Single row full complement cylindrical roller bearings are designed to accommodate very high radial loads in combination with moderate speeds. The bearings incorporate a maximum number of rollers as they are not equipped with a cage. Having two integral flanges on the inner ring and one flange on the outer ring, NCF design bearings can accommodate axial displacement in one direction. A retaining ring on the outer ring holds the bearing together. The retaining ring should not be loaded axially during operation.
| d | 280 mm | Bore diameter |
|---|---|---|
| D | 380 mm | Outside diameter |
| B | 60 mm | Width |
| d1 | ≈ 314 mm | Shoulder diameter inner ring |
| D1 | ≈ 348 mm | Shoulder diameter outer ring |
| E | 359.1 mm | Raceway diameter outer ring |
| s | max. 3 mm | Permissible axial displacement from the normal position of one bearing ring relative to the other |
| r1,2 | min. 2.1 mm | Chamfer dimension |
| r3,4 | min. 1.5 mm | Chamfer dimension |
| da | min. 291 mm | Abutment diameter shaft |
|---|---|---|
| das | 309 mm | Abutment diameter shaft |
| Da | max. 368 mm | Abutment diameter housing |
| Db | max. 370 mm | Abutment diameter housing |
| ra | max. 2 mm | Fillet radius |
| rb | max. 1.5 mm | Fillet radius |
| Basic dynamic load rating | C | 880 kN |
|---|---|---|
| Basic static load rating | C0 | 1 730 kN |
| Fatigue load limit | Pu | 166 kN |
| Reference speed | 700 r/min | |
| Limiting speed | 900 r/min | |
| Calculation factor | kr | 0.2 |
| Limiting value | e | 0.3 |
| Calculation factor | Y | 0.4 |
General bearing specifications
Bearing interfaces
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