The maintenance of industrial air coolers requires attention to the following key points:

Water quality management: The water quality used should be maintained in good condition, preferably using well water. If conditions do not allow, tap water can be used and filtered if necessary to prevent impurities and sediment from damaging the wet curtain and water pump.

Regular cleaning: It is recommended to clean the filter screen every 1-2 weeks to ensure proper ventilation. Before the arrival of summer each year, the wet curtain and chassis should be removed and thoroughly cleaned.

Check screws and structure: Regularly inspect the screws and robot structure of the air cooler to ensure that all components are securely fastened and not loose or missing.

Power and electrical inspection: Ensure that the power lines meet the requirements, avoid contact with fire sources, flammable and explosive substances, and observe the equipment at all times during use. If any abnormalities are found, the power should be cut off in a timely manner.

Lubrication and Cleaning: Regularly add lubricating oil and clean the internal grease and dust to ensure the normal operation of the equipment.

Shutdown maintenance: During the maintenance process, it is necessary to shut down the machine, cut off the power supply, and take safety measures.

Environmental requirements: Ensure that the area where the air cooler is used is flat, avoid humid and high-temperature environments, and ensure sufficient ventilation space.

Regular maintenance work can ensure the normal operation of industrial air coolers, extend the service life of equipment, and maintain good cooling effects.

Here are some precautions for the application of industrial air coolers:

1. Installation location: It should be selected in a well ventilated, dry, non corrosive gas and dust free place, avoiding installation in high temperature, humid or flammable environments.

2. Horizontal installation: Ensure that the air cooler is installed horizontally to ensure normal operation and reduce vibration noise.

3. Power supply: Connect a suitable power source, with voltage and frequency that meet the requirements of the air cooler, while ensuring stable power supply and avoiding excessive voltage fluctuations.

4. Air duct design: Reasonably design the air duct to avoid excessive length, bending, or small cross-sectional area, in order to reduce air resistance and improve cooling efficiency.

5. Regular maintenance: Regularly clean the filter screen, heat exchanger, and other components of the air cooler to prevent dust and debris from blocking and affecting the cooling performance and air volume.

6. Water quality management: If the air cooler uses water for cooling, attention should be paid to cleaning and softening the water quality to prevent scale and corrosion.

7. Component inspection: Regularly check the operating condition of components such as fans, water pumps, motors, etc. If there are any abnormal sounds, vibrations, or overheating, they should be repaired or replaced in a timely manner.

8. Safety protection: Provide good insulation and grounding protection for the electrical parts of the air cooler to prevent electric shock accidents.

9. Load matching: Select the appropriate cooling capacity of the air cooler according to actual needs to avoid excessive or insufficient load, which may affect the use effect and equipment life.

10. Operating standards: Operators should be familiar with the operating procedures of the air cooler to avoid malfunctions caused by misoperation.

I hope these precautions are helpful to you.

Air coolers cannot replace central air conditioning. Due to the limitations of the use of air coolers, they cannot replace central air conditioning. From the historical development process of central air conditioning, it seems that air coolers were the first to emerge, and finally central air conditioning emerged. Over the years, air coolers have not developed rapidly precisely because they have been relatively limited in their application throughout the entire process. Currently, there are limitations in the use of products such as air coolers, including Ningbo air coolers and Ningbo air coolers

1. By utilizing water evaporation to absorb heat and carry out refrigeration, the indoor air humidity can be increased when the temperature in the room is lowered to a certain extent; Areas with special requirements for indoor air humidity, especially those with abundant electrical products, should not be used;

2. The cooling force of the air cooler is very limited. When the volume size of the air cooler is matched with the room size specification, it can generate a temperature reduction of 3-8 * C in the room. The higher the natural ambient temperature, the smaller the cooling force that can be applied;

3. The air cooler can be used when it gets cold in summer, but it may not be used for heating in winter or for heating with a pure electric heater;

4. Not suitable for high humidity climate in coastal and southern regions. And in addition to regulating temperature and humidity, central air conditioning also has the functions of air filtration and ash removal, which can meet human application requirements much larger than air coolers.