User`s manual

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Installation Manual
2.3.4 Tensioning the guide wires
Ø12 mm
Tighten the wires by hand and mark with a
water-resistant marker. Measure the distance to
the floor.
• For60mlongwires,stretchthewire40mm.
• For80mlongwires,stretchthewire50mm.
• For100mlongwires,stretchthewire60mm.
For each additional 20 m, stretch the wire by a
further 10 mm.
After some time it may be necessary to stretch 60
m wire by another 5mm and longer wire by a
further 7-10 mm (all wires stretches after some
time).
ATTENTION!
This will tighten the wires to approximately
2000-4000 N.
2.3.3 Method 3: Steel beam
There may be a steel beam beneath the platform
intended for lift mounting. If so, use rigging screws
as described in method 2.3.1 for mounting the
guide wire to the steel beam.
2.3.2 Method 2: Tripod
Pull the guide wire through the platform and fasten
with the tripod (See Fig. 8a.)
1) After feeding the guide wire through the
platform continue feeding the wire through the
tripod and the Ø16 mm x 1.5 mm aluminium
tube.
2) Lock the aluminium tube, the wire, and the
treated rod using a wire locking device. Make
sure the tube is placed so no contact is made
between the wire and treated rod. (See Fig 8a).
3) Tighten the bolts to 75 Nm
4) Mount the second wire.
ATTENTION!
Check the distance between the wires so
that the wire fix and wires are in the centre
of the wire guides (See Fig. 6 section 2.2).
ATTENTION!
Tighten the wire locking device after the
first run.
Fig. 8a Method 2: Tripod
2.4 Electrical connections
Connections
2.4.1 Power supply
DANGER!
The electrical connection of the traction hoist must
be made in accordance with EN 60204-1.
The power supply must be protected by a fuse
and an earth leak circuit breaker (30mA).
Disconnect the main power supply before han-
dling power units.
Verify that the rated grid and motor voltages are
identical.
The three-phase motor is normally supplied in a
star connection configuration:
Necessary equipment to comply with EN60204-1
can be supplied by Avanti as an option.
400 V, 3 phases + t 0 + gnd. I = 3.5 A 1.5 kW
690 V, 3 phases + gnd. I = 2.0 A 1.5 kW
Control voltage: 230 V / 240 V