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  Transmittable forces
 
 

The specifications provided here apply to the most unfavourable tolerance constellation of the connecting components (shaft k6/m6, bore H7). 

Subjection of the clamped connection to steady, pulsating, alternating or sudden stress has no impact provided the occurring peak forces do not exceed the catalogue values.
 
M:
 Transmittable torque at Fa = 0
The specified values were ascertained in a series of tests, in which the connecting components were made of C45 steel, produced with the stipulated surface quality.

Fa: Transmittable axial force at M = 0
The Fa-values shown in the table are calculated according to the formula:
 

 
  
M = Transmittable torque (table) [Nm] 
d1 = Shaft diameter [mm]

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The risk of fretting corrosion is always a possibility in friction-locked connections subjected to alternating torsion or rotating bending stress. This phenomenon can complicate dismantling, and can be prevented by complying with the following instructions:

Adm. alternating torsion  

 
  
Adm. rotating bending stress
 
 

 
M and Fa:
If torque and axial forces act on a clamping sleeve at the same time, check using the following formula whether the resulting torque Mr is transmittable.
 

 
   
M = Transmittable torque (table) [Nm] 
Mr = Resulting torque [Nm] 
Me = Required torque [Nm] 
Fae = Required axial force [N]
d1 = Shaft diameter [mm]

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