How to Select Ozone Generator

Ozone generator is no longer a word that is unfamiliar to us. But when it comes to the selection of ozone generator, it seems difficult to make a choice. In the following passage, we will explain in detail how to select ozone generators.

To select a more practical ozone generator must know the evaluation index of the ozone generator. Most basic indicators for general evaluation of ozone generator are: production of ozone, ozone concentration, reliability, service life, convenience and beautiful appearance, power consumption and etc.

I will introduce from following three aspects:

First of all, the quality of the ozone generator can be identified from the manufacturing materials, system configuration, cooling mode, working frequency, control mode, ozone concentration, gas source and power consumption indicators, and other aspects. When selecting an ozone generator, its application needs to be taken into consideration. We have to know it is used for air purification or for water treatment or for other application. When used for air treatment, an open type ozone generator with low concentration can be selected, which comprises a gas source open type and a non air source open type. It is better to select air source feeding type. This type of ozone generator is simple in structure and low in price, but the ozone output will be affected by temperature and humidity. Performance of quality ozone generator is very stable, and ozone concentration and output are not affected by environmental factors. When purchasing, it needs to take into consideration of its price and performance evaluation.

Secondly, high quality ozone generator strictly follows the standard in terms of material, design and configuration. However, the performance of high quality ozone generator is very stable, and the ozone concentration and output are not affected by environmental factors. While the low configuration of the ozone generator is affected by the environment, the increase of temperature and humidity can significantly decrease the output and concentration of ozone, which can affect the treatment effect. When purchasing, it is required to take into consideration of its price and performance evaluation. The quality of the ozone generator can be identified from the manufacturing materials, system configuration, cooling mode, working frequency, control mode, ozone concentration, gas source and power consumption indicators, etc.

Finally, the purchaser also need to pay attention to the rated output of the ozone generator. Is it marked with ozone output when using air-source feeding ozone generator or oxygen-source feeding style? Because ozone output of oxygen-source feeding is more than double that of air source. And the cost difference between the two are nearly double.