Fulaik 9500 Fulaik dual tank automatic boiler water softener control valve, with one in use and one backup. The single valve simultaneously controls two resin tanks (one in use and one backup, alternating regeneration), which can continuously supply softened water. Due to the use of soft water regeneration, the regeneration effect is good and suitable for various water use situations. For systems with large water consumption, multiple units can be operated in parallel.
The fully automatic water softener adopts the FLECK fully automatic controller from the United States to control the equipment's fully automatic operation, and uses sodium type cation resin for exchange reaction. When the raw water enters the water softener through a multi way valve, the calcium and magnesium ions (i.e. hardness) in the raw water will react with the sodium ions in the cation exchange resin, causing the calcium and magnesium ions in the water to be adsorbed by the sodium ions, thus achieving a softening effect. The chemical reaction formula is [2RNa+Ca2+(Mg2+)=R2Ca (Mg)+2Na+]. When the calcium magnesium type ions (i.e., failed ions) reach a certain degree, the hardness of the effluent increases, and it is necessary to use concentrated sodium chloride solution for regeneration and replacement reaction to restore the ions to the sodium type. The chemical reaction formula is [R2Ca+2Na+=2Rna+Ca2+]. During the reaction process, the water softener will automatically backwash (loosen the resin to facilitate the reaction between the concentrated salt solution and sodium ions more fully), absorb salt for regeneration, and perform slow cleaning (fully displace the saturated salt solution with sodium ions while performing slow cleaning to remove the hardness in the water), fast flushing, and salt water re injection (to flush out residual hardness and salt content in the water, and inject water into the salt tank to prepare for the next regeneration).Features of fully automatic water softener equipment:
1. High degree of automation and stable operating conditions.
2. Advanced program control device, accurate and reliable operation, replaces manual operation, and fully realizes automatic conversion of various links in water treatment.
3. High efficiency, low energy consumption, and economical operating costs. Due to the reasonable overall design of the softener, the exchange capacity of the resin can be fully utilized. The equipment adopts a jet type salt suction instead of a salt pump, reducing energy consumption.
4. The equipment has a compact structure, occupies a small area, saves infrastructure investment, is easy to install and debug, is easy to use, and has stable performance of operating components.