CDVI DGLPWLC User manual

DGLP WLC

DGLP FN WLC

DGLPM WLC

DGLI WLC

DGLIF WLC

Group Products

MANUEL D’INSTALLATION

Lecteurs Proximité intérieur/extérieur - Wiegand

Gamme: Contrôle d’Accès centralisé

INSTALLATION MANUAL

Indoor/Outdoor Proximity Card Readers - Wiegand

Range: Online Access Control /

DGLI WLC

DGLI F WLC

DGLP FN WLC

DGLP WLC

DGLPM WLC

98

77

19,5

140

35 21,5

80,5

104

80,5

23

42

140

23

1

-

1

-

2

-

2

-

2

-

2

-

2

-

2

-

2

-

2

-

2

-

2

-

2

-

2

DGLI WLC

DGLP FN WLCDGLP WLC - DGLPM WLC

DGLI F WLC

53

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Varistor Diax®

spanner

Diax®screw

stainless steel

Brass

anchor Right cover Left cover Plastic

anchor Wood screw

3 x 40 mm

DGLP WLC - DGLP FN WLC - DGLPM WLC - DGLI WLC - DGLI F WLC

Proximity Card Readers - Wiegand Output

1] PRODUCTS OVERVIEW

The DGLP WLC and DGLI WLC are two Wiegand Proximity

card readers, available as standard version and narrow style

(DGLP FN WLC et DGLI F WLC). The DGLM WLC is a Mifare®

reader with similar body than the DGLP WLC. These readers

are sealed with epoxy, therefore they are suitable for external

use and are rated as high resistance to vandalism.

Technical specications:

Completely sealed led with epoxy

Available in:

- stainless steel surface mount (Réf : DGLI WLC),

- stainless steel narrow style surface mount (Réf : DGLI F WLC),

- polycarbonate casing surface mount (Réf : DGLP WLC

et DGLPM WLC),

- polycarbonate casing narrow style surface mount

(Réf : DGLP FN WLC).

Surface mount

26, 30 or 44-bits wiegand output selectable

LED and buzzer (internal or external mode)

Input voltage: 12V DC

Consumption: 100mA

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.

Optional

Single gang box mounting plate

for the DGLP FN WLC reader

(Ref: MPLATE).

Environment

When in a humid area or close

to a sea shore, we recommend

applying a varnish on the termi-

nals to avoid oxidation.

Recommended cables

4 twisted pairs 0.6 MM.

Suggested power supplies

These power supplies are recom-

mended with all the proximity

card readers:

- ARD12

- BS60

-25°C to +70°C

INSTALLATION MANUAL

HIGH RESISTANCE

TO VANDALISM

D698_01

HD0 D1 B

I1 I2

1

Open collector outputs

23

ON

ST4

ST5

OFF

-R

V

+

D695ED2

I1 I2

1

2

3

ON

ST4

ST5

OFF

I1 I2

ON

O

FF

I1 I2

O

N

OFF

I1 I2

ON

OFF

I1 I2

ON

OFF

I1 I2

ON

O

FF

I1 I2

O

N

OFF

I1 I2

ON

OFF

I1 I2

ON

OFF

I1 I2

ON

O

FF

I1 I2

O

N

OFF

I1 I2

ON

OFF

I1 I2

ON

OFF

I1 I2

ON

O

FF

I1 I2

O

N

OFF

I1 I2

ON

OFF

I1 I2

ON

OFF

123

ST5

123

ST5

123

ST5

ST4

123

ST5

123

ST5

123

ST5

ST4

123

ST5

123

ST5

123

ST5

ST4

26 Bits 30 Bits 44 Bits

3

2

1

ST4

ST5

3

2

1

ST4

ST5

3

2

1

ST5

3

2

1

ST4

ST5

3

2

1

ST4

ST5

3

2

1

ST5

3

2

1

ST4

ST5

3

2

1

ST4

ST5

3

2

1

ST5

26 Bits 30 Bits 44 Bits

3

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* Not necessary in 26 bits format for the new

product manufactured since January 2008

(26 bits as standard).

12V 5V No pull up

123

ST5

123

ST5

123

ST5

ST4

123

ST5

123

ST5

123

ST5

ST4

123

ST5

123

ST5

123

ST5

ST4

ST4: Pulls up 12 V or 5V

Open collector outputs:

Select the output voltage

according to the installation.

DGLP WLC - DGLP FN WLC - DGLPM WLC - DGLI WLC - DGLI F WLC

Proximity Card Readers - Wiegand Output

Switches : I1 and I2

The buzzer and the LED’s can be controlled

by the reader or by an external device. They

can be controlled together or separately.

Note: In case the buzzer and the LED’s are

not controlled by a device, when a card is

placed within the RF eld of the reader

and the signal of the card is valid then the

buzzer emit a tone and the LED switches

from Red to Green.

