CDVI PASS KCPASS User manual

Fabricant de Contrôle d’Accès depuis 1985 Manufacturing Access Control since 1985
The installer’s choice
RECEIVER CDVI PASS RXCP
1Introduction F1001000121
Fig. 1
The receiver RXCP makes part of the system CDVI Pass : a radio system for the access control
of persons and vehicles based on radio active tags. The system is mainly composed by 3 devices
: one or more active tag, one trigger antenna and one receiver. It nds application in domestic,
pubblic, residential and industrial environment, both for personal and vehicular use. The users
or the vehicles carrying the active card and standing in the detection zone of the trigger aerial,
are identied waking-up the tag, which is normally in stand-by and decoding the tag information.
The serial number of the tag, that identies uniquely the user, is then transmitted via radio to the
receiver, which, at its turn, sends the information to any access control system, through a bus
RS-485 or wiegand line.
Fig. 4
Type P/N Description
KCPASS F0103000118 KIT CDVI PASS ( ANTENNA + RECEIVER + 2 ACTIVE TAGS)
AN01CP F0103000119 TRIGGER ANTENNA CDVI PASS WITH FIXING BRACKET
AN02CP F0103000123 TRIGGER ANTENNA LOW RANGE CDVI PASS
ATCP F0103000120 ACTIVE TAG CDVI PASS
RXCP F0103000121 RECEIVER CDVI PASS
MBCP F0103000122 BACKUP MEMORY CDVI PASS
SEA433 F0103000029 TUNED ANTENNA 433 MHz
CDVI Pass is based on an active tag equipped with a radio double technology, passive (at 125 KHz ) and active (at 433,92 MHz). The active
tag stays always in stand-by: when it arrives inside the aerial detection zone, it wakes-up and starts transmitting at 433,93 MHz. In this way its
battery consumption is highly limited. If, whilst remaining in the detection zone, it does not move, the internal motion sensor sets it in stand-by.
The wake-up signal at 125 KHz carries even a byte with the serial number of the antenna ( 1 - 99 ).Once awake, and as long as it stands in the
eld at 125 Khz, the tag transmits an encrypted signal with its serial number and the serial number of the antenna. The receiver decrypts the
signal and extracts this information. If the output set is wiegand or RS-485, the information is sent on the wiegand bus or RS-485 line otherwise if
the output is “relay” the receiver activates the relay ( 1 or 2 ) if the S/N of the tag has been authorized. In this case the receiver can drive directly
a automatic closure system ( gate, road barrier, door, etc..).
NOTE : The communication between the active tag and the receiver can be set as UNIDIRECTIONAL or BIDIRECTIONAL.
- In UNIDIRECTIONAL mode as long as the tag stands within the detection zone at 125 KHz it is woken periodically by the trigger aerial and
transmits its RF signal at 433 MHz.
- In BIDIRECTIONAL mode after one transmission at 433 MHz, the active tag receives an acknoledgement signal from the receiver and doesn’t
transmit anymore, even if standing within the eld, saving the battery .
If it is moved outside the active zone and remains there more then 6 sec. as soon as it comes back in the eld, it transmits its RF signal at 433
Mhz again. If it is moved onto another eld where is operating a trigger antenna with a different ID, it will restart immediately the signal at 433
MHz.
3OPERATING DETAILS
2CDVI PASS RANGE
125 KHz
433 MHz
8-10 m 100 - 150 m
in free space
125 KHz
433 MHz
0,5 - 6 m 100 - 150 m
in free space
Ranges using the antenna AN01CP Ranges using the antenna AN02CP ( Low range )
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Fabricant de Contrôle d’Accès depuis 1985 Manufacturing Access Control since 1985
The installer’s choice
5Layout & Wirings
4Technical specications
Fig. 2
120
80
40
Operating frequency................................................... 433,92 MHz
Demodutaion .............................................................. GFSK
Sensitivity ( for good signal ) ..................................... -115 dBm
Power supply:............................................................. 12/24 Vac/dc
Current consumption ( @12 Vdc ).............................. from 25 to 50 mA (max)
Operating temperature: .............................................. -10 ÷ +70°C
Enclosure IP protection: ............................................. IP55
Dimensions:................................................................ 120 x 80 x 40 mm
Weight ........................................................................ 65 gr.
