Residential, commercial, and even industrial properties can take advantage of all the features that are being offered by evaporative coolers. Since these cooling units utilise the principles of evaporation for their cooling processes, they do not have to rely on refrigerants anymore. The absence of these refrigerants makes evaporative coolers eco-friendly and energy-efficient. Evaporative coolers are likewise healthier as they process and maximise fresh outside air in cooling properties.

Another great benefit of evaporative coolers is that they are easy to maintain. The parts and components of evaporative coolers can be conveniently serviced by professionals from time to time. Additionally, they can be easily cleaned with the right tools and cleaning methods.

All these benefits of evaporative coolers are deeply appreciated by property owners as well as the occupants of buildings and structures. But how do they truly work?

Basic Components of Evaporative Coolers

Before understanding how evaporative coolers work, you must know first the components that allow them to provide benefits to their users. Some of their vital components are as follows:

  • Pump: The very purpose of the water inside an evaporative cooler is to keep the evaporative pads wet. A pump makes this possible by sending water to the pads from the water distribution lines.
  • Evaporative Pads: The process of cooling the fresh air happens as it passes through evaporative pads. These pads are normally soaked in water to ensure evaporation takes place. They do not only decrease the air temperature, but they also purify the air quality.
  • Water Supply Valve: This specific component is intended to bring water from one place into the evaporative cooler. Normally, a water supply valve is connected to the cooler through a copper tube.
  • Float: An evaporative cooler can effectively work if there is water present. However, the volume of water inside this unit must be kept at an optimal level to avoid overflowing. Through the evaporative cooler float, it can easily shut off the water supply valve if the water rises at a certain level.
  • Blower Motor: The blower motor is responsible for pulling warm air into the evaporative cooler and sending cool air out of a property. It normally works alongside the blower.

Working Principles of Evaporative Coolers

Since the basic components of evaporative coolers have been identified, you can now easily understand how these units work.

The very first thing that an evaporative cooler does once it is switched on is that its water supply valve will bring water into the bottom of the unit. Once the water reaches a certain level, the float will then shut off the valve to avoid overflowing. The pump, subsequently, will begin pulling water from the water distribution lines so that it can be distributed to the evaporative pads. The amount of water that is being sent to evaporative pads can be increased if a property owner wants cooler air.

After sending water to the evaporative pads, the blower motor will begin pulling warm air into the unit and sending it to the pads. As the warm air passes through the pads, the evaporative cooling process takes place, which cools and cleans the air. The blower, ultimately, sends the cool air to the property.

To buy quality QuietCool portable evaporative coolers, feel free to contact us at Peter Ross Enterprises.