How to improve the cooling effect of industrial large ceiling fans
In the early stage of construction, cooling has always been considered a major issue, especially those large factories where high temperature easily affects the operation and production efficiency of equipment, and large industrial ceiling fans need to be customized. People are often curious about the cooling performance of a ceiling fan system in the early stages of customization. Here are some of the factors that determine the cooling effectiveness of a large industrial ceiling fan.
1. Motor performance and ceiling fan structure
The reason why special industrial ceiling fan equipment is needed to cool down in some occasions is because the heat energy generated by the machine or the weather is too high, so it is necessary to have customized industrial ceiling fan equipment equipped with high-power and high-performance motors to dissipate heat. Therefore, the motor function and structural design of industrial large ceiling fan equipment are the premise of its high level of heat dissipation performance.
Second, the overall cooling system design
Under normal circumstances, the space required for large-scale heat dissipation and cooling requires multiple industrial ceiling fans to work together to effectively dissipate heat, which requires the design of the entire cooling equipment matrix to comply with the kinetic energy principle and airflow principle. Manufacturers supplying high-quality industrial ceiling fans generally have sufficient cases, that is to say, they can often design suitable customized industrial ceiling fan systems for different structural spaces.
3. Scientific operation and use
After the industrial ceiling fan system is officially completed, regional managers are generally required to be fully familiar with the cooling principle of the system, and ensure that each operation and use meets the requirements of customized industrial ceiling fan equipment in terms of power and operation. The key to heat dissipation and heat dissipation conditions.