Hayward Aquarite Salt Chlorine Power Center/Cell, up to 15k gal, 115/230v (AQR, T-CELL-3)
	Quantity in Basket: none Code: HWD-AQRTCELL3-3540 Price:$799.09 Shipping Weight: 35.00 pounds Shipping Cost: Free - with $7.95 handling fee per order Shipping Carrier: UPS/FedEx Availability: In Stock Warranty: Three Years Limited Warranty Note: FREE with every purchase- AquaPillSalt Cell Guard ($9.09 value) and Salt & Stabilizer Test Kit  ($37.09 value) Manufacturer Number: AQR-15,000 Includes: Power Center, Cell, Cables and Flow Sensor.
	These free products will be automatically added to your order...: AquaPill Salt Cell Guard ($9.09 value) -: Salt & Stabilizer Test Kit ($34.85 value)
	Quantity:
.  Features Fully automatic operation Simple dial adjustment for chlorine output Chlorinates pools up to 15,000 gallons Digital salt display Works on 3000 ppm of salt --- no "salty" taste Self cleaning 3 Year Limited Warranty 120/240 Vac operation UL Listed for safety NSF certified Electronic Chlorination How it all works. The AquaRite and AquaTrol electronic chlorinators generate chlorine by passing low voltage electrical current through the pool water and converting the chloride ions from salt into chlorine. When salt is added to the swimming pool, it immediately dissociates to form sodium and chloride ions: NaCl-->Na+ + Cl- Inside the Turbo Cell there are a series of titanium/ruthenium plates that are connected to the low voltage power source in the AquaRite or AquaTrol electronics unit. The system is shown in simplified form below: Electrical current flow is denoted at the movement of electrons (e- ) which start at the negative terminal of the power supply and flow through the pool water and return to the power supply at the positive terminal. The number of electrons leaving from, and returning to, the power supply is always the same. At the anode (connected to positive voltage terminal) the following reaction occurs: 2 Cl-->Cl2 (gas) + 2e- At the cathode (connected to negative voltage terminal) the following reaction occurs: 2 H2O + 2e--->H2 (gas) + 2 OH- The hydrogen gas is not soluble in water and so it is carried along with the water flow into the pool. Sometimes, it is possible to actually see the tiny hydrogen bubbles coming out of the return jets. At the other electrode, the chlorine gas is highly soluble in water and reacts with the water as follows: Cl2 + H2O-->HOCl + HCl The HOCl is known as hypochlorous acid and is the primary sanitizer in the swimming pool. Whenever chlorine is introduced into the swimming pool, whether it be by liquid bleach, granular chlorine, gas chlorine, di- or tri-chlor tablets, the end result is always hypochlorous acid. The above reactions tend to cause the pH of the pool to drift slightly higher. The hydroxide ions generated at the cathode are highly basic. This is countered by the chlorine reaction with water that generates hypochlorous acid (a weak acid) and hydrochloric acid (a strong acid). Depending on the pH of the pool water, a varying amount of the hypochlorous acid will dissociate to form hypo chlorite ions. While both forms act as a sanitizer for the pool, tests have shown that the hypochlorous acid is up to 10 times more effective than the same concentration of hypochlorite ions. HOCl<-->H+ + OCl- Lower pH levels will increase the amount of hypochlorous acid, higher pH levels will increase the amount of hypochlorite ions. It is important to keep the pool pH in the range of 7.2 to 7.8. The function of hypochlorous acid in the pool is two fold: first it will kill algae and bacteria and secondly, it acts as an oxidizer to remove the dead material from the pool. During the oxidation process, the hypochlorous acid reverts to water  The package includes an electronic control box, a salt cell, a flow meter, test strips and instructions. The unit is built by Goldline Controls, a company with a broad background in industrial controls, and their control unit is the best in the industry.  The unit comes with a five year pro-rated warranty. For more info check out our POOLSCHOOL section on Salt Water Chlorination