Understanding the Risks of Leaving Your Pool Robot In The Swimming Pool 

As science develops, robotic pool cleaners have revolutionized our way of maintaining a swimming pool, providing automated solutions to keep our pools spotless. Yet there's a question about using the pool robot: Is it harmful to continuously leave the device in the pool? The answer is yes; this guide explores the risks and provides maintenance tips for the pool robot.

The Impact of Chemicals on Pool Robots

Pool chemicals are essential in maintaining a clean and safe swimming environment by eliminating harmful pathogens and algae. However, these chemicals can also have a corrosive effect on pool robots, particularly on their rubber seals and plastic exteriors. Over time, chlorine and other sanitizing agents can cause these materials to degrade, leading to leaks, decreased efficiency, and the potential for costly repairs or replacements. To mitigate these effects, it's advisable to periodically remove the pool robot from the water to allow it to dry, inspect it for signs of chemical wear, and clean it according to the manufacturer's recommendations.

The Risks of Continuous Water Exposure

While designed for water use, pool robots are not immune to the damaging effects of prolonged immersion. Seals and gaskets can deteriorate over time, allowing water to penetrate the robot's internal components. This can lead to malfunction or failure of the electronic systems that drive the robot's navigation and cleaning functions. To prevent water-related damage, ensure that the robot's seals are checked regularly and replaced as needed. Additionally, limiting the robot's time in the water when not actively cleaning can help preserve these critical components.

Battery Life Considerations for Pool Robots

Battery-powered pool robots provide the convenience of cordless operation but are subject to battery wear, especially when left in the pool for extended periods. Combining chemical exposure and continuous use can shorten the battery's lifespan, reducing cleaning power and efficiency. It is important to charge the robot according to the manufacturer's instructions and remove it from the pool when not in use, allowing the battery to rest and preserve its charge capacity.

The Risk of Sunlight Exposure

UV radiation from the sun can significantly affect the materials used in pool robots, causing them to become brittle and prone to cracking over time. This involves the robot's structural integrity and can impair its functionality. To protect your pool robot from UV damage, consider using a pool cover to limit direct sunlight exposure and store the robot in a shaded, dry place when not using.

The Threat of Electrical Damage

The sophisticated electronics within pool robots are vulnerable to damage from water ingress, especially if the robot's waterproof seals have been compromised. Electrical components can also suffer from power surges or fluctuations in the pool's power supply. Regular inspections of the robot's seals and the electrical setup of the pool can help prevent such issues. It's also wise to invest in a surge protector for your pool equipment to guard against electrical spikes.

Potential for Physical Obstructions

Pool robots are designed to navigate around common obstacles in a pool, but unexpected items like large debris, toys, or excessive dirt can hinder their operation or cause damage. Before activating your pool robot, inspect the pool to remove any large objects and ensure the pool's surface and floor are as clear as possible. This facilitates a more efficient cleaning cycle and reduces the risk of damage to the pool robot.

The Impact of Extreme Temperatures

Pool robots can be adversely affected by extreme temperatures. Cold weather can make plastic components brittle, while high temperatures can cause parts to warp or degrade. If you live in an area with wide temperature swings, consider storing your pool robot in a climate-controlled environment when it's not in use. This will help ensure its components perform efficiently.

The Risk of Improper Storage

Storage is vital for extending the lifespan of your pool robot. When not in use, especially for extended periods like winter, ensure the robot is fully cleaned and dried, then keep it in a cool and moisture-free location. Avoid places where pests can access the robot, as they can cause damage to the wiring and other components. Following the manufacturer's guidelines for storage will help maintain the robot's condition and ensure it's ready for operation when needed.

Quick Maintenance Tips for Your Pool Robot

Rinse After Use: 

Clean off chemicals and debris with fresh water to prevent corrosion.

Inspect and Replace Parts: 

Regularly check and replace damaged brushes, wheels, or tracks to maintain cleaning efficiency.

Clean Filter Regularly: 

Empty and inspect the filter bag or cartridge after each use to keep your robot running smoothly.

Prevent Cable Tangling: 

Keep the swivel cable untangled and check for wear; replace if needed.

Annual Motor Check-Up: 

Have a professional inspect the motor and drive system annually.

Proper Storage: 

Dry the robot completely and keep it in a chilly, dry location, shielded from direct sun exposure.

Battery Care: 

Charge according to instructions and store properly to extend the battery's life.

Software Updates: 

Regularly update your pool robot's software for optimal performance. 

Seek Professional Servicing: 

Get professional servicing for deep cleaning and thorough maintenance.

Conclusion: Ensuring Essential Care 

Always avoid the potential risks mentioned above. Accomplish comprehensive maintenance carefully to prevent damage to your pool robot while extending its lifespan and improving efficiency. Consult with professionals when necessary, especially with high-end products. Remember that regular maintenance and care can protect your device and ensure your pool remains clean and safe all year.Given the various hazards, it is strongly recommended not to leave your robotic pool cleaner submerged post-operation. Overlooking this safety measure can result in significant damage.