CDVI TERENA User manual

Range: Integrated Access Control / Gamme : Contrôle d’Accès intégré
Group products
MANUEL D’INSTALLATION
INSTALLATION MANUAL
FR
EN
FRANCAIS
ENGLISH
TERENA
TERENA16





INSTALLATION
- Make the necessary wire connections for the central unit.
- Connect the cross-over network cable between the central control unit and the PC.
- Ensure that the SD card is properly inserted into the correct slot.
- Check the 4 DIP switch positions: Switches 1 and 4 should be in the ON position
and switches 2 and 3 in the OFF position.
 
 
- Connect the battery.
- Connect the central unit and switch it on (with the fuse holder inserted).
- Remove the lithium battery protection (CR2032) and install the battery.
- Wait a few moments and then check that the green light (PWR) comes on next
to the USB socket.
CONFIGURING YOUR PC
Assign a static IP address (IPv4) to the PC network card, for example: address
192.168.0.101, netmask 255.255.255.0 and leave the other elds empty.
CONFIGURING THE CENTRAL CONTROL UNIT
- Open the internet browser on your PC (minimum requirements: IE 8, FireFox 3.6,
Chrome 5, Safari 4 or Opera 10.5), Preferably, we recommend the use of Firefox.





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- In the address bar in your browser, enter the following address:
http://192.168.0.100:8087/admin and then conrm.
- Enter the login (admin) and the password (terena) and click OK.
- Select the appropriate language.
- Click on Initialize data, then at the end of the operation, click OK.
- Enter your network settings as well as the date and time in the elds on the right.
- Click on Apply the settings, then at the end of the operation, click OK.
- Click on the Restart icon and click OK. Conrm the operation by clicking OK.
Wait a few moments for the message “Please wait… Rebooting the system” and click OK.
The green light (PWR) goes off.
- Close your internet browser.
- Wait for the green light (PWR) to come on next to the USB socket on the TERENA unit
and for the ashing light (LOW BATT) to come on.
HOW TO USE THE CONTROL UNIT
- Open the internet browser on your PC (minimum requirements: IE 8, FireFox 3.6,
Chrome 5, Safari 4 or Opera 10.5).
- In the address bar in your browser, enter http://192.168.0.100:8087/ and then conrm.
- Enter the login (superviseur) and the password (12345), then click OK.
- The central control unit is now ready to use.
RECOMMENDATIONS
- Do not store the central control unit without protecting the CR2032 lithium battery.
- After an update, you should clear the cache in your browser. To do so,
press CTRL+SHIFT+DEL in FireFox or IE.
- If you lose sensitive data such as the login, passwords and IP settings, connection
to the TERENA unit will be impossible.
SECURE SHUTDOWN
To ensure that the central unit shuts down safely, the DIP switch 2 on the 4-position
DIP switch terminal should be in the ON position. The LOW BAT LED ashes, indicating
that a secure shutdown procedure is in progress. Wait until the RX, TX, AL and SCR LEDs
go off before disconnecting the TERENA and the battery. After a shutdown to reboot,
do not forget to set the DIP switch 2 back to the OFF position (for normal functioning).
Reconnect the battery rst before connecting the mains cable (the battery alone cannot
power up the TERENA).
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1] PRESENTATION OF THE PRODUCT .........................................................P. 3
2] REMINDERS AND RECOMMENDATIONS ..................................................P. 3
3] CHOICE OF SETUP ..............................................................................P. 4
4] ASSEMBLY KIT ....................................................................................P. 5
5] ELECTRONIC BOARD ...........................................................................P. 5
6] THE DOOR CONTROLLER (INTBUSW) AND READERS ...............................P. 8
7] SUPPLEMENTARY MODULES ..................................................................P. 8
8] WIRING DIAGRAM ..............................................................................P. 11
9] ASSEMBLY ..........................................................................................P. 12
10] CONFIGURATION OF THE TERENA .......................................................P. 12
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

1] PRESENTATION OF THE PRODUCT
2] REMINDERS AND RECOMMENDATIONS
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


- TERENA = 128 Doors,
- TERENA16 = 16 Doors.












