ITS Telecom EKSELANS CCA User manual

CCA
370001
Access controller
EN
Installation manual

1
1. General description
The access controller, CCA, allows the opening of all types of door openers once an authorized RFID card has been
read. The reading is performed by an external reader connected to the controller (Ref. LCA). The controller is
compatible with several input voltages. It allows to control the voltage pass that feeds the current lock or use the
power supply of the controller to power the lock. Thanks to all these compatibilities the controller can be coupled
to existing systems or installed in new scenarios.
The programming of user cards can be done through the use of other cards (called master) or through a remote
control. It is important to note that, through remote control, other functions can be performed such as setting the
opening time, deleting and registering cards selectively, activating or deactivating the sound or LED indicators, ...
Master cards provide simplicity when registering user cards.
There is no distinction between cards except their programming; For example, a master card could be
programmed as a user card. As explained below, it is important to identify each user card with an identifying
number.
•It allows to feed several types of lock (AC / DC) with the own voltage that feeds the controller
•It allows to control the voltage that feeds the lock from an external source, either AC or DC
•Allows the connection of a button (push button) for instant door opening
•Users registered in a controller can be cloned in other controllers
•Supports up to 1000 users
•Compatible with Wiegand readers
•Allows management by remote control
2. Accessories
•1x Remote control (keyboard)
•1x Master card to add users
•1x Master card to remove users
•1x Configuration jumper
•1x Protection diode
•1x Screwdriver
•2x Anchors and screws
•1x Installation Manual
3. Connections and indicators
Signal
Terminal
strip
Type
Description
BUZZER
Left
Output
Tone indicator to the card reader
LED
Output
Led indicator of the card reader
D0
Entrada
Data[0] reception from the card reader
D1
Entrada
Data[1] reception from the card reader
GND
Entrada / Output
Ground (Connection to the card reader)
GND
Entrada / Output
Ground (DC Voltage feeding)
AC / DC +
Entrada
Common connector for AC or DC power (positive)
AC
Entrada
Connector for AC voltage feeding
OPEN
Right
Entrada
Connect to the external push button (Optional)
NO
Output
Relay output (Normally open)
COM Output
In "Dry Contact" configuration (Position A): Common Port
In "DC Out" configuration (Position B): Ground
Connect to external push button (optional)
NC
Output
Relay output (Normally closed)
V OUT
Output
Voltage for feeding the card reader
IR
Input
IR sensor for remote control
Output
Status LED indicator

2
Operation
LED
Sound
Stand-by
Red
-
Programming mode start
Blinking red
One bip
Programming command start
Orange
Two bips
Error
-
Three bips
End programming mode
Red
One bip
Opening
Green
One bip
4. Input and output voltage
The controller supports a wide range of supply voltage, both in AC or DC. The self-lock power supply can be used to feed the
controller. See technical specifications on section 7.
Important note:
Make sure that the supply voltages of the lock and the co
ntroller are compatible. Especially in the case
of using the supply voltage of the controller to feed the lock (Jumper in position A
- Dry Contact-). See
section 4.2.
4.1. Controller voltage feeding
The controller can be fed both in AC or DC voltage
In case of powering the controller with alternating
current, connect the source to the terminals
indicated as "AC and AC".
In case of powering the controller with direct current,
connect the source to the terminals indicated as "GND
and DC +". Respect the polarity.
Check the maximum rating voltage in the technical specification.
4.2. Door opener voltage feeding
The controller may act on the door-opener in two modes depending on the position
of some jumpers. These jumpers are inside the device, in the lower right corner.
Open carefully.
There are two positions:
A-Position (Dry Contact): It allows the passage of current between an external power
supply and the lock. It acts as a switch. Make sure that the lock supports the power supply
volta
ge of the external power supply. This is the factory configuration.
B-Position (Input pass): It feeds the lock with the same voltage that feeds the controller
itself.

