Mechanical Governor: Learn Definition, Working Principle, Types, and Advantages

A mechanical governor is a device that regulates and controls the speed or operation of a machine or engine through mechanical means.

The difference between a mechanical and electronic governor lies in their methods of operation, where mechanical governors use mechanical components and linkages, while electronic governors utilize electronic control systems for regulating and controlling the speed or operation of a machine or engine.

Governors find applications in various fields such as engines, turbines, generators, vehicles, and industrial machinery, where they are used to regulate and control speed, maintain stability, and ensure efficient operation.

The two types of governors are Centrifugal governor and Inertial governor.

The importance of a mechanical governor is to regulate and maintain the speed and stability of a mechanical system, such as an engine or turbine, by controlling the fuel or energy input.