6
4.4) Description of functions
Step-by-step input:
This input that normally performs the sequence “open-stop-close-
stop”, can be programmed as “open” (dip-switch 1 ON), in this case
the sequence becomes “open-stop-open-stop”.
With the step-by-step input programmed in this way and the "con-
dominium” function on, the closure cannot be controlled, but can
only occur in case of automatic closure or radio control closure
Condominium function:
With the condominium function on an open or step-by-step com-
mand cannot stop or invert the manoeuvre during an opening
manoeuvre until the said manoeuvre has been completed.
An open or step-by-step command causes an inversion of the
manoeuvre during a closing operation.
STOP input
This input can be programmed in different ways by means of dip-
switch 3 and 4 depending on the type of safety device connected:
NO contact (Normally Open)
NC contact (Normally Closed)
8.2K
Ω
constant resistance contact without inversion excluded
8.2K
Ω
constant resistance contact with inversion excluded
Example
Memorization mode II
A02 N°1
A02 N°2
A02 N°3
Key 1
Open
Key 2
Close
Key 3
Step-by-step
Key 4
Step-by-step
The transmitters can be memorised by means of the T2 key on the
control unit (required for the first transmitters) or by remote memori-
sation if a previously introduced transmitter is available.
The transmitters can be memorised in two modes:
mode I
In this mode, the function of the transmitter keys is fixed: key 1 com-
mands the opening manoeuvre, key 2 commands a stop, key 3
commands the closing manoeuvre, and key 4 commands a stop. A
single memorization stage is carried out for each transmitter; during
this stage it does not matter which key is pressed, and only one
space is occupied in the memory.
mode II
In this mode each transmitter key can be associated with one of the
four commands available: “step-by-step”, “open”, “close”, “stop”.
In this case each transmitter command to be activated must be
memorized by pressing the desired key. Only one command can be
associated with a key, whereas the same command can be activat-
ed using different keys. One space for each memorized key is occu-
pied in the memory.
To proceed with the memorization of the transmitters refer to the following tables.
1 “radio led” flash
FLO type transmitters memorized
2 “radio led” flashes
FLOR type transmitters memorized
3 “radio led” flashes
SMILO type transmitters memorized
5 “radio led” flashes
Empty memory (no memorized transmitter)
4.5) Memorizing the transmitters
The control unit recognizes various types of transmitters (see table A1);
as the coding system is different, the first transmitter memorized deter-
mines the type of those that may be memorized afterwards.
If you wish to change the type of transmitter, first you need to erase
the memory (see table A7).
You can check what type of transmitters are memorized in the control
unit to see what type of transmitters can be added. To do this, check
how many times the “radio LED” flashes when the control unit is
switched on.
1.
Press and hold down key T2 for at least 3 seconds
3s
2.
When the “radio LED” lights up, release the key
3.
Within 10 seconds, press any key on the transmitter to be memorized and hold it down
for at least 3 seconds
3s
Note: If the memorization procedure has been successful the “radio LED” will flash three times. If additional transmitters need to be memo-
rized, repeat step 3 within the next 10 seconds otherwise the memorisation phase will end.
Table “A7”
Memorization mode II
Example
1.
Press and release the T2 key as many times as the number corresponding to the
desired function: 1 = “step-by-step” 2 = “open” 3 = “close” 4 = “stop”
2.
Make sure that the “radio LED” flashes as many times as the number corresponding to the
desired function
3.
Within 10 seconds press the transmitter key you wish to memorize and hold it down for at
least 3 seconds
3s
Note: If the memorization procedure has been successful the “radio LED” will flash slowly three times If additional transmitters need to be
memorized, repeat step 3 within the next 10 seconds otherwise the memorisation phase will end.
Table “A8”
Memorization mode II
Example
T2
T2
T2
T2
TX
TX
Table “A5”
Checking what type of transmitters are memorized
Table “A6”