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A-Position (Dry contact)
B-Position (Input pass)
Terminals COM-NC COM-NO COM-NC COM-NO
Stand-by Short circuit Open circuit
Same voltage as
in the input 0V
Opening Open circuit Short circuit 0V
Same voltage as
in the input
Open the device and adjust the jumpers depending on your needs.
Attention: Install the supplied diode directly in the
door opener in the case that it supplies the lock with
direct voltage -DC.
Do not use the diode in case of powering the system
in AC. Respect the polarity of the diode as indicated:
5. Installation
Below there are two typical installations with their connection and configuration:
Configuration in “Input Pass” (the same voltage
that feeds the controller, will feed the lock).
Configuration in dry contact (the lock opens as the
controller opens or closes; The controller acts as
a switch).

4
6. Programming & Users management
The programming of the cards is stored in the memory of the device so the system is robust in the event of power supply
drops. In the absence of power supply the controller will not be able to activate the door opening, as it will not read the
cards.
The system supports up to 1000 user cards. Each of them is registered in the system as they are registered, with an
identifier (0, 1, 2, ... 999).
Important note:
It is not possible to know which identifier corresponds to each user card, so it is recommended that
a record is kept. Keeping the registry will allow deleting a user card (without physically having it). If
this is not the case, it will be necessary to delete and re-register all the cards.
6.1. Numbering of user cards
To keep a correct control of the identifier associated with each card, it is important to know that:
•The first card registered is the 000.
•The second will be 001, the third will be 002 and so on until the last (thousand) will be 999.
•If the third card is deleted, a hole (bubble) is created between 001 and 003.
•When registering a new card with the master cards, this bubble will be filled (the new card will be 002).
•With the remote control, you can force a card to have a specific identifier, leaving bubbles if desired.
•There cannot be two user cards with the same identifier.
It is recommended to register the identifier by relating it to the serial number of the card and to the user of the card. It is
not recommended to write down the identifier on the card itself. Should it be lost, the identifier to be removed from the
controller will not be known.
Identifier
Serial Number of the user card
Person / Department / Apartment
0
0093119565
Mr. Juan Pérez
1
0093119566
Ms. Marta López
…
…
…
999
0093117684
Ms. Teresa Monte
6.2. Programming via keyboard (remote control)
The supplied remote control allows the programming of the controller. To do this, aim it to the IR sensor and press the
indicated commands.
6.2.1. Programming mode (via remote control)
In this mode it is possible to carry out the programming using the remote control by entering different commands.
To enter this mode, press:
Enter in the programming mode
* <Master code> # (Default master code 123456)
Exit the programming mode
*
To change the master code:
Step 1
Enter in the programming mode
* <Master code> #
Step 2 Insert the new master code
0 <New master code> #
< New master code > #
Step 3
Exit the programming mode
*
If you change the master code, remember it. Otherwise it will be necessary to make a factory default reset.
It must have 6 digits.

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6.2.2. User management (via remote control)
Each user card is registered with an identifier that matches its position within the system.
The controller can assign auto-incremented identifiers. You can also assign a specific identifier.
Subscribing:
To add user cards at a position given by the system:
Step 1
Enter in the programming mode
* <Master code> #
Step 2
Pass the card through the reader and
press #. Repeat this step if several cards
need to be registered
1 <Sweep card > #
Step 3
Exit the programming mode
*
Remember that in the case there are empty positions not assigned to a card (Bubbles), this process will assign to
the card registered the first available position/identifier. A bubble will appear when a specific card (Not the last
one) has been removed.
To add user cards in a particular position:
Step 1
Enter in the programming mode
* <Master code> #
Step 2 Insert the desired identifier and swee
p the
card
1 <Desired identifier> # <Sweep card> #
Where <Desired identifier> is a number
from 1 to 999. Do not insert 00x. Insert x
directly.
Step 3
Exit the programming mode
*
Unsubscribing:
To delete a user card by reading it with the card reader (Not lost card):
Step 1
Enter in the programming mode
* <Master code> #
Step 2
Sweep the card to be unsubscribed. This
position will be empty
2 <Sweep card> #
Step 3
Exit the programming mode
*
Note that a bubble can be been created. There can be an empty identifier position not linked with a
user card.
To delete a user card from a specific position (The card is lost):
Step 1
Enter in the programming mode
* <Master code> #
Step 2 Insert the identifier position to be deleted.
This position will be deleted.
2 <Identifier> #
Where <Identifier> is a number from 1 to
999. Do not insert 00x. Insert x directy.
Step 3
Exit the programming mode
*
Note that a bubble can be been created. There can be an empty identifier position not linked with a
user card.
To delete all user cards in the system:
Step 1
Enter in the programming mode
* <Master code> #
Step 2
2 <Master code> #
Step 3
Exit the programming mode
*
6.2.3. Relay configuration (via remote control)
The opening time can be adjusted as wished in a range from 1 to 99 seconds. Its default value is 5 seconds.
Step 1
Enter in the programming mode
* <Master code> #
Step 2
Insert two digits that indicate the number
of seconds that open the relay.
3 (1~99)#
Example: Insert <310#> for 10 seconds.
Step 3
Exit the programming mode
*

