CDVI SOLARKPW User manual

The installer’s choice
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SOLARKPW
SOLARKPB
Dual Technology Digicode®/Proximity Reader - Wiegand
Lecteur double technologie Proximité/Digicode
®
- Wiegand
ENGLISH
ENGLISH
EN
FRANCAIS
FRANCAIS
FR

Dual technology: Proximity reader and/
or Digicode® keypad.
Wiegand 26, 30 or 44 bit.
Sensitive touch keypad.
PCB sealed in epoxy.
Audible and visual feedback.
Version available in: white or black.
Technology: 125 Khz.
Multi card protocol reader - Marin/HD.
Input voltage: 12V dc.
Consumption: 150mA.
1] PRODUCT PRESENTATION
3] MOUNTING KIT
2] REMINDERS AND RECOMMENDATIONS
Foam seal 3x30
TF screw S5 Plastic anchor TORX® bit 3x8 TORX® screw
SOLARKP RANGE
12211
CE Certifi cation
Certifi cation FCC CFR 47
part 15 compliance
WEEE IP53 -25°C to +70°C
Operating mode
MODE
SYSTEME KEYPAD PROXIMITY DUAL TECHNOLOGY
TELACCESS ✔ ✔ ✔
TERENA ✔ ✔ -
CENTAUR ✔ ✔ ✔
ATRIUM ✔ ✔ -
Cable
- Programming your installation before installing
products on site.
- The distance between a CENTAUR and ATRIUM
controllers or an INTBUSW reader interface
should not exceed more than 50 meters.
- Make sure that the cable is not near by a high
voltage cables (ex: 230 V AC).
- Recommended cable 2 twisted pairs
SYT1 0.8MM (AWG 20).
Back EMF protection
To secure the system from back electromagnetic
fi elds do not forget to mount the varistor in parallel
on the lock terminals.
Security Advice
- 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).
Mounting recommendations
Mount the keypad on a fl at surface to avoid
any vandalism and to insure the best mounting.
Recommended power supplies
ARD12 & BS60. These products must be powered
in 12Vdc and the power supply should be
certifi ed EN60950-1:2006/A11:2009 standards
and should be designed to be a low power supply
source.
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EN
SOLARKPW-SOLARKPB
Dual Technology Digicode®/Proximity reader - Wiegand
INSTALLATION MANUAL

4] MOUNTING INSTRUCTIONS 5] WIRING
Controller terminal wirings
Wiegand
Terminal Wiegand format
outputs
CTV900A ATRIUM
+12VDC Input +12V 12V
-0V R1/0V
R2/0V GND
BBuzzer command
input OUT5
OUT6 BUZ
D0 DATA 0 R1/D0
R2/D0 D0
D1 DATA 1 R1/D1
R2/D1 D1
HCLOCK - -
VGREEN LED OUT1
OUT3 GRN
RRED LED OUT2
OUT4 RED
Place
imperatively
the Foam seal
6] WIRING CONNECTION TO A DOOR CONTROLLER (INTBUSW)
7] LED & AUDIBLE TONE
When powered up
- Green LED illuminates for 1 second.
- RED LED illuminates for 1 second.
- Blue LED illuminates for 1 second with beep for 1 second
Operating mode
- Buzzer activated with 0V input.
- LEDs activated with 0V input.
Standard Mode
- Badge recognized: the orange LED illuminates and the beeper
emits a tone during 150 milliseconds
1
R V B D1D0 H - +
Input LED management
Green LED Red LED Status
OFF OFF Off
OFF ON red
ON OFF green
ON ON blue
SOLARKPW - SOLARKPB INTBUSW
+
12VDC
12
-
0V
V
BBuzzer command input 7
D0 Data 0 1
D1 Data 1 3
HClock 2
VGreen LED 8
RRed LED 9
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EN
SOLARKPW-SOLARKPB
Dual Technology Digicode®/Proximity reader - Wiegand
INSTALLATION MANUAL

