- 4 -
-
Leave the robot at least 1 meter away from the point where the
robot makes the signal synchronization (when it comes out of the
base it turn with an angle of 90°)
Quick Return “Arrows”
Arrows measures.
Model:
Ambrogio L300
Model:
Ambrogio L200
The quick return or “Arrow” is a perimeter cable symbol recognized by the
robot in order to come back quickly to the recharging base. There are many
advantages:
-
The robot goes back to the recharging base earlier, so there is a
lower consumption of batteries.
-
The robot goes back earlier to the recharging base and resumes
quickly mowing the lawn again.
-
There are fewer traces on the ground.
The first picture aside shows the installation without arrows, the second one
shows the installation with arrows. As you can see the route made by the
robot is shorter. We recommend to position the arrows as shown in the
second picture.
An arrow is often put shortly after the recharging base because, if the robot
fails to enter the base, it returns quickly to recharge again.
Remember that the robot recognizes consequently a maximum of three
arrows each working cycle.
IMPORTANT!!!!!.
Never put an arrow in the return way otherwise the
robot never comes back to the recharging base.
IMPORTANT!!!!.
Once the installation is completed and the perimeter cable
is connected, check that the transformer and the transmitter are working
properly.
Transmitter Led Explanation:
Flashing Yellow : Border Ok.
Steady Green : Interrupted or not connected border
Steady red : Robot is charging. Signal is not transmitted
Switched off Led : Not connected Battery Charger, Faulty fuse in the
transmitter, Faulty Transmitter
Battery Charger Led Explanation:
Steady Green : Working Battery charger
Steady red : Working Battery Charger with batteries in fast charge.
Off : Switched off or faulty
Battery Charger.
IMPORTANT!!!!!.
The measures are approximate. Sometimes and
especially in case of sliding, it is recommended to increase the measure with
some more cms. It would be helpful to test the correct recognition with not
completely charged batteries and therefore in the same conditions occurring
while the robot is normally working.