6
11.
If you have more railparts repeat step 5 to 10.
12.
At this moment the complete rail should stand on the staircase.
On the drawing of the rail you see different angles of inclination mentioned.
Check the inclination by using a adjustable water-leveler.
Start at the bottom and work your way up.
When doing this you can or have adjust the lengths of the legs.
Probably you need to compromise a little at angles of inclination.
Check if the bottom leg is standing (or keeps standing) on the ground floor.
It is important that a sliding/folding railpart always has a angle of 56 degrees.
Try to keep the angles of inclination as accurate as possible.
Most important are the places where the user steps on or off the chairlift. (bottom and top)
13.
If the complete rail has the correct angle of inclination, the rail can be positioned at the correct
spacing to the wall. Dimensions for this spacing are given in the drawing.
NOTE
During moving the rail on its final position, keep in mind that in case of a sliding or
folding rail you should keep some spacing around the leg or its ground-plate.
When this bottom leg has some tension, it is possible that the hinge will not work properly
(gives to much friction).
14.
Connect charging-points and transformer (described in chapter 2.2)
NOTE
In case of a folding rail the transformer should be connected to the rail PCB.
15.
When the charging-points and transformer are connected it is time to install the chairlift on
the rail. (see chapter 2.3)
In case of a straight rail we advise you to fasten some legs to the staircase first.
.
(to prevent instability of the rail)
Spacing measured
between front-side
of the rail till the
wall or object.
9.
Clamp a piece of rack to get a good pitch of the toothed-rack.
10
Tighten all screws of all coupling parts.
