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Idiomas disponibles
Idiomas disponibles
GB
12)
Once the desired pause time has lapsed, press the P/P button. The motor then starts the closing manoeuvre.
13)
During closure, press the P/P button at the point at which you want the gate to decelerate (optional)*.
14)
Once the closing stroke is complete, the motor stops. End of programming, led L1 switches off.
NOTE: if the encoder is detected during the motor movement, LED L1 flashes.
* If points 10 and 13 are not carried out, a standard deceleration of approximately 50 cm will be set.
FULL opening programming: Typology 2
MOTOR WITHOUT ELECTRIC LIMIT SWITCHES AND ENCODER
1
9
1)
Shut off power supply to control unit.
2)
Position the gate or door at mid-travel.
3)
Press PROG/STOP button.
4,5,6) Switch on power to control unit by keeping the PROG./STOP button (part 6 of fig.1) pressed for at least 3 seconds.
Programming LED L1 comes on. The same function can be obtained by holding the PROG./STOP button (part 6 of fig.1)
down, shorting the reset pins (part 15 of fig.1) for a moment then releasing the PROG./STOP button when LED L1 comes
on.
7)
Press the P/P button (part 7 of fig.1). The motor then starts a closing manoeuvre. If the motor is running backwards, cut
off the power, invert the motor phases and the limit switches and repeat the procedure.
8,9)
Once the end stop is reached, press the P/P button; the motor stops and then the opening stroke starts automatically.
10)
During the opening, press the P/P button at the point at which you want to the gate to decelerate.
11)
Once the opening stroke is complete, press the P/P button. The motor stops.
12)
The control unit starts the pause time registration phase.
13)
Once the desired pause time has lapsed, press the P/P button. The motor then starts the closing manoeuvre.
14)
During closure, press the P/P button at the point at which you want the gate to decelerate.
15)
Once the closing stroke is complete, press the P/P button to stop the motor.
16)
End of programming, LED 1 switches off.
PEDESTRIAN opening programming: Typology 1
AUTOMATION WITH ELECTRIC LIMIT SWITCHES
46
2
3
10
11
2
1
7
8
PED
4
5
13
12
3
4
9
10
PED
6
7
15
14
5
6
12
11
8
16
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