23960 CC/W33
Spherical roller bearing with relubrication features
Spherical roller bearings can accommodate heavy loads in both directions.
They are self-aligning and accommodate misalignment and shaft deflections, with virtually no increase in friction or temperature. The design includes features to facilitate relubrication. The bearings can be used in a modular system, including housings, sleeves and nuts.
- Accommodate misalignment
- High load carrying capacity
- Relubrication features
- Low friction and long service life
- Increased wear resistance
Dimensions
d |
300 mm
|
Bore diameter |
tΔdmp |
-0.035 – 0.0 mm |
Deviation limits of mid-range bore diameter |
D |
420 mm
|
Outside diameter |
tΔDmp |
-0.045 – 0.0 mm |
Deviation limits of mid-range outside diameter |
B |
90 mm
|
Width |
tΔBs |
-0.1 – 0.0 mm |
Deviation limits of ring width |
d2 |
≈333 mm
|
Shoulder diameter of inner ring |
D1 |
≈385 mm
|
Shoulder/recess diameter of outer ring |
b |
11.1 mm
|
Width of lubrication groove |
K |
6 mm
|
Diameter of lubrication hole |
r1,2 |
min.3 mm
|
Chamfer dimension |
|
Normal
|
ISO tolerance class for dimensions |
Abutment dimensions
da |
min.313 mm
|
Diameter of shaft abutment |
Da |
max.407 mm
|
Diameter of housing abutment |
ra |
max.2.5 mm
|
Radius of fillet |
Calculation data
SKF performance class |
|
SKF Explorer
|
Basic dynamic load rating |
C |
1 413 kN
|
Basic static load rating |
C0 |
2 500 kN
|
Fatigue load limit |
Pu |
200 kN
|
Reference speed |
|
1 400 r/min
|
Limiting speed |
|
1 600 r/min
|
Limiting value |
e |
0.19
|
Calculation factor |
Y1 |
3.6
|
Calculation factor |
Y2 |
5.3
|
Calculation factor |
Y0 |
3.6
|
Tolerances of run-out
Range of section height at inner ring of assembled bearing |
tKia |
13 µm
|
Maximum run-out of inner ring side face to the bore |
tSd |
13 µm
|
Range of section height at outer ring of assembled bearing |
tKea |
23 µm
|
Perpendicularity of outer ring outside surface |
tSD |
7.5 µm
|
ISO tolerance class for geometrical tolerances |
|
P5
|
Radial internal clearance
Minimum initial clearance |
190 µm
|
Maximum initial clearance |
280 µm
|