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WIRING DIAGRAMS
• CA/AI
"iKall" electronic key system ................................................................................................................................................................................... 17
• VCC/01B/PCI
"iKall" electronic key system in traditional cabling video door entry system .......................................................................................................... 18
• C5/01S/PCI
"iKall" electronic key system in traditional cabling door entry system................................................................................................................ .... 19
• SB2V/01B/PCI
"iKall" electronic key system in Simplebus 2 cabling video door entry system ...................................................................................................... 20
• SB2V/01SIC/PC "iKall" electronic key system in Simplebus Color cabling video door entry system ............................................................................................... 21
• SBC/01S/PCI
''iKall'' electronic key system in Simplebus cabling audio door entry system..................................................................................................... ... 22
• SB/SSI
Variant with security door lock and additional power supply.............................................................................................................................. .... 23
•
Using the RC network for door lock filter on relay 1 contacts ................................................................................................................................ 24
•
Using the RC network for door lock filter on relay 2 contacts ................................................................................................................................ 24
GENERAL INFORMATION
Art. 3348 for mounting in iKall modular keypads for mixed access control - entry
panel - video entry panel installations or stand-alone applications.
TECHNICAL SPECIFICATIONS
•
402 total available codes:
- one supercode;
- 400 relay codes. The available codes can be distributed in any way be-
tween relay 1 and relay 2. Example: 245 different codes for relay 1, and 155
different codes for relay 2;
- one anti-coercion code.
•
Available outputs:
2 on independent relays, plus 1 at 12 Vdc.
•
Operation of the relay outputs: keypad programmable, mono- or bistable.
•
Monostable mode: pulse programmable from 1" to 99" approx.
•
Supercode: 1 to 8 repeatable digits.
•
Relay codes: 1 to 8 repeatable digits.
•
Anti-coercion code: 1 digit.
•
Remote key input.
•
Programming input.
•
Single-key operation mode input (timetable programmer).
•
3 LEDs, depending on model:
- 2 to indicate relay closure and 1 to indicate programming mode.
•
Outputs (NO-NC), potential free.
•
Contact capacity: 24V AC/DC MAX.
•
Service output: max 100 mA.
•
Power supply: 12V AC/DC stand-alone. If connecting to a Simplebus sys-
tem, use connector (B) on the back of the module.
•
Switch (C) on the back of the module for selecting the LED lighting colour.
Leave the switch set to OFF for Simplebus systems.
•
Power Consumption: 250 mA 12V AC with 2 relays active.
•
Operating temperature: -10°C to +50°C.
PROGRAMMING AND OPERATION
There is a timeout for programming procedures after which the operation is
cancelled (around 40" between successive keystrokes); we recommend
familiarising yourself with the procedure before starting it.
1) Entering the supercode
Programming the supercode is the first operation, because all subsequent
steps depend on it.
We recommend using a short, easy to remember supercode, or noting it down
on a sheet of paper.
Entering the supercode
1) Move jumper (A) to the ON position (see figure below).
2) Connect the module to the corresponding wired and powered terminal.
3) Check that the red LED has lit up.
4) Enter the supercode (1 to 8 digits).
5) Press "E" to store the code.
6) Wait for 10 seconds or for the confirm tone to sound.
7) Move jumper (A) to the OFF position (see figure below).
Example:
to enter supercode 12345, proceed as follows:
- move the jumper to the ON programming position;
- connect the module to the corresponding wired and powered terminal;
- enter in sequence 1 2 3 4 5 E;
- wait for 10 seconds or for the confirm tone to sound;
- move the programming jumper to its previous OFF position.
• If you make an error in entering the code, press the "key"
several times to cancel the operation.
• You must always enter "E" at the end of the operation, whether during
programming or normal use.
• Modifying or changing the supercode resets all other programmed set-
tings (including relay codes).
• The supercode cannot be reset to a default value, but only replaced.
2) Relay codes: first programming
To program the relay codes, you must first know the supercode. The red LED on
the keypad stays on during the programming procedure.
In case of error, it flashes briefly and then turns off, after which you must start
again from the beginning of the procedure.
Relay codes: first programming procedure
1) Enter "0" and "E" (start programming procedure code).
2) Check that the red LED has lit up.
3) Enter the supercode (entered in point 1) followed by "E".
4) Enter the relay ID number (1 or 2) followed by "E".
5) Enter the operating mode (see point 5), then "E".
6) Enter the new code followed by "E".
7) The LED should now turn off.
Example:
To enter code 55127 for relay 1 in bistable mode (on/off), make the following
keystrokes:
0 E
start procedure
12345 E
supercode
1 E
relay 1 ID
O E
bistable operating mode
55127 E
new code
3) Using relay codes
After programming is completed, you can activate relay 1 by simply entering:
55127 E. In this example, the operating mode has been set to 0, in other words,
bistable (on/off).
To activate monostable operation, refer to point 5.
• Up to 400 codes can be set relay 1 or relay 2. If you attempt to enter a
code which has already been stored, an error is indicated.
4) Cancelling relay codes
The following procedure cancels stored codes from memory:
1) Enter "0" and "E" (start programming procedure code).
2) Check that the red LED has lit up.
3) Enter the supercode (entered in point 1) followed by "E".
4) Enter "0" (cancel code) followed by "E".
5) Enter the code to be cancelled, followed by "E".
6) The LED should now turn off.
Example:
B
to cancel code 55127, enter in sequence:
0 E
start procedure
C
12345 E
supercode
0 E
cancel
55127 E
code to be cancelled
button
5
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