1、 Overview

Insert the electrode rod into the water surface of the electrode tank, turn on the power, and use the movement of ions in the water to heat the water to boiling. The amount of water vapor generated (humidification) is determined by the water level in the electrode tank, that is, the depth or area of the electrode rod inserted into the water. The steam spray rod is evenly distributed in the air conditioning box or duct, and is absorbed by the air to achieve humidification.

3、 OEM electrode humidifierWorking principle

The conductivity of tap water generally ranges from 125 to 1250 µ s/cm, containing trace amounts of conductive ions such as calcium and magnesium ions. Water is a conductive liquid. When water enters the electrode humidification tank, the water level gradually rises until it exceeds the electrodes inside the humidification tank. The electrodes will form an electrical circuit through the water and heat it to boiling, producing clean steam.OEM electrode humidifierIt controls the output of steam by adjusting the water level and conductivity in the humidification tank.

　　OEM electrode humidifierAfter turning on, the computer controller first opens the inlet valve, allowing water to enter the bottom of the humidification 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 rises, 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.

When the mineral content in the humidification tank continues to increase and the conductivity of water becomes too high, the computer controller promptly opens the drain valve to discharge some water and dirt,humidifierAutomatically replenish water again to ensurehumidifierWork in good condition and achieve the goal of extending the lifespan of the humidification tank.

4、 OEM electrode humidifierUsage conditions

1. Environmental temperature and humidity: temperature 0-40 ℃, relative humidity<80% RH

2. Water supply quality: clean tap water or softened water, with a conductivity ranging from 125 to 1250 µ s/cm.

Note:OEM electrode humidifierDo not use deionized water, purified water, or distilled water.

3. Water supply pressure: 0.1-1.0MPa.

4. Water supply temperature: 0-40 ℃.

　　fiveKey points for product selection

1OEM electrode humidifierThe control parameters include humidification capacity, voltage, and input power.

2OEM electrode humidifierIt uses three electrodes placed in a water filled container that is not prone to rusting, with water as a resistor. After being electrified, current passes through the water, which is heated to produce steam, which is then sent to the space that needs to be humidified through a steam pipe.

3. Select based on the required humidification capacity of the air conditioning systemOEM electrode humidifier

4OEM electrode humidifierThe generated steam is wet steam, which is not suitable for occasions that require dry steam (such as clean air conditioning systems). When using it, an electric superheater should be added after the steam outlet to evaporate the carried water droplets through heating, ensuring that dry steam is sent out.

5. Distilled water, softened water or deionized water shall be used instead of pure water. When softened water is used, the sodium ion concentration shall not be too high, otherwise foam will easily occur, affecting the control accuracy of water level and humidification amount.