Cdvi Kcproxwlc User manual

KCPROX WLC

Group Products

MANUEL D’INSTALLATION

INSTALLATION MANUAL

Lecteur double technologie Proximité/Digicode®- Wiegand

Range: Integrated Access Control /

FR

EN

Dual Technology Digicode®/Proximity Reader - Wiegand

MANUEL D’INSTALLATION

Gamme : Contrôle d’Accès Intégré

1] PRODUCT PRESENTATION

2] NOTES & RECOMMENDATIONS

Wiring reminder

- In the case of direct connection to the CT-V900-A

(CENTAUR) central controller or one of the

LINKNET door controllers, the KCPROX WLC must

be installed within a maximum distance of 50 m.

- In other cases, the distance between

the KCPROX WLC and the (INTBUSW) door

controller must be within a maximum of 50 m

and the distance between the central controller

or panel and the last (INTBUSW) door controller

may be up to 1200 m maximum.

- Take care not to pass your wires close

to «High voltage» cables (e.g.: 230 V AC).

- 2 pairs of cables (4 strand) SYT1 8/10ths

(Shielded cables).

Mounting recommendations

To optimise the mounting of the KCPROX WLC and

to combat attempted tampering, it should be  tted

on a ﬂ at surface.

Back EMF protection

To protect the installation, remember to:

- install the varistor in parallel on the locking

system power supply side,

- install a 120 ohm resistor between A and B

on the last BUS RS485 door controller.

Security

- For security reasons, change the factory default

master code.

- When selecting a master code and user code

avoid simple codes (example : 3 4 5 6 7).

IP64 -25°C à +70°C

CE Certiﬁ cation

WEEE & RoHS

Environmental tests:

vibrations

Dual technology:

- Proximity reader,

- Digicode® keypad.

Output formats:

- Wiegand,

- CDVI format,

- ISO Track 2 format.

Stainless steel.

Narrow: Ideal for installation

on aluminium proﬁ le.

Backlit.

Recommended for activating

and deactivating your alarm system.

Surface-mount.

Installation with Diax®screws.

Audible and visual feedback.

Dimensions (L x W x D): 190 x 43 x 27mm.

Power supplies: 12V dc.

Consumptions: 120mA.

HIGH RESISTANCE

TO VANDALISM

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KCPROX WLC

Dual Technology Digicode®/Proximity reader - Wiegand

MANUEL D’INSTALLATION

1 2 3 4

3] MOUNTING KIT

4] MOUNTING INSTRUCTIONS

Place the back plate on the

wall then mark with a pen

the hole location then drill

the 2 mounting holes and

the hole wiring access.

Insert the 2 plastic anchors

in the holes.

Mount the back plate

of the KCPROX WLC with

the screw on the wall.

Insert the cable in the hole

access area of the back

plate. Then mount the

keypad on the back plate.

Fasten the KCPROX WLC

keypad to the back plate

with the M5x8 Diax®screw

and T20 Diax® spanner

hardware.

(M5x8

Diax®

screw) T20 Diax®

Spanner Plastic

anchors

mounting screws

(M4x30)

KCPROX WLC 1122

5] CONNECTIONS: DIRECT CONNECTION TO THE TERMINAL BLOCKS OF A CONTROLLER

Controller terminal wirings

Wiegand

outputs CDVI

Cables

Wiegand format

outputs

ISO2 format

Outputs CDVI format

Outputs CT-V900-A

LT20PB

LT20PBIP LT20AC

LT20IP UCA3

PROMI1000

PROMI1000PC

RED Input voltage

12VDC Input voltage

12VDC +12V 12 V DC 12 V DC 12 V DC 12 V DC

BLACK 0V 0V 0V R2/0V 0 V 0 V 0 V 0 V

BROWN Buzzer command

input Buzzer command

input OUT2

GREEN DATA 0 CODE R2/D0 CL CL

WHITE DATA 1 DATA R2/D1 DA DA

BLUE CLOCK CLOCK CDVI – 1 WIRE 8 ou 18 1

PURPLE PROGRAMMING PROGRAMMING PROGRAMMING

YELLOW GREEN LED GREEN LED GREEN LED OUT1

ORANGE RED LED RED LED RED LED

KCPROX WLC

Dual Technology Digicode®/Proximity reader - Wiegand

MANUEL D’INSTALLATION

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KCPROX WLC

Dual Technology Digicode®/Proximity reader - Wiegand

MANUEL D’INSTALLATION

6] CONNECTIONS: CONNECTION WITH THE (INTBUSW) DOOR CONTROLLER

Door contact (not used)

Connect E and M

Shielded

cable

Strike

Black

Yellow

Orange

Red

Blue

Purple

For the

programming

connect the

purple cable

with the black

cable.

