Replacement chlorinator Innowater Bipolar cell SMC10
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Replacement chlorinator Innowater Bipolar cell SMC15
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Replacement chlorinator Innowater Bipolar cell SMC 20
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Replacement chlorinator Innowater Bipolar cell SMC30
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Replacement of Natural Chlor chlorinator Cell SMC30
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Replacement chlorinator Zodiac Complete electrode TRi 18
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Replacement chlorinator Zodiac Complete electrode TRi 22
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Replacement chlorinator Zodiac Complete electrode TRi 35
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Complete cell without connection chlorinator Zodiac LM2-15
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Complete cell without connection for chlorinator Zodiac LM2-24
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Complete cell without connection for chlorinator Zodiac LM2-40
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Replacement chlorinator cell CTX Electrode/cell model Junior
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Replacement chlorinator cell CTX Electrode/ cell Senior model
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Replacement chlorinator cell CTX Electrode/cell model Plus
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Salt Expert Salt Chlorinator Refill Salt Expert Cell 15 g/h
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Salt Expert Salt Chlorinator Refill Salt Expert Cell 25 gr/h
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Salt Expert Salt Chlorinator refill 30 gr/h cell
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Replacement chlorinator Monarch Promatic ESC 16 Cell
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Questions and answers
what is a salt chlorinator and how does it work?
A salt chlorinator is a disinfection system that uses common salt dissolved in the pool water. Through a process called electrolysis, the chlorinator cell automatically and continuously converts the salt into chlorine. Salt water passes through the cell, where an electric current transforms the salt into sodium hypochlorite, a powerful disinfectant that kills bacteria, algae and other contaminants. This chlorine is converted back to salt after the water is disinfected, making the process cyclical and efficient.
is the pool water as salty as the sea?
No. The recommended salt concentration for salt chlorination is about 4 to 6 grams per liter, much lower than that of seawater (about 35 grams per liter). The water feels slightly salty, similar to a teardrop, and is not unpleasant for bathing.
is it suitable for any type of pool?
Yes, salt chlorination can be installed in most swimming pools, both private and public, and both above ground and above ground. It is important to choose a cell suitable for the volume of water and the specific characteristics of the pool to ensure effective disinfection.
what maintenance does the salt chlorinator cell require?
The cell is one of the most delicate parts and requires periodic checks. Although many models include self-cleaning systems by polarity inversion, minerals, scale or dirt can accumulate on the electrodes over time. Regular inspection and cleaning with specific products is recommended to avoid scaling, especially if the water is hard or contains a lot of minerals. Proper maintenance prolongs the life of the cell and ensures optimal chlorine production.
how often should salt be added?
Salt is only added at the beginning, when the system is installed, and then replenished occasionally, mainly when water is lost due to filter washings, splashing or pool draining due to rain. It is not necessary to add salt frequently, as the chlorine production cycle constantly regenerates it.
is it necessary to control the pH?
Yes, it is essential to monitor and adjust the pH regularly. Electrolysis tends to increase the pH of the water, so it is advisable to use pH regulators to keep it in the optimal range (usually between 7.2 and 7.6). A balanced pH improves the effectiveness of chlorine and the comfort of bathers.
is it safe to bathe while the chlorinator is running?
Yes, it is completely safe to bathe while the salt chlorination system is operating. The process is automatic and poses no risk to users.
does it produce corrosion or damage pool equipment?
The salt concentration used is not corrosive to most pool materials if the recommended levels are maintained. However, it is important to ensure that metal components are compatible with saline water and to perform regular maintenance to avoid long-term problems.
what advantages does it have over traditional chlorine?
The salt chlorinator offers several advantages: it reduces eye and skin irritation, eliminates strong chlorine odor, requires less manual maintenance and is more comfortable and safer for users. It is also a more environmentally friendly system, as it uses fewer chemicals and generates chlorine in a continuous and controlled manner.
what factors affect service life?
