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DIMENSIONS - fig. 1
INSTALLATION MATERIAL - fig. 2
1_ Art. P-2250SP190 : Small galvanized bracket
2_ Art. M-V400008035 : M8 x 35 galvanized screw
3_ Art. -- : P200 or P200BENC series actuator
4_ Art. P-2250SG190 : Large galvanized bracket
5_ Art. P-700PA1 : Angular galvanized bracket
6_ Art. M-0300000040 : 10 µf cylindrical capacitor
INSTALLATION - fig. 3
PRELIMINARY CONSIDERATIONS
Please keep to the values given in the table. If different angles
have to be referred to then use the practical method described in
the "PRELIMINARY OPERATIONS" paragraph regarding "FIXING
THE SMALL BRACKET".
Oil the gate's hinges.
Fix the small flange to the gate's bearing structure.
Note: for complete safety, the mechanical stops with rubber
cap (floor stops) must be fitted in opening and closing of the
gate, as shown in figg 16-17.
P
X°
90
100
105 → 130 mm
2
90
100
105 → 120 mm
90
2
100
105 → 110 mm
90
100
90
5
90
90
X°
90
100
105 → 250 mm
P
90
100
105 → 235 mm
90
2
100
110 → 220 mm
90
100
110 → 200 mm
5
90
100
115 → 185 mm
90
0
100
120 → 170 mm
90
100
120 → 160 mm
90
100
125 → 145 mm
X°
90
P
100
110 → 330 mm
90
100
110 → 320 mm
2
90
100
115 → 300 mm
90
7
100
115 → 280 mm
90
100
120 → 255 mm
0
90
100
125 → 235 mm
90
100
125 → 215 mm
IF THE PILLAR IS MADE OF BRICK - fig. 4
-
use 4 M10 expansion bolts to fix the angle plate to the wall
-
If necessary, fix the large bracket to the angle plate, selecting
from the alternatives given in fig. 5 and using two M8 bolts.
IF IT IS A METAL PILLAR - fig. 6
Weld the large bracket accurately to the gate.
10
A
B
80 → 155 mm
130 mm
130 mm
80 → 145 mm
140 mm
140 mm
80 → 130 mm
150 mm
150 mm
80 → 120 mm
160 mm
105 mm
160 mm
80 → 110 mm
170 mm
80 → 95 mm
180 mm
80 → 85 mm
190 mm
A
B
80 → 310 mm
145 mm
145 mm
80 → 290 mm
160 mm
160 mm
80 → 265 mm
175 mm
175 mm
80 → 245 mm
190 mm
190 mm
80 → 225 mm
205 mm
205 mm
80 → 205 mm
220 mm
220 mm
80 → 190 mm
235 mm
235 mm
80 → 170 mm
250 mm
250 mm
A
B
80 → 435 mm
155 mm
155 mm
80 → 410 mm
170 mm
170 mm
80 → 380 mm
190 mm
190 mm
80 → 350 mm
210 mm
210 mm
80 → 320 mm
230 mm
230 mm
80 → 290 mm
250 mm
250 mm
80 → 260 mm
270 mm
270 mm
FIXING THE SMALL BRACKET
PRELIMINARY CONSIDERATIONS
1_ Anchor the actuator to the large bracket using the screw
provided (see fig. 7);
2_ unscrew the actuator arm until it is nearly completely out (leave
one turn of the screw);
3_ assemble the small bracket to the actuator arm using the screw
provided (similar to the description in fig. 8) and rest the small
bracket against the gate when it is completely shut to see
where it has to be welded.
Before going on to the next phase please carry out the following
test:
1_ manually open the gate to the maximum required angle;
2_ activate the manual unlock (see relative paragraph);
3_ tighten the arm until the small bracket finds itself over the
position just marked on the gate.
If the small bracket does cover the position marked it means
installation has been done correctly.
This method can be used to establish where the small bracket will
have to be welded for each opening angle (X°) requiredprovided
it is possible (parameters A and B and the actuator's useful travel
permitting) - fig. 3.
FIXING
Weld the bracket accurately to the gate in the established position.
To help yourself do the job properly, you can leave the small
bracket screwed to the actuator arm, as mentioned in point 3 of
the previous paragraph, so it can be placed against the gate in the
established position.
ANCHORING THE ACTUATOR
Fasten the screw using the special nut (fig. 9A). Tighten the nut in
the direction shown in fig. 9B in order to take up the slack.
WARNING: Do not force the clamping as this may break the
stem head. Take up the slack only.
USE OF MANUAL UNLOCKING
1_ Put the key into the lock and turn it clockwise;
2_ pull the plastic cap up, as shown in fig. 10;
3_ pull the lever up and turn it clockwise;
reverse these operations to relock; lower the lever that you turned
and put the cap back on if you decide to leave the unlock function
engaged.
ELECTRICAL CONNECTION TO THE MOTOR
Remove the 4 securing screws and lift the plastic cover as shown
in fig. 11.
MODELS IN THE P200 SERIES
1_ Connect up to the terminal of fig. 12 with a wire whose cross
section should at least be equal to 1.5 mm² , checking motor
rotation direction and remembering that:
the yellow-green wire is the earth wire;
blue is the common wire;
black is the phase wire;
and brown is the phase wire.
2_ Connect up the condenser supplied in proximity to the electronic
control card. The said condenser must be parallel to the 2
phases of the motor. Warning! Do not short-circuit the two wires
as this may cause discharges because of the current remaining
in the wires. Use control units with torque limiting device only.
MODELS IN THE P200BENC SERIES
Pull the terminal board out of its housing, as shown in fig. 13 and
observe how the wires are connected in order as shown in fig. 14:
Wires of the photodiode encoder card:
-
white (signal), brown (positive), blue (negative) - 0.5 mm² cross
section;
-
motor phase wires: black (negative), red (positive) - 2.5 mm²
cross section;
P200 Series
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