Magnetic Gears and Magnetic Couplings NEW!
Clean, Quiet, and Safe Motion — Powered by Non-Contact Technology
- No particle generation from tooth surface wear
- Operates without the need for lubrication
- Barrier transmission allows for seal-less designs
- Low noise and vibration due to non-contact power transmission
- Easier assembly with high angular and eccentric misalignment tolerance
- Magnetic slip under overload enhances safety conditions
- Reduces vibration transmission
All Magnetic Products Catalog (PDF)
1-5 Pressure Angle
The pressure angle exists between the tooth profile and a radial line to its pitch point. In involute teeth, it is defined as the angle formed by the radial line and the line tangent to the profile at the pitch point. Here α = α’. Therefore, α’ is also the pressure angle.
- Normal to the profile
- Tangent to the reference circle
- Tangent to the profile
- Radial line
This figure indicates the meshing of a gear A and a gear B at the pitch point.
- Common normal
- Reference circle
- Reference circle
At the pitch point, the gear A is pushing the gear B. The pushing force acts along the common normal of the gear A and the gear B. The pressure angle can be described as the angle between the common normal and the line tangent to the reference circle.
(For reference)
The most common pressure angle is 20°. Formerly, a pressure angle of 14.5° was also used.