Understanding the Perendev magnetic motor

The Perendev magnetic motor is a device that contains two or more magnets which have identical North/South polarity between them.  It results in the inside wheel magnets repelling the outer wheel magnets, and vice versa. The Perendev magnetic motor works by concentrating on the magnetic field, the angles of magnets and a peculiar method of shielding. The Perendev device consists of two magnets in the same plane. When they are rotated, forces of repulsion and attraction are created.  The Perendev motor does not require any power to set it in motion. The tests conducted show there is no reduction in magnet strength as the motor operates continuously.

The external magnet in the Perendev device is fixed. A shaft is arranged in such a way that it crosses with the interior and attaches to the exterior.  The Perendev magnetic motor does not violate any law of thermodynamics, as the perpetual magnets are responsible for generation of movement. These magnets lose strength with time. The Perendev device’s primary function is to transform potential energy into kinetic energy. When the potential energy is exhausted, the movement stops. The Perendev magnetic motor has movement because the magnets are fixed on the rotor are secured with steel. This makes the magnet stronger where it is left open, at the top and bottom. However, this makes the magnetic flux closer. The magnetic flux isolates the magnetic field around magnets.

The steel is not attracted by stators as the magnets on the stators are also sealed. The area of magnets on the rotor (area between top of magnets) which is not sealed has the strongest magnetic force. Steel is used in the Perendev magnetic motor because it helps the magnetic flux to travel faster in comparison to air. This helps in cutting the magnetic field short.

Design of the Perendev magnetic motor:

The Perendev magnetic motor contains two powerful magnets.  The device consists of one fixed plate, which has its north side parallel to the disk’s surface and the other disk on the rotating plate, which is connected to small gear G1. When the magnet over G1’s north side is parallel to the rotating disk, they will repel each other. The magnet on the left disk tries to rotate the disk in a clockwise direction.

The Perendev magnetic motor consists of two magnets on both sides of a rotating disk at 30 angular distances. The large gear G0 is connected to the rotating disk with a rod. Hence, when the disk rotates due to repulsion, it rotates gears G1 and G0 since they are both connected to each other.