51313 FAG Thrust Ball Bearing 65x115x36

Designed for High Axial Loads in Industrial Applications

Single-Direction Thrust Bearing Construction

Technical Data and Mounting Considerations

Main Description:
The 51313 FAG 65x115x36 is a single-direction thrust ball bearing engineered to support high axial loads in demanding industrial applications. With dimensions 65x115x36 mm (inner diameter x outer diameter x height), this bearing is commonly used in presses, gearboxes, pumps and heavy machinery where axial forces act along the shaft axis.

Unlike a standard radial ball bearing (łożysko kulkowe), a thrust ball bearing is specifically designed to carry axial loads only and is not suitable for significant radial forces. The 51313 design consists of a shaft washer, housing washer and ball cage assembly, ensuring accurate load distribution and smooth axial rotation under load.

FAG precision manufacturing guarantees consistent geometry, optimized contact surfaces and high durability during continuous operation. When properly installed in a suitable bearing housing (obudowa łożyskowa) or integrated into a complete bearing unit (jednostka łożyskowa), the bearing provides stable performance and extended service life.

This model is frequently selected for industrial drives, vertical shafts and mechanical systems requiring reliable axial load transmission. Its robust design ensures operational stability, reduced vibration and predictable maintenance intervals in B2B environments.

Key search phrases included:
51313 FAG bearing, 65x115x36 thrust ball bearing, axial bearing FAG, single direction thrust bearing, industrial thrust bearing.

FAQ

1. What type of loads can 51313 FAG support?
It is designed to carry high axial loads in one direction.

2. Can this bearing handle radial loads?
No, thrust ball bearings are not intended for significant radial loads.

3. What are the dimensions of 51313 FAG?
The dimensions are 65x115x36 mm.

4. In which applications is this bearing typically used?
It is commonly installed in presses, gearboxes, pumps and vertical shaft assemblies.

5. Can it be mounted in a bearing housing?
Yes, it can operate within a properly designed housing or as part of a complete bearing arrangement.