5.2 2
nd
LEVEL
PROGRAMMING
T
o
access
2ND
LEVEL
PROGRAMMING, press
push-button
F
and hold down while
pressing
push-button
+
:
•
if you also release push-button
F
,
the display
shows
the value of the function that can be modified
with keys
+
and -.
•
if you
press key
F
(and hold down), the display
shows
the name of the next function. If you release it, the value
that can be modified with
keys
+
and -
is
displayed.
•
when you reach the last function,
press
F
to exit
programming,
and the display resumes showing the
automated
system status.
MAXIMUM
TAKE-OFF
POWER:
The
motor
works
at maximum power (ignoring the selected power level) during the
move-
ment
tak
e-off
.
Y
=
active
no
= excluded
PREFL
A
SHING:
Allows
5 types of preflashing to be selected, with a duration equal to 3 secs.
no
=
no
preflashing
.
OC
=preflashing
before
each
movement
.
CL
=
preflashing before a closing
movement
.
OP
=
preflashing before an
opening movement
.
PA
=
preflashing only at end of
pause.
PREFLASHING TIME (visible
only if
preflashing is
selected in the
previous
menu):
Adjusts
preflashing time from
1
to
10
sec. in 1 second steps.
01
=
minimum preflashing
10
=
maximum preflashing
CLOSING PHOTOCELLS:
Activate the function if you want the closing photocells to lock movement and
reverse
it
on
disengagement.
Normally, operation of the closing photocells immediately puts the
gate
into
reverse
when
this
function
is
off
.
Y
=
reversal
on
disengagement
no
=
immediate
reversal
to
opening
OPENING PHOTOCELLS:
Activate the function if you want the opening photocells to lock movement and reverse it
during closing. Normally,
with this
function off, operation of the opening photocells determines
the resumption of movement on their
disengagement
.
n o
=
immediate
reversal
to closing
no
=
resumption of motion on
disengagement
ADMAP
FUNCTION
P
ermits
activation of operation in
accordance
with
F
rench
standard
NFP
25/362.
Y
= active
no
= excluded
ENCODER:
The "virtual"
encoder on the board operates as an anti-crushing device and manages
the
slowing and partial opening start points.
If
the gate
strikes
an obstacle during the opening or closing stage, the
"virtual"
encoder causes
reversal
of the motion.
The
second obstacle
detected
in the same direction causes the
motor
to stop. An alarm
is
signalled in both cases (see section on alarms).
It
is
necessary to adjust the
sensitivity
of the
"virtual"
encoder by varying the time that
the
board
waits
for before controlling
reversal
of motion from a minimum of
0
sec to a
maximum
of
10
sec in one-second steps.
00
=
maximum sensitivity
10
=
minimum sensitivity
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