Installing Linking Sections; Accurate Mowing Along Edges; Sloping Terrain In The Mowing Area - Viking iMow MI 632 Gebrauchsanleitung

In corridors, the perimeter wire (1) must be
routed parallel and attached to the ground
with a sufficient number of fixing pins (2).
At the start and end of the corridor, funnel-
shaped entrance and exit areas must be
installed.

12.10 Installing linking sections

The robotic mower ignores the perimeter
wire signal if the wires are routed parallel
and close together. Linking sections must
be installed:
– where secondary areas are to be
installed. ( 12.8)
– where no-go areas are necessary.
( 12.7)
0478 131 9931 B - EN
VIKING recommends laying linking
sections together with the relevant
no-go areas or secondary areas
during wire routing.
In the case of retrospective
installation, the wire loop must be
cut and linking sections must then
be integrated using the wire
connectors supplied. (
In linking sections, the perimeter wire (1)
must be routed parallel, the wires must not
cross and must be close to one another.
Attach the linking section to the ground
with a sufficient number of fixing pins (2).

12.11 Accurate mowing along edges

At a track offset of 6 cm, a strip with
a width of up to 20 cm is left
unmown along high obstacles. If
necessary, edging stones can be
laid around high obstacles.
Minimum width of edging stones:
12.14)
Route the perimeter wire with the correct
clearance to the obstacle (e.g. wall)
(27 cm, clearance C on the iRuler). To
ensure that the lawn edge is mown
completely, lay the edging stones along
the wall.
Minimum width: 20 cm
If wider edging stones are laid, the lawn
edge is cut even more precisely.
Route the perimeter wire with
greater clearance to the edging
stones around exterior corners.
( 9.6)
Use wider edging stones if
necessary.
12.12 Sloping terrain in the mowing
area
In order for the robotic mower to
automatically mow a slope in the mowing
area (incline up to 15°) without any trouble,
the perimeter wire must be installed in the
slope with a minimum clearance to the
edge of the incline.
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