Softening water equipment has functions such as scale prevention and removal, anti-corrosion and rust prevention, algae elimination, and water quality activation. It can be widely applied to air conditioning systems, industrial cooling systems, heat exchange systems, hot water boiler systems and other various water-using equipment systems.

　　The usage method of the water processor

　　①Check if the power cord plug is properly inserted.

　　②Connect220V 50zPower supply

　　③Turn on the main unit switch. The switch indicator light will light up and the working indicator light will also light up.

　　④Turn off the main unit switch and cut off220V 50HzPower supply

　　Precautions for the Use of water softening equipment :

　　①The user's power supply should comply220V+-10%,50Hz-2%The requirements.

　　②Before installation, it is necessary to check whether the inlet and outlet dimensions of this product are consistent with the dimensions of the pipeline .

　　③It should be installed before the water inlet of the equipment that needs scale removal and prevention, or between the outlet of the water pump and the water inlet of the boiler

　　④For intermittent circulating water systems, corrosion inhibitors should be appropriately added two weeks before shutdown to reduce equipment corrosion.

　　⑤In the circulating water system, there should be a drainage device for regular drainage.Otherwise, poor sewage discharge will directly affect the descaling effect.

　　⑥The distance between the main machine and the auxiliary machine should be as close as possible and must not exceed5meter;Auxiliary machines should be kept away during installation(5Beyond the meter)High-power electrical equipment(Such as30KWThe above-mentioned water pumps, etc.),So as not to interfere with the equipment.

　　"Selection of Water Softening Equipment"

　　I. Controller: The American Fleck controller is adopted.

　　Ii. Resin Tanks: Available options: Domestic fiberglass reinforced plastic tanks, metal-lined plastic tanks(PEInner lining)Import(Stlow)RFPtank　.

　　Iii. Forms of Equipment Operation Control

　　L- Flow type: Automatically restores when the prepared water volume reaches the set value, and can be applied to all water softening equipment in water supply systems.

　　S- Time-type: It is a regeneration metering method controlled by time, suitable for water supply in systems with stable water consumption, and has a short restoration and regeneration cycle24Hours.

　　Iv. Available Equipment combinations:

　　⑴- Single control single bed: Water supply will be stopped during the restoration period2For hours or continue to supply raw water(Hard water bypass).

　　⑵- Single-controlled dual-bed: Alternating water supply, one in use and one as backup.

　　⑶- Dual-control dual-bed: Alternating water supply, one in use and one as backup.

　　⑷- Dual-control dual-bed: Simultaneous water supply and alternating regeneration.

　　⑸- Multi-control several beds: Three or more resin tanks can be used in parallel, which is suitable for large-scale water supply systems.

　　Introduction to the Methods of softening Water

　　Natural water containing only a small amount of soluble calcium and magnesium salts, or hard water treated by water softening equipment. Natural soft water generally refers to river water, river water and lake water(Freshwater lake)Water. Softened hard water refers to water with calcium and magnesium salt contents reduced to 1.0～50 Milligram/The softened water obtained after lifting. Although boiling can turn temporarily hard water into soft water, it is extremely uneconomical to use this method to treat large amounts of water in industry. The methods of softening water include:

　　①Lime -Su's playing style.

　　First, measure the hardness of water, then add a certain amount of calcium hydroxide and sodium carbonate. The calcium and magnesium ions in the hard water will precipitate out.

　　Ca(HCO3)2+Ca(OH)22CaCO3↓+2H2O

　　Mg(HCO3)2+2Ca(OH)2 Mg(OH)2↓+2CaCO3↓+2H2O

　　CaSO4+Na2CO3CaCO3↓+Na2SO4

　　②Phosphate soft water method.

　　Sodium phosphite can be added to boiler water(NaPO3)As a water softener, it forms complexes with calcium and magnesium ions. When water boils, calcium and magnesium will not precipitate out in the form of precipitates, thus preventing the formation of scale. This method is not suitable for softening drinking water.

　　③Ion exchange method.

　　Although zeolite and ion exchangers are both insoluble in water, the sodium ions and hydrogen ions in them can undergo exchange reactions with calcium and magnesium ions in hard water, causing the calcium and magnesium ions to be adsorbed by zeolite, artificial zeolite and ion exchangers and thus removed. Zeolites and ion exchangers that have become ineffective after long-term use can be reused through regeneration, so this method is both economical and effective for softening water.