Green

brown

White

KCPROX WLC INTBUSW

Magnet

Varistor

To other door controllers

(INTBUSW)

Power supply

Two different conﬁ gurations,

are possible:

12VDC only

(As standard)

Cut the strap

12VAC or 24VDC

KCPROX WLC

Red

12VDC

Black

0V

Brown Buzzer command input

Green Data 0

White Data 1

Blue Clock

Purple Programming

Yellow Green LED

Orange Red LED

KCPROX WLC

Dual Technology Digicode®/Proximity reader - Wiegand

MANUEL D’INSTALLATION

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Without jumper : without clock

With jumper : with clock

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 (Contrôleur de porte)

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

RN/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

8] PROGRAMMING

For the programming

connect the purple cable

with the black cable.

Switch the power supply

off then switch it on.

2 beeps are emitted

Red LED ON

1 beep

Green LED ON

1 beep = OK

Green LED ON

4 beeps = Error

Enter the illumination

time in seconds or

“00” for a permanent

illumination.

A0

Programming

the illumination

1 beep = OK

Green LED ON

4 beeps = Error

1 beep

Green LED ON

Enter:

- 1 = Wiegand

26-bit format

- 2 = CDVI format

- 3 = ISO Track 2

format

A1

Programming

the output

format

1 beep = OK

Green LED ON

4 beeps = Error

1 beep

Green LED ON

Enter:

4, 5 or 6 to specify the

number of digits.

A2

Programming

the number

of digits

1 beep = OK

Green LED ON

4 beeps = Error

1 beep

Green LED ON

Enter: 26, 30 or 44

to deﬁ ne the Bit number

of the Wiegand format

A3

Programming the

Bit format

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KCPROX WLC

Dual Technology Digicode®/Proximity reader - Wiegand

MANUEL D’INSTALLATION

For the programming connect

the purple cable with the black

cable. Switch the power supply

off then switch it on.

2 beeps are emitted

1 beep = OK

Green LED ON

4 beeps = Error

1 beep

Green LED ON

A5

Programming

for decimal or

hexadecimal mode

Enter:

- 0 = for decimal

mode

- 1 = for

hexadecimal

mode

1 beep = OK

Green LED ON

4 beeps = Error

1 beep

Green LED ON

A4

Programming

Centaur or CDVI

mode

Enter :

- 0 = Centaur mode

- 1 = CDVI mode

1 beep = OK

Green LED ON

4 beeps = Error

1 beep

Green LED ON

A6

Programming

the audible signal

Enter:

- 0 = disable the

keypad beeps

- 1 = Enable the

keypad beeps

KCPROX WLC

Dual Technology Digicode®/Proximity reader - Wiegand

MANUEL D’INSTALLATION

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A3

A] ENTRY IN PROGRAMMING

1. Enter in programming:

- Swich the power supply off,

- Connect the purple cable with the black cable,

- Switch the power supply on.

2. Two beeps are emitted to con rm entry

in programming:

- The keypad is illuminated.

- The red LED is ON.

Note: The command control of the buzzer

is not possible in programming mode.

B] ILLUMINATION DURATION

1. Enter in programming*.

2. Press A0 to program the illumination duration :

- One beep is emitted.

- The Green LED is lighting up during 1 second.

- Enter the time in seconds,

10 for 10 seconds to 99 for 99 seconds

or enter 00 for a permanent illumination.

- One beep is emitted to con rm

the illumination duration.

3. Disconnect the purple cable with the black cable:

Two beeps are emitted to con rm exit

from programming.

