Downloads
item number
KMTA060150-BR
Thread
M60
Thread pitch
1.5
Material
Steel min. 500N/mm²
Height
24 mm
Outer diameter
84 mm
Surface
burnished
Weight
0.62 kg
Our locknuts KMTA are the right choice when the highest demands are placed on threads and axial run-out tolerances!
The locking technology used means that a shaft groove can be dispensed with and shafts with a smaller diameter can be selected in the design.
Our nuts have axial run-out accuracies of less than 0.005 mm!
Functionality:
KMTA locknuts have three locking elements offset by 120°.
These each consist of a brass pin through which the thread profile of the shaft is cut,
which is pressed onto the shaft thread with a grub screw and thus secures the nut against unintentional loosening.
The locking elements sit at an angle of 60° in the nut body and can be used in addition to the pure nut locking
to compensate for the smallest axial run-out inaccuracies occurring within the tolerance limits between shaft and nut
Note:
- For applications where high speeds and low-vibration running are required, we recommend our locknut STM-R
Availability:
Do you have any questions or can't find the product you are looking for? No problem!
Special dimensions, special materials and surfaces and queries do not deter us, we look forward to your message or your call!
Downloads
item number
KMTA060150-BR
Thread
M60
Thread pitch
1.5
Material
Steel min. 500N/mm²
Height
24 mm
Outer diameter
84 mm
Surface
burnished
Weight
0.62 kg
Our locknuts KMTA are the right choice when the highest demands are placed on threads and axial run-out tolerances!
The locking technology used means that a shaft groove can be dispensed with and shafts with a smaller diameter can be selected in the design.
Our nuts have axial run-out accuracies of less than 0.005 mm!
Functionality:
KMTA locknuts have three locking elements offset by 120°.
These each consist of a brass pin through which the thread profile of the shaft is cut,
which is pressed onto the shaft thread with a grub screw and thus secures the nut against unintentional loosening.
The locking elements sit at an angle of 60° in the nut body and can be used in addition to the pure nut locking
to compensate for the smallest axial run-out inaccuracies occurring within the tolerance limits between shaft and nut
Note:
- For applications where high speeds and low-vibration running are required, we recommend our locknut STM-R
Availability:
Do you have any questions or can't find the product you are looking for? No problem!
Special dimensions, special materials and surfaces and queries do not deter us, we look forward to your message or your call!