Table of Contents
Why does my Polaris pool cleaner get tangled?
Sometimes, the reason hoses and cables become tangled is because they’re stiff and not pliable enough to move freely as the cleaner works. The warmth will soften the plastic a little, making them more pliable so when they go back into the water, they’ll be able to move around better with the cleaner as it works.
Why is my pool hose twisting?
Hoses are twisting (like a pretzel). If the cleaner is turning in one direction only, this will cause the hoses to twist. This is a sign the gearbox needs to be replaced. If the cleaner turns both ways with a stop in-between, place the cleaner on the pool floor. Observe the cleaner.
How many floats should be on a Polaris hose?
On the clear hose, make sure one float is against the back-up valve on the side oppo- site the cleaner and another float is upstream within 2-3 feet.
Why does my Polaris go in circles?
Sometimes it gets stuck in the corner of the pool by the steps; other times it goes in circles. This is most likely caused when pool cleaners are left in the pool 24/7. When the water is cold or cools off from a warm day, the plastic in the hose gets a memory and curls slightly.
Should you leave Polaris in pool?
You may only need to run the cycle two to three times a week. Leaving the machine in the water during that time exposes it to the elements unnecessarily. This exposure could cause the seals to deteriorate faster, allowing for leaks and damage to the electronic components.
How do I uncoil my pool hose?
If the weather is cooler, lay the hose out straight and fill it with warm (50-60ºC) not boiling water. Roll the waterside to side until the hose warms up and uncoils.
Why does my pool vacuum keep flipping over?
The water level in a pool is one of the most common causes for automatic pool cleaners to flip over. When the water level on the skimmer is too high, the water line is too close to the coping. The motor of the robotic cleaner is cooled by the water, so having it run out of water allows it to get hot fast and fail.
How do you use pool hose weights?
Hose weight placement depends on the depth of the pool. For pools 4′ deep or less, use 1 hose weight 4″ to 12″ from the cleaner. For pools of 4-7′ deep, use 2 weights, one 4″ to 12″ from the cleaner and one 6′ from the cleaner. For pools from 8′ to 12′ deep, use a third weight, placed 10 ft.
Why does Polaris 380 go in circles?
A hose that is curled and layed in the sun will make the cleaner run in circles. Insure that your returns on the pool are not set to high resulting in pushing the cleaner hose around. 4. Take the top off of the cleaner and check the belts.
How do I adjust my Polaris 280?
Step 1: Adjust Nozzle Direction. Shut down water flow to the Polaris 280 and take the device out of the pool. Step 2: Adjust Hose Length. Unscrew the nut connecting the Polaris hose to the Polaris body, and pull the hose free. Step 3: Check Wheel Rotation Speed.
How often should you run your Polaris?
If you want to keep the pool clean, you can run the 280 for as long as you want, but it will wear out quicker if you run it a lot. It takes about 3 hours to clean a standard pool.
Should I leave my dolphin pool cleaner in the pool?
It is safe to leave your Dolphin cleaner in the water when not in use. While the unit can remain in the pool during use of the weekly timer function (if available on your model), we do not recommend leaving the cleaner in the pool for long extended periods of time.
Do you leave your pool cleaner in the pool?
All cleaners should be taken out of the pool when shocking, as well as periodically to rinse off chemical water. The reality is that no one takes these steps and generally leave them in the pool 24/7 to run their daily schedules.
When should I replace my Polaris hose?
You will have to replace hoses from time to time, but you should get up to 3 years out of the hoses. Next is the Polaris 280 – we like this one best. This unit has a larger throat, so it is less prone to leaf clogs.
How does a weir valve work?
Weir Valves A weir valve is a type of diaphragm valve in which the flow passage includes a weir, or a notch with a horizontal edge through which a substance flows. In the open position, the diaphragm lifts up and allows a substance to flow freely through the valve.