IP20
-20°C to +50°C
CE Certication
WEEE
285,40
295,40
8
81,40
295,40
89,40
291,40
285,40
8
81,40
89,40
280
Wiring
- An INTBUSW door controller is required for each
reader connected on the RS485 BUS.
- The distance between the central control unit
and the last door controller (INTBUSW)
or supplementary module (C14D/A, C14A/E,
C14A/S or C1410S) may not exceed 1000m.
- Pay extreme care not to install wires close to high
power cabling (for example : 230 V AC).
- Recommended wires > 1 twisted pair, SYT1 8/10ths
shielded wire (EIA-485 standard), refer to the
article below : “An EIA-485 line may interconnect
several devices in parallel, with each one featuring
an emitter and a receiver. Maximum distances
of up to a kilometre are possible, depending on
the congured transfer rates. However, practical
experience has shown that if the transmission
line exceeds about ten metres then the reference
potentials (0V) of each device need to be networked
(in reality in this case the RS485 link requires
three wires – two plus the shielding) to ensure
that the voltages between equipment grounds,
as well as those between equipment grounds
and earth grounds, cause no damage”.
Environment
The central control unit must be installed in a closed
environment, protected from external climatic
conditions.
Installation Recommendations
- To secure the installation, do not forget to insert
a 120 ohm resistor between A and B, on the last
door controller or supplementary module
(C14D/A, C14A/E, C14A/S or C1410S)
of the RS485 BUS.
- It is strongly recommended that you equip
the TERENA with a back-up battery (Optional,
Ref : B7AH).
To secure the system, the following points
must be checked :
A. The central unit must be connected
to the mains using a cable with a ground lead
which is in compliance with safety standards.
Management of 56 elevator oors.
Management of 112 alarm points :
56 inputs and 56 outputs (BMS-CTM).
Administrator management.
Multi-language : A choice of interface languages
available on the SD card.
3-wire RS485 Bus.
Possibility of linking up to a DGM1D system,
via an interface for access to the user events log.
Integrated transformer : 16/40 VA class 2.
Input voltage : 230 V AC ± 10% ; 50/60 Hz.
Power consumption: 60 mA.
EN



B. The ground lead must be connected to the terminal
block on the cabinet as shown in the wiring diagram
on Page 9. This guarantees that the installation
has a fully protective ground connection.
C. La connection between the cabinet door
and the ground protection is ensured using
a conductor tted with a lug (see the wiring
diagram on page 9 and the xation point
for the ground protection lug marked on the cabinet).
Connection between the cabinet structure and the
ground is ensured directly via the terminal block.
D. The system must be installed within an electrical
installation which is in accordance with legally
required security standards. It must be tted
with a circuit breaker to ensure security in the
event of a fault.
E. Before operating for the rst time, ensure correct
grounding of all parts of the cabinet (structure
and door).
F. The mains wire must be connected securely
but without tightening too heavily.
Others aspects to be respected :
A. Within the framework of normal use of the Terena
system, the cabinet must remain closed and locked
using the supplied key to avoid unnecessary
contact with any live components.
B. For any cleaning or maintenance operations,
the system must be disconnected before opening
the cabinet door.
C. Any contact with the area connected
to the mains supply is FORBIDDEN.
This danger area is indicated
by the attached sticker.
D. In the event of a battery installation, please
respect the recommended specications : 12 V / 7AH.
E. When connecting the battery, pay special care
to respect wire polarities.
Certication:
This product is certied conform to European standards:
- 2004/108/CE relative to electromagnetic compatibility.
- 2006/95/CE relative to low voltage security.
On condition that the constructor’s installation
recommendations and warnings are respected.
If the installation is not carried out exactly
according to the constructor’s recommendations,
this may result in serious damage with regard
to functioning and security.
3] CHOICE OF SETUP
MODE : DIRECT ACCESS
MODE : ETHERNET
MODE : INTERNET
Hub or Switch
Router (Wi) Internet
DCHP or DNS Ethernet server (issues
TCP/IP addresses)
RJ45 crossover cable
(supplied)
DCHP or DNS Ethernet server
(issues TCP/IP addresses)
Terena
Terena
Terena
OR
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Tamper
switch for
box
Tamper
switch for
Wall
Cabinet
lock 120 Ohm resistor Battery wires
RJ45
crossover
cable
125V
7A
Fuse
250V
315mA
Fuse
Ty-rap
strap
TERENA
TERENA16
11111 Red
1 Black 1111
4] ASSEMBLY KIT
5] ELECTRONIC BOARD
IJH3
D E F G3
G2
G1
H1
H2
A
B
H4
C
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1 Giga octet SD Card, which must be inserted.
A SD CARD CONNECTOR