Congurations:

SWITCH I1 = ON

Buzzer External mode (Operations

programmed via the Centaur Access

Control Software or another controller)

SWITCH I1 = OFF

Buzzer Internal mode (Defaults

operations programmed in the reader)

SWITCH I2 = ON

LED External mode (Operations

programmed via the Centaur Access

Control Software or another controller)

SWITCH I2 = OFF

LED Internal mode (Defaults

operations programmed in the reader)

Important: I1 and I2 switches congu-

ration are set when power is applied in

to the reader. Internal mode, B, V and

R inputs are not set.

DGLP WLC and DGLI WLC

Terminal (8 pins) :

+Input voltage 12VDC

-0V

HClock

D0 Data 0

D1 Data 1

BBuzzer

VGreen LED

RRed LED

DGLP FN WLC and DGLI F WLC

Wiring :

Red Input voltage 12VDC

Black 0V

Blue Clock

Green Data 0

White Data 1

Brown Buzzer

Yellow Green LED

Orange Red LED

4] WIRING DIAGRAM : DGLP WLC, DGLI WLC, DGLP FN WLC et DGLI F WLC

ST5 : Wiegand output selection

Output format:

- ST5 in 1: 26 bits Wiegand*

- ST5 in 2: 30 bits Wiegand

- ST5 in 3: 44 bits Wiegand

INSTALLATION MANUAL

DGLP WLC and DGLI WLC

DGLP FN WLC and DGLI F WLC

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DGLP WLC - DGLP FN WLC - DGLPM WLC - DGLI WLC - DGLI F WLC

Proximity Card Readers - Wiegand Output

INSTALLATION MANUAL

ST5

ST6

ST5

ST6

1 1

ST1

ST2

ST1

ST2

ST1

ST2

26 BITS

30 BITS

44 BITS

ST4

1

ST4

1

ST5

ST6

ST5

ST6

1 1

ST1

ST2

ST1

ST2

ST1

ST2

26 BITS

30 BITS

44 BITS

ST4

1

ST4

1

ST5

ST6

ST5

ST6

1 1

ST1

ST2

ST1

ST2

ST1

ST2

26 BITS

30 BITS

44 BITS

ST4

1

ST4

1

ST5

ST6

ST5

ST6

1 1

ST1

ST2

ST1

ST2

ST1

ST2

26 BITS

30 BITS

44 BITS

ST4

1

ST4

1

ST5

ST6

ST5

ST6

1 1

ST1

ST2

ST1

ST2

ST1

ST2

26 BITS

30 BITS

44 BITS

ST4

1

ST4

1

DGLPM WLC

- Terminal (8 pins) :

+Input voltage 12VDC

-0V

HClock

D0 Data 0

D1 Data 1

BBuzzer

VGreen LED

RRed LED

5] WIRING DIAGRAM : DGLPM WLC

ST1-ST2 :

Wiegand output selection

Output format:

- Standard: 26 bits Wiegand

- ST1: 30 bits Wiegand

- ST2: 44 bits Wiegand

ST5-ST6 : LED Control

1

ST2

ST1

ST5

BHD0-

+

C3

-

+

-

+

ST6

ST4

1

Set up jumper in (OV)

with CT-V900-A and

CA-A470-A

26 bits

30 bits

44 bits

Set up jumper

in (+5V)

ST4: Pulls up 12 V ou 5V

Open collector outputs:

Select the output voltage

according to the installation.

Pulls up on 12 V

Pulls up on 5 V

No pull up

ST5

ST6

ST5

ST6

1 1

ST1

ST2

ST1

ST2

ST1

ST2

26 BITS

30 BITS

44 BITS

ST4

1

ST4

1

ST5

ST6

ST5

ST6

1 1

ST1

ST2

ST1

ST2

ST1

ST2

26 BITS

30 BITS

44 BITS

ST4

1

ST4

1

ST5

ST6

ST5

ST6

1 1

ST1

ST2

ST1

ST2

ST1

ST2

26 BITS

30 BITS

44 BITS

ST4

1

ST4

1

5

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DGLP WLC - DGLP FN WLC - DGLPM WLC - DGLI WLC - DGLI F WLC

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 :

- DGLP WLC - DGLP FN WLC - DGLI WLC - DGLI F WLC > Place the ST5 jumper on 1

- DGLPM WLC > Without jumper on ST1-ST2.

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

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DGLP WLC - DGLP FN WLC - DGLPM WLC - DGLI WLC - DGLI F WLC

Proximity Card Readers - Wiegand Output

30-bit Wiegand Output

Structure and description of the code :

- DGLP WLC - DGLP FN WLC - DGLI WLC - DGLI F WLC > Place the ST5 jumper on 2

- DGLPM WLC > Jumper on ST1.

