A
(mm)
E
(mm)
E
(mm)
E
(mm)
100
630
595
630
630
630
780
745
780
780
780
110
620
585
620
620
620
770
735
770
770
770
120
610
575
610
610
610
760
725
760
760
760
130
600
565
600
600
600
750
715
750
750
750
140
590
555
590
590
590
740
705
740
740
740
150
580
545
580
580
580
730
695
730
730
730
160
570
535
570
570
570
720
685
720
720
720
170
560
525
560
560
560
710
675
710
710
710
180
550
515
550
550
550
700
665
700
700
700
890
190
540
505
540
540
540
690
655
690
690
690
880
200
530
495
530
530
530
680
645
680
680
680
870
210
520
485
530
530
530
670
635
670
670
670
860
220
660
625
660
660
660
850
230
650
615
650
650
650
840
240
640
605
640
640
640
830
250
630
595
630
630
630
820
260
620
585
620
620
620
810
270
610
575
610
610
610
800
280
600
565
600
600
600
790
2
– English
EN
3.5 - Installation of fixing brackets and gear motor
3.5.
1
– Installation of rear fixing bracket
Calculate the position of the rear bracket using
graph 2.
This graph serves to establish
dimensions A
and
B
and the
value of the max-
imum opening angle
of the leaf.
Important
– The values of A and B must
be similar to allow linear movement of the automation.
01.
Measure
dimension C
(
fig. 4
) on the fixing side;
02.
On
graph 2
, identify
dimension C
found and trace a horizontal line that
determines the value of
dimension B (*)
as shown in the example of
fig. 5
;
the meeting point with line “
r.i.l
” (installation line recommended) deter-
mines the value of the angle of maximum opening. From this point, trace a
vertical line as shown in the example of
fig. 5
to determine the value of
dimension A
.
If the angle found does not correspond to the requirements, adapt dimen-
sion A and if necessary dimension B, so they are similar.
(*) Do not use values of dimension B below the line “
t
” (see graph 2).
03.
Before being fixed to the wall the bracket must be sealed to the specific fix-
ing plate (
fig. 7
); if necessary the bracket can be cut adapting values of
dimensions A and B.
Note
– The bracket supplied for the Toona series 4-5 gear motor, meas-
ures 150 mm in length; in the event of special applications or in the event
of a gate equipped with external opening (
fig. 6
) use bracket mod. PLA6
(accessory).
CAUTION!
– Before securing the rear bracket, check the fixing zone
of the front bracket is in a solid part of the leaf, as this bracket must
be fixed at a different height of the rear bracket (fig. 8).
04.
At this point, fix the bracket using dowels, screws and washers required
(not supplied).
3.5.
2
– Installation of front fixing bracket
The front bracket must be fixed to the gate leaf respecting the values of
dimen-
sions D
and
E
(
Fig. 4
).
Note
– The bracket supplied for the Toona series 4-5 gear motor must be weld-
ed directly to the gate leaf. If this is not possible, use bracket mod. PLA8
(accessory).
01.
Establish the value of
dimension E
using
Table 1
;
02.
Establish the height in which to position the front bracket, referring to
fig. 8
;
03.
Fix the bracket to the solid part of the gate leaf.
3.5.
3
– Installation of the gear motor on the fixing brackets
•
Installing the gear motor on
the rear bracket
:
01.
Fix the gear motor to the bracket as shown in
fig. 9
using the screw,
washer and nut supplied;
02.
Tighten the nut to the end and then loosen by 1/10 of a turn to allow min-
imum clearance between the parts.
•
Installing the gear motor
on the front bracket
:
01.
Fix the gear motor to the bracket as shown in
fig. 10
using the screw,
washer and nut supplied;
02.
Tighten the screw to the end.
03.
Fix the label provided in the package, dealing with the unblocking and
blocking operations of the gear motor, permanently close to the gear motor
3.6 - Setting the mechanical limit switch
The mechanical limit switch allows to set the stop position of the gate leaf, in
this way, it is not necessary to use the stop blocks and the leaf does not hit
against these at the end of the manoeuvre.
•
Toona
series 4-5 (24 V)
WARNING
– In the event of applications with a gate equipped with open-
ing towards the outside (fig. 6) it is necessary to invert the power supply
wires.
Set the
limit switch in Opening
of the gear motor as follows:
01.
Unblock the gear motor as shown
in fig. 16
;
02.
Loosen the mechanical stop screw;
03.
Bring the gate leaf manually to the
Open
position required;
04.
Then, bring the mechanical stop to the end of the pin and block the screw
(
fig. 11
).
05.
Bring the leaf manually to the
Close
position and block the gear motor.
Note
–
Gear motors mod. TO4006 and mod. TO5016, are provided with a
mechanical limit switch also for the Closing manoeuvre.
If in possession of
one of these models, to set the mechanical limit switch repeat the procedure
described above, with a variation at
point 03
, in this case, bring the gate leaf
manually in the required Closing position.
•
Toona
series 4-5 (230 V)
The Toona series 4-5 gear motors arranged for an alternate current of 230V,
come with mechanical stop with micro switch which, on contact with the pin
interrupts the electrical power supply.
WARNING
– In the event of applica-
tions with a gate equipped with opening towards the outside (fig. 6) it is
necessary to invert the power supply wires.
• Toona
series 7
Set the
limit switch in Opening
and
Closing
of the gear motor;
01.
Unblock the gear motor as shown in
fig. 16
;
02.
Move the leaf manually until the mechanical stop screw is visible and
loosen the screw;
03.
Bring the gate leaf manually to the
Open
position required;
04.
Then, bring the mechanical stop to the end of the pin and block the screw
(
fig. 12
);
05.
At this point repeat this procedure bringing the leaf manually to the position
of maximum
Closure
, to set the limit switch in Closure;
06.
Finally, block the gear motor.
Toona 4
Toona 5
Toona 7
TO4005
TO4006
TO4015
TO4605
TO4024
TO5015
TO5016
TO5605
TO5024
TO5024I
TO7024
D
(mm):
730
695
730
730
730
880
845
880
880
880
1070
TABLE 1
Summary of Contents for TO4005
Page 2: ......
Page 9: ...EN IT FR ES DE PL NL IX EN Images ...
Page 16: ...XVI 7 6 D E A B C ...
Page 17: ...XVII 2 1 9 8 Toona 4 5 F 44 mm Toona 7 F 50 mm F ...
Page 18: ...XVIII 1 2 3 10 2 3 1 Toona 4 5 Toona 7 ...
Page 19: ...XIX 12 11 100 mm max Toona 4 5 Toona 7 ...
Page 20: ...XX 2 1 14 1 2 13 ...
Page 21: ...XXI 1 3 2 16 ENC M M AP COM CH 15 Toona 4 5 24 V Toona 7 24 V 24 V 230 V Toona 4 5 230 V ...
Page 22: ......
Page 23: ......