimaldigit=4bit,MSBitrst
2 - LRC : 4bit=orrestrictedinbetweenthedigitofthedata,MSBitrst.
Bit 1 to bit 40 Bit 41 to bit 44
DataMSBitrst LRC
Example A: EM badge hexadecimal code: 01001950C3.
0000 0000 0000 0000 0001 1001 0101 0000 1100 0011 0011
01001950C33
The code number of the card is: 01001950C3 in hexadecimal code.
EN

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DGLPTWLC
Indoor/OutdoorProximityCardreaders-Wiegand
INSTALLATION MANUAL
FixtheDGLPTWLCbox
insidethefrontpanel
(neartheheadmounting
screwhole)withdouble
sided
adhesivetape.
Connectthecable
totheboxandmake
theconnectionstothe
controllerorthepanel.
Feedthecablesthrough
themountingscrew
hole,
andtheninto
themounting nut.
Fixthenuttothehead
studtocompletethe
installation.
Aftercheckingthatthettingkitiscomplete,youcanstartthenalinstallationofyourreader.
7] MOUNTING
8] NOTES
EN

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INSTALLATION MANUAL
DGLPTWLC
Indoor/OutdoorProximityCardreaders-Wiegand
EN

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FR
DGLPTWLC
LecteursProximitéencastrableWiegand-125Khz
1] PRESENTATION DES PRODUITS
2] RAPPELS ET RECOMMANDATIONS
3] KIT DE MONTAGE
MANUEL D’INSTALLATION
Wiegand 26, 30 ou 44 bits.
Signalisation lumineuse et sonore
Connexion directe sur la centrale
ou par l’intermédiaire du
contrôleur de porte (INTBUSW).
Montage encastré.
Polycarbonate.
Etanche(surmoulagerésine).
Raccordementparcâble4paires6/10e.
Alimentation:12VAC/DC.
Consommation:100mA.
Conforme à la directive européenne R&TTE 99/5/CE
et selon les normes harmonisées : ETS 301 489 et ETS
300-330-1-Ed 2001. Conforme aux normes CEM
appliquées : EN 50133, EN 50130-4.
IP64
-25°C à +55°C
Certifi cation CE
Certifi cation R&TTE
DEEE & RoHS
Recommandations d’installation
Poursécuriserl’installation,n’oubliezpasde:
-placerlavaristancesurlesystèmedeverrouillage,
 enparallèle,auniveaudel’alimentation.
-placerunerésistancede120ohms,entreAetB,
 surlederniercontrôleurdeporteduBUSRS485.
Câble préconisés
Câble4paires6/10ème.
Rappel de câblage
Attentiondenepaspasservoslsàproximité
decâbles«Courantfort»(ex:230VAC).
Alimentations préconisées
Deuxalimentationssontadaptées:
ARD12ouBS60.
Tête
DGLPTWLC
DGLPTWLC 11121
Ecrou Boitier Cavalier Varistance