C] OUTPUT FORMAT

1. Enter in programming*.

2. Press A1 to enter in the output format menu:

- One beep is emitted.

- The Green LED is lighting up during 1 second.

- Press 1 to select 26-bit wiegand output format

- Press 2 to select CDVI output format

- Press 3 to select ISO Track 2 output format

- One beep is emitted to con rm programming.

- The Green LED is lighting up during 1 second.

3. Disconnect the purple cable with the black cable:

Two beeps are emitted to con rm exit

from programming.

D] CODE LENGTH

1. Enter in programming*.

2. Press A2 to enter in the code length

setting menu:

- One beep is emitted.

- The Green LED is lighting up during 1 second.

- Press 4 for a 4-digit user code, press 5

for a 5-digit user code or press 6 for a 6-digit

user code.

- One beep is emitted to con rm programming.

- The Green LED is lighting up during 1 second.

3. Disconnect the purple cable with the black cable:

Two beeps are emitted to con rm exit

from programming.

E] PROGRAMMING THE BIT FORMAT

1. Enter in programming*.

2. Press A3 to select the Bit format:

- One beep is emitted.

- The Green LED is lighting up during 1 second.

- Enter 24, 30 or 44 to de ne the bit format.

A0

A1

A2

Default values

- Illumination duration: 10 seconds,

- User code lenght: 5 digits,

- 26 bit wiegand output,

- Buzzer disabled,

- Decimal mode.

Audible Signal

- 1 short beep > keypad powered

and key presses,

- 1 long beep > data computing

in programming,

- 2 short beeps > Entry or Exit

from programming,

- 4 short beeps > data computing error.

Code Length

- The user code must be in 4, 5 or 6 digits,

- In decimal mode, all the keypad keys can be

used to program a user code except the B key,

- In hexadecimal mode, all the keypad keys

can be used to program a user code

except the A and B key,

- Enter the user code and then B to validate

the code.

* Refer to the chapter «Entry in programming».

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KCPROX WLC

Dual Technology Digicode®/Proximity reader - Wiegand

MANUEL D’INSTALLATION

A4

A5

A6

Buzzer + LED Off

Buzzer + LED On

OV

- One beep is emitted to con rm programming.

- The Green LED is lighting up during 1 second.

3. Disconnect the purple cable with the black cable:

Two beeps are emitted to con rm exit

from programming.

F] PROGRAMMING CENTAUR OR CDVI MODE

1. Enter in programming*.

2. Press A4 to select the mode:

- One beep is emitted.

- The Green LED is lighting up during 1 second.

- Press 0 for a Centaur mode or press 1

for a CDVI mode.

- One beep is emitted to con rm programming.

- The Green LED is lighting up during 1 second.

3. Disconnect the purple cable with the black cable:

Two beeps are emitted to con rm exit

from programming.

G] DECIMAL OR HEXADECIMAL MODE

1. Enter in programming mode*.

2. Press A5 to enter in the mode

setting menu:

- One beep is emitted.

- The Green LED is lighting up during 1 second.

- Press 0 for a decimal mode, press 1

for a hexadecimal mode.

- One beep is emitted to con rm programming.

- The Green LED is lighting up during 1 second.

3. Disconnect the purple cable with the black cable:

Two beeps are emitted to con rm exit

from programming.

H] AUDIBLE SIGNAL

1. Enter in programming*.

2. Press A6:

- One beep is emitted.

- The Green LED is lighting up during 1 second.

- Press 0 to disable the audible signal.

- Press 1 to enable the audible signal.

- One beep is emitted to con rm programming.

- The Green LED is lighting up during 1 second.

3. Disconnect the purple cable with the black cable:

Two beeps are emitted to con rm exit

from programming.

I] EXTERNAL CONTROL OF THE LED & BUZZER

The buzzer can be activated from an external input.

The control is done with a logic signal on the input.

Centaur Mode

LED off. One beep is emitted + Orange LED when

the code is entering. The Buzzer and LED intputs

are activated.

CDVI Mode

LED off. The Buzzer and LED intputs are activated.

* Refer to the chapter «Entry in programming».

