The chlorine generator should be left running long enough to produce the amount of chlorine needed to sanitize the pool daily. On average, this takes between 8 and 12 hours depending on the pool size, type of saltwater generator, and the output level the chlorine generator has been set to.
The easiest way to ascertain if the chlorinator is working is to make sure the cell is clean by checking the needle or production lights. Ensure there is enough salt in the pool. On the chlorinator box there should be a light or dial that indicates it is working.
Run your system to run for 8-12 hours a day and set the chlorine output on the generator to 50%. After testing and determining the free chlorine readings over a few days, adjust the output on the generator only.
We suggest you start your salt chlorine generator at 50 percent output and run it for a couple of days, then check the chlorine level. In a balanced pool, a good chlorine level is 1-3 parts per million. If your chlorine levels are low, you can raise the percentage, and if it's high you can lower the percentage.
2700-3400 ppm is the idea recommended levels. However, the reading can go up to 4000 ppm before the Hi Salt light appears. The unit will still produce chlorine until the reading goes above 4000 ppm and the GENERATING light usually will go off.
Your salt levels will vary depending on the type of chlorinator you have. If you're using the Water TechniX Salt water chlorinator then you should try to aim for a salt level of around 3,000 to 4,000 ppm.
You should never turn on your salt chlorinator until you have balanced your pool's water and all levels are within range. It is important to maintain salt and chlorine stabilizer levels in order to prevent scaling and to maximize system effectiveness and life.
The rule of thumb is generally 8 hours, although it could be anywhere from 6-12 hours, depending on your pool's size. Each pool is unique, so to keep your pool pump efficient and effective, you need to figure out exactly what your pool's turnover rate is.
Having a 25 GPH chlorinator set to 100% will produce 200 grams of chlorine a day at 50% it will produce 100 grams a day simply multiplying the output of the chlorination by the hours it runs.
Water flow
The saltwater chlorinator needs a sufficient flow of water for effective operation. A dirty skimmer basket, clogged or dirty filter, and a clogged pump strainer, can cause insufficient water flow for the chlorinator to produce less chlorine.
Chlorine generators need salt to produce chlorine and can't do so if the amount of salt in the water is too low. The desired salinity level in a saltwater pool is between 2,500 and 3,500 ppm. Get a salt-testing kit from a pool supplier and check to make sure that the levels are within this range.
An investment in a salt water chlorinator is a much more environmentally friendly option, since they only require non-toxic salt to function. They also require very little energy to run, so they will not significantly increase your pool's energy consumption or carbon footprint.
When you add salt, DO NOT pour it directly into the skimmer. For best results empty the required salt into the shallow end of the pool and let it dissolve and circulate through the main drain. The salt may take about 24 hours to dissolve completely. Finer grades of salt will dissolve faster.
Running the pump at night should only be when you are doing a major chemical treatment such as algae clean-up. Your pool is more vulnerable during the day, plants don't grow at night the way they do during the day–that's true of ALL plants including Algae.
The size of your pool, the efficiency of your pump and filter, and how dirty your pool is are just some of the factors you need to consider. Nevertheless, most pool cleaning professionals would advise against running a pool pump for more than 8 hours a day.
One of the most significant consumers of energy in homes with swimming pools are pool pumps, which keep pools clean by circulating water through filters. Pool pumps can consume 3,000 to over 5,000 kWh per year.
Saltwater Chlorinators use an electrolytic cell to sanitise your swimming pool. By adding a small amount of salt (sodium chloride) to your pool water, the cell converts the chloride contained in the saltwater into chlorine. This is an extremely efficient and cost-effective method of sanitising your pool.
The best time to run your pool pump is during the warmest hour of the day; however, keep in mind that this means you will have higher energy consumption, which may lead to an increase in your electric bill. If you want to save on your energy costs, you can run your pool pump at night to avoid peak hours.
"When do we need to backwash?" - It is recommended to backwash your filter once every 4-6 weeks of regular use. Additionally, there are several instances that would require backwashing in between the normal monthly backwashing.
Open the top lid of the chlorinator by turning it counter clockwise. (Hayward chlorinators depress the locking tab). Fill with slow dissolving jumbo tabs (3” pucks) or sticks. If possible use plastic disposable gloves.
Chlorine pucks also allow you to manually control how much chlorine is in your pool's water. It is usually 1 chlorine puck for every 5,000 gallons of water.
To use the right number of tablets, always round your pool volume up to the nearest unit of 5,000 gallons. For instance, your pool has a capacity of 20,000 gallons, you would add four chlorine tablets. But if your pool holds just 16,000 gallons, you'd still use four, three-inch chlorine tablets.
An overly salted pool will generally not be a major problem (aside from salty-tasting water), but at levels over 6000 ppm there may be corrosion damage to some of the metallic equipment.