4.Install the blue restrictor disk in the UWF to decrease water flow. Or, install the red restrictor disk to decrease the water flow even more.
5.If an adjustable valve is installed, adjust it to reduce the amount of water flow to the cleaner.
6.Add a sweep hose weight (order part #B2).
Action: Sweep hose sprays too much water out of the pool.
Solution: 1. Adjust the speed of the sweep hose by adjusting the
2.Replace the sweep hose scrubber if it is worn or missing.
3.Add a sweep hose weight (order part #B2) to keep the sweep hose from spraying.
Action: The cleaner does not clean the entire pool.
Solution: 1. Verify that feed hose reaches within 6” of the farthest point of the pool. If not, order a new hose section from your Polaris dealer.
2.Check thrust jet for straight back position that optimizes random turning.
3.While the cleaner is operating, hold it upside down and look into the vacuum tube. There should be four distinct, even jets of water. If there are not, contact Customer Service or a Polaris authorized Service Center for assistance.
Action: The cleaner is running in circles on its side.
Solution: 1. Check the filter bag, if full it can weigh the cleaner down on one side.
2.Check the hose floats to make sure they are spaced evenly.
Troubleshooting Worksheet
If these solutions do not result in improved performance, contact the Polaris dealer who sold you the cleaner or call Customer Service.
In order to provide faster and more convenient service, please have the following information available at the time of your call or when taking the Polaris in for service.
1.Serial #:________________________
2.Wheel RPM:__________________
3.Is the back-up valve cycling?
Yes | No |
4.Is the feed hose the proper length?
Yes | No |
5. Are the swivels rotating freely?
Yes | No |
6.How often do you clean the filter screen inside the
Never | Once a Week |
Twice a Week | Once a Month |
7. Are the vacuum jets obstructed?
(While the cleaner is operating, hold it upside
down and look into the vacuum tube. There
should be four distinct, even jets of water.)
Yes | No |
8. Is the drive train functioning?
(As you spin each wheel independently, all
the wheels should spin.)
Yes | No |
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