Ozonmas-Generator-30X

🚀 1. Ozone Output & Performance Ozone Production Capacity: ✔ Approximately 30 grams per hour (30 g/h) of ozone gas — sufficient for medium-sized tanks, rooms, or water flow. ✔ Real output may vary slightly depending on feed gas, humidity, and temperature in the generator cell. Adjustable Ozone Output: ✔ Many models include an output controller (dial or digital) to adjust ozone concentration from about 10–100 % of max capacity. ✔ This lets you tailor ozone levels for specific applications (e.g., light air sterilization vs heavy organic load in water). 🧪 2. Ozone Generation Technology Corona Discharge (CD) Method: ✔ Uses a high-voltage electrical discharge between electrodes to convert oxygen molecules (O₂) into ozone (O₃). ✔ CD technology is robust, efficient, and suitable for continuous operation. Dielectric Components: ✔ Ozone generator cells typically use quartz or ceramic tubes as the discharge medium — resistant to corrosion by ozone. ✔ Quartz/ceramic surfaces help maintain stable ozone output and extend service life. 🌬️ 3. Feed Gas System Feed Gas Options: ✔ Dry Air: A built-in air pump draws ambient air, dries it, and delivers it into the ozone cell. ✔ Oxygen (optional): Using an oxygen concentrator or oxygen cylinder yields a higher ozone concentration and more efficient ozone production. Gas Flow: ✔ Typical feed gas flow for a 30 g/h generator is about 8–15 L/min depending on whether air or oxygen is used. ✔ Oxygen feed systems often require a flow regulator to maintain stable pressure. ❄️ 4. Cooling & Thermal Management Air Cooling: ✔ Standard on most 30 g/h models — uses a fan and heat-dissipating fins to remove heat from the ozone cell and electronics. Water Cooling (Optional on Some Designs): ✔ Improves heat removal when running high ozone outputs continuously or in hot environments. ✔ Leads to more stable ozone output and longer component life. ⚡ 5. Electrical & Control Systems Input Power: ✔ Typical mains power supply: 220–240 V AC, 50/60 Hz (some models also support 110–120 V). ✔ Power consumption varies by design — often between 250–800 W depending on cooling, feed gas method, and electronics. Control Interface: ✔ Simple models: Manual control knob for output level. ✔ Advanced units: Digital panel with display, timer, automatic shutdown, and status indicators. Safety Controls: ✔ Over-temperature protection prevents overheating of the high voltage cell. ✔ Over-current protection safeguards against electrical faults. ✔ Some units include remote control inputs (e.g., 4–20 mA signal) for integration into external systems. 🛡️ 6. Safety & Ozone Handling Features Ozone Leak Prevention: ✔ Seals and ozone-resistant gaskets reduce leakage around cell housing and gas fittings. ✔ Ozone use requires good ventilation or an ozone destruct system to safely break down excess ozone before release. Ozone Sensors (Optional): ✔ Some systems can integrate external ozone concentration sensors in air/water lines to modulate output for safety and efficiency. 🏗️ 7. Construction & Materials Housing: ✔ Usually stainless steel (SS304 or SS316) or corrosion-resistant coated metal to withstand ozone’s oxidizing effects. Internal Components: ✔ Ozone generator cell designed for high-frequency discharge and long life. ✔ Air dryer or filter (on air-fed units) to remove moisture before ozone production. Connections: ✔ Standard ozone-resistant fittings (e.g., PFTE tubing or silicone). ✔ Quick-disconnect or threaded gas ports for easy installation. 📏 8. Physical & Installation Specs Dimensions: ✔ Varies by manufacturer — compact or cabinet style depending on capacity and accessories. ✔ Typical medium-range units are floor / rack-mount sized. Weight: ✔ Usually between ~10–40 kg for air-fed models; heavier if integrated oxygen feed or cooling. Mounting Options: ✔ Floor-standing cabinet or wall-mounted configuration depending on model. 🌐 9. Typical Applications Water Treatment & Disinfection: ✔ Municipal & industrial wastewater treatment ✔ Drinking water purification ✔ Swimming pool and spa sanitation ✔ Aquaculture systems Air Purification & Odor Control: ✔ Factories, warehouses, food processing plants ✔ Smoke or VOC odor removal ✔ HVAC air sterilization Ozone Sterilization: ✔ Cold storage, clean rooms, food surfaces 📊 10. Performance & Efficiency Notes Ozone Concentration: ✔ Air-fed units typically produce lower ozone concentration (due to nitrogen dilution). ✔ Oxygen-fed units produce higher ozone concentration (more efficient oxidation). Service Life: ✔ With proper cooling and dry feed gas, generator life can exceed 10,000 hours of operation.