9] 26-BIT WIEGAND FORMAT

Chronograms

0 logic

\DATA1

\CLOCK

\DATA0

1 logic

50

µs 50

µs

2ms 2ms

KCPROX WLC

Dual Technology Digicode®/Proximity reader - Wiegand

MANUEL D’INSTALLATION

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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.

10] 30-BIT WIEGAND FORMAT

INTERFACE

- The output format is 26-bit Wiegand (Signals: DATA1, DATA0 and CLOCK),

- Output signal in open collectors (pull up of 2.2K in +5V) 26-bit hexadecimal output format.

The frame is made of 26-bit and built as follow:

- First parity: 1-bit – even parity for the  rst 12-bit,

- User Code: 3 half of a byte represent the code entered. Each byte is transferred from bit 7 to bit 0,

- Second parity: 1-bit – odd parity for the last 12-bit.

Bit 1 Bit 2 … bit 25 bit 26

Even parity on bit 2…bit13 Data (24 bits)

Odd parity on bit 14…bit 25

EXAMPLE A 4-DIGIT CODE: « 1 3 5 0 » Then « B »

1 0000 0000 0001 0011 0101 0000 1

Parity 1 0 0 1 3 5 0 Parity 2

The code is transmitted in hexadecimal: 001350

EXAMPLE A 5-DIGIT CODE: « 7 1 3 5 0 » Then « B »

1 0000 0111 0001 0011 0101 0000 1

Parity 1 0 7 1 3 5 0 Parity 2

The code is transmitted in hexadecimal: 071350

EXAMPLE A 6-DIGIT CODE: « 6 7 1 3 5 0 » Then « B »

1 0000 0000 0001 0011 0101 0000 1

Parity 1 0 0 1 3 5 0 Parity 2

The code is transmitted in hexadecimal: 671350

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.

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KCPROX WLC

Dual Technology Digicode®/Proximity reader - Wiegand

MANUEL D’INSTALLATION

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

0 0000 0001 0110 0110 1010 2011 0111 1

Parité 1 0 1 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.

11] 44-BIT WIEGAND FORMAT

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

Badge code 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.

KCPROX WLC

Dual Technology Digicode®/Proximity reader - Wiegand

MANUEL D’INSTALLATION

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11] ISO 7811 TRACK 2 FORMAT

SS Characters ES LRC

SS = start sentinel > Hex B

ES = end sentinel > Hex F

LRC = Ou Exclusif de tous les caractères de la trame (including SS and ES)

The code length is set at 8 digits:

- In 4 digits > 00001234

- In 5-digits > 00012345

- In 6-digits > 00123456

Each digit is made of 5 bits: 4 bits data + 1 bit parity

Characters B4 B3 B2 B1 Parity

000001

100010

200100

300111

401000

501011

601101

701110

810000

910011

A10101

B = SS 10110

C11001

D = FD 11010

E11100

F = ES 11111

/Présence

/Data

/Clock

10] PROPRIETARY FORMAT OWNED BY CDVI

This format is compatible with other CDVI products (Contact us).

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KCPROX WLC

Dual Technology Digicode®/Proximity reader - Wiegand

MANUEL D’INSTALLATION

14] NOTES

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

KCPROX WLC

Dual Technology Digicode®/Proximity reader - Wiegand

MANUEL D’INSTALLATION

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KCPROX WLC

Lecteur double Technologie Proximité/Digicode®- Wiegand

MANUEL D’INSTALLATION

1] PRESENTATION DU PRODUIT

2] RAPPELS ET RECOMMANDATIONS

Rappel de câblage

- Dans le cas d’une connexion directe à la centrale

CT-V900-A (CENTAUR) ou une des centrales

LINKNET, le KCPROX WLC doit être placé

à une distance maximale de 50 m.

- Dans les autres situations, la distance entre le

KCPROX WLC et le contrôleur de porte (INTBUSW)

doit être de 50 m maximum. et la distance entre

la centrale ou platine jusqu’au dernier contrôleur

de porte (INTBUSW) peut atteindre 1200 m maximum.

- Attention de ne pas passer vos  ls à proximité

de câbles «Courant fort» (ex: 230 V AC).