8] 26-BIT WIEGAND FORMAT
Chronograms 0 logic
\DATA1
\CLOCK
\DATA0
1 logic
50
µS 50 µS
2MS 2MS
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 fi 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
KEYPAD CODE
Example with a 4-Digit keypad code: « 1 3 7 A » Then « B » & « 1 3 7 5 » Then « B »
1 0000 0000 0001 0011 0111 0101 0
Direct Parity 1 0 0 1 3 7 A Parity 2
Hexadecimal Parity 1 0 0 0 5 5 F Parity 2
Example with a 5-Digit keypad code: « 7 1 3 7 A » Then « B » & « 7 1 3 7 5 » Then « B »
Direct Parity 1 0 7 1 3 7 A Parity 2
Hexadecimal Parity 1 0 1 1 6 C F Parity 2
Example with a 6-Digit keypad code: « 6 7 1 3 7 A » Then « B » & « 6 7 1 3 7 5 » Then « B »
Direct Parity 1 6 7 1 3 7 A Parity 2
Hexadecimal Parity 1 0 A 3 E 8 F Parity 2
- 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.
BADGE CODE EX: 0F01198AAD
Parity 1 1 9 8 A A D Parity 2
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EN
SOLARKPW-SOLARKPB
Dual Technology Digicode®/Proximity reader - Wiegand
INSTALLATION MANUAL

9] 30-BIT WIEGAND FORMAT
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:
- Parity 1: 1 bit – even parity for the fi rst 14-bit. Code : A code is formed from 7 half byte.
Each byte is transferred from bit 7 to bit 0.
- Parity 2: 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
KEYPAD + BADGE CODES
Example: Badge 0F01198AAD + 6-DIGIT Keypad code: « 6 7 1 3 7 5 » Then « B ».
1 0001 0001 1001 1000 1010 1010 1101 0
BADGE Parity 1 1 1 9 8 A A D Parity 2
KEYPAD
CODE
Direct Parity 1 0 6 7 1 3 7 5 Parity 2
Hexadecimal Parity 1 0 0 A 3 E 8 F Parity 2
- 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.
10] 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:
- Data: 10 digit code number hexadecimal MSByte fi rst. Each hexadecimal digit = 4 bit, MSBit fi rst
- LRC : 4 bit = or restricted in between the digit of the data, MSBit fi rst.
Bit 1 to bit 40 Bit 41 to bit 44
Badge code LRC
KEYPAD + BADGE CODES
Example: Badge 0F01198AAD + 8-DIGIT Keypad code: « 6 7 1 3 7 5 » Then « B »
0000 1111 0000 0001 0001 1001 1000 1010 1010 1101 ...
BADGE 0 F 0 1 1 9 8 A A D LRC
KEYPAD
CODE
Direct 0000671375LRC
Hexadécimal
0 0 0 0 0 A 3 E 8 F LRC
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EN
SOLARKPW-SOLARKPB
Dual Technology Digicode®/Proximity reader - Wiegand
INSTALLATION MANUAL

12] LED CONFIGURATION ON CENTAUR SYSTEM
GREEN LED
SETTINGS
RED LED
SETTINGS
LED ACTUATION :
GREEN
ACCESS ALLOWED
RED
ACCESS DENIED
BLUE
STAND-BY
* In Digicode® keypad mode only or Proximity mode only.
11] ARK 8 BITS OUTPUT FORMAT
Keypad input Hexadecimal Binary Datas
0FO 11110000
1E1 11100001
2D2 11010010
3C3 11000011
4B4 10110100
5A5 10100101
696 10010110
787 10000111
878 01111000
969 01101001
* ou A 5A 01011010
# ou B 4B 01001011
6cdvigroup.com
EN
SOLARKPW-SOLARKPB
Dual Technology Digicode®/Proximity reader - Wiegand
INSTALLATION MANUAL

13] LED CONFIGURATION ON ATRIUM SYSTEM*
LED ACTUATION
GREEN
ACCESS ALLOWED /
RED
ACCESS DENIED /
BLUE
STAND-BY
14] NOTES
7cdvigroup.com
EN
SOLARKPW-SOLARKPB
Dual Technology Digicode®/Proximity reader - Wiegand
INSTALLATION MANUAL

