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Cheap electrode humidifier - Product details
Detailed description of electrode humidifier:
During the operation of an electrode humidifier, water is a conductive liquid. When tap water enters the electrode humidification tank, the water level gradually rises until it exceeds the electrodes inside the tank. The electrodes then form an electrical circuit through the water and heat it to boiling, producing clean steam. Electrode humidifier controls the output of steam by adjusting the water level and conductivity in the humidification tank.
After the electrode humidifier is turned on, the computer controller first opens the inlet valve, allowing water to enter the bottom of the humidifier tank through the inlet box (at this time, the computer can measure the conductivity of the inlet water), and then gradually rise and contact the electrode. After the water contacts the electrode, the electrode forms an electric current circuit through the water, heating and boiling the water. The higher the water level rises, the greater the current flowing through the electrode. When the water level reaches the highest point, the computer controller will detect this signal through the high water level detection electrode and close the inlet valve. With the continuous output of steam, the water level in the electrode tank gradually decreases. At this time, the computer controller will open the inlet valve again to supply new water to the electrode tank to meet the required humidification requirements.
Classification of various forms of electrode humidifiers:
1. Independent type: composed of humidification assembly, chassis, humidity automatic control system, humidification control system, and air supply system. The humidification host does not require external signals to provide humidification, and can control the humidity of the current environment on its own, making it the most complete system in the humidification system. This model is suitable for environments with direct humidification.
2. Supporting type: composed of humidification assembly, chassis, humidity automatic control system, and humidification control system. The host also does not require external humidification signals and can control the humidity of the current environment on its own, but requires an external air supply system. Therefore, this model is suitable for supporting air conditioning units, machine room air conditioning, and air supply units.
Humidifier bucket is the working core of electrode humidifier
The water used in the humidifier's humidification tank is tap water, which is not pure water and contains trace amounts of salts. Therefore, this type of water has a certain conductivity, generally ranging from 125 to 250 μ s/cm. Tap water enters the humidification tank through the inlet valve, and the water level gradually increases. When the water level exceeds the electrodes, the voltage applied between the electrodes forms a current circuit through the dielectric material of water. At this time, water acts as a resistor, and the higher the water level, the stronger its conductivity and the larger the internal current. The thermal effect of the current converts electrical energy into heat energy, heating the water to boiling and outputting high-purity steam. As the steam is output, the water level in the tank gradually decreases. At this point, the inlet valve automatically opens to replenish water to the appropriate level and continues to generate steam, completing the humidification process. Electrode humidification is achieved by controlling the water level (conductive cross-sectional area) inside the electrode tank to regulate the amount of steam output.
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