SKF Tapered Roller Bearings are high-performance bearings with a wide range of design options for a wide range of industrial applications. They can be customized to match specific speed, load, contamination, temperature or vibration conditions based on specific application needs. SKF Tapered Roller Bearings consist of a cup and cone assembly, where the cup is the outer ring and the cone assembly includes the inner ring, rollers and cage. This structural design is able to withstand combined loads and provide low friction in operation.
Features and Benefits Low Friction: SKF Tapered Roller Bearings provide low friction in operation, reducing energy loss and equipment wear. High Load Capacity: These bearings are able to withstand large radial and axial loads and are suitable for heavy machinery and equipment. Preload Capacity: Rigid bearing applications can be achieved by adjusting the alignment of a single-row tapered roller bearing with a second-row tapered roller bearing and applying a preload. SKF Explorer Series: SKF Explorer Series Tapered Roller Bearings combine the company’s expertise in bearing design, tribology, metallurgy, lubrication and manufacturing, and are typically used in applications that require improved performance, reduced friction or increased power density
Application Scenarios
SKF Tapered Roller Bearings are widely used in various industrial fields, including but not limited to:
Heavy machinery: such as rolling mills, mining equipment, etc.
Automotive industry: used for transmission systems, differentials, etc.
Construction machinery: such as excavators, loaders, etc.
Railway and rail transportation: used for bogies and transmission systems.
Wind power equipment: used for the transmission system of wind turbines.
SKF Tapered Roller Bearings are engineered to manage combined radial and axial loads with exceptional efficiency, making them ideal for applications requiring high durability, precision, and adaptability. Featuring conical rollers and raceways, these bearings excel in automotive, industrial, and heavy machinery sectors, delivering reliable performance under extreme loads and harsh conditions.
Key Technical Specifications of SKF Tapered Roller Bearings
Design Features of SKF Tapered Roller Bearings
Conical Geometry:
Single-Row (TS/TSB): Adjustable axial clearance for thermal expansion.
Double-Row (TDI/TDO): Enhanced rigidity for heavy radial/axial loads.
Four-Row (TQO): Designed for ultra-heavy industrial applications (e.g., steel mills).
Precision Standards:
ABEC 1/3/5 (standard) | ABEC 7/9 (high precision).
Radial runout as low as 5 μm for critical applications.
Sealing Solutions:
RS1 Rubber Seals (IP65): Protect against dust and moisture.
Labyrinth Seals (VA405): Non-contact design for high-speed/high-temperature use.
SKF Tapered Roller Bearings are the ultimate solution for high-load, high-precision applications requiring robustness and adaptability. With advanced materials, smart monitoring, and global engineering support, SKF ensures maximum uptime and efficiency across industries.
Ideal For SKF Tapered Roller Bearings:
Automotive and aerospace systems.
Heavy industrial and renewable energy equipment.
Harsh environments demanding corrosion/contamination resistance.
Unique Value Proposition:
✅ Optimized load distribution for combined radial/axial stresses.
✅ Extended operational life with SKF Explorer® technology.
✅ Industry 4.0 readiness through sensor integration.
Designation | Bore diameter | Outside diameter | Width | Basic dynamic load rating | Limiting speed | Mass |
---|---|---|---|---|---|---|
41.275 mm |
82.55 mm |
26.543 mm |
76.3 kN |
0.627 kg |
||
20.0 mm |
47.0 mm |
15.25 mm |
27.5 kN |
0.126 kg |
||
519.113 mm |
736.6 mm |
258.762 mm |
6050.0 kN |
370.0 kg |
||
90.0 mm |
160.0 mm |
95.0 mm |
529.0 kN |
4000.0 r/min |
7.13 kg |
|
41.275 mm |
76.2 mm |
23.02 mm |
68.2 kN |
9000.0 r/min |
0.44 kg |
|
609.6 mm |
820.0 mm |
171.45 mm |
4020.0 kN |
265.0 kg |
||
85.0 mm |
150.0 mm |
77.0 mm |
451.0 kN |
4300.0 r/min |
5.43 kg |
|
101.6 mm |
168.275 mm |
41.275 mm |
288.0 kN |
3800.0 r/min |
3.46 kg |
|
170.0 mm |
230.0 mm |
38.0 mm |
351.0 kN |
2400.0 r/min |
4.48 kg |
|
45.242 mm |
77.788 mm |
21.43 mm |
66.8 kN |
8500.0 r/min |
0.369 kg |
|
100.0 mm |
215.0 mm |
56.5 mm |
399.0 kN |
3000.0 r/min |
8.61 kg |
|
179.934 mm |
265.112 mm |
57.15 mm |
532.0 kN |
2200.0 r/min |
9.4 kg |
|
130.0 mm |
280.0 mm |
144.0 mm |
1110.0 kN |
2400.0 r/min |
39.8 kg |
|
406.4 mm |
546.1 mm |
288.925 mm |
5100.0 kN |
180.0 kg |
||
558.8 mm |
736.6 mm |
88.108 mm |
1963.0 kN |
670.0 r/min |
92.5 kg |
|
190.5 mm |
282.575 mm |
50.8 mm |
427.0 kN |
2000.0 r/min |
9.58 kg |
|
45.242 mm |
73.431 mm |
19.812 mm |
52.8 kN |
8500.0 r/min |
0.306 kg |
|
65.0 mm |
140.0 mm |
51.0 mm |
305.0 kN |
4800.0 r/min |
3.74 kg |
|
490.0 mm |
625.0 mm |
385.0 mm |
7100.0 kN |
282.0 kg |
||
57.15 mm |
96.838 mm |
21.946 mm |
76.5 kN |
6700.0 r/min |
0.598 kg |