•Torsionally flexible jaw-type coupling.

 •Axial plug-in, good dynamical features.

 •Failsafe, vibration reducing.

 •Max. torque: 70,000 Nm.

 •Elements DZ

 •Torsionally flexible jaw-type coupling acc. to DIN 740

 •Axial plug-in - maintenance-free

 •Failsafe, vibration-reducing

 •Max. torque = 6127 Nm

 •Torsionally flexible shaft coupling.

 •Axial plug-in - maintenance-free.

 •Not failsafe.

 •Vibration-reducing

 •Curved-tooth gear coupling.

 •Torsionally stiff, double cardanic.

 •Material combination: nylon / steel.

 •Torque : 5 Nm - 2500 Nm

• Double-cardanic all-steel coupling.
• acc. API 610, API 671 optionally.
• High power density.
• Max. Torque. 270.000 Nm.
• -20°C up to +80°C.
• AGMA Standard \"9008-B00\"
  

• Torsionally rigid flange coupling.
• Application: hydrostatic mobile hydraulics.
• Available up to an engine power of 500 kW.
• Flange dimensions according to SAE - J620
  

• High elastic flange coupling.
• Use in mobile hydraulics.
• Available up to engine power of 500 KW.
• Flange dimensions according to SAE - J620
  

• One-part, elastic flange coupling.
• Use between diesel engine / hydraulic pump.
• Size 28 and 32 with 3-hole flange fixing.
• Size 50 with connection according to SAE 6 1/2
  

• Steel laminae coupling.
• acc. with API 610.
• Torsionally stiff - backlash/maintenance-free.
• Temp. up to 280°C / 536°F.
• Shaft distance dimensions up to 6000 mm
  

• Steel lamina coupling.
• Coupling in accordance with API 610, API 671 optionally.
• Max. Torque: 560.000 Nm.
• Backlash-free - torsionally stiff - maintenance-free
  

• Backlash-free jaw-type coupling, axial plug-in.
• Vibration reducing.
• Failsafe, maintenance free.
• Torque: 0.2 - 4800 Nm
  

• Metal bellow-type.
• Bellow made from stainless steel.
• Backlash-free, torsionally stiff, maintenance-free.
• Coupling for servo and linear drives, positioning systems
  

• Backlash-free torque transmission.
• Increased torsional stiffness.
• Low mass moment of inertia (aluminium parts).
• Stainless steel discs (flexible in bending)
  

• Permanent magnet coupling.
• Optionally API 685.
• Hermetic separation of the driving and driven side.
• Resistent to aggressive media.
• Torque: 0,15 Nm - 1000 Nm
  

• Backlash-free shaft coupling.
• 3-parted double-cardanic.
• Small dimensions - low flywheel mass.
• Axial plug-in - easy blind assembly
  

• Frictionally-engaged.
• Torque adjustment in assembled condition.
• Overload protection up to 6,800 Nm.
• Important volume of wear and tear - long life cycle
  

• Positive locking.
• Backlash-free, torsionally stiff overload protection.
• Switchoff of the drive in case of overload.
• Easy integration of customer parts
  

• Positive locking.
• Backlash-free shaft-hub connection.
• Switchoff of the drive in case of overload.
• Automatic readiness for working
  

• Shaft-hub connection free of wear and tear.
• No additional hub centering.
• Axial fixing of the hub.
• Torque: from 14 Nm - 956500 Nm
  

• Shaft-hub connection free of wear and tear
• For individual hub construction
• Axial fixing of the hub
• Torque: from 2 Nm - 94202 Nm
  

• Shaft-hub connection free of wear and tear
• Power transmission even in case of highest loads
• Use: hollow shafts, slip-on gear mechanism
• Torque: from 30 Nm - 744000 Nm
  

• Shaft-hub connection free of wear and tear
• Backlash-free power transmission
• Easy assembly
• Torque: from 159 Nm - 9610 Nm
  

• Complete solution for measuring torque and speed at low cost
• New patented measurement technique
• Very high signal bandwidth
• Maintenance-free, contactless
  

• made of aluminium, cast iron and polyamide
• bottom flanges
• mounting flanges and sealings
  

• Damping rings
• Damping bars
• Elastic pipe fairleads
  

• Steel and aluminium
• Oil sumps
• Servicing covers
• Accessories
  

• Oil/air cooler
• Oil/water cooler
• Tank heatings
• Industrial controller, level and temperature switch 
  

• Application for all drives in mechanical engineering
• Single precision joints
• Double precision joints
• Design with plain bearing or needle bearing
  

• Use of common dynamometric screwdrivers (up to approx. 100 Nm) even with big screws, e. g. M42 thread.
• Benefits with costs (easy and quick assembly or disassembly, respectively, no need for special tools).
• Optimum load of screws, because they are only loaded with extension (no torsional load like with usual screw connections).