Advanced Programming - Beninca Core Handbuch

9) ADVANCED PROgRAMMINg

If necessary, it is possible to modify the functions of the PP and STOP inputs to obtain OPEN/CLOSE
inputs or alternatively OPEN/Pedestrian inputs; proceed as follows:
1) Move all DIPs to OFF
2) Move DIP1 to ON
3) to change the Step/Step input to Open, move DIP 2 to ON
4) to change the STOP input to Close, move DIP 3 to ON and DIP 4 to OFF
5) to change the STOP input to Pedestrian, move DIP 4 to ON and DIP 3 to OFF
6) move DIP 6 to ON. The LEDs will flash alternatively for approx. 10 secs.
7) after 10 seconds, the LEDs will flash simultaneously and the new input functions will be stored.
8) move the dips to OFF
9) move the DIPs back to the desired settings
10) PRE-WARNINg ACTIVATION/DEACTIVATION (DIP1:ON)
As soon as DIP1 is to ON, the DL1 red LED indicates whether the pre-warning flashing is activated.
The pre-warning function can be activated or deactivated with P2 key.
LED DL1 On: Activated pre-warning, the indicator lamp switches on for approx. 3 seconds before the
motor starts.
LED DL1 Off. Pre-warning is deactivated.
11) RADIO SELF-LEARNINg (DIP1:OFF)
The radio receiver in this product is compatible with the new ARC (Advanced Rolling Code) transmitters
which, thanks to 128-bit encryption ensure superior copy-security.
Storing new ARC transmitters is quite similar to that of normal rolling code transmitters with HCS cod-
ing, but be aware that:
1) ARC transmitters and Rolling Code HCS can not be stored in a single receiver.
2) The first transmitter memorized determines the type of transmitters to be used later. If the first
transmitter memorized is ARC, you can not store Rolling code HCS transmitters, and vice versa.
3) Fixed code transmitters may only be used in conjunction with Rolling code HCS transmitters, bring-
ing the logic CVAR OFF. They are, therefore, not usable in combination with the ARC transmitters.
If the first rolling code transmitter stored is an ARC CVAR the logic is inoperative.
4) If you want to change the type of transmitters it is necessary to proceed with a receiver reset.
To use a remote control, it is first necessary to store its code in memory. The memorisation procedure
is described hereunder. The device is able to store up to 64 different codes in memory.
By pressing P1, the control unit enters the radio learning phase: DL1 red LED flashes 1 time per second,
awaiting the key to the matched to the Step-by-Step function;
When the key is stored in memory, exit from the programming mode;
By pressing P1 twice, the DL1 red LED flashes 2 times per second and the pedestrian learning phase
is entered (the pedestrian function controls an opening operation of 7s).
When the key to be matched is memorised, exit from the programming mode.
If the programming mode must be left without storing any remote control signal, press P1 key until DL1
red LED starts to flash in "power on" mode (see LED diagnostics).
11.1) RECEIVER RESET
To reset the memory of the receiver, press and keep P1 and P2 keys pressed for around 10 seconds
(during this period of time, both DL1 and DL2 flash rapidly).
After 10 seconds, when the two LEDs are switched on with fixed light, release the push-buttons.
When the LEDs switch back again to the original configuration, the control unit has completed the
memory reset.
NOTE:
The transmitters are memorised on an EPROM memory (U3), which can be extracted from the control
unit and inserted in a new CORE control unit should a replacement is required.
For safety reasons, the transmitters can be stored in memory during the opening/closing of the motor.
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