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Sodium Hypochlorite Dosing System for Drinking Water Treatment

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Product Description

Basic Specifications
Model NO.
EWS-500G
Certification
CE
Application
Industry
Voltage
220V
Disinfection Method
Electrolysis of Salt Water
Product Name
Sodium Hypochlorite Generator
Effective Chlorine
500g/H
Raw Material
Salt and Water
Electrolyzer Voltage
3 - 5V
Primary Function
Disinfection for Swimming Pool
HS Code
854330009
Capacity
500 Sets/Month
Product Overview
500G Sodium Hypochlorite Generator For Swimming Pool Disinfection
Generator System
Dosing System
Water Treatment
Industrial Unit
System View
Product Specifications Header
Model Effective Chlorine Production (g/h) Power (KW)
EWS-50500.3
EWS-1001000.75
EWS2002001.25
EWS-3003001.75
EWS-5005002.75
EWS-100010007
EWS-2000200015
EWS-3000300020
Separator
Technical Diagram 1
Technical Diagram 2
Technical Diagram 3
Cooperation & Standards
  • Strict Quality Control (QC) & Fast Delivery
  • High-quality components with dedicated pre-sales support
  • Production process updates for all orders
  • Specialized after-sales team for technical troubleshooting
  • Rapid feedback and communication system
Frequently Asked Questions
How long is the service life of the equipment?
The service life of a sodium hypochlorite generator is usually around 5-10 years. Regular maintenance and timely replacement of wearing parts can significantly extend the equipment's operational life.
Is the equipment operating cost high?
Operating costs are relatively low. They mainly include electricity and salt. Compared to purchasing finished sodium hypochlorite solution, long-term on-site generation offers significant cost advantages.
How should the equipment be maintained?
Regularly check for scaling in the electrolytic cell and clean as necessary. Monitor electrode wear and ensure the brine supply system is replenished. Periodic electrical safety checks are also recommended.
Can the effective chlorine output be adjusted?
Yes, most generators allow you to adjust the effective chlorine output by modifying the electrolysis current and brine flow to meet specific disinfection requirements.
What are the advantages over other disinfection methods?
It prepares solution on-site, eliminating the risks of transporting and storing hazardous chemicals. It is highly effective against bacteria and viruses, easy to operate via automation, and uses widely available raw salt.
What are the installation requirements?
Install in a dry, well-ventilated area away from direct sunlight. Ensure adequate space for maintenance, proximity to water and power sources, and proper drainage.

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