Magnetic-force motor

摘要

During operation of the magnetic-force motor, the electrical energy which is supplied is converted into magnetic energy, and this magnetic energy is converted into mechanical energy by means of an electronically controlled magnet system. The magnet system consists of 36 electromagnets which are arranged at intervals of 10 degrees in the interior of the stator. The ends of the magnet coils have the correct polarity and are connected in DC terms, in the clockwise direction, to the outputs of the electronic circuit on the boards. In order to form the four magnet poles, in each case 6 magnetic coils are connected in parallel by means of the reflector strip in the electronic commutator. Deflecting the rotor magnet poles displaces the reflector strip, which displacement in the rotation direction connects in each case one electromagnet and disconnects one at the end. This leads to displacement of the magnetic fields and thus also of the magnet poles, which initiate renewed deflection of the rotor magnet poles. The total resistance of the 24 magnetic coils when connected in parallel is one 24th of the resistance of one magnet coil, and it consumes 24 times as much current. Current x resistance x self-induction factor = 2.2 produces the necessary operating voltage.