Microwave ultraviolet water treatment equipment It is a small disinfection equipment that uses the ultraviolet ray emitted by the ultraviolet lamp to kill some bacteria and other microorganisms in the water source or the air of the room.
microwave Ultraviolet water treatment equipment Its working principle is that ultraviolet ray can kill bacteria in a short time. The closer the ultraviolet lamp is to the sterilized object, the more bacteria will kill faster. Within the range of ultraviolet radiation, the bacterial mortality rate can be guaranteed to be 100%, and no bacteria can escape. Other disinfectors, such as ozone disinfectors, kill bacteria in 10 to 20 minutes. If the time is set too short, bacteria will survive.
The ultraviolet sterilization lamp is characterized by simple operation, long service life, strong sterilization ability, low purchase cost, and frequent recycling.
Microwave ultraviolet Water treatment equipment The life of the lamp is greatly affected when it is started. For low-voltage lamps, it usually takes 3-6 minutes to stabilize each start. Usually, it is calculated based on the effective use time of 3 hours consumed by lighting the lamp once per start. The stable time of each start of high-voltage lamps is about 5-10 minutes. Usually, it is calculated based on the effective use time of 5-10 hours consumed by starting the lamp once.
In the traditional microwave ultraviolet water treatment equipment, the power can only reach dozens of watts, such as 40 watts and 30 watts in the traditional specifications. If large flow water treatment is used, the total power needs several thousand watts, and the number of ultraviolet sterilization lamps needs tens to hundreds. The equipment is huge, and the control lines are also very messy.
When high-power and high-intensity ultraviolet lamps are used, such as 300W Star Pu ultraviolet lamps, the number of lamps and ballasts will be greatly reduced, which can simplify the equipment. Improve the safety and reliability of equipment and reduce the occurrence rate of equipment faults.
