For a 13 blade cell, below is the maximum theoretical chlorine production (Assuming that I am doing the calculations correctly).
The Hayward T-15 is a 13 blade cell and it has amperage in the 6 to 7 range for typical operation.
That puts the theoretical production at 2.5 to 2.91 lbs per day but Hayward says that the cell is rated for 1.47 lbs per day.
So, the question is, why does Hayward say 1.47 lbs per day?
Is the process 100% efficient?
Probably not.
1.47 lbs per day is about 1/2 of the possible output at 7 amps.
Does that suggest that the process is only 50% efficient?
Maybe Hayward has made an error in their calculations or testing or maybe a typo?
Maybe Hayward is being extra conservative to avoid liability?
Amps..........lbs per day
5.0..............2.08
5.2..............2.17
5.4..............2.25
5.6..............2.33
5.8..............2.42
6.0..............2.50
6.2..............2.58
6.4..............2.67
6.6..............2.75
6.8..............2.83
7.0..............2.91
7.2..............3.00
7.4..............3.08
7.6..............3.17
7.8..............3.25
The Hayward T-15 is a 13 blade cell and it has amperage in the 6 to 7 range for typical operation.
That puts the theoretical production at 2.5 to 2.91 lbs per day but Hayward says that the cell is rated for 1.47 lbs per day.
So, the question is, why does Hayward say 1.47 lbs per day?
Is the process 100% efficient?
Probably not.
1.47 lbs per day is about 1/2 of the possible output at 7 amps.
Does that suggest that the process is only 50% efficient?
Maybe Hayward has made an error in their calculations or testing or maybe a typo?
Maybe Hayward is being extra conservative to avoid liability?
Amps..........lbs per day
5.0..............2.08
5.2..............2.17
5.4..............2.25
5.6..............2.33
5.8..............2.42
6.0..............2.50
6.2..............2.58
6.4..............2.67
6.6..............2.75
6.8..............2.83
7.0..............2.91
7.2..............3.00
7.4..............3.08
7.6..............3.17
7.8..............3.25