Offset Parallel Variable Transmissions

4 Results
Geared Variable-Speed Coupling -- R..A
from Voith Turbo Inc.

Step-down gear for low-speed driven machines. The coupling is fitted with a helical reduction gear on the output side. By adding a hydrodynamic brake (optional) with a appropriate braking torque characteristic, the heavy masses of the driven machine can be rapidly decelerated. Benefits: Robust... [See More]

  • Shaft Orientation: Offset Parallel
  • Output Shaft Position: Horizontal
  • Drive Type: Gear Drives / Differentials
  • Mounting: Base
Geared Variable-Speed Coupling -- R..GS Series
from Voith Turbo Inc.

The coupling is direct driven and adapted to the required speed of the driven machine by the step-up gear located at the output side of the coupling. Suitable for high outputs at extremely high speeds. Benefits: High powers at very high speeds. High gear ratio. Design to API Standard possible. [See More]

  • Shaft Orientation: Offset Parallel
  • Output Shaft Position: Horizontal
  • Drive Type: Gear Drives / Differentials
  • Mounting: Base
Geared Variable-Speed Coupling -- R.KGS Series
from Voith Turbo Inc.

A step up gear is integrated both at the input and the output side. The coupling is suitable for particularly high output speeds. Benefits: Very high output speeds. High output at high speeds. High gear ratio. API designs available [See More]

  • Shaft Orientation: Offset Parallel
  • Output Shaft Position: Horizontal
  • Drive Type: Gear Drives / Differentials
  • Mounting: Base
Geared Variable-Speed Coupling -- RKM Series
from Voith Turbo Inc.

A combination of a high-performance gearbox and a variable-speed coupling with high power density; step-up gearing. Modular design; functionally associated components are designed as modules and have standardised interfaces for other modules. Benefits: Increased technical flexibility. Improved... [See More]

  • Shaft Orientation: Offset Parallel
  • Output Shaft Position: Horizontal
  • Drive Type: Gear Drives / Differentials
  • Mounting: Base