Salt Water Chlorinators

Salt water pool chemistry is a little different from normal pool chemistry. For more information on how a salt system works check our salt systems section. For information on how to work with a salt system read more below. Properly controlling a salt water chlorinator – There are three things that are important when using salt water chlorination:

1. Keep the proper level of salt and stabilizer in the pool

Most salt water chlorinators require a 2500 – 3000 parts per million salt concentration in the water. This can barely be tasted in the water, but provides enough salt for the salt cell to produce the chlorine needed to maintain the pool.

If the salt level drops too low, the system will not be able to produce chlorine. Most systems have some sort of indicator to show low salt levels in the pool. The answer to low salt levels is to add rock salt to the skimmer and let it dissolve into the water.

It is also important to have a good stabilizer level (30 – 50 ppm) in the pool or the sunlight will burn up the chlorine and the saltwater system will not be able to keep up with the demand.

2. Adjust the control knob on the salt system

The salt system has a knob that controls the amount of chlorine that is generated. This can be adjusted to keep the production of chlorine in line with the demand.

3. Keep a close eye on the stabilizer and salt levels in the pool

These levels must be carefully maintained. If the salt level is too low, then the unit will not produce chlorine. If the stabilizer level is too low, the chlorine will not stay in the water long and the unit will not be able to keep up with demand.

4. Make sure the pool is running long enough to produce adequate chlorine

The timers on the pool should be set to run during the hottest daylight hours, preferably from at least 10 am to 6 pm during the summer. This is when your chlorine usage is highest. The system will only produce chlorine while the pump is running so it is important to run the pool long enough.

Shocking a Pool (Superchlorination)

If the chlorine reading gets too lowthen it is important to superchlorinate the pool in order to quickly raise up the chlorine level to avoid unsanitary water. The salt system should be sized to provide sufficient chlorine output, but in the event of very heavy chlorine demand (swim party, heavy rains, etc.) it might be necessary to supplement the chlorine feed with a manual shock.

It is important to use only as much granular chlorine as is needed. Many salt system owners are sensitive to heavy amounts of packaged chlorine with all its byproducts.

Simply adding more salt to the system WILL NOT be enough to solve the problemif you have a low chlorine level. That will enable the salt system to begin making chlorine, but will not immediately raise the chlorine level.