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Hydrodynamic coupling - max. 1 800 rpm | Torque™ series
True Torque® fluid couplings provide for soft cushioned...
Hydrodynamic coupling - max. 1 800 rpm | Torque™ series
True Torque® fluid couplings provide for soft cushioned...
Electromagnetic coupling
This type of LINEAR electromagnetic coupling for AXIAL (non-rotating) motion differs from all others. Manufactured and patented to ensure two "parts" in motion, usually held together by the coupling,...
Electromagnetic coupling
This type of LINEAR electromagnetic coupling for AXIAL (non-rotating) motion differs from all others. Manufactured and patented to ensure two "parts" in motion, usually held together by the coupling, a free axial motion towards their separation point or in the opposite direction to the disconnected coupling. This configuration allows the "parts" moved by actuators to translate freely ONE AGAINST THE OTHER in the event of power failure or should the actuators motion directions, in compliance with all safety regulations.
This product is only made upon specific customer request.
Power supply = 12 - 24 VDC - Other
Dual action axial motion transmission
100 ED% and/or intermittent ED duty
Single coil
High transmission force
This product is only made upon specific customer request.
Power supply = 12 - 24 VDC - Other
Dual action axial motion transmission
100 ED% and/or intermittent ED duty
Single coil
High transmission force
Hydrodynamic coupling
The hydrodynamic principle of a fluid coupling makes it easy to gently accelerate driven machines. At the same time, fluid couplings limit torque, provide load sharing, and dampen torsional vibrations.
Hirth coupling - max. 15 000 kNm
Hirth coupling is a form-locking, self-centering and easily detachable connection component. Hirth couplings connect shafts, disks, rotors, wheels and cranks made...
Hirth coupling - max. 15 000 kNm
Hirth coupling is a form-locking, self-centering and easily detachable connection component. Hirth couplings connect shafts, disks, rotors, wheels and cranks made of metal or plastic with remarkable precision and maximum torque capacity.
Our product portfolio includes:
Machining of teeth on customer components
Manufacture of customer specific Hirth rings
Supply of standard Hirth rings
Engineering services in calculation, design and quality control
Torque up to 15,000 kNm can be transmitted wear-free, with comparably small diameter. Positional accuracy of 1 2 angle seconds is achievable.
Our product portfolio includes:
Machining of teeth on customer components
Manufacture of customer specific Hirth rings
Supply of standard Hirth rings
Engineering services in calculation, design and quality control
Torque up to 15,000 kNm can be transmitted wear-free, with comparably small diameter. Positional accuracy of 1 2 angle seconds is achievable.
Hydrodynamic coupling / variable-speed - TurboCool
The Voith TurboCool coupling optimizes the operation of gas compressor stations with engine driven cooling fans. This coupling reliably regulates the speed of the fans to maintain optimum cooling performance.
The advantages:
The...
The advantages:
The...
Hydrodynamic coupling / variable-speed - TurboCool
The Voith TurboCool coupling optimizes the operation of gas compressor stations with engine driven cooling fans. This coupling reliably regulates the speed of the fans to maintain optimum cooling performance.
The advantages:
The cooling system does not freeze up and does not overheat. This increases availability to the compressor station.
The cooling system requires less power. Increase of gas production is possible with saved power.
Lower cooling capacity means lower CO2 emissions and lower fan noise. Environmental pollution is reduced.
TurboCool transmits power hydrodynamically, this means through moving fluid. Power transmission is thus wear-free. Connection to three-phase supply is not necessary. Thus, the coupling is directly applicable to remote compressor stations which are not connected to the power grid. The coupling can be integrated into new as well as existing systems. It has power from 45 to 110 kW.
The advantages:
The cooling system does not freeze up and does not overheat. This increases availability to the compressor station.
The cooling system requires less power. Increase of gas production is possible with saved power.
Lower cooling capacity means lower CO2 emissions and lower fan noise. Environmental pollution is reduced.
TurboCool transmits power hydrodynamically, this means through moving fluid. Power transmission is thus wear-free. Connection to three-phase supply is not necessary. Thus, the coupling is directly applicable to remote compressor stations which are not connected to the power grid. The coupling can be integrated into new as well as existing systems. It has power from 45 to 110 kW.