• Large Capacity Water Softener for Boiler Water
  • Large Capacity Water Softener for Boiler Water
  • Large Capacity Water Softener for Boiler Water
  • Large Capacity Water Softener for Boiler Water
  • Large Capacity Water Softener for Boiler Water
  • Large Capacity Water Softener for Boiler Water

Large Capacity Water Softener for Boiler Water

Condition: New
Customized: Customized
Voltage: 220V
Composition: Water Treatment Equipment
Processing Material: Resin
Process: Thermal Processing
Customization:

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Basic Info.

Model NO.
YL-II-36
Control Mode
Flow Rate Type, Time Type
Resin
001×7 Strong Acidic Cation-Exchange
Working Ambient Temperature
5-50centigrade
Relative Humidity
Less Than 95%(25centigrade)
Hardness of Raw Water
Less Than 8mmol/L
Hardness of Effluent
Less Than 0.03mmol/L
Inlet Water Pressure
0.2 to 0.4mpa
Free Chlorine
Less Than 0.3mg/L
Suspended Solid
Less Than 0.5mg/L
Iron Content
Less Than 0.3mg/L
Transport Package
Plywood Case Into Container
Specification
CE, GSG
Trademark
YLD
Origin
Jiangyin, Jiangsu, China
HS Code
8421219990
Production Capacity
5000 Set/Year

Product Description

Working principle

01. By means of Absorbing the calcium and magnesium ions in water with resin, since the hardness of water is mainly composed of calcium and magnesium, in general, we adopt cation exchange resin (softener), replace Ca2+, Mg2+ (main ingredients for scale) in water, as the increase of Ca2+ and Mg2+ in resin, removing performance on Ca2+, Mg2+ of resin will gradually reduce.
02. When the resin has absorbed a certain amount of calcium and magnesium ions, it must be regenerated, the regeneration process is that flush resin layer with the salt water in salt box, replace hardness ion out of the resin again, and discharged from the tank with waste liquid of regeneration, then resin resumed the function of softening and exchanging.
03. The principle of sodium ion exchange and softening treatment is to exchange cation in the raw water with resin, hardness constituents Ca2+and Mg2+ in water exchange Na+ in resin, thus absorb the Ca2+and Mg2+ to make the water to be softened.
2RNa + Ca2+ = R2Ca + 2Na+
2RNa + Mg2+ = R2Mg + 2Na+

After the water treated by sodium ion exchanger, the Ca+ and Mg+ were superseded by Na +.
Large Capacity Water Softener for Boiler Water

Large Capacity Water Softener for Boiler Water
Large Capacity Water Softener for Boiler Water
Large Capacity Water Softener for Boiler Water


Application scope of softener
Mainly used in industry and civil water softening preparation, such as Boiler feed water make-up water, air conditioning system make up water, heat exchanger, power plant, chemical, textile, printing and dyeing, bio-pharmaceutical, Electronic system and water pretreatment.


Control mode of fully automatic water softener
(1)Single tank time type: It adopts microcomputer to control the time, when operation of the equipment reaches setting time, it will automatically enter the regeneration condition, which can be regenerated for once a day or once for some day.
(2)Single tank flow type: It adopts control of turbine flow or electronic flow sensor, when the yield of softener reaches preset flow it will automatically enter the regeneration condition, which can be recycled many times every day.
(3)Double tanks flow type: Which could be divided into one running-one alternating, and simultaneous running and separately regeneration.
(4) One running and the other alternation type: One tank is running while the other is alternating, when water yield of operating tank reaches the preset flow rate, it will enter the regeneration stage, meanwhile, the other tank will enter the working state, these two tanks work and regenerate alternatively to realize continuous water supplying of 24 hours.
(5)Simultaneous running and separately regeneration type: Two cans running simultaneously, when the flow rate reaches the setting rate, one tank (can) will regenerate and the other tank will output water continuously, when the first regeneration tank finish the regeneration it will enter the working stage, the other one will enter regeneration stage, these two cans finish regeneration and enter working state simultaneously.





Technical parameters:
 
Category Model Recommended water yield
(M³/h)
Tank size
Diameter *Height(mm)
Salt box
(L)
Amount of resin(KG)

 
 
Single-valve
and single-tank
YL-I-0.5 0.5 200×900 25 20
YL-I-1 1 250×1400 60 40
YL-I-2 2 300×1400 200 60
YL-I-3 3 350×1400 100 80
YL-I-4 4 400×1650 200 120
YL-I-5 5 500×1750 300 180
YL-I-6 6 300×1900 350 240
YL-I-10 8-10 750×1900 500 360
YL-I-18 42-18 900×1900 800 520
YL-I-25 18-25 1000×2200 1000 720
YL-I-35 25-30 1200×2400 1500 1000
YL-I-50 35-50 1500×2500 2000 6400
Dual-valve and
dual-tank
(simultaneous
operation
and respective regeneration)
YL-II-36 24-36 900×1900 800 1040
YL-II-50 36-50 1000×2200 1000 1440
YL-II-70 50-70 1200×2400 1500 2000
YL-II-100 70-100 1500×2500 2000 3200

Dual-valve and
dual-tank
(One for use and
the other for standby)
YL-II-1 1 250×1400 60 80
YL-II-2 2 300×1400 100 120
YL-II-3 3 350×1400 100 160
YL-II-4 4 400×1650 200 240
YL-II-5 5 500×1750 300 360
YL-II-6 6 600×1900 350 480
YL-II-10 8-10 750×1900 500 720
YL-II-18 12-18 900×1900 800 1040
YL-II-25 18-25 1000×2200 1000 1440
YL-II-35 25-35 1200×2400 1500 2000
YL-II-50 35-50 1500×2500 2000 3200

 
Dual-valve and
dual-tank(JK)
JK25-150 0.2-0.3 200×900×2pcs 25 40
JK25-200 0.5-0.6 200×1200×2pcs 60 80
JK25-250 0.8-1.0 250×1400×2pcs 60 120
JK25-300 1.8-2.0 300×1400×2pcs 100 200
JK25-350 2.8-3.0 350×1650×2pcs 100 240
JK25-400 3.5-4.0 400×1650×2pcs 200 40

 

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