Sodium hypochlorite electrolysis power supply is a high-frequency inverter DC power supply used for sodium hypochlorite electrolysis. It generates sodium hypochlorite solution by electrolyzing salt aqueous solution (usually sodium chloride solution). During this process, the power supply provides the necessary DC current to promote the electrolysis reaction. During the electrolysis process, sodium chloride solution is decomposed in the electrolysis cell, producing chlorine gas and hydrogen gas. At the same time, sodium hypochlorite is formed in the solution, which is a strong oxidant and commonly used as a disinfectant.
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The process of electrolytic production of sodium hypochlorite can be precisely controlled by controlling the concentration of salt aqueous solution, electrolysis reaction time, and current magnitude to accurately control the concentration of sodium hypochlorite solution. This method is an efficient industrial production method that can achieve precise control of output while ensuring the quality of sodium hypochlorite.
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The sodium hypochlorite generator is usually composed of an electrolytic cell, electrolytic plate, power supply, and control system, etc., used to generate sodium hypochlorite solution for various disinfection and cleaning applications.
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1. Energy saving and efficient: Sodium hypochlorite electrolysis power supply is usually designed with low energy consumption, improving energy utilization efficiency, and reducing operating costs.
2. Stable and reliable: The power supply has high stability, which can ensure the continuity of the electrolysis process and precise control of the concentration of sodium hypochlorite solution.
3. Security: Multiple safety protection measures are designed, such as leak detection, pressure control, etc., to ensure the safety of equipment and operators.
4. Automation control: Power supplies are usually integrated with intelligent control modules, which facilitate remote monitoring and automatic adjustment, improving operational convenience and management efficiency.
5. Environmental protection: There is no discharge of secondary pollutants during the electrolysis process, which is environmentally friendly.
6. Easy maintenance: The design of the electrolytic power supply is simple, and the maintenance and replacement of components are convenient and fast, reducing long-term maintenance costs.
7. Advanced cooling design concept, multiple cooling methods complement each other, ensuring the high efficiency and stability of the product.
8. Fully digital design, intelligent control for more precision. Supports bus control and can form a central control power supply system, facilitating management and improving efficiency.
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enter | ac three-phase 380 v+/-10%,60 hz plus or minus 10% | |
output | the highest voltage:Customer specified voltage the highest current:customer specified current | |
voltage regulation accuracy(within the scope of the rating of 10%-100%) | source effect:0.5%rating when drift:0.5%rating temperature drift:0.5%rating load effect:0.5%rating | |
accuracy of steady flow(within the scope of the rating of 10%-100%) | source effect:0.5%rating when drift:0.5%rating Temperature drift:0.5%rating Load effect:0.5%rating | |
ripple voltage(R.M.S.) | 2%or less rating(under full load output) | |
input protection | power input overvoltage,undervoltage,short of equal; | |
output protection | output power over current,short circuit,overload,etc; | |
communication interface | RS485 | the MODBUS protocol open |
filter way | filter reactor filter | |
Main components | IGBT adopts Siemens Infineon imported module,reliable and stable. | |
control mode | constant current/constant voltage conversion | |
the machine adjustment way | potentiometer adjustment | |
work | tolerance long-term continuous full load operation | |
the output voltage and current display mode | digital display | |
the output voltage and current display resolution | 0.1 V,0.1 A | |
ammeter display precision | 0.1% | |
the machine efficiency | 90%p | |
cooling | air/water cooling | |
environmental conditions | storage temperature | 25℃~50℃ |
work humidity | 90%or less | |
altitude | 2000 m or less | |
