In order to select the right robotic cleaner, you need to first know the particular characteristics of the pool. A robot is an expensive investment and its performance is entirely dependent on how well it is matched to the specific surroundings of your pool. By not paying attention to these specifics, you could lead to inefficient cleaning and possibly causing damage to your pool or machine, and eventually buyer's regret. This guide will provide the top 10 specifics to be aware of when purchasing an outdoor pool.
1. Primary Surface Material
This is the most important factor. The surface of the pool dictates the type of brushing mechanism the robot should use to be able to clean efficiently without causing any damage.
Concrete/Gunite/Plaster (including Pebble Tec & Quartz): These are rough, durable surfaces that often develop algae films. They require a robot equipped with bristles stiff and stiff (often vinyl or nylon coated) that can aggressively scrape and rub the surface loosen embedded dirt and biofilm.
Vinyl Liner Vinyl is a flexible material that is somewhat soft. It can be easily punctured. A robot designed for vinyl should have soft, non-abrasive brush (typically made of pure vinyl or rubber) and wheels with no sharp edges. A cleaner that is made of rigid brushes specifically designed for concrete can wear out or tear the liner.
Fiberglass Fiberglass shells feature smooth surfaces with a gel coating. They can also be damaged by the abrasive materials. Robots equipped with soft rubber brush systems or even roller systems without brushes are ideal. The smooth surface often helps robots clean more efficiently and using less power.
2. Complexity and Shape of the Pool:
The shape of your pool directly determines the required distance of the cable and navigation intelligence.
Rectangular Vs. freeform: The most efficient method to cleanse the pool is to use an easy rectangle. Most robots are capable of cleaning it. Robots with a simpler design may get caught in the curves or coves found in freeforms, L-shaped, kidney-shaped and other pool shapes. In these situations, a robot capable of advanced algorithmic (gyroscopic) or intelligent sensing navigation will ensure the swimming pool is covered.
Ledges and Coves: This part of the pool that transitions between the wall and the floor (the cove) is where the debris is likely to build up. Make sure the design of the robot allows it to efficiently clean this curved space. It is also important to ensure that the robot will be able to clean large, rectangular shelves, or Baja shelves, if you have them. Certain models can only work on floors and walls.
3. The dimensions of the pool (length, width, and maximum depth) are:
These measurements have to be met to choose a cord that is suitable.
The length of the cable: A common rule of thumb is that the length of the robot cable must be as long as the largest size of your swimming pool (usually, the length) plus a few additional feet to allow the cable to be routed around the perimeter. This will also ensure that the power supply is able to be far from the swimming pool. The majority of pools have 60-foot cables. It is important before shopping.
Depth Capability. Modern robots can clean up to depths as high as 8-10 ft. In the event that you've got a depth that is more than 10 feet (e.g. diving pool) it is essential to know what kind of robots you can clean. Overriding this limit can cause damage to the motor of the pump, and could void the warranty.
4. Information on the Water Level and Tile/Copping
Cleaning the interface between the water structure and the surface of the pool is crucial.
Waterline tile cleaning is a feature that's found on robots that are in the mid-range to top-end price range. If you have constant scum marks on tiles stone, glass or the waterline of your home, you will want to use a robot which is marketed for its waterline cleansing capability. This is typically accomplished with an equipment with the slight modification of the climbing pattern.
Type of coping: The substance that caps the pool's wall (coping) could be composed of pavers, concrete or stone. It could entrap the cables of a robotic if it has an aggressive, sharp overhang. Take care when routing the cable.
5. The following features and obstacles are available in the pool:
A pool free of debris and hazards is much easier to clean.
Main Drains and Vents: Check that the main drain covers have been securely secured to the floor of the pool. Certain older drainage systems that protrude can trap smaller robots. Water return vents on floors usually aren't a problem.
Steps, ladders, and Built-in Seating: These can affect a robot's cleaning pattern. Ladders which have their legs on the flooring can catch robots. To get rid of or climb stairs and benches, a robot requires strength and traction. Simple navigation robots are able to steer clear of these areas, whereas more intelligent models will handle these areas.
Benches and swimouts Like steps, these large flat areas need to be cleaned. Check that the robot is able to navigate the horizontal surface.
6. Points of entry and exit to the pool (for the robot)
Take into consideration the practicalities of getting the robot into the water and out.
