How do I consider the location of my Air Cooler installation?

It's mid-summer and the weather is hot and these elevated temperatures have people looking for the best solution to a cool and comfortable space, especially if air conditioning isn't an option. While there are many ways to keep cool, the best and most effective way to do the job is with a cooling unit. If you are looking for a new method of cooling and nothing else is working, then try an Air Cooler. hot air recirculation can be a problem at any time of the year. During the hot summer months, it can significantly reduce the capacity of the Air Cooler. So do you know how to consider where to install your Air Cooler? Here are some answers.

Here is the content list:

• Key points of installation for a normal Air Cooler.

• Installation of multi-purpose Air Coolers.

Key points of installation for a normal Air Cooler.

Firstly, we want to avoid installing the Air Cooler on buildings and structures close to the downwind side. Hot air comes out of the Air Cooler and is caught in the wind. After hitting an obstacle, some of the hot air circulates back to the inlet. The best solution is to install the Air Cooler away from these obstacles. Next, install an Air Cooler with a blower fan for easy air recirculation. If the Air Cooler is installed too close to the floor, high air convergence velocities will be generated and hot air recirculation may vary. Rows of Air Coolers placed closely together and installed in line with the prevailing wind direction can easily produce hot air recirculation. Rows of Air Coolers should be installed so that the direction of the long axis is perpendicular to the direction of the prevailing summer wind. Placing them close together so that there is a mixture of induced and blown air can also cause air recirculation. Installation of the Commercial Air Cooler on the downwind side of the hot equipment should be avoided. It should also be avoided that Air Coolers are installed in close alignment with different elevations. If installed on the downwind side of a hot appliance, the problem can be alleviated by blocking the air inlet towards the hot appliance.

Installation of multi-purpose Air Coolers.

When designing an Air Cooler for multiple applications, the conditions of use with maximum pressure drop must first be calculated. This is because the pressure drop in critical applications may limit the maximum tube length. The force load applied to a single tube length for more than one application increases the possibility of design errors. Several trial calculations are required to obtain a valid design. Once the area occupied by multiple Air Coolers has been determined, they are formed into a Table Air Cooling Fan group with a length-to-width ratio of 2 or 3 to 1. After a tube length has been assumed, calculate the pressure drop for the most important usage conditions. If this pressure drop is acceptable or very close, the full calculation is carried out for this important use case. After completion, the same procedure is used to calculate the air-cooling for the next important use. After the second or subsequent use conditions, it is often necessary to lengthen or shorten the tubes or change the entire Air Cooler arrangement.

If the Air Coolers for different applications can be placed in the same base area and there are not too many pipes, they can be combined in the same frame, with a separate bundle for each application, and it is generally cheaper to share only the same fan. Separate louvers can be installed for each use condition to allow for independent regulation. This method is commonly used in the Air Cooler manufacturing industry due to the cost and space savings it offers.

If you are interested in Home Air Cooler, you can contact us at https://www.helenbo.com/. We welcome you and look forward to working with you.