Programming; Programming The Control Unit - Nice M3BAR Instructions And Warnings For Installation And Use

PROGRAMMING

The control unit can be programmed by rotating the incremental
7 PROGRAMMING
encoder (A), pressing the same encoder vertically and using
the display (B).
l
Refer to "Table 5" for the complete list of parame-
ters and the relative selectable values.

7.1 PROGRAMMING THE CONTROL UNIT

Turning clockwise or anti-clockwise the encoder (A) allows for scrolling on the display (B) the parameters shown in "Table 5", which
identify the Level 1 menu.
After identifying the desired Level 1 parameter, on the basis of the required programming, press and release the encoder (A) to
move to Level 2, where the value appears of the memorised or default parameter (fixed display) appears referred to the Level 1
parameter just selected.
Turning the encoder (A) causes the Level 2 values to scroll (flashing display). After selecting the value by pressing the encoder
(A), the system returns to Level 1.
Among the optional values that can be displayed there are "ESC" and "---": after selecting "ESC" by pressing and releasing the
encoder (A), the system returns to the Level 1 parameters without modifying the programming, while the value "---" identifies the
programming made through the Oview external programmer. This value cannot be selected as a mere Level 2 parameter.
PROGRAMMING PARAMETERS
Meaning
Quick set-up
Installation
Programme
Type of operation
Close after photo
Allows for keeping the boom
in the opening position for the
time strictly necessary for the
transit of people or vehicles; an
intervention of the safety devices
automatically triggers a closing
manoeuvre after the "Close after
photocell time" has elapsed
Safety device for "Close after
photocell"
Allows for selecting which safety
device triggers the re-closing of
the gate after the intervention of
the photocells
Level I Level II
Effect after pressing the encoder (A)
parameters parameters
Starts learning of the Bluebus, Stop and level learning devices in sequence,
8 . 8 . 8 . -
one after another
Learning of devices connected to the Bluebus and Stop terminals
1
Learning of the opening and closing positions: the boom stroke value is
S e t
2
measured, from the closing mechanical stop to the opening mechanical stop
Base default firmware
0 0 0
Firmware 1 (Personalisation of the base firmware, not used)
0 0 1
P r n
Firmware 2 (Personalisation of the base firmware, not used)
0 0 2
Firmware 3 (Personalisation of the base firmware, not used)
0 0 3
Semi-automatic operation
O F F
Automatic operation: following an opening manoeuvre, once the pause time
F 0 1
O n
has elapsed, a closing manoeuvre starts automatically
Function excluded
O F F
Function active in the "Open until disengage" mode: the intervention of a
safety device causes the boom to stop; when the device is disengaged,
1
counting of the "Close after photocell" counter starts, after which a closing
manoeuvre starts automatically
Function active in the "Open all" mode: the intervention of a safety device
causes the boom to reverse up to the "Open" position, where counting of the
F 0 2
"Close after photocell time" counter starts, after which a closing manoeuvre
2
starts automatically.
Note: a command triggering an opening manoeuvre during the "Close after
photocell time" prevents the gate from closing again.
Function active with the "Close all 2" mode: behaviour similar to the "Open all"
mode but, in this case, a command triggering the opening manoeuvre does
3
not prevent the gate from re-closing
Photocells and loop (configured as photocells)
1
Photocells only
2
F 0 3
Loop only (configured as photocells)
3
42
B
A
Table 5
ENGLISH – 21