Industrial Air coolers
Industrial Air Coolers are unique air coolers which are created only for industrial use in Dubai and UAE. These type of coolers are mainly used in places like data centers, factories, warehouses, etc., most likely it is used in all the industries that are affected by the high amount of heats. These coolers can’t be used in your houses or near your homes due to its large size. Industrial air coolers are not like the regular air coolers as it will cost more to follow the traditional air cooler methods on a larger scale.
Evaporative air conditioning is the most cost effective solution to cool a commercial or industrial application. And we offer rental service within UAE in case needed on temporary basis.
How industrial coolers differ from the regular air coolers:
- Produces Fresh Air, Stale Air is not recirculated.
- There is no ozone layer Depletion as it is not refrigerant.
- Relatively low power consumption for industry, on average an air cooler will consume 1KW.
- There is no problem of rusting as all the coolers come with plastic body parts.
Benefits of modern industrial air coolers:
- You can forget that your employees will get affect by air pollution.
- Perfect Product for eco-friendly Projects.
- It consumes less amount of electrical energy.
- Industrial air coolers are highly durable.
Industrial air coolers are designed to deliver flawless performance in tropical workplace settings; these air coolers are perfect for offices, schools, malls, assembly halls, etc.they.They are perfectly optimized to consume less resources while keeping the work/industrial environment at a necessary temperature.
Max airflow | 18000m3/h |
Voltage | 220-240V |
Frequency | 50Hz |
Input power | 750w |
Water consumption | 10-15L/H |
Water tank capacity | 126L |
Overall size | 1120*720*1500mm |
Weight | 58Kg |
Noise | 68Db |
A type of mechanism that cools air through desertion of water. It is also known as swamp cooler, desert cooler and wet air cooler.
To keep our indoor atmosphere chill and comfortable during temperate summer months is annoying and frequently expensive. Purchasing swamp coolers are eco-friendly, healthy, and cost-effective alternative to traditional air conditioning systems.
During hot summer when water evaporates from the surface of ocean, river or something, the surface becomes extremely cooler because it requires heat to change the liquid into a vapor. A gentle wind on a hot day cools us because the present of air makes evaporate quickly. The temperature needed for this evaporation is taken from our own body.
Air comes in contact with water and it is absorbed. The sum of water is absorbed; it depends mainly on how much water is by now in the air. If the air holds 50% of its capability, the moisture would be 50%. If the humidity is low, then the capacity to hold more water is elevated, and a greater amount of evaporation takes place.
Swamp coolers are a perfect solution for keeping cool without harming our surroundings. Traditional air conditioner uses refrigeration function to cool your home. Swamp coolers have a natural string that cools the air using a motion movement and stream. This process never adds ozone-harming prescription or other chemicals to the atmosphere.
More specifically, swamp cooler gives its best performance when fresh air exists, as an example, from an open pane or an entrance. Traditional air conditioners require a sealed space to maneuver. But swamp coolers circulation ensures that your indoor air is fresher than AC.
To get the most excellent outcome from your evaporative water cooler, you have to make sure about the correct size of your room. Too small cooler for your area will have to work extra hard to keep the space cool, that is totally wasting of energy.
Usually, residential and industrial evaporative coolers use direct evaporation. Air is stimulated by a centrifugal fan or blower, driven by an electric motor and a water pump is used to wet the evaporative cooling pads. The cooling units can be mounted on the roof or outside walls or windows of buildings. Heat in the air evaporates water from the pads which are continuously re-dampened to continue the cooling process. Then cooled, humid air is delivered into the building via a vent in the roof or wall.