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• Put back the arm end plug.
4.4.5 INSTALLING THE BARRIER
• Remove the cap from the am and the lower bumper sheath if already fitted.
• Mark the points to be drilled with an awl as illustrated in fig.18 A.
• Drill the marked points with a Ø 6mm bit as illustrated in fig.18 B.
• Fix the barrier to the arm as shown in fig.19.
• Put back the arm end plug.
5 REMOVAL OF THE BAR SUPPORT
• Remove the 4 fixing screws with their respective grower washers (FIG. 17A).
• Insert the 5mm Allen key into the appropriate hole (FIG. 17B).
• Unscrew the screw to help the removal of the bar support base (FIG. 17C).
• Tighten the screw to the motor shaft (FIG. 17D).
6 PREPARATION FOR ELECTRICAL CONNECTIONS
• Remove the front cover using the supplied wrench (FIG. 4)
• Bring the wiring to the electronic circuit board.
7 TESTING
Perform the following sequence of operations to test the BORDER barrier system.
• Check that all the prescriptions in this manual have been followed scrupulously, with special attention to chapter 1 "General Prescriptions";
• Using the supplied control or stopping devices (key selector switch, control push-buttons or remotes), perform opening, closing and
stopping tests and make sure the barrier responds correctly to the various commands.
• Check the correct operation of all safety devices in the system one by one (photocells, safety edges, emergency stop, etc.).
8 PRODUCT MAINTENANCE
Maintenance must be regularly carried out by qualified personnel in accordance with the legal and regulatory provisions in force. BORDER
undergoes scheduled servicing at least once every 6 months.
• Disconnect the motor from all power supplies
• Check all the moving parts and renew any worn parts
• Check the condition of all components making up the automation.
9 SPARE PARTS
Spare parts can be ordered when needed by contacting the technical department.
10 DISPOSAL
At the end of its useful life the automation system must be dismantled by qualified personnel and the materials must be recycled or
disposed of in compliance with the local legislation in force.
11 ELECTRONIC CIRCUIT BOARD
11.1
PRESCRIPTIONS
• The control unit is not equipped with a device for disconnection of the 230 Vac power supply line. It is therefore the responsibility
of the installer to fit a disconnection device in the electrical system. The disconnection device must be composed of a category III
overvoltage all-pole circuit breaker and opening the contacts of at least 3mm. It must be positioned in such a way as to be protected
against accidental reclosures in accordance with the provisions of section 5.2.9 of EN 12453. The wiring of the various electrical
components external to the control unit must be performed in accordance with the requirements of the EN 60204-1 standard and with
the amendments made to this by section 5.2.7 of EN 12453.
The power cables can have a maximum diameter of 14 mm; the fixing of the power supply and connection cables must be guaranteed
through the assembly of cable glands.
• During the installation operations, be sure to use cable with double insulation only (sheathed cables) for both of mains voltage
connections (230V) and extra-low voltage connections (SELV). Use only plastic raceways, separate for low voltage wiring and for safety
extra low voltage wiring (SELV).
• The very low safety voltage conductors must be physically separated (at least 4 mm in air) from the mains voltage conductors or must
be adequately insulated with additional insulation with a thickness of at least 1 mm.
• Provide a device upstream of the automation power supply network that ensures complete omnipolar disconnection of the network,
with a contact opening distance in each pole of at least 3mm. These disconnecting devices must be provided in the power supply
network in accordance with the installation rules and must be directly connected to the power supply terminals.
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