What is a ball engine?

Electrical equipment, ball bearing engine operates on thermal energy and rotates in response to start high currents. It is a commercially unnecessary engine that has only value in terms of understanding scientific principles. It is a very simple engine that consists of a flywheel and two sets of balls mounted on a conductive shaft. The ball bearing motor is connected to the power source that can be either alternating or direct current. He is able to rotate in both directions depending on how initially began and can spin very quickly if he has enough energy. Everything required are two ball bearing races and shafts that are approaching in them. The outer rings of the races are associated with a low -voltage -voltage source. Power sources such as network transformers, car batteries and a 12-volt jumper package are ideal. The energy source should have the maximum energy rating of several hundred amperes and should be able to supply this energyt during a reasonable time.

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shaft in the engine bearing should have enough free time to rotate freely, and ideally spin for at least three revolutions if it turns manually lightly. In order to act as a flywheel, the races must fit into a metal tube that is mounted on a non -conductive shaft. If the shaft does not fit well enough into the ball, then it can be stuck with a small aluminum foil. Good and tight adaptation ensures that electrical contact remains stable and care should be taken to ensure that the mechanism is free of grease to change freely.

6 The force then flows through the conductive shaft and flows into the inner race of the second ball bearing. It passes through these ball bearings and an outer ball and returns to the energy source. The ball bearing engine begins to rotate only in a particular direction if the initial rotated in this direction is rotatedand. It turns because heat is formed locally, causing the ball to expand and slightly stretch.

The ball pushes against the inner and outer rings, and because the bearing rotates from the rotation that gave it, the ball is pushing in the direction of movement. All balls that are in contact with both rings keep rotation and the engine begins to rotate faster. If the energy supplied is high and the resistance of the settings is low, the movement of the ball bearing the ball begins to accelerate very quickly. It can achieve very high speeds, about 1000 rpm, and both wires and engine can be extremely hot. Safety measures should be taken to protect against potential hdes and the azards and wearing eyes and face.