Industrial Air Cooler Manufacturer.
Industrial air coolers provide an efficient, unique cooling effect almost anywhere. They can provide large-scale, powerful cooling in factories, substantial indoor spaces, and outdoor areas. Such systems also are used as a cost-efficient cooling solution in dry climate regions.
Industrial Air Cooler
Industrial coolers function by evaporating water to lower heat and moisturize the air, almost like natural processes. They’re more eco-friendly and efficient in energy consumption than traditional air conditioners. Typically, they’re also more potent than average outdoor fans. The key places they can cool include warehouses, manufacturing plants, workshops, construction sites, and hangars. Others are gyms, loading docks, large tents, garages, farms, athletic events, barns, pool or patio areas, etc.
What is evaporative air cooler?
Evaporative cooling is a better way for nature to control the climate effectively. The physical body uses an equivalent cooling principle to chill the skin through the evaporation of water (sweat). Thanks to the low power consumption, it’s better to use evaporative cooling in an application environment that reduces heat while saving energy. The air passes through the cooling pad, and the water evaporates with the assistance of the power by air. Consequently, the air is cooled only by the fan and the pump. The Original air is exhausted and replaced with fresh cooling air.
It can provide a more efficient cooling and humidification effect and reliable service for several years consistently. High indoor temperatures can cause low output, low animal productivity, and employee dissatisfaction. Moreover, the too-high indoor temperature will increase the frequency of errors and accidents on your production and assembly line. In general, evaporative cooling is an efficient and energy-efficient, and cost-saving solution.
What is the basic working principle of an air cooler?
Filtered and cooled by an evaporative air cooler, the fresh outdoor air is sent into the indoor space through the air duct and air supply outlets continuously. With the continuous supply of fresh air, the indoor space is in a positive pressure condition. Thus the original hot air containing odor and dust will be emitted out of the room, resulting in a fresh, ventilated, clean, and comfortable environment. Suitable exhaust area and active exhaust are essential for the satisfactory performance of any evaporative air cooling system.
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Air Cooler Relative Humidity
The cooling potential for evaporative cooling is dependent on the wet-bulb depression, the difference between dry-bulb temperature and wet-bulb temperature (see relative humidity). In arid climates, evaporative cooling can reduce energy consumption and total equipment for conditioning as an alternative to compressor-based cooling.
This zone is not applicable as in reality when the temperature is relatively high, RH is predominantly lower than the supply air temperature. With the wind-chill effect, the effective temperature for thermal human comfort is 1~2℃ lower than the Supply Air Temperature.
Air Cooler Model List
|Model||Voltage Frequency||Max Airflow||Working Current||Power Consumption||Physical Size (mm)||AirOutlet (mm)||Net Weight||Water Tank||Water Consumption||Applicable Area|
RTFANS Innovation Standard
Greater Wind Pressure
Lower Wind Resistance
- High efficiency cooling pad
- Innovative frequency conversion control design
- Water spray resistance grille in a streamlined design
- Multiple anti-blocking filter net
- Motor with low failure and high-temperature resistance
- Simulation fluid dynamics design
- Open soft pipe water distribution system
- High quality and durable water pump
- Automatic water replenishment design
RTFANS Air Cooler Advantage
Data for air exchange frequency in various places.
- Air exchange frequency(times/h)=total air flow rate(m³/h) ÷ indoor space volume.
- 20~30 times per hour for the general environment;
- 30~40 times per hour for the crowded public place;
- 40~50 times per hour for the workshop with heating equipment;
- 50~60 times per hour for a workshop with high temperature and high air pollution;
- Air exchange frequency can be increased in damp areas and decreased in dry places.
The way to calculate the cooler quantity needed.
- Cooler quantity needed = indoor space volume × air exchange frequency ÷ cooler air flow rate.
- Spot cooling projects shall vary based on the actual situation.
- The ducting system shall be matched with the air cooler model, and air outlet quantity shall be considered when designing.
Low investment and high efficiency.
Low power consumption, only 1 kWh per hour.
Increase the oxygen content in the space
Wind a large amount of air distance.
Stable performance, reliable quality.
Freely adjust air humidity.
The cooling effect is strong and rapid.
Due to the powerful cooling and ventilation function, more and more factories choose to use industrial air coolers, which is beautiful in installation and obvious in effect. The most important thing is to save electricity.
Industrial air coolers perfectly working in a warehouse environment because of their specificity, a large space region, a small number of operators, but the industrial air coolers by a large number of fresh air ducts after cooling to the vicinity of the work area.
Industrial air coolers installed in the exterior wall of high-rise buildings, the most important thing is to ensure safe and stable operation, maintenance personnel to reduce the risk of aerial work opportunities, and RTFANS central-control system just perfectly done.