Purevita Ozone Generator Core technology

Purevita Ozone Generator Core technology

1. Self-Healing Double-Gap Borosilicate Dielectric Generator

1.1.Core material is 316L, and the main body of the generator chamber is constructed entirely of stainless steel no less than 304 stainless steel.

1.2. High voltage resistance, with a breakdown voltage 10 times the operating voltage, for high reliability.

1.3. Double-layer discharge gap, doubling the discharge area.

1.4. Compact structure significantly reduces footprint.

1.5. All materials are inert, protecting against acidic attack.

1.6. Industrialized production, excellent uniformity, and high ozone concentration.

2. DSP Medium- and High-Frequency IGBT Power Supply

2.1. Designed for ozone capacitive loads, high efficiency.

2.2. Infineon IGBT modules.

2.3. Sine wave output, low harmonics, minimal interference, and low losses.

2.4. Modular design, compact size.

2.5. Optimized PWM control technology and electromagnetic compatibility.

2.6. IGBT control module, comprehensive protection functions.

2.7. Real-time load monitoring, automatic frequency tracking, power factor ≥ 0.95.

2.8. Soft start/stop function. 

2.9. Dozens of temperature, voltage, and current pass-through protections ensure stability.

2.10. Sealed structure significantly improves moisture and dust resistance.

2.11. Fully air-cooled power supply with independent air duct design for excellent heat dissipation.

3. Dedicated Transformer

3.1. H-class insulation prevents breakdown.

3.2. Vacuum impregnation technology protects the transformer from moisture.

3.3. Perfect design and processing technology improve inter-turn insulation, primary-secondary insulation, and insulation to ground.

3.4. Special design improves leakage inductance, and through LC series resonance technology, increases load power factor, improves energy utilization, and reduces heat generation.

3.5. Exquisite appearance and compact size facilitate control cabinet design.

3.6. Comprehensive temperature monitoring and excellent heat dissipation design ensure stable transformer operation.

4. Ozone Control System

4.1. Siemens, ABB, and Schneider brands guarantee stability.

4.2. Multiple temperature, pressure, flow, and power monitoring and protection features.

4.3. Detailed graphics and process simulation. 

4.4. User level classification meets enterprise management requirements.

4.5. Data upload, recording, IoT, and wireless connectivity are utilized.

4.6. Automatic PID feedback, constant concentration, and other control functions reduce energy consumption and lower costs while meeting customer needs.