Medium-Pressure Ultraviolet

• Two types of reactor materials, 316 stainless steel and duplex steel, are available forselection, meeting the needs of different water bodies such as fresh water and seawater.

• The electrically driven automatic cleaning function is stable, efficient, and will not damagethe quartz sleeve. Regularly cleaning the quartz sleeve prevents scale and dirt from adhering, maintaining high light transmittance and ensuring the sterilization effect.

• The reactor is equipped with dual insurance protection functions of water flow switch andtemperature detection. Due to the large power and high heat generation of themedium-pressure ultraviolet lamp tube, in order to prevent the lamp tube from beingmistakenly started in a waterless state due to the failure of the water flow switch and causing "dry burning", a temperature protection value can be set through a dedicatedtemperature probe. When the temperature inside the reactor reaches the set value, the equipment automatically stops working to ensure safety.

• The reactor is equipped with an exhaust valve, which can quickly discharge the air in thecavity, eliminate "false alarm" faults caused by air and ensure water flow, thereby improving sterilization efficiency.

• Adopting Siemens' PLC control system + German Heraeus medium-pressure lamp tubeto ensure the stability of equipment operation and lasting sterilization effect. The control system can monitor parameters such as ultraviolet intensity and temperature,and can be set and adjusted according to actual usage needs to achieve the best usageeffect. Equipped with a 485 remote communication interface, remote monitoring ofequipment operation status can be realized.

• Sterilization without dead angles. Medium-pressure ultraviolet lamp tubes can emitultraviolet rays of multiple wavelengths with good sterilization effect. They caneffectively kill various viruses, bacteria, Cryptosporidium, and algae within 2-3 seconds.The sterilization rate can reach more than 99.9%. This makes up for the deficiency thattraditional chlorine disinfection methods cannot kill Cryptosporidium. It can alsoeffectively decompose by-products generated by chlorine disinfection and improve thecomfort of water bodies.

• Large processing capacity and high cost performance. Easy installation, simpleoperation, and little maintenance. Physical disinfection is safe and does not produceby-products or secondary pollutants.

•Multiple language operations. The default language is English. At the same time, thereare five languages including French, German, Chinese, and Spanish to meet the needs of most people.