GAC 40F Spherical Plain Thrust Bearing, Angular Contact, Metric

BL Double Row Angular Contact Bearings 5205-ZZ, 2 Metal Shields, Medium Duty, 25mm Bore, 52mm OD These bearings are used in applications with heavy radial loads, and/or combined radial and thrust loads, or two directional loads. They are constructed without a filling slot which allows for high RPM use, and incorporate a non-metallic cage for quiet operation. Common Interchanges: 3205A ZZ, 5205CFF MRC, 55505 NDH

Dimensions: 2.25mm x 3.5625mm x 1.05mm x 1.39mm (Wi)Sliding Surface: Steel on Steel - MoS2 treated Relubricatable through annular grooves & oil hole in outer ring Suitable for Radial loads and single direction Axial (Thrust) load

Dimensions: 40mm x 105mm x 21.5mm x 32mm (Wi) Sliding Surface: PTFE Lined Steel Outer on Chrome Plated Ball Suitable for single direction Axial (Thrust) Loads or combined Axial & Radial loads Maintenance Free - Low Friction

NACHI 29420EXS1, Spherical Roller Thrust Bearing, Extra Capacity, Steel Cage Improved Internal Design permits NACHI EX-type spherical roller thrust bearings to have twice the bearing life of our conventional E-type spherical roller thrust bearing. These bearings are designed to carry heavy axial loads and can support radial loads if the radial loads are less than 50% of axial loads. To prevent damages caused by sliding motion between rollers and raceway, these bearings must be subjected to a load more than minimum axial load (Fa min = Static Load Rating / 1000). These bearings are ...

Improved Internal Design permits NACHI EX-type spherical roller thrust bearings to have twice the bearing life of our conventional E-type spherical roller thrust bearing. These bearings are designed to carry heavy axial loads and can support radial loads if the radial loads are less than 50% of axial loads. To prevent damages caused by sliding motion between rollers and raceway, these bearings must be subjected to a load more than minimum axial load (Fa min = Static Load Rating / 1000). These bearings are self-aligning, the maximum allowable misalignment is about 2°. Oil Lubrication ...