While robotic cleaners are incredibly easy to use they can still have some problems. Fortunately, most of these issues are fairly easy to fix.

The first thing to check is if your robot’s power cord has enough slack. If it’s not, the cable could get twisted preventing the robot from moving.

1. Check the Power Cord

Robotic cleaners are small electric machines that crawl along the floor and walls of your pool. Their motor creates suction to remove dirt and debris, while their smart navigation software scans the layout of your pool to map out efficient cleaning cycles. The machine’s tangle-free cable stores the collected debris in a catchment bin that is easily removed and cleaned.

If your robot’s power cord is disconnected or plugged in too tightly it can cause electrical problems. Make sure the power supply box is connected to the power point and rolled up properly to avoid kinks in the lead.

Keeping the lead free of kinks is important as it will allow your robot to operate smoothly. It can also help prevent damage to your power source and the motor of your robotic cleaner.

2. Check the Motor

Robotic cleaners use a powerful motor to move around your pool and pick up debris. If your robotic cleaner isn’t moving properly, it may not be able to pick up debris and won’t clean your pool as effectively.

If your robot is constantly getting stuck or stays in one area, check the motor for any damage. A twisted cable can cause problems with your robot’s ability to move around the pool.

To check your robot’s motor, lift it partially out of the water and see if water is coming out the top. If it is, this means the pump is working well. If not, it’s time to check the pulley and see if this needs replacing.

3. Check the Belts

Robotic pool cleaners have their own internal filter that collects and collects debris and leaves from your pool. Since this is where all the nasty filth goes it is the first place you need to check if your cleaner has stopped picking up anything or is moving inefficiently.

Large palm fronds, twigs and other debris can damage your robots motor, causing it to stop working or burn out prematurely. Emptying your robotic cleaner and scooping out any debris will help prolong its lifespan.

Treat your robotic cleaner as you would any other piece of machinery and it will last for many years. This will not only save you money on energy but will also reduce your filtration costs. If you have any questions or need assistance with a specific issue please do not hesitate to contact us.

4. Check the Tracks

If your robotic cleaner gets stuck or seems unable to climb walls or corners, it could be a sign that its tracks are dirty. A thorough cleaning should help the robot move more easily along your pool’s walls and waterline.

Robotic cleaners can also become clogged with large debris like palm fronds, twigs from gum trees or other larger items that might be floating in the pool. Checking and emptying the internal filter regularly can avoid this issue.

It’s also a good idea to avoid pulling your robot by the cable, which can put strain on electrical connections. Always remove it with the cord positioned over a float instead to keep from twisting or kinking it. Maintaining your cable correctly can help prevent expensive robotic cleaner repair bills.

5. Check the Motor’s Resistance

While they’re much easier to use than traditional suction or pressure pool cleaners, robotic cleaners require some user intervention. They must be removed from the pool after each cleaning cycle, emptied of debris and hosed off.

They can also be quite heavy so they require a little more strength than a manual scrubbing machine. Plus, they can eat up water as they clean and must be filled before each run.

Most top-rated robotic cleaners have built-in technology that maps out the size and shape of your pool, which helps them to navigate more efficiently. However, they cannot grab floating debris, so you’ll still need a leaf skimmer and telepole to fish out any leftovers. You can test the motor’s resistance by attaching an ohmmeter to any of its windings. They should read infinity if they’re working properly.