| |  |     |
 | | | | | design of adjacent structures | | | | | | |
| | | | | a | 27 mm | | | b1 | 6 mm | | | d1 | 40 mm | | | d1 | 14 mm | | | | | d2 | 4,5 mm | | | da max | 18 | | | | da min | 9 mm | | | j | 32 mm | | | m | 27,5 mm | | | n | 16 mm | | | r1 min | 0,6 mm | | | rmin | 0,3 mm | |
| | | m | 0,08 kg | | | ca | 6900 n | | basic rated dynamic load, axial direction |
| | c0a | 8500 n | | basic rated static load, axial |
| | ng fett | 12000 1/min | | limit speed of grease lubrication |
| | mrl | 0,02 nm | | | cal | 200 n/µm | | | ckl | 8 nm/mrad | | | mm | 0,0044 kg x cm^2 | | weight moment of inertia of rotating inner ring |
| | 2 µm | | axial beat
the axial runout of the screw support bearing configuration is based on the inner ring rotation. |
| | 4 x m4 | | number x fixing screw size according to din 912-10.9
the tightening torque of the set screws must be in accordance with the manufacturer's data.
screws are not included in the scope of supply. |
| | zm06 | | recommended code for ina locking nut |
| | | | the lock nut is not included in the scope of supply. |
| | ma | 2 nm | | tightening torque
only for ina precision lock nuts |
|
|
|
|
assembly
