|Dimensions - d (inside diameter)||170mm|
|Dimensions - D (outside diameter)||360mm|
|Dimensions - B (width)||120mm|
Spherical roller bearing with cylindrical bore and annular groove with three lubrication holes in outer ring 170mm inside x 360mm outside x 120mm width
Why spherical roller bearings?
Spherical roller bearings offer an attractive combination of design features, which are making them irreplaceable in many demanding applications.
Spherical roller bearings accommodate misalignment between the shaft and housing without increasing friction or reducing bearing service life.
Very high load carrying capacity
Optimized internal geometry within the available cross section provides maximum radial and axial load carrying capacity.
Insensitive to misalignment caused by shaft or housing deflections as a result of heavy loads.
Easily fitted for loads in all directions
The bearings are non-separable and ready to install, having a choice of mounting methods.
SKF bearings are developed for customer satisfaction. The best confirmation of the total quality of SKF spherical roller bearings is their success on the market. There are twice as many SKF spherical roller bearings in service as those of any other bearing manufacturer. This is not just by chance: SKF spherical roller bearings are well-proven in the field and undergo continuous development to provide improved performance. The latest examples include the introduction of SKF Explorer bearings, which opened up new application horizons.
d 170 mm Bore diameter
D 360 mm Outside diameter
B 120 mm Width
d2 ?213 mm Shoulder diameter of inner ring
D1 ?300 mm Shoulder/recess diameter of outer ring
b 16.7 mm Width of lubrication groove
K 9 mm Diameter of lubrication hole
r1,2 min.4 mm Chamfer dimension
da min.187 mm Diameter of shaft abutment
Da max.343 mm Diameter of housing abutment
ra max.3 mm Radius of fillet
Basic dynamic load rating C 1 863 kN
Basic static load rating C0 2 160 kN
Fatigue load limit Pu 176 kN
Reference speed 1 400 r/min
Limiting speed 1 800 r/min
Limiting value e 0.33
Axial load factor Y1 2
Axial load factor Y2 3
Axial load factor Y0 2
Mass 59 kg