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

Parity 1 0 0 6 6 A 3 7 Parity 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

- DGLP WLC - DGLP FN WLC - DGLI WLC - DGLI F WLC > Place the ST5 jumper on 3

- DGLPM WLC > Jumper on ST2.

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 à bit 40 Bit 41 à 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.

INSTALLATION MANUAL

7

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(x2)

1 2 3

41 2 3

DGLP WLC - DGLP FN WLC - DGLPM WLC - DGLI WLC - DGLI F WLC

Proximity Card Readers - Wiegand Output

INSTALLATION MANUAL

Measure and mark the

center lines to determine

the reader position. Drill

the xing screw holes

(Diametre: 4MM for the

mounting plate and 6MM

for the reader). Drill the

wiring access area.

DGLI WLC

Insert the brass an-

chors in the mounting

holes, connect the cable

to the terminal block,

then fasten the reader

with the DIAX®screws

using the DIAX®span-

ner. Make sure that the

varistor is connected on

the lock (refer to page 2

«Recommendations»).

DGLP WLC et DGLPM WLC

Insert the plastic an-

chors in the mounting

holes, connect the

cable to the terminal

block, Then fasten the

reader with the wooden

screws Leave an area

to access the cable to

make

the wiring). Put the

covers on top of the reader.

Make sure that the va-

ristor is connected on

the lock (refer to page 2

«Recommendations»).

Measure and mark

the center lines to de-

termine the reader

position. Drill the xing

screw holes (Diametre:

4MM for the mounting

plate and 6MM for the

reader). Drill the wiring

access area.

DGLI F WLC

Insert the brass an-

chors in the mounting

holes, connect the

cable to the connectors,

then fasten the reader

with the DIAX®screws

using the DIAX®span-

ner. Make sure that the

varistor is connected on

the lock (refer to page 2

«Recommendations»).

DGLP FN WLC

Insert the plastic an-

chors in the mounting

holes, connect the

cable to the terminal

block, then fasten the

reader with the wooden

screws. Put the covers

on top of the reader.

Make sure that the

varistor is connected on

the lock (refer to page 2

«Recommendations»).

Optional (MPLATE)

Single gang box moun-

ting plate for the

DGLP FN WLC mullion

polycarbonate proximity

card reader.

Ref : DGLP FN WLC and DGLI F WLC

Make sure that there are no pieces missing in the mounting kit. Get the right tools according to the installation

type (Drill, screw drivers, metre tape,...) and follow the mounting instructions of the reader.

7] MOUNTING INSTRUCTIONS

Ref : DGLP WLC, DGLPM WLC and DGLI WLC

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................................................................................................................

8] NOTES

DGLP WLC - DGLP FN WLC - DGLPM WLC - DGLI WLC - DGLI F WLC

Proximity Card Readers - Wiegand Output

INSTALLATION MANUAL

Lecteur

DGLI WLC

Lecteur

DGLI F WLC

Lecteur

DGLP FN WLC

Lecteurs DGLP WLC

et DGLPM WLC

98

77

19,5

140

35 21,5

80,5

104

80,5

23

42

140

23

1

-

1

-

2

-

2

-

2

-

2

-

2

-

2

-

2

-

2

-

2

-

2

-

2

-

2

DGLI WLC

DGLP FN WLC

DGLP WLC et DGLPM WLC

DGLIF WLC

53

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DGLP WLC - DGLP FN WLC - DGLPM WLC - DGLI WLC - DGLI F WLC

Lecteurs Proximité Wiegand

Varistance Outils

Diax®

Vis Diax®Inox

5 x 35 mm

Cheville

métal Cache vis

droit Cache vis

gauche Cheville

plastique Vis à bois

3 x 40 mm

1] PRESENTATION DES PRODUITS

Le DGLP WLC et DGLI WLC sont des lecteurs auxiliaires proxi-

mité Wiegand, également disponible en version étroite (DGLP FN

WLC et DGLI F WLC). Le lecteur DGLPM WLC, quand à lui, est un

lecteur Mifare®Wiegand. Ces lecteurs sont résinés et sont donc

appropriés pour un environnement extérieur.

Caractéristiques techniques :

Complètement étanche : surmoulage avec résine spéciale.

Lecteur auxiliaire déporté, disponible en version :

- inox saillie (Réf : DGLI WLC),

- inox saillie étroit (Réf : DGLI F WLC),

- polycarbonate saillie (Réf : DGLP WLC et DGLPM WLC),

- polycarbonate saillie étroit (Réf : DGLP FN WLC).

HRV : Haute Résistance au Vandalisme.

Raccordements : câble 4 paires 6/10e.

Voyant lumineux : pour indiquer l’état du lecteur (alarmes,

prise en compte du badge, attente de lecture) en mode

interne ou externe.

Signal sonore : buzzer en mode interne ou externe.

