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Steps for connecting and operating the salt cell system, emphasizing safety and professional service.
Information on occasional cleaning needed due to mineral deposits, dependent on pool chemistry.
The XtremePower Salt Cell Water Chlorinator System is an essential component for maintaining clean and sanitized pool water, offering an efficient and automated alternative to traditional chlorine methods. This system is designed to generate chlorine from salt dissolved in the pool water, providing a continuous supply of sanitizer for a healthier swimming environment. The core of the system is the salt cell, which houses electrolytic plates that convert salt (sodium chloride) into chlorine through a process called electrolysis. This eliminates the need for manual addition of chlorine tablets or liquid, simplifying pool maintenance and reducing exposure to harsh chemicals.
The primary function of the XtremePower Salt Cell Water Chlorinator System is to produce chlorine for pool sanitation. When salt is dissolved in the pool water, it creates a mild saline solution. As this water flows through the salt cell, an electrical current is applied to the electrolytic plates within the cell. This current causes a chemical reaction that splits the salt molecules, releasing hypochlorous acid (the active form of chlorine) and sodium. The hypochlorous acid then sanitizes the pool water by killing bacteria, viruses, and algae. After sanitizing, the chlorine reverts back to salt, and the cycle repeats, making the process self-sustaining and efficient. This continuous regeneration of chlorine ensures a consistent level of sanitation, preventing the growth of harmful microorganisms and keeping the pool water clear and sparkling. The system is designed to integrate seamlessly with existing pool filtration systems, typically installed in the plumbing line after the filter and heater, but before any other pool equipment. This placement ensures that the chlorinated water is distributed throughout the pool effectively.
The XtremePower Salt Cell Water Chlorinator System offers several user-friendly features that enhance the pool ownership experience. One of the most significant advantages is the automation of chlorine production. Once the system is properly installed and the salt level in the pool water is within the recommended range, the chlorinator will automatically generate chlorine as needed, reducing the time and effort typically spent on manual chemical dosing. This automation helps maintain a more stable chlorine level, which is crucial for effective sanitation and preventing common pool problems like algae blooms.
The system's operation is typically managed through a control panel (not explicitly detailed in the provided excerpt but implied by the "Cell Cord" connection), which allows users to adjust the chlorine output. This adjustability is a key feature, enabling pool owners to fine-tune the chlorine production based on factors such as pool size, bather load, water temperature, and sunlight exposure. For instance, during periods of heavy use or hot weather, a higher chlorine output may be required, while during cooler months or periods of low use, the output can be reduced. The manual provides guidance on calculating the appropriate chlorine output based on pump running hours, suggesting a proportional adjustment. For example, if a variable speed pump runs for 24 hours a day, a 25% chlorine output might be sufficient, whereas a pump running for 8 hours a day might require a 75% output to achieve the same daily chlorine production. This flexibility ensures optimal sanitation while minimizing wear on the salt cell.
Another important usage feature is the reduced exposure to harsh chemicals. By generating chlorine on-site from salt, pool owners avoid handling and storing concentrated chlorine products, which can be hazardous. The water in a salt-chlorinated pool is also typically softer and less irritating to the skin and eyes compared to traditionally chlorinated pools, providing a more pleasant swimming experience. The system is designed for continuous operation, with the recommendation that the total working hours for the salt cell should be less than 8 hours per day to maximize its lifespan. This suggests that the system can be integrated with variable speed pumps, allowing for longer pump run times at lower speeds while still achieving the desired chlorine production. The ability to start the variable speed pump on a low speed and then increase it until the salt system works indicates a degree of operational flexibility and compatibility with modern energy-efficient pool equipment.
Maintaining the XtremePower Salt Cell Water Chlorinator System primarily involves ensuring the salt cell remains free of mineral deposits and monitoring pool water chemistry. The manual emphasizes that the replacement cell operates in the same way as an original cell, implying that standard maintenance procedures apply.
The most common maintenance task for a salt cell is cleaning to remove mineral deposits, particularly calcium scale, which can accumulate on the electrolytic plates over time. The frequency of cleaning is directly dependent on the pool's water chemistry. Hard water, which has a high concentration of minerals like calcium, will lead to more frequent scaling. The manual advises that cleaning frequency is "entirely dependent on your pool's water chemistry, which depending on environment and chemicals added, can change to become more or less scale forming." This highlights the importance of regular water testing and balancing to minimize scale formation and prolong the life of the cell. While the specific cleaning instructions are referred to in the "original manufacturer's product manual," the general process typically involves removing the cell from the plumbing and soaking it in a diluted acid solution to dissolve the scale.
Installation and removal of the cell are designed to be straightforward. The process involves loosening threaded collars on both ends of the cell to disconnect it from the plumbing and unplugging the cell cord from the control panel. Before installing a new or cleaned cell, it's crucial to inspect the O-rings on the plumbing unions. If these O-rings are damaged or worn, they should be replaced to ensure a water-tight seal. The new cell is then positioned between the plumbing unions, and the threaded collars are tightened by hand, with a caution against over-tightening. Finally, the cell cord is plugged into the control panel. The manual stresses the importance of ensuring the input power is completely disconnected and all pool equipment is shut off before attempting any service procedures, and that all service should be performed by a qualified professional. This safety precaution is paramount to prevent injury and damage to the equipment.
Overall, the XtremePower Salt Cell Water Chlorinator System offers a convenient, efficient, and user-friendly solution for pool sanitation, reducing the need for manual chemical handling and providing a more enjoyable swimming experience. Its design emphasizes ease of installation, adjustable chlorine output, and straightforward maintenance, making it a valuable addition to any pool system.
General| Brand | XtremepowerUS |
|---|---|
| Model | 90184 |
| Maximum Pressure | 125 PSI |
| Maximum Temperature | 100°F |
| Housing Material | Polypropylene |
| Maximum Water Temperature | 100°F |
| Maximum Working Pressure | 125 PSI |
| Filter Type | Sediment |
| Filtration Method | Mechanical |
| Filter Life | 6-12 Months (depending on water quality) |
