NOTE! This site uses cookies and similar technologies.

If you not change browser settings, you agree to it. Learn more

I understand
The implementation of "ROTOR-SYSTEM 546" as drive unit in various machines and equipments offers an


Technical data :   Box (GH) ∅ 1000 mm
Compression cylinder (D) in mm : 250
Gas pressure in bar : 50
Piston force F in Newton N : 245000
Lever arm in mm : 200 e
Total twisting moment : 98400 NM

Description: The "System 546" is equipped with a drive device that enables the driving of the Outputshaft AB. The drive equipment includes a Drive journal AZ, a Guide fork FG, a level system consisting of a Support bar ST and a Cross level Q, a Pressure element D, a Distance separator AH and a Driving wheel AS.


AZ is tork-proof and diagonally (45°) connected to AB and leaded in FG. FG and the support bar ST pass orthogonally to AZ proceeding an angle of 45° to the axis of rotation. A compression cylinder D and a spacer AH are proceeding parallely to the rotation axis AB and are connecting Q with AS.


The piston force emerges a torsional force which will be introduced as torque / torsional moment via FG and AZ. A permanent piston force results in a permanent torque in the output drive shaft AB, effected / achieved by the relatively constant position of the lever arms one to the other.

Application examples

Box Ø in mm (GH) 200 300 500
Compression cylinder D in mm Ø 40 70 120
Gas pressure in bar 50 50 50
Piston force F in Newton N 6250 19460 56500
Lever arm e in mm 40 60 100
Twisting moment in Nm 250 1168 5650


The "ROTOR-SYSTEM 546" makes it possible to gain permanent energy from "static force" or “gravity”. This allows an L-shaped lever - this extends obliquely (45 °) to the drive shaft. The lever takes the static force from the power supply and converts it into a torsional force, which is introduced as a permanent torque into the drive shaft. This results in a permanent drive torque.
The "Rotor-System 546" basically consists of only 4 main components:

  1. A drive shaft with disc
  2. A power generator (e.g., a pressure cylinder, compression spring, or a weight)
  3. An L-shaped lever
  4. A cylindrical housing

The "Rotor-System 546" allows an enormous performance potential. For example, on

Rotor -System mit 200 mm ∅ ; torque approx. 250 Nm
Rotor -System mit 1000 mm ∅ ; torque of approx. 98,400 Nm

The "Rotor-System 546" is protected by international law.
Advantages of this Rotor System are:

By simple construction cheap production costs. Virtually no wear parts The variety of possible applications stimulates the economy. No emissions - contributes to improving the climate and provides a better quality of life for humans and animals as well as a green environment.
Alois Wimmer