If you are unclear about which one to buy, we see the best robotic pool cleaner for performance, efficiency, and value for money in this purchase guide.
Robotic pool cleaners perform cleaning work on the bottom of the pool, on the edges, and on the waterline in an efficient and automated way. Depending on the models, they can be suitable for in-ground or above-ground pools.
We could define their almost fundamental help as one of the most difficult things in pool maintenance is precisely cleaning the bottom.
The more advanced models of these robots cleaning the pool floor can also slide on the walls and overcome obstacles such as steps or differences in height on the bottom of the pool itself.
The robotic pool cleaner’s function is to collect dirt, insects, soil, sand and leaves that settle inside and on the bottom of the pool so that they do not clog the water filters. These wastes are then collected in a tank inside the robot, which can later empty easily.
The economic robotic pool cleaners have an effortless operation, connect them to the water recirculation system, and when the pump is running, they will activate simultaneously.
On the other hand, the most advanced robotic pool cleaners of the latest generation are autonomous, are powered by a power outlet, and work independently from the filtering or recirculating water system.
They produce better results and are ideal for regular and autonomous cleaning cycles or public and hotel structures requiring constant cleaning.
Table of Contents
How to choose the Robotic Pool Cleaner
To buy the most suitable robotic pool cleaner, depending on the purpose and type of pool, let’s see the characteristics to consider.
Type of swimming pool
To best choose our product, we must first know that there are models for aboveground pools and ungrounded pools, which is the main criterion we should set for our choice. Aboveground pools have less robust walls than traditional pools.
Supply
Generally, the robotic pool cleaners are powered by a transformer positioned outside the pool, to which a power cable is connected, which connects to the robot body, ending up underwater.
The robotic pool cleaners are designed to resist water and chlorine infiltrations and are more than safe underwater without damaging the internal electrical components.
Motor
Generally, robotic pool cleaners are equipped with two electric motors, one for operating the water pump, which has the function of sucking up dirt and all debris the robot finds in its path. A second motor is used to move the unit.
Movement skills
Once in the water, the robot’s movement is managed by a series of predefined settings established by a real internal computer capable of realizing the path and any obstacles that may block the path to continue its march most safely and effectively.
Suppose instead of the classic rectangular swimming pool, we have a swimming pool with a particular shape. In that case, it is external both on the bottom, with tanks of different heights, stairs, and particular angles. It is necessary to ensure the robotic pool cleaner can adapt to the shape.
The more expensive and advanced top-of-the-range robots are programmed to climb stairs, work on slopes, and sometimes climb walls. This function ensures the complete cleaning of our swimming pool. In addition, the best models of robotic pool cleaners have remote control through which we can direct the robot in the path we like best.
Cable
The ability to move the robot in multiple directions is facilitated by the anti-kink cable, which is rotatable in most models and prevents the cable from twisting on itself.
This cable’s length is significant since the robot must cover the swimming pool’s entire extension. In some cases, also the walls. Therefore, the ratio with the surface dimensions to be treated must be well calculated so that the device can reach all corners.
In the datasheet, we can easily find the dimensions we are looking for to avoid purchasing an under or oversized model.
Filters and Capacity
The robotic pool cleaners have an internal filter, more or less functional depending on the product’s quality, with perforated meshes reaching up to two microns in diameter. Thanks to this peculiarity, they can capture and suck even the smallest particles, reduce cleaning times to a few hours, and reach a precision that would be impossible to achieve with manual cleaning.
We will store the collected waste in an internal container. The filtering power is expressed in cubic meters per hour; we will find values such as 18mq/h.
In this regard, it is also good to consider the capacity of this tank because, if too small, it will fill up immediately, which means that there will be a greater number of times in which it will have to be emptied, lengthening the pool cleaning times.
Timer
In addition to the automatic shutdown at the end of the work, several robots have timers that allow the possibility of programming cleaning cycles at regular time intervals, for example, every 24, 48 hours, some reaching up to seven days, with the possibility of establishing the day by day schedule.
The best robotic pool cleaners to buy
Now, see all the selected robotic pool cleaners with prices and main technical characteristics.
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