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6.2.4. Control signals (via remote control)
It is possible to enable / disable basic signalling indicators. By default, those are enabled.
Step 1
Enter in the programming mode
* <Master code> #
Step 2A
Indication sound
70# OFF
71# ON
Step 2B
Led indication
74# OFF
75# ON
Step 3
Exit the programming mode
*
6.2.5. Cloning of controllers
The controller may be cloned to another CCA controller. The copied data are the configurations of the transmitter controller and
the registered user cards.
Make the following connections:
Apply the following steps to the unit to clone (transmitter):
Step 1
Enter in the programming mode
* <Master code> #
Step 2
Start the transfer
9 6 #
Step 3
Wait until the transmission ends
The green LED blinks
Step 4
Exit the programming mode
*
Note that:
•Both units must have the same master code
•A cloning process with 1000 registered users may last up to 3 minutes
•Check connections. Avoid short circuits
6.3. Programming via master cards
By using the master cards it is possible to subscribe / unsubscribe user cards, without need to use the remote control.
This method does not allow to delete a user card that has been lost, even knowing its identifier.
6.3.1. Registering master cards
The master cards need also to be paired to the system. Should a second pair of master cards is registered, the first
will be unregistered. The master cards, cannot be programmed via keyboard.

7
Step 1
Power off the controller
Step 2
Make a short circuit between GND and OPEN.
Otherwise, should a push button be connected (for opening
purposes), keep it pressed.
Step 3 Power on the system again
Two sounds will be heard
and the LED will change its
colour
Present the two cards on the card reader. The first will be
coded as “MASTER ADD” (For subscribing). The second,
will be “MASTER DELTE” (For unsubscribing).
After each card
presentation, a single
sound will be heard. After
presenting the second card,
the system will enter in
stand-by mode.
If any card is presented
within 10 seconds, the
system will enter in stand-
by mode.
Step 4
Remove the bridge
6.3.2. Management of user cards using master cards
Subscribing:
Step 1
Sweep MASTER ADD card
Step 2 Sweep the user card
More user cards may be swept (A sound will
be heard)
Step 3
Sweep MASTER ADD card
Unsubscribing:
Step 1
Sweep MASTER DELTE card
Step 2 Sweep the user card
More user cards may be swept (A sound will
be heard)
Step 3
Sweep MASTER DELETE card
6.4. Restore to factory default values
The following process restores the original default factory values. Registered user cards, are NOT lost. Registered
master cards, yes. Other values are set back to factory default.
Step 1
Power off the controller
Step 2
Make a short circuit between GND and OPEN.
Otherwise, should a push button be connected (for opening
purposes), keep it pressed.
Step 3 Power on the system again
Two sounds will be heard
and the LED will change its
colour
Step 4 Keep the short circuit for at least 10 seconds.
A sound will be Heard and
will enter in stand-
by mode.
(Red LED)

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7. Technical specifications
REFERENCE CCA
Code
037001
Maximum users
<1000
Transmisson protocol card reader –
controller Wiegand
Working voltage / (Nominal)
AC
V (rms)
12~30 / (24)
DC
Vdc
9~24 / (12)
Consumption (Stand-by / Maximum*)
AC
mA (rms)
115 / 170
DC
mA
60 / 80
Output voltage (For LCA)
Vdc
12
Maximum switching current
A
1
Maximum distance IR- Keyboard **
m
<10
Working temperatura
ºC
-40 ~ 60
Working humidity
% Hum
0 ~ 90
Dimensions mm 90 x 63 x 22
*Including reader / excluding door-opener
** Depending on Ilumination / battery