- ON = event with user name*,
- OFF = event without user name**.

- OFF = the “OFF” position allows normal
functioning of the TERENA system.
- ON = if the dipswitch 2 is in the “ON” position,
the “LOW BAT” LED ashes, indicating
that a secure shut-down procedure is in progress.
Wait until the “RX”, “TX”, “AL” and “SCR” LEDs
are no longer lit up before disconnecting the TERENA.
After the TERENA has been shut down
with the dipswitch 2:
- Set the dipswitch back to the “OFF” position,
- Disconnect the battery and the mains supply,
- Then reconnect to the mains and battery
(the battery alone cannot power up the TERENA).

- Reserved.

- ON = Site reset, authorized on the administration page,
- OFF = Normal mode.

When an event is displayed and printed, the user
name of the person who presented his/her tag
appears.

When an event is displayed and printed, the user
name of the person who presented his/her tag
does not appear, the tag is simply recognized.



B DIPSWITCH CORRESPONDENCE
Reserved
E RS232 CONNECTOR
- Direct PC connection in local mode (crossover cable)
or using a HUB or Switch (straight-through cable).
- Connection to a local network (straight-through
cable) to the network distribution rack .
- Connected to the Ethernet network (RJ45 cable)
to the Ethernet router (BOX).
F ETHERNET CONNECTOR
Reserved
D USB DEVICE CONNECTOR
Reserved (CMPP)
C USB HOST CONNECTOR
3 point terminal block
G1 BAT+ + Battery 12 V - 7A
BAT-
- Battery 12 V - 7A
3 point terminal block
G2
AC Power supply AC - 12 V (transformer)
AC Power supply AC - 12 V (transformer)
Ground (Yellow/Green)
17 point terminal block
G3
1Contact arming board 1 (Alarms)
2Common
3Contact arming board 2 (Alarms)
4Contact arming board 3 (Alarms)
5Common
6Contact arming board 4 (Alarms)
AA - RS485 Bus
GND Cable shielding
BB- RS485 Bus
NO Alarm contact (readers) normally open
C1 Common
NC Alarm contact (readers) normally closed
NO
Alarm contact (alarm board) normally open
C2 Common
NC
Alarm contact (alarm board) normally closed
S1 Tamper contact
S2 Tamper contact
G TERMINAL CORRESPONDENCE
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CR2032 lithium battery - 70 mA. Saves date and time.
I BACKUP BATTERY
Standard position for this dipswitch.

