If the floor is not perfectly flat, decide the position of
fastening in height H, taking as reference the highest
point of the floor in the zone on which the wings will
glide.
Fasten the beam to the wall starting from the central
hole on the beam (Fig. 15).
Important: to fasten the beam, first determine what
type of screws and/or anchors to use, depending on
the type of wall support, in order to guarantee solid,
safe, workmanlike fastening.
If it should be necessary
to use anchor bolts or other fastening system that
require drilling the wall, proceed as follows: drill the first
central hole, clean the hole and the area around it
before positioning the beam, fasten the beam to the wall
using the proper size screw and/or anchor fitted in the
hole you have just drilled.
Important: check that the wall does not have any
uneven spots along the entire length of the
a u t o m a t i o n a n d p r o v i d e t o e l i m i n a t e a n y
protrusions and/or fill any dents to even the
surface.
Now mark the other holes (Fig. 12) with a pencil, taking care to maintain the beam perfectly horizontal and/or
parallel to the floor. After marking the holes, detach the beam and drill the other holes in wall, blow and clean
everything thoroughly and fasten the beam, always starting from the central hole and moving from it to the ends,
checking constantly to be sure the beam remains perfectly horizontal and/or parallel to the floor.
Important: never, for any reason, drill the holes with the beam attached.
Important: if you plan to use self-tapping screws and therefore do not need to drill holes, be very careful
when inserting and fastening the screws not to damage the carriage glide rail. Use tools that do not touch
the glide surface or else take care to protect it adequately (Fig. 13).
Important: if the glide rail should be damaged during installation, it will be necessary to replace the whole
beam.
After fastening the beam to the wall, clean it thoroughly with nitrogen thinner or denatured alcohol, so as to
eliminate any drilling residue or dirt. Check by running your hand over the glide rail that it is perfectly smooth and
clean.
IRON
2 mm (with lesser thickness use threaded rivets)
3 mm (with lesser thickness use threaded rivets)
100 mm
50 mm
Minimum thickness
Materials of the fastening surface
ALUMINUM
SOLID WOOD
REINFORCED CONCRETE
110 mm (with lesser thickness use chemical bolts)
PERFORATED CONCRETE
H
CT
Fig.
15
INSTRUCTIONS FOR INSTALLATION AND USE
EN
T120-T240
16
Summary of Contents for T120
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