| Number of lamps | 1 piece |
| PLC and touch screen | Yes |
| Surface treatment | Polished/matte |
| Lamp brand | Imported |
| Voltage and power supply | 220V50Hz-380V50Hz |
| Caliber | DN100-150 |
| Disinfection power | 1-3kw |
| Automatic cleaning | Yes |
| Intensity monitoring | Yes |
| Material | 304/316 stainless steel |
| Reference water volume | 30-125m³/H |
The core working principle of medium-pressure UV equipment is to emit ultraviolet rays covering a wide wavelength range (wavelength range 200nm~400nm), especially the UVC band (200~280nm) through a special medium-pressure mercury lamp. It can emit ultraviolet rays covering a wide wavelength, including multiple bands that have significant effects on sterilization and decomposition of organic matter.
Through ultraviolet irradiation, the DNA or RNA structure of microorganisms is destroyed, making them unable to reproduce and survive, thereby achieving efficient sterilization and disinfection. In addition, the energy of ultraviolet rays can also cause the molecular bonds of organic matter to break and decompose organic pollutants, such as removing humus and odor substances in water.
Highly durable light source system
The core is a medium-pressure mercury lamp, which has high power and wide spectrum output, and can continuously and stably emit full-band ultraviolet rays. Some equipment is also equipped with multiple mercury lamps to increase the intensity of ultraviolet radiation;
Reaction chamber
A well-designed reaction chamber ensures that ultraviolet rays are evenly irradiated on the treatment object, improving the treatment effect. Its material is usually selected from materials with high UV transmittance and corrosion resistance, such as quartz glass;
Control system
Realizes precise control of equipment start, stop, running time, UV intensity and other parameters, automatic cleaning, convenient operation and ensures stable operation of the equipment;
Broad-spectrum sterilization and disinfection
Full-band UV can effectively kill a variety of bacteria, viruses, fungi, algae and other microorganisms, with a wide coverage;
Efficient treatment of organic matter
Decompose organic pollutants in water, such as removing humus and odor substances in water;
Quick response
The action process of ultraviolet rays with microorganisms and organic matter is rapid, and can achieve the effect of sterilization and decomposition of organic matter in a short time;
No secondary pollution
The UV sterilization and disinfection process is a physical action, and will not produce secondary pollution like chemical disinfectants.
Broad-spectrum sterilization
Medium-pressure UV is a continuous output spectrum (wavelength range 200nm~400nm); low-pressure UV only outputs a monochromatic spectrum with a wavelength of 253.7nm. Since different types of microorganisms and different structures of microorganisms have different absorption capacity and sensitivity to ultraviolet rays of different wavelengths, medium-pressure multi-spectrum ultraviolet sterilization is more broad-spectrum;
More thorough sterilization
Medium-pressure multi-spectrum ultraviolet rays can completely destroy the structure of microorganisms and effectively avoid the problem of microbial photoreactivation; while low-pressure ultraviolet rays only destroy the DNA structure of microorganisms;
Wide adaptability to sterilization environment
Medium-pressure multi-spectrum ultraviolet sterilization is not affected by the temperature of the disinfection medium; while the optimal operating temperature range of low-pressure ultraviolet rays is 5℃~40℃;
More accurate sterilization monitoring
The power of a single medium-pressure ultraviolet lamp can reach up to 12kw, and the maximum processing flow can reach 600m3/h; it can minimize the number of lamps used and improve monitoring accuracy.
*Ultraviolet rays can destroy the genetic material (DNA) of microorganisms and prevent them from replicating and infecting.
Mineral water/natural water
Process advantages: Pure physical and green disinfection method, full process control of microorganisms; minimize ozone concentration and effectively avoid the formation of bromate.
Carbonated/Non-carbonated/Dairy Products and Beverages
Technology Advantages: Pure physical and green disinfection method, control of microorganisms throughout the process; prevent microbial contamination of the RO system, reduce cleaning frequency, and extend the service life of the membrane; in dairy beverage applications, it can replace water pasteurization and reduce operating costs.
Syrup
Technology Advantages: Efficiently kill spores and thermophilic bacteria in syrup; effectively reduce sugar dissolving temperature and energy consumption.
| Equipment model | Disinfection power | Single lamp power | Number of lamps | Diameter | Reference water volume (m³/H) | Voltage power |
| GYZ-UUVC-1/1.0KW | 1KW | 1KW | 1 stick | DN100 | 30-40 | 220V50Hz |
| GYZ-UUVC-1/2.0KW | 2KW | 2KW | 1 stick | DN125 | 60-80 | 380V50Hz |
| GYZ-UUVC-1/3.0KW | 3KW | 3KW | 1 stick | DN150 | 100-125 | 380V50Hz |
| GYZ-UUVC-2/2.0KW | 4KW | 2KW | 2 sticks | DN200 | 130-150 | 380V50Hz |
| GYZ-UUVC-1/6.0KW | 6KW | 6KW | 1 stick | DN250 | 200-250 | 380V50Hz |
| GYZ-UUVC-3/3.0KW | 9KW | 3KW | 3 sticks | DN250 | 300-350 | 380V50Hz |
| GYZ-UUVC-2/6.0KW | 12kW | 6KW | 2 sticks | DN300 | 300-350 | 380V50Hz |
| GYZ-UUVC-3/6.0KW | 18KW | 6KW | 3 sticks | DN350 | 350-400 | 380V50Hz |
| GYZ-UUVC-4/6.0KW | 24KW | 6KW | 4 sticks | DN400 | 400-450 | 380V50Hz |