- Câbles préconisés entre le KCPROW WLC

et l’interface BUS (INTBUSW) : Câbles 2 paires

(4  ls) SYT1 8/10ème.

Montage

A n d’optimiser la  xation du KC PROX WLC

et de prévenir les tentatives d’arrachage,

privilégiez les surfaces planes.

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.

Composition des codes

- Par soucis de sécurité, veillez à modi er le code

maître usine par celui de votre choix.

- Lors du changement du code maître usine

et de la création des codes utilisateurs, évitez

les codes trop simples (ex: les suites 3 4 5 6 7).

IP64 -25°C à +70°C

Certiﬁ cation CE

DEEE & RoHSTest vibrations

Double technologie :

- Lecteur proximité,

- Digicode®.

Format de sorties :

- Wiegand,

- CDVI,

- ISO Track 2.

Inox.

Etroit : Idéal pour la pose

sur proﬁ l Aluminium.

Rétro-éclairé.

Préconisé pour l’activation

et la désactivation de votre système

d’alarme.

Pose en applique.

Montage avec vis Diax®.

Carte électronique résinée.

Signalisation lumineuse et sonore.

Dimensions (L x l x P) : 190 x 43 x 27 mm.

Alimentations : 12 V DC.

Consommations : 120 mA.

HAUTE RÉSISTANCE

AU VANDALISME

1 2 3 4

KCPROX WLC

Lecteur double Technologie Proximité/Digicode®- Wiegand

MANUEL D’INSTALLATION

3] KIT DE MONTAGE

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4] MONTAGE

Prenez les côtes du support

de ﬁ xation du KCPROX WLC

et percez la surface du mur.

Prévoyez la sortie des câbles,

cachés dans la surface.

Vissez le support de ﬁ xation

dans la surface

à l’aide des 2

vis et chevilles fournies

.

C

âblez le KCPROX WLC

(Schéma page suivante) et

positionnez le sur le support

de ﬁ xation.

Pour ﬁ naliser la ﬁ xation du

KCPROX WLC, utilisez la vis

et l’outil Diax®.

Vis Diax® à tête fraisée

(M5x8) Clé mâle coudée pour vis

Diax®Cheville plastique Vis cruciforme à tête

fraisée (M4x30)

KCPROX WLC 1122

5] RACCORDEMENTS CONNEXION DIRECTE AUX BORNIERS D’UNE CENTRALE

Raccordement aux bornier des centrales

Format Wiegand Format CDVI

Câbles Sorties

Format Wiegand

Correspondances

Format ISO2 Correspondances

Format CDVI CT-V900-A

LT20PB

LT20PBIP LT20AC

LT20IP UCA3

PROMI1000

PROMI1000PC

ROUGE Alimentation

12 V DC Alimentation

12V DC Alimentation

12V DC +12V 12 V DC 12 V DC 12 V DC 12 V DC

NOIR Alimentation 0V Alimentation 0V Alimentation 0V R2/0V 0 V 0 V 0 V 0 V

MARRON Commande

extérieur du buzzer Commande

du buzzer Commande

du buzzer OUT2

VERT DATA 0 CODE R2/D0 CL CL

BLANC DATA 1 DATA R2/D1 DA DA

BLEU CLOCK CLOCK CDVI – 1 WIRE 8 ou 18 1

VIOLET PROGRAMMATION PROGRAMMATION PROGRAMMATION

JAUNE VOYANT VERT VOYANT VERT VOYANT VERT OUT1

ORANGE VOYANT ROUGE VOYANT ROUGE VOYANT ROUGE

KCPROX WLC

Lecteur double Technologie Proximité/Digicode®- Wiegand

MANUEL D’INSTALLATION

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6] RACCORDEMENTS CONNEXION AVEC CONTRÔLEUR DE PORTE (INTBUSW)

Si vous ne souhaitez

pas de gestion de l’etat

porte : Relier E et M

Câble

blindage

Gâche

Noir

Jaune

Orange

Rouge

Bleu

Violet

Connexion

Câble Violet

et Noir pour la

programmation

vert

Marron

Blanc

KCPROX WLC INTBUSW

Ventouse

Varistance

Vers d’autres contrôleur

de portes (INTBUSW)

