Print Back
No machine element other than a cardan shaft allows power transmission of torque between spacially offset driving and driven shafts whose position can be changed during operation.

Spatial angular motion and changes of axial length are ensured by advanced constructional elements.

Thus, cardan shafts have become an indispensable transmission component in automotive engineering and industry.
Cardan Shafts without Length Displacement
Unit of Measure
1 2 

Item #

Design Type

Maximum Angle (ß)

Limiting Torque

Alternating Torque

95-47 N/A Normal Angle Design N/A 15 º N/A 175000 Nm N/A 58000 Nm
97-47 N/A Normal Angle Design N/A 15 º N/A 200000 Nm N/A 70000 Nm
98-47 N/A Normal Angle Design N/A 15 º N/A 200000 Nm N/A 70000 Nm
82-H-57 N/A Normal Angle Design N/A 20 º N/A 55000 Nm N/A 23000 Nm
86-H-57 N/A Normal Angle Design N/A 15 º N/A 105000 Nm N/A 36000 Nm
90-H-57 N/A Normal Angle Design N/A 15 º N/A 150000 Nm N/A 53000 Nm
95-H-57 N/A Normal Angle Design N/A 15 º N/A 200000 Nm N/A 72000 Nm
97-H-57 N/A Normal Angle Design N/A 15 º N/A 260000 Nm N/A 100000 Nm
S1-H-57 N/A Normal Angle Design N/A 10 º N/A 370000 Nm N/A 140000 Nm
S2-H-57 N/A Normal Angle Design N/A 10 º N/A 600000 Nm N/A 225000 Nm
Unit of Measure
1 2