SKF Split Cylindrical Roller Bearings are bearings designed to withstand radial loads and feature a row of cylindrical rollers, a cylindrical inner ring and an outer ring raceway. They can be equipped with an outer ring flange (locating bearing position) or without an outer ring flange (non-locating bearing position) according to different installation requirements.
This design is particularly suitable for difficult-to-access applications, such as those that require frequent disassembly and maintenance, as its split design simplifies installation, disassembly and maintenance processes.
Design and functional features
The design features of SKF Split Cylindrical Roller Bearings include: A row of cylindrical rollers: Provides stable radial support. Split design: Facilitates installation and maintenance in difficult-to-access environments. Outer ring flange: Optional outer ring flange is suitable for installation environments that require positioning. Widely used: Suitable for a wide range of industrial applications from the lightly loaded 100 series to the high-load 03/03E series
Application scenarios and industry applications
These bearings are widely used in a variety of industries, including:
High operating speed applications: Such as occasions requiring high speed and light load.
Extreme load conditions: Such as heavy machinery and equipment, occasions that need to withstand extreme loads.
Difficult to maintain environments: Such as bearings inside machines, occasions that require frequent maintenance but are difficult to access
Maintenance and maintenance recommendations
In order to extend the service life of SKF Split Cylindrical Roller Bearings, regular inspection and maintenance are recommended:
Regular lubrication: Ensure that the bearings are always well lubricated.
Clean maintenance: Regularly clean the bearings and their surroundings to prevent dust and impurities from entering.
Check fasteners: Make sure all fasteners are firm to prevent loosening and performance degradation.
SKF Split Cylindrical Roller Bearings are innovative, two-piece bearings engineered for applications where traditional solid bearings are impractical due to complex assembly or maintenance requirements. Their split design allows for easy installation and replacement without disassembling adjacent machinery components, significantly reducing downtime in critical industrial systems.
Key Features & Benefits of SKF Split Cylindrical Roller Bearings
Split Design Advantage
Two-piece construction (split inner/outer rings and cage) enables effortless mounting around shafts or in confined spaces, ideal for retrofitting or servicing hard-to-reach equipment.
High Radial Load Capacity
Cylindrical rollers and robust raceways handle heavy radial loads efficiently, ensuring reliability in demanding environments.
Simplified Maintenance
Eliminates the need for complete machinery disassembly, reducing maintenance time and labor costs.
Precision Engineering
Manufactured to tight tolerances for smooth operation and alignment, even in high-speed or high-vibration applications.
Versatile Sealing & Lubrication
Compatible with various sealing solutions (e.g., labyrinth seals) and lubrication methods, enhancing durability in harsh conditions (dust, moisture, extreme temperatures).
Interchangeability
Matches the dimensions of standard cylindrical roller bearings, allowing seamless integration into existing systems
Designation | Bore diameter | Outside diameter | Width | Basic dynamic load rating | Limiting speed | Mass |
---|---|---|---|---|---|---|
3.62 kg |
||||||
25.2 kg |
||||||
101.6 mm |
193.68 mm |
92.1 mm |
388.0 kN |
2130.0 r/min |
10.4 kg |
|
103.0 kg |
||||||
38.1 mm |
84.14 mm |
50.1 mm |
81.0 kN |
5400.0 r/min |
1.19 kg |
|
9.86 kg |
||||||
165.1 mm |
273.05 mm |
109.0 mm |
594.0 kN |
1320.0 r/min |
20.5 kg |
|
17.4 kg |
||||||
7.92 kg |
||||||
1.64 kg |
||||||
74.613 mm |
133.35 mm |
61.2 mm |
166.0 kN |
3310.0 r/min |
2.62 kg |
|
100.013 mm |
174.62 mm |
81.0 mm |
320.0 kN |
2340.0 r/min |
6.24 kg |
|
138.113 mm |
273.05 mm |
117.5 mm |
649.0 kN |
1450.0 r/min |
26.6 kg |
|
3.98 kg |
||||||
23.3 kg |
||||||
49.213 mm |
98.42 mm |
55.7 mm |
95.0 kN |
4630.0 r/min |
1.45 kg |
|
15.8 kg |
||||||
10.2 kg |
||||||
10.5 kg |
||||||
3.53 kg |