Alimentation

Pour l’alimentation,

il y a deux modes possibles :

12 V DC uniquement

(Con guration usine)

Coupez le strap

12 V AC ou 24 V DC

KCPROX WLC

Rouge Alimentation 12V DC

Noir Alimentation 0V

Marron Commande du buzzer

Vert Data 0

Blanc Data 1

Bleu Clock

Violet Programmation

Jaune Voyant vert

Orange Voyant rouge

KCPROX WLC

Lecteur double Technologie Proximité/Digicode®- Wiegand

MANUEL D’INSTALLATION

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Sans cavalier : sans clock

Avec cavalier : avec clock

MODE AUTONOME

TELACCESS

- Programmation de l’adresse par dipswitch

- Dip4 = ON

Adressage DIPSWITCH

1 2 3 4 Mode

ON ON ON ON Façade

OFF ON ON ON Lecteur 1

ON OFF ON ON Lecteur 2

OFF OFF ON ON Lecteur 3

ON ON OFF ON Lecteur 4

ST1 (Cavalier de programmation) : Normal

MODE CENTRALISÉ

- TERENA,

- UGM-UGL,

- UGP/40

- PDN345BUSPROX

- Programmation de l’adresse par installation

- Dip4 = OFF

ST1 (Cavalier de programmation)

Normal (Conﬁ g. usine) Installation

INTBUSW (Contrôleur de porte)

Bornier 5 points : Carte mère

VAlimentation -

12 Alimentation +

1Data O

2Clock

3Data 1

Bornier 16 points : Carte mère

RContact N.F porte Ventouse (+)

CContact commun + Alimentation

TContact N.O porte Gâche

RContact N.F alarme

CContact commun

TContact N.O alarme

+ ~ - Alimentation DC ou AC 12 V ou 24 V DC

P1 Bouton poussoir intérieur

MMasse commune ( P1 et P2 )

P2 Bouton poussoir extérieur

EContact fermeture porte, N.F. (Porte fermée) et N.O. (Porte ouverte)

LContact autorisation lecture du badge (N.O) autorisée et (N.F) interdite

MMasse commune ( E et M ) ou (E et L)

ABus RS485 (tous les A doivent être reliés entre eux sous la forme d’une chaîne)

BBus RS485 (tous les B doivent être reliés entre eux sous la forme d’une chaîne)

Bornier 3 points : Carte  lle

7Signalisation > couleur rouge

8Signalisation > couleur verte

9Buzzer

8] PROGRAMMATION

Connexion du câble

Violet et Noir

pour entrer en

programmation.

Coupez l’alimentation

puis rétablissez-la.

2 bips sonores

LED rouge ON

1 bip

LED verte ON

1 bip = OK

LED verte ON

(4 bips = Erreur)

Tapez la durée

de commande en

secondes ou “OO”

pour un éclairage

permanent

A0

Programmation

de l’éclairage

1 bip = OK

LED verte ON

(4 bips = Erreur)

1 bip

LED verte ON

Tapez :

- 1 = Wiegand 26 bits

- 2 = Format CDVI

- 3 = Format ISO

Track 2

A1

Programmation

du format de

sortie

1 bip = OK

LED verte ON

(4 bips = Erreur)

1 bip

LED verte ON

Tapez 4, 5 ou 6

pour déﬁ nir le nombre

de termes.

A2

Programmation

du nombre

de termes

1 bip = OK

LED verte ON

(4 bips = Erreur)

1 bip

LED verte ON

Tapez : 26, 30 ou 44

pour le nombre de bits

du code Wiegand.