Wiegand protocols supported..................................... 26 - 30 - 44 bit
Memory capacity ........................................................ 500 s/n
Relays......................................................................... 2 x 24 VA - 60V
Relay operating mode ................................................ pulse , step, delayed
Delay .......................................................................... from 1 sec. to 23h:59 min
Retransmission period over wiegand bus................... from 100 mS to 2 Sec.
Relay pulse ................................................................ 300 mS
J2 ON = 9V
J2 OFF = 5V
GND
Wiegand (2)
D0 D1 R1 R2
Pull-UP Wiegand
MBCP
+12 / 24 Vac/dc
GND
RS-485
(*)
RG58
P1 P2 P3 P4
J1 ON = End-line
J1 OFF = Intermediate
RS-485 terminator (1)
(1) : J1 = ON when the receiver is located at end-line RS-485
(2) : Max distance = 50 m
Memory backup
connector
(*) : RS-485 not active yet
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Fabricant de Contrôle d’Accès depuis 1985 Manufacturing Access Control since 1985
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6Mounting
7PROGRAMMING THE RECEIVER
P1 P2 P3 P4
The receiver sends out the serial number of the tag ( on Wiegand bus or over the RS-485 ) or activates the relays. the operating mode of
the receiver can be set using the buttons P1, P2, P3 or P4. The push buttons have the following function:
P1 = UP
P2 = DOWN
P3 = Enter in the menu / CONFIRM
P4 = ESC ( back to upper level )
Menu
Output
Menu
Packet
Menu
Cong
Menu
Info
Menu
Add
Menu
Delete
Menu
Backup
Menu
Exit
CDVI
Pass
P3 x 4 sec.
7.2 Main menu
Select the operating output mode WIEGAND or RELAY
Set the communication type : UNIDIRECTIONAL or BIDIRECTIONAL and its
parameters.
Congures the architecture of the signal Wiegand ( 26, 30 or 44 bit), the operating
mode of the relays and the output mode of the ID of the trigger aerial .
Displays the values of the parameters.
Add the S/N of the tags into the internal memory for the relays activation
Delete the S/N of the tags authorized , indivisually, or by blocks and allows to cancel
the values of the parameters changed setting the receiver to factory default.
Saves the internal data onto an external memory or restore them from an external
memory.
Exit from the menu.
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Fabricant de Contrôle d’Accès depuis 1985 Manufacturing Access Control since 1985
The installer’s choice
No Ack
Period
Menu
Packet
No Ack
Ack
Menu
Packet
No Ack
Ack
Trigger
RX
Active TAG
Trigger
RX
Active TAG
Period
- - - - - -
1 sec
2 sec
5 sec
10 sec
20 sec
30 sec
40 sec
1 min
7.4 Packet
In case of UNIDIRECTIONAL communication, the active tag continues to transmit its message as long as it remains in the detection zone.
This happens every 500 mS if there is a single aerial or every 1 Sec., 1,5 Sec or 2 Sec. if the aerial is synchronized with others.
After any transmission of the active tag, the receiver sends on the Wiegand bus a train of bits or activates the relays.
NOTE: the communication Unidirectional or Bidirectional concerns all the tags and not each tag individually
It is possible to set the repetition period of the wiegand signal or the repetition period of the relay activation.
Select this period on the submenu PERION of the option “NO Ack”.
Setting ( for example ) 10 Sec. as long as the tag
remains in the activation zone the wiegand signal
leaves every 10 Sec or the relay activates every
10 Sec.
No ACK = UNIDIRECTIONAL communication between Active-TAG and RX
ACK = BIDIRECTIONAL communication between Active-TAG and RX = after any transmission of
the tag at 433 Mhz, the receiver replies with a conrm signal that stop the further transmissions of
the tag, even if standing inside the detection zone and woken by the trigger aerial.
