Water Cooler 5500

5500 Evaporative Cooler

Today, evaporative coolers are produced and supplied in the market in a variety of models, brands, and qualities. The 5500 evaporative cooler, which is primarily known as a rooftop model, is one of them. This model is selected based on the building’s area, the distance from the cooler to the desired floor, the number of air outlets, and other factors. Due to Iran’s climate, the home evaporative cooler can be used in most cities, which is why it’s very popular and a bestseller.

This model helps save on electricity and uses less electrical energy for water evaporation. The 5500, 7000, and 3500 evaporative coolers create the necessary humidity in hot and dry air, providing you with a pleasant and comfortable atmosphere.

General Features of Rooftop Coolers

Because the impeller of rooftop coolers is a single, balanced piece produced by automatic machines, vibration during operation is significantly reduced. The 5500 evaporative cooler also has this feature, producing less noise and extending the lifespan of its bearings and overall useful life.

The pads play a very important role in rooftop coolers. The pads are spread across all surfaces of the cooler with a uniform thickness, which facilitates both airflow and water evaporation. In the 5500 evaporative cooler and the 3500 evaporative cooler, the pads prevent dust from entering the rooms and provide pleasant air. In this model, water is distributed uniformly over the pads, which increases cooling efficiency and prevents water from spilling onto the electric motor and causing it to burn out. In some models, the pads are attached to the cooler’s walls with plastic holders, which makes installation and replacement easier and prevents potential hazards to the technician.

In most rooftop coolers, especially the 5500 evaporative cooler, the body and metal parts are made of galvanized material and are coated with a thick layer of powdered paint. This increases the coolers’ useful life and makes them resistant to rust.

How the 5500 Evaporative Cooler Works

The overall operation of evaporative coolers is based on the evaporation of water, and the 5500 evaporative cooler is no exception to this rule. Water is drawn into the cooler by an electric pump, and then through the basins, the cooler’s pads become completely wet and absorb the coolness of the water. During this process, the 5500 evaporative cooler begins to circulate at high speed due to its electric motor, belts, and suitable rotational system. The wet pads produce cool air, and this pleasant air is then directed into the environment through ducts and vents.

Advantages and Disadvantages of Evaporative Coolers

Evaporative coolers have widespread advantages, and alongside these numerous benefits, they also have some disadvantages. Here, we’ll briefly address the most important pros and cons of the 5500 evaporative cooler.

Advantages

• This product has a low-cost and easy installation and setup.
• It has lower electricity consumption and a more affordable price compared to other models, and especially compared to air conditioners.
• The 5500 evaporative cooler has a relatively good lifespan and durability, and its maintenance cost is lower.
• In hot and dry environments, it effectively maintains the humidity of the space and provides a pleasant coolness.

Disadvantages

• One of the disadvantages of the 5500 evaporative cooler is its high water consumption, and this also applies to other models of evaporative coolers.

1. Clogging of the pads, possible blockage of the pump, and occasional rust formation.
2. The difficulty of duct installation in buildings.
3. Limited cooling capacity in the environment — this happens when the size of the space and the capacity of the Evaporative Cooler 5500 are not properly considered during purchase. Such a mismatch not only prevents full cooling but also leads to many problems, including reduced motor efficiency and the risk of motor burnout.
4. Another disadvantage of the Evaporative Cooler 5500, and rooftop coolers in general, is the entry of dust, polluted air, and disease-causing agents (bacteria and viruses) into the home.