Thermal Protection; Pool Water Chemistry, Conditions And Precautions - SIBRAPE SG20 Manual Del Usuario

Characteristics

Thermal protection

In order to protect and maintain product quality, the Sibrape Claripur Chlorine Generator monitors the water
temperature, so that, if the water reaches 64,4°F, the chlorine generation will change to 40% of its capacity and the
water reaches 57,2°F the generator will operate at 20% of its capacity.
It is important to note that this behavior can only be observed if the percentage programmed is higher than the
percentage of generation in thermal protection mode.
Operating in winter
Chlorine Generator can operate at temperatures up to 33,8°F. For this it modulates the power of the cell. Below
64,4°F it reduces the chlorine generation to 40%, and below 57,2°F it reduces it to 20% and maintains the chlorine
generation as long as there is enough water flow and enough salt.
This technology supports pools even on icy days.
Salt sensor
Sensor that assists in checking the status of the chlorine generation cell. He can assess whether the cell is in good
condition or not. Whenever a new chlorine generation cycle starts, the Salt Sensor checks the salinity of the water
and compares it with the cell, which can report problems in the cell.
Self cleaning
Every 5 hours of operation of the Chlorine Generator a self-cleaning procedure is performed. This procedure
ensures that the materials embedded in the generator blades are loosened, keeping the Chlorine Generator always
at maximum efficiency.

Pool Water Chemistry, Conditions and Precautions

Ideal Chemical Conditions for Water
The following daily chemical conditions in pool water are recommended to help protect users, pool equipment and
any surfaces used in and around your pool.
These values are important for keeping pool equipment in proper operating condition, as well as preventing
corrosion, sludge or other problems. The Electronic Chlorine Generator is guaranteed to operate properly only if
these conditions are met.
Pure chlorine:
Combined Chlorine
(Cloramines):
pH:
Cyanuric Acid
Total Alkalinity:
Calcium Particles:
TDS (includes salt):
Salt:
Metals (Copper, Iron,
Manganese):
Nitrates:
Phosphates:
16
User's Guide
2.0 - 4.0 ppm. Above 4.0 ppm can cause corrosion of metal components
None (superchlorination to remove all chloramines).
7.2 - 7.8 (USE MURIATIC ACID to lower the pH and Sodium Carbonate
3000 min to 5700 to 6000 max ppm
3000 - 4500 ppm (ideal 3500 ppm)
to raise the pH).
30 - 50 ppm
80 - 120 ppm
200 - 400 ppm
None
None
Less than 125 ppb