Pump
The pump is one of the key components of a pool cleaning robot. It generates suction and water flow, which help the cleaning robot gather dirt, debris, and particles from the pool floor, walls, and water, directing them into the filtration system. A powerful and efficient pump is essential for effective cleaning. Choosing a pool cleaning robot equipped with a strong and efficient pump system is crucial for maintaining a clean pool and clear water quality.
Centrifugal Pump
The centrifugal pump motor generates high-speed and powerful water flow through the rapid rotation of the impeller and the action of centrifugal force. Its strong suction efficiently collects and cleans debris such as stones, insect remnants, fibers, hair, algae, sand, and dirt from the pool floor, walls, and water. This results in effective pool cleaning and improved water quality.
Saves 25% Time: High efficiency, high flow, and high pressure speed up the cleaning process.
Saves 20% Energy: Consumes less than 80 watts daily, making it eco-friendly.
Increases Lifespan by 30%: High durability with no easily worn parts, reducing maintenance costs.
Axial Pump
Dual pumps generate 8800 gph strong suction. The axial design prevents debris from being stirred up, ensuring strong filtration.
Centrifugal Pump
The centrifugal pump motor generates high-speed and powerful water flow through the rapid rotation of the impeller and the action of centrifugal force. Its strong suction efficiently collects and cleans debris such as stones, insect remnants, fibers, hair, algae, sand, and dirt from the pool floor, walls, and water. This results in effective pool cleaning and improved water quality.
Saves 25% Time: High efficiency, high flow, and high pressure speed up the cleaning process.
Saves 20% Energy: Consumes less than 80 watts daily, making it eco-friendly.
Increases Lifespan by 30%: High durability with no easily worn parts, reducing maintenance costs.
Axial Pump
Dual pumps generate 8800 gph strong suction. The axial design prevents debris from being stirred up, ensuring strong filtration.
Filtration System
The filter basket is a crucial component of the cleaning robot responsible for capturing impurities, debris, and dirt from the pool water. These contaminants are trapped in the filter basket, preventing them from re-entering the pool water, thereby ensuring the cleanliness and clarity of the pool water. A poorly designed filter basket or one that fails to capture debris effectively can reduce the robot’s efficiency and degrade water quality. Therefore, choosing a pool cleaning robot with a large-capacity, high-precision filter basket is essential for maintaining a clean pool and clear water quality.
Safety
Automatic obstacle traversal helps ensure that the pool cleaner can navigate around obstacles without getting stuck or causing damage.
Consistent Cleaning
By traversing obstacles, the cleaner can maintain a steady operation without manual intervention, which means less frequent maintenance and troubleshooting for the user.
Prolonged Device Lifespan
By efficiently navigating around obstacles, the robotic cleaner avoids unnecessary collisions and potential damage. This prolongs the lifespan of the device by reducing wear and tear.
Energy Savings
By avoiding unnecessary stops and starts, the cleaner operates more efficiently, leading to reduced energy consumption and lower operational costs.
Increased Cleaning Efficiency
Automatic path planning ensures the robot covers the entire pool efficiently, minimizing cleaning time by avoiding repetitive coverage of the same area.
Energy and Cost Savings
It optimizes movement, reducing unnecessary motions and energy consumption, leading to lower power usage and cost savings.
Enhanced Cleaning Quality
The robot systematically covers every area, ensuring no dirt is missed, maintaining clear water and reducing bacterial growth.
Reduced Manual Intervention
Users don’t need to manually control the robot, reducing time and effort, and simplifying operation.
Smart Management
Advanced algorithms and sensors enable the robot to adapt to different pool shapes and sizes, providing effective cleaning.
Upon completing the cleaning task, the robot autonomously docks at the pool edge.
Low energy consumption reduces the need for frequent charging or battery replacement, minimizing maintenance burdens and costs.
It also lowers greenhouse gas emissions and reduces pressure on energy resources, benefiting the environment.
Efficient power usage ensures stable operations and prevents shutdowns, enhancing cleaning performance.
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