7.4.1 ACK
7.4.1 NO ACK
As soon as the user, carrying the active tag, enters the detection zone of 125 KHz, its tag emits a 433
MHz RF signal to the receiver which replies with a conrmation message that hushes the tag, even if
it remains in the eld.
To restart the transmission the tag must be carried outside the eld unless for 6 sec.
System ACK
PRO CONS
Less battery consumption of the tag Need to exit from the eld to restart
the transmission
Extended stationing of the tag inside
the eld
System NO ACK
PRO CONS
System more reactive More battery consumption of the tag
No need to exit from the eld
The active tag owned by the user, standing inside the eld, continues the transmission each time is
woken by the antenna .
The re-transmission period is set by the parameter “PERIOD”
Menu
Output
Output
Wiegand
P3 x 3sec.
CDVI
Pass
Output
Relay
P3
P1
Option
Wiegand
Option
Relay
P3
P3
7.3 Output
Sets the receiver output : WIEGAND or RELAY.
If you choose the WIEGAND mode, the receiver, once
received a valid signal from the tag, sends out its
serial number and the ID of the antenna trigger on the
wiegand bus. See menu CONFIG for the settings of
the wiegand protocol.
If you select RELAY mode, the receiver activates
the relay1 or relay 2 according the corresponding
settings. See menu CONFIG for the options of the
relays.
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Fabricant de Contrôle d’Accès depuis 1985 Manufacturing Access Control since 1985
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Bit 1 Bit 2 - 25 Bit 26
Even Parity ( 1 bit ) [ 8 bit ID ] + [ 16 bit S/N ] Odd Parity ( 1 bit )
Bit 1 Bit 2 - 29 Bit 30
Even Parity ( 1 bit ) [ 8 bit ID ] + [ 20 bit S/N ] Odd Parity ( 1 bit )
Bit 1 - 40 Bit 41 - 44
Data MSBbit First ( 40 bit ) LRC
[ 8 bit ID ] + [ 32 bit S/N ]
Wiegand 26
Wiegand 30
Wiegand 44
Menu
Cong
Wiegand
Bit
Wiegand
26 bit
30 bit
44 bit
7.5 Cong
Set the architecture of the signal wiegand at 26, 30 or 44 bit
7.5.1 Format wiegand
Wiegand
Frame Dy
Menu
Cong
Wiegand
- - - - - -
100 mS
200 mS
500 mS
1 S
2 S
In case of more active tags presents in the detection eld of
the signal 125 KHz, it is possible to set the time between each
frame on the Wiegand BUS. This allows to suit the best output
signal of the receiver to the Access Control System connected.
5.5.2 Frame delay
Wiegand
List Id
Wiegand
Id
Wiegand
Add Id
Menu
Cong
Cong
Relay 2
Cong
Relay 1
Menu
Cong
Relay 1
ID
Relay 1
Mode
Wiegand
Id - -
00 - 99
Relay 1
- - - - - -
Pulse
Step
Timed
Disable
Relay 1
Id - -
00 - 99
7.5.3 ID aerial authorization
The signal transmitted by the active tag includes its serial number and the identication of the antenna which woke up it (ID). The
wiegand protocol contains this information and is preset to transmit on the wiegand bus the value ID=00, which corresponds to the
factory setting. ITo change or add other ID related to other antennas that can wake-up the active tag you can act on menu ADD
Max number of ID allowed : 30.
The submenu LIST ID allows to display the list of the ID numbers
authorized.
NOTE : Once displayed the list of the authorized IDs of the
system, by pressing P3 in correspondence with a given ID it is
also possible to DELETE it
Set the Id number
PULSE : pulse operating ( pulse time 300 mS)
STEP : step operating
TIMED : Timed operating. In this case the
system asks to set the delay time from 1 sec to
23h:59 min.
DISABLED: Option to disable the relay
Sets the aerial ID that excites the relay 1
same options of the relay 1
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Fabricant de Contrôle d’Accès depuis 1985 Manufacturing Access Control since 1985
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Relay
- - -
R1
R2
R1 + R2
Add
Block
Add
Tag
Menu
Add
Conrm
No Yes
Wait Tag
0015A21B
How many
Tags ? 005
Wait Tag
0015A21B
Relay
- - -
R1
R2
R1 + R2
Conrm
No Yes
7.6 Menu Add
In case of wiegand output, the receiver forwards on the wiegand bus the Id number of the antenna and the serial number of the active tag.
