How does a salt system work?
These salt generators, also called salt cells, work by electrolysis. The salt water is electrically charged, which splits the salt molecules and generates chlorine (Cl). A salt generator contains two parts- the cell and the control board. The cell is the part that converts the salt into chlorine.
How does a salt water chlorine generator work?
The salt water passes through a salt cell where an electric current causes a chemical reaction. This creates a chlorine gas which dissolves in the water, producing the two chemicals that chlorinate and sanitize the water.
When to stop adding salt to the water?
1) The salt level is too low and to adjust salt level to 3000 to 4000ppm. 3) Chlorinator cell at its life end and need to replace the cell. It means normal operation mode; no action required. 1) Salt level high. No action is needed. Stop adding salt to the water if you are doing so.
How to troubleshoot the saltron retro salt chlorine generator?
Here are some steps to troubleshoot the Retro. 1) Power outage; make sure there is power to the unit. 2) Check to see if the fuse in the power supply is burnt out. 3) Power supply failure and will need to replace the power supply. The system is in rest mode; no action needed.
What to do if your salt cell is not working?
Below are a few tips on how to deal with salt cells that don’t work. 1. Replace or repair damaged units immediately when problems are identified. 2. Replace the entire unit every once in a while. More often than not, a well maintained and high quality system should offer decent service for up to 5 years.
How to reset the salt level on a turbo cell?
You must reset the system by entering the ‘Diagnostic Menu’ and then hitting the right arrow key once and then pushing the plus (+) key once. This should reset the light and message. Lastly, follow the instructions on page 16 to reset the salt level after cleaning the cell. Page 8 1.
How does the ciruit work in a salt cell?
2. Check Water Flow: The Salt Cell needs a certain amount of water flow to operate effectively. Full featured salt systems use a Flow Switch or sensor to measure water flow entering the salt cell, and will open the ciruit when flow rates are below a minimum threshold.
1) The salt level is too low and to adjust salt level to 3000 to 4000ppm. 3) Chlorinator cell at its life end and need to replace the cell. It means normal operation mode; no action required. 1) Salt level high. No action is needed. Stop adding salt to the water if you are doing so.
How does a salt cell chlorinator system work?
Each salt cell is calibrated to work within a certain range of salinity, generally around 3000 ppm. Full featured salt systems use a salt sensor and display the measured salt level, or have an indicator light or error code to let you know when the salt level drops below the minimum threshold.
