Introduction: It is widely used in laboratory analysis and testing departments such as petroleum, chemical industry, coal, electric power, universities and so on. The switching power supply is electrically connected in series with multiple electrolytic cells in sequence, the liquid storage tank is connected in series with multiple electrolytic cells, the liquid inlet of the first electrolytic cell is connected to the liquid storage tank, and the liquid inlets of the remaining electrolytic cells are respectively connected to the previous one. The liquid outlet of the electrolytic cell is connected, the oxygen outlet of the first electrolytic cell is connected with the liquid storage tank, the oxygen outlets of the remaining electrolytic cells are respectively connected with the oxygen inlet of the previous electrolytic cell, and the top of the liquid storage tank is connected with the oxygen inlet of the previous electrolytic cell. The one-way valve is connected to the drying chamber, and the outlet of the drying chamber is connected to the output pipeline. The high-purity oxygen generator of the utility model increases the electrolysis area, the electrolysis cell has large electrolysis power, the electrolysis voltage is less than 2.3V, the cell temperature is reduced, and the performance is excellent; it adopts a high-power and low-voltage switching power supply, so that the voltage is below 2.3V Normal work, saving analysis consumables, while saving electricity energy; installing a one-way valve after the gas-water separator can effectively prevent the phenomenon of liquid return. Features: 1. The operation is simple, just turn on the power switch to produce gas, the output pressure is stable, and the flow rate is displayed by LED numbers, which is more intuitive and eye-catching. 2. Daily use only needs to add distilled water, which can be used continuously or intermittently. 3. The instrument uses the power supply series battery technology, which can effectively reduce the temperature in the pool. 4. Equipped with a non-fluid-return device, which can effectively ensure that the instrument has no fluid-return phenomenon. Technical Parameters 1. Power supply voltage: 220v 50Hz 2. Gas purity: 99.995% 3. Output flow; 0-200 ml/min 0-300ml/min 0-600ml/min 4. Output pressure: 0.4Mpa (when special pressure is required, notify the factory before leaving the factory to determine otherwise) 5. Maximum power: 250W; 6. Ambient temperature: 0-40℃ relative humidity <85% 7. Environmental conditions: no large amount of dust and corrosive gas 8. Dimensions: 520×280×400mm (L×W×H) 9. Weight: about 13Kg;
Introduction: It is widely used in laboratory analysis and testing departments such as petroleum, chemical industry, coal, electric power, universities and so on. The switching power supply is electrically connected in series with multiple electrolytic cells in sequence, the liquid storage tank is connected in series with multiple electrolytic cells, the liquid inlet of the first electrolytic cell is connected to the liquid storage tank, and the liquid inlets of the remaining electrolytic cells are respectively connected to the previous one. The liquid outlet of the electrolytic cell is connected, the oxygen outlet of the first electrolytic cell is connected with the liquid storage tank, the oxygen outlets of the remaining electrolytic cells are respectively connected with the oxygen inlet of the previous electrolytic cell, and the top of the liquid storage tank is connected with the oxygen inlet of the previous electrolytic cell. The one-way valve is connected to the drying chamber, and the outlet of the drying chamber is connected to the output pipeline. The high-purity oxygen generator of the utility model increases the electrolysis area, the electrolysis cell has large electrolysis power, the electrolysis voltage is less than 2.3V, the cell temperature is reduced, and the performance is excellent; it adopts a high-power and low-voltage switching power supply, so that the voltage is below 2.3V Normal work, saving analysis consumables, while saving electricity energy; installing a one-way valve after the gas-water separator can effectively prevent the phenomenon of liquid return.
