1. In the electrolytic reaction process of the equipment, the effective chlorine content should be kept within 1%. If the available chlorine content is too high, It will affect the effectiveness of the reaction and the lifespan of the NaClO equipment electrodes.

2. In daily use, due to the high content of calcium and iron ions in some areas of water, impurities such as CACO3 and Fe(oH)3 will appear in the electrolysis process. These impurities can cause short circuits and even damage the electrodes. Therefore, users should regularly clean the equipment according to the local water quality situation to maintain its cleanliness and avoid the accumulation of impurities.

3. When cleaning the titanium anode of the seawater electrolysis sodium hypochlorite generator , be sure handled them gently. When cleaning, gently sweep away surface dirt with a brush to avoid scratching the titanium anode surface coating with sharp tools.

4. During the operation of the equipment, it is necessary to observe whether the electrolysis current and voltage of the equipment are within the specified range frequently. Detect the circulation of salt, acid solution and cooling water to prevent clogging timely.

5. The equipment shall be shut down for inspection after 20 hours of operation, the brine valve of the equipment should be closed, the chlorine gas in the electrolytic tank should be drained, and the flushing valve should be opened for flushing. After flushing, close the flushing valve and empty it, open the brine cutting, and make preparations for starting the equipment.

6.The seawater electrolysis sodium hypochlorite generator should be installed in a well ventilated and well lit room, and the surrounding area should be kept clean and tidy, without stacking debris. Hydrogen exhaust pipes should be placed outdoors and avoid open flames or other sources of ignition around them. Fireworks and firecrackers are strictly prohibited indoors.
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