J DIPSWITCH CENTRAL
H1
BATT ON Battery on charge
BATT.CHECK Battery test
A.C Mains voltage presence
H2
AL
Alarm in progress (readers, alarm boards,
auto-protection)
SCR
Readers are being checked (1 reader
installed)
RX RS485 Bus reception
TX RS485 Bus emission
H3
WP Write-protected SD Card
ON SD Card active
CD SD card is present and detected
LOW BATT Battery status (voltage levels)
H4
HOST “HOST” Mode peripheral recognized
PWR “HOST” USB output powered
DEV “HOST” connected
CONN Connected in “DEVICE” mode
H WARNING LIGHT CORRESPONDENCE - Battery monitoring is stopped, (the “LOW BAT”
LED is lit up and the “BAT ON” and “BAT CHECK”
LEDs are not lit up),
- The system comes to a complete halt if the
TERENA is not connected to the mains supply.
If the TERENA is connected to the mains without
a battery, the “BAT ON” and “BAT CHECK” LEDs
are not lit up. If the TERENA is functioning on
battery power, the battery charge status is analyzed
(VHIGH = 14.4V, VLOW=11.5V and VCRITICAL = 10.2V)
in order to dene what action needs to be taken.
1] When the battery charge level is above VHIGH :
- Data is backed up
- Battery monitoring is stopped, the “LOW BAT”
and “BAT ON” LEDs are not lit up.
2] If the battery charge level is between “VHIGH”
and “VLOW”, the system functions normally.
The “LOW BAT” LED is not lit up and the “BAT ON”
LED is lit up. A verication procedure is carried
out every 2 minutes (the “BAT check” LED is lit up).
3] If the battery charge level is between “VLOW”
and “VCRITICAL”, the battery is put on to charge.
The “LOW BAT” and “BAT ON” LEDs are lit up.
A verication procedure is carried out every
2 minutes (the “BAT check” LED is lit up).
4] If the battery charge level is below “VCRITICAL” :
- A back-up of the memory is done on the SD card,
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7] SUPPLEMENTARY MODULES
The door controller (Ref : INTBUSW)
Elevator controller boards (C14D/A)
The readers (Wiegand format)
6] THE DOOR CONTROLLER (INTBUSW) AND READERS
- An INTBUSW door controller is required for each
reader connected on the RS485 BUS.
- The distance between the central control unit
and the last door controller (INTBUSW) may not
exceed 1000m.
- Pay extreme care not to install wires close to high
power cabling (for example : 230 V AC).
- Recommended wires > 1 twisted pair, SYT1 8/10ths
shielded wire (EIA-485 standard).
- The controller is connected to the central control
unit using a 2 wire cable (RS485 BUS >
Recommended cables : 1 twisted pair, SYT1
8/10ths shielded wire (EIA-485 standard).
- 14 “alarm contact” inputs (C14A/E) or 14 “relay contact”
outputs (C14A/S)
- C14D/E and C14A/S address settings are done
using dipswitches (max. 4 per central unit).
- The readers are connected to the door controller
(INTBUSW) using 7 or 8 wires depending
on the technology.
- The 26, 30 or 44 bit format depends on the type
of head used (refer to the attached table
of Wiegand reader formats (factory settings).
- The door controller is connected to the central
control unit using a 2 wire cable (RS485 BUS >
Recommended cables : 1 twisted pair, SYT1
8/10th shielded wire (EIA-485 standard).
- The readers must be daisy-chained.
- To secure the installation, do not forget to insert
a 120 ohm resistor between A and B, on the last
door controller or supplementary module (C14A/E,
C14A/S, C14D/A or C1410S) of the RS485 BUS.
TERMINAL CORRESPONDENCE
CCommon contact relay
1NO Contact relay 1
2NO Contact relay 2
3NO Contact relay 3
4
NO Contact relay 4
5 NO Contact relay 5
6NO Contact relay 6
7NO Contact relay 7
8NO Contact relay 8
9NO Contact relay 9
10
NO Contact relay 10
11 NO Contact relay 11
12 NO Contact relay 12
13 NO Contact relay 13
14 NO Contact relay 14
MRS485 Cable shielding
A“A” of the RS485 BUS
B“B” of the RS485 BUS
V12 V DC Power Supply
V12 V DC Power Supply


Card 1 Card 3
Card 2 Card 4
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The alarm board Inputs/Outputs : C14A/E and C14A/S

     
      
 

       


- The board is connected to the central control unit
using a 2 wire cable (RS485 BUS >: Recommended
cables : - 1 twisted pair, SYT1 8/10th shielded wire
(EIA-485 standard).
- 14 command relays (access authorization to oor
buttons).
- C14D/A address settings are done using
dipswitches (max. 4 per central unit).
- They are armed (green button) in the “SITE”
conguration. The alarm may be armed either on
contact opening or closing (choice is possible).

The warning light on the board is ashing, indicating
that the board is functioning. The reader board
inputs are dry contacts. Caution : the opening
or closing time of the alarm detection contact must
not be less than 1 second for it to be taken into account.

