L6-22P9Z bearings ( 434.086 mm x 647.954 mm x 55.88 mm) have the advantages of Compact structure, lightweight, small footprint, high cost-performance ratio, and are therefore widely used in the Robots, construction machinery, wind turbines, radar antennas, and various rotary worktables.

| Part Number | L6-22P9Z |
| Bearing Type | Gearless Single Row Ball Slewing Rings (4-point Contact) |
| Gears type | Gearless |
| Grease Fittings Design | (4) 1/4-28 NF (SAE-LT) fittings |
| Units | inch |
| Seal | Double Sealed |
| Seal Material | NBR (Nitrile Butadiene Rubber) |
| Rows NO. | One |
| Outside - OD Φ [inch] | 25.51 |
| OD Tolerances [inch] | +0.14/-0.14 |
| Inside - ID φ [inch] | 17.09 |
| ID Tolerances [inch] | +0.10/-0.10 |
| IO [inch] | 21.36 |
| IO Tolerances [inch] | +0.14/-0.14 |
| OI [inch] | 21.48 |
| OI Tolerances [inch] | +0.14/-0.14 |
| IE [inch] | 19.88 |
| IE Tolerances [inch] | +0.14/-0.14 |
| OE [inch] | 22.95 |
| OE Tolerances [inch] | +0.14/-0.14 |
| Overall Hight - HT [inch] | 2.20 |
| HT Tolerances [inch] | +0.02/-0.05 |
| Mounting Holes - OBC [inch] | 24.38 |
| No. Holes - OBC | 12 |
| Mounting Holes - IBC [inch] | 18.13 |
| No. Holes - IBC | 15 |
| Nominal Capacity Compressive Thrust [lbs] | 75000 |
| Nominal Capacity Moment [ft-lbs] | 30000 |
| Thread depth [inch] | 0.75 |
| Min. Mounting Plate Thickness [inch] | 1-1/4 |
| Weight [lbs] | 68 |
The L6-22P9Z Single-row four-point contact ball slewing bearings mainly consist of an inner ring, an outer ring, steel balls, spacers, and a sealing device. The raceways are peach-shaped or arc-shaped, and the steel balls form four-point contact with the inner and outer ring raceways. Gears can be integrated into the inner and outer rings.
Single-row four-point contact ball slewing bearings feature a low axial height and light weight due to their single-row structure. One bearing can simultaneously withstand axial loads, radial loads, and overturning moments. The four-point contact design provides high load-bearing capacity, good rigidity, and easy installation and maintenance.















