Professional Evaporative Coolers

Coolers use a natural cooling principle that does not require the use of refrigerant gases or expensive compressors. This translates into savings on purchase costs and electricity consumption with considerable advantages even in the short term. A 3,000 cubic meter cooler now absorbs less than 300 W and approximately 6-8 liters of water per hour, for example.

Evaporative coolers are the ideal solution for:

• lower the temperature in places where the doors cannot be closed.
• For workplaces, the most common examples are terraces, workshops, warehouses and in general all cases where air currents would make the use of normal gas conditioners only a waste of energy.
• Coolers are also used outside industrial environments and are particularly useful in banquet halls, theaters, conference rooms, showrooms and many other public places.

Evaporative Cooler: Prices and Complete Guide

Evaporative Cooler: How It Works

Evaporative cooling is a process that allows you to filter the hot and stale air inside the rooms, making it clean and cooler by 5-10 ° C.

Evaporative coolers let hot and stale outdoor air pass through filters wet with water and using the physical principle of evaporation, they re-emit it in the cleaner and fresher environment, generating the so-called "sea breeze effect", greatly improving comfort. a much cheaper cost than traditional air conditioning systems.

Differentiate between Air Conditioner and Cooler

Compared to traditional air conditioners, coolers use a natural cooling principle that does not require the use of refrigerant gases and expensive compressors. This translates into savings on purchase costs as well as electricity consumption with considerable advantages even in the short term. To give a practical example, a 3,000 m³ / h cooler absorbs less than 300 W and about 6-8 liters of water per hour. We are at -90% installation costs and -75% operating costs.

When is it convenient to use a cooler?

Evaporative coolers are the ideal solution to lower the temperature of places where it is not possible to close the doors.

For workplaces, the most common examples are workshops, warehouses and in general all cases in which drafts would make the use of normal gas conditioners only a waste of energy.

Coolers are also widely used outside industrial environments and are particularly useful in banquet halls, theaters, conference rooms, showrooms and many other public places.

Even in well-ventilated domestic environments, coolers are the cheapest and most ecological choice for cooling.

Advantages of Evaporative Coolers

• It guarantees continuous and frequent air changes
  The powerful fan mounted on the coolers guarantees a high number of air changes (it is normally calibrated to replace the air about 20-25 times per hour) and this keeps the environment healthy and constantly eliminates fumes and unpleasant odors.
• Low management costs
  The electricity consumption of the fan and the water pump is low. Installation and maintenance are extremely simple and costs are extremely low if compared with traditional air conditioning systems.
• Very easy to install
  For the installation it is only necessary to provide for the connection to the water mains (if foreseen) and to the electricity. If positioned on the wall or on the roof it will be necessary to install only a specific shelf, otherwise they are easily transportable like a common device equipped with wheels. The installation of the coolers does not require special licenses or authorizations.
• They are easy to maintain
  Maintenance is very simple as it essentially consists of cleaning the water tank and the evaporative panel once a year.
• They improve productivity
  Qualified researchers have shown how more favorable climatic conditions inside the workplace can improve the comfort for the worker and therefore improve productivity. According to a NASA study at 32 ° C, productivity drops by 29% (45% at 35 ° C) and the possibility of operator error is three times higher than under normal temperature conditions (15 ° C). - 20 ° C).

Applications of Coolers

The evaporative cooling system allows the cooling, at low cost, of any type of industry, craft or commercial activity but also domestic environments.

Some application examples of coolers are:

• CHEMICAL PRODUCTS WAREHOUSE
  The continuous exchange of air prevents the accumulation of volatile substances, reducing the risk of fires and at the same time removing gas or bad smells from the environment.
• PHARMACEUTICAL PRODUCTS WAREHOUSE
  Medicines are stored better.
• GAME ROOMS
  The temperature is lowered and bad smells removed by frequent air exchange.
• SHOW ROOMS AND SUPERMARKETS
  The environment becomes more comfortable for both customers and employees.
• MANUFACTURING COMPANIES
  Work is more comfortable thanks to a lower temperature; bad smells and fumes deriving from the production process are removed thanks to the continuous air changes.
• MOLDING OF PLASTIC MATERIALS
  Impurities, bad smells and heat are removed from the work environment.
• PAPER MILLS AND TYPOGRAPHY
  Production quality is improved, preventing excessive paper dehydration.
• SAWMILLS AND WOODWORKING INDUSTRIES
  Excessive dehydration of the wood is avoided and, at the same time, the dust deriving from the processing that is suspended in the air is eliminated.
• FOUNDRIES AND DIE-CASTING
  The heat, fumes and gases generated by the manufacturing process are eliminated from the environment.
• TENSILE STRUCTURES (RESTAURANTS, BARS, MEETING ROOMS)
  Much more pleasant temperature for customers, removal of fumes, odors and heat.
• SALT PAINTING
  Both heat and paint fumes are eliminated from the environment.
• COMPRESSOR ROOMS
  The heat produced by the process is eliminated.
• PRODUCTION PLANTS IN GENERAL
  Both the temperature deriving from external causes (climatic conditions) and that deriving from internal causes (production process), are removed creating a more pleasant work environment for workers, improving productivity and working precision.
• SPECIAL ELECTRICAL AND ELECTRONIC PRODUCTIONS
  Odors and fumes are eliminated, improving the environment. With the cooling of the air there is also a reduction of static electricity.