Physical Access: Do you have to carry the robot down a set of stairs, across a deck, and then lower it in? Weight becomes a factor when it is. A robot that weighs 25 pounds is much simpler to manage than one weighing 40 pounds. It is important to have a cart for storage in this scenario.
Robots for Above-Ground Pools While not as common, robots are available that are specifically designed for above ground pools. The robots are generally lighter and designed not to climb walls.
7. Type and Quantity of Debris:
The robot's characteristics are determined by the "job" it will do.
Filtration system: If fine dust/pollen/sand is your primary concern it is essential to have a robot with ultra-fine filter cartridges (pleated paper or very tight mesh) to catch microscopic particles. The robot should be outfitted with and be able to utilize ultra-fine cartridges like pleated paper or extremely tight-woven mesh so that it can effectively collect microscopic particles.
Twigs, Leaves, and Acorns: For larger debris, you'll require a robot with a large bag or canister for debris and a powerful suction pump, and an intake that doesn't get blocked easily. Some models that are high-end even come with impellers that are designed to macerate larger leaves in order to avoid the clogging.
8. Location of Power Source and Outlet Type:
Robotic cleaners are powered by low-voltage DC energy that is supplied via an adapter that plugs in to an ordinary socket.
GFCI Outlet requirement: The power source MUST be connected directly to a Ground Fault Circuit Interrupter Outlet for security. It is not a matter of negotiation. Installation by a professional electrician is necessary in the event that there isn't one in the vicinity of your pool.
Distance from Pool: To keep the transformer safe from splashes of water or weather conditions, it must be set at least 10 feet from your pool. Make sure your cable has enough length to reach from this location until the point that is farthest from your pool.
9. Local Climate and Storage Environment
How you store your robot could impact its life span.
Storage during off-seasons: Many manufacturers warn that storing a robot under sunlight or in direct water for long periods is not recommended. UV rays degrade materials like plastics, cables and other materials. If you do not intend to use the robot for an extended period of time, it's recommended to store it in a dry, cool place.
Use in Season: If you are a frequent user of the robot you can store it in a caddy near the pool to prevent the cord getting tangled.
10. Current Pool Circulation and Filtration
While a robot operates independently, it exists within your pool's ecosystem.
Complementary function: Recognize that the role of the robots is to remove settled dirt and clean surfaces. The robot is not a replacement for the main circulation and filtration system in your pool, which is responsible for filtering dissolved particles, distribute chemicals, and keep algae out. The robot functions as a cleaner supplementary to your pool which reduces the strain on your primary filters.
Chemical Balance: Even a well-maintained surface may be prone to the growth of algae if the water chemical composition in your swimming pool isn't balanced. The robot can help maintain cleanliness but won't replace the importance of proper sanitization. Take a look at the top conseils pour le nettoyage de la piscine for site info including pool cleaning how to, pool waterline, pool sweeper robot, swimming pool sweeper, pool s, pool cleaner nearby, robotic cleaners, poolside cleaning, waterline pool, swimming pool robot cleaner and more.
Top 10 Tips For How To Make Use Of And Keep A Pool Robotic Cleaner
The user-friendliness and the ease of maintenance for robots are what define the daily experience. A robot that’s hard to clean, use and store is frustrating, and will hinder the ease of use it promises. These aspects will determine whether the robot will integrate seamlessly into your routine of pool maintenance or to complete other tasks. Prioritizing user-friendly design is essential for long-term satisfaction and ensuring that you make the most of the investment you've made.
1. Test for weight, critical load and handling
The robot you choose to use will be your most frequent companion as you carry it out or into the pool. The weight of the robot is vital.
Weight Range: Robots range between manageable 15-16lbs and a massive 35-40lbs. The larger models are more robust and powerful however, they can also be harder to lift for some users.
Handles and Grips. Check out their designs. Are there two or one comfortable and well-designed handles that offer a secure grip. If just one handle is poorly situated on a larger piece, it may be difficult to carry. This is an essential physical ergonomics component.
2. The top-loading, non-negotiable filter system
This is the most important maintenance feature. After lifting the robot out, you must access the filters. Top-loading technology lets you clean the dirty filters directly from the top. Flipping over a filthy, bottom-heavy machine can be a mess and a burden. It may fall and spill debris into the pool, or on your deck. Top-loading can be straightforward, simple and clean.
