Beijing Yicheng Xingye Environmental Protection Technology Co

Product Overview
The fully automatic water softener is a new soft water treatment system method that is green, environmentally friendly, economical and safe, developed according to national industry standards and combined with a large number of successful engineering practices. Based on the design principles of end-user requirements, combined with raw water pretreatment, water quality monitoring and deployment system, and selecting suitable equipment to form a fully automatic sodium ion exchange soft water system. It completely solves the many problems caused by users using water softeners alone in the past, such as high operating costs, frequent equipment failures, unqualified water quality, and mismatch between water quality and user needs.
Working Principle
The fully automatic water softener consists of three parts: the resin tank hydraulic control valve and the salt tank. The control valve controls the water path, and the regenerated salt liquid is sucked in by the negative pressure of the Venturi injector installed in the valve. For different raw water hardnesses, water dials with different numbers are used to achieve corresponding working and regeneration cycles.
The hardness of water is mainly composed of cationic calcium
()
magnesium
()
ions.
When raw water containing hardness passes through the resin layer of the exchanger, the calcium and magnesium ions in the water are adsorbed by the resin and sodium ions are released at the same time. In this way, the water flowing out of the exchanger is softened water with the hardness ions removed
When the resin absorbs calcium and magnesium ions and reaches a certain degree of saturation, the hardness of the effluent water increases. At this time, the water softener will automatically regenerate the failed resin according to a predetermined program, using a higher concentration of sodium chloride solution
(
Salt water
passes through the resin to restore the failed resin to sodium resin.
Equipment features
High degree of automation
Stable water quality
High efficiency Low energy consumption and low operating costs
Reliable operation and long service life
Small footprint
Extremely wide range of uses
Technical parameters
Processing effect
①Effluent hardness
.
Inlet water requirements
①
The raw water hardness meets the technical conditions of the automatic control sodium ion exchanger (
②
Inlet water turbidity
③
Inlet free chlorine
④
Inlet suspended solids
⑤
Inlet iron content
⑥
Inlet water pressure
⑦
Inlet water temperature
℃.