To ensure that chlorine can be created on a continual basis, it is critical to keep the salt cell clean at all times. If a large amount of scale or calcium has accumulated in the salt cells, they will be unable to produce efficient sanitizer and will frequently cause flow issues within the swimming pool system. Inspect your salt cell once a week to ensure that there are no problems, and wipe the plates as soon as you observe any scale formation on the surfaces of the plates. Once a season, a chemical cleaning of every salt cell should be carried out, usually after the pool has been drained of its chlorine supply.
In a saltwater pool, a salt cell is utilized. When compared to a regular pool, it is the component of the system that permits chlorine to be produced naturally rather than being added. It is necessary to clean this cell from time to time because minerals and calcium accumulate on the plates that line the inside of it.
1. To begin, you must first identify your target market
Self-defense is essential. Wearing the proper safety equipment before dealing with your saltwater chlorinator cell or other chemicals is extremely important. Use of protective eyewear, latex gloves, and a mask can help you avoid exposure to fumes. Protecting yourself from inadvertent splashes with coveralls wouldn’t harm either.
2. Solution for Cleaning
It is necessary to combine the cleaning solution. Combine ten parts water and one-part hydrochloric acid in a mixing bowl until the water turns clear. Firstly, fill a bucket halfway with water and then pour in the acid.
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Placing the cell in an upright position after attaching it to the stand with the cord facing down is recommended. Make sure you have a dish or a small tub underneath the cell in case any solution spills when you are putting it into the container. The solution should be added to the chlorinator cell and let to sit for 10 minutes. Do not be frightened if the mixture begins to bubble up; this is very natural. The presence of foam indicates that the acid is eroding the calcium deposits in the bones.
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After leaving it to sit for 10 minutes, drain the solution into a container to catch any remaining liquid. All of the substances stored within the container should be free of any residue at the time of cleaning. If there is still any calcium residue visible after the operation, it is required to repeat the process.
- After thoroughly rinsing it, reconnect the chlorinator cell to the system and switch it on to ensure proper operation. You’re finished. Comply with local rules when it comes to disposing of the solution. Pouring it down the drain may cause damage to your pipes due to the acid content.
The Salt Cell has been cleaned
In order to get rid of minor calcium deposits and loose bits, attach a high-pressure garden hose to one end of the pipe and attempt to flush them out with the water pressure. If that doesn’t work, it’s time to bring in the big guns muriatic acid is the solution to this problem. Using a cell cleaning platform, which covers off one end of the cell and supports it upright for soaking, makes this procedure much easier and more efficient.
Pour one gallon of water into a clean plastic bucket and add one quart of muriatic acid to it, all while wearing rubber gloves and safety goggles for protection. If possible, operate in a well-ventilated location to prevent breathing any fumes that may be present. Pour the diluted muriatic acid into the generator cell while it is securely fastened to the cleaning stand. Allow for approximately 15 minutes of soak time for the cell. Drain and re-inspect the electrolytic plates after 15 minutes.
Remove scale build-up from the salt cell by following these steps
- The filtering system should be turned off.
- Disconnect the salt cell from the union connections with extreme caution.
- A moderate acid wash might be used if there is still persistent buildup. Prior to beginning to combine a solution of water and muriatic acid in a bucket, be sure that you have rubber gloves on your hands. The acid should always be added first, then the water, and vice versa.
- Using a cell stand, attach the salt cell to it and pour the muriatic acid solution into it. Allow 15-20 minutes for it to soak. Make certain that the electrical connections on the cell are not covered.
- Rinse the cell well with a garden hose once it has been soaking.
- When not in use, the acid combination should be kept or disposed of in a responsible manner.
- Replace the cell with a new one if needed.
Cleansing the Salt Cell Using Physical Methods
1.Any huge pieces of debris should be gathered up
In the event that you find significant debris in the filter, you should remove it with your hand if it is easily attainable.The hose and chemical solution used to clean the salt cell should be sufficient to deal with any small issues that may arise.
2. Begin by trying out a garden hose
With a regular garden hose, you may begin cleaning the salt cell. Directionally insert it in one end of the unit, allowing water to pass through to emerge at the other end. Hopefully, this technique will assist in removing any random parts that may have become stuck in there, as well as some mineral deposits.
3. Remove the deposits by scrubbing them off the surface.
The use of a plastic or wooden instrument to work on the deposits is an additional alternative. Scrape at the deposits lightly in order to see if you can get them to come off. Metal should not be utilized since it will distort the filters and cause them to malfunction.