The warning light on the board is not lit up in the
absence of an alarm. It is lit up and static as soon
as an alarm is detected. The relay contacts on the
report board are NO contacts (Normally Open):
- Contact is open when at rest = no alarm
in progress,
- Contact closed = alarm in progress and warning
light on the board is lit up and static.
- The relay contacts on the elevator board are NO
contacts (Normally Open). The contact is open
when in the rest position, and closed for the relay
command.
- The relay contacts are used for access authorization
to the elevator cabin buttons after presentation
of a tag in front of the reader installed in the cabin
(they do not allow elevator access requests
on oors).
TERMINAL C14A/E C14A/S
CCommon contact relay Common contact relay
1Input contact 1 NO Contact Output 1
2Input contact 2 NO Contact Output 2
3Input contact 3 NO Contact Output 3
4
Input contact 4 NO Contact Output 4
5
Input contact 5 NO Contact Output 5
6Input contact 6 NO Contact Output 6
7Input contact 7 NO Contact Output 7
8Input contact 8 NO Contact Output 8
9Input contact 9 NO Contact Output 9
10
Input contact 10 NO Contact Output 10
11 Input contact 11 NO Contact Output 11
12 Input contact 12 NO Contact Output 12
13 Input contact 13 NO Contact Output 13
14 Input contact 14 NO Contact Output 14
MRS485 Cable shielding RS485 Cable shielding
A“A” of the RS485
BUS “A” of the RS485 BUS
B“B” of the RS485 BUS “B” of the RS485 BUS
V12 V DC Power supply 12 V DC Power supply
V12 V DC Power supply 12 V DC Power supply
Lift buttons
C14D/A
BUS RS485


Card 1 Card 3
Card 2 Card 4
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Enrolment Reader for tags, cards and remote transmitters (Ref: CMPP)
Signal control board (C1410S)
Board indicating the status of a reader zone, used
for entry/exit counting.
The board is connected to the central control unit
using a 2 wire cable (RS485 BUS >: Recommended
cables : 1 twisted pair, SYT1 8/10th shielded wire
(EIA-485 standard).
8 “Relay contact” outputs (Full zone*).
6 “Relay contact” outputs (Empty zone**).
The warning light on the board is not lit up
in the absence of a command. It is lit up and static
as soon as a command is sent.
The relay contacts on the board are NO contacts
(Normally Open) :
- Contact open when at rest = normal mode,
- Contact closed = warning light on board is lit up
and static, indicating zone status.
* Full zone : it is possible to indicate that the spaces
allocated to a zone are full (for example : parking
spaces with trafc lights).
** Empty zone : it is possible to indicate that the zone
is vacant and to authorize an action (for example : signal
a surveillance alarm on the premises).

- contact is open when at rest,
- contact is closed indicating that the zone is full.

- contact is open indicating that the zone is occupied,
- contact is closed indicating that the zone is vacant.



- By default, the CMPP reader is in “Proximity”
technology mode. For “RF” and “Mifare®” technologies
you need to connect the MR (RF) module or the
MPM (Mifare®) module to your CMPP.
- Present the tag on the enrolment module,
- The code is displayed on the CMPP screen,
- To learn more about the enrolment and identication
stages and how to transfer the tag code to the central
unit, refer to the on-line help (Menu “Record”).
TERMINAL CORRESPONDENCE STATUS
CCommon outputs
1Contact NO Zone 1 Full
2Contact NO Zone 2 Full
3Contact NO Zone 3 Full
4Contact NO Zone 4 Full
5Contact NO Zone 5 Full
6Contact NO Zone 6 Full
7Contact NO Zone 7 Full
8Contact NO Zone 8 Full
9Contact NO Zone 1 Vacant
10 Contact NO Zone 2 Vacant
11 Contact NO Zone 3 Vacant
12 Contact NO Zone 4 Vacant
13 Contact NO Zone 5 Vacant
14 Contact NO Zone 6 Vacant
MRS485 Cable shielding
A“A” of the RS485 BUS
B“B” of the RS485 BUS
V12 V DC Power Supply
V12 V DC Power Supply
TERENA
CMPP
Connecting
MR (RF) or
MPM (Mifare®)
modules
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

