Accurate Mowing Along Edges; Sloping Terrain In The Mowing Area - Stihl RMI 632 Instruction Manual

of the mowing area that can only be
accessed via a corridor.
Minimum clearance to corridor access:
2 m
If several consecutive corridors are
installed, guide loops must be
installed in each of the relevant
mowing areas.
Installation of a guide loop:
Guide loops must not be installed in the
vicinity of corners.
Minimum clearance to corners: 2 m
Install the guide loop in the lawn area as
illustrated. The perimeter wire (1) must be
fastened to the ground with two fixing pins
56
at the edge A and must not be crossed.
Minimum length: 100 cm
Width: 1 cm
● Attach the guide loop to the ground with
a sufficient number of fixing pins.

12.13 Accurate mowing along edges

At a track offset of 6 cm, a strip with
a width of up to 26 cm is left
unmown along high obstacles. If
necessary, edging stones can be
laid around high obstacles.
Minimum width of edging stones:
Route the perimeter wire at a clearance of
33 cm to the obstacle. To ensure that the
lawn edge is mown completely, the edging
stones must have a width of at least
26 cm. If wider edging stones are laid, the
lawn edge is cut even more precisely.
12.14 Sloping terrain in the mowing
area
Note:
For a robust installation, it is
recommended to route the
perimeter wire on a maximum
incline of +/- 10° (17%). The wire
can be routed on an incline of up to
+/- 15° (27%), however this can
significantly increase the effort and
level of adjustment involved in
routing the wire. Inclines should
also always be noted in garden
sketches.
In order for the robotic mower to
automatically mow a slope in the mowing
area (up to 15° incline) trouble free, the
perimeter wire must be installed in the
slope with a minimum clearance to the
edge of the incline.
A clearance of at least 100 cm must be
observed for water features and sudden
drops like edges and steps.
Slope with an incline of 5° - 15°:
If there is a slope with an incline of 5° - 15°
in the mowing area, the perimeter wire can
be routed past the top edge of the slope in
the slope as shown. The minimum
clearance (0,5 m) from the top edge of the
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