A3

Programmation

du nombre de bits

KCPROX WLC

Lecteur double Technologie Proximité/Digicode®- Wiegand

MANUEL D’INSTALLATION

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Déconnexion du câble

Violet et noir

pour sortir de la

programmation

2 bips sonores

1 bip = OK

LED verte ON

(4 bips = Erreur)

1 bip

LED verte ON

A5

Programmation

du mode décimal

ou héxadécimal

Tapez :

- 0 = mode décimal

- 1 = mode

héxadécimal

1 bip = OK

LED verte ON

(4 bips = Erreur)

1 bip

LED verte ON

A4

Programmation

du mode CENTAUR

ou CDVI

Tapez :

- 0 = mode Centaur

- 1 = mode CDVI

1 bip = OK

LED verte ON

(4 bips = Erreur)

1 bip

LED verte ON

A6

Programmation

du signal sonore

Tapez :

- 0 = Sans Bips touches

- 1 = Avec Bips

touches

KCPROX WLC

Lecteur double Technologie Proximité/Digicode®- Wiegand

MANUEL D’INSTALLATION

19

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KCPROX WLC

Lecteur double Technologie Proximité/Digicode®- Wiegand

MANUEL D’INSTALLATION

A] ENTRÉE EN PROGRAMMATION

1. Coupez l’alimentation.

Reliez le  l violet au 0V.

Rétablir l’alimentation.

2. Deux bips sont émis pour con rmer l’entrée

en programmation :

- Le clavier est éclairé,

- La LED rouge est allumée.

Note : La commande extérieure du buzzer

ne fonctionne pas en programmation.

B] PROGRAMMATION DE L’ÉCLAIRAGE

1. Entrez en programmation* :

- Le clavier est éclairé,

- La LED rouge est allumée.

2. Tapez A0 pour la temporisation

d’éclairage du clavier :

- Un bip est émis.

- La Led verte s’allume pendant 1 seconde.

- Tapez la durée de commande en secondes

(10 pour 10 secondes à 99 pour 99 secondes)

ou tapez 00 pour obtenir un éclairage permanent.

- Un bip de validation est émis.

3. Séparer le  l violet du  l noir :

Deux bips sont émis pour con rmer le retour

au mode normal de fonctionnement.

C] PROGRAMMATION DU FORMAT DE SORTIE

1. Entrez en programmation* :

- Le clavier est éclairé.

- La LED rouge est allumée.

2. Tapez A1 pour choisir le format de sortie :

- Un bip est émis.

- La LED verte s’allume 1 seconde.

- Tapez 1 pour une sortie au format

Wiegand 26 bits.

- Tapez 2 pour une sortie au format CDVI.

- Tapez 3 pour une sortie au format ISO Track 2.

- Un bip de validation est émis.

- la LED verte s’allume 1 seconde.

3. Séparer le  l violet du  l noir :

- Deux bips sont émis pour con rmer le retour

au mode normal de fonctionnement.

D] PROGRAMMATION DU NOMBRE DE TERMES

1. Entrez en programmation* :

- Le clavier est éclairé,

- La LED rouge est allumée.

2. Tapez A2 pour la saisie du nombre

de termes des codes :

- Un bip est émis.

- La LED verte s’allume 1 seconde.

- Tapez 4,5 ou 6 pour le nombre de termes.

- Un bip est émis pour con rmer

la programmation.

- La LED verte s’allume 1 seconde.

3. Séparer le  l violet du  l noir :

Deux bips sont émis pour con rmer le retour

au mode normal de fonctionnement.

E] PROGRAMMATION DU NOMBRE DE BITS

1. Entrez en programmation* :

- Le clavier est éclairé,

- La LED rouge est allumée.

* Référez-vous à la procédure d’entrée en programmation en début de chapitre.

A0

A1

A2

Valeurs par défaut

- Tempo éclairage : 10 s.

- Nombre de termes : 5.

- Sortie Wiegand 26 bits.

- Buzzer inactif.

- Mode décimal.

Correspondance des signaux sonores

- 1 bip court > Mise sous tension et bip touche.

- 1 bip long > Validation d’une saisie

en programmation.

- 2 bips courts > Entrée et sortie

de programmation.

- 4 bips courts > Erreur de saisie.

Termes utilisés

- Les codes utilisateurs doivent être composés

de 4,5 ou 6 termes.

- En mode décimal, seuls la touche B

est interdite pour composer les codes.

Touche B pour valider.

- En mode hexadécimal, seuls les touches

de 0 à 9 sont autorisées pour composer

les codes. Touche B pour valider.

- L’utilisateur doit composer son code

puis appuyer sur la touche B pour valider.

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CDVI KCPROXWLC User manual

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