Choose another model · 384 models
No matching model.
Representative product photographs. Appearance varies by bearing size and design.
30206
Single Row Tapered Roller Bearing
A separable bearing with tapered rollers and raceways, designed for combined radial and axial loading. The inner ring, roller and cage assembly can be mounted separately from the outer ring.
For axial loading in both directions, single row bearings are used in a suitable paired arrangement. Confirm the operating clearance or preload for the application.
30206 Dimensions
Source: supplied GB/T 297-94, page 2. Linear dimensions in mm. — = not provided.
| Symbol | Value | Description |
|---|---|---|
| d | 30 | Bore diameter |
| D | 62 | Outside diameter |
| T | 17.25 | Overall bearing width |
| B | 16 | Inner ring width |
| C | 14 | Outer ring width |
| r₁, r₂ min. | 1 | Inner ring minimum chamfer dimensions |
| r₃, r₄ min. | 1 | Outer ring minimum chamfer dimensions |
| α | 14°02′10″ | Nominal contact angle (GB/T drawing) |
| E | 49.990 | Outer ring nominal small inside diameter |
30206 Dimension Drawing
Schematic section, not to scale. Dimension values follow the supplied catalogue data. Not a manufacturing drawing.
Additional Dimensions
The following dimensions are from the SKF 30206 reference screenshot supplied with this request. They are separate from the GB/T boundary dimensions and require confirmation for the AOSN product.
| Symbol | Reference value (mm) | Description |
|---|---|---|
| d₁ | ≈ 45.3 | Inner ring shoulder diameter |
| a | 13.65 | Distance to pressure centre |
| dₐ max. | 38 | Shaft abutment diameter |
| dᵦ min. | 37 | Shaft abutment diameter |
| Dₐ min. / max. | 53 / 56 | Housing abutment diameter |
| Dᵦ min. | 57 | Housing abutment diameter |
| Cₐ min. | 2 | Large-side axial clearance |
| Cᵦ min. | 3 | Small-side axial clearance |
| rₐ max. / rᵦ max. | 1 / 1 | Abutment fillet radii |
Load ratings, speed limits, cage specification and tolerances are not specified in the supplied dimensional table. Contact AOSN to confirm these application parameters.
