20 Handy Tips For Picking Pool Cleaning Robots

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Top 10 Tips For Pool Cleaning That Are Based On Specific Pool Characteristics
To choose the right robotic cleaner, you need to first know the specific characteristics of the pool. A robot is a significant investment and its performance is dependent on how well it's designed to work with the particular environment of your swimming pool. These details are important to consider, as they can lead to a less efficient cleaning process or damage to the pool, or machine, and even buyer's regret. This complete guide lists the top 10 detailed requirements you should be aware of prior to purchasing.
1. Primary Surface Material:
It's the most important aspect. The finish on the interior of the swimming pool dictates the kind of brushing mechanism the robot must have to be able to clean it effectively without causing any harm.
Concrete/Gunite/Plaster (including Pebble Tec & Quartz): These are rough, durable surfaces that often develop algae films. They require a robotic device with hard bristles (often vinyl or nylon coated) brushes that are able to vigorously scour and scratch the surface to remove biofilms embedded in the surface and dirt.
Vinyl Liner Vinyl Liner and pliable material, can be easily punctured. Vinyl-based robots should be equipped with wheels that do not have sharp edges and soft, nonabrasive (normally vinyl or rubber) brushes. If you use concrete cleaners, the stiff brushing can result in premature wear and tear of the liner.
Fiberglass shells feature a the most smooth, gel-coated finish. Vinyl, for instance, is abrasive and can scratch the surface. Robots that have soft rubber brush systems or even rollers that do not have brushes are great. The smooth surface often lets robots clean more efficiently and with less power.

2. Complexity and Shape of Pools:
The shape and size of your pool will determine the length and type of cable you will require.
It's easier to wash a rectangular swimming pool than a freeform one. The most basic random-path robots are able to manage it well. The curves of freeform pools, kidney shaped pools, and L shaped pools could cause robots to become stuck or even miss the curves completely. A robot with advanced algorithmic navigation is suggested for these types of pools.
Ledges or coves. The point at which the poolfloor is abutting the wall (the cove), can be a popular place for debris to gather. Be sure that the design of the robot allows it to clean this curving area. You should also check that the robot is capable of cleaning large, rectangular shelves, or Baja shelves, if you have shelves. Some models work only on walls and floors.

3. Dimensions of the pool (Length and width the maximum depth)
For selecting a model that includes a suitable power cable, these dimensions cannot be discussed.
Cable Length: The rule of common sense is that your cable of the robot should be at the very least the largest dimension of the pool (usually the length), plus a few extra feet to account for routing around the perimeter and to ensure the power supply can be placed well away from water. For pools of medium size 60 feet of cable should be sufficient. The pool should be measured to determine its longest length.
Depth Capability - Most robots today can clean up to 8-10 feet. If you've got a depth exceeding 10 feet (e.g. diving pool), it's important to know what kind of robots you can clean. Pump motors can be damaged when you surpass the depth limit.

4. Water Level and Tile/Coping Details:
The water's interface and the structure of the pool is a critical zone for the purpose of cleaning.
Cleaning of the waterline tile: This feature is common for robots with a medium to high-end price. You'll want a robot that has excellent waterline cleaning abilities if there is a persistent buildup of scum on tiles, glass or stones close to the waterline. It usually comprises of a modified climbing pattern, and specialized brushing at the highest point.
Type of coping: The substance which is used to cover the pool's wall (coping) is composed of pavers, concrete or stone. If it has a sharp and rough overhang, it may possibly snag or damage the cable of the robot over time. Keep this in mind when conducting the cable.

5. The following features and obstacles are available within the pool
It is easier to maintain a pool which is free of debris than one that has hazards.
Main Drains/Vents - Check that the vents' covers are flush with the floor and securely fixed. The older drains that protrude can trap smaller robots. The water return vents on the floor are usually not a problem.
Steps, ladders, and Built-in Seating: These elements can disrupt the robot's pattern of cleaning. Ladders with legs on the floor could hold a robot. A robot needs to have enough force and grit to get up and down steps and benches. Simple navigation robots can steer clear of these areas, whereas more advanced models will manage them.
Clean these flat surfaces just like you would steps. Test the robot's capacity to successfully traverse horizontal surfaces.

