Ozone Generator Machine Water Treatment System for Underground Drinking Water

• Certification: ISO9001, RoHS, CE
• Dielectric Material: Enamel Tube
• Cooling Method: Air-Cooling
• Gas: Air
• Frequency: 50-60Hz
• Installation: Portable
• Model NO.: 3G
• Type: Electrolytic Type
• Transport Package: Carton
• Specification: CE
• Trademark: Hellopure
• Origin: Shanghai, China
• HS Code: 84219910
• Production Capacity: 10000PCS

Product Description

Ozone generator

The ozone generator uses the principle of high-voltage discharge to realize the process of converting oxygen gas into ozone. That is, high-voltage alternating current is applied to high-voltage electrodes with an insulator in the middle and a certain gap. Let the passing dry purified air or oxygen pass through. When the high-voltage alternating current reaches 10-15KV, a purple glow discharge [corona] is generated to excite the oxygen molecules or atoms of the air or oxygen into ozone. The formation of ozone varies with the applied power supply voltage and current.
 

Model	Ozone production	Ozone concentration	Power Rating	Cooling-down method
HP-002	2G	15-25mg/l	60W	air cooling
HP-003	3G		100W
HP-005	5G		140W
HP-010	10G		180W
HP-015	15G		300W
HP-020	20G		320W
HP-025	25G		350W	air cooling+water cooling
HP-030	30G		400W
HP-100	100G		1140W

 

Principle of Ozone Generator:

When the ozone generator starts to work, the air in the oil-free air compressor is pressed into the cooler and air storage tank of the ozone generator, and the air passes through the non-heat regeneration drying device and the gas flow and speed are controlled by the flowmeter. The source enters the ozone generating unit. At this time, the voltage regulator in the ozone generating unit adjusts the transformer to increase the pressure to about 12000V, and the operator can observe the ozone generation status and glow discharge status through the sight glass. The transformer continues to gradually increase the pressure to about 15000V and to a stable state, and the operator observes the operation of each instrument to a stable state.