12
B
72,5
72,5
B
Vp
Lt
87,5
B1
B1
87,5
C
I
Vp
Lt
C
I
D
B
LC
B1
1400
2200
130
1950
4080
205
*
220
1500
2350
150
2075
4330
230
*
245
1600
2500
170
2200
4580
255
*
270
1700
2650
190
2325
4830
280
*
295
1800
2800
210
2450
5080
305
*
320
1900
2950
230
2575
5330
330
*
345
2000
3100
250
2700
5580
355
*
370
2200
3400
290
2950
6080
405
*
420
2400
3700
330
3200
6580
455
*
470
Vp
Lt
C
I
D
B
LC
B1
2600
4000
370
3450
7080
505
*
520
2800
4300
410
3700
7580
555
*
570
3000
4600
450
3950
8080
605
*
620
3200
4900
490
4200
8580
655
*
670
3400
5200
530
4450
9080
705
*
720
3600
5500
570
4700
9650
755
*
770
3800
5800
610
4950
10080
805
*
820
4000
6100
650
5200
10580
855
*
870
ENGLISH
Control
board
Power
feeder
Transmission
pulley
Emergency
batteries
Motor
Lt = Vp X 1,5 + 100
fig. 7
A140 AIR Telescopic, Double Leaf
B
=
Securing
distance
of
internal
carriages
on
sliding
leaf
B1
=
Securing
distance
of
the
external
carriages
on
sliding
leaf
C
=
Motor
position
dimension
D
=
Length
of
transmission
belt
I
=
Motor
/
transmission
unit
between
centres
distance
LC
=
length
steel
Cable
Lt
=
Length
of
cross
beam
Vp
=
Free
passage
width
10
0
=
m
m
o
ve
rla
p
b
et
w
e
e
n
le
a
ve
s
Attention:
Bear
in
mind
that
the
length
of
the
steel
cable
in
the
table
is
indicative
and
subject
to
change
.
