Flywheel Kinetic Motion Demonstration Model
(DN - 001)
  • Calculation of mass moment of inertia in rotation
  • Investigation of the influence of the acceleration distance and mass of the flywheel on the calculated inertia
  • Illustration of the law of rotational movement
  • Flywheel
    • Diameter: 300mm
    • Thickness: 45mm
    • Mass: 25kg
  • Shaft
    • Diameter: 25mm
  • Weight for the drive
    • 1x 1N (hanger)
    • 4x 1N
    • 3x 5N
  • Flywheel Kinetic Motion Demonstration Model (DN - 001)
  • Hard Copy user manual

The trainer is designed to allow trainees to study moment of inertia of flywheel; as it is used for many applications like automotive engine as it maintains a rotating mass (inertia) to assist the engine rotation and provide a more consistent delivery of torque during running.

                                     
  • The experimental unit is composed of a flywheel with a shaft, a cable and a set of additional weights.
  • The shaft represents the axis of rotation in the center of gravity of the flywheel and it is mounted on two bearings.
  • One end of the cable is attached to the shaft and the load hanger is attached to the other end where the additional weights can be placed.
  • The attached additional weights set the flywheel in a uniformly accelerated motion.
  • The apparatus is also provided with a stopwatch and a cord.
  • The apparatus allows measuring the time needed to roll down and comparing it to the times for other weights.
  • The mass moment of inertia of the flywheel is calculated from the measured time, the mass of the flywheel and the acceleration distance.
  • The apparatus is designed to be fixed to a wall.