3. INSTALLATION OF THE AUTOMATION
2. ELECTRICAL INSTALLATION (standard system)
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1) Motor
1) Place the foundation plate as illustrated in fig. 3 (close on the
right) or fig. 4 (lock on the left) to ensure that the rack and pinion
engage correctly.
3.2. EMBEDDING OF THE FOUNDATION PLATE
Fig. 2
4) Intermittent
2) Assemble the foundation plate as illustrated in fig. 5
3) Push button with key
- The structure of the gate must be suitable for automated operation.
In particular, it is necessary that the diameter of the wheels is
compatible with the weight of the gate and that an upper guide and
mechanical limit stops are installed to prevent the gate from derailing.
3.1. PRELIMINARY CHECKS For
safety, and to guarantee correct operation of the automation, the
following requirements must be met:
2) Photocells
Fig. 4
- If the gearmotor is exposed to passing vehicles, it is advisable to
install adequate protection against accidental impacts.
NB It is advisable to place the plate on a cement base, about 50
mm from the ground (fig. 6).
4) Lay the cables for connection with accessories and power supply.
To facilitate connections, leave the cables protruding approximately
45 cm from the foundation plate.
5) Radio receiver
- In the area where the excavation for the plinth is carried out, there
should be no electrical pipes or cables.
3.3. MECHANICAL INSTALLATION
1) Remove the cover and place the gearmotor on the foundation
plate, passing the electrical cables through the conduit made in the
body of the actuator.
- The ground must be firm enough to support the foundation plinth.
3) Make the foundation plinth and embed the plate, placing one or
more sheaths for the passage of the electrical cables. Check the
perfect horizontality of the plate using a level, and let the cement
set.
Fig. 5
2) Fix the gearmotor to the foundation plate using the nuts and
plates included in the supply
- Make sure that there is an effective ground discharge for the
connection of the gearmotor
Fig. 3
Fig. 6
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Machine Translated by Google