C 1 2 3 4 5 6 7 8 9 10 11 12 13 14 M A B V V
C 1 2 3 4 5 6 7 8 9 10 11 12 13 14 M A B V V
C 1 2 3 4 5 6 7 8 9 10 11 12 13 14 M A B V V
8] WIRING DIAGRAM
Connection to Wiegand readers
Varistor
Shearlock electromagnet
Fail secure electric strike
Door controller
for up to 128 doors.
120 Ohm resistor between A
and B on the last board.
C14DA ou C1410S
Carte de gestion ascenseur
ou de signalisation
INTBUSW
Door
controller
BUS RS485
BUS RS485
BUS RS485
C14AE
“Input” alarm control board
C14AS
“Output” alarm
control board
TERENA
Web based
Access Control
Tamper switch
(N.C. Contact)
Enrolment reader
for tags, cards and
remote transmitters
SD Card
CR2032
3 V lithium
battery
F2 125V/7A Fuse
Or
PC
Ethernet
network
B7AH
Battery
12V - 7aH
Grounding
connector
(xed to
the cabinet
structure)
Terminal block with
F1 250V/315mA fuse
Mains supply
230V ~ 50Hz; 60mA
TR1640
Transformer
Shielded twisted pair
SYTI 8/10ths cable
connected to M.
Shielded twisted
pair SYTI 8/10ths
cable connected
to GND.
USB
Connection
PROXIMITYDIGICODE®RADIO MIFARE®BIOMETRY
x128 max.
x4 max.
x4 max.
x4 max.
285 mm
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10] CONFIGURATION OF THE TERENA SYSTEM
9] ASSEMBLY
Install the elements of the assembly kit (Lock
+ switch) in order to complete the assembly of
the TERENA cabinet. Fix the cabinet in the vertical
position using the numerous screw holes provided
for mounting the cabinet structure.
To install the back-up battery (Ref : B7AH - optional),
the battery must be placed high up and secured
inside the TERENA cabinet on the right, then it must
be connected using the two connector lugs provided
for this purpose.
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A - First time connection (local connection only)
Your TERENA system is now connected, for direct access with a crossover cable, according
to the recommendations detailed in the previous pages. To access the administration interface
on your browser, the default address is :
http://192.168.0.100:8087/admin
This address gives you access to a rst security level. The default access codes are:
Username: 
Password: 
The password assigned by default may be modied in the “Administration” menu (see next page).

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            
            


B
C
D
E
F
G
J
K
L
N M
H
I
A
For security reasons it is highly recommended
to change the default administrator password.
D ADMINISTRATOR PASSWORD
For details see the following pages.
A INTERFACE OPTIONS
The Internet community has dened three
appropriate address classes for networks
of different sizes. There are: large sized networks
(class A), medium sized networks (class B)
and small sized networks (class C). The size
of the network is based on the number
of potentially connected hosts. These addresses
are used for private networks (local) and are never
assigned on the Internet.
In conclusion, according to the class
of your network, you can dene a specic address
for your local network (see table).
F LOCAL IP ADDRESS
CLASS PRIVATE NETWORKS IDENTIFICATION
A10.X.X.X Private Network
B172.16.X.X à 172.31.X.X Private Network
C192.168.X.X à 192.168.254.X Private Network
B LANGUAGE
C SITE NAME
E MAC ADRESS
ADMINISTRATION INTERFACE

