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The AutoPilot uses a separate trisensor outside of the cell, which contains a conductivity meter, which determines salinity. | The AutoPilot uses a separate trisensor outside of the cell, which contains a conductivity meter, which determines salinity. | ||
| − | = | + | =How Does the Jandy AquaPure Determine Salinity?= |
The AquaPure also uses a separate trisensor outside of the cell, which contains a conductivity meter, which determines salinity. | The AquaPure also uses a separate trisensor outside of the cell, which contains a conductivity meter, which determines salinity. | ||
| − | = | + | =How Does the Pentair Intellichlor Determine Salinity?= |
The IntelliChlor uses a conductivity sensor inside the cell to measure salinity. | The IntelliChlor uses a conductivity sensor inside the cell to measure salinity. | ||
| − | = | + | =How Does the Hayward Aquarite Determine Salinity?= |
The AquaRite uses the performance of the cell to determine salinity. For each cell (T-3, T-5, T-9 OR T-15), Hayward knows the performance of a properly functioning cell at each temperature and salinity combination. The higher the salinity and/or water temperature, the higher the performance (chlorine output). | The AquaRite uses the performance of the cell to determine salinity. For each cell (T-3, T-5, T-9 OR T-15), Hayward knows the performance of a properly functioning cell at each temperature and salinity combination. The higher the salinity and/or water temperature, the higher the performance (chlorine output). | ||
Revision as of 00:06, 1 September 2019
How Does the Autopilot Determine Salinity?
The AutoPilot uses a separate trisensor outside of the cell, which contains a conductivity meter, which determines salinity.
How Does the Jandy AquaPure Determine Salinity?
The AquaPure also uses a separate trisensor outside of the cell, which contains a conductivity meter, which determines salinity.
How Does the Pentair Intellichlor Determine Salinity?
The IntelliChlor uses a conductivity sensor inside the cell to measure salinity.
How Does the Hayward Aquarite Determine Salinity?
The AquaRite uses the performance of the cell to determine salinity. For each cell (T-3, T-5, T-9 OR T-15), Hayward knows the performance of a properly functioning cell at each temperature and salinity combination. The higher the salinity and/or water temperature, the higher the performance (chlorine output).
There is no separate salinity sensor in an AquaRite. There are six wires going to the cell, two white, two black, one red and one blue wire.
The black and white wires carry the power to the cell and are heavier gauge than the other wires. The two white wires go to the center plate. The two black wires tie together and go to the two outer plates. The red and blue wires go to the temperature sensor.
There are no other wires going into the cell to support a salinity sensor. There are 4 extra wires in the cell cord (brown, orange, yellow and green) that are not used and do not go to the cell.
Another way to tell that the AquaRite does not have a separate salinity sensor is that if the T-Cell setting does not match the cell type, the salinity will read wrong.
If the Cell is larger than the T-Cell setting, the salinity will read higher than actual. If the Cell is smaller than the T-Cell setting, the salinity will read lower than actual. One can verify this by changing the T-cell type and see the salinity change.
If there was a separate salinity sensor in the cell, the salinity would not change when the tcell type was changed.[1]