In case of relay output the receiver activates the relays (relay 1 or relay 2 or both) if it receives data from active tags memorized ( up to
500). For this reason it is necessary to memorize the tags authorized.
The memorization can be done via RF individually or by blocks, either in automatic mode or dialing the single digits of the tag.
Conrm selecting YES
Specify the number of active tags with sequential S/N to memorize.
(*) : Alternatively using the buttons
P1, P2, P3, P4, you can set the
hexadecimal serial number to be
stored. Refer to the laser marking
of the active tag that contains this
number.
Remove and restore the battery of the
active tag to memorize. The receiver
will use the rst 3 RF transmissions to
acquire the Serial Number and add it
to the memory (*)
If the tag must activate one relay of the receiver, it is necessary
to specify which one has to be activated : relay 1, relay 2 or even
both simultaneously.
Conrm selecting YES
If the tag must activate one relay of the receiver, it is necessary to
specify which one has to be activated : relay 1, relay 2 or even both
simultaneously.
The choice done for the rst is valid for all the tags of the block.
Remove and restore the battery of the
active tag to memorize. The receiver
will use the rst 3 RF transmissions to
acquire the Serial Number and add it
to the memory(*)
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Fabricant de Contrôle d’Accès depuis 1985 Manufacturing Access Control since 1985
The installer’s choice
Output
Wiegand 26
Packet
No Ack
Wiegand
List Id
Firmware
V 0.9m
Menu
Info
Id
00
03
27
- -
Output
Relay
Packet
No Ack
RL1 Id25
Pulse
RL1 Id32
Disable
Menu
Info
Pos. 001
00210885
N. Tag
002/500
Tag List
Pulse
Firmware
V 0.9m
7.7 Menu Info
The menu info changes dynamically according to the conguration ( Wiegand or Relay )
Output = WIEGAND Output = RELAY
Delete
Tag
Delete by
List
Delete
All tags
Delete
Setting
Menu
Delete
Conrm
No Yes
Wait Tag
0015A21B
7.8 Menu delete
The menu allows to delete the S/N of the tags memorized, both individually and from a list. It is even possible to delete all the tags
memorized and make a factory default reset.
Restore the factory default values of the receiver.
Delete all the tags memorized
The menu presents the list of all the tags memorized, ordered by S/N. Once found the
tag to delete, select the option and delete it.
Remove and restore the battery of
the active tag to manage. The re-
ceiver will use the rst 3 RF trans-
missions to acquire the Serial Nu-
mber and delete it.
Conrm selecting YES
(*) : Alternatively using the buttons
P1, P2, P3, P4, you can set the
hexadecimal serial number to be
deleted. Refer to the laser marking
of the active tag that contains this
number.
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Fabricant de Contrôle d’Accès depuis 1985 Manufacturing Access Control since 1985
The installer’s choice
8Declaration of Conformity
Manufactured by : CDVI Wireless SPA - Via Piave, 23 - 31020 S.Pietro di Feletto (TV) - Italy
Tel : [phone] - Fax : [phone]
web: www.erone.com - email: [email protected]
GUARANTEE
The warranty period for this product is 24 months, beginning from the manufacturer date. During this period, if the
product does not work correctly, due to a defective component, the product will be repaired or substituted at our
discretion. The guarantee does not cover the plastic container integrity. After-sale service is supplied at the factory.
Hereby, CDVI Wireless Spa, declares that the radio equipment type RXCP is in compliance with direcve 2014/53/
EU. The full text of the EU declaraon of conformity is available at the following internet address: www.erone.
com.
Backup
to
Backup
from
Menu
Backup
!
7.9 Menu Backup
It is possible to make a copy of the receiver internal memory into an external backup memory or restore the backup data from an external
memory.
1) Plug-in the memory into the proper connector
2) Enter the backup menu and select the option desired.
ATTENTION: the restore from an external memory will cause the overwriting of
the all the data of the internal memory.