The useful life of a salt chlorinator cell, which manufacturers estimate between 5,000 and 14,000 hours depending on the model and quality, is mainly affected by:
- Water quality: waters with high levels of lime scale require higher polarity reversal for cleaning or more frequent use of cell cleaners.
- Usage: Continuous year-round operation reduces service life compared to seasonal use.
- Water temperature: Low temperatures decrease the conductivity of the water, placing greater stress on the cell and therefore one hour of operation in winter equals longer wear time.
Salt chlorinator cells for swimming pools
Salt chlorinator cells are the heart of the salt electrolysis system, a method increasingly used to keep pool water disinfected automatically and efficiently. Their function is to transform the salt dissolved in the water into active chlorine, providing constant disinfection without the need to manually add chemicals.
Over time, these cells wear out and need to be replaced to maintain the proper functioning of the salt chlorinator. At Quimipool we offer you a wide selection of original cells from the main brands in the market, guaranteeing performance, compatibility and durability.
why choose a quality cell for your salt water chlorinator?
Choosing the right cell is essential to ensure the correct maintenance of your pool with salt electrolysis. Here are the main reasons to invest in a suitable replacement:
- Continuous, automated disinfection: The cell produces chlorine constantly, keeping the water clean without the need for added chemical chlorine.
- Saves time and effort: Significantly reduces maintenance by automating the chlorination process.
- Greater well-being for bathers: The saline system is less aggressive for the eyes, skin and hair, and leaves no chlorine odor.
- Long-term sustainability and savings: Although the initial investment may be higher, spending on chemicals is significantly reduced over time.
- Ease of replacement: In many cases it is not necessary to replace the entire chlorinator, just replace the worn cell.
How does a salt chlorinator cell work?
Salt chlorinator cells contain titanium plates coated with metal oxides (such as ruthenium and iridium), which act as electrodes. When a low-voltage electric current flows between them, an electrolysis reaction takes place that converts the sodium chloride (salt) present in the water into sodium hypochlorite, the disinfectant compound that keeps the pool free of bacteria, fungi and algae.
This process is safe, efficient and occurs continuously as long as the system is operating. The salt remains in the water, allowing it to be reused over and over again, and only small quantities need to be replenished due to water losses (filter washings, winter water drains, etc.).
With use, the electrodes can lose efficiency due to wear and tear or calcareous incrustations, and this is where the need to replace the cell comes into play.
Main features of our chlorinator cells
- Guaranteed compatibility with brands such as Zodiac, Hayward, AstralPool, Idegis, BSV, Sugar Valley and others.
- Original models ensure the correct functioning and useful life of the control unit.
- Highly durable titanium electrodes, with corrosion and lime scale resistant coatings.
- Self-cleaning models (polarity reversal) for longer life and reduced maintenance.
- Chlorine production adjusted to your needs, with capacities from 7 g/h to more than 200 g/h.
- Easy installation, even for non-expert users, with direct connections and plug & play systems.
Buying guide: How to choose the right cell for your pool?
The choice of electrolysis cell is directly linked to the brand and production capacity of the existing chlorinator. The control unit is designed to operate with specific parameters, so the replacement must be compatible in brand and production to ensure proper operation.
Initial sizing is critical for effective disinfection, but when it comes time to replace the cell, compatibility with the existing equipment is the determining factor.
If needed, you can send a photo of the control unit or data label, we can provide effective technical support and help you choose the right replacement.
Technical aspects you should know
- Chlorine production (g/h): defines the disinfection capacity. It is important that it is adjusted to the volume of water in your pool.
- Polarity inversion: function that automatically reverses the polarity of the electrodes to prevent limescale formation. Prolongs the life of the cell and reduces the need for cleaning.
- Compatibility: it is essential that you check the make and model of your chlorinator before purchasing a new cell.
- Estimated lifetime: typically between 5,000 and 12,000 hours, depending on the model.
