CDVI DGLPWLC, DGLPFNWLC, DGLIWLC, DGLIFWLC Installation Manual
DGLPWLC
DGLPFNWLC
DGLIWLC
DGLIFWLC
Group Products
MANUEL D’INSTALLATION
Lecteurs Proximité intérieur/extérieur - Wiegand
Gamme: Contrôle d’Accès centralisé
INSTALLATION MANUAL
Indoor/Outdoor Proximity Card Readers - Wiegand
Range: Integrated Access Control /
FRANCAIS
FR
ENGLISH
EN
DGLIWLC
DGLPFNWLC
DGLPWLC
DGLIFWLC
2
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EN
DGLPWLC - DGLPFNWLC - DGLIWLC - DGLIFWLC
Proximity Card Readers - Wiegand Output
1] PRODUCTS OVERVIEW
2] RECOMMANDATIONS
3] MOUNTING KIT
Important
To protect the device from back - emf
do not forget to mount the varistor
on the lock in parallel.
Recommended cables
4 twisted pairs 0.6 MM.
Optional
Single gang box mounting plate
for the DGLPFNWLC reader
(Ref: MPLATE).
Environment
When in a humid area or close to
a sea shore, we recommend applying a varnish on the terminals
to avoid oxidation.
Suggested power supplies
ARD12 & BS60
INSTALLATION MANUAL
HIGH RESISTANCE
TO VANDALISM
IP53
-25°C to +70°C
CE Certifi cation
WEEE
Certifi cation FCC CFR 47
part 15 compliance
Varistor
Diax
®
spanner
Diax
®
screw
stainless steel
Brass
anchor
Right cover Left cover
Plastic
anchor
Wood screw
3 x 40 mm
DGLIWLC 1 1 2 2 - - - -
DGLPWLC 1 - - - 2 2 2 2
DGLIFWLC 1 1 2 2 - - - -
DGLPFNWLC 1 - - - 2 2 2 2
Wiegand 26,30 or 44 bits.
Direct connection to the controller
or with the door controller (INTBUSW).
PCB sealed in epoxy.
Audible and visual feedback.
Available in version:
- Polycarbonate standard “VO” (DGLPWLC).
- Stainless steel (DGLIWLC).
DGLPWLC (L x W x D): 103 x 81 x 23mm.
DGLPFNWLC (L x W x D): 139 x 41 x 23mm.
Technology: 125 kHz*.
Multi card protocol reader.
Input voltage: 12V dc.
Consumption: 100mA.
* Complies with European R&TTE directive 99/5/EC and harmonised
standards: ETS 301 489 and ETS
300-330-1-Ed 2001. Complies with
applicable EMC standards:
EN 50133, EN 50130-4.
31 2 4
ON
OFF/OFF
26 bits
ON
Centaur Mode
OFF
Pull up 5V
ON/OFF
30 bits
OFF
CDVI Mode
ON
Pull up 12V
OFF/ON
44 bits
ON/ON
Non allocated
DGLPWLC and DGLIWLC
DGLPFNWLC and DGLIFWLC
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
EN
DGLPWLC - DGLPFNWLC - DGLIWLC - DGLIFWLC
Proximity Card Readers - Wiegand Output
4] WIRING DIAGRAM : DGLPWLC, DGLIWLC, DGLPFNWLC et DGLIFWLC
INSTALLATION MANUAL
3
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Terminal (8 pins)
+ Input voltage 12VDC
- 0V
H Clock
D0 Data 0
D1 Data 1
B Buzzer
V Green LED
R Red LED
Wiring
Red Input voltage 12VDC
Black 0V
Blue Clock
Green Data 0
White Data 1
Brown Buzzer
Yellow Green LED
Orange Red LED
4
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DGLPWLC - DGLPFNWLC - DGLIWLC - DGLIFWLC
Proximity Card Readers - Wiegand Output
INSTALLATION MANUAL
6] OUTPUT FORMATS 26, 30 ET 44 BITS WIEGAND
Chronograms
Open collector output with internal pulls up 1K at +5V or +12V according the ST4 position.
26-bit Wiegand Output
Structure and description of the code :
DGLPWLC - DGLPFNWLC - DGLIWLC - DGLIFWLC > Place the 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 – odd parity for the last 12-bit
Bit 1 Bit 2 to 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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