16 cdvi.com cdvigroup.com
If you are accessing the TERENA via a server,
don’t forget to enter the address of the local port
to enable communication.
G LOCAL PORT
Limits which devices can connect to TERENA.
Default value 255.255.255.0
H SUBNET MASK
If you are connecting to the TERENA using a router,
enter the router IP address. Default value 0.0.0.0
J DEFAULT GATEWAY
Select the date and time.
K DATE & TIME
I PUBLIC PORT
To be able to control the TERENA system from a
remote site, select “YES”. Then enter a specic IP
Address that will allow access to the controller.
L REMOTE ADMINISTRATION
Applies the conguration on TERENA controller.
M APPLY THE SETTINGS
To perform a reset controller, click on the icon
RESET CONTROLLER. This will set the factory default
values on the controller.
N RESET CONTROLLER
G EXIT
Allows you to exit the TERENA interface.
F RESTART
Reboots the system.
E MAINTENANCE
By clicking on the Maintenance icon, TERENA
prepares to shut down to enable maintenance
operations and thus avoid loss of data during
the intervention.
D UPDATE
This option allows you to update the system
using the update package we supply
(see page 14).
C DATA RESTORATION
Restores data using the backup le
(see page 14).
A CONFIGURATION
Ethernet connection setup and data
initialisation.
B READERS
Allows you to adjust reader settings
in the event of a fault.
A B C D E F G
INTERFACE OPTION


TERENA - TERENA16
Web Based Access Control
INSTALLATION MANUAL EN

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TERENA - TERENA16
Web Based Access Control
INSTALLATION MANUAL EN


A
C
E
B
D
A READER NUMBER
Enter a reader number manually.
B INSTALL
Select the install icon when the reader is being
installed for the rst time.
C DELETE
Press on the delete icon to remove a reader.
D REPLACE
When a reader has been installed
and then deleted it is important to select
this option to install again a reader.
E SYNCHRONIZE FILES
Allows you to synchronize les with the existing
settings.



READERS

18 cdvi.com cdvigroup.com
A
B
D
F
H
J
L
C
E
G
I
K
A BACKUP FILES
Select the backup le (.tar).
The restoration data is transferred to the TERENA
central control unit.
B LOAD FILE
Complete data restoration.
D SEND ALL
Mandatory operation after any backup data
restoration.
C EXTRACT THE FILES
Download the conguration settings.
E SEND CONFIGURATION
Download the user records.
G SEND RECORDS
Download the reader groups only.
H SEND READER GROUPS
Download the schedule groups.
I SEND SCHEDULE GROUPS
Download the holiday periods only.
J SEND HOLIDAY PERIODS
Reinitialises the events information.
K EVENT INITIALISATION
When user database on the SD card is corrupted then
reload the user database from the controller memory.
L REFRESH USERS ON SD CARD
Download the readers.
F SEND READERS



BACKUP RESTORATION
TERENA - TERENA16
Web Based Access Control
INSTALLATION MANUAL EN

A
D
B C
A UPDATE FILE
Selects the le to be sent according to the sending
order detailed below.
Sends the le to the TERENA control unit.
B LOAD FILE
Once the update le has been successfully sent,
installs the update package on the system.

Admin.tar.
www.tar. 
Executable.tar
Binary.tar
System.tar.
Restart the system to validate
the update (D).
C SYSTEM UPDATE
Reboots the entire system.
D RESTART
UPDATE
19
cdvi.com
cdvigroup.com
TERENA - TERENA16
Web Based Access Control
INSTALLATION MANUAL EN

20 cdvi.com cdvigroup.com
B - Access to the “Administration” interface
You have restarted the TERENA interface and the “Administrator” settings have been saved.
You can access your TERENA using your web browser by entering the following address :
[Via internet] http://(IP supplied by your IAP*):(Port number)/admin
[On the same network as the TERENA] http://(local IP address):(Port number)/admin
1 2 3 4
C - Access to the “Management” menu
You can access the TERENA management menu using your web browser by entering the following address :
[Via internet] http://(IP supplied by your IAP*):(Port number)/
[On the same network as the TERENA] http://(local IP address):(Port number)/
The default access codes are:
Username: 
Password: 
These codes may be changed for each operator
in “OPERATORS” select “MODIFY”.
Description of the green buttons on the top left-hand side
under the TERENA logo, from left to right :
1
Reader(s) Green = normal; Red = 1 alarm
2
I/O modules Green = normal; Red = 1 alarm
3 Full zone Green = occupied zone ;
Grey = non-managed zone ; Orange = full zone
4 Empty zone (for example a car park)
Green = occupied zone ; Grey = non-managed zone ;
Orange = empty zone
* Internet Access Provider
TERENA - TERENA16
Web Based Access Control
INSTALLATION MANUAL EN