Dyson fans with Air Multiplier technology use a unique design to amplify airflow, creating a powerful breeze without the need for spinning blades. This technology is based on the principle of accelerating air with a motor, which is then accelerated further by the shape of the fan's casing.
The fan's casing is designed to amplify the airflow by 15 times, creating a smooth and quiet operation. This is achieved by accelerating the air with a motor, which is then accelerated further by the shape of the fan's casing.
The result is a powerful and efficient fan that can cool a room quickly and quietly. Dyson fans with Air Multiplier technology are also designed to be energy-efficient, using up to 50% less energy than traditional fans.
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What Is a Bladeless Fan?
A bladeless fan, also known as an air multiplier, doesn't actually have a bladeless design, but rather a concealed blade inside its motor.
The Dyson air multiplier is a popular example of this type of fan, and it works much differently than traditional bladed fans.
A traditional bladed fan pulls in air and chops it up, sending a slice of air towards you at high velocity, creating a turbulent and forceful airflow.
The air multiplier, on the other hand, uses a unique technology to disperse air, making it a luxurious way to cool a room.
The Dyson air multiplier is available in various models, including the Dyson – AM07 and the latest model, the Dyson – TP01, which features an added air purifier with a HEPA filter.
This technology allows for a smooth and quiet airflow, making it a great option for those who want to stay cool without the noise and turbulence of traditional fans.
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How Dyson Air Multiplier Works
The Dyson Air Multiplier is a fan that doesn't have visible blades, but it does have nine asymmetrically aligned blades hidden inside the pedestals that rotate to pull air into the device.
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These blades can project more than 77 gallons of air per second for cooling airflow. The air flow is diverted through the back of the machine, but how does it multiply the amount of air coming into the pedestal of the device?
It boils down to physics, specifically the laws of fluid dynamics. As air flows through the slits in the circular tube and out through the front of the fan, air behind the fan is drawn through the tube as well, a process called inducement.
The flowing air pushed by the motor induces the air behind the fan to follow, increasing the output of airflow by 15 times the amount it takes in through the pedestal's motor.
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