How The Imow Team Works; Operating Principle - Viking MI 632 M Gebrauchsanleitung

4. How the iMow TeaM works

4.1 Operating principle

The iMow TeaM consists of between 2 and
a maximum of 10 robotic mowers and
docking stations, which automatically work
together on a lawn. The robotic
mowers (1,2) mow the lawn in randomly
selected paths.
All machines are controlled centrally by the
iMow app.
In order for the robotic mowers to detect
the borders of the mowing area (A) (grey
area), a perimeter wire (3) must be routed
around that area. A wire signal generated
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by a master docking station (4) flows
through this perimeter wire. None of the
other docking stations (5) are connected to
the perimeter wire and these are only used
to charge the robotic mowers.
Solid obstacles (6) in the mowing area are
reliably detected by the robotic mowers by
means of an impact sensor. Areas (7) that
the robotic mowers are not to enter and
obstacles that need to be avoided must be
separated from the remaining mowing
area using the perimeter wire.
When automatic mowing is switched
on, the robotic mowers independently
leave the docking stations and mow the
lawn during the active times (
The robotic mowers automatically travel to
a docking station to recharge the battery.
The number and duration of the mowing
and charging operations within the active
times are adapted fully automatically. This
guarantees that the required weekly
mowing duration is always achieved.
0478 131 9937 B - EN
11.10).