WHAT TO EXPECT
CLEANER’S MOVEMENT
The robot uses a back/forth motion to clean your pool. Because
the axle is able to be positioned on an angle, this helps the cleaner
move in a wider / tighter curve on it’s return path. The illustrations
highlight this pattern. The amount of time it takes for the cleaner
to make a pass in either direction is set and cannot be overridden.
You may, however, adjust the duration of the overall cleaning cycle
via the power supply.
CLEANER’S PERFORMANCE
Your cleaner is vacuuming at a rate that is over 75 gallons per
minute. This means that it’s picking up a lot of debris and it is
recommended to keep the filter baskets clean at all times. For
optimal performance the filter baskets should be cleaned after
each cleaning cycle.
IMPORTANT: OPENING YOUR POOL
If you’re opening your pool for the first time this season, we
recommend that you clean your pool manually to rid the pool of
the heavy debris first and then use the robotic pool cleaner to
maintain your clean pool.
The reason: If your pool collects a massive amount of debris
during the off-season, putting the robot in first will cause the
filter baskets to fill much faster which means they will need to be
cleaned more often.
Sometimes when using the cleaner to vacuum an area that has
heavy debris, it is normal to see a small portion of the debris leave
the exit valve and go back into the pool or get pushed aside due
to the small wave of water caused by the cleaner’s movement.
After the cleaner’s cycle is complete, it is suggested to wait a few
hours for the remaining debris in your pool to settle to the bottom
and run the cleaner again to vacuum it up completely.
YOUR ROBOT’S TYPICAL CLEANING METHOD
Your robotic pool cleaner is designed to clean the dirt and debris from the pool bottom; and in some
pools the cove and lower wall . Below is the typical pattern your cleaner will attempt in your pool. Pool
dimensions and cleaning surfaces vary from pool to pool so coverage and cleaning patterns may vary.
This cleaner will move about your pool even in the following pool environments:
•
Pools with 90 degree floor-to-wall transitions
•
Pools with curved (radius) floor-to-wall transitions
•
Pools with cove or dished bottoms