6. Entry and exit points (for robot):
Take into consideration the possibilities of how you will get the robot out of the water.
Physical Access - Do your need to transport the robot across the deck or down a flight of steps? Its weight is an issue if so. A 25-pound robot is much more manageable than a 40-pounder. A storage caddy is practically essential in this scenario.
Above-ground pools: Although they are less common, there are specially designed robots to be used in above-ground pools. They tend to be smaller and are not designed to climb the walls.

7. Debris Types and Volumes
What features you'll need be contingent on the primary "job" that your robot will be required to perform.
Fine dust, pollen or sand: If this is your main concern, a filtering system is crucial. To collect microscopic particles, you will require a machine with cartridges that are ultra-fine (pleated paper) or with a very tight mesh.
Acorns, leaves, and twigs It is recommended to use a robot with an extra-large debris bag or canister. The robot should come with a powerful vacuum pump and a non-clogging intake. Certain models with higher-end features come with impellers specifically made to crush leaves larger than and prevent them from clogging.

8. Finding the Source and Outlet Type of the Power Source and Outlet Type
Robotic vacuum cleaners work using low voltage DC energy supplied by a transformer connected to the standard outlet.
GFCI Outlet requirement: The power source MUST be plugged directly into the Ground Fault Circuit Interrupter Outlet to ensure security. This requirement is not negotiable. The installation of an electrical circuit by an electrician is necessary if there's not one already in the vicinity of your pool.
Distance from Pool: The transformer should be located at least 10 feet from the edge of your pool to ensure it is safe from splashes and weather. The cable must be long enough to reach the pool's farthest edge.

9. Local Climate and the Storage Environment
The way you store a robot will affect its longevity.
Off-Season Storage: Most manufacturers explicitly warn against storing the robot in direct sunlight for long durations. UV rays can damage plastics and cable. You require a dry, cool and shaded area (like an outdoor shed or garage) to keep the robot as well as its cables during non-use for prolonged periods.
In-season Usage: If your robot is frequently used, the storage caddy will allow you to store it neatly by the pool. This prevents the cord from getting tangled on the deck.

10. Existing Pool Circulation and Filtration:
Robots can function independently but is still part of your pool's ecosystem.
Complementary Function: Understand that the main function of the robot is to clean debris off surfaces and remove any accumulated dirt. It is not a substitute for the circulation and filtration systems, which are responsible for removing dissolved particles and dispersing chemicals. Robot cleaners are a supplement to the system that dramatically reduces your pool's main filter load.
Chemical balance: Even with a perfectly cleaned pool surface, algae can be a problem if you've unbalanced water chemicals. The robot is an excellent method to keep your pool clean. However, it doesn't substitute for the necessity of the proper balance of water and sanitation. Take a look at the recommended conseils pour le nettoyage de la piscine for website tips including robotic cleaners for above ground pools, pool cleaner pool, cleaner for swimming pool, pool cleaning product, best way to clean swimming pool, pool store, pool cleaning product, pool cleaners, swimming pool crawler, a swimming pool and more.



Top 10 Tips To Easy Use And Maintenance Of Pool Cleaning Robotics
Although cleaning is the main goal however, the daily experience of owning a robot cleaner for pools is characterized by its user-friendliness and its maintenance. A machine that is difficult to use, clean, and store can be frustrating, and will make it difficult to enjoy the benefits it promises. These elements determine whether the robot you purchase will easily blend into your pool cleaning routine or become an additional chore. It is important to prioritize design that is user-friendly to ensure long-term satisfaction. This will ensure that you make the most of your investment.
1. The Critical Test of Weight Test as well as the Handling Test
The most frequent interaction you'll have with your robot will be lifting it in and outside of the pool. The weight of your robot is vital.
The weight range of robots varies in weight from manageable 15-16 pounds up to 35-40 pounds. Weighted models are usually more durable and robust, but may be a challenge to lift for some users.
Handles and Grips - Check the style. Do you have one or two handles that have a design that is comfortable and easily gripped? When a single handle of the heavy item is not placed correctly this can result in the unit becoming awkward to hold and dangerous. This is an essential physical ergonomics aspect.

2. The non-negotiable top-loading filtering system:
This is the most crucial maintenance function. You must remove the robot in order to reach the filters. Top loading allows you to remove the dirty filters from the top of the device without the need to flip the unit over. Flipping over a filthy, bottom-heavy robot is an arduous, messy procedure which could result in debris spilling back onto your deck or into your pool. Top-loading allows for easy, effortless, and clean loading.

3. Maintenance of Filter Cartridges as well as their Longevity
The filters have to be replaced frequently and are a consumable.
Cartridges can be easily removed from their casings. The pleated paper and fine-mesh cartridges can be easily removed from their casings. For cleaning, you can use a hose to spray the cartridges until they're completely clear of debris.
Paper cartridges become degraded slowly after repeated washing. You should replace them every two or three times per year based on how often you utilize it. The more durable mesh cartridges are more likely to last for more than one year. Consider the ongoing costs in the decision.

4. The use of swivel cords is absolutely essential.
This feature will eliminate tangling - an issue that is a major obstacle in terms of usability. A swivel mechanism that is used when the cord attaches to the robot or its float allows the cord to turn 360 degrees as the robot changes direction. If not used the cable will eventually become knotted and then twist itself. This could limit the reach of the robot, cause it unusable, or harm the internal wiring.

5. The value of a Caddy that Changes Everything:
It is important to note that a storage caddy with a designated storage space serves more than just as an accessory.
Transport: You can wheel the robot to the pool without carrying its entire weight.
Storage: It gives you a designated spot to store the robot with the cord neatly wrapped, making sure it is free of tangles and safe from UV damage and dirt while not using it. It helps keep the robot off the ground and safeguards the parts. Models that have the caddy are a sign of an unwavering commitment to customer convenience.

6. Length and Management of Cables:
The power cord is an essential part of a system.
Affordable Length: The cable must be long enough to reach from the GFCI power outlet to the point that is farthest from your pool, leaving some slack. You can add a few extra feet by measuring the longest side of your pool and routing it around the deck. The robot's capabilities are ruined due to a cable that is too long.
Floatation: The cable should have foam floats equally spaced across its length. They will stop the cable from sinking, or from being sucked in to the drive or tracks. This could result in tangling or damage.

7. Cleaning Cycle Simplicity & Control:
The interface for operating the robot should be intuitive.
On-Unit Controls vs. Remote: Basic models may only include a single power button. Some models have an app for smartphones or a remote control to select cycles. Which one would you rather have? A physical button that is simple or a remote with advanced programming?
Clearness of Cycles: The different cycles (Quick, Full Floor Only, Full) must be clearly labeled. The robot should give clear feedback to confirm that it has started (e.g. blinking lights, sound).

8. Access to the Brush and Drive Component and Wear:
The track and the brushes are used items, even though they're not used on regular basis.
Inspection: Regularly check for wear signs on your brushes such as bristles becoming stiff and short. Also, check the wheels or tracks to determine if they've deteriorated.
Simple Replacement: Parts which are able to be changed by the user are an advantage. Find out if the manufacturer has replacement belts, brushes, or tracks and that the directions in the user guide are easy to follow. This will prolong the life of your unit and save on professional servicing costs.

9. Physical Storage Requirements
It is essential to have a space in which you can keep your robot.
Space The robot and its power source and its coiled cable require the use of a dry, cool and shaded storage space like a garage or shed. The robot should not be kept in direct light because UV rays could damage the plastics and cables.
Storage off-season It is essential that the unit be cleaned and dried thoroughly prior to winter storage or long-term storage. The manual will provide specific guidelines. In most cases, the manual will recommend storing your unit in an orientation which shields internal components.

10. The User Manual Ecosystem as well as Customer Support:
The documentation and support are extremely useful.
Clarity of manual: A well written manual with clear troubleshooting and explanations of error codes as well as diagrams is crucial for resolving minor problems.
Support Accessibility: Examine the reputation of the brand for customer support. Is the website helpful do you have a FAQ video tutorial, or contact number for customer service? Help that is professional and easily accessible when things go wrong will assist you in avoiding frustration. Check out the recommended swimming pool robot cleaner for site info including any pool, pool store, pool s, robotic pool cleaners on sale, robot to clean the pool, aiper pool robot, aiper pool robot, swimming pool, pool robot, aiper robot and more.