A swimming pool industrial ozone generator

Swimming Pool Ozone Generator – Maximum Ozone Output 500 g/h

The swimming pool ozone generator is designed with negative pressure technology. The advantages of negative pressure ozone generator units are safety, quietness, durability, maintenance-free, friendly operation, and relatively simple operation. They are mainly used in places with large flow of people or confined spaces, and there will be no major accidents caused by gas leakage. The negative pressure ozone generator equipment operates by sucking in the airflow through the negative pressure of the booster pump ejector. Once the vacuum pressure is lost, the equipment automatically shuts down. There is no problem of ozone injection leakage.

  • Specification
  • Ozone Preparation Principle
  • Videos
Specification
Table 1: Technical Parameters of Swimming Pool Ozone Generator
Type Production (g/h) Power Supply O3 Concentration (mg/L) Power (KW) Dimensions (mm)
SOGS-100G 100 AC 380V 50Hz 25–35 4.0 1200 × 800 × 2000
SOGS-200G 200 AC 380V 50Hz 25–35 5.5 1200 × 800 × 2000
SOGS-300G 300 AC 380V 50Hz 25–35 6.5 1200 × 800 × 2000
SOGS-400G 400 AC 380V 50Hz 25–35 8.5 1200 × 800 × 2000
SOGS-500G 500 AC 380V 50Hz 25–35 1.0 1200 × 800 × 2000
Ozone Preparation Principle
Schematic of the ozone preparation principle for swimming pool ozone generators

The swimming pool ozone generator uses DBD discharge method to produce ozone, which typically consists of two electrodes: a high-voltage electrode and a ground electrode, with an insulating medium (usually glass) sandwiched between the electrodes.

Oxygen or compressed air flows into the generator inlet, and under the application of alternating high voltage, the oxygen gas experiences corona discharge between the high-voltage electrode and the ground electrode. As the voltage increases, the electric field strength rises, exciting and ionizing the oxygen molecules in the gas, releasing free electrons. These free electrons collide with other oxygen molecules (O₂), leading to further ionization and the generation of reactive oxygen atoms (O). These reactive oxygen atoms then combine with oxygen molecules to form ozone (O₃), which is ultimately discharged through the generator's outlet.

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