Water treatment equipment - fully automatic water softener
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Features of Water Softening Equipment:
1. The equipment's operating cycle and salt intake can be adjusted according to the water hardness, using less resin and salt, resulting in superior water quality, simple operation, and easy maintenance.
2. The equipment is highly adaptable, suitable for high hardness ≤30mmol/L, with residual hardness <0.03mmol/L after single softening.
3. Advanced water production technology, employing a floating bed counter-current regeneration process, ensures stable water quality and output, enabling continuous water production using softened water for salting, regeneration, and cleaning.
4. Salt and water saving. The specific consumption of regeneration salt is 75-90g/equivalent, significantly lower than similar imported equipment; low self-consumption water, accounting for only 2%-4% of the equipment's water output.
5. Long service life. Due to the reasonable valve structure design, the service life is doubled compared to the original automatic switch.
6. Light weight, small footprint, no need for factory buildings or civil construction, low installation, operation, and maintenance costs.
7. Easy installation, only requires connecting the inlet and outlet pipes and power supply to start operation. The equipment's automation level has been improved, achieving unmanned operation.
Intelligent Water Softening Equipment
Water Softening Equipment - Industrial Water Softening Equipment uses ion exchange principle to remove scale-forming ions such as calcium and magnesium in water, softening the water quality. The system is an integrated equipment composed of resin tank, salt tank (softening resin), and controller. It is equipped with a centralized control valve from FLECK company of the United States or a multi-way valve from AUTOTROL company of the United States to achieve program-controlled operation and automatic regeneration; it uses the siphon principle to absorb salt, automatically adds water to salt, and the concentration ratio does not require salt pumps, salt dissolving, and other auxiliary equipment. It belongs to softening desalination, softening desalination equipment, and softening desalination machinery.
Softening equipment uses cation resin to soften the source water, mainly to allow the cation resin to adsorb calcium and magnesium ions (the main components of scale) in the water, reducing the hardness of the source water, and can perform intelligent resin regeneration and cycle use.
1. To save costs, users can choose a manual control system according to the situation.
2. If users use water continuously for 24 hours, they can choose alternate regeneration according to the water use time, with one standby and one in use.
3. Users can also choose according to water quality requirements: Level 1 can be equipped with a multi-media filter to remove sand, rust, colloids, and suspended solids; Level 2 can be equipped with an activated carbon filter to remove pigments, odors, biochemical organic matter, reduce residual chlorine and pesticide pollution; Level 3 is equipped with a water softening device.
4. The effluent quality meets the national standard for low-pressure boiler feed water.
5. Time control - timing type; flow control - metering type. In terms of operation, various combinations such as single tank, double tank, and multiple tanks are used. Users can choose according to their needs. In terms of operation, in addition to the automatic operation function, this product can also be manually operated.
6. The control system of the equipment to be bid has the following functions:
The entire system uses a fully automatic multi-way valve and control cabinet for automatic control. The floating bed column control system adopts a one-use-one-backup approach, and can be switched to manual control in emergencies. The system can alarm and shut down for protection when the water pressure is higher or lower than the rated working pressure. The whole machine needs to achieve unattended operation.
The primary control logic of the water treatment system is controlled by the water tank level signal to start and stop. When the water tank reaches a low level, the water treatment system starts; when it reaches a high level, the water treatment system stops. The floating bed and salt solution system can ensure that the two columns work alternately, automatically producing water continuously.
The water treatment system is equipped with water pressure monitoring. The secondary control logic controls the start and stop of the booster pump by the water pressure. When the tap water pressure is sufficient to meet the operation of the water treatment system and can transport the water to the water tank, the booster pump automatically shuts down, the bypass solenoid valve opens, and the water enters the floating bed system through the bypass. When the water pressure is insufficient, the booster pump automatically starts, the bypass solenoid valve closes, and the water enters the floating bed system after being pressurized by the booster pump.
The salt solution system automatically delivers salt solution to the floating bed system according to the regeneration needs. The salt solution tank is equipped with level monitoring, automatically supplementing tap water to the salt solution tank when the level is low; the salt solution tank is equipped with salt solution density monitoring, and when the salt solution density decreases, the salt solution mixing pump and salt dissolving mixing process are started. If the concentration is still not reached, it automatically alarms.
The system is equipped with online automatic detection of effluent hardness. When the hardness is high, the regeneration process of the floating bed system is automatically started. If the hardness continues to increase, the system automatically stops and alarms.
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