15] PROGRAMMING CHART
Code length:
- 7 digits allowed in 30 or 44 bits only,
- 8 digits allowed in 44 bits only.
Permanent Mode:
The keypad is permanently illuminated
and the reader is ON.
Default values
- Illumination duration: 10 seconds
(in standard mode),
- User code lenght: 5 digits,
- 44 bit wiegand output in direct mode,
- Buzzer abled,
- permanent mode keypad + tags.
- master code 1 2 3 4 5 (default value).
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.
1 beep = OK
Green LED ON
4 beeps = Error
1 bip
LED verte ON
A4
Programming
mode
Enter:
- 0 = for hexadecimal
mode (A & B are not
used) > Atrium & Centaur
standard (26 bits)
- 1 = for decimal mode
(Direct mode, A is
allowed) > Centaur
only. Digicode protocol
(Program the code in
the fi eld PIN)
- 2 = for ARK mode
1 beep
Green LED ON
1 beep = OK
Green LED ON
4 beeps = Error
Enter the illumination
time in seconds from
02 to 99 seconds
A0
Programming
key-in keypad
time
1 beep = OK
Green LED ON
4 beeps = Error
1 beep
Green LED ON
Enter: 4, 5, 6, 7 or 8
to specify the number
of digits.
A1
Programming
the code lenght
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
A2
Programming
the Bit length
8cdvigroup.com
EN
SOLARKPW-SOLARKPB
Dual Technology Digicode®/Proximity reader - Wiegand
INSTALLATION MANUAL

Enter the master code
twice (12345, default
value)
Code Length
- The user code must be in 4, 5, 6, 7 or 8 digits,
- In direct 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. 2 beeps are emitted
Red LED ON
2 beeps are emitted
1 beep = OK
Green LED ON
4 beeps = Error
1 beep
Green LED ON
A5
Programming
the audible signal
Enter:
- 0 = disable the
keypad beeps
- 1 = Enable the
keypad beeps
1 beep = OK
Green LED ON
4 beeps = Error
1 beep
Green LED ON
A6
Programming
Master code
Enter:
Enter the new master
code (5 digits)
1 beep = OK
Green LED ON
4 beeps = Error
1 beep
Green LED ON
A7
Programming
reading mode
Enter:
- 0 = Permanent
- 1 = Sleep mode
BPress on B
twice to exit from
programming
9cdvigroup.com
EN
SOLARKPW-SOLARKPB
Dual Technology Digicode®/Proximity reader - Wiegand
INSTALLATION MANUAL

Double technologie :
Proximité et/ou Digicode®
Wiegand 26, 30 ou 44 bits.
Clavier codé sensitif.
Connexion directe à la centrale ou via
le contrôleur de porte (INTBUSW).
Signalisation lumineuse et sonore.
Disponible en version : blanc ou noir.
Dimensions (H x L x P) : 130 x 90 x 35 mm.
Technologie : 125 Khz.
Protocole : lecteur multi-carte - Marin/HD.
Alimentation : 12 V DC.
Consommation : 150 mA.
1] PRÉSENTATION PRODUIT
3] ÉLEMENTS FOURNIS
2] RAPPELS ET RECOMMANDATIONS
Joint
d’étanchéité Vis TF 3x30 Cheville plastique S5 Embout tournevis TORX®
Vis TORX®
3x8
GAMME SOLARKP
12211
Certifi cation CE
Certifi cation FCC CFR 47
part 15 compliance
DEEE IP53 -25°C à +70°C
Programmation de la double sécurité
MODE
SYSTEME DIGICODE PROXIMITÉ DOUBLE TECHNOLOGIE
TELACCESS ✔ ✔ ✔
TERENA ✔ ✔ -
CENTAUR ✔ ✔ ✔
ATRIUM ✔ ✔ -
Rappel de câblage
- Programmez votre installation au préalable avant
de l’installer sur site.
- Dans le cas d’une connexion aux centrales
CENTAUR, ATRIUM ou d’une connexion
à un contrôleur de porte (INTBUSW) la distance
avec le lecteur doit être de 50 m maximum.
- 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 fi ls à proximité
de câbles «Courant fort» (ex: 230 V AC).
- Câbles préconisés entre le SOLARKPW-SOLARKPB
et l’interface BUS (INTBUSW) : Câbles 4 paires
SYT1 8/10ème (AWG 20).
Montage
Afi n d’optimiser la fi xation du SOLARKPW-SOLARKPB
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 la dernière INTBUSW du BUS RS485.
Composition des codes
- Par soucis de sécurité, veillez à modifi 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).
Alimentations préconisées
ARD12 et BS60. Nos alimentations sont
conformes aux exigences de la norme EN60950-1 :
2006/A11 :2009 et construites pour être limitées
en puissance.
10 cdvigroup.com
FR
SOLARKPW-SOLARKPB
Lecteur double Technologie Proximité/Digicode® - Wiegand
INSTALLATION MANUAL