What are the main factors that affect the ozone concentration produced by the ozone generator? (Shenzhen Ozone Air Purifier Manufacturer-YNZ Technology)
What are the main factors that affect the ozone concentration produced by the ozone generator? (Shenzhen Ozone Air Purifier Manufacturer-YNZ Technology)
Ozone production refers to the ozone output per unit time of the ozone generator; the product of the ozone concentration value and the total gas volume entering the ozone generator is the ozone production; usually expressed in mg/h, g/h, kg/h . The ozone generator standard stipulates that the specifications and models of the ozone generator use ozone production to indicate and distinguish. Small-scale ozone generators use g/h as the unit, and large-scale ozone generators use kg/h as the unit to distinguish the size of the specifications.
Ozone is a highly oxidizing and unstable gas. The output concentration of the ozone generator is also affected by many factors, among which the cavity temperature is one of the most important factors; the ozone will attenuate within 45% at about 30 degrees. ;At 40~50℃, the attenuation reaches 50%; over 60℃, the ozone will attenuate to about 60%. Therefore, it is very, very critical whether the power of the ozone generator drive and the power of the ozone chip (ozone tube) are perfectly matched. Many manufacturers of ozone products on the market, because they do not drive the ozone generator, they directly get the goods from the downstream manufacturers. This is not a perfect match with the ozone sheet (ozone tube). It is very good to achieve a 60% match. Not bad. Therefore, professional ozone generator manufacturers need to produce their own drivers or find a suitable driver manufacturer to cooperate. So, what other important factors affect the ozone concentration produced by the ozone generator?
1. The structure and processing accuracy of the ozone generator;
2. Cooling method and conditions;
3. Drive voltage and drive frequency;
4. Dielectric material;
5. The oxygen content and cleanliness and dryness of the raw gas.
6. The efficiency of the generator power supply system (high efficiency and low heat conversion).
