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What is a water cooler pump and how does it work?

study time 1 minute

What is a water cooler pump and how does it work?

🔸🔹The water cooler pump is important in the cooler, which directs the water stored in the bottom of the cooler into the water distribution tees on top of the bags, which causes the cooler bags to get wet.

🔸🔹 In this case, the hot air hits these wet cloths and cools down, and this cool air is directed into the cooler channels and then into the interior of the building with the rotation of the propeller or blower.
✳️ Types of water cooler pumps

✨ There are different types of water cooler pumps that are determined according to the type of classification. Most of the newly purchased pumps for water coolers have a power of about 50 to 70 watts. Water cooler pumps are divided into several categories based on the way power is transferred from the pump to the fluid, the type of stator and the driving force.

Dynamic pumps

Dynamic pumps are pumps that can permanently transfer energy to fluid. These pumps are divided into two types, centrifugal and axial. 🔻 Water cooler pump is a type of dynamic centrifugal pumps that have many advantages, including low price for purchase and maintenance, simple structure, ability to produce uniform pressure, etc.

✳️ Types of water cooler pumps based on the type of stator and driving force
According to the type of stator, the water cooler pumps available in the market are often offered in two types: single-necked stator and double-cushioned stator. According to the driving force, the water cooler pumps are divided into two groups, independent of the engine and dependent on the engine.

💥 Pumps with electric motors operate independently of the water cooler motor, but some water cooler pumps are powered The movement of the fan motor is dependent and they get the necessary power from the circulation of the water cooler motor. 💥 a new type of water cooler pumps, called mechanical pumps, have also come to the market, which can send water to the tanks to work without the need for electric power from the engine, which helps to consume less water and electricity.
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