3. Maintenance of Filter Cartridges, and their long-term use
Maintenance of filters is a routine task.
Simple Removal: Pleated papers and fine mesh cartridges need to be easily removed from the housing. The cartridges should be thoroughly cleaned with an air hose until all debris and water are removed.
Paper cartridges degrade slowly with repeated washing. They should be replaced at least once or twice a year based on how often you utilize it. Mesh cartridges with higher quality are usually more durable, and last for multiple seasons. Make sure to take into consideration the cost of replacing cartridges before deciding.
4. Cords that swivel are essential.
This feature prevents tangling, which is a major problem in terms of usability. A swivel mechanism that is used when the cord is connected to the robot or its floating allows the cord to move freely 360 degrees while the robot's direction changes. If the mechanism is not utilized the cable will eventually become knotted and then twist itself. This can limit the robot's reach, leave it stuck, or even cause damage to its internal wiring.
5. A Storage Caddy Could Change Your Life:
A caddy for storage that is specifically designed is not just an accessory, it's an essential improvement in usability.
Transport: It permits you to wheel the robot from its place of storage to the poolside, without having to carry the entire weight.
Storage: When the robot is not being used, the robot has an area for the robot to be stored. The cord will be tightly wrapped so that it's not tangled. It keeps the robot off the ground and protects the components. Models with caddy feature a dedication towards a complete user-friendly experience.
6. Cable Management and length
The power cable is the most important element in the system.
Affordable Length Cables should be long enough to reach from the GFCI power outlet to the most distant point of your pool, leaving some slack. You should add a few feet to the length of the pool's sides to allow routing. Cables that aren't long enough make the robot ineffective.
Floatation: The cable must include foam floats that are positioned throughout the length. They stop the cable from sinking, and preventing it from getting caught into the tracks of the robots or drive. This can cause tangling.
7. Cleaning Cycle Simplicity Control:
The interface for operating the robot should be intuitive.
On-Unit controls as opposed to. Remotes: Basic models might have a single button on the power supply. Certain models come with an app for smartphones or a remote control that allows you to choose cycles. Take into consideration whether you prefer the ease of a physical button or the advanced programming features of remotes.
Clarity in Cycles: The three cycles (Quick, Full, Floor Only), should be clearly labeled. The robot should be able to provide clear information when it begins (e.g. light or beeps).
8. Wear of Drive and Brush Components and Access
The tracks and brushes will wear out over time, although they aren't likely to be used regularly.
Inspection: It is recommended to periodically examine the brushes for wear (e.g. bristles becoming shorter and stiff) and also the tracks or wheels for signs of deterioration.
The ease of replacing parts is a major advantage. Check whether the manufacturer offers the ability to replace belts, brushes or tracks and that the directions included in the user's guide are clear. This can help prolong the life of your equipment and reduce professional servicing costs.
9. Physical Storage Requirements
You must have a suitable space for storing the robot.
Space: The robots as well as their power supply and the coiled cable should be kept in a space that is cool and dry, as well as shaded. This could be a garage, shed, or other space that is enclosed. Keep it out of the direct light. UV radiation can cause the plastics to deteriorate and cause degradation of the cable sheathing.
Storage Outside of Season: For winter or long-term storage, the unit should be thoroughly cleaned and dried. The manual will include specific guidelines. In most cases, the manual will advise storing your unit in a way that protects internal components.
10. The Ecosystem for Customer Service and the User Manual:
Support and documentation is accessible to make sure that the program is easy to use.
Clarity: A well-written manual with clear troubleshooting procedures, error code explanations and diagrams can be extremely helpful when attempting to resolve small issues on your own.
Accessibility to Support: Review the history of the company's customer service. Are you able to find the site helpful Does it have a FAQ or tutorial video? Or a customer service number? A knowledgeable customer service representative who is easily accessible when things go wrong will ensure that you don't get frustrated. View the most popular productos para limpiar paredes de piscinas for website recommendations including pool cleaner with hose, swimming pools stores near me, cheap pool cleaners, swimming pool automatic vacuum, cheap pool cleaners, swimming pool service companies, swimming pool robot cleaner, swimming pool crawler, swimming pool com, robotic pool cleaners on sale and more.
