41
b.
Return to the base with the selected mode. Locate the robot at the front end of the recharging
base so it can follow the complete perimeter. Verify proper identification of arrows and
recalls on wire. If possible it is preferable to perform the verification with low level battery.
It is suggested to test perform verification with blade ON.
c.
Check the robot on slopes. Pay attention to all the situations with slopes at the borders of the
garden, where there could be the possibility of out of border events. Direct the robot toward
the wire on slopes with different approaching angles and verify for capability to execute
proper maneuver to leave the wire. Evaluate, in case of issues, the possibility to reduce
working speed (if selection is available).
d.
Locate the robot in different area of the garden and verify absence of errors related to the
signal. Perform the test at least in the areas at high distance from border wire or near to
elements like metal or electrical cables.
e.
Check entrance and exit form secondary areas.
9.
It is absolutely suggested to create a report at the end of installation with at least the following
information. The report will be useful to create a database to be used to analyze the different
installation and, primarily, in order to analyze and solve issues if they will happen in the future
during robot life.
a.
Robot model and batteries
b.
Drawing of the lawn with quotes and perimeter wire position
c.
Wire ohm
d.
48V installed?
e.
Wire underground / over ground
f.
Are there joints on the wire? How many?
g.
Transmission channel
h.
Maximum slope
i.
Cutting height set / target
j.
Is there metal, electric cables, disturbance sources?
k.
Pictures (charger and transmitter location, recharging base location with cable exiting side
detail, special points of the garden, etc…)
Summary of Contents for Alpina AR2 400
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