Magnetic resistance adjustment principle of magnetic resistance elliptical machine

The principle of the resistance adjustment of the magnetic resistance elliptical machine is relatively easy to understand. You can imagine a permanent magnet as the magnetic force change between the magnet and the flywheel shaft. Set a large resistance, that is, bring the flywheel shaft and the electromagnet closer together, and the magnetic force between the flywheel shaft and the electromagnet will be stronger at this time.

Set a small resistance, that is, move the flywheel shaft and the electromagnet farther away. At this time, the magnetic force between the flywheel shaft and the electromagnet becomes weaker. Set the resistance value of the manual magnetic control elliptical machine. When the flywheel shaft and the permanent magnet are closer, the magnetic field becomes stronger, and a stronger driving force is required for the flywheel to operate, that is, the resistance of the elliptical machine is increased. When the distance between the flywheel shaft and the permanent magnet is far away, the magnetic field becomes weaker.

The operation of the flywheel is more labor-saving, that is, the resistance of the elliptical machine is reduced. After the elliptical machine is powered on, the electromagnet generates magnetic force. Magnetic changes. Changing the resistance of the electromagnetically controlled elliptical machine is actually adjusting the distance between the electromagnet and the flywheel shaft.