23
Movement of the Robotic Mower near the boundary
When the Robotic Mower approaches the boundary wire installed
around the mowing area, it detects the signal from the wire and
prepares to change direction. When boundary overreach is set, the
Robotic Mower mows up to a certain distance outside the wire, and
then returns to within the boundary, automatically turns, and contin-
ues mowing. By setting an appropriate boundary overreach, you can
achieve a good lawn
fi
nish without leaving grass unmowed near the
boundary.
►
Fig.36:
1.
Boundary wire
2.
Boundary overreach
3.
Wire signal
4.
Mowing path
1.
Press
the button on the control panel.
The [Main menu] appears.
2.
Select displayed on the screen.
The sub menu appears.
3.
Select [Boundary overreach].
The entry screen appears.
4.
Use the keypad and enter the distance by which the Robotic
Mower is to reach over the boundary wire.
►
Fig.37
NOTE:
You can enter an overreach distance of 20 to 50 cm.
NOTE:
If a value that is below the setting range is entered, the
message [Invalid input.] appears. Select [OK] and then press
the
key. The entry screen appears again.
NOTE:
If a value that exceeds the setting range is entered, it is
automatically replaced with the maximum value.
5.
Press
the key to verify the entry.
When the message [Saved successfully.] appears, press the
key.
Setting the movement distance to the mowing start
point
[Top menu] > [Main menu] > [Navigation preferences] >
[Departure position]
Set the movement distance until the Robotic Mower starts mowing
after departing from the charging station. The Robotic Mower initially
moves away from the charging station without mowing, and then
starts mowing after moving for the distance set here.
Why is it necessary to move to the mowing start
point?
When the Robotic Mower departs from the charging station, it does
not start mowing immediately, and instead starts mowing after moving
a certain distance from the station. This is because setting a slightly
distant work start position enables to avoid overlapping or biased
work paths, and to more e
ffi
ciently reach di
ffi
cult-to-access areas.
►
Fig.38:
1.
Charging station
2.
Work start position
3.
Movement
distance
1.
Press
the button on the control panel.
The [Main menu] appears.
2.
Select displayed on the screen.
The sub menu appears.
3.
Select [Departure position].
The entry screen appears.
4.
Use the keypad and enter the distance that the Robotic Mower is
to move before starting mowing.
►
Fig.39
NOTE:
You can enter a departure position of 80 to 300 cm.
NOTE:
If a value that is below the setting range is entered, the
message [Invalid input.] appears. Select [OK] and then press
the
key. The entry screen appears again.
NOTE:
If a value that exceeds the setting range is entered, it is
automatically replaced with the maximum value.
5.
Press
the key to verify the entry.
When the message [Saved successfully.] appears, press the
key.
Selecting the departure method from the charging
station
[Top menu] > [Main menu] > [Navigation preferences] > [Mower
departing points]
Set how the Robotic Mower is to depart from the charging station and
start mowing. You can register and adjust the execution priority of up
to
fi
ve di
ff
erent departure methods, including the type of wire signal
to follow and the movement distance to the mower departing points
when departing from the station.
Skillfully combining multiple mower departing points
In addition to starting mowing by departing directly from the charging
station, the Robotic Mower can also move away from the station
along the boundary wire or guide wire for a certain distance and then
start work from that point. By combining multiple departure methods
in accordance with the shape and layout of the work area, you can
avoid overlapping or biased work paths, arrive directly to areas that
are di
ffi
cult to access by normal navigation, and achieve an even lawn
fi
nish over the entire area.
►
Fig.40:
1.
Charging station
2.
Boundary wire
3.
Guide wire
4.
Mower departing points
NOTICE:
Dock the Robotic Mower with the charging station
before setting the departure methods.
1.
Press
the button on the control panel.
The [Main menu] appears.
2.
Select displayed on the screen.
The sub menu appears.
3.
Select [Mower departing points].
The menu selection screen appears.
4.
Select the number of the pro
fi
le to register the departure method.
►
Fig.41:
1.
Forwards to left along boundary wire
2.
Forwards to
right along boundary wire
3.
Forwards along guide wire 1
4.
Forwards along guide wire 2
The option menu appears.
5.
Use the keypad and enter the desired conditions to the option
format
fi
elds displayed on the screen.
Option
Details
Wire to trace:
Select the type of wire that the Robotic Mower is
to trace after departing from the charging station.
Use the
/
keys to display the desired wire
type. To depart directly from the charging station
without tracing a speci
fi
c wire, select [--].
Departure
position:
Enter the distance that the Robotic Mower is to
move from the station before starting the mowing
work. You can enter a distance of 0 to 800 m.
Probability
Enter the probability of executing the set pro
fi
le as
a percentage.
►
Fig.42:
1.
Maximum probability value that can be entered
NOTE:
The maximum probability value that can be entered for each
pro
fi
le is displayed to the left of the probability entry
fi
eld. Enter
a value of the displayed maximum value or less. If a value that
exceeds the range is entered, it is automatically replaced with the
maximum value.
6.
Select [Test] and execute test operation before registering the
settings.
Follow the message displayed on the screen and complete the test
operation.
If the test operation results are unsatisfactory, redo the settings.
ENGLISH
Summary of Contents for RM350D
Page 3: ...3 1 Fig 3 1 2 3 Fig 4 1 Fig 5 1 2 Fig 6 1 2 Fig 7 5 1 2 3 4 Fig 8 1 2 3 4 5 6 Fig 9 1 Fig 10...
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Page 47: ...47 2 6 6 mm 160 mm 1 2 71 1 2 3 4 3 72 1 2 4 73 5 74 1 AC AC LED 6 AC 65 mm...
Page 50: ...50 E200 E201 E202 STOP E203 IMU IMU E204 E206 LED 2 0 1 5 m...
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Page 134: ...134 2 6 6 mm 160 mm 1 2 71 1 2 3 4 3 72 1 2 4 73 5 74 1...
Page 135: ...135 Cabtire LED 6 Cabtire 65 mm...
Page 138: ...138 E080 E100 E101 E102 E103 E104 E105 E200 E201 E202 E203 IMU IMU E204 E206 LCD LED 2...
Page 139: ...139 0 1 5 m 65 mm 150 cm...