Dyson Fan Air Multiplier Technology

It forces it into the loop amplifier where it is pushed through a 3 mm aperture and accelerated over a 16 degree airfoil shaped ramp.

Dyson fan air multiplier technology.

In october 2009 james dyson s consumer electronics company famous for its line of vacuum cleaners introduced a new device to the market called the dyson air multiplier. The am series fans have no blades so they are easy to clean and safe for children and pets. An unanticipated problem was encountered check back soon and try again. Unlike the tp04 and tp01 pure cool models the tp06 sports dyson.

The dyson am02 is a tower fan featuring dysons air multiplier technology. The dyson air multiplier is a bladeless fan that provides a smooth flow of air much like that of a constant wind breeze. Dyson cool fans and dyson hot cool fan heaters use air multiplier technology to create a powerful stream of uninterrupted airflow. The air multiplier is a fan with an unusual characteristic.

Basically dyson fans can pull about 27 liters of air per second into the grid at the base. It appears to be a circular tube mounted on a pedestal. Once inside the machine the air passes through a hepa filter which removes all pollutants. The air multiplier draws in air at its base using a mixed flow impeller similar to those found in turbochargers and jet engines.

The cryptomic tp06 is dyson s top of the line two in one air purifier and its cooling fan that has a 350 degree rotation. Safe no fast spinning blades dyson fans don t have any fast spinning blades so they re safe. Most of the newer models have this feature so they re all air purifiers as well in a way. Air multiplier technology amplifies surrounding air for high velocity long range air projection.

It has a futuristic look very much different from traditional fans and as we found out it works much differently as well. It doesn t have any visible blades. Dyson says that the air multiplier technology increases the output of the air flowing through the tube by at least 15 times compared to the airflow taken in at the base of the fan.