If you live in a hot, arid climate like Gilbert, Arizona and are looking for an affordable way to keep your home cool, then a swamp cooler might be the perfect solution for you. But before you invest in one of these cooling systems, it’s important to understand the different parts and how they work together. In this guide, we’ll break down the components of a swamp cooler and explain what they do.
Swamp Cooler Motor
The first component is the motor. This is what drives the fan that pushes air into your home. The motor is usually powered by electricity but can also be powered by propane or natural gas. When choosing a motor for your swamp cooler, make sure it has enough power to move the fan blades at a sufficient speed so that the air is being pushed into your home quickly and efficiently.
The second component is the evaporative pad (also known as media pads). These pads are typically made from thick layers of cellulose material that absorb water from a reservoir located inside the unit. As air passes through these pads, evaporation occurs which cools down the air before it enters your home. This process works best in climates with low humidity levels since higher humidity levels will reduce its effectiveness.
The third component is the water pump. This pump draws water from an external source such as a well or city tap and delivers it to the evaporative pad where it can be absorbed by the cellulose material and evaporate into cool air when blown through by the fan. The pump should be powerful enough to provide adequate water pressure without costing too much energy in order to keep operating costs down.
With this information in mind, you can now better understand all of the components of a swamp cooler and how they work together to make your home more comfortable during hot summer days in Gilbert, Arizona—or wherever else you may find yourself living! Investing in one of these units can help save money on cooling bills while also providing relief from heat waves during those extra-hot months of summertime