BAR METER | WARNING |
| REASON/ACTION |
| LED |
|
|
| Green | 1. | Start – up delay functioning. |
Off |
| 2. | System Control set below |
|
|
| max. Cell is turned off. (Refer |
|
|
| System Control page 7). |
| Red | 1. | Gas detected. Check |
Off |
|
| pump/pipes for damage. |
|
| 2. | Gas sensor not connected to |
|
|
| cell |
| Green |
|
|
4 or 5 LEDs on |
| System operating normally | |
|
|
|
|
| Red | 1. | Salt level too low. Add salt at |
1 to 5 LEDs on |
|
| a rate of 25kg per 25000L. |
|
| 2. | Cell is calcified. Clean cell. |
|
| 3. | Water temperature low. |
|
|
|
|
OPERATION OF AQUACHLOR SC SYSTEM:
The Aquachlor SC system operates similarly to the C System described above. The SC system uses a patented Electronic Self Cleaning system to clean your Cell and therefore you should not have to clean your SC cell unless you have extreme water conditions. Note: a Aquachlor SC cell must be used with an SC Unit.
AQUACHLOR MODEL C and SC SERIES SPECIAL FEATURES
SYSTEM CONTROL:
The System Control varies the amount of time the Cell operates during the filtration cycle.
The System Control will not vary the electrical current supplied to the Cell. (As shown on the Display).
As an example, if one filtration cycle is set at 5 hours, and the System Control is set to 80%, then the total amount of time the Cell will operate during the
When the System Control is set to MIN, the Cell will be OFF for the duration of the filtration cycle. When the System Control is set to MAX, the Cell will be ON for the duration of the filtration cycle.
During the filtration cycle, the Cell will be turned ON and OFF a number of times each hour, unless the System Control is set at MIN or MAX. Using the previous example (of 60%), the Cell will operate for about 36 minutes each hour. This
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