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Introduction
The Three-Button Electrolyzed Alkaline Water Module is designed to produce purified alkaline water at PH 8.5 and 9.5 for health benefits. It uses advanced sensors to monitor TDS and flow, automatically adjusting the electrolyzer’s output for optimal water quality. The system features a built-in reverse flushing function for automatic cleaning and a manual button for forced flushing. This ensures continuous high performance and prevents contamination. It’s easy to install, requiring only connection to a water source, a power supply, and integration with your existing water device.（Please note that the buttons on this product support heating and cooling functions; however, the module shown in the image for demonstration purposes does not have these components installed.）
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Product Description
Basic Working Principle:
Purified water (TDS > 50PPM) passes through an electromagnetic valve and flow sensor into the electrolyte water electrolyzer's water inlet. The flow sensor monitors the water flow, and the TDS sensor checks water quality. The control system collects data and performs calculations to automatically adjust the electrolysis power. Acidic water is discharged at the anode, while drinkable alkaline water is produced at the cathode.
The system allows for two preset alkaline water levels, PH 8.5 and PH 9.5. It includes an automatic reverse flushing function that cleans the device by reversing the polarity, with the waste water being discharged solely through the waste water outlet to avoid contamination. Additionally, there is a manual reverse flush button for forced polarity reversal cleaning.
Installation and Connection:
Simply embed the module into the water purification device. Connect the purified water to the electrolyte system’s water inlet, link to the device’s water extraction signal, and connect the power supply.
Module Components:
Electrolyzer ×1
Constant Current Power Supply ×1
Button Control Panel ×1
Flow Sensor ×1
Electromagnetic Valves ×2
Additional Piping and Accessories
Application Area
| Application Area | Function | Electrolyzed Water Type |
| Household Life | ||
| Drinking Water Improvement: Alkaline electrolyzed water can be consumed directly. Its weak alkalinity helps regulate the body's acid-base balance and it has a pleasant taste, making it suitable for long-term drinking. | Alkaline | |
| Household Cleaning: Acidic electrolyzed water can be used for household cleaning (e.g., kitchen, bathroom). It effectively removes stains and odors and has sterilizing properties. | Acidic | |
| Healthcare | ||
| Auxiliary Disease Treatment: Weakly alkaline electrolyzed water, rich in hydroxide ions and some minerals, is believed to have auxiliary therapeutic effects for certain chronic diseases, such as helping regulate the body's acid-base balance and improve constitution. | Alkaline | |
| Wound Care: Acidic electrolyzed water has strong oxidizing properties, effectively killing microorganisms like bacteria and viruses. It can be used for cleaning and disinfecting wounds to prevent infection. | Acidic | |
| Food Processing | ||
| Food Preservation: Acidic electrolyzed water can be used for surface treatment of food. Its sterilizing effect extends shelf life and reduces spoilage during storage and transportation. | Acidic | |
| Cleaning & Disinfection: In food processing workshops, acidic electrolyzed water can clean equipment, utensils, and work surfaces, effectively removing stains and killing bacteria to ensure a hygienic processing environment. | Acidic | |
| Agriculture | ||
| Plant Cultivation: Alkaline electrolyzed water can be used for irrigation. It helps regulate soil pH, promoting plant growth. Its rich mineral content also provides some nutrients. | Alkaline | |
| Animal Husbandry: In animal husbandry, acidic electrolyzed water can disinfect breeding environments (e.g., chicken coops, pig pens), reducing animal diseases. It can also treat animal drinking water to improve immunity. | Acidic | |
| Industry | ||
| Cleaning & Disinfection: Acidic electrolyzed water can clean and disinfect industrial equipment, replacing traditional chemical cleaners and reducing environmental pollution. | Acidic | |
| Electroplating & Surface Treatment: In processes like electroplating, acidic or alkaline water generated in electrolytic cells can be used as part of the electrolyte, participating in electrochemical reactions to improve plating quality and efficiency. | Acidic/Alkaline | |
| Key Terms Used: | ||
| Alkaline Electrolyzed Water: Water produced at the cathode during electrolysis, characterized by a higher pH (alkaline). | ||
| Acidic Electrolyzed Water: Water produced at the anode during electrolysis, characterized by a lower pH (acidic) and often containing hypochlorous acid for disinfection. | ||
| Weak Alkalinity: Slightly basic pH (typically 8-10 for drinking water). | ||
| Acid-Base Balance: Refers to maintaining the body's blood and tissue fluids within a narrow pH range (homeostasis). | ||
| Oxidizing Properties: The ability to accept electrons, crucial for disinfection. | ||
| Sterilizing/Sterilizing Properties: Ability to kill microorganisms. | ||
| Auxiliary Therapeutic Effects: Supporting role in treating diseases, not a primary cure. | ||
| Hydroxide Ions (OH⁻): Negatively charged ions contributing to alkalinity. | ||
| Regulate Soil pH: Adjust the acidity or alkalinity of the soil. | ||
| Electrolyte: A solution containing ions that conducts electricity, used in processes like electroplating. | ||
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