11-1470-02 bearings ( 1286 mm x 1725 mm x 168 mm) have the advantages of high load-bearing capacity, good rigidity, stable structure, and strong impact resistance, and are therefore widely used in the Large excavators, tower cranes, and yaw bearings for wind power generation.

| Part Number | 11-1470-02 |
| Interchangeable | ROLLIX 11-1470-02 |
| Series | Series 11 |
| Bearing Type | Double row standard ball slewing rings with external gear with spacers |
| Gearing type | external gear |
| Cages or spacers Material | Nylon (polyamide PA66) |
| Seal | Double sealed |
| Seal Material | NBR (Nitrile Butadiene Rubber) |
| Rows NO. | Double |
| Manufacturer Part Code | 11 1470 02 |
| Load | axial, radial and tilting moment loads |
| Accuracy class | P0, P6, P5 |
| Rolling Element Type | Balls |
| DIMENSIONS | |
| HT [mm] | 168 |
| Øde [mm] | 1725 |
| He [mm] | 157 |
| Ødi [mm] | 1286 |
| Hi [mm] | 157 |
| Øce [mm] | 1650 |
| Øci [mm] | 1288 |
| Bearing Weight [kg] | 1014 |
| GEAR | |
| Module [mm] | 16 |
| Number of teeth - Z | 105 |
| W [mm] | 147 |
| Gear capacity unhardened [N] | 452000 |
| Gear capacity hardened [N] | 526000 |
| FASTENING HOLES | |
| External ring hole type | Through |
| Øfe [mm] | 1570 |
| Ne Number of holes on Outer Ring | 54 |
| Dhe [mm] | 39 |
| Inner ring hole type | Through |
| Øfi [mm] | 1370 |
| Ni Number of holes on Inner Ring | 54 |
| Dhi [mm] | 39 |
| GREASING | |
| Ring with greasing holes (with M10 x 1.00 thread) | on Internal ring |
| Greasing hole type | Radial |
The 11-1470-02 Double-row four-point contact ball slewing bearings mainly consist of an inner ring, an outer ring, upper and lower rows of steel balls, spacers, and a sealing device. The two rows of steel balls make four-point contact within the raceway, and gears can be integrated into the inner and outer rings, resulting in a compact structural layout.
Double-row four-point contact ball slewing bearings utilize a double-row ball structure, significantly improving load-bearing capacity. They can simultaneously withstand axial loads, radial loads, and overturning moments, and offer superior rigidity compared to single-row structures. With a moderate overall height, they ensure stable and reliable installation, making them suitable for heavy-duty applications.