Sorties en collecteur ouvert, mode interne

ou externe (Clock, Data 0 et Data 1) : 26, 30 ou 44 bits.

Alimentation : 12 V DC.

Consommation : 100 mA.

2] RAPPELS ET RECOMMANDATIONS

3] KIT DE MONTAGE

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.

Option

Il existe une plaque d’adaptation

en option pour le DGLP FN WLC.

Câble préconisés

Câble 4 paires 6/10ème.

Environnement

Si vous installez ces lecteurs

dans un environnement marin/

salin, il est préconisé de passer

du vernis en bombe sur les

contacts après câblage an de

prévenir le risque d’oxydation.

Alimentations préconisées

Il existe deux alimentations

adaptées pour ces lecteurs

«proximité» Wiegand :

- ARD12

- BS60

-25°C à +70°C

Haute Résistance

au Vandalisme

MANUEL D’INSTALLATION

D698_01

HD0 D1 B

I1 I2

1

Open collector outputs

23

ON

ST4

ST5

OFF

-R

V

+

D695ED2

I1 I2

1

2

3

ON

ST4

ST5

OFF

I1 I2

ON

O

FF

I1 I2

O

N

OFF

I1 I2

ON

OFF

I1 I2

ON

OFF

I1 I2

ON

O

FF

I1 I2

O

N

OFF

I1 I2

ON

OFF

I1 I2

ON

OFF

I1 I2

ON

O

FF

I1 I2

O

N

OFF

I1 I2

ON

OFF

I1 I2

ON

OFF

I1 I2

ON

O

FF

I1 I2

O

N

OFF

I1 I2

ON

OFF

I1 I2

ON

OFF

123

ST5

123

ST5

123

ST5

ST4

123

ST5

123

ST5

123

ST5

ST4

123

ST5

123

ST5

123

ST5

ST4

26 Bits 30 Bits 44 Bits

3

2

1

ST4

ST5

3

2

1

ST4

ST5

3

2

1

ST5

3

2

1

ST4

ST5

3

2

1

ST4

ST5

3

2

1

ST5

3

2

1

ST4

ST5

3

2

1

ST4

ST5

3

2

1

ST5

DGLP WLC et DGLI WLC

26 Bits 30 Bits 44 Bits

DGLP FN WLC et DGLI F WLC

10 cdvi.com

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DGLP WLC - DGLP FN WLC - DGLPM WLC - DGLI WLC - DGLI F WLC

Lecteurs Proximité Wiegand

Switches : I1 et I2

Vous avez la possibilité de gérer le

buzzer et les voyants en interne ou en

externe. Chacune de ces fonctions est

indépendante mais elles peuvent être

associées.

Exemples : lorsque les deux fonctions

sont en mode interne, le passage d’un

badge déclenche le buzzer et la LED

passe de l’état «Rouge» à «Vert».

Programmation :

SWITCH I1 = ON

Buzzer commande externe

SWITCH I1 = OFF

Buzzer mode interne

SWITCH I2 = ON

Voyant commande externe

SWITCH I2 = OFF

Voyant mode interne

Important : Les switches I1 et I2 sont

pris en compte à la mise sous tension.

En mode interne, les entrées B, V et R

ne sont pas prises en compte.

DGLP WLC et DGLI WLC

Bornier 8 points :

+Alimentation 12V DC

- 0 V

H Clock

D0 Data 0

D1 Data 1

B Buzzer

VVoyant vert

R Voyant rouge

DGLP FN WLC et DGLI F WLC

Raccordements :

Rouge Alimentation 12V DC

Noir 0 V

Bleu Clock

Vert Data 0

Blanc Data 1

Marron Buzzer

Jaune Voyant vert

Orange Voyant rouge

ST4 : Pulls up 12 V ou 5V

Pour les sorties à collecteur

ouvert,

il y a deux niveaux

de sorties possibles :

Ce strap permet à l’utilisateur

de choisir la tension de sortie

en fonction de l’installation.

4] SCHÉMA DE RACCORDEMENTS : DGLP WLC, DGLI WLC, DGLP FN WLC et DGLI F WLC

ST5 : Sélection de sortie

Wiegand

Il y a 3 types de sorties

Wiegand :

- ST5 en 1 : Sortie Wiegand 26 bits

- ST5 en 2 : Sortie Wiegand 30 bits

- ST5 en 3 : Sortie Wiegand 44 bits

MANUEL D’INSTALLATION

* Pas nécessaire pour les produits sortis

d’usine après janvier 2008 (Sans cavaliers

= 26 bits en standard)

12V 5V No pull up

123

ST5

123

ST5

123

ST5

ST4

123

ST5

123

ST5

123

ST5

ST4

123

ST5

123

ST5

123

ST5

ST4

CDVI DGLPWLC User manual

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