In 1882, an American engineer at the age of 22 invented a device which had a two-bladed propeller placed onto the rotating shaft of a DC electric motor: The story of the first electric fan

In 1882, an American engineer at the age of 22 invented a device which had a two-bladed propeller placed onto the rotating shaft of a DC electric motor. The inventor was American electrical engineer Schuyler Skaats Wheeler. His design became known as the first electric table fan, also called the buzz fan. Wheeler used an electric motor to turn two metal blades and produce moving air. The idea removed the need for people or animals to create a cooling breeze. The invention came at a time when electrical power was beginning to enter homes, offices and industrial workplaces. Wheeler later continued working on electric motors and other machines.

What is the invention?

The invention was an early electric table fan developed by Schuyler Skaats Wheeler in 1882. The basic design was simple. Wheeler placed a two-bladed propeller onto the rotating shaft of a direct current, or DC, electric motor. When electricity reached the motor, the shaft rotated. The blades attached to the shaft also rotated. This movement pushed air and created a breeze.


The machine is often called the first electric fan. It was also known as the buzz fan because of the noise made by its motor and blades. The original design was different from the electric fans commonly used today. It had an open motor and exposed metal blades. There was no protective cage or safety grille around the blades. The blades could rotate at close to 2,000 revolutions per minute. This made the early electric fan a safety concern because a person could come into contact with the moving metal blades.

The device also depended on early DC electrical systems. Direct current was being developed and promoted during the early growth of commercial electricity. Thomas Edison and other electrical pioneers were working on systems that could generate and distribute electricity. This development gave inventors access to a new source of mechanical power. Wheeler used that power to create a machine that could move air.

Why and how was it invented?

Before electric fans, creating a breeze required human or animal effort. Hand fans had to be moved manually. Other forms of mechanical ventilation also required some form of physical power. Wheeler's design changed the source of that power.

Instead of having a person turn a mechanism, he connected a propeller to an electric motor. The motor supplied the rotation. The rotating blades then moved air. The principle was based on the relationship between electricity and mechanical movement. An electric motor converts electrical energy into mechanical motion. Wheeler used that motion to operate a propeller.

The invention was also connected to the wider development of electric power in the United States. In 1882, Thomas Edison's Pearl Street Station began supplying electricity in part of New York City. The station used a direct-current system and became part of the early development of commercial electric power.

This meant that electric motors could increasingly be used for practical purposes. Wheeler's electric fan was one example of how electrical energy could be converted into useful mechanical work. The first electric fan therefore was not simply a cooling device. It showed how the growing electric power industry could support machines used in everyday life.

Who invented it?

Schuyler Skaats Wheeler invented the electric fan in 1882 when he was 22 years old. Wheeler was born on May 17, 1860, and died on April 20, 1923. He was an American electrical engineer and inventor who worked on electric machinery during the early development of the commercial electrical industry.

His work went beyond the electric fan. In 1883, Wheeler patented an early electric elevator design. In 1885, he patented an electric fire-engine system. He also worked on ways to use electric motors with other machines.

One of his projects involved the Gatling gun. Wheeler attached an electric motor to the gun so that it could be fired by pressing a button. His work also included industrial controls. He developed series-multiple motor controls and worked on the paralleling of dynamos.

Wheeler's career was connected to Thomas Edison's growing electrical business. In 1883, he joined Edison's engineering staff. He worked with early electrical installations and was involved with the Pearl Street Station and underground incandescent light plants. His career shows how the early electric fan was part of a wider body of engineering work.

How did the electric fan help the world?

The electric fan provided a way to move air without continuous human or animal effort. This was important because electric motors could run machines for extended periods when electricity was available. The idea could be used in homes, offices and other buildings.

The fan also helped demonstrate a wider use for electric motors. Electricity was not limited to lighting. It could also power machines that performed physical work. This principle became important as electrical systems expanded.

Fans later became part of homes, workplaces, factories and other buildings. They were used to circulate air and provide cooling. The development of electric fans also formed part of the wider history of mechanical ventilation and household electrical appliances.

The early fan was not safe by modern standards. Its exposed blades could cause injury. Later electric fan designs added protective cages and other safety features. The basic principle, however, remained similar. An electric motor turns blades, and the blades move air.

From invention to commercial production

Wheeler later helped take electric motor technology into commercial production. He co-founded the Crocker-Wheeler Motor Company with Francis Crocker. The company became associated with electric motors designed for practical applications and power efficiency.

The company began producing and marketing electric fans commercially in the late 1880s. The fans were initially products for people and businesses that could afford the cost of early electrical equipment. Large offices were among the places where electric fans could be used. At the time, electric equipment was still developing and was not available to every household.

The Crocker-Wheeler Motor Company focused on small-scale electric motors and other electrical machinery. This work helped connect Wheeler's invention with the expanding commercial electrical industry.

Wheeler's other inventions and engineering work

The electric fan was one part of Wheeler's career.

His other work included:

• Electric elevator: Wheeler patented an early electric elevator design in 1883.
• Electric fire-engine system: He patented an electric fire-engine system in 1885.
• Gatling gun electrification: He connected an electric motor to a Gatling gun so it could be fired by pressing a button.
• Industrial motor controls: He developed series-multiple controls for electric motors.
• Dynamos: He worked on methods for paralleling dynamos.

These projects reflected his focus on electric motors, power use and machinery.

Wheeler also held a leadership role in the American Institute of Electrical Engineers, or AIEE. He eventually became its president and served from 1905 to 1906. During his career, he worked during a period when electrical engineering was becoming a professional field. The AIEE was founded in 1884, and its history later became part of the history of IEEE.

Recognition for the electric fan

Wheeler received recognition for his work on the electric fan. In 1904, the Franklin Institute awarded him the John Scott Medal for the electric fan. The Franklin Institute records Wheeler as a 1904 Scott Medal recipient under the subject of invention, with the award associated with his electric fan.

The John Scott Legacy Medal had a long history of recognising inventions and improvements that were considered useful. The award was administered through Philadelphia and the Franklin Institute's scientific committees. The recognition came more than two decades after Wheeler developed the first electric fan.

Why the 1882 electric fan remains important?

The electric fan is an example of how an existing technology can be combined with a new power source to create a practical machine. Wheeler did not need a complex system to make the basic device work. He used an electric motor and attached a two-bladed propeller to its rotating shaft. The result was a machine that converted electrical energy into airflow.

The original buzz fan had exposed blades, made noise and used early DC power. Modern fans have safety guards, different blade designs, improved motors and electronic controls. The technology has changed, but the basic idea remains connected to Wheeler's 1882 design.

His invention also came during the same period when electric power systems were expanding. The Pearl Street Station began commercial electric service in 1882, helping create an environment in which electric motors could be used for practical purposes. The history of the first electric fan therefore connects a simple household device with the development of electric motors, commercial electricity and electrical engineering.