vimec V65 B.I., Оригинальное руководство пользователя

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C
D
A
e
f
d
a
b
c
d
c
g
± 1°
max
h
g
d
c
e
b
f
a
c
7602040
(Fig. 7) and tighten both the fixing screws once adjust-
ment is complete (Fig. 7/a).
N.B.: Check that the part of the lower rail (Fig. 8/g)
on which the brushes operate is clean, and remove
any dirt if necessary.
WARNING: The rail fixing screws (Fig. 7/a) must be
tightened to a torque of 9-10 daNm.
- Use the assembly markings (Fig. 3/b) to identify the
section of rail with feet (Fig. 8/a) to be placed just
above the bend just installed (Fig. 8/b).
- Position the rail correctly for installation (Fig. 8/a), refer-
ring to the dimensions shown in the installation drawing
(example Fig. 5), extract the feet and lightly tighten just one
bolt (Fig. 8/c) for each connection fixture (Fig. 8/d).
- Fit the joint plates (Fig. 9/e) into the tubular rail (Fig. 9/ a)
and lightly tighten the first 2 stud bolts (Fig. 9/f).
- Place the next section of rail working downwards (Fig. 9/b)
in position, fit the other stud bolts and tighten to a torque of
4-5 daNm after checking that the tubular rails are correctly
aligned and there is no gap between the rail sections. Fit
the busbar connection joint (if any) as shown (Fig. 9/d)
after checking that the components are clean.
- As already done with the bend, install the connection
fixtures (Fig. 8/e) in perfectly vertical position, by tight-
ening both fixing screws (Fig. 8/f) after adjustment.
- Install all the remaining rail sections except the last
one as previously described, all the way down to the
bottom of the staircase.
In order to make assembly for wall fixing easier (Fig.
10/a), it is advisable the use of special test feet (Fig.
10/b) (contact Vimec’s assistance since they are
excluded from the supply) to be plugged into the rail
instead of the intermediate connections (about 1-2
per each ramp).
FIG